EMLSAG00000008705, EMLSAG00000008705-691471 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000008705
Unique NameEMLSAG00000008705-691471
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:RhoGEF64C "Rho guanine nucleotide exchange factor at 64C" species:7227 "Drosophila melanogaster" [GO:0007411 "axon guidance" evidence=IMP] [GO:0005085 "guanyl-nucleotide exchange factor activity" evidence=NAS] [GO:0035277 "spiracle morphogenesis, open tracheal system" evidence=IGI] [GO:0035025 "positive regulation of Rho protein signal transduction" evidence=IGI] [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IGI] [GO:0045179 "apical cortex" evidence=IDA] [GO:0002121 "inter-male aggressive behavior" evidence=IMP] [GO:0007480 "imaginal disc-derived leg morphogenesis" evidence=IMP] InterPro:IPR000219 Pfam:PF00621 PROSITE:PS50010 SMART:SM00325 InterPro:IPR001849 GO:GO:0007411 PROSITE:PS50003 GO:GO:0035277 GO:GO:0045179 GO:GO:0035025 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0002121 GO:GO:0007480 EMBL:AY064174 ProteinModelPortal:Q8WQM0 SMR:Q8WQM0 PaxDb:Q8WQM0 PRIDE:Q8WQM0 FlyBase:FBgn0035574 eggNOG:NOG263353 InParanoid:Q8WQM0 OrthoDB:EOG78SQHC Bgee:Q8WQM0 Uniprot:Q8WQM0)

HSP 1 Score: 521.546 bits (1342), Expect = 4.340e-151
Identity = 261/497 (52.52%), Postives = 344/497 (69.22%), Query Frame = 0
Query: 1278 NSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRL-SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAV---WSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            +S  D+ER DSGVG ETSK+S+S+  AT +V                                   H C DC+  +  E  +  N  L + +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLL  EQLS+IFLN E+L+  N+   E ++DA++++L+ GD+DL TVNIG++FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EG++LYTQP + NWKK  T+KLTPV+ALL      S+    E + S+ L FP+ +G I++ASLLLV+EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +
Sbjct: 1523 SSGSDVERQDSGVGSETSKTSRSKYQATPTV----------------------------------LHLCEDCDGAV--EMQVGDNGILYAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLTQEQLSAIFLNTEDLLENNQTLAERMRDALDMSLEQGDDDLLTVNIGRIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPSHLEGRELLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDVLEWNHDEVRFAMEGRLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYRAEKAMSEKLNFPKHTG-IREASLLLVKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMIN 1978          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:LOC424241 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] InterPro:IPR000219 Pfam:PF00621 PROSITE:PS50010 SMART:SM00325 InterPro:IPR001849 SMART:SM00233 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0032319 GeneTree:ENSGT00740000114948 EMBL:AADN03005375 Ensembl:ENSGALT00000045992 Uniprot:R4GHC2)

HSP 1 Score: 355.525 bits (911), Expect = 2.264e-105
Identity = 206/494 (41.70%), Postives = 286/494 (57.89%), Query Frame = 0
Query: 1280 AVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEK-LHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVW--TVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNS-RFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMF 1769
            + ++ER DSG+   +++  ++R S T                             S     E    C DC E+ L  E D+   ++    +C KC KRR+ERKE++ E + TE  YG DLRII EEFY PM  AGLL+ EQL  IF N +ELI +NE F E L++ I+ A D GD+DL TV IG++FLE ++ML AF+ YC +Q S+  +L  LEKEKELLRIFL VSQ +N+ LRRMNL SFLM P+QRVTKYPLLLSR+ + T   H D  S++ A+ +IE  LE +N + K       W  L      S  K      E+ N+ +R+ AL  +GW R+E RF +EG +   QP +  W K    T+K   +  LL V     +  +S S   +   E G +KDA L+L+R+KN+ +F L+R+PL L  C+V  DPD DD FE+ E + +E+FVF+  +  +T  WF+ ++ Y++ LG W+KRR  L NIM 
Sbjct:   96 SAEVERADSGISQMSARKWRNRASET----------------------------LSSLQAWEAHRPCTDCGERDLPVETDMQNCNQRRADLCEKCRKRRTERKESVLEFVNTEASYGEDLRIIKEEFYLPMQAAGLLSQEQLLGIFSNIQELIDLNESFLEILQEEIDQAFDQGDDDLMTVCIGEIFLEFVNMLPAFQTYCLQQSSSVNMLNALEKEKELLRIFLNVSQNDNTALRRMNLRSFLMAPLQRVTKYPLLLSRIIKATTEYHPDHGSLREAKSRIESHLEHINMKTK--QEGNTWT-LRSFRQDSKKKR-----EVINIEMRETALKTVGWLREETRFVMEGSLQLAQPPDGQWVKKGSKTLKFQNMQVLLLV----NMKRVSESS--LESAEPGPVKDAVLVLIRDKNNGKFHLLREPLRLSNCIVSTDPDCDDTFELIE-IRREAFVFRDSDRARTHHWFRQIRRYSRELGSWKKRRNALPNIMI 546          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:si:dkey-91i10.2 "si:dkey-91i10.2" species:7955 "Danio rerio" [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] InterPro:IPR000219 Pfam:PF00621 PROSITE:PS50010 SMART:SM00325 ZFIN:ZDB-GENE-050208-441 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0032319 GeneTree:ENSGT00740000114948 OrthoDB:EOG78SQHC EMBL:CR391905 EMBL:CR394542 EMBL:CR925770 RefSeq:NP_001153137.1 UniGene:Dr.20513 ProteinModelPortal:B0UY55 Ensembl:ENSDART00000133676 GeneID:555224 KEGG:dre:555224 HOGENOM:HOG000170335 HOVERGEN:HBG088814 OMA:KSCSAEI TreeFam:TF332360 NextBio:20880863 Uniprot:B0UY55)

HSP 1 Score: 340.887 bits (873), Expect = 2.067e-95
Identity = 206/544 (37.87%), Postives = 303/544 (55.70%), Query Frame = 0
Query: 1232 GFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEK--LHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNW--KKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNS-RFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            G   +R+  HR S +S++S    + SG    S              ++  ++ER DSG+G   ++S +         P  +L T + ++                         C DC  K   H E            +C +C+K R+ERKE I E + TE  YG DLRII EEFY PM  AGLL +EQL+ +F N +ELI VNE+FTE L+D+I+ A D GDEDL  V IG++FLE ++ML AF+ YC +Q ++  +L TLEKEKELLRIFL VSQ +N+ LRRMNL SFLM P+QRVTKYPLLLSR+ + T   H D   +K A+ ++E  LE +N + K       W      S  S  +      E+ N+ +R++++ ++GW R+  RF +EG +   QP +  W  K   ++K   V +LL V +      + P  +L   + S  ++D  L+L+++K+S +FT++R+P+ L  CVV  DPD +D FE+ + + +E+FVF+  +  +T  WF+ ++ Y   LG WRKRR  L NIM +
Sbjct:  603 GLGVRRSAQHRWSTVSSLS----ADSGVVGWSDEREDEEEPRRARHSAGAEVERVDSGIGHGLARSWRR--------PLPSLRTWDVQQP------------------------CPDCGHKEGAHGEG-----------MCERCSKLRTERKEAILEFLNTESSYGEDLRIIKEEFYCPMQSAGLLTAEQLAVVFSNVQELIDVNEKFTEHLQDSIDQAFDQGDEDLQAVCIGEIFLEFVNMLPAFQTYCLQQSTSVNMLNTLEKEKELLRIFLDVSQNDNTALRRMNLRSFLMAPLQRVTKYPLLLSRISKATNECHPDYPRLKEAKSRVESHLEHINMKTKQEG-TATW------SLRSFRRDSRKNREVINIEMRELSMKMVGWARESTRFIMEGPLQLAQPADGQWLKKGSKSLKFQNVQSLLMVRTLRATDAV-PDGSL---ESSEAVQDGVLVLIKDKSSGKFTVLREPIRLANCVVSVDPDCEDTFEVLD-IRREAFVFRASDKPRTQQWFRQVKRYVCDLGSWRKRRNALPNIMIN 1087          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:ITSN2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 TreeFam:TF324293 OMA:RFEARSH OrthoDB:EOG7WMCJ3 PANTHER:PTHR11216:SF29 EMBL:AAEX03010782 Ensembl:ENSCAFT00000006481 Uniprot:F1PR68)

HSP 1 Score: 110.923 bits (276), Expect = 8.306e-23
Identity = 70/195 (35.90%), Postives = 113/195 (57.95%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+I+TE +Y  DL+++VE F + M  +G L+  +++ IF+N +ELI  N   T+ LK A+ +    G E +    IG +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   TL NH D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1209 KRQGYIHELIQTEERYVDDLQLVVEVFQKRMAESGFLSEGEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEDADFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTLENHVDHSSLKLALEQAEELCSQVNEGVRE 1398          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:Itsn2 "Protein Itsn2" species:10116 "Rattus norvegicus" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 RGD:1590890 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 OMA:RFEARSH OrthoDB:EOG7WMCJ3 PANTHER:PTHR11216:SF29 EMBL:AABR06042653 Ensembl:ENSRNOT00000074150 Uniprot:M0R7A6)

HSP 1 Score: 108.612 bits (270), Expect = 4.587e-22
Identity = 68/195 (34.87%), Postives = 111/195 (56.92%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+IETE +Y  DL++++E F + M  +G L   +++ IF+N +ELI  N   T+ LK A+ +    G E +    +G +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  NH D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1197 KRQGYIHELIETEERYMDDLQLVIEVFQKRMAESGFLTEAEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVEMMGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEDADFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPQNHVDHSSLKLALERAEELCSQVNEGVRE 1386          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:Itsn2 "intersectin 2" species:10116 "Rattus norvegicus" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 RGD:1590890 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 OMA:RFEARSH OrthoDB:EOG7WMCJ3 PANTHER:PTHR11216:SF29 EMBL:AABR06042653 Ensembl:ENSRNOT00000074150 Uniprot:M0R7A6)

HSP 1 Score: 108.612 bits (270), Expect = 4.587e-22
Identity = 68/195 (34.87%), Postives = 111/195 (56.92%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+IETE +Y  DL++++E F + M  +G L   +++ IF+N +ELI  N   T+ LK A+ +    G E +    +G +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  NH D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1197 KRQGYIHELIETEERYMDDLQLVIEVFQKRMAESGFLTEAEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVEMMGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEDADFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPQNHVDHSSLKLALERAEELCSQVNEGVRE 1386          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:ITSN2 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 TreeFam:TF324293 OMA:RFEARSH OrthoDB:EOG7WMCJ3 PANTHER:PTHR11216:SF29 EMBL:FP325283 Ensembl:ENSSSCT00000009393 Uniprot:F1SDJ6)

HSP 1 Score: 108.612 bits (270), Expect = 4.605e-22
Identity = 70/195 (35.90%), Postives = 110/195 (56.41%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+IETE +Y  DL+++VE F + M   G L   +++ IF+N +ELI  N   T+ LK A+ +    G E +    IG +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  NH D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1178 KRQGYIHELIETEERYVDDLQLVVEVFQKRMAEPGFLTEGEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEHADFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPENHVDHSSLKLALERAEELCSQVNEGVRE 1367          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:Itsn2 "Protein Itsn2" species:10116 "Rattus norvegicus" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 RGD:1590890 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 PANTHER:PTHR11216:SF29 EMBL:AABR06042653 Ensembl:ENSRNOT00000073870 Uniprot:M0RAL8)

HSP 1 Score: 108.612 bits (270), Expect = 5.216e-22
Identity = 68/195 (34.87%), Postives = 111/195 (56.92%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+IETE +Y  DL++++E F + M  +G L   +++ IF+N +ELI  N   T+ LK A+ +    G E +    +G +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  NH D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1170 KRQGYIHELIETEERYMDDLQLVIEVFQKRMAESGFLTEAEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVEMMGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEDADFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPQNHVDHSSLKLALERAEELCSQVNEGVRE 1359          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:itsn2a "intersectin 2a" species:7955 "Danio rerio" [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0005085 "guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 Pfam:PF00169 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001331 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS00741 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 ZFIN:ZDB-GENE-041014-84 GO:GO:0005509 Gene3D:1.10.238.10 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0035556 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 HOVERGEN:HBG052159 PANTHER:PTHR11216:SF29 EMBL:CR792450 RefSeq:NP_001138272.1 UniGene:Dr.83567 ProteinModelPortal:B0V162 SMR:B0V162 STRING:7955.ENSDARP00000062779 GeneID:566412 KEGG:dre:566412 CTD:566412 NextBio:20888171 Uniprot:B0V162)

HSP 1 Score: 108.612 bits (270), Expect = 5.269e-22
Identity = 79/239 (33.05%), Postives = 126/239 (52.72%), Query Frame = 0
Query: 1338 TGMEETHYCLDCNEKLHTEDDIS---TNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            TG+  T+Y      K+ TE D S     D LS+   S C + R +R+  I E+I+TE  Y  DL + VE FY+PM  +G L   ++S IF+N  ELI  + +    L  A+ +      E +    +G +    LS ++A+  +C+ Q +A+ LL     +    ++FLK     N   + M LSSFL+ P+QR+T+YPLL+  +   T   H D S+++ A E+ EE   Q+N+  ++
Sbjct: 1143 TGLFPTNYV-----KMTTECDPSQQWCADLLSLD--SMCTEER-KRQGYIHELIQTEESYLEDLELAVEVFYKPMAESGRLTEAEMSMIFVNWRELIMCSTK----LLKALRVRKKTAGERMPVQVVGDILSSELSHMQAYIRFCSCQLNAAALLQQKTDKSLDFKLFLK-KIASNYRCKGMPLSSFLLKPMQRITRYPLLIKNILENTPPAHADHSNLQAALEQAEELCSQVNEAVRE 1368          
BLAST of EMLSAG00000008705 vs. GO
Match: - (symbol:ITSN2 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] Pfam:PF00018 InterPro:IPR000219 InterPro:IPR000008 InterPro:IPR000261 InterPro:IPR001452 InterPro:IPR002048 InterPro:IPR011992 InterPro:IPR027029 Pfam:PF00168 Pfam:PF00621 PRINTS:PR00452 PROSITE:PS50002 PROSITE:PS50004 PROSITE:PS50010 PROSITE:PS50031 PROSITE:PS50222 SMART:SM00027 SMART:SM00054 SMART:SM00239 SMART:SM00325 SMART:SM00326 InterPro:IPR001849 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0006897 SUPFAM:SSF50044 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 SUPFAM:SSF49562 GO:GO:0032319 InterPro:IPR011511 Pfam:PF07653 GeneTree:ENSGT00740000115061 TreeFam:TF324293 OrthoDB:EOG7WMCJ3 PANTHER:PTHR11216:SF29 EMBL:AADN03003336 Ensembl:ENSGALT00000026624 PRO:PR:E1BVT9 Uniprot:E1BVT9)

HSP 1 Score: 108.612 bits (270), Expect = 5.314e-22
Identity = 67/195 (34.36%), Postives = 113/195 (57.95%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+I+TE +Y  DL++++E F +PM  +G L   ++  IF+N +ELI  N   T+ LK A+ +    G E +    IG +    LS ++A+  +C+ Q + + LL     E+   + +LK   + +   + M LSSFL+ P+QR+T+YPLL+  +   T  NH D S++KLA E+ EE   Q+N+  ++
Sbjct: 1214 KRQGYIHELIQTEERYMDDLQLVLEVFQKPMADSGCLTEGEMGLIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGASLLQQKTDEEADFKDYLKKLAL-DPRCKGMPLSSFLLKPMQRITRYPLLIKSILENTPENHPDHSNLKLALERAEELCSQVNEGVRE 1403          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592885164|gb|GAXK01073211.1| (TSA: Calanus finmarchicus comp149365_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 446.432 bits (1147), Expect = 1.521e-127
Identity = 407/1034 (39.36%), Postives = 545/1034 (52.71%), Query Frame = 0
Query:  863 YANLSEDRLPPEGAESD----------------------QISADKNHLYDLAET--------MSADGILL----------------SSHEEKVRKMEK----SSPLIENNGDKTIIYTSPHVARHYNSSNNGKKANRSTSRAETSLPSHHPSLLAPQKDESECKILISSSSWINVXXXXXXXXXX------------------------XXXXXXXXPIKPPRLKKIARQKKQGGISPSRHYSIPEHEYVNCA---MYTNRTSELRRS--------SPKKSKPEISAPILVATTFNPNDAENHKTLSPRDSLQRNFXXXXXXXPDKITFKDIKK---------FARSISSFTSGLKSFDSSQQEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDG-----SFFEGASKYEILRYLKNAKDRIGHSDFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFIGKRNQNHRXXXXXXXXXXXXXXXXXXXXXXXELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSXXXXXXXXXXXXXXXXXFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAXXXXXXXXXXXXXXXXXXXYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNK-IWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVW------TVKLTPVSALLAVWS---------SEELPEISPSKA-------LIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLXXXXXXXXXX-XXXXFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSXXXXXXXXXXXXNIMFDPNF 1773
            Y N+  +R PPEGAE+D                       IS D+  + DL  +        +S+D ++L                 SH  K   +      S  +I+N+G+KTII  SP +A+               SRA   LP          +++SE KI ISS+SWIN++G  +                              +   S EP+KPPRLKK+ARQ+ +  +  ++ + +      N +   +  N  SE  +S        S  K++PEI  PIL+ +T N  D ENHK ++   S    F      S D+     + +         F  + S       + D++  + Y  +EHIYEEI ++  +  RPLPPIPE   G     S F GA+KYEIL YL +AK R+  S                                      +    F+G RN  HRVSAISN+SDSSNSS+  S       ++ RG    +   V+IER DSGVG ++  SS         +P                            TG E +  C DC   L  ED++         VC KC KRRSERKE ITEI+ETEIKYGRDLRIIVEEFYRPMLVAGLL+S+QL+SIFLN E+LI VN  FT  LK+A++ A    DEDL TV IG LF+ ++ ML+AFE YCT+Q ++SMLL  +E+EKELLR+FLKVSQMEN +LRRMNLSSFLMVPVQRVTKYPLLL+RL +VT  +H DR +I+ AQ +IE +LEQ+NK+AK++   K  W+R  + +     K + IQ EM N+R+RK++L++LGW R+E RF LEG++ +    + NW+  W       +KL   +ALL V S         +  +   +PS A       +IFP+   +I DA LLLVREK SRF+ VRDP  L++ +VCC+ D   + FEI EF SK+S+VFK ++P+ T  WFQ LQFY+Q LGGWRKRRKGLGNIM DP  
Sbjct: 2381 YENIPMERPPPEGAEADAEYDVPELNESFEQEPCGSGDLDISCDR--IVDLDTSFNSSCIGDISSDSLMLPRVMDTSFDRDSINSVDSHHYKESTISSHNSGSGSVIQNHGEKTIIL-SPALAQ---------------SRA---LPK------GVDQNQSENKIFISSASWINIDGLSENVHSVGVIKSPEIHIVSEENGNCADLSNINMTEQSLEPVKPPRLKKLARQQSKQEMLRAKGFGLSTSIKSNISSQVLNENINSESHKSIKGLNYNPSQLKARPEIGLPILINSTLNSEDLENHKCITLHSS-DEPFLLHGGPSSDEAEICSVYRAPSSDTDSSFYMADSVIDEAYNNTDATATDIY--NEHIYEEIPEN-RHKVRPLPPIPEGALGAVLAKSIFTGATKYEILHYLNDAKQRMEGS-------------------------VVEFDGVNEDNDGSDVNNFLGNRNHKHRVSAISNISDSSNSSNDSSGDGS---VLWRGPLDKIVGRVEIERNDSGVGSDSGISS-------CKIP----------------------------TG-EVSSGCEDCEITL-PEDEL---------VCVKCLKRRSERKEIITEIVETEIKYGRDLRIIVEEFYRPMLVAGLLSSDQLASIFLNVEQLIQVNTSFTVKLKEALDQASAAEDEDLCTVKIGSLFIHAMPMLQAFEAYCTKQAASSMLLANMEREKELLRVFLKVSQMENKILRRMNLSSFLMVPVQRVTKYPLLLARLLKVTPAHHGDRDNIREAQARIESALEQINKDAKEIIAMKGSWRRGGQSN-----KKMGIQREMNNMRVRKLSLEMLGWTREETRFALEGRLTFAHVTDSNWRMKWKGTVNTGMKLVTANALLVVTSKPGNAGFPINNNVNSSTPSPADLHTSTNIIFPKPE-SIGDAVLLLVREKTSRFSTVRDPFFLEKSIVCCEQDWEYEYFEIHEFGSKDSYVFKADDPNMTGTWFQALQFYSQCLGGWRKRRKGLGNIMVDPGL 5149          

HSP 2 Score: 48.1358 bits (113), Expect = 4.294e-4
Identity = 56/239 (23.43%), Postives = 86/239 (35.98%), Query Frame = 0
Query:   65 PEKVKKSFAEKLGKTLDKL-----SPGGKSSEKSSNVQQVHHPSWVXQPYYHVPRVSPAYNRI-PPHQSQKSPGYYYYYQHPNHPSSGWQERQEF-----------------------CSCPDYIYGTSSRRSKTGRCKRCHCKRIAFDEIAQHGPPSTPTTPQQAYVPPGSVRIQRQSSSRTPIP-----------------RNLMIYRDPYDYVRRSSSSRPNENYYSEEWQNYWES 257
            P K KKS AEK+ +TLDK+     SP  +  E+    + VH    +  P Y     SP Y  +  PH       Y Y Y   +H + G     +F                       C CPD   G  S R+K+G        +    + ++   P        ++ P    ++Q   +  +P P                 R     +DPYDY+RR+          +++W  YW+S
Sbjct:  236 PVKSKKSLAEKISRTLDKIASVTTSPSHREGERRG--RNVHPQQSLLYPLYQ--GYSPGYRTVRGPH----GVSYQYVYGGWDHSAYGIPPGHDFGDMRLDYQPSPTPMGGPFMPPNYCRCPD--NGKESVRTKSG--------QSKCKKCSKPKTPYVQRGTNGSHQPKSRAKLQLSDTHHSPSPASVARSAGTAWDPTRQTRQTFGPKDPYDYIRRT-------RLKADDWDTYWDS 877          

HSP 3 Score: 40.817 bits (94), Expect = 6.248e-2
Identity = 32/87 (36.78%), Postives = 42/87 (48.28%), Query Frame = 0
Query:  552 ELSGFDPQL-------ILSSQNLADEILTEIYGKKSPSPIVVEKDELNQSHSVEISPKEQSTSSSNESAKSLADEILNELFGNTSDN 631
            E SG D +L       ++ + N ADEIL+EIYG    S      D    S     S +E         ++SLADEIL+EL+G T  N
Sbjct: 1568 ESSGSDDELGIGKFNHVIGNSNFADEILSEIYGVTGGSQ---SSDTGKPSEHDSESRQEGGAVEDYTPSRSLADEILDELYGKTIQN 1819          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592885165|gb|GAXK01073210.1| (TSA: Calanus finmarchicus comp149365_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 444.891 bits (1143), Expect = 6.907e-127
Identity = 407/1034 (39.36%), Postives = 545/1034 (52.71%), Query Frame = 0
Query:  863 YANLSEDRLPPEGAESD----------------------QISADKNHLYDLAET--------MSADGILL----------------SSHEEKVRKMEK----SSPLIENNGDKTIIYTSPHVARHYNSSNNGKKANRSTSRAETSLPSHHPSLLAPQKDESECKILISSSSWINVXXXXXXXXXXX------------------------XXXXXXXPIKPPRLKKIARQKKQGGISPSRHYSIPEHEYVNCA---MYTNRTSELRRS--------SPKKSKPEISAPILVATTFNPNDAENHKTLSPRDSLQRNFXXXXXXXPDKITFKDIKK---------FARSISSFTSGLKSFDSSQQEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDG-----SFFEGASKYEILRYLKNAKDRIGHSDFXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXFIGKRNQNHRXXXXXXXXXXXXXXXXXXXXXXXELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSXXXXXXXXXXXXXXXXXFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAXXXXXXXXXXXXXXXXXXXYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNK-IWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVW------TVKLTPVSALLAVWS---------SEELPEISPSKA-------LIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLXXXXXXXXXX-XXXXFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSXXXXXXXXXXXXNIMFDPNF 1773
            Y N+  +R PPEGAE+D                       IS D+  + DL  +        +S+D ++L                 SH  K   +      S  +I+N+G+KTII  SP +A+               SRA   LP          +++SE KI ISS+SWIN++G  +                              +   S EP+KPPRLKK+ARQ+ +  +  ++ + +      N +   +  N  SE  +S        S  K++PEI  PIL+ +T N  D ENHK ++   S    F      S D+     + +         F  + S       + D++  + Y  +EHIYEEI ++  +  RPLPPIPE   G     S F GA+KYEIL YL +AK R+  S                                      +    F+G RN  HRVSAISN+SDSSNSS+  S       ++ RG    +   V+IER DSGVG ++  SS         +P                            TG E +  C DC   L  ED++         VC KC KRRSERKE ITEI+ETEIKYGRDLRIIVEEFYRPMLVAGLL+S+QL+SIFLN E+LI VN  FT  LK+A++ A    DEDL TV IG LF+ ++ ML+AFE YCT+Q ++SMLL  +E+EKELLR+FLKVSQMEN +LRRMNLSSFLMVPVQRVTKYPLLL+RL +VT  +H DR +I+ AQ +IE +LEQ+NK+AK++   K  W+R  + +     K + IQ EM N+R+RK++L++LGW R+E RF LEG++ +    + NW+  W       +KL   +ALL V S         +  +   +PS A       +IFP+   +I DA LLLVREK SRF+ VRDP  L++ +VCC+ D   + FEI EF SK+S+VFK ++P+ T  WFQ LQFY+Q LGGWRKRRKGLGNIM DP  
Sbjct: 2492 YENIPMERPPPEGAEADAEYDVPELNESFEQEPCGSGDLDISCDR--IVDLDTSFNSSCIGDISSDSLMLPRVMDTSFDRDSINSVDSHHYKESTISSHNSGSGSVIQNHGEKTIIL-SPALAQ---------------SRA---LPK------GVDQNQSENKIFISSASWINIDGLSENVHSVGVIKSPEIHIVSEENGNCADLSNINMTEQSLEPVKPPRLKKLARQQSKQEMLRAKGFGLSTSIKSNISSQVLNENINSESHKSIKGLNYNPSQLKARPEIGLPILINSTLNSEDLENHKCITLHSS-DEPFLLHGGPSSDEAEICSVYRAPSSDTDSSFYMADSVIDEAYNNTDATATDIY--NEHIYEEIPEN-RHKVRPLPPIPEGALGAVLAKSIFTGATKYEILHYLNDAKQRMEGS-------------------------VVEFDGVNEDNDGSDVNNFLGNRNHKHRVSAISNISDSSNSSNDSSGDGS---VLWRGPLDKIVGRVEIERNDSGVGSDSGISS-------CKIP----------------------------TG-EVSSGCEDCEITL-PEDEL---------VCVKCLKRRSERKEIITEIVETEIKYGRDLRIIVEEFYRPMLVAGLLSSDQLASIFLNVEQLIQVNTSFTVKLKEALDQASAAEDEDLCTVKIGSLFIHAMPMLQAFEAYCTKQAASSMLLANMEREKELLRVFLKVSQMENKILRRMNLSSFLMVPVQRVTKYPLLLARLLKVTPAHHGDRDNIREAQARIESALEQINKDAKEIIAMKGSWRRGGQSN-----KKMGIQREMNNMRVRKLSLEMLGWTREETRFALEGRLTFAHVTDSNWRMKWKGTVNTGMKLVTANALLVVTSKPGNAGFPINNNVNSSTPSPADLHTSTNIIFPKPE-SIGDAVLLLVREKTSRFSTVRDPFFLEKSIVCCEQDWEYEYFEIHEFGSKDSYVFKADDPNMTGTWFQALQFYSQCLGGWRKRRKGLGNIMVDPGL 5260          

HSP 2 Score: 47.7506 bits (112), Expect = 4.489e-4
Identity = 58/250 (23.20%), Postives = 89/250 (35.60%), Query Frame = 0
Query:   54 YSQYQLITSPPPEKVKKSFAEKLGKTLDKL-----SPGGKSSEKSSNVQQVHHPSWVXQPYYHVPRVSPAYNRI-PPHQSQKSPGYYYYYQHPNHPSSGWQERQEF-----------------------CSCPDYIYGTSSRRSKTGRCKRCHCKRIAFDEIAQHGPPSTPTTPQQAYVPPGSVRIQRQSSSRTPIP-----------------RNLMIYRDPYDYVRRSSSSRPNENYYSEEWQNYWES 257
            Y    +I    P K KKS AEK+ +TLDK+     SP  +  E+    + VH    +  P Y     SP Y  +  PH       Y Y Y   +H + G     +F                       C CPD   G  S R+K+G        +    + ++   P        ++ P    ++Q   +  +P P                 R     +DPYDY+RR+          +++W  YW+S
Sbjct:  314 YQDRTVIQPGEPVKSKKSLAEKISRTLDKIASVTTSPSHREGERRG--RNVHPQQSLLYPLYQ--GYSPGYRTVRGPH----GVSYQYVYGGWDHSAYGIPPGHDFGDMRLDYQPSPTPMGGPFMPPNYCRCPD--NGKESVRTKSG--------QSKCKKCSKPKTPYVQRGTNGSHQPKSRAKLQLSDTHHSPSPASVARSAGTAWDPTRQTRQTFGPKDPYDYIRRT-------RLKADDWDTYWDS 988          

HSP 3 Score: 40.817 bits (94), Expect = 6.808e-2
Identity = 32/87 (36.78%), Postives = 42/87 (48.28%), Query Frame = 0
Query:  552 ELSGFDPQL-------ILSSQNLADEILTEIYGKKSPSPIVVEKDELNQSHSVEISPKEQSTSSSNESAKSLADEILNELFGNTSDN 631
            E SG D +L       ++ + N ADEIL+EIYG    S      D    S     S +E         ++SLADEIL+EL+G T  N
Sbjct: 1679 ESSGSDDELGIGKFNHVIGNSNFADEILSEIYGVTGGSQ---SSDTGKPSEHDSESRQEGGAVEDYTPSRSLADEILDELYGKTIQN 1930          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592847232|gb|GAXK01110312.1| (TSA: Calanus finmarchicus comp220181_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 375.941 bits (964), Expect = 2.094e-104
Identity = 259/506 (51.19%), Postives = 340/506 (67.19%), Query Frame = 0
Query: 1279 SAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSXXXXXXXXXXXXXXXXXFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAXXXXXXXXXXXXXXXXXXXYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKE-AKDVNPNKIWKRLPKMSTP--SPTKTIDIQAEMGNVR--IRKMALDLLGWN---RDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALI------FPQESGTIKDASLLLVREKNSRFTLVRDPLPLXXXXXXXXXXXXXXFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSXXXXXXXXXXXXNIMFD 1770
            S  +IER DSG+G ET +    R +A   V  R+                       +ET   E   CLDC++ L   +     D     +C  CA RR ERKE ITEIIETEIKYGRDLRII EEFYRPM+VAGLL  EQL+++FLN EELI VN +FTE LKDAIEIALD GDED+ TV+IGKLFLE+  ML AF+ YCTRQGSAS LL +LE+EKELLRIFLKVSQMEN++LRRMNLSSFLMVPVQRVT+YPLLLSRL +VT   H D+ +++ ++E IE+ L+ MN+E ++D    K+W+R+  ++ P       ID+   +G+    +RKM L+ LGW    R++I F LE ++LYTQP + NW+ ++ VK+ P +ALL          I+PS  L+      F +E+G  ++A+L+L++EK  R++ VR+PL LD+CV+C + DWDDCFE+ EF +KES++FKGE+  QT  WFQ ++FY   LGGWR+RR  L NIM +
Sbjct:  741 SNAEIERNDSGLGSETGRG---RATAKVVVRKRS----------------------DEET---EDLTCLDCDQVLELHEG-ENEDIGETPLCEPCATRRVERKEIITEIIETEIKYGRDLRIIYEEFYRPMMVAGLLTPEQLANVFLNVEELIQVNAKFTEGLKDAIEIALDQGDEDMCTVSIGKLFLEASPMLGAFKSYCTRQGSASALLASLEREKELLRIFLKVSQMENTILRRMNLSSFLMVPVQRVTRYPLLLSRLLKVTPSQHNDKDALQESRELIEQGLDSMNQETSRDSGTTKLWRRISMINPPYRRSENQIDL---LGSTTWGVRKMVLETLGWGKEAREDISFVLEARLLYTQPTDVNWRNLFAVKMAPTNALLVTLGQN---TITPSIKLLKEETPKFSRETGC-REAALILLKEKGLRYSPVREPLMLDKCVICWEQDWDDCFEVTEFTTKESYIFKGEDMQQTLHWFQCIKFYCNGLGGWRRRRNALANIMIN 2150          

HSP 2 Score: 47.7506 bits (112), Expect = 5.846e-4
Identity = 29/70 (41.43%), Postives = 39/70 (55.71%), Query Frame = 0
Query: 1138 EHIYEEISD-DTSNPS----RPLPPIPEKRD-----------------GSFFEGASKYEILRYLKNAKDR 1185
            +HIYEEI D D  + S    RPLPP+P ++                   S FEGASKY+IL YL++A++R
Sbjct: 2331 DHIYEEIRDTDVVDLSVQRKRPLPPLPAEKQPSPARSSPIISDPSSPVKSIFEGASKYDILNYLEDARER 2540          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592765911|gb|GAXK01188657.1| (TSA: Calanus finmarchicus comp326285_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 63.1586 bits (152), Expect = 6.902e-9
Identity = 47/176 (26.70%), Postives = 96/176 (54.55%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNK 1569
            Y  +L+++ E F +P+  + +L  +++S +F+N ++LI  N +  ++++  I   ++      T   +G +  E+   + A+  +C+ Q SA+ LL  L + +      L+  Q  +  ++ M LS +L+ PV+RVT+YPLL+ R+ + T   H D   I+ A  + +   +Q+N+
Sbjct:   93 YLDNLKLVFELFIKPIRTSNILTKQEISILFINWKDLIITNTKLMKSMR--IRKTMEQ-----TQSTVGDILCENFPAMTAYIRFCSSQLSAAALLQKLVEMRPEFDTLLRQCQ-SHPKVQGMPLSFYLLKPVKRVTEYPLLVERILKNTPEEHPDFVCIQEAFNRAKILCDQVNE 596          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816971|gb|GAXK01137597.1| (TSA: Calanus finmarchicus comp165153_c0_seq22 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.113e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 4618 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 5163          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816973|gb|GAXK01137595.1| (TSA: Calanus finmarchicus comp165153_c0_seq20 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.114e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 4702 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 5247          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816974|gb|GAXK01137594.1| (TSA: Calanus finmarchicus comp165153_c0_seq19 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.114e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 4729 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 5274          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816975|gb|GAXK01137593.1| (TSA: Calanus finmarchicus comp165153_c0_seq18 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.115e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 4813 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 5358          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816976|gb|GAXK01137592.1| (TSA: Calanus finmarchicus comp165153_c0_seq17 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.123e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 5425 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 5970          
BLAST of EMLSAG00000008705 vs. C. finmarchicus
Match: gi|592816978|gb|GAXK01137590.1| (TSA: Calanus finmarchicus comp165153_c0_seq15 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.124e-7
Identity = 43/185 (23.24%), Postives = 89/185 (48.11%), Query Frame = 0
Query: 1394 YGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMXXXXXXXXXXXXRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVN---HEDRSSIKLAQEKIEESLEQMNK 1569
            Y + L  +++ +  P+     L++ +++++F N +E+    ++F +TL++A+E      + D  +       +IG  FL  ++  K +  +C     A  +L   E  + L    +  +  +        L S+L+ P+QR+ KYPLLL++L  +T  N   H+      +  EK+ E + +M +
Sbjct: 5509 YVKHLSYLMKTYLEPLKKETFLSNTEINALFGNIQEIYGFQQQFLQTLENALETEAQFYNLDSPSQFKNILFSIGSAFLYYVNHFKLYSSFCASHSKAQKVLHPNEGNQALQEFLMSCNPKQQ---HSTALESYLIKPIQRILKYPLLLTQLKNLTDPNSDEHQHLIEALIGMEKVAEHINEMQR 6054          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000008705 (pep:novel supercontig:LSalAtl2s:LSalAtl2s53:53461:189644:-1 gene:EMLSAG00000008705 transcript:EMLSAT00000008705 description:"maker-LSalAtl2s53-augustus-gene-2.8")

HSP 1 Score: 4001.44 bits (10376), Expect = 0.000e+0
Identity = 1958/1958 (100.00%), Postives = 1958/1958 (100.00%), Query Frame = 0
Query:    1 MIKTVQKKRRRRMKKRNLSPSFRETMYYQHGYPLDGAGLVLRSQSQGNSRXGXYSQYQLITSPPPEKVKKSFAEKLGKTLDKLSPGGKSSEKSSNVQQVHHPSWVXQPYYHVPRVSPAYNRIPPHQSQKSPGYYYYYQHPNHPSSGWQERQEFCSCPDYIYGTSSRRSKTGRCKRCHCKRIAFDEIAQHGPPSTPTTPQQAYVPPGSVRIQRQSSSRTPIPRNLMIYRDPYDYVRRSSSSRPNENYYSEEWQNYWESSDGSTFKRSVSPASPSTTSTSNQQPMVNGVDVNTSRVVNGKSVNGSIPVVSPTVPEAKREDQNMYNLVTIKNSNNNKTVQISRVQIIDDKSNSFKDQSTNNNNNNIINNNKINNGEVKFNSEPLEKEIKKEATDEEDLMNSPDIEKLKAVAEQRLKKLQKKYSPSSSGHGNNSRFSRKIQIDDIILEENEEDLEMENLEIISSTPVVKVKSILKRPSNQEFLGEDGGENEKGEERTKEEQNESSIPGGDCPEIDLSRKVRFMEDRESLLIDLIDPADGEEREETEEEKEEQISDELSGFDPQLILSSQNLADEILTEIYGKKSPSPIVVEKDELNQSHSVEISPKEQSTSSSNESAKSLADEILNELFGNTSDNREKDGGGSDEMKNSLKDFKRSASSDSINPAIVVPKKEKESKVTERLKRVKRQLRQGRQLSVKEGSSFLFHYKIECHLRMCEQEESPSYPPLSPSSSMDHIFKTNDETNSRVELYLRSIKVKFARRFTANSSIKGRRASSPSGITRTNSINGRGDYSKENAMSQLFNDTTRIRLQKQRRRPLSLFSPEFPPRPKDPPPPPPPISPDPSEGDEFSSDEFSEDSFDEEEYGERKYANLSEDRLPPEGAESDQISADKNHLYDLAETMSADGILLSSHEEKVRKMEKSSPLIENNGDKTIIYTSPHVARHYNSSNNGKKANRSTSRAETSLPSHHPSLLAPQKDESECKILISSSSWINVEGEKKEEEDEALLLSSEEPIKPPRLKKIARQKKQGGISPSRHYSIPEHEYVNCAMYTNRTSELRRSSPKKSKPEISAPILVATTFNPNDAENHKTLSPRDSLQRNFSSSSSSSPDKITFKDIKKFARSISSFTSGLKSFDSSQQEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSSQTTISSSDSNENKGEEEELAQNILSMFKIIILIVIISWIKKMFSYDLDELESNILNITHKYINNGPIYDPGMIVFDFFNVSFGTDDEPYIAYMDKMSVHGLLKFNISSYNDKSFNQTFPYFNVFIEKGEIEHFETLDFGPIHLHLRELNINYPTQNXSFXXSXLAIKSDINFEDYYYDTAND 1958
            MIKTVQKKRRRRMKKRNLSPSFRETMYYQHGYPLDGAGLVLRSQSQGNSRXGXYSQYQLITSPPPEKVKKSFAEKLGKTLDKLSPGGKSSEKSSNVQQVHHPSWVXQPYYHVPRVSPAYNRIPPHQSQKSPGYYYYYQHPNHPSSGWQERQEFCSCPDYIYGTSSRRSKTGRCKRCHCKRIAFDEIAQHGPPSTPTTPQQAYVPPGSVRIQRQSSSRTPIPRNLMIYRDPYDYVRRSSSSRPNENYYSEEWQNYWESSDGSTFKRSVSPASPSTTSTSNQQPMVNGVDVNTSRVVNGKSVNGSIPVVSPTVPEAKREDQNMYNLVTIKNSNNNKTVQISRVQIIDDKSNSFKDQSTNNNNNNIINNNKINNGEVKFNSEPLEKEIKKEATDEEDLMNSPDIEKLKAVAEQRLKKLQKKYSPSSSGHGNNSRFSRKIQIDDIILEENEEDLEMENLEIISSTPVVKVKSILKRPSNQEFLGEDGGENEKGEERTKEEQNESSIPGGDCPEIDLSRKVRFMEDRESLLIDLIDPADGEEREETEEEKEEQISDELSGFDPQLILSSQNLADEILTEIYGKKSPSPIVVEKDELNQSHSVEISPKEQSTSSSNESAKSLADEILNELFGNTSDNREKDGGGSDEMKNSLKDFKRSASSDSINPAIVVPKKEKESKVTERLKRVKRQLRQGRQLSVKEGSSFLFHYKIECHLRMCEQEESPSYPPLSPSSSMDHIFKTNDETNSRVELYLRSIKVKFARRFTANSSIKGRRASSPSGITRTNSINGRGDYSKENAMSQLFNDTTRIRLQKQRRRPLSLFSPEFPPRPKDPPPPPPPISPDPSEGDEFSSDEFSEDSFDEEEYGERKYANLSEDRLPPEGAESDQISADKNHLYDLAETMSADGILLSSHEEKVRKMEKSSPLIENNGDKTIIYTSPHVARHYNSSNNGKKANRSTSRAETSLPSHHPSLLAPQKDESECKILISSSSWINVEGEKKEEEDEALLLSSEEPIKPPRLKKIARQKKQGGISPSRHYSIPEHEYVNCAMYTNRTSELRRSSPKKSKPEISAPILVATTFNPNDAENHKTLSPRDSLQRNFSSSSSSSPDKITFKDIKKFARSISSFTSGLKSFDSSQQEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSSQTTISSSDSNENKGEEEELAQNILSMFKIIILIVIISWIKKMFSYDLDELESNILNITHKYINNGPIYDPGMIVFDFFNVSFGTDDEPYIAYMDKMSVHGLLKFNISSYNDKSFNQTFPYFNVFIEKGEIEHFETLDFGPIHLHLRELNINYPTQNXSFXXSXLAIKSDINFEDYYYDTAND
Sbjct:    1 MIKTVQKKRRRRMKKRNLSPSFRETMYYQHGYPLDGAGLVLRSQSQGNSRXGXYSQYQLITSPPPEKVKKSFAEKLGKTLDKLSPGGKSSEKSSNVQQVHHPSWVXQPYYHVPRVSPAYNRIPPHQSQKSPGYYYYYQHPNHPSSGWQERQEFCSCPDYIYGTSSRRSKTGRCKRCHCKRIAFDEIAQHGPPSTPTTPQQAYVPPGSVRIQRQSSSRTPIPRNLMIYRDPYDYVRRSSSSRPNENYYSEEWQNYWESSDGSTFKRSVSPASPSTTSTSNQQPMVNGVDVNTSRVVNGKSVNGSIPVVSPTVPEAKREDQNMYNLVTIKNSNNNKTVQISRVQIIDDKSNSFKDQSTNNNNNNIINNNKINNGEVKFNSEPLEKEIKKEATDEEDLMNSPDIEKLKAVAEQRLKKLQKKYSPSSSGHGNNSRFSRKIQIDDIILEENEEDLEMENLEIISSTPVVKVKSILKRPSNQEFLGEDGGENEKGEERTKEEQNESSIPGGDCPEIDLSRKVRFMEDRESLLIDLIDPADGEEREETEEEKEEQISDELSGFDPQLILSSQNLADEILTEIYGKKSPSPIVVEKDELNQSHSVEISPKEQSTSSSNESAKSLADEILNELFGNTSDNREKDGGGSDEMKNSLKDFKRSASSDSINPAIVVPKKEKESKVTERLKRVKRQLRQGRQLSVKEGSSFLFHYKIECHLRMCEQEESPSYPPLSPSSSMDHIFKTNDETNSRVELYLRSIKVKFARRFTANSSIKGRRASSPSGITRTNSINGRGDYSKENAMSQLFNDTTRIRLQKQRRRPLSLFSPEFPPRPKDPPPPPPPISPDPSEGDEFSSDEFSEDSFDEEEYGERKYANLSEDRLPPEGAESDQISADKNHLYDLAETMSADGILLSSHEEKVRKMEKSSPLIENNGDKTIIYTSPHVARHYNSSNNGKKANRSTSRAETSLPSHHPSLLAPQKDESECKILISSSSWINVEGEKKEEEDEALLLSSEEPIKPPRLKKIARQKKQGGISPSRHYSIPEHEYVNCAMYTNRTSELRRSSPKKSKPEISAPILVATTFNPNDAENHKTLSPRDSLQRNFSSSSSSSPDKITFKDIKKFARSISSFTSGLKSFDSSQQEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSSQTTISSSDSNENKGEEEELAQNILSMFKIIILIVIISWIKKMFSYDLDELESNILNITHKYINNGPIYDPGMIVFDFFNVSFGTDDEPYIAYMDKMSVHGLLKFNISSYNDKSFNQTFPYFNVFIEKGEIEHFETLDFGPIHLHLRELNINYPTQNXSFXXSXLAIKSDINFEDYYYDTAND 1958          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000012428 (pep:novel supercontig:LSalAtl2s:LSalAtl2s90:953772:1016136:1 gene:EMLSAG00000012428 transcript:EMLSAT00000012428 description:"maker-LSalAtl2s90-snap-gene-9.17")

HSP 1 Score: 76.6406 bits (187), Expect = 6.855e-14
Identity = 51/201 (25.37%), Postives = 99/201 (49.25%), Query Frame = 0
Query: 1381 KETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTT------VNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVN 1575
            ++ I E+++TE  Y R L  +++ +  P+     L++ ++S++F N +E+ +  ++F  TL++A+E        D T+       +IG  FL  ++  K +  +C     A   L   +   +L    L ++  +        L S+L+ P+QR+ KYPLLL +L  +T    ++       Q+ + E+L  M K A+ +N
Sbjct: 1203 RKVILELVDTEHAYVRHLGYLMKTYLEPLKREAFLSNSEISTLFGNIQEIYNFQQQFLRTLEEALESEAQFHSLDSTSQFKNVLFSIGSAFLYYVNHFKLYSSFCASHSKAQKALHPNDGNHQLQDFLLSLNPRQQ---HSTALESYLIKPIQRILKYPLLLQQLKNLTRPESDE-------QQHLIEALIGMEKVAEHIN 1393          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000000286 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1042:61011:70383:1 gene:EMLSAG00000000286 transcript:EMLSAT00000000286 description:"maker-LSalAtl2s1042-snap-gene-0.39")

HSP 1 Score: 59.6918 bits (143), Expect = 8.413e-9
Identity = 50/180 (27.78%), Postives = 83/180 (46.11%), Query Frame = 0
Query: 1372 KCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPML-VAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESL------SMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENS-MLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVT 1543
            K   +  +R++ I E   TE  + R+L+++   FYR ML    L++ + +  +F N ++LI ++ +F + +KD I+       +     +I  LFLE        S+++    +   Q      L            FL  S +E     RR+ L S L V  QR+ KYPLLL +L + T
Sbjct:  452 KLKPKEKKRQDVINEFFHTERSHVRNLKVLDRIFYRRMLDNPSLMSEDMVQKLFPNLDKLIQIHTKFNQIMKDRIK------SQGFPIGDISDLFLEMFDGPNGDSLIELGSEFTQNQKFTIEELKKKRARDHKFDAFL--SDLERRPECRRLGLESILPVEHQRLVKYPLLLEQLSKQT 623          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000005792 (pep:novel supercontig:LSalAtl2s:LSalAtl2s311:368488:399678:1 gene:EMLSAG00000005792 transcript:EMLSAT00000005792 description:"maker-LSalAtl2s311-augustus-gene-3.14")

HSP 1 Score: 59.3066 bits (142), Expect = 1.264e-8
Identity = 45/205 (21.95%), Postives = 97/205 (47.32%), Query Frame = 0
Query: 1374 AKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGL-----LNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            A+   +R   +  ++E E +Y   + I++  FYRP  +A          + ++SIFLN+E ++ +++ F + L   +        E   T+ +G LF   L ML  ++ Y         +LT  ++     ++  ++ +      R + +  FL  P+ ++ +Y + L  L   T  +H ++ S++ A++++E+   QM+ E  +
Sbjct:  117 AESMRKRNCLVFRMVEAEEEYVEQMEILITCFYRPFKMAASSKNPPCTHDDINSIFLNSETVLFLHQIFLKGLTARM--------ESWPTLVLGDLFDMLLPMLSIYQEYVRNHHYCLQVLTECKQSPSFAQLLNRLEKKPACKGRSLEI--FLTYPMHQIPRYIITLHDLLAHTPPDHVEKKSLEHARDQLEDLSRQMHDEVSE 311          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000003844 (pep:novel supercontig:LSalAtl2s:LSalAtl2s208:386765:391376:1 gene:EMLSAG00000003844 transcript:EMLSAT00000003844 description:"maker-LSalAtl2s208-augustus-gene-4.5")

HSP 1 Score: 56.225 bits (134), Expect = 9.750e-8
Identity = 55/203 (27.09%), Postives = 92/203 (45.32%), Query Frame = 0
Query: 1378 SERKETITEIIETEIKYGRDLRIIVEEFYRPM-----LVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSML-KAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRL--HRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAK 1572
            S R++  TE+++TE  Y   L+ I+E F +P+     +    LN  +   IF N   L  + +  ++ L D   I  +  D+    V IG +FL+    L K +  +     +    L      K     FLKV Q +     R  L+  L+ PVQR+    LLL+ L  H     +H D S+++ A  KI+  +  +N++ +
Sbjct:  407 SPRQQVFTELVQTESNYVNILKTIIEVFKKPLEDPDKIEGQFLNPTETKIIFSN---LPPIYDLHSQMLADFTTIVSNWKDD----VCIGNVFLKYADDLEKTYPPFVNFFETTKNCLLECGNAKPRFHAFLKVCQSKPE-CGRQTLTELLIRPVQRLPSISLLLNDLLKHTRKEKDHPDSSALEKALNKIKAVMTHINEDKR 601          
BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Match: EMLSAP00000008338 (pep:novel supercontig:LSalAtl2s:LSalAtl2s509:237196:263796:-1 gene:EMLSAG00000008338 transcript:EMLSAT00000008338 description:"maker-LSalAtl2s509-snap-gene-2.19")

HSP 1 Score: 55.4546 bits (132), Expect = 1.560e-7
Identity = 46/200 (23.00%), Postives = 100/200 (50.00%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAG--LLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLS---MLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I  ++ +E  Y   L+ +V ++ +P+  +   +++  +++++F    E++ ++  F   L   I ++ D  ++      IG +F+ S S   +L+ +  +      A  ++    K K  L  FL + Q+ +S   R++L   L+ PVQR  ++ L+L  L + T   H DR +++LA   +E   E +N+  ++
Sbjct:  105 KRRYIIQTLVSSENNYVSSLQRLVNDYKKPLEESSPLIISQSKITTLFYRISEILQIHYLFRIGLSQMI-LSWDSQEK------IGDVFVASFSKAIVLETYSDFINNFNEAFNIVKYESKRKSALSDFLDLKQLTSS--DRISLFGLLVKPVQRFPQFILILQDLLKETPPGHVDRMALQLALTTLESLAEMLNERKRE 295          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|294862505|sp|Q9NZM3.3|ITSN2_HUMAN (RecName: Full=Intersectin-2; AltName: Full=SH3 domain-containing protein 1B; AltName: Full=SH3P18; AltName: Full=SH3P18-like WASP-associated protein)

HSP 1 Score: 107.071 bits (266), Expect = 1.001e-21
Identity = 68/195 (34.87%), Postives = 111/195 (56.92%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+I+TE +Y  DL+++VE F + M  +G L   +++ IF+N +ELI  N   T+ LK A+ +    G E +    IG +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  +H D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1209 KRQGYIHELIQTEERYMADLQLVVEVFQKRMAESGFLTEGEMALIFVNWKELIMSN---TKLLK-ALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEDTDFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPESHADHSSLKLALERAEELCSQVNEGVRE 1398          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|294862445|sp|Q9Z0R6.2|ITSN2_MOUSE (RecName: Full=Intersectin-2; AltName: Full=EH domain and SH3 domain regulator of endocytosis 2; Short=EH and SH3 domains protein 2; AltName: Full=SH3 domain-containing protein 1B)

HSP 1 Score: 100.138 bits (248), Expect = 1.562e-19
Identity = 65/196 (33.16%), Postives = 107/196 (54.59%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKY-GRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            +R+  I E+I+TE +Y   DL++++E F + M   G L    ++ IF+N +ELI  N +    L  A+ +    G E +    IG +    LS ++A+  +C+ Q + + LL     E    + FLK     +   + M LSSFL+ P+QR+T+YPLL+  +   T  +H D SS+KLA E+ EE   Q+N+  ++
Sbjct: 1170 KRQGYIHELIQTEERYMDDDLQLVIEVFQKRMAEEGFLTEADMALIFVNWKELIMSNTK----LLRALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGATLLQQKTDEDTDFKEFLK-KLASDPRCKGMPLSSFLLKPMQRITRYPLLIRSILENTPQSHVDHSSLKLALERAEELCSQVNEGVRE 1360          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|116242596|sp|Q15811.3|ITSN1_HUMAN (RecName: Full=Intersectin-1; AltName: Full=SH3 domain-containing protein 1A; AltName: Full=SH3P17)

HSP 1 Score: 98.5969 bits (244), Expect = 3.898e-19
Identity = 67/230 (29.13%), Postives = 116/230 (50.43%), Query Frame = 0
Query: 1344 HYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
             +C D    LH  D ++  +R              +R+  I E+I TE  Y  DL+++ E F +P++ + LL  ++++ IF+N +ELI  N +    L  A+ +      E +    IG +    L  ++ +  +C+RQ + + L+     E    + F+K   M +   + M LSSF++ P+QRVT+YPL++  +   T  NH D S +K A EK EE   Q+N+  ++
Sbjct: 1220 QWCSD----LHLLDMLTPTER--------------KRQGYIHELIVTEENYVNDLQLVTEIFQKPLMESELLTEKEVAMIFVNWKELIMCNIK----LLKALRVRKKMSGEKMPVKMIGDILSAQLPHMQPYIRFCSRQLNGAALIQQKTDEAPDFKEFVKRLAM-DPRCKGMPLSSFILKPMQRVTRYPLIIKNILENTPENHPDHSHLKHALEKAEELCSQVNEGVRE 1426          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|74849435|sp|Q9TW28.1|MYOM_DICDI (RecName: Full=Myosin-M heavy chain; AltName: Full=RhoGEF domain-containing protein myoM)

HSP 1 Score: 97.0561 bits (240), Expect = 1.316e-18
Identity = 70/202 (34.65%), Postives = 114/202 (56.44%), Query Frame = 0
Query: 1375 KRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETL-KDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEK---ELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAK 1572
            K +  R + I E+IETE  Y RDL I+VE F  P+    LL+++ ++S+F N E L S+N    + L KD         D     +++G+ FL+    LK +  YC+ Q +A   L  LE+EK   +  R +L+   M +S+ R + L+SF++ PVQR+ KYPLL+    + T  +H D+ +++   +KI + ++ +N EAK
Sbjct: 1385 KNKRFRIKIINELIETERDYVRDLNIVVEVFLNPIREKQLLSAKDINSLFSNIEILFSINMNVLKALEKDK--------DPLCENISVGQTFLDMSHYLKMYTTYCSNQQNA---LKILEEEKIKNQPFREYLEFC-MNDSVCRGLPLNSFIIKPVQRICKYPLLIKETIKFTPNDHPDKPALEEVDKKISDIVQSIN-EAK 1573          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|408360155|sp|Q9Z0R4.2|ITSN1_MOUSE (RecName: Full=Intersectin-1; AltName: Full=EH and SH3 domains protein 1)

HSP 1 Score: 95.1301 bits (235), Expect = 4.522e-18
Identity = 68/241 (28.22%), Postives = 120/241 (49.79%), Query Frame = 0
Query: 1333 DFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            + S + G+  ++Y      KL T+ D S      + +         +R+  I E+I TE  Y  DL+++ E F +P+  + LL  ++++ IF+N +ELI  N +    L  A+ +      E +    IG +    L  ++ +  +C+ Q + + L+     E    + F+K   M +   + M LSSF++ P+QRVT+YPL++  +   T  NH D S +K A EK EE   Q+N+  ++
Sbjct: 1189 EVSGQVGLFPSNYV-----KLTTDMDPSQQWCSDLHLLDMLTPTERKRQGYIHELIVTEENYVNDLQLVTEIFQKPLTESELLTEKEVAMIFVNWKELIMCNIK----LLKALRVRKKMSGEKMPVKMIGDILSAQLPHMQPYIRFCSCQLNGAALIQQKTDEAPDFKEFVKRLAM-DPRCKGMPLSSFILKPMQRVTRYPLIIKNILENTPENHPDHSHLKHALEKAEELCSQVNEGVRE 1419          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|74850441|sp|Q54B37.1|GXCJ_DICDI (RecName: Full=RhoGEF domain-containing protein gxcJ)

HSP 1 Score: 87.4261 bits (215), Expect = 8.804e-16
Identity = 65/211 (30.81%), Postives = 101/211 (47.87%), Query Frame = 0
Query: 1376 RRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQ----GSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKR 1582
            +   R   I EI+ TE+ Y  DL  I+  F +P+     +++E  +SIF N E++  +N++  E L                T+ IG++F      LK +  YC        S + LL T + E    ++  K        LR M   SFL+ PVQR+ KYPLLL  L + T  +H D   + LA EKIE+ +  +N + K++   + W+R
Sbjct:  697 KSDHRTNLIKEILTTELDYVNDLETIINVFCKPL--RDFISNEDSASIFSNIEQIWQINKQLYENLIS-------------NTLTIGQVFSNMSDSLKVYSVYCNYHQKSLDSLNQLLKTPQNESFFDQLLSKPE------LRGMGPHSFLIKPVQRICKYPLLLKELLKATAEDHFDYPQLILAVEKIEKIVGTINSQKKEM---ETWQR 883          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|74752049|sp|Q96N96.1|SPT13_HUMAN (RecName: Full=Spermatogenesis-associated protein 13; AltName: Full=APC-stimulated guanine nucleotide exchange factor 2; Short=Asef2)

HSP 1 Score: 84.3445 bits (207), Expect = 4.642e-15
Identity = 57/190 (30.00%), Postives = 92/190 (48.42%), Query Frame = 0
Query: 1373 CAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLV-AGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIE 1561
            C  ++  R   I EI++TE  Y + LR I E + R      G+    QL++IF N E++     +F   LKD   +   +  E+     IG  FL++      +  YC     A + L  L K+ +  R F +  ++   M+  + +  FL+ PVQ++ KYPL L+ L + T   H D S+IK A E ++
Sbjct:  234 CENKQQMRTNVIREIMDTERVYIKHLRDICEGYIRQCRKHTGMFTVAQLATIFGNIEDIYKFQRKF---LKD---LEKQYNKEEPHLSEIGSCFLQNQEGFAIYSEYCNNHPGACLELANLMKQGKY-RHFFEACRLLQQMID-IAIDGFLLTPVQKICKYPLQLAELLKYTTQEHGDYSNIKAAYEAMK 415          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|126253807|sp|Q5DU57.2|SPT13_MOUSE (RecName: Full=Spermatogenesis-associated protein 13; AltName: Full=APC-stimulated guanine nucleotide exchange factor 2; Short=Asef2)

HSP 1 Score: 79.337 bits (194), Expect = 1.865e-13
Identity = 54/183 (29.51%), Postives = 86/183 (46.99%), Query Frame = 0
Query: 1380 RKETITEIIETEIKYGRDLRIIVEEFYRPMLV-AGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIE 1561
            R   I EI+ TE  Y + L+ I E + R      G+    QL++IF N E++     +F + L+        +  E+     IG  FLE       +  YC     A + L+ L K  +  R F +  ++   M+  + L  FL+ PVQ++ KYPL L+ L + T   H D ++IK A E ++
Sbjct:  245 RTNVIQEIMNTERVYIKHLKDICEGYIRQCRKHTGMFTVAQLATIFGNIEDIYKFQRKFLKDLEK------QYNKEEPHLSEIGSCFLEHQEGFAIYSEYCNNHPGACVELSNLMKHSKY-RHFFEACRLLQQMID-IALDGFLLTPVQKICKYPLQLAELLKYTTQEHGDYNNIKAAYEAMK 419          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|52782763|sp|Q9Z206.2|ARHG8_MOUSE (RecName: Full=Neuroepithelial cell-transforming gene 1 protein; AltName: Full=Rho guanine nucleotide exchange factor 8)

HSP 1 Score: 77.7962 bits (190), Expect = 5.132e-13
Identity = 55/185 (29.73%), Postives = 97/185 (52.43%), Query Frame = 0
Query: 1376 RRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKI 1560
            R  +R+E I E+   E     DL++  + ++ PML   +++ E+L+ IF + +  I ++E     + +A +        D T   IG + +  L  L A+  YC+ Q +A  LL   +K+   ++ FL+   +E+   R+++L SFL +P  R+ KYPLLL  + R T  +H D   ++L +E I
Sbjct:  171 REIKRQEAIYELSRGEQDLIEDLKLARKAYHDPMLKLSIMSEEELTHIFGDLDAYIPLHEDLLARIGEATK-------PDGTVEQIGHILVNWLPGLNAYRGYCSNQLAAKALLDQ-KKQDPRVQDFLQRC-LESPFSRKLDLWSFLDIPRSRLVKYPLLLKEILRHTPKDHRD---VQLLEEAI 343          
BLAST of EMLSAG00000008705 vs. SwissProt
Match: gi|115305910|sp|Q45FX5.1|VAV_CAEEL (RecName: Full=Protein vav-1)

HSP 1 Score: 77.411 bits (189), Expect = 9.243e-13
Identity = 57/211 (27.01%), Postives = 102/211 (48.34%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKY-GRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDE---------DLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKI 1579
            +R   I E+ +TE  Y  + L  I++ FY P+   G++ +   + IF N EE+  ++      L+  +++AL   D          +     IG++F++      A+  YC+    +  L   L K  E   I   ++++      +  ++  L VP QR+TKYPLLL  L + T +   DR S++ A E +E+    +N+E++D N  K+
Sbjct:  240 KRNRCIRELYDTEKNYVAQALVTIIKTFYEPL--KGIIPTSDYNIIFGNIEEINVLHTALLADLEYPVKVALGLSDATPPRPISLNECVPQTIGEVFIKYRDQFLAYGKYCSNLPDSRKLSNELLKTNEF--ISRNINELTAQGNCKFGMNDLLCVPFQRLTKYPLLLKELQKKTDLASPDRKSLEEAVEVMEDVCNYINEESRDTNAIKV 446          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: EEB14740.1 (Rho/RAC guanine nucleotide exchange factor, putative [Pediculus humanus corporis])

HSP 1 Score: 540.806 bits (1392), Expect = 2.554e-160
Identity = 303/667 (45.43%), Postives = 417/667 (62.52%), Query Frame = 0
Query: 1138 EHIYEEIS---DDTSNPSR--PLPPIP-----------EKRDGSFFEGASKYEILRYLKNAKDRI-GHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSG-----GNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSM-IVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELP-EISPS-KALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSSQTT 1779
            E IY++I    DD + PSR  PL P P           +    S FEGASKY+IL YL +AK+R+ G S F       +   +   ++      G S   + +S      G  S   FI     +    +I+  S  SNSS  +  S       +        S+ ++ER DSGVG E S +S+S+    +S+            +ED   L                  C DC++ +  E  ++ +  + + +VC KCAK+RSERKE I EI+ETE KYGRDL+II+EEFY PMLVAGLL  EQLS+IFLN EEL+  ++   E L+D +EIA++ GDED  TVN+GKLFLE+  ML AFE YC RQG A+MLLT LEKEKELLRIFL+VSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT V  E+R ++K AQ KIE  LE MN EAKDV+  K+W+R    +     + +  ++E+ N+++RKMA+D+L WN +E+RF LEGK+LYTQPN+ NWK+  T+KL PV  LL          ++ P+ + LIFP ++G I++A+LLLV+EK +R+TL+R+PL LD+ +VCC+ D D+ FE+QE V+K+SF+FK E+ ++T  W++ LQ++ Q LG WRKRR  L NIM +     +QT+
Sbjct: 1121 EPIYDKIGSNLDDEAFPSRLPPLAPFPVFDSAAETPQSQSTAKSIFEGASKYDILSYLVDAKERVQGDSYFNGSTISGDDSVDCKRLTYDKNDKGYSDRDNNISPDLSEFGKISYAKFISSETDSEMDLSINRYSQISNSSDDNVNSVLGTPEKMPPLKFHKKSSAEVERNDSGVGSEASHTSRSKWQTYSSI------------KEDPRNL------------------CDDCDQIV--EAKVTESGAMYIPLVCRKCAKKRSERKEIIQEIVETEEKYGRDLKIILEEFYTPMLVAGLLTPEQLSAIFLNTEELLENSKILIERLRDTLEIAMEQGDEDFLTVNVGKLFLEAGPMLHAFERYCIRQGGAAMLLTNLEKEKELLRIFLRVSQMENTVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPVQQENRETLKEAQHKIELHLEHMNSEAKDVSATKVWRRFSTATISG--RKVATESEIMNIKLRKMAVDVLEWNHEEVRFVLEGKLLYTQPNDNNWKRGKTIKLAPVFVLLVTLGKPNSKYKMDPTDEDLIFPVKTG-IREATLLLVKEKCNRYTLIREPLYLDKIIVCCETDIDESFEVQELVTKDSFIFKAEDCERTKEWYKQLQYHAQILGMWRKRRNALANIMINGMMARAQTS 1752          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: gb|EFA00879.2| (hypothetical protein TcasGA2_TC003783 [Tribolium castaneum])

HSP 1 Score: 523.857 bits (1348), Expect = 2.899e-157
Identity = 286/608 (47.04%), Postives = 381/608 (62.66%), Query Frame = 0
Query: 1165 SFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEEL--PEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            S FEGASKY+IL YL +AK+R         + E+N  Y  ++              +G+S  +++   +       +RV  +S V+DSS  +S    S+      L           ++ER DSGVG ETSKSS S+                                  +ET       C DC   L +  D         ++C KC K+RSERKE ITEI+ETE KY RDL+II+EEFY+PMLVAGLL  EQLS+IFLN EEL+  ++   E L+DA+EIA++ GDEDL TVNIGK+FLE+  ML  FE YC RQG+AS+LL +LEKEKELLRIFL+VSQMEN+MLRRMNL+SFLMVPVQRVTKYPLLL+RL++VT V+HE R  +K AQ KIE  L  MN E KDV P+K+W+R+   S    +  +D    + N+++RK+A+D+L WN DE +F LEGK+L+TQP + NW+K  T+KLTPV+ALL +     +  PE +    LIF + S   ++A+LLLVR+KN R++L+R+PL LDRCV+  DP W   FE+QE + K++F+FK E+ +QT IW+  LQF+ Q +G WRKRR  L NIM +
Sbjct:  831 SIFEGASKYDILSYLVDAKERGI-------VQEDNYSYNFAN--------------NGISVDDDTKETY-------NRVCHMSTVNDSSEDNSLIMPSN------LIDDKVPFQKTAEVERNDSGVGSETSKSSLSKYR------------------------------MKQETAT----TCEDCEAVLESSQDTEP------LICRKCLKKRSERKEIITEIVETEEKYSRDLQIILEEFYQPMLVAGLLTPEQLSAIFLNVEELLENSQSLAERLRDAVEIAVEQGDEDLLTVNIGKIFLEAAPMLHGFETYCVRQGAASLLLASLEKEKELLRIFLRVSQMENTMLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPVHHETREQLKEAQHKIELHLNHMNSETKDV-PSKLWRRIGSSSGRRSSTEMD----LVNIKLRKIAVDVLEWNHDEAKFALEGKLLFTQPTDNNWRKGRTIKLTPVNALLVINGKPSMNRPERTDENGLIFSRHSAA-REAALLLVRDKNGRYSLLREPLYLDRCVIAADPAWQSYFEVQELLGKDTFIFKAEDEEQTKIWYSQLQFHAQGMGAWRKRRNALANIMIN 1358          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: AGB94120.1 (Rho guanine nucleotide exchange factor at 64C, isoform B [Drosophila melanogaster])

HSP 1 Score: 521.546 bits (1342), Expect = 2.895e-152
Identity = 261/497 (52.52%), Postives = 344/497 (69.22%), Query Frame = 0
Query: 1278 NSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRL-SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAV---WSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            +S  D+ER DSGVG ETSK+S+S+  AT +V                                   H C DC+  +  E  +  N  L + +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLL  EQLS+IFLN E+L+  N+   E ++DA++++L+ GD+DL TVNIG++FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EG++LYTQP + NWKK  T+KLTPV+ALL      S+    E + S+ L FP+ +G I++ASLLLV+EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +
Sbjct: 1523 SSGSDVERQDSGVGSETSKTSRSKYQATPTV----------------------------------LHLCEDCDGAV--EMQVGDNGILYAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLTQEQLSAIFLNTEDLLENNQTLAERMRDALDMSLEQGDDDLLTVNIGRIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPSHLEGRELLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDVLEWNHDEVRFAMEGRLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYRAEKAMSEKLNFPKHTG-IREASLLLVKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMIN 1978          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: AAF47940.2 (Rho guanine nucleotide exchange factor at 64C, isoform A [Drosophila melanogaster])

HSP 1 Score: 521.546 bits (1342), Expect = 2.895e-152
Identity = 261/497 (52.52%), Postives = 344/497 (69.22%), Query Frame = 0
Query: 1278 NSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRL-SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAV---WSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            +S  D+ER DSGVG ETSK+S+S+  AT +V                                   H C DC+  +  E  +  N  L + +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLL  EQLS+IFLN E+L+  N+   E ++DA++++L+ GD+DL TVNIG++FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EG++LYTQP + NWKK  T+KLTPV+ALL      S+    E + S+ L FP+ +G I++ASLLLV+EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +
Sbjct: 1523 SSGSDVERQDSGVGSETSKTSRSKYQATPTV----------------------------------LHLCEDCDGAV--EMQVGDNGILYAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLTQEQLSAIFLNTEDLLENNQTLAERMRDALDMSLEQGDDDLLTVNIGRIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPSHLEGRELLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDVLEWNHDEVRFAMEGRLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYRAEKAMSEKLNFPKHTG-IREASLLLVKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMIN 1978          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: gb|KFM59876.1| (Myosin-M heavy chain, partial [Stegodyphus mimosarum])

HSP 1 Score: 509.22 bits (1310), Expect = 1.476e-150
Identity = 289/648 (44.60%), Postives = 399/648 (61.57%), Query Frame = 0
Query: 1131 QEDYPPSEHIYEEISDDTSNPSRPLPPIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGG---GFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNW-KKVWTVKLTPVSALLAVW---SSEELPEISPSK-ALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            + DY   + IYEE+SD  S+ ++ L  + E    SFFEGASK +IL YL++AK+R G S             E  S      +         +SG +   G     I     NH+ + I    D       +  ++ +++       +  +   ++ER DSGVG ETSK            P R  +   D EE+                       C DC+ ++   +D  +    S +VC KC  RR ERKE I E ++TE+KYGRDLRII EEFYRPM +AGLL  +QL SIFLN +ELISVN +F+E L+DA++IA +HGDED TTVN+GK+FLE+ SML AFE YC +Q SAS+LL++LEKEKELLRIFL+VSQMEN++LRRMNL +FLMVPVQRVT+YPLLLSRLH+VT ++H+DRS++K AQ+K+E  LE +N++ K V   KIW+R+  +S        DI    G++++RKMAL++L W +DE RF + GK+L+TQ  +  W KK  TVK TP+ ALL      +S   PE S  + A++FP+ +G I+DASL+L++EKN RF +VR+PL L  CV+ CD + DD FEIQE+ +KE+++ KGE   +T  W + L+++ + LG WRKRR  L NIM +
Sbjct:  958 ENDYENLDPIYEELSD-VSSAAKRLTSL-ESNQKSFFEGASKIDILSYLEDAKER-GIS-------------EGLSEDEKVIIEEEEEDEKVLSGEDEDIGEKNRVITNNTLNHKEALIKIEEDVEKEDQVEIENTAADI-------SKSSRISEVERNDSGVGTETSK------------PPRMKLLPADWEEQ----------------------LCADCDHQVEPVEDEDSGLLFSPLVCRKCEFRRCERKEIIIEFVDTELKYGRDLRIIKEEFYRPMEIAGLLAKDQLLSIFLNLDELISVNTKFSEKLQDALDIATEHGDEDYTTVNLGKIFLETSSMLHAFETYCVKQASASVLLSSLEKEKELLRIFLRVSQMENTLLRRMNLPAFLMVPVQRVTRYPLLLSRLHKVTPIHHKDRSALKEAQQKVELHLEHINQQTKGVGGTKIWRRISNISASHRRLGKDI----GSIKLRKMALEVLNWKQDETRFVMAGKLLFTQITDYPWNKKGKTVKFTPLHALLIALGKPNSNYRPESSSMENAVLFPRNTG-IRDASLVLMKEKNGRFIVVREPLYLGNCVISCDSETDDVFEIQEYTTKEAYLLKGETRKETKEWLRQLRYHAKDLGTWRKRRNALANIMIN 1543          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: XP_006571744.1 (PREDICTED: uncharacterized protein LOC412354 isoform X2 [Apis mellifera])

HSP 1 Score: 483.026 bits (1242), Expect = 5.753e-141
Identity = 270/537 (50.28%), Postives = 354/537 (65.92%), Query Frame = 0
Query: 1244 SAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEE-----THYCLDCNEKLHTEDDISTNDRL--SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHED----RSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMF 1769
            S ISNVSDSS   +   TSS           T+   AVDIERTDSGVG E+S++S +R      VP R    +            V     S  +G+ +     + +C DC ++L   D + T+  +  +  VC KC+K+R ERKE ITEI+ETE KYGRDL+II+EEF+RPML AGLL SEQL++IFLN EEL+  N    E LK A+E A + GDEDL TV++GK+FLES  ML AFE YCTRQGSAS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL + T     D    +  +K AQ  IE  LE MN EAKDV   K+W+R+  +   +  + I  Q +M N+++RKMA+++L W  +E +F LEG++L  QP + NW++  TVKL PV+A+L         ++  +   +FP+  G IK+A+LLLV+EK  R++L+R+PL LD+C+VCC+ D +D FEIQE  SKE+F+FK E+  +T  W +TLQ + QSLG WRKRR  L NIM 
Sbjct: 1105 SQISNVSDSSEECNIILTSSSE---------TSKVRAVDIERTDSGVGSESSQASSTR-----GVPRRWRAGN------------VSSGPGSLLSGIPQVISGDSKHCEDCEQRL---DPLITDSGVVYAPFVCRKCSKKRIERKEIITEIVETEQKYGRDLQIILEEFHRPMLRAGLLTSEQLTAIFLNVEELLEHNLVLAEKLKFAVEFAQESGDEDLLTVDVGKIFLESERMLHAFESYCTRQGSASLLLQNLEKEKELLRIFLKVSQMENTVLRRMNLNSFLMVPVQRVTKYPLLLARLLKATPSVRPDIQEAKERLKQAQANIELHLEHMNAEAKDVTSTKLWRRISIIQ--NGRRPIGEQ-DMVNIKLRKMAVEVLEWAHEEAKFVLEGRLLVAQPTDNNWRRGRTVKLAPVTAMLVTNGKPNAEDLEFNDDSLFPRHIG-IKEATLLLVKEKFGRYSLLREPLYLDKCIVCCETDLEDYFEIQELSSKETFIFKAEDGARTKRWCRTLQTHAQSLGAWRKRRGALPNIMI 1608          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: XP_016770882.1 (PREDICTED: uncharacterized protein LOC412354 isoform X1 [Apis mellifera])

HSP 1 Score: 482.641 bits (1241), Expect = 7.068e-140
Identity = 270/537 (50.28%), Postives = 354/537 (65.92%), Query Frame = 0
Query: 1244 SAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEE-----THYCLDCNEKLHTEDDISTNDRL--SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHED----RSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMF 1769
            S ISNVSDSS   +   TSS           T+   AVDIERTDSGVG E+S++S +R      VP R    +            V     S  +G+ +     + +C DC ++L   D + T+  +  +  VC KC+K+R ERKE ITEI+ETE KYGRDL+II+EEF+RPML AGLL SEQL++IFLN EEL+  N    E LK A+E A + GDEDL TV++GK+FLES  ML AFE YCTRQGSAS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL + T     D    +  +K AQ  IE  LE MN EAKDV   K+W+R+  +   +  + I  Q +M N+++RKMA+++L W  +E +F LEG++L  QP + NW++  TVKL PV+A+L         ++  +   +FP+  G IK+A+LLLV+EK  R++L+R+PL LD+C+VCC+ D +D FEIQE  SKE+F+FK E+  +T  W +TLQ + QSLG WRKRR  L NIM 
Sbjct: 1284 SQISNVSDSSEECNIILTSSSE---------TSKVRAVDIERTDSGVGSESSQASSTR-----GVPRRWRAGN------------VSSGPGSLLSGIPQVISGDSKHCEDCEQRL---DPLITDSGVVYAPFVCRKCSKKRIERKEIITEIVETEQKYGRDLQIILEEFHRPMLRAGLLTSEQLTAIFLNVEELLEHNLVLAEKLKFAVEFAQESGDEDLLTVDVGKIFLESERMLHAFESYCTRQGSASLLLQNLEKEKELLRIFLKVSQMENTVLRRMNLNSFLMVPVQRVTKYPLLLARLLKATPSVRPDIQEAKERLKQAQANIELHLEHMNAEAKDVTSTKLWRRISIIQ--NGRRPIGEQ-DMVNIKLRKMAVEVLEWAHEEAKFVLEGRLLVAQPTDNNWRRGRTVKLAPVTAMLVTNGKPNAEDLEFNDDSLFPRHIG-IKEATLLLVKEKFGRYSLLREPLYLDKCIVCCETDLEDYFEIQELSSKETFIFKAEDGARTKRWCRTLQTHAQSLGAWRKRRGALPNIMI 1787          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: XP_006571742.1 (PREDICTED: uncharacterized protein LOC412354 isoform X1 [Apis mellifera])

HSP 1 Score: 482.641 bits (1241), Expect = 7.068e-140
Identity = 270/537 (50.28%), Postives = 354/537 (65.92%), Query Frame = 0
Query: 1244 SAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEE-----THYCLDCNEKLHTEDDISTNDRL--SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHED----RSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMF 1769
            S ISNVSDSS   +   TSS           T+   AVDIERTDSGVG E+S++S +R      VP R    +            V     S  +G+ +     + +C DC ++L   D + T+  +  +  VC KC+K+R ERKE ITEI+ETE KYGRDL+II+EEF+RPML AGLL SEQL++IFLN EEL+  N    E LK A+E A + GDEDL TV++GK+FLES  ML AFE YCTRQGSAS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL + T     D    +  +K AQ  IE  LE MN EAKDV   K+W+R+  +   +  + I  Q +M N+++RKMA+++L W  +E +F LEG++L  QP + NW++  TVKL PV+A+L         ++  +   +FP+  G IK+A+LLLV+EK  R++L+R+PL LD+C+VCC+ D +D FEIQE  SKE+F+FK E+  +T  W +TLQ + QSLG WRKRR  L NIM 
Sbjct: 1284 SQISNVSDSSEECNIILTSSSE---------TSKVRAVDIERTDSGVGSESSQASSTR-----GVPRRWRAGN------------VSSGPGSLLSGIPQVISGDSKHCEDCEQRL---DPLITDSGVVYAPFVCRKCSKKRIERKEIITEIVETEQKYGRDLQIILEEFHRPMLRAGLLTSEQLTAIFLNVEELLEHNLVLAEKLKFAVEFAQESGDEDLLTVDVGKIFLESERMLHAFESYCTRQGSASLLLQNLEKEKELLRIFLKVSQMENTVLRRMNLNSFLMVPVQRVTKYPLLLARLLKATPSVRPDIQEAKERLKQAQANIELHLEHMNAEAKDVTSTKLWRRISIIQ--NGRRPIGEQ-DMVNIKLRKMAVEVLEWAHEEAKFVLEGRLLVAQPTDNNWRRGRTVKLAPVTAMLVTNGKPNAEDLEFNDDSLFPRHIG-IKEATLLLVKEKFGRYSLLREPLYLDKCIVCCETDLEDYFEIQELSSKETFIFKAEDGARTKRWCRTLQTHAQSLGAWRKRRGALPNIMI 1787          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: gb|KFM77960.1| (Myosin-M heavy chain, partial [Stegodyphus mimosarum])

HSP 1 Score: 454.136 bits (1167), Expect = 3.113e-130
Identity = 236/498 (47.39%), Postives = 333/498 (66.87%), Query Frame = 0
Query: 1281 VDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSM--IVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPS--PTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNE-PNWKKVWTVKLTPVSALLAVW---SSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            V++ER DSGVG ETSK + SR                     D EE+                  C DC+++L T     T+D ++   +VC KC K+RSERKE +TEI+ETE KYG+DL II EEF  PM VA LL  +QLS IFLN +ELI VN +F E LKDAI+IA + GDED TTVNIGK+FLE+ +ML+AFE YC RQGSAS+LLT LEKEKELLRIFL+VSQMEN++LRRMNLS+FLMVPVQRVTKYPLLL+RL++VT  +H+DR +++ AQ KIE  LEQ+N++ K +   KIW+R+  +S     P  +I   +++G++++RKMA+++L W++++IRF + GK+ ++   +    ++   +K TP  ALLA     ++   P+++   +++FP+ +G I+DA+LLL++EKN R++L RDPL L  CV+  + + +D  EIQE+ +KES   K E    T  W + L+++ + LG W++RR  L NIM +
Sbjct: 1332 VEVERADSGVGSETSKPTISR-----------------RRRPDVEEV------------------CADCDQQLET----GTSDEVNCCPLVCKKCDKKRSERKEIVTEIVETEFKYGKDLMIIKEEFKVPMEVASLLTKDQLSGIFLNLDELILVNGQFAEKLKDAIDIATEQGDEDYTTVNIGKIFLETTTMLRAFEVYCIRQGSASVLLTNLEKEKELLRIFLRVSQMENTLLRRMNLSAFLMVPVQRVTKYPLLLNRLYKVTPYHHKDREALREAQLKIELHLEQINQQTKGITGTKIWRRISNISAAHRRPANSI---SDIGSIQLRKMAMEVLEWSKEDIRFVMAGKLAFSGTIDFTKSRRGRAIKFTPSHALLATKGKPNNNYRPDLAQENSILFPRNTG-IQDATLLLMKEKNGRYSLARDPLHLGSCVISAEMEDEDIIEIQEYTTKESIFLKAECRSDTLEWLKQLRYHAKDLGTWKRRRNALANIMIN 1786          
BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Match: EAA11417.4 (AGAP006514-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 435.647 bits (1119), Expect = 3.003e-124
Identity = 261/576 (45.31%), Postives = 355/576 (61.63%), Query Frame = 0
Query: 1140 IYEEISDDTSNPSRPLPPI------PEKRDGSFFEGASKYEILRYLKNAKDRI-----GHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAV---WSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDP 1701
            IYEEI+D         PPI       ++   S FEGASKY+IL YL +AK+R      G   F+      ++  E       T +       S +S                 R+S +S +SDSS     D++ S   L   R       ++ +IER DSGVG ETSK+S+SR                   +             S  T +   H C DC+  + T+    +    + +VC KC K+R+ERKE ITEI+ETE KYGRDL+II+EEFY+PMLVAGLLN EQLS+IFLN EEL+  N+   E ++DA++IA + GD+DL TV+IGK+FLE+  ML AFE+YC RQG+AS+LL  LEKEKELLRIFL+VSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E +  +K +QEKIE  L  MN+EAKDV P K+W+R+   S+ SP + +  + +M N+++RKMA+D+L WN +E+RF +EG++L+TQPN+ NWKK  T+KLT ++ALL      ++    + + S+ L FP+ +G I++ASLLLVREK  R   VR P
Sbjct: 1193 IYEEINDIPPPLPLTAPPIDDVDLEKQRNARSIFEGASKYDILSYLVDAKERGIVQEDGSYGFQFG-GAGDIILEEEESEPITELRHHQRQISDIS----------------SRLSHLSGISDSSE----DTSLSAGTLSNGRSS----KASAEIERNDSGVGSETSKTSRSRW------------------QNPISTTTTSTTTSSLLTKITPIHLCEDCDGPVETQV-TESGVMYAPLVCRKCGKKRAERKEIITEIVETEEKYGRDLQIILEEFYQPMLVAGLLNQEQLSAIFLNVEELLENNQFLAERMRDALDIANEQGDDDLLTVSIGKIFLEAAPMLHAFENYCVRQGAASLLLANLEKEKELLRIFLRVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPAHLEGKELLKQSQEKIELHLNHMNREAKDV-PTKLWRRI---SSSSPGRRLSCELDMINIKLRKMAVDVLEWNHEEVRFAIEGRLLFTQPNDGNWKKSRTIKLTSINALLVTNGKPTASYKADRALSETLSFPRHTG-IREASLLLVREKGGRLRTVRRP 1719          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1058012986|gb|JAS10177.1| (hypothetical protein g.26187 [Clastoptera arizonana] >gi|1058023200|gb|JAS15262.1| hypothetical protein g.26193 [Clastoptera arizonana] >gi|1058054433|gb|JAS30878.1| hypothetical protein g.26189 [Clastoptera arizonana])

HSP 1 Score: 546.199 bits (1406), Expect = 8.380e-171
Identity = 303/654 (46.33%), Postives = 410/654 (62.69%), Query Frame = 0
Query: 1126 FDSSQQEDYPPSEHIYEEISDDTSNPSRPLPP--------IPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSS-EELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            FDS +       + IYEEISD+        PP        IP +   S FEGA+KY+IL YL+ AK+R       IE  ++++E  S + S  +++  SS                        RVS +SN SDSS  S     S+ +  +I         S  +IER DSGVG ETSKSS+SR     +   R                             ++ H C DC + + T+    +    + +VC KC+KRR+ER+E I+EI+ETE KYGRDLRII+EEFYRPMLVAGLL  EQLSSIFLN EEL+  N    E L+DA+EIA+D GDEDL TVNIG++F++S+ ML AFE YCTRQG+ASMLL  LEKEKELLRIFL+VSQMENS+LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  +H  R  ++ AQ KIE  LE MN  AKD+   K+W+R+  ++    +     + +M N+++RK+A+D+L WN DE+RF +EGK+L+TQP + NW++  T+KL+P++A+L       E       + L FP+++G I+DASLLL++EK+ R+ LVR+P  LDRC+VCC+ DW+D FE+QE  +K++F+FK E+ + T  WF+ LQ++ Q LG WRKRR  L NIM +
Sbjct:   83 FDSDENHYEVIRDPIYEEISDNPPPLPLSPPPANIEIDENIPTR---SIFEGATKYDILSYLEGAKER----GIAIESEDDSIELRSPNHSRISSLDLSS------------------------RVSHLSNASDSSEDSCNLMNSTDTSSII---SDKVRKSNAEIERNDSGVGSETSKSSRSRWQHLPASCIRA----------------------------DQQHSCEDCEQPVETQ-ITDSGLMFAPLVCRKCSKRRTERRELISEIVETEEKYGRDLRIILEEFYRPMLVAGLLTPEQLSSIFLNVEELLENNAVLAEKLRDALEIAIDQGDEDLLTVNIGRIFVDSVPMLHAFESYCTRQGAASMLLANLEKEKELLRIFLRVSQMENSVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPTHHIGREMLRDAQHKIELHLEHMNSMAKDITSVKLWRRISIINGRRSST----ENDMINIKLRKVAVDVLEWNHDEVRFAVEGKLLFTQPTDNNWRRGRTIKLSPINAMLVTLGKPTENYNPDSEEPLAFPRKNG-IRDASLLLLKEKSGRYGLVREPFFLDRCIVCCEADWEDYFEVQELATKDTFIFKAEDGEMTKRWFRQLQYHAQGLGAWRKRRSALANIMIN 668          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1048063273|ref|XP_017484551.1| (PREDICTED: myosin-M heavy chain-like [Rhagoletis zephyria])

HSP 1 Score: 536.569 bits (1381), Expect = 1.232e-167
Identity = 305/650 (46.92%), Postives = 405/650 (62.31%), Query Frame = 0
Query: 1140 IYEEISDDTSNPSRPLPPIPE-----KRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQ-----NHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTAL-----NSAVDIERTDSGVGXETSKSSKSRI-SATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVW---SSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            IYEEI+D         PPI +     K   S FEGASKY+IL YL +AK+R         + E   +Y  +  +       +  T S            +GKR       + R S +S+ S+ + S     +   S  +   G  T L      +A DIER DSGVG ETSKSS+S+  +   +V ++ L+ +                           H C DC+  + T+    +  R + +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLL  EQLS+IFLN EEL+  N+   E ++DA++IAL+ GD+DL TVNIGK+FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EGK+LYTQP + NWKK  T+KLTPV+ALL      S+    E   S  L FP+ +G I++ASLL+++EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +
Sbjct:   37 IYEEINDVPPPLPLSAPPINDADMEKKAARSIFEGASKYDILSYLVDAKERG-------VVREEAFDYPVNCSNPIIIEEEAGDTLSE-----------LGKRQALRDFSSSRASVLSDSSEDAQSVMSSLSPPTSNFICGNGGQTGLMQRNKGTASDIERNDSGVGSETSKSSRSKYQNPLPTVNAQLLLDNP-------------------------IHLCEDCDGPVETQV-TDSGIRFAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLTQEQLSAIFLNTEELLENNQTLAERMRDALDIALEQGDDDLLTVNIGKIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPAHLEGRDQLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDILEWNHDEVRFAMEGKLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYKAEKVMSDKLNFPKHTG-IREASLLVMKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMIN 637          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1058159238|gb|JAS83267.1| (hypothetical protein g.21444, partial [Homalodisca liturata])

HSP 1 Score: 538.11 bits (1385), Expect = 4.483e-165
Identity = 307/663 (46.30%), Postives = 411/663 (61.99%), Query Frame = 0
Query: 1126 FDSSQQEDYPPSEHIYEEISDDTSNPSRPLP--------PIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTA-------LNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSM--IVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSS-EELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            FDS +       + IYEEISD         P         IP +   S FEGASKY+IL YL+ AK+R       +E SE++ E  S   S  +++  SS                        R+S +SN SDSS  S           LI+    TA         S+V+IER DSGVG ETSK S+SR      +P+                                 H C DC++ + T+    T+  L    +VC KCAKRR+ER+E ITEI+ETE KYGRDL+II+EEFYRPMLVAGLL+ EQLS+IFLN EEL+  N    E L+DA+EIA D GDEDL TVNIG +FL+++ ML AFE YCTRQG+AS+LL  LEKEKELLRIFL+VSQMENS+LRRMNL+SFLMVPVQRVTKYPLLL+RL+RVT  + + R ++++AQ KIE  LE +N  AKD++  K+W+R+  ++    +   D    M N+++RK+A+D+L WN DE+RF +EGK+LYTQP + NW++  T+KL+PV+A+L       E  +    + L FP+++G I+DA+LLLVREK+ R+ L+R+PL LDRC++C + D +D FE+QE  +K++++FK E+ DQT  WF+ LQ++ Q LG WRKRR  L NIM +
Sbjct:  298 FDSDENHYEIIRDPIYEEISDTPPPLPLSPPPTTVDINDSIPTR---SIFEGASKYDILNYLETAKER----GIVVE-SEDDSEVRSPEHSRISSLDLSS------------------------RISQLSNASDSSEDSCN---------LIISPTDTASITSDKVRKSSVEIERNDSGVGSETSKCSRSRWQ---HLPA------------------------------SHQHGCEDCDQPVETQ---VTDSGLMFAPLVCRKCAKRRAERREIITEIVETEEKYGRDLKIILEEFYRPMLVAGLLSPEQLSAIFLNVEELLENNAALAEKLRDALEIATDQGDEDLLTVNIGSIFLDAVPMLHAFESYCTRQGAASLLLANLEKEKELLRIFLRVSQMENSVLRRMNLNSFLMVPVQRVTKYPLLLARLYRVTPGHLKSREALRMAQTKIELHLEHINSLAKDISTTKLWRRISIINGRRSSSETD----MINIKLRKVAVDVLEWNHDEVRFAMEGKLLYTQPTDNNWRRGRTIKLSPVNAMLVTLGKPTEDYQPDSDEILAFPRKNG-IRDATLLLVREKSGRYGLLREPLFLDRCIICSEADVEDYFEVQELATKDTYLFKAEDGDQTKRWFRQLQYHAQGLGAWRKRRNALANIMIN 878          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|16768248|gb|AAL28343.1| (GH26207p [Drosophila melanogaster])

HSP 1 Score: 520.39 bits (1339), Expect = 2.342e-162
Identity = 288/618 (46.60%), Postives = 388/618 (62.78%), Query Frame = 0
Query: 1165 SFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNS--SSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSM-IVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVW---SSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSS 1776
            S FEGASKY+IL YL +AK+R    +   +   N    E  +  T + +    +                 +R+++   S++S++S   ++    G   SSGS                D+ER DSGVG ETSK+S+S+  AT +V                                   H C DC+  +  E  +  N  L   +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLL  EQLS+IFLN E+L+  N+   E ++DA++++L+ GD+DL TVNIG++FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EG++LYTQP + NWKK  T+KLTPV+ALL      S+    E + S+ L FP+ +G I++ASLLLV+EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +     S
Sbjct:   53 SIFEGASKYDILSYLVDAKERGLAREESFDYGNNPKIIEEEAADTLSDLDKRQAEER--------------ERDRDSGQSSMSSLSPPPHNFICGGAGKSSGS----------------DVERQDSGVGSETSKTSRSKYQATPTV----------------------------------LHLCEDCDGAV--EMQVGDNGILYAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLTQEQLSAIFLNTEDLLENNQTLAERMRDALDMSLEQGDDDLLTVNIGRIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPSHLEGRELLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDVLEWNHDEVRFAMEGRLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYRAEKAMSEKLNFPKHTG-IREASLLLVKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMINGMLARS 599          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|646694918|gb|KDR08167.1| (Myosin-M heavy chain [Zootermopsis nevadensis])

HSP 1 Score: 541.576 bits (1394), Expect = 1.032e-161
Identity = 292/615 (47.48%), Postives = 398/615 (64.72%), Query Frame = 0
Query: 1165 SFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKR-------NQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWS--SEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            S FEGASKY+IL YL  AK+R G    E+        Y S SV+    +        G    +  GGG   KR       + + RVS +SN SDSS  S   + S+  +  +      A  S+ +IER DSGVG ETSKSS+SR       P+ +++       ED++                  H C DC++ + T+    +    + +VC KC K+R+ERKE I EI+ETE KYGRDL+II+EEFYRPMLVAGLL  EQL++IFLN EEL+  N    E L+D +EIAL+ GDEDL TVNIGKLFLE+  ML AFE YC RQG+AS+LL  LEKEKELLRIFL+VSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RLH+VT  +HE R  ++ +Q KIE  LE MN EAKD++  K+W+R+  M+    +   D    M ++++RKMALD+L WN DE+RF +EGK+L+T P + NW+K  T+KL  ++ALL      +E+        AL FP+++G +++A+LLL++EK  R+  +R+PL LD+C+VC + DW+D FE+QE  SK++F+FK E+ D+T +W++ LQ++ Q +G WR+RR  L NIM +
Sbjct:  724 SIFEGASKYDILNYLVGAKER-GIVPEEM--------YYSGSVNGDEVV----GIIDGKQIQDEDGGGQSHKRMTSLDLGDLSSRVSHLSNASDSSEDSCNLTISNIGD--VPSSPNKARKSSAEIERNDSGVGSETSKSSRSRWLHCG--PAGSIL-------EDQQ------------------HLCEDCDQPVETQV-TDSGVMFAPLVCRKCGKKRAERKEIIAEIVETEEKYGRDLQIIMEEFYRPMLVAGLLTPEQLAAIFLNVEELLEHNAALAEKLRDNMEIALEQGDEDLLTVNIGKLFLEASPMLHAFESYCIRQGAASLLLANLEKEKELLRIFLRVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLHKVTPAHHESREHLRQSQHKIELHLEHMNSEAKDISTTKLWRRISIMNGRRSSSETD----MLSIKLRKMALDILEWNHDEVRFAMEGKLLFTNPADSNWRKGRTIKLNTINALLVTNGKPTEDYRPDPSEDALTFPRKTG-VREATLLLLKEKCGRYAQLREPLYLDKCIVCAESDWEDYFEVQELASKDTFIFKAEDVDRTKLWYRQLQYHAQGMGAWRRRRNALANIMIN 1290          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|170057446|ref|XP_001864486.1| (conserved hypothetical protein [Culex quinquefasciatus] >gi|167876884|gb|EDS40267.1| conserved hypothetical protein [Culex quinquefasciatus])

HSP 1 Score: 540.036 bits (1390), Expect = 1.119e-161
Identity = 310/649 (47.77%), Postives = 420/649 (64.71%), Query Frame = 0
Query: 1140 IYEEISDDTSNPSRPLPPIP-----EKRDG-SFFEGASKYEILRYLKNAKDR-IGHSD-FEIEL-SENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRI---SATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRL-SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPT-KTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSSEELPEISPSKA----LIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            IYEEISD         PPI      EKR+  S FEGASKY+IL YL +AK+R I   + +  +  + +++  E       T +       S +S                 R+S ISN+SDSS  +S          LI      A   A +IER DSGVG ETSK+S+S+    SAT+S+  +                            +   H C DC+  + T+  I+ +  + + +VC KC K+R+ERKE ITEI+ETE KYGRDL+II+EEFY+PMLVAGLL+ +QLS+IFLN EEL+  N+   E ++DA++IA + GDEDL TV+ G++FLE+  ML AFE YC RQG+AS+LL  LEKEKELLRIFL+VSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL +VT  + E R  +K AQEKIE  L  MN+EAKDV P K+W+R+   S+ SP  + +  + +M N+++RKMA+D+L WN +E+RF +EG++L+TQPN+ NWKK  T+KLT ++ALL V + +  P   P +A    L FP+ +G I++ASLLLVREKN R+TL+R+PL LDRC+VC + DW+D FE+QE +SKESF+FK E+  +T  W+  LQ+++Q +G WRKRR  L NIM +
Sbjct:  653 IYEEISDIPPPLPLTAPPIVDDLDREKRNARSIFEGASKYDILSYLVDAKERGIAQEEAYNFQFGNASDIILEEEEDENITDLRHHQRQISDISS----------------RLSHISNISDSSEDTSS---------LI------AQRKASEIERNDSGVGSETSKTSRSKWQNPSATSSLLDK----------------------------ISPIHLCEDCDGPVETQ--ITESGVMYAPLVCRKCGKKRAERKEIITEIVETEEKYGRDLQIILEEFYQPMLVAGLLSQDQLSAIFLNVEELLENNQFLAERMRDALDIANEQGDEDLLTVSAGRIFLEAAPMLHAFESYCVRQGAASLLLANLEKEKELLRIFLRVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLFKVTPAHLEGRELLKQAQEKIELHLNHMNREAKDV-PTKLWRRI---SSGSPAGRRLSCELDMINIKLRKMAIDVLEWNTEEVRFAIEGRLLFTQPNDGNWKKSRTIKLTSINALL-VTNGKPSPSYKPDRASTELLNFPRHTG-IREASLLLVREKNGRYTLLREPLYLDRCIVCTENDWEDYFELQEILSKESFIFKAEDGTKTKQWYSQLQYHSQGMGTWRKRRNALANIMIN 1234          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|968086182|ref|XP_002062544.2| (uncharacterized protein Dwil_GK16599 [Drosophila willistoni] >gi|946580793|gb|EDW73530.2| uncharacterized protein Dwil_GK16599 [Drosophila willistoni])

HSP 1 Score: 527.709 bits (1358), Expect = 3.946e-160
Identity = 294/648 (45.37%), Postives = 392/648 (60.49%), Query Frame = 0
Query: 1140 IYEEISDDTSNPSRP--------LPPIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVW---SSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSS 1776
            IYEEI +                L  + +K   S FEGASKY+IL YL +AK+R    +   + S N    E  +  T + +   +S     S  N                  ++++S   ++     ++ GS                D+ER DSGVG ETSKSS+S+  AT +V                                   H C DC+  + T+    T    + +VC KC K+R ERKE ITEI+ETE KYGRDL+II+EEF  PMLVAGLLN EQLS+IFLN E+L+  N    + ++DA++IAL+ GD+DL TVNIG++FL+   ML AFE YC RQ  AS+LL  LEKEKELLRIFLKVSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL +VT  + + R  +K AQEKIE  L  +N+EAKDV P K+W+R+   S+ SP +    + +M N+++RKMA+D+L WN DE+RF +EGK+LYTQP + NWKK  T+KLTPV+ALL      S+    E + S  L FP+ +G I++ASLL+V+EK  R+TL+R+PL LDRCVVC + DWDD FE+QE  SK++F+FK E+  +T  W+  LQ++ Q +G WRKRR  L NIM +     S
Sbjct:  404 IYEEIHEKPPPLPLTAPPLNEDELTTMEKKCTRSIFEGASKYDILSYLVDAKERGLAREESFDYSNNPKIIEEEATDTLSELDKRASPLEDGSQFN------------------LNSLSPPPHTFICGKSNGGSS---------------DVERQDSGVGSETSKSSRSKYQATPAV----------------------------------LHLCEDCDGPVETQMS-ETGVLFAPLVCRKCGKKRVERKEIITEIVETEEKYGRDLQIILEEFCHPMLVAGLLNQEQLSAIFLNTEDLLENNHLLADRMRDALDIALEQGDDDLLTVNIGRIFLDFTQMLHAFESYCVRQAGASLLLANLEKEKELLRIFLKVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLFKVTPSHLDGRELLKQAQEKIELHLNHINQEAKDV-PTKLWRRI---SSSSPNRRASCEIDMINIKLRKMAIDILEWNHDEVRFAMEGKLLYTQPTDSNWKKARTIKLTPVNALLVTNGKPSANYRAEKAMSDKLNFPKHTG-IREASLLMVKEKCGRYTLIREPLYLDRCVVCSEADWDDYFEVQEISSKDTFIFKAEDGVRTKQWYTQLQYHAQGMGAWRKRRNALANIMINGMLARS 978          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1058066665|gb|JAS36994.1| (hypothetical protein g.26195 [Clastoptera arizonana])

HSP 1 Score: 548.895 bits (1413), Expect = 8.716e-160
Identity = 303/654 (46.33%), Postives = 410/654 (62.69%), Query Frame = 0
Query: 1126 FDSSQQEDYPPSEHIYEEISDDTSNPSRPLPP--------IPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSS-EELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            FDS +       + IYEEISD+        PP        IP +   S FEGA+KY+IL YL+ AK+R       IE  ++++E  S + S  +++  SS                        RVS +SN SDSS  S     S+ +  +I         S  +IER DSGVG ETSKSS+SR     +   R                             ++ H C DC + + T+    +    + +VC KC+KRR+ER+E I+EI+ETE KYGRDLRII+EEFYRPMLVAGLL  EQLSSIFLN EEL+  N    E L+DA+EIA+D GDEDL TVNIG++F++S+ ML AFE YCTRQG+ASMLL  LEKEKELLRIFL+VSQMENS+LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  +H  R  ++ AQ KIE  LE MN  AKD+   K+W+R+  ++     +    + +M N+++RK+A+D+L WN DE+RF +EGK+L+TQP + NW++  T+KL+P++A+L       E       + L FP+++G I+DASLLL++EK+ R+ LVR+P  LDRC+VCC+ DW+D FE+QE  +K++F+FK E+ + T  WF+ LQ++ Q LG WRKRR  L NIM +
Sbjct: 1275 FDSDENHYEVIRDPIYEEISDNPPPLPLSPPPANIEIDENIPTR---SIFEGATKYDILSYLEGAKER----GIAIESEDDSIELRSPNHSRISSLDLSS------------------------RVSHLSNASDSSEDSCNLMNSTDTSSII---SDKVRKSNAEIERNDSGVGSETSKSSRSRWQHLPASCIRA----------------------------DQQHSCEDCEQPVETQ-ITDSGLMFAPLVCRKCSKRRTERRELISEIVETEEKYGRDLRIILEEFYRPMLVAGLLTPEQLSSIFLNVEELLENNAVLAEKLRDALEIAIDQGDEDLLTVNIGRIFVDSVPMLHAFESYCTRQGAASMLLANLEKEKELLRIFLRVSQMENSVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPTHHIGREMLRDAQHKIELHLEHMNSMAKDITSVKLWRRISIIN----GRRSSTENDMINIKLRKVAVDVLEWNHDEVRFAVEGKLLFTQPTDNNWRRGRTIKLSPINAMLVTLGKPTENYNPDSEEPLAFPRKNG-IRDASLLLLKEKSGRYGLVREPFFLDRCIVCCEADWEDYFEVQELATKDTFIFKAEDGEMTKRWFRQLQYHAQGLGAWRKRRSALANIMIN 1860          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1058082002|gb|JAS44662.1| (hypothetical protein g.39250, partial [Cuerna arida])

HSP 1 Score: 543.117 bits (1398), Expect = 2.094e-159
Identity = 306/661 (46.29%), Postives = 410/661 (62.03%), Query Frame = 0
Query: 1126 FDSSQQEDYPPSEHIYEEISDDTSNPSRPLP--------PIPEKRDGSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTA-------LNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVWSS-EELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            FDS +       + IYEEISD         P         IP +   S FEGASKY+IL YL+ AK+R       +E SE++ E  S   S  +++  SS                        R+S +SN SDSS  S           LI+    TA         S+V+IER DSGVG ETSK S+SR      +P+                                 H C DC++ + T+    +    + +VC KCAKRR+ER+E ITEI+ETE KYGRDL+II+EEFYRPMLVAGLL+ EQLS+IFLN EEL+  N    E L+DA+EIA D GDEDL TVNIG +FL+++ ML AFE YCTRQG+AS+LL  LEKEKELLRIFL+VSQMENS+LRRMNL+SFLMVPVQRVTKYPLLL+RL+RVT  + + R ++++AQ KIE  LE +N  AKD++  K+W+R+  ++    +   D    M N+++RK+A+D+L WN DE+RF +EGK+LYTQP + NW++  T+KLTPV+A+L       E  +    + L FP+++G I+DA+LLLVREK+ R+ L+R+PL LDRC++C + D +D FE+QE  +K++++FK E+ DQT  WF+ LQ++ Q LG WRKRR  L NIM +
Sbjct: 1032 FDSDENHYEIIRDPIYEEISDTPPPLPLSPPPTTVDINDSIPTR---SIFEGASKYDILNYLETAKER----GIVVE-SEDDSEVRSPEHSRISSLDLSS------------------------RISQLSNASDSSEDSCN---------LIISPTDTASITSDKVRKSSVEIERNDSGVGSETSKCSRSRWQ---HLPA------------------------------SHQHGCEDCDQPVETQV-TDSGLMFAPLVCRKCAKRRAERREIITEIVETEEKYGRDLKIILEEFYRPMLVAGLLSPEQLSAIFLNVEELLENNAALAEKLRDALEIATDQGDEDLLTVNIGSIFLDAVPMLHAFESYCTRQGAASLLLANLEKEKELLRIFLRVSQMENSVLRRMNLNSFLMVPVQRVTKYPLLLARLYRVTPGHLKSREALRMAQTKIELHLEHINSLAKDISTTKLWRRISIINGRRSSSETD----MINIKLRKVAVDVLEWNHDEVRFAMEGKLLYTQPTDNNWRRGRTIKLTPVNAMLVTLGKPTEHYQPDSDEILAFPRKNG-IRDATLLLVREKSGRYGLLREPLYLDRCIICSEADVEDYFEVQELATKDTYLFKAEDGDQTKRWFRQLQYHAQGLGAWRKRRNALANIMIN 1612          
BLAST of EMLSAG00000008705 vs. nr
Match: gi|1121146925|ref|XP_019560461.1| (PREDICTED: uncharacterized protein LOC109429079 [Aedes albopictus])

HSP 1 Score: 549.28 bits (1414), Expect = 2.191e-159
Identity = 310/648 (47.84%), Postives = 419/648 (64.66%), Query Frame = 0
Query: 1137 SEHIYEEISDDTSNPSRPLPPIP-----EKRDG-SFFEGASKYEILRYLKNAKDR-IGHSD-FEIELS-ENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRGCTTALNSAVDIERTDSGVGXETSKSSKSRISATASVPSRTLVTSEDEEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRL-SMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSP-TKTIDIQAEMGNVRIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWKKVWTVKLTPVSALLAVW---SSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFD 1770
            S+ IYEEISD         PP+      EKR+  S FEGASKY+IL YL +AK+R I   + +  +    +++  E       T +       S +S                 R+S ISN+SDSS  +S            L     A   A +IER DSGVG ETSK+S+S+       PS +L+                         +   H C DC+  + T+  I+ +  + + +VC KC K+R+ERKE ITEI+ETE KYGRDL+II+EEFY+PMLVAGLLN +QLS+IFLN EEL+  N+   E ++DA++IA + GDEDL TVN+GK+FLE+  ML AFE YC RQG AS+LL  LEKEKELLRIFL+VSQMEN++LRRMNL+SFLMVPVQRVTKYPLLL+RL++VT  + E +  +K AQEKIE  L  MN+EAKDV P K+W+R+   S+ +P  + +  + +M N+++RKMA+D+L WN +E+RF +EG++L+TQPN+ NWKK  T+KLT ++ALL      SS   P+ + S+ L FP+ +G I++ASLLLVREKN R+TL+R+PL LDRCVVC + DW+D FE+QE +SKESF+FK E+  +T  W+  LQ+++Q +G WRKRR  L NIM +
Sbjct: 1357 SDPIYEEISDIPPPLPLTAPPMVDDIDREKRNARSIFEGASKYDILSYLVDAKERGIAQEEAYSFQFGNASDIILEEEEDENITDLRHHQRQISDISS----------------RLSHISNISDSSEDTS------------LLSANLAQRKASEIERNDSGVGSETSKTSRSKWQN----PSSSLMDK-----------------------ISPIHLCEDCDGPVETQ--ITESGVMYAPLVCRKCGKKRAERKEIITEIVETEEKYGRDLQIILEEFYQPMLVAGLLNQDQLSAIFLNVEELLENNQFLAERMRDALDIATEQGDEDLLTVNVGKVFLEAAPMLHAFESYCVRQGGASLLLANLEKEKELLRIFLRVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLARLYKVTPTHLEGKEQLKQAQEKIELHLNHMNREAKDV-PTKLWRRI---SSSNPGGRRLSCELDMINIKLRKMAIDVLEWNTEEVRFAIEGRLLFTQPNDGNWKKSRTIKLTSINALLVTNGKPSSSYKPDRASSELLNFPRHTG-IREASLLLVREKNGRYTLLREPLYLDRCVVCTENDWEDYFEVQEILSKESFIFKAEDGTKTKQWYSQLQYHSQGMGTWRKRRNALANIMIN 1942          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold25_size650667-snap-gene-4.14 (protein:Tk06708 transcript:maker-scaffold25_size650667-snap-gene-4.14-mRNA-1 annotation:"myosin-m heavy chain-like")

HSP 1 Score: 643.269 bits (1658), Expect = 0.000e+0
Identity = 370/692 (53.47%), Postives = 471/692 (68.06%), Query Frame = 0
Query: 1127 DSSQQEDYPPSEHIYEEI---SDDTSNPSRPLPPIPE-------------KRD--GSFFEGASKYEILRYLKNAKDRIGHSDFEIELSENNLEYESSSVSTATTMTGSSSTTSGVSGGNNSGGGFIGKRNQNHRVSAISNVSDSSNSSSGDSTSSGSELLILRG-CTTALNSAVDIERTDSGVGXETSKSSK----SRISATASVPSRTLVTSED--EEEEDEEELEVEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVNPNKIWKRLPKMSTPSPTKTIDIQAEMGNV------RIRKMALDLLGWNRDEIRFPLEGKMLYTQPNEPNWK-KVWTVKLTPVSALLAVWSSEELPEISPSKALIFPQESGTIKDASLLLVREKNSRFTLVRDPLPLDRCVVCCDPDWDDCFEIQEFVSKESFVFKGEEPDQTSIWFQTLQFYTQSLGGWRKRRKGLGNIMFDPNFPSSQTTISSSDSN 1786
            ++  ++  P S+HIYEEI   S+      RPLPPIPE             K++  GS FEGASKYEIL YL++AKDRIGH DFEI++ E     E S +   T                    GF+GKRN  HRVS ISN S SS SS   S  S  E L+LRG     L ++V +ER DSGVG E S   K    SR +   +   R   + +D     ED   L+V E+  S          C DC+  L   DD   +DR+S  VC  C KRR+ERKE ITEIIETE+KYGRDLRII+EEFYRPMLVAGLL S+QL+ IFLN EELI VN  FT  LK AI+ +L+  DEDL  VN GK+FL++L ML+A+E YCTRQ +AS LL TLEKE+ELL+IFLKVSQ+ENS LRRMNLSSFLMVPVQRVTKYPLLLSRL +VT  +H+DR++IK A+EKIE +LEQMNK+AKD+N +K+W+RLP  S+ SP+K      ++ N       +++++A ++L W+ ++  FPLEG + + QP+E  WK  V T K T VS +L V +SE+LPEI+ SK LIFP ++ +IKDASL+L ++KNS+  L R+PLPL+RC+VCC+PDW+D FEIQEFV+KE+FVFKGE+P+ T +WF+TLQFYTQ LGGWRKRRKGLGNIM DPN+  SQTT ++ +++
Sbjct:  970 EAGSRQSSPLSDHIYEEIPERSESLQPLQRPLPPIPELSSLTAAKTSAEDKKNPGGSIFEGASKYEILHYLRDAKDRIGHRDFEIDIEEK----EESVLDPIT--------------------GFLGKRNHTHRVSGISNSSSSSGSSVESSIGSSCETLMLRGPAERLLGTSVGVERNDSGVGSEASCERKPSFESRRAFVRANYHRKCRSQDDILLLSEDGIGLDVSEQHASTR--------CFDCDILLEVLDDKLAHDRVSGRVCGNCTKRRTERKEIITEIIETEVKYGRDLRIILEEFYRPMLVAGLLTSDQLAGIFLNTEELIQVNSCFTGMLKTAIDTSLEQNDEDLCCVNAGKIFLDALFMLRAYESYCTRQATASNLLATLEKERELLKIFLKVSQLENSTLRRMNLSSFLMVPVQRVTKYPLLLSRLLKVTPTHHKDRNTIKHAKEKIEAALEQMNKDAKDINSSKLWRRLPLKSSSSPSKKSVSNLDLSNADEVESEKMQRLATEVLSWSSEDSHFPLEGSLHFFQPSESTWKDSVGTTKFTLVSGVLVVQASEDLPEITDSKELIFPSDTTSIKDASLVLFKDKNSKPNLFREPLPLERCIVCCEPDWEDFFEIQEFVNKETFVFKGEDPESTKMWFKTLQFYTQCLGGWRKRRKGLGNIMVDPNYAPSQTTGAAGETD 1629          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1595_size34508-snap-gene-0.8 (protein:Tk09498 transcript:maker-scaffold1595_size34508-snap-gene-0.8-mRNA-1 annotation:"dynamin-binding protein")

HSP 1 Score: 79.7221 bits (195), Expect = 8.400e-15
Identity = 68/256 (26.56%), Postives = 118/256 (46.09%), Query Frame = 0
Query: 1329 VEEEDFSKETGMEETHYCLDCNEKLHTEDDISTNDRLSMIVCSKCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSS-------IFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKA-FEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMN--KEAKDV 1574
             +EE   +E  MEE+    +  E   ++ +   +D L      K  K + +R   I E+I+TE ++ R+L++  + F       GL   E L S       +F N  ++  V+E+F +TL+D ++           T  +G+ FL+    +K  +  YC     A  +L   E+  E+  +  K  +   + +   N+ S L+ PVQR+ KYPL+L+ L + T  +H DR  +  A   + E    +N  K  KD+
Sbjct: 1210 ADEELMLEEDAMEESRQQAE-QESRRSQMEAQKSDALKRKKEEKIQKNKEQRANVIGELIQTEREFCRNLKLTWQAF-------GLDTPEILESRGIDVNVLFGNIGDVTEVSEKFLKTLEDQVKAQASSP----ATQMVGRCFLQHAEHMKVVYTEYCVHNDKAEQVLERYEQVAEVQSVLQKGVEALQAQVSCFNIGSILIKPVQRILKYPLILNELIKCTENDHLDRPDLLKAATLMGEVASFINESKRRKDI 1453          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold235_size242898-snap-gene-0.10 (protein:Tk06553 transcript:maker-scaffold235_size242898-snap-gene-0.10-mRNA-1 annotation:"protein tag-52")

HSP 1 Score: 67.3958 bits (163), Expect = 3.371e-11
Identity = 47/194 (24.23%), Postives = 92/194 (47.42%), Query Frame = 0
Query: 1380 RKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKD 1573
            R   + E++++E  Y R L +I E F  P+ V   L+     ++F +   +I VN+    +L             + +T  IG++FLE    LK +  Y     S + L+     +    R F  +++ E+    ++ L++ L+ PVQR+ +Y +LL  + + T   H D++ ++ A  +I+     +N + +D
Sbjct:   62 RARAVGELLQSEKSYLRHLEMIREHFMDPLQVKSWLSQADFVTVFGDIPAIIQVNKELLNSL-------------ERSTDKIGQVFLELAPYLKFYSTYAQEFQSGAKLVEKYCDKSRPFRQF--IAEQESRPEVQLKLNALLITPVQRIPRYKMLLEDVIKNTPDCHPDKAHLQSALAQIDAVAWHINDQLRD 240          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold194_size270518-snap-gene-1.24 (protein:Tk00341 transcript:maker-scaffold194_size270518-snap-gene-1.24-mRNA-1 annotation:"protein still isoform sif type 1")

HSP 1 Score: 66.6254 bits (161), Expect = 6.516e-11
Identity = 42/159 (26.42%), Postives = 79/159 (49.69%), Query Frame = 0
Query: 1381 KETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEI-----ALDHGDEDLTTV-NIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYP 1533
            ++ I E+++TE  Y R L  ++  +  P+   G L+S ++SS+F N +E+ +  ++F  TL++AIE+      LD   +  + + +I   FL  ++  K +  +C     A   L   E  + L      ++  +        L S+L+ P+QR+ KYP
Sbjct:  538 RKVICELVDTEHTYVRHLGFLMNTYLEPLKDEGFLSSSEISSLFGNIQEIYTFQQQFLRTLEEAIEVEPQFHQLDSPPQFKSVLFSIANAFLYYVNHFKLYSSFCASHSKAQKALHPNEGNQALQEFLHSLNPRQQ---HSTALESYLIKPIQRILKYP 693          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold82_size396747-snap-gene-0.21 (protein:Tk06816 transcript:maker-scaffold82_size396747-snap-gene-0.21-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_52830")

HSP 1 Score: 59.6918 bits (143), Expect = 1.037e-8
Identity = 49/211 (23.22%), Postives = 97/211 (45.97%), Query Frame = 0
Query: 1372 KCAKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGLLN----SEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESL------SMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVT-LVNHEDRSSIKLAQEKIEESLEQMNKEA 1571
            K  KR ++R++ I E+  TE  + R+L+++   F RP++     N     E + S+F N  ++++ + +  + +KD ++       +     NIG +  E         +++    +   Q      L    +  + L +FL   Q      RR+ L + L +  QRV KYPLLL +L + + + + +++  +   QE+    LE ++K  
Sbjct:  757 KLGKRETQRQDVINELFNTEKSHVRNLKVLERLFNRPLVEESSHNVGLPKEFVESLFPNLPDVLAWHNKCNQKMKDKVK------RQGYPVGNIGDILSEMFDGENGDKLIEVSSTFTKNQKFTIEELKDRRRTNQRLEVFLN-KQENQRECRRLQLQALLPMEHQRVVKYPLLLEKLVKNSEICDEKEQKILHNCQERARFILECIDKHV 960          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold192_size271026-snap-gene-1.25 (protein:Tk07206 transcript:maker-scaffold192_size271026-snap-gene-1.25-mRNA-1 annotation:"ras-specific guanine nucleotide-releasing factor 1-like")

HSP 1 Score: 59.3066 bits (142), Expect = 1.361e-8
Identity = 47/206 (22.82%), Postives = 97/206 (47.09%), Query Frame = 0
Query: 1374 AKRRSERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAGL-----LNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDV 1574
            A+   +R   +  ++E E +Y   L I++  F RP  +A        N E ++SIFLN+E ++ +++ F + L   +E         +   ++G LF   L ML  ++ Y         +LT  ++  +   +  ++ +      R  +L +FL  P+ ++ +Y + L  L   T  +H ++ S++ A+ ++E+   QM+ E  + 
Sbjct:  321 AESMRKRNCLVFRMVEAEEEYVEQLEILISCFLRPFKMAASSKNPPCNHEDINSIFLNSETVLFLHQIFLKGLTARME----SWPTLVLGTSLGDLFDMLLPMLSIYQEYVRNHHYCLQVLTECKQIPQFGTLLHRLEKKPACKGR--SLETFLTYPMHQIPRYIITLHELLAHTPPDHVEKKSLEHARIQLEDLSRQMHDEVSET 520          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold787_size97196-snap-gene-0.12 (protein:Tk03352 transcript:maker-scaffold787_size97196-snap-gene-0.12-mRNA-1 annotation:"rho guanine nucleotide exchange factor 10")

HSP 1 Score: 57.7658 bits (138), Expect = 3.794e-8
Identity = 48/201 (23.88%), Postives = 98/201 (48.76%), Query Frame = 0
Query: 1379 ERKETITEIIETEIKYGRDLRIIVEEFYRPMLVAG--LLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKE---KELLRIFLKVSQMENSMLRRMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDV 1574
            +R+  +  ++ +E  Y   L+ +V ++ +P+  +   +L+  ++ ++F    E++  +  F   L +AI+    + D D     IG +F+ S S     E Y     + ++ +   ++E   K  L  FLKV Q+  +   R++    ++ PVQR  ++ LLL  L + T   H DR +++LA   +E   E +N+  ++ 
Sbjct:  184 KRRHIVASLVHSENNYVATLQRLVNDYKKPLEESHPPILSQPKVQTLFHKVPEILQCHLLFRIALSEAIK----NWDTD---EKIGDVFVASFSKAVVLEIYSDFINNFTIAMDCAKQESKRKSALADFLKVKQI--TAHDRVSFFGLMVKPVQRFPQFILLLQDLLKETPPGHPDRMALQLALTTLESLAEMLNERKREA 375          
BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold182_size278544-snap-gene-1.30 (protein:Tk04811 transcript:maker-scaffold182_size278544-snap-gene-1.30-mRNA-1 annotation:"GG16755")

HSP 1 Score: 56.9954 bits (136), Expect = 6.219e-8
Identity = 52/212 (24.53%), Postives = 94/212 (44.34%), Query Frame = 0
Query: 1380 RKETITEIIETEIKYGRDLRIIVEEFYRPM-------LVAGLLNSEQLSSIFLNAEELISVNERFTETLKDAIEIALDHGDEDLTTVNIGKLFLESLSMLKAFEHYCTRQGSASMLLTTLEKEKELLRIFLKVSQMENSMLR---------RMNLSSFLMVPVQRVTKYPLLLSRLHRVTLVNHEDRSSIKLAQEKIEESLEQMNKEAKDVN 1575
            R   + E+   E  Y   L+ +V ++YRP+       +++ +L  +    IF    E++  +E F  +LK  +E    H D   T   IG  FLE  S     + Y       +  +  +++  E +RI  +     +  L+         R++L+  L  P QR+ +Y LL+ RL   T  +H D S ++ A+ +I E   +++   K+ N
Sbjct:  201 RTLIVKELHNVEKSYVESLQFLVVKYYRPLKNHDRHQIISSVLADD----IFFQIPEILYHHESFLNSLKHRLE----HWDPKQT---IGDWFLECFSKKPVIDTY-------TAFIRNVKRADEAIRIARQTKPAFDRFLQDMRRERRGERLSLADLLAKPHQRIPRYRLLIQRLLEHTETDHADFSLLRRAEREIHELALKISSIQKETN 394          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000008705 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-4.340e-15152.52symbol:RhoGEF64C "Rho guanine nucleotide exchange ... [more]
-2.264e-10541.70symbol:LOC424241 "Uncharacterized protein" species... [more]
-2.067e-9537.87symbol:si:dkey-91i10.2 "si:dkey-91i10.2" species:7... [more]
-8.306e-2335.90symbol:ITSN2 "Uncharacterized protein" species:961... [more]
-4.587e-2234.87symbol:Itsn2 "Protein Itsn2" species:10116 "Rattus... [more]
-4.587e-2234.87symbol:Itsn2 "intersectin 2" species:10116 "Rattus... [more]
-4.605e-2235.90symbol:ITSN2 "Uncharacterized protein" species:982... [more]
-5.216e-2234.87symbol:Itsn2 "Protein Itsn2" species:10116 "Rattus... [more]
-5.269e-2233.05symbol:itsn2a "intersectin 2a" species:7955 "Danio... [more]
-5.314e-2234.36symbol:ITSN2 "Uncharacterized protein" species:903... [more]

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BLAST of EMLSAG00000008705 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592885164|gb|GAXK01073211.1|1.521e-12739.36TSA: Calanus finmarchicus comp149365_c1_seq2 trans... [more]
gi|592885165|gb|GAXK01073210.1|6.907e-12739.36TSA: Calanus finmarchicus comp149365_c1_seq1 trans... [more]
gi|592847232|gb|GAXK01110312.1|2.094e-10451.19TSA: Calanus finmarchicus comp220181_c0_seq1 trans... [more]
gi|592765911|gb|GAXK01188657.1|6.902e-926.70TSA: Calanus finmarchicus comp326285_c0_seq1 trans... [more]
gi|592816971|gb|GAXK01137597.1|1.113e-723.24TSA: Calanus finmarchicus comp165153_c0_seq22 tran... [more]
gi|592816973|gb|GAXK01137595.1|1.114e-723.24TSA: Calanus finmarchicus comp165153_c0_seq20 tran... [more]
gi|592816974|gb|GAXK01137594.1|1.114e-723.24TSA: Calanus finmarchicus comp165153_c0_seq19 tran... [more]
gi|592816975|gb|GAXK01137593.1|1.115e-723.24TSA: Calanus finmarchicus comp165153_c0_seq18 tran... [more]
gi|592816976|gb|GAXK01137592.1|1.123e-723.24TSA: Calanus finmarchicus comp165153_c0_seq17 tran... [more]
gi|592816978|gb|GAXK01137590.1|1.124e-723.24TSA: Calanus finmarchicus comp165153_c0_seq15 tran... [more]

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BLAST of EMLSAG00000008705 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 6
Match NameE-valueIdentityDescription
EMLSAP000000087050.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s53:53461:... [more]
EMLSAP000000124286.855e-1425.37pep:novel supercontig:LSalAtl2s:LSalAtl2s90:953772... [more]
EMLSAP000000002868.413e-927.78pep:novel supercontig:LSalAtl2s:LSalAtl2s1042:6101... [more]
EMLSAP000000057921.264e-821.95pep:novel supercontig:LSalAtl2s:LSalAtl2s311:36848... [more]
EMLSAP000000038449.750e-827.09pep:novel supercontig:LSalAtl2s:LSalAtl2s208:38676... [more]
EMLSAP000000083381.560e-723.00pep:novel supercontig:LSalAtl2s:LSalAtl2s509:23719... [more]
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BLAST of EMLSAG00000008705 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|294862505|sp|Q9NZM3.3|ITSN2_HUMAN1.001e-2134.87RecName: Full=Intersectin-2; AltName: Full=SH3 dom... [more]
gi|294862445|sp|Q9Z0R6.2|ITSN2_MOUSE1.562e-1933.16RecName: Full=Intersectin-2; AltName: Full=EH doma... [more]
gi|116242596|sp|Q15811.3|ITSN1_HUMAN3.898e-1929.13RecName: Full=Intersectin-1; AltName: Full=SH3 dom... [more]
gi|74849435|sp|Q9TW28.1|MYOM_DICDI1.316e-1834.65RecName: Full=Myosin-M heavy chain; AltName: Full=... [more]
gi|408360155|sp|Q9Z0R4.2|ITSN1_MOUSE4.522e-1828.22RecName: Full=Intersectin-1; AltName: Full=EH and ... [more]
gi|74850441|sp|Q54B37.1|GXCJ_DICDI8.804e-1630.81RecName: Full=RhoGEF domain-containing protein gxc... [more]
gi|74752049|sp|Q96N96.1|SPT13_HUMAN4.642e-1530.00RecName: Full=Spermatogenesis-associated protein 1... [more]
gi|126253807|sp|Q5DU57.2|SPT13_MOUSE1.865e-1329.51RecName: Full=Spermatogenesis-associated protein 1... [more]
gi|52782763|sp|Q9Z206.2|ARHG8_MOUSE5.132e-1329.73RecName: Full=Neuroepithelial cell-transforming ge... [more]
gi|115305910|sp|Q45FX5.1|VAV_CAEEL9.243e-1327.01RecName: Full=Protein vav-1[more]

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BLAST of EMLSAG00000008705 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB14740.12.554e-16045.43Rho/RAC guanine nucleotide exchange factor, putati... [more]
gb|EFA00879.2|2.899e-15747.04hypothetical protein TcasGA2_TC003783 [Tribolium c... [more]
AGB94120.12.895e-15252.52Rho guanine nucleotide exchange factor at 64C, iso... [more]
AAF47940.22.895e-15252.52Rho guanine nucleotide exchange factor at 64C, iso... [more]
gb|KFM59876.1|1.476e-15044.60Myosin-M heavy chain, partial [Stegodyphus mimosar... [more]
XP_006571744.15.753e-14150.28PREDICTED: uncharacterized protein LOC412354 isofo... [more]
XP_016770882.17.068e-14050.28PREDICTED: uncharacterized protein LOC412354 isofo... [more]
XP_006571742.17.068e-14050.28PREDICTED: uncharacterized protein LOC412354 isofo... [more]
gb|KFM77960.1|3.113e-13047.39Myosin-M heavy chain, partial [Stegodyphus mimosar... [more]
EAA11417.43.003e-12445.31AGAP006514-PA [Anopheles gambiae str. PEST][more]

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BLAST of EMLSAG00000008705 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1058012986|gb|JAS10177.1|8.380e-17146.33hypothetical protein g.26187 [Clastoptera arizonan... [more]
gi|1048063273|ref|XP_017484551.1|1.232e-16746.92PREDICTED: myosin-M heavy chain-like [Rhagoletis z... [more]
gi|1058159238|gb|JAS83267.1|4.483e-16546.30hypothetical protein g.21444, partial [Homalodisca... [more]
gi|16768248|gb|AAL28343.1|2.342e-16246.60GH26207p [Drosophila melanogaster][more]
gi|646694918|gb|KDR08167.1|1.032e-16147.48Myosin-M heavy chain [Zootermopsis nevadensis][more]
gi|170057446|ref|XP_001864486.1|1.119e-16147.77conserved hypothetical protein [Culex quinquefasci... [more]
gi|968086182|ref|XP_002062544.2|3.946e-16045.37uncharacterized protein Dwil_GK16599 [Drosophila w... [more]
gi|1058066665|gb|JAS36994.1|8.716e-16046.33hypothetical protein g.26195 [Clastoptera arizonan... [more]
gi|1058082002|gb|JAS44662.1|2.094e-15946.29hypothetical protein g.39250, partial [Cuerna arid... [more]
gi|1121146925|ref|XP_019560461.1|2.191e-15947.84PREDICTED: uncharacterized protein LOC109429079 [A... [more]

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BLAST of EMLSAG00000008705 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 8
Match NameE-valueIdentityDescription
maker-scaffold25_size650667-snap-gene-4.140.000e+053.47protein:Tk06708 transcript:maker-scaffold25_size65... [more]
maker-scaffold1595_size34508-snap-gene-0.88.400e-1526.56protein:Tk09498 transcript:maker-scaffold1595_size... [more]
maker-scaffold235_size242898-snap-gene-0.103.371e-1124.23protein:Tk06553 transcript:maker-scaffold235_size2... [more]
maker-scaffold194_size270518-snap-gene-1.246.516e-1126.42protein:Tk00341 transcript:maker-scaffold194_size2... [more]
maker-scaffold82_size396747-snap-gene-0.211.037e-823.22protein:Tk06816 transcript:maker-scaffold82_size39... [more]
maker-scaffold192_size271026-snap-gene-1.251.361e-822.82protein:Tk07206 transcript:maker-scaffold192_size2... [more]
maker-scaffold787_size97196-snap-gene-0.123.794e-823.88protein:Tk03352 transcript:maker-scaffold787_size9... [more]
maker-scaffold182_size278544-snap-gene-1.306.219e-824.53protein:Tk04811 transcript:maker-scaffold182_size2... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s53supercontigLSalAtl2s53:53461..189644 -
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-LSalAtl2s53-augustus-gene-2.8
Biotypeprotein_coding
EvidenceIEA
NoteIntersectin-2
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000008705 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000008705EMLSAT00000008705-704552Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s53:53461..189644-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000008705-691471 ID=EMLSAG00000008705-691471|Name=EMLSAG00000008705|organism=Lepeophtheirus salmonis|type=gene|length=136184bp|location=Sequence derived from alignment at LSalAtl2s53:53461..189644- (Lepeophtheirus salmonis)
ATGATTAAGGTAAGAATATTACGACTCTCAGTTATTCATACATACAGAAT CTGTGATGGAGAGGGAATCAAGGAAGTCTTTGTAAACGTGAACAAAAATA GGTTTATGCATCATCGTCTCTTCCTTGTTAATGAACCATTTTGTATCCAA GCATATAAATCTATTTGCTTATGATAAAAAGAAAATGCTTACTCTTTTAA ATATTCGGCAGATATCTTTTTTTTTTTTTCTATTWTTTAGATAAAAATAT ATTAAAATGAATTACTCTACAGAGAGATCCCCTTTTGGTAATCTCCCCTT AAGTTCTTTGCATGATTCATACTTCTATTGTAAGAATGAAGCCCCAAAGC AACTATAAAATGTCTTAATTTTTGAATTTGAAGTACATTCAGTGGGCGAT CAGTATTGATGGTGAAGAATAGGCAAGTTTTTTTTCATATTGGAAGGGGG TTGGGGATATCTCTAATATTCGTTATTAAAACTTCATAAATAAATATATA CTTTTTTATGTCAAAGTGAGCTCCTTATAATTTAATTAATTTCCCTTTTA ATATTAAATAAATGTTTAATTTTTTTGTGTACTGCGACGAATGTGATATT CGGCATTTGATACCGTTCAMCCGCCTAAAAAGTTGTATTCAATTTGGTAA CTATAGAGTAACCATTCCTTTGTTTACTTGTAGGGCCTTTACCATCTTTT AACACTAAGAAATTCAGTCTTTATTAGACACCAAATATTTTTGAAGTGTT TAGATTGTATGATTATACAAAAAGACTTTACAACTATTTTTTACTCTTAT AATCCTCCTATGAAGAAATATCAATCTTGTAGGAAAACACATTCTTGTTT GTAAATTAAAGCTATTGATCATGATTTTAAGCTCCTTTAAGTGGTTTGCA AATAAATTTAAATATACGTACAATAGGAGTAATTTCTGTGATTCCATCAT TCATGCATCGGTTTCTCGTCAACATATTCATTCCAATCATTTTTAAAATT ATGATTCATAAATCAGAAATTACTTTTCAAAAACCTAGTTTTGATGAAGA AGAAGATGTAAGTATAGTGGTCGTTCAACCAAGACTATAATTAACTGTCC AATGCTCTTCCGGTTTTTCGTGGATGAATTGACATCCTACCATCGATTAT TTCCCCCTATCAACCCATGCTATTAAACGAAAATATAATGAAAAGGAAAA AATCCCAATTTATTTTCTTTTATTGACATATTTGTGTGAGGAATAAGCCT TGTATTCAAATTTTTAGGATGAGTTAAGATTCTCAAGAATATGAGCTATA GCATAATTTTTTTTTTAAGATACTTTTTTCGGCTTTTTGACCTTTCAAAT AAAATCGATCTATTTATCCTTTTTTTTTATTGTGACAATCTATGAGAGGT ACTTTAAGTGCAATTTATGACACACCCAAGGGGTCAATAACAATAACTGA TGTATATAAATTGACGCTAATTTGTAGAAGAATACAAATCACTCAACTTT TACAAAAATCATTCTAGTCTGGTTATGTGTTGACAGACTAAATTAACTCT TATTCATCGTTATTGACATCAGTATAAAGATAACATAGTCATGAAAGAGC AAGACAGAAATAAATAACCTTCAAACGCTGACTTTTTTATTAATATTATT ACTGATATTCATTTCAAGGTAATCTTAATATAATTGTGTGTGTGCTTTTG AGATTCTAACATCAACAATAGCAACATCCAATTTTAATAATCTTTGAATC TAATAAAAAAATAATTAAAACATTTCAAACACCTGCATAAAAAATTGTAT ATTCATTTTATTATTAATGAGAATATTATTTGGGGGGGGGGGATATAAAG ATCTGTGAGCCTGATAAAAAGATGTTAGCTTTTTTCTTCAAACGGCAATT TTTAATTTTGTAGGCCATTGTTATTATATGTATGTTATATCAACATTCAA TTGCCATGATTTAAAAAAGGTTACTCAAATCTTCCAAAATGTACCAAGGG AAAAATTGATTTTGCAAATACTTAGAACATATTCTATATATATTCCATCT TTTAAAAAGTTGAAATTCTTTCCATTCCTWAAATNAAATATAATTTATCA GTAGATCATAAAATCCAAAATATTTATTAAAAAAAAACTCATTTTGGAGA AGATTTGGTAAGTGTTTGAAGGAAATGGGTACACAAAAGTTTGTTAATTA AAATAACCTTTTAAAAATGAGAGAAAAACAATGTTTTTGGGACAGAAAGA TTGTATTTTAATCTATTTATAAATAGGCTTATAAAGGTGTTGTACGAATT GCAATTAGTATACAATAGGATAACGTCATATTCATTATGAGACACACTAG TCGTTTTAATTACTAACGAATAAGTGGGGCTATCATCTCATCTTGATCTA TTAATGTCATTTTATAAATCATATATTCATACTAATGATGAAACTGTGTC ATCTTAAAATTCCAAATGGACTATATTTTTTTCAATAAATATAAATATCA TGCGTCCAACACATGAATATTAAGTTTTCCAACAGACACATTTATATATT TAAGGTTTTTAAAGAAAAACTAGAAGTTGATTATTAATTTTCTAGACTTT TTCAGCATTAGTCTATATAAAAATCCAGCAAGGATCTACATTAAACAATT TCAAATTTTACTTTTTGCGTCAAACTTATTCAAATGGATACTATTCCCAT TTTATAAAGTGGGAGTGGTCTAAATGTACTTGTGACTCTGTTTTTGGACC TGAGGTATGTTTATCTCCAGTGCCATATAGCTTGAATATTAAGGTTTTTC AAAAAAGGCTGTAAAGTGGGGGATATTATGTCCTTGTTTTCATTATAGGC TTACAGATAGCATTAAAAGTGATACAGGGTGTTGTGTTAGTCCTTATTTA TTTGGTTCAGTCCAGTACACCCTTAGGACTGGTTCTTAAGACTGTCGGGG TTTCASCCAGCCAATAGTAGAACTGATTAAAAAAGAGTAAAAAAAGTTGA GTGACGTCATCAATGACCAAACTTTATAAGTTTTTAAGACTCATATTATG TCTACACTGGACCAGACCGAGACTAAACTGGAAAGGACTGTTTTTAAAGA TTTTTTCGAATACGATTTTGATATTTGTTACAATTCTAACTAATATGTAG CATTTTGCAAAACGTCAAGAATAAAGGCTATAGAATCAGGCATAGTCAAA GCACAAAATCTAAGTAACGGGTATATTGAGGTAGTTTATATCTAGGGAAA TATGAATAGTAGTAGTTGATATATTGATATTTCATACAAAATATCAATAT ATGTACATATCTATAAGTATATAGAAGATACTAAACGAAAGACGGGAGGC CCATGTTGCCTTTCTTATGCAAATACCTATGTATGTATACAATATATTTA TACATACATCATTGATGCTCCATAAAGTGAAATCAAAATAGAAATTCCTG TTTAACTGACTCTACCTTCCTTTTTTCCYCCCTCAGTCTAACTTTGATAT CRAAGCCATAATAATAAACCCCTCAGCTGACAAATTTGTACGGAAAAAAA ATACAAATTTCGGACTCTTATGCAATTTTAATTTTGTTTTGTTCCATGTT GAGGGTACACACTACACATGGAGTAAAAAGTGAAAAGGTTTCTTCTTCCT CTCCTCTAATCACTTCATCATTTCCTTCCTCAAAAAGGAAAAAGAAAGAA ACCCATTGTTTTGATTATTGAAGCGTATGTACGCAAGAGTCTGTATGGAG TAGTAGTAGAAAATGACTCTGCTTACAAAATTAGCAGCTGTAAGATTTGT ATTAGAAGTTATAACTATGAGGAATAAGAAGAAAAACACAAACGGTAAAA ATAAATAGAAAATTTCAGGCCGTTGCTTTGCTTATTCGAGGGCCCGGCAC TTTCTATTTCAGTAAAGAAGAAGAAGTCTACTTCTTCAATAAAAAAAAAA AAGGAAGAAAAACTCAAGTAAATTTTTTTTTTTCCTGTCAATAATTATGA GTATTATTCCCTAAAAACAATGATTTTTCTTCAATATATAGAATAATATT TCATTTTATTCTATATTATTATTTCTTATAAATATAGCTGCTTGAATACA ATTACCTCAATTGTCAGAGCATGTCTTTGAATATTGATATGTTCCATCTA TGTATCTAGGTACCCCAAACACACATCGATCAGTAATATGTAGAAAATAC TTGCTTGCAATCACTTTCAAATCCTTGCATCATCCACGAATGACAATTTT TTTTCTTACTTTTGGAATATTTAAAATAAATATAAATGATTTATATACAA ATAATCGCCTTAAAGTGTACTCCTAGTATATAAATAAATAGTATCTCTTT TGTAAGTCGTGAGAGGAAAAAGGCAAGGGAATGAGAAACTATTGGAAGGA AGTGAAATAATGTAAAATAGCATAAACACAGTGCGGATTGAATAAATAAA CAAACAGCATGAGATTTGGAAATCAGTTTATAAACAAATAAATTTGAATA AAATAAAAGTCATTTATCATTACATATTATTGCTTCATATGCTCGTTTAC AGCCATTGTCAGAGAGGGCTACGGAGTTCATGTCTTCTCACAGGAATGGT TATTTAATTGGGCGGCAATGGTTAAAGGTTGCAAAATTTAAGAAAATTGA CTTTTTTGATATAAAAGCCATGAAAAAGAATGGACCAAACAATTTCATTT ATAGAAGTAAATAAACATTGTTTTTTTTTCATAAATAACACATCATTTTA TACAAAAGCTCCCTGATAAAATAAAATACATATTTTTTTCTTTAAAAAGT CGTTACTTCAAATTAAAAACAAGAAAGAAAGAAAAGTAAACAAAATATAA CTCAAAAGAAGATTTGACCTTATTTTTTTTTTTTTTTTAAATACTACTTT AGTAATTTTAGACCTAAAGACGCATATATTTACAAATGTATTCTCCTCTG AAAATATTGCCACTTGCCCGCAACTCTGAGTGTCTATTGAATAAGTCTCA AATGAATCTATTTTTAGGCATTAATAGTAATAATATTTTAGATTTATTCA CGCTAAAACATATGTTTTTCCATTTTACAAAAAAAAAAAAATAGATAAGA AACAAACAAACCGGTTTTTTTTTTTGGGTTGTTGCTCCCCCTTTTTTGTA GAGCTTCAAAGGAAGAAAAAAAAAACTTGGATGCAAAAGACATAACTATT AGTACATATATTTAATGGTAACATGATTTAAATAAATTTAAGGTGTGCTA CTATCAATACGAGCCGAATGCATTATCCTCTTTATTAATAAATACCCACT ACACCCGTAGCAACTACTTTTTCTTTCAAAAAGATAATGATTCATTCAAA ATTCGATCGTACTCTTCTCAAGTATACATTAATTTTCACAGCACGTAGTC AACACCTGAGGGTACATTTAAATACCCTTTTTTTTGTATTAAAGTGTCAA TGAAAAAGCGTACTGTTATAGCTGTGATCATTACTACTTCTTCGTTTTCT TTTCTAAACTATGGTCTACCATCCATTTCGTTAAAAAAAATACATGTTGC CTGTCAACACAAAAGCAAGCTAAAATGTGTTTTCTTATAACTATATTGTA TATTCTTGGATAAATTATCCTCCATTTCTATCAACAAATTATTCTTATTA ATCATTTGGGTGTGCCGAAAATTGTACTTAAAGTAAGTAGCAAAAACCAT TGTCACAATGTAAATATAATTATAAATGATAGATTTTGAATATTTGAAAG GCCATATCGGAGTCATATTAGGTCTCATAAATACAATGAAAGTTTCTAAA GTATTGTTGATACTTTTAGGTATCTTAAATCATCCTTATAGTTTGAATAG AAGGCCTATAACTGACCTACATTTGCCTTTGAAATATTGTGATGTATATT ATATATGATTTAAAATATTTTGGATTTTGCTTGATTTTGTTCTAAATTAT TTTTATAATAACTCATCTCATGTAATGATGAAGGAACTCCAGAAAGACTT GTACAATTTCTAGGCTCTTCACAGTTGGCTAAAATCATATATAATGCTCC AATTAGGGTTTAGAAGTTTATTTACTTATTTTTTTTCAAAGCAACACTGC TAATTACTAATATTTTGAAATTAATGTCTGAAATCTTCTCAAAAGTATGA ATAGAACGCTAATAATTGGCCGAAATATGTTTCTATAATATTGTATATAA AATGTATTTTTTCTTCATTTGGCTTCAAGATTGTTTTGTGTCAACTCACT GCAGATAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNATTGTTGTTGAATATGGGGTTTCCTTATGCGTATACT CTTATGCATATATATTGATTTGATCTAAATGATGTTTTCCCCTTATATGT AAGTAAGTCAATCATCCTCTCTGTTTAGCATTATTTCTGGTTCTTCTTTT TGAGGGGGAAGGGCGGGAATGCTGAGTGGGAAGGGGGAAGGGGGGGGGGG AGAAAATTGAAATTTATTCAAAATATGGATACAATCTTTTAAATCTACAT AACTATGTAGTTACTTATATAAGTTGTTTGTGCTTTAAACATTAGAGCTT TGTTTTTAAGAATATTCTCTTTGTGACAGATTCATTTCCATATTTGTATA TACACCTGAGTTAGTCATACTATGTAACTAGATACTTTTACAGAGTGGGA CACCTAAAAATTGTAGAAGAATTTAATGCCGACTTTATTCCCGTTATTTT TAACTACAATGTTGCAATTACGCAATCCAAGGAATGCTGCAACAAAAATA AACAAGTCTTTAAGAGTAAAAATGTCGGAGGAACAACTTAAAAGGCAGCA CGTCAGCAATTTTACCACACCGAGATCAGTATCGAAAAAGATGCAAGCCC CATACAGCTAAAAAAAACCAAAACCTCCACTGCAGCAATATGGCTGRCGK CTGGNTTTCTTCTATGTGATCCTCATACATCCTGACCTCAAACCCAGGGC ATTGCAGTTTAGAGCGTCGTGGAAAATATGTCTGCCGCACCTCTCATCCC AATTTGGATTTGCTCCAAGCTGACATCGAGACAGCGTGGTACACTATGAA CACTGCCCTCATCCTCAAAAGTTGCCAGTTAAACGGAGTGTCAAGGCGGK TCTTGCTTCTGACGGAAGGGCATATTGAATAGAAAATAGTATTTAAACTT ATTAGAAATTTTCAATCAAATTGGTCTTTCTTGATTCCATAAAAATCTTG TTTTTGCAATTAAGTCATGCTACTGCAAGTTTTGGATCCACGCTCAGTAC ATATAGAGATGAAAGAACAGTATGAAGTATAAAATTAATCTAACAAATGC TAGAAAAAAGGCTTACATAATCTACGCTCTACCAGAATTTTATCTGCACT TACAAAAGAACATACATTATTCGTCAAATAATAAATTAAGTGCATACACC ATAGTTAAGGATCATGCAATTTAAAAGAAACAGACATATTTTAATTTAAA GTTGAGTAGATCAATAATAATTAATACATCTATTTGCAAAATGACCTGGA GTAATTATTTACACCAATAAAAATGCAATCTAATCCCAATTTTATTGTTA CATGTATCCTTTGTCAACCATGACATAGCCGCTCACAGTAATTTTGACGG GTAACGGGGAATGAGAGTTCGGTTCTGAAGAGGGAGCCTAAGAAACCTTT ACCACTTCCAGGTAAGCAGCAGACAAGCTAAAAAATGTTAATACTAGTAC CTACTATAGTCGCAGGGTTCATTTGACTGAACTCGAAACCCAAAAATCAT GTAGGTTAGAACTTGATCTCAAATTCAAAGATTCAAATAAACAAATGTCT CTGAATTTTTTTTCTAAATCAACAACTCACGAATTTACAATGAATTGGTG TTAATAAAACATGACACAAAAGCTGAAAGTCCTTGGTTTAATTAGTCCAT CATTTTTGAAGTACACAATGATGTCTGTCTGGGCATTTTTAATACTTTCT TAAAAACCCAAATATCATTTTGGTACCCTATATATCACAATAATCCCTTC TGTATTTGACAAATCCATAAGTTATATGTTATTCATCCTCAAAGAAAACT GCTTCTATAAAAAATAATGATTGACCTTGGTATTTATCATTCTTAGGATT GGTTCAGCCCACATTTACGTAGGGAATATATATCTATAAGTATTTGAAAT TAACATTCAATTTTGATAAACGTATTTATATAAGCTTACTTTAATTATAT TTCTGAATAGATTTATTTTAAAAGTCTGCTTTCAAACCCCTAGAGATTTG AATGGATAGATCCATTCAAATCTATATAGAAATTGTTCAAATTAATGTGG CTTAAATAAAATATTTTAGAGGAGGATATAAATACCTACCCAAAGATGAA TTACCAATCTAATCAATAGTACTACCTACTTGAAAATATGTTTAGTAAAA CGTTGTTGTCATGCATAGTTGAACATTTATGATGTTTTTTTTGTTTTTTA CCATGATTTGTATAAAAAATTCCCAGGATTTGAAATCTTCTTATATGTAA AAGGTCTTGATGTTGATAGAGAAAAATATTAAATCGATGTTTTATATACT TTTTAATGGCCTTTGAACAAATAATAATGAAAAGTAGCTTTAAAAAGACT TTATATGTAGGGTGCGAAAGAAAAAAATTCCGGTCAGCAAAAGCAAAACA GGTTTTACAATTTTGTCCTCAGGTTAGTTGGTCCATATCTTGAAGATGAT GGCATGTAAGTCATCCACATTAAGGCGTGGGTTGTATTTTTGATGCCCTC GATGGCACCTCACCAAAACTAAACAAGAAAGATTCAAGTCGGAAGATGAC ASCGGCCATATTTCGTTGGGTCAGAAATCAAAAAAGTTTTGGGCACAAAA ATCCACTTTATACAGTTTGTAACGTCCATTTGCCAAGGTTCTTGGCATAC TGGATATTGTGGACGGKCCAGACATTGACCCGACCATAACAATAATGTCT TTTTGGGCTATACGTGAGTCTTTTTTCTTCCTCTTCACCCATTTGATGGC AGATGTAAAACAAAAACTGTATGAAAACAATGCCTATGTATGACGCAATC ACACGATTAAAAAAATCCCGAAAAATGCAATAAAATACGATTATCCACCG GGAAATTTTTATCCTGAACTTTGTATATGATTTGATTTCTGTACAAAATG CGATACCATTAGGGAAAAAAATGGCCCATCACACACTCATTTAAAAAAAA AGACAATTGCAAAATACCGGTTTTTATCATCTTCAGGTTATTCACCATTT TTATGTGTGTTTCCTTTCAAGTCGTTCACATGCAGGTAGTTTGTAAACTT TTTTTTTTTTGTTGTGTGTCTTTTACATGATCAATTTATTTATCTAAACA TATACCCTACATATAATATAATACATATTTAGAGCACCACGTTATTATAA AAATTAAAGGAAATTCCTTTCTCTCAGACGTCTAMAAAATGATTTTTMCA GCCGCAGACATATGAGTCAACTACAGTTAGCCATAGTATGGATGTAAACA CAAAGGGACCTCATAGTGAGGACATGCTTTATTTATTCATATTTGAAGAA AGGGAGTTACTCTAATAATTCCTTTATTCACCTTGTTCTTAGACCACCAG TGACGCTGAGGCTTTATCCCTCTCCCTCCTCATTTGTAGAGTGATGTAAC CTATTTTTTTTATCTGACCTAGTTTTGAGGTTATATATGGGTTCAAAGTA TGTATATATTAGCATATTTTTTTGCAAACGACAAAAGAAACAATGAACAA ATTTGTAGCATACCTCCTTTCTTCATTATAATCTAGGTATAATATACCTT TTGCAAACCCACTGCAAATATTATTTACAGTAGAAAATGAGCGCTCAACT TACATAGTAACAAAAAGTTAGAAAAAAAACGAAAGTATGTTTTTTACTTA TAAAAGCCTTCATACTTATTACAATTGGTTTATCTAGAACAGCTGTTTGC CTTTTTTTCTTATTTGCAGATTACATCTCCCTCAATTAATATGTTTTTTA ACTTATTCCCAATAAAACCACCAGGTATTTTGTTTGAAATCATTCACTAA ATGAGTAAATACGAAGACTTAAGGAGGCCTGAGGTAAAGCACCTGTGTGA TTCCAACCCATAAATGTATCTATCCTTAAAACGTCCTAAATTGTTAGGAA TGATAACATATATTGGAATTAATAACTATATATTGATGTTACGTCATATA GTTATTTAGTAGCTGATTAAATATATCTTGAGAGGATAAATATTCTAGTG GGAGGKCGAATTGATTAAAAATCTACAAAGCAAGTTGTATATTTTTAAAT CATAAAATTTCATACCTATCATATTTGATACCTTATTTTTTGGTGTTAAC TGAAGAAAATTCTTCAATTTTTAAAAAGAAAAATTACCTAACACATTCAG TCAGTCTTTGATTTTGACCGATTTTCATATAAATAAACGTTATTTTTCTT TAAAATGGAGCCAGATTTTTATTTCCATAAATAGTAGTGGTCGTTATAGG CATAATATTTTTTTTTTATCAAATCATTTAACATTAAAAAACATAGAAAG ATATTTAAATGAATAAAAATCTTTAATCAATGAAAGGATGTGAATCTCGA ATTTTTTTGCTTCTGATGAAAATATATATCATTTTTCATTCATAAACAAC AAATATATGGAGCTGCCTAGCTTGATGTTCCTTATAAGTGTTACCTGTTT TTCAACAGCCTCTTGGTTTAATTACTTAGATCCATTTATTTTTCAAATTA TTTCTAAGAAAAAAATGGAAGAATAAAGTAGGTACCTCCTACGAAACGAC CATTGACTATTTATGTAGATCCAACCCTTTTTATTTATATACATTTTTTT TAAATAGAGTTTCACTTTCAAAATATGCTATATATATAAAACTATGTAAT AGCCTGAAATATTTAATATGGAAAAGAAAATTTTGATGATGTTCTTTACA AAATATTCCTACTCAAAGTATATTATTATTTTGATAATATGTAGCATAAG TTATAAGAATTTTTCTTTGCAGTAATAAAAAAATATACATGTAAAATATA TATATATATATAACAATACTACTTCAATTGATATTTAAAAAAAAATAAAG CATAACAAGGCTTCTAAGTTTGTTTTGAATAGAGACAGTTCAACAAAATG TATGCCCATATTTGTTATATATAAAGTATAAATTAAATATGCACAATATT TAACGGTAAAAAATCACATAACACAAATTACTTAATGGCTTATTATTTGG TGTAGCAAATGTTCATGTATTTTTATAAACAATTTTTATATTTAAGTCAA TGCAATTTAAGAAAAACAACACCAGGTGGCCTTTATCGTTACATACATAC ATAGCAATTTATGAATAAGCTCCGTTGGATTGCAAAGTTATACACATTCT GTTAAAATTGTGTGACTTAAACTGTATTTTTATATAATTAAATTAATTAA CAGATACTGAATACAAGTACGGTCTACATACCAGGATTTTCATTAAAAAA ATGTGTACTGATATTAATACTTTATGAGGCTTCAATTAAACCTATTGTAA AGTTCCAAACTTGTTTGTAAAATTCAGTATATCASCTGCCAATGCTGCGC ATTTTGAAATAAAACCAAATAATTCAACATCATGAAAGAAGATAGAATTG AAATGGGGACTATACATTAGGCCGGCTAGTTCACTAATGTGTTTCACCCC TGAAAACGGCTGAGGGATGCTGAAAACATCAATGCCCGACCCCAAAGTGG TAGAMCAGCCAATTTAAAATCCAAGGACGTGGAAGCTGGTTACGGTGGTA AGTTTCTAAGACATATAGAAATGCCTTTTCCAACACAAAAACTGCAAGGG CGTTATAGGCACCTTCTGAATAGCTTGTAGTACAATGGTGAAGGAATTCT CATCTTCTCTGATGAGAAGAATTTCACTGTCAATCCAGTGAACCCTAAGC AGGGGATTATCAAAGAGGCCGACGATGACCTCAGGAAGGACTACCAAGCA CATATGGTCAAGCAAATATTTGAATGGGAATATCTCAAAGACTGACCCGG AGTTGCAGAGCAATCAAGTTACGATCCAAGGACGTACCTTCAATGCCAAT TCAAGAATGAAGATGACGACTTTTTACAAGAAGAAGAAATTGTCAGTACC CACAATGTCCAGGGTCGTAAAAAAGGCTGGTGATAAGTCTCTTATGAATA TGGAAAGGCCTCTTCTAACTCAACAACTGCAAGAAGCCCACTGCAGCGTT ATAAGGACCTTCTGAACAGTTTGAAGAACAATTGTGGACGAGTTCTCATC TTCTCTGATGAGAGGACCTTCACTGTCGATACCCGCCATCTATGATGATG TCAGGAGTAAATAATTTATTATTTTGATGAAATCAATGATGATAAATATT TTGGCATCATCTTTGATTTTTTTTCCATCTCTATATNTAATAATATCAAT GAAAGGTTATATTTTGTAAGTAGGTATATATTAAGTTTATAATATATAAT CAGAATTAGTTCCTACATTTCCCCACTATTATGAAATGTTTGCAGAAATA TTTAAGATCTTTTAATTACATATTATTAAAATTACGTTAATTATTCTCAA ATTATATGGCTTAGAAAATATTTAAAGAATATATGTATGTAAGTTGACGT CTCTCTCTCTAAATAAAAATACTGACAATTACTGAGTCTCAATATTGTAC AGACTGTTCTCCAAATTGTTTTTTTGTTTTTTTCATATGTGTAAAAAACA ATTTTCCTAATGAATATAATTTTGCAATGTCTGTTAGTCTGACAAAGTAG AACTTTTTTTCTTTCTACTGTGTCTTCAATATATTGTATTTTCTTCAATT GTGGTAAAATCTTAAGTAATCTACTTACATAGAAATTGCATGAAATTTGA CATCACGATGTGTGTGTGAGTTTCTTTCTTGATTAACAGCCATGTGATGA ACCATTGTTTCAACCCCCTCCTACCATACAAAGAGTGGTGTATTATTAGG GAAAGTGGTTCTGGGATCACGTTATACCATTTACTCATTTGATGGACATT AAAAAATTATTTTGAGGAAATTTAATTTGTGGTTTCCTTTGGTATGATGG GATGCAGTGAACTCTTATATTATGTATGATAATAAAAAATTCTATTGAGG AGACATCATTGGTTTGTTTTGTTTTTTTTTCACTTTTTGAAAGGCAAAAA AAATAATAACGAGATTTTATATCCATGATAAATAATATTTCTAGAGTCAT GTTTCATTTTGACATCACATGTACATACTTGGAAGAAATGATATATCAAT AACTTGTTTCTTAAAAATGGTGTTTGTGTTGCTCTATAACAAATTGCAAA GAACTCAAATAATCAATACAGTGTATAACAACAAAATCTGGTGCTTTTGA TCCCTCTACTTTAAAAAGACATAAAATGGTCATTTTTAAGATTTAGTCAA AAACATACCCTGACCTGCAGATACCATCTTTGAAAAAAAATTACTCAATT TAGCCTCCCTTTGTCTCAATAACACCCTCTTTTCGGGTCCTGAACCGTGT GCAGGCGAAAAAACAAGAGCCGGATCTAAATTTTAGTACTCCAGGATGAT GGTGTCGATAAGGAATCTTGGTAGTGTGAGAATATCTGTTCACCATTGAC TCAAGGTAGCTTCAAACAAAATTATCAATCAGATTCAAGTAGAAGAAGCT AGGAGGTCAAATATTCTTGGACACCCAGTCGTAGTGGTGGKTCCTTGAGT AAATCCTGGGTCGTTTTGGAGCGGTGAGAGCGGGCAGAGTTCTGTTTTAG GCCCATAAACGGCCTCCGGGTACCTCCTTGATCCCTGGGAGTAATATTCA GATCGTTATTTACCAAAACCATCACAACAGCGCACCTGGGCGATTCCTCA GAAAGTGTAATAGGCTTGAAATCATCTGGCTATGACTCTATGGCGATGGT TCGGCTACTAAGTGAAACGTTTATATCTACGAGTATATTTCACCGCAATG AAAGTATCGCACAATTTGATTATCATAGATTTCGGTAAATCTGGAAATCT GAAGCACGGGATATCCTTGTTACACCCTGTATACCAATTGAATAGGAATT TGAATATGAGGTAATAGGTCATGTCTAAGCGAATTACATACAAATATATA CATACCTACACTTGTATATATGAGAAAAATCCATTAATCAACGTCTAACA GAAACATGTACTATAAAATCTACTCTTAAATAATTCTAGATACAACCCCT GAAGTTGCCTTCTTCATCATTTGGGCCGCAAGAAATTGCAGCAAATATAT ATTTGTGACATTGAACTATGGGTTACATATAGTTATTCACACACATACAT ATGTACTTAAAATTGGCAGACATATATGAGTATCTATATATATTATACAT ATCGTTTAAACACTATCATACCATTATTACTCAAAGTTCAAATTACTCAT AAGACTTCACGCCTACAATCCATTCTAACAGCAGTGCTGTATTTTTCCCC CGTACATATAAACGCTAACCACATGGGCGAGGCAGTGTTCTTACATAATT TGACTTCTTGTTATTTTGATAAGCCCCCCATAGACATCCCTTGTCCAAGT GAGTCTCAAAAGATGTCACAAGTATGTACATATATATTTTGGATACAATT TCCCCTCCTTATATCATATTTTGTGCATGTTATTGAGGTACAATAACATT ATAGGTATATTATATACGGATTGTAGATGTATATTAAGTCTACATAAATA ACGTACACTTTATTTTATGTAGGTAAAACGTAAAAACATACTTGGAACAA ATCATTAAAATTTACGAAAAATGAATAAGTTATAGCAAAGTCTTTTATAG TATTATCTTATTCAACGCCTACTGATTTGGCTGATATATTTTGGGGCCTT TGAAGCTCTATATATTAGCTATTGTTTTTGAAAGTTTCATTCTGTTTTTA ACCCTCTACCTATAAATATATATATATATATATTGATGGGGTTTTTTGAA TAAATTCAAACTACAAAAAAAATTATCAAATCTATTTAACTCTCTCTTTG TAAACTGATATATTATACAACCCCGTGATTCATACAAACGTTCTTTATTC GTCTGAATTTACATTATATTGTCATTAAATCATATTTTATGCAATTCTTT ATCTATCTTGATAATGCATCGTTTAAGATTCATTCGAATATTGCAATTTT TAATCAAAGTTTAGTGAATTTAATTAACTCTTTTGTTTAATTGTCATTCA TCAATTATTTTTCCTTTTGATTTATTAGATTTTTTTTTTCAATGGGGGCT TAMAAAGGTAGCTATAMAAATGTAATWTTGTAGCCACTATTCTATACATA TAATAAACGTAACCTCATTTAAACTGATATGGTACGGATTTGATTCTTAA AATTCCTATAAAGTGTAAAATATAACATTAAAAATGTTATCTAAAATATC AAATAAATGTTTTACCATAATAATAACAAATGATATCTTCTTTAAACCGA AAATTCTTGTTGTTAAAATGATTTTAAAATAAGGATTTTTTCTCTCAATA TAATATATTCATATTAGTATTTTTAACATTTTAATGAATATTTATGATTG CAAAATGGATGAAATGATTAAAAATATAATACAAAATGTGCGTCCGCGCT CTGGTGATTCCTAGAAAAATAAATATACTTTATGTATATGGATTTCACCA AAAAGATTCCTAGGCTAGATGGAGTAATTGTAATATATAATGTTTACTTA TACTTAATCAATTCAACTCCAACTAACCAATTAAAGGAACATTTAAAAAA AAAGAATATAATACAAAATCTAAATTATAAAAGTCATTTTACTCTTTGTT ATATAATTAAATNNNGAATATAATACAAAATCTAAATTATAAAAGTNNNN NNNNNNNNNNNNNNNNNNNNAAATACGTTTTATTTTTGGGGTTTATTTTT AGACCGTTATCTAACTACGTTATAAAATGATGTTCACCAATGGAGCCTTA AAGAAAAATATTAAATGATAATTATATTTGGTAACATACCCCAGATATAT AAGTCTATATTGTTGTAATTAAAATCTCCCTAATACAATANNNNNNNNNN NNNNNNNNNNNNNNNNNTATTCATCGTAAAAAAAAAATCTTTGATTATAT CGTTAATAAATGCATTANNNNNNNNNNNNNTCTATATTGTTGTAATTAAA ATCTCCCTAATACAATAACTGAATGTTTTACACTCAAATGTTTTTATTCA TCGTAAAAAAAAAAATCTTTGATTATATCGTTAATAAATGCATTAAGACA AGGGGAAAAAAATATATAATCGAAGATTTTGAAGTGATATTAAAATGTAA TTTCGCAATTTCTGTACAATCTCCCACGAAGCTATACAAAAATTATTACT TTATTACCTACAATTGTATATTGTACATATTATTGAGCAAGAAATAATAT GTACTAAAATAAATGGTCCTTGTTCATATTATTTTGAGTATTTTCGAGTG CAAAAAGAAGTTACCATTAGACCGTACTGTCTATGATTAATTGTATATTT TTATTGTACATACATACATACATATTTGTGAAATAGGTATATAAACTAGA TCTATACATAAAAATGACAAAGTTATATTAATATAAAAAGAAAATTGTGA AACTCAATTTACCTTTTCTAATAAAAAAAAAAAAAACAAGATTATTTGAT AAGTGCATATGATATGTATGATGTACATATGATTGGAACTTGTTTGTACA TCTATATATGTATATGTATAGTAAAAAGTAAGCATATATCCTTTTTAAAC CGTTTTCTTAAGAAGCATTACGACAATACATATATATGGATGTATGCATA TATATGAGGTGTAATGTGCTTTAACAGCATTCACTTGGGCATTTCCAACT CTATCTAACATAAATACATTACAAAGATAGACAAAAAGACATCAAAATAA CTTTTATAGTACGTATAATCTACAAATCTTTAAAAAAGCTGTAAAATAAT GAACCTCCCTTCAATAGTATTGAAAAAATCATCAATCTGATTCAATTATT ATACATATATTAATTGATATAGACCAAGGGTTCAATACTGTATACTTAAT ATATTAGTAAAATCTATAATATACTTCACATCGAAAGATAATAATGCATG GATAGTCTAAAATCCGCATCAATAAATGATTTTTTTACAAACTGATGTGT GTCACATAGGTATTAACCATGATAGTGTTGTGCATTGCAATGAAGTCGTA TCCCCTCCTCTCAATCCCCTTAGCATTTTAAGGCGTTTTATGTATATATT ATATAGAACAGGGGTCATCAACCTTTTTAAAGTTGAGGACTACCAGCTCA AAAAATAGGTATAAACGAATACAGAAATCAAAAGCATAAAATATTTTTAT GACAAACCCAAGGGACGACTAAGAAAAAGCCAACAGAAGATCGGGTTCCA ATGGTCATATGGTTGGTGACCCCTGATATAAAGTGTACTGTTAAATATTG CTACCTATAAAAATCCTGCCAGGTAGTATGTCTATGTAAATAAAGAGTCT TCTTTCCTTCTCTCCCTCTGTACCGATGTGGCTTCCAATGATGCTGCCTT ATTCCGCTTTGTCACATCACAATATCTAGGGACAAGGGCTCTCTTGTCAG TGCCTCAATACGCCACTAATATAGCTCCTACCAAATGTATAGACTTGGAC TTGAGGCTTMTGYCTCAAGTTGGACGTGATTCCATATTTTTAAGACTTTT ACCTCAACTTGATCTCATAATCAAAGGCTCACGACTAAAGAAAAACTCAA AAGCTTCTTTATATTTAACTTAAGGGAAAAAGCCTTAAAACTATTAACCC TATATTCTAATAGAGTTATGAACTTGAAATGAGCTCAAAAGACATCTAAG GACTCAATACAAATATTCAAAACCTTAATTTGGACTTGTGAGCAAAGACT TGAGACTTGACTTGGACTGGCAGTATAAAGACTTTTTCCTTGAGTCTGAC TACCTACTATATATTATTTATGTAGGTATCCATTGGAACATGGGTTCTAC ATAAATCCACGCACATATAAACAATAACAACATTTATATCTCATCTATCA ATTTCAAACCTTGATTCTCCTATATAAAATATAATTTAACACACACAAAA AAAAATTACTATTAATTATTTTTTTTAAAATTGATTCCTTTGTCTCATGT GAGAGGCTTCTAATTTTCACTCCTGTTTGAAAATAATGAGGGAAACTGAT GGATCCTTGTTGCCAACGAAATGTAACTATTAAAAAAAGGAATGCAGCTT GAATGCATAATCCTACATATGTATGAAGATTCATTGTTTGTGCACGTGAA TAATTAATTCAATCAGGAGAAAAAGTCTGTGACATTATATATATCTTTAA GATCTTTATTGATAATGAAAAAGTAGAAGGGAGGAAAAATAATGATACCG TAATAATTATAATTACACCTGATTYCCTTTAGCTAACAGTATTTTATTTT TCACATTTAAGCTCTAGGGTATATAGGTACATATATATATATATATACAT GTTTGTATAAAGTTGAGAAAGGAACAAAAAATACCCATCGAAAAAAGAAA CATTTATTCTTTTTGAATTATAATTGATAATTTTCTCATAGGTACTCTTC TAATACGGGGACATCTTTCTGTTACATAAATAACCTCCATTTAAGCACAC CTGTATAAAAGTAGCACTTGCTCGTTTATTTTTGTACACTTCTTATTATA TCACACTTTTTGTCTCAAAGACAAATGGTGGAGCGTCCTCATTTTTTTGT TCCTATATAGTTTGTATTTCCATGGGACTCTCTTTCTACGTAATGTATTC ATTTACAGCCCTCCAAATAATTACATGAATTGAATAACTTTTTGATTATT AACTGTGGAATCTATATTACAAAAACCTGGAATAACTTTTGGTCGACAGT CATTGCTGGAGTTGTAAATCTTAAGCATTTACTCGGATGTTAATTTTTTA ACATTTGGCAATCTGAGCTGGGTTTTTTTTCATATTTTCCTATGCTACTA CCATTATTATTTAGTTCTTGCGGAGAAAACATATTGGAATAAGTATAGAG TCATCACGTTTACTCACAAAAGACAGAGAGTGACAAGATTTTTTTTGGAG AACTATTGATTTAAGTCCTTGTTTGACTCCGAGTAGAGTTAGGATTGACA TGGGAGAAAATTTCTGCAATGTACTTGCTCTATAAGAAGTGGGATTTGTG TTTATATTCTTCTTTCCACAGCTGCTTGTAACTGATCTAATATTTTAAAT TGTAGGGGTCATCTTACCGTTTTTGATTTTTTTTTTTTTACATTCCGGTC ATTTTTTAGCTTGCTATATATTAGCAAGAAATTAATGCTTGAGAAGTAAA TTTTATCATGAAGAAGAGTTGTGATGTATTAAAAAATAAGAGACTAAAAC CTTTTCTGTCCATTTATTAACCCTTTAACTATTAATTTTTGTCAAAAGTA AATATTTCAATCTAAAGTTCAAAATATTAATTCATTTCTACTATATATAG CATTTATTTGATCAACCCCAGGATTAACTTTTTATATCAAAGACCTGATC CTATATTTTTTTTAACTAGAGATTATATTTCTTGATTAAGATCCTGTGCA ACAAAAGGGTGTCAATTAATCGATTGAAATGTTTGCTAATATTTACATGA TATATGAAATGACTACAGCATGATGTAGGTACCGGAGGAGGAACAAAGAG TTAGCGCCATTTTACAAATTATGTAGGTAGAAGTGTGACAGATGACGACG ATGATTAAAAAACAATTAGTGTTGTTTTCGTGCAACATATATCACTTTTA ACATTGATGTAGCTTTAATATAAAAATATGCGTAAAAGCAATATTTAACC AAGTCCAAAATTTGATATCGTTTGTAATAAATTGTCAAAAGGTAACAACA TTTAGATTGAAGACATGGACAATAAAAATCTATTGTTTTTACAAATTATT ATATATTTCCAAATGAATCTCTTCCCTTCTCTTTTTGCTCTCTGTTTGAA AAACTCATTAAAAGCTTTTTAATGATGCACTATTGTTCTTCAAGCAAATT CTTTTTCAAAAGATAGTAATAACAATATATTATTCTGCCCAAAAATAGAA AAAAACCAAAATGGGATTGCAATAAACTTATTTTTTGGGTGCGTTTATTT ATTTATTAATGACTCCAGTCATTATTCAGTTGGGAAACCCCAAAATGGAT ACTGTACGACTTTGCATTATCAATTATATTTACGTAAAATTGAATGGGTT TTATTACTGATAAATATTACATATAATAATGTATTTACAACTTGTTCTAG TCAAAAAGGAAAATCAATGAGTGAAATAATCAGGTCATGACCTACAACAA ATCATGCTTCTTCTTACTTTTTACTATTACTATTAGAGAGCTAAAGAAAT ATACATATATGAGCTAATGTCAAAAAAGGAAAACTTATGATCTTTGCTCC AGTTTCTCACTTTTCTTCTTCTTTTTTTTTTGCATTAATTATCAACAGGC AACAGCAGTTTTAATAATAATATAAAAATAGTAAGTAATAACAAAGCATT AACCTTTAGCTTTGGTAGAAAAAATACAACTATTATTAACCATCATTTTT CATTGAAAAAATACCAAAATTTCCCCCTTTTTTTCGTGTTTGGAATAACC TCACATAAATATATCTTCCTATGCTCCACTTTATATCAAAAAGAGATGGA ATAACATCAATAAGAGATTATATTGATTTCGAAACATGGTTTATCACGTT CAAGTATATGAAAAATAATCCTATACAATACAGGCATGCTTAACCTTAGA AAGGAATACTTACCTCTGGGAGATTCATACATAATATACCTATATAAAAC TGAAGTAAATCGATAGAAACACGATTTTCTAACATGGAATAAATAAATAA ATAGATCAACTCCCGGATATCTTTTTAGCATGATAAAATATTATCTAACT AGCTTTTGGGATGATATATTCTTTAATCAGGAAGTATGTTTGGTGGCCAT ATATAGCACAGCATGTATTTATATATATATATTTTTTTTTTTGGGTGGGA GGCTTTAATAAAATTTCACAAATCCATAGCTATTCACAAAAGGTTTGAAA ATTAATTTTTTCAAAAAAAAATTCAAAAATCCACATTTATTCTCAAAATC TTGGAAAAAAAAACAAGTGATTGATTATGTCTGTGCGTAGATATGAATGT CTTCCTTTCAATCAAATGTCAATGCCCAGAGAAATTCTACATTTATACAC AGACACAAAGGACTATACGTTTGACAGATATCCAAAAACGTATTGCAAAA TCATATTTCTTTACCATAAAAATAGATTTTTTTTTCATATAAAGCCTAAA TGATATTAATCATACATACATATAATGAAAATTTCCCATTTCGTTTTATT GAAGGTTTTCTGCCTGCAAATTATGTATATAACATGGCCTCACAATAGGT AGAAATGCCTGTCAGGGGTCAATCTCTTTTGTTAAAAGGTTGTTCATACT TTTTCATAATAAAATTATAATAGCCCAACAAAGAAACTAAAGAAAATTAA TTTAAATTTCTCGTGGGGGGGGGGGGATCTTAGCAAGCTAAGTATGGATG AATTTAACACATTTTTTGGCAGTCATGCTCATTTCATATTCCTAAGCACT GTGGATCCATTGTCTGATTTCAAGGATTCAAATATGAGTAAGTTCTTTAC ACTGTCTAAGTATGATTAATATGCTTGAAACAATATAAATTCATCTTGAG TTCTAAATAGCCCAATGTCTAGTGATGTAAATTGTGTGTATTTTTTAGCT GGCTCAATTTATTTTTTGAATTTGTAATTTGAAAAATAGTTATTTTTTTC CCTGAATAGTGAACTTTTTTTCCCACTACATTTATTCATATTCAAAACCT GATTGCCCATTCGTTTGGGCTCATAAAAGAAAGAGTATAATCTTGCTCAG TTATAAATTGTAAGTCCTTGTTGGACTCAGAGTAGAATTGAGGATCGAGT AATTCTAGCTAATGCCCTTATTTATTTCCTTTTCTCCTACCTCCTTTGCC ACGAGTCATGAGTCTTATTCTTTCTCTCCTTCAAAACATTCTTCAAATTG TTTTGTCGCCCATGTTGATTTTCGGTTTCTTTTATTTATCACACCCAAAA TATACACAATTTTCCTCATTAACAGTGACTGTGCAGCGTGCATACTTTGA GGGAGGAATGAATCCCTCTCGATCTGACAAAAAACAAGTGATTGAACATT CTACAACGCATTGTAGTAACATATATATAATTTTGAGGATTCATCAAATA TAATTCCAACCTTTTATTTTTAGCTTTACAGTGTAAGTCTGGAATGAAAT GGGAGGGTCAATGCTGCTATGATATTAGTATATACCTACATGATAAAACA GCGTTTAAAAACACGCTATTAGTACATATATAGATTCTTTTTTTCTCTTA CATACATTGCTAAGCCATCTTTTCTATTAAATTATACAGTAGTACATTAG ATGCAATCCATCATATGTTTTAATATGATTCACATCAAATTATTTTTACG TTAGAAAGTTTTCTGTGGTGGTGTAATTTTTTATGGTAGTACGTTTATTC AAGGAGTTATTTCCATAACCATACAATATATGGAAATATGTCATAGGCCA CCCCAAAAGTTTGATTGTTTTATATGAGAGAATCAAATATCATATTATAT AAGCAAATTTAATTAATAATGATTATTAGGATTCAATTACACACACTATA TTAGGCTCAATTATCTAAAGTTGATCAAATAAAGGCGCAAAATAAATAAA GTCTTCCAGATATGAATTAGTTATCGACTCACTTTACATGGGATCTTTAT TAAAATTTTGTATTCAATAGGTACATTCACAGTTAAAAAGTTATTCTATA TATATATAGGCCTAGGTGTAGTTAGGCATTTTTTAATGAAGTTTAAAGAA ACCTTATAACTATCAAATTAGCAAAGTCAATGCACTACACATAAGTATAA AGGCTTTAAAAATCATCCTTTTGGTTATATGACAATACCCTTGAAATTGA AGGAATGGTTGATCATTTGTTTTTTGATACTTGTAATTTTTTATGTCAGT AATGGAATACAAGGCATATAATGGTTGGGAAGTTCAGGCATATCAAACGA TACTAAATTAAATTAGTATTAGAGCAAGTAATTACAGTGTCATAAAAATA TTACCTTTCCAACGTTTTAATAATATATCAAATAACAAAGAAACAAGAGG AAAAGTTAATTTTTATAATAATCCCCATAATGGCATTTTTCGTGTTATAT TTTTATTCAAAAAGTACGAAAATATAAGTGTTCTTATTCAATATATATCA TTTGCTGCATATATATTCAATTTTTTGTAATCCTTAACCATACCATTAAC ATATTTTTTTTGGTCTCTTCTTGCATCTACTAACTGATTTTTGAATATAG ATGAATAAGGTTTTTGTTTTTGACACATCAAACYCTGGAGAATCACAAAA TTATGTTTAGCTCAATAGATTATTTATACAAAAATATTTGTTACAAGCTA ATTCTGGACTTTGTTAAATTTCCAAGCTTACTTGATCCTAAGGCTCTTTT CTTCAGGCAATACTTTTTCAAATTCGGGATAAGTACTTGCACTGTAACTA TTATAATTTGCATTTTTTAAAGTGGATGCATGAGCTTTAATCTACCATTT ATAGTCGTTCTGTTAGTCATAGGTTAGCTCTTTCATAAGATATAATATTC CACGCTGAATTAATATTGAACTGAGAATAATGAAGGAGTCAGTTTATTGA AATAAATGATTAATTTCTGTATATCCAGCTAATTTATTCTATAAGGAATG TTTGAATAAACCTATAGATATGCACCAATAGAATTACGAGCATCCTAAAT TTCCATGAATTTTCCCATAGAAGTTTGATTATCTTATGTAAAAAAATATT AAATTTTAATCCATCGAATTATTTGGAGAGACGTATAAATCTTTTCATCG TTGTACTAACGAATGAACGTGGGAGTATATATTCACTATGCGTATTTTAT ATACTATTAGACTATATATGTAGATATTATAGGTATATATACACCTATAG GTAGAGCACTAGATGGTAAGTGAGAAAGACAACGAAAACTCGTTTTCTCT CGGGCCACATAAGGTTTTAAGTAACCTTTTCAAGAGTGATTCATTCATAA GCAACGATACATACATGTTGCCAAATGTGATAAGATTTCAGCTTATTGTT AAGCTGTTCATTGATTTTTGAAACATATTTTAAAGAATTTCATATTATTC TTGTTACTTAAGGATCATTTATTAAGTCCACAATAATATCCATCAAAACC GAAAAAAAAACATGACTATGACAAAAAAAGAAAAAAAACGCTTGCAAAAA AAAGAAGAAGAAAAAACCAACATGTTTAATTATCGACATAGAGTAAATCT CTTATATAATAGTCTAACTCTACTCCTCTTGCAAGACTCAACTTAATATA CCGTATATAATTTATGAAATAGGAGCAAATATAAGTATATACTTGTATAC GTATGAATGCTCCTTGTCAGGCAACAGATTACATTTTGAAAAATATGTCA AATAGAGATTTTAAAAGAAAAATACATACATGCATACAGGGTCCTGGAAA AGTTTTAAGACTATTTTTAAAACTAATAAAAGAGACCCCGGAGTCTCCTC TTTTTGTTTACGTTAAATTCAAAACATTAGAGTTTATTATCAAGTCGCAA GAAGAACAAAGGTTGCTTTTTGCTTGCCCCCGGAATCTTCTCAAAAATAG TTATTGCGACCAAATATAGCACAAAGAAGTTCCTAAATACGCTTGCAGGA ATGGTCGTCCAAGAAAAATAGACTACTGAAGCTGTAGTATATGAGCAGCT GGATCGTTCTATTCTGGAGATAGCCATGAACATCAACGTCTCAAGGCTCA CTGTGTCAAGGTGCATCAAACAGGCTCGTGATATCTCTCTACGATCCCAA AAATTACCACTCCTGACAGGAMAGATGGTGAAAAAGTGAACCATTAGTTT AGTTCTAGTTTTTTTTGGTGAGCTTTTGGCCTCCCGAAACACATAATCGT AATCCTTTGGGTTATAGTATTTGGTAGCAAGTAGAGTTTCCACCTCGTAG AATCCGACACCCAAATGATAAGGCCTTAAAGAATCCTGGCAGTGAATAGT AGGCTCATGTCAGAGTACTACATCAAATGCACATTTGAGAACCATTATTA CTGCCTACGGTCGTTATGTTCAAGATTAATTATACTCAATGCTCTTATTT TAAACTATAATAAAAAAAAAAAAAATAGAATATTAAATGTATATATCATT TGTTTTTTTCTTTATTTTTAGTCTCAAAAACTTTTTGCACGACCCGGTAG GTATATATACCTATATGAAAGACGTTGTTGTAATGTTTGACTCCACATAT TGAACAATCAACTATACCTCACTCCCCACCTTGGCTACTCTATTTTATAC TCACTTCTACTTACCTATTAACTTTATTTTGTCTAATTAAGATTTCAAGA TGTAAAAAAAGGGAACTCCTTTTCTCTTCTGCTCTACAAATTTTGAATTT ACCTATTTTTACATTTAATAGAAAGAAAATGTGCTTAAAATCCTCTCACA ATCATCATCTACAAAATATATTTTAATCTATTTTCCCTCAAGATCGTTGA TGATATTAAAGAGAGGGATCAATTTATCATCTCTTTTTTCAGATGATTGA TCCGTTATTTTTTATTTTTTTATCTAGGGTGTTACGTACTTCCCATCTTT TGGGTTGAAAAGTTATTAGTATCGTATAAAAAGTTATATATCTATATATA AGAATGTAATTCTGATCGATCAAGTATCATTGACCCATTGGGAGTGTATG TAACCTAAAATATGTACTGGTCTTCTTCATCTCAAACGACATTTTGTTAT AACTATCTAGTTTGAGGTATTTTATTCGAAAACCTTTTTTCCTATTCGGT CAATCACTCACGTAACATAAATATAGGAAATTCATGATCTATATATTAAA ATTGTGCCCAATAAATTTTGTTCTACAACGTAATTTTAGACAGTATTGTG TCCAGTGGTGAAGTATTAAAATCAAACCAGGATGGATGGTCAACAATGAA TTTTGATTATTGGAGGTTTGGGGATTTCTTCCCCGATAATATTTTAAAAT ACAGTTGACTAAGTTGCAATTTTATCGAGATTTTTSAAATTATATAGTCT ATAAATAAAAATATATCAATAATGATGATTTTAGACCATTTTCAAATTAG GGGGGATTGATTTCCACACACCCATTCTCCTACAACTCGAACATTGGTTT TGCCAGTCCTTATTTCAATCGGTCTAGTCCAGTCTTAGGACTTTTCTATC AGTACTTTGGGTCGTTTTTTATAACTGTCGGTCGTTTGGATTGCCATTAC TAGAACTGATTAAAGAAATAAATTTGATTTGACGAAAGTTGATAAGGTTT ATGACTGATATGCATGACTGAACTGGACAGGGCAGAGAATGAACTGTACG GGACTGTAGTCTTTAGTCCCAAGTAAAGACTGACACAATTTTAGACCTCC ATAACTTATTTTGATATTTTAATTATTATAGGAAAAACAATGGCCCCTCC CTTCAAGCGTGAAGATCCTTAGAGAAAGGATTTGTTTCATCTGTTGTATA TTACTATTTAATGATTAAAGGCTGTGTGCATGTTCATGTTGATTATATAT ACATATATTATTAATATGAATGCATAATTTAACAAATTATAATAGAGATA TGGCACTTATATGTGAATGTAAATGTAGTTTTCTTTTGATGTTTCATTAA TTTGGTATACATTACAGGCGAATATGTTATATTTCTAAAGAATAAATAGT TTTGTCAACTTTATATTTCGTTACCTTATTACCATTAGTAGGTAGTCTTG TGTCGATCATCATTTAGGCCTGAAGGCCTGTCCAGCTCAGTTCTACATAT TAGTCCTAAAACTTATAAAGTTCGGTCCTTGATGTCATCATTCAAATTTC CTAAGACTATACTGGACGGAATTAATCAGGACTGACACAATTATATTTGT AGGTAGGTTTTCTTTTGAGGGACAACTTTATGTAGATAGATTATAAAATC TAATTAATTCATCTCTCTACAATGATTATATAAGCATTAGATGTTATGAT TACATATTGAAGTAGTAATGTGTGTAGTCATTTGTTCATAGATGAAGATA AATTAAACCACCTAATTACAATCATACATATGGTATGTTGTATTAAATAA ATATGAATCACTAATCAATTGTAAGTCTGCACCATGGAATTTTTTTTTTT TTTAACTTCTGAGAAATGTAAGTACATAAAAAATATTATAATGCATGTGG GAGGGGGGGGGGGGGAGCAAAAAAATACGTATATATGAAATGCAGATTGT ACATACATAGATTGAAATACGGAGGAGTACGTCAATTACAAATTTCTCTT TGTTTCTTGTCTGCTAAACATGTGTTTTAATCAAAAATAGTCCTTTGTAC CAGGTGTTCGAATAGTCTAGCAATGATTTTAAAATGCAAATTTAGGAAGT TTGTCAGAATTTATTGTAAGCATCCGCTTAGAACTTTTTGGTCTAATATT TTTAGAAGTGAAGTTAGCTGCTAAGATCAGATCAAATATTTTTAAGCAAA ATATGGAAGTCGAAAGAAAGGAGGATGTCGTTCTGGTCCCTCATCAGACA TTCTGTTGGGTTAGGAAAGGACTTACGGCTAGAGAGAACATTGTAGACAA ACCTAGAYGTGGTCGACTAACWAAACTAARCCCAGAAGCTKCCCGAGAAG CCAGTCATAGAAGGAAAATGACAAAAAAAAGTCATTACNGTCCCTCATCA AGACATTCTGTTGGGTTAGGAAAGGACTTACGGCTARAGAGAACATTGTA GACAAACCTAGAAGTGGKCGACTAAMTAAACTAATCCCAGAAGCYACCCG AGAAGCCAGTCATAGAAGGAAAATGACAAAAAAAAAGTCATTACAAAGTC TCCAGTGTCAAGAGCCGTAAAAAATACTCATGGAAAGTCCCTGAGGCTTC AGAAACGACATTTACATTGTCTTGTACAAAAAAATAACATATCTTTCTCC AGTGCTGTAAACATATCCTTAATTATATTAAACATTATAGAAGCAGTCAT TTTCTTTGGTGATAAAAAACCTTTACAGTTCATCTTGTTATTAGCAGGGA AAATGATTCATATAAAGCACTTGATAAATCCCAGAAAAACAGGATCCCGA AAGAGAAACCCATTTCCAGACCGTCTGGCTGCTGACTACTAGTTATTGTT AACATGATTTTTCTTTGTTACCCAGATATTACAAGACAATAACATCATAA TAACGTGTTATCTCTCTTATTTATTTTTTCCATTTTTATTTCTCAAATTA CAAAATACTTTTTATTTGATCCAAGACTCTCATTGAAAAATCCTAGGATG CAGGGTAAACGCCCACCTTTATCTCAAATGAAAATCCCTAACAGTGTCTA TATGAGTTCTTTATAGTTGATCATGATGATCTGTAAATAAATTTCCAAGA TGGTTTGTTATTAATTAGAGCGGTCTACTTATAGACATCAAGGAAGCTTA ATCGCTGGACAGAGAATATATTCAAATTTGGAGCCGATTCATTGAAGTAC ATATATAATTAATCATTTATATGTACATATATTAAACAAAGGGCATAACA TCTTAATTGAGGAGTAGATTGACGTCCCTCTCAAATATTTTATTTTTTAT TTCCAATATTTATTCAGCTCTCAAATTCAAAAAACAAAGTTGTGAATTGG ATGTTGTATTAAAGGAATAAAACAATCACTTAATTAAAAAAATATGATGT TGCTGGTCATTATTCTACAATGAACATAGGAATACAATGATTAATCCTTG ATACTTCTAAAAATAGGATAAAGAGATAAAAACAATTGGGGACTTAGAGT CCAAAAATACACTTACCCACATATATGTGCTGTAAAGAGGCAGTTATCCC TTTTATTTTTTCTGACTAATAAATCCTCCAAGTCACTTCCCGGAAAGGAG ATCATTATAATAATTATCATATCATCATTCTATTCCTTCCTACCTAAATC ATTACTGTTTCCCTTCTCTACTATTTCTCATAGTCTATTGCGTATAATAT ATGTACAACGTACACGTTTCTCCAAGTAATTAAAACACATTGAAGAGGGA TTTGCTSGATYAARTAAYCATATNAACTAAATATATACTACATTTTATAA AAATATTCAAGGAAATAAACAGCACAATTTGTGACACAAGCAATATTATA AAGTAATTTGTGTGGCATTAAAACAGTTTAATCTCTTTTCTTAACACATC ATCATATTTATAAAAACTTGAATTATAATTATAATATAATATATGTAGAT AGCTAGATGAAGGTACTCTCTTAATGAAGTCTACGGATTAGTTTCAATGA TTGAAATTATCTCTCCGTGAATCAGTAGATCCTTTTTGTGCTTGAATCAA ATTAAGATCAAAGTAAGGCATTCTCATATTTTAAGTACCACTACATAAGT TAAAACGTCATATCTAGTTTTACACTATACTTACTTCTCAATGGCGATAA GCCCAACGGGACTGCGTACATTTATATAACATTATAATACGTAATGATAT GAGATTGAACTATTTTGTGTTTTTTGAAAAATTTTACATTGTAAAGGTAT TTGTTCAATGAGAGAGTCCCGCAAGCCACAACTTTGAATTTAACGATGAT TTGACTTACTTTTGAGCAGTCTTATTGGCTCTGGATCTATAAACATAAAT TATGTCATAGTTATATATATTATTTAAAATCCAGTTTAATTAAGATAAAT AAAATTCGGAATAACTTAATGAGTATAAAGAAGAAAGTCGCCATTTTTTG TTCCATATTATGTTGATAACAAAGTATTCTACCAATTTCCTCTCAGAATT TTTAAAAAAATGGCTACATATTACGAAATCCTCAATTTCAACGTTTATAT ACTTTGACAGGTTCAGATCAGCTCGATATTTGAATTTTAAGAATAGTGTT GTATGTCAACACAAAAACAATATGTGCTAAATTCAAGAACTGGAGAAATT CATTATTTACTTTTTACTTCATACGTTAACAGCTAAGCTTTAGAGACGAT GGATGTTTTCAGAATGGCCTCATATTTGTAGAATTATAACATGTAATCTA GATGAAGGTGTTTCCAGTAGTTTTTTGGTGTTAGCCGACATGAGATGAAG AAGTCATCTCGCGGGACACACTAATCTAACATTGGTCCTAATTTTTATTG GACAGTAAATTTTATAGACATGATAAAAGCCATTGACATTTGAATACTGT TATTTATTCAGTGGATATGTACCTGTAATTTGCTTCTAAAATCCTAAGTT ATATTTGTAACATTTCACGTCCATACTTGCTGTGGCAATTTTCATTATCT GATCTAAGTGATAATGACTGGGTTTAGTACGATATTATTTTTTTGCCACA TTCAACTCAGAGAAAAAAAGACTCACACAACCATAATGATCCAATAATCG CAATGTACAAAAACCCAATTGTTTTAAAAGCTCAAATCCTGGTGGTAATC CAATTCAGAATTCTTCAGTAGAAGATGTGGACTTTCACACGTTCTTCAAT TAATCATTTGATTGCTAGTCAATCCATTCAATTTTTAGTCTAGGAACATT TGCATTTTTTACAAATTTGATTAACCTACCCAATACATTCACCAATTGGA GCGGGCTGGAAATGGATGCTTACCAGTTGAAATACACCATGACAATTATT GAAGTTTTGAATTCACAGATAAATCATTCTATTAGTTATTCTAATTTTAT AATTGTTATAAAATGAGATTTTAGAAGAAACTTTATTTTATATGTATGAT TTCTTATGTGACTTTAATACGGCCTTTCAAATATAGAATCTATCCATGGT TGTTTCTTTATGATTATGATTTTTACAGCCTTTACGTATAACTCATGGAT TTATCGGTATAATATAAATATTTCCATATATACAATTGAAAAATATTATT TGATATTTGCTAGTTTTGTATTTATAAGCCATAGAGGTTTTTTTTTTGCA TGTGTGTGGATAGAATGTATTTATAGAATGATAACTTACTCAGATGCAAA ATTGAATAGACGTTTGAAAAGTGTTGAAATGATATGATAATTGTAATGCA TACTTGCATAAACCAAGTAGTACTAGAAATAATGTTTTTCTTTGAATATT TTTGTTTGGTTACAATTATAAACACTTCCATAGTCATACAAACATGTAAC TGAAGAAGAAATAAAAACAAACATCTGGCACTAACTGTATTCATTAACCA TCCACATAAATAAATAAAATAAGTAAACTAACCAAGAAGTATATAATACT TAGTTTTTTAGTGTGTAGTATTATATGTTAGAGTGGCTTAAACCGATGGA AAATAAATTAATGTCTGTATAAAAGAACATGTGTAATAATAACAATTTTT TTTTTTTTGGAAAACTACAAGCAGCGAACCAAGGAACCATTAGACATGAC ATAGCAATCAAATTTTAAGAAACAATATGATATTATCTTTTGTTTGCTTA TTCCAATTCTGTCATATATATATATTATGTAAAATAGTACCTATTATGCA CCCTGAAGCATTTCCTTTTACGTAAATAGATAGTACTATTTACGTAAGTA GTAGGTACTAGTGTTTCTTATTTCCCGGAAAAATGTCTTTGTCCACAACT CCCTTAGTCAATAATAAATGCTGTAGTATTAGAGTATTTCTGTACATATG TATTTATAGAAGAAGGATGAAACTTTAAGCTAATATAATTTTGAAATACA CAAACCGAACCGCAGGATAAAAGTTAACTCACACAATACTAGAATCCATT TAAATCTTTGTAAAAATATATATATAACATCAGCAATAGGCCATACCACA TTGCTTTAAAAATGCATATTATATTGCAAAAATTGTGCCGAAATTGAACA ATAATATGACAATTAATTGGGTTGATTCCTAGTCACAGCTTTATTTATCT AACACACAAAAATGCCCTATGTATTTTGGTGTGAGCTGTCGATTCCATCG TCTGAGTTAATATGTCATGACTAATTCATAATTTATTATTTTAGATAAGT AAACATTGTAATAAGCTTGATGTTACTTTTGTTCCGTTTCCAAAAGGACA GGAATACAATTTTTGGTTGATCCATCCTTGTTAGTGTTATGAGAGGCCTT ATTTAGTACTAAAAACGCCCGTACCGTTTAGTTCAGTATCGGTTCGAACG AGCTCAGTTCTGCATATCAGTTCTAAAAACTTATAAAGTTCTGTCTTTGA TAACGTAACTCAACTTGATTTCTTCTTTTTTTAAATCAGTTCTAGTTCTG ACAGTCCGAAGGACCAACAGTCTTAAGGGCTGCTCATAAGACTGGAATGG ACTAGACAGAATATCAATGAGGACAGATGTAACATTATTGGCAGTTTTAT TATTTCAAATAGAAATACAAATATATAGCCACGCTTTTGGTAAAATATTA CTAAGCAACATTATAAATATGTATGTATTTCATTTTAAAATTGTGGAGAA ATAATATAACACTCATAGTCTAGGAGTGCTTAAGAGATAAATAGCAGTTG GTATGGTTGACTTATTTGGACAACTACCAGATGATGTTGGGCCTAGTTGT GTGATACAATAAAGCTAAGAGTAGTATATATTTTACTATATGTAGATGGT CTAAAAAGAAAAAGGTACTAGCAACCTATAAAACTGTTGGAGTTGTACAG TTCTATCATACAAAACATTTTGTTACTTTCATGAACATCATTAATTAGTT ACCAATTATTTGTTATTCAATTAAGCTTATATTTATTTTAACTAGCTGTA AATCTTCGAGAAATCCCGGGATATGGAGATATAAGCACTATTAGGCACTA ACGACTTAAGTACATATTACCACTTACAAAGGACCTTTGTACTGATGACC CAATAATATGTACATAGGTACAGTTCCAGTGTTCTTTTTTCTATCCAACT CACTTTGCTTTTATTCACATTTGAGAGACAAAGGAGATATTGATTGAGTG CGATCAAAATGGAAGTTTGCTTAAAACAACAAAGAACATGTACGCTATAA ACATTATTTGAGAGAGGAAAAATGACAACATAATAGCATCAGATTCTTTT TTTGTTTTGAAACGTTTCATCTTATTATGTAAGGAGAATATATTTTTCTT TCTAAAAGAGTCATTTATAAACGTCAGGGAAACGTCATCTTTGATGACAC ATTTATACAGCTAGCCATGAATATTTCATTAGATTTAACAACTCGTAGTG GTTTTTGTTGAAGAAATGTGTATTCACCCAACCTTTTATTTGTCTTCAAA CATATATATTTTAATGTATCACTCTTCTAACAAATATTTTGTCTATAAAT TTACAAATTTTTATATGTACATATAAGGATGCTTCATATCAAATATGTAG AAGCTTCATTCCCTCTTAAACTAATAGATAATGAGATCTCATTATAGGTG AATAAAATATTAACTGACTCTTAAGTATCATTCATTAGTTTTTAAATATA GCTCCATTGTTTTTATGATGTTCGTCTAAGATAATTAAAGAATGAGAGGA AGGAAAAACACAGAGCTCTAATAGATATAATTATTATCGTTCATGCCACA ACTAAAATGGTTCAAGCTTTGTATATACACTTTTGGAGTTGTTTGAGTTT TGATGATGAAACAGTTAGTTAAAGTTAGCCATATGTATTTATATCATGGA TTATATATATTTTTGGGGGGAGGGGGCTTGGTTTTGGGAATTTTTGTCAA AAATTAAATTTCAAATATAAAAGTTAGTGAAGTTTCTAAACTCTAAAACT ATTCCCAAATGACTAAATTTTTTCGGAAAAAATTTCAAACATTAAATATT CTAGTGAAAGAAAAAAATCCTTAATTGGGGGGGGGGGGGAGCTAKAGCCC CRCCAGCCCACCCCTACGATCGCCCTTGTATATATATGGTATATATGAAA GACAATCATAGGAAATCTTTGACTTTCAAGGACTCATGAATAATATTTTT TATGATTAAAATATCTTTTGTATTGGAGTGAGTGAGATTATTAATTTATA ATGTTCCTTTCTTCCATGGGTGGAGTTTTATGTATACATATATATGTATA TAGATAAAACCATATTACAAAGTCAAAGGAATAAAAAATAGGTATCATTA GGAAGATCATTGTCTAGCTAGGAAATTGGTTTTTTCAACCATAAAAAGAA GACGGAAGATTGTTGAATCAAATAGCCTATTACATTTGTTTATATTAATT TGGTGTCATTAGAATAAAGTGGGATCATAACCTACCTCTGATTTTTCATA CAGATCACTAATGCATATTTTGCTTATCTTTTTTAGGTATGTTGTTAAAT GATACTCCCAAGCCAAAGCCNTGGTTAACCCTCGTAGATTGAAATTTGTT TCTTCTATAATATGTACATATATAAACTATGATTGGTTAGTTAATTCTTT AGCATCGAGTCAAAATACACTCTTTCAAAAATTTAATTGGTTTAACATAC ACAGCATTTGGCATGGATTGGATCACACCCTCTTATATTTGCGGGGTGTG GAATAAAACTTTTTGGTTCAAAAAATCTTAATTATATTAACTGATTATTA AAAATATATTTTTTTAAGTTTTTGGCAAACCAGAGAGACTGCAACTTATT TGATATTGCCTCCATTAGAATCAATGACAGTCTTAATATAGTGCCTGAAG CTGGTATAGGGGTTGATAATTTTGTTTTGAAGGTAATTTGCCCATATCTT TCAATTGAAGTCATCCACATTTCGGTGTTAGGTTATATTAGGGATGTTCT AGATGGTTGCTCTACCAAAAGTAATGTTTGGGGGATGATGGAGACCCCAT GTCTTTGGCCAGAAATCTGCCAAGTTTTGGGTAAAGGAGTCTACTTTTTT GAACTCTGGACGTCCCTTTCCCAACGTTTTTGGCATGCTAAACATCGTGG ACGGCCCTCACATTGACTCTAACGATGACAACGATCTTTTGTTGGGCTGT ATGTGCGTGAAGCAAGTCGGTCTTTTTGCCCAATTTATTCAAAACAAAAG CTTATATATGACAAAATTATATCATAAAAAAATTATGTATCATCTTTCTC AAAAAATGCATTAAAACGTGATTAAATTGATAGCAAGATTTTGTTCTGCA CCCTGTATAATATCTATGAATATACACACAGTAGCACAATAAATATAACG TGGTAACAATGGTTTTGAGTCTATTCTTTTGATAAATCAATACACTTTTT TTTAACAAAGAAATTAAATATTACACGCCCAAAAAATAACAATTTTTTGC ATTCACCTAATTAAAATAAATATTCACTTTGTAGTCCTACGTATACGTTT ATTTTGGAGATATGGTGAATAATTTAAAAGAGATTCACAAAGGAATTACG CGGAAGTGAAAGGGAATATAACGGGGTATTTGGTGGCCCTTTTATATATT TTACTTAACCAACAGCCTTCATTGTTTTATAAAATTAGAGGAATCAACGA AGCATTCAATTTCTTTTCTCACTCACTAACGAACCAGAAGCAACTGTTGA CGTTTTCTTTATAGACCATAAGAGGTATTCATATCGTAAATTGAATTAAA TTTTTGATTTTATGACTCGTGAAAAATGAAAATAAACCTCTATCATAAAG ATTTTATTTTATTTTATATTAAAAAATCAAATTCACCACACCATTAATTA ACGTAAAATCGAATCAAAGGCTATTTAGAGTGTACATATTACATTGGTTG AGTTGTAAATTTGTAAGATCATCTTTGGAGGTCTTGCAGATTTAAAGTCA GTCCTCCCCAATAACATATTTATTTACATGATCATATATTGCACTCAACC CATTTCCCTTCAGACGAATTCCTCCTCGTTCTTTTAGATACATTTAATAG TAGGCACTTAACTCCATACATACATGTTCGATTCTAACTTTCCCTATGCA ACAAACTGTTGATATTTGAGCAAAAGGTAGGTGGGGCCAATTAGAAAGAA TGAGTAATAATTTTTATGGCTTAGGTATAATTAAAAATGTTTTTTTTATC ATGAATGTTTGTACAGAATAATAAAGACAGAAAAATTATATATATTATTT TGACTTCAAACCGTTTTTTTGTTTATAATTACCTATTTAATACAGTTATT AATCTCATGCCTGTCTCGTTCCTTAATTGACTACGAAGCAAGACAGAACA ATTTCATTAGAGTTTCCGTATGGCAAACACATATCTACTTCATACATATG TATACAACATGCATATGTCGATGCTTGGCTTATGTAAATAACATTTYCCT TGCGTGATTTGAACCAATCAATAGGTTTGTTTGCTGTTGTTGAAAAAAAA AAAAAAAATAGCATCACGAAATCATAAACATCCCATCCGTTTTTCCGTGT AAATGTGATTTGTAACTGAATGAAAGTAGATGAAATTAATAATATTCTAT GTAGACTGTATATTAATTGTAAATGTATATTAAAATTCGTGAAATGACTT ATTTAAAATAGAAGGAAAAAAGACGAATAAGGATTTGAATGTTGACGTAG AATGTATATAACTTTTTTGCAAGGTAATATCTAATATACTCTTTAAGGAT AATATATATATATATATATCATATTTCAAATAAAAAATCTCAATCCTCTG ATTGTCAATCACCAAATGCCTTCTTTCAAATAACTACTATTTTACCTTAC AAATTGGGTTTATTGGAAAAGTGATCAAATTTATTCCACTCTTTTCAAAC ATGTAAATATTTTCTTTACCTACATTCAAATAAATGATCTTTAAAAAATC TAAATGTAATTACATAAGCCTTAAACGTAACTAATAATTATCTCTAATTA AATATAATAGCTGCCAACGAATCAAATTTAAAAGTCATCATCATGGGTTT GTACTTCTTATTATTACATAATAAAGATGATTATATTAAAAGAATATAAA AGTAATTGATCTTAATTTGATTCAAACATTCCTGAATGTTATTTAATTTT TTGATCAATCGACTTACTTTGATTTTTATGCAGTGGATAGATACTTTATC AAAACAATGCAACTTCTTTGCTTCCAACAAAAAAAATTAATTTATTTTTT ATTAAATAGGCATTGTGTTCAACGTAATATGAAAGGTAAATAAAAACATA ATAGGCCAAAAATATCAGTAGATATCAGTGCCTAGGAAGATTTAAGTAGT GCTGGGGCTCGTACTGGAAATACTAGATCCGTCAGATACTTTTTGCAATT AAAAATACTTCAGATTGAATATCGTAGAGAACTTATTTCTATTAAAAAAC TCAGTCTTCGTCTAAATCAATGTAATTTATTTTAGAAAATACATTTGATA GAATAGAAATAATTTCTCAAATGTCATTGTTTTAAAATTTAGACTAATAA ATTTTGGTGTATGATTTCAATTTTGGTATGTAACAAAATATCAGTTTAAA TCGACGGAGAAAAAGCCCCTTGAGACCGAATTAAAAAAAAAAGCACTAAC TTTTTGATACGAACATACTAATTATAAACATGGAACGTATAATTAAATAT TTATAAGCAGTTACCTCTCTGACACAAAAATGTACCATTTATTTTGTTGT CAACTGTCTATGTTTCAGCTCCCCCTTCCTGATCAATGTTCCGAACATTG ATTAGTTATATTTTAATTATCTCTTGTAAATCTATGAACAATAATTCTAG AGTTGTGAAGAATTGCCCAACTGTTTTTGGGCCTTTTTTCCCTTGTTTTA TTTCGGGGAAGGTTGGGAGATACAATGAAGGTAACAAGTAAGAACGCATT AAAAATATATAAATATATTCTTCAAAACTACGTTCACGAATAACAAATTA AATTAATGTATTTCCTTCAACAAAAATGGAATTCCTTTTAAAAGTCAAAT AGGTAAGTTTATGAATAAAACTCCTGCGATTACCGCCACCAAAAATATAT ATACAAAAAACATCATCAAATTCATTCACTCTCATTGACTATATACCATG TATTTATTGGAGTTTTTACCAACAAAATATCCATTACCTCCAAAAATATC AAAGACTAAACTAAGAAAACTACCTATGGGGTGTTAATTTTAACAGGATA CTGTGAAGATGGTGATCAGAGAGCGTGACTACAATAAAAATTTCCGAAGA TTAATTTCTATCTTCAGTATTATTCAACGAAATAATATGCTTAATGCAAA AAGTTTAATTTGCATTCAATGGTGTAGGAAGATATAATAAATGCAAAAAT TAGGAACCACGTTATATATAAAACATGACAAAAGTCGGAGAAGGAAATTA TCCAAAAAAAAAATATATATATATATGTATGCATATATAATATTCAATTT ATTTTCATATATTGATTGCACATTAATTTATAAGTATATGTTGTGCGTCA ATATAAACTCAATCTTGAACAAAAACACAAAAAAAGGAAAAAATCCAAAT ATATTTCCTACAAACTTGAAATTAAACTTTTATAACTCATAGAAATTTGA AGATTTCGTTGTAAAAAATTTATAATTAGTTATTGATTAATTGTCAACAA AGTGTGCTTACTACATTATTTAATATTTCAAATACAAAACAAGTAAAAAG TTGTAATCAATTCCTCTGTTTGTTGAAGATGTGTATGCCTTCTAACATTG TTTTTGTAATCTTCTATTCTACCTAAAAAGAATGATCGGATTTCGGTGAA TGAAAGCTCTGATTCACCCTGTTGGATCAATTGGATGCAAAAAAAACTGC GTCTGATGACCAACCTTTACCATCATTGGCCCTTTTTATTTGTTTTTATA TCCAATAGATACAAAAATAAAGGTGCACTTTATATTTGTACCATCCTAGA GAAAAATCTCCAGCCAATTCCTACTTCAAATAAAAGATTTATACCTTTCA ACAGGATGGTACTCACTCTCAGACGTCTAATACTATACAAAAGTGGAGTA ACAATTCTTAGTCACCATTCAGACTGAATTTGAATCTGAAGGTATCTGGT CTAATTCGCAGGAAAGAGTCTGCAAGAAGCCCTATCCAAATTTGTATACA CTGAAATATTTCCTAATTATGGAATGGGGCAACATTCACATGGAAATAGG CCGTACCTACTATGAAGTCATACCTAACAGACTCAAGGCTATAGTTTCTG CAAGAGGGGACCACTTTTACTTCTTCTTTTTTTACAACTAAATGCATTTG TAAGATGATTTAAGATATCCATGTTTTAGTACCTTTATTCAATTTAAAAG TCTTATCTTGTTTCCGATATGATCTTTCTAATCAAATCTATAAATGCCTC TCTGCTTTTTTTTATTGTGACAATCAATTTTGGATACATATTGTGCAATT TGCGAGCCACCCAAAGGATTAACAATAATAATTTGTTGAATGAAATGGAA AAATATTCGTCAAAGTGTTCAAACGTAATACACTCTCAATTTTGAAAAAA ATCATTCTTGCTTGCTTGTGTAGTGACGGGCAACATATATTTTTACTAAA TAAATAGGCTATATACATAATTGACATAGAGAGTGAGTATCAATTCGTTT ATGTAGGACCCAAAAGTGCAGGGATGTAGACATCCCTGACTAAGCTCTTT ACATTGTATCTTGCATAATGAAAATACGTGATAGTAGAAGTACATTTTCT ACTAATAAGACGAGGACTCTGCATTTTGAAAGATCTAGAGATAATTTTTT TTATTACTTATGTATGTATGTCCTAATACCAAAATTAGGAAAAAGTAATA TCAATAGAACAAAAGACATTACTATCTATCTATCTACTCGTATCTTTTTG CATAGGTGGATAGGTAGCTAGGATGAACGTAAATGTCAATTTTTGTAGTT ATTTCTATTTTTCCACGTAAAGCAAGAAAGTTTATAATTCATATTCCGGT CTTTCACTACGTATTAACTCAAGCACATTTCCCACAAAAAATGCATTCCT TCATATCATGTTTGTAAATATACTTTGCAGAATTTTGGAAAATGACACAC TTTTCTTATGATTGCTATTCATTGGATGTACAGCCTTTTTTTGAGTCAGT ACATTTGTCATTCCTATTGAGTCATGATTGATTTTTAGATAATATGTACG CCTATGAAAAATGCATGTCTTGAAGACTTTTCTTTCCAAACATCCCTGAT GAATTTACGTGACCTTATGTTATGGGTATAAATCTATACATAAAAACAGA ATGTAATGGCATAGATACAAATATTTCAAAACTGCACTCTCGACGACAAC TTAACCCATAAAATAAATCTATATATAAGTAGATCACAAATTGAACATCC CTGAGGAGAAAGTCTTGCTTCATGACTATTTTTTAACAGTACATCGATAA TGTATCCAGAGTACGGTAAATGTTGCAAAAATACATAGATAGAAGACAAC AAGAAAATAGTTATTATTATTACATATAGTCGAAACTTGGTTTTTGTGGT TGATAGTGACTCATTATCAATGTGTGTTGCACATATGTACAATGTGTATA CGTAATATCATATAGTAATTGATTTTCTAGAAAACAAATAAATATATATG CCTCCCTACCTATGTACATAATTATAACACACACTAAGTCTGAAGAGAGG TTGAAAAGCGGAAATTGATGGTGTGTGTATGTGTGTTTTTGGCTCCATAT TTCTTCCGGATAATATTTATTTATTTCAATATATCGCTTCTGCTACTACA AAAATTAATGTAGCGTGGTATTTGAAGCCAAGTGTATATATATATATATA TATATATTTATAGTAGAGCATGTCTGGATAATTAAGCATCACATAATACA TATTTCGACTGTCAGTTGGTTTGCTAATCATTTTATAGGAAATAGACATC CTGGGGTTTGAAGAATCACCTCCAATCATGGAACTCATTGTAGATACTTG GAGTAAAGACAGGGGCGTCCACAGGATTATATCCCTACATATATATATTA TTTTTTAATTTTTGGAAAAAAATTTGTAATATTAAATTTTTGGAAAATAA AATAAAATTCAAAAATGCATTACTATTATCAAATAGTTAATTTTTTGAGA AATTTTTTAGATAATTGACATCTGTTTACAAAAAGTAAATTTTCTAGAAC AAAAATTCAAATATTAAATTTCGGGGATTTTTTTTTCAAAAAACACATCG ATTCACAAAAAAATTGAAAAATTATATTTAAAAAATATATTTTTTGAAAA AATTCCGAAATTAAATTTTTTGGAAAAAAAAATGTCGAAAATCTATAACT ATATACTTAAAATTGAAAAGTTAAACTAAATTTCAAATCTTAAATTTTCT AAAAAAAGCAAAATTCCTTCTTTTTTTTTTTTGGCGGGGMGGGGMAGGMG GCTAAAWCTTAATCCTAGATGAAGCAATAAAGTTATTGTACAAAAAAAAA AACCTCGATAAAATAGAGAAACTGAAAATCATTGAGCATATCTTAGATGA TGAAAAAAATAATTTGTATAATATATTTTTTACTGATCAGTCAAATACAA AACAAAAGGCCTAAAAATGACCAATTTTGCCAAAAAAATCTCTATTAGTT TTCTTCAAAATAAAATGTTTTGAGAGATCTCAAGTCCAAAGTCAGTTTTT GGGTTGTCTACAATAGAAAAGGTATTATGTAGTCAGAGGCGTCAACCGGG GATGGACTTGATGGCATGTAGGCCCCCCAATCAAAGAATGTTTACTTTTG ACCAAGTTCTTTTTGGCCCTTTCATTTTTGAATTTTTTTCCCAAAAAATT TAGATTGTCAAATTTTTTTCGCTGCAGATTTTGAAATTTTTTTCAAAAAA TTTAATTTTTGTGAACAATTGTGGTTTTTTGAAAAAAATTCATAAAATTT ATTTTCTTAAATTTCAAATATTAAATTTAATTTCCAAAAAAAATAATTTT TTTGTGAATTACTATGGATTTTATTATTTTTTCTCATTTTTTTAATATTT TTGAATAATTTTTTACTAAAACATATATATAATCCTGCAGACGCCCCTGG TACAATAGAAAGAAACAATTATTAAACCCAAAAGGGGCAGCCTATCATTT AGGTTGAAAATAAACTTTCAGATTCATTTCACAATAACTCACAACTTGAG ACATTAGACATTTAGAATTTATTTCATAAATATTTATTCATAAGTACATT AAATGTAATTTCCATTATTCCAAAAATGAGAATCCTATTGTTCATAATCA ACCAATGTTAATTTACAATGCATATATTTGTTACATATACAATAAAATAT TATTTTGAAGCATGTATTATATAACCAAGAAAAAAACCTTCAAATTAAAA ATAACCGTCCATCATGGTTCAGATACATACACGGATCGGAAACAGGTGTA TGTATATTTGACTGTGAAGATACATGATTTCACACTTTTTAAATTGAAAA GTAGGAAGATACATTTATACAACATCTGATAAAATACTCATATGTCTGAA CATCACAACAAATATATCTAATTCTAAACGTCATTTCCATGTATGTAAAA CCATTATTTCTGATGTTGAATTCTGATTTCTGTCATGATCTTTATTTACA TAAATGTTATCTAGCAACTACCTACGTAATATATATAATGAATAATGGCT TRTAACTAAGATACTTAAAAGCCTTAGGGMTATTTCAAACTGTGTTTTAT TGCTGAATACTTTTATACTTCTATTTTTTTTTATAAGTTATAAAAATATT TTTGACCAGTTATTACTAAAATATATTTTGATGAAAAAATTTCTATTTTT CTACAAATGCATATTATTGAGTAGATATTTAAGACCGACCCAATTAAAGA GTTTTAATAGTTATCCTCAATTTATTCCTTTGTATATAGGGATGAGGATT TATTTATTTTTGATCTTTTTCTGGTGGACATTATGTTTATGTAAATTTTT AACTTGTATAAGAAAATTGTACAAGTTGCAACAACAAAATGTGAGGGATG ATTTTAAAGGAATGATTCAATTATTGAATACCCCATGTATACATTACTGG TTTGTTTTTTTTTTTTGACTATTTTAATGCAAATTACTAAAATATTAATA TCCTGCGGCATAAAGTGCATTAAGTTCAACTGTCTATAGTTATATTACTT ATAATTAAATAATAATCATGTAATTTTAATAGATGAAAATTTATATATGC TACGTAGAACGACCAATATTGTAATTAACAGTTTCCTACAAGTTCTTTTT TGTCTCCTTGAACCTATTATACATAGACAATAACGGTAATTATTGAATGT TTTTATTACCTATACGTATGTATGTATAATATCCAAATTATATGTACATA TATTCAACAGCTTTTCTCATTGTATCTATAAATATGTACATATACTTGAC CCCAAGGGATTCATTTATACGTCTTGTAGAGAAAGTCAGGAGAGGAATCC AAACATTATAAAAAATTTATTGGCCGTAGTTTAAGATACAATCTCAATAC TTTTTAATTTTTTTGCAAATAATGAAGGTATGACATATTCTCCCATAAAA TAAATTTTGCTAATGCTTATAAAAATACTTTAAAACTTTGTTATTTTTTA TTATTTGAAACGCTTAAGAATCCCATTTACATACAATTAGAATTTGTGAG TAATCATTTAATTAAACAAATATATATATATTATATACTGACCTAATGAT ATCACTAAAACGCTTTTTCTTCTTTTGATTGCAATAATGCTCCATATTTT GTGTAGAAATTAAAATTCCTTTGTTGCATAAGACTTTTTTTTTTTTTTTG TAGTATTACATCTGGAACCCAAAAAGGGMAGTACAGATCAGTCTGAGATT TAGCGAGCAGACATATAATAAGGTAACTCAACATGTTCCTCTGATAATTT TTTGAGCTTCCAAGGTCATTAAAAGGCTTTTTTTTTTAACCGAAATCAGC CCTTTTCCCCTTCTCTCGTTCTATATATCTCTCTTTCTTTCCCCTCTTTC TTTCCCCTCTGTATTTTTCCTTCATTCTTTGTTTCTATTCCTTTCTATTC AGCCCGGTCACACAGGCTCCCATTGCTAGTTTAACAATAAAATCAACATT TTTCACAAGCATCTACTGACTCATTTGTATCTGTAGGCACTTGAACTATA CAACGAGCCAATGACTTTTTAGAAAATAGTATTTTTTAGAGAAAAAAGTA TATTATTACACACTAATGTTGTGAGGATACCAATATTTTTGAAGGAGTTC CAGTACCGAAAATAGTATTGGTGTTTTTTTATACTTGTACAAATAAAATA TAAAACAAAAAGGTCATAAGAACAACACAATCACATGACTGTCAAGATCA CACAATTAGCGAGAGACTTGCGTATTTACACCCAATGTCACACCCTCACG CCACACATGGTATTTATTAAGCATTTCTACTCAATCATACATCAGTATGA CATTATAAATGACTGATTTAAAATAACAATACTTCAAATAAGAGCAGCCC AACCCAGTTATATAAGTCTCAAAATAAGCCACAAGTGATTTTTAATGTTG TTTAATTTGGATGTCAATAATTAATACTATTGCTTATATGTACTATTTTT CATAGTACATGCGAGCCAAGTAGACTTTAATTTCAAAACTTGAGAGCCCT ACTATATTACAAAAACTCTGAGGATATCAAACATCTAATGCGATTTCAAT CAATTCGTTAGTTAAATATACATCACAGTATTGCCTTGCTGACACAAAAA TACCCTATCTATTTTCCGGTCAACTGTCGATTCTCTCATCTCACTTGATA CGTCATGGCTATTTTATAATTTATTCTTTTTGATAAATAGAAAAAGAAAT AAGTTATATACAAACTACTTTTTCTCCGTTTTCAAGAGGACAAAATTACA ATTTCTTGCTGTTCCCTCGTCCTATACACATAATTTAGCCATTTATTGTT TCTATGAAGATATTTTGACTATCATTTACAAATACAAATGTATGGCTACA CTTTTAATTAAATATTACATAGTCATATTATGATACAGAACCGAATAAAA TACCTAGGTAGAATATTAATTTAATAAAATATACATATTAGTAATTCATT TTAAAAATTATGGAGAAATGATATGACAATGATATTCTGCCCTGGAGTAA TTTAGAGATAAATAACGTTGGGTATGATTCACTTATTGGGCTAAATACAA AATGATTTGGATTTTTTTAATGTTTCTTTTTGTAGGAAAGGATGTTAGTA CAATAAAATCACGACTTGACATATGTCAAGTGCTGACCTTATTTTCTAAC TTGTAAATGACATTTTCATATGTATAAAAATAATAGATAAAATGATATTA CTATCAAAATTGATCAGGAAAAATAAAAAGCATATTCATACGAGGATGGA ATAAATCCATTTGTATGTATGTATGGTTGTATGTTCATAAAAACTAATAG GAAAGGGGAACTATGATTTTATAAATGCTACAGAGACGACTCAAGTACAC ACATATGTAGATATTAATAACAATGTGTTATTTTTTAAAGGGATACAGCA CTTTCATAGATTATGATAATAATAGTAACCCATTTGTTAGGTGTTAAAAA GAAGGGGGGGGGGGAGTAAAATAGAAGCTGATTTAACCTTATTACATGAC CTTAAAAACTTTCACTCTCTCAAACCCCTTCTGCTCAGTTAATATGTAGA CGTACTTACAAACATGTACCTATGTGTGATGTTATTTATCCTTCAAATTT CATTATTATATAGGATACGCTCATTGATATAATCTATGTGGACCTATATA TGTATATTATGATAATATAGCTCTGATTTTATGGAATTAAACCAACTTAA GTAAATCTAAGTCATTAACCATCATTAGTTCAGGTTTGATATCAGTAAGA ATACTTTGCAATATCTTTGTTGTACCCTAAAAATCGGTTGGACTTTTCCC AGGTAATTATTCCGTATTTACTAGTTTGATAAGAAATCTTTGCAAAAGTA CCCAAACATCACTTTTTAATATTTTGTTAGATAATGGAGTATGATATATC CAGAGTTTGTATATATATTTGTACAAGATTCAACTTGTATGACCAAATTG TACAAATTTCAATTTAGTGGTCTGAAAATGATTTAATTTAATTACAATAT TGGGTATTTTAATTCGCTATTAATGACTTATACCATCATTTCATTTTGGG TTATTCAATTACATGGTTATTATTTATTTATGTGTATATGACTGTGGGCT TTTGAACTCTAATTTATAAACTATAGAACACACACTTATGTAAATATATA TATACAGACGTCATCTAATTTTTTCTTTTTTTCAAATATCTAGGTATGTT CCTGATGGTTTTCTATACATTTTCTTATGCATACATGCACCCTGCTCATA AAAGACCTCTGGTACAGTTATTGAGTTAGTTTGTCCTTTCCTTTTCTATT TTTATTTTCAAACTTGAAGTTTTATTCCTATATATATATATATATATTTG ATTTCACAATATCAGAATGTGAAGAAAAAAAATCATAAACAAGTTCTCTG CAGCCTTGAATATTCATTTTTTTTTTCTCCTATTCCTTTCATGGACTACG CCAAATAATTAACTCATAGCTGATCTATAAATGTATTATTAAAGGTCAAT ATTCAATACTCATGCCACTACTAACCTAGATAGACATATAAATAATCATT TTTTGTGATGATTTTTCACACAGAGGTTATCAAATAGCTCATTTCATTAT TATTGATTGTTAATAATTGATATGCTCATATCTTGACATAGAACCNGTAA TTAGTATAGTTGTGACTCTCAAAATACTCAACTCTCCCTCAGATAGAGTA AAAAAGGAGCGTATGTTGAAGTCAAAATGGCAGGCATGAAGTAGGTATGT ATATACTTTGTGCTTACAATCATAGGCTCAGTTCTTTTTGATGTACATAT AAAGTATAAATGACATGAGGATTTTTTGTTCTATGTATGTAAGCAACTGA ATACGCTCTTTGAAGTCATAGTACTTGAAATGATTAAGATATTTCATAAA GACTTCAATACCTCATATTTTTTTAATATGTTATTATTAATTCAATTATG GATCCAAGACGAAACGTAATCAAGGCTACTCCAAAGAAGCAGCATCGCAA CTTGTTCAAAAAGATTTGAATAATAATAATAACTAAAAAACATGAATAAA ACATTGGCTAATCAAATTTATTTATATAAGGTTTTACTTTAAGGATATCA ATCAACACTACATATTGTGGTTACCTATGAAAAATATTACATAATTGCTA AGGTTGTAGTATGAGACTTCAAATCGGTCCTGTTATCGGTTTTTGAAAAA AGAAATAATCCCAGAATTTAGAACGCTCTCTTGAAGGCAATTTATTCACG AATAGTATTGTCTTAGTTTACCTCCAATTCAATTGGGTATGAACGTTATT TACTTAAATTAGTTTATAAACAAAACAACACAGAGTAGCACCGTCTTGCG CCAAACAAATACAACTCATATAATCCTAATATTATTTAATAAAAATATAT ATATGATTCTTCTCAGAAAAAAAACTGGAGTGATTTTTTTGCATTATAAG ACAACTTTAGAACAAAATGACTATAATATATTTTATAGGTAAGAATAAAG CTTATCAAAACAATTCATTGCAAAATAATTATAAATGTCTTCTAAATATC ATATTTGACATAAAATGATTTTAATGCATTTTTTCATAATGAGATGTACG ATCAAAAGATGAGCTTATAGGATAATTCAATTTTTGCATATGTAATTTTC ACATCATATTTCAACTTTNAATCAAAATTTGAAAAAGTTGTAAAACAACA AACCACACTAAACAAAAGTCAAAACAAATAAAAATGGCTTGAGTGKGTAA TTATTTTTGTGGACCGTGATAATAAATGATACGTACATCTAATTAATTGA TTCGTTTCTTATACATATTGCAAACAAAAGATAGTTAGACACATACATGG AGTGAGGAGTAGTATATACTTGGATATACCCAATACCTTAATATATTTTT AAAGGAAAAAAACAAAAAAAACTGGTTATCCAACTGCACTCATCAAACAA TATATATATTTATATTATCCAGAAAAAAACTTACTTAAATGCATAACATG TTTATGAAGAGGGGCAGGAGAGATGGGGAGGAAAGGTATCTACACAGATT GTATGTGCCTAGTGCCTACGAATACATAACATGTAACTCATGAGACATGT TATTAATAAAACAAATGATATAACGTGTACATTATATATATATATATGCA TTGTAATCGAAATGGGGTTCTTTAAATAATATAAAGTTTTTAGGATTTTG TATCTTCTCTTAGTAGAACGTCTATTCCATATATATGTCCTATTTGTTTT TTTCATTAAACTTTTTAATAAAAGTATATTTTAACCAGGGCTCTGGAGTC GGTACATAAAATGTCCCAATACAACATACAATTTTACAATAATATATTTT ATAGCCTATTCAAGTACTATTGAGTCATTTAAGTCTAGAAACTATAAATA TAGATTTAATTTATAGCAATATGTAGTAAATAAAAAATACTTTTAATTTA AAATATTTAACGTGATGAACGAGTAATGAAATGAAATGGATCTAAAATTA TCGGGCTTATATTTAATGCTGGTTAATTCATAAGTACTATCTGAAAATAA TTTTTGCACTCGTAACCGAAGAACAAGAAATACACACAACCTCTCACTGT AACATTACACTTTACGCTCATGAGTAGTTACGCCCTACCCAACATAATAA TTTAGAATTTAAAGGTATTTGTTATTGTATAAACCATAGACCACGTATAG AAAACATTTGAAATTTGTAAAATAAACTTATAAATGAGTTTCAACTTTCA AATTTAATAGATAAATTTTACTTTCAATATAACCCTTCGACTATAAATAA GTTTTATTTACATACATTTTAATCATTTTTGTAGCCGGAGTTGGTTCAAA TTTCTCAACTCCTGCCTCCAACTTTGCGGCCCTGGTTTCAACTACCATCT GAATGATTAGTTATAGGACCTACTACACATCAATTTTGTACAATATAGGT CATTTTTATGTTATAGTGACCACTGTCCATGTTTCATTATTCATTAGAAG ACGCTTGTATCTTCTATTTTTAGGCGAAAAGAATAGAATGGATGTAAGTA TTACTTATGTATATATAGAACATTTTTCACTGACGTCATAAATTGTATCA TAATTGAAAGAAATGCCATCTTAGGAGGCTCAAATTTGATATTTTTATGA CGTAAAATGAACAAATTTTCAATAAACTTTGATTAAACTCCATCAAATAC TTTAAAAAGGATACAACTTCAGCCAAATGATAAACATTGATACTTGAATT AAATCAAAGTAATGTTGAAACGTGTACAATTTGTTTTTTGATCAATTAGG TACGCGAAAGGTAGGATAATATGAGTAAAAATCTTATTATGTCCATTGCA ATAGTTAGTTTTTATCTACAATATAAAAATAAAAATGTACAACATTTTAA AAAGGAAGTAAGAGTCATGTCCTTTTACTTTTTTGGTCTCATGTTGATAG CCTCCATTTTCCTTAATCTTAATGAAAAAAGGGTCTTCATTATTATAAGA CTTGGTTGTTTAGTACCAGAAAATGGCCGACATCATCCATTCTAACGCTG CATGAAAACGCTCTATAGTCTTAAATTGTATATCCACAATATCCATTACT GGGACTGCCGAGTCAATATCACTTAATGGTCCATGCCCCAATGGATTCGA ATCTCACCTTTTTATGGTTTATATATATTTATTAAATTAGTCGGGAGATT TTAATTATCATGACCTCATGAGATAAATAGACTCACACTTTGATGTCCCA CTCTGCTTCTCTGCATGCATTTTCTTCATTATCACACCTTTTTATTATAT GTAATTAATGACCCATATTCCAACAGGAGTATAATTGATATTCTCCCACT TTTCGTAACCCAAGACGAAGTCAGATCATTTTTTTTTTTTTACAAAGAGT AATTAGGATGAATGAAATAATATATGGATACCTATAATGTCTTTCCTTTA TAATCAAAAGTGATGTAGCTTTTATTGTTATCGTGAAAAAGTATCATATT CCTTCACTTTCAAATTTTTTTAAGGGGTCTATTGTCCAAGACTTAGTAAC ATTACCTGCTGCAGTAGTATATTATATATGTTTATAGTATTTGACTTTTT GAAAACAACCATCCCCTTAAAATATCATCTGTTAGAAAGTGCAACTAATT AGCAAGTCTCTTTACGAACATAACCCTTTTAACAAATACATACATATGTA CACAGTTGTGAGAGTCGGATAATTTCTTAGATGAAGACAACGGATAAGTA AATTAGTTACATCTATGTATGCATAAAATATCTTTCTTATTTTAAAATTA TGAATATAGGGGAAGTTGTGAGGCAGTCATTAGCGGGCAGTTCAAAGGTG CTGTTGTCGTTGGGAATATAAACTCTAATATAAAAACTGAAATGAAATGA TAATTATACATTTTGATGTAAAAATGCATGACTTTGCATTTCCTGGAGGT TTTTATGTTTACAATACTTTAGAGTGTTTTAATTTTAATTATGAATATAA TCTATGAATCGTTTTATGTACATACATATTAATTGAAACTTGTTAACAAG ATGATTTGAGTGCTTANGTGCATGGTATTTATGCTCTATATTTGTGTCAA TATATAAATTATTATATAGGCAGAGGTAGGTAATCTTAAGTAAGGGGAAG GATCGTTGAAGAGAAATAATAGCTAAATGCAATATTCATTATATTGAAAA TCAAAATACATTTCAACTGTATTATTGTTTTTTTAATTATTCAAAAAATT TTGAATAATTAATTTTATAGATAGAAGATATATATTAAGTAATACCAATG CCAACTTGATTCACTGCATTACTTGCTATAACTTCAATATTTTTNATCTA ATTTGTATCAATAACTTTATACAAAACAACACATGATATTTACTTTTCAC ATATCAACTTAAGAAATTTAAGATATAAATGAAAATAAAACAAATAATTA GCATAAATAAGAGAAGAAATAGTCATTTAACTATAGGGAATCTAATCAAA AATATTGAATATACATTACTAATTTGTGGAGCCTTTTTGGTTCGAGTCAT GGAATTCTAGACACATTGGAATAATCATGAAAGAATTGATTCAAAAATTA CATGGATTACATTTTCTTCCTTTTTTTCAGTCAATCACTTTTTTTATATT CCCCTTATCAATACGGGAATACAAAGTCTGTGCAATTATTCCAGGTCTTT GGAGCTCACAGGCTTGAAGAGAAGAGATAAAATAACATAAAGGAGTCAAA GGAAACAAAAACTATAGACAGTTTGGCATAATTAAGTAACGGTAGATCAA AACTTTATGTCTGCGTTATAGATACATTTGTAGAAAGTGGTAATAGAGTC CAGATTTAATTTCKGCATTATATCTATCATTTCAAGATTCTCTAATATTA AAATACATCATTTACTCGCTAGTTTGTAGCATATACAAATTAAAATAATT GTACGATATCCAAAGAAAAATATGACGTTATACCTTAAAAAATTTTACAC CATACCCCTTTCGCCATTTCAAGTCAATGGCTCAATCTATACCTATATTT ATTTATTATCTCTTCACCGTTTTGGTTTTGCTATGGGTTTGTGCAGGAAA TATGATTCTATCTACTCTCTGCATGGGACCTATTACATAATTGTCATACA TAAGTACATTGAAAAGATTACTATCTAAAATCATATGTTTACTTATTAAT TAATTCGCCAAGGAACACCATACCTCACCGACACACGAGTACATACAATG AAAGAAAATATTTCCGTTCTAGACGTTTCTATATTTCTTCTTGAGTTATA GCTCCATCAATTAGATTCGATCAACCTGTCTACCACCCTTGTTCGTTCTT CTTCGTTGCAAGACTCATAAATTCAATTTCAACAAAAATTTAAGAACAAC CCTCCTTCTCACCTCGCTTCCAACGATTTGCTATACATATACACGTCTAC TTCGATGATAAATGAATAAAAATAATATACGATCCTAAAGTTGTTATATT TTTTTTGCAAAGAATCCAATTGCTTACTTCGTTTTCATTCCAGAGCAGCA ACACAAAGATATGGCTCATAAATTTTGGCATTAAATATTCACATAGCATG CAATATCGCCTTAGTAAATGTATCTACATACAGAGTATTTGCAAATTTAT ATGTATTTATTTGTTATGACTTGTGCATGTTTTCTCTTCTTGAGATTTAT CTTTTTGCACTGTTGTTTTTAATCAGTTAGAAAATACGTTTCTTCCTCAA TATTTTCTCCTTTGACAAATTTATAAGATTTTTTTTGTCTTTCCAGATCC ATAAATCAAGCTCCTTTTGACTAACTCTTTGTATATGCCTCTAATTAGAA TTTATTATTTTCATCCACCTGTGTATATGTGTACTTTTGGCAATCAGAAT GAATTAGCAAAAAATGGACGTCTCTTTGATGTTATCGAAATATAGATGTA TTAATTAATCTAACTTCTTTTTTTTGCATTGCTTTGAATTGGTGGCTGTT ATAATGGTATTTAGGATAAAATATATTGTACAAAATCCTGGTGCATAATG TTATCTATCTGAACAAGTATAATTATAATTTGTTTGCAAACCCAGGCAAA CAATTCATTTTTATGATTATACGTTATGCATTGAAAATACACTTATTTTT CCTTATTTTTATAAAAATTGTATTCATTTACCATATGGTTTGGAAGCTTC CGTTAAGGTGCTCATATCATTAAAGAAAACAATACAAATATTTTTTTATG TATATAAAGTGAATATCAAAACTTAAGTAAAAACATAGTTGGTTTTTTAT TAAATAACTATATTCATCTGACTACATTTTAAATAATGAAATTAACTTTT ATAAAAATATTTAAAATGAGTAACATAATTTATAATTATTTTGTAGAACA AACAAAGAATTGCTGCAAATGGTTAGAGTTGAATTTAAAATTAGCTAATT TTGATTTCCCTATCTTGTAAAAAGACGTCAGTACAATGGTATCAAATTAA AATTAATTAGTCAAACTCTGTAAAGTATATAAAAGGCAAAAACATCGTCT CCATCCGATTATAATGGTGATTTCTTTAGATCTGCAGGTGTAAATTACCT AAAGAATTTGCACAAGTGTTGCCTCCACTTTGAATTCGACTTTTTTTTTT TGCAATAAAGTGCACGAMAAGCCAGTTTGTGGACGATAGTTTCTTTCCAT ACCTTTCTGGTATGACATTAGCAACCATTTTGACAATAGTAGAGTTGATG AAATTAGGCTTTTACAGAGGTCTTACAGAAGAGGCAGATATTATTATCTT TGTTAGATTTGTTCTATGGAGGGAGAAATTTGCAAGTCTAATCGTTGATC ATCGTCATTCTACTAAATACTTTTTTGTAAATGTATATAAAAAATTAAGT AACAGAATAAAATCTTTTGGTACTTGCCAATTTAAATTGAAATAATCAAT GCATTTCCATGCATATGCTTTTAAATCCCTTTTCAACTGCTGCAGGTTAA ACATTTGACTAACGTCATCCACTTATGCATACCTTAGTGTGTCAAGTGTT GGCAAAAAAGGTTGTAACACATTTATAGGTGAGTTTATGATCGTTTCTCT CTTTAATTACTTTTTAATTAGACTTTGAAGCTTCACTACGCCCTATATTG GAAATGAAGGAAGCAATGATCTCAAGGTAGATTTCTTGAGTATTTTTAAG TTCAAGATTGAGTTTATAATCATTAAGTATGGCAAGTACTTCCCTAAAGG CATTTATGCAAAAACATATGTAATAATATTGTATACATATACATACTTAT TGAGGTAAAGGGTGAATTAGAATCGCTCTATTGGCATATTTATGATCAGG TAATATTCATAGTAATTACATTTTATTATGATTAAAATCTTTTATTTTCC TTCAACTTTTATACGAACATTGTAGCAAGTATATAATATTGACTTTCCCT TCAAAGCAACTCTTCATTCTGCATTATTTATGGGTACTATATGTAGGAAT AAGGCCCTTCAATTAATTTATAGATGAAGATTGACGGAAGAAAATTTGTG CAAAAAGGTCAATTCCCTAATTTCTAAAGCCATTTAACCAAATATTCCAT ATTATTTATGAAGCTTTTGTTGTATATTCTACGACTTGTTATTAGAACTT GTATATTTTTAAAATAATGAATCGATAAATGTTTCGTTGTCTGTTGCAAA ATTGGTGGGAACGAACGAGAAAGTAAATATTTCATTGGAATGGAAATGAA AGAAATCATTTTTTATCTTTTAAAATAATTTTTTGCAAATATTTTATCAA ATTTCATTATTTAAGACGTCCAATTAGCTATATATGTATATAGCTATATA CTTATATTTGGTTAAAGAAGGACCACCCTCAATGGACATTACAGATCTAA TGATATATGTACAACTTACATATGTTGCCCATCAACACAAAAGAAAGCTA TAAAGATTTTTCTGAAGTCCAGCTTATTTTTGTATTCATTGACGAATTAT CGTAGATTACTAATATTAAATCATTATGATTTATCCTTTGGAGGGTCTGC AAATTACATTTAAAGGGGCAATATTCAGCGTCACTATTAAGTTGTAATTT TAAAAATATTTATTTGATTCGAAGGGCAATATAGGTGATTAAATTAAATT TTACACTCCAAATAAATGCTTTCAACTAGGGATACCGAACCTTTCTTTTA TTACGACAATTTTGCACATTAACTTATATTTTATCTGTCTTATTAATCTT TAATTACGTGAATGATTTGTTTATGAAATAAATATGATTTTGCCCTTTTT ATGAAAGCAACACAGGCGCATTTATAGTACCTTTAAAAAATAAAATATCT TTCGAGTGATATAATAAATAAATGAAATTTTGAAGGTTTTTTGAGATCCA GTGTTTGGCAAAACCTTCATTTAGACTATGATTAACATTCTTGAGTATCT CGACTCATTCTCGAAATTTGAATGTTAAGATTATAGCTGAGCAAGGTATG TCTATGATAAAAAAATTAATTGGATATTTCTTAATTAATTTTTAAGATTT TTATTTTGTTTACTCACCACAGAATCTGTACACATATGTAAGGAAATTAT GTATATATTTAATATTTATAAAGTAATTTGTATGTTGGTACGTATATACA TACGTTATATATCCAAGAAAGAAATAGATACAATAATAATATGAAAAGCA ATAATTCTAGCGGAAACAGTTTTTATCTCACAGGTAAAATTAACGATTTA TATTCTGCATAGCAGTAAATAGTCATTGTTATATTATTGTTAATATGAAA CTTTTATGCGTATTTAGATAATAATAATAATGAGAGCTGTGGCGAAGTCA TGTTGCTCTTTTAGATAGAGTTGTAGAAAATATGTTCAAAATGAATGCGA TTCTTTTTGTAATTGCAACAGTGAGTTTTTCCCTCCAAGAATACAATCAC TATTTTTTAATTCTTGAGAAGGAGAACACTGAAATGAATTTCATTTCAGG GTTTCCTGATCTGAGGTCGTGGGCTTATGAATTACAAATAGTAACACTAT CAGTGATACTGGAGGAATTATTAAATGGTAACATCACATTATATAACTAT TACACGTATTCTAAAAAAGTGGGGACCAATGGCCCCAATGATTTCGGCAT GAACATTTATGTTTTTTCTGGAAGTTAAATGTGGAAGTTTTTTGTACACG GAGTAGAATTGAGAATTGACATTGGGGTCATTCCTGTCTATATCATTGCT AAATACAGATTGGGGTTTGTGTGTTGTTGTTTTTTTTCTTTATTTAGGTT CCTTTAATTTATTGCACTTATTAAATACTAGTAAACATTATTGTAGTACA ATTGTTCCATTTAACTTGGGAATTGTCAATGAAGTCCATATCCATTAAGT ATAGTCCCTTCTCTAGGAACGATCGGGGATCGTACCTACACACATCGAGT TCAAGAGAATAATTTTCATTGGGCTGCATTGTTCTTTTGTACTCTCTGAG TAGTGTGGAAGATTAACATTGGAGTATTTCCTGTCAATTTCTGTACTAGA TACAGAATGTGATTTGTGCTTTCTTCCTCGTTCATTCACATTTGCTTCAA ATAATGTAATAAAAACGTTATGAAAAGTAAGCTGTTCTCCTCCCAAACTT TCTTCAAATTGTCAGAATTATCATGTTCATTATCGGAGTATTTTTTGCAT AGAAACAGGTCATACTGATTATAACTCTACTCATATAATTAAGCAGGGTT ATATAATAATGTTTATCAGAATTTTTTTATGTACCTATGTAAGTAGTGCC CATCGCCTTTTCATTTTCTTTCGTCTTTTCCATCAGTTTTTTGGTAAAAT GCAAATAATAATAACCAAAATAATGAAAGAATCATCCAGAAGAGAAAAGT TGAAAAAACATGTTTGTTTCTCTGATCTATTCATAGTCTCCATATATGTA TACTGTATATTTATATACATAGATACAAATGTGTTTTCAGGTCTTCTCCT TTAAACGATGAAGATCGTAAACAATCTTGTTTTTCCCCCTCTCATGTTTT TATCAACAATTTACATAATTTTTAATATATATTTTCTGGAGGATAGAAAT TAATTTCACATTAATAAATGGACCACAAAGGAATAGCTCAATATTATGTG TTCATTTTGGATGCTTACATACACATAAAGTAGTGATGCACAGGTTGACT CTAAGCACAAAGACTCACGAATMCCCTTCGAGTCAGGTCAGACTGTGTAT TTCGAGCCGCACTTCAAATAAAAATCCCTTCGTTCATAACTTAATAGTTA AGTGTTTTACACTTTTGATGCCATATTTCTTAATATCTATAGTGCGTGTA CACGTATAAGTGTATATATTGATAAATATATATATAAATGATATGGGGAG AAGTTGTTCTCACAACAATATTATTTATATATGTAATTTAGGCGTTCACA ATAGATGTCATAAGCCTCTTTTACAAAACATAAATATTCCATTATAGGGC CCTTAAGCCTTTTACAATGCAGTAGGAAGTCAGGCTTTTACATGTTTCTA TGCTGCACATCGCACTCATTTTTTTCAATCATAGCAGAAGTAACATTTGA ATATGATGTGATGACCTTTTTTGGAAACTCACATTGAACGTAAAGGATGA AAATGGTGGGATCTGCCATTTCTGGTACATGTTTTATATAAATTGGTGGG AGGATAAAAAGTTCAACTAAAAAACGTTACGCTACACATAAAAAACTTTT GAATGTACTTTCATCTTGAAATATATTAAATTGTGAGCTCAAAAGGTCAT AGTCAATTTAATGAAATAAACAGATAAATTTACAGTGTGTAGCAACATAA GGGCCTTCTTTATAATGTGGGGCAATCAGACTGTAGAAATCGTAACGAAG TGAACATGGTTTTATTCTAGAGGCTCAATTCTAAAGTTGTCTTGGAAATA CAGACAGTTGTTATGATGCGTTAGAATAGTGAGGAACGTGTGTTTGACAT CAAAAATAAATATTGTCCAAAAAAGTTTTACCAGAATATTTTATCAAATT AAATTAACTGAAGTTTAGCTTGTTTTTAGCTTTAGTTTATTCGTGTGATT TATAAAAGTCCGTTCATATCTTCAATTTTTAATTCACAAATAATTATTCT TTCTATTCAATTTCGGACGCAAATAAATCTTCGGATACTTATGCTAAAGA GCTTAAATTGGAACCAGATTTCTTCTGGAAATGACAACATTTTTAAAACT TTATTAAAACCGCAATAATCTAAATATTTTTTCAATTAATCGTATTAAAA TATAAAGTAATATATTTTATAAATTAAATTTTGCTTCTTTTTGTATAATA TAATTGCCCCTAACAAATATATCAGTGAAAAGTTATTTAAAGATAAACAA AAAAACACGGGATATTAAAATACCAGAGTTTAGTGTATGGACAATTGTGT GACGTCATATATCTGATATAATTTTTAAAACTGTGTAAAATAATACTTAA AGTATACTATCATTATTTATTTTAACTTTTCTGATATATAAAACTTGCTT TAATACCATTTAGCGGCCACGTACATTGAATATAAAAATATTTAATAAGT ATAAATTGCTAGAAATAATGAAGTTTTACATTTTTGTTTTTTTCCAATTT GTGATAGTAGTCAATTTAGATAACATGTTGCATAGTTCAAAAAATGTGGG ACATGTGGGTTCTAATCAAATCCAAACCCACAAATCACTACTATGTATAT AGTTAAATATTTTCATTTGTACAAATAAGGACATAAAAGTATCTTGTTTA GACTTTCTCTTTAGAAGTGTTTATTTATTTATCCTCATAATTTTATCAAA TCATTTCCTTAGAGAAAAAAAGAACGAATCTTTGATTAATTCTACTCAAA TAAGCACGGATCTCATTGTATATTTTTTAATTGACTGAAATTAATGTGGA TTTAGATAATACACATATCTACATATATGTACATATATTGGGCATGGGGA CATGGTAAAGATGAGTTTCTATTATTATATATAATATTTTATTTTTTGGT AGATGAAAAAAATATTACAAAATATTATACAAATACGGTTTTCTAAAGGA AAAAAAAATATTAAAAATATACATATGTATATATGTAGGTACATTTAATA GAATTTACTTGGGTATAACAATGTGTACAGTATTCCTACATATATAGAAA ATATGAATAATTACATAGAAACTTTCACAACACATCACGAATTATAATAA TTTATGTGTAGGTATCTATACCAAAATAAATACATCATATACATACATCA GGGGCATCCGCAGATTGTAAGCTGGAGGGCCCCTCCCCTCTCCAATAAAG GATTTTGGAAAAAATTTCAAAAAAATTTAATATTTTGAAACTTTTTTTTA AAATATTTTAAAAATCCTGCGAACGCCCCTACAGGCCAGAAGTCAGTCAT AATGTTACTATTTAAGTGTTGCCTCTTCTTAACTGTATGGACCTTTAATG GATTTCATTATGTTGCGGGCAGTCTGCATGGAGATACCAACGTTCTCTGT AGCCTTTTCGTCATGTGTACTGGCGCAGAGGAGATAGCACACGTATTGAC TTTTTTGTTCCGTCATTTTCTCACTTAGAGACATGAGATAGAAACAAACA TGGCTTATTTTTGTTACAGCTGTCGATTGGTTCCATAATAAAAACCTCTC TGTTAAAAACTACGGGAATACCATCATAATTTAATGGTTTTTCAAGTTTT GGGACCTAGATGCTTTTTCCATACCAATGTTCCATCTAGACATAAACAAA TATATATTAACCTATTTTTCCAGACTTTTATCTAGTATAAAAAGTACTTT AATAATGTATTGCTCTTACAATACGTTCCAAAAAATTGCGTTCACTAAGT ATATAGCTAGACTTTGCTAACGGTTGATTTTTGTGTGACATTTATGAGAC GCTTTGTTCAAGTAATGATTCATGATATGTGCTCTTTATCTATTCATTGC TTTTTGCAAGCAAGTAATAAAACAAGGCAAATGTACATTTACAAAATAAT AACGACGACACTTAATGAGCATATTTTTGGTATTTCGTTGTGTGGTAATT CTAATAATAAAAATCAAATATTAATGATTCGTTGGGGTTTTTTCAACTGT TAACTTTAAAAAAATGTAAAATATATCATATTCGTACAAAAGTTGATTGC GTCTATATATATATACTAGACATATTGTCTAGTATGTATTTATAACATAA TAAGTTGCATGATTTTTTTTCTCTAAGTCATTAGAAATTTATCTATCAAT AAAATAAAAAACATATAGAACTTTAGTGAGTAAAGGAAAACTTAAGAAGA TGTTTGTGAATCTTTTTAGGGTCTTTATTTTTGCGTAGAGCAAACAAAAT CAAAATGAATCATATTTGAACTTATAAAAAATATATTTACTTTTCTTCAA TAGAAAGACCCACGCAGCTTTATTCAGGATATGAGACACTTAACACGGGC CCAAATATGGTATTCCTAACTTTTTGTAGTAGTACATATGTGTGCAAGGG AAGAGAATAAACATGTATATTACCATTTGCTATGGATCCGAAAAAGTGAT CATAGAATATTATCCATACACATGTCACTAGTTGTTTATTTCACAAAAAA ATTTCACTTCTTGGTTGGGGGGYGGTAGGCTAATGATATTAAGCATTGAG TTCCAAAGATTTATGAATGAATTCTAACTTTGTAGGTAGGTATATTTATA TAAATAGATCATTTCATCATATTTGAAAATGCAGTGAGTAATTGTGTCCT TCATGGATTCTGAGGAATTTAGAAATTACATACTAATATGTAAGGATTTG AATGCACTCCACTTTCCTAATGGGTGATGCAGTTTGATTTGGATTGTATT TATTAAAAGAGTTGCATAGCTAGAGCTTGGAAACCCCATCAACTCAAATT TACTAAAGCCACTCTAAAAATTAATCAAACTCGCCCGAAAAATTTTCTTA AGAAATTGACTTTACTTGAACTTGAGTAATCAAAATTGGACACATTTGAG TTAGGATTAGTCAACTTTCTAGGATGATCACTAAAAAAACACATACAAAA TACGATAAGGTGTCTCCTTCTTTAAACTACTTTTATAAGCACTAAGCGAA TATTCCTGCTTAGGAAGTTCAATCCCATCTCATTTGAAAGGCATACCCCC GGATTCATGACCCAACAAGTTGGTAGAGACCAGAGTGCCGCTTCAAGAAT TTGATAGATTATAATTTATGAAGCATGKCTTTAAAATATTTTAGAAACAA TGTATCCACAATTTGGTGGACATGATTAAAGAACATGAGTCTCTCTATCT TTTCACAGAATTTTAAAACCGCAAAGATAACATTAACTCTGAGGAAGTTC AATCCTTTCATTGAGATGATATGTAGTTTCGATTTGAAACATAGATTGTT ACAACTTTATCAAAGAAGTTAAGCTGCAAATTAAAGGAGGTAAAAAGATT CTAAATGTACCATTTACAATGAAAAGAACTGTTCTTGATGTATTAAAAAG GAAAACCCATATTACTTATGAAGAAATTTTGAAAAAAACTCGAATGTAAT TAATTTGGTATGTTGTCCTAGGAACGAACTCGACTCGGCTTGACGCAGAA TTCAAGAACTTGATCTTGCAAATTTTGAACTCGGATCTAGCGCTAGTATT TTTTACAATATTAAGAAAATTAGTTAAAGAATCCATCAGTGATATCTGTT TTCAATAAAGAACTTACTACGAAAAAATTAAGAAATTGAGAAACACTATG TTCTAATAAGGAAAAATATAAAACGCAGGTTATCTTTTTCATTACTATTT TTTCATATTTCGAATTAAAAAATATATATATAATCTCATTAATACCTATA ATAGACAATTAATTGATGCCTCACTATTTGAGAGAATGGATGCGTACATA TTGTATAAATCTTGAGAATACTTTTAATTAAATATGTCAGCAGTGGGTTT CATTTATCATAAAAGAAAATTATATATTAGTATGTATACATAAAAACAAA AAATGATCTTTCAAATTCCTATTTCTTATAATGTATTGTATTTGCAGTGA TGGTCATGCTGAGAGCAAGAGCCCATCAAGTAACTTGAGCTGTTACATAT MCCTTACATTAATAAGGCATCCATTCGCAAGCAATACTAATTTTTTTTTT CAATCTACAAATCTATGTTTTAGAATTAAAATATTATATCTTCTTCAAAT TTCAAAATTGAGTAATCATAACTGCATTCATAGTGTCAGCTTATCTTGAG CAGCTTGTCCAACCCCTTGAATATTTTCATATAGTATTGTTCAAGTCCTG AAATTTGTATTGAACTCATTTACAATTGTAAAATACATTTAATTTATTGT ACAATGTTAAGGCTTTTCTTGAGATCAGTATAAACTAGATATTGAGTATT GAGTCTTAGTTATCGAGTCCAAGTTAAGTCGCAAGTTTTTAATTGTGAGA TCAAGTTGAGCCGCAAGTATTGTTGGACTAAAATGACAGTAGTCATATCA GTCCAGTCTAATAAAATTTGTAATTCCTAGAAACGGCAATTCGGGGTTTT TTATAATAACTACAAAGGCTGAAATGACCTAAATACTAACTATTTGTTTT CAGCTGTTGAACAAAAGAGACCAGATACAGTAATCAGTATCATGTGTTAT TCATTCTAACTATCATCTAACAATTTTCTTCGTTGATATATTCTTAAATC CGAGCTAGGAGTAAAGAAAATAAAAATATCGCTAAGATCGTTGGACCAAT CAATCGGTCCTTAGAACCCTTGAATGGTAAAATATATTTGACCAGTAAAA AAGAAAGAATAAAGGGAGGGGGAGTCTGATTAAGAAATCAGTACTAAGAC CGATCCAAAACTAGTTGCAAGTCTTCACAATATGGACTCAATTCCATATG GAGTCGTAACTTTTTATAGCATAAATTTAAGTGAGTAAAAAATGGTATAC TACCTTTCCAGAAACATTTTCAAATATCCTAATAGGTCATTTTTTTTTTC AAAACATCGATATACATCATATATTTTATACCATATTTCATAAGGAAAAT GAATTCTACAATTGTACAGCAGGCATGGTAATTAAATCATGATTAATATT ATTATTTCATTTCCTTCTTTCTAGTTACATTTCTGATTACAATACATTTC CCTTTTTTCGTCTTAACATTATTTATCTCTCATTATAATTAAAGGTAAGA TAGGAATGGACGTGATATATCTGGACTTTTTGTCTAAGGCTAAATGAATA TACATTATGAAAAAAGATCATATAAAGAATATATTTCTTTTGATACTCTG TGAGTGTGTGTAATTTAAAGGGCGTTATCCCCCTCTCCCCCCGAATAACT AACTTTCACTCATTTATTGGGGAGAGGGGGAAATGAGGAAAAATAAAAGT AGTAGATTTTTATTTATTTATATTTGGGTTTGAATGAGTCTTGTTAAGGC TTTAACAAATGACTATAGATTTTGTAGGAGAGGAGGAATGACTGATCATA TTTTTTCCGTATTGTTATTGAATGAAAAGTGGTTACACCCCTTATAAAAA ATCCGTTAATACATCTGTTAGTCAATTGATTTTGCTTAGACTCCTCGAAA AATAGTCTATAAAGGAAATGCGCACTCTTTTTTCCCTTCCTTTTTATAAC CGACACAGGGCTATTTTTTAGAGTGAAATAGAAATTAATTGAAAAAGATA ATTAAATGAAAACAATCCTATAATGAATATCTTCAGGAATTAAAAGCATT TTATGGGTTGATTTATTTATTTTTAGTCATTTTTCTTCATCTTAACTATT CGTCTAATAAATAAGGGTAAATGAAAAATCGTCCTTTGTGAGTAAAAATA GAAGGGGAACAAAAAGTCACGTTCCATATACAGAATATTTTTTGGACATC TTAAAAAAACCAAATTTTACTCTCTCGAAAGTAGTTACATCTTTCAAGAA TGCCAATTCATTCAAAAGGATATTTATCCATGTTCCATAAAAAAGACTCT ATTATTTACTTTTCTTAAGACGAAACATTTTTATTTTCAACTCTATTTAA TCCCCATTACCCCATATTTTTCCCTGTTGCTTCAGACTATTGGTGTATAA AATATGACCTAGAAAGAGTGAGTAGTGTTTACTTCCTTCCTCTTATAGCC GCTCGAAACGTCATGAACCTATGACATTATAAAATAATAACTCTTAATGA AAAGTAAGAGAGAAATAGGTTTCAACTATAATCAGATTGCTTCGCAATTG ACTTGTTCCTCCAAATATGTAACCATTGGAAGATAAAAGTAGGCTTGATA AAAATATTATTCATTTAGAGGCTTAATTGGTATATTTTCATTTTTTTATT TTTTTTTATTTCGAATATAACTCATTTTCTACAATTAAACAAGTTTCTTT AAGGAAAAAAAAAATTGCCTCTTCAATACCTATTTGAAAACGAAAAGGTT ATTAATATTTTACAATTGAAAACTTGAATATCATCAATTTAAGAGTAATA CATAATATATATATTTTTTTAAAGCTGTGTTGTATAGCTCAGCTCGTCAA ATAAAAACAGAAAAGAAAAATGGGTAAATATGTATAGTGCTGAGCAAAAA GTGTGGATAAATAACTGTTTTGAAATTAGAAAAGAAAAAACGGTTGTACT TTTTCTTTTTTGTTTATTCTTTGACAAACCCCTTTTAACATCTCCCTCTT ATAAAACTATAGTTTAGCCACAATCTTAATGCTCTATAACTAATTTTATT AGTAAACTGCCTATCAAAGCAAACTATTTGTATACTAACTTTTGTGTAGT ATTATTTGAAATATAGAAGATTTTAATTTCCAGAGCAGAAACACATATTC CATTATCCAAAATCATAACATAATAGGCAGTTGATTTCTAAAAATAAACC TTTATCAATAGTACCGAATGTCTTGCATCCTTTGTCAGACCCATATCTCC GGACCTACACATTTAAAACAAAATCAAAGTTAATTGACGCCTAATAGCAT TAAGCAACGCCGGTTACTCCAACTAGTTCATTTAATAAATTTGAAAATAC AATAAGACATTATATTATTAAATGATATTTTATACTTTGTATGGTCGTAA AATAATCCTAAGCCCCTTGTTCGTTATACCTTATTGCTGTTTTTGGTCTA TTTGAGGAAGGTAACGGCATTTTGTAATTCACACAAACTATGAATAAAAA ATGCACTTTTTAATCAACCAAAGTCTTATAATAGTAAATAATTTTATGGG AATTTCATTTGATTTGTGCAATTTTTATTGAATACTTATCGCTTTGTTTC TCTAACTTTGATTGCAAYCAACGGTAACAAAAAAATAATAAACAANNAAC CACACAATAACCCTTTTTTTTTTACTTTWATGTATGATGTTACAAATTTT TAAGCAGCATATTTGAACACATTTATCATAAGTRTGCATCGAATTAGTAT TGTTTTTTTCACCTTCAATATTCATCTAAAGTGCTAAAAAAGAGAGTTCA AAATGTGGTTTTTTTTAAACGAATGGGTCTTAGTATATGAGGGCTAACAA AGGTTTTGAATCAATATAAATTGATATTCTGCTTTTTTGAGGAGAAATAT TTTATTACTTTATAGTTTTCTTTAGGGTAAAATATATTTTTATTCGTAAT TTGTGTATATGTAGATATATTAATACCATAAAAAAACATTTCTGTTCAAA TGGTAAATACTAAAGGGAAATTCATGTTTGGAAATATCAAATAACAAGGA ATACGATATGTATATTAAAAAAAGGAAGGAAATTCTCTTTTTTTTTCCCT TGACTACCACCATTAAGCCTAAAAAAATGTCTACCATATATAATAATATT AAAAGCCTGAAGGGTTAAAATTACATAGGTATATACATACATTATTCTCC CATAATAAAAAGGAAATTTTTCATGTATTAATTAAAGAAAAGAAATGAAT TTAATGTAGGTATGTATGCTATATAAGTATATGCAACTCGTCAGTACATA AGTAGGCTAGAAAGATTTTCTATATAATTGAGTTTACATTCATATTTTTC AACAAACTATCTTCAATTTATACAATCAAATTACTCTGATTAACCCTTTG AGTGTGCCACAAATCCTAGTCAAAATTCATTGTCATAATTGTGAAAATAG GTTATATTTGAAAGGTCATACTAGAGCCAACAAAAGTCTTTTGAATCAAA TAAAGGTTTTTAGCTATACTTTATATTTTTGGATTTCTAAGCTAATCCCA TAAATTTGAATAAAAAGCATATAATTGATTGAAATATGTCTATAAAATAT TGGACTTTATATTTCGGCGGTTTGTTTTTGAATTTTTTTTTTTTTCGAAT TTTGATTATAAATAGTAGCGAAGAGTTGTGATATGATATTAAAATTACCC ATGCCAAATATTATTGTCCTACGAGGTCATCTTTAGGTGGCACGTCTGGA TTAAATTATGAAAAAAGACAAAAGATCTATACTTACTAAATTTAGATAAA AGAAGGTAATTTTAGATTCCATATGAAATAATAATTTGATAGATTTTTTT TAACCTATAAAAAGTGTTTAATAGTTTTGTTTTTTTTTAAATTGTCCTTT GGAACAAAATAAAAGGAAAAAAAGTTAAGGAAATTTGACGATCCTTGTTT AGTGCGCATTATTTTGATTTTACATTTTCAAAAAGGAAAGATCGAAATTT TCTTATGTCATTCTCTTTTTTTACTCCATAGAGTAGCTTTAGAAAAAACT TTCATAATATTTTTTATAGGCTGGYACAGMGGCCATCATACTTWATAAAW GCAAAAWAATGAGTAATGCTGTATTTTAATCTTTAAGGAAGAGATAAAGA ACTTTGGTCTCCTTTCAAACTTTGAACGAGATGTGCAACCTAACATGACA TTATGGAGCAATAACATTTTGCATTGGTTCTTCTTTTACCATATCATTTT TTTTAACTAGCCGAAAGGAAATTCGGAAAAAAGTTGATAAAACAAACCGC TCACTATTTATATATATACATATAGTAATAAAACCTGTTTTAATATTGAC GTATCACATTTTCTTATCTCTCTCCTTTTTTTTCCCCTGATCAAATCTTT ACGATGCAGTGACTACTTAATGACTTTCATGGGTTATTTATCAATTGATA GTGTTTATTAATTAAGAGTTATCTCTTCCAAAGAGCACTTATGATTACCT ACCTATTTATAAAAGTGAGTAGATAGAAGTGAACACTTTCAGTAAGATAT ATTTTGTAGAGAATTTTATCAGTACATTGATATGCTTTAATGAATAAATG ACCTCCTAAAGGATGGTTTGGAATGAGTATTTATATGTAATATTGTTTAT CTACATAGAAAAGTGATTGAAATAAAATATATGTAGTAAGCACAATCCTT CTCTCAAACTTCCTTTTAAAAAAAGACAGAATGAATACACATAATTAGTC AAATATGTCATTCTATATTCATTAGGTTGTTGTGTTTTTTGGGGTTAATT TACATTTTTTTACCATCTGCAAAAATCTTTTCTACTGTTTATCTAAGATA ATGTTTCTCTATTTTGTCTAACAGCTATCAATTCAACTACAATTAAGTTT TTATAAGGTCCTGCTTAATAAATAGAGAACCTGCAAATCATTGAGTACAT CTTAGAGGCCTTGAACTATTTAAAAAAAGGTGTTCAATATTTTTCCTGAT CAATTATATACTAAAAAATATTAAAGTACATTTTTAACTCATAGCATCCT ATTTGGGACGGTACAGTAGGCCTCAAAATGACAGTTAAAATTATTGGACT TGCTTTAAGTGCCTTACAATTTATTAATGCATAATTTACTGCACGGATTA CCGGGCTGGATTTGGGTAAATTAAGAAAGTAATCATAGCATTGGCATCAA GATTTTCCTTGCATATTCCTATGGGAAATTATTTGTATTGGAAGTTTGCC TCAGATTTGGTTTCATATTTTTCCTCTTGGTCGATTGGATATTATCATTA GCTAAAGATCATAATAGATAGGACCTGGAAAAGTAAAGAGATATCTGAGA GCTCTTTTTAATTGTGGTTCAGTTGTCAATGATACTTGGTTTTATGTGTA TGTATTTTTGATTTTAGGATTTGAATAAAACCAATCTTTGTTTGTTTTAG GTCTTTAAAATGTTTACATATTTTTTATGAATTTTTTTTTCAGTGTTGTA TATTTCAAAGAAATACAAAATGGGATGGTGGGCTATATGTGAGGGAGAGA GTTAAAAATTAGAATGTTTATTTATCATTTTATATCCACATTCCCTCTTA TTTTTTCATGATTTTATGTATGTTGGAAATATATTTTTGTGGGGGAAAAA AATAATGTACATTTAATAAAAATATGAATAGCAAAATTTTACAATAATTT TTCAAAAATAATATATTATAATAAAAGCGGAAAAATCAAATAGTGATGTA GATATTGAGGAGATGTTATTTTCTAAGGATTTGATCTAGAATTGCTTTGT ATCTCATTTAATATTTTAATATCTACCTTTGTTATCAAAATTAGTCAATG GTTCATTTTTCTCTCTTTATTTTCTTTCCAACTTTTCCATAGTTTAAAAA GGACATCATATCTCTGAAAATGAGTAATTCAATATTTACATACCTAGAGC CATATAATTCTTTTTCTTTTTAATCAACTTTCTTTCGAAATTCATGTAAA TATAAAGAAAGAAAGGGTTAAGGCATGTGGGAAGGTCTTACACACACAGA TGTATAGTTAAATAATAAGAATAAAGAACCACTAATACCAATTAACCAAC CAACCAACCAAACAATATATTTATTTTTAAATTAAGAAAAGGTGTTTTCT ATTCCAATATTTCGTTTCTATTCTATTATTCCAAATTAATAGTAGTACAA TTTTACTTAATTATAATTTATGAACCTCCTTTGATGGGGGTAACTCTGGT ACGAAGGGTGTTTTTATGTACACACAAATTATGACGTTGTAAGATTGGTC ACCTGTACTAGGAAAGTGTTGCAATTTCTAAGACTATTTAGCTAGTTACA TCATTAGTGATTTACATTACCAATGTATTACTGGTTGTTATTAGTTCATT TAGATCGATTAAAATTACGCATTGATTTTTCTAGTTACGAGTTATTCAAT TAAATAAGTCCTTAATACACCAGTTATTTATATCGATTTTTTCATTTGTA GCGCGGAAACTTATAAACAAGCTTCAACAAAAATGAAGTAAGAGATAAAA TCCCAATTTATTTATTGTGCTTCATATTTATATACAATATTTCCATAACA TATTTGAGTCAATTATAGGCGTACTTTTCAAATTTCTTGGATAAATTAAG GTACTCAAGAATATTAAGTATCGTTTAATACCTTTATTTGATTACAATAA TTTGTAAATAAAAAGGTACTATTACTCGTTGAAAAATACAAATGGAATTC ATATTCAATTTTGAGAAAAATCACGTTAGCTGGCTTTTGAACCATACATA CGAACTTAAGCATTGGTTAAATACATATTTGTTCTAAGAAATGTACGTGC TGTTAAAACTTTGGCTCTCAGTAGGATGTAGGTTAATGATGATTAAAAAC CTGGGAGTATTTGAATACTCCCAGGTAAATTATTATAAATCATTTTCCTT ATTCCTTTTTTCCTTTTCTTCTTTACCCTTTCAATTCAAAATTTAATAAA AATAGTAATAATAGGAGATAATATGGCAGTAGGTGTCCTCAGCTAAAAAA AAAAAAAAACTACTATACAGACATCCTGTACCACTCTAACGATATTTATG TGAAACAAATATTCATTTGTATTTAAATTATGTCTGAGTTATATCTTTAA AACAATGCATATTTTCTTTTTTCTTGAATATGAAATATGTTGTAGAAATG GAACAATACCCACATACATCCATGTATTTTTTTATTATTTTTTTTAAATT TTTGAGCTTCAAGTAACAAATAAAGAAAAGATGAAATATCTTGATTATGA AAAAAATCCATGCTTAATTACTTATTCATTATTCATAATTGAATCTTGTC ACAATATGAACTTTGAATAGAATGGAGTAAACGAATCAGAATTTATGTCA TATATATAGTAGAATACCCTTGTATTGTACTGTATATATAATGTCATTAA AAAGAGAGTTTACTTCATTCATTTAATTGTTTTCAAACCTTATTTTACTT ACATTATAGGCGTATATAAATGAGGTTTTGTTTCATGTTTTATGTCCGGG AAATAGAATGAAGATTACCTTCCCAATTTTTCTATTAATGTACAAAATCT GGTGCTTCAGATTTTGGATTTTTCCGGCATATATGATGACAAAAATTGCA TAATGGTTTGTTGTGTTGAAACATACATATGACCGTTTCACTTAGTAGCC AAAACACCGCCATGGAGTAAACAACAAAAGATTTCAAGCGAACTACATTT TTAGAGGCAGAACGCAGTTTGGATCATTTTGGTCAACAACGATCCGGATA TTAGTAATGAGTTCAAAAAGATAAAAGGAATATACAGGAGAAGGATTGCA GAGTTGAGAAAAGCCCTGGTGGACAACCAGGAATCCAAAGGAGTTATCAC AAGGAAGAAGGGACTAGGTGGTCAAGGGTTTTCGGGTCCTTACTCCCCCG ACCTGGCTCCGATTAAATATTTTGTGGGAAGTTACCTTGAGTCAAAGATT AACAGAGGTCCTTACACCATCTACAGGTCCCTAATCAACTCCATCGTCCT TGATTGGAAGAATTTAGATCGGGCTCTGGTTCCTAGGCCTATGCACTGTT TAGGAACCGAATCAAATCCGTTATTGAGACCAAGGGAGACTACAATCATT GAGATTTATTCTTAATGATTATATCAACTGCTGAGCTTCTGTTTTTAGCT ACATCTGAAAAAATGAAGATTTTATCTTATTTTAAAGTAAATAGATCAAA AGTGCGGGATTTGGTTATTTACCCTGTAAAGATAGCTATTTAAAGAGAGT CTATAAAAATGACAAGAATAAATGAATGGAAATTTTTTATATTGTTCGTA ACTAAATATAAAAAATCACGATACTTAATAGAAGGCATCATGATCTCAGC GTGAAAGGCTATGAATAAGTCCATAGGCTTTATTTGACTACCTAACGGTG ATAGTTTGAACAATGTATGTTGCATTTTTTTTTTACATAACTAATCAACC AACAGCAAATGTGTATTAGTGACCTTATTGCTGTTGCTGTGTTTATGATC ATTTTATTTGTGCCCATAACTTTCACTTTATTTTTATTACACTGTTGAAT GAGTATGTTATTTACATGGTTTATTAATAAAGGAGTAAGATGATGTTTCA AATAATAGGACTCTTCAGATGGATGGATAGACATAAACCTGTGAGCCACT CATGAAGAGAAAACATTACATATTATGTTTCATTCGATCCTTTCTTCAAC ATAGTCCGGAACAACCATTTATACATGAAGCTAATATACAATTGGTTGGT GCTTGTTTGAAAGCAATCAACCCTTTTTGGGTTTGTGGTCTTTTGTTGTA AGGGTTCAAGTTTCAAATACAATTTTTTTTTCATATAAACATATGAAATT TCTCTTTGAGCATTGTTTGGTTATCAGTTTATCACTTTACACAAAACTAT CACAATCAAATACTTTGTTTTTTGTTTACGCGGGCTTGTTGATCCGCAGT TAGCTGCCATCTTTTTTTATTTACTTTCAGGAAGGAAGGATCAAAATACA ATATATAATGTTACGTCAGTCCTTATTTATTCGTTCCAATACAGTCTTAG CACTGTTTCCATCAGTCCTTGGGACTCTCAGTACTAGAACTGCTATAAAA AAAAGTTGAATGACGTCATCGAGGACCAAACTTTTTCAGTTTTAGGACTG AACTAAACCTGACCAAGATTGCAGTTTTTAGTCCTAAATAAGAACTAACC CTATACTAATTGTGTTTTCAGTATTAATTTACGGTTTTCTTTCTTTCTTT TTGCGTCATTGGGTGGCTTCAGAGAGAAAAAAAACTTTTCAATATTTGTT ATCAAAATAATAATAAGCATAAAATWTTTTCTTACCCTAACACAWTTTTT CCMTWRTAGCCGTAATTAAAGTTCGAAAAAAGTTAAAAACAAAACCCCTT TTATAGTTAAGTGAAAAATGAAACATTACTCAAAAAACGAAAGATCTTCT TCTACGTCCTCCACCTTTATTTTAGGNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNTTATATTTTGTTTACTTATATAATAGACGC AGTGAAATGAAATCAATTCTTTTACCAATAGATGGCTTTTGTAATGTGTA TCTTGTGTTGTATAAGTGGGTCCCATTCACAACAAATGATGGRAAAAAGA TTAAAATATTTCGTGGAATTTAAAATATATTCATAGTTTTGTGATTGTTT GACACAGTATTGCTTGAGCACACCTCCAAAATGAATACCAGCAAAGAGAA AATAGGTCATATTTTACAGTTTTTCTTCAAACAATGGTAAAACACAAACC AGGTAGCTGAAAATTTGAAAGAAAATTTATGGTCAGGATACTGTAAAGGC TAATTACGCGGTATTTTGGTTTCATCCTTTCGGTTCCGGTATTTATGATG TCAAAGATACACCACGAAGGCCAATCATCGAAAACGTGAATAAAATAATA AAAATGATCGAGTCTGACCGTCATGTAAGCACTGTTTTGATTCGCAAGGA ATAGACATTAAATTATATTTTTTTAAATCCATTAACAATAATGGATTTCT TTTTATTGTCCATTACATATGTATATATTCATAACCGTCATACATCTTAG TTAAGTCCCCATTCATGGTTCATGCTATATTTCCAATCAATGGAACATGG TAATAAGTGTATTTATACAAGTAATTATCACAAACAAAGAAACACTAATT AAATATGAGGAGAGGGAATGGATAGAGGTCACCCTGGTATATACAAATTT TGATTGGCTAATGATACAACATACATATATATTTTGCAGAAATGAGTTGA AAATCATTTACACGTTTTAATGAATGTGTTATTGATGAGTTATTCTTTGT TGCCGGAGTGGCTCAGTTTATTTCCTTATACATATATATGACTTTATTAT TAATAAGGATGATTGCATACACTCAATCAAAAAAAAAAAAACAGGTCTAT TGTTCATCAACTATATACAAATAAAGAAAAAAAATCAATATTCCCGCTCT TTTCCCAAACCTTATGAAGGAAGTAAAAAAAAATTATTTTGCAAATTTAA TTAATGGTGTATATTTTAGACACATAACTATATGTAAATATTGGTTTGAA TATTTTGGATATGTTTTTGGATTTATATACATATGTACCTATTTCCTATG AATATATATATAAGACTTCCATCTTGAAATCACTGATGCATTTCAGTCTT ATAAATATGTAAATACCTATATATGTATCTAACATCTATCCATGTGGATC GCTAAAACCACTACATACTTATATTAGTGGTGGTATATGTACGTATATAC TATTTCCTCATACTTTGTGGAATTATATCACTTAAAACATTTGAAAATGT CAATTTGGCAATTTTTCATTTCCTAAAAAATTCTACTCATAGGCTAGTAG GTCTAATTTTAAGCTAAAATGTTTATTTATKATAATATAAAMCAATTCTT CCTAAAAATTCTTCCTGCCAATTTCATATTACATCATTTATTGTATGCTT ATATTTATGAATAAAGATAAAATAAAAATTATACCGATAATAATTTTTTT TAACTTAATTTAGTTGGTTAGATGGAGTTCCACTAATTGATTATTGTGGG ATTTTTATAGACAAAACAAAAACTTTTAGTGTTAAATGTTTTTAGAAAAG GCTGAATTTGACCAAATAATTTTTTTTTTGAATAGATAAGTTGAAAAAAA AGTTTTTTTATCTCAAAAAAATAATTTTATTTAGTGTGTTCTAGCTCTAA TCCACACCTTGTGGACGGCTCTGAGCATTTTGCAAAGTAGTTTATTGAGT AAAATATTATTTTTTAGAAAAAAAAAAGTAGCTTTTAAGCTAATTTTCCT CTTAGCCAGATTTTATTGTATCTGTTATATACTATTGATTAGTGCTGGTA CGGTACAGGGTTATATCACAGTTTTTACCCTTGTTAATTGCGTATATATA ATCACATATTTAATATTTTGATATCATAATGGTTATAATTTTTTTTTAAT TAATAGATGGTGAAGTAAGATTTTAATCCATAACCATCCTTTTATATAAG CAATGATTTCTGCATTCGCTTATACAAAAAAGATAAAATGACTTACAAAA GGATAAAAGAAATTCCAAATGACGAAAACCCAGTGGTATAGTGGAGAGAT AATTTCAATATATTTCCCGATGTTTCCAATTTAGCTTCAGGATACCGTGC AAGTACAGGTACATACATCTCTATCAGGCAAAATAATTTTTTCGACACGT GACGATATTGTTACTCCTGATCAGTCTTGGTTATTACCAGAAAAATTCTG ACCAGCTCATTGTTTTGCAAAAATATATATATATATATATATTCATGAAT AATAGTATTATATAAGCTGTGTATATTTTATATCAAACTTTATTTTTTAG AGAAGTAAAGTATTGATAGGAATAATTTATTTGTACTGAAAAGAGTTTAC TAAGGAATAAAATATGGAAAAAACTTGAAAAACTACATTAATTTTATTTA TAAAAAACCTTTTTTCTATCATACCGTACAGAACCAGGTACTGTGAAGGT TGTACCGCGGTCCGTATCAACCTGCGTGTTTGATGTGCCGTACCAGCTCT ACTATCAATGATTATTAAAGTGAATCAAATTTGAGGCACAATCAGTTCGT ACCTAGGCACATATCCTTGTACTTAGAATCCACTGCATGAAGTTGAATTA AGATTGTATAGTACATCATTAAATTTATCTGTTACAAGGTTAAATAACAT GTTCTGTCCATGGTTTTTTCTTTTTCTAACCAGAATTTCATCTCATACAT GTCTATTTTCCTTTCAATGCAATAATGGGTTACTCCCTTCTTCTTTCCTT CTTCCTATCTAAATATTTTCTTCAAAATGCGTAAACTCTGAGGCCTCTCT CTCATTATTATGCATTCCCTTCAATAGCAACTAGGATGAGGGTGGATCAA TTTATTCAATTCATACGTCAAGAGAGAATAAATAATGCATGCTTATCAAC AAGAGATTCAAACCCCCACAATCCTTTACAATATATAAGCACATTTATGT ACTTAAATAAATATTTGTAGTAGTCATATTGCGTTATAGTCAGATTGACT TTGATGAATCTCCCTATGTTCTTGATTCAATGTGCTCTCTACATATATAC GTATGCATGTATTTATATATATATCTACAAACGTGGTGTGTCAACATGAA AATAATCTTTAACAAATATCAAGAAAATGAGAAAATTCCAATTTACTTAG TTACTTTATGCACAGAATGGGGACCCAAAACTTGCAGTAACATTTAATCA CAAAGTTTTATTTGTGAACTTTGTAAGGAGCTCACGTATCTTAGTGTAAA AATGTCGGAGCGACAAAAAAAATGCCAACACGATAGGAATCTCCTCTGTG TCAGTGCCGAGAAAACTGCAGAGACCGTAGGTATCTCCATCCAGACTACC TACATGATCAAGAAGTCTAATGCAGTCCATACAGCCAAGAAAGACTAAAA ATTCTGCAACAACAATATGGCTGMCTTTTGGCCTGCTTCTATGTGACATG GMAGGCCATGGATACAGCATGTCAAGAGCCTCCAATATGTTCGCCCGCCT GTCACAACTAGTATTGCTTGTGAAGGAGGATATAGTGAATAAACAATATG CTAAATATGTATAGTACTTAAACATGTTTGAAATTGGTCTTGAGAACTGT CTTTTCTTGATTCAATAAATAAATAAAAACAATTTTAGTAATTGAGCCAT GCTACTGTACGTTTTGAGGTCCACACTCATTATACATCCTAATATTTCAT AAACACATTGGGTCATTTATAGGCTTTGCATTCAAATTTGTATAAATGAT TTAATAGTCTAATGATTTTAGCCATGGTTTAGGGCCTCTATTTGATTTAT GGGACTTAATTTAGCCCTAATATGATATTTCAAATGAAAACTTATAAATT TATAATTTCTTTATTTGTAGATTTTCCAAAGGGCTGTAAAAGTAATTTTT TGAGAGAAATTCACGAATAAAGAGTACAAATAGAATCCATCCTCAATTTT CAGAAAAATAWTTTTAMTTTGCTTRTGTGTTAYCGAGCCACAAATAAGAA ATGTCATAGATAAAAAAGCCTTCATATTATATTATAGATACCTCTTACAA ATGTATTACTTTTCGAGCAATTTATTTATTGACAACTTTTTATTAGGAAT ATTCAAATGTGATATTTCTTATTAAACATGTGAGGTATATAAAAAACTAC TTGTACTTGTAGATAGGCCACATATCCATGTATATGGCCTTCAACTGGAG TCTCTCAAGTAGGTAGATACAAAGAATAACCTATAAATATTCAGAAAAAT CCTTTGTTTTCCTGATAACGGTTATCGGATCATTAATTTAATAGTCCAAA AAAAAAAACCAAACAAATTGACATTGTATTTTAAAAAAAAACAAAAAACT CAATCACCTTGAGGTCATTTGAAATACCTTCCCTATTCCTTGTTACATAT TTACGTAGTTAGGTGGATAAAATGGATTCATTTTCTCTTTGTCTCCCTTT TTTTCGATCCTCTTTGGGATAAAACTCTTTTTTTTCTCACTCTAAAAAAA AATCATTTATTTATTTATTTCTCAAGACATGTCTCCACCAAAAATTTTTG TCACGTTTTGAGGGAAGAAATAATAGATATTAGAAAATAACTTTTTAAGA AGTAAAAAAAACAAAGTAAACAAGGAACCATCTAAATGAAAATACTTTTT TTTTACTCTCCCCTTCCTCCACTTTTTTGTACTCTTCGTGACTGTTTCAC TTTATAAAGAAGTTTGAGATTACAAGGCTTGATAGCTATCAAAAGAAAAG CTCTTATATAAATGGACATTAAGGTAATAGATGGATGACTCNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNGTGTGACTTTATCCAACTTTTTAGACCTGCATTTTGTGA CAGGAAGCCTTGACAACAACACACCAAGATGATACTTTACAACATATGTA GGTATATATGTGACACAGGCTGMGTGGGATACCCTTGCTCATCAAGGCCA ACGATATTTTGTACCCTTCKCCCCCCCCCCCATCTACACCATATTATATG TTATATAGTACATGCGAAAGAATGTTCGTTAAACAAAGAGAATGGGTTAA CTGTATCCGAAGTAATTTAAGGAACAAAACCCTTATCCTAAACATACTTT TTATAAAAGGAAGACTCAAAAAGGGAGATTTCTATATCCATGCATAACAT ATTATTGAGTTTGTTTCAACATCACTCTTACAAATTTGATATAGATACAA AATAGAGGTATTTGTATAAGCTTAAATAATTCAAAGAATGGTTTTACAGA CATAATTTTATTATTTATTAGACTTTTGAATTGAAAATTGATAAGTTGAT TGTTGAATATCTATTGTTTGAGGTACTCAACGTATTTTCATTATAATGCA ATTAAATTAATTTTCAAAATATCAAAATTTGAAATAAAAAAATATCAAAT ATTAAATTTTCTAGAAAGAAATAAAGATTTCTTAATTTGAAGGGAGGCTK CAGCCACTCCAACCCAACAACAGTGGCTTCCCTGAATCCAAAGGATTGAG GTAGGGAGAGGAAGAAAAACCATGTCCGAGAAAAGGGTTACTAGATCTAG GAAATTAGCATTCTAGTGTATTTCCGGCCACCCTCTAAATATACGTTTGG AACTAACAAATAGTGTTTTCAATCACGTAACAGACTGTATAGTATACCGT AATCAACGTCATGTGGTTAGCCATTTTGTTAATAAACATATTTAATTAAC AAACTGAACAAATTTCCCTCAAAAATCTTCATCTAATAGCTTTGTTAAAA ATAGAAACAGATATAGAGTTGTATAACTTTGAAATGTGGGTTTGTATCTT TAAAACATTGGGTTCTTTATACCCGTTTAATTTTTTCAAGAAGGATGAAG TTGCACGTAAAAACGCTCCCTATTAGTCCCACAAACATATATGTATATCA ACTTCAGAGATCCTTAAAAAGAGGTCATCTTTTAAAATATCTACCCTCTA TCCTAGAAGCCTTAATATTTATTGCATATTTACATTTGATCAATATTGGT TTTCAAACACCTGTAGAACAACTTTTATATCAAATATCATAAATATTGAA TAGGACACACGTGATCAAGAGCTTGATTTAAAAAAAACTAGAGTCTACAA ATTATGTACGGAATTTTTTGACATTTTTGTCCCCCTCTCCTCTTACTTTA TTTGGTATTTAACCACTATAAAAGTGTAATGTGTTAATTAATTTCTGTAA CATATTATTTTTGATCATTACTTGGACTCAAAGTAACTATTTTTTCATTT TTTAAAGAGCAATTTTGATGTGTTAACGTCTTTTTAGTAGAAAAAGAAAC AAATTTAATTATGTCCATATTTACATGTTTTTGAACTATTTTTGTTTTGA GTTGGGTAAAGAGTGTTTTTAAATTATTGGTTATTTTATTCCCTTCAAAA TAAATAAATAATGTAATAGATATTCGTCCTTACGAAAAACAAGGAAGAAC ATTTAGGATTCACTTTAATAATTAATACATACTTGTAATAATGATAATAA TTAGTCAAAAATGTCTTTCAAACCATAGTGGCATTTATAATACTTAACAT TTAAGAACTAATAATAATTTAATATACGTTTATATGATAATATTAAGCCT CGTTCCTTTTTTGCACAAATGGAAAAACCTCAACAACAAATAACCATTGC ATGAAAGCAAAAAAAAAAAACCTAATTTAATTCCTTTGTATGTATGTAAC TTCATGCATTTAATATTTAAGGAATTGGTACCTTTATACATTAAAAAATG TCTCCTGTCATTTCAACGTTCCATGGTTTCATCATTTTTTTCATTATAGT ACAATTTCACCGAAAAAAATAGCATTAAATTTCTTTATAGGAATTACGCT GATTAAGAATTTTGATTTAATTAAATAATAAATATAATTAGAGAATTCAA CTTTCATTTGGACGTTTCCCTTTTTATTTTTTAATGACTTGCTCGAATGA ACCGTTATTATATTTTTTAATAATAAAGGTCACCTTTGTAAATACTATAT CTAAAGAGTAGAAACTAACGGGTTTTTGTGCWGTTATTCGTAAATAATGK CCCCCCCCCCTCCACTCATAGTTAATGAGCTAATTGATGCCTTCAAAAAG CCTTGAATGATGTTCTCATCATCAAAAATATATCACCTCCCTGAATATTA CTCTTTGTAAGAAGGTAAAATTAGGATGATATGATAGTTTTACATTGTAT GTATAATATATACTTTTGAAGGTGAAAAATAATGTTYTTTTTCGCAATAA TAATTAATGAGAAAACCTATTTATTTTTTTCTAAATTACAAAAAATTCGC CAATCACTGATTGTTTTTACTCATTTTCTATCTATAATAATAATTAAAAA TAAATAAAGTTCAAGGCTGAATTTGGAGGATACATAAATATTTACAATTT AAAAGTAATTTTCTACCTATTAACAGCCTGAATTTTTGCATCAACTCAAG GCAAAAAATAAGTGCAGAATATGAATAATAAAAAAAATTATTTTGGGGCA ATGTCCTTTTCAATATGTATATTTATTGAAATTGTCCTTTTCTTTCCGAA AGTACTTTCTAGGAAAATTAATATGTTTTTATTTTCATTTTTAAGGGTGC GTACATCCTCTTTGATATACCAATATATTATGTAGTTATAGATTTTGAAT GAATGAGGTAATTTCTAATGAATAGTATCTTAATACGTTTTACCTTTCAA TCTTTCATAACAATGAGTAAGTGTAAAACTTTTTATGACGTCCTCCAATC AATATTTACTCTCATTTAAAATCATAATGGACACCCTCAACAGTTTATGA AAATGTTGATCCAACTGAAAGCTTTTGACGAGTTTTAAGTTAATTGCTGA ATTTTTTTGTACGGGGGCGATCCAAAACAGTTTTGTTCTTATAACTGATC CAGAGAATTACATCTACCGTGTACCGGTTTTGAATTGCAAGAGCAAATAT TATAAGATGCAGTGTACATTTTCATATTAGTGGAATTATCCCACGTCCTG ATATTTAAACATCATTGATTAGATTTTTTGGCTTTTAAGTAGATAAAATT AGTCGATTTTAATAGAAGAAACATCATGTGAGATATATTCTTCAAAAATA GTGTCACAAACTATAATTGATATAACAATTCACAGATTGATAATGTAATT AGGGCAATGAAAGAAATGTCAAAAGGGGGATGAATTTCATCTCATTAATC AATTAAAGAATGATAGATGTAATGTCTACTAGACAAATAATATACATGGA ACCCTGATTGGAGAATCCAGCATCAAATCATCATCTTCATCCTTGATGCA CACATTTTTATTTGTACATAAATCATTGAGAATATTTTGATATTTTTTAA AGATATTTTTTCCCCCTTCAAAATAAGTAGGATTATTTAAACAAATTTCC ACGTCAAATGAAGCGTATCCTTGACTTGATATTCTCCATTTCATCGTGGA AGTGATGGGATATGTATGTACGTACATAGTAATGAAAAATATGTACAAAG GCATATTGATGCATATTTGTGCCATATTTCAACATCATCTCCAATAACAA GGCTCATTGTCATTCTAACTCAAAAAGTAAATATGGAACATATACAGATA TTTATATCTATAGTACAAAGTACTAGGAATAACTGGAAATTTTACCTTCG TGGGAATGAACCTTTGTTAAATTACTCTTTGGAAAAAAATATTTAAAAAT ACACAAGAAATTGGATCATTAAGCTATTTATTTATTGCAAAATTCCTTAA TGAATTGGATAGTTTTCTTTTCAATAAAAATATAAATGTATATTTTTATT AATTATTAGTATACACCTCATAACCTTCCATACGTAGATACAAAATGGGC GCTCCATATATAACATATGCTCATAAAGGGAGTGTCGTTTATACCATAAT TTCAAGTATCTACCTCACGATCATTGTATTTCTTTTTTAGTTGGCAAAAT AATCTGTTAATGATTGAAACTCAATATATTTCTTTCGCTAAATAATGCCT GATAATCATGTACTTACATATATTAGTCATTTGTCTAAATATGAATTACT GCAAATGAGATTTGTTCATTATATAACACTCTGCTGAGATTTGTACGAAC ATATACTCTCATAATTGGTAAAAAACTTATTATATTTAATTAACAAAAGC GTAGCTTTTGTAAATATACATTTCATATATGACTAATCTTTTAATGTATT TTTCAAAAGCTCCCAAATTTATAGACATTGTTGTTGAGTAGTGTGTGAAA TTGGTTCTTTTTATACATCATGTTCTTACTTTTATTATGTGGAGCAACAT TTCCTTTTTTAAAAAAAAAACACAGAAAAAAGAACAAAAATCATTTTATA GTTAGTCCAAACAAGTCATACCAACTGTTATTTATCTCTTATATACTCCC AGACTATCATTGTCATATTTTTTCTCCACAATTTTTAAAATAAATACATA TACTGATATATATTTCATAATACTAAAATCTTACATAGTGTTTTCTTTGA TACCTTATTATAATATTTGTTTTTATTAAAACCATAGTTATAGATTTTTA TTTCCATATGATAGTTAAAATTTCTTAATATAAAAAAATAAATGTCCAAT ATATGTATATATATGTAGTAATGTAAGTCGCGTGCATTTTTTAGATAGTC CACTTTTTTGGGATTCGTAATCTGAAAAGAATGAATTTTCTTTTACTCAG CCGTTGTCATTATTATTTAACTCCTGAGTAGTGGTGAATATTGTTTTGTA GTATATTCAATTATACTCAAAACCTGACTGACCATTTGTGTATCCTCACG AAAAACGGAGAGTAACACTAAGGACTTGTTTTGGAGTTATAATTAAAAGA AATTGTGGGACTCCGAATTCTTGCCAATGTCCTTGTTTATTTGTTTATTT TATAACAGCTTTTTATAGCTAATTTAATCAACAGTAATGATAGCTAAGCT GCTCTCTTTCAAAACATTCTTCCAATTGTCAGGGTTACCATTTTGATTTT CGGTTTCGGTTTCTTTTAATATGCGAAAAATTCACAAGATTTTCATCGCT AAAGGGAAGTATGAAGGATTTAGTATTTAAAGTATTACTTCGTTTATATA TAAAAAAGAATAAATTATTAAATCAAGTCAGACGAGGGAATCCACAGCTG ACAAGAAAATACATAGGTTATTTTTGAGCTAACGAGGTAGCACCTTGATA TTCATAAATATGAGTCAAATATTAAAGAACTCTTTAATAGTCTTATTCCT TAAAATCCAAAACAGGACCCCGTTATTTTCTTTTAGTGTGATTATTGTTT CATTTTTTAGAAATTAGAAATAAATGGGATTTAATTAAGTAACATGATTA TGCAGAACTTAAAACTAAGGATCATTGTAATAATACCACCTTCATATTAA TTTATGCACCTTTTTATTGATATTATATATTGTACATATAAGTGAATGGC CAATGGGTTTGATTTGATAGCTTGAAGGAGTTACTTTAGATTACATGCAT ACTTGCTTAAATGGCAAAGAACATTGCCCTTTTCATTTATGCATATATGT AGCTATGACTTAGTCTGGGAGTAAATGTATATATAGGCCTATAATATGAA TGTATGTCGTAATATTGGTAGGCTATGGGAAATGTCAATACAAAACCACT GGCCTTACATAATTACCGATCATTTTATGCTTGAGGATAAATAATTACAT ATATATATATATATCATTGAACATGTTTTAATAAAATGCATTTCGACTTC ATAAATGAAAATGAGTAAAACAAACAAAAAAATTGGAGGGAATTGACTAA AATGCTATTATTTTTAGAAATTTACTGACTCATTTTTAGTACGCACGTAA GAGTTTATTTGTTTCCTTAGTGAAAAATCAATACTACTGCTAAAAATATA TTTTACATATCATGTAAGAAGTAAAATATGAGCTTTATATCATTACTCTT CCCATTGCATCAACCTACAATCCTTTTTTAATATCAGTGCAAACTCAATG GACAAATTTCTAGGGAATGACGAAATATAATTGTTTATCAAATTTAGACC AGTTTTATTTCCAACTATTGTTTTATTTTGGCATATTAAGAAAAGATAAT TTCTTTTCTTTCGATAATAGATTCATTAGATCTTATATAGTTACCTTTCA CTTCATTCTTAAGGTCTCAAAAAGGCACTCTACAAATAAAAAGAATAGCC AATGGAAGTATAAATACAAAAGACAATGAAAAAAATTATAAGTACCAATG GATTGCATCTCCCTAGTTAAGCCCCATAAATGATCACTCGATGAGATGTA GACAAAAGGGTAGTAATGAAAGCATCATATGTCATTTGTTCAGGTGGTCT TTTTATTAGCACCATTTATAAATCGTAGTTCTTATTTTCCTATTTAGATG TATCACCATTTTACCAAAATATATATTCTTGGCAGAAATTTTTAAAATGC ATTAATTGTAGGTTATGTCTATATTTACACAATCATCTTTAATAAATAAG TATATTCCAGAAATAGTTATAAATAATAAAGAATCCCAAAATATGGACTA TTCTAATACTGCTATAACGTTTTTGAATCAATCTAATTTGGAGTTTGAGT AACTCCAGCGAACAAGTGCCTATGGAAAAGTTTTATATGAACTTTTTAAT ACGTCAAATGTGTTTTTAAATGAGTAAAATCCCAACGGCAGCATCACATT TTTAAAGTTGGTCATCTAAGCTGGATTTTCATAATTTCCAAAACTTTTAT TATATTTATTTAATTCTTGAACACACAATATCTAAGCATAAAGTCATAAG TAGCGCGTGTGCTCATAAGAGACGGAGAGTAACAGTGAGGGTTTGCAATA TACTTGATGTTTATTTAATATTGAATAACAGATACCCTTCATTTCTTGAT TTCCTTTCATTTCAGTAATTGCCAAATTATTATATAATTTATGTATTACA TATCTACATAGAAAGGTCAACAGTTACATATTTATGTACAATATAAGTAG ATACCTACACGGGTAGTTTATCATTTTCAAGAATAAACCACCTTGTTACT ACGTGTGTTTGCAAATTACATGTACATCATTATGAATGCCTTCTACACGT GTAGAAATACCACAAGAAAAATATTTTTTTTACGTATGTACAATAGGTGT GTATTACATGATATTTTTGTGAGTCTAGCTTATAATTCATTCAGAAGGTA CTACATGAAATAATATTTATTATTGGTTAGTAACATTATTTAAGGACTTT TTTTTTTTCAAGAGTCGGATTTAATAGTTAAAGAAAAGATCTCATCATAA ATTATAAAAGTTTTAAAGGGGCTTTCTTTGATCTATTCTTTTTTTATAAT ATAATATAAAAAAAGGATATATTATTATAAAATCTACAAGAGAGAAGAAG CATCATAATCCCTTAAATTGATTAAAAAAGTGTCAACTTTTGGCCACAAA AAAACTTTTTTTATTCCATCATTTTTCAATATGAAGGAAGCCTTTTTTTT CCCTCTTTCTTTTAAATAGAAAATACTTTAATACACCAAGGAGATGATAC ATAGTGATTCCCATTGTATCTGTCCAACTTTTTTTCATAATACAAGACCG AAATTAACTGGCAGTTATTCCATTACGTCATAATTTTGTCATTCATTTAT CAGGACACTACCAAACACTAATGGTACCTCTAAATTTTTCTAAATAATAA GACTATTTGTCTATTGTTTATCGCAGGCAGTGGTTCTAAAACTGTAGTAC ACATGCTTCCTTTAGTTCTACGCAGATAAATTTTATAATTTGATCATAAC GATCAAATAGTTACAGGAGATCTTGATATTTTCTCAAGCTGTACAACACC TTAAAAAGTTCAATAATCACTTTAGTATGTTATGGATATTCATAGACTAT TATTTCATTAAATCAGCTTTACTAATGAAGGGCAAGAGTAGATTAATCAA CAGTTCACCAATCAATAAATAGTCTGTAACAACGAAATATGGCGCTTCAG ATTTACAGATTTTTCTTGAATAATTGCTTACGAAAGTGCAATGTTTTTTT TGTAATGAAATATAAATATAAATGTTTCATCTCGTAGCTATAGCACCACC ATGGATTCAACAGCCGAACAGCAATGCTGTGGTCTCAAAGATGGAAAAAA GACAGGATAAAGTTTGTAGAGTTGAAGAAGGCCTGGTGGAGAACCCCCCA GGAAAGCCCTCACAAGGAAGGATGTGCCTGAGCACTGCAGATATTTGGCC TCTTAGCTCTCCTAACCGAACTCCGATTTATTATTTTGTCTAGAGCTACA ATGAGTCAAAGGTAACAAATGTTTTCACAACATCAAGATGTCCTTGATCC ACTCTGTCGCCATGGAATGCAATAATTTAGATGGGGCTCTAGTTTACAGT ACCTTGTGCGGATCAGGAACCTAATTGAGCAAATATTGAACCCAACAGAG ACTTACTTGACTAAGATATATGCTCAATTATTGTATCCGCTGTTCAGTTT TTGATTTTCAATCAATCTAACAAAATGACCATTTTATGTCAATTTAAAGT AGATTGATTAAAAGTGCTGGATTTCGATGTTATAATCTCTATAGCAAGGA GCTATTTATGCCCTTTGGCGATAACATTGTAATGTGCATGTCCTACTAGT AGAAAAATTAATAACTAATATATATTTTCAAGTCAAACTTTAATTATAAA TGGATAGCAATTACCCCTAACCTAAGTTCTAAAGCTTTCATCCCATATCT ACAATATAAAGGATCTTTAGAAAGACTAATTTTCATGTCCTAAAACATGT CCAACTCTTCTCCAACATTAATCTTCCTAAAAATGTGGTGGAACTATTGT AATATTACAACAAAGTGTATACGTATATGTTTGTAGGACTGAGCCTCCAT CCGCCCCTTTCCATCATTTTGGTAACACACAGACACACACAGAATTGTCC TTACTTGATGTATCACCAAAAATGATGGACACCACTTAAAAAACAATTAA CTGACCGTATCATTATTATCACTTCTATGTACAATCATTTATTCTTCTAA AAATATGTAGTACCTAAGAGGAAGTAACAAACACACAAACCATCTCAATT CTTGAGAGCAGAAGAAGATGAATAAATAATATGTATATCCTAAGGGTGGC AAACTGTTTGTATTACAGTTAAATAGTAGATGAAGAGTGAGTGCCAAAAG GGTTTAATAACAACTCTATATACGTAGAAACACGGATAGAGAGAAGTAAA ATTGTAAAAGAGAGTCATCAAGATCTATGTAGGTATACAGGGGCGTTCGC AGGGATGGGATGCAGGGCCCTCCTCAACCCAAATAAGAGTATGTTTTTCC ATTTCATTAGAAAATTCTAAAATTAATTTTATTTTATTCTTTTCCAATAA ATTTAATTTTGTGTGAAGAACTATAGATTTTTTAAATTTTTCTCAAAAAA AAATTATTTTATTGTGAATAGCTTTGGATTATAGTTTAAAAAAATTTAAA TTTTGTAATCAACTGTGGACTTTTGAAATTTTTTCCAGAAAATTAAATTT TTTTTTTTTTGTTCAAAAAATTTAATAATTGAAATTTAGTTTTAAAATTT TTTTTCTAAAAATTTAATTTTTTGTGTGCAGTTGTGGATTTTAGAAATTA TTTTTATTAAAAATTAATATTTGAAATGTCATTTTTGAAAAAATTTTCAT ACAAAATTAATTTTTGTGAATAGTTGTGGATTTTAGAAATATTTTTTCCC CAAAAAATAAAAATTTTGGATTTAAAAAAAAAAATCAAAAAGTAAGACCC TTCCCAAATATAATCCTGCTGACGCTTCGGTTATATAACATGGAAAGTGG AGAAGGAGTTCCATGTTTCTGGGGTTATTGTAAACCCCAAGAAAAAAAAT CATTAATGAGATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAT TAATATATAATTATTAATAAATAGAAAGGGGCCGTTTAATTGGTTGTTTA TTTTTACGTAAAAAATAAATAATAATAATAATTGAATTAAATCATCCATC ATTAACAACTTATTTAAAAATTCTCAGGTAGTCTAATTAAGAATACACCA ATCCTATATATAAAGGTATACATAGAGTTATGAACCTAGGGAAGTTTTTC TCTTGTTAACAAGTAAAAAAAAAACATTTATTAGAATTATTATCTATAAT CATCGTTTGAGGATACATATATATTTTAAAGGTAAGGAATGAATAAGTAA AAAATTGATTAGTCTTGCTTCAGGTTGTTTTTTCTTCTTTTTAACTCTCT ACCTTCACCCTTTTCTTTCTTTTTCATCTTCCCTCCACCATTTCCTTTTG GAAGTTCGTTAATCAGGCATTGAAGATACTATATATGTAAATACTTACTT TTTTGTCGAAGTGAAGAAATCACTTTAAGGATCTGATAAATTAAAAGATG ATCAATGACATTTCATCTATCTCCTTTCATGTGGGATAGACTATGTGTAC AATTGTATGACTACATCATGGTACATTAATATATCTTTAAATAAAGACAT GATGTCCCATTTTTGAGTTAATATATTTTTCTCCTGCATAAAAGCTTTTC TGCCACAGGCAATCAAGAAACTAAGATGTATACAAAGATATGTGTTGCGT CGGTCCTTATTTATTCTGTCCAGTCCAGTGTTATGATTATTCCAATCAGT CCTTGGGACCTGTCCTTCAAGCTGTCAGTGATTATCTGATTAAAAAAAGA AGAAATAAAGTAGAGTGACGTCATAACGGGCCAAGGATTATTAGTTTTAG GACTGAACTGGATTAGACCGAGACTGCACGAGACGGGATTGACGTCTCCA GTACTAAATAAGAATCTATATAGCACTATCAATGATGTGGAGTTTCCCTT TTACATCATAAATAATGATCCTCCTTTTTATTTAATCACTTTGATGTCAA CTAGAGTTAATTTTGTAATATTTATATCCCTATGCTAAAATAGAGAAACC GTTATCACTATTATTTTTTACTGATAAACCAAAAATTAAATGTACACTTT TTCCTCATAATATCATATTGAGGACGGGCAGAGAGGCTTAAAATTATACA TATTCAGCCTAAAAGCTCTATTTTTTTAAGTGTTCTATACCAAGTCAAAA ATGGATTAAAATCCTTCAAACTTGTGAAAATCTTTTTTTTTTTAAACATT ACAAGGGCTTTCCAACGTTTAAAATAGCCAGAGAGGACACAAACTTGGAG TTAAACTTGGAGTTTTTTGTAGTATTCACAGTAGGAAAAAATCTTTGTGG AGAGGTACATTTTTTAAATACAAAACGGGACCATAATTAGGGTGTTTTAT GTAATAACCATTCAGTGAACAAAATTAAGTTGGACATATTTTTTTTTCCT TACAATTTCTAATGACAATTCCTGGATTTTGATGTATTACGTATATTGAT AGTTACATAAGAGTTAATACATGCATAAAATAAGGAGTAATTCAAAAACA CGTTTTTGAAGCCTAATTAGGACTATAGGTACTTAAAGCCATATCAACAT AACATACGCTTAAACTTGCTCTTCCTTGTACATATTTTTATAGATGGATA GATACATACGAGATAGATAAACAGTCTTTAAATATTCATTCTTGTGATGA GAAGAGGCTCAGCATGTAGTTTTATAAAGTCAGTTTTATTTATTTTTTGG AACAAAATGATGGATTTTCACAAAATAATAATAATATTTTATATTTTTCC ACAGATGTATGATGAAAACAGACGGTCCAAAAGAAAAGACGAAGAAGAAT GAAAAAAAGAAATTTAAGTCCTTCCTTTAGGGAAACCATGTACTATCAAC ATGGATACCCCCTGGTGAGTACTTCAATCATGATCTTAAGGTCATAGAAA ATGTTTATTTTTGGAAAAAGGGGATGTGGGAAAATATTTATATATTATAC AAATAAATAAATTGCAATGTTCATATCTATGTACATATACAAACAGGGGT GACATATATATAATGATTTGCAGGCTATAAACTTGTCGGATCCAATATAA ATTTTCTATTTGGTTAGGAGTTGCAGTTTGGATCCGGTATTAATCATATT AAACCTCGGTTAGACAATGACAGTGCAAGGATGTTTCACCCCCGGGATTT TCTCCCTCATATCAATATTAAGGCAAAAATATATCTGATGACATATGATT TAAGTTATATCATGTGTCTTTACCGACTTGAAGTCATTTGCATTCATTAG CGTAACATGAGCACATTAAAATAAAGTTTAATATATTTAAAATAGAAAAT ATCATTCATGAATGTTGAACCCCTTTGATAATGAGCTTGAACTGACTTTT TAAACCCTATGAATTAATCCTTGAATTATAAAGTACATTATGTGTCTCAA TTCAGAGCTTTTACTTTTTTGTTATTAGAGCATAACCACAAACATAATAA TGTTTAACTCTAATAAAAAAATTGGCTTGAACTCATTATAAAAAGGTGCC CCTCTCATGATTGAACGTTTTTCTATTTTAAATTTATTAAAATGTCGTCC TTCCGAGTTATTCCATGTAATAAAATAAATTACAAAGGACTTTTATCGAA GGTAGACGAATTTTAAGGGCAAACAAAACATTTATTGCATAATATGTATA CAATTGTCAACCATGACAATGTTTTTGAAAAGAAACCCAGCTGTTTCAGA GTAATAATGACTCAATGGATCATCATGAAATTCTGTAATTGTCACTCAAA ACCATATAAATTTGAAGACCTGACTCACCACTCAAAATGTTTATAGGGAT AGTTAGCTGTGAGTATGGCGTGATGAATCGACAAATGTATACTTGATGAA TTTTATATGCACTGAACTCGTTTTAATGAGTCAGTTTTTGTCATTAGTTA AAGTAGGCCTTTTCATCCTTATATTATTTGTATTCTTCCTGATTCTTTTT CGTGCAATCCATTCACATTAAAAAATGAGGGTGGTAAATCAAGTCTTATA TTTGAAATAGCTCAAAATATAATTTTATCAAAGATACAATCTTCCGTGAA GTGGGTATAAATACAAAGTAGGCTTTTTAGGTTATTTTTCTCCTAGGTAG CTACATACATGGGTAAAGGATTACCCAATACTTTGGAGAAACGAGTTATC TTAACATCCTCATATCATTTTCATATAAAAAAGAAATATAATCAGGAAGT TTAAAAACGCATTATTTTCCTCAAATATTATTCTTTTTTTGTGTTTAAAA ATGTCGTTGTAAAAATAATTGATTTAAATGGGGTTTTGTTTTTTTGTGTG TATCTTAATATTGCAATATAAATACATAAGGAAGTGATTGGGATCCTCTT TGTTCGGACGAATTAACTGTATCCCATGTTCAAGTTGGGTTTTGGTACAA ACAAAGTAGAACTTATTATAATTTTATACGGAGAATTAACAGTTGTTCCA GTTAAAAGAATAGTAGAGAGATTGAAAAACCATTACTACAAAGTGGAATT ATTATAAAATCATTTGACGAAAATTCTCATTACTAAAATGCATTCTCTGG CACACTATAAAATAAAATGTCCAAAGTTCCTTCAATCTCTATTAATTACT CAAAATTAAATGATAGTATAGATTTATACTGGGTTATTAAAATTACCGAG GTTATAGTTAGATAATAATGTTTACATGGGCTCTCAAGTTTTGAAATTAA TTTGAGCTAAGATTTAATGTGACGTCATTCAACGGGGATCTCAAATATAA ATATATAAATAATAAATATAAATATTGACACCTGGTCAAACATAAAACGA CCCATATGGCATATTTTGAGGGCTGAGGACAGGGTTGGTTAGATTCCATT TGAAACAATATGATTTTTAATTAGCGATTTAATTCTGATTGACGATGGAG TAAAAAGGGATTATAATTACTATGTTTGGTGTGAAATTATTACAGTGAAT GGAAATGGCAATTGCACGAAACTTGAGAGCCCTGGTTTACCATAAACACA TTGTAACTTGTACTATGTATATTTAGTACAAATTACAAGTTGTTCATAAT ACATTCATGAACACAACAAATTAAGGTGGGTCTTTTTTTTTAAGTAAGGT CATTTAAATAATAAAGTCAAAAACTCTTTCTGAAAAGAGAAAAAGTCATC AGATAAATATTACTGAGAAAAAAATTGTCAGAAAAAATAGAATGTCAGTG AGAAAATTTGAAAAGAAATCAATACCCCTCTCGAAAGAAAAATCCTTGTG ATGACCCTGAACATATTCACGGATATGAATGTGACGCCATCTACAAATAT AGTCACTTGTTACTCGTCAGTAATAGTGGTTTTTACAAGTCACTGAGAAT GACTGTTTTCATTGTGATATGGAAGGGAACTATGTAAAAGGTTGGTGATT CAAATAATATGTTTGTGCTTGATATAGGAACATCTGCAAAATATTCAACT ACGGAAGTTATAAACTTAACATCCTCGTAATTTTACCAACGGAAGTGTTT TTATCAAACTAGGATTTTTTATCTAATTTATTGCAGGACCAAAGCACAAA AAGGAAGTAAACTTTATAAATGTATATATATAATCAAAATAGATATTTAA AAAAAAGAATATTTTTTGTCATCAAACATACCTGCATCGTCATCCTCCTC ATCCTTGAGTGCACGTGACTCTTGTACTATTTGATATAGTTACTTAGAGA TTAACGTCTATTTGAGCCATTATTCATATAATACATAAATATTTTTATGT ATTATATTATTATAAAAGAAACGCATTAATTGCAAAAATATCCACATAAA TCATTATGCAGGCCTTGAAAGTGTCTTACATGGGCTGCACATCTAAATAT ATTTGTATTAGTTCAATTCGGTATCTCTGTAATATGTAATTTTGACAAAG GGGCACATTTCTGGCATTCAGTAAGAGCCTCCACACAAACAAATACATAT ATGCCTAATGTCTATGGTATATTTATAATCTCATACGTATATATAAAAGT TCTGTCAATCAAACGTCAGTTCAAACTTGTAAATTGTCTAGGGGTTCTTT TTTTTCAATTAGACAAGTGAAATATACAAATAATGTACTTTGGTATTCAT CTATATATATACATATATACTGAGCGCCATCTACACGTTGAAAGACAGTT AGAAACAGATCTATGTATAACCTTGGCTCCTAATTATTGTTATTTCTATT ATGCTGCTTTTATGCAGAATAACTAATGGCTTTAAAAGGTATATTTATCC ACATGAGATGCTTGATATTCATCAGCACGATTTAAATATCACACGGTTTT ATCTCTTATTATTAAATGTATTTATTTATTTTTGAAAGTCATATTCATAT ATTATCTTGTTAGAATGTATTTATTTATTGTGAAGATTGTTGCTCTTCTT AGTTAATAGAGACAGACTTTAGAGTGGGGACCCAAAACTTGCAGTATCAT GACTAAACTACGAAAAATTTGATTTTTATGGAATACAAAGAAAGCCAGTT TTCAAAACCAATTTGTGATATGTTTAAATACTATATGGAGCTATATTTTG TACTCAACATGTCCTACTTCACAAGCAATAACACCCTCGACACACCCAGG AACATTTTGGCAACTCTTGACGATGAACACTCTGCCCATGGCGTACCACA CTGTCACGATGGTAGCTCAGAGTGAATACACATTTGGATGAAATGTGTAC CATACATTCTTCTTCATGACATTCCAAAGTGCAAAGTCCAGGGTTTTGAT GTCAGGGGTAGAAGAAGGCCGCGTGGAGATTGGCCAGAACTCAGCCATAT TGTTATTGCAGAAATTAATTTTTTTTTTGCCTCTATGGGCCTGTAATTTA CTTTTTGGTGCTGTAAACAGTCCGGATGGAGATGACGACTCAGCACTGAC ACCGACATTTTCACAATTAGTGACATGGTATAAAAACAAAACTTGTTTAT TTTGGTTTCAGCTGTCTTTTGGATGCGTAGTGAAACCTCTTAATTAATAA TAACATACATAAAATCATAATTAAATGCTACTTCAAGTGTGTAGTGTATC CCCACACTCCGGAATTCAATGTCCGTCATTTTATTTCACAACATGAGTCA ATTGATTGCTGGAAATTATTTGTTCACAATTTAGAGAAGTGTCCTTTTAT GTATGTTAATACATTGTATAGAATATATGTACATACTTATCCCAAACAAA ACCCATTGTATGGTCTTACATAATATGNATCTCTTTGTACAATAACTGAA GGATCCGGTCCTACATGTGTACAATTTAATGATTATCTTGAAATGTATCT ATGTAAATACTTCGTTTATCCCCATCCATAGGATAGTGTGAAAGTATGAC GTCCGATAGGGGTTATGTATTTATCCTAGAATAAATGAATAAATAAGGCA TTTGAATAGTCTAACGGTATATTAAATGCATAAACTTAATTTACTATGGG CAGCCGGTGGAAGAAACGAATATCGCACCATAACGGAGAGAAATCAAGGT TAAAAGCATTTTACTAGGCACCAATGTATGTATTATATCCTTAGAAGCTG ATGATGAAATACTCGGAGATATCTACGTCATTAAATAATATGTAGATTAG GGTGGTTATTTTTTTATTTTTTTGGAATTTCTTTTTCCTACAATTTCATC TTTAGGTAGCACATTTAGTTTAAATTTTAATTCGTCAATAAATATTAAGA AAGAGCCTTAATTTGCATTAAATAATTATGGTAGGCATTATTTTCACTTA TAAAAAGTTAAAAAAAAGTTTGTTTTTTTTTAAACTACCCTATGGAGCAA AAGGGGAGAATTAAAAAAAAAAGTTCTAAAAATTCAATAAAAAAAGATGC CAACGATACGCGGATCATCAAATTTTCCTACTTTCTTCTATTTATTTGGT CCATAGAACAATTTAAAAAAATTATATTTTCTAATACTTTTTATAGGTTA GAAAAATGTCTTTCAAAAACTATTTATGCAAAATAACTAAAAATGTTTTC TTTTTGACTATAATCACATCATAAAGAGTATCTGTCATTTTTTATTATTT GATCGAGATGATCAACCTTTAAAATGAGTTCGTAGGAGAATACAATGTTG CATAATTCATTTTCACACCATATCACAACTTTTCCGCACTTATTGTAATC GAAATTTAAGAAAAGTTAAAAAACAAAGCCACTCTAATGTAGATGCTCAT TACTTAGCCATGAATATTCAAACTTGATTTGATAGTCGAATGTGACATTG AGTCAAAATATGGAGTAAGACCAAAGGAAAAAAAATTAAAGCCTTCTTAA AAGCATCTTCCACACAACTGAATGAAAAGGAACACCATTATTTTTTTTAA AGGCAACCAAGTGCATAACTGATTTTCTTCTTTCCTTTCCCCCCCCCCCT TCTTCTGATCTTGACCTTATTTATCCAACAAACAAGAACCAAGGATGAGG GGTGGTTATCCCTGACTCCACCCATGATAGGTCGTGTCTTCCTTCCCTAG CCCCATTCTCTTCTTCAATTGCAGTAATACCTAATTGTAACAATCAAATT AAAATAATGTCAAATAACAAATCTTTCTATTTCTTCACAATTATAATATA TATTCCATTGCATCATTTTAGTATAACTTCCATCACTCCTACCTACCTAC AGATGAGTAATTATAATTAATCATTCATAGGTACACACAAACATAGAATG GGGAGAATGTTTTTACCATAAATGGTCTTAAAGTGATGATATATACGTTG TCTGTGTATGAGAGGTTCATTTATGAAATAAGAAAATATGAATTTTCTAT TTCTCAATATTATTTTGCTTTCAGAGAAATGTATAATTATATATTTATAT AATATGAATCAATGTTTGTGAAGCAAATGGACTGAAATCTTTCTAACGGT AACGCTCTCTTGATTTACTATGTTCTATATGTGTATAGTAGTTACATTTA CTTATATAAAAAACGAAAAAATAAATAGAGTTTCATCTTTAATTACACCA AACTGAATGTCCTTCATAAACTTATTTTGTATATGGAATATAACTAGAAA ATCATTCTATAAATTAATTTTTTACTTGTGATTTATTCATATTACCGAAT CTACAAAGTGGTAACTGAAAGTTTATACTAGCATTTAATAACAAATTTAT GCAAGATTTAAAAAATAATGAGAATAGCAAATAATAAAAATAAGTACTGT TCTTATTTTTCAAAAAACTTTACTGCCGTTCAAGTTATATTTTACATAGT TCTAGGTATTTTAGATTTTAGAGCGTTTACGCTCACGTCACTGATTGAAT CATAAACAAAAAGTGACATCATTTTGGAGGATTTTTGGACTTTTCATATA TATATATGTATATAAAACAGTAATGGACGAATTTTCAAAAACCAACAACA ACACTTCATCTAATGGGTTTTAAAAAAATTAATAAAAAGCTGTATATCCA GAAACTAAGGTTGATATTCCCAAACAGTTTGGTAGTTTGCTTTATTATGG ATGACTTCTAAAATACATGACAATTGATGTTAAAAAAGCCCAACGTCAGT TATTATCACAATGGGGTATGACCTTTTGTTGACTTATATTAGTTTGTAAG CAAAGCAGCAGCGAGTGGCGCCATCTTGCAGCAAAATAGTACACCTCCCT GAATGCTAATATTCTTTAATAGTCATGGGACAATTCCAAAAAAAAAAATC CTGTTACCGATCCGATGTAATTCTAGCATTTCTTAAATTTTTTTGAAAAA AAAACTATCATTCAGTTTTATGGAGAAAGAATTCCAAAAACTAACAGAAA AAGAATTTTTTTTGAAAAAAAAAATTGAAAAATTAAACTAAATTTTTAAC ATTAAATTTTTTAATAAAAAAACAAAAATTCTTTAATTGGGGAGTGGAAC TATTTCTTATTTTATTTTTTAACTTGGAAAAGTAATAAATAGTTAAATAG AAGTAATAAATAAGACTCAAAATCGTAAAGGAAACATTATTTTTCCAATA CGGATTCAAGAAAAAACACCCGATTCGGATTAATCGTCCCATCAATATTA TTTAATATACAATATCAGTTTATCTTTAAAATAGAAGACGTTTAAGCTAC AAACTAAAGATTATCAGACCACCTTGCGGATATTATTTTTTTACTTTGCT CAAGCCATATTCATTTTACTCATGTATAAATTTAAATAACATGCACCTTA TTCTACGTAAATAAGATCATAAAAATATCGCTAAAACTTATGTACATGCA AGTCGATTGAGATTAATGTATCGAATTTACGTAATATATATTTTTCTGTT GGTTATAAAAATATTTATAGTTTTCGCAGTATTTTTTTTTTTTTCCATTC ATGAATAAACTTAATTATACAATAATCAATCAAAAGGGTTATACATATTA AATTCTCAATTTTGAAGAAGATGAATAATGATTGNCTTTTTTTTTTTTTT TTGGTTTTTGGTCCTCGTGTTGTACATACACAAACAGCAGCAACAACTAA ACATGGAATAATTTTAGTTTTTTGAGTTATTAGCATTTACTTATTCATTT TATAATGAATGATTTACTCTTTCGCTAAATTTATTTTGATTTATGTTAAT CATCGTGAATTAACTTATATATTTTTTTAATTATAATTATCCGTGTTATT TATGATGTGAAAGTTTCTACGGTTATATGTAACTATGTAGATATTGAGTA CTCGTTCATAGAGTCAGCCATCTTATAAGTCAAGTAGGAGTAATCCCAGA TAACCAANCTAATATATTAAAAAGTACTCATAAAAGATTTCCCCTTTTTT AAATGAATTAGATATTTCAATATTAAGTAGAACCTAAATCTTTAATGGGA AAAAATTAATTACAATATTTCTAAGAAAAGATTTTATACCTTTTTAAAAA AATTTGAGAATGAATTTTTAAAAAAAAATAGAGGAATTGTCGATAGAATT TTATTTCTGGGAAAAGAAAACAAAAACTTAAATCTCATTTTTGCAAGGAG GGAATTTGTGTAAGTCACATGGTATTCATAAACAAACTTTAGAAGAATTG GGGGGTCAGTAAGGCCAATTACATATGTAGTTCTGGAGATCAGTCTTTCT TTTGACCTTTCAAAGCCTTGGCCTCTATATCAAGACAAAGACCAAAGTAA TCAGAGCAAAGTTTTATTTCTAAATAAATATGACACAATATCAATTTTCT CTCCTGAGTAACCTAGTCTCGATTCTTCAAAGTGTTGGGTTTAGATAAGG TCAGTTTGAACACTATGCTACAAAATAGAATATAATTCATTAATTTGTGC ACATTAAAATATATATAGGTAGGGATTTTTTTTTATGGTACGGTACTAAG TGTTTTTATTAGACCAATTTGGAGCAAAATTTTATCGTTTTCATATCATG GGTCTCATTCTATGGGCCAACTTTGTCTCTTTCTACTTATACGAGTAATG CACATGATATCAATCACTTTAAACGTGAAATGACGTCATTGTACCAATGT TTACAATATGGAAACACATCATCAACAATTCATTTATAAAATTGTTTTTG AACTATTTTGAATGAGACCGACTTCTTTTGTGGTACAAATCAAGGTTGTC TTAGTTTGATTAGTATTTCCGGTCTCAGAGCGGTCTAGGATTTCCAGACC CAACTCCCACTAACAGTATATATTCACAGAGTTGTGCCTAAAAATTGCAA TAGCATGACTTAACAACAAAAAACGTGATATTTTTGGAATCAAGAAAAAA CAACTCAAGAATTTTTTTTCATATGTTTAAATACTTGATTTAAAGATATT TTCAATTAATATATCCTCCTTCACAAGTAATACCATCTTCGACACAACGC AACAACGAACAGATTGACATGTCTGGATGTATCACTTGTCCATGATGACA ACTCAGAGCAAAACTGCAAAGTCCATGTGTTGGGATCAGGTCTTGGGGAG GGCCACATAGACATAGGGGAGAAGYCAGCCATATTTTTGATTCAAAAGTG TTGCTTCTTCTTTTCGGTATAGAGCTGTTATGGACTTTTGGATGTTGTAG GAAGTTTGTAGGGAGATGTCAATGGTGCCTGCACCTTTATAAGCACTGAC ACTGACCCCTAGAAGATTCTACAAGCGTTCCCTTTAAGTAGTAACTCCGA CATGTTTACACTGTGAGATATGTGATAAAATCAAAACTTGTTTATTTTTG TTTCAACCGTTGTTGGATTGCGTAATGAAAACTCGTAATTAAAAATATGG GGGATAGGACATTATTAATTTCTACAGCAAAAGTTTTGAGTCCCCACTCA CATGAATGAATGTAAATTAAAGCTTCATATGAAAAAGTAATAGAGATTCG AGGTTAATGAAAACTTTTTATGACTCATCATAATTGTATCGACATACATA TTGGAGGCAGATGAAATGTCTGGGTTCCAAGAAATCAGCATGAATGTAGA TATGTTACTCAATAAAATACGTATCTGTCCTTGAACTCGGAATTTGTGTC TGTATCCATCATGGAAACTTTAAATGAAATAAATAAATAAGTGTACATAA GTATGTAGGTACATCCCTCAAATCAGACAAAAGTTCATAATAACCCATAA AAAAGTAATTAGAGAGGCCATTTTATGGGAGTATCAAAGTTATATTTATA CTTATGTATCTATGTAGGCTGTTTAGAAATAAAGTAAGCATAGTAAATTG ATGTGGTAATATCATTAGCGGCGTACATATTAAATCATAAATTTATACAC ATAACAAATCATTATATTTTTTTATTCTAATGACGTCACAATAGTTTCCT TTTATTAGGGATTATATCCCTTTGTGTGGGTTTAATTAAGGATATAAAAT GCTCACCCATTTGATTTGAAAACTGTCCTGTATTACCTTCTCCCCCACTA TCTACATTTATATGCATATATGTATATTTCTGAAGCTCTTAAGCAATATC TTCCATGGCCTTGTTCCAGTTTCTTCTTATTTTATTTGAATATATGTTTT TAAGAATTACAAAATGCATAAAATATATACAATATATATATATATAAAAT TTGTAATAATGAGCTGAAGAAAAAATACATATTACTTATATCTGATTAAT TGAAGCATGGTTTTATATATGTATATACAATATACTAATTTGGTCTTTTT GAATCATTCCAAGCCTTTGAAAAGGGTTGCATATTTTGCACAAAATAATT ACTATTCATTAATCATATTTATCGTGTCTTACTACATAACTTCTTGGATT GAAATTAATTGACAAAAGAAAAAAGAGTTAATTTATAATAATTATTAATT CAATATAAAAAGAATGAGTCATACGTCACCAGAATAAACATGCTAGAGGT ATTTTTTTATGGATATATTGTACAGTCGCATAGGGAGGATTTAATTACGT ATTCCAGTTGTAATATCTGTAGATGATACGTGTTGTGTAAGCAAATTTTA AGGGTTGCAATTTCTTTGTCATAAATGCATTATTTGATTAAAATAATGCA CAGAGGCGTCTGCAGGATTAAAAAATCCAGACAATAAAATATTTCAGAAT TTTTATTTTTTAAATATTTAAATTAAATTAAAACTAAAATTAAAAATTAA TTTTTGAAATTTTATTTAAAAACTGTAATTTATTTACAAAAAAAAAACCA GCTCCCCCCCCCCCCACAAACACAAAAAACATAWAATCACSCATTATGAA ATCAAAATTAATTATTGATAAATTGCAAGCAATTACCTAAATTTGAAGAA TAGTACTACATTTGAGAATTATTGGCTARCTACCAACTGATTGAGGGCCT TTTTTATGTCTCTCTTTTTTTTGAGAAAAAAAGATACAATATATATAAAG TCGTGTCTATGGGCCAAGACAAATAGACATATCAACAGCTGACAATGAAA TGCAGAGTCAAATTCAAGGAATAATGCCGTGATATATATAATGTTTGAGG ATTTTTTTCTTAAAAGAATATATGTATAGGAAGAATTTAACCAGCCCCCT ATTCAATGCCTATCCTTAATACGGCTGTATGCCAATCAATTAGATTGAAA ATTGTACATAAAATTAACTTCTAATCTAAATAATTATAATTATATAATGT ATAAATTTTGGGTACGTCCATTTTTCATTATTGTTGTAGCTTATAAAGGT GATTATTTTTGGCTAATCTTTTGGATGCGTAACGGCCATAGATCTACGAG AAAAAAATGAATCCATCATATTATGAAGTTTAAAAAAATCTAGTGATGAT GAATGAAAAAGGTTCATCTTTATCATGGGTTGTTTTGTGAAGAGCCATAA ACACTGGGTGGGCTATCTTTCTTTCTTGTTGTTGACAGGTCTAGACCTCC GTTATACATAGATATACAGATATGTACCACACAATATAATCTCTATGGAC ATATGATTCAGATATGAAAAGCAACGGATTAATACATTCCATTAAATTTC TTTTTATTTTTGACAAAATATCATTTAATCAAATGAAAAAATGAAATGCA AAAGGTAATCTCAAAGTGTTTTTTTTTTTATAAAGGTTCATAACCTCTTT GGAATTACATTCTCGTACTTGCAAAATTACATAACTGTACACTGCATTAG GTACACACATCATGAAAAAAAGAAGGGCCCATAGGCTCTAATCGTTTCAA GACATGCATGTATCCTTTTGCAATTATAGCAAGTTTGTTAACTTTTCGTT AAACCAGGATTTTTCCCTTTGCCAAAGTACAAATAAAGACCCTCATTATA GCCTTAATAAACTCCAAATTTTAAGTATAGATACCCATTTTCGAAGTATT TGCAGACATTTCTAATCTTCTATCTAACCTCCATCGACTTTGATAATGGC CTTGATGCGCCGCTGGAAGCTCTCACAGGACGTAGTAATAATATGATTGG GGGTCATTGAGTTCCAATATTCATCAAGGGAAGTCCTCAGATTTTCGACA TTAGTTACCCTAGTCCGGTAAGCCTTTCCCTCGAAATGCGACAGGAAGGA AACGTCGGACGGCTTGGTATCTACCAAGTATGGTGGTCGCATTGTTTTGG GTCTGAATGGAATGTTGGTCTCCCTAAAGGACTTTGTTACCTCTGTTGTG TGTACCAGTGCACATTCAGGTTGAAGCTCGTGTATATGGCAATACCATCA TAAATGACCTTCTTGATATTGTAGATAGTCAATCTAAATAAAGTATCGTA TATCTGTTGCTGAGGATTCCACGCAAAATAGAGTAGTGATCTCGATTCTT ATTAGCTGATAAGATAAATTCTTCTCACTTGTTTACGATATTTATGTATA TAATCTCATACAACCAAGTTTTTAATTTTAAAATCTAATATTTACTTCAT ATATGCTAGTTTTTTTTTTTTTGTGCTTATTTTTATGTTTTATTTTTAGG ATTTTTTTTTTKGRRGGGGGGGGGGGGGAGGAGGGGTAACTCATAAATGT ATCTGTATTGATTGAAAAATCTAAAAATGGTACTTATAAAAAGAAAAATC CTCTCGGGAATTCTTGATTATAATTACTTCCATCAGACTCAAAAATTCCT ATTAAGTTGATATNNNACTGATATCTGAGAAAACGTTGAGTATAAGTGTA TTTTCATTATATCCGGATTTGACTATGTTCTGTATATTTGTGAGCCCGCT CTTATGCCTACACTCGTGGATATATATAAATATTTGATTATAATTAAGTC AATTTAATAATAAGAAAAAAAATATTAGAATTTAATTTTAATATGAGGAA AATTTTATTTGTTAATTTAAATAAAAAATACATATATTTTTTTTCATTTT TGATAAATCAAAATATGTTTTTTGGAGAGGATCCAATACTTGGAAGGTGT TTTTAATTATTATTATTCATTTCGAATGTAATAATAAGGAATATGTGATA CTAACTTTATTTGAAAGGTTATTTTTGAAGAGAGGTTTCCTTTACTCAAA TCATCAAATACCTAAAAAGTTTTTTTAATGTGTTATAATAATCATTGATA GATCATTCATTTTTTAAGATAAAGATGATGGTGAGTGCATTATATTTATG TCATCATGAGATATGGTGTCTTCTAAGGATTATAAGTTATAAATATGTAC TAAGTAGTCTCAATCCATCTTTTTGTTATCAGGAGTTGATTGTTGATGGT ACAGTTATGTGTTACCAACAGTTAGGACTTTTTTAAAAGAGGGAAAGGAA TAGAAAATTGAGTAGTGTTAAAAAAACTTTGAAGGCACTGTCTTGCTCTT TCAGAGGTTAGCCATTATTTTGTATAATAGAAAATATGCACATAAATGTA TGATTTTTGATGTATTTAGAGAACATTGAGTAAGGAGGATTGTCCTTGAT ATTTGAGAATGTGAAAATAAGAGAGAGAAAGGGATCAAAGTTCAATACAA TATCAGTTCAAGAACATTTCTTTATTCATAATCATTTACATAATTTGTAC AAGAAAAAAATAATTCCTTTTTAGTTGCAATGAGTTTCCTCTATGAATGG AATGGACGGATGTTCTCAAAACAGTTATTGGCTGCAATATATGTAGAACC ATCATGTATATAATATACACTGAATAATGACACTTACTACCTATGTCCTT TATCATCGGGTAACACNNNNNNNNNNNNNNNNNNAATGAAGAAAAATTAA GGTTCAACAACGGTAAAAAAATTATTTGTAAAAAATCAATGTATTTTTGT TTAAATTTTGGATTCATCAAAAAATACTCATTTTGCCACTATAACTGATT TACAGACTTTTCGCATTCTTCCTGTTAGTTTTTCAAGATAGTCAGTTAGG TGTGATATCATTCCAAACATTCTTCAAAATGTTTCAAAACTCATTCTTAC TTGTGGAGTACTTTTAACAAACTTTTTTGTCAAGATGTTCCCACAGTAGC TCTATTGGACTCAAATCAGGAGATTGAGCTGGCCATTGCATAATAAATAA GAAGTGAGAGGCTTCTTTTCTTTTCCAATAAGTTTTTGCAGAGCTTGGAT ATATGTCTTGGGTCGTTGTATTGTTGAAAAACAAGTTGTGAAACATTTTG AAGAATGCTTAGAATGATATTACAACCGCCTATCTTGAAAAACTAATGGT AAGAATACCAATAGTCTGTAAAGCAGTTATATAGATAAGGGGAGGATTGT TTGATGAAGCTAAAATTTAAACAAGGATATTTTTTTTTTACAAAAAGATG TGTATAGAGACCATATTGAACCTTAATTTATTTTCATTTTAATAGCCTAA TTACCTGATGATAAATTCAATGGGGGTTCGAAAAATAAGTGAAATTCCGT TTTTTCTCTAATTTTTTCTTGCAAGTGTATATTATGTACCATCAATGTAC TTTTTTATGCGCAGTGTCGAAATCTTTTTTTTTTTTTGCCAATCGACCTA TAATAAACTTTATTGTGTAATAATAAATGAAAGGAAGTACTTTTTTTAAT GACAAAAACACCGTTGAATAAGACTTTTATGTTTCTTTTGGCTCATTTAC TTATATATGTAAAAATAMCCGGTTCTCAGACATTGTCTTAGCCCCATCTC TTAGCCATAAAAGTATGTAGAAAATAACAATACATTTTCTCCACTGAGCA TGTTCTATGCATGTTTTTTTTATCTAGTAAAAATAATCATATTCACCAAA AATATAGTATAAAATTAATTTTTCTTCATTWATATTKTAMTATTTCATTC ATAAGTTTATTNNNNNNNTATATAMATAWAWTTWWTTTTTRTTGCTTACA GGATGGMGCAGGACTTGTACTTCGATCACAGTCACAGGGAAATTCAAGGA KGGGMGSGTATTCCCAGTATCAACTCATAACATCCCCTCCGCCAGAGAAA GTAAAAAAGAGTTTTGCAGAAAAACTTGGTAAAACTCTTGATAAACTCTC TCCTGGGGGAAAAAGTTCTGAGAAGTCCTCTAATGTACAACAAGTCCATC ATCCCTCCTGGGTTTKCCAACCCTACTATCATGTCCCTCGTGTCTCTCCT GCCTATAATCGAATACCTCCTCATCAATCTCAAAAGTCTCCGGGTTACTA CTACTACTACCAACATCCAAATCACCCATCTTCCGGCTGGCAAGAACGAC AAGAGTTTTGTTCTTGCCCTGATTACATCTACGGCACAAGTAGTCGTCGC TCAAAGACTGGCCGATGCAAACGATGTCATTGTAAGAGAATTGCATTTGA TGAAATCGCTCAACATGGTCCTCCTTCAACACCAACAACGCCCCAACAAG CCTACGTGCCTCCAGGAAGTGTAAGAATTCAAAGACAGTCCTCAAGTCGC ACACCTATTCCAAGGAATTTGATGATTTATAGAGACCCTTATGACTATGT TCGACGAAGCTCTTCCTCTCGCCCAAATGAAAACTACTATTCTGAAGAAT GGCAAAATTATTGGGAATCCTCGGATGGTTCCACTTTTAAAAGATCCGTC TCRCCTGCGTCKCCATCCACAACTTCTACATCAAATCAACAACCCATGGT GAATGGAGTCGACGTTAACACATCAAGAGTAGTGAATGGAAAGTCAGTTA ATGGGAGTATCCCTGTAGTCAGTCCCACTGTCCCAGAGGCCAAAAGGGAG GATCAAAATATGTACAATTTAGTAACCATAAAAAACAGTAATAACAATAA GACTGTTCAGATTTCTCGAGTGCAGATCATTGATGATAAATCCAACTCCT TCAAGGATCAGAGTACTAACAACAACAACAACAATATTATTAATAATAAT AAAATCAACAATGGGGAAGTGAAATTTAATTCTGAGCCCTTAGAAAAAGA AATAAAGAAGGAGGCAACAGATGAAGAAGACTTGATGAATAGTCCAGACA TTGAAAAATTAAAGGCTGTAGCTGAGCAACGTCTAAAAAAGTTGCAAAAG AAATACTCTCCCTCATCTTCAGGTCACGGAAACAATTCACGTTTTTCTCG AAAAATACAAATTGATGATATCATATTAGAGGAAAACGAGGAGGATCTTG AGATGGAGAATCTGGAAATCATTAGCTCTACCCCTGTTGTTAAGGTTAAG TCCATATTGAAGAGACCATCGAACCAAGAATTCTTAGGAGAAGATGGAGG AGAGAATGAAAAGGGGGAAGAAAGGACGAAAGAAGAACAAAATGAGTCTT CTATTCCAGGGGGAGATTGTCCTGAGATAGATTTAAGTAGAAAAGTTAGG TTTATGGAAGACAGAGAATCCTTACTTATTGATCTCATTGATCCAGCTGA TGGTGAAGAGAGAGAAGAGACAGAAGAAGAAAAGGAAGAGCAGATCTCTG ATGAATTATCTGGATTTGATCCTCAACTGATACTCTCATCTCAGAATTTG GCTGATGAAATCCTTACGGAAATCTATGGAAAAAAGAGTCCATCGCCTAT TGTGGTTGAAAAGGATGAGCTCAATCAGAGCCACAGTGTAGAAATTAGTC CTAAAGAACAATCCACCTCTTCATCAAATGAGTCAGCAAAGTCATTAGCA GACGAAATTTTGAACGAGTTATTTGGGAATACGAGTGATAATAGAGAGAA AGACGGAGGAGGGAGTGATGAAATGAAGAACAGCCTCAAGGATTTCAAGA GATCAGCATCAAGCGACTCAATTAATCCTGCTATAGTTGGTAAGTGATGA AATCATGCATTTATTTATACATTTGCCCCTTCCCTTTTCGGAGAATCTAT CCTTTGAGCCATGCACTTATTTTTAAAAAGTATGATTTTTTTTTACTTTC AAGGATTAGGAATGAGTGATGGCTGAAAGGATTACTAGAGATTTTTGAAC GTACAAAGATTCATGTATGCAATTACAATGTATTTTTTTTAAATCAAATT TTAGTTGTCTGAAAGTCGTCCTATAGCTTAGACATTCTTCAGAGTATGTA AATGGTAGTCGTAAACGGTTCTTGAGATTGATTTTAGTCTATAGAGTAGT ATTTTTCCAACTTTTCAGCGTGTTTAACACCTGAAAAAATATCTAGATCT CCAAGTCACTTCAATATTTAAATTTTGACGGATTTTTTAATTATAAAAGT CCTATACGTCTTAGAGAGAATTAACTTTAGGCATTTTTTGAAGATCGTGG TACCGTTGTTGTGACAAAGACCAAAGAAATCACATTCAAATGTTCCCTTA AATACCAACAAACAAAAATACAGCTCTCAACTCTTCCTCTCAATTAACCC AAAGTCCCTTGTCTGTACGTCGGGTAAATTAAACGCCACTTATGAATACG TTTTTTTAGATTAAAAAGATAAAAACATTAATAGTATTCATTTTAATGTG TATTTGAGGATTGCAAAATTTAAATATGAATTTTAGCAGAAAAAAATTAC TTAAGAAAGATAAGTAGGTAATCAAATAACTAAGAATTAATAACCTGAAA GTTAAATCAACAGAAAATATAGATATAATCATTCCCTGTTGATATCATTT TGGTGCATCGATTACCGTCAATGCCAAAGCAATGAAGTGCTTAGAGTTAC ATAAATATATTTAATACTAACTTTATATTTGAAGATGATAATTATTGTTC TTCTTGAGCTTTGTAAGTGGAAAAACTCTAATGAACGTGATTTAAATTGC AATTACTTTGATTGATTGATTTACGTTTTCTATTTTTTTCTGGATGAAGT AATTCTTTTGAAATTTTTACTTCATTTGCTGAGATTTTGTAATAATTTAA TTAGAGCTATGATAAAGAGTCTGATTTGGTCTCAAACCTATAACTTATAA GTGCCTACTTGGTTTTGAAGATATAAAATAGAAATTAGCTCTTAGGCCCC CCTTTCATATGAGAAAATCGTGAGGAAGGATTCACAAAGGTCGAAACATC AAACCCATAAAATACATATATATTTTCTCCCTTTCATGGTATTATAAAAA ACATCKCAGACATAACAATTAGTGTTGAAGATATTACAATAGTACCCATG TGTGTATTATTTCTCTTGGGTGAAGAATGAAGGAAAGTTTCTCAGAGTTA GGGGTGTCGTATCAGGGCTAAGGAGTCATTAATGAGAAGGTTTTGAAATT AGTTCTTTAACATCCTTTATACATACACAAAAGTCGTACATTTTTAAAAC AGAKAAANCACGACATGAGCGCWTTGTTTAGTGTMTATRTTGKAAAGCGT GANCCAACGAGCCAATGATGACATTCAAAATCCCCAAGTATTTTTAATGA AACGTACATTTATTCTCACTCCTCTTTTCTTTTTGCATCCATCTCTCTTT GACACTCTTATTTAAATAGCTCCTATCCACATAACGGTAATGAGCTCACG TAAACATCATTTAACCTTGCCCCATTCTTGTTTCTTATCTACCTAGTTCT AATAATAGCCTTGTGGAAACACCTCAAAATCTTATCCCTACCATAATCAC TATATTCAAAATTTATATACTATAATCATTGTTTTTTTGTAGCCCAAAGG CCCCTTATTTATTGTTATTAGCTCCTAGACTTTAGTTTAATAAATATGGT GTATATACACTGCACAAATTGCAATGGGTTTCAATTGTTATTTAACCATG CTTCAATGTTGTGATAGATTAAATCGTTTGATAATGAGACTCCACTGGAT ATCCACGGCCTTGTTGTAGTCCTTAAAAATAGAAGAGCTTAATTATATTA GGAACTATTTTTCTCCTCTTAACTTTTAAATTTCTATAATTAACTTATAC TCATTTATTCTTATCTATAGGGCAGCTCTTTGATAGGATATGCTCTCTTA GACGCGTTCTGAGATTAGAAAGTATCATTCTGTTCAATAAGAAATTGATT GTATCTCAAAATCATTTCTCCAAATAGAAATATAACTATAGTGGTCGCAA TTATATAATAGTTGACCAATAACTTTATTTGGGGAGAATTGTTCGACTAT TATTTAATTAATAGCCCGTCATAGCTTTGTAATATTTCATTTGAATTCAA TTCATCAACGTTTAGAAAGCAATAAGAGACATTAGAAAACAAATTGACAA CATATAAAAATACTAAGACAATTGGCAGTTTATTGGGATAACAGCTACAC GCGATTTATATTTATATGTTGGATACAAGTTGGACCTCTGTATATGATAT AACTTATACATATATATGCAGAATGTACAAGTTACCAATTCTGCATCTCA TTATTAATTATTTAATTCAATCATCCGTCATTTTAATTACGAGTAATTAA TTTATAACCTCATTTAATTTTGATGTATAAAATTACACGTTTATGATGTA TTTGCAAATTTTATAACTTTGGCCATTTCAGCTTGATTATGGGCTACATA ATACTTGTCAATTATTCATTTTGCTTAAAATACTCAAAATTTAGACCATT AATATGTATGCCATCCGAGGAACGTTGAATTATTTCATACTATTCAGGGT CCAAGATGGATATATAACTCCCTAACAAATTTTCAGCGTTKCTCTCTGTC ATTCAGGAGTTTGCACACCAAGATCATTCACAGATGGTGGGCTAAAGGGG ATGTAGCCCCTACCAATTAAGGAATTCTTGTTTTTTACTAGAAAACGTAA TATTTGAAGATAAATAATAATTTTCAATTTTTTCCTCAAAAAAGCTATGG ATTTTAGAAATTTTTCAACATAAATTTAGGATTTGATTTTTTTTGTTAAT AGTTATGGATTTTTGATATTTTTCCAAAAAAATTTGAAATTTGAAATTAA ATTTTTTATTTTTTTTGTAAATAGCTATAGATTTTTGAAATTATTTTTAA AAAAAAACACATTATTTTTGGATATTTTTCCAAAAGAAAATCCAAAAACT ATTGCCCCGCCCCAAATATAATCCTGCGGACGCCCCTGAATATATATGTA CATAATTTAGTGTTGGATCAATCGCACGTCTGATTGCCTAATCAGTTCCC CCCTTTGGCCCTTTTCAATATATACCGCATAGTCGGTTCATCAGTCCTAC GGTCACATCTATCTTTTTATTTGCTTCACTTAAAGCAAGGATTTTTTGAC AATTTAACACGAAGAAAATAAGAAATGGTAGGTAGAATTTATAATAGTTA AGTCATTCTACGTTCTAGCCAAACCAATCCTACTTTACACTTCAGTTATC TTGCATCTTTGAAGAAGTTATACTGAACAGCTGAAAGAACGTAGTTAGAT ATTCCAATTCAATTTACATTAATTTATGGCTTTTCTCTTTCATTTGGTTT CAAGCATATGAGGATTACCATTACAAATCATGCATGTTTCGAAAATAAGG CACTTGTGTATCAAGCTATCCCTCCTCATAGGAAAAGGATATGATAATGC ATTGATTTGATGGTTCCTATTGCTCTATATTAGAGTAGTATTCACATCAT TTGTTCCTTGCTCTTCAATGATAATTGTCTTACAAAACATTTGATATGAA TAGAGAGTTTTCAGAATTGAAGAAAACGATATCTTAGGGGCTGCAAGTTT GATATTTTTACTTCATAAAATGAACTAATCTTTTTGAAACTCCATCAAAC GGCTTCATAAATCAAAAAAGACTTTGTAACTGCATTGAATATTAGTACTT GATGCCACTGATAAACACTGGTATTTGAATGTAATCAAAGTACTATCTAC TGAAAATCCTTCAAAATCGCTTGATTTGAACAATTATGTCATTTTTTTAA TCGATTAGGGACGAAATAAGTAGGATAATTCAAAAAAATAATTCATCTTT CCCATCGTAATTGTTAATTCATTGTCTAGAAAAGGGATTCTCAACCTTTT TTTTTAGTGATATACGACTTTTATCGTATATTTATGTAACCCAAGTAATC CTGGAGTGCTTCTACCATTTGAGAACCAATCGATATAAAATAAAACAAGG GCATTGAGTAATAAAAAGAGGCTTTCATCGATATGGTCAGTATCAAAATT GTGACGTCACATGAAAACGCTTTATATTTTGAGAGATTTCTAGTCGCACA ATTATGTCTTGCTTAAAGTTTTAATGCGACTTCTTTCTTAATCTCCTTAA AAAAGGATGTCGTAATTAAATTAGTGCTCATTATTTATTTTGAGTCTTTA TTGAGCACATTGAAATCTATTTCTCTAATATGTATTCATTTAACGTCATA ATCATCCCTTTGATACTGTTTTTCCCTCGTTTAAATGTGCAACCAAAGAA ATGGTCACAGATCACTCTTTCGAATCACAATGACTAGGACTTACTTATCT CAATGTTTTTAGTCATTTGTACTGAATTTTCAGTGCATGTGTATTTCACC TTGAAAGCTTTAAAATATGAGAAACGTACCTACTTATGTTTAGAGAAATA CACACATTTATATTTCGATAAAAATGGTTCCTTCATAAAGTATAATATCT AAAGCCTTAAATTTCAATTTCCATCGATAATATATGTATTTGATATTTTA TAACTTACAAAAGAAATGTTACTTATTTTCCGAGTTGTCTTTCACTGGCA GTGTAATTAATCGTCACTACAATTCCTTCATCACTTTCTAGATAAATGGT TTCTTATGTCAGTATTAGATATATCCCTTCGTTCTGTGTAGAATTATGTG GTCTTAACTTTCCATTTCCAAATATTGTATAATCATGCATCTTAAGGGAT TTTGAATAAGGGGGAGATCAATTGCTATTCGTTTAGAAAAGGACTAGGAA GAGGCACAAACAATAAAGAATCCGAGTCATGGTTTGATTTTATTAAAATA CACAAAAAGGCTCAATACATGCATGTGTAAATGACARCAGCCGTTATTCT AAATAAAACATAAGGGATTAGGTTTGTTAGTGTTTGAGAAGATCCAATTC TTTGATCATTTTTTACTTAGTTCTTAGTTTTACTCAATAACTAACATGGT TGTTACTGAAGAGGGAGTTATGAGGGACGCACTCATGGAAGACGATTGAC GACCAACATGGTTCAAATAACCGTACAAAGATGCCTACTCTACATACAAA TATCGTACACAGACACACAGCCCACTCATAAATAAAACTATGTAACAATG ATAATATAATTAAAACTGCAGCATGCACTAAAAATAGTTCCTTATAGAAC ACTTACAAAGGTACTTATATGTACATATATATCTTCATGCATGTATTAAC CTTGATTCTGCGTCAAAAGAGATACTTTGCATAGGTAGATAGGTGTAGAC CAATAGTTACAACTATGTACATTGTTGCAAATCCTTAAATGTTGGTTTGA GGAGTCTACTATATAGTAGGTAATTGCAGTGGGAGGATTCAATGCTTTTA AAAACTCGCAAGTCCATTTATTTCCTTATTTACTCACGAAACCTTTTCCA TCTCKCTCCAGGAAGGAACCTGCTGCCTATTTGGCCAATAACTATTTTTA TTGGTAATAAACTATTTTTACGTAAAGTATACTACCAATAAAATTAGTTA TCATGACTTTTGATCAACTGTATATACTAGGGCAGGGGTCCGGTAACTTT TTTTACCATTAACCCGAAAGAACTTAGTGAAAAATTAATTACCCCTAGTG GAGGGGTTTCCGCAGGCTTATATATTGGGGGCTTAGTTTTTGGAATTTTT TTGAAAATTGAATCTAAAAATAAATTTTTCGGGAAAATTCTTTAAAAATT CACAGCTTTTCACAAAAATATTAAATTTTTTGGAAAAAAAAAATCAAAAA ATCTAGCTATTCTCAAAAACTTTCTCAAAACTTTAGAAAAAAATTCAAAT ATTAAAATTTTTGGAAAAAAACCCAAGAATCCACAGCTTGTCACAAAAAT ATTAAACTTTTTGGAAAAAAAGTTCAAAAATCCACAGTTGTATACAAATA AATAAATTTTTTGAAAAAAAAAATTCAAAAATTAAATAAAAATTCAAATA TTAAATTTTTTGAAAAAAAAAATAATAATAATTTTCTAATAGAGATTAAA AAAATCCTTATTTTGGGGTAAATTACCCCGACCACTGTACTAGGGAGTAA AGTTTAGTTGTAAAAAGGAATGAAATAGTTTTTTGTTTGTTTTTTGAATA AATGTATAAACTTCAAATATTGTAGATATTATAATATGCGTATAGGTATT TACCATTGTATATATTTTAATATATTTATCGAAGGAAAGCAGATGGAGTT AGGTTTTACCCCTCTTGTCGAATTGATGTTCAAATATCTATTTTTAGAAC GATATTATACCTGGGATATATGTTACATGGATGATGATATAAATATATAT ATACAATGTATACATAAATATTCAAGTACCCAGCATCTACCTGTACATAT AATGCTTACTTTATATACTACCGATTCCCTAAGTATATAATCTTATAATG CATGTAGTTAACTAAATGAAAATCCCTTAATAACTTGTGAATTTCTGAGT AAGTTTGGACACATGTGATACTTTCTCTTTCTTTCTCAAAATGGGAGACA GGGACAGGGGAAAATTGAAATTCAATTATTACAACCTTTAAATAATAAGG AAATAACTTTGCAAAGTGAAGAATATATTATTGTCATTAGAGTATTAGCC CTTTTCCACGATTTTTGGATAATTAGCACTTGGGAGTATCATGAAAGTAG ATGGAAGGTCTCATTATGCGGATGAGTGGAGAAGTTCCTCTCTTATGGAG TATACAGTGGGGGAGGGGGAAAGAAAAGAGGGCCTTGGAGTCGATCCATA GAATGAGGGACGTCGCCAGAGGAGATTTCATTGCAGAAAGAGTCGTTGTA TTTTACATGGTGAGATGTGATCTCCCTCGTCCTCATCCTCAGTCCTTGGA TTGACTCATAGTATCTCCCTTCCTATTCCAACAATAAAGTTTCATTTAGT GAAGCTATTTCTTTATTGTTAAATGGTTTCACTAATAATTTGAACTTTCT GCTGTCGTTGTCTCCAATTTTTGAAGAAAAAAAATCGTTTTTTTTAATTT TTTGCTCTGCTGCATAATTTGACCGTATGACCTTTTTTACCTATTTTTTC TCCTTAACAAAAGAAAATCCTTTAATATTATTTTTTTTTGGGGGGGGGGG AAGGGGGTCATTCCCRCCTGCCAACCCCTTGTGGACGCCCCTGAATGCCC TGTTATTATGTACAATGTACATTTAAGAAGATCCTTCAGTGATGACCAGT AATGTATAAAATAGCCACCATTTTGGATATGAGGGGACTGCATTATATTT AGACTTTGTTGACAGGTCTCGTTGAGACTAATTGTACCCTCTTTTAATTT TTGGAAGGAGCTCACATTTTCAGTTTTTAACTGTTATTCTCCAACAAAGA AGAAGTGAATTGCGCCTAAGAACACTCCATGTCCTGGCGCTATGTAAAAC TAAACCAAACCAAAAATTGTAATCGTGACAATTTGAAGAATGTATGGGAG AAGATAAGTTTAGCTCTGATGATGTTTTATTAAATCAACTWCAASCTGCC GTAAGATGAAGGAATAAACAAAAATCCTACTCCGTATGTAACAAGAATTA GTCCGATTTCACCCTCAATTTTTCGCCGAGTTCCACAAGGGTTTACACAT TTAACTTCAGAGCAAACACTTATTGTTACTCTCTGTCTATTTATAGCACA TACACTACTTNNNNNNNNNNNNTTACATTATACTTAGATTTTATTTCTTC AAGAATTAAATGATAAGGATAACAGATTTGTTTAATATAAAACCCTGCTA TCTATAAAAAACCACTCCCGCTTTCTATGACATATTTTATACACCTCTGG TTATGATTTAGATTAACCTGTGTACCGTTAGTGAGCCTTCCTTTGTACTT ATATATGTATATAATAATAATTTGCATGACTTTTTAGAGCAAAGGTCATA TTAAGTAATCATACACGTCATCCCATGTGAAACTTCAATTTAAGATGAGG TCTTACTCATGCGTAAAATAGGTTTTTGGGTTTTTGTTTTTTAATAGGAG TATTAGTAGTGGAATTGCTCATTAGGGTGATGAAATATTTCATCTACTAT TATCCATACATAATTATTTAATTAAATTGTGATCCCAATGATTGAATGTT TAGAAGTCAAAGGCTTAGGCATGATGTATTGCATACACATCCATTGAGGA ATCATGAATCTACAGAAAGAAAAATAATAATACTTTTTTCCCGTTATGGA TATGCATCGATTTGATAGCATGTGGTTGAAATCTCACTGTGAACTAATTG GGTTTGTATTTGATGATTAATATATTCCCATGTCAATTGACTGGATAKTG CGATAAATAAATTATTCTGTTCCATGATTATTATGATAAGTAACTACGAG AATATTTCAAACAATCACTGCATAAATTAAAAACTCATGATTGGTTTTTG ATTGAGGGTCAAAAGTTAGAATCATCATGGTGTTAAGGTTAGATGCTTCG ATATCCTCATATATGTAGAGGAGTGGTTCTAATGATCGAGGAGGATCTTA TATTGTACAATACAACTGTTTGTTGAATTGATCCGTCGTTATGATGTAAT GAATATTGGCAAATCGATGAGATTACGTGTAGAGAAACATTTGCTATGCA TAATTTGTATCAACATTTGAGCAGAAAATATTGGTAAAATAATATTTGCA ATTCAGTGGCATAGGAATCTCCCACTAATATTTAAAGTGTGGGCCTGAAT ATATTTTGTCCCCAAAAAATAGTTTGTTATAATTATGCTTGGTTTTTTGG AATTTTCTAAGAAGCAAAATCCGAAAAAGACTTTTTTTTAAATTTAAATA TTAAATTTTTAGTAGTAGTTTTCAAAAGGAAATGCTCTTTGGAATTCAAG TATCTACTCTTATTAAAAATGAGTGCTATGTTAGAATGATTCTGATCTTT TCATATTTACTGTTAAAGTAAAAAAAAGTGATCCTTTCATTATCAACTAA TCTAAATCTGTTGCAAATATACGTATAATTTGCAAACATGAAATAATACA ATTGAAACGTTTTGGTAGTTTTTAATTAACGTAAAAATTTAATGATGGTG AATAAGATCACATTGCTAAATTTATGAACAACCCATTGTAGAAAAACATA CTTTTAAAATAGTAGAAAATCATCTATTTTTTTCAGAGACTTTATACAAA ATTTTAATTGGCTTACAATTTAGAACAATAATTTCAAGGTTAAAAAATAT GAAAATGGAAGAGGGCGCTCTTTTTGTAATTGCAGCCTACATATGATTTT ATTTATTTTTCAAAGCTGTTATCATTATTCTTTTATTTTTGAAGGAAGAA CAATAAATATACGAGTAATCAAAAGTGTGCGAAAGACGAAAAGAAACACT GAGGATTAGTTATGAATTTAGAATTGTACATAAGTCCTTCTTGACCTCGG AGTAGAATTGAAGATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNATGGGAGTAGTTACTGTATATATCTTTCCTATATACAGAG TGGGGCTTGTGTTTATTTCTTTATCTCACGGCTGKTGRCAGCYAAGCTGC TCTCCTCCCAAACATTGTTCAAATTGCCAGGGKGACATTGTTCAATTTTT GTTGTTGTTTTTTTTTTAGCACACCGCCATTATTTGAATGTATATTCATA AAAATTGGGTGTATTTTTTTAACTCGTCCGTTTTTTTTTAGTTGGCAAAC TGAAAAGTGAGTTTTCATTGCTTAACCTGTTGACATTGTCATTATTTTCC TAAGGAGTGAACTTCCTTTTCTACAGCATTCAATTATATTCAAAAACTGA TTAAACATTTGCTTGTTCTCATGAAAGACGGAGAATAACACTTAGGATTG TGGTAGAGTTATAATAGTAAATCCTTGTTGGACTCCGAGTTGAATTGAGG ATAGATATCGGAGTCCTTCTTGCCCATTTACTTGTTTCCTTCATTCTCCG CTTCCTCCCTCGTCACAGCTGATTGTAGGTGATTTATTGAAACGTCACGA CGGCTAAGCTACTCTCCTAATAAACATTTTTCAAATTTTTAGAGTTATCA TGTTGATTTTTGATTTATTTTTTTAACAAGCCCAAAACGCTCCTAACATG TTATCCACCTGCCTCCCTCCTTAATATAAAAATACTTTCTACGCCCCCGT AATTAGTTATAATCATCAATAACCTATCAATATTTCTTTCCCAATATTAC TAACTGCAAAAAGACGAGCTTCCATAAGATTATGATATACAAGTACCTAT GCATAAAAATGTCGAAAACGAGTATCAACATACAGAAGAAGTTTAAAAAT GTTTGAAGAGTCAACTCTTTTTCATCAATTTCAATAAACGGAGATATCAT CAAATATACATTCTATATATGTATGTAAACACATAGAAATATAATATTAC CAATTTAAATATTATGAATAAATATATATATATAAATAGACTATATGCCT TGAAAGACGTCATCAGTTTTATATACCTAATTTACACCACGAGTCAATAT CATGCGTTTATTATACTCTTAGCTCATTCTTTTTATTATTTTTTTATTAC TCAAGTAAATGTATTACATACAGCTTATTTAACTTGGGGAGAACACTTGT TAATTTCACTTCCATAGAGTCTAAAAGCGCTATGAAAAGCTACACAAAAG TATGGTATTAATATTATAGATGATAAATCAAAGGGCTTAATGATGTAAAT ATTTCACTTAGTATTTTCTATGAGTGCAAGACATACATTTTCTTACTATG TAGAATGTATAATAACAACAAAATCCGGGGCTTTTGATCCATCTCCTTTA AAATAGTTATTTTTTAAGATTTGTTAAAAAAAAACTGAGCAGTAGAGACA ATCATTGAGAATATACCTCACTCTATATAGTCCCCGTAGGCATCAATCAC GATCCCAATTCGGATACTGAACCATGTACAGGCTCTGAAAACTTGAGCCA AATCTGAATTCCTGCATTCCAGGACGAAGGAGTCGATCAAAGACTTCTTG GTAGTGTGAAGACCACTTTTGGTCTTTGACTCAAAGTAATATTTAATTCA TCAGATTTTGATTGGAGGAACTAAGATGACAAATATACGGTGTGCTTGGG ATCCTCCTTCCTTATGATCACTCTCTGGGGAGCCTTGATCTCCACCGGAG CCTTTCCAAACTCCTCAACTCTTCTTTCTTCGATCCTTATAATCCTTGAG ACCTCAGCATTGCTAATATCCAGATCGTTGTTTACCAAAATGATCACAAC AATCCACCTACGGGGATTCTATGAAAGTGTAATGTTGTTGACTCTATGGC TGTGTTATGGTGACAATGTAAAACGTTTATATGTATATTTTAATACAAGA AAAGCATTGCAGAATTTTGTTGTGTACATAGTAGGGTCTATAACTTTGGA TCCCGGGATTTCTTAGGTTCTTACACCAACAGGATCATCCCATTATTTCT TAATATCAGTTTCATTTAGTTACATATAATAATATAACCAAAAAATTAAC CAGTTCATCAATCAATATTTTCTAATCTCGTGGGTTCAATTACGGAATTC AAAATAGTTTGACCCATGAGCTCTAAAACCCGTACACTTTTAGTAATAAT ATATTGGTGAACATGAGAATAGAGGGTCGAAATATATTTAAAATGAATTA TTTATTCTTAAAATATAAAAAGAAATACTTCAATATCAGAGTATTGATGA TTTATTAATGGGATACAGTAATTTAAAAAATGGTTTATGGGGAAATAAGA AACCCTAGAATTATATAGTGTTTTTCCTATGAAGAAATGAAAATTAATTA TTATTTATAGCGTGTATGACTTTGCATATTTGCATAGTATAGTTACTATT TATCGTAGTAAATGTAATAATGTCATATTAAGTTGTTTTTGGGGCTAATG GAATCAAAATCATCAAAAGACTATTAAAAAAATTCTAATCTAAGAATTAA AAATATTTTTAGTGATAATGAAATAAAATAATCATTTGTTACTTTCAAAT ATTTGTATACACATATAAAAATTATATGGGGGTAAACATTTGACGTCGCC TTTATACTCATATATATCGATATGTTATAATGTTTTCCCTCCCCATCTTT GATTTTTTTTTAATGAACTTTTGCATATAAGAGACACTGCATCAGAAATA ACGTCATGTTCAAAAATATGATATTTCGTTGCATAATTTCTACAAAACCT GAAGAGTTGATGATGATGTAGACGGTTAAGAGTACTATTTTTGTACAGCA AAGGTTCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNACAGCAAAGGTTCTAACAAGAAAC TTAAAAAATAAAAAGTCGTGAGATTTTTAAAATCACCACGAAATTACAGT GTTTCCACAAATTCTTTAAAATAACAATCAAATAAGTCAATGGAATGTTT AATTATGTACATATGAGCCTACATTTGTAAATCAGTTGGTTTTTTTAATC TTTTGCGGTGAAAAAAATATTTGAAATTTTATGTGAAACATATTGAACTA GTGATATAAGACCTTAGAAGAAAAGTTTCTTGGACAATAAAGCAGGTCAT TTCTGTATAAAATATTATTTTTACTACTGAAAAGGATTTCCGTAGATTCC GTATTACTATTTTGATCGTTACAAATGTTCTGAAGATACAAGCATATTTA TAATGAAGTTCTATTGTCGAGGATATAAAGAACATTGTGTGACTTTGATT ATATTATTTTATATACTCGTATAAATGTATCGACATTCAAAAGAAGATAT TTTAAATAACCTAAATAAAATTCATGTATACATTTCATAAATAGAGGTAA ATGAAAACCTTCAATTCATTTTTAGAGAATACATAAATTTCATAAGTAGG GATTAAAGTCGATTTCCATGCATTCAAACGCAAATGTTGGTATATTTTGA GACACTTGTGACAGTAAGGAGAGATTTCTAAATACATACAAATAATACAT TAAGATAATTTTGTATGTKCTGACACTAATTCTTTGCACAGCCATGTNCG TCTTTGGGAAAATTAATGCATTATTAAATTGTAACATAAGGCAACTTAAT AGTTTCTTTTTTAATTGAGCGAAAAGTATTCGGAAGTTTCATTCTTACTT TGTTTTAAGGAAGCCTACAAAACCTCTACATGCGTATGAAAAAGAGAGGA TTTATGATTTTCTTGGATCTAGCAGTAATAAAACAGAGTAGAAGATACTT GTATAACATAACTTAAGCAAAGAGAATAAATAAATGTACTTAATAGACGT AGAATGTTATCCTCTACAGATATATTATATTACTTTATTAGGTAATATAA AATGATTTAGTTTCTCTAGAGACTTTTTCATATCAAACTCATAATCGAAG TGAAAAAAACAATAATACTTTTCCATTTTGAGAATTCCATAATTTGTACA TCCCAATAGTTGATAGTTTCTAGAGTAATGGGATGGAAAAAAGTATAGAG ACCATTTTCAATGTTATTTTTTTGTATTTTTTGACAAGTTTAGTGAGTTT AATTAAAAAGTTCAAGTAATTGAAAGGAAAGATTAGGTTCTCAGCTAATA CTATTTTGTATATAGAACATTAACTAAACAGATCATCACACTTTAAGAAA AAAGAGCTTACATTGGCGTTGTAGACAAGACCGTGTTCGACATTATGCAG ATCCTAAAGGTCCGTAAGGTCACTATGTGTCAAATCCAAAATCATTTGGC TATTGGGGACAACCTTAAGGACAATCCTAAGAGCTGTTTGAACAAAGTTG AATCTCAAAAAGTTAAGTATGGTCTTTGACAAGAGCCCATTGGTGCTTAA ATTATTTTATTATTACATTGAAAAAAGTCCCCCGTCGCAACAGGAGATAT TGGCCTTAATATCAAGACATGAGGACTTGTATTACTTACATACACATCGC ATAATATAAAATAAAGAAAAACGGATCAAACATCTCATTTTTCATTGTGT TCTTTTACGAAAAATAATATCAAGTCTTATTTTACAAGTGTTCTTAGTTT TATTTTTTCACCATCATGAGTAGAAACAAGACTTATGTAGGTATATACGT AGAGAAAGAGTATCTCATTAGTGAAAATGATAGCCCATTATAGTACATAC CTACCTAGTTATGTATGCTTGTAATGTGTAGTTATAATAATAATAATAAT GTCCATAGAGGCCTATTATCATTATTATAATTTCAACTTCCTTATTGTAC TTGGAGATTTTTATGCTGCTAAGAGATTCGAATTGCAGCATTGCTTCATA ATAATACATTTTATTATGAAGCCTTTGTGGTGGCCTTGCATTTATAATTA GAATTATTATTGATCAATATTATAATTACGAATGAACAACATTTCGTTGT TAACCCTATAACTATCTACTTATTACAAATACCAGGATATAAATTCATTT AATTAAGTCATATTTGCACTACATTATCAGTATATGTAAACAAATTACAT ATGGTTTGCAAAAGCACAAAGTCAATTCAATTTGTAAAGAAGTGTTCTAC TTTAAAACATATGATATTTGCGCGTAAGCAACTTGTATCATGCCTATTAG AGCTCCATAGAGCAATTATTACATGCAATCAATGTTAGATTATTACAAAA TTCGAAAATTACCATTTTTCATCATTATTGTTTGCGGTATGTCAACAAAC AATGATAATGGAGACAAAAAGATCGATTCTGCATCCATACTCTGTAAAGG TTATCACGGACATTGTGAATTGCTCTGTTGAGCTCGTTTTTAAGGTTAGG AGACTCATTACGATTGGTGAGTGCCTCACAAGGAAGACAGAAAGTGAAGG AACCCCAACAAGATTGGCATACAATCATTTTTTACCGGCGTGACCTTTGA AATTGAATGGAGTAGCAGGAGGMGATGAAAGACACTGAGAATCTCTGGTT GGATGTCAAATACTCCGATGGGGATTAATGTTGATTCCAAGACTCAGCAC TTGGCCATAAGACTATAACAACTCAAGCTTGGTGCAAAAAAACCTAAATT ATTTATGTACTCAAACTTCTGTCCCCTTCATCACCGGACTGATCACCACT GAGCAGTGGAAAATGGGACTTAGTGGAGAGCACGGCCTGCAAAGRCCTCC GCCACAATGTTGATTCCCTGAAGACCTATGTTGAGAAGGAGTGGACTTAT ATGTACAATAGCTACGTCATCAAGGTCTACCAGGCCTTTAGTTCTAGATT GAAGGGCATGGTGGCCACAGAAAGAGGACATTTTAGAAATAATTGTAGAA AGTATAAGGTGTAATTATAATAAAAAGTACACCTGAAAATATGTACATAG TGTTATTGATGAAGTTGATTTAAATATTAGTATCATAAACGGTACAATTT GCTTAATCACACTGTATGTATACAATGTATGTAGAACTGTACGTAGTGAA AAACCAGGCAAAGCTAGTAGAGAGAGAAAAGCATAGAGGAATGCCATACG GACAAACTTTTATTATTTTAGGAGTAATAATGTTATGTGTATGTATGGAG TGAATCCTACAACCAAACTATATATACTACTATGCCGGCAATCTATTTTA GTTAAAATATTATTGCTATTCATAGCAATTATGAAATCCCTTCTTGGACT AATTAGTATGGACTTGACTGTGGTAGTGAATACTTATTGAATAGATAACT ATACATATATACATAGAACCACTATTTTTCTACTTTTGATGGACAAGGCT TCAGGCCAAATTATCGGTAAGACACGTGTTCATTTTGTTTCAAGAAAATA TAGAATAAATTAACTATTAATTATCAATTAATAATTTGTATTATTTAAGA CCTTGAGAAAGAGGCATACATACATCATAGGTATGATGAAATCTTTTATT TTATAATAAAGACTGATACAAATCTTTACTATTGAATCGTGAAATATATT TTTTTTTATAAATATATTATTAACAAAAGAGGACCAATAAGAAAATATCC ATTCGTACAAATTTACACATTTCTATCATATCTAAAAATTGTATCCTTTG ATGGTGGTTCTTCAATATTCACCATCAGTTTCATTTCTTATTTTCCGAAA ACTTATTTGAACGTAGTTGATGGTAGTGCAGTTGTTTCAGTCCTTAGTTA ATTCGGGCCAGTCCTTCGGACTGTCCGGACGGMAAATGCTAAAATTGATA TAAAATAGCAAGAAATAAAATTGAGTGGCACCACCAAGAATCGTTGTTCA TAAGGTTTAGGGCTTATTAGCTCGACTGAACTTGACCAGTCCGAGACTGA ACTGAACTGCTGTCCTTAATAAGGACCAATACAAGACTAATTGATGGTAG GGAACCATAAAAGTCTATATATAGAGCTGAGTAATAGTCCAATTAGATAC TCTATTCGACTTGGCTAAAATCTCATGTTCATATTTGCGACTAATAAATG AATTAATGAGGAGGTGTCTTTGATTGAAAGTTGAGTACACAATATAATAT CATAATCTATGTCTATGTTGATGCTTTGATTAGATATTTAATCAGAAAAA TAGAGCTGTAATCATTAAATATATATTTTTTAATTAAATTAGCAGATTAT ATTTATAAAGAAATAGTCATAAATCATTTTTGGTTTCGTCCAATGTATGG CGACAAAGCATGATTTTCTTTCTTAATATAAATATTTTTTTATCATTTCA TGATGAATAACATACATGATTTGTTGTGTAATCTAAAAATGATTATTTAA TAGCTAACAGATAATTTAGATTGTAATTGTTCTTAATTGCTTGAAACAAA GTGATATGGCTATTAGGGGGGGGGGGGATTCTATATCATMTTATTTAGAA AAAGTGCCTCTTAAGTTATATATATATGCAGTTAATTTTATTCCTTCTAT GTGGCAAATCTCCCATTTATTTAGTTTAGTTTTTCCTCTTTCTTTAAGAC TGGTTAGCATCAAATACACGTAGCGCCATCTACATTTAAATTTTGAATAC GTACTTGTATTCTTATTAAATTTTGAAATAGTTTGATGTAGGCAAACGTT TGTATTTTATTGTGTTTGTATTTTATCTCATCCTTCTTAATATAAGTACA TGACTTAATTCCAACTTAAGTCAGTGCCCAAGAAAGAGAAAGAAAGTAAA GTAACTGAGAGATTAAAGAGGGTTAAGAGACAACTACGACAAGGACGGCA ACTCAGTGTGAAGGAAGGAAGTTCCTTTTTGTTTCATTACAAAATTGAGT GTCATTTAAGAATGTGTGAACAAGAGGAGTCCCCTTCATATCCTCCACTG TCTCCGTCCTCCTCTATGGACCATATTTTTAAAACTAACGATGAGACTAA CAGTCGAGTAGAGCTTTATTTAAGATCTATCAAAGTCAGTAAGTTACCAA ATCCTTTTTGAAATCCATTCCAGGTATCTTAAAGGATGCAAAAAAAAAAA ATATCTGCTTCTTTTTCTCTCATTTTTGGATGCATTAGGAAATAATATGT AATAATATTATANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTAAAGA AAAAGAAAACAAAATCATATTGGAAAAATACGTATTCTAAGACATACGTT AAAGAATTTCTTTTAATGATCCCTCTAGGACAAGTCTTCTTTTTATATGC ACATGTATTCTCCTTAGTYTTTAACACTCCTACAAACTTAACACACATAT ACGCCATTCGTATTAAGTACACTTTTAACTTTATTTACAGAGTTTGCGCG CCGATTTACTGCCAATTCATCCATCAAAGGGCGTAGAGCCTCAAGCCCCA GTGGAATAACCAGAACCAATAGCATAAACGGTCGGGGAGATTATTCCAAA GAAAACGCAATGTCTCAATTATTTAATGATACTACTCGGATCCGTTTACA GAAGCAAAGACGAAGGCCCTTAAGTTTGTTCAGTCCAGAATTTCCTCCAC GACCCAAGGATCCTCCCCCTCCCCCTCCTCCTATATCTCCTGATCCAAGC GAAGGTGACGAGTTTTCGTCGGATGAGTTTAGTGAGGATTCATTTGATGA AGAAGAATATGGAGAAAGGAAGTATGCTAATCTTTCCGAGGATCGATTGC CACCAGAAGGTGCAGAATCAGATCAAATATCAGCAGATAAAAACCACCTA TACGATTTAGCAGAGACAATGTCTGCAGATGGAATACTCTTATCTAGTCA TGAAGAGAAAGTAAGAAAGATGGAAAAATCATCTCCATTGATTGAGAATA ATGGGGATAAAACAATTATATACACAAGCCCTCATGTTGCAAGACATTAT AATTCGAGTAACAATGGTAAAAAGGCGAATAGAAGTACTAGTAGAGCAGA GACTAGTCTTCCCAGTCATCATCCAAGCCTTCTTGCTCCACAAAAAGATG AAAGTGAGTGCAAAATCTTAATTAGCTCTTCATCTTGGATTAATGTGGAA GGRGAGAAGAAGGAAGAAGAAGACGAAGCTCTCCTCCTTTCCTCTGAAGA GCCCATCAAACCCCCTAGACTAAAGAAAATCGCACGCCAGAAAAAACAAG GAGGTATAAGTCCTTCGAGGCATTATTCCATTCCAGAGCATGAATATGTC AATTGCGCAATGTATACTAATAGAACGTCAGAGCTCCGAAGGTCTTCGCC GAAAAAGTCTAAACCTGAGATATCTGCTCCTATTTTGGTGGCAACAACAT TTAATCCCAATGATGCGGAAAATCATAAAACTCTCTCACCCAGAGACTCA TTACAGCGAAATTTCTCTTCCTCTTCATCCTCATCTCCGGATAAAATTAC CTTCAAAGATATCAAGAAGTTTGCTCGATCCATTTCTTCATTCACTTCTG GACTAAAATCCTTTGATTCTTCTCAACAGGAGGACTATCCTCCGAGTGAA CATATATATGAAGAGATATCCGATGATACCTCGAATCCCAGTCGTCCACT CCCTCCCATTCCCGAGAAAAGGGATGGATCATTTTTCGAGGGTGCATCCA AGTATGAAATCCTTAGGTATTTGAAAAATGCAAAGGACCGAATTGGACAT TCAGACTTTGAAATTGAATTGTCAGAAAATAATTTGGAATATGAATCAAG TTCCGTGTCAACAGCTACAACTATGACAGGTAGTAGTAGCACCACAAGTG GTGTTAGTGGGGGCAACAACAGTGGAGGMGGCTTCATTGGAAAACGGAAC CAAAATCATCGAGTTAGCGCTATTAGTAACGTCAGTGATTCAAGTAACTC TTCTTCAGGTGACAGCACCTCATCTGGAAGCGAGTTACTCATTCTTCGAG GCTGTACAACTGCTTTAAATAGTGCAGTAGATATAGAGAGAACTGACTCC GGTGTAGGGAGMGAAACGAGTAAATCATCAAAATCAAGAATATCTGCTAC AGCATCCGTACCTTCTAGGACTCTTGTTACTTCGGAAGATGAGGAGGAAG AAGACGAAGAAGAGTTGGAGGTCGAGGAGGAAGACTTCTCGAAAGAAACA GGAATGGAGGAAACGCATTATTGTTTGGATTGCAACGAAAAGCTGCATAC AGAGGACGACATCTCCACGTAAGTAACACAAAATTAACGTTATGTTTGTT TGTTTTTAAATATGCAAGAACATATCATTTTTTTAAGAAAAGGGACGAAG GATTTGTAATATACTTGATCCTTCCTAACAAATTTATCTGGAATGTATTT AATGATAACTTTATTTATGTTTATTAGACGGTTGATACATATTCCTTGAA TAATGTTTGCCTGAAGCAACTCATTGAAATATGCGTATTTCCGAATTAAA TTATAGCAAAAAGAATAGTATCGGTTTTATTTTGAGGATCCCTGACATAA TGACTTTTTACTGAAGTACATATAATGAAGTTAATCGGATTGAATTTTGT TATTATAGTACCTACACACATGTGTCTAAATACTAATAATTTAATGCGTA TGTATGTAGATAGGATAGGTTAAGTATGAGAGTATATGTATTGTTTTATA TCAACTGATGACTCAGAAGAAAGCGAGCTGCGTCTCTTAGATCATAAATT GAAATATGTGGCATTGTATATTTCTTTTACGATCCTTCGTAATACAATAT GCAGTCCAACATATGCATAGCATGTACATTCAACCCACAGATTAGATACC TTCCCCTTTGTTCTAAAACTTTTGATATATCAATCTAATGAATAAGTGCT AATTGGCCCCATTTTTTATTATTCTTTTCCAGAAATGACCGTTTGTCCAT GATCGTATGTTCCAAATGCGCCAAACGCCGTTCCGAACGAAAAGAGACGA TAACTGAGATCATAGAAACAGAAATCAAATATGGACGAGATCTACGAATA ATCGTAGAAGAGTTTTATCGTCCCATGTTGGTTGCTGGTCTCCTCAACTC GGAACAACTCTCTTCCATTTTTCTAAATGCAGAGGAGCTCATATCTGTAA ATGAAAGGTTTACTGAGACGCTCAAGGATGCCATTGAAATAGCATTGGAT CATGGCGATGAAGATCTCACGACTGTTAATATTGGAAAGCTTTTCCTCGA GTCTTTATCCATGCTCAAAGCATTTGAACATTACTGCACTCGACAAGTAG GGCTGAGTTTGAATGTCATTTTAAGTCATATACTTGATTTCTGTCTTTCT TATATGTCTATTTATAAGTATGTTCCTATAAATATCCTGCTTCCAAGAGG TGATGATCCTTAAAAAAAGATTAGATGATAAAGAATTATGGAAAATATGC AAGCATGATTTATTATATGAAGCAGGAAATAAATAAACGCACATACACAG ATCATGATGCTATAGGTACATACAAATAAATATATGTGAACATATGAAAG AGTCAACCTGAGGAAAAAAAGATATATTTCTTTATTTGATTGTATTACTA TGTTTAATCTTTGACAAAAATTAAAAAAAATTGTTTTATAGGGATCTGCA TCCATGCTTTTAACGACCTTAGAAAAAGAAAAAGAATTACTTCGAATCTT TCTCAAAGTCTCCCAAATGGAAAATTCCATGTTGAGAAGAATGAATTTAA GTTCCTTTTTAATGGTAAGTCTTTCATTTATTTTACAAATTTTGTATGTG CCCCACGCTTGATGTACAACAAGCTTGTTGTTTGATTGTACAATATTGAG TTGAGTGGAGACTCTTCCTCTCCCTTCTCTTCCAAAGACTCCTCTAAAAT ATCCTATATTGCAATTATTATTTTCAAAACGTTCACTATTCTATTACATA CATATATATACATTTTGTATGTGTTGAGAGAAAGTGCGTTAGGAGAGAGG AATAGAAACACAGAGAGAGGAAAAAGGGACCTTCTCGAAGTGTCCCCCTA CTCTCTTTTGTGTCTATCATTTCCTCAATACCGGCTTTCTATCTTCGCCC TTAAGAATGTTTTATTTAGTTTAGTTTAGTTCCAAACATTGCAGAGTGGA AGSTTTCATTTATACTTCATTTCTTGTTATCTATAAAAAGGTTCCAGTTC AACGCGTAACAAAGTATCCCCTTTTACTCTCGAGACTGCATAGAGTGACT TTGGTGAATCATGAAGACAGGAGCTCAATCAAACTTGCTCAAGAGAAAAT TGAAGAGTCTCTGGAGCAAATGAATAAGGTGGACAATTTACTTGTATTTA AAAAAAAAAGAATTATTGAATTGAGTGAAATAATTTAAGTTTATAAGTGA TGATCCTGCATATTAATTATTAGTGGACACAAAGGGGACTGATTTCCCTC CAATCATCACTCCTTTGTAATCTACATAACATAAGGATTCTATTATGATT TAATCAATAATTAGACTTAAAAATACCAAAATACATATAAAATCAATATG TATGCAATAGACCTCCTTTCTAAGCAAAACTTTTTATTTTTCATTTGATA AAATCAGTGCTACAAAGTGACGATACTGTGAAATCTCTTGAGAGTGATTC TAGAGTGAGGAAGGAATCTTTTGTTGTTTTTTTTTAAAGGCATCATCATC ATCATAAACTTTAATGCTTCAGGATATTCACATGCTTATATATACAATAA TTTATGACTAACCCCTAGATTTCCCTTCTAATATTAATTAATTTAGGAGG CCAAGGATGTAAACCCGAACAAGATTTGGAAAAGACTACCTAAAATGTCA ACACCGAGTCCTACTAAAACTATTGATATCCAAGCGGAAATGGGAAACGT ACGGATACGTAAGGTAAGAAGGACTTGGCATAAGGCCCATAATTGTTACA TATTATTCTCCTTCAAAAAAACTTTGAATATTCTCTAATTAATAATATAG CTTTTAATGTGTGTCTTTGGTCAGTAGACATACCTAAGTACATCTACGTA AAAACAATGTATTTGACTAAAAAAAAGACGCAAATGAAATATTAGTCGCA TAATCGTCTTATGATTTAATTACACGGGTGTGTAATTATTAATTTATTAA ATTTTAGTCCTTAAAGTTTAAAGTACAGCAGTTTCAATTTCTTAATTCCT TGGAAAATACTTCATTTTTTTAATTTTGTATATATTATTTTTTAAATAAT TATACTTAACGATTTTTCTATTCCATTTCTTTCAATCATTTACAAACTCT TTATAAATATTCATAATAATTATATAATTTTGTATTTATTAAAAACTTGA CTTCAAAGAAATCATAGATTACATTTTGTATATTCCCTAAGATACATTAG CTCTAAATTATTTTCCTATGTTATATCATTTTTCTGTATACTACTGCTCA AATAGAATTAGGAAATAACTAAAACAATTCGTTATTATTGTCTTTGAAAC AAAACTTTATTTTTGTGTGTATTTTTATAGTTATATAATAGGAGGTCACT ATAGTTATTTTGTGTGTTTAAAAATAATTTATTAATAGATTTTAATTAAT ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTTATTCTA TTTGCTTAATATATATGTAGAATGTTTATGCATATAAAATTTATTTTTTC ATATAATATAACGATTATAATTTTAATTGTAGATGGCATTGGATCTTTTG GGCTGGAATCGAGATGAAATTAGATTTCCTTTAGAAGGAAAAATGTTATA TACTCAACCTAATGAGCCAAATTGGAAAAAAGTCTGGACCGTAAAACTAA CACCAGTGTCTGCACTTTTAGCAGTTTGGTCTTCTGAAGAACTACCCGAA ATATCTCCTAGCAAAGCCTTAATATTCCCTCAAGAGTCCGGCACAATTAA AGATGCCAGCTTACTTCTAGTCAGAGAAAAGAATTCGAGATTTACTCTCG TTCGAGTAAGAAAAGTGTATTTATCAAAGTCATTTTTTTTGTTCTTTTAT TGAAGCAACATTTTTCTAATTTACGAAATATGATAGAAAATTAGATTTTT TTGAAGCTGAGCTGGACAGATAGAAATCTTCCCAGACAAAACTATCAATG TCATCCTCATCAAAGGGTTCCTCTATGTCTCCATCCTTTATTTCATCTCC TCCTGGCCACATAATATCATCCTTGGTTCCAGTACAGTCTGAAAATGGCC CTTCTCCATAGCAGAGGAACTGTTCAAATCCCTCAGGAGATCTAGAAGAA ATCCGAAGCCACATGTCATATAACTCGTTAGGACTGAGTTTCTCAGTTGC AAAATAATAGCAATGATTTTTCATCCTTTGACTCCAGTTCACAATATCAT CGTCTTCCTCCATAGCATAGTCTTTTGATTTAAACTTTAATCTTGTCTGG CCATCTATTTCCACAACTCCAATCCTTGAAAATGTTCTTCTTGAGCATAC TCGATTGACTATATTTTGCACTTCTTCTTCCTGAAGTTCTTCATCCCCGG GATACTGMCTATCCGCAGCCTCTAAAACGGTATCAAATATCGTTGCAATC TTGAGACAGGCGTCACATCGAAGAGTTTTAACAACAGGATCCCTTCGAGC AAACTCTTCTCGAATACTCCGACTTGGATGGGAAAGGAGAATGTCCCTTT TTGGATGGAGGGGAATTAGATCTTCATTAAAATAACTGATGAGTCCGACG ACAGTGATTACTGCAGCACCAAATACTAGCAATAGGATCTTAGAAAATTC CATTATTATGTCTCTCAGCTTCTTCTACTTCCATATTACTATTGCTTGAA AAAATAATCTGGCAATTCGCCAAATAGAAAGTCTTGTAAGAAAGACTCAC ACCAAATCACACTTTTATGACTTCTTGTATATACTTTATAAGAATAAAAT TATGTTATGTACAAAAGATTAAATGATTAATATTCTCTATTTATTTTTCC ATGTTAGGATCCTCTTCCTCTTGATCGCTGCGTTGTTTGTTGTGATCCGG ATTGGGACGACTGCTTTGAGATTCAAGAATTCGTTAGTAAAGAGTCTTTC GTATTTAAAGTAAACATGAAAACAATACTCATAAAAGTGATGGTTATTAA TAATAATGTTTTCATATATTTCCAGGGAGAGGAGCCAGATCAGACATCCA TATGGTTTCAAACACTCCAGTTCTACACGCAAAGTTTAGGAGGATGGAGG AAGCGCCGTAAGGGTTTGGGAAACATTATGTTTGATCCTAACTTTCCTTC ATCTCAGACAACGATATCCTCTTCAGACAGCAATGAAAATAAAGGAGAGG AGGAGGAGTGTCCTCCAATTCCGTCAACCTCAGAATCCTCTTCATAGAAA GAAGAGAAACTTTAAGAAAATAGAGACTTATCATACATATGTTAGTTGTT TATTCGAGATTTCGAGTTGGATTCAAACTCATTTATCGGGTTCTTTTTAT TTTTTAAATTATATAATAACAACATTCAGAAATTATCTAATCTTCAGAAA CCACATTTAATGATAAAAAAAAACACAAAAAAACTCATGGATCGAAAATA TAATTTTAGTGGTTCTTCATTAACTTTTCCCTTATGTTTTTTTTAAATTT AAAATTACCATTGTATATAGATTTATATATAGAATTATTATTTCATTTTC TTGTGAAACAGAATTAATCATTTTAATTTTTGTTTTTCACACTGTGATAA GTACAATTAAATATATTATTATATCATAATACATTTTTTTATCAATAAAC GTTTTACTCTCCGATTTCGAGTCTTAATCATTGACACCTGTTCCTCATTA CGCAAATGAATAATTTATTTAGGCACACGTACCTATGTGTGTAGTAGCTC AGAACATATTAAGTATGTTCAAAATCATAATATTAATTGTTATTATTTCA TGGATAAAGAAAATGTTTTCATACGACTTGGATGAGTTGGAAAGTAATAT TCTCAACATCACTCATAAATATATAAACAATGGACCTATCTATGATCCGG GAATGATTGTATTCGACTTCTTCAACGTGTCATTTGGAACAGACGATGAA CCCTATATTGCTTATATGGATAAGGTCAGAGTTGTAATCATTTACCGTTT ACTCATATTTCCAAGTGGGGTTTTGAGCATTTTAAACTTAAAATATTCAG AAATCTACTTTATATTCTATAACTTATTTTGTGGCTTTCTTTACTTAAAA AAGAAGGCGTAAAAATACCCGAAATAAGATAGTAGACAGACAATAACGTT CATTATTTTTTCGAATGTTCAAGGCTGGATTTAGGGTCCGGGGAAAGTGC CCCAGGCCTTGCACTAAGTATAATTTAAATATATACACTGCAAAAAGAAA TGTTTACATAAAAGCAATAAATAATATAAAAAGAACGACTTTTTATAAAA GAAAGGTCATTTTAAAAAAAGTAAACAAATGGGGTTTCTAATTAAATATG TATAAAATTTATTAAACAAAGATCTTAAAAAAGGATAGACTTTACCTAAA GAATGCAGATTGAAAGGTCTCCTAAATTACTCAAGGGAAAGAGCATAATT TTTTTTACTTCTTGTTACTGATGGGGTCAAAATGTCAGTTGCAATAACAC TTATTTGAAAGGGATCGGACACATTTTATTTTCTATTCTCTGGGTTAAAC TGAATTCTTTATTATAGCAATCCAAATATTGCTATGTATTTTTCATAATG GTAACGTCAAATGTGTATTCTAAGAATTGATCAACTACAAAAAGTTTCCA GACTTCTCGTTCATGAAAAAGTTTACTTATTAGCAATCATATTAACTTAT TAGCAAAGATAAGATAGAATCTTGGTTATTCACATCCAAACTATGCATCA GGGATGCGGCAAGCACAATGGTACTTGTGCTTAAGTCCTTTAATTTAATA CTTATACCTGAGTATTCATGAAAAAGGAGTACTCATGCCCAATTTAAAAA GTAGAACTCATGGAAAGTTAAGTACTTTCAAAAGAATAGCATGAAGGGTA TTTCACTTATTTCCTTTAAAAATGATTGTAAATTAACACATATTTTAATG AATTGTATATTCAAGTCGTTACTTTTTATTTTATCACACAACGCAACCTT TCCTCTAAAAGGAAACCGAAAAAGGTTCAAAATCAGTTAGCAAAATAGGA GGGATCAACAATAGCTGTATTCCTGTCCTTTTGGGAACGGAACCTAAGTA GAATATAACTTATTACTTCGTTTATTTATTTTAAAAATCATTGTTATGAA ATATCCGTGACATATCAAGTCAGAGAAGCTAATTGACAGCTGACAACAAA ATGTATAGGGTATTTTTGTGTTACCGAGGTAACACTGTGAATTGTAGAAA TAAATAAAAAACTATTTTTTCTCTTTTAAGTCAGCTTATCACATCTATCG AGATTTTGTAAATATACGTACATAACTTTTGACGGACCAATAGACTTTGT ATTTTCAACGATACCTTTATTGTATCTCGCAAATTTTCTTACAACAAGAA ACAGAAAAAAKGCCCGAAATCATCTGGTATTTAGCCAAATAAGTCAATCA CACCAAATGCTATTTATATTTTATATACTCCCTGACAATCACTATCATAT TATTTATTCAACATTTTTATAAGGAATTACATATTATTCAAATCTACATA GTATTTTATAAGATACTGTATTATAATATTGCTTAGTAATATTTAATTAA AAGAGAAGTTATACATTAGTAATTGTGTATGATAATTGATAGCCAAACTT TCTTCGTAGAAATAATAAAATGGCCGAAATAAAAATTACGTAAACGACAA GGGATTAACAAGACTTTGTATTCCNTGTTCTTTTGGAAACGGAGCACAAG TACAGAATAACTTATTAATTTGTATATTTATCAAAAAGAATAAATTATGA AATAGCCATGACGTATCAAGGGAGAAGAGAGAATCGACAGTTGACAACAA AATACATAGATTATTTTTGTGTTAGGGAGGCAACGCCTTGTTAAGGGCTT TACATATTATAATCTTTTAGCCACAACAATTCTTCATATCGCAATCAAGA GGTTTTGTTATTTAAAATTAGCCTTGTTTGGAGGACAGAAAAGGCCGCAT AAAATAAATTTTGCAAACAAATGAGTAACTAAAATGCTTCCAAAATTTAT TTTTTGTTGTATTTTCTGTTTTCCAAACAAGGTTCATTTTTAACCACAAA ACTTCTTGAGTTCGGGATGAAGAATTGTTGAGGTTTGAAGATTATTATAT GGAAAGTCTTTAAAAATAGATAGTATATGGGTCCGTTCCAAACTTATGTA AGTATATTTTCAATATCTCGATATATTTGGCAATCCGCCTTTATATAGAT ATGTTAATGTTGTTGATCTTTTGTCTGTCCTCTCTTTTCCTTGAGTCCTT AGGCATCAAATAGTAGCGGAAAAAAACATTATTTTAATTTAACTCTGATA TTAATAAATGTTTGAAATTATGATTTTTTTTGATTAAATTACTTTTTAAA GGGTTTGAACTCGGTTCTGTTAATAAGGACTTCATATGATCCTTCTTAAC TTGTAATTATGTTCTAATTTGTTGTAATGTTTCTTTCCTTGTTCAGCTCT TGAATGGAGGTGGCTCTTGTGGTGATTATTGATAACTATTATTGGATCAG TCCTAGAACCGATTTCTTAATCAGTCTTCACCCAAACCCCGTTCCGTCTT TTTATTATCACTACGATATTTTTTACCATTTAATAATCCTTAAGACCGAA TAATCGGTCCTAGCTAGCTTTTAATTTTCTTCACATCTAGCTAGATTGTA GAATATAATAATGAAGAAAAGAATCAATGATAGCTAGAGCCATAATACTT GAGTGTTGTACTTCCTTGCCACACACCTCCTATTTTAAACTTATGGTATC TTGTCTCTTTCAATGAAGTTAAGTATAAACCTCTAATAGCTAAAATGACG TAGTAACTACGTCATTTCAACTGTTGTAGTGACCATAAAAGACTGATAAG GACCGGTCCTAGCACTAAAAAATTAATTAGGACCGGACTGAAAGGACTGT AGTCTTTTTAGATCAATCCGACTTTACTGATTGTAAATATTTTAAATGTT TCAATTTCGATTTAGTACATATATTAAGTTTAATTATTTGATTTTGGTTC TTTCTAATTATAATAATTATTAGATTTATAGTTTTAATTTGTAGTAATTG AGATTTTACATGAAAAACTAAATGTTGAGAATATATGTTAAATTATTTTC TTTGATTGATTCAAGTACATTTTTTTTATCTTAACCAAGGATCGATCAAC CTACAAATGCAAATAGAAAAACTTTACTTTAACTTTTTATATCATGGTTA TATACCTATGAATTCATTTCGTTGTTGACTACTATAATATTAATATGACT CATGGATCATCAGAGTTAATAAACGTTTCCTAATTTAATGTTCCTACTGG GACATTTATTGACATATTTGCAATTGAATCATAGTATTTTGATAAACTTA TTGGTGTGTTATTAATAAAATAGAGCATTTTTAAATCATTTTTACTTGTT TCTATGAAAAGGAAGTGGTAGTTGATATTAGTGAGGTAACATCATACTAA ACATTGATTTGTTGAACTCAAATGACTCTGAGTGCTCTGAGCAATTTTCT AGTATCATTAAAGAATTGTCCTATAGTCGGGACGCAATTGACCAACTATT AGCTGACTTTGAGTCCTTTTTTCCTTCTCAAGGAAAGCTTGAGAGATACT ATGAAGATAATGACGTATATTATAAATAAATAAAAAATCATCCTTTTTGA ATAATTTTTAGTCATCTAAAATTGAGCTATTATTGTGTATCAAATAATCT AGTTTGTCTTTTTTTTTTTTTAGATGTCGGTTCATGGACTCTTGAAATTC AATATCAGTTCATACAATGACAAATCCTTTAACCAAACATTTCCATATTT CAATGTTTTCATCGAAAAAGGGGAGATTGAACATTTTGAGACCTTAGACT TTGGTCCAATTCATTTACATCTTAGGGAATTAAACATAAACTATCCAACA CAAAATTMCTCATTCAWTTMCTCTKTTYTAGCCATTAAGTCGGATATTAA CTTTGAAGACTATTACTACGACACAGCCAATGAC
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