EMLSAG00000011017, EMLSAG00000011017-693783 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000011017
Unique NameEMLSAG00000011017-693783
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG5390 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] [GO:0005576 "extracellular region" evidence=IDA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS50240 SMART:SM00020 GO:GO:0005576 GO:GO:0003824 GO:GO:0006508 SUPFAM:SSF50494 eggNOG:COG5640 OrthoDB:EOG7HF1HV EMBL:BT003168 ProteinModelPortal:Q86PE8 SMR:Q86PE8 IntAct:Q86PE8 MINT:MINT-7954290 PaxDb:Q86PE8 PRIDE:Q86PE8 FlyBase:FBgn0032213 InParanoid:Q86PE8 Bgee:Q86PE8 Uniprot:Q86PE8)

HSP 1 Score: 278.87 bits (712), Expect = 7.709e-82
Identity = 162/394 (41.12%), Postives = 225/394 (57.11%), Query Frame = 0
Query:  699 SYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 1092
            S G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+      +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++  Y CG +LIAP VVLT AHCV     ++I +R GEWDTQ + E  +H+DR+V+++  H QFN  +L ND A++ +E  F L  ++ T+CLP N+   D +D + C+ATGWGK+KFGK GEYQVI+K+V M +V   +CE  LR TRLG  F L +SF+CAGGEKD+DTCKGDGG PLVCP+  +          + ++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   52 SSGSTGSQNGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPIAGQ----------KNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          

HSP 2 Score: 273.478 bits (698), Expect = 5.235e-80
Identity = 168/426 (39.44%), Postives = 233/426 (54.69%), Query Frame = 0
Query:   36 LIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 461
            LI D+F   KT++             P+ + G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+         +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++N Y CG +LIAP VVLT AHCV      +I +R GEWDTQ Q E   H+DR+V+ +  H  F+  +L ND A++ +E  F L  ++ T+CLP N+   + +D + C+ATGWGK+KFGK GEYQVI+K+V+M +V   +CE  LR TRLG  F L  SF+CAGGEKD+DTCKGDGG PLVCP+            Q +++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   26 LISDIF---KTDETPKPSSPPPPVVNPKDSSGSTGSQNGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN---------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPI----------AGQKNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG40160 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0006508 "proteolysis" evidence=IEA] [GO:0005576 "extracellular region" evidence=IDA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS50240 SMART:SM00020 GO:GO:0005576 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 eggNOG:COG5640 EMBL:CM000458 GeneTree:ENSGT00700000104508 OrthoDB:EOG7HF1HV EMBL:AY061167 EMBL:BT022896 RefSeq:NP_001015212.1 RefSeq:NP_001015213.3 RefSeq:NP_001015214.1 RefSeq:NP_001163855.1 RefSeq:NP_001163856.1 RefSeq:NP_001263165.1 UniGene:Dm.3701 SMR:Q95RS6 DIP:DIP-17630N MINT:MINT-311861 EnsemblMetazoa:FBtr0113813 EnsemblMetazoa:FBtr0301797 EnsemblMetazoa:FBtr0301802 EnsemblMetazoa:FBtr0301803 EnsemblMetazoa:FBtr0301804 EnsemblMetazoa:FBtr0333380 GeneID:3354965 KEGG:dme:Dmel_CG40160 UCSC:CG40160-RA UCSC:CG40160-RB FlyBase:FBgn0058160 InParanoid:Q95RS6 OMA:QNEAGFG GenomeRNAi:3354965 NextBio:849850 Uniprot:Q95RS6)

HSP 1 Score: 248.825 bits (634), Expect = 3.844e-71
Identity = 148/362 (40.88%), Postives = 195/362 (53.87%), Query Frame = 0
Query:  728 CVPYYNC--------EDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPP-KPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQ--NDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            CVPYY C        EDG    DG G+IDIR       +     CP  ++VCC   D +    +T  P P+ Q P +PR     CG RN GG+   +     +    FGE+P   ALL    ++Y        C  SLI   VVLT AHCV+ +   +  +R GEWDTQ   E   +Q+R V+ V +HP +N +++  DFAL+ + +   L  H++ ICLP      D   Q  N CF+TGWGKD FG LG+Y  +MK+V + +V  N C+ +LR TRLG  F LD SF+CAGG++  DTC+GDGG PL CP          G   E++Y Q GI+AWGI C  E  P  YANVA    +ID
Sbjct:   82 CVPYYKCDPSTKSFTEDGSF--DGFGVIDIR------FNDDDPICPASVDVCC---DANRTLNKTLNPTPLDQRPNQPRG----CGVRNTGGLDFTLSGVS-QNEAGFGEFPWTVALLHSGNLSY-------FCAGSLIHKQVVLTAAHCVESLRTGSFTVRAGEWDTQTMKERLPYQERSVQTVILHPDYNRRSIAYDFALVILSQPVTLDDHINVICLPQQ----DDIPQPGNTCFSTGWGKDAFGSLGKYSSLMKRVPLPIVEFNSCQTRLRGTRLGPKFALDRSFICAGGQRGIDTCQGDGGAPLACP---------RGSTRESRYQQTGIVAWGIGCNDE-VPAAYANVALVRGWID 406          

HSP 2 Score: 232.261 bits (591), Expect = 3.014e-65
Identity = 142/370 (38.38%), Postives = 193/370 (52.16%), Query Frame = 0
Query:   94 CVPYYTC--------EDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPP-KPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQED-------CFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            CVPYY C        EDG    DG G+IDIR       +     CP  ++VCC        +  + +T  P P+ Q P +PR     CG RN GG+   +     +    FGE+P   A+L    ++Y        C  SLI   VVLT AHCV  +   +  +R GEWDTQ   E   +Q+R V+ + +HP ++ +++  DFAL+ + +   L  H++ ICLP          Q+D       CF+TGWGKD FG LG+Y  +MK+V + +V    C+ RLR TRLG  F LD+SF+CAGG++  DTC+GDGG PL CP          G  +  +Y Q GI+AWGI C  E  P  YANVA    +ID
Sbjct:   82 CVPYYKCDPSTKSFTEDGSF--DGFGVIDIR------FNDDDPICPASVDVCCDA------NRTLNKTLNPTPLDQRPNQPR----GCGVRNTGGLDFTLSGVS-QNEAGFGEFPWTVALLHSGNLSY-------FCAGSLIHKQVVLTAAHCVESLRTGSFTVRAGEWDTQTMKERLPYQERSVQTVILHPDYNRRSIAYDFALVILSQPVTLDDHINVICLPQ---------QDDIPQPGNTCFSTGWGKDAFGSLGKYSSLMKRVPLPIVEFNSCQTRLRGTRLGPKFALDRSFICAGGQRGIDTCQGDGGAPLACP---------RGSTRESRYQQTGIVAWGIGCNDE-VPAAYANVALVRGWID 406          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG4998 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS50240 SMART:SM00020 EMBL:AE014296 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 OrthoDB:EOG75B84T GeneTree:ENSGT00700000104508 RefSeq:NP_001036609.1 UniGene:Dm.13277 ProteinModelPortal:Q0E8E2 SMR:Q0E8E2 STRING:7227.FBpp0110166 PaxDb:Q0E8E2 PRIDE:Q0E8E2 EnsemblMetazoa:FBtr0110866 GeneID:39808 KEGG:dme:Dmel_CG4998 UCSC:CG4998-RB FlyBase:FBgn0036612 OMA:PLVNLHV PhylomeDB:Q0E8E2 GenomeRNAi:39808 NextBio:815487 Bgee:Q0E8E2 Uniprot:Q0E8E2)

HSP 1 Score: 214.542 bits (545), Expect = 2.907e-55
Identity = 120/320 (37.50%), Postives = 175/320 (54.69%), Query Frame = 0
Query:  769 EVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKY-KGSTQFGEWPHMCALLEIQAVAYGEDIKK--YVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQC 1083
            EVCCR P                +P  P      CG RN  G+  RI+N  Y  G ++FGE+P   A+L+       +D K+  Y CG +LI    +++ AHC+      ++++R GEWD   ++E   + +R V  V IHP++    L ND A+L +++  DF   PH+   CLPD  +    +    C+ TGWGKD FG+ G+YQ I+K+V + +++  +CE++LR TRLG  ++L+  FVCAGGE+ +D CKGDGGGPLVC        D  G +H       G+++WGI CG    PGVY  V+  L +I   TQ 
Sbjct:  902 EVCCRRP---------------LRPQAPPQQFGRCGVRNAAGITGRIKNPVYVDGDSEFGEYPWHVAILK-------KDPKESIYACGGTLIDAQHIISAAHCIKSQNGFDLRVRLGEWDVNHDVEFFPYIERDVVSVHIHPEYYAGTLDNDLAVLKLDQPVDFTKNPHISPACLPDKYS---DFTGARCWTTGWGKDAFGEHGKYQNILKEVDVPILSHQQCESQLRNTRLGYSYKLNPGFVCAGGEEGKDACKGDGGGPLVC--------DRNGAMHVV-----GVVSWGIGCGQVNVPGVYVKVSAYLPWIQQITQS 1183          

HSP 2 Score: 204.912 bits (520), Expect = 2.951e-52
Identity = 116/321 (36.14%), Postives = 171/321 (53.27%), Query Frame = 0
Query:  135 EVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKF-KGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQC 452
            EVCCR P                   +P  P      CG RN  G+  RI+N  +  G ++FGE+P   A+L+       E I  Y CG +LI    +++ AHC+      ++++R GEWD    +E   + +R V ++ +HP +    L ND A+L +++  DF   PH+   CLPD  +    +    C+ TGWGKD FG+ G+YQ I+K+V++ +++  +CE +LR TRLG  ++L+  FVCAGGE+ +D CKGDGGGPLVC        D  G +        G+++WGI CG    PGVY  V+  L +I   TQ 
Sbjct:  902 EVCCRRP------------------LRPQAPPQQFGRCGVRNAAGITGRIKNPVYVDGDSEFGEYPWHVAILKKDPK---ESI--YACGGTLIDAQHIISAAHCIKSQNGFDLRVRLGEWDVNHDVEFFPYIERDVVSVHIHPEYYAGTLDNDLAVLKLDQPVDFTKNPHISPACLPDKYS---DFTGARCWTTGWGKDAFGEHGKYQNILKEVDVPILSHQQCESQLRNTRLGYSYKLNPGFVCAGGEEGKDACKGDGGGPLVC--------DRNGAMH-----VVGVVSWGIGCGQVNVPGVYVKVSAYLPWIQQITQS 1183          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG13318 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS50240 SMART:SM00020 EMBL:AE014297 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 GeneTree:ENSGT00700000104508 EMBL:AY071101 RefSeq:NP_649831.1 UniGene:Dm.6116 SMR:Q8SZ60 EnsemblMetazoa:FBtr0081942 GeneID:41048 KEGG:dme:Dmel_CG13318 UCSC:CG13318-RA FlyBase:FBgn0037627 InParanoid:Q8SZ60 OMA:TSFICAG OrthoDB:EOG7992QX GenomeRNAi:41048 NextBio:821908 Uniprot:Q8SZ60)

HSP 1 Score: 185.652 bits (470), Expect = 4.350e-49
Identity = 124/362 (34.25%), Postives = 165/362 (45.58%), Query Frame = 0
Query:  727 KCVPYYNCEDG--EIVTDGGGLIDIR----SSFAAVLDPASS-KCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPH--VDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELD-ESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            +CVP  +C +      +DG G IDIR      +  V   +S+  C   L  CC+   +                        +CGRR     G         G   FG +P   ALL    V        Y+ G +LI    VLT AH V  +     K+R GEWD     EP   QD ++ +V ++P FNP NL+ND A+L +     L     V T+CLP       S+    C+  GWGK+ FG  G YQ I +QV + ++ +  C+  L+ TRLG  F L   SF+CAGGE  +D C GDGG PLVC      SN  + V+        G++AWGI C   G PGVY NV   L +I 
Sbjct:   92 QCVPPGSCANPLPTAPSDGSGQIDIRIVNNGGYPTVPTTSSTLTCSYGLVACCQAGSY------------------------QCGRRFPPPPG---STTAAPGQASFGAYPWQAALLTTADV--------YLGGGALITAQHVLTAAHKVYNLGLTYFKVRLGEWDAASTSEPIPAQDVYISNVYVNPSFNPNNLQNDVAILKLSTPVSLTSKSTVGTVCLPTT-----SFVGQRCWVAGWGKNDFGATGAYQAIERQVDVPLIPNANCQAALQATRLGSSFVLSPTSFICAGGEAGKDACTGDGGSPLVC-----TSNGVWYVV--------GLVAWGIGCAQAGVPGVYVNVGTYLPWIQ 400          

HSP 2 Score: 177.178 bits (448), Expect = 3.355e-46
Identity = 122/365 (33.42%), Postives = 164/365 (44.93%), Query Frame = 0
Query:   93 KCVPYYTCEDG--EIVTDGGGLIDIR----SSFAAVLDPASS-KCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPH--VDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELD-KSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVP  +C +      +DG G IDIR      +  V   +S+  C   L  CC+   +                           +CGRR     G         G   FG +P   A+L    V        Y+ G +LI    VLT AH V  +     K+R GEWD     EP   QD ++  + V+P F+P NL+ND A+L +     L     V T+CLP       S+  + C+  GWGK+ FG  G YQ I +QV++ ++    C+  L+ TRLG  F L   SF+CAGGE  +D C GDGG PLVC      +G  Y V         G++AWGI C   G PGVY NV   L +I 
Sbjct:   92 QCVPPGSCANPLPTAPSDGSGQIDIRIVNNGGYPTVPTTSSTLTCSYGLVACCQAGSY---------------------------QCGRRFPPPPG---STTAAPGQASFGAYPWQAALLTTADV--------YLGGGALITAQHVLTAAHKVYNLGLTYFKVRLGEWDAASTSEPIPAQDVYISNVYVNPSFNPNNLQNDVAILKLSTPVSLTSKSTVGTVCLPT-----TSFVGQRCWVAGWGKNDFGATGAYQAIERQVDVPLIPNANCQAALQATRLGSSFVLSPTSFICAGGEAGKDACTGDGGSPLVC----TSNGVWYVV---------GLVAWGIGCAQAGVPGVYVNVGTYLPWIQ 400          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG31780 species:7227 "Drosophila melanogaster" [GO:0006508 "proteolysis" evidence=ISS] [GO:0008236 "serine-type peptidase activity" evidence=ISS] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR009003 Pfam:PF00089 PROSITE:PS50240 SMART:SM00020 EMBL:AE014134 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 GeneTree:ENSGT00700000104508 EMBL:BT016058 RefSeq:NP_609763.1 RefSeq:NP_723920.1 UniGene:Dm.12038 UniGene:Dm.30739 SMR:Q7KT73 EnsemblMetazoa:FBtr0080756 EnsemblMetazoa:FBtr0080758 GeneID:318937 GeneID:34922 KEGG:dme:Dmel_CG18477 KEGG:dme:Dmel_CG31780 UCSC:CG18477-RA FlyBase:FBgn0028864 FlyBase:FBgn0051780 InParanoid:Q7KT73 OMA:LETICHE OrthoDB:EOG7VHSX8 NextBio:846634 Uniprot:Q7KT73)

HSP 1 Score: 181.8 bits (460), Expect = 2.786e-47
Identity = 113/367 (30.79%), Postives = 174/367 (47.41%), Query Frame = 0
Query:  722 ADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIP 1088
            A  +++CVP + C+             ++  F   +   +  C     +CC   +     P+    EP+T P        +CG  N  GV    + +   G  Q  E P M ALL+ +          YV G +LIAP VV+T     + +  + + +R GEWD   + E     D  +  +  HP FN +N  N+ AL+F+      + H++ IC+P   +   ++D + C  TGWGK+ F     Y  ++K++ + +V    CE +L R   G DFELD S +CAGGE  +D+C+GDGG PL C +            +  +Y  AGI+ +G+DCGL G P VY NVA+    I+W T     +P
Sbjct:   35 ASNEHQCVPRHMCK-------------VKIEFRMAMTYRNLGCVS-TAICCPK-NLIIKEPRLIINEPITDP--------QCGFVNSKGVTFSFREED-TGLAQEAEVPWMVALLDART-------SSYVAGGALIAPHVVITARQRTENMTASQLVVRAGEWDFSTKTEQLPSVDVPIRSIVRHPGFNLENGANNVALVFLRRSLTSSRHINPICMP---SAPKNFDFSRCIFTGWGKNSFDD-PSYMNVLKKISLPVVQRRTCEQQL-RLYYGNDFELDNSLMCAGGEPGKDSCEGDGGSPLACAIKD----------NPQRYELAGIVNFGVDCGLPGVPAVYTNVAN---VIEWITLTTVNMP 352          

HSP 2 Score: 173.711 bits (439), Expect = 1.427e-44
Identity = 98/288 (34.03%), Postives = 149/288 (51.74%), Query Frame = 0
Query:  170 PECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIP 457
            P+CG  N  GV    + +   G  Q  E P M A+L+ +        + YV G +LIAP VV+T       +    + +R GEWD   + E     D  + ++  HP F+ +N  N+ AL+F+      + H++ IC+P   +   ++D   C  TGWGK+ F     Y  ++K++++ +V    CE++L R   G DFELD S +CAGGE  +D+C+GDGG PL C +             P +Y  AGI+ +G+DCG+ G P VY NVA+    I+W T     +P
Sbjct:   91 PQCGFVNSKGVTFSFREED-TGLAQEAEVPWMVALLDART-------SSYVAGGALIAPHVVITARQRTENMTASQLVVRAGEWDFSTKTEQLPSVDVPIRSIVRHPGFNLENGANNVALVFLRRSLTSSRHINPICMP---SAPKNFDFSRCIFTGWGKNSFDD-PSYMNVLKKISLPVVQRRTCEQQL-RLYYGNDFELDNSLMCAGGEPGKDSCEGDGGSPLACAIKD----------NPQRYELAGIVNFGVDCGLPGVPAVYTNVAN---VIEWITLTTVNMP 352          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG18477 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR009003 Pfam:PF00089 PROSITE:PS50240 SMART:SM00020 EMBL:AE014134 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 GeneTree:ENSGT00700000104508 EMBL:BT016058 RefSeq:NP_609763.1 RefSeq:NP_723920.1 UniGene:Dm.12038 UniGene:Dm.30739 SMR:Q7KT73 EnsemblMetazoa:FBtr0080756 EnsemblMetazoa:FBtr0080758 GeneID:318937 GeneID:34922 KEGG:dme:Dmel_CG18477 KEGG:dme:Dmel_CG31780 UCSC:CG18477-RA FlyBase:FBgn0028864 FlyBase:FBgn0051780 InParanoid:Q7KT73 OMA:LETICHE OrthoDB:EOG7VHSX8 NextBio:846634 Uniprot:Q7KT73)

HSP 1 Score: 181.8 bits (460), Expect = 2.786e-47
Identity = 113/367 (30.79%), Postives = 174/367 (47.41%), Query Frame = 0
Query:  722 ADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIP 1088
            A  +++CVP + C+             ++  F   +   +  C     +CC   +     P+    EP+T P        +CG  N  GV    + +   G  Q  E P M ALL+ +          YV G +LIAP VV+T     + +  + + +R GEWD   + E     D  +  +  HP FN +N  N+ AL+F+      + H++ IC+P   +   ++D + C  TGWGK+ F     Y  ++K++ + +V    CE +L R   G DFELD S +CAGGE  +D+C+GDGG PL C +            +  +Y  AGI+ +G+DCGL G P VY NVA+    I+W T     +P
Sbjct:   35 ASNEHQCVPRHMCK-------------VKIEFRMAMTYRNLGCVS-TAICCPK-NLIIKEPRLIINEPITDP--------QCGFVNSKGVTFSFREED-TGLAQEAEVPWMVALLDART-------SSYVAGGALIAPHVVITARQRTENMTASQLVVRAGEWDFSTKTEQLPSVDVPIRSIVRHPGFNLENGANNVALVFLRRSLTSSRHINPICMP---SAPKNFDFSRCIFTGWGKNSFDD-PSYMNVLKKISLPVVQRRTCEQQL-RLYYGNDFELDNSLMCAGGEPGKDSCEGDGGSPLACAIKD----------NPQRYELAGIVNFGVDCGLPGVPAVYTNVAN---VIEWITLTTVNMP 352          

HSP 2 Score: 173.711 bits (439), Expect = 1.427e-44
Identity = 98/288 (34.03%), Postives = 149/288 (51.74%), Query Frame = 0
Query:  170 PECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIP 457
            P+CG  N  GV    + +   G  Q  E P M A+L+ +        + YV G +LIAP VV+T       +    + +R GEWD   + E     D  + ++  HP F+ +N  N+ AL+F+      + H++ IC+P   +   ++D   C  TGWGK+ F     Y  ++K++++ +V    CE++L R   G DFELD S +CAGGE  +D+C+GDGG PL C +             P +Y  AGI+ +G+DCG+ G P VY NVA+    I+W T     +P
Sbjct:   91 PQCGFVNSKGVTFSFREED-TGLAQEAEVPWMVALLDART-------SSYVAGGALIAPHVVITARQRTENMTASQLVVRAGEWDFSTKTEQLPSVDVPIRSIVRHPGFNLENGANNVALVFLRRSLTSSRHINPICMP---SAPKNFDFSRCIFTGWGKNSFDD-PSYMNVLKKISLPVVQRRTCEQQL-RLYYGNDFELDNSLMCAGGEPGKDSCEGDGGSPLACAIKD----------NPQRYELAGIVNFGVDCGLPGVPAVYTNVAN---VIEWITLTTVNMP 352          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG6639 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] [GO:0050830 "defense response to Gram-positive bacterium" evidence=IEP] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS50240 SMART:SM00020 EMBL:AE014134 GO:GO:0050830 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 GeneTree:ENSGT00700000104508 OrthoDB:EOG793B82 EMBL:AY075549 RefSeq:NP_609840.1 UniGene:Dm.5436 SMR:Q9VJD7 STRING:7227.FBpp0080557 EnsemblMetazoa:FBtr0081004 GeneID:35049 KEGG:dme:Dmel_CG6639 UCSC:CG6639-RA FlyBase:FBgn0032638 InParanoid:Q9VJD7 GenomeRNAi:35049 NextBio:791562 Uniprot:Q9VJD7)

HSP 1 Score: 177.178 bits (448), Expect = 2.033e-45
Identity = 99/234 (42.31%), Postives = 130/234 (55.56%), Query Frame = 0
Query:  218 KYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            +Y+ G SLI P VVLT AH V  I  E + +R G+WD +   E    + R VE   +H  FD K+  N+ ALLF+   FKL  H+ TICLP       S+    C   GWGK ++ +   Y  ++K+V + +VN   CE+ LR TRLG  FEL K+ +CAGGE  RDTC GDGG  L C +  E SG          Y QAGI+ WG+ CG EG P +Y  V+    F +W T+
Sbjct:  268 QYLAGGSLIQPNVVLTVAHRVITIETE-LVVRAGDWDLKSDREIFLSEQREVERAVIHEGFDFKSGANNLALLFLNSPFKLNDHIRTICLP---TPNKSFAGRRCTVAGWGKMRY-EDQRYSTVLKKVQLLVVNRNVCEKFLRSTRLGAKFELPKNIICAGGELGRDTCTGDGGSALFCSIGGENSG---------VYEQAGIVNWGVGCGQEGIPAIYTEVSK---FTNWITE 484          

HSP 2 Score: 176.407 bits (446), Expect = 3.063e-45
Identity = 117/328 (35.67%), Postives = 160/328 (48.78%), Query Frame = 0
Query:  766 GYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYV-------PECGRRNVGGV----GVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            GY      +P  +  +P T    P      P + V       P CG  N  G+    G+ I         +  ++P   A+             +Y+ G SLI P VVLT AH V  I +  + +R G+WD + + E    + R VE   IH  F+ K+  N+ ALLF+   FKL  H+ TICLP       S+    C   GWGK ++ +   Y  ++K+VQ+ +VN N CE  LR TRLG  FEL ++ +CAGGE  RDTC GDGG  L C +  E S    GV     Y QAGI+ WG+ CG EG P +Y  V+    F +W T+
Sbjct:  189 GYPTTNVGNPTNNGGNPTTNFGNPTNNGGNPTTNVGSSELLSPSCGMSNANGLQMVEGITID------QARPAQYPWAVAIFHN---------GQYLAGGSLIQPNVVLTVAHRVITI-ETELVVRAGDWDLKSDREIFLSEQREVERAVIHEGFDFKSGANNLALLFLNSPFKLNDHIRTICLP---TPNKSFAGRRCTVAGWGKMRY-EDQRYSTVLKKVQLLVVNRNVCEKFLRSTRLGAKFELPKNIICAGGELGRDTCTGDGGSALFCSIGGENS----GV-----YEQAGIVNWGVGCGQEGIPAIYTEVSK---FTNWITE 484          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG14990 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR009003 Pfam:PF00089 PROSITE:PS50240 SMART:SM00020 GO:GO:0003824 GO:GO:0006508 SUPFAM:SSF50494 EMBL:AY089694 ProteinModelPortal:Q8SXD9 SMR:Q8SXD9 PRIDE:Q8SXD9 FlyBase:FBgn0035496 InParanoid:Q8SXD9 OrthoDB:EOG793B82 Bgee:Q8SXD9 Uniprot:Q8SXD9)

HSP 1 Score: 168.703 bits (426), Expect = 4.452e-44
Identity = 105/277 (37.91%), Postives = 138/277 (49.82%), Query Frame = 0
Query:  172 CGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            CG  N  G+   ++  K   +   G++P + A+             KY    SLIAP VVLT A  V       I +R GEW+T ++ E    +DR V  +  H  F      N+ ALLF+   F+L  H+ TICLP       S+DQ+ C  TG GK  F     Y  I K++ + M+N  +C+ +LR TRLGV F+L  S +CAGGEKD   C GDGG  L CP+  +          P +Y QAGI+ WGI C  E  P VY NV     F DW
Sbjct:   48 CGMSNPNGLVANVKVPKDYSTP--GQFPWVVALF---------SQGKYFGAGSLIAPEVVLTAASIVVGKTDAEIVVRAGEWNTGQRSEFLPSEDRPVARVVQHREFSYLLGANNIALLFLANPFELKSHIRTICLPSQG---RSFDQKRCLVTGCGKVAFND-ENYSNIQKKIELPMINRAQCQDQLRNTRLGVSFDLPASLICAGGEKDAGDCLGDGGSALFCPMEAD----------PSRYEQAGIVNWGIGCQEENVPAVYTNVE---MFRDW 296          

HSP 2 Score: 167.548 bits (423), Expect = 1.126e-43
Identity = 106/277 (38.27%), Postives = 139/277 (50.18%), Query Frame = 0
Query:  803 CGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            CG  N  G+   ++  K   +   G++P + AL             KY    SLIAP VVLT A  V       I +R GEW+T +  E    +DR V  V  H +F+     N+ ALLF+   F+L  H+ TICLP       S+DQ  C  TG GK  F     Y  I K++++ M+N  +C+++LR TRLG  F+L  S +CAGGEKD   C GDGG  L CP+  + S          +Y QAGI+ WGI C  E  P VY NV     F DW
Sbjct:   48 CGMSNPNGLVANVKVPKDYSTP--GQFPWVVALF---------SQGKYFGAGSLIAPEVVLTAASIVVGKTDAEIVVRAGEWNTGQRSEFLPSEDRPVARVVQHREFSYLLGANNIALLFLANPFELKSHIRTICLPSQG---RSFDQKRCLVTGCGKVAFND-ENYSNIQKKIELPMINRAQCQDQLRNTRLGVSFDLPASLICAGGEKDAGDCLGDGGSALFCPMEADPS----------RYEQAGIVNWGIGCQEENVPAVYTNVE---MFRDW 296          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG8738 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA;NAS] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS50240 SMART:SM00020 GO:GO:0003824 GO:GO:0006508 SUPFAM:SSF50494 FlyBase:FBgn0033321 EMBL:AY128488 ProteinModelPortal:Q8MQM9 PRIDE:Q8MQM9 InParanoid:Q8MQM9 Bgee:Q8MQM9 Uniprot:Q8MQM9)

HSP 1 Score: 169.859 bits (429), Expect = 7.847e-43
Identity = 113/357 (31.65%), Postives = 170/357 (47.62%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICL--PDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVP + C  G +  DG  +I  R      ++  S+     +E CC         P+  Q        Q       +  CG  N  G+  ++      G + F E+P M A+++++          +VCG +LI P +VLT AH V    ++++ +R G+WD   Q E   +Q R +  L  H  F+   L ND AL+ +E  F++APH+  ICL  P+            C ATGWG  ++      + ++K++ +  V+   C+R LR T LG  + L  SF CAGG K +DTC GDGG PL C L   G  D Y +V        G+++WGI+C  +  P  Y NVA    +ID
Sbjct:  187 ECVPRHLCSTGVVNEDGRYIIKPR------INEESNFGCRVVEECC---------PLGDQIEEGRNPIQRNVKDFLLKGCGYSNPKGLYYQLDGYN-NGESVFAEFPWMVALMDMEG--------NFVCGGTLIHPQLVLTSAHNVFNRSEDSLLVRAGDWDLNSQTELHPYQMRAISELHRHENFNNLTLYNDIALVVLERPFQVAPHIQPICLPPPETPQMEAELRSASCLATGWGL-RYSTSRTMENLLKRIELPAVDHESCQRLLRHTVLGRRYNLHPSFTCAGGVKGKDTCMGDGGSPLFCTL--PGQKDRYQLV--------GLVSWGIECAEKDVPAAYTNVAYLRNWID 508          

HSP 2 Score: 169.859 bits (429), Expect = 8.140e-43
Identity = 95/270 (35.19%), Postives = 143/270 (52.96%), Query Frame = 0
Query:  812 GVRIQNDKYK-GSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICL--PDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G+  Q D Y  G + F E+P M AL++++          +VCG +LI P +VLT AH V    ++++ +R G+WD   + E   +Q R + ++  H  FN   L ND AL+ +E  F++APH+  ICL  P+            C ATGWG  ++      + ++K++++  V+   C+  LR T LG  + L  SF CAGG K +DTC GDGG PL C L   G  D Y ++        G+++WGI+C  +  P  Y NVA    +ID
Sbjct:  258 GLYYQLDGYNNGESVFAEFPWMVALMDMEG--------NFVCGGTLIHPQLVLTSAHNVFNRSEDSLLVRAGDWDLNSQTELHPYQMRAISELHRHENFNNLTLYNDIALVVLERPFQVAPHIQPICLPPPETPQMEAELRSASCLATGWGL-RYSTSRTMENLLKRIELPAVDHESCQRLLRHTVLGRRYNLHPSFTCAGGVKGKDTCMGDGGSPLFCTL--PGQKDRYQLV--------GLVSWGIECAEKDVPAAYTNVAYLRNWID 508          
BLAST of EMLSAG00000011017 vs. GO
Match: - (symbol:CG31827 species:7227 "Drosophila melanogaster" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0006508 "proteolysis" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS50240 SMART:SM00020 EMBL:AE014134 GO:GO:0006508 GO:GO:0016787 SUPFAM:SSF50494 eggNOG:COG5640 GeneTree:ENSGT00700000104508 RefSeq:NP_609764.1 RefSeq:NP_723923.1 UniGene:Dm.26822 UniGene:Dm.30740 SMR:Q7KT71 EnsemblMetazoa:FBtr0080757 EnsemblMetazoa:FBtr0080759 GeneID:318965 GeneID:34923 KEGG:dme:Dmel_CG18478 KEGG:dme:Dmel_CG31827 UCSC:CG18478-RA FlyBase:FBgn0028517 FlyBase:FBgn0051827 InParanoid:Q7KT71 OMA:QSSICAG OrthoDB:EOG7N900T NextBio:846778 Uniprot:Q7KT71)

HSP 1 Score: 159.458 bits (402), Expect = 3.267e-41
Identity = 88/271 (32.47%), Postives = 142/271 (52.40%), Query Frame = 0
Query:  181 GVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
             V++Q +  +G  +  E+P   AV+  +++         V G SLI P +VLT AH +     E+I +  GEW+    +E    ++ FV  + +H  F+ +   N+ ALLF++ +F L   ++TICLP     ++S     C   GWGK +F     Y  ++K++++ +V    C+ +LR+TRLG ++ L +  +CAGGEKD D C GDGGG L CP+  +          P ++ Q GI+ WG+ C  +  P  Y +V +   F  W  Q
Sbjct:   38 AVKVQFNVTEGQAKPAEFPWTIAVIHNRSL---------VGGGSLITPDIVLTAAHRIFNKDVEDIVVSAGEWEYGSALEKYPFEEAFVLKMVIHKSFNYQRGANNLALLFLDREFPLTYKINTICLPTQKRSLSS---TRCIVAGWGKYQFSDT-HYGGVLKKIDLPIVPRHICQDQLRKTRLGQNYTLPRGLICAGGEKDNDACTGDGGGALFCPMTED----------PKQFEQIGIVNWGVGCKEKNVPATYTDVFE---FKPWIVQ 282          

HSP 2 Score: 158.303 bits (399), Expect = 1.020e-40
Identity = 87/271 (32.10%), Postives = 140/271 (51.66%), Query Frame = 0
Query:  812 GVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
             V++Q +  +G  +  E+P   A++  +++         V G SLI P +VLT AH +      +I +  GEW+    +E    ++ FV  + IH  FN +   N+ ALLF++ +F L   ++TICLP     + S     C   GWGK +F     Y  ++K++ + +V  + C+++LR+TRLG+++ L    +CAGGEKD D C GDGGG L CP+  +            ++ Q GI+ WG+ C  +  P  Y +V +   F  W  Q
Sbjct:   38 AVKVQFNVTEGQAKPAEFPWTIAVIHNRSL---------VGGGSLITPDIVLTAAHRIFNKDVEDIVVSAGEWEYGSALEKYPFEEAFVLKMVIHKSFNYQRGANNLALLFLDREFPLTYKINTICLPTQKRSLSS---TRCIVAGWGKYQFSDT-HYGGVLKKIDLPIVPRHICQDQLRKTRLGQNYTLPRGLICAGGEKDNDACTGDGGGALFCPMTED----------PKQFEQIGIVNWGVGCKEKNVPATYTDVFE---FKPWIVQ 282          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592778019|gb|GAXK01176549.1| (TSA: Calanus finmarchicus comp3737_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 367.851 bits (943), Expect = 6.073e-111
Identity = 200/415 (48.19%), Postives = 268/415 (64.58%), Query Frame = 0
Query:  711 VDTSYEECAYYADQ-DYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAV-------AYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWAPQQIESLK 1108
            V+T +E CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P                Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +  Y CG SLIAPGV+LT AHCVDK  +N   +KIRCGEWDTQ + EP  HQDR+ + + IHP+F+ +NL+NDFA+LF  EDF ++ H+DT+CLP      + +D   CFATGWGKDKFG  G+YQV++K++ + +V++ EC++KLR TRLG+ ++L +SF+CAGG   +DTCKGDGG PLVCP   + +           YVQAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W   +I  L+
Sbjct:  487 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPK------------IKYAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTELKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQ---ADELFDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYDPNT----------YVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLE 1650          

HSP 2 Score: 345.895 bits (886), Expect = 5.986e-103
Identity = 205/423 (48.46%), Postives = 271/423 (64.07%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQ-DYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAV-------AYGEDINKYVCGASLIAPGVVLTGAHCVAKI---PKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLP--DNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWASHQIESIKYK 479
            V+T +E+CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P   +               Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +N Y CG SLIAPGV+LT AHCV K    P E +KIRCGEWDTQ Q EP  HQDR+ +AL +HP FD +NL+NDFA+LF  EDF ++ H+DT+CLP  D L     +D   CFATGWGKDKFG  G+YQV++K++++ +V+  EC+ +LR TRLG  ++L  SF+CAGG   +DTCKGDGG PLVCP   +          P+ Y+QAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W  ++I  ++ K
Sbjct:  487 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPKIK---------------YAPQCGRRNQNGLGVRIQG-FTESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTE-LKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQADEL-----FDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLERK 1656          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592778021|gb|GAXK01176547.1| (TSA: Calanus finmarchicus comp3737_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 367.851 bits (943), Expect = 1.278e-110
Identity = 200/415 (48.19%), Postives = 268/415 (64.58%), Query Frame = 0
Query:  711 VDTSYEECAYYADQ-DYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAV-------AYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWAPQQIESLK 1108
            V+T +E CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P                Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +  Y CG SLIAPGV+LT AHCVDK  +N   +KIRCGEWDTQ + EP  HQDR+ + + IHP+F+ +NL+NDFA+LF  EDF ++ H+DT+CLP      + +D   CFATGWGKDKFG  G+YQV++K++ + +V++ EC++KLR TRLG+ ++L +SF+CAGG   +DTCKGDGG PLVCP   + +           YVQAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W   +I  L+
Sbjct:  568 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPK------------IKYAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTELKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQ---ADELFDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYDPNT----------YVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLE 1731          

HSP 2 Score: 345.895 bits (886), Expect = 1.348e-102
Identity = 205/423 (48.46%), Postives = 271/423 (64.07%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQ-DYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAV-------AYGEDINKYVCGASLIAPGVVLTGAHCVAKI---PKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLP--DNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWASHQIESIKYK 479
            V+T +E+CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P   +               Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +N Y CG SLIAPGV+LT AHCV K    P E +KIRCGEWDTQ Q EP  HQDR+ +AL +HP FD +NL+NDFA+LF  EDF ++ H+DT+CLP  D L     +D   CFATGWGKDKFG  G+YQV++K++++ +V+  EC+ +LR TRLG  ++L  SF+CAGG   +DTCKGDGG PLVCP   +          P+ Y+QAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W  ++I  ++ K
Sbjct:  568 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPKIK---------------YAPQCGRRNQNGLGVRIQG-FTESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTE-LKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQADEL-----FDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLERK 1737          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592778018|gb|GAXK01176550.1| (TSA: Calanus finmarchicus comp3737_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 366.696 bits (940), Expect = 1.573e-110
Identity = 200/415 (48.19%), Postives = 267/415 (64.34%), Query Frame = 0
Query:  711 VDTSYEECAYYADQ-DYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAV-------AYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWAPQQIESLK 1108
            V+T +E CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P                Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +  Y CG SLIAPGV+LT AHCVDK  +N   +KIRCGEWDTQ + EP  HQDR+ + + IHP+F+ +NL+NDFA+LF  EDF ++ H+DT+CLP      + +D   CFATGWGKDKFG  G+YQV++K++ + +V++ EC++KLR TRLG+ ++L +SF+CAGG   +DTCKGDGG PLVCP   +             YVQAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W   +I  L+
Sbjct:  487 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPK------------IKYAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTELKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQ---ADELFDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLE 1650          

HSP 2 Score: 345.125 bits (884), Expect = 1.349e-102
Identity = 205/423 (48.46%), Postives = 271/423 (64.07%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQ-DYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAV-------AYGEDINKYVCGASLIAPGVVLTGAHCVAKI---PKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLP--DNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWASHQIESIKYK 479
            V+T +E+CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P   +               Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +N Y CG SLIAPGV+LT AHCV K    P E +KIRCGEWDTQ Q EP  HQDR+ +AL +HP FD +NL+NDFA+LF  EDF ++ H+DT+CLP  D L     +D   CFATGWGKDKFG  G+YQV++K++++ +V+  EC+ +LR TRLG  ++L  SF+CAGG   +DTCKGDGG PLVCP   +          P+ Y+QAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W  ++I  ++ K
Sbjct:  487 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPKIK---------------YAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTE-LKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQADEL-----FDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLERK 1656          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592778020|gb|GAXK01176548.1| (TSA: Calanus finmarchicus comp3737_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 366.696 bits (940), Expect = 3.021e-110
Identity = 200/415 (48.19%), Postives = 267/415 (64.34%), Query Frame = 0
Query:  711 VDTSYEECAYYADQ-DYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAV-------AYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWAPQQIESLK 1108
            V+T +E CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P                Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +  Y CG SLIAPGV+LT AHCVDK  +N   +KIRCGEWDTQ + EP  HQDR+ + + IHP+F+ +NL+NDFA+LF  EDF ++ H+DT+CLP      + +D   CFATGWGKDKFG  G+YQV++K++ + +V++ EC++KLR TRLG+ ++L +SF+CAGG   +DTCKGDGG PLVCP   +             YVQAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W   +I  L+
Sbjct:  568 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPK------------IKYAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTELKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQ---ADELFDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLE 1731          

HSP 2 Score: 345.125 bits (884), Expect = 2.666e-102
Identity = 205/423 (48.46%), Postives = 271/423 (64.07%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQ-DYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAV-------AYGEDINKYVCGASLIAPGVVLTGAHCVAKI---PKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLP--DNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQ--YFNITG-----CENWASHQIESIKYK 479
            V+T +E+CA Y +   Y+CVPYY C +G I+TDG GLIDIR+ F + L P  SKCPG+L+VCC+ PDF    P   +               Y P+CGRRN  G+GVRIQ    +  +QFGEWPHMCA+L  + +          + +N Y CG SLIAPGV+LT AHCV K    P E +KIRCGEWDTQ Q EP  HQDR+ +AL +HP FD +NL+NDFA+LF  EDF ++ H+DT+CLP  D L     +D   CFATGWGKDKFG  G+YQV++K++++ +V+  EC+ +LR TRLG  ++L  SF+CAGG   +DTCKGDGG PLVCP   +          P+ Y+QAG++AWGI CG +G PGVYA+V+  LC+ID+A  CQ G     Y +  G     C+ W  ++I  ++ K
Sbjct:  568 VNTDFENCADYTESLGYECVPYYQCHNGTIITDGAGLIDIRNGFGS-LTPEDSKCPGFLDVCCKDPDFIPPPPPKIK---------------YAPQCGRRNQNGLGVRIQGFT-ESESQFGEWPHMCAILHEKPIEQEGGYSGEPQTVNLYQCGGSLIAPGVILTAAHCVDKFRQNPTE-LKIRCGEWDTQNQTEPYPHQDRYAQALNIHPEFDGRNLQNDFAVLFTSEDFVISSHIDTVCLPQADEL-----FDGTTCFATGWGKDKFGSAGQYQVVLKEIDLPVVSNYECQDKLRSTRLGQKYKLHDSFICAGGVNGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGMVAWGIGCGEDGTPGVYASVSKALCWIDYAMTCQNGAATGDYNSYNGYTSNVCQEWMDNKIADLERK 1737          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592807239|gb|GAXK01147329.1| (TSA: Calanus finmarchicus comp43650_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 356.681 bits (914), Expect = 8.868e-108
Identity = 190/378 (50.26%), Postives = 246/378 (65.08%), Query Frame = 0
Query:  712 DTSYEECAYYADQ-DYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG 1086
            D  +E CA Y +Q  Y+CVPYY C +G I+TDGGGLIDIR+ F A L+    KCPG+L+VCC+ PDF            V      + Y  +CG+RN  G+G RIQ  K +  +Q GEWPHMCA+L+   V   E +  Y CG SLIAPGVVLT AHCVDK   +   +K+RCGEWDTQ   EP  HQDR V+ ++IHP++  + L NDFA+LFME +F L  H+D++CLP      +++D + CFATGWGKDKFG  GEYQV++K++ + +V+++ C++ LR TRLG+ F+L  SF+CAGG   +DTCKGDGG PLVCP                 YVQAGI+AWGI CG  G PGVYA V+  +C+ID A  C  G
Sbjct:  467 DNQFENCADYTEQFGYECVPYYQCANGSIITDGGGLIDIRNGFGA-LNAEDGKCPGFLDVCCKDPDF------------VPPKQPVKQYQTKCGQRNQNGLGARIQGFK-ENESQLGEWPHMCAVLKETRVGDSEPLNIYQCGGSLIAPGVVLTAAHCVDKSRNDVAELKVRCGEWDTQSTSEPYPHQDRAVKALRIHPEYEGRALFNDFAVLFMESNFDLDVHLDSVCLPQP---DEAFDGSTCFATGWGKDKFGSAGEYQVVLKEIDLPIVSNDICQDSLRTTRLGKRFKLHPSFICAGGIPGKDTCKGDGGSPLVCPSK----------YSPNTYVQAGIVAWGIGCGETGTPGVYAGVSKAVCWIDQAMTCYYG 1519          

HSP 2 Score: 342.043 bits (876), Expect = 1.985e-102
Identity = 211/457 (46.17%), Postives = 272/457 (59.52%), Query Frame = 0
Query:   31 EDDLNLIDDVFG-GGKTNDAGNNGGIGEINS------------KPEPNYGDGGSHV----------NEVV------DTSYEDCAYYADQ-DYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKE--NIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG 455
            E D  LI D+FG GG +  +G+NG  G+  S            +    Y  G S+           N+V       D  +E+CA Y +Q  Y+CVPYY C +G I+TDGGGLIDIR+ F A L+    KCPG+L+VCC+ PDF               V      + Y  +CG+RN  G+G RIQ  K +  +Q GEWPHMCAVL+   V   E +N Y CG SLIAPGVVLT AHCV K   +   +K+RCGEWDTQ   EP  HQDR V+AL++HP ++ + L NDFA+LFME +F L  H+D++CLP       ++D   CFATGWGKDKFG  GEYQV++K++++ +V+   C+  LR TRLG  F+L  SF+CAGG   +DTCKGDGG PLVCP              P+ Y+QAGI+AWGI CG  G PGVYA V+  +C+ID A  C  G
Sbjct:  239 EPDQELIKDIFGLGGDSTRSGSNGYSGDTASGDANIDVLVQIVQDGNEYNQGSSNEKFTGPNDYSENQVTNAKIEEDNQFENCADYTEQFGYECVPYYQCANGSIITDGGGLIDIRNGFGA-LNAEDGKCPGFLDVCCKDPDF---------------VPPKQPVKQYQTKCGQRNQNGLGARIQGFK-ENESQLGEWPHMCAVLKETRVGDSEPLNIYQCGGSLIAPGVVLTAAHCVDKSRNDVAELKVRCGEWDTQSTSEPYPHQDRAVKALRIHPEYEGRALFNDFAVLFMESNFDLDVHLDSVCLPQP---DEAFDGSTCFATGWGKDKFGSAGEYQVVLKEIDLPIVSNDICQDSLRTTRLGKRFKLHPSFICAGGIPGKDTCKGDGGSPLVCPSK----------YSPNTYVQAGIVAWGIGCGETGTPGVYAGVSKAVCWIDQAMTCYYG 1519          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592928111|gb|GAXK01030376.1| (TSA: Calanus finmarchicus comp1278519_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 338.191 bits (866), Expect = 3.323e-103
Identity = 179/363 (49.31%), Postives = 237/363 (65.29%), Query Frame = 0
Query:  710 VVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXXXXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKK----YVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGV 1066
             VDT++E C  Y+   ++CVPYY C +G I+TDG GLIDIR+ F   LDP +SKCPG L+VCC+ P+F            +  PP+   Y P+CGR NVGG  V+I+       +QFGEWPHMCA++  + +    +  +    Y CG SLI+PGV+LT  HCVDK   +   + +RCGEW+TQ E EP  HQDRFV  + IHP+FN KNL ND+ALLF  +DF L+PH+DT+CLP   +  +++D   CFATGWGKD+FG  G YQVI+K+V + +VN   C++KLR+T+LG+ F L +SF+CAGGE  +DTCK   G PLVCP   +             +VQAGI+AWGI CG +G PGV
Sbjct:  320 AVDTAFENCEEYSGFGFECVPYYQCHNGSIITDGEGLIDIRNGFGT-LDPVASKCPGLLDVCCKDPEF------------IELPPQKPQYTPKCGRHNVGGYNVKIEGFT-DSESQFGEWPHMCAVMHTKPIEASSESSQSTNVYECGGSLISPGVILTAGHCVDKFRSDPSQLVVRCGEWNTQNETEPLPHQDRFVNHLIIHPEFNGKNLNNDYALLFTSQDFVLSPHIDTVCLP---SPGETFDTETCFATGWGKDQFGDSGRYQVILKEVDLSVVNHTSCQDKLRKTKLGKRFRLHDSFICAGGEDGKDTCK---GSPLVCPSKYDPHT----------FVQAGIVAWGIGCGEDGTPGV 1318          

HSP 2 Score: 320.087 bits (819), Expect = 1.392e-96
Identity = 196/429 (45.69%), Postives = 258/429 (60.14%), Query Frame = 0
Query:   19 QGYGV--VDEAGPGEDDLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGST----QFGEWPHMCAVLEIQAVAYG----EDINKYVCGASLIAPGVVLTGAHCVAKIPKE--NIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGV 435
            +GYG   VD     ED LN+I D+      N+A  N    +I+                 VDT++E+C  Y+   ++CVPYY C +G I+TDG GLIDIR+ F   LDP +SKCPG L+VCC+ P+F               +  PP+   Y P+CGR N+GG      N K +G T    QFGEWPHMCAV+  + +       +  N Y CG SLI+PGV+LT  HCV K   +   + +RCGEW+TQ + EP  HQDRFV  L +HP F+ KNL ND+ALLF  +DF L+PH+DT+CLP   +   ++D E CFATGWGKD+FG  G YQVI+K+V++ +VN T C+ +LR+T+LG  F L  SF+CAGGE  +DTCK   G PLVCP   +          PH ++QAGI+AWGI CG +G PGV
Sbjct:  185 EGYGSESVDGENLEEDVLNMIQDMTSDNPFNEA--NSAEEDID------------QAIVAVDTAFENCEEYSGFGFECVPYYQCHNGSIITDGEGLIDIRNGFGT-LDPVASKCPGLLDVCCKDPEF---------------IELPPQKPQYTPKCGRHNVGGY-----NVKIEGFTDSESQFGEWPHMCAVMHTKPIEASSESSQSTNVYECGGSLISPGVILTAGHCVDKFRSDPSQLVVRCGEWNTQNETEPLPHQDRFVNHLIIHPEFNGKNLNNDYALLFTSQDFVLSPHIDTVCLP---SPGETFDTETCFATGWGKDQFGDSGRYQVILKEVDLSVVNHTSCQDKLRKTKLGKRFRLHDSFICAGGEDGKDTCK---GSPLVCPSKYD----------PHTFVQAGIVAWGIGCGEDGTPGV 1318          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592939219|gb|GAXK01019334.1| (TSA: Calanus finmarchicus comp80036_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 286.574 bits (732), Expect = 3.087e-85
Identity = 142/295 (48.14%), Postives = 191/295 (64.75%), Query Frame = 0
Query:  836 LEIQAVAYGEDIKK---YVCGASLIAPGVVLTGAHCVDKIPKN--NIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG-----IPQY--FNITGCENWAPQQIESLKYDIHEHQKKL 1118
            LE +A    ED++    Y CG SLIAPGV+LT AHCVDK       + +RCGEWDTQ E EP  HQDRFV+D+ IHP+F+ +NL+NDFALL+  E+F+L+ HVDT+CLP      + ++ + CFATGWGKD+FG  G YQV++K++ + +VN ++CE+ LR+TRLG  + L +SF+CAGGE  +DTCKGDGG PLVCP   + +           YVQAGI+AWGI CG +G PGVYA+V+  +C+ID+A  C  G        Y  F+   C  W    I +L        K++
Sbjct:  318 LESEAGYADEDLQTVNLYQCGGSLIAPGVILTAAHCVDKFKDTAGELLVRCGEWDTQNETEPYPHQDRFVKDLTIHPEFDGRNLQNDFALLYTAEEFELSSHVDTVCLP---TPEELFEADTCFATGWGKDRFGSAGNYQVVLKEIDLSVVNHDQCEDSLRKTRLGRRYRLHDSFICAGGESGKDTCKGDGGSPLVCPSKYDPNT----------YVQAGIVAWGIGCGEDGTPGVYASVSKAVCWIDYAMSCYFGAETGDFSSYWGFSSNTCGVWMESTISALSAKRDSTNKRI 1163          

HSP 2 Score: 262.307 bits (669), Expect = 8.931e-77
Identity = 142/299 (47.49%), Postives = 188/299 (62.88%), Query Frame = 0
Query:  204 VLEIQAVAYGED---INKYVCGASLIAPGVVLTGAHCVAKIPKE--NIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG-----IPQY--FNITGCENWASHQIESIKYKIHEYQKKLNYI 490
             LE +A    ED   +N Y CG SLIAPGV+LT AHCV K       + +RCGEWDTQ + EP  HQDRFV+ L +HP FD +NL+NDFALL+  E+F+L+ HVDT+CLP        ++ + CFATGWGKD+FG  G YQV++K++++ +VN  +CE  LR+TRLG  + L  SF+CAGGE  +DTCKGDGG PLVCP   +          P+ Y+QAGI+AWGI CG +G PGVYA+V+  +C+ID+A  C  G        Y  F+   C  W    I ++  K     K++  I
Sbjct:  309 TLESEAGYADEDLQTVNLYQCGGSLIAPGVILTAAHCVDKFKDTAGELLVRCGEWDTQNETEPYPHQDRFVKDLTIHPEFDGRNLQNDFALLYTAEEFELSSHVDTVCLP---TPEELFEADTCFATGWGKDRFGSAGNYQVVLKEIDLSVVNHDQCEDSLRKTRLGRRYRLHDSFICAGGESGKDTCKGDGGSPLVCPSKYD----------PNTYVQAGIVAWGIGCGEDGTPGVYASVSKAVCWIDYAMSCYFGAETGDFSSYWGFSSNTCGVWMESTISALSAKRDSTNKRIAPI 1166          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592766718|gb|GAXK01187850.1| (TSA: Calanus finmarchicus comp11041_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 261.151 bits (666), Expect = 6.361e-76
Identity = 128/290 (44.14%), Postives = 175/290 (60.34%), Query Frame = 0
Query:  826 FGEWPHMCALLEIQAVA--YG--EDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIP-QYFNITGCENWAPQQIESLKYD 1110
            FGEWPHMCA+L+ + V   YG  E I +Y CG SLI+ GV+LT  HC+  +  + + +RCGEWDTQ+E E   HQDR V+    HP +   NL ND  L+F+ +D +L  +VDT+C+P     +D+    +C ATGWGKD+FG  GEYQ +++QV +  V ++ C+  L + RLG  F+L  SF CAGG    DTC GDGG PLVCP                ++VQAGI++WG+ CG +G PGVYA+V   +C++DW   C  G+   YF    C  W    +E +K D
Sbjct:    2 FGEWPHMCAILQEREVPTPYGGLELITEYKCGGSLISSGVILTAGHCISSVDPSTLIVRCGEWDTQQENEVLGHQDRRVDTAVTHPGYIASNLHNDLGLVFLSQDMELTANVDTMCMPQQGERLDT---TNCVATGWGKDRFGDEGEYQTLLQQVTLPKVQNSYCQQALSKNRLGNKFQLHSSFTCAGGLGGDDTCTGDGGSPLVCPSQS----------RPGQFVQAGIVSWGLGCGQDGVPGVYADVDSAMCWVDWEVSCALGVRDSYFGRADCAAW----VEEIKRD 820          

HSP 2 Score: 246.899 bits (629), Expect = 7.191e-71
Identity = 130/311 (41.80%), Postives = 181/311 (58.20%), Query Frame = 0
Query:  195 FGEWPHMCAVLEIQAVA--YG--EDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXXXXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIP-QYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSN 500
            FGEWPHMCA+L+ + V   YG  E I +Y CG SLI+ GV+LT  HC++ +    + +RCGEWDTQ++ E   HQDR V+    HP +   NL ND  L+F+ +D +L  +VDT+C+P         D  +C ATGWGKD+FG  GEYQ +++QV +  V  + C++ L + RLG  F+L  SF CAGG    DTC GDGG PLVCP             +P +++QAGI++WG+ CG +G PGVYA+V   +C++DW   C  G+   YF    C  W   +I+  KY    +  K   +     G + N
Sbjct:    2 FGEWPHMCAILQEREVPTPYGGLELITEYKCGGSLISSGVILTAGHCISSVDPSTLIVRCGEWDTQQENEVLGHQDRRVDTAVTHPGYIASNLHNDLGLVFLSQDMELTANVDTMCMPQQ---GERLDTTNCVATGWGKDRFGDEGEYQTLLQQVTLPKVQNSYCQQALSKNRLGNKFQLHSSFTCAGGLGGDDTCTGDGGSPLVCPSQS----------RPGQFVQAGIVSWGLGCGQDGVPGVYADVDSAMCWVDWEVSCALGVRDSYFGRADCAAWV-EEIKRDKYVGGYFTGKCGKVYGGSRGQQVN 892          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592754113|gb|GAXK01200300.1| (TSA: Calanus finmarchicus comp306456_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 260.766 bits (665), Expect = 7.092e-75
Identity = 152/388 (39.18%), Postives = 214/388 (55.15%), Query Frame = 0
Query:  711 VDTSYEECAYYADQDYKCVPYYNC-EDGEIVTDGGGLIDIR------SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXX----XXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRR-TRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG 1086
            V+T   +C  + D  Y CVP+Y C E+  I  DG  LID R          +     +S+C   +E CC HP+ +T+              +  +  P        +      V ++        +FGEWPH+CA+L ++ +  G ++K Y+CG SLI  GV+LT AHC++ +   ++ +RCGEWDT  E +P   Q+  V+ ++IHP FN  NL +D ALL M +DF L  H+  +CLP    G +      C + GWGKD+FG  G+Y  I+K+V++ +V   EC+N LR  TRLG  FELDESF+CAGG+K  DTCKGDGG PLVC        +  GV     +VQAGI++WGI CG  G P +Y +VA   C+ID   +C  G
Sbjct:  201 VNTVRNQCKDFVDFGYFCVPFYQCDEESLIRIDGSTLIDPRLGDVDCDEAPSKAVATTSQCSKKVERCCLHPN-ATDICSGRPSTAKPTSGRAPTIKPTSKNNKCGKRNENGVVGVRTVLEVDDAEFGEWPHVCAVL-VKKIEQGTELKVYLCGGSLIENGVILTAAHCLNDVSPEDLIVRCGEWDTLSE-DPLPFQEIGVDSMQIHPCFNNDNLHHDIALLLMVQDFSLTAHISPVCLPS--PGTEWPGGQPCVSNGWGKDRFGAEGKYANILKEVRVPLVEKQECQNLLRENTRLGPFFELDESFLCAGGQKGVDTCKGDGGSPLVC-------EESGGV-----FVQAGIVSWGIGCGGVGTPAIYTHVAKAACWIDSQVRCFYG 1313          

HSP 2 Score: 233.802 bits (595), Expect = 2.167e-65
Identity = 159/435 (36.55%), Postives = 225/435 (51.72%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQDYKCVPYYTC-EDGEIVTDGGGLIDIR------SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXX-XXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNY--ITKDGSGTKSNI 501
            V+T    C  + D  Y CVP+Y C E+  I  DG  LID R          +     +S+C   +E CC HP+ +        T  P     P    T       +      V ++        +FGEWPH+CAVL ++ +  G ++  Y+CG SLI  GV+LT AHC+  +  E++ +RCGEWDT  + +P   Q+  V+++++HP F+  NL +D ALL M +DF L  H+  +CLP    G      + C + GWGKD+FG  G+Y  I+K+V + +V   E        TRLG  FELD+SF+CAGG+K  DTCKGDGG PLVC    E SG   GV     ++QAGI++WGI CG  G P +Y +VA   C+ID   +C  G     +  G  +    +I       +E  +K+N     KD    +SNI
Sbjct:  201 VNTVRNQCKDFVDFGYFCVPFYQCDEESLIRIDGSTLIDPRLGDVDCDEAPSKAVATTSQCSKKVERCCLHPNATDICSGRPSTAKPTSGRAPTIKPTSKNNKCGKRNENGVVGVRTVLEVDDAEFGEWPHVCAVL-VKKIEQGTELKVYLCGGSLIENGVILTAAHCLNDVSPEDLIVRCGEWDTLSE-DPLPFQEIGVDSMQIHPCFNNDNLHHDIALLLMVQDFSLTAHISPVCLPS--PGTEWPGGQPCVSNGWGKDRFGAEGKYANILKEVRVPLVEKQECQNLLRENTRLGPFFELDESFLCAGGQKGVDTCKGDGGSPLVC----EESG---GV-----FVQAGIVSWGIGCGGVGTPAIYTHVAKAACWIDSQVRCFYGDENSRSSFGYRDSQCPKIRCADLNTNEC*QKMNLQ*FIKD*MKYQSNI 1457          
BLAST of EMLSAG00000011017 vs. C. finmarchicus
Match: gi|592754114|gb|GAXK01200299.1| (TSA: Calanus finmarchicus comp306456_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 260.766 bits (665), Expect = 1.074e-74
Identity = 152/388 (39.18%), Postives = 214/388 (55.15%), Query Frame = 0
Query:  711 VDTSYEECAYYADQDYKCVPYYNC-EDGEIVTDGGGLIDIR------SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXRSYVPECXX----XXXXXXXXXIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRR-TRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG 1086
            V+T   +C  + D  Y CVP+Y C E+  I  DG  LID R          +     +S+C   +E CC HP+ +T+              +  +  P        +      V ++        +FGEWPH+CA+L ++ +  G ++K Y+CG SLI  GV+LT AHC++ +   ++ +RCGEWDT  E +P   Q+  V+ ++IHP FN  NL +D ALL M +DF L  H+  +CLP    G +      C + GWGKD+FG  G+Y  I+K+V++ +V   EC+N LR  TRLG  FELDESF+CAGG+K  DTCKGDGG PLVC        +  GV     +VQAGI++WGI CG  G P +Y +VA   C+ID   +C  G
Sbjct:  201 VNTVRNQCKDFVDFGYFCVPFYQCDEESLIRIDGSTLIDPRLGDVDCDEAPSKAVATTSQCSKKVERCCLHPN-ATDICSGRPSTAKPTSGRAPTIKPTSKNNKCGKRNENGVVGVRTVLEVDDAEFGEWPHVCAVL-VKKIEQGTELKVYLCGGSLIENGVILTAAHCLNDVSPEDLIVRCGEWDTLSE-DPLPFQEIGVDSMQIHPCFNNDNLHHDIALLLMVQDFSLTAHISPVCLPS--PGTEWPGGQPCVSNGWGKDRFGAEGKYANILKEVRVPLVEKQECQNLLRENTRLGPFFELDESFLCAGGQKGVDTCKGDGGSPLVC-------EESGGV-----FVQAGIVSWGIGCGGVGTPAIYTHVAKAACWIDSQVRCFYG 1313          

HSP 2 Score: 232.261 bits (591), Expect = 1.294e-64
Identity = 149/387 (38.50%), Postives = 208/387 (53.75%), Query Frame = 0
Query:   77 VDTSYEDCAYYADQDYKCVPYYTC-EDGEIVTDGGGLIDIR------SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSXXXXXXXXXXXXXXXXXXXXYIPECXXXXXXXXXXXXQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNAXX-XXXXXXXXXXGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG 455
            V+T    C  + D  Y CVP+Y C E+  I  DG  LID R          +     +S+C   +E CC HP+ +        T  P     P    T       +      V ++        +FGEWPH+CAVL ++ +  G ++  Y+CG SLI  GV+LT AHC+  +  E++ +RCGEWDT  + +P   Q+  V+++++HP F+  NL +D ALL M +DF L  H+  +CLP    G      + C + GWGKD+FG  G+Y  I+K+V + +V   E        TRLG  FELD+SF+CAGG+K  DTCKGDGG PLVC    E SG   GV     ++QAGI++WGI CG  G P +Y +VA   C+ID   +C  G
Sbjct:  201 VNTVRNQCKDFVDFGYFCVPFYQCDEESLIRIDGSTLIDPRLGDVDCDEAPSKAVATTSQCSKKVERCCLHPNATDICSGRPSTAKPTSGRAPTIKPTSKNNKCGKRNENGVVGVRTVLEVDDAEFGEWPHVCAVL-VKKIEQGTELKVYLCGGSLIENGVILTAAHCLNDVSPEDLIVRCGEWDTLSE-DPLPFQEIGVDSMQIHPCFNNDNLHHDIALLLMVQDFSLTAHISPVCLPS--PGTEWPGGQPCVSNGWGKDRFGAEGKYANILKEVRVPLVEKQECQNLLRENTRLGPFFELDESFLCAGGQKGVDTCKGDGGSPLVC----EESG---GV-----FVQAGIVSWGIGCGGVGTPAIYTHVAKAACWIDSQVRCFYG 1313          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000011017 (pep:novel supercontig:LSalAtl2s:LSalAtl2s741:138390:222666:-1 gene:EMLSAG00000011017 transcript:EMLSAT00000011017 description:"maker-LSalAtl2s741-snap-gene-2.26")

HSP 1 Score: 2381.29 bits (6170), Expect = 0.000e+0
Identity = 1155/1155 (100.00%), Postives = 1155/1155 (100.00%), Query Frame = 0
Query:    1 MKVLIYLVSLVLIVRGHPQGYGVVDEAGPGEDDLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINTDILGTDGRLINDNSSEENSSEEDSDGVYEDKDQNGGKYHPEPIVDEPIASGMKIYNFVFEDLYYALFIEESSGCVGEETIEQYNISSSIHLKDNKQIITLKMKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITDGVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAEESSIFIQIKNVM 1155
            MKVLIYLVSLVLIVRGHPQGYGVVDEAGPGEDDLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINTDILGTDGRLINDNSSEENSSEEDSDGVYEDKDQNGGKYHPEPIVDEPIASGMKIYNFVFEDLYYALFIEESSGCVGEETIEQYNISSSIHLKDNKQIITLKMKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITDGVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAEESSIFIQIKNVM
Sbjct:    1 MKVLIYLVSLVLIVRGHPQGYGVVDEAGPGEDDLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINTDILGTDGRLINDNSSEENSSEEDSDGVYEDKDQNGGKYHPEPIVDEPIASGMKIYNFVFEDLYYALFIEESSGCVGEETIEQYNISSSIHLKDNKQIITLKMKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITDGVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAEESSIFIQIKNVM 1155          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000011018 (pep:novel supercontig:LSalAtl2s:LSalAtl2s741:194615:214058:1 gene:EMLSAG00000011018 transcript:EMLSAT00000011018 description:"maker-LSalAtl2s741-augustus-gene-2.20")

HSP 1 Score: 1497.64 bits (3876), Expect = 0.000e+0
Identity = 734/985 (74.52%), Postives = 812/985 (82.44%), Query Frame = 0
Query:   99 TCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINT----DILGTDGRLINDNSSEENSSEEDSDGVYEDKDQNGGKYHPEPIVDEPIASGMKIYNFVFEDLYYALFIEESSGCVGEETIEQYNISSSIHLKDNKQIITLKMKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITD--------GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSP---QTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYA 1068
            TCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSP   QTTTPEPVTQPPKPR+Y+PECGRRN+GGVGVRIQNDK+KGSTQFGEWPHMCA+LEIQ VAYGE+INKYVCGASLIAPGVVLTGAHCV KIPKENIKIRCGEWDTQK+IEPSEHQDRFVE L++HP F+PKNLKNDFALLF E+DFKLAPHVDTICLPDNLAGI+SYDQ DCFATGWGKDKFGKLGEYQVIMKQV MD+VN TECER+LRRTRLG DFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREG+ DGYGV+   KY+QAGIIAWGIDCGVEGNPGVYANVADGLCFI WATQCQTGIP+YFNITGCENWA  QIES+KY IHE+QKKL+YI+KDGSGT SN+RNL+RRI + +  L+ FEE+ SICIAASGY +I+     ++   +G ++ D     N      DG ++D            I+D+    G       +E +Y  ++                                  + + +FF LL+       KPQGYG VN     V  EDPNLI+D+F GSGG G  D         +EPEP YGDGGSHVNEVVDTS EECAYYADQDYKCVPYY CEDGEIVT GGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHP+F+TN+P   QTTTPEPVTQPPKPR+Y PECGRRN+GGVGVRIQNDK+KGSTQFGEWPHMCA+L++QAVAYGEDI KYVCGASLIAPGVVLTGAHCV    K +IKIRCGEWD+Q E+EP  HQDR ++D++IHPQF+ KN+KND ALLFMEEDF+LAPHVDTICLPDNLAGI+SYDQ DCFATGWGKDKFGKLGEYQVIMKQV MDMVNS+ECE +LRRTRLGEDF+LD SFVCAGGEKDRDTC+GDGGGPLVCPLHREG+ +GYGV+ E  YVQAGIIAWGIDCGLE  P  Y+
Sbjct:  162 TCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSP---QTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQGVAYGENINKYVCGASLIAPGVVLTGAHCVDKIPKENIKIRCGEWDTQKEIEPSEHQDRFVEDLRIHPQFNPKNLKNDFALLFTEDDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDIVNTTECERKLRRTRLGEDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGNNDGYGVIHETKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIHWATQCQTGIPKYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAESILKSFEEKHSICIAASGYGDISQVTVEEVGRNEGNVVVDGFGXSNGIHSXQDGSFQDSQ----------ILDQDHFVGG------YESIYLKMY----------------------------------LNMRNFFFLLTIAPLTYAKPQGYGVVNAE-INVAKEDPNLINDIFRGSGGKGFRDSGLNENNSSIEPEPHYGDGGSHVNEVVDTSSEECAYYADQDYKCVPYYTCEDGEIVTXGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPNFNTNAPVVTQTTTPEPVTQPPKPRTYKPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLKVQAVAYGEDINKYVCGASLIAPGVVLTGAHCVFNTLKESIKIRCGEWDSQNEVEPMIHQDREIKDIRIHPQFDSKNIKNDIALLFMEEDFELAPHVDTICLPDNLAGINSYDQIDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNSSECERRLRRTRLGEDFKLDNSFVCAGGEKDRDTCEGDGGGPLVCPLHREGNKNGYGVVQEPIYVQAGIIAWGIDCGLEAKPQGYS 1092          

HSP 2 Score: 830.476 bits (2144), Expect = 0.000e+0
Identity = 392/410 (95.61%), Postives = 403/410 (98.29%), Query Frame = 0
Query:  734 CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAE 1143
            CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQ VAYGE+I KYVCGASLIAPGVVLTGAHCVDKIPK NIKIRCGEWDTQKEIEPS+HQDRFVED++IHPQFNPKNLKNDFALLF E+DFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMD+VN+ ECE KLRRTRLGEDFELD+SFVCAGGEKDRDTCKGDGGGPLVCPLHREG+NDGYGVIHETKYVQAGIIAWGIDCG+EGNPGVYANVADGLCFI WATQCQTGIP+YFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAE
Sbjct:  163 CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQGVAYGENINKYVCGASLIAPGVVLTGAHCVDKIPKENIKIRCGEWDTQKEIEPSEHQDRFVEDLRIHPQFNPKNLKNDFALLFTEDDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDIVNTTECERKLRRTRLGEDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGNNDGYGVIHETKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIHWATQCQTGIPKYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAE 572          

HSP 3 Score: 756.903 bits (1953), Expect = 0.000e+0
Identity = 384/535 (71.78%), Postives = 421/535 (78.69%), Query Frame = 0
Query:   14 VRGHPQGYGVVDEAGPGEDDLNLIDDVFGGGK-TNDAGNNGGIGEINSKPEPNYGDGGSHV--NEVVDTSYEDCAYYADQDYKCVPYYT--------CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINTD 537
            +   PQGY   +  G    DLNLIDD+FGG K  ND    GGI E    P+P+YGDGGSH+    V  T+                           CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSP   QTTTPEPVTQPPKPR+Y+PECGRRN+GGVGVRIQNDK+KGSTQFGEWPHMCAVLE+QAVAYG+DINKYVCGASLIAPGVVLTGAHCV                        EHQDRFVE +K+HP FD KNL NDFALLF EEDFKLAPHVDTICLPDNLAGI SYDQ DCFATGWGKDK+GK GEYQVIMKQV MDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTC+GDGGGPLVCPL+R  S + +GVVQ  KY+QAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQY+ I GCENWA  QI+S+KY I++YQK+++YIT++GSGT  N+RNLHRRI K ++ L+ FE+E SICIA SGY EIN +
Sbjct: 1084 LEAKPQGYSTENIEGSSYADLNLIDDIFGGIKPINDV--YGGIEE----PQPSYGDGGSHIKTTNVFPTTXXXXXXXXXXXXXXXXXXXXXXXXXXXCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSP---QTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCAVLEVQAVAYGDDINKYVCGASLIAPGVVLTGAHCV-----------------------DEHQDRFVEYVKIHPQFDHKNLMNDFALLFTEEDFKLAPHVDTICLPDNLAGIYSYDQNDCFATGWGKDKYGKHGEYQVIMKQVKMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCEGDGGGPLVCPLNRGRSNNDFGVVQEPKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYYKIKGCENWALQQIQSLKYNIYDYQKRIDYITRNGSGTSFNLRNLHRRIKKSERVLKNFEDEHSICIAVSGYGEINQE 1586          

HSP 4 Score: 727.628 bits (1877), Expect = 0.000e+0
Identity = 367/502 (73.11%), Postives = 403/502 (80.28%), Query Frame = 0
Query:  655 GKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTG-ITDGVE-PEPSYGDGGSHV--NEVVDTSYEECAYYADQDYKCVPYYN--------CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAEE 1144
             KPQGY   N  G      D NLIDD+FGG      +  G+E P+PSYGDGGSH+    V  T+                           CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCA+LE+QAVAYG+DI KYVCGASLIAPGVVLTGAHCVD                       +HQDRFVE VKIHPQF+ KNL NDFALLF EEDFKLAPHVDTICLPDNLAGI SYDQNDCFATGWGKDK+GK GEYQVIMKQV+MDMVN+ ECE +LRRTRLG DFELD+SFVCAGGEKDRDTC+GDGGGPLVCPL+R  SN+ +GV+ E KYVQAGIIAWGIDCG+EGNPGVYANVADGLCFIDWATQCQTGIPQY+ I GCENWA QQI+SLKY+I+++QK++DYI+++GSGT  NLRNL+RRIK++E 
Sbjct: 1086 AKPQGYSTENIEGSSYA--DLNLIDDIFGGIKPINDVYGGIEEPQPSYGDGGSHIKTTNVFPTTXXXXXXXXXXXXXXXXXXXXXXXXXXXCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCAVLEVQAVAYGDDINKYVCGASLIAPGVVLTGAHCVD-----------------------EHQDRFVEYVKIHPQFDHKNLMNDFALLFTEEDFKLAPHVDTICLPDNLAGIYSYDQNDCFATGWGKDKYGKHGEYQVIMKQVKMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCEGDGGGPLVCPLNRGRSNNDFGVVQEPKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYYKIKGCENWALQQIQSLKYNIYDYQKRIDYITRNGSGTSFNLRNLHRRIKKSER 1562          

HSP 5 Score: 715.301 bits (1845), Expect = 0.000e+0
Identity = 345/441 (78.23%), Postives = 385/441 (87.30%), Query Frame = 0
Query:    1 MKVLIYLVSLVLIVRGHPQGYGVVD-EAGPGEDDLNLIDDVF---GGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYA 437
            M+   +L+++  +    PQGYGVV+ E    ++D NLI+D+F   GG    D+G N     I  +PEP+YGDGGSHVNEVVDTS E+CAYYADQDYKCVPYYTCEDGEIVT GGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHP+F+TN+PVVTQTTTPEPVTQPPKPRTY PECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVL++QAVAYGEDINKYVCGASLIAPGVVLTGAHCV    KE+IKIRCGEWD+Q ++EP  HQDR ++ +++HP FD KN+KND ALLFMEEDF+LAPHVDTICLPDNLAGINSYDQ DCFATGWGKDKFGKLGEYQVIMKQVNMDMVN++ECERRLRRTRLG DF+LD SFVCAGGEKDRDTC+GDGGGPLVCPLHREG+ +GYGVVQ   Y+QAGIIAWGIDCG+E  P  Y+
Sbjct:  654 MRNFFFLLTIAPLTYAKPQGYGVVNAEINVAKEDPNLINDIFRGSGGKGFRDSGLNENNSSI--EPEPHYGDGGSHVNEVVDTSSEECAYYADQDYKCVPYYTCEDGEIVTXGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPNFNTNAPVVTQTTTPEPVTQPPKPRTYKPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLKVQAVAYGEDINKYVCGASLIAPGVVLTGAHCVFNTLKESIKIRCGEWDSQNEVEPMIHQDREIKDIRIHPQFDSKNIKNDIALLFMEEDFELAPHVDTICLPDNLAGINSYDQIDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNSSECERRLRRTRLGEDFKLDNSFVCAGGEKDRDTCEGDGGGPLVCPLHREGNKNGYGVVQEPIYVQAGIIAWGIDCGLEAKPQGYS 1092          

HSP 6 Score: 62.3882 bits (150), Expect = 7.468e-10
Identity = 51/75 (68.00%), Postives = 54/75 (72.00%), Query Frame = 0
Query:  638 MKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITDG--------VEPEPSYGDGG 704
            MK+ S F+LLS GL AN KPQGYG  + PGPVV   DPNLIDDV GGSGG GITDG        VEPEPSYGDGG
Sbjct:    1 MKIASCFLLLSLGLLANSKPQGYGGGSYPGPVVEA-DPNLIDDVVGGSGGKGITDGGFIENNDPVEPEPSYGDGG 74          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000011016 (pep:novel supercontig:LSalAtl2s:LSalAtl2s741:112201:114059:-1 gene:EMLSAG00000011016 transcript:EMLSAT00000011016 description:"maker-LSalAtl2s741-augustus-gene-1.2")

HSP 1 Score: 962.214 bits (2486), Expect = 0.000e+0
Identity = 467/534 (87.45%), Postives = 485/534 (90.82%), Query Frame = 0
Query:  638 MKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGITDG--------VEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAE--------ESSIFIQIKNVM 1155
            MKL S F+LLS GL ANGKPQGYGAV D GPVV GEDPNLIDDVFGGSGG GI+DG        V+ EPSYGDGGSHVNE+VDTSYEECAYYADQDYKCVPYY CEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCR PDFSTN+PQTT PEPVTQPPKPRSYVPECGRRNVGG+GVRIQN+KYKGSTQFGEWPHMCALLE+   AYGEDI KY CGASLIAPGV+LTGAHCVDKIPK NI IRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPH+DTICLPDNL GI SYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDF+LD SFVCAGGEKDRDTCKGDGGGPLVCPLH+EG+NDGYGV+ E KYVQAGIIAWGIDCG+EGNPGVYANVADGLCFI WATQCQTGIP+YFNITGCENWAPQQIESLKYDIHE QKKLDYI+KDGSGTPSNLRNLNRRIKQ E        E SI I   N +
Sbjct:    1 MKLASCFLLLSVGLLANGKPQGYGAVIDLGPVV-GEDPNLIDDVFGGSGGKGISDGGFIQNNSPVKTEPSYGDGGSHVNEIVDTSYEECAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRQPDFSTNAPQTTXPEPVTQPPKPRSYVPECGRRNVGGIGVRIQNNKYKGSTQFGEWPHMCALLEVLKGAYGEDINKYACGASLIAPGVILTGAHCVDKIPKENILIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHIDTICLPDNLGGIGSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFKLDRSFVCAGGEKDRDTCKGDGGGPLVCPLHKEGNNDGYGVVQEPKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIHWATQCQTGIPKYFNITGCENWAPQQIESLKYDIHEQQKKLDYITKDGSGTPSNLRNLNRRIKQTERVLKKFEDEHSICIAASNYL 533          

HSP 2 Score: 903.664 bits (2334), Expect = 0.000e+0
Identity = 448/594 (75.42%), Postives = 499/594 (84.01%), Query Frame = 0
Query:    7 LVSLVLIVRGHPQGYGVVDEAGP--GEDDLNLIDDVFGGGKTNDAGNNGGIGEINS--KPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGYVEINTDILGTDGR----LINDNSSEENSSEEDSDGVYEDK---DQN--GGKYHPEPIVDEPIASG 587
            L+S+ L+  G PQGYG V + GP  GED  NLIDDVFGG       ++GG  + NS  K EP+YGDGGSHVNE+VDTSYE+CAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCR PDFSTN+P   QTT PEPVTQPPKPR+Y+PECGRRN+GG+GVRIQN+K+KGSTQFGEWPHMCA+LE+   AYGEDINKY CGASLIAPGV+LTGAHCV KIPKENI IRCGEWDTQK+IEPS+HQDRFVE +K+HP F+PKNLKNDFALLFMEEDFKLAPH+DTICLPDNL GI SYDQ DCFATGWGKDKFGKLGEYQVIMKQV MDMVN+ ECE +LRRTRLG DF+LD+SFVCAGGEKDRDTCKGDGGGPLVCPLH+EG+ DGYGVVQ  KY+QAGIIAWGIDCGVEGNPGVYANVADGLCFI WATQCQTGIP+YFNITGCENWA  QIES+KY IHE QKKL+YITKDGSGT SN+RNL+RRI + ++ L+ FE+E SICIAAS Y+EIN   +   GR    +  D     NS   + D  ++D    DQN  GG Y  EP V+  + SG
Sbjct:    9 LLSVGLLANGKPQGYGAVIDLGPVVGEDP-NLIDDVFGGSGGKGI-SDGGFIQNNSPVKTEPSYGDGGSHVNEIVDTSYEECAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRQPDFSTNAP---QTTXPEPVTQPPKPRSYVPECGRRNVGGIGVRIQNNKYKGSTQFGEWPHMCALLEVLKGAYGEDINKYACGASLIAPGVILTGAHCVDKIPKENILIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHIDTICLPDNLGGIGSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFKLDRSFVCAGGEKDRDTCKGDGGGPLVCPLHKEGNNDGYGVVQEPKYVQAGIIAWGIDCGVEGNPGVYANVADGLCFIHWATQCQTGIPKYFNITGCENWAPQQIESLKYDIHEQQKKLDYITKDGSGTPSNLRNLNRRIKQTERVLKKFEDEHSICIAASNYLEINQVTIDKVGRNEGDVGVDGFGSSNSIHSNQDSSFQDSAIVDQNTFGGGYEVEPFVENNVPSG 597          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000010696 (pep:novel supercontig:LSalAtl2s:LSalAtl2s709:211422:214938:1 gene:EMLSAG00000010696 transcript:EMLSAT00000010696 description:"maker-LSalAtl2s709-augustus-gene-2.6")

HSP 1 Score: 742.265 bits (1915), Expect = 0.000e+0
Identity = 373/541 (68.95%), Postives = 429/541 (79.30%), Query Frame = 0
Query:    1 MKVLIYLVSLVLIVRGHPQGYGVVDEAGPGED----------DLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNY-GDGG-SHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAAS 529
            MK+ + L+ LV      PQ  GV D  G  +           D +LIDDVFGGG     G N  +  I  K   +Y GDGG SHVNE+VDTSYEDC+YYADQ YKCVPYYTCEDGEIVTDGGGLIDIRSSF+A+LDP SSKCPGYLEVCCRHP+F+TN+P +   TT +P T  PKPR Y   CGRRNIGG+GVRIQNDK+KGSTQFGEWPHMCAVLE ++VA  E++N YVCGASLIAPGV+LTGAHCVAKI   NIKIRCGEWDTQ+Q+EP  HQDR+V+ +K+HPLFDPKNL NDFA+LF+E DF LAPH+D ICLPDNLAGI+ Y+ +DCFATGWGKDKFGK G YQVIMKQV MD+V++ EC+ RLR+TRLG  FELDKSF+CAGGEKD+DTCKGDGGGPLVCP   +G G  YG  +P  Y+QAGIIAWGIDCGV GNPGVYANVADGLCFIDWATQC TGIP YFNI GCENWAS +I+S+  KI E+QKKL  IT DGSGT SN+RNL+RRI K    L+ FEE++ ICI ++
Sbjct:    1 MKIFL-LLGLVAFAASRPQDVGVDDILGAADSARYGNSEEPADPSLIDDVFGGG-----GGNVDVSPI--KDGGSYAGDGGDSHVNEIVDTSYEDCSYYADQGYKCVPYYTCEDGEIVTDGGGLIDIRSSFSAILDPGSSKCPGYLEVCCRHPEFATNAPHIE--TTQKPTT--PKPRIYQSACGRRNIGGIGVRIQNDKYKGSTQFGEWPHMCAVLESKSVAGSEEVNLYVCGASLIAPGVILTGAHCVAKIKPSNIKIRCGEWDTQQQVEPRPHQDRYVQHVKIHPLFDPKNLHNDFAILFLESDFILAPHIDXICLPDNLAGIHDYNHKDCFATGWGKDKFGKSGVYQVIMKQVQMDIVDSAECQNRLRKTRLGDSFELDKSFICAGGEKDKDTCKGDGGGPLVCP---KGDGSSYG-GEP-TYVQAGIIAWGIDCGVNGNPGVYANVADGLCFIDWATQCATGIPNYFNIQGCENWASSEIQSLYSKIEEFQKKLETITADGSGTPSNLRNLNRRIAKHNMILKIFEEDEHICIGSA 524          

HSP 2 Score: 727.243 bits (1876), Expect = 0.000e+0
Identity = 357/512 (69.73%), Postives = 408/512 (79.69%), Query Frame = 0
Query:  641 VSFFILLSFGLFANGKPQGYGAVNDPGPVVVGE--------DPNLIDDVFGGSGGTGITDGVEPEPSY-GDGG-SHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQT-TTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQ 1141
            +  F+LL    FA  +PQ  G  +  G              DP+LIDDVFGG GG      ++   SY GDGG SHVNE+VDTSYE+C+YYADQ YKCVPYY CEDGEIVTDGGGLIDIRSSF+A+LDP SSKCPGYLEVCCRHP+F+TN+P   TT +P T  PKPR Y   CGRRN+GG+GVRIQNDKYKGSTQFGEWPHMCA+LE ++VA  E++  YVCGASLIAPGV+LTGAHCV KI  +NIKIRCGEWDTQ+++EP  HQDR+V+ VKIHP F+PKNL NDFA+LF+E DF LAPH+D ICLPDNLAGI  Y+  DCFATGWGKDKFGK G YQVIMKQVQMD+V+S EC+N+LR+TRLG+ FELD+SF+CAGGEKD+DTCKGDGGGPLVCP   +G    YG   E  YVQAGIIAWGIDCG+ GNPGVYANVADGLCFIDWATQC TGIP YFNI GCENWA  +I+SL   I E QKKL+ I+ DGSGTPSNLRNLNRRI +
Sbjct:    1 MKIFLLLGLVAFAASRPQDVGVDDILGAADSARYGNSEEPADPSLIDDVFGGGGGNVDVSPIKDGGSYAGDGGDSHVNEIVDTSYEDCSYYADQGYKCVPYYTCEDGEIVTDGGGLIDIRSSFSAILDPGSSKCPGYLEVCCRHPEFATNAPHIETTQKPTT--PKPRIYQSACGRRNIGGIGVRIQNDKYKGSTQFGEWPHMCAVLESKSVAGSEEVNLYVCGASLIAPGVILTGAHCVAKIKPSNIKIRCGEWDTQQQVEPRPHQDRYVQHVKIHPLFDPKNLHNDFAILFLESDFILAPHIDXICLPDNLAGIHDYNHKDCFATGWGKDKFGKSGVYQVIMKQVQMDIVDSAECQNRLRKTRLGDSFELDKSFICAGGEKDKDTCKGDGGGPLVCP---KGDGSSYG--GEPTYVQAGIIAWGIDCGVNGNPGVYANVADGLCFIDWATQCATGIPNYFNIQGCENWASSEIQSLYSKIEEFQKKLETITADGSGTPSNLRNLNRRIAK 505          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000011021 (pep:novel supercontig:LSalAtl2s:LSalAtl2s741:266315:267885:-1 gene:EMLSAG00000011021 transcript:EMLSAT00000011021 description:"augustus_masked-LSalAtl2s741-processed-gene-2.1")

HSP 1 Score: 616.305 bits (1588), Expect = 0.000e+0
Identity = 284/472 (60.17%), Postives = 364/472 (77.12%), Query Frame = 0
Query:   55 IGEINSKP-EPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSIC 525
            I  I+++P E N     S  N +VD + ++C+YYA++DYKCVPYY CEDGEIVTDG  +I+IRS  +A LDPASSKCPGYLEVCCRHP  STN+P         P + P  PR+Y+P+CG+RN GG+GVRIQ +++KGSTQFGEWPHMCAVLE Q   Y + IN Y CG SLIAPGV+LT AHCV  +   NIK+RCGEWDTQ+++EP +HQD F+E + +HPL+DPKNL NDFALLF E+DF+L+ H+DTICLPDNL GI SY+QEDC ATGWGKD+FG  GEYQVI+KQV M+MVN+TECE+RLRRTRLG  F+LD+SFVCAGGEK++DTC GDGG PLVC +      + Y   +P +Y+QAGI+AWGI+CGVEGNPGVYANVADG+CFI WAT+C+T +  YF I+GCENW   + ++++Y+   +Q+KL+ I++D S T S+ +N+ ++I K +  L  FE+   +C
Sbjct:   11 IVTISARPQESNSYIKTSSNNVLVDXASKNCSYYANKDYKCVPYYGCEDGEIVTDGSDIINIRSLLSAELDPASSKCPGYLEVCCRHPKLSTNAP--------PPASTPRTPRSYVPQCGKRNHGGIGVRIQYEQYKGSTQFGEWPHMCAVLEHQETPYDQSINVYQCGGSLIAPGVILTAAHCVQNLKSLNIKVRCGEWDTQQEVEPRKHQDIFIEDVMIHPLYDPKNLHNDFALLFTEKDFELSTHIDTICLPDNLDGIYSYEQEDCIATGWGKDRFGNHGEYQVILKQVEMNMVNSTECEKRLRRTRLGKSFKLDESFVCAGGEKNKDTCNGDGGSPLVCLI----KSNDYSTDEP-RYVQAGIVAWGINCGVEGNPGVYANVADGICFIHWATRCKTELQNYFQISGCENWVHDETQALRYQNERFQRKLDVISRDESETASSKKNILKKIAKNELFLNKFEKANHVC 469          

HSP 2 Score: 607.06 bits (1564), Expect = 0.000e+0
Identity = 283/439 (64.46%), Postives = 346/439 (78.82%), Query Frame = 0
Query:  705 SHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQAE 1143
            S  N +VD + + C+YYA++DYKCVPYY CEDGEIVTDG  +I+IRS  +A LDPASSKCPGYLEVCCRHP  STN+P      P + P  PRSYVP+CG+RN GG+GVRIQ ++YKGSTQFGEWPHMCA+LE Q   Y + I  Y CG SLIAPGV+LT AHCV  +   NIK+RCGEWDTQ+E+EP +HQD F+EDV IHP ++PKNL NDFALLF E+DF+L+ H+DTICLPDNL GI SY+Q DC ATGWGKD+FG  GEYQVI+KQV+M+MVNS ECE +LRRTRLG+ F+LDESFVCAGGEK++DTC GDGG PLVC +    SND Y    E +YVQAGI+AWGI+CG+EGNPGVYANVADG+CFI WAT+C+T +  YF I+GCENW   + ++L+Y     Q+KLD IS+D S T S+ +N+ ++I + E
Sbjct:   28 SSNNVLVDXASKNCSYYANKDYKCVPYYGCEDGEIVTDGSDIINIRSLLSAELDPASSKCPGYLEVCCRHPKLSTNAP-----PPASTPRTPRSYVPQCGKRNHGGIGVRIQYEQYKGSTQFGEWPHMCAVLEHQETPYDQSINVYQCGGSLIAPGVILTAAHCVQNLKSLNIKVRCGEWDTQQEVEPRKHQDIFIEDVMIHPLYDPKNLHNDFALLFTEKDFELSTHIDTICLPDNLDGIYSYEQEDCIATGWGKDRFGNHGEYQVILKQVEMNMVNSTECEKRLRRTRLGKSFKLDESFVCAGGEKNKDTCNGDGGSPLVCLIK---SND-YST-DEPRYVQAGIVAWGINCGVEGNPGVYANVADGICFIHWATRCKTELQNYFQISGCENWVHDETQALRYQNERFQRKLDVISRDESETASSKKNILKKIAKNE 456          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000005963 (pep:novel supercontig:LSalAtl2s:LSalAtl2s321:818470:836551:1 gene:EMLSAG00000005963 transcript:EMLSAT00000005963 description:"maker-LSalAtl2s321-augustus-gene-8.27")

HSP 1 Score: 209.149 bits (531), Expect = 4.081e-55
Identity = 116/271 (42.80%), Postives = 158/271 (58.30%), Query Frame = 0
Query:  171 ECGRRNIGGVGVRIQNDKFK---GSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVY 436
            +CG+RN  G+  RI   +F+   G T+FGE+P   A+L+       E  N Y+C  SLI    V+T AHC+     + I +R GEWD     E   H +   + L +H  F P NL ND A++ M E  DF    H+  +CLPD+    +++  + CF TGWGKD F   G YQ I+K+VN+ +V+ + CE  LRRT+LG DF LDK F+CAGGE+ +D CKGDGGGPLVC ++        G+ Q      AGI++WGI CG +  PGVY
Sbjct:  969 QCGKRNAQGINGRITGTQFERKSGETEFGEYPWQVAILKKD-----EFDNVYLCAGSLIDGSHVITAAHCIRGYNPDEIVLRLGEWDVNNDSEFYTHIELDAKNLFIHEEFYPGNLYNDIAVIRMTEYVDFSRNRHISPVCLPDSF---HNFAGQRCFVTGWGKDAFLD-GNYQHILKEVNLPVVDNSRCENLLRRTKLGRDFTLDKGFLCAGGEEGKDACKGDGGGPLVCSVN--------GLWQ-----LAGIVSWGIGCGEQNIPGVY 1217          

HSP 2 Score: 206.068 bits (523), Expect = 4.262e-54
Identity = 113/271 (41.70%), Postives = 159/271 (58.67%), Query Frame = 0
Query:  802 ECGRRNVGGVGVRI---QNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVY 1067
            +CG+RN  G+  RI   Q ++  G T+FGE+P   A+L+       E    Y+C  SLI    V+T AHC+     + I +R GEWD   + E   H +   +++ IH +F P NL ND A++ M E  DF    H+  +CLPD+     ++    CF TGWGKD F   G YQ I+K+V + +V+++ CEN LRRT+LG DF LD+ F+CAGGE+ +D CKGDGGGPLVC ++        G+     +  AGI++WGI CG +  PGVY
Sbjct:  969 QCGKRNAQGINGRITGTQFERKSGETEFGEYPWQVAILKKD-----EFDNVYLCAGSLIDGSHVITAAHCIRGYNPDEIVLRLGEWDVNNDSEFYTHIELDAKNLFIHEEFYPGNLYNDIAVIRMTEYVDFSRNRHISPVCLPDSF---HNFAGQRCFVTGWGKDAFLD-GNYQHILKEVNLPVVDNSRCENLLRRTKLGRDFTLDKGFLCAGGEEGKDACKGDGGGPLVCSVN--------GL-----WQLAGIVSWGIGCGEQNIPGVY 1217          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000012246 (pep:novel supercontig:LSalAtl2s:LSalAtl2s892:54138:171852:1 gene:EMLSAG00000012246 transcript:EMLSAT00000012246 description:"maker-LSalAtl2s892-augustus-gene-0.10")

HSP 1 Score: 146.362 bits (368), Expect = 4.162e-37
Identity = 100/313 (31.95%), Postives = 150/313 (47.92%), Query Frame = 0
Query:  769 EVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIK---IRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            +VCC  PD           EPV         +P   R   G  G    N    G     EWP   A+LE       +D+  YVCG++L+    VLT AHCVD           +R GE+D     EP +H++  V D+ +HP FN   L +D ALL +E   K   ++D +C+P +    +      C+ TGWG+    +  E+ +++K++++ + +   C   L + + G  + L    +CAG E  RD C GDGGGPLVC   +EG           K+ Q GI+++GI CG +  PGVY  V++   +I+
Sbjct:  153 DVCCFVPD---------NAEPV-------GILPTANRARCGRKGFDSGNS---GGADMAEWPWHAAILE-----KPQDL--YVCGSTLLDESWVLTAAHCVDDYLNTWYIFSIVRLGEYDVSTTAEPLRHEEFNVTDIVMHPGFNNSTLVHDIALLKLERPAKRKQNIDVVCMPKS-RDFNPSQFARCYVTGWGRRT--ETSEHSLVLKEIEVPLWSYTNCNGAL-KAQFGPAYSLPTXAICAGAE-GRDACDGDGGGPLVC--EKEG-----------KWYQIGIVSFGIGCGRKNIPGVYTKVSEXDSWIE 421          

HSP 2 Score: 137.887 bits (346), Expect = 2.779e-34
Identity = 91/287 (31.71%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  164 KPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIK---IRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +P   +P   R   G  G    N    G     EWP   A+LE       +  + YVCG++L+    VLT AHCV            +R GE+D     EP  H++  V  + +HP F+   L +D ALL +E   K   ++D +C+P +    N      C+ TGWG+    +  E+ +++K++ + + + T C   L + + G  + L    +CAG E  RD C GDGGGPLVC   +EG           K+ Q GI+++GI CG +  PGVY  V++   +I+
Sbjct:  163 EPVGILPTANRARCGRKGFDSGNS---GGADMAEWPWHAAILE-------KPQDLYVCGSTLLDESWVLTAAHCVDDYLNTWYIFSIVRLGEYDVSTTAEPLRHEEFNVTDIVMHPGFNNSTLVHDIALLKLERPAKRKQNIDVVCMPKS-RDFNPSQFARCYVTGWGRRT--ETSEHSLVLKEIEVPLWSYTNCNGAL-KAQFGPAYSLPTXAICAGAE-GRDACDGDGGGPLVC--EKEG-----------KWYQIGIVSFGIGCGRKNIPGVYTKVSEXDSWIE 421          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000007432 (pep:novel supercontig:LSalAtl2s:LSalAtl2s4236:3061:5534:1 gene:EMLSAG00000007432 transcript:EMLSAT00000007432 description:"maker-LSalAtl2s4236-augustus-gene-0.2")

HSP 1 Score: 132.109 bits (331), Expect = 1.576e-32
Identity = 95/283 (33.57%), Postives = 135/283 (47.70%), Query Frame = 0
Query:  801 PECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGE-DIKKYVCGASLIA-PGVVLTGAHCVDKI-PKNNIKIRCGEWDTQ--KEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPH-VDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKL------RRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVA 1071
            P CG RN   +         KG +   E+P  C LL       G   I       SLI     V+T AH ++K+ PK+ +K+R  E+D +     E ++H +  V    +HP FN K L ND ALL ++    L P+ V+  CLP  L   D+  +  C+  GWGKD     G+++ I  +V + +VNS  CEN +      R       F+L ES +CAGG   +D C G GG PLVC   REG            +   G++AWG+ C  +  PG+Y  V+
Sbjct:  172 PTCGTRNFSPI------QTSKGQSSPEEFPWTCLLLNQNNDFLGTCAIIPETYSNSLIGGTRKVITAAHKLNKLGPKDLLKVRVLEYDARGFNPPEMTRHVEHTVVKFLVHPNFNQKRLSNDIALLTLDRPIDLTPNGVNAACLPSCLDMFDAGTR--CWVAGWGKDX--STGQFKFIQNKVDVPLVNSRNCENLIKPALAQRSQTAARRFKLHESELCAGGVAGKDACDGXGGAPLVCQ-SREG-----------LWHVVGLVAWGVGCAQKDVPGIYTKVS 432          

HSP 2 Score: 119.398 bits (298), Expect = 2.160e-28
Identity = 94/283 (33.22%), Postives = 137/283 (48.41%), Query Frame = 0
Query:  170 PECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGE-DINKYVCGASLIA-PGVVLTGAHCVAKI-PKENIKIRCGEWDTQ--KQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPH-VDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRL------RRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVA 440
            P CG RN       IQ  K + S +  E+P  C +L       G   I       SLI     V+T AH + K+ PK+ +K+R  E+D +     E + H +  V    VHP F+ K L ND ALL ++    L P+ V+  CLP  L   ++  +  C+  GWGKD     G+++ I  +V++ +VN+  CE  +      R       F+L +S +CAGG   +D C G GG PLVC   REG    + VV        G++AWG+ C  +  PG+Y  V+
Sbjct:  172 PTCGTRNFSP----IQTSKGQSSPE--EFPWTCLLLNQNNDFLGTCAIIPETYSNSLIGGTRKVITAAHKLNKLGPKDLLKVRVLEYDARGFNPPEMTRHVEHTVVKFLVHPNFNQKRLSNDIALLTLDRPIDLTPNGVNAACLPSCLDMFDAGTR--CWVAGWGKDX--STGQFKFIQNKVDVPLVNSRNCENLIKPALAQRSQTAARRFKLHESELCAGGVAGKDACDGXGGAPLVCQ-SREGL---WHVV--------GLVAWGVGCAQKDVPGIYTKVS 432          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000004364 (pep:novel supercontig:LSalAtl2s:LSalAtl2s229:72652:77339:1 gene:EMLSAG00000004364 transcript:EMLSAT00000004364 description:"augustus_masked-LSalAtl2s229-processed-gene-1.2")

HSP 1 Score: 131.339 bits (329), Expect = 1.937e-32
Identity = 81/258 (31.40%), Postives = 129/258 (50.00%), Query Frame = 0
Query:  826 FGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            FG WP   +L  I +    ++   + CGA LI+    +T AHCV       I +R G+++  +E EP  H DR    +  HP++NP+N +ND AL+  ++     PH+ +ICLP+   G D   +   + TGWG  +  + G    I+ +V + +     C +   +  L E   + + F+CAG E+  +D C+GD GGPLV    + G           ++V AGI +WG  CG +  PGVY  V     +++W  +
Sbjct:  152 FGAWPWQISLRIIAS----DESSNHRCGAVLISESWAITAAHCVHYYEMEEILLRMGDYNRVEEDEPLPHMDRRPSKIIEHPKYNPRNFENDIALMHFKKPVPFLPHIRSICLPEQ--GEDVVGKTG-YVTGWG--EIYEEGPRPRILHEVDIPIFGHKRCTDLFTKADLDE--LVTDVFICAGEEEGGKDACEGDSGGPLVFKSKKRG-----------QWVLAGITSWGRGCGEKYQPGVYTRVP---IYVEWVLE 384          

HSP 2 Score: 127.102 bits (318), Expect = 5.117e-31
Identity = 80/261 (30.65%), Postives = 130/261 (49.81%), Query Frame = 0
Query:  195 FGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLP---DNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            FG WP     + ++ +A  E  N + CGA LI+    +T AHCV     E I +R G+++  ++ EP  H DR    +  HP ++P+N +ND AL+  ++     PH+ +ICLP   +++ G   Y       TGWG  +  + G    I+ +V++ +     C      T+  +D  +   F+CAG E+  +D C+GD GGPLV    + G           +++ AGI +WG  CG +  PGVY  V     +++W  +
Sbjct:  152 FGAWPWQ---ISLRIIASDESSN-HRCGAVLISESWAITAAHCVHYYEMEEILLRMGDYNRVEEDEPLPHMDRRPSKIIEHPKYNPRNFENDIALMHFKKPVPFLPHIRSICLPEQGEDVVGKTGY------VTGWG--EIYEEGPRPRILHEVDIPIFGHKRCTDLF--TKADLDELVTDVFICAGEEEGGKDACEGDSGGPLVFKSKKRG-----------QWVLAGITSWGRGCGEKYQPGVYTRVP---IYVEWVLE 384          
BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Match: EMLSAP00000012449 (pep:novel supercontig:LSalAtl2s:LSalAtl2s914:71788:76892:-1 gene:EMLSAG00000012449 transcript:EMLSAT00000012449 description:"maker-LSalAtl2s914-augustus-gene-0.19")

HSP 1 Score: 123.25 bits (308), Expect = 1.335e-28
Identity = 85/258 (32.95%), Postives = 120/258 (46.51%), Query Frame = 0
Query:  827 GEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPK--NNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            GEW    AL+          + +Y+CG +LI    VLT AHCV  I +  ++I +R G+ D  ++      Q   V    IH   N + L ND A+L +  +  L   V  +CLP    G        C  TG+G    G+ G   + +++ Q+ +VN NEC  K+      + F L  S  CAGG +  D C+GDGGGPLVC       + GY       Y   G+++WG  CG    PGVY  ++    FI W  Q
Sbjct:  700 GEWCWQVALIN--------SLNQYLCGGALIGTQWVLTAAHCVTNIVRAGDSIYVRVGDHDLTQKFGSPGAQTLRVATTYIHHNHNSQTLDNDIAILKLHGEADLKEGVCLVCLPAR--GTSQQAGKVCTVTGYGY--MGESGPIPLRVREAQVPVVNDNECVRKINAV-TEKIFILPASSFCAGGLEGHDACQGDGGGPLVC------EDSGY-------YXLTGLVSWGFGCGRRDVPGVYVKISS---FIGWINQ 928          

HSP 2 Score: 119.013 bits (297), Expect = 2.322e-27
Identity = 80/244 (32.79%), Postives = 118/244 (48.36%), Query Frame = 0
Query:  210 VAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPK--ENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            VA    +N+Y+CG +LI    VLT AHCV  I +  ++I +R G+ D  ++      Q   V    +H   + + L ND A+L +  +  L   V  +CLP    G +    + C  TG+G    G+ G   + +++  + +VN  EC R++      + F L  S  CAGG +  D C+GDGGGPLVC    E SG          Y   G+++WG  CG    PGVY  ++    FI W  Q
Sbjct:  706 VALINSLNQYLCGGALIGTQWVLTAAHCVTNIVRAGDSIYVRVGDHDLTQKFGSPGAQTLRVATTYIHHNHNSQTLDNDIAILKLHGEADLKEGVCLVCLPAR--GTSQQAGKVCTVTGYGY--MGESGPIPLRVREAQVPVVNDNECVRKINAVTEKI-FILPASSFCAGGLEGHDACQGDGGGPLVC----EDSG---------YYXLTGLVSWGFGCGRRDVPGVYVKISS---FIGWINQ 928          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|76800653|sp|Q05319.2|STUB_DROME (RecName: Full=Serine proteinase stubble; AltName: Full=Protein stubble-stubbloid; Contains: RecName: Full=Serine proteinase stubble non-catalytic chain; Contains: RecName: Full=Serine proteinase stubble catalytic chain)

HSP 1 Score: 127.487 bits (319), Expect = 1.389e-28
Identity = 85/282 (30.14%), Postives = 135/282 (47.87%), Query Frame = 0
Query:  802 ECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDN---LAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            ECG   +     RI   K   S  FG WP   ++       +      + CG +LI    + T  HCVD +  + I+IR GE+D     E   + +R V    +HP+++    + D AL+ +E+  + APHV  ICLP+    L G+++        TGWG+   G  G    ++++V + +V+++ C++   R   G    + + F+CAG E   +D+C+GD GGPL     +  S DG       ++  AGII+WGI C     PGV   ++    F  W
Sbjct:  531 ECGVPTLARPETRIVGGK---SAAFGRWPWQVSVRRTSFFGFSST---HRCGGALINENWIATAGHCVDDLLISQIRIRVGEYDFSHVQEQLPYIERGVAKKVVHPKYSFLTYEYDLALVKLEQPLEFAPHVSPICLPETDSLLIGMNAT------VTGWGRLSEG--GTLPSVLQEVSVPIVSNDNCKSMFMRA--GRQEFIPDIFLCAGYETGGQDSCQGDSGGPL-----QAKSQDG-------RFFLAGIISWGIGCAEANLPGVCTRISK---FTPW 781          

HSP 2 Score: 120.553 bits (301), Expect = 1.888e-26
Identity = 87/282 (30.85%), Postives = 129/282 (45.74%), Query Frame = 0
Query:  171 ECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDN---LAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            ECG   +     RI   K   S  FG WP   +V       +    + + CG +LI    + T  HCV  +    I+IR GE+D     E   + +R V    VHP +     + D AL+ +E+  + APHV  ICLP+    L G+N+        TGWG+   G  G    ++++V++ +V+   C+    R   G    +   F+CAG E   +D+C+GD GGPL     +  S DG       ++  AGII+WGI C     PGV   ++    F  W
Sbjct:  531 ECGVPTLARPETRIVGGK---SAAFGRWPWQVSVRRTSFFGFS---STHRCGGALINENWIATAGHCVDDLLISQIRIRVGEYDFSHVQEQLPYIERGVAKKVVHPKYSFLTYEYDLALVKLEQPLEFAPHVSPICLPETDSLLIGMNAT------VTGWGRLSEG--GTLPSVLQEVSVPIVSNDNCKSMFMRA--GRQEFIPDIFLCAGYETGGQDSCQGDSGGPL-----QAKSQDG-------RFFLAGIISWGIGCAEANLPGVCTRISK---FTPW 781          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|129688|sp|P21902.1|PCE_TACTR (RecName: Full=Proclotting enzyme; Contains: RecName: Full=Proclotting enzyme light chain; Contains: RecName: Full=Proclotting enzyme heavy chain; Flags: Precursor)

HSP 1 Score: 115.931 bits (289), Expect = 2.141e-26
Identity = 93/327 (28.44%), Postives = 138/327 (42.20%), Query Frame = 0
Query:  769 EVCC---RHPDFSTNSP-QTTTPEPVTQPPK--PRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCV------DKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            +VCC    H   ST +P +TTT E   +PPK  P +    CG  N      RI   +       G WP M A+   Q       I+   CG +L+    V+T +HCV      D +P +   +R GE +     + S   D  V  VK H  F      ND A+L + +       +  ICLP      D       F TGWG   F   G    ++++VQ+ +     C     R    +D  +   ++CAG  +  +D C+GD GGP++ P            +   ++   GI+++G  C L G PGVY  V +   F+DW  +
Sbjct:   81 KVCCPKSSHVISSTQAPPETTTTE---RPPKQIPPNLPEVCGIHNT--TTTRIIGGR---EAPIGAWPWMTAVYIKQG-----GIRSVQCGGALVTNRHVITASHCVVNSAGTDVMPADVFSVRLGEHNLYSTDDDSNPIDFAVTSVKHHEHFVLATYLNDIAILTLNDTVTFTDRIRPICLPYRKLRYDDLAMRKPFITGWGTTAFN--GPSSAVLREVQLPIWEHEAC-----RQAYEKDLNITNVYMCAGFADGGKDACQGDSGGPMMLP------------VKTGEFYLIGIVSFGKKCALPGFPGVYTKVTE---FLDWIAE 372          

HSP 2 Score: 109.768 bits (273), Expect = 2.641e-24
Identity = 90/328 (27.44%), Postives = 137/328 (41.77%), Query Frame = 0
Query:  135 EVCC---RHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPE-CGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAK------IPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            +VCC    H   ST +P  T TT   P   PP     +PE CG  N      RI   +       G WP M AV   Q       I    CG +L+    V+T +HCV        +P +   +R GE +     + S   D  V ++K H  F      ND A+L + +       +  ICLP      +       F TGWG   F   G    ++++V + +     C +   +     D  +   ++CAG  +  +D C+GD GGP++ P+    +G+ Y +         GI+++G  C + G PGVY  V +   F+DW  +
Sbjct:   81 KVCCPKSSHVISSTQAPPETTTTERPPKQIPPN----LPEVCGIHNT--TTTRIIGGR---EAPIGAWPWMTAVYIKQG-----GIRSVQCGGALVTNRHVITASHCVVNSAGTDVMPADVFSVRLGEHNLYSTDDDSNPIDFAVTSVKHHEHFVLATYLNDIAILTLNDTVTFTDRIRPICLPYRKLRYDDLAMRKPFITGWGTTAFN--GPSSAVLREVQLPIWEHEACRQAYEK-----DLNITNVYMCAGFADGGKDACQGDSGGPMMLPVK---TGEFYLI---------GIVSFGKKCALPGFPGVYTKVTE---FLDWIAE 372          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|125184|sp|P03952.1|KLKB1_HUMAN (RecName: Full=Plasma kallikrein; AltName: Full=Fletcher factor; AltName: Full=Kininogenin; AltName: Full=Plasma prekallikrein; Short=PKK; Contains: RecName: Full=Plasma kallikrein heavy chain; Contains: RecName: Full=Plasma kallikrein light chain; Flags: Precursor)

HSP 1 Score: 117.472 bits (293), Expect = 8.670e-26
Identity = 81/262 (30.92%), Postives = 128/262 (48.85%), Query Frame = 0
Query:  823 STQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNI-KIRCGEW---DTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            ++ +GEWP   +L +++  A     ++++CG SLI    VLT AHC D +P  ++ +I  G     D  K+   SQ     ++++ IH  +      +D AL+ ++           ICLP    G  S    +C+ TGWG  K  + GE Q I+++V + +V + EC+ +       +D+++ +  VCAG  E  +D CKGD GGPLVC              H   +   GI +WG  C     PGVY  VA+   ++DW
Sbjct:  396 NSSWGEWPWQVSL-QVKLTA-----QRHLCGGSLIGHQWVLTAAHCFDGLPLQDVWRIYSGILNLSDITKDTPFSQ-----IKEIIIHQNYKVSEGNHDIALIKLQAPLNYTEFQKPICLPSK--GDTSTIYTNCWVTGWGFSK--EKGEIQNILQKVNIPLVTNEECQKRY------QDYKITQRMVCAGYKEGGKDACKGDSGGPLVCK-------------HNGMWRLVGITSWGEGCARREQPGVYTKVAE---YMDW 620          

HSP 2 Score: 108.997 bits (271), Expect = 4.798e-23
Identity = 76/259 (29.34%), Postives = 124/259 (47.88%), Query Frame = 0
Query:  192 STQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENI-KIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            ++ +GEWP   + L+++  A      +++CG SLI    VLT AHC   +P +++ +I  G  +     + +      ++ + +H  +      +D AL+ ++           ICLP    G  S    +C+ TGWG  K  + GE Q I+++VN+ +V   EC++R +      D+++ +  VCAG  E  +D CKGD GGPLVC                  +   GI +WG  C     PGVY  VA+   ++DW
Sbjct:  396 NSSWGEWPWQVS-LQVKLTA-----QRHLCGGSLIGHQWVLTAAHCFDGLPLQDVWRIYSGILNLSDITKDTPFSQ--IKEIIIHQNYKVSEGNHDIALIKLQAPLNYTEFQKPICLPSK--GDTSTIYTNCWVTGWGFSK--EKGEIQNILQKVNIPLVTNEECQKRYQ------DYKITQRMVCAGYKEGGKDACKGDSGGPLVCK-------------HNGMWRLVGITSWGEGCARREQPGVYTKVAE---YMDW 620          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|74835253|sp|Q27081.1|CFB_TACTR (RecName: Full=Clotting factor B; AltName: Full=Coagulation factor B; Contains: RecName: Full=Clotting factor B light chain; Contains: RecName: Full=Clotting factor B heavy chain; Flags: Precursor)

HSP 1 Score: 114.39 bits (285), Expect = 1.186e-25
Identity = 105/394 (26.65%), Postives = 166/394 (42.13%), Query Frame = 0
Query:  736 DGEIVTDGG------GLIDIRSSFAAVLD--PASSKCPGYLE--VCCRHPDFSTNSPQTTTPEPVT---QPPKPRSYVPECGRRNV---------GGVGVRIQNDKYKGST------------QFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCV----DKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECEN---KLRRTRLGEDFELDESFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGI 1087
            D E    GG       LID  S  A + D  P      G  +  VCC  PD     P TTT   V    +P  PR ++  CG+R V          G  +       + ST            + G WP M A+           I ++ C  S+I+   +L+ AH       K+    + +R G    ++       Q+  V+DV IHP +  K   ND A++ ++E+      V+ ICLPD     D        A GWG   F   G    ++++V + +V  ++C+    KL    L     +  +F+CAG E+  +D C+GD GGPL+             +++ T+++  G++++G  C  EG PGVY+ VA    ++DW  +    +
Sbjct:   34 DNECTARGGLKGSCKSLIDCPSVLATLKDSFPVVCSWNGRFQPIVCC--PDAIAPPPVTTTAVTVISTKEPKLPRLHISGCGKRKVKIDITTVGRSGSPILPPISTPQNSTGGRGIIAGGVEAKIGAWPWMAAVF-----VKNFGIGRFHCAGSIISNKYILSAAHAFLIGGRKLTPTRLAVRVGGHYIKR------GQEYPVKDVIIHPHYVEKENYNDIAIIELKEELNFTDLVNPICLPDPETVTDPLKDRIVTAAGWGDLDFS--GPRSQVLREVSIPVVPVDKCDQAYEKLNTPSLKNG--ITNNFLCAGLEEGGKDACQGDSGGPLM-------------LVNNTRWIVVGVVSFGHKCAEEGYPGVYSRVAS---YLDWIAKVTNSL 394          

HSP 2 Score: 108.997 bits (271), Expect = 7.201e-24
Identity = 101/398 (25.38%), Postives = 162/398 (40.70%), Query Frame = 0
Query:   99 TCEDGEIVTDGG------GLIDIRSSFAAVLD--PASSKCPGYLE--VCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGS------------------------TQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVA----KIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRL-GVDFELDKSFVCAGGEKD-RDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGI 456
            T  D E    GG       LID  S  A + D  P      G  +  VCC  PD     PV T   T     +P  PR +I  CG+R    V + I      GS                         + G WP M AV           I ++ C  S+I+   +L+ AH       K+    + +R G    ++       Q+  V+ + +HP +  K   ND A++ ++E+      V+ ICLPD     +        A GWG   F   G    ++++V++ +V   +C++   +     +   +  +F+CAG E+  +D C+GD GGPL+             +V   ++I  G++++G  C  EG PGVY+ VA    ++DW  +    +
Sbjct:   31 TRNDNECTARGGLKGSCKSLIDCPSVLATLKDSFPVVCSWNGRFQPIVCC--PDAIAPPPVTTTAVTVISTKEPKLPRLHISGCGKRK---VKIDITTVGRSGSPILPPISTPQNSTGGRGIIAGGVEAKIGAWPWMAAVF-----VKNFGIGRFHCAGSIISNKYILSAAHAFLIGGRKLTPTRLAVRVGGHYIKRG------QEYPVKDVIIHPHYVEKENYNDIAIIELKEELNFTDLVNPICLPDPETVTDPLKDRIVTAAGWGDLDFS--GPRSQVLREVSIPVVPVDKCDQAYEKLNTPSLKNGITNNFLCAGLEEGGKDACQGDSGGPLM-------------LVNNTRWIVVGVVSFGHKCAEEGYPGVYSRVAS---YLDWIAKVTNSL 394          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|81916046|sp|Q8VIF2.1|PRS42_MOUSE (RecName: Full=Serine protease 42; AltName: Full=Testis serine protease 2; Flags: Precursor)

HSP 1 Score: 111.694 bits (278), Expect = 2.492e-25
Identity = 67/225 (29.78%), Postives = 108/225 (48.00%), Query Frame = 0
Query:  850 YVCGASLIAPGVVLTGAHCVDKIPKNNIKI--RCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPK-NLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVA 1071
            +VCG SLI    VLT AHC+    + N+K+  R         + P       ++ + +HP+F+    +KND ALL ++       ++  +C+P     + +     C+ TGWGK   G       I+++V  +++   EC   L++        +    VC   E+ +D C+GD GGP+ C               E K+VQ G+++WGI CG +G PGVY +VA
Sbjct:  102 HVCGGSLINSQWVLTAAHCIYSRIQYNVKVGDRSVYRQNTSLVIP-------IKTIFVHPKFSTTIVVKNDIALLKLQHPVNFTTNIYPVCIPSESFPVKA--GTKCWVTGWGKLVPGAPDVPTEILQEVDQNVILYEECNEMLKKATSSSVDLVKRGMVCGYKERGKDACQGDSGGPMSCEF-------------ENKWVQVGVVSWGISCGRKGYPGVYTDVA 304          

HSP 2 Score: 110.923 bits (276), Expect = 4.809e-25
Identity = 73/247 (29.55%), Postives = 121/247 (48.99%), Query Frame = 0
Query:  196 GEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPK-NLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRR-TRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVA 440
            G+WP   +V            + +VCG SLI    VLT AHC+    + N+K+  G+    +Q   +      ++ + VHP F     +KND ALL ++       ++  +C+P     + +  +  C+ TGWGK   G       I+++V+ +++   EC   L++ T   VD  + +  VC   E+ +D C+GD GGP+ C                +K++Q G+++WGI CG +G PGVY +VA
Sbjct:   88 GKWPWQVSV---------RVRHMHVCGGSLINSQWVLTAAHCIYSRIQYNVKV--GDRSVYRQ---NTSLVIPIKTIFVHPKFSTTIVVKNDIALLKLQHPVNFTTNIYPVCIPSESFPVKAGTK--CWVTGWGKLVPGAPDVPTEILQEVDQNVILYEECNEMLKKATSSSVDL-VKRGMVCGYKERGKDACQGDSGGPMSCEFE-------------NKWVQVGVVSWGISCGRKGYPGVYTDVA 304          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|18203302|sp|Q9N2D1.1|TRYT_PIG (RecName: Full=Tryptase; Flags: Precursor)

HSP 1 Score: 109.768 bits (273), Expect = 4.304e-25
Identity = 76/241 (31.54%), Postives = 116/241 (48.13%), Query Frame = 0
Query:  849 KYVCGASLIAPGVVLTGAHCV--DKIPKNNIKIRCGEWDTQKEIEPSQHQDRF--VEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRR-TRLGEDFEL-DESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQC 1083
            K+ CG SLI P  VLT AHC   +K     I+++ GE       +   +QDR   V  + +HP +  +    D ALL +E+   L+ HV  + LP   A         C+ TGWG    G        +KQV++ +V ++EC+ +       G++  +  +  +CAG E   D+C+GD GGPLVC +                ++QAG+++WG  C L   PG+Y  V     ++DW  QC
Sbjct:   56 KHFCGGSLIHPQWVLTAAHCFGPEKADPLYIRVQLGE-------QHLYYQDRLLLVSRIIVHPNYYDEVNGADIALLELEDPVNLSSHVQPVTLPP--ASETFPKGTRCWVTGWGDVHSGWPLPPPYPLKQVRVPIVENSECDMQYHLGLSTGDNIPIVRDDMLCAGSE-GHDSCQGDSGGPLVCRV-------------NGTWLQAGVVSWGEGCALPNRPGIYTRVTH---YLDWIHQC 270          

HSP 2 Score: 104.375 bits (259), Expect = 2.391e-23
Identity = 72/238 (30.25%), Postives = 109/238 (45.80%), Query Frame = 0
Query:  218 KYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRF--VEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRR-TRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQC 452
            K+ CG SLI P  VLT AHC      + + IR      Q   +   +QDR   V  + VHP +  +    D ALL +E+   L+ HV  + LP   A         C+ TGWG    G        +KQV + +V  +EC+ +       G +  + +  +   G +  D+C+GD GGPLVC ++               ++QAG+++WG  C +   PG+Y  V     ++DW  QC
Sbjct:   56 KHFCGGSLIHPQWVLTAAHCFGPEKADPLYIR-----VQLGEQHLYYQDRLLLVSRIIVHPNYYDEVNGADIALLELEDPVNLSSHVQPVTLPP--ASETFPKGTRCWVTGWGDVHSGWPLPPPYPLKQVRVPIVENSECDMQYHLGLSTGDNIPIVRDDMLCAGSEGHDSCQGDSGGPLVCRVNG-------------TWLQAGVVSWGEGCALPNRPGIYTRVTH---YLDWIHQC 270          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|341940876|sp|P26262.2|KLKB1_MOUSE (RecName: Full=Plasma kallikrein; AltName: Full=Fletcher factor; AltName: Full=Kininogenin; AltName: Full=Plasma prekallikrein; Contains: RecName: Full=Plasma kallikrein heavy chain; Contains: RecName: Full=Plasma kallikrein light chain; Flags: Precursor)

HSP 1 Score: 113.62 bits (283), Expect = 1.589e-24
Identity = 77/255 (30.20%), Postives = 121/255 (47.45%), Query Frame = 0
Query:  826 FGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
             GEWP   +L +++ V+     + ++CG S+I    VLT AHC D IP  ++    G   +  EI       R ++++ IH ++       D AL+ ++           ICLP        Y   +C+ TGWG  K  + GE Q I+++  + +V + EC+ K R      D+ +++  +CAG  E   D CKGD GGPLVC              H  ++   GI +WG  C  +  PGVY  V++   ++DW
Sbjct:  399 LGEWPWQVSL-QVKLVS-----QTHLCGGSIIGRQWVLTAAHCFDGIPYPDVWRIYGGILSLSEITKETPSSR-IKELIIHQEYKVSEGNYDIALIKLQTPLNYTEFQKPICLPSKADTNTIY--TNCWVTGWGYTK--EQGETQNILQKATIPLVPNEECQKKYR------DYVINKQMICAGYKEGGTDACKGDSGGPLVCK-------------HSGRWQLVGITSWGEGCARKDQPGVYTKVSE---YMDW 620          

HSP 2 Score: 104.76 bits (260), Expect = 1.141e-21
Identity = 79/266 (29.70%), Postives = 123/266 (46.24%), Query Frame = 0
Query:  186 NDKFKGST--QFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            N +  G T    GEWP   + L+++ V+       ++CG S+I    VLT AHC   IP  ++    G   +  +I       R ++ L +H  +       D AL+ ++           ICLP        Y   +C+ TGWG  K  + GE Q I+++  + +V   EC+++ R      D+ ++K  +CAG  E   D CKGD GGPLVC    + SG         ++   GI +WG  C  +  PGVY  V++   ++DW
Sbjct:  388 NARIVGGTNASLGEWPWQVS-LQVKLVS-----QTHLCGGSIIGRQWVLTAAHCFDGIPYPDVWRIYGGILSLSEITKETPSSR-IKELIIHQEYKVSEGNYDIALIKLQTPLNYTEFQKPICLPSKADTNTIYT--NCWVTGWGYTK--EQGETQNILQKATIPLVPNEECQKKYR------DYVINKQMICAGYKEGGTDACKGDSGGPLVC----KHSG---------RWQLVGITSWGEGCARKDQPGVYTKVSE---YMDW 620          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|363548506|sp|E7EML9.3|PRS44_HUMAN (RecName: Full=Serine protease 44; AltName: Full=Testis serine protease 4; Short=TESSP-4; Flags: Precursor)

HSP 1 Score: 108.997 bits (271), Expect = 2.536e-24
Identity = 70/248 (28.23%), Postives = 118/248 (47.58%), Query Frame = 0
Query:  828 EWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQF-NPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIM---KQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVA 1071
            +WP   +L         +   +++CG SLIA   VLT AHC+    +  +K+     DT             V DV IH  F +P  ++ND AL  ++     + H+  +CLP+    + +    +C+ TGWGK     + E + I+   ++ ++ ++  ++C   L+         + +  +C   ++ +D C+GD GGPLVC L+               +VQ GI++WGI CG +G PGVY  V+
Sbjct:  107 KWPWQVSL---------QTSNRHICGGSLIARHWVLTAAHCISGHLEYTVKLG----DTNVHHRSKTALVVPVRDVVIHRYFTSPGIIENDIALALLDFPVNYSTHIQLVCLPEQAFMVQA--GTNCWVTGWGK-----VNETEKIVTEPQEAELSIILHDKCNEVLKEKIRMRSEMVKKGTICGYNDQGKDACQGDSGGPLVCELN-------------GTWVQVGIVSWGIGCGRKGYPGVYTEVS 321          

HSP 2 Score: 103.605 bits (257), Expect = 1.938e-22
Identity = 65/228 (28.51%), Postives = 110/228 (48.25%), Query Frame = 0
Query:  217 NKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLF-DPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIM---KQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVA 440
            N+++CG SLIA   VLT AHC++   +  +K+     DT             V  + +H  F  P  ++ND AL  ++     + H+  +CLP+    + +    +C+ TGWGK     + E + I+   ++  + ++   +C   L+         + K  +C   ++ +D C+GD GGPLVC L+               ++Q GI++WGI CG +G PGVY  V+
Sbjct:  118 NRHICGGSLIARHWVLTAAHCISGHLEYTVKLG----DTNVHHRSKTALVVPVRDVVIHRYFTSPGIIENDIALALLDFPVNYSTHIQLVCLPEQAFMVQA--GTNCWVTGWGK-----VNETEKIVTEPQEAELSIILHDKCNEVLKEKIRMRSEMVKKGTICGYNDQGKDACQGDSGGPLVCELN-------------GTWVQVGIVSWGIGCGRKGYPGVYTEVS 321          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|55976594|sp|Q9GL10.1|ACRO_SHEEP (RecName: Full=Acrosin; Contains: RecName: Full=Acrosin light chain; Contains: RecName: Full=Acrosin heavy chain; Flags: Precursor)

HSP 1 Score: 108.227 bits (269), Expect = 3.304e-24
Identity = 84/283 (29.68%), Postives = 127/283 (44.88%), Query Frame = 0
Query:  809 GGVGVRIQNDKYKG-------STQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRC------GEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFI 1077
            G  GVR + ++  G           G WP M +L   Q   Y  + + +VCG SL+    +LT AHC  +I K     R        EW T K ++P   Q+R+VE + IH +++  +  ND AL+ +         +   CLP   AG     Q  C+  GWG  +         ++++ ++D+++   C +    TR   +  +  + VCAG  E   DTC+GD GGPL+C    E S           YV  GI +WG+ C     PGVY +    L +I
Sbjct:   24 GPCGVRFRQNRQGGVRIIGGQDAAHGAWPWMVSL---QIFTYHNNRRYHVCGGSLLNSQWLLTAAHCF-RIKKKVTDWRLIFGAKEVEWGTNKPVKPPL-QERYVEKIIIHEKYSASSEANDIALMKITPPVTCGHFIGPGCLPQFRAGPPRVPQT-CWVAGWGFLQENAR-RTSPMLQEARVDLIDLGLCNS----TRW-YNGRIRSTNVCAGYPEGKIDTCQGDSGGPLMCKDSAENS-----------YVVVGITSWGVGCARAKRPGVYTSTWSYLNWI 283          

HSP 2 Score: 101.293 bits (251), Expect = 8.023e-22
Identity = 81/283 (28.62%), Postives = 123/283 (43.46%), Query Frame = 0
Query:  178 GGVGVRIQNDKFKG-------STQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRC------GEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFI 446
            G  GVR + ++  G           G WP M   + +Q   Y  +   +VCG SL+    +LT AHC  +I K+    R        EW T K ++P   Q+R+VE + +H  +   +  ND AL+ +         +   CLP   AG     Q  C+  GWG  +         ++++  +D+++   C      TR   +  +  + VCAG  E   DTC+GD GGPL+C    E S           Y+  GI +WG+ C     PGVY +    L +I
Sbjct:   24 GPCGVRFRQNRQGGVRIIGGQDAAHGAWPWM---VSLQIFTYHNNRRYHVCGGSLLNSQWLLTAAHCF-RIKKKVTDWRLIFGAKEVEWGTNKPVKP-PLQERYVEKIIIHEKYSASSEANDIALMKITPPVTCGHFIGPGCLPQFRAGPPRVPQ-TCWVAGWGFLQENAR-RTSPMLQEARVDLIDLGLCNS----TRW-YNGRIRSTNVCAGYPEGKIDTCQGDSGGPLMCKDSAENS-----------YVVVGITSWGVGCARAKRPGVYTSTWSYLNWI 283          
BLAST of EMLSAG00000011017 vs. SwissProt
Match: gi|122136164|sp|Q2KJ63.1|KLKB1_BOVIN (RecName: Full=Plasma kallikrein; AltName: Full=Fletcher factor; AltName: Full=Kininogenin; AltName: Full=Plasma prekallikrein; Contains: RecName: Full=Plasma kallikrein heavy chain; Contains: RecName: Full=Plasma kallikrein light chain; Flags: Precursor)

HSP 1 Score: 112.079 bits (279), Expect = 5.618e-24
Identity = 75/255 (29.41%), Postives = 117/255 (45.88%), Query Frame = 0
Query:  826 FGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            +GEWP   +L   Q        + ++CG S+I    VLT AHC D +  +NI    G      EI       + ++++ +HP +      +D AL+ +E           ICLP        Y   DC+ TGWG  +  + G+ Q  +++  + ++++ EC+   R      D+++ +  +CAG  E  +D CKGD GGPLVC              HE  +   GI +WG  C     PGVY  VA+   ++DW
Sbjct:  400 WGEWPWQVSLQVKQRA------QSHLCGGSIIGRQWVLTAAHCFDGLLLSNIWRIYGGILNLSEITTETSFSQ-IKEIIVHPNYKISEGSHDIALIKLEAPLNFTDLQKAICLPSKDDTKPVY--TDCWITGWGFTE--EKGKIQNTLQKANIPLISNEECQKSYR------DYKITKQMICAGYKEGGKDACKGDSGGPLVCQ-------------HEETWHLVGITSWGEGCARREQPGVYTKVAE---YVDW 621          

HSP 2 Score: 103.219 bits (256), Expect = 2.830e-21
Identity = 77/255 (30.20%), Postives = 118/255 (46.27%), Query Frame = 0
Query:  195 FGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAG-GEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            +GEWP   + L+++  A       ++CG S+I    VLT AHC   +   NI    G      +I  +E     ++ + VHP +      +D AL+ +E           ICLP        Y   DC+ TGWG  +  + G+ Q  +++ N+ +++  EC++  R      D+++ K  +CAG  E  +D CKGD GGPLVC  H E             +   GI +WG  C     PGVY  VA+   ++DW
Sbjct:  400 WGEWPWQVS-LQVKQRA-----QSHLCGGSIIGRQWVLTAAHCFDGLLLSNIWRIYGGILNLSEIT-TETSFSQIKEIIVHPNYKISEGSHDIALIKLEAPLNFTDLQKAICLPSKDDTKPVYT--DCWITGWGFTE--EKGKIQNTLQKANIPLISNEECQKSYR------DYKITKQMICAGYKEGGKDACKGDSGGPLVCQ-HEE------------TWHLVGITSWGEGCARREQPGVYTKVAE---YVDW 621          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: XP_016769184.1 (PREDICTED: serine protease 44 isoform X1 [Apis mellifera])

HSP 1 Score: 297.745 bits (761), Expect = 9.855e-90
Identity = 173/392 (44.13%), Postives = 227/392 (57.91%), Query Frame = 0
Query:  693 GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G    P   D  S  ++ +    E      + + +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD           E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +  Y CG SLI    VLT AHCV     + ++IR GEWDTQ + E   HQDR V++V IH  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++ + +V  N+C++ LR+TRLG+ F LD SF+CAGGE D+DTCKGDGG PLVCP     SN    +     Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   34 GTPQNPQISDPSSTTSDTI-LGTENRPKQPETNCECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD---------RIEKVTPPPVEKKGT--CGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCP-----SNSNPNI-----YLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          

HSP 2 Score: 295.819 bits (756), Expect = 4.604e-89
Identity = 166/361 (45.98%), Postives = 214/361 (59.28%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD              E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +N Y CG SLI    VLT AHCV       ++IR GEWDTQ + E   HQDR V+ + +H  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++N+ +V   +C+  LR+TRLG  F LD SF+CAGGE D+DTCKGDGG PLVCP +            P+ Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   67 ECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD------------RIEKVTPPPVEKK--GTCGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCPSNS----------NPNIYLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: XP_016769183.1 (PREDICTED: serine protease 44 isoform X1 [Apis mellifera])

HSP 1 Score: 297.745 bits (761), Expect = 9.855e-90
Identity = 173/392 (44.13%), Postives = 227/392 (57.91%), Query Frame = 0
Query:  693 GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G    P   D  S  ++ +    E      + + +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD           E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +  Y CG SLI    VLT AHCV     + ++IR GEWDTQ + E   HQDR V++V IH  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++ + +V  N+C++ LR+TRLG+ F LD SF+CAGGE D+DTCKGDGG PLVCP     SN    +     Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   34 GTPQNPQISDPSSTTSDTI-LGTENRPKQPETNCECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD---------RIEKVTPPPVEKKGT--CGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCP-----SNSNPNI-----YLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          

HSP 2 Score: 295.819 bits (756), Expect = 4.604e-89
Identity = 166/361 (45.98%), Postives = 214/361 (59.28%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD              E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +N Y CG SLI    VLT AHCV       ++IR GEWDTQ + E   HQDR V+ + +H  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++N+ +V   +C+  LR+TRLG  F LD SF+CAGGE D+DTCKGDGG PLVCP +            P+ Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   67 ECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD------------RIEKVTPPPVEKK--GTCGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCPSNS----------NPNIYLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: XP_016769182.1 (PREDICTED: serine protease 44 isoform X1 [Apis mellifera])

HSP 1 Score: 297.745 bits (761), Expect = 9.855e-90
Identity = 173/392 (44.13%), Postives = 227/392 (57.91%), Query Frame = 0
Query:  693 GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G    P   D  S  ++ +    E      + + +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD           E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +  Y CG SLI    VLT AHCV     + ++IR GEWDTQ + E   HQDR V++V IH  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++ + +V  N+C++ LR+TRLG+ F LD SF+CAGGE D+DTCKGDGG PLVCP     SN    +     Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   34 GTPQNPQISDPSSTTSDTI-LGTENRPKQPETNCECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD---------RIEKVTPPPVEKKGT--CGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCP-----SNSNPNI-----YLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          

HSP 2 Score: 295.819 bits (756), Expect = 4.604e-89
Identity = 166/361 (45.98%), Postives = 214/361 (59.28%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSF--AAVLDPASSK----CPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVPYY C +G I+ +G G+IDIR  F   +V    +S+    C  YL+VCC+ PD              E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +N Y CG SLI    VLT AHCV       ++IR GEWDTQ + E   HQDR V+ + +H  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++N+ +V   +C+  LR+TRLG  F LD SF+CAGGE D+DTCKGDGG PLVCP +            P+ Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   67 ECVPYYLCHNGSILENGTGIIDIRLGFDDESVTKHRTSRALGQCENYLDVCCKPPD------------RIEKVTPPPVEKK--GTCGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCPSNS----------NPNIYLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 398          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: XP_016769186.1 (PREDICTED: trypsin-7 isoform X2 [Apis mellifera])

HSP 1 Score: 296.59 bits (758), Expect = 1.446e-89
Identity = 171/386 (44.30%), Postives = 223/386 (57.77%), Query Frame = 0
Query:  693 GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G    P   D  S  ++ +    E      + + +CVPYY C +G I+ +G G+IDIR         A  +C  YL+VCC+ PD           E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +  Y CG SLI    VLT AHCV     + ++IR GEWDTQ + E   HQDR V++V IH  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++ + +V  N+C++ LR+TRLG+ F LD SF+CAGGE D+DTCKGDGG PLVCP     SN    +     Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   34 GTPQNPQISDPSSTTSDTI-LGTENRPKQPETNCECVPYYLCHNGSILENGTGIIDIR---------ALGQCENYLDVCCKPPD---------RIEKVTPPPVEKKGT--CGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCP-----SNSNPNI-----YLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 383          

HSP 2 Score: 295.049 bits (754), Expect = 6.107e-89
Identity = 164/355 (46.20%), Postives = 210/355 (59.15%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVPYY C +G I+ +G G+IDIR         A  +C  YL+VCC+ PD              E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +N Y CG SLI    VLT AHCV       ++IR GEWDTQ + E   HQDR V+ + +H  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++N+ +V   +C+  LR+TRLG  F LD SF+CAGGE D+DTCKGDGG PLVCP +            P+ Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   67 ECVPYYLCHNGSILENGTGIIDIR---------ALGQCENYLDVCCKPPD------------RIEKVTPPPVEKK--GTCGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCPSNS----------NPNIYLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 383          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: XP_016769185.1 (PREDICTED: trypsin-7 isoform X2 [Apis mellifera])

HSP 1 Score: 296.59 bits (758), Expect = 1.446e-89
Identity = 171/386 (44.30%), Postives = 223/386 (57.77%), Query Frame = 0
Query:  693 GVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            G    P   D  S  ++ +    E      + + +CVPYY C +G I+ +G G+IDIR         A  +C  YL+VCC+ PD           E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +  Y CG SLI    VLT AHCV     + ++IR GEWDTQ + E   HQDR V++V IH  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++ + +V  N+C++ LR+TRLG+ F LD SF+CAGGE D+DTCKGDGG PLVCP     SN    +     Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   34 GTPQNPQISDPSSTTSDTI-LGTENRPKQPETNCECVPYYLCHNGSILENGTGIIDIR---------ALGQCENYLDVCCKPPD---------RIEKVTPPPVEKKGT--CGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCP-----SNSNPNI-----YLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 383          

HSP 2 Score: 295.049 bits (754), Expect = 6.107e-89
Identity = 164/355 (46.20%), Postives = 210/355 (59.15%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            +CVPYY C +G I+ +G G+IDIR         A  +C  YL+VCC+ PD              E VT PP  +     CG+R+  GVG RI  D   G  QFGE+P M A+++ + +   E +N Y CG SLI    VLT AHCV       ++IR GEWDTQ + E   HQDR V+ + +H  F    L NDFA+L + E   L  +VD +CLP+       +D   CFA+GWGKDKFGK G YQVI+K++N+ +V   +C+  LR+TRLG  F LD SF+CAGGE D+DTCKGDGG PLVCP +            P+ Y+QAGI+AWGI CG  G PGVYANVA    +ID
Sbjct:   67 ECVPYYLCHNGSILENGTGIIDIR---------ALGQCENYLDVCCKPPD------------RIEKVTPPPVEKK--GTCGQRHPQGVGFRITGD-VNGEAQFGEFPWMVAIIKEENIGE-EKLNVYQCGGSLIHKQAVLTAAHCVQGKQASELRIRAGEWDTQTKNEIFPHQDRNVQNVIIHENFAGGTLYNDFAILILSEPLNLMENVDLVCLPERNT---VFDGTRCFASGWGKDKFGKEGHYQVILKKINLPVVPHNQCQDLLRKTRLGKYFVLDSSFICAGGESDKDTCKGDGGSPLVCPSNS----------NPNIYLQAGIVAWGIGCGEGGIPGVYANVASVRDWID 383          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: EFX73930.1 (hypothetical protein DAPPUDRAFT_307535 [Daphnia pulex])

HSP 1 Score: 298.516 bits (763), Expect = 2.109e-89
Identity = 167/372 (44.89%), Postives = 213/372 (57.26%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSS------------------FAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAY-GEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLP--DNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            CVPYY C +G+I+TDG G+IDIR                      A  D     C G +EVCC+ P     +P+   PE V   P    Y+  CG RN  G+ VRI N K    +Q+GE+P M A+L     A  G+    Y CG S+I P VVLT AHCV      ++KIR GEWDTQ   E   HQDR V D  IH Q+ P  L ND ALLF+ E   L P  D +CLP  D +     +D + CFATGWGKD+FG+ G+YQ ++K++++ +V    C+N LR+TRLG+ F L ESFVCAGGE  RDTCKGDGG PLVCP+         G    ++Y+Q GI+AWGI CG  G PGVYA++     +I+
Sbjct:   93 CVPYYLCNEGQIITDGAGIIDIRKKPPTKNVTTEAKAITKRDVLPAQNDLVGGNCLGSIEVCCKMP-----TPERI-PEIVPTVPLGPKYISTCGMRNGDGLNVRITNFK-DNESQYGEFPWMVAVLRPTVSATTGKPNDVYQCGGSIIHPSVVLTAAHCVVGKDPKSLKIRVGEWDTQSAYEFFPHQDRLVVDAIIHEQYFPAALFNDVALLFLAEPVDLGPEADVVCLPRPDQV-----FDGSRCFATGWGKDQFGQAGKYQHVLKKIELPLVPHATCQNSLRKTRLGQAFRLHESFVCAGGEPGRDTCKGDGGSPLVCPIP--------GGPKPSRYMQVGIVAWGIGCGENGVPGVYASIPHASSWIE 444          

HSP 2 Score: 291.967 bits (746), Expect = 5.102e-87
Identity = 164/373 (43.97%), Postives = 206/373 (55.23%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSS------------------FAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAY-GEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            CVPYY C +G+I+TDG G+IDIR                      A  D     C G +EVCC+ P         T    PE V   P    YI  CG RN  G+ VRI N K    +Q+GE+P M AVL     A  G+  + Y CG S+I P VVLT AHCV     +++KIR GEWDTQ   E   HQDR V    +H  + P  L ND ALLF+ E   L P  D +CLP        +D   CFATGWGKD+FG+ G+YQ ++K++ + +V    C+  LR+TRLG  F L +SFVCAGGE  RDTCKGDGG PLVCP+         G  +P +Y+Q GI+AWGI CG  G PGVYA++     +I+
Sbjct:   93 CVPYYLCNEGQIITDGAGIIDIRKKPPTKNVTTEAKAITKRDVLPAQNDLVGGNCLGSIEVCCKMP---------TPERIPEIVPTVPLGPKYISTCGMRNGDGLNVRITNFK-DNESQYGEFPWMVAVLRPTVSATTGKPNDVYQCGGSIIHPSVVLTAAHCVVGKDPKSLKIRVGEWDTQSAYEFFPHQDRLVVDAIIHEQYFPAALFNDVALLFLAEPVDLGPEADVVCLPRP---DQVFDGSRCFATGWGKDQFGQAGKYQHVLKKIELPLVPHATCQNSLRKTRLGQAFRLHESFVCAGGEPGRDTCKGDGGSPLVCPIP--------GGPKPSRYMQVGIVAWGIGCGENGVPGVYASIPHASSWIE 444          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: EEB13231.1 (Mast cell protease 6 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 291.197 bits (744), Expect = 5.412e-88
Identity = 172/379 (45.38%), Postives = 221/379 (58.31%), Query Frame = 0
Query:  702 DGGSHVNEVVD--TSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            D  S ++EV     + E    + + +  CVPYY C++  ++T+G GLIDIR             C  YL+VCC  P  S     T TP P  +          CGR N  GVG RI  ++ +G  QFGE+P M ALL+ +  A G+ +  Y CG +LI P VVLT AHCV+       KIR GEWDTQ   E   HQD  V  V IHP +    L ND ALLF++    LA ++D ICLP   A   ++D++ CFA+GWGKD FGK G+YQVI+K+V + +V ++EC+  LR+TRLG  F L  SFVCAGGE ++DTCKGDGG PLVCP+         G ++  KY Q GI+AWGI CG    PGVYANVA    +ID
Sbjct:   21 DLSSLIDEVFQPGKANENVNNHGNSECTCVPYYLCQNNTVITNGVGLIDIRVK--------DGPCENYLDVCCEKP-LSDVDRITPTPTPARE---------GCGRHNPEGVGFRITGNE-QGEAQFGEFPWMVALLK-EEQADGQKLNVYQCGGALIHPEVVLTAAHCVNG-GHAKYKIRAGEWDTQTSNELFPHQDAMVRKVVIHPDYYAGALYNDVALLFLDSAITLADNIDVICLPPQGA---NFDRSRCFASGWGKDVFGKEGKYQVILKKVDLPIVPNHECQESLRQTRLGPYFNLHSSFVCAGGEPNKDTCKGDGGSPLVCPIQ--------GTLN--KYAQVGIVAWGIGCGEHNTPGVYANVAGFRHWID 365          

HSP 2 Score: 288.5 bits (737), Expect = 4.680e-87
Identity = 179/418 (42.82%), Postives = 228/418 (54.55%), Query Frame = 0
Query:   30 GEDDLNLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            G+D  +LID+VF  GK N+  NN G                                  + +  CVPYY C++  ++T+G GLIDIR             C  YL+VCC  P     S V   T TP P  +          CGR N  GVG RI  ++ +G  QFGE+P M A+L+ +  A G+ +N Y CG +LI P VVLT AHCV        KIR GEWDTQ   E   HQD  V  + +HP +    L ND ALLF++    LA ++D ICLP   A   ++D+  CFA+GWGKD FGK G+YQVI+K+V++ +V   EC+  LR+TRLG  F L  SFVCAGGE ++DTCKGDGG PLVCP+         G +  +KY Q GI+AWGI CG    PGVYANVA    +ID
Sbjct:   19 GDDLSSLIDEVFQPGKANENVNNHG----------------------------------NSECTCVPYYLCQNNTVITNGVGLIDIRVK--------DGPCENYLDVCCEKPL----SDVDRITPTPTPARE---------GCGRHNPEGVGFRITGNE-QGEAQFGEFPWMVALLK-EEQADGQKLNVYQCGGALIHPEVVLTAAHCVNG-GHAKYKIRAGEWDTQTSNELFPHQDAMVRKVVIHPDYYAGALYNDVALLFLDSAITLADNIDVICLPPQGA---NFDRSRCFASGWGKDVFGKEGKYQVILKKVDLPIVPNHECQESLRQTRLGPYFNLHSSFVCAGGEPNKDTCKGDGGSPLVCPIQ--------GTL--NKYAQVGIVAWGIGCGEHNTPGVYANVAGFRHWID 365          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: EAA00427.4 (AGAP011787-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 278.485 bits (711), Expect = 6.078e-83
Identity = 156/360 (43.33%), Postives = 211/360 (58.61%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDI-NKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            +CVPYY C+D +I+ +G G+IDIR +       A  +CP YLE CC       N+  V  +  P  +    +     P CG RN  G+G  +   K  G + +GE+P M AV+    +   + I N Y CG S+IAP VVLT AHCV   PK  + +R GEWDTQ + E   HQ+R V  + +H  FD ++L ND ALL + E F+L  +V  ICLP +     S+D + CFA+GWGKD+FGK G+YQVI+K+V + +V   +C+  +R  R+G  F LD+SF+CAGG   +D C+GDGG PLVCP+   GS        P  Y QAGI+AWG+ CG +G PGVY +VA      DW  Q
Sbjct:   51 ECVPYYLCKDNKIIKNGRGVIDIRVN-------AEPECPHYLETCC-------NARSVLDSPPPGVIKPSGRTEQVRPTCGVRNKNGLGFSVTGVK-DGESHYGEFPWMVAVMLSSPMDNSDSILNVYQCGGSVIAPNVVLTAAHCVFNKPKTQLLLRAGEWDTQTEHELYMHQNRRVAEVILHEAFDNESLANDVALLTLAEPFQLGENVQPICLPPSG---TSFDYQHCFASGWGKDQFGKEGKYQVILKKVELPVVPHAKCQETMRSQRVGNWFVLDQSFLCAGGVAGQDMCRGDGGSPLVCPI--PGS--------PTHYYQAGIVAWGLGCGEDGIPGVYGDVA---FLRDWIDQ 379          

HSP 2 Score: 276.944 bits (707), Expect = 1.763e-82
Identity = 156/358 (43.58%), Postives = 212/358 (59.22%), Query Frame = 0
Query:  727 KCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPP-KPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKK-YVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            +CVPYY C+D +I+ +G G+IDIR +       A  +CP YLE CC     +  S   + P  V +P  +     P CG RN  G+G  +   K  G + +GE+P M A++    +   + I   Y CG S+IAP VVLT AHCV   PK  + +R GEWDTQ E E   HQ+R V +V +H  F+ ++L ND ALL + E F+L  +V  ICLP +     S+D   CFA+GWGKD+FGK G+YQVI+K+V++ +V   +C+  +R  R+G  F LD+SF+CAGG   +D C+GDGG PLVCP+   GS         T Y QAGI+AWG+ CG +G PGVY +VA      DW  Q
Sbjct:   51 ECVPYYLCKDNKIIKNGRGVIDIRVN-------AEPECPHYLETCC-----NARSVLDSPPPGVIKPSGRTEQVRPTCGVRNKNGLGFSVTGVK-DGESHYGEFPWMVAVMLSSPMDNSDSILNVYQCGGSVIAPNVVLTAAHCVFNKPKTQLLLRAGEWDTQTEHELYMHQNRRVAEVILHEAFDNESLANDVALLTLAEPFQLGENVQPICLPPSGT---SFDYQHCFASGWGKDQFGKEGKYQVILKKVELPVVPHAKCQETMRSQRVGNWFVLDQSFLCAGGVAGQDMCRGDGGSPLVCPI--PGS--------PTHYYQAGIVAWGLGCGEDGIPGVYGDVA---FLRDWIDQ 379          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: AHN54316.1 (CG5390, isoform B [Drosophila melanogaster])

HSP 1 Score: 278.485 bits (711), Expect = 7.201e-83
Identity = 162/394 (41.12%), Postives = 225/394 (57.11%), Query Frame = 0
Query:  699 SYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 1092
            S G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+      +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++  Y CG +LIAP VVLT AHCV     ++I +R GEWDTQ + E  +H+DR+V+++  H QFN  +L ND A++ +E  F L  ++ T+CLP N+   D +D + C+ATGWGK+KFGK GEYQVI+K+V M +V   +CE  LR TRLG  F L +SF+CAGGEKD+DTCKGDGG PLVCP+  +          + ++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   52 SSGSTGSENGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPIAGQ----------KNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          

HSP 2 Score: 273.092 bits (697), Expect = 5.657e-81
Identity = 168/426 (39.44%), Postives = 233/426 (54.69%), Query Frame = 0
Query:   36 LIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 461
            LI D+F   KT++             P+ + G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+         +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++N Y CG +LIAP VVLT AHCV      +I +R GEWDTQ Q E   H+DR+V+ +  H  F+  +L ND A++ +E  F L  ++ T+CLP N+   + +D + C+ATGWGK+KFGK GEYQVI+K+V+M +V   +CE  LR TRLG  F L  SF+CAGGEKD+DTCKGDGG PLVCP+            Q +++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   26 LISDIF---KTDETPKPSSPPPPVVNPKDSSGSTGSENGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN---------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPI----------AGQKNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          
BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Match: AAF52904.1 (CG5390, isoform A [Drosophila melanogaster])

HSP 1 Score: 278.485 bits (711), Expect = 7.201e-83
Identity = 162/394 (41.12%), Postives = 225/394 (57.11%), Query Frame = 0
Query:  699 SYGDGGSHVNEVVDTSYEECAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 1092
            S G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+      +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++  Y CG +LIAP VVLT AHCV     ++I +R GEWDTQ + E  +H+DR+V+++  H QFN  +L ND A++ +E  F L  ++ T+CLP N+   D +D + C+ATGWGK+KFGK GEYQVI+K+V M +V   +CE  LR TRLG  F L +SF+CAGGEKD+DTCKGDGG PLVCP+  +          + ++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   52 SSGSTGSENGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPIAGQ----------KNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          

HSP 2 Score: 273.092 bits (697), Expect = 5.657e-81
Identity = 168/426 (39.44%), Postives = 233/426 (54.69%), Query Frame = 0
Query:   36 LIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEVVDTSYEDCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFN 461
            LI D+F   KT++             P+ + G  GS       T Y+ C    DQ  +CVP + C +  I T G G+IDIR           ++C  YL++CC  P+         +   P    +P  P      CG +N  GVG +I         +FGE+P M A+L  +      ++N Y CG +LIAP VVLT AHCV      +I +R GEWDTQ Q E   H+DR+V+ +  H  F+  +L ND A++ +E  F L  ++ T+CLP N+   + +D + C+ATGWGK+KFGK GEYQVI+K+V+M +V   +CE  LR TRLG  F L  SF+CAGGEKD+DTCKGDGG PLVCP+            Q +++  AGI+AWGI CG    PGVYA+VA    +ID   +  +  P+++ 
Sbjct:   26 LISDIF---KTDETPKPSSPPPPVVNPKDSSGSTGSENGGSSSTQYQSCG---DQK-ECVPRWLCANDTINTSGDGIIDIRLG-------TDAECKNYLDLCCDLPN---------KRKDPIFEFKPDHPEG----CGYQNPNGVGFKITG-AVNQEAEFGEFPWMLAILREEG-----NLNLYECGGALIAPNVVLTAAHCVHNKQPSSIVVRAGEWDTQTQTEIRRHEDRYVKEIIYHEQFNKGSLYNDVAVMLLESPFTLQENIQTVCLP-NVG--DKFDFDRCYATGWGKNKFGKDGEYQVILKKVDMPVVPEQQCETNLRETRLGRHFILHDSFICAGGEKDKDTCKGDGGSPLVCPI----------AGQKNRFKSAGIVAWGIGCGEVNIPGVYASVAKLRPWIDAKLKIWSIDPRHYT 405          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|1080033295|ref|XP_018561290.1| (PREDICTED: uncharacterized protein LOC108903548 [Anoplophora glabripennis])

HSP 1 Score: 432.95 bits (1112), Expect = 1.077e-129
Identity = 339/1053 (32.19%), Postives = 493/1053 (46.82%), Query Frame = 0
Query:   94 CVPYYTCEDGEI-------VTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPD--FSTN-SPVVTQTTTPEPVTQPPKPRTYIPE-CGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID-WATQCQTGIPQYFNITGCENWASHQIESIKYKIHEYQKKLNYIT--------KDGSGTKSNIRNLHRRINKEKKRLEGFEEE-QSICI------------AASGYVEINTDIL-GTDGRLINDNSSEENSSEEDSDGVYEDKDQNGGKY--------HPEPIVDEPIASGMKIYNFVFEDLYYALFIEESSGCVGEETIEQYNISS--------SIHLKDNKQIITLKMKLVSFFILLSFGLFANGKPQGYGAVNDPGPVVVGEDPNLIDDVFGGSGGTGIT--DGVEPEPSYGDGGSHVNEVVDTSYEECAYYADQDYK-CVPYYNCE--DGEIV----TDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCR------HPDFSTNS-PQTTTPEPV--TQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            CV Y  C DG         +T G G+IDIR           ++C   LEVCC+ P+   S N  P     TT  P T       + P  CG RN  G+  +I  +      ++GE+P M A+++  +    ++   + CG SLI+P VVLTGAHCV K     IK+R GEWD++   E   +Q+R V  +  H  F    + NDFALL +E     A H+ T+CLPD    I S   ++CF +GWGK+ FG  G YQ I+K++ + +V   +C+  LR TRLG  + L  SF+CAGGE+ +D C GDGG PLVCP              P +Y+  G++AWGI CG +  PGVYA+VA    +ID    +       Y ++       S ++  IK  +++ +  L +            G     NIR         ++     E E QSI I             A  +++   DI    D   +  +     S +  + G  +D     GKY         P  +  +PI++ ++      ED+   L ++E+       T+ +   SS        ++ +  N+  +     +V     L+F L   G   G    ND    ++        D+F  S  T  T   G    P + +  S       +  E+C     +  K CV Y  C+     IV    T G G+IDIR           ++C   LEVCC+       PDF  ++ P TT P P   +  P P      CG+RN  G+  +I  ++     ++GE+P M A+++ ++    E+     CG SLI+P VVLT  HCV K   + IKIR GEWD++   E   +Q+R V +   H  F    + ND  LL ++     A H+ T+CLPD    I S    +CF +GWGK  FG  G YQ IMK++++ +V   +C++ LRRTRLG  F L +SF+CAGGE  +D C GDGG PLVCP  R  S          +Y+  G++AWG+ CG    PGVY +VA    +ID
Sbjct:   78 CVNYEYC-DGRTDTIVQNGITAGFGVIDIRF--------GENRCGHPLEVCCKIPEGGLSPNFDPNAKPPTTTPPPTAGTTAPPFTPSYCGVRNQNGIDFKITGNN-DNEAEYGEFPWMVALIKRNSNPAPQEHFSF-CGGSLISPSVVLTGAHCVYKFKANEIKVRAGEWDSKTNRERLPYQERNVVNIITHKDFVAAGVFNDFALLVLESPLDKAEHIGTVCLPDQAQVIQS---KNCFVSGWGKNVFGSEGTYQDILKKIELPIVPVGQCQAALRETRLGAGYVLHDSFLCAGGEEGKDACSGDGGSPLVCPDPN----------NPTRYLLTGMVAWGIGCGSQNVPGVYADVAKFRSWIDEQMRRLNLDTSPYVSMVATLREESIEVSPIKLIMYKCEGALIHPQVVLTGAHCVSGKNKSFNIRAGEWDTQHAQELFPHQEREVQSISIHPHYYAGALYNDVALLFLKFPVDIAENVDVVCLPRSRLVLKSRDCYATGWGKDAFGKMGKYPVILKKIDLPIDLSRDPISNFIEASYVQVEDMEVTL-VKETEEAHWYATLREALTSSIRRGLLHGAMDVHHNRHSLEFNCVIV-MQSALTFALIV-GLAGGQQLTNDTKEALI--------DLFATSKPTTTTCPPGKICIPGFSEVSSSTTASSISYIEKCGEGTTKGKKLCVNYEYCDPKTKTIVQNGLTAGFGVIDIRIR--------KNRCGHPLEVCCQIPKGGLSPDFDPSAKPSTTAPPPTVSSTTPTPPIASSRCGKRNENGIDFKITGNR-NNEAEYGEFPWMVAIIKKKSYTSEENFS--FCGGSLISPSVVLTATHCVYKYKPDEIKIRAGEWDSKTARERLPYQERNVANFITHRDFVAAGVFNDVTLLVLDTPLDRAEHIGTVCLPDQGQVIQS---KNCFVSGWGKTVFGSAGTYQDIMKKIEVPIVPVAQCQSALRRTRLGSSFILHDSFLCAGGEAGKDACTGDGGSPLVCPDPRNPS----------RYLLTGMVAWGVGCGELNVPGVYVDVAKFRSWID 1071          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|171187552|gb|ACB41379.1| (serine proteinase-like 2a [Pacifastacus leniusculus])

HSP 1 Score: 322.013 bits (824), Expect = 7.350e-96
Identity = 174/350 (49.71%), Postives = 216/350 (61.71%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPD---NLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANV 439
             CVPYY C +G+IVTDG GLIDIR      +  +SS+CP +L+VCC +P          QT  P      P P  Y  +CGRRN  GV  RI   K     QFGE+P M AVL  + V   + +N YVCG SLI P VVLT AHCVA      +K+R GEWDTQ+  E   HQDR V  + VH  +    L NDFALLF+++ F+LAP+VDT+CLP+   NL G+      +C+ATGWGKD+FGK GE+Q ++K++ + +    +C+  LR TRLG  F LDKSF CAGGE   DTCKGDGG PL+C             V P+KY+QAGI+AWGI CG  G PGVYANV
Sbjct:   79 SCVPYYLCREGDIVTDGAGLIDIRFGGNTTVTRSSSECPQFLDVCCNNP----------QTVVP------PTPIPYTSDCGRRNPQGVNARILGFK-DNQAQFGEFPWMIAVLRQEEVVVDKPVNLYVCGGSLIHPSVVLTAAHCVASWDAGVLKVRAGEWDTQRTYELFPHQDRNVAKVVVHQGYKSGPLFNDFALLFLDQPFELAPNVDTLCLPNQDQNLLGV------ECWATGWGKDRFGKEGEFQNVLKKIKLGLTPNDKCQAALRTTRLGKFFVLDKSFACAGGEAGLDTCKGDGGSPLMCQ------------VSPNKYVQAGIVAWGIGCGEGGIPGVYANV 393          

HSP 2 Score: 320.087 bits (819), Expect = 3.456e-95
Identity = 170/347 (48.99%), Postives = 217/347 (62.54%), Query Frame = 0
Query:  727 KCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPD---NLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANV 1070
             CVPYY C +G+IVTDG GLIDIR      +  +SS+CP +L+VCC       N+PQT  P      P P  Y  +CGRRN  GV  RI   K     QFGE+P M A+L  + V   + +  YVCG SLI P VVLT AHCV       +K+R GEWDTQ+  E   HQDR V  V +H  +    L NDFALLF+++ F+LAP+VDT+CLP+   NL G+      +C+ATGWGKD+FGK GE+Q ++K++++ +  +++C+  LR TRLG+ F LD+SF CAGGE   DTCKGDGG PL+C             +   KYVQAGI+AWGI CG  G PGVYANV
Sbjct:   79 SCVPYYLCREGDIVTDGAGLIDIRFGGNTTVTRSSSECPQFLDVCC-------NNPQTVVP------PTPIPYTSDCGRRNPQGVNARILGFK-DNQAQFGEFPWMIAVLRQEEVVVDKPVNLYVCGGSLIHPSVVLTAAHCVASWDAGVLKVRAGEWDTQRTYELFPHQDRNVAKVVVHQGYKSGPLFNDFALLFLDQPFELAPNVDTLCLPNQDQNLLGV------ECWATGWGKDRFGKEGEFQNVLKKIKLGLTPNDKCQAALRTTRLGKFFVLDKSFACAGGEAGLDTCKGDGGSPLMCQ------------VSPNKYVQAGIVAWGIGCGEGGIPGVYANV 393          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|171187554|gb|ACB41380.1| (serine proteinase-like 2b [Pacifastacus leniusculus])

HSP 1 Score: 322.013 bits (824), Expect = 7.425e-96
Identity = 174/350 (49.71%), Postives = 216/350 (61.71%), Query Frame = 0
Query:   93 KCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPD---NLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANV 439
             CVPYY C +G+IVTDG GLIDIR      +  +SS+CP +L+VCC +P          QT  P      P P  Y  +CGRRN  GV  RI   K     QFGE+P M AVL  + V   + +N YVCG SLI P VVLT AHCVA      +K+R GEWDTQ+  E   HQDR V  + VH  +    L NDFALLF+++ F+LAP+VDT+CLP+   NL G+      +C+ATGWGKD+FGK GE+Q ++K++ + +    +C+  LR TRLG  F LDKSF CAGGE   DTCKGDGG PL+C             V P+KY+QAGI+AWGI CG  G PGVYANV
Sbjct:   79 SCVPYYLCREGDIVTDGAGLIDIRFGGNTTVTRSSSECPQFLDVCCNNP----------QTVVP------PTPIPYTSDCGRRNPQGVNARILGFK-DNQAQFGEFPWMIAVLRQEEVVVDKPVNLYVCGGSLIHPSVVLTAAHCVASWDAGVLKVRAGEWDTQRTYELFPHQDRNVAKVVVHQGYKSGPLFNDFALLFLDQPFELAPNVDTLCLPNQDQNLLGV------ECWATGWGKDRFGKEGEFQNVLKKIKLGLTPNDKCQAALRTTRLGKFFVLDKSFACAGGEAGLDTCKGDGGSPLMCQ------------VSPNKYVQAGIVAWGIGCGEGGIPGVYANV 393          

HSP 2 Score: 320.087 bits (819), Expect = 3.456e-95
Identity = 170/347 (48.99%), Postives = 217/347 (62.54%), Query Frame = 0
Query:  727 KCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPD---NLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANV 1070
             CVPYY C +G+IVTDG GLIDIR      +  +SS+CP +L+VCC       N+PQT  P      P P  Y  +CGRRN  GV  RI   K     QFGE+P M A+L  + V   + +  YVCG SLI P VVLT AHCV       +K+R GEWDTQ+  E   HQDR V  V +H  +    L NDFALLF+++ F+LAP+VDT+CLP+   NL G+      +C+ATGWGKD+FGK GE+Q ++K++++ +  +++C+  LR TRLG+ F LD+SF CAGGE   DTCKGDGG PL+C             +   KYVQAGI+AWGI CG  G PGVYANV
Sbjct:   79 SCVPYYLCREGDIVTDGAGLIDIRFGGNTTVTRSSSECPQFLDVCC-------NNPQTVVP------PTPIPYTSDCGRRNPQGVNARILGFK-DNQAQFGEFPWMIAVLRQEEVVVDKPVNLYVCGGSLIHPSVVLTAAHCVASWDAGVLKVRAGEWDTQRTYELFPHQDRNVAKVVVHQGYKSGPLFNDFALLFLDQPFELAPNVDTLCLPNQDQNLLGV------ECWATGWGKDRFGKEGEFQNVLKKIKLGLTPNDKCQAALRTTRLGKFFVLDKSFACAGGEAGLDTCKGDGGSPLMCQ------------VSPNKYVQAGIVAWGIGCGEGGIPGVYANV 393          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|414151640|gb|AFW98993.1| (prophenoloxidase activating factor [Litopenaeus vannamei])

HSP 1 Score: 324.709 bits (831), Expect = 1.414e-95
Identity = 181/376 (48.14%), Postives = 228/376 (60.64%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENW 1099
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P    N P   TP P         Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +  YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V  VKIHP +N   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWGKDKFGK GE+Q I+K+V + +V +N+C+  LR TRLG  F+L +SF+CAGG++  DTCKGDGG PLVC      +  G GV     YVQAGI+AWGI CG +G PGVYA+V     +I   T+   G+  ++NI G  NW
Sbjct:  175 CVPYYLCNEGNVITDGAGLIDIRFGNSKKGNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YTPRCGKRNSQGFDVRITGFK-NNEAQFAEFPWMTAILRVERVGEKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAARSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPVTLAPNVDTVCLPQ---ANQKFDYDTCWATGWGKDKFGKEGEFQNILKEVALPVVPNNDCQKGLRTTRLGSFFQLHDSFMCAGGQQGLDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYASNWIQ--TEANIGLNSHYNIQG-YNW 519          

HSP 2 Score: 315.079 bits (806), Expect = 5.252e-92
Identity = 176/379 (46.44%), Postives = 229/379 (60.42%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENW 468
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P+             P+ VT  P    Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWGKDKFGK GE+Q I+K+V + +V   +C++ LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     Y+QAGI+AWGI CG +G PGVYA+V     +I   T+   G+  ++NI G  NW
Sbjct:  175 CVPYYLCNEGNVITDGAGLIDIRFGNSKKGNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YTPRCGKRNSQGFDVRITGFK-NNEAQFAEFPWMTAILRVERVGEKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAARSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPVTLAPNVDTVCLPQ---ANQKFDYDTCWATGWGKDKFGKEGEFQNILKEVALPVVPNNDCQKGLRTTRLGSFFQLHDSFMCAGGQQGLDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYASNWIQ--TEANIGLNSHYNIQG-YNW 519          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|414151626|gb|AFW98986.1| (prophenoloxidase activating factor [Fenneropenaeus chinensis])

HSP 1 Score: 318.931 bits (816), Expect = 1.838e-94
Identity = 179/377 (47.48%), Postives = 229/377 (60.74%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAAVLD----PASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITGCENW 1099
            CVPYY C +G ++TDG GLIDIR   +   +     +SS CP +L+VCC +P    N P   TP P         Y P CG++N  G  VRI   K     QF E+P M A+L ++ V   E +  YVCG SLI P +VLT AHCV     +++K R GEWDTQK  E   HQDR V  VKIHP +N   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V +++C+N LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     YVQAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G  NW
Sbjct:   94 CVPYYLCSEGNVITDGAGLIDIRFGSSKKTNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YTPRCGKKNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVERVGQKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLDSLYSIQG-YNW 438          

HSP 2 Score: 307.76 bits (787), Expect = 2.516e-90
Identity = 174/380 (45.79%), Postives = 228/380 (60.00%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAAVLD----PASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITGCENW 468
            CVPYY C +G ++TDG GLIDIR   +   +     +SS CP +L+VCC +P+             P+ VT  P    Y P CG++N  G  VRI   K     QF E+P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V   +C+  LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     Y+QAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G  NW
Sbjct:   94 CVPYYLCSEGNVITDGAGLIDIRFGSSKKTNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YTPRCGKKNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVERVGQKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLDSLYSIQG-YNW 438          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|1102964769|gb|AFH40332.2| (prophenoloxidase activating factor, partial [Litopenaeus vannamei])

HSP 1 Score: 320.472 bits (820), Expect = 6.280e-94
Identity = 180/376 (47.87%), Postives = 225/376 (59.84%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENW 1099
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P    N P   TP P         Y P CG+RN  G  VRI   K     QF  +P M A+L ++ V   E +  YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V  VKIHP +N   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWGKDKFGK GE+Q I+K+V + +V +N+C+  LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC   +     G GV     YVQAGI+AWGI CG +G PGVYA+V     +I   T+   G   ++NI G  NW
Sbjct:  187 CVPYYLCNEGNVITDGAGLIDIRFGNSKKGNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YTPRCGKRNSQGFDVRITGFK-NNEAQFAGFPWMTAILRVERVGEKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAARSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPVTLAPNVDTVCLPQ---ANQKFDYDTCWATGWGKDKFGKEGEFQNILKEVALPVVPNNDCQKGLRTTRLGSFFQLHNSFMCAGGQQGLDTCKGDGGSPLVCEAVK-----GSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYASNWIQ--TEANIGPNSHYNIQG-YNW 531          

HSP 2 Score: 311.997 bits (798), Expect = 1.067e-90
Identity = 175/379 (46.17%), Postives = 227/379 (59.89%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTGIPQYFNITGCENW 468
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P+             P+ VT  P    Y P CG+RN  G  VRI   K     QF  +P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWGKDKFGK GE+Q I+K+V + +V   +C++ LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC   +     G GV     Y+QAGI+AWGI CG +G PGVYA+V     +I   T+   G   ++NI G  NW
Sbjct:  187 CVPYYLCNEGNVITDGAGLIDIRFGNSKKGNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YTPRCGKRNSQGFDVRITGFK-NNEAQFAGFPWMTAILRVERVGEKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAARSLKARFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPVTLAPNVDTVCLPQ---ANQKFDYDTCWATGWGKDKFGKEGEFQNILKEVALPVVPNNDCQKGLRTTRLGSFFQLHNSFMCAGGQQGLDTCKGDGGSPLVCEAVK-----GSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYASNWIQ--TEANIGPNSHYNIQG-YNW 531          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|90994332|gb|ABE03741.1| (prophenoloxidase activating factor [Penaeus monodon])

HSP 1 Score: 320.087 bits (819), Expect = 6.943e-94
Identity = 178/373 (47.72%), Postives = 226/373 (60.59%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 1095
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P    N P   TP P         Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +  YVCG SLI P +VLT AHCV     +++K R GEWDTQK  E   HQDR V  VKIHP +N   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V +++C+N LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     YVQAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  173 CVPYYLCNEGNVITDGAGLIDIRFGNSKKSNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YTPRCGKRNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 514          

HSP 2 Score: 308.531 bits (789), Expect = 1.029e-89
Identity = 173/376 (46.01%), Postives = 225/376 (59.84%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 464
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P+             P+ VT  P    Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V   +C+  LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     Y+QAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  173 CVPYYLCNEGNVITDGAGLIDIRFGNSKKSNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YTPRCGKRNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 514          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|89152418|gb|ABD62888.1| (serine proteinase-like protein [Penaeus monodon])

HSP 1 Score: 319.316 bits (817), Expect = 9.455e-94
Identity = 178/373 (47.72%), Postives = 225/373 (60.32%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 1095
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P    N P   TP P         Y P CG RN  G  VRI   K     QF E+P M A+L ++ V   E +  YVCG SLI P +VLT AHCV     +++K R GEWDTQK  E   HQDR V  VKIHP +N   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V +++C+N LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     YVQAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  166 CVPYYLCNEGNVITDGAGLIDIRFGSSKKSNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YAPRCGERNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 507          

HSP 2 Score: 307.76 bits (787), Expect = 1.941e-89
Identity = 173/376 (46.01%), Postives = 224/376 (59.57%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 464
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P+             P+ VT  P    Y P CG RN  G  VRI   K     QF E+P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L NDFALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V   +C+  LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     Y+QAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  166 CVPYYLCNEGNVITDGAGLIDIRFGSSKKSNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YAPRCGERNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNDFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 507          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|114786461|gb|ABI78947.1| (serine protease-like protein isoform 1 [Penaeus monodon])

HSP 1 Score: 317.39 bits (812), Expect = 3.990e-93
Identity = 177/373 (47.45%), Postives = 225/373 (60.32%), Query Frame = 0
Query:  728 CVPYYNCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 1095
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P    N P   TP P         Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +  YVCG SLI P +VLT AHCV     +++K R GEWDTQK  E   HQDR V  VKIHP +N   L N FALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V +++C+N LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     YVQAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  159 CVPYYLCNEGNVITDGAGLIDIRFGSSKKSNDTSTRSSSDCPQFLDVCCTNP----NPPDVVTPAP---------YTPRCGKRNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNGFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 500          

HSP 2 Score: 305.834 bits (782), Expect = 7.140e-89
Identity = 172/376 (45.74%), Postives = 224/376 (59.57%), Query Frame = 0
Query:   94 CVPYYTCEDGEIVTDGGGLIDIRSSFAA----VLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW-ATQCQTGIPQYFNITG 464
            CVPYY C +G ++TDG GLIDIR   +         +SS CP +L+VCC +P+             P+ VT  P    Y P CG+RN  G  VRI   K     QF E+P M A+L ++ V   E +N YVCG SLI P +VLT AHCV      ++K R GEWDTQK  E   HQDR V ++K+HP ++   L N FALLF++    LAP+VDT+CLP        +D + C+ATGWG+DKFGK GE+Q I+K+V + +V   +C+  LR TRLG  F+L  SF+CAGG++  DTCKGDGG PLVC      +  G GV     Y+QAGI+AWGI CG +G PGVYA+V       DW  T+   G+   ++I G
Sbjct:  159 CVPYYLCNEGNVITDGAGLIDIRFGSSKKSNDTSTRSSSDCPQFLDVCCTNPN------------PPDVVTPAP----YTPRCGKRNSQGFDVRITGFK-DNEAQFAEFPWMTAILRVEKVGKKE-LNLYVCGGSLIHPSIVLTAAHCVHSKAASSLKTRFGEWDTQKTYERYPHQDRNVISVKIHPNYNSGALYNGFALLFLDSPATLAPNVDTVCLPQ---ANQKFDYDTCWATGWGRDKFGKEGEFQNILKEVALPVVPNHDCQNGLRTTRLGSFFQLHNSFMCAGGQQGIDTCKGDGGSPLVCE-----AVAGSGV-----YVQAGIVAWGIGCGEQGVPGVYADVGYA---SDWIQTEANIGLASLYSIQG 500          
BLAST of EMLSAG00000011017 vs. nr
Match: gi|972192842|ref|XP_015178201.1| (PREDICTED: serine protease 44-like isoform X1 [Polistes dominula] >gi|972192844|ref|XP_015178203.1| PREDICTED: serine protease 44-like isoform X1 [Polistes dominula])

HSP 1 Score: 311.227 bits (796), Expect = 1.069e-91
Identity = 179/415 (43.13%), Postives = 245/415 (59.04%), Query Frame = 0
Query:  676 NLIDDVFGGSGGTGITDGVEPEPSYGDGGSHVNEV-----VDTSYEECAYYADQDYK------CVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVA-YGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFID 1078
            NLI +VFG    +  T   +P+ + GD  S ++ V     V TS        +Q  K      CVPYY C++G IV +G G+IDIRSSF   +      C  YL+VCC   +   +    + P P   P    +  P+CG+R+  GVG RI  D     +QFGE+P M A+L+ +++   G+ +  Y CG +LI    VLT AHCV  +  + ++IR GEWDTQ   E   +QDR V+ + +H QF+   L ND A++ + +   +A +VD +CLPDN    D YD + C A+GWGKD FGK G YQVI+K+V++ +V  + C+N LR TRLG+ F LD +F+CAGGEK +DTCKGDGG PLVCPL    +N  Y       YVQ GI+AWGI CG +G PGVYANVA+   ++D
Sbjct:   27 NLISNVFGRPPSS--TTAAQPQNTNGDLDSLIDNVYSRDTVSTSPHTILGTQNQPTKTNNNCECVPYYQCKNGTIVDNGVGIIDIRSSFNERVGALDGPCQNYLDVCCTPSNRLVDVTTRSPPIPNPNPNPIPTVRPKCGQRHAKGVGFRIIGDT-NNESQFGEFPWMVAILKEESIGPNGKKLNVYQCGGALITTRAVLTAAHCVKGVNPSELRIRAGEWDTQTSNEILPYQDRSVDKIVVHEQFHAGALYNDIAVVILSKPVDIAENVDIVCLPDNS---DVYDGSKCLASGWGKDVFGKEGHYQVILKKVELPIVPHDTCQNVLRETRLGKYFILDRTFICAGGEKGKDTCKGDGGSPLVCPLK---ANPNY-------YVQTGIVAWGIGCGQDGTPGVYANVAELKHWVD 425          

HSP 2 Score: 300.056 bits (767), Expect = 1.192e-87
Identity = 182/436 (41.74%), Postives = 242/436 (55.50%), Query Frame = 0
Query:   29 PGEDDL-NLIDDVFGGGKTNDAGNNGGIGEINSKPEPNYGDGGSHVNEV-----VDTSYEDCAYYADQDYK------CVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCC----RHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVA-YGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFID 447
            P  D L NLI +VFG   ++            ++P+   GD  S ++ V     V TS        +Q  K      CVPYY C++G IV +G G+IDIRSSF   +      C  YL+VCC    R  D +T SP +         T  PK       CG+R+  GVG RI  D     +QFGE+P M A+L+ +++   G+ +N Y CG +LI    VLT AHCV  +    ++IR GEWDTQ   E   +QDR V+ + VH  F    L ND A++ + +   +A +VD +CLPDN    + YD   C A+GWGKD FGK G YQVI+K+V + +V    C+  LR TRLG  F LD++F+CAGGEK +DTCKGDGG PLVCPL             P+ Y+Q GI+AWGI CG +G PGVYANVA+   ++D
Sbjct:   20 PQGDSLDNLISNVFGRPPSSTTA---------AQPQNTNGDLDSLIDNVYSRDTVSTSPHTILGTQNQPTKTNNNCECVPYYQCKNGTIVDNGVGIIDIRSSFNERVGALDGPCQNYLDVCCTPSNRLVDVTTRSPPIPNPNPNPIPTVRPK-------CGQRHAKGVGFRIIGDT-NNESQFGEFPWMVAILKEESIGPNGKKLNVYQCGGALITTRAVLTAAHCVKGVNPSELRIRAGEWDTQTSNEILPYQDRSVDKIVVHEQFHAGALYNDIAVVILSKPVDIAENVDIVCLPDNS---DVYDGSKCLASGWGKDVFGKEGHYQVILKKVELPIVPHDTCQNVLRETRLGKYFILDRTFICAGGEKGKDTCKGDGGSPLVCPLK----------ANPNYYVQTGIVAWGIGCGQDGTPGVYANVAELKHWVD 425          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold18_size714446-snap-gene-3.24 (protein:Tk08464 transcript:maker-scaffold18_size714446-snap-gene-3.24-mRNA-1 annotation:"serine proteinase-like 2b")

HSP 1 Score: 409.453 bits (1051), Expect = 1.223e-124
Identity = 217/441 (49.21%), Postives = 274/441 (62.13%), Query Frame = 0
Query:   83 DCAYYADQDYKCVPYYTCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG--IPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEE 521
            +C+ +    Y+CVP+  C +GEI+T G G ID+R+ F     P S  CP +LEVCCR P+F    PV TQ T        P P  Y+  CGRRN  GV VRIQ     GSTQFGEWPHMCAVL   ++A GE+I+ Y CGASLI   VVLT AHCVA+ P   +K+RCGEWDTQ+ IEP  HQDR V    VHP F+  ++ NDFALL ++  F+LA H+D +CLP   A    Y + DC ATGWGKD+FG  G+YQVI KQV +DM++ T+C+ RLR TRLG  F LD+SFVCAGG + +DTCKGDGGGPLVCP+   G            Y+Q GI+AWGI+CG +G PGVYA+V  G+CFID+A +CQ G        I GC  W   Q + I+ +   YQ  +N  + +G    S  + L +   +  KR   F  E
Sbjct:  622 NCSLFEVDGYRCVPFQLCLEGEIITSGAGAIDVRNGFL----PESGSCPSFLEVCCRLPEF-VGEPVKTQPT--------PPPVRYVSHCGRRNEDGVTVRIQYTGNDGSTQFGEWPHMCAVLRQVSIA-GEEISVYQCGASLIRDNVVLTAAHCVAQYPASELKVRCGEWDTQQTIEPLPHQDRNVRYSSVHPGFNNVSIHNDFALLHLDSPFELAAHIDVMCLP--TARNTPYSKADCVATGWGKDQFGAQGKYQVIPKQVPLDMISNTDCQSRLRTTRLGQYFLLDESFVCAGGREGQDTCKGDGGGPLVCPMDNGG------------YVQTGIVAWGINCGQDGIPGVYASVEYGVCFIDYALRCQEGREAANAIGIRGCRGWMKEQTKIIQDQKIRYQILVN--STEGRARLSAEKRL-KATTEILKRFRHFRRE 1031          

HSP 2 Score: 402.905 bits (1034), Expect = 2.774e-122
Identity = 206/395 (52.15%), Postives = 259/395 (65.57%), Query Frame = 0
Query:  718 CAYYADQDYKCVPYYNCEDGEIVTDGGGLIDIRSSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPV-TQP-PKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG--IPQYFNITGCENWAPQQIESLK 1108
            C+ +    Y+CVP+  C +GEI+T G G ID+R+ F     P S  CP +LEVCCR P+F          EPV TQP P P  YV  CGRRN  GV VRIQ     GSTQFGEWPHMCA+L   ++A GE+I  Y CGASLI   VVLT AHCV + P + +K+RCGEWDTQ+ IEP  HQDR V    +HP FN  ++ NDFALL ++  F+LA H+D +CLP   A    Y + DC ATGWGKD+FG  G+YQVI KQV +DM+++ +C+++LR TRLG+ F LDESFVCAGG + +DTCKGDGGGPLVCP+   G            YVQ GI+AWGI+CG +G PGVYA+V  G+CFID+A +CQ G        I GC  W  +Q + ++
Sbjct:  623 CSLFEVDGYRCVPFQLCLEGEIITSGAGAIDVRNGFL----PESGSCPSFLEVCCRLPEF--------VGEPVKTQPTPPPVRYVSHCGRRNEDGVTVRIQYTGNDGSTQFGEWPHMCAVLRQVSIA-GEEISVYQCGASLIRDNVVLTAAHCVAQYPASELKVRCGEWDTQQTIEPLPHQDRNVRYSSVHPGFNNVSIHNDFALLHLDSPFELAAHIDVMCLP--TARNTPYSKADCVATGWGKDQFGAQGKYQVIPKQVPLDMISNTDCQSRLRTTRLGQYFLLDESFVCAGGREGQDTCKGDGGGPLVCPMDNGG------------YVQTGIVAWGINCGQDGIPGVYASVEYGVCFIDYALRCQEGREAANAIGIRGCRGWMKEQTKIIQ 990          

HSP 3 Score: 359.762 bits (922), Expect = 1.524e-106
Identity = 194/445 (43.60%), Postives = 265/445 (59.55%), Query Frame = 0
Query:   94 CVPYYTCE-DGEIVTDGGGLIDIR----SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVN-MDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG-IPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNIRNLHRRINKEKKRLEGFEEEQSICIAASGY 531
            CV +  C+ +G + T+G GL D+R    ++    LD + + C    ++CC       N     +    +P++ P K R     CG  N  G+GVR+ N   K  TQFGE+PHMCAVLE++        N YVCG SLIAP V+LTGAHCV K     +K+RCGEWDTQ   EP  HQDR V ++ +HP FD   L NDFALLF++ +F L+ H+D +CLP+     N + Q +C ATGWGKD+FG  GEYQVI+K V+ +++V+  +C+  LR TRLG  FEL +SF CAGG+   DTC+GDGG PL+CP+      D YG    ++Y QAGI+AWGI CG EG PGVYA+V   LCFID+AT+C  G +  Y+ I GC+ WA + I  I   I++ ++K N   K    T    R+ + ++ ++      +E   S C   S Y
Sbjct:   96 CVNWELCDNEGYVATNGAGLFDVRIGPGNTKEVALDLSKTICEHIDQLCC-----IKNETAAFEYANRKPISLPYKSR-----CGTHNPNGIGVRLLNYDGKAETQFGEFPHMCAVLEVKGTN-----NLYVCGGSLIAPDVILTGAHCVKKYSDSVLKVRCGEWDTQTTYEPLPHQDRLVASVAIHPGFDDTTLYNDFALLFLQSEFILSAHLDVMCLPNLQDLKNGFAQGNCIATGWGKDQFGSQGEYQVILKAVDTLNLVDNYQCQDALRTTRLGEFFELHESFTCAGGDAGVDTCQGDGGSPLICPIL-----DTYGQAT-NRYAQAGIVAWGIGCGQEGIPGVYADVTKALCFIDYATRCHKGLVTDYYGINGCDEWARNDIAKINDLIYDLEQKANAFEK----TDRRWRSANAKVRRQTGFKAQYESFVSQCGGNSDY 515          

HSP 4 Score: 355.91 bits (912), Expect = 3.747e-105
Identity = 188/421 (44.66%), Postives = 260/421 (61.76%), Query Frame = 0
Query:  728 CVPYYNCE-DGEIVTDGGGLIDIR----SSFAAVLDPASSKCPGYLEVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQV-QMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG-IPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNLRNLNRRIKQ 1141
            CV +  C+ +G + T+G GL D+R    ++    LD + + C    ++CC   +  T + +    +P++ P K R     CG  N  G+GVR+ N   K  TQFGE+PHMCA+LE++          YVCG SLIAP V+LTGAHCV K   + +K+RCGEWDTQ   EP  HQDR V  V IHP F+   L NDFALLF++ +F L+ H+D +CLP+     + + Q +C ATGWGKD+FG  GEYQVI+K V  +++V++ +C++ LR TRLGE FEL ESF CAGG+   DTC+GDGG PL+CP+      D YG     +Y QAGI+AWGI CG EG PGVYA+V   LCFID+AT+C  G +  Y+ I GC+ WA   I  +   I++ ++K +   K    T    R+ N ++++
Sbjct:   96 CVNWELCDNEGYVATNGAGLFDVRIGPGNTKEVALDLSKTICEHIDQLCCIKNE--TAAFEYANRKPISLPYKSR-----CGTHNPNGIGVRLLNYDGKAETQFGEFPHMCAVLEVKGTN-----NLYVCGGSLIAPDVILTGAHCVKKYSDSVLKVRCGEWDTQTTYEPLPHQDRLVASVAIHPGFDDTTLYNDFALLFLQSEFILSAHLDVMCLPNLQDLKNGFAQGNCIATGWGKDQFGSQGEYQVILKAVDTLNLVDNYQCQDALRTTRLGEFFELHESFTCAGGDAGVDTCQGDGGSPLICPIL-----DTYGQA-TNRYAQAGIVAWGIGCGQEGIPGVYADVTKALCFIDYATRCHKGLVTDYYGINGCDEWARNDIAKINDLIYDLEQKANAFEK----TDRRWRSANAKVRR 494          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold21_size687808-snap-gene-0.11 (protein:Tk09827 transcript:maker-scaffold21_size687808-snap-gene-0.11-mRNA-1 annotation:"GI19467")

HSP 1 Score: 292.352 bits (747), Expect = 2.612e-88
Identity = 143/292 (48.97%), Postives = 191/292 (65.41%), Query Frame = 0
Query:  823 STQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLR-RTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQC----QTGIPQYFNI-TGCENWAPQQIESLK 1108
            S  FGEWPHMCA+L ++ +A G ++  Y CG SLIAPGVVLT AHC +K+   + K+RCGEWDTQ E EP+ HQDR V  + IHP+FN ++L  DFALLF E DF L  HVDT+CLP      +++D + C+ TGWGKDKFGK G YQVI+K++ + M++  +CE  L+ +TRL   F L  SFVCAGGE  +D CKGDGGGPLVCP+ ++ +             + G++AWGI CG EG PG Y +V  GLC+IDWA  C          YF     C++W  +++++ +
Sbjct:  162 SMDFGEWPHMCAVLGVKQLA-GNEVNLYECGGSLIAPGVVLTAAHCAEKLKAGSSKVRCGEWDTQTENEPNPHQDRQVVKIVIHPEFNQRSLAEDFALLFTESDFDLNKHVDTVCLPKPG---ETFDTDRCWVTGWGKDKFGKAGSYQVILKEIDLPMMSHTKCEWNLQTKTRLTSRFRLHSSFVCAGGEAGKDACKGDGGGPLVCPMKQDPN-------------RVGVVAWGIGCGEEGVPGAYGSVPHGLCWIDWALSCNYDGHGDQSSYFGFGRECQSWMSKRLKNKR 436          

HSP 2 Score: 291.197 bits (744), Expect = 6.036e-88
Identity = 145/292 (49.66%), Postives = 192/292 (65.75%), Query Frame = 0
Query:  192 STQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLR-RTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQC----QTGIPQYFNI-TGCENWASHQIESIK 477
            S  FGEWPHMCAVL ++ +A G ++N Y CG SLIAPGVVLT AHC  K+   + K+RCGEWDTQ + EP+ HQDR V  + +HP F+ ++L  DFALLF E DF L  HVDT+CLP       ++D + C+ TGWGKDKFGK G YQVI+K++++ M++ T+CE  L+ +TRL   F L  SFVCAGGE  +D CKGDGGGPLVCP+ ++          P++    G++AWGI CG EG PG Y +V  GLC+IDWA  C          YF     C++W S ++++ +
Sbjct:  162 SMDFGEWPHMCAVLGVKQLA-GNEVNLYECGGSLIAPGVVLTAAHCAEKLKAGSSKVRCGEWDTQTENEPNPHQDRQVVKIVIHPEFNQRSLAEDFALLFTESDFDLNKHVDTVCLPKPG---ETFDTDRCWVTGWGKDKFGKAGSYQVILKEIDLPMMSHTKCEWNLQTKTRLTSRFRLHSSFVCAGGEAGKDACKGDGGGPLVCPMKQD----------PNR---VGVVAWGIGCGEEGVPGAYGSVPHGLCWIDWALSCNYDGHGDQSSYFGFGRECQSWMSKRLKNKR 436          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold43_size480169-snap-gene-1.16 (protein:Tk12721 transcript:maker-scaffold43_size480169-snap-gene-1.16-mRNA-1 annotation:"hypothetical protein D910_11170")

HSP 1 Score: 247.669 bits (631), Expect = 2.900e-70
Identity = 135/349 (38.68%), Postives = 202/349 (57.88%), Query Frame = 0
Query:  172 CGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRT-RLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQCQTG---IPQYFNITGCENWASHQIESIKYKIHEYQKKLNYITKDGSGTKSNI-RNLHRRINKEKKRL 515
            CG RN        Q  K K  ++FGEWPH+CA+       + ++  K++CG SLIAPG+ LT AHCV     E++ +RCG+ + Q+  EP + Q++ V++L  HP ++  NL+ DFA++ +  DF +A +V TICLP +    N Y ++ CFA+GWGKD   + G +Q  +K V++ +V+  +C+  LR++ RL   F L +SF+CAGG K  DTCKGDGGGPLVCP            V   +Y+Q GI +WG+ CG E  PG YA +  G+CFI W   C++G      Y  +  CE++   +   I+ ++ E +K L  I  D + T+ NI  N+   +    +RL
Sbjct:  173 CGIRNGTARANLAQTGKIK--SEFGEWPHICAIY------WMDNGQKFLCGGSLIAPGIALTAAHCVVAFRAEDLLVRCGDGNLQEAREPMDFQEQSVKSLSFHPRYNVNNLEYDFAVIQLSADFTMATNVGTICLPADPED-NQYLEKSCFASGWGKDTLEEQGIFQPTLKHVSLPLVSNRDCQDMLRQSQRLSDTFNLHQSFICAGGLKGEDTCKGDGGGPLVCP----------STVLNGQYVQVGITSWGVGCGDENVPGAYAFLRSGICFIRWVANCRSGGRFRQDYIEVGVCEDYPGQERNRIQSELEEVEKALEDI--DNTLTQKNILLNVRNALRVPFRRL 500          

HSP 2 Score: 245.743 bits (626), Expect = 1.207e-69
Identity = 129/334 (38.62%), Postives = 197/334 (58.98%), Query Frame = 0
Query:  803 CGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRT-RLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQCQTG---IPQYFNITGCENWAPQQIESLKYDIHEHQKKLDYISKDGSGTPSNL 1132
            CG RN        Q  K K  ++FGEWPH+CA      + + ++ +K++CG SLIAPG+ LT AHCV      ++ +RCG+ + Q+  EP   Q++ V+ +  HP++N  NL+ DFA++ +  DF +A +V TICLP +    + Y +  CFA+GWGKD   + G +Q  +K V + +V++ +C++ LR++ RL + F L +SF+CAGG K  DTCKGDGGGPLVCP            +   +YVQ GI +WG+ CG E  PG YA +  G+CFI W   C++G      Y  +  CE++  Q+   ++ ++ E +K L+ I  D + T  N+
Sbjct:  173 CGIRNGTARANLAQTGKIK--SEFGEWPHICA------IYWMDNGQKFLCGGSLIAPGIALTAAHCVVAFRAEDLLVRCGDGNLQEAREPMDFQEQSVKSLSFHPRYNVNNLEYDFAVIQLSADFTMATNVGTICLPADPED-NQYLEKSCFASGWGKDTLEEQGIFQPTLKHVSLPLVSNRDCQDMLRQSQRLSDTFNLHQSFICAGGLKGEDTCKGDGGGPLVCP----------STVLNGQYVQVGITSWGVGCGDENVPGAYAFLRSGICFIRWVANCRSGGRFRQDYIEVGVCEDYPGQERNRIQSELEEVEKALEDI--DNTLTQKNI 485          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold2004_size22838-snap-gene-0.4 (protein:Tk07861 transcript:maker-scaffold2004_size22838-snap-gene-0.4-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_47227")

HSP 1 Score: 191.045 bits (484), Expect = 5.197e-54
Identity = 123/344 (35.76%), Postives = 170/344 (49.42%), Query Frame = 0
Query:  123 LDPASSKCPGYLEVCCR-------------HPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKF---KGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            + P S   PG   VCC+             H  F + S  V    T        +    + +CG RN  G+  R+   +F   +G T FGE P   A+L+ +     E  N Y+CG SLI    +LT AHCV     E ++IR GEWD     E   H +     L +H  F   NL ND A++ +    D+   PH+  +CLPD       +    C+ TGWGKD F + G YQ ++K+V + +V    CER L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++        G+ Q      AGI++WG+ CG    PGVY  V+    + DW
Sbjct:    8 VSPPSCGGPGSGFVCCKVDNDHQGNTIFVPHTGFQSASSNVNHIGTSGSGFSSKEQFNGLGQCGVRNAHGITGRVAPGRFAADEGDTDFGEHPWQVAILKKE-----EFDNVYLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPDPAV---DFTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN--------GLWQ-----LAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 326          

HSP 2 Score: 187.578 bits (475), Expect = 8.099e-53
Identity = 120/344 (34.88%), Postives = 170/344 (49.42%), Query Frame = 0
Query:  757 LDPASSKCPGYLEVCCR-------------HPDF---STNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKY---KGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            + P S   PG   VCC+             H  F   S+N     T        +  + + +CG RN  G+  R+   ++   +G T FGE P   A+L+ +     E    Y+CG SLI    +LT AHCVD      ++IR GEWD   + E   H +     + IH QF   NL ND A++ +    D+   PH+  +CLPD       +    C+ TGWGKD F + G YQ ++K+VQ+ +V    CE  L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++               +  AGI++WG+ CG    PGVY  V+    + DW
Sbjct:    8 VSPPSCGGPGSGFVCCKVDNDHQGNTIFVPHTGFQSASSNVNHIGTSGSGFSSKEQFNGLGQCGVRNAHGITGRVAPGRFAADEGDTDFGEHPWQVAILKKE-----EFDNVYLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPDPAV---DFTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN-------------GLWQLAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 326          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold544_size141056-snap-gene-0.43 (protein:Tk06760 transcript:maker-scaffold544_size141056-snap-gene-0.43-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_47227")

HSP 1 Score: 191.045 bits (484), Expect = 5.197e-54
Identity = 123/344 (35.76%), Postives = 170/344 (49.42%), Query Frame = 0
Query:  123 LDPASSKCPGYLEVCCR-------------HPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKF---KGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            + P S   PG   VCC+             H  F + S  V    T        +    + +CG RN  G+  R+   +F   +G T FGE P   A+L+ +     E  N Y+CG SLI    +LT AHCV     E ++IR GEWD     E   H +     L +H  F   NL ND A++ +    D+   PH+  +CLPD       +    C+ TGWGKD F + G YQ ++K+V + +V    CER L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++        G+ Q      AGI++WG+ CG    PGVY  V+    + DW
Sbjct:    8 VSPPSCGGPGSGFVCCKVDNDHQGNTIFVPHTGFQSASSNVNHIGTSGSGFSSKEQFNGLGQCGVRNAHGITGRVAPGRFAADEGDTDFGEHPWQVAILKKE-----EFDNVYLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPDPAV---DFTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN--------GLWQ-----LAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 326          

HSP 2 Score: 187.578 bits (475), Expect = 8.099e-53
Identity = 120/344 (34.88%), Postives = 170/344 (49.42%), Query Frame = 0
Query:  757 LDPASSKCPGYLEVCCR-------------HPDF---STNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKY---KGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEE--DFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            + P S   PG   VCC+             H  F   S+N     T        +  + + +CG RN  G+  R+   ++   +G T FGE P   A+L+ +     E    Y+CG SLI    +LT AHCVD      ++IR GEWD   + E   H +     + IH QF   NL ND A++ +    D+   PH+  +CLPD       +    C+ TGWGKD F + G YQ ++K+VQ+ +V    CE  L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++               +  AGI++WG+ CG    PGVY  V+    + DW
Sbjct:    8 VSPPSCGGPGSGFVCCKVDNDHQGNTIFVPHTGFQSASSNVNHIGTSGSGFSSKEQFNGLGQCGVRNAHGITGRVAPGRFAADEGDTDFGEHPWQVAILKKE-----EFDNVYLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPDPAV---DFTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN-------------GLWQLAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 326          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold523_size146679-snap-gene-0.17 (protein:Tk01363 transcript:maker-scaffold523_size146679-snap-gene-0.17-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_47227")

HSP 1 Score: 171.014 bits (432), Expect = 2.584e-48
Identity = 94/232 (40.52%), Postives = 130/232 (56.03%), Query Frame = 0
Query:  850 YVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFME--EDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDW 1079
            Y+CG SLI    +LT AHCVD      ++IR GEWD   + E   H +     + IH QF   NL ND A++ +    D+   PH+  +CLPD    +D +    C+ TGWGKD F + G YQ ++K+VQ+ +V    CE  L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++               +  AGI++WG+ CG    PGVY  V+    + DW
Sbjct:   10 YLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPD--PAVD-FTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN-------------GLWQLAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 221          

HSP 2 Score: 167.933 bits (424), Expect = 2.828e-47
Identity = 95/234 (40.60%), Postives = 129/234 (55.13%), Query Frame = 0
Query:  217 NKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFME--EDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDW 448
            N Y+CG SLI    +LT AHCV     E ++IR GEWD     E   H +     L +H  F   NL ND A++ +    D+   PH+  +CLPD       +    C+ TGWGKD F + G YQ ++K+V + +V    CER L+ TRLG  F+L + F+CAGGE+ +D CKGDGGGPLVC ++        G+ Q      AGI++WG+ CG    PGVY  V+    + DW
Sbjct:    8 NVYLCGGSLIDGSHILTAAHCVDDYRPEQLRIRLGEWDVNNDSEFYPHLEFDATQLFIHDQFYEGNLYNDIAMIRINGYVDYVRNPHISPVCLPDPAV---DFTNRRCYVTGWGKDAFTE-GSYQHVLKEVQVPIVKDEICERMLQSTRLGPRFQLAQGFMCAGGEEGKDACKGDGGGPLVCQVN--------GLWQ-----LAGIVSWGVGCGEYNVPGVYVKVSS---YQDW 221          
BLAST of EMLSAG00000011017 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: 145.206 bits (365), Expect = 1.018e-38
Identity = 88/295 (29.83%), Postives = 149/295 (50.51%), Query Frame = 0
Query:  790 VTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPD-NLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            +T P       PECG        +   +D     TQFG  P   A+++   ++     K+  CG +L++   V+T  HCV     + ++IR GEW+ + + EP  H+D  +E   +HP +NP + +ND AL+ + +D     H+  +CLPD   + + SY +      GWG+ + G +     I+++V++ +++   C+N  R+    E     E+F+CAG E   RD+C+GD GGPLV  +               ++   G+++WGI C     PGVY N+A+   ++DWA +
Sbjct:   16 MTDPDANLPDFPECGEVYTSSFRIVGGDD-----TQFGGHPWQVAVIKQSFLS-----KRISCGGALVSERWVITAGHCVFSTDLDKMRIRLGEWNVRAQNEPYPHEDFELEAKHVHPGYNPADFRNDIALVRLAKDVVFKEHIVPVCLPDFEQSFVGSYAK----VIGWGRTQHG-VATTPSILQEVRVQVISPERCQNWFRQAGRKEKI-YKENFICAGYEHGGRDSCQGDSGGPLVTSV-------------GGRHYLIGLVSWGIGCARAHLPGVYTNIAN---YVDWAHR 278          

HSP 2 Score: 139.428 bits (350), Expect = 1.098e-36
Identity = 91/296 (30.74%), Postives = 150/296 (50.68%), Query Frame = 0
Query:  159 VTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPD-NLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDK-SFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            +T P       PECG        +   +D     TQFG  P   AV++   ++      +  CG +L++   V+T  HCV     + ++IR GEW+ + Q EP  H+D  +EA  VHP ++P + +ND AL+ + +D     H+  +CLPD   + + SY +      GWG+ + G +     I+++V + +++   C+   R+   G   ++ K +F+CAG E   RD+C+GD GGPLV  +     G  Y +         G+++WGI C     PGVY N+A+   ++DWA +
Sbjct:   16 MTDPDANLPDFPECGEVYTSSFRIVGGDD-----TQFGGHPWQVAVIKQSFLS-----KRISCGGALVSERWVITAGHCVFSTDLDKMRIRLGEWNVRAQNEPYPHEDFELEAKHVHPGYNPADFRNDIALVRLAKDVVFKEHIVPVCLPDFEQSFVGSYAK----VIGWGRTQHG-VATTPSILQEVRVQVISPERCQNWFRQA--GRKEKIYKENFICAGYEHGGRDSCQGDSGGPLVTSV----GGRHYLI---------GLVSWGIGCARAHLPGVYTNIAN---YVDWAHR 278          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold676_size113663-processed-gene-0.19 (protein:Tk06496 transcript:snap_masked-scaffold676_size113663-processed-gene-0.19-mRNA-1 annotation:"serine proteinase stubble")

HSP 1 Score: 138.658 bits (348), Expect = 5.272e-35
Identity = 97/332 (29.22%), Postives = 152/332 (45.78%), Query Frame = 0
Query:  769 EVCCRHPDFSTNSPQTTTPEPVTQPPKPRSYVPECGRRNVGGVGVRIQNDKYKGSTQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDK-IP-----KNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPD------------------NLAGIDSYD-----QNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVA 1071
            EVCC  P            EP+   P P      CG++   G         + G     EWP   A+LE       +D+  YVCG++L+    +LT AHCVD  +P        +K+R GE+D     EP +H++  +  + IHP FN   L +D ALL +E   K   ++D +C+P                      G   +      ++ C+ TGWG+    +  E+ +++K++ + + + + C   L+  + G  + L ++ +CAG E  RD C GDGGGPLVC        +G       ++ Q GI+++GI CG    PGVY  V+
Sbjct:  110 EVCCFIP---------RNAEPIGILPTPSR--SRCGKKGFDG--------GHSGEADMSEWPWHAAILEKP-----QDL--YVCGSTLLDESWILTAAHCVDDYLPFVATIDQILKVRLGEYDVSTTAEPLRHEEFNISHIVIHPGFNNSTLVHDIALLKLERPAKRKQNIDVVCMPKPGDFEHHEKEASSTSNRGRAGGARQHSHTNESEHQCYVTGWGRRS--ETSEHSLVLKEINVPLWDHDHCNGALQ-AQFGPAYHLPDTALCAGAE-GRDACDGDGGGPLVC------EKNG-------QWYQVGIVSFGIGCGRRNVPGVYTRVS 398          

HSP 2 Score: 131.724 bits (330), Expect = 1.072e-32
Identity = 95/335 (28.36%), Postives = 145/335 (43.28%), Query Frame = 0
Query:  135 EVCCRHPDFSTNSPVVTQTTTPEPVTQPPKPRTYIPECGRRNIGGVGVRIQNDKFKGSTQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCV------AKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPD------------------NLAGINSYD-----QEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDKSFVCAGGEKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVA 440
            EVCC  P               EP+   P P      CG++   G           G     EWP   A+LE       +  + YVCG++L+    +LT AHCV           + +K+R GE+D     EP  H++  +  + +HP F+   L +D ALL +E   K   ++D +C+P                      G   +      +  C+ TGWG+    +  E+ +++K++N+ + +   C   L+  + G  + L  + +CAG E  RD C GDGGGPLVC    E +G  Y         Q GI+++GI CG    PGVY  V+
Sbjct:  110 EVCCFIP------------RNAEPIGILPTPSR--SRCGKKGFDG--------GHSGEADMSEWPWHAAILE-------KPQDLYVCGSTLLDESWILTAAHCVDDYLPFVATIDQILKVRLGEYDVSTTAEPLRHEEFNISHIVIHPGFNNSTLVHDIALLKLERPAKRKQNIDVVCMPKPGDFEHHEKEASSTSNRGRAGGARQHSHTNESEHQCYVTGWGRRS--ETSEHSLVLKEINVPLWDHDHCNGALQ-AQFGPAYHLPDTALCAGAE-GRDACDGDGGGPLVC----EKNGQWY---------QVGIVSFGIGCGRRNVPGVYTRVS 398          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold541_size141817-snap-gene-0.22 (protein:Tk05605 transcript:maker-scaffold541_size141817-snap-gene-0.22-mRNA-1 annotation:"serine proteinase stubble-like")

HSP 1 Score: 140.969 bits (354), Expect = 7.179e-35
Identity = 78/251 (31.08%), Postives = 133/251 (52.99%), Query Frame = 0
Query:  824 TQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPD-NLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGEDFELDESFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVAD 1072
            TQFG  P   A+++   ++     K+  CG +L++   V+T  HCV     + ++IR GEW+ + + EP  H+D  +E   +HP +NP + +ND AL+ + +D     H+  +CLPD   + + SY +      GWG+ + G +     I+++V++ +++   C+N  R+    E     E+F+CAG E   RD+C+GD GGPLV  +               ++   G+++WGI C     PGVY N+A+
Sbjct:  196 TQFGGHPWQVAVIKQSFLS-----KRISCGGALVSERWVITAGHCVFSTDLDKMRIRLGEWNVRAQNEPYPHEDFELEAKHVHPGYNPADFRNDIALVRLAKDVVFKEHIVPVCLPDFEQSFVGSYAK----VIGWGRTQHG-VATTPSILQEVRVQVISPERCQNWFRQAGRKEKI-YKENFICAGYEHGGRDSCQGDSGGPLVTSV-------------GGRHYLIGLVSWGIGCARAHLPGVYTNIAN 422          

HSP 2 Score: 135.191 bits (339), Expect = 5.767e-33
Identity = 81/252 (32.14%), Postives = 134/252 (53.17%), Query Frame = 0
Query:  193 TQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPD-NLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRRTRLGVDFELDK-SFVCAGGEK-DRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVAD 441
            TQFG  P   AV++   ++      +  CG +L++   V+T  HCV     + ++IR GEW+ + Q EP  H+D  +EA  VHP ++P + +ND AL+ + +D     H+  +CLPD   + + SY +      GWG+ + G +     I+++V + +++   C+   R+   G   ++ K +F+CAG E   RD+C+GD GGPLV  +     G  Y +         G+++WGI C     PGVY N+A+
Sbjct:  196 TQFGGHPWQVAVIKQSFLS-----KRISCGGALVSERWVITAGHCVFSTDLDKMRIRLGEWNVRAQNEPYPHEDFELEAKHVHPGYNPADFRNDIALVRLAKDVVFKEHIVPVCLPDFEQSFVGSYAK----VIGWGRTQHG-VATTPSILQEVRVQVISPERCQNWFRQA--GRKEKIYKENFICAGYEHGGRDSCQGDSGGPLVTSV----GGRHYLI---------GLVSWGIGCARAHLPGVYTNIAN 422          
BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold452_size166894-snap-gene-0.32 (protein:Tk11702 transcript:maker-scaffold452_size166894-snap-gene-0.32-mRNA-1 annotation:"tripsin ")

HSP 1 Score: 134.035 bits (336), Expect = 8.631e-34
Identity = 80/261 (30.65%), Postives = 132/261 (50.57%), Query Frame = 0
Query:  824 TQFGEWPHMCALLEIQAVAYGEDIKKYVCGASLIAPGVVLTGAHCVDKIPKNNIKIRCGEWDTQKEIEPSQHQDRFVEDVKIHPQFNPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGIDSYDQNDCFATGWGKDKFGKLGEYQVIMKQVQMDMVNSNECENKLRRTRLGED-FELDESFVCAGG-EKDRDTCKGDGGGPLVCPLHREGSNDGYGVIHETKYVQAGIIAWGIDCGLEGNPGVYANVADGLCFIDWATQ 1082
            + FG  P   AL++   ++     K+  CG +LI    V+T AHCV   P +++++R GEW+ +++ EP  H+D  +E    H  +     KND AL+ +  D +   H+  +CLP      + Y        GWG+   G+L      +++V+++++++  C++  R+    E  F+L+  F+CAG     +D+C+GD GGPLV         DG GV+        G+++WGI C     PGVY N+A    F  W  Q
Sbjct:  164 SAFGHHPWQAALIKQSFLS-----KRISCGGALIGRRWVITAAHCVHSTPISSMRVRLGEWNVREQSEPLPHEDYEIEKKIEHDAYQAATFKNDIALVKLNRDVQYRRHIIPVCLP---TPNEVYTGQTAVVIGWGRTAHGQLST-PARLQEVEVEVLDTTTCQDWFRQNNRKETIFQLE--FICAGHVTGGKDSCQGDSGGPLVT------QKDGRGVL-------IGLVSWGIACARPKLPGVYTNIAH---FSSWVQQ 397          

HSP 2 Score: 129.413 bits (324), Expect = 3.932e-32
Identity = 80/261 (30.65%), Postives = 128/261 (49.04%), Query Frame = 0
Query:  193 TQFGEWPHMCAVLEIQAVAYGEDINKYVCGASLIAPGVVLTGAHCVAKIPKENIKIRCGEWDTQKQIEPSEHQDRFVEALKVHPLFDPKNLKNDFALLFMEEDFKLAPHVDTICLPDNLAGINSYDQEDCFATGWGKDKFGKLGEYQVIMKQVNMDMVNATECERRLRR-TRLGVDFELDKSFVCAGG-EKDRDTCKGDGGGPLVCPLHREGSGDGYGVVQPHKYIQAGIIAWGIDCGVEGNPGVYANVADGLCFIDWATQ 451
            + FG  P   A+++   ++      +  CG +LI    V+T AHCV   P  ++++R GEW+ ++Q EP  H+D  +E    H  +     KND AL+ +  D +   H+  +CLP        Y  +     GWG+   G+L      +++V +++++ T C+   R+  R    F+L+  F+CAG     +D+C+GD GGPLV         DG GV+        G+++WGI C     PGVY N+A    F  W  Q
Sbjct:  164 SAFGHHPWQAALIKQSFLS-----KRISCGGALIGRRWVITAAHCVHSTPISSMRVRLGEWNVREQSEPLPHEDYEIEKKIEHDAYQAATFKNDIALVKLNRDVQYRRHIIPVCLP---TPNEVYTGQTAVVIGWGRTAHGQLST-PARLQEVEVEVLDTTTCQDWFRQNNRKETIFQLE--FICAGHVTGGKDSCQGDSGGPLVT------QKDGRGVL-------IGLVSWGIACARPKLPGVYTNIAH---FSSWVQQ 397          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000011017 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-7.709e-8241.12symbol:CG5390 species:7227 "Drosophila melanogaste... [more]
-3.844e-7140.88symbol:CG40160 species:7227 "Drosophila melanogast... [more]
-2.907e-5537.50symbol:CG4998 species:7227 "Drosophila melanogaste... [more]
-4.350e-4934.25symbol:CG13318 species:7227 "Drosophila melanogast... [more]
-2.786e-4730.79symbol:CG31780 species:7227 "Drosophila melanogast... [more]
-2.786e-4730.79symbol:CG18477 species:7227 "Drosophila melanogast... [more]
-2.033e-4542.31symbol:CG6639 species:7227 "Drosophila melanogaste... [more]
-4.452e-4437.91symbol:CG14990 species:7227 "Drosophila melanogast... [more]
-7.847e-4331.65symbol:CG8738 species:7227 "Drosophila melanogaste... [more]
-3.267e-4132.47symbol:CG31827 species:7227 "Drosophila melanogast... [more]

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BLAST of EMLSAG00000011017 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592778019|gb|GAXK01176549.1|6.073e-11148.19TSA: Calanus finmarchicus comp3737_c1_seq3 transcr... [more]
gi|592778021|gb|GAXK01176547.1|1.278e-11048.19TSA: Calanus finmarchicus comp3737_c1_seq1 transcr... [more]
gi|592778018|gb|GAXK01176550.1|1.573e-11048.19TSA: Calanus finmarchicus comp3737_c1_seq4 transcr... [more]
gi|592778020|gb|GAXK01176548.1|3.021e-11048.19TSA: Calanus finmarchicus comp3737_c1_seq2 transcr... [more]
gi|592807239|gb|GAXK01147329.1|8.868e-10850.26TSA: Calanus finmarchicus comp43650_c0_seq1 transc... [more]
gi|592928111|gb|GAXK01030376.1|3.323e-10349.31TSA: Calanus finmarchicus comp1278519_c1_seq1 tran... [more]
gi|592939219|gb|GAXK01019334.1|3.087e-8548.14TSA: Calanus finmarchicus comp80036_c0_seq1 transc... [more]
gi|592766718|gb|GAXK01187850.1|6.361e-7644.14TSA: Calanus finmarchicus comp11041_c1_seq1 transc... [more]
gi|592754113|gb|GAXK01200300.1|7.092e-7539.18TSA: Calanus finmarchicus comp306456_c0_seq2 trans... [more]
gi|592754114|gb|GAXK01200299.1|1.074e-7439.18TSA: Calanus finmarchicus comp306456_c0_seq1 trans... [more]

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BLAST of EMLSAG00000011017 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000110170.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s741:13839... [more]
EMLSAP000000110187.468e-1074.52pep:novel supercontig:LSalAtl2s:LSalAtl2s741:19461... [more]
EMLSAP000000110160.000e+087.45pep:novel supercontig:LSalAtl2s:LSalAtl2s741:11220... [more]
EMLSAP000000106960.000e+068.95pep:novel supercontig:LSalAtl2s:LSalAtl2s709:21142... [more]
EMLSAP000000110210.000e+060.17pep:novel supercontig:LSalAtl2s:LSalAtl2s741:26631... [more]
EMLSAP000000059634.081e-5542.80pep:novel supercontig:LSalAtl2s:LSalAtl2s321:81847... [more]
EMLSAP000000122464.162e-3731.95pep:novel supercontig:LSalAtl2s:LSalAtl2s892:54138... [more]
EMLSAP000000074321.576e-3233.57pep:novel supercontig:LSalAtl2s:LSalAtl2s4236:3061... [more]
EMLSAP000000043641.937e-3231.40pep:novel supercontig:LSalAtl2s:LSalAtl2s229:72652... [more]
EMLSAP000000124491.335e-2832.95pep:novel supercontig:LSalAtl2s:LSalAtl2s914:71788... [more]

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BLAST of EMLSAG00000011017 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|76800653|sp|Q05319.2|STUB_DROME1.389e-2830.14RecName: Full=Serine proteinase stubble; AltName: ... [more]
gi|129688|sp|P21902.1|PCE_TACTR2.141e-2628.44RecName: Full=Proclotting enzyme; Contains: RecNam... [more]
gi|125184|sp|P03952.1|KLKB1_HUMAN8.670e-2630.92RecName: Full=Plasma kallikrein; AltName: Full=Fle... [more]
gi|74835253|sp|Q27081.1|CFB_TACTR1.186e-2526.65RecName: Full=Clotting factor B; AltName: Full=Coa... [more]
gi|81916046|sp|Q8VIF2.1|PRS42_MOUSE2.492e-2529.78RecName: Full=Serine protease 42; AltName: Full=Te... [more]
gi|18203302|sp|Q9N2D1.1|TRYT_PIG4.304e-2531.54RecName: Full=Tryptase; Flags: Precursor[more]
gi|341940876|sp|P26262.2|KLKB1_MOUSE1.589e-2430.20RecName: Full=Plasma kallikrein; AltName: Full=Fle... [more]
gi|363548506|sp|E7EML9.3|PRS44_HUMAN2.536e-2428.23RecName: Full=Serine protease 44; AltName: Full=Te... [more]
gi|55976594|sp|Q9GL10.1|ACRO_SHEEP3.304e-2429.68RecName: Full=Acrosin; Contains: RecName: Full=Acr... [more]
gi|122136164|sp|Q2KJ63.1|KLKB1_BOVIN5.618e-2429.41RecName: Full=Plasma kallikrein; AltName: Full=Fle... [more]

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BLAST of EMLSAG00000011017 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_016769184.19.855e-9044.13PREDICTED: serine protease 44 isoform X1 [Apis mel... [more]
XP_016769183.19.855e-9044.13PREDICTED: serine protease 44 isoform X1 [Apis mel... [more]
XP_016769182.19.855e-9044.13PREDICTED: serine protease 44 isoform X1 [Apis mel... [more]
XP_016769186.11.446e-8944.30PREDICTED: trypsin-7 isoform X2 [Apis mellifera][more]
XP_016769185.11.446e-8944.30PREDICTED: trypsin-7 isoform X2 [Apis mellifera][more]
EFX73930.12.109e-8944.89hypothetical protein DAPPUDRAFT_307535 [Daphnia pu... [more]
EEB13231.15.412e-8845.38Mast cell protease 6 precursor, putative [Pediculu... [more]
EAA00427.46.078e-8343.33AGAP011787-PA [Anopheles gambiae str. PEST][more]
AHN54316.17.201e-8341.12CG5390, isoform B [Drosophila melanogaster][more]
AAF52904.17.201e-8341.12CG5390, isoform A [Drosophila melanogaster][more]

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BLAST of EMLSAG00000011017 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1080033295|ref|XP_018561290.1|1.077e-12932.19PREDICTED: uncharacterized protein LOC108903548 [A... [more]
gi|171187552|gb|ACB41379.1|7.350e-9649.71serine proteinase-like 2a [Pacifastacus leniusculu... [more]
gi|171187554|gb|ACB41380.1|7.425e-9649.71serine proteinase-like 2b [Pacifastacus leniusculu... [more]
gi|414151640|gb|AFW98993.1|1.414e-9548.14prophenoloxidase activating factor [Litopenaeus va... [more]
gi|414151626|gb|AFW98986.1|1.838e-9447.48prophenoloxidase activating factor [Fenneropenaeus... [more]
gi|1102964769|gb|AFH40332.2|6.280e-9447.87prophenoloxidase activating factor, partial [Litop... [more]
gi|90994332|gb|ABE03741.1|6.943e-9447.72prophenoloxidase activating factor [Penaeus monodo... [more]
gi|89152418|gb|ABD62888.1|9.455e-9447.72serine proteinase-like protein [Penaeus monodon][more]
gi|114786461|gb|ABI78947.1|3.990e-9347.45serine protease-like protein isoform 1 [Penaeus mo... [more]
gi|972192842|ref|XP_015178201.1|1.069e-9143.13PREDICTED: serine protease 44-like isoform X1 [Pol... [more]

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BLAST of EMLSAG00000011017 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold18_size714446-snap-gene-3.241.223e-12449.21protein:Tk08464 transcript:maker-scaffold18_size71... [more]
maker-scaffold21_size687808-snap-gene-0.112.612e-8848.97protein:Tk09827 transcript:maker-scaffold21_size68... [more]
maker-scaffold43_size480169-snap-gene-1.162.900e-7038.68protein:Tk12721 transcript:maker-scaffold43_size48... [more]
maker-scaffold2004_size22838-snap-gene-0.45.197e-5435.76protein:Tk07861 transcript:maker-scaffold2004_size... [more]
maker-scaffold544_size141056-snap-gene-0.435.197e-5435.76protein:Tk06760 transcript:maker-scaffold544_size1... [more]
maker-scaffold523_size146679-snap-gene-0.172.584e-4840.52protein:Tk01363 transcript:maker-scaffold523_size1... [more]
snap_masked-scaffold1080_size63862-processed-gene-0.81.018e-3829.83protein:Tk03556 transcript:snap_masked-scaffold108... [more]
snap_masked-scaffold676_size113663-processed-gene-0.195.272e-3529.22protein:Tk06496 transcript:snap_masked-scaffold676... [more]
maker-scaffold541_size141817-snap-gene-0.227.179e-3531.08protein:Tk05605 transcript:maker-scaffold541_size1... [more]
maker-scaffold452_size166894-snap-gene-0.328.631e-3430.65protein:Tk11702 transcript:maker-scaffold452_size1... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s741supercontigLSalAtl2s741:138390..222666 -
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-LSalAtl2s741-snap-gene-2.26
Biotypeprotein_coding
EvidenceIEA
NoteSerine proteinase stubble
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000011017 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000011017EMLSAT00000011017-706864Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s741:138390..222666-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000011017-693783 ID=EMLSAG00000011017-693783|Name=EMLSAG00000011017|organism=Lepeophtheirus salmonis|type=gene|length=84277bp|location=Sequence derived from alignment at LSalAtl2s741:138390..222666- (Lepeophtheirus salmonis)
ATGAAAGTTCTCATATATTTAGTCTCCTTGGTGTTGATCGTTCGTGGACA CCCTCAAGGATATGGCGTCGTAGATGAAGCTGGACCAGGAGAAGACGACT TGAATTTAATTGATGATGTTTTTGGAGGTGGAAAAACAAATGATGCAGGA AACAATGGAGGTATTGGAGAAATCAACAGTAAGCCTGAGCCAAATTACGG TGATGGAGGATCCCATGTGAATGAAGTGGTAGATACCTCATATGAGGACT GTGCCTACTATGCAGATCAAGACTACAAATGTGTTCCATACTACACCTGT GAAGATGGAGAGATTGTAACAGATGGAGGTGGACTCATTGATATCCGTTC ATCTTTTGCCGCCGTTCTTGATCCTGCTTCTTCCAAATGTCCTGGATACC TTGAAGTCTGTTGTCGTCATCCCGACTTTAGTACAAATTCSCCTGTCGTT ACTCAAACCACAACTCCAGAACCAGTGACTCAACCACCAAAGCCAAGAAC CTATATACCAGAATGTGGAAGAAGAAACATTGGAGGAGTCGGAGTACGAA TTCAAAATGATAAATTCAAAGGAAGTACTCAATTTGGTGAATGGCCCCAT ATGTGTGCTGTATTAGAAATCCAAGCTGTTGCATATGGAGAAGATATCAA TAAATATGTTTGTGGAGCCTCTCTTATTGCTCCTGGAGTAGTTTTAACTG GAGCTCATTGTGTTGCGTAAGTAATTCGAATTATAAAGATGTATCATCAT GTTAAAGTTTAATTTACAGTAAGATACCCAAGGAAAATATCAAAATTAGA TGTGGTGAATGGGATACACAGAAACAAATCGAGCCTAGTGAACATCAAGA TCGCTTTGTTGAAGCACTTAAAGTCCATCCTCTTTTCGACCCCAAAAATT TGAAAAATGACTTTGCCCTACTTTTCATGGAAGAAGATTTTAAGTTGGCT CCTCATGTTGACACTATTTGCTTGCCAGACAACCTTGCTGGAATCAACAG CTACGATCAAGAGGATTGTTTTGCTACTGGCTGGGGTAAGGACAAATTTG GAAAGCTAGGTGAATATCAAGTTATTATGAAACAAGTTAATATGGACATG GTGAACGCTACTGAATGCGAGAGAAGATTGAGAAGAACCCGACTTGGAGT AGATTTTGAATTGGACAAATCTTTTGTCTGTGCCGGTGGAGAAAAGGATA GAGATACCTGCAAGGGTGATGGAGGTGGTCCATTGGTTTGCCCATTGCAT AGAGAGGGAAGTGGGGATGGCTATGGTGTTGTTCAACCTCATAAATACAT TCAAGCTGGAATCATTGCCTGGGGTATTGACTGTGGTGTAGAAGGTAATC CCGGAGTTTATGCCAATGTTGCTGATGGTCTTTGTTTTATTGACTGGGCT ACTCAATGCCAAACTGGAATTCCTCAATACTTCAACATCACTGGATGTGA AAATTGGGCCTCTCATCAAATTGAGAGCATCAAATATAAAATCCACGAGT ACCAAAAGAAATTGAATTACATTACCAAAGACGGAAGTGGAACCAAATCC AATATCAGAAATCTTCATCGTAGAATAAATAAAGAGAAAAAGCGTTTAGA GGGGTTTGAAGAGGAACAGTCGATCTGTATTGCTGCCTCTGGCTATGTAG AAATCAATACAGACATTCTTGGTACTGATGGCCGACTTATTAATGACAAT TCATCTGAAGAAAATTCCAGTGAAGAGGACTCTGATGGAGTATACGAAGA TAAAGACCAAAATGGTGGTAAGTATCATCCTGAGCCTATTGTGGATGAGC CAATCGCATCCGGGTACTAAATTAATATGAACCTCAAATAAATGGATTAA CATCATTTCTATCAAATAATTTCAATGTTTTAGTAATATTTATTAAACAT ACATTCAGAATGAAAATATACAATTTTGTTTTCGAAGATTTGTACTACGC TTTATTCATAGAGGAGAGTAGTGGGTGTGTGGGTGAAGAGACAATTGAAC AATATGTATTTGGGAAACAGCTGTGGGAGAGAATCAAATATCTATATTTA AAAAAAAATACAAAGGAAGTAGAATGTCAATCAACCAAATGCTCTATTGT TTCAAGATAAGTCGCGGCGGCACATTTTAAATTGAATTACTGCTTGTTTA CAGTGTATTTGTTTTAAATGCTCTTTCTCTGCAAAAACATGTATTTATCA AAGCATATTCCTATAAAGATCTTATTATGCTTTTATTTTCAAGGCAGGAA CTTAGATATATTGTTGTTTTTTTAAACTAGATTATCATACGCAGTTATTT ATTGAATATGATGTAAGCAGTTTCTGACTGCATATTAGTGTGGCATAAAT TGACTTTTTCCACTTACAGATATTTAACAATAGATAAAGGGATATTGTGA ATATGATATGAATCATATTATTATTTTGTACCCATATGGTTTTTTTGTTT TTTTTTGGCAAGATATCATATGGAAAATAAATTTATAGATATTTCTTATT CAGAATTTTAATACAGATTTTAAAAAAAACTAACTCAATCTGATCAACTC TCTATGTACATTGTATAATCAGTATCCCTATACATTTGTAGATAGGGAGC TCTGGAGCAAATCTACATCGTTTTATTGGTAGGKCATATTTAATTCAGAC TCGTTGGATACCAACTTAGGTCCAGAATCAGTGCTAAGTCATGGATTAAA ATGAAATTGCTCTCTTGGAGTTGACCGCAGATTAATCTTTTTGAGGCTGC AAATGGAAAACTGTATCAGTCTCAAATCGAAATGAGTAACTTATTAAGTA TGATGTCATAACAGTCTTATTTAAACAGATATTTTGGTCGAGAAGTGGTA TTAAGTCGTTGAACGACATTTAATCATTCTCAACCTTTAGATTATTGTTT AGTTTATCTTACACCTCAAATTAAAATTCTATCGGTTTCAGATTGAAATG AGTACCTTAGTTAGTATGACGTCAAAAGTCAATATTTTTATCTAGAAGTG GTTTAAATTTGTTAATCAATATTAAATAGTTGTTACTTTATTGATTGCTG TATAATTGATCTTAGAATGGTACTGCCAATTAGTCGGTCTCATATCAGAA TAAGTCACTTAGTTCATATGACGTTATACAAAAAAAGTTTGCTTATTTGA AATCAAAATTGATATGAAAGAAAATAATTGAGCTACATTTTACCGTCGGG ACTTTGTACAATAATCATCTCTTTAGTAAATGAACGTTTAGTGATATATT ATAAATCATAGTCATGTATACTCCTTTGATACCATTGATAAATTAGTTTT ATTTTAATGAATATTCGTGTATGTTCAGCACAATGAGACATCATTAATCT GAAAGTCAGCCATCTTGATGGCATAAAAACTAAATTTTAGAAGAAAAATA ACCCTTCATCCTATATACAACAACAAGATTTTTTAAGAGAAATTTGTAAA TTTCTTTTAAAAATTTGATTTGAATTTATATAAACGCGATCGTTCTGAAA GGCTAAGGAATATAAATATATGCCTGAACAACATTATCCGCATCAAGCCC ATAAAGGATTATAATTTTTATCAATACCCACTAATCTTTAGAGTCAATAT TTTATTAACAATATATAAATTTTATTGCAAAAAAATATATACTTTGTATT GAACAAACGAAAGAATAAAAAAAAACACTTTGGTAATAATATAAAAATTG ATTATCACTTTTGCAAACATATAAATTCAGAGTATGTAAAACATTATGTA TACGAACATACATACAAAGCTCATTCTTTATTTCAAAATGGGTTTCATAA ATCTTTCATTGTATTTAGATGTGTACACATCTTGGAAAGAATAAGAGATT GAATAATGGAATTTACCCACGTATTTATACAGTCAAATAATAATTATTGT TAATGCAGATATTAAGTCATAAACACACAAAAAAGAAAAATAGAATTATA AAAGCACGAAAAAAAGGAGTAAAAATTTATTTTGCTGAGGATTAAACTTA CATGTGATAACTATAGAAGATGCCCATTGACAGAATATTTTTTCTTTCAA ATAATTGACACTTTTTTACTGAAATAAAATAGACTTATTTCTCCATTTAA AAAGCATGAAATGTTCAATAAAATTGTTACTAAGTATAGTATAAGTATTC CGACGATTAATTTATTCGTGAATGTCACATGCAAAAATTTTTTTCTTCAA AATAATGTATAAAACTATAGTTTCATGCCCTTTTGTAACTGTGACTTCAT TTTTAATATTTGAAACACATAGAAAAATGTTATATGTATATATATATTTT TTATATGTACAAAATTGAAACAATATCCTTTATTACTGTTCCGTTCTTTT TTCAATTTATTTGTTTTTTTTTGTTTTTTTTTATATTCCCCTAATGGAAA GCTTTTTGAATATATTTCCACCTAATCCGATGGTAAATCAAACTTTGCTC TTTATTTCTCTGCTTACCCATATTAGCAATAATGTCGTTATCTAAAAAAA AAAGTGGTTAAGGAGTGTAGTACTTTTCAAGAAAATGGACCACATCATAT TTTTTCACGGAAACCCAAAAGAAACCACTGTGATTGTTGTCTTTGCAACA TGTTTTGGTATGCAAGGAACATAATATTCGGCGTCACTAATAAAAGTCAC CGCAGTGCCAAATATGCCGCATTAAAAGGACAAATGAGAACAGATAAGGT CAATGAATTTCTTGCAGGTCTGAGGAAACAGAAGTGAACCCTTGACCAGA TTCGAGAAGTAAGTGAAGCTTCAGTAAATGCCAGCCACCTAATTGCCAAT AAAATAGTATTAGCATCAAAGCTGTACTCTGACATTGATTTTGTTAAAAG ATTCATAATGTAAGCGTCTGGACTAGTATGTCCCGAGAATTGGCAAGCCT TTTCCAATATCAGCCTGACGAGAAACGTAATAGCAGAGAGGATTTTGGAA CTATCGGAAGATTTGACCAGTCAATTGAAGCAAAGAGTTGAGTGTTTCAT TGTATTTTCTGTTGCAATTGACGAGAGCACTGACATCACGGATGTGGCTC AATTGGCGATATTTATCTGTGGTATTGATAATAAATTGACAATTAATGAA GAATTTATTAAGTTGGTAGTCATGATGGACACAACAACAGGTGAAGACAT TTTTGTGTCTGACCTAGCTGCAGTGAACAGGGTGGAAGTGGACTAGTCAG GCGCGGTCAGCATTGCTACAGACGGCGCACCATCCATGATCAGAAAAAAG GCAGGGGTGTTGACAAAGTTTAAAGTGAAAGTGCAAGTATACAATAGAGG AGATTGCTTCTGGGCAGTCCATTGTATTTTGCACCAGGAGGCATTGTGTT TTCAGTCTTAGAAAATAGGCCAGTGGTTGTTGTAACTGTAAATTTTATCC TGACAGAGGGATAAACCATTGTCAGTTTATACCTTTCTTCGTGATAGGAM CATTACACACAMCCTACCGTATCAGAGTGAAGTGAGATGGTTAAGCCGAG GCGCTGTGTTGATGCATTTCTATTATCTACGAGAGGAGATCAATCATTTC GTCGAGAAAAAAAAGAAAAACAGTTCCAGAATTACAATCCCAGAAATGGC TATAGGAACTTCATTACTGAGNCACTTGAAAAGACTTAAAAAAATGTTGC AAGGACGCAAAAAAGTTGTCACACAGTTTTATGACAAGAAAAAAAAACGC ATTTAAATTGAAACTGGCTTTGTGGGAGACCCAAATGGAAAGTAGCGACC TGCTCATTTTCCATGCCTCAGAAAGGTGTATGAAGAAAGAACTTATATAG ACTTGAAGCGATACAAAAGACAAGATTGCAGGATTACTGGTAGATTTTAA AAAACAATTTCAGGTATTTGGTGAACTTCATACAGAATTTTCAGTTTTGA TCTCACCTTTCACAGTTAAAGCCAATAGTCTTCCAGTTGACACCAAACTA GAAATAATTGATCTGCAATGTGACGCAGATTTGAATGATAAATTTAACTC TGTTGGTCTTGTCAAATTTTATCAGTATCTAGTACCAGGGTACCCTAAAT TAACAGCACTTGCGGATAAAATTCTATGTATGTTTGGAACAACTTACCTC TGTGAACAAAAAATTTCAGTTATGAATATCAATAAAACAAATTTGCGTTC GAAGATAACCAATAAGTACTTAAATGACATTATAATAGTTACAGCCAGTG AAGAAATTACACTTGATGTTGATGCACTTGCAGATAAAATGATTGCAGCT CTTTAAGAATGCCTACTTATTGTTTAATTTATTAAAATGTGTAATTTAAT GTTCTTATTTTTTCAGCATCTTTATAAAGTCTTTTGTAAAGTGTATTTGT ATTTTACTTTTTAAATTAAATGTATTGTAAAAGTGATATTAAATAAAGTT TTAGTTAAATTAAACAATGCACCTTCTTTTTTTTTACGTAAGAACAAAGG AAATGCATGATGTTTTGGTTATTTAGAGCCAAGTATGCTATAATTTTAAT AGACCGGTCCTGAACGAACACATTACGCTCGTATTTAACAACAAAAAAAA TCAGCTGCCAAATCAATCCCCAGAAAAAGTTTAAAGCTTATCTTTAGAGG ATATTGTTAAATTTTGTCGTTTGTATTATAAACACCACTTGCAAAATTCG CCATCATGAAAATTTCTTCCCAAAATTACGGATTCATTTTTCGAAGTAAT GACGAATAATTTAGTATTATTTAAAAATGTATGAACCTAAATGGAAAAAA GCACGACCAACACCCCAGAAAGAAGGAATGTAAACAAACTTTAATATATT CAATGAGTATTTTTCAAATATTTGTAGTTATTATGAGCGTTATTTTGAAT TAAAAAAATATTACTTGTTTCATTTTGTCTCCAGCTGAAAAGTAGTGTAC TTACAGAATCTGTACATGTACACATGAAGTGTCTTCTATTACAAAACCAA AGGAGCTGGGTTTTTATGTAAGGTAGTTGAAGATAACAAATCTTACATTT TATATGACTGCAAAGCTCTACGGCCAGTTTTTTACGTCGATGCAAAGGAG GTAGAATCCTATTTTGGAGGAAAAATTCTGAGGGACGAATTTTTTGCTTT GACATCCCTAAAGAAGATCCTATATTATGACGTTATAACGAAAGTACAAT AATACCTTTATTCACTTAAAGGAATTAGCAATTAATGACGCCACAAATGT TCTGTCAGAAAACATTGTTAAGAGACAATGCCATTTATTGGGCTATGAGC TTCGTTTACTTATATTAGTTTGTAAACAAGGAGGAATAATTATATTTAAT ATATATGATTCAATTCGGTAATATTCTAAGTGGAAGAAGATATCCTTGCA GTTTTTGAAGAGAGTATAACTTTTTATTTTATTTTTGTGGTTTGATAGAT TTTTTGTTGTTGATATTTTTACTGTTGTTAGGTCTTGGTAATGTGATTTA ATTTTAAACTGGAATGTTTATTTAATTTTTTTAGTAATGTAATTGTTCCT AATATTTTATATTATTTTAAATTGATGTGTACATATATAATGATTTTATC ATAATCAGTTATAAATATAAATAAATTATTTGAAGATTAAAAATACCAGA CTCATTTTTTTATATAAATCATTGATGATTTACTCTGTGTTGATGAGCCA TATTATGGGCCTTCTGAAGCCTTAAATCATTTATAATTGTCTATAAATAT TTTATTGGTCATCTTTTCCAGAGTAATTTCACACTTTCTTGCATTTTTTG AATATATTTAAAACTTACATGGTAAATTACCTTTTGGTAACCTAATATTG TTTGTAAGGGTGTCAAATGCATAAATTAAAGATAAAAGTAACAAAAGATA TGATAAAGAAATGCAAAATATAAGCAAAAAAAGCTCAGCATGCATAATTA ATTTAGGATCTTTGTTATACTTGCTATTTTGAGAAGTTTTATTAAATGAA TTAACATATTTGCTGAATTGTTTTTTCGTTGTGGGCATATTACTTTAAAA TTCTGCCTATTCAAAAAATAAGTAAATACATATTTTTTTAAATATTTTTT TAATAGTAATTTATCAATAATTATTTTGTAGATTGATTGCTTTTCTTCGA TATTATATAGTCCAATAAAAAACATTTTTCTTCTTAATGCCTTCATAAAT TTGGTATGAGGCACACGGAAGTTTCTACTCTATAAATAAAGCATTAAAAA GCCTTTTTTTNNNTTAAATAGTTTATTGCTTTTAAAACTATTGATTAATG GCAATTTAGGTAAAAAATAAAAGAAACTAAATGGCTTTTTAAGATTCAAC ATGAGAAAATTACTACCATTATCCAAAGTACAAAAGAAAAGAAAGATGAG AGGTTTTATTAATAGAATAACCCCAAGAATAAAGATTTGATTGCAGATTT TATATTTTCTAATGAGTAATTACATATTTTGTACTAATGTATGTGTAATG TATGTCTGGATGTATTTATCATATTAAGAATATAAATAAATTAAATTAAG TTAAAAATAATATAAACTGTTAATTATGCCCTGGAAATGGAAGAGGAAAG TAATGTTTTAAATAACTAATCAATAGTGCCTCGATGAAGATACATCAACA ATCTTAGACTACTGATAACTTACTTCAATAAATTTATTATTTATAGAAGT GAGATCTAGAAAATTTTCTCCCTCGCCATCCGTTCTTCCTAATCCAGAGA TGTCGATGATATTTTCTTGATTTATTTCTCCATAGCCGGACACAGCAATA CAAATAGAATGTTCATCTTCAAAGTTTTTCAAAACTCTTTCAGATTTTTT TATTCTTCGGTGGAGATTTCTAAGGTTGAATGAAGTTCCACTTCCGTTTC TTGTGATATAGTCTATTCTCTTTTGGTAGTCGTAGATGTTATACTTGAGT GACTGGATTTGTTGAAGGGCCCAGTTTTCACAACCTTTTATCTTGTAGTA TTGAGGAATTCCAGTTTGGCATTGAGTAGCCCAATCAATGAAACAGAGKC CATCCGCAACATTGGCATATACTCCAGGATTACCTTCCACACCACAGTCT ATACCCCAGGCAATAATACCAGCTTGAACATATTTAGGTTCTTGGACAAC ACCAAAGTCATTGTTGCTTCGCCCTCTATTCAATGGACAAACAAGCGGGC CCCCTCCATCACCCTCGCAGGTATCTCTGTCCTTTTCTCCACCGGCACAG ACAAATGATTTGTCCAATTCAAAATCTACTCCAAGTCGTGTTCTTCTTAA TCTTCTCTCGCACTCAGTGGCGTTCACCATGTCCATTTTAACTTGTTTCA TGATGACTTGATATTCACCATGTTTTCCATATTTGTCCTTKCCCCAGCCA GTAGCAAAACAATCATTTTGATCGTAGCTGTAGATTCCAGCTAGATTGTC TGGTAGGCAAATGGTGTCAACATGCGGAGCCAACTTAAAATCTTCTTCTG TAAACAGGAGGGCAAAGTCATTCATCAAATTCTTGTGGTCAAATTGAGGA TGGATTTTCACGTATTCAACAAATCGGTCTTGATGTTCACTAGGCTCTAT TTCCTTTTGTGAATCCCATTCACCNACATCTGACTTTCATTTTTTCTTTT GAAATTTTACTGTAAGAGATTTAATAAAATAAATAATATGTACACTTTTA ATAACATAAAATTCAACACTTACTCCACACAATGCGCCCCAGTTAAAACT ACTCCAGGGGCAATGAGAGACGCTCCACAAACATATTTATTGATATCATC TCCATATGCAACAGCTTGTACTTCTAATACAGCGCACATATGAGGCCATT CACCGAATTGAGTACTTCCCTTGTATTTATCATTTTGAATTCGTACTCCG ACTCCTCCAACGTTCCTTCTTCCACATTCAGGAACATAGGATCTTGGTTT TGGTGGCTGAGTCACTGGTTCCGGAGTAGTGGTTTGAGGGGAATTTGTAC TAAAGTCGGGATGACGACAACAAACTTCAAGGTATCCAGGGCATTTGGAA GAAGCCGGATCAAGAACGGCGGCAAAAGATGAACGGATATCAATGAGTCC ACCTCCATCTGTTACAATTTCCCCATCTTCACAGNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNGTAGTAGGGAACACATTTGTAGTCTTGATCTGCAT AGTAGGCGCATTCTTCATAGGAGGTATCCACTATCTCATTGACGTGAGAT CCTCCATCACCGTAACTTGGCTGAGGTTCTTCAATACCTCCATAAACATC ATTAATTGGCTTTATTCCTCCAAATATGTCATCAATTAAATTGAGATCAG CGTATGAACTCCCTTCGATATTTTCTGTACTGTATCCTTGTGGTTTGGCT TTAATCGATAATGCAATTGACAATAGAAAATAAATAAAAATCTTCATTTT TCTTTGATTGTAGATGCTTTTGTGATTGACCTAATAAATACTAGGTGATT TTCTTTGCAAATGTATATGTTTTTCTTATAAGTTAGAAGTTAAAACTAAT GGTTTTGTTATAAGTACTTTTGTCTTTTATACGATTTGTTGTTGTTTTTT GGGAGCAAATGTTTTGGGACATCCCTAACTGACTTAGCATCAAATAGATA ATATAAGCATACAACCAATGCTCTTTTAGTTTTGGGGATTTACCCTAGTA TAAGACAGGAAAAGTAGACATGCACTGGTTGTTTTTTTTCAATTCTTCAG AATATAACTAGGAAGCTTACGGGACTCTTACTCTATATACCTTGTTCCTA ACGGTTTTTAAGCAGGAATATAAATATAAAGTGTTAGAACCAATCCCACC CTTCCTAATTATGAATGCAACGTATAGAGAGAAAACCTTAAGGCAAGCTC CACATCTGACGTCATTTGCAAATAAATAATGACGTAATAAACTTTTGTAA ATAAACATTATACATAGAAGTGATATATTTTTACATATATAGGGCTTAAT TTCGCCAATTTGACAAATAATCTTTAGCAATCAGAAAACCCATATGTACT TTTTGATAAATTGAAGCATACCTTACTTAAATATGAAATTTTTGACACTG TCAAATTCTAAATATAAGTATGGGACTCTGCAGACTCCTCTCGACATAAA AACCAGCAGATATAGTCGAGAGGGTTGGTATCAGGGCTGTAGGGGGGGGG GGGCAAAAGMGTCAAAAAAGAGTTCAAATGAACTCAAAAGACTAATTCAA CAGAATCTTGCTACGGAGGAGATAGGTTTCTTTCATTACTGGTGTCGAAA GTAGTCTCTTTGCCCTCACAAGGTTCTTTCCACCCACTTTTTGATAGCTT TCTGGATAGTCTGGTTTTAAATGCCAAGATATCTTTTATGGGCCCTTATG GTTTTCTTTTACACATCCGTGTCTTGTTTCACCTTTTTGACAAACCCTTT TTTCCTCTTCAACGTTTCCGACTTCCTGACGGCATTGGAATCATATTATT TTTTATTTTGTCGTTTCCCATTACTTTATGATTTCCGTGTTGAGACTCAG TTTCAAACCGATTTGAACCGATATTTCGATGAAAACTGCAGTCTTTTTCT TTCATTGAATTTTAATTGTTTTCAAATCGCGTTCTGGTATTTACGTCTTA CTCTAAGTAATAATTTTTACCCATTCCAGTTATACGATTTGTACAAAGTA ACTTGTAATGATGTCATCAACATTACATATATTCAAAAATTGTTCTACAC CGAATTTTAAATAAAACTGATATTTATTTGCTAACTATCCCAATTGAATT TTTGTAATGGGCCTATCCATACCAAACTTCTTTAGTTCAGTTCTTTAAAG AAAATCCAATGGGCTTAAACCAGTCTTCAACTTCCATACCAAAATCCAAA AATAGTTGCTATCTTACTTTGATGTGAACCTTTCATAATAAACTATTAAA TAACGTGAATCCTTGGTTTAAATATTAATATATCTCGATTAAAAACAGGG CCTGTCTCATTCATTAAATAGTTTTTAATGGAAAGATACTTATCTTATCT TATAGGTAATTGGATGTACCTGAAAGATAAAGACAATAGATAAATCATTA CATTGTCTAACAATGTAATTACTTATTATCTTTTGGGACGCTTGATATTT TTACCTTCTCAATTAAAGCTCGTTTCTACTTATTTAAGCGTCACATCGTG CATTTTTGAAACTCTGCGAGGAACATTAATCAAGAACTCTTATGGTATTT TAGTCTACATTATCCTACAGTTTAACAAAAAAAAAAATAGGTTTTGTCAA GACAAATGATAAATACTATGCATAAAAATTATCAAACCATATACATATAC TACCTATTTTTTATTGACAAGGCTTGATGCTCCATTCAAAACGCCTGTGA TATTTAATTAATATGAATGAATTTTTATTTCTTAGATGAAATATTACTTT ACGAAATCCAAACATATATCCAGACAAACTTTGCTTTCTTAATAGAAATT TGTAAATAAGCGGCATTTTTGGGGGCCTGTAAAAATCCGTGTATAATTAT ATTTTATACTTCCATACGGCATTATACACTATAACCTATTGCTGTAGTCT TCAAACTGTCAGACCAGTACTGCTGGTAGTACGCCATTTTCCTTCAGCGG TACGTGAAGAAAACGTCCTGAATAGACTAAATCTCAGCTATTGTATATTT AGTTTTGGGATAATGCCAGTGTTTGGAGATTTTGATATTTTCTTAAGAAG TAAACACTATAAGAAGTTAATAATCCACTAGTTTATAAATCATATTTCAA TAATTTATATAATAGTGCTGTTTGTTATACCGGAGTACTGACGCATCTAA AACGGTAATAAACTAAATATTGAAACCGGTATTTAKAAATCAATTGCCAT WAAAAWAAAWAAATTGKCCCGCCAATGATGTAACTTTAAATTGCTGACCC CTCCCTCTACTCCTAACAAAAATGTCCGATGTGAAAAAAGCGAAGTGAGA TTTTTATTTTATACAAAACAACCCATTAAATTTCTAAGTTAGCCTCCGGC CACTACAAAAATATTTTTGATACCCCTGTAATTGCATGTAAATTTTTCAT TATGAAATTATTATTTTATAATTTTATTAGAAAAAGTATGAAAACACTAA TACTTATGTTGGTACTGGAACCAGTCAAAAAAAAATGGTATCTTGTCTAC TTATACAATTATATCCCTTTAAATTTTATTTAGTGACGAGGATACACTTT TCCATCTTCATCAAATATCAGATACAACTTTCCAAAAATATTTTTGTTAA ATTACTTAAAGACACTAAAATAAGAGAAAGTAGGATTAATTCTAGTTATT AGCTTATGATATTCTAGTACAAGAGATTTGGATGGCCTGATTCCCAGTTA TCAATCCCCTCGAGATTGTTAGAAAGTAAATTTTACATTAAAATATGATA AATTTATCATTTAAATAGGTTTTTTTTTTCTTAAAATATTGTTATTAATC ATAATATTTAGGTAGATTAAAAGTAATTATATGGTGGTATTTTTCGGTAG GACGGTACTATACTTGTCCCAGGGTAGCACAATTAAATAAGTATTATAGT AAAGTGTTATTGGAACTTTAATTTTCAGTGGTGCTATTATTCCATAGAAA TGAATAAAAGTTGCATAGGATCCGCGATTGTCAATATGAAAAATGCAGGG TTCATAAGATATTTTTGCCCTTTCAAAAGTGTGCCCCCTCCCTGAATATA AAAACACTTTCRCCGCCACTGTAAGTGTATGTAAATTTCCCTTAACAACA TTTTTGTATAATATATTTGTCAAAAAGTTTCAAAATATCAATACAAGTTT TGGTATCGTGACAGCACTACAGTATATTTTTTAACTAAAGCCAATGCAAA AAATGTCATTCCAACTCTTTTAGAGCACATAAATGTTATTCGGTGACACT CCATATCATATATAATATGTGTACATATACAATTGCTCATTAGCAAAAAT ACAAAGTAATAATCTTATCTTCGCTTTTGAGTTCGACATATTGAAGTATG RTAGCCATATAAAAAATTATTATTTTCATCAATTCAATCTTTATCTTGCA TAGTGCATTAAACCTGTCTAATGTCTATGGGGGTTCGTGGATTTAATATG TACAATGTATTTACATATTAAAAACCAAGGGTTGCCTCATAAAATTGGCG TTTTCATGACTTTAACAGATTCCTTCTCTGAAATATTTTGAAAGACAATT TGCTGAGAAATACTAAATTAATTTGATTATATTTATTGGAGTATTACTTT CAGTAAGATCAACCATTTAAAACCCCACGATTAACCATAATACTTTCCAA TTAAGCATTTCATAAACCATTTATTGAATTAACCAAACCATCATCGTATA CAAGACGTGTTCAAAAAGTAAGAATACTTTTTTATTTAGGAAAATATATA TATTTATGCATTAATATTTATGTTTTCCCCTTCAAAGTTATATCCCTCAG TTACAATACACTTGTGCCAACATTTTTCAAATCTTCGAAGCACTTCTTAT AAGAACTTTTTGATATAACCTTGTGCTATTCCAGCGATGCTGTCTATATC CCTTCAAACGCTGCAAGACTCTTTTCTTTTGTAGGTCTCTTCAGTTTTGG AAACAAGAAAAAGTCGCATGGGGCTAATCCGTTGAATATGGTGGCTGAGA TGTAGGATTTGGCCAAAACATGCAACTATTTTTTTGGTCAAAATTAAGCA GTTTCGGAACAAACTTCCCTGACACTCGTTTCATGCCGAAAAGGTTAGAA AAAAAAATATGGCAAGAGCCAACCGATATATCAATATTATAATATATCAG CAACTTCTCTGATAGTGATTCGACGGTTTTCGAAACAATTTCCTTAAAGA CTCCAACGTCTTTATCCGTTTTTTTATTATTATTATGATTTTTTTAATTT TGCATTCAATCCACAAATTAAATATATAAATATATATCAAATGATTTCTA CCACAATAGGAAAAAGTGTGTTTTTTTTCAAGTTATTGAAACTCATAAAT TGATTTACGTTGTTCAGTCTTCATATTTGATATTATACATATCAAAATAT CTCCACATTATGATGAGAGACAAGAAAAAACATTTATGTAAAAGAACACT TTTAAACTCCTTTACCCCTTAATTATTTGTTATAAAGCTTGTTCAGCGCA AATGAGTGTCTATAAACCCCATTCATTCAGTTTTCTATAGACCTGGTTTT CCTCCTGTATTTGTCAATACCATAATCCAATATTCTCTTACGATTCATCA TTTGTCACTAGAATTATTTATTTCCAGGATTGCCCCTGATCGTTCTTTAC TTATATTATCCGTTTCTTTCATCTCCAAGTATTTTGGAGCACTTAATTTT ATTTTTAAGAAAAAATGTGATGCAAATTCTTTGATCTATTCTTTTCTTTA GCAAAAACTCGCTGAACACGCAAAATACTTCTGCCTGTTGTGCCTCTCAC AAACAAAATAAACATATCATATATGTGAAACATTAAATATATGTTCGTGG CGAGTTACAAGCATAAAAAAATTGAGTTTACCAAGTACATATACCTTGTG CACGAAATTTGAAAAGTAAACTTACTTTTTGAACACACCTCGCATGGTGT ATTTGATATTCATTATGGTAAGGTTTTAAATTTTGAAAAAATTCGTCATG TTTCTATTCCTTGAAAAATTGGGGGATATTTAAAAATGATCCCAGATCAC AGATCATTCAAACAATTTCTTATTCAAATACGTGTATAATGCTAAAAACC ATATTTTAAATATTAAATAAAGATTCCCAACTCTGGGATTGTTTTTCTAA GATTAATATTTTTCTCTATAAAGTAAAATGGTTAATCATCGGGAGAATTG AGGTCCATGGAAGTCTTAACGATAGTTTATATACTTTTACCATATATTCT TTTTAAAAAACCTTAAAGTTGTAACAATGCATTTGTTCAGGATTGGGATG AAGTCAATGTGTGTTGGAATTGTAGAACACGGCCCTGTATAATGAAAAAT AATTGCTTGAGTTTAACGTTAATATTATCATATTACTTGTTTTACTTATA ATATACTATAATAGTAATACTCCAAATAAATTTCATTATTGAATTTGCTC AATAGAATTTTTGTTCTCAGTTGTGTTAGAAAATGAACTAATGCAGTAAT TAAGTTATTATAGTTGGGTATATTCAAGATTGTAAAAAATACTAACTTTT TTATTACACACCTATAGCTGTTTATAACAACAAATAAATATATTATGAAT AAATTAAATGAGATCAACCAAATTATTTTCAAGACTTCAATATTTAGTTG ACTGAAGCTCTTCCTCAAAAGAATTGGGTTCAATAATTGACGAAGATATG TTTTCTTTTTTTAAAAAGTTAGAATTAATATTGTTTTCTAAATAACCTGT AGAAGCAATACAAATAGAGTCTTGATCTTCAAACATTTTTAAGCTCTTCT CTGCAATGTGTATTCTTTTGTATAAATTTCTGATATTCGAGGGAGAACCA GTACCATCCAGGGCTATTGTATTCAACTTTTTGTTGTAATTTTGTAGAGT AAGCTTTATATCAATTATTTTTTTAACCCCCCAGTTTTCACATCCTGTGA TGTTGAAGTATTGAGGAATTCCATTTTGGCATTGAGTAGCCCAGTCAATG AAACAGAGKCCARCCGCAACATTGGCATATACTCCAGGATTACCTTCCAA ACCACAGTCAATACCCCAAGCAATGATACCAGCTTGAACATATATAGGTT CTTGGACAACACCATATCCATTCTTATTTCCCTCTCTATGTAATGGGCAA ACAAGTGGGCCACCCCCATCACCCTCGCAGGTATCTCTGTCCTTTTCTCC ACCGGCACATACAAAGGAGTTGTCCAATTTAAAGTCTTCTCCAAGTCGGG TTCTCCTCAATCTCCTCTCACATTCACTGGAATTCACCATGTCCATATTA ACTTGTTTCATAATAACTTGATATTCACCTAGCTTTCCAAATTTGTCCTT ACCCCAACCCGTAGCAAAACAATCAATTTGATCGTAGCTGTTGATTCCAG CAAGGTTGTCTGGTAGGCAAATCGTGTCGACATGAGGGGCTAATTCAAAG TCTTCTTCCATAAAGAGAAGAGCAATGTCATTTTTTATGTTTTTGCTATC AAATTGAGGATGAATTCTTATATCTTTGATTTCTCTATCTTGATGTATCA TTGGTTCAACTTCATTTTGAGAATCCCATTCTCCACATCTAATTTTAATA CTTTCTTTGAGAGTGTTACTAAAATATGTAATTTATAATAAATCATCTAA TTTGAGGTTTCATTTTATTAACTTACAATACGCAATGAGCTCCGGTTAAA ACCACTCCGGGAGCAATGAGAGACGCTCCACAAACATATTTATTGATATC TTCTCCATATGCAACAGCTTGTACTTTTAATACAGCACACATATGTGGCC ATTCACCAAATTGAGTACTTCCCTTGAATTTATCATTTTGAATTCGTACT CCGACTCCTCCAATGTTTCTTCGTCCACATTCTGGTTTATAGGTTCTTGG CTTTGGAGGTTGAGTCACTGGTTCTGGAGTTGTGGTTTGAGTAACGACTG GAGCATTTGTATTAAAGTTGGGGTGACGACAACAAACTTCAAGGTATCCA GGACATTTGGAAGAAGCAGGATCAAGAACGGCGGCAAAAGACGAACGGAT ATCAATGAGTCCACCTCCKTCTGTTACAATCTCTCCATCTTCACAAGTGT AGTAGGGAACACATTTGTAGTCTTGATCTGCATAGTAGGCACATTCCTCA GAAGAGGTGTCTACGACCTCATTCACATGAGATCCTCCATCTCCATAATG TGGCTCAGGTTCAATTGAACTGTTATTTTCATTCAAACCGCTATCTCTGA ATCCTTTTCCGCCACTTCCTCTAAAAATGTCATTAATGAGATTTGGATCT TCTTTCGCGACATTTATTTCGGCATTAACAACTCCATATCCTTGTGGCTT GGCATATGTTAATGGTGCAATCGTAAGTAAAAAAAAGAAATTCCTCATAT TTAGGTACCTAAAATAAAATTTATTTAGGTTCAAGAATATTTATTTTACT TCTTCAATTAATTAGTTTTACTTACATCTTTAAATATATTGACTATATAA CTGAAAGATTTGTTGATGTTTTCTTCACCTAGTTTGTATGTATTATGGTA TATAAAACCAAACAGTACTTATATATCAATACTTTATAGCATGAAATCCA TGGGAAATTGCAAATAACATAGAATTTATTAACTACTGAGGCTTNGGTAT ATAAAACCAAACAGTACTTATATATCAATACTTTATAGCATGAAATCCAT GGGAAAATTGCAAATAACATAGAATTTATTAACTACTGAGGCTTGAATTG GGWTTTTCCAACAATATACATTTATATATAGATGAATGACATTTTGAAAA CAGGTTCTTAAAATTTATTTAAGAAGGAACTATTAATGTTGTGGGAAGTA AATCAGTAGCTAGCTTTTGCAAATTATTTTTATATGTGGACTTAAAATCA GATCTAACATTTATCTTGGAGTTTGACTCACAACCTGACATAGATAGAAT ATATTTCTATAGAATTTTAGTAGGTTTTTTCTTCGTTATAATCTTTAAAA AAAAAAGAGAAAAACTTTTTAGTTATTGCATCACGTTCCATCAAGTGGAT ATTAGTGTGTGCAACAATATGATATAAAGGTACTTATTCATGTTTATTTA ATTATTAATCAATAACTTGTATTTTATCTTATTGATTTCTATATGCGATT GATACATATTTTTATGTAACATGAAACTTTTAAGTCTGAAGAGCTTATAA ATAACGAAACTAGTACCTGCATAAGATTTTCATATTTTGAAAAGGCTAAG ATTTTAAATTCTTTATAAACAGCCGTAAATATAATAATATAATTATTTTA TAGATATACAAATTTCATTAATACATTAAAGTTTTTTTTTTAATTATACT GAGAAGTGGAATAAACTTTATATGAAGGAACTAAAAAAAATGGGGGTTTT TTTTTCTCATTTTTAAAACTATTAAAGGAAGATTCCTTATATTGTTTACA CAAATTTGTCAATTTTGCTTAAAAATCACATCAATAATATAAATTCCTTC AACGAAGGAATGCTTTACCGTAAGTGTGACTTGAAAAAAAAGAGCAAAAA TAAAGCCTTTACAGGTCTATGATTAGTTTTTTGTTCCAATAAAAGATTAA AAACTTTTTTTAGACACAAACTTTTTAAAACTTTGCATTTTTGACATCCA TTATGGAAATTATAATAATAAAAAATCGTACGGGGTTCCTACTTTTTAGG TTAAATCGCAGGACCAAGGGCAAATGTCCATTTAAAACTGGCACTGTCCT CAACATGGCATTACTTTTAATTTTAAATTAAGCATTGCACTATAAACTCA AAGTAACCACATATTTGAAAATGAACTATCACAATTTGTAAACCCTTAAG CTCTTCCTTACCATTGTCCTACTTTCATGCAAATTTATCATTTGTTTTTT TATCAGCTTTTCAACATTTTACAATATTCAATGTAATTTGTTAACTTACC CAGCTTACAAAATCAAGTAAGCTTTATTAATTAAATTTTATACTTCAGTA ATGATACATTTTTGTATAATTATTATTTTACGGGTAGAAGATATTTACGA TTTAACTTTAATAGACAAGGCATCGAAAAAGAGTAATCCCATATTTTTTT ATGGGGGCAACTTGTTTCCTATAAATATGATCAAATAATATTAGATGGTT TAGTATTTATCAAAAAGTATTATCTGAACTAATATTTGTTAACGCATTTA TATGAATTGAAAAAAATCCATTAGTAACTTTAATAATAACAAAACTATGA AAAAATGATGAAAGTGTTGAATACAACAGCTTGGGTACGTAATATATTTA AGCTGAAAATTTAAGGGAAGGCGGTTCCTACGGGTATGCATTATATGTTA ATTTTGAAAATGAAATACTATAATTAAAATAAATAAATAATTTACCGATT TTTTCCAAGAATATCAAATGGTAGAGCATTCAAACCAAACAATTCTTCTG AAATAATTTTCTTTATCAGACCAACGAAACTGAGATGGACGCCCAAAGAA ATCGTGTGTCCTTCCTTTTAGATGACGAGATCTTTGGCATCATTTCCTGC TCCTAATGTATTAATGCCAAAATTAAAAAGCTCTTATGAGTAGTGTTGTA TTGGTCATTGCTTAGGACTGAGGACAGCGGTCCAGTACAGTACCACTGGT CGGTCCTTAAAAAAGGTAAAATCGATCCCTTTTAACGTCATGGAGGGTGT TTTCCTTTTTTTAATTATTCTGTTTTTTAATAGAATAAATTATCAACTAA ACGTAAGTAACAAAATAATATGATCGTATTATATTGTAATATAATAAAAA AACATAATTTTGTAAGATATGTACCAAAATCTTTATACACATTTCATATA TCTTATTTGGCATAGTAAATCATTTTTTTTAATCTACGTACCGACMATCT TAAGGACTGGTTACAAGGATTGACAGTCCTAAGGATCAGTAAGACAGGTT CTAAGACTGGACTGTACCAAATAAATAAAGGTTGGCACATCACTATTTAT GGGCGTCCTAGAATTGATGGGCATCGTTGCATCTGACATGAAGATTAATT TCAAAGACCCACAAGACCATAAAAATTCAAAATCAGTGTAAATAAAACTT GGGGATTTTTTGGTCTTGGTGATTTAGGCCTCCGTCCTTAACATACTTCA ACCCTATTGACTATGGGGTATGAGATACCATCAAGAGGAAGGCATGTGCT ACCTCCCAGATGGATGGATATCCCCTAAAGATAGTCGTGGGAATGGTGTG GACTGATATGTCGGAGGAATATTTGAAGAAGATCTGCTAGGCATTTAAGT CATGGCGGAGGCCCAGGTTGACCACTTTGAGATTTAATTGTTACTATAAA ATAAAATAAATATATCAAATCTCACAGTAGAACTACTTGTGCTTTTTGAT AATCTTTACGAAGTTGAGCTTGGGAAAATTAGTTTACGATTTGCAGGGGC AGTAATTATATTGTAATCCYTTTTATATGATAAATATTTTTCTGTAGAAT AAGAAATAAGTCTCAATTCAAAGATATAAAATTAAATGCAGATTCTAATA AAATTATTATATAAAATTTTTTATAAAATATTTTTGATATAAAAACCTGT GTATTTATGACGAGACATAAAAAAATAATATAGTTTTATCATTTATTTTT ATGGAGTCTACATACATCATTCTTCTTCTGATCTAGTCTAACGCCATGTT ATAAACAAATGTATTATAGAAGAACAAAAAACCAACAGTATTAATTTAAA AATGAAGTTTACATAACAATTCAAGCAATGTTTTAACATCCTTTTCTTAT ATATGTTTGTAAATTATTTACTTTAGTTTTTACAATTACACGAGTCAACA AATATTTTGCCTTGAATTGGAATGGTATGCTCCTTATTGGTTTTATCTCA AAAAACATGGAATGACCTTTATTACCTGAAATTTATGCTTTTGTGACCTA CAGAGGGAAACATTTCATATACTATAAATAAACCTTAGTCAGTTAATAAA TGTACAAAAAAATCAAGCAACAAAATTAAAATTGAGTCCACATCCAATTG TTACAATCTCACCATCTTCACAGTTGTAGTAGGGAATACGTTTGTAGTCT TGATCTCCATAGTTGGAACAGTCTCCTTAAGACGTTTCCACTACTTCATT CATTTGAGATCCACCATCACTATAACTCTGCATCATTGACTGATCTATAT CATTGTAGTTTGCCGTTAGTTAATAATCCAAGGGACAATAAAAGACAACA AGAAACTGATTTAATTTTAATGTAATCTTTTGTGTGCGTGTGTTATTATT TTTTTTTTATGGTTATTTAATCTTTTAGAAGTTTTTAAGTTACTAATGTT CCCAAAATCTTATTTATAGGCATTTATTTGATTTTTGTTTGCCAAATATA TATATATATATATATTTTTGGATTTTTTTTTTTTTTGAGATGTTCCTTAT TTTTTTAAGAAAAAATTGAAAAAGAAGAATCAATATCAAATATATCTACG CATAATTTTTTTATGCACTCTGATACCCTAAAAACGAAAAACAGGTTATT TTATTTCTTCCTACGCTGTAGTAAATGAGTGCAATTGTTTTTTTGTTTGT TTTTTTTTCAATGGGAGGAAAGCATACTCTAAGCATTTATCATATTGATA TACATTTACACATAGTTCAAAGACATCAAGGTTATTGTTGAAGAGAATTT TCCATATTTTTACTTAACAGTTTAGTGTTTTTATAGTGTACATTTGCTTC ATCAATATTTATCTATCTATTTTTGCTGTTGGAAACGGTACCCCCAAATA TTTATTTTGTAAATGGTTTTTTTTATACTCAGTACTCTTCGTTACAAAAC TAATAAAGTATTACTTTGGTAACCTGATGATCAATATTTTGTTATACAAA AGAAAATTTAAAAGGATAAAATTTACTATTTTGTTTTATTTTTTAAATGT AGAATATGGATAACAACTATGATTAATGGGTTTTTTTTTTTTTCATTCGA CTTTATATATTAAKAGACTCATTACAAATATTAGACTTTTATTTCACTTC AAGACTACAACATATAAATAAAACTATTATACAAGAAATAATTGATCAAT TTTTAGGCCTACTGCACATAAACAATTTTGACATTTTATAAGTTTTTGAT AATATTTGCATATCAAACTATTCTAATCAATACAAATTATAGAGGTTGAT TCGGATAACATAATACTTTATTAGATATATACATAATGGTTAAAATACCA ATTCTAAAATTTGCTAGGCTTTTTTTTATTAATATAACTGATCTGTACAC CAAAACTCTGCAAAACTTGATGAATATAAATAGGTACATTTGCAAAAAAA AAGACTTTATAATGGGTATCTACTTTTTAGGGGGAAAAACTATGCAAGGT ATATTTTTTAGATAACAAAATCTGGTTATTCAGTTACATATTATTTATAA TAATTTTCTATTGTTTGATGTTGTGAGGTTCTAAGTCAAATAATTTATAT CATCTCCTAACTAATTTTAAGTTAACTTTAGTTTAGAGACAAATGAATAG TCTGAAACTAGAAATAGACATAAAAAATGTATACCCATTAGTAATATTGA AAAACCCCTTCAGCGATTCTCACGAAAAGTGGCTTAGGTATAGATTAGCA ACGTCCTCACTTTTTATCAATCTATCGAGAGCGAGTCCGGAGGATAGAAA GTGTTTATTCTGTAAGAAGGAGACGGGGACWTCATTTCATGTTTTTTACT TACTCAAAATGGTTGTATCCATATTGAGAGTGGCGGAGGACATAGTATGG TGCCCATTTGAATTAAGACACAACCAGCTGGATTGGTTTGTCATCACGTC ACCTTCATATGACGAGTGTCTCAAAATAGAAAACATTATTTCCATGATCT AGGAAATTCTCTACCCGACCAAGCAGACGAACGGGATTATTCCACCCAGA ATCCAAAGCTTCGTGTCTACCTTGATTATCATGGACTCTTTCACAAGGGG AGTTACACCAGTAGTGACATATTAATTTGTAATCATKCTCTGTGCCCTAC TGTTGAAAAATASCATCCAATCTAGGAGCCTTGTTTATTAATATTGKCCT GCCAATGAATCTCTGAGAATTTTTAATGGGAGATTCACATGCTGTTAGCC TGTTTAAGGGGAAGGAATACACATAAATATATGGAAGTCGTGGAGCTAGA TTATTGGTCTCGTTTAATTATAGTCAGTTATATGAATATTCATAATTATA CATTACAGATATCCACATCAACCTTTTCTTAAATGGATATCAATATATTA ATTATAACTGATAAATTTTATATCCTTCATTTTTCTGTGAAGTTGATATT TAACTGATAATGTGTGTATGTACTTATAGATGTACAAAAAAGAAATATAA TAAAAAAAAATATATAAATGTAAAAATAAAAGACTGTAGACACATTAGCA GAAATTACAAATTACAATTTTTTTATTCCAAGTAAATTTTCTAGAGCTTT ACTTCAGAACATTCGGTGGAATAACCAACTTTTACACTATCCAAGAAAAT TCTGGTCTTGGAACGCGTGCCCGCTAAAACCCACATTTATTATTGTTATT GAAGTTATAGAACACAAAAATGATCTCCAAAAATGTCAATTGTAGTAGGT TGGGCTAATTGTAATTATTAGTGAATATTTTAGAGATAGAAGAAATTCAG AAGTTTTACATAAGTAGGGGGCTTAAATTGCTTTCATTTAATCAATAAAA ACTAATCAAATACATTGATTTAAAAAATCCTTAAATTGGTATTAATCTTC ACGTCTAAAAATTTACTCCATATTACAATTAGCATAGTTATCTATATAAC ATATTTTTTTGGAGACATTTTCATGCAGCCTTACATAGCTTATTTATTAA ATATTTTATATGAAAATTAATGTTAGAGCAATTACCTCAGGATCAGCAAT ACTGCCGTTAATAGCATTAAAAATCTATTCAAAACTCAAGAAACAGTCGG CAGAAAGTCTGAGCAAGTTTGGAAGTGAACAATAAGAACAAAGTTCTTTA TTAGGCGTTCAAAATCTGCCTTGCGAGAAATCCAGTTAGGACGATTCCCG GTATGGCCAAGAAGATGTATTCGAGCGGAGTTAAACTCCTGAGAATAATG AAATATTACTTGGGAGCAAAATTAAGAGCCATTTGAGATAAACATTTCAT TTGGGGGGACAAGGAGGAAGGAGGTTCGCCGAACTTTGACAAATGACAAA TTAAAAAAAGAAAATCTTTAAATAGTTTTTTTTTTTTTGCGTGCCCCCAC GATTCTGACGTCACTCATATGACAAACTTTTCAGTTATCAAATCAAATTA ATCCATCCTAAGGTTTCAAACCATAATGAGAACTTATCTTGTACGTATTA AGGTTTAAGTCTTGCTTCACCAAACTGTGCATGGCTACACTCATATTCAC AAGCAAGGCCATGGACGGCTACCTTGCCTCTTCTACCTTCAACAGTACAT TTTAATGCCTCGACGAATCATTTTGGCCTCTTTTACCTTAATGTGGACCT TGTAGATATTTTTGTGTGCATCTCGCGGTCACCAGTTAAACAGTAGAGCA GTTATAGTCTAGTACTTTAGAAATCTCTCATGGTGATCTTCTACGCGCAG AAAGTTCCAGAATTGCAGCTCTGTGGCCTTCCCTGTTTTTGATTGGGACG CTTTAAATTTTTGGTTGAGTTTGCTTATTTTTGTTTCGTTCTAGATCTGG CCCACAAAAAATCAATGTTTATCCGTCCAAACAAATTTTATGGATTAATT GCTGATCCTGATTGCTTTTTTGTTTTGCTCAAACATTTTTTCAGTTAGAG ATATGGGCTGAAAACAAACTTGTTTATTTTTGTTTAGGCGGTTGTTTGGT TGCATAATAAAATATCATAATTAAAATGAAGAAAATAAATCTAAATTAAA TGCTCACGTAGTTTACAGAGTACCAAAAATTTAAAATCTTACATAAACCC ATAGTGTAGACTGTAATGCTATAACAATAATTTATATTTATTAGTACTTT CTAATATTTGTAAATAGATTTAAACAATATTATATGTTAATTATACTTAT ATATATTAAGTATAACTTACTTATAAATTAAACATAGAATAATACATTGA TGTGTAAAATATATATTTTGAATTACTCAATAAGAAAGATGTTGACAATG TAATTATATTTGAACAATAACTTTTTAACAATAAATTATAAAACATATTC AATCTGAATGAATGTAATTGATCCTATTAATAGAAAATTTTAGGAACTAT TTATTTATCATTAGTATCCTGAGGGAACGTTGTTCTCAACAATGGGTTTC ACTTCGTAACCACCGACAAAATGGTCTTGATCTAAAATTTGACTGTCTTG AAATGAKCCATCTTGWTTTGAGTGGATKCCGTTTGAKAAGCCAAAACCAT CAACAACAACATTTCCTTCATTTCTTCCAACTTCCTCTACGGTCACTTGA CTGATGTCTCCGTAACCAGAGGCAGCAATGCAAATTGAATGTTTTTCCTC AAAGCTTTTTAAAATACTTTCAGCTTGTTTGATTCTACGGTTGAGGTTTC TAAGGTTGGATGGGGTTCCACTTCCGTCTTTGGAGATATAATCTAATTTC TTTTGGTGCTCGTGAATGTCATACTTAAGTGATTCAATTTGTTGAGGAGC CCAGTTTTCACATCCTGTGATGTTGAAGTATTTAGGAATTCCAGTTTGGC ATTGAGTAGCCCAGTGAATGAAACAGAGACCATCGGCAACATTGGCATAT ACTCCAGGATTKCCTTCCACACCACAGTCTATACCCCAGGCAATAATACC AGCTTGAACATATTTAGTTTCATGGATAACACCATAGCCATCATTGTTTC CCTCTCTATGTAATGGACAAACTAGTGGACCACCTCCATCACCCTTGCAG GTATCTCTATCCTTTTCTCCCCCGGCACAGACAAAGGATTTGTCCAGTTC GAAGTCTTCACCAAGTCGTGTTCTTCTCAATTTTCTTTCACATTCAGTAG TGTTTACGATGTCCATTTGAACCTGTTTCATAATTACTTGATATTCACCA AGCTTTCCAAATTTGTCCTTGCCCCAACCTGTAGCAAAGCAATCATTTTG ATCGTAGCTGTCGATTCCAGCAAGGTTGTCTGGTAGGCAAATGGTGTCAA CATGAGGAGCTAACTTAAAGTCATCTTCCGTAAAAAGAAGAGCAAAGTCG TTTTTCAAATTCTTTGGGTTGAATTGAGGATGGATTCTTAAGTCTTCAAC AAATCGGTCTTGATGTTCACTGGGCTCAATTTCTTTTTGTGTATCCCACT CACCGCATCTGATTTTTATATTTTCTTTGGGGATTTTACTATAAGAGTAA AATAAATTAATAAGTAATCAGTGGACTCAAAAATTATATTTATAATCGAT ACTTACTCAACACAATGAGCTCCAGTTAAAACTACTCCAGGAGCAATGAG AGATGCTCCACAAACATATTTGTTGATATTTTCTCCATATGCAACACCTT GTATTTCTAATAAAGCGCACATATGAGGCCATTCACCGAATTGAGTACTT CCCTTGTATTTATCATTTTGAATTCGTACTCCGACTCCTCCAACGTTTCT TCGTCCACATTCAGGAACATAGGATCTTGGTTTTGGTGGCTGAGTCACTG GTTCTGGAGTAGTGGTTTGAGGGGAATTTGTACTAAAGTCAGGATGACGA CAACAAACTTCAAGGTATCCAGGGCATTTGGAAGAAGCAGGATCAAGAAC GGCGGCAAAAGATGAACGGATATCAATAAGTCCWCCTCCATCTGTTACAA TCTCTCCATCTTCACAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNATCCTCCATCACCGTAACTTG GCTCAGGTTCAACTGGATCATTATTTTCAATAAAACCTCCATCTGTTATT CCTTTTCCGCCACTTCCTCCAACAACATCATCAATGAGATTTGGATCTGC TTCCACTACAGGTCCAGGGTAACTTCCTCCCCCGTATCCTTGTGGTTTGC TATTAGCTAATAAACCAAGTGACAATAATAGAAAACATGAAGCTATTTTC ATTTTTAATGTAATATTTTGGGTTTATTTTGGGTTGTTTAATCTTTTAGA TGTATTGAGATACTGATGCTCACAATATCTTATTCGCTGGTATTTATATG ATGTATTTTCTGCAAAAAAAATAATATTTTTTTGGAACACATGGATTTTT GGGGATATTCCTCTTTATTCAGAATCATAGAAGACACAAACTACTCATAT CTGTATATCGATACTATGCGTACAGACAATGTAGAAGTTGGAACAGGTTT TTTTTCTTTTCTTCTGCAATATTATAAAGGAGTGCAGTCGGTTTTTTCCA ATTCCGTTGAAATTTGTTTACCTTAGTTATCTTATAATATAATTTCTGTA AGTACAAAAATTGAAAGAAAACATTTAATGTGTATTAAATAAAAAATAAT GGATTTTCTAAATTTTTTTCAAAACGTTATTTCTTTATTTTATTGCGTAT ATGCTCTTTATAGTTTAATATTTTTTAAGTAAATACTACATTCAATTCAA AAAGACTCTTAATTTATTCAATGTTCACTTCAATCTATTATTTTCAATGT TAATTATTTATAACACTGGAACAATGACTTCAGTTAAAAAAAAGATTTCA TAATACAACTAGGATTGTCAGCTGGAAAATGACCCTCCAGAATATTGCTA TCTGAGAATTGCCAGCAGGAAAGGTGCAATTAACTGAAAACTGCCGGAAA TTATAATTATTCTTAGTAATTCATTTACTAATCTGTTCCATCTATAGATT GGTCTGACTAATCTCAGGATTTGTTGATTGTTTTCAAATCTGACAATAGG CGACAATAAAATAACCAACTTAATTTCACAAAATACAACCCATTAACTAG ATATTTGTGCAGTATAAACTCGAAACCTGGTGACATAATATAAACCACCA CCATCGCTTAAAAAACCAAAATGGATCGCTCCTAATTCATTAATACTATT TTTCAAATGGCAGCTTTGACGACCATTATCTATTTGCAACAGTTTTTCTG CAGATGGAAAAACTATCTATTTATTTGTATCATTTACATATGAATAAGTT CAATTTTTAGACGGGGCAGATCCGTAGATGAATCCCTACATACAAGTTCA TTGCAATCCACTGTTTGGACTGTATTTTTGTTCCGGGCGGTTAACGGTGT ATCCAGGTTTCATCATCTGCAATTAATTGGCAATGAAGCTCGGATTTATT GCAGCTAAACTGTATCAACAAAGGGTTAGAAAACTTCACTCAAGCACGTT TTTGTTCTAACGTGAGCAATCGCGACACCTCATGCACAGACAGTTCTATC ATGCAAAAATGTTGACTTAAATATGAAAAACACTTTCTTTTGACTTGTTC ATAACATCTGCAATCACTTCATTTTAATTCAGCGGTCGTCTAGCACTATT TTCTAAGATTTTGTTGATGTTTGCATCTGTAGTTGTAGTTTTTAGAGGTT CAGAACGTTCATCGTTTCCCAAGCTCATACGACCACGTTTAAATTCATCT GCCGAAAATTTAACTCCGATAAATGATGGTGCTAAGTCCCCATTTACAAA ATCTTACTCATCTTTAATTTTTGTTTGCGTATTGCCTTTCAAAAAATAAT ACTTAATCACAGTTTGATACTCTATTTTGTCCATTTTCACAAAAACACTT TCATCAACTCACTCAAACGACTGTTATATAATAACTGCTATTAAAAAATT GCTGAATATTTGGTGAGTAACTGTCAACACATGTTAAATAGATGTGACTA TATTTTATTTAAGAGTGTTTCATATATATATTGAGGTCGGAAACTTTTCA GATCAGAAAACTTTTCAATATATAGTTTAGGACAACCAACCGTTCACTTT TCCCCCGACATTTATTCTTTTCATATACTGTTAGGAGTATGAAGCTAGTT TTTAAATTAAWKAAAWMATSCRGGGGGGGGGGGGTCGGGTATAGGAAANN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGT ATTGAAGTAAAATAAAGTTAAAAATAAATAAATAAGATCGAAATTAACCT TTTTATAGAAAGGATCAACATTAAAAATTTTATTCTAGATTTCATGTCCT CTTATTTATAAAAATCAATTTCTTGCATCCGTAGGATAGTTGTAGTCCAT AAAATGATTCCGATGTGATCTTTACAGTATATTTTTACTTTTTCCCCGAA ATTTGAAGAAAAAAAACCCCTGAAAAACATATAGTATGCTGTTGGACTTT TTTTCGTTTAATGATGTCAAATGTTTGACAAATAAACAAAGAGTTAATTC TAGTTCCACCAATCGAAATACTAAAAAAAATATATTTTAGAAGAAAAATC GACAGCTGACATAAATAGCAAATTATCATGTTATTGGAGTAATGTCGTAT AAAATCTTTAGGATTTTTACATTGTAATATTGGAGTTTTATTGACACCTT TCGGTTATTTGATAAACCAAAATCTACGCCATCTTTGATAAATATGTATA GTTTTAAAATTTATCTATTATTCTAAAATAACCAACTTTCAGAAAAATAT CTTTTAACAATTTCAAAAATGCAAAAATAAATTATTTAGATAGAGGTTCA AAGATTTTACTCATCTATCCAAATTTGGTATTTATTAGTTTCATGAYGAT CGACTTTCAGAATTGTTATGTTGTGTGAAACGCTGTATAAATGATACCAA ATATGTTAAAATGTGTTGGGGTTTTAGTAATTTACTAAACCAGTTTGAAC GTCGCTCTCTCGTGCACTAAATACTGGGAGAGGAGAATTACTATTAATAT GTGATTGACTATGAGATAGTATATTTAATGTACTGATTATTAGAGTGCTA TAATATAATATAGTTTGTAAATAATATAATGATCAGTCGTCATCATTATT GGACTGTTCCAAACATAACGTTGCACCGTTTAAAGGATTTTGAAGATCGA GTTAACCGAAAGATTTAAAGAATGCCTACGAAGGGTGAATTATAAAGAGA AAATTGAGATTTGATAAAGAAGGTCAAAATGTTAAAAGGAAATCAAACAT CGGTCGATGAAAATAAGAAGGATGATCCTGATGGAAGAGGAAAAGCTAGC TCATAAAGATTCTATTAGAAGAGATGAACAGCACTGTGAAATGGTAGAAA GAATATTTAAGGCATTTAATTGTAAAAATTCTGAAAAAATAGGAGAACTA CCTTTGGAGAAAGAAGGAGTCACAAAAATAAATCAAGAAATGCAAATACT CATAAAATCTCCACCTCAACTTGCAGAAAATATAAAAGAATTTGTAAATT GGAAGACTTTACGGGATAATTATGTGTTGGCTCTTGGATTTGGGGATCAG AATGAAATAAAGAAAAAGGCAGTTTTTAAGTAATTGTGTTGTCCTGAAAT ACTGGATAAGATAGAACATAACATGTCAATCAAAATGGATGGAGAAAATT CTTTAAAAGAAATCATGGATCTTATTGAAAATTACCTTAAGAATCAAATT AATGGAGCATTGGAACGGGTCAAGTTAGTGGGAAAGAAGCAGAATAAAGA TGAGTGCCTTGATTCATTTTATACGGATTTATGTTGCCAAAGAACAAATG CTAGATTAAGGGAGATGACTTTTGAGGACTGGATATCAACACTAATTATA ATTGGAATAAATAGTGAAGAAACGAAAAAATACCTGTTGTCTAAATCAAC TGAGTTGTCACTTTTAGAGGCTATATCCATTTGCCAGAGCGANNNAAGGG TAACCTTCAGGAGGAGACTTTGGTAAGAAAATCAAGTTCGATATGAAGTT TAAAAACTAATCATAAAAAGGAGCAGATAAGAGGAACTCAAAGATGCTCT AATTATGGAAGAAATTATCAAAGAAATGCAGAAAAATTTCCTCCATATGG GGAGAAATGTAATCAGCGTCAAAAAAATAGGTTATTTTAAATTAATGTGT AAATCAAAGAGAGTATTTTTCAAATCTAATGCAGTAAAAGTGAGCGGTGT ATAGAAGGACGTAAATGATAGAATGGTATTTCTGGAAGTAACGTACAGAC AAAGAAAAGTTAAAAGGATAAGAGCAGTGGGGGATACTGGGGATGAGATT ACTATTGCAGGTATTGATAATCTGAAGAGTATGGGACTATGGTACAAAAT GCTAGAGAATAATGTTGAAGAACAATTATCAAGTGTCGATGGGAAGAAGT TGAGAATTATGGGGAAAATACAACTAACATTTGTATTAAATAATATACGA GTAGACGAAACTGTTATTGAATGTAAAAATGTTACTGAAGTATATTTGTC AAGAAGAGTTTGCAGAGGGCTTCGGTTAATTTCTGGGGATATACCTCATG CAATTCATTCTGCAAGGCCCATACCATTTGCCTATAGAGGTGAAGTAAAG AAAGAAATTGATCACATGCAGAAAATGGGAGTGATAAGTAAAGTAAAGTA GGGGACAAGGCTATTGAATGGTGTCACCCATTAGTAGTAGTTCCAAAACC AAATGGGAAAGTTAGACTTTGTGTTGATTTAAAAAAATTGAATGATTAAG TTTATTGACCAATTCATCCAATGAGGACTCCATGAGATGTTGTTTTGAGT TTACCCACAAAGGGAAGATTTTTTACGACAATGGATGCAAAACAAGGCCA TTGGCAAATGGAATTAGCAGAGAAAATCAAGACATATGACTTTTTTTATG ACTCCTTGGGGTAGATAAGTTTTTAATAGAGTACCAATGGGTTTTGTTGC AAATGGAGATGCATATTGCTTATGTGGAGATGAAATTTTGGATAATTTAC CAGACAAATTGAGAGTGGTCTATGATGTTTTAACAGTATCAAGGAATTTG GAAGATCATGTTTGTAAAGTAAGAAGGATTTTGGAAAAATACCGAGAGAA GAAAATTACTTTAAATCCTGATAAATTTATATTTTTTCCACCAAAAGTAA AATTTTGTGGATGACACATATCTAAAGAAGGCACAAAATTTGATCCTGAT AAATTGTGTGCAATAAGTAAATCTAAAAAATAGGAGGGATCTTATCAGTT TCTTGGGTTTAGTTAATCAACTGAGTCCATTTTCATCAAAGATAAGTGAA GCAGCAGGACCTATAAGATAATTATTATCATCACAAGTGGAATTGAAATG GACTACTTACCTTACCTTATCCATGGATAAATTGAAACAGATGTTAAATT CACCACCCGTATTAGCAACATTCGATTCGAAATTATGAACACGCGTTGAG AAAAATGCATCAAAATAAATGGTTTAGGATATGTGTTACGTCAAAAGCAT CAAGAAGTTAATACAATATGGATCTCGATTTTTGTCTAGTGCAAGATGAA TTGGAGTGATTGGGAATTTTGTGGGTAATTAAGAAGTGCCATATATTTTT GGCTGGATTAACCACATTTACAGTTATAACTGATCATAAACCTCTTATCC TTATTTTAAATGGTTATACTATAGAAATGGTTGAAACTGCGAGATTGATC CGTTATAAACTTAAGTTGTCCATGTATTAATTTAGGCCAGAATGGACGAA AGGAAATGATCATGAGATCCCGAACGTATTATCAAGGGCACCTGTGTCAT CTCCAGAAGTTAATAAAAATATTGAAGAAGAAGTTGGTTACTATAGAGAC GAAGTAATTCGGATTGCAATGATTAGAATGAGCCCATCAGAAGAAGAAAA GCCACGCTGAAAGTAAAGTCAAGTCAATCAAGGCATTGTTAGAAAAAGTA AATGAAATTATGGGTTCGAAGAGATTTTTCTTGAATTACTTGAGTTAAGA AATACCCCGAAGATTAATGGAAAAACGCTTATTGAAATGTTATTTGGTCA TCAAGTACGATATAGCTTACCACAACATTGGAGAAGTTATGATAAAACGG TCCGGACTCAATCAGTGGATGAGGAGAGATGTAGAGAAAAGGAAATAAAT TATAACAATTTAAATACAAGAAACTTACCTGAGTTAGTTGAGGGAACTAA TGTAATTGTAAGCAATTATAGAACTAGAATATGGGCAGATGTATGTGAAG TTCTAGAAAAAGGAGTCAATAGATTGAAATATGGAGTCTGTAAACCTAAA AAGACGATTGAAATTCATAAATGAAAAGAATACGAAAATTGCTGAAAGTT CAAAAGAATTTGAGCAAAGAAGGGAGATGTTAGGGTTTTTAGTAATTTGA TAAACCAGTTAGAACGTCGTTCTCTCTAGCACTAGGTACTGGGAGAGGAG AATGATTATTAATATGTGATTGACCATGAGATTGTATATTTGATGTACTG ATTATTAAAGTGTTATAATATAATAAATATATTTTGTAAATAATATAATG ATCAGTTGTGATCATTATTAGATTGCTCTAAACATAACAAAATGGATTTT GTAATCAAAAAGAGTAGGTTTTGTTGGTCATTTGTACTTTTTTATACATG CCATTATCAATGACTCTTATAAAATTCAAATTTGAACTATAATTAAGACA AATTTTGTTTATCAATAAAGTTGTAACCGATTTGATAACGTTAATTCTAC CAAATAAATTGCCGAATTGTATAATTATATAATATTCCATAATTCNTTCA ACAAATATATTTTTTAAAAGAATACAATGAATTATTATGTATTTAACAAT TATCCTAGATTTTTGTGAAGTTATAAGTTTTATTACAAATATAAAAGATG ACAAGAAACGAAGAATATTTGATAATAAAATATATCAGTCCTTTAATTCA TATTTTATTTGGTATAATTTATTAATTACCTTATTATTAAAAGGGTGTGG AACTACGACTAAATGCATTTAACCTTTTATGTAACAAGAAGTTCCGATAA TATGCAATTAAAATTAATTAAATGCTTATATTGATGCTACTAACTTCTTC ATTACTAAGTTTCTGAGAAATATTTATATATTTAAGTAAAATCATTTTGT TAATAAACATATGCCATAAATAATGAAAATGCTGATACAATTGAACATGC CCTTCAAACTTTTGTATACATAAACATATAATTTGTATGGTTCTTCATGA TAAATAAACTATTGACGAGTTTTAGGGTCAATCCATACCTCAATTAAAGA TGATTTGGCCGGTGGAAGAAAGGAACCATCTTTATACAAAAAAACTACAA CGAACAAGAAATAATATTCAAATAAAATTTTTTGGATAAAAAAGAAAAAA AGTAAATACAGTGTCTTGAGAAAACAAAAAAACAATTTTGGAAAAAAATA AAGAAAAACAAACCATGTACTTTTGATTTTTTATATTATACAGGGTAGGG GTTTTAAATCCGGAACAAGTTTAGACTTCAATATGTAGGTTACCTTTAGA TTTATTTTTATGCAAGTAGAATCATCAAATTTAACTGACAAAACTGTATG GGAAAATACAAAATCCTTGAGATGTCTTCCCAACACGAACTCCGTACGTC CATTATNNNNNNGCCTTCGTGCACACAAAATACAACAAACTTTGCTTAAT GGTATGGTTATCATAGACATCATCAAGTGACATCAAGTAAACAATATAGT TCATGCCCAACAAGTATTAAAATCCGATGGTTTTAATGTGGAATGGGTCC AATTTTATGTCTCGAATAAAGGACCAATACAACCCTACTAAAAAGAAAGA TCGTGTGTAAATCAATATTACTACCCCTATTTACTACAAATAAGACATAA AGAAATTGGGAACTTGAAAGGATTGTGATTTAATCTAATTTATACCATTA GGCTGTCCAATTTCATACAAAACTTTGTCAAAACGTAAACTTATGTATCA TATTCAATCAAAGTTACATTTATTCGAGCAATATGAAACCCTTCCTAATA CTACCAAAGTAGTTATTATTTTAATTGCATTTTTTATTCAAAATGAAAAG CACAGATCACTTTTCGACGTTCTTTTTTCGAATTAACTAACCAAATTAAC AGATTAAAATCTAATGTTTATTCTATTTTAGGTGATATAAATATATATAG TTAAATATACATAAGATAAATAATAAATAATTCCAATTTTTGATTACCTA ATTTCTCATTGTATATTGTACCGATTCAAAACAGAGAATAATTATGATGT TCATCTAATGTGAATAACTTACATTTCGATCAAGAAAATATATAATTTTC ATTAGATATATCGAGACCAAATACTACGAAAATATTCTTATTATTAGATA GTTTTCAATCATTCGCAAAATCTAACAAAATTAGTAATCGAATAAAGACA TGGACTACGAGCTCACTAAAATTTTGATGTGAAATTTGAAACATTATGCA TAAAATTCAACGGTTCTAGTCAATAAATGAAATTATGTAGTTGAAATTGT TACTTTTTTTTATCAGAATTAAAAATTAGTAGTACAAGATTGAAGTACAA CTACTCGAATTCGAAAAAATATCCACTTAACTAAAGTTTCTACAAAGTTA TCGAACTCACACGAAATATTATTCAAAAAACTCGACTAAACGCCAGTAAT TATAACTCAAAATAATCAAAATATTAATCAATCTAATCTCCATTTGTTTG TAGACTATTATTGAGTATTTATTTTAAATTTTGCTTTCATATTTTTGGAG GGAGATTTTTTACTTTTGTTGTTGTTCTTCTACGTAATTAATTTTCAGGA AAGATATCGCCTCCTGTTTAAGTTTTATAATAAATATGCTGTTGTAGATC AAAGGTCTCCAAACTATGTTCTGTCGGCCAAATATGGCCCTAATGTATTA AATCTGAACCACAACAAATAAGTAGAGCGCATGAATCTTACGCAGGTTAG CTTAACGACTGGAAAAACAGGAAATATTCCTCTGTGCCTGATGCTCTTAC TCGAACTCGACTTGATTCAATACTAAAAACTCAAACTCTATTCAACTCAG TATTCAATCAACTCTAATAGAATCCAATATTAGAAATATATCATTCTTAT TCAATTTTGTCTTTCCCATAATAAAAAATTAGTATTGGCAATAAATACAG AGATATTTTCTTTAAAAAAACTTTTGTTTTCTACATTTTACCAAAAACTG TCATAGTATCTCAACACCCTCCCCTCCTGCAAAGATAAATCTTAGTCATG GCCCTGGGTGCAGCAAGAACTCCCTTAACAACTCCTGATTTGTCACTTGA TCAAATGTGCTTGCGCTCTTTTATTTATTTTTACTAAAGGGAATTATTTC GTATGTATGTTCACTAAAGGGAATTATTTCCTATGAATCAAATGAATGAG TTTGTCAATACAAAAAATAACAACAAAAAAAACAACTTTGAACAAACATA ATCAATTTATTATCATTTGCGAAGGCTGTAAAAAGTATGGAATGGAATAT GCTTATCATTTGCAAATAATTTGATATGAATGAATGGGATATATATAAAT ACATTATACATAGTTTTACCTACATAATTATTAGTAGTATTGTTTCAGAA ACTTTTATTCAATTGATGTTATTATTAAGCTACTTTGAAAGACATACATT CATTTTTATATAATCAATCATCTTTATGATTTTTATGATTTGAATATGGA TAAAACTAGTGATGTACAGATTGATGTTTAGTCCGTGAGACTCACGTTTC GGGTTGTGTAATTTTAACAGGCAATTTTAATCAAAACAAGCTTGTTCATC ATTTAATAATTAGGTTTTTTTTTTTTGATATATTGTATAAGTTTGCCCAC ACCTCATACTTTCTCTTTCCATTACAAAATTGGAGACAGCGACAGCAGAT ACCTGAAATTCAGTCATTGCATTCAGTATAAATCTATTTATGTATGTTCA TAATAATTTTCTGTTCAGGGAGTAATTGATTGGATGGCATAGAAGTTCCT CTCCATGATACCTATTACGTTCATCCTGTAATAATTATACTGTAATGGTT CATTGTAGATTGAAGAAAAAGTCATAGCACTTTACTTTATGAGAATTGAT CTCCACCGACCTCATCGTTAAACCCTAGGACTAGACTAAACTGAACCGTA ACAAATAAACAAGAACTGACACAACACTAATTTAATGACACACATTAATG CTCATTTTTTCAAGCACAAAAACTAACCTTTAATTTGTATTTTTTTTTAT TTTTTTTCATTATTTTTTTTATACTAGGATCGAATGTATTGTTAAGGATA AAAGGTTCTGCAAATTTTATAAAATTTTTGGGTTGATACAAAGTTTTATT TAAAATTGTTAACTCACACATATAAAAATAAAATTAAGATTGTAGTTTCA TTATAAGTGAAAAAATTTATAGGTAATTTTGTATAATATATTTCTAAATT TCGATTAAATACCTTTAGTTAATATGTATTCGACAAATTTGGTGGGCATA AAATAATGAATTTTGCAGTCTTTTTCTATAGTAGTCAAATTAGGTAAAGA TGTGTTAGTCACTCGCTTAAAAGCGGTAATTAATATTAGGTTGGAGAAAA AAATAATTTCGTAATTCCCGTCCTTTTTTTACAAAGTATATTTTGTTCAT TATTGGTCATATCGGACCATACGATAAAATGTTGTAAAGGTGTTAGTGTA TACTAAAAACACTTTTTGGACAGTATTGTACCTGGACGGTTCAGTCGTGA ATTATCGTGTGTCAAATATGGAGGCCTCAGAGGAAAAAATTTACCATATT TTACATTTTTACTACATGAAAGGACAAAACGTGTTGAAACTGAGCAAAAA AATTTGCAATGTAGTCAGGGCCAATACTTTTTGATTCGAGTTGAATAACT CGACTGTTTGAAGCTGGCTATCAAAAAGAAGTGAATAAGAGACTACAAAA CATCATTTAGACAACGCCAGGCCACACGCATCTTTGATGACGCGCCAGAA GTTCAAAAGGGTAGGATGGCAAGTTCTTGTMCCCCCCCCCCCTATAGTCT GAACCTGGTACCAAGTGACTACTACCAGTTCCTGTCTATGGCAAACGCCC TTGGTGGTACAAATTTGGTCTCAATATAGGCTTTTGAAAAATGTATGTCC GTATTTTTGCCAATAGGGAAAGGGTTTCTACGAGAAGAACATTATGAAGT TGGGGTCTCGTTCGCAACAATTTATTGAACAGAACGGGACATACTTGCCA TTGGATGTTTGTAACACTTCTTATAAAGCATTTAAATAAACCAAAAAATA CGAAATTACTTTTTCTCTAACCTATTACATGTGTACACCTAAATATAAAC AGTTTCTTTGTTGCCTATTCACTATACCGTGCGTACTTTTTAATTTATTT TCTTTGAAGCTATTTGCTTCACCTAACTGCCATATAATACCTACATTGTA GGATGCCTCTTTTTTCCTCGGATGGGAAATATTTGTAAATATGTAGCTAC ATGTTAGGATTGTCAAAGTTTAGCACGTAATAATGAATAATTTTTGTCGT GTGTAGAGGCAATTATCAATCTTTTCAAGCAAAAGCGTAACTTTCACGAA GGATATTTAAAGACAAACTTGTAAAGGCATTTATTTGTGCAATTCATTTA TGGCCCAATCTATGAATACATAAAACATGATTATGTTTTTTATATGTTCC TTTCAGTTTCTTAAGACATACCGCGTACAAGTTACATATGAAAAGTAGTT TGATGAATCTTCAGTAAGGAATTGACTTATAGAAAATTAGTAGATGGTTA AAATTTCATTTAATAGGTTCATTAAAAGATGTTGATTATATTCATGGTGT TACTTCAATTTTCTGACAGACGATACTTGTGTGAAATATATTTAACCCCA GCAAACCTTAATTATATGTAGACAATCAACCAAATCTAATGTAATCAAAA CTAAGTATTTTATGATAGTACTTTGAGCAATCAACTTTAATCTGACTAAA CAATAAAACTATTTAATCAGTCTAAATATTATATAATCGATTGTTATCCT TTGCAACAAATATTTCAGCTGTAGCAAATTAATTAATTTTTTTAGTTAAA AAATGTGAGGGAAAGAAAGACAAAAAATAAAAGCTTTAATTTTAAAAAAA AATTAACAAGATCAAAGTTTTTTAAAAATTAATTATAAAAAAATGGAAAA AAGCTAACAACTTTGTAAATCTGTAGTATTAGGAACATTATTTACGCGTA GCCTCCTGTAAAAATTAACCTAATCTGTTATTTTATTAATTTAATACTAG AAACATTCAATTCAATTGTGATCCATGAATGTGGCTTTAAATGTACATTT TAACTCCATTCTTATTTTGGACAGACATATATGTTAAATTTTATGATGTG GCAAAAAATAAAGACCATAAACAATTGATATAATTTGTTTAGATTTTTCA TTGTTTTTGTTTTTTTAGATCGATTCATTTGTTTTTTTGTTTTTTACATA AAGGTATTAGATTATTTTTAATGTTATTATGGTTAATTTAATGAATTTTT ATGTTTCTTGAACTGAGTCTACAGTTATTAAATATTTATCTACTTTCTCA TACCTCTAATAATCTTTATTAGGTGAAGAAGTCATAACAATTACATGGGA TAGTTACATGAAAAAAGTTAACGATTTATTTTAGGCTTCAAAAATTAAAT ACATTTAAATCCTTTTTATTGGATATTGATACAGACGTGCACCTTCTGCC AGTGATTGAAATCCTCACGAATTAATGATCGAAAATGAATGTTACTTTTA ACACAGTTTTTATCCTTCGTTTATGATGTTTCAGTATTACATCTCCATTT TCACAACAGCCTATCAGGGAGAGTTGATAAAGTCATTGTATTACTGTTAT GAATAATAATAGAAAGTTCTTTTTTAATCATATATTTTGTTTTTAATATA TGTGTACTACAGCGCTGTAATTGATGTTGTAGTGGCGAACAATGTCGTTA AGGGCTCTTCAACCCTTCAACATATCAAGAAAGTTTGCTTCCTCATAAAG TGCCATGGATGAAAATAATACTCTCCATCAGTATGTTGAAAAAAAAAAAC CAACAATGAACGTGTTCACCCTGATAATTTAAAGATTGTTTCGGAGGAGA GTAACTTAGCTGTCATGACGTTTCATTAAATTAGTTGCGAGCAACTATCG GAGGAAATAAATATATATAAACCCTACTCCGTATCTAAAAATAATACATA TTGGTAGGAGTAACTTCTAAATCGATTCTAAAATATATTTCGAGTCCAAT ATCTAAGCGTTATTCTCTCTTATTTATGACAAAACATATTTTTGATTTCA CTGTATACATTATACTTATAATATGTTTTCTTTTCAAGAATGGAAGAATA ATGGGAACATAATAAGGACCTTGCATAATAAAAAAAATGCAGGGCCCTTT TTTCATTATAGTATTATTTTTATCGATGTTCAGAATCTTCTATTGTAACT TATAATCATTGGTAGAAGTAGTATGAATATTTTCAAAATGTTTTAGAATT GTGGAACAGACAAATTTATTGAATGTCGTTGGAAAATTAATAAACTACAG CTTTCCCCTGAACAATTGAGATAAAACCATCGTTTATACTTATAAAGCCT TTTCTATAAAATAAAGTTAGTAGCAATTTTCTTATAAATTATTTTTACTG CATGTTTAAAGTAGAACTGAACAACATGAATTTTATTAAGGCGTAAAGGA ATTGAATCTGAATTATTTACTTACTTTCGCTACGTCTTTGTATGAGTAAG TATACCTTCCTAATGACTTAAGTAAATACATCGTGAGTCAACATCAGGAT TGTGTAAGGCCTCATATCCCTAATATTGATACTATGAATCACATGTTTCT TATCAAGATGATATACATATGTACGAAGTAGGTAGAAGATAAAGCTTAGT TTGTACGACTCATTTCTACCATATAAGCATATGTAATGATTACTTGAAAT TTACTCAGGAAGGGACGTTACAAATGCATTTTTTCAGGAGTTTCTTGATG TTTTAAGTTAATTAAGCATTAACTAATTACATGCAAGTTGCTGATTTCGT CAAATTAGAACTCATATGAAGAAAAGAAGTAATATAAATAATTACTTATC ATGTTAACATAGCATTTTGTTGTCAGCTATCGATCTAACTTTTTCCTTAT CAGTGTTCTAAACGTGGATTTATTGAATTCAAATTTAGCGCAGATTGTTA AGCTGCGATCAATTATCAGCAAATATTGAATAATAACTACATATTTGGAG AGAATTGACTAACTACTAACCGAATTTCGACCATTTTTGGTTTTTTTGGG GAAAAAACATTGCGAAAAACAACAAATACAACGACACATTACTACGTCAT AATCTCTGTGTCTTCCATCTTTAACTTTTATCCAATAAAATTAATTCATC TCACTGACATAAGTTTTTAATTTGTTCAAACTCCTCCTTATTAAGAACAT CAAAATCCCTTCGTTGGACAATGGTTCCAAAAGCTTTTATTCGTAATATT ATACTGCTGCGATGTAATGTGTACTTAGCCTTATTTTTCCTTTACGACGT TGCATATTCAAGTAGGTACTCTAACTAAAAAGTTTCTTGCACTTATTGAG ATGCAATGATGAAGATTACGTTAGTTGTTCGGATCATCCACAATAGCCCA AACAAAATAGACTTCATAAGTCACACACTTACAACAAAAACTTAATCTCT ACTCAACGATATGTCAGCAAGAGTCCTTAAGCCACATAAAAATACATATT TGTCATCGCACTCTCGTATGTAGGTATCGTTTTTTCCGCAGATGAAGCAA TGTAGAAGAATAGAGTTCAACACTGGCATTGTCACTTATGAAGAATTATG AAAAATCTCCTTTTTCTATTTTTGTTAATATATTGTTAATTATTTTTGAA TAGGTTGAATATGCCATAACTGTGCATTTTATTATTTGTAGATGTTCAAT TGCTAATAACTCAAAATATGCAAAGTAGGTAGAGCCTGTTTGCATGCCTT CTGTATTTAACGTCAATTTTCTTGTGGGAAGATTGCAAGATGGATATCAG TCACAAGTAGAAGTGTAGGTAAATCTCTTTTCAAATTCAAATTTGGAATG TGAATTTACTCCCAAAATATATATGAAATTAAATTTACATATATATATAT ATATATTATTAAAACATACCATCTCTATGAATATTTTTACATATTATTTA CTTATATGTTCATTACATAACAGTTGTTCTCTCTCGCTTTACTCACTATG TGTTATTTTTAGTAGATTGGTAGTAGACCCCCATATTTGAATAATACTTC ATCTTAATTAACGTTTCTGTCTATATACATTAGACTGCTCCGTTTTTGCG TCAACGATTTATTTTTCTGCACCTAACTTTTTCTGTTTGAAAAAAATAAA TAAATTTACTTTGGAAAAGTTAAAGGCTTTTTAGTCCATTTTTGGTGTGG TACAAGCCATTTTAATGGTACTTTTTGGTCAAAATGGGTCCTTTTTAGGC ATATTATACCGTCTCAAAAATGATGATATGAGTTACCATGTCCTCAATCA TTTATAAAAGGGATGTCTATCCTTTTAATGTAATAGGCCACATTGCCACT TGAAATATTTGAATGATCCAAAGAACATAATAAATTACATTTCATGAAAA ATGATAACAAAAACCAAATACAAATTAATTTCCACTTTAGGGCCAATTTA ATTTATCCAGGCCGAATTGCTTCAAAAAAGGCCAATCGGTAACCCTGTTA GAATCTCAGAAAAAAAGAGGTGACGTCATTTTTTTTTTCATTGCTTGTAC GCTCAGGCAAGGACTCCTGTAAGCAGGACAGGACACTGCGCTCACGCGTT TCCAATATGGGTCTTTGTTTATTCTATATGGAATGTCTCTTTTAAAGTGT TTTGCTACAAAATAAAGAGTCTTTGAAAGTCTTTTGCTAAGTAAAATCAT CAAAATGAGGCTATATATTAATAATAGAAGTGGTATTCTATTAGTACAAA ATAAACATTAAAAACATATAAAAAAGAAAAAAACACTATCAAAAAGTACA AAGTTTGTCCAAGTCTACAAGTCAGAAGATTTTGATTGAAATTTATCTTT TTTTCTATTMCCTTCTGAATTCTTAGCTGCCATTCTCTTTTTTGTTAAAA ATCGGATGTCATCATTCAGTGTAGCACTTAAATTTTTACCCAGGACAGTA AACAAAGCGAATGAATTTTTTTGAAGAAAAGCTGACCTGGAGTGTCCTTC GTCGCACTTTACTCCCACAACTTTTTTAATTAGCATTATAATTAGTAACT GTGCGTATCCTTCGTGACAATAGTATGTTGTTACACAGGCCTAAATAACG GGGGGAAATCTTTTTTGATGCCCTTAATAAGGAGTAATATCGCCGGACAT TACTACATAATTAGATTTTGTACTAAATCTTTACGATGGATTTAATTTTA ACATTTTTTTTATTAGTATATTTATTGTCTAATTTTATGATTTTGACAAT TACTTTATTATTAACATTTATTTAGATCTCATCCATTGAGATATATCTAT CATGTGCACAGTTGTATATAGCAACGTCCACATTAGGAAAATAGGGTGAT GATCTTTTTGATTAAACTCCACGTCAGGCTTGTGTTTAGCAACTTAAAGT TATGACATATTTAACTGAATTCATGTCAGAACAAGAAAATATTATTTGGA TCAATTATTTCAATATTCTGTATTTATAGTTTATTGTTATTACTAGWCAT AAGATTCTANNNCAATATTCTGTATTTATAGTTTATTGTTATTACTAGTC ATAAGATTCTAATTGTTTAATTTTGTATATTTAACATAAGTGTATGATGG TTTATTTTTTAGTATGTATATTATATTTAATTTAAGCCTTCTTTTTAAAC TTGGAACTTCAAATATATTTCGAAATACTCTACTTTGTCGTTTCATTAAT TATTATTCTGAGAATATGGTTCGTAATGAATTACAATTTCATGGAGTGTG ACGTTTTCAAATCTATTGTAACGGATAAAAAACGTATAAGTCAATTATAC GTAGTATATCTTCATTAAACATTTTGCTAATAAATACTTTCGTTATACCC TCAAAAATCATAATAAAAGTAGGCAGCTGATAATCACATCAGTATTTGGA ACAATGATACCATAAGTCTTTCTCCGCCCCCTTCTCCTTGCATGCGTTTT TCTCTACAGAATTATTAACTTTAGACTTATTACTTATTAATCATTATCCT ACCAAACACGTTGTATTGTTTTGTTTTTTTACAATAGACCCATGTTGCAC GCGTATTTGAATTCATGTTTGTGCGTGGCTGGTCCTGCTTTCAGGAGTCC TTGGCTCAGGGKATTATGTGGGTTCTACGCGGTTTCAATGATATTGTGAC AATTTTCATAAAAATACTACTTTAAGTGAGAATTAGCAGTGGGACACAAC TAAACATTAGGTGGGCCACAAATCAGCCCAGAGTCTACCGGTTAGAAATC CCTGATTTAAATGGTCTAATATGTGCTGAATGATTTTCAGTTTCCCTACT TTCCGCTACATTTAACGAAAATCTTTGCAGTCATGTGATTGGGTTGTATT TTTGTCTCAGGTGTAATATGATATATTCAAGTTTACTTTTATATAATTAA TCGGCACCAAAACTCGGATTTATTGCGCCTAAGCGATAATGTTCCTCCTT TTTGTTCAACAACTATTAAATCAATTTGGGTTAAAATTTGCTATATTATC TTAGATAAAAGAAAGAAACTGCAAATTATTGAGCACATATTGAAACTATT CGACCGAAAAATTAAAATTATTTTTGAAAAACAAAAATTGGATTGAGAGG CCTAAATCTAGGCTAAAGTCATTTTTTGGTGTCCCGAGCAGTAAAGGTTT TTTTACAGAGTGAAAAAAGTATTAACCCAAAATCAGAACAATCTAATATA TAAAGATATAATATTCTTATAATTTATTCATCTGATGTAAGATACAAACA CAAATCTTTATGTATGGGGTATATTTCCTAACTTTTTTTGTTCTTCGGGG ATATTTTTTTCAGGTCTGAATACCCACATAATAACTGTGAGGGATATTGG TTATTCCCCCCCCCCCCCCATTACCTAGCTATAAAAAAATCCAACTACAT CTTGATCACTTTATAGGTTTTCTTTTATTTTTTTTAGAAATCCAACTGCT TTGATTAAGCTGGACCTTAAGGATAGGGTTAATTTATTAAACCAATGTAC ATATCTCCTTTCAGAACTACCAGATATCATTTATCATGAACTCTTTAAGA TTATAAAATAATAAATTAAACGACCAAAAGTTGGGATATTAAACTATTTT ATGGAAGTTCACCATAATCATTTCACAGTCAGAAAAGTTCACAGTAGGGT GAATTAGAAATGAGATAAAGTCGATTTATACTGCATATCCAAGTAGTGTT CAAATCGTTAGGCATCGAGTCTTAATTCAATGCTCATAAGACCAAGTAAA GTTTAAACCCTTATTTCTTTCAGATTCATTTCAATTCCATACTTATTATT TGTTAAAGTAAATATTAAGGTTTTTCTTGAGTCCAGTATAAATTAGTTAT AATAAAGCAAATACACTTAATGGACACTACTAATCTTTAATTTTTAGGTA GTATATGATTTATTGTTAATATTTTGCTACTTATTGTGGCTGAAATTAAG TTTTTTTCACTTAAATTTACTATAGTCAATAAAGTCTTGAGTCTTAGCCT TCAAGTCTCTGATTTTAAGTTCAAATCAGGTCTCAAGTCTTTAAAATATA GCCTCTAGTCCATTTATTCACCTCTGAAGAGAAAAAAAGTTTAAAAAAAA TTAAAAACTGTTAATTTAATTATAATATAAGCTATTTTTATACTAAAATA ATAGGTCGATATTCGGTGGGGCAAAGTAAAACTATGCCTCACTACCCTAT GAACCCCTCGCAATTGACAGTATCGTTTGTAGTAGAGTCTTGAGGTCAAT TTTTAATTGAGTATTGGGCAAAGAAGCAAAGTAGATCTATGAAATCATAT TCCAGAAAATCTACGAAAAAAGATAATAGGGAAGGATCCATAGGGCTTAA TTATACTTTTATTGTTGCTCATTCACAATCAACCTATTAAATTTATTGGT AATAATTAATATAAGGAAATTTAACCATATTGAAAAAAATTATAGTTTCC AATTTATTTTTATGTTTGACATTTCTATGAAAGAAATGGGTACTATAATC TATCTGCGCACATGTTTAAATATATCTTTAGATTAGTAACGTCAAAGAAA TGTTCTTCATTTGCACATCTTAATTATGCATATGAATATGTCAGATCGTT TCAAATAAGGCTTTTTTTTTTTCGTTGCAATTTTCTGCTATAAAAAAGTC ATAGTTTGTTGATCCAGTGAATTATTTTATAATGTATGCGTGTGTTCACC ATATAACCCCGTGGAAATTTTAGTTAACATGACAAATTGATTACTATAGG TATATATATTCACAAAAAATATGTTTATCATTCTCTATTTACCTTTTAGC CGGCTGTTTCAAAAAAGATTATGGAATTGCTGATTCTTTCTTGTGAATGT TACATCGAAGAATAATCGATTGTATTATATTCTTTGGTCCTTTGGACAAC AGAAGAACATATTGGATGAACAAAAGGTTCATACAGCTAATAATTGACAA ACCATAATGTTCAAAATTAATAATCACATATGTTTTGTTGTTTAATGATA TGATAAATTTTACTCATCAGATGATAAATTTAAAAATAGAAGAACAAATT ATGTAAGAATACTCTTCATAAATTGTTACAAAAAAATTTTAAAATATAGA ATAAAGAGCAAGTAAGGCATCATTTGTCTTTTGGGATTCAAAGTCTTTAG AATATTCAGTTTATCATGTTGTTTTTTTCATTGGCGAGTTATATGTATGT ATTTTAACAGCTTATGAAGTTACAATTGTTGAAAAAGAATGAATTAATAA CTAAAAAAAAGACTAGGACATTTGTTTGACCACGGTTATATATTTTTAAT AGTAATAGATGCTCAAATAATCTTTCTTTTTTTTCGTTTTATTTTTTTGA ATAAACTAAATATGCAAAATAGATACATAAAAAAATTATGTTAGTAAATG TATATAATAGTGTCATTTGGTGTTTTTTTAATTTTTTTTCAATTTCATGT CATAGTATTTTATTCTGTATCTGTAAAATTAATTCATCAAAATATATCAT TTCAAATGTGTAATTCAGGCATACAAATATACCAAATAATGCAATTTTTT TTTAATAAATCTTGAATTTCACAAAATAAAGATGCAGTACACCCATAAAT AACTGTTAAAAGACTGAAATGGCGTAAACACAACTGAAAAAAATACTTAA CTTTATTAATTCAGCTGTCTTTGATGGTATTATATATCATAACCACAAAA AAAACATATTAGTCGGTAAAAAACAATTGTTTTTACATACAAGATTAACT TTTTCAATTAAATATTATCAAAAACCACTCCCAGTAGCTGTTTTTTATTC ATTATGCAAAATAAGTGTAACAGCAGCTCCTTCAATTAGTTTAACTAGAA GTTGATCATTTTTAAATTATATAATTACATACGCTAATCAAAGGAATATT AATTATTACATTTTATGATTAACAAAAAAACTAATCCAAATAAATAATTG AAATATATTTTTGCATACGAAAATAGATTTTAAATCTTTAACAAAAGTTA TGTCAAAATTAATTTACTTTTTAATCTTTTATAGCATATATGCCTATGTA TATACATATAAAAAACGTTTGGGCATCACAGTATTATTTTATGTACCTAC TAAAATCTTTTGATTTTGTTATGCAAATCATGATTAAAGATTCAAGCACT TTTTGAATGAATCCCTCTGCCTTCAATTCTAAATACTTGACGCCACATGA TTTTTTTGTTTTTTTGCAAATCATTGAACCAAATCGAAATCATTGAAACT TTTACATGATAATAATTTTTTGTAATAGACTTGATGAAATTGCAAAAGAT ATCTACCATTTCTATGCAAAATAATAAAGAACTAAAATAAAAAACGTAAA CAATTTCGACGGTAAAACCAAAAAAAAAAACATCGATCGTACTAGAAATA GGGGCATGTAAACTCAAAAGCACTACTCAAATTAATATTTACATCATCTT TTTAGTACATTTCCATACTTACAATAAATTACTATTATTTTTTTCTATTA GGCAAAAAATGTGATATAAAACAAGGCAGGTATTTGGTATTTTGTTTTAA CAACATTATATTTTTTGAGATAAACTGTAATAAGAGTACATAATTGTACA AGTATCTATGATTAGAGATGTATAAAATATGACAACCAAGATTTTTTGTA GTTGGTAATCTGAAAAGGGTTTATATATATATAAAGCTACTAGTATTGTC ATTAAATCGAGTGAGAGAGATTCGAAGAATAAAGTAATTGCTAGTACTTG TGCTAATGCAAAAAGAAGAATAGTATTACTAATAATTTGTCAGGGGCAGA ATCACCAGTGATGCAGTTGAGTGGCTCCAAGACCACACTCTACGGCGTCA GCGAGTCTGAAACTTGGGAGAGAAAAATGGCTGTGTCAAAAAGGCCTAAC TGGATCCGAAGGAGTTAAAGAAACCAGTCGAGGCCAATCCACTCAAAATC AATTAAGGCCCATGCAAGAGATCTTGGGATTTCATATCAGACTATATAGA TAGTGAATGGAAAGAGCCTTATGAGAATGGAGGGGCCCCTTTTGACACCA GCAATAAAAGAAACCCATATCCTCCGTTGCAATACTCTTTTAAATGAGTC TTTTGAGTTCTTTTGAACTCTTTTCGACACTTGCCCCCCCCCCCTACCTT GATGCGAACCCTCTCGACTACATATTTTGAATGCATGTCGAGTGGAAGGC CCGCAGTGTCTGCCATCCAAATACGGTGGCCCTCAAAGTTMCCGNCAGCC AACACTGGGACATCATGACAGAGGACTACATCWGCAGCGGGTGCTAGGCT CTCTCCCTGGAAGTCATAATTACTGCTAAGGACTACTAAATTAATTATTA ATAGAGCTCAGACACACATCTATTTATAGTATTAATTTTGTTGAAACTAA ATTTTTATTTAATAAATTATATATTTCTGGGTTCAAATTTTAATGAACCA GACTATCATTGGTGATTCATTTATAGTAACTCTAGTCAATAACCCCCCTC CCCCCCGTAACAAAACCGTAATTTCAGCTTTGCTTAGTATATAAGTCCTA GTGGAACTCTGAGTAAAATTGAAGATGGATATTGTCGTGGGATTTCTATC TTTTTCATTATTCTGACAGCTGTTTGTAGCCTATTCAACGTCATAACAGT CTAAGCTGCTCTTTTCCCTAATATCTTTTTCAAATTTACCGGAATTACTG CGTTAATTTTTGGGTTATTTTTTTAAAAATACCAGCAAGTAAAAATTTTT CTTNTTACCGGAATTACTGTCGTTAATTTTGGGTTATTTTTTTAAAATAC CAGCAAGTAAAATTTTCTTCTGTCAAACTTATAAATTAATTTTTTTCCCT TTCTCCATATATGAAAGTTAGGCCATAATGTTGAAAGAACATTATAATAT TTTAGAATAAGCTGTAAAGTGTAAAAATAGTAAGTAATACAATATATATA ATTACACATTATATGTGAATACATGTTCAATGAGACTCTGAAAATGTTCA TATGTAGGACATTAATGAACGATTTAACTTGTTCCTACTTCTTACATTGT GTAATTGATTCATTGTTCAATGCTATTTGATCCTTAATTCTCCATTTCAC GCTTGATAAACAATTACATTATATGCATATAAACTAATGATTAATAGCTA TGCTATTAGTTTGAAAATCCTACATTTTACATTTGATCGGGAGCTAAAAA GAAAAAAAAACTAATTAATTACCTACATAACTAATTACAAAGTTTTTTGA TCTACGTTTACTTCATGCGCATATCTTATTGTGAATGATTTTTTAAAGGG TACGGTGATCATTGTATAACTTGATTCATATGAATATGTAGTCTCTAATT ATACCAAGTTGTCTATTAAAATCTGAATAATTTGAATTTAAAACTTCAAC AAAATATAATTTATGGATTAACAGTAGAATTTCAAAAAATTTAGAACTAT AAATAGATGTGTGCCTCAGCTCTCTTAATCATCAATGTAGTCACCCTTAG CTTCTATTATGTCTTCCAGGTGGAAGGCCTTGCACCCACTACGGATGTAG TCCTCTGTCATAGCGGCCCAGCGGTAGCTGACAGTGGCATTGAGAGCCTT AGTGCTTGGATAACGAACACTGCATGTTTTTTTCCAGGATATGCACCCGA AAGATGTAGTCGAAAAGGTTGGTATCAGGGTTGTAGGGAGTCAAAAGTGT CAAGAAAGAGTTCAAAAGAGTCTTGCAATGGAAGAGATTACTTTCTTTCA TTGTGGGTTTCAACAGTGGCCTCTCCACTTTCACAAGGACCTTTCTACCC ACTTTTTTGAAAGCTCTCCATACATTCCGGCATGAAATCCCGTGATCTCT TGCACGGTCCCTCATGGACCTGAGAGTATTGGGATGTGTTTTTTTCTTTA ACTTATCCAGATCCAGTTTGGACTTTTTGAGAGAACCATTCCCCCTCTCG AACTCTCTTACTGACGGAGTAGATGGTGGTCCTGGAGACGCTCAACTGCT TGGAGTGGGCGAATGAAAATTAGTCGATCACGCTCAAGTGTTATTTCTCG ACTTATACGTAAGCTAGAGAGCTCAGATTAATGATCATTAATGATTGAAC TAGTAAGTGTTCAGATTTTAATAGMCCACCCGCTATAGTTTATAGTTAGC AAAGCCTTCATTAGCCGATTATAGTGCGTATTTACGTTAAACTTATATTT TACTCCATTTGATTGCTGTAGAGCCTATTTCAAAAATATGATGAATTGAA TTTTATTTCTTCCATCAAACAATCGTACGAGTCAAATCTATTTATATAGG AATAATCAGCCCAAAAAGTTTTTAATGCAATCCGGTACCATGCTAATATT ACTAACGTGTCCAAATCGGAAATAAAAGCCGTCCCGTAGAGCAATTTTTG CTAAATTGCATCATCAAAGATATTTGCCAGTGACAGATTCACCAATTTTT ATAAGAATAATAAATACTTTAACTAGGAATAATGACAAATGTTATCGTGC CATTAAAGATAACCAAAGTTTTTATTCAGCTAATTAAATTGGTAAACTCA GGTACTTCACTATAATATTAGTAAAGATAATGGCATTAAAAGATCCCTTT TAAATTTATGGTGTTGTTTTTTTCAAGTACCGATAACAACAACCGGACGG AACTGATTTGAAGTATTTTATTAAGAACTGTTAAAAGCCCATTTTTATAC TAAAAAGTAACATAACAATCATCCCTTAGACAATACCCTTAGATCATCAC CCTTTAGAATAGTTACTAACTTCTTGAACAAAGGTGTGCAAACTACAGAC TAAACCCATGAAAAATGTATAATTTTTTCTATGAACTATTCTAATTTCTA TAAATGTGATGGAGTTGAGGTTTAAATTAATGTTTTTAATATTAAATATT TTAATTCTTATATCTCTTTTAAAAATGATTTTTAGAGTGCAGCCTTTTAA AACAGGTCATTGAGACAGTCAACTCTTTACGAGACGGTTAATATCAACCC CAGGTTGACTAAAAAGTCTGTTTCGAACTATATGAATATATAAATTCTGA AAATATGATATAGCACAGAATTAGATTTAATCCCCATTTACCATCTGTAA TGGAGTACTAATAGGTGGCTATTCCCCTAAAGTGTTTATACACAACAACT ATAATCAATCTAGAAAACTGAAGTTTCTCAATTTATCCTCCTTGTCAACT AGCCCACCAGATACTAAAAGACTAGGTATATCACTCATTATTTTTCAACC ACACTAGGTAGATCTGACAAAAAAAAAAAAGTTGTGTGTCCGATAGTCTA TCACCATTGAACACTCAACGCTCAGAGTGTTCTTTCTCTCATATTGCAAG ATGTAGATGACTTATTACGTCACAAAATTGGACTATCTCTTCAATCTTTT TTTCATAATAAAGTGTCTCTAATATACTCCAAATAGTTCCCCCGCACATA AGAAATTTCAACAAACTCTTTAACATAACTTTTGTTCCTTTACTCAAATG CAATAACAAAATAACGTATTTATAATAAGAAAGAGCCCCCAAAAGTATTG GTAATAATCATATAAATACATTTACATATTCAAACCATCAGCAACAAAGA CAAAGTTATATGCATTTTCGACCTTGCAAAACTATATTCACCTATATAAG CATAGGTTGTAATGAAAATGGTCTGTATAATGAGTATGTTTAAAAAAGGA AAATCAAAATGAAACCTGACCATTTTAAGAATGTTTAGGAGAGCAGCTAC TGTCAGCTGTTACAAGTCTGGAGGGAATGAAAGGAATAGACAAGGACAAA GGAAAAATTACTTTTATCTCAATCCCCCATTCTACACATAGTCCAACAAG GACTTACAATTATAATTCTGCAACAAATCCTCAGGGTTACTCTCCGTCTT TAATGACCACACACAAATGTTCAATCAGGGTTTGAATATAAATGAATCTA TTTAGGAAAGGAAGTTCACTACTCTACTGAGGAGTTCAATAATAATGACA ACTCTTAAGCGAAAGAAAATTAATTTTTCAGATTATCAATATAAAAAAAA CGAACCAACTAAAAAATTTCATAGGATTTATATCACCATTTGGAAGAGAT AACAAACCAATCCAGCTTATCTGTCATATTAAAAAAGAAAAGATAGATAG TGATGTAAATTGTGTGTATTTTATACATCTTAAAAAAAGATGCCGAAAAT CAACATGACAACCCTGACAATTTGAAAAATATTTTGGAGGAGAACAGCTT GACTGTCATGACGTTTCATTAGATGAGCTGCAATCAGCTGTGACGAGAGG AGGGGGGAAAGGAAATAAACAATGACAAAGGCAAGAATTACGCCGATGTC GATCCTCAATTCTACTCTGATTCCAACAAAGACTTACAATAATAACTCTT CATAAAATCTTCAAGATTACTCTCTGTCAAATAATGAGCACACACGAATG CAAAATCCTTTTTTGAACATATTTGAATTTAGTGGGGAAAAAAGTTCACT TCTCAAGAGTTAAATAATAAAGAAAACAGCTCTGGATAATAAAATTTATT CTTTAGATTGCCAATTCCAAAAAGAAAGGGACCAGCTAAAAATTCACAGG ATTTACATCACTAAGTATAAATATGTATTCTTAGATGAATAAAAAAACAC GCTGTCATTTCCTATAAAAACCTAATCTAGTCGATTTAATACTCTTCTTT GAAATGTTCTAACTCATTGAATTATACATTCATATACATATATATGTTAT TATTCTATTTAACAATTAAATTTCCAAGAGTGGAATTTCATTTTTTTAAT ACTTATGATAATAATACTACGTACAATTCGTACAAAAATGAATAATAGAA GTAAAAGAATAAAATTTCTACCAAAAAGTTTATTAGGAATCATGACATTT GTATATACAACTTATACACGAGCAGTTCATGTACATTTTTACATACATAT GTAGGACCTATGAACGTATATCTATACAGTATACATGTGTATTGCAAATT TCTTGGAATCATTTTTGCCATTGTATATCATTTCAATTTGCACATCTCAC GTTATAAATATATTACGAATTTTTTATTCCTATTTTAATGATAAAATAAA AACATTTTTTACAAATTTATAGCAATATGTATATTTTATTTTTTTGAGGG CTCAAAAATTATTTTCAAATTTGCAAGGAAGGTGTTTACTTATTTANNAA TTAGAAATGACCCCTATATATACATAATATCAAACCAGATTACATTTTGT AAATTTTATAAATATAATATGTGGGAATCACCTATAATAAGTTAGATGCA TACATTTGCAAAAATATAAATAAGGTGGGGATTTTAACTTAAGAAAATTT AAAGATAATGTATATTTCAATTTATTTAACAAAATTAATTGAGTCATTCT CAAATCTTTTTCTCTTACACGTAGGGATCCATAGTAAAGTCAATCACTCA AACCAATCACCTTCTGCTTCATCCACAGTCTCCAAACTGGCCCTGAACCT GGCTCGAGCCTTGATTAGCACCCTCCCCCTATAGAAATACAAATAGTCAA CAGTGTTACGTGCCCGTTTAGTGGACTTTTTCTTCAAGGCACATAGAAGT CCAAGGGGAGTCAGATCCGACGAGCTAGGAGCCCACGTTTCCTTTGCACA AAACAAAGTTTGGAGGGATTTTTTTTAATCTCAGAAGGACCAAGAGTCTT CCTTGGAGTTGTTCCCTACCCATTAAACTCCTTAATAACTTAGCAACAAG ATAAACATGTGATGGGGGCAACTTCATCAACTCAATAATCTTCTATGGAG TCCACCCGGCACGGAGCACAAAAAAACGACCGCACAGCGTTTCTATTCAG AGGACATCTCAAGGATTTTGTATTTTTTCGTGTACTGTTTTGTCTGCTAA ATCTGTTGAGCATACTTTCATAAGAAACAATCTCAGGGATGTCAAGATAT TGATGTTTAAACATGCTCCGAGTATAAAATTCCAACCCTATTTATATTTA TTTCAGAGTGCAGCAGTTAATTTCTTTACAAAGTTTTATGTGAGTCTAAT ATAACATAACAGGGTGAAAGAAAAAAATCAGCAGACAAGTTAGCTTTTTT CACCACTAAATTTATATTTTTTGTAATTGGGTGATAAATTATTGCACAGA AAGAAAATGGATATCAGAATTTTCTCCGGTTGCAAATTTATATATTATAT TAATAGAAAAATTTGTCTTTTCTTAGGGCAAGAACTGCAGTGGGTTAAGT ATTTTGGAGGCGATAGTTGTTCAGATCTCATTGTGCCATGTGGAAAAGTT GAAAGCTGACATTATGGGGAAAGGGAACCAGATGTTTAAAGAATACATCC AAAAGACTACGTTCTCGTATAGAGAGTTTGATTGTTTCGAGGGGTGGTAA AATTGAGTGATGTTGTTCATTATATAGATGAAAACTTTTTATTAAGAGTT ATTTAATATATATATAGTTCTTTTATTTATATATTTTACACAGTTTTAAA ATTATTAAATTACGGGGAAATTAGCTCCAGCATCCTCCACGTACATAAAT TATTTGGTACATTATTATTTGATGAATTTGTATCTCTTAAACACACAATA CTTATGAATGAATCTTCAATAGCTATTGTGTGGGTCGTCGTTCCGTTTTC AGTAAGTTGAATTTGTCCAGTTTATAATGGTATTGTGTCTATAGAGCAAT GCAAAATGGAAACGGCATTCTTTTTTAATAAATAATGTCTGTCATGGAGC ATTATTGTTCAAAACAAAGAAATTTTGAGTACCTTTTGACATATTGGCCC TATTTTATAAATATAAAGAATCAGAAGAAATCGTGCACAACAATCATAAT ATAATCGAAATCGTATCAAATTATTTTTTTATAAAATATGTAAAAGCCAC TCACTGTCAGTCAATTGGACTATGCATTTGTGTAATTTGTTAGATAGATT GTGAGCTATTATTGTTTATTTTTTTTGTGAAATTATTAGTAATAAGGAAT AGGATATTATTTACAAAAATTTATTATAGGGAACCCCAGATAATCTCGCC TTAATCCATAGATATAGCTCCCCTGAGTGTGGTGCGAATATGAATATATA TGTTGATAAAATTAGAGTATTACTTGGTGTTACCTTTTCTTATGTATTGC AAGCTTTACTTCCAGGAGAAACATAAAAAAGGTCCAAGATCAATTCACAA TTCTTTCCTATTTATAATTACTTAATCATTTTTGGGAATCGTTCATAATC ATAGCTTCATAGTTACTAATACAAACTCAACCAATTAACGTTCAAAACAA CTGATAGAGAGGAAAGGAAGTAGATAAATTAATAGTTAGGTACAAATGCC GTCTAAATTTTTATATTTGTGAGGTAGTTCATGACTAAGAATGGAATAAT TAGTGGAATTAGTATAAAGAAATGGGTACTTGTAATGTTAAAACTAGTAT ACAATTATAATTGTAAAAAGGGTAATGCCTCACCTTCATTATTTTCATGG CAGTGACGTCAAATTCTTCTTTTTTTTTAGCTATGACAAAATTAATGACG TCAATAATCATAAGTGAAAAATTAGGAACAAAATATCAAGCTTGAATTTA AAAAAGCACGATTTTCTATACAATAACTTAATTCTATTAATGCATATGAT ACATTATAATACATAGGTAGATTTACACTCAAGGAATAATCTCTTTCCAT AAAGACCAACTTCTTAGATCCAGCAGAGTTCCCTTTAAGATCTATGTAAA TAGTATTCTGGCTATTGAGGTCGTTAATGCTACTTTGGTGGACTCGGCAG GCTTTGGACTCAACTTGTGAACACATGTTGTAGTTCTGAAGGTTGAGTTC CGGGCTACAAGGTAGCAGGKAGATATCTCCTACAACGTTCCATACATAAT TGTAGAGTCATTACAAATTTCCCTATGGGCATGGCCAGATTGGCCTCAAA AGAATGTTTTGCAGCTTCGGAGGTTATCTTAACTCGCTTACTGCTTCGAG TACGATCTTCAATTCCGAACCCATATTACAGGAGATTGTAAACGTGGTAG ATGGTGTGTCAGTTATTTTATGTTGCTTGATAATGTCGTAGTTGTCATGG GGGACGCTAATCAAAGTTGCAATCTCCAAATTTTTTGTTTCTATTTTTGT TTAGAAGTGAGATATATTTATTTGCAATATATTGTTTGAAAGATAACAAT ACGCAGTTTGACATTAATATGCCCAACTTTATGATTGAAACTCTCTACAC GTCTTAAAAATACTGTTAAAGAAATTATGTAAGTATTTTTCACTACCCGG TAATTTTATTAATCGTAATAATTGCACATTCTAAAGATAAATGAAAGCCC ATTAAATAATCATGGAAAAAATATTTGCACTGTTTAAAGCAAAACTGAAG ATTCGCCTCTTTTTGCAACTCACTACTTCTCTTATTGTTTCATAATACTA CATGACATTCACTATATTGCCTTGACAATCCAATGAAATATTAATAATCA ACATATATCTCCATATATGTTTTTAAAAAAATGAAAGTGTATTCTTAGTG TAATATTGAAAAAGCGACAATATTTTTTGTACTATTTCTGAAAATATTTG ATTAAATACTCTAGTTATGTACAAAATATAATTTGATTCATAGCTCATAT TTTGCTTCATGAATTGTTCCTATGACACATGCAAAAGGAATTCAGTTTGA GTAGATACTACCTAAATTTTAGATCATTATTGTTATTGAACATTCGTTTG TTCTCATATAAGATGGAAAGTAGCTTCAGGATTTGTTGCCGGGTAATAAT TGTAAGTCCTTGTTCGACTCAGAGTAGAATTGAGGATCAACATTGGAGTA ATTCTTGTCAATGCCCTTCTTTATTTTGTTCACCCCCTCTTCCCTTGTAA CAGCTGATGGTAGCATATTTCCTCAAAATTATTCTTCAAAATTTTCAGAT TTAATTTGTTAATTTTTGGTTTCGTTTTTTATAACATGCCCATTATAAAC ACGCTTTTCATAACTAGTTATTAGCATATATATATTTCTTAATTACACTA GATAAAATTTTGACAATTTTCTCATTTCTAATCATTGTGCACTTATAAAT TATTTAAACCTCTATTCAATTTGAAGAGTGAGGAGCCACACAACGAGGGT GTCATAGCCTCTCTCTTTCACTTCAGAAGACTCTGAGACGATAATCATAC AGCTTTTCATCACTCCACATTGGACACCCTGATAAATGCCATCGAATTGT ATACCATTTATTTATAAGAGACAAGCTCTTGGCAGTTTATGCACTTATTT AACATTGGAAACTCGTAATCTAAGCTGTTTGTTAAGTCATATATACTTTA CTAATTAATTTTGGATGACAGTGATGAGAGAAGGGATAATAGTCACTTTC CATCACCGTACTATACAAATACGCAATCTCGATTTACTGATTGTAAATTT TCTTAACTATTTAATATACCCATATTGCCAAACTATTACACTTCTTCTCA TCAAAGATTTATATTATACAAACTCCGGTAGGGAAGGAATGGACGGTACT AAGCCTGAGTAATATAAGGMCCCACTGTTCTTCTCGAAGATATMCCGCCA ATAACACAGTTCTACAATTCTGCATCTCACATTTGTACATAACTAAAAAA TCTACACGCCATAATTGAATTGAGTTTCTATCTATTTTGAAGAGAATCAT TCTCATAAGTCAGACATCGTTGCCAAATGAATATTTCAATATAACTCCTC ATTTCCWCATTACCGTTAAATCAATCGCCCACTCAAGAAGATCATTCTTG CAAAATCAATGAGAAAACAATAGTACACGTTTCATTGATTTATCACAATC ATTGCCAAAATTTTAACATACAATAATTATAAATAGATTATTTGATTGAA ACAATGCACGAGCCCTTGATTAAAGTTGCATTTCTATTTCTATTTATAGC AATACATAAGTAGGATTTATGTAATATTCACTTATGAATAGTGCTTTCCT TTATTTATAAAGTATAAATTTCTATCAAACACAGAGCAAATGGTGTATAC GAATCAAGAAACATTGCGTAAAATATACATTAGGGTGTATTAAACACCGT TAAGTTTTTGTACTTTCTTACCTATTCTCTCAAATGTGACAATTGCTACT ATATAGTATTGTGTCAGTCCATATTTATTCGGTCAAGTCCAGTCCATTCT TAGAACCGATCCTATCAGTCCTTGGGGCCGGTACTTAACACTGTATGTCA GACTAGAGCAGAAATAAAGTTAAGTGACGTCATCCAGATCCGAAATTTAT AAGTTTTAGGACAGATATGCGGGACTCAACTGGACCGAACTTAACTGAAC GGGACTGCAGTCTTCAGTCTTAAATAACAAAACAGTAGTACTATCAACAC GTATGGGGAAAAAAATCTACGAAATTGGAGGAGATTCTGGCTAGCAACGG TTCGCTTATATATGTATATGTACTCGGGGCCAAAACATAAAAATGTGATA CTTACTTATTTTTGTCTAAAACCTATTTATATTAAATATTATTACATAAT ATGATTTTATTTGTTTATTAATCACATCAAGACTTTTAATAAAATACCAA AAATTATTAAGTTTAAGGAAAAAATAAGAAAGCTTGGGACTTTTATATTA TGGACCGAAAAACACTTATATAAGAGTTCAGTGGCCAACCCGGCCACCTT CTTTTTGTTCATTTTTTGTATGTTTTTATTATCAAATCTAATATTTGAGA GAATAGGTAAGCAAATCTATTTAAAAATTAAAAACTATGGGGGTTCGATG CTCACTAAAATGCATATATATGCCTCTTTATGAATACATAATCATTTTTA CCTCAGAACCCATCTCGACTTAGTTTATGACTTCAATCCATAGGGACAAG GTGTAGGAATTAAAATTATATATGTAGGTATCTAAGGAGAAAAACATAAG AGGCTTTGTAAAGGGATTTCATTCTCAACGTTGAAAAAAATACATGAGCC AAAAATCTTATTCCCATTAAAATCCCCATTCCAATCTACCCTCATTTAAA ATAAGCTTGTCAAATATTATTCTAATTATGCGTATACACTAAAATTCATA ATTTTATTTCCTGTAGTTTATAGTTAACCTATATTCCACTATCTCAGGTA ATCTCAGGATCCCTAATTGTATTCGCTCAAGAATATTTTTTTTATATAAA AAACACAGAAAATTTGATATAATGGCATCTATGGCGTTACTAGCCTTCAT CATTTGCCCGGGTTTGGCCCCAAAAGTTATCAACACCGTTAAATAATAAC TTATCTAAATATGCTTAATTTATGTATATGTTGTGTACCAAGTTACGATG TATGTACAAGTTACAACTTATAAAAAGCAACTTGTATAAGTAAATTATAG AAGGTGCAATTTTTTTGTCTCCAAATGAATTATTTAATTACAATATTAGT AGTTCTAATAACCATTTAATAATTTTGATTTATTAAAATTATATGATCAT GAGAATAATTGCATTATTCTCATCCAAAATGTTGTAAATCAATCATTTAA AATTACTCGTCTTATTTTTCGCTTACAATTTGAACAACATATATATATGA TACAAATTTAGGGGGTACCTTGGAGGAATAACACAAAAGTATTGGAACAG GGAGTAGGGACAAGGACCCTTTGTCTCCCACTCTTTGAACAACAATAACA ATAAAAAGTTGCATGATTCAACAATCAAACAACTCTTTATTCATGACGTC TTTTTCCAATTTTTTTTTTTTTTTTTCAATTATTAAGATAAAGTTGCAGT GGTTCAGTATAACCTAGGAATTGTCTTTGAAATCCATACCTATTATCTAC ATTTCCTTCTTAAGAATCATGAATATGTCACATCATTTTTATTAAATTTC CCTCTCCCACTTATCAATCGCTTCCGATTCTCCTCCCCCAGAATTTCAAG GTAATGAACATAATTTTTCCTTAGATGCTTGCTACTTTTTGACAATACTT TTTTGATAATCTCTTTTTTATAAATAAAAAACCTTGTTTATATTTTGTTT TTTAGTGCAATAATAATTTCCTCATTTAAAAAATTAATTTATGATTTTGA AAAATAAAAACTATATGCTCTAAAGTATGTTTTACTTGTACACCTTAATT ATATTTTTCGATAACAACGGCTGTCTTTTGCTGAAAATATAGCAAATCAT TAACATGTATTATGTATTTATACTTCCAGAATGGTTTCCCCTTCCCAGTT AAAAGTCCTATCTGTCCCCTTACTCTATACCAACAAGTTATCTTGAGGGA CAAGTGCAATTCGGAAATGGTGGTGCATGGGTTTCAATTAATATATTGAT CTCCATTATAATATGTAGATATTTATTGGAGTATCTTTAGACTATACAAT ATTCAATTTAATTAAGTGCATTGATATACTTTAAGAGTTAATGATCTTAG AGCCATATAATGGCCCCTCAATCTGTAAGATGTGCCCCAGATATTGTTTA TTTAACATACGAATTTAGTAAAAATGGCAGAAGAATAAAAGGAAAAGGAA AAAATGTTAAGGAAAATATGTCGGGAGAAAAAAAAAGAAAAAGTGTTAAA GTGGAAAAAATGGCAAGATTCTTTTAAATCACTAAAATAATATATATTTA TTAAGATAGAAAAAAGTCAATTTTTTCCTGACACCGAAGTATACTAATGA TTGTTCGTCAATCCATGAGTAACAAGAGAATTAAGTAATTATCACTTTTA CATTGGAACCGCTGTCGTATTAATTTTTTTATCCTAATATATATTATATT GGTAATGGGTTTTATATCAGTTTAAACGAATCTAGCCATTTTCTTAACTT TCACACTTTTTATTTTTTTCTTGCCATTTTTTACATTGACATTTTTCCCT TACTATTTTTTCCTCTGACATTTTTTCCTAACACCCTAATGAACATACTT AAATATATTAGGGTGGTTATTAATATTTAACATAGTTAGTTTATTGTAAA TATATGCTATTTAACATTGTGATACAAGTGGATTCCGAACAAAAACTTGT ATTAACATAATAGTATTTATTATTGAAATACAAGCTCGTTAAGAGTTGAC CCTAGGACTGTAAAGCTGCTTCAAGCTGCATTCCTTCATCTTACGAGTTG TTTTACTATTTATCTCGGTCCAGGAACGAATTACCCTCGTATATCAAAGT ATTACTGTTTTGTATAATCATATTTGATAAGTGGATTTCATTCGTCATTC TTAGCCTGACACCCATCACTCAACTTAGTCCTTAAGATATGCTCTGACAA TTTACATACGAGTTTATAAGGTGTGTAGGTATATGTACTTTAATTTTTAT TTAAAATATATAACATTGAAACTTGTGAGGTCGTCGTCGCAGGGAATATA TTGAAGATCTAACCCCTTTACCCCTGATGAACATACATATGGTACTGACT TTTATGTCGTTTTGTAAGGGAACTATTCCCACGGAAAGTACATACATMCC TTTCAGTGGGAKTACTCATATTTATTTATTTAGCTGTCGGAGTCTCTGTG TATATGTAGATTGGCACAAAACTCCGTTTTGTTCTTATAAGGTTGACACT TCATACATAGAATATTTGTCTTTAAAGTACTAACTACTTCTTATTACTAT CATTGTTAAAAGTAATGTTATTGATGATATGACAAATGAAGGACAGCATT TCAAGAAGGGGTTTCATCCACATAGGTATGATGGATGAGATGAATCTTTT AACATGTATAAAATAACACAAAAGCACTCCCTATTCATTTTGATTTATGG CTTAATGACTCCTCACAAAAAAAAATCTACACACACAAACAAAAAGAAGT AGATGATCAGTTATACTTTTAAGTAGATGAATAAAATACCGTACTTGGAT ACATATGCCACATTCATTCTGGGATCAAAACGAATTAAAAATGGTTAATG AAAAGTGGAGCAAATAAATCCAATACAACACTCGAGTATTTTCTTTTTCT GAAGTAAGAGTTCACTTTATACGATTTATTACGGTTGAGTTGTCTTTCAA TTCTTCTCTCATTATGGCCGGAAATTAGACCATAAACCCCTTGTTTTACT TTGCTCACAATAAACTTTTTCAAACGTTCTTACAAACAAAGTTTCTTAAT GGTTTTAGGACAGTAATTTTAACTCTTTATTTTATTTTTCCACATCGTTA CCTTTATTGTATCTTGCAACCTTCTTTTCTAAAAAGAAGCATTAAAAGGC TCAAAATCAGTTGGAAATTAGCCAATTCTGTACAACTATAAAATTATTAT TAAATAATGGTTTTAAGTTATCAACAGGGCATTCAAATTCAACCAATCCA CGTTTAGAACACTAATAATAGCAAATGAAGTTCTAAAATTGACAACGGAT AAAAGATTTCGTAGCTTTTTGGACAGATCCCTTCTTCCTCTCAAAGGTTT CAGAATCGCAGACGGCAAAGACAGTGGTCCTGGAGATGGGCAATTGCTTG GATTGCGGGAATAGAAATTTGTCGATCACTTTGAGGCTTTATTCTCTCGA CTTGTACGTATTGCTTTGTTATTAATTGTTTATACTTTCATACATGGAAA TATGAATTGATTTCAATCACTCAACATTAATTAATTATTTGATTAGTAAG TGTTCAGATTTCAATGAACCAACTTGTACATCATTCTTTGGAGTGTCAAA TGTATGTTTGAGATATACTTTTTACAAATTTCATTTTATTTGCTTGTAAA TAATGAAAATTTATATTCAATTCAGACTGAAATGATAAAAATTGATGGAA GCTATTGAACCAAATAAGATTGTAGTATCATAAAGCAATTGCTATGTATA CATTATTTCATACATTAAAAAAAACAATGAACTAAAGGGATAACAAAGTG ATTCAAAATATCATTTGATTTTATGGGATTGTGATGAAAATAATGACTTA TTCTTCTTCATGAGATATTATTCAAAATAATGACAAAGATCAATGTATAC ATATATATCTTAGGATCAAAGTTCAAAGTGCTGGATCAAATTATTTAATA AACTTTTCCAGAAGTAGAAAAAAGCCCTGATATTGCAAGACGAAGTAGAG TTGATAGCCTTTGATATCGAGCCTCACGTAATTGTTCCAAGCTCAAGTCC TTTAATATTTATAACAAGTCTAGTTGGTGTCTTCAAAGTTCTTTCGAGTT TATTTTAAGTCCCTAATTAGTCAAAAATTGATTAAGTCTTAAGGCTTTTT TGAGTACATAATGAATTATGATAAAGTAATGGTGACAAATAAACATATCA TTCATTGTTTATATTTCGCTACTTACCCTTACCCGAATTTAGTTCTTTCT TTTTAAAAGGTATCTTCTAGAGCACTTTATACCAAACAAAAAAAATAATA TAATCTTAAGATATTTATTAAAAATAAAGATACGACTCTTTGATTTTATA CTCAATTCTTTAAAATACGTACTGGCGTTTCAAGGATTGATTTAAGTAAC CACCTTTGATTATTTGACGGATTAGTCGGATTTTTACATGGAAGTAATAT TTTTGATTGTTCACAAACGAACTGAAAATTACGCTTAAATAATTAACCAT AAATTCCAAGAATCCTACACTTATAAATTGCTTTAAATCAAGGATAAATG ATTATGCAACTTTTGATTAAAYCTGCCACTCAAAAAGCCTTAGCTACCTG TAAAGTTGAAAAGCATAGTGTAGAAGAACAGAAAAATTAAGGGTACAGGA TATGGTTTTTTTCTTTCCTTTTTCCTCCAACCTATTCAAGGGTACATAGT TGTAAATTCCCTTAKTATCCACAACGCTATATATACATATTTACTGTAAA AATAAGATATGTACATATATATATGTAAGATGGTGTTGATTCAGGAGCAT AAAAGTTTTGAAAAACTATATTAATATTCCTAGTCTTTTGTCCCTTGTTG TCCCTGTTACCAACGAGGATCACGCAATATTTCATCTCGCTCTACTAAGC AATTAACTTTACAAGACATTTATTATGTATTTATATAGTTTTATTTTATT AAAATTCACGGTTGAATGAATGTATTGTACATAAAAACAATAATTCAAAA CAAGGATATAAAGAAATTTCTACTCTTTTATAAAAAAAATATTTTGACGA CAAAACAAATAGGAGGGAAGGTAACTTTAGTCACCGGATATATAAATGGG CAATTTAAATATTTACTCTACTAGAAGAAAAAAGGAAGTTGTAGGTACGT ACCTTAATCCGTAGAAAAATGTATCTTTTGTACACATATACTTATAACTC AACCACAAAATGAAACAAAACTATGTTCTGTATGAATTAAGACTCTTTAA AGTAAAAATAAATACTCAAGTAGTTATAAATATGTTAATACACCGGAACC TGAGTAAAATGTATGAAATGAAGCATGATAAAGCTCAATTTTATTTGTTT TGATTTTAAAAGCAATGTATTGCAATGATAAAAAGCAAATTCATCCTAAA AAAAGGTCTTTGTATTTTGTCCGAAATATATTTTTTTTATGGCACAATTA CTTTGCTCTAAGAAATATGTGGATCAAGATAAAAATAATAATTCAATAGT ACAGTCCATTATTTTAAGTCTTATCCATACCATGGTGAACCATTAGGCGT TTTGGGAATAGGAAATGCACTTGAAAATGTGTGAAATATTTTTTAAAAAC AGTATCAGTACATAAAACAGTTTTTACGATTGACAAGGATTTTGTACATT TTTTTTTTCTTTTCAGGTGAAATAGATATATTTTTCCTCAATTACATTTT TTTTATTTAATTTTAACAAAATGGTGTAAACACGGTAGGTATTGTACAAA CATGTTACAATTTTATGGGAGGTTACATCGAATGGTTTTATTATTTTTGG GATTTTCATATAAAAATCATACACTAATTTTAGAAATATAGGGATAGTTG TTACTCAACCTAGAATATGGTCTGGTAAGAATTTGTCAGATAATCATAAA TACTTGCACATAATCTTTTTTTTGAATCTCAATCCATAATTAAGTCCTAG AAGAAATAAAAGATAAAAATATAATTGGAGAAATTATAATCTACCAAAAA TAAATTGTCTTCTGAAACAATTTTAAATCATATTGTTCGACTTTAATTTC GTACGAGTTTAAGTTATCTCATAACTATTGACGAAAATTAAGAAACTAGT ATATAGGTGCCAGAGGTGAAGTACTCGAGTTCAGACTTGCATGATTATTA TGGTGTCGGTCTCAAAGGCATGAGGACATAGAGCAAGATTACTCGGAATC ATAATAACAGACTTTGTACACTCATTTTAGTTCGGTCTAGTATTAGAATG GCTGKAACAGATGAGGRCAAATAATAGTTTAAGCTCCCTATGAGTCAAAT CAGCCCCAAAAACAATATGTAACCTGACCATCTCAGATTTGAATGATTTC TGGTACACAAGCTCAAATTTATTTTCAGCCTCACATTACCGGACCCTACT GTTTCTTGTACATATTTGTATCTAAAAGTGCTTACTTCTTCAAATTTGGT ATTTAACTATTTTGAAGTGTGAGGATTTAAAAATGAAATCAAAAGTAGAA CATTTAAATGTCTTATCATCTCAATTTTGATTCGAAAAAAATAAAAAGTT AGTAAATACATTGGCATGTACTTGATCAAGAATTTAAAAAAAATGCCCAA CTTTTATGAAAATGAAACTTTGGATATATGTTTGACATATGTAGGGGTAT CAATGTAAATAAAATCCGGTTGGCTAATTTATCATAGCTCTCAGAGTGGG ATCTCAATGTTAGGTTACTTTTCTCCAGAAATTTGGTCAATTTTGCGTAC ACTTTTTTATCTTAAACTGATTTAATGATCTAAATAGACTTACAACAACA GAAAACTGAAATACAGTAATTAAGTAAGGAGTTTTACTTCTTTAGATTAT ATTAAATATTCATCATAGTACCTTGTATACTTTTTTCCTTTTATTTTCGA AAAAAGAAATGATCATTTTTACTCAGTGAAAATAAAGATATTTAAATCTT AACATACTGGTTGGTGTGTACTTGGATAAAAATCCTCCTGTTGCTCTTGT TGGTGCTGGTATCCCACTAGCATGGGTATTGCAAAACCAAACAAACATAC ACTTATTTGAGTTCAGACTAGTCCTAGAATCGATGAAACAGATTTGAACA AATTCTACTTCTACGTTCGTTCGTTCCTTTACTTTTTGCATCTCCCTAAT ATAATATCAGTTATATGCAATATTTAATTTTCCTTGTTCTTTATGAAATK ACAATTTTCCATTGGTGAAAAACATATCCCAAAAGAGCATTTCTAATCAC GTGTAAATAACTTAACATTATTATATAAATTGATAACTGTAAATACAAAA CTATCAACTACATACAAAAGATGGATTTTTGAAATTTTTTGTGAATAGTT GAGGATTTTTGAAATGTTTTATAAAAAATTAAATTTTACAAAAAAAATTT AATTTTTGGATATTWAAAAAAAAATCARAAACMAAGCCACTMCCAAAATA TAATCCTGCGGACGTCCCTGATACTGCAAAATTTCCTTGAGGCCAGAAAT CTAAGTAGTAAGTTGGGTCATACTTTTCATTTTTTCGAAAATCAAAAACT GGTAGTGTTTTTTNNNNCAAAATTTCCTTGAGGCCAGAAATCTAAGTAGT AAGTTGGGTCATACTTTTCATTTTTTCGAAAATCAAAAACTGGTAGTGTT TTTTTCCTGTGTTTTTGCGCGTACATTTAAAAAATGTAATTTTCAAAAAG ATGAGATAAACTACATCAATTTAACTTTAAAAATAAGAGAAAANNNNNNN NNNNNNNNNNNNNNNAGAATAATTTATTAACAAAAATTTGGTTTCATAAA ATGATGAAAATATTTAAATTATATTTTAATCAATTAAAGAGTTTCAAGGT TATAGAGGTCTTGCTTGGAGTCATTCCTTGTCATCTCTCTCCTGCTGCCG TTCTGATTCCTAATTACTCCATCTCTCTTTCCTGTTGAGAAATACTTGGA AAAAGTTGGTGTTACCTTTTTAAAAACCCTCTCACAACTTTGTGTGTGGC ATGGTCATCTCAACACTTTCATTGGGATTGGGATACAGTTATTCACCTTG GAAGTTGTTAAGGTGCAGTTAGGAGGTGGTTCTGACAGTCCTTCTTACCT TCTGCTAGAAGCCCTACTGTTAATAGGAGGCGTTTTTCTGATACTGACAG ATAGGCTACCCGGTTGTCTGTTTGGTCCACTCTCTCCTCTGATAGCCAGG ATTCGTTCTACCCCTATAATTATCTCCTTCTGGCCATCAAAGCAAACTAA AGTTTGTAAGAGCATTAACTGTGAGCATGCCAAAGGAGATATTTTTGGTG TTGGTATCAAGAGTTCACGCACCTATTTTTTCTGTGACTTTAGACAATTA AGCTGAAATATGATGTACCTTGGCAATTCAATCCAATAGTACTTCACCTT GGTATTAAACCAAGATGGATAATAAACACGAATTATAAACTTAACAATGA ATTGAAGATTTTTCCCATCAGTCTATTCTTCGATAACCAGAGTCTTAAAA GTATGTTAGGAGTGGTGAGCCAGTGGCTGMGGMAAACAGGTTCGATCTCC AAGAAAGCCATCCTTCCAGGAAAAACTCCTTCCCTGATAGCATACACTAT CATATAGCCGTAGTGTTCATCTGTAGACAAATATTGAATAAACTCATCAC AAAGTTCGACAAATAGTGGGCCAATAGAGATTCAGGGAAAGTTTGAATTA ATATCCAAGCCTGTAAGCGAGTCTAGCAACTTTCCAATTGGTCCAGATAA TCTATTATCTGAGAGAGTTGGGCCATCAAGCTCAAGAATCAGACGACTTA ATGGAAATCCATTAGTGTGCAGACTACACACCAACCAGACCAGTTTTCTC CCAAACTTCATTTTAAGTTTTCACATAACTCAAGTATTTACAACAGTGTT CACATTTGTTGAGTTCCCTCCGATAGCTGTGTCTGTTTTGTCAAAACCCT CCCCTTTAACCAATTCAATTTTAATTTTGCAATTTGTGTAGCGTCTGATT CTTTCTTGTTTGTCTTCTCTGTTATAAAGTGGAACAAATAATTACTTACT GGCTCAATAAAACGCTATAGTGATTTTGCTTGATCCAACCAATAAATGAT TGTTCACTGCCCATTGCTTCCATCAGCACATTAGTCAAGTCGATTCTTCC ATCAAAGATAATACAGGAGATTGTCTCATTCTCTCTACAGCTCCTCTCAA ACTCGTATCTCATATATTTTATAAACTTCTCCTGCACTCTTCTAATCTTA TTTTTGTCAATGTATTATTAAACTAACTCATGAGTTTGTTATTATGTGTA ATAAACAATATAAAATCGATGTAAATTACGTAGAAATAGATTTCGGCTAT GGATTTATAAAATATTGAAAAGTTAACTTCAACTACCAATTGGACTCAAT TTTTGACTTTGAAATCTACACTAAATATAGCATCATCAAATGGTAAACTT GATTAACTTAATGTTAAGTTATGATTAAAATTTCTTCATATTACAACTCT TCCCATCAAGGGAAATACATATACATTTCCTTAATATGAATATCTATAAA TTACATAAAGAAAGCTAGCACTGGAAAATATAGAAAAATCGCATTTTAAA ATTTTTTTTTAAAATTACATTTTTGAAATGTAATGTGAAAAAACACATTA AAAAAATACTACAGGTTTTTCATTTTCGAAAAAATGGAAAGTCAAACCCA GCTTAATAAGTAGCAACCAACGTACAACTAAATAATCAAGTCGATAATTA TTGAGTTATAACATTAGTAATCGTCATTTAAAAAAGTTATAAATGACAAA ATTTATAATGACAATGATGTAGAGCATTTAACAGAATATCAATCATAATA TTATCATCAAGGCAGCAGGGGTGCCTATTAAAATGTCAATGTTATATTTG GAATAAGCCAAAAAGAAAATATCCAACCCACTGGTTACAGGGCTACAGGT AGATATTGTTAAAACTTTTGATGAAGAAGACTCATATAAAAATTTTTATT GTTCAAAATTTATGTTTTTGTATGTTGTAAAATATATTAACAAAATACTT GAAAAACAGTATAAAATACTGGAAAACTATAACAATTTCAAAGAAATATA TTGTATGAACCTCAAAATTTAAGAAAGAAAATGAAAGTTGGAGTGCAAAG GTATAAACATATATTAATTTGGGAAATCCATCTTGCTTACAAAAAGCACA TAAGGTCATATCTTTATCATTTGTGCGCGTAGAAAATATTAGTAAAATTT TCTTAGTTTCAAATAATTGAAAAAATATTTACTGTGCTTCTTCATTGAGA AAAAAAAAAGAAACAGAAAAACGAGTTTTCATTCCTACGCTATCACTGCA AAACGCATCAAAGCACATTGTTTTTCTTGTTTATTTTCTTTATAAAAAGG AATATCCCAAAAAAAGTGTACTTCAAGAATATTTTTTTTTTCAGATAAAA TCAATCATATATATACCCATGAATAGGATTTTGAGAACATCAGTAACTGA ATACATCTTATAAATTAACAACTCAAAATAAATACAAAATATTACATTAA AAATGAATAAAGCAMCTTGTTTTCTATTATTGTCACTTGGCTTATTAGTT AATGGCAAACCACAAGGATATGGAGCCAATCACCCAGGACCTGTAAGGGG AGAAGATCCAAATCTCATTGATGACGTTTTTGGAGGAAGTGGTGGAAAAG GAATTGCAGATGGAGGTTTTATTGAAAANNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNA GTTCATTTCAAGATAGTACTATAGTAGATCAAGATCAGTTTGGTAGTGAG CACGAAGTTAAGCCTATCGTAGAAAGTAATGTTCCTTCAGGTTATTAGTG ATATACAAATATTTTCTAAAATTTTCTATTCATAGAATCAAGTATATTCA TACAGATTTAAAATGTTATGTAATTTATTATTAAATAATCATTTTTTCAA GATAGTCACAATGTCAGCAATTTTATTATTGAAATTGTGGTTTCTTTTTG AATTTTTAAAAAATATATACATATTTTAGCTTTACTCCAAATATTCTTTG TTTTATTCCTAAGGAAATTATATTGAGTAGAACTATAGTTTAAATCCATT TTTGAATATAGGAAAACACTTATAAAAAGAATATATTCTTATAGCGTTGC ATCTTGGGTTTTTTTATATCTCCGAAATAGAAACAACATTTTGTTTTAAA TAAGTCACTACATATAACATACTATGTTTATATATTTTATAATTATTTTA TAATTTAAACGAATATATATATACCATTGAATTTTTTCTAGTTTAAAACT TTGTGTCTGATTGCTAATAATCTTGGTTACTTTAAGTATTTTAATTCATA TTTTTATCAATGAGAGAGTTTATTAGAGGTAAACAACACAAGTACAAACA TACATAAGTACATGTTAAGAACATTAATATTCATGATGAAACAAAATAAT AACGCCATGACATAAATGATGCTATTATTTTTTTATTCATCATATCAGAA ATGTTTTCATATCGCTTGCATTACAATAACAAGGCATCGTTTTGTTCTTT TGTAAAAAAAGAACATTGAGTATATCTTTGTAGATCAATCATGAGGTATT AAATAATTGGAATCTAATGAAAATAGCAAAGTATAGTTACGAGATATCAG TAATTATTTTGATTGTGTTAACACTTTCAACGGCATTAGATGTCCGAAAG TATTTTTGTTGAATATTGATTTTTTAGGTATTGAGAATCTTATTAACATT ATTCAGATTAATTTAAAAATTTGAAATCACATTGCTTGCCAACTAAATCA TAAGCCACTTGTGTCCTTCTGGATGATAAAAGAGTATTTATCCTTATCAA CTGTATGTTTTTTAATTCATTTTTTAAATTGATTATAGATTTGAGCTATA TAGTTCATATTTTATTGGACAAAACAACTAATTATACATGACCAGCGGTA GTACTAGGCATTGCCCGGAGTTATTAATTTTTTTTTTAATTTAAAATAAA GTTATCTCCCACCCCTTTTTTTTAAAGTATGATTTCAATTAAACGTACAG ATTCCATTCATTTGACAGAGTGTTCCTGTATAGTCTACTTCCCTATATTT CTTTATGCTGTATTAGTATATGAATCAGGGAGCACTATATACAGTGCACC CCGTGACGTCTTTTTATATATACATAAATTATATTTTACTAACTAGATGG CTCTTAAGTTAAATCGATGTTAGTTTTTAAAGATTTTTTACGATAATTAA TTAGATTTTCATTCAAATTTCATCAACTTAATGATTAGCTTAATTGCCTT TACGGAACATTCTTTTAGATTGAAGGAAGCAAGAGTGAATGTTATTATAA ATACTCCAGACTAAAAATTTGTTATAATAAACAAAGATTATATTGGATAC TTTTAATTGTAATTTATTATAAAAAAATGTATTCCGGGTACGATTTATAT GTTTACCCAAAAATCATGCCTACTCTTCAATGCTATTTATGTATGTTTCA ATCAAATTTCTTTTTCAGAAGTTAATTTATTTGATTACATACAAGTTCTT TCTACATGATACCTATTACGTTTATCCTGTAATTAAACTGTAAGAATTCA TGAATTACAAGAAAAACTTTTCCGCCCTCATTCCCCACTTCAAATATCGA CTCCAAATCCCCCCCCCCCTTCAAATTTTTCATAAGTTATAAACTCTTCT TCATAATGAGACCTTCCATTTACTTTCATGTTGCTCCAAAGGGTGAATTT CCTTAACATCTAGAAAAAGTCGAGAAACCTCTCCTCCTTATCCAATAATA TATTATTCTCTTTGCAAAATTATTTCTTGTTTATTGAAAGGTTGTGATAA TTATAGAAAAAGAAAGTATGACGTACGAACAAACTTAACTTTCAACTATA CTCTTTTATAAATTATTGAAATCATTTCAGGTAATATTTTTGGAAGCAAT TTGTATAATTTAGTAGATATAAAGGTACAACACAAGTCATATACAAAAAA GAATATCTTTTCATTCCTCTTAACTAGCACAATACACATTTTTCCTGGTT TTATTGTAAAAAAAAGTTAAGAACACAATTAATTAGGCCCTGTTTTCCAT CTCTTATATTTAATTAAACTGAATGTATAAAAAGATCATTTACATAAAAA GTAGCAATTGTTAAAAGTTATATTATTTATTATTTTTTTTTTCAAATTTG TAAAAATCATTTAGTAGCTAACAAAATATTTCAAAACTAACTATTGATGA ATTGTTATAAAATATGAAATATAATTCGATAATATTGGGATTTAACAAAA AAAAAATCAATTAAAAAGATGCTTAGTAATCAAAATTGATTTTATAGTTA CACTGGTGTCCCTGTAAACCATAGAAAATTATGTTACGCAAATTATTCTT TAAATACTTTTGTTATGATGTTTAATTTTCTCATAAAATCCCCATTATCA TATCATTATTCATACTAAACACAAAAAAATATTAACTATGCTACTACAAC AACTCTAACATCAACAGTGTGGCCGAGTCAATTGTTCAGAGTTTTTTACT TTAAAATGAAATAAAATAAAGTAAAATTACTTTTTGTGGATCAATTGGAA ATATTTATTCACTAATTTATATACTATAGACAATTCCTATTTGAAAATTA GAGTCGATACTCTGATATTGATACAACATATTGTTAAAAATCAATTTAGT TAATCAGCATAAATTTTTGATACAAATAAGTATATTTTTTTCCGATCCGA ATTTCCATTGTGAAGAAGGTAATAATGACAATATATAATTTGAAGGTAAG TAATAACTAATTTTATGTAGAATTTGATACAATAAGTTACTATATTATAT TGGAGTTGTCTCCATCTAAGTTTTTTTAACGCTTTTTAAAATCTCCTTTG AACTATTATTAACTCTCTATTTCTGCATGATTATTTTGATAAGCATCAAA CCAGAGGAGGTAAAATAAAGTTATTAATATAATCTTTTAGCACATTGAAA TCATAGTCTTATATTTGTTTTGAACATATTAATATTGAACTCGAATTAAA GAACAAATAATCAAACATTAATACAAATTATTGCTCTATCCTATATTAAA AATAAATAATATTTAAAAAAAAAGTTTAATTGGTATGTTATTTTATATAA AAATTATTAAGAAAACAAAATTCAACTTTCATTATCATGTAACAAAAATG AATGAGAATTGTATCTTTACACTTTTCAAAATATTATTGCAATTGAAAAA ATTTATAAATAAAAAAATATCTGTAAAGCTGATATACACAAATGAAATAA TAAGCAAACCGGCAAATGGAAATATGGAAATTCCTTCCGCAAGAATTTAC GTGATGTCTCCTTTGAACTTAATTTCAAGTTTATTATTAAAAAAAGCTTC GCACACTCCTTTATTATATTGTAGTTAGAAAGAAAAAACCTGTTTTCGCG TTTCTAGGGGATTGAGTGCATAAAAAATCTTGCTTTAATACATATTGATG TTTTTTTTCTAATTATTCTTTAAAAAAAAAGGAATGTCCCAAAAAAAATC TTGTTTTTCGAAAATATTTTTATTTTGAATACAAAACATGCAATTTTAAA AGATGGAGGCGTTCTCATTGATATCYGTTCATMTTTATCTGCTGTTTTTG ATCCTGCTTCTTCCAAATGCCCTGGATACCTTCAAGTATGCTGTCATCAT CCTGACTTTAGTACAAATGCACGTCAAACCACTACTCCGGAACGAGTGAC TCAACTACCAAATCCAAGATCCTATGTACCTGAATGTGGACAAAGAAACG TTGGAAACTTTAAAGAACGACTTTGTTTTGTTTCTTTATGGAAGAATACT TTAAGTTAGCTTCTCATATTGACACGATTTACCTACCGGGCAACCTTGTA GGAGTCGACACCTACGATCAAAATGATTGTTTTGCCACTGGCTGGGGKAA GGACAAATTTGGAAAGCTTGGGGAATATCAAGTCATCATGAAGCAAGTTC AAATGGACATGGTCAACTCCAATGAGTGTGAGAATAAATTGAGAAGAACC CGACTTGGAGAAGACTTTGAACTGGACAAATCTTTTGTATGTGCCGGCGG AGAAAAGGACAGAGATACCTGCAAAGGTGATGGTGGTGGTCCACTTATTT GTCCATTACATAGAGAGGGAATCAAGGATAGTTATGGACTTGTCTAAGAT TCTAAATATGTTCAAGCTGGTATCATTGCCTGGGGTATTGATTGTGGAGT TGAAGGTAGCCCCGGAGTATATGCCAATGTTGCCGATGGKCTCTGTTTCA TTGACTGGGCTACTCAATGCCAAACTGGAATTCCTCAATACTTCAACTTA ACAGGTTGTGAAAACTATGCTTCTAGCCAAATAGAATCCCTAAAGGTATG ACATTAACGAGCACCAAAATAAATAAGATCATATCACCAAAGACGGGAGT AGAACCCCATCCAACCTTAGATACTTCCACCGTAGAATCAAACAAACAGA AAGAGTTTTGAAGAGCTTTGAGGATGAACATTCCATTTGCATTGCTGACT CATGGTACGAAGAAATCAATCAAATATCTGTAGAGGAAGTTGGAAGTAAT GAAGGCAATGTTGGTCTTGATGMCTTCGGGGTCGTMAAWTGKTATCCACT CAAATYAGATWGTTCATTTCMAGACTGTCCAATTTGTAGNNNNNNNNNNN NNNNNNNNATCACGAAGTTGAGCCTTATGGTCTTTCTGTATATTAGTGAT ATCAAAATATTTTATATACATCTCTATTTATAGAATCAAGTACATTCATT CAGATTGAAAATGTTATATAATTTATTATTTAATAATCATTGTTCCAATT AAGTCACAATGTCAGCAGTTTTATTGTTGAAACTGTGCTTTCTTTTTAAA TTGTTAAAAAATATATTTATCTTTTTGATATTAATCCAAATGTTCTTTGT TTTATTTAGTAAGAAAGTTATATTAAAGGAAAAATATAGTCTTATTTAGA AAAATTTGGTTTAAATCTTTTTATACACATCAGAAAAAACACTTATAAAA AGGATAAATTGATATACTTGTACACCACGGGCTTCTTTATATCCAATATA GAAATAATATTTCAAAATAAATGACTATACTATTTTTATATAATGTAAGT TAAATGAGTATTGATACTTTAATTTAATTGTACTAGTTTAAAACATCGTG TCTGATTCCTAATAATCTTTATTATTTTAAGTAGATTGATGAAAATGTTT ATCAATGGCAATGTTTATGAAAGGAATACAACCAAAATAATAATGGTATA AAATAAAAGATGCTATTATTTTATTTTTAATCATCATGTCATAAATGTTT TCATAGGATCTACATTACAACGACAAGGCAGAAGATATTATGCGGAAGAA AACTATGATATTCCAGTTGATTAGTTGACAAAAAAAATCTTCACACCCAG AAGAATACCAGTGTCCCAAAGAATTCAAATATTAATCACTTTTTATGTAT ACATTAGAACTAAATAATATTTAAAACATACACGTCTCAACATATACACA AATTGATATTTGATACAAACTTTAACTTAAAAAGAAATGAAAGTTTAAAT TTTGTTAGTTTTTTCAAATGTGGAAAAATCATTCAGTAGCAATTAAAATA CTAAAAACTCACTAAAGATAAATTGTTATAAAATTTGAAATATAATTTGA CAAATTTACTGTTAAACAAAAAAAAAAATTAAAAATATGGTCAGTAATCA AAATTCAATGTATTATAGTTACACTGGTGTCCCCTGTAAACCATAGAACA TTTATGTTATGCAAATTATTCTTTAAATACTTTTGTTATAATGTTTAGTT TTCTCATAAAATCGCCATTATCATATCATTATTCCTACAGAGTAAATTGT TTAGAGTTTGTTACATATAAAAACTCCTAGAGTAAAAATTAATTTATGTG GATAATTGGAAATATTTATTCACTAATTTGTATACAATATACAATTCATA TTTCAAAACTATAGTCTATACTCTGATACTGATACGAAGCCTAAAACCGG AGTAGACCTAAGACAAAATTCCCCTATTTTTTAAATTTAACTTTCAGCTG GTCCGTGAACTATTTTTTTTTTTTTTTGTTACTTTCAGTTCTTGCTCAAA TATAAAATATCTACGTTTCGATCGAACGTATTGTGCACTTACAGCATATT GTTTTTAATCAATCTAGTTAATCTACATACATTTATGACTAAAATAAAGA TTTATCTTGCAGATCAGAGTTTCCATTGTGAAGAATGTAAAACTGATTAT ATATACTTTGAAGCCAAGTAATAACAAATTCTATGAAGAATTTGATACAA TAAGTTACAACATTTAAGCTGTCTCCATCTAAGTTTGTTTTTGTATCTGT TAAATATATTTTAAGTACTTTAAACTTTCTTCGAACCCACTTTTGAAATT TGCATGATATCATTTCATTTGATTTTTTATGATTAACAAATTGTCTTATC TTTATCACACTTTTAAAAAATTAGCACTTCAAAGTTAAATACTTGACATT TTTGGACATTAAAAAATGTTTATTGGCTCTAAAGCTACCCCTTAGGTATA AACTTAGTTATAAAAATGTTAGTAAAAAATGATTCAAATACGTTCTATTA TATATTAATATTGAATTAAATGTAAAGAATCNTTTCAGCAAAAATACGGC TGAACCATATAAATATCATTTTTTATTTTGACTAAATTATTTTGATGTGG GATTTATACACAATAAAGTATCCAAAAGTAGCTAAATTTTGCAATGCAAA TCATTAAATAAACTAAATTTTCTATGAGCACCATGTACTCGTAATTTGTA CATAGATAGACTAAAAATGGACTTACATATTTCATGAAAAAGAAGATGTC TACATTAAACGATTCTTTTTGGTAAATGAATAATGTACATATCCATATAA TTTTACAAAATTTGTTGTGTATTTAATAAAATTAATGAGCCAAATCTTTT ATAGTTTAGAATTATATTTTTAAGTCATCATATAAGTATTTTTTGTTAAA AAATAGATTATAGGATTTCAATCCATTATAATTTGGTGAGACTGACATAT TATGTAATCAAGATAAGCCGCAAAATAATAATATATAATTTTTTTATAAC AATGTCACAAAAAATCCTCAATTTACTCCTAACCTGAACTGACATTTTTT TTTATGGACCATTTTTTTCTTGATTGGTTTTTTTCTTGACTACGTATTGG GACAGTGTATTGTTCTCAAGTTAAACAAATAAATGTAATAGTAACACAAT TAAACCTTTATAAAGAAATGACTTATCCGGTTTAATATCTTAAAGATATA AAGACTGGTACAGTATGGGGTTGTACCTTGGTTTGGTTCTGTACTTTTAT ACCTTTGGTGCGGTATGTTTATGTATAATCAGATTTTAAGTATTTTGATA TTATACAATTTTGATTAATTTTAGTTTATGAACAGATTTAGATAGTACAT TAAGATTTTAATCCATAATCATCCTTTTATATAAGAAATTGGTTATGTAT TTGTATACACAAAAAAGAGATAATAACTTACAAAATTATAAAAGGCATCC CAATTGACGAACGCCCACTTCTATGGTGGTAAGATAATTTCAATAAATTT CCCTTTTTACAAAGTTAACTTCACAATACTTCTCAAATACAGGTACAAAT ACGTCCAGCAAATTAATTTTTTGGACAGATGGCGATATTGTGACTACTAA TTCGTCTTGTTTATTACCGTAAATATATCGTGTATATTTTATATAAATCT TTTTTTTTAGAGAAGTTAAAATATTTGGAAATAATTGATTAGTACAGTTA AGAAATTATTAAGGAATAAAATATCAAAAAACTTGATACACTACATAAAT TTTATTTAAAAAAAAAAAAACAATTTAATATTTTACCATACCGAGGCAAA TATTGTGAAGGGTCCACCGTAGTTTGTACTAAACTGTAGGTTTAGACTAC CGTCGCAGTCCTAATATTTCTATGACAGAAGTTTTGAAAGGACAAAGTAA AGTTATATTGTACAGATCTAAAAATTTGTATATCGTTTAAAATTGGCCAT TTATATGTAATAAAACTTAAAACTTCCATTCAGCGCTTTTGGTTATTTTG TTAATAGATAAAAGTGTATAAATTGTTGGGATAACAATCAACGATGCTTG AATATTGTCTAACTTTCCTTCTCCTATTTTGTGAGTAAGCATATTTCTCA AATATCTGAATATCATTACTGTCTTTTCCTCACAATAGATTGCAAATACG TGCTACAAAATCTTGTTAAGGATTTAATTTCTAAAAAAGGCCTAAATACC AAATTATGCAGCGGAGTAAATAATGGATTTTTTTTTTTGTTAATTTCATT TCTTACTCAAATATAAAATGTCTACACAGTCGCCACTAGTTTCAAACAAA TACTGGTAGGTTGGAAAATTTATAAGTAGCCATGTGTAAAGAGAAGCCAG AAGGGTTGAAATGTTTTTTTTTAAATATCTTTTGTACTTTAATTAATCAA TAATAAGAATCAAACCAGATAAGGTAGAACGATGTTATTGATATAATCTA TTGTGGTATTGAAATAATAGTCTGTCATTGGTTGTATGTATGTTAATATT AAAATCCGACGAACAAACGAGTCACCAAACATTAATCCAAATTATTACTC CATTCTATATTCAAAATCAATAATACTTGCCAAAAAAAATTATTTCTAAA TTGCTTCAGTTTGTATTTTATTTTATAAACAAAGTCTTAACTAAATAATA ATCAATTTTCGTTGTCATATAAGGAAAATTGAATAAAAATTGTATCGTTA CTCTTTTCAAACTTCAAATAATATATCAACTGAAAAAATTTATAAGAAAA AATGTATGTAAGGTAGATGTACACAAAGGGAATAATAGGGAAACCTCTAA GTAAAGATCTGGGAAATCCTTTTTAACAATTTACTGTATGTCTTCATTGA ACTTAATATCAAAGTTATATAAAACGCGTTTAAAGCCAACTTCACAAGAA TTCGAAAAACCCAATCGCGCTCCTTTGCAACAGTGTAGCATTAAAAAACC CTGTTTTTTGCGTTTCTAGGTGATTTAGTGCATAAAAATCATGCTTAAAT ATATATTGATGCTTTTTTTGAACTATTCTTTAAAAATAGGAATATCCCAC AAAAACCCATGTCTCCCAAAAATATTTATATTTTTGCAGACAAAACATCA TATATAAATGCATTAATATGATTGTAAGAACATCAGTAGCTCAATACATC TAAAAGATAACAAACAAATTATTACATTAAAAATGAAATTAGTATCTTTT TTTATATTATTGTCATTTGGCTTATTCGCTAATGGTAAACCACAAGGATA TGGAGCAGTCAATGACCCAGGACCTGTAGTGGTGGGAGAAGATCCAAATC TCATTGATGACGTTTTTGGAGGAAGTGGTGGAACAGGAATTACAGATGGA GGTTTTATTGAAAANTGATGGCCCAGTTGAACCTGAGCCAAGTTACGGTG ATGGAGGATCTCACGTGAATGAGGTAGTAGATACCTCCTATGAAGAATGC GCCTACTATGCAGATCAAGACTACAAATGTGTTCCCTACTACAACTGTGA AGATGGGGAAATTGTAACAGATGGAGGTGGGCTCATTGATATCCGTTCAT CTTTTGCCGCCGTTCTTGATCCTGCTTCTTCCAAATGTCCTGGATACCTT GAAGTATGCTGTCGTCATCCCGACTTTAGTACAAATTCACCTCAAACCAC TACTCCGGAACCAGTGACTCAGCCACCAAAACCAAGATCCTATGTTCCTG AATGTGGACGAAGAAACGTTGGAGGAGTCGGAGTACGAATTCAAAATGAT AAATACAAGGGAAGTACTCAATTTGGTGAATGGCCTCATATGTGTGCTTT ATTAGAAATACAAGCTGTTGCATATGGAGAAGATATCAAAAAATATGTTT GTGGAGCATCTCTCATTGCTCCTGGAGTAGTTTTAACTGGAGCTCATTGT GTTGAGTAAGTATTGATTATAAATATAATTTTTGAGGCCATTGATTACTA ATTCATTAACTTTACTCTTATAGTAAAATCCCCAAAAATAATATCAAAAT CAGATGCGGTGAATGGGATACACAAAAAGAAATTGAGCCCAGTCAACATC AAGACCGATTTGTTGAAGATGTGAAAATCCATCCTCAATTCAACCCTAAG AATTTAAAGAATGACTTTGCTCTTCTTTTTATGGAAGAAGACTTTAAGTT GGCTCCTCATGTTGACACAATTTGCCTACCAGACAACCTTGCAGGAATCG ACAGCTACGATCAAAATGATTGTTTTGCCACTGGCTGGGGTAAGGACAAA TTTGGAAAGCTTGGGGAATATCAAGTCATCATGAAACAAGTTCAAATGGA CATGGTCAACTCCAATGAGTGTGAGAATAAATTGAGAAGAACCCGACTTG GAGAAGACTTTGAACTGGACGAATCTTTTGTATGTGCCGGCGGAGAAAAG GACAGAGATACCTGCAAAGGTGATGGTGGTGGTCCACTTGTTTGTCCATT ACATAGAGAGGGAAGTAACGATGGCTATGGTGTTATCCATGAAACTAAAT ATGTTCAAGCTGGTATCATTGCTTGGGGTATTGACTGTGGTTTGGAAGGA AATCCTGGAGTATATGCCAACGTTGCCGATGGTCTCTGTTTCATTGACTG GGCTACTCAATGCCAAACTGGAATTCCTCAATACTTCAACATCACTGGAT GTGAAAACTGGGCTCCTCAACAAATTGAATCCCTTAAGTATGACATTCAC GAGCACCAAAAGAAATTAGATTATATCTCCAAAGACGGAAGTGGAACCCC ATCCAACCTTAGAAACCTCAACCGTAGAATCAAACAAGCTGAAGGTATTT TGAAAATCTTTCAGGATGAGCATTCAATTTGCATTGCTTCCTCTGGTTAT GGAGAAATCKATCAAGTAACATTGGGTGAAGTTGGAAGAAATCAAGGCGA TGTTGGTGTTGATGGTTTTGGCTCATCAAACGGTATCCACTCAAATCAAG ATNGGTTCTTTTCAGGATAGTACTATAGTAGATCAAGATCAGTTTGGTAG TGAGCACGAAGTTAAGCCTATCGTAGAAAGTAATGTTCCTTCAGGTTATT AGTGATATATAAATATTTTCTAAACTTCTCTATTCATAGAATCAAGTATA TTCATACAGATTAAAAATGTTATGTAA
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