EMLSAG00000008916, EMLSAG00000008916-691682 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000008916
Unique NameEMLSAG00000008916-691682
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:LOC100621820 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 TreeFam:TF330455 OrthoDB:EOG7MKW6Q GeneTree:ENSGT00730000110306 OMA:ITNLMVC EMBL:FP340593 Ensembl:ENSSSCT00000032037 Uniprot:I3LHI7)

HSP 1 Score: 107.842 bits (268), Expect = 2.236e-24
Identity = 76/235 (32.34%), Postives = 115/235 (48.94%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNG------QRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEG 272
            +RI  GE    G+ PWQV L+   D++ F  CGG++IS  +V+TAAHC     GV TS         +++G  +FD G      Q  NI K+  +P Y+W       F+ +ND+ +++++ P  F E V A+CLP      P G+  + +GWG+T        Y + +  +   +     + +  C     + ++  S IC       SC+GDSG PL     G   LVGIVS G
Sbjct:   37 SRIVNGEDAVPGSWPWQVSLQ---DSTGFHFCGGSLISEDWVVTAAHC-----GVTTSD-------VVVAG--EFDQGSDAESIQVINIAKVFKNPRYSW-------FINSNDITLLKLATPARFSETVSAVCLPSASDDFPAGTLCVTTGWGLTK-------YTDANTPDRLQQAALPLLSNAACRRYWGFRITK-SMICAGASGVSSCMGDSGGPLVCQKDGVWTLVGIVSWG 239          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:Ctrb1 "chymotrypsinogen B1" species:10090 "Mus musculus" [GO:0003824 "catalytic activity" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=ISO] [GO:0005576 "extracellular region" evidence=IEA] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005764 "lysosome" evidence=ISO] [GO:0006508 "proteolysis" evidence=ISO;IDA] [GO:0007586 "digestion" evidence=IEA] [GO:0008233 "peptidase activity" evidence=IDA] [GO:0008236 "serine-type peptidase activity" evidence=IEA] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0030163 "protein catabolic process" evidence=ISO] [GO:0034097 "response to cytokine" evidence=ISO] [GO:0043065 "positive regulation of apoptotic process" evidence=ISO] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 MGI:MGI:88559 GO:GO:0005615 GO:GO:0007586 GO:GO:0008233 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 eggNOG:COG5640 HOVERGEN:HBG013304 HOGENOM:HOG000251820 TreeFam:TF330455 OrthoDB:EOG7MKW6Q MEROPS:S01.152 GeneTree:ENSGT00730000110306 KO:K01310 EMBL:AK003060 EMBL:AK003079 EMBL:AK007566 EMBL:AK007765 EMBL:AK007815 EMBL:AK008644 EMBL:AK008729 EMBL:AK008888 EMBL:AK008927 EMBL:BC061083 RefSeq:NP_079859.2 UniGene:Mm.34374 ProteinModelPortal:Q9CR35 SMR:Q9CR35 PhosphoSite:Q9CR35 PaxDb:Q9CR35 PRIDE:Q9CR35 Ensembl:ENSMUST00000034435 GeneID:66473 KEGG:mmu:66473 UCSC:uc009nms.2 CTD:1504 InParanoid:Q9CR35 OMA:LATEARF ChiTaRS:CTRB1 NextBio:321790 PRO:PR:Q9CR35 Bgee:Q9CR35 CleanEx:MM_CTRB1 Genevestigator:Q9CR35 Uniprot:Q9CR35)

HSP 1 Score: 102.064 bits (253), Expect = 1.620e-22
Identity = 75/232 (32.33%), Postives = 113/232 (48.71%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESE-KCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV T+    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE KC+ S    ++    IC       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DRTGFHFCGGSLISENWVVTAAHC-----GVKTT---DVVVAGEFDQGSDEENVQVLKIAQVFKNPKFN-------SFTVRNDITLLKLATPAQFSETVSAVCLPTVDDDFPAGTLCATTGWGKTKYNAL--------KTPDKLQQAALPIVSEAKCKESWGSKITDV-MICAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:Ctrb1 "Chymotrypsinogen B" species:10116 "Rattus norvegicus" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 RGD:2444 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 TreeFam:TF330455 OrthoDB:EOG7MKW6Q GeneTree:ENSGT00730000110306 OMA:ADCKKFW EMBL:AABR06098726 Ensembl:ENSRNOT00000026017 NextBio:35583138 PRO:PR:F1MA56 Uniprot:F1MA56)

HSP 1 Score: 100.908 bits (250), Expect = 5.123e-22
Identity = 75/232 (32.33%), Postives = 112/232 (48.28%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEK-CEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE  C+ S    ++    IC       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVKTS---DVVVAGEFDQGSDEENIQVLKIAQVFKNPKFN-------MFTVRNDITLLKLATPAQFSETVSAVCLPNVDDDFPPGTVCATTGWGKTKYNAL--------KTPEKLQQAALPIVSEADCKKSWGSKITDV-MICAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:CTRB2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 TreeFam:TF330455 OrthoDB:EOG7MKW6Q GeneTree:ENSGT00730000110306 OMA:ADCKKFW EMBL:AAEX03004066 Ensembl:ENSCAFT00000031965 Uniprot:E2RSM7)

HSP 1 Score: 99.7525 bits (247), Expect = 1.040e-21
Identity = 77/231 (33.33%), Postives = 113/231 (48.92%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D++ F  CGG++IS  +V+TAAHC     GV TS   H+ ++     S+  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V  +CLP+     P G   + +GWG T  ++  K   +L +  +    N    E +K   SK   V     IC       SC+GDSG PL     G   LVGIVS G G
Sbjct:   34 SRIVNGEDAVPGSWPWQVSLQ---DSTGFHFCGGSLISEDWVVTAAHC-----GVRTS---HLVVAGEFDQSSSEENIQVLKIAEVFKNPKFN-------MFTVRNDITLLKLATPARFSETVSPVCLPQATDEFPPGLMCVTTGWGRTKYNA-NKTPDKLQQAALPLLSNA---ECKKFWGSKITDV----MICAGASGVSSCMGDSGGPLVCQKDGAWTLVGIVSWGSG 238          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:f2 "coagulation factor II (thrombin)" species:7955 "Danio rerio" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] [GO:0006508 "proteolysis" evidence=IEA] [GO:0003824 "catalytic activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0007596 "blood coagulation" evidence=IEA;IMP] [GO:0008236 "serine-type peptidase activity" evidence=IEA;NAS] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0008233 "peptidase activity" evidence=IEA] InterPro:IPR000001 InterPro:IPR000294 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR003966 InterPro:IPR009003 InterPro:IPR018114 InterPro:IPR018992 Pfam:PF00089 Pfam:PF00594 Pfam:PF09396 PRINTS:PR00001 PRINTS:PR00722 PRINTS:PR01505 PROSITE:PS00011 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 PROSITE:PS50998 SMART:SM00020 SMART:SM00069 ZFIN:ZDB-GENE-030131-4606 GO:GO:0005576 GO:GO:0005509 GO:GO:0007596 GO:GO:0006508 GO:GO:0004252 GO:GO:0008236 SUPFAM:SSF50494 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 TreeFam:TF327329 Gene3D:4.10.740.10 InterPro:IPR017857 SUPFAM:SSF57630 GeneTree:ENSGT00730000110745 CTD:2147 KO:K01313 OMA:GIECQLW OrthoDB:EOG767394 Gene3D:4.10.140.10 EMBL:BX957256 RefSeq:XP_005169022.1 UniGene:Dr.26855 ProteinModelPortal:E7FAN5 PRIDE:E7FAN5 Ensembl:ENSDART00000052325 GeneID:325881 KEGG:dre:325881 PRO:PR:E7FAN5 Bgee:E7FAN5 Uniprot:E7FAN5)

HSP 1 Score: 103.605 bits (257), Expect = 1.104e-21
Identity = 83/269 (30.86%), Postives = 123/269 (45.72%), Query Frame = 0
Query:   42 TSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGS---TKFDNGQRH--NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLS---IPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSM---ESEKCEYSKDYPVSPYSKICTYNPPH----DSCVGDSGSPLTMA--IXGQCXLVGIVSEGMGCG-SVDYGALIAIDSSDRW 292
            T +RI  G++    + PWQV+L   S       CG ++IS +++LTAAHC +YP     + N  IN   +  G    TK++ G      I+++IVHP YNWK   N    L  D+A++ + KP VF   +  +CLP   ++   +  G    V+GWG  N+   +   P    TN+ T L  + +   +   C  S    ++       Y P      D+C GDSG P  M      +   +GIVS G GC     YG    +    RW
Sbjct:  370 TGSRIVGGDEAEVASAPWQVMLYKRSPQELL--CGASLISDEWILTAAHCILYPP---WNKNFTINDIIVRLGKHSRTKYERGIEKIVAIDEIIVHPKYNWK--EN----LNRDIALLHMKKPVVFTSEIHPVCLPTKSIAKNLMFAGYKGRVTGWG--NLRESWTSNP----TNLPTVLQQIHLPIVDQSICRNSTSVIITDNMFCAGYQPDDSKRGDACEGDSGGPFVMKSPSDNRWYQIGIVSWGEGCDRDGKYGFYTHLFRMRRW 621          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:F2 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001934 "positive regulation of protein phosphorylation" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005102 "receptor binding" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0007166 "cell surface receptor signaling pathway" evidence=IEA] [GO:0008284 "positive regulation of cell proliferation" evidence=IEA] [GO:0008360 "regulation of cell shape" evidence=IEA] [GO:0014068 "positive regulation of phosphatidylinositol 3-kinase signaling" evidence=IEA] [GO:0030168 "platelet activation" evidence=IEA] [GO:0030194 "positive regulation of blood coagulation" evidence=IEA] [GO:0030307 "positive regulation of cell growth" evidence=IEA] [GO:0032967 "positive regulation of collagen biosynthetic process" evidence=IEA] [GO:0042730 "fibrinolysis" evidence=IEA] [GO:0045861 "negative regulation of proteolysis" evidence=IEA] [GO:0048712 "negative regulation of astrocyte differentiation" evidence=IEA] [GO:0051281 "positive regulation of release of sequestered calcium ion into cytosol" evidence=IEA] [GO:0051480 "cytosolic calcium ion homeostasis" evidence=IEA] [GO:0070053 "thrombospondin receptor activity" evidence=IEA] [GO:1900738 "positive regulation of phospholipase C-activating G-protein coupled receptor signaling pathway" evidence=IEA] [GO:2000379 "positive regulation of reactive oxygen species metabolic process" evidence=IEA] InterPro:IPR000001 InterPro:IPR000294 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR003966 InterPro:IPR009003 InterPro:IPR018114 InterPro:IPR018992 Pfam:PF00089 Pfam:PF00594 Pfam:PF09396 PIRSF:PIRSF001149 PRINTS:PR00001 PRINTS:PR00722 PRINTS:PR01505 PROSITE:PS00011 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 PROSITE:PS50998 SMART:SM00020 SMART:SM00069 GO:GO:0030307 GO:GO:0005615 GO:GO:0030168 GO:GO:0005509 GO:GO:0008360 GO:GO:0008284 GO:GO:0006508 GO:GO:0032967 GO:GO:0042730 GO:GO:0045861 GO:GO:0014068 GO:GO:0004252 GO:GO:0051281 GO:GO:2000379 GO:GO:0007166 SUPFAM:SSF50494 GO:GO:0051480 GO:GO:0001934 GO:GO:0010468 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 GO:GO:0048712 GO:GO:0070053 GO:GO:0030194 GO:GO:1900738 TreeFam:TF327329 Gene3D:4.10.740.10 InterPro:IPR017857 SUPFAM:SSF57630 GeneTree:ENSGT00730000110745 OMA:GIECQLW OrthoDB:EOG767394 Gene3D:4.10.140.10 EMBL:AADN03004572 ProteinModelPortal:F1NXV6 Ensembl:ENSGALT00000013559 PRO:PR:F1NXV6 Uniprot:F1NXV6)

HSP 1 Score: 103.219 bits (256), Expect = 1.105e-21
Identity = 75/260 (28.85%), Postives = 121/260 (46.54%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVN--TSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLS---IPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPH----DSCVGDSGSPLTMA--IXGQCXLVGIVSEGMGCGSV-DYGALIAIDSSDRW 292
            R+  G     G+ PWQV+L   S       CG ++IS+ ++LTAAHC +YP      T+++I + I        + +  +   ++K+I+HP YNWK        +  D+A++ + +P +F + +  +CLP   L    +  G    V+GWG  N+   +   PE   T ++ +LN   ++   C+ S    V+       Y+P      D+C GDSG P  M      +   VGIVS G GC     YG    +    +W
Sbjct:  350 RVVHGNDAEVGSAPWQVMLYKKSPQELL--CGASLISNSWILTAAHCLLYPPWDKNLTTNDILVRIGKHFRAKYERNKEKIVLLDKVIIHPKYNWKEN------MDRDIALLHLKRPVIFSDYIHPVCLPTKELVQRLMLAGFKGRVTGWG--NLKETWATTPENLPTVLQ-QLNLPIVDQNTCKASTRVKVTDNMFCAGYSPEDSKRGDACEGDSGGPFVMKNPDDNRWYQVGIVSWGEGCDRDGKYGFYTHVFRLKKW 598          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:Ctrb1 "Chymotrypsinogen B" species:10116 "Rattus norvegicus" [GO:0005615 "extracellular space" evidence=IEA] [GO:0007586 "digestion" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 RGD:2444 GO:GO:0005615 GO:GO:0009636 GO:GO:0007586 GO:GO:0006508 GO:GO:0034097 GO:GO:0043434 GO:GO:0007584 GO:GO:0004252 GO:GO:0005764 GO:GO:0043065 GO:GO:0032094 SUPFAM:SSF50494 eggNOG:COG5640 HOVERGEN:HBG013304 GO:GO:0030163 HOGENOM:HOG000251820 MEROPS:S01.152 KO:K01310 CTD:1504 EMBL:K02298 PIR:A22658 RefSeq:NP_036668.1 UniGene:Rn.105845 PDB:1KDQ PDB:2JET PDBsum:1KDQ PDBsum:2JET ProteinModelPortal:P07338 SMR:P07338 STRING:10116.ENSRNOP00000026017 PhosphoSite:P07338 PaxDb:P07338 PRIDE:P07338 GeneID:24291 KEGG:rno:24291 UCSC:RGD:2444 InParanoid:P07338 BRENDA:3.4.21.1 EvolutionaryTrace:P07338 NextBio:602890 Genevestigator:P07338 Uniprot:P07338)

HSP 1 Score: 98.9821 bits (245), Expect = 2.278e-21
Identity = 74/232 (31.90%), Postives = 111/232 (47.84%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEK-CEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE  C+ S    ++     C       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVKTS---DVVVAGEFDQGSDEENIQVLKIAQVFKNPKFN-------MFTVRNDITLLKLATPAQFSETVSAVCLPNVDDDFPPGTVCATTGWGKTKYNAL--------KTPEKLQQAALPIVSEADCKKSWGSKITDV-MTCAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:Ctrb1 "chymotrypsinogen B1" species:10116 "Rattus norvegicus" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005615 "extracellular space" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005764 "lysosome" evidence=IDA] [GO:0006508 "proteolysis" evidence=ISO] [GO:0007584 "response to nutrient" evidence=IEP] [GO:0007586 "digestion" evidence=IEA] [GO:0008233 "peptidase activity" evidence=ISO] [GO:0009636 "response to toxic substance" evidence=IEP] [GO:0030163 "protein catabolic process" evidence=IDA] [GO:0032094 "response to food" evidence=IEP] [GO:0034097 "response to cytokine" evidence=IDA] [GO:0043065 "positive regulation of apoptotic process" evidence=IMP] [GO:0043434 "response to peptide hormone" evidence=IEP] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 RGD:2444 GO:GO:0005615 GO:GO:0009636 GO:GO:0007586 GO:GO:0006508 GO:GO:0034097 GO:GO:0043434 GO:GO:0007584 GO:GO:0004252 GO:GO:0005764 GO:GO:0043065 GO:GO:0032094 SUPFAM:SSF50494 eggNOG:COG5640 HOVERGEN:HBG013304 GO:GO:0030163 HOGENOM:HOG000251820 MEROPS:S01.152 KO:K01310 CTD:1504 EMBL:K02298 PIR:A22658 RefSeq:NP_036668.1 UniGene:Rn.105845 PDB:1KDQ PDB:2JET PDBsum:1KDQ PDBsum:2JET ProteinModelPortal:P07338 SMR:P07338 STRING:10116.ENSRNOP00000026017 PhosphoSite:P07338 PaxDb:P07338 PRIDE:P07338 GeneID:24291 KEGG:rno:24291 UCSC:RGD:2444 InParanoid:P07338 BRENDA:3.4.21.1 EvolutionaryTrace:P07338 NextBio:602890 Genevestigator:P07338 Uniprot:P07338)

HSP 1 Score: 98.9821 bits (245), Expect = 2.278e-21
Identity = 74/232 (31.90%), Postives = 111/232 (47.84%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEK-CEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE  C+ S    ++     C       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVKTS---DVVVAGEFDQGSDEENIQVLKIAQVFKNPKFN-------MFTVRNDITLLKLATPAQFSETVSAVCLPNVDDDFPPGTVCATTGWGKTKYNAL--------KTPEKLQQAALPIVSEADCKKSWGSKITDV-MTCAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:LOC396700 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0008201 "heparin binding" evidence=IEA] [GO:0019800 "peptide cross-linking via chondroitin 4-sulfate glycosaminoglycan" evidence=IEA] [GO:0031012 "extracellular matrix" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 GO:GO:0005615 GO:GO:0006508 GO:GO:0008201 GO:GO:0004252 SUPFAM:SSF50494 GO:GO:0031012 TreeFam:TF351676 OrthoDB:EOG7MKW6Q GO:GO:0019800 GeneTree:ENSGT00730000110445 OMA:CAGREDR EMBL:CU467714 ProteinModelPortal:F1RFZ4 Ensembl:ENSSSCT00000008801 Uniprot:F1RFZ4)

HSP 1 Score: 98.5969 bits (244), Expect = 3.380e-21
Identity = 83/262 (31.68%), Postives = 116/262 (44.27%), Query Frame = 0
Query:   46 IFVGEQVTKGAIPWQVLLR--LSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTK-FDNGQRHNINKLIVHPGYNWKLISNLGFLLTN-DVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSK------ICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQY 296
            I  G  V+    PWQV LR   +    +   CGG+++  Q+VLTAAHC         S N+      +  G  K +D  Q   + ++I HP Y       LGF     D+A++Q+  P      V  +  P   L +P+G    V+GWG  NI    K+   L       E+    + ++ C  +K Y   P SK      +C  +   DSC GDSG PL  +  G    VGIVS G GCG  ++ G  I + S   W  QY
Sbjct:   31 IVGGHDVSTWKYPWQVSLRSYRAKLGRWMHHCGGSLVHPQWVLTAAHCV-------DSHNLKPQDVRVQVGQLKLYDGDQLTKVKQIIRHPKY-------LGFAKGGADIALLQLEAPLTLSARVNVVGTPSATLKVPKGKRCSVTGWG--NI----KHNLSLPPPYHLQEVEVPIVANKVC--NKHYRTGPNSKPIKADMLCAGSKGLDSCQGDSGGPLMCSWNGTWVQVGIVSWGRGCGLHNFPGVYIRVMSYVSWIYQY 270          
BLAST of EMLSAG00000008916 vs. GO
Match: - (symbol:TMPRSS11D "cDNA FLJ57391, highly similar to Transmembrane protease, serine 11D (EC 3.4.21.-)" species:9606 "Homo sapiens" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 GO:GO:0016021 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 HOVERGEN:HBG013304 EMBL:AC096653 UniGene:Hs.132195 GeneID:9407 KEGG:hsa:9407 CTD:9407 HGNC:HGNC:24059 KO:K09641 EMBL:AC079880 EMBL:AK296853 RefSeq:XP_005265767.1 ProteinModelPortal:B4DL57 SMR:B4DL57 PRIDE:B4DL57 Ensembl:ENST00000545541 UCSC:uc003hdp.3 NextBio:35472964 ArrayExpress:B4DL57 Uniprot:B4DL57)

HSP 1 Score: 98.2117 bits (243), Expect = 5.167e-21
Identity = 76/251 (30.28%), Postives = 118/251 (47.01%), Query Frame = 0
Query:   33 GKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPH---DSCVGDSGSPLTMAIXGQCX-LVGIVSEGMGCGSVD 279
            G   D  T +  RI  G +  +G+ PWQV LRL  +N++   CGG++I++ ++LTAAHCF      N++    I  S I +   K     R  +  +++H  Y             ND+A+V++     F +++ ++CLP    +IP GST  V+GWG    +      PEL +  +R       + ++ C     Y  +  S +     P    D+C GDSG PL      +   +VGIVS G  CG  D
Sbjct:   57 GAGPDLITLSEQRILGGTEAEEGSWPWQVSLRL--NNAHH--CGGSLINNMWILTAAHCFRS----NSNPRDWIATSGISTTFPKL----RMRVRNILIHNNYK-------SATHENDIALVRLENSVTFTKDIHSVCLPAATQNIPPGSTAYVTGWGAQEYAG--HTVPELRQGQVRI------ISNDVCNAPHSYNGAILSGMLCAGVPQGGVDACQGDSGGPLVQEDSRRLWFIVGIVSWGDQCGLPD 280          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592903355|gb|GAXK01055020.1| (TSA: Calanus finmarchicus comp84770_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 134.806 bits (338), Expect = 4.409e-32
Identity = 91/267 (34.08%), Postives = 140/267 (52.43%), Query Frame = 0
Query:  290 DRWEIQYRRNYLNA-SHQIQLANYERERVVNATDKENCFKLSVD-KTGNINLRLSCCISKGYMHKPESLVSVDPNRCQILVCEQMIESDPYSVEIVTKSPVFVHSEAMTGCCFRSGVMYKPGATF--SENGRFLTCCMGNIYANLDEDDSSEVKKGSRTESTREPISSSTGAKTRAFKVQSTIPTTPVQ--VGNRCP--SYKELQVPLFIKII------MNVFGAKDSMNRDCRGNFYLASNVKPLEGSFGVSKESFLGLQKKYEIQ 542
            D W I Y+RN +     ++           N  D+  CF L  D +TG +N+ ++CCI    M K +S++S +  RC+++VCE+  + +   VEIV+K PVF   + M+GCC + G+MYKPGA+F  +     L CC G+IYA+L   D+S       TE+   P+  ST   T +       P    Q  VG R    S K+ +  LF  +I      M+++G ++S+ RDC G+++ +SNVK L G        FLGL + + +Q
Sbjct:   67 DTWLIPYQRNAVQMPGSRVSAPLSSCSNNFNTQDESECFTLEHDQRTGLVNVTVNCCIWNELMFKKDSVISANAYRCEVVVCEE--KRNGVGVEIVSKHPVFTEGKQMSGCCLKDGIMYKPGASFYDATTDTTLVCCSGSIYASL--PDNSPPPPPPTTEA---PVIPSTEKSTLSCPSFGCGPEEGFQCKVGRRVDKLSLKKTEFALFPSLIHQEGFSMHMYGGRESLQRDCHGHYFFSSNVK-LVGDREDLSLKFLGLTRSHHLQ 843          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592751969|gb|GAXK01202444.1| (TSA: Calanus finmarchicus comp87665_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 103.605 bits (257), Expect = 1.183e-22
Identity = 69/240 (28.75%), Postives = 122/240 (50.83%), Query Frame = 0
Query:   43 SNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC---EYSKDYPVSPYSKICTYNPPH---DSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            S RI  GE+     +PWQV +R+SS       CGG +++H ++ TAAHC    K   +   +H+       G  +  + Q + ++ +I+HP + + L     F    DVA++ + +P  + +N++ +CLP   + +  G   +V+GWG T+ +S  K     + TN+  ++    +++E+C      K+  V  +S++          D+C+GDSG PL +   G+  L+GI S G GC 
Sbjct:  244 SKRIIGGEKAKFSELPWQVHIRISSYQ-----CGGVLLNHWYIATAAHCVHRAK--LSKITVHLGEYDTKDGEEEPLDSQTYKVDHIIIHPEFRYMLTQPDRF----DVALLHLDRPVFYQDNIIPICLPPRDIPL-TGKIGMVAGWGKTD-NSFGK-----TGTNILHKVLVPIIKNEQCINWHEEKNILVQLHSEMFCAGHEQGKMDACLGDSGGPLIIHYNGRWTLIGITSAGFGCA 909          

HSP 2 Score: 38.891 bits (89), Expect = 4.777e-2
Identity = 15/32 (46.88%), Postives = 21/32 (65.62%), Query Frame = 0
Query:  602 DSCIGDSGSPLTMAIDGQCILVGIVSEGMTCG 633
            D+C+GDSG PL +  +G+  L+GI S G  C 
Sbjct:  244 DACLGDSGGPLIIHYNGRWTLIGITSAGFGCA 339          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592751970|gb|GAXK01202443.1| (TSA: Calanus finmarchicus comp87665_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 103.605 bits (257), Expect = 3.708e-22
Identity = 69/240 (28.75%), Postives = 122/240 (50.83%), Query Frame = 0
Query:   43 SNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC---EYSKDYPVSPYSKICTYNPPH---DSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            S RI  GE+     +PWQV +R+SS       CGG +++H ++ TAAHC    K   +   +H+       G  +  + Q + ++ +I+HP + + L     F    DVA++ + +P  + +N++ +CLP   + +  G   +V+GWG T+ +S  K     + TN+  ++    +++E+C      K+  V  +S++          D+C+GDSG PL +   G+  L+GI S G GC 
Sbjct:  244 SKRIIGGEKAKFSELPWQVHIRISSYQ-----CGGVLLNHWYIATAAHCVHRAK--LSKITVHLGEYDTKDGEEEPLDSQTYKVDHIIIHPEFRYMLTQPDRF----DVALLHLDRPVFYQDNIIPICLPPRDIPL-TGKIGMVAGWGKTD-NSFGK-----TGTNILHKVLVPIIKNEQCINWHEEKNILVQLHSEMFCAGHEQGKMDACLGDSGGPLIIHYNGRWTLIGITSAGFGCA 909          

HSP 2 Score: 38.891 bits (89), Expect = 5.534e-2
Identity = 15/32 (46.88%), Postives = 21/32 (65.62%), Query Frame = 0
Query:  602 DSCIGDSGSPLTMAIDGQCILVGIVSEGMTCG 633
            D+C+GDSG PL +  +G+  L+GI S G  C 
Sbjct:  244 DACLGDSGGPLIIHYNGRWTLIGITSAGFGCA 339          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592778098|gb|GAXK01176470.1| (TSA: Calanus finmarchicus comp3490_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 97.8265 bits (242), Expect = 4.475e-21
Identity = 82/276 (29.71%), Postives = 116/276 (42.03%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRH----NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYS----KICT--YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSS-DRWEIQYRRNYLNASHQIQL 309
            RI  GE+   G  PWQV LR          CGG+II   ++LTAAHC          +N      ++++G  K +N +      N++ +I HP Y    I       TND  ++++ +   F E V  + LP  G   P G+   V+GWG  +              N+  ++    +  E C  S  Y  S YS     IC        DSC GDSG P      G   LVG+VS G+GC    Y  +   +S    W ++    Y N S  I+L
Sbjct:  182 RIVGGEEAVDGEFPWQVSLRSIGALGATHFCGGSIIDKDWILTAAHC---------CANQVPATVHVVAGGIKLNNFENEEEPRNLDHIISHPNYASATI-------TNDACLLKLKESLEFTEFVQPIALPASGQDTPAGTECTVTGWGTLSEGGF-------GLPNVLHKVTVPVVSDEDCNAS--YGASGYSVADSMICAGVEEGGKDSCQGDSGGPFFCGEKGSEELVGVVSWGIGCARKGYPGVYTENSYFVDWIMETMAAY*NVSINIKL 934          

HSP 2 Score: 32.7278 bits (73), Expect = 4.304e+0
Identity = 17/36 (47.22%), Postives = 19/36 (52.78%), Query Frame = 0
Query:  602 DSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDY 637
            DSC GDSG P      G   LVG+VS G+ C    Y
Sbjct:  272 DSCQGDSGGPFFCGEKGSEELVGVVSWGIGCARKGY 379          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592942245|gb|GAXK01016308.1| (TSA: Calanus finmarchicus comp451795_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 97.8265 bits (242), Expect = 7.292e-21
Identity = 83/259 (32.05%), Postives = 119/259 (45.95%), Query Frame = 0
Query:   31 KPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKP-----FVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPY----SKICTYNPPH--DSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSV 278
            +P +HL        RI  G     GA PW V +++  +  Y   CGG++IS Q VLTA HCF    GV TS    +   Y M+G    D     +I ++ +H  Y     S+  +  ++D+A+V++ K        F   V  +CLP  G    +G   ++SGWG T+  S     P+  R           M  ++CE  KDY  S      S +C   P    D+C GDSG PL   + G   LVG++S G+GCG  
Sbjct:  426 EPPRHL-------TRIRNGTCTPYGAFPWTVQIQVLQNRKYEHRCGGSLISDQHVLTARHCF---GGVQTSDMRVVVGQYDMNGLD--DKEMAFDIERVWLHKDYQ----SDGPY--SHDLALVKLRKKVDGSGVRFSPEVSPVCLPDHGFQYHDGLQCVISGWGKTSPHSGVN--PDCLRA-----AKVPIMNQQRCE--KDYAHSSQRLIESMLCAGYPGGGVDACKGDSGGPLACYVDGSYKLVGVISWGLGCGKA 1121          

HSP 2 Score: 43.5134 bits (101), Expect = 2.032e-3
Identity = 34/99 (34.34%), Postives = 47/99 (47.47%), Query Frame = 0
Query:  543 VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPY----SKMCTYNPPH--DSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSV 635
            +SGWG T+ H+     P+  +      +N       +CE  KDY  S      S +C   P    D+C GDSG PL   +DG   LVG++S G+ CG  
Sbjct:  852 ISGWGKTSPHS--GVNPDCLRAAKVPIMN-----QQRCE--KDYAHSSQRLIESMLCAGYPGGGVDACKGDSGGPLACYVDGSYKLVGVISWGLGCGKA 1121          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592778099|gb|GAXK01176469.1| (TSA: Calanus finmarchicus comp3490_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 96.2857 bits (238), Expect = 1.977e-20
Identity = 78/237 (32.91%), Postives = 114/237 (48.10%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLT-MAIXGQCXLVGIVSEGMGCG 276
            +    I  GE+    +IPWQV LR SSD S+F  CGGT++    V++AAHC +    +  S +  + ++     S      Q   ++KL VH  Y     S   F   ND+AI ++ +P V  ENV  + LP+  +   EGS   VSGWG     +L+     L    M+ ++  ++ ++ K EY         S +C      DSC GDSG P+      G   L G+VS G+GCG
Sbjct:  368 ADEGEIVGGEEAAPHSIPWQVSLRRSSDGSHF--CGGTVLGPNHVVSAAHCTV----IWDSPDEVVVVAGEHDRSVDEGTEQMVPVSKLTVHESYG----SPKSF--ENDIAIWELGEPLVMNENVAPVTLPEA-MQQTEGS-CTVSGWG-----TLHSGDSGLPSKLMKVDVPVVTDQTCKIEYPLQI---AESMLCAGEHGKDSCQGDSGGPMVCYNADGSPYLGGVVSWGIGCG 1012          

HSP 2 Score: 39.2762 bits (90), Expect = 3.538e-2
Identity = 32/99 (32.32%), Postives = 45/99 (45.45%), Query Frame = 0
Query:  536 QKKYEIQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLT-MAIDGQCILVGIVSEGMTCG 633
            Q +    VSGWG   LH+     P      M+ ++  ++ ++ K EY         S +C      DSC GDSG P+     DG   L G+VS G+ CG
Sbjct:  368 QTEGSCTVSGWG--TLHSGDSGLP---SKLMKVDVPVVTDQTCKIEYPLQIA---ESMLCAGEHGKDSCQGDSGGPMVCYNADGSPYLGGVVSWGIGCG 640          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592857811|gb|GAXK01099751.1| (TSA: Calanus finmarchicus comp3221704_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 92.0485 bits (227), Expect = 2.768e-19
Identity = 78/249 (31.33%), Postives = 123/249 (49.40%), Query Frame = 0
Query:   38 GCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQ--FVLTAAHCFIYPKGVNTSSNIHI----NISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFG--EN-VMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQC--XLVGIVSEGMGC 275
            GC  ++ RI  GE+V++   PW   + L+ D  ++G CG T++S     +++AAHCF +     T S + +    +I  + +  T + N  R NI+K+I+HPGY+     N+ ++  ND+ ++QVS P      EN V   CLP+ G S    +  +V+GWG T +S +      L +T +R   N++  E    +            IC      D+C+GDSG P+           LVGI S G GC
Sbjct:  214 GCGLSNRRIIGGEEVSENEFPWMCSILLN-DYQFYG-CGATLLSCDPVILVSAAHCF-WGLSEFTISRLKVACGDHIVDLDADGTLYLNEVRLNISKVIIHPGYD-----NVKYI--NDIVLIQVSNPAALKCKENTVWPACLPERGQSYAGNTDTVVTGWGATEVSHISTI---LLKTVVRVVNNSVCAEVMGADRILG------GMICAGAEGQDTCLGDSGGPMVSRTSPGTGYSLVGITSWGDGC 903          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592816469|gb|GAXK01138099.1| (TSA: Calanus finmarchicus comp103359_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 90.8929 bits (224), Expect = 9.537e-19
Identity = 76/261 (29.12%), Postives = 119/261 (45.59%), Query Frame = 0
Query:   40 TSTSNRIFVGEQVT-KGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSN----IHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVT---NISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRW 292
             ++S+RI  G++V+ K  +P+QVL +  S       CGGTII+ ++++TAAHC    K     S     + I    I  G+   + G+   + K+ V   Y             ND AI+++++   F  N+   CLP+       G T I+SGWG T   N        PE       + +  ++   + C  + D      ++IC +    D+C GDSG PLT+   G+  LVG+VS G GC S   G    + +   W
Sbjct:  244 ATSSDRIVGGKEVSPKYKLPYQVLFQAGSF-----MCGGTIINKRYIITAAHCLFDGKTQMQPSTHQLMVMIGEHNICDGAN--EGGKVIKVEKVHVRSDYANN---------ANDFAILKLAEDIKFTANIKPACLPEKTDKDYSGQTGIISGWGGTIGYNPGEKQPKQPEQCGLK-ESAVKIINPSDKSCSQTTDG--DSKTRICGFAKGTDTCQGDSGGPLTVVEGGKYVLVGVVSYGAGCASRFPGVYARVQNYMGW 969          

HSP 2 Score: 44.2838 bits (103), Expect = 1.087e-3
Identity = 29/92 (31.52%), Postives = 43/92 (46.74%), Query Frame = 0
Query:  543 VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGS 634
            +SGWG T  +      P+  +     E     I  S    S+       +++C +    D+C GDSG PLT+   G+ +LVG+VS G  C S
Sbjct:  289 ISGWGGTIGYNPGEKQPKQPEQCGLKESAVKIINPSDKSCSQTTDGDSKTRICGFAKGTDTCQGDSGGPLTVVEGGKYVLVGVVSYGAGCAS 564          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592754712|gb|GAXK01199701.1| (TSA: Calanus finmarchicus comp181040_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 91.6633 bits (226), Expect = 1.635e-18
Identity = 81/265 (30.57%), Postives = 123/265 (46.42%), Query Frame = 0
Query:   33 GKHLDGCTSTSNRIFV--GEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFG--ENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSM-ESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRW 292
            G+ +DG      RI    GE      +PWQV   L+S       CGGT+I+ ++VL+AAHC   P+       I     +  S S ++ + Q   + K+ +HP +        G L   D AI+++++P  F   + +  +CLP+ G S     T  VSGWGV +  +  +     S      ++N L+M E  K   SKD      + IC   P  D+C GDSG P+T+   G+  L G+VS G+ CG    G    +  +  W
Sbjct:  786 GRSIDG------RIICPHGETCESIPLPWQV--GLTSPGRTKPWCGGTLINSRYVLSAAHCLEDPRRRKAGKLIVTLGDHDWSVSGEWPDMQ-IGVEKVTLHPKFR------QGALFNFDYAIIKLNRPIDFKRYDWIRPVCLPQ-GNSDYVNHTGTVSGWGVVDADTKRQ-----STVLQSVDVNILTMKECLKGYASKDIT---SNMICARAPGADACYGDSGGPMTVQEGGRAVLAGVVSWGLECGLNVPGVYADVQRASTW 1508          

HSP 2 Score: 49.6766 bits (117), Expect = 2.216e-5
Identity = 32/92 (34.78%), Postives = 47/92 (51.09%), Query Frame = 0
Query:  543 VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSI-ESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCG 633
            VSGWG+ +  T        S      ++N L++ E  K   SKD      + +C   P  D+C GDSG P+T+   G+ +L G+VS G+ CG
Sbjct: 1209 VSGWGVVDADTKRQ-----STVLQSVDVNILTMKECLKGYASKDIT---SNMICARAPGADACYGDSGGPMTVQEGGRAVLAGVVSWGLECG 1460          
BLAST of EMLSAG00000008916 vs. C. finmarchicus
Match: gi|592931436|gb|GAXK01027117.1| (TSA: Calanus finmarchicus comp18562_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 90.5077 bits (223), Expect = 3.244e-18
Identity = 73/250 (29.20%), Postives = 118/250 (47.20%), Query Frame = 0
Query:   43 SNRIFVGEQVTK-GAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI-SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTN----ISSLYKYYPELSRTNMRTELNTLSMESEKC-EYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIA 285
            + RI  G++V    + P+QV L+ S   +    CG T+++ ++ +TA HC      V  ++N+ + +  + +    + +  Q   + ++I  P Y+   I+N       D+A+++++    F  NV+  CLP            +VSGWG T+     SS+ K           T    LS     C   S+D PV P SK+C Y    DSC GDSG PL +   G+  +VG+VS G+GC    Y  + A
Sbjct:  217 AGRIVAGQEVNPMHSRPYQVYLQ-SCSTAGCAMCGATLLNKRYAMTAMHC------VTDATNLVVALGEHNIRRDIENEKVQGIQVERVIKRPDYDTTSINN-------DIALLRLASDVEFNNNVIPACLPTDRTQQYTDYEAVVSGWGTTSEGGSTSSVLK----------ETTQTILSSTDPICVTGSQDSPV-PNSKMCGYKAGTDSCQGDSGGPLVVKEDGRWTVVGVVSYGLGCARRGYAGVYA 891          

HSP 2 Score: 60.4622 bits (145), Expect = 1.005e-8
Identity = 43/104 (41.35%), Postives = 53/104 (50.96%), Query Frame = 0
Query:  539 YEIQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSK----CEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYA 638
            YE  VSGWG T+         E   T+   +  T +I SS        S+D PV P SKMC Y    DSC GDSG PL +  DG+  +VG+VS G+ C    YA
Sbjct:  598 YEAVVSGWGTTS---------EGGSTSSVLKETTQTILSSTDPICVTGSQDSPV-PNSKMCGYKAGTDSCQGDSGGPLVVKEDGRWTVVGVVSYGLGCARRGYA 879          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000008916 (pep:novel supercontig:LSalAtl2s:LSalAtl2s554:829830:939174:-1 gene:EMLSAG00000008916 transcript:EMLSAT00000008916 description:"maker-LSalAtl2s554-augustus-gene-8.11")

HSP 1 Score: 1333.93 bits (3451), Expect = 0.000e+0
Identity = 646/646 (100.00%), Postives = 646/646 (100.00%), Query Frame = 0
Query:    1 MDILLYPCVTIIILAHAELVSGIHSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRWEIQYRRNYLNASHQIQLANYERERVVNATDKENCFKLSVDKTGNINLRLSCCISKGYMHKPESLVSVDPNRCQILVCEQMIESDPYSVEIVTKSPVFVHSEAMTGCCFRSGVMYKPGATFSENGRFLTCCMGNIYANLDEDDSSEVKKGSRTESTREPISSSTGAKTRAFKVQSTIPTTPVQVGNRCPSYKELQVPLFIKIIMNVFGAKDSMNRDCRGNFYLASNVKPLEGSFGVSKESFLGLQKKYEIQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYAYSECTILH 646
            MDILLYPCVTIIILAHAELVSGIHSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRWEIQYRRNYLNASHQIQLANYERERVVNATDKENCFKLSVDKTGNINLRLSCCISKGYMHKPESLVSVDPNRCQILVCEQMIESDPYSVEIVTKSPVFVHSEAMTGCCFRSGVMYKPGATFSENGRFLTCCMGNIYANLDEDDSSEVKKGSRTESTREPISSSTGAKTRAFKVQSTIPTTPVQVGNRCPSYKELQVPLFIKIIMNVFGAKDSMNRDCRGNFYLASNVKPLEGSFGVSKESFLGLQKKYEIQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYAYSECTILH
Sbjct:    1 MDILLYPCVTIIILAHAELVSGIHSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRWEIQYRRNYLNASHQIQLANYERERVVNATDKENCFKLSVDKTGNINLRLSCCISKGYMHKPESLVSVDPNRCQILVCEQMIESDPYSVEIVTKSPVFVHSEAMTGCCFRSGVMYKPGATFSENGRFLTCCMGNIYANLDEDDSSEVKKGSRTESTREPISSSTGAKTRAFKVQSTIPTTPVQVGNRCPSYKELQVPLFIKIIMNVFGAKDSMNRDCRGNFYLASNVKPLEGSFGVSKESFLGLQKKYEIQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYAYSECTILH 646          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000004501 (pep:novel supercontig:LSalAtl2s:LSalAtl2s2354:10978:12218:1 gene:EMLSAG00000004501 transcript:EMLSAT00000004501 description:"maker-LSalAtl2s2354-augustus-gene-0.2")

HSP 1 Score: 394.045 bits (1011), Expect = 1.974e-132
Identity = 190/259 (73.36%), Postives = 214/259 (82.63%), Query Frame = 0
Query:   25 SYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGAL 283
            S TNCV PG  L+GCTST  RI  G +V +G IPWQV+ RL   + +   CGGTIIS+QFVLTAAHCFIYPKGVNTS+N  +N SYIM+GSTKF++G++H I KLIVHP YNW    ++GFLL ND+AIVQVS PFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVT++   YK +P  S+TNMRTEL TLSMESEKCEYSK+YPVSP SK+CTYNPPHDSC+GDSGSPLTMAI GQC LVGIVSEG  CGS  YGAL
Sbjct:    1 SDTNCVNPGALLNGCTSTKERILGGRRVNEGEIPWQVMFRLRVQDLFLSTCGGTIISNQFVLTAAHCFIYPKGVNTSTNTRLNESYIMAGSTKFNSGEKHTIKKLIVHPEYNW----SVGFLLKNDIAIVQVSNPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTSLHPSYKTFPYFSQTNMRTELKTLSMESEKCEYSKNYPVSPNSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGKDCGSDQYGAL 255          

HSP 2 Score: 167.548 bits (423), Expect = 9.113e-47
Identity = 79/96 (82.29%), Postives = 83/96 (86.46%), Query Frame = 0
Query:  543 VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYA 638
            VSGWG+T+LH  Y  FP FSQTNMRTEL TLS+ES KCEYSK+YPVSP SKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEG  CGS  Y 
Sbjct:  158 VSGWGVTSLHPSYKTFPYFSQTNMRTELKTLSMESEKCEYSKNYPVSPNSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGKDCGSDQYG 253          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000000380 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1058:33311:34947:1 gene:EMLSAG00000000380 transcript:EMLSAT00000000380 description:"snap_masked-LSalAtl2s1058-processed-gene-0.6")

HSP 1 Score: 301.597 bits (771), Expect = 2.244e-98
Identity = 145/161 (90.06%), Postives = 150/161 (93.17%), Query Frame = 0
Query:   24 HSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTL 184
            +SYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYP GVN S NI ++ISYIMSGSTKFDNGQRH INKLIVHPGY WKLISNLGFLLTNDVAIV+VS  FV+GENV ALCL K GLSIPEGSTL
Sbjct:   12 NSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPTGVNKSWNIKLDISYIMSGSTKFDNGQRHAINKLIVHPGYAWKLISNLGFLLTNDVAIVKVSPSFVYGENVKALCLAKFGLSIPEGSTL 172          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000012439 (pep:novel supercontig:LSalAtl2s:LSalAtl2s9146:47:1851:1 gene:EMLSAG00000012439 transcript:EMLSAT00000012439 description:"maker-LSalAtl2s9146-augustus-gene-0.3")

HSP 1 Score: 286.189 bits (731), Expect = 4.198e-92
Identity = 136/172 (79.07%), Postives = 151/172 (87.79%), Query Frame = 0
Query:  112 MSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGAL 283
            M+GSTKF++G++H I KLIVHP Y+W    N+GFLL ND+AIVQVS PFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVT++ +LYKY+P  S+TNMRTEL TLSMESEKCEYSKDYP SP SK+CTYNPPHDSC+GDSGSPLTMAI GQC LVGIVSEG  CGS  YGAL
Sbjct:    1 MAGSTKFNSGEKHTIKKLIVHPEYSW----NVGFLLKNDIAIVQVSNPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTSLHTLYKYFPNFSQTNMRTELKTLSMESEKCEYSKDYPFSPNSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGKDCGSDQYGAL 168          

HSP 2 Score: 177.178 bits (448), Expect = 3.416e-51
Identity = 83/104 (79.81%), Postives = 87/104 (83.65%), Query Frame = 0
Query:  543 VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYAYSECTILH 646
            VSGWG+T+LHTLY YFP FSQTNMRTEL TLS+ES KCEYSKDYP SP SKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEG  CGS  Y      + H
Sbjct:   71 VSGWGVTSLHTLYKYFPNFSQTNMRTELKTLSMESEKCEYSKDYPFSPNSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGKDCGSDQYGALSVNVSH 174          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000003489 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1905:36648:38258:1 gene:EMLSAG00000003489 transcript:EMLSAT00000003489 description:"maker-LSalAtl2s1905-augustus-gene-0.4")

HSP 1 Score: 137.502 bits (345), Expect = 4.178e-36
Identity = 98/282 (34.75%), Postives = 139/282 (49.29%), Query Frame = 0
Query:    9 VTIIILAHAELVSGIHS--YTNC-VKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQV-LLRLSSDNSYFGACGGTIISHQFVLTAAHCF--IYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPE-GSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGAL 283
            V +I+L  +  V    +  Y +C   P K   GC    NRI  G    +G IPWQV ++     N     CGG+IIS+ FVLTAAHCF  I  + V    +    IS    G  +  +G  + I  +I HP Y    I+ +G  L ND+A++++SK F F   +  +CLP +  SIP  GST++ SGWG  +   +         +  R ++   S  S  C+          + +C Y P    C GDSG PLTM + G C LVG+ S+G  CG V YG++
Sbjct:    6 VLVIVLCFSSSVYSFSTVLYESCGSSPSKKQKGCNPRLNRITNGVAAEEGEIPWQVSIITRYLGNDEENECGGSIISNNFVLTAAHCFNPIIIQSVRHEYDRE-RISVYAGGYKRIRSGTEYRIKSIIKHPDY---AINKIG--LINDLALLKMSKDFEFSSTIQPICLPFLKPSIPNIGSTIVGSGWGKRHSQDI-----GXRLSLFRGDMKVYSSISRNCKPDILQYAPENTIMCVYLPSSCXCSGDSGGPLTMEVNGICTLVGVTSQGYQCGEVGYGSM 276          

HSP 2 Score: 55.0694 bits (131), Expect = 1.871e-8
Identity = 33/95 (34.74%), Postives = 43/95 (45.26%), Query Frame = 0
Query:  544 SGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYA 638
            SGWG  +   +      F     R ++   S  S  C+          + MC Y P    C GDSG PLTM ++G C LVG+ S+G  CG V Y 
Sbjct:  185 SGWGKRHSQDIGXRLSLF-----RGDMKVYSSISRNCKPDILQYAPENTIMCVYLPSSCXCSGDSGGPLTMEVNGICTLVGVTSQGYQCGEVGYG 274          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000001550 (pep:novel supercontig:LSalAtl2s:LSalAtl2s126:238084:239339:1 gene:EMLSAG00000001550 transcript:EMLSAT00000001550 description:"augustus_masked-LSalAtl2s126-processed-gene-2.0")

HSP 1 Score: 122.094 bits (305), Expect = 1.495e-30
Identity = 75/242 (30.99%), Postives = 116/242 (47.93%), Query Frame = 0
Query:   36 LDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTK-FDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNI-SSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGC 275
            L GCT  ++RI  G     G IPWQ  L +S+ + YF  CG  + S Q++LTAAHC  Y K            S I  G T  F   + +NI+   +HP Y   L      +  ND+A+VQ++    F +NV A+CLP+   ++     +++SGWG+T   +    +Y        R  + T++    +C  S +      +  CT + P  S  GD G P+++   G+C L G++S    C
Sbjct:   41 LQGCTPKTSRIIGGVXAVNGXIPWQASLDVSNGSQYFTTCGAVVXSSQYLLTAAHCLKY-KDEGVMWEAIAKFSTIKVGDTHMFIGNEIYNISSFFIHPNYT-ILEDENKTIYKNDIALVQLTSNISFNDNVTAICLPESKFTVCGSENVVISGWGLTEEHNETDDHYISFPFNLQRANIQTIAKNDSRCIKSNNGTEIDDTVFCTDSRPKGSYPGDMGGPVSIEHSGKCVLAGLISNEEYC 280          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000002881 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1669:55943:59066:1 gene:EMLSAG00000002881 transcript:EMLSAT00000002881 description:"maker-LSalAtl2s1669-augustus-gene-0.9")

HSP 1 Score: 111.309 bits (277), Expect = 2.053e-26
Identity = 78/242 (32.23%), Postives = 118/242 (48.76%), Query Frame = 0
Query:   39 CTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQR-HNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPY-SKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSV 278
            C  +S+RI  G        PWQ L+++  D    G CGGT+I+ ++VLTAAHC +  KGV T  N  + ++      T  +   R ++++ +I+H  Y    + N       D+A++++S      +     C+P           ++VSGWG  ++SS       LS    RT L  LS   + C        +P  SK+C Y    DSC GDSG PL +   G+C +VGIVS G+GC + 
Sbjct:   52 CDGSSSRIIGGRNAKDQEXPWQALIKICRDGK-CGMCGGTLINFRYVLTAAHC-LQDKGVVTPIN-GLTVTLGTQSQTNSNAYTRSYSVDSIIIHGEYTESTVRN-------DIALLKLSSLVEVNDGTYPACIPTDENKKYVDQLVVVSGWGRYSLSS-----ENLSPLLKRTGLKVLSNSHQYCINGAGLNQTPVDSKMCAYESGTDSCAGDSGGPLILPEDGRCTIVGIVSYGVGCANA 278          

HSP 2 Score: 61.2326 bits (147), Expect = 3.226e-10
Identity = 43/107 (40.19%), Postives = 52/107 (48.60%), Query Frame = 0
Query:  536 QKKYEIQ---VSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPY-SKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYA 638
             KKY  Q   VSGWG  +L +        S    RT L  LS     C        +P  SKMC Y    DSC GDSG PL +  DG+C +VGIVS G+ C +  +A
Sbjct:  180 NKKYVDQLVVVSGWGRYSLSS-----ENLSPLLKRTGLKVLSNSHQYCINGAGLNQTPVDSKMCAYESGTDSCAGDSGGPLILPEDGRCTIVGIVSYGVGCANAFHA 281          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000010698 (pep:novel supercontig:LSalAtl2s:LSalAtl2s709:489794:491474:1 gene:EMLSAG00000010698 transcript:EMLSAT00000010698 description:"augustus_masked-LSalAtl2s709-processed-gene-5.0")

HSP 1 Score: 107.457 bits (267), Expect = 6.897e-26
Identity = 78/252 (30.95%), Postives = 114/252 (45.24%), Query Frame = 0
Query:   34 KHLDGCT-STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLS-IPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGAL 283
            K L GC   TSNRI  G  V +G IPWQV ++L   +     CGGTII  +                                     G ++N +  I+HP +      N+     +D+ +VQ+   F F   +   CLP      +   S+++VSGWG T+     K     SR  MR +L   ++ S  C+  K+  V P S +C +NPP   C GDSG P+T+   G+  LVG +S+G+ CG+   GA+
Sbjct:   33 KGLKGCKPRTSNRIIHGVGVEEGDIPWQVAIKLKPSSGPSFWCGGTIIRQE------------------------------------TGVQYNFSMYIMHPSFKKIDGKNI-----HDIGLVQIKDSFDFSSVIQPACLPFYQTEPVMTESSVVVSGWGRTDP----KVDLAASRL-MRADLYVKNISSSICKRGKEDVVDPDSLLCIWNPPSSGCFGDSGGPVTLEESGRXILVGXISQGVQCGATGQGAI 238          

HSP 2 Score: 70.4774 bits (171), Expect = 1.228e-13
Identity = 37/94 (39.36%), Postives = 53/94 (56.38%), Query Frame = 0
Query:  541 IQVSGWGITNLHTLYMYFPEFSQTNMRTELNTLSIESSKCEYSKDYPVSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGS 634
            + VSGWG T+           +   MR +L   +I SS C+  K+  V P S +C +NPP   C GDSG P+T+   G+ ILVG +S+G+ CG+
Sbjct:  144 VVVSGWGRTDPKVDLA-----ASRLMRADLYVKNISSSICKRGKEDVVDPDSLLCIWNPPSSGCFGDSGGPVTLEESGRXILVGXISQGVQCGA 232          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000008769 (pep:novel supercontig:LSalAtl2s:LSalAtl2s543:98210:99800:-1 gene:EMLSAG00000008769 transcript:EMLSAT00000008769 description:"maker-LSalAtl2s543-augustus-gene-1.81")

HSP 1 Score: 106.301 bits (264), Expect = 1.026e-25
Identity = 73/245 (29.80%), Postives = 118/245 (48.16%), Query Frame = 0
Query:   36 LDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMS-GSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVG-LSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPY-SKICTYNPPHDSCVGDSGSPLTMAIXGQ--CXLVGIVSEGMGC 275
            L+ C     RI  G +  +  IPWQV L     +++   CGG II  +F+L+AAHCF   K  N      + + YI    ++ F   + + I  + +H G++  LI        ND+A+++V +   F + V  +CLP  G  ++  G + + SGWG+   S +  Y     R   RT+L  L+ + ++C        + Y  ++C +    D+C  DSG PLT+       C L G++S G GC
Sbjct:    5 LNACGGREERIVGGREAYENEIPWQVRLNECDASNFCSNCGGAIIGKRFILSAAHCFYDSKAKN------VKVGYIHDKKASSFS--RIYGIEYIKIHEGWHSNLI-------RNDIALLKVDEDIEFNDGVRPVCLPPGGSKNLYIGQSSVASGWGLR--SEIDNYTSPYLR---RTKLTILANDDKRCIKGNTVGGALYKDQLCAFGKNTDACYRDSGGPLTLVGSNHRTCTLAGVISYGNGC 229          
BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Match: EMLSAP00000005748 (pep:novel supercontig:LSalAtl2s:LSalAtl2s309:829439:832849:1 gene:EMLSAG00000005748 transcript:EMLSAT00000005748 description:"maker-LSalAtl2s309-augustus-gene-7.85")

HSP 1 Score: 107.457 bits (267), Expect = 1.335e-25
Identity = 80/251 (31.87%), Postives = 120/251 (47.81%), Query Frame = 0
Query:   43 SNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNI-HINISYIMSGSTKFDNGQRH-NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLP-KVGLSIPEGSTLIVSGWGVTNI-------SSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGAL 283
            ++RI  G    K   PWQVLL +  + +    C G+II+ + VLTAAHCF  P       NI +I +S  +          RH   +K ++H  Y+        + L ND+AIV V     F   V ++CLP K+  S   G T  VSGWG  N+       S++ KY           ++  +   S  C  +    ++P + +C Y    D+C GDSG PL   + G+C L+G++S G+GCG + +  L
Sbjct:   48 NSRILGGRNARKFEFPWQVLLAIC-NQTICTECSGSIINKKDVLTAAHCFNIP-------NIRYIKVSVALLDRRWLTRYTRHYRSSKYVIHEKYD-------PYTLMNDIAIVHVPVKIRFNPGVQSICLPNKIMSSSFNGKTATVSGWG--NVMEKNSINSNILKY----------AKVEVIPNTSVNCT-NGALGIAPKNYLCAYREGVDACQGDSGGPLITQVNGKCSLIGVISGGVGCGRIGFAGL 270          

HSP 2 Score: 54.299 bits (129), Expect = 4.686e-8
Identity = 20/51 (39.22%), Postives = 34/51 (66.67%), Query Frame = 0
Query:  588 VSPYSKMCTYNPPHDSCIGDSGSPLTMAIDGQCILVGIVSEGMTCGSVDYA 638
            ++P + +C Y    D+C GDSG PL   ++G+C L+G++S G+ CG + +A
Sbjct:  218 IAPKNYLCAYREGVDACQGDSGGPLITQVNGKCSLIGVISGGVGCGRIGFA 268          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|74827053|sp|Q9TXD8.1|ISOHC_AGEAP (RecName: Full=Venom peptide isomerase heavy chain)

HSP 1 Score: 102.834 bits (255), Expect = 2.116e-23
Identity = 81/257 (31.52%), Postives = 125/257 (48.64%), Query Frame = 0
Query:   46 IFVGEQVTKGAIPWQVLLRLSSDNSYFG-ACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE--YSKDYPVSPYSK-----ICTYNPPHDSCVGDSGSPL-TMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRW 292
            I  G+    G  PW V ++  +    F   CGG II+  ++LTAAHCF  P  V +    ++ +  I+   TK +  QR  ++K+++HPGY  K          +D+A+++V+KP V G     +C+PK G++ PEG+  ++ GWG   ISS  K      + N   E+    +  +KC+  Y  ++    YS+     IC      DSC  DSG PL  +   G   L+G V+ G  CG   Y G  + + S   W
Sbjct:    1 IVGGKTAKFGDYPWMVSIQQKNKKGTFDHICGGAIINVNWILTAAHCFDQPI-VKSDYRAYVGLRSIL--HTKENTVQRLELSKIVLHPGYKPKKDP-------DDIALIKVAKPIVIGNYANGICVPK-GVTNPEGNATVI-GWG--KISSGGK------QVNTLQEVTIPIIPWKKCKEIYGDEFSEFEYSQITPYMICAGAEGKDSCQADSGGPLFQIDANGVATLIGTVANGADCGYKHYPGVYMKVSSYTNW 237          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|81916772|sp|Q9CR35.1|CTRB1_MOUSE (RecName: Full=Chymotrypsinogen B; Contains: RecName: Full=Chymotrypsin B chain A; Contains: RecName: Full=Chymotrypsin B chain B; Contains: RecName: Full=Chymotrypsin B chain C; Flags: Precursor)

HSP 1 Score: 102.064 bits (253), Expect = 5.195e-23
Identity = 75/232 (32.33%), Postives = 113/232 (48.71%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESE-KCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV T+    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE KC+ S    ++    IC       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DRTGFHFCGGSLISENWVVTAAHC-----GVKTT---DVVVAGEFDQGSDEENVQVLKIAQVFKNPKFN-------SFTVRNDITLLKLATPAQFSETVSAVCLPTVDDDFPAGTLCATTGWGKTKYNAL--------KTPDKLQQAALPIVSEAKCKESWGSKITDV-MICAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|117618|sp|P07338.1|CTRB1_RAT (RecName: Full=Chymotrypsinogen B; Contains: RecName: Full=Chymotrypsin B chain A; Contains: RecName: Full=Chymotrypsin B chain B; Contains: RecName: Full=Chymotrypsin B chain C; Flags: Precursor)

HSP 1 Score: 98.9821 bits (245), Expect = 7.689e-22
Identity = 74/232 (31.90%), Postives = 111/232 (47.84%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEK-CEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS    + ++      +  +N Q   I ++  +P +N        F + ND+ +++++ P  F E V A+CLP V    P G+    +GWG T  ++L        +T  + +   L + SE  C+ S    ++     C       SC+GDSG PL     G   L GIVS G G
Sbjct:   32 SRIVNGEDAIPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVKTS---DVVVAGEFDQGSDEENIQVLKIAQVFKNPKFN-------MFTVRNDITLLKLATPAQFSETVSAVCLPNVDDDFPPGTVCATTGWGKTKYNAL--------KTPEKLQQAALPIVSEADCKKSWGSKITDV-MTCAGASGVSSCMGDSGGPLVCQKDGVWTLAGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|117612|sp|P04813.1|CTR2_CANFA (RecName: Full=Chymotrypsinogen 2; Contains: RecName: Full=Chymotrypsin 2 chain A; Contains: RecName: Full=Chymotrypsin 2 chain B; Contains: RecName: Full=Chymotrypsin 2 chain C; Flags: Precursor)

HSP 1 Score: 96.2857 bits (238), Expect = 4.952e-21
Identity = 72/239 (30.13%), Postives = 111/239 (46.44%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNG------QRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSK--ICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            +RI  GE    G+ PWQV L+   D++ F  CGG++IS  +V+TAAHC     GV T+  +          + +FD G      Q   I K+  +P +N        F + ND+ +++++ P  F + V A+CLP+     P G+  + +GWG+T          + +  N   +L   ++        K +  S  +   +C       SC+GDSG PL     G   LVGIVS G G
Sbjct:   32 SRIVNGEDAVPGSWPWQVSLQ---DSTGFHFCGGSLISEDWVVTAAHC-----GVRTTHQVV---------AGEFDQGSDAESIQVLKIAKVFKNPKFN-------MFTINNDITLLKLATPARFSKTVSAVCLPQATDDFPAGTLCVTTGWGLT----------KHTNANTPDKLQQAALPLLSNAECKKFWGSKITDLMVCAGASGVSSCMGDSGGPLVCQKDGAWTLVGIVSWGSG 236          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|117615|sp|P00766.1|CTRA_BOVIN (RecName: Full=Chymotrypsinogen A; Contains: RecName: Full=Chymotrypsin A chain A; Contains: RecName: Full=Chymotrypsin A chain B; Contains: RecName: Full=Chymotrypsin A chain C; Flags: Precursor)

HSP 1 Score: 95.5153 bits (236), Expect = 7.145e-21
Identity = 76/242 (31.40%), Postives = 110/242 (45.45%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNG------QRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSL-------YKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEG 272
            +RI  GE+   G+ PWQV L+   D + F  CGG++I+  +V+TAAHC     GV TS         +++G  +FD G      Q+  I K+  +  YN          + ND+ ++++S    F + V A+CLP        G+T + +GWG+T  ++            P LS TN +    T           KD      + IC       SC+GDSG PL     G   LVGIVS G
Sbjct:   14 SRIVNGEEAVPGSWPWQVSLQ---DKTGFHFCGGSLINENWVVTAAHC-----GVTTSD-------VVVAG--EFDQGSSSEKIQKLKIAKVFKNSKYN-------SLTINNDITLLKLSTAASFSQTVSAVCLPSASDDFAAGTTCVTTGWGLTRYTNANTPDRLQQASLPLLSNTNCKKYWGT---------KIKD------AMICAGASGVSSCMGDSGGPLVCKKNGAWTLVGIVSWG 216          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|2833277|sp|Q16651.1|PRSS8_HUMAN (RecName: Full=Prostasin; AltName: Full=Channel-activating protease 1; Short=CAP1; AltName: Full=Serine protease 8; Contains: RecName: Full=Prostasin light chain; Contains: RecName: Full=Prostasin heavy chain; Flags: Precursor)

HSP 1 Score: 97.4413 bits (241), Expect = 8.122e-21
Identity = 82/272 (30.15%), Postives = 119/272 (43.75%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGA--CGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFD----NGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWG-VTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDY-PVSPY----SKICT--YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDYGALIAIDSSDRWEIQYRRNYLN 302
            RI  G     G  PWQV +      +Y G   CGG+++S Q+VL+AAHCF         S  H     +  G+ + D    + +   +  +I HP Y       L      D+A++Q+S+P  F   +  +CLP    S P G    V+GWG V    SL    P       + E+  +S E+  C Y+ D  P  P+      +C        D+C GDSG PL+  + G   L GIVS G  CG+ +   +  + SS    IQ +   L 
Sbjct:   44 RITGGSSAVAGQWPWQVSI------TYEGVHVCGGSLVSEQWVLSAAHCF--------PSEHHKEAYEVKLGAHQLDSYSEDAKVSTLKDIIPHPSY-------LQEGSQGDIALLQLSRPITFSRYIRPICLPAANASFPNGLHCTVTGWGHVAPSVSLLTPKP-----LQQLEVPLISRETCNCLYNIDAKPEEPHFVQEDMVCAGYVEGGKDACQGDSGGPLSCPVEGLWYLTGIVSWGDACGARNRPGVYTLASSYASWIQSKVTELQ 289          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|17376886|sp|O60235.1|TM11D_HUMAN (RecName: Full=Transmembrane protease serine 11D; AltName: Full=Airway trypsin-like protease; Contains: RecName: Full=Transmembrane protease serine 11D non-catalytic chain; Contains: RecName: Full=Transmembrane protease serine 11D catalytic chain; Flags: Precursor)

HSP 1 Score: 98.2117 bits (243), Expect = 1.202e-20
Identity = 75/251 (29.88%), Postives = 117/251 (46.61%), Query Frame = 0
Query:   33 GKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPH---DSCVGDSGSPLTMAIXGQCX-LVGIVSEGMGCGSVD 279
            G   D  T +  RI  G +  +G+ PWQV LRL++ +     CGG++I++ ++LTAAHCF      N++    I  S I +   K     R  +  +++H  Y             ND+A+V++     F +++ ++CLP    +IP GST  V+GWG    +      PEL +  +R       + ++ C     Y  +  S +     P    D+C GDSG PL      +   +VGIVS G  CG  D
Sbjct:  174 GAGPDLITLSEQRILGGTEAEEGSWPWQVSLRLNNAHH----CGGSLINNMWILTAAHCF----RSNSNPRDWIATSGISTTFPKL----RMRVRNILIHNNYK-------SATHENDIALVRLENSVTFTKDIHSVCLPAATQNIPPGSTAYVTGWGAQEYAG--HTVPELRQGQVRI------ISNDVCNAPHSYNGAILSGMLCAGVPQGGVDACQGDSGGPLVQEDSRRLWFIVGIVSWGDQCGLPD 397          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|82073034|sp|Q58L95.1|FAXC_OXYMI (RecName: Full=Venom prothrombin activator omicarin-C catalytic subunit; Short=vPA; AltName: Full=Venom coagulation factor Xa-like protease; Contains: RecName: Full=Omicarin-C catalytic subunit light chain; Contains: RecName: Full=Omicarin-C catalytic subunit heavy chain; Flags: Precursor)

HSP 1 Score: 98.2117 bits (243), Expect = 1.961e-20
Identity = 74/269 (27.51%), Postives = 118/269 (43.87%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVH-----PGYNWKLISNLGFLLTN-DVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNP-PHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSV-DYGALIAIDSSDRWEIQYRRNYLNASH 305
            RI  G     G  PWQ +L    +  +   CGGTI+S  +VLTAAHC      +N +  I + +  I    ++ + G   +++K+ VH     P   +K       +  + D+AI+Q+  P  F ENV+  CLP    +      L+   +G+  IS   + + +  ++N    L    ++   C  S + P++P      Y+  P D+C GDSG P   A      + GIVS G GC     YG    +     W  +  R  L ++ 
Sbjct:  209 RIVNGMDCKLGECPWQAVLVDEKEGVF---CGGTILSPIYVLTAAHC------INQTEKISVVVGEI--DKSRVETGHLLSVDKIYVHKKFVPPKKGYKFYEKFDLVSYDYDIAIIQMKTPIQFSENVVPACLPTADFA---NQVLMKQDFGI--ISGFGRIFEKGPKSNTLKVLKVPYVDRHTCMVSSESPITPTMFCAGYDTLPRDACQGDSGGPHITAYRDTHFITGIVSWGEGCAKKGKYGIYTKVSKFILWIKRIMRQKLPSTE 461          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|1098883660|sp|P17538.2|CTRB1_HUMAN (RecName: Full=Chymotrypsinogen B; Contains: RecName: Full=Chymotrypsin B chain A; Contains: RecName: Full=Chymotrypsin B chain B; Contains: RecName: Full=Chymotrypsin B chain C; Flags: Precursor)

HSP 1 Score: 94.3597 bits (233), Expect = 2.393e-20
Identity = 77/233 (33.05%), Postives = 112/233 (48.07%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNG-QRHNINKLIVHPGYNWKLISNLGF-LLT--NDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEG 272
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS         +++G  +FD G    NI  L +      K+  N  F +LT  ND+ +++++ P  F + V A+CLP      P G+    +GWG T      KY    +   ++     L + + +C+ S    ++    IC       SC+GDSG PL     G   LVGIVS G
Sbjct:   32 SRIVNGEDAVPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVRTSD-------VVVAG--EFDQGSDEENIQVLKIA-----KVFKNPKFSILTVNNDITLLKLATPARFSQTVSAVCLPSADDDFPAGTLCATTGWGKT------KYNANKTPDKLQQAALPL-LSNAECKKSWGRRITDV-MICAGASGVSSCMGDSGGPLVCQKDGAWTLVGIVSWG 234          
BLAST of EMLSAG00000008916 vs. SwissProt
Match: gi|290457638|sp|Q6GPI1.2|CTRB2_HUMAN (RecName: Full=Chymotrypsinogen B2; Contains: RecName: Full=Chymotrypsin B2 chain A; Contains: RecName: Full=Chymotrypsin B2 chain B; Contains: RecName: Full=Chymotrypsin B2 chain C; Flags: Precursor)

HSP 1 Score: 94.3597 bits (233), Expect = 2.582e-20
Identity = 77/233 (33.05%), Postives = 112/233 (48.07%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNG-QRHNINKLIVHPGYNWKLISNLGF-LLT--NDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEG 272
            +RI  GE    G+ PWQV L+   D + F  CGG++IS  +V+TAAHC     GV TS         +++G  +FD G    NI  L +      K+  N  F +LT  ND+ +++++ P  F + V A+CLP      P G+    +GWG T      KY    +   ++     L + + +C+ S    ++    IC       SC+GDSG PL     G   LVGIVS G
Sbjct:   32 SRIVNGEDAVPGSWPWQVSLQ---DKTGFHFCGGSLISEDWVVTAAHC-----GVRTSD-------VVVAG--EFDQGSDEENIQVLKIA-----KVFKNPKFSILTVNNDITLLKLATPARFSQTVSAVCLPSADDDFPAGTLCATTGWGKT------KYNANKTPDKLQQAALPL-LSNAECKKSWGRRITDV-MICAGASGVSSCMGDSGGPLVCQKDGAWTLVGIVSWG 234          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: ABV53734.2 (CG8172, isoform D [Drosophila melanogaster])

HSP 1 Score: 100.138 bits (248), Expect = 6.875e-22
Identity = 70/243 (28.81%), Postives = 122/243 (50.21%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI-SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTY-NPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G     G+ PWQV L  S   +   +CGG +IS+++V+TAAHC         +SN+ I +  + + G  +  N + + I +  VHP YN            NDVA++++ +  V+ ++++ +CLP     +  G    V+GWG T        + + +  ++  E++   + +++C+       +   +        Y +   DSC GDSG PLT+ + G+  L+G+VS G+GCG
Sbjct:  121 TRSNRIVGGHSTGFGSHPWQVALIKSGFLTRKLSCGGALISNRWVITAAHCV----ASTPNSNMKIRLGEWDVRGQEERLNHEEYGIERKEVHPHYN-------PADFVNDVALIRLDRNVVYKQHIIPVCLPPSTTKL-TGKMATVAGWGRTR-------HGQSTVPSVLQEVDVEVISNDRCQRWFRAAGRREAIHDVFLCAGYKDGGRDSCQGDSGGPLTLTMDGRKTLIGLVSWGIGCG 344          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_006557877.1 (PREDICTED: serine proteinase stubble isoform X6 [Apis mellifera])

HSP 1 Score: 100.523 bits (249), Expect = 7.082e-22
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  128 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 351          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_393127.3 (PREDICTED: chymotrypsin-2 [Apis mellifera])

HSP 1 Score: 97.4413 bits (241), Expect = 9.826e-22
Identity = 85/245 (34.69%), Postives = 120/245 (48.98%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYN----WKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE--YSK-DYPVSPYSKICTYNPPHD--SCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY 280
            +I  GE   +G IP+QV   L +  S F  CGG+I++  +V+TAAHC ++ K    S +I +    I   + K++N    ++N++IVH  YN    WK          ND+A+++V   F     + ++ LP     I       VSGWG          Y  L R N+      L    E CE  Y K +Y V   S+IC Y P  +  SC GDSG PLT  + G+  LVG+VS  MGC  +DY
Sbjct:   25 KIINGEDAKEGEIPYQV--SLQNKFSSFHFCGGSILNENYVITAAHC-VHGK---FSEDIKVVAGTINLANPKYEN----DVNEIIVHEKYNVSDSWK----------NDIALLKVKTSFTLSNTISSVPLPSPNDIIKPNDLATVSGWGRLRQGGPTTIY--LQRVNI------LIANQEYCELTYKKINYTVYE-SQICAYYPTSEKGSCNGDSGGPLT--VNGK--LVGLVSWAMGCALIDY 236          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: EAA13086.4 (AGAP011477-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 97.8265 bits (242), Expect = 1.038e-21
Identity = 75/239 (31.38%), Postives = 115/239 (48.12%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGST-KFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC--EYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY 280
            R+  G   T  A P+QV LR    +S    CGG I++   +LTAAHC  YP+ V +   +        +GST + + GQ   + ++  HP YN        + L  D++++++         V  + LP  GL+IP+G+++ ++GWG     SLY   P    TN    +    + + +C   Y    P+ P+  IC  +   D+C GDSG PL      Q  +VGIVS G GC   +Y
Sbjct:   51 RVVGGSDTTIEAHPYQVSLRRLHKHS----CGGAILNTNTILTAAHCVDYPELVPSDFEVR-------AGSTFRNEGGQLITVAQIHTHPSYN-------DWTLEWDISVLKLVSSLQLSPTVQPISLPDRGLTIPDGTSVSLAGWG-----SLYYQGPS---TNHLQHVMLPIVSNSRCGMAYKNFAPILPF-HICAGHKGKDACQGDSGGPLVY----QSRVVGIVSWGYGCAFENY 258          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: gb|KFM63021.1| (Transmembrane protease serine 6, partial [Stegodyphus mimosarum])

HSP 1 Score: 100.523 bits (249), Expect = 1.260e-21
Identity = 63/231 (27.27%), Postives = 115/231 (49.78%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPP--HDSCVGDSGSPLTMAIXGQCXLVGIVSEG 272
            +R+  G++   G+ PWQ  L+L+  N     CGGT+I+ Q+VLTAAHCF+   G+     +H+   +    + +++  Q   + +++V P    +++      L ND+A+++++ P  F   V   CLPK G  +  G+  + +GWG+T  +           +++  E+     +++ C+ S   P+   + +C  N     D C GDSG PL   I  +  ++G  S G
Sbjct:  207 DRVIGGKEAIPGSWPWQADLQLAFYNPNGHMCGGTLINSQWVLTAAHCFVQ-NGMPQVWRVHLG-KHRKFFTDRYE--QIRMVERIVVFPDVTGQMVLRKVLDLDNDIALMKLNAPVKFTPFVSPACLPKQGYELKVGTQCMATGWGLTRGTGF---------SHVLKEVELWIEKAQDCD-SDMGPIDNKTSVCVRNRKGFQDVCHGDSGGPLVCEINDEWQVMGATSRG 423          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_016771419.1 (PREDICTED: serine proteinase stubble isoform X4 [Apis mellifera])

HSP 1 Score: 100.523 bits (249), Expect = 1.707e-21
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  221 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 444          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_006557875.1 (PREDICTED: transmembrane protease serine 9 isoform X2 [Apis mellifera])

HSP 1 Score: 101.293 bits (251), Expect = 1.718e-21
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  376 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 599          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_016771421.1 (PREDICTED: serine proteinase stubble isoform X5 [Apis mellifera])

HSP 1 Score: 100.138 bits (248), Expect = 1.755e-21
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  200 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 423          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_016771420.1 (PREDICTED: serine proteinase stubble isoform X5 [Apis mellifera])

HSP 1 Score: 100.138 bits (248), Expect = 1.755e-21
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  200 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 423          
BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Match: XP_006557876.1 (PREDICTED: serine proteinase stubble isoform X3 [Apis mellifera])

HSP 1 Score: 100.523 bits (249), Expect = 1.937e-21
Identity = 73/245 (29.80%), Postives = 125/245 (51.02%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI---SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEY-----SKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            + SNRI  G   + G+ PWQ  +  S   +   +CGG ++++++V+TAAHC      V T+ N ++ +    + +  +++    +  N+ +  VHP Y     S   F   NDVA+V++S+   F ++++ +CLP   L I  G T  V+GWG T        + + S   +  E++   + +E+C+       +   +        Y     DSC GDSG PLTM++ G+  L+G+VS G+GCG
Sbjct:  241 TRSNRIVGGHSSSFGSHPWQAAIIKSGFLTKKLSCGGALLNNRWVVTAAHC------VATTPNGNLKVRLGEWDVRDASEQLLHEEFNVERKEVHPQY-----SPTDF--RNDVALVKLSRTVAFKQHIVPVCLPAKNLKI-SGRTATVAGWGRTR-------HGQSSAPTILQEVDVEVIPNERCQRWFRAAGRRETIHDVFLCAGYKEGGRDSCQGDSGGPLTMSVEGRHVLIGLVSWGIGCG 464          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|821491476|ref|XP_012407900.1| (PREDICTED: ovochymase-2-like [Sarcophilus harrisii])

HSP 1 Score: 127.487 bits (319), Expect = 1.241e-28
Identity = 85/306 (27.78%), Postives = 149/306 (48.69%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSG---STKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC-EYSKDYPVSPYSKICTYNPP----HDSCVGDSGSPLTMAI--XGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQYRRNYLNASHQIQLANYERERVVNATDKENCFKLSVDKTGNIN 338
            +RI  G+     + PWQV L++++++     CGGT+I   +V+TAAHCF            H+ +  +++G    T+ +N Q+ +I  +++HP ++          + ND+A++Q+++PF F   V  +CLPK G  IP  S  +V+GWG  N+           ++N   +L    ++S+ C EY ++  V    ++     P     DSC GDSG PL  ++   G   L GI S G GCG ++Y G   ++     W     + ++N +   + A    E  +  T ++   K+  D  G ++
Sbjct:   66 SRIVGGQPAAARSWPWQVSLQIAAEH----LCGGTVIGKSWVITAAHCF-------NDKKQHVPVWMVIAGIHDLTERNNQQKRSIKHILIHPAFDRTT-------MDNDIALLQMTEPFQFNHYVHPVCLPKKGQEIPSSSMCVVTGWGTDNLDG--------EKSNKLQQLEVPILDSDVCQEYYQNLSVGVSQRMFCAGFPSKGDKDSCSGDSGGPLVCSLEDSGLYALFGITSWGFGCGRINYPGVYTSVTVFTDW----IKQHINDTGNAKWAVGNSEGCIGGTQRDRFDKVLFDLAGQLS 341          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|1023016286|ref|XP_016278319.1| (PREDICTED: ovochymase-2 [Monodelphis domestica])

HSP 1 Score: 129.028 bits (323), Expect = 2.027e-27
Identity = 88/275 (32.00%), Postives = 139/275 (50.55%), Query Frame = 0
Query:   21 SGIHSYTNCVKPGKHLDGCTSTS-----NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGS---TKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC-EYSKDYPVSPYSKICTYNPP----HDSCVGDSGSPLTMAIXGQC--XLVGIVSEGMGCGSVDY 280
            +G H  T+   PG H  G  S       NRI  G+Q    + PWQV L++++++     CGGTII   +V+TAAHCFI  K        H+ +  +++G+   T+ +N Q+ +I  +++HP ++          +  D+A++Q+ +PF F   V  +CLP+ G  IP  S  +V+GWG  N        P+  ++N   +L    +ES+ C EY ++  V    ++     P     DSC GDSG PL  ++       L GI S G GCG ++Y
Sbjct:  593 AGHHIATDSRAPGGHC-GVASKPPRFLFNRIVGGQQAVARSWPWQVSLQIAAEH----LCGGTIIGKSWVVTAAHCFIDKKQ-------HVPLWMVIAGAHDLTERNNLQKRSIKHILIHPAFD-------STTMDYDIALLQMDEPFQFNLYVRPVCLPEKGQEIPSSSMCVVTGWGFDN--------PDGEKSNKLQQLEIPILESDICQEYYQNLFVGISQRMFCAGFPSKGDQDSCSGDSGGPLVCSLEESSLYVLFGITSWGFGCGRINY 840          

HSP 2 Score: 89.3521 bits (220), Expect = 7.825e-15
Identity = 74/242 (30.58%), Postives = 113/242 (46.69%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIY---PKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE---YSKDYPVSPYSKICTYNPP--HDSCVGDSGSPLT-MAIXGQCXLVGIVSEGMGCG 276
            +RI  G  V KG  PWQV L+    +     CGGTIIS Q+V+TAAHC I+    K +N ++  H +++ +  G       Q  +++ +I HP +  +   N       D+A+++++  F FG+ V  LCLPK G     G     +GWG    +        L +   + +L  L+   +KC     +   P+   + +C   P    D+C GDSG  L      G   L G+ S GMGC 
Sbjct:   76 SRIVGGSPVEKGTYPWQVSLKRREKH----FCGGTIISAQWVITAAHCVIHKDAKKILNVTAGEH-DVNLVEQGE------QTLSVDTIIKHPYFTLRKPMNY------DIALLKMNGTFKFGQFVGPLCLPKRGEIFEPGFFCTTAGWGRLEENG------RLPQVLHQVDLPILT--KKKCAAMLLTLKRPIKGNTLLCAGFPDGGKDACQGDSGGSLMCRNRYGAWTLAGVTSWGMGCA 292          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|927136396|ref|XP_013911663.1| (PREDICTED: coagulation factor X-like isoform X1 [Thamnophis sirtalis])

HSP 1 Score: 116.701 bits (291), Expect = 4.765e-24
Identity = 86/255 (33.73%), Postives = 129/255 (50.59%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCF--IYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLS--IPEG-STLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYN-PPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSV-DYGALIAIDSSDRW 292
            RI  G     GA PWQVL++   +N  +G CGG++IS Q+VLTAAHCF  I P         H+ +        + D  Q+  + +   HP YN +  +       ND+A+VQ++   +F +NV+ +CLP+  L+  + EG +  IVSGWG T+         +L+R  M+ +L  +SME+  C  S    ++       Y+    D+C GDSG P  ++      L+GIVS G GC  V  YGA   + +   W
Sbjct:  253 RIIGGSFCRPGACPWQVLIQ---NNRDYGFCGGSLISSQWVLTAAHCFDNIIPH--------HVTVGDFDKHQRERDE-QKVRVRRHWRHPQYNSQNYN-------NDIALVQLTSDVIFTQNVLPICLPRPSLANVLIEGVAHGIVSGWGATHAKG------KLTRFLMKVKLPIVSMET--CRQSTKKLITDNMFCAGYDGEGQDACKGDSGGPFAVSYHNTWFLLGIVSWGEGCAEVGKYGAYTLVPNYISW 480          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|957850853|ref|XP_014675770.1| (PREDICTED: trypsin-like [Priapulus caudatus])

HSP 1 Score: 112.079 bits (279), Expect = 7.818e-24
Identity = 86/275 (31.27%), Postives = 135/275 (49.09%), Query Frame = 0
Query:    9 VTIIILAHAELVSGIHSYTNC-VKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLR-LSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI-SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSK--DYPVSPYSKICT--YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCG 276
            V+ + L  A     ++    C VK  +H+ G    + R+  G +    + PWQV LR +   +S++  CGGT+I   ++LTAAHC   P G N   N+ I   S+ +S    F+  Q+    K++ H G+     S LG  L++D+A+++V  PF   + V  +CLP+    I  G+ + VSGWG T     +  YP    +++  ++     + +KC+ S    Y     + IC       HDSC GDSG P++    G   + GIVS G  CG
Sbjct:    5 VSFVCLLGAVFAVPLNQRQACGVKAIEHIPG----NGRVTGGTEAIPNSWPWQVSLRYIPVRDSHY--CGGTLIRDNWILTAAHCVTMP-GYNKPENVRIYAGSHHLSKDDTFE--QKRQAVKIVKHAGF-----SMLGNDLSDDIALIKVDPPFTLTDQVSLMCLPEQNTPIEAGTMVYVSGWGTTQD---FNDYPNSPPSDVLKQMYAPVYDWDKCKASTLMHYIGLKENMICVGYEEGVHDSCKGDSGGPVSNDDSGLWTIHGIVSWGTSCG 262          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|1002579847|ref|XP_015669191.1| (PREDICTED: coagulation factor X-like [Protobothrops mucrosquamatus])

HSP 1 Score: 114.775 bits (286), Expect = 1.769e-23
Identity = 85/260 (32.69%), Postives = 123/260 (47.31%), Query Frame = 0
Query:   40 TSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCF--IYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLS---IPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSV-DYGALIAIDSSDRW 292
            T    RI  G     GA PWQVL++   +N  +G CGG++IS Q+VLTAAHCF  I P  V                  +  + Q+  +     HP YN +  +       ND+A+VQ++   +F +NV+ +CLP+  L+   I E +   VSGWG T+         +L R  M+  L  +SME+  C  S    ++       Y+    D+C GDSG P  ++      L+GIVS G GC  V  YGA   + +   W
Sbjct:  246 TDEDPRIIGGSFCRPGACPWQVLIQ---NNRGYGFCGGSLISSQWVLTAAHCFDTITPHQVTVGD---------FDKHQRERDEQKVRVRHYWRHPQYNSQNYN-------NDIALVQLTSDVIFTQNVLPICLPRPNLATLLIEEVAHGTVSGWGATHAKG------KLIRFLMKVRLPIVSMET--CRQSTKKVITDNMFCAGYDAEGQDACKGDSGGPFAVSYHNTWYLLGIVSWGEGCAEVGKYGAYTLVPNYISW 478          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|1061127354|ref|XP_017888643.1| (PREDICTED: chymotrypsin-2-like, partial [Ceratina calcarata])

HSP 1 Score: 108.612 bits (270), Expect = 4.234e-23
Identity = 82/245 (33.47%), Postives = 122/245 (49.80%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKF-DNGQRHNINKLIVHPGYN----WKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE--YSKDYPVSPYSKICTYNP--PHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY 280
            RI  GE    G IP+QV L++ S + +F  CGG++++  +V+TAAHC    +G  T+  I +     ++G+     +G  HN+ K+I+H  YN    WK          ND+A+++V KPFV    +  + LP V   +       VSGWG      L++  P    T     +N L  + + C+  YSK +     S++C Y+P     SC GDSG PLT+       L G+VS  MGC   DY
Sbjct:    9 RIVNGEAAKPGEIPYQVSLQMKSSSFHF--CGGSVLNENYVITAAHCV---EG-QTAPKIKV-----VAGTIDLSKSGSEHNVQKIIIHEKYNPDDSWK----------NDIALLKVEKPFVKSPQISFVTLPSVSDVVHANDLATVSGWG-----RLWQGGP---TTIYLQRVNILIADQQYCKLIYSKQHYNVYDSQVCAYDPTVQKGSCHGDSGGPLTV----NGKLTGLVSWAMGCALTDY 220          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|612036100|ref|XP_007498031.1| (PREDICTED: serine protease 33-like isoform X2 [Monodelphis domestica])

HSP 1 Score: 110.153 bits (274), Expect = 1.164e-22
Identity = 82/253 (32.41%), Postives = 126/253 (49.80%), Query Frame = 0
Query:   38 GCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRH----NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKY-YPELSRTNMRTELNTLSMESEKCEYSKD------YPVSPYSKIC--TYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGS 277
            G    S R+  GE   +G  PW   LR    +     CG T+ISH ++LTAAHC   P+ +N +         ++ GS   D+   H     + ++I HP Y   L  + G     D+A++Q+S+P  F EN++ +CLP V  ++P G++  V+GWG  NI        P++ +   + +L+ LS E+ +  Y +D       PV  Y  IC  +     DSC GDSG PL+  +  +  L G+VS G  CG+
Sbjct:   53 GRPPLSLRVIGGENAREGKWPWHASLRRFKQH----ICGATLISHSWLLTAAHCI--PRRLNATQF------SVLLGSYHLDSPSPHALEQKVRQIIQHPAYT-HLDESGG-----DIALIQLSEPVPFSENILPICLPGVSSALPSGTSCWVTGWG--NIEEGVPLPAPQILQ---QAQLSLLSWETCETLYHQDSHRPLKVPVIEYDMICAGSEEGTADSCQGDSGGPLSCQLKDRWVLGGVVSWGEVCGA 282          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|1050356923|gb|OCT59133.1| (hypothetical protein XELAEV_18001622mg [Xenopus laevis])

HSP 1 Score: 110.538 bits (275), Expect = 1.234e-22
Identity = 93/307 (30.29%), Postives = 142/307 (46.25%), Query Frame = 0
Query:    1 MDILLYPCVTIIILAHAE---LVSGIHSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINI-SYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNM--RTELNTL-SMESEKCEYSKDYPVSPYSKICT--YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQYR 297
            M    YP V +++L  +    L + ++S   C  P          S+RI  G   T GA PWQV LR    +     CGG++IS+Q+++TAAHCF   +    +S   + + +Y +S S+   N    N+  +IV+  YN     +  F    D+A+V+++ P  + + ++ +CLP    +  EG    V+GWG  N SS+   YP+  +  M      NT   M     + S    + P  +IC    +   DSC GDSG PL   + G    VGIVS G GC   +Y G    + +   W   Y 
Sbjct:    1 MAFWEYPGVVLLLLVTSSPIWLATTVYSAPACGSP--------MVSSRIVGGTAATNGAWPWQVSLRYQKSH----ICGGSVISNQWIMTAAHCF---QNSLFASQYQVRLGAYQLSLSSP--NEIISNVESIIVNSKYN----KDTNFA---DIALVKLTSPITYTKYILPVCLPSTSANFTEGMECWVTGWGTIN-SSVSLPYPQTLQQVMIPLISRNTCDQMYHNGTKTSSSVTIVPVDQICAGYADGQKDSCQGDSGGPLVCKLQGTWYQVGIVSWGKGCALPNYPGVYTQVAAYQPWLSTYN 282          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|1069813494|ref|XP_018330295.1| (PREDICTED: trypsin-7 [Agrilus planipennis])

HSP 1 Score: 110.923 bits (276), Expect = 1.320e-22
Identity = 74/252 (29.37%), Postives = 124/252 (49.21%), Query Frame = 0
Query:   36 LDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGST----KFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC---EYSKDYPVSPYSKI-CTYNPP--HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGS 277
            L G    S RI  G++      PWQ LL++S+       CGG ++S +FV+TA HC +  K      +I + +  + +  T    +++  + H++ + I+HP + +KLI    F    D+A++++     F  ++  +CLP+  L++  G   IV+GWG    S+      E+  TN+        ++ E+C      K   V  +  + C  +P    D+C+GDSG PL +   G+  LVGI S G GCG 
Sbjct:  147 LSGSRVISKRIIGGKEARFAEYPWQALLKISTFQ-----CGGVLVSRKFVITAGHCVVKAK----LKDIKVYLGELDTMDTGKVFEYEPAELHSVTRKILHPRFQYKLIQLDRF----DIALLEMLTETAFSYHIFPICLPQRDLTL-RGRKGIVTGWGKIKPST------EMKGTNVLRSATVPILDIEECNSWHRKKQITVELHEDVLCAGHPDGHQDACLGDSGGPLVVLENGRWVLVGITSAGFGCGE 378          
BLAST of EMLSAG00000008916 vs. nr
Match: gi|612036098|ref|XP_001370310.3| (PREDICTED: serine protease 33-like isoform X1 [Monodelphis domestica])

HSP 1 Score: 110.153 bits (274), Expect = 1.425e-22
Identity = 82/253 (32.41%), Postives = 126/253 (49.80%), Query Frame = 0
Query:   38 GCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRH----NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKY-YPELSRTNMRTELNTLSMESEKCEYSKD------YPVSPYSKIC--TYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGS 277
            G    S R+  GE   +G  PW   LR    +     CG T+ISH ++LTAAHC   P+ +N +         ++ GS   D+   H     + ++I HP Y   L  + G     D+A++Q+S+P  F EN++ +CLP V  ++P G++  V+GWG  NI        P++ +   + +L+ LS E+ +  Y +D       PV  Y  IC  +     DSC GDSG PL+  +  +  L G+VS G  CG+
Sbjct:   70 GRPPLSLRVIGGENAREGKWPWHASLRRFKQH----ICGATLISHSWLLTAAHCI--PRRLNATQ------FSVLLGSYHLDSPSPHALEQKVRQIIQHPAYT-HLDESGG-----DIALIQLSEPVPFSENILPICLPGVSSALPSGTSCWVTGWG--NIEEGVPLPAPQILQ---QAQLSLLSWETCETLYHQDSHRPLKVPVIEYDMICAGSEEGTADSCQGDSGGPLSCQLKDRWVLGGVVSWGEVCGA 299          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold91_size383040-snap-gene-2.26 (protein:Tk03190 transcript:maker-scaffold91_size383040-snap-gene-2.26-mRNA-1 annotation:"serine protease 27-like")

HSP 1 Score: 103.219 bits (256), Expect = 2.101e-23
Identity = 87/288 (30.21%), Postives = 125/288 (43.40%), Query Frame = 0
Query:   31 KPGKHLDGC----TSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSG---STKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIP-EGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESE-KCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPL-TMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQYRRNYLNASHQI 307
            +P     GC       +NRI  G+  +  +IPWQV L   + N  F  CGGT+IS + VLTAAHC   P           ++S ++      T  D  QR  + ++I HP YN            ND AI++++K   F   +   CLP  G +    G    VSGWG+   + +    P+        +  TL + S+  C             +C Y    DSC GDSG PL T+   G+  ++G+VS G GC  V   G    + S   W    ++N  NA  +I
Sbjct:  232 RPAPVAQGCQCGQAVAANRIVDGQTSSPNSIPWQVGLVSGAGNVPF--CGGTLISSRHVLTAAHCTGTP-----------DLSVVLGEHNIKTTADQAQRVKVARIIDHPSYN-------SVTFNNDFAILELAKDVAFNNQIKPSCLPVDGSTKTYTGVDARVSGWGLLEYNEINSIKPQF------LQETTLKVVSDGDCRAIYGIQAITDRMLCAYAKGTDSCQGDSGGPLTTLESNGRHTVIGVVSFGSGCAQVGVPGVYARVTSVLPW---IKQNAANAQVKI 490          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold363_size195477-processed-gene-0.7 (protein:Tk06654 transcript:snap_masked-scaffold363_size195477-processed-gene-0.7-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC100176526")

HSP 1 Score: 100.908 bits (250), Expect = 1.226e-22
Identity = 78/277 (28.16%), Postives = 124/277 (44.77%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSS---DNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFD-----NGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPF----VFGENVMALCLPKVG---LSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE--YSKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQYRRNYL 301
             RI  GE+ T G  PWQ  L ++     N  +  CGGT++    ++TAAHC    K  NTS      +  ++ G   +D     + QR  + KL++HP ++ +        L ND+AI+ +   +     + + +   CLP      L  P G    VSGWG+T+ +         S       +       EKC   Y +   ++  ++ C  N    D+C GDSG P    I G+  L+G+VS G+GCG  +Y G  + + +   W  Q  ++ L
Sbjct:  109 QRIVGGEEATVGQFPWQAQLLVTKPEKGNRLYFQCGGTLVDDDVIITAAHCI---KSTNTS------LYTVIMGKHDYDSKPACDEQRFYVRKLVIHPHFDPRY-------LRNDIAILWIRTKYNQTVHYTDAIQPACLPDANDRDLYKP-GMVGQVSGWGLTSEAD------STSAAKFMQYVGVPITTDEKCRSSYVRRVDINSETQFCAGNDQRQDACAGDSGGPFIRYIHGRVTLIGVVSFGVGCGRAEYPGVYVKVQNYLNWLAQEMKSEL 362          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold363_size195477-snap-gene-0.40 (protein:Tk06655 transcript:maker-scaffold363_size195477-snap-gene-0.40-mRNA-1 annotation:"proclotting enzyme-like")

HSP 1 Score: 101.293 bits (251), Expect = 2.076e-22
Identity = 78/277 (28.16%), Postives = 124/277 (44.77%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSS---DNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFD-----NGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPF----VFGENVMALCLPKVG---LSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE--YSKDYPVSPYSKICTYNPP-HDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRWEIQYRRNYL 301
             RI  GE+ T G  PWQ  L ++     N  +  CGGT++    ++TAAHC    K  NTS      +  ++ G   +D     + QR  + KL++HP ++ +        L ND+AI+ +   +     + + +   CLP      L  P G    VSGWG+T+ +         S       +       EKC   Y +   ++  ++ C  N    D+C GDSG P    I G+  L+G+VS G+GCG  +Y G  + + +   W  Q  ++ L
Sbjct:  401 QRIVGGEEATVGQFPWQAQLLVTKPEKGNRLYFQCGGTLVDDDVIITAAHCI---KSTNTS------LYTVIMGKHDYDSKPACDEQRFYVRKLVIHPHFDPRY-------LRNDIAILWIRTKYNQTVHYTDAIQPACLPDANDRDLYKP-GMVGQVSGWGLTSEAD------STSAAKFMQYVGVPITTDEKCRSSYVRRVDINSETQFCAGNDQRQDACAGDSGGPFIRYIHGRVTLIGVVSFGVGCGRAEYPGVYVKVQNYLNWLAQEMKSEL 654          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1742_size29367-snap-gene-0.3 (protein:Tk10773 transcript:maker-scaffold1742_size29367-snap-gene-0.3-mRNA-1 annotation:"tripsin ")

HSP 1 Score: 100.138 bits (248), Expect = 2.711e-22
Identity = 86/304 (28.29%), Postives = 138/304 (45.39%), Query Frame = 0
Query:   45 RIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINIS---YIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGEN--VMALCLPKVGLSIPEGSTLIVSGWGVTN----ISSLYK--YYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQ-CXLVGIVSEGMGCGSVDYGALIAIDSSDRWEIQYRRNYLNASHQIQLANYERERVVNATDKENCFKLSVDKTGN 336
            RI  G+       PWQV+L  + DN +F  CGG++IS  +VLTAAHC +   GV    +   +I+    I++G           +++L++HP YN K          ND A+V++++   F  +  V  +CLP   L+  EG ++ VSGWG T+    +S++ +    P +S  + R +   L + +              +  C      DSC GDSG P+     G    L+G+VS G+GC    Y            E++   +Y+ +     LA     R+V  ++K     +S DK  N
Sbjct:  174 RIVGGQATEVNEYPWQVMLNYTQDNKFF--CGGSLISEDWVLTAAHCLV---GVILGEHDFRDITEAQIIVTG-----------VDRLVIHPNYNSKTED-------NDFALVKLNRSVSFDSSTVVRPICLPIEDLTESEGKSVTVSGWGATSQGGQVSNVLQEVMIPLVSIGDCRRKYTPLKLTN--------------NMFCAGKSGQDSCQGDSGGPVMFQQQGIFFDLMGVVSWGVGCALPGYPG----------ELEKANSYVQSDSDRLLAFMASNRLVVNSNKTELMVISGDKKRN 430          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1093_size63167-snap-gene-0.16 (protein:Tk03948 transcript:maker-scaffold1093_size63167-snap-gene-0.16-mRNA-1 annotation:"trypsin")

HSP 1 Score: 95.9005 bits (237), Expect = 5.752e-22
Identity = 87/279 (31.18%), Postives = 125/279 (44.80%), Query Frame = 0
Query:    8 CVTIIILAHAELVSGIHSYTNCVKPGKHLDGCTSTSNRIFVGEQVTKGAIPWQVLLR-LSSDNSYFGACGGTIISHQFVLTAAHCF-----IYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICTYNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY 280
            CV ++ +A A  +  IH +   V    H D       RI  G        PWQV LR +    S+F  CGG+I++  ++LTAAHC      I    V    NIHI   Y      +F       +++ I HP Y +   S+  F    D+ +V+++KP VF E +  + L   G SIP G+    +GWG T    L+     LS    + ++  +   + +  Y KD      S IC   P  D+C  DSG PL         LVG+ S G+GCG  +Y
Sbjct:   38 CVRLLFVALALGLQEIHGHPAVV----HYD-------RIVGGVVTNITDHPWQVSLRNIILGLSHF--CGGSILNENWILTAAHCLDGLGDIQYDIVAGQQNIHIPDDY---EEIRF-------VDQTIPHPNYTY---SSKSF----DIGLVKLTKPLVFNERIQPVELN--GESIPPGTMCTATGWGTTEEDGLF-----LSSNLRKVDVPIVDDLTCQASYPKDME---ESMICAGEPGKDTCAADSGGPLVCPTSVGPRLVGVTSYGIGCGRPNY 276          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold17_size721972-snap-gene-5.11 (protein:Tk09975 transcript:maker-scaffold17_size721972-snap-gene-5.11-mRNA-1 annotation:"hepatopancreas partial")

HSP 1 Score: 94.7449 bits (234), Expect = 8.502e-22
Identity = 75/241 (31.12%), Postives = 118/241 (48.96%), Query Frame = 0
Query:   44 NRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFI-YPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICT---YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGCGSVDY 280
            N+I  GE+   G  P+Q+ +R   DN     CGG+II+  ++LTA HC +  P   +T++   ++ +Y+  G+      Q  ++  +I HP Y+ +  +       ND+ ++++ + FVF ENV  + LP+    I  GS++ V+G+GVT    ++      S    + +L  +S E     Y  D      S IC     N   D+C GDSG P    I G    VG+VS G GC  V Y
Sbjct:   27 NKIVGGEKAVLGEFPYQISIREFFDNPLTHICGGSIINENWILTAGHCCVGLPILFHTTAG-DVD-TYVNEGTE-----QHIDVKTIIQHPEYSAQTFA-------NDICLLELKESFVFDENVGPVTLPEPMQPIEAGSSVTVTGYGVTREGGIFT-----SEFLRKVDLPVVSDEECAAAYV-DMNEVIESMICAGDIVNGGIDACQGDSGGPYV--ITGTNTQVGVVSWGRGCAEVGY 245          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold756_size101639-snap-gene-0.18 (protein:Tk07952 transcript:maker-scaffold756_size101639-snap-gene-0.18-mRNA-1 annotation:"serine proteinase stubble-like")

HSP 1 Score: 93.2041 bits (230), Expect = 6.873e-21
Identity = 71/268 (26.49%), Postives = 123/268 (45.90%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFI-YPKG--VNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGV---TNISS--LYKYYPELSRTNMRTELNTLSMESEKCEYSKD-----YPVSPYSKICTYNP-PHDSCVGDSGSPLTM-AIXGQCXLVGIVSEGMGCGSVDY-GALIAIDSSDRW 292
            + + R+  G+    G+ PWQ L+R+       G CGG +I+ + ++TA HC    P G  + T    H+  +  + G       Q   + + +VHP + +   ++       DVA++ +++P  +  ++  +CLP+ G     G+T  V+GWG     +I+   +    PE+ R ++   +N   +E+++CE           + P      Y     DSC GDSG PL +    G+  L+G+VS G  CG     G    I S+  W
Sbjct:   67 TANRRVLDGQPAGFGSFPWQALIRIGK-----GKCGGVLINRRHIVTAGHCVKNKPLGRILVTLGEYHLKRAEPLPG-------QNFRVVRAVVHPKFQFSPAAD-----RYDVAVLTLNRPANYAPHISPICLPEAGRDPEPGTTAYVAGWGALIPDDITGPLIQILVPEIKRPSVLQVVNVPVLENDRCESWHQNAGIKVQIWPEMVCAGYRQGGKDSCKGDSGGPLMVQQADGRWVLIGLVSAGFSCGKPGQPGIYHRISSTSDW 317          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold37_size504123-processed-gene-4.12 (protein:Tk07382 transcript:snap_masked-scaffold37_size504123-processed-gene-4.12-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_305317")

HSP 1 Score: 93.9745 bits (232), Expect = 4.658e-20
Identity = 68/247 (27.53%), Postives = 124/247 (50.20%), Query Frame = 0
Query:   43 SNRIFVGEQVTKGAIPWQ------VLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFD---NGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKC-EYSKDYPVSPYSKICTYNPPH-----DSCVGDSGSPLTMAIXGQCXLVGIVSEGMG 274
            S RI  GE+     +PWQ      V +R+SS       CGG +++H FV TAAHC    K    +  +H+   Y    + K +   + +   + K+++HP + + L     +    D+A++++  P  + +N++ +CLP +   + EG   +V+GWG T+ +S  K     + TN+  ++    + +++C ++ K+  ++   +   +   H     D+C+GDSG PL +   GQ  L+GI S G G
Sbjct:  404 SKRIIGGERAQFAELPWQASGEGGVHIRISSYQ-----CGGVLLNHWFVATAAHCVHQAKLSQIT--VHLG-EYDTKDTEKVEEPLDSESFKVEKIVLHPEFRYMLTQPDRY----DMALLKLDHPVYYRDNIIPICLPSLDYPL-EGKIGVVAGWGKTD-NSFGK-----TGTNLLNKVLVPIIGNQQCRQWHKEKAIAVQLREEMFCAGHIEGKRDACLGDSGGPLVINFDGQWTLIGITSAGFG 631          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1080_size63862-processed-gene-0.8 (protein:Tk03556 transcript:snap_masked-scaffold1080_size63862-processed-gene-0.8-mRNA-1 annotation:"tripsin ")

HSP 1 Score: 88.9669 bits (219), Expect = 8.196e-20
Identity = 68/242 (28.10%), Postives = 117/242 (48.35%), Query Frame = 0
Query:   41 STSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFGACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDNGQRHNINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTNISSLYKYYPELSRTNMRTELNTLSMESEKCE-----YSKDYPVSPYSKICT--YNPPHDSCVGDSGSPLTMAIXGQCXLVGIVSEGMGC 275
            ++S RI  G+    G  PWQV +   S  S   +CGG ++S ++V+TA HC ++   ++    I +    + + +  + + +   +    VHPGYN            ND+A+V+++K  VF E+++ +CLP    S   GS   V GWG T        +   +  ++  E+    +  E+C+       +   +   + IC    +   DSC GDSG PL  ++ G+  L+G+VS G+GC
Sbjct:   34 TSSFRIVGGDDTQFGGHPWQVAVIKQSFLSKRISCGGALVSERWVITAGHC-VFSTDLD-KMRIRLGEWNVRAQNEPYPH-EDFELEAKHVHPGYN-------PADFRNDIALVRLAKDVVFKEHIVPVCLPDFEQSFV-GSYAKVIGWGRTQ-------HGVATTPSILQEVRVQVISPERCQNWFRQAGRKEKIYKENFICAGYEHGGRDSCQGDSGGPLVTSVGGRHYLIGLVSWGIGC 257          
BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold222_size251774-snap-gene-1.23 (protein:Tk11443 transcript:maker-scaffold222_size251774-snap-gene-1.23-mRNA-1 annotation:"serine proteinase stubble")

HSP 1 Score: 89.3521 bits (220), Expect = 1.049e-18
Identity = 79/260 (30.38%), Postives = 118/260 (45.38%), Query Frame = 0
Query:   35 HLDGCTSTSNRIFVGEQVTKGAIPWQVLLRLSSDNSYFG-----ACGGTIISHQFVLTAAHCFIYPKGVNTSSNIHINISYIMSGSTKFDN-GQRH-----NINKLIVHPGYNWKLISNLGFLLTNDVAIVQVSKPFVFGENVMALCLPKVGLSIPEGSTLIVSGWGVTN----ISSLYKYYPELSRTNMRTELNTLSMESEKCEYSKDYPVSPYSKICT--YNPPHDSCVGDSGSPLTM-AIXGQCXLVGIVSEGMGCG 276
             + GC     RI  G Q   G  PWQV +R +S   +FG      CGG +I+  +V TA HC           ++ I    +  G   F + G++H      + K IVHP YN+       F   ND+A+V+V K   F +N++ +CLP     +  G T IV+GWG  +    + ++ +Y      +N + +   L    ++        V P   +C    N   DSC GDSG PL +    G+  L GI+S G+GC 
Sbjct:  412 EVKGCPK--GRIVNGTQSCYGQFPWQVSVRRTS---FFGFTSTHRCGGALINEYWVATAGHCV---------DDLQIPKIRVRIGEWDFSSTGEKHPHVERKVTKKIVHPKYNF-------FTYENDLALVRVEKKIHFQDNIIPICLPGNN-DLLIGETGIVAGWGRLSEGGQLPNILQYVSVPIVSNAKCKSMFLRAGRQE--------VIPDIFMCAGYDNGGQDSCQGDSGGPLVVKGKDGRWFLGGIISWGIGCA 641          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000008916 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-2.236e-2432.34symbol:LOC100621820 "Uncharacterized protein" spec... [more]
-1.620e-2232.33symbol:Ctrb1 "chymotrypsinogen B1" species:10090 "... [more]
-5.123e-2232.33symbol:Ctrb1 "Chymotrypsinogen B" species:10116 "R... [more]
-1.040e-2133.33symbol:CTRB2 "Uncharacterized protein" species:961... [more]
-1.104e-2130.86symbol:f2 "coagulation factor II (thrombin)" speci... [more]
-1.105e-2128.85symbol:F2 "Uncharacterized protein" species:9031 "... [more]
-2.278e-2131.90symbol:Ctrb1 "Chymotrypsinogen B" species:10116 "R... [more]
-2.278e-2131.90symbol:Ctrb1 "chymotrypsinogen B1" species:10116 "... [more]
-3.380e-2131.68symbol:LOC396700 "Uncharacterized protein" species... [more]
-5.167e-2130.28symbol:TMPRSS11D "cDNA FLJ57391, highly similar to... [more]

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BLAST of EMLSAG00000008916 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592903355|gb|GAXK01055020.1|4.409e-3234.08TSA: Calanus finmarchicus comp84770_c0_seq1 transc... [more]
gi|592751969|gb|GAXK01202444.1|1.183e-2228.75TSA: Calanus finmarchicus comp87665_c0_seq2 transc... [more]
gi|592751970|gb|GAXK01202443.1|3.708e-2228.75TSA: Calanus finmarchicus comp87665_c0_seq1 transc... [more]
gi|592778098|gb|GAXK01176470.1|4.475e-2129.71TSA: Calanus finmarchicus comp3490_c3_seq1 transcr... [more]
gi|592942245|gb|GAXK01016308.1|7.292e-2132.05TSA: Calanus finmarchicus comp451795_c0_seq1 trans... [more]
gi|592778099|gb|GAXK01176469.1|1.977e-2032.91TSA: Calanus finmarchicus comp3490_c0_seq1 transcr... [more]
gi|592857811|gb|GAXK01099751.1|2.768e-1931.33TSA: Calanus finmarchicus comp3221704_c0_seq1 tran... [more]
gi|592816469|gb|GAXK01138099.1|9.537e-1929.12TSA: Calanus finmarchicus comp103359_c3_seq1 trans... [more]
gi|592754712|gb|GAXK01199701.1|1.635e-1830.57TSA: Calanus finmarchicus comp181040_c0_seq2 trans... [more]
gi|592931436|gb|GAXK01027117.1|3.244e-1829.20TSA: Calanus finmarchicus comp18562_c1_seq2 transc... [more]

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BLAST of EMLSAG00000008916 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000089160.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s554:82983... [more]
EMLSAP000000045011.974e-13273.36pep:novel supercontig:LSalAtl2s:LSalAtl2s2354:1097... [more]
EMLSAP000000003802.244e-9890.06pep:novel supercontig:LSalAtl2s:LSalAtl2s1058:3331... [more]
EMLSAP000000124394.198e-9279.07pep:novel supercontig:LSalAtl2s:LSalAtl2s9146:47:1... [more]
EMLSAP000000034894.178e-3634.75pep:novel supercontig:LSalAtl2s:LSalAtl2s1905:3664... [more]
EMLSAP000000015501.495e-3030.99pep:novel supercontig:LSalAtl2s:LSalAtl2s126:23808... [more]
EMLSAP000000028812.053e-2632.23pep:novel supercontig:LSalAtl2s:LSalAtl2s1669:5594... [more]
EMLSAP000000106986.897e-2630.95pep:novel supercontig:LSalAtl2s:LSalAtl2s709:48979... [more]
EMLSAP000000087691.026e-2529.80pep:novel supercontig:LSalAtl2s:LSalAtl2s543:98210... [more]
EMLSAP000000057481.335e-2531.87pep:novel supercontig:LSalAtl2s:LSalAtl2s309:82943... [more]

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BLAST of EMLSAG00000008916 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|74827053|sp|Q9TXD8.1|ISOHC_AGEAP2.116e-2331.52RecName: Full=Venom peptide isomerase heavy chain[more]
gi|81916772|sp|Q9CR35.1|CTRB1_MOUSE5.195e-2332.33RecName: Full=Chymotrypsinogen B; Contains: RecNam... [more]
gi|117618|sp|P07338.1|CTRB1_RAT7.689e-2231.90RecName: Full=Chymotrypsinogen B; Contains: RecNam... [more]
gi|117612|sp|P04813.1|CTR2_CANFA4.952e-2130.13RecName: Full=Chymotrypsinogen 2; Contains: RecNam... [more]
gi|117615|sp|P00766.1|CTRA_BOVIN7.145e-2131.40RecName: Full=Chymotrypsinogen A; Contains: RecNam... [more]
gi|2833277|sp|Q16651.1|PRSS8_HUMAN8.122e-2130.15RecName: Full=Prostasin; AltName: Full=Channel-act... [more]
gi|17376886|sp|O60235.1|TM11D_HUMAN1.202e-2029.88RecName: Full=Transmembrane protease serine 11D; A... [more]
gi|82073034|sp|Q58L95.1|FAXC_OXYMI1.961e-2027.51RecName: Full=Venom prothrombin activator omicarin... [more]
gi|1098883660|sp|P17538.2|CTRB1_HUMAN2.393e-2033.05RecName: Full=Chymotrypsinogen B; Contains: RecNam... [more]
gi|290457638|sp|Q6GPI1.2|CTRB2_HUMAN2.582e-2033.05RecName: Full=Chymotrypsinogen B2; Contains: RecNa... [more]

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BLAST of EMLSAG00000008916 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
ABV53734.26.875e-2228.81CG8172, isoform D [Drosophila melanogaster][more]
XP_006557877.17.082e-2229.80PREDICTED: serine proteinase stubble isoform X6 [A... [more]
XP_393127.39.826e-2234.69PREDICTED: chymotrypsin-2 [Apis mellifera][more]
EAA13086.41.038e-2131.38AGAP011477-PA, partial [Anopheles gambiae str. PES... [more]
gb|KFM63021.1|1.260e-2127.27Transmembrane protease serine 6, partial [Stegodyp... [more]
XP_016771419.11.707e-2129.80PREDICTED: serine proteinase stubble isoform X4 [A... [more]
XP_006557875.11.718e-2129.80PREDICTED: transmembrane protease serine 9 isoform... [more]
XP_016771421.11.755e-2129.80PREDICTED: serine proteinase stubble isoform X5 [A... [more]
XP_016771420.11.755e-2129.80PREDICTED: serine proteinase stubble isoform X5 [A... [more]
XP_006557876.11.937e-2129.80PREDICTED: serine proteinase stubble isoform X3 [A... [more]

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BLAST of EMLSAG00000008916 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|821491476|ref|XP_012407900.1|1.241e-2827.78PREDICTED: ovochymase-2-like [Sarcophilus harrisii... [more]
gi|1023016286|ref|XP_016278319.1|2.027e-2732.00PREDICTED: ovochymase-2 [Monodelphis domestica][more]
gi|927136396|ref|XP_013911663.1|4.765e-2433.73PREDICTED: coagulation factor X-like isoform X1 [T... [more]
gi|957850853|ref|XP_014675770.1|7.818e-2431.27PREDICTED: trypsin-like [Priapulus caudatus][more]
gi|1002579847|ref|XP_015669191.1|1.769e-2332.69PREDICTED: coagulation factor X-like [Protobothrop... [more]
gi|1061127354|ref|XP_017888643.1|4.234e-2333.47PREDICTED: chymotrypsin-2-like, partial [Ceratina ... [more]
gi|612036100|ref|XP_007498031.1|1.164e-2232.41PREDICTED: serine protease 33-like isoform X2 [Mon... [more]
gi|1050356923|gb|OCT59133.1|1.234e-2230.29hypothetical protein XELAEV_18001622mg [Xenopus la... [more]
gi|1069813494|ref|XP_018330295.1|1.320e-2229.37PREDICTED: trypsin-7 [Agrilus planipennis][more]
gi|612036098|ref|XP_001370310.3|1.425e-2232.41PREDICTED: serine protease 33-like isoform X1 [Mon... [more]

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BLAST of EMLSAG00000008916 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold91_size383040-snap-gene-2.262.101e-2330.21protein:Tk03190 transcript:maker-scaffold91_size38... [more]
snap_masked-scaffold363_size195477-processed-gene-0.71.226e-2228.16protein:Tk06654 transcript:snap_masked-scaffold363... [more]
maker-scaffold363_size195477-snap-gene-0.402.076e-2228.16protein:Tk06655 transcript:maker-scaffold363_size1... [more]
maker-scaffold1742_size29367-snap-gene-0.32.711e-2228.29protein:Tk10773 transcript:maker-scaffold1742_size... [more]
maker-scaffold1093_size63167-snap-gene-0.165.752e-2231.18protein:Tk03948 transcript:maker-scaffold1093_size... [more]
maker-scaffold17_size721972-snap-gene-5.118.502e-2231.12protein:Tk09975 transcript:maker-scaffold17_size72... [more]
maker-scaffold756_size101639-snap-gene-0.186.873e-2126.49protein:Tk07952 transcript:maker-scaffold756_size1... [more]
snap_masked-scaffold37_size504123-processed-gene-4.124.658e-2027.53protein:Tk07382 transcript:snap_masked-scaffold37_... [more]
snap_masked-scaffold1080_size63862-processed-gene-0.88.196e-2028.10protein:Tk03556 transcript:snap_masked-scaffold108... [more]
maker-scaffold222_size251774-snap-gene-1.231.049e-1830.38protein:Tk11443 transcript:maker-scaffold222_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s554supercontigLSalAtl2s554:829830..939174 -
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-LSalAtl2s554-augustus-gene-8.11
Biotypeprotein_coding
EvidenceIEA
NoteVenom peptide isomerase heavy chain
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000008916 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000008916EMLSAT00000008916-704763Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s554:829830..939174-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000008916-691682 ID=EMLSAG00000008916-691682|Name=EMLSAG00000008916|organism=Lepeophtheirus salmonis|type=gene|length=109345bp|location=Sequence derived from alignment at LSalAtl2s554:829830..939174- (Lepeophtheirus salmonis)
ATGGACATTCTTCTATACCCTTGTGTGACGATTATTATACTTGCTCACGC GGAATTGGTCTCAGGAATTCGTAAGTCCTATATTCATCTATGCAGTACCT TTTTGTCGATAGTACATGCTTAAAATAGCATTTCCTAAATTAGGAAACAG ATTGATTTTATTCAAATGATATTTAGTTTCAACTTTTGTCCTCAATTTAT AAAGTTGTATTTACAGATAGTTTTTTCTTTCTTTCCATTCTAGATTCTTA TACAAATTGTGTAAAGCCAGGAAAACATTTAGATGGATGCACATCAACCA GTAATCGAATTTTTGTAGGAGAACAAGTTACCAAAGGAGCAATTCCATGG CAAGTCCTGCTTCGACTAAGTAGTGACAATTCATATTTCGGCGCTTGTGG AGGCACAATCATAAGTCATCAATTTGTTCTCACTGCAGCACACTGTTTTA TCTACCCTAAAGGAGTTAACACTTCATCGAATATTCACATAAATATTTCA TACGTAAGAGGCAACTCTGTTTGGCTTGTGTCTTTTAAAAATAACGTCAG TCTTTTATAATCGTAGATTATGTCAGGATCAACTAAATTCGACAATGGCC AAAGACATAACATAAATAAATTAATCGTTCATCCGGGATATAACTGGAAA TTAATTTCAAATTTGGGTTTTCTACTAACAAATGATGTAGCTATTGTTCA AGTGAGTAAACCCTTTGTATTTGGGGAAAACGTGATGGCTCTTTGCTTAC CTAAAGTTGGTTTGTCCATCCCAGAAGGATCGACGCTTATAGGTGAGTCT ATAGCACAAATATTTGTTAAATTTATTCAACTCTTGGTTCAAACGTAGTA AGCGGATGGGGAGTCACCAATATTTCTAGTTTATACAAGTATTACCCTGA ATTGAGTCGAACAAATATGAGGACAGAGTTGAACACATTAAGTATGGAGA GTGAAAAGTGTGAATATAGTAAGGATTATCCCGTCAGTCCATATTCTAAA ATCTGTACATACAATCCACCGCATGATTCCTGTGTTGGAGATAGTGGAAG TCCTCTTACAATGGCTATTKATGGCCAATGTGKTCTAGTTGGTATTGTTT CTGAAGGGATGGGTTGTGGGTCGGTTGACTATGGGGCGCTTATAGTTAAT GTATCATTTTACACGACTTGGATATTGAAGCAGATGAAGGAAAGTATATG TAATTTCTTATTTAGTATTTCTTGTAAATATTCTTTCAAATACATTTAAG TTATTTTAAAAGTATTTTCATATTCCAGGATTTTTGTTAATATCCAAGAA TTTCAAGATAATTTTTAGTTACAAAATAGAGTGAAGGAATCAAAAAAATT ATTATTATAATTAAGTGTATCATGTTATCAATGTAAATAAATTAATAAAA AATATTTTGTTAAAGTTTAAAATTTAAAGTGTTCAGATTACTGTGGACTA ATCGTTATATAAAAATATCAAAAATCCGAATCGCCCTAGTGTACTCAAAC TTTTGAGGATCTTTAAAAAGATCTAAGGGACCTTCCAGATCTAAAATAGC TTATAGTAGTGCTTAATAATGATGGTACAGGTATTGGATCTGAAGTACTC GGGAACGGTAGAAACACACTTATAATAATCAAAAATATCTTCGTCTACTT GAGCTTTTACAGATCTTAAAAAGCTTTAAGTAGTGTTTAGTAATGATAAA ATGGATCTGGGATCCAGATCTCAAGTACTTGCGTAAAGTATAAGTATACT AGTATTATCAAAGTTCTATGATCCTAACTTGTTGTTGTGTTCTATCACGG ATTCCGAGTACTGATTGACAGTGTCTTTAAGGGCCTCATTGTTTGGATGA CGGACACTGAAGGCCTTCCCTCAATATGAAGCCAAAAGGTGTTGTCAATG GAGTTTGCATCAGGGTTTTAGATGGCCAAAAATTGTCAAATAAGAATTCA AAAAAACACAAAAAAATCTTGTAATAGAGGACTTAGGTTTCTGTTATTGC TGGTGTCAAAAGTGGCATCTGCACCATTCATAAGGGTCTTTCACCCAATT TTTTGTTTGTTTTCTAAACAATCTGGTGTGAAACCCCAAGATGTATTGCA TAGGTCCTCATGGAAATTAGGGGATTGGCTGGGGSTGTTTTATTTCACTC CTTCGTATCCAGTTTTGCCTTTTTGACAAAGACGTCGTTCCTGGAGACGC CCAACTGCTTGGAGTGTACAAATGGAAATTTGTGGGTCATGTTCAAGTGT CATCTTCCAGAATTTTACGCAAGCTAGAGACCTAGTTTTTTTTTCTTACT AATTGTTTTTTTTTAATATATCGAAATACGAATTAATTTTAATCTTCTTT AATAATGGAATTAGTAAGTGTTCAGATTTCAATATACCACCCAGTAATAC AAGTTTACGTATATTGTACCCGAGTACTTTGGATCCGAATTCAAGACCCT TCCTATCTCTACTACTTACAACTTTTAAATGCAAGCCTAAAAGATCAAGT CTGCCACTATTAACAAAAATCATAAAAAAACAATAACTCCCAATTGTTAA GTGAACTCTTCCAGACAATAAATTTACTTAATTGAGCTAAAAAACAAAGA ATATTCCGTGGCCAGTTGAATTTGTGGTGCTAGTGTGTACTGAAACATAT TTTTATCTCATGGAAAGACTTTAAAAAATGAAGAAAACAAACTCTTATCT TTGTCTATTTATGTTTTCATATCTCATTTGGGTAAGTTTTATAATTCAAC ATAATTTAACACAACTATGCTTCTAATTTTGATATCGAGACTTTGCCAGA TATTATCTAATGCTCAAGAACTAGCCTTCCAAAACAATTGTATTTTATTA TACAAACAGAGAGGCCCATTAAAATCTGAACACTTTGAATTTTATAGTTC AACACGATATAATTTATTAAATAACAATATAATTTCAAGAAAATGAATAC TACAAATAGATGTCTAAGGTCCCTTTATAGTTAATGAATCCACCCTTAGT GGTAAAGATGGATTCCAGGTGGGGCGGAAGTCCTAGCACTCGCTGCTAAG GCAGTTCTCTGTCATCTCACTTTTTGATAACTCTCTGGACAATTGGTGTG AAACCCGAGATCTCTTGCATGAGCCCTCATGGACTTAACAGGATCGGCCT TTGCTTTTTTTTTAAACTTCTACTGATGTCTGGCCATTTAAAAGAGCTCG TTTTCCTTTCTAACGTTTGGACTTGCTGACGACGCAGAAAGGTTGTCCTG CGGAAATTTGTCGACGATCATGTTCAAGTGTCATTTTCTCTAGCTCTGGT TTGTTTTGCTTTGTAACTAATTGTTTATGCTTTAATAATTCGAATTATGA ATTCATTTCATTCATTCAACCTTCATTAATGGTTGAATTAGTAAGCACTT AGATTTCAAAGGACCACCCGGTATTGAACAAACTGTAAAATAAAGTTACT CCAAAGATTAAAGGAATTAAATTATATGATACACAGTCAACATAAATTAA ATATTAATACTGTCATAATGATTTTATGGGAAAGCAGAAACACTTACTGT TTTTCTTTTTCTTATCAATTTACCTAATTGTTTTTTTTTTCCACAAATCC CTTCTTTATGAAGAAATTATCGTTAGCGATTATTAAAGTTTAAGCAATAC GTCTAAGAAAAGTACGGCTCACTCTTTTCACTCAAGTTCATCCTTTGAAA ACCATTAAAAAATATGGCAGAAGAATAATCTTTGGTACAAATTCATTATG GAGCTAAATGTACTCTTTCAAATCCAAACCTTCCTCAATTAATCAAACCT TCTATTGACAAATTAATTTTATATTATAGTATAACTTTAGAGTATTTTTT TTTTAATCTACAAAAAGACTTAAAAACGAGAAGAAAATGAATATACATAA GCAAGACATTCAATTTTCTATTTTGACTGCATTTTTATTAATGTACTAAA AGGAAGTCAGTCAACTCATAGTTACACAAAAATAAAAAAAGCATAAACAA CTCTTAAATGTTTATATTTGTTTCAATTAAGTCAAACTGCTTTAAGTATG TTGTATATAATTTGGGGGTTTAATCTATATAGTTGTCAAAAATACAAAAG TTGTGTAAACAAATTGTAAAGTTACTAATTATTCCTTTTAAAAATAATTA TTTATTGACAACATTGGTTGTGTTTCGTGTATTGTGCCACGGAATAATTA TATTTTTGAATGTTTACAAAAATAATCAAAAATTCCACTATTAATACATC GATCATCCATACCATATTGTCAATTATTGCATGATCCCAATTACTGTAAA TCTTTCATTTAAAAATGATTCATCTCATGTTTTTGTTGCAACTTGTACAA AATTTATAAAATGAATTGTACTCTGGTATTAAGAACTTTTTTGGGAATAG TCTACACAAATGATGAAAGATAGCATGCCTACTGGTTGTTTTAGACATTT TTGGAGACCACAGACCGTGGTCCAGTCTAATTCAACTTGTTAGTCCTTAA AGTAGGTAAAAATAGTCCTTAATAACGTCATTGAGGGTGTTTCTCCTTGG TTAATAGATTGTTCCCTCAGACAGTTTATTAAATTATGCTACAAAGTAAA AATACTATGTGTTGATATTATATTACATTGAAATGAAAACAGGAATATTT TTTTGCAAAATATATGTAATGCATTGAAGGAGATAAGTATTGCATCCCTT GCCAGTTTTGTAAGCTTCTCCACTCATGAAGGAACGAATGGTGAACTATT TCACAGAGTGGTCCATTCAAATATGAACAACGTTGGAGGATCAACTTCAA AAAGATATAATTTATTAATCAATAGTATAATTTCAACACAATTAATACTA TAAATTGATGTGTGTCTGAGCACTCTTAATAATTAATGTAGCCAGTGGAG GGCCTGGAACCCACTGTGGATGTAGTTCTCTGTCATGACGTCCCAGTGCT GGCTGACAATGGTTTTGAGGGCATTGTTGTTTGTATAACAGACTATACAG GCTTTCTGCTTGATATACACCCAAAAGGTGTTGTCAAAGGGGTTTAGAAT CAGGGCTGTAGGGGGCCAAAAGTGAAAAAAAAAAAAAGAATGCAAAATTA CTTAAAAGACTCAATACACTTGTTTTCATATATACATATTTTTTTTTCCA GCATGATAGCTGTTAAGTTGAATTTATGTTACTTTTAAAGACTAATTTAA TTTGATGCACGAGAGAGTACCTAAGCTCGTTGCGCAACCACATATAAAGT GACATTTTTGAAAATTTTATATAAACTACTTCTTGTTGTTTTTTCTTTTC GAATATGAGTTGAACTAAACCCCCGCAAGATTTCATATATTTTATGCTCT GCTACCTGTATATTTTACCCCCTTTTTTAGTTATACTGTATTGGTAAATA CATCAGGGAGCACTATATACAGAGGAGATGGCTTTTAATTTGAATCTATT TTGCTTTTTTAAGACTTTATCAAGATAATTAGCAAGATTTATGACAAACT CTGTCAAATTTTATTAATTCACTGAATTCTTAAAAGATATGCCGTGGGCT TTGATCAAAGGTGTTACAAGTGGGATTCTCTAACTCTTTATTTTAATATG TGAAGGAGTATTTATTTAACATACTTCTAATTTTTTTAAATATTAACTTG CTAACAGTTCAACTTCCAAATCCAATATGTTAGAAGAAGTAGGGCAAAAA TGAATAACACTCTTTCATATATTCGAACAAAGAATTTGCTCCTAGACTAC TACGATGTCATGGTCTCATAATACAAAATAAACTAATTATCTACAGGCAT GGAACATCCTTTTAGATTAAACAAAGCAAGAATTTATATTATTATATATA CCCAGAAGTAGTATTTTTGTGCCAGTCCTGTCTTAGGATCGGTACATAAG ACCGTTGGTCCTTCCGACTGTGAGTACTACAAATGATTAAAAATTAAAAA GAAATATTGTTGAGTGAATTAATCCAGGATATAACTGTATTAGTTTTTCG AACTGATATGCATGACTCAACTGGACAGGACTGAGACTAAATTTGACAGG AATGCATTTTTCAGTCCTAAATAAGGGCTGTCTCACCAATACAAAGGAGT GATACTTTGTTATATTACTGATGATAAAAAAAGGGAAAACTAATAAAATT GCAAATAAAAGAGCTTAAGAAATAACCCCTCCTGGTTTTTGGGGATAGAT TGTAAGAAGTATCACTCAGGCTAAATGTGGGTGGGGTTACACAAAGGTTA GCTAGGTTATAAATTTGGGTATATACTAAAAGTTACGGGGAGTAAGAGAT TCAGGCCCTTAATAAGAAAAAAAAGATCAAGTAAACCCGAAAGTATCTTT AAAAGTATCCTTCTTCCTTCGATTTCAATCCTCTGGGAAATCTTTGACAA CCAACACCTACCCTCTGGGCAGAGCACCAAAAATGTGTCTTCTTTAAAAA AATAAATATTTATTCATTCTAAACAGTACATTTATAAAATAATGATAACA TTATTTTGACTATTTATTATTTTTAAAAGTAAAGAAGAAACGACCATGTT CATAAAAAATTACATCAACAACACAAGGTTAAAAGGAAAAACAATCAAAT CCATAGATCTGATTAATAAATAATATGAAAAGAGGATTCTAAGCAAGTTC ATCCGAATCTGAAGGATTGGGGTAATTTTTTCACATTCGTAGAATAGATG GAGCAAGGTCACCAACTCCCTATGGTAAAAATAGCAATTTAACTCTTTAG GAACTTCTTGTGGTTTAAAAATACAAGACGCTCAATACCTCAACCATTTT TGACGTGTATCGCTAAATGAACATTTAAAAAGATGTTTGGATCTGCATGT TCCATACTAAGCCGTTCGAATCTTCGAATGCGACAGATGAAGATCCCTTC TTTTCACGACCAATACTGACTCTCAAAACTATCTCAATCATTTTGTTTGG AATGACTTGCAAGACAATGAAAGCAAGGATCGGAGGACCGATATAATCAC TTGAGAAACCTCGTTCGGAGGAAATGGGTATGGGGTCTTCCAGTAAGACA ATGATACAAAAAATACAGGCGATGCAACAAAAGAGTGGCTCAAAAAGAAG CACATTAACATCATGGAGTAGCTTAGACGTCTCCGGAACTCAATCTTTTA TAAAATCTCTATCACTCGGAAAAACTACGAAATCAACAAGGATCAATTCA TTATTTCCTAAACGGAATCTTATTTGTCTGAAWAAGTCATCCMCATTAAA AAAAAAAAAAGGACCGATACAACACTAGTTAMATTCAAAAAGAAGACAAA ATAAATTGCTGATACTGCATTTGAAAGACTCTGTACGGGAACAAAAAGAG AAAAGAAAAAAGAACTATCAAAAGTTTAAGCATATCACAAGTTGTTCCTT GTAAATAGAAATCCTTGTATTAAAATGAATTTGCCCGGGACTTCTTCCTG ACCCCCTTTATTTTGTAAAAAACCTTTGCTATTTCAAAATATAACTTTGT ATATATTGTAAGTTAAATAAATCACTTCTAGAGATCGATAAACGATGCAG GACCCTATATTTAGGGAAAAGGATCAAAGGTACTAATAGAAAAGGAAAAC TTAGTTAATAAGTAATTTTTTATTACCTTCATCAACTAAGTGTAACGGAA GTTATGTTTTGCCTCTGTTGGAGTGTTTTTCTGTTGGTCACCAGGCTTAG GAAAAAAGTTACAAATCGATTTCGATCAAACTTGGAACAAAGATTAGATA TGGTTACAGTAAGGGCCATTAAATTTTCAGAGGTCAAGGAAAGAATGCAT ATATTTTAGGGGGAGGCTTGGAGCTATACCGAGTGACCATTCTAGCTCTA TAAATGTTTGTGTTCATATAATAATTTGGATGACATAAATCTTAAATAAA TAGTAGTAGACGCTTGATTTAATTCTCTTTCAGAAGATTTACAATTGTTT GTGTCTTCAAAAGGCCTTGATCGGCAAAAAGTTAAAAGGGAAAAACAGTA GCAAAGGACGGGAAAAATGTTAAAAATTCTGAATATCAAAATAGGAGCTG TAACATCTTATCATCATACAAAATATTTCTTATAGTAAAAGAGGAGATCT TGGTGATGGCTATTTTTATGTTCCTGCTCTTTTTTAAATAAACAAAGATA TGTATATTTTCCTTTCAGCTGTTTCTAATTAATTTTCATAATTTGACTCT AGTATGATTTTAAGCAGGTGACTCTACAAACTATGATAGTATTTTTAAGG CTAGTTGTTTTTCGGCTATATCCAGCCCATATTTGACTTATTTAGGAGGA AAAAATATCATTTAGCTCATAAAAAAATAACTTAATTGATCTTTGCAATA GTTACGCTGATTTTTAGTGATGTCAGAAATAAAAATAAAAATTATAGGTT CCATTTTAAGTGTTTAAATTGATTACGTTCATTTAAAAAAAAAACCTGAT GAAAGTCACACTTGCATTTATTAAGGAGACCTTCATGTAGGTTGTTAAAA TCAAAGATAAATTTCCTTCATTTTAAGTTATGACATTTGTGGAAGATGCT AATCTGAAGAAAGTACAGAGGTTCTGATCATTTTATAATCCCAAGTATTT CGTTTGGCTACAATTTATTTTTCTTCAAAATTTAAAAAGAGATTATATTC TGATGTATCACTTGAGAAAATGAACTTTAAATAAACTTTTTTGAAGATCC GCCAACATCATTTTAAAAGTGATACTTTTGAATCCCTTTACAAATTGAGA ATGTCGTTAAAAAAATCATCTTTAAATGTCTACTAAGTTAAAAAAAAAAC CCGCCCATTGAAGAATGAAACTTTTCAAACATAGCTTTTTCAATAAAATA CATCAGAAGAACGAATTAACAGTTCACCCTACAAATTTGACACCCTAGTA CACACGTTAAAATAAAATTTTCAAAGAAGTTGNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNCTTTAAGCATGAATAAGCTTTAATGATCATGCCATTC GTAAGTATCTTTTTTTATTACTTTGAAAATAGATTTGAAAAGTATGGATT CATGGTTGAAAAAGTAGTTTTGGTTGAATTTTTTTTTAGACATACAATAT GTTTTTGCATCCAAAAAGTTGGGCTAAAATTTAATTTTCACATTTTCATA AATTAACATCCCCCCAACCCCTAATTAAAGATTTTAACACCGCTAGTTAT ATATAGCATGTATGTATTTAGCTGATTTTTTAAACTTTTTTGTTGAAATT AACTGATTTTTAAAATCCCCTGACAACACTGATTATAAACGCAAAAAGTT TTGTTTTATTTTTGGAAGGAAAGTTGGGTAATACCATAAATGTAACAACG ACTTTGTATACACGGCTCGCTTTTTAAATTAACAAAGATATTGTATATTT CCCAGGGAGATAATTATACATAGAGTAAAGATATGAAAAAAGTATATGAA GCCGTCAAAATAAAATAACAATAATTGACCAAAATATTCGAATTGTAATG GTTACGTAAGTATTTTTTTTTGAACTGGTTATTTTGCGAAATTATTWTTA TATTTAATTCCAATTGGTTAATTTAAAAATAATTTTGTTTAGCCTTTCTA AATATTAATGTTGGATTTGGGAGATTATTCTCACCAAAATTTATTTTAGA ATGTATACTAATTATTAATTTGAGTAAGATTCGTGAGGTTGCTTCGAACT TTTGTCTTTTGAATCCTATTACTTTCACGTTTTCCCAAATTATATATAAT TTGATGCTTGCAGTACATTATGAAATATATCTAATTAGTGTGAATATCTC GTTGAATCAAAGGCATGATCATTAATAGGTTCAAAGGCCTAACTAATTAT TTATTATAACATATACATTTTGTTAAAGTTGAAGGTAGAATTTTAGGCCA CATAAGTCGAAATATATAACGTGCAACCATATATCTATATATTGTTTAAA TGCTATACGAGTGTAGTAATGATGTGCCGGTTGATGTTAGTAGTGGAAAT ACCTTGTGTTTTCAATTTTTTAGTCAACTATATTTTTTATATCCTCAGCT GTTACGTTGTCAAATATGTTCGCTTGCTATTGATCAGTATCACCACTATG TATTTTATTTCTATAGTATTTACTTTCAGCTGTTATCATTGACTTTGATA TGCTTACTCTTGCATAAAATTAAATGTTGATAATACACATTATGATCTCA AAATAAGATACAGATAGGATTTTGATTTTTATACTAATTAATATCAATCA GGGGTCTTCGTTTGTAATTCCTTTCATTTCATACTCTGCCATTGATAAGA TTATCAGTTCCATGTATATCATGATTAATAACTATTCTAAAAAACAGTTG CCAGCAAGAAAAATATAGAAGACTAGCTAACATGGGTTTTTCAAATATTG CTTCATTTCCCCTTTAAGAGTCGAAGTCGAGAATATATCATTAAGCTTCT CCTGAATATTGTATATAGTAGGTTGAGCGAGAGAGAAAAAAAAGTTCCGA GAATTTCAAGAATGACTTGCATTCGTTTTTAAATTCATTCAATAATAATA CAAAAATACATTAAATTACAGCGTTTTGATATGACATCAGCGTTGCTTAT GTCAGGCATTTTGGGCGTATATACAACTTAGTTGTATAACAATAAAAACT CTTTTTTGTATTAATATAAAGGAAATTACTGAACTATTATTGATTGTCAT AATGGGGACCATCAAATTATAAAACAAAAACCTTACTGTTCCATAACAAA TGTCTTCCTCTAAAGCCTAGTTTTAGTAAATATCTAAATTGTATTCCAAA TATGTTATTTCATCGTTATAGAATATTATTTCCATATGGTAGACGAAAAT AAACTATTACGAATGAAAGATGAAGATAATTATCTTTAATTATTTTACTT TTCTCGTCCCTAATCGCTCCAAAACAAAACTAATTTTACAATACAGTATT TTTATTTTTCAAATTTCACTGTTTATCATTTGCAACTATTAGTATTCAAT GCAGTTGTCTAGTATTTTTTAAATCATAAAGGCATTTGATGGAGTTTCAT TAAGATTAATTGTTAATTTGAGATCTTAAAAATATAAAACTTTAGGTCTT AACATGACCTAATTAATAATATCACCTTAAATGACCCGTCAACACAAAAG NNGAGTTAGAAAGATTTACCTCAAAATTGAGAAAGGATTGTATTAATCCT TATCCTCAATTTTTATCAATCATTTATTTTATTATCCATTTGGGTGTGCT TCAAATTGCACTGAAACTAGCTGAACTAGATTTTCATAATAACAGAATGA GAAATTGATAGTTTTTATTTGAAAGGGATGACATTACGGATCATATAAGT CTTACTTCCAGTCCCTAATGGGTCCCGAACAAAATTAAGTGTACAAATTT AGCCACTTTTAATCATTTTTATAAGCTTGTACTTCGAGTATATTTCATTA TAAGTGTTTATTATTCGCATCAATTTGTATTCAATATAGTATTTTTTAGT TCAGATAGACATTTGATCGAAATGTGTGAAGATTAATAGAAAATTTGTTC ATTTTGTGTCATAAAAATATTAACTTTGAGCCCCAAGATGACGTCTCTTT CAATTACGTTGGTTGCGATTTGTATTTATGGCTTATTAATGAAGGAAATT TTTCACACAATATCCTGGTTATGGTGGTAATACCGATCCCCAAAGTCTCC CCGTAAGTCACATGACAGCTTTATTTTATTGAATCATGCTGAGCATCGAT GTATTGTGGCACAACAACCGATTTTGAAGGGCCTTCACAAAATTCATCAT GAAGTGAGCTCCGATCTCGCATGAATTCAGTTTTTTTATATTGTGCATGG TCGTTCAGGTAAATTTTCACCATCTTTAACTATATATTGAACAATAAGGA GTGTATTTTACTCGTTTATTTTAATTTAAAGTGAGGGAATGAGCGTTAGA TTTTAGTAAGTTGCACAACTTTTAATTTAAAACAAGTATTTACAATGGAG GCGAACCGGAGAAACACTATCATTGAAATGTATTGCGTCAGACACTGCCC AGCAAGTATCAAGAAGATACTCGGATATCCAAAGAGGACAGTCTACGACC TCTACTACCACTAAAAGGAGAAGAGGGCATATAAGAGAAAAGTCCACAAG TCCCAGAGTGATAAAATAAGCACTCCTAGATTCCTCTACGGCCTGAAACG TTGTAAGAAGGCATTGTATGGGACTCCACGTTCTTGACAAAAAGCTCCAA GTAAGCCATGCAACAGTCTCTAGGGCAAAAAATACTGACCTGATGACGAA TCTACACAACTTCTACAAAAGACATATAAGTACAGACAAATTTAAGGCCA CCCAAATGAGAAACAATGGACCGTAGACAGATCCCACAACGTCCAGAACG ACAGATGGTTGTCCAAAGAGAGTGCTAACGTCCCCGACGTCTTTAAAACT AAGTGTTCGGCAAGCATCATGATCCTTTGGGTAATTGGGAGCAATGACAG TGTCCTGCCCATCTTCTTTGAGCCAAAATAGAGGGTAGTTGCTAGAGGTA CTGTCAACTCCTGTATTACCAAGTGATACCTTGGATTAAAGCTGAAACCA ATGTTGTCGAGTTCCTATTTCACCAATACTCAGCCCCTCTTACAAGGACT GCAAGACCCAAAACTTGTTGAAAGAAGAGAAGATACCATTTTGGGACCCC CAGACCTGGTCTTCTTACTTCCTCGATATGAATCTCATGGATTACTTCTT TAAGGGGAGTTAAAAAGCTACAAAGGTCATTGCCAATTCACTCAAAAGTA TAGACTCCTTGATTGCCTCCATCATCAAATACTGTGACAAAGTTTCCACC AGGGATGTGGTGAAGGCCTACAAATCCTTTGGTCTCGGAACGAGTGAATG ATTGGTGAAAATGGCGGACAATGGAATGAATTCTTCGTTTTGTATTATTA AAACTTATGATAAAGTTTCAAAACTCTATTTGCTCTCCTTATTGATTAAG ATGCGGATAAAAGGGGTCCGGATTTACTTGATCTTGACTTACTTTTTGCA TGCTCGCCAAATAAGAAATGAAGTTAATCGATGTACTGTTACCTTGAGAA ACTACGTCGAAGTGAATACAACAGATGGTGCTTACAACGTATGGTTTCTT TGAGGGCAGAAATATATGAAGTTACCTACGTATGATATAATTTAAGACAT CACTAAAAACGCTCTTTAATAGTATGCGAATATTTAAAGCATGTTTGTTT TTTTATTAACAAGAAATAAATTGAATTTAATTTTTTTACATACATAGGGA CATGACTATTATAAATTAAATAATATGTCCAACATTTGTACATAAATTGC AATATATACATACATTTTGTGTGTACATTTATTGAAGTTAAGTTTAAGTC CCTCAGGGTAAGAACATAAAAATCCATATTCCCTATGCATTATGTTTTAT TGTAAGCTTTACACAAGTGGGAGTCCAAAATTAATAATTTCATCAGTATA CATATGTATATGGGTCGCCCACATAAAATCCTACAAAAATGATTTTTTTG GATTTTGTATTCTTATACGAATTATGGTCACTTTCTATTATAAAAATCCC ATTATTTCCTTTGGGTAAGGGCTGCAGATTCTGTAAATAAAATGCCCAAC TCTGATTCTGTTTCCTGTACTTTAAATTTCACCTCCTCAACTCCAATAAA CAATTTTTTACTAACATATTTTATAGCCTATATTAGTACTATTGACTCAT TTGAGTATAGAGACTATTAATATATATTTAATTTATAGCTCGTGTGAAAA TATTAGGGGTGTGAGGATTTGAAAAAAAGGAAAATAAATTCGAAGTTGAT GCAGATGACATAGAATCAAGGTACTCTGAGACATTGCAAGAAGTTAAACA ATCTATCATAAGTACACAACAAATGATTGAAGAATTCACCCTGGTGCCAG GTTTGACAGTTAACTTAAAGAAATCCAAAATTGTGTCTAGCTTGTGGAGT AAGGTTTTAGTTCCGGCCCTTAAAATATTGGGTACCTTTGTAAATTGGAC GAGAGTGACACAATTGAGAACGACAGGAAAATCAAAAACAAATAAGGAAC GTATACCTTTAGCCATTCTATGTCAAATCAYAAATCAGCAAAAAAAAAAA AAAAAATAAGAAAAGTCACCAGAACAATCTCAGATTTGAATGATTTTTGA CACACAGTCTCAAATTTATGAGAAAATTAAGAGTGCTAAATTTCAGCACA TAATTATGTGTCGTTCATAGATATAGATAATCGTCCCAGTGCCTTTTTGG ACTAAAATTTTCAACGTCGTTTTTATAGTAACACCAGACCCTACTTTTTT TTTTGTATATTCTTTTATCCAAAAGAGCTTACCCCTTGGAATGGTACTTA GCCATTTTGATGCGTGAAGGATTCAAAAATGAAGTCAAAAATATACTATT AAATATGATTATTAAAATAGATTCTTCATTCTTTTTTGAGACTTGAAAAT GTCGTTCTTTTGTTCTTGTTGCTGCTGTTAACACAAAAGGTGTTGCTAGC CCTTTTTTAGGGATTTCAAGCCTCCCAGATATTTCTAAATCCCTCCTCCA CCTCCCAAAAAAATCAAGTAATATTTATTTAAAAAATTGTGATGACAGAA GCAACAAGGGCGAAAGGACGAAATTTCCAAGTCTCAAAAAAGAATGATCA AACTATTTTCAAATTATGTCAAACTTTATAAACAAGTGATATATATACAA TAAACTAATCATATTTTTCTCTAATTTGTCAACTTCTAATCAATATTATG AATTACTGTAGCTCAGTTTTCTTTCGTCGGTCTATTTACATAATAATATA AGTTTGAAATATAAACAGTATACTCGTACTTGACCAAATTTCCGAAGAAC ATTTAGGGTTAAATTAATAATTTTAAATAACCGAGTAATATTTTTGGTTA TGGACAAATTAAAATTACTTTATTTAATAAATATATTTTTTCAACAGGCC ATTGACTCTTCCGATAGATGGGAAATCCAATACAGAAGGAATTATCTGAA TGCAAGCCACCAAATACAGTTGGCCAACTATGAAAGGGAAAGAGTTGTGA ACGCTACGGACAAAGAAAATTGCTTCAAATTGAGTGTGGATAAAACAGGA AACATCAATCTTCGTCTCTCTTGTTGTATATCGAAAGGCTATATGCACAA ACCCGAATCCCTTGTCTCCGTTGATCCGAATCGATGCCAAATATTAGTTT GTGAGCAAATGGTATTCAACAAATACCTAAATATACACAGTAATGACTCG AGTTATTGAATCTTGCAGATTGAGAGCGATCCCTATAGCGTGGAAATCGT CACAAAGTCCCCTGTTTTTGTACATTCGGAAGCCATGACAGGATGTTGCT TTCGATCCGGTGTTATGTACAAACCTGGAGCTACCTTTTCAGAAAATGGA CGTTTCTTGACTTGCTGTATGGGTAATATTTATGCGAATCTAGATGAAGA TGATTCTTCAGAGGTTAAAAAAGGGAGCCGCACAGAATCAACTAGAGAAC CAATATCTTCATCTACAGGGGCGAAGACAAGGGCATTTAAAGTCCAATCT ACTATTCCTACCACTCCTGTTCAAGTAGGGAATAGGTGCCCTAGTTACAA GGTAAGTAATGAGTCATTATCTACTTTCTTTTTTGTGTCATCATGATGAC TTGAGTATTAATTGAATCAATTAAATGATTATTTTTCCTCTTTAATAAAG TGTTTTCTTTTAAAATTGGTTCATTTTAAAAACATCACAATACTTTTTTC ACATTAAAAAAAACGCCCTGAGATGTTCACGTAATGTTGTGTAAATGTAT GTATAATAGAAAAATAGAATATAACAGAAAAAAGGCTCGAAATCATCTGG TAATGAGGCAAATAAGTCATTTACACCAGCTACTATTTATCCTGTATTTT TTAATATGAATTGTAAACGGAGTTTGGTAGTAAAGCGAGGACTTTTAAGC CTTCTGGCCTTCCCAGCCTCTGTTGGAAAGTGGTTTGGGGTCCTATTGTA TGAGGTGAATACCAATTCGCCTTTTCTGACCCTCTTGATGGCATCTAGGA GATCTGAGATGCCTTAAGGCTTTTTTTTAACTCATAATGACTAGATGACA AAATGCTTATGATGGTTGGTTTATGTACAAAAGATGGCTGAACCAAAATG TCGAAAATAATCACTGAACCTTACCTAGTATTTTAGATGATACTGTTTTA TAATATTACTAAGTAATATATTGTTAATAGCGTACCTATTTATTTGTATG AGATAGCCAAAAAATCCTAAAAATAATAAGATGGTTTTATTTATACACGA CCAAGGATCAACAACAAAAGGGTATTTTTACCCTTTTCGCAATGGAGAAT AAGTACAAGTGAAACCAGGGAATAGACAGCTACCTTGCAGTATTTTTGTG TTATACATAAAAGCCCCAAATGTTTACTCATTGTTAAACTTGATGGGCGC AGAGATTGATTATAAATAGAGATAGGGAAAAATATTATCGGTCGCATGTT AATAAAGAAAAAATGAAAATAGTAACCTAGACTATTTGAAGAATGGTTTA GGAAGAGAGTACTTTAGCTGTCATGACTTATGAATTAATGTTTTAATTAT AATCATCACATTTTATAATTCCTTCATGACCAAATCAAATGTTGTTTAGA GAAATTGGTGTCATTTTGAGCCTTTGACGATTGTGGATCATGTAAAAAAC GTAAGCTATTCAAAAGTATTTTATAGCTACAATTTTACTTTCCCTCACAT TGAAAAAAATAAGGAATCCAAGAAGTCAAAAAGAAGAACAAAGGAAGGAC CTTTATGCAAAACAGTTAATTAACTTCTCTAAACCTCAAATAAAAATTAC TTAATATCCGAATAAACCATAATCTAGGCATTATCAAGGTAAATATATCA TTCCAAATAATCTGATTGAATTTTTCAGGAGCATACAGAAAAATATTGGC AATAAAATGTAGATTCAAAAGGAATTAAAAGTATTTTTTTTTTTATCAGG GAGTAAAATATCCCAGTTCACTAACAAAGGACTAATCAATGACGGAAAGT AAAATATTGATTTTTAAAGGTCACCCTAATATAGCTTCTTCCATTTGCGC CCTCACATCTTTTCCTAGAGTAAATGATTCTAAAAAGATGGATATCCTCT TACGTATTGTTAAAATTTCATCTCTTACAAAAAAATAAAATGTAATCAAT CGACAAAATTCGTTGTCCCAAATATTTTGAAAAGGAACATCCTTGGATAA CACTGATGCCTACTTGGACGTATTAAAGAACAAGCTAAAACCCTGAATCA ATATGGTTACCAATGGGAGGMCTTCCATGGAGCAGCAGGACTCGGCAACA CCACGAAAAAAAGCGTCAATTTTGACAGCTTCATGTCTCCCTACTTTTGG CCTAAGGATTGATTTTTTTTTGTGTGTAGAGATGCGACCGAACGACAAAC CAACCGAACGCCTTCAACATCTAAGTGGAACTTCCAAGATTTTCTAACAG ATCAATTGACAAAACCTGATCGCACTTTCGGCTAAGTGTTTAAACTATGA TTTAGGCTGGATGTGATTTTATTGAATAAAATAAATTAGAATCCATCAAC CTTTCATAATCTGAATTATTCCTAACTGGTTGTAGATAAAATTGGGATTA GCAAAGAAACCTTTTCATGGCACAGATAGCTTGTGCACCCTGTATTGTTT ATATTGTATGAGCAGGAGCCAAGACGGTCATTTACAAAAAATAAAATATA TATATATATTGATTTACTTGTATGGATGTACATATAAAGACGTGTAGATA GTAGCATCCATTATCATTGTATGATATTTTCAATAATAATAAAGAATATA TATAAAGGTAAATATGATTAATATTATTGTCAGGGACCTGAGTGATTTTC TTCTTCGAACACTCAAGAAAATGTATTTACTACATAAATACAATATGACC CTTCCCTTCGTCTTCAAGATAATGAAAAATGGAGGTCACGTACAAACTAA AAAACGACAGAAGGAATAAGAAAATAAATCCGATGATAACTAATATCATA AAATTATATATACATATATATATAATTTATGTATTAAAGTTTTTCGTCAA TTACAAACTTGTTAATTCTTCACCAAAGGGAACTAAAGTAATTAATGCAT TACTTTAGGGATATGGGATGTGAAAAAGAAAGAAACAAATATCCAAACTT ATTGAATAAAAAGCTTCAAGAAATAGTATAGATGTAAAAAGTATAATAAT GGAAGAGGGAGTGGTTTTTTTAGTTGCTATCTGACAAGCTGTTCAAGGCG TTACTTGGAAAATAAATAAGTTAAATGAATTGAGTGACGTTTAGAGGCCC TTCTTTATTTCTCTCTTAGTCAGAGATGCTTGTAGCTGAAACGTCATGAC AGCTAAGCTTTTCTTTTCCAAAACATTCTTCAATTTGTGAGAGCTTCCAT ATTGAATTAGATTGCTTTCTTCTTTAATATGCCAAATATGCTCCTGATTA GCATAAATATGTATGTACAACAATAATTAAAAAGAAGAAAAAAACGTTTT TGTTATGAAAATTCAATAATTGAGGACTTCATAATTAATTGGATAAAAAT AGAATTAATAATGTTTTAATTTTTTATTCTATATATGATATCGTTTTAAC ACTTGAATGTTTTTGTTGAAAATATTAAACATACAAAAAAAAAACAACAA AAACAATAAACAACGAAAATGTTTCAAACTGCAAGTTGCTTTTGAACTAC AACAAACTTTCTGGTGAATTTGTGTTGTTATTAATATGATGTTATAATTT CATATATTTTACTTCAAAATTGTTTTGTCGAAAAAATATCYTTAATGAAT AAAATACTTTTTTTAAACATTAAATTAAGTATAAAAATTATATTTAATTA TGTAGAAATTATTTACAAAAACAATCANATTTACAATCATGGCTTTCAGC TTGGACATTGATTTCCAACAGCTATTTTTAATTGAGGTGTCATATTGTTT GGCTCAATCTTTAATAAGGGCATACCTGGTGGTAAATTTGACTCCGTCAA ACACTCCTTTCAAACGTCAAACGAAAGCAATATCAATTAGAGACATAACC GGACATTGTGAAAGCTTTCTTTAACAATCAAAGTCCTTTAAAGTATCTTT CAGAGTCCTTCCAAACATACTATGCCCAAGATTTGAAAATTTGGTTCATG ATAATCCTCCTTAAATCAAAATCCCTGGCTGGGCATTTAAAAATCGTATT TCCCCTTTTCTCTTCGATAGTCTCTTTGACTGTGGTCATCGTCTCCTACC AGTTGTTCGAAAGTAATGTACTGTTATTAAAATGGAAGTTTAAGAGGTTT TATAGCACTTTTTTTTTGGTAAAAATCGGCTGCAAAACTTTGTACTATAA TAGTTTTAGAAAGGAAATCAGTTTTAAAGGTAAGATTTATTACTCTTAAA TGGAAAATGGAAGGAAAAAGAAAGAAGGTTGATGTGCTAGTCTGCACCGG TTATACCAACATCATTTTGCCTGTTATTAACAGGATCAAAAGTGAAGATT TTTAGATCATTGAAGAGAATGTACCTGTTTCCATGATGTTTCAGATAATT CAGGATGCGTTTACTGTCCTGTAGGCGAGTGTTTGTTTTGTATATCATGA AAAAAGGTTGTATTTGAAGACTTAAGGACTTTCCACTAGCAAATTTACCT TTTTCGCACACTCTGGACTTACTCATGATTTTTTTTTCTTTCACAGCTCA ATCATTTTGAATCTTTGATTGTCTTCAAGGCCCCTTCAGGCAAGTTTTGG AGTACGTTTGGTTGGTCAACCACTTGGAGGTTTGTCTTCAATATTATCTC CAGCTTCAATTCTTTTCTTGACCCTCAAGAACCCTACATGATGTTGGTGT GGCCGACGCACATTAGAACGACGATTTTCTTTAATTTAGCTTCCATTTTT CATGTAAGGATATTTAATCTGACCTAAAGAACTGATTTCACTTCGAAAGC TATCAAAGTACGCACTCGATGTTTAAAAAAATGCCCATTCAACCTCTTAA ATTTTCATTTTAATAACACTCCAAGACTTTTTATACAGCCCAAATAAGTT TCATGGCTTTTCTCATAACTCTTACGAATATCTAAGTGCTATTACGTTTG ATTTTCTTGAACAACATTACTCGGTAATTGTACAAATTAAGCAAAATTTC TGTCATATTTTGTATTATGCTATGCAAATAAGCTAATGTTATTAGACCGT AAAAAGAATGACAATATAACAAAATATAGGATAAAAAATCATGCAATATA TTAAGTAAGTCATTAAATAAATCTGGAGGCAAAATCTTAATTATTAATTA CAAAAGTAATTTTCATAAAAAAGGGATTAAAATAAATTATACATATTTTT CATCATAAAAGACTGCAAAATTAAATTAAATGAGTGCAACAAAAAAATAG AATTTATAATCATATCATGATAGATTTACGTATCCTTAATTACAATTGAC GCATGGAAACCACTTCCTTTTCTATTCTTTTGAACAATGTTACTAATTAT ATATTGTATAATTAACAATCAAAAGAGGAGGGATCATATTTGTTATCATC TAAACTTCAAAATCCAATAGTATCTAACATATAGATAATTAGGTCTCTAT AAAAATTAAGGAATTATTTTTGTGACGTAGCGGAGCATCGACAATCCCAT CCTCCTTGCGAAATTTTATGAAGCGAACAGGCGAAGTAAAACAATACCAT CTTTTGAACTCTTTTTTGACAATTTTGCCCTCCACTATGATGCCTGATGC CAACCACTTCGACTACGTCTTTTGGGTGCATGTCAAGGAGGAAGGCCTGC AGTGTCTGTCAACCAAACACCAAACCCTTCAAACCCCTATCAGCCAGCAC TGAGATACAATGAGAGAGGACTACATCCGTAACGGGTGCCAGGCGCCTGA GAGCCATCATTGCCGCTAAGGGCGGCTACATTAATTATTAGGAGTTCTCA GAAACAAATCTACTTATAGTATTAATTTTGTTGAAATTGTATTATTAATT AATAAATTATTTCTTGTTGAAGTTTAAAACTCAAAGTGTTCAGATTCTTA GGGAACACTTGTTTTTTGTTTTTTTTAGTGTATAATTACTTTCTTTAAAA AAAAAAACGACAGCAAAGAATATTTCAGTTCACTCAATCAAACATATAAA AACAATGACAAAAAATACTTACAACAATTTTATAAAAAAATGAAAAATCC TCAGGTAACCACTAAAAAAACAAAAACAAAACAAGAAAACCGAAAAAAAA ACCCCATTTTCAATCTAAAAAATTTGATCTTTTTAAAATTGCACATTATG CTATCGAAAACCATCAATTATTTAGCTGAGAGTGAATAATGTAATCAACG AGGAGTCGTACAATGAAAGTCTAATAAATTCCCTAACTTTTATAGGTTTG AACTGTGTCAGTTTGTCCATGATACGACCCTAACAATTTAAATTGGCTAT ATCCATTATTTTCTTGCTTTTTGGGAAATTTACTTTTCTAATAAATATTC AAAAATAAACCATAATTGGAAAACTTACTTTTTCCATCAAATTGATTGGA AGAAATCTATCATAATTTGAAAAGCCTGACAGTTGATAAAGGAATGTATA ACATTGTTAAATAGTTTGTTTCAGTCTTTAAAAAGGAGAATTTAAATGCA AACATAGAGTATATTCACTATTATTTGTGGAAAATAAATTTAATATGATT ATTTTAATGATTTTGAAGGCAAATTAAGGTATCTTGAATGATAGAGATTC AAAATATATAATATTTTGGTTTGTTAAAAAAATAGAAACCGAAAATAAAC GTGGTAAGACTGACAATTTGAATAATGTTTGGGAGCAGTTATCAAATGAT ATAACTAAACAATTTTGCGTTTCCTGTGTTGGGAGGGACGGGAAAAGAAG AATATTATCTAAATAGAACATGCTAGTGTTGAGACTCGGCCCMAGACAAA AAAAATAAAAACTTTCTCCTGAACCGGTGCATGTCTTGGGCAGGGAAAAA TAAATGCTCATAAAAATAAACTAAGTAGTTTTACTACATAATAGAAATAG ATGATAGATTTATTTCAATCCATACATTTGTTCAAATGGGAAATTACCAG AGCGTCAAAAAGTTTTGGACCATGACTTTAATTGCGTTTTGAGAGGTTTG ATTTAATTTTATGCAAAAGTATTCATTGCAAAAAATAACAGCTGATGGTT TACTTTTAGGAAACTTTATTGACCGAGTCTCTAAGATAAATATTAACGAA AAAATAACAAAAAATGTAAGAAGTGGCTTGTTTAGTGCGCGAGATTTAAC AATTCTKATAATGTTAAGCCTCTAATGTCTGCGAAACAAATTATTTTCAT CACTGCAATTTGAAGAATGTTTGAGAGAGAACAGCTTCGCTCTCATCATA TTTTATTTGATTAGCTGTAAGCAGCTGTGAAATGAAGGAAATCCCATAGC GTAACGAATTACGAATGATTCCCTTTCTACTCTGAGGTCAATAGTACTTA TAATACATAAAACGACGTAACAAATCCTAACCGTTACTATACATATTCAA TGACACAGTCCATGGGGTTTGTAGATTCTCCGTCTTTAACCATTCTGAAG AAATTTATGAAATTAAATGTAAAAGGTTTGATGGGGGGAGATAAAAAGTT TCAGAAAGGTATTTTGCTGTTTGGACTTTTATGGAAAAGGAAGGAGCTTC ATCCAAAAACAAATAAAAAACTCTGCAAAACCTCTTATTGCGAGCAGGCT GACGTCATATGAACCGATTGCTGAAGAAGAAGTGAGGGGTATAATTAAGG CCGCATCCGCGAAATATGTGTCCTTATCGCTGAAATTCCAAACATAGGAA CGGATACATGGACCTCAGCATCAGAAGTCATCAAGTTTATTCCATCTTCC ATTTTCATAGTTTTTTAATCCATGTTCCTTCGAGTGTTCCCTGGCTAAAA TATCCATTTGATTTAATACTCCAGGATAGTACATGAATTCAATAGGAAGT AACAGACGGGTAATATTTATCTTAGATTTAAATAATATGAAACGCTTGGA CGTAAAAAAACACCTTAAATAGTTTTGCAATTTTCCTTCTCTTTTTTATA TGACGCGTTCGTTTTAACTCAATATAATACCTTTTTTTAAATACGTTATA CACAGGGAAACACTTTTCCTTATTAACTCAAACTTTATATGTTATGGACT GTTCCCCAGCATGTAGAAGTAAATCACCAAATTTAGGAGCCAGTCTATTG GGTATGTTTACACCTCTGTAAAAAGCATTGACTCTCTACCTGTTGTAATC TAATTGGATATTTTACCTATGTACAAATATAAATGAACATACAATCCTAC TCCATATATATTTTTGTCTAATTAAAACGTATTGAAGCAAATGAATAACT TGTAGCAATTTCCAATTTACTTAAACAAATAATATTTAAAGCTCAATGCA GTATTTGATTTTTTGTTGCAGATCTTTTTGAATTGTTTTTTTTTCTTCTG CGACCTATATACGCAGTGATGTATAAAATATGCCCTACAGGCATCTTAAA ATAAAAGAAATCTAAATGGAACGTGGTAATCCCTACAATTTGAAGAATGT TTAAGGAAAAAGGTATCTTTAGTGCCATGATGCTTCATCTCGTAGCTACT CACTGCCATTAGATGAAAGCACAATCCCCACTACATATCCAACAATGATA TGGGAAAGAAATACAGTTATGTCGATCCTCAATTTAACTACATGYCCAAC AAGAACTTTCAGATATTACTCAGCCACAAATCCACCGTGTTACTACTCTT TGTCGTTGATATCCTAGTGATAACTTCATATTTATAATATATTCTCTCCC ACCAAACAAACGAAAAAGGATGTGAGTTTTAACAAAAACAGCACTTTTTT AGATTGCAACCACAAAAACGCTTGTATTCTTTGTATATATTTTCCAACAT ATATTCTTTTATTTTTGAGGAGAGAACAAATACGCATAAGCTATAAAGTG AATGACAGATATTAGTACTGAGAAGTTATAGGTATTAGTCGTAGTTGGAG TAGACTTGAGGATCGACTTTGGAGTTTGTGTTCATTTCCATCATCTCATG TCCGCTCACAGCTAAATTAATGAAATGTCATGCCTGCTAAGCTGATTTTA TCCTGCACATTTTGCAAAATGTCAGCATTATTGTGTTCATTTTTAGTTTC TTTCCCTGTGGATGTTATTATTTTTATCCTTGATTATGACAAAGGTTTTC ATTAACGTCATACATACTATGTTGGTACCCATGCACATATATATATATAA AAGCAATATGTATTATATTGTGTATGTATATACTCTGAACATTGCAAAAT ACTAACTAAAATATACAAGAAGGATTACATAGACTTTATATACAGAAAAA TAGATACGTATTCATTTCTCGCGAGTAATTGTAGGATTAGTGTTGTTTTG TTGCCTTATAACTACTCGAATACAAATAGGTATAAGTGTTGAGACTCAAT TTGGAACTGATTTAGTTTCCGTTCGGTCTTATGTGATTTTTTCTAAATCT TTTAGATCCGGCATTTTGATCCAGGCTGCAATCTCAGACAGTAGAACGGA ATTTAATCATTTTTAAATCGTTGACCGAATTTTTCGGTTCCAATCTATGG ACAGATGTGTCTCCCCGTCTTGCACTGATTTATTAGTTGAGAAAATATGA TAAATGCAACACATTTAATTCCATATGACTTTAATGTTGGTCCTTGATCG TAATTTGAAAGAACAACTTGTGTCCTCAATATGTCATCTATAGAATCTGT GTATAATAAATTTTCAAGAATACTGATCTGGACGGACTTTTTGTAAGACC AATCCAATCTCCTTAACTTTATTGTATCAAACAACCTTTCGTAAGAAAAT AATCAGAGAAAAAAAGGCTCAAAATCTGTTGGTGGTGTCCAATTATGTCC AAATACTTCTTCACTACGAAATCATTAAGAACTAATGCTTGCAACCAACC AACACTGATTAGGTGAAAATAATGTTGATACCTGACAACAAAATTCAACA CAAAAATATCAAAACATTTATCTTTAGTTATATGGCATTAATGTTTTTCT ATCTTTACAATTTAAAAACCCAACTGACTTCATCAATAATTCAGCCATGG AATTGGTCGAGACCAAATTTTCAATAAGACCGATCGTATCCCATTATTTT TGTTGTATTTTGCAACTTTTCATATGAAAAGAAAAAGTCAAAAATTGAAC TCAAAACCAGTTGATAGTTAGGATATTCTGACCTAAATTTTCCTATCTAT GTAATTATTATTCTATAATTGTTTGAAAATGTTCAGCTTAAAAAGAGTTA ATTCAAACAATCCGAACAATAATAAAGAGAAAAGAAGCAGAAAAATTGGT CAGAGACGAAGTTATCCACACAGATCTTTGATTTGAAACTAATCCAGACA AACTCCAATTGAAAATACCCAATGATTTATTTTCACTAAAAATCCTCACA GTCTCAGATTCATCCAGGATTTTCAGACCGACAATCTAACGCTAGGAGTT GGCTTCATAATAATAACCAAACCAACTTTTGAAATAAACTGATCAACATA GATTTTTTGTTGGACTAATCCCAAGTTGTTAGTTTTTCTGTGTCTCACAA CCTTTCATACGAGAAGAAACAAAGAAAAAATGGCTCATAATCAGTTTGTA TTCAGCACATTCTGGCCCAATTTTTACAACCTAAGTAATTATTATTCAGT ACTTGTTGTCAATAATGTATTTGCGTATTTTTTGTCTCAATATATTAATA TTAGACTGTATCGTATTGACAAAAGATAACCCTGGATATTTTTTCTTTCT CATTTTGTCCCCCGTCTATACAAGAAAAAACCATCAAACGTTTTGATTTA AAAATCTACACATGTCGATGTAAATTAGATTTTGATATTGCTTCTTTTTA ATCATGGATTTTAATCCAGGATACGGCATATATATGAAGTTAATGTTGGA CATGCTAACTAATTCTTTAAACACACTTTAATCTATCATAATGCATCTAT ATAATCGGTTACACAAACGTGTTACAGGCGATTGATTAAGACCGAATTTT TCTTAGAGACCAGCTAGAATTGAACTTTTGAAAAGGACCTGATTTAGTTA GATCCTCTAAAACCATTAGAGTCTTATTCATGTTCTGAATTTGATTGCCC AAATACGAATTAGTTCTTGCTAGTATTGTATTGTCCTAACTTGTTTGCTC CAGCCCAGTCTTGGGATCTGTCTCTCCGTTTTTTATATCCCAGTATGTAA CTTGAGTAAAGTCTTAAAAATAAAACAAATTGTATTACGTTATAAACAGT TGTCAAAGAGTCAAGAATCTATTGTATATATTTAATCAATTTTGTACTCG TTAAATCAATAAAAGTGCTATAAAATATAAACTTGTTTGAGCTGAANNNN NNNNNNNNNAAATATATCCTATGCTTAAAAGTTAATATTGACAGTGTTAG TTGAGTGTCTCATCAATATATTTATAATTTGTTATGGTCATAGTTAAAAT ATTTGACTTTCATTTATGATAAAAATGTATATTTATTATTTTTAACAATT CTTCATTACTTCTCAAGTTTTTACTCAGGAATTACAGAAAGTTTTACAGA ATTTGAGGTATAGAAAATCTCAGTTCCTCCTAGAAGGGTTAAGACCGTCG GTCCTTCGGACTGATAGTAGGAGGGGGATGGATGAGCTATAACCCCCCCC CCCCCCTTCCCAAAAAAGTTAATGAATTTTGGTATTCTCACCAGAAAATG TAAAATATAATTAAATTTTTCAAATTGAATAGCTATAGATTTTTGAATTT TTTCTACGAAAACTTATATTTGAAACTTTATTTTAGAAATTGTTTTCTAC AAAATTAAAGTTTATAATTTTTTTTCCAAAAAATCAAATTGCAGTTTTCA GTCGTAAATATGGATTTGCACAATAATTAGGCATTTTATTTTTCTTTGAT ACAGGTTCAGGTCAAACTTTTTGAAAGGACCAATTTAGTTAGGTTCACTA AAATCATAAAAGTTTTATAAATGCTCTGATTTTTGAATGATTAAACACGA ATTAGTCCTTCCTTGTCTTGTATCAGTTCTTATTTATTAAGTCAAGTCCA TCTTAAGCCCATTTCTTGGGAAAGAATCCTTAAGCCACGTGTCCTTTGGA ATGCGAGTACAAGAACTGATTAAAAAAAGAGAGATAAGGTTGATTTAATA CCTTCATCCTTTGTAGGACTGTAATGGACCGGACAGAGACTGAACMGGAC AGGACTGTAGTCCCCAGTCCTTAATACGGATCGACTCAACACTATTTCTT GCCACCAATTGATTGAAGCCATTTATTTTTCTTTATCTTTTTGTGATCCA CCAATTTTAAAAAAATACAGAATGAGTTTGATCCACTAAAAACAACTATA ACACTCTTGGTGGGGGGGGGAGAAGATCGGTATATTATTTTCGGACCAAA AAACCAACACTAACAAAAATGAAGCTATACCTATCCTCAATAGCTCTTTT TTTTTTTTTTTTGACATTTACAAAAATCTCATTATTAAGGGATTATGAAA CTCCCGAAAAACTTTTTTTCTTCTTGGGAGGAGTTGGAGAAAGAAGAAGG AATAATAAAAGTTTTAAAAAACAAGGTGGGTCTTGGTTTTTCTTCATTTT CGTATTTGTTCACACAGACTCTTATCTTTATTTGTTCTTTTTTTCTTCTT TCTGTAAATCCTTTGAAGGAATGCGTCTTGCATTATAATTTATTTCCTAC CTTTTGTTTATTCCTCCTTCTGTTGTTTTTCTGGTGTCTACACCTTTTTT TCTTTTTCTACCAATAACAGTCTTAGACAAATATTTATATACTTGACTGT ATATCTTAATAAAGGAGGTAAAAGATACATAAATATTACTTACATTGCTA ATTACATTGTACAGAAAGGAACAGTACATCTTTGAACCCATGCAGAAACA TTCTCATAGGCAAAACATATATGACACTTGGTAGAGCAGACACCTTTGTC ATTTTTTCTGTATATTAAAGTCAAATGTGCAATGTTGAATTTATTGAAAT CTTAAATTATATATTGCATTCATACTTTAATACAGGATAGATCTTATCTT GTGGTAGATTTCATAGAGAAGGACAACAAGACATCTATTCCCTGAACAGA GCAAGCTTAGACGGTTAGAAAGAGAAAATAATATTCTCAATTTTCTCAAG ACTAACAAAAATGCTGGCAAAGTTTAGCACAGGCGAAGTCTGCCTCCTAT TTTTGTAGAAAGGAAGGAACAGTTCCGGATAAGATCTTCTTGGATCGAAC TTCTGGATAAGAAAGTAACACCTTGGGACAGGGAAAAGTTTGCGGATAAC TTTGTTGTCATTCAAGACGGAGCTCCGTGTCATCGCTTAAACCCAGGCCT TCCTAAGATACAATTTTCCTGACATTTGGGACTTAAACATCTGGTCGCCT TTCTCTTCAGACGCTACCCTTTTGGACTACTCTATCTAGGAGTTTCTGAA GGGGAGGGTGTCCAAGAAGGAGTGGACCAAGCTTGAGCCTAACTAAATGT CAAGGTCTTCAAGGGATTTAGGCCTCGTATTGGGGCAATTATTAGAGTAA TATTTTCAGATGATCTTGTAATAATAGTGTCCTCACTGAACCTCTCATTA AATTATTAATAAAACAAATAATAAAATGTGTACTTTCATAATACTTAAAG CATTTTATAGTAACTACAACCAAAAATAAACAATAATGGCGTATAAACTC CATTTATTGATATATTAAGACTAAATACCCTTGAGGCAAACTGGCTGCAA GGCGTACTAACATACGACATAATATCCTGAGGCAAGATTACTGGTCACTC AATAATATAGTATATGAATGCTGATAAATTTTGAATCAATTTATATTGAA TAAACCAACATCTATTTCAAGTTCTATTGAGTTTATAAAGCTCTAATTTG CCCATTACGATTTCCTTACGCTGACTGTTATAGTGTTATTCATGTTTCAG CCAACAAGCTTTTCAGCTGGTCTAATATGTACCCAAAAAAACTTGATATT TTTCTCTGCAGAATAATATTTTTTTAAAGTTTAATTGTAGATACTGGGTT GATCTTATCTAGTAGTACAGTACACATTGTATTATTTTCATAATTTTCAA GAGTTAAGAGTTACCCAAGAGGTTTCGTGAGGATATTTATTTTACAAAAC CATTTAAAAATAGTCCTCAGTACACCTTTTATTCATTATTTGAACCCTCA GCAGTAATAATTGTCTCAATACGAGGCCTTCATCCCTTGCAGGCCTTGAC TATGTAGTCAGACGCGAGCATGGTCCACTCCTTCTTGATGCAGAGACTTC TAGAAACTGGAAACTCCTGAGAAGAGTAGGGAATCGCTTTTGGAGAGGAG AGAGGCCACATGGGGAGGTCCCAAAATTCCAGTNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNAGGCGATTRTTRCRCTCCRCKAAAAWATGSCTA ATACCKTGGGGGCTGGGAATACGTCTCTGGCATGATAAACAGTGATACGG CTGSACCCSAGCTCCTTGTATAGGGCCKTGGAGGYTATGTTGCGMGATAT ACAATTCAAAATTTTGCTCCTTTGTTTTTCCGTTTTCCTTTTTCTCTTTT TTTTTTTAATTGAGTCAAAACTTTAAATAAGGAATCTAGAGTCACAAAAC CCGTCTTTCACCGAGTTTGAAGACGATCGAAAAATAGATTTTCGATTTAT CAAAATTTAAATAATGTGTACCACTATAGAAAACTTTGATAAATATTTTT GTCCAGACTGCTTTTTTAGACCGAAATTTAATCGTACTCAAATCGTGGAC CGATTTTTTGGTTTGAATCTTTTGCACCAATTATGTCGCTTATTCTAATT GATAAGTTGTACTTATGATTTCTTAAACGTATTAAATTTTTAAACCTATG AAGCGTAAATAGATTTCACTTATACAACGTGAGATACACATAACTAAATC CATCTTTTTATTTTTTTCTACATTTTCTATTTATAACATTTTAAATGATA TTTACAAGTGAAAAATGAATAGAATAGTTGAATAAAAGGATACAAAATTA TTTGACGGAATTATTTTAATCATATAATTATTTATCATTTAACTCAACAT GTTATATTTTTGGTTTTTCTAACCAACCCACAGACGTAGTTTTAAAAGAA ATTTACACAAAATGAAGCGTTAAACATATCAAAAACAGGTATTTTATGAT ATCATCATCATATTACAAACATTCGTATTTGAAAAGTATGTATTTAAAAT ATCACTAGGCTTAGAAAAATAATTTAGCATGGATTTCAAAGGCCTATTAT AATTAATCCTTTGCTACACCCCTATATAGTGTATATATTAAAGCACATTT AAGATACTAAAATAAGCATTTCCCCATTTATCTCATGATTGCATTTCTTA TCAAATGTGAATTCGTTCGTTAAAGATAAAAAATGAAGAAGATGATATTA AGAGCCATAAAAAAGCTCAATATAAGGAATTATTAAAATATTTTGTGAAA TTATGTAAACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTATGTGT CAGAACATTTATAAATAAATAAAAATAGGGAAGAGCTCATTTTTCTGTTA AGTTATAAATAGGGCTCGACAGACAACCTAGCCTGTGGCTAYGAAAAAWA CCKGNTGGSCRAGTGCAGGGMATCCTATATATATCTAAAGTAATGTCATA CTTTAAACACTGGATATACAGAGGAAATGTTGTGTTCAAATAATAAAKGT ARAAATAATTTGAACACATTGACCAGGTCATTAAAAACTTGATTTTTAAT GACACATTACATATATTGTTGAGCTTGAATGGTCGTCTGTCTTAAAATAA GCTGTGACGTCCATAATGTCATAGCTCCGGTACGTTTATGGTTCAAATTA GGAGTATTATCTTGTAATATTACCAATAATTGCAGGTGATTTTTAAGTCA AATATATTTTTCAATTGTGCAATATTTTTTATTATTCCCCAAAGCTGTTT TCATTTTTTTTAATACATCAGGAGATAACTTTTAAGGTTAAAGTCATCAT ACATGCAGTTTGCTCATGATCGATGTAAATTAACAATGATGATTTGTTGA GGAATTATTAATTTATGTTCTTATTAGACTCAGAGTAGAATTGATAATTA AATTTTAAGTAATTCCAGTCCATGTCCATAGATCTCTTTTTTTTTTGCAT CACTGGTTATTATGATCATCTCTTAGCTTCTAGGAGCTAGTTTAATGGGA CGTCATACAAGCTAAGTTGCCATTCTCCCAAAATATTCTTCAAATTCTCA GGATCACCGTGTTTCATTTCGTTTTTTTATTTATTTATTATTCTACGCGT ATTTTCTGTAACACTAAGTACAGAGGTGCTTCCTCAATTTAACAACGAAC ACAATTTAAAAAAAAAAAAATGATTTCCTCCTAAACTAATAATCCGACTT TAATAAAAACCAATGACAAATGAATGCTGAATTAAAAAAAAAAATATTGA TATTATCCTCTATGGCATCAATAATGGCCTCAAAAACGGGTAAGGATAAT TATGACAGTTGTTTTTTTTTTGGTAGATTCCAGAATTCCTCTCGGACTCT GCCCATCAGCTTGGATTTTGTCTACTTGGATCTTTAGGTATATAACTCAA TTGCACCCCACAAGTGTGTTGAGGTTTGGTGGGKTTGTTTGCCAAATACT GGTTCTAACAAAGTCAAAAATAAAACAGGTCAACCAGGTTTCTTTACAGT GTGACATTGAGCTAATTCTTGTACCACGACGAATGGCCTGTTAGTAGTAA CTTCCTTGATCCAGGGCTTGCCATGATCTTACAGGACCAAGATAGATGGA TCATCATCCATCATTTTTTGCAATTTGGCAATGAAATCCTTCTATCCGTT TGAGCTCATGTTGTGTTCAGCACCAATCACTCTTGATTCATAATCACCTA CATATTCTTCCTCTTTTTTCCTGATTCTCCAAACAAAAGACCAGTCCATT TTTAAGAAGATTGCAATCTCGGCATTGTCCCATACGTTGCAGACGGCAAC AAGAACACTTCTTTGTTGATCGATGGCATTTTTTTTTGCCTGGCTCAATA ACACTTCTGCCTAGCCGCCATAATACCAAATAACTAACTGTACCTGCGCT AAATGTTCGTCGTTAGACAAAAGAACCTGGATTCAATAATTCAAATTTAT GCTCCAAATATTAGATTTTTTCCTTGCTCTTCTTTATTTCTAAAATCCAT AAGCTTACATACATACAAAATCCTCATATATTCCTAATATAAAACCATTC AAAAGAAATGGAAATGGAAAGAACTTTTACAAAAAGTAAGATGTTACAAT TCACAGTCCTCACTTTCCCAAGCAAGATTACAAAGTGTGTGTTTGAATGT GTGTAATTCTCAAATTACGTTGGATGTAATAAAATGTTTTATTTGAAGGA GATAGAAGTAAAATATATGATGGTATACATAAAAAAATATAAGCACACCA ATTTATTCTACACATAATCGAAAGACTTAAGTAAAAAGTTAAGGAGACAT TTAAATCCAACCTGTAAAATTTGAATATGTTTAAAATATGTAAATTATTT TACAAATGTGGTGTGTCAACATGAAATAATCATGAACACATATCAAGAAA ATGTTTAATTTTTTGTCTCTTGTAAATATACAGCCTCAGAATAGGACCCT CTTCCCACACCAAAAAGTAGTTTTAAAAGGCTCCCTAAATTTTTATCTTA TATATGTTGTGTACATGTTGCAACTTGTATAAAAAAAATTGTACTAGTCG TTACTTCTTAATATTTCAATCTAATATTCAATTACAACATTGGTCAATCT GGCTCCACGGGCCAAATTGCAGCACTTTAAAAAAAAATTAGATCACACGA TTTGCTCGATTCTGAGGTTTCAAACCCTAACGATGTGTTCTCTTATAGTC ACAAAGATTTAATACTTGCTTCACTAAGTGGTGCATGGTGGGTTGGTTGC TTTTCATATTCACAAGCAAGGTCGGTCGTCTTTTCTCTTCTACTTTTAAT GGTTGTTTTAACTACCTCAAACAGTTATTTTGATCTCTTTTATTGATTGG AACCTTGTGGAAGTTTTTNGTACCTCTTTAGATCACTCAGTACACCAAAG TACAGTTATATCCCAGTACTTTTGAGATCTCTGATGGTGATTTTCCACCA ACAGATAGTTCTAGAATTGAACCTATGCGTTGTTCTACGTTTTTGGTTAC AGCACTCTCATTTCCCAGTTGAGTTTACTTTTTTTTAAATATTATAGTCA CTTACAGACATTGTTAAGAATAAGTTGTTAGGGTTTAACATAGAACTATA ATGAATGGATTAAAAAGATGATGTTCCTAAAATGTGTTTTGAAGGGTATG TTAATTGAGAGCATTTTCGGCATGTTAAAAAACAACAACTTGTAAATCAA CATGGTAACCCCCACAATGGCATAATATTTCATGAAAATATATAAGATGT ATATATTTTTTTCTTGGAATGACCGGGTATCGAACCAACGAAGATAGATT TTCAAGAGAATAACTTCTCCTAAGTACAATGCCCATCGAGCTACGCTACT CTAATAGTATTGACAAGTACCTCCTTGGCAAAGAAAATAAAACCAATATC ACCACGAATATGTTGTATAGATTTGTTTAAATAAAAATTTCATTCCTTCA ATATTTGAAGAATGTAAAATATTTAATGTTAAAATATCTACATTAAAAAA TAACTCTGATATATACGACCAAAGAATGAATCTTTATTAATGTTTTTAAT CATAATTAAGAGTATTAGTCATGGAAATTGTGTGTTTTTAAGCATGTTAA AACGAAAATCATCCTGATAATTCTAACAACCTCAAGAATGTGTCAGAGGA CTAATTAATAAATAAATTAAACTAATTAATTATGTTCAGATGTGATTAAG GAAGAAGTGGTAAGGAATCAAACAAGGACATTGATAAGGATTTTTTGGTT TTCTTTTTCTAGCATATCTGACTTTATGTGAAATGAGTCTATGCCTTTGA AAATTTTTGGCCAAGCTTAACTTAAGCATATAATTAAGATTTAGTATTAA GCAATACTTTTATAAGCTTTTTAAAATCTTAAAAATCCATAGGATGTTTT TTACAATCCGTAAAAGTTCGGGTAGCTGAAGCAAGTTTGGATCTTGGATT TTTTTGTATAATGAAAGTGTATTTATAACATAGCCAGAAACATTGGGCTC GAGTTGAAGATCCGTTCTATCTCTACATCGGAATTTTTTGAAAGATAATT GCATAGTGTTGCAATATAAATCATCATCAAATATATTTATAATTTTTTTC GGCAACTTGTCAGTTCAGAAAAGTGGTATTGAGGCTGAGTGTCCATTCGG CAATGTGTCCGTTTACAAAATTCCCTTCGGCAATGAAGTTTTCTACAAAT CTCGTAAAAACCTGAAATTTATAGATAGATACATTTATTATTGAACTAGT TATTTTATTTTATTTTTTCAAGGCTTTAAAAATAAAACTTTAGTTAGTAT TCGTAACGAAAGAGGTAATTTTCTTTAGAAACTTATATCTCTTAAAAATA AAACTTTTCTGTTATTTATGGTTCTAGACCTTCTTTAATTATGTCTATAT ATTTTTTCTTATTTTTATTTCAGAAATTATTATAACTAAATGTAATAAGT ATTATTTATGTATCTCCCTGTAGTGTGCACCCCGTAGGGACTTCCATTGC TCCGATTCCAGCTCGCAGCGATTCGATCTGCGACAAACTCAATATGCCAT ATTTCCAACAGTTCTCAGTGATAAAGGATTCAGGTAAAATAAATAAATAA TTTTCATTCCCTAACCCTTGTGTCTTCTTACGCGTCAAAATGACCCGTTT TCAATTACGAAAAATAGCTATAATTGATATTTTTCAGACTTGAAATCTCT TTACTTTTCCTAAATAGACCTCATTATTAGAAATGTAAATAACATATCAT TTTATATTGGTAAATTTTTGCTAAAAATGACTTATGGGTTATATTTACCC GGTTATCATAAATAATATTTTAGTTTGTAAGACTTGATTAAGGCCTTATG GAATGTGAATACGAAATAAGAACATTTTATGGAGGCATACTTACATATAT TAGTTTTTTAATTAGTTATTTGTAATTCAATTTATCTCATACTTCAAATA CACACAATTTTTTTAAAGCGGGGCATCTTGACAATGAGTGTTCATAAAAA GTAAAGACCACAAGAGAGTTAATATCTAAGACAAGGAGATTGCAACAAAG GACAATTGTCAATGACCATTTTTTTTAACTAGAGCAACATAATTTGCGTT GCGATGTTATAATACACCAAGTCCAAGAACATGCTAAGTCATTTGTTTAA GACCAAGATTTTCTTCCTAGCAATTTTCTGGTGTATAATGGTAAATAAAG TTTATTATTATTTATGAACTATTCAGTATCAATATGTGACGCAGTTAGGT GTCTAATTAATAATCAAGGACAAATCAGCAACTGTGATATCTGTTACATA ACATTACATAAAGGACACCTCGAAGAAACTCTAGGATTTGAAAAATCCCT GGAGGACTATTTTGAGGTCACATAAGGGCTTCAGGAAGATCAGGGACGGG GAGTCCATCGAGAAGGTGTGCATCATCATTGAGCAATCCCACAAAGAGTA CCTTAGTCTTAATTAGAAAGGAACTTGAAGTTAGTGACAAGAGAGTTAGG ACATGTGTTAACGATGATCACAAATGCCAGAATGATAAGATACAAACCAG TCAAAATTATGGCCCCCAGTAGTCCAGATCTTAATCGTATGGATTCTTTT GTCTGGAGATACCCTGAGGCAGACAATAATAGATGTCCCCATAAAACTAA AGCAAGTCTAATAGCTGACATCAAGGAGCTTTTTGCATTCATGCCCAGGG ATACATGCTCCATATCAGAGGCCGTATCGTGACTGTGATCGTGGATGGGA ACATTTATGTATCCAGTAAGACTCAAAACGCATTAGCCTACAATGACTTT ATTTTATCTAAAATAAAAGTATTAAAAAGTATGGACTTTATTTTGGTTTT TGTAAATGCGAAAGAGGGTGCGAATTTCATCTTCGATCCCTGTATAATTT TCAATACAACACTCGGTGTAATTGTTCCATAAAATATTAGACTAATGTAC CACTCCAGGTATGGCTGTACGTAAGGTTTTTCTTTTCCAATCCAAGTAAT GATTGAGAAGCTTTCGAATCATAGAAACAAGAGCTACATATAATTAGTAC TGTGGCATTCCTTATTTAGAACTGAAAGGACTGCAGTCCAGTCCATTTTT TGTTCCTTAAAGAAGGAAATATTGATCTTTCGTGACGTTTTTCCTTTTTT GTTATATCATTATGTAAAATAATGAATTATGTAATTCAGTAAAAGTATTA TATGTTCATTTTATACTACATTATATTAATTAAATAAATCTTTTTTGTGA GATGTGTGCCATTTTCTTAATATATATCTTGTTTGGCTTAATAAACTATT TATAATTATATGACAGAATCCAAGGACTGACAGTCCTAAGGATATTTCCC CCCACGGATTGACAGTCTTAATGGAACTTTGCATCCTATAAATCGTAAAA ACTGCACTTTTTCATGCATTGGTATTTTACAAGACCTTAACAAATAATTT ACCCTTGGGAAACAATCATGGGAAAACTCTGTTGGAGAGCAATGTTTTAT CTGTTCAATTAAAAAAGTTTTAACAAAATGTAAAGGTACTGAAAGGATAA GTAGCCGAGTGTCAGATATATTGTATGAGTGAAACAGAGTTACGTTTAAG GAAAATCCTTTTCGTTTTTTCTTTATTGGTCCCCGTCAAAAAATTATTAA CTTTATCAATATAAAAAAAGTAAGCATTCTATACAAGTTTTGATTTACGA GGACTCTTTTATACGGTCATATTTTAGATTTTATATATATCAAATTTGTG TTATGTCTACAACTTACTATTTCATTATTGTAAAAAAAATTATGTAAAAT CTTGGACTTTCGTAAAAAAAACATCGTAAACATTTTCAAGAATGGAAAGG AGTACACATTAAGGCTTTACCATTACTGTTTTGTTGATACATCTTTCCAT TTTTTAAAATGATTTCCCTTGTCTGCTAGTATGACCTCTATCCTGAGCTT AAAATGGCCAATTCTTGATAAAGGTCTCAGATATGGCCTTGAAGCCATCC CCATTTCTGTGAGGAGTAACACGGACTCTCTTCTTGACTACTACCAAAAT GGAATAGTCGAGTAAGGAACACTCTGTGAGCAGATACGAGCTATTGACAA ATTATGGCTTAACCAAGTAAACAAATTCTGGTCTGTCTTGGCCCAGATAA CCTGAGTTGCTGTTGAAAGCAGTTGCCGATGTCGTTGTAAATAAGATCCC TTCCGTAAATCCTGAAGACATTTCCTCACATCCCAATCAAAGACATTGAA AGCCTTGGCATGTTGCCTAATTGACTTGACCGGGCCTTTGGTGATTGCAG TGTTCCCAAATAACCCCGATTTTACGGCATCTACCGCTGCCACCGGATCT TTCAATGCTCTGACCTAAACCCACCATATATTAAATTTTGTAAACAAGAC TTTGGGAGAGCCTACGACCTTTATGTTCTCGTCAAAACTCGCTTTGGCAT GGAGCAAATCAGACACCCTTGGCCTCGTTGCCTCCATGAAAAATAATGTT TATTCTTTACTTTTTGTATAATTGTTTATTACTGGAATCGTCCATACTTT TAATAACTAAACTTAGTATTTGAAATATTCATCTTACAGTAACTCAGATT AATTTAAAGTCGAGTCCACGATTTTACCTAAATACTGTAATATGGCATAA GAATTTTTTTTATATTGTATTGTAAAAAAAAATTTTTTTTTAACACGGTA TGAAACAAAAAAAAAAGAAAAAAATAGGCACACTTACTCAGTTGTTTTTT TTTTAAATTAAATGAATTCTCAATTTCTAGAGAGCAACTGAAAAAATCAC AATTTAATCAAGTCAAAATCTTGTAATTTTGACTGATTAAAAAATAATGC TGTTGTTCTTAGACATGGACCACCTTTGATTTAAAAAAAAATCGAAATTC GGAACACACATTAACTGAATAAGTGTCACAGGAATAAAATAAGATAATAT ATGCATGGATTAGGTGTAGGTAAATCTTAGTTTGTAAATTCAATAGGAGC TTCAAGTTCCTTTATTCATCAAAATAATGTAATTAAATTTTGTATTCATC TCTACTTTGATATTTTTAGGAAGAATGTATTTTTTTATTCAATTATGAAA ATATTAAAGTGGATGCTTGTAGAAATCAACGAATAACTACGTATTTTACT TATTTGGTAGCTTCACAATATTTATTAAATTTTTCGTTCCTACCCATAAT TTCTTTATTTTTAATATTTGATATATGGATATTCATAGTATTTTTTTATG TATCGATAAACAATGATGAAATATGAAAAAAAATTGCGAGTAATGGCATA AAAAGAGGTTACTGAACGTTAAGAAATGGTTCTTCCATATAGGCTCSTTG GTTTGAGTGCTTWGGACAGACGKAGCCCATGGCAAAGGAGGATTATTTTT AGAGACGTAAATAAAACTACATTCCCGGGGCGTGTAAAATAATAATATTA GTTGACATCATTTTTATTCAAGAAGAATGGTATTAATTWTTTTCTCTTAT TCGATTTTACCATTATGTCATTGGTCAGCTTMCAGCCAATATCTTTAAAG ACAATGCAACTTACTCCCCGTTAACCTTTTGAGTAGTAAAAAAAAAGAAG GAAATGCAATGGCGTGATTTATTTAAAGCCTTGCTAGTTAACTTTTCAAC AAAACCCCTGACTTAGTCTCAAAATTTTTTTAAGACTACAAGAACATAAT AAGAATGAGTATTCGTTAGATTACCATGCCTCCACCCTAATTTCAAATTG AGTTAAATATTCTTAATATGATCCAAAGCTATGCCCTCCTACTTTAATCA TTTATAATCTTCGGACGAAGCTTGAGGATGATTGATCCGTAACATTTGTT GTTATCTTGGTAACTAACAAGTAACAAGCAAACTAACTTACAATCAAACA TCTAAAAAAACATAAACTCCGTCCAACTTCGTTGGCGAAGGTAAATATTA GGTTGGGGAAAGTAATTTCGTATTTCCCGGATGAGTATAACACTTCTTAT AAAGTATTAAAAGAAAGCAAAACGTGAGAAATTAATTTTTCCCCAACCTA TAACTATGAGTTATTTTTTTTACCTTTTCTTAGTAAGGAGGACGTAAGAT GCTACAAATTCAATTTTAGTCTTAATTTTTGGACGCAAGAGCTTATTCTA CGCATACTCAAGTATATAAAAGATGATCTACCTTCTCAGAAGGACTCTGT ATTTTGATTGATTTCCGCACAAATATATTAAGAATAATTTAAGTACGAAG TACTTTGCATTTTTGCCTGCCTAGTATTTAAATAAGTACTCAAAAGTAGG TAGGCTAATAACCAAACGCTTGTTTGTCTTGAAACCCAAAATTTTTGACA CTTTTCAAACTGCCTATGTAGTACAGGATAATCTATTCCTTTCATGACGT AATAAGACAATAATAGCAAGAAGATAATCTAAGAATTAATTGCTTCATTC TTTAAATGGCACTCCTGTTTAACAACATACGTACTAATATCAATTAATAC ATTTGTCTTTTTATAATTAGACGTTTAAAAAAAAAAATTACAGGTTTTTT AGTCTGATGTTTCCAAGTATAAAAAGGCAACACGTGAGGAATCTCCTCTG CGCCAGTGTTAGCGATGAGAAGGGTGCAAGGACCGTTGGGGGAGACTGGA ATGGAGGCTGATAATTTATTTATTGTTTTCTGATCTAAAACCAGGAATAC ATAAGCAAAAATGAAACGTTCCCCGTTTTCCTTAGATTACTATTGATAAA TGAAGACCGTATGACCACCCTGTATATATATCTAACTTATTTTATTTCGA GTAAAAATAAAAAAAGATGCATGACTGAACTCTAAAAGAATTTATATGTT CGTAACATACAATGACATCAGCACTGTTTTTGAAATTGTATACATTAATG TTTGACAATCAATATATACGGAGCAGATATCGATTCCAATATACATCATA AGATCAGTTGAATATATATTTAATATATTTTGGGCTTGAAGGAACCACAC CCAAAAATACATTCAAAAATAACCTTGAACAAGAATCAGAAACAAAAGAC AAGTCCAATACCATTTACCATAGATGGATGGGACATTTTACCGAACGAAA AAAAAAAATGTCAAAGGACCACTATGTCAAACAGACACATTGTCATTTGA CCAGTTTGCCAAAAAAAAAAATATATAAATATATTTGATGTGGGGGACCT AAAATTGAATGAGTCACAAAGTGATGTTCTCATTTGGATAAATGTGTACG CATTTAAAAAAAAATACGTTGTTATTTTTTTTCGAAAGATCTATGAATTT ATTTTTCGACTCACTAAAAATTATGTCGAAGGAGAGGATTTAGAACCAAG TAGCCTCACCTAAACCATTTGGTTTGAGACTTATCGAAAATTTCAAGATG AGTTGAGGAATCAACAAATGTGCCAAGGTGATTCTAAAAAGCATTCAAAG CCCTCAAATTTAACATTCCACATGGTGGCTAAATTATAGGCTCATTACAG ATTCGTTGCCTACAAATAAATGTTTGAAAAATAATGGTAAAAGTATTTCT AGGGTGTATGAGGATAAATAATTAAATGATATTAATTTATTCCTGAAGTG TCCTGAGACGTAGACAATATTTGGGGATTTTTGAATGGGAGGGGGATATC TTCTTGTCGTCGGAGTTCAAGAGAGTTGTTATTATTATTCCACTGAAATT TGTGTCTACAATTTATAGAATATAATCGATTGACAAAAAACTAAAAGCTC TGAATGGAAGTTTTATTGACTATGAATCGCCTATTTTAAATGATGCACTA ATTTTACATATGTAAATACTTTATTTTGGGATTTTAAAATTTTTTTTGTT TTAAATATATGGGTGTTGATTATTTGGAGTGTTTGTTTTAGAAGGTAATT ATGTTGTTGTTACTTTGTTCCATTTACTGTGAGTATAACAAATAGCTCGA ACTCCGGCCCAAGAAAAACATAAATGAAGATTCATGCGCCGCAATACAAT ATAACTATGATTTCCGTTCATGTTATTCCAAATTAAAAATAGGGTGTATA AGGATACAAATGCAATCCACAATTAATTTAGATAAAAACCATTTAAGCTT GCTTTTATGTTGAGTGCAACACTAAAAGGAGAAACTCCTATTCTTTCTTT TTAATCCTCCGTTAGTGAACTGGGTTGTGATACACCCCAAGATATTTATA TAAATGCTTTTTCGATAGGGTTTTATGTAAGATTTATTCGTATATACTAT GATTTTCCAATCGAAGTTATGAGACTTTAATTAAAAGTTTTACTTAAAAG TCGTTCCTTTATTTTCCTTTTGATTGCTTGTATTCCCATTTTTTTAATAA AATTGTTTCTGTTATTTTATATAATACATGCTATCCCATCAAAATGAATG GGACTTCTTTAATTCCCAAAATTTGCATAAGTTAATTAATATTCCAAAAA AATATTCATACATCAAACCAAATGTTTATGCTTGTACTATCAGAAAAACA AATTATATCTTGTTAAAACCTCAAACCATGTCGTTATTTATTTAAAAAAA AAATCATTTATCTTTTTTCGATGTTTTATATATTTATTCAAGTGTTTTTA CTTATTTAACTAATACTCATGTTTTATTTTAATTGATATTTTTGCTTACA AAATGAATGGAGTAGTTTGATATTGATACTAAAATTAAACTAGAAAATAA TAATAATTTGTTCCAATCTAATATCATATAATTAAATACGTTTTTATTAA TTTTTGGGTTTCTTTTTTTCTCAATTTACTAACTGCGTTACAATAAGGGC TTTCATTCACAAAGGGTTAGCTTCATATATATACATACATACAAGTAAAT AGTTTTTAAACATATTTAAGTCAATTATATCCTTACTTTTCAATTTTTTT GGATAATTTACGAGACGCAATGAATATAGCTAAAGTTTTCAGCCTACATA TATTTTATCTAAGAAGCTTATATTAGCCCCAAAATGACCCCAATCAATAA TAAAATCTATCAATTTCTCATGATTCATTTTGGCTATTTTAAGTGCAATT TGCTACAGATCCAAATAGTTAATAAGAATAGTTTTTAGTAGACATGAACA ATAATTCGTATAAGAATACAAATATAATCCACACCCCATTTTGAGACAAT TCATTATAGATGGCTTTTGTGTTAACGGGTTACATGTCTGCGTAAATGTA TTTCATATTTGACACTTTTGTAGTAGATATATAATACATTACCTATGATA GACAAAGGCCTATGATTGAAATAGTAAAAACCGCATTTACTTAATTACAT AATAGGATAAATGCAGCAAGTCTGCAATAAGTATTGCATTTAATGCTTCT GTATGTATNNNNNNNNNNNNNNNNNNAATTTGAGAAGTACTATCCTTTGA GGATCGCCATTTTTTCCTTAGAGCTTAAAGACAACACATATAAATTTTCA CTGGTTTTAAAATTATTTAAGATTCAAAGATTTGAAATTTTAAGGTCAAA AAATGTTTTTTTTTGTGCTCAAAAAGAGGAAAGACTGCCATCATTTCCAA TTTTTTGTTATATGTCCATCTGTCTGCTCGTAAAAGAAATGATATCCATA CTTACAATTTATGAGTCCCAAGTAATGAACAATAAGTCTTTTGAAGCCAT AATCATATTTAAAGCTGTCCACGGTACAGGTCGTTTATCTAGATCAATGA AAATGTTTCATAGATTTTTTTTTGGAACTGTTATAGATAAATATATCATG TCCTAAAAAGTCCCAAGTTTCACACATAGATGGAGCTGGTTTTTTTTGTA ATAAAAAATCCCTGTTCTACTTAGTACCAACCTTTAAAGGACAGTGGCAA GGCTTACCAACAACCTATGGGTGTTGAATAAACATATAAAAATTTTGATT TTTACTCTAATATTTTATATGAAGTAATCAGATAAAAATAGGGAACTGAA AATATATTGTTGTTCAATTTTTGGTAGCATAGGAATCTTTACTACACAGA TTAATCACACTTTGATGAGTTAATGAATGCATTTGGTATTACAGATGTAC TTTGTACATCGAGTGGAAAGCAATGGTTGCCTCTCTGGTCATTACGTTAT TTGAAAAATCCAATTTAACATTCATTTGTTACAAAAGCTTGTCAAGTTTA TCTTCTATTAAAATTGATGTTATTTTTTTAAAATGTTCATATTGTAAAAC ATAACATTACCGGTATGTAATGGATGCATCCCTCAATAATAGGTCGATTT ATGGTGAAGGAACGGGCAACGTAGAAATATGCCTCTTTGCCCAATGAACA CTTCCATATTGTTCTAATCGTTTTTTGTGGATAAGTGGAGTATGCATTCA TGGTTCCACTTTGACTCTTAGACCAATACTCCACCAATAATCGACCTTAA GACTCAACTTCCAATAATACGGTTATTGTGAATGACCCATAGTGTAATGG GGCATTCTTCCATTTTCTCCACTAAAAATTGATATATTAACTATTTTTAA TTTAATAAATTTTTTCTAACAAGCGAGATTTTTGATGAATTAAATAAAAC ACAGACAAGGGATAAAATCAGATGATTGAACAACGTATTCATAAATTATT ACATCTACATAATAATCTGTCAGAAGGCAAAAAAAACGTCTTGTTACTGT AATGCAACTAATAAATATTAAGTTGAGATTTTTTTTTTGGGATATTGTAT CCAAATTGGAAATGAGATATAGCAAAAAAATAAGTTGAATGCTTTCATGG ATATAGGTTCATCTAATTATTTAAAAAAAAATGTTGGATCAGAAAATATT TTGACGTCAAACCATGTCTACCAGGGGGTCCTTTGAAATATGAACGCTTA CTAATACAATCATCTATGAAAGTTGAGAGATTTATTATTAAAAAATAAAC AATTAGTTACAAAACGTAACAAACCTGAATTCTAGAGCTGACGTACTAGT AAAAATATCATAAGAACGTGATTGACGAATTTCCATTCACTGCACCCAAA GTATGTAGATATGCGTTTCAAGGACGTCAGTAAGTTCGAAATGTTGTAAA AGAAGAAGGTTTCTGTCAAAAAGATCAAATTAGATCCAAAAAGGTTAAAG AAATTAACCCAGGCCAATCCCCTCAAGTCTATGAGGGCCCATTCAAGAGA TCGGCGGGGTTTTACGCCAGACTGTACGAAATTTTTTCAAAAAAGTGGGT GAAAAGATCCTTGTGAGGGTGGAGAGGCCACTTTTGACACCAGCAATAAA AAAACTCGTACCCTTTTGTTGCCAGACTCTTTTAAATGAGTCTTTTGAGG TTTTTTTGAACTCTTTTAGTTAATTTTTGCCCCCCCCCCCAAAAGCCAAG TTCCTCAACTACACATTTAGTATGTCGAGGAGAAGGGCCTGAAGTATCTG TTATCCAAACACCGAGGCCTTCGTAGCAACTGTACGCCAGCACTGGAGCA CCATGACAGAGGACTACATCTGCAACGGGTACCAGGTCTTCCACTGCTGC CTTGAGGACATAATTGCCGATAAGGACAGTTAGATTAATGATTAAGGGAG CTCTTACACACATCTATATATTGTATTAATTTTGATGAAATTATATTGTT AATTCATAAATTAGTTCTTGTTGAAGTTTCAAATTTAAAGTGTTCAGATT TTAATGGATCGCTGGGTATTGGTACGCTGTTTCAATTTGTGAGGATTCGG AAGCGAATAGGCTCAGAAAATTGAGKCAAAAACAAACAGTCTTGCAACTT CCTCCGGCTTTCTTTACGTTTCCCTAATTCCGTGAGCAATTCAGCTAATA GAGAACAATAATATGTATTGAATACGCTACGTCATACCCACTAGGATAGA ATGGTTTGATAGTAAATGAACATCTAAAACTTAATATCCTGAATTTTCGA GCGTCTCTTTTGAAGTGTAAGCTTTCTATTAGTAATAATTTTCTCATAGA AATGTTCCCCGTCATATTGAGTTCATCTATGTGCATGAATTTCCTTTAAA TATACAATTTTAGACAAATAAAGAAAACCTTTTAAAAATGCTTTTTCAAA GGATATTTTTTACTTAAAAAAACCCAGAGAAATTGCGTTCTAATCTCATC TATGTTACTACACGTGGTAACCACACGGTTCATTGATGTGTAAATATTGG TGTTTTTTGTTTTTGTTTTTTCGGGGTGAATGTACATATGTTTTCTTATA ATCCTTTCAAAACAAAATATTTTGCATTTATTAAGATAAACTGTTACCTA GGGGACGGTTTTACTTGAAATCATCTTTCTATATTTTCTTGAACTATTAG TTGCATTTTAAAAAACTAATAACATTTTAAATTAAAGTCTAAAGGTTGAG GAATCAAAAATTAAATTAGAATCTTCTAGTCTAAGTTCTAAAAGTTGACA ATTTTATACTTGGTGCCATTCGGAAGGTCTGACAAAAAGCTACAATGGGG TTTGTTTTGATTTTGTGCGATCAAAAATGTCTGAGCAACAAGCAAAATGG CAGAGGGTGTGCAATCTCCTCAGCACCCAAGTGGATGCTGGATTGAACAG AAGAAACGATCACTTCTTTGCCTGAATCAAGAGCTCAGGTCGAGGGAATC TTCAGGACCAATCACACAGGTCCTCGGGGTCTTGGCGTCCGTCAGCAGTA AGATACCTCCCTACTTCTTCAAGGCCAACGAGAAAGTCAACACGGACGTC TTCTACAAGGCCCTTAGGTAGAGCACGTTCGCCAGGGTAACTATGTGTTT ACCCAAGACGGCGCCTCGGCAAACACGTCCAAGAAGGTGCAGCATTTATG CAGGGAGAAGATGGCTGACTTTTTGCCTTTTTTCTCACCTGGCGTGAACC CCTGGATTTCGCTGTTTGTTGTGTCTTGGAGGCAAGATGAACAAGCTTCT CATTCTAATGTAGATGCCTTGATATCTATGGAGTGGAACAATTTGTCCTC AGATTTCATTAAGGGCAGCTGTGCTTCTGTTCGTCCCATTTATATTGAAA AAAAGTGTATAAGATTGTTAAATTACAAACTTTTGCTTCAAAAGTTTGCC ATAAAATGGCACAAAATAAAAATATGTAGAAGTAAAAGGTGTTTTTAAAA GTTTTTAACTTTTGAGCTCTCACCTTCTACACTGTACCAGACGTTGCAAG GAAATTGAAGCACTATGTAAACTCTTATAACTTTAATTGATGTGATCCAA TTACAAAGCTTGAAATTATGTCAGAAACTGCTGTGTTAATGTTTGTTTTT ATGCATAGAACGTTAATCTCAAGGTAATAATGAGCTCAGAAAAAGAGGTT CGGATCACTTCTCCGGGCAGGCATAACTCCACCAGATAATTCTGACCAGT TGAAGATATCTGAGAAACAAAGTCAAGTAGCAGCTTGTAAGTAGTGTGAA TAAAGAAAAATATCTCTTGGAACGAGATGTAAATGCTCAGGCCTCGTATG GCCTTATTTGACACAGAGTAGAATTGAGGATAAACATAGGAGTAATTCTT GCCTTTGCCTTGTTATTTCCTTCCATCCTCCTTGTCAGAGCTGATTGTAG CTGATCTAATTTAACATTAAGACAGGTAAGCTGGTCGCCTCCAAATTTTT TTTCAAATTCTCAAGGTTACCATGTTCATTTTCTGTTTCTTTTTTTTAAT ATGCCCAAAATACACAAGATTTTCATCACTAACTATATTGTTATTTCTTA GATCAGAAATATGTATATGCTGGCAAAGGTTTACCTGGGGTTTCCTGGGC AAAGGAGGGAGTGAGAAATTTCATTGACAATCATTAATTATTGATTTCTT CTTAATATTTAGACACATTTGGTGTGGAAGAACATAAGAATATAGCGCCT GTATTTTTTATCAAATCATAATTATTAATTGAAAAAAAGTAGTGTTATGA ACTTAAAAAATAACTTACCAAAATATAAGATCAAAAATATTGGTCTCGAT GAGGAGTTCATCTTATATTTTATCAAAAATTGTTAAATTGAAATTTGCCA ATTAAATTCCAAAATACTGTTGTGCACTAATTTTTGAAAAAAAGAAGTTA ATATCATTTATTTTAATTGTAAATAGAAACACAAAACTACCAAGATTTTT TTCGTACTTTGAAAACCCAAAAAGTTATGGGGATTAATCTTGTAAAAAAA GAACCTTCGACAATTGGTTCATTTGTCCCAATATTACATAAATATTTATG TAATAAAATGTTACATAAATTATAAATACTAACTTAATATTAAGATTTAT AATTTATTTTTTAAAATGCACTGTTTTGTAGCATTTTTTCTTAACAATTC AAAATTGACGTTTGATCAAAAAATTGGAAAAATTAAAAAAAGTTATTCAG AAAATAACAGATATTCCAGTTATAAATAAATTTGTATGTGTTAAAAATAT ATTCAATAGAAGCTCCAGGCCAAATATTACAAACTTTGTTTTATGTAACA ATCCAATATTTTGTTGGAAATTCATTTTTTCCACTTAAAACAAAACAAAT AAAAAAAAATGCAATTTTCACCGATTTCATTTTTTATCCATGACTTGTTT TACATTGAATAAATTTAAAACGTTTTTATTCTTTTATTAATTTTTTGAAA AAACACAGTCACTTTTTTTATTCACAACTCAGTCCCTTATCTAGCCTTTT TGAGCTCCAAAAAACAATGTTTATGCTTTAAGTGTAGAATGCCCACACTT TTGTGACCAAGAGAGGCACCCTTATAAAGTGTCAGCCTCCTAGGCAGAAC AGCACCCATAGTCTATACCAAACTCCATAGTCCAAATACAATTTTGTCTA TAGAGATTAGGGATAATTATATACAATTAACTTGATGCTACATGGGAAAC ACCTGAGGTGACTACCTTGTAATCTTTTAGATAAAATACAACCTTTTTTT TTTAAACATCTAAACATACATATTAGGTGTAGAAAACCATTATTTTTAAT ATTTTTAAAATTCTTGTTTATCTCCTTGGCAATCAAAACAATGCTTACAT GGAGGTCAGACTCGAGGATTGCCATTATTTATTTACATTTTTGCAAACTC TTGACCCTTTAACATCAAAATTACGATAATGTATTGAACAGAACCAAAAT TTTGCGTGAGGGGCTGTTCATATTTTTCTTTTCACATTTTTAGCTCCCTG GTTGTCGTTTTACCATTGTTTGGAGAAAAATAAGCCGAAATGTATAATTA ATTGTATTTTCCCAGCGCTGGTGTTTATTTTTGATGCGCACTAAAACGAA ACTGAAAAGTGTTTTAGCACGAAATCTTATCTTTCTAAAACCCTTTAGCG TAAACTGATCTATTCCCATTTGAAGTCAATCTGGTTGCTTATTTTCTAAT GGGTTGGCCTTTTTTCGTAAGACTTTTGGGAATGATTATTTTTGGAACTC TCAAAAGTGTTTTCTTCCTTCCACTTCCACCACCCTTGTTCTCGATGCTC TCCTTGGAATGGTGACAGTTCCACTCCTTTCAAATGCTTCAGACATGAGT GTCGATGTCCCAACCGAACTCACTCTMCCTTTCCCCGTCATAATGTTGCC CTACAGACCTGCTTCGGGTGATTAAGTTGTACTCCGTCACCATTCTGTGA CATCATATTTTTCTAATAGTCATGTGTAAATTTCAATTAAGAAAAAGCAA AATTCATACAGGGTGCTTTCCTTACCTTACATTTGGACAAATTTTTAGGA TTCTTTATGCCAACATGCTTTTGTTTACATTTTTTCAACATTGAACTTCT TTTTAGAGAAGCGGAAAATTATAAAAGAGGACATCAATTTCTTGACAAAA TATATATTTAGTATTTTTTATAAAAAACAGTCAAAAATTACAACATTTAT ATATGGATACTCCATGCAATATTCAATTTGTTTTCATTCTCATCATGAAA AATCGATAGTACATCCTTTACATCAAATTATTCATCACATTAGGTTGTAA CTTGTACACAACGTATGAACACAAACGTGCTCAGAAATGTTTATGACCTA ACAAAGATACAAGATATTTTTATGTAATTTATTTTTCAAGTTATTCTCCA TGTAACTCAACACACTGCTTCCAGCGATGCTCCGATCTCTGTAACCCGTA CAAATAGTCCTCTGCGTTTTTCTCTGCAAAATAGTTGTTCCCTAGACACT TTTTGTTTTTGGCTCATTTACTCCATGTTGGGTTGACTTAGACGCGTCAA ATTTCCACAAAACAAGCCTTAAGATGTCTTCCATTGTTTGAATTTATTTC AAGGTTACACTTTGAAAAATAAATATTTAATAATCGTAATAATCATTTTC ATAAAGAGACTTAAATCAACTTACAAAAACAACCATTATATAATTACTAC ACCTCCAATATCTTATATCAATAAACTTTGGTGAGTAATTCTCAACAGAT GCTAGATAAATGTGACTAGYTTTTTTAATGTATSCTGCCATATTCACGCT GAGGTTGGGTTTTTTTTAGACGAGTATTGTATATATTTGATGATGTAAAA ATACCTTTTGTTTGTTATTTATTTGATGCAGCTGATAGTCTGCAAAAATA TGTTCATTTGACAATGAAAGAACTTTCTATAAATTGGATCTTTTTTTTTC TCGAAGAAATTCAATTATTCTTTAAATAGAAATTATGATATAATTTAACA AAACATGAATAGTAATCAATTTATGAAAATTTAATCATTTTTCTCATCTC GAAAACTTTTTTTAAAATAAAACAAAATAAATTAAGTGCTCTTCCTTCTT TTATTTACTGTTATTGATAAATTACACGCCTGAGAATTCTTTCTTTTTTC CTATTTGCATAATTCATAATTTCTTAAAAGATAATTATTCTTTTTTAGTC TTTTTTTATTTGAATAAATTATTTACATATGTATTATTGATGAGGCTTGT TCCATGACCAATTTTTTATTCAGTTTGATCTTTAGTGGGGTTTTAAGCAT GATTAGAATCGATATTTTTTGTTTGTATATTTTATATTAAACCTATTTTT TTTTTTTGTCTCAAAATATCAGGTGATCTATTGAAATCTGAACATTTACT AATTCAATCATTCATGAAGGTTAAGTGATTGAAATTAATTCATATTTCAA TATATATTAAAGCATAAACAATTAATTACAATACATACACTTTGTGTAAA AAAGTGATATCTGCCAAAAGCTATAATTAAAGGACAAATTCTTTTAATCC CCAAAAAGGGAAATGATTTAAACCTTGACAAATGGAGACCAATCACTGTA CTAAACAAAACATACAGAATACTTTCAGGAGTGATAGGAAGTCAGATTGA ACCTATTTTAAATAAAAACATAGGCCCAGAGTTAAGAGGGTTTTTGAAAG GAAGAAAAATATCTGACATTTCCCGGAATATTCAGACATGAATTGAAGCA GTTGATGGGAACAAGCATTTTGGAGCCAGTACTGCGATAGATTTTTCAAA AACAATCTCACATTTTGAGATCGGTGAAAAAACTACTACCAGGCAGTTTT TTTTAACCCTGTCAGGGCATTGCTAGCTACAAGATCATCGACAGTTACTG TTGGAAGTAAAGAAAGCAGACCGCTTTACTGAAGCAAAAGTAGTCGGTAG GGCTGTCTTTCGGGCCCCTCTGCTCTTTGTAGCTACAATAGAAGAGCTAA GAACCACCATGACCAAAAAATATCTAGGATTTGGTGTAAATTTTGGATGT ATTAGACATCTTATAGATCTTTATGCCAATGGTGTGACCGAGATTATAGA AGGGAACTGGGAAGTTCAATTGCAAAGAAGAAAGAATAGAAATGGTCGTA TCTTATTTTACAACGTTCGAAAAAAAGTCGGGATTTAAAATCAATCAATC AAAGACTGCAATTCTCCCGATTTATTGGCTTATGGCATCCGAGAAAAGGT TTCAAATTGTTAAACCAAAGAAATGATAACTGGTTTAGGCGTTAAATAGT TGGGCTGTGGTCCTTCAGAATTCAATTGACAGGAACGAAAAACAAAAACG AGAGTTAATAATTTTATCAAAGCTTGGCTCAATTTTAACTTTCAAAAAAG AATAGACCTTTAGAACACTTTTGTTTTTCCAAATGTTTTGTATAAGACTA TCTCTTTACTACCAATATTGGCAGAGGATGCCTTATTAGAGGAAAAGTTT TGGCTAGATAATCTTCTTCATCGGAATTGCATTTCTTCTTTAAAGAGACC AAGAAATCGATTGAGTTGTGGGCTCAAATCTTTTATGGACATAATCGCAA AAATTTATCGAATGTTTTTGTTGATACAACGAAGAATCCCTACAAAGAGT GGAGATATGTGATAGCATCAAGTCCATACTATGAATATGTTATACTTGGA ACTGATATTATAAATGGATATATCGACGATTTTTCCCCTATGACTTTTCT GCAACACATAGGGTTCTTTGGAAAGGGACTCTCACTTACGATTGTGGAAC GACTGTGGATATAATTCATAAGAATCTTGAAAAAAACCTTTTTTTAAGAA TTTACGCGACCCTATGTCTTTGGAATGGGAGGCACTTAGAAAAATCAGCT AACAATACATACATTGGTGTTCACTCTCTTTTTTTACCAGGAAGTTTAAA TATCCTCACATTAGACATGCCAAGCTACTCAAGTAAAGGTAAAGTTTCAT ACTACTTTTGAACCACTTACTACTGTGTTGTCTTTATATAATGATCATTA ATGAATAAAATTATTTTTAAAAAAAATTCACGAAAAGAACAAATATTATC TTATCTTATATTATTTGACATTTATATCATGAGAAAAATATCACTTTATG CCCAAATGTCCTAAATGGTCTTTCCGTGAAATGTAATTCGTCCATCAAAT TTTCCTTGGGCTAATAATCCTCTCACGCTATACGCCTGATTCTTGAAGTC TAGGATGATGAGTTATGGAACACATTTAACTTTAAATGACGCTATTTTTG GTTGATCTTCAAATTTTGAAATACAACTGACGTCAGTTACAATTCATTTA TGAATTGGGATCTTGAAATGTCAGTAGCAATATTTAATTACAATTTTATA TCCGCTATTTTTAATAGCAAGGTCGTGTATTCAATTGAACAACAGCTGAA GCAAAAATGAAGAAGCTTTGTATATATCACATGTCTCTAAGTGTAAAAAT ATTCGAGCAACAACAAATGTGGCAACGCGTGTACGATCTCCTCGGCCCCG GCGTCAGTGCATTCCTTTCAGTTAAGTTTTCATCGAAACAAACAATGAGA TCAGATTTAATCTTTGCCACGTTGTGAATCGCCGGGAACTAGATGAGAAG CATGCCAATTCCAGAGGAACCCACAAAGCCAAGACTCATCATTGCAGCTT AATGGTTGGTCGTTTTAATGATGTCAGCCTCTTCCTTGTGGGTTTTTCGT ACGAAATGAACCGGTCGTTCTGGCAATTAAAGACTGGATTCACAGTCCAA GATTTATTGCTGCTTAAGATATTAACACAACCAGAAGGCACCAACTAGTT GAAGAAGCCCTACTTTCATACTTTATTGTAAGGGTGAGCAATGCCATCTC CTTCATCAAGAGACACTTCCCACCCTCCTTCATCATGACCTTGGGAACCG CCATGGTCTATATCCCCAAGCTTTTATCATGTTGTTGAGTGGATTTCTTT GGATCAGCCTCGATTGCCCTTTTGATATCCTTGGAGTCAACCATGGTCTT TCAACCGCTTCAGCTTTTCTGTCAAGGAGGCTATTGGAAAACAAGCTTTT TGATACTGTAGACCGTATACCTTACGCCCCTCAGCTACTTGGATATTTCT GATGGTGTCAACCCGGAAAATTACAAACGCATACTTTACACGGTTGTCTC TTTAGCTATTTTTTTAATGTCACGAGCTTTGTTTTTCTTCTAAACTAAGT TTAAGCTTCCAGCTGATGTCTCAATTTTTATTTGACAATCACAACATCCA CCCCCTTAATTGCTAATAAATTCTTTTGTTACAGCCTTACAACATTACAG TTTACTTATTGAGGAAGGGTGAAGGGGCCGAATGAGTTTTCAAACCGGTC CAGGATATTTAGAAAAAAACAGAAGGCTAATAAGTATATTCATTCTTAAC TAATTAAATATCCCCCCCCCTTCCCCCTTATGAATAATAATTTTCCTCTT TTTACTCCAAAAATTATTTTAATTAACTTTTTCTCCTATTTTCTATTTCT CAATAGCATGAACGTCTTTGGAGCAAAGGATTCCATGAATAGGGACTGTA GAGGTAACTTTTACTTAGCAAGCAACGTAAAGCCACTTGAAGGATCCTTT GGAGTGTCGAAAGAGTCCTTTTTAGGGCTACAAAAGAAGTATGAGATTCA AGGTATGTAATTCTCCATTTTCATTCAACCGCAAAAACAAAATGGTTGAG AATTGGTTTTTTTGTTTTCTTTTTAAACTATAAAAGATTTGTATAGTTTC CAAAATAGGAACGACTTTTTTTGTGTATTCTTACGAACAATGCTCTCATT TCTTATCATTTCCCAGACTCAAATAAATGTACAGTGAGCTATGAAAGAAA AAGAGATAATTTTTGACAAAAGAAATAAAAAGTTGGCAATGTTTTTTTTT GTTTTGTATGTTGACTTCCATTTTTACCCTTCTTTCCTTTTACAACAACT TGGGAGACGATGGGGCGGCTTACATATTACACACAAACAAAGAATATATA TATATGTTCCCCGTCAACAAAAAAGCAATCTACGATAATTTTACTTAAAA TGGAGTGTGGTTTACATTCGAATTCTTATACGAATATTCGTCAAATAAAT CAAACAATTGATTTATATTGACACATCGTGTGAGCCAAAATGAACTTGTA GTAGTAAAAAAATTGATCGGTATAATAAAAGTATACAAAGTAAATGCTTG AAAGGGGCCCCATCAGGGTCCAATTGAGTATCTTAAGTCAAATAAAGGTT TTATAACTTTCATAGGAAAAAATCCTTGGGTATCTAATTCATTCCACAAA TTTGAATACATAATATATTGATATTGATTTGTTTATTTGTCTTTATGGAT GCACTAATATATGAAAATGAATCACTTGGTGCAGAGTGGCTAGTGCTCCA TGGTGTATATCATAAGTATATTTGAAGTTAAGATATAACAACTTAGTCGT ATTAATGAAAGAATTCAGGAGATAGCATATATGTGGCATCGAACTTTTTA TAGAGTGCTCCCTGAGGTAAATAATATCAGAAATAATAATGAATTTCAAT AAAAGAAATATTACAGGTGTGTGCAAGTGTAACAAGATACCTTTTTCTGT TTTTTTTATTTTAAATATTGATATTTAAAAATCACGTTTGAATATATAAA AATGTCATTTTTTATGAGAGAAAGTTGAATTTTCTCTGATGTAGACATAA GACAATGTTAAACAATTTCTGAAGCAATAACTTTCTGATGATTTCATAAG ACACATTTATAAAAGGGCTGATATAGTAATAATTATAATAAGTTGAAATT AAACATCAGATATGGTAAAGAAACGTTCTTTAGATACAAGGGCTGTTTGC ATGATGGAGGGTGAGTCAAGCCAGAGAGACGAGGAAAATAGTTTCAAGTT ACATCTCTGGTCAATTGAAAATTGGTGGATAATAGTTGAGGGTGGACAAA TCTTTTTTAATGAAGGTTGTCAAGGGAGGATTTTTTTTTACAAAGTTGTC AAATTTTTGAACAAACAAGGGAACCCCACTGGAAAACTTGCTGCAAGGTT GACTGCACAGGATCATCCAAAATCCAAGTCCTCTGTGCACAACAACTTGT GACGAACTTAGAATGTTTTTCTCCTCAAACCTTATCTGAATCTTAAACTT TCGGAAGACCAAAGGGATCTAGACTTCAATTCTGTCGAGTTCTTAAAACA CTTGATAGCAGATGACAGAAAATTGAGGATCTTCATTGATGAAAGTATAT TCAAAACCTGATTGAACATTCGTGTGTTCTAAGAAAAGACGGAGAGTAAC CTTGAAGATTTCTTGCAGAGTTAAATTTGTAAGTCCTTATAAGACTCAGA GTAGAATTAAGGATCGACATCTGAGTAATTACTACTAATATCAGTGCTAT ATACAGAGCAGGATTCGAGTCTATTTCCTTCGTCTCATATGTGCTTGCAG ATTATTTAATCAAACGTTATTATAGCCACTATAATTAATATTAATTAGTA TGATTGTGCAATAAGTTTTGTTAATTGTTCAATAAATTTTGGTAATTGTT CTTAAGGTTTTTTTGCCCATTTATTTTCTTCTCCTCCTCTCTTTTTGTCA CAGCTGATTGAAGCTGATCTAATGAAAAAACATTTTAGAAATTTTTCAGC GTTACCATATTGATTTTTCGTTTTTTTTTTTTAATATGCCAAAAATACAT ATACACGATTTTCAACTATTTATGTGTATTTCTTTCTATAGAAGGGACCA AGCATCGAACCATCAGAGATTGAGTTCTAGAGGATAACGTCTCCCCGGTA TGTTATACTTCAATATTCAATGCTATAAGAACAAAACTACTTTTTCATAA TTATGAAATATGATTCACGGATATATTATAAAGGGTAAAAACCATTTTTG TGAATAGTTTAAATTAATATAAAATGTAGGTAAAGCGGATTGAAGAAAGA ATCAATAAAAGGCTCCTCAAATAACGAAAAATTTCTTTAATGCTTCATAC AAATGCACTGTTGTAATACTCATATAAAGGGTAAACATCTAATATATTTT CACTAGACTGAAGCATCTGTTACCAAGTACGTGGGGCCGTATATATTATA TTTTTTTCATCATTACGCGTAATAGATTTGTGGAAATTTGATTTAGTTTC TTTCTTGGCAGAGGCAATAAGTGAAGCAATTGCCATGTATACATTAGATA TCTGCTTATAAGGAGGACTTTCTCTACATACTTTTAGTGGTATAGAAGTA GGAAGATAGGCAGTGAAGGAGACTTGAATGTCATATTCAAGTGATATATG GATACAGATTTATTCAATATTGTCCTAGACATACAAATTAAGGTGCTATA TAATTTTGCCTTAAAATATTTTGTCTCAGGACATTTTGCGTTAGAGCCAT TTTGTCACAAGGATAATTTCGCCTTCGTATATAAATAAATTAGATTTATA CGTAATTATTGTTTATTTTTGGTTAAAATTGATGCTATCTATATTAGACG TAGTGCTAATCCCTTCTCTGTTACTAATTACTTTTAAAAATGATGAATTA TTCATACTAGAAAATAATCATGGAAGGACAAATATTCATAATATGAGATA TGAATATTATTCCATTACTATTACAAAATATATATACATATATATATATT TAGTTATAAATATTACATATAGGGTTGCCTAAATAAATACGGACTAAAGT TAATTCATAATAAGACTGCTATCCTTTCACTGAGTTNNNNNNNNNNNNNN NNNAATTCAGAGGTTGCAGTCTTGTGCATAATATTTTCTCAATTTTTTAT CAAAATGAACACTTAGAGTCATAGAACAAACCAAAAGATCCACTGTCATC GAACTCGCTCGTGCAGYCCATGGAGAAGTAGTTATTATCAAGCTCGCGGA ATATCCTAGGAGCACTGTCTACGACATCTACACCAGCTTCAAAAATGGGG AAAAGGAGGAAAAATCCTCACATAGTTCCGAAAGTGATCGTAAAGTCACT CCTAGGTTTCTGGCAGGCCTGAAGAGGCCGCTGATCCATCCTTGAATAAG AAAATACTGGCCAGGAGAAAAGGTGGGGCTCGCKGCACCATCTAATAGAC ATGGGGGGGGGGGGGCTTGGTATGGCCTCCTACAAGTTGTCTGTGCGTCA TCTGTTGACTAAGGAAACAGAAGGGGGTCAGGTTGGCCCACTGCAAGACT CTGCTCTCTGGGCTCAAAATGTCCAATGCAGGTCACACCATCATTCTCTC AGATGAGAAAATACTCACTATTGAACGCTAAACCAACTCTCAAAATGACA GATGTCTCTCCATGTCCAAGTACAATTTCCCCTAAGAATACAAGTCCAAG AACTCCAGCTTCATCATGGTCTTCCAGCACAGGAAAGGTCATGTCACCAT TTTTCTTCAAGAAGGGAGAAAAGGTCAATTCTTCTGTGTYCGTGGAGTGC TTGAGGTCCTCTGTGCTTCCGTGGGTACAGGCAAACGTCCCTAAGGCACC GTACATGTAGCAACAGGACTTTGGCGCTTGCCGCACGTCCAAGNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNATGTCTACTCAAAGCAACATAACAGCGTGGACAGCCTGGA GGCAACCATGAAGAAGGAGTGGGTGAGGATCTTAGCTACAGATGTGGAGA ATGCTGCAAGAGCTGCAGGGCCAAGATCGAGAAAGTGATGGCCGCTGAGG GCAGTCACATTGAATAAAATAATACATAAATGTCAAAAAAAAATTGTTGT TTTATTGCTTACATCTTTATCTATCATCCATTTTAGAAATTTTTAGAAAT TTTCTCAGATTTTTCTCAGCAACCCTGTACTTTGATTAAATAATTCAAAG GGAACATCAATATTAACTAAAAATAAACAATAACGATTTATAATCTCATT TATCTATATATTAAGTTGAGATATCCTTGTTGAAAAAACGCCTTAAGGGG AAATAGTTTAGGACAAAATGTCCTGAGGCAAAATAGCTTCAGACAAAGTA ACCAGGGACCACAAAAWAAATCGATGAATATGAGATATTTNAAAAAAAAA AAAATTGCCAATATTATTGGCAATGGGTAATTAAGGTGAGTAATGTATTA TTACCAAGTCTTAAATTTATATACAGCAAAAATATAATTCACATCTACGA GTATAACGAAAGTTGACTAGCTGGATCATACAGAAAATCCAAAATTAATT TGAACGTAGAAATTATAGAAAAACATAAAATTCGGTAGTTTTTTTTTTAG TTTGTAATTTAAACAGGATTTTAAATTTGCCAAAGCTGTTATAATTATTA TTTAATTGTAGAAAAAATAATATCTAAAGATATATTAATCACTGGCGCGT CTATTCATGAAAGACATCTGCTTTTGTCTCAAGGTTTACTTTATAATTAT AAGTGTGGATCTTTCTTGAACTCGGAGTAGAGTTGAGGATCGATATACAG AGTGGGACTTGAATGGTTATTTCCTCCCTCTTACTGCACCTTGTAGATGA TCTAATAAAACTTCATGATAAGTGAGCTACTCTTCTTCAACTTGTCAAGA TTACTACTATGTTTATTTTGGTTGTTTTTTTTTTACATACCCGCAGGTCA TATTTCCTGCATCACTGACAGTAAGTATAAAACAATCATAGTTAAGAGAC CTTAACATTAGAATGTTATATTTTTCCTTATTTTGGTTAGAGTGGAGAAT GGTTACCAAATTACTAACCTTAGGTAGTGTATGTATATGGTAGAACATTG TAGGAGAGAGTATATTTCTTTTGTAATCAATCAATAGAATCATTCAAACA TTTTTTGCTCGAGTGTACTCATACGTATTTAATTAACATAATCAAGAGGA AATCAGCTATATTATGGTAAAAAGTACAATTTCTTATATATAAGCACAAC AAAACCAATGCTTTAATATTACGAAATATTGTTGTAACATTAATTTTTTG TTCAGTTAATAAACTGAAATATACTACTTTAACAAAAAAAAAAAAAATAA CAACATCCCTCAGAGGTAACAGTTTTCACGTAGTGAATCTTAGAGACGGA ATTGGCTAATGCAAGGTTTCGTAAGTAAACACTATGAATATGTAAATTCT TATTATTTTAAATTTTCGTCAACTTTTTATATATCCTTTTCCGTTGAGAA CATGCAATATTATTATCATTCCTTTCTTTATTGCAGCTATTATACACGCG ATGTTTGTACATAGCATGTTTGAATTAGGGTTTCTCTTCTGAGGTCCCGG GATCATATATTTCCTGAAATTATCGTAGTTTTCACCTAGGGGAAATTGCA AAAAAAATCCAACATTGAAATATTTCGTAATAGATGCTTCATTTAATTAT TGTTTGTGGAACTAACCGGCATTACTTGGAGATACAGCAGTGGATGATAC GGTGACAAACACCCCAACCAACTTTCTTTTGTATATGACACCCTGACCTT TACCTACACAGGCTCATTTGTATATTGTTATTTTTTAAATCAAGTAATCA TGCAGCTCTAAGATATCAAACATTCTTCTCAAAAATAATTCCTCGATAAA CATAACTTTGGTTGATTATTATATACGTATACCGAGCTCACGTTTTAGCC CACGGTTTGGGCCTTGTATTTCAAAAATACACAGCCCAAGCTACACCAAA AATTAGCTCATTTATCAGTAATTATTTAAATTTGTATCGCAGATTGGGTT ACAGAATTCAAATCAGCGGAGCTGTGGCTCTAAATAAGCCAATCTGTACC CCGTTATTGAATAAAAAAATACATAAATAAAATATATAGACCTATTCACA CTGCTCTCAATAAAAAAAATTAGTAGAGATGGGACGAATTCATTTATGCA TAAAGTATGTCCAACCGGTATGTAAAAATAAGAGACATCTAAAATTAACA TGGTCAAATTACAATTTAAAGAATGTTTACAAAGAGAGTAGCTTATGTGT CATGAGGTTTAATTACAAGAAACCATGAAAGATAGGAAAAATGCACAAAT ACTTCTCCGTCAATAGCTCTTATATAGGCTGTAACAACAACGATATCGAT CCTCAATTCTACTCCAAGTCCAAAAAAAACTAACACTTTAACCCCAGTGT TATAATCGTCATTGTTACTCTTTGTCGTTAACAATCAAACACAATTAATT ACTTTATAATTATATAATCTATCTTCAAAAATTATAATTAATAATGACAA AAGCTTTCAAATTTTTTTTTTTTAATTACATTGAAAAAAAAAAGCCGTTC CTTCTTCTAGGATATGTTTCTTACACCTCTGGATATATTTTTTAGAATTC GCCGAGATAAAACTGTTATATTATCACCAAAAATCCCTTTATCAAGAATA ACTCAAGTCAAAAAAAGTTCCTTGCGCACCTAAACAATTTTATACCTATC ACCATAAAAAGTAATAATTATTTTTCAATGACATGTCACTGCCTCTTGCC TTAGAGTCATCAGTATCTGAGTCAGGGCGGGAGCTGCGATTATTCTTTGG AGAGTGGGGTTCAGGCATTTGACTATTATTTTTGAATTTTACAAGGGACA AAGAATAATTTCCCATCCTAATAACTTAAAAATTAAAATTAAAAAATATA TAGGGCTTTCATTTGATCGAAAAATAATATTTCTAATAAATAACTTTGGT TTATTTTTACTAAAGTAAAAATTAATTGCGTCAATTATTAATCCAAGAAC AACGGCAGACGTTCCCTTCCTACTTTAATATTTCAGTGGGGCCTTAAGAA ATGGCCCTATCTTTTGGCAAGACTAAATAGAAAAATTTATTCATTCTTCT GATAATAGAGGAATAAAGATTTTAATTTCTCTATCTTTATTATTTACTAA TTATGTGCTGTAATTTGAATTTTGCTACTCGAGTATTTTCGATTTAAAAA TAAATAAAAAACACTATATAAAATATGACAAATAGGGTAGAGGAGATGGA ATATATTAAGGCAATGGGCAATAATTTCTCCGATGTCGATCCTGAATTCT ACTATGATTCAAACAAAGACTTACTATGGTAACTCTACAATTAAATACTC ACCTACTTATTCCTCGTCTTTTATGATCGCACGTAAATTTCCTATCAAGT TTTGAATATAATTGGTTCTTGTAGAAAATGTAATTAACTCCTCAGGAATT AAATAATAATGACACTAGTTTAGGAAAAGAAATTTCCTTTTTCAGATTAC CAACTCAAAAAAAAAAAAAGAAAAAAAGGGAGATTTACAAAATGCATGAA CCTTTTCGAATCCGAATAATGGAAATGCGATTTGAAAATTTACATGGTAT AGTTTGCACGAAAACGAACAATGGATATCCAACGGTTGAATGTCTTAAAA GAAAATGTCCGTATTTTATGTATGAGAGCCTAACTTTTGATGTCTTCTTT GTTTACCTAGCACGGATCTAGTACCAATGGACGAGTTTTGCTCGAGGCAC GTCACTATTATTGACAAACGGGATCATTCTATTTAAAAGTGTATATATTT TCTGGAATCCAAGATAATATCCCGGGAAATGTGTAATCCATGCATCTATG TAAAATGTACATTGAGACGATTTCTATTCAAAATGTCTAATTTATTTTGT GTATGTAATTTGTTTATTTTTTAAATGTACAGAATGACGACAAAAGCTTT TCATTTACGATGAGAGAAAGAGAGAGAGGAAAGAAATTACATACAACTGT ACGTTTAAGTTAATATATTTCATCTCGTTCGTGTTTTTTTTATGTCCCTA ACGAGGGAATAGAGGGGAAACCAGTTTCAGTCGGAGTAATAATTATCATA TATATATATGACAATATATATACAGAGTGCACAATAGAAAATGGTTGGTT GTCAAAAGAGTGTTTTGCTCTTATTAAAAGTGTTTCGAGGTTGAGTAGTA ACATTAAAAGTTCTTCTTTATTGTACTTGGTGGTAAATTAAAATCTGAAC ACTGACTAATTCAATAATTAATGAAGGTTGAGTGACTGAAATTAATTCAT ATTTCGATATATTAAAGCATATACAATTAGTTATTTAATGAAACAAACCT AAGCTCTCTAGTTTACCGAAAAATCTAAAAAATGGCACATGAACTTGATC AAATAAGTTCCTTTTGCGCACTCCAAGCAGTTTGGCGTCTCCGGGACCAC TTTCTACACAGCAAGAAAGTTCGAAACATTAGAGAGGAAGAATAACTCGG TCAAATAGGCCTAATTGGATCCGGTGGAGTAAAAGCAAAACAAAAAAAAC GAACAAAACATGACATCTAGAAATTTCTTATCTCCTACTGGATTAGGAAG TTGTCAGATAACCACCAATACTGGTCCGACCTCTTGCTTGCCTTTCTTGA GAAGAATCACATTTATTATAGTATGGAACCACACTATAGCCTCTCAATAA CAGACTTATAGCTTGGTTAAGTCTGAGCCAGAATCAAAGGGTTTTGTGAT GGATCAGTCGATGTATTTAAAAAGTTGAGCTCTCCTTGTTGTAGGAGATG CCTATAAAAGACACATTTAACGTGAACTGTATTACAGATCGTGATTCGGA AATTGTAGCTGATGTCGTGGTGTCCAACTCTTTGGTAAGAAAAATGGTTT TTAAATTTTATGAATCAGTTTGAAGAAAATGTACGGGCGTACAACGCCCT GTACTTCCTTTTAGAATGAAAATAACCATACTAACTAGGTAATGCAAGCC TAAGAAAATATTTATACAGCTCAACTTTTACTCCTTTTATCTCTTATCTA AGTCGCCACGATATTCCAAAGACTCCTAAACAGAGTATGAAAGCAATTAA AAATAAAGATTTGACACCACCCGAGAATTTGTTCAAATATAAAGTTTTGT CAGGTACTCTTGAAGTTGCTGGTAAATACTTTAAAGACAGCTGATCTAAT TGTTTGTTCTGTGACACAACAACGGAAACGACCGACCATATTCTCTGGGA TTTGTAGCTTTCTAATTGTAACGGAATTCGAAAACTCTTAGAAGAAAATT TTAAATGCCGACTAAATAAACAAGACTTTTTATGTACTTCGAACAACGAA ACAATCGATGCAATTGTAACCAAGGTCCAATATATTATCTATACATTAGG AATTGTCAAAGAATATAATATTTCTGGAATGATGTAAAATTGTATTACAA ATGTTTTAACAAATTAGCTTGAATTTGAGTCCTTCACTATAGTTGTTTTA AATGTTTTACAATAATCATATTTTTTCTTACTAGGTTTTTTTTTTTTTTT ACTCATGATTGGAATTGTTTTCCAAACCTGTTGTGTTCTTAAATTATTAA ATGTTGATTCAAATTGCATGCCTTATCTAGAAAAAAAAATCTATCTCTTA TGTTGCAAAACTCTTCGGAATGAGTTTTTAATATATTTTTTGTGTTCTTT TGAACACTTATGCCACTTTAGGCCACCTTATAGCCCTGATGCCAACCCTT TCGACTACATCTTTTGGGTGCATCTCGAGGGAAGGTATACAATCTCCGTT ATCCAAACACTGTGGCCCTCAAATCCACTGCTAAGACAGGTTACATAAAT GATTAAGAGACTCAGATACACATCTATTTATTGAATTAGTCTTGTTATAA TTTTGTTATCAATTAATAATTTTATTCTTGTTGAAATTCAAAGTGTTCAT ATTTTAATGGACCACTTTCTTTAATGAATCACATACAATTGGGAGGTAAA CTCGCGCTTTAACCCGATAGCATAACAAACAAAAAGCCTATTTTAAAAAA ATCACATGCAACTTTTTTTTTTAATACATCTATCTATTATTTGGACATAA TTAACAGACAATGGTGTTCTAGTGGATTTGAATTTGAATTAGAGGCTATA AACTTTTGTAATAATAACATTAATTTATTTAGATTCGGGGACGATTTAAA GATATGTAAAATATTTTAAAACTCAAATACTAAACACTCCTCCAGTGATC CTAGATATTTGTATATCTCAATTTCAAATAAGAAATGCCGAGCTGTATCA AATAAAAATAAGCTAGTTGTGTGCTACTTTGGTGAGTCTGCACCCTGTAG GATATATATCTACATACAAAATAGGAAATGGTATTTATAACTGTGGAAGA AAATATTTTGTATCTAACTAAAGAGGAATGAATAAGCAATTTCCCTGAAT GAAATCTTGCTAACAAGGAGTTTGATTCTATATATTTATAGTCCATTCTA TGTCTCTTTTGTAATAACGAGATTTGTGTTGTTAAATGAGATAAAAAGAG GGGAGGGGCATCTAAGACATCAAGACCAAATACTTAATGTGGTATTTTGC CCTTAAATTGGGATTTATGACATCAAATATTACCAAAAACACGCTATTTC GTGTTTGTGTAAAAATATTTATAATCTATCAAATAAGTAAAACAAATTAA ATTTTCAAATATACTATTAGATACGGATACAGCTGTTGTGAAAAGACATG GTGGKTGATTCAATATTCACTTATTGCAAGCACAAACACTTGTAATATTA TCTAGTTTGTACTGGGTGTGTAGTATTATATTTGGGGGGAAAATTTTATA TATAATAAAACCCCGATTGGAATTTTGATTGCAAATACCACTAGATAGCT GGAAGTATATCATCTCTTTTTACGGACTGCTACAATCAAAAATGATACAA CCTGTTTTTAACTCTTTGTATCTGAACCAGGATATTACACACCACATAAA ATATTCTTATTCCTTTGAACCTACATTTTATTCGTAATACTTTTGAGTAT GCCCCTTAACACTAGAAAGACGTGGCTATCATTTTTTAATACCTCTTTGG GATTCAAGGAAATATTGTGAGAAATGTCTTCATTTTATTTGTTACTAAGT TCTTGAATTTTCATAGTTCAGATATTTAACCACAAAGAACAAGATTGAAA ATTAAAATAAGTAACCGTTTTGTTGATAGAGTGAATACTACACCGAGACA GACGTGGGTATTGTTTTTTATATCCAATCATTTCAAATAATCTTTTTGTT CTACAATTGTGTTTGAACGGGCTCAAGCAAGTTCAAACAAGAATGAACAA CTCCAAAAAGAAATTGTTTACCTTCCTGGTATAAATAAAAACATTGATTT ATTTGATCTGGCCATTCTGACTCCACCTGTTGGGTTGTCAAAGAAAAAAA ATATTCATTGAAGAAATAAGACATTATCTTGTATCATACTTTGATTCAAA AGGTGATGATTTAGCATTGAACAAGATGAATAATATGTACAACCACCCCG ATCTATTATTTCTGATTCTGAAGTTTTTTACAAGTTTCTTTGTCGTTATG TAATTTTGTTGAATAACATTATTAGTTTCGGTAGATGCTACATGTACTTT TTAATAAGCTCTTTGTGAACACTGTAAAAAACTTTGCACGAGTATTGATG GCTTACATTAACTTCAAGAAAAAAAGACCACAAGCTCTGCATTGACGCCC ACAACAATGATCTGGTCGACACCATCAAGGMCCTCATTGATGAAGAGCCA CTAAAGTCCCTGACGAAGATTGTAAGAGAGATGTCTCTCAGAATGTTGTA CACAAAATAGTAAAGGAATTACGTGAAATTAATAACTACAATCTCAGTGA AGGTCTGATACGCTGTAAAAAGACAATAATTTATCAATATGTTTTTTTTA AATGTCATATTATTCAAGCATTAAGGCTTGTTATTATTTTTACATGGGGG ATTACCCCCATTAAATAATTATGATACTTGATATAATCTCCCATGTAAAT AAGTATTGATTCAATCATTGAGATAAAAAATATAATCTTTCTTTGTTTAA TGAATAAAAGCTCGATAAATGAGTCATGAAATATATTCAATATATTATAT AACAATTCACGTCATCCATCAATCCAATGATACTTTATAAAGCTTCTTGT ATGAGTAATTATTAAAAGTTTTAAGAATAGTAGATAGTGAAAGGAACATA CGAGTGGAACGCACTCAGGGGCTGCAAGATTCAGGAAATCNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNTATGTTGATAAAATAAATATAAAAGCGCCGTGGTTTACTTATAT ATATTTGAATTTATATAATTTATTTTTTATAATAAATTATCACAGAATTT AAAAATAAAAAAAACAACACACTTCACCTCGAGAAATATGGAAAAACGAA AAGAGTTTCGTGAGTACCACGCCAAGTAGAAGGAAAATTGGTTCAAGTTT GGCTGCCCTTAAACTTTTTTGCCTGAGGAAATCATGTCTTGAACCATTTT GCCTCTACAGTAGTAGACATTACATATTTTGATTAAAAAAATTGAAGGGG AACATTAATTTCAATCAAAGATAACAAACAATAACTTGATTTTCATAATA CATTTTATTCACGACAAAAATGAAAAAAAAATCAATATTGAAGAAATAGG GCATTATATGGAATCACTTGGGAGAAAGTGTTCTTTTGAGCTCAATGTGC GTAGGGTCGTGCCCAGTTGATTCCTCGAGAAAGAAATATAATTGATTTAT ATGGACTTCACACTAGACTCCTAATTTAGTTAGAGTAATGTAGTAACTAC TATGATGTTTACTTTATCGGTGCAACTCCATCTAACAAATTAAACGAACA TTAAAAAAAAAAAAGAAGTCAACAACATCAAGTAAAAACAAAAAGGAAAT TAAAAGAGTTCAGTTCTTTTTAGACAAGAAAATATTTTGAATGAAGTCCT AGGTCCATCATCATTTTCAAATCGTAACATAATCACAGATAAAATATTAC CAGCTTATAAACCCTTGATCGATATTTATATAATTAATCACATTGTAGAA TGCACAATAGTTGAGGCTTGTTCCAAAATTTAGAATGATGTATGGACAAG CAAAAAACGAGACATACTACAATGAATTGCTATAATGTATGCGAGAGGAA TATTAGAAAAAGGAACATTTGGTAAAGAAATATGGAGATCAATCAGAATG ATATTAATAGTATAATTATATCGACNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNCACTATACAAGTAGGTCAGGTKAAATAATAATATTGATGTAGCAA CTATTCCCCAGAAMAACTTCGTATATATATTATACTCAATATATGCCTAA GAAGCTTGATAAATTTGGTATACAATTTTGGTTAGCAGTTGATGAACTGT CCAAATACTTGGTAAATTGATTTCCTTACTTGAAAAAAGATTCTCAGAAA CCATCTAAAAAACTTTATCCAAGTATGTTGTAATGAAGCTAACGTAGCCG TATTTCGAGGGAATGTTACAACGGATAATTTATTTACAAATGCAAATGAA CTTCAGAAAAATAGGAAGATTATTTACCAACTATGAACCGTTCTTGGAAA GTACAGGAAAGTGACTGGTAACACATTATTTTCAATTTTAGCAACCACAA ACATATTTTTCATATCAACCGTTGTTTAAAGGGGGTTATAGTGTTAAACA TTTCATGTTAGTATTAATTTAGCTTGATAATACTTGTTTAGGGCTTATTC GTACTCTTAACAATTTATTTTCGAGATTTAGTGAATATAATTAACTGTCT TGTTTAAAAGTCCTTTCATTGGTTTCCTTTTCATTTCTTCAACTCTTCTT TATTATTATAATCTTAAAGGTCTAATTATATATAATACACACAACCTTAT CAAAAACGGATCGACACTTATTTTGATTCCCAAAGTTTGTATAACATTTA CTGTTAGTACAATAAAATCCATAAACTGAGACCGAAATATAGATCCACAC ATTAAAAATGATGAATTTTTGATCTTTGGTCTGAGATTGCCGTTTGGACC AAAATATCAGTCCAAATCGGTCTTTATAAATAAATCAAGATCAAAACACT ATATATGTCGGTTGGCGTCTAAGTCTCAACACTTTAAATAAGTTATTAAT CCAAAACATCTTTTGTTATAATTCATATTGAAAACGGACGCAAATCGTTT TTTGAAATACTTACAAGTCTTGTGTTCGCTATGTGAGGACTTACTGCAGA TCAAAACTACATCTATAAAAAAGCTATTTTTTATATACTATAAATTTGAA AATATTATTTGGATAATTTCGTTATAAAATGTCATTATTATATGAAAATA AAATTAAAATTTTTAGCAAAGATCATTGATTATATATTATATTTCTAAAA ATTTAATCAAATCTTTAATCATTCTACATTAATATATATACTATAAATAG AGTTATTAAGTGTAGACAAATGGACAAACATTGCTTATATAGTATAAAAG ATCACTCCACAAGAAACCATTAGTGTTACTCACCGTTTTTAATGAGAACA CTCAAACTTGGCTAGATGTTCTCTTAAAGAATAACAGGTTGAGAATGTTT ATTTTTAATATGGCGTGATGATCCATGGAGTACATTAGTCCCTAGCACGC TACTAAGTTGAGTTTTAGCTACAAATGCTCGCGGCTAAAACTCATTTTGA GTCACATATATTCATTTTAATTTTATGTAATGTAATATTCTCTTTTAATA TGACCTTTAGCTAATCACGTTTGTTTTTAAAACTGATACCTCAATTCATA TTTTATAGTATATAACTGAGCAAAAAATATGAATAAATAACTGTATTGAG ATTAGAATAGGAAAAGCGGTTGTTGCTTGTGTTTTTTCTTTCATTTTTTT TGTTTCTGTTTATTCTTCGGCAATTCTTCGGTGTTATAACCTCTTATAAA GAATATGTGTTTTCCCGCCTACCATTGTGCAATATATTTAATATTATCAT TTAAATTTCTTAAAAAATTAACTCTTTATAATTTTACTTTCGTATAGTGT TATTTGAAATGTAAATATTATTTTTTCTAGTGTGAAAGCAAGTCTTATTC TATCCTCCAAGAACAAAGAATAATTGAATCGGATTCTTAAAATTTACATT TAATAAATAGTACTATATTTCTCCCCTATCGTCTCTTGATGCTCACCCAT CTGTCTCATTTTTAGCCTAAAATATTGATTAAAGAATTGTTTTTTTTATC AACTTATATTATATTTTTTTACCAAAAACATGTATTTCAAATAAATCAAA TCCCAAGAGATAATAATATCGATTGATGGGAAGATGAGGCAAAAATTTAC GAATTATTTTTAATGAAGTTATTAAAATTTCGGAATTCTTTATTCTATTT CTTTTACTTTGGAAATGAAACATGGTGCATATATTTTTTTTTGAAATGTT CAAAAATATGGAACTTCCTTTCAAGGACTTTTTCTATATATGTAGATCGG AATCAGAACCTTCAGACAGATTAAATCATTTCTTCAATTTTTATTGGAAT CGCTTCTAATGTGAAAGCATTTGAAGTATTGAGACTGGTTTGTATGACCC AGGCAACCTTCATTATCCTGGTTTTAAGCCTTTTCCTACTTTTAAACTAA AGAGATATACTAATGGTGTTACTTTAGGACAACGATAGAGTAAGTGCTCT GAAGTTTTGATACTATTTTGGCAGAAGAAGCATGTTTTGCTTCTTCCTTT AGTGCACAACTTGTTCATAAGTAGGGATTATGTTGTGATTTGACAKCKCA GCCACTTCTGCTTTGTTTTAGTACATAAATTTTCAAAGATAATCTCGCTG CTGACCGTTTTTTTGTAGAGACCAAGGAGGTCTTTCGAAAAGTCATTGCA AGTCCAAGAGATGGCATAATTGGCGTTTTTGTAAATTATGTTTACTTAGT AGCATATTTTGGACGAGGATACAACAACTTTCAGCCAGCTCGGTACATAT CTTTCTGTTCGACATTCCTTTGAATCGAGAAAGTGGAGTGATTTTCAAAA AATGGACGAAAAAAGAATCGTTTATTGATTAAAACATTGCTTTACGACAG ACAAAACGCCTCATGAGACTAAAAAGATGCTTGATAACCATGACGGGTAC ACTGCACCTTCAATAAAACAGTTTATTAATGGTTTCAAAAATTTGGGCGA GACCATATGGGCGGGCACAAGTGAGGCTGAACGTTCTGGACACCCTGTTG AGGTTACGACTCCAGAAGTCATTTATAAAATCAATGATATGATGATGGAT GACACAAAAGGGAATGTGTGAGAGATTGCTAGTTCTATGGACATCTCAAG TTGGCAATCACAACTACTGAGGTCTGAGGTGGTACATTGTCGAGATAGAA AATAATTTTGTTGTGAGTCAACCGTAGGCATTTTTCTTCTGCCATAATCT TTCCTACCAATTCCTCCATTCAAACGAATGCCAGATAGGCAGAAATTGAT AGATCTTGCTCAAAGTTGCGTGTGTTTTTCCAAGAGACGCTACTAACTAA ACATATCCTTAATAAGTGTCATTAGTCTCGACTTTTCAAACAACGACCTT TCTTAGTCTAATGACCCGATAGTTTACAATTTCAGTCTGTGATTTTTTCC CTTTTCCTACGATATTCCTCCAAATTTGTTTATTCCTTATTTTATCGAAT ACAATGTAGAAAGGCATTAGAGGTCATATTAATCCTCTCTTTGATGATTT TGTATGAATATAAATTTTAAAATTAATTAAAACACTTGTCAACAAGGGTT CCTGTCTCCACTCTATGTATTCTTTCATCCCCGTTATTTAGTGAGCTTTA AAGAAATCTTCCCAAGTGCGGAGTTTGTGATTGCAAGCCAAAGGTTCGTG TTCCATGCAAACACGTATTTTACAAATCCTTTTTATACAACTCTATACAT TTATACTTCATTTTTCTTTCTTTTTAATATGACGAACACGCTCAATGCTA CATGCTAAACGGAGGAGAGAGTTCATTAATATGACTGCATTGCTATATAT TAAAACTAAAATATATATATGGGTTATATACAGATAGAAAAACTTGACTT TATTAAAAAGGATATTTATGTTCTTTCATTAAATATATTATTTTTTGATT GACTTTTTTACTTGCCAAATAAATATTTAAATATTTGGCAGGGGTTGATA TCGGAGGAAATCTTATTAATCAATTAACTTTAATCAATTTTCATTTTTTT AATGAAAAGGTGTCTTTCATTTTTTTTTCTAACTAGTGTTTGTCTCCGGC TTGTCCCATAGTTATTTTTTGAACTATAACACAAAGTTTTTCAACTCTAT TCTTAGCTACATTCATTGTGAAGTAAAAGAAAAAAAAATCTCTCAGTATA CTCTGAGCTCTCATTAGTATGAGGGCCCTCACTTGGAATTTCATCACTTA ATAATTCCTCAAGTTCTGCTCATGTGGTAGTCAGTGATGTTTTGCATTCT ATGTTCTCTTTACTCACGTAAGCTCTTTACAATAAACTTCTTATCATGGA CTGACATATGTGCATAACGGGTGGTCTGTTGATCCAAGTAGAAGTAAAGG CCTGCTTTGTAAGTAGTCGATTACTTCGAAGTTCTTCCTTAGTATTTTTT GAGGGAATATCAAGTAATTTGTCAACTCATTTCTTTTCCCCTAATTGAGT TGCTGTTTTTTCCTTTGTCTTTGAGGACTTTTGTGTATATTTTATGGATT ATTTGGAAACGGATGACTGCATTTGGTTACGTTAATTTTTTAATCCTTGC CATATTCCAGAATAACATCACTGTATGCCCTCGCGGGACAACTTAACACA TGCCTTATTTTGTCCCTTGCCTCATCCTGTTTACTTGCATGGCCTACCAC TTTCCCGCTGCAAAGTTGTCGTCCAGACGACATTGTCTGAGTAATTCAAA AATACTAACTGATCAAAAACTACAAATTTCGATTTGTTGTTGCTTTGTTT ACTTTTTATAAACCATTACTGCATTTATTTCGCAGTATTGAATACTGCGA AATAAATATACTCCCTCCCCCCTTTTTACATGTATTCTCTTTGTCTTTTC CTACGTCGTTTTGGTCATTGTAATTTATGAATACCATATTTTTTTATTAC ACTTAAATTATTGAAAATTTCATCATCTTTCCTTTGGTACCACATTCAAC AACTATTGCAAAGGTACAGTAAAAAGAAAACATAATATCTTTTATTTTGA AGTCAATATATAGTCAAATCAACAAWAAATCGTTWTGGCTCATGTGGGGG GGGGGGGGATAGCCACACACCAAATTACCTAAATTTGGTATATCTATTTT TAAAAACAAATATTGAATGACAGCTTGATGCTCAATTTTGTACATTTTCA CAAAAACACACTCATCAACTCACTCAAATGACTGTTACATAACGAATGTG TGTCCCAAATGTCTGAAACTTTGAAGAGTAACTTAGAAGAGATGCTAGAT AGACGGTACTGGCTTTTATTTACAAGTACTGTCATCTTAACGTTGAGGTC GGAAACTTTTCAAACCACTCTCATATATATCAAAAAAGATTATCTGCATC CGAAAGTTTGGGGAACACAAATGTACTCGAATAGTTAATGTGAAGATTCG AACCGACCCGGATTTGATTAAATGTGTATCTGTTCTATCTTTAATAAATA TAAAGAAATTAAAGATTCTTAAAAACTAGATTGGATATAAAGAAACTAAT TATAATTAGTTTCTTTAATTTTAACTTTTTCATTTCTTACCATTCTTCCT TTCTTCTTTACTCTTTGTACCAATGACACGCAAGTATATGGACTTTTCTT ATAAAATTAATTCAAATATCATTTTTATCCTTGAAATCTGGTTGTAGCTT TATTTCTAATTGACCACAATATAGAGCGTTTTCCTGCGAGGTCTTTTTTT TTTTAAATTATAATTTAGATTTTTAATTATCAAATAAGATATTTTATAAG TTTCTGGTATATTTTTCTTCAAGCTATGAGCCTCTTAATAAAAAGAAACC ATTTTTAACTATAATAAATATAATTCAACTTAAAGATATGATAGAAAAGA AAAGGAGTTAAAATCATTAAACATTAGGGATTGAAGTATATAAATATGTT TGAATAGAAAATATAATCAGGGCATATTTGGAGTTAAGAAATAAAATACT ACTAAATTCATCATTGATATGTTGTTTTCCTACTATTTTGGCTGTTAAAC AGTTTTTTACATGTATGTTTAGGCTGTTCTAGTCGACAAATATTGATACT TTTTAAAACAAAACATGGAACTATATTTTTTTTTGTTCTCGATATGTTAT TGGAATTTTTATTGAAACTAATTGAAAATAAGTATGCATCAACTCCATTT TCACCAGATTATTTATTGTCTAATAAAAGGTGATTCCGACACAAACCTTT GTACGTTATAAATATACAAGTATAACTTGACTAACTTAAATATTATTTGT TCCTTTGACTGTAGAAAAATATAAATAGGTCAAAAGGAATTGTGGAAACG AACATATATTTAATTTTTATTCAATCTAATTGAAATAAATGTAATTTTTC TTAACTTTATATTTTTCTTTGAAAAAGGCATTGTTTTAACATTGTTCAGC TGTAAAAATAACACAAATCAACAGAACGCTGCTTAACTACAATGTTTGGA AGGAAAACGTCGTCTTTTAATTTATATTAATTTTATTATAAATATAGGAA GGTTTTAGTGAATATTTTTTGATATTTTGGTTCAACCATTCTTTGTAAAT AAGCAAACTCTTGTGAATATTTTGTCATCTCGTTAACATGAGCCAAGCCA AAAAGCAACATATCTCAGATTTACTAGGTGCCGAAGTTGAGGTGGCGAGG ATAATGGAAATTGTAAAGAACTCTCGGAGCCTGATGAGTGCTGGAGAATA ATTCTACTGGAAAGCAGGAATTGGAAAGCACAATGTAATCAGCGGTCCCA AATTTCTGTCCAGTTTGGCAAAGATCCCACCAAATTGATAAATCCAATAC CAAACGACATCTTTATGGGCTGTTAGGACCATAAGGAGGCCGTGAACGGC AAATTGGGATTGTCCTCATACACAAGGATCCCACCGTTAAGAAGAAAAAT ATTTAAGTAGTTCAAGTGCAACCTTTCGACTTATGTTTTGCTATCCAAAC CATTACATAAGTTTTCGTTAGACTTGACTTTGATTAATTCATATTCGTAA CAACTGGAACGATGTACAGTGGAGAGGATTGTTTTTATGCTTTCTGTAAT CCTCGCGTAGTGAAAATACTTTTTATAACGGAGTTAGTGAACTAGTTAAA AATAACCCACAAAAATAAAACTTATTTAGTTACATATTAAACAGTTGAGC AATTATAATAAGTATACTCAATAAATTTTGTATCATCCTTTAACTATATA ATTCATTTTGACCTCATAAATATCACTTCAAATGCTAAAAATACTTGTAT ACATATAAATAACTCATCTATAAAATATAAACCCCTATTTGAAAGTAATC GTAACATCATGAGTTGGGTTTTGAAGAACCTACAATTTGTTATTCTTATT GTAAAAACATTAAATTGAAAGTATCAGACTAATATAATATTATAAAAATA TGCTTTAAAAAAAATCAATTCCAGAAATTAAGTAACAATAAATATAAGGT TGTATTTTTAAGAGTTTATTAACCAAGTTTTGTTGTTCAAAATTACAGAT TAGTAAAATATTGTTGACATATTTGCCATAAAAGAATAACAATAGTATAT TTCGTAATAATATATTAGACCCTTGCTATCAAAAAATGAATTTGATTAAT AAATAAATAAAATTATTTATTGAAGAGAAACATCAAAATAAATGCACCAA TATGCAGTACCAAAAGAGAATATTTATTAATTGACAACATGTTTGGAACT AAAATACCCATACTATGAGGTAAGATCGAAATAGATTAATGATTAAGTTT TGCATAATATATGTTTAATCTATAACAGTTAATAACATAAAAATCTTGTC ACTTGATTTAAATTGATTATTTTTAAGATTGATTTATCAACTTTTCTCAA TTTTTGAGATTTTCAAATCAAAATGTGTCCATTAAGGACCATTTTTTTGA ACGTTTGATTGTTATTTTCTTGTTTAGATGAATAAAATGCAAATTAAAAA ATKCCTGGCGATACCAAAACCCCAACATTTCGGCCGACACTAATATTTAT TCTGGGTTGATCTTATCAAGTGGTACACTTAATCTAAATCTCAATAAATC CAAAATTTATTCGTAGATTGTCTTCAAACTTTGTTTCGTGACTCAAGATT CTTATGCAAAGTTTCCACTCAATTAAAAAAAAAACAACGAAAACGTGTAC AATGGAGTAACACCCGGAGTAGAAATTTTCCCTCCAGACTTGAACTCCTT GGACTATTCTATCGGAAAGAGAGTGTTTGTACTAATAACAAAAATCTCCG GTTATAGAGGCTTCCATTATGAAAGAGTTGCCCAATAAAAAGTCAGGCTT CATAGTCATTATATTGATAATATATATCATCCATAAATTTTCTGGATTTA AAATCCCCACCCTGTAAGTAATCTAACAGATTGTTCGTGTTGACTTGTCT AATTATTATTATATATTTTATACATGGACATAATATATAATCACAAAATT AATTATAAGTCTGTCTAATACATCTACTATTGCGTAAATCTATTCACTTT GTTAGAAGATATATTCAAAAGATCCTTTCTCAAAAAGTAAAAAAAAAGGT AAGAACAACCGAATATAACGGTTGTTTGCCACTATACGTGTTGCTAATCG GCAACTARTAACCATAAACGCTTACTTTCTAGAATTTAATCTTCGTCTCA AATAATCCCTTAAAATCCATTGTTGCCATATGATTTTTTCTTTCCTAAAA GGAAAGATTTAAAGAGTTATCCTTAACCTAAAAAATTCGAAGTAAAATAT TTTCAACACTCCTTTATTGAACTGGTATATTATAAACTCCGAGAACAATA AAAATTAGTATTGTACCAATGGCAAGTTTTTTCCTTTTTGAAGTATCGGA ATCGGTTATGGAAGTGTGTGCAKCCCTTCTGATRCCACCAAAKCCTAGCC ATAGTTATTTATACGTATGATAATATACAACAGCATTTTGCCTGCAAGCA GAAACCCCACCTTTACTATTGTAATTTAAGGCGTAGAACACAAATATGAC CTCAACTTTCAACCTCAAAAGATTTGGTCTTCAATTTAAGACTTTAGGGT ATAACCACGGTTCAGTGCCATATTTCGATATGAAATAACTATATAAATGA AAATCAAAGTAGAAAGGAAATTTCTAAAAACATTTGAGCAATTTAAAAAT GACATATTTATTATTTGATCTTGATTAAAATTAATAAACAAAATGTATAT AATGCAAGGGGCTCTAATAGGGKCGCCCCCCCCCCCTCACATATCTGGTA ATTGATTAATGGAACTTAATTATAGTCCGCTAAAAAATATTAAAATTACT CTAAGGAAAATAAAAAAATGTTAGAACAATTCATAGCATTGAGGTGGTTT CGTCCATTTCTAAAAAAATATTCCGAGAAATTAATTAGTAAAATAATTTC TTTATAAATAATTGTATAAATAAAGAATAGCAAAACTTTTAAAAATACAC TGAATGAATCCCAATACTTTTTCCAGCAAGGGACTTCTTTAAAATTAAAT TCACCAATTGCAATGGCCCCTATTCACCACCATCGCCTGAACATCACCCC TGGGTTGAACGCTATCTTCAAATCCACATTTTGGCTGTCCGGCAAGGAGC CGTATAGTATTTCGTGCTGCGTTGGTGATCTCCCAATATTTTTGAAAATA CTATATTTTTATTTTTTATTGTTTATCCAGAAAAAAATCGACTCATTTGC ATAATATTATCTTTATAATATCAACAAATCCATGACTTTTTAGATCCACG ATTGATCTTTCTGATAAATTTAACATGAACGTTTTGAAGTAAACGAAGAA GAGAATTTTCTTTTTTTTATATTTTATTCATAATTTTTACATTATGAACT TACAAAGGGTATTACATAGAATTTGGATTTATAAATTAATATATTTATAT ATATCAAGAACCTGCGTTTAGAATTATTGCCATGTTATAGTCAGCCATTG ATTAGATAGTTATTTATTTAATTTATATAAGCACTTCAAATACTAATTAA CAGTTGGCAACAAGACAAATACAATAAAAATATCATTAATTTCTTCCAAA TTTTATCTTTCTCTTTTGACAGTCAAGGTTGAGCTACGATAAAAGAATTC AAAGTGAGTTTTCTGATCAGTTATTAACAAAAATAAATAAGGATGCCATT TTTGTAATGAAAAAACACAGTTTAGAAATGGATAAAGGAAAAATGATTTT TACGCCTGTTCTTCTTTTTTGTTCATTATTTAAACCTTCATCAAGGTGCT GTTTTCTCTCTCATATGTCGTTATTCTTTCCTATCTTTGGTGATTATTTA CAATATACTATTGNCCATATAACTTATATCTGGATCCGAAATTTTGGGTG CCCTAAATTTACCCGAATATTTATGTCTAAGGATCCAAGAAAAGGTAGAT ATGTCCTATCTTTAGTTGCAACTACAAAAAATTGGTAGCACCTTTCATAA TCGTACGTTTCCAGCTAAATAAAGGATACTGGATAATAAATTAGAAATAT ATACTCTTGGGAAGAAAACATAAAATAGCCTGCCATTCCTGAACTATACA ATTGACAAAAATCTTTATTGATCTTTTCTGATACATAGCCAATGTCAAAT TAATTTATTCTATGATGCCGTTTGGCCTCATAGATGGTTTTTTGTGAAAA GAGTGGCAAGTATTGCAAACAAAGTTTGCGTGCATGGCAGCACACGATAA TTTTATGGATTCAATGTTCGGGTGATGAATGCTACAAACCTTCCTCTCGA TGTATTGCTGGAAAAAATGTCAAGAGGATTGACATCTGTGGTCACAAAAG GAGATATTGTTAGCTAAGAAGGTTTGAGTAATTTTTCATTGTAGATGGGT TTACGAGTCATTCCGGTGTGCCTGCCCAACTCTGTTGGAGTGACGAAGAT TTGTTGTCCTATACCTAGAATCTTGCTGCGATTACATATTTCGTCCGATA AAAAAAATCAAATACACAGTAAGATACATGGATACTTATACAATTACAGA CAGTTCTAATTTCTTCTCTCAGAATCTCTCAAATCACTGTAATACAAGTG TGTATGTTTCAACTTTCCATCCGGTAGTCAAAAAGCTGAAGTGAGTGACG TACATAATTTCCTCTAATAATATAATTCCATATATTTCTTAAATATTTTT TGTTGTAAACGTTGATAAATTGAATGAGGACTGATACGTGCTTAGTTTTT GTATTAATAGCCCTAACTGATATCTCATTATTTGACAATATATATTGTTC ATATTTAACAAGTGTTTATATATATTTAAGGATTCATAAATGGCATGTAT GCCACTGAAACTTGTATTCAATTTATATAAAAAAGGGCTAATTTACCATC AAAAGAAAAAAAAATCACCATCAACTACCTGAATTAACTCACCTGTAAAC AAATAATCATTTAATAGACCATCTTTAAAAAATTATACAAATTTTATAGT TTTCCACAACCTTAGCTTTTTTATGTTGCAAGTTAAATAAATTCATACTT ATAGATATTTGTATATACCAAAGTTGACATTCGGACCGAAACTGAATTTT TTTTCGGTTTTGGTCATAAGTTATATTTTCTAGACAGGTTAAGACCGATC TTTGAATACCGATTATGATCTCACACTATAAACAGAAATTTAATTGCTTG CAATAAAATGAACGATTATTTTGGTATTTCTCGCCACATACAATAAAACG ATCAATTCACAATGAGTAGATAATTTTAATATTTCAAAATTTAAGATTAA AATACAACTGACAACTATTGATTCCGTCTAAACTTGTCTCAAAATGATAC CTTTTTTTTTTTTGTGACCGATCTAATTTTATTATAGAAATTGGACTTTA TTATTGTAGAAACTCGGTCCGAGACCGAATTCATTGTTTGGTTCGGTGTT AAAAGATTATTATTGACCAAAATTTCGTTCCAGACCGTGAACCAATATTT AACTTGTTTTTAATACATTGACAAATCTTTTTCATTTAAATATATTGACA TATTTTTTCTCTCTCAGTATATAGACCGATTATCTTCCAACTCATAATTT ATGAGTTGCAGAAATGATATGACTAACACAATATTTTTAACTTGATATGA CGTCAATGTAAGTCAGTGTTCATAATTTGAAACACAACGAAAAAAAAGTT AAAGTATTATTATTTGTTAATTATTCATAAAAATGGGAAGAAAAGTGTTG GAGATTGCCACATTGCTTTACTCCGGCCATAGTTATTATGACATTCTTAT AAAACTAAAAGTCAACTGTCATAGAGTGTACAACATAACCAATATATATA TATAAAGACTTGAAATACATAAATTTCTGCCCTAAAGATTTTTGGCCTCT CCATTCCCCTGATTGAATCATTTGAAATTTTCGATAGCCTGGTATATTTA GTCTAACCCCTATAGAGTTTGCTACATCAAACTCAAAGCTTCTGTAGAGT CACACTATTGGAGGAAGATTACCAGTACTCGCATTGTGAAAGTATACACT ACCTTCCAACCTCTTCTAGAAGAAGATGGGGAATAAAATTTATAAATATA CATCTTTATAGTCTTCTAATCCTACATTTCATATATAATAATCAAGCAAA GTAAGTCTATCTGTGGGAATACTCATTTTTGAAGTGTGCAATTAAGAGGT GCATTAATTATATCAAAAGAAAGCTTGAATATGTATTGGTTAGCAAAATG TACAATATCCACTCTTTAGGCACTGTTTATAATTACTCATTTAAGTACAT ACTTCATTTTAACCATGTTTTTTTATTTTTTGTCGATTGCTAAAAGTGTA ATTTAGAGTTGGAATACTGACGTAAAAATATAAAAAAGATATCAAATATA GTTTTTCTTAACAAATATAAAGGTTAGAAGATAATAATCTTAAATAATTA TATAATTTTTTTTATAAGTTCTTTGTACAATTGTTCAACGATACAAATTC AAGCCTTCTTTTGATATAATTAATGCAACTCTCTGAGGGTGGATTGAAAA GCTTCCAACCTAATATCAAGACAAGACATTTTTATGAATGTTTACTGAAT TTTTGATATATTCTCCTTGAAATTCGACTCACTTCTCCCAGAAATTTTCC CATCTCTGTAACCTTTTGTTCACAAGTAACTTTTTGTTTTTAGCTCAAAT AGTCAGAGTTGGATCGACTTAGACACATCAAAATGTTAACAGATCAATCA TTTATTTATTTCCTGGGGTTTGAATCTATTTATAAGGTACACTCACATAA ACAAATATTTAATGACAGCTGAAAACACTCACANNNNNNNNNNNAAAAGA CTGTTTTGTGACAACTACGCGACCAAAATGGCTGAAACTTGGGTGAGTAA CTTTCGAAAAATGCTACATAGATGTGACAATCTTTTATTTACGTAAACAT TCATCTGTACATTGAGATTAGAAACTTTTCAGACTACACTTTTAGTACAG GTTCGTGCGTCTAAAACTTAACACTCATTTACATTTTACGACCTGCACAT ATTCGTGACATTATTGAGTTGAAACCAGTTTATTTTGAACAAAATAAAGG AAAGAAAAAATTCTATTTTTTCCATAATAAATAGAGTGTTGATCTTATCC AGCGCTATACATTTTTTTATTTTCAGTTTTTTTCAATAGTATAATTTAAA GAAGAGGTTTTGTGATGACATATATTTTACAAAATTATCTAAAATAGTGT TTGGTACAACTGTTAATTGATATGTGAGCCCTCAGCTCTATTAATTGCGT CAATACAAGGGCTGAATCACTTGCAGGCCTTAAATATGTAATAAGACTCG AGATTTGTCCWCTCCTTCTTGACGGAAGCCTCTAGTGGGCATTCCTTTGA GGACTAGCACATNCCCTCTTGTCCAGACACGTCCAGGTAGATTAGTACAA GGGGTTTGCGTCTGGAAAGGAGGGTAGCTATATGTTGATGTCCCAAAAGT CCAGAGAGTTGTCCTATTAGAAGGCCTGGGGCTTAACGGCACAATGACAT AGAGCTTCGTCTTGAGAGAAAACAAAGTTGTCCCAGAACTTTTCTCTGGA CAAAGGGAGCACTTTCTTATCTAGAAGTACAATGTAAGCATCTGCAATGA GTAGGTCCTTCCTCTCCACAAAAATGGGAGGGTAGATTTCGCCTGTGCTG ACCACAACGCCAAATACTTTTGTTCCGATTGGATTTTATTTCTTAACGAC ACGTCTCACTGAAGCCTACTCAAACTCCTTGGATATGGTCATGGTGGACA TGCCGCGTGAGATAAGCTTCAAAATTTCTTTCCTTTGTTGCTTAATTTTA CTTGTTTGCGTGTGTTTTGCTTTTAATTGAGTCAAAACTTTACATATGGA ATCTTGAGCCACAAAACCTATCTTTCACCGAGTTTAAAGACAAACGACAA TTTAATTTCTGATTTATTAAAATCTAAATCAAGTGTATCAATAGATAAGA TCAAACTTATATATACAGCCTAACCTATTATAAATTGTATTTAATTGACA TATTTGATTCAATTATATGCTTATTAGTCAAATTACTCGGATGAGTCATG GATTATTTAACATCTGGATACACAAATAGTCAAGCAACTTCCTAAATATA ACTTTGAAAAAAAAAAATCTTCCAATAAATAACAATTCGAAATGAGAATA ATTACGTTTTTTAAAAAGTGGTTGGGAGAAAGTAACTTATCAATTCTTCT ATTAAAAACTCTCATTTGTGATGTAAGTAATGAATCTTGAAGCTACTGAA ATATGCTAGATTTTGCCAGAAAATTTCATATTTTTGAGGGGTAAACTTAA AGAAAGTGCTCCAAAAGCAATTATCAAGTATGATTCAATTTCATCGAAGA ATTTTTTAAATGGAATCTATACCTTTCAGATTTAACTTCTAATTCCATTT TATTTTATTAGTGAGTATGGAGGAAGGGGTATGCATAACATAGTTGTTGT ACTTAATACAAGTTCCTTCGTTGTTCATCATATTTTTCTTTTATTGAAGA TGAGCGTCTCTTGATAAAATATTTTTTTATCCATAGATTACTTGACATTA AAATATTCATGTTACAAGTTAACAGTAAAATAAAATAATTCATTGAATAA AAAAATGAACAATCATAATAAAGAAGTTGTGTTATATTAAAAATGAATAG TTTATCTAGATGTTCAGTTAGCCATTGATGAGTTAAAAAACTAAAGGATT TTAGTTGTAGTTTATAATCTTTTATTTGTAAGGATCTACTTTTATTGAAA CCGTTATGACCTCTTTTAACCATCAAATCTATCACATTCTAACTATTTTA TTGTATGGATATAATTCAGCTAGTAAAAGTAGTGTTTGCGACACGCCTAA AGGATTAAATGAAATTGAATTTACAATTTGACTACTACTATTCATCGATT AATACCAACATAGTCAGATTCTCAATTCTAAGAAAAAACATACCAGCTTG CTTTTGTTTTGAAAGATCACAAATATCTATTATTATTGTTAATTAACTTC AAGGACTAATTTGCACTTTTTGTTGGCATTTCTTCTGTCTAATATCTTAT TAATGAAGCAATCAGAAAGTAATAACAAAACTTTTTGTGATTTGAATGCA TTTACTTTTTATAGAATGCATTGAAAGAATTGTGATTGTCGAATATTTGA AGGAATGATTGATGCGTGCAATCCTGGATCTAATTTGCTCTATAAGGCAT CAATCAAAAATGATATGTTTTGTAGTTTGAAAAATATATATACATTTTTC CTACAGCCAAGTGAAAAGGGAAAAGGGAATTGTTGAGTTTATTAAACTTA TTGATAAAATTGTTGGCAATTAATCTTAAAGCGCCCACAAGGAATTAGTA TTTTGAAGAAGGGGTAGGATTTTTGTAGAGCGTTAGGAGAAGGCGAGAGG GCGACGTATAGTACTACTTTATTAAGACTATTGTTAGCATTAGCTGCATG GTATAAGGTTTAAAAATGACAAATAATATTTCTCCTATGTAAAGGGGAGC CTCGTGTTAGTATTCTGGAGAAAATATTATCCTATATTTATTCTACGTTG ATTATTAATGATTTTTTATAGCCGGAATTGGAAGGTATTTGTCTGGACAA CGTTTACATTCAACAAGTTTCCAGACGTGTTAGATCCTGAAGAGGTGATC GCAATTAGCCACCAAGATCATGTGATATAACACCTTGCAACTTCTTCCTT TGAGGTCACGTGAAAAATAAGACCTAGAGCCCAGCATCGATTAAAGACCA GATGGAATTGTGAAGTTATTGAGGGCATACAMCAGCCACTTTGTGATTTG GTGTTGGAAAGTTTCATAAAAAGTTTTCAGTCCTGATGGCGTAGGTGTGG CGGACATTTGGCTGAATTTGTTTTCCATTACTAATAATACTTTTTTTTTT ACATTAAAATAAACCTCAAATCATTTATCTCCAAAAATGCAATTTTTCTT TGAATATCAAAATAACACCTATACTTGCAAAACCCTATAGATTAGTGTCT CTGTTTGCACTTTTGATTTATTTGTGGTTTTCAACATCTTTTTAACTTCG TTTCAAATGATTTCAATATTGAAATACGTATTTTCTATTAAACTTCTGCT TAATGATTCATAGATATCAGAAAAATGAAATTTTTCATATGGACTAAACA ATAATAGTGGGTGACAAAGGACAATAAAAAAACTTGCTATAGTTGAGCAA ATAACTTGGAGCAATTTCGAATACACAAATAAGTATATATGTAGGGTCGT ACTTTACAATTGGAATAAACTGTGAGTATTCAAATTCCCTATGAGTGCAT CACGTCCAAAATTTCCCTCTGAACTAAAAATATATAATTCCGTTTGTTTT TATTTTGAGTCAAGCCAAGCCCTACAATATTCAAAAAAACTTTTTTTAAT TACTAAAATAGAAAATTATAATATTTCTAATTGTATGTTCGACTATCCCT TACACAATCTTATTGTTGTATATTAACTTTAAAAAAAGAATATTGAACAT CTTGGAAACAAATGCACCATGCTTATAAGCTTTTTGATAATAGTATCATA TTTAATTTTTGGAATTTTGATGAATAAATGAACGTATTGAACATGTGTTA CAGAAGGAATATTATATAATAATGAATATAATTACTCCGCCCCCTCCCAA AGTAAAATTAACAGAAAAAATAAAAATAAATTATTTATTCAAGTCACACA GATAACATCACCAATAATACAAATAAATGCCAATAATAAAAAAACCCTAA TATAATATTATAAAGTATAAATAAAACAACCTAATCAAGTTTTGCTGAAT TGCAAAAATCCTTTCAACATACAAATATCATAAAATACAATGAGTTAAAT AACGAACATATAAAAAGCACAAATGTCATCTATAGCTCGACTTTCTTTGC AAAGTTATTGATTATATTATCATATGATATCTGTTTATCAACTCTGTGAT CAATATTGATATAAAAGGAATGTAAATCGGGTGTATTTTGGGCATGTTAA ATATAGAAAAACTAAAAAACGACATGGTAACTTTAATAATTTGATAACTG TCATGGCGTTTCATTAGATTAGCTACAAGCAGCTGTAGCAAGGAGGGCGG GGGAAATAAATACATAAAGGATAAGAATTGCTATGATGTCGATTCTCAAT TCTACCCTGAGTCCAAGAAAGATTTGCAATTACAACTCTACAACAAGACT TGAAGGTTACTCTCCTTCATTTAGTAGCACAAATAATGTTCTAAAAGGTT TCAAATATATTTGAATGCTGTAGAAAAGGAAGTTCACTCCTCAGGAATTA AATAATNAATAGCAATAGCTGAGGAAAAGAAAATTCACCTTTCAGTTTGC CAAATAAATAAAACGGTCGATTTAAAAAATGCACCCAATTTTTATCACTT GCCGTGATGGCTTTTAGTTATGAAAAGCTTATATCAACTTCAGAATTTGT ATTGATTGTACGTTGTGAAACTAATTTGGAAAGAGTCATCGGATTTTTAA AAATTCTTAATGTAAAAAGAAAAAACAAACGTAATAGTAGGAAGAGTCAC TTTTTAATGTTTGAAACTGACGTTGACTTGGCGTGTAAATGAGATATAGA AAAACCTACTGAAATGAATCCAAATAAATAATCCCCTTATTTTTTGCTGG CGTACATTTCAAACCTCAACGAATGTTGCTTTGATGGTTTCCCACATTGA CGTAACAGGAAACGCCCCTGTCCATGGGCTATTGCGTTATACTTAGATGT TTTATCTTCAAGAATTACAGGGTTTACCTCTATTTAACAACCAAAACCAT TTTTTATTTTTGTCTAATCTAATCATCCGATATTAATACAAACCAATGGT AAATGAAAGCTGAATAAAAAAATGACATACTATTCCATATAATTGCCAAT GGCTCAGATTTTGTGTTATAGGAGGAGCATCAGCGTCAGTTGTCTGCGTT TTATACAAAAAACTGCAAGAGGTTGAGATCCCAAGACATTGTAGGCCAAA CAGCGTGTCCAATTAAGTAAAAAATAATAATAAAAAAACACAGAACATAA TGCAACCCCTTCTTTACTGTCTGGCATTTCATAATTATCTCCAGACTCTT CCATTTTCTTACTTACTCCCTTAATAAAGAGCCTGTCCAGGCTTAAGAAG TTTGCAATCCCAACATTAGTCTGTCCGGTGTGGARCGCAACGAGGAATTT CTGACATAAAACMTTTCTGWRTAGCCGTTAAAACAACAAGCAACATCCAA CCTGCGGATGCTCTGCTTTTGCAGGCGCTCAAGGTTTGTTGACAATAAAT TTTGTTTAATAATAATAAAAGCTTTCGAAAATAAGTAATCCTGTTCAGTT TGAAACTCCAAAAAGTTTCACAGGCGTTCTACATCCCGTTTCTCACAACT CTAAATGTAAACAACTGATTACGAGTTAACTATAGTTTATTTTTTATTAT TAAATATTGGTGGGATGTAAAGAGTTGCACAACCAATACTTTATATACAA ATATTTATCAATGATTAATTAAAGCTAGAAGGCTCATAAATTAGACCTTG ACAGTTTTTTCCCATCTTTTTTTATACTAACTGATCTCTTGCTTTAGATA TGAGGAAGTTACAATATATGATTACAAATAAATCTTATTTGGACGTATCT GCCTACATTACTTTTAAGTACATAAGACTAATCTTTTATCAGCTGTGTGT GCGTTTATTAGTGTTGAGACTTGGTCCATGACAGATATTTGTTTGTGATA TTTTTTTCCAAAGCCCAAACTCAAACCCCTAGACCTAAATTTAATCGTTT TACCCACAACCAAAACACCCCCAACTATGATTTCAACTGATTTTTTCCCC TGAAGATATGTCTCACTGAAGGTTACTCGAGCTCCTTGGATATGGCAATG GGGGACATGCCGCGTGAGATAATATTCCAAATGTAACTCCTTTTTTGTTC AATTTTACTCGTTTGTTTCGCTTTTAATTGAGTAGAATCTTTACATATGG AAGCTTGATTAACAAAACCTATCTTTATCCGAGCTTTGAAGGCTATCAAC TAATACATTTCCGATTCATTAAAATTTAAATTAAGAGTACCAGTAGATGA AATACACCCCTTTATATTGTTCGCTCAGATAAGTTATTTTTTAATATCAA AAGGTTGTGATAATTGAAATTGTCGCTGTCCAACATAGAATGAGAAAGGA GGACCTGCTGGCAAATTTATAGAGTGTGTCCCCAAATTTTTCTTTAGAAG CAATCTAGACCATTTTTTGTTATTTTAGTTCAGACCAAACTTCTCATAAA AAAGATAACACTAGTATTTATCATGTTTGTTGTTGGATAAAAGAGGAAAT GGTTTCTTAAGCAAAAATGCATGGGAAACATCATTAAGAACACATATTTT CTTACAAAAAGAAAAATAACTTTTAACAAAAAAATAAACATGTTTTAAAA AATCACTTAGAAAAATATATAGCATCAACGTGTTAGCCCCCCCCCCCCCC TTTCTTCTGCTTGAAGGCAATATCTCTTAGATGAAGTTAAAACGAAGAGA AGAAAAAAATCTTTTTTTCCCCCCTTAGTAAATATATGTGTTGATATTTG CCTTGGGGAATAGAGGAAAAAAATAAGATCTTATAAAGCTTGTTTACACA TAAAAATAACACACTACTACTAACAGAGGAGGTAGTAAAAAGTCATTAGT TAGGCAAGGTACATATGTATCGGTCCCAAAATTTTGATGTCTGGTCTGAT CTTAAATTTTGAGGAACTTTGTGAAATGGCATTATTATAGATCTTGCAGC CACTCGTAGTATTTTTCATCTCATTTAATCTACTTATATATACGAGGGTA GTCGGATAAGTTTCCAAACATTAAATACAATTGTTTTTTGTTTTCTACAG CTCCCAGCGATACTCCCATCTCTGTAACCCACCCGAATAGTACTGGGTGT TTTTCTCTGCAAAATAATTGTTCTGTAGACACTTTTTGCTGTTGACTCGT TTACTTCGTGTTGGGTTGACTTAGACGCGTCAAATTTACAAACAACAAAC ATTTATATGTCGTCTATTGAAGGAATCAATTTAAAGGTTACACACACAAT AAAACATATTTAAACGACAGCTCCAGCCCTCGATTTTTGTCCCTTTTCAC GAATAACCTCACATCAACACCCTCTAACGACTGTTGCATAACAACTGGAT CTCCAATATGTCTGAAACTTTCGTAAATAACTCAAAATCGATTCTTAATA GATGGGGCTAAATTTTATTGATGAGTTATGCCCTCATCATGTTGAAGTTG GAAGCTTTGCAGACCAACTTTGTAAATTAACCTTGTAGATATTCTTCTTG AGGATATATGAGAGAGAAAAGATAAGTATAAATTCAGTTTTTTTTTACTA ACACTCCACTTGAGCACAACGCTACTACTTACCCTCAATAACACGCTATA ATTTCTAGCAGTGACGTCATTATAGATCCCTATCTGTAGTCTTTTGTTGG CCCTTATTTAGGACTGAGGATTGCAGTGCATTTGGTTCAAATGAAGTCCA GTTCAGTCTCCTTGTTGGTCCTTAAAGAAGGTAAACCTGATCCGTCGTAA CGTAATTGAGGTTGTTTCCCCATTTTTTAAATTATTCTTTGATATTATTA GAGATGTATTTATGGTAAGAGCACAAGGAAAAGGGGAGAGCTATACATAT GATACACCTGAATTAAGATCCATGTTAATATCAGCTGGTTTTTTTTTACG ATTTTGGAGGGAGAAATTGAATTACCTGTATAAATAGGAGAGCATTTTTC ATTTGAAATAGTATTTGTACGGTATTATATTACATGGTATAGTGTTATCA TTATATATATGTTTTCGTTCCGCATTTTTAAATCAGTTTAGACCAAAGAT AGACCTTTTTTTAGAGCAGCTGTTCATAACGGGGGCTTGATTGAACCCTA GAGGTTCGGTGACTCAGTTTCAGTGGTTTGGTGTAGACAAAGTAATGATA CCTTTTTTTAAAATACAGTTTTGAATAGGTGTTGTTGATTAAATTTAAAG CCTGTGATTGATGTACATGTTGTATATGAAAATGCTATATATGTCGCGAT GGAGGCAAGAAAAGCCATCATAATTAAATCCCCGTGTAAAGGACCACCAA TGACATCATGAAGYCCTTGCCAGTAAAGCCACAATCTGTGGGATCAGAGA TTGTTTTGCTGATTGGGACAACCGTAAGGACAAACCCAGGAGTTGAAAAC CCGTCAAAGTGAAGCCAAAATACTACARGGAGGCCTTTTTACTCTGAATA TTTCTTCTTTGTTKGTTAGTAAGTGGTAGAAATGAGTTCGTCCCATAATT TTGATGTCCCGTCCAATCCCCTATTAAAGTGAGAGGACACTTACGAATTG GACGCAAAGGACATCTCATAGAACAATCTTTGACAAATGACATCATCATG AATATCTACCAATGACGTCATCATAGATCCTTAACACTGACTATCCAATC CTATAAGAGCATTTTTGGTTTTGTCCTGTCACAATTCATTTGTGGCAAAA TGAATCAAGATTATAAAAAATCAAATTAACTAAAATTGACATGCGTTGTT AATGAATAGATCGTATCTTGGATTGCATATCTATCCTAATGCAATAACCA GACAGACAAACTTTGTGTAGCAGTCTTTTTAAGAGTACATAAGTCATAAA AAATGCATTCATCCATGTGTAAGTATGTAAGTAGTCTGTGTATTAAGTAT TCCCTGGCTASAAAAAATTGAACAATCATTTTTTTTTAGTTTCTTCCTTT TTTCTGTTATTGGGCCAGCAAATTGGCCGGAGGATAAAGGACYGCATAAA GTTGCTCTCACTCAAGAAGACGTCAGGAACCATAACGGAGGTTGCTTATA TGCTTCAAGACGTCKTCGGCTGTGCTATCAGCCATCCAACTTGCATTTTT TCTGTTGRTTTGGGCGTTGACTAGAAAAGAAGGACTTTGGCTGGGTAGAT TGATGAACAGTTGACATTAACCGTCAAATTATATTTACACATTGAATAGA ATATTTGAGAAGAAATGACTTAGTCGTTTCTTACTACAAAATACAATAGT TTATTTATTAAAGKTTTACTTTCTTAAAGGACACAAAATTGGGAAGATAA GGTAATAAAAAGAGTAAAMAAAAATTCACACATTAATGCATTATTGACTT TCTCCGTTCTCCGCCCAGTTTGAAAGATCTTCATTGTGATTTTAAATACA TTTTCTACATTCCAATTATTCCATTACGGACTATTAAATTGACAAAGAAG CATAATTTTATACTGTTCACCATAGAATTTAGATAGTTTTTTTCATGAGC AATATGCTCTTTTTATGTGACAAAAATAAAATTACTTATTACTCAGAATA GAACAAATSATATATATATTATCAAGGAACCCTTTCGATATTCAAAAACA CAGCTCAGCCCATGGATAGTGGGGATGAAAGTCTGGGCTTCAAGGCCGGT TAAATTCTTCAACTGCTGCTTCTTTGGGCATCAAAACCCCTTGTAATATT CATGGGGCGGTGTGTTTGATTAGAAGAGGTCATTGATGCCTGGAAAGGCA GAGACAGTAGAATATGACCCATTTTGGACCAACTTATGAGCCGTGGTGTA TTATAGAATATTAATTGGGGTCTTTAAGGGCCTGTTTTTTCATTATTCAA TACTTTTATCGTCCGAATATACGTGGGTGGTCTGGAACGTTTCCGAACAT ACGAGATATTCCATATTTTAACATAGATTCCTTTGAAGTCTACAAAATTC TCCAACAGATGATTCCATCTCTGTAACCCTTCCAAATAGTACTCCGCGTT TTTCTCAGCAAAATAATTGTTCTTAATATACTTTTGCTTTTGTTGTACTG ACTTAGGCGTGTTAAATTTGAACACAACAAMCCTTTATAAGTCTGCTAAA GTTATTGTTTGAATCAATTAAGAAGTTAAACTTTCCAAACAAATATTTAA TGACAGTTTGATCCTCGATTTTGTCCATCTTTACAAAATCACTCACATCA AGGCACTCAAACGACTACTGTATAACAACTGCCCGTCCAAAAAGGGTGAA ACTTTCGTGAGTAACTGTGAACAGATGCTTATTAAATGTGACTAGCTTAT ATTTACGAGTGCTACCATTTGCACGTTGAGGTGGGAACATTTCATYGCAT CCTCGTAATACAAATGGCAACAAATTTGCACACGATACTTTTGTCTTCCA ATCAAATTKCCCACAGCCATATTGATTAATGATATTGCTTAGTAATGATA TTACCCACAAGAATTTGGTCAAGCAAAAAATTACTAAAACAATTTTTGTC TCATTCCTTTTTACCACAATCACTTTCCGGTGAGCCATATTATGCAGAAC AAATATAATATTTGTGATAAGTTTATTCAAAGCCAATTAAGAGAGTAATA TTTTTTGATACTAAATGTATTTGTCATTCTATGAATGTTAAGTTAATAAT CAATTGTCTATTGGTTGTGGTATATTTTGCAAAATAAATTTATGAAATAA TATATATAAATWCCATTGCATTTTAAATTCAACTTCCTTTCAAGATGGTT AATGAAGCATATCAATTTTTATTTTTTAATAAAAATAAACAAAAGATATG TATTTAGGTCAAACCATTTCTTCATTATTTTCCTTGACTTTCTACGAAGA ATATGTTATGGGTCATCACAAAAGAAAACGGGAGAGTTTACTTTTACAAT CGTAATAGATTACATTTGTATATTTCAAGAAAGATCCTCAATTTACYCCT ACAAATTTTGGGAACAATGCAAACTGTGGCATAATGAAAGAATCGGATGT TTGTTTGATAAACCATAATGGAGCCAAATAAAGTCATATAAACCAACTST GGCCTCTAAAATATATTAAACATTTTGAGCATCTCAACACATCCCAAAAA TTTGAATACAAAGGGTATAATTGACGGAAGGATGACCAGTAGGATATGGT TGTATGTATTACATACAGTGTGTCTTTTCTTATTTCCATAAAAATCTCTT TTTTCGATTCAAGAAACCACAACTCAAAATTTGTTTGCAATATGTTTAAA TACTATATTTAGCTCTATTTGTATTTAATATGACTTCCATTCCATGCATT CACACCTTCAAAACGCTCTCGAACAGAATGACAGCTTTTCACGATGAAGG CCCGGTKAATTGCCTAACTAGCTGTCATGATGGCAGTTCAGGCGAATCCT CATTTGGATGACAGGTGGCACACATATTATTCTCCCAGACCCCCACAAAC TCCAAAGTCTAGAGGTTTGAGATCAAGTCTACTGGATGGCCACATAAAAA CGTGCATAAGACTGACCCAGATTGGTTGCTCGAGAAGTTTTGATTAAAAA TAATTTATTTTATTATACAAAAAAATATTTCACATATGAAAGCATCTTTG ATCATGAATATCCTCTCAATTGGCATCGATATTTACCTGAAGGTGAGAGT AAAAACTCAAAAAGACTTTATAAATATAGTCTCTCTCAATTTTCTCTATC CTTTGATAGTCGTCCATATTGATTGTGTGTATTTGATGGTCTTTTGATTA AATTTACCACAATGAGGAGTAGTGATGCTAATTGTTTGAATTTATATGCT CTATCGTTGTTGTTTTTTGTTATTTTTGAGTAAGTAACCAAAGAATAAGC TTTATTTTCATACGCTTTTATCATTAATATTTAATTCCTTATGGAMAACT TCTTTTTCAAGTGCTTATTACCATTTATCCATGATATATATGAATAACAA TCCGTATTCAACATGTGAGTGCGCTCATAAAAGACAAAGAAACCCTTCAA ATGACCTTATGATTAGTATCCGAATTATAATTGTATGTCCTTTTTGGATT CTGAATATAATTGAATTTCGGCATCAGTGTAATTCTTGGTAATATTCTTG TGTATTTTCTTCTCCCCCGTCTTAGCTGCTTGTAGTTATCCTCCAATACA ATATTAAAATTAAATATTACTACTATTTGCAATTCACTCTGGAAMAATAT TTYCAGTATGAGCCAATCATTATACTCGACCAGACTTTTAAAACAGCTTT TTAATTTTGAGATCTACGGAAAATCCTTTTTCTCTAAGATAACCTATCTG TTGGCTGCTGTTAATCGACATCCTTCTTCAAACAAAATCAGCGCTTTTTC TATTACAGCTTGTAGCTTCATTACTGATGCGGGATATTTCGTCTTGTATA TTCTGTAAATTTCATAAGGGCTACCCTTGACACGATTGTTTGGCCGATTT TTTGACCAAATCAATATCAAATATCTTCACATCCTAAAAAAAGTAATCAA ATCTATATTTTTCTCAATAAAATTTAATAGGTACAGAGTTAATTCTACAA TTAGGACAAAAGGACTTCTCTAAATATATCAAGCTATGGACTTCTTCTGT TTGATTGCTGGAAAATCCCTTCCCTCGCAGACTTTCAAATAGAGCAAGAA TATCTAGAGGATTAAAGATTGTGAACATACCCGTTTGGGTCCACAACTTT CATTTGGGATCCACCCTTAAATACTTAATATTATCATAGTCTCTGATAAT GAGCTATTAGTTCAAGTAATGAAGTGATAAGTAATAAGCTCAACTCAAGA TCTAGATTTTTTGTTCAATTTTTTGTAAGGATAGGACAATTTGTCTTACT TTAAACACGAATATTTACTCTACTTACTGATACATATTTTGGGCAAGACT GGATTGAAGAATGGCTTGAAAATAAAGGAAAAAATACACATATTTTATTT AAAACCTTGATGGAGACATTAAATTTTCATTAAARATAAATACTGGGCCY TGGATCATAATGAACGTTGAACAATTAATTACACCTAGTGGCTATCAATG AAATTATAGAGTTTTTTTTTTTTAATTGAAACTTGTTTATTACTCATTAG AGAACTTTATGTATGAATTTGAGCACCTTCAGTCTCAATCACACCCTCCA CGTGACCCCATAACGCTTTGCACACGTTGACAATGTAGTGCTTACGCATT GATCGACAATTTTTCTCATCCAATTGTTTTAGGGACTCAATACTACTGTG ACGTTATCTACAGGCCTTGCTTTCAATTTGCCACCAATTTGCTCTATTCA AAGGGATTCGGGTCGGCTCTGTGGTGGCCAGAAATACTTCGGACCGAACT TCATTTTTTTGCCAATKTAATCTTGTAAGATTTTCCCATATATACAAGAG TACTGTGCTCTTGAAAGCAATAATTGGCTACCTTTGATTGCTTTGTAATC TTACGAACCTAGGGAAGTACTTTTGATTCCAAAATCACCAATCAATCTTT GCTAATCAATCTGTATCCAACAGAGAACCAAGTTCATCATTTTATGAATT TCAGATGAAACAATGCTGGGTATCATTACTGAGGCTGGATGTTTGGTGGT GGGCACTTCACAGAGGTTGCAGTTGACTTTTCCGAAACCTTCGATCCGTA TTATTTTACCTATTYTACACAGGATCCATTATAACTATCTTCTCGTCCGA GAAGAACAAAATTTTCTTTCCGTAAAACCTCAGGTCATTGTAAATCTTTC TGCACCGATCAAATCGTAATTGTTAAATGAGCAAGGGTCGTTCAATATGT AGGAGAGATCTACAACCAGCTTTTTTTATGGCATGGCTCACCAACGGCTT CTTCATATTTTTCAAAAAATCTTTTTTTGCCGTGTCAGGTTTTAATTTGA TCGGTTTCCGCTTSTATGACCATCACTGATATTTTCAACATTGTTGAACT TAACGTTGATCCTCCAAATGGTGGTYTTGCAGACATTAAGGGTCTTAACA ATATCAGAATTGCTAAACCTGGCGCAGACTAAACGAGCTACTTCGAATAT TTTTACTGTATTTTTGTTAAATTTATCCTTGAAACTTGGTAACTAAAGTG TTCAAAACCTAAAAAATCAGCTGTACTTCTTGGTATCGCAACTTTTGCAT TAAATTAACCAAAATCATTCAAAACCCAACTAAACTCATGTTCCAAAAAC TATTTGACTGCTTGGTAATTAAAATATATGTAACTATTAAATTATAGCAA AAATCAGCTCTCAGATTGTAGAACTGAAGTGCTGTAACCCAAAGCAGTTT TAACTCCATTTTCAACCATCAAGGACCCTTTTTATATAATGTAATACACC CCGGCCAAGTAGTTGTACAGGTGATATAAGCTAACTTTCCCAACTGCTGC TTCCCTGAGTATCAAAGAAGTTTTCTAATATATCCACACAACAACATTAC CTCAACGATTTTTCAACGGTCAAACGATCAAAGTAGAAACTTGTTTTCAT TTCAACCTCTGTTTTTTTAGTTTTTGTTTTTCTTTCTAAATATGATACAA ACATATAAACAAGATTGTTTTTAAGTTATATACATTGGCTTTACATTTTA TAAATGCAATAATGTCATGMAATTTCGCGAAGCCCTTAAAATACAGTTGA ATAGGTACAAAAAGACTATTAAGCTGCCCATTAGACACTTCTCTTTCTCT TCATTAATATTCAAAACTGTTTTAGTGTTGATGTAATGTACTTCACTAAG TGTAGTTTCTTATCTTGTTGCCTTATTTTGTAAGTATATTTCATAGTAAA AATCTCCTATTCACAACATTTCTTTTGTAATAATGAAATAAAGGAAAGGA AAAAAGATTGATTAAGGGACAAATCCAATTTTTGCAAATTATGACTTTCT TTATATTTATTGAATGAATTAAATTAGGTATAAAGGAGATGGGAGGGGGC TATGAGAAAGTCAGCAACGGCTGCATTTGAAAAAATATATGATTATTATT TAAATTAGTTACATTAATTTTAAGTTAATGAATATTATATATAATTTAAA AAAGAAAATATTTTTGGTCTGTAGAGGGCTTTTGAGTGCATGCATAATAT CTTAGAATTGTGTAATATAAGAAAAAGCAAGGTTTCAACGTTCATGTAAA ACTCAGTGTGTTATATGAAAAAAGAAAAGAAAAGGGAAGCACATATTTAA ATTATTGAAGCAAAGTTAATCAACGCCTAATAACTCCGAGTAATGGTAGA TACCTACGCTAGTTATATAAAGATGCAAGTTTTGTTCTTGTGTTGGACTS TAGAGGCTCCCTTCTTGAGTGTCRGCTTAATATTTTAAAACTACMTGACT ACTTGATCTAAAAAAATWCCCATTTAGCAACGAGCGTGTGTAGCAAAAGC TCAACGCGTCTAAGGTGCTCCCGCTAGTAGGTTGCTTGAAACTGCGTTAG ACAGGGGCCCCTGTATATGTTTTTATAATATACAAAGTGGAATTAGTGTT CCTTTTCTATCTCTCAGGGGTGTTTGCAGTTGATTTAACAAATTGTAATC ACAGCTAAAGCAATGTGCGGAAACTTCGATTTTGAGCGTTTGATTAATAT ATAACGGGTGGCCCACCATCAGTTGCATTTTGAACTACCATTTTTTTGAC GTCTCACAGCTTTAGTAACATTTTCATTGTGTSTAATATTTTGTAAAATG TCTCTGACTTACGAAATGGTTAAGTTTACACTKGAAGGAAAATGGAAAAT ACTGAAGACTTACTTCCAAAATGGAGAGWCTTCAAACGAAACTGCACGAA AATTGCGTCGGTCGAAAGAAAGCGCCTTCTAGGCAGTTTGTGGATAAACT TGTGAAGCGTGTGCGCGAAACTGGTTCGTTAATGGATAAAACAACGCGTT CCCGTGTTCGTCCAGTGCACTCAATCGAAAACATTGCTGCTGTTGCCGAA AGCGAAAAAARGAGCAAGGAGCTGCTGTTACGGTCAATGGTGAGCGCTAT CGGGCATGTTGGAAGATTTTTTGTTTGTCCAAATAGAAAAAAAAAGANNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN 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TCAAAAAGAAAAAGTTTTGTGGGCCACATGGCTACTTGGTCTAAAAAAAA TAAAAATCTTGCATTGTGTGTAGCATATGTGTAACAAGGTACACGTCATG TCTGACATCTTATATATTAAATATAAATCGAGAGGACATAAGGGATTTTC TACCTAATAATTCGATTAAATAGTGATATAAAAGCCTATTAACTCTTTTT GAAGACTTTATATGACTTTTGACTGTCTCGCCTTTTCTTTGTTNGTTATG AATGAATTTAAGAATTAAGAAGTTTTCAGCTGTTATTTTGTCTTCTACTA ATTGCCATAAAAATGTATCTATATATATTGAACGGAACTTTTCAGATTTC AATATCGCTCAACCACTCTCTCTTCATAGATAAAATACATCATTCACTAT TTGATGTTTAAAATATGCAAGATGATAACATCAACATAACAATGGGTGTC AAATGGGAAACATTCACCTGTGGGGGGGGGGAAGAGGGTTAGATCCCAAA ACAATATCCTGAAGAAGGAACCAAAAAGGCACTCGAAAGATTAAAATCAA GCCCCTAGCGTTATGAAACAAGGGAGAAAGGGCACAACTGAGGAAACCCC TCCTTCAAAGAGGACTCATATTCCTCATATGAATGCTGATAACAACACTG AAGTCAAGCCAAAAATGAAGGTTCTTTAAGCCGATATTGCTAAAGAAGCA AACGAAATTGTCATTATAAGAAAGAACAGTGACCATATTTCCATCATTGA ATTGAACAAATTTATCAAAATACTTGGCACAGGCTACGTACCTACGTCGT CTGCACCAATCAGAGACCTAATTCCTAACTACGAAGGGTGTCACTATACA AATAAAAGAGCGGTCATTTACGTAAATGATGATCATTCTGGACAATATGT CCGAAAAAGAATACTAGCAAAAACACCTTTCCTTTCGACCTCATGGGATG AAGCGGAGCGAATGAGGGAACTCAGAAAAGCGAAAAAATGCCTCACGGGT TTCGTTCGTGGGGTTACTGGTAACATTAGAGACGAGGCTCTTGCTCGCAA TATAGCACACCGATGCAATACTCTTCAGATTAAAGGTAAGGTGGAACTTG TTAAATCCCAAATTACTAACTTTGGTAAGGTACTCTACTTATATGTTGAC CAACTGGCATTTGAAGCCCTGCAATTGATTGACTTTATTATCAGAATAGT TTAAGCAGGAAAGGTACGCTTCCAAGATCCAAAGAAAGCACCCATTATCC AACAAGAGGAAGAAGAAGTAGAAGGGAACCCACAAAACCAAATCCAAAGT ATGATAATCAATGAAAAATATAACTTGGGGCACTAGCATAAAAGATTAAA CTGCCACAAGCAAAAAAGATAATACTCAAGTTAGTAAACAAACTGTGTTT GATAGTGGTGAAAACAAATCAATGGATGTTGATGGTGCCACTGATGCCAA TTGTGGAGGGACTAAAGCTCTCAATTAAGATGAAGGACTAAGAGAAGAAG AAAAATCCCAGCCAAGTATGGAAAAAGTCGATCAGTACCCAAGTAGGCCA ACAAGAGAAGTTAAAACCCAACTGGGAAGAGTCCAAAAATACAATCCAAA ATAGACAAGTTCTTTGATAATGCTGCAGAAGAATTGATGAAGCTGCAAAA ACCACCCAAAAATAGTGATGATTATCTGCTCATATATCAACACTCTAAAG TAGCAAACTCGGAGCTCAAATGGAGAGCATCACAAATATCCTAATAATTG AGCCATATCTGAGTAATACGACAACAAAAAGTCTCGCTTCTAGAGGATTT ATAATCCCCACAACTCCCCTGGGTCAAATCCAAGTGTTTGTTTAGGATCT GCTAACCATTTGCAAGCATGGTCAGTTCCAGAATTTTCAGATAGAGACCT CTGCACAATATGTATAAAAATAGATGGATTAGTAACGTATATCTCTGTTG CTTACCTTAACCAATTACTACCTATTAAAAAGAAAGCCTTATTGGGTCTA ATTAAGTATTGTGAACAAGAACAGAAGCCACTTCTCTTAGCTATGGACTC AAATGCCCACAATCAACTATGGGGTAGTAGAGAAACTGGCACAACAGGAG AGTCTCTGGAAAACATCATTGATGGAAATAATCTGACTGTTATAAATGAG AGGAACGACCCTAGTTTCATCAACCATCGACATCACATTTATAAATCAAC ATGTCTTCAACAAGTTTGAGATAACAGGGTGGTGTGTAGATCTTAGACCA TCAATGTCTGACAATAGATTTATAGTTTTTGGATTTGGCAAATACATGCA AATTGCAGAGTAATCAAGAAATTTTAGGAAAGCAAACTGAGACATACTCA TGCCCCATACAGAATCAGAATCATTATTGGTTATAGGTGCAAACCCAAAT ATTATTGATGAGTGCTCTGAATCGCTTAATAAGGCTATCAACATGGCATT TGATATCGGGTGTCCGAAAAGAAAAACTAATCAGAGTAAAGTCAATTCCC TGGTGCACCAAACATCTTATCAGCCTAAGGTATAAACTCAGCAAACTCAA ACCAGAGAAGTGGCATCGTAGTTCCCACCGATATGAATACCTTATCTCAT AGAATCATAGAATAATGAAAGAGTTTCTACAGCAAAGCAGAAGATCCAAA AGATATTGCTCAACTTATAAGATTTCAAAAAACAACTTACAATTCTATTG TTATTCTTAAAACTGATCAAGGCTACGCAAAATCACTTACTGAATCGCTA AAAAATATTCATGGAAACTCATTTCACCAAACGTAGACTCAGTTCGTCTT CTGTAACATCCATGCAAGTAAATGATTTTAACATAGACTTCTTGCATAGC AACAAGGTCAGAAAATACTTTAACTCCTTTGGCTCATACAAAAGYTCGGG TCCTGATGAACTGAAACCAGTACTACAACAACTTGGTAAAAAGCGTATAA ATCCCAGAATTTTATAAAGTTATCCTCATAACTGGTTATACTCCAAGATG CTGGACAGAGATGAAAGTAACTTTTCTGTCAAAACCATGTAAAAAAGATT ACAGCCGGACCAAATCCTTCAGACCGATTACTCTTTCTAACTTTATGCTT AAAGGACTTGAGCGGATTTTACASTGGGAATTTGAAAAAGTCATTCCAAC CCTCCACTCACAACATGCCTATACAAGGGGTTATCAACAGATATGGCCTT TCACAAGTGACAGATACCATAGAAAAATCCACCTATTAACAACAATGCAC GCGTTTGTCAGTTTTGATTGTTCATGTGCATTTGATTATATAAAACTTCA TTCAGCTGATGCAGCAATGGAAAAACTCTGTATTCCAGAGTGTATGAGAT CCTGTACCCTTTCAGCTTGGCTGKGACTGTGCCAAGCTGAAAGGNGAAGA AGCTTGTGTCAATTCAAGCCGTTGGAAGACACCAAGGGGGTGTTCTATCA TCGGTCGCTTGGAATATGATTATGGATAACTTAATAAATAAATTTAAAAA AGGAGCAATAAAGGTCGTTGGCTTTGCAGACACCATCCTCCTTTTAATTA GTGGAAACCATCCCCACACCCTTGTCAATGCAATACAAAGGGCAATCAAT ACTGTTATTATATGGGGGGAAAGAAAAGGGGCTTACCTTTAACCCATTAA AATCAAACGCTATCATCTTTTCGAAAGCCTATAAACTTAGATCAAAATAC TTTTCACGTTTTAGAAATGGATGGCAAAGTGATGGAATATGCCACAAATC TGATGTACCTAGTTGCCACTTTTGATCAAGGACTCACCTGGATAAAGCAT TTGTAAAATAAAGCCTTCAAGTGTTCCGGAATATGGAATGGAATATGGCC AAGGGAATCATAGGACAAAAATGGGGCGATTGACCTAAGACAAGGTTCTC TGATTGTATGAAGCCATGATCAGACCTATCATATCTTATGGATGGTTAGT ATGGGGATGTCCAATCACTACAAGGAAAAGTTCAAGGAAAATATTAAACA CCATTCAATGGAAAGCACTCTTGGCAATGACTTATACATTTCGATCAACA CCAACCGCAGGAATGGAAGTAGTTGTGAGTATTACTACTATTGACATATA CATTAAGGAACAATCAACAAAATCAAGATGGAGAACGAAGAATTTTTACG TTATACCTGGCATGGAATAGATAATCTTTCAAAATGTTGTGGGCATCAGT TCCATAGTAGTAAAATACTTATACAAGTTGGAATGGATTAACCAATTAAC TACATAAAAATTAATCGTATTTGGATAAATAATAGTCCCATTAAGAATCC TGCCAAAATCATCTACACGGACGTGTTTAAGGACAAAGACTGAAACACTG GGGATGGAGGGGGTTTTACCAAAGGTAATGCATCAATTTTTCGTTCAATG GCTTCATTGAATAAAGAGGCTTTTTGTTTAAGCAGAGATTTTCTCCATAA CACAAGGTGTAGAAGCTCTTCTCAAGTACGAAAAAACACTGAACAATGTA ATAATCAATTGCTGCAATCTTTAATCCACTTACTAAATACTAGTAAAGAA GTTTTAAATTGAAAAGAAACCATCACCAAAGGAATGAGTGAGAAAAATAT ACATCTACAAGGGGAATTCTGATATTACAGGAAATGAATTTGCAGACCAT CTTGCGAAGAGGGGTACTGAGAGCCAAAACCAGTTTACTATTGGGAGGCC TTCAAGCTACATAAAAAAGATAATTCAGGACTTCTTCTGTCATTATTGAT ATGAACAATATAGAAAAGATCAATGTATGAAACATACACATACTATTCTT AATAGGCCGAAGTCGAAGTTTAAAACTCATTGAACAAGCCTAAACTGGAC ATGGCCTTTTTCTAYCCCACCWAAGCAAATCCTATCTTACGAGAGACATC AAGCCATGAATGAGGAAAACGAAGACTTTCGTATTTTAAAACTTATAAAA TGTAAAAGAATAAAAATATTATTGAACAAAATTTTAATGTACACTAGGTT TTAGAAATTGTTATAGTGGCACAAATCCTCCATTGTGTGGTTCTGCTCGT TGCCTTATAATTTTATTTTTGGTATGCAAAATAGATATTTAACTACCTAT TTAAACCTCTCCATAAATTTATTTTTATGTAGATTGAATCTGAATGATAA TCATGGGAGCAAATAAAATATTCAAGTATTTAAAAAGGAAAAACAACTAA ATTATTCCAAATTACTTTTATCGTTTGTTTATTAATAACTTATTTTCCCC TCTATCTCAATCACTCGAATTGAATCAATTGATAGAAATCAATGATAGTA TTTAGTATACAAATAAAATAACAATTTGTGATATCATTTTAATTATGGAT TATGGAATTAATGGATAATTTATTTTCTATATGTGATGATCAATTTATTT GAAATATATAGATATATATGTATTGATTTCATAGTTTATATACTCCGTAT GAAATCTATTTTTCATTTGCTCACATTGAAATTATATTACCACATTGATT AAATAATATAGTGTAATACCTTGACGTACGATTAAAAATTGTTCGTTGAC CAAAGTTTGTAACAGAAAATAATCAATCCCAAACAACTTAAAAAAAGTAA AACTTGAAGTGGATTTCGCGTTCTCTGGCATACTCTGAACCAGATATTAT CTAAAAATAAATTTGTATAGTGCAACACAATTAAAAACTTAATTCTACTT CTTTATATTTCTTAGAAAAAAGATGTTCAAATATTTATAATAAACTTTTT TTAAACTAAACTAAGCTCACGCTTGCAACACACATTTTAACAAGAAGTAA TATTTTTGGCCTATCATTGAGTGCTTTTCTAKATAGTATATGATTAAAAA ATCATTTTAAAAGTTAAGAAAATTCTAAAAGCCGGGACTTGCAGGGTACT CTAAATAAAATGGTATGATTAATCCTTTGGAGACATTGTAATTGATCCAA ATATAAATAGTTTTTCTGCTTGTTTCCATTCTAGATTCTTATACTAACTG TGTAAAACCAGGAGTACTTTTAAATGGATGCACATCAACCAAAAAACAAA AGGGGGGGGGGGGGRGGTTAATGAAGGAGAAATTCCATGGCTAATTCATC GACTAAGTAAAGACATTTTTTCTTCCAGTGCTTGTGAGGAACAACCATAA GTCATTAATACTCGTAGATTAAGTCAGGATCAACTAAGTTTAACAGTGGC GACATACTATAAAAAAATTAATTGTTAATCCGTAATATAGCTGGAATGTG GGTTTTCTACTAAAAAATGATATAKCTATTGTTCAAGTGAGTAACCCCTT TTCATTTGGGGAAAACGTGATGGCTCTTTGCTTACCAAAATTGGTTTGTC CATCCCAGAAGGATCGACGCTTATAGGAAGTCTAACCCACAAATATTAGT TAAATTTACTCAACTCTTGGTTTGAATATAGTAAGCGGATGGGGAATCAC CAATCTTCACACATTATACATGTATTTTCCTGAATTTAGTCAAACAAATA TGAGGACAGAGTTAAACACATTAAGTATAGAGAGTTCAAAGTGTGAATAT AGTAAGGATTATCCCGTCAGTCCATATTCTAAAATGTGTACATACAATCC TCCTCATGATTCTTGTATTGGAGATAGTGGAAGTCCTCTTACAATGGCTA TTGATGGCCAATGTATACTAGTTGGGATTGTGTCTGAAGGGATGACTTGT GGGTCGGTTGACTATGCTTATAGTGAATGTACCATTTTACATTAA
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