EMLSAG00000002273, EMLSAG00000002273-685039 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000002273
Unique NameEMLSAG00000002273-685039
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:BCO2 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005739 "mitochondrion" evidence=IEA] [GO:0016116 "carotenoid metabolic process" evidence=IEA] [GO:0016121 "carotene catabolic process" evidence=IEA] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=IEA] [GO:0051881 "regulation of mitochondrial membrane potential" evidence=IEA] [GO:2000377 "regulation of reactive oxygen species metabolic process" evidence=IEA] InterPro:IPR011047 SUPFAM:SSF50998 GeneTree:ENSGT00500000044783 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 CTD:83875 KO:K10252 EMBL:AADN03008267 RefSeq:XP_417929.2 Ensembl:ENSGALT00000043097 GeneID:419792 KEGG:gga:419792 Uniprot:R4GL86)

HSP 1 Score: 236.113 bits (601), Expect = 1.971e-66
Identity = 156/524 (29.77%), Postives = 258/524 (49.24%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLT-QRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYK----YQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPET------LEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            IP W++G   R GPG F+ GE  YNH F+ +++L +F +    VTY++K + S    +  Q ++ + S        DP K        +F           +DN N +   +  D Y+  + + M K++ E LE   + +   ++ +  AT HP    DGT +N+G SY K    F  T   +       NCN  L+ A++ C I       P++YHSFG+S+NYI+FIEQP+      +        S ++     + + W P    RF++V+K +G+VLP Q+   PF  FH +N +E + G +++++   D+ +T    ++QN    G DL          +  RF + +K  S T  G  +  +                   E+L P+       LEFP++NY +YSG+KYRY YG G  +   + ++K+D E+++  +W+E G + SEP+FV     +P     ED GV++  +++     +  L++LD +TF+EL R +     ++  GFHGIF  R
Sbjct:   80 IPGWINGNLLRNGPGKFEFGEEKYNHWFDGMALLHQFQLRNGTVTYQSKFLQSNSYLINNQHNRIVVSEFGTLAMPDPCKSVFARFMSRFDPPKP------SDNANVSYVVYKGDYYVTGENNCMYKVDPETLEMKEKVDWTKFVAVNGATAHPHYAPDGTAYNMGNSYGK----FGTTYNIIEVPPQKSNCNETLEGAKVLCSIAPTDNMKPSYYHSFGMSENYIIFIEQPI------KLNLLRIITSKFRGKPISEGINWEPQYNTRFHVVDKRTGKVLPGQWYTKPFVTFHQINAFEDR-GCVVLDLCCQDDGKTLAVYKLQNMRKSGADLDQIFGSVARTFPRRFVLPLKVNSDTPVGKNLNPLSYTSAKAVKDSDGKVWCTHENLHPDGFENFGGLEFPQINYSQYSGRKYRYFYGCGFRHFIGDSLMKVDVETKNFKIWQEDGSYPSEPVFVP----VP-NATAEDSGVILSVVISPDENRSAFLLVLDAETFRELGRAEVPV--QMPYGFHGIFSSR 579          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:bcmo1 "beta-carotene 15,15'-monooxygenase 1" species:7955 "Danio rerio" [GO:0008198 "ferrous iron binding" evidence=NAS] [GO:0003834 "beta-carotene 15,15'-monooxygenase activity" evidence=IDA] [GO:0030902 "hindbrain development" evidence=IMP] [GO:0055114 "oxidation-reduction process" evidence=IEA;IDA] [GO:0016491 "oxidoreductase activity" evidence=IEA] [GO:0004497 "monooxygenase activity" evidence=IEA] [GO:0051213 "dioxygenase activity" evidence=IEA] [GO:0001754 "eye photoreceptor cell differentiation" evidence=IMP] ZFIN:ZDB-GENE-010508-1 GO:GO:0008198 GO:GO:0030902 HOVERGEN:HBG050679 GO:GO:0003834 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 BRENDA:1.14.99.36 GO:GO:0001754 EMBL:AJ290390 UniGene:Dr.12383 Uniprot:Q90WH4)

HSP 1 Score: 225.713 bits (574), Expect = 3.367e-63
Identity = 150/517 (29.01%), Postives = 259/517 (50.10%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV-DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSR--LDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDN------------AET---------------------QVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLG-NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            E+  +IPEW+ GT  R GPG+F VGE TYNH F+ +++L  F I+   VTYR++ +      S  Q ++ + S        DP K    ++  K      H      DNC +NI  +G+D +  S+ +++ KI+   LET  + +   YLP+ +   H   + +G  +++GT  +++ K+  Y +F   ++ G    +    L SAE  C +PCR   +P++YHSFG++DNY +FIEQPL  +    +  Y+   S      +K+ P +    +++++ + + +  ++       +H VN +E  DG+++ +V+AYD+             ET                     Q + GEDL+      +   + S+ ++     +   +++ E +E PR+NY ++GKKYRY Y    +E     +I+K D +++  + WK    F SEP+F+ R        ++EDDGVV+  ++N  P     L++LD K+FKE+AR       E+    HG F+
Sbjct:   19 EVKGSIPEWVQGTLIRNGPGMFSVGETTYNHWFDGMALLHSFAINKGEVTYRSRYLRGDTYNSNMQANRIVVSEMGTMAYPDPCK----NIFSKVITFLSHTIPDFTDNCGNNIIKYGNDFHATSETNYIRKIDPVTLETQEKIDYLKYLPVSIVASHTHYDKEGNSYSMGTCIAEKGKT-KYMLF---KVPGGSRPDGSPPLKSAEAVCTLPCRSLLTPSYYHSFGMTDNYFIFIEQPLKLDILKMATAYLRRVS--WASCMKFHPEDSTLIHLIDRNTKKEVATKFYTDAMTVYHQVNAFED-DGHVVFDVIAYDDNNLYEFFYLNKLKETMGATNLYCKPKFTRFVFPLSDQGETGEDLV-----KLKYTTASAVKEKDGKIMCQGEVLCEGVELPRINYNFNGKKYRYSYMCCVDESPVATRIVKFDADTKQQIEWKGDDGFASEPVFIPR-----PGAVDEDDGVVLTVIINNKPLQGGFLLVLDAKSFKEIARACLDV--EIHMDMHGYFI 512          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:Bco2 "beta-carotene oxygenase 2" species:10090 "Mus musculus" [GO:0005622 "intracellular" evidence=IC] [GO:0005739 "mitochondrion" evidence=IDA] [GO:0016116 "carotenoid metabolic process" evidence=IMP] [GO:0016119 "carotene metabolic process" evidence=ISO;IDA] [GO:0016121 "carotene catabolic process" evidence=ISO;IDA] [GO:0016491 "oxidoreductase activity" evidence=IEA] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=ISO;IDA] [GO:0042573 "retinoic acid metabolic process" evidence=NAS] [GO:0042574 "retinal metabolic process" evidence=NAS] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0051213 "dioxygenase activity" evidence=IEA] [GO:0051881 "regulation of mitochondrial membrane potential" evidence=IMP] [GO:0055114 "oxidation-reduction process" evidence=ISO;IDA] [GO:2000377 "regulation of reactive oxygen species metabolic process" evidence=IMP] MGI:MGI:2177469 GO:GO:0005739 GO:GO:0046872 GO:GO:0051881 GO:GO:0042573 GO:GO:0042574 GO:GO:2000377 eggNOG:COG3670 GeneTree:ENSGT00500000044783 HOGENOM:HOG000232156 HOVERGEN:HBG050679 OrthoDB:EOG7353WB TreeFam:TF314019 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 CTD:83875 KO:K10252 GO:GO:0016702 GO:GO:0016121 GO:GO:0016116 EMBL:AJ290392 RefSeq:NP_573480.1 RefSeq:XP_006510107.1 RefSeq:XP_006510108.1 RefSeq:XP_006510109.1 UniGene:Mm.390149 ProteinModelPortal:Q99NF1 SMR:Q99NF1 PhosphoSite:Q99NF1 PaxDb:Q99NF1 PRIDE:Q99NF1 Ensembl:ENSMUST00000119103 GeneID:170752 KEGG:mmu:170752 UCSC:uc009pjq.1 InParanoid:Q99NF1 OMA:ISDGISW NextBio:370330 PRO:PR:Q99NF1 ArrayExpress:Q99NF1 Bgee:Q99NF1 Genevestigator:Q99NF1 Uniprot:Q99NF1)

HSP 1 Score: 225.328 bits (573), Expect = 7.285e-63
Identity = 151/522 (28.93%), Postives = 266/522 (50.96%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQ----NLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN------GEDLLY------------------------KNRFSVNVKSVSSTRKGI-EIQLIPEDLVPETL------EFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IPEWL+G   RVGPG F+ G+  YNH F+ +++L +F +    VTY++K + S   ++ +   + + S        DP K    S+ ++F +R +    T+ DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G SY      ++     +R           +  A++ C I    +  P++YHSFG++ NYI+F+EQP+      + + +    S  + +     + W P    RF++V+K +G++LP  Y ++PF  +H +N +E + G +++++   D+  +    Q+QN      G D +Y                        KN   ++  S S+ ++G  EI   PE+L  E L      EFP++NY  ++GKKY + YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV     +P  + EED GV++  ++  +   +  L++LD K+F EL R +     ++  GFHG FV
Sbjct:   33 IPEWLNGYLLRVGPGKFEFGKDRYNHWFDGMALLHQFRMERGTVTYKSKFLQSDTYKANSAGGRIVISEFGTLALPDPCK----SIFERFMSRFE--PPTMTDNTNVNFVQYKGDYYMSTETNFMNKVDIEMLERTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSYGPRGSCYN----IIRVPPKKKEPGETIHGAQVLCSIASTEKMKPSYYHSFGMTKNYIIFVEQPV------KMKLWKIITSKIRGKPFADGISWEPQYNTRFHVVDKHTGQLLPGMYYSMPFLTYHQINAFEDQ-GCIVIDLCCQDDGRSLDLYQLQNLRKAGEGLDQVYELKAKSFPRRFVLPLDVSVDAAEGKNLSPLSYSSASAVKQGDGEIWCSPENLHHEDLEEEGGIEFPQINYGRFNGKKYSFFYGCGFRHLVGDSLIKVDVTNKTLRVWREEGFYPSEPVFVP----VPGAD-EEDSGVILSVVITPNQSESNFLLVLDAKSFTELGRAEVPV--QMPYGFHGTFV 530          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:BCO2 "Beta,beta-carotene 9',10'-oxygenase" species:9541 "Macaca fascicularis" [GO:0016119 "carotene metabolic process" evidence=ISS] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=ISS] GO:GO:0005739 GO:GO:0046872 HOVERGEN:HBG050679 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 KO:K10252 GO:GO:0016702 EMBL:AB097557 RefSeq:NP_001271880.1 UniGene:Mfa.8473 ProteinModelPortal:Q8HXG8 GeneID:102136772 GO:GO:0016119 Uniprot:Q8HXG8)

HSP 1 Score: 225.328 bits (573), Expect = 1.039e-62
Identity = 155/525 (29.52%), Postives = 265/525 (50.48%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN------LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSV------------NVKSVSSTRKGIEIQ-----------LIPEDLVPET-LEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQ-LVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P+WL+G+  R+GPG F+ G+  YNH F+ +++L +F ++   VTYR+K + S   ++ + +++ + S      + DP K   +    +F    K     + DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G S+      FSY +  +R     ++       A++ C I    +  P++YHSFG++ NYI+FIEQPL        +  +++ +  K +       + W P    RF++V+K +G++LP +Y + PF  FH +N +E + G +I+++   DN       Q+QN    GE+L          +  RF +            N+  +S T      Q           L  EDL  E  +EFP++ Y ++SGKKYR+ YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV      P     E+DG VI +++ T   N    L++LD K F+EL R +     ++  GFHG F+
Sbjct:   53 FPKWLNGSLLRIGPGKFEFGKDKYNHWFDGMALLHQFRMAKGTVTYRSKFLQSDTYKANSAKNRIVMSEFGTLATPDPCKNVFERFMSRFELPGKAA--AMTDNTNVNYVRYKGDYYLCTETNFMNKVDIETLEKTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSFGP--FGFSYKV--IRVPPEKVDLEETTHGAQVICSIAPTEKGKPSYYHSFGMTRNYIIFIEQPL--------KMNLWKIATSKIRGKAFSDGISWEPQCNTRFHVVDKHTGQLLPGRYYSKPFVAFHHINAFEDQ-GCVIIDLCCQDNGRILEVYQLQNLRKAGEELDQVYNSAGRSFPRRFVLPLNVSLNAPEGDNLSPLSYTSASAVKQADGTIWCSHENLHQEDLEKEGGIEFPQIYYGQFSGKKYRFFYGCGFRHLVGDSLIKVDVVNKTLKVWREDGFYPSEPVFV------PVPGTNEEDGGVILSVVITPNQNESNFLLVLDAKNFEELGRAEVPV--QMPYGFHGTFI 554          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:BCO2 "Beta,beta-carotene 9',10'-oxygenase" species:9606 "Homo sapiens" [GO:0005622 "intracellular" evidence=IC] [GO:0005739 "mitochondrion" evidence=ISS;TAS] [GO:0016116 "carotenoid metabolic process" evidence=ISS] [GO:0016119 "carotene metabolic process" evidence=IDA] [GO:0016121 "carotene catabolic process" evidence=IDA] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=IDA] [GO:0042573 "retinoic acid metabolic process" evidence=NAS] [GO:0042574 "retinal metabolic process" evidence=NAS] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0051881 "regulation of mitochondrial membrane potential" evidence=ISS] [GO:0055114 "oxidation-reduction process" evidence=IDA] [GO:2000377 "regulation of reactive oxygen species metabolic process" evidence=ISS] GO:GO:0005739 EMBL:CH471065 GO:GO:0046872 GO:GO:0051881 GO:GO:0042573 GO:GO:0042574 GO:GO:2000377 eggNOG:COG3670 HOGENOM:HOG000232156 HOVERGEN:HBG050679 OrthoDB:EOG7353WB TreeFam:TF314019 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 EMBL:AF276432 EMBL:AK027801 EMBL:AK297853 EMBL:EF444956 EMBL:AP002884 EMBL:BC041656 EMBL:AJ290393 RefSeq:NP_001032367.2 RefSeq:NP_001243326.1 RefSeq:NP_001243327.1 RefSeq:NP_001243329.1 UniGene:Hs.728325 ProteinModelPortal:Q9BYV7 SMR:Q9BYV7 PhosphoSite:Q9BYV7 DMDM:308153680 PaxDb:Q9BYV7 PRIDE:Q9BYV7 Ensembl:ENST00000357685 Ensembl:ENST00000361053 Ensembl:ENST00000393032 Ensembl:ENST00000438022 Ensembl:ENST00000526088 Ensembl:ENST00000531169 Ensembl:ENST00000532593 GeneID:83875 KEGG:hsa:83875 UCSC:uc001pne.1 UCSC:uc001png.3 CTD:83875 GeneCards:GC11P112046 HGNC:HGNC:18503 HPA:HPA039825 HPA:HPA040695 MIM:611740 neXtProt:NX_Q9BYV7 PharmGKB:PA162377424 InParanoid:Q9BYV7 KO:K10252 OMA:PGRLERN BioCyc:MetaCyc:G66-33846-MONOMER ChiTaRS:BCO2 GenomeRNAi:83875 NextBio:35501420 PRO:PR:Q9BYV7 ArrayExpress:Q9BYV7 Bgee:Q9BYV7 CleanEx:HS_BCO2 Genevestigator:Q9BYV7 GO:GO:0016702 GO:GO:0016121 GO:GO:0016116 Uniprot:Q9BYV7)

HSP 1 Score: 222.246 bits (565), Expect = 2.294e-61
Identity = 150/525 (28.57%), Postives = 257/525 (48.95%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN------LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-----------------QVQNGEDLLYKNRFSV------------NVKSVSSTRKGIEIQ-----------LIPEDLVPET-LEFPRLNYE-YSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLV-ILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P+WL+G+  R+GPG F+ G+  YNH F+ +++L +F ++   VTYR+K + S   ++ + +++ + S        DP K   +    +F    K     + DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G S+      FSY +  +R     ++    +   ++ C I    +  P++YHSFG++ NYI+FIEQPL        +  +++ +  K +       + W P    RF++V K +G++LP +Y + PF  FH +N +E + G +I+++   DN  T                 QV N     +  RF +            N+  +S T      Q           L  EDL  E  +EFP++ Y+ +SGKKY + YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV      P     E+DG VI +++ T   N    + +LD K F+EL R +     ++  GFHG F+
Sbjct:   76 FPKWLNGSLLRIGPGKFEFGKDKYNHWFDGMALLHQFRMAKGTVTYRSKFLQSDTYKANSAKNRIVISEFGTLALPDPCKNVFERFMSRFELPGKAA--AMTDNTNVNYVRYKGDYYLCTETNFMNKVDIETLEKTEKVDWSKFIAVNGATAHPHYDLDGTAYNMGNSFGP--YGFSYKV--IRVPPEKVDLGETIHGVQVICSIASTEKGKPSYYHSFGMTRNYIIFIEQPL--------KMNLWKIATSKIRGKAFSDGISWEPQCNTRFHVVEKRTGQLLPGRYYSKPFVTFHQINAFEDQ-GCVIIDLCCQDNGRTLEVYQLQNLRKAGEGLDQVHNSAAKSFPRRFVLPLNVSLNAPEGDNLSPLSYTSASAVKQADGTIWCSHENLHQEDLEKEGGIEFPQIYYDRFSGKKYHFFYGCGFRHLVGDSLIKVDVVNKTLKVWREDGFYPSEPVFV------PAPGTNEEDGGVILSVVITPNQNESNFILVLDAKNFEELGRAEVPV--QMPYGFHGTFI 577          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:BCO2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005739 "mitochondrion" evidence=IEA] [GO:0016116 "carotenoid metabolic process" evidence=IEA] [GO:0016121 "carotene catabolic process" evidence=IEA] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=IEA] [GO:0051881 "regulation of mitochondrial membrane potential" evidence=IEA] [GO:2000377 "regulation of reactive oxygen species metabolic process" evidence=IEA] GO:GO:0005739 GO:GO:0051881 GO:GO:2000377 GeneTree:ENSGT00500000044783 OrthoDB:EOG7353WB TreeFam:TF314019 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 KO:K10252 GO:GO:0016702 GO:GO:0016121 GO:GO:0016116 OMA:HARSDPI EMBL:AAEX03003490 RefSeq:XP_005619820.1 Ensembl:ENSCAFT00000022164 GeneID:479437 NextBio:20854619 Uniprot:E2RS36)

HSP 1 Score: 221.09 bits (562), Expect = 5.355e-61
Identity = 151/528 (28.60%), Postives = 256/528 (48.48%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQP----LFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN------GEDLLY------------------------KNRFSVNVKSVSSTRKGI-EIQLIPEDLVPETL------EFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQ-LVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            ++    PEWL G   R+GPG F+ G+  Y+H F+ +++L +F +    VTYR+K + S   ++ +   + + S        DP K   +    KF          I DN N N   +  D Y+ ++ + M K++ + LE   + +   ++ +  AT HP  + DGT +N+G SY      ++       +++        +  A++ C I    R  P++YHSFG++ NYI+FIEQP    L+     R R   + +       + W P    RF++V+K +G++LP  Y   PF  FH +N +E + G +++++   D+  +    Q+QN      G D +Y                        +N   ++  S S+ +    +I    E+L PE L      EFP++NY ++SGKKYR+ YG G  +L  + ++K+D  ++ + +W+E G + SEP+FV      P     E+DG VI +++ T   N    L++LD K F+EL R +   +  +  GFHG FV
Sbjct:   71 QVRGQFPEWLSGYLLRIGPGKFEFGKDEYSHWFDGMALLHQFRMEKGTVTYRSKFLQSDTYKANSAHDRIVISEFGTLALPDPCKNVFERFMSKF------ELPAITDNTNVNYVQYKGDYYVSTETNFMNKVDIKTLEKTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSYGPHGSCYNVIQIPPEKVD----LGETVHGAQVICSIASAERMKPSYYHSFGMTRNYIIFIEQPLKMNLWKIVTSRIRGKAFSDG------ISWEPQYNTRFHVVDKHTGQLLPGMYYTKPFVTFHQINAFEDQ-GCVVIDLCCQDDGRSLEVYQLQNLRKAGEGLDQVYNSVGRSFPRRFVLPLHVSLNDPEGENLSPLSYSSASAVKHADGKIWCAYENLHPEDLEEEGGVEFPQINYGQFSGKKYRFFYGCGFRHLVGDSLIKVDVVNKTLTIWREDGFYPSEPVFV------PAPGTREEDGGVILSVVITPDQNENNFLLVLDAKNFEELGRAEVPVR--MPYGFHGTFV 573          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:RPE65 "Retinoid isomerohydrolase" species:9031 "Gallus gallus" [GO:0004744 "retinal isomerase activity" evidence=IEA] [GO:0005783 "endoplasmic reticulum" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007468 "regulation of rhodopsin gene expression" evidence=IEA] [GO:0007601 "visual perception" evidence=IEA] [GO:0008286 "insulin receptor signaling pathway" evidence=IEA] [GO:0031090 "organelle membrane" evidence=IEA] [GO:0042574 "retinal metabolic process" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0052884 "all-trans-retinyl-palmitate hydrolase, 11-cis retinol forming activity" evidence=IEA] [GO:0052885 "all-trans-retinyl-ester hydrolase, 11-cis retinol forming activity" evidence=IEA] [GO:0060042 "retina morphogenesis in camera-type eye" evidence=IEA] [GO:0071257 "cellular response to electrical stimulus" evidence=IEA] GO:GO:0005783 GO:GO:0005886 GO:GO:0046872 GO:GO:0016853 GO:GO:0007601 GO:GO:0050896 GO:GO:0042572 GO:GO:0031090 eggNOG:COG3670 GeneTree:ENSGT00500000044783 HOGENOM:HOG000232156 HOVERGEN:HBG050679 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 GO:GO:0052885 GO:GO:0052884 CTD:6121 KO:K11158 EMBL:AB017594 RefSeq:NP_990215.1 UniGene:Gga.408 ProteinModelPortal:Q9YGX2 STRING:9031.ENSGALP00000037093 Ensembl:ENSGALT00000018373 GeneID:395700 KEGG:gga:395700 InParanoid:Q9YGX2 NextBio:20815770 PRO:PR:Q9YGX2 ArrayExpress:Q9YGX2 Uniprot:Q9YGX2)

HSP 1 Score: 218.009 bits (554), Expect = 2.480e-60
Identity = 156/518 (30.12%), Postives = 257/518 (49.61%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVA-------------------YDNAETQVQNG---EDLLY------------KNRFSVNVKSVSSTRKGIE-IQLIPEDLVP---ETLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNT-SPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + V  D+ +R++T++   I+    +    DP K    ++  +F +  K V   + DN   N+   G D Y  ++ + + KIN + LET+ Q +L  Y+ +  AT HP +E+DGT++NIG  + K + S +Y I  +  ++        ++ +E+  Q PC  R  P++ HSFGL+ NYI+F+E P+          +    ++Y     +     GV  ++  K  GR+L I+Y    F  FH +NT+E  +G LIV++                     +D  + Q +     E   Y            KN  ++   + ++T +  E + L PE +        EFP++NY +Y GK Y Y YGLG  +  P+++ K++ ++++  VW+EP  + SEPIFV+         +EEDDGVV+  +++  S      L+IL+ K   E+AR +      V   FHG+F R
Sbjct:   34 IPTWLRGSLLRCGPGLFEVGAEPFYHLFDGQALLHKFDFKEGHVTYHRRFVRTDAYVRAMTEKRIVITEFGTYAYP-DPCK----NIFSRFFSYFKGVE--VTDNALVNVYPVGEDYYACTETNFITKINPDTLETIKQVDLCKYVSVNGATAHPHVENDGTVYNIGNCFGK-NFSLAYNIIRIPPLQADK--EDPMNKSEVVVQFPCSDRFKPSYVHSFGLTPNYIVFVETPVKINLLKFLSSWSLWGANYM-DCFESNETMGVWLHVAEKKKGRLLNIKYRTSAFNLFHHINTFED-NGFLIVDLCTWKGFEFVYNYLYLANLRANWDEVKKQAEKAPQPEARRYVLPLRIDKADTGKNLVTLPYTTATATLRSDETVWLEPEVIFSGPRHAFEFPQINYKKYGGKPYTYTYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSH-----PDALEEDDGVVLSIVISPGSGPKPAYLLILNAKDMSEVARAEVEVNIPVT--FHGLFKR 532          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:Bco2 "beta-carotene oxygenase 2" species:10116 "Rattus norvegicus" [GO:0003735 "structural constituent of ribosome" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA;ISO] [GO:0005840 "ribosome" evidence=IEA] [GO:0006412 "translation" evidence=IEA] [GO:0016116 "carotenoid metabolic process" evidence=IEA;ISO] [GO:0016119 "carotene metabolic process" evidence=ISO] [GO:0016121 "carotene catabolic process" evidence=IEA;ISO] [GO:0016702 "oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen" evidence=IEA;ISO] [GO:0051881 "regulation of mitochondrial membrane potential" evidence=IEA;ISO] [GO:0055114 "oxidation-reduction process" evidence=ISO] [GO:2000377 "regulation of reactive oxygen species metabolic process" evidence=IEA;ISO] RGD:1309022 GO:GO:0005739 GO:GO:0051881 GO:GO:2000377 eggNOG:COG3670 GeneTree:ENSGT00500000044783 HOGENOM:HOG000232156 HOVERGEN:HBG050679 OrthoDB:EOG7353WB TreeFam:TF314019 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 CTD:83875 KO:K10252 GO:GO:0016702 GO:GO:0016121 GO:GO:0016116 OMA:HARSDPI EMBL:AABR06054732 EMBL:BC133725 RefSeq:NP_001121184.1 UniGene:Rn.162999 Ensembl:ENSRNOT00000059192 GeneID:315644 KEGG:rno:315644 InParanoid:A3KN98 NextBio:669556 PRO:PR:A3KN98 Genevestigator:A3KN98 Uniprot:A3KN98)

HSP 1 Score: 216.468 bits (550), Expect = 8.617e-60
Identity = 152/522 (29.12%), Postives = 265/522 (50.77%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN----LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL--LYK-------NRFSVNV-----------------KSVSSTRKGI-EIQLIPEDLVPETL------EFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IPEWL+G   RVGPG F+ G+  YNH F+ +++L +F +    VTY++K + S   ++ +   + + S        DP K    S+ ++F +R +    T+ DN + N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G +Y      ++     +R           +  A++ C I    +  P++YHSFG++ NYI+F+EQPL      + + +    S  + ++    + W P    RF++V+K +G+ LP  Y + PF  +H +N +E + G +++++   D+  +    Q+QN    GE+L  +YK        RF + +                  S S  ++G  EI   PE+L  E L      EFP++NY  +SGKKY + YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV     +P  + EED G ++  ++  +   +  L++LD K F EL R +   +  +  GFHG FV
Sbjct:   33 IPEWLNGYLLRVGPGKFEFGKDRYNHWFDGMALLHQFKMEKGTVTYKSKFLQSDTYKANSAGDRIVISEFGTLALPDPCK----SIFERFMSRFE--PPTMTDNTSVNFVQYKGDYYMSTETNFMNKVDIETLERTEKVDWSKFVAVNGATAHPHYDPDGTAYNMGNTYGPRGSCYN----IIRVPPKKKEPGETIHGAQVVCSIASSEKMKPSYYHSFGMTKNYIVFVEQPL------KMKLWKIITSKIRGKSFADGISWEPQYNTRFHVVDKHTGQPLPGVYYSKPFLTYHQINAFEDQ-GCIVIDLCCEDDGRSLDIYQLQNLRKAGEELDQVYKAKAKSFPRRFVLPLDISVGAPEGENLRPLPYSSASVVKQGDREIWCSPENLHQEDLEEEGGIEFPQINYGRFSGKKYSFFYGCGFRHLVGDSLIKVDVVNKTLRVWREEGCYPSEPVFVP----VPGAD-EEDSGAILSVVITPNQGESNFLLVLDAKNFTELGRAEVPVR--MPYGFHGTFV 530          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:BCMO1 "Beta,beta-carotene 15,15'-monooxygenase" species:9606 "Homo sapiens" [GO:0001523 "retinoid metabolic process" evidence=IDA;TAS] [GO:0003834 "beta-carotene 15,15'-monooxygenase activity" evidence=IDA;TAS] [GO:0004497 "monooxygenase activity" evidence=IEA] [GO:0005829 "cytosol" evidence=TAS] [GO:0007603 "phototransduction, visible light" evidence=TAS] [GO:0035238 "vitamin A biosynthetic process" evidence=NAS] [GO:0042572 "retinol metabolic process" evidence=IEA] [GO:0042574 "retinal metabolic process" evidence=NAS] [GO:0046872 "metal ion binding" evidence=IEA] UniPathway:UPA00912 GO:GO:0005829 Reactome:REACT_111102 Reactome:REACT_116125 GO:GO:0046872 GO:GO:0004497 GO:GO:0007603 EMBL:CH471114 GO:GO:0042572 GO:GO:0042574 CTD:53630 eggNOG:COG3670 HOGENOM:HOG000232156 HOVERGEN:HBG050679 KO:K00515 OMA:SWASCMA OrthoDB:EOG7353WB TreeFam:TF314019 GO:GO:0003834 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 EMBL:AF294900 EMBL:AK001592 EMBL:BC126210 EMBL:BC126212 RefSeq:NP_059125.2 UniGene:Hs.212172 ProteinModelPortal:Q9HAY6 SMR:Q9HAY6 IntAct:Q9HAY6 STRING:9606.ENSP00000258168 PhosphoSite:Q9HAY6 DMDM:41688803 PaxDb:Q9HAY6 PRIDE:Q9HAY6 DNASU:53630 Ensembl:ENST00000258168 GeneID:53630 KEGG:hsa:53630 UCSC:uc002fgn.1 GeneCards:GC16P081272 HGNC:HGNC:13815 HPA:HPA043811 MIM:115300 MIM:605748 neXtProt:NX_Q9HAY6 Orphanet:199285 PharmGKB:PA37812 InParanoid:Q9HAY6 PhylomeDB:Q9HAY6 BioCyc:MetaCyc:HS06050-MONOMER SABIO-RK:Q9HAY6 ChiTaRS:BCMO1 GenomeRNAi:53630 NextBio:56108 PRO:PR:Q9HAY6 ArrayExpress:Q9HAY6 Bgee:Q9HAY6 CleanEx:HS_BCMO1 Genevestigator:Q9HAY6 GO:GO:0035238 Uniprot:Q9HAY6)

HSP 1 Score: 216.083 bits (549), Expect = 1.653e-59
Identity = 158/511 (30.92%), Postives = 253/511 (49.51%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLT-QRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREI--EGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAY-DNAETQ---VQNGEDLLYKN----------RFSVN-------------VKSVSSTRKGI-----EIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLH-PNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IP WL GT  R GPG+  VGE  YNH F+ L++L  F I    V YR+K + S   +   + ++ + S        DP K    ++  K  +   H      DNC  NI   G D Y  S+ +++ KIN + LETL + +   Y+ + +AT HP  ++ G + N+GTS  ++ K+  Y IF +     EG     S     E+ C IP R   SP++YHSFG+++NY++F+EQP   +    +  YI   S      L +   E    +I+++ + + +  ++       FH VN YE +DG ++ +V+AY DN+  Q   + N      +N          RF+V              +K  S+T   +     ++   PE L  E LE PR+NY ++GK+YRY++  G ++   P KI+K D  ++  + W+E   + +EP+FV           +EDDGV++  +++T P     L+ILD K+F ELAR       ++    HG+F+
Sbjct:   24 IPAWLQGTLLRNGPGMHTVGESRYNHWFDGLALLHSFTIRDGEVYYRSKYLRSDTYNTNIEANRIVVSEFGTMAYPDPCK----NIFSKAFSYLSHTIPDFTDNCLINIMKCGEDFYATSETNYIRKINPQTLETLEKVDYRKYVAVNLATSHPHYDEAGNVLNMGTSIVEKGKT-KYVIFKIPATVPEGKKQGKSPWKHTEVFCSIPSRSLLSPSYYHSFGVTENYVIFLEQPFRLDILKMATAYIRRMS--WASCLAFHREEKTYIHIIDQRTRQPVQTKFYTDAMVVFHHVNAYE-EDGCIVFDVIAYEDNSLYQLFYLANLNQDFKENSRLTSVPTLRRFAVPLHVDKNAEVGTNLIKVASTTATALKEEDGQVYCQPEFLY-EGLELPRVNYAHNGKQYRYVFATGVQWSPIPTKIIKYDILTKSSLKWREDDCWPAEPLFVP-----APGAKDEDDGVILSAIVSTDPQKLPFLLILDAKSFTELARAS--VDVDMHMDLHGLFI 518          
BLAST of EMLSAG00000002273 vs. GO
Match: - (symbol:bco2b "beta-carotene oxygenase 2b" species:7955 "Danio rerio" [GO:0008150 "biological_process" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] ZFIN:ZDB-GENE-060421-7448 InterPro:IPR011047 SUPFAM:SSF50998 eggNOG:COG3670 GeneTree:ENSGT00500000044783 HOGENOM:HOG000232156 HOVERGEN:HBG050679 OrthoDB:EOG7353WB TreeFam:TF314019 InterPro:IPR004294 PANTHER:PTHR10543 Pfam:PF03055 KO:K10252 EMBL:BX572648 EMBL:BC115259 RefSeq:NP_001035402.1 UniGene:Dr.82050 STRING:7955.ENSDARP00000061138 Ensembl:ENSDART00000061139 GeneID:678554 KEGG:dre:678554 CTD:678554 InParanoid:Q1RLW1 OMA:YYNIIRV NextBio:20902398 Uniprot:Q1RLW1)

HSP 1 Score: 215.698 bits (548), Expect = 2.729e-59
Identity = 152/521 (29.17%), Postives = 251/521 (48.18%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-----------------QVQNGEDLLYKNRF--SVNVKS-----------VSSTRKGIE-----IQLIPEDLVPETL------EFPRLNYEY-SGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIF 735
            +P W+ G F R GPG F++G  ++NH F+ +++L +F I    VTY ++ ++S   +   + ++ I S        DP K   Q    +F          ++DN N +   +  D Y+ ++ + M KI+ E LET  + +   ++ +  AT HP ++ DGT +N+G SY+   K   Y I  +       N N  L+ A + C IP   +  P++YHSF +S+NY++FIEQP+  +      G+ R        Y      W P     F+++NK +G++  ++Y   P   FH +N YE  +G LI+++ + D+ +                  +V N    ++  RF   +NV S            +ST   I+     +    EDL  E L      EFP +NY   +   YRY YG G  +L  + ++K+D + + + VWK  G F SEP+FV+         +EEDDGV++  ++  +   +  L++LD KTF+EL R +      +  GFHG F
Sbjct:   57 VPSWIKGNFLRNGPGKFEIGRSSFNHWFDGMALLHQFHIEDGKVTYMSRFLNSDSYKENLEHNRIIVSEFGTVAMPDPCKNFFQRFLSRFELPK------LSDNANVSFVQYKGDYYVSTETNFMHKIDPETLETKEKVDWSKFIAVNGATAHPHVDSDGTTYNMGNSYTV--KGAFYNIIMVPP--NKENPNDTLEGASVVCSIPSEDKSKPSYYHSFAMSENYVVFIEQPIKMDLLKIVTGKLRGKGINEGVY------WDPKRNTVFHVINKRTGKLSLVKYYTKPLSTFHQINCYED-NGFLIMDMCSSDDGQAINNYVIQNLKKSGSALDEVYNTLCRVFPRRFVLPLNVDSDTPHGENLITCFNSTATAIKTDNNKVFCTYEDLHGEDLHEYGGLEFPHINYSMCNSHPYRYFYGCGFRHLVGDSLIKMDLQGKQIKVWKHAGMFPSEPVFVSS-----PGAVEEDDGVILSVVITPNQDKSTFLLVLDAKTFEELGRAE--VPKNIPYGFHGTF 553          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592932597|gb|GAXK01025956.1| (TSA: Calanus finmarchicus comp3500000_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 167.933 bits (424), Expect = 6.824e-44
Identity = 137/509 (26.92%), Postives = 230/509 (45.19%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQA----ISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDN---------AETQ-VQNGEDL--LYKNR-----------------------FSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYE-YSGKKYRYLYGLGNEYLHPN--KILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPY-NTVQLVILDGKTFKELARIKFLTKGEV 727
            IP+WL G+  + GPG F  G   Y H F+  +++QKF++S   VTY+ K V  +  +  + S+A    +       +SK  FK        KF       N  ++DN    +  F   LY   +   + +++  DL T+++ +L   L +L    HP  +  G +  +G         +S T F   E    ++            ++ C     P + HSF +++N+I+ IEQPL           +  +S      LKW   +GV F+++NK +G   PI+Y    FFF H +N YE  D +++V++ +YD+         A+ Q  Q+  D   L++ R                        S    S+S+    ++  LI +       E P ++YE Y+GKKY+Y Y + ++    N  K++KIDT++  V  W+E   + SEP+FV            EDDGV+IF+++   P+ N   ++ L+ +    +AR+ F   G V
Sbjct:    4 IPKWLSGSLVQNGPGKFSFGSDVYKHLFDGSALIQKFEVSGGEVTYQCKFV--RTEAFKKNSEAGKIVVPEFGTAVKSKGLFK--------KFSR-----NQVMSDNTMITVYPFNDSLYTFYESPFVHRLD-PDLTTVAREDLGK-LGMLSHASHPHFDKQGNMITVGLRLGPFGPKYSVTKFSKSEPSAPLSSK-----GATVAEVRCSRLFHPGYMHSFSITENFIILIEQPLTVSVTAMVSALLRGHS--LSTALKWNSEKGVIFHLMNKTTGFHYPIKYVTKSFFFLHTINAYEDND-HVVVDICSYDSPAMMDCMFLAKLQSAQSNPDYAKLFRGRPKRYVLPLKPAHGDSQNQVRLDYTSACAHSLSANSVSVQPGLICQ----VGCETPAIHYEKYNGKKYQYFYAITSDVDAENAGKMMKIDTKTGIVTTWQEENTYCSEPVFVPS-----PDSGTEDDGVIIFSIIRGKPHVNMAGVIFLNAQDLSLIARVHFKLPGPV 1428          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592816325|gb|GAXK01138243.1| (TSA: Calanus finmarchicus comp103579_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 162.925 bits (411), Expect = 2.598e-41
Identity = 144/549 (26.23%), Postives = 234/549 (42.62%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQS-LRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLP-ILMATPHPQIEDDGTIWNI--GTSYSKEDKSFSYTIFYMREIEGSMNCNSRLD---SAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYED-PGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESK-----DGNLIVEVVAYDNAETQVQNGEDLLYK------------------------------------------NRFSVNVKSVSSTRKGIEIQ-----LIPEDLVP-------ETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVV-WKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYN-TVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRN 739
            +PEWL GT  R GPG+F+ G+    H F+ ++++++         Y     +    + ++R  +   L  +++ K   K  + +  +    +R K++    ADN   N        Y  +++  +I+ + E LETL + ++ D +P I + TPHP  E+DGT+WNI   T   +E KS     + + ++    N   R D   + EI  ++      S ++ HSF +++NYI+F EQP    D P    ++I +        + W     ++F+++ K +G+ LP  Y +    FFH++N YE       D       V+YD   T+    +   Y+                                          N + + +    +T K   +      L PE L P          EF  +N  ++ KKYRY YGLG    YL    I K+D + +     W++P    +EP FV R         EE+DGVV+F  L TS    T   +ILD     EL R    +   V  GFHG++V  N
Sbjct:  247 VPEWLSGTLLRDGPGLFEFGDEQALHAFDGMAMIRR---------YHTNQNEGPGLNFSRRLISSDILKSNREEKRYTKYGVGTPAKGGVLDRVKNLKEPGADNVVVNTLKLFGHYYAATELPQVIEYDPETLETLGKVDVTDKIPGIKIMTPHPLYEEDGTMWNIAFATGPDREGKSSGTWRYVVFKVNPPTNDEERRDPWLNLEIVSELASSRAMSVSYLHSFFMTENYIIFTEQPWILGDLPIVIYKHILQGKSLG-AAMYWDSDSTLKFHVMEKSTGKFLPTNYESDAMGFFHIINAYEENNCVILDAPFKSSPVSYDAFMTEFLASDPATYQDYMISRGPTAGLSKRWVIPLNVPESFTPPSKLQLTKDGQVDPNSYKLLISQEDTTAKAWHVDENVVYLHPEMLAPVEEYEYHRAFEFVAVNPNFASKKYRYGYGLGFPTGYLC-GSIQKLDVKQKTFTASWEDPLCRATEPQFVPR-----PGATEEEDGVVVFACLGTSKVEPTTFFIILDPINLNELGRFSIPSTTPV--GFHGVWVPGN 1839          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592956230|gb|GAXK01002326.1| (TSA: Calanus finmarchicus comp91802_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 72.0182 bits (175), Expect = 3.878e-12
Identity = 99/481 (20.58%), Postives = 201/481 (41.79%), Query Frame = 0
Query:  263 PEWLDGTFYRVGPGVFQVGEHTYN------HPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFF--GSDLYILSDISHMIKINSEDLETLSQCELEDY-----LPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRH----RCSPAFY------------HSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYK--YQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLI-VEVVAYDNAETQVQ--------NGE----DLLYKNRFSVNVK--SVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEP-GHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLN 696
            P W++G+  R   G +     T N      H F+ + + Q +      VT+ +K  DS +  + ++ +     + +Q S     +     R         +      +    + ++  GS++  +S+      I+    + L   + +D         + +  H   + +G IW+      ++      TIF+++ +  +++  +RL   EI  + P       +C+                HSF +++NYI+  E    + DP     +++ N       Q   + P E  +  ++ K +G  +     A   F  H++  YE  +  L+  +++ Y+NA+   +        +GE    D +   R+S+N+   S++ T+      LI  D+  ++LEFP +N  Y GK Y++ Y + N Y     ++K++ +   V+    P G F +EPIF+A         + EDDGV++ + ++
Sbjct:  239 PAWIEGSLVRHACGAYGETGSTSNMVNRVGHVFDCIVMGQSYSFHGGEVTFSSKYYDSNIMQIWEKYEE----NMNQSSVWWGCIYADQNRTAMDREGSDMYAPERPSTVPAVAWWKVGSEVLAMSEWPSGDSIDVHKNKYLEHYQYDDGDWTNGWQTMQSPAHEHYDQNGKIWSSAGMIIQDGD----TIFHLKRVVFTLDPETRL--REIVGEFPYEDIDLTKCTGMGQVYPDPKGRLRNIHSFQMTENYIIIPETSYMF-DPCT---WVFHNDSISGWNQEFHYEPLESAKISVMEKTTGNFV-AHIDAPAMFTTHMLGAYEEPESGLLHFDILKYENADAYTKWTFVDVPLSGETHPSDFVQATRYSLNMYPWSLNETKN-----LIQADMT-KSLEFPNINPAYQGKPYKFAYMITNMYNRHGSLVKLNVDDGMVLEVDFPNGLFPTEPIFLAS-----PNAVAEDDGVLMISGID 1603          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592808384|gb|GAXK01146184.1| (TSA: Calanus finmarchicus comp399316_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 68.1662 bits (165), Expect = 4.924e-11
Identity = 65/255 (25.49%), Postives = 121/255 (47.45%), Query Frame = 0
Query:  477 HSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEV--VAYDN-AETQ-VQN---------GEDLLYKN-RFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELA 717
            H F +++N+++F   PL  +    +    + N+ + ++ L W       FYIVN  +G V      + PFF  H +N+YE  DGN+I+++  V+++N A+ Q ++N         GE +     RF++N +++           + +  + E  +FP +N  Y G KY  +YG  +       I+K +  + +   W +  H+ SE  FV       + E + +D  V+ TL+         L+++D +TF  +A
Sbjct:  855 HCFSITENFVIFFFTPLVMKVDLWTN---WSNNFHLFEVLNWEESSRTTFYIVNLKTGEVQLAH--SDPFFSVHQINSYED-DGNIILDLCQVSHNNMADYQRMKNFMNPPAEFKGESVSRPTARFTINTRNME----------VAKSFLGEGFDFPTINEAYRGLKYCIVYGWVSVDYSIITIIKRNICTGEEASWHKKNHYPSEMTFVQ------DPEGKSEDSGVLLTLVYDGEAQQSYLMVMDAETFLPVA 1553          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592808383|gb|GAXK01146185.1| (TSA: Calanus finmarchicus comp399316_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 68.1662 bits (165), Expect = 5.342e-11
Identity = 65/255 (25.49%), Postives = 121/255 (47.45%), Query Frame = 0
Query:  477 HSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEV--VAYDN-AETQ-VQN---------GEDLLYKN-RFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELA 717
            H F +++N+++F   PL  +    +    + N+ + ++ L W       FYIVN  +G V      + PFF  H +N+YE  DGN+I+++  V+++N A+ Q ++N         GE +     RF++N +++           + +  + E  +FP +N  Y G KY  +YG  +       I+K +  + +   W +  H+ SE  FV       + E + +D  V+ TL+         L+++D +TF  +A
Sbjct:  845 HCFSITENFVIFFFTPLVMKVDLWTN---WSNNFHLFEVLNWEESSRTTFYIVNLKTGEVQLAH--SDPFFSVHQINSYED-DGNIILDLCQVSHNNMADYQRMKNFMNPPAEFKGESVSRPTARFTINTRNME----------VAKSFLGEGFDFPTINEAYRGLKYCIVYGWVSVDYSIITIIKRNICTGEEASWHKKNHYPSEMTFVQ------DPEGKSEDSGVLLTLVYDGEAQQSYLMVMDAETFLPVA 1543          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592844392|gb|GAXK01113152.1| (TSA: Calanus finmarchicus comp94548_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 66.2402 bits (160), Expect = 2.484e-10
Identity = 111/485 (22.89%), Postives = 198/485 (40.82%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVG-EHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLT-QRSQAISSLSKHQQSKD--PFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKL-SGRVLPIQYTAIPFFFFHLVNTYESKDGN---LIVEVVA--------YDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDL-VP--ETLEFPRLNYEYSGKKYRYLYGLG-----NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELA 717
            E  +++PEWL GT+ + GP +   G E  Y +  +    + KF+I    V    K+    LR+ T  + +    +  H       P    L  L +   NR        ADN    I   G++    +D+     IN  ++ +L   +L D      A+      + GT  N+   + +       +I   R  +G ++    + S          H       H F +++NY +    P+   D G + +++  N     + + W+  +     +V  L SG V+   YT    +  H +N YE+ + +   ++V++V         + + +  +   +     N F ++  ++  T   +       DL +P     +FP +N EY G+ Y Y YG        +YL    I     +S    VW    H+  EP F+ R    P  E+ EDDGV++ T++N    ++  L++LDG TF+ +A
Sbjct:  335 EGDKSVPEWLSGTYLKNGPAISNFGGEKQYANLVDGWGKINKFNIDSDGV----KVSAKFLRTPTFVKCEEAHEIVPHITLGPIVPDDWTLADLAEIGSNR--------ADNTAVTITRMGNEFIASTDLP---IINIFNVTSLEHIQLFDPKLGSTASSAHWRREPGTN-NMLNVHIQGTAGIWESIHLYRYPDGDLHHPEEVGSF---------HITHSTMIHMFSVTENYAVIFVYPIGI-DGGCAMEHLLHN---LMECVHWKGEKTSTDIVVMSLKSGEVVSHTYTE-GIYATHHINAYETFEEDSEKVVVDLVRAPWYALANFTDRDAMLNWEDSGSMSNSFILSRYTIDITHNEVVESAWSNDLDIPYLNQFDFPLINPEYEGRPYCYAYGQAIVEQFRQYLVKKNI----CDSSQDKVWFVENHYTGEPFFIPR----PGAEL-EDDGVLLVTVMNGLTESSY-LLLLDGLTFETIA 1669          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592824210|gb|GAXK01130358.1| (TSA: Calanus finmarchicus comp70453_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 64.3142 bits (155), Expect = 7.601e-10
Identity = 117/496 (23.59%), Postives = 202/496 (40.73%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVG-EHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLT-QRSQAISSLSKHQQSKD--PFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQ--IEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKL-SGRVLPIQYTAIPFFFFHLVNTYESKDGN---LIVEVVA--------YDNAETQVQNGEDLLYKNRF------------SVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLG-----NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELA 717
            E  + +P WL GT+ + GP +   G E  Y +  +  + + KF+I  + +    K     LR+ T  + +    +  H       P    L  L +   N+        ADN    I   G++    +D+     +N  ++ TL   ++ D  P L +T        + GT  N+   + K       TI   R  +G ++    + S  I               H F ++++Y +F   P+   D   + +++  N     + ++W+        IV  L +G V+    T    +  H +N YE+ + +   +IV++V         Y + ++ +   +     N F            S++  + SS    +EI  I +       +FP +N EY GK Y Y YG        +YL    I     +S    VW E  H+  EPIF+ R    P  E+ EDDGVV+ T++N     +  L++LDG+TF+ +A
Sbjct:  139 EESKPVPAWLSGTYLKNGPAMSNFGGEKRYANLGDGWAKINKFNIDNTGIRMSAKF----LRTPTFVKCEEAREIIPHITLGPIVPDDWTLADLPEIGANQ--------ADNTIVTITRMGNEFIASTDLP---VVNIFNVTTLDHIQVFD--PKLSSTESSAHWRREPGTN-NMLNFHIKGAPGVWETIHLYRYTDGDLHHPVEVGSFRI---------THSTMIHMFSVTEHYAVFFVYPIAI-DLVCAMEHLLHN---MMECVRWKGENTSTDIIVLSLETGDVVSHTKTE-GIYATHHINAYETVEDDAEKVIVDIVRAPWYAMSNYTDRDSMLNYDDSGAMTNAFILSRYTIDITSPSISAVTESSWSNDLEIPYINQ------FDFPLINPEYEGKPYCYAYGQAIVETFRQYLVKKNIC----DSSQDKVWFEENHYTGEPIFIPR----PGAEL-EDDGVVLVTVMNGYTEQSY-LLLLDGQTFETIA 1482          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592941282|gb|GAXK01017271.1| (TSA: Calanus finmarchicus comp72799_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 61.2326 bits (147), Expect = 8.789e-9
Identity = 117/540 (21.67%), Postives = 208/540 (38.52%), Query Frame = 0
Query:  244 TQMWLQLDNWHLKELHR----------TIPEWLDGTFYRVGPGVFQVGEHT--YNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAI---SSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGT---------IWNIGTSYS----KEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEV--VAYDN-------------AETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPE--TLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQE-MEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            TQ W +L    + E H            +P WL G + + GP        T  Y +  +    L  F  +   VT+  KI++  L   T  +  +   ++LS    +         +L ++    T +   T  DN N      G      +D   +   + + LETL    +E   P+        I++ GT         +  +GTS+     K + ++       RE E   +    LDS                  HSF +++ + LF   P        +   ++ ++ + ++ ++W   + +   +++   G V   ++ A P F  H  N Y  +DG  ++++   AY N              E  V N     +  R+ ++V + S T +  E    PE+  P+    +FP +N EY GK+Y ++YG        + ++K     R+V        F  E  +      +P  E +EEDDGV++ T+    P     L++L+     ++ R    T+  V   FHGIF +
Sbjct:  108 TQGWSRLFEDEISEFHDEELSWELGGGDVPSWLQGRYIKNGPARLNFPNQTRFYTNWMDSWGKLHSFTFNGPQVTFSGKILEPPLYKATLAAGDLVPSTTLSGLTPTD-------WTLAERAEIATMYATQTAYDNQNVLPVKLGETYIAATDWPMVTYFDPDTLETLG---VEHPKPVSSGQCAHWIKEPGTANTLNFQMHLGILGTSFHLYRWKPEDTY-------REPEEIAHFTPELDSV----------------IHSFSVTETHALFFFYPFV-----PNIAAMWAHNFHAFEVMEWH-EQDMEVAVISLADGHV--DRFHAPPTFSAHHANAYNLEDGKFVLDLCPTAYLNFAEYMLIENIAYPPEESVANVTSSEHFTRYIIDVPNESITPQSFE---SPEEF-PQFNQFDFPTINEEYRGKEYCWVYGWVALDYARHTLIK-----RNVCGQGGEKMFSLEDQYYGEASFVPNPEGVEEDDGVLV-TIGFDGPREQSYLLLLNATDMTQIDRA--YTQHIVPFSFHGIFFQ 1568          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592857121|gb|GAXK01100423.1| (TSA: Calanus finmarchicus comp6305_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 58.151 bits (139), Expect = 7.643e-8
Identity = 55/207 (26.57%), Postives = 92/207 (44.44%), Query Frame = 0
Query:  525 RFYIVNKLSGRVLPIQYTAIPFFFF--HLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPE------------TLEFPRLNYEYSGKKYRYLYG-LGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKEL 716
            +FY+++   G V+    +  P   F  H +N +E  D  ++       NA  + Q+ E++L  N             K + + L   ++V E            T++FP +N  Y G + RY YG +  +Y     + K   +SR+   W    H+  E  FV R    P+ E  EDDG+VI  + +        L++LDG+TF+E+
Sbjct:  977 QFYLMDLRDGSVINGFESDDPSLIFGTHHMNAWEQGDEIIVHMATNPWNAMAEYQDIENML--NWQETGGDEADWIMKKVRLNLKTREVVVEEWPNLLDVPMLRTVDFPVINDNYVGIENRYTYGWVSIDYWKQTLVKKDLDDSRNDKTWSRNSHYSGEVFFVPR----PDAEA-EDDGIVIAIIFD-GELEQSYLLLLDGQTFEEI 1573          
BLAST of EMLSAG00000002273 vs. C. finmarchicus
Match: gi|592857122|gb|GAXK01100422.1| (TSA: Calanus finmarchicus comp6305_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 58.151 bits (139), Expect = 7.668e-8
Identity = 55/207 (26.57%), Postives = 92/207 (44.44%), Query Frame = 0
Query:  525 RFYIVNKLSGRVLPIQYTAIPFFFF--HLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPE------------TLEFPRLNYEYSGKKYRYLYG-LGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKEL 716
            +FY+++   G V+    +  P   F  H +N +E  D  ++       NA  + Q+ E++L  N             K + + L   ++V E            T++FP +N  Y G + RY YG +  +Y     + K   +SR+   W    H+  E  FV R    P+ E  EDDG+VI  + +        L++LDG+TF+E+
Sbjct:  986 QFYLMDLRDGSVINGFESDDPSLIFGTHHMNAWEQGDEIIVHMATNPWNAMAEYQDIENML--NWQETGGDEADWIMKKVRLNLKTREVVVEEWPNLLDVPMLRTVDFPVINDNYVGIENRYTYGWVSIDYWKQTLVKKDLDDSRNDKTWSRNSHYSGEVFFVPR----PDAEA-EDDGIVIAIIFD-GELEQSYLLLLDGQTFEEI 1582          
BLAST of EMLSAG00000002273 vs. L. salmonis peptides
Match: EMLSAP00000002273 (pep:novel supercontig:LSalAtl2s:LSalAtl2s142:513476:629880:1 gene:EMLSAG00000002273 transcript:EMLSAT00000002273 description:"maker-LSalAtl2s142-snap-gene-6.19")

HSP 1 Score: 1544.25 bits (3997), Expect = 0.000e+0
Identity = 745/745 (100.00%), Postives = 745/745 (100.00%), Query Frame = 0
Query:    1 STKSLIIVLFKTPPYTHCLFFVLAYTHNYFTSDTSLHKGILGLHCGTRVHLLIEMNTIRRASIETFERVKDVTSSRSPRDRRLSLTVMNCIWARNTELETLEPVEGEICEKITRYVMALFKLGLNGGSNGIAGIENDTAISTYFLNIISIIYTSSSVQGRGVKSTFCFRISSHFQYSFISPSCTPGVSNKPVWSLLTIISIANELNHMVNINILIKVASIQHSIGIETEDLLTSLKRTNNITITQMWLQLDNWHLKELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745
            STKSLIIVLFKTPPYTHCLFFVLAYTHNYFTSDTSLHKGILGLHCGTRVHLLIEMNTIRRASIETFERVKDVTSSRSPRDRRLSLTVMNCIWARNTELETLEPVEGEICEKITRYVMALFKLGLNGGSNGIAGIENDTAISTYFLNIISIIYTSSSVQGRGVKSTFCFRISSHFQYSFISPSCTPGVSNKPVWSLLTIISIANELNHMVNINILIKVASIQHSIGIETEDLLTSLKRTNNITITQMWLQLDNWHLKELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY
Sbjct:    1 STKSLIIVLFKTPPYTHCLFFVLAYTHNYFTSDTSLHKGILGLHCGTRVHLLIEMNTIRRASIETFERVKDVTSSRSPRDRRLSLTVMNCIWARNTELETLEPVEGEICEKITRYVMALFKLGLNGGSNGIAGIENDTAISTYFLNIISIIYTSSSVQGRGVKSTFCFRISSHFQYSFISPSCTPGVSNKPVWSLLTIISIANELNHMVNINILIKVASIQHSIGIETEDLLTSLKRTNNITITQMWLQLDNWHLKELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745          
BLAST of EMLSAG00000002273 vs. L. salmonis peptides
Match: EMLSAP00000009471 (pep:novel supercontig:LSalAtl2s:LSalAtl2s60:516845:518752:-1 gene:EMLSAG00000009471 transcript:EMLSAT00000009471 description:"maker-LSalAtl2s60-augustus-gene-5.8")

HSP 1 Score: 125.561 bits (314), Expect = 2.588e-30
Identity = 125/516 (24.22%), Postives = 230/516 (44.57%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGP-GVFQVGEHTYNHPFEMLSVLQKFDISP--SFVTYRNKIVDSKLRSLT-QRSQAI----SSLSKHQQSKDPFKLKLQSLRDKFG----NRTKHVNN----TIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQY-TAIPFFFFHLVNTYESKDGNLIVEVVAYDNAE----------------TQVQNGEDLLYKNRFSVNV--------------KSVSSTRKGIEIQLIPEDLVP-ETLEFPRLNYEYSGKKYRYLYGLG------NEYLHPNKILKIDTESRDVVVWKEPGHFV--SEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKF 721
            +P W+ GT    GP G++     T NH F+ LS++  F I      + Y  K ++S   S      +A+     +    +  K P   +  S++   G    +R+   +N       DNC  N   +G+     ++ +    ++ + LET    ++ + + I   T  P  + +G ++N+  S+    K + +  F   +  GS+N  +  +  +    +P R     A+ HSFG++DNY++F EQP +  +  +      +   +K + L+W P E  RFY+++K +GR + I+Y T   F+F + +N YES + ++IV+++AY++ E                T V +   +L   RF + +              +  ++ R    I L    L   + +E P+LN  +  +KY + Y +G       +  + N I KI+ E+ D   W+    +   SE +F+            EDDGV+I  + N    N   +V +  +  KE+AR++F
Sbjct:   57 LPGWIQGTVLYNGPCGIYDYKNMTVNHWFDGLSIMSSFKIKDHGKDIIYTKKFLNSDAYSDNMDHGKAVRAEFGTPGLSEGCKQPHPGRKGSIKPPSGTFLLHRSPSTDNFTPKDATDNCACNFYQYGNLTMASTETAFDRIVDPDTLETQDLVDMSNLVNI--KTGRPLRDHNGDLYNVAASFVAGLK-YHFIKFPRPDENGSINQENYPNDVKFVATLPTRFPHHLAYVHSFGMTDNYLVFCEQP-WVSNMIKLTNCRSQGKSFK-ECLEWMPSENNRFYVIDKSTGRNMEIKYMTDASFYFLNFINCYESGE-HVIVDIIAYEDPEILNDMYIETLRTSSSFTGVAHKSKIL---RFVLPLDYQEDHIDLNGGKWRDATAIRAHNTIVLHGSILTDRKGMEHPKLNPNFMFRKYNFTYVVGWMHSLDPDCYYANAITKINVETGDKTSWRADDKYSHPSEVVFIPN-----PAGTSEDDGVLISCVSNARDQNKSYMVFISARNMKEIARVEF 558          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|48474943|sp|Q99NF1.1|BCDO2_MOUSE (RecName: Full=Beta,beta-carotene 9',10'-oxygenase; AltName: Full=B-diox-II; AltName: Full=Beta-carotene dioxygenase 2)

HSP 1 Score: 225.328 bits (573), Expect = 7.685e-64
Identity = 151/522 (28.93%), Postives = 266/522 (50.96%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQ----NLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN------GEDLLY------------------------KNRFSVNVKSVSSTRKGI-EIQLIPEDLVPETL------EFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IPEWL+G   RVGPG F+ G+  YNH F+ +++L +F +    VTY++K + S   ++ +   + + S        DP K    S+ ++F +R +    T+ DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G SY      ++     +R           +  A++ C I    +  P++YHSFG++ NYI+F+EQP+      + + +    S  + +     + W P    RF++V+K +G++LP  Y ++PF  +H +N +E + G +++++   D+  +    Q+QN      G D +Y                        KN   ++  S S+ ++G  EI   PE+L  E L      EFP++NY  ++GKKY + YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV     +P  + EED GV++  ++  +   +  L++LD K+F EL R +     ++  GFHG FV
Sbjct:   33 IPEWLNGYLLRVGPGKFEFGKDRYNHWFDGMALLHQFRMERGTVTYKSKFLQSDTYKANSAGGRIVISEFGTLALPDPCK----SIFERFMSRFE--PPTMTDNTNVNFVQYKGDYYMSTETNFMNKVDIEMLERTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSYGPRGSCYN----IIRVPPKKKEPGETIHGAQVLCSIASTEKMKPSYYHSFGMTKNYIIFVEQPV------KMKLWKIITSKIRGKPFADGISWEPQYNTRFHVVDKHTGQLLPGMYYSMPFLTYHQINAFEDQ-GCIVIDLCCQDDGRSLDLYQLQNLRKAGEGLDQVYELKAKSFPRRFVLPLDVSVDAAEGKNLSPLSYSSASAVKQGDGEIWCSPENLHHEDLEEEGGIEFPQINYGRFNGKKYSFFYGCGFRHLVGDSLIKVDVTNKTLRVWREEGFYPSEPVFVP----VPGAD-EEDSGVILSVVITPNQSESNFLLVLDAKSFTELGRAEVPV--QMPYGFHGTFV 530          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|47117670|sp|Q8HXG8.2|BCDO2_MACFA (RecName: Full=Beta,beta-carotene 9',10'-oxygenase; AltName: Full=B-diox-II; AltName: Full=Beta-carotene dioxygenase 2)

HSP 1 Score: 225.328 bits (573), Expect = 1.142e-63
Identity = 155/525 (29.52%), Postives = 265/525 (50.48%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN------LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSV------------NVKSVSSTRKGIEIQ-----------LIPEDLVPET-LEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQ-LVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P+WL+G+  R+GPG F+ G+  YNH F+ +++L +F ++   VTYR+K + S   ++ + +++ + S      + DP K   +    +F    K     + DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G S+      FSY +  +R     ++       A++ C I    +  P++YHSFG++ NYI+FIEQPL        +  +++ +  K +       + W P    RF++V+K +G++LP +Y + PF  FH +N +E + G +I+++   DN       Q+QN    GE+L          +  RF +            N+  +S T      Q           L  EDL  E  +EFP++ Y ++SGKKYR+ YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV      P     E+DG VI +++ T   N    L++LD K F+EL R +     ++  GFHG F+
Sbjct:   53 FPKWLNGSLLRIGPGKFEFGKDKYNHWFDGMALLHQFRMAKGTVTYRSKFLQSDTYKANSAKNRIVMSEFGTLATPDPCKNVFERFMSRFELPGKAA--AMTDNTNVNYVRYKGDYYLCTETNFMNKVDIETLEKTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSFGP--FGFSYKV--IRVPPEKVDLEETTHGAQVICSIAPTEKGKPSYYHSFGMTRNYIIFIEQPL--------KMNLWKIATSKIRGKAFSDGISWEPQCNTRFHVVDKHTGQLLPGRYYSKPFVAFHHINAFEDQ-GCVIIDLCCQDNGRILEVYQLQNLRKAGEELDQVYNSAGRSFPRRFVLPLNVSLNAPEGDNLSPLSYTSASAVKQADGTIWCSHENLHQEDLEKEGGIEFPQIYYGQFSGKKYRFFYGCGFRHLVGDSLIKVDVVNKTLKVWREDGFYPSEPVFV------PVPGTNEEDGGVILSVVITPNQNESNFLLVLDAKNFEELGRAEVPV--QMPYGFHGTFI 554          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|308153680|sp|Q9BYV7.5|BCDO2_HUMAN (RecName: Full=Beta,beta-carotene 9',10'-oxygenase; AltName: Full=B-diox-II; AltName: Full=Beta-carotene dioxygenase 2)

HSP 1 Score: 222.246 bits (565), Expect = 2.848e-62
Identity = 150/525 (28.57%), Postives = 257/525 (48.95%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN------LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-----------------QVQNGEDLLYKNRFSV------------NVKSVSSTRKGIEIQ-----------LIPEDLVPET-LEFPRLNYE-YSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLV-ILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P+WL+G+  R+GPG F+ G+  YNH F+ +++L +F ++   VTYR+K + S   ++ + +++ + S        DP K   +    +F    K     + DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G S+      FSY +  +R     ++    +   ++ C I    +  P++YHSFG++ NYI+FIEQPL        +  +++ +  K +       + W P    RF++V K +G++LP +Y + PF  FH +N +E + G +I+++   DN  T                 QV N     +  RF +            N+  +S T      Q           L  EDL  E  +EFP++ Y+ +SGKKY + YG G  +L  + ++K+D  ++ + VW+E G + SEP+FV      P     E+DG VI +++ T   N    + +LD K F+EL R +     ++  GFHG F+
Sbjct:   76 FPKWLNGSLLRIGPGKFEFGKDKYNHWFDGMALLHQFRMAKGTVTYRSKFLQSDTYKANSAKNRIVISEFGTLALPDPCKNVFERFMSRFELPGKAA--AMTDNTNVNYVRYKGDYYLCTETNFMNKVDIETLEKTEKVDWSKFIAVNGATAHPHYDLDGTAYNMGNSFGP--YGFSYKV--IRVPPEKVDLGETIHGVQVICSIASTEKGKPSYYHSFGMTRNYIIFIEQPL--------KMNLWKIATSKIRGKAFSDGISWEPQCNTRFHVVEKRTGQLLPGRYYSKPFVTFHQINAFEDQ-GCVIIDLCCQDNGRTLEVYQLQNLRKAGEGLDQVHNSAAKSFPRRFVLPLNVSLNAPEGDNLSPLSYTSASAVKQADGTIWCSHENLHQEDLEKEGGIEFPQIYYDRFSGKKYHFFYGCGFRHLVGDSLIKVDVVNKTLKVWREDGFYPSEPVFV------PAPGTNEEDGGVILSVVITPNQNESNFILVLDAKNFEELGRAEVPV--QMPYGFHGTFI 577          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|48475042|sp|Q9YGX2.1|RPE65_CHICK (RecName: Full=Retinoid isomerohydrolase; AltName: Full=All-trans-retinyl-palmitate hydrolase; AltName: Full=Retinal pigment epithelium-specific 65 kDa protein; AltName: Full=Retinol isomerase)

HSP 1 Score: 218.009 bits (554), Expect = 3.098e-61
Identity = 156/518 (30.12%), Postives = 257/518 (49.61%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVA-------------------YDNAETQVQNG---EDLLY------------KNRFSVNVKSVSSTRKGIE-IQLIPEDLVP---ETLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNT-SPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + V  D+ +R++T++   I+    +    DP K    ++  +F +  K V   + DN   N+   G D Y  ++ + + KIN + LET+ Q +L  Y+ +  AT HP +E+DGT++NIG  + K + S +Y I  +  ++        ++ +E+  Q PC  R  P++ HSFGL+ NYI+F+E P+          +    ++Y     +     GV  ++  K  GR+L I+Y    F  FH +NT+E  +G LIV++                     +D  + Q +     E   Y            KN  ++   + ++T +  E + L PE +        EFP++NY +Y GK Y Y YGLG  +  P+++ K++ ++++  VW+EP  + SEPIFV+         +EEDDGVV+  +++  S      L+IL+ K   E+AR +      V   FHG+F R
Sbjct:   34 IPTWLRGSLLRCGPGLFEVGAEPFYHLFDGQALLHKFDFKEGHVTYHRRFVRTDAYVRAMTEKRIVITEFGTYAYP-DPCK----NIFSRFFSYFKGVE--VTDNALVNVYPVGEDYYACTETNFITKINPDTLETIKQVDLCKYVSVNGATAHPHVENDGTVYNIGNCFGK-NFSLAYNIIRIPPLQADK--EDPMNKSEVVVQFPCSDRFKPSYVHSFGLTPNYIVFVETPVKINLLKFLSSWSLWGANYM-DCFESNETMGVWLHVAEKKKGRLLNIKYRTSAFNLFHHINTFED-NGFLIVDLCTWKGFEFVYNYLYLANLRANWDEVKKQAEKAPQPEARRYVLPLRIDKADTGKNLVTLPYTTATATLRSDETVWLEPEVIFSGPRHAFEFPQINYKKYGGKPYTYTYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSH-----PDALEEDDGVVLSIVISPGSGPKPAYLLILNAKDMSEVARAEVEVNIPVT--FHGLFKR 532          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|75042584|sp|Q5RF16.1|BCDO2_PONAB (RecName: Full=Beta,beta-carotene 9',10'-oxygenase; AltName: Full=B-diox-II; AltName: Full=Beta-carotene dioxygenase 2)

HSP 1 Score: 218.009 bits (554), Expect = 5.433e-61
Identity = 155/526 (29.47%), Postives = 261/526 (49.62%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN------LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN------GEDLLYKN-------RF------SVN-----------------VKSVSSTRKGIEIQLIPEDLVPET-LEFPRLNY-EYSGKKYRYLYGLGNEYL-HPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQ-LVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P+WL+G+  R GPG F+ G+  YNH F+ +++L +F ++   VTYR+K + S   ++ + +++ + S        DP K   +    +F    K     + DN N N   +  D Y+ ++ + M K++ E LE   + +   ++ +  AT HP  + DGT +N+G S+      FSY +  +R     ++    +  A++ C I    +  P++YHSFG++ NYI+FIEQPL        +  +++ +  K +       + W P     F++V+K +G++LP +Y + PF  FH +N +E + G +I+++   DN  T    Q+QN      G D +Y +       RF      S+N                 VK    T       L  EDL  E  +EFP++ Y ++SGKKY + YG G  +L   + ++K+D  ++ + VW+E G + SEP+FV      P     E+DG VI +++ T   N    L++LD K F EL R +     ++  GFHG F+
Sbjct:   53 FPKWLNGSLLRTGPGKFEFGKDKYNHWFDGMALLHQFRMAKGTVTYRSKFLQSDTYKANSAKNRIVISEFGTLALPDPCKNVFERFMSRFELPGKAA--AMTDNTNVNYVRYKGDYYLCTETNFMNKVDIETLEKTEKVDWSKFIAVNGATAHPHYDPDGTAYNMGNSFGP--YGFSYKV--IRVPPEKVDLGETIHGAQVICSIASTEKGKPSYYHSFGMTRNYIIFIEQPL--------KMNLWKIATSKIRGKAFSDGISWEPQCNTWFHVVDKRTGQLLPGRYYSKPFVTFHQINAFEDQ-GCVIIDLCCQDNGRTLEVYQLQNLRKAGEGLDQVYNSAAKSFPRRFVLPLNVSLNAPEGDNLSPLSYTSASAVKQADGTIWCSHENLHQEDLEKEGGIEFPQIYYDQFSGKKYHFFYGCGFRHLVGGDSLIKVDVVNKTLKVWREDGFYPSEPVFV------PAPGTNEEDGGVILSVVITPNQNESNFLLVLDAKNFGELGRAEVPV--QMPYGFHGTFI 555          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|48474842|sp|Q8AXN9.3|RPE65_CYNPY (RecName: Full=Retinoid isomerohydrolase; AltName: Full=All-trans-retinyl-palmitate hydrolase; AltName: Full=Retinal pigment epithelium-specific 65 kDa protein; AltName: Full=Retinol isomerase)

HSP 1 Score: 216.853 bits (551), Expect = 7.858e-61
Identity = 160/525 (30.48%), Postives = 258/525 (49.14%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQP----LFYEDPGRSRQYIYENSDYKYQNLK-WRPHE--GVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAY----------------DNAETQVQNGEDL----------------LYKNRFSVNVKSVSST---RKGIEIQLIPEDLVPE---TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSP-YNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + +  D+ +R++T++   I+         DP K         F          + DN   N+   G D Y  ++ +++ K+N E LET+ + +L +Y+ I   T HP IE+DGT++NIG  + K   SF+Y I  +  ++   +    ++ A++  Q PC  R  P++ HSFGL+ NYI+F+EQP    LF        +++   S +    +  +  HE  GV  ++  KL+G  L I+Y    F  FH +NTYE   G LIV++  +                +N E   +N E                  +   +  VN+   ++T   R    I L PE L        EFP++NY ++ GK Y + YGLG  +  P+++ K++ +++++ VW+EP  + SEPIFV++        MEEDDGVV+  ++N  P      L+IL+ K   E+AR +      V   FHG++ +
Sbjct:   34 IPVWLTGSLLRCGPGLFEVGSEQFYHLFDGQALLHKFDFKEGHVTYHRRFIRTDTYVRAMTEKRIVITEFGTFA-FPDPCKNIFSRFLSYFQGLE------VTDNTLVNVYPVGEDYYACTETNYITKVNPETLETIKKVDLCNYVSINGVTAHPLIENDGTVYNIGNCFGKH-FSFAYNIVKIPPLQ--EDKEDPINKAKVVVQFPCSERFKPSYVHSFGLTPNYIVFVEQPVKINLF--------KFLSSWSIWGANYMDCFESHETMGVWMHVAEKLTGEYLNIKYRTSAFNLFHHINTYEDH-GFLIVDLCCWKGFEFIYNYLYLANMRENWEEVKRNAEKAPQPEVRRYVLPLDIHKVDTGKNLVNLPYTTATAILRSDETIWLEPEVLFSGPRLAFEFPQINYKKFGGKDYTFAYGLGLNHFVPDRLSKLNVKTKEIWVWQEPDSYPSEPIFVSQ-----PDAMEEDDGVVLSVIVNPGPGQKPAFLLILNAKDMSEIARAEVDINIPVT--FHGMYKK 532          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|41688803|sp|Q9HAY6.1|BCDO1_HUMAN (RecName: Full=Beta,beta-carotene 15,15'-dioxygenase; AltName: Full=Beta-carotene dioxygenase 1; AltName: Full=Beta-carotene oxygenase 1)

HSP 1 Score: 216.083 bits (549), Expect = 2.237e-60
Identity = 158/511 (30.92%), Postives = 253/511 (49.51%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLT-QRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREI--EGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAY-DNAETQ---VQNGEDLLYKN----------RFSVN-------------VKSVSSTRKGI-----EIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLGNEYLH-PNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IP WL GT  R GPG+  VGE  YNH F+ L++L  F I    V YR+K + S   +   + ++ + S        DP K    ++  K  +   H      DNC  NI   G D Y  S+ +++ KIN + LETL + +   Y+ + +AT HP  ++ G + N+GTS  ++ K+  Y IF +     EG     S     E+ C IP R   SP++YHSFG+++NY++F+EQP   +    +  YI   S      L +   E    +I+++ + + +  ++       FH VN YE +DG ++ +V+AY DN+  Q   + N      +N          RF+V              +K  S+T   +     ++   PE L  E LE PR+NY ++GK+YRY++  G ++   P KI+K D  ++  + W+E   + +EP+FV           +EDDGV++  +++T P     L+ILD K+F ELAR       ++    HG+F+
Sbjct:   24 IPAWLQGTLLRNGPGMHTVGESRYNHWFDGLALLHSFTIRDGEVYYRSKYLRSDTYNTNIEANRIVVSEFGTMAYPDPCK----NIFSKAFSYLSHTIPDFTDNCLINIMKCGEDFYATSETNYIRKINPQTLETLEKVDYRKYVAVNLATSHPHYDEAGNVLNMGTSIVEKGKT-KYVIFKIPATVPEGKKQGKSPWKHTEVFCSIPSRSLLSPSYYHSFGVTENYVIFLEQPFRLDILKMATAYIRRMS--WASCLAFHREEKTYIHIIDQRTRQPVQTKFYTDAMVVFHHVNAYE-EDGCIVFDVIAYEDNSLYQLFYLANLNQDFKENSRLTSVPTLRRFAVPLHVDKNAEVGTNLIKVASTTATALKEEDGQVYCQPEFLY-EGLELPRVNYAHNGKQYRYVFATGVQWSPIPTKIIKYDILTKSSLKWREDDCWPAEPLFVP-----APGAKDEDDGVILSAIVSTDPQKLPFLLILDAKSFTELARAS--VDVDMHMDLHGLFI 518          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|565683218|sp|Q91ZQ5.4|RPE65_MOUSE (RecName: Full=Retinoid isomerohydrolase; AltName: Full=All-trans-retinyl-palmitate hydrolase; AltName: Full=Retinal pigment epithelium-specific 65 kDa protein; AltName: Full=Retinol isomerase)

HSP 1 Score: 213.386 bits (542), Expect = 1.676e-59
Identity = 153/518 (29.54%), Postives = 255/518 (49.23%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAY----------------DNAETQVQNGE----------------DLLYKNRFSVNVKSVSST---RKGIEIQLIPEDLVP---ETLEFPRLNYE-YSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNT-SPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + +  D+ +R++T++   I+           F    +++  +F +  K V   + DN   NI   G D Y  ++ + + KIN E LET+ Q +L +Y+ +  AT HP IE DGT++NIG  + K + + +Y I  +  ++        ++ +E+  Q PC  R  P++ HSFGL+ NYI+F+E P+          +    ++Y     +     GV  ++ +K   +    +Y   PF  FH +NTYE  +G LIV++  +                +N E   +N                  D +   R  V +   ++T   R    I L PE L     +  EFP++NY+ + GK Y Y YGLG  +  P+K+ K++ +++++ +W+EP  + SEPIFV++        +EEDDGVV+  +++  +      L++L+ K   E+AR +  T   V   FHG+F R
Sbjct:   34 IPLWLTGSLLRCGPGLFEVGSEPFYHLFDGQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCA-----FPDPCKNIFSRFFSYFKGVE--VTDNALVNIYPVGEDYYACTETNFITKINPETLETIKQVDLCNYISVNGATAHPHIESDGTVYNIGNCFGK-NFTVAYNIIKIPPLKADK--EDPINKSEVVVQFPCSDRFKPSYVHSFGLTPNYIVFVETPVKINLFKFLSSWSLWGANYM-DCFESNESMGVWLHVADKKRRKYFNNKYRTSPFNLFHHINTYED-NGFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKRNAMKAPQPEVRRYVLPLTIDKVDTGRNLVTLPHTTATATLRSDETIWLEPEVLFSGPRQAFEFPQINYQKFGGKPYTYAYGLGLNHFVPDKLCKMNVKTKEIWMWQEPDSYPSEPIFVSQ-----PDALEEDDGVVLSVVVSPGAGQKPAYLLVLNAKDLSEIARAEVETNIPVT--FHGLFKR 532          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|48475038|sp|Q9XT71.3|RPE65_CHLAE (RecName: Full=Retinoid isomerohydrolase; AltName: Full=All-trans-retinyl-palmitate hydrolase; AltName: Full=Retinal pigment epithelium-specific 65 kDa protein; AltName: Full=Retinol isomerase)

HSP 1 Score: 212.231 bits (539), Expect = 4.686e-59
Identity = 153/518 (29.54%), Postives = 252/518 (48.65%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAE---------TQVQNGEDLLYKNR-----------FSVNVKSVSSTRKGI---------------EIQLIPEDLVP---ETLEFPRLNYE-YSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNT-SPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + +  D+ +R++T++   I+           F    +++  +F +  + V   + DN   N+   G D Y  ++ + + KIN E LET+ Q +L +Y+ +  AT HP IE+DGT++NIG  + K + S +Y I  +  ++        +  +EI  Q PC  R  P++ HSFGL+ NYI+F+E P+          +    ++Y     +     GV  +I +K   + L  +Y   PF  FH +NTYE  +G LIV++  +   E            +N E++    R             +N+    + +  I                I L PE L     +  EFP++NY+ Y GK Y Y YGLG  +  P+++ K++ ++++  VW+EP  + SEPIFV+         +EEDDGVV+  +++  +      L+IL+ K   E+AR +      V   FHG+F +
Sbjct:   34 IPLWLTGSLLRCGPGLFEVGSEPFYHLFDGQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCA-----FPDPCKNIFSRFFSYFRGVE--VTDNALVNVYPVGEDYYACTETNFITKINPETLETIKQVDLCNYVSVNGATAHPHIENDGTVYNIGNCFGK-NFSIAYNIVKIPPLQADK--EDPISKSEIVVQFPCSDRFKPSYVHSFGLTPNYIVFVETPVKINLFKFLSSWSLWGANYM-DCFESNETMGVWLHIADKKRKKYLNNKYRTSPFNLFHHINTYED-NGFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKKNARKAPQPEVRRYVLPLNIDKADTGKNLITLPNTTATAILCSEETIWLEPEVLFSGPRQAFEFPQINYQKYCGKPYTYAYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSH-----PDALEEDDGVVLSVVVSPGAGQKPAYLLILNAKDLSEVARAEVEINIPVT--FHGLFKK 532          
BLAST of EMLSAG00000002273 vs. SwissProt
Match: gi|44888872|sp|Q16518.3|RPE65_HUMAN (RecName: Full=Retinoid isomerohydrolase; AltName: Full=All-trans-retinyl-palmitate hydrolase; AltName: Full=Retinal pigment epithelium-specific 65 kDa protein; AltName: Full=Retinol isomerase)

HSP 1 Score: 211.846 bits (538), Expect = 5.396e-59
Identity = 152/518 (29.34%), Postives = 252/518 (48.65%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAE---------TQVQNGEDLLYKNR-----------FSVNVKSVSSTRKGI---------------EIQLIPEDLVP---ETLEFPRLNYE-YSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNT-SPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVR 737
            IP WL G+  R GPG+F+VG   + H F+  ++L KFD     VTY  + +  D+ +R++T++   I+           F    +++  +F +  + V   + DN   N+   G D Y  ++ + + KIN E LET+ Q +L +Y+ +  AT HP IE+DGT++NIG  + K + S +Y I  +  ++        +  +EI  Q PC  R  P++ HSFGL+ NYI+F+E P+          +    ++Y     +     GV  +I +K   + L  +Y   PF  FH +NTYE  +G LIV++  +   E            +N E++    R             +N+    + +  +                I L PE L     +  EFP++NY+ Y GK Y Y YGLG  +  P+++ K++ ++++  VW+EP  + SEPIFV+         +EEDDGVV+  +++  +      L+IL+ K   E+AR +      V   FHG+F +
Sbjct:   34 IPLWLTGSLLRCGPGLFEVGSEPFYHLFDGQALLHKFDFKEGHVTYHRRFIRTDAYVRAMTEKRIVITEFGTCA-----FPDPCKNIFSRFFSYFRGVE--VTDNALVNVYPVGEDYYACTETNFITKINPETLETIKQVDLCNYVSVNGATAHPHIENDGTVYNIGNCFGK-NFSIAYNIVKIPPLQADK--EDPISKSEIVVQFPCSDRFKPSYVHSFGLTPNYIVFVETPVKINLFKFLSSWSLWGANYM-DCFESNETMGVWLHIADKKRKKYLNNKYRTSPFNLFHHINTYED-NGFLIVDLCCWKGFEFVYNYLYLANLRENWEEVKKNARKAPQPEVRRYVLPLNIDKADTGKNLVTLPNTTATAILCSDETIWLEPEVLFSGPRQAFEFPQINYQKYCGKPYTYAYGLGLNHFVPDRLCKLNVKTKETWVWQEPDSYPSEPIFVSH-----PDALEEDDGVVLSVVVSPGAGQKPAYLLILNAKDLSEVARAEVEINIPVT--FHGLFKK 532          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: EFX64845.1 (hypothetical protein DAPPUDRAFT_333779 [Daphnia pulex])

HSP 1 Score: 229.95 bits (585), Expect = 7.617e-66
Identity = 160/527 (30.36%), Postives = 263/527 (49.91%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDI---SPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQ-CELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPG----RSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVE--------VVAYDNAETQVQNGEDL--LYKNRFSVNVKSVS-------STRKG-------------IEIQLI---PEDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745
            IPEWL G+  R G G+ ++GE   +H F+ LSV+ +F I        TY+N I+ S      + S+A + L+ HQ     +    +SL  K+    K   + +  NC  N+C+FG  LY L++   + +I+SE L+ + + C++   + +  AT HP + +DGT++N+G S     K  +Y +      +G   C  +     I   IP R + S ++YHSFG+++NY +FIE PL            RQ  +++S      L W P+E  R  +  + +G ++   Y   PFF FH+ N YE KDG L+++        V++  + ++  +N  D    Y  RF + +  +          R+              I  ++I   P+ L   +LE PR+NY  +G +YR+ YG+   + Y    KILK+D  SRDV +W +     SEP++V+R         +EDDGV++F+ ++      V LVIL+  TF+E A ++++  G V + FHG+F R    +  Y
Sbjct:   31 IPEWLQGSLMRNGSGILEIGETKMDHLFDGLSVINRFAIDGQGEGKATYQNCILKS---DTYKDSKAANRLTMHQFGTFAYPDPCKSLLGKYACFFKAAIDCLY-NCAVNLCYFGDKLYALTETPFIRQIDSETLDIIGEKCDISKLVAVNHATAHPHVNEDGTVYNMGNSVGS--KGPAYNVIEFPAGDGEF-CRQK-----IVATIPSRWKMSHSYYHSFGITENYFVFIEYPLIANTAKLLTMNLRQKAFDSS------LDWTPNEHTRIILCERKTGDLVETVYETPPFFSFHIGNCYE-KDGYLVMDLSHCKDDTVISGLSVKSLRENKGDFTNTYYTRFVLPLAGIEPPVDKTFQKRENLIKLEGSKCISYWISDKIIFCEPDRLSDLSLELPRINYSRNGLEYRFAYGISQTDGYAESEKILKLDVTSRDVKIWAKTEFSPSEPVYVSR-----PGSTDEDDGVILFSAVHQVDVKKVLLVILNAATFEEEAVVEYVASGVVTKDFHGLFSRTGDALHGY 533          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|EEC14725.1| (beta-carotene dioxygenase, putative [Ixodes scapularis])

HSP 1 Score: 208.379 bits (529), Expect = 3.837e-58
Identity = 139/498 (27.91%), Postives = 247/498 (49.60%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQS-KDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIE-DDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNC---NSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN-LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDN---------AETQVQNGEDLLYKNRFSVNVKSVSSTRKGIEIQLIPEDLVPETL--EFPRLNYEYSGKKYRYLY------GLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
             P WL G   R GPG+  VG   Y H F+ LS+L++F +    V+YRN+ + S+     +++  I        +  DP     + L   F         T+ DN   ++   G + Y +++  ++ +++   LETLS  +L   + +   T HP ++ +DG+ +N+GT         S   F +     S+ C   ++ L   ++  +IP + R  P++ HSF +++N+++ +EQ L        + ++ +     Y + L + P +  RF++++K +G + P+ + A  FF FH VN YE +D  ++V++ A+ +         A ++ +  ++L   +RF + +     +   +E +++  +L    L  E PR+N  + GK YR+ Y      GL  E+     + K++ ES     WK+PG   SEP+FV R         +EDDGVV+F+LL+    N +  V LDG++F+E+AR +F T       FHG FV
Sbjct:   41 FPSWLRGRLLRNGPGLNFVGPDRYQHAFDGLSLLRQFSVDSGEVSYRNRFLRSQAYVRNRKANRIVVAEFGTAAHPDPCAGVFERLASVF-------TPTMTDNAVVSVMPIGDEFYAMTETPYVHRVDPATLETLSHEDLSKVVAVHTITAHPLVDPEDGSTFNVGTQMG------SRPAFVLIRFPPSVECPDGSTSLREGKVVGRIPMQSRFFPSYIHSFAMTENWLVVLEQSLVVS---ILKLFLAKAVGTSYGDTLSFDPSKKTRFHVMDKRTGELFPVVFEAASFFTFHHVNAYE-RDREIVVDLCAFHDDAVIRNLRFAHSRPKKNDELASVHRFVLPLDPAVKSPAPVESRVLSAELDGLALRAELPRINDRFIGKPYRFAYLVGHSDGLAEEWF----VSKLNVESGHWARWKKPGWVPSEPVFVPR-----PGATDEDDGVVVFSLLDAKDENKLSFVALDGRSFEEIARAEFETPSANPADFHGWFV 512          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|EEC14724.1| (beta-carotene dioxygenase, putative [Ixodes scapularis])

HSP 1 Score: 200.675 bits (509), Expect = 2.049e-55
Identity = 143/494 (28.95%), Postives = 246/494 (49.80%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAI-SSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIE-DDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQ-NLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSSTR------KGIEIQLIPEDLVPETL--EFPRLNY-EYSGKKYRYLYGLGNEYLHPNKIL--KIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            E+    P WL G   R GPG+  +G   Y H F+ L++L++F +  + V++RN+ + S+     +++  I  S       +DP     + L   F        +   DN   N+   G + Y +++   + +I+   LETLS+ +L   + +   T HP ++ DDG+ + +G+          Y +            +  L  A+I   IP + R  P++ HSFGL++ +I+ +EQ L +     +  ++       +   L++   +  RF++V+K +G+  P  + A  FF FH +NTYE +DG+++V++  Y++A   +     L      SV  KS ++ R       G  + + P+ L  + L  + PR+NY  + GK YR++Y +G+    PN+    K+D ES + V W+ PG   SEP+FV R    PE   +EDDGVV+ +LL+++    V LV LD ++F+E+A  +F T       FHG F 
Sbjct:   37 EVTGAFPSWLRGRLLRNGPGLNAIGPDRYEHAFDGLALLREFSVEGNEVSFRNRFLRSQTYVRNKKANRIVVSEFGTAAYRDPCAGVFEKLAATF-------TSEFTDNALVNVTPIGEEFYAITESPFVHRIDPATLETLSRQDLSRVMAVHTITAHPHVDPDDGSTYLVGSQMGVRPL---YVVVRFPPPAEVPPESKALYEAQIVATIPMQSRLYPSYIHSFGLTERWIVVVEQSLVFS---VANAFLRRALGQDFAGGLQFDAAKKARFHVVDKKTGKTHPGVWEADAFFAFHHINTYE-RDGDIVVDMCVYEDA--SLIASMSLADARTDSVAYKSGAARRFVLDLNVGHPVVIRPQSLSGDELRADMPRINYGRFDGKPYRFVYLVGHLDGKPNETFLSKLDVESGNWVRWERPGWVPSEPVFVPR----PEA-TDEDDGVVLTSLLDSADEKKVSLVALDARSFEEIASAEFETPSANPGDFHGWFA 509          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: EFX87306.1 (hypothetical protein DAPPUDRAFT_97232 [Daphnia pulex])

HSP 1 Score: 200.29 bits (508), Expect = 3.650e-55
Identity = 142/515 (27.57%), Postives = 243/515 (47.18%), Query Frame = 0
Query:  261 TIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSL-TQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYEN---SDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-------QVQNGED-----LLYKNR-----FSVNVK------------SVSSTR---KGIEIQLIPEDLVPETLEFPRLNY-EYSGKKYRYLYGLGN--EYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLL-NTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIF 735
             IP W++G+ YR GPG    G    NH F+   +L KF++    VTY+++ V+S    L T   Q +        + DP K     +   F      ++  ++DN   +I   G DLY  ++   + +I+   +ET  +  L + L +   + HP I + G  + +G       K  SY + +    +       R   A +   +PCR    P++ HSF ++D+Y + IEQPL       S + ++ +         +LKWRP++  R  ++++ +G  LP+QY    FFF H +N +E+ D +LIV++  Y NA+         ++N +       L++ R       +N K            S+S  +    G  + + P++L P   E P++NY +Y+GK YRY Y + +  +  +P  ++K+DT  +    W E   + SEP+FV      P+ +  EDDGV++ +++          L++LD  TFKE+ R +F T   V +  HG F
Sbjct:   30 AIPLWVNGSLYRNGPGKQDYGRQRVNHLFDAAGLLHKFNVRNGKVTYQSRYVNSTSYVLNTAAGQLVVPEFTTPAAPDPCKSIFHRISSLFV-----LDQVVSDNAMISIYPLGKDLYAFAETPFIHRIDPVTMETTRRESLHETLSVFNQSSHPHITESGEAYQLGQKIGA--KGPSYVVIHYPADDQESKATER---ARVVTTVPCRSLKEPSYMHSFSITDSYFVLIEQPL-----NVSFKTVFSSFLSGKPLVNSLKWRPNKKTRIRVISRKTGAELPVQYVTEAFFFLHTINAFEADD-HLIVDICCYANAKMLDCMYIDALENAQSDPNYASLFRGRPKRFVMPLNPKQGKEGNLNTYAHSLSEAKWMNGGSSMYIKPDELCPLGCETPQINYNKYNGKPYRYFYAISSDVDAENPGTLIKVDTIEKKCRTWAEKNVYASEPVFVPH----PDAK-SEDDGVLLSSMIFGGHNEKRTGLLVLDAATFKEIGRTEFHTPSPVPKCLHGYF 523          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|EEZ97644.2| (Carotenoid isomerooxygenase-like Protein [Tribolium castaneum])

HSP 1 Score: 196.438 bits (498), Expect = 1.007e-53
Identity = 143/509 (28.09%), Postives = 245/509 (48.13%), Query Frame = 0
Query:  264 EWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQS-KDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-------------QVQNGEDLLYKN--RFSV---------------NVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNY-EYSGKKYRYLYGLGNEY--LHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            +WL G   R GPG  +VG+  + H F+  ++L +F I    VTY+ + V S++    + +  I       ++  DP +   Q +   F  +++     I DN   ++  FG ++Y   ++  + KI+ E LET  + ++ D++ I+  T HP + +D T++N+G +        +   F   +        + ++ AEI   IP R    P + H+FGL++NY + +EQPL     G     I +N   K  +L+W  HE  +F ++++ +G+ L  ++ +  FF+ H++N YE+ D +++V++  Y N E              Q  N  +L      RF +               N K  +  +   EI +IPE L     E PR+NY +Y GK+YRY Y +  +    +P  ++K+DT ++    W E   + SEPIFV R    P    E+D  ++          N V L+ILD ++F E+AR +F T G V +  HG F+ +
Sbjct:   43 KWLRGCLLRNGPGSIKVGDDYFGHIFDSSALLHRFCIDEGGVTYQCRFVQSEVFKRNRAANRIVVTEFGTKAVPDPCRTIFQRVASVFNPKSE----DIPDNSMISVYPFGDEVYAFGELPIIHKIDQETLETKERVDVRDFVSIVHHTSHPHVMNDETVFNLGETIYPTGPYHTIVRFPPGK--------NMVEGAEIVAGIPARWPLHPTYMHTFGLTENYFVIVEQPLSVSVGGMIMNKI-KNEPMK-GSLRWYQHEKTQFSLISRETGQ-LAYKFYSEAFFYLHIINQYETCD-HVVVDICTYRNPEMLDCMYISAMKNMQQNPNYAELFRSKPLRFVLPLKPPETNSNLVQLSNTKCEAYYQPDGEIYVIPEKLSDLGCETPRINYGQYLGKQYRYFYAISADVDAANPGTMIKVDTVTKTAKTWCEDNCYPSEPIFVPR----PNCAFEDDGLILAAMAWGREDTNHVGLIILDAESFTEVARTEFRTPGPVPKCLHGWFLPK 531          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|KYB25127.1| (Carotenoid isomerooxygenase-like Protein [Tribolium castaneum])

HSP 1 Score: 196.438 bits (498), Expect = 1.079e-53
Identity = 143/509 (28.09%), Postives = 245/509 (48.13%), Query Frame = 0
Query:  264 EWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQS-KDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET-------------QVQNGEDLLYKN--RFSV---------------NVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNY-EYSGKKYRYLYGLGNEY--LHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            +WL G   R GPG  +VG+  + H F+  ++L +F I    VTY+ + V S++    + +  I       ++  DP +   Q +   F  +++     I DN   ++  FG ++Y   ++  + KI+ E LET  + ++ D++ I+  T HP + +D T++N+G +        +   F   +        + ++ AEI   IP R    P + H+FGL++NY + +EQPL     G     I +N   K  +L+W  HE  +F ++++ +G+ L  ++ +  FF+ H++N YE+ D +++V++  Y N E              Q  N  +L      RF +               N K  +  +   EI +IPE L     E PR+NY +Y GK+YRY Y +  +    +P  ++K+DT ++    W E   + SEPIFV R    P    E+D  ++          N V L+ILD ++F E+AR +F T G V +  HG F+ +
Sbjct:   43 KWLRGCLLRNGPGSIKVGDDYFGHIFDSSALLHRFCIDEGGVTYQCRFVQSEVFKRNRAANRIVVTEFGTKAVPDPCRTIFQRVASVFNPKSE----DIPDNSMISVYPFGDEVYAFGELPIIHKIDQETLETKERVDVRDFVSIVHHTSHPHVMNDETVFNLGETIYPTGPYHTIVRFPPGK--------NMVEGAEIVAGIPARWPLHPTYMHTFGLTENYFVIVEQPLSVSVGGMIMNKI-KNEPMK-GSLRWYQHEKTQFSLISRETGQ-LAYKFYSEAFFYLHIINQYETCD-HVVVDICTYRNPEMLDCMYISAMKNMQQNPNYAELFRSKPLRFVLPLKPPETNSNLVQLSNTKCEAYYQPDGEIYVIPEKLSDLGCETPRINYGQYLGKQYRYFYAISADVDAANPGTMIKVDTVTKTAKTWCEDNCYPSEPIFVPR----PNCAFEDDGLILAAMAWGREDTNHVGLIILDAESFTEVARTEFRTPGPVPKCLHGWFLPK 531          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|KPM10585.1| (Retinal pigment epithelial membrane protein-like protein [Sarcoptes scabiei])

HSP 1 Score: 167.548 bits (423), Expect = 2.560e-43
Identity = 145/548 (26.46%), Postives = 253/548 (46.17%), Query Frame = 0
Query:  231 LLTSLKRTNNITITQMWLQLDNWHLKELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKL-RSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQ-IEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYED--------PGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKSVSS-----------------------------TRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVVWKEPG-HFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLT-KGEVVEGFHGIF 735
            LL + K+ N+ TI Q                IP W+     R+GP  + + +   NH  +  ++L KF I    + Y +K +DS   R + + ++ + +    +   DP K     +  +       V + + DN   N+     + Y  S+  ++ K   + L+   +  L+    + +A  H Q +E++   +N+ +S+    K +      + + E + N  S L+ + I   I        A+YHSFG++ NYI+FIE PL             GR  +  +E          W P+E  +FY++ K +G+++   Y+A  FF+FH++N YE +D ++IV+++AY+NA+   +   +L+ +N +  + +SV                               + K I I L  E+L     E P +N  Y+GKKY+Y YG G   +    N ILK++ + + V+VWK+   HF  E +FVAR        +EEDDGV++  +L+++      ++ILD KTF E+ R    +  G +    HG+F
Sbjct:   30 LLLNQKKKNDSTIIQ--------------GNIPSWISVRMIRLGPAKWDLDDFVLNHWLDGCAMLCKFIIRNGTIKYSSKFLDSDAYRKMNKVNRPVYTEFGTRAFPDPCKNVFSRIFSQI------VPSDLTDNGLLNVFKLADEYYAASETCNIWKFCPKSLDVTRKINLDKINGVNLACSHTQFMENEDYAYNMSSSFLTGMK-YHLIKIPLFQYEETRN-KSFLERSSILTTISSNWTTCIAYYHSFGITKNYIIFIELPLLVNGFKLATCTPKGRPLKDCFE----------WHPNEKSKFYVICKFTGKIVQKYYSA-AFFYFHIINCYE-EDNHIIVDLMAYENADILEKWDLNLMRQNIYYEDNQSVPKRFILPLSIKNSSIGENLVTLKNQKSRAILSEKNI-ITLTGEELGRPGFELPTINRNYNGKKYKYCYGSGVFEKGNFANSILKLNVDDQSVLVWKDSDEHFPGECLFVAR-----PGSIEEDDGVILNVVLSSNESKPHYVLILDSKTFTEIGRAYLGSGTGIIPPTIHGVF 537          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: gb|KFM61271.1| (Retinoid isomerohydrolase, partial [Stegodyphus mimosarum])

HSP 1 Score: 153.295 bits (386), Expect = 1.362e-39
Identity = 95/321 (29.60%), Postives = 171/321 (53.27%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN-LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET 574
            EL   IP+WL G   RVG G+ +VGE  +NH F+ L+++ +F      VTY+++ +  DS  +++ + ++ + S    +   DP K   Q     F N  +  +N +      NI  F  + Y  S+ +++ KIN + LE+L +  L  ++P+ +A  H   + DGT++N+G+S+   + ++S   F  +E   S N N   +   + C IP   R   +++HSFG+++NY +F+EQPL    P  +  +    +   Y + L W  +   RF++V +  G++L   Y +  FF FH ++ YE +DG+L+V++  Y+  + 
Sbjct:   27 ELKGEIPKWLKGCLIRVGSGLIEVGEDKFNHIFDGLALMHRFAFQDGRVTYQSRFLRSDSYCKAM-KANRIVQSEFATRGIPDPCKTIFQRFASLF-NLEETTDNDLV-----NIILFSDEAYACSEANNIWKINPDTLESLEKVTLSRHVPVNVAIAHAHEDTDGTVYNVGSSFGM-NCTYSLLKFPPKE---SKNANP-FEHGSVICVIPSSKRFHLSYHHSFGMTENYFVFVEQPLHISIPKIAWNHFVAGT---YSDALHWDSNGQCRFHVVRRTDGKLLDTVYVSKGFFLFHHIDAYE-EDGHLVVDMCIYEQGDA 331          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: AAF54978.1 (neither inactivation nor afterpotential B [Drosophila melanogaster])

HSP 1 Score: 140.969 bits (354), Expect = 4.107e-34
Identity = 89/317 (28.08%), Postives = 164/317 (51.74%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSK-LRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQN----LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAE 573
            IP+W+ G+  R GPG ++VG+ T+ H F+  ++L +F I    VTY+N+ VD++ LR      + + +        DP      S+ D+F    +  + T  DN   +I  FG   Y  ++   M +IN   L T ++    D++ ++  T HP +   GT++N+GT+ ++   +++   F   E           + A +   +PCR +  P + H+FGL+D+Y + +EQPL         +YI   +    QN    LKW       F++++++SG+++   Y +  FF+ H++N +E +DG+++V++ +Y N E
Sbjct:   65 IPKWICGSLLRNGPGSWKVGDMTFGHLFDCSALLHRFAIRNGRVTYQNRFVDTETLRKNRSAQRIVVTEFGTAAVPDP----CHSIFDRFAAIFRPDSGT--DNSMISIYPFGDQYYTFTETPFMHRINPCTLATEARICTTDFVGVVNHTSHPHVLPSGTVYNLGTTMTRSGPAYTILSFPHGE--------QMFEDAHVVATLPCRWKLHPGYMHTFGLTDHYFVIVEQPLSVS----LTEYI--KAQLGGQNLSACLKWFEDRPTLFHLIDRVSGKLVQT-YESEAFFYLHIINCFE-RDGHVVVDICSYRNPE 359          

HSP 2 Score: 80.4925 bits (197), Expect = 1.045e-14
Identity = 51/137 (37.23%), Postives = 73/137 (53.28%), Query Frame = 0
Query:  604 IQLIPEDLVPETLEFPRLNYE-YSGKKYRYLYGLGNEY--LHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTL-LNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFV 736
            IQL PE L     E PR+ YE Y GK YRY Y + ++   ++P  ++K+D  ++  + W E   + SEPIFV      P+ +  EDDGV++ ++ L       V L++L  KT  EL R  F T G V +  HG F 
Sbjct:  485 IQLRPEMLCDWGCETPRIYYERYMGKNYRYFYAISSDVDAVNPGTLIKVDVWNKSCLTWCEENVYPSEPIFVPS----PDPK-SEDDGVILASMVLGGLNDRYVGLIVLCAKTMTELGRCDFHTNGPVPKCLHGWFA 616          
BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Match: EAA12399.4 (AGAP008143-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 135.576 bits (340), Expect = 4.011e-32
Identity = 86/317 (27.13%), Postives = 162/317 (51.10%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIV--DSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDN 571
            ++  T+PEWL+G+  R GPG  +VG+  +NH F+  ++L +F+I    +TY+ + +  D+  ++   R   ++         DP +   Q +   F      VNN+  DN   +I  FG + +  ++   + +I+ E L+T ++  + DY+ I+  T HP +  DGT++N+G S +K     +YTI       G        ++A I   +P R +  P + H+FG+++NY + +EQPL    P      I          LKW   +    Y++++ +G +    +T  PFF+ H++N YE ++G++++++  Y +
Sbjct:  176 KVQGTVPEWLNGSLLRNGPGSLKVGDMMFNHLFDSSALLHRFNIDNGKITYQCRFLKSDAYKKNNAARRIVVTEFGT-SAVPDPCQTIFQKIAAVFNK--PGVNNS--DNAMISIYPFGDEFFAFTESPIIHRIDPETLDTEAKLNVSDYVGIVNHTSHPHVMSDGTVYNLGCSITKTGP--AYTIICFPHGPG------MFENARIVASVPARWKFHPGYMHTFGITENYFVIVEQPLSVSVPTMVVSQIRNRP--MAAALKWFESQQTYIYLLDRDTGELRHTFHTE-PFFYLHIINQYE-REGHVVLDICCYKD 475          

HSP 2 Score: 77.411 bits (189), Expect = 8.928e-14
Identity = 47/132 (35.61%), Postives = 72/132 (54.55%), Query Frame = 0
Query:  608 PEDLVPETLEFPRLNYE-YSGKKYRYLYGLGNEY--LHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLL-NTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIF 735
            PE L     E PR+ YE + G+ YRY Y + ++    +P  ++K+D  ++  + W E   + SEPIFV      P+ +  EDDGVV+  ++      N   L++LD K+F EL R +F+T G V +  HG F
Sbjct:  584 PELLCDLGCETPRIYYERHLGRPYRYFYAISSDVDASNPGTLIKVDVVTKGKLTWCEENVYPSEPIFVP----APDPQ-SEDDGVVLAAMVWGREEQNRAGLLVLDAKSFTELGRCEFVTPGPVPKCLHGWF 710          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|944345293|ref|XP_014376800.1| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X5 [Alligator sinensis])

HSP 1 Score: 254.218 bits (648), Expect = 2.635e-72
Identity = 169/530 (31.89%), Postives = 272/530 (51.32%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IPEW++G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R     + C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:   14 EVKGHIPEWINGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVMYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQRLACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASTVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 518          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|944345290|ref|XP_014376799.1| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X3 [Alligator sinensis])

HSP 1 Score: 254.603 bits (649), Expect = 5.043e-72
Identity = 169/530 (31.89%), Postives = 272/530 (51.32%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IPEW++G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R     + C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:   60 EVKGHIPEWINGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVMYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQRLACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASTVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 564          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|557288028|ref|XP_006026712.1| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X1 [Alligator sinensis])

HSP 1 Score: 254.988 bits (650), Expect = 1.411e-71
Identity = 169/530 (31.89%), Postives = 272/530 (51.32%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IPEW++G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R     + C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:  114 EVKGHIPEWINGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVMYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQRLACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASTVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 618          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|944345288|ref|XP_014376798.1| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X2 [Alligator sinensis])

HSP 1 Score: 254.218 bits (648), Expect = 2.353e-71
Identity = 169/530 (31.89%), Postives = 272/530 (51.32%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IPEW++G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R     + C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:  106 EVKGHIPEWINGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVMYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQRLACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASTVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 610          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|950986176|ref|XP_014456356.1| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X2 [Alligator mississippiensis])

HSP 1 Score: 250.751 bits (639), Expect = 1.408e-70
Identity = 168/530 (31.70%), Postives = 270/530 (50.94%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IP+W+ G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R       C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:   60 EVKGHIPKWIKGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVVYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQQSACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASAVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 564          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|1113761829|ref|XP_014456357.2| (PREDICTED: beta,beta-carotene 9',10'-oxygenase isoform X1 [Alligator mississippiensis] >gi|1011590652|gb|KYO35697.1| beta,beta-carotene 9',10'-oxygenase isoform A [Alligator mississippiensis])

HSP 1 Score: 249.98 bits (637), Expect = 4.405e-70
Identity = 168/530 (31.70%), Postives = 270/530 (50.94%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IP+W+ G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R       C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:   80 EVKGHIPKWIKGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVVYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQQSACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASAVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 584          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|1022761336|gb|KZS07296.1| (Beta,beta-carotene 15,15'-dioxygenase [Daphnia magna])

HSP 1 Score: 248.44 bits (633), Expect = 5.410e-70
Identity = 167/527 (31.69%), Postives = 272/527 (51.61%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDI---SPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNT-IADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQ-CELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPG----RSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNA--------ETQVQNGEDL--LYKNRFSVNV-------KSVSSTRKGIEIQLIP---------------EDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745
            IPEWL+G+  R G G+F++GE   NH F+ LSV+ +F I        TY+N+I+ S      ++++A + L+ HQ     F    QSL  +F  R + V  T   DNC  ++C+ G  LY  ++   + ++++E LET+ + C + + + +  +T HP + +DGT++N+G S     K   Y I       G+      L+ A+I    P R + S ++YHSFG+++NY +F+E PL            RQ   ++S      L W P E  R  +V + SG ++   Y A PFF FH  N YE K+G +I+++    +A        ++  +N  D    Y  RF + +             +  +E++                  E L+ ++LE PR+NY  +GK+YRY+YG+   + Y  P KILK+D  +R+V  W + G   SEP++V+R    PE  +EEDDGV++F+ ++      V L+IL+  TFKE A ++++  G + + FHGIF R+   +  Y
Sbjct:   31 IPEWLEGSLIRNGSGMFEIGETKMNHLFDGLSVMHRFAINGYGEGKSTYQNRILQS---DTYKQAKAANRLTMHQFGTFAFPDPCQSLWGRFMARFEPVTKTEKTDNCCVSVCYLGDKLYAFTETPQIRQVDAETLETVGEKCNISELVAVNHSTAHPHVLEDGTVYNMGNSVG--SKGPIYNIIEFPTGAGA------LEGAKIVASFPSRWKMSHSYYHSFGITENYFVFLEFPLILNTAKLLAMNLRQKAVDSS------LDWFPTEKTRILLVERKSGELVDTIYEAPPFFCFHHGNCYE-KNGYIIMDISHCKDATIFAGLSLKSLRENRGDFTNTYYTRFVLPLGVEPPIGNDFQDCKNLVEVEGSKCKSYWQSNKIIFCEHERLLEQSLELPRINYSRNGKEYRYVYGISQLDGYAEPEKILKLDLNTREVKQWAKAGFSPSEPVYVSR----PES-IEEDDGVLLFSAVDQVNPKKVLLIILNAATFKEEAVVEYVASGIITKDFHGIFSRKGDVVHGY 534          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|1011590653|gb|KYO35698.1| (beta,beta-carotene 9',10'-oxygenase isoform B [Alligator mississippiensis])

HSP 1 Score: 251.136 bits (640), Expect = 9.075e-70
Identity = 168/530 (31.70%), Postives = 270/530 (50.94%), Query Frame = 0
Query:  257 ELHRTIPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDS-KLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYE-----DPGRSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNAET----QVQN----GEDL---------LYKNRFSVNVKSVSSTRKGIEIQLIP------------------EDLVPE------TLEFPRLNY-EYSGKKYRYLYGLGNEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRR 738
            E+   IP+W+ G+  R GPG F+ GE  YNH F+ ++++ +F ++   VTYR+K + S   R  +Q ++ + S        DP K    S+  +F  R +   +T  DNC+ N   +  D Y+ ++ + M +++ E LET  + +   ++ +  AT HP  E DGT +N+G SY +    ++     +R       C   L  AE+ C I    R  P++YHSFG+S+NY++FIEQPL  +          R+ I E        L+W PH   RF++VNK +G++L  Q+ + P   FH +N +E + G +++++   DN ++    Q+QN    GE L          +  RF + +   S T  G  +  +                   EDL PE       LEFP +NY + +G+KYR+ YG G  +L    ++KIDTE++++ VW+E G + SEP+FV     +P     ED GV++  +L+     +  L++LD +TF EL R +      +  GFHGIFV R
Sbjct:  157 EVKGHIPKWIKGSLLRNGPGKFEFGEDKYNHWFDGMALMHQFRVAEGSVTYRSKFLQSDSYRVNSQHNRIVVSEFGTLAMPDPCK----SIFGRFMARFELPEST--DNCSVNYVVYKGDYYVSTETNFMHRVDPETLETKEKVDWSRFVAVNGATAHPHYEPDGTTYNMGNSYGQHGSKYN----IIRVPAQQSACGDTLQGAEVLCSIAPAERRKPSYYHSFGMSENYVIFIEQPLKMDLWHIITAKLRRKPISE-------GLRWEPHCNTRFHVVNKHTGQLLAGQFYSKPILTFHQINAFEDQ-GCVVLDICCQDNGDSLAIYQLQNLRKAGEGLDQVYNAVPKAFPRRFVLPLTVSSDTPVGQNLSPLSYTSASAVKEADGKVWCTHEDLHPEGLEEAGGLEFPHINYAQCNGRKYRFFYGCGFRHLVGASLIKIDTETKEMKVWQEEGFYPSEPVFVP----VP-GATAEDSGVILSVVLSPLQNQSNFLLVLDAETFSELGRAEVPVP--MSYGFHGIFVPR 661          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|942415027|gb|JAN89443.1| (Beta,beta-carotene 9',10'-oxygenase [Daphnia magna])

HSP 1 Score: 248.825 bits (634), Expect = 9.468e-70
Identity = 167/527 (31.69%), Postives = 272/527 (51.61%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDI---SPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNT-IADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQ-CELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPG----RSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNA--------ETQVQNGEDL--LYKNRFSVNV-------KSVSSTRKGIEIQLIP---------------EDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745
            IPEWL+G+  R G G+F++GE   NH F+ LSV+ +F I        TY+N+I+ S      ++++A + L+ HQ     F    QSL  +F  R + V  T   DNC  ++C+ G  LY  ++   + ++++E LET+ + C + + + +  +T HP + +DGT++N+G S     K   Y I       G+      L+ A+I    P R + S ++YHSFG+++NY +F+E PL            RQ   ++S      L W P E  R  +V + SG ++   Y A PFF FH  N YE K+G +I+++    +A        ++  +N  D    Y  RF + +             +  +E++                  E L+ ++LE PR+NY  +GK+YRY+YG+   + Y  P KILK+D  +R+V  W + G   SEP++V+R    PE  +EEDDGV++F+ ++      V L+IL+  TFKE A ++++  G + + FHGIF R+   +  Y
Sbjct:   74 IPEWLEGSLIRNGSGMFEIGETKMNHLFDGLSVMHRFAINGYGEGKSTYQNRILQS---DTYKQAKAANRLTMHQFGTFAFPDPCQSLWGRFMARFEPVTKTEKTDNCCVSVCYLGDKLYAFTETPQIRQVDAETLETVGEKCNISELVAVNHSTAHPHVLEDGTVYNMGNSVG--SKGPIYNIIEFPTGAGA------LEGAKIVASFPSRWKMSHSYYHSFGITENYFVFLEFPLILNTAKLLAMNLRQKAVDSS------LDWFPTEKTRILLVERKSGELVDTIYEAPPFFCFHHGNCYE-KNGYIIMDISHCKDATIFAGLSLKSLRENRGDFTNTYYTRFVLPLGVEPPIGNDFQDCKNLVEVEGSKCKSYWQSNKIIFCEHERLLEQSLELPRINYSRNGKEYRYVYGISQLDGYAEPEKILKLDLNTREVKQWAKAGFSPSEPVYVSR----PES-IEEDDGVLLFSAVDQVNPKKVLLIILNAATFKEEAVVEYVASGIITKDFHGIFSRKGDVVHGY 577          
BLAST of EMLSAG00000002273 vs. nr
Match: gi|942303381|gb|JAN33623.1| (Beta,beta-carotene 9',10'-oxygenase [Daphnia magna])

HSP 1 Score: 248.44 bits (633), Expect = 1.520e-69
Identity = 167/527 (31.69%), Postives = 273/527 (51.80%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDIS---PSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNT-IADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQ-CELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPG----RSRQYIYENSDYKYQNLKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYDNA--------ETQVQNGEDL--LYKNRFSVNV-------KSVSSTRKGIEIQLIP---------------EDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVVVWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIFVRRNHQIIRY 745
            IPEWL+G+  R G G+F++GE   NH F+ LSV+ +F I+       TY+N+I+ S      ++++A + L+ HQ     F    QSL  +F  R + V  T   DNC  ++C+ G  LY  ++   + ++++E LET+ + C + + + +  +T HP + +DGT++N+G S     K   Y I       G+      L+ A+I    P R + S ++YHSFG+++NY +F+E PL            RQ   ++S      L W P E  R  +V + SG ++   Y A PFF FH  N YE K+G +I+++    +A        ++  +N  D    Y  RF + +             +  +E++                  E L+ ++LE PR+NY  +GK+YRY+YG+   + Y  P KILK+D  +R+V  W + G   SEP++V+R    PE  +EEDDGV++F+ ++      V L+IL+  TFKE A ++++  G + + FHGIF R+   +  Y
Sbjct:   84 IPEWLEGSLIRNGSGMFEIGETKMNHLFDGLSVMHRFAINGYGEGKSTYQNRILQS---DTYKQAKAANRLTMHQFGTFAFPDPCQSLWGRFMARFEPVTKTEKTDNCCVSVCYLGDKLYAFTETPQIRQVDAETLETVGEKCNISELVAVNHSTAHPHVLEDGTVYNMGNSVG--SKGPIYNIIEFPTGAGA------LEGAKIVASFPSRWKMSHSYYHSFGITENYFVFLEFPLILNTAKLLAMNLRQKAVDSS------LDWFPTEKTRILLVERKSGELVDTIYEAPPFFCFHHGNCYE-KNGYIIMDISHCKDATIFAGLSLKSLRENRGDFTNTYYTRFVLPLGVEPPIGNDFQDCKNLVEVEGSKCKSYWQSNKIIFCEHERLLEQSLELPRINYSRNGKEYRYVYGISQLDGYAEPEKILKLDLNTREVKQWAKAGFSPSEPVYVSR----PES-IEEDDGVLLFSAVDQVNPKKVLLIILNAATFKEEAVVEYVASGIITKDFHGIFSRKGDVVHGY 587          
BLAST of EMLSAG00000002273 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold386_size188734-snap-gene-0.22 (protein:Tk02424 transcript:maker-scaffold386_size188734-snap-gene-0.22-mRNA-1 annotation:"-carotene -monooxygenase-like")

HSP 1 Score: 206.838 bits (525), Expect = 4.008e-58
Identity = 146/514 (28.40%), Postives = 253/514 (49.22%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGPGVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVD--SKLRSLTQRSQAISSLSKHQQSKDPFKLKLQSLRDKFGNRTKHVNNTI--ADNCNDNICFFGSDLYILSDISHMIKINSEDLETLS-QCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKS---FSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYEN-SDYKYQN-LKWRPHEGVRFYIVNKLSGRVLPIQYTAIPFFFFHLVNTYESKDGNLIVEVVAYD-------------NAETQVQNGEDLLYKNRFSV--------------NVKSVSSTRKGIEIQLIPEDLVPETLEFPRLNYEYSGKKYRYLYGLG--NEYLHPNKILKIDTESRDVV-VWKEPGHFVSEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKFLTKGEVVEGFHGIF 735
            +P+WL G  YR GPGV + GE  Y H F+ +++L  F+I      YR+++++  S  ++L     A++       + DP      +L  +F NR   + + +   DN   N+ F G +LY  S+ +++ +++   L+T+  Q    + + +  AT HP  + DG+++N+G S +   K      + I      EG+    S L  A I  ++P R      ++HSFG+S+NY +F E P+        R+ ++   +    +N  +W P+    F +V + +G V PI+Y + PF  FH +N YE +D  ++V++   D             +    V   E + +    S+              + K  +       +++  E +    +E PR+NY ++ KKYR+ Y +G  +  L  +K++K+D++S+ +V  ++E G +VSEP+FV R    P  + EEDDGVV+  L          L++LDGKTF+ LA+  F  +G V    HGIF
Sbjct:   83 VPDWLSGVLYRTGPGVQKFGEEQYKHAFDAIAILHAFEIRDGDAKYRSRVLEGTSFQKNLAGNRIAVTEFGT-VATPDP----CSTLLGRFMNRFMKIPDLLDSTDNGTVNMFFRGDELYATSETNNIRRVDPRTLKTIGDQTRYSNSVAVHRATAHPHSDADGSLYNLGESIAPGQKFHCIVKFPIPSHPPAEGT--DGSTLQEASIVAKVPSRSSWDLPYFHSFGMSENYFIFAESPMTIN----MRRGLFSGVTQSPPENFFEWDPNGTSTFILVKRDTGEVYPIRYDSRPFACFHHINAYE-EDNQVVVDICVADGTMYKTLYIDALRDGTANVPVSEPIRFILPLSIPEGAKSGDNLVTLKDTKCTAKMETSSLLKVTEEKISGPNMEMPRINYSFNSKKYRFFYSVGIDSRSLTFHKLMKVDSQSKAIVGTYEEEGIWVSEPVFVER----PNAD-EEDDGVVLSLLTKKDNPLYAGLLVLDGKTFELLAKFDFRAEGNVTGTLHGIF 579          
BLAST of EMLSAG00000002273 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold132_size323655-processed-gene-2.5 (protein:Tk07905 transcript:snap_masked-scaffold132_size323655-processed-gene-2.5-mRNA-1 annotation:"-carotene 9 -oxygenase")

HSP 1 Score: 137.117 bits (344), Expect = 2.639e-34
Identity = 131/511 (25.64%), Postives = 226/511 (44.23%), Query Frame = 0
Query:  262 IPEWLDGTFYRVGP-GVFQVGEHTYNHPFEMLSVLQKFDISPSFVTYRNKIVDSKLRSLTQRSQAISSLSKHQQ----------SKDPFKLKLQSLRDKFGNRTKHVNNTIADNCNDNICFFGSDLYILSDISHMIKINSEDLETLSQCELEDYLPILMATPHPQIEDDGTIWNIGTSYSKEDKSFSYTIFYMREIEGSMNCNSRLDSAEIHCQIPCRHRCSPAFYHSFGLSDNYILFIEQPLFYEDPGRSRQYIYENSDYK----YQNLKWRPHEGVRFYIVNKLSGRVLPIQY---TAIPFFFFHLVNTYESKDGNLIVEVVAYDNAETQVQNGEDLLYKNRFSVNVKS-------------------------VSSTRKGIEIQLIPEDLVPET-LEFPRLNYEYSGKKYRYLYGLG-----NEYLHPNKILKIDTESRDVVVWKEPGHFV--SEPIFVARNIHLPEQEMEEDDGVVIFTLLNTSPYNTVQLVILDGKTFKELARIKF 721
            IP W+ G+    GP G ++  + +  H F+ +S+LQ F      V    +IV  K R L  +S+A    + H +          + DP K  +  L          +   + DNC  +I   G      ++   +  ++ + L T  + +L   + I  A+  P  + +G ++NI  ++        Y I    +     +  +   SAEI   IP R +   ++YHSFG+S+NY  FIEQP        + + I  +S  K     + L+W P E  +F++V + SG+   I +   T  PFFF + +NT+E   GNL+ +++ YD+ +   Q   + L   +F +  +S                          S+ R+G  I L P  ++ E+  E P +N  + GK Y++ Y +G     N     N I K++ ++ + V WKE   F   +E +F+ +        M EDDG+++ ++ +    +   +V LD +T  E AR KF
Sbjct:   23 IPSWVTGSLIYNGPVGQWEFEKESARHWFDGMSILQSFK-----VDQDKQIVYLKKRFL--QSEAYHKANTHGKLIITEYGTPSATDPDKNLMSRLVSSI------IPGEMTDNCACSIYQLGGLCVTATETCLLRVVDPQSLSTGDKIDLSSMVNI--ASGRPITDHNGDVYNISGTFLT---GIKYHIMKFTK-SNETDPKAIASSAEIVATIPSRMKTYFSYYHSFGMSENYFFFIEQPWV----ANTMKLI--SSKVKGIAFLECLEWMPEEKNQFHLVERSSGKTT-ISFTFKTKHPFFFLNHINTFEDGKGNLVADLLTYDSPDLLQQLYLEKLKGGKFEIKDESKIQRFVIPLQGDQKEGENLVSGHGKASAVREGNIIWLEPNTILEESGCEHPSINPVHKGKPYKFSYVIGWMNSVNRGFFANAITKVNMDTGETVCWKEE-EFCHPAEAMFIPKPAQNEGGSMFEDDGIIMASVTDVREDHKDFIVFLDARTMAETARAKF 506          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000002273 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.971e-6629.77symbol:BCO2 "Uncharacterized protein" species:9031... [more]
-3.367e-6329.01symbol:bcmo1 "beta-carotene 15,15'-monooxygenase 1... [more]
-7.285e-6328.93symbol:Bco2 "beta-carotene oxygenase 2" species:10... [more]
-1.039e-6229.52symbol:BCO2 "Beta,beta-carotene 9',10'-oxygenase" ... [more]
-2.294e-6128.57symbol:BCO2 "Beta,beta-carotene 9',10'-oxygenase" ... [more]
-5.355e-6128.60symbol:BCO2 "Uncharacterized protein" species:9615... [more]
-2.480e-6030.12symbol:RPE65 "Retinoid isomerohydrolase" species:9... [more]
-8.617e-6029.12symbol:Bco2 "beta-carotene oxygenase 2" species:10... [more]
-1.653e-5930.92symbol:BCMO1 "Beta,beta-carotene 15,15'-monooxygen... [more]
-2.729e-5929.17symbol:bco2b "beta-carotene oxygenase 2b" species:... [more]

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BLAST of EMLSAG00000002273 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592932597|gb|GAXK01025956.1|6.824e-4426.92TSA: Calanus finmarchicus comp3500000_c0_seq1 tran... [more]
gi|592816325|gb|GAXK01138243.1|2.598e-4126.23TSA: Calanus finmarchicus comp103579_c0_seq1 trans... [more]
gi|592956230|gb|GAXK01002326.1|3.878e-1220.58TSA: Calanus finmarchicus comp91802_c0_seq1 transc... [more]
gi|592808384|gb|GAXK01146184.1|4.924e-1125.49TSA: Calanus finmarchicus comp399316_c0_seq1 trans... [more]
gi|592808383|gb|GAXK01146185.1|5.342e-1125.49TSA: Calanus finmarchicus comp399316_c0_seq2 trans... [more]
gi|592844392|gb|GAXK01113152.1|2.484e-1022.89TSA: Calanus finmarchicus comp94548_c1_seq1 transc... [more]
gi|592824210|gb|GAXK01130358.1|7.601e-1023.59TSA: Calanus finmarchicus comp70453_c0_seq1 transc... [more]
gi|592941282|gb|GAXK01017271.1|8.789e-921.67TSA: Calanus finmarchicus comp72799_c0_seq1 transc... [more]
gi|592857121|gb|GAXK01100423.1|7.643e-826.57TSA: Calanus finmarchicus comp6305_c0_seq2 transcr... [more]
gi|592857122|gb|GAXK01100422.1|7.668e-826.57TSA: Calanus finmarchicus comp6305_c0_seq1 transcr... [more]

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BLAST of EMLSAG00000002273 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000022730.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s142:51347... [more]
EMLSAP000000094712.588e-3024.22pep:novel supercontig:LSalAtl2s:LSalAtl2s60:516845... [more]
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BLAST of EMLSAG00000002273 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|48474943|sp|Q99NF1.1|BCDO2_MOUSE7.685e-6428.93RecName: Full=Beta,beta-carotene 9',10'-oxygenase;... [more]
gi|47117670|sp|Q8HXG8.2|BCDO2_MACFA1.142e-6329.52RecName: Full=Beta,beta-carotene 9',10'-oxygenase;... [more]
gi|308153680|sp|Q9BYV7.5|BCDO2_HUMAN2.848e-6228.57RecName: Full=Beta,beta-carotene 9',10'-oxygenase;... [more]
gi|48475042|sp|Q9YGX2.1|RPE65_CHICK3.098e-6130.12RecName: Full=Retinoid isomerohydrolase; AltName: ... [more]
gi|75042584|sp|Q5RF16.1|BCDO2_PONAB5.433e-6129.47RecName: Full=Beta,beta-carotene 9',10'-oxygenase;... [more]
gi|48474842|sp|Q8AXN9.3|RPE65_CYNPY7.858e-6130.48RecName: Full=Retinoid isomerohydrolase; AltName: ... [more]
gi|41688803|sp|Q9HAY6.1|BCDO1_HUMAN2.237e-6030.92RecName: Full=Beta,beta-carotene 15,15'-dioxygenas... [more]
gi|565683218|sp|Q91ZQ5.4|RPE65_MOUSE1.676e-5929.54RecName: Full=Retinoid isomerohydrolase; AltName: ... [more]
gi|48475038|sp|Q9XT71.3|RPE65_CHLAE4.686e-5929.54RecName: Full=Retinoid isomerohydrolase; AltName: ... [more]
gi|44888872|sp|Q16518.3|RPE65_HUMAN5.396e-5929.34RecName: Full=Retinoid isomerohydrolase; AltName: ... [more]

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BLAST of EMLSAG00000002273 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 15
Match NameE-valueIdentityDescription
EFX64845.17.617e-6630.36hypothetical protein DAPPUDRAFT_333779 [Daphnia pu... [more]
gb|EEC14725.1|3.837e-5827.91beta-carotene dioxygenase, putative [Ixodes scapul... [more]
gb|EEC14724.1|2.049e-5528.95beta-carotene dioxygenase, putative [Ixodes scapul... [more]
EFX87306.13.650e-5527.57hypothetical protein DAPPUDRAFT_97232 [Daphnia pul... [more]
gb|EEZ97644.2|1.007e-5328.09Carotenoid isomerooxygenase-like Protein [Triboliu... [more]
gb|KYB25127.1|1.079e-5328.09Carotenoid isomerooxygenase-like Protein [Triboliu... [more]
gb|KPM10585.1|2.560e-4326.46Retinal pigment epithelial membrane protein-like p... [more]
gb|KFM61271.1|1.362e-3929.60Retinoid isomerohydrolase, partial [Stegodyphus mi... [more]
AAF54978.14.107e-3428.08neither inactivation nor afterpotential B [Drosoph... [more]
EAA12399.44.011e-3227.13AGAP008143-PA [Anopheles gambiae str. PEST][more]

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BLAST of EMLSAG00000002273 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|944345293|ref|XP_014376800.1|2.635e-7231.89PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|944345290|ref|XP_014376799.1|5.043e-7231.89PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|557288028|ref|XP_006026712.1|1.411e-7131.89PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|944345288|ref|XP_014376798.1|2.353e-7131.89PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|950986176|ref|XP_014456356.1|1.408e-7031.70PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|1113761829|ref|XP_014456357.2|4.405e-7031.70PREDICTED: beta,beta-carotene 9',10'-oxygenase iso... [more]
gi|1022761336|gb|KZS07296.1|5.410e-7031.69Beta,beta-carotene 15,15'-dioxygenase [Daphnia mag... [more]
gi|1011590653|gb|KYO35698.1|9.075e-7031.70beta,beta-carotene 9',10'-oxygenase isoform B [All... [more]
gi|942415027|gb|JAN89443.1|9.468e-7031.69Beta,beta-carotene 9',10'-oxygenase [Daphnia magna... [more]
gi|942303381|gb|JAN33623.1|1.520e-6931.69Beta,beta-carotene 9',10'-oxygenase [Daphnia magna... [more]

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BLAST of EMLSAG00000002273 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2
Match NameE-valueIdentityDescription
maker-scaffold386_size188734-snap-gene-0.224.008e-5828.40protein:Tk02424 transcript:maker-scaffold386_size1... [more]
snap_masked-scaffold132_size323655-processed-gene-2.52.639e-3425.64protein:Tk07905 transcript:snap_masked-scaffold132... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s142supercontigLSalAtl2s142:513476..629880 +
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-LSalAtl2s142-snap-gene-6.19
Biotypeprotein_coding
EvidenceIEA
NoteBeta,beta-carotene 9',10'-oxygenase
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000002273 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000002273EMLSAT00000002273-698120Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s142:513476..629880+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000002273-685039 ID=EMLSAG00000002273-685039|Name=EMLSAG00000002273|organism=Lepeophtheirus salmonis|type=gene|length=116405bp|location=Sequence derived from alignment at LSalAtl2s142:513476..629880+ (Lepeophtheirus salmonis)
TCAACGAAATCCCTAATAATAGTACTTTTCAAAACACCTCCCTACACTCA TTGTCTATTTTTTGTACTTGCTTACACACATAACTATTTTACAAGTGACA CATCTCTTCATAAAGGGATCCTTGGCCTTCAGTATCTTCACTCTCTCAAG AAAAACATCATTCCCTCAAATTTATCTTTTTAGCTGTGGAACGAGAGTTC ACTTGTTGATTGAGGTAAGAAATAATTTTCTTCTTAAAATTAAATTAATG TATCTTACCTAATTCTGCCACGTCAAWACAACAAGGAAGTAAGAAGGACC CCCCCCCCCTCAATACAGAGTCTGAATTTTATATTTTGTGCTCTTTAACA AATTATTGTTAAATTTTACCTAAAAATAATTCAGATTCATCTGATATCGG GGTCAAATTAAGTATCATAAATCAAAAGTAATAAATTTGAATACAATGGC TGTAAATGACCGATATGTGGTATGTCTCAAATATTGGTTCGTACAGTGTA CATAATTGTATATGATGTAAGAAAATAAATGGGGCATTTCTCGTTGTTTT TTTTCTCTTAATGTTCCCTAAATTGGTCAGTTGGGGTTACACTTATTAAA TATAAGTAAACATTATAGTATTACATTTACTTCAGGTGTAATTTGGGAAT CTTGTGTGAAAACCAATTAAAAAAAAGTATATTTCTTTCTCTAGGAATGA TCCTTTTTAAACCTTTTTAGATTTTTGTTCAATGTTTTTAATTGTTAACT CACCACTTAAGAATAGTAAAGGTTCTTAAATGTGTCTGGGACTGAGACCC GCATTTCACTTATGATTATTTAATCATAACTTGTTTTTAATTGTTATAAG AGCAGAGCTATTGGCTTATTCTAAAGTTTACTTAAACTGCTACCTCATAC GAACATTCATTATTTCAAAATATTTATATAATAATTTAAGCTCTATTTAC TTTTTTTATATAATTGGATTTGAATATTAATGATGATTGAAATAGAGATG GGGTCTTGTATGCACAACCCGTTTTCGAGTCGTACTAAATATTCAAATCG AAGACAAAAAACTGGCAACTTGACATAAATATGAATACTTGAAAGACTCG AAATTTGATTCAGGCTCAATTTGACCACCTTATGTTTAAGCAAATGGACA AGTTGTTTTGTTATATCTGTATCATTCGACAACAAAACGTAATTTGTAAT AATAGGTTGGGAAAAAGTAATTCCGTGTTTTTTGATTTATTTCAATGCTT TATAAGAAATGTACAATCTCATAATTTATGTAAAGTATACCCCGTTCTAC TGGATATATAATTTGTTGCCAACGAGAATCCAACTTCATAATGTCCTTCT TGTAAAAACTGTTGTCCCTATTAGAAAAAAACCTCGAACAACTAATTTTC CCAGGCTTCAATTGAGGCAAAATTTGTACCACCAAGAGCGKGAGCCATAA ACAGAAACAGGTCGTAGTTACGTGGTGTATGGACCATACTGTAGGGTAGA TATATAAGAAATTCCTATCTAAGCTCCCAGAGCTTCTGGTGCGTCATCAA AGATGTGTGTAGCCTGGTGTTGTCTTGTTCGCTTCTGTTTGATCTCAAGC TTCAAAAGGCGGAGTTGTTCACAGTAGAGGAAAATTGTGCGGGGGGAAAT TGCTCGAACCACCGTTGTGTAACATGAACCAAAAGAGTATCGGCCCTGCA ACATCCAAATTTTCTTGGTGGCTTTCAACACTTTCAGATAGTAAAAATGT AAAATATGGGGATATTTTCCCTTTGGCACCTCCATACTTGACACACGATA ATTTACAACTGAAAAGGTAAAGTGCAATACTGTATCAAAAGCAACTGCAG TATATACTCACCCCATTACAACATTTTATTCTAAGATCCTATGTGATCAA TAATGAAGAACATACACTTAGTTATAAAAAAAACCAGGATATACGAAATT ACTTTTTTCCGAGCCTAAATGTTAAAGTAGTGAATTTGCTCTATTCTCAC TTTGCAAAGTTGTGATAGTTCTTAATAAATGAACCAGAGATCAAGATAAT TATATACTTATAATTATTGATCCGACCTACTTTTAGATTGCAGACCCTCT TTGAGAAGTACTCCCTCATAATATCTCTATTTATCAAAGAAGGGGGGGGG GGATGCATCTTATTGCAAGTCTCTGCTCACAAAGAAAAATCCTTCAATAT TTTTATCAAGTCCAACATATTTTATTCGAGTCATGAAATATATTTTTAGT TCATTTCAACTCCATGACTATGTTATAGGATCCAGTATCAATCCTTTTCT TGAGTTCTGTATATACAACCTTTGAGTCCAAGTTCAGTCTCGAATCTCAC CGGTAGCTATGGCAGGNCCCGGKGACCYCGTGCMGATCCMGCTTTAACAT TATACAAGTAAATGACTTATTCAAGGCCTCCACAGATGAATGATATTTGA CGCAGTCCTCATGCTAGATCCTCCTCCAGAGAAAAATAAAGCATGTATTC ATCATGTCCGGGCTATTTATAGGCCAAAAATCATGGCTACAAAAGTTGAT ACWTTTTKTAGCCAAGACATCCTGCACTTTTTTTGGATTGTCAGCCGTTG TAAATATGGTTCTATCCCATTTAGTTCGTTTGTTATAAGCCTTTTAAGAT TTTCCCAAATTATCTGGACCACCTTGTACAAAACAAAGGCCTTCTTTATT ACGAGAAAGAATTACAAAATAGATAAACTAAAAACATGGAAAGAATCTCT TCTATTGATTTCTCTTTTATTTTTCAAATCCATTTAGTTTATTTACCCAA AAATTTTCTAAAGGGATCTATTCGATAAATCATTTCTTAAGTCTATATGG TTCAATGAGTATACAACTAAATTAAAAAGCCTTGCTCCCTATTTTTTACT ATTATTGAAGATTTATTGTATAAATAATTTATTTGAGCTTTTGTTAATTA AAAGTCTCATAATCATACACTGTAAATATTCGTATTATAAACAATATACC TTGTATATTTAAGTTAACTGATATTTTAGTAGAATATCAGTTTAATATTT TGTTCAATATATTGCTTGTTGGGTTGGGAAGTGTTGCGTCTTGACGAGGG AGAGACGCAAGCTTATTTATAATAGGAGAGATCCAGGATGACCAAGAGAC AGGAGGAGAAGAATTCACGTGGAGGAATAATGTTACACTGTTTATATGTT CATGTGTATTCTAACTATACTCTAATATATTTACAAAAGACGAGACTATT TATAATACGTAAAACTCAGTACTTATAATACATAGACGAATATACAAGAA GATAAAAACCAGAAAGGACATATTAAATACATAACAGGAAGGAATTTTGT AATCACGTACCTCATAACTTGAGCTATTAAAAAAAGAATCCATTACCAAA AGCAAGCCGATTGACGATGTTTAAAATATATAAATGCGGCATGTACTCGT ATGAAATACAATTATCTGTATTGATGGATATAACTTTATTCACAGTGGTG CGACTGTACTTAGCTATTTTTATAAACGAATAAGTCAACAAGCTACTAAT CAACAAAAACAAATTATGTAACTTATTTTGTTTCAGTGTCTTAGCCGCAA GAAGGTGCTATTATGAGGTATGCATCACTGTGTGCTCATGTGGAAGGATT TTTACGTATTTCGCGTAATACTTTTCCGCTCCAAAGTTCTTGTCCAGATG ACATATCTCAGTTGTTGACAACCAAAAGGAAACTGTAAATTAATTTGCAT GTTGCGTGTCATATATAAAGAAAATTAAAAACAGAKTAGCCAATAAATTA ATGAATCATACCAAAAACAAAGAAAAAATTCAGGGTTCACTCTAAAAAGA TTGCATTAAAAAGGTTGGAGACAAAATGATTGTGGTAATATGATTGCGTG GAAACATCATCGTGTACATTTTGATTGTGAGACAAAAATTTGTGGGCAAT ATGATTGTTAAAAAAATCATGATGAGCAATATAATTATGAGTAATATTAT TGCAAGACAATATTATAGTGTGCAATTTGATTGTAATTTATATTATATTC GGACAATAAAACACTTGACTGATGAATATGAACGGCTGAACTTCAAGGCA GCTTATTTTCCTCCGCTACTGCTTCCTTCGGCATCAAGGACCCCTTCTAA TGCCTAATAATCCTCCTTTCCACAGTTATTCACAAAAAAATTAAAATATG AAATTTTTTGGAAAAAATATGAGAAATTCATAGCACTTTTTGGAAACACA TTTCAAATATTGAAATATTTAAAAAAAAAATTCCATTATTTATTTATCAA TATTAATTTTCGGAGAAAAATTTCAATTTTTTAGCGATTTACAGAGAATT AAATTGAAAAAAAAATGGTCAAAATCCACAGCTTTTTCCCAACAATTAAA TTTTTTAAAAAATCCACAGTTGCTCCATAAAAATTAAATTATTTACAAAA AAAATTCAAAAATCCACACTTATTCACAAAAAATGTAACTGAAACAAAAT AGAAGCATCAAATTTTAAATTCTTTGTGAAGAAAAAGTGTATATATTTCA CTTTTGAGAAAAAATTCATAGCTATTCACAGAAAATTAATTTTTTTGGAA AGATTGAAAAACTAAATTAAATTTCCAATATGAAATTTAAAAACAAAACA AATATTAAATTTGCTAGTATAAAGGCAAATATTCCTTTTTTCGGGGTGGG GGGGCTMCAGCCCCTTCACCCCACTCCCTGTGGACACCCCTAATATCAAA TATTGTGTTGAGTTAAACGTAAATTGGTTCATAACCGCAAAATTGGCTTA ACTTTGTAAGCATTACCACACAAAAAAAAAAACCATCAAATGTGACATTA TTTGTCTCATATTTCCCAAGTCCACAGAGTTTTCACTCTGATTAATTTTT TTTTAAAGTTATATTTTAATGTTATCTTGTTCTGATATAAGTTTATTGAA ATCTGATATTATTATATTTGAGATATCATAAATAAAAAAATATGGTTCAA GTCAACTTTGAGTGGTTTACGAAGTGCAATCAAACGCAAGGGGCTTCAAG ACGATTTTTGATCTAATTCATGATAATTAAGATCTCGGAGCTAAATTGAG CTACAGATCTAAAATTTATCTTTTAAGTTAATGAATAATATTTTATTTGA CATATGAGTCAGTTAATCAATTTTATAATATACAATTATTGATTTAGTAA TTTTTTTGTGAAATACAAAATATTTATGAGCTATCAAAAATCCATTAAAT AGATTGTCATAGTTATTTTTTTGAAAGTCAAATTGTCGCATCTTCATATT GGACTACTACTATAAGAACTTGGTTCATTTTTGAGGCCCATGTTTATGAT GTTGACTNCTACATATATAACTTTAAAGTATAAGAGTTTTGTGACTATTA AATATATTTAAATTTCTTACTAAAAGATAAGAGCTTCTGTAGTTTTATTA TTTATATTTAAATGTCTTGTACTGAGCAAATTATTATCAAAAGGAAATAC TCTTTTAAAAACAATTCCAAATATTCATTTTACGAAGCGTTTTTTTCCCT TTCTTTCAACAAACGTGAATTATTAAGAAAAATTGTAACAAAATGATGTG TTTTGGAAATAAAATCATTAACCTTAATCATATACTTTATTTTTTTGGTT TGGCAAGTATGAAAAAATTTGGGGTAATTGTATTTCTATTGACAATGCCA ATAAATGATATTACATTTTTTTGATAAATTTAATGTAATAGAGTTTTTTG CAAATTTCTTTGCAGATTCTTTGCCAAAAAAATAATAAATTAGCTTTTAA TCTATCATAGGTACATTTTCTTATGTATATATGTTGCTATATACAAATAT TATACAGACCATTGTCAATGTGATTTCCCGCTCCCTCCTTATCCTGAGCA ATGCCAGGTAACACTTTGTTAGTATATGTATTATATATACCGGGTGGAAA CTTGAAACTTACACATTTGGAAAGATAATGATAAAAAAAAAATTATGATC TTTTCCCCGAATCCTTCCTTCTTCTCCAGGGTCCTGTTCTGGTTTATACT CTTCTTAACATTATACATGGCATTACGAGGCACTCCTGTCAGCCTATCCT CCTCTGTTAGAGTGTGACCCGCACAAAGAAGAGTTAATGCCCTAAGCCTT GAATCTCACTGGGATAATATTTCTCGTCCGACTTACAAAAATCAAAAACC AGCTGGTACTCCATATAAATGACTACTCCTTTACAAAACAGTTCAACTTT CCTAAGACGGAACCTCTCAAATCAAAATAATCCAAGTATATAAGTTTCAA GTTACCATCCAGCATTTGTAGATCCTTATCATTTCTTGTTCTAGTTTTTT TGTTGTTGACAACTTCAACATTTTTTTTTTCTCAAGCTGTTATAACTGTT ATGTTATTCATCAGGATGTAACACCTAAGTATTTATAAGCTATGTCTGAT TCTTCTTAAAAACAAAGAGTAACATTGAGGATTTTGTAAGGAGATATCTT CTATACTAATAAAGCAAATCTATGTTATTGGAGCCAAGTTTGTGCATTCG TTGACGCCTGATATCTCTGGCCTTCACCAGGTACTACCGCTAGTATTATT TTTGTTTAAATATAATCGTACAATATTTTCCCTGGAACTAATAGTAATTT ACTTGTAGAAGGCTCTCATTTCTATAGCAGTAATATATTTTCTCCCACCA AAATCATATTAGGCTAGGGAGAAAGTAGTTTCTTCTGTCTTTGTTCACGC ATCTTTTTTTTAACTAAGTATTTCTGATTTATTATTGGACACATCGAATT AAACGATAAAGAGTTATAAAGGTGTGGTTTTATACTAAAAACGTTTTTAA GACTATTGTGCTTGGCCTGTTTGGTTATGAATTATCATGCGTCGAGGATG GAGGTCTCGAAGGAAGAAATTCGCCATATTTTACATTTTTACCACATGGA AGGGAAAATGCGTCATTTATGAAGCGGATTGTAACTGGTGATAAAAAATG GATCACTTACGTCAATGCCAAGCGATAGAGATTAGACGAAGTTGTTCAGA CCGTCACCGAGCCAGGAAGGTGTTGCTGTGTGTTTGGTGGGATTTGCGGG GAATAATCTACTACGGGCTGCTTAATTATCCCCTCTACTGTATATAACTC GACCATTTGAASCTGCCAATCCAACGGAAGTGGAGAGCATTGATGAATAG AAGACAACAAGACATCATTAAGACAACGCCTCGACCCACACATCTTTGAA GACGTGCTAGAAGCTCTAGGAACTCAGATTGGAAGTTCCGCTTTTTTTCT ATTTTAATATCATGAGTTGAATTAAACGCTTGCGAGATTTCATTCATTTT ATACAGTGCTCCCTGAATATTTATCTCCCCGTTTTTCTTTATGGTGTATT GGTATATGAATTACATATAGAATGCACCCGGTGAAGTATTTTTATATATA CAGACATCCATCAATTATTTTTTTAATCCTTATATGGCTCTTAAGTTGAA TCCATGATACTTTCAAAGACTTTTTCATGACATTTAGGAAGATTTTTTGC TAAAGAACAAATGTTTCACTCAATTCAGTCAAATTGTATCAACTCTCTGA ATACTTAAATTGTAACTCATGGTCACATAATGGAAGGCCCTAATTCCTTA ATTGAAAATCCTTTTAGATTGAAAAAGGCAGAGTTGAGGTGAATATAAAT ACTCTGACGTGCAATTATGATTTATTGATAGAAATATATACTTACATATT TCGATAGCGAATCAAAAAAATGCCCTGGATGTGAAAGTTTCTTTTATAGA ATTAGATAATAACATTTAATGATGATACATTTGTATAAAATGAAAAGCCT TTAAAATATGTATAATTTATTATTTAATATATTGACCTCAATCAACAAAA AGAGGAAAAGTGAATACAACCCTTACAATAGTGAGAGAAAACAATATAAA TTGGCATAGTTTGCCATCTTAATTCATCATGTTCAGATAACAAAAGCTCT TACATACAATTAATTAATAACTTTTGCTTGCAGCACGTGCTCTATAAATT TCTCATACATAGTAAGTATGTTACCTATTCCTCAACTCTTAAATAAATAC ATACTCGAAGTTAAGCAATATGTGTACGCAGTAGATATGTAGATCATAGA TACATTTAGATGATTCAATTTCGAACTTGATTGATTGATATTTTGACACT TGTCTCATTACATCACCATAGTAATAAATAATAAAGTAAAGTAATCATAA AAACAAAAAAAACTATTTCTCAGTTGATTCAAATGCAGGCATTAGTTAGG TCCCCCAAAGTTGAGTTTTTGAGGTCAGCCCTTAAAATATGTGGCTGATA GTTTGCGATCTCTACACCTCACACTGAGATATAAATATAGAATTTGGAGT GTATTTTATACAAATTAATGACTTAAAGGCCATATCTACCCTATAAAGTT CAACAAGAGGCAAAGAATATAAGTTATTCGACTAAACTTATCAAAAATAA AGACTTTAATTTCTCATATATTAAAGAATAATTAAAAAAAAAACATAAGT AAATCCAAAACTGCTTTAGCCAGCAGTGGGTACTTATCTTATTTATCATG GAAATCCAGAATTCGTCAATGGTTAGGAATCAAAATCAGTGTTTAGTGTT TGGGCATATGAAAGTTCGCTAAGTACATCTTCCATGTTAGACGACAGATG ATTAGTTGGGGTTGTAAAAGGGGGCATCCATGAAAAATACTTTAAAAATG ATCCAGAAGACACTTATAAAAAATATATACATTCATCATTATTTAAATTG TGATGCCACTGAAAGTAGTATCAATTTAAATTATATTCTTATATTGAATT TTGTAGTAAAAAGCAAAAAATCCTACCTTTTTTTTGGAGGGTGGGAGAGA GGACTACAGCCCTCTAACCCACCCAATGTGGGCACCCCTGCTATTATACA CAAATACAGTATTGGAAAAAGTATATTTCTTCCAGGTTCAGAGATTTGAT GGGAAAAAAGTATGTAAAAAAATATATATAAATTCTTCATCTTCTCTTTT TTAATTACACATCACTTTCCAAAAACACAAACAGGAGCCTTATAATGTTT TTGATGTGATGGAGAGGTGAAGCATACATATATGACTCTCTGTTGTCTTC CCTAACTATTTTCTCTTACCAGAGCCAAAAATTATACATGAAGTTTTCTA TTTATGTGTTATAAATTTATTCTGTTTATTTTGTGTGTTGTTGGAAAGTA AACACAATTTTTTTCTTGATGTAACTATCTGTTTGTTTCTTGGGAAATAA GAGAAGAGTTTTTGGCTCATTTCTATATCAAAGTAAGAGAATAACTACTT CCCCATCTAAATAGGAAAAATGATTACCAAAAATCTTTGACATGAAGGTG AATATAACTCCTCACAAATATTGACAATTCTTTTTTTTTAATATTCAGGG TTCCTCTTCTATTTATATATATATAATAATAAATAAATGATCTTCTTTAT GTAGGAGGAGGGGGGAAGAAAATGAAATTGGGAGAAGAGACTTATCAATT GTTTAATTATTCACAAAGGTGAAACTCCAATGTGGAAAGGGCATGAAAAA AAAAAATAGAGACCGAAAATCAACATGGTAACCCTAACAATAGAAAAATG TATTTACGACATCGATGTATGAGGACATGACGTTTCATTAGAGGAGCTAC AATCAACTGTGACAAGAAAAGAAGAAAAAAAGGATAAAAACAAGAACATT TGCTTGAGTTCTTACAACAAGGACTTACAATTATAACTCCATAACAAATC CTCAGGGTTACGCTCCATCTTTTATGAGCACCCACGAAGATTCAATCAGG TATTTAGGAAAGGATGTTGTTCACTACTCAGGAATTAAATAATAATGACA ACTGCTAAGGAAAATAAAATTCCTTCTTTATAAATTCATAGGACAGCCAA AAAACACACCGGATTTACATCCCTGATTAAGGCTGGTACTACTTTAGTAC TGGACTGTGAATTATATTTTACACTCCCCCAAATAATGGAGTAGTTGTTA CAATCTTCTTCTTTTTTTCACGATAACTTGTAGTATGTATTTAAATTTCA ATATATCAGCTTCTATGTAGTCATTAGTAATAATTATTATATACTTTTGG ATCAGTTTGTGTGTTTAGTAAATAAAGTTTACTCCACTTTTAGCTATTTA CACTTTTTTATGAGCTAATTTTGTGTTCAATAATGGTTTTTCTTCCTCAC TTTTTTTAGGGGGGGGCGAGATGAATCAAACAGATTAAAAAACAGTTTAC ATATAATTATATACAATATATTTGGATTAATACTTACAAAATCCGTACAC AATATCTTTTTTGTTAAATAATTATGGTAGATATCTATAAAGTCCCCCTT AAATGCAAAAAAAAAATGACACTATTTATAGCCAAATATATATATATAAA AGCAAATTGAGATAGCCTTTTACTGACTGGTTTTAAAACCATAAGCTGTT GGTATATTATGTAGTTATGGAATAAAATGAATATGGCTTTAAAAAATGGA GGAAAGTCCCTATAGATTATTCATTTTCATATAATTTGTTTGTGTATGAT TCCAATATTCCCAACTCCCAAAAGGATGACTTAATGTGAAAACGCTCTAT ATGTTTATGGAACGACGTCGCTCAGTGTACAACACACTCGAAATAAATTA TTTTTCTATTATTATTAGTATTCCTTTGAATCGAGAAAGTGGAGTAATTT TCAAAAAATGCGGGAAAAAGAATTACCTTGGGTTGATGAAACATTAATTT ACGAAAGGCAAAACGCCTCAGTAGATTTAAAAGCAGCATAATAAACATTA TAAGGACTCTGCAACTTTAATTAGAGCAGTATAAGAACGGTTTCCAATAT TCCCATAAGTGACCATATGGGCAGAAGTGACGTTGAACGTTCTGGACGCC CTGTTGGGGTTACTACTCCAGAACTCATTGATAACATCCATGATATGGGG ATGGATGATAGAAGAGTGAAGGTGCGTGAGATTGCTATTTTTGTTGGAAT CTCGAGTTCAACCCATATTTCTTTTAATTTTGTGCGACAACACCTACTGA GGTGTGAGCCGGTGCTATGTTGTGATGAAAAAGGACTTATTTGTGGGGTT ATCGTGGGCATTTTCTTGTAGCTCGGTTTTCTAACTGTCCAATAACCATG AATAATTTGGACTTGTAATACTTTTATTCTTTTCCAGATAGGCAATGAGG ATATTTCCTTGGGAATCCAAAATACCGTCCTCATAATCTTTCCGGCCGAT TCCTCCATTCAAACAAATGTCAAACAAAAAGAAACAGTCTTCTTCCAAGA GATATTACTAACTAAACATAACCTCGATACACGCCAGTAGTGCCCTCTTG GACTTTTCAAACGACCCCATATATTTACATAATATATACAAGGTCTGAGC TCTTAGGAAACTAATATTTTACAAAACTTGTACATTTTCTTGTTCACACG CGAATTGATATTTTGTTTGTTTCTTTTGAAACGTAAATTTGGGATTTATT TTCATTAGTCTTTATCAATTTTTTTAGTTCATTCTTAAATTATCTAAGAG CTATTGTTTATTATTCATTGCTTTAATTCATCAAATACTTCCGTTATCCA ATTTATTGGGGACTGATATTCATTAGTTCCTGACCTATTAACAATTTATG TAATAAATTATTGGGTAGAATTTTTTTCCCACAATTTTTTTAATAGTATT CTCTTTTGAATATCTCTGGATTTTGGAAATCTGGTTTTGTCAATTTTTTT TCGCGGCCATAATTATTTTTGGCTGACTAAAAAGTAAGTTATTTCCAAGA GAGAAGGCAAAAGCAATCGGTGTCGTTATTTTGAAATCTTTAGACGTACA TAACAAAAAAGTTAACATTCTATGAATCAATGGATATTATGGATTTAAGA GGTGCACATGGCTTTAGATTTGAAACTCCTTAAGGAAAATACATCTGGAT CGATAGAGTGGTGGYTATTCTACGGMATTTTAAGGAAAAGTCTATAAAGT AAATGTGAAATGGTGCCTTCAATAAACAAAAAAAAGTTTCATCCTAGGTG CCCATTTTTAGATGTCTGACTTTTTGGGTGTTTTTTATTAATATTATAGA CAGATAAACTTATAGAAAGTTTTACTTTCAATCGATGATTTTTTTTTTTT ACTCTTGATTTATTGTATAAATTTTTAGTATAATTTTGTAGGTAAAGAGG TTTTATTCTTTGGGGACTAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNTACTCATATTTTGAATATAATA TTGTTCTTTACTTTTTGTAAAGAATGAATTGGGAGATTTGTGTATGGMGT AGTATACTGTCACTTCATTAATTTTTATCTGACTCTATTTATGCCTATAA TAATTGGTACATATCAAATGGCAATAAGTTTCCATTTATTATCTGGTCCA CTTAATTGGAAAAAAGATTTTTAATTAGCTTTTATTATGATGTGATGACT ATATGATTGCATATACAGTGTACATACATATAYATATTAAGATTGTCTAA GATCCAATTAAAAATGCTTTATTTCACGTCACGTGGGTCGTCAACAATAA ACAAGCTAGAATTATATATTACGTTTGATTAGAAATGTAATTTGTAAGAA GCTTTTCCAGTTTTCATTTTATTATTATGTGATCGTTATATGATTTTACT AGCAAACGGCTAACCGGTGTTGCTCGGGCAAGTGTTAGGATTTTCTTCTT ACAGGCATGAAAAGATAGCGCCTATAATTTTTATGAAATGCATTATTATA AATAAAAAAAATGAATTACAAGCTTCAAATAACATAGCAACAACATATAT GCATAAAAAAAGTGTCAAGATGATAATTTCATTTTTCATTTTTGACAAAA AATTGACAAATCGAAATTCTCCAAGAAACTAAGAAAAAACGATTTTACAC TAATTTTGCTAAAAATGTAGTTCATAGCATTTATTGGCATTGTAAAGAGG AACACAAGATTCTTCGAACTTGAAACCCCAAAAATTTTATGGACAATACT GTCGTCGAAAAAATAACCCTCTATTACTGTTTCATTTTTGCAAATATTCC CAAAATTATCCTGAAATTGAAAATTCTACATTCTACTGTTATGATTAAAA ATTTTATGTCCAAAATGCTTTGTTTTGTTACATTTCTTCTTAAAATTATA GACGTTTTATGAAAATAAGGGAAAAATGAAAAAAAAAAATTGTACAGTAA AATAGTGGCAAAATTTTTGGTTGAAATATTTATTTTCTTAAAAAAATTTT ATTCGGACAAATTATGCAGCAGAGCAAAATATTTAATTTTTTGTCAATAG CTGTGGATTTTTGAAATTCTTTTTGAAAAATTTTAAATTTCAATCTCTAA AATTTAAAAATTTCAATTTTTTATGAATAGCTATAAATAATTGATTTTTT TTTCGATTTTAGTAATTAAATTTTGGAACTTTTTTACAAAAAATTTAATA ATTGAAATTTGATTTTTGAATTTTTTAACCCCAGTAGCTATGGATTTTTG ATTTTTTAATTTTAATATTTAGTTGTTGTTTTTATTTTAATTCGAAAAAT AAAACCTCTGCCCCCAAATCCTAGCCTGTGGACGCACCTGGGATCTAAAT CAACGTTAAAATTCTTGAGAATTTTTACTCATGGAACAAATTTTAATACA AAGACTATAAATGACTCAAAGAGAGAGAGAGAGAAAGCTATATATATACG AGTATATATCTCATGTGCACCAATTTTGAACAAAATCAAAATAACTCAAA TATGTCTATAAAACATTAGACTGTATACTAATATGAAGTAAAGAAAATAA TTGGGATTTTTATTCAAGACTGTTTTTATTTTGGCAAATTTAATAGGAAC ATGATCATCGCTCTCTTTTTTTATCTAACTAATTTTATGAACAAGAATAT AATTATTTCTGACGAGACGTTTCTGTTCGATTATAATTACTTCATCAGAG TATTCTTCAGATCATCAAACATTTTCATACTGATGTTGCGTGATTGTGCG TTTATTGAATACAATTTTAAACCTTTATACACCCATAATGTGCATTACTA AATTAAACATATAAAAAGAAATAACATTTTAAAATTTTGTAGACATGATG TGGCCCCAAAGAATTACATAGGAATAGTAGTAAGATATATATTTGAGCTC TATAATATTTTCCTGTGATGATCATTCCATGTAAAATGCCATTTTCCTTC AGAATCCATGTAATTCTTAATTTATTATGTATGAGTAAACAATAGGGAAA ATATATTAATTGAACATCTTTTTGCGCCAATTTCAAACAATAATGGCAAA AATTTTGTACTATTTTAGCAAAAATAAAAAAGTATTTGAGGGGATTTATT GGAATTGTAGAGAGAAACACAAATCTACCAAGATTTTTTTCGCACTTGAA TAGCCAAAAATTTATGGAAAATAATGTCGTCGAAAAAATAACCCTCTATG CGTGATTCATTTTTGCAAATATACAAAAATTGTCTTATAAAATGTTCTGA AAATTGAAAATACTTTATATTTAATCAGTTCAAGTCTATAATTTTATGTC CAAAGGGCATTGATTTGTGGCGTTTCATCTTAAAAATTGAAAATGGACCT TTGATGAAAAAAAGGGGGAAAAAAATATTCAGAAAAGGATGGATTTTTCA ATTAGAAATCAATTTTTATGTGTCAAATTTATGAGCAAACGAATTGCTAG ACAAATTTCTACAAACATTATTTTATCTACATATCCAATATTCCATCGTC TCCTTGTACTTATTCGCATCTGTAAAAAATAAAAGAAACGAAAGTGCAAT TTTCACCGATTTCTTATTTTGCCCGTAACCTTTTTGATTTTGAATAAATT TAGATAATACTTTTATTTGTATAGTTGTTTTTTAAACGACTGTTACTTTT TGATTTTAACTGAGCCCCCTATCTATTCTTCTTGAGCTCCAAAAAACATT TTTTTAGGCTTTTGGTATAGAATAAGTCCAATCACTATTACAGATATAAT TTATATCTCTCGTCAAAGGTTGTTCAGTGTTCAAAATACATACGAATCAA AGAAAGACAGGAAACAAATAGCTTATATAATAATTAGTGCAATAGACTCG TTAGTAATTCATGATGCGGGCTCCCTTTTCCTCTTCCTTTAGACGTGAAT GAACAAAGGAAAAAAACCTTCTAAATATCTTATAAAAGCAATGAATCAAT TTATATCACTTATTTATTCCTGGTTGCCTTAAATATATATAATATTTGTC TTCTTCTTCTTTTTTTAATAGATGAATACTATTCGTCGAGCAAGCATTGA GACATTTGAGCGTGTCAAGGATGTAACTTCATCTCGAAGTCCTCGAGACA GACGTTTATCTTTAACCGTTATGAATTGTATATGGGCTCGAAACACAGAG TTGGAAACTTTAGAGCCAGTTGAAGGAGAAATTGTGGGTAAGTTCCTTTT GTATTTTTTCATGCTAATCGATTGTATAAAGCAATTGCGCAAATCAGGAT TTTTGCGATATGCTAGTGTTAGACTTGACTATAAAGAGGAGAATCTTTTA CATTTAAAATAGCATTAGCGCAGGGAATATATTATAATTTTACATAAATT CATATGTATTTATTTGATTATGCATTTTTGAGGAATTTACACCAGAGATA GGCGATAATTCTTACTTTAGAGGTAGAAGTTAACACTACCGCGAACTATT AAATAATGAACACAAAAGGAGGAAGAGCACACGGAACAAGTGTTTTTCCT TTCTTAACTTATAAAATTAATTTGTTCTCACCAAAAATCTCAACTCTACA TACATGCCAACCTAAATCAAATTATTTTATGATTTGTTGTGATTATATAT GTCATACAACTTTTCAAAATAATTTTTTATTAAATAATTAATAAATATTT ATTTACCTACAGTATGTGACACAGCGGAACAATTAAGGGAAAGTTGGGAA TTTTGTACAATTGAATTGAAGACAATAATCGAATTTATCTATGAGTGCAA TATTCATGACTGATCTCAGTTTTTCTCTCAGTCAGAAATATCTGGGATAA TAGTAATTCGGGACTATTATTGGTCAAAGTCCTTTTTTACCCTTAAAAAA ATCCCCAAATTAAAAAATAGGAATAATAAAACTTATGTACAGGTATTTTT TATAGTTATGTAGTGTTTTTATTGATTCCGTATTTTGTTCTGAACTCGAT ATATTTCCATTTGTAGGCTGAAAAGTGATAAAAAACGACATTCTTCTTCA GAACCTTATAACTTTTTCATAATACATTGGTAGTGATGAGGACTAGTATA GCTTATTATATAAAAATATTTTATGTATAATTTAAAAAAATCTATTTAAA AATTGTTTTTTTTATCATTTTGTATTTTGAAGTGATCCCATTTTTTATAA CGGGTGTACTAGCAAATAGCAACATTACCATCATATTTTTTTCCGATTTC AATGCCAATTCAATGATGTCATGTCCTGTAAAAGGAAGATCAAGGTACTC GAAGGAAAATACTTCTAATTTGATCATCCATCTCATATTCGAAATTAGAT TCCGAATTCCACGATGTACGATGGGAGGAGAATTCATCCGAGGAAAACTA CCAGACCTCATAAGGGATTCTTTCCTTGGGAATTATATACCAGGATCGAA ACAGTAAAGCAATCATTCACGATTCAGAATTTTAATATTTCAAAATGAGA TCACTTAAAAAATACAAAATAGAACATAACTCCTTGAAATACATATTTTT CTAAATTATATATTGAATATATTTCCATAATATAAGCTATGATATTCCTA ATCAATATGTATTTTTTAAAAGTTATAAGGGTAAAGAAAAAAACATAAAA AAACAGAATATCGTTTTTCATCATTTTTCAGCCTAAAAATGGAAATATAT CTAGTTCATAAGAAGATACAGAAACCATAAAAAAAGTTTTTAATCATAAA AACACTTTTACATAAGTTTAATTAATCGTACATATAATTAATTTGGGATT GTTTTAATGCTAAAAAATGACATTGAATATTTCAGAATTTAGATGACTGG GATCAGTTTTGGATTCTACTCATAGATAAATTTGATTATTGTCTTCAATT CATTTGGACAAAATTGTTCCTCTGTGAATTTATTACCTTATTGAGGTAAC TTAGATTTTATCCATTTGATGGAAATGTATTTTTCTCTGCCTAATGATTT TATCGGAGCACTACTTGACTCAATGTTCAAAAACTCAGAACACAGCTTCA CTCAATATTCAATTACTCGAACTTGAGAAATATAACTTGAATCCAGCAGT AAAATGTACCAACATTTAAAGATTTGCAATCAGGAGGTCGTCATTGAATG AAAATACACATTTCCATGTTGATCTGACACATTAAAGTCAAGTTGTGTAG ATTATGGGAGACAAATAACATCTAACATATGTTTATATTTATATATTTCC TGACGAATTACTTTTCTAAAAATATAGAATTATGTGTATGGATATAATTG TTTATTTCTTGGTTTGAAAATGCGTATTACTCATTTCAGTGTGAGAAGAT AACTAGGTACGTTATGGCTTTATTCAAATTAGGACTGAATGGAGGCTCCA ATGGGATAGCTGGTATCGAAAATGATACCGCAATTTCCACATACTTTTTG AACATCATTTCCATCATATACACATCCAGTTCCGTTCAGGGGCGTGGAGT CAAATCCACATTTTGTTTCCGGATATCTTCTCATTTTCAATATTCCTTCA TCTCCCCAAGTTGTACTCCAGGAGTTTCGAATAAGCCAGTATGGTCCTTG CTCACTATTATTTCCATAGCCAATGAGTTGAACCACATGGTTAATATTAA TATTTTGATCAAAGTCGCATCCATCCAACATTCCATTGGAATAGAAACGG AAGTTTGTGGCATCTACATTCACAGAGAGGGGTCCAACCTCTGCTAAATG CTTCATGACTGCGTAAATGTCATTTGAAGGAAGAGTTTCATAACCTCGAA TTCTAGCTAAGGGCTTTCCTGACTTGGAATCGAATGTACATTCTTCGGTA TTTTCCGTCATTCCTGAGACATAGGGATAGTCCTCTTCCATTGAAAGACC GTAGAGCTGAGTGTACATATATCCAACTTGGCTTATAGCTCCTTTGCAGC CTCCTTGTCCTCCACAATGATAAGGATTCACGGAGCAGGATGTGATTTGT TGGGGAGCTAATGTGGAGAGTACACCAGTTTCGATAAAGACATAGGACTC AATATTTTCCACTGATTTAGAACAAAATTTAAAAGGACACTAAGTAGTAG CAGGTTACACTAGGTAGGGATATAATCCTTACTTGATGAAAAAGCCCAGC AAGATCCACAGTTTCCTTGATCACGGATGACTCCGATGGCACCCTTTTCT CTCCAGTCAATATTCTCAGGTAATTTACTAAAGTCTTGATCCTCCTCTTT CGTCTTACGAGCAATTACTCCATTCACTAATCCCGGAACTTTTATGTATC CCAAATAACCTTCTTGAAANTTCCTTTTCTACAAATATAAGCAAACTATG TTAAAAAAGGGGTTTGAGGGGAAATTTAAGGATACTTACCCGTCATGTCA GCAAATTGATTTATTCCTTTATTATAAGTTCTTTTTGGATTGGAATTATG AGCCTGGATATCTCTTAGATTCTGAACAAAGATCTTCATTCTTAAAGATC GATCAGATCTTACTCCATAATTTCTACCAAAATCCTTTTCAAACTTTTCA AACTCTTGAATTTCCTTGACAGAGAACTTAGAGGAACTTGCAAAAGAAGC AACTACGCAAAAACTCAAACAAAGTAATAAAATCTTCATTATTTTAGCGT TTATGCAGGCACTATCAATATTCCGAGTGAGTTAGGTATTCCAATATCGA CTATAAACAAATGAAATTATACTTTACTTAATATACAGACATACATATAT ATATGAGCAGAATTATAGATAATGAGCTTCTTTTTTTTTATCAGACCTTG TTTATCAATATTTATTCGGGAAAAAAAACAAAGACAAAAAAAAAAAACAA CCTATATATCATAATCTAAATACACGGACAAAAAAAATCATCGCCTTTAT TACATAGAAGTAAAATTATTTTAAACAAATTCATAAGCATTTGTCAATAT TACATTATGGGATACTGTCTATTACTAAATAAAAATATAGGGCCTCAGTG ATTACGTACGTAGAAGATTAACGATTTTCTTATCGACTTATAGGTATGTA CGAGTACGTATGTATTCAATGCAATGCATGACATTTACATTCGATAACAA GATTAAATTGACTCATATACATTCAAATTGTCACTAACTATGTAGCTATG ATGTGATTCTGATTGTTTTTACTTCGATAAACAGAAAAATGACCTTTATA ATCCACAGTGTTTGGTATTGTGACTCACAGTGAGCAACATTTCATATCAG GTGGTCCATTGAAATCTCAGCATCTAATAATTCAATAATTAATGGAAGAT AAGCGATTGAAATTAATTCTTATTTCAATATATTAAAGCATAAACTATTA TTAACAAAAAGAAAAAAAAATTGAGCTCTAAGCTTACATAAAAGTCCAGA AATCACACTCGAACGTAATTGATGAATTTCCATTAGCGCATTCTTAGCAG TTGAGCGTCTCCAGGAGTACTKCCTKCGCCGTCAGCAACTCCAAAAGCTT GGATAGGAAGAAGAGCTTTGTCAAAAAGGGCCAAACTAGACTCCGAGGTG TTAAAGTGTTAAACAGCCCTGGCCAATCTCCTAAAGGTCATGAGTACCCA TTTAAGAGATCTCGGAGTTTCACACGAGACTGCCCACAAAGCTATCAAAA AAGTGGGCGGAAAGAACCTTGTGATGATAGAGAGGCCACTTTTGGTACCA GCAATGAAAAAAAACCATCTCCGCCCTTGCAATACTCTTTTATGACTCTT TTGGTTACCCTACAGCCCTGATACCAATCCCTTGTTTACACCTTTAGTAT GCATTTCATGCAGTGCCCTTCATCCAAACACCGAAAGGTAATAAAATTAT ATTAATTTGGAATAAAATATTAATATCACTAATAAAATAATCTGTTCAAA AATAAAATATTAATCTATTGACATTCTTAAGTTGATATATTTATGGTAAT AGATTATGATTATGAAAATAAAGATATTTTAAGCACCTTCCCTGTTTTTA ACATTTTTCCTTCTTGATCCGAGTAATAAGTTCCAGTTCATTTGGGTCGT CAATGGCGTGGAAGATTAAAATTGGTGTTGCAGGGGATTTGGTTGGTCCT TTGATTGCATCCCACACGAAAAAAATCCTAGGAATTTATATCCAGCGAGT TTGGAGGACAAAATTCCGACGAAATGAAGTCGTCAAAATTATTTTGAAGT CATTTGAATTTTTTTTTTTTAGATTTGGTAGAGTCCTGCTACCACATGTT AGGCTACCTATTGGCAAAAATGTCGATCCAAGCATTCAACTTGATCTCTA GCACGTCCTAGTAGGCATCAGTGTTGACTTTGAGATTTTGTGCAACAAAT GAGGAGGCAAACACCATAACGTGTGCTGGGAAATCAATATCACCTCTAGA GGATTTAAAATTCCCTCCTAACCTAGTAAACGAATGTCTCACTGATTTTT GACATACCTATATAATATACTTGTCCCTATTTACGTTTGTATATACTCTG TAGAAGTTAGGATTTTGTACAAGTTGTAACTTGGATATTTGAGACCAAAA ATTGGGATGAAACATATTTGATGAAGAATGGGGTATTCTGTACAAGTTTG CCCGCACGTCATATTTTCTCTTTTTACCTCAAAATTGGAGACCGCATAGG GGAATCTTCTAATTCAATTATCCCAACCTTTCAATAAATAAATACTTTCG GTACGTCAAGTGTAGGGACGCGAAGTGAAGGGAAGAATATATTGACGGAG GAAGAGGACAGGGGTCTTTACTTTTTCGAGTTATTCAGTTAATATGCACT TCGAAGAGCCAGGAAAGTAGATGGAAGGTCTCATTGTGTGGAAGGGCATA CTTACAGAAAGAAAAGAAGCATTCTAAAATAAATTAAAATCATGGAGTAT ATTAATAAATATATAAAAATTTAATAACTAACAAATTTAAAAGATAACAA AAAATAAAGGAGTTATAAAAAATTAAACATATTCAAAAATACAACAGAAA CAAAATATACACCAATCAATCAACATGTCACAAAATAGAGCAATCATAGG AATGAATAAATTACGATATATAACAAATGACCAAATAAACTTAAAATTTA TAGAAAATAACAGATAAAATCATATATATAGCAGTCCAAATGTCTAATTT GTTTAATTTGCAATCCTTCCAAAACAAAATGTTTTGATTCTAAGCTATCT AACGGGAATAATATTTCATTATGATTCTTCCTGGATGAAAGTAGTGGGTA TCGTTGTGAGGAACAAATATATGGCATCAAATCCATTAAGTGATGAAACA AAATAAAAAATGGAGCATTAAGGAACTTTAAAAAAATAAATGAAAAATAT GGAAGAACCTCATATCAGATATTGGCTCATCATGTCTTCAAGAATTCTAT AAAAATGATGACACATATCCTTGAGACGCTTCCTCCACATAAACTCGTAG AGATATGTCTGGAAAAGKTCTCTAGAGGMATTCATTACTCCTAACCAACT GAGTAAAGCCTTGAGATGACTTGAGTATGAGCTCTAGTTAATGGATCCAC AAAGTCATACTTTTGCACAGCTGTAAAGTGTGGCATATCTAACTTATTCC CAAGGTTGCAATAGGGTGCTCAATCGTCCGAAATGACAGTTGTTCCAAGT TAAACATAAAAAGTTATTCGAACAATTGTGATCGATAAAATTATAACAAA ATTCAGCGATACTTAATCACTGATCATATAGGTAACAAACCAATAATTAA GTTTGAACAGGGCACATAATTATAGACTATAAACTATATCTCAATATGAT AAAATTTGATTTTGTTTATAACAAATAAGACATGGTTTGAGATTCAACCC GGGGTTCGCTGCCGAAACTGGAAAAAAATATCAAGTTTCGAATTCTTATA AGTAATTTAGCTTTTTTAAATTTAAATTAAATTTCATCTGAAATCAGAAA TACAAAATATATTATTGTTTTTTTAGATATATTTATTTTTATAAAAGTAT GTCTAATCTGACGGGAATAAAAATTAGTTTAGTACACCACATAATCGATT AACTTTCCACGAATATCGCTCATTCCGCATTTATTGTATTACCGTAGAGC CTCCCGTAAAGCTAAATTTTGCTTAAACTTTTGAAATGCGTAAATTGTAA AAAAAAAATCGAAAATATTAAACGTTCTACGAGAAAGTAAATCACTTCTG CCTAAGGGATACTATTTCAGATAAAAACGATTAAATTTTCAAGTATATAT CCCCTAACGTTTTTATGTACCATCCATTTTAATGAGGGAGTGTATTTTTT CACACGTCAATAAAATTAAGGAAGTTGGGTAATATATATATTTTTTAAAT GTTCTTGTACAAGAAATAGTATAATGTGGGGGCTAAAACATTAAAAGATG TACGGGTACAGGGTGCTCTTTCTCTTTCTATAACGAAATTGGAGACAGCA ACAGTGGAAAGTTGAAATTCAACATATTGCAACCTTTAAATACTGTGGAA ATAACTTCGCCAAGCAAAGAGTATATTATTGCCGTTGGAGTTGGAAGAGA GGGCCTTGACTATTTCGAGATATTTGTACAATTAGCAATATATGAAGGAT CTTATGGAGTATACAGGGGCAGGGGAGGGAAAAGTGGGGCTTGAAGTCGA TTTATGGACTGTGGAAACAGGCCGMAGGAGATCACATCCTAGAAATTCTT TACATTAAAAAAAAACTACACATAATGAGATGTGATCTCCTCCAGCCTCA TCCTCGATCCAGGGATCGAATCCTAGACCCTCCCCTTCTTTCCCTACTCC AGTAATATAGTTATTTTACTATTATAAAAAGGTTTCAATAAATTAATTTC AACTTTACACTGTCGCTGTCTCCAATTTTGAGATAGAAAGAGAAAGTATG ACATGATGGCAAACATATAGTGTGTACCCACAGGACCTTACGTTATGCTC AAATTTTAAGTGGTATAATTAATATATTTAACCAAGTTCAAACACGTACA AAATACGTGCAAGGTCAGAAAAGTTTTCGACCTCAACCTGAAGATGAAAG CAATTCACAACTATCTATCATCTGTCGACAGTTACTCACCAAAATTTCAA GCATTTTGAACGCGCAGTTGTTATATAAAGATCGTTTGAGTGAGATGATG TGAGTTGGTGTGTGTGTGTATGGAAATGGACAAAATCGAGTATCGCTCTG AAGGCACGGTTTCGGTAAAATAAATCAGCGTTTTGGCGACGATTAATTGC TATAGATGAAAGTTGGATAGACCAATACACGCCTGAAACATAAATACAGT CAAAACAGTGGACTAAAAAGATTTTTCCTTCAACGTAGAGCCAATCCCCT TCGTGAACAACTATTTTGCAGATAAAAACACCGAGTAGTATTTTTTCAGA AAAATGCCTTCTATCCTTGCTATGTCAGAAACATTTCAGACCAGCCTTAT CTGTGCACAAAAACGGAACTCTAGTTTAAACACGTCTTCGAGTTTTTGAA AAATCCACAAGTTTCAATCTATTTTACACCAATGTTTACAATTTATGCAA ATATAAGATCTACATGGACCTGAGAAGATTAACGAAGATTAATTATATTT AGAGAGTTTAAATTCTAAACAGGATTCTAACGAGAATTATCTGGAAAATA ATCATGAAAGATTTATTGATAAAAGTATGTAGATAACCTCATTCCCTTTG ATATTATTGTAATGTATTAATTCTACACAAGTACTACTACATATCTAAAA TGATATAAAAAAATTCTGAATAATTGACCTATCGGTTGTTTACATAATTT TAACTATTCCGTTGACGTCAATACACTTTATATATGACTAATATTTGCTT TTCATAAATTAATTATTATCACTGAGCATTTTTGTTCATTGACAACCTTC TGTATCCAACAATTCTCAACCTAAAATCCCAATGAATGTGCTATGTCAGT CAAGTCCGCAAAATTGAGGGGGGGGGGGGGCTTGGTTTTTGGATTATTAT TTTTTTTGAAAATATATTTGAAAAATAAAATTTCAAATATATATATATTT TTTCATAACCATAATTTATTTCAAAGATTTTGAAATACTGTAAACAACTT ACAGAATGACCTAATAGAGTAATAAAAACCATATAAAACAGAAACAAACA TTCATTAAAATAATCAAGACGTAAGTAATTGTATTTAAAATGCTAATATA GTTTCTTAAAATATTATCAGGCCAGTGTCAAGCTTGGAGCTGAATGCTTT CACTGCGTGATGATATATTTCGTCATTGGAAGCTAGTATGAAAAAAATCA TTTCGGTTCACCGAGTCTCCGAAGCGTTGTTCCATTACCAGCTTTCAAGA GTAGAAGTCACAGTTTTTAAAACTGGGCACTCCCGCAGAAGGGTTGAAGC TATCTCTCTTTCTGAATTGCAGAAATAGTAATTAGGGTTATTTGATAGAT CTCCTGATACCTCCAGTCTTCCTGTCACTACTCGATACGTGAACCATATC TGAAGTGGAGTAAGGAGATGACTGGCATAGCTCAACCAAGCCTGAGGAGC GGAAACATCAACGCTCCTCCGATTTAATKCCGACTTTACCACATCCAATG ACGACTGCAACCATAGTCTTCCAATTAATTTGACACTCATTGTTTTTACC TGACTCCAGAATGACATATCATTTAAACAAGGAGGTCTGAAAGGGGTTTT CCATTTTAACCAAAAGATTGTGAAGCAATGAGAAGTAAAGGATTCACTTT TGTAAATGCATACACTAGAGGGGCATTTAGGCTACAAGATAATTCAAGCA GTTGGAACATTTATTTTGTAATAGTGATTAGTTTATTTATATAACCAACT GCACATAGTTTTTGCAAAATCGACTTCATGCCTTGATGACAGTTCTCTTC TTCCCTTCTCTTATATGATATTAACCACGCCTTACGTCATTAAATACACG TGTCTTGTTTGAAACAATTGAGCAATTCCTTCACCAGTTTAGCTAGAATA AACCTGGTTGAGACTAAAGACTTTTATATATTTTTTTTTTTTGTCTCATT GTTCATTTTAAAACATATTTTATACATCCACAGCGATGAAACCTTGACTT AAAATTAAAAGAGTCAATCTAATATATTTGAAAACTATAAAAGGGTCAAA ATATTTATCCATTGGTATCCCTTGCATATGATTTAAGAGCAACATAGAAT TCCGAAATTTCATTGCCAAATTTTATTTTATTTTCGTTTTTTTCATAGTA GGCTTAAATTCCATTTTTATTATTCAAACTATGATAGCTTATCATGATTG GCCTACTTACTTAAGTATTAAGTTATTTCAACTTTATCTTTATCCTTTTA GACTTATTAATGATATATGAGGGATATCAAATCAAAAATATAAACAATAT CATAAAGTGCAATTTAATATTAAGTAAATTAGATCTACTCATTTTAATCT TTGTAAGAAACGTCTCAAGTACTCGTATATGTAATGATCAATATTATTAA TTTTATTACGCCAAAGAATATACACATATCTGTCAAAAAACCTAAGGAAT ATATCAATAAATTTATTTCGAATTATTGTTGCATTGTGATTTCCACTCTT TTCGATATAAGGAATTTGAATATAAATATCCTTTCATAGAATAGAACCCT TATTGTTTTGATTTTTTTAATTATCGATGCCACAAAGAAGTCAAGTATAC TTAATTAAGTATTTGATAAGAATAGTCGACCAAATTTCAACTTTGTATTG CCTTTGGATTGAGATGTGTGCCCCTCCTTGTTTTTACATTAAGAAACATG CAAAAGACCTTTAAAATGCGATTTTATTATTTTTCCAGCCTACTAAATGC AACATTAACATAACAATTAGGCATAGTAAAATCCATACGAACACATTGCG TTATATGTATTTGCTTGTCAGTTGTGAAGCACTTCATTAGTGTCGTATAG AATATAGGAGGCTATGATAAATACAAATTTCTTCCCCATGAGAGGTTAAA TATTTTCTATCTTTTTTCTAAAATAAAGTTATAATATAAAAAAATGGTTA ACCATCTGAACCACTATTTATTCCCTTCAGATGTATTAAAATTAAAAATT ATGAAAATATATACACCATTTCTTAAATCGAAATAATTAAAATTTGAAAG AAAAAAAATCTTATGTATATTAATTTGTAAATAAAGTAACATGCATAAAT ATAATTATGATACTGGCAATGTATGAAAATCAGGCATTATATATTATACC AAGGTAATGTATATAATAATTGATGGTCTCATGCAAACTAAATAATAAAC GACATTTTATACATTACGTAGGTAATTTTATCTAATATATATAAGTTACA GTTTGTAAATAACAATACAATGTTAAGAATAGTGCATAGGTACTTGTGCT TTGTCCACTTTAACTTATTTCCTGTAATCATCAACATACTCATCGAGCTG GCATGAACTAAAGCATTTGAATTAGAATTGAAGCATTGAATACATTCAAT TATAATTTTCATTTGCTAAACCTTAAGATCTAAATATATTCAAAGATGCA ACATTTTGCAAGATTTTACTCCACAAATTGAAGTGTTTATATGGCTATCC ACGATAATTCGGGCTTGAAGCTATTTTTGATGACGTCATAACAATAAAGT TATATTTGGTGAGTTTTAAAATGATGAGTATCATTGTGATAGTAGTAAAT CATCACTTGAAATTACGCATCAAGTATAAATTTATGTTTCTTTTGTTTGG TGCATCAGAAAAATATGACAAAGGAACTAGATAATTGAAATATTATTTGG GGGTATCATTACGTTATACACAACTCCTCATGCCCTGTTTATCTTGAACT TACGCAATATATTTATTTTCATAATTTATTGTAAAAATATTTCCTCAACA TTTTTTTAAAAAAAACCTATAAAATTGGTTATTGAAGATATGATGATAAA AACACATATTTATATGAAATTTATTACACATTAGGCCCAAGTCATTAAAT TGTTATTTAGCAAAATTATATTTTTGCTATCTTTCTATTCTAATTTTAGG AGTGAATTACTTTTTAATAAAGTTTCTATTTAAATTATTCATTGATTCTT CATAACTCATAAGTTATATATTATAAATATTAATAATTAATTATTACTTA ATTCATTTATATATGGGATTAAGAGGAGATCGATATGAATCACAACAGAT ATAGCGATTCTACTTCTGTGAAAATAAAATATTGTTATTTTTCGTCGACA ATAGTATTTTGAACTTTAATTTTGTTATTTTTTTATGATTCCCATAGACA TTTCCGACAAAAAATAACTTTGGGACCCCTGACATACATGAAAGTGTTCT GTTTTTTCTGTGGTCAGTCCAATTTAGCAATCTCATTAGGAGTATGCCTA GTAGTGGGTATCACGGAAGCCCAAAATTTAGCTTTCACGAATACTAACCT CCCAAAGTTTTAATAAATAAAAAATCACTGAGAAATTTTTTTTACCCCAC CCTCTTTTTTGTCCGGAAGGGCTGTATGAAGTAAAAAAAAAAAAATATCC AACAAACTTTTTTTTTCTTATTTATAAAAAACTTTATGTGCTTAAAACAA TGACATTACACGAAATGTATTTTCTTGCTAAAGTTAAATCCCTTACTTCT ACAGTGAGATAAAAATTGTACACTCCCGGATTTAGTGCGAAAATAGACAA AAAAGATAAAAATTACTTATGTAAAGGAGAAACTTATACCATTATATTTT TCTTTTTTAATTCTATATAAGTTATATATAATAATTTGGATAATTATCCT TAATTTTTGCTGAATGCTATTTTCAAAGATAAAATATGAAAATATATCAA ATTGGGTACTGACACTTAGTTTTAAATTTCCTTAGTTTATCTCTTGATTT TGAAATTGACAAAATGTATCCATGTCTTTGGTCATATCTGTAAACCTTAC AGGAAGCCTCAGAAGCTAGTTTCATTGCCCTTTCTACAGATTGGGAATGG TATGGATATTTTTTAATTTCAAATGCTCATTCTTTGCTTTCCTAAGTTCT TTTTTTGTAATATTGTACGATTGAAGGAACTGAAATTACTATCTTAGACC AATCAATCATATTCATAAAATGATAAGATTCATAGCTGATTTTATTATGA ATTGCCTATGGGGGTCATATGAAATTTTTGCACTCAAAACTTTGCTCAAT GCAAATTTAAGAACTTCTGAATCTTCATCTACCAATGCTGCTAACAATAT ATTTTCATGATGAGCGAAGAATGAATTTCGGGATAAAAATTTTTCGTACA ATAGGGGCCAGATCAATACCTCTTGATAGTGAAATTGCAAGTTGAAAATG TTTCGAAACATCATCGCAATTTTGTTGAAATTTAATTATAAGCCACATGG AGCGTAATAGCTTAAGATAAATGCTACCAATTTTAAGAGGGTTTTGCTAG TATATTTATTCGATATATAATATCACAAAATGCGAATAAACCTTGGTAAG CCATTTACCCTCGTGTAAGGCTCCTATTTGTGCTCCCATGATACCCCCTA ATACCTAGTATTACCTTATGATTGGAACGCCAAATAGCTAAAACATGCTA CAGACTGCAACATAATACATATAAATTGCCATATTGAACCCTTTTTATAA TAAACTATAAACCTATTATTTTGAGTAGATTTAATAGTATCTTTGTAAAA TAACTATGAGTATGAATGGATAACATTGACATAAGTTACGTGAAAATTGA TTCAGACTTGACAAGACTTGCAAGAAAAGTTCTTGAAATACTACATACTT CCAATACTTTGATAATTACTCTATGGTAACCTATTTTTTGATTTTATTTT CCCTTCTATCCATATGAACTCGAGTTCTAAAGAAAGTTATCATTTCAAGT ATTCAAAACTGGGTTTTGTAAGGATAACTTTAAAAGTAAATTTATAACTG AATTGATGTAGATGATAAGTAATTAATCTTAAACAATATCATTTTGCAAT ATTTTTTTAGGATTTATTGACGAGCTTAAAGAGAACAAATAATATAACAA TTACTCAAATGTGGCTCCAATTGGATAATTGGCATTTAAAAGAACTCCAC AGTTTCCACACACCTTTTGTTCAACAATACCATCTCCTTCACATTTGATA CCATATTCAGGTGTGCTATTGATTCCACACTCAGTGGTAGTATATCTCTT AAGCTTAGCTACTCCATTAATACCCCAAGTGTTTCCCCATGAGTTCCTGK CCAACCAATAGGGTCCGTCTACAGGATCAGTTCCGTAACCAATCATTTGG ATGGCATGATTGATAACAATATTTGCATTAAAATCACAGCCGTTTAGAAT ACCACTCTTATAGCTCTTAAATCTTCCTGCATACACAGATACACCAAGAG GACCCTTATTGGCCAAGTGTTCCATGACAGAGTACATATCATTGGGTGGT AATACTTCATATCCTCGTACATGGGCCATTTTACCAGTCACAGATGAGGC ATTGTATAAACATTCACCACTTTCTTCTGTAAATCCAGAAGTGTAGGGAT ATTCCTTCTCAGTTTCGATTCCGTATAACTGAGTATACATATAGGCAATT TCATTTATGGCACCCTTACATCCACCAGATCCTCCGCAAGAGTAGGGATT GCTTGAGCAAGATGTGATTTGTTGGGTGGATAAAAGAGGGGGTGAGGTCA TGTTATTCTCAATAGCAACGTAGGATTCAATTTGTTCGACTAAAAATATG GAAAATTAATTTAAAAAAATGTATCTGGGATAATAAAAAACATTGATATA AAACTAACCTGCAGAAAATACCCAGCAAGATCCACAGGACCCCTGATTCT TGACGTCGGTGATGACTCCTTTCTCTCTCCAATCTACACTTTCGGGAAGA TCCTTAATGTTTCCTTGCTTTGGAGCTGCTGTTCTCGTTACAAGTCCAGC ACTGGAGGACATTGGCGAATATCCCATGTATTTACTCTCAAATTCTTCGT CTATGTATTTGTTGGTTTGTAAATTCAATAAATTAATGATTCTAACTCAA ATGAAACAACAAGATATATATATTTACCGGTCAGATCCGAGAATTCGTTG ATCCCCATGTCCCAAGTTCTTTTAGGATTAGCATTATGCTCTTCAATCTC TCTCAAATTGTCCACAAATACTTTCAGTTTGAGGGAACGAAGAGCCCTGT TATGGTAGGATTTGGAGTATTCTTTCACAAAAGATTCAAACTCTTGGATT TCTCTTTGAGTTGGACTTGATGTCCCAGCAGCAAGGGCTGCTAATCCGAA CAAAAAACATACACCAAGAAACTTCATCTTGAAATGAATATTGAAGTTGA ATTTCCTTGAACTTATATTCATAATACTATCACCTTATCATATTTTTATC GAAAAATTTTAATCTCCATTTGCAAATATTAATGACAAATATTGACTAAC GGTATTTACTTACTGTTCACTTTTTCATCTAATCTTGAATTTATATCTTA CGACAACGTGGGAACCAAATAGTTACTAATTAATTTAGTTTGGTATTTTT CCTTAGAAAAAATGGATTGAATTTCACCTACATGAAATACCTGCAAATCA TATATAGATATATATAGGTTCTAAGAAGTTTTAATTATTTATACAATTTT TTTATAATAAATACGTTCATTTTCGGTATTAAAAACTCCTATATATTTTC ACTTAGAGATTAAATTACTGTTATTCTACCAATGTTTGTCACATTACAAG GTTCCTAAAAATATTTAAACAGATACATAACTGGTATTATTACATTTAAA ACTTTTTAAAATTTTGAGTCTTATAGTAGGTTGTTTTTCTTCATACATTG CTCAAAAAATTAAACATAGATTTTTCTTGGATATTTGATGTATTTCAATT TTTTTATTTTTTGGTTGATTATTAAAAACACGTATTTATAATAATTGTAA CTAACGAATAATACATTGATGTACGAGTGAAGTTTGTTTCAGGACGGAGT GTAAAAATAAAATAAAAACAATTCAACTCCTAAAAAAATTTGATTCGCCA ATTATCGAACTGCTCGTATCTAAAAAAAATCGTAACTCAAAGTACTCCTA AAATCATCTTTTCATCTAATAATTTATGGACTTCCTTGCAAAATATCTTT TTAATTCTATGTTTCAATATGTGTTAATTGACATGTTGATCACGAATCTG ATTTTTTTATTTTGTTTGGTTCTAGATAATTTGAGAATTGATTTTCTTAG TATTTTTACCCTTTTTACAGTTTTGTTACTACTTTAGAATAAATAAAAAA TCAATAATCGATATGAAAATAAATTGGAAATGTATAAAATTATATCTTAA GTTCAAATATAATTTTATATTTTATCTACAGTCCTCAAATCCCGAAAAAA ATACGCCTTGAAGGTTTATAAAACTACCATTTTTAATGATTTTGGTTTGA AGAAGAATAGAGCCTCGATTTTTATTTTTTGATCAAAAGGGATTTATWTT ATGTTTGAATAATACATTGGCTTTCATTTACTAGACATTTGCTAAAATTA ATCCACTTTTGATCCCTAATTGTACTCNNNNNNNNNNNNNNNNNNNNNNN 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 NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNCGCGGCCAGGGAGACAGTGCGGTCG GGGTTAAGGCCGAGATCCTTGACAGCCTCGTGAAGCTTCTCAAACAAATA TTTGCCGTCAGTCTGGGTAACTTTTACAAACTTGAGGAAGCTCTCTTTCT TGATGCCTTCACTCGTCAGATATCCCAGTGACAGACTAAACTTCTCCGTG TTCGACATATCTGATGTCTCATCAACAATCATAGAGAACCAGTAGTCATC ATCGCCGGCACAAGTCTTGACATCTTCAATTATATTTTCCGTCACTTTGG ATGCTATAATCTCTATCAGCTCATTTTGGATGTCAGGTGAAGTCCATTTG GCAAAACTTGCCCCAGCTGAACCAAAAAATTTGACTTCGGCCTCCAGTTT ATATTTGAGAATATGATTGTCGTGTGAACGCAGGGACAAAAGCTCCAAAA AGTTTCCTCGATTGTTTTCATTAGATTCCGTCAACTTTTCTCTTGTTTCG GAATCCCCCCTAAAAGCCAATCCTTGCATTGCGAGGAACCCAACTGTTTG GAAAAGATACCTCAAATAAGCTTGCCACTTCACGACTACCTCTGTTGAGA CGAACATGGCAGAGAACCGAGGTATTCTTTCTCTTTGATGTGAGGAAATT GATCCACTTTTCCATCGACAGTTTGTGTTTTTTGTTGTTAGAATGAACTT TCAATGAGGAACTTTTTTTCCATNAATGAACTTTCAACGAGAAACTGTTT TTCCATGTTTTGAACTCAAATTTCCCAAGGTTGGAAATGGAAAATTTGGA AGAGGCGAAACACTTGGCTGACTTTTCAACCTCGTCATATTCTAGCCACG GGAACTTACGGAACCAATCATATTGAAAGTCTCTGGAGTATTTGTCATCT ATCTGAGGACTGTATATTTGTAATTTGGGCTGTAGAGGATGATCTCTCTC GACTTTAGGCACAGGTTCCCACTCAGTCTCCACTCTGGTTCTGGTCTGGA TGTCCTTCCGCTTTGGCTCCCGCTCGGTAAGTATCGGGTCACCCTGCTGG TTCGTGAAGACGACAGGGTACTCTGGGCCTCCGTCCACAAACTCCATCTC CTCAGTATTGCTTTTCTTACCTCCCTGGACATTGTCGCTAGTCTCAGAGT CCTCTGCAGAGGGAATATTGTTGTTGTTGACTACAGAGAGCTGCTCAGGA GTGAAGATTGGTCCGATATCGAGATTAGGAAGTGTTATTCCATGAGAAAT CCGTCCGCTGGGATAATTTGATGAGTCGCCATTATTTTCTGTATCTGCAG TAACTTTCTCTTCAGCAGAAACGGACTTTTCAGATCTTGGTTCAGGCAGT AAGGCCTCAACTGGAGCAGGGTCATCGGGACAGGAGGAGGCAGTGACTGA GGATGAGGATGTAGCAGAGGAAGTTTTCTTAACAGCAAAGTTCAATGTTT TCTGAGAACAAATCACCAACTCTCTGTTAAAATGCGTTTTCCGCTTCCCG TGATACATTTCTNNNNNNNNNNNNATAAGTTACATATATATACTAGATTT TAAWAATTAATYATGAMTTWATTCATCTATATTTACATACCTATATGATT GGTGGACGGTTGAGTAAGGTTGTTTTTTTTTGGTCCGCTGAAGCGGACAA AGCGCAATACTGACGTATGGTCCTGGTCACTGTATATACCCGTACATGGA CGATAGATGTACTTGTAGTAACAAGTTATTTAAAGTATTTCCTGTTTGTG GTAGAGAAAATGCCATCTTAGTCATTGTMGTGTATCAAAAATTTAGTTTA CCTATTATAATTTTTTCACTCCTACAAACAGGACAGATTTTAAATCACAA AACTTATTGACTTTGAAGGATCCCCAACTGTTTCCCCATGAGTTTCTGAC CAACCAATAGGGTCCATCTATAGGATCAGTTCCGTAACCAATCATTTGGA TGGCATGATTGATAGTAATATTTTCCAAAGCTACAGCCGTTTAGAATACC ACTCTTATAGCTCTTAAATCTTCCTGCATACACAGATACACCAAGAGGAC CCTTATTGGTCAAGTGTTCCATGACAGAGTACATATCATTGGGTGGTAGT ACTTCATATCCTCGTATATGGCCCATTTTACCAGTCACAGATGAGGCATT GTATAAACATTCACCACTTTCTTGTGTAAATCCAGAAGTGTAGGGATATT CCGTCTCAGTTTCGATTCCGTATAACTGAGTATACATATAGGCAATTTCA TTTATGGCACCCTTACATCCACCGGATCCTCCGCAGGAGTAGGGATTGCT TGAGCAAGATGTGATTTGTTGGGTGGATAAAAGAGGTGGTGAGGTCATGT TATTCTCAATAGCAACGTAGGATTCAATTTGTTCAACTAAAAATATGGAA AATTAATTTTAAAAAATGTATCTGGAATAATAAAAAACATTGATATAAAA CTAACCTGCAGAAAATACCCAGCAAGATCCACAGTACCCCTGACTCTTGA CGTCGGTGATGACTCCTTTCTCTCTCCAATCTACACTTTCGGGAAGATCC TTAATGTTTCCTTGCTTTGGAGCTGCTGTTCTTGTTACAAGTCCAGCACT GGAGGACATTGGCGAATATCCCATGTATTTACTTTCAAATTTTCGTCTAT GTATTAGTTGGATTGTAAATTCAATAACTTAATTTTTCTTACTCAAATAA AACTATCTATATATATATAAATATATTTACCGGTCAGATCTGAAAATTCG TTGATTCCCATGTCCCAAGTTCTTTTAGGATTAGCATTATGCTCTTCAAT CTCTCTCAAATTGTCCACAAATACTTTCAGTTTGAGGGAACGAAGAGCCC TGTTATGATAGGATTTGGAGTATTCTTTCTCAAAAGATTCAAACTCTTGA ATTTCTCTTTGAGTTGGACTTGATGCCCCAGCAGCAAGGACTGCTAATCC GAACAAAAAACATACACCAAGAAACTTCATCTTGAAATGAAAATTGAAGT TGAATTACCTTGAATTTATATTCATAATACTATCACCTTGTCATATTTTA TCGAAAATGTTTTAACTCCATTTGCAAATATTAATGACAAATATTGACAA ACGGTATTTACTTGCTGTTTTTAATTATCTATGCAATTTTATTTTGAATA AATACGTTCCTTTTTGGTATCAAGTTCTGAGAGTATAATTCAGTGCCATA TTTCTACATGAAAGAAGTATATAGATGAAAATAAAAGTAAATAGTAATCT TCTTTAGCTTCGATCGCCCAATTGCCCAATCATGGCAACGCGGTAGCTAA ATAAAGCACTGAGGGAATCAACTTTACGTTGTACATGTCGACACGCGTTT GTAAATTTCTATCTCCTGCATTGAGCTATCCTAATATTTATAAACTTTTA TGAATAGTTTTTATTTGAAACAGACTCCCCATGTCTTACGAATTCAATTC CAAGATCCTTAATTCTATCCTTAACTGAGCATCCCTGAATTTCAGAGTCC TTCTCTGGAGTCCACTCTCCCAATAGGAGGATGCTGTTTTATTTTTATTG AATTCTACACCTGAGAATTTTTTTTATTTTGCGAAGAATGAAAGTAAATT TCAATCCTCTTCTTCAACTGCGATTCCGAATTCCCTTCCACATGAATAGT TATATCATCAGCATATATGTCTAAAAGATGTTTTTTCTTTCCAAAATTAA CTTCAAACCCAGAGTAGTTACGCCTAATATCCTGAGCAAATTCCTCAATT GCAGCAATAAAAAGAAAGGGAGACACCTGGCATCCCTGTCTGCAGTTCCT TTTAAGAAGAATTGGTGCACTTTCCAGGGGGAAATTCTGGTTTTAAGGCT TTGACCTGACGCCAACATGATTTTAATCTTGTAAACAAGGCGCCAGGAAC ACTCTTCGACCTTCATAACCTCCTCATCACTCACTTCAGCAAATCAGGCT CCCTTTTTTTCCTCCATGATAACAACAGTTGATTTAGAAAAGTTTTTATT TTTTTATTAACTAGAATAGTACTTACTTTTACTAACACAACCTAGATTTT AAAATATTCGCCCCAGCGTAATCCAGATTTATTAAAAATTATTTTACCTT ACATATTGGGTATTTATTTGCTTAGAGAATCACTTATCTTATCTTCCTTA AAAATATGTATTTACAAATAATAGACTAATGCATAAGTTATATAATCTCA AAATATATTTTAATAATATGGGGGTATAAAAATGTAAAGATGTATTTTTG TAATATTATCAATCTGCAAATAAAATTTTCTGTGACTAGAGATATCTTTA AATACAATGAGAGTTAATTGTAGAAAAGTATGCACAACTATTCCAGTGTA GCTCCGATAGGGTAGCTTGTGGTCGAAATAATACCGCAGTTTCCACATAC TTTTTCCTTCTCAACACCATCATTATCACATTTATTTCCATTTTCAGGTG TACTATTGATTCCACACTCAGTGGTAGTATACCTCTTAAGCTTAGCTACT CCATTAATTCCCCAACTGTTCCCCCATGAGTTTCTGATCAACCAGTAGGG ACCATTCTTAGGGTCAGTTCCGTAACCAATCATTTGGATGGCATGATTGA TAGCAATATTTTCATCAAAGCTACAGCCTTGAAGGATACCAGATTTATAA TTCCTAAAACGTGATGCATAAACTGAAACACTAAGAGGACCTTTGTTGGC CAAGTGTTCCATGACAGAGTACATATCATTGGATGGTAGTACTTCATATC CTCGTACATGGGCCATTTTACCAGTCACAGATGAGGCATTGTATAAACAT TCACCACTTTCTTGTGTAAATCCAGAAGTGTAGGGATATTCCTTCTCAGT CAAGATACCGTACAATTGAGTATACATATATGCAACTTCCTCTATCGAAC CATCACATCCGCCGGCTCCTCCGCAATTGTAGGGATTGGCTGNGSAAGAT GTAATTTGTTGGGTAGATAAAATAGGAGGGGACGTCATGTTGTTCTCAAT AGCAACGTAAGATTCAATCTGCTCGACTAAAAGTAAGGGAAAATAATTAT TAGTAATAAGGGTTTTTAACTGTAATCTTACCAGCGGCAAACACCCAACA AGACCCACAGGATCCTTGAGATTTAACGTTACTAATAACGCCCCTCTCTC TCCAATCTACACTTTCGGGAAGATCCTCAATGATTCCTTGCTTTGGAGCT GCTGTTCTCGTTACAAGTCCAGCACTGGAGGACATTGGCGAATATCCCAT GTATTTACCCTCAAATTCTTCGTCTATGTATTTGTTGGTTTGTAAATTCA ATGAATTAATTATTCTAACTCAAATGAAACAACAGGATGTATATATTTAC TGGTCAGATCCGAGAATTCGTTGATCCCCATGTCCCAAGTTCTTTTAGGA TTAGCATTATGCTCTTCAATCTCTCTCAAATTGTCCACAAATACTTTCAG TTTGAGGGAACGAAGAGCCCTGTTATGGTAGGATTTGGAGTATTCTTTCA CAAAAGATTCAAACTCTTGGATTTCTCTTTGAGTTGGACTTGATGTCCCA GCAGCAAGGACTGCTAATCCGAACAAAAAACATACACCAAGAAACTTCAT CTTGAAATGAATATTGAAGTTGAGTTTTCTTTTACTTTATACTTAAGCCA CTATCATTTTATCAGTTTATCCCTTATTTGAACAAGGAATGCTTACCTAT GTATATAAAAATATTGCGATTAGAAAAAGTTACTTGCCCTTTGAGTTTGA GTTACGAACGGCAACAGTAAATGAGCTAACCTAAAAATTTGGCAGATTAT TGAATTATAAAATATGAAAGAAAATTAAAGTAGGACCACACTGGGAAAAT TAAAAAACGGGTCAATTTTTGTTAAAATGATACTTTTGAGATCCACACAT CTTGACCCGTTTTTATCTCTACCCAAATATATAGAAATACAGTTTGAAAT TGTAATCTTTCTATAACAAATTGGTATTAACATTTTGGAAAATGAACGAG AGGGAGATAATAAAGTTTTGAACCTTTGAATAAATTTCAGTCTCAATAAA ACCTATACAGGTAATCCCATAGGCTCATACATAATTATTCTTATTTTCAA AGTAAATTGAAGATACTCGCCAAAAGTTATGAAATTCTTAAACACCTGTA AGTAGTAGATCATAGCTCCTTTGAAATGGAGTGTCCCAATATTGATATCC ACATACGTTCGGATGCTAAAAGAAATACCAAATTTAGTTTCTTAATGTGG ATTCATTTTTCCCCCAATCTGATTCCGCATTGAACTATGACTGACATCGT CATCAGAAGATGATACATAGGGACATGTATAGGAAAAAAAAATAAACCTC ACGCTATTAACATTTACTATGAATTTTTTATTTAATTTTTTCGGAAAAAA ATTAATAAATTGAATTTTTTTGGAAAAAAATTAATAAATTTAATTCCCAA TATAGCATTTTTTTGAAAAAACTATAAATATTGATTTTTTAGGAAAGAAA CTTTAAATATAAAATTTTTAGGAGAAAAATTTCAAAAATCCACAGATATT CAGAAAATTTTTTGAACATACATAATTCTGCTCAAAAATTAATTTTTTTG AAAAAAAGTTTCAAAAATGAATAGCTGTTAACAAAAAATTAGATTTTTCG TAGAAAATTTTTAAAAATCCGTAGCKATTTACAGACAATGAATTTTTTTG GGAAAAAATTTGAAAAATTAAATTAAATTTGAAATACTAAATTTTTAAAT TTTTTTTTTCAAATATTACATTATCCAGTTCGAATGAATTTTTTTTTTTT TTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTCAGCCCCCCMGSCCYCCC YCYSCMGACNCCCTATTTWTKTWTTTYTTWTTAAAAAAAAAGTACTGAAA TACAATACAGTCAAGAACGTCTCCCTGTTTCCCATCTATGAATGGGTTTT TAACGCCTGAAACGACCTCACTGGTGATGCATCCAATGTTTGCACACTTA TCCTCAAATTATTGACAATTTAGAAATATTTGCAAACTCATATACAAGTT TTTAAAGTTTATCGTATTCACAAAAACATCACTGGTATGTGTAGGAAAAG ATTATTTTCAGAACCGGTAAAATACGGTTCCGTTATTTCTGGCCAAAATC GCTTACATACTATTATGTAATGACAACGCTACATTCTCAAATTTTAATCC TCATTAGATGTTCAATTTCCTGTAATTGACGACGTAAACCAGTTAATGAC ATTTACTCCCAGTGTTTTTCTTTGATATAAGTTATATATGAACTCTTCAA TCTTCATTCTACTACAATGGTTATTAAATATTGTTATCTAATACTCTAAG ATAGTCAATATAATTGTGATTATATTCATATTGATATTTCATTATGAAGC ATTAGTAGTAAAACAACAGTGGATTTTTTTTTTCAACTGACTTATTCTCA AAGGTTTGGACCAACAATTCTTATAATTCAATGATAAAATCGGAAGAAGA AGTAACCTATAACCATCATTCCATTCTTGCTCCAATTGGATAATTGGTAG GTAAAATAATTCCACAGTTACCACAAACCTTTTGCTCTACAAGCCCATCA TTACTGTATTTGATACCAAATTCAGTTGTACTATTGATTCCACACTAGTA GTTGTATATCTCTTAAGTTTAGCTACTCCATTAATTCCCCAAGTGTATCC CTATGAGTTTCGGACTAACTTAGCACCTGTTCCATAACTAATTAATTGAA TACCATGATTAATGTTGATATTTGAATCAAAGTTACAACCGTCTAGAATA CCACTCTTGCAGTTCTCAAATCTTCCAGCAAATACGAACCCACCAAATCT TGTTGGCCAAGTGTTCCATTACCGAATACATATCACTAGAGAGTAAGGAT TCATATCCAAACACTCGAACCATTGGACCTTGAACCGACGAGGCATTGTA TAAACATTCACCACTTTCTTGTGTAAATCCAGAAGTGTAGGGATATTCCT TCTCAGTTTCAATTCCGTATAACTAATTATACATATAGGCAATTTCATTT ATCGAACCCTTACATCCACCGGATCCTCTGCAGGAGTAGGGATTGCTTGA GCAAGATGTGATTTGTTGGGTGGATAAAAGAGGTGGTGAGGCCATGTTAT TCTCAATAGCAACGTAGGATTCAATCTGTTCGACTAAAAATATAGAAAAT TTATATGGAAGCATAATAATGTGCAGAGGCATCGCTGGCCTCCTATTTCT TGGGGAGGTGGGCTTCAGCCCTTCAATTGTTTCTAAAGCCCAAACAAAAT TTTTATCAAATCTTATAGGTATATATTTATATGTCTGTTTTTAGTGTTAT CAAAATCCAAAATGGTTGAATAGATTAGTCAAAAATTTAGCAAATTAGAC GTATAAAAAAATCAAGTATGTCCTTTTGATATCATTTTGGGCCTTTGAGG TCATTAAAAGGTTTTTTTTAGACAGGAATAAAAGCTCCCTTTCCTTCTCT CTTTCTATATGTATCTCTCTCTCCCCACTCTTCTCTTCTCACTATGTAGA TATCTTTCAATATCCATCTTTCGTTAGAATGAATATTGAAGTTGAACTTC TTTGAACAAATACTCTTATTACTATCGCTTTATCGTTTTATTTTAAACAA TTTGCTCTCCGATTGTCAATAATGGTTGCAAAAGTTGATTAAAGTTCAAA ATTTAATGAGAAAATTAGTGTTGTTTTTGTTTTAATCTACTAATCCTTAG CTCCTTACGTGNAATTAGTTATTATCCACGATATTGGTATATGTATTATA AAATATGTTCTATATCTTTGAGACTTGAAGGTAATTTTAAGGAACGTCAA TCCGAGATAAATTTCAACTCAATTTTTTTTACGAAACGACACACTTTTTA GAAAGATCGATTTTGGTTTCATTTTTTTAGTGATCATTTCAGTAAAATCT TAACCCTTATGAGTAGATATATCACATATAAATATTTCGTCAAATAGGAA AATTCATTCAAAGATGCAAGTGTTTATGTATGTATTGAAATATTTATGTA TATAAAGCAACAAGGACAAGAGTGTTTTGATTTTATAATCTCATCTTTCT TTTACATCAACTCAATACAAAAAAGTCATTAATGGCAATGGGATTTATCG TTATTGAATAGTTTATGGTAAAGGTTTCATTTTGAACTAAAAAAATATTT ACGTCATAAATAAATAAATAGTATTCAATTTTGAACTCATAACTATTTTA TACACCTCATAGAATAAACGAAAGATAATATTGCTTTAGAAGTTGATTAT TAATTTCAAAGGTTTATGAGGATTATAATTATTTTACCTTATATATTTCA TTTTATCTACATAATACGCGAGTAATGCTAGCAAAAATTGCAGTAAAATG TATAATTGCTAACTTAATGTTTACGATCATAAGAGGAAAGTATTGATATA TAGTAAGTATGTTACAATTTTATTTAGTGCAATACTTATCTTTTAAATGA AAATGTCAGAGTACACCTAGAAGAAGAAGGTGCATCGGTCCACTCTGAGC AAGGTCATCTGAAAGGCAGGAGGAAGGTCGCTTAGAAGATTTGAGAGGCA ACTCCTGTCCCAACGTCTAAAAGAACTCTGTCTTCAGAGATGTCAACAAC TCTTGAATGATCTGAATCACAACAGCAACCAGGTAATTTTTTTCTTACAT GAAAAGACCCTTTACTGGGTTCCATCTACAACAAGCATAATGATAGGGTG TTATGCTTTGACAATGCTGACAACAGCATCATGACAGTCACCTAGACCTA ACATCGGGTCTCTCTAATTATGTTGGGGNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTCCTGT TGGATACAGGTTACCTGCGGTAAACTACTTGTTGGTGATGAAAGAAAATG TGGTCCCATAGGTCAAAAAGACCATGAAGCAGTCCAACAATGCCACGTTC GRATTTCAGCAGGATGGGGGCTCTGGCACATACTGCTAATATAGTACAAG AGTGGATGGGMAGCAACAAGAACTAATGATTCAAGAACCTTTGGCCCCCT CAGAGCCTAGATCTGAATCCACTAGACTACTCAATTTTGTGGCAAATTGA GAAGAAGACCTGCAAAGRCCGCCATCCGAATATTGATATCCTGAAGKCCC TTCGTTAACCACAAGTTGAGGATCATGAAAAAGAACTACGTTGCCCATGT GTGCAAGGAGTTCCACAGGGGGTTGGAGGCTGTCATTGAGGCTGATGGTG GCCAGATTTATAATTAATGTGCATTGTTATAGTAAAAAATATTATAATAT CAAATTTTCTATGTACAGCATCATCCTGATCAATTAGATATGATTATTTT AATGACTACTGAGAAGCAGATCTCATTACTTTTTCTACACCCATACATAG AACAATTTATAGTTGGACTATCTTCATCAAATGTACTCCAAATTATTCAT CCCATTTTTGAGTTACACATTGTACAACTTGCTCATAAAAGTTACAATCT GTACACAAAATATCCATATATTGATTTAAAATGACATTAAATGATCAGAG GGCTTTTTGCTAGGATTTTCAAGGTTCATTGAAGACTGCCAAGAATATTT TCTATAAACTCCACAATTGGTGTCAATTTACCATTGATCATTATTTTGGC TTTAAGAATCATAAACATAGAACTAATACCATTATAGAGTGACTATTGGC GCTGTTGTAGTTGTATATTACGGTGAATATTGTCCCTAGCTCAGTGACGG CAACCTTCTATATTTAACAATAAAAGCATGTATTAAATTAGTAACTTATA AAGAAGATTTGCAAATTAAGAATCAATTGAATATCAATTGAGAAGAAGGT AAGTTGTTGTATCTCAATTAGTACTAATAGATTAATTAAGGGCAAACAAT TTGATATCATCAAGAATGGCAAGAGGGGCTGTTTTTTTCATTGAAATTGT TACTTTCATCCTACTTGGATAAAAGAGATTTTCGTATAAACTTTCAAAAT CCTTAAAAATACTTTCTTCAAAATGAAAGTGTTTCTTATTCCGTGCTTCT TTCTACCCTGGAGCTAGAGCAACTTTCATTTTATTCTGATGAAATTTGAT GTGCTTCTTAGTTCATTTATTTTCCAAGCTAAGACCTTTTTCAATTTGAA GTTCATGCAGTTTGGCTATCTAGTTTCAGCGAACAGTTCCTCTCCCATGT TTGCTTCAATCTTGCTTTGGTCGTTAAAATAGTTTTTAAGTGATTGCATT CAAGATGTAGAGATTCTTGCGTTATATCTGGGGGAAAGGAATAGGTGTGA TCTTTATATACAATTTTGGTGCAAGATATGTTTATGTTAATCCTAGAAAA AAAACCACATATATATGTAGGAGTTCGACTTGTTTAGATGATATTAAATA TTCATCATAGTACCTTGTATACTTTTTTCCTTTTTATTTTTGTATAAAGG AATGATCATTTTTACTTATTTAAAATAAAGATATTTAAATCTTAACATAT ATATACATAGACAACTACATTACCTCAATACTTGTATTTGATTCTGGAAC ATCTGAATTGCATTGCATATATTTATTCGTCTTACTCTCATTCTGAGAAT GACGAACAAGAAGTCGGCGTCATTTCGGACTAGGAAACATAGTCTATCCG GAATACCTAGGAATACTGACGTAATACTTCCTTGTTGGAGACAATGATTT TGTACAACACCATAACGAAAAAAGTACGACTCCTTAAAATGTTTTGGACA CAAATAGGTGTGTAGTGATGGCTTAAAATTTTCGCGGCGAATTGCCCGTA GCTATTCAATTCTAAATTGAGGATCTTGTAGAATCCGATGAAATGAAATT TGGTTTAATTTCACCTTGTCCGATCCATGGCAATTACTTCAGCAACTAGT TTCAAAATAATTCCTCTTTCCCCAACAAGTCGAGCCAGGTCAAGATTTTT TCATTTATTTGATAAGCCAGTAAAGAGGAGAAAAAGTCACTCTACTTATG TATATTCTCTTTGATCACAAAAATAATATACTAGAGTATATCTTCCTGCT TTAAGAGCCACATTATGGCCGTAACTACAATAAAGGGCGTACGCAGGGTT ATACAGGGAGCGGGAATCAGATTGTCGCCTACTTTGAACCTTGATAACTT GAAGACAACATTATCAAATAAAAAACCGGTTACCAAATAGGAAAGCTATT CTGGTCAGCTGACGATAAGTAGTTCAGTTAGCAACATGCCGTCATCATAT GAAGAGAWAAAGAGCTATAAGTGGAAAGAGGAGCTTTCGAAGRCCGCCGT ATTCATGGCATTGGTTAATAATGGAGGMGAAATCTCCAATTCAACGATTG CTTCAACCTTAGGAGTGAATTTACGGACTGTTCAGGGTATCCGTGAGAAG CTAGAGGACACCTGGGATGTTGATGCCACCATAAAGAGGCAACCAAGGAG GAGGGCGCCGACAGGAGAGTCAGGGACACCGACTTTGTCAACAAGGTGAA TAAGATGGTTGAGGATGKCCCTACCAGGTCCATGAAGGCCATGGTGAGGG ATCTGGGCTGCCATGAGAAAACAATAAGGGACTGTGTATCTGAGGATTTA AGGTGCAAGACCTACAAGATGTAGGTGGGCCAGAATCTCCATGCAGTGGT TAACCGAGAACTGTTATGACGTCGTAACCAAGGATTTGTGGCCTCCTAAC TCTCACGACCTTAATCCTTTGGACTATTTTGTCTGGGGCTATGTCGAGAG ACATACCAACAGACATCCCTATAGCACCAAGGCCAGCCTGGTGGACTCCA TCAAGGAGATATTCGGCAACATGGACAATGAGATGGTCAGAAGAGCCTGA GGCCGGTTCAGAGGCCGTATTGAGGCCGTTATTGATACCAACGGTGATTA TATCGAATGAATGGCTACTCTATACCTATATGTTCGTCATAGTTTTGATT TTCAATAAAAAGTTAAAAAATGTATATTTTGTGTTGGTTTTTTGTAGAAA AATATTTTGGCGACAATTTGATCCCCACTCCCTGTATATATATATATTTT TGATAAAAAAATCCACAAATCTACATCTAATCACTAAAAAAATCTTAACT TTTTCAAAAAAAAAGTCAAAAATCCACAGTTATTCACTAAAAATACAAGA AATATGATATTTTTTAGAAAAAATTTCAAAAATTCATACTTATTCTCAAA AAATTGAATTTTTTGAAATAAAATTAAAAAATTTAATTTGTAGATATTAA GTTTTTTGTAAAAAAAAATATAAAAAAACCCAACTCTTCACTAAAAATTG AAAAGATATTAAATTTTTTAGATAAAAAAAGTCAAAAACCCACTAAAAAT TACATTTGTTGGAAATCAAAATTAAAAAATTAAATTTCAAATATTATATT TTCTAGTAAAACTCAAAAATTCCTTCACTACCCGTCCAGTCCACCCCCTG GGAGCCCCTGATAATAAAATAACTAAACGAAACTACATCCATCTTGTTCT TTGCTATGAGGAGAACTTAGCATTGGATCATGAATATTTAATTCAATTAT AGACTTTAGCATGAAATATTTAAAGAACATAATGTCTTGGAGCAGATGGG CATATCTATTTATTATGTTCTTCGTGAGTTAACTCATTAATCTCTCCCAA ATTTTTATGGAATTGCTTCATGTATTAAATAACTACTTATATCTACCTAT GTATATTAAAGTCAATTTTGCCCTCAATGGAGTTACTTATTATCACTAAG TATCTTCTATATTACTTAGAAATAGGCTTGACACAATTCTAGACTTTTCA AAGTCTCTGGAATACATAAAATGTGTTGTCAAAGTCTACGAGAATTTGGG ACTATTACATTTTCTAAAATCCTAATTAAAGTAATAAAAATTCTAAGGAC TTTAACTTTAAGATTTGTTATTTTTCATAGTAGTAAGCAGATTACATAGG TGCATAAAAAGAAGTTACTAATCTACTTTCTAAGTTTGTTATTTATATAT ACAAGGTGTGCAATTATGAAACCGAAATTGTTCTAACTTCTGGCAATCCT CGACAATACAAGTTTCATTTAACAGTTTACATTTGTAATAGCGTTGAAAA TGTCAAATTTTGTACCTGGAAAGTACGATTTGAGGAAGAACATTGATTTT CTGTAATCATTTGTAAAAAAACTGCTGCAAAATTGGATCGAAWATTAGTT GAAGCTTACGGTGAGCANNNNNNNNNNCCCCTAGAAAGTTTGCTATGAGC TGCGAAAACCTGGCAAAACTAAACGCAACAAATGATCACATTGAATAGAG TTTTCTGTGAAAAACGAGCAGAATATTAAAAAAGCCAACACAAAGTGATT TTGCTTCATGACACAACGCAAAGCTAGTCAAGGCAAAGAAATTAAACTGA ATTTTTGATGTCTAATACGCAGGGATGATCGAAATGTAGAGAAAAATAAG TCATAACTTATACGTCATTGGACCCACCTTAAGTGAACAACCCGCCTCAA CCCTCCGAGAAATATTTTTTTCATCGGATGAATTAAAACAGTTCATTTGT AAATTTTTCAATATTCCATTGTTTAAAGTCGGATCCTTTGGAATGTATCA CAATTAAAATATCATTGAATAAAATAATTCTCTTATTTATTTATTTTTTT GTAGTTGAATAATTAACAACCTTTGATATTTTAATGGTCTATTAACTAGA ATTTAATTGAATAAAATAAAATTATGAATGCATACACACACAGTGTATTG TATTATTATTTACGAAATTGCAAAAAAAATTATAACTAATTGAAACGCAT ACAGTAGACGCATTTTTGGTAAATAGGAGCACTAAAGGGTAAAAATAAGC ACTCCTTCTTCACAACTAAAAGAGGATTTCATTGACTTTTATAAAATATT TTCTATTATCTTTTCTTCAATTTAAAATAAATAAAAAGTAATTTAGTTAT TTATATGTAATAATTTATAGGAATGAAATTCAGTAGACCCTAAAATGGTA AATAATGATTTCACTTAAGACAAACTTTGCTGTATTAATATATATGTTGC AGTTAAAGTAAGAAATCCGTTATATTGCATAATAACTAAGTAATGTGCAT AAATAACTGGACAAGACTGTTAATGTGCATAATAACTAAAAAAGATGGTT AATGTGCAAAATTATTGAAATCATAAATTTCATATTATCTTCCGGGACCC TTTCCTAAGGCAAACATTAATGTTCGGCTCATGAGATATGTAGCATGTCC ACAAGGTTTGATTAAAAGTAAGCACCCTTCGTCAATTCATGTATTATGAT TAGGGGCATCATTCACTGTACCCCCGGTTGATATCCCGGGCCACSTGCTG TGTTGCGTGGCAACGTCACTAACAAACGGTTTGTAATCTACTGCCAATTC AACCAGGGCTAAAGGGTATGCCGTTTCTGATGGTATTACATTAATTGGCG GTATATTACAGCCCKTTTGTTAGTTMCGTTGCCAAGCAMCACAGCCCGTA GCCCGGGATATCAATCGGCGTTACAGTGGATTTTAAACTTGTTTTTTCTA AAAAAAAATTAAGTAAGTCGGTCATATTTAGCACAAAAAGTTTTGTCTCT TAGAAAAATAAGCCCACCCCAAAATATAATCCTGCATCAATCTGTTATAT AGAGACGGAAACTTATCAAATCGTCCATTGAAACCCCTCATTTGTAATCT AAGTAATTAATCAAGTAGCAGTAGAGCGTCTGATGATTAATTTTGCGGGG AAATCTCATTTTTAGGATGTGAAGCTTGAAAAAGTGCTCCAAAAGCCATT ATCAAGTATGATTCAATTGGTTGAACAAAGAAATAAATTAAAATCTAACT TTTAATTACAGATCTCTTTTATTAGTGAGCATAGAGGAAGGATCTCTTAT AAAAAATCATCGAAGAAATACATTTCTTAGGGAATATCCAGGAAAATACT TCTTAAATTGTCAATTCCTTCATAATTCATCATACTTCGTTAGTATTGGA GAAGAGCGTCTGTTAATGAACCTATTTTCATCTATTGATTTGATCTCCCT TTCCCAATTGAGTAAAAGTTTTAAAAATAGTTTTTCTGTATCATTATATG TTTTTGAGAGTTATTGTGAAGCAATGATTATCAAGAATGCTTCGTTTTCC CGCAATATTTTGGGATTATATCTGTATAAATCTTTAATATCAAACATTTT AAACTTATATTATTGATTACTCAACATGTTCAGCAATTCATAAATTAGTA TATCTTTTGGTTGTTTTAATGCAACAAATTGTTATGATCGGCGAGACTTA AATTGAAGACAGGGGACATAATCATGTTTGGTTACTATTTCAAATTGATT TCGATAATTTATTGTGACAACAAGTTCAACTTTTAATTCCCATCAAGTAT TTTTAACCAAATAATAATTATTATATTTATATTATATTAAGATTTATTAT TGTTTTGAATCTTCTTGAATTTGAATAACTAATGATCTAAAACATTAAAC AGTTAATTATTCATCTTTAAAATAACAACATGTTAGAATAAACTTATGAA GAAAACTTAAAAATACTTTCTAAATTTTATAATAATTATTTTTGTTTGAA AATCCTATTATAAATTACTCAACGCCAGTGTTGAGCGCAAAACCGGTGTT TAAAATCAAAATTGAGTTATGTATCTTAATTAGTTACTAAGCCATGGTCG ATTATGTATTTTTTTAATGTTTTGTGTTACCTTGACCTCTCAAAATTTAA TACCCTCTTACTGGAACTGTATATAATCTTCTTAACAAATTTGATCAAAA TTCATCTGTAACTTTTGAAGTAATCATGTTAACTAACATAAAAACAAAAT ATCCAGGATCAACACTCGGTAGAGTGCATAAAATCAAATTGAGCCATGTA TCTCAATTTGTTCCAAAGTTTTGGTGGATTATACACTTTTGTACGTTCCT TCTTACTTTGACCTTGATCTTGAAACTTGACCTCTCAAAATTTTGTGACA TCTTACTGGGACCATTTCGTAGCAAGTTTGATCATAACAGATCTGTAACT TTTGCCGTGATCCTGGTGACTAACAACAAGGCAAAAACATTACCTCTCTT CCATTTTCTTTGGTGGAGTTAAAAAAAGGAATGATGACATGATTCACAGG ATATAGGCAATTAGTTTTAAATATGACATAGTTGGCCCACATAACATTCT TATAAATTCTTTATAAAAGGAGGCTAAATATCTTTTCTGACTAGAGGGTT GAGTTACTAGCTTTCACTGATCATAAATAATGATATATTATCCCCTAAAA TTAAGCAACCTAGCTCGGAAATCATTTGACTGAAGCTGATGAACACTCGT GTAGAGTAATTCACCTTTAAAATAATTATTATCCCAATAATTACATCTTG TTTGGTAATGTCCTCAATTATAATACTTAGTAGTTAAAAAAATGACATAT TGAATTGAAACACAAATTAACTAACTTCGTATGTTGTGCAAAATCCCTGG AGCCGATGTTGTAATGGACAGATTGAACTTCATCTTCCTACCAATTTACT CTTATTTTTGTAGGTACACAATTGGTATCTAATTTTTGTTTGAGCTCAAA CAAATTTTAAATGACATCTGTTCTTAATTCTATTTCATCACTTTTGCGTT TACGCTTCAAATTCGCCATTGGCATTATATTAGTCTTTGGTTTGATTGTC GCTTCTGTTTTTAATCCTATAGATGTTATAGCATTTCTTCTTAACATAAG TCTTTTTATTTCTTCTTTTAACTTTCTATTTAACTAATTTTCTAACTATA TATTCAATAATAATTGTATTTATGCACTCATAATTATTATCATTACTTTA ATTGAAATCAAATATTTTTTACTAGGTAATTACTCATTTAGAATTTTGAT GTTTGAAGTTAGAAATTAATGCAAGAAAGCTGTTATGTTTTATCTGTGAG CTTTAGACCAACTGTTTCATCAGTGAGGCAATAAGAAACTACACAAGTTG ATGACCTATTTCACGCCTACGAAGAATGATCATTTTCTATTCAAAATCTA CATATATTTATACTTAGTTGACGATAAAATAAAATAATTCATTAAATCAA AACTACTCATAAAATAGAATAGTTTATCGAGATATTAAGTAAACTATGTT TTAAATTATATTATTGCGGATATAAATGGTCGGAACAAAAATAAAGACAT TATATACAAAACCTCTTAAAGTAATTGCCTCAAAAAATTGCTAACTATAT TTGATTCTTATATAAACGCATAAACTATGATAGCATATAAAATTCATCAA AAGACTCATTGGTTCATCCGAATAATAAAGAGTTGTTAATTCTCCTCTAA CCTTCGTATCTATCCCTCATATTATATTTCAAAGATAAACAAATATATAT TTAAAACATTTATCGATCTTCAACTAAAGTTTCTTTTTTTTTTCCAAAAC TAATTTGACCATTGAATATTTATTTATCTTCATTTGGTAAATTATTTATT AAGGAGGATAAAAATACAAATACTTAGTCAAATCAAACTTAAGGTATATT GATATAAGTTGAAGTTATCTACATAAAAATATAAAGGTGGTATGATGATT TTTGATTATTGATGGTAAAAACGTTCTACCAATCAATATTAGCTCAAAAA ACTAGAAAACTAGCTTCAAAAATTTGATTTTATAATTTTATTAAAACTTT TACATTGTTAGAAAAATTGGAAATACGACAATATTACTATTGTATTGAAT AATTAATCATTGTCAATAACAGGATTTTCAGAATTGTTGGAGCATTGAGA AGAATGAATACTTGGTAATTGGCTGAAAATTCTTTTAGAATCGAAGGTAA CGAACGGGGCTTTAGCAGGTATAGCAACTTTTTCAGGCCTATCTTCTCCA AGATACTTCATTTGAACCTCGAAGGATTCTGGAGAATTTGCGGATTTTCT TAAAGCCAGGATTATTTTCCAAAATTTGTTATAGTTTTGATTGAAATGGC TCCAGAGATATCTATTCTTGGAGTTTGGTCAATATTCTTAGAAAGAAGGA CTCGTTCTTCCAATGGAATAACCGTGGATACTCCGAGCATCAAGTTTATC TTTATTGTTGAGAGTTGGGAAGGAATTTCCGTATCTTAGAAAAGATCGTT CTCCTGAAAAATGGCTTKACTGTCCTTCTCCGTTTCCATAATAAATATTT GGATAGAAACAAAAATTTACATGTAGTAAAATGTAGCTCTAAGCCTGGTC CCCTATCTTGTTATGACAGGTTCCAGGCTAAGGGGATCTGGCAGCAAGCT GCCAGATTAATTTGAGCCTATTGAAGTCAAAATTGTCCACAAAAATAAAG GACTTACTTGTTGGACGATAATGTTCTTTGCATTTTTGGCATCATAAATA TTGTTTAAATAGAGTTATTCCAAATATTGACAGTCTATAGGGCCGGCAAG AATCACAACCCATTTTTTTAAATTTATTTCTACTTCAAAGATATTTTCTT CGATTCAAAAAAAGATACATGAACAATTAAAATATTTTTGAGTCTGAAAA CTTATACCAACAAATCTGATGCTTTTTTCTTCAATTAAGATCTTTGGAAT CTAAAATTAACATAAAAATGTAGAACTCTGCTTAAATATTAAGTTTTGAA TTTATATCTACTTAATCTTGCCTACAATTATTGCTTAACAGTTTCAATTA TTTATTTCGAACTAGATCAAGCAAAACAGTGACTAATGCTACTTTAAAAA AATGGAGGGTTGGGGGGGGGGGGGGATGTAGAAGCTCCACAACAAGTTCA TAGTAGTGATTGGACGATTAATTGGAGTCGGAGGAAAAAAATTTATTTTT TTGTTAATAATTGTGGATTTTTTCCCCCAAAAAAATCCAAAAACCAAGCC TCTCCTAAAATATAACCCTGTGGACGCCCCTGATTTCTAAATAGTATTTT TTAACTATTATTTAAAATATTAAAGAATGGCATTGCGATTTTTGTTTTGT TTTTAATCGTCCCATCAATAGTCCATAGGGAGCATTTTTATAAAATGTCG TCAAATAGTATTTACACTGTAATCAAATATCTTTGCAGTTAAATTCTTTT CGAAAAATGGGGAATGATACATCCCTCCTAGTTTGTACACCGCCTGTTTT CACGTCTATGTTCTAATAATTTAATTTAGGAAATTTAAAAACTTACTTTT GGCTTTACATTTACCATTTAGTAGAATATTGCTTCAGACACATCGAGTAG CCACAAATTTTTATTTTTTAAAATTTAAGTTGTATTAATAACTAAAACTC GTTCCAATGACGTCACCAGAAATAGAAAGACAGATATTTATTTTCTAAAT CTGTTCTGCATGCCCAGGTATTTGCTTGTTACCTAACCTTGTTTTAGTAA CATTGCCTAAGCATAGCAAGACTTCACATAACTTTGATAAGCTTTTGTGC TACAGAAAAGCTCGTTGTGATTTGTTGCATTTCATAGGATTTTGAATTCT TTCTTTATTTCTATTTATGAATTAAAGTTGAGAGATGCAATGAAAATAGT TATGTGATGGATGCAAAGTAACTCAAATGTTTATTTTAAATCCCTCCTTA TATTTACTTACAAATATTATAGCTATTCAAATATTTAATTTATGTAATGC TCAGTTAGTTATCATATATTGATTGTAAGTAATGTCGTTACTTTTGCATC CCACAAGCATTGAAAAAAAGAATAAGCAATACATACATATATTTTGAATT CAATTATTCATAATTTTGGAAGAATACACTTATGCATGTATATAATAGGT GACGTAAAAAGCTCTGAGTGTTTTCTTTTTGCTTTATTTTGACAACAAAA TTAACATATTAAGGATTATCCGATAAGCGCCATTTTGTTGGATAACTTCT TTTCATTTTAAGGGAATTTTATAATTCCACAATTGAAGAAGTCTTCCTTC CTATTGGTAAAAAACTTGAACGGCTCATTTTCACAATCCTCTCTTGAGGC CAGTTTTGTATCATCAAGAAAAAATAATTGAAAAGTGATAATCGCCTCAG GTTGTCTTGATGGAATACAACACTCTTTCTACTGGCCAACTCTGGCCACT TAAGGACGATCCCTTGCTTCAATTTGGTCAGTTATTAACAATATAAATCC AAATTGAGGATTTTTCCCGATTAGAGCAGCTCATAGTGGATGATTGATGT CCAANCCCACCAAACACAAAGCATAACCTTCTTAGCCATTAATCTGGGAT TAGTATCGTTTGAGCCACTTCACCGTGTTTTGAACCCGATCTTTTTCCAA AGTTGTTCTCGTATGTGACCCACTTTTCATCGCCAGTCACGATACGCTTC AAAAATGCATCGATTTCGTTAAGCAAAGAGTCGCAAACATCAATTCGATC AAAAATATTATTTTGCGTCAATTCGTGTGACACCCATACATAAAGCTTCT TCTTAAGATCAACCTTATCCAAATGGTTTCAAACGGCTCTCTGACTAATC TTTAGTCCCTCTATGGTCTACTATGGTTGACACTGGGGTAGATTCTACCC GATACAATTTGGCGCGGCATTTCTACTTTCATTAAATAAACCTTTGTATT TTCCTAGTTTTCTCAGTGTTCTCTCGTAAAATTGACTGGAGGATTACACT ATTGTCGGACCCTGGGGAATGGAATAAGTGCTCTCATACCAATCTAACTC GATAATATCCATTATTTTATCGACATTTGCGATGATTGGCCTACCAGAGG AGTTTCTTTTTTTGGCCACTTGTCCACCTTCTCAACTGGATTGTAGTGAT ACTGAAGAATGTATGGAATTTTCCCTTTTTTTACTTCAATTTTGGTACGC TATAACACACAACTGGCTTCACCAAACACAAAACTGTAAATGAACTTTTT GTTAGTGTACACTTAACCTTTACGCAAACTTTAAGCATTCTATTATACGA TTCATTATATATTGAGATATACCTCACTAAAGACATCTAATGAAAAAAAC TCAGAACTTCTTACTTGACCTTATATTATTTGGGTTAATTTTGATAGAAT ACACATATGTACATAAAAATTAGGGGGTTTCTCCGGGATCTCTTCTTTTT TTTCTGAGTTTTACACCCACGAAAAATTTCTGGGAAATCCTTCATTCAAT GATGATGCCTTCCGAGGATGAAGTTCCTTATTCCAAGCGACAGTTCAGGA TATGAGACGAGTGAATATGACTCCGATAGATTATCATATATTGGCAAAAG TTGTATATATTCTCGAAAAAGAACTGTGGCTACACTGCTTGTTAACTCCA ATACAGGCTATAGTTCAGAAAACACAGTAAAATCTGCCAAAGTAGAAAGT GGATGGAAGCAAAAAGATTCCGTAGCTGGTATTCTATTTATAGTTGCTGT AGATCCCTCATGCTACCGGATAAAGAGCAAAGATGTATTGAAGAAGAAAC AACAAGGATAGTGCTCGAGAATACATGAATGATTATGCAGATGATATCTT TACAACCCTCGTCGCTGAAAAAGTTCTAACAATTGCATAAATCAAGGAAA TACAGAAACTTATGTCATGATTCATCCCAATTGCTAAATTAAGAACCTAA GTGTTGGGTGTTGTTATTAGGAAGATCCAATGGAATCCAATAAACAAGGT ATTATTTCCAAGTTAAAGGAAAATTCAAACCTAATTAAGTCTCTCAGTTT TCATAGATGGGAGTAAGTCAAAATCTATGGATAGTTCCAAAAGCAACCCA TATTTTACGAATATACATGTTTGACTATGACGTTATTGACCTTCAACACA AACACAATATTTCAATAAAAGAACCACTACTTACCAAAATCTGGTTGGAC TTGGAGCCATAGAGTTCAGAAGCATTTGGAAGTATCTTTTGGCGGAATGT ATTCTACAAAATTTGAGAAGAAAATACTTTTGGAACTCTCAGTATCTTTT GAAAGTTTTAATCTCCAGTATATTAACTATGGCATGCATTGAATAATATG TAAATATATGTAAACTCAAATTTTGGAGTTCCCTACATAATATAGTGAGT GATAATTTTTACTCTCCTAATTCGATATTTTAACATATATAAGGAAGAAT CAAAAACTACATTTTGGAGGGTCCTCAACACATCTATTGGATGGATTTCA ATGGTAGTAATTTTATCTTTCTTTCAATGAACTTTAAGAAATGTGTTTTA TCGTTTTCTGAGTTTAGTCATTCTCAAAATGTTTTGTTCTTTGTTCCTTT CATAGAATTAAAAAAGTATCTCTTGGACCACGCCCCTATTATTAGCCATG AATCGAAATTACTAATTATTTATTTTTGATTTCTTGATTTATATGGTCAA ATGTTAATTGACGCTTCCGACTTTAATTTTCGGGGATTTTACCATTTATG TCTATTTATTCAAAAAATGTTATGAAGGTATTTCTTGTATAGTTTTAGTA ATATTTTATTACTGATAAAATAATTATGATTAAATAATAATAAGTGCTAA TACATGGATACTCCAATAGGATAGTCAGTGTTCAAAATAACACCACAATT TCCACAGACTTTTTGTGTCACAATTCCGTCCCCTTCACATTTGATCCCAA ACTCAGGTGTGTTATTGATTCCACACTTAGTGGTAGTATATCTCTTAAGT TTAGCTACTCCATTATCTCCCCAAGTAGGTCCCCAAGAATTTCTGATTAA CCAATAGGGTCCAATCTCATTATCTGTGCCATAGCCAATCAACTGAATGG CATGGTTGATGTTGATATTTGAATCAAAGTCMCAGCCGTTTAAGACACCA CTTTTGTAGTTTCGGAATCGAAATGCATATACCGAAGCACCTAGAGGACC TTTTGTGGCCAAATGCTCCATAACAGAGTACATATCATTGGATGGCAAAA CTTCATACCCCCGCACATGGGCTATTGAGCCCTTGATTGATGAGGTATTG AACAAACATTCGCCGTTTACTGAGGTAGTTCCAGAGGTGTAAGGATATTC TTCTTCTGTTACAATGCCATATAATTGTGCATACATGTAGGCGATCTGAT TTACAGCACCATCGCATCCCCCGGCTCCTCCGCATTTGTAGGGATTGGCT GAGCAAGATGTAATTTGTTGCGCAGAAAGAAGAGGTGGTGGAACATTGTT CTCAAGTGCAACGTAGGACTCAATTTGTTGGACTAACAAATATTTCAATC AATGGAAGACAATTACTTACTTTGCAATTGTTAAATTATATTTTCCTCTC ACCTGATGTAAATACCCAACACGACCCACATGCACCTTGAGATTTAGCGT CTGTGATAACACCCTTCTCTCTCCAATCCACATTTTTGGGAAGATCCTCA ATATTCCCTACTTTGGGAGATATTGCTCTATTGAAAATCCCATAGCTCGA TGAAATTGGTGTATAACCCATGTATCTGCCTTCAAATTCTTCGTCTGTAT ATTTGTTGGATTGTTAATGAATGAGTTAATCTTTCGCAAATGAAGATATA TTTTCTAAATATTTACCTGTCAGATCCGAGTATTCGTTGATTCCCATATC CCATGTTCTCTCAGGATTGTCATTGTGCTCTTCAATCTCTCTCAAGTTGT TCACAAATACTTTCAATTTGAGGGAACGATCGGCCCTGTTGTGAAAGGAC TTGGAATATTTTTTTACAAAAGTTTCAAACTCTTGGATTTCTCTTTGAGT TGGACTTGAGAATTTCCCTTCAGTATAGGAAACGAAGGCCACTAATAGAC AAATCCATTTAAATTTCATTTTGAATTGTGATATATTTTTTTAATTTCTT TAGACTTATATATCAACATACATGCTCAATCTTATCTTTCATATATGCGT AGTAAATTTCTAGTTTATCTTACATATATTTACTCGTCAACTTATAGTGT AGAGAATCAAAATTAGTTTGAACAAACAAATTGTATTTAATTAAATACGT CCTATTCTTCATAAATTCAAATTAAATTGTTTTAAATCTCTAAATGCTCC CCCCTAAAAATGTAGATCAGTATTTGTTATTTGATTTGTCAGTTCATGGA ATACTTTATACATGGATGTCTCTCCATTTTATTTTATTCAGTATTTTTTT GTATCATAGTTTAATGCTAAATTACAAAATCTGATAAACTACTTTTTTTC AGTTTGCCTAAAGTAAAAAAGATAAAAATACAGGAAGGTTATTTTTTGTT TTTCTCGGAAAATTTATTTTAGATAGCTTAAAACATGAATTCTCAGGAAA AAATAGAAAATCAATACCACTCTCCTTCAAGAAGAACTTAAGATTATACA ACTTCAGAAAATAGCCGCTACTCTGTCAAGAGTTGAGAAGAGGTAAAAGC ACGAAGCATCGTTTCTCCATTATGGTATTTTAGGTTATCAACAGTGAAGA GGATTCTCTCTACTTTTTCAAACTAGAACAGTCTGTCTACTATGTCTTAC CCTGGCTGAAAGTAAATTATCCCTAGGGTGATTATTTGTGGCAGCAGKAT GGACCTCCCTACCACACAGCGAAGAAGAACCACATACCTTCTTCCAGTCC AAATTTTCAAATTTATAGGTCTCAGATTTCTGCCCCAATCATCTCCTTAT CCCAACCCTCGGGACTATTATTGGTGAAGCCCTGTGGAGAGTAATCCCAA CACCATTAMCTCCCTCAAATTTAGCCAGCAAGAAAGCATTTGAGCTCCTA TCCATAGAGGATATTGCCTCAACTTGATCCTCATTTCGGGGACTTGTCGA AGTTGTCAATTTTCACAGTTAAATGGTTGAACTCAAAATAGCTCTTGCTA TGTTTTGAATAATTTAGTGAATAGTAATTATATAGTCCAGAAGAATTGAT AAATTACTATCCACTAATTTTGAGTCCGTTTTTTTTGGGGGGGGGGGGGG GATTTGTAGAGAAAATGTTGTAAGATACAAGGACATGACAGCGTCAAATT TAATGAAACCCCTCGTAAGCGTACTTTGAGAACAATTTAGTTTGTAAAAC TCTGCAATCAACTTACACAACAAAATTTTCTACTAGGAGTGAAATACAAT CCTGGTAAGAAAACAAACGTAAACCTTACGCCATATATATATAGCTTTAT ATTAAAAGCCTATACAATACATTTTCATACTAACGTGAAGAAATTGTAGC ACTTTATCAATAATATTTACTTAACGATAGGCAAGGAAGTAACTAAAAGA ATAACAAATATAAAAGATAAATAAAGGTGGTCTTACTCACAAATTATTTT GTCTTCCCTTTATTGAAAAAAACCTATCATTCATTTTCAAGCTCCATTCT CCATATTTTTGTACAAACCTAAAAAAGATTATGTCAAATTACTAATTTTC TTTTGAAAACTAGAAACCAACTTTTGAAACAATTTAAAAAATGTCCTAAA TTTTACAAAGCAAGTAGTTTAATTTAATTTTTATAGAATATTACATTTTT TTATTTACAAATTTTGTAGATATAATTAAATTTTTAAATATGGATTTTTA ATTAGTGGATAGAGACAATTTTTGGAAGACTATACCTACTTTTGGATGGT TTTTGTAACCCATTCTAATAGAATTGAGCAATTTTGGCACAATTCGCTTA TATTGGAGAGACCTAGCTCTATGTATACCAAAATTTCAAATACTCTCACA TCTTTGTAGAGCTGTAAATCATATGATCTGCATATGATGTCAACATCAGC ACACTAAAGTTAAATGTGTTACATAAATCATATTTGTAAGGCCCATAAAT CAGGAGTGGTGAGAAAATCGATCCATAGATTGATTTTAAAAAACATGGCC ATAATTTTAAATGATTAAATTCGATCTACGGTCTGAGATCGCAGTCTAAA CTGAAATATATGTCTGAATCCATCTAGAAAAATCCCTTATGACCGAACCG GTGAAAAAATTGGTCTTGAACCAATTCTCAACACTACAGTGTCGTTCCGG TAAATCCTGAGCAGCTTTAACTGAATTCTGATCGATAAGGGAAGCAAGTA GAGTTTTGAAATTTTATTTACATAAAAAAAATAATAATTGAACGTGTTTC CTATCTATACCAATCCTTCACTCAATACGATGCCTAAAGGACTGGCAGGG STTAATCACCTCCGCMGGAGTGATAGAGGTCTTCAAGGAGTCGATACTAC TGTGTCTATAGAAGAGTTCTTCTTTTCTAACTGTACCGAAAAAAAGTAGT CCATGCAAATTCATATCAGAGGGAGTTAGAGGGCCAGGTCAGGAGTTTCG CAAATTGGCGCATTCTTTTCTTTAAACAAGTTTTGGGTCTTGGGGACCTT GTGAGAGTGGGTTGAGTCTTGTTGAAATTGAAACTCAACACCATTGCCCT CAGCTTTAATCCAAGGTATCACTTCATATTCCTTATCGAGGTATCACTTC ACATTACTTGTCGACACCAACCCTATCTGGCTCAAAGAAGATACGGGGAA TGACACTACCTTTGCTCTCAATGACCCCACAGGTAATGATGTTGTATGGA AACTTGGTTTTAAAACGAAGGGGGGGGGCATTAGCTCTCTTTGTGGCAGA TCATCTGTCGTTCTGGAAACTGTCAACCGTTCATTGTTACTCATCCGAAT AAAAGAAGATTCGGTTACCATGGGACATCAAATGGATAAGCAATTTTCTT GCAGGTGGCATTCATTTTTTCTGTAAGGAAATGTATTTTTTTGAGGTGCT ACCACTTCATCCTCAGTTTAGTGTTTATGGCCCTGGATATTGTTGAACGG CTTACTTTACGCTTAATCGGAGTCCCGAAGATGCCTCCACAGACTATTTC AGGCCTACGAGGAATCTTGGAGTGCGTTTTGTATCACTCCAGGACTGCGG GCTTTTCTCTTATATGTTCCCTCCTCCTATCAGTGGTTATGACATCGTAG ACTGTACTCTTTGGATACCCGTGCATCTTCTTGATGTACGCTGGCTGTGT CCTGCTTCGATGATGGTGTTCCTCCGGGTATTTTCCATCGTAAATACTCG TTCTGAACTCTAAGTTGTACAATTAACTTCAAGCTAACACTCAACCTCCC ACTTTAAATTGAAATAGCCGAGTTAAATGTTCTCCATATTGTTCAGGATG TACTTAAAGATGGTTTAAATTATAAGAAGGACACTATTGTAAACTCTTCT TTGACACACATCTGGCTCGTAGTTTGAGGATTTATCCCAACTAAATGAAC TTGAAAATGAATCAAAGTGAGAAATAAAGATGTGAAGTAAAATTCAATAA GGTTTAATGTAAATAATACTTGCATATTTATTATAATATAAACCCTTTGT AATATGAGTTAATTTCAAAATGAAAAATAAAGCCGTTTATTAATAGAGGT ACAATTTATGCAACAAACAAAACAAAAATAGATATAAAGTATCTATTCAA TTAATGAATCACTGACATAAAAAATAAAAATGAAAGCTATTCTCATGTAG CAKCAATTGAATAGTCGGGATTCCTAAGAATTATGTTAACAATTCAAATA TTCGTTGGACACTAAATTTACTGTTACTATTAGTTTCACAATTGTTGCTT ATTATATAACTCTTCCAATATCTTTTCAAGCGTTTCCATATGAGTTTAGA ATGATCAAGTAGGGTCCATGCTCAGAATCTATTCCATAAACAATCAACTG GACGATATGATTTATATCATTATGTTAACTCTGAAAAAATATTTCGGATG AGATCAGCTACAATCAGCTGTGACAAGGAAGGAGGGGAGAAGGAAATAAA CAAGGACATTTGCAATAATTATTCCAATGTCGATCCCCAATTCTATTCTG AGTCCAGAAAGGACTTACAATGTTAACTATGCAACGATTCCGTCAGCTTA CTCTCCGTCTTTTATGAACACACACGATTGTTCAGTAAGGTTTGGAGTAT AATTGAATGTAGTTGGAAAATAAATTCACAACTTAATAATTAAAAAATAA TGATAACTCGTATGGAAAAGAGACTTCCAATTCCGAAAAAGCGGGAAGCT ATTAAATTCATAGGATTTACATCGATATTGATTATCATATTTAAAGCTGT AAATCATATGACTTGTCAAATTACGTGTTAGCCCTCACAATTAGAAGAAT GTTTTGTAGAAGAACAGCTTAGCTGCTATTACGTTTCATTAGATTAACAG CTACGAGAGGAAAACAATAAATACAAACCCCACTTCGTATCTATGTAGCA AGGTCATAGACAAGAATGCCTCGGATGTCAATCCTCAAAGATTATCTGAG TCCAACAGAGATATACACTAAGAAGTCCCAGCTCATTATCAGTTATTTAT GAGGAGTAGTTACTTTATACTTAGATGTGCTCTCTTCAAAATTAATTAAA GAATAATGATAACAGCTTTGAAAAATATTACCATAGCACACACTAAAATA TTTTATAGAAAAAAGGGATTCTAAATTATTTACTTGAAAAAAATTAAAAT CCATTTTATAAAATAAAAAAAATCTTTGCAATGGCCTTGTAAAATTGTCT TTGGTATAAATATATACAGCTTAATTTATTTCCCCAGCCCTTTAAAAATA GGTTTACTGTATTCTTATATTATCTATTTTTTTTTGCATTTGTTGGAGCT AAATGACCAAAATGTGATTCGTTTGGTAGATAAACGAGGAAATGACAAGA TGCTCTCAATGTCAACAATAGAGTCAAATTAAAAAATAAGAAAAGAATAA TGTAGTGTTCATTCATTCATTATATTTTTTTAATTGGAAGTTCTGGGAAA TTATACTTAATGAGTATTAATTCAGAGTATCTAGTTAAGAGGACTTACCT AGACTTATGTTCTTAATTATTTTAGGGAATGAAAAGTCTTCAAATAGGGT TGTAGTAGGTACGTAGCACTTTCACGTATTAATATACGCAGTAAAATCAT TAGTGATGAGCTTCGTTCTGGAAGTTTCTAGACCCGTCCTAGACGATTAT AACTATTGATGAACAGAACTTATTCAGTCATTTAAAGAAGTTGGTGTTGA TCAGTCTGTTATAAAAATTAGGTTGGGATAGGAAGAAAATTGGTCATTGA CAAAAATGAAAATGTCAATTTAGTATTTGAAAACGAATAAATTTTGATAC ACGTCTGAAATTGCAGTCTCTATCGAAATATCAGACCAAATTAGTCTAGA AAAAAATTACTTGACACTAAACCGGGGAACAAAAACCCATAATGATATAC TTATGCTAAAAAAGTTTTTATAATCTCACTCAAAGAGTTGATCAAATCTT TAGAAGATCTATAAGTTTTGGAAATAATAGCCTAAACAACCTAACTTTCA GGTCCCAAAAAATATCCTTGCCAAAAAAAATGAATCCAAATTATGAACAC AAACTATTACGGAAAGTAATAGTAATGAGAAGTCCAATTCGACTTTTTCG AATTTGAGAAAATTAAAAAAAATATTATGTTAACCATTACATATAGTGAA TATTTAAAAAATTAAAACGTACTCATCATTTGCATTCTAAATAGAAATTG TACCAACAAAGTGATTCGTAACCATGGTAAATTAGCAACTAAAAAATGTA CTTTCTCTCAAAACAGTTATTTCCAGGAAAATAATGTGTTTTTACAATAA CAATATCATTAAAATGAATAATTTGGCGAGCCAATGAGAGAGCTGTCCTG CTAATGTTAACTAATAGAAGATGCACACTAGAATGTTCTTCTTTTGGAGC AAAAATCCAATTTAGCAAATGAATTCCTCAAAGATTATTCCTTTTACAAT AGCTTTTTGCACTCGAGGCTTATAAATCCCACATAATAATGATTTTGTAA GAATTGGCATGGTTGAAGCTACATAAGAATCTTAAATATATCAAAATAAA TCAATTATAATGCTAAAATTGTTTACGTTATTTTACTCCCGGAATTATGC ATTTTTTGCAATGATGATTGCATTTTCGGAGCTTCAACGAACATAGAATT TTTCAAATTCCTTCTGAAATTTGGTTAACACTTTAGAAAAAAATATTTTT GAACTCGAATACAAATTAATGAACAAAATTCCAAGGGTATTTTGTTACAA AATGACTTCAACAACACCTTTATAAATTATGTCGTTATTATATTCATGTC CAAGTAGAAATTTGTGTGAGGAAATCTTTTTGAGATAAGAGTTTTAAAGC ATACTGACAAAACTACATAAAATATCAATTTGATGAACCACACTTCATTA ATAATGACCCTCAAAGTAATCATTTATGACGAAAAAAGTATTAATTTTGT AAGTATGTAATTTATATTCCAATAAATGAACATATAACATAAGCGTTCAT GAAACTTCAATATTAAAGGAGTATTGAGCAGAAACAAAACAGAATTTGAA TATGTAAATACTTGATATGGGCATTTTAATTAAAATTAAATTAAATTCTT CGTCTGAGTGGGAACTTTCATCAAAGAAAGTAAAAACTATAAGTTCCTCA AAAAAAAATCCAAAGATGATTCGATTTTGTTGTTGATAGTTTTTGTTCGT TTCATAGTGTTTGGTTAAAACTTCAAGAGTTCAAAGTCCTGAAATCAAGA CTTCTTATAAGCTTGAACTACAAAGCAACATATGTCTCTCAGTCCCTTTT CATCTTAATGTATCAATTTAAACTGCTCTTTGAAAGTCTAAATATTTACA GAATAAATAACTTTTACCATTTGTTGTGGTAACCACATGATATTCTAACA TGAAGCCTGAATTTAAAGCCTGAAGATGCAGTCACTAGTTTTTATTTGGA AAATATGATTTGTATCATTTTTAATAGCCACAGTTCTAAAAAAGCGATTT ATTTTTCCTCTTCAGCTGTATAAAATGATAATTTGTTCAATTTACTTATC TTATATATATATAATTCAATTTGTGTGGTTGTGTCTTTTATGGGTGTCCA CATCGTTGGGCCTAGGAGGCTGAAACTTAGCATGGATGCCTCTTTTAGAC CTGGTCAATGTAAGATGGAGTTCCCAATTTTAAGGGGGCGGCATACATAT KTTTTAGATATTCTATAACCGAGCCACATTAATTATTTTTAGATCTGAAG GAGACTAGATAGGTGGTTAAATTATAAATCAAAAAGTGACTGGCATCTCA AAAAACAACAACTATACGAATATAAATGTATTTTGTTCCTCTTTACAATA CCAATAAATACTATTAACTACTATTTTTTGGAGAATGAGTGGAAAACAGG TTTTTGCAAATTTCTTAAGATTAATAGAAGATGGAATCTCACCTATAATT TTTTTTCATGTCTATATGTTGGTACGTTATTTGAAGTCTATACATCTTTT TTTTTTTTTAATATTCATAATAATACATTTCATACTATATACAGATGTAT TATTAAMAGGCCTGTAATAATACCTCAACGCTCGTCCTTGCCACAGGGGT CTAAACATTAGTAAAATTTCATTGACCGTTTTCAATGTGATTCCCCACTC TCTCCTTGCCCTAAGCAACACCAGGTAACCCCTTGCTAATTTATTTTCAA ATATTTAAGTATTTGTACCTGATGAGACTAGAATGAGATGGAAAAAATCG ACACTCACAATATACAAAATATGATGACGTTAGGTGAGCCACAGGATATC TTTGTTCTATTTCTGTTCAAGTAATATGCAATTTCCATTTTCTACATCCC GTATTTGAGGCAGTCGGATCAAAACACATGTACGACAGTGATCCGACAGC CCCCTTTCAAAATAATTCCATAGAAAATGGCTTATGTATTCTTAGTGTAC CATCAGTCAGTTTTAGTACACCAAGTAGTTGATCAGCTCAAATTCTAGAA ACTGAGATTGGTAATCTGTCAAGAACTTCTTCTGCTGTTATATCCTCTAA AAGTTTTCAATTACATCCTGGGAATACTTTTATTCAACCTTTACATTTTT TATGAAATTGTCTTGCAAAATGTTTGTTTTGTTCATCATATACTAATCTT AAGTCTTCAAGATAATGACCTACGAAGGTGGTCTAAAAAGTTTCCGATTT AATAAAGATACAAGACATTTTTTCTGATTTTGTATTATATTTCTTCCAAC AACTCCAAGTCTCCTTGTAACTCTACACCCTTATCCCAGGTATGCTCCTA TACTTCTCTTCAAAATAATTATTCAAGAAACATTTTTTTTTTTTGGCTCA ATATCTCCAAGATTGACTTAGATGCCTTAAATTTTAAGACAAGACTTTAT TAGAGGTTACACTTTCAAAAACCAATACATAAAAATTCGATTTTGTCTAT TTTCACAAAAACAGACACATCAACACACTCAAACGACTGTTTCATAACAA CTATTCGTATAAAATGGCTGAAATTTTAGTAAGTAACTGTCAAGAGATGC TAGATGTACTATGTGAGTAACCTTTATTTACGAATGCTACTATCTTCACG TTGAGGTTGGAAACTTTTCAGACCACCTTCGTAAGTTACAGTAGGGGCAG CTCGTAGATCTATCACCTTAACTTTTTTCCTTGTGAACCATTATAATATT TTTTGTTAAACCATAAAACCCAATAAACGTAAAACTTTTATTTAAAGTCG CAACATCTAAACATAATACAATATTTTTTTGCCATAAATTAGGGGTGTAC TCCAAAATATTTGAGATTGATGATATTTTTAGATCAACCTAAAATAAATA TTTTAGTAATGGGACGATTCCAAAAAAATCCCGACACCGATTCTGATGTG ATTCTAGTAAAAATTTCCGATTCCGATTCTTTAATATTTTAACTGATCGT TAAAATTACAATTTTGCCATCAGAAGCTTTCACAGGATATACATTATATT TTTTTGAGAGGAAGGCTTGGTTTTTAGAATTTAGAATTACATAAATAGAC GTATATTATATGAAATATCTGGTACCCATTGGATAATTAGTCGTCGGTTA AAAAATTATTCAGATTCTTTTTTATTTGTGGGTAACCGTTTTTACACGCA CTTACGTTTATACAGTGTGCAGTTGTTGTTTAACAACGAACTTTGAGCGA ATGCGCAGTTACGACATTTTTTCTTATTTGGACAGCTAGCTAGATATGTT TGGCTTAATTTGAAAAAATGGCATTGACCAAAAAATTATTTTTTCTACAA GCGTAGAATTATTGCGATCCGTGCCGGACGAACCATTGTTGAGATTGCAA ACTTTTTAAACCTAGATTGGTCCTTAGTCTGGAGAGTCAGGAATGACCTG GAAGAGTCTGTAAGGGTTTATGAATCAACAGCTAATCCAAAGTACAAATA AAACGTTGCCCTTGTCGAAATTTTTTTTTTACTTATTGGACACAGTTTTT GGCATCCAAGCTCATCAAACTTCAACCTCATGGACTTTTTTGTGTGGGAT GCATTTGAGCGACAAACATAATGATCTTCCTTAAACACAAAAACCAAGCT GATATCTAGTAATCGGGGGGAATTCCGGAATCTGCCAAAGACGACCTTTT CCCATTTCTGAAGTCGAGTCGAGGGGGTTATTACGCCAAAGACGATACTA TTCAGGAATAATATTTTTTTTGCTTAGCCTTTATTTGGTATTGGTTTTTA TTCCCATCCGATGACTAATGTAGGAGAAAAACGTGTTAGTTATTAAATAG AGGTCCCACCCTATTCAAGAGTGATGATTAAGCAAATAAAGTAGTTCATT TATAATTTTACAGACAAGTACAGAATAATGATTACGTTACATACAAAAAA TTTAGTTATTATCTGTATATCAGAATACTGACCCATTTAAAAACATATTT AAATTATTATAATATTTTTTATTTTACCATATTATTCCATAGGCTTATTT CATATATATGTACCTGTATGGAACTAAATAAATATTCACTTTTAATTCAA TTAAAGCTATTAATTTTGTGGTATATATTTTTTTAAGGGCTCTTTTCGTT AAAAAATGTACTTGGCTAATAATTTCTAAGGGTTGTTTTTTGACTAAGAA ATTAAACATTTCTTGGAATGATATCCAAGAAGTTACTGAAAAAGTGACCG TTTTCACATTTAATTTCATAATCCACGTTACATTATCTTGCTCTTTGATA ATTGTATCCACTGTGGCAGAAAACATCCACCAAAAATCCCCCTATTTAGG AATGGGAGGCACGAGGCATAAATTCCCCTTTAGCCTCATAAACTTTAGGC TTAGACATGTATTTATGTTATACATAAGTAACACACTTGTAACAAATGAT TTTGAGCTACAAAAAATCGGCATAACTCAAAATTCAAGGAACATTTATTA AATTTTAAAGTGTAGAATTACATAATTACTAAATGATCTGAAAGTTTAAA AAAAAAAGATATTTAAAAATGTAAATTTCATTATTGTCTTTGTATGTATT TTCTAGGTGAAATTAGTTACGTCAATATATATTTTTTTTAATAAAATACA ATGAAGTCAAAGTTACTTTTTGAAAAAAGTAACTTTTGTAGAAATAAACA TAATCTGCTCCTATGTATTATTAATTATATTCCTAAAAAATGGGGAATTA AAATACTCTATTACAAGCATGTACCCAAATTTGTGGAAATTAATTAATTA TTTAAGAAAAGAAGAAGTAATGCCTATAATTTTTTATCAAATCAAGCTAC ATTTCAATGTTATGTAGATATACTAAAGATTGTTTATGTCAATCTATGTA TTTTCTGAAAAGACGTGCACTCTCCATGTATATAGTGCTCCAGACTAAGG CAAAGTGAGATTAATCCAAGAAAAGAGATGCAACTTCGTGAGCTATTTAA TCTCGTTGATAGTAAAAGTAGATGCGATAGAGAAATTAGAGACTAACAAC CATCTTCAGACCAAACCTATGATCCATCAATAAATATTCATTTCTTTCTA TCGATGGAGTTTTTTCCATTTCTTCAACKAAGGCCACGACTATGATTCAT TAACGTGCCACAAAAATACCGCACATATTTCTAAAAAAAAAAATGATATA AATAAAAAAATAATATATAATGATACTCTGTCAGTACTTAAGAAATAAAT AGCAATTTGTGTCATTAAACTTTTAGGCCAACTACAAGATGGTTTAGACA CTTTTTTCTGTTTCTTTTTTGAGAAAAGGTATTGTGATACAATAAAAGTT ACAACTCGATAAATTAGTCGTCTTAAAATTACCTTCTTTGATAAGTTGAT ATGTTATTTTTATGAGCTCTTTCACTCTTATAATTTATTAAACTTTAGAT TTCAACTTTTGTGAAGATGCCAGAGCGTTTTGTTACCCTGAGATGTAAAA CTGCTGATCCCAGTCATAAAAAATGAAGAGTAAATTATATCCACATAAGT TCTCATCAAATCTCAAAGAGAGAATAATATATAAAGGTTATTAAAAGAAG TTACGGCCAATTCAGCTTATCCTTCAAATGCTAAGAAACTTCTAATACTG CATTACCTCTCTACACTATCATAAATGTTATATACCTATACAGAAGTGTC CGCAGGGGGTAGGCTGGAGGGGCTATAGCCCCCTTCCCAAATTAAGGAAT TTTTGTGTTTTACTAGAAAATTTAATATTTCAGTATTAATATAATATTTA AGTTTTCTTGAATAACTTCGGATTTTTGGATATTTCAGGTTTAATTTTTA AATTTTTTGTGAAAAGCTGTGGGTTTTTGAATTTTTTTCTTTTCGCAAAA CATTTTAGTTTTTAGAATTGTTTATGGATTCATTCTTAAACCAAGGCCCA CAAAAGATATTATTCTGCGGACGCCGCCCCTACTATATTATTTTTATTTG TAAGAAATTTCTATGAAGACATTTTGAAAGTTAATTATAAATTCAAACAA CAATCAATATATATTTGGTGCTGCCACAAATGAGCTTAAGACTAAATAAA TATAATACAAATGAAGAGTCCAGATTTGGCGATAGTTTCTGAAAAAAAGA AAACGCCGTTGCGTGGAAAATATTCTCTGTATTCAAGAGAGAAAAAAATA TCATATATTCAGTGTGCGTCCCTAAGTTTTGTTATGACGATTAATGTAAT TTTATATTTTTCCTATTTAATCCCTTGTTAGTGTATCCATGGTTCCATAT AATAATTTAATGCTGTAATTTCTAAGCTTCCTACTAACGTAGAAGTTAGA GTGAGAATTAGCTATCATAGAGTGTCATGTGTTCAAATAAAATATAATAA CACCTTCTTCAACCCAAATAGCTTTGAAAAATAACCAAGATTATTTTGAT AATTCAGATTAGGTATTAACAAAGGATTTTCTGTTGAGATAAGGCCAGAT ACGCCCTGCAGACAGAAGTTGAGGACAACTGTCCGAAAAAAATCCTTTTT TATAAGTAAAAAATCTATTTTTGCCTTGCCTCCAATTATTGATCTTCTTC ATCCTCAGTTCTTGGATTGATTCTGTGATTTATGATATCTGTGCCAAATT GTAAAGCCTAAACTATTAAATATGTAAGAGAGTTTTTTTGTTTTTTTTGA AAATGGAAAAAATCGAGTATSGAGCCGTTATTAAATATTTGTTTTCCAAA ATGGCTAAAACTTTGGTAAGTAACTGTCGACAGATACTAAATAAATATGG CTATCTGTTTCACACATTTCTCGATACTCAACTTTGTCCATTTTCACAAA AACACTCAAATCAATTCACTCAAGCGAATGATAATAACGACAGCATGTCC AAAATGGCGGAAACTTTGGTGAATCACATTCAATAGATGCTAGATAAATA TGACTAGCTTTTATTTAAGAATGCTGGAATCTTCAGGTTGAGGTCGAAGC TTTTCAAACCACTGTAGTATATACTTGGTCGTTCAGGTAAATTTGGACCA CCTTTAACTGCATCCTGACCAATAAGGAAAGCAAGTAGATGTTTGAAATT TTATTTACAAGTTCTAATAATATAAAAGAAAGAAATCATTCAATGTGTTT GCCATCTTCCCCAATCATTCGCTCGATACAAGGCCTAAATAATTTGTAAG TCTTGACTMCGTCCGCAGGGAGACAATACTTGATAATGGAGGCCATTAAG CTGCTGTGTGAATTGGCAGAGACCTTCCTCTCTAATTCCTCCTAAAATAA GTAATCCATAGGATTTATATCGGGGGTGGGGCAGTTCTGGGGGTCTCCAA ATTGTACTTGCTCTTCTTTCAACCAGTTTTGGGTCTTGCAGAATATGTGA GAAGGGGTCGAGTCTTGTTGAAACAGGAAATTGACGCCTTTAGTCTCATC TTTCATCCAAGGGATCACCGCCTATTGGCATCCACCCTTTCTTTTGGCTG AAAGAAAATGGAAGTATGACACTGCCGTAGCTCCCAATGACCCAAAGGAT CATGATGCTGATCATGAACTTGGTTTTAAAGACATGCGAGACATTAGGTA TCTCTGTGGCCAACCGTCTGTTGTTATGAATGTTATGGATCTGTCGACAC TCCATTGTTTCTCGTTCGAATAAAAGATGATTCGGTTATATTGGGACTTC AAACCTTTCTGTAATATTCTTCTGTGGGCAGTCCAGATGGCCTTCATTTT GTTTATAAGGATATGTATTTTGTAGAAGCGGTATGTCTTCATCCTCAGCT CAGTGTTTATGGCCCTGGAGATTGTTGAACGGCTTAATTTACGCTTTTTG GTAAGAACGTTAATCGGATCCCAGGAGAATGCCTCCACACCGTTTCAGGC CTTCGAGGAATATTGTAGTGCGTTTTATATCACTCCAGGACTGCGGGCTT TTCTCTTATATGCTCCCTTCTCCTTTCAGTCGTTATGACATCGTAGACTG TACTCTTTGGATACCCGTGCATCTTCTTGATGTACGCTTGCTATGTCCTG CGCATGCCAATTCCATGATGGTGTTCCTCCAGGTCTCCTCCATCGTAAAT ACTCGTTTTAAACTCAAAGTTGTGTAACTAACTTCAAGTTAACACTCAAC CTCTCACTTTAAAATTGAAATAATTGAGTAAAATATTTTCCTTATTGTTC CGGATCTAGTTAAAGATGATTTATTTGAAGAAAAGAAAAATAATAAAATT TTTTTTATACAAAATTTCAATTATTAGATTTTCATATAAAATAATTTCAA ATATTGAATTTTCTGATAAATAACAATTTTTTTTTTTTTTNNNNGGRRGG GYTWTTTTTTYWTCMYTTAAAAAAATWAAWAAAWAGTTAAATACCAGTAA TCAATAAGAATCAGAATTGTATATTAAATAAAAAAATTTTTTCCCAATGC AAATTCCAATTCCAGAAAAAACACCCTATTTTCCGATTCCTGATAACGAT TAATAGTCCCATTACTAATTTAAATATAAATCAAGTGCCTTCGGGGTTGA TTTCATGACATTTTATAATCTGTCATTGATATTAATTTGGATTAAATTAT CAATGAATATAATATATATATAGTGATGGGAATATTAATCGGAATCGAGA ATAGGAGAATTGGTTTATTTTTCTAGAATCGGCATCGTGAAATTAATGTT TAATTTTCGATGGCGATTCTTATTTATTATTAAAAAATAAAAAAAAGGAA CAAAAAAAAACAATTTTACTTTTTACTAGAAAATTTAATATTTGAATTTT TTTTAATTTCATTTTCCAAAATTTTATAAAAAAAATATAATATTTAACCT TTTTTTCATAAAATTTTATATTTAAAGTTTAATTTTTGAACCATTAATCT TCCAAAAAAATTTATATTCAATGTTCTTGTGGGATTGAAAGAGATCCCAA TAAGTTTATAGTTACCAATTGCATATTCATCATGAATCAGCATTTGTTAA AGAATGATAAGGGTCTTTTGAAGGATTTAAAAAGATAATATTCCATTTTA CGTACATCATTTTTATTATTCAATTACACCCTTTTCAATTTAATTATAAC TTGAAAAAGAAAGGGATTTTTATTGCTTATTTAAATAATACATTCACTAT CAAAACCATGCAATAAATGGATATACGTTTAATAATAATTAATTCTTTAT CATTACTCATTTTTTAGGAACGATACCAGAATGGTTGGATGGAACGTTTT ACCGTGTGGGTCCGGGTGTCTTTCAAGTAGGCGAACACACATATAATCAT CCATTTGAAATGCTCTCTGTACTTCAAAAATTTGATATTTCTCCTTCATT TGTCACCTATCGGAATAAAATTGTAGACTCTAAACTTCGGTCTCTCACAC AAAGAAGTCAAGCCATTTCCTCGTTATCCAAGCACCAACAATCCAAAGAT CCCTTCAAATTGAAGCTACAAAGGTAGGGAACTCTTCCTTTCATACAAAT TGTAAAGATGAATTTGACCATCACACAAACGCCATCATTATGATCAAGAA AGCTAAACAATTATCCTTCTTTTCTTTACTTAATGAAGAGGTTCTGTGAT TTTGAAACATTTCTTATTCATAGGAGAGGAAATGTTCAGATTCCAAACAC CATCTATTATGCAAGACCCCGTAATTAGCGTAGAAATTTTTGTAACAGAC CAATAAACAACTTATTAATAAATGCTTCTATATAATAATTTTCAAAACTC AACAGTTATCCCTTAAAAGACGGAAAGATTCTTGTTTGTTGGAATAAAAA TGTCTGAACTAATCAAATTTTTAGAAACTCAGTAATTACTTATGTGTTTA CAAATTAAACTTTTCCTGACATTTTCTCCCTTCTAAACAAGAAACATTTT AAATCCCAGAACCTCTTTATTCTCAAAAGGAAACCTGTTGAGATTTAAGA TTATAATATGAAAAGTTCCTAGAAATAAGGCGTCAATTCCGAAACATGTG GTTTACTTGTACACATATGTTAGTGATGTGTCGGTCTTATTTGGGACTGA AGACTGCCGTCCCATCCAGTTCATCCTCAGTTCAGTCCAGTTTGGTCCTG AGCATACGTTGCTCACCTTTATTTATTTTTAATAAGTTCTAGTACTGACA ATCCGAAGGATTGACGATCTCAAGTTAAAAAAAATTGGCCATTGGTCTGT TCCAAAATCAGTCTCTTCATGGTATGTAGGGATGGGATTTTAGTAGAGAA GGAGGAGAAAGGAAAAGCAAGACTTGAGGTACAAGTTTTTACATCAGCTA TTTTTATAATATTCTTGGGGTGGGGGGGGGGGGGGAGAAAATTATTCATT GCCTTAAATAGTAGAGCATTTAACATAAAATAGCTTTAGAGAAGATATTA TATTTATATATTGGGTTAAGTATAAAGTTCTGAGCGTTTCTCGCTTGAAG TCTTTAGTGATCTATATCTCACAACAAATAAATGGAATAAAAAAGAGCTT GAATAATGTTTAAAAGTTTATCGTACTCTTAAAAAAGTTACTTTACAGAT TTGAAAAGGCGGAGTAGGCGGGCAAAAAATTTCTACTGTTTATAGATTCA ATACAGTATCGAATGGAACAACAAAGTGGTGGKTCCAACAATTCTGTTCT GGAAATATGGGCGTCGTAGATGAGACACCCTCTTGTAGCCCAATCATCGA AAATGTCCACAAAATAATGGAAATTGTCGAGTTGAACCGGGATGTTAGCA CTTATTCCATTACCTAAGAACTGAAGATTAGCCAGAACTGTTTGGAACCA TTTACATAATGCTAGTCCTAACCATGTTAATTTTATTGTCAAAATAAAGC CAAAAACGCTCAGAACTGCTAACTTCACCTATTATATTATTAATGTATTT TCTTTTTAATTATACCAACGGAAGGGGGTGAATCCTTCTTCTAGAGAGAG ATGTTTTCAACATTACTATATATTCAAGAATTAACAAAAAAAAAAGAAAA ACGTTTTTCCTTTTCTAATCCCCAACTATTATTATTAATCTACAAAAATC CCACCCATATCAGTGATTTACTAATTCACATGTATAAAAAATAGAGGTTT TGTGATTTATATTCCATAGTATGTCCCTATGATATATACTCACATAGATA TTATTTTAAATAAGTATACATGGTATAATAAATATTCTATTGCTTTACAG TTTACGAGATAAATTTGGAAATCGAACAAAACACGTCAATAACACCATAG CTGATAATTGCAACGACAATATTTGTTTTTTTGGGTCGGATCTGTATATT CTTTCTGATATTTCACACATGATCAAAATTAATTCTGAGGATTTAGAAAC CTTAAGTCAAGTAAGGAAAGGATTTTTATTTGTTTGATTAATTCATATTG TGCGTGTGTTTGTATTTACTTATGCARATATACATGTTGTGGCGTCMCTW GCCCCTTTTGAGGGGGGTTCAAGTACCCCCCCCCCCAAAAAAAAAAAAAN AAANNGAAAAAATTTTTKYTTKTTWCTARAAAATTTAATWTTTTAATTTT TKAAATTTTTTCCCAAAAATGTAATTTTCTTTTGAACAGCTGTGATTTTT TTTAATTTAATTCCAAAAAATTAAATATTTTAAACTTAATTTTGAAATTT TTTTCCAAAAAAAGTAATTTTTCTGTAAAAAGTTATGAATTTTTATCCAT AAATTTAATAACTTAAATTTAATTTTTGAAATTTTTTTTCCAAAAAAAAA TAATTTTTAGTGAAGAGTAGTGAATTTTTGGAAAAAAAATTCAAAGAAAA TTTAATATTTGAAACTTAATTTCTATCCAAAGATTTTTTTTTTTAATATT TTTGGATTTTTTTTTCAAAAAAGAACAACCAAAAACCAAGCCCTTACCAA AATATATTCCGCCAGACGCCCCTGTATACCTATATACATATTTGTTGTGT ACATGTTGCAATGTTTGTACGAGTTGTAAATTCTATAAGCACTTTGTACA AGTTTGAATTTTTTGGTGCTAAAATGCATTCCTTAATTACAATATTCGTC ATTCTAAATACCAACTATAAATTGGTATTATCATTTCATTTTGATCTGTT AAATGTATAATCTTATTATGGATTTATGACAACTTTTGAACTTTATATTG TGCTACAGATTAATTATATTGTAACGGTTTGTATTAAAATGGTCAAAAAT GACACCATTTATATGTCAATTATCCATGGAATATTCAATTTTTGCATTAT CATTATCTAAAGTACTGGAAATCTTTTGTTTCAAATTATTATTCTCATTT TTTAGTTTTGTAAGTTGTACACAACATAAAAGTACCGAATGGAAAGTTGA AACTTACAAACTTGTATAAAATATTAATGTAAAAGGTTCAATGTGAGGAT AACTATCTATAGGTAGCCATGTTTATCAAGCATCTGCTGCTTTTTAAATT TTTGAAAATCGGATGAGAAATGTCATTACAGCGAGATTCAAGGCTTAAGG AATCAACTCTTCTTCGTGCGGGTCACACTCCAACAGAGGTGATCAGTATG ACGAAAATGGCTCATAAGACCTTCTACAATGTTAAGAAGAGGTTAGACCA CAACGAGACCATAGAGAGGAATGCCAGCTCTAGGGAAAAAACCATCACTA ATACGGATGCTCTCAAGTACACTCCTGATCTGTTTCCGGAGGATTAAAGG CTCATGACAGCCATGTACATCAGTATTTGCTAGGGCTCTGGGTCCAGGCA AACTTCTCTGACAGCAACGTTATCTTTCAGCAAGATGGATCCCCCCCTCA GATGGCAAAAAATTACTCAGGTATTCTTAGCTAACAACATCCCATTCTGG GACAAGAGAATTTGTCCATCATTTAGACCAGATGTTGTCCAAATATACTA AATCAATTTGACATTGTTTATGTATCAGAACAAGATTAAAAAAGACTTTT GTTCAATGTAATGGTAAAGAATGACATGCTCTTTTCTTTTTTCTTTCCAT GTGTCTAAGTCTTTAGTTTCTACTCGATATAATAAACCCATTTTCATTTA TAAATAATTTTATTATGGTGTTGATAATATGTTGGGCTAAGCTCCTAATA ATGAAAGCTAGCAATGTCCCTTCATAGATGTTAAACAATACAGTTTCCCA TATTTGTATACCTATATTATAGATGTGCCTAATTATATCAACTAAATTAA TTTACATCCTACTTGAGTCACATACAAACATAGTTGCAATAGCATACTGA GCATATCTTTAATATATCCTTATTGGATTTAGCCTTATAAAAATGAGTAA ATATTTAAATTAATTAATAATATACTCTTTCTTAGAAGGATAAAGAATCA TAATTATGTATGTATGTAGTTATATCTTATCCAAGAATCAAATTTATTAT TAATAAGGCAAAGTTTATATGTATGAAAAACAGTCACGGGGTGTAGTGTA TATATATTATATGAGTGTATGAGGTGTGTTCAAAAAGTAAGGTGACTTAT CAAATTTTGCGAGCAACGTACACAAAAAATTATTATATGTTTATTTTGTA GTAGAGGTTACAAGATACAACAAAAACAATATGATCCCGCAGAGATATCT TTTTTTAATGTTATTTTTTATCTTTTTAATTGGGTTGACTATTACATGGT AAAAAGATGTAAGTTTATTTAGTAAATATTTGCTATGTCTAATCCTATTA GTTTTCGAGTAATTGAGAAAAAGAAATTTCTTACTTTTAATGGACATAAC TTTTTGTAGCTTTGTCTCTGAATGCACCTATTTGTTAGATCTTAGAATAC CATAAATTAATTATGGGTAGTCTAAACTTAAAGGGTGGTCCAGATAAAAT GGGAACCATTTCAATTGCTATAATCTCGGCTTCTATAAGTTGTGTGRTTT TTCTATTTTTKAGTATCCCACCAAAAGAGAAGAGAAATTTCAATTCAATC ATACATTTCTGATTTATTAATCCTACAAAGTATTCAAATAATTATGTTTG TGATGCATATCCTGCTTAGAAAAACAATGATATAAACGCATTTATTTAAA AAATGGAGGCAAATACAGACTTTATATATAATAAAAGTTGTTCAGAATTT TGAGTGACGTACGTAAGGCTATGTTTAATTCTGATCAAACCAGATTTCTT GGCTTTGAAGGGAAAGTTTAATTTTTTGCAAATAAGTTGATTTTTTTTTA TAAAACAAGATCGATTCCCCGTGTCTCAATTTTTTTAGAGTAAGGCCTGT GGATTCCAAAATGCACCAAAAGAAATTAAAGATAAAAAAAACGAATTATT GTACAAACAGAAAAAGGGAGAACGTATATTAAATACGAATTAAAAAAGGG AATTATGCAGAGGATGAACGAGTTAATCTTTGTATGGCTCTTCATTATGG TTGAAGAAGAAATATGACAAGTTAGTAATAGCAATGATAATAAATAAATA ACAGGGGGTAACATTTGAAAAAATTACTTTATATTTACCAAAATCAGGAT TTTCACATTGCCTATTATAAGTTGCATTTTCAAAAGTGTCAAAAGGGGGT GCAGGTTTGATTTTATTTACATCAAACGGACAGAAACAGCATAAAATGTG TTATAGAATAGTTACCTTTTGTTATAATCATAGTAAAGTGTTTTAATTTA GAATTTTAACATAAATAAGCCAAATATAAATAAAATAATGTATAATTTAA GATACAATACTAAACAGTACTTCTGGGGGTAACAACAAGTTTCTGTGAAC AACGACATTTATTATCTATTTATCACCTGGATCATTGTTTTGCTACTTTG TTTAAAGCTTGAGGAAAGACAGACATACTTTGACGTCATAGGGTATAACA GCGGTACTCTAACAGTAACTTTTAAGGAAGATGATATATAGCTACTCTTG ATGACAGTTATATCCTTTGACGTCACTATTAAAAAGCGTGATGGAAGTCA AACAACGGTCGGAAAAGCGTTATCATATAACCTTGTATTTCTATTGTCTT CCTACTTTAATATTTCTTAAATGAAAAATATGAATATGCTACACATCAGG GACCACAATATACAGCGCCCTCTCTATAAACACTCGATGATACATGTAGA ACAACTGCAACATTTCGTAATATGACATATTTCTTAGATCAAAATGTGTA TATGAATGGGATATATTTTCAAAAATCTGACAAATCCATACATTATTTTT AACTCCCTAGATGGATTTTAAGTTATATTTCTAATTGATAAAGTATAGAA ATATCGTTATCAATTTTGATACAGGAATAAATACAAGGTAAATTTCGTGA GTAAACTTTATTTTTTGTTCTTTTAACGAAAAATAAAGAGTTTTTTTTCG TCATTTAATAAAAACTTAAACAAAAAATAGAATACTAATTTAGATATTGA TAAAAATATAAAGGGTTACAGGCTTTAAAATGCAATTTAATTTAAGCAGA ATTGAATTTACAAAAACATCAAAAGCTCTTTTGTATTTTTTATTGATTTA CATATTAATATTTTTTTTTAATGTTGATTTATTTAACTCAAATAATTTCT TTACAGATGTGAAAACTAAATTTTCCTACTGGTGTATAGATCAGTAATTT CCAAACTTTATCMCTTCCTTGCTCCTCAAGGGCATCTGCAGGATTATATG AGGGGGGGGGGGGAATTTGAGCTTGTGTTTTTAATTTTATATAAAATTTC AAAAATTAATATTTTTTTTCCAGAGCATAATTTGATGAATTGACTTTTTT TAGAGAAGAAATTCCTAAAAAAATGTCGTCTGTCTTTTTCATGATACTTT TTTCTTCTACATCAGTTCAAAAATCCTTGATTAGGGGGGGGGGGGCTACT GCCCATCCTGCCCCTGCGGACGCCCTGCTCCTATGTGTGTGTGTTTTTTG TTAAACGAAACATCTAAGTTTTGCCTAATATTTTGATTCTTATTTCTTAA AATTATATTTTTTAATGACTTTTTTATTAAAAAAATATATATCTTAATTA CCTGCATAACCTCGTGGAGCCCTGGTTGAGAATCACTGAGTATCTGAGTT CCAAATAGCTAAAGGCTTCTTATGGATCTGAAAAAGTGGTTTTAGGCACA AGTTGCTGTAAATAAAAGAGGGAAGGGTGGGGTATATTTTGGATCCAGGT CCGCCAGTAAGCTTGTCAGTGCCCTATAATATGATAACTACAATATTTCT TTAGCCAGGATTTCCTAAACTTTATCTTCAATCTTTTCATCTYCCTGCSC CCCCTTCCAGTCKCCCCAAACGGTGCCCACTTTGCAAACCATTATCTTAA GCAACTTTAGTTTTCAGGGTCCGTCCTAGAACTTGGGGCACTACGTACTC TGCGTATAACATAACTGCAGCCCCGTTTGTATCTAATATCAATTCCTGGG CCCGATTTTTCTTGCAGTGATCTTGTTTTTAGTGTATGTTACAAAATTAA GCCTGTGTAAAAAAGAACCGAACCCGATAAAGCTGAACCTAGAACGAAAC CGTTGCAATAAAAGAGCCGGAACCGATAGAAGCGCTGAAACTAAACCGGA CACAACCTTGTTTTTGAGTGACTATTTTTCGTATTGTTTTCTGGAGGGAC TTGTGCTCCTTGTTTAGTACAGTTTTCCTGTCAAGTAACAAGCACATCTT GAGAATTTTATATTAAGAGGCTTTAATTACTTAATGAAAGCTTGCCCCAT AAATTCAATATTGGTTACTGCATTTGTTTTTAAAATGAGTTTCCTTTTCT TTCTTTTTTAATAGCTAAGATGTCACCCGATATTTTATATTTAATAATGA TTTATCAAAAGTGAGTTTTAAATAGTTTGTATGCTACTAATTATCAGTAT TTTTTCAAAATTTGAAAAAAATGACTTTAAACCTTTATAACTTTTTATTC TTGTTAATCATATTTTTTTGTTAGACATCTATGTTTAAAATATTGTATAG TTTTAATTAATGTATCATTCGTTATTCATATTTGAATTCTGTCAAACAAT TGCATCTTTAGTGATGAAAATCATGTGAATTTTGGGCATGTTAAAAAAGC GAAAGAAAATTCATTCTTCAGATTACCAATTTATAAAAAAAAACGGGCCA GCTAAAAAATACAAACGATTTTAATCACCTTTGTTACGATTGAATTTTTA TGCCAATCTATCTTCTCCCAAATAATAGCCTTTACAGTGTTGATTATATT AAAATAGATTCAGTTGAATTAAATATCGATGATAGAAAATAAAGCTAATA AGATATATTTTCAAATTAAGTGTGGTCCTACAACATCTTTACAATAAACC CGGCTTGTGATGTACCTTTATGTTTACATATAAAAATTTTCAAAAATTTG TTAGAGAAAAAAATAAATCAATGTGGCTGTTAATGCAAATTAGTACTATA TTTTATGCAATAGTATCATNAATAGAAAATTAAATAAAAGTACTCAAATA TATATAATAAATATGAAAAAATAAATCATTAAATTTATATTTGTTAAGCA TCAGCAATATCCTATAATTTTCGGGCAAACAGAATGAACAAGGATTTTTT ATTTTATTTGAATAATGTGATTATAATAACAAATTTATCACAATTGTTTT GTAGTCTACAAATAAACAATTTCTATTAGAAATGAAATTTTAGATGGAGG ACTATGATTGTCCAAAGTTGATTGATTATGTAAGAGTATTTTGAATATTT AATTTACATTAATAAAAATTTATAAAAAAATYAAATAGCCACAGCCATCC CAACAGCCAAGAGGATAAGAATTTAATGGAGTTAAAATAATACTCCCTAG AGATGTGAAAAATAACTATTTTGGGCAGTCGTTGGAAACTCCTAAATCAT CCCAATTGGCTAACAGACATATACTCGTAAATGAGTAATACTAGAAAGTA TAAACTATGTTTCTTTTATTGTATCTCTACTTTCAAACCTTATTATGTTT TTGATTTTCTTAAATTCTTAATCATTTTTTCTTAATTCTCATAAAAGACA CAATATCTGGTGAATTGGTATGTTTTGACATCTACACGGTAATTCAGTTA AATCTGGACACCCTTTAACTGCATCCTGATCAATAACGGAAGCAAGGAGA AGTTTGAAATTTGATTTACAAGTTCTAATAATATAAAAGAAATAAATTAT TCAATGTGTTCTCCATATTTCCCGATCATTCGCTCCATAAAATACCTAAA AGATTTGCCTGCCTTTACTATTTCCGCGGGGAAACTTTGTCAGAGTAGTT GATGATGAAGGCCTTCAATGAGTCGATGCTGTTGTATGAATTGTCTGATA CCTTCCTTTCTAACTCCCCTTAAAAAAAGTAATATATAGGATTCATATCA GGGGGATTAGGGGGTAAGGTCTGGGCGTCCCAAAATGACATCTTCTCTTC TTTCAACAAGTTTTGAGTCTTGCGGGACTTGTGAGAGGGAGCCGAGTCTT TTTGAAACAGGAACTCGACAACATTAGCCTAAGATTTAATCCAAGGTGTC ACTTGGATTGACTGGAGTTCTTAGTATCTCTCGGTKCCCSCCCTGCCGTT GCTCCCAATCACCTTAAACGTCATGATAATGGCCAAAAACTTTGTTTTAA AGACGTGAGGAGAATTGGCTCTCCCTGAGACTAACCATCTGTTGTTCTGG ATGTTGTGGGATCTGTCCAGAGTTCATTGTTTGTCATCGGAATAAAAGAA AATTTGTTAATCATAGAAATAAAAATATTTGATCAATTTTCTTCCTTGGG CAACTTGAGTTGCCTTCATTTTGTCTGTAAGGANTATGTCTTTTGTAGAG GTGGGMTGGCTTCATCTTCGGGMCAGGGMTTATGGGCCTGGAGAGMGTTG CACGGCTTATTTTGGTGGTTTTTTTTTGTGAAGAACGTTAATAGGAGTAC CAGGAAATGCCTTCACAGACCGTTTCAGGCCTACGAGGAATCTCACAGTG TTTTTTTGTAGCTCTCGGACTTGCACACCTTTCTATTATATGCCCCCTGC TCCTTCCACTGTTTGTAGACGTCGTAGACTATACTATTTGGATACCCTTT ATGACGTTCTTGGCTATATTCCGTGCAAGCCAATTCGAAGATGGTGTTCC TCCGGGTTTCCTATATCGTAAATACTTGTTTTGAATTTAAAAAAATTGGC AACTAAATTCAAGCGAACGCTCAACCTCTCACTTTAAAATTAAAATAAAG AGGTTAAATACTTTCCGTATTGTTCAGGATGTAGTTAAAGATGGTACGGA TTTACCTGAACCAACCTAGAGCCAAGTTTGTCTTTCTGTTTGTTTATGTC TAATAACTACAAGACTCCAACTATTTACAAAAATGTTAATCTGCAAACTT CAACAATTCCCCCTTTCTAGTTGAAGAACTTATGTGATTCAAAACGTTTC CTACTTGGGGTGGAGAAGATCCCACCTTAGGAATTTTCATGCATCCAAAT ATTAATTTATCATGACATTTTCTCTCCTACAAAATAGACAGTGAAGGGGA TCATTCTTGAGGCTGGGAGATTATAATATCCAAAGTTCTTCTAAATCATT TTTTTTTCCCCAAGTATATATGTGTACAGTGTACCCACATGATAAATATG GTAACCCTCCTTAATTTACATCGAAAATTACTCTTGTCACATCTGAAATC ATAACTATCTAAGATCAGAATGTCTAGAATCAAATCACCATGATTTGAAT TTCATGGTATTTAGAAAGTAACAAGTTCTACATTGAAGAAATATCAAAGG GTTGAGTGACGATTAATTAGAAATATTGCGTCAGACGTACGTGTTGCATT TTAAATATTAATTAAGTTGTAGTTTTATCTCTTATGGACATTATGAACTT TTTAATATTTGTAAGTGTATCCGTTTTAATTCGTTTCATTTTTTTATGTA ATTTTATATTTATTTTTTAGAAAAATACTTCTGGAACATATATCTCAAGA GGATTTTTATTCATGTATTTAGATATTGTCTAAGTTAGAAGTACGATATA AAAGTTAAGTCTTCAAAATGCAAAAAAGTCCCAACAAAAATGGAGTGTCC ATTTCCCAAATATGAGATGAGTAGAAAATGACTCTGAGGCTGTGACAATA CCTCTTGAATTGTTCAAAAGATTCACTAAGATTGGGGGTGAAGAAAAGGT CGACCAGCTTTTTGACTGCTTTGAAACGATATTGAGTAATGATATTCTGA AATTTACCCTGGCATCTTAAATAAAGACGAAGAGACTGTCTTATATACCA TAAAATCAATTGTGGTAATACAGGAGATAAAATATGTGAAACAGACGGAT ATATTCTCTATGAAGCAATCTCCTAAGAAGTCGTGTTGTAATAGTAGAAG TGGGTGCAGACAATCGTACTCAGTTATATGTCTTTGGGAAAGAAAATAAT TTTTAAATTTGGATTACGACTCAAAGACTGATAAAGGTTTAAGATTATGC AACAGTCATGAATGGAAAGCAGATCAATATTGATGGTGTTATTTTCGTAA GTGTGGAAACAATGGGAAAAGATAGGAAAGAAGCAGGGGCAATTCTGTAT GTGAGTCCCCAGGCTAAAAGTTTGTACCTTTATGAAGATGTTTTACATTA AATAAGGAAGGCAGAGACTTGAAACTTGCACAAACACGGCCCTCTGTTCT GTTGGAAATAGGCTTTGCCTCGTTTCTGTGATGGAATTTTTTGTCCTTTT CGGAACGGGGACTTGTTTTAATCATTTTTTGGTTCCCTAAACAGGGATAT CTTGTGGACCATGTTCCCCATAGTTATTTGCTCTCTATCTCCCTTTGTAT TTTTTGTTCATATATGAAAATTTAAAAAGTTAAGACATATATATGTAAAA TAAAATAAAAACAATGTACATTAAACTAAAATATATCAAAGGGATAATCA GAAAGAATTTTTAGAATAGTTTAAAATTGAAAATAATAGTTTAAAACAGC ATTGGCTCCGACTAGTCCATCATGTTATTAAGCGTCAGATGTCTATCCGA TTAAAACCCATGGAGAATGTTTGAAAACGTATAATTTATCTATTGTTTAA AATTTTAGAAGCTTGTCCATATTGTAATTCCATAAACCAATTGCCACCCA GCACTTAATTAGAGGTTAAAGATATTTGGTTAGTAAATACAGAAGTTAGA CAATAATTTTTTTTAAATGAATTAATTAAACTTAATAATTCACCCACTTT GCCCACGCTATGAATTGGAGAGTTGGCTACTGGCTGAAATAGAATATAAT ACTTAATGTTTTTAGACTAAATACTACTTATCCAGTTGAAGAAGAATAAA AACTTGTGAGTTGGTGCGCTCCTATGACTGCTAGTGCGAAATCACACTGA TTCGGGCATAAGGAAGTTAAATAAAATAAAAGTTTGTGTTAAAATATGTA TGAATAATTGACTCTTGCAAGTTCTTCACAAAACTGTGCTAAAATTTACT GTTATTTCTCTTCCCTCAACGCATCTACACTGGGGGCTGGGTGAGAGCTA AAATGAATAAACCCCACGCTTGGGAATACATAAATTCACTTTAAAAACAT AACATATATAAATAAAATAGAAAAAAAACAGGAATAAATATTTTGTAACT TTAATATTACTTAATTTGAAATATTAGTTACTTGTTCACCTAACTCCCTC CTTTACCCGCTTGTGAATAGGGGGAAAAGGGAGTGGAACTAAATATACGT AAATCAGTTATTCTAAAACCCTGGTCTCTCTATATGTTACGATCCATTCT GTATAGNTTTAATATTACTTAATTTGAAATATTAGTTACTTGTTCACCTA ACTCCCTCCTTTACCCGCTTGTGAATAGGGGGRAAAGGGAGTGGAACTAA ATATACGTAAATCAGTTATTCTAAAACCCTGGTCTCTCTATATGTTACGA TCCATTCTGTATAGAGCATTAGGACTTTCAGTTGGATCCATTTGATGAAA ATTGGAGGGATGCTGAGAGCCTTATTTTAGGTCAGTATAGGTCTGTTTAG ACATTACCCCTCTCCAATTTATTACTACAAGTATTACAATTATATCATTC AGTTCATACTTGTCAGCGAGTTCAAGATGCGCAATTATTGATTTTTTAAA CTCGCCCGTCCCGTACATATTATCTCTTTTCTCTTTTTCTCGATCCGCAA GTTCACACGCATCTGATAAAATGGTCGGATCCACCACGTAAAACTTGTCA CCCTTAGAAATTATAATATCTGGCTTCTAGGACGATCCCTCATTTGCCAC AACGTTACCTTCCTGGGCATTTATTCCCCTCTGGCTCAGGGAGCCAACAA TCATTTTTTGTGTCTTCCGGTCCACACATATTTAAATTTGGACATGTCTG GAGGATATAAGCCAGGTTTTTTTACTTTTTCCGGGTATAAGTTGCATTTA TTGCACCCCCCCCCCTCTCGTGACCTAAATCTGGACTGCTTTGCTTTATT GCTGAAAGACCCAGCTATTATTTGTACAGTAGGGGCAAATTCTTTGTCTG AAACATTCATATGCCGTGTCAGCAAGAAGGAGAAGTTTTGATATCCTGGC ACACTTGACTCTAGCCCTTTGTGTCTACTTTTGAATAAAGTGCCTTGCTG TACTAGTCGGGGGTCTGGTCACTGGAGGAGCATCATAACCCCCCTATCTG GACCTTCTTTAACTCCAACATAGGTAGGGTATATCTGCAGACCTCTATGA TGGTTTTTCCCTTGCTGTCCCGTAGCACCGGAGGTCTACCATTTGTTAGG GTCCGACTGGAGATGAGAAGTATATATATGTATCTAAATCCCCAGTCTAA AAGTTTGTAACTTTATGGAGATGTTTTACAACTATGTAAAATAATTATTT TCCTATGCATATCAACAGAGTGATTTCAAACAGAAATAACACTGATTGTT GATGCTTCAAAAAAACAAAAACAGAACCTCCTATGATACCTAGAACCCTA CCTTTTGAGTGCACGGAGATGAATATCCTTTTGATGAGAAAGTGGCTTAA TGATGTAGCGTCCACTTTTAATGCATGCCCTCATCAACTATTACCTTATG TAAAGGGACCTCCAATTAAGATTCTTCTAGAGGAAAATTATGTTCCCAAA GAAGTTCATGTCCCTTCACCACCAATACCTATATATTGGAAGGACAAAGT AGAAGAGTACCTGAAAAACGATGAAAAGATGGGAATCATAGAGCAAGTTC CCATGGGAGAGCCAAGTGAATGTTCGTGACAAGAAAGAGCAATAGGGAGA CAAAGCGTACGATAAACTGGTCTCCATTAAGTAAACATTGCTTGAGGGAA ACAAATCCTAGGAAATCTTCATTTCAAATTACTAAATTCATTCCTTCCTG ACCTTAAAAGACTGTCACAGACGCCTGAAATGGTTTTCATAGTATCCCGA TAAGAAATGAAGACCGGCACATGACTACATTCATTTCACCAATTGGAAGA TTTCGATACACATAGGCTCCACAGGGATTATTATCATGTATAGATGGTTA CAATAGACGTATTGATGGAATTATAGCTAATGTGGTGATGAGGGTACATT GTGTGGACGATCCTTTACTCTATGACGAACAGTTGGGAGCTCMTTAGGGG AGAATAATTGACTTCTTGGAACATATGAGAAGATCAAGTGTCGTTCTCAA CCAGAAAAAGTATCGATTCTGTTGTAAAGTTGTTGACTTTGCTATTTTTA AATTTTATGATTGCAGGGTTGAACACTTGCCTATGTATATAGATGCAATC TATTCCTTTTCAAGTCCCAAATCTATCATCGATATTAGATCATGGTTTGG ATTATCAACCAAGTTGTCCATTTTGGTATGATCAGGGAAATTATAGAACC ATTCAAACACTTGCTTAGTCCATGAACGGTGTTTGTATGGAAGGGTGTAA GGCTTTTGAAAAATATAAAAATCAAGGTTTTGAAAAAATTAAAGAAGGAG TTCAAATATTTGATCCGAGTAAATTTACGTGCCTTTGGACAGATTGGTCT GGCGGAAGTCTTGGTTATTACTTAATAATGACTCAGTGACTCTGAGCTTC CCGATGTTGTGACAATGACTATAAAGTTACCTTCGTTGGTTCACGTTTCT TATCTGAGAGGGAAAAACGATATGCATCTGTAGAAGGGGAAATGCTAGCG GTACCCTGGTCATTGGAGCAAATCAGATACTTTACTCAAGGTTCTAATAA ATTGTTGATGGTGTCAGAATATAAGCCACTTGTTAAGTTGTTGGGATATC CAATTTTTGATGAAATTCCGATTATGCGACTGTTCCTACTAAAACAATGG ACTCTCATGTGAAAATTTGGAATCGTACATCCTCCAGGTAAAACAAATAT ATAACCGACTTAATTATTTTTAATTTTGGAACTTAAAACGCAATCTTATA TTGCTTATTTATGGAAATCTTCAATTAGAAAATTAATATTAAAAACAAAC CTATTATTTTTTTATATGTTTTAATGTTCATTTTTGTATTCTACGGCTTA AATAACAATAACAAATGTGACTTTCTGACCATGGACAAAAAAGCCGTAAC ATAGTGCCTGGATTTCTCAACTCTTTAGAAATTTGTGTATGGCGATAATA ATTTATTACAGTTTTATAAGTAGGTTTTATTTTATTCATGAATCATGACT TATTCCAACAGGTATTATGATAGTACCTAATTAATACTCATTAGTTGATA ATTAATATGAATTGTAATGTTGTTTAATGATTTGGAAGTATCCATTAAAT AATGGTTCTTGAATGGAATAACATTTGAATATTATTTACAATGTGAGTAA TAGTTGATGTATTCTAGTGGGAAAAAATCTACTTTAACTTTTAATTGATT AATTATATTATTATGTTTTTATTTTATAAGTTGTCACATAGGAACCCAAC TCATAATTCCTTAAATTAATATGATATTTTTACCTTTAACCCTGTTTTAA TAGGGTCTCGACTAAAATACCCTTGTCAAATCTATTGTTTATCGTATTTT TGTTCCACTTTTGTTTATCTTCTTTTTTTACTTCCCGTATCATTTTTTTA TTTTTTTAGGGGTAGAGGGTTCTGAAATATATTATCAAGGTTTGAAAGAA TGTTTGTTAGGCGTTCTTATATCAATGTGAAGCCTTATACATGGGCGACC GCAGGGGGTGGGCTGCATCCCCTCCCCTCAAATTAAGGGATTTTTGTTTT TTAATAGAAAATGTCATAGTTCATTTTTTTTCAAAAATTTAAATTTTTGT TCAAAAATGTAATATTTGAAATTTAAATATTTTTTTCAAATTTTTTCCAA AAATTTAATTTTTTGTGTATAGTTTTCAGAGAAAAATTTAATATTTGAAA AAAAATTTAAAATTTTCATATTTGAAATTGAGGTTTTGATTTTTGATTTT TTTTTCAAAATATTTAATTTTTCTGTGAATAGATTCGAATTTTTGAAATT TTTCTCATAAAAAAATACCCCTATTTTCCCGATTTTTTTTTCAAATCCTG ACCCAAAAAAATCTACTAAAAAAATACACCCACCTCTGGGTAGGATCCTA ATATCAATAACAGCGGATAAGCTTAAGTTCATGAAAGAAGGAAGGCTTGG ATTTTGGCTTTTCGAAGAAAAGACAAATTCAAACTGATGAAGCCAACATT TGTGCTCATCATTTTGATCCTCAGTGTTTGATAATTTATTAAATTTAAAA ACTTACTTTTGACATTATGTTTAGTAAAATACCGCTAGAGGAATAATGAG TAACCACTTCTACGATAATGATATGATTTATTTAAATTTTTACTTTTTAA ATTTATGTAGTATCAATAACCAAGACTCGTCCCAATGACGTCACCAGAAA TAAAAAGAGAGAGAAAGCGATTTATTTAATAAATCTGCTTTNCTTGCCAG CCACTTTTTTGTATTGATAATCCTTGAAATATGGTAGACATATTGATATT TGTAAGGACTTTTATTAACAATTTTTCTAGAATGCTAATACTACCGAGTG AGCCATTGTGCTGACGAAATATTTTTTCACACAGAAAAAGAAGACGATGC ATCGAGCCTGACGGTATAATAAGTCCTCTATTCGGATTATACTGTAATAA TTTTTAAACGAAATTAAAGATGAGTCTGGACAAGGATCTTCTTCATTATG AAATAATACACTTTTGCAAAATACACATTTAATATTTTTTAGCAGTACAT ACCGGGTGTCCGGAAAGTCCTTACTGATTTCTAACTTCCAACTTCATTAA GATTTACAAGGACTAAAAGTAGAGATACAGAGAAATTTTATTAATAAAAC AACTTCGCTTGGTTATAATCTATAATATGTTTTAACAATTTGGCCTTTAS CTTCCATAMCAGCCACAACACAGGGACAGAAGGAGGAGTTAGTGTTCTTG ATGTAGGTGGGGTCCATCTTGGCCCAGGCCTTGGGCATACTGGCCTTGAG AGCTTTGGTACTGTTGTGGCGTTTTTTGCAAGCCTACCTCTCAATGTGCG CCCAGATGCTGAAATCCAAGGGTTTCAGGTCGGGGGAGGAGGGGGGCCAG AAGTCCTTAGGCCAGAATTCCACATTCTCATTCATCCACTTCTGGGTGTT CTTGGCTGTGTGTGCGGGTGCCCCATCCTGCTGGAAACACACCCTCTTGC CAGGATACTCCTTCCTGATCTATGGAACCACCTTGGTCTTGAGCACCTTG ATGTAGTCCTCCAAAGTGAGCCTGTAGCTCTCTTGGAAGAAGACTGGAGG CATGGCTTTACCATCTGAGCCAACAACTCCAAGCATCATGATGCTGGCTG GTTGCTTGGTCATGGACACATATTTCTCAGATCCCACATAACCATGAAGG CTAATGTAGCGATCATTTTTGCGGTTGAAGACTGGATCCACTGTAAATGT TTTCTCATCGGAAAAAATGAGAATTCTGTCCCCATTGTTTTTCATGTTGT TCAAAATCTTCTTGCATCGGATGTATCTGGCCTCCATATTAGCCATGGAC AACATGGACGGGGTGTGCAGACCAAGGCCTTGCCCCAATGTCCTTGACNG ATCCTGCCAATGGTGCTGGCGGACATGCTGGTGGCCTCAGAGATCTCCRT GTGGCTGYTTCCTGCACGAAGCAGAGCAGCTACTTCATGTCTTTTAACCT CCNTGTCAAAAACGATTATGAATTTCGAAAGGTTATTGAAACAAAACTTG TTAATCTGAAAACGGTCTTTAACTTTTATTTATGCAACAGTTACGTAAAA AGTCTCTGAAACCTCAAAAAAAAACCATCGAAGGTGCCGGTCAAGACTTT CGGGACACCCGGTATACACAATAGGCTGCAATGTATGAAATTGATACGCT ACATATTCTGCAGTCTGAAGCATTACACCCTCTTAAGTGAGATGTTTTAA GATTTACTTCGTCATGGCCGCAGTTTAATTCAAAACGTGTCTCTGTAGAG TCGTTCGATCGTGTATTGCAATGATCTGACGTTGTTCATCAATAACATTG GCCACAGTTAACAAGATAGTTTCATCTTGTGGAATACAGTTCTCGTTGAC ATTTTGAATGATTCCTCTACATGTATGGCAGATAATTTTTCTAAATATAT ACATATATTTATAATGAAAATTAAATATTTAACATTAAAAACAAAACAAT GAACCAAAATTAAACCACGAAACATTTCAAATATTACATAAAGGCAAATC TAAATTGTTTCGGACTGAGATTGAAACACCATCTATTCCTTTGTCTGATT GCAGCAAAGAGATGTTCCAAATGGTCTTGCCGAAGAACAAATATATTGCA TATTTAGTTCACCAGACTTTATTAGTTCAACAAGATGCCTTAGAGAATAT ATGCAGGCAATTAATCACAATGTGCATCGCCTAGAAGCAATTATTTTAAT CTTTTGGACTGTAACCAAAAAGAGTTGTAGCAAAATCTCTCACTTCTGGT GAAAACGCAGTTGTTTTAGATTTCTTTTCCAGCAATCCTTTAACGGTTTC AAATTGAACATTATTGAAACGTCTTTGACGAATGGAAATGTTCTAGGGTG TTAAAAGCTCTTTTTCTTTAATACTTTTTATAACTTGATTCAATTCTAAT TTTGGTTTCTGATTCTTAAGACATGCGTTATGGAGCTTCCGTCCTTGTTT CTTCTCTTTAAGATGAAATTGTTCTATCAAAGATTGAAGACGATTATACT TGGGTTTTGCCACTACAATATCAGATGGAAAATCATATGAATGATTCATG ATGATGGATTCAATAGCATCAATCTTATTTTCAACAGCAATCATTTGAAT ATTATCCAAGTTCTCACATCTGTTTCTTCTTGATGGGATTTAGAAAGTCG ACGTTTTCTCCCCTTCGATGGAAAATTCAAGGGTGTAATTTCAAATTTCG AAGGTACAGCATTAAACTGTAACTTTTTCAGAATTCTATATTTCTGTCCA TACAAGAAGTCCTCGGGTAAAAAGAGCTCTGAGCATAGGACGGAAATAGG AGAACAGAACGTATCCATTTATAGTTCATATCTATTTTTGAAGGAAATTA AGTTTGATGGACCTGGATCTCTAGGAAATTTATGGAAGCTAAGACCAGGT TTAGTTCTCTTATTTGAGCAGTCGTAGGCATAACAATATAGAACCATGAT TATTATGTCAAATGATAATTTAAACCAATGAATACTAAAACAACAAGCAG TTAGGATATTATTCTTGAAACTAATAGCAAAAAACTAAAGCAAATACGTT AATTATAATTTATAAGTACTCAACCAATCGCTGTAAATAGTTTAAACCTT CCTTCGTTTTTAATCTACCGATTATTTGTTAATGAATTAATAACACGCCG AAACAGCCATAAATTGAATTAATGAATTATTAGATATATTCATTGCCTAA ATAGATCTTCCTATAAATAGAATTAAAACGACGTTTCAAATAATTAAAGA TGTGCTCAAGTCAAATCAAGTTCAATTTTGTCCTTCGGATTTTAAACATA TCTACAATTACACATATTACAACAGCTGTACACCATTTTTAAGATCAGAA TGTTTCTTCTCTGTCTGCCTAACTAAGCCAAGCAGCCAAGTAAAAATCAT TGTCATCTCTATGTATTTCTTTCTGTATGATCCCAGCAAGAAATACTAGA ACTACAGGAAAGGAAACAAAAATATCGCCCTCACATAAGAAGGCTGACTC TCTCTTTTCCTGTAACTACAAAAAGGAGAGATGATTAGTATGATTTATGA ACATTGATAAATTTTTCCGACTCGTAACAATTTATCACAATCTTAAATTA ATCCATTTGATAACTTATCCTAAATTATATTTATCCTGGAACTTAATAAA TTTCATTTTATACCCAGACAAATTAAAACTTAATTTATTTTACTTCGACA TTAATTTACCATATATGATTTTTTTTACATAGGTATAAAAATAGCTTTTA ATTTCGTATGTAATAATAAAAATATAATATTGGATAAAATAGAGGGTAAA TACTCAATTACTATTACATATTAAAAACTATAATATTACCCTAAAAGACT TGAACGTATCTCACTTCTACATAAGTTTCTAAGAAGTTCATTTCTAGTTG TAGGTATTATGATAACTAACGGTAATTGAGTATTTACTTATATTATTTTC CAAGGATTGTGATATATATKCGACAKTYTAAATYTTATTCCTTGCTGGTG TTGAAGATCCTATAGAGAAAGTTATATAGCAGAGAGATTTCCCCATAATG TTGTTTTTAGTATTCCTTGATCCCAGCCTACACCGTAAAAAAAATGACTG AGTGACGTCATATGAGAAGCGACATCCCCCGAAAAAGCGTTAAAACGCTA CACCATTGTATCTCCTATGGGTAAAGGTCGCAGTTTATTACTTGTTTTAA AGCTTTAGTCTGACTTGGTTCTAGTAACATTGAATACAATCACGCGGACG CCCCTGACACGCCAAGATACTAAAAGACTCACACTTTGTTTGATAATAGT TTATTCATTTAGAAATAATTTATCCTTCATCACAGTCTACAAAATTTAAT ATTCATTTCTTCTACTACTATTTTAGATTATAATATCCCAGGTATAAAAT GTAATGGTAAAAAAGTACTTCTTTTGGTTCATTGGTACGTATAGTAGGTA TCATATGTAACAACTATTTTATGGTATGTTGGGGTAGCATAAAGCTCCCG TTAGAATTTGAAGGGAAATAACTTGGGATWAAAAACAGGCAGAAATTTTG AATAATTTTTGKCCATCGWTRTAGCCATATGGGGATAAGAATTTACCTTC AACAATAAATACTAAATATTATAAATCCATGAACAGATTAGTTCAAAAAT GTCCCGTTATTTAATCGTAGAGTTAGTAAAGAATCAATAAAANTACTGAC TGAATTCTCTATTTTTGATTAAGCAAAATATATTTAAATTTGTATATATT TGATTGAGTTTTCAGCTATAAAAACTGATGAATTACTTATGTATTCATAT TTATAGTGTGAGTTGGAGGATTACCTTCCAATATTAATGGCCACACCTCA TCCCCAAATTGAAGATGATGGAACAATTTGGAACATCGGGACATCATACT CTAAAGAAGATAAATCTTTTTCCTATACAATTTTTTATATGAGAGAAATT GAGGGATCTATGAGTAAGAAGTTTATGGAGAAATCCATAAATAGGAAAAA TTAGTATAAGACATATTCGCCTCTTTTCAGATTGTAATTCTCGCTTGGAC TCTGCCGAAATTCATTGCCAAATCCCCTGTAGACATCGATGTTCTCCCGC TTTTTACCACAGCTTTGGTTTGAGTGATAATTACATTCTCTTTATCGAAC AACCTCTTTTCTACGAGGATCCGGGAAGGAGTAGACAGTATATTTATGAG AACTCAGACTACAAGTATCAAAACCTCAAATGGAGACCACATGAAGGAGT GAGAATATTTATATTTCATTACTTTTTTAAAACCTCATAACCCAATTGTG ATATATGTTTTTTTTTACATAGGTTCGTTTTTATATCGTGAATAAATTAA GTGGACGAGTTCTTCCAATCCAATACACAGCCATTCCTTTTTTCTTTTTT CACCTAGTTAACACGTATGAGAGTAAAGATGGAAACCTCATTGTCGAAGT CGTAGCGTATGACAATGCTGAAGTAAGTAAAGGTCTAAAGTTTATTAAAA TCTATTTTTGAGAAATGAATCCAACTAGAAATTATGGTGAAATTATCATT ATTATATTTATTCAATTAAAGATAGCAATGATGAAGGGAACAAAATCATA TGTATATCCAAATAAACCATTAATTGGATTGTATAACTTTGAGAGGTACA TTTACAAATATTTTTTTTCCTTTATTTGTACATAGTTCCCTTGCAAAATA GACTTATTAACAGGGATATTTTTTCAATGTCCTCGATAGGACAAGTAATT TAAAAAAGTTTTAAAAAAATATAGTAAAAATTCTGACAAATTTCATTTTT GTATGTATATAAGGGTTGAGTAAAAGAATATCATGTATATGTGTAAATCA GACGGAGTAAAAAATACATTTGAACTAGAATTACTGTTTCTTTTTGCCCA ATTTCTTTTTGCTTAAAGTTTTCTTTTTGATAACAAGTGGTGAAAATGCG AGAAGAACGCCACCACCAGCACCACTACCCTGAGACTCAGCAGAGGAGAT TCCTTCATCATGATCCTTTTGCTGAATATTATAGGACTTTTTCTTTTTCA TTGCACCTCGTACAACTCTTTTCAATTTGAAGGGAGTGTGTACTAAAAGG GATTTCAATGTTTTATTGAAGTTTGGAGATTTGGGTAATGAGGACGTCGA TGATGAAACACTTGGAAGGCTGAGAGTTTCATCCTATAAGAAAAAGAAAT GATAAAATAAGTGGATGTCCTTTGTACATAAAATGTCCGCCTCCCTCCCC TCCTTATTTCAAAGCGCAGGAATATATGTATGTACAATACCTAAGTATTG CATATTTCCAAAGAAAAATAAAATAAGAGTAAAAATTTAGCATACATTAA TAAATTGTCATTTTATTTACCTTACTTTATTAATATAACCATAAAAAATA GAAAGAAAAAAAATTATTATATGTATATTCGTAATTAAGGGTATCAACAA ATAAAACTTACAGATAAACTGATTCGAGGTTCTTCATTCTTGCTACTCTC AGAATGGGTAAATGATGATGGTTTTGTTTGAGAATTGGCCAATACTTCAG AGACTTTAATCTCTTTATTTCTAGGACTCCCTTCATCTTCATTCCTAATA AAATAGGTGTTTGAATGAAAAGAATGCCGATGAAACGAACCCTTTTGTCT TTTACGAGACACGGGTGAAGGCGAGGAAGGCGCATTGGAGKCATATGCAC CTATTATGGAATGAGGGCGCAGGGGTTTGTTTATACTAGAATTAGAGGAT GATTGTTCCGGACCAAGCGTCACTGATAAAAGTCTTTCAGTCTTCCCCCC TTCCATTAAATCTGATTCTTTGAAAGAATCTGTATTATAAAATTGCGTTT CTACTGGATATGAGGACTTTAAATGAGCGGGCTGCAAAACATTTCGGCGC ATTAGTTCACTCAATCGATCTTTATCATTACTTAATGATTTGTCAATGGA TTCCGCCAAGTATGAATTGGAGAAAGATTCACCGTCCTCATCATCTATAT TAAATAAAACCCCACTTCCACAAGGAGGTCGACGACTATGAATATGAATT TCAGAACGAGTTCGTCCTGATTTGGCTCTTCCTGGCGTATCTTTATGAGG AAGAGATGGTACTTTAAAAATACTATGATTCCCTGAATGCTCAGAGTTTG ACTCTAAATTCTTTTGTAGTTGGCGAATATTTGTTTCAGCAGCAGAAAAT TGGACAGATAATTGACGATTCTCCAACTTGATTTTCTTCAACTCTGACTT TAATTGCTCGACTTCTAGAGATTTTTTTATAGCATCTATCGTATTGGCAT TTTTAATTTCTTTAGATAGAGTTTCATTTTCTTCCTTGAGTCTTAATATC ACATTTTTGGTGGCAGTATATTTCTTCACTAAAGCTACAAATTCAGATGT TGTCTCGTCGAGTTTATTTGATAACTCATTTGTTTTGTTTATGGCAGATC GGTATTTATATTCAAACTCATTTGCACGATGACTTCCAGTTTTCTTAGCC TCTTCTATCTCTGCATTCTTTAATTTGACAATTTGTTCAAATTTATCTTT GTATTGCCTTGATATGTTTTCAGCAACTACTTTAATGCGAGTCTCATACC TCGCCTTTTGTGCCGCTAATTCATTTCGAGATTTTATCTCCATTTCATTC CTCATTTTTATGATTTCATCTCCAAAAATTTCACCCAGGGTTGCCTCCTC TCGTGTTGATTCATAGACACTTGTACATGCCGCCACAATCGTTTTTTGAT GTACTACTTCTTTCTTCTCCGAATTGACATGCTTCATTGTGTCAAGCTCT TGTTTTAATTGCAATCTCTCAGATTCTAAAACATTAATCATACGATTTAC ATCCGAGATTTCTTTAGACTCCTGAAGTGATGATAAAGACATGTGATTTT CAAATGCAATTGAGAACTTTGCATCTAGAAGGGAACTTAACTTTCTTTTG ACTTCATTGAGCTCTTCAACTTTAAATTCCAATCTTTTATTTAATTCATA AACTTTTGTATTAAGCAAATCCGTTTCAACTTTAAATTTCGTATCAAGGG ACTCGATTTCCTTTCGGTGAATCCTTTGATCTTCTTCTTGGGATATCTTA AGGTTATGAACTTCGTTTTCAAATGCACGTACTTTTGCTTTTTTATTGTC TAATTCATAGGCTTGATCATCCMTGTTCTTCTTGAGGGNTAGATTTGCAG CTTCTTGCTGGCTTAAATCCTTTTTGAGATCGGTTATATGAATTTGTTCC TTTTCGAGTAGCCTCATGTTCTCGATTAATTCATTTTCTTTATTTTCCCA TTTTGTTTTAAATTCAGATGTAACTGAATTTAATTCCTCACTCTTGCGAG AAAGCTCAACTTGAATCACTTGAAGTTCATGCTCATGTTTCGTCCTCGAT TGCTCCAAATCAAGATTAAGTTCCTTCAATTTATTGATTTCGAAATGAAT ATTTGAATTCTCGGATTCAAGGATTTGTAATTTCCTTTTGTGTTGATCAA CTAAAGAGTTCAACTTACTCTCTTTTTGAAGAGATTCTTCCGACATGTTT GATAACTTACATTCCAGAGCACGGTTTTGCACTTTTGTTTCTTCAAGATT CTTTTGAGATTGAGCAATCTGACGTTCAAGATCACTTAATAAGTTATTCA TTGAATTTAAATTATTTTGGTTAGAAACATACTTCTTTTCAACAACATCA TGCTTGTTTTTAAGATCTTTATTTATAGAAGAGAGATCACTTATTTGACG ATGCAGTTCTGAAAGTTGTAGCGTGTGTGCAGATTCAATTTCTCTCACTT TAACTTTAATCGATTGATTATCTTTAATTTGCTTCTTTAAATCCTCTTTG AGATTAAATATGTTGTTTTCATATTCATCTTTCAACAGCGAAGTATTTTC TACGGCATCGTTATACATTTTTTCCGAGTTTTCTTGAACTTCTACAGATT TCCTCAACTTATCTAATATCTTATCTTCTTTTTCATCATTCAATTTCTTC AAATTACTATAATATTTTTTGAGATCATTGAGTTCAATATTTTTCGAATT TAATTCATCAAATAGATCATTGGTTTTCCCTAATTCAAGATTATATTCCG TATGATGCTCATCAAAAGACACTTTCATATTATTGAGTTGATAAAATAGC TCATTTAGTTTTATTTCATAGCACATAATCTGAGATTCTTTTGATTGATC TAATTCTTTCAGAGATTTTTGCATTGATTGAATTTCTAATCTATGAGCCC GTAGATCCGAAGCATTTTCTTCCATTGCATTCACCAAAACATGTATTTTC TCATCTTTGACTTGTATTTTATCCATTAAATCCTTATTCTCCGAAGTAAT TATCTCTAATTTGCGAATAATTTGACATTTTTCCACCTCCATGGACAGAA TCTTCGATTGGAATGCTTTGGATTCTTCTTCCATCTTGTTTTTTAATTCC ATTCGAACATCTAGGGAATTAGTAAGTAATGGTTCTTCATTCAAACCATT TAACAAATAACCATTCTCTGAGTTTATAAATTGTGCTTCAATATCATCAA TTTTTTTAATTAACGACTCGATTTCCAAGTTATCTTTTGAATTTTCAAAC ATAGAACCCATTTTTTCATCCTTTCTTTGGGATGTAATCATATCCTTAAC TTCATTAATAACGCAATGTATGAGAGATTTAAATTCAATCCATTTTTGAG GCGTTTCGATTACCTCATCAAATAAGGATCCGACAGAGTTTGACAAAATG TTGGAGCAGGATTCAATTTTAATCAATGAAGGCACTTGATTTAACTCTTC ATTCTTTGGATTTAATAATACATTAGATTTTGAAAAAGTATCATGTTTAA TTAAAAGTTCTTCGTACATTTCCTTAACAGATTTACATTTTGTACTTAAT TCTTCATTCGCTTCACTTAAGTGTTGTACCAATGCCTTAAATTTAATATT ACTCTGATTAGAAGTTGACAATTGAGCTCGAATATTTCTACATTCAGCAT GCTCTTCTTTTAATTTGAGTAGTTCTTCATTTAATTGCATTTGAGATTTT GCAAAGGAGTCACGCTCTACTAAGATTTCCTCATTATTATTTCTTATACT TTGACACTCTATTCTAAGTTCTTCGTTGATGTGGCTCAAATTTTGCAATG AAGTCTTATATTCACTATTACTTTGATTAGCAGTTGACAATCGAGCTTGA ATATTTCCAAATTCAGCATCATGTTCTTTTTTTAATTTCAGTAGTTCTTC ATTTAATAGCATTTGAGATTTTGAAAGAGAGTCACGCTCAACTAAGATTT CCTCATTATTTTTTCTTAGACTTTGACACTTTATCCTTAGCTCATCATTC GCTTGGTTCAAATCTTGCAATGAAGTCTTATATTCACTATTATTTTGATT AGCAGTTGACAATTGAATTTCAAGTCTTTGATTTTCCAGTCTTCCAGAAT GAAAGTCTTCTTCTAGTTTAATATATTTCTCATTTAATGACACTTGTGAT TTTGAAAGAGAATCACGTTCTGCTATGATTTCTTCGTTATTCTTTTGTTG ACTTTGACACTCTACTCTAAGTTCTTCGTTGAGTTGGCTCAACTTTTTCA ACGAATTTTTATATTCACTATTACTTTGATTTGCAGATGACAATTGAATT TCAAGTCGCTCATATTCAACTCTTTCAGTATGACACTCTTCTTCTAATTT CAAAAGTCTATATCTGCATTCATCTAACTGCTCTGTAGTTATGGATAGTT TTTYCTCTAATTGAGGTATGACAAGTGTGTCAGCCATATTTTCACCTTGG AGAAGAGGTAAAGAGCCCATTGATACTAGATGGTCATCTATACTTATATC ACCGATGGATGCACTAGGGAATATGGACCAACTACTACCGTTGGTATTTC CAAATAAATTCGGTGGTTGATTCATATTATCTAGAGCTGATCGCTTGGAG TCAAGAATCTCCCGCAATTCAAATACTTGTGCTTCCAAATCCTCACATTT GTCAACCAAATCTCTATTAAGTTCTTTTTCCGAGTTTAATGAGGTCTGAA GCTCAATTACTCTGGATTCAAACTTTGTATTAGCAATTGATTTTTCTCTA AGTTTCGAGTTTTGACTTTCAACCTTACTCATTAGCTCATTTCTGTCGTC AATGACGTCCCTTAGTTGTTCTTCGAGTCCAGCAACACGATTTTCATAAT CTTTTCTTTCTGCAAGACGTTTTTGTAACAAACCACTTGATAATTCTAGG TCTCCTTCATTCTCATCACTCAGTTGCTTTGAGTATAGATTCGCTCTTGC AGACTCCAAAGATTTTCTCAAAGTTTTTCGTTGTTTAATCAGTTCTACTC GTTCTCTTGCTAAATTAAATGTTTCAAGTTTTTCTTGATCTAGTTCAAGT CGAGTGGCTCSMAGTAACTTTGTTTTTTYCTCAGCAATTTTTTGATATTT GGATATTTGAGCAGTGACAGGGGAGGTAAAGAAGTCTTTCAGAGGGAAAT GGGCAGATGAATTTGGAGAAAAATGAAAGGTAGACGGTGAGGAACGAGTC TTCATTTTTCTAAATCTATTGATAGGGGTTGTTGGACATGGTAAAGGCTT ACTCACTTCTATTACATCAAATTCTTGGGATTCATTAAAGAGAGGATCAT CCCATTTTTCTTCCAGTATAAGAGAAAACATTTTTTCAATGGCCCGTTGA TCCTGAACTTTCAATCCTAATAAATAAAAGTTGAAATGACTATTTTTTTT AAACTGTCATTGATTGTTAATACAATAAGACTCACCAAGAAGAGCTCTTT TGATGGGCTGCCAACCATGTTTAACCGAGGCAAAGTAGGCCATGAATAAG GATATTCTAAGATAAGTAATCTCACTATCTCCGTACTCGGGATTCATTAA TACATCAGGAGGAAAAGATCCTTCCAGTATTTTNGATTGCCTTGCCAATG GTACTATCGGCAGCGATAGTACCTTTCGACTCTGAAATCCCATCGATGAT CCACTCTATAAAATCTCCATTCCCCCACGAAAGATTCAAAGACGTAGATA AAGACTCTAAACTTGATTTAAAAGAACCCATTCCACACACTGTTCCTAGC GATCCTGAATTATTATTTCAACTGAGGAAGTCTTCTTCTTATTCTATCAT ATTATGTGTAGCCTTAATCTGATCCTGCTAATAAAATGGTGGGTTGTAAT CTTTTTTACAACCTTATAACTCTTTCCTGCCTTACTATCAGACTAATTGG TAATTGAATTAGTAATTGACTATCACCCAAATATTTGTGTCTCAATCTTT AAAACTCTTTTTTGTCAAAATTAATAAATTTACGGTTCTTATAAATTATC ATAGAAGGAAAGACATCAGAGTTCCTTATAATGTACCGCTATATAGTTGT TTTATTTAGATATAATSCTGAAACGGANNNNCAATTTAATTTATTAGTTC AATTAAATCTAGAAATAATCATCGTTGTATCAGTTCCTGGTCAGTTCGGA TCTATAGACGTAAATCTTAGGTACCCAAGTTTATGTATTTCTATTAACCT TGGGGTCCCCTAACTTTAAGATCCAGATCCGAAATCAAAATTAGAAGGAT CTTATCTCAAATTTTAGAATTAGAATGAGTTAAAGCATTAAATGAGAATG AGCTCCATTTAAGCCGTTGACATTTGTGAATAACTATTAAATAATAGTTC CATATTAGGGAAGAATTGGCTAACTACTAACTGATTTTGGGCCTTTTTTT CTATTCATTTTAAGATGAGAGGCTTAATTATATAAATATAATTAAGATAT CGACGTGCGCGATACAACTGTTGAAGTAGATATAGCTCCAATCAAATCAG CAATCACTAATCAAGATAAATAGAGATGCTACGTTCAAAAAAAATAATAT CTTTTTTTTAAAGCTAGGATGAAACAATACTATCAGTTTTTAATGGATCT TTTTTAAGATCAAAAAAGGTCAAATTAAGGTAAAAAAATTGCTTAAAACT ATTTTTCATTGATTTTGCTAAAAAAAAATAAGTATTAAATAGCACTTATT GCATTTTAAAGAGGATTTTTTTGGTATTTGTAAAAACCAAAAAAATTATT GATAATAATGTCGTTGAAAAAATAACCCTCGATAACTGGTTCATTTTCTT GTTTCCCTGCTTTTTCTTAAATACCTTATATATTTGTTGTCAGCTGTAGA TTCTTTCCTCTTGTTTGATACGTCTTGGCTATTTACCACAGACCAAAGTT AATGCTGGCACGCAAGACAACTCGTGGGCCGGTATATGAACTGTGGCTAT AGTTGATGGTGTCTCTGATCATATTACATGAATTGGCAGTAGATTACAGC CTGTTTGTTAGTCTCCTTTACACGCAACACAACCCGTCTGCCAGAATATA AACCGGGCCTATAGTGGATGGAGTCTCTGATGATATTAAATGAGTTGGCA GTGGGTTACAAGCCGTTTGTTAGTCATGTTAGCATGCAAGACAACCCGTG GGCCGGGATATGAACTGTGGCTATAGTGGATGSCGTTTCTGATGATATTA CAAGAATTGGCGGMCGYTTGCAACCCGTTTGTTAGTCACGTTGCCACGCA ACACAGCCTGTGGGCCGGAATATCAACCGGGGTTATAGTGGATGGSGMCC CTTATCATAATACATGAATTGACGAAGGGMGCTTACTTTTAATCAAGCCC TGTGGGCATGCTACATATCTCATGAGCCGAGCATCAATCCTTGCCTTAGG AAAGGGTCTCGGAAGATAATGTGAAATTTATGATTTCAATGATTTTGCAC ATCATCAATTCTTTTCAGTTATTATGCACATTAACGGTCTTGTTCAGTTA TTAGATTTCTTACTTTAACTGCAACATATATATTGCTTTTGATTATTTAT ATGAAGAAATTTTGGCTATCATATAGAAACACAAATTTCTAGCTACGCTT TTAATTGATTATTACTAAACAATATCATAATACATTTTCGAATAAAATAC TATGTAGATTTGAATATTACGAAATTTATATATGTAATTCATTTTAAAAA TGGTTAAGAAATAATATGACGATGATAGTCTGGTAGTACATAAGCTATAT ATAGCAGTTGGTATGATTTACTTAACTGGTTAACTACCAAATTATTTCTA GCCTTTTTCTGTTTCTTTTTAAATGAAAGGTTGCGTGACACAATAAAGGT AACGACGTGTATAGTTATATATAAATTCACATACATATATTTATTTTATT ATGCATTTTTAACTATAGAAGTGGTGGAAGAATTTAAGTGTAGTAAATTG TCTTTGTTTATTTTTTTCAATACAGTTTAAACATACTGTTAATCAAATTG AACGATAATTTGTTGTGAAATCCTTGGTCAGTAGATATAAAGATGTGAAG TTTTGTACCACAAACTAGTTTAATTCATTGGATTTGTGTGAAGAATGTCT CTTTTTAAGGTGGTCGTTTTTAGTGTAAGGTAAATAAATCTTAAAGAAGA ATGATTGATCATTCAAATGAATGGTTAACTAAAATAAAAATACAGTCTTT CCTTTTTTGTTAAAGATCTTTGACATACCTAGTCTGCTAGAGATTGGACT GAAAACCACTGTCATTTTAATATATTTTAAGTACTCATAAACAATTCCAA AACATTAAGACTTAAAGGCAATAATTAACTTTATTGGATGTAGCCTTTTC TACTAATTTCAGTGATGCCAATATATTCTATATGTGTTCGATAGCAACAA AGTAGTTTGAATTTTACAACCGAAATTCCAACTTTCTCTTAGTATTTACA GTTTGTAATTCTCGGAGTTTTTGCAAATTGATTGGATAGAGGGTGCCCTA GTGACCATTCATGGACATCGAACAGTCTCTTTGCTTAATATATTTGTGAT CATTTAATTTTATCTTCAATTTCCTAAATATTTTTTGACAGTGTATAAAA AAAACTAAAAACAAATGTATTCGAGATAGAATGAGTAGCAATGGATTATT TTCTTCAATTGTGCTTGAATCTCATATATTCATACATTGCAGGTTATATG ATTTTCTTTTAGTTATCTCATATGCCATGCATAAAAATTGCAGACCAAAT GAAAGTAGTTTTGTAATCATGACACAAAAAAAACTTGCAAAATAAAAAAA GGAGGGATTTTGTATGATAGGAGTAAAAGGCTGATCTTCTCCATCGATAG AACTATTCAATCTTATTTTTGACTGTAATCTTGAGAGAAATTGTCATTTT CTCACAGTAATAATAATTATATAATTTAGAAAATCATCTACTAGGAGTTG CAATGCAATCCAATGAAGAAGACGTAGAGTTGATACATAGCACTTCAATT ACATAAAATGGTATTGATAATGGATTCATGACGTGATCGATCTGAGAGAA TGAAAATCCTTTTCAATAATATCAAGTAGAATAGTAATGTATCTTTTTCA AAAATAAAATATGTTTTCATCTTACTTTACGATGGAATAATTAGGATTGC ATCTAAAAATGATAATACCTTGATTAATTAATAATCATAGTATGTAACAT AGTTAATCACAAGTCATTTGACGAGTATGAGTAAAGACGAGGCTTTTAGC TAAAGTTCGAGTAGATTCTGAAGTCACGGCTTAATGAGCTTATATACCCC TTCTAATTTTCCAATATATTTTTTTCATAATGGAAGCTTCGACGGCAGCT ATCCATGTTCAAATGTTTTTCTACAGATGGGAAAAACTATCACTGAATCC TTACATAGGAGTAATTCACTTTCTCCTTCCAAAATTATAAAGTAGGCACC TGAAATTCACAAAGGTATTTATTCAGGTGTACCATATGTCTCACTCCTGC CTTCTCCTTGTGCTCTAACAAAAAACCATGGATGTCTGAAGCTGGATTTG TAGGCCCCTAGTGGATAKTCGGATGGATATAGGAAGAGGCGGAGAAGAAG AGAGGMAGAGCGGAAGGMCTGGCCACACTCAAGGCTGACTATTCTTTTTC AGTCTTCAGAAAAGTTAAGTAATTCAATTAAGTACACATTATGTCAATCC TTGAATTAGTTTTATATTTTCATTTTAAAGTAACTTAGCCTTTTACCCAA AGCTAGAACCTGTTTTTGAGTTTGTGCCCATCATAGCCATACCTTAGTTC CAGTTGCCGATTAAGTTGACGACCAGTACCCTCTTTTTCGTCTACAGAAT GGGTAATATAACCCCACTTCGTGAAATGGAGGCTGCACAGTCATTGAATG TATTTTTGAATTCACTTTGAGATCCATTTTCTGTCTTGGAACAGTCCACT CCCATTTGGATTCAAGTTCCAGATTAAGAGGCACATTGAATCCAGGAAAA CTGGTATAGGATCTTACGATTCTTGGGGATACCCCCATAACCTTGACGGT ATCCGCGGGCACAGCACTTCCATCCCATCACCTTAAACTTAAGAGTAACG ATCGGAATACTAAAGCCATAAGTATCTTTCACTACTAAAAACAATGACTA ATCAATTTTAAAATAAGCCTCGTCTTGGAGCCGGCGCGCTTTTTTATTCT TTTGCATGTAGTCCTGATAGCTTGAGATATCCATGCAAAAAGCCTATCTC TATTAATATTATATCAAGTCTGAATTAAACCTCCTACTTTAAATAGAAAT AAAAAMCCCACAATTTAATACATTGAGGGAGTGTAGACAATTTTAACGTT CTATGTATCAATTGGTTGACAGTTTGGGAATCACTGTTTTAAGCTATTAC TGACACATTACTAATGTGTAAGTAATTAGATATTACATATCTACCTAATG TACATMYGGTCAGGGGTTCCCAAAGTGGGGGTCGCSKCCCCCCCCCGGGG GGMSGSGAGACACAGATGSGGGGTCGCGAAATGCATTCCAAAAAACAAAW AKTAATTTTTTTTTTTTWTTAAAAAAAAAAGAATTATAATTTTTTTTTTG TATAACATATACATATGAGTTGATATTAGAGTTNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NCCAGTGTTGTTGGGGGTCGCAGGCTGAAAAGTTTGGGAACCCCTGCATT AGGTAGATATGTAAAGGACAAAAAATAGAATATAAAGCTATATTTTATGC CTTKGGGGAATACTTATTCATATGGATGATTTACATAATTTGTACGTTGA TATTAAGTGAAGGGAATTGATCTTAAAATGATTTTCCCATAATAAATATG TACATAGGTAGTTAAGACTGTATTTGCATACTAGTGAATGATCTACTCTT GGTGAAAGTGAAAATTCATAATTATCATATTTTCCATATTCTATCAGGAA AGTATGTTGACTCGATTTTCTTCTTTAAATACAACCACAAAATTGTATCC ATGACGAGAACTTATATGTACAAGCAAAGATGCATAAAATATGTCCTAGA AAGTGGGAACGGCTTTTTTTAGTTGACAAACGGAAAAGGCTTTTTGTTTT TTTCAAAGCTGTTATTATTATTATCTAATTCTTAAGAAGAAGTTATAACT GCATCAGAATCATRCCAGCCTATATGTTCTTACTGGTGCTAGGTAATTTT GCCTTTAAATATTTTATAACAGCAACAGCAGACGAGAAAAAAAAAATTGC CCAAAATAATCGAAAACATAATATTTCCTGCTAGAAACTCCAACAATTTT ATCAAATTAAAGGCATAATTTGCATCTGATTATTCATTACATCACATCAT TACAACAAGCCTATATTATTTAAATAGTATATATAGTCCCAAGTTAAATA TGCCGACATGTGGGGCCTATAATTTTACCTGTAGAGCGGCAGSTTTCGTA TAATATCGGTTTTAAGAAAAATAATTAGGCCTTTCAATCTATTAATGACA AAGTCTTTGATTCATCTCCTTAAATAAGCCATAAATTCTCCTTGTTATGA GTTACATCTCCAACATCCCGGACATCCGTTGGGGGATCATCAAACAAATC CTCGTGAGGAGTCTTCCAAAGGGCCAAAGAGATGGATTGTCCGTGTTGTT TGCTGATAATAATTTGTCGGACTTCATTATGATTGTTAAATACAATTCGT CTGCATCTGACAAACCTAGTACCCTTAGTACCATCGAGATCCCTTCTGGT TCTTCACTTCTCCCCACTAGTAAACGCATGAAATGCTTCTATCATCATAA TTGGGTAAAAAGCGACAAAATGCAAAACGCCTCGCATTTGTCCAAAAACT TAATAGTTCAAAAAACGGATCAGTCGTCGAGTGTACAACTCGACGTTAAA AATTTGCAGTTCATCAAGTATAGACTCAGGTTCAATACTTAATAATATTT TATTTGTCAGTAGTAATGAAAAACAGTTCCTCATCGATACTGGATCTCAG CGGTCCATAGTTCTGAAAACATCCTATTCTAGCCTTATTGATCGAGCGCC TCCCTAGCTTGTTGCTCCCAACGGAGCTCCTGTAGAAAAATATGTCTTGA GGAAATTATGGATCGAATTSGAGCCTGTATACCTGGTTGAATGGGAGTTT GTTATGGCAAACATAGAATACGGTGTCATTGGTGCCGATTTCCTAGGCCA TTTCAGTTTATCTGTCGATATGGAATGTAGGATGTTACGACGTAACGAAG TGTTGACAGCAATAGCAGAGCACTGTTATATAGCCAATAAATTATTTTTC GAATTTTCTACCCCTCATTCTCAGGAGAAATTACGTTCCTGAGCCTCATC ATGGTTTCAAACACGAGATCTTCACAATAGGGCACTCTTGTAACTCGCGT ACTCGTCAAATAACTCCAGAGAAGGAAGCTATAGTTAAGGCGGAGATATT CAAACTAATCTCAGAAGGAATTTTGCGAAGGTCAAAATCAAATTGGTCGT CCCCAATACATTTTATGGAAAAACAAGACGGTTCAGGGCGTATTGTCCGA GAATATAGGCAATTGAACAACCTTACGCTCCCCGATCCATACCCAATGCC TCATATTGACAACTTCATTTGTAATATCGGAGGTCTTAAATACTTCACCA AATACTATCAGGTTTCGATGTTGAGCGAAGACGCCAAGAAAAAGGATATT ACTACATGCGCCAGATTGTACAAGTTTTCGAGGATGCCCTTTGGACTCCG TAATGCCTCTAATACATTCCAACGATTGATAGATTCGTTATTTAGACTGG TGGAGTTTGTATTTGATTTTATTGACGATGTGATGGCGGCTTCGCTGTCA GAAAAAGAGCATCACTATCACATCAAGCATGTTCTTCAAGTTCGGAAGGA TAATGATTTTGCTTATAGTGTAGAGAAAAGTGAGTTTTGCAGTGCAAGGA TTGAATTTTAGGGACATGTCATCAGCGAAAACGGTATTCGTCCCATCCAA GAAAACACTCGATCAGATGAGAGTGGTTGATTAGGAGAAATTCTCTACGA TTCAGAAGTAGGAAGGTGTACCATTGGATGAAAATTGCAAGCATCAAGAT GTGAATGGATTCAAAATAATATGTGACATAAACAATTCTGTCCCCCGACC AGTCGTCCCATGACCACTAGTGCTGAAAATCCTTAGGAAAGTACAAAATG AGAGCCATAAAGGGGTTCAAGCAACAAGAAGAAAAATTGCCTCCTTTTAT TTTTGGGAAAGTCTCAAGGATGACGTGAGGATTTTTGTTGGTAGTTGTAA TATATGTGCCAAAGCAAAAATCACTACTCAGGTGAACAAGCAGTCTGCGA ATGAGGATGTGCCACATACAATTTTTCATCACATTAACGTGAATTGATTC GGTTCTTTCGCTTCAATTAATGAAAAGAGGTACATATTTACTGACAATGC TCAATAGAAGAACGCGACGGTTAGAAATTATATGAGAAGATTAAACTAAT CAACCTTTATTATTTATATTTTATCAAAATTCTTTTAAATGGTTGAGCTG TATCAACTTGTGCACATCATTGGATTAAAAAAAATGGTAGTTGTTTATAA CATAATTAGCATTTTGTGACTTATATAATGGCCATTGCTTTATATATATC TTGATATGTAAAAGACGACTCCTTTACGTCTTGACGTCTTTAACAGTGTC GTTGATGTCAATATTAGGCAACGCTTCATTCACTATTAGAACAAATTCAT AAGAATCTTTTAAATGCAATACTACATTATCAGAGGTTCGAAAATGGTCA AATGCTAGTATAACAATAAAAAAAATTATTACAAAATAAACCAAAGTCCT GTAGTAAAAAATGTCTGTCTCTGTACAAAAGTATAATCCCAAAAAATGGG TATTGCAATACGAAATCAATTTTTACCAAATTTAATATACTACACAAGTA CTTTATTATCCTCTATGTATGTTAAAGATGTCATGAATACTACACTATAG CTTATTACAAAACCCCCATGAATTCACCGATTTAATTGAATTAACAASCT GCCATACTTTGGCCTCCAGAAAGCTTTGGGGGCCAAAGTATTGCAGGAAA ATTATTTTCTATACAATTATCAGCTACTTTCCTTCAACAGCGTTCGTAAA ATTATATTTCCATATATAGCAAGCCAGATCACATGATATTCTAACTTTGT ATTTCTATTAGCCTTGGTAACCCTTAGGTCTAAGTTAACGATGTGTAATC AACAGATTTAGCTGAAAAAACTGTACAAGAAAAAATACAATTCCTTGAGG TGTCCCCCGAATACGAACGCCGTGCAGATATTATTGTGACCTCCATTGTG GGCCCAAATTACTCCATAGATAATAGGGCTAGACAGCGTAAATCGATGTT AATAGATCTGTTGTCATACTAGAATTTTATATTGGTGCGGCTTTCCCAAA TCAGCACAACATGAATTTATGCGACATCAGCCCCCTCAAGCAGTTATCTA TACTTTGTATCTCCTATTTCATAGAAGGCAAAATACAATTACTTACAATA AAATTTAGTCATTGCCGGTCATTGCACATTTTTCGTGGCATTTTCCTACA TACATTCATTTCTTTCATACTTTTTGCATTCACAAAACTTATTTATTTTG AAAAGGAAAATTGTTGATGTTTGAAAACTATAATTCTCAAATTTCTTAGA AATCATTTATGTCTACTAATCTACACCTCGTGAATTTTATTTTATCTCTC AACTTTTCCTAAAAAAAATAACAGAAGACAGTTTATTATTCAATTGGTCG AAAACCAATACTTCATAAATATATTCTAATTATTAGACAATGATTGAATA TTATTCATAGTTTCGAAGTGTTCATTCAAATTCAACCAGTTTAACGTTAA GAACACTGATAAGATGAAGAAAAGCGAAGTTCGCAGGGGGTGGACTGGAG GGGCTGTTTCCTTCCCACAAATTAAGGAATTTTTGCTTTTTGCTAGAAAA CTTAATTTAATTTTTCAATTATTTTTTCCAAAAATATTAATTTTTATGAA CAGCTATGGATTTTTGAAAAAAATTTCGAGAAAAAAATTCTTCAAAAATT TAGGATTTAAAATGTAATTTTTGAAATATTTTCAAAAACTATGCATATAA ATTAAGTTCAAGATTCATGGAACCTCTATCAAAAAATATAATATATAAAT ACCCTTCGTAGATAATTAGAGTTATGTATTTTTGTTCAAAAATAACTTTT AGAGCATAATTATAGTTCAGATACTATAAGCTATGGTTTTAATTAATTGT GTATGTTTTTGGTTTATTCTAAGGAAAAATGCATCAGCTTATCCGAAACA TTGACTTCTATTAAATTAAATTTGATGAATCTTAGTCAAAAGAAATTAAA ATAATGAACTGCGCATTGATGAAAATAGCGCATATTCAAGATTTAGTTAA ATCAGAATTAGAGATAAGAAAAAACATTCTTGATAGAATAAAGGACGCAT CTTTCCCTTAAATNNNNNNNNNNNNNNAATAAAGGACGCATCTTTCCCTT AAATTCTCTTTAGTAGTATGTACCAAAGTTAATAGAAATACAAGGTCATA CCCTAAGGTATGTACGACTCATGTTGTACTTCCATCATGAACGTCATAAA GTATGATTAGCTGTGTGTTTCGTGAAAATCGGTCTTTCTTACCCAGCAGT CTATACGATACATCAAATTGAAAATAGTAGCAATGATGGCGTCATAGACT ATGACTGGTGGCGMGTTTTGTCAAAATCTATTTGTCTTGCCCAGAAGTCG GTACGATACGCCAAATTGAGAATTCTAGCAAGCCAGATCACATGATGATC TAACTTTGTATTTCTGTTAACCTTGGTATGTACTACATATTATTGAATCC ATCCCATATTTGTAATAGGTTTTGTAAAATATGTTTGACGGATTCTCTTC ACCCTTAATTATTACTATTTCAATTTGCTAATGGATAAAAATAAATAGCA AAAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTGC AGGATGATAATTTTTTTTTTTTTKGGGGGGGGGGGAAGRGGCCTTTTTGA AAARAAAATTTAATTAGTAATTTTTTTTAGMAAAAATTAAAAACAATAGC TACAGTTAATTTTTTTCGGCAAAAATTTCAAAAACAAATAGCTATTAACA AAAAATTAAATTTTTTAGGAAAAAATTTAGAAAAAAAATTGAAAAAATAA CATTAATTTCAAATATGAAATTTTCTAGCAAAAAAAAAAAAAAATTCTTA ATTTTGTATAAATGGGTATATTATGTATATGTTGTATACAAGTTGCAGTT TGTCTAATTTGCAACTTGTACAACCAATTTGTCAAGGTTGCAGTCAAAAA AGGATATGAATAATTTTAAATAATGGATTTGCTGTAGGATAATGAAATAA TTGAATATTCCATGGATAATAGACAGATCAATGGTGTAATTTTTGACCAT TTTAATACAAATTATTAAAATATAATTAATCTGTAGCACATTATAAAGTT CAAATAGCCACAGTTATATTCGTCATAAATACATAATAATATCAAAATAA TCAAAGTATTTTAATAAATTAAAATTAAATGGTAGTGGCATTTAGTAGTT GGTAATTAGAATGAAAAAAGGATTTAATTAAATAATGAATTTTTAGAAGG AAGAAATTGCAACTTGTCCAATGATCTTACGAAAAATCTACAATCCAAAC TTATTTTTCTCTCAATTTCAGATCCTAAACGAATTAAAATTTGCAAAAAT AGAAAAAACAGATCGTTGTCCCACAGCCAAAATCAAAAGATTTGTACTGC CTTTGACAGTAGATCTCGTGAGTCCTTTGAATAGATATATACATATATGA ATTAATATAATACAATCAATATACTATTTTTTAGACTCAAGTTCAAAATG GTGAGGATCTTCTCTACAAAAACCGATTCTCTGTCAATGTAAAATCTGTG TCCAGCACAAGGAAAGGTATAGAAATCCAACTGATTCCAGAAGATCTCGT CCCTGAAACATTGGAGTTTCCTCGGTTAAACTACGAATATAGTGGAAAGA AATATCGATATCTATATGGACTTGGAAACGAGTACTTGCATCCTAATAAG GTACCCTACTATAATTGAGAATTAAACTTATTTAATCATCCATGATTTTA TTTAGATATTAAAGATTGACACAGAGTCTCGTGACGTAGTCGTATGGAAA GAGCCTGGTCACTTTGTGTCCGAGCCCATTTTTGTAGCTCGGAATATACA TTTGCCTGAACAAGAGATGGAAGAAGATGATGGTGTTGTGATTTTTACTC TATTGAACACATCTCCTTATAATACAGTTCAACTCGTAATCCTTGATGGA AAGACATTTAAGGAGTTGGCAAGGATTAAATTTTTGACAAAGGGAGAAGT TGTGGAAGGTTTTCATGGGATCTTTGTTCGACGAAATCATCAAATCATTA GATATTAGGAGTGAAATAGAATAATACAAACGATGAACCAGGATCACTCT TAACCTTATTATATACATTTATTACATAATTAATTAATTGAAATCCCTTT CAAAG
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