EMLSAG00000002828, EMLSAG00000002828-685594 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000002828
Unique NameEMLSAG00000002828-685594
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:kif19 "Kinesin-like protein KIF19" species:8355 "Xenopus laevis" [GO:0005929 "cilium" evidence=ISS] [GO:0008152 "metabolic process" evidence=ISS] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=ISS] [GO:0060404 "axonemal microtubule depolymerization" evidence=ISS] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=ISS] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005737 GO:GO:0005871 GO:GO:0005929 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 KO:K10401 CTD:124602 HOVERGEN:HBG081853 GO:GO:0060404 GO:GO:0070462 EMBL:BC044083 RefSeq:NP_001079193.1 UniGene:Xl.23550 ProteinModelPortal:Q7ZXX2 GeneID:373792 KEGG:xla:373792 Xenbase:XB-GENE-5954830 Uniprot:Q7ZXX2)

HSP 1 Score: 472.241 bits (1214), Expect = 1.669e-151
Identity = 262/640 (40.94%), Postives = 399/640 (62.34%), Query Frame = 0
Query:    3 GKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKID-----STEAEEEGLRSLSPKINM-GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW-------SRK-----------SDESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            G +   ++L VA+RIRP+   E A+   I   K DK  + L +  ++S++ L  NRS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  +R ++DLF  +++   ++ Y+V MSY+EIYNE IRDLL P    L+LR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAANK SSRSHAIL V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G R++EGAHIN++LLAL NCINAL+E    K+VN+RDSKLTRLLK+SL GN  TVMIAH                           V+RN+L+VSYH++QY  +IS+LR EI RLK+KID        +E+  +R++  ++ +    +   E+++++E +++ F+EQM +R +L+EI+N  + + ME  +  +I  +W       +RK            D+SE                EV  A   +Q+++ +Q++    +L+LE     ++    +LEE LPKRI++D+++EILSLLC+VHELEIE  E+Q    +K+  +R++D ++ ++++ R+LCDEII +Q+++I   ++++P +L  +Y LY +ELE
Sbjct:    4 GGESKEQQLTVALRIRPINETELAEGATIIAHKVDKQMVVLMDPMEDSDDILRANRSREKSYMFDVAFDYTATQDTVYRFTTKGLIEGVISGYNATVFAYGPTGCGKTYTMLGTDWEPGIYIRTLNDLFKAIEETSDDMEYEVLMSYMEIYNEMIRDLLNPSLGYLDLREDSKG-VIQVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANKTSSRSHAILQVTVRQKSRVK----NITQEVRVGRLFMIDLAGSERASQTQNRGLRMKEGAHINRSLLALGNCINALSERGSNKYVNYRDSKLTRLLKDSLGGNSRTVMIAHISPASTSFEESRNTLTYADRAKNIKTRVKRNLLNVSYHIAQYTSIISDLRKEIQRLKKKIDEQGLKQIRSEKSDIRNIQAEVQLHSSTYGRHEMEQLKEQLIRAFREQMDIRRQLMEIENSSMEMQMETSRHFLITAEWEQEKTRRARKWRDEHRKETYGKDDSEKDSDTGDDQSDFIEPPEVITARETIQILEGDQNKLRRQKLELEKRFRDVRHHARRLEEALPKRISSDDQREILSLLCKVHELEIENTEMQSHALLKDNMIRQKDYMVQRFEQHRSLCDEIIQQQRRIIYDHNLTVPHQLNDLYELYFRELE 638          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:kif19 "kinesin family member 19" species:7955 "Danio rerio" [GO:0003777 "microtubule motor activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 ZFIN:ZDB-GENE-080215-2 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005874 GO:GO:0003777 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 KO:K10401 CTD:124602 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 GeneTree:ENSGT00740000115543 EMBL:CR450815 EMBL:CABZ01041057 EMBL:CABZ01041058 EMBL:CABZ01041059 RefSeq:XP_005156460.1 UniGene:Dr.156461 Ensembl:ENSDART00000130371 GeneID:565913 KEGG:dre:565913 PRO:PR:F1QET8 Uniprot:F1QET8)

HSP 1 Score: 466.848 bits (1200), Expect = 3.248e-149
Identity = 256/646 (39.63%), Postives = 397/646 (61.46%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEE-----EGLRSLSPKINM-GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK----------------------------------SDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQND 578
            +G+ +D ++L VA+RIRP+ + E  +   I   K D   + L +  ++ ++ L  +RS  + Y++D  F   +TQ EVY  T K L+E ++ GY AT FAYG TG GKTYTM+G D+ PG  VR ++DLF  +++   ++ Y VSMSYLEIYNE IRDLL P S  L+LR+D KG +  V G++E+ T +  E+M+LL KGNKQRT++ TAAN+ SSRSHA+L V V+Q  +  +      Q  ++ +L+MIDLAGSE+AS T+N G+RL+EGAHIN++LLAL NCINAL+E N  K+VN+RDSKLTRLLK+SL GN  TVMIAH                           V+RN+L+VSYH++QY  +IS+LRSEI RLK+KI    + +       +R +  ++     + S +E+ ++RE ++  F++QM +R +L+E+DN  + + ++  K  + I DW ++                                  S E++EV  A   L  +  EQ +    +  LE  L ++++   +LEE LP+R++++E++E+L LLC+VHELEIE  E+Q    +K+  +R++++++ ++++ R+LC EII +Q+Q I+  S+ +PP L  +Y +Y +E++ +  D
Sbjct:    4 TGESKD-QQLTVALRIRPLSDAELEEGATIIAHKVDDQMVVLLDPMEDPDDILRAHRSREKTYMFDVAFDYSATQDEVYRYTTKGLIEGLISGYNATVFAYGPTGCGKTYTMLGTDREPGIYVRTLNDLFKAIEETSDDMQYSVSMSYLEIYNEMIRDLLNPSSGFLDLREDSKG-EIQVAGITEVSTINAREIMELLMKGNKQRTQEPTAANQTSSRSHAVLQVVVRQQSRCRDI----LQEVRFARLFMIDLAGSERASQTQNRGQRLKEGAHINRSLLALGNCINALSEKNGNKYVNYRDSKLTRLLKDSLGGNSRTVMIAHISPASLAFEDSRNTLTYADRAKSIRTRVKRNLLNVSYHIAQYTSIISDLRSEIQRLKKKIADQASRQINPDRTDIRHVQAEVQAHSSQQSRAEMDQLREQLIDAFRQQMDIRKRLMELDNSNMEIQIDTSKHLLTIADWEQERFRRRKKWQGERRKESFNKDESEKDSDSPESLPDSTETQEVAIARENLVTLMAEQKKIQKQKAGLEQRLAELREKARRLEELLPRRVSSEEQREVLCLLCKVHELEIENAEMQSSALLKDNVIRQKNVVVQRFEQHRHLCHEIIQQQRQFIDDHSLLVPPHLQELYEMYMKEMDEKNLD 643          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:si:dkey-26i13.8 "si:dkey-26i13.8" species:7955 "Danio rerio" [GO:0003777 "microtubule motor activity" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] InterPro:IPR001752 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS50067 SMART:SM00129 ZFIN:ZDB-GENE-090312-134 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005874 GO:GO:0003777 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 KO:K10401 TreeFam:TF331721 GeneTree:ENSGT00740000115543 EMBL:BX569798 RefSeq:XP_001337836.4 UniGene:Dr.103489 UniGene:Dr.158008 UniGene:Dr.158026 UniGene:Dr.158027 Ensembl:ENSDART00000090721 GeneID:797363 KEGG:dre:797363 Uniprot:E7F8D6)

HSP 1 Score: 452.21 bits (1162), Expect = 5.216e-144
Identity = 257/630 (40.79%), Postives = 384/630 (60.95%), Query Frame = 0
Query:    8 NRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKE-KNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKK---FVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDST-----EAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWS---------------------------ELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELEN 574
            + +L VA+RIRP+   E  +   I   K D   + L +  ++S+N L  +RS  + Y++D  F   +TQ +VY  T K L++ V+ GY AT FAYG TG GKT+TM+G D  PG  +R ++DLF  ++   ++L   V MSY+EIYNE IRDLL P S  LELR+D KG +  + G++E  T + +E+M LL KGNKQRT+++TAANK SSRSHAIL V VKQ  ++ +      +  + GKL+M+DLAG+E+AS T+N G+R++EGAHIN++LLAL+NCINAL+E   K   FVN+RDSKLTRLLK++L GN  TVMI H                           V+RN+++VSYH++QY  +I++LRSEI RL+ KID       + E+  +R++  ++   +++S+ E+  ++E ++  F+EQM++R  L+E++N  + L ++  +  + I+DW R    +   K+  S                           E+  +  EQ +    + +LE  LL MK   S++EE LPKRI+  E+++IL LLC+VHELE+EK EIQ     KE  +R +D +I ++++QR LCD+II +QK +IE   + +P  L  +YSLY  EL +
Sbjct:   10 DHQLTVALRIRPLNEAEIEEGATIVAHKIDNQMVVLMDPCEDSDNVLRAHRSREKTYMFDLAFDYTATQEDVYVATTKNLIDGVIAGYNATVFAYGPTGAGKTHTMLGLDSEPGIYIRTLNDLFRAIEDSTEDLDCSVYMSYIEIYNEMIRDLLNPSSGYLELREDGKG-EIRIAGITEFSTCNAKEIMALLTKGNKQRTQESTAANKTSSRSHAILQVTVKQKSRVKDIN----EEVRVGKLFMVDLAGTERASQTQNRGKRMKEGAHINRSLLALANCINALSEKGGKGAQFVNYRDSKLTRLLKDALGGNSRTVMITHISPASSNFEESRNTLVYADKAKNIRTKVKRNLMNVSYHLAQYTRIIADLRSEIERLRAKIDQQSQDQLKGEKADIRNIQAEV---QQYSHGEMALLQEQLLSAFREQMEIRRSLMELENCNMELHIDTSRHLLTISDWERDRARARREKDELSGQKKHTDKEEEQESMPEEPQYVTAAREEIGPLLAEQRKTMELKRELEEKLLNMKLKSSKIEELLPKRISNTEQRDILMLLCKVHELELEKTEIQSAVLCKENVLRTKDFIIQRHEQQRTLCDDIIHQQKMLIEDQGLCVPEGLQELYSLYFGELSD 631          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:KIF19 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005524 "ATP binding" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=IEA] [GO:0060404 "axonemal microtubule depolymerization" evidence=IEA] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=IEA] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005929 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 KO:K10401 CTD:124602 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 GO:GO:0060404 GO:GO:0070462 GeneTree:ENSGT00740000115543 EMBL:FP680599 RefSeq:XP_003358037.1 UniGene:Ssc.99337 Ensembl:ENSSSCT00000023323 GeneID:100623453 KEGG:ssc:100623453 Uniprot:I3LEH8)

HSP 1 Score: 448.358 bits (1152), Expect = 2.518e-142
Identity = 254/647 (39.26%), Postives = 392/647 (60.59%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEK-NLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDST--------EAEEEGLRSLSPKINM----GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRKS--------------DESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++   ++ Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+M+DLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++ +  K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L VSYH++QY  +I++LR EI RLK KID          + E   +R +  ++ +    GE+   +EL ++RE ++  F+EQM +R +LLE++NH + + ++  +  + I  W    SR++              D+SE                EV +A   +  +  EQ +    ++ LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++++P  L  +Y +Y +ELE
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSDDMEYEVSMSYLEIYNEMIRDLLNPALGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVAVRQRSRV----RNILQEVRQGRLFMVDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKSGNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYAGRAKNIKTRVKQNLLSVSYHIAQYTSIIADLRGEIQRLKRKIDEQGGRGRARFQPERGNIRPIPAEVPLQSGQGEQ---AELGQLREQLISAFQEQMDVRRRLLELENHAMEVQIDTSRHLLTIAGWEHEKSRRALKWREEQRKESYTKDDSEKDSDTGDDQPDILEPPEVASARESIAALMGEQKKLRKQKVTLEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDGALRHRREAVRRLEQHRSLCDEIIQGQRQIIDDYNLAVPQHLEELYEVYLRELE 641          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:KIF19 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005524 "ATP binding" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=IEA] [GO:0060404 "axonemal microtubule depolymerization" evidence=IEA] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=IEA] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005929 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 KO:K10401 CTD:124602 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 GO:GO:0060404 GO:GO:0070462 GeneTree:ENSGT00740000115543 EMBL:AAEX03006309 RefSeq:XP_540404.3 Ensembl:ENSCAFT00000048807 GeneID:483285 KEGG:cfa:483285 Uniprot:J9NX08)

HSP 1 Score: 447.203 bits (1149), Expect = 6.566e-142
Identity = 253/644 (39.29%), Postives = 390/644 (60.56%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEA--------EEEGLRSLSPKINM-GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRKS--------------DESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L++ V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++ +  K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +IS+LR EI RLK KID            E   +R +  ++ +   +   +E+ ++RE ++  F+EQM +R +LLE++NH + + ++  +  + I  W    SR++              D+SE                EV +A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++++LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++++P  L  +Y +Y +ELE
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIDGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPALGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVAVRQRSRV----KNVLQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKSSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYAGRAKNIKTRVKQNLLNVSYHIAQYTSIISDLRGEIQRLKCKIDEQGGRGPAQGRLERGDIRHIQAEVQLHSAQGEQAEMGQLREQLISAFQEQMDVRRRLLELENHAMEVQIDTSRHLLTIAGWEHEKSRRALKWREEQRKESYTKDDSEKDSDTGDDQPDTLEPPEVASARESIAALVGEQKKLRKQKLALEQRCRELRARGRRLEETLPRRIGSEEQRQVLSLLCRVHELEVENTEMQSHALLRDGALRHRREAVRRLEQHRSLCDEIIQGQRQVIDDYNLAVPQHLEELYEVYLRELE 641          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:Kif19a "kinesin family member 19A" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0003777 "microtubule motor activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IMP] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=IDA] [GO:0005930 "axoneme" evidence=IMP] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA] [GO:0060404 "axonemal microtubule depolymerization" evidence=IMP] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=IMP] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 MGI:MGI:2447024 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005737 GO:GO:0005871 GO:GO:0005929 eggNOG:COG5059 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 EMBL:AL663079 KO:K10401 HOGENOM:HOG000033701 HOVERGEN:HBG081853 OMA:DHEPGIY TreeFam:TF331721 GO:GO:0060404 GO:GO:0070462 EMBL:AB054026 RefSeq:NP_001096085.1 UniGene:Mm.308713 ProteinModelPortal:Q99PT9 SMR:Q99PT9 PhosphoSite:Q99PT9 PRIDE:Q99PT9 Ensembl:ENSMUST00000084368 GeneID:286942 KEGG:mmu:286942 UCSC:uc007mfq.1 CTD:286942 GeneTree:ENSGT00740000115543 InParanoid:Q99PT9 NextBio:394125 PRO:PR:Q99PT9 ArrayExpress:Q99PT9 Bgee:Q99PT9 CleanEx:MM_KIF19A Genevestigator:Q99PT9 Uniprot:Q99PT9)

HSP 1 Score: 441.81 bits (1135), Expect = 5.780e-140
Identity = 254/644 (39.44%), Postives = 386/644 (59.94%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEG--------LRSLSPKINM--GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRK---------------------SD--------ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +I++LR EI RLK KID      +         +R +  ++ +  G+E   +E+ ++RE ++  F EQM +R +LLE++N  + + ++  +  + I  W    SR+                     SD        E  EV +A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++ +P  L  +Y +Y +ELE
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKMDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPALGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVAVRQRSRV----KNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASTAFEESRNTLTYAGRAKNIRTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKCKIDQQAGRGQARGKLDRGDIRHIQAEVQLHSGQE-GPAEMGQLREQLISAFHEQMDVRRRLLELENQAMEVQIDTSRHLLTIAGWEHEKSRRALKWREERRKESYTKEDSEKDSDTGDEPDNLEPPEVASARENIAALVGEQKKLRKEKLALEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDSALRHRREAVRRLEQHRSLCDEIIQGQRQIIDDYNLEVPRHLEELYEVYLRELE 640          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:KIF19 "Kinesin-like protein KIF19" species:9606 "Homo sapiens" [GO:0005524 "ATP binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=ISS] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008152 "metabolic process" evidence=ISS] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=ISS] [GO:0060404 "axonemal microtubule depolymerization" evidence=ISS] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=ISS] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005737 GO:GO:0005871 GO:GO:0005929 EMBL:CH471099 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 EMBL:AC103809 KO:K10401 EMBL:AK094619 EMBL:AC055863 EMBL:BC093631 EMBL:BC104852 EMBL:BC110989 EMBL:BC143327 RefSeq:NP_694941.2 UniGene:Hs.372773 ProteinModelPortal:Q2TAC6 SMR:Q2TAC6 STRING:9606.ENSP00000374566 PhosphoSite:Q2TAC6 DMDM:126215730 PRIDE:Q2TAC6 Ensembl:ENST00000389916 GeneID:124602 KEGG:hsa:124602 UCSC:uc002jkj.2 UCSC:uc002jkk.2 UCSC:uc002jkm.4 CTD:124602 GeneCards:GC17P072321 HGNC:HGNC:26735 HPA:HPA043638 neXtProt:NX_Q2TAC6 PharmGKB:PA143485523 HOGENOM:HOG000033701 HOVERGEN:HBG081853 InParanoid:Q2TAC6 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 ChiTaRS:KIF19 GenomeRNAi:124602 NextBio:81339 PRO:PR:Q2TAC6 ArrayExpress:Q2TAC6 Bgee:Q2TAC6 CleanEx:HS_KIF19 Genevestigator:Q2TAC6 GO:GO:0060404 GO:GO:0070462 Uniprot:Q2TAC6)

HSP 1 Score: 441.039 bits (1133), Expect = 1.250e-139
Identity = 259/662 (39.12%), Postives = 394/662 (59.52%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEG--------LRSLSPKINMGEEHSN----SELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRKS--------------DESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGS-EQEYITD 587
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G DQ PG  V+ ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +I++LR EI RLK KID      +         +R +  ++ +   HS     + + ++RE +   F+EQM +R +LLE++N  + + ++  +  + I  W    SR++              D+SE                EV  A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++++P  L  +Y +Y +ELE    +GS EQ  I D
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDQEPGIYVQTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPSLGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVTVRQRSRV----KNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYAGRAKNIKTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKRKIDEQTGRGQARGRQDRGDIRHIQAEVQL---HSGQGEKAGMGQLREQLASAFQEQMDVRRRLLELENRAMEVQIDTSRHLLTIAGWKHEKSRRALKWREEQRKECYAKDDSEKDSDTGDDQPDILEPPEVAAARESIAALVDEQKQLRKQKLALEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDGALRHRHEAVRRLEQHRSLCDEIIQGQRQIIDDYNLAVPQRLEELYEVYLRELE----EGSLEQATIMD 652          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:Kif19A "Kinesin family member 19A ortholog" species:7227 "Drosophila melanogaster" [GO:0007018 "microtubule-based movement" evidence=IEA;ISS] [GO:0003777 "microtubule motor activity" evidence=IEA;ISS] [GO:0005871 "kinesin complex" evidence=IEA;ISS] [GO:0005524 "ATP binding" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] InterPro:IPR001752 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 EMBL:AE014297 GO:GO:0005524 GO:GO:0005871 eggNOG:COG5059 GO:GO:0005874 GO:GO:0003777 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 KO:K10401 OrthoDB:EOG72C50G CTD:286942 GeneTree:ENSGT00740000115543 RefSeq:NP_996208.1 UniGene:Dm.27294 ProteinModelPortal:Q7KSK2 SMR:Q7KSK2 STRING:7227.FBpp0089282 PRIDE:Q7KSK2 EnsemblMetazoa:FBtr0082912 GeneID:41717 KEGG:dme:Dmel_CG9913 UCSC:CG9913-RB FlyBase:FBgn0038205 InParanoid:Q7KSK2 OMA:QEIHAGV PhylomeDB:Q7KSK2 GenomeRNAi:41717 NextBio:825209 Bgee:Q7KSK2 Uniprot:Q7KSK2)

HSP 1 Score: 428.713 bits (1101), Expect = 1.133e-137
Identity = 271/649 (41.76%), Postives = 380/649 (58.55%), Query Frame = 0
Query:   10 KLLVAVRIRP-MRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG---------NDQNP---------------GCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV------------------RRNVLDV------------SYHVSQYQDLISELRSEIGRLKEKI-----------------DSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK--------------SDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVR+RP M   ER       C +       LY+            +S  R+Y YD+VF  + +Q +VY  T  PLV  VL G  A  FAYGATG GKT+TM+G         +D+ P               G MVRA++D+F+ ++  +  + +VS+SYLEIYNE IRDLL P    LELR+DH+G +  V GLSEI T S +EV+ LL KGNK RT + TAAN+ SSRSHA+L + V+   + P G       +K G+L++ DLAGSE+A  TKN G+RL+EGAHIN++LLAL N IN L+    ++VN+RDSKLTRLLKE+LSG C TVMIAHV                  R N +               +    YQ L+SELR E+ RL+ K+                  S  A   G  + S  +   +E   +EL+ +RE +V  FK+QM++R KLLE ++HLL L ++ E+QH+II+ W  +              S+ S  +KNAW EL  I+KE  RY   R   EH+L Q ++   +LE+ELP+RI++DEE+E+L+LLCRVHELE +K+ +Q E   ++ E+R+RDL +L+ ++QR LC++II+ Q+++IE  +V +P EL  +Y LYQQE+
Sbjct:   35 RLVVAVRVRPSMEATER-------CIEVISGGSLLYDD---------GGKSRPRQYSYDHVFRENDSQEQVYKTTTAPLVRDVLNGLNAAVFAYGATGSGKTHTMLGPVPRKKPQTSDRAPPTASCDSTDVSSQDIGLMVRAIEDIFSHIESAEAYSCRVSISYLEIYNELIRDLLNPGGP-LELREDHRGQRITVAGLSEITTSSRKEVVSLLLKGNKARTMEPTAANQTSSRSHALLSIMVQ--ARTPLG-------TKQGRLFLTDLAGSERAKKTKNRGKRLQEGAHINRSLLALGNVINGLS-GGARYVNYRDSKLTRLLKEALSGRCKTVMIAHVAPESKHRDETKNTLVYADRANSITTKLQNSVYIDEFKDFPTKHYQSLVSELRDEVSRLRTKMLTERPRSGAAAAAAAAAASGSAGTAGSGAGSEAVQEQDEQRKTELRYLREQIVLTFKQQMKLRRKLLEAESHLLGLELDAERQHMIISHWQGRIGKLYDAMGDDDIESEGSVALKNAWGELAAIEKETRRYKEIRERTEHELEQCRQKGVKLEDELPERISSDEERELLALLCRVHELEADKVSLQAERLARQAELRRRDLQLLRAERQRRLCEDIISSQRRLIEEGNVDLPDELRELYGLYQQEI 656          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:KIF19 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0005524 "ATP binding" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=IEA] [GO:0060404 "axonemal microtubule depolymerization" evidence=IEA] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=IEA] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005929 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 KO:K10401 CTD:124602 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 GO:GO:0060404 GO:GO:0070462 GeneTree:ENSGT00740000115543 EMBL:DAAA02049588 RefSeq:XP_002696266.1 RefSeq:XP_003583702.1 Ensembl:ENSBTAT00000006057 GeneID:538109 KEGG:bta:538109 NextBio:20877285 Uniprot:E1BFF4)

HSP 1 Score: 434.106 bits (1115), Expect = 6.536e-137
Identity = 256/650 (39.38%), Postives = 386/650 (59.38%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEK-NLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMG-----------EEHSN----SELKEIREAMVQNFKEQMQMRHKLLEIDN-----------HLLCLTM--------------EFEKQHIIINDWSRKSD---------ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            SG  +D ++L+VA+RIRP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++   ++ Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL +GN+QRT++ TAAN+ SSRSHA+L V V+Q  ++ +      Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K+VN+RDSKLTRLLK+SL GN  TVMIAH                           V+RN+L VSYH++QY ++I++LR EI RLK KI     EE G RSL  +  +G           + HS     + ++ +RE ++  F+EQM  R +LLE++N           HLL +                E  K+    +D  + SD         E  EV +A   +  +  EQ +    +L LE    +++    +LEE LP+R+++++++E L LLCRVHELE+EK E+Q +  +++  +R R   + + +++ +LC+EII  Q+Q+I+  ++++P  L  +Y +Y +E E
Sbjct:    4 SGDSKD-QQLMVALRIRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSDDMEYEVSMSYLEIYNEMIRDLLNPSLGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMRGNRQRTQEPTAANQTSSRSHAVLQVAVRQRSRVRD----VLQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGTNKYVNYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYASRAKSIKTRVKRNLLSVSYHIAQYTNIIADLRGEIQRLKRKI-----EERGGRSLD-RAQLGRGDIRHIQAEVQLHSGQGEQAAMEHLREQLISTFQEQMDTRRRLLELENRGMELETDTSHHLLTIASWKHEKSRRALKWREERRKESFTKDDTRKDSDTGDNQPDIEEPAEVVSARESIATLMTEQKKLRKQKLALEQRCRELRARGRRLEETLPRRVSSEQQREALGLLCRVHELELEKAEMQSQALLRDGALRHRREALRRLEQRLSLCEEIIRAQRQLIQDCNLAVPQHLKELYEVYLREHE 641          
BLAST of EMLSAG00000002828 vs. GO
Match: - (symbol:Kif19 "Protein Kif19a" species:10116 "Rattus norvegicus" [GO:0005524 "ATP binding" evidence=IEA] [GO:0005871 "kinesin complex" evidence=IEA] [GO:0005874 "microtubule" evidence=IEA] [GO:0005929 "cilium" evidence=IEA] [GO:0007018 "microtubule-based movement" evidence=IEA] [GO:0008017 "microtubule binding" evidence=IEA] [GO:0008574 "plus-end-directed microtubule motor activity" evidence=IEA] [GO:0060404 "axonemal microtubule depolymerization" evidence=IEA] [GO:0070462 "plus-end specific microtubule depolymerization" evidence=IEA] InterPro:IPR001752 InterPro:IPR019821 InterPro:IPR027640 Pfam:PF00225 PRINTS:PR00380 PROSITE:PS00411 PROSITE:PS50067 SMART:SM00129 RGD:1559936 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0005871 GO:GO:0008152 GO:GO:0005929 GO:GO:0005874 GO:GO:0007018 Gene3D:3.40.850.10 PANTHER:PTHR24115 GO:GO:0008574 OMA:DHEPGIY OrthoDB:EOG72C50G TreeFam:TF331721 GO:GO:0060404 GO:GO:0070462 GeneTree:ENSGT00740000115543 EMBL:AABR06066126 EMBL:AABR06066127 EMBL:AABR06066128 EMBL:AABR06066129 Ensembl:ENSRNOT00000004141 NextBio:35573530 Uniprot:D4A976)

HSP 1 Score: 432.565 bits (1111), Expect = 1.870e-136
Identity = 248/629 (39.43%), Postives = 377/629 (59.94%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEG--------LRSLSPKINM--GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRK---------------------SD--------ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMP 558
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +I++LR EI RLK KID      +         +R +  ++ +  G+E   +E+ ++RE ++  F EQM +R +LLE++N  + + ++  +  + I  W    SR+                     SD        E  EV +A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++ +P
Sbjct:    4 SGDSKD-QQLMVALRVRPISVSELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPALGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVAVRQRNRV----KNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGGNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASTAFEESRNTLTYAGRAKNIRTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKCKIDQQAGRGQARGKLDRGDIRHIQAEVQLHSGQEE-QAEMGQLREQLISAFHEQMDVRRRLLELENQAMEVQIDTSRHLLTIASWEHEKSRRALKWREERRKESYTKEDSEKDSDTGDEPDNLEPPEVASARENIAALVGEQKKLRKEKLALEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDSALRHRREAVRRLEQHRSLCDEIIQGQRQIIDDYNLEIP 625          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592870790|gb|GAXK01086772.1| (TSA: Calanus finmarchicus comp329666_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 454.136 bits (1167), Expect = 1.736e-144
Identity = 259/463 (55.94%), Postives = 328/463 (70.84%), Query Frame = 0
Query:    7 DNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKN 442
            +N KL+VA+RIRP+++EE A+ YK    K D   + L   P    + L + R+  R+Y++D VFG DSTQ EVY QT K LV+ VL GY AT FAYGATGGGKTYTMVG   N G M+RA++ LFN +  E    +KV+MSYLEIYNENIRDLL P S  LELRD+ KG    V GLSEI T S +EVM+LL +GNK+RT++ TAANK SSRSHA+L+VNV+QT K       GA +S  G+LYMIDLAGSE+A+NT+N+G RL+EGAHIN++LLAL NCINALAE K K+VN+RDSKLTRLLK++L+GNC TVMIAH                           VRRNVLDVS+HV+QYQ +ISEL+ EIGRLKEKI++    E G+ S     +M  +    ELK +R+A+V NF+EQM++RH+L+EIDNH+L L+MEFEKQ+II+ +W     E+E+ KN
Sbjct: 1621 NNEKLMVALRIRPLKHEESARGYKAVAAKIDSKMVLLSNPPSKKEDHLRDKRNQERQYVFDVVFGPDSTQEEVYNQTTKHLVDNVLNGYNATVFAYGATGGGKTYTMVGTQDNQGIMIRALNHLFNAMDSEHESVHKVTMSYLEIYNENIRDLLDPSSGYLELRDESKGKNIQVAGLSEIATRSADEVMRLLQRGNKERTQEPTAANKTSSRSHALLMVNVRQTAK-SRSNSRGAVKS--GRLYMIDLAGSERAANTQNKGLRLKEGAHINRSLLALGNCINALAEKKTKYVNYRDSKLTRLLKDTLNGNCHTVMIAHISPADKHRDESRNTLVYADRAKNISNKVRRNVLDVSFHVTQYQSIISELKGEIGRLKEKINN----EPGVSS-----SMATKQQMEELKILRDALVANFREQMKLRHRLMEIDNHILSLSMEFEKQNIIVTEW-----ETEKAKN 2958          

HSP 2 Score: 194.126 bits (492), Expect = 6.876e-51
Identity = 99/179 (55.31%), Postives = 132/179 (73.74%), Query Frame = 0
Query:  436 ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMI-----------EGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLSLHDP 603
            E EEVK AW EL +IQ+EQ RY   + D+  +L  +++  ++LE  LP+RI+T EEKEILSLLC+VHELEI+K+E++ E  +KE+EVR+RDLLILKYDKQR+LCDEII RQ+++I           EGSS+ MPPEL+ +Y LYQQEL+ RQ +  E  Y+++LN + RSPS LSL  P
Sbjct:  772 EPEEVKRAWEELMIIQREQQRYTDIKQDIAEELDNLREEGAELENALPQRISTVEEKEILSLLCKVHELEIDKVEMKSETLLKEHEVRRRDLLILKYDKQRSLCDEIIIRQQKLIEAMDENKTNNTEGSSLPMPPELMELYMLYQQELQTRQTE-KEANYLSELNTMLRSPSMLSLRGP 1305          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592870791|gb|GAXK01086771.1| (TSA: Calanus finmarchicus comp329666_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 454.521 bits (1168), Expect = 8.033e-144
Identity = 259/463 (55.94%), Postives = 328/463 (70.84%), Query Frame = 0
Query:    7 DNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKN 442
            +N KL+VA+RIRP+++EE A+ YK    K D   + L   P    + L + R+  R+Y++D VFG DSTQ EVY QT K LV+ VL GY AT FAYGATGGGKTYTMVG   N G M+RA++ LFN +  E    +KV+MSYLEIYNENIRDLL P S  LELRD+ KG    V GLSEI T S +EVM+LL +GNK+RT++ TAANK SSRSHA+L+VNV+QT K       GA +S  G+LYMIDLAGSE+A+NT+N+G RL+EGAHIN++LLAL NCINALAE K K+VN+RDSKLTRLLK++L+GNC TVMIAH                           VRRNVLDVS+HV+QYQ +ISEL+ EIGRLKEKI++    E G+ S     +M  +    ELK +R+A+V NF+EQM++RH+L+EIDNH+L L+MEFEKQ+II+ +W     E+E+ KN
Sbjct: 1914 NNEKLMVALRIRPLKHEESARGYKAVAAKIDSKMVLLSNPPSKKEDHLRDKRNQERQYVFDVVFGPDSTQEEVYNQTTKHLVDNVLNGYNATVFAYGATGGGKTYTMVGTQDNQGIMIRALNHLFNAMDSEHESVHKVTMSYLEIYNENIRDLLDPSSGYLELRDESKGKNIQVAGLSEIATRSADEVMRLLQRGNKERTQEPTAANKTSSRSHALLMVNVRQTAK-SRSNSRGAVKS--GRLYMIDLAGSERAANTQNKGLRLKEGAHINRSLLALGNCINALAEKKTKYVNYRDSKLTRLLKDTLNGNCHTVMIAHISPADKHRDESRNTLVYADRAKNISNKVRRNVLDVSFHVTQYQSIISELKGEIGRLKEKINN----EPGVSS-----SMATKQQMEELKILRDALVANFREQMKLRHRLMEIDNHILSLSMEFEKQNIIVTEW-----ETEKAKN 3251          

HSP 2 Score: 194.126 bits (492), Expect = 8.777e-51
Identity = 99/179 (55.31%), Postives = 132/179 (73.74%), Query Frame = 0
Query:  436 ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMI-----------EGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLSLHDP 603
            E EEVK AW EL +IQ+EQ RY   + D+  +L  +++  ++LE  LP+RI+T EEKEILSLLC+VHELEI+K+E++ E  +KE+EVR+RDLLILKYDKQR+LCDEII RQ+++I           EGSS+ MPPEL+ +Y LYQQEL+ RQ +  E  Y+++LN + RSPS LSL  P
Sbjct: 1065 EPEEVKRAWEELMIIQREQQRYTDIKQDIAEELDNLREEGAELENALPQRISTVEEKEILSLLCKVHELEIDKVEMKSETLLKEHEVRRRDLLILKYDKQRSLCDEIIIRQQKLIEAMDENKTNNTEGSSLPMPPELMELYMLYQQELQTRQTE-KEANYLSELNTMLRSPSMLSLRGP 1598          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592762792|gb|GAXK01191621.1| (TSA: Calanus finmarchicus comp40968_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 212.231 bits (539), Expect = 1.876e-56
Identity = 146/395 (36.96%), Postives = 222/395 (56.20%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYK-----------ITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRN---------------------------VLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRS 369
            VAVR+RP  + E+A  Y            +   K D + +  ++  K     L +  +   ++ +D V+G  ST  EV+  T K LV+ +  GY  + FAYGATG GKT+TM+G    PG     M +++  ++  ++ + ++ +SYLE+YNE + DLL P + +L +R++  G+   + GLS       + ++ LL  GN  RT+ AT AN  SSRSHA+L V ++Q  K    +   +   K  K+ +IDLAGSEK   T N+G R REG++IN++LLAL NCINALA+   K++ +R+SKLTRLLK+S+ GNC TVMIA+V  +                           V++V +H++QY  ++ +LR EI  LK++I   E E E L+S
Sbjct: 2946 VAVRVRPENSREKAGAYNNVINVVDDKMLVFDPKEDGEDVFYFQGKKQGRRDLNKKENKDHKFAFDSVYGPGSTNIEVFEGTTKDLVDTIFNGYNCSVFAYGATGAGKTFTMLGAKNCPGITFLTMQEIYKKIESVEDKSCEIGISYLEVYNETVIDLLSPGA-QLNIREN--GSNTTIPGLSIHKPTGPDHILSLLSFGNGNRTQHATDANSESSRSHAVLQVFLRQKPK----DAGLSSEVKLAKMSLIDLAGSEKGGVTGNKGARFREGSNINKSLLALGNCINALADG-SKYIPYRNSKLTRLLKDSIGGNCRTVMIANVSPSSETFEDTFNTLKYADRAKKIKINLKKNVVNVDFHIAQYAKIVEDLRGEITTLKDRIQELENENEVLKS 4106          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592762791|gb|GAXK01191622.1| (TSA: Calanus finmarchicus comp40968_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 210.305 bits (534), Expect = 7.891e-56
Identity = 145/394 (36.80%), Postives = 221/394 (56.09%), Query Frame = 0
Query:   14 AVRIRPMRNEERAKNYK-----------ITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRN---------------------------VLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRS 369
            AVR+RP  + E+A  Y            +   K D + +  ++  K     L +  +   ++ +D V+G  ST  EV+  T K LV+ +  GY  + FAYGATG GKT+TM+G    PG     M +++  ++  ++ + ++ +SYLE+YNE + DLL P + +L +R++  G+   + GLS       + ++ LL  GN  RT+ AT AN  SSRSHA+L V ++Q  K    +   +   K  K+ +IDLAGSEK   T N+G R REG++IN++LLAL NCINALA+   K++ +R+SKLTRLLK+S+ GNC TVMIA+V  +                           V++V +H++QY  ++ +LR EI  LK++I   E E E L+S
Sbjct: 2946 AVRVRPENSREKAGAYNNVINVVDDKMLVFDPKEDGEDVFYFQGKKQGRRDLNKKENKDHKFAFDSVYGPGSTNIEVFEGTTKDLVDTIFNGYNCSVFAYGATGAGKTFTMLGAKNCPGITFLTMQEIYKKIESVEDKSCEIGISYLEVYNETVIDLLSPGA-QLNIREN--GSNTTIPGLSIHKPTGPDHILSLLSFGNGNRTQHATDANSESSRSHAVLQVFLRQKPK----DAGLSSEVKLAKMSLIDLAGSEKGGVTGNKGARFREGSNINKSLLALGNCINALADG-SKYIPYRNSKLTRLLKDSIGGNCRTVMIANVSPSSETFEDTFNTLKYADRAKKIKINLKKNVVNVDFHIAQYAKIVEDLRGEITTLKDRIQELENENEVLKS 4103          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592821463|gb|GAXK01133105.1| (TSA: Calanus finmarchicus comp26953_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 162.54 bits (410), Expect = 1.291e-40
Identity = 121/328 (36.89%), Postives = 180/328 (54.88%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNP-------GCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDR----LELRDDHKGNQP-HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKK---KFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            VAVRIRP+  +E+ +  +   E  + +        + S             + YD+  G  ST  E+Y   V+ +V+ +  GY  T  AYG TG GKT++M G   N        G + R++ D+F  +   ++  + V +S++E+YNE + DLL PKS R    +++R+D  GN+   + GL+E    S EE MK+L K ++ R   ATA N  SSRSHAI  + V+   K      S  +     K +++DLAGSE+   TK +G+RL+EG +IN  LL+L N I+AL E  +     + +RDSKLTRLL++SL GN  T+MIA V
Sbjct: 2266 VAVRIRPISKKEKNEGCQTALEVVENEPQVYIPNTEKS-------------FTYDFALGKQSTNEELYTTAVRNIVKQLFTGYNVTVLAYGQTGSGKTHSM-GTAYNAEDDPILEGVIPRSVKDIFKHIADNEDTEFLVKVSFMELYNEQLFDLLSPKSRREETMVDIRED--GNKGIKIPGLTETPITSVEETMKMLEKASEGRVTAATAMNARSSRSHAIFTLGVEAKPK------SDPKAVTISKFHLVDLAGSERQKKTKAKGDRLKEGININMGLLSLGNVISALGEENRGPNSHIPYRDSKLTRLLQDSLGGNSHTLMIACV 3183          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592821461|gb|GAXK01133107.1| (TSA: Calanus finmarchicus comp26953_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 162.54 bits (410), Expect = 1.536e-40
Identity = 121/328 (36.89%), Postives = 180/328 (54.88%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNP-------GCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDR----LELRDDHKGNQP-HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKK---KFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            VAVRIRP+  +E+ +  +   E  + +        + S             + YD+  G  ST  E+Y   V+ +V+ +  GY  T  AYG TG GKT++M G   N        G + R++ D+F  +   ++  + V +S++E+YNE + DLL PKS R    +++R+D  GN+   + GL+E    S EE MK+L K ++ R   ATA N  SSRSHAI  + V+   K      S  +     K +++DLAGSE+   TK +G+RL+EG +IN  LL+L N I+AL E  +     + +RDSKLTRLL++SL GN  T+MIA V
Sbjct:  118 VAVRIRPISKKEKNEGCQTALEVVENEPQVYIPNTEKS-------------FTYDFALGKQSTNEELYTTAVRNIVKQLFTGYNVTVLAYGQTGSGKTHSM-GTAYNAEDDPILEGVIPRSVKDIFKHIADNEDTEFLVKVSFMELYNEQLFDLLSPKSRREETMVDIRED--GNKGIKIPGLTETPITSVEETMKMLEKASEGRVTAATAMNARSSRSHAIFTLGVEAKPK------SDPKAVTISKFHLVDLAGSERQKKTKAKGDRLKEGININMGLLSLGNVISALGEENRGPNSHIPYRDSKLTRLLQDSLGGNSHTLMIACV 1035          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592938419|gb|GAXK01020134.1| (TSA: Calanus finmarchicus comp13415_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 159.844 bits (403), Expect = 1.162e-39
Identity = 112/263 (42.59%), Postives = 157/263 (59.70%), Query Frame = 0
Query:   64 YIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNP---GCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMI 322
            Y++D V   + TQ +VY  T K +V+ VL GY  T FAYG T  GKT+TM G   +P   G + R ++D+FN +   E+NL + + +SY EIY +  RDLL P    L + +D K    +V G +E F  S EEV +++ +G   R    T  N++SSRSH++ ++NVKQ       E    Q+   GKLY++DLAGSEK   T  EG  L E  +IN++L AL N I ALA+  K  + +RDSKLTR+L+ESL GN  T ++
Sbjct:  296 YMFDKVLKPNVTQTQVYEATAKNIVKDVLCGYNGTIFAYGQTSSGKTHTMEGVINDPTMQGIIPRIVNDIFNHIYSMEENLEFHIKVSYFEIYLDKCRDLLDPSKVNLAVHED-KDRVVYVKGATERFVSSPEEVFEVIEEGKSNRHVAVTNMNEHSSRSHSVFLINVKQ-------ENLENQKKLCGKLYLVDLAGSEKVGKTGVEGMGLEEAKNINKSLSALGNVIAALADGNKSHIPYRDSKLTRILQESLGGNAKTTIV 1060          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592938420|gb|GAXK01020133.1| (TSA: Calanus finmarchicus comp13415_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 159.844 bits (403), Expect = 1.187e-39
Identity = 112/263 (42.59%), Postives = 157/263 (59.70%), Query Frame = 0
Query:   64 YIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGNDQNP---GCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMI 322
            Y++D V   + TQ +VY  T K +V+ VL GY  T FAYG T  GKT+TM G   +P   G + R ++D+FN +   E+NL + + +SY EIY +  RDLL P    L + +D K    +V G +E F  S EEV +++ +G   R    T  N++SSRSH++ ++NVKQ       E    Q+   GKLY++DLAGSEK   T  EG  L E  +IN++L AL N I ALA+  K  + +RDSKLTR+L+ESL GN  T ++
Sbjct:  296 YMFDKVLKPNVTQTQVYEATAKNIVKDVLCGYNGTIFAYGQTSSGKTHTMEGVINDPTMQGIIPRIVNDIFNHIYSMEENLEFHIKVSYFEIYLDKCRDLLDPSKVNLAVHED-KDRVVYVKGATERFVSSPEEVFEVIEEGKSNRHVAVTNMNEHSSRSHSVFLINVKQ-------ENLENQKKLCGKLYLVDLAGSEKVGKTGVEGMGLEEAKNINKSLSALGNVIAALADGNKSHIPYRDSKLTRILQESLGGNAKTTIV 1060          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592797381|gb|GAXK01157187.1| (TSA: Calanus finmarchicus comp443794_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 155.606 bits (392), Expect = 1.238e-38
Identity = 128/346 (36.99%), Postives = 191/346 (55.20%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVGN---DQNPGCMVRAMDDLFNTLQK---EKNLAYKVSMSYLEIYNENIRDLL-QPKSDRLELRDDHKGNQP----HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELR 347
            V VR+RP+ ++E    YK+  +    D     E PK   N+     +  + + +D VF  D  Q +VY +  +P+V  VL+GY  T FAYG TG GKT+TM G+    +  G +  +   +F  + K   EKN  + V +SYLEIYNE +RDLL + ++ RLE+++     +P     V  LS     + +++ K++  GNK R+  +T  N  SSRSHAI  +    T++  E      Q  + GKL+++DLAGSE+ + T   G+RL+E   IN +L  L N I+AL + K   V +R+SKLTRLL++SL GN  T+M A    N+    Y+   Y + IS LR
Sbjct: 1239 VVVRVRPLNSKELEARYKMITKVNTIDGTIKVELPKKDINS----DTPAKCFTFDTVFAPDVKQVDVYNRVARPIVNNVLEGYNGTIFAYGQTGTGKTFTMEGDRAVAELKGIIPNSFAHIFGHIAKSGDEKN--FLVRVSYLEIYNEEVRDLLGKDQTSRLEVKE-----RPDVGVFVKDLSAFVVNNADDMDKIMTMGNKNRSVGSTNMNATSSRSHAIFTI----TIECSEKGADKQQHFRVGKLHLVDLAGSERQNKTGASGQRLKEATKINLSLSTLGNVISALVDGKSTHVPYRNSKLTRLLQDSLGGNSKTLMFA----NLGPADYN---YDESISTLR 2210          
BLAST of EMLSAG00000002828 vs. C. finmarchicus
Match: gi|592940098|gb|GAXK01018455.1| (TSA: Calanus finmarchicus comp32560_c29_seq3 transcribed RNA sequence)

HSP 1 Score: 149.058 bits (375), Expect = 2.224e-38
Identity = 125/330 (37.88%), Postives = 177/330 (53.64%), Query Frame = 0
Query:   13 VAVRIRPMRNEER-AKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLXXXXXXXXXXXXXXXXXXXXMVG------------NDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSD--RLELRDDHKGNQPHVI-GLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            V VR RP+   E+  K + I      ++ + + EKP  +          T+ Y +D VFG  S Q +VY   V+PL+E V+ GY  T FAYG TG GKT+TM G            +D   G + RA+  +F+TL+++ + L Y V +S+LE+YNE I DLL    D  RL L +D       +I GL E+   S  EV  +L KG+ +R    T  N  SSRSH +  V    TV + E  + G +  + GKL ++DLAGSE    +  +  R RE  +INQ+LL L   I+ L E +   + +R+SKLTRLL++SL G   T +IA V
Sbjct:   82 VFVRCRPLNQAEKNVKAFSIVDITSHREMV-VKEKPHTN---------LTKSYQFDRVFGPKSQQLDVYRAVVEPLIEQVMMGYNCTVFAYGQTGTGKTFTMEGGEMRNEAGISWDSDPTSGIIPRALAQIFDTLREQSDSLEYSVRVSFLELYNEEIFDLLSANDDTSRLRLYEDATRKGSVIIQGLEEVQVHSKSEVYNILEKGSDKRKTAETFMNAQSSRSHTVFTV----TVHIKEASMMGEEVLRIGKLNLVDLAGSENVGRSGAKDARAREAGNINQSLLTLGRVISCLVE-RAPHIPYRESKLTRLLQDSLGGRTKTSIIATV 1026          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000002828 (pep:novel supercontig:LSalAtl2s:LSalAtl2s162:42543:152784:1 gene:EMLSAG00000002828 transcript:EMLSAT00000002828 description:"maker-LSalAtl2s162-snap-gene-1.7")

HSP 1 Score: 1416.36 bits (3665), Expect = 0.000e+0
Identity = 685/685 (100.00%), Postives = 685/685 (100.00%), Query Frame = 0
Query:    1 MSGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLSLHDPHENKSEKRKSAMSSSSSCQSVLPPIGYKLDHVGQDKLFQKSERPMDHFVGHYSDDSLSVSSSRPSRYVFTNKKYFLMVFRMI 685
            MSGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLSLHDPHENKSEKRKSAMSSSSSCQSVLPPIGYKLDHVGQDKLFQKSERPMDHFVGHYSDDSLSVSSSRPSRYVFTNKKYFLMVFRMI
Sbjct:    1 MSGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLSLHDPHENKSEKRKSAMSSSSSCQSVLPPIGYKLDHVGQDKLFQKSERPMDHFVGHYSDDSLSVSSSRPSRYVFTNKKYFLMVFRMI 685          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000011800 (pep:novel supercontig:LSalAtl2s:LSalAtl2s824:193737:197196:1 gene:EMLSAG00000011800 transcript:EMLSAT00000011800 description:"maker-LSalAtl2s824-snap-gene-2.45")

HSP 1 Score: 216.083 bits (549), Expect = 7.474e-61
Identity = 133/326 (40.80%), Postives = 185/326 (56.75%), Query Frame = 0
Query:   63 RYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSG-AQRSKYGKLYMIDLAGSEKASNTKNEG-ERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDS 359
            ++ +D VFG       V+  T   LVE +  GY ++ F YGATG GKT+TM+G+  NPG   + +  ++     E  L+ +V++SYLEIYNEN+ DL+ P    L +R+D K    ++ GL+    ++ EE++KLL  GN  R++  T AN  SSRSHA+  V + Q     +   SG +   K  KL MIDLAGSE+ + T N G  R +EGA+IN++LLAL NCINALAE  K  V FR+SKLTRLLK+SL GNC TVMI++V                           ++NV  V +HV+QY            ++KEK D+
Sbjct:  109 KFTFDRVFGPGEDNEVVFQNTALDLVEALFSGYNSSIFVYGATGAGKTFTMLGSPGNPGITFKTVKAIY-----EHELSCEVAISYLEIYNENVIDLINPGGVPLNVREDGK-TGVNIPGLTRHKPKTPEELLKLLQHGNSNRSQHPTDANAESSRSHAVFQVFLTQ-----KDRSSGLSADVKTAKLSMIDLAGSERGTVTSNRGAARKKEGANINKSLLALGNCINALAEGSKB-VPFRNSKLTRLLKDSLGGNCRTVMISNVSPSGKTYEDTYNTLKYAERAKKIQVKLKKNVTSVDFHVAQY-----------AKIKEKADN 411          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000012729 (pep:novel supercontig:LSalAtl2s:LSalAtl2s967:15215:16252:-1 gene:EMLSAG00000012729 transcript:EMLSAT00000012729 description:"augustus_masked-LSalAtl2s967-processed-gene-0.2")

HSP 1 Score: 199.134 bits (505), Expect = 2.904e-57
Identity = 127/332 (38.25%), Postives = 186/332 (56.02%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNP-------GCMVRAMDDLFNTLQKE--KNLAYKVSMSYLEIYNENIRDLLQPKSDR-----LELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSK---YGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE----NKKKFVNFRDSKLTRLLKESLSGNCFTVMIA 323
            VAVR RP+   E  + Y+   +  +   I +    K++ NA          + +D+ FG+D  Q EVY+++VK L+  + KGY  T  AYG TG GKTY M G   +P       G + RA+ D+F  + +E  +++++   +S++E+Y EN+ DLL  KS R     L++R+D K    H+  LSE   +S  + +  L KG+K+R   ATA N  SSRSHAI   +++           G  R+K     K  ++DLAGSE+   TK  GERL+EG  IN+ LLAL N I AL E    +  K + +RDSKLTRLL++S+ GN +T+MIA
Sbjct:   11 VAVRFRPLNENELNEGYEDAIQVLEGKQIFI----KSTKNA----------FTFDFAFGNDVHQEEVYSKSVKELIPQLFKGYNVTVLAYGQTGSGKTYXM-GTTNSPSTSPELIGIIPRAIKDIFEHISQEACEDVSFVTKVSFIELYKENLYDLLSNKSQRKEECYLDIREDPKIGL-HISNLSEFPVDSLSDTIIQLEKGSKKRITAATAMNNVSSRSHAIFTFHIE-----------GTNRNKDVLVAKFQLVDLAGSERQKKTKATGERLKEGIDINKGLLALGNVIAALGEETHSSGYKHIPYRDSKLTRLLQDSIGGNSYTLMIA 315          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000009973 (pep:novel supercontig:LSalAtl2s:LSalAtl2s652:252852:257089:1 gene:EMLSAG00000009973 transcript:EMLSAT00000009973 description:"maker-LSalAtl2s652-augustus-gene-2.28")

HSP 1 Score: 205.297 bits (521), Expect = 1.676e-56
Identity = 130/329 (39.51%), Postives = 186/329 (56.53%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNP-------GCMVRAMDDLFNTLQKE--KNLAYKVSMSYLEIYNENIRDLLQPKSDR-----LELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKK----KFVNFRDSKLTRLLKESLSGNCFTVMIA 323
            VAVR RP+  +E A+  +   E  +   I +    K++ NA          + YD+ FG D  Q EVY ++VK L+  + KGY  T  AYG TG GKT+TM G   +P       G + RA+ D+F  + +E  +N ++   +S++E+Y EN+ DLL  KS +     L++R+D +    H+  L+E+  ES  + + LL  G+K+R   A A N  SSRSHAI   +++ T    E +V  A      K +++DLAGSE+   TK  GERL+EG  IN+ LLAL N I AL E K     K + +RDSKLTRLL++SL GN  T+MIA
Sbjct:   12 VAVRFRPLSKKELAEGCEDAVEVLEGKQIYI----KSTKNA----------FTYDFAFGKDVEQDEVYTKSVKELIPELFKGYNVTVIAYGQTGSGKTHTM-GTTNSPCTSSELLGVIPRAIKDIFEHISREDNQNFSFVTKVSFIELYKENLYDLLSNKSLKKEECSLDIREDPRIG-LHISNLTEVPVESISDTIVLLENGSKKRXTAAXAMNNVSSRSHAIFTFHIEGTN--SENDVLVA------KFHLVDLAGSERQKKTKATGERLKEGIDINKGLLALGNVIAALGEEKNSSSYKHIPYRDSKLTRLLQDSLGGNSHTLMIA 316          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000011155 (pep:novel supercontig:LSalAtl2s:LSalAtl2s759:233169:235756:-1 gene:EMLSAG00000011155 transcript:EMLSAT00000011155 description:"maker-LSalAtl2s759-augustus-gene-2.14")

HSP 1 Score: 203.756 bits (517), Expect = 5.006e-56
Identity = 121/316 (38.29%), Postives = 179/316 (56.65%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYK-ITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLL-QPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            V VR RP+  +E +  +K +      K  I +   P N + A+       R + +D V+ S STQ EVY ++ +PLV+ VLKG+  T FAYG TG GKT+T+ G +  PG + RA   +F+ +   + +  + V  SYLEIY E I DLL +  + + EL++       +V  LS    +S  E+  +L  G   RT  AT  N+ SSRSHAI ++ +         E S  +  + GKL ++DLAGSE+ + T   G RL+E   IN +L AL N I+AL + +  ++ +RDSKLTRLL++SL GN  TVM+A++
Sbjct:    6 VLVRCRPLSQKEVSDGHKRVVNVDSPKGRIDVRRTPNNPSEAV-------RSFSFDSVYDSGSTQEEVYEESFRPLVDSVLKGFNGTIFAYGQTGTGKTWTVEGTENTPGLIPRAFTHIFDRINSADVDSQFLVRASYLEIYQEEIHDLLSKDPTSKCELKE-RPDTGVYVKDLSSFVCKSISEIQHVLNAGKANRTIGATNMNENSSRSHAIFLITI---------ECSNNEHIRVGKLNLVDLAGSERXAKTGATGNRLKEATKINLSLSALGNVISALVDGQXTYIPYRDSKLTRLLQDSLGGNAKTVMVANI 304          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000003133 (pep:novel supercontig:LSalAtl2s:LSalAtl2s175:248607:262887:1 gene:EMLSAG00000003133 transcript:EMLSAT00000003133 description:"maker-LSalAtl2s175-augustus-gene-2.10")

HSP 1 Score: 199.904 bits (507), Expect = 5.432e-55
Identity = 121/328 (36.89%), Postives = 190/328 (57.93%), Query Frame = 0
Query:    7 DNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGN---DQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLL-QPKSDRLELRDDHKGNQP----HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            D+  + V VR+RP+  +E    ++      D D I       N +N +    +  +++ ++ VF  D  Q +VY +  +P+V+ VLKGY  T FAYG TG GKT+TM G+    +  G +  +   +F  + K E ++ + V +SYLEIYNE +RDLL + +  RLE+++     +P    +V  LS     + +++ +++  GNK R+  AT  N +SSRSHAI  + ++ + K P+G+    Q  + GKL+++DLAGSE+ S T   G RLRE   IN +L  L N I+AL + K   + +R+SKLTRLL++SL GN  T+M A+V
Sbjct:   10 DSENVKVIVRVRPLSEKELESGFQCI---IDVDPIQGAITLHNPSNNINTRETPPKQFNFNTVFPPDVRQMDVYNRVARPIVDNVLKGYNGTIFAYGQTGTGKTFTMEGDRSVSELKGIIPNSFAHIFGHIAKQEDDIKFLVRVSYLEIYNEEVRDLLGKDQKMRLEVKE-----RPDIGVYVKDLSAFAVNNADDMDRIMTMGNKNRSVGATNMNAHSSRSHAIFSITIECSEKGPDGQ----QHVRVGKLHLVDLAGSERQSKTGATGVRLREATKINLSLSTLGNVISALVDGKSSHIPYRNSKLTRLLQDSLGGNSKTLMFANV 325          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000006712 (pep:novel supercontig:LSalAtl2s:LSalAtl2s372:96033:130457:-1 gene:EMLSAG00000006712 transcript:EMLSAT00000006712 description:"maker-LSalAtl2s372-augustus-gene-1.10")

HSP 1 Score: 195.282 bits (495), Expect = 2.588e-52
Identity = 113/267 (42.32%), Postives = 157/267 (58.80%), Query Frame = 0
Query:   60 STRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNP---GCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMI 322
            S + Y++D V   +  Q EVY    K +V+ VL GY  T FAYG T  GKT+TM G   +P   G + R +DD+FN +   E+NL + + +SY EIY + IRDLL P    L + +D K    +V G +E F  S EEV++ + +G   R    T  N+ SSRSH++ +++VKQ       E    Q+   GKLY++DLAGSEK   T  EG  L E  +IN++L AL N I ALA+  K  + +RDSKLTR+L+ESL GN  T ++
Sbjct:   61 SGKLYMFDKVLKPNVRQEEVYDGAAKSIVKDVLCGYNGTIFAYGQTSSGKTHTMEGXIGDPALQGIIPRIVDDIFNHIYSMEENLEFHIKVSYFEIYLDKIRDLLDPSKVNLAVHED-KNKAVYVKGATERFVSSPEEVLEAIEEGKSNRHVAVTNMNEXSSRSHSVFLIHVKQ-------ENLENQKKLSGKLYLVDLAGSEKVGKTGAEGTVLDEAKNINKSLSALGNVIAALADGNKSHIPYRDSKLTRILQESLGGNAKTTIV 319          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000009993 (pep:novel supercontig:LSalAtl2s:LSalAtl2s654:289958:309386:1 gene:EMLSAG00000009993 transcript:EMLSAT00000009993 description:"maker-LSalAtl2s654-augustus-gene-2.17")

HSP 1 Score: 190.274 bits (482), Expect = 1.243e-51
Identity = 150/442 (33.94%), Postives = 228/442 (51.58%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGE-------VYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG--NDQNPGCMVRAMDDLFN--TLQKEKNLAYKVSMSYLEIYNENIRDLLQPK-SDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-------NKKK----FVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVS----QYQD------------------LISELRSEIGRLKEKIDSTEAE-EEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLE 408
            VAVR+RP  N E +K+     +     TI       N     G ++ ST+ + +D+ + S   Q +       VY    + ++ +  +GY    FAYG TG GK+YTM+G  ++ N G + R   DLF    L ++  + Y V +SY+EIY E +RDLL PK ++ L +R +H    P+V  LS++   S E + +L+ +GNK RT  AT  N+ SSRSHA+  +   Q         SG    K  K+ ++DLAGSE+A +T   G RL+EGA+IN++L  L   I+ALAE       N+KK    F+ FRDS LT LL+E+L GN  T MIA +  +  D++Y  +    +Y D                  LI EL+ EI RL++ + +   E +EG+   + ++N+ + +  S    I E  V    E  ++  +L E
Sbjct:    6 VAVRVRPFNNRELSKDSSNIIDMKGSQTII-----TNPKIPFG-SKDSTKLFNFDFSYWSHDPQSKGFHNQERVYNDLGEEMLTHAFEGYNVCIFAYGQTGAGKSYTMMGKPDNINEGIIPRLCKDLFYKINLGEKDFIQYSVEVSYMEIYCERVRDLLNPKNTENLRVR-EHPLLGPYVEDLSKLAVTSYEGIHELMDEGNKARTVAATNMNETSSRSHAVFTIIFTQQ---RHDNHSGLTAEKVSKISLVDLAGSERAESTGARGTRLKEGANINKSLTTLGKVISALAESSSNTHSNRKKKKNEFIPFRDSVLTWLLRENLGGNSKTAMIAAL--SPADINYDETLSTLRYADRAKQIVCKAVVNEDANGKLIRELKEEITRLRDLLKAEGIEMKEGIIEKNSEVNLNKSNKMSSKSSIAEEAVDQLHENEKLVAELNE 435          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000009637 (pep:novel supercontig:LSalAtl2s:LSalAtl2s619:88797:97953:-1 gene:EMLSAG00000009637 transcript:EMLSAT00000009637 description:"maker-LSalAtl2s619-augustus-gene-1.9")

HSP 1 Score: 187.963 bits (476), Expect = 7.443e-50
Identity = 123/332 (37.05%), Postives = 182/332 (54.82%), Query Frame = 0
Query:    6 EDNRKLLVAVRIRPM-RNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTM-------VGND-QNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELR---DDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            E ++ + V VR RP+ ++E  +++Y +     D D   +  K K+       N S T+ + ++ VFG D  Q   Y + V+PL++ V++GY  T FAYG TG GKT+TM        G D +  G + R+++D+F+ L+      + V +SYLE+YNE I DLL   +D   LR   D +K     + GL E+   + EEV K+L KG+ +R   AT  N  SSR H +  V    TV + +  V G +  K GKL ++DLAG E    +    +R RE  +INQ+LL L   I+ L E +   V +R+SKLTRLL++SL G   T +IA V
Sbjct:   15 ERSQNIQVFVRARPLNKSEXXSRSYSVV----DTDGKKVIVKEKS-------NSSLTKTFSFNGVFGPDCDQRMXYVKVVRPLIDQVMQGYNCTVFAYGQTGTGKTHTMEXCHEEEXGYDNEEAGIVPRSLNDIFDGLRIMGAKDFAVRVSYLELYNEEIFDLLSDVNDTTRLRLYEDCNKKGSVIIQGLEEVQVHTKEEVYKILKKGSVKRQTAATLMNASSSRXHTVFTV----TVLINQSSVGGEEMIKIGKLNLVDLAGXENIGRSGAIDKRAREAGNINQSLLTLGRVISCLVE-RAPHVPYRESKLTRLLQDSLGGRTKTSIIATV 330          
BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Match: EMLSAP00000001692 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1291:442:47891:1 gene:EMLSAG00000001692 transcript:EMLSAT00000001692 description:"maker-LSalAtl2s1291-snap-gene-0.13")

HSP 1 Score: 171.4 bits (433), Expect = 2.262e-45
Identity = 122/352 (34.66%), Postives = 183/352 (51.99%), Query Frame = 0
Query:    8 NRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG------NDQNPGCMVRAMDDLFNTLQ--KEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLR-EGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSG----NCFTVMIAHVRRNVLDVSYHVSQYQDLISEL 346
            + ++ V VR RP+  +E  +         +KD I ++E PK   +         + + YDY F   +T   VY    +PLV+ + +G  A  F YG TG GKT+TM G       D   G    A  D+F  L+  K K L   VS SY EIY+  + DLL  KS +L + +D K  Q  ++GL+E   E  E+V+KL+  GN  RT   T+AN +SSRSHA+  + ++Q            +   +GK  +IDLAG+E+ ++T +   + R EGA IN++LLAL  CI AL   K   + FR SKLT++L++S  G     C   M++ V  +  + + +  +Y D + EL
Sbjct:  234 DHQITVCVRKRPLNKKEEKRREVDVVTMPNKDQIIVHE-PKTKVDLT--KYLDNQHFRYDYAFDDTATNELVYKYAARPLVQNIFEGGMAXXFXYGQTGSGKTHTMGGEFHGKSQDSKNGIYALATMDVFKFLKSPKYKGLKLHVSCSYFEIYSGKVFDLLSGKS-KLRVLEDGK-QQVVIVGLTEKVVECVEDVLKLITHGNNLRTSGQTSANAHSSRSHAVFQIILRQN-----------KNKLFGKFSLIDLAGNERGADTHSADRQTRMEGAEINKSLLALKECIRALGR-KGGHLPFRASKLTQVLRDSFMGEKSKTCMIAMVSPVLSSC-EHTLNTLRYADRVKEL 567          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|82209779|sp|Q7ZXX2.1|KIF19_XENLA (RecName: Full=Kinesin-like protein KIF19)

HSP 1 Score: 472.241 bits (1214), Expect = 3.244e-153
Identity = 262/640 (40.94%), Postives = 399/640 (62.34%), Query Frame = 0
Query:    3 GKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKID-----STEAEEEGLRSLSPKINM-GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW-------SRK-----------SDESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            G +   ++L VA+RIRP+   E A+   I   K DK  + L +  ++S++ L  NRS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  +R ++DLF  +++   ++ Y+V MSY+EIYNE IRDLL P    L+LR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAANK SSRSHAIL V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G R++EGAHIN++LLAL NCINAL+E    K+VN+RDSKLTRLLK+SL GN  TVMIAH                           V+RN+L+VSYH++QY  +IS+LR EI RLK+KID        +E+  +R++  ++ +    +   E+++++E +++ F+EQM +R +L+EI+N  + + ME  +  +I  +W       +RK            D+SE                EV  A   +Q+++ +Q++    +L+LE     ++    +LEE LPKRI++D+++EILSLLC+VHELEIE  E+Q    +K+  +R++D ++ ++++ R+LCDEII +Q+++I   ++++P +L  +Y LY +ELE
Sbjct:    4 GGESKEQQLTVALRIRPINETELAEGATIIAHKVDKQMVVLMDPMEDSDDILRANRSREKSYMFDVAFDYTATQDTVYRFTTKGLIEGVISGYNATVFAYGPTGCGKTYTMLGTDWEPGIYIRTLNDLFKAIEETSDDMEYEVLMSYMEIYNEMIRDLLNPSLGYLDLREDSKG-VIQVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANKTSSRSHAILQVTVRQKSRVK----NITQEVRVGRLFMIDLAGSERASQTQNRGLRMKEGAHINRSLLALGNCINALSERGSNKYVNYRDSKLTRLLKDSLGGNSRTVMIAHISPASTSFEESRNTLTYADRAKNIKTRVKRNLLNVSYHIAQYTSIISDLRKEIQRLKKKIDEQGLKQIRSEKSDIRNIQAEVQLHSSTYGRHEMEQLKEQLIRAFREQMDIRRQLMEIENSSMEMQMETSRHFLITAEWEQEKTRRARKWRDEHRKETYGKDDSEKDSDTGDDQSDFIEPPEVITARETIQILEGDQNKLRRQKLELEKRFRDVRHHARRLEEALPKRISSDDQREILSLLCKVHELEIENTEMQSHALLKDNMIRQKDYMVQRFEQHRSLCDEIIQQQRRIIYDHNLTVPHQLNDLYELYFRELE 638          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|126215731|sp|Q99PT9.2|KIF19_MOUSE (RecName: Full=Kinesin-like protein KIF19)

HSP 1 Score: 441.81 bits (1135), Expect = 1.305e-141
Identity = 254/644 (39.44%), Postives = 386/644 (59.94%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEG--------LRSLSPKINM--GEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRK---------------------SD--------ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE 573
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G D  PG  VR ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +I++LR EI RLK KID      +         +R +  ++ +  G+E   +E+ ++RE ++  F EQM +R +LLE++N  + + ++  +  + I  W    SR+                     SD        E  EV +A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++ +P  L  +Y +Y +ELE
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKMDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDHEPGIYVRTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPALGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVAVRQRSRV----KNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASTAFEESRNTLTYAGRAKNIRTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKCKIDQQAGRGQARGKLDRGDIRHIQAEVQLHSGQE-GPAEMGQLREQLISAFHEQMDVRRRLLELENQAMEVQIDTSRHLLTIAGWEHEKSRRALKWREERRKESYTKEDSEKDSDTGDEPDNLEPPEVASARENIAALVGEQKKLRKEKLALEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDSALRHRREAVRRLEQHRSLCDEIIQGQRQIIDDYNLEVPRHLEELYEVYLRELE 640          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|126215730|sp|Q2TAC6.2|KIF19_HUMAN (RecName: Full=Kinesin-like protein KIF19)

HSP 1 Score: 441.039 bits (1133), Expect = 2.837e-141
Identity = 259/662 (39.12%), Postives = 394/662 (59.52%), Query Frame = 0
Query:    2 SGKKEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEG--------LRSLSPKINMGEEHSN----SELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----SRKS--------------DESE----------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGS-EQEYITD 587
            SG  +D ++L+VA+R+RP+   E  +   +   K D+  + L +  ++ ++ L  +RS  + Y++D  F   +TQ  VY  T K L+E V+ GY AT FAYG TG GKTYTM+G DQ PG  V+ ++DLF  +++  N + Y+VSMSYLEIYNE IRDLL P    LELR+D KG    V G++E+ T + +E+M+LL KGN+QRT++ TAAN+ SSRSHA+L V V+Q  ++     +  Q  + G+L+MIDLAGSE+AS T+N G+R++EGAHIN++LLAL NCINAL++    K++N+RDSKLTRLLK+SL GN  TVMIAH                           V++N+L+VSYH++QY  +I++LR EI RLK KID      +         +R +  ++ +   HS     + + ++RE +   F+EQM +R +LLE++N  + + ++  +  + I  W    SR++              D+SE                EV  A   +  +  EQ +    +L LE    +++    +LEE LP+RI ++E++E+LSLLCRVHELE+E  E+Q    +++  +R R   + + ++ R+LCDEII  Q+Q+I+  ++++P  L  +Y +Y +ELE    +GS EQ  I D
Sbjct:    4 SGDSKD-QQLMVALRVRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPDDILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDQEPGIYVQTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPSLGYLELREDSKGVI-QVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVTVRQRSRV----KNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYAGRAKNIKTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKRKIDEQTGRGQARGRQDRGDIRHIQAEVQL---HSGQGEKAGMGQLREQLASAFQEQMDVRRRLLELENRAMEVQIDTSRHLLTIAGWKHEKSRRALKWREEQRKECYAKDDSEKDSDTGDDQPDILEPPEVAAARESIAALVDEQKQLRKQKLALEQRCRELRARGRRLEETLPRRIGSEEQREVLSLLCRVHELEVENTEMQSHALLRDGALRHRHEAVRRLEQHRSLCDEIIQGQRQIIDDYNLAVPQRLEELYEVYLRELE----EGSLEQATIMD 652          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|122246820|sp|Q10E64.1|KN8B_ORYSJ (RecName: Full=Kinesin-like protein KIN-8B)

HSP 1 Score: 256.529 bits (654), Expect = 4.913e-74
Identity = 197/600 (32.83%), Postives = 317/600 (52.83%), Query Frame = 0
Query:   11 LLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKK---FVNFRDSKLTRLLKESLSGNCFTVMIA---------------------------HVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWSELQM----IQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKE---YEVRK--RDLLILKYDKQRN--LCDEIIARQKQMIEGSS-------VSMPPEL 561
            L VAV+ RP+ + E+ ++  I     DK+ + L          L +NR+  RRY +D+V+    +  +VY + +   +  V++G  AT FAYG+TG GKTYTMVG   +PG MV +   +F+ ++K+ +   ++VS SYLE+YNE I DLL+  S  LELR+D   +   V GL  I   S +++++LL  GN +R  ++T AN  SSRSHA+L + VK+  K   G+  G+Q  + GKL ++DLAGSE+AS T N G++LR+GA+IN++LLAL+NCINAL +  KK   +V +R+SKLTR+LK+ LSGN  TVM+A                           HV +N+  +  HV  Y+ +I  L+ E+ +LK+++    AE+E   S+ P      ++  S L  + +   +N +E++ ++  L E++       ME +     I     K  +S  ++   S  Q+    I+   +   G R D+E +  + +++Q  +EE      + +  +  L +L +   L +   E+Q E  M++   Y  R+  R L  + Y    N     ++ A+Q   IEG         V+ PP  
Sbjct:   15 LQVAVKCRPLTDSEQRRSRHIIQVIDDKNVVVLDPDLSKDYLELIQNRTKERRYSFDHVYAPGCSNADVY-KNISSTIAGVVQGLNATVFAYGSTGSGKTYTMVGTHSDPGLMVLSFRTIFDLVKKDDSKDTFEVSCSYLEVYNEVIYDLLEKSSGHLELRED-PVHGIMVAGLRSIKVHSADKILELLNIGNSRRKTESTEANSTSSRSHAVLEITVKRKQK---GQY-GSQVLR-GKLALVDLAGSERASETNNFGQKLRDGANINRSLLALANCINALGKQNKKGLAYVPYRNSKLTRILKDGLSGNSRTVMVATISPADDQYHHTTNTLKYADRAKEIKTHVHKNIGHLDTHVEDYKRMIDNLQVEVSQLKKEL----AEKEHQLSVKP-TEKAADNELSWLNILSQETGENVQERINLQKALFELEETNKRNRMELQHLDDAIARQQVKDKDSAVLQALTSRRQVILDNIRDNDEAGAGYRKDIELNESRKRQLQDMIEEA----TSNNGNRTYLHILSQYRLLGMTNAELQIEMAMRDQVIYNQRESLRSLWNIIYGTGLNQKQISKLAAKQGLTIEGCPLPVSSPDVTTPPSF 598          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|75313284|sp|Q9SCJ4.1|KN8B_ARATH (RecName: Full=Kinesin-like protein KIN-8B)

HSP 1 Score: 256.529 bits (654), Expect = 1.824e-73
Identity = 198/600 (33.00%), Postives = 326/600 (54.33%), Query Frame = 0
Query:   11 LLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALG--ENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKK---FVNFRDSKLTRLLKESLSGNCFTVMIA---------------------------HVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDESEEVKNAWSELQMIQKEQDRYNG-TRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLIL-KYDKQRNLCD-------------EIIARQKQMIE-GSSVSMPPEL 561
            L VAV+ RP+  +ER ++  I      K+ + L   P  S + L   +NR+  ++Y +D+ FG +ST   VY +++  ++  V+ G  AT FAYG+TG GKTYTMVG   +PG MV +++ +F+ ++ +K+   ++V+ SYLE+YNE I DLL+  S  LELR+D +     V GL  I   S + +++LL  GN +R  ++T  N  SSRSHA+L + VK+  K          +   GKL ++DLAGSE+A+ T N G++LR+GA+IN++LLAL+NCINAL +  KK   +V +R+SKLTR+LK+ LSGN  TVM+A                           H+++N+  +  H+S YQ +I  L+SE+ +LK ++    AE+E   S+ P    G E   S L  +   + +N ++++ ++  L E++     L    E QH  ++D   K    ++V  A S  + +  +  R N    ++ + D+ + +K + +L++ L + I  +  K  L +L +   L +   E+Q       +E+  RD +I  + + QRNL +             ++ A+Q   IE  SS+++ P L
Sbjct:   15 LTVAVKCRPLMEKERGRD--IVRVNNSKEVVVL--DPDLSKDYLDRIQNRTKEKKYCFDHAFGPESTNKNVY-RSMSSVISSVVHGLNATVFAYGSTGSGKTYTMVGTRSDPGLMVLSLNTIFDMIKSDKSSDEFEVTCSYLEVYNEVIYDLLEKSSGHLELREDPEQGIV-VAGLRSIKVHSADRILELLNLGNSRRKTESTEMNGTSSRSHAVLEIAVKRRQK-------NQNQVMRGKLALVDLAGSERAAETNNGGQKLRDGANINRSLLALANCINALGKQHKKGLAYVPYRNSKLTRILKDGLSGNSQTVMVATISPADSQYHHTVNTLKYADRAKEIKTHIQKNIGTIDTHMSDYQRMIDNLQSEVSQLKTQL----AEKESQLSIKP-FERGVERELSWLDGLSHQISENVQDRINLQKALFELEE--TNLRNRTELQH--LDDAIAKQATEKDVVEALSSRRQVILDNIRDNDEAGVNYQRDIEENEKHRCELQDMLNEAINNNGNKTYLHILNQYKLLGMGNTELQ-------FEMAMRDQIIYNQREAQRNLWNLLMGLGVEEKQVFDLAAKQGITIEDWSSIALFPGL 585          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|68570276|sp|Q91WD7.1|KI18A_MOUSE (RecName: Full=Kinesin-like protein KIF18A)

HSP 1 Score: 250.366 bits (638), Expect = 7.656e-71
Identity = 167/446 (37.44%), Postives = 248/446 (55.61%), Query Frame = 0
Query:    1 MSGKKED-NRKLLVAVRIRPMRNEERAKNYKITCEKFDK---------DTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNT---LQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVI--GLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKK--FVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGE-EHSNSE------LKEIREAMVQN 395
            MSG +ED   ++ V VR+RP   +E+A  +       DK         + I+ + + K +N  + + ++   ++++D VF   STQ EV+  T KP++   L GY  T FAYGATG GKT+TM+G+   PG M   M DLF     +++EK  +  V  SYLE+YNE IRDLL   S  L +R+D   +Q  V+  GL+    +S+EE+++LL  GNK RT+  T  N  SSRSHA+  + ++Q  K      S  Q  +  K+ +IDLAGSE+AS +  +G R  EG +IN++LLAL N INALA  K++   + +R+SKLTRLLK+SL GNC T+MIA V                           + NVL+++ H+SQY  + +  ++EI  LKEK+ + E +    ++LS + +  +  HSN E       +EI   + QN
Sbjct:    1 MSGTEEDLCHRMKVVVRVRPENTKEKAVQFCKVVHVVDKHILSFDPKQEEISFFHRKKTTNFDITKRQNKDLKFVFDAVFDETSTQMEVFEHTTKPILHSFLNGYNCTVFAYGATGSGKTHTMLGSAAEPGVMYLTMLDLFKCIDEIKEEKECSTAV--SYLEVYNEQIRDLLT-NSGPLAVRED---SQKGVVVQGLTLHQPKSSEEILQLLDNGNKNRTQHPTDVNAVSSRSHAVFQIYLRQQDKT----ASINQNVRIAKMSLIDLAGSERASVSGAKGSRFVEGTNINKSLLALGNVINALANTKRRNQHIPYRNSKLTRLLKDSLGGNCQTIMIAAVSPSSLFYDDTYNTLKYANRAKEIKSSLKSNVLNLNSHISQYVKICNMQKAEILMLKEKLKAYEEQ----KALSDRNDCAKLVHSNPEDRETERFQEILNCLFQN 432          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|1076761204|sp|F4ICA0.1|KN8A_ARATH (RecName: Full=Kinesin-like protein KIN-8A)

HSP 1 Score: 246.514 bits (628), Expect = 1.755e-70
Identity = 147/317 (46.37%), Postives = 199/317 (62.78%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            ++LV VR+RPM  +ER    +   +  +K  + L E   N N+ L   R   R + +D  F   +TQ EVY+ T   LVE VL+G   + F YGATG GKTYTM+G  +NPG MV A+ DLF  + Q+  +  + V +SYLE+YNE +RDLL P    L LR+D +G      GL++    ST+EVM LL +GN+ RT + T  N+ SSRSHAIL V V+   +    + S    S+ GKL +IDLAGSE+A  T     R  EGA+IN++LLALS+CINAL E  KK + +R+SKLT+LLK+SL G+C TVMIA++
Sbjct:  151 RILVFVRLRPMGKKERENGSRCCVKVLNKRDVYLTEF-TNENDYLRLKRLRVRHFTFDSSFPETTTQQEVYSTTTGDLVEAVLEGRNGSVFCYGATGAGKTYTMLGTMENPGVMVLAIKDLFAKVRQRSLDGNHVVHLSYLEVYNETVRDLLSPGRP-LILREDKQGIV--AAGLTQYRAYSTDEVMALLQRGNQNRTTEPTRCNETSSRSHAILQVIVEYKTR----DASMNIISRVGKLSLIDLAGSERALATDQRTLRSLEGANINRSLLALSSCINALVEG-KKHIPYRNSKLTQLLKDSLGGSCNTVMIANI 458          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|1723958|sp|P53086.1|KIP3_YEAST (RecName: Full=Kinesin-like protein KIP3)

HSP 1 Score: 247.669 bits (631), Expect = 2.499e-70
Identity = 149/349 (42.69%), Postives = 206/349 (59.03%), Query Frame = 0
Query:   49 NSNNALGENRSSTRR------YIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNT---LQKEKNLAYKVSMSYLEIYNENIRDLLQPK--SDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAEN---KKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVR---------------------------RNVLDVSYHVSQYQDLISELRSEIGRLKEK 356
            N++NA  +  S  RR      +++D +F   S+Q  VY +T  PL++ VL G+ +T FAYGATG GKTYT+ G    PG +  AM++LFN    L+ EK+  +++S+SYLEIYNE IRDLL+P+  S RL +R+D + N   V  LS     + E+VM L+ +GN  RT   T AN+ SSRSHA+L +++ QT KL    V    +  +  L +IDLAGSE+A+ T+N G RL EGA+IN++LLAL NCINAL  N   +   + +RDSKLTRLLK SL GNC TVMI  +                            RN   +S HV  Y  +I+E + +I  L+E+
Sbjct:  132 NNSNATNKFSSQRRRHGGEIKFVFDKLFDETSSQARVYKETTSPLLDSVLDGFNSTVFAYGATGCGKTYTVSGTPSQPGIIFLAMEELFNKITDLKDEKD--FEISLSYLEIYNERIRDLLKPETPSKRLVIREDTQ-NHIKVANLSYHHPNTVEDVMDLVVQGNINRTTSPTEANEVSSRSHAVLQIHIMQTNKL----VDLTSQHTFATLSIIDLAGSERAAATRNRGIRLHEGANINRSLLALGNCINALCLNDGSRSCHIPYRDSKLTRLLKFSLGGNCKTVMIVCISPSSSHYDETLNTLKYANRAKEIKTKIIRNQQSLSRHVGSYLKMITEQKRQIEELRER 473          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|123785745|sp|Q4KLL9.1|KI18B_RAT (RecName: Full=Kinesin-like protein KIF18B)

HSP 1 Score: 247.669 bits (631), Expect = 3.661e-70
Identity = 148/359 (41.23%), Postives = 219/359 (61.00%), Query Frame = 0
Query:   64 YIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL---QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDH-KGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENK--KKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLS---PKINMGEEHSNSELK 386
            +++D VF   +TQ +V+  T   +++  L+GY  + FAYGATG GKT+TM+G + +PG M     +L+  L   Q+EK   ++V +SYLE+YNE I DLL+PK   L +R+D  KG    V GLS     S ++++++L +GN  RT+  T AN  SSRSHAI  + VKQ  ++P       Q  +  K+ +IDLAGSE+AS+T  +GERLREGA+IN++LLAL N +NALA+ K  K  V +RDSKLTRLLK+S+ GNC TVMIA V                           + NV+ + +H+SQY  +  +L++E+  L+EK+ + EA  + L+  S   PK+++ +  S+S L+
Sbjct:   72 FVFDRVFSEVATQQDVFQHTTHNILDSFLQGYNCSVFAYGATGAGKTHTMLGREGDPGIMYLTTMELYRRLEACQEEKQ--FEVLISYLEVYNEQIYDLLEPKGP-LTIREDPDKGVV--VPGLSFHQPASAQQLLEMLTRGNCSRTQHPTDANATSSRSHAIFQIFVKQQDRVP----GLTQALRVAKMSLIDLAGSERASSTHAKGERLREGANINRSLLALINVLNALADAKGRKSHVPYRDSKLTRLLKDSIGGNCRTVMIAAVSPSSLTYEDTYNTLKYADRAKEIRLTLKSNVISLDHHISQYATICQQLQAEVAALREKLQTYEAGAQALQQRSPQPPKLSIPQNLSSSPLQ 421          
BLAST of EMLSAG00000002828 vs. SwissProt
Match: gi|82197864|sp|Q5ZLK6.1|KI18B_CHICK (RecName: Full=Kinesin-like protein KIF18B)

HSP 1 Score: 246.514 bits (628), Expect = 5.371e-70
Identity = 140/330 (42.42%), Postives = 207/330 (62.73%), Query Frame = 0
Query:   63 RYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKN-LAYKVSMSYLEIYNENIRDLLQPKSDRLELRDD-HKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE--NKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTE 361
            ++++D VFG  +TQ EV+  T + +++ VL GY  + FAYGATG GKTYTM+G++Q+PG M   M +L+  ++  ++  + +V +SY E+YNE I DLL+PK   L +R+D  KG    V GLS    +S E+++++L  GNK RT+  T AN  SSRSHA+  + VKQ  ++    V  +Q  +  K+ +IDLAGSE+AS T  +GERLREGA+IN++LLAL N INALA+  +KK  + +RDSKLTRLLK+S+ GNC T+MIA V                           + NVL +  H+S+Y  +  +L++E+  L+ K+ + E
Sbjct:   70 KFVFDRVFGEGATQEEVFQHTTREVLDGVLNGYNCSVFAYGATGAGKTYTMLGSEQSPGIMYLTMAELYRRIEARRDEKSCEVLVSYQEVYNEQIHDLLEPKGP-LAIREDPEKGVV--VQGLSFHQPKSAEQLLEMLANGNKNRTQHPTDANATSSRSHAVFQIYVKQQDRV----VGLSQDLQVAKMSLIDLAGSERASVTNTKGERLREGANINRSLLALINVINALADAKSKKTHIPYRDSKLTRLLKDSIGGNCRTIMIAAVSPSSLAYEDTYNTLKYANRAKEIKLSLKSNVLSLDCHISKYATICEQLKTEVADLQAKLRAYE 392          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: gb|EFA08129.2| (Bipolar kinesin KRP-130-like Protein [Tribolium castaneum])

HSP 1 Score: 514.998 bits (1325), Expect = 5.289e-173
Identity = 297/637 (46.62%), Postives = 405/637 (63.58%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDE-----------------------------------------------SEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP++N+E  +         +K  I + +  ++  + L + RS  ++Y +D VFG +STQ EVY  T   LV+ VL GY AT FAYG TG GKT+TMVG+   PG MVRA++D+F  + KEK   Y VSMSYLE+YNE IRDLL P S  LELR+D +G    V GL EI T ST+EVM+LL KGNK RT + TA NK SSRSHA+L V VK +V L + E     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNVLDVSYHV+QYQ +I+ELR EI RL++K++     EE  RS   +    EE SN E+K++RE +V+ FK QM++R KL+EID+HLL L ME E+QH+II+ W  ++++                                                  ++ AW EL  I++EQ+R++  R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDLLIL+YD+QR LC+EII RQ+Q+IE   + +PP+L  +Y  YQQE+
Sbjct:   25 RLMVAVRIRPLKNDEPQR----CLFAINKKNIVIEDSDRS--DVLRQRRSYDKQYSFDVVFGENSTQEEVYKVTTSSLVQDVLNGYNATVFAYGPTGAGKTHTMVGDSSQPGIMVRALNDIFEAV-KEKQDQYSVSMSYLELYNEQIRDLLNPSSGYLELREDSRGRNIQVAGLQEISTTSTDEVMQLLQKGNKARTIEPTAMNKTSSRSHALLSVTVKHSVPLDKKE-HLRMRIKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSVTQKDESRNTLIYADRANNISTKAERNVLDVSYHVTQYQTVINELRDEISRLQQKMN-----EERPRSADVRRMNAEERSN-EVKKLREQIVETFKTQMKLRRKLMEIDSHLLGLGMEAERQHLIISHWESRNNKLYKNSVNESRARTQQSIRRRKLVSVDGFRSAGNEQEGEEEGDFEVEGETAIQQAWGELGDIEREQERWSELRSHIEQKLEVCRQRGVALEDKLPSLLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLLILRYDRQRQLCEEIITRQRQLIEEGKIKLPPDLQELYQFYQQEI 646          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: EEB13334.1 (predicted protein [Pediculus humanus corporis])

HSP 1 Score: 451.44 bits (1160), Expect = 2.589e-149
Identity = 271/633 (42.81%), Postives = 373/633 (58.93%), Query Frame = 0
Query:   82 QTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLA--YKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKI------------DSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSD--------------------------------ESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELENRQNDGSEQEYITDLNALFRSPSTLS-------------LHDPHENKSEKRKSAMSSSSSCQSVLPPI 628
            + V  LV+ VL GY +T FAYGA+G GKT+TM+G    PG MVRA+ ++FN + K  NL   Y V+MSYLEIYNENIRDLL P++  LELR+D K    HV+ LSE+ T STEE+++LL KGNK RT + TA NK SSRSHA+L +NV+QT    + E   A R K GKL+MIDLAGSE+AS TKN G+RL EGAHIN++LLAL NCINAL+     +VN+RDSKLTRLLK++LSGN  T MIAHV                            +N+LD+SYHVSQY+ +ISELR EI RLK K+            D  + E++  +      +   + +   L  I+  ++  FK QM++R +L  I+++L+ L  E E+QH II++W  K++                                 S+ ++ A+ E+ +++KEQ++Y+  R   E +L + K+  S LE+ELP  I +DEEKE+LSL+ RVHELEI+KI +Q E   KE  +R+RD+ IL++++QR +CDEII RQ++++E   + +PP+L  +Y LYQQEL              D N   + P  L+               D  EN S +  S+  SS    S LPPI
Sbjct:   22 KIVPSLVKDVLDGYNSTIFAYGASGSGKTHTMLGTTTEPGIMVRALHEIFNFV-KNTNLPQNYNVTMSYLEIYNENIRDLLNPETGFLELREDQKEKTVHVVKLSEVSTSSTEEMIRLLQKGNKARTMEPTALNKTSSRSHALLSINVRQTFPSAKNEKLKA-RIKQGKLFMIDLAGSERASQTKNRGKRLVEGAHINRSLLALGNCINALS-GGATYVNYRDSKLTRLLKDALSGNSQTCMIAHVSPALNQREESKNTLLYAERAKSISNKVEKNILDISYHVSQYRTIISELRDEIARLKSKMPDDKIIMENIHKDRFKIEDDEFKKKENFYSQQRQTNPDHLASIKNEIITTFKTQMKLRKRLFNIESYLMELETEIERQHTIISEWEGKNNRLYFNSINTGRFLERPDLGSLDLDYEDFEKDSSSKIIEKAYLEISILEKEQEKYSELRGITEVELERCKEKSSLLEKELPYEINSDEEKELLSLIIRVHELEIDKIILQSERLTKENALRQRDITILRFNRQRQICDEIITRQRKIMEDGKLHLPPDLQELYKLYQQELYYDSYSSDHNNTTNDRNGSGKLPPILNNKRFSYENIKTSENEDSSEN-STRTPSSTPSSDWATSPLPPI 650          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: AAS65150.1 (kinesin family member 19A [Drosophila melanogaster])

HSP 1 Score: 428.713 bits (1101), Expect = 1.089e-139
Identity = 271/649 (41.76%), Postives = 380/649 (58.55%), Query Frame = 0
Query:   10 KLLVAVRIRP-MRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG---------NDQNP---------------GCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV------------------RRNVLDV------------SYHVSQYQDLISELRSEIGRLKEKI-----------------DSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK--------------SDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVR+RP M   ER       C +       LY+            +S  R+Y YD+VF  + +Q +VY  T  PLV  VL G  A  FAYGATG GKT+TM+G         +D+ P               G MVRA++D+F+ ++  +  + +VS+SYLEIYNE IRDLL P    LELR+DH+G +  V GLSEI T S +EV+ LL KGNK RT + TAAN+ SSRSHA+L + V+   + P G       +K G+L++ DLAGSE+A  TKN G+RL+EGAHIN++LLAL N IN L+    ++VN+RDSKLTRLLKE+LSG C TVMIAHV                  R N +               +    YQ L+SELR E+ RL+ K+                  S  A   G  + S  +   +E   +EL+ +RE +V  FK+QM++R KLLE ++HLL L ++ E+QH+II+ W  +              S+ S  +KNAW EL  I+KE  RY   R   EH+L Q ++   +LE+ELP+RI++DEE+E+L+LLCRVHELE +K+ +Q E   ++ E+R+RDL +L+ ++QR LC++II+ Q+++IE  +V +P EL  +Y LYQQE+
Sbjct:   35 RLVVAVRVRPSMEATER-------CIEVISGGSLLYDD---------GGKSRPRQYSYDHVFRENDSQEQVYKTTTAPLVRDVLNGLNAAVFAYGATGSGKTHTMLGPVPRKKPQTSDRAPPTASCDSTDVSSQDIGLMVRAIEDIFSHIESAEAYSCRVSISYLEIYNELIRDLLNPGGP-LELREDHRGQRITVAGLSEITTSSRKEVVSLLLKGNKARTMEPTAANQTSSRSHALLSIMVQ--ARTPLG-------TKQGRLFLTDLAGSERAKKTKNRGKRLQEGAHINRSLLALGNVINGLS-GGARYVNYRDSKLTRLLKEALSGRCKTVMIAHVAPESKHRDETKNTLVYADRANSITTKLQNSVYIDEFKDFPTKHYQSLVSELRDEVSRLRTKMLTERPRSGAAAAAAAAAASGSAGTAGSGAGSEAVQEQDEQRKTELRYLREQIVLTFKQQMKLRRKLLEAESHLLGLELDAERQHMIISHWQGRIGKLYDAMGDDDIESEGSVALKNAWGELAAIEKETRRYKEIRERTEHELEQCRQKGVKLEDELPERISSDEERELLALLCRVHELEADKVSLQAERLARQAELRRRDLQLLRAERQRRLCEDIISSQRRLIEEGNVDLPDELRELYGLYQQEI 656          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: gb|KFM66709.1| (Kinesin-like protein KIF19, partial [Stegodyphus mimosarum])

HSP 1 Score: 339.347 bits (869), Expect = 2.332e-110
Identity = 175/319 (54.86%), Postives = 226/319 (70.85%), Query Frame = 0
Query:    9 RKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSN--NALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            ++L V VRIRP+ + E  K  +    K D+  + L + P   +  + L   R+  R+Y++D+ F  DS+Q EVY +T K LVE V++GY  T FAYGATG GKTYTMVG D+NPG MVRA+ DLF  +  +  + Y V+MSYLEIYNENIRDLL P    LELR+D KGN   V GLSE+   S+EEVM LL +GNK+RT+++T ANK SSRSHA+L+V VK+       E    Q+ + G+LYM+DLAGSE+A+ T+N G+RL EGAHIN++LLAL NCINALAE   K+VNFRDSKLTR+LKE L+GNC TVM+ H+
Sbjct:   16 QQLSVVVRIRPIFDYEVEKGAQKIARKVDQKMV-LLQDPTAGDPVDVLRAKRAHDRKYVFDWAFDEDSSQEEVYEKTAKDLVENVVEGYNGTVFAYGATGSGKTYTMVGEDENPGIMVRALKDLFKEVNTKHKI-YDVTMSYLEIYNENIRDLLNPSPAHLELREDAKGNH-QVAGLSEMDISSSEEVMSLLMRGNKRRTQESTGANKTSSRSHAVLMVQVKKRSPAHSHE----QKMRTGRLYMVDLAGSERAAQTQNTGKRLLEGAHINKSLLALGNCINALAERNSKYVNFRDSKLTRILKEPLAGNCRTVMVGHI 327          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: EFX74314.1 (hypothetical protein DAPPUDRAFT_129226 [Daphnia pulex])

HSP 1 Score: 239.58 bits (610), Expect = 9.195e-72
Identity = 146/353 (41.36%), Postives = 211/353 (59.77%), Query Frame = 0
Query:   13 VAVRIRPM---------RNEERAKNYKI-TCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQP-HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSG-AQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRN--VLDVSYHVSQYQDLISELRSEI 350
            VAVR+RP          RN  +  N K+   +  D+D    Y   K +N    +       + +D VF  +ST  EV+  T K +V+ VL+G+  + FAYGATG GKT+TM+G  QNPG +   + DL+  +++ +    +++S+SYLE+YNEN+RDLL  +S+ L +RD+  GN    V GLS +     E+++ LL  GN  RT+  T  N  SSRSHA+  V +KQ+ +      SG +   K  K+ +IDLAGSE+   T + GER REG +IN++LLAL NCINALAE ++  V +RDSKLTRLL++SL GNC TVMIA V  +   L+ +Y+  +Y D    ++S +
Sbjct:   22 VAVRVRPFNERENSTSSRNSVKVANDKLLVFDPKDEDDNFFYHGVKQNNRDFTKKAHKDAHFAFDAVFAPESTNEEVFEGTTKAVVDAVLEGFNCSVFAYGATGAGKTHTMLGTQQNPGIIFLTVMDLYRRMEELRGTKKFEISVSYLEVYNENVRDLL-AQSNFLTIRDN--GNDGITVTGLSLVKPNGAEDLLSLLKYGNSNRTQHPTDHNAESSRSHAVFQVWIKQSDR-----ASGLSNNFKVAKMSLIDLAGSERGCATGHTGERFREGNNINRSLLALGNCINALAEGRRH-VPYRDSKLTRLLQDSLGGNCKTVMIAAVSPSSVTLEDTYNTLKYADRAKNIKSNV 365          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: XP_001119963.2 (PREDICTED: kinesin-like protein KIF18A [Apis mellifera])

HSP 1 Score: 251.136 bits (640), Expect = 1.687e-71
Identity = 161/452 (35.62%), Postives = 256/452 (56.64%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNA------------LGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKE-KNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIA---------------------------HVRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEID--NHLLCLTMEFEK 422
            V VR+RP    E   N +   +  D D + +++ PK   N             L + ++   ++I+D +F   S   +V+  + K L+  +L GY  + FAYGATG GKT+TM+G +++PG   R + +LF+ ++K+ ++  + + ++YLE+YNEN++DLL  KS  L LRDD +     V GL  I  +S EE++ LL KGNK RT+  T AN+ SSRSHA+  V +  T KL +G+V      +  KL MIDLAGSE+AS T  +G R +EGA+IN++LLAL NCIN LA+   K + +RDSKLTRLLK+SL GNC TVMIA                           H+++N++    HV+ Y+ ++ E + EI  LK+K+ + E     + +     N+ +E   + L  I   +++  +++  +  K+L ++  + +LC  ++++K
Sbjct:   54 VIVRVRPQNEHELQGNCRTVIKIVD-DKMLIFD-PKEEENPFFYHGVAQKGRDLNKKQNKELQFIFDKIFDMTSNNIDVFEGSTKDLICSLLDGYNCSVFAYGATGAGKTHTMLGCNEDPGITYRTVAELFSQIEKQGEHREFNLGVTYLEVYNENVQDLLH-KSGPLHLRDDGRCGII-VAGLKIIAIQSAEELLTLLAKGNKNRTQHPTDANEESSRSHAVFQVYINITNKL-DGQV------RQVKLSMIDLAGSERASATGCKGARFKEGANINKSLLALGNCINKLADG-AKHITYRDSKLTRLLKDSLGGNCQTVMIANISPSNFSYEDTYNTLRYANRAKKIKSHIKKNIISCEMHVTAYKTMVEEQKKEINYLKQKLLALENGSLHVLTDCKNDNVNKEIDKNAL-PITNELIELLQKKKVLNEKILSLESADKILCCRIQYKK 492          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: gb|EEZ99967.1| (Kinesin-like protein unc-104 [Tribolium castaneum])

HSP 1 Score: 239.58 bits (610), Expect = 2.471e-68
Identity = 144/387 (37.21%), Postives = 221/387 (57.11%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNAL------GENRSSTRR------YIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNT---LQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKI 357
            V VR+RP  ++E+  N +   +  D D + +++ PK  + A        + R   R+      +++D VFG +ST  EV+  T K L++ ++ GY  + FAYGATG GKT+TM+G   NPG     M +LF     LQ+E+   +++ +SY+E+YNE ++DLL P +  L+LRDD +     V G+     ++ +E+  LL KGN  RT+  T AN  SSRSHA+  V ++        E+   +  +  KL MIDLAGSE+ S T   G R  EGA+IN++LLAL NCIN+LA+  +K++ +RDSKLTRLLK+SL GNC TVM+A+                           V++NV++V  H  +Y  ++ +L+ E+ R+K ++
Sbjct:   36 VVVRVRPPNHKEQGDNSRDVVKIVD-DQVLIFD-PKCQSQAFFYHGVEQKGRDLLRKANKDMQFMFDRVFGFESTNCEVFENTTKGLIQSLMDGYNCSVFAYGATGAGKTHTMIGQTDNPGITYLTMAELFKAKQDLQEERK--FELGISYIEVYNELVQDLLNPGAP-LQLRDDGRYGV-MVAGIKVHKIDNPDELFTLLAKGNGNRTQHPTDANAESSRSHAVFQVYIQM-------EIKATREVRAAKLSMIDLAGSERGSATGYGGARFAEGANINKSLLALGNCINSLADG-QKYIPYRDSKLTRLLKDSLGGNCQTVMVANVSPSSLCYDDTYNTLKYATRAKKIKSDVKKNVVNVELHAGEYVKIVEDLKKELERVKAQL 408          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: XP_393174.1 (PREDICTED: kinesin-like protein KIF3B [Apis mellifera])

HSP 1 Score: 223.787 bits (569), Expect = 1.605e-62
Identity = 139/377 (36.87%), Postives = 208/377 (55.17%), Query Frame = 0
Query:   16 RIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG---NDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQP-KSDRLELRDDHKGNQP----HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELR---------------------------SEIGRLKEKI 357
            R RPM  +E A+ Y    + F    +     P++  ++      + + + +D V+  +S+Q ++Y +TV+PLV  VL G+  T FAYG TG GKTYTM G   + +  G + R+ + +FN + + +N+ Y V  SYLEIY E IRDLLQP +S R EL++     +P     V  LS    +S  E+ +L+  GN+ RT  AT  N++SSRSHAI ++ ++       G +      + G+L ++DLAGSE+ S T + GERL+E + IN +L AL N I+AL + K   V +RDSKLTRLL++SL GN  T+M+A    N+   SY+   Y++ ++ LR                            EIGRLKEK+
Sbjct:   34 RCRPMDEKELARGYMRVVDVFPSRGVVEIRHPRDDPSS-----DNVKVFTFDAVYDWNSSQQDLYEETVRPLVSSVLDGFNGTIFAYGQTGTGKTYTMEGLKTDHERRGVIPRSFEHIFNHIGRSENMQYLVRASYLEIYQEEIRDLLQPDQSLRFELKE-----KPDIGVFVKDLSTSVCKSAAEIQQLMNTGNQNRTIGATNMNEHSSRSHAIFLITIEM------GSIGDTGGIRVGRLNLVDLAGSERQSKTGSSGERLKEASKINLSLSALGNVISALVDGKTTHVPYRDSKLTRLLQDSLGGNSKTIMVA----NIGPASYN---YEETLTTLRYANRAKNIKNKPRINEDPKDALLRQYQEEIGRLKEKL 387          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: AGB94319.1 (Kinesin-like protein at 67A, isoform B [Drosophila melanogaster])

HSP 1 Score: 223.016 bits (567), Expect = 3.733e-62
Identity = 147/407 (36.12%), Postives = 229/407 (56.27%), Query Frame = 0
Query:    6 EDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYI-----------YDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDV--SYHVSQYQDLISELRSEIGR--LK---------EKIDSTEAEEEGL----RSLSPKINMGEEHSNS 383
            E +  + VAVR+RP    E  +  +   +  D+  + L++  +  +    +      R I           +D VF  D++  +++ +   PLV+ VL GY  + F YGATG GKT+TM+G++ +PG     M DLF+ +Q + ++  + V +SYLE+YNE++ +LL  KS  L+LR+D+ G     + L+ I+  S EE++++L  GN  RT+  T AN  SSRSHAI  V+++ T +  + +       +  KL MIDLAGSE+A++TK  G R +EGA IN++LLAL NCIN LA+  K  + +RDS LTR+LK+SL GNC T+M+A+V  + L    +Y+  +Y     ++R+ + +  LK         +KID   AE E L    ++L  K    E   NS
Sbjct:    4 EQHTNIKVAVRVRPYNVRELEQKQRSIIKVMDRSAL-LFDPDEEDDEFFFQGAKQPYRDITKRMNKKLTMEFDRVFDIDNSNQDLFEECTAPLVDAVLNGYNCSVFVYGATGAGKTFTMLGSEAHPGLTYLTMQDLFDKIQAQSDVRKFDVGVSYLEVYNEHVMNLL-TKSGPLKLREDNNGVVVSGLCLTPIY--SAEELLRMLMLGNSHRTQHPTDANAESSRSHAIFQVHIRITERKTDTK-------RTVKLSMIDLAGSERAASTKGIGVRFKEGASINKSLLALGNCINKLADGLKH-IPYRDSNLTRILKDSLGGNCRTLMVANVSMSSLTYEDTYNTLKYASRAKKIRTTLKQNVLKSKMPTEFYVKKIDEVVAENERLKERNKALEAKATQLERAGNS 398          
BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Match: AHN58024.1 (Kinesin-like protein at 67A, isoform C [Drosophila melanogaster])

HSP 1 Score: 222.631 bits (566), Expect = 1.443e-61
Identity = 147/407 (36.12%), Postives = 229/407 (56.27%), Query Frame = 0
Query:    6 EDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYI-----------YDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDV--SYHVSQYQDLISELRSEIGR--LK---------EKIDSTEAEEEGL----RSLSPKINMGEEHSNS 383
            E +  + VAVR+RP    E  +  +   +  D+  + L++  +  +    +      R I           +D VF  D++  +++ +   PLV+ VL GY  + F YGATG GKT+TM+G++ +PG     M DLF+ +Q + ++  + V +SYLE+YNE++ +LL  KS  L+LR+D+ G     + L+ I+  S EE++++L  GN  RT+  T AN  SSRSHAI  V+++ T +  + +       +  KL MIDLAGSE+A++TK  G R +EGA IN++LLAL NCIN LA+   K + +RDS LTR+LK+SL GNC T+M+A+V  + L    +Y+  +Y     ++R+ + +  LK         +KID   AE E L    ++L  K    E   NS
Sbjct:    4 EQHTNIKVAVRVRPYNVRELEQKQRSIIKVMDRSAL-LFDPDEEDDEFFFQGAKQPYRDITKRMNKKLTMEFDRVFDIDNSNQDLFEECTAPLVDAVLNGYNCSVFVYGATGAGKTFTMLGSEAHPGLTYLTMQDLFDKIQAQSDVRKFDVGVSYLEVYNEHVMNLLT-KSGPLKLREDNNGVVVSGLCLTPIY--SAEELLRMLMLGNSHRTQHPTDANAESSRSHAIFQVHIRITERKTDTK-------RTVKLSMIDLAGSERAASTKGIGVRFKEGASINKSLLALGNCINKLADG-LKHIPYRDSNLTRILKDSLGGNCRTLMVANVSMSSLTYEDTYNTLKYASRAKKIRTTLKQNVLKSKMPTEFYVKKIDEVVAENERLKERNKALEAKATQLERAGNS 398          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1059424505|ref|XP_017784963.1| (PREDICTED: kinesin-like protein KIF19 isoform X2 [Nicrophorus vespilloides])

HSP 1 Score: 534.643 bits (1376), Expect = 7.195e-178
Identity = 295/635 (46.46%), Postives = 409/635 (64.41%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK---------------------------------------SDESEE------VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP++ +E   N ++     +K+ I       + N+ L + R S ++Y +D VFG DSTQ EVY +T   LV+ +L GY AT FAYGATG GKT+TMVG+   PG M+RA++DLFN + K+K   Y V+MSYLEIYNE IRDLL P S  LELR+D +G    V GL+EI T ST +VM LL KGNK RT + TA NK SSRSHA+L V VKQT+ + + +     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAH                           V RNVLDV+YHV+QYQ +I+ELR EI RL++K+      EE  RS   K+N   E  ++E+K IRE +V+ FK QM++R KL+EID+HLL + ME E+QH++I++W  +                                       SD   E      V++AW EL  I++EQ+R++  R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDL+IL+YD+QR LC+EII RQ+Q++E   + +P +L  +Y +YQQE+
Sbjct:   25 RLMVAVRIRPLKTDE---NQRVLFTTNNKNVI--IGDYADKNDVLRQKRGSDKQYSFDVVFGEDSTQEEVYEKTTGSLVKDILNGYNATVFAYGATGAGKTHTMVGDPSQPGIMIRALNDLFNAV-KDKQDQYSVTMSYLEIYNEQIRDLLNPGSGYLELREDARGRSIQVAGLTEISTNSTNDVMVLLQKGNKARTVEPTAMNKTSSRSHALLSVTVKQTIPIDKRD-HLRMRVKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSGNQKDESRNTLIYADRANHISNKVERNVLDVNYHVNQYQTVITELRGEIVRLQQKM-----TEERPRSADIKLNA--EQRSAEVKNIREQIVETFKTQMKLRRKLMEIDSHLLGIGMEAERQHLVISNWESRNNKLYKNNLNMSRAQTQQSLRRKRTVTADSFHSADNEDSSDLDAETEGEVAVQHAWGELADIEREQERWSELRTTIEQKLEVCRQRGVSLEDKLPALLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLVILRYDRQRQLCEEIITRQRQLMEDGQLKLPLDLQELYLIYQQEI 644          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1080065916|ref|XP_018575134.1| (PREDICTED: kinesin-like protein KIF19 [Anoplophora glabripennis])

HSP 1 Score: 531.561 bits (1368), Expect = 1.074e-176
Identity = 297/637 (46.62%), Postives = 401/637 (62.95%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW-----------------------------------SRKSDESE------------EVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP+R +E A+         DK  I   E  KN  + L + R+  ++Y +D VFG DSTQ +VY  T   LV+ +L GY AT FAYG TG GKT+TMVG+   PG M+RA++DLF  +  +K   Y V+MSYLEIYNE IRDLL P S  LELR+D +G    V GLSEI T ST+EVM LL KGNK RT + TA NK SSRSHA+L V V+ ++ + + +     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLK++LSGNC TVMIAHV                            RNVLDVSY V+QYQ +I+ELR EI RL+ K+     +EE  RS        EE SN E+K++RE +V  FK QM++R KL+EID+HLL L ME E+QH+II+ W                                   S  +D+ E             V+ AW+EL  I++EQDR++  R  +E  L   ++    LE+ LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDL+IL+YD+QR LC+EII RQ+Q+IE   + +PP+L  +Y +YQQE+
Sbjct:   23 RLMVAVRIRPLRQDESAR----ILYALDKKHIIFEESDKN--DLLRQKRAVEKQYSFDVVFGEDSTQEDVYKVTTSSLVKDILNGYNATVFAYGPTGAGKTHTMVGDRTQPGIMIRALNDLFEAVM-DKEDEYTVTMSYLEIYNEQIRDLLNPSSGYLELREDSRGRNIQVAGLSEISTTSTDEVMLLLQKGNKARTTEPTAMNKTSSRSHALLSVTVRHSMPIDKKD-HLRMRVKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKDALSGNCRTVMIAHVSPSAAQKDESRNTLIYADRANNITTKIERNVLDVSYQVTQYQTVITELRDEISRLQTKM-----KEERPRSADVNRMNAEERSN-EVKKLREQIVDTFKMQMKLRRKLMEIDSHLLGLGMEAERQHVIISHWESRNNKLYKNSLNESRARTQQSIRRRKIVTADGFRSAGNDQDEGSDADIDAEGEAAVQQAWAELADIEREQDRWSELRTHIEQKLEVCRQRGVALEDRLPSLLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLVILRYDRQRQLCEEIITRQRQIIEEGRIKLPPDLQELYQMYQQEI 644          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1059424507|ref|XP_017784964.1| (PREDICTED: kinesin-like protein KIF19 isoform X3 [Nicrophorus vespilloides])

HSP 1 Score: 528.865 bits (1361), Expect = 1.234e-175
Identity = 292/640 (45.62%), Postives = 410/640 (64.06%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-----AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK---------------------------------------SDESEE------VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP++ +E   N ++     +K+ I       + N+ L + R S ++Y +D VFG DSTQ EVY +T   LV+ +L GY AT FAYGATG GKT+TMVG+   PG M+RA++DLFN ++ +++      +  V+MSYLEIYNE IRDLL P S  LELR+D +G    V GL+EI T ST +VM LL KGNK RT + TA NK SSRSHA+L V VKQT+ + + +     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAH                           V RNVLDV+YHV+QYQ +I+ELR EI RL++K+      EE  RS   K+N   E  ++E+K IRE +V+ FK QM++R KL+EID+HLL + ME E+QH++I++W  +                                       SD   E      V++AW EL  I++EQ+R++  R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDL+IL+YD+QR LC+EII RQ+Q++E   + +P +L  +Y +YQQE+
Sbjct:   25 RLMVAVRIRPLKTDE---NQRVLFTTNNKNVI--IGDYADKNDVLRQKRGSDKQYSFDVVFGEDSTQEEVYEKTTGSLVKDILNGYNATVFAYGATGAGKTHTMVGDPSQPGIMIRALNDLFNAVKDKQDQYSLHGSVNVTMSYLEIYNEQIRDLLNPGSGYLELREDARGRSIQVAGLTEISTNSTNDVMVLLQKGNKARTVEPTAMNKTSSRSHALLSVTVKQTIPIDKRD-HLRMRVKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSGNQKDESRNTLIYADRANHISNKVERNVLDVNYHVNQYQTVITELRGEIVRLQQKM-----TEERPRSADIKLNA--EQRSAEVKNIREQIVETFKTQMKLRRKLMEIDSHLLGIGMEAERQHLVISNWESRNNKLYKNNLNMSRAQTQQSLRRKRTVTADSFHSADNEDSSDLDAETEGEVAVQHAWGELADIEREQERWSELRTTIEQKLEVCRQRGVSLEDKLPALLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLVILRYDRQRQLCEEIITRQRQLMEDGQLKLPLDLQELYLIYQQEI 650          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1059424503|ref|XP_017784962.1| (PREDICTED: kinesin-like protein KIF19 isoform X1 [Nicrophorus vespilloides])

HSP 1 Score: 528.48 bits (1360), Expect = 1.981e-175
Identity = 292/640 (45.62%), Postives = 410/640 (64.06%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNL-----AYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK---------------------------------------SDESEE------VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP++ +E   N ++     +K+ I       + N+ L + R S ++Y +D VFG DSTQ EVY +T   LV+ +L GY AT FAYGATG GKT+TMVG+   PG M+RA++DLFN ++ +++      +  V+MSYLEIYNE IRDLL P S  LELR+D +G    V GL+EI T ST +VM LL KGNK RT + TA NK SSRSHA+L V VKQT+ + + +     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAH                           V RNVLDV+YHV+QYQ +I+ELR EI RL++K+      EE  RS   K+N   E  ++E+K IRE +V+ FK QM++R KL+EID+HLL + ME E+QH++I++W  +                                       SD   E      V++AW EL  I++EQ+R++  R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDL+IL+YD+QR LC+EII RQ+Q++E   + +P +L  +Y +YQQE+
Sbjct:   25 RLMVAVRIRPLKTDE---NQRVLFTTNNKNVI--IGDYADKNDVLRQKRGSDKQYSFDVVFGEDSTQEEVYEKTTGSLVKDILNGYNATVFAYGATGAGKTHTMVGDPSQPGIMIRALNDLFNAVKDKQDQYSLHGSVNVTMSYLEIYNEQIRDLLNPGSGYLELREDARGRSIQVAGLTEISTNSTNDVMVLLQKGNKARTVEPTAMNKTSSRSHALLSVTVKQTIPIDKRD-HLRMRVKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSGNQKDESRNTLIYADRANHISNKVERNVLDVNYHVNQYQTVITELRGEIVRLQQKM-----TEERPRSADIKLNA--EQRSAEVKNIREQIVETFKTQMKLRRKLMEIDSHLLGIGMEAERQHLVISNWESRNNKLYKNNLNMSRAQTQQSLRRKRTVTADSFHSADNEDSSDLDAETEGEVAVQHAWGELADIEREQERWSELRTTIEQKLEVCRQRGVSLEDKLPALLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLVILRYDRQRQLCEEIITRQRQLMEDGQLKLPLDLQELYLIYQQEI 650          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1000745485|ref|XP_015595486.1| (PREDICTED: kinesin-like protein KIF19 isoform X1 [Cephus cinctus])

HSP 1 Score: 516.924 bits (1330), Expect = 4.953e-171
Identity = 310/693 (44.73%), Postives = 420/693 (60.61%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----------SRKS-------------------DESEE---VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE-------NRQNDGSEQEYITDLNALFRSPSTLSLHDPHENKSEKRKSAMSSSSSC--QSVLPPIGYKLD 633
            KL+VAVRIRP+  +E                + L +      + L + R   ++Y+YD VFG DSTQ  VY  T KPL++ VL GY AT FAYGATG GKT+TMVG+   PG MVRA++D+F    +  +N+ + V+MSY+EIYNENIRDLL P +  LELRDD +G    VIGL+E  T STEEVM+LL KGNK RT + TAANK SSRSHA+L V VKQ+ ++ EGE     R K  +L+MIDLAGSE+A  TKN G+RL+EGAHIN++LLAL NCINAL+   + +VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNV DV+YHVSQY+++IS+L++EI RL+ K+              P         +S LK +RE +V  F+EQM++R KL+E+D+HLL L M  E+QH II+ W          SR+S                   DE EE   ++ AW+EL  I +EQ+RY   R   E +L   ++  + LE+ELP RI +DEE+E+L+L+ RVHELE +K+ +Q E  +K++E+R+R+LLIL+YD+QR + DEII RQ+Q++E   + +P +L  +YS+YQ+E+        N  +  S     +  +   R    +S   P+EN +   +   SS+ S   QS LPPI    D
Sbjct:   28 KLMVAVRIRPLVPDESPNR---ALHAVSNKIVLLEDADTEKGDILRQKRGIPKQYLYDIVFGEDSTQEAVYEGTTKPLIQDVLHGYNATVFAYGATGAGKTHTMVGSPTEPGIMVRALNDIFLAAGELPENVEFTVTMSYMEIYNENIRDLLNPSTGYLELRDDARGRNIQVIGLTEFSTNSTEEVMQLLHKGNKARTVEPTAANKTSSRSHALLSVTVKQSEQMQEGE-RMRTRLKRARLFMIDLAGSERAKQTKNHGKRLQEGAHINRSLLALGNCINALSAGAR-YVNYRDSKLTRLLKEALSGNCRTVMIAHVSPAGVHKDESRNTLIYADRANKISNKVERNVFDVNYHVSQYRNIISDLKNEISRLRNKMTDER----------PPFTETFADGSSNLKSLREKIVSTFREQMRLRRKLMELDSHLLGLNMAAEQQHSIISQWESSNNKLYKGSRESMGRRPGTENVEEFDDRDLIDEVEEDAAMQQAWAELAEINREQERYTELRASAERELEACRQRSAALEDELPSRINSDEERELLALMLRVHELEADKMMLQSERLVKQHELRRRELLILRYDRQRQISDEIITRQRQLMEDGRIILPADLQDLYSMYQREIHAAAYTDSNLIDVSSSGYNYSSGSGFIRKLPPISSRFPYENLTNDFRMTSSSTESDWEQSPLPPIPEPAD 705          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1000745487|ref|XP_015595487.1| (PREDICTED: kinesin-like protein KIF19 isoform X2 [Cephus cinctus])

HSP 1 Score: 515.768 bits (1327), Expect = 1.062e-170
Identity = 309/691 (44.72%), Postives = 419/691 (60.64%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----------SRKS-------------------DESEE---VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQELE-------NRQNDGSEQEYITDLNALFRSPSTLSLHDPHENKSEKRKSAMSSSSSCQSVLPPIGYKLD 633
            KL+VAVRIRP+  +E                + L +      + L + R   ++Y+YD VFG DSTQ  VY  T KPL++ VL GY AT FAYGATG GKT+TMVG+   PG MVRA++D+F    +  +N+ + V+MSY+EIYNENIRDLL P +  LELRDD +G    VIGL+E  T STEEVM+LL KGNK RT + TAANK SSRSHA+L V VKQ+ ++ EGE     R K  +L+MIDLAGSE+A  TKN G+RL+EGAHIN++LLAL NCINAL+   + +VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNV DV+YHVSQY+++IS+L++EI RL+ K+              P         +S LK +RE +V  F+EQM++R KL+E+D+HLL L M  E+QH II+ W          SR+S                   DE EE   ++ AW+EL  I +EQ+RY   R   E +L   ++  + LE+ELP RI +DEE+E+L+L+ RVHELE +K+ +Q E  +K++E+R+R+LLIL+YD+QR + DEII RQ+Q++E   + +P +L  +YS+YQ+E+        N  +  S     +  +   R    +S   P+EN +   +  M+ S   QS LPPI    D
Sbjct:   28 KLMVAVRIRPLVPDESPNR---ALHAVSNKIVLLEDADTEKGDILRQKRGIPKQYLYDIVFGEDSTQEAVYEGTTKPLIQDVLHGYNATVFAYGATGAGKTHTMVGSPTEPGIMVRALNDIFLAAGELPENVEFTVTMSYMEIYNENIRDLLNPSTGYLELRDDARGRNIQVIGLTEFSTNSTEEVMQLLHKGNKARTVEPTAANKTSSRSHALLSVTVKQSEQMQEGE-RMRTRLKRARLFMIDLAGSERAKQTKNHGKRLQEGAHINRSLLALGNCINALSAGAR-YVNYRDSKLTRLLKEALSGNCRTVMIAHVSPAGVHKDESRNTLIYADRANKISNKVERNVFDVNYHVSQYRNIISDLKNEISRLRNKMTDER----------PPFTETFADGSSNLKSLREKIVSTFREQMRLRRKLMELDSHLLGLNMAAEQQHSIISQWESSNNKLYKGSRESMGRRPGTENVEEFDDRDLIDEVEEDAAMQQAWAELAEINREQERYTELRASAERELEACRQRSAALEDELPSRINSDEERELLALMLRVHELEADKMMLQSERLVKQHELRRRELLILRYDRQRQISDEIITRQRQLMEDGRIILPADLQDLYSMYQREIHAAAYTDSNLIDVSSSGYNYSSGSGFIRKLPPISSRFPYENLTNDFR--MTKSDWEQSPLPPIPEPAD 701          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1130232898|ref|XP_019761161.1| (PREDICTED: kinesin-like protein KIF19 [Dendroctonus ponderosae])

HSP 1 Score: 515.383 bits (1326), Expect = 2.569e-170
Identity = 284/638 (44.51%), Postives = 399/638 (62.54%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRK------------------------------------------------SDESEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVR+RP++N+E  +         D+ ++ L +  K+  +A+ + +   R Y +D VF   S Q EVY  T + LV+ VL GY  T FAYGATG GKT+TMVG+  +PG M+RA++D+F  + K+K   Y V+MSYLE+YNENIRDLL P S  LELR+D +G    V GL+EI T ST+EVM+LL KGNK RT + TA N+ SSRSHA+L V V+ TV + + +     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINALA    ++VN+RDSKLTRLLK++LSGNC TVMIAH                           V RNV DVSY V+QYQ +++ELR+EI RL+ K+     +EE  RS      M  E  + E++ +RE +V+ FK QM++R KL+EID HLL L ME E+QH+II+ W  +                                                +D    V+ AW EL  I++EQDR+   R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+++RDLLI++YD+QR LC+EII RQ+Q+IE + V +P +L  +Y +YQQE+
Sbjct:   24 RLMVAVRVRPLKNDEPHR----VLYAADRKSVILEDSDKS--DAIRQKKGVERHYTFDVVFNETSFQEEVYDVTTRSLVKDVLNGYNGTVFAYGATGAGKTHTMVGDRHHPGIMIRALNDIFEAV-KDKEDEYSVTMSYLELYNENIRDLLNPASGYLELREDSRGRSIQVSGLTEISTTSTDEVMQLLQKGNKARTVEPTAMNQTSSRSHALLSVTVRHTVPVNKRD-HLRMRIKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALA-GGARYVNYRDSKLTRLLKDALSGNCKTVMIAHVSPSANQKDESRNTLIYADRANNISTKVERNVFDVSYQVTQYQTVVNELRAEISRLQTKM-----KEERPRSADIS-KMNAEEKSEEVRNLREQIVETFKTQMKLRRKLMEIDAHLLGLGMEAERQHLIISHWESRNNKLYKNGVNASRARTQQSIRRRKLATADGFRSAGNEEDMDSDADGEEADSETAVQQAWGELADIEREQDRWTELRGHIELKLEACRQRGVMLEDKLPSLLSSDDEREILALICRVHELEADKMALQSERLVRQHELKRRDLLIIRYDRQRQLCEEIITRQRQLIEEAKVKLPSDLQELYQMYQQEI 646          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1008449526|ref|XP_008196816.2| (PREDICTED: kinesin-like protein KIF19 [Tribolium castaneum] >gi|1004397017|gb|EFA08129.2| Bipolar kinesin KRP-130-like Protein [Tribolium castaneum])

HSP 1 Score: 514.998 bits (1325), Expect = 2.588e-170
Identity = 297/637 (46.62%), Postives = 405/637 (63.58%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKSDE-----------------------------------------------SEEVKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            +L+VAVRIRP++N+E  +         +K  I + +  ++  + L + RS  ++Y +D VFG +STQ EVY  T   LV+ VL GY AT FAYG TG GKT+TMVG+   PG MVRA++D+F  + KEK   Y VSMSYLE+YNE IRDLL P S  LELR+D +G    V GL EI T ST+EVM+LL KGNK RT + TA NK SSRSHA+L V VK +V L + E     R K G+L+MIDLAGSE+A+ TKN G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNVLDVSYHV+QYQ +I+ELR EI RL++K++     EE  RS   +    EE SN E+K++RE +V+ FK QM++R KL+EID+HLL L ME E+QH+II+ W  ++++                                                  ++ AW EL  I++EQ+R++  R  +E  L   ++    LE++LP  +++D+E+EIL+L+CRVHELE +K+ +Q E  ++++E+R+RDLLIL+YD+QR LC+EII RQ+Q+IE   + +PP+L  +Y  YQQE+
Sbjct:   25 RLMVAVRIRPLKNDEPQR----CLFAINKKNIVIEDSDRS--DVLRQRRSYDKQYSFDVVFGENSTQEEVYKVTTSSLVQDVLNGYNATVFAYGPTGAGKTHTMVGDSSQPGIMVRALNDIFEAV-KEKQDQYSVSMSYLELYNEQIRDLLNPSSGYLELREDSRGRNIQVAGLQEISTTSTDEVMQLLQKGNKARTIEPTAMNKTSSRSHALLSVTVKHSVPLDKKE-HLRMRIKQGRLFMIDLAGSERANKTKNRGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSVTQKDESRNTLIYADRANNISTKAERNVLDVSYHVTQYQTVINELRDEISRLQQKMN-----EERPRSADVRRMNAEERSN-EVKKLREQIVETFKTQMKLRRKLMEIDSHLLGLGMEAERQHLIISHWESRNNKLYKNSVNESRARTQQSIRRRKLVSVDGFRSAGNEQEGEEEGDFEVEGETAIQQAWGELGDIEREQERWSELRSHIEQKLEVCRQRGVALEDKLPSLLSSDDEREILALMCRVHELEADKMALQSERLVRQHELRRRDLLILRYDRQRQLCEEIITRQRQLIEEGKIKLPPDLQELYQFYQQEI 646          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|1000745491|ref|XP_015595489.1| (PREDICTED: kinesin-like protein KIF19 isoform X4 [Cephus cinctus])

HSP 1 Score: 512.686 bits (1319), Expect = 3.654e-170
Identity = 293/623 (47.03%), Postives = 395/623 (63.40%), Query Frame = 0
Query:   10 KLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW----------SRKS-------------------DESEE---VKNAWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            KL+VAVRIRP+  +E                + L +      + L + R   ++Y+YD VFG DSTQ  VY  T KPL++ VL GY AT FAYGATG GKT+TMVG+   PG MVRA++D+F    +  +N+ + V+MSY+EIYNENIRDLL P +  LELRDD +G    VIGL+E  T STEEVM+LL KGNK RT + TAANK SSRSHA+L V VKQ+ ++ EGE     R K  +L+MIDLAGSE+A  TKN G+RL+EGAHIN++LLAL NCINAL+   + +VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNV DV+YHVSQY+++IS+L++EI RL+ K+              P         +S LK +RE +V  F+EQM++R KL+E+D+HLL L M  E+QH II+ W          SR+S                   DE EE   ++ AW+EL  I +EQ+RY   R   E +L   ++  + LE+ELP RI +DEE+E+L+L+ RVHELE +K+ +Q E  +K++E+R+R+LLIL+YD+QR + DEII RQ+Q++E   + +P +L  +YS+YQ+E+
Sbjct:   28 KLMVAVRIRPLVPDESPNR---ALHAVSNKIVLLEDADTEKGDILRQKRGIPKQYLYDIVFGEDSTQEAVYEGTTKPLIQDVLHGYNATVFAYGATGAGKTHTMVGSPTEPGIMVRALNDIFLAAGELPENVEFTVTMSYMEIYNENIRDLLNPSTGYLELRDDARGRNIQVIGLTEFSTNSTEEVMQLLHKGNKARTVEPTAANKTSSRSHALLSVTVKQSEQMQEGE-RMRTRLKRARLFMIDLAGSERAKQTKNHGKRLQEGAHINRSLLALGNCINALSAGAR-YVNYRDSKLTRLLKEALSGNCRTVMIAHVSPAGVHKDESRNTLIYADRANKISNKVERNVFDVNYHVSQYRNIISDLKNEISRLRNKMTDER----------PPFTETFADGSSNLKSLREKIVSTFREQMRLRRKLMELDSHLLGLNMAAEQQHSIISQWESSNNKLYKGSRESMGRRPGTENVEEFDDRDLIDEVEEDAAMQQAWAELAEINREQERYTELRASAERELEACRQRSAALEDELPSRINSDEERELLALMLRVHELEADKMMLQSERLVKQHELRRRELLILRYDRQRQISDEIITRQRQLMEDGRIILPADLQDLYSMYQREI 635          
BLAST of EMLSAG00000002828 vs. nr
Match: gi|998505095|ref|XP_015512740.1| (PREDICTED: kinesin-like protein KIF19 [Neodiprion lecontei])

HSP 1 Score: 512.301 bits (1318), Expect = 5.301e-170
Identity = 284/579 (49.05%), Postives = 383/579 (66.15%), Query Frame = 0
Query:   52 NALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHV---------------------------RRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSRKS------------------------DESEEVKN------AWSELQMIQKEQDRYNGTRLDLEHDLLQMKKIQSQLEEELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIEGSSVSMPPELIGMYSLYQQEL 572
            + L + R ++R+Y+YD  FG DSTQ  VY  T K LV+ VL GY AT FAYGATG GKT+TMVG+   PG MVRA++D+F   QK   N+ + V+MSY+EIYNENIRDLL P +  LELR+D +G    V GLSEI T STEEVM+LL KGN+ RT + TAANK SSRSHA+L V VKQT  + EG+     R K  +L+MIDLAGSE+A  TKN+G+RL+EGAHIN++LLAL NCINAL+    ++VN+RDSKLTRLLKE+LSGNC TVMIAHV                            RNVLDVSYHVSQY+++IS+L+SEI RL+ K+              P+ N G E  +  LK +RE +V  F+EQM++R KL+E+D+HLL L M  E+QH II+ W  ++                        D  EE++N      AW+EL  I KEQ+RY+  R   + +L   ++    LE+ELP RI++D+E+E+L+L+ RVHELE +K+ +Q E  +K++E+R+R+LLIL+YD+QR + +EII RQ+Q++E   +++P +L  +YS+YQQE+
Sbjct:   13 DVLRQKRGASRQYLYDIAFGEDSTQEAVYDGTTKALVQDVLNGYNATVFAYGATGAGKTHTMVGSPSEPGVMVRALNDIFLAAQKLPTNVEFAVTMSYMEIYNENIRDLLNPGTGYLELREDSRGRNIQVSGLSEISTNSTEEVMQLLHKGNRARTVEPTAANKTSSRSHALLSVTVKQTHPIQEGD-RARTRIKQARLFMIDLAGSERAKQTKNQGKRLQEGAHINRSLLALGNCINALS-GGARYVNYRDSKLTRLLKEALSGNCRTVMIAHVSPSSSHRDESKNTLAYADRANRLSNKVERNVLDVSYHVSQYRNIISDLKSEISRLRNKMQDDR----------PRSNSGVEEHDGNLKNLREKIVSTFREQMRLRRKLMELDSHLLGLKMAAEQQHSIISQWESRNNKLYKTTRGSTSRRLGTENYDDDRDFLEEIENDAAMQHAWAELAEINKEQERYSELRAAADQELENCRQRSLLLEDELPSRISSDDERELLALMLRVHELEADKMMLQSERLVKQHELRRRELLILRYDRQRQISEEIITRQRQLMEDGQLTLPADLQELYSMYQQEI 579          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold70_size417918-snap-gene-3.17 (protein:Tk01883 transcript:maker-scaffold70_size417918-snap-gene-3.17-mRNA-1 annotation:"hypothetical protein BRAFLDRAFT_133981")

HSP 1 Score: 493.426 bits (1269), Expect = 4.119e-167
Identity = 248/447 (55.48%), Postives = 320/447 (71.59%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNS--NNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAH---------------------------VRRNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDW 430
            VA+RIRPM N+E+++ +++  ++ D+  + L +        + L + RSS R+Y++D  FG+DSTQ EVY +T KPLV  VL+GY A  FAYGATGGGKT+TMVG   NPGCMVRA++DLF  ++   +  +KV+MSYLEIYNE IRDLL  KS  L+LRDD KG   HV GLSEI T ST+EVM+LL +GNK+RT++ TAANK SSRSHA+L+VNVKQT K     + G    K G+LYMIDLAGSE+AS T+N G+RL+EGAHIN++LLAL NCINALAE K KFVN+RDSKLTRLLK+ LSGNC TVMIAH                           VR+NVLDVSYHV+QYQ++IS+L++EIGRLKEK+   +A+ +  +S   ++         ELKE+R+ MV NF EQM++R +L+ IDNH+L L+MEFEK +IIIN+W
Sbjct:   22 VALRIRPMTNDEKSRGFRVVVDQVDEKMVVLMDMNGRGKKQDVLRKKRSSERQYLFDAAFGADSTQEEVYTKTTKPLVSAVLEGYNACVFAYGATGGGKTFTMVGQHDNPGCMVRALNDLFQAMETTHDTVFKVTMSYLEIYNEQIRDLLNTKSGTLDLRDDSKGKNIHVAGLSEIATNSTDEVMRLLQRGNKERTQEPTAANKTSSRSHALLLVNVKQTAK---SRLGGRGAVKNGRLYMIDLAGSERASATQNRGKRLKEGAHINRSLLALGNCINALAEGKAKFVNYRDSKLTRLLKDPLSGNCHTVMIAHISPVDKHRDESRNTLVYADRAKNISNKVRKNVLDVSYHVTQYQNIISDLKTEIGRLKEKMHG-DADFKHKKSDRKQV--------EELKELRDEMVSNFGEQMKLRRQLMSIDNHILSLSMEFEKNNIIINEW 456          

HSP 2 Score: 109.383 bits (272), Expect = 5.338e-25
Identity = 50/72 (69.44%), Postives = 66/72 (91.67%), Query Frame = 0
Query:  480 EELPKRITTDEEKEILSLLCRVHELEIEKIEIQREGYMKEYEVRKRDLLILKYDKQRNLCDEIIARQKQMIE 551
            +ELPKRI+T+EE EILSLLC+VHELEIEK+E++ +  +KE+EVR+RDLLILKYDKQ++L +EII RQ+Q+IE
Sbjct:  583 QELPKRISTEEESEILSLLCKVHELEIEKVEMESKNLLKEFEVRRRDLLILKYDKQQSLSNEIIQRQRQLIE 654          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold582_size130280-snap-gene-0.23 (protein:Tk11465 transcript:maker-scaffold582_size130280-snap-gene-0.23-mRNA-1 annotation:"kinesin-like protein kif18a-like")

HSP 1 Score: 235.343 bits (599), Expect = 1.242e-67
Identity = 157/401 (39.15%), Postives = 225/401 (56.11%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNAL---GE-------NRSSTR--RYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTLQ-KEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQP-HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRS--KYGKLYMIDLAGSEKASNTKNE-GERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVR---------------------------RNVLDVSYHVSQYQDLISELRSEIGRLKEKIDSTEAEEEGLRS 369
            VAVR+RP    E   +++   +  D+  +     PK S++     G+       NR   R  ++ +D VFG +ST G+V+A+T + LV  +  GY  + F YGATG GKT+TM+G   NPG   R + +L+  L+ K++    +V++SYLEIYNE + DL+ P   +L +R+D  GN   ++ GLS    +  E ++K L  GN  RT+  T AN  SSRSHA+  V +KQ       ++S    +  K  KL MIDLAGSE+ S T    G RLREGA+IN++LLAL NCINALAE   K++ +R+SKLTRLLK+S+ GNC TVMI++V                            +NV  V +HV+QY  ++  L+ +I +L       EAE E L+S
Sbjct:   48 VAVRVRPENAREMEGHHRNVIQIVDERLMVF--DPKESSDGFYFHGKKVARRDVNRRPNRDHKFAFDVVFGPNSTNGDVFAETTRDLVGVLFSGYNCSVFVYGATGAGKTHTMLGTLANPGLTYRTVLELYERLESKKEETECEVAVSYLEIYNEMVVDLMNP-GQQLNIRED--GNSGVNIPGLSIHRPDGPEHLLKFLQFGNSNRTQHPTDANAESSRSHAVFQVYLKQK------DISAGLSADVKVSKLSMIDLAGSERGSVTHARGGARLREGANINKSLLALGNCINALAEG-SKYIPYRNSKLTRLLKDSIGGNCRTVMISNVSPSSMTFEDTYNTLKYADRAKRIKVKLTKNVRSVDFHVAQYAKIVEGLKLKIVQL-------EAENEALKS 429          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1099_size62903-processed-gene-0.6 (protein:Tk01128 transcript:snap_masked-scaffold1099_size62903-processed-gene-0.6-mRNA-1 annotation:"kinesin-like protein kif3a isoform x2")

HSP 1 Score: 209.92 bits (533), Expect = 8.024e-58
Identity = 133/352 (37.78%), Postives = 202/352 (57.39%), Query Frame = 0
Query:    5 KEDNRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNP---GCMVRAMDDLFNTLQK-EKNLAYKVSMSYLEIYNENIRDLL-QPKSDRLELRDDHKGNQP----HVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELR 347
            K+DN K  V VR+RP+ ++ER   Y    +    +     E   ++ +      S  + + +D VFG DSTQ +VY +  +P+VE V++GY  T FAYG TG GKT+TM G   +P   G +  +   +F  + K E+++ + V +SYLEIYNE +RDLL + ++ RL++++     +P    +V  LS     + +++ K++  GNK R+  AT  N +SSRSHAI  +    T++  E    G Q  + GKL+++DLAGSE+ S T   G+RL+E   IN +L  L N I+AL + K   V +R+SKLTRLL++SL GN  T+M A    NV    Y+   Y + +S LR
Sbjct:  255 KDDNVK--VVVRVRPLNSQEREAKYASVVQVDHVNGEVKLEAHMSAFSTSLTRESPAKVFAFDNVFGPDSTQMDVYNRVARPIVENVIEGYNGTIFAYGQTGTGKTFTMEGERSSPEMKGIIPNSFAHIFGHIAKAEEDIKFLVRVSYLEIYNEEVRDLLGKDQTLRLDVKE-----RPDIGVYVKDLSAFVVNNADDMDKIMTIGNKNRSVGATHMNAHSSRSHAIFTI----TIECSEKGEDGQQHFRVGKLHLVDLAGSERQSKTGATGKRLKEATKINLSLSTLGNVISALVDGKSSHVPYRNSKLTRLLQDSLGGNSKTLMFA----NVGPAEYN---YDETLSTLR 588          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold137_size321222-snap-gene-2.21 (protein:Tk01557 transcript:maker-scaffold137_size321222-snap-gene-2.21-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_197668")

HSP 1 Score: 203.371 bits (516), Expect = 1.673e-55
Identity = 156/462 (33.77%), Postives = 241/462 (52.16%), Query Frame = 0
Query:   64 YIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTM---VGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMI----------------------AHVRRNVLDVSYHVS--QYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSE----LKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSR--------------KSDESEEVKNAWSEL--QMIQKEQDRYNGTRLDLEHDLLQMKKIQSQ 477
            Y++D V   + TQ +VY+   K +V  VL G+  T FAYG T  GKT+TM   +G++   G + R ++D+FN +   E+NL + + +SY EIY + IRDLL P    L + +D K +  +V G +E F  S EEV++++ +G   R    T  N++SSRSH++ ++NVKQ       E    Q+   GKLY++DLAGSEK S T  EG  L E  +IN++L AL N I ALA+  K  + +RDSKLTR+L+ESL GN  T ++                      A   +NV+ V+  ++  +++    + R    +LK +I+  E E   LR    K   G+E S  E    + E+ E+M  +    +Q+ ++ L+     L LT      HI + D ++              K DE +E      +L  QM+++E+    GTR D E+   +M KIQ++
Sbjct:   58 YVFDRVLKPNVTQEQVYSAAAKSIVSDVLSGFNGTIFAYGQTSSGKTHTMEGVIGDNGLQGIIPRIVNDIFNHIYSMEENLEFHIKVSYFEIYMDKIRDLLDPSKVNLAVHED-KNHSVYVKGATERFVSSPEEVLEVIEEGKANRHIAVTNMNEHSSRSHSVFLINVKQ-------ENLENQKKLSGKLYLVDLAGSEKVSKTGAEGTVLDEAKNINKSLSALGNVIAALADGNKTHIPYRDSKLTRILQESLGGNAKTTVVICASPASYNESETKSTLDFGRRAKTIKNVVAVNMELTADEWKKRYEKERDRNVKLKTRIEQLEEE---LR----KWRAGQEVSADEQINLVAEMEESMTAST---LQLPNQNLDKPTAQLSLTT----SHISLEDRTKLEEERERLYSMLDAKDDEIQEQSQLVEKLKEQMLEQEE-LIAGTRRDYENVTKEMSKIQAE 496          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold288_size220435-processed-gene-1.7 (protein:Tk01461 transcript:snap_masked-scaffold288_size220435-processed-gene-1.7-mRNA-1 annotation:"kinesin heavy chain")

HSP 1 Score: 203.371 bits (516), Expect = 2.175e-55
Identity = 156/462 (33.77%), Postives = 241/462 (52.16%), Query Frame = 0
Query:   64 YIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTM---VGNDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMI----------------------AHVRRNVLDVSYHVS--QYQDLISELRSEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSE----LKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFEKQHIIINDWSR--------------KSDESEEVKNAWSEL--QMIQKEQDRYNGTRLDLEHDLLQMKKIQSQ 477
            Y++D V   + TQ +VY+   K +V  VL G+  T FAYG T  GKT+TM   +G++   G + R ++D+FN +   E+NL + + +SY EIY + IRDLL P    L + +D K +  +V G +E F  S EEV++++ +G   R    T  N++SSRSH++ ++NVKQ       E    Q+   GKLY++DLAGSEK S T  EG  L E  +IN++L AL N I ALA+  K  + +RDSKLTR+L+ESL GN  T ++                      A   +NV+ V+  ++  +++    + R    +LK +I+  E E   LR    K   G+E S  E    + E+ E+M  +    +Q+ ++ L+     L LT      HI + D ++              K DE +E      +L  QM+++E+    GTR D E+   +M KIQ++
Sbjct:   58 YVFDRVLKPNVTQEQVYSAAAKSIVSDVLSGFNGTIFAYGQTSSGKTHTMEGVIGDNGLQGIIPRIVNDIFNHIYSMEENLEFHIKVSYFEIYMDKIRDLLDPSKVNLAVHED-KNHSVYVKGATERFVSSPEEVLEVIEEGKANRHIAVTNMNEHSSRSHSVFLINVKQ-------ENLENQKKLSGKLYLVDLAGSEKVSKTGAEGTVLDEAKNINKSLSALGNVIAALADGNKTHIPYRDSKLTRILQESLGGNAKTTVVICASPASYNESETKSTLDFGRRAKTIKNVVAVNMELTADEWKKRYEKERDRNVKLKTRIEQLEEE---LR----KWRAGQEVSADEQINLVAEMEESMTAST---LQLPNQNLDKPTAQLSLTT----SHISLEDRTKLEEERERLYSMLDAKDDEIQEQSQLVEKLKEQMLEQEE-LIAGTRRDYENVTKEMSKIQAE 496          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold981_size73921-snap-gene-0.13 (protein:Tk09941 transcript:maker-scaffold981_size73921-snap-gene-0.13-mRNA-1 annotation:"hypothetical protein CAPTEDRAFT_151173")

HSP 1 Score: 190.66 bits (483), Expect = 4.981e-54
Identity = 126/357 (35.29%), Postives = 198/357 (55.46%), Query Frame = 0
Query:   59 SSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNP----GCMVRAMDDLFNTLQKEKNLAYKVSMSYLEIYNENIRDLLQPK-SDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELR--SEIGRLKEKIDSTEAEEEGLRSLSPKINMGEEHSNSELKEIREAMVQNFKEQMQMRHKLLE 408
            ++ + + +D V+G+DST   +Y      LVE VL+GY  T FAYG TG GK+++M G  ++P    G + R+ + +F+++   +N+ Y V  SYLEIYNE+I DLL    + RLEL++ H     +V  +S     +      L+ +G K R   +T  N  SSRSH+I  +N++    + +  + G Q  + GKL ++DLAGSE+ + T+  GERL+E   IN +L AL N I+AL + K K + +RDSKLTRLL++SL GN  T+M+A        +S   + Y + +S LR  +    +K K               PKIN          ++ ++AM++ ++E++Q    LLE
Sbjct:   18 AAPKNFTFDGVYGTDSTTENIYNDVGYTLVEGVLEGYNGTVFAYGQTGCGKSFSMQG-IKDPQSQRGIIPRSFEHIFDSIDSSENMKYLVHASYLEIYNEDIHDLLGSDVTKRLELKE-HPDKGVYVKDISMHPVNNVAACEVLMDQGWKNRATGSTKMNAESSRSHSIFTINIE----MMDTAMQGEQHIRKGKLNLVDLAGSERQAKTEATGERLKEATKINLSLSALGNVISALVDGKSKHIPYRDSKLTRLLQDSLGGNTKTLMVAC-------LSPADNNYDETLSTLRYANRAKNIKNK---------------PKIN----------EDPKDAMLREYQEEIQKLKSLLE 336          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold150_size309978-processed-gene-0.7 (protein:Tk09106 transcript:snap_masked-scaffold150_size309978-processed-gene-0.7-mRNA-1 annotation:"kinesin-like protein kif13b-like isoform x12")

HSP 1 Score: 198.364 bits (503), Expect = 1.862e-53
Identity = 136/362 (37.57%), Postives = 195/362 (53.87%), Query Frame = 0
Query:    8 NRKLLVAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDST--------QGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGNDQNPGCMVRAMDDLFNTL-----QKEKNLAYKVSMSYLEIYNENIRDLLQPKSDR---LELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAE-----NK-KKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVSQYQDLISELR 347
            N K+ VAVR+RP    +R  N K  C    +D       P++      E+    + + +D+ F S  T        Q  V+      ++     GY A  FAYG TG GK+Y+M+G+  N G + R  +DLF  +     ++  +   KV +SY+EIYNE + DLL PK+     L++R+ H    P+V GLS++   S +E+  L+ +GNK RT  +T  N  SSRSHA+  V + QT+  PE   SG    K  K+ ++DLAGSE+A  T   GERL+EG++IN++L  L   I+ LA+     NK K FV +RDS LT LLK++L GN  TVMIA        VS     Y++ +S LR
Sbjct:   34 NDKIKVAVRVRPFN--KRELNLKTECVIAMEDNQTFLHTPEDK-----ESHGPPKSFAFDHCFNSYLTLDDPSFANQETVFFSLGVDILTNAFDGYNACIFAYGQTGSGKSYSMMGSLDNQGIIPRLCNDLFERIATKGAEESDSWQAKVEVSYMEIYNEKVHDLLNPKTSSRQGLKVRE-HSVLGPYVDGLSQLAVISYQEIEDLMIEGNKSRTVASTNMNNESSRSHAVFSVILTQTLTDPESAFSG---EKVSKVSLVDLAGSERAVKTGAVGERLKEGSNINKSLTTLGLVISKLADQASGKNKDKTFVPYRDSTLTWLLKDNLGGNSKTVMIA-------TVSPAADNYEETLSTLR 377          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold122_size333723-processed-gene-1.7 (protein:Tk04116 transcript:snap_masked-scaffold122_size333723-processed-gene-1.7-mRNA-1 annotation:"hypothetical protein LOTGIDRAFT_226662")

HSP 1 Score: 194.512 bits (493), Expect = 5.429e-53
Identity = 132/372 (35.48%), Postives = 197/372 (52.96%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG---NDQNPGCMVRAMDDLFNTL-QKEKNLAYKVSMSYLEIYNENIRDLL-QPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSGNCFTVMIAHVRRNVLDVSYHVS----QYQD------------------LISELRSEIGRLKEKI 357
            V VR RPM  +E  + ++       ++ +   + PKN            + + +D V+  +S QG++Y ++   LV  VL G+  T FAYG TG GKT+TM G   + +  G + R+ + +F  + Q      Y V  SYLEIY E IRDLL + +S RLEL++       +V  LS    +   E+  ++  GN+ R    T  N++SSRSHAI I+ V+  V  P+ E +G    + GKL ++DLAGSE+ + T   GERL+E   IN +L AL N I+AL + K   + +RD+KLTRLL++SL GN  TVM+A++     D +Y  S    +Y +                  L+ E + EI RLK K+
Sbjct:   10 VIVRCRPMNAKETEQGHEQCVRLQTREGVVEVKNPKNGPT------DPAKSFTFDAVYDCNSRQGDIYEESFTALVGSVLDGFNGTIFAYGQTGTGKTFTMEGIRLDLELRGVIPRSFEHIFTHISQSSPEEQYLVRASYLEIYQEEIRDLLAKNQSQRLELKE-RPDTGVYVKDLSSFVCKGQSEIEHVMSVGNQNRKVGPTNMNEHSSRSHAIFIITVECAV--PD-EDTGKPHIRAGKLNLVDLAGSERQAKTGATGERLKEATKINLSLSALGNVISALVDGKSTHIPYRDAKLTRLLQDSLGGNAKTVMVANI--GPADYNYEESLTTLRYANRAKNIKNKPRINEDPKDALLREFQDEIARLKAKL 369          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold269_size230758-snap-gene-0.23 (protein:Tk07989 transcript:maker-scaffold269_size230758-snap-gene-0.23-mRNA-1 annotation:"kinesin-like protein kif21a-like")

HSP 1 Score: 187.578 bits (475), Expect = 7.140e-50
Identity = 130/353 (36.83%), Postives = 178/353 (50.42%), Query Frame = 0
Query:   13 VAVRIRPMRNEERAKNYKITCEKFDKDTIALYEKPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVGN-------DQNPGCMVRAMDDLFNTLQKEKNLA---------YKVSMSYLEIYNENIRDLL------QPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQ----------TVKLPEGEV------SGAQRSKYGKLYMIDLAGSEKASNTKNEGERLREGAHINQALLALSNCINALAENKKK--FVNFRDSKLTRLLKESLSGNCFTVMIAHV 325
            VAVRIRP    E  +    TC+      + + + P      LG N++    + YD+V+  DS Q +VY  TV  L+E    GY AT  AYG TG GKTYTM           Q+ G + RA+  LF  + K +N A         +K+S  +LE+YNE + DL       + K   + + +D  GN  ++ G++     + EE +  L  G   RT  +T  N  SSRSHAI  + ++Q           V+  E EV      SG   +   K + +DLAGSE+   T   GER +EG  IN  LLAL N I+AL +  KK   V +RDSKLTRLL++SL GN  T+MIA V
Sbjct:   13 VAVRIRPQLPREIIE----TCQ------VCIAQTPGEPQVCLGSNQA----FTYDHVYDLDSVQADVYEDTVHDLIEGCFDGYNATVLAYGQTGSGKTYTMGTGFEITSCAPQHVGIIPRAVKQLFEGIDKRRNEAKAEGTTMPEFKISTQFLELYNEEVLDLFDNAGCGKSKKSGIRIHEDSNGN-IYMAGITSRTVLTEEETISCLKNGAFNRTTASTNMNDQSSRSHAIFTIYIQQQRQAKSQSFSNVEDGEDEVPDLPKASGDLETLTAKFHFVDLAGSERLKRTGATGERAKEGISINCGLLALGNVISALGDTSKKALHVPYRDSKLTRLLQDSLGGNSRTLMIACV 350          
BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1416_size42578-processed-gene-0.3 (protein:Tk08795 transcript:snap_masked-scaffold1416_size42578-processed-gene-0.3-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_327800")

HSP 1 Score: 184.111 bits (466), Expect = 2.275e-49
Identity = 155/447 (34.68%), Postives = 233/447 (52.13%), Query Frame = 0
Query:    8 NRKLLVAVRIRPMRNEE--RAKNYKITCEKFDKDTIALYE-KPKNSNNALGENRSSTRRYIYDYVFGSDSTQGEVYAQTVKPLVEYVLKGYTATAFAYGATGGGKTYTMVG------NDQNPGCMVRAMDDLFNTLQ--KEKNLAYKVSMSYLEIYNENIRDLLQPKSDRLELRDDHKGNQPHVIGLSEIFTESTEEVMKLLGKGNKQRTEKATAANKYSSRSHAILIVNVKQTVKLPEGEVSGAQRSKYGKLYMIDLAGSEKASNTKNEGERLR-EGAHINQALLALSNCINALAENKKKFVNFRDSKLTRLLKESLSG-NCFTVMIAHVRRNVLDVSYHVS--QYQDLISELR---------SEIGRLKEKIDSTEAEEEG-LRSLSPKINMGEEHSN--------SELKEIREAMVQNFKEQMQMRHKLLEIDNHLLCLTMEFE 421
            + ++ V VR RP+  +E  R +   +TC   +KD + ++E K K       EN+    ++ YDY F   ST   VY    KPLV+ +  G  AT FAYG TG GKT+TM G       D   G    A  D+F  L+  K ++L   VS SY EIY+  + DLL  KS +L + +D K  Q  V+GL+E   +S ++V+KL+  GN  RT   T+AN +SSRSHA+  + ++         V   +R  +GK  +IDLAG+E+ ++T +   + R EGA IN++LLAL  CI AL   K   + FR SKLT++L++S  G    T MIA V  ++    + ++  +Y D + EL          SEI R  + + S E  +   LRSL    N GE  ++        S L+ + + +V++ +  +    K  + D+ LL LT E +
Sbjct:  319 DHQISVCVRKRPLSKKENNRREIDVVTCP--NKDQVLVHEPKTKVDLTKYLENQ----QFRYDYAFDEASTNDMVYKYAAKPLVQNIFDGGMATCFAYGQTGSGKTHTMGGEFIGKTQDSKNGIYALATTDVFKYLKSPKYRDLNLTVSCSYFEIYSGKVFDLLSGKS-KLRVLEDGK-QQVVVVGLTEKDVDSVDDVLKLINHGNSIRTSGQTSANAHSSRSHAVFQIILR---------VDSMKRPLHGKFSLIDLAGNERGADTSSSNRQTRMEGAEINKSLLALKECIRALGR-KGAHLPFRASKLTQVLRDSFIGEKSKTCMIAMVSPSLSSCEHTLNTLRYADRVKELGASDPANAKVSEI-RFDDGVLSPEDSDLAQLRSL----NEGELSADWYNFQEVISHLQGLEDDLVESHRNVIDSMQKWYQEDSSLLALTNEVD 742          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000002828 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.669e-15140.94symbol:kif19 "Kinesin-like protein KIF19" species:... [more]
-3.248e-14939.63symbol:kif19 "kinesin family member 19" species:79... [more]
-5.216e-14440.79symbol:si:dkey-26i13.8 "si:dkey-26i13.8" species:7... [more]
-2.518e-14239.26symbol:KIF19 "Uncharacterized protein" species:982... [more]
-6.566e-14239.29symbol:KIF19 "Uncharacterized protein" species:961... [more]
-5.780e-14039.44symbol:Kif19a "kinesin family member 19A" species:... [more]
-1.250e-13939.12symbol:KIF19 "Kinesin-like protein KIF19" species:... [more]
-1.133e-13741.76symbol:Kif19A "Kinesin family member 19A ortholog"... [more]
-6.536e-13739.38symbol:KIF19 "Uncharacterized protein" species:991... [more]
-1.870e-13639.43symbol:Kif19 "Protein Kif19a" species:10116 "Rattu... [more]

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BLAST of EMLSAG00000002828 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592870790|gb|GAXK01086772.1|1.736e-14455.94TSA: Calanus finmarchicus comp329666_c1_seq2 trans... [more]
gi|592870791|gb|GAXK01086771.1|8.033e-14455.94TSA: Calanus finmarchicus comp329666_c1_seq1 trans... [more]
gi|592762792|gb|GAXK01191621.1|1.876e-5636.96TSA: Calanus finmarchicus comp40968_c0_seq1 transc... [more]
gi|592762791|gb|GAXK01191622.1|7.891e-5636.80TSA: Calanus finmarchicus comp40968_c0_seq2 transc... [more]
gi|592821463|gb|GAXK01133105.1|1.291e-4036.89TSA: Calanus finmarchicus comp26953_c0_seq1 transc... [more]
gi|592821461|gb|GAXK01133107.1|1.536e-4036.89TSA: Calanus finmarchicus comp26953_c1_seq1 transc... [more]
gi|592938419|gb|GAXK01020134.1|1.162e-3942.59TSA: Calanus finmarchicus comp13415_c2_seq2 transc... [more]
gi|592938420|gb|GAXK01020133.1|1.187e-3942.59TSA: Calanus finmarchicus comp13415_c2_seq1 transc... [more]
gi|592797381|gb|GAXK01157187.1|1.238e-3836.99TSA: Calanus finmarchicus comp443794_c0_seq1 trans... [more]
gi|592940098|gb|GAXK01018455.1|2.224e-3837.88TSA: Calanus finmarchicus comp32560_c29_seq3 trans... [more]

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BLAST of EMLSAG00000002828 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000028280.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s162:42543... [more]
EMLSAP000000118007.474e-6140.80pep:novel supercontig:LSalAtl2s:LSalAtl2s824:19373... [more]
EMLSAP000000127292.904e-5738.25pep:novel supercontig:LSalAtl2s:LSalAtl2s967:15215... [more]
EMLSAP000000099731.676e-5639.51pep:novel supercontig:LSalAtl2s:LSalAtl2s652:25285... [more]
EMLSAP000000111555.006e-5638.29pep:novel supercontig:LSalAtl2s:LSalAtl2s759:23316... [more]
EMLSAP000000031335.432e-5536.89pep:novel supercontig:LSalAtl2s:LSalAtl2s175:24860... [more]
EMLSAP000000067122.588e-5242.32pep:novel supercontig:LSalAtl2s:LSalAtl2s372:96033... [more]
EMLSAP000000099931.243e-5133.94pep:novel supercontig:LSalAtl2s:LSalAtl2s654:28995... [more]
EMLSAP000000096377.443e-5037.05pep:novel supercontig:LSalAtl2s:LSalAtl2s619:88797... [more]
EMLSAP000000016922.262e-4534.66pep:novel supercontig:LSalAtl2s:LSalAtl2s1291:442:... [more]

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BLAST of EMLSAG00000002828 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|82209779|sp|Q7ZXX2.1|KIF19_XENLA3.244e-15340.94RecName: Full=Kinesin-like protein KIF19[more]
gi|126215731|sp|Q99PT9.2|KIF19_MOUSE1.305e-14139.44RecName: Full=Kinesin-like protein KIF19[more]
gi|126215730|sp|Q2TAC6.2|KIF19_HUMAN2.837e-14139.12RecName: Full=Kinesin-like protein KIF19[more]
gi|122246820|sp|Q10E64.1|KN8B_ORYSJ4.913e-7432.83RecName: Full=Kinesin-like protein KIN-8B[more]
gi|75313284|sp|Q9SCJ4.1|KN8B_ARATH1.824e-7333.00RecName: Full=Kinesin-like protein KIN-8B[more]
gi|68570276|sp|Q91WD7.1|KI18A_MOUSE7.656e-7137.44RecName: Full=Kinesin-like protein KIF18A[more]
gi|1076761204|sp|F4ICA0.1|KN8A_ARATH1.755e-7046.37RecName: Full=Kinesin-like protein KIN-8A[more]
gi|1723958|sp|P53086.1|KIP3_YEAST2.499e-7042.69RecName: Full=Kinesin-like protein KIP3[more]
gi|123785745|sp|Q4KLL9.1|KI18B_RAT3.661e-7041.23RecName: Full=Kinesin-like protein KIF18B[more]
gi|82197864|sp|Q5ZLK6.1|KI18B_CHICK5.371e-7042.42RecName: Full=Kinesin-like protein KIF18B[more]

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BLAST of EMLSAG00000002828 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|EFA08129.2|5.289e-17346.62Bipolar kinesin KRP-130-like Protein [Tribolium ca... [more]
EEB13334.12.589e-14942.81predicted protein [Pediculus humanus corporis][more]
AAS65150.11.089e-13941.76kinesin family member 19A [Drosophila melanogaster... [more]
gb|KFM66709.1|2.332e-11054.86Kinesin-like protein KIF19, partial [Stegodyphus m... [more]
EFX74314.19.195e-7241.36hypothetical protein DAPPUDRAFT_129226 [Daphnia pu... [more]
XP_001119963.21.687e-7135.62PREDICTED: kinesin-like protein KIF18A [Apis melli... [more]
gb|EEZ99967.1|2.471e-6837.21Kinesin-like protein unc-104 [Tribolium castaneum][more]
XP_393174.11.605e-6236.87PREDICTED: kinesin-like protein KIF3B [Apis mellif... [more]
AGB94319.13.733e-6236.12Kinesin-like protein at 67A, isoform B [Drosophila... [more]
AHN58024.11.443e-6136.12Kinesin-like protein at 67A, isoform C [Drosophila... [more]

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BLAST of EMLSAG00000002828 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1059424505|ref|XP_017784963.1|7.195e-17846.46PREDICTED: kinesin-like protein KIF19 isoform X2 [... [more]
gi|1080065916|ref|XP_018575134.1|1.074e-17646.62PREDICTED: kinesin-like protein KIF19 [Anoplophora... [more]
gi|1059424507|ref|XP_017784964.1|1.234e-17545.63PREDICTED: kinesin-like protein KIF19 isoform X3 [... [more]
gi|1059424503|ref|XP_017784962.1|1.981e-17545.63PREDICTED: kinesin-like protein KIF19 isoform X1 [... [more]
gi|1000745485|ref|XP_015595486.1|4.953e-17144.73PREDICTED: kinesin-like protein KIF19 isoform X1 [... [more]
gi|1000745487|ref|XP_015595487.1|1.062e-17044.72PREDICTED: kinesin-like protein KIF19 isoform X2 [... [more]
gi|1130232898|ref|XP_019761161.1|2.569e-17044.51PREDICTED: kinesin-like protein KIF19 [Dendroctonu... [more]
gi|1008449526|ref|XP_008196816.2|2.588e-17046.62PREDICTED: kinesin-like protein KIF19 [Tribolium c... [more]
gi|1000745491|ref|XP_015595489.1|3.654e-17047.03PREDICTED: kinesin-like protein KIF19 isoform X4 [... [more]
gi|998505095|ref|XP_015512740.1|5.301e-17049.05PREDICTED: kinesin-like protein KIF19 [Neodiprion ... [more]

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BLAST of EMLSAG00000002828 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 24
Match NameE-valueIdentityDescription
maker-scaffold70_size417918-snap-gene-3.174.119e-16755.48protein:Tk01883 transcript:maker-scaffold70_size41... [more]
maker-scaffold582_size130280-snap-gene-0.231.242e-6739.15protein:Tk11465 transcript:maker-scaffold582_size1... [more]
snap_masked-scaffold1099_size62903-processed-gene-0.68.024e-5837.78protein:Tk01128 transcript:snap_masked-scaffold109... [more]
maker-scaffold137_size321222-snap-gene-2.211.673e-5533.77protein:Tk01557 transcript:maker-scaffold137_size3... [more]
snap_masked-scaffold288_size220435-processed-gene-1.72.175e-5533.77protein:Tk01461 transcript:snap_masked-scaffold288... [more]
maker-scaffold981_size73921-snap-gene-0.134.981e-5435.29protein:Tk09941 transcript:maker-scaffold981_size7... [more]
snap_masked-scaffold150_size309978-processed-gene-0.71.862e-5337.57protein:Tk09106 transcript:snap_masked-scaffold150... [more]
snap_masked-scaffold122_size333723-processed-gene-1.75.429e-5335.48protein:Tk04116 transcript:snap_masked-scaffold122... [more]
maker-scaffold269_size230758-snap-gene-0.237.140e-5036.83protein:Tk07989 transcript:maker-scaffold269_size2... [more]
snap_masked-scaffold1416_size42578-processed-gene-0.32.275e-4934.68protein:Tk08795 transcript:snap_masked-scaffold141... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s162supercontigLSalAtl2s162:42543..152784 +
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-LSalAtl2s162-snap-gene-1.7
Biotypeprotein_coding
EvidenceIEA
NoteKinesin-like protein KIF19
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000002828 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000002828EMLSAT00000002828-698675Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s162:42543..152784+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000002828-685594 ID=EMLSAG00000002828-685594|Name=EMLSAG00000002828|organism=Lepeophtheirus salmonis|type=gene|length=110242bp|location=Sequence derived from alignment at LSalAtl2s162:42543..152784+ (Lepeophtheirus salmonis)
ACGTATATAAGCCCAATACTATTTGAAAGGAAAAATATCATTGCATTTAT TATAGCGTTCTGTTCGTATTGGTTAATAATATATATACTTTGATTATATT TAAAGTGAATAAAAGGAAAATAGATTTTGATCCCTTGGTTGAGGTCCCTT CTACAAACGAGCAGTTAGATGAGCAGGATAGATTCCTTTTTTTTAAGCAA TAAATATTGAAGTGGGGATGTCTGGTAAAAAAGAAGACAACAGAAAGCTT TTGGTAAGTCTGTTATCAAATTGAAATGCTTTTGAGGGAAGGCAAAAAAA ACTCCCTAAATCTATACAAAAAAAAAATTATTGAAATAATGAATATACCG AAAAAATATCTTTATAAAATTTTATTAACGATAATCATCTATTTAACGGA TTTTACACAATGTATCTCGTGTTCAATTTTTTTTTTTTTGGGGGGGGGGA GGGGGAGGGAGACGGGATATTGCGTTTTAAAGGAAAAAAATAGGTATTAA GATCTAGATCTTTTCAGTGAACTTAGACTAGAATTAGAGTACTCAGAAAG ATAACCAGTTGGTTTTGAATTGAAAATAATGAGTCATTCACATGTCAAGT TGACGAATTAGATTAAGCCGGAACGACCCAGCGAAAAGGAGTTCGAACAC TCCAGGGACTCTTTGATTAATTTGAATCCATGATAATGATGACTTAAACG TGAATGAAAAAAGGGATGCATGGATTTAGCCTTCCGAGAGGATCGATCCA TTCACTGATCCAAGATCTATGAGTCTTCAATTTAGTCATGATTCATCTCT TGCAGGTGATTTATGACGATTGAAAACTCCACCCCGCACCAAATTTTCGA ATATCGACAGGAGCCTTTCAAGAATTATGTCTATCATATTTTCTTTTATT TTTTCTCAGGCATGGTTATTTTTTAGAGTTTTTTTACCCAAGGCATTGAA ATGAATTCGAATAAGAGAATAATTCGTGAAAAAATTAAATTTTCTGACTT TATTTATAAAATTAAGCCATAATAAAATATGCACATTGCAAAGAAATGTG CTTATTTTATAAATAGTTTATTTTAAATTTATTTTACACGTTACACAATT ATTGTATAGTAGTTTGTACAAACTTTTTTGAAATTATTTTTTCCGCTGTA TATCAACCCATTATGTTTTTACATATATTATAAAGCATTCTAAATTCCTT AAGTGATCATAAGTGATTTTTAGTTCGGACGAAACTCAAATCAAATTTTG AAGCCTAATTCGTTTTCTTCTTGAAAATATATTTTTCTTTTTTAATAATC TTGAATAAATGTATATGGGATTTGAATATTCAAAATACAAGTTTATTCAT AAAAAAATCCGTCAAAATCCTTTTTGTCGGTAAAAATAAATTTTGTCGTA AAATATTTTACGAGCCAAATATTTTTTTTTTTAAATACATTTTTTTAGAT AGCAAATAGTATATAAGAATGATCTAAAACTTACTTATAAAATTGTATTA AGGAAATATAATTATAGTTTAAAATTCCTTGACCAGATTCAGGCTTACAA ACATAAATATTCCTAAATCTAAATATTTTGGGTTTTAATAATTATAATTT GGATTTTATTATAAAGTTATGGATCTTTTTTCTGCTTATATGTATAACAA ATGTGTTAAGTGTGTTTCACTTTAATAGCAGGAAATCTATTATTGTATTG GGGTTGATCGACATGCACTTATGGGAGTTGAGGAAAATGAGAAATAATTT ATACATTACTTAGATTAAATTGTTATTTTTGAGATCAAAAATCACTGTTT TTTAATTAAAAAATAAAAACAAATCGATATACTTTGCTTTATTAAGATAG ATACAGAAATTCGGCGAATTATTTATAACCAAAATGCTGAAGAATTTGCA TATTTTAAACATATAGGAACTTTAGTATTAATCTTCTGTTATTATATTTT CTGTTATATACAATTGAAAAAAAGACGTTTACACATTATGAGTCCACACA AATAATTTTTTTTGCAAGGTATTGACCATTTTATAAATAAAAAAAATGAT GTAAAATTGAATTTTTTTCACACAGCGAATATCTTCTCAAATTTAAAACT ATTGGTAAAATTTAATAGTCCTTAAGCTCAAAGGACTCACATTCACAAAA AAAAAAAATAATAATATTTTTTATTTAACCTTTATAATCTAAGATTTATT CAAACGCGTTTATGTTCCAAATTTTCTTAACTGATCATGGATTGGCATTA AATTACTGTTTTTATGAGTTAGATAAGCAATTATAAGTATTTTTTAAACC TAGAAATAATTGTATTATATTTGTTTAAAATAATTAAGAACTAATATAAG CCTCAACGTCAAATGTACGAGCGAAAGTTAAGGGATTTTAGTCCCTCACC TCCAAGCATTATATCTTTATGAACTTTATGAGGTTAAACGTTACGTTTAT TAAAAGCTTTTTAATCTTATTTAGACGCATTTTTGTCATTGCAATAAATA TGATCTGTTTTAATTATTACTCCAAAGATTTTTCAATTTGACCGAAATGT AGAGTAGTAAAAAGAAATCTCCTTGGCAATCAAGCATACATGACGGTCGG AACCGACAATTTCCATTATCTTATCATCATTTTTGACAATTGGCCTTCTG GAGCGTTTTGGCAACAAAATTACCGAAACAGAATCGACTAACTAAAATTA CGTATATTTGGCTGTTACAGTATCAATACTATAAACACTTTCTACATTTT TCAGCCCTTAGGCTTGCAGTTTACCATTTATTAAAGAAAAACTGTAAAAT ATGCGGTATTTTCTCTTTGTTGGTGTCCCTCTTTGACAACAGCTCAAGCA ATACTGAGTGAAACAATCACAAACCTGTCGGAGAAGTTTTTTATACAAAA TCTTATCTTATATGTTTTGGTAATTTTTATGTCAAAAATCTCTTCTAGAA GGGTAATTGTCCAAAAATGGTGATGAAATACTGGAAATTGTTGATTCCGA CCGTCATATAGGTACTGTTTTGATTGTCAAAGAAAGAAACAAAAAAATCC ATAAAAAATATTGAATTTCTTTTTAATACACCTTATTTAAAAAAAAACCC CAGATGAAACACGCCTGTTAACTTAAGGATATTTCCTATTCTACGTTAAG ACTTTCTACCCCACAAGATTTTGAGCTACCATCAATGATGTTACTTTATC ATACCCTGTCAAGTATGCAATTTTTACTTCCCATTGTAGAATTCAATTTG TGAACACAAGGCGAATTAATAAAAAAATTTTTTGGTTACAAAGTAATATA AAAATTTACTACACACTCCTAGCGGACAAAATAGTTGTCGCGTAGTAAAC TATATTTAGACAAATATTGATCTTCGTTTCAACAGTTTTTACATATCTTT TCTTAATTAATTTTTTCTTCTTTGACTAATATTGTACAAGTTTCAATGAA TTCACTCAATTTCTTAATTTAAAATATAAAGACTTATGTAAAATTTATGT ATAAGAATATAATTAAAATCATACTTCTATAAACTAATGAATCATTTATT GTGACACGTGATCCATTCAAAAAWAAACATTGATTTTGGAAAAAAAAAAA AAAAAATAGTAATTATGATGAGTATAACAGGTGCATTTTTATAATTAACT CTTAATTTGGTCTACTCTAAAAGTAAAATACTATCAAAAAGCTGTCATGC ACTCAAATTGTCGTGCTACCCCCCCCCCCCCCAAAAAAAAAACCCCCAAA AAAACAAACAAATCAAATAACAACATTAAATTAGTGGATTAAAAAGTTTG AATGATGTATATTTATTTTGAAACACATATACTCTGAAGAGATTTCTTCA ACTAGTTATCTACTGATTAAAACTCCATTATATTTTAAATTTTGTGCATA CCCTATTCAATTCTTTGTTGCAGTCTACACCGCACGAGACAATGATTAGA TATTAAATTTTTTAAGCCTGAACAGATCCTTTGTTTGGAGAGTAAGGAAC GAACTTGAAAAGTCTGGAGGTGATTATGAACCAAAAGCAAAGCGTGTAGA TCAAAACAATGGGATCAGGATTATATTTCAAATTTGATAAAAGTTATTGA TGATGATCCATCCAAATCAGGGCTTAGGGTCATTGCCATGTATCCTAGCT GTTCTGAAGGCTGATCAGGAAGCGTGTGGCTAAGGAAGTTGCAGCTGGGA AGCCATTTGTATGGCAACAAGAATCTGCCCCATGCTGCACTAAAAAGAAA AAGTTGACCTTGTTGTCAGATCTGTTTTTGACTTTATTAGATCCAGTGTT AGGCCTCGTAGATCGTCGAGTGAAAATGTGCAACTTAGTACATATTGAAG GAATTTCCAAAAATTGGTTACTTCGTATATTATCATAATATTTATAAATG ATAAATCTTTGTTCGAAATGGGTATCGCATTTTCTCATATAAGAGAAAAA ATAGTGTCGTAAAAAAGTTTCGATTGAGTACATTGAGTAGGTTTCACCGC AACAAAGCAGAATTGTTGCACCGTTTTTTTTTAAAGTGTATAGAGCTGAA ATGAGATTATGTTGAAAAATAAATCTTATTTCCCCATAACTTTTGTGTTT TCTTTTTTGGATCGGGTACTTCTGGTCCACCCTCATACAGTGAAAGAATC TAGTGTTTGATCCCCTCCTCTAGTTTAGTAAGTTTTCCCACAAATAAAGA CTTACTGTGGGATTGACGTTCATAAACTGCTTAGGCAGGTAATAGGACAA AACATCACAAGACAAAGTGTAGAATAAAAAAACGTGGAAGGATTTACTTA CAAAAATTATCCATTCTACGCTTTTTACGTTATAATTTTTGTAGGTTTCT TTGTTTTTTCCCTTCGAAGTTTTTTCAGTTCAACGTTTTGTTCGTTCTAT ATTTTGTATGTATGGCATTTTGTCTGTTGTACATTTTGTATGTTAGACGT TTTGTCACTCTACGTTTTTTCTTCTTCTAAGTTATTCAGAACACCTTCTA AGCCACTCTATGACCTCAATTTCCTTCTTCTAGAACCACTTGGGCGTTGC GTGGTCGTATGTTTAGGTCATTGTTATGCTGGAGTACAAATTAAAAAAAA CATTTTCCGTGCCCTGCTGTAGGGGTTGTCCTCCAAAATTTCCTGAAGGA TATGATGAGTTCGTCCTTTCCCCTTTTCAGAGAAACACTTCCAAAACACA ACGTTTCCACTCACGTGCTTGATACTACGNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNTTTTTTTTCTCCAATCACTTTTTTGTTCATACTCTCACAAT TRAAATATATCTCGCCAATTTACTTTTTTCTAGGTTTGAATATACTCAAT ATTAACTTTTTGATTGCAGATTGTAAAATTTAAAACTTTTACATATTACA TCAAATGTTTTACATATTTTACATAAGGTACTTTGGATAGTAAAAAATGA TTGATGTTTAAAATATCTCAATGATAAAAATAGGTATTATAAATATTTCT AGGGGTTTTACCCTTGAAATATTGCATTTAATTATATAAGCTTCATTTAA CGTTATATATAATTTATTCAATTAAACGTTGAAAAAATATATAATAAGGA AAAACTCGGTTTAAAGTGTTTTCGATTTAAGCTTTTCCAATGATGTGTAA ATTTATCAATAAGACTTTTTCAAAAAGCATTTTTGTCCACTGGCTATAGC GCCCATTGATTGTTCTTATTTAAGCAATAGAAAACTTGAATGACTATTTA ATTTTTACATTGCAGAAGGTTGTCCTTTAACATATTTAAAAAAAAATCAC AGTTTTAAGTATAAAAAACATTTTCACGCAACCTTACTTTGTTTATAAAT TAAATATTCTATAAGAAAATCAAAAGTGAGAAATATTGTAACTATTTTAC AATAACTATCAGCTGTAGTGGTGTACAATTCATATTTTTAGCTCCTAACA AATGGAATAATAACAATATTTTACTTCAATATCTACATGTACTAGTATAC AATAGGATTTTTAGAAAACTTTATCATTTCTTAGTACTGGGGTCACCAAA CTATGGCCTGCAGGCCAGATATGGCCCTCCATATCTGTTCATTTGGCCTG CCGACAGTACTTGAATTTGCTTTATAAAACGTATTCAACACGAAACATTG GGATAAAATTTAAATTTAAATATATTGTTGGGAAAACTAGACGATATTGA TTGCTGTGTACTTTATATTTATTATTGTTGTAGTGTATTTTATGCGTATT ACCTCTAAATAACTATAGAGTTTGTTTGTATTGTTCTATACATTTTAAGA AATGTGCACATGTAGCACCAGCTATATTCATTGTCTCCATCTCCGTTCGG GTATCCCACAATTATGGATCTTTCCCGTTCTTTCATTTTCAGATCCTTCA CTCTTCATTATGGCTACTAAAAAAGTGAAAAGTGGACACCTAGTGTCGTG TTTTCCAAGAAGAGTGGAGAGTAAAGAATTGTTTTGTGGAAACAAAGGAC CAGATATCTAGTTGCTTAATATGTAGCAAAAGTGTTGCAGTTTTGAAAGA TTAGAATCTTTGTCGTCACAATGAAGCAAAAAATCGGAAATGTTACGCTC TGAAAATTATGAGTCTATGAAATGTAGTTTAAAATTTCAAAGAAACTTCT TCACGAGAGAGTTTGCTGAAAACGAATCTGTCAGTGTTACAAGTTACAAA ACAGAATGATTATGCAGTTCCTCCTCGTCATTTTTTTATTTATTAGACCC GCCGTAAAAAAAAAGTTTGGTGACCTCTGCTTTAGTACAATACAGAGGTA ATAAATATATCATTGAAATATGAACTAACTATAAAATCCAAACAGGATAG CACAATTTACCTCTGAATTGAAAATATTTTGGCTGCAAAAAAGTAAAATC TGGCAAAGGCATTTTATAACTTCCCCGTATCTCGAAAAATAAATAAATAT TAGAAATAGGTACATTCCTTTTAGTATATTATGTAACAGTGATATCGCTA GGGCTCTTTTTTTAGGGACGTGGTCAATTCATAAATTTCAAATCTCATAT CACCAGATATGTAAATTACTAAGTCTAAGTAATCATCTACCACATTAAGA TTTSAGTGTACGAACTATTTTCTGGAGAACGGAAGCAGGACACATTTACT AATATTTATAGGTATGCTCTAACTAACACTCCAGTTAAGAAATTCGGTAT AAACATCAACCACTGAGTTTAAAATAAAATAAACCTCTTAAAATGATTAA TTTTATAAAGGTGTTTATAAATTTTGGAATTAAGCTCACTAAATGATGAA AGCTAGCAATGTTCCTCCTAAAAGGAAGGGACTCAAACTTTATTATTTAT TTGTAACTTTTTTAAATATGAAAATCCCCTGTCCCAAAAATAATCTAGGT TCATTTGACTTATAATAACGCATAAATGTTAGGTATATTAATATCTCATT TAAAACACTTTTAACATTATTTCTAATTGACCTTCGCCTTTTTTGGATGA TTGATATCAAGTTATTACTATTATTTTTTTGCAATAAATTATTCATAATG TATACCAAAGGATATACAGGGTGAGGATTCAAAAATTAGAAAATTTTAAA AGCCTTTTTCACTTCTACATATTTTTATTTTTTGCAGTTTTTATGGCAAA CTTTTGAAATAAAAGTTGGTAATTCAATTATTTTCTACACTTTTTATTCT ATATGCCCCCTCCGTTCTGAATGATGGGTTCTCCACGCAGACAAACAGAA GTACAGATGGCCTTGATGAAGTCCGAGAACAGGTTATTCAACTCCTCTAT GATCATGGCCTTCAGGGCATCAACATTCGGGTGATAAGTCTTGTTAGTCT TTCCCTCCAAGACGCACCAAATAGCAAAGTCCAGGGGGTTCACGTCGGGY GAGGACGAAGGCCAGATGTCTGCCGGCCAGAAGAAAGTCATTTTCAGAAA TGCTACACCTTCTTGGACGTATTTGCCGGGGTGCCGTCTTAGGTAAACAC ATAGTTGTCCCTAGGGAACGTGCTCTTCAACAATGGCAAATAATGGTACC TGAGCACCTCGTAGTAGGCGTTCGTGCTGACATTTTCGTTAACCTTGAAG AAGTAGGGAGGCATCTTGGTGCCGCCGGACTCCTAGACGCCGAGGACAAT GACCATAGCTGGATGTTTGATCCTGAAGGTTCCCTTAAGCATGAGCTGTT GATTCAGCTAAGAAGTGTACATTTTTCCTGTTCAGAACAGCGCCCATTTT GAAGATATTCTTGTCACAGATCAACTTATACACGGGTGAGATCGCCCACC CTATGCCATTTTGCTTGTTGCTCAGACATTTTTGATAGCAAAAAAACAAA ACAAAAATTTAATTGTAGCTTTTTGTTAACTCTTTCGAATTTGTGCCAAG TTCAAAAATGTTAAACATTATAGAACTGAGAATAGGCATCCTCCAAGATG ATTCCAATTTTTGAATCCTCACCCTGTACACAAAACCTTTTTACTAGCCT TGAAACTTTAATAAAAAGTACTAATGCCATATTAAATACTTCCATTTCTG TTAAACGTATTAAAAAGGGACGGAGATAATATTAGATATGCAATTATATG CACTAAATTAACTTAATATTCTGTAAATATTCACAAAATGAAATTAATAT TTCACGAATCCATTATCCTTATGAAATATAAAAATACTTTACAAAGACAG TTACCCTAATTCTATATACATATATCATTATGAGATCTTTATGACATGAA AATAACTCTAAAGTATAGGGTAGATATCCAACAAACTCCAACTGACTATC TCTCATTTAATAGGTGGGGATTATTTACAACTAAGCAATAGCTAATTTAA GTTCTAAAATCAACTTTCAAAATAATACGAATAATAATTATAAAAAAATC GMCAGCCGACAAAATAATAGGATGTAAAATTACATTTTGGGCGGGATATC ACCGTCATATATTGAGGGTATAACAAAGAAATCCAGGATTTTTGATCTTT ATATTATAAATTAACATAAAATGGTCATTTATAAAGATTTTTGTAAGCTG ATCCGCAGAAATAGTACTGAAACATGTGCAGGCCCTAAAAAATAGAGTCT TATCTAAGTTCTTGCATTACAGGACAATGGAGTCGATCAGGGACTTCATG GACCTCTGTTGACTTTTGTATCAACGAAGCTCTGAACAAAATAATCCATC AAATTCTCGTCGGGAGAGCAAAGAGGGAAAATATCCTTAGGCACCCAGTC ATAACAGTMCTCCTGGAGCCAATTCTGAGGTTTTTTTGGGATTTGTGGCA GGGGGSAGCGKCCTGTTGTCTGTCGTGCCGATCCTTATCATGTTTGAGAC CTCAGAATTGTCATATCTTAATATTTGTTTACAAAAATTATCACAACATC ACACCTGCGTTCGGCTCTAAAAATGTATAGCATTGAAGTCTTCTGCTCTT GACTCCATCTCAGTTTTTTGGCAAAGAAAGTTTGGAAAAAAACAACATTG AACAATTTCGTCAGCATTTATGCAAAAAAACAGAAATCTGAAGCTCCAGA TTTCGTTGTTATACCCTGTATGCATGTATAGAAAAATCCGGAAAGATCAA TCTAGATCTAAGAGAACTTCGCTTAAGAACAACTTTTTCTCTGCGACAAA CCTTTAACTCAATAAACTATTTTGTATAAAAGCAACATTGATGCTAAAAA ATTTGAATAAATGTATTTTTTGGACATAATTTTTACCTAGAAAATTCATA AAAATTTACAAATAGAATGGATACAAACATTAGAAAAACATAAAGTCCCA CAAGCCTTTTTAATCACATTCGTTTATATAATACTATTGGAAGAAAATTC ATTGAATAAATTGAAAAAAAATAATAATCAATCTTTCTTTGCAAAGAAGA AAAAAAAAACAGAGAAAAATAACTTATTGTATATGCTTTGAAATGATAAA TAAATGGCTTATATTGTGGTGTTTATCATCAATGTACTTAATAATCAAAA AATTGCATTTTTTCTTTTCTTCAATTAAGATAAACATTTGTAAATAATAG TAAAAAATTTTATGGAACAGAGGAGTGGCTTTTATCCGGACGTGACTGTA TATTGAATTTAAAAATCTTCTATTTTATATAAAAATACATAATATTTAGA AAGTTCAATGGAAAGTAACATATTAATATACTTTCTTTGGAGAGCCTTAA AATTGATGGATGGAAAGATTTGTAAATAAATCTTCTTTAATACGGCATTA CCTCATTAGCACAAAAATATACAGTGTATTTTGATGTTAGCTGTCAATGT TTCTGCATCTTTTTCCGTAATCTGTTTTTGAACGTTGATTTTTTTTTTTT TTCATAACTGGAATAAATATTTTGAAATACTGGAAATATGTTACAGTTTA TTATAATAAATTAATAAACACACAAAAATATTAATATAATATTAAAGGCC TTATCCCAATTGTATTTAAAATAACTTTTACAAATATTTATCACGTACGC GTCAAGCTTGAGCCGGATGTTTTCATGGTGTAGCTGGAGAATTGAATTTG GACACTACTTGATTATATACATTGCCATTAGAAGCTTGTGGGGAAAAAAT CCTTACTGTTCATTGAGTTTCCAAAATCTTTAGGAGCGGAGTAAATAACT TATAAAATTTGATAGTCCTACAGAAGGTGTGAAGTTGTATCTCTTTCTGA ACTGAAGACAATTAGGATAATCATATAGGCATCCTGATACCTCCAGCTTT TCTAACGCAACTCGATAAACGAACCATTTCTCCATAAGGAGATGATTTGG GTAAGTCATATAGCCCGAAGGAGCGGAAACATCGATGTTTTGTGATTTAA TAATAATTTTGACGAATGTTTTTTTATCTGAATCCTGAATGGGCCAACAA GTTAGTTTGACCCATTTGTTTTTCCTTAGAGACCAAATTAGCCTTTTAGA AATCATTGTAGCCAGAAGATTTTGATGTAAGCCCTCCAGGTATCCAAGAA CTTCCACAACATTTATCAGAAGCAAAGGATGTTTTGAATGTTGATTGGCG TACTATTGTATGATTAAAAGCAGCTGATTTGACATATTATGAAGCTTAGA ATTTGTGTCATTTCATACTTTGCTATTGATACTTATTTTGATAAAATTAT CAATTCAATAAATATATTAATTAGTAACTATTCTATAAAATATATAATAA TTTACAGTTGTCAACAAGAAAAGTACAAAAAACTAGCTTACGTACGTTTC TTAGAATTTTTCCTCTATTTTTTGGCGGTAGAGGTTAAAAGTGGATAAAA GAGCTAGTCCTTTATGAAAATTTGTAAATAAAAATAATGGGAATTTAATG CTAGTACGTTTTTGGTTATCACTCTGTTACCTTTATTGTATCACTCAACC TCTCCCGCAAAAAAAAAAACCAGAAAAAAAACCTTGAAATCATCTGGTAG TTATCCAAATATGTCAATCACACTTATTTTAGTCAAAACTGTTTATTTTG ATGTAGTTTCGACATAACTAGCGTTTAAACATAATATTTTTCAACCTTAC ATATATATTATATAAAGTTAACTTAACAGTACTTTCTGAGAACACTGTAT ATATTTCATAATATCTATGTTCTCAAATACTTCCTATGTAGTCTACAATT TCTTTTTTCTCTATTAGTCCTTTATTTTTCTTATTAAAAACCGTTGAGAA ATATATGTCTTCTTCCTGGTTTGATTCCAAGGATAGAGGACGTGTAGTAA TGTATAGTCAAACTAGCAACGGATTTTGAATTTGATGAATCCTGTTTGAC CATCGTACTGACCTAGGTCAGTGGGAGGTTGGAATAGATCTTACAAAACC TCCCTATCCAGAGTCCCACAACCTAGATAATTTCATGCATACTTAAACTT TTACTAGCCCGAACATTGTTCCTTATTCCTCCTAGCTCTGTTCGTCTCTT TCGAGAATGTTTTGTGTACATCTTAATTTTAGTGTTTTTTTAACTGTTGG ACTTGACCAAATGATTCTAAAGTTCTTCTTTTTTTTTTTTGAGAAATCTC TAAATTGATATTCATTCAAGAACCCTTATAGGTATTGCGACAAAACTGAG ACTAAACAAGAAAGTATGATGAAATTAATATACCATGGCCTCTATTGTAT CATTTACAGATGCCAGCTTTTTTGATATATTTTTATGGTTTTTTTACTTT ACATTATCGAAGCCTTATTTCTGGTAAACTTCGCTCGAAGATGTTGTATT TTAGCAGATAATGATTTATTTGCCGCTACTAAATTAATAATACATTTAGA TAAAAAAAATAAAAGATAAAAATTGTAGACTCCAAATGAAGTATTTGAGT AAATATGTCAAAAATTATATCTGAAGGGCTTCTTGTATAAAAATGTCTGA TGCCCTTGGGGGTTGAACTTCCTAATAAGGATAATCTTCATTATTTGATG CCATTAGTTGTAGCAGACGAATCTTCTAAAATTAGAATTCTTTGCTTCCT GAAAAATTATTAATTTTCTTTGTTTCGGTTAAACGGAAGCTTTTGTTTGT TTTTATACTAGAATGTTTAAATAAAGTAGGAATTGCATTATGTACCAAAC CCCGCCATCCTTTTGGACACTTCTGCAGAAACATTTATTCTTCAAAATGA GCCTAAAGCGATTAATTTAAGGATGACTAATAAGAATTAGGAGCCAAGTG ACATCCTCATAGAATAACCCATTTATTTAGTTTTCACATCCCTCACACAG TAAAAAAATAGTTGATTATATTACTTGGCAAACTCTTGAGTCTGTGGCAG GRGKTTAATTTGCACTTTTKATGGCATTGATCCACAACTTCCTTCAATTG ACGTCTTTTTGAAAATTAAACATTTTCATGGCGATAAGCCTGGATATTTA ATAATAAAAAACTACAACAACAACAAAAAAAGAAATGAAATGGCAATGAC GTATCAAGTGAGGCAAGAGATCTGACAGATTATAACAAATTATAATGAAC ATTCTTGTATTAGTGAAGTAACGCCGTGTGCTATTTAGCTAATATTCACA TCTCTAAGTATGATAAAAAAATACCATTTAGTTAGCAAAAAATGAAAGAG ACAAAAATATGGGGGAGTTCCATATGTGGAATATTTATTTATTGGTATGA TTACTATTCCCGTTACCATGATCAACAAGCAACTATGCATTATTTAAATT ACATTTATTATTCACATAAAAACTAATTAGAACTAGAGATAGGACGGATT TTGAACCTGGGTACGGATAAAAAACTTTTATTATCAAAAAAGATTCAAGA CCCGATTCGAGTACCCGAACTTTAACGGATCAAAAAAATATTTGAGAGAT TTTCCATATCTTAAAAAGCTTATAACATTTCAAAATACTTAATCCTAGTT ATGAAAAAAAGATTAAATATATATCGTACATAGACTTTATTTATCTTGAT TAGTGATGAAAGCGTCATCTACATAAATAGTTGCATCGTTAGCTTATTTT ATACTGCATTATCTCTCACGTCGTTACTTTTAATGTATCATACAACTTTC CCTCCAGAAATAAACAGAAAAATGATTATAAATTAGTTGATGATTTTTTA CAGTTTAAAAGGAGCTAATTATAACATAACCAATCAACATTCGGAACACT AAGAAAAAAAGCAAAAAACAATCGAGAGCTGATAACAAAATACACAGTGA ATTTTTGTGTTAGTGAGGTAATACATAAATGTATACTGCATTTGGTTGTC AGCTGTCGAAGTTTCTTCTTCTTTTCCTCCAATCAGTGTCCTTGACATTC ATTGGCTGGRTATGAATTATTTCTTATTAAACTGTAAATAGTTATCAACT ATTATAGAACAATAACTCCATAGTAGAAAGAATTAAATGATTTTGGACCT TTTTTGTTTCTTTTGGTATGAGAGGGTGCGAGATACAATTAAGGTAATGA CGTGTCCAATGATATTATTGCAATACTTTTATTAATGACTAATAATTTTG TTTTAATAGTAATACCATTGGGATATTTATCATTCCGGGATCAGAAGTTA ATCATTAAAAATGTAACCTTAAACCTGAGCCCCTTTTATTTAGGCTCGAA CGTCGGGTAAAATACTTATCCGACTTAATGCAAAGTCGGGTATCCTTCTA ATTTTGGTTTCGGATATGGATCTGAAAGTTCGAGTACTCGAAATTTAGGT GAGTATTTAGGTCTAAAGATCCGAATGTACCCGGATCTGAGAAAATGCTG ATCCGTCCTATGGTTAATTAAAACTTAATGACAATCAGAACGAGGATTTG TTTGTACCTTTGAAATTTGTCATGAGGACACCTCATTTCGTCTTTTCTAC CTTTGTTCTTTCAGGTTTCCTTCTTAGTGTAGCCTCTACATATATCCTAA GTGTTTGTCTCATTAAAAATAATTACGACAGTAAACTTTTCTCTTCTTCT TCTCCTACACTATATAGGTACTCACCAACAGTAGTAGAAAGTCAAATGGG AATATTACTCCTTTCTTTCTCTACGATTTGGAGAGGGGGGGGGGGTTATT AAAAAAACACTCAAATATGCACAAATTTTTTTGGATGACTTGTTCTAGAA ATCAATTATTTAAGGAGAATTCCAACACGTATTTATCAAAATAACCCTCA TTATTATTCAAATTACGGGGCACCATTATCCCTTTTACTCCTCCTATCCC ACACTATCAACCACTGTCATTAAATATTCACATAATTGAATTAAATATCG ATCATTAAATATTCACATAATTGAATTAAATATCGATTTCCCTCAAAACT TATCACTCACGAGTTGAAAGAGGAAATACACTTTCAATGACCTTACATAT TTGTATATATACAGAATAAATAAGTCAAATCATACACGTCGAATACATTG TACAGGGTGCGGCCGTTTTTTAACCACCAACTTGGAGCCTTTTATGACAG GTGTTAAAGGCAAATTATTCAGATTTGTAAAATTGATATGACACTTCAAA AACAAACCTCTTTGTTAAAATAGTTGATTGAAAACAAATAAAATGCAAGA CAGCTTGTTAATATTTCTAACAGCTTTATTCGTCCATCCATTGAACAAAT ATTAATATTTTTTTAATTTGGCTCAGCAGATTTCTTCAAATAGCCGCCCT TCTCCCTTCTTCAACGTGTCTGAAAATAAAAGTTTTCACAAAATCCGTAA AAATATGTAAAGGTGTGTCCATTGTCCAGTTTTCTACATTTAAAAGAGCA TAACTTTTCCCCCTGCAATTTTCCAATAAAATAGGGCTATTTTCATTCGC ATATATAAGTTCCTTCCAAAATATTCAATATCCATGTTCCTCAATTTAAA TAAAGGGAATCTTTTTTCCGAACCGAATAAAAGTAGCTTAAAATCACGTG AGTTTCTGACATGGTAATAAATGAACTTTGAGATCACATAGAAATTCCAC CAATATACCATTTTGGTGTAGTAAATGTTTGAAACTTTGATTATTCTTGC ATATTTCTCAATTTTGATCATCTTTTCTTCCTGATTTTGTGAAGGATATT CCCAACTGCTTTATGGAGTCCACTACTACACGGGCCGCTATTGATTAAAA AAAAAAAAAAACCCTCAATGGAGKGCAATTGAGCGAAACACTAACAAAYC CTCCTACAACACAAAAACCGAGCTAATATCCAGGATCCAGGAGGAGTTCT GGAATCTGTCAACAGAGACTGTCATCAAGACCTTCTCCCTTTACCAAGGT CAAGTCGAGGTCTTTATTGACACCATTACCATTGTTTACCATTTCCCGGG CAATCAGACTTTGAGTTGGATTCACACAAACAATTTCTTTAAAAATTGTT CTCTTAAACTCAATGTACGTCGGTTTGATACTTGGTCGCTTTTAATGAAG GAAATATTTATAAAATTCAAATTTTAATTTTATAATTTTAATAATAAAAG AAAGAGTCCCGCATATTTATCTTTGCCCTTGGTACTGCTCTTGGTAAATC GACCCTCATTACCATGTGGGATTTAGGGCTTGATCATGCATTTAGAGGTA ATTATTTATTTAACGTAACTGGTATGATTGATAAAACCGAATTTAATCAA TGATTTAATGCACTGTTTACTATTTTTCTTTATGAAAGAGCCAAATTACG AAATACAACATATTATTTATGATTCAATTGCGAAGTCGTAAGATCCATAA CGCATAATTAACATAATGAAGTCAACTGATTCAAATTGGATTGTACGGTG AAAATGTTTCTGTTTTAATAAAGTAAGATATACTGTGATGAATTATAAAT AAAGAAGGGACATGTGTGAAAAAAAAAACTAAGTATAGCTAATTAAAAAA GNNNNNAGAAAAAGTTAATTCGTGTTTTTTTTCTTCTTTTTGTTCATTAT TTAATAATCGTGTGTGTGTTAACATCTCCCTAGAAAGGAAGAACCTTTCA TGTTAATTGATCTAAAAATGCATAATAGAATAAATATAACTATGAAATGC TATTTTAAATTTAGAAAGTTCTCCTCTTTATAGTAGTAACTCATTTTCTC CCTCAAAAAACATAAAACAGGCAGCTGATATTAACAAGGTTCTTAATTTA GGTATACTACATGTCTCGCACCAGCCTTCTCCTCGCGTTCTTACAAAAAA ACAACCTCTAGTATCCGACCAAAGTTTTGAAGGGAAAAAGAATATTTTTT TAAATAATCTATTTTAGAGCTCTATACATTTGATAAAATAATTCGATTTT TTTAATTAAAAAATTATCTCTGTTCCTCTGAAACTTCGCTCAACACTCAA TTGAAACTTCTTCATGGCACTATCATTGCTCGTGTGTCAGTAAACACGGT ACCCCTCTTTCTCATGAGCAAATTTTCTGATAATATGAGATTAATTGCAT GTTGTGAAATGATTAGAATGTCTTCTAGCTTGAACACTTTCAGTCTACGA TCCACCAGGGCCGCTCTGTAGATTTTCTTTACAAACTCTGCAGTTGTCAC CTCATTTGGTCAACCAGTGGTCGTAGGCCTTTCAAATAGAAGTATTATAT CAAATAATCATAATCAATTTTCTCTATTATCACAAATTCACTGATAATGT TTACTTTTGAGTATTGATGACTGCCAAACAACGTTGCKCCTCCAAATGTY AAACATATGCTTTATAAATTGTATAAWTTCTNCTACAATGWTTTTTTTCA ACAKCTKCCKCTATCCACTCGAGTCCATTTGTACATATACGGACTTCAAA YACAATTTTTAGGTCAGATTGAGTAATTGAANNNNAATTAAAAGAATATT TCAAAAAATTTAAGGAGTCCTGTTAGTAAATGTGAAATWTAAGTACTTCT ATTTAAGCTTTTAGAAGAAATAATGAACTTAGGTAGTMTTWATRATAAAT TATTCATTTGTATAATTATAGATGATAGTGCGTGGGTTGATTTTTTGAAG GCCCTGGGACCCGTTTTTCCGAATTCTGTAACACAATCCCACCCCCAATA AAAAAACAAAAACAAAAAAACTCAGTTATTAAGTACTGAAAGACATAATT TTTGATGTAGGTGGGGGATCTATATTTGTGAAATACACAMCCCGCCGCGC TGTCTAAAAGTTAAGATGCACACATCAATACAACCCATTTTGATAAAAAT ATGTGACATTTGAAATTTTAAATCTCATACTTTTTCAAAAACATGAACTG TATTCCAAATAAGGAACTTTTGTGTAGATTTGAATCAATATTAATTAACA GGGGCGTCTCAGGGGGTTTGTCTGGAGGGATTATAGCCCCTCCCCAAATT AAGGATTTTTGGCTTTTTACCAAAAAAAAAAAAAAAATGGTCATTCGGGC AAATTTTGCAGGGAGCAAAATATTCAATATTTTGTAAATGGTTATGGATT TTTAAATGTTTTTCTATAAAATTTACAATTTGAAACTTTTTTCTAAAAAG TTAAATTTTTTGTGAATAGCTGTTAGATTTTTAATTTTTCGAATAAAATT TGATTTTTGATTTTTTTTAAATAGTTTTTTGTTAATAGCTATGAATTTTT GCACTTTTTTAAAAAAAATTTAATTTTTAAAACTTTAAAAAAAATTTAAT TTTTAAATTTTCTAAAAAAATTTAATATTTAAAATTTTTCTTCAGGGGAA AAAATATATATATTTATATAATCCTGCAGACGCCACTAATTAGTTATATA TGATCGCACTGGAGTGCCTCAACACTCAACTTATTAGAAGGGAGTACTTG TTTTTGGTCTCCAAACGGCTTCATATGCTGGTTTGGGAAGATTCAGGTAT TGAAAAAGTCCGTCCACAAACTCAAGCGAGAAGTGAATCAAATATTGTCT TGCCACATCCACACTATTTAAAAATAAGTCAAAATCGGATGAAGGAGATA GGCTTTGTGCATTTTGTAAGAAGCTTCAGGAGTCCAACTTCGATCTCTTT TATGGGAAATATTATCTTTTAATGTGAAATCATTTGACATGTGAGATAGT TAGTGGAAAAAAAAAATGAATACGGGATTGAACTTCAAAGTAGACTGGCT AGTTTCTATGGATCCCGAGNNCTCATTTAAAAACAGACTCTATCCTTACA AAGATTATATACAAAATTTACCAGAGCAGAGAATAGGGTAAAACTCTGAG GACATTCGATCGGGATGATTTAATAGACAGACAATTTAGAATTTTAAAAC ATCTGTGAATACTGTTTATTTTTTGTTTAACCTATGAAAGATAAGAGTCC AGTTTATATTTCTTTCACTTTTTGCGTGTGTTTCTTTTTTGTTACAGTAA TATATTTCGTCATTGTGGTTGTATTTTATATTACATTGTAATTTTTTTTT TTTTCATTTCCTTACCATCTACTTCAAACTTTGAATGCTGGAATCATATA TTGTGCGTCTAACATAATTTTATGCCTGTTGTGTGTGTGTTTTATTTTAT TTATTTTGACATTGAGATTATTAAATAATTGGGTAAAAAATATATACATA TTTAATTAATTAAAACTTATATTATGGAATCATTAGACGAGGGATTTACT AGGAATTTCCCGAAGGTGTAAAACCCCAAAAAATACAGGGATCTCGAGAG AGAAATACTATGACATATCATTTGAGAGTATAAGGAATTATTGTTTACAC AGTTGGATGTAAATCCATTTTTTAGTATATACTTTACCATTGTGAAAAAT TTGTCTCAATAAATATAAGCTCATATGATATATTTCTACTCTTTCCAGAA AAAAAAAACAGAAAGGAATTTCAGAAATTAAACTTCTTGGTTGAAAAAAT AGGGCCAAGGTAGTCACCTAGTGGGAATATTCTTTTTTTCACATAGTAGA AATGATCATAGAAGGATAATGTTCACAGATCAAGTATATAGGGTATATAT ACCTGTATTTAACAACTAACCCAATTCTTTTTTAGAAATGGATTTTCTCC TAAAGTAATCATCCAATTTTAATAAAAACAAATACCAAATAAAAACTGTA TCAATTTTTTGTTATTATTTAATATAATCGCCTTTGTCGTGAATAACAGT CTCAATTTGACCTCGGAAATTGGAGAAGATCTTGATGACATTCTCCGATG GTGGACTACAGAATTTCTCCCTGATTTTGACATCATCTTAGATTTTGTAT GGCAGGAAGATGTGTTGGTGTGTCGCTGAACTGCACCCACACAAAAATTC CATGGGTTGAGGCTCAGTGGGCTTGAATGGAAATCAGTGGGCCCAATAAA GTCCAAAAAAATATAATTTGTAAAGTCAGGTCAACGTTTCTTTGGGCTGT AGTATGAAGCAGAGCTATAATCKCCTCCAGACTCTATCAGTTCCTTCCTG ACACTTTAAATAAAGGACCTGTTCAGGTTTAAGAAGTTTGACAATCTCAA TATTATCTCGTATGGCACGGACCTCACCAATGACCTGGTATATTCGAAGG GGGTGGGGTGGAGGATGTAGCTCCCTCCCAAATGATTCCGGAAGGATTAT ACCTAATCATGCAGTGGAGCCAAAATTTTAATTTTTGAATTTTTTGAAGG AAAAACAAACAAACCCAAAATATATGTAATTCTGAAGATGCCTCGAGAAC CTTCTTTCTTTTCGACAATTGCGGAATAAAAACTTCATTAATCGATCCCA TTTTTATTAACTAACACCAAACACTTTGGATTAGCCACTTAAAACAGCAA ACAACGTCTTACCTACTCATCTGTTGCAGGCACTCAAATTTCGTTGTTAC TACACTATATATATTAGGATGCATCNGACCCCCCCCCCCCCCTCCAAGTA AAAAATATGGACTTGGCTGTATGATAAAAATGTTATATCTTTAATAAGAA CATACGGTATAAAATATTTTTCAATTTAAATAAATTTTACCGGTGCCACA TTAAGTATTTTGAAATGAGAATATTACAGTATATGGTTATAATACTATAG CAAGCAACTCTAAATATTCATTCCCCCCCCCCCCCCAATAATTATMTTTC TGATATAATTAAGGTTAACTTGCACTTCCTCAAAAATACTTTTTTTAAAT TTTAGTTATTAAGAAATACATTGTTACTAATCTAGAAATATGGCTTAAGG GAGTCCAAAGAAATTGTATCACTTTTTTGAATCCCCCTAAAAGTGATACA ACTGATTTGATTCATTTTAACAGTCAGCCGCTCTTCATTAACAATCTTAT CTGTGAAAGTACGGCTGACTGTATCGATTGGTAATGTGGACAAAGTTCCT TGGGATCCCATCTTACAAAAAGGTACTGTCCGACTCCAGGAAACATTATA ACAGAGAAAAGCATTGAAATGTTGAATCTATTAAAATATGAAAAATCAGT TATATTGAGAGTGTTTGACACAAACAACTATCACACAGGTCATATTACTA TTMTTTGTATRWGTATTTAACAGMTKTTTGGACGGCAGTATACTCTGGGT AGTATGTCGTCATTATATMGGTGAGGAGATSCTGATACAYATATTKAAAG KCCTGACAATAGACATGTCGAAATTACTAGAAGTATCCGTCTTCAAAATA TTTCTTGACATTTTTGGAAGTGTGAACTATCTCAGCAAAGAAAANGCTGA CACTTTCGATTGAAGTTCATTGATGAGATTAAGACTGTGGTACAAGAATA GAGAAATGAAGCACTTCTGTTTGCAAAATGTCTCAACACAACATGAGCAT GATGATTACAAGGAAAGTGTAAGTTGAAAGTTGTAAGTGTTGTACTTAGA TGCGCTTAGCAACAAGGATTTTTGCCTTAAACTTCCTGGTTCAGTGTTAC GACATAATTACATATCACTGTGGTACAGGCTTTGGAAAACCAAGTTTTCC AATTGACATAATACACGTCTACGACACTTGCAGATTTAGTTTCATGCAAC TCATGGCTCATCTTTACACTACTTGGCTTTGAGACTAAATTCATGACCCA AAAATTCACAGAGTAAATTTGTCTTCTTATATGTCTTCTAAATTGAAGAT CAATTCCATTAACGTCAATAATACCTATGCAGAAATATGCGTAAAACTAA GGTCCAACTTTACTGGTGTTACTAAATTAGAAGAGCCTTTTAAGAATATT TGACAAGTAGTAGATACAGATAGAATTATACTAGAGAAAGCTAATGTAAT AGTGGGTAAACATGAGTAGCTGTGAACATTATCAATATGTAGATTATGTT TTTACCTTTGATTTGTTTATTTTGGAGGTTGCCTATAAAAAAAAGAATGA TAGTATTTTTTTATTAACATCGAAAACAAATATTATTCCTTGATTTAATA TCTTTTTGCAAAAATTTATCATTTCAATATGCTTAATGTGGTACCAGTAA ATTTAATCACATTTAAAAATATTTTAAAAGGTATGTTTTTATTATAAGTA GAACATTTTTATCATAGCGCCAAATTATTTTTTTTTTTTACTTGTGGGGG TCTGATGCACCACACTGTACATCATTCAAATTTAGCAGATCAACATTATA GTATCTAAAATAACGGTTCACAAAAAAATGCATATAAAAAGAAACTTATG ATAAATGGTAGCTTTCTTCTCTCGGGATCCCATTTTTCTGGTATATTCAG GGGAAATATTTCTTTCTGCCAGATAATTAATTATTTCATAATATAAGTTT ACTTTAATTATGTATAAACAACCAAAAATTATAAATTAATTTCTTTCTGT GGTTCAGATCGGCATAAGGAATACAAAAAAAGTTGGCCTTGCGGGGCTAA AAAAAACCACACTGAACCCTATTTGTGATAATGATGAAAATAAAGAACAT GAAAATGAGTTTTATCGATCAGACTATCATAAATTTATAATTTCTTTTTT AAATATGACATTATCCCTATATATTTCTAGGGAAACTAGAAACCCTATTA CCTTTACTTCTTTCTTTTTTTGTAGCCGACTCCTATTTATTATTTAGAGA TTAATTACACAAGTCAACCAAAAAACAACAATAATTCCATATTCAATTAT AGCAGTACCTAACACACTGATTACGAATCTGTTATTCATTTTTCTGTATC AAATCTGGTGTTCTCATTTTTATTTTAAAATGAATAAGACTTCGGATTTT ATATTGTTTTTACACCAAAGGAGTATTTTTGAGGTGACCATAAAATGGTT CTCATTTAGAGGTTGGGCAGCAAAATATGAACTCGAGATGTTGCTTTATA AATACAGTTATAATAACAAAGAAAAAAAATGAGAAAAACTTGTAATATTG TTGATAACACACTCATCAGACAAGTTGTCACACACAGTTACTATAGCGGC CTTCAGTGAGGCCACATTTGAGTGTTTTTTTTAAAGGGGGTCCCTCTCCA ATTTACCTCACACGGCAAAGTCTAGTGGTCTGAAATTAGGGAGGAAGGGG CCACATCTCTTTGCCTCTCCAGTCTCCTGGCCTTCATTACCTCTTTCAGA AGGTGGTGTGGGGGCCTTATGTAAAAATATAATCCCAAGTTGTCCTTTAC GGCTTTCTTGATTGTCCTAACAGCTCAGGAGAAGTCGTGGACGAGGGGAT TCATCGATTTCCAGGGGTTGGGGGTTCTCCTTGATTTTCTTCTTCAAGCT ATACAAGAACTCTGGNACCCTTCTTTAAATTGTGCCCTCCATATACTGCT TTCCTAAATAAGTCTTGACCGTGATTTTTCATCTTGGCCACTTTGGAAAC CATGCTCCTAGAGCACTTCACAATTTCCACAATCCTTGCCACCTCAACTT CGGCATCTAGTAGATCTCAGATGCGATTTCTTTTGGATTTTTGCTCACTC ATGATGACGATATGGCGAAATGTTTATTACAGCTTGTTTATGCACAAGTC AGAATATCAAAAAATAATCATTAGACCTCCCTATATTACTGAGAAAATCA ACATTAATTAACAGTCCATGTTTTGCTGCACAAACCCGTACAAGATATTA ATTGGTTCTAAAAGGTGTAGTTCAGCTGTAATATTGATTTGTTTTCTTTT TTATTAAGGAAATAATAAATAAAAGGTTGATAAAATAATAATATATAAAA CTCTATTATTTACCTATTTATAATATTTGATTTGATTTATTTCCTTTTGC ATAAAATATAATTCTAATCTTGGGACTTTAAAAACTGTTGCATTTAACTA AAGATATATTTTTGCTTTAACAAATTGAAATCNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNAATCTTATATTTGAGATTATCATAAA ATTTGTAAATAATTAACAAATTTTCATATGGTTTGCAGATTTTTTCGTAC TCCAAAATTATACCAAACCTATAAAAAAGTGTAAAAATTCAAATAAAAAG TTCTTGAAAACAATTTAAAAAAAAGAAACTATTAAGAGATTCGTGATCCA TGCATATTATACTATTACTATTATAATTGAATATCGAATTTAAAAGATTA AAAAAAAGTAACATCATATTTACTTGTGTGGCAATCTCTATTTTTATCCG GTAGCGTCACCTATACAGATGGATAATCACTCACAATTAATCCTATCTCT ATATTACTAACAATTTAGTAATAAAATTTTTAGAACATACTTTTTGAATA GAAAATATACTTATAAATTGAAAGTATATCGAAGATGGAATTAGACTATA AGAAAATATCAATCCTCAGTGCCCCCCCCCCCTCCCCCATCTGTCAAACT TCCCACATTTTATATTAGATGTATTCACTATTCCTTATTCACACAAATTA CTTTATAGAAGTGAAAATACTAATGCAAAATGATAAAAGTATTTTGTGAA GGTTTGTTATTCTTTTTGAGGAATGATTTAAGAGACATGATTTCAAAAAT TGATGCCTCTGTAATTAATGATGCAATTAGGGTTATTATTAGTTACAAAG AAATAAATGGGAATGTAATTTTAATAATTAATCTATTTTTTATTTTTTTA CTTGTTTCCAAAAAGACAGCAAAAAGTCACATATTAATTTATAGTTGAAT CATTATTCTACATTTAGGAGTAAGGATATAAGTGGATGGTAGATATAAGG AAGCATTTTCACGTGACTTCATGATTCTGAAAGACACCATTTTTTTTGGT ATGAAAAAAACATGTTTTATTRAAAAAAAAAAAAAAAAAAAAATAACAAT TWTTACCCTGMGTTTAAATMTTATGATGGGACTGACAAAGATATAGAATT AAGCTTTCACCATCTACAAAATAAATATCTCTTTATTATTTCCAAGATCA TCTATTAACTTGATTTTATTCAAATAATGCTGTTTTTTTGGCATTAAGTA CGAATCTCTTCAACATTATAGTTTTTCTTATGTTTAAAGCCAGTACATCA ATATTTTTTAGACTTTTTACCTACAATACCCATTTTCAGAATTTAAAAAA AAACACTCCCATATTAAAGAAAAAAATATTCAAAAAATATACAACCAAAA AAAACCAACAACTATTATTGGCTTTGTGTCAGACAAACCATAAGTAGTTC TTGATTTAATGTTCTGGAGTTGAAGATAGGAGTAAACAAGCCCCAAGAAT TGTAGTGTATCTTTGGAAAGATGATAATTTCCAAAGGTGATGAGTTGAAG CGTCTCGGACTCAGAGAGACTCCATACGATACATGGCTAGCGTTAGAATC TTGAGAGACTTACAGTGAATCAGATATTGGAGGTATCCATGATATGAATG ACATTATCTTGCCAAACTGGGTCCACTATATTCGTTTCCGAGACGAAATT AGAAGAGCAAAAGTTTCTTTTTCTACTTTATCTACCATACTCCCACTTTT CTTCCTCAGAAGGGTACCCAAAAATAAGGAATTCACCTTCTTACAAGGGT ACACACGTTATATTTTCTCCATCCGAGAAAAAAATATTCAAAACAGCTTT AGTGCTTGTATGAATATACTTTTTTCAATATTTTTGCTTTTTCAAGTAAC ATGATTTGAATAACGTTCGAATGATTTTTTTTTTTTGTGGTATTTTATAT GATGCTTGTTGATTTTATTCATTGTAAATTAATTCTCTTTCTTTTCATTC CTAGTAATTTCATTCCCCGAAAAATTAATCGCCAAACATTTAACTATGTA GTTTTTGTTTACGGCTCTTGAGAGAGGGCTGGGCAGTTTGTACTGGGGAT GTGTGGTGAGTCATCGAAGACTACTGATGTATGGGGAAATATAAGAAGAA GTAGAGTCATGGCGTGATTTATTTCTATTTCCGAAGGTATGAATATCAGC CATGGATCGAGATTCCATTCCTACTCACTATTAAGATTTATCATGACGTC ATTTCTATTCCATAAATACCATATATCAATTATATCCGTCTCCTGTCTAT CAGTAGTCATCACTCATCTCCAGTGCCGACTGCAACTACCTAGGCCTCCC TTTACAGCCCTACACAAAAACCACTAAGTAGTTTAGAAACATAAACCGTA TGACGTCACTAAATATACCTCTTCAAAGTGGGATGAAATGTGCAGGATGA ATTTTAAAAGGAATAAATATACTTTAAATGAAATGAATAGGAATGAAAAG ACAAGGAATGAAATTACCGGTCACGATTTTATATATACTATCCTTAAGTG TTTTTAAATCTTTTTTATTCGATGTCTATATAAAGTGCATTAACGTAAAT TWCTTTTTTGATTTGTCCTKCGATCCATCATTTRTTRRTTTTTTTTRTTT TTTMMTACATTAGATGGTGNATTAACGTAAATTACTTTTTTGATTTGTCC TACGATCCATCATTTCTTCTTTTTTTTTTTTTTTTNCATWKATGGKGTTT TTACGATATYTMAAATCTCCCMCCCCCCCCCCCCCCCAAACCATTCCAAA TTGCCCACTGGGATGGGAGAATGCTCACCCTGTCAAGAACCACTGCAATA GATAAAATTTTCTAGATATTTTTTGTCCATTTTGTTCCATAATGTTTATT ATGGAATTTTGAGTGTAAGTAAAACACTCTATTCAACAAAATTAAAATAC AGAATTCATATAAAGGGCAACAATGCAAACCAGTGTTACTGAAACTATGA TCCACGGTCTCTTAGGTGGAGGGATTTCAAAAGGACTACCAAGATTTAAG TGTATTTAAATATTATTTTATTTAAAAGAGACCACGGTAAACAAAATCTT TGAATAGCTTGAGAACCCTTGCCAAAGACTAAAAAAACTCGTACATATGT ACACACTTTGATGTAAGTAGTATAACTAACATTATGAACAATAAAAGAAT CCTCTTGACAGTTGACCAAAGTTTAAAAAAATGTCCTTATATCATTAAAT GTTCAAAGATGTAGCTAATTTTTACAATACAAACTCAAGACTTTGCTCAA AATAAAGCCACAAACGCCTTTTAAAAATAGAAGAAGTCAAATAAAGAATA AGTTTGAGACAGTTTATTGTTATTCTCTTTAATATCATTTTTAGAAACTT TTTCAATTCGGAATTGTAGTTGACTGAATTATTAATTTATTACAATTTGT GCTTTATGTCAATCAATCTTCTATATAACTTAAAAGTGCATAACCTTGTC ATGTCCACAAAAAAGTAACAAACAATATTTTTACTTTTCTACTTAATGGC TGKTAATTCTCCTATGTCTCCATTCAAGCAAAAAAAAAATGTTTTGATGT AGGACAAATGTGTAATTATTTATGTCTTTGACCTTTTAAATAAGTATGTT CAACCATTGAAGGAATTATTTTTAACCTATTCTTTTAATAATGCATTTAA CATAAAACATATTATACTCATCAATACAAAAGCAAGGTAGAATCTTTATT TTCCCTTCAAAATTGAGTTTAGTTAACAATTCTGTATTTTATAAAAGAAA TGATTCTAATTAGTCCTTTGGAGGTGCCCTAAATCGCACTTAATTAAGCA AATATTCATCCTTACAATGAAAGAACAAGAAATTGATATATTATTATTTC AAAGACCATATTTGAGCTTAAATAAGACTCATTTATAAATCAAATAAAAA GAATATAATCTAGCTAAAATTCTCCGGTATCTCAAATCTTTCCAGATATT TGGAAACACACCCTAGAATTGACTTAAATTTGTCTATAAAATATTTNTTT TTTGGCATATAACTATGTGAATTGTTTGCATTGAACATTTGAGATTTCAT AAAAAAGTTTCAAAATATTTTTTTTAAATTAATTAAATATATAAGGTGTA GTAAAAATAATTTCATTATTTTTAATGGGTTTATTTCTTTTTTCCATTAA TGTTTATCTCGTTGGCAATCAAATTAGTGCTTACATGACGGTTAAAATCG ACGGTTCTCATTATTTTATCTACACATTTGACGATACATATTACAGAGCG TACTTCAGCTTTGACATCAAAATTACCTAAACATAATATATGCCACCACA ATTGAGTGTAACTGGCTGKTACAGTGTCAAGACCTTATACACTTTTCATA TTTTCAGCCCTTAGGCTTGCAGTTTACACTTTATTAAAAAAAAAASAAAA AAACTGTWATWTAAGGCCTAATTTTTCTTTCCTGGTGTCCATATTTAAAG ACTGCATAAACAATACTGAGTCAAACAATCACAAAACTCTACTAAAAAAA TTTTTAGAACAAAATGTTATGTTTCTAACATTATATAGCGTAAATCGATT GCACTTATACAAAACAAAATACACATTACTAAAGCCATATATCAGAAAAT TATGGATTTTGTTTTACAACACGTATTGCATATCACAATTTAGGCATGAA CTTGAATTCAATAATATTAATTAATCTATGTAGAATATACATGAGCAATT TATAATATTTTGTATAAAAAAACAGTATTGATTATATAAATTGAAATCCA TATATCTTTGAATTAAAAAAAACTGCAACAAGAAATTAAGAAACATTAAA AGCATTCAGGATTATCCGATTAATTAATTATTAAACAGGACATCCTTCCC TGAAGTACGTCAACAGAAGCTTTGAGGTTGCGGACTCTACAGGCTTTGGA CTCAATATGGCACCATATTGGAAAGACCAAAGGACTCAGATCAGGAGACT GGGGCTCATCACTGTAAAAGATGATCCTTACATCATTGTGCTGGAGGTCA ATTATTACTCTAGCAACGTTCCACAGGGGCATCCATTTGATTTTGATTTA TAAGAGGCCTTTAGACATACTTCAGATATCTTCATTCTGTACATTGGACA GCTTTAGAGTTTTAGCCAGCAAGCATTCCAAGACCTGAATTTTTGGTTCA TAGCGTAATTAATAAATGATACCAAACTCAGCACATTTTTTTTCTTTTTT GGAATGGTGGACCTTAACTACAACAATCTTATATGTCCTTACTTCTTAGT CTTTTCTCCTGTCTTATACCTATAGATACAGGGCGACGATCCAAAACTTG TAGTAGCATTGAATTACAATGTTATTCTCATTATGTTCTGGCCTGCCTCC ATGTGACCCTCCTACAGAAGGTTTTTAAATTCCAAAAATAGGGACGCATG TTCTCTAAAAAACCACCCATGCACGATTAATGATACTCATAAAAGATTTT ATTTCTTCCTTAAAAAAATATTATCCCAAGATCCGGCTCAACGATAATTT CTCAAGAAATAAAAAACTTATTAGCTACATCCATTTTTAATGTTTTCAGT TTTTACCTATGACATTATATGTAAATATATATGGTCATATTTAGTTTTTT AGCATTAATCTAAAGATTTAATTGTATTTTAAATTTTTTAAGCTCCTCCT TGACAATAGCACATGATTAATCCCATGTGATGTTTATTGGACTAAATATG TATTATATTATCGTTTGTTAAAATTATAAATAGTCAAAATAGGTTTTTTT ATATAAAAATAATATGGCCAAAATAAAGAAATCAAGAAACTATATCGTCT GCTATAAAATATATACAATGATTATTTTCAAAAAGCAGAATTTAAAAGGA TAATGTTTTATTCCTAATAGTAAAAACGATATATCTCTCTATGTAATCAC AGCATGCGCATTGATTATAAAAAAAACGATAAAAAGAGATTTTAAGTGAA ATAAATGGTAGTATTTAAAGAGCAATGACTCTCAGATCTAAAGCAGTGGT TCTCTACGTTAGGTATATGCCCCGAAAGCGGTCATCTTGATATTTTTATA GGTGACAGTCTATTTTTATATTAATTGTAAATGCTGAAGAGGAGGAAGGC CTCCCGATTCTAGATGTTCCAAGGATATGTAATTATAAAACTGGAATTTA TCAATAAATGGCAAAACCAGCCAATGTACAGCGTCCAGCCGGTGTTTAAA ATCAAACTTTGAGCACATGCGCCGGACACAATGTTTGGGCTCAAAGCTCA CCAAACCTAAACTCCATGGACTTCTTTTTTTCCGAGGCACAGTCTTTGCT ACACACCAAAATATCCTCCTACAACACAAAATTCGACCTTTTGACCAGGA TCCAGGAGGAATTATGGAGCCTTTTTCCATTTCTGAGGTCCGATTGAAGC TATTGTCGACGCCAAAGGCAATTACACTGAATAATAAAGCATTTTTAAAT GATTTAACTTTCATTTAGCATTGGTTTTTATTAAATTTGAATGATTAGTT CAAGAGAAAATCCATGTAAGAAATCCTGTTGGTTTTTTGAATAGAGGTCG TACCCTGTAGTTGCCGTCAAACAAAACCATTGCACCACTCCCTTTTCTCT GACTTTTGATAAAGAAGATTTTACATTCTCCACAATACAAATTTCAAACA AGAGTACAGTTGTAATAGGGTTGAAAATATTAAATTTTGTATCTGGAAAC TACGATTTGCGGACAGCATTGGTTTTCTGTTACCATTTGAAGAAAACTAC TGCAGAATTACATCAAATGCTTTGTCAAAACATATGGTAAGCATATTTTT GGTATATAACACTTTTCTAAGATTCATAAAAAAATCCACAGTGGCAATTT TGACGTGAGAAAGGAAGAATGTAGAAACCCACCAAAAAAGTATAAAGTCT TCTTTGAGCTGGTAAATCCTGACGAAACTCTTAACATTGAACGTTACTGT CAACAAATGATCAATTTGAAGGGAGCTTTGTGTGAAAAAACGAACGGAAT ATAAAAAAAGGCAACACAAATCGATTTTGCTTCATGATAATCTACCATCA AACACAGCCAAACTGGTCAAGGAAACTACTGAGACATTTGGTTGTATAAT AGTTTTGCAAGAGGCTTACTCACTTGACTTGTCTTTGTACGATTACCACC TGTTTGTATCGATGAGAAACGCACTTGCTGAGCATCTTTTCACTTTTTTC AAAGGTGTGAAAATGTCTGGTTTAGCTCCAGAGACCAACTTTTTTTTGGC ATGGTATCCACAATTGGCAAACAAGTAGGGTAAAGTATAAATTTAACGAT GGGCAATACTTCAAATAAAACATTCTTTATCATTTTCATGCAATAAACGT GTATTTTCTATATACATGGTTCTTACAAAGTAACATCAAAAAAATCAACA ACATTAATTCCAAGTGCATTCCTAATTTTTCCTTCCACGATTTCCCTTAA AAAACTAGCACTCTTATCCATTTATTAAAGAGATGAAGGAATACTCATGC CATCCTTACAAAAAAAGCGCAAAACCTCTCTGTTTCATCTTTTTTCGACT TGTTGGTAAAGACGTTGATGTAGTCAGACAATAACTTATCTAATCTAAAA AAAAACATAATGAGAGAATTGACCTGACCATATTTATTTTTGGTTTCTTA TTTTTTTACATACTGTCAGAGGTTAAGCCTTCTAACTAGGAGTACGAGAT TTATTGAGATGAGTGAGAAAGCAATCATTGTTATTTCGTTCCTCTCTTCC CTTCTATCAGCTTCAGTTATTAAGAAAAATAAACAATTTTCAATAACTGA TGGGAAGGGCTGAAGTGACCTTGAAAACAAATTTTCCATAGAGATTAAAG TGTTAAGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAGAACGCGTAAAG TGGACCAAGAAAGTGTCCTTATACGTTAATTCAATAAATTTTGACTTCAA CGATACAGGGAGATTGAGTTCAAATTATTTATCAATGAAGTACTATTAAA TTTWACAKTTCTTTATTTCCTTAAATNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNGCTATGGTACAAAATGAAGAAAATATATTG GGTTGGGTAAGAAGAAGTCAAAAATGTTGAAAAATATATCGTGTCAATGC TATATATTAGGCGTCAAAATTTTGATTTTATATTATAAAAGATAATTTCC CANNNNNNTACTCTCAGTTTTTCATGAGCACACTCGTTCATAGTTACTCA ATAGTTAGACGTTCTCTTTTCAAGAATAAACAAATAATAAAAACAACTGG ATTTTTTTTTTTGATGAGTCATGGGGTACTTTTGAACGTCGCCTGACCTC ATCTTTACTCAATAGTGATATTGAGTTTTTAAAATTCATATAAAGTACTT CCTTTTTCTTTTTTTAAATGAGTTGAACTGAACGCTTGCAAAATTTAATT CATTTTATAGAGTGCTCCCTGTATATTGTACCCCTTTTTAAAAATYCTAT ATTGTTATATGATATACACAAGGGAGCACTATATAACTGTTTACACGCTC AATGCTATATACAAAAACCCTACGAGACATAATTGATATAGATATATGGT GGGTTTTTTTTTTTGTTKTTTCAAAAATATGTGAATAATATACATATTAT ATAGCTTTGAAGAAACTCCAAAGATTATTCTCAAAATAAATATTTTAAAC CTATAAAATATAAATATAACACTTATCATTACTAGCATCTATCGTAATTG TAAGAAATAATTATAAGTTCCCATCACTTTTATAAGAAATAAGCTGTTAT TAAACTTAGTTAATAAGATAATATTTAAGTATACATAGAATATAAATAAT CTTAAAATAATTACACTACAACAGTATAAAACCTTAACAAAATCCTAAAT AACCCAAACTTGAACATAAGCCCCAACCTAGGAGGAAATCCCCCTAAAGA CAGGAAAGGAAAAATCCTCCCTCCTCTTGTATTATTCCTTGATGCTACAT GCAGAACGCACACGAGATTTCATTAATGTGATAAAGTTATTATTTCTTAG ATCAAAAATGCTTTTTTCAAACATACAGACAGCTTAACTATGCTTTATTA ATTTAGATAATAATTCAAAAATAGTTTATCCCTTTGGACTTTTTAATATA TGTTGGTTTTCCTTGTTTTTAATTAGTTTAATAAATCAAAAATTTGTTGT CAACTAGCTAATTTTTCTGCTTCTTTTAGCCTCATCAGTGTTTTAAACGT TAATTGGTTTAACTCAAATTTGTTTTTGTTATATTGTGTATTATTTTCAA CAATTATTTAATAATAATTCTTAAGGAAAYATTATGAGATACAAAAAGAA TAACAAAGTTACATAAGAAAAAAAAAAAAAAAAAAAAAAACAACGACTAA ATCAACATTTTTATAGATTCAACGAACTTAAATTTATTGATAGAGATATA TAATAATGGATTTTAGTATTATTTTCAGCAGCAATATTTCTCTTCAGAAT ATTCCGTCTTTGGAAAATTACAATCAGTAAAAAATGTCTGCAGCAAATTT GTCATCAATGGAAAATTTTCTGTCTGCGAAAATCATTGTAAAAAGTATTG GTAAATTAAGATGAACCGTTTATAGTTCTTGAGGAGGTTGTAGCTTTTAA TCTGCATGTGGGCCTAACTCTAACTACACATCCTGTCGACCTGGAGTATA GGAGATTCTATAGGGGGTTATTTATAATAGTAGTGGTAAATTTTAACATA TCTTAAGATTTCAAGATTATCCTGCAGCAATTCAATGTGCCTGGGATACA GATTGGTCAATTAGTAGATGCAAATGAGAAAACTATTAATGGATCCTTTG ATGGTTGGTTCAGAATCATCTGTCTACATGGGGCAGATTGGTACGTCTGT CAAAGCAGGGTCTCTCCATTCGCTAGATCGATAGTCGCAAGGGTCCTCAA GCGTTATATGGAGACTTAAGGGCAACCCCAAAGGCCTCAGACCAAATACA GTTTCGACCCTTAGGAAGAAGATCCAGATAAACCCCAACTGCAGCATGCG TCATATGGTAATGGACCATGAGATTTTACCGGGATATCATGCGGAGCCGG TTTAATTTTTACAAAACTTGTTTGCGTATAATATGCAGAAGAAGCAGGTG GTCCCTGATGCCACACAGCAGAAGAGGTTAGAAAGGAATCATGTTTTATT GAAAGAGTTTTTTCCAACAATCAACCCTCAGTGATCTAGACGGATTAGAA AATCCTTGCGGTTAACAGGGCTTACAACTCCCAAAACGACTGAGTCTTGC CTGTTAGCATCGATGCATATCCACCTCAGGACAGCCTTAAACGGCAACAT CCTAACAAAGTTATGGCTCTTTGTGGTGGACTTGAATTATGGCCAAATAA GCCTTGATGGTGGTCCCCACCGGATTAAAGGTCAATTCAATGACCCAGAT AGAGATGAAGGAGGAAAAAATCCTACCCTGGCTGGACAGCGAGCATTGGG AGAATACGTACACTATTATGTAGGACGGTATGCCTGCCAAAATCCCAAAT AAGATAAAATACTGGTGTACGACAATTTGGCAAAGATATGACCGAAAACA ATGTGACCACTCTTTTCCCCGGACCTGAACCCATGGATTTATCCGTGTGA ACTATTTTAGAAAAGATGGTGATCTACAAAAATTACCCAAATATGAAGGC CTTGACCCAAGCATTGATTACAGCATGAGATAAAATCCCCGAAGTAGAAA TATGTATTATTTGCTAAGTGATACACCTCATAATCAAGGGTGTGGTGGCC AACAAGGGGGGATTAGTGAAATAATCAATTTTTACTATTTCTAATACTAT TTATAGAATATATATTTTTTTTAAAGTGAGTTCTGTTAAAATACTTATGA TTAATGTGTCCTATTTGAAAGGAGTCACCCTGATACATTATATTTTTCCG TAGTTGTCTATTAMKAAAATATTTKATMAATGGCAATTTTCTAATAACAA TATTCTGAATAGAAGAGAGGATTGTGGSCAATCCTCTGTACAACCCTCTG TGGAGAACTATATAGATAAATTAATAAGCTGGATAAATAACTGAAATCAT TTTCTGCTACAATATTATCAATTTATATTGAAATATATTATTATTAAATA TATTTATTTCTTATAGTTTTCATTTACATTTACAAGCATTAGCAGACTAA AAAAAATAAATTAACTACAAGGTGGTGTGCTAACTTGTAGCTTGTTGTTT TAAAAAGATGCCACATGCTCAGAATAANTTTTCACAGCTCCCTCAATGCG AGTGAAGAACACATATATAATACCCTTCAGGAAGTTGTGTTATTTTTTTG CGAGAGGGAGTCACTCTCTACTGCTTTATTTACAAACTAATATAAGTAAA CACACCTTATGCACCATTAAATATCCGCATCATTTGACTATGATATGTTG ACAATTTTTGTTTTTAATAAGGAAGTAATCATTCTTGTAGCAATCATGAT AAATTTAACCGTAAAACAATTTTTTTCCTAGGTTGCAGTTCGAATTCGAC CCATGAGAAATGAGGAAAGAGCCAAGAATTACAAGATCACATGTGAAAAA TTTGACAAAGACACAATTGCTCTTTATGAAAAACCCAAAAATTCAAACAA TGCCCTAGGTGAAAATCGCTCTAGTACCCGTCGTTACATCTATGACTATG TCTTTGGCTCCGATTCGACACAAGGAGAAGTCTATGCACAAACAGTAAAA CCTCTTGTTGAGTATGTTCTAAAAGGGTACACTGCCACGGCCTTTGCTTA TGGAGCAACAGGAGGTGGGAAAACATACACCATGGTAGGGAATGATCAGA ATCCTGGATGTATGGTAAGAGCCATGGACGATTTATTTAATACTTTACAA AAAGAGAAGAATTTGGCATATAAGGTCAGTCAGACTCTATTAACTCAAAA TTGATTATTTAAACTAATTTATTTATCTATGCAGGTGTCAATGTCCTATT TGGAGATCTACAATGAAAATATTCGAGATCTTCTACAACCTAAATCTGAT CGTTTGGAACTACGGGATGACCACAAGGGAAATCAGCCGCATGTAATTGG ACTTTCTGAAATTTTCACAGAGAGCACGGAAGAAGTAATGAAGCTTCTGG GTAAAGGGAACAAACAGAGAACAGAGAAAGCCACTGCAGCCAACAAGTAC TCATCTAGAAGTCATGCAATTCTCATAGTCAATGTAAAACAGACAGTCAA GCTGCCAGAGGGTGAGGTCAGTGGTGCTCAGAGATCAAAGTATGGAAAAC TATACATGATTGACTTGGCTGGATCCGAAAAGGCATCCAACACAAAGGTA AGGCAGATTCAAGGGTGTCCGCATGGCTTGGTTTTTTTCTTGATCAAGAC CAAAATAACATGATGTGGGGGCGATACAGCCCCCTTGCAGATACCCTGAT ATTAATCCCACTTTATAATATTGTATCCCGACTCATGCTACAGAATGAGG GAGAAAGGCTTCGAGAGGGTGCACACATTAATCAGGCTCTCCTTGCATTG AGTAATTGTATCAATGCTCTCGCAGAAAATAAGAAAAAGTTCGTAAATTT TAGGGATTCAAAGTTGACGCGTTTGTTGAAGGAGTCCCTGTCTGGAAACT GTTTTACAGTCATGATTGCTCACGTANTCTCCATGTGATAAACATCGGGA AGAAACAAAGAATACTTTGGTGTATGCGGATCGAGCCAAAACCATTACAA ACAAGGTGAGAGATAATTTATATACAAATATCTGTGTAGTTATGGGAGTA GATATATATTCCTTTCTTAATTTATGTATTTTGCATAAAAGTTGCCTATT TTATAATGCAAGGAATGCATATGCCCACTCCTTCTTATATGTCAAACTTT CCCTCCCACCGATATTATTACATCTTATTTCTGAAACCAAAATGCATTTC TCCATTCAAAAAAACAAAAATACAAAAACTCATTGTTTTTTGTATTTTGT TTCTACCAAAAAGTTTTTCTACATAAATCAAGTACTATCATAATATTTTA ACATGTTTAATATTGATAGCATGGATTTTCATATGATTCAACTATCTGTA ATTGCAAAAAGTCATCCGAATTTTTTTACTTAATAAATAATTAATTTAAA TAAGAAGCGCTTTTACATAACGTCATAAGTTAGTTTTAAATAAAGGAAAG TTATAGTGTGTATTTGTAAATGAATCATAATAACACTGACAAACTTAAGG GCTTAAGCTGTAGAGCAAAAAGAAATTTCTCTCCATGATAACATAGATAC TAACATCCGTAAACCTAATACCTCCACCCGAACCCTCCTCTCCTCCCTGT TTTTGCCCATAAAGGTTTCTGTACAAAATAAAAAAGTTTTTATCAAGTAA TTTATTTTTTGTTATGAATAAAAAAGGTGGATCAGTTTATAAAATAACTT TGAGTATCATGAAATACAGGGCTAGGCAACCTTAGGACCTGGGGTGCCAA CTTCAACATTTATAATCAATGAAATACAGGGCTAGGCAACCTTTGGGACA TGGAGTGCCAACTTCAACATTTATAATCAATGTTTGTGCCACTGTCAACA ATAATGGTAAAAAAACACACACAAACTACGGGAATATGTTCTTATTTACA CGTGCTAGTTAATTTGCCTKCGCGTGCCYGCAGMGGCKCGCGTGCCATAT GTTGCCGACCCCTGATGTAATATATTCCTAAGATAAAACGTGTCATTTAT AGAGTAGGATACCCGTTGTGTGCCCCTATATATAATAGGAAATATACGCC AAAAGATAATAATTACTCATAAAAAGAGGAAAATTAAGATAATATGTTAT TTTTTATTCTATTTTCAAAAAGTAAGATGAATTTTCAAATGTCGCAGGCA AAGTACATTTTGTACAGTATACACTCGATTTTTTATTTTTTTATGTTAAC ATATTTTACTATTTAAGCTATATCGTATGTTTAGTTTATTTGTGAGAGGC ATAAAGGTTATAATTTTTTCCGTGTTGAGACATTTTTTGCTACTGAAAAA CATGTATCAAAGAAAAGGCATCAAATTTGGTGTAAAAAATCAAGTTAAGT GCTCCACAACCCTTGATTTGCTTACAATGGCTTAGAATGAAACTGTTCGG TAAAAAAAAAAAACATCTTTACAAACTCTTCCAAGATGGCCAGGAGGATG TCAATGACGAGGCTCACTTTGGACGCACTAGCAAGTCAAAATGAATGTAA ATGTTGAAACAGTGAAGTAAATTGTTTTTGAAAACTGTCAAAATAAGAGA AGTTACTGAGGATATTGAAATATCGGTTAGCTTGTCCCATAAMTTTTTTC CYAACATATTGGGCATGAGACTAGNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNCTAGTGTCGGCGAAGTTTTTCCAAAACATATTAATTTTGACAAAAATA ACTGTTGCATTATTTGTCAAAAAAATCAAGATCACAAACATGGCTCAACC ATTTTTGCCCCATGTGACTTCTTCTTGTTTTCAAAACCGAAGAGACCAAT GAAAGGACAGATATGTCCAACGATTGAGTAGATAAAACTGATTCGCTAGA AGAGCTCAAGGTTATTCCGAAAATTGCTTATGATAAGCGCTTCGAGGATT GGAAAAAGCGTTGGCACAAGTATATTGTAGCTGAGAGGGATTACTTTGAA GGGGACAACATGAATATTGATGCATAAATAAATATTTTTCATAAAAAATA CAGCGTCCCCTTACTTATTGAACACACTTCGTATGTTTGACGATAATAAT GGGGATGATGGTATTAATGTTAAATATTATAGTGTCATAAAAGAAAAGAC TGTCAAATTGAGTCTGAAGATAAATATAGCAAAAGTATTAACTCTAGAAA TGAAAATATATTCGAAACCTTAGCTCACTAAACACAAAATTTGAAAGTTC ATCCTGGGTTACAACAAGAATTTCAAGTCTTCAGGATCCTCAAGATTAAT CTTCAAGTTTTTCAAAATTTGAACGAGAAACTGTTGCTAATCCTCGAATA AGATTTTTGTGACATATTTCTTAAAAGTTACGTACTAGTTATAAGTCTGA TTCGTTAACACTGATCTTTAACGAAAATAGAATTGGTGAAGAAATAAAAA TTGTCATCCAATTTATCTACTTAACGCATCCTATAACATTCTGTCGAGCA TACTTAAACAGAAAGTAGTTAGGGTCCTCCCTCATATTATATCCCCCAAA AAAAAGGCTTCATGAAGTCTCGGCATCTAGACCACATTCCACTGAAACAA AATACACAGCTCTTCTAGTCGATTTTGGAAATGCCTTTGACACATTTCCT CATAAGTCATTATAGAGCAAATTTTCCAGTATGAATTTCCTATTGGTTGC GTGAAAATGGTGTGAGTAATTCTACAAAGTGCTTCATCAAAGATTGATTA CCAGGAGCCAGTAGCTCAACAAAATTTTGGAACGTGAGGGAAACTCGGCA GGGTGATCTACATTCAACACCCCTCTTCATCCTATCAATGCACAGTATAT GCGAGATGATTATAGATTACTCGAAAATTGAAGGTCTAAAAATGAGATAC TTGTCATTGAAGTGTTTGCTGTATGCAGACTACCTTAATGTGTATCTTAT AGTGTTTTCTCCAACCGTGAATCATTCCTGAGGCACACCTTGGTTACGTT ACTTTCGTTACTTTTAACTCTGTACTTCGGGGTGAAGTTGCTTTGTCCAA TCATTAAGTAAGAAAATAAATAAATAATTAATTAAAAAGAAGTTAATTAC TCAAACTTTAAATTATAGTGTCAATTTTTGGTGGAGCAGCGGGCAATTTA GTACCATAATTTATTGCCCTATGGAGCCTTCTCTATTGTCTGTATATGTG TTCGTGAATTTTGTGGAGTATAATTTCATACTTCTACGTTGCTTCTTTGC TGGGTACTCCATTAAAAATCGATATAATTACTTAACAATAAACGAAGATT ACAGAGGGCTACCAGGCATAGTTCTACTTTGCCTGTTGCTTCATCAAAAA TCAGCCTAATAATGATAACTGCTAAGTAGATTAAAATTCATTCATCAGAT TGTCAATTTTAAAAGAAGGGACTAGCTATAAAATTCAAAGTATTTACATC AATAAAATACTATTTTATTGATGTCGGAATGGAACAGGCGAGTACTTCAA ATGCATACAAGGAGGGGAAGGAAAAAGAGATGCTCATAAGAATAAATGTA GTTAAGAGAAAGATTTCTAAATATAATATATATGTGATAAATCTATTTTA ACCACTTCATTTGTTGATATATTGAAATATGATCATAAATTATTATTCGA TAAATATATAATACATAAATATTTTGTGCATTAAATCACATATCTTATAT AATAAAAAAAAAGAAAGGAAAAGGCTAACAGACCAAATAAGAAATCAAAT TTTAAGAACACACTCAGAAATGAGGCATAGATAGGCAAATGAACTTTGCA TTGTAAATATSAATTAAGATTTTTTTGAATGTTTGTCCGTCAATAAAATA AAATATATGCTTTAATCCGTAACTTTGGTATTATTACACAATCTAATCGT TATGTGAAAAGTATTTATTTTTTTGTTCAAATACTACATAATCAATTTTT GAATAAAAATTGCAATTTAAACGAAGGAATCAATTTAAAAATTAGCTTAA ATTAAAAATTAACTCCATGGTTATAAAATAGGTTTTATTACGATTTGTTA CGCCTGATGTCAATATTTTAGGTCATAAATGTGTACGTTTTACAAAATAT AAATAAATAGAACATTTGCTATAGTATACAAATATCCTTCCTGTCTTGTT GAATTTCAAAAGTTGAGTTAGTACTACTGTGCTCATGTTCAAATTATATT GAAACATATGTAACAGTATATTTTTTATTACTGCTATTATTGTGGCTTTG ATGAATATTTTATCTAGTACATTTTTTCATATCAGGTTAAACATAAATTT TAATCAACAAAATATCTCCACTAAACGATTTTGAAATGTACAGATATGAC TTTTTCATTGTAGGCAGCGATAAGTCCATTTTTATCATTTCTTAATTATA ATTAACTGGTCAATTTTATATCATGAAACCACTAGTGTTGGACTGATTTC CCTAAAAGGGGATTTCAGTCTTCTTTAAATAGGTCCTAATTTTTTTTTAA CATTTAACGGTCCTAAGGACCCGATCTGTTGGTCCTTCTTTCCTACGGTC CTAGCATTTTATTTTCTTCATTCCTACAAGGATTGAAGAATATCACAACG TTACTATTCATTAGTGGGCTGAATGTTGATTGGTTGAATTATAACTAGTT ATTGTCCAGTTGCAAAAAAAATCTCTACAATAATTGAACAATAGCTCCAC AGTTTAGAAATATTAGCTAACTATCAACTGATTATGGGGCCTTTTTCTCT TTCTTTTCGGAGGCAAGATTGTTTGATACAATAAAGCTAACGATGTGATA TAAAAACAAAAAAAATATTGAATAATAGCTAAATCCTATAATTATAAGTA CTAGCCATACACCTCCTACTTAAAATTTAGGGTAGCTTGTACCTTAGTAT GAGGTTATGCTCAACAGTTGGAAGGACGTAGATGACAACTACGTATTTTT AGATGCTTTAGTTGCCTTAGTTGCATTATTGCCTTTTGGAAGCCGCACCC TGTAGAAAAATAAAAGATCTTCAAAAACAATCTGCTTTGTTTGAGATATA GAAATATTATTTGAGCGATTTATTTATGTGCAGAGAAATCTTTAATCACC ACATAATATTTTATTTATTATAGATTTCCTATATTTGATCCCTTTGAAGT ATCATTTTATATCTTTATGCCGTAGGTAGTAGTGTTCTTATGAAGTTTTT GGTTCACAAAAAAAAATAATATTTAATTTAACTCAAATAAAACTGACAAC TGAGTATTTTTGTTTCAATGAAGTAATAGAAAACGGATAAAAGATGTATA ATCATACTAAATGAATTAGAATAAAATAACATATGAAAAAAATATAATGA TTGATACATGATTTTTTAATTTTCTATGAACTTATTTAAATAAAAATACT TTATTTGGAAATTTAGTTTATTTCACCCTACGTTATTGAATTGGTATATT ATTCACCTCAAAATTTATAAAAATACTTCATATTCCGGTGAATCTACATT AAATATTCAATTCTTTTCAGAAGACTCCTGAAACATTACATCAGATTTCT TGATTCATCTTGATAATGCCTTGTTTAGGATTTCTTCGAACGTTTAGCAA ATTTTAATTGAAGTTTAATTAATTTAATTGACTGTTTTGCTTAAAATTCA TTCCTTTGTTTTTCCTCTTGATTTCTAGGATTCGTCGTTTTTTATTGTGA GGAAATGTAATTTAAGTATTATTTTATATAATACAGGCTACCTAATCACA AACTTATGGTTAMTAATTTTKATTTTCAAAATTTGTTTGAAATAATGAAA ATTTCATTAAACTATTATCATAACTTAAAAATTTAACCTAATGAAATGAG GGGGGTGTTAAGACCAAATTCATTTTTCGCCCAATTTTTCAGATGAAAAA GGATGTACATTTATATACAGTCAGAAACCCCCTTTTATTGTAMAATACAA TGAATTCTGACTTAAAAAGTCTATACTTTTCTTTTAAAGGAAGCCATATT TACCAAAGAAAGTAAATCGCTCAATATTAACTATTCATAAAATATAACAC TTTGTGCATGATTCAGAATGTTTCATTGTTTCCAGTGTATTTTTATTCAT CTTTCAATTTCCAGGAGAAAGATAATAATATTAAAAAAAAGTTGTCATTT AATTATATTTTCAACTTCGTATCGTAAATACCATCATGGACCTTTGAAAT TGTATTTATTGATACTCTCATGTCTTTGTCTAATTTGTCATTTAATGCAT TTTTAAACTTTTTTCTGTTATATATGATCAATTTTTTGATCCCTCTAATC CAAAAATATATGTTCTCTGTCAATTGAATCATTCGGTTAGTTTGAGAAGA GCTAGTAATTATACAACTTTGTTTTAATTAATTGATAGACTGGCTGACAG GGATATATCTTGGATATCTCGAGGATTTAAAAAAAAATCAAAATAAAGTT TCTTCATTTTAAGTACTAATTTTTTGTATCAAACATTTGTGATTTTACTA ATCAAAGGAAAGTACAGTGGTTCTGATCGTTTGAGTATCCGAAGTGTATT TGTTGGGATACAATTTGTTTTTCTTCAAAATCAAAAGTTAGGATCATGTT ATTATGTATTAAAAAATGAACTTTAATGAAACTTTTGAAATTCAAGAACA TAACTTTAAGATTGAAACTTCTGAAGTGCATTAAAATAACTTTAAAGTTT AAACTTCACGATGCCTTTAGAAATGGACAATGTCAATAAAAAAATCCTTT TCATATGGCTATAGTGGTCAAATAGTCAATTTCCCTTTGAATAATGAAAC ATTACATTGCTTTTTCATAAATTTTACTAAAAAAATATTGTACACGTGGA TACATCAGTAATAGAGGGTCTCTTACGAAACCAATTTTTACTAATCCAAA ATCCGTTTCCACCATGGGTTGAGATTTAGTATGGGTAAGAATGTCCTACA ATATTTTATTCCTGCAGTAAAAATTCGAAGGGCTACTTCCCGTCAACACT TCCGGTTATTTCTAAAACTTCTCCAAAAATGATGTTACATGTACAATAAT TGTTTTTTTTTGTAATGTAGTATGAGTGTAAAAAACAATTTTTATTTGAT AAAAAAATTACTTTGTTAATTAAAAACAAGGTTTTTTACTACACTTGTNN NNNNNNNNNGGACTTTATCAAAGAAATATAGTGTAGAGTAATTTAAAGCG CGCTGCAATTTTTCTTCCTTTGTTTAATTTTTTTCAACTAATTATAGTAA ACTAAACTATGTAAAATTCACATATAAGAACATTTGTAATATAAGTTATA TTCTTATTCTAAGCTTTTAAAAAATAACAAAAATATATAAGATAAAATTA TTTTTTATGTGTATAAAAATATCGAAAAAGGATTGCAAAAGTAACATTGA TAATTAGTTATCACCATCTAAAGCTATAAAATCTGACTTTTGAGAGTTCT TTGATATTTTTGATCTTGAAGGATGAGTTGTTAATAATCTATGATGTCTA GTTCTTTCATCCGGTGTTATTTTAGCTTCTTTAGTAGTTGATGCGACACA TCTATCCCCATTTTGGGAATGGCACGGGATGTCTGGTAAATTCNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN 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NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCCCCC CCCCCAAAAAAAACTAAATAAATATATATATATATACATATATAATGCTG CGGGTGCCCCTGAAATTAGTGGTTCTCAAACTGTGGTATGCATACTACGG TTGGCAAGTGAAGGAACGTCACAAATAAATTTAGTTTATCCTGATATTGT ATTTTCAGTTTGCACATAATGGGGATGAACTTGGAGATTTTGATAATATT TTTCAGGTTATATTCAGTGTAAAATGTCTTACAGCTGCTTTATAAATATT TGTTTATATTAATGGGATTTTTAAGGAACAGAAAGAGATCAATAGTAACT CATGTKCCTCCCTGCAAAATTTAGTTGCCTAAATGAGTTATTTTACATTT CTAACGAGATAAAAATTAGCCATAGAAGTCGACTGTTTGCTTCATTTATA GGAATGTGTAATAAAATCCTATAAATTTATAGATGACCTCTATTTTAGTT ATTTGTGCATGCAAACAACTATTTCCATAACCCACAACCCCAAAACAATA ATTCCTCATATCATTAGGTGTAGTTAATTGTCCTAACGCATTAATTTATC ATAAATCAAAACTGTTTTTGGTTAAGTACAAAAATAATAAATATATATCA AGATAAGTACTTTGGAAAACTCAAGAAAAAAAAAAGAATAAATACATAAA AATGTTTATTCATATTTATGGGCTGTAATGAATGGGTTTCAAAAGAATGG GTAAGTAGATATATATATAGGTATATTGATGTACCTAACAGTGTGGTATA TCTTAAAATATCTATGATTAAAATTAATTCTTTTACGTGTAATTATTTGA TATTAATTTAATTTCATACTTATTTTCAACAAATTATAGTAAACTAAACT ATGTAGAATACACATATAAGAACATTTATAATAAGTCATATTCTTATTCT AACCTTTTAAAAAATAAAAAAACATATAAGATAATATTATTTTTTATGTG TATAAAATTATCGAAAAAGGATTGCAAGAGTAACATTGATAATTAGTTAT CACTATCTAAAGCTATAAAATCTGCCTTTGAAAGTTCTTTGATATTTTTG ATCTTGAAGGATGAATTGTTTATAATCTATGATGTCTAGTTCTTTCAACT GGTGTTATTTTAGCTTCTTTAGTAGTTGATGCGACACATTTTTCCACATT TTGGAAATGGCACGGGATGTCTGGTAAATCCAAAAGTTATCCTTCAATGC ACTTCAGAAATTCTTCTTTTTAATATCAAAAGTTAAAGGAGCTTCCGTTA AAAAACTATAGTTTCTGGGTGTGCACCAAATGAGTTAACTTTGAATGAAC TTGTAACTACATCTCGTTCCTCTTTTGTAAGATGCTGACGTCCTTGATGT AATGCAAAGAAATAGTGCTGAGAAGCATATCCAACGTGAATATTCTTTAT AATGTTTACGAATGTTGGTCCATAAATATTAGGAATGATCACAACCATTC TTTTAAGTTCTTCTGATGGATTTCTGGTTTGGATATAGAAGAAGAAGAGT GGATGCTGTAATAATCAATCTAGTATTGTGGACAGTTCCTGGATGTTTTT TTAGGAAAGGCTTTGTGAATGAATGTTGTCCATTTGGAACATTTGTGCAA ATTTATAAAAAATACTTTTGACCCTACTGAGTTTGTTTTTAAAAGAGCCA TCGACGTTTGGGACGTATCCTTTGATGGCTTCATATTTTATTGGATCCGT TAGGCATGAAAAGTTTGATATATGCATTCCTCATTCTCCTCTAAATGTGT TGAGTCCTGTTGATCTTCCATGATAAAATTCAAATAGTTTTTTGAAGGGT AATTCATTAAAATGGANGCATGCAAATAATCCATTGTAAAGGAGTGTCTA ATTTTTGCTCAAGAAGCCTAATGATGCCACCTTTGTGCCCCGGATTTACT GCAGTTCCATCGCATCCAATGGGTTTGATAGAATGAAGACTTCCAGATTC AGAAATTGAAGAAAATAATTATTCTGCTTCTCCAGAAATAGGGAAAAAAT GGCTGATATATTACCTTCTGGTTCGTCAATTACTGTGATATGCTCCTCAA ATATTTCAGATCTTTCAGACCCGGGCAAGGTTTTTGTAAGATCTTTGCGA CCATCAAACTGGATGCAAATGAATTCTTTYTTTTCTTCAGCAATTTGATT AATATTATTTAGATATTTCTTTGCTTGTCTCACCCCTTTCGATGTTGAAA GTAAACTTTGGGGAGTAGCTAGCTTCAGATCTCTTAATAATGCATTTCCA TATGCTGCAGCAAAGACCATGCCTAATATGAATTTTGCTAGATTCTTGGA GTTCGGTATTGTTTCTTTGTAATGCTGTTTGGTATACTTGATTGTTTGGC GTATCATAATAATCCAAATTACTTCTATAATCCCCAAAAATGTAATTTTG TTGTTTAGATTCTTCTTTTTCTTTGTCCAAAGTAGTTATTCTTTCTTTTT CTCTCTCTTTTTGTTTTGCCATTTTATCTTTTCTTTCTTGCCTTCGAACA AATTTCGTATAATTATCTCCATAGGACTGACTTGCTGCCTTGTTAATGGA TGAAGTGATCATGAGTTTCTTAAAAAAGTTTTGATCCATGTAGCAAGGAA ATTAATTCTCTGGTATTTTTTTGAAGGAGTCACATGTGCAATTTTTCACT TTAAAATAACTAATTTTCTTATTCTTATAGCAAGAACATAGAGCAATATC AAAAAGATCTGACATCTTTTTCAAAAACTCACCAACAAGTTCATCACTAA ATCGGTTTTTTACATCCATCTTCTTTACTTGCTCCTTGATGAGAATTTGT AAATTCTTTGATGAGGTACTTGATGCTATAGGAAGGMATGCTAGCCATCT CCCCAATTCTTTTAACATTCATTGACATTGTTTCGACGATTTGAAAATGT TCTTTTCTTGAAAGTCTTACACCATTAGGATGTTTATTTTTAAGGTAGAG GTAATATCTCATTAAGTCTAGCTTACTTGGCAGAGCATTCAAGGGAAAAT CGCGGGGACTTCCAAATAAAAAGTGCTTCTAAGTGCTCCTTGTTCCTAAA GCCATGATAAGTGCAAATAAATAATAGTTGTTTGTAGTTCGATAACTTAT AGAATGAAGAGATTGATTTTATAAAACAAAGGATATAATCATAATTACTC AATGAGTAGTTAAGTTCTTTGTTCTTCGAAGTACTGAGTAATTAATAATG ACACTGGTAAGACTAAACAAACCCTACGGGTAATACTGTTACTTTTTTAA AAGTAAGATTGTAATGATTTTATAGGCATATACATTTTACACCAATGCCC ATTTCGGGTGCCTAAGAAACACAAATTCCGTTGTGTCTNNNNCCAATGTA AGGTCTCAACTACAAACTCAATTTGATATTTGTTAAAAAATCCAATAGTT TCTAAATTTTCACAAATCAAACTCCCAAATACCAAACTTTGTCTTATTTA TATTCATTATTTTGCTATATAAAAATAGTTTAATTTACTATGAAGAAGTA TAAAATTTATATTACAAATATTCATATATGTGTATTGTACATAGTTTAGT TTACTATAATTTGTTGAAAAAAATTAAACAAAGGAAGAAAAATTGCCACA CGCTATAAATTACTCTACACTATATTTCTTTGATAAAGTCATCAAGTGTG GTAAAAAACCACGTTTTTTAATTAACAAAGCGATTAATTTTTATCACATA AAAAAGGTTTTTTCATTCATATTACATTACAAAAAACATTTTTGGAGAAG TTTTAGAACTAACCGGAAGTAGCCCTTCGAATTTTTGCTGCAGGAAAAAA ATATTACAGTACATTCTTATCCATACTAAACCTCAACTCATGGTGGAAAC GGATTTTGGATTAGTAAAAATTGGTTTTGTAAGACACACTCTAATCAGTA ATGATTCATTTTTTGAAATTTGACCAGGTATGACATTTTGTTTTAAAAAA TGATTTATTACAACTATCAATTATTTTAGGAAGCTATGACAAAAACAAAA CAAAACTTTACATTTGTAGTACCACGTTTGTTGTACAAAAACCAATGTTA TAAAAAAAGTCACTAAATAGTCATTTTGGAAGGTATCAATTTGAAATTTC ATTTTTATTTACCAGTCATTTAGCAGAAGATGTTATTTTGGTAAAATCGC ACATCTTGTTTAATGTTTGTATTTTGTGTAATTTTAAAATAAAACTACAA GCACCTTTGAACTTTGGTACTTTTTGTCCACATGTTACAAAAAAAATTTT AGTTGCATCTTTTTGAATTTGAGCGAATTCAAAAAGATATTATTAGGTTC AGATTATATATAAAGAGTGTTTTTATGTGATTTTATATGATTGTTGATGT AGGCTATTTTCGGAAACTAAACAATAGAAAAAAACCCTTTTCTCTTTGAT ATTAATGAAAATAGTGAATTATTGGATGTCAAATTTGAACCAACAAATAA AAAGACTTACAACTTACAGTCTATCAAAAATGTATACCCCAATGGTTTCT TATTATACATATATGTCACCCTAATATGTATTGTAAATATGTTATTATAA TCTTTCTTCCTTATTGTCGATAAAAATTAACTATTTTAATGGACAAAATA AAATATTCTGCTCTAATTATCCTATTTTTATCGTCCCTCATCGATCAAAA AAAAAAAAAAATGTCCATTTTTGGTTCTGTTTAAATTGAATTAGCTCAAT TGTTTTTCATTTGTATAAAGTAGTATTGAATGCATCTTTTTTTTTTAATT CTTAAAACTATTTAATAGAGTTTAATCACAATTGATTGGAAATTTGTACA TTTTATGTTGTAAAAATATCAACACAGAGCCCTCAAGGTGGTGTTTCTTT CAAGTACGATGCAATTTATGACGTCAGAGAATATATTCTACAGAATAAGA AACATAAATTAGATAACCGGATCTAATGGGACATGAGAATTGTTTCCTCA TAATTAGGGATGGGATTTTTGGAGATACTGAGGAAAAAGAGGTACAAGAA TCAGCAGCCTGTTATATATATACAAATATATTTGGAGGGCAGGGTAAATT AATTGCTGCAATTTCAAGTAGAACTGTCTAAATTTAAAATAGTATTAGGA GTATTAAGGAAAATATTATAGTTATATTGAAAAATCGATATGTTTTTTTT TGTTATACTTTTTTTTTAAATTCAACAAAGATAAGTGGAAATTCTTCCGT TAAAGATAGATGTTAATGCCAAGAGAATCAATTTAAAAATGAACAAAACA GGGAAATTAATATAATCACCAACTGCTTTTCCTTTTATAATCTATAAACT GTATTTTTTTCCTAGAAAAAATATTTTGTCTACATGTGAACTTGCTTTTA TTATTATTTATTAGTATTTGTATACTAATCTGCTTATAATGACAAATTAG CACATCTCCAACATCTTGGAGATTTATGTTTTTTTTTATCAACTAATAAA TAAATTAAAACAGTCAAAACCAGATTCGTATTTAGACCAGTTCAAAGACT TAGATTTTAATCCAGAGTTGAACTATTGGAACTTTAGTCCTTATATCTTT TTGTAGACCATATCAACATTTATTTTGCATAAACCTTGTTTACTTAGATT AATAAGTAAATAAAGTCATAGAGAGTAGCGCCGTCTTGCGGCGAAAGAAT ACATCTCTCTGTATGWTTTTATTWTTGAAGTTAAATTTCTTCYCCGCAYC CGCCATTAAAAAAAAATAAACTATAAGATACAGACTGTGGCACCAATATG TAGCTAATTTATCATGCCCTGCTAGCATAAGTTTCTTCGTTTTTATTTTC CCTCATGATGATATTATTCATTTTTACTCCTATTCTATATAAATTTATTT TCATGATAAAAATAAGTGTAATATTAATGCCTTCAATTTCCCACGTCCAT CTACCTATTTTTCTTTTCATGCATGGATAAATATACATAACAATGCATAA TCATCTCGTGAATGATAAAGTTATAACTTCAAGTGACGGCTTTTTGTATT ATTTTCTCAGGTTCGTCGTAATGTTCTGGATGTATCCTATCATGTATCCC AATATCAAGACCTCATATCCGAATTAAGATCTGAGATTGGACGACTGAAG GAGAAAATTGACAGCACAGAAGCAGAAGAAGAAGGTTTGAGATCCTTGAG TCCCAAGATAAATATGGGGGAAGAGCATAGCAATAGCGAACTGAAGGAAA TTCGAGAGGCCATGGTCCAGAACTTTAAGGAGCAAATGCAAATGAGGTAG GTTTCCATTTCTAGATATTCTTAGGTGCTCATAAATAAATTATCCAACAA ATATGTTTCTTGCAGCGGTGCTGGAATCATAGGGGCCATTGACCTCCATT TTTTAAAACTAAATGTAATTTTTATACTTTAAAATTCTAAGGTTACGTGA CTAGGACATCCCCAATATATAATTTGTACCCCTCTTACAAATAAATTCTC GTGGCACTGGACACATGGCCACATAACCAAGGCACAAAGAGTTTTTTTTT TTTTTTTTTCAAAATTGAGTCTGGATTATAACTTTTGTATTCTTAATCAA TTAAATTATAATCAATTATTTTAATTAATTATCCTAACTAATCCCTTTCC GTCCTTACAAATTGAACTTCAAGAAGCAAGAATGCATCTTAACAATGAAA GATTATAAAATTTATCGATTTTATTTGAAAATCCATGTGAAAACGAAATT TAATCGAATAAATCTAATCAAAAATTTAAACTATAATTAACATTCTTGGG TATCTCAATAAGGTTCTGGGAATATTGGCCGAAATATTTTTGCCGAATGA AAATTTGCGGACGGAAATTTGGCCAAGGGACCATATGGGTAATTTGGTCG AAAAATGATACTTAATATATGCGATTTCATGTTTTAATTTTATTTAAAAT GATAGTATGATAAATAAATATTGATCCAATATTATACATATAAAAAATGG GCTGAAAAGTTACGGGCTTAACGAAATTAAACAACAAGAACGTTTTCTTC GCTCAAAATCGGCTTTTGTAATTTTATTATTTGCTTTATAGAACAGAGTC CCCATAACACTTTTCAAACCCTTGCTTAGCTTGAATGACATTTTTTCCTA TCAAGGATAATTGTAAAAGTAAAATACGATTTTTTAATCCTTTGTATTAG AAATAACAAAAGTTGCGTCACACTTGGCACAATAACACACAAACTAAAGC AATTTTGACAACTGTCTTTTGAAGGTTGGTACTTACTGAAATTGAGGTGA ATTATATAAAGGAGTGGCCTCTTTGAATGAATCCTGGGACTTTTAAGTGC ATGTTTTATATGCAATTGCATATTGTAATTCAATTTAAAATGAGGATAAC ATCAATAGATATTGTTCATATACTTACTACAGGCAAAGTAATTGGTGTTA TTTTGCAGATAAATATTTTTTATTGCCTCCCCAATCCTCTCAGTGGTTTT CTTCMCCACCGACAACATCCTCTTCTTTAGACATTTTGGATCATCCGAGT GGAAATCACTGACTGCTCTTCCCTTCTAATTATAATTTGTAAAAAAATAT TTTTTTTCAAAAGGAGACTAATTAATTTATCTACATGACATATGAACAGT ATCATACTATAACTTTAAATTGAATTAAAGTATACAATTGCATCTATCAA TATATTAAATATCTTTTCTTTGACCCAATGTCTGTTCCCTATTTTGTCTT TAGAAAAAATGTTCATTAGGCAAAAAGTCATTTGGGAATTTTTTTTCAGC CAATAAATATAAATTCTAGATAGAAATACCTTAGAATGTTAATTATATCT ATAATTGAATTAAATTCATAATTCATTTAGTTCTCTACTTTTTTTAACTA AATGTAATATTTATAATTTAAAATTGTAAGGTTACGTGAGGAGGACATGA TCATTATATAATATATGCCCCACATAGAAATATGTACTTTCTAACATTGT TGAACACGTCAACACAAAAACAAGGTAGAATGCTTTTTGTCAAAGTTGAG TTTAGATCCCAATCAATAATTTTTTAAACGAATTATTTATCGTTTATATA TATTATTAAATTATCCTCATGAATCATTTTGAGTTGTTGTAAAATTGCAT TTCAAGTAGCAAACATTCAAAATTAAGTCTTATAAATCAAATGAAAAAAT TAAATTATAGTTTCTATTCGTGAGTATCTTAATTCATACCAGAAATTTGA ATACAAAGTCTATAATTGATGTAAATATGACTAAGAAATATTTGGTTCTG TGTATAGATGTTGTAAAAAATAAATTGGAGAAGTTTTTACATTTTTGTTT AAGGTTGTTTTTGTATTATTAACTCCTAACCACATATAAACAAGAAACTT TTTATTTAAAAAAAATAAAAAAACTTTAAATGAAAGGAAATTTTAGTGCA ATTTGTCATCCAACATAGTTTTCACAATTTATACACACATAGATGGCTAT GTAAATTCTTTTCCTGAATTTATTAATTAAAAAATTAACAAACTTGGAAG AATTCTAATGAGTTAACTTTTTATTTAAGTTATTAGAGCTCTAGGAAGTA ACATCAAATATTAATTTTTGCTATATTTAGATTCTTCTATTCATGTGCTG AAGCAAACATTAGATGGATGGAAATAAAATTACATAATTTATTTTGTATT AAGTAATACAAGTTATTTGCCTTTTTTATAAAGAATATTTGGGATGAATG AAAACAAAAAATCTTGAACAAAAATCTTAAAAAGAAGAAATGTCTAATTG TTGTTTTTACATTATACACAATCCAACATTTCATAAAAATATACTTTGGT CAATTATGGACTTTGTATTCAAATTTCTCGTATCATTAGAAATAGACAAT AATGCCAAATATAGTTTGATTTATGGGACTTAATTGGACTTCCGATACAG CATTTTAAATAAAATATATCCAATTCTAATTTCTTTTATTAAGAGAATGC ATTTCTACTTCTTTAAGTTTAATTTTTTGTACTTCAAAGGATTAGTTAGA ATAATGTGCAAATAGAAATGGACTATAAATCGTCGAAAATTACAAAATTC TAATCCAAACTCAATTTGGAGGAAAAGCTTGATTGGTGTGTTAGATATGT ATTACGATTTCTCATTTCCCGGAAAACTATTTTTGTGAACTATACGCTTA GAATACTAACTGAGTTCTTTAAATTTGGTGGTTTATCCTATTTTCCCTAT TGGTCCAAGCTAATCATAGTTTTGTGACTGTTTTTGTTGAAAAAATGTAT CAATTGATAATTATTTTATTCTGATGATTGATTTTTCTACTTGGACACCA ATTTGTGACGCCTCCACAGCGTAAATAATCTTTGTGTCTCTAGATATTAA ATGGAAAACTGATCCTTTATTTCCAACGTCTATTATTATAAACTCAAAGC ATGGACCCATTAAAAGATTATATTCTTATTTACAAACCTTCAAGTCTGTA ATTGAATAAGTAGATAAATAAAAGGTCACTAGTTTAAACGAAGTGGTCAT TCAGAAAAGTGTCTGTTCGGCAATGCGGCTTTTGGCAAAGTGTCCCTGTA AAAAATAGTTAGTTGGTATAAATGGATAATAATTTGTCAAAGATTTTGAT AGAAATAATTATAGCTTGTTTTTGTGTTGACATCCTACATATATAAACCA AAAGAAGTACCTACGTATAAATATAAACATATCAGTTTCCCATTCAGTTT TATTGTATGTATTCTCCTTATACTACCTATGGCTAATCATTAGGTATGTA CTGAGTGTAGGTCATTGGATTAAACATACAATACATAGATTATATATATA TATATATATCACGAATAATAGTAACTATTACTAAAATATGTTACTGTTTA ATTAATTTATTTTTACATATATATCTTAGCTTCAACGAGACGACTCCTGA CAAACGTCAATTACAGCTGCTCAAAAAAAGTGATATAACTATTCATAAAA TGATATTTTTATAGCAAAACATGTTCCTTTTAATTTAAAAATGTAGTTTC TTAGTAGTTGGTTAATTAATAATGGAAATAAACTTGGTAAAGTAATATTT ATGAAAGGAATATAATAAAGATGTAAATGATTTACATTTGTCTATGAAAG ACTTGTTTACTAATACTCTTAGGGCATGGATGTATTTTGTAATCACTGAA GGTTTTTTTTAGATAAATTTACAGAAAAATTAATTTCAATTTACATATAC TACAGGCTGGCGCGCGKATAATGCAATACTTTTGATTTTTCTTATGTTCC TGGTTTATCAATTCAGCGATTGCTAATTTTTTTATTATTTTTTTCTTCAA CCTATTATCAATCAAAAATCACTAAATATTTTTTTGTTTTTGATCAAATA AACAAATAGTTATTCATAAAATGAAGCAGAGACGATCTGAAACTCTTGCT TTTTACACCTAGTGCAAAAAAAAAGAAAAGAAAAAAAGAAGTGCCTTGAT CCACGTTTATTTGCATTGACGTAACGCTTGTTCATAGAGTATTTCAATTT AATAAACTAACTTTTTATAAAGTTATTAAGGAGAACTTACTGTACTTATC CGTATTGGTGGAGTGTAAATCAAAAATAATCTTTGCAAGAGAAACTGAGG CTCTTGTCGGATTTTGTCTCAACCCAGCTTTTTTGGAGTGATGAACTTAT TGAGTGGGATATTATTCAAACACTTGGATCTATAGACCCCCACTCCCCGT GGAGTAGGATCCTTAAAAAAGGATGTGCATTCTCCGATAATTTTTGTTTT CCAATTTTATGACAGTAAATGATTAATGAGCTGTTTTTACTTTCTTGAAA ACTGTATGTATTTTCTTCTTCTACGGAAGCTTCCTTGGAGTTAGGACAGA TCCTTTTAAGAGGTCATTTATTAGTTTATTAGCTTCCTTGAATTAATTAA TATTGATCCTTTTTAAAGTACGAAATATACAAAAAAATGCAAATAATACT TGAAAGAAAAATGGTGAGGTTTGTTTTTATTTGCAAACTCCACAAAAACT ATCAATTAGGACAATAAATAGTGATTTTTGAATTTAAACAAAGCTCTGGT GAATGATAACGTTCATTAATTACGTCATTCATCTTGCAATGTTTACTATA TGTTGTTATGATTGTTATAATATTATATATAATGTTGTTGAAATTAATGA CGCTGAAAATATGTTCGCTAAAAAATATATATGATCAAATGAATTTGGAT AAGATGACACTTGCTGGAATAAACCTGCTCAAATGGATGCAAGTCTCCCT TGTTGTATACGTAGTAGAATGGGTGATCATTTCCTTCCTCTCACGACTGC TTGTAGCCGAAATAATAAATCGTCATGCCAGCTAGGCTTCCTTCTTTTCA AATACATATCCAATTTTTAGAGTTACTAGGTTAGCTTTTGGTTTCTTTTA TTTTTAAATAGCAACAATACTGTTTTGAACTATTCATTCCAATCCGACAC TACTACAAATACCTGTTTTTACGTAAAGTACAAAATAAAATGAAATAAGA TCTGGGGAAGTGTTCAAAACACAAAAAAAAAACCTTTATTTTTATTGTAT CTAAAATATTATTTATTTCTCATTTAAGTACCCAGCTCATATTTCTGTCT AAACAAAAGCTTCAAATTTCATTGCCTCATACTTCCTACTTTGTTTATTT TTACTTATTAGTATAAAAATAAGGAACTTTAATCAAGAACTTGAACATCA AATACCAACTCAAGGTACATGCTTACATAGGAATTTTGGGCACATCTTAA TTAAACACAGCATTTTATTAGTTATTTTGACGTATCGTTTTTCCTTTCAC TTTTTCGTGTTGTTTCTTCGTGGTACTTGAACACAATTTGTTCTGGAATT CTAATGGAGACAGTGAGGCATAAACCAACGGGTATAAAATAATAAACATA AGTTAGGGGAAGGGGGGCTGTTCAAATTCAATTCAATTTTATCCCAACTT TTTGGATGTAAAATGATCTTTAAAGCACTCTAGAAAAAAAAGAAAAATCC GCCCTACCCCCAAAATTACTTTTTCACCCATGAATCCGTATTTTTAAAAT CTATTTTCAAAGTAATAATGTTGCAAATGTTGTGATCATTAAAGCCTTTT TATACTTAAAGTAATAGTTTTATAATATTTTAAGTTTATACAGTACAGTT TTAAGGTCTTATAAAAGGTCAAAGGTCACAAAAAAGGTCAACATCTTCTA ATTTTTTATTCTAACGTATGTACTAGAAAGTAAAATTTTGGATACTCGAA CGATCAGAACCACTGTATTTTCTTTCGATAAGCAACATCCACAAATGTTT GATACAATAAATTAGTACTTAAAATCAATGAACTTTTTTTTTTGCATCAG TTTCTTACTCTTAGTTGTATATTATANNNNATTTAAAATGGGATTAACCA GTAATCATCTAAATTAGTACTTGGTGTACTTCTAGCATCATATTTATGTG TATAAATATAAATGTACTCAGTTGCAATGCAATACACTTCCATTCGTGAC AAAATATATTTTTTAAATTATTGAACACTATTAAAGAAAGTGCTTGAAGG TGTTTCATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNTTCTTGCTTCTGCTTTGAAAGATCATTG GCTGMTCTGCAATATTTWTATTATTGGGGAAAAATATATAGGCAATAAAA TTGAAGTTCTTTATATCCGCTTCCTCTTCAATATGAGACGCCCACCATCT TAAAAAAAGTCATAAATGGGAAAGCGATATGAAAGTTTACAATGGGAGTA TGGAAAAAAAGTTTCATATATTTTGCAAAAATACACATGCTAGAGAGTCT CAAGAAAGTGATTTTGGAGTCAAAATGGGGGATGAAGAATTTCAATTTTA GTACTCAATGTGTAATGATCGTAAGAGCTACTGTTCAGAACAGGTTGATA AAAAGTGGGAGTGAACAATAGAAAGAAAGCAAGCTAGGGAGAAGATCCTA CAAGCCCAGCAGAATAAAGAAAAAAAACGGAAGATAGATCAAGAAACACG GATTGAATCATGATATGAAGAATCTCTGGACAAGGATGTCACATTGCTGA ATTCACTGATGATATCCCTCAAAAGGTTGAAACTACTGAAAAGTTGTACC ACCCTGAAATCGAATAAAAAAAAGAAATCATTTATTTCTATAAAGAATCA TGCATCTGATGGTGATAGTGAAAGGGATTAAATGCCACAATGCTATCGTC ATATACGTATATCTTCTCGTAAGATAAAGTCTCAATTTTATAGTTCTGCC GACAAACTCATGAGTGTATACCACTGCTCTCAAAACCAGGCTGMTGCAGA CATAGTGGAGACAGCAAACTTTCTGTTCGATCGAAACTATCATTTAGATA ATCCTTATATGATTGATCTCAGTATAGTACTACCCAATTCACAAACACGG CAGGCAGGTAACACCATATTGGTGCAAACTCTTTCCGAAATTGTTCAGCT CATAATGACGAGCTCTGAGGTTGTCATTACCTACCACGACGATGAGAGTA AGAAAAAGGGATGTGGATCATTTAGTGTACAAATGATCACAATAAATGGC AAAAATCGTGCTTTTCCTACCCTTCCGTTTCATCTGAGACTAGAGATAAT CTGACTCAGTTGAGGCAAAAAGTTCTTGATATTTTATCAATAGTCAGCGA TGGTAAGTAAACTCCTAAAGATATTTAAGAAAAAATAACATTTAAGCTCA CTGATGGAGTTAGTTACAATTTTGGAATCGAAGAAATCGTTGTTGCTCTA AATTCATAACTATGGAGTCACTTCAATCTTGTAAATATCGGAACGAAATT ATTTCTGCAATTTCTAGTGTTGTAAATGAACATTCAGACATAATTGAAAA AATAATTGCTATTGTTCTTCCAGAATTAGCTAAGGGATTCCACCAACGAT GTCTTTGGATTTGGAGATTTTAATTCAAACAGCAGTATCCCTGTTAGTAA AAAAGATCCACCCAAACTCAAGAATGCGCCTATTAACAACCTGACAGCTG AAAGGCATGTAGGTTCAGTTCAATATGGTGAGCATGTAGCAATCTGGAAG AGATGGAATGATTAACAACAAAAGTTGGAAGAAATGGGACTTAATGTTAA AGAGGCTCAAAATAAGAATTGGGATAGAAAAAGAAATGGTGACTTACAAT TACTTAAGTCAAAAGGAGATCCCTTCACAAAACCAGATGAATTCACCAAT TCTAACATATCAGAAAAAGCTAAAATCGAACGGCTTTGTATAGCAATTCG ATACAATAAGGCCACCAGTCTTCCTTTGCCAAGCACATCATCTTTATTCA AATTAAAAGAAAACTACAGAACATTATCAGTTGATAAATATGCAAATAAT TTAAAAACATATCCATGAAACATATGCAATAAAGCTAATTTAAGATGGTA TGATTTTGATGTAGTTTTAGATAATTTATCTGAATAAACTTAATATAATA TAACTAATATTGCTTTAGTATTGAGATTTAAATTGTATAAATATTTTTAA TAAGTTTTACAATACAACATACCCACTTAAGAATATTAAATTTAGGAAAA ATGACCTTTTGTGACCTTTGACCTTAAAAATATATTTCCTCAATTTATAT CTCTGTAAACCTATCGTTTTTATTATAAATTTACATTTTTTGATAAAATA ACACCCCTCCCTCCCCCACCCCCCAACTTAASTGATAATCCTGACAGTTT GAAGAATGTTTGAAGGAAAGCATCTTAGCTGTCATGGCGTTTTATTAGAT CAGCTGCAAGTAGGTGTGAGACAAAGGAATTAAACCCAAATCCTACTCCG TATATATCAAGGACAGTTACCAAGTCTAGAATTACTTTGATGTTGATCCT CAAATCTACTCCAAGTCTAACAAGGACTTAATCTTATCATTATGGAGAAG TAAACCATTATTATTACACTCCCTTATTCAATAAAAACATGCACCAGTTA TTATTTTATACTTACATAAATGTTCATTGATGAAAAAATTATTATAATAG ACTAGAGTCTAGCTTTTTATAGTTGCTACATAAATATATGTTTAGATGTA ATCAATACTTTTCCCAAAATAATGATTCAATTCACAATATGGAAAAATAA GTGCCGGACTAGAAACTGGCTTTATCATAAATATTTCATAGATACTTAAA AGGCAAAAGGAAATGCTAATAGTCATACGCATAGTGACAAAAACAAAGTG TTAAAATTTTTGCTAACTTCAAAGTCAATGTCACTGATTGAACATTGTTG GGGAGATTAGTGTATTTATGTATATGACGTGTAGAAGTTGTTTTCTCATG TGTATGTACCAGTGCGTAAATGAGAACTAAACACTTTTAATATGGAATTT TTACAAGTTATTATTATTTTTTAACTTGGTGAGCTACATTAAGTAAACTT TATACAGATGTTGGTGCAATTTCTAATCTTTAACGTAGTCCCCATCAATG CCCGCTGGAAACTCTGACATATGGTAATGTAATTACAGAATGTAATTGCG TCTCATGGAGTTTCAATGCACATAAATGGAGGCATTGAGAGCTTCGAGAT TTGGTGCCATTGTACGGCAGGCCTGGMCTCAACATACGTCTAGAAGGAAA AGTCGAGCGGGTTGCCATATGGTGAGTATGAAATCTGTATTTTTTTCGTC CAGAATTGAATGTTGGGTCTGTCTAACCTTTACTGTGTCTATGTCGGTGC AACATCTTGTTTAAGTTCCACACTGAAATCTTCTGAGTTGTAGAGCTCAA TATCTTTGGCCTTTCTACACAATGTAAAGATAGGTGTGAGATAGGTGTTC ACTCTCTAATGATTGCCCTATCTTGATGTAGTAAATAATTCGCCTGCTTG CCTTAGTCATGTTTTGGATCTCTGTTGGCGTGTGTTCCGTGGGAAGTAGC TCCATAAGTCAGTTTACCTCACTCGTGTTCTAAGATTTTTTCTCCCTTAA TTCTGATGATTGTTGGCTTGTTTGCATGTCATACTCGTAGAACCAAGTCT TATCACCAGTTAAGATGCATTAAATGAAAATTGGTTCGGAATTCGTACGA TCAAACATTTCCGAAGAGACTTGCTCAATGTACTGTTTTTGCAGGAAATT CAGCTCTTTTGAAACATACTTTTCAAGCAACGCGTCTCAAGTCCAAATTT TCAGTCTGAATGGTACGAACTGACTCGTGAAAGATGTTAAGGCAATGCAA TAACTACCTTACGCTGTTATGATAAATTTTGTTAAATAATTTCGTTTATT AGTGAGGTAGACTCACTAATCCAGCTGTTGTGAGAAAATTGGCGGACAGA TTCCACTCAAACATGGCATCATAATGAAAGACAGTGCTGCCCACCAAGAA AAAAAAAGTTTATATTATCAATTCCCGATACTTTTTAGACAGAATGTATG TAGTCCATAGACTAAAGTACTCCTTGGCTCATCATATCATTATACTTAAT TTTAATAATTTTATATATTATCCCTAAATTCAATGGGAGAATATATGGGG TTAAAAATTAAGTCTTGCCTGTTCCACCAAGGCTGGAAGAGTATGTACTC CACTCAATGGATATCCTAGAAGCCTCTGCCCAGTCAGAGAAATCAATAGG GTCATAGATTATTACCATGTATAAGGCTTACCGACGGACCAGGGAATTCT CTAGATCAGAGGAACTTGGAATATCTCTTCTGTGTTACTATAGAATAAAA TAAATGAACAAGATTCCCGCGTAATGACGTCAACATAGAATGATCGATAC TACGTCATATTATAAACTGAATGATATATTGGAGAAAAGGAAAGGAGCGA GCGAGGGTTCTAGGATGGAAAGAAAAAAAATACCTTCAAAAAGAAGTTTA CCCGTGTTTATATTGACGCATGTGATGTTGTTTATTAATCTTATTTAAAT ATTTTTTTAAAGTTAATAGCAATAGTAACTTTTATAATTCAAATTGATTT TAATTTTTGTAATTTTATAGTTCCAATTAATTATAATTTTGGTACATAAC TATGAATGTGGTTGTGAATATATTCTGTAGTTTAATGCTTGTGCTTCAAG TTACGTTAATAAAATAATTTTTTTTAAAGGAATAAAATGAATGATAAAAA AACAACTTAAATTTAATAAATAAAAATGAAATAATAACATCAATTTATAG TTGTTAATTAGTATTACTAATACTTTTTTAATTCAATAATCCATTTTAAG AAATTACAACTTGGACAATCTGTTCATACAAGTTATACTTTGTTCAAAAA TAGCAAATTTTGTTAGCCATGTATCCTTGCCATAAAAGAATTTAGCTTAT GTATGCATTTGTAAAGGGTATTAAATTCTTCCCTTCTTCTCCAGATAATT TATTATCAAAAATGGATATAGGGTGTAGCTGTGTGCACAGATGGAAAAAA AGAATGGTAAGATTATTTCTTTATTTTTTAAGCCATTTTTGAAATAGTTT AAAAACTATTTTTTGTTAAAATCATTATATACATGATTTTAAACAGTAAT TTTATATTCATTTTTATAACGTAGTTAGGAAACTGGATAAATAAGAAACC AAAAAAATAAAACATATTTAATTACATGACAAACTAGTTGAACAATAATG AAAATGAACTCATATAAGTTTTGTATTCTTTTTTTAATTGCATACTCCAT TAATTGTATTTTTGATCAACATTTTAATGAAATATGAATTACTTTATGTG GATTTTGGAAATCAAATTAGTACACATCAATTTTTGATGAGGTTGCGTAT ATTATGATAAATTATAGCTAACTTTTGTAGCTACAATTTTCTGACTCAGT CTTCCCATTGAAAAAAAAAGAAGAGTCCAATAAATCACAACGAAAAAATT TGCTAAATCTACAAATAAAACTTATACAAGATGTATGAAAATTTCATATA ATCTGATATAATGTTTGAAGAGCATACTGAGAAGTATTAACGATAAAATG TAAATTCAAAAGAACCATTTTTATAAATCTGGGGGATTTGAATATTCCGA TTCGCCAACAGAAGGTTACATTTTAATTATGGATATTGTTTCATAAATTT TGAATGGATGAATTGGGGCTAGTTAAAATCAGAAGAAAGGGGAGACATAT CCTATCCAACTTCAATTGTAAATCGTGTCCAAGAATTATATTACATATTG GCTAAAGAGTTCAGTCTCACCCCTGACAAAATGTTAATAGTAAGCCACAT TAATCCAACAGGAAATAAAATCAGTATATGTTTTCAATTGCCTTACGGAT TTATGCCAATGCAAAGCTGACTGTTGAGGTTCAATGGAGTTTGTGAACAG TTTTTATTTCTTTTAATACATCTTCTCCTCTATTACGAGGTTCTCTAACT TACACACAAATATTAGTGTATTTTGATGTCAGCTGTCGCTGTGCATGCTT CTTTTCCTATAATAAGTGATCTGAATGCTTATTGGTTGAAAATAAATTGG TTGTTGTTCAGCTGTGAAAAATCTCCGACAATTAGAAAAGGGTAAAAGCC TTAAGGATCGTCCTCAATCAGAATAGCTACTCAAAGTTGATCCTGAGACT ACAACGAAAATTAAAGGAAATCCAGGAATGTCCATAGTTGAACTTTCCGA GTAGAAGTCCATATGCACCATCATTCTGTATAATTATATAAAAACTGCCA GTAGTAAGTAGTTGAGGTATTTAAAAAAATKCTCTCCTGTCTCTAATGTA CAAGAAACTCTGTTTCGAACGTAGTCGGTGTCTCACTAATTTGATTAATC TTACTTTATTTCGTATATGAAAAACTATTTATTTATTTTACTACTCCATA TGGCGAATAAAATAGTAAAGATGCTGCTGAATACGATATAGGAATATTAA AGAGCTGAAGTCATTTTTTAACAAAGAGTGAAGAAAATTGACAAGAAATA CATTTATAAAGTTTGTATGACTTTTCAACCTCACATAGAATTCATAATTT GCAACCAATGGATATTATATTGATGATCATGGATGTTTTGTTATTATATC AATAAAATTTCTATAAATATATAATTGCGTTTAACTTCATTAGGCTAAAT TAGGATTACGAATGGTTTTTTGAATAAATCTTAAAAATGACTATTTTATG TTAATTTAAAGTAGATAAATCAAAAGCACCAGATTTCATAGTTATATTTT GAATATATTATGTAAGTTTGCATACATAAAAAGTGTCTGAATATACTGTT CAATATTTGCAATTTTGAATTATCTATGTTATCTATCATAAATAAGCGAG GAAATTTAAATAAAATCCAAATTCTGGACTTATTTGAATTGGATAAAAAA GTGAAAGAAAATTCTTAAGATTTTTTTTTTTTTTGACAATGAAAAATGAA TAYAATTTTCTACAGGATATCTGAGATTTGATGTTATTTAGTGGAAACGA TGAAGAAAACGTTTTTAGTATTATTAAGTCAAATAATATTTATTACTCAA TACTTATCAAATCTAAAAAAGATTGGGAAACACAAAAAATTTGTAACGCA TATGCTTTTTAAGAGCGTTTAAAAGTAATGTGTAGTAATTGTTTTTACTA ACTATGATGTATCGTTGTAAACATTAGTTAATTATAACAAAAATGGAGTA GCATCTGAAAGAAAGTACAAAATAATTAATTTGATCTAACACTGCTTCGT AATTAGTTAAATATATTACCTATATATAATTATTGATTAATTAAACTGGT CAACAAAATTAAAATGACATGGTGTGTTTTTGATCGTTTGGTTTTATATT AAGAAATATGAAATTGACTTTAATAAGTGAAAATTTCTTGTTTTGTGACC TAGAATGTGCTTTAAAAAAAAATTAACATTTTTATTATTTTGTGTTATTG TTTGGCATAAATAGCTAAATAACAGAAAAAAGCATAAAATCTTCGAGATG GAAAGTATATGTTTTCAAATTAAAAAATATTTTAATTAATGATGGATTTT TTTCTGAAAATGAAATGACAAAAAATGAACCTTTTTTTAAAAAGTCTAAT AAATCTCTCATTTTTGAGCAAAAAAGAAAAAATAATAGTTTTGCCTAAAG TGAAGATATACCACTGTACAAGAAATAAAGAGCACCTTAAGCTATCAAGC CTTATAGATAGTGTATGAAATGTTTTCTTTTTTTTGGCACAATTATGGAC CCTTTTGTTTGAGGTGACAAACAGTGTGGCCTAACGAATGTTAAATGAAA CTTTGGAAAGGTTTCAATGACTTTCTATTTAAATGGCAGATTTTTAGTCG TAATCCCCTCTCGAAAAGCAATAAAACAAACAATTATGTTGAAAACAATT TCTTCATCAGACCAAGGACAACTGCGATGGAGACAAAAAAAATTGTTTGT CAACATTTTTTTAGTAGGCAATGAGTTATAATTTTAGGTCTAGGATGGTG CAATGGGAGAGGCCATTGGAATCCACTTTGAGATTTCATTATTATTATAA AGTAGAATAAATATACAAAGTCTCAGTCTCTTACTACTTGTTCTTTTTGA GAATCTTGATAAAGTTGAGCTTGGAAAATTCGTTTACGATTTGCAGGGGC ACAATGTACTTTTATTATGGCATACTTAGGGCTAATTATTAAAGAAGACA TAATGCCTCCTTACTCGGGATATTTAATTTTGGTCTTACAAATGAGGTAA AATATAATTTAACCTTATACTTTAAAATTTCTTCACAAGATTAAGGCTTA CAAAGATAAAATACTCATATATCTAATCTAATAATATTAGCATCTAAAAT CAATAATTACAAACATATAACATTAAGAGCAAATTTGCTTTAAAATTATC AACTGGCTCGTTTTTTCCCCTCTTTCTCAAAGTTTGAGTATTTTCTTTAA AGTCCAAAAATGTTTAGATGCGTTTGATAAATGATATCCGAAGCCCACCC CCATGCACCTTCAAATCGTCCTATGGATTTTTAATTCGAACACACCATAT CTTGCCACCGCCGAAACTCAAAAATAAATATCCTCCGCCCGCAACCCCAG GTTCTCCTACGGTTATATTCTTTGCTAGGTAGTTCTAAATATTAAATAAA ACATTCCATATCGACATGACTTTAGGAGTACTTTCTTATTTTTTGATGAC ACCCCGAATATAATTATCACCATAATTATATTAATGTAGTTGTCCTCCAG ACTTCTCAAGTTAAAACAAATAAATAACCTCGGAATATATTATTGTGGAC ATTCCGAAAAAACTTGTCTGATAGTGTTGAATAATTTACCGCAATCTTTG AATGGAGTGGTGAAAAACAAAATTCCCCTGGCTATTTGAAATCGAGCTAT TCGGGAAGTAGAAGACATAATCCTATGCATTTAATTAACTGATATATTCC CTAATCCATCCATCACACCTTGACAACAGAGTATATAAGTCCTCTTCTGA ATTATTAAAATTCATTTTCAAATGACAAGGAATGACACATTCTGTAGCTT GACATGTCTAATGACAGGAAAAGTAAACTTCTCCTATTAATGAAATCTCT CAGGAGTTTTCTATGTAGTATCGAGCGTGTGTAGCAAAGGCTCAGCCAGG TAGCGTTATCTACACTAAACAACTCTCTGGCTCCTCAATCATCAGTCATA ATGGGATATTATTCTTTTSTTCAAGTTATCATTATTATTCTTTCACTCTT GAAGAAAATGTATTGAGTAACTGTGTGTGAGTGATCTCATGAAAACGGGG AGTAAAACTTAGTATTTCAATATATATGTAAAAAGTTTGTTTGTTCGACG ACACCTTATAAATTATAAGTAATGACTGTTACTACACCTAGTAATTTATA AATATAAGCTAAATCTGATGATTTTCAGAGAATATATTTTATTTTTAATG TTCAAAGAAGAGAGGAAAACAACACGCACTTATTAAGGTAAACATATATT TTATATATATGCATTTGCAGCTCTTTGAGTAGGGATTCTTAAATTTATGA ATTAAGTTAGTTTTATTCAGGGCTTCATCTAAATAAAAATGGAGATGTGA CAAATATGCCTTGTTTGAATGCACAAGAAAAGAAGCCAAAAATTAAAATT GTAATTTTGGCAATTTGAAGAGTATCTGGGAGGAAAATAGTTTATCTGTC ATGACTAAACTTAGGGGTTATGAGTGAGGGGATATTTCTGCAAAAAATTG CTCACTTTGACCTTCTCGGGAAGAATTTTAAGTTTCCCCTTTCTTGTGTG AGAATTATTCTTTGTTCTAAACTGGTATAAAATATTTTAGATTCTAGTTA GATTATACAATCAAATTTTGATGATTTTTGAGGGAAAATCCCTATACAAA AACCCTTTTTTGTGAGCCTCTATTTTTGTTGGTTAATATACGTATATATA TATATATGAGGGTTATGATTACACGATTGAATATGTGAGGGAGCCAAATT ACTAGAACAGCCAATAAGTGGAAGGATACATTTGGGGCACATTGACTGTA AAGTAATCCACCATGAACCTTGTAGCAAATGAGAAATACTTTTACGCCAA ATTCCGAAATCCTGTTTTTCCATTTATGCAAAAGATTGGGCATACGAGTA TAATAAGTGGTGGTGATGATGAGAGGGATCTATCCAACATGACTCACGCC ATTTTCAAATTTGCTCCAACTACTCATGTGAACGTTGAACGGTCTTTTAC TATGTTTAAAACTACCATTACTGATGGAAGGTAAAAATGATCAGAAGAAC ATCTTTCTAAAATCTTGACTTGTAGATATAATACAGCAAAATTATGATAA ACATTATACAATAATAATCACTTTAAATTATCCTAATAAAGCTGTTTGTT ATTTGAATAAACATTCGTTGATTTTGATATTTTAACTGCTCGTTTTTCAA AATTTTAAGAATCTTTTTGCTCATTTTGACCAAAACATTTGTTCAAAAAT CCTAAGTTTAGTTTCAGTGGGAGGGAATAAAAGCAAGTCTCTATTATATT CCGAGCCCAACAAGACCTTACACAAATAACTTCCCAAAAATTATCAATAC TACTTTTTGACTTGCATGAGCACATGCCCACGTGGTTACTTCATATTATG ATGTTGTCTCCTACAGAATTAAAGAATAGTGATCCACCGGTATTTAAAAA TAAAACACAAACTAACATTATATTGTTCTGTTCGTGCTATTGACTAGAAA AAATGTTTGGAAGAAGAAAAGAATAGCTGTTATGACGTTTCATAAAATTA GTTGCAAGCTGTCATAAGATGAAGGAAATAAACACCTACTCCACTCCGTA TCTTGCAATGCAATGTAGTAAGGAATTACTCCGCTGTCGATCATCAATTC TAATCAAAGTCCAACAAGAACTACCACTTATAACTCCATGACAAATCTTG AGAGTTACTCTTTGTCTCTTGCGGATTATTTATATTTATTGTTCTTCCTT TAAGAATAAAAGAATAATAATGACTCCTTTCGTACAAAAAAAATAAAAAT ATATATATATATATGTATCTAAATTCATGTAGCAATTACAAAAATCCCTC TTCCATTATAATATTATTTTAATCTATGATAATGAAAACTGCTATGGAAA GTAAATAAAAAATACTATTACGATTGCCAAATACAAAATATTTTTCGAAT ACAAGTAAGAGCATATTTGTAGAGGACAACATACTACACCATAATTAATT CTTCTTGGTAACAATCAAGAATTTTTTAGGGGGTATTTGTAGTTACGAAA GTTTTGTGCTAAATAAAGGTACATATATGTGAACTATATTTTAAAGGTCT ATGGAATTCTTAGATAGCCAAAAAAGTCCATTTGGAAAGTTGTATATCTC AAATAGGTAGTACACATTTTTAGGAAAATTTTCTTTTTATTATTTAATTT ACTTAGAAGTGATCTATAACAAGGACTAAAAAACAATTGACTCTTCATTT CCATGTAAATGTATTTTTTTGCGAGTTTTATTTCTTTTAGAGCAGTTCTT TCCCAATGTAGTCGATGAAAAATTGGGTCAAGAAATGTTTATTGTAAAAA TCTTAAAATAAATACTAAAGGAGACTTGGTATTTCATATCATTGATAATT TTTTCCAAGAGACAAACATCCCACTTGTTAATATTCTTGCAGTGCAATAG ATCGTGTATTATCTATGGTAGGTTGTCTTCGGTGCTTCATCAGTTTCTTG AAAAGCCGCACCTGGTGTATTTGTAGTGCTTTGTACAATCCACAGGCATC ATCTGGTAGAATAAAAATCTGAGTGGTCGACTTGAAAAATCAATTAATAT TGTTATCACAGGAAATTCCCTCAATTTCAGACTCTTTCGATAGCTTGGCA TTGGTAATGATGTAGAGTTTTAACGTTGATTCCTCAATACAAAATTTACA TGACTATCGAGAAAAAGTTCCAGAAATTTTCTCATTCTTTTTACGACTCT AAAACTGGGCTTTGTGATGATCTAAAAAACATCAAGGATGACATTGTTTA TTGTCAGATATATTCACAAAATTTCAATGAAATTCATTTGGAGTTGCAAG GAAATTATAAAAATCATTTCTAAGTTAGATCAGTCATCTCAGTTATTTCC TATCTACGTATAAGTTATTCAAACGAAATTGATCCTTCCATGATCTTTAT CAGTTTCCAAGCCAATGAGAATTAGATAAAGAAAATAACATATCCCATTA TCACATTCAAGTGTATTCTGCTCTCCTGAAAGAGTGGCAAAGATACATGT CTGAACGAAATTGGGATCTTTTATAGCTATTAGTACCAGTAGAAGTCAGT AGTGATAAAAGAAAAATATGTTGAGTAAGAATTATTTTTAATAAAAAAAA ATGACAATTACTGTAATTAAATAATGGAATATAAGAAAAAAAATTGCTAC TCTTACATAACACATATTATATAACGTAAACATAAAGTGAAAGAAATCAC TTTGATAATATGGATCAAAAAAGGTCCTCAGAAAAAGAATCAAATACGAA CATTAAATTTTTTTATATTTAAGAAAACATATTTAATAATTTTAGACAAA ATTCTTGACTATTTTCTGTACAATTTTTAGGATGTTTGGAATACATTTCT AGTACTTGATACAGCTACAACTCATATAAATAATGTGTACACCAGGGTAC ACGACAGACCTAATATTTTTTTTTGCTTATTTAGGAAGCACACTAGAGCG TAGACTTTAATCACGTAGTTGGCAAGCACTTGCAAGTTTTTTGATGGATT ATGAGTACTTGCATAAAGTCTGAGTAAGCGATTAAAAGTAGTAAGTCATC TTGAGTATGCCAATTTTCCAGGTTTATAGTTTGCCAGCTCAAGAGGGCAG GAACCAGTTGAAACGACTTAACATATTTTATTAAGATACTCTTGATCTGT ACTTAGTTGATTGACCACATTCTTCGGCAAGTAAGTCACATTACCAGTCA CTGCAGACAACGGGACGACAGTTCCTTTTTCATAGCCAGCCAATTGTTTT CAAATTGGTCGCTAATATTCTTTAGGATCCAAAGTATTTTATTTTAATAA TAACAGTTACGGTTTGTTTTTGATCAAACTTGGAAACTAAGATTATATTT TGTCACAGTATGAGTCCATTGCATTTTGAGAGGTCAAGGTCAAAGTCATA CCAAAAAATTACCACAGCTCCACCGAGTGCCCATTCTTGTTTTGACCATA CAATAACTCTCAAATTTCATTTTTGTATTATTTTAGACATACAGTTTAAA TCTTTGAAGACGTACATTTTTACAAAACTTTAAAGAGTAGTAGATCCTTC CAAATGATGTACATTTTTTTTTACTATTCTCATAATTTGTGTAAAATCAT GCAAATTTTGGTGCCTCTTGTGTTTGCATAGTTCAACAAAATACATTAAC GGGCATCCTAATGTACAGTTTGTTTTTTTGTTTCATCATGATAGTACTCC TCTCAAGTTTCGTTTTATACTATTATATACTATACTCTATACTTTATTGT TGACGACGTCCCATATTGTCCACACACAAAACTTCGGTATTTCAATACTT GGTGATTTTGTCTTTTTTTTGTATCCTTTTAAATGACTTTTACTTTAGAA GGGGTTTAGAGGGAAAGTTATTTTATACAAAAAAAAAATTAAAATTCAAT TGGGAAGATATTTAATTTGATAATTTGGGATAATTAGTTGGATCAATAAT TAGTCATTGGGGATTCTGCAAAGTTCTTAAAAATGTTGGATTTCCCAAAA TAAATCTAGTTTCAATTATTGGGTTTCCCAAAATAAATCTAGTTTCAATT ATTGGATTTGGACAAACTATAGCAATTTAGAATCTTTTTAAGACATCAAA TCTGATCAGATGAATTTAGTTCTCTAGGATATTTATATATGTAGATGTGA TTAAATTAACCCACATATGCCATAGACCCCTCATAAAAAGCCATAACGTC ACAAAGATAAAAAATTAGAACATTCCATATTTGTTTTTATTCGTCAAACA ACGTTGGATAACAAAACGCCACTATATTCTAATTTTAATGAATACGACTA TACACATTTAAGTATGTGTACATACATTCCCCATAGGTATTCATAAATTT ATGCCGTATTCAAGATTTACCTATCTACATACTAGAATAGGGAATCTCTC ATCAATTGACTATTTTTCGGTTCGGTCCAGATCAAGATTGATGTCATAGA CAAAAAAAGTTATAGATCAAATTTTGTATTCTCTTTTCTAAAATTTTTAT TTTCCCCACAAATTTCTTTCCTTAAAAAGAAAAGAACATGGGAATAGATC AAGATCGTTTTTTTTTTTTTTTGGTAGACTGAATTTTACAAAGATAGCAG TCCAGAAAGTCGAGGAACAGAATTATTTAAAATTATAACAAAAACCGGTC AAAAGTTTCTAGACCGAAATCTAACACAATTATATACCTATCTTATATAT ATTTATAATTTTGTTTTTGGTGTTATCACAAATAGAATCCAAAACAGTAA AATCAATCTGGCTGAAATTTAGCAAGTAGAACTTTAAAATAATTAATCAT GCTCCTATGATATTTTTTTGGGCCTCCAAGGTCATTAAGAGGCTTTTTTT GACCGAAATAACCCCTCCTTTTTTATTTTCTCTTACTATATCTCTCTTCT TCTCTCTGTCTCTCACCTCTTTTCATCTCCCTCTGACCATCCTTTTCTCT GGTTCTTTTATTCTATCTTCATTCTTTGTTTCTATTCAGGCCTAAAATGT AGGAACCCTCTGTTAGTTATGTATATATTTTAGATGTTTTTCGGGCAAAA AATTAGTTTTTTCCCAATATTTCTATGAATTCATTTATATAATGATACAA ACGAGTTGAAATCGCATTAAGGGAATCATAATGCTTTTATATTGACATAT CCGTTTGATAATAACAGGGGAAACCCCAGGGGAACAAACCCCAGGAAGAC TCATTGAAATGAAAGAAAAGGGGGGGATAAAAGAATAGCCAAGATGTAAG TGATTAATTATATAAGTCATAGTTCTTTTATATAAAGTCTCCAAAAAAGT TAGATTCATTTTTTTTTTTTTTTTTACATTTCAATTGAATTCTTGAATTG TTATGTTAATCCATTGTTAAGATATACTGACAATAGAAAGTATATAATCA AGGAAAAATATAAAAAACCAAAGTTCTTATTCTGTAGTTATAATTTTAGG AGATTGGAAACTATAAACTGGAATACAAGTGAACTAATTGCCTTCAACAA AACAGGGGTGTAGATCTCAGGGGAGAATACACCAACAAGGAAAATGAACA AAGCCTGTCAAAAACATGACTTCGATAGAATCAAGAGAGACAACTCAAAA CCAAATTAATAAGCCAAAATGTTTCATCTATCATTTGACAAAACTATATA TAGCTACCATTAATCCTCTATGCAATATTTATTCTTTTAGTACTATAGAC TTAATAATAACATCTTTATTAATTCAAAAAAATTATAAATTTGTGTCTAG GACAGGGTAAATATATATATTTTTTTAAATTGTAGTTTTATGTATTTGCT ACAACTTCTATGTAATTTTTTTTTTTTAGTTTTTTTTTGTTTTCTACGTA TTTTTTGAAATACGGAAATAAATAACATTAAGTATCTTGTATTAAATTCT CGAATAACCGTGTGAATTCTCGAAACGGTACTTTTAACACTTGTATCAAA TGTTAATTATTCAATCAAAATGCTTGATCTATCATCGGACACAATTGCAT AAGCATGGCATTAACTATCCATGCAATATTTAAATATTTTAGTTGTTACA GATAACTAATTAGGGATAAGTATTGATAGCTAACAAGATTCCATTAATAA CATTACTATGCCCCTGACAACAGCTGACTCATTATAGACTACTGCAGCGC CCTCAACTATACCGTCGCCGTTCTATATATTCTGTATGAGTGTAAATATG TCAGAGCAACAACAAAATGCATCGTGTTTCCAATTTCCTCTGCACCAATC TCAATGCCGAGAAGGCTACAGAGKCCCTTGGCATCTCCATCCCAACTTCA TACAATCTTAAGAAGCCGATTAGAAACTTATGCACCCATGAAAAATAAAA TTTTCTGCAGCAACAATATGGCTTACTTTTAGCCACCTCCATCCCTAAAT TCAAGCCCCTTCACATTTCTGTTTTGGGTTTCTGGGAGAATAATGTTTAT CGCACCTCTTATCCAAATTTGGATTTGCTCCGAGCTGCCATCATGACAGT GTGGTTCGTCATGAAGATGGGTTTCTTCATCAAAAGCTGCTAATCTGTTC GCCAGAGTGTTCAGGCTGTTATTGCTGGTAAAAGAAGTCCTATTTCATCA CTCTGATATTTATAAAAAGAATAATACTAATTCCTTTGAATTTACATTTT AACAACAATGCTTTTGCATACAACAGTAGCTACAAAAATTCTGCTATGAT ATTAAATAAAATTAAATATATTATAGTAAATAAACGCGACCTCACGAAAA ATGATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTT ATAAAAATCACATTGTTCGTAAGTTAGTCGCGGCACTACAAGTTTTGGGG CCAGACTTCTCTGTATCAAAGCTAAATAAAACTTTTTCTTAAAGTAAAGG CAATATATTTCATTCACTTATATTTGGTAAAAGAAAATAGGAAGGAAGAC GTATAAAAAGAATGTAATTATCGAAAATAAAAAATATATTTACATGATCT CACCTCCAATTTTTTCCAAGTAAGTATAGAATCCTTTCCTAAAAAAAAAT AAATGAAAACCTGAATGAACCTGTATAAAAAATAAATGTTTTTCATCCAT CAAAAAATATATTGATGAAAATGTCATAAATATATGAAATTTGTTCAATT ATAATCTTACATTGTTTTTATCGATATATTTATTTTTGGATGAGTATTCA TAAAATGGAATAAAATATATATCATTTGTTTTATGACAGTTTTCTCTTTA CATTTATGAGTACCCTCCTTTTAAATAATACTTATGCATTAGGGTGGTTT GTTTATCAGCTTTTTTCGAATTTTGATTACCACTAGTGTGGAAAAATTGT CAAGTTGTAAGAAAAAAATTTCATTATTCTAAGATGTTTACTAGGGTGAC AATTAAATCATGTTTTTTATGAAAAAATTATTTCTTCAAAAATTTGCAAA TACGTTTTTTACTCAGAATACTAAAAAAAAGTGCCAATTTTATAGACCTT AACATTGATCATCTTTTTTAGGTGTTCTTTTGAGAAAAAAAAAACCTATA ACCAAGTTTTAAAAAATAAATCAAAATATTGCTATGAAAATTTAGTAGGA GCTAATTTTATAAAAAATAACCTCCAAGGTCATTTGAGACGGAGAGCATG GTTATGCAATATTTCAAAAATTTAGAATATCTTATCATTTTTCAAAATTT GTAAATTATATTTTTGTGACGAAAACAACATTTTTGAATCTAACACCCCC AACCATTTGAAAATTTAAAATAGCATCACCCTTAGAATGCACAATTAATT TAATAATAGTGCGTAGTATTGACATACCTACTACGCAGTAGATTGCTATT CTAATTAAAAGACAAAAAATGGTACAACGCACAAACATACAATCTTTTTA AACCAGTTTTTTAATTAAACAAAAGCATTTGCGTGATAAATTATTATAGT TTTTTTTTATAAAACTGTATCAATGATACAGTTTTTCTTCGTAGAGACAT CGACAGGATTCAGGATCCTCATCTGTTTCCGATGTACAGTGGAGTAGAAG TCGATTCCTTCAACTTGATATTTTTTAATGGCGTTGTTAGAGTCTGAGAA CTACTCATCTTCGACGGTACAATTCTGACGGCATCAGTGTAGATATTGTT CAAAAATAACTCGATACGGGTTTTGTGAATCCCCTTTGGTTGTTAATAAA GTCGTATGAAAACTTAGATGGGGATCCCCAATCCTGTCGATGTCTCTACA AAATAAATCACTGAATGAGTGATACATTTGGTTCAATTGAGAGTCTTGCC TATAATCCCGCTTATGAAGATAAATTGAATGGGATCCTCTACCCATGAAA TGCATTCTGTTTCATGCATGGGACTTGATAGTTAAATTTGACTTATTGAA TCCCTCCTTTGTATGAGGACTCTGAAGAAGAATCCCATCCTTATTTCAAG GTGAAATAAAGATTGAGGAATTGACTAAGCTTTCCAGTCTTCATACATAT AATCTTATACAGCATTTCAGTCTAAGAACTACAATATACGAGTTTCCAAG GTCCAAAAAAGATTCACAATTCAATCAGTAAAATATAACTTCATAAGAAC AAAATATGAAAATGGGACTGCAGTTGTCTGCTGATGTTTTCTGTCTCTAG TCCTTTTCTTCTTGAAGTCTTTGATATGACCAATATTTAAAAACAATACA TAATCCTAAAAAGTACATTATAAAACGACCGTAATATTTTAAATTCTCTA ATAAAGTTTTTTCGTTTCGTAAACGGATTCCTTAGACGGATTTCCATTCC GATTTTCCAATATCTGAGTTGAACCGGTCCAAATTCTAGAGACTAAGAGG ACCAGATGGTTAACACTCTGCTTTTTCTCTATATCTCTACTGATCTTCAG AGTTTATAAAACAATATAGAAGGGGATATGCAGATCCATGCTCGCTTTTG ATCCACCTCATGACTAAGATTCGGTTTGCTGTGAGAAATTTTTTGAATCA TAAATCCTAAATCGTACCAGATGTCCATTGGAAACAATTTCAGAGTTTTT CAGCAGTTTGTCCTTACCATTGAAGAGATAATTAAAATTAACTTGCTCAT TATCACCTAGAAGTGGAAATATCCCAACCATAAATGAATTCCATGATGAA GACAACCTCTTCCATTAAAGCTCATGGGGTAAAACTCTCAAAAGCTTTGT TGGATATCAAAGCGAAGTAGAAAAAATATGGAATTCTAGCTCTCTATTTA CTCGAACCTGCCTTTTTAGGAATCTTAACACTCTAAAGAAATTAGAGGAA GAAGCCCTGGAAAAAAATATATTAACCTTTCATGACTTAAAGGCACAAAC GCCTATTAGCGAAGTTCGCTTTTACTTCCCTTTAAAAAGAGTGACATAAG AATTTATTGTTACTAGACCCTGGTATCTTAAAATGACTTTTATTAAACCA ACAGGCGAAGCTCAATCTATCTGTGATTACTATTAAAATATGTTAGGGCT TCGAGAAAATTGGAGAAAAAGAATTCTATCTTCCCTTATGTATATTTCGG ATGGAAGGAAATTTACTCCACAATTTTAGATTTCTGCCAACTGTATCAAA TTTTATAAACCATTCAAATTGGGAGAATTTAAAAAAAAATATACTCCATA CCTTTGTGGATTGTAGGGCTGTCAAAATTCTACAAAGTTTCATCGTCATC AACATCGAGGCTCGGAAAAATGACCCTTTGAATTTAATTAAAGCTTTTAT ACCCTTCGGATTAGCTCAAAGGAAGAAACAGTCTCCACAGAAGTCTAAAT CCACTGATTTTGCTCTATTTAACTCTAAGGCATTAATTGCAAGAAATCTT ACATCCTATGAGCCAATATACCCTTACGAACTAAAATTATATAATATTGG TATCATTCCAACATAAGAAGCTACTAAAGTCAATTTTTATGACATCAGCT TCTAGATGTCCCACCCTTTCCTTGGAAATTCCTAATGCTGATGACACGTC CTGGATCCCAGCAGCAAAAGAAGTAAAATTATATCCATGGTATCATTCCA ACATAAGAAGCTACTAAAGTCAATGCCCATAAGTTTATGAATTTCTAACC CGGATTCTTGAATACTATAATTTATTTTATATAGTAACAATTATAGATGT GTTTTATTAAGGATGTTTTTTTATTATNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNTCTTTAAAAAGTGTACATTAGCATGCTTTAAATATTATTGTTTTT TAAACATAAATATTCTACAAAAATCAACTTTAAGTATTAAAAATGAATAC TTTTGATTTGTTATTAAATCATTAAGTATAAGACATTATGCTACATTGCA ATATTACTTATTTAGATACAAAAATGTATTACAATTGTTAACCCCGTCCT TGTTCTCGGCCTCAAATGACCTTGAAGGTCATATTTTATCAAATTAGCTC CTACTAAATTTTCATTTCAGTATTTTTTTATAAGAAACAATTTATTGATT ATTGTTTCTAAATGGTGTTTTTCATCAAAAAAGGTATAAAAAACGTAACA TGACTAAATTTAACTAACAATCTGTAATATGTAGTATATGGATAATATTA AAACAAAATCGTGTTTTTTTTCCCCCAAAAATATGCAAATTTTAAAACTT TAAGGCCGGTAAGCTACCTCTAAATATTCATAGAAATGGTTCAAACTCTG TTATTCTTGTCTTTTTTTTCATAGGGAACGGATTTAAACTCTTAATTTTT TACTTTTTCACAAAAAGTTTTTTAATTGGCATCCTAACGTACATTGTAAG TTGGAAAAAGTTAGAAAAAGCCAAATGTTATTTTTTAAAAAATTTATTGT TTATTTTTTAACCAAAATAAATTCATTTCCCAAAATATAGCAAATAGCAA TTTATACTTAACATAATTTATTTTGTTATCACAAATTAGTATTTGAAAAA ATATTTGAAGTAGTTATTTGCTTCAATTTCTAATATAAAAAGTATTATTT TTCAAATTCATTTTCATAATTTGAAATTATTGGAATGCAAATCATTCCAA AGATAATGATGTTAGAAAACTAAAGTTGGTGCTACCAGATTTGGTTTGAA CAATCATTTTAAATTGATGCAATTCTAATAAAATAAAGTAATTGAAACCG GATTTAGTGCGGAAAAACCAACATTTTAAAAACTTTTGTGGAATAGCAAA ATACTGAATAGTAAATTAACTAATTATCCACTATTTAAAAGAAGCAAAAA ATTGTTAAAAATAAAAATTTGCATATTTTCTAAAAGCTTTAGATCAAAAG TAGTCTAAAGAGAAACTTACAAAATGAAAATACCAAACTTTGGTAAGGGC CGTAACCTATTTCATATGTTTTTTAAAACTATGTAAAATAATACTTTAAA TGTGTACTCTCATTTAAACACAAAAATAAAATTGTTGCGATTTACTGAAC TTGTTATATTGCTTTTTGAAAAAAAGAGGTTATGTAGTCGTACTCTGTAT TTATGCATAATCAAACGTCCTAATATACATTTATATAAATGAAATTATGT ATGATATAAATTCATTTTTATATGTAGATCATGAAATGTGTTTGACTTTG AAGGAAAAATAATAGAAAATAAAATTATATTTTGACATAATTTATATAAA TTTTCAGAAATGAAATCGATTGTCTAAATATTATAACATTCAAATTAACT TTGAAGAGTTGTGGAATAATCTAAATTGATATTGAGTTTTAGTTTTTTGT TGCAAATTTCAAAAGAGTTTGTACTCTTAGCAAAAATATATATCATAGTT TTTTTTCTGGGCCCTTATTTGTGCCATTCTTATAATTTAGAAATACATGA TAATCTAATCTAAAAACATCTAAAAGGAGAACAGTGCAGTTCATCCTTTT ATTTCTGTTCGTTTTTACGAATTCAAGTCTAAAGTACATTTTTGTTGAGA AGTGTGTGGTTATTATTATTATGTGTTGCAAAATTGAGATATAAATTCAC TCTAAAAGATCAAATAAGCCTATTGCGTTTCCCCGATTTCTAGCAATCAA TATCAGAATTATACGTTCAAAGGCCAGGAAGCCTTTCTTTATAAGTCAAC GTATTTCATTATTCCACCATTCCATGGCATCCATGATAATTATACAACAG TTTTTATTATAACAATGAAGTTAGTTCTAAGAAACATGTCATTATTAATA ATTACATATTAATGTGTGGTTAAATAAATTCAGTATAAACAGGGTCCGAA TTCTTTGTTCCAAGTTGTAATATAAATATTTATTCAATTAAAACTTGGCT TTTATTTACTTTATACTTGCAGAATAAATTATGTGGTTTTAACCAGAATA TATTAGTACATAAAACTGTTATAACTTAAAAGTATGATATAAAAAATGAT TTGTTAACGTGGGTTATATTTAATAAGTTACTACGCTTCTTTAATAGTTA TCCTTTTCCTTTTTTTAAAAAGATGTCTGAGTTTGTATACTCACTATTTA GGTGCACTTTTCTTGCATAAGCATATGAAAATTTTCATCGGTAGAGAGGC ATATAAATAACAAAACAAAAGCTTCAAAGTTGGAGAATAAAAATATTAGA TACAAAAATAATCTAGAAAGAGTGCCAAAGAAAGTACCACGAAATATCAA TAAAAAAAGAATAAAGTAGTGTCCATTTTCCCTTGTATTTTCATCATATA TAACACATACTTGGTTTTTACTAAAATGGCATGGATGTTTTCCTTGCAAA AATCAATCTTGTCAAGTTTACAATTCAAGGTATTCTCTAGCAAATTTCAA CTTCCATAAATACAACATTTAACAAAAATTTGGTCAGTAGTTTCTAATAT TTAGCATAATATAAATTTTTCGCTTGTCTTTATTAAATTTGAGCCCTACT GAAACAGTTCCAGTAAATTTTTCTATGCATATACCATTTCTCTAAAGGCA TTAACATAAAAATTTAAAAGCATTGATACATCCATAAATGTCCCTTTTAA TGCTCCACCACTCCTTATTTAAAAGTTTCGAAAATTGGATTTTGAGAGCT CTTTCTAAATAAGGGCATAAGCAAAATTTAAATCCTCATTCTGAAGGGGA AAATTGTGCGCTATACCCTATTATCCACAAGGAAAATGGGGCAATAATTA CCTAATTCAATTTGATTAATAGAAGTAAGGGGAAAAAAAAATAGGTGGTA TATAATGTTGGTAATTTTTTTAGCCAACTTGCATCATCGATATGTTAACT TGACTCACTAATGATTTTAAATGAGTCAAGGTTTATTATTCAAACTAATT TTAATTTAACCAAAAATATCTTTTTTTCACAATCTAATAATCAAATGGGG CATTGGAATTGCCTATCATTTCTTTGGCCGACGCTATATTTCTAAACAAA AATTAATCGAAATTCTAATTTCTTTWCCTTCCAGACCTCATAATTCAGAG ACAGATGAAGTTACGGATCCAATTAATCATTTCGGAGTAAAACTACTTAG TAATACCACATACAGAATCTTAGTNNNNNNNTAATATATGTATTTAAAAT GAGATGACAAATTTAGAGTACTTCTAAAAAGATTTTGCAATAATAAACTA TTCCTTGTATGGCTGGKACAGGGSGKTWAGATCAAAWCGGCACTTGCGTG CACCCGTAATTTTTCTATGATGCAGGTGTCTGATGGCTTTTTTTTTTACT GTGCCGGCAAAAAAATAAATGTTGTTGAATGAACCTCTTTATTATGGTTT GGGGCATCATGGCAACAGCTGCTCCAGATATAAAGAAGATTTAATTTATA GAGAAGGAACGGCGTTGGGTAGCAATTAAGATTTTGTCAAAAAARCATGG AGATTTCCAATTGGGAGGTCTCCAATGCAATTGGCGTCGCAATCGTTAAT TGCATCTATTAATATTTCTAACAAACAAAATTGCCAAAATTAAAGTTACC AGTACCATGTTAAAAAAGGCTTGAGGGGCCCAATACTTTTTTGCAAATAG TGCTTTTTTCTCTTTGCCCAAAAATTGTAGCCAGTATTTAATTCTAATTT TGTCTGCTGTTCTAGACGAAATGGCAATTATGAAACAAAGATTAAATAAA ACCATTTTGATAAAGGTATTGCCTGACAGAAACAAATATCTGTTTTTCCT TAACGAAATAAAGATGAGGCAAAATGTAATAAGGCAAAATGTTACGAAAC AAGATGAAATCAACACTGACAGTATTGTATTACAAAATGTAAATATGATT GAAAGATGAAACAATTTATCCATTCATTATTTTATTACCATACCTCATTT CTACTTATATACACTGTAAATGATAACTATACAGCTATGCAGTGAATGTA GCTTCTATAAAGTTGAAAGATGCCAAAAACGTTCAAATAACCTAAATATT CTTTGCATGACCAGGATTATGTATTGAGAATAATTCACGTTTTCATTATT TTATATATGAATGAAAGTATACTATATTGTTTAATGGTCCAAGTGGTCAT TGTACATATTATCTTTACATATAGGTAGATATTAAGGTCATTCTGCAGCT ATCTAACAAATTTTGTTCCCTTTACAACATACTGTATCCTATATTTTCAA TAGTACAAAATATTTGGTACTAGTATAATATAGCTTTATTCAAAATTCAT CGGAGCTCTTAAAAGTATAAGTAAACTTCTTACTTTGGCAGAAAATATTT GATTATTTTTTGGAGTAAATTATCCTGTATCCTGGAAGTTAGCAGTAAAC TTTATAATGCACAAGTGGACAATGTTATTTTTGCCCGTTAATAGAAACTT CAGACTATTTTTTCTGAAAATGTCCTATTTTAATTATAATATAAAGAGAT GTCTCTATTTTAGAGTGTTTTTTCGGGTGCAAGCTCCCAAAGGATGACTT TTATATCTTTTTTAGCGGGATTAACAATCAAAAGGTTAATGATGTCCTTT CCTCAGATGTAGTTTGTCCTAAGGTCAAGGAAAGAGAAAAAAGTGGATGA CTTGAAACATAGTTTACTATTGCTTTTTGTGTGTTTTTTTTTTTTAAAGA TATATGAATGCCAAATGAAAGGGAAAAAAATCTTTATTCGAATGAAATAT GTCCATTGAGCAGGCCAAAAAATTAAGACCAGAAGCAATTCATTAGTAGG GGATAGCAACTTTATGACGTTACTGATTGATGAAAATATAGTTAAGTAGT ATTTTATTGGTATTACTTTTTTAAAAGTGGAGGGAACAATGATCCCTTGC CGGTTCTGACATGATTAACTACGCTAAATTTGGTATAATTTATTTATTAT ATAAATGTTACCAGCTATTTAAATACAGTTATACATTGAGATACTAGGGC CCCAACATACATTTAAAAAAATCGAGGTGGATTTGGAGTAATTTTGAATT GACATACAAGGTTTATTAACATACAAACTGGTCTAGAGCCGCTTCAAGAT TAGATTATTTTTACAGGATAAATTCCTTTGACAATTTCGGTTCAGAAACG AATTGAACTCGTATATCAAGGAACTATCTACTATAAAGCTTTCCACTTTT TTTCTTTTCAAGGAGGGTGATATTTTCATAGTAGGAAACTGTCTCAAAAT TTACAAGGAGGACGTCAATGTATAAATATCAATGGTCCTAGACTAAAAAT TTACAATATGTTCCGTCCCTGAATAATTTTTTCTTTCTTTGGTAAAGGGA AGAATTTTAATTTATTTTTTTTTTAAATCTGAAATCCCTGATAAGTAAAT ACCTCATCCTTGGTCTAAAACAGTGGTTCTCAACCTTTATAACATAACGA CCCATTTTAGAACAGGCAATTAAGATATAACCTCAATTCTAAAAATATCT TATATAGGTATATAGTAATTTTTTCGTACAAGAATCTACCATATATTGCG ATTATAAATATAGATTATTTATTTGTGAAGTAACTATACATTCTGTAAAT TCTTCATGGGGGAAGAAAATCATGAGGTGTTTTCTTGGACACTAAAGTTT TTTAATATTTTTGATAACTTTTAAGTAAGTTTCTTACTTATTTATGCTGT GTATTTTTCTTAAATTGAAAAGTTTTTCAATATTTTTTTTAGGTTAGTAA ATGAGGAAGATGGCCAACATTAGATCTGAATAAAATAAACTTAACATAAG TTTGTTCTAGGAAGTTGGATAACTTTTGTAAAAAGAAACTTTCCAAAAAA GTTATACCTCCTACATATGAGAAATTGTAAAAAAAAAACTAATTTCTTGT GCTATTGCCAAGATAAGAACAAGTTCCCTTAATTTGCTTTTACTTGGTGC TTCAACATGAATTCCTTTTTTATAATGCGTAGAAATCCGTCTATATAAGT ACTAGTGGGGTGCAGTGATGGGAATTCCGGCTCCATTTGGAGAACCGAGC CTTTCGGTTCCCAAAACAGCTTTCCAGATTATTTTTTTTATGTCAAATTT TTTAGCTCTGCTGTATAATTTGCCGGAATGACCTTTTTTTAGAAAAAAAA TCCCTCAATTTTTTCTTCAAATTTCATCTTGACAGAAAATTATATAATAA TAATACAAAAATCTATCTTCTGGGCTAAGCTGGCTCCTGATTGGTAAGGA GCCAGCTCCCGTAGTTCACTTCTAAGAGCTGGCTCATAGAACCATTACAT TTGCAAAGGATACATCACTAGTGGTATGGGAGTTGTTTCATTCCACAGTT TTCTAGGTAACACAGTCGCTATTTTGCATTGGATTAGTAAGGAACGTGAA GTTGCCGTCGAAAAAAAAGCTATATACAAATTGTTTGACATAGTATTTTA ATAATTAAACTAATTAACTTCAGAGTTTTTATTGGTACGATTACCGAAGA TCAGTTAATATACCAATACGATTATTTACGTTGTTTAAAAGTTGCACAAT TCTTTGAACGGAAATAACTCTACCAGTTTCATCAGACCTGTTGTTTTTCA AAATTTAAATAATGTGGATTTATAGAAATTTTACACGATTTATACTGGAA TCTGATTTTTTTTGGAAAAGCTAACACTTTAAGATATTTTCAGAATCCCC TATAACTAATATGTGTTGTCAATTAGACTTTGCATTTTTTTGTACAGGAT AATTGTTCCTTAAAAATTTGTAATGAAAAGTAATTTAAAGAGAAACAAAA TAATAAAAAAATTAGCAGGTATAAAAATGCCGAAGTTCGGTTCAGAGCTA TCTCATGTAATGGTCGAAACTGTCTGAAACAAAATTTTAAATATGTACAA TCATTTTGAAAGAAAAATACAACTTTTTTTATTTTTAAAATATCGATAAA TATTTATCATACTATTTCTATGTTATGTTCTGTACAAGTTGCGATTATGT ACAAATTGCAATATAATTTCAACAAAATTAATATTAAAAATTGATATGTA TGTGAGCTCTCTGAATCATTAATGTAGCCGCCCTTAGCGGCAATGATTAC TTCCAGGTGGTGGAAGTCCTGGCMCCCGCTGCGGATGTAGTCCTCTGCCA TTGCGCTTCAGTGCTGGCTGATAATGGGTTTGAGGGACTCGGTGTTTTGA TGACAGACCTTACCCTCGAGATACACACAAAATGCATAGTCGATAGGGTT GGCATCAGGGCTCTAAGGGGGCCAAAAGTGTCAAAAAAGAATTCAAAAGA ACTAAAAAAAAGTATTTTAACCAAGAGATGGTTTTTTCTTCTTGATCTCT AACGTTTCGGACTTGCTGACGGCATAAACGGTGGTCCGGTAGATGCTGGA ATAGAAATTTGTCGATCACGTTCAAGTGTCATTTACTCAACTATTGCATA AGCTAGAGAGCTCAAATTATTTTTATATTCTAACTAATTATTTATGCTTT AATATATCCAAATATGAAATAATTACAATAACTCAACCTTCATTAATTAT TAAATTAAAAAGGGTTTAGATTTCAATGGAGCACCTATTGTATAAACGAT ATGCAAAAATGAATGAAATCTTGCAACTCATATTAAATATATTTGTACAG GGTGTACAGAAATGAGGGTAATCGAAAACATATTTGTCTCTAGATTATCG AGACATTGTTATATGAGGGTCATCTGTGCGTATTCATTCACTTAAACTGG TGGATCTCCTTAAGTCATGAAAACATTATTTCATCAACATGACCCTATCT GAAAATCTTCTATGTATATTATTAGAGCAAAGTTTTTATTGCATTACATA ATAAATTATTTGTTATGTAAATCTGTTTCGTTGATGGTTACATATAATCA TTTGGTTTTTATATATGTATTTAATCATGTAAATATTACATGATTATAAA TAATTCCCACGTTCTTTTCGTATTTCTTTCAGACATAAACTTCTTGAAAT TGACAATCACCTGTTATGTCTTACAATGGAGTTTGAGAAACAACACATTA TCATCAATGATTGGAGTAGAAGTTATCGGGATTTGAGACAGAGTCCAAAA TTGAAATTAAGAAGAGGAGGAGGAAGAAGGCAATTTCGAGGAAGGAAAAA GAGACATGAAGACTATGAGAGCGGAATTGAGGATATGGATACCATGATCA AGTATGGCCTTGACCAAGAGAGTGAGGAATATGAAGATGATTATGAGGAG GAAGTAGAGCCAGGAGAGATGACTGAAAGAGGTTAGTAATTTCTTTTGCA AATGTCAACAGAAAAACAATTTTGAAAACAGAAGAAAATCCGAATATATT ATTTAGCTCCATATAAACATACAATCAAATATTTCATTGAAATATTTGAG TTATTTATAGGCATTGTTTTCAAATTTGTTAAGATCCCAAAGAATTTTAT CTATAGTTTTAATTTTAATTTCATTCACCCCAATATGGCCTCTCAAATAA AATCAATCAATTTCTCATTTTTTGAATCGTAACCCTCTATTCTGCCTATT ATATGTAATTTAATTATTGAAGAGAAAAAATCTAAGTATTCCATAATAAA GTTAACTACAATTTGTGGACCACCCAAGGGTTAATAAGAATAATTTGTTG TTAGAAATGAACAATTAATTGTCCAAGAATAGATTAGATATGTATAATCA ATTATAACAAAAATCATTCTAGCTTTTTTTTGTGTTGACGGCTAACATAT TAGTTTTGAAGAAAATCTATGCAATGGATACTTTTAATGTCATGAAATGA CTTTTGAAAATTTGTATGAAGTGTTTTTAATTGTAAAGCATTTGATGGGT TCGTAGAGATAGCAGGTAGTCGTTATTAAAAAATCCTAAATCATCCAAAA ACAATCAAAAAATCGAATATCGTATATTGTCAAACGATAGTTAGTCGAAT AATTTAGAAAATAAAGGTGCACTTTTTTTTCATTGACGATGTAAAGTTTT TTTGTTATAATTATTTTTTATTTCTTAGAAAACATAATATTTGATTACTT TTTTTCTCAAAAGAATGTATSCCCGTCTCAAAAATTGGCCTGCCGACACA CAAATGACATACATCATCATAAGCAAAATAAGAATTTAAAAAAAACACAT TAAAGAACATCATATATATTTTATAAGTATTGAATACAGTATCCTTGTAC AAAATAAAATTTATTTAAAGAAACCAGTATTCGAATATTATTCATTAGAT TAGTTATACAATTGTTGCCTTGAATCATTTTTTAGAAAGATTTCTATTTT GCTTTTATGTTGAGGGGTTACAAATATGGTAAAGTATTGTTGTGTCTATA TTATAAATTATATATATATATATATATTAATTTATTTTAAAGAATCTGAC GAGTCAGAGGAAGTAAAGAACGCCTGGTCCGAACTCCAAATGATACAAAA GGAACAAGACAGATACAATGGTACACGATTGGACCTAGAACATGATCTAT TGCAAATGAAAAAGATTCAAAGTCAGCTGGAGGAGGTAAGATTTTTTATG AGGGCTGTATAACTATTAGTTATTTCAAATTATGATTTACTAATAAATAG GAACTCCCAAAACGTATCACCACTGATGAAGAGAAGGAGATCCTTTCCCT CCTTTGCCGGGTTCATGAGTTGGAAATAGAAAAAATAGAAATACAGCGTG AGGGTTATATGAAGGAGTACGAGGTCCGGAAAAGGGATTTACTCATTCTT AAATATGATAAGCAAAGGAATTTATGTGACGAAATCATAGCAAGACAAAA GCAAATGATTGAAGGTAAAACAACCTTGTAATTTGATTATAAAGATGTAG CAATAATTTTAATAATCTTAATGTATCTACTCATTCTAATTTATGATAAA CTCAGAAATGGAGTCAGCTAAATATAAAAAAGATGGCTCGAGTCGAGTGG GTAAGATAATTGATTTGATATACACAGAGCTCTAAATCATATGACTTACT GGTATACTAAACAAAAAATTAACATAGTAACCCTGACAACATGAAAAATG TTTGGGAGGGGAGCAGCTGCTGTGACGTCAGCTACTTAATAGTAGCTATG AGAGGGGGKAAGAAAATAAATTCTTATGACATTTCGTATCTAGCAAGACA TGGATAGGACAGATTCCTACTTCTATCCTTTWTTCTTCTCCAATTCTAAC AAAGACTTACATTTGTTACTCTAAATCTTCAATTGTGTCCATATGATTAA ATTTCAGGGGGGGGGGGGGACGTGGCAGTAGTACATTCATTTACTATTAT AATTAATAAAAAATAACCAATTGATAGTCGTAAGTGTATGCCCTTGTTGG ACAAATCAACATCGGTTGTTCCTGATTATGCCCTTACTTGATACGGTATG GGATTTGTCTTTATTTATTTTCTCCCTTCATAACTGCTTGTAGCTAATTT AATGAAGCTGTTTTTTAAATTGTCCTGGAAAACATGTTATTTTTTGTACA TACCAAAAGTGCTGCAAATTTACAGTTCTATACACATACATATGTTTCTG TTGTGGGGTGGTACTATGCACAGTTTTGCTTACAATGTGAAACAATATAA ATGAATGCTTATTACAACGTATTCTTCAAGAGTATAAATATTTAAAAAAA AGATACAATGATAAAAGTTGCAAATATTGATGCATGAATATGTATTCAAT TTTTTGTCCAAATTTCATTGGTAACTAGAATACTTTTTGAACACTCAGCA TTTTATCTTTTTATCTGTTGTAGAAAAATATTTTTACCTGGTTATCTTAT TTTTCGTCTATATTTGAGTATTTTTCAATATGAATAATCCATAACATCGA ATGATAATTAATTGATAACTGAGAAGTGATTAGTACTTCTTCTATTTAAA TTGAATCGTTTTTATACTTATACTTAATTTATTGAAAGTACTACAACGCT AATGATTGGGACCACTTACAACTGTGTTGTGTTTATATAGTGAATATAAT TAATAAAATAATATTTTTCTTCGAGAGAACACTAATTAATTTACTGGATA CAACACATATAGCATGTAAACAGTACCTATCATTTTAAATGTAATTTAAA TATACAATCGTTTATATCAATATATATATATTTCGACCGGCTGCGATAAA CAAAGCCTATAAAGATCAACTTATTTTATAAATATAAAAATGATCGTTCT TTATAATAGTGATGCATTTATAATACAAATATAAAAATATAAAGGACAAA ACATAAAAGAAACGCGACAGTGCAGAGAAAAAAAAAGGTTCACACAAAAA GTTACGAAGTTTCGCTTCAGGTCAGCTTCACTTTCCTGGTGAAAGCAAAA AGGTATTGTGTTCCAAATAATAATAGATCTGTAGTACAAACTATGCTTAA AAATGTCAATCTTTGGTTTTGATAGGYAGATGGTGTTTTGAGGTGAGAGT CTTTTTTTGTGGAACAGATAGTCTTTATTTAGTATACAGGTTGGGAGGAA ATAGATTAATCTTTTTTCTTAAAATTTGGTGTAGTTGAATCATACCTTTA ATTGCACGTCTAGGAGACAAAGTCATGAGGCCAAGCCTTTTGATTTTGTA TTCGTATTTTTCGTTATCTCCCAATGAAGGGAAAAACGAAACAAACTTCG ACGGCACCTTTTCTAAGGAACTAATCTAGCAGTTTCTTGAAGGATTCTAG ATCACAGATCCGTAAATTAAAATTGGGAGGACATTAAGTTTATAAATATA AATTAAATATCCTCATTCGGCCAAATGTCTCAAAGGGTCCAATGATAAAA TGTCTGTTCGGCAAATTGTCCTTTGGCAAGATATAAATACGGCAAATTGT CCTACGGTGAAATGGGCGTTCGACAATTTTTTTCCGGACAATTGTTCTAG AACCGATGTAAACATGTGTAGCAAATAGTAAAAAAATAAGTTTGAAAATA TAACGTGAATAGAATTTAGAGTTATAAAATAATAATTTCTAACTGATTAG AATTTGATCGAAAAGAACACTTCTCTTGGTGATAAAAAAATGCATATCCT ATCATAGATCTATGAGATAAAGCCCACAGTCTCTTAGGTTATTATTACCA ACATGTTGCTTGTAAGAAGACTGTGATTTCAATGTATTAAGTCTATTGAT GAAAACATCAAAATAGTGTATTAATCTTAAATAATTAATAGGTTTAGGAA AGTTTTTCAAATAGATAGCTTTAGTTTCATTTTATGGGGTATAAGTTTGA TTGGTTTTGGCTTGGTCAAGTAAGGAATATAAGTGCTTAACAGTTTTTTA ATTGTTTGACTCCGTATTGTTTGAGTGTGTGTCAAAGATTGACTCCACTA AAGAAAAGATACGCCATATTTTACAGATATTCTTTAATTAAGGTGAAAAC CAAATCTAGGAAGCTGAAAATGCGAATAATACTTATAGTAATGCGCAATT TTGGTTCAGTCGATTCCGTTCAGGTAATTTTGATGTCAAGATGTATGCTC GGCATTGCCCACAGTCCTCTCATTGACTCCAACGATGGTAGCAATGTTTT TTTGTTTTTTTAACAAATGTGCATCAAGGAAGTAGGATAAACAACGTAAA AATTTTTTATGGTTTAAATCTTGTTTAGAGTAATTCCCATCCATTGAGAG GAGTATCCATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTTCATGAAT GATAATATCGTAAAAAAATACATATATACAGSTGTATATTTTATTTACAT AGAGGGCGATCTGAAAATTCTTCTCAGAATGTGCTATTTGTTTCAAACAA AAAGATACAGATTGTCACATCATCTTGCGGACAGKATACTTTTTGTTTAG TTTGTTTATGCAATATTAAGGATAATTTTTTGTTTATTATTAAAAGAAAA AATAAATAATTCTAAACCAATTTACGTATAATGTTCATTACTATAAATGG TAATTATTATAATGTATTTCTTACACTAACTCAATGGTTTAATAAAACCA TTGGTTGTATAAATAAAACAAACAAAAACAATGAAACTAAGCTACCATCC TAATATTTAACCAACTTATACAAACTTATTTGAAAATGAAAAGCGTTTTA CAAGTAATATAAGATGATTATTTTGTGCACATAAATATAACTTCACGTTT CATGGTTTTGTTGGAGGAACATTTAAATAATATGTAATACCATCAGTCTT TAAATTATACTGCAATAATTGTATGGTTATTAAAATGGTAGCTTAGTTTC ATTATTTATGGGTTTCATAATATTAATACAACTTTTTAGCTAAAGCATTG ATTTGGGTGAGAAATATATTATAAAAATAAGCATTTATGGGAATGAATAT AACTCGTGAATTGATTTAAAGTCATAAGATTTTCTTAACCGTAACACCTC TAAAATACATTTAATTAGAACTTTTATTTATATAAATAATTAAACTTATC ATATCTCCCAGCGCAAAGACTCTAATCGTTTTTCTAAAGTAAGATATTTA TTAAATCTTGATCGGGCAATTTTTTAACAAAAATTAGTTTAAAATATTTA TACTAAAAAAATAGGGGAGATCAATCATACTTCTTTATAACAGAATCAAA AAAAAGTTGTTTAAAGTATTTTGTTATATGAGTCAATAGCTATCAAATGA TGTATTATATGCATTTATAAGGTCAGTACTTTACACACTATGTCTAATCA AAGAAACAAAAATATTCAAGACGATTTTTAATCCAATCAATCAATCAAGT AAATACTCTAAAAAATATGAAGTTGATACATTTACATATCTGAAATTTCA ATTGTAAGTTTTTCAAAAATAGACTATTTGAAATACGAAATTTTATTCAA ATTGGACCAAAAAACAGGTTTAAATTTTCCATGGAATGGCCTATATACAT ACGTACATATATCGGGTGTTCGAAAAGTGTTGTAATGTTATTAAAATGAA AATTTAAGTGATTTAGTAGGCTTTTTTTGCTTGAATTTTTGTTGGCATTG AGAAATTGTAGAATCTTCTCAACTTCCTCTCTTCAGAGATAAGATGTATG TAGTCCTCCTCCGTAATTTAGCATCAATAGAGTTCTGAATTCAAAATAAT TAGCTTTGTACCACTTTACTCTTCTCTATGACTTTTTTTTCATCGTTGTT GCCACTGTGAATTAGCAGAACAGCCTCTAAATCACAACTGAACATCCAGA CAATATCTCAGCTTCAGTAAGAAATGTCTTCACGGAACCATATCGGCTGG AACAATAGTCTTGGGKATTGTAGAGACTCCGTTCTCATTTTTATGGAGAG GAAGGAGCGGTTTAATGCAGATACTTACCTCAAACTTCTGTGTATTAAAA TCCTACTTTGAGCCAAACAACTTTGTATTAGCTATAGACGGAGTTCTGTG TCTTTGCACTGCTTATATCCAGGCCTTCCCAGTCAAAATTACCCGGATTT TGGGACTTCAATATGTGAACTTCCTCTTCTCAAGAATGTAAATCCCTTGG ACTACTCTATCAAGGCGTGGCAGGAGTAAATTGTGTGTATTACTACTCAC AGGAGTGTTCAGTATTCTCTAAAGCCTTCAATAAAGAAGGAATGGATCAA GTTCGAGTCACAAAATCTACTCAAAACATTCCAGAGATTTAGGACTGGTA TTGTGGCAATTATTAGAGCTTAGGACTCACATATCAACTACGAGTTGTGT CGAGCAATATTTTGAGATGATTTTGTAAAATAAATGTCCTCAAAAAACCT CTTGTTTCAATTTTAGTTTCGAAATTTTGAAAATGATAAAATGTGTACTA CTAGATAAGATCAACCTTGTATATGATAAACATAAATATGTATACGTACA CACTCTTCAAGCTTCTCTTGTTATTATTATGGATCTTAAAGAATGAAAAT GAACCCATATTTTCATTCAATTGTATTCATGTATCCATAGTATAAATATC AACTATAATATTTAATTTTCAACACCCCCTAAAAGAAAAAAAATACCATG ACTTATCTATACAATAAAAAAATGACAAAATTGCATGTCTTTTACAAAAT CACAAGTGTTTGTTCTTTTCATTCCTTTAAGATAATCAATTATTATTAAT ATTATTTGTTGTTGAGCATTCACCTACTTTTGATTTGTTTGATTATGAGT GTTTGATCCTAATTGTGCTATTGTGTTTATTTTATACTTATTTATATTTA TACTATATATTTATTTTTATTTGACAGGGAAGATATTAAAGTCATTAATC TCAATTTGAAAAAAATAAAATATATGTAGGGATTTATGTATTATTTGCAA ATTACAAAAAGTAGGTTACTTAAATTAAGATTCATAGTCCCTGAACTATA AATCTGGTAATCTATGTATGTGTGCAAATATTGTAACTCGTATGATGAAA TTGACAAAGTTATAAAACTAAAAGTATGATGAGAAATTTAAAACAAAGTT TTAGTTAACCAACTCAAAAATACCAGATGTATCTTGTTGTGAGATGTTAA TTCCCACGTCTCACTTGATACGTCATGGCTATTTCATAATTTATTATTTT TGATAAATAAAAAAAGTAAAAAGGTATAAGAATATTCTTATGCTCCGTTT CCAAAAGACAAGAATAAAATTTACTATATACATGCTATGTCAACAATTTC TATAGATGGAGTTGAGAGTAAACCAGTTAAATTGAATAAAAGCTGTCGGC AGGGAGGMCTTTCTACTCCATTTATTTTTATTGCTGCGATTAATGTGCTT GTAGTAGAGATATCAAGAAGTATGGTAGGTTTGGAGTAGGTTTTGGGGGA TATACGTATCTAATTAATGCAAATGATGTTACTATGTCAGTGGAAGCAAA TTCAGAGGCTCAATTAAAAACGAGGCTGGAAGTACTATTAAATTTCTTTA GGAAATTTAGGAAGAGGTCCAGTCTGGAGCTCAATTTGAATAAAACTGCT ATTATGCCTATCAGTTCATGGAATCCTTCTCCAGAGCTCAAAGTTGGAAT TTGCAATATAAAAAAGGAACTAATTGAAGTCGCTTTTTTCGATGATGGAG AAAAATGCTTAGCTCTCTCGAAGTTAAGCGCTGGCCAAAAAACTTAACAA ATGATTTTATTCATTCATAAAAATATTGAAGAAATTGTCAACAAGATGTA AACATTTTTTTTGGAAATTTTGGAGCTGCCTGATAGTTTTAAAAAAATTG ACTTAGCACATTAGAATGGTAAGGAAAACTACGCGGGGGCATCAGAAAAA GTTGCTTTGCTCCACGTATACAATTATCTTGCTGAAAGAGGAGTGGCGCT CATTACAGAATATATTGGGTTGATAATAAATGACAAATCACAACTTGAAT GTATTCTATAAGTCGTGGAAGGCCATCGAAAGATCTACCCTAACACCAAC CAGAAAATACTTACAATATTAAAAAAAAATATACCCAAATATACTCATTT GATAATAAATTTACTTAGAAAATAAAATATTTTGAACTGAAGAAATCTTG TGTAGTAACATGTAAAAATAATTTAAGTAAGTACTTGTTCATTTATTTGA TATATCATAAAGAAAAAATAACAAAAATGTTTCCATATGATATATCTTTT TGTAAATACCATCTTCGACTAGGATGAACTAGATTTTTAGGCTGGTTTTA TGTGTTTAATTTTTTCGCTGAATTTAATGAAAATTAAATATAATTGCAAA TTTTTATATTTGTTAGTACAACAAATAGGTTGCAATATGCTAAAGAAATA AAACAAGGGTCATAAGTTAAAATTTAAGAAACTTCAATTGACATAATTTT CAACACATAGATGTTATTTTTGTTGCAATAAATATAAATATATTATATTT CAAATTGAATGAGGTCAATTTAGTGTTTTTCCAAAAAAACTTTAATCTGG CAGTATTCAATAAAAAACTTTGTTGTTGATTTGTCTTTTAAATTTTCAAA ACTTTAGGGCCTCTCAATATTATTCAAAACCGTTTAAACTTTTCTCAAAT GTTTTTTGTACAATTAGAAACCATTTTTTAACCTAAGCCATTTACTTTTT CACAAGGCATGATTTTATGGTCACTCAAATCGACATCCTTTCTTTAATTA TAGAACTAAATTTACTCCATATGACTTAAGAATTGTTTTTCAAGTATATT TACATTATGTATATTTCGTTCTCTAGAAACGACCAAGACGCACAATGAGT TCAAAAAATAACTCTCCCGGGAGCATTGTCCATTGTACTACATCGATCCG TGCGTCTTTGTGTCGTTGGTAATCTAGAAGGATTTTTTTTATTTTCCAAA TCTACAACCATTATTATTTAAATATTGACTAGAGAACATATAGGTATATA GTTATCACTAGTGCACGTGCTCATGAAATACGAAGAGCAACAATAAGGGT TGGGAAATTTTGAAATAAATTTTCTTTGTTGTGCAGCAAGGCAGAAAATA AAAGCATAGTTTCACAAACTAGACACATTTTGTATGCATATAATGTTGCT CTGTTTAGCAATATTATAGTGGACCTAGAAACAGAACTGAAAGCATCACT AGATCATTAAAAAAATGATCTTTATATGACGTAATCACTCAAATTTTTGT GCCTCCCCTCACTCCAGAATAAGTTACCTTCCAAAAAAAAATCTTTAACA TAATGCTAGAAACCAGCAAACGAAGGCTCAAGCGGCCCGCTGCAAATGGG GAGCTAAGAAATTACGACAATGGCATAGCACAAGTTCAAAAGGCCATTTG TCATACTTTTATGAAAAGAAAAAAATATTTATTAGATTTCAATAGTCAAA CATATACTTATATTTTAAAAAATCAGGCTTGTGAATGTAATAATTCACAG TTTTTACAAAATTATTTAATTTCAACATCAAGAACATCGCCAATCTCTTT TTAGGTATATGTTTACTTTCGACTATTTGAATCAAATTAGTGAGTGTTTT TTTTTAAAATAAAAATATTATAAATGATTGACAAATCTCCTTATCATGAA CTTATGATGTGTCATTGTTAAATATGGGATGTGCGTAAAGAAAAAAACTA ATTATAGGAAAAACAGTTAAGCATGTGCTCTTTCTTCTTTTTGTTCTAAT TTAATAAGCCGTTGGTATATTAATATCCCCCTCTATAAAAATAATTATTG CCTATTTTTAGTGTAAATTGAGTTAAAAATGCATAATAAAATAAGCCTGA ATTGAAATATAATTATAATATTTTACATATACTAATGCTATTTTAAATGT AGAAGGTTCTCATATCAGCACTTCACCCTTTGTAAGTCGAAATTGAAGAC ATTGACAGCTGATATTTGAAATTATTGCAACCTTTCAATAATAAGGAAAT AATTTTGCAAAGCAAAGAATATATTATTAGATTAAGAGGAGAGGTATCTC AGCTTTTTAGAGATCTTTGGATGATTATGAAAGTAAATGGAAGGTCTCAA TATATGCAAGAGGTTGTGAGTTTGGCTATTAGAAAGTGGAGGGGGGGGAG GGGGGCGMAATAGGMATCATTGAGATGAAATTCTATGTCATCCAATCCAT TCAACCCTCAAACAGAAAATTACTTAAAATATTCATAAATAGAAATGTAG AGTACATACTACAATAATTGTCTTTCTTGACTCAATTGAGTCAAGATCCT AAAAAGGTTGCAACATTCGAATTTCAAATATCCACTGTGGTTGTCTCCCA TTTTGATATAGAAAGAGAAAGTATTACCAGCAGACACAACTTATACAGTG TACTCTTTTTATTTTCCAAGGCTGGTATCATTATTTTATTTTTTATTTTT TTGGAGGAGAGAAACTATAAGTATAAATAAATCACTTGTGCGTGAAAAAC GAAAAGTAGCAATGAGGAGTTATAAGTGGAAGCCTGTGTTGAACTCAGAG AAGAATTTCCATGGACATGGAGTAATTCTTACCGACTTGATTGCTTAATA CTGAGTGGGGCTTGTGTTTATTTCTCTCCTCTCATGGCTGTTTGCAGCTG ATGTAAGAAAAWGTTATGTCATCTAAGCTACTCTCCCCCCAAATACTCAT CAAATTGCCAGGGTTACCAGTTGAATAATAAGTTTTGTTTATTTTTATGC ATACCGTCGGGTTTTAATTGGTTTTAAACAGATGATAAATAAGTAATTTG AATCGATTAAAAGGAATAGATATCCTCCATTAACATTTAATTGGTACTGT AAAATACGGAGTTTATTATACAATAAAAGTTTATAGGACGTAAAAATTGT AACATTTACATTATGTCCTTACCAATTGCAACTTGAACACCATATAATAT TATATACAATAAATTCTATAAAGAGTAAATGGTTTTTCTTTTTAAGAAAA TAAGTGTCAAATTTTTATTTATGTACAATTACATATACGATCGACCTTAA GTAGATTTTTGAATTTTATTATATTATTTACAATTGGAGTAAACATGCTA TAGTAATTTATATCTGAAATGCTATATACAGGGTGCGGCTCATATTGTAA TTAATTGATTAATGATAATTATAGACAATTTTATAAATATACATATATTT AGATATAACACATGGGCCGAAAAGTAACGGAGTTAACAAAGAAAACACGG AATATTTAGTTCAAAATTGGCTTTTTTAAATTATTATTTTTTTTTCATTC GCTTTAMGGAGCGAAGTCCCCGTAACWCTTTTCAAGCCATTGTTTAGCTT GAACCATATTTTTTTCCTATCAGGAAGTTTGGTATAATTTAAAAAAGAAA TTTTTTTATCCATTGTTTTGAAAATAAAAAAAGTAGCGTCACAAAATAAC TCACAAGCTAAAGAAGACATAGGACCACAACTTTTTGACACCTGTCTTTT GAAGGTTGGCACTCATTTAAAATTAGGGGAGTTAATAAAAGAAAATACTT TTCAGCACATGTGTTATCCATAAATAATGATAATTTAACTTTTCTCCTTC TGCTAACACACGTTTCTCCAAAACCAAGACCCGAAGCTATGTATAGGTAG CGATTATTTTTTCTGGGTCAATTATGGCCCATTATCGTACAAATTGAGGC CTTTTGGTGTTCTACATTTGGATGACATGCCTCCTAGGCCTTCCTCTCGA CAATACTACAGAAATAATAATCCTGAGTTTTTTGATTATCTTTGTGTAGA TTGTCTTCTTATGGAATCTAAGTTATTGATCAATGGTCTGTATGCTGCAT CAACCCATTTTGTGATAATTTCATCCAAACATACTCCCAGGAGCACATTT AACAATCACATCCACCCCTTTCCCCCAAAAAAATGGTGCTCTCTGAAATG CAGACGACCTCTTTCATCGTCTTAAAATCGACATGTGCTTGGAGTAAATC AAGGATTCTTTATATTTAATATTGTTGCTTTGGCATTTTTACTTTATGTA AAGCTCCAGAAAAGACCCTTTAGTTGGTTTAAATTTTTTTTTATGTGTTA CCAATAGATAAAATATAACTTAGCCTATAAATTTACTGTCACTGTCTGAG TGCACCTTGTATTCCAATAGGAGTGAATGAGTGAACACACACTAGTCCCA TATCATTTTATTTTCCAATTATGACTTTGCTTATGATTTTGTGCCTTGAA GGGGATGTAATATTTATGGTTCTAAGATTTCAGATGAATCCTTCATTTAT CATTTTTCCAATTCAAGGATTTACTCACACTTAAAAAAATATATTTACTT TTAGTTTTATATTAATACATAAACACTTTTATCCTAGAATTACTTTCCTT TAAAATATGAAAAATTGCTTAATATTTTACCAAATACGTTTTTTTAACAT ATGAAGGTTATGCATAATTTATAGAGCTTTCCTTAATTGTAGGGAGTTCC GTTTCTATGCCTCCAGAGCTAATCGGAATGTATAGTCTTTACCAACAAGA GTTGGAGAATAGACAAAATGATGGGAGCGAACAAGAGTACATAACGGATC TAAACGCTTTATTTCGTGTAAGTCCAAACAAGATTAAAAGGTCATCATTT GTTTTTGAGACTATACAAATATTATGTTTCAGTCGCCAAGTACACTCTCA CTTCATGACCCCCACGAGAACAAATCAGAGAAGAGAAAATCTGCTATGAG TAGTAGCAGTAGCTGTCAGTCTGTTCTACCGCCCATTGGATATAAATTGT AATACTCGTCAATTATCTTATAACTACATATTATGTAATAATCACCACTT GTTTTACAGAGATCATGTAGGACAAGATAAACTATTCCAAAAGTCGGAAC GTCCAATGGACCACTTTGTTGGGCATTATAGTGATGATAGTTTGAGTGTT TCAAGTTCCCGGCCATCAAGGTATGTTTTCACTAATAAAAAGTATTTTCT AATGGTACATATACTTAAGTATCCGAGGAAGAGCACATTGTAGGAATGCC TTTTTTTAGATTTATAGTCAATAAAATATGTTTTTTTTAATAGTCCTACT TTGTCATATACATTTACGAAAGAATTTGTCTGTTAATTCTAAAATTTGAC AATTCTTTAGTTGTTAAATAGTTACTTTTAATATGTTTATATAGAATCTC TCAATGAAAATTTTTCGAAAAGCAAGAAATAAAAAACCCAAGTTTGGGGA AGTTACTTATCTGTTATTACTTTTAAAAATTTGTGTACAAAATCTTAAAT CTGTACTATCATTATAGTACAGAAATTTAAAAAAAAACCATTTATATTTT TACTAAATTATATAAATGACTACTTGAAAAAAGAAAAATACCCTCAATGA CGTCACAATGAATTGATTTTACGTTTTTTGAGGACCAGCAAGGGAGTTCG AACTGGATTAAATAAGGACTGATACAACACTAGTGGAAAGCCCTTTACAT TCTGTTTTTAAGAATAATCTAAGAATTGCTCTTGGTTCTTAACATAAAGA TAAAAGATTTTTTTTTAATCACAGAGGGAGGGTTCTTAATAATGCTCTGA TCAGAGATTTACTGACATTTTCCGATGTAAATCTTTTTGTGATATGGAAA ACCTTTATATTTTGTTTATTAAAGAACAGCCCAACAGTTGCGAATAGTGA CGTATGACTAATTAATACCATATTATTTCCAGCCTTTCCTTTTTCCTTTT TGTCTCTTTCAATCCTTTTTCTGTAAGAAAAAAAAAAAAGACTGTATGTG AGCGTATAGTTGTTCAATGTTTTCACTCTCCCCAACTGATTGACAACATT TTTATTAGGATTAAAAGTTGGTTCAACAACGGATTTTATTTTCGGTTCGG TCTTATGTTATTTTTTATAGACCGATTCTTTTTCGGTCTCACTTAATGGG CCAATTTTTTTCGGTCTCATAAATTATAAGAGACCGAATATCCTTTTTTT TATATTAATAGTAATCGATGATTTCGTTATATTAAAAAAGATCTTAAATA GATTATAAATATCTTGCTATCCTTGAAAATCTAAAAAGTACACTATATGT TATTGATTCTAGAAGAAATACTGTATATTTATAGCATTCAGAAATTAGGA TAGTACCTAAATTTAGACAATTTTAAAGACCTATGATCCTTTTTAATTCA TTAAGACCGGATTAAGTGGACTTCTGTGTTCTCCAAGAGTTAGAACAAAA GGAAGATAAAGAGAATCAAAGTAATATAGTTTTAGCTAGATAAAAGAGAT AGTCTCAAGAAATTTTTGTATTCTTGTATTTTTGAGGTACGACAAGATGA TTTATACGAGTTATCTCTGTTTAAGCTTCATATGACGTCATTGTAACATG TTTACAATTGAACACACATATGTCGTTTTTAACAATCGGTCTCCACCGAT TTTTTCGGACCGAATTGTTCCTTTGGACTAATCTCTACTGACATTTTCCG TACGAGCGATCTTAGCTAAATTTTTCTAAGAGACCAGTTTAGAACAAATT TATACAAAGGACCAACATAGCTGGTTCAAAAAAAAAAAAAAAATCATCAT TACTTTCTTAAAGAGGTGTAAGACTTCCAGACCGACACGCAACTGTAATT TTTATATAACACTAACTAGTATATATGTTTAAATGCTCGAAAGAATTAAT TCTGGTAGATTAGGCTAATACTCATTAAGTGTTGACATTTTTTTAACGGA GTTACCAATGCAAGATATAAAATACTTTCACCACAATTCCAAATGACACT AATAATTAATTAATCTTATAATATAATATTTCATTATTTTTTTTCAGTGA ATTGGGAATACATGACTATGAGAGTGGGGTTCCATTGCTACCACCCATCT CTTCCTCAATGTAAGTAATACAATTAAATAAGTTTTAATATAAAATAAGA GGTTTCATAGAATGAGTTCCATTTCCTTTTGATACATGTTCCTTTATTTG TACAAATGATTTAAATGAAATTATACTAATTATACCTAATGTATAATGTA TACCTTATGTATAAAAAAGGTATCGGAGTCATTCAATCTCAGAGGATATC CATCGAACACCCTCTACAAGTTATCGTTCTCGTGGATTGATATATCATCA TTCAAGGCTCCCTTCACCTAGAAACTTGCTTACGAGGTACAAAATACATT TATTTCCAAAATACAATAATTATACTGGGTGTGACAGCGTAACACGGAAA TAAATATATATATATTTGAGCTAATATTCAMTTATATAAATYGTGTGMTA GCCAATAAAAAGACTGCAAAGGTTGTATAATTTAAAAGACACCAAATGGC AACGGAATGTAGTTTTTCAAGAGTGGAGCGGGGGGTGTAAGTTATCAGTT ATAAGACATACGTGACACATTCAACATGGATTACTCCCATTCAGACTAAG ATACAAAAATGTTTTTGCATAGCATCATTATTGTTGGAGCGTGGTTGAGA GGAAATCACATGATGTCCATAACCAAAGCCTGGAAATATTAAATGTTTTT ATTTACAAAACATGGACAATTTGGATCCATTCCAGCCTTGAGAATTACTG AAAGGTGTTATAAATATCCTCCTCCTTTAGAAAGCAATTGTCTGTGCAAA TGCAAATCAAGTTACCTATAATTTCAAATCTAGCAGTTATATCTTTCCTA ATTTTTTAGGGTGGGTTCATTACTTGTCCTTTTACACTTTTGAGATTTTT TTCTTCCTTGTAGCAWACTCTTTTCAAAGGTTTTTTTGTATGACAAGAGA CAAGAAACTATTAACATATTCCTCAATTTTTAGATTTTCCTACTCTATGA CGNTCATATGAAAAATTCAAAGGTCATCATTTTATTCATGATGATTAATT TTTGGTGTACAAATTGTCTCTATAATAATTGTATCAGGTTTTGATAATTT GATATATTTACATGGAACAAATAATTTTCTCACCTTTTTAATATTTTTTT CCCCTCAGCGATGTTTTTTTTTTTGCATTGGGGTTTTCATTTTATATACA TAAATGATATAAGAAATAAATGAAGGAAGAAGGATCATGTTAAAAAATTA ACATTAATACAGATTTTAGTTTATAATTATCCCCATTCTAAAAAAAAACA CCATGAAAATGTACCAAAAGTCTCCATAGTAAGACTATTTCTTTTTTAAA GCTTTGTAAGTCCTTACAATCCATATTAAAGTGTCCAAATATTTAGCCAA CATCAAAGTGTAATATCTAATAACATCAGGAACATATTTCTGTCCAGGTC CAAAGGTGTCCGGAATCATTAAAGAGAGGCAGCATATCTTGCAATAGTTA AAATGATAACAGCTTTTATCTCTTCAGTAGCTAAGGGTTCATATAGTANT TTTGCCGCCAATAAGAGCTTTGGAATTCAACAAGGCCAATTCCAACGTCT TTGTCTCTCCTGGAGATACCTATGGTTTTGAAAGTCCAAACAAAACTAGT GCTTTTGTGAGTTTTGATTCTGGGTCATCCAGTCCCTTTACGTTTATCCG TTATATTATATTGTTTTATAATTTGAACACTGGGACAATCTACGAAAGTG TGTATAAAAGAGCATTTTGAAGGATAAGGCCTGCCGAGATTTGAAAATGT GCGGTAAATTTTTGTTACAATAAATATGTACCAAGGATTTATCACAAGAT TTCGGGAGGTCTAAAATTTTTCTATAATTTTCCCATATCTCAATAACATT ACCATTAAAACCCCTCAAATATATCATTTTCAAATGCCATTGTGTAGGAG GAATATGGTTCCTAGCAGTTCTAATAAGTGGAAAACAAAATTTACCCTTC CCAAGTACCAAACCAGGGTATTTCGGAAGGTCAAAATAAGCAAAAAAATG CCAGTCAAAATAAAATTACTTATAACCAGACTTTCTAGCCAGTTTGTACT CTCTGTATTACTGAAGAAATATTTCTTTYCTAAGTTTTTATGAATTACAT CTATGGTAGAGTTCAATTCATACGTTGGTGCTCCATAACATAAAAGACAA TGAGATTTTCTTGACTGATCCATTTCATAAAATAGTACCCATATTCCGAA GCATGTATAGGGGAGTACCTGTCACAGTAACTCTATATTCCAAGGGGAGA TTTTTCGTTATGTCAATAAAAATCTTATAGTATATCTTGGGTGTAATAGA AGAAAGTAGAGTTAGCCCACTTCCTATATATATATTTATTTATTTTGCCT TTTGGGAGAATAGACAAACTTCGAATGAAAAAGTCACTTCAGCCACGAAT TTTCTTCATCTATTATAAAAGAAGCAGAGAATGTTCCTTATATAAAACAA GAGAAACAATTTCAGCGCAATACAGTCCTGCTCTTGACAGTTTGTATTTT AACAATTCTCTTACTTTTTTTATAAACCAATTGGACACAGTGTCGTCCAT TTTATAAAAGTTAGACCGTGTATTTCCCGTTTAATGCCTAAATTTTCAAC TCTATTTTTGACATTACAATCTAAGAGTTTAGTGGAATAATTTGACTTTT ATTTCTCTGCTGGGAGAACAAACGCTTTACTTTTATTAATTACCATATTT TATAAAAGACTCTAGAATGACTTCGATTTTTCTAAGCACTTAACGTTCTG TGTTGGGCTGGACCAATAATCTGACATCCTCCGTAAAAGTATCAAGTAAA TGTTTAAAATTACCTAAGGAAATTCTAAAGCCCCTATATTTCAATTGCGG CAATAAATCACAAAGGTCTGTAGGACACCCTTGCCTGCAGCTTCTCTTGA GAAGAATAGGCTCACTTACACAACCATCGATCTCGATGGTATATGATTAA TTATAGACCAAGGCTGTTATAGGATTGAAAAAACACTAAGGCCATAGCAT TTAAACAACCCAAAGTATATGGCTATGTTTAATAGAATCAAATGCCTTGC CAACTACCAAATTGAGTAGTGTATCCTTTCTTAGGGATGAGTGAAATTCT ATCACGTGTTATAGAAGTAAATAATTTTCCATATTTCTCCATCGAAACTC TCAACTTAAACAGAAGCAGAACAAAAACATCGAGGAGGATAACAAAAATT TTACTCCCTAAACCATCAGGTCGCCGCGCTTTATTTCTTTTAAAACTATA TTTTACGTAACACAAAATATTTTGTGATGTGAACCCAGGAATCATGTCAT ATGATTTCCATTGTGTAGGAAAATTGCTTCGGTGGTCTCCAAGAATATTC TAAAATTAAGAACAGAAGAAGACCTAAGAATCCTTAGTTTTTTTAAGCCT TTATGTTCCAAAACTTTTTTTTTTTTTTTTTGCGTWTTCCCATTTGAATT RTTCCTCACAATACCATAATTTAAGGAGTTTTTTTGGCAACTTTGAACTT GTAATCAACTTACTTACTAAAATAAAATGTTTTAAAAATTATATTTCACT AATATTTTTAAAAACCTTTTTTTGTAATATTTCTTGACACCAGTTTTGAT ATGTAAGCTTGTGAAATGCGAGATTCTTCTTCGAATACTGAACTATCACT CTTTCTTACGCTTTCTCTCTATCTCTTCCTGTTTTATGTCTTTTGAAACA AGGAATATCAATCATGACCCACCTTTATTACGTACATACACGTAAACCTC TTAGATTGGGCGTTAAAGTAAACTAGTTGCAATATGATTGATTTTTATGC AATCTGATTTCAATCCCTCTCTTCTGATATAAAAAGAGGACTATTAAAGA GATTTGTTTTTAGTCAAGATGCATTATCTAAGAAAAACAGTAGAAAGTCT GCATTGTGCTGGCAAACATCCCTTCAACTTTATCAAATTTGAGACCTTCA ATCAATCTCAGTTCAGTTAAATATAACGTTAAAATGAATCGGCAGACTGG AAATGTTGATGATAAAACAAGAAGTGGACACCCAAGGTCTGTATGGAACC CGAATAACGTCCAGAAAGTTAAATTAGAAATATACAGAAGCACCAATGAA AAAAAATGGCTAAGAATATCAACGTCTCAAGGACTTCGATGAATTGAATG ATCTAAAAGGACTTAGGGATGGTTTCTCTGAAGTTTCTTTACCGTCACAA TCTCACAGATAATGCACGAATTAAACCGATTCAAACAAATAACAAATTAT TAGAACTTTGCACGCGGAGAGGAAATATTGTCTTTTTGGAGTAGAAGAAA TGGGTCCTGGATCAAAAATTCAACCATCAAAACGACCAAATCTTGGCCTC ATTATCGAAAGATGTATTCTTAGACCAAATAACAATTCCAAAACGGGTTA ATGGTCGATCCCTTTTGGTATGGGCAGGGATTTCAAGTAAAGGAGATAAG CTTCCTTTGATTTTTATTTCGGAGAGCCTCCGTTTGAACACGGGTGACTG CATTTAATATGTTTTGGAGGCTGTGGTACTTCCGTGGTTTAAAGCCAATC CATTTAAAACGATTAAAGTGACCTTGCAGGAATATGGAGCTATAATACAT ACCAGCGTTCAATGCCAAGAGTGGCTTAAAGTAAATATTCCTTTTGGGGG CAAATCTATTTGGTCCCCTTCGTGTCCATATCTTAACACCCTCGACTACT TTGTGTAGGATTATCAAAGGTAAAAACTGGTCCATATTTAAATTTGGAAG ATCTCTGTGCCTCAATTAAGATGGAATTATAAATTACAACTCTGCAACAA ATCCTCAAGGTTAATTTCCATTTTTTATTTGCAAACGAATGTTCAATAAG GCTTTGAATATATTTAGGAAAGAAAGTTCATTACTCAGGAATTAAATAAT AATTTACAACTGCTAAGGAAAATAAAATTCATTTTCAGATTACCAAATTA AAAAAAATGGGACATCTAAAAGGAAAAACGATTTTCATCACTACTGATAA TTATCGAGCAACCCCTCCATGTTTCATGATCACATGAACTAGTTATGAAT TCATACTTAGATGCTCCCTTCTCTAGGGTAATACAATAATGATAACAGCT TTGGTGATAAAAAAAGCCCCTTTTCAGATTACCTACTAGAACAAGCTTTT GTCTAGGGCGTATTTTATATACTTTGGATCATAATTGAAAGACACCGTAT TTTGGGGGCTCAAAGTTGATATTTTTACTGTTTGAAATTAACAAATTTAC AATAAATCATGATTAAACTCCATCAAATGGGTACATGAATAAAAAAAAGG CTTAATAGTTACTTTGAATACCACTTGATGCCAATTATAAATGGGGATAT TTGAAAAAGTTACGCTGCCAGACCCTATTCAAATATCTTCTTACTTTGAA CAAAATTGTACACTTTATTCAATTATTAATTAAATACATTTCGATTTTTA TCTATATTCTTTTTAGAAGTGGTTTGATATTAATCCTATTTTCTTTTGAA TATATCATTTGTCCTTGCTTTCTTTTTGCATGAACAACTTTTAGTACACA TTTTTTCATTTTTTAAACCACAAATACACATACATACATATATAAATTTG TCTCATACCATTAATATAATTCATTCTATTAAACTTGGAGGTGGTTGGAA GAGACACACATTGAATAATCTGCACATATTGGAATATGCAAATGAATATC TTCATATTTTTAATTTATATTCAGGTATTTCGAATGATTTAA
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