EMLSAG00000009473, EMLSAG00000009473-692239 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000009473
Unique NameEMLSAG00000009473-692239
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:LpR1 "Lipophorin receptor 1" species:7227 "Drosophila melanogaster" [GO:0042953 "lipoprotein transport" evidence=ISS] [GO:0008203 "cholesterol metabolic process" evidence=ISS] [GO:0005041 "low-density lipoprotein receptor activity" evidence=ISS] [GO:0016020 "membrane" evidence=ISS] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0004872 "receptor activity" evidence=IMP] [GO:0006898 "receptor-mediated endocytosis" evidence=IEP;IMP] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 EMBL:AE014297 GO:GO:0016021 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0004872 InterPro:IPR013032 GO:GO:0006898 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 InterPro:IPR009030 SUPFAM:SSF57184 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 eggNOG:NOG255913 OrthoDB:EOG7NGQ9P RefSeq:NP_001097934.2 UniGene:Dm.14926 ProteinModelPortal:A8JRD0 SMR:A8JRD0 PaxDb:A8JRD0 EnsemblMetazoa:FBtr0301470 EnsemblMetazoa:FBtr0333195 EnsemblMetazoa:FBtr0333197 GeneID:2768687 KEGG:dme:Dmel_CG31094 UCSC:CG31094-RF CTD:2768687 FlyBase:FBgn0066101 OMA:CSKRRIN GenomeRNAi:2768687 NextBio:848109 PRO:PR:A8JRD0 Bgee:A8JRD0 Uniprot:A8JRD0)

HSP 1 Score: 401.749 bits (1031), Expect = 6.832e-127
Identity = 229/452 (50.66%), Postives = 290/452 (64.16%), Query Frame = 0
Query:   26 CLTTKFECDNK-QCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCD--EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+C    QCIP+SW C+G +DC D SDE +C  ++ C+  E+ C   E +CVP  W CD  +DC DGSDE+        C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:  219 CPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAHCRART-CSPDEYACKSGEGQCVPLAWMCDQSKDCSDGSDEH-------NCNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 651          

HSP 2 Score: 122.479 bits (306), Expect = 3.655e-28
Identity = 97/266 (36.47%), Postives = 129/266 (48.50%), Query Frame = 0
Query:   62 VKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLS-RNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            +++ C + +F+C    C+P  + CDG  DC D SDE    C  +  + TC S++F C N  CI N+W CDQE DC DGSDE +   M+   +NEF C     CI + W CDG  DC D SDE  C   +             C   E+ C S    C+   W+CD+  DC DGSDE    C     CR D+F C NG CI    +C    +C D SDE+ C        + CD+  E  C      C+    VCD   +C + +DE
Sbjct:  132 LEAKCDEKQFQCHSGDCIPIRFVCDGDADCKDHSDEQIKEC--KFIEATCSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAHCRART-------------CSPDEYACKSGEGQCVPLAWMCDQSKDCSDGSDE--HNCN--QTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPV------VPCDSVAEHTCTNGA--CIAKRWVCDGDPDCSDGSDE 370          

HSP 3 Score: 107.457 bits (267), Expect = 2.655e-23
Identity = 80/206 (38.83%), Postives = 110/206 (53.40%), Query Frame = 0
Query:  105 QTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDE--KSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGD--CIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGR 304
            Q+ +  C   +F C +  CI  R+VCD + DC D SDE  K C   + +C++D +F CG+G CI   WRCD + DC D SDE            ++E  +  C + EF+C + + CI R+WLCD   DC D SDE+   C  R  C  D++ C +G+  C+P    C  + +C D SDE NCN         C AD EF C G+GR
Sbjct:  130 QSLEAKCDEKQFQCHSGDCIPIRFVCDGDADCKDHSDEQIKECKFIEATCSSD-QFRCGNGNCIPNKWRCDQESDCADGSDE------------ANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEA--HCRART-CSPDEYACKSGEGQCVPLAWMCDQSKDCSDGSDEHNCNQT-------CRAD-EFTC-GNGR 310          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:LpR2 "Lipophorin receptor 2" species:7227 "Drosophila melanogaster" [GO:0005041 "low-density lipoprotein receptor activity" evidence=ISS] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0048812 "neuron projection morphogenesis" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 EMBL:AE014297 GO:GO:0016021 GO:GO:0005886 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0048812 InterPro:IPR013032 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 InterPro:IPR009030 SUPFAM:SSF57184 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 UniGene:Dm.10816 GeneID:43105 KEGG:dme:Dmel_CG31092 CTD:43105 FlyBase:FBgn0051092 GenomeRNAi:43105 NextBio:832243 EMBL:BT010074 RefSeq:NP_001097928.1 SMR:Q7YU01 EnsemblMetazoa:FBtr0113386 UCSC:CG31092-RE InParanoid:Q7YU01 OMA:DVNGGTR Uniprot:Q7YU01)

HSP 1 Score: 384.03 bits (985), Expect = 2.393e-120
Identity = 222/452 (49.12%), Postives = 288/452 (63.72%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCD--EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            S C   +F C N +CIP+ W C+  +DC D SDE     +S+ C+  EF C   E  C+P +W CD  +DC DGSDE +       C+RTC S+EFTC N +CIQNR+ CD +DDCGDGSDEK+C + +    N F+C  G CI   W CDGD DC +  DE     +S         ++  C+  EFQC  R  C+H++W+CD + DCPDG DES   C  +  CR DQF+C +  CI GHL C+G  +C D SDE  C+ +    +  C+A  EFDC   G +C+P  +VC++  +C N  DE   KC INEC + NGGC   C++L +GY+C C  GY L ++ HTC D+D+C TPG CSQ+C N  G FKC+C  GY R L++ TRCKA+EGH SLL A + DIRKI+LDR +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:  234 STCSQEQFRCGNGKCIPRRWVCDRENDCADGSDESTSQCRSHTCSPEEFACKSGEGECIPLSWMCDQNKDCRDGSDEAQ-------CNRTCRSDEFTCGNGRCIQNRFKCDDDDDCGDGSDEKNCGEKAKCGSNFFACKSGPCIPNQWVCDGDSDCRNGEDEMQNCTVS---------LLNFCQAGEFQCSDRITCLHKSWVCDGEADCPDGEDESQSNC-LKVSCRPDQFQCNDQSCIAGHLTCNGKRDCADGSDEIMCDISATPRT--CNATTEFDC--GGGLCIPNAKVCNRRKDCPNGEDEPAGKCGINECSSKNGGCMHQCVNLEVGYRCECHDGYKLGADQHTCVDIDECETPGICSQVCVNEIGAFKCECEAGYMRLLKNHTRCKASEGHASLLLARRHDIRKIALDRPEMTSIVNSTKAATALDFVFRTGMIFWSDVATQSIYK 664          

HSP 2 Score: 103.219 bits (256), Expect = 5.929e-22
Identity = 65/169 (38.46%), Postives = 88/169 (52.07%), Query Frame = 0
Query:   22 QGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEV-NCIVK--SNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC----PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDE 182
            + + C +  F C +  CIP  W C+G  DC +  DE+ NC V   + C   EF+C D I C+ K+W CDG  DC DG DE++  C   +C      ++F C++  CI     C+ + DC DGSDE  C       +CNA  EF CG G CI     C+   DCP+  DE
Sbjct:  353 EKAKCGSNFFACKSGPCIPNQWVCDGDSDCRNGEDEMQNCTVSLLNFCQAGEFQCSDRITCLHKSWVCDGEADCPDGEDESQSNCLKVSCR----PDQFQCNDQSCIAGHLTCNGKRDCADGSDEIMCDISATPRTCNATTEFDCGGGLCIPNAKVCNRRKDCPNGEDE 517          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:vldlr "very low density lipoprotein receptor" species:7955 "Danio rerio" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 ZFIN:ZDB-GENE-040426-803 GO:GO:0016021 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 CTD:7436 OMA:MGTSARW TreeFam:TF320843 EMBL:CR628386 RefSeq:NP_957217.2 UniGene:Dr.82354 PRIDE:E7FF13 Ensembl:ENSDART00000023766 GeneID:393897 KEGG:dre:393897 NextBio:20814876 PRO:PR:E7FF13 ArrayExpress:E7FF13 Bgee:E7FF13 Uniprot:E7FF13)

HSP 1 Score: 328.561 bits (841), Expect = 4.588e-101
Identity = 202/492 (41.06%), Postives = 277/492 (56.30%), Query Frame = 0
Query:   19 GVSQGSH--CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSS------GNFS---------------------------DENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYV 473
            G S+ S   C  ++F+C N +CIP  W+C+G  DC D SDE +C+ K+ C + +F C   +C+PK WQCDG  DC DGSDE+ ++C      RTC  NEF+C   +++CI   W CD E DC +G DE +C +++C A  EF+C  G C+ + + C+G+ DC D SDE+DC   S S      GN +                           +     KC  +E QC S   CIHR W CD D DC DGSDE  + C  RN CR DQFKC +G CI G  QC+G  +C+D +DE NC     ++   C++  +F C      C+ + +VC+K+ +C +W+DE  ++CN+NEC  NNGGC   C DL IG++C C  G  L    TC DV++CL PG CSQIC N  G +KC+C  GY  D      CKA    P L+F ++ DIRK+ L+R + T IV   R++ ALD  F   MIFW+D   + I+  V
Sbjct:   20 GFSRASRAECEQSQFQCGNGRCIPSVWQCDGDMDCSDGSDETSCVRKT-CAEVDFVCRSGQCIPKRWQCDGEPDCEDGSDESIEMCHT----RTCRVNEFSCGVGSTQCIPVFWKCDGEKDCDNGEDEINCGNITC-APLEFTCSSGRCVSRKFVCNGEDDCGDGSDEQDCAPSSCSPSEIPCGNNTCIPRSWLCDDDVDCQDQSDESPERCGHNPTPPAKCSPSEMQCGS-GECIHRKWRCDGDPDCKDGSDE--KNCSARN-CRPDQFKCDDGSCIHGSRQCNGFRDCVDGTDEVNC-----KNLTQCNSSDQFKCRSG--ECIEMSKVCNKVRDCPDWSDEPIKECNMNECLINNGGCSHICRDLTIGFECDCTPGLQLIDRKTCGDVNECLNPGICSQICINLKGGYKCECHNGYQMDPTTGV-CKAVGKEPCLIFTNRRDIRKLGLERREYTQIVEQLRNTVALDADFIQQMIFWADLGQKAIFSTV 493          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:VLDLR "Uncharacterized protein" species:9913 "Bos taurus" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=IEA] [GO:0001948 "glycoprotein binding" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021517 "ventral spinal cord development" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=IEA] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=IEA] [GO:0034437 "glycoprotein transporter activity" evidence=IEA] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=IEA] [GO:0038025 "reelin receptor activity" evidence=IEA] [GO:0045860 "positive regulation of protein kinase activity" evidence=IEA] [GO:0048306 "calcium-dependent protein binding" evidence=IEA] [GO:1900006 "positive regulation of dendrite development" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 GO:GO:0016021 GO:GO:0005615 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0045860 GO:GO:0034437 InterPro:IPR013032 GO:GO:0000122 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0030229 GO:GO:0034447 GO:GO:1900006 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 GO:GO:0021517 OrthoDB:EOG7NGQ9P TreeFam:TF351700 GO:GO:0038025 GO:GO:0034189 OMA:MGTSARW EMBL:DAAA02022737 Ensembl:ENSBTAT00000047258 Uniprot:F1MIQ2)

HSP 1 Score: 326.635 bits (836), Expect = 1.831e-100
Identity = 199/493 (40.37%), Postives = 274/493 (55.58%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC------PEISSSG-----------------NFSDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            TG  + + C   +F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C+  +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC  G DE++C +++C++D EF+C  G CI + + C+G  DC D SDE DC      P  SS+                  + SDE+         I  +C  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VC++  +C +W+DE  ++C++NEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TGAGRKAKCEANQFQCTNGRCITLLWKCDGDEDCTDGSDEKNC-VKKTCAESDFVCNNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPVSWRCDGENDCDSGEDEENCGNVTCSSD-EFTCSSGRCISRNFMCNGQDDCSDGSDELDCAPPTVGPTSSSAAPSCIPISWVCDDDADCSDQSDESLEQCGRQPVIHTRCPASEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDISKVCNQKQDCRDWSDEPLKECHVNECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 493          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:Vldlr "Very low-density lipoprotein receptor" species:10116 "Rattus norvegicus" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=IEA] [GO:0001948 "glycoprotein binding" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021517 "ventral spinal cord development" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=IEA] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=IEA] [GO:0034437 "glycoprotein transporter activity" evidence=IEA] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=IEA] [GO:0038025 "reelin receptor activity" evidence=IEA] [GO:0045860 "positive regulation of protein kinase activity" evidence=IEA] [GO:0048306 "calcium-dependent protein binding" evidence=IEA] [GO:1900006 "positive regulation of dendrite development" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 RGD:3963 GO:GO:0016021 GO:GO:0005615 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0045860 GO:GO:0034437 InterPro:IPR013032 GO:GO:0000122 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0030229 GO:GO:0034447 GO:GO:1900006 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 GO:GO:0021517 OrthoDB:EOG7NGQ9P TreeFam:TF351700 GO:GO:0038025 GO:GO:0034189 CTD:7436 OMA:MGTSARW UniGene:Rn.9975 EMBL:AABR06010435 RefSeq:NP_037287.2 RefSeq:XP_006231259.1 RefSeq:XP_006231260.1 Ensembl:ENSRNOT00000035814 GeneID:25696 KEGG:rno:25696 NextBio:607711 PRO:PR:F1LPV2 Uniprot:F1LPV2)

HSP 1 Score: 327.02 bits (837), Expect = 1.851e-100
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPESWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCSTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDITKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          

HSP 2 Score: 53.5286 bits (127), Expect = 3.913e-6
Identity = 39/123 (31.71%), Postives = 57/123 (46.34%), Query Frame = 0
Query:  234 DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID-LPIGYKC 355
            D      G + KC + QF+C NG CI    +C G  +C D SDE+NC            A+ +F C      CVP    CD   +C + +DES E+C++  C+ N   C       +P  ++C
Sbjct:   21 DSGATASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNCVKKTC-------AESDFVC--KNGQCVPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPESWRC 134          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:Vldlr "Very low-density lipoprotein receptor" species:10116 "Rattus norvegicus" [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005905 "coated pit" evidence=IEA] [GO:0006869 "lipid transport" evidence=IEA] [GO:0006898 "receptor-mediated endocytosis" evidence=ISS] [GO:0008203 "cholesterol metabolic process" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=ISS] [GO:0034361 "very-low-density lipoprotein particle" evidence=IEA] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=ISS] [GO:0061098 "positive regulation of protein tyrosine kinase activity" evidence=TAS] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 RGD:3963 GO:GO:0016021 GO:GO:0005634 GO:GO:0048471 GO:GO:0021987 GO:GO:0032869 GO:GO:0009986 GO:GO:0007507 GO:GO:0005509 GO:GO:0042493 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0007584 GO:GO:0045177 GO:GO:0008203 GO:GO:0005905 GO:GO:0071456 GO:GO:0006869 GO:GO:0042149 GO:GO:0071222 InterPro:IPR013032 GO:GO:0030296 GO:GO:0007166 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0071347 GO:GO:0034361 GO:GO:0030229 GO:GO:0034447 InterPro:IPR009030 SUPFAM:SSF57184 Pfam:PF00058 PROSITE:PS51120 eggNOG:NOG255913 HOGENOM:HOG000115656 HOVERGEN:HBG006250 EMBL:L35767 UniGene:Rn.9975 ProteinModelPortal:P98166 SMR:P98166 STRING:10116.ENSRNOP00000036229 PaxDb:P98166 PRIDE:P98166 UCSC:RGD:3963 InParanoid:P98166 NextBio:13950739 PRO:PR:P98166 Genevestigator:P98166 Uniprot:P98166)

HSP 1 Score: 327.02 bits (837), Expect = 1.870e-100
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPESWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCRTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDITKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          

HSP 2 Score: 53.5286 bits (127), Expect = 3.947e-6
Identity = 39/123 (31.71%), Postives = 57/123 (46.34%), Query Frame = 0
Query:  234 DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID-LPIGYKC 355
            D      G + KC + QF+C NG CI    +C G  +C D SDE+NC            A+ +F C      CVP    CD   +C + +DES E+C++  C+ N   C       +P  ++C
Sbjct:   21 DSGATASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNCVKKTC-------AESDFVC--KNGQCVPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPESWRC 134          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:Vldlr "very low density lipoprotein receptor" species:10116 "Rattus norvegicus" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=IEA;ISO] [GO:0001666 "response to hypoxia" evidence=IEP] [GO:0001948 "glycoprotein binding" evidence=IEA;ISO] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA;ISO] [GO:0005634 "nucleus" evidence=IDA] [GO:0005905 "coated pit" evidence=IEA] [GO:0006869 "lipid transport" evidence=IEA] [GO:0006898 "receptor-mediated endocytosis" evidence=ISO;ISS] [GO:0007166 "cell surface receptor signaling pathway" evidence=TAS] [GO:0007507 "heart development" evidence=IEP] [GO:0007584 "response to nutrient" evidence=IEP] [GO:0008203 "cholesterol metabolic process" evidence=IEA] [GO:0009725 "response to hormone" evidence=IEP] [GO:0009986 "cell surface" evidence=IDA] [GO:0016020 "membrane" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021517 "ventral spinal cord development" evidence=IEA] [GO:0021987 "cerebral cortex development" evidence=IEP] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=IEA;ISO;ISS] [GO:0030296 "protein tyrosine kinase activator activity" evidence=TAS] [GO:0032496 "response to lipopolysaccharide" evidence=IEP] [GO:0032869 "cellular response to insulin stimulus" evidence=IEP] [GO:0034185 "apolipoprotein binding" evidence=ISO] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=IEA;ISO] [GO:0034361 "very-low-density lipoprotein particle" evidence=IEA] [GO:0034436 "glycoprotein transport" evidence=ISO] [GO:0034437 "glycoprotein transporter activity" evidence=IEA;ISO] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=IEA;ISO;ISS] [GO:0038025 "reelin receptor activity" evidence=IEA;ISO] [GO:0038026 "reelin-mediated signaling pathway" evidence=ISO] [GO:0042149 "cellular response to glucose starvation" evidence=IEP] [GO:0042493 "response to drug" evidence=IEP] [GO:0043235 "receptor complex" evidence=ISO] [GO:0045177 "apical part of cell" evidence=IDA] [GO:0045860 "positive regulation of protein kinase activity" evidence=IEA;ISO] [GO:0048306 "calcium-dependent protein binding" evidence=IEA;ISO] [GO:0048471 "perinuclear region of cytoplasm" evidence=IDA] [GO:0061098 "positive regulation of protein tyrosine kinase activity" evidence=TAS] [GO:0071222 "cellular response to lipopolysaccharide" evidence=IEP] [GO:0071347 "cellular response to interleukin-1" evidence=IEP] [GO:0071456 "cellular response to hypoxia" evidence=IDA] [GO:1900006 "positive regulation of dendrite development" evidence=IEA;ISO] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 RGD:3963 GO:GO:0016021 GO:GO:0005634 GO:GO:0048471 GO:GO:0021987 GO:GO:0032869 GO:GO:0009986 GO:GO:0007507 GO:GO:0005509 GO:GO:0042493 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0007584 GO:GO:0045177 GO:GO:0008203 GO:GO:0005905 GO:GO:0071456 GO:GO:0006869 GO:GO:0042149 GO:GO:0071222 InterPro:IPR013032 GO:GO:0030296 GO:GO:0007166 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0071347 GO:GO:0034361 GO:GO:0030229 GO:GO:0034447 InterPro:IPR009030 SUPFAM:SSF57184 Pfam:PF00058 PROSITE:PS51120 eggNOG:NOG255913 HOGENOM:HOG000115656 HOVERGEN:HBG006250 EMBL:L35767 UniGene:Rn.9975 ProteinModelPortal:P98166 SMR:P98166 STRING:10116.ENSRNOP00000036229 PaxDb:P98166 PRIDE:P98166 UCSC:RGD:3963 InParanoid:P98166 NextBio:13950739 PRO:PR:P98166 Genevestigator:P98166 Uniprot:P98166)

HSP 1 Score: 327.02 bits (837), Expect = 1.870e-100
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPESWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCRTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDITKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          

HSP 2 Score: 53.5286 bits (127), Expect = 3.947e-6
Identity = 39/123 (31.71%), Postives = 57/123 (46.34%), Query Frame = 0
Query:  234 DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID-LPIGYKC 355
            D      G + KC + QF+C NG CI    +C G  +C D SDE+NC            A+ +F C      CVP    CD   +C + +DES E+C++  C+ N   C       +P  ++C
Sbjct:   21 DSGATASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNCVKKTC-------AESDFVC--KNGQCVPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPESWRC 134          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:Vldlr "very low density lipoprotein receptor" species:10090 "Mus musculus" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=IMP] [GO:0001948 "glycoprotein binding" evidence=ISO] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005615 "extracellular space" evidence=IDA] [GO:0005634 "nucleus" evidence=ISO] [GO:0005905 "coated pit" evidence=IEA] [GO:0006629 "lipid metabolic process" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006869 "lipid transport" evidence=IEA] [GO:0006897 "endocytosis" evidence=IEA] [GO:0006898 "receptor-mediated endocytosis" evidence=ISO] [GO:0008202 "steroid metabolic process" evidence=IEA] [GO:0008203 "cholesterol metabolic process" evidence=IEA] [GO:0009986 "cell surface" evidence=ISO] [GO:0016020 "membrane" evidence=ISO] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=ISO] [GO:0034185 "apolipoprotein binding" evidence=ISO] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=ISO] [GO:0034361 "very-low-density lipoprotein particle" evidence=IEA] [GO:0034436 "glycoprotein transport" evidence=ISO] [GO:0034437 "glycoprotein transporter activity" evidence=ISO] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=ISO] [GO:0038025 "reelin receptor activity" evidence=IGI] [GO:0038026 "reelin-mediated signaling pathway" evidence=IGI] [GO:0043235 "receptor complex" evidence=ISO] [GO:0045177 "apical part of cell" evidence=ISO] [GO:0045860 "positive regulation of protein kinase activity" evidence=IGI] [GO:0048306 "calcium-dependent protein binding" evidence=ISO] [GO:0048471 "perinuclear region of cytoplasm" evidence=ISO] [GO:0071456 "cellular response to hypoxia" evidence=ISO] [GO:1900006 "positive regulation of dendrite development" evidence=IGI] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 MGI:MGI:98935 GO:GO:0016021 GO:GO:0005615 GO:GO:0016020 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0008203 GO:GO:0005905 GO:GO:0043235 GO:GO:0006869 GO:GO:0045860 GO:GO:0034437 InterPro:IPR013032 GO:GO:0000122 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0034361 GO:GO:0030229 GO:GO:0034447 InterPro:IPR009030 SUPFAM:SSF57184 GO:GO:1900006 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 GO:GO:0021517 eggNOG:NOG255913 HOGENOM:HOG000115656 HOVERGEN:HBG006250 TreeFam:TF351700 GO:GO:0038025 GO:GO:0034189 CTD:7436 OMA:MGTSARW EMBL:L33417 EMBL:U06670 EMBL:S73732 PIR:I48952 RefSeq:NP_001154892.1 RefSeq:NP_038731.2 RefSeq:XP_006526980.1 RefSeq:XP_006526981.1 UniGene:Mm.4141 ProteinModelPortal:P98156 SMR:P98156 BioGrid:204529 DIP:DIP-33283N IntAct:P98156 MINT:MINT-4140012 PaxDb:P98156 PRIDE:P98156 Ensembl:ENSMUST00000167487 GeneID:22359 KEGG:mmu:22359 UCSC:uc008hbt.2 InParanoid:P98156 NextBio:302661 PRO:PR:P98156 ArrayExpress:P98156 Bgee:P98156 CleanEx:MM_VLDLR Genevestigator:P98156 Uniprot:P98156)

HSP 1 Score: 326.635 bits (836), Expect = 2.929e-100
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCADGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPVSWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCSTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDMSKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          

HSP 2 Score: 55.8398 bits (133), Expect = 6.937e-7
Identity = 39/123 (31.71%), Postives = 58/123 (47.15%), Query Frame = 0
Query:  234 DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID-LPIGYKC 355
            D      G + KC + QF+C NG CI    +C G  +C D SDE+NC            A+ +F C      CVP    CD   +C + +DES E+C++  C+ N   C       +P+ ++C
Sbjct:   21 DSGATASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCADGSDEKNCVKKTC-------AESDFVC--KNGQCVPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPVSWRC 134          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:VLDLR "Very low-density lipoprotein receptor" species:9606 "Homo sapiens" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=ISS] [GO:0001948 "glycoprotein binding" evidence=IPI] [GO:0005041 "low-density lipoprotein receptor activity" evidence=TAS] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0005905 "coated pit" evidence=IEA] [GO:0006869 "lipid transport" evidence=IEA] [GO:0006898 "receptor-mediated endocytosis" evidence=IDA] [GO:0007165 "signal transduction" evidence=TAS] [GO:0007399 "nervous system development" evidence=TAS] [GO:0007613 "memory" evidence=TAS] [GO:0008203 "cholesterol metabolic process" evidence=IEA] [GO:0016020 "membrane" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021517 "ventral spinal cord development" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=IDA] [GO:0034185 "apolipoprotein binding" evidence=ISS;IDA] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=IDA] [GO:0034361 "very-low-density lipoprotein particle" evidence=IEA] [GO:0034436 "glycoprotein transport" evidence=IDA] [GO:0034437 "glycoprotein transporter activity" evidence=IDA] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=IDA] [GO:0038025 "reelin receptor activity" evidence=ISS] [GO:0038026 "reelin-mediated signaling pathway" evidence=ISS] [GO:0043235 "receptor complex" evidence=IDA] [GO:0045860 "positive regulation of protein kinase activity" evidence=IEA] [GO:0048306 "calcium-dependent protein binding" evidence=IPI] [GO:1900006 "positive regulation of dendrite development" evidence=ISS] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 GO:GO:0016021 GO:GO:0005886 GO:GO:0005509 GO:GO:0007613 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 GO:GO:0008203 GO:GO:0005905 GO:GO:0043235 GO:GO:0006869 GO:GO:0045860 GO:GO:0034437 InterPro:IPR013032 GO:GO:0000122 EMBL:CH471071 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 GO:GO:0034361 GO:GO:0030229 GO:GO:0034447 Orphanet:1766 GO:GO:1900006 GO:GO:0034185 GO:GO:0005041 Pfam:PF00058 PROSITE:PS51120 GO:GO:0021517 eggNOG:NOG255913 HOGENOM:HOG000115656 HOVERGEN:HBG006250 OrthoDB:EOG7NGQ9P TreeFam:TF351700 GO:GO:0038025 GO:GO:0034189 PDB:1V9U PDB:3DPR PDBsum:1V9U PDBsum:3DPR CTD:7436 EMBL:L20470 EMBL:S73849 EMBL:D16532 EMBL:D16493 EMBL:D16494 EMBL:L22431 EMBL:DQ067198 EMBL:AL450467 EMBL:BC136562 PIR:A49729 RefSeq:NP_001018066.1 RefSeq:NP_003374.3 UniGene:Hs.370422 ProteinModelPortal:P98155 SMR:P98155 BioGrid:113277 DIP:DIP-40925N IntAct:P98155 MINT:MINT-111579 STRING:9606.ENSP00000371532 PhosphoSite:P98155 DMDM:1730111 PaxDb:P98155 PRIDE:P98155 Ensembl:ENST00000382099 Ensembl:ENST00000382100 GeneID:7436 KEGG:hsa:7436 UCSC:uc003zhk.1 GeneCards:GC09P002611 HGNC:HGNC:12698 HPA:CAB032462 HPA:HPA051312 MIM:192977 MIM:224050 neXtProt:NX_P98155 PharmGKB:PA37317 InParanoid:P98155 OMA:MGTSARW PhylomeDB:P98155 EvolutionaryTrace:P98155 GeneWiki:VLDL_receptor GenomeRNAi:7436 NextBio:29124 PRO:PR:P98155 ArrayExpress:P98155 Bgee:P98155 CleanEx:HS_VLDLR Genevestigator:P98155 Uniprot:P98155)

HSP 1 Score: 326.25 bits (835), Expect = 4.004e-100
Identity = 197/496 (39.72%), Postives = 265/496 (53.43%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC-------------------------------------DRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            TG  + + C  ++F+C N +CI   W+C+G +DC+D SDE NC VK  C +S+F C+  +CVP  W+CDG  DC DGSDE+ + C  +TC                                     + TC  +EFTC + +CI   +VC+ +DDC DGSDE  C   +C A +EF C    CI   W CD D DC D SDE     +   G      I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VC++  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TGTGRKAKCEPSQFQCTNGRCITLLWKCDGDEDCVDGSDEKNC-VKKTCAESDFVCNNGQCVPSRWKCDGDPDCEDGSDESPEQCHMRTCRIHEISCGAHSTQCIPVSWRCDGENDCDSGEDEENCGNITCSPDEFTCSSGRCISRNFVCNGQDDCSDGSDELDCAPPTCGA-HEFQCSTSSCIPISWVCDDDADCSDQSDE----SLEQCGR--QPVIHTKCPASEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDISKVCNQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          
BLAST of EMLSAG00000009473 vs. GO
Match: - (symbol:Vldlr "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0000122 "negative regulation of transcription from RNA polymerase II promoter" evidence=IEA] [GO:0001948 "glycoprotein binding" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021517 "ventral spinal cord development" evidence=IEA] [GO:0030229 "very-low-density lipoprotein particle receptor activity" evidence=IEA] [GO:0034189 "very-low-density lipoprotein particle binding" evidence=IEA] [GO:0034437 "glycoprotein transporter activity" evidence=IEA] [GO:0034447 "very-low-density lipoprotein particle clearance" evidence=IEA] [GO:0038025 "reelin receptor activity" evidence=IEA] [GO:0045860 "positive regulation of protein kinase activity" evidence=IEA] [GO:0048306 "calcium-dependent protein binding" evidence=IEA] [GO:1900006 "positive regulation of dendrite development" evidence=IEA] InterPro:IPR000742 InterPro:IPR001881 InterPro:IPR002172 InterPro:IPR018097 Pfam:PF00057 Pfam:PF07645 PRINTS:PR00261 PROSITE:PS01187 PROSITE:PS50026 PROSITE:PS50068 SMART:SM00179 SMART:SM00181 SMART:SM00192 InterPro:IPR000033 InterPro:IPR000152 GO:GO:0016021 GO:GO:0005509 Gene3D:2.120.10.30 InterPro:IPR011042 SMART:SM00135 InterPro:IPR013032 PROSITE:PS01186 Gene3D:4.10.400.10 InterPro:IPR023415 SUPFAM:SSF57424 PROSITE:PS01209 PROSITE:PS00010 Pfam:PF00058 PROSITE:PS51120 GeneTree:ENSGT00740000114992 OrthoDB:EOG7NGQ9P TreeFam:TF351700 CTD:7436 OMA:MGTSARW EMBL:CU467086 EMBL:HM802137 RefSeq:NP_001186819.1 UniGene:Ssc.4552 Ensembl:ENSSSCT00000005763 GeneID:733630 KEGG:ssc:733630 ArrayExpress:E7CXS1 Uniprot:E7CXS1)

HSP 1 Score: 325.094 bits (832), Expect = 5.711e-100
Identity = 199/494 (40.28%), Postives = 271/494 (54.86%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            TG  + + C  ++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC  G DE++C +++C+ D EF+C  G CI + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VC++  +C +W+DE  ++C++NEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TGAGRKAKCEPSQFQCTNGRCITLLWKCDGDEDCADGSDEKNC-VKKTCAESDFVCSNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPVSWRCDGENDCDSGEDEENCGNITCSPD-EFTCSSGRCISRNFVCNGQDDCSDGSDELDCAPPTCGAHEFQCSTSSCIPISWVCDDDADCSDQSDESLEQCGRQPVIHTKCPASEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDISKVCNQEQDCRDWSDEPLKECHVNECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592850889|gb|GAXK01106655.1| (TSA: Calanus finmarchicus comp37325_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 422.935 bits (1086), Expect = 5.919e-137
Identity = 225/480 (46.88%), Postives = 306/480 (63.75%), Query Frame = 0
Query:    1 MIRFS---TYLLFFHVFIYE--TGVSQGSHCLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEV--NCIVKSNCTDSEFRC-DEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            +I+F    ++L   H  + E    +++   C++T+F C  + +CIP  W C+G +DC D SDE   +C  ++ C+ SEF C  E+ +CVP +W CD  EDC DGSDE      N   ++ C    F C N  C Q  W CD +DDCGDGSDE+ C  ++C A++  +CG G C+ K W CDGD DCPD  DE++C            NI   C + EF C  ++ CIH+ W CD D DCPDG+DE    CG +  C  ++F C +G CI GHLQCSG  +C D+SDEE+C     +    C+ + +FDC GDG+MC+ +EQVCD  N+CG W DE  + C +NEC T NGGCDQ C+D   G+ C C+ GY +  N+TCED+D+C TPGTCSQ+C NR G  KCDC+ GY ++  D T+CKA +GH SLLF+ K DIR +SLDR  +TS++NSTRS+CA+DF F+TG +FWSD +T++IY
Sbjct:  133 LIQFDMADSFLPPRHQPMMEEDASIAESVTCISTEFSCVSSPKCIPGRWACDGDEDCPDGSDEAPGHCGART-CSSSEFSCGSEVGKCVPLSWVCDEHEDCRDGSDEK-----NCKEEKKCPFGRFACGNGMCTQESWRCDGQDDCGDGSDEEGCGQVTC-AEDHITCGSGTCVSKAWGCDGDSDCPDGEDEKNC------AGAPPPNITNVCAENEFVCRDQHFCIHQAWACDGDKDCPDGTDEDEDLCGEKASCAENEFTCSSGQCIQGHLQCSGRADCDDHSDEEDCATPEPK----CNPETQFDC-GDGKMCISIEQVCDYKNDCGAWQDEPRDSCGVNECLTGNGGCDQDCVDTKDGFHCQCRQGYKMGRNNTCEDIDECKTPGTCSQVCINRMGGVKCDCVHGYEKEPNDHTKCKATKGHASLLFSQKKDIRSLSLDRKILTSVINSTRSACAVDFSFKTGKVFWSDVMTERIY 1518          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592850888|gb|GAXK01106656.1| (TSA: Calanus finmarchicus comp37325_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 421.779 bits (1083), Expect = 1.704e-136
Identity = 223/471 (47.35%), Postives = 299/471 (63.48%), Query Frame = 0
Query:    5 STYLLFFHVFIYETGVSQGSHCLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEV--NCIVKSNCTDSEFRC-DEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            S   +  H    E G ++   C++ +F C  + +CIP  W C+G +DC D SDE   +C  ++ C+ SEF C  E+ +CVP +W CD  EDC DGSDE      N   ++ C    F C N  C Q  W CD +DDCGDGSDE+ C  ++C A++  +CG G C+ K W CDGD DCPD  DE++C            NI   C + EF C  ++ CIH+ W CD D DCPDG+DE    CG +  C  ++F C +G CI GHLQCSG  +C D+SDEE+C     +    C+ + +FDC GDG+MC+ +EQVCD  N+CG W DE  + C +NEC T NGGCDQ C+D   G+ C C+ GY +  N+TCED+D+C TPGTCSQ+C NR G  KCDC+ GY ++  D T+CKA +GH SLLF+ K DIR +SLDR  +TS++NSTRS+CA+DF F+TG +FWSD +T++IY
Sbjct:  138 SFLPVGHHPVEEEPGNAESVTCISNEFSCVSSPKCIPGRWACDGDEDCPDGSDEAPGHCGART-CSSSEFSCGSEVGKCVPLSWVCDEHEDCRDGSDEK-----NCKEEKKCPFGRFACGNGMCTQESWRCDGQDDCGDGSDEEGCGQVTC-AEDHITCGSGTCVSKAWGCDGDSDCPDGEDEKNC------AGAPPPNITNVCAENEFVCRDQHFCIHQAWACDGDKDCPDGTDEDEDLCGEKASCAENEFTCSSGQCIQGHLQCSGRADCDDHSDEEDCATPEPK----CNPETQFDC-GDGKMCISIEQVCDYKNDCGAWQDEPRDSCGVNECLTGNGGCDQDCVDTKDGFHCQCRQGYKMGRNNTCEDIDECKTPGTCSQVCINRMGGVKCDCVHGYEKEPNDHTKCKATKGHASLLFSQKKDIRSLSLDRKILTSVINSTRSACAVDFSFKTGKVFWSDVMTERIY 1496          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592802153|gb|GAXK01152415.1| (TSA: Calanus finmarchicus comp223812_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 389.808 bits (1000), Expect = 4.032e-122
Identity = 214/456 (46.93%), Postives = 282/456 (61.84%), Query Frame = 0
Query:   22 QGSHCLTTKFECDNKQCIPQSWRCNGLDDCM--DNSDEVNCI-VKSNCTDSEFRCD-EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPE-ISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHE-KCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            Q S CL  +F C +  CIP +W+C+G  DC   D  DE + +  K  C D EFRC+ E  C+P+ WQCDG  DC DG DE        TC+ TC   EF C NS CIQ RW CD  DDCGDGSDE  C   SC+A  EF+C  G+CI   WRCDG++DC D SDE+ C + I+S+G          C    F+CL+   CI+  W CD D DC DGSDE+   C T  KC  DQF+C++G+C+P HL+CSGAPEC D SDE+ C F        CD   EFDC G+G+ C+P E+VCD++N+CGNW DE      N+ EC+ NNGGCDQ C++    + C CK G+ L  N TC D+++C   G+CSQ C N  G+FKC C+EGY +DL++++ CK  +G   LLFAH  DIR   +  ++  ++V+STR++  LDF +    IFW+D   +KIY+
Sbjct: 1877 QLSSCLPEEFRCGSGLCIPIAWQCDGEKDCPEPDALDEWDQLCRKERCKDGEFRCEAEGACIPQGWQCDGHNDCKDGLDET-------TCNVTCSEEEFQCRNSNCIQARWRCDGMDDCGDGSDEDHCDKTSCHAQKEFTCNSGFCIDAQWRCDGELDCDDGSDEKGCTKLINSTGT---------CGADSFRCLNNEECINGDWKCDGDADCTDGSDENEDMCNTTVKCEQDQFRCLSGECVPSHLKCSGAPECSDGSDEDGCGF-----EPKCDLYSEFDC-GEGKGCLPSERVCDRINDCGNWEDEPKTCFLNVAECEENNGGCDQLCVETSDSFFCACKPGFKLVDNSTCVDINECEELGSCSQNCENFIGSFKCSCMEGYQQDLQNASVCKVAKGKVGLLFAHHTDIRLTDVVGHETQAVVDSTRAATLLDFHYSAKQIFWTDSAEKKIYR 3178          

HSP 2 Score: 112.464 bits (280), Expect = 2.473e-25
Identity = 77/218 (35.32%), Postives = 105/218 (48.17%), Query Frame = 0
Query:  110 TCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
             C + +F C N  CI   W CD E DC DG+DE  C    +S     EF CG G CI   W+CDG         E+DCPE  +   +       +CKD EF+C +   CI + W CD   DC DG DE+         C  ++F+C N +CI    +C G  +C D SDE++C+         C A KEF C  +   C+  +  CD   +C + +DE
Sbjct: 2705 VCNTAQFECSNGLCIPESWTCDGEADCRDGTDELGCSPEQLSSCLPEEFRCGSGLCIPIAWQCDG---------EKDCPEPDALDEWDQLCRKERCKDGEFRCEAEGACIPQGWQCDGHNDCKDGLDETT----CNVTCSEEEFQCRNSNCIQARWRCDGMDDCGDGSDEDHCD------KTSCHAQKEFTC--NSGFCIDAQWRCDGELDCDDGSDE 3295          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592829253|gb|GAXK01128291.1| (TSA: Calanus finmarchicus comp404516_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 364.385 bits (934), Expect = 3.776e-114
Identity = 199/511 (38.94%), Postives = 282/511 (55.19%), Query Frame = 0
Query:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS--NCTDSEFRCDEIRCVPKNWQCDGGEDC--IDGSDENEDICSNQ-----------------------------------TCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKC-RTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
             I F   +L + V +   G      C T +  C+N  C+PQSW C+G DDC D +DE NC      +C+ S+F+C    C+P+ WQCDG +DC  ++G DE E +C  +                                   TC+ +C   +F C N +CIQ RW CD EDDC DGSDE  C   +C+   EF C  G C+ K W CDG++DC D  DE++C +   + +         C D  F C ++  CI+  W CD + DC DGSDE+ + C     C   DQFKC +G+CIP H +CSG  +C+D SDE +C      S L CD  +EFDC G+G+ C+PL++VCD  N+CG+W DE  + C  NEC+ NNGGCD  C D P G+ CGC+ G+ L+ N TC DV++C   G CSQ C N PG++KC C+ GY  DL +  +CK   G   ++F H+ +IR      ++  ++V + RS+  +DF F    +FW+D V +++Y+
Sbjct:  137 FIIFVMLVLLWWVVLQAWGGRSEMVCNTAQLRCENGWCVPQSWACDGEDDCGDGTDETNCDPGQIRSCSASQFKCGSGLCIPRAWQCDGEKDCPEVEGMDEWEVLCDKEKCKPDEFQCKDDGSCVPADWECNGEIDCADGSDERTCNLSCGLEQFQCHNGRCIQLRWKCDGEDDCLDGSDEAKCDVTTCDPVEEFRCHSGLCVNKRWVCDGELDCDDGEDEKNCKQHRDNNS--------NCDDKAFSCHNQKECINMDWKCDGEADCMDGSDEAEEVCNAVTICDDGDQFKCKSGECIPAHARCSGYEDCMDGSDEIDC-----VSMLKCDPHEEFDC-GEGKPCLPLDRVCDHNNDCGSWEDEPKDSCQKNECQENNGGCDHLCFDTPGGFFCGCQEGFQLSGNSTCVDVNECNILGFCSQTCENYPGSYKCSCMRGYKPDLLNPDKCKVERGKVGIMFTHQTEIRLADATFHETIAVVENIRSAGVMDFHFAGQQVFWTDCVEKRLYR 1627          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592880424|gb|GAXK01077477.1| (TSA: Calanus finmarchicus comp427153_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 337.806 bits (865), Expect = 2.312e-104
Identity = 198/485 (40.82%), Postives = 275/485 (56.70%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVK--SNCTDSEFRCDEIRCVPKNWQCDGGEDCI--DGSDENEDICSNQTCDRTCISNEFTCD-NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEIS--------------------------------SSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGE-SSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDC-LTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C T + EC N +C+P+SW C+G DDC D +DE NC     S C   EFRC    C+P  WQCDG +DC   D  DE + +C  + C    I  EF C+    CI   W+CD   DC DGSDE SC +++C+ + EF C D  CI++ WRCDG++DC D SDE +C + S                                  G     N   +CK   F C ++  CI+  W+CD D DC DGSDES + CG ++KC+ DQF+C +G+CIP HL+CS   EC+D SDEENC+       +  CD +  F C G+  +CVPL++VCD+ N+CGNW DE  + C  NEC  NNGGCDQ CID      C C+ G+ L  N TC+D+D+C    G CSQIC N  G+F C C  G+   L++  +CK  EG   ++F+H+ D+R + + + + + IV  TRS+  LD+ +RT  ++W+D   + I++
Sbjct: 1304 CNTAELECKNGRCVPESWVCDGEDDCGDRTDENNCDPDQLSTCQPEEFRCAMGECIPIAWQCDGEKDCPEEDALDEWDRLCRKERC----ILGEFRCEAEGACIPQTWLCDDHHDCLDGSDEMSC-NVTCSGE-EFQCLDRNCIQERWRCDGEMDCVDGSDEANCAKTSCDPVEELTCGNGRCVNKRWRCDGDMDCDDGADEKGCKHQINSTGECKKDSFACDNKEECINSGWVCDGDADCADGSDESEETCGVQSKCKEDQFECKSGECIPFHLRCSENIECLDGSDEENCSIEVAPYMNNKCDPNSHFHC-GESNICVPLDRVCDRANDCGNWEDE--DSCQHNECIDNNGGCDQICIDTSSSSFCDCRPGFWLAGNSTCKDIDECQAIVGACSQICENTAGSFTCSCAVGFKPGLKNPNQCKVAEGKVGIIFSHQTDLRLLDISQQETSVIVEDTRSATNLDYHYRTKRVYWTDSENKGIFQ 2731          

HSP 2 Score: 53.9138 bits (128), Expect = 8.067e-7
Identity = 41/136 (30.15%), Postives = 66/136 (48.53%), Query Frame = 0
Query:  192 GNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECI--DNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
             N S +  ++ C   E +C     C+  +W+CD + DC D +DE+       + C+ ++F+C  G+CIP   QC G  +C   D  DE +         LG     EF C  +G  C+P   +CD  ++C + +DE
Sbjct: 2378 ANSSKDLPVIVCNTAELEC-KNGRCVPESWVCDGEDDCGDRTDENNCDPDQLSTCQPEEFRCAMGECIPIAWQCDGEKDCPEEDALDEWDRLCRKERCILG-----EFRCEAEG-ACIPQTWLCDDHHDCLDGSDE 2764          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592814226|gb|GAXK01140342.1| (TSA: Calanus finmarchicus comp445974_c3_seq4 transcribed RNA sequence)

HSP 1 Score: 284.648 bits (727), Expect = 8.461e-86
Identity = 184/456 (40.35%), Postives = 233/456 (51.10%), Query Frame = 0
Query:   21 SQGSHCLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCD---EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            S+   C   +F C  + QCIP  W C+  +DC D SDE   +     C+  E+ C      +CVP +W CD   DC DG DE         C RTC++ EFTC +  C+Q  W CD EDDCGDGSDE+ C  + C A  E  C +G C+K    CDGD DC D  DE DC      G+ + +N    CK  EF CL  + C+H +W CD D DCPDGSDES + C    +C +D+F+C +G CIP +L C GA  C D SDE+           GC   K            P E     + N          +  +++C +    C Q CI    GYKC C                                       LEGY++D +D TRCKA EGHPSLLFAHK DIRK+SLDR  MT IVN+TRSSCA+D+ F+TGM+FWSD + +KIYK
Sbjct:  152 SENQTCGGGEFPCFVSSQCIPWRWTCDREEDCPDGSDESPSVCSERVCSPDEWTCHGPGPSQCVPLSWVCDNHPDCQDGEDET-------VCTRTCLAEEFTCASGLCVQPVWKCDGEDDCGDGSDEEGCGAIVC-ARGEVQCNEGRCVKNSHVCDGDADCVDGEDEIDC------GDRTVDNRTEVCKADEFACLEHHFCVHSSWTCDGDRDCPDGSDESQEVCKDGVECESDEFRCGDGKCIPEYLYCDGAEHCEDLSDEKK----------GCTEKK------------PFEVNHKVLRNT--------TEVPMDKCLSEPPVCSQACISTAGGYKCDC---------------------------------------LEGYTKDPQDGTRCKAMEGHPSLLFAHKTDIRKLSLDRPSMTPIVNNTRSSCAVDYDFKTGMVFWSDVMEEKIYK 1270          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592814227|gb|GAXK01140341.1| (TSA: Calanus finmarchicus comp445974_c3_seq3 transcribed RNA sequence)

HSP 1 Score: 284.263 bits (726), Expect = 1.122e-85
Identity = 180/441 (40.82%), Postives = 227/441 (51.47%), Query Frame = 0
Query:   35 NKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCD---EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + QCIP  W C+  +DC D SDE   +     C+  E+ C      +CVP +W CD   DC DG DE         C RTC++ EFTC +  C+Q  W CD EDDCGDGSDE+ C  + C A  E  C +G C+K    CDGD DC D  DE DC      G+ + +N    CK  EF CL  + C+H +W CD D DCPDGSDES + C    +C +D+F+C +G CIP +L C GA  C D SDE+           GC   K            P E     + N          +  +++C +    C Q CI    GYKC C                                       LEGY++D +D TRCKA EGHPSLLFAHK DIRK+SLDR  MT IVN+TRSSCA+D+ F+TGM+FWSD + +KIYK
Sbjct:  229 SSQCIPWRWTCDREEDCPDGSDESPSVCSERVCSPDEWTCHGPGPSQCVPLSWVCDNHPDCQDGEDET-------VCTRTCLAEEFTCASGLCVQPVWKCDGEDDCGDGSDEEGCGAIVC-ARGEVQCNEGRCVKNSHVCDGDADCVDGEDEIDC------GDRTVDNRTEVCKADEFACLEHHFCVHSSWTCDGDRDCPDGSDESQEVCKDGVECESDEFRCGDGKCIPEYLYCDGAEHCEDLSDEKK----------GCTEKK------------PFEVNHKVLRNT--------TEVPMDKCLSEPPVCSQACISTAGGYKCDC---------------------------------------LEGYTKDPQDGTRCKAMEGHPSLLFAHKTDIRKLSLDRPSMTPIVNNTRSSCAVDYDFKTGMVFWSDVMEEKIYK 1302          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592802152|gb|GAXK01152416.1| (TSA: Calanus finmarchicus comp223812_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 287.345 bits (734), Expect = 1.205e-85
Identity = 147/319 (46.08%), Postives = 203/319 (63.64%), Query Frame = 0
Query:  155 EFSCGDGYCIKKYWRCDGDVDCPDASDERDCPE-ISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHE-KCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            EF+C  G+CI   WRCDG++DC D SDE+ C + I+S+G          C    F+CL+   CI+  W CD D DC DGSDE+   C T  KC  DQF+C++G+C+P HL+CSGAPEC D SDE+ C F        CD   EFDC G+G+ C+P E+VCD++N+CGNW DE      N+ EC+ NNGGCDQ C++    + C CK G+ L  N TC D+++C   G+CSQ C N  G+FKC C+EGY +DL++++ CK  +G   LLFAH  DIR   +  ++  ++V+STR++  LDF +    IFW+D   +KIY+
Sbjct: 1877 EFTCNSGFCIDAQWRCDGELDCDDGSDEKGCTKLINSTGT---------CGADSFRCLNNEECINGDWKCDGDADCTDGSDENEDMCNTTVKCEQDQFRCLSGECVPSHLKCSGAPECSDGSDEDGCGF-----EPKCDLYSEFDC-GEGKGCLPSERVCDRINDCGNWEDEPKTCFLNVAECEENNGGCDQLCVETSDSFFCACKPGFKLVDNSTCVDINECEELGSCSQNCENFIGSFKCSCMEGYQQDLQNASVCKVAKGKVGLLFAHHTDIRLTDVVGHETQAVVDSTRAATLLDFHYSAKQIFWTDSAEKKIYR 2788          

HSP 2 Score: 86.6557 bits (213), Expect = 4.444e-17
Identity = 61/160 (38.12%), Postives = 85/160 (53.12%), Query Frame = 0
Query:   30 KFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDS----EFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCP-DMSCNADNEFSCGDGY-CIKKYWRCDGDVDCPDASDE 182
            +F C++  CI   WRC+G  DC D SDE  C    N T +     FRC +   C+  +W+CDG  DC DGSDENED+C+       C  ++F C + +C+ +   C    +C DGSDE  C  +  C+  +EF CG+G  C+     CD   DC +  DE
Sbjct: 2318 EFTCNSGFCIDAQWRCDGELDCDDGSDEKGCTKLINSTGTCGADSFRCLNNEECINGDWKCDGDADCTDGSDENEDMCNTTV---KCEQDQFRCLSGECVPSHLKCSGAPECSDGSDEDGCGFEPKCDLYSEFDCGEGKGCLPSERVCDRINDCGNWEDE 2788          

HSP 3 Score: 41.2022 bits (95), Expect = 9.300e-3
Identity = 40/120 (33.33%), Postives = 56/120 (46.67%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNC-TDSEFRCDEIR-CVPKNWQCDGGEDCIDGSDE------NEDIC--SNQTCDRTCI--SNEFTC---------DNSKCI 124
            C   +F C + +C+P   +C+G  +C D SDE  C  +  C   SEF C E + C+P    CD   DC +  DE      N   C  +N  CD+ C+  S+ F C         DNS C+
Sbjct: 2180 CEQDQFRCLSGECVPSHLKCSGAPECSDGSDEDGCGFEPKCDLYSEFDCGEGKGCLPSERVCDRINDCGNWEDEPKTCFLNVAECEENNGGCDQLCVETSDSFFCACKPGFKLVDNSTCV 2539          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592814228|gb|GAXK01140340.1| (TSA: Calanus finmarchicus comp445974_c3_seq2 transcribed RNA sequence)

HSP 1 Score: 284.648 bits (727), Expect = 2.720e-85
Identity = 184/456 (40.35%), Postives = 233/456 (51.10%), Query Frame = 0
Query:   21 SQGSHCLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCD---EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            S+   C   +F C  + QCIP  W C+  +DC D SDE   +     C+  E+ C      +CVP +W CD   DC DG DE         C RTC++ EFTC +  C+Q  W CD EDDCGDGSDE+ C  + C A  E  C +G C+K    CDGD DC D  DE DC      G+ + +N    CK  EF CL  + C+H +W CD D DCPDGSDES + C    +C +D+F+C +G CIP +L C GA  C D SDE+           GC   K            P E     + N          +  +++C +    C Q CI    GYKC C                                       LEGY++D +D TRCKA EGHPSLLFAHK DIRK+SLDR  MT IVN+TRSSCA+D+ F+TGM+FWSD + +KIYK
Sbjct:  152 SENQTCGGGEFPCFVSSQCIPWRWTCDREEDCPDGSDESPSVCSERVCSPDEWTCHGPGPSQCVPLSWVCDNHPDCQDGEDET-------VCTRTCLAEEFTCASGLCVQPVWKCDGEDDCGDGSDEEGCGAIVC-ARGEVQCNEGRCVKNSHVCDGDADCVDGEDEIDC------GDRTVDNRTEVCKADEFACLEHHFCVHSSWTCDGDRDCPDGSDESQEVCKDGVECESDEFRCGDGKCIPEYLYCDGAEHCEDLSDEKK----------GCTEKK------------PFEVNHKVLRNT--------TEVPMDKCLSEPPVCSQACISTAGGYKCDC---------------------------------------LEGYTKDPQDGTRCKAMEGHPSLLFAHKTDIRKLSLDRPSMTPIVNNTRSSCAVDYDFKTGMVFWSDVMEEKIYK 1270          
BLAST of EMLSAG00000009473 vs. C. finmarchicus
Match: gi|592814229|gb|GAXK01140339.1| (TSA: Calanus finmarchicus comp445974_c3_seq1 transcribed RNA sequence)

HSP 1 Score: 284.263 bits (726), Expect = 3.516e-85
Identity = 180/441 (40.82%), Postives = 227/441 (51.47%), Query Frame = 0
Query:   35 NKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCD---EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + QCIP  W C+  +DC D SDE   +     C+  E+ C      +CVP +W CD   DC DG DE         C RTC++ EFTC +  C+Q  W CD EDDCGDGSDE+ C  + C A  E  C +G C+K    CDGD DC D  DE DC      G+ + +N    CK  EF CL  + C+H +W CD D DCPDGSDES + C    +C +D+F+C +G CIP +L C GA  C D SDE+           GC   K            P E     + N          +  +++C +    C Q CI    GYKC C                                       LEGY++D +D TRCKA EGHPSLLFAHK DIRK+SLDR  MT IVN+TRSSCA+D+ F+TGM+FWSD + +KIYK
Sbjct:  229 SSQCIPWRWTCDREEDCPDGSDESPSVCSERVCSPDEWTCHGPGPSQCVPLSWVCDNHPDCQDGEDET-------VCTRTCLAEEFTCASGLCVQPVWKCDGEDDCGDGSDEEGCGAIVC-ARGEVQCNEGRCVKNSHVCDGDADCVDGEDEIDC------GDRTVDNRTEVCKADEFACLEHHFCVHSSWTCDGDRDCPDGSDESQEVCKDGVECESDEFRCGDGKCIPEYLYCDGAEHCEDLSDEKK----------GCTEKK------------PFEVNHKVLRNT--------TEVPMDKCLSEPPVCSQACISTAGGYKCDC---------------------------------------LEGYTKDPQDGTRCKAMEGHPSLLFAHKTDIRKLSLDRPSMTPIVNNTRSSCAVDYDFKTGMVFWSDVMEEKIYK 1302          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000009473 (pep:novel supercontig:LSalAtl2s:LSalAtl2s60:645074:747260:1 gene:EMLSAG00000009473 transcript:EMLSAT00000009473 description:"maker-LSalAtl2s60-snap-gene-6.10")

HSP 1 Score: 956.436 bits (2471), Expect = 0.000e+0
Identity = 475/475 (100.00%), Postives = 475/475 (100.00%), Query Frame = 0
Query:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYVER 475
            MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYVER
Sbjct:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYVER 475          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000002033 (pep:novel supercontig:LSalAtl2s:LSalAtl2s136:1281404:1312976:1 gene:EMLSAG00000002033 transcript:EMLSAT00000002033 description:"maker-LSalAtl2s136-augustus-gene-13.17")

HSP 1 Score: 231.106 bits (588), Expect = 3.094e-65
Identity = 171/450 (38.00%), Postives = 247/450 (54.89%), Query Frame = 0
Query:   38 CIPQSWRCNGLDDCMDNSDE--VNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSD---EKSCPDMSCNADNEFSCGDGY------CIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTD-QFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINEC-KTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCL-TPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEG-HPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C+   W C+G DDC DNSDE  V+C  ++ C  + FRC + RC+P  W CDG +DC DGSDE ED C+ +  DRTC  + FTCDN  CI   +VCD ++DC D SD   E+ C   +C+ + EF C          CI K + CDG+ DC D +DE       S  + +      +C DTEF+C     CI+  W CD   DC DGSDE  +       C  + +F C N  CI  + +C    +C DNSDE +C+    ++S+ C  +  F C    + C+P E+VCDK+++C +  DE    CN NEC    +  C   C+D    Y+C CK GY L  +   C+D+D+C+ TPG CSQ C NR G++ C C   Y +  +++  CK  +G  P LLFA+K  +R +SLD +    I NS ++  ++D+ +   ++F++D     IY+
Sbjct: 3948 CVQHYWLCDGDDDCGDNSDESPVHCAART-CPPNTFRCPDQRCIPATWYCDGEKDCEDGSDEPEDACNAE--DRTCFGDLFTCDNGNCIPKIYVCDGDNDCNDNSDESPERECSKRTCDTEEEFECKKNIAWNRSGCIPKRYVCDGEADCVDGADE-------SLEHANCTRPKRECSDTEFRC-DTGKCINLKWKCDHANDCDDGSDEPKECKDHYRTCNPETEFTCQNSKCINQNYRCDDEDDCGDNSDEFHCD----KASIAC-PEGHFKC-QRSKECIPYEKVCDKVSDCTDNTDEPLH-CNKNECDMIEDNQCGHYCVDTKESYRCECKDGYKLMPDGKACKDIDECIETPGVCSQRCINRIGSYVCKCDTYYYQ--KENNICKRKDGIKPWLLFANKYYLRNMSLDDSTHNIIHNSLKNVISIDYHYEKQLLFFTDVSENSIYR 4377          

HSP 2 Score: 219.55 bits (558), Expect = 2.485e-61
Identity = 162/448 (36.16%), Postives = 228/448 (50.89%), Query Frame = 0
Query:   35 NKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCT----DSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNFSDENIIVKCKDTEFQCLSRNH-CIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKE-----FDCVGDGRMCVPLEQVCDKMNNCGNWADES--HEKCNINECKTNNGGCDQTCIDLPI-GYKCGCKSGYHLTSNHT--CEDVDDC--LTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIR-KISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSD 463
            N +CIP+   C+G DDC D SDE++     NC      + F+C   RC+PK W CD   DC D SDE E IC  Q   R C  +EF C N KCIQ+RW CD E+DCGD SDE  C    C AD  F C  G+CIK   +C+G+ DC D SDE DC P  ++S           C + +F+C  +NH C+++   CD   DC DG+DE  ++C +       +FKC+N  CIP +  C G  +C D SDE N           C++ +      F C      C+   ++CD  ++CG+ +DE   HE     + + N GGC   C +L   GY C C  G+    +H   C D+++C   T   CSQIC N    + C C +GY    R+S  C+A EG+  L FA   +I  +++     + + V +  +   +D+     MI+W D
Sbjct: 4813 NYRCIPEFLYCDGKDDCRDGSDELD----ENCVPCDEKTHFKCKNRRCIPKTWLCDFENDCGDKSDEKEKICDGQY--RDCSESEFKCGNGKCIQSRWKCDNENDCGDNSDEADCGTWVCPADT-FQCKSGHCIKLSDQCNGEKDCLDFSDELDCSPRFNNS----------YCPEEKFEC--KNHLCVNQNDRCDGKQDCGDGTDEDPEECKSFVCDEAHRFKCINNKCIPRYNVCDGIDQCGDGSDENNIT--------RCESTRRFCPFMFTCSNGN--CISKSKICDLHDDCGDLSDERGCHETGKCMDHENNKGGCHHDCTNLRSGGYICLCDKGFASDPHHPKKCLDINECSLTTMNNCSQICTNLNPGYACSCTDGYELVSRESGECRAKEGNSVLFFATGEEIHAEVTRGHGRLFTAVKNETAIKGIDYDPENMMIYWID 5231          

HSP 3 Score: 218.394 bits (555), Expect = 6.591e-61
Identity = 157/449 (34.97%), Postives = 232/449 (51.67%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKA-NEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C    F+C N +CIP+ + C+G  DC D SDE  C     C  ++F C   RC+P  W+CDG  DC D SDE  D C+    ++TC   +F+C +S  CI   WVCD ++DC D +DE+ CP ++C+A ++F C +   CI + ++CDG  DC DASDE  CP I+            +C D +F+C +   CI   W CD  +DC DGSDE    CG +  C+ + FKC N  C+     C G  +C  +  +E+   A       C +   + C G    CVP++++CD   +C N ADE    C+ NEC  +   C   C + P G  C C  G  L     C D+D+C TPG CSQ C N   ++ C C++GY  +L    +CKA N    +L+ +++  I    + +  +  I  S ++  A        +I+WSD  T++I +
Sbjct: 2172 CSENDFQCGNGRCIPKGYFCDGDKDCDDFSDERGC-QNVTCESNQFSCTNGRCIPMTWKCDGENDCGDSSDEG-DFCA----EKTCAYFQFSCASSGHCIPQSWVCDGDNDCFDNADEEGCPPITCSA-SQFKCNNQKQCIHESYKCDGIPDCEDASDELGCPSIAPD----------QCADQQFKCKTSGICIPIRWHCDGTSDCGDGSDEPT-TCG-KIDCQENYFKCKNSKCVYKSFVCDGEDDCDGDGSDESLEHACKAPEFVCPSG-SWKCPGISDHCVPIDKICDDHFDCPNGADEG-PGCDANECSNSRSVCSNECKETPFGPLCICPKGEVLNGTE-CMDLDECATPGVCSQGCKNIKKSYICSCVDGY--ELEGKHKCKALNHSEATLVISNRRSILTADISQRSVERIPVSVKNVVATTSDMHNKVIYWSDMETKQIMR 2596          

HSP 4 Score: 158.688 bits (400), Expect = 5.202e-41
Identity = 106/259 (40.93%), Postives = 146/259 (56.37%), Query Frame = 0
Query:   70 EFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVN-GDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCD--ADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            +F CD  RC+PK W CDG +DC+D SDEN++ C+  TC      N+F C N +CI   + CD + DC D SDE+ C +++C + N+FSC +G CI   W+CDG+ DC D+SDE         G+F  E     C   +F C S  HCI ++W+CD D DC D +DE  + C     C   QFKC N   CI    +C G P+C D SDE  C       S+  D  AD++F C   G +C+P+   CD  ++CG+ +DE
Sbjct: 2136 DFTCDNQRCIPKTWVCDGDDDCLDNSDENQN-CTAPTCSE----NDFQCGNGRCIPKGYFCDGDKDCDDFSDERGCQNVTCES-NQFSCTNGRCIPMTWKCDGENDCGDSSDE---------GDFCAEKT---CAYFQFSCASSGHCIPQSWVCDGDNDCFDNADE--EGCPPIT-CSASQFKCNNQKQCIHESYKCDGIPDCEDASDELGC------PSIAPDQCADQQFKCKTSG-ICIPIRWHCDGTSDCGDGSDE 2366          

HSP 5 Score: 146.362 bits (368), Expect = 4.977e-37
Identity = 126/369 (34.15%), Postives = 184/369 (49.86%), Query Frame = 0
Query:  111 CISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCV-GDGRM---CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSL-LFAHKVDIRKISLDRN--DMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            C +++F C  S  CI  RW CD   DC  G DE  C    C  D+   CG+G+C+    +CDG  +C D SDE DCP  S             C   EF+C S   CI +   C+   +C DGSDE  + C     C + QF+C N  CIP   +C G  +C D +DE NC      +++ C  +K F+C  GD  +   C+   ++CD   +C + ADE    C+ + C  ++  C+  C     G  C C SG  L ++  TC D+++C   G C Q C N  GT+ C C +GY R  RDS  C A   +P + LFA  VD      D+N  ++  + N++ +S  +DF +R   +F++D   +K+Y
Sbjct: 1201 CNNDQFECGTSGNCIPERWKCDYHRDCDGGEDEYDCQYRVCQKDDHH-CGNGFCVPNEKKCDGYHNCRDKSDEEDCPGTS-------------CDLEEFRCASGEKCIAQYQKCNHREECEDGSDE--KDCNFP-PCHSGQFRCQNHLCIPARWRCDGYRDCTDGTDEFNC------TAIACPENK-FNCPKGDSDLSPKCIDKSKLCDGHADCDDGADE-RTACSKSLC--DSLFCEFDCKSSLEGGICSCPSGRQLANDTKTCIDLNECEEWGYCDQKCTNSFGTYSCSCADGYER--RDSN-CVAKATYPKMSLFAEHVDDMIYQFDQNGKEIKKVTNASDAS-DIDFNWRRKRLFFTDTEKRKVY 1538          

HSP 6 Score: 124.79 bits (312), Expect = 3.170e-30
Identity = 108/325 (33.23%), Postives = 153/325 (47.08%), Query Frame = 0
Query:   37 QCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDE--KSCPDMSCNADNEFSCGDGYCIKKYWRCD-----------------------GDVDCPDASDERDCPEI---------SSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQC-GTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            +CIP   +C+G  DC D SDE     +  C +++F+C + +C+     CDG  DC +G DE       + CD  C  N+F C ++ KCI + W CD ++DC DGSDE  + C +  C  D+EF C +  CI   W+CD                       G   CP  ++ R  PE              +  DEN +   + T F+C +R  CI +TWLCD + DC D SDE  + C G    C   +FKC NG CI    +C    +C DNSDE +C       +  C AD  F C      C+ L   C+   +C +++DE
Sbjct: 4651 RCIPHYEKCDGKTDCEDGSDEPPSCPERFCGENKFQCKDNQCLLLTTLCDGHNDCTEGEDE-------ELCDSECPDNQFKCKSTGKCIIDSWKCDGDNDCPDGSDENKEMCENQECK-DDEFQCNNKRCIPLLWKCDFDDDCGDDSDEVAFLCRNRNCTAGWKKCPGHANYRCIPEFLYCDGKDDCRDGSDELDENCVPCDEKTHFKCKNR-RCIPKTWLCDFENDCGDKSDEKEKICDGQYRDCSESEFKCGNGKCIQSRWKCDNENDCGDNSDEADC------GTWVCPADT-FQC--KSGHCIKLSDQCNGEKDCLDFSDE 4957          

HSP 7 Score: 112.464 bits (280), Expect = 2.465e-26
Identity = 111/304 (36.51%), Postives = 139/304 (45.72%), Query Frame = 0
Query:   65 NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC-------------------------------PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNK-CRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGE-SSLGCDADKEFDC----VGDGRMCVPLEQVCDKMNNCGNWADESHEKCN 331
            NC   +F C   +CV + W CDG +DC D SDE+E+ CS  TC      +EF C N +CI   W CD EDDCGD SDE+ C                                D+SCN D         C++ YW CDGD DC D SDE      + +           C    F+C  +  CI  TW CD + DC DGSDE    C   ++ C  D F C NG+CIP    C G  +C DNSDE        E S   CD ++EF+C      +   C+P   VCD   +C + ADES E  N
Sbjct: 3823 NCEGDKFTCANGKCVSRLWACDGDDDCGDNSDESENYCSYHTCK----PSEFRCGNGRCIFETWRCDHEDDCGDRSDEEECDYPKCAEGNKQMIVKILQYLMKTSNYDKDKKKDISCNVDQLICNSTTICVQHYWLCDGDDDCGDNSDESPVHCAART-----------CPPNTFRCPDQ-RCIPATWYCDGEKDCEDGSDEPEDACNAEDRTCFGDLFTCDNGNCIPKIYVCDGDNDCNDNSDES----PERECSKRTCDTEEEFECKKNIAWNRSGCIPKRYVCDGEADCVDGADESLEHAN 4106          

HSP 8 Score: 102.449 bits (254), Expect = 4.527e-23
Identity = 78/226 (34.51%), Postives = 108/226 (47.79%), Query Frame = 0
Query:   17 ETGVSQGSHCLTTKFECDNK-QCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRN-----HCIHRTWLCDKDTDCPDGSDE 235
            E G+++   C   +FEC     CIP+ W+C+   DC    DE +C  +  C   +  C    CVP   +CDG  +C D SDE +  C   +CD      EF C    KCI     C+  ++C DGSDEK C    C++  +F C +  CI   WRCDG  DC D +DE +C  I+             C + +F C   +      CI ++ LCD   DC DG+DE
Sbjct: 1192 EFGIAKKDKCNNDQFECGTSGNCIPERWKCDYHRDCDGGEDEYDCQYRV-CQKDDHHCGNGFCVPNEKKCDGYHNCRDKSDEED--CPGTSCDL----EEFRCASGEKCIAQYQKCNHREECEDGSDEKDCNFPPCHS-GQFRCQNHLCIPARWRCDGYRDCTDGTDEFNCTAIA-------------CPENKFNCPKGDSDLSPKCIDKSKLCDGHADCDDGADE 1396          

HSP 9 Score: 87.8113 bits (216), Expect = 2.281e-18
Identity = 62/158 (39.24%), Postives = 86/158 (54.43%), Query Frame = 0
Query:   33 CDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDE-IRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDG------YCIKKYWRCDGDVDCPDASDER 183
            C N  C+P   +C+G  +C D SDE +C   ++C   EFRC    +C+ +  +C+  E+C DGSDE +  C+   C     S +F C N  CI  RW CD   DC DG+DE +C  ++C  +N+F+C  G       CI K   CDG  DC D +DER
Sbjct: 1248 CGNGFCVPNEKKCDGYHNCRDKSDEEDC-PGTSCDLEEFRCASGEKCIAQYQKCNHREECEDGSDEKD--CNFPPCH----SGQFRCQNHLCIPARWRCDGYRDCTDGTDEFNCTAIAC-PENKFNCPKGDSDLSPKCIDKSKLCDGHADCDDGADER 1397          

HSP 10 Score: 61.6178 bits (148), Expect = 3.300e-10
Identity = 36/89 (40.45%), Postives = 49/89 (55.06%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDE------IRCVPKNWQCDGGEDCIDGSDENEDICSNQTCD 108
            C + +F C N  CIP  WRC+G  DC D +DE NC   + C +++F C +       +C+ K+  CDG  DC DG+DE    CS   CD
Sbjct: 1320 CHSGQFRCQNHLCIPARWRCDGYRDCTDGTDEFNCTAIA-CPENKFNCPKGDSDLSPKCIDKSKLCDGHADCDDGADE-RTACSKSLCD 1406          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000011270 (pep:novel supercontig:LSalAtl2s:LSalAtl2s772:2760:23028:-1 gene:EMLSAG00000011270 transcript:EMLSAT00000011270 description:"maker-LSalAtl2s772-snap-gene-0.12")

HSP 1 Score: 218.779 bits (556), Expect = 4.091e-61
Identity = 166/462 (35.93%), Postives = 240/462 (51.95%), Query Frame = 0
Query:   38 CIPQSWRCNGLDDCMDNSDEVNC----IVKS---NCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCP-EISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGD--CIPGHLQCSGAPECIDNSDEENCNFANGESSL--------------GCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN--HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKAN---EGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQK 468
            CI   WRC+G +DC DNSDE NC    IV S   +C    F+C  + RC+ ++W CD  +DC D SDE       Q C   C  ++F C+N +CI  +W CD+  DC D SDE  C  + C++D+EF C   G CI K W CDG+ DCP   DE  CP  ++  GN         C   +F+C +   C+  ++ CD + DC DGSDE  + C    + +       +GD  CI     C G   C D SDE     +   S +               CD   +F+C    + CV  + +CD  N+CG+++DE+   C+INEC+ N   C   C D PIGY+C C  GY +  +   +C+D+D+C+T   CSQIC N PG++KC C+ GY   +    RCKAN   +    ++F++   I ++ L  N    +V +  +  ALDF + +  +FWS EVT++
Sbjct: 2691 CILPEWRCDGKNDCWDNSDEKNCDNSSIVGSESDHCPLGTFQCLGDNRCISESWVCDRDKDCKDESDE-------QNCHYYCKEHQFKCNNGQCIPKKWYCDRTPDCSDQSDEMDC-KVECHSDSEFRCNSTGVCIPKLWVCDGNSDCPKNEDETGCPIYLAPLGN---------CHPNQFRCFN-GICVDNSYYCDYNDDCLDGSDEP-ETCDYSFRPKRLYCCVRSGDMHCISPQKLCDGISNCDDESDELQSTCSKYSSVIISSNQSQSPVFVLGSCDDQSKFEC--KNKACVSWDSLCDGQNDCGDYSDEA--SCDINECE-NPFTCAHICEDKPIGYECQCHEGYQIRPSDPTSCDDIDECVTSYPCSQICLNTPGSYKCACVSGYI-PIDKGHRCKANVTGKDSTKIIFSNGYYITQMDLIENS-EYLVKNQSNVVALDFDWESECLFWS-EVTKR 3125          

HSP 2 Score: 171.014 bits (432), Expect = 4.661e-45
Identity = 158/507 (31.16%), Postives = 227/507 (44.77%), Query Frame = 0
Query:   12 HVFIYETGVSQGSHCLTTKFECDNK-QCIPQSWRCNGLDDCMDNSDEV------------------NCIVK---------SNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNI-NECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTP-------------GTCSQICYNRPGTF------KCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSI-VNSTRSSCALDFVFRTGMIFWSDEVTQKI 469
            HV + E G++  S+C  T F C+N  +CIP  W+C+G DDC D  DE                   NC++            C++  F+C   RC+PK W+CDG  DC  G DE+ D CS      T     F C N  CI  RW CDQ+DDCGD SDE  C D    + ++  C +G CI++   CDG+ DC D SDE  C ++ +              + EF+C S   CI + W CD D DC DGSDE+  +C  ++ CR   F C + +CI     C G   C+D SDE++       S   C+ ++ + C  +   CV    VCD + +C + +DES   C++ + C   +  C +         +C  K          C+  DDC                G CSQ C  +           C C +GY+    D   CKA    P LL A +  I++I  D N  + I +N  R    L   + +  I++ D  ++ I
Sbjct: 3382 HV-LNEDGLTCKSNCSKTDFVCENTLKCIPFWWKCDGQDDCGDGLDEPLDCPPFKCHAGEFQCNNGNCVLPIHEPINCPNRTCSEELFKCPNGRCIPKVWKCDGDPDCELGEDESSDECSVDLI--THCEGSFICKNKHCINERWRCDQQDDCGDNSDEIDCMDFKNCSLHQVPCSNGNCIEESELCDGNFDCQDRSDELYCSQVCNP-------------EEEFRCASPPTCIPKEWRCDGDRDCVDGSDEN--RC-PQSHCRVGHFSCGSSECISSQWLCDGEAXCVDGSDEDD----EACSRHLCEPNR-YRC-DNRHQCVLWTSVCDGIPDCSDESDESQVACSLSSSCPPESVSCGEV-------NRCVSKEAL-------CDGFDDCGNEQDERDCEKGPCVFGACSQSCLPKKSRHTNETVPACFCEDGYAP--HDKKTCKALGEDPVLLIAQENSIKRIKRDTNRESGILINDIRDPKDLCVNWISQDIYFIDGYSRSI 3847          

HSP 3 Score: 160.999 bits (406), Expect = 7.876e-42
Identity = 164/522 (31.42%), Postives = 235/522 (45.02%), Query Frame = 0
Query:   19 GVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCT---DSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC----------------------------------------------DRTCISNEFTCD-NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNE----FSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQ-CGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDE-ENCNFANGESSLGCDADKEF--DCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINEC-KTNNGGCDQTCIDLPIGYKCGCKSGYHLT--SNHTCEDVDDCLTPGTCSQICYN-RPGTFKCDCLEG-YSRDLRDSTRCKANE-GHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGM---IFWSDEVTQKIYK 471
            G     +C   +F C N  CI  + +C+G  DC D SDE   I   N T   D++F C ++  C+     CD  +DC+DGSDE+  +C ++TC                                                 C+ NEF+CD +S CI    VCD E DC D SDE     ++C+ +NE    F C  D  CI    +CDG +DC D SDE  C  +SS+          KC   EF C     CI +  +CD    C DGSDE     CG  +   + Q KC NG+CI     C G  +C DNSDE E+C       ++ C+         V +  MC+ + ++C+K+ +C + + E    C+   C K     C   C + P G +C C  G HL   +   CE+   C   GTCSQ C +      KC C +  Y  DL+D   CK+ +   P LLF+   +IR + L      S++++ R++  LDF + T +   ++W D V  KIY+
Sbjct:  904 GWVPPPYCAKDQFTCSNGHCIDLNLKCDGEIDCEDGSDENLLIACQNITCDKDNQFMCANKASCIELESICDRYDDCMDGSDEDPGLCLSRTCGDDMFQCKETGICLHYFSMCNSVYDCGGNDISDEGNCNNGSSKNELPLFCLPNEFSCDADSSCIPISGVCDDEKDCSDNSDE-----LNCHNENETCKGFLCNRDSKCINASKKCDGALDCDDGSDENYC-SLSST----------KCGKEEFMCARSGDCIDKANVCDGVVHCSDGSDEHNNVFCGLSDCDLSTQRKCANGECILKGYWCDGHLDCTDNSDETEDC----LSLTISCEYPSHSCKSKVSNKTMCLEVLKLCNKVIDCADGSXEGL-LCDEGYCGKIGERECSNFCQNSPDGGRCHCPEGMHLNLKNKMRCEEDHPCSRWGTCSQGCKSVSTNKHKCFCRDNTYYLDLQDGFSCKSKDTSRPVLLFSTLDEIRSVDLKTRYTRSVISNLRNAVVLDF-YHTRIRDHVYWIDVVDNKIYR 1403          

HSP 4 Score: 145.591 bits (366), Expect = 9.074e-37
Identity = 116/314 (36.94%), Postives = 153/314 (48.73%), Query Frame = 0
Query:   28 TTKFECD-NKQCIPQSWRCNGLDDCMDNSDE--VNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD-NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDG-----------YCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADES 326
            T +F+C  N  CI  +  C+GL+ C D SDE    C ++ +C      C   RC+P++ +C+G +DC D SDE    C          +  F C     C++    CD   DC D SDE +CP ++C A N  S  +             CI   WRCDG  DC D SDE++C   S  G+ SD      C    FQCL  N CI  +W+CD+D DC D SDE  Q C     C+  QFKC NG CIP    C   P+C D SDE +C        + C +D EF C   G +C+P   VCD  ++C    DE+
Sbjct: 2550 TNEFQCSANDVCILYTLTCDGLNHCPDGSDEDLKYCAIR-HCKSGFIHCTNGRCIPESSKCNGIDDCGDFSDETGCFCPE--------NKPFVCSIGGPCLEEHRKCDGVPDCEDTSDEINCPKVNCAASNISSFDESKILLENCAYTTACILPEWRCDGKNDCWDNSDEKNCDNSSIVGSESDH-----CPLGTFQCLGDNRCISESWVCDRDKDCKDESDE--QNC--HYYCKEHQFKCNNGQCIPKKWYCDRTPDCSDQSDEMDCK-------VECHSDSEFRCNSTG-VCIPKLWVCDGNSDCPKNEDET 2837          

HSP 5 Score: 71.2478 bits (173), Expect = 3.485e-13
Identity = 53/146 (36.30%), Postives = 77/146 (52.74%), Query Frame = 0
Query:   25 HCLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS----NCTDSEFRCDEI-RCVPKNWQCDGGEDC------IDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDE------KSCPDMSCN 151
            +CL+ ++EC D ++CI  S +C+G+ DC+D SDE    +KS    NC +  F C +   C+P  W CD   DC      +D SDE+  +C       TC +N+  C DN+ C+     CD + DC D SDE      KSC  + C+
Sbjct:   45 YCLSNQYECTDGQKCIDFSKKCDGVPDCLDESDEGEDCLKSQESGNCKEGHFLCKKSGECIPLRWICDNELDCGNSTLGLDKSDESSSLCRKNV---TCAANQLMCKDNTTCMHLSRFCDHKIDCPDNSDEGPQCKLKSCIKLKCS 187          

HSP 6 Score: 67.3958 bits (163), Expect = 6.263e-12
Identity = 80/285 (28.07%), Postives = 112/285 (39.30%), Query Frame = 0
Query:  201 VKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNS----DEENCNFANGESSLGCDAD--------KEFDCVGDGRMC------VPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHT--CEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHP----SLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFW 461
            + C   +++C     CI  +  CD   DC D SDE          C   Q    +G+C  GH  C  + ECI       +E +C    G S+LG D          K   C  +  MC      + L + CD   +C + +DE   +C +  C      C   C     G KC C+ G  +  +    C D D+C   GTC Q+C N  G+FKC C EGY  + +D   C A    P    +LL A    +    L+   + S+         LDF  R     W
Sbjct:   44 LYCLSNQYECTDGQKCIDFSKKCDGVPDCLDESDEG-------EDCLKSQ---ESGNCKEGHFLCKKSGECIPLRWICDNELDC----GNSTLGLDKSDESSSLCRKNVTCAANQLMCKDNTTCMHLSRFCDHKIDCPDNSDEG-PQCKLKSCIKLK--CSYRCAISWRGPKCYCRDGEEIDGHDVSQCVDHDECRNEGTCDQVCTNTIGSFKCSCTEGYVLN-KDDRSCTAINVPPEDVTTLLVADSSSLHSFFLNGTALRSL--DATDVVTLDFNHRNQSFCW 308          

HSP 7 Score: 62.003 bits (149), Expect = 2.721e-10
Identity = 51/134 (38.06%), Postives = 69/134 (51.49%), Query Frame = 0
Query:   61 IVKSNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCG------DGSDEKSC---PDMSCNADNEFSCGDG-YCIKKYWRCDGDVDCPDASDE 182
            + K  C  +++ C D  +C+  + +CDG  DC+D SDE ED   +Q     C    F C  S +CI  RW+CD E DCG      D SDE S     +++C A N+  C D   C+     CD  +DCPD SDE
Sbjct:   41 LKKLYCLSNQYECTDGQKCIDFSKKCDGVPDCLDESDEGEDCLKSQESG-NCKEGHFLCKKSGECIPLRWICDNELDCGNSTLGLDKSDESSSLCRKNVTCAA-NQLMCKDNTTCMHLSRFCDHKIDCPDNSDE 172          

HSP 8 Score: 56.225 bits (134), Expect = 1.555e-8
Identity = 47/134 (35.07%), Postives = 62/134 (46.27%), Query Frame = 0
Query:  111 CISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDE-----KSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQ 238
            C+SN++ C D  KCI     CD   DC D SDE     KS    +C   +      G CI   W CD ++DC +++   D  + SSS     +N  V C   +  C     C+H +  CD   DCPD SDE  Q
Sbjct:   46 CLSNQYECTDGQKCIDFSKKCDGVPDCLDESDEGEDCLKSQESGNCKEGHFLCKKSGECIPLRWICDNELDCGNSTLGLDKSDESSS--LCRKN--VTCAANQLMCKDNTTCMHLSRFCDHKIDCPDNSDEGPQ 175          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000007936 (pep:novel supercontig:LSalAtl2s:LSalAtl2s469:287745:294486:-1 gene:EMLSAG00000007936 transcript:EMLSAT00000007936 description:"augustus_masked-LSalAtl2s469-processed-gene-3.13")

HSP 1 Score: 168.703 bits (426), Expect = 2.213e-44
Identity = 125/356 (35.11%), Postives = 177/356 (49.72%), Query Frame = 0
Query:   21 SQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRT-CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSC-GDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE--------SVQQ---CGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNF-----ANGESSLGCDADK------EFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNIN-ECKTNNGGCDQT--CIDL 349
            S  S C    F C NK CIP +WRC+  +DC D SDE+NC     CT+ +F+C   +C+P  W+CD  +DC D +DE       Q CD   C    F C N +CI++ + CD ++DC DGSDE+ C        NEF C     C    W+CD   DC D  DE++C E +             CK+ +F+C  +  CI++ W+CD   DC D SDE        S++        N C  D+FKC NG CIP + +C G  +C D SDE NC F      NG ++   +  K      +F+C    ++      +CD  N+C + +DE+H  C     CK +   C+ +  CI+L
Sbjct: 1058 STHSTCGEGMFRCVNKLCIPLNWRCDDKNDCGDGSDELNC-RNVTCTNYQFKCGNGKCIPHGWRCDDEDDCYDNTDE-------QGCDSLECAEGHFKCKNDQCIKSEYRCDFDEDCRDGSDEEDCKMREKCMINEFKCSSSSKCFPISWQCDNFADCEDGLDEKNCEEKT-------------CKEWQFKCNDQT-CIYKDWVCDGQLDCADNSDEFNCSSTSTSMEHQIPSFQHNNCTEDKFKCANGKCIPINWKCDGHNDCPDQSDEMNCGFNHHYIHNGSTTFYPEPKKKYIELNKFECKSGKKIW--QAWICDGYNDCPDGSDENHSLCQEKMRCKPHESRCEFSGECINL 1389          

HSP 2 Score: 154.836 bits (390), Expect = 7.417e-40
Identity = 112/324 (34.57%), Postives = 163/324 (50.31%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNE-------------FSCGDGYCIKKYWRCDGDVDCPDASDERDC-----PEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-VNGDCIPGHLQCSGAPECIDNSDEENC----NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            C    F+C N QCI   +RC+  +DC D SDE +C ++  C  +EF+C    +C P +WQCD   DC DG DE    C  +TC       +F C++  CI   WVCD + DC D SDE +C   S + +++             F C +G CI   W+CDG  DCPD SDE +C        + S  F  E      +  +F+C S    I + W+CD   DCPDGSDE+   C  + +C+  + +C  +G+CI     C+G  +C+D SDE+ C    N     SS+ CD    F C  + + C+    +C+ +  C + +DE
Sbjct: 1141 CAEGHFKCKNDQCIKSEYRCDFDEDCRDGSDEEDCKMREKCMINEFKCSSSSKCFPISWQCDNFADCEDGLDEKN--CEEKTCKEW----QFKCNDQTCIYKDWVCDGQLDCADNSDEFNCSSTSTSMEHQIPSFQHNNCTEDKFKCANGKCIPINWKCDGHNDCPDQSDEMNCGFNHHYIHNGSTTFYPEPKKKYIELNKFECKSGKK-IWQAWICDGYNDCPDGSDENHSLCQEKMRCKPHESRCEFSGECINLDKICNGRKDCVDESDEKGCGHDHNIFPMPSSILCDP-IHFSC-DNNQKCLSHSFICNGIRECEDGSDE 1455          

HSP 3 Score: 117.472 bits (293), Expect = 4.591e-28
Identity = 104/324 (32.10%), Postives = 150/324 (46.30%), Query Frame = 0
Query:   91 CIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEIS-SSGNF-----------------------SDE---NIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGD------GRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGC------DQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDC 375
            C D +  +  IC + +   TC    F C N  CI   W CD ++DCGDGSDE +C +++C  + +F CG+G CI   WRCD + DC D +DE+ C  +  + G+F                       SDE    +  KC   EF+C S + C   +W CD   DC DG DE  + C  +  C+  QFKC +  CI     C G  +C DNSDE NC+  +        + +  +C  D      G+ C+P+   CD  N+C + +DE +  C  N    +NG         +  I+L    K  CKSG  +     C+  +DC
Sbjct: 1043 CPDENPASGSICMDNSTHSTCGEGMFRCVNKLCIPLNWRCDDKNDCGDGSDELNCRNVTC-TNYQFKCGNGKCIPHGWRCDDEDDCYDNTDEQGCDSLECAEGHFKCKNDQCIKSEYRCDFDEDCRDGSDEEDCKMREKCMINEFKCSSSSKCFPISWQCDNFADCEDGLDE--KNCEEKT-CKEWQFKCNDQTCIYKDWVCDGQLDCADNSDEFNCSSTSTSMEHQIPSFQHNNCTEDKFKCANGK-CIPINWKCDGHNDCPDQSDEMN--CGFNHHYIHNGSTTFYPEPKKKYIELN---KFECKSGKKIWQAWICDGYNDC 1356          

HSP 4 Score: 82.0333 bits (201), Expect = 1.423e-16
Identity = 68/210 (32.38%), Postives = 97/210 (46.19%), Query Frame = 0
Query:   22 QGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIV-----------------KSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSC---------PDMSCNADNEFSC-GDGYCIKKYWRCDGDVDCPDASDERDCPE---ISSSGNFSDENII 200
            Q ++C   KF+C N +CIP +W+C+G +DC D SDE+NC                   K     ++F C   + + + W CDG  DC DGSDEN  +C  +     C  +E  C+ S +CI    +C+   DC D SDEK C         P         FSC  +  C+   + C+G  +C D SDE +C +       G   DE +I
Sbjct: 1270 QHNNCTEDKFKCANGKCIPINWKCDGHNDCPDQSDEMNCGFNHHYIHNGSTTFYPEPKKKYIELNKFECKSGKKIWQAWICDGYNDCPDGSDENHSLCQEKM---RCKPHESRCEFSGECINLDKICNGRKDCVDESDEKGCGHDHNIFPMPSSILCDPIHFSCDNNQKCLSHSFICNGIRECEDGSDEDNCQKHEVYQVRGLLVDETLI 1476          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000011173 (pep:novel supercontig:LSalAtl2s:LSalAtl2s760:102949:107319:-1 gene:EMLSAG00000011173 transcript:EMLSAT00000011173 description:"maker-LSalAtl2s760-snap-gene-1.19")

HSP 1 Score: 133.65 bits (335), Expect = 3.774e-33
Identity = 116/381 (30.45%), Postives = 163/381 (42.78%), Query Frame = 0
Query:  120 NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQ-----------------------FKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPI-GYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMT--------SIVNSTRSSCALDFVFRTGMIFWSDEVTQK 468
            +++CI +   CD   DC D +DE+ C  ++C  D  F C DG CI   + CDG  DC D SDE    + S S N    N    C++ +F C     CI   W CDK  DC DGSDE V+ C   N+    +                       + C NG+CI     C           ++ CN     + + CD  K      D   C+    VCD   +C N  DE +  C+       +  C   C+  P  G  C C+ G+ L     C D+++C   G CSQICYN PG++KC C EGY      S  C   E  P L+F+ K ++R  +L+ N  +        S V  T  +  + F      ++WSD   +K
Sbjct:   36 DARCIPSSKRCDGVIDCDDKTDEEFCEFITCTGDEWFKCHDGECITSSFVCDGQFDCTDRSDESQSCQSSVSLN----NKHSHCEEGDFHC-HDGLCIPSEWTCDKAHDCLDGSDEFVENCAGSNRPIIGKNASKIENTDVQNRNVSSDTNCEGYLCKNGECILNRWVC-----------DDVCN-EKTIAEIECDPFKGHFYCKDSNECIIASNVCDGHVDCSNAYDEGN-FCSEQNANCTDLNCSHDCLKHPENGPTCYCEDGFELHGTSDCHDINECKEYGKCSQICYNTPGSYKCSCKEGYH---LVSGSCVPIENSPVLIFSTKDEVRVKNLNNNKYSLAASHLSHSTVGETTHAVGVSFDPLESRVYWSDFELEK 395          

HSP 2 Score: 83.1889 bits (204), Expect = 4.945e-17
Identity = 50/125 (40.00%), Postives = 71/125 (56.80%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIR-CVPKNWQCDGGEDCIDGSDENEDICSNQTCDRT-CISNEFTCDN-SKCIQNRWVCDQEDDCGDGSDEKSC 145
            S C  + F C N +CIP  W+C+G+ +C +  DE +C     C  + F+C + + CVPK W CDG +DC DGSDE++       C +  C  ++  CD+ S C+ + W CD   DC DGSDE  C
Sbjct:  966 SECSDSLFHCGNGECIPHRWKCDGIAECSNKMDESDCPSVVTCEGTNFQCIKSKDCVPKLWVCDGFKDCEDGSDEHQ-------CQKIDCGQHKTLCDDKSTCVLDLWKCDGYPDCLDGSDELRC 1083          

HSP 3 Score: 80.1073 bits (196), Expect = 4.450e-16
Identity = 49/132 (37.12%), Postives = 66/132 (50.00%), Query Frame = 0
Query:  152 ADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCV---NGDCIPGHLQCSGAPECIDNSDEENC 280
            +D+ F CG+G CI   W+CDG  +C +  DE DCP +            V C+ T FQC+    C+ + W+CD   DC DGSDE   QC    K    Q K +      C+    +C G P+C+D SDE  C
Sbjct:  969 SDSLFHCGNGECIPHRWKCDGIAECSNKMDESDCPSV------------VTCEGTNFQCIKSKDCVPKLWVCDGFKDCEDGSDE--HQC---QKIDCGQHKTLCDDKSTCVLDLWKCDGYPDCLDGSDELRC 1083          

HSP 4 Score: 78.1814 bits (191), Expect = 1.767e-15
Identity = 50/126 (39.68%), Postives = 62/126 (49.21%), Query Frame = 0
Query:   64 SNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSK-CIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEI 188
            S C+DS F C    C+P  W+CDG  +C +  DE+ D  S  TC+ T     F C  SK C+   WVCD   DC DGSDE  C  + C            C+   W+CDG  DC D SDE  C  +
Sbjct:  966 SECSDSLFHCGNGECIPHRWKCDGIAECSNKMDES-DCPSVVTCEGT----NFQCIKSKDCVPKLWVCDGFKDCEDGSDEHQCQKIDCGQHKTLCDDKSTCVLDLWKCDGYPDCLDGSDELRCMSV 1086          

HSP 5 Score: 77.0258 bits (188), Expect = 4.691e-15
Identity = 62/182 (34.07%), Postives = 86/182 (47.25%), Query Frame = 0
Query:   31 FECDNKQCIPQSWRCNGLDDCMDNSDE-------VNCIVK-SNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQT----------CDRTCISNE----------FTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNA-DNEFSCGDG-YCIKKYWRCDGDVDCPDASDE 182
            F+C + +CI  S+ C+G  DC D SDE       V+   K S+C + +F C +  C+P  W CD   DC+DGSDE  + C+              + T + N           + C N +CI NRWVCD      D  +EK+  ++ C+     F C D   CI     CDG VDC +A DE
Sbjct:   72 FKCHDGECITSSFVCDGQFDCTDRSDESQSCQSSVSLNNKHSHCEEGDFHCHDGLCIPSEWTCDKAHDCLDGSDEFVENCAGSNRPIIGKNASKIENTDVQNRNVSSDTNCEGYLCKNGECILNRWVCD------DVCNEKTIAEIECDPFKGHFYCKDSNECIIASNVCDGHVDCSNAYDE 247          

HSP 6 Score: 67.0106 bits (162), Expect = 5.630e-12
Identity = 45/130 (34.62%), Postives = 57/130 (43.85%), Query Frame = 0
Query:  107 CDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGY-CIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE 235
            C   C  + F C N +CI +RW CD   +C +  DE  CP +       F C     C+ K W CDG  DC D SDE  C +I              C   +  C  ++ C+   W CD   DC DGSDE
Sbjct:  964 CYSECSDSLFHCGNGECIPHRWKCDGIAECSNKMDESDCPSVVTCEGTNFQCIKSKDCVPKLWVCDGFKDCEDGSDEHQCQKID-------------CGQHKTLCDDKSTCVLDLWKCDGYPDCLDGSDE 1080          

HSP 7 Score: 56.9954 bits (136), Expect = 8.491e-9
Identity = 41/97 (42.27%), Postives = 52/97 (53.61%), Query Frame = 0
Query:   26 CLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCD-EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDN 120
            C  T F+C  +K C+P+ W C+G  DC D SDE  C  K +C   +  CD +  CV   W+CDG  DC+DGSDE   +    T      SNE T DN
Sbjct: 1008 CEGTNFQCIKSKDCVPKLWVCDGFKDCEDGSDEHQC-QKIDCGQHKTLCDDKSTCVLDLWKCDGYPDCLDGSDELRCMSVEDTAFPPTSSNE-TLDN 1102          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000011642 (pep:novel supercontig:LSalAtl2s:LSalAtl2s80:264857:278656:-1 gene:EMLSAG00000011642 transcript:EMLSAT00000011642 description:"maker-LSalAtl2s80-augustus-gene-2.9")

HSP 1 Score: 105.145 bits (261), Expect = 4.818e-24
Identity = 76/215 (35.35%), Postives = 105/215 (48.84%), Query Frame = 0
Query:  116 FTCDNSKCIQNRW--VCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNK-CRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCD-ADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADES 326
            + CD+  CI  +W   CD   DC DGSDE++C   SCN    F C +GYC++ + RCDG  DC D SDE  CP                C   +FQC     CI  +  CD+  DCPDGSDE    C    K C +D+F+C++  CI     C G  +C    DE +C+ ++  SS       +         +C+PL + CD   +C + +DES
Sbjct: 1456 YRCDDGTCINKKWDVRCDFIQDCIDGSDERNC---SCNPPKHFQCTNGYCLESWKRCDGKADCNDMSDEAGCP---------------GCLANQFQCRKSGKCIELSRTCDRKLDCPDGSDE--HDCPYWKKSCWSDEFRCLDATCINSRFVCDGIWDCSGGEDERSCDKSSCSSSSEFTCKPRNLHFPHKESICIPLHKYCDGEKDCVDGSDES 1650          

HSP 2 Score: 99.3673 bits (246), Expect = 3.991e-22
Identity = 100/265 (37.74%), Postives = 126/265 (47.55%), Query Frame = 0
Query:   31 FECDNKQCIPQSW--RCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRN-HCIHRTWL-------CDKDTDCPDGSDESVQ-QCGTRNKCRTDQFKCVNGD-CIPGHLQCSGAPECIDNSDEENC 280
            + CD+  CI + W  RC+ + DC+D SDE NC   S      F+C    C+    +CDG  DC D SDE    C        C++N+F C  S KCI+    CD++ DC DGSDE  CP    SC +D EF C D  CI   + CDG  DC    DER C + S S              +EF C  RN H  H+  +       CD + DC DGSDES   +C      R  +F C +GD C      C G   C D SDE +C
Sbjct: 1456 YRCDDGTCINKKWDVRCDFIQDCIDGSDERNC---SCNPPKHFQCTNGYCLESWKRCDGKADCNDMSDEAG--CPG------CLANQFQCRKSGKCIELSRTCDRKLDCPDGSDEHDCPYWKKSCWSD-EFRCLDATCINSRFVCDGIWDCSGGEDERSCDKSSCS------------SSSEFTCKPRNLHFPHKESICIPLHKYCDGEKDCVDGSDESFGCECH-----RIGKFACSSGDECTERLRVCDGTINCKDGSDEHDC 1691          

HSP 3 Score: 71.633 bits (174), Expect = 2.489e-13
Identity = 64/173 (36.99%), Postives = 83/173 (47.98%), Query Frame = 0
Query:   26 CLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIV-KSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD---------NSKCIQNRWVCDQEDDCGDGSDEK-SCPDMSCNADNEFSCGDG-YCIKKYWRCDGDVDCPDASDERDC 185
            CL  +F+C  + +CI  S  C+   DC D SDE +C   K +C   EFRC +  C+   + CDG  DC  G DE      +        S+EFTC           S CI     CD E DC DGSDE   C    C+   +F+C  G  C ++   CDG ++C D SDE DC
Sbjct: 1527 CLANQFQCRKSGKCIELSRTCDRKLDCPDGSDEHDCPYWKKSCWSDEFRCLDATCINSRFVCDGIWDCSGGEDER-----SCDKSSCSSSSEFTCKPRNLHFPHKESICIPLHKYCDGEKDCVDGSDESFGC---ECHRIGKFACSSGDECTERLRVCDGTINCKDGSDEHDC 1691          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000001502 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1258:70737:78110:1 gene:EMLSAG00000001502 transcript:EMLSAT00000001502 description:"maker-LSalAtl2s1258-snap-gene-0.30")

HSP 1 Score: 86.6557 bits (213), Expect = 3.180e-18
Identity = 64/167 (38.32%), Postives = 94/167 (56.29%), Query Frame = 0
Query:   28 TTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNC-TDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSC-GDGYCIKKYWRCDGDVDCPDASDERDCPEISS 190
            T +F C++ +CI ++  C+G   C D++DE++C   +NC  D E++C     C+ K  +CDG  DC D SDE+ D C  + C+      +F C D  +CI +R +CD   DC DGSDE  C  + C    +F C  DG C+    +CDG  DC D SDE +C  +S+
Sbjct:   83 TIEFACNDGKCIDKALLCDGTPHCHDSTDEISCKSSNNCDGDDEWKCLSGDVCIDKRKRCDGYPDCHDLSDEDIDQCPERDCNEEW---QFKCWDRKRCIDSRRLCDGYTDCLDGSDEVDCLSVVCQY-WQFKCLLDGXCVDSRRKCDGYNDCNDGSDETNCKGLST 245          

HSP 2 Score: 76.2554 bits (186), Expect = 7.915e-15
Identity = 67/179 (37.43%), Postives = 90/179 (50.28%), Query Frame = 0
Query:  150 CNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGD-CIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESH 327
            CN+  EF+C DG CI K   CDG   C D++DE  C     S N  D        D E++CLS + CI +   CD   DC D SDE + QC  R+     QFKC +   CI     C G  +C+D SDE +C       S+ C    +F C+ DG  CV   + CD  N+C + +DE++
Sbjct:   80 CNSTIEFACNDGKCIDKALLCDGTPHCHDSTDEISC----KSSNNCD-------GDDEWKCLSGDVCIDKRKRCDGYPDCHDLSDEDIDQCPERDCNEEWQFKCWDRKRCIDSRRLCDGYTDCLDGSDEVDC------LSVVCQY-WQFKCLLDG-XCVDSRRKCDGYNDCNDGSDETN 239          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000002640 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1533:54194:57280:-1 gene:EMLSAG00000002640 transcript:EMLSAT00000002640 description:"maker-LSalAtl2s1533-augustus-gene-0.8")

HSP 1 Score: 73.9442 bits (180), Expect = 2.300e-14
Identity = 64/203 (31.53%), Postives = 87/203 (42.86%), Query Frame = 0
Query:  125 QNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESH 327
            +++++CD   DC +G DE +C   SC+ D  +      CI    RCD    CPD SDE+DC                +C+D  F C     C+     CD   DC DGSDE+         C    +   NG  I     C G  +C D+SDE NC    G     CD   +         C+P ++VCDK+ +C    DE H
Sbjct:   68 EDKFICDGVFDCPNGEDEMNCGKNSCSPDQYYCADSDICIPSIHRCDLKRHCPDGSDEKDC----------------ECEDGFFTCKFIQECLPMDIKCDFKKDCMDGSDET--------NCLCVDYLRKNGSQI-----CDGISDCPDSSDELNCETC-GSDEFFCDLSSK---------CIPKKKVCDKIIDCKFKEDERH 231          

HSP 2 Score: 63.929 bits (154), Expect = 3.328e-11
Identity = 78/264 (29.55%), Postives = 107/264 (40.53%), Query Frame = 0
Query:   43 WRCNGLDDCMDNSDEVNCIVKSNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDN-SKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDES--------VQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEEN-------CNFANGESSL 289
            + C+G+ DC +  DE+NC  K++C+  ++ C D   C+P   +CD    C DGSDE          D  C    FTC    +C+     CD + DC DGSDE +C            C D         CDG  DCPD+SDE +C                 C   EF C   + CI +  +CDK  DC    DE          QQ G +     ++    N   I  + +   +P CI N    N       CN+ N   S+
Sbjct:   71 FICDGVFDCPNGEDEMNC-GKNSCSPDQYYCADSDICIPSIHRCDLKRHCPDGSDEK---------DCECEDGFFTCKFIQECLPMDIKCDFKKDCMDGSDETNC-----------LCVDYLRKNGSQICDGISDCPDSSDELNCE---------------TCGSDEFFCDLSSKCIPKKKVCDKIIDCKFKEDERHCITLVPYTQQEGIKVLYSEERPIKFNHGYIALNYKGVWSPLCIANVSSWNSEMNDRVCNYQNSLRSV 298          

HSP 3 Score: 59.3066 bits (142), Expect = 8.687e-10
Identity = 53/153 (34.64%), Postives = 70/153 (45.75%), Query Frame = 0
Query:   34 DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIR-CVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC 185
            D+  CIP   RC+    C D SDE +C     C D  F C  I+ C+P + +CD  +DC+DGSDE             C+  ++   N        +CD   DC D SDE +C   +C +D  F      CI K   CD  +DC    DER C
Sbjct:  102 DSDICIPSIHRCDLKRHCPDGSDEKDC----ECEDGFFTCKFIQECLPMDIKCDFKKDCMDGSDET-----------NCLCVDYLRKNGS-----QICDGISDCPDSSDELNCE--TCGSDEFFCDLSSKCIPKKKVCDKIIDCKFKEDERHC 232          

HSP 4 Score: 54.299 bits (129), Expect = 3.923e-8
Identity = 51/166 (30.72%), Postives = 74/166 (44.58%), Query Frame = 0
Query:  163 CIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGD-CIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESH 327
            C     RCDG VDC D +DE  C    +  N              +  +SR       ++CD   DCP+G DE    CG +N C  DQ+ C + D CIP   +C     C D SDE++C   +G     C   +E         C+P++  CD   +C + +DE++
Sbjct:   29 CYSDKVRCDGVVDCSDFADELQCSGCETFLNMG------------YLGISRED----KFICDGVFDCPNGEDE--MNCG-KNSCSPDQYYCADSDICIPSIHRCDLKRHCPDGSDEKDCECEDG--FFTCKFIQE---------CLPMDIKCDFKKDCMDGSDETN 164          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000004273 (pep:novel supercontig:LSalAtl2s:LSalAtl2s224:244283:302537:1 gene:EMLSAG00000004273 transcript:EMLSAT00000004273 description:"maker-LSalAtl2s224-augustus-gene-3.16")

HSP 1 Score: 64.3142 bits (155), Expect = 4.545e-11
Identity = 52/138 (37.68%), Postives = 67/138 (48.55%), Query Frame = 0
Query:  154 NEFSCGDGY--CIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCV-NGDCIPGHLQCSGAPECIDNSDE--ENCNFANGE 286
            ++F+C  G   CI   WRCDG  +C D SDE DCPE               C   +F+C     CI+ T LCDK   C D SDE        N C  +QF+CV + +CIP ++ C+   +C D SDE    CN    E
Sbjct: 1292 DQFTCNSGTPSCIPFQWRCDGQPECSDHSDEMDCPE---------------CGVNQFRC-QNGQCINGTNLCDKINHCSDNSDE-------LNCCLGNQFQCVLSKECIPRNMTCNSFSDCSDGSDEMLPQCNVVGSE 1406          

HSP 2 Score: 55.8398 bits (133), Expect = 1.904e-8
Identity = 45/131 (34.35%), Postives = 61/131 (46.56%), Query Frame = 0
Query:  203 CKDTEFQCLS-RNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNI 332
            C+  +F C S    CI   W CD   +C D SDE    C    +C  +QF+C NG CI G   C     C DNSDE NC   N           +F CV   + C+P    C+  ++C + +DE   +CN+
Sbjct: 1289 CQPDQFTCNSGTPSCIPFQWRCDGQPECSDHSDE--MDCP---ECGVNQFRCQNGQCINGTNLCDKINHCSDNSDELNCCLGN-----------QFQCVL-SKECIPRNMTCNSFSDCSDGSDEMLPQCNV 1402          

HSP 3 Score: 53.9138 bits (128), Expect = 8.436e-8
Identity = 46/133 (34.59%), Postives = 63/133 (47.37%), Query Frame = 0
Query:   66 CTDSEFRCDE--IRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDER--DCPEISSSGN 193
            C   +F C+     C+P  W+CDG  +C D SDE +  C        C  N+F C N +CI    +CD+ + C D SDE     ++C   N+F C     CI +   C+   DC D SDE    C  + S GN
Sbjct: 1289 CQPDQFTCNSGTPSCIPFQWRCDGQPECSDHSDEMD--CPE------CGVNQFRCQNGQCINGTNLCDKINHCSDNSDE-----LNCCLGNQFQCVLSKECIPRNMTCNSFSDCSDGSDEMLPQCNVVGSEGN 1408          

HSP 4 Score: 50.447 bits (119), Expect = 9.038e-7
Identity = 30/73 (41.10%), Postives = 43/73 (58.90%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIR-CVPKNWQCDGGEDCIDGSDE 97
            C   +F C N QCI  +  C+ ++ C DNSDE+NC     C  ++F+C   + C+P+N  C+   DC DGSDE
Sbjct: 1328 CGVNQFRCQNGQCINGTNLCDKINHCSDNSDELNC-----CLGNQFQCVLSKECIPRNMTCNSFSDCSDGSDE 1395          
BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Match: EMLSAP00000000097 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1016:54227:61159:-1 gene:EMLSAG00000000097 transcript:EMLSAT00000000097 description:"maker-LSalAtl2s1016-augustus-gene-0.10")

HSP 1 Score: 60.8474 bits (146), Expect = 5.273e-10
Identity = 59/191 (30.89%), Postives = 84/191 (43.98%), Query Frame = 0
Query:  229 CPDGS--DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNI-------------NECKTNNGGCDQTCIDLPIGYKCGCKSGYHL-TSNHTCEDVDDC-LTPGTCSQI--CYNRPGTFKCDCLEGY 400
            CPDG   DE  + C   N+C T   +C+N        +C   P               G +   CD+  E D   D   C   + +CD  +NC N    +H  C               +EC+ +NGGC+Q C +L   ++CGCK G+HL T N TC D ++C +    C     C N PG+F C+C  G+
Sbjct:  560 CPDGYELDEDWKTCVDINECVTGDIQCLN--------KCMNVP---------------GSAYCKCDSGYEGDDCSDINECETQDLICD--HNCINTEGSAHCTCKAGFDLMDETECFDKDECEMDNGGCEQVCNNLEGTFQCGCKPGFHLNTDNLTCTDENECTIGIANCGIYGDCINTPGSFYCECHPGF 725          

HSP 2 Score: 55.4546 bits (132), Expect = 2.367e-8
Identity = 32/84 (38.10%), Postives = 41/84 (48.81%), Query Frame = 0
Query:  331 NINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTP----GTCSQICYNRPGTFKCDCLEGYSRDLRDSTRC 410
            +INEC  NNG C Q C+++   + C C  GY       C   D+C       G C Q+C N PG  KC+C  GY  D +D   C
Sbjct:  936 DINECALNNGDCSQVCVNILGSHYCRCYEGYKKDERGNCFLKDECRLSRRPNGGCQQLCINIPGGLKCECNPGYIVDSQDPRLC 1019          

HSP 3 Score: 52.373 bits (124), Expect = 2.297e-7
Identity = 37/110 (33.64%), Postives = 53/110 (48.18%), Query Frame = 0
Query:  316 MNNCGNWADESHEKCN----------INECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDC-LTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANE 414
            +N C N    ++ KC+          INEC+T +  CD  CI+      C CK+G+ L     C D D+C +  G C Q+C N  GTF+C C  G+  +  + T    NE
Sbjct:  587 LNKCMNVPGSAYCKCDSGYEGDDCSDINECETQDLICDHNCINTEGSAHCTCKAGFDLMDETECFDKDECEMDNGGCEQVCNNLEGTFQCGCKPGFHLNTDNLTCTDENE 696          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|1730113|sp|P98166.1|VLDLR_RAT (RecName: Full=Very low-density lipoprotein receptor; Short=VLDL receptor; Short=VLDL-R; Flags: Precursor)

HSP 1 Score: 327.02 bits (837), Expect = 6.584e-102
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCTDGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPESWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCRTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDITKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|1730112|sp|P98156.1|VLDLR_MOUSE (RecName: Full=Very low-density lipoprotein receptor; Short=VLDL receptor; Short=VLDL-R; Flags: Precursor)

HSP 1 Score: 326.635 bits (836), Expect = 1.035e-101
Identity = 200/494 (40.49%), Postives = 273/494 (55.26%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCD--NSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDEN---------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C +++F+C N +CI   W+C+G +DC D SDE NC VK  C +S+F C   +CVP  WQCDG  DC DGSDE+ + C      RTC  NE +C   +++CI   W CD E+DC +G DE++C +++C+AD EF+C  G C+ + + C+G  DC D SDE DC P    +  F                       SDE+         I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VCD+  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCADGSDEKNC-VKKTCAESDFVCKNGQCVPNRWQCDGDPDCEDGSDESPEQCHM----RTCRINEISCGARSTQCIPVSWRCDGENDCDNGEDEENCGNITCSAD-EFTCSSGRCVSRNFVCNGQDDCDDGSDELDCAPPTCGAHEFQCSTSSCIPLSWVCDDDADCSDQSDESLEQCGRQPVIHTKCPTSEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDMSKVCDQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          

HSP 2 Score: 55.8398 bits (133), Expect = 5.440e-7
Identity = 39/123 (31.71%), Postives = 58/123 (47.15%), Query Frame = 0
Query:  234 DESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID-LPIGYKC 355
            D      G + KC + QF+C NG CI    +C G  +C D SDE+NC            A+ +F C      CVP    CD   +C + +DES E+C++  C+ N   C       +P+ ++C
Sbjct:   21 DSGATASGKKAKCDSSQFQCTNGRCITLLWKCDGDEDCADGSDEKNCVKKTC-------AESDFVC--KNGQCVPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPVSWRC 134          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|1730111|sp|P98155.1|VLDLR_HUMAN (RecName: Full=Very low-density lipoprotein receptor; Short=VLDL receptor; Short=VLDL-R; Flags: Precursor)

HSP 1 Score: 326.25 bits (835), Expect = 1.420e-101
Identity = 197/496 (39.72%), Postives = 265/496 (53.43%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC-------------------------------------DRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            TG  + + C  ++F+C N +CI   W+C+G +DC+D SDE NC VK  C +S+F C+  +CVP  W+CDG  DC DGSDE+ + C  +TC                                     + TC  +EFTC + +CI   +VC+ +DDC DGSDE  C   +C A +EF C    CI   W CD D DC D SDE     +   G      I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VC++  +C +W+DE  ++C+INEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TGTGRKAKCEPSQFQCTNGRCITLLWKCDGDEDCVDGSDEKNC-VKKTCAESDFVCNNGQCVPSRWKCDGDPDCEDGSDESPEQCHMRTCRIHEISCGAHSTQCIPVSWRCDGENDCDSGEDEENCGNITCSPDEFTCSSGRCISRNFVCNGQDDCSDGSDELDCAPPTCGA-HEFQCSTSSCIPISWVCDDDADCSDQSDE----SLEQCGR--QPVIHTKCPASEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDISKVCNQEQDCRDWSDEPLKECHINECLVNNGGCSHICKDLVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADLSQKAIF 494          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|547843|sp|P35953.1|VLDLR_RABIT (RecName: Full=Very low-density lipoprotein receptor; Short=VLDL receptor; Short=VLDL-R; Flags: Precursor)

HSP 1 Score: 325.479 bits (833), Expect = 2.697e-101
Identity = 196/496 (39.52%), Postives = 265/496 (53.43%), Query Frame = 0
Query:   18 TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC-------------------------------------DRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRM------CVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            T   + + C  ++F+C N +CI Q W+C+G +DC+D SDE NC VK  C +S+F C+  +C+P  WQCDG  DC DGSDE+ + C  +TC                                     + TC S+EFTC + +CI   +VC+ +DDC DGSDE  C   +C A +EF C    CI   W CD D DC D SDE     +   G      I  KC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G CI G  QC+G  +C+D SDE NC   N              C+G G+       C+ + +VC++  +C +W+DE  ++C++NEC  NNGGC   C D  IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    PSL+F ++ DIRKI L+R +   +V   R++ ALD       +FW+D   + I+
Sbjct:   25 TATGRKTKCEASQFQCTNGRCITQLWKCDGDEDCVDGSDEKNC-VKKTCAESDFVCNNGQCIPNRWQCDGDPDCEDGSDESPEQCHMRTCRINEISCGARSTQCIPVSWRCDGESDCDSGEDEENCGNVTCSSDEFTCSSGRCISRNFVCNGQDDCSDGSDELDCAPPTCGA-HEFQCSTSSCIPISWVCDDDADCSDQSDE----SLEQCGR--QPVIHTKCPASEIQCGS-GECIHKKWRCDGDPDCKDGSDEV--NCPSRT-CRPDQFECEDGSCIHGSRQCNGIRDCVDGSDEVNCKNVN-------------QCLGPGKFKCRSGECIDISKVCNQEQDCRDWSDEPLKECHVNECLVNNGGCSHICKDSVIGYECDCAAGFELIDRKTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPSLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAAQKLFWADVSQKAIF 494          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|1730110|sp|P98165.1|VLDLR_CHICK (RecName: Full=Very low-density lipoprotein receptor; Short=VLDL receptor; Short=VLDL-R; AltName: Full=Vitellogenin receptor; Short=VTG receptor; Flags: Precursor)

HSP 1 Score: 324.324 bits (830), Expect = 5.632e-101
Identity = 196/482 (40.66%), Postives = 269/482 (55.81%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC--DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-PEISSSGNF-----------------------SDENI---------IVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            + C  ++F+C N +CIP  W+C+G +DC D SDE  C VK  C +S+F C+  +CVP  WQCDG  DC DGSDE+ ++C      RTC  NE +C   +++CI   W CD E DC  G DE++C +++C+A  EF+C  G CI K + C+G  DC D SDE +C P       F                       SDE++          VKC  +E QC S   CIH+ W CD D DC DGSDE    C +R  CR DQF+C +G+CI G  QC+G  +C+D +DE NCN     + + C    +F C      C+ + +VC+   +C +W+DE  ++CNINEC  NNGGC   C DL IGY+C C +G+ L    TC D+D+C  PG CSQIC N  G +KC+C  GY  DL     CKA    P L+F ++ DIRKI L+R +   +V   R++ ALD       ++W+D   + I+
Sbjct:   49 AKCEESQFQCSNGRCIPLLWKCDGDEDCSDGSDESAC-VKKTCAESDFVCNSGQCVPNRWQCDGDPDCEDGSDESAELCHM----RTCRVNEISCGPQSTQCIPVSWKCDGEKDCDSGEDEENCGNVTCSA-AEFTCSSGQCISKSFVCNGQDDCSDGSDELECAPPTCGVHEFQCKSSTCIPISWVCDDDADCSDHSDESLEQCGRQPAPPVKCSTSEVQCGS-GECIHKKWRCDGDPDCKDGSDEI--NCPSRT-CRPDQFRCEDGNCIHGSRQCNGVRDCLDGTDEANCN-----NVIQCSGPGKFKCRSG--ECIDINKVCNHHGDCKDWSDEPLKECNINECLVNNGGCSHICRDLVIGYECDCPAGFELVDRRTCGDIDECQNPGICSQICINLKGGYKCECSRGYQMDLATGV-CKAVGKEPCLIFTNRRDIRKIGLERKEYIQLVEQLRNTVALDADIAEQKLYWADFSQKAIF 512          

HSP 2 Score: 56.6102 bits (135), Expect = 3.114e-7
Identity = 40/117 (34.19%), Postives = 57/117 (48.72%), Query Frame = 0
Query:  241 GTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN-GESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGC-DQTCIDLPIGYKC 355
            G + KC   QF+C NG CIP   +C G  +C D SDE  C      ES   C++ +          CVP    CD   +C + +DES E C++  C+ N   C  Q+   +P+ +KC
Sbjct:   46 GAKAKCEESQFQCSNGRCIPLLWKCDGDEDCSDGSDESACVKKTCAESDFVCNSGQ----------CVPNRWQCDGDPDCEDGSDESAELCHMRTCRVNEISCGPQSTQCIPVSWKC 152          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|47117286|sp|Q98931.1|LRP8_CHICK (RecName: Full=Low-density lipoprotein receptor-related protein 8; Short=LRP-8; AltName: Full=Apolipoprotein E receptor 2; AltName: Full=Protein LR8B; Flags: Precursor)

HSP 1 Score: 300.827 bits (769), Expect = 1.177e-91
Identity = 191/494 (38.66%), Postives = 249/494 (50.40%), Query Frame = 0
Query:   19 GVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDR------------------------------------TCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY-KYVER 475
            G      C   +F+C N++CIP  W C+  +DC DNSDE +C  K  C +++F CD   C+P  W+CDG E+C DGSDE+E  C+ Q C                                       C  +EF C N  CI   +VCD  ++CGDGSDEK C  ++C+  NEF C +  CI + W CD   DC D SDE     I   G   D      C   EFQC     CI   W CD D DC D SDE  Q C     CR D+F+C +G CI G  QC    +C DNSDE  C          C++  +F C      C+   +VCD   +C +W+DE  ++C INEC  NNGGC   C DL IGY+C C  GY L    TC D+D+C  P  CSQIC N  G +KC+C EGY  D   S  CKA    P L+F ++ ++RKI L + D + I+   ++  ALD    T  I+W D   +KIY  Y+++
Sbjct:   22 GKGAMKECDKDQFQCRNERCIPAVWACDEDNDCSDNSDEADC-PKKTCAETDFACDNGHCIPDRWKCDGEEECSDGSDESEAACTKQVCPAEKISCGDLSNKCIPSSWRCDGQKDCESGIDEAGCAPACSPDEFQCSNKTCISINFVCDGYNNCGDGSDEKKCSPLTCSP-NEFQCNNSVCIPQLWVCDNQADCEDHSDE----SIERCG--YDAKAFNTCAAHEFQC-GNGECILLNWKCDGDEDCKDKSDE--QDCPLVT-CRPDEFQCGDGTCIHGAKQCDKVHDCPDNSDEAGC-----VQESACESPSKFQC--KSGECIDGGKVCDLHRDCRDWSDEPLKECGINECSLNNGGCSHICKDLKIGYECECPPGYKLLDKKTCGDIDECENPDACSQICINYKGDYKCECYEGYEMDTL-SKNCKAVGKSPYLIFTNRHEVRKIDLVKRDYSRIIPMLKNVVALDVEVATNRIYWCDLFYRKIYSAYIDK 495          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|547838|sp|Q99087.1|LDLR1_XENLA (RecName: Full=Low-density lipoprotein receptor 1; Short=LDL receptor 1; Flags: Precursor)

HSP 1 Score: 290.812 bits (743), Expect = 6.065e-88
Identity = 186/476 (39.08%), Postives = 257/476 (53.99%), Query Frame = 0
Query:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIV--KCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            M   +++ L      + + +S    C   +F+C + +CIP  W C+G  +C D+SDE     +   C   +F C     RC+P +W+CDG  DC +GSDEN+  C++    + C  ++FTC + KCI   +VCD++ DC DGSDE  CP  +CN    F C D G CI K W CDGD DC D SDE  C           E I     C   EF C S   CIH +W CD   DC D SDE  + C  +  CR DQF+C  G CI G  QC    +C D SDEE C      +   C+    F C      C+ +++VC+K  +C +W+DE  ++C  NEC  NNGGC   C DL IGY+C C  GY L     CED+++C  P TCSQIC N  G +KC+C EGY  D   ++ CK+      L F ++ ++RK++LDR++ TS++   ++  ALD    +  I+WSD   +KIY
Sbjct:    2 MKPAASFPLLLLGLCHVSAISGIRKCDRNEFQCGDGKCIPYKWICDGSAECKDSSDESPETCREVTCGTDQFSCGGRLNRCIPMSWKCDGQTDCENGSDEND--CTH----KVCADDQFTCRSGKCISLDFVCDEDLDCDDGSDESYCPAPTCNP-AMFQCKDKGICIPKLWACDGDPDCEDGSDEEHCE--------GREPIKTDKPCSPLEFHCGS-GECIHMSWKCDGGFDCKDKSDE--KDC-VKPTCRPDQFQCNTGTCIHGSRQCDREYDCKDLSDEEGC-----VNVTKCEGPDVFKCRSGE--CITMDKVCNKKRDCRDWSDEPLKECGENECLRNNGGCSHICNDLKIGYECLCNEGYRLVDQKRCEDINECENPNTCSQICINLVGGYKCECREGYQMDPVTAS-CKSIGTVAYLFFTNRHEVRKMTLDRSEYTSVIPRLKNVVALDMEIASNKIYWSDLTQRKIY 450          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|54036090|sp|Q28832.2|LDLR_PIG (RecName: Full=Low-density lipoprotein receptor; Short=LDL receptor)

HSP 1 Score: 288.5 bits (737), Expect = 8.850e-88
Identity = 180/445 (40.45%), Postives = 249/445 (55.96%), Query Frame = 0
Query:   31 FECDNKQCIPQSWRCNGLDDCMDNSDE-VNCIVKSNCTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDE--RDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIY 470
            F+C + +CI   W C+G  +C D SDE +   +   C   +F C     RC+P++W+CDG +DC +GSDE  + CS +TC +    +EF C + KCI  ++VCD + DC DGSDE SCP  +C   + F C    CI + W CDGD DC D SDE  + C   SSS      N    C   EF C S   CIH +W CD DTDC D SDE      T   CR D+F+C +G CI G  QC    +C D SDE+ C  A       C+   +F C      C+ L++VC+ + +C +W+DE  ++C  NEC  N GGC   C DL IGY+C C  G+ L   H CED+D+C  P  CSQIC N  G++KC C EG+  +   +  CKA      L F ++ ++RK++LDR++ TS++ + ++  ALD    +  I+WSD   +KIY
Sbjct:    1 FQCQDGKCISYKWICDGNTECKDGSDESLETCMSVTCKIGDFSCGGRVNRCIPESWRCDGQQDCENGSDE--EGCSPKTCSQ----DEFRCQDGKCIAPKFVCDSDRDCLDGSDEASCPTPTCGPAS-FQCNSSTCIPELWACDGDPDCEDGSDEWPQHCRSHSSSLPERSNN---PCSALEFHCHS-GECIHSSWRCDGDTDCKDKSDEENCDVAT---CRPDEFQCSDGTCIHGSRQCDREYDCKDMSDEQGCVNATL-----CEGPNKFKC--QSGECISLDKVCNSVRDCRDWSDEPLKECGTNECLDNKGGCSHICNDLKIGYECLCPEGFQLVDKHRCEDIDECQDPDACSQICVNLEGSYKCQCEEGFQLEPL-TKACKAIGTIAYLFFTNRHEVRKMTLDRSEYTSLIPNLKNVVALDTEVASNRIYWSDLSQRKIY 423          

HSP 2 Score: 89.7373 bits (221), Expect = 1.081e-17
Identity = 64/170 (37.65%), Postives = 84/170 (49.41%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-----------CTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCD-RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMS-CNADNEFSCGDGYCIKKYWRCDGDVDCPDASDE 182
            C    F+C++  CIP+ W C+G  DC D SDE     +S+           C+  EF C    C+  +W+CDG  DC D SDE       + CD  TC  +EF C +  CI     CD+E DC D SDE+ C + + C   N+F C  G CI     C+   DC D SDE
Sbjct:  117 CGPASFQCNSSTCIPELWACDGDPDCEDGSDEWPQHCRSHSSSLPERSNNPCSALEFHCHSGECIHSSWRCDGDTDCKDKSDE-------ENCDVATCRPDEFQCSDGTCIHGSRQCDREYDCKDMSDEQGCVNATLCEGPNKFKCQSGECISLDKVCNSVRDCRDWSDE 279          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|449081274|sp|P35951.2|LDLR_MOUSE (RecName: Full=Low-density lipoprotein receptor; Short=LDL receptor; Flags: Precursor)

HSP 1 Score: 285.804 bits (730), Expect = 2.485e-86
Identity = 176/452 (38.94%), Postives = 247/452 (54.65%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDE-VNCIVKSNCTDSEFRCD--EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCD-RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYV 473
            C   +F+C + +CI   W C+G  +C D SDE     +   C  ++F C     RC+P +W+CDG  DC + SDE       Q C  +TC  ++F C + KCI  ++VCD + DC DGSDE  C   +C   + F C    CI   W CDGDVDC D SDE   P+     + + + +   C   EF C S + CIHR+W+CD + DC D SDE  + C     CR D+F+C +G CI G  QC    +C D SDE  C      +   CD   +F C      C+ L++VCD   +C +W+DE  ++C  NEC  NNGGC   C DL IG +C C SG+ L   H CED+D+C  P TCSQ+C N  G++KC+C  G+  D      CKA      LLF ++ ++RK++LDR++ TS++ + ++  ALD       I+WSD   +KIY  +
Sbjct:   27 CSRNEFQCRDGKCIASKWVCDGSPECPDGSDESPETCMSVTCQSNQFSCGGRVSRCIPDSWRCDGQVDCENDSDE-------QGCPPKTCSQDDFRCQDGKCISPQFVCDGDRDCLDGSDEAHCQATTCGPAH-FRCNSSICIPSLWACDGDVDCVDGSDE--WPQNCQGRDTASKGVSSPCSSLEFHCGS-SECIHRSWVCDGEADCKDKSDE--EHCAVAT-CRPDEFQCADGSCIHGSRQCDREHDCKDMSDELGC-----VNVTQCDGPNKFKC--HSGECISLDKVCDSARDCQDWSDEPIKECKTNECLDNNGGCSHICKDLKIGSECLCPSGFRLVDLHRCEDIDECQEPDTCSQLCVNLEGSYKCECQAGFHMDPHTRV-CKAVGSIGYLLFTNRHEVRKMTLDRSEYTSLLPNLKNVVALDTEVTNNRIYWSDLSQKKIYSAL 456          
BLAST of EMLSAG00000009473 vs. SwissProt
Match: gi|126073|sp|P01130.1|LDLR_HUMAN (RecName: Full=Low-density lipoprotein receptor; Short=LDL receptor; Flags: Precursor)

HSP 1 Score: 281.952 bits (720), Expect = 6.812e-85
Identity = 177/455 (38.90%), Postives = 246/455 (54.07%), Query Frame = 0
Query:   19 GVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVN-CIVKSNCTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCD-RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKI 469
            G + G  C   +F+C + +CI   W C+G  +C D SDE     +   C   +F C     RC+P+ W+CDG  DC +GSDE       Q C  +TC  +EF C + KCI  ++VCD + DC DGSDE SCP ++C   + F C    CI + W CD D DC D SDE   P+    G +  +     C   EF CLS   CIH +W CD   DC D SDE  + C     CR D+F+C +G+CI G  QC    +C D SDE  C      +   C+   +F C      C+ L++VC+   +C +W+DE  ++C  NEC  NNGGC   C DL IGY+C C  G+ L +   CED+D+C  P TCSQ+C N  G +KC C EG+  D   +  CKA      L F ++ ++RK++LDR++ TS++ + R+  ALD    +  I+WSD   + I
Sbjct:   20 GTAVGDRCERNEFQCQDGKCISYKWVCDGSAECQDGSDESQETCLSVTCKSGDFSCGGRVNRCIPQFWRCDGQVDCDNGSDE-------QGCPPKTCSQDEFRCHDGKCISRQFVCDSDRDCLDGSDEASCPVLTCGPAS-FQCNSSTCIPQLWACDNDPDCEDGSDE--WPQ-RCRGLYVFQGDSSPCSAFEFHCLS-GECIHSSWRCDGGPDCKDKSDE--ENCAVAT-CRPDEFQCSDGNCIHGSRQCDREYDCKDMSDEVGC-----VNVTLCEGPNKFKC--HSGECITLDKVCNMARDCRDWSDEPIKECGTNECLDNNGGCSHVCNDLKIGYECLCPDGFQLVAQRRCEDIDECQDPDTCSQLCVNLEGGYKCQCEEGFQLDPH-TKACKAVGSIAYLFFTNRHEVRKMTLDRSEYTSLIPNLRNVVALDTEVASNRIYWSDLSQRMI 451          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: EFX76343.1 (hypothetical protein DAPPUDRAFT_306243 [Daphnia pulex])

HSP 1 Score: 440.654 bits (1132), Expect = 1.012e-145
Identity = 247/506 (48.81%), Postives = 314/506 (62.06%), Query Frame = 0
Query:    5 STYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDE-VNCIVKSNCTDSEFRCDE-IRCVPKNWQCDGGEDCIDGSDENEDICS------------------------------------NQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEK-SCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            +T L+ F     ++G++ G  C + +FEC + +CIP SW C+G +DC D+SDE  +C    +C D+EF+C    RC+P  WQCDG  DC D SDE+   C                                      + C+  C ++EFTC N +CIQ RW CD +DDCGD SDE   CP+ SC  DN F+CGD  CI    +CDG VDC + SDE DCP  + +G         +C   EFQCL+   CIH +W CD D+DCPDGSDE  + C + + CR DQF+C +G+CIPGHLQCSGA EC D SDE +CN   G  S GC+ + EFDC   G MC+ L++VCD +++CG W DE   KC++NEC  NNGGC  TC D   G++CGC  GY L+ N TC DVD+CL PGTCSQ C N  G+FKC+CL GY+RD  D T CKANEGH +LLF H  DIR+ SLDR D+TSIVN TRSS ALDF F +GM++WSD   ++IYK
Sbjct:    8 TTLLITFLFLCLKSGLA-GEVCASHQFECASGRCIPFSWSCDGENDCDDSSDENEHCRGSVHCADTEFQCSSGPRCIPLRWQCDGENDCEDRSDEDPTKCEIKKCTEEQFACKNRAGECIPLSWICDKNADCSDGTDEEGCNVNCTADEFTCANGRCIQKRWFCDGQDDCGDNSDEGDHCPEDSCPPDNNFNCGDNVCIPNKRKCDGFVDCSNGSDEADCPSSALNG-------TNQCNAQEFQCLNGIDCIHSSWQCDGDSDCPDGSDE--RNC-SPSTCRPDQFRCDDGECIPGHLQCSGAAECNDTSDETSCN---GTISTGCNPESEFDC--GGGMCIGLDKVCDGVDDCGQWQDEPKGKCSVNECSVNNGGCMHTCTDTTWGFRCGCHPGYTLSDNSTCVDVDECLEPGTCSQTCINEKGSFKCECLTGYTRDPHDRTHCKANEGHSALLFTHGTDIRRFSLDRRDLTSIVNETRSSTALDFHFESGMLYWSDINDRRIYK 497          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: gb|KYB24825.1| (Putative vitellogenin receptor-like Protein [Tribolium castaneum])

HSP 1 Score: 437.573 bits (1124), Expect = 9.895e-144
Identity = 236/474 (49.79%), Postives = 288/474 (60.76%), Query Frame = 0
Query:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            +I     +   +V+     V +   C   +F C + +CIP  W+C+   DC D SDE   + +   C   EF C      CVP  W CD   DC DGSDE       + C+ TC S+EFTC N KCIQ RWVCD ++DCGD SDEK CP ++C  D+EF C + +CI   WRCDG+ DC D  DE+ CP++++S +F        C   E++C     CIH+ WLCD   DCPDGSDES   C     CR DQF+C +  CI GHL CSG PEC D SDE NC    G  +  CD   EFDC G    C+PL QVCDK  +C +  DE   +C INEC  NNGGC Q C+D P  + C C  GY L  N TC+D+++C  PG+CSQIC N  G FKCDC  GY RD RD T+CKA EGH SLLFA + DIRKISLD ++MTSIVN T S+ ALDFVFRTGMIFWSD   +KIYK
Sbjct:  111 LILKIAIVALLNVYAVTALVEENKTCEKNEFRCSSGRCIPAHWQCDHEQDCNDGSDEDEHVCQQKVCGVDEFTCRSASGECVPLTWMCDDNPDCSDGSDE-------KACNETCRSDEFTCKNGKCIQKRWVCDLDNDCGDNSDEKDCPPVTCAPDSEFQCAENFCITSKWRCDGEYDCVDGKDEQGCPKMATSSSF--------CLSEEYECGDHLTCIHKGWLCDGTRDCPDGSDESPDNCQNIT-CRADQFQCKDRSCIAGHLHCSGHPECPDGSDELNC----GSPAPKCDPKTEFDCGGGN--CIPLSQVCDKRQHCPDGEDEPVGRCGINECNENNGGCSQRCVDTPSSFYCDCNHGYKLVDNRTCKDINECEIPGSCSQICINDKGGFKCDCQSGYMRDPRDLTKCKAIEGHASLLFARRRDIRKISLDHHEMTSIVNETNSATALDFVFRTGMIFWSDVTDKKIYK 562          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: EEB15646.1 (Very low-density lipoprotein receptor precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 429.098 bits (1102), Expect = 7.846e-142
Identity = 238/438 (54.34%), Postives = 289/438 (65.98%), Query Frame = 0
Query:   37 QCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
             CIP +W+C+G  DC D +DE   + +S  CT  EF C  +   CVP  W CD   DC DGSDE       +TC+ TC S+EFTC N KCIQ RWVCD++DDCGDGSDEK+CP  +C    +F+C + YCI   WRCDGD DCPD SDE+DCPE +        N   +C   EF+CL R  CIH++W+CD D DCPDGSDE + +C     CR DQF+C +  CIPGHL CSG  EC D SDEENC+    +    CD   +FDC   G +C+ LE+VCDK  +C  W DE  + C  NEC  +NGGC Q C+D P  Y C C  G+ L  N TC D+D+C  PGTCSQIC N  G FKC C++GY RD R+ T+CKA EGH SLLFA K DIRKISLD ++MT+IVN+T+S+ ALDFVFRTGMIFWSD   QKIYK
Sbjct:    1 MCIPLTWQCDGQKDCSDGADEDPKVCQSKVCTPEEFSCRSMPGECVPLTWMCDDNPDCSDGSDE-------KTCNETCRSDEFTCSNGKCIQERWVCDRDDDCGDGSDEKNCPATTCAPVTDFACSEKYCITARWRCDGDFDCPDGSDEKDCPETA--------NPTSRCTAREFECLDRISCIHQSWVCDGDKDCPDGSDEDISRC-KNTTCRADQFQCKDKTCIPGHLVCSGTIECSDKSDEENCDIPISK----CDLKTQFDC--GGGICISLEKVCDKKLDCPKWEDEPKDSCGKNECLIDNGGCSQLCVDTPGSYYCHCHEGFKLIDNKTCTDIDECEIPGTCSQICINEIGGFKCQCVQGYLRDPRNYTKCKAVEGHASLLFARKHDIRKISLDHHEMTAIVNNTKSATALDFVFRTGMIFWSDVSEQKIYK 416          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: ABW08771.3 (lipophorin receptor 1, isoform S [Drosophila melanogaster])

HSP 1 Score: 409.068 bits (1050), Expect = 2.034e-133
Identity = 230/474 (48.52%), Postives = 295/474 (62.24%), Query Frame = 0
Query:    2 IRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + F + LL      +       + C + +F C N  CIP  WRC+   DC D SDE N +  + C ++EF+C  + +C+P++W CDG  DC D SDE         C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:    7 LLFVSSLLHTQSQSFRVLAINEATCSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAH-------CNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 462          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: AGB96354.1 (lipophorin receptor 1, isoform R [Drosophila melanogaster])

HSP 1 Score: 406.371 bits (1043), Expect = 1.203e-132
Identity = 227/450 (50.44%), Postives = 288/450 (64.00%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C + +F C N  CIP  WRC+   DC D SDE N +  + C ++EF+C  + +C+P++W CDG  DC D SDE         C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:   71 CSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAH-------CNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 502          

HSP 2 Score: 101.293 bits (251), Expect = 8.790e-22
Identity = 83/227 (36.56%), Postives = 115/227 (50.66%), Query Frame = 0
Query:  103 SNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDE--KSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            S Q+ +  C   +F C +  CI  R+VCD + DC D SDE  K C   + +C++D +F CG+G CI   WRCD + DC D SDE            ++E  +  C + EF+C + + CI R+WLCD   DC D SDE+   C     CR D+F C NG CI    +C    +C D SDE+ C        + CD+  E  C      C+    VCD   +C + +DE
Sbjct:   20 SGQSLEAKCDEKQFQCHSGDCIPIRFVCDGDADCKDHSDEQIKECKFIEATCSSD-QFRCGNGNCIPNKWRCDQESDCADGSDE------------ANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEA--HCN--QTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPV------VPCDSVAEHTCTNGA--CIAKRWVCDGDPDCSDGSDE 221          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: AGB96353.1 (lipophorin receptor 1, isoform Q [Drosophila melanogaster])

HSP 1 Score: 407.912 bits (1047), Expect = 4.152e-132
Identity = 227/450 (50.44%), Postives = 288/450 (64.00%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C + +F C N  CIP  WRC+   DC D SDE N +  + C ++EF+C  + +C+P++W CDG  DC D SDE         C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:  179 CSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAH-------CNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 610          

HSP 2 Score: 100.523 bits (249), Expect = 1.814e-21
Identity = 82/225 (36.44%), Postives = 114/225 (50.67%), Query Frame = 0
Query:  105 QTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDE--KSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            Q+ +  C   +F C +  CI  R+VCD + DC D SDE  K C   + +C++D +F CG+G CI   WRCD + DC D SDE            ++E  +  C + EF+C + + CI R+WLCD   DC D SDE+   C     CR D+F C NG CI    +C    +C D SDE+ C        + CD+  E  C      C+    VCD   +C + +DE
Sbjct:  130 QSLEAKCDEKQFQCHSGDCIPIRFVCDGDADCKDHSDEQIKECKFIEATCSSD-QFRCGNGNCIPNKWRCDQESDCADGSDE------------ANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEA--HC--NQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPV------VPCDSVAEHTCTNGA--CIAKRWVCDGDPDCSDGSDE 329          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: AGB96352.1 (lipophorin receptor 1, isoform P [Drosophila melanogaster])

HSP 1 Score: 407.912 bits (1047), Expect = 4.152e-132
Identity = 227/450 (50.44%), Postives = 288/450 (64.00%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C + +F C N  CIP  WRC+   DC D SDE N +  + C ++EF+C  + +C+P++W CDG  DC D SDE         C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:  179 CSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEAH-------CNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 610          

HSP 2 Score: 100.523 bits (249), Expect = 1.814e-21
Identity = 82/225 (36.44%), Postives = 114/225 (50.67%), Query Frame = 0
Query:  105 QTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDE--KSCP--DMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            Q+ +  C   +F C +  CI  R+VCD + DC D SDE  K C   + +C++D +F CG+G CI   WRCD + DC D SDE            ++E  +  C + EF+C + + CI R+WLCD   DC D SDE+   C     CR D+F C NG CI    +C    +C D SDE+ C        + CD+  E  C      C+    VCD   +C + +DE
Sbjct:  130 QSLEAKCDEKQFQCHSGDCIPIRFVCDGDADCKDHSDEQIKECKFIEATCSSD-QFRCGNGNCIPNKWRCDQESDCADGSDE------------ANELCMNACPNNEFKCQTVDQCIPRSWLCDGSNDCRDKSDEA--HC--NQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPV------VPCDSVAEHTCTNGA--CIAKRWVCDGDPDCSDGSDE 329          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: ABW08772.1 (lipophorin receptor 1, isoform D [Drosophila melanogaster])

HSP 1 Score: 402.905 bits (1034), Expect = 1.104e-131
Identity = 231/476 (48.53%), Postives = 294/476 (61.76%), Query Frame = 0
Query:    2 IRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCD--EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + F + LL      +       + C + +F C N  CIP  WRC+   DC D SDE N + ++  C+  E+ C   E +CVP  W CD  +DC DGSDE+        C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:    7 LLFVSSLLHTQSQSFRVLAINEATCSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCRARTCSPDEYACKSGEGQCVPLAWMCDQSKDCSDGSDEH-------NCNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 464          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: EGK96211.1 (AGAP002186-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 403.29 bits (1035), Expect = 3.456e-131
Identity = 229/485 (47.22%), Postives = 288/485 (59.38%), Query Frame = 0
Query:    1 MIRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN-CTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCD----------RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCV-NGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            ++  ++ +    VF   +  S+ S C   KF C N +CI + W+C+G  DC D SDE     +S  C+  EF C      C+P  W CD   DC DGSDE    CS  +             TC S+EFTC N +CIQ RWVCD +DDCGD +DE +CP  +C+   +F+C + YCI   WRCDG+ DCPD SDER C        FS       C   E+QC  R  CIHR+W+CD + DCP G DE    C     CR+DQF+C  +  CI GH  C+G  +C D SDE+NC     E    C+   EFDC   G MC+PL +VCD+  +C  + DE  +KC  NEC   NGGC Q C+D P G+ C CK G+ L  N TC D+D+C  PG+CSQ C N  GTFKC+C++ Y RD RD TRCK  EGH SLLFA + DIRKISLD  +MTSIVN T+S+ ALDFVFRTGMI+WSD   ++IYK
Sbjct:   41 VLATTSAVPSLRVFGKPSSSSEESSCPGDKFRCKNGRCILKRWQCDGERDCADGSDEDAQQCQSKVCSSEEFTCRSGTGNCIPLGWMCDQNRDCADGSDEMS--CSEYSLSLSNIPYLYYYETCRSDEFTCGNGRCIQKRWVCDHDDDCGDKTDEDNCPTTTCDPLKQFACAENYCITSKWRCDGEPDCPDGSDERGCAN-PPPPTFS------TCLPLEYQCNDRITCIHRSWICDGEKDCPRGDDEMPPICQNVT-CRSDQFQCKKDKTCINGHFACNGKNDCSDGSDEQNCVNVRSEK---CNPKTEFDC--GGGMCIPLAKVCDQNPDCPEFQDEPADKCGKNECLQGNGGCSQLCVDTPAGFYCDCKPGFKLADNRTCVDIDECEEPGSCSQSCINEIGTFKCECMDNYLRDPRDHTRCKPKEGHASLLFARRHDIRKISLDHREMTSIVNDTKSATALDFVFRTGMIYWSDVSEKRIYK 510          
BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Match: AAF56499.3 (lipophorin receptor 1, isoform G [Drosophila melanogaster])

HSP 1 Score: 403.29 bits (1035), Expect = 3.753e-131
Identity = 231/476 (48.53%), Postives = 294/476 (61.76%), Query Frame = 0
Query:    2 IRFSTYLLFFHVFIYETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCD--EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + F + LL      +       + C + +F C N  CIP  WRC+   DC D SDE N + ++  C+  E+ C   E +CVP  W CD  +DC DGSDE+        C++TC ++EFTC N +CIQ RW CD +DDCGDGSDEK CP + C++  E +C +G CI K W CDGD DC D SDER C  ++ +           C   E+QC  R  C+H +WLCD D DCPDG DE    C     CR DQF+C +  CIPGHL C+G  +C D SDE +C  + + G +  GC+A  EFDC   G  CVPL +VCDK  +C +  DE   KC INEC + NGGC   CIDL +G+ C C  GY L+ +   C+D+++C  PG CSQIC N  G FKC+C  GY RD ++ TRCKA+EGH SLL A + DIRKI+LD  +MTSIVNST+++ ALDFVFRTGMIFWSD  TQ IYK
Sbjct:    7 LLFVSSLLHTQSQSFRVLAINEATCSSDQFRCGNGNCIPNKWRCDQESDCADGSDEANELCRARTCSPDEYACKSGEGQCVPLAWMCDQSKDCSDGSDEH-------NCNQTCRADEFTCGNGRCIQKRWKCDHDDDCGDGSDEKECPVVPCDSVAEHTCTNGACIAKRWVCDGDPDCSDGSDERSCANVTKT--------TTPCLSHEYQCKDRITCLHHSWLCDGDRDCPDGDDEHTANCKNVT-CRADQFQCGDRSCIPGHLTCNGDKDCADGSDERDCGLSLSLGINQGGCNATSEFDC--GGGQCVPLSKVCDKRKDCPDGEDEPAGKCGINECASKNGGCMHQCIDLKVGHHCECHEGYKLSPDKRNCQDINECEVPGKCSQICVNEIGGFKCECEAGYMRDPKNHTRCKASEGHASLLLARRHDIRKIALDHMEMTSIVNSTKAATALDFVFRTGMIFWSDVTTQSIYK 464          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|2764400|emb|CAA03855.1| (lipophorin receptor [Locusta migratoria])

HSP 1 Score: 452.595 bits (1163), Expect = 1.088e-147
Identity = 259/487 (53.18%), Postives = 302/487 (62.01%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSN--CTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQ------------------------------------TCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDG-YCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            S C   +F+C N  CIP +W C G DDC DNSDE N + K    CTD EFRC+  RC+P +WQCD  +DC DGSDE   +C  +                                     C+ TC S+EFTC NSKCIQ RWVCD++DDCGDGSDEK CP  +C  + EF+C D   CI   W+CDGD+DC D SDE+ C   +S+G  S       C   EF+CL R  CIH++W+CD D DCPDGSDE V +C     CR DQF+C N  CIPGHL CSG  +C D SDEENC          CD   EF+C   G MC+PL  VCDK  +C NW DE  EKC  NEC  NNGGC Q C+D P GY C C  GY L  NHTC+DV++C  PG CSQ C N  GTFKC C+EGY RD RD TRCKA EGH SLLFA + DIRKISLD ++MT+IVN T+S+ ALDFVFRTGMIFWSD   QKIYK
Sbjct:   46 SACTLRQFQCANGHCIPLTWMCEGEDDCGDNSDETNAVCKETRECTDQEFRCNNGRCIPSHWQCDNEKDCADGSDEIPQVCQQKKCASDEFTCRTAPGECVPLAWMCDDNPDCSDGSDEKACNETCRSDEFTCANSKCIQQRWVCDRDDDCGDGSDEKDCPKTTCAPETEFNCSDNNMCITARWQCDGDLDCQDGSDEQGC---TSTGPIS------HCLPREFECLDRMTCIHQSWVCDGDRDCPDGSDEDVSRCHNMT-CRPDQFQCRNRICIPGHLHCSGHADCSDGSDEENCT----SPVPKCDPKTEFEC--GGGMCIPLSSVCDKKPDCPNWEDEPQEKCGKNECAVNNGGCSQKCVDTPAGYYCDCLPGYKLVDNHTCDDVNECEIPGACSQECINEKGTFKCQCVEGYLRDPRDPTRCKAMEGHASLLFARRHDIRKISLDHHEMTAIVNDTKSATALDFVFRTGMIFWSDVSDQKIYK 516          

HSP 2 Score: 94.3597 bits (233), Expect = 6.783e-17
Identity = 65/168 (38.69%), Postives = 82/168 (48.81%), Query Frame = 0
Query:   21 SQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVK---SNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC--PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDE 182
            S  + C+T +            W+C+G  DC D SDE  C      S+C   EF C D + C+ ++W CDG  DC DGSDE+   C N TC      ++F C N  CI     C    DC DGSDE++C  P   C+   EF CG G CI     CD   DCP+  DE
Sbjct:  219 SDNNMCITAR------------WQCDGDLDCQDGSDEQGCTSTGPISHCLPREFECLDRMTCIHQSWVCDGDRDCPDGSDEDVSRCHNMTCR----PDQFQCRNRICIPGHLHCSGHADCSDGSDEENCTSPVPKCDPKTEFECGGGMCIPLSSVCDKKPDCPNWEDE 370          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|943960857|ref|XP_014362949.1| (PREDICTED: low-density lipoprotein receptor-like isoform X3 [Papilio machaon])

HSP 1 Score: 451.825 bits (1161), Expect = 1.233e-147
Identity = 243/459 (52.94%), Postives = 294/459 (64.05%), Query Frame = 0
Query:   16 YETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEV--NCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            Y+   S+   C + +F C   +CIP SWRC+   DC D SDE    C  +S NC + +F C   +C+P  W CD   DC DGSDE+        CD TC ++EFTC N KCIQ RWVCD +DDC DGSDE  CP  +C     FSC DG+CI   WRCD D+DCPD SDE  CP        +   +I  C  TEFQC  R  C+H+TW+CD D DCPDG DE+ + C     CR DQF+C +  CIPG L C+G  +C D SDE NC          CD+  EFDC   G MC+PL +VCDK  +C N+ DE  ++C  NEC TNNGGC Q CID P+GY C C  GY L  N TCED+D+CL PG+CSQ+C N  GTFKC+C  GY+RD RD TRCKA EGHPSLLFA + DIRKISLD ++M +IVN T+S+ ALD+VFRTGMIFWSD   +KIYK
Sbjct:   33 YDYRTSESRTCTSNEFRCKTGRCIPLSWRCDNEKDCSDGSDEEPGTCTAQSSNCPEHKFVCASGQCIPAAWHCDDAPDCPDGSDEHH-------CDETCRADEFTCGNGKCIQQRWVCDGDDDCSDGSDEAKCPAPTCQPHAHFSCADGHCISARWRCDRDIDCPDGSDEAGCP--------TSPKVISPCVSTEFQCHDRVTCVHKTWVCDGDRDCPDGGDEAPEICRGNVTCRIDQFQCKDHSCIPGALYCNGEKDCPDGSDELNCT----RPKPICDSKTEFDC--GGGMCIPLSKVCDKKPDCPNFEDEPRDRCGANECATNNGGCTQRCIDTPVGYYCDCDKGYKLVDNRTCEDIDECLDPGSCSQVCSNEKGTFKCECYSGYARDPRDRTRCKATEGHPSLLFARRFDIRKISLDHHEMVAIVNDTKSATALDYVFRTGMIFWSDVTDEKIYK 470          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|1131325865|gb|JAV13289.1| (putative nidogen [Nyssomyia neivai])

HSP 1 Score: 452.595 bits (1163), Expect = 3.209e-147
Identity = 235/449 (52.34%), Postives = 294/449 (65.48%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVN---CIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+C +  CI  S+ C+G +DC D  DE+     I ++NCT  +FRC   RC+PK+W+CD  +DC DGSDE+ D+C       TC S+EFTC N +CIQ RW CD++DDCG+ +DE++CP+++C AD EF+C D  CI   WRCDG+ DCPD SDER+C  +          ++  C   EFQC  R  CIHR+W+CD + DCP G DE    C     CR DQF+C +  CIPG L+CSG  EC D SDE NC  +       CD  KEFDC   G +C+PL +VCDK  +C  + DE  +KC  NEC  NNGGC Q C+D P GY C C+ GY L  N TCED+++C   G CSQ C+N  G FKC+C+EGY RD RD TRCKA EGH SLLFA + DIRKISLD  +MTSIVN T+S+ ALD+VFRTGMIFWSD   QKIYK
Sbjct:   63 CTHRQFQCTDGSCIHMSFVCDGENDCPDGKDELPEECSITENNCTADKFRCKNGRCIPKHWKCDQEKDCSDGSDEDPDVCH-----VTCRSDEFTCGNGRCIQERWRCDRDDDCGNNADERNCPNVTCQADKEFTCSDNLCITAKWRCDGESDCPDGSDERNCENVV--------RVVSPCTSAEFQCSDRITCIHRSWVCDGERDCPGGDDEMAPTC-LNVTCRADQFQCRDRSCIPGALECSGKAECADGSDEVNCT-STTPVEKKCDPRKEFDC--GGGICIPLSKVCDKKPDCPEFQDEPTDKCGKNECLINNGGCSQLCVDTPAGYFCDCRKGYRLVDNRTCEDINECENLGACSQNCHNERGGFKCECIEGYMRDPRDHTRCKATEGHASLLFARRKDIRKISLDHREMTSIVNDTKSATALDYVFRTGMIFWSDVAEQKIYK 494          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|1131325867|gb|JAV13290.1| (putative nidogen, partial [Nyssomyia neivai])

HSP 1 Score: 452.595 bits (1163), Expect = 3.327e-147
Identity = 235/449 (52.34%), Postives = 294/449 (65.48%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVN---CIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+C +  CI  S+ C+G +DC D  DE+     I ++NCT  +FRC   RC+PK+W+CD  +DC DGSDE+ D+C       TC S+EFTC N +CIQ RW CD++DDCG+ +DE++CP+++C AD EF+C D  CI   WRCDG+ DCPD SDER+C  +          ++  C   EFQC  R  CIHR+W+CD + DCP G DE    C     CR DQF+C +  CIPG L+CSG  EC D SDE NC  +       CD  KEFDC   G +C+PL +VCDK  +C  + DE  +KC  NEC  NNGGC Q C+D P GY C C+ GY L  N TCED+++C   G CSQ C+N  G FKC+C+EGY RD RD TRCKA EGH SLLFA + DIRKISLD  +MTSIVN T+S+ ALD+VFRTGMIFWSD   QKIYK
Sbjct:   64 CTHRQFQCTDGSCIHMSFVCDGENDCPDGKDELPEECSITENNCTADKFRCKNGRCIPKHWKCDQEKDCSDGSDEDPDVCH-----VTCRSDEFTCGNGRCIQERWRCDRDDDCGNNADERNCPNVTCQADKEFTCSDNLCITAKWRCDGESDCPDGSDERNCENVV--------RVVSPCTSAEFQCSDRITCIHRSWVCDGERDCPGGDDEMAPTC-LNVTCRADQFQCRDRSCIPGALECSGKAECADGSDEVNCT-STTPVEKKCDPRKEFDC--GGGICIPLSKVCDKKPDCPEFQDEPTDKCGKNECLINNGGCSQLCVDTPAGYFCDCRKGYRLVDNRTCEDINECENLGACSQNCHNERGGFKCECIEGYMRDPRDHTRCKATEGHASLLFARRKDIRKISLDHREMTSIVNDTKSATALDYVFRTGMIFWSDVAEQKIYK 495          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|910344780|ref|XP_013176220.1| (PREDICTED: low-density lipoprotein receptor isoform X5 [Papilio xuthus])

HSP 1 Score: 449.899 bits (1156), Expect = 1.170e-146
Identity = 254/512 (49.61%), Postives = 307/512 (59.96%), Query Frame = 0
Query:    7 YLLFFHVFIYE--------TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDE--VNCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQT------------------------------------CDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            Y+LF  +F           T VS    C   +F+C N +CIP SW C G +DC DNSDE    C  +S  CT +EFRC   RC+P +W+CD  +DC DGSDE    C+ Q                                     CD TC ++EFTC N KCIQ RWVCD +DDC DGSDE  CP  +C     FSC DG+CI   WRCD D+DCPD SDE  CP        +   +I  C  TEFQC  R  C+H+TW+CD D DCPDG DE+ + C     CR DQF+C +  CIPG L C+G  +C D SDE NC          CD+  EFDC   G MC+PL +VCDK  +C N+ DE  ++C  NEC TNNGGC Q C+D P+GY C C  GY L  N TCED+D+CL PG+CSQ+C N  GTFKC+C  GY+RD RD TRCKA EGHPSLLFA + DIRKISLD ++M +IVN T+S+ ALD+VFRTGMIFWSD   +KIYK
Sbjct:   21 YILFSVLFTKTFGVTGSNITAVSSSKVCSQKQFQCANGKCIPISWLCEGDNDCGDNSDENIEECKKESRTCTSNEFRCKTGRCIPLSWRCDNEKDCSDGSDEEPGTCTAQRSSCPEHKFVCASGQCIPAAWHCDDAPDCPDGSDEHHCDETCRADEFTCGNGKCIQQRWVCDGDDDCSDGSDEAKCPAPTCQPHAHFSCADGHCISARWRCDRDIDCPDGSDEAGCP--------TTPKVISPCVSTEFQCHDRVTCVHKTWVCDGDRDCPDGGDEAPEICRGNITCRIDQFQCKDHSCIPGALYCNGEKDCPDGSDELNCT----RPKPICDSKTEFDC--GGGMCIPLSKVCDKKPDCPNFEDEPRDRCGANECATNNGGCTQRCVDTPVGYYCDCDKGYKLVDNRTCEDIDECLDPGSCSQVCSNEKGTFKCECYSGYARDPRDRTRCKATEGHPSLLFARRFDIRKISLDHHEMVAIVNDTKSATALDYVFRTGMIFWSDVTDEKIYK 518          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|910344774|ref|XP_013176217.1| (PREDICTED: low-density lipoprotein receptor isoform X2 [Papilio xuthus])

HSP 1 Score: 450.669 bits (1158), Expect = 1.220e-146
Identity = 254/512 (49.61%), Postives = 307/512 (59.96%), Query Frame = 0
Query:    7 YLLFFHVFIYE--------TGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDE--VNCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQT------------------------------------CDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            Y+LF  +F           T VS    C   +F+C N +CIP SW C G +DC DNSDE    C  +S  CT +EFRC   RC+P +W+CD  +DC DGSDE    C+ Q                                     CD TC ++EFTC N KCIQ RWVCD +DDC DGSDE  CP  +C     FSC DG+CI   WRCD D+DCPD SDE  CP        +   +I  C  TEFQC  R  C+H+TW+CD D DCPDG DE+ + C     CR DQF+C +  CIPG L C+G  +C D SDE NC          CD+  EFDC   G MC+PL +VCDK  +C N+ DE  ++C  NEC TNNGGC Q C+D P+GY C C  GY L  N TCED+D+CL PG+CSQ+C N  GTFKC+C  GY+RD RD TRCKA EGHPSLLFA + DIRKISLD ++M +IVN T+S+ ALD+VFRTGMIFWSD   +KIYK
Sbjct:   21 YILFSVLFTKTFGVTGSNITAVSSSKVCSQKQFQCANGKCIPISWLCEGDNDCGDNSDENIEECKKESRTCTSNEFRCKTGRCIPLSWRCDNEKDCSDGSDEEPGTCTAQRSSCPEHKFVCASGQCIPAAWHCDDAPDCPDGSDEHHCDETCRADEFTCGNGKCIQQRWVCDGDDDCSDGSDEAKCPAPTCQPHAHFSCADGHCISARWRCDRDIDCPDGSDEAGCP--------TTPKVISPCVSTEFQCHDRVTCVHKTWVCDGDRDCPDGGDEAPEICRGNITCRIDQFQCKDHSCIPGALYCNGEKDCPDGSDELNCT----RPKPICDSKTEFDC--GGGMCIPLSKVCDKKPDCPNFEDEPRDRCGANECATNNGGCTQRCVDTPVGYYCDCDKGYKLVDNRTCEDIDECLDPGSCSQVCSNEKGTFKCECYSGYARDPRDRTRCKATEGHPSLLFARRFDIRKISLDHHEMVAIVNDTKSATALDYVFRTGMIFWSDVTDEKIYK 518          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|910344784|ref|XP_013176222.1| (PREDICTED: low-density lipoprotein receptor isoform X7 [Papilio xuthus])

HSP 1 Score: 449.129 bits (1154), Expect = 1.527e-146
Identity = 239/459 (52.07%), Postives = 293/459 (63.83%), Query Frame = 0
Query:   16 YETGVSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVN---CIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            Y+   ++   C + +F C   +CIP SWRC+   DC D SDE        +S+C + +F C   +C+P  W CD   DC DGSDE+        CD TC ++EFTC N KCIQ RWVCD +DDC DGSDE  CP  +C     FSC DG+CI   WRCD D+DCPD SDE  CP        +   +I  C  TEFQC  R  C+H+TW+CD D DCPDG DE+ + C     CR DQF+C +  CIPG L C+G  +C D SDE NC          CD+  EFDC   G MC+PL +VCDK  +C N+ DE  ++C  NEC TNNGGC Q C+D P+GY C C  GY L  N TCED+D+CL PG+CSQ+C N  GTFKC+C  GY+RD RD TRCKA EGHPSLLFA + DIRKISLD ++M +IVN T+S+ ALD+VFRTGMIFWSD   +KIYK
Sbjct:   33 YDYRTAESRTCTSNEFRCKTGRCIPLSWRCDNEKDCSDGSDEEPGTCTAQRSSCPEHKFVCASGQCIPAAWHCDDAPDCPDGSDEHH-------CDETCRADEFTCGNGKCIQQRWVCDGDDDCSDGSDEAKCPAPTCQPHAHFSCADGHCISARWRCDRDIDCPDGSDEAGCP--------TTPKVISPCVSTEFQCHDRVTCVHKTWVCDGDRDCPDGGDEAPEICRGNITCRIDQFQCKDHSCIPGALYCNGEKDCPDGSDELNCT----RPKPICDSKTEFDC--GGGMCIPLSKVCDKKPDCPNFEDEPRDRCGANECATNNGGCTQRCVDTPVGYYCDCDKGYKLVDNRTCEDIDECLDPGSCSQVCSNEKGTFKCECYSGYARDPRDRTRCKATEGHPSLLFARRFDIRKISLDHHEMVAIVNDTKSATALDYVFRTGMIFWSDVTDEKIYK 470          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|970894086|ref|XP_015112464.1| (PREDICTED: low-density lipoprotein receptor 2-like isoform X2 [Diachasma alloeum])

HSP 1 Score: 449.129 bits (1154), Expect = 3.522e-146
Identity = 232/482 (48.13%), Postives = 301/482 (62.45%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRT-----------------------------------CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+CDN +C+P  W C+G DDC DNSDE     K  +C D+EF+C   +C+P  W CD   DC D SDE+  +C ++ C  T                                   C +++FTC N KCIQ+ WVCDQ++DC DGSDEK+C  ++C  D +FSC  GYCI   WRCDGD DCP+ +DE  CP      N + ++    C D EF C  R  CIH++W+CD + DCP+G+DE+ ++C     CR DQF+C +  CIPGH  C G P+C D SDE+NC          CD   +F+C      C+PL+ VC+K  +C  W DES E+C +NEC+ NNGGC  TCID+PIGY+CGC+ GY L  N TC+D+D+CL PG+CSQ C N  GTFKC C  GY RD ++ TRCKA EGH SLLFA + DIRK++LDR +MT+IVN+T+ + ALDFVFRTGMIFWSD   +KIYK
Sbjct:   39 CPLKQFQCDNGKCLPMPWVCDGHDDCTDNSDESPTKCKPESCKDTEFKCKNGKCIPGAWHCDTEPDCFDRSDEDPAVCLSRNCSETEFQCSPGECISKSWVCDHQPDCQNGLDEKNCHNDTCRTDQFTCANKKCIQSSWVCDQDEDCDDGSDEKNCESVTCRPDLDFSCSPGYCITSRWRCDGDYDCPNHADEIGCP------NAAVDHYSSHCADHEFHCGDRLTCIHQSWVCDNEKDCPNGADETPERCKNVT-CRADQFQCGDHQCIPGHSYCDGKPDCRDASDEKNC----ASKPSPCDPQTQFECSEGS--CIPLDHVCNKKPDCLGWEDESEERCGVNECEKNNGGCSHTCIDMPIGYRCGCRPGYRLIDNRTCDDIDECLEPGSCSQFCLNEKGTFKCSCAPGYLRDPKNLTRCKAAEGHASLLFARRHDIRKVALDRQEMTAIVNNTKMATALDFVFRTGMIFWSDVNDKKIYK 507          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|970894088|ref|XP_015112465.1| (PREDICTED: very low-density lipoprotein receptor-like isoform X3 [Diachasma alloeum])

HSP 1 Score: 447.588 bits (1150), Expect = 6.748e-146
Identity = 232/483 (48.03%), Postives = 301/483 (62.32%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC------------------------------------DRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+CDN +C+P  W C+G DDC DNSDE     K  +C D+EF+C   +C+P  W CD   DC D SDE+  +C  + C                                    + TC +++FTC N KCIQ+ WVCDQ++DC DGSDEK+C  ++C  D +FSC  GYCI   WRCDGD DCP+ +DE  CP      N + ++    C D EF C  R  CIH++W+CD + DCP+G+DE+ ++C     CR DQF+C +  CIPGH  C G P+C D SDE+NC          CD   +F+C      C+PL+ VC+K  +C  W DES E+C +NEC+ NNGGC  TCID+PIGY+CGC+ GY L  N TC+D+D+CL PG+CSQ C N  GTFKC C  GY RD ++ TRCKA EGH SLLFA + DIRK++LDR +MT+IVN+T+ + ALDFVFRTGMIFWSD   +KIYK
Sbjct:   39 CPLKQFQCDNGKCLPMPWVCDGHDDCTDNSDESPTKCKPESCKDTEFKCKNGKCIPGAWHCDTEPDCFDRSDEDPAVCRAKNCTAEQFTCRSGNGECVALSWMCDDSPDCTDGSDEADCNDTCRTDQFTCANKKCIQSSWVCDQDEDCDDGSDEKNCESVTCRPDLDFSCSPGYCITSRWRCDGDYDCPNHADEIGCP------NAAVDHYSSHCADHEFHCGDRLTCIHQSWVCDNEKDCPNGADETPERCKNVT-CRADQFQCGDHQCIPGHSYCDGKPDCRDASDEKNC----ASKPSPCDPQTQFECSEGS--CIPLDHVCNKKPDCLGWEDESEERCGVNECEKNNGGCSHTCIDMPIGYRCGCRPGYRLIDNRTCDDIDECLEPGSCSQFCLNEKGTFKCSCAPGYLRDPKNLTRCKAAEGHASLLFARRHDIRKVALDRQEMTAIVNNTKMATALDFVFRTGMIFWSDVNDKKIYK 508          
BLAST of EMLSAG00000009473 vs. nr
Match: gi|970894084|ref|XP_015112463.1| (PREDICTED: very low-density lipoprotein receptor-like isoform X1 [Diachasma alloeum])

HSP 1 Score: 448.358 bits (1152), Expect = 7.999e-146
Identity = 232/483 (48.03%), Postives = 301/483 (62.32%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTC------------------------------------DRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F+CDN +C+P  W C+G DDC DNSDE     K  +C D+EF+C   +C+P  W CD   DC D SDE+  +C  + C                                    + TC +++FTC N KCIQ+ WVCDQ++DC DGSDEK+C  ++C  D +FSC  GYCI   WRCDGD DCP+ +DE  CP      N + ++    C D EF C  R  CIH++W+CD + DCP+G+DE+ ++C     CR DQF+C +  CIPGH  C G P+C D SDE+NC          CD   +F+C      C+PL+ VC+K  +C  W DES E+C +NEC+ NNGGC  TCID+PIGY+CGC+ GY L  N TC+D+D+CL PG+CSQ C N  GTFKC C  GY RD ++ TRCKA EGH SLLFA + DIRK++LDR +MT+IVN+T+ + ALDFVFRTGMIFWSD   +KIYK
Sbjct:   39 CPLKQFQCDNGKCLPMPWVCDGHDDCTDNSDESPTKCKPESCKDTEFKCKNGKCIPGAWHCDTEPDCFDRSDEDPAVCRAKNCTAEQFTCRSGNGECVALSWMCDDSPDCTDGSDEADCNDTCRTDQFTCANKKCIQSSWVCDQDEDCDDGSDEKNCESVTCRPDLDFSCSPGYCITSRWRCDGDYDCPNHADEIGCP------NAAVDHYSSHCADHEFHCGDRLTCIHQSWVCDNEKDCPNGADETPERCKNVT-CRADQFQCGDHQCIPGHSYCDGKPDCRDASDEKNC----ASKPSPCDPQTQFECSEGS--CIPLDHVCNKKPDCLGWEDESEERCGVNECEKNNGGCSHTCIDMPIGYRCGCRPGYRLIDNRTCDDIDECLEPGSCSQFCLNEKGTFKCSCAPGYLRDPKNLTRCKAAEGHASLLFARRHDIRKVALDRQEMTAIVNNTKMATALDFVFRTGMIFWSDVNDKKIYK 508          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold243_size241480-snap-gene-1.20 (protein:Tk02956 transcript:maker-scaffold243_size241480-snap-gene-1.20-mRNA-1 annotation:"lipophorin receptor")

HSP 1 Score: 524.242 bits (1349), Expect = 2.606e-175
Identity = 259/460 (56.30%), Postives = 330/460 (71.74%), Query Frame = 0
Query:   22 QGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKS-NCTDSEFRCDEI--RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDEN------IIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRND-MTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            + + C +T+F C + +C+P+ W+C+G  DC D SDE   +  S  C+  E+ C     RC+P  W CD  +DC DGSDE       ++C++TC   EFTC N KCIQ +W+CD+EDDCGDGSDE+ CP+  C+  NEF+CGDGYC+ + W+CDGDVDCPDASDE+DC     S + +  N      ++  C   EFQCL++ +CIH +WLCD + DCP+GSDE+V+QCGT+ +CR+DQF+C +G+CIPGHLQCSGA EC D SDE NC     +  LGC+A  EFDC  DG +CV   Q+CD  N+CG W DE    C++NEC+  NGGC+  C DLPIG++CGCK GY L  + TC+DV++CL PG CSQ C NRPG FKC CL+GY RD +D TRC+A EGHPSLLFAHK DIRKISLDR D M+SIVN TRSSCA+D+VF+TGMIFWSD +TQKIYK
Sbjct:  382 ENATCASTEFGCTSGKCVPRKWQCDGEPDCEDASDESPEVCASRTCSPDEWSCRSKGGRCIPLAWLCDEHKDCEDGSDE-------ESCNQTCTPEEFTCSNGKCIQKQWLCDREDDCGDGSDEQGCPEHKCDQSNEFACGDGYCVSRQWKCDGDVDCPDASDEKDCQMYEESQSNATNNDTFLAIMLRTCGPLEFQCLNKFYCIHNSWLCDGEPDCPNGSDEAVEQCGTKVQCRSDQFQCDSGECIPGHLQCSGAGECRDGSDESNCR----DPLLGCNATSEFDCAKDGTLCVAFAQLCDGKNDCGAWQDEPKGACHVNECQNKNGGCEHKCTDLPIGHQCGCKQGYVLVGDKTCQDVNECLKPGACSQRCINRPGDFKCQCLKGYLRDPQDKTRCRAAEGHPSLLFAHKSDIRKISLDRGDAMSSIVNETRSSCAVDYVFKTGMIFWSDVMTQKIYK 830          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1025_size69488-snap-gene-0.15 (protein:Tk03092 transcript:maker-scaffold1025_size69488-snap-gene-0.15-mRNA-1 annotation:"low-density lipoprotein receptor-related protein 2-like isoform x1")

HSP 1 Score: 241.891 bits (616), Expect = 4.253e-70
Identity = 173/479 (36.12%), Postives = 245/479 (51.15%), Query Frame = 0
Query:   31 FECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKS-CPDMSCNADNEFSC-GDGYCIKKYWRCDGDVDCPDASDERDCPEIS-SSGNF------------------------SDE-----NIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHL--TSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKA-NEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYKYVE 474
            F CDN++CIP++W C+G DDC+DNSDE        C  ++F+C   +C+P +++CD   DC D SDE    C N TC+ T    +F CDN +CI   W CD E+DCGD SDE   C + +C A  +F+C G G+CI + W CDGD DC D +DE+DCP I+ S+  F                        SDE         +C D +F+C     CI + W CD   DC D SDE    CG  + C+ + FKC N  CI     C G  +C DNSD E+   A G     C +  E++C G    CVP++++CD    C N ADE    C+  +C  N  GC   C+  PIG  C C  G+ L  T +  C+D+D+C  P  C+Q C N  G++ C C EGY+ +   +  CK  N     L+ +++  +    L +  +  I  + ++  A      T  I+WSD  T+KI +  +
Sbjct: 1174 FTCDNQRCIPKTWVCDGDDDCLDNSDENQNCTAPTCGANDFKCASGKCIPNSFRCDTDNDCGDFSDETG--CKNVTCEST----QFGCDNGRCIPMTWKCDGENDCGDSSDEGDFCAEKTC-AYFQFTCEGSGHCIPQSWVCDGDNDCFDQADEQDCPPITCSAAQFKCNNQKQCIHESYKCDGIPDCDDSSDELGCPSVGPNQCTDQQFRCQISGICIPQAWYCDGTDDCEDKSDEP-DSCGIID-CQQNYFKCNNSKCIYKSFVCDGEDDCGDNSD-ESLEHACGAPKPTCPS-GEWECPGVTDSCVPVDKLCDGHPECPNGADEG-PGCDNTDCYNNKAGCSNGCVQTPIGPLCTCPEGHVLNGTDSQVCQDLDECAVPKFCAQTCTNTKGSYYCTCQEGYAVEALHN--CKVINRTEAYLIISNRRSLLTADLAQRSLERIPVTVQNVVATTSDMTTDTIYWSDMETKKIMRLTK 1638          

HSP 2 Score: 231.106 bits (588), Expect = 1.964e-66
Identity = 177/505 (35.05%), Postives = 242/505 (47.92%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDN--SDEVNCI---VKSNCTDSEFRCDEIR-CVPKNWQCDGGEDCIDGSDENEDICSNQTCD---------------------------------------RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKS---CPDMSCNADNEFSC------GDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINEC-KTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDC-LTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKA--NEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C   +F C N +CIPQS  CNG+DDC DN  SDE   +       C D+   C     CV   W CDG  DC D SDE+   C ++TC                                        RTC  + FTCDN  CI   ++CD ++DC D SDE S   C    C+ + EF C      G   CI+K W CDGD DC D +DER       +GN + E  +  C DT+FQC +   CI++ W CD + DC DGSDES         C   +F C N  CI  + +C G  +C D SDE  C+ ANG       AD EF C    + C+  ++VCDK+++C + +DE    C  NEC +  +  C  TC+D   GY+C C  GY L  +   C+D+++C  TPG CSQIC N  G+F C C + Y     D   CK       P L+F +   IR +S D   M  +    ++  ++DF +    ++++D   + I+K
Sbjct: 2934 CADGEFTCANYRCIPQSQVCNGVDDCKDNKTSDEAKDLCTGRNVTCPDNHLPCKGTTICVEPYWLCDGDNDCGDNSDEDPLHCGSRTCPPNSFRCPDHRCIPATWYCDGDKDCDDGSDEPEGQCKQEGRTCFGDLFTCDNGNCIPRIYLCDGDNDCLDNSDESSNRQCNKRVCDPEKEFECTKNKDWGRATCIQKSWVCDGDPDCVDGADER-------TGNCTRE--VESCTDTQFQC-ANGRCINKYWKCDHENDCGDGSDESKDCKDHYRTCLETEFGCQNAKCISNNYRCDGEDDCGDFSDEVGCDKANGTC-----ADNEFQC-KRSQKCISYDKVCDKVSDCEDDSDEPL-ICGFNECARVEDNQCGHTCVDTKEGYQCECNPGYKLMRDGKACDDINECEETPGACSQICVNNEGSFSCKCNDKYYVRSPDGHSCKRVDQSVQPWLIFTNMHYIRNLSTDATHMNIVHQELKNVVSMDFHYEKNELYYADVGAKTIFK 3421          

HSP 3 Score: 185.652 bits (470), Expect = 7.374e-51
Identity = 161/464 (34.70%), Postives = 232/464 (50.00%), Query Frame = 0
Query:   26 CLTTKFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNC-----IVKSNCTDSE----FRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRT-WLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADES--HEKCNINE-CKTNNGGCDQTCIDLP-IGYKCGCKSGYHL--TSNHTCEDVDDCLT-PGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
            C    F+C D  +CI  +W C+G  DC D SDE +       +  NC   E    F+C   RCV + W CD   DC D SDE+ ++C  +   R C  +EF CDN KC+  RW CD +DDCGDGSDE  C +  C A+++F C  G+CIK   +CDG+ DC D SDE+ CP    +G +        C +  F+C  RNH   RT  LCD   DC DGSDE  + C   +     +++C N  CIP    C+G   C D SDE N            +   +F C    + CV  +++C+  ++CG+ +DE   HEK + +E  +   GGC   C +LP  GY C C  G+ +   +   C DV++C T    CS IC N  GTF C C + +    + S  C++ E    L++A   +I   +L       ++ +     ++D+   T M+FW D   Q + +
Sbjct: 3761 CPENMFKCKDTGKCIMGAWECDGDKDCGDGSDEGDHCDGSDELNENCPPCEEKGDFKCKNRRCVAQRWLCDLENDCGDNSDEDPEMCDGRY--RQCSESEFQCDNDKCVPARWKCDHDDDCGDGSDENDCDEHEC-AEDKFQCDSGHCIKSILKCDGERDCKDLSDEQGCPPRYPNGRY--------CAEDRFEC--RNHLCARTDDLCDGVDDCGDGSDEDYELCKNHSCDEAFKYQCANFKCIPRFHVCNGIDNCGDGSDENNMTLCANRVQHCPNIFSDFKC--HNQRCVKRDKICNFHDDCGDNSDERGCHEKGSCSEDIEGKRGGCMHRCNNLPGGGYLCLCDRGWVVDDQNPKKCVDVNECATFTNNCSHICTNLNGTFACSCRDRFRLTDQFSGVCRSKEHEAKLMYATGPEILMENLASRRSRDVIKNENRIESMDYDPLTMMMFWVDSEGQTLKR 4209          

HSP 4 Score: 169.859 bits (429), Expect = 1.688e-45
Identity = 140/419 (33.41%), Postives = 198/419 (47.26%), Query Frame = 0
Query:   62 VKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-----DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN-GESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSN-HTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKI-SLDRNDMTSIVNSTRSSCALDFVFRTGMIFWSDEVTQKIYK 471
             +  CT  +F+C    +CVPK W CD   DC  G DE +  C    CD    S EF C     + + CI   + CD+E DC DGSDE+SC   +C  D +  CG+G CI    +C+G  DC D SDE  C   S             C+  EF+C S   CI     C+   +C DGSDE  + C     C + QF+C N  CIP   +C G  +C D +DE+NC      ++ L C +            C+   ++CD   +C N ADE  + C+   C +   GC+  C     G +C C  G  +  N  +C D ++C   G C Q C N  G  +C C+ GY R+  D    KAN     + FAH   I +I +L +  +T   N+T +S  LD+      +F++D   +K+YK
Sbjct:  192 TRERCTSEQFQCGAGGKCVPKRWVCDYHRDCDGGQDEYD--CPPPECD----SGEFPCAAYKFNQTSCIPPHFQCDKEQDCHDGSDEQSCNYRACQ-DGDHKCGNGLCIPSDKKCNGYFDCRDKSDESGCSGTS-------------CELQEFKCTSGEKCIANYQKCNHRKECDDGSDE--EDCNFP-PCHSGQFRCENHLCIPARWRCDGYKDCTDGTDEKNCTAITCPDNKLMCQSSGSDGSASGAPKCIDKTKMCDGTQDCANGADE-RDACSTTLCSSL--GCEFDCKSSVDGGQCICGPGKKVGENKRSCIDKNECEEWGFCDQKCKNTNGGHECSCVSGYERE-GDFCNAKANMPKMMVYFAHHEKIYRIDALAKTGLTEFRNTTAAS-GLDYHLELNRLFYTDSEARKVYK 582          

HSP 5 Score: 132.109 bits (331), Expect = 7.652e-33
Identity = 115/353 (32.58%), Postives = 167/353 (47.31%), Query Frame = 0
Query:   37 QCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDE-----------KSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENC--NFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDC 375
            +C+P  W+C+G  DC D SDE N   +  C D +F+C   +C      CDG +DC D SDE       + CD  C  N F C D  KCI   W CD + DCGDGSDE           ++CP   C    +F C +  C+ + W CD + DC D SDE   PE+   G +       +C ++EFQC   + C+   W   K     D  D S +     ++C  D+F+C +G CI   L+C G  +C D SDE+ C   + NG       A+  F+C     +C   + +CD +++CG+ +DE +E C        N  CD+        +K  C +   +   H C  +D+C
Sbjct: 3694 RCVPHFWKCDGKIDCKDGSDEPNTCPERKCKDGQFQCKNEKCTFTTVLCDGVDDCGDNSDE-------EFCDHECPENMFKCKDTGKCIMGAWECDGDKDCGDGSDEGDHCDGSDELNENCP--PCEEKGDFKCKNRRCVAQRWLCDLENDCGDNSDED--PEM-CDGRYR------QCSESEFQC-DNDKCVPARW---KCDHDDDCGDGSDENDCDEHECAEDKFQCDSGHCIKSILKCDGERDCKDLSDEQGCPPRYPNGRYC----AEDRFEC--RNHLCARTDDLCDGVDDCGDGSDEDYELC-------KNHSCDE-------AFKYQCANFKCIPRFHVCNGIDNC 4004          

HSP 6 Score: 117.087 bits (292), Expect = 8.379e-28
Identity = 127/342 (37.13%), Postives = 158/342 (46.20%), Query Frame = 0
Query:   17 ETGVSQGSHCLTT--------KFECDNKQCIPQSWRCNGLDDCMDNSDE-VNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDR-TCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCN-----ADNEFSC-GDGYCIKKYWRCDGDVDCPDASDE-------RDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNK-CRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGD---GRM-CVPLEQVCDKMNNCGNWADESHEKC 330
            +T V++G  C+          KF C N +CI + W C+G DDC DN+DE  N      C  SE+RC   RC+   W+CD   DC D +DE       + CD   C   EFTC N +CI    VC+  DDC D        D+         DN   C G   C++ YW CDGD DC D SDE       R CP  S            +C D        + CI  TW CD D DC DGSDE   QC    + C  D F C NG+CIP    C G  +C+DNSDE +    N      CD +KEF+C  +   GR  C+    VCD   +C + ADE    C
Sbjct: 2837 KTSVNEGKMCVGGNVTSCDGDKFTCGNSKCISRLWACDGDDDCGDNTDEDPNYCSLHTCKPSEYRCGNGRCIFSTWKCDHENDCGDRTDE-------EGCDYPPCADGEFTCANYRCIPQSQVCNGVDDCKDNKTSDEAKDLCTGRNVTCPDNHLPCKGTTICVEPYWLCDGDNDCGDNSDEDPLHCGSRTCPPNS-----------FRCPD--------HRCIPATWYCDGDKDCDDGSDEPEGQCKQEGRTCFGDLFTCDNGNCIPRIYLCDGDNDCLDNSDESSNRQCNKRV---CDPEKEFECTKNKDWGRATCIQKSWVCDGDPDCVDGADERTGNC 3149          

HSP 7 Score: 80.1073 bits (196), Expect = 5.716e-16
Identity = 52/137 (37.96%), Postives = 79/137 (57.66%), Query Frame = 0
Query:   23 GSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFR--CDEIRCVPKNWQCDGGEDCIDGSDENE-DICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDM-SCNADNE 155
            G +C   +FEC N  C      C+G+DDC D SDE   + K++  D  F+  C   +C+P+   C+G ++C DGSDEN   +C+N+      I ++F C N +C++   +C+  DDCGD SDE+ C +  SC+ D E
Sbjct: 3934 GRYCAEDRFECRNHLCARTDDLCDGVDDCGDGSDEDYELCKNHSCDEAFKYQCANFKCIPRFHVCNGIDNCGDGSDENNMTLCANRVQHCPNIFSDFKCHNQRCVKRDKICNFHDDCGDNSDERGCHEKGSCSEDIE 4070          

HSP 8 Score: 77.411 bits (189), Expect = 4.431e-15
Identity = 81/233 (34.76%), Postives = 112/233 (48.07%), Query Frame = 0
Query:  103 SNQTCDRTCISNEFTCDNSKCIQNRWVCD-------QEDDCGDGSDEKSCPDM-SCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDE-RDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRN-KCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            +N  C++ C       DNS  +  + VC        Q D    GSD  + P + +C    +F+C +  CI K W CDGD DC D SDE ++C   +             C   +F+C S   CI  ++ CD D DC D SDE+    G +N  C + QF C NG CIP   +C G  +C D+SDE   +F   ++     A  +F C G G  C+P   VCD  N+C + ADE
Sbjct: 1116 NNGGCEKLCFP---VPDNSTSVGIKAVCGCPYGEKLQNDGMTCGSDPNAEPPVQACPNSWDFTCDNQRCIPKTWVCDGDDDCLDNSDENQNCTAPT-------------CGANDFKCAS-GKCIPNSFRCDTDNDCGDFSDET----GCKNVTCESTQFGCDNGRCIPMTWKCDGENDCGDSSDEG--DFCAEKTC----AYFQFTCEGSGH-CIPQSWVCDGDNDCFDQADE 1320          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1505_size38140-snap-gene-0.5 (protein:Tk08777 transcript:maker-scaffold1505_size38140-snap-gene-0.5-mRNA-1 annotation:"sortilin-related receptor")

HSP 1 Score: 167.548 bits (423), Expect = 1.004e-44
Identity = 122/328 (37.20%), Postives = 158/328 (48.17%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNC-IVKSNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCD-RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC---------------PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRN-------HCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-VNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            + C   +F C+N +CI   WRC+   DC D SDEVNC  +  NC   EFRC D  +C+P +W+CDG  DC  G+DE       + CD + C   +FTC N  CI   WVCD + DC DG+DE  C               P   CN +  F C +  CI  +W+CDG  DC DASDE +C  I + G      + V        C + N        CI + W+CD D DC  G DE    C  R  C  DQF+C ++G+C+     C G  +C D SDE  C          C  + EF C  DG  CV    +CD   +C + ADE
Sbjct: 1156 AQCTKEQFRCNNGECISSKWRCDHERDCQDGSDEVNCTTIAPNCKADEFRCPDAGQCLPNSWKCDGDNDCPGGADE-------ENCDGQRCKDFQFTCGNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECN-EWMFKCHNDQCIPFWWKCDGTPDCTDASDELEC-NIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRPSCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSPVHPQC-GENEFMC--DGGNCVASSLICDGHRDCEDLADE 1471          

HSP 2 Score: 152.91 bits (385), Expect = 7.403e-40
Identity = 132/333 (39.64%), Postives = 174/333 (52.25%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMS--CNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDES------------VQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN-GES------------SLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKC 330
            C T++F CD+K CIP  W+C+G DDC D SDE  C  +  C + +F+C   +C+P  W+CD  +DC DGSDE +  C    C +     +F C+N +CI ++W CD E DC DGSDE +C  ++  C AD EF C D G C+   W+CDGD DCP  +DE +C      G         +CKD +F C    HCI +TW+CD  TDC DG+DE                   + +C    FKC N  CIP   +C G P+C D SDE  CN  N G S            S GC A+ +F+C GDG+ C+    VCD   +C    DE    C
Sbjct: 1080 CGTSQFTCDSKVCIPLLWKCDGDDDCGDGSDEAQC-SREKCREFQFQCSNGKCIPDYWKCDFDDDCGDGSDERD--CGKAQCTK----EQFRCNNGECISSKWRCDHERDCQDGSDEVNCTTIAPNCKAD-EFRCPDAGQCLPNSWKCDGDNDCPGGADEENC-----DGQ--------RCKDFQFTC-GNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECNEWMFKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFEC-GDGQ-CIWQAWVCDNDKDCLGGEDEDPTIC 1388          

HSP 3 Score: 99.7525 bits (247), Expect = 3.037e-22
Identity = 83/247 (33.60%), Postives = 113/247 (45.75%), Query Frame = 0
Query:   23 GSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNC--------------IVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENE-DICSNQTCDRTCI-------------SNEFTCDNSKCIQNRWVCDQEDDCGDGSDE-----KSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE 235
            G  C   +F C N  CI Q+W C+   DC D +DEV+C                +  C +  F+C   +C+P  W+CDG  DC D SDE E +I +  T D T +             +N+F C + +CI   WVCD + DC  G DE     +  P  SC  D +F C   G C+     CDG  DC D SDE  C +  S        +  +C + EF C   N C+  + +CD   DC D +DE
Sbjct: 1236 GQRCKDFQFTCGNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECNEWMFKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRP--SCGHD-QFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSP-------VHPQCGENEFMCDGGN-CVASSLICDGHRDCEDLADE 1471          

HSP 4 Score: 94.3597 bits (233), Expect = 1.754e-20
Identity = 62/180 (34.44%), Postives = 90/180 (50.00%), Query Frame = 0
Query:   31 FECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCT-------------------DSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSC-----PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC 185
            F+C N QCIP  W+C+G  DC D SDE+ C + +  T                   +++F C + +C+ + W CD  +DC+ G DE+  IC  +    +C  ++F C+ S +C+ +  +CD   DC DGSDE  C     P      +NEF C  G C+     CDG  DC D +DE  C
Sbjct: 1298 FKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRP---SCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSPVHPQCGENEFMCDGGNCVASSLICDGHRDCEDLADEMFC 1474          

HSP 5 Score: 69.3218 bits (168), Expect = 1.324e-12
Identity = 47/122 (38.52%), Postives = 64/122 (52.46%), Query Frame = 0
Query:   30 KFECDNKQCIPQSWRCNGLDDCMDNSDE--VNCIVKSNCTDSEFRCD-EIRCVPKNWQCDGGEDCIDGSDEN---EDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC 145
            KFEC + QCI Q+W C+   DC+   DE    C  + +C   +FRC+    C+  +  CDG +DC DGSDEN   +D+         C  NEF CD   C+ +  +CD   DC D +DE  C
Sbjct: 1356 KFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRPSCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSP---VHPQCGENEFMCDGGNCVASSLICDGHRDCEDLADEMFC 1474          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold337_size202799-snap-gene-0.21 (protein:Tk05304 transcript:maker-scaffold337_size202799-snap-gene-0.21-mRNA-1 annotation:"sortilin-related receptor")

HSP 1 Score: 167.548 bits (423), Expect = 1.004e-44
Identity = 122/328 (37.20%), Postives = 158/328 (48.17%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNC-IVKSNCTDSEFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCD-RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC---------------PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRN-------HCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-VNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            + C   +F C+N +CI   WRC+   DC D SDEVNC  +  NC   EFRC D  +C+P +W+CDG  DC  G+DE       + CD + C   +FTC N  CI   WVCD + DC DG+DE  C               P   CN +  F C +  CI  +W+CDG  DC DASDE +C  I + G      + V        C + N        CI + W+CD D DC  G DE    C  R  C  DQF+C ++G+C+     C G  +C D SDE  C          C  + EF C  DG  CV    +CD   +C + ADE
Sbjct: 1156 AQCTKEQFRCNNGECISSKWRCDHERDCQDGSDEVNCTTIAPNCKADEFRCPDAGQCLPNSWKCDGDNDCPGGADE-------ENCDGQRCKDFQFTCGNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECN-EWMFKCHNDQCIPFWWKCDGTPDCTDASDELEC-NIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRPSCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSPVHPQC-GENEFMC--DGGNCVASSLICDGHRDCEDLADE 1471          

HSP 2 Score: 152.91 bits (385), Expect = 7.403e-40
Identity = 132/333 (39.64%), Postives = 174/333 (52.25%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMS--CNADNEFSCGD-GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDES------------VQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN-GES------------SLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKC 330
            C T++F CD+K CIP  W+C+G DDC D SDE  C  +  C + +F+C   +C+P  W+CD  +DC DGSDE +  C    C +     +F C+N +CI ++W CD E DC DGSDE +C  ++  C AD EF C D G C+   W+CDGD DCP  +DE +C      G         +CKD +F C    HCI +TW+CD  TDC DG+DE                   + +C    FKC N  CIP   +C G P+C D SDE  CN  N G S            S GC A+ +F+C GDG+ C+    VCD   +C    DE    C
Sbjct: 1080 CGTSQFTCDSKVCIPLLWKCDGDDDCGDGSDEAQC-SREKCREFQFQCSNGKCIPDYWKCDFDDDCGDGSDERD--CGKAQCTK----EQFRCNNGECISSKWRCDHERDCQDGSDEVNCTTIAPNCKAD-EFRCPDAGQCLPNSWKCDGDNDCPGGADEENC-----DGQ--------RCKDFQFTC-GNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECNEWMFKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFEC-GDGQ-CIWQAWVCDNDKDCLGGEDEDPTIC 1388          

HSP 3 Score: 99.7525 bits (247), Expect = 3.037e-22
Identity = 83/247 (33.60%), Postives = 113/247 (45.75%), Query Frame = 0
Query:   23 GSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNC--------------IVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENE-DICSNQTCDRTCI-------------SNEFTCDNSKCIQNRWVCDQEDDCGDGSDE-----KSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE 235
            G  C   +F C N  CI Q+W C+   DC D +DEV+C                +  C +  F+C   +C+P  W+CDG  DC D SDE E +I +  T D T +             +N+F C + +CI   WVCD + DC  G DE     +  P  SC  D +F C   G C+     CDG  DC D SDE  C +  S        +  +C + EF C   N C+  + +CD   DC D +DE
Sbjct: 1236 GQRCKDFQFTCGNGHCIFQTWVCDNQTDCSDGTDEVDCENQTTLSPELPLPVFPQGECNEWMFKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRP--SCGHD-QFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSP-------VHPQCGENEFMCDGGN-CVASSLICDGHRDCEDLADE 1471          

HSP 4 Score: 94.3597 bits (233), Expect = 1.754e-20
Identity = 62/180 (34.44%), Postives = 90/180 (50.00%), Query Frame = 0
Query:   31 FECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCT-------------------DSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSC-----PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC 185
            F+C N QCIP  W+C+G  DC D SDE+ C + +  T                   +++F C + +C+ + W CD  +DC+ G DE+  IC  +    +C  ++F C+ S +C+ +  +CD   DC DGSDE  C     P      +NEF C  G C+     CDG  DC D +DE  C
Sbjct: 1298 FKCHNDQCIPFWWKCDGTPDCTDASDELECNIPNKGTSDSTTLEVPTTPVSNGCSANNKFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRP---SCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSPVHPQCGENEFMCDGGNCVASSLICDGHRDCEDLADEMFC 1474          

HSP 5 Score: 69.3218 bits (168), Expect = 1.324e-12
Identity = 47/122 (38.52%), Postives = 64/122 (52.46%), Query Frame = 0
Query:   30 KFECDNKQCIPQSWRCNGLDDCMDNSDE--VNCIVKSNCTDSEFRCD-EIRCVPKNWQCDGGEDCIDGSDEN---EDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC 145
            KFEC + QCI Q+W C+   DC+   DE    C  + +C   +FRC+    C+  +  CDG +DC DGSDEN   +D+         C  NEF CD   C+ +  +CD   DC D +DE  C
Sbjct: 1356 KFECGDGQCIWQAWVCDNDKDCLGGEDEDPTICRGRPSCGHDQFRCELSGECLDSSRICDGRQDCSDGSDENGCRDDLSP---VHPQCGENEFMCDGGNCVASSLICDGHRDCEDLADEMFC 1474          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold48_size466083-snap-gene-1.18 (protein:Tk05967 transcript:maker-scaffold48_size466083-snap-gene-1.18-mRNA-1 annotation:"low quality protein: basement membrane-specific heparan sulfate proteoglycan core")

HSP 1 Score: 163.696 bits (413), Expect = 2.038e-43
Identity = 120/349 (34.38%), Postives = 172/349 (49.28%), Query Frame = 0
Query:   25 HCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN--------------GESSLGCD-------ADKEFDCVGDGRMC-----VPLEQVCDKMNNCGNWADE-----SHEKCNINECKTNNGGC 342
             C  + F+CDN  CIP + RCNG  DC D SDE  C   ++C+ + F C +  CVP + QC+G  DC +G DE +       C RTC S EF C +  CI +   CDQ  DC DG+DE++C +  C+ ++EF+CGDG CI    +C+G  +C    DE +CP+              +C   EF+C     CI ++++CD++ +C DGSDE          C  ++FKC++  CIP  L C G P C D SDE  C   N                +SL CD        + E  C G    C     +P E+ C+   +C + +DE     +   C I+E   ++G C
Sbjct:  299 ECKGSDFKCDNGLCIPPTHRCNGQTDCADGSDESGCF--TDCSGTAFNCRDGTCVPLSVQCNGVRDCSNGVDELD-------CSRTCSSQEFQCYDGTCIPSWQRCDQARDCQDGADEQNCDN--CSPESEFNCGDGNCIPVVQKCNGISECRSGRDEENCPD-------------TRCNQLEFKCYD-GSCISKSFVCDREYNCRDGSDE----VDCTKTCYENEFKCLDQTCIPDWLHCDGVPHCPDGSDESTCPGVNCSMGALEFACGANCANASLRCDGKVDCPNGEDEVGCFGPTFACCDGTSIPAEKQCNVALDCPDGSDEFYCAKAMPLCAIDEFSCSDGQC 618          

HSP 2 Score: 137.117 bits (344), Expect = 1.498e-34
Identity = 126/379 (33.25%), Postives = 174/379 (45.91%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSD-------------ENIIV------------KCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE----------------------SVQQCGTRN------------KCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESH---EKCNINECKTNNGGC 342
            C   +F+C +  CIP+  RC+G+ +C D SDE+ C     C   EF+C   +C+    QCDG  DC D SDE +       C +TC  +EFTC +  CI  +  CD    C D SDE  C    C A NEF C  G CI  + +CDG   C DASDE+DC      G+  D             ++I              +CK ++F+C     CI  T  C+  TDC DGSDE                      SVQ  G R+             C + +F+C +G CIP   +C  A +C D +DE+NC+         C  + EF+C GDG  C+P+ Q C+ ++ C +  DE +    +CN  E K  +G C
Sbjct:  110 CSKDQFDCQDGTCIPRELRCDGILNCKDLSDEIAC---EACATDEFKCLNGQCIALIRQCDGQPDCPDASDEAK-------CPQTCSGDEFTCQDRTCIPIKHHCDGIAHCQDLSDEADC-GTQCRA-NEFLCRIGSCIPDWQKCDGVAHCSDASDEQDCVYPPCPGDQYDCGNGYCITLDKVCDDIWQCPGGQDEVDCSRECKGSDFKC-DNGLCIPPTHRCNGQTDCADGSDESGCFTDCSGTAFNCRDGTCVPLSVQCNGVRDCSNGVDELDCSRTCSSQEFQCYDGTCIPSWQRCDQARDCQDGADEQNCD--------NCSPESEFNC-GDGN-CIPVVQKCNGISECRSGRDEENCPDTRCNQLEFKCYDGSC 465          

HSP 3 Score: 132.109 bits (331), Expect = 8.362e-33
Identity = 109/337 (32.34%), Postives = 149/337 (44.21%), Query Frame = 0
Query:   29 TKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADN-EFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEE------------------NCNFANGESSLGCDADK-------EFDCVGDG------------RMCVPLEQVCDKMNNCGNWADESH 327
            ++F C +  CIP   +CNG+ +C    DE NC   + C   EF+C +  C+ K++ CD   +C DGSDE +       C +TC  NEF C +  CI +   CD    C DGSDE +CP ++C+    EF+CG   C     RCDG VDCP+  DE                  V C    F C      I     C+   DCPDGSDE          C  D+F C +G C+  +L+C+G  +C D SDE                    C   N + ++ CD  +       E DC  D             R C+PL   CD M+ C + +DE+H
Sbjct:  417 SEFNCGDGNCIPVVQKCNGISECRSGRDEENC-PDTRCNQLEFKCYDGSCISKSFVCDREYNCRDGSDEVD-------CTKTCYENEFKCLDQTCIPDWLHCDGVPHCPDGSDESTCPGVNCSMGALEFACG-ANCANASLRCDGKVDCPNGEDE------------------VGCFGPTFACCD-GTSIPAEKQCNVALDCPDGSDE-FYCAKAMPLCAIDEFSCSDGQCLALNLRCNGVRDCYDGSDEACGCSDYCQGPGLYLCRDNTCVRTNAKETIVCDGVQQCLDGSDEKDCFADSYFCSSNEFRCLNRDCIPLWMHCDGMSQCSDLSDEAH 724          

HSP 4 Score: 105.145 bits (261), Expect = 5.324e-24
Identity = 101/303 (33.33%), Postives = 135/303 (44.55%), Query Frame = 0
Query:   42 SWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADES--HEKCNINECKTNNGGC 342
            S RCNG+ DC+D  DE +C+  S               P  W                +   +Q     C  ++F C +  CI     CD   +C D SDE +C   +C  D EF C +G CI    +CDG  DCPDASDE  CP+               C   EF C  R  CI     CD    C D SDE+   CGT  +CR ++F C  G CIP   +C G   C D SDE++C +        C  D ++DC G+G  C+ L++VCD +  C    DE     +C  ++ K +NG C
Sbjct:   48 SQRCNGILDCLDARDEQDCVAPSVPVAPRPPVPAPTYRP--WW-----PSYPAVPTEYNPSYDQESPNACSKDQFDCQDGTCIPRELRCDGILNCKDLSDEIAC--EACATD-EFKCLNGQCIALIRQCDGQPDCPDASDEAKCPQT--------------CSGDEFTCQDRT-CIPIKHHCDGIAHCQDLSDEA--DCGT--QCRANEFLCRIGSCIPDWQKCDGVAHCSDASDEQDCVYPP------CPGD-QYDC-GNG-YCITLDKVCDDIWQCPGGQDEVDCSRECKGSDFKCDNGLC 312          

HSP 5 Score: 81.6481 bits (200), Expect = 2.062e-16
Identity = 98/321 (30.53%), Postives = 134/321 (41.74%), Query Frame = 0
Query:  130 CDQEDDCGDGSDEKSCPDMS---CNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC-------------------------PEISSSGNFS-DENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADES--HEKCNINECKTNNGGC------------------DQTCIDLP-IGYKCGCKSGYHLTSNHTCEDVDDCLTPGT-----CSQICYNRPGTFKCD 395
            C+ + DC +G DE +C       C  +   SC DG       RC+G +DC DA DE+DC                         P + +  N S D+     C   +F C     CI R   CD   +C D SDE   +      C TD+FKC+NG CI    QC G P+C D SDE  C          C  D EF C    R C+P++  CD + +C + +DE+    +C  NE     G C                  +Q C+  P  G +  C +GY +T +  C+D+  C  PG      CS+ C  +   FKCD
Sbjct:    8 CNGKIDCSEGEDEDNCGQSGNNECPREVWMSCSDGRPFCPSQRCNGILDCLDARDEQDCVAPSVPVAPRPPVPAPTYRPWWPSYPAVPTEYNPSYDQESPNACSKDQFDC-QDGTCIPRELRCDGILNCKDLSDEIACEA-----CATDEFKCLNGQCIALIRQCDGQPDCPDASDEAKCPQT-------CSGD-EFTC--QDRTCIPIKHHCDGIAHCQDLSDEADCGTQCRANEFLCRIGSCIPDWQKCDGVAHCSDASDEQDCVYPPCPGDQYDCGNGYCITLDKVCDDIWQC--PGGQDEVDCSREC--KGSDFKCD 308          

HSP 6 Score: 69.707 bits (169), Expect = 1.045e-12
Identity = 60/166 (36.14%), Postives = 76/166 (45.78%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSE-FRCDEIRCVPKNWQ----CDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDM-SCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDC 185
            C   +F C + QC+  + RCNG+ DC D SDE  C     C     + C +  CV  N +    CDG + C+DGSDE +    +  C     SNEF C N  CI     CD    C D SDE  CP +  C +  E        I    +CDG   C D +DE DC
Sbjct:  606 CAIDEFSCSDGQCLALNLRCNGVRDCYDGSDEA-CGCSDYCQGPGLYLCRDNTCVRTNAKETIVCDGVQQCLDGSDEKDCFADSYFCS----SNEFRCLNRDCIPLWMHCDGMSQCSDLSDEAHCPPLFKCQSTQED-------IPLEQQCDGITQCRDGTDELDC 759          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold507_size152468-snap-gene-0.33 (protein:Tk11918 transcript:maker-scaffold507_size152468-snap-gene-0.33-mRNA-1 annotation:"vitellogenin receptor")

HSP 1 Score: 150.214 bits (378), Expect = 4.234e-39
Identity = 125/411 (30.41%), Postives = 178/411 (43.31%), Query Frame = 0
Query:   74 DEIRCVPKNWQCDGGEDCIDGSDE----NEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSC------PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTE----FQCLSRN-HCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTS-NHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLRDSTRCKANEGHPSLLFAHKVDIRKISLDRNDMTSI-----VNSTRSSCALDFVFRTGMIFWS 462
            DEI CVP   +CDG EDC DG+DE        C  Q        + F CD+  +CI   W CD + DC D SDEK C       +  C+ D E  C +G C+   W CDG  DCPD SDE            S+E+  ++ +  +    F+C +    C+   W+CD   +CPDG+DE+ +      KCR ++   V  +C PG  +C                                     G +C+    VCD + +C N  DE  + C +  C       DQ C+    G  C C  GY ++    +CED+D+C   G CSQIC N  G+++C C  GY R  R +  C A    P L F+ + +IR I    +  TS          R +  + F   T  ++W+
Sbjct:   43 DEILCVPIERKCDGREDCRDGADEFGCSKPFQCKGQ--------HMFKCDSGDECISTFWKCDDDYDCADRSDEKDCNPFLPEKNHECHTD-ESMCRNGICLPSLWFCDGQPDCPDKSDE------------SEESCGIQARGAKPCDGFKCPTDPLKCLPDRWVCDGHAECPDGADEADE------KCREEETDAVTHECRPGMFKC-------------------------------------GHLCLNSSLVCDGILHCPNGTDEG-DFCQMKACDNVKCATDQHCVPKENGPLCVCLPGYEMSKEGDSCEDIDECREYGACSQICINTLGSYECSCKPGY-RFNRQTNVCVAENHSPKLFFSTRTEIRGIEFGVHMKTSFRVALDKGHLREAIGVGFDGLTSRVYWT 387          

HSP 2 Score: 65.855 bits (159), Expect = 1.469e-11
Identity = 47/145 (32.41%), Postives = 71/145 (48.97%), Query Frame = 0
Query:   26 CLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEV--NCIVKSNCTDS--EFRC--DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRT---CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDE------KSCPDMSCNADNE 155
            C T +  C N  C+P  W C+G  DC D SDE   +C +++        F+C  D ++C+P  W CDG  +C DG+DE ++ C  +  D     C    F C +  C+ +  VCD    C +G+DE      K+C ++ C  D  
Sbjct:  122 CHTDESMCRNGICLPSLWFCDGQPDCPDKSDESEESCGIQARGAKPCDGFKCPTDPLKCLPDRWVCDGHAECPDGADEADEKCREEETDAVTHECRPGMFKCGH-LCLNSSLVCDGILHCPNGTDEGDFCQMKACDNVKCATDQH 265          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold48_size466083-snap-gene-1.16 (protein:Tk05970 transcript:maker-scaffold48_size466083-snap-gene-1.16-mRNA-1 annotation:"hypothetical protein HELRODRAFT_79448 partial")

HSP 1 Score: 98.9821 bits (245), Expect = 3.068e-22
Identity = 118/392 (30.10%), Postives = 168/392 (42.86%), Query Frame = 0
Query:   34 DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCD-----EIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDN-----SKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGD-----GYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNK-----CRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCIDLPIGYKCGCKSGYHLTSNHTCEDVDDCLTPGTCSQICYNRPGTFKCDCLEGYSRDLR 405
            D   CI  S +C+G  DC    DE +C + + C   +F CD     E  C+  + +CDG  DC  G DE +  C   TC      ++FTCD+     S CI     CD   DC +G DE+ CP ++C   NEF+C         CI    +CDG+ DC +  DE+ CP              + C+  E +C     C  R   CD   +CP+G DE      T        CR DQF+C +G CI     C+   +C D SDE+        +   CD  K F C      C+   QVC+ + +C +  DE +    I EC++               ++CG  +G  + S+  C+ V DC+           RP  F+C+  E     LR
Sbjct:  224 DTDFCIDISLKCDGKRDCSYGDDEFDCPIPT-CRPDQFTCDSDPSGESVCISLSAKCDGKRDCSYGDDEFD--CPIPTC----RPDQFTCDSDPSGGSVCISLSAKCDGITDCFNGEDEEGCPILTCRP-NEFTCESNPSVGAVCIDLTLKCDGNSDCSNGEDEQGCP--------------IVCRSDEMKCSDVEICALR---CDNVMECPNGEDEVGCAAQTARPPFPIPCRPDQFECRDGSCIEIDRVCNFQYDCTDGSDED-------PTRCACDPPK-FRCS--SGQCLNPSQVCNNVIDCSDGQDEFN---CIPECRSGQ-------------FQCG--NGLCVDSSQICDGVYDCVDAADERDCALCRPYEFRCEGGECIDLQLR 562          

HSP 2 Score: 96.6709 bits (239), Expect = 1.569e-21
Identity = 100/349 (28.65%), Postives = 150/349 (42.98%), Query Frame = 0
Query:   26 CLTTKFECDNKQ-----CIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDE-----IRCVPKNWQCDGGEDCIDGSDE----------------------------------NEDICSNQTCDRT----CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADN-EFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            C   +F CD+       CI  S +C+G+ DC +  DE  C + + C  +EF C+        C+    +CDG  DC +G DE                                  +E  C+ QT        C  ++F C +  CI+   VC+ + DC DGSDE       C  D  +F C  G C+     C+  +DC D  DE +C              I +C+  +FQC     C+  + +CD   DC D +DE  + C     CR  +F+C  G+CI   L+C+G  +C D +DE +C       +LGC +  EF+C      C+   + CD + NC + +DE
Sbjct:  299 CRPDQFTCDSDPSGGSVCISLSAKCDGITDCFNGEDEEGCPILT-CRPNEFTCESNPSVGAVCIDLTLKCDGNSDCSNGEDEQGCPIVCRSDEMKCSDVEICALRCDNVMECPNGEDEVGCAAQTARPPFPIPCRPDQFECRDGSCIEIDRVCNFQYDCTDGSDEDP---TRCACDPPKFRCSSGQCLNPSQVCNNVIDCSDGQDEFNC--------------IPECRSGQFQC-GNGLCVDSSQICDGVYDCVDAADE--RDCAL---CRPYEFRCEGGECIDLQLRCNGYNDCTDGTDELDC------PNLGCSS-AEFECASGQPQCIDNRRKCDNVRNCQDGSDE 616          

HSP 3 Score: 93.2041 bits (230), Expect = 2.185e-20
Identity = 110/354 (31.07%), Postives = 153/354 (43.22%), Query Frame = 0
Query:   30 KFEC-DNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-----RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDN-----SKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSC-----GDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQC----LSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC---VNGD--CIPGHLQCSGAPECIDNSDEENCNFAN-GESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQ------TCIDLPI 351
            +F+C  + +CIP    C+ + DC D SDE NC        S++ CD       +C+  + +CD   DC DG DE +   +      TC  ++FTC+      + CI     C+   DC +G DE+ CP  +C AD EF+C         CI    +CDG  DC + +DE+ CP             I  C   +F C    L  + CI  +  CD   DC  G DE      T   CR DQF C    +G+  CI    +C G  +C    DE +C           CD+D        G +C+ L   CD + +C N  DE  E C I  C+ N   C+        CIDL +
Sbjct:   45 EFQCPSDSRCIPFDQVCDNIFDCDDQSDESNCSCD---LQSQYPCDAANPPGGQCLSLDQKCDSIPDCTDGRDELDCPIT------TCRPDQFTCETNPSTGATCIDITLKCNGNSDCFNGEDERDCPIPTCEAD-EFTCEMDPFNGAICIDLVSKCDGITDCFNGADEQGCP-------------IPTCGPNQFTCESDPLDTDFCIDISLKCDGKRDCSYGDDEFDCPIPT---CRPDQFTCDSDPSGESVCISLSAKCDGKRDCSYGDDEFDCPIPTCRPDQFTCDSDP-----SGGSVCISLSAKCDGITDCFNGEDE--EGCPILTCRPNEFTCESNPSVGAVCIDLTL 365          

HSP 4 Score: 85.5001 bits (210), Expect = 5.722e-18
Identity = 78/249 (31.33%), Postives = 113/249 (45.38%), Query Frame = 0
Query:   42 SWRCNGLDDCMDNSDEVNCIVKS-------NCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC-PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNG--DCIPGHLQCSGAPECIDNSDEENC 280
            + RC+ + +C +  DEV C  ++        C   +F C +  C+  +  C+   DC DGSDE+   C+       C   +F C + +C+    VC+   DC DG DE +C P+       +F CG+G C+     CDG  DC DA+DERDC                 C+  EF+C     CI     C+   DC DG+DE    C     C + +F+C +G   CI    +C     C D SDE +C
Sbjct:  400 ALRCDNVMECPNGEDEVGCAAQTARPPFPIPCRPDQFECRDGSCIEIDRVCNFQYDCTDGSDEDPTRCA-------CDPPKFRCSSGQCLNPSQVCNNVIDCSDGQDEFNCIPECR---SGQFQCGNGLCVDSSQICDGVYDCVDAADERDC---------------ALCRPYEFRC-EGGECIDLQLRCNGYNDCTDGTDE--LDCPNLG-CSSAEFECASGQPQCIDNRRKCDNVRNCQDGSDERDC 619          

HSP 5 Score: 65.855 bits (159), Expect = 1.264e-11
Identity = 85/260 (32.69%), Postives = 110/260 (42.31%), Query Frame = 0
Query:  110 TCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSC-GDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-----VNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGD---GRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCDQTCID----LPIGYKC 355
             C++ +  C D S CI++  VC+   DC  G DE  C  + C    EF C  D  CI     CD   DC D SDE +C     S +   +           QCLS +        CD   DC DG DE      T   CR DQF C         CI   L+C+G  +C +  DE +C          C+AD EF C  D   G +C+ L   CD + +C N ADE  + C I  C  N   C+   +D    + I  KC
Sbjct:    3 ACLTPDILCKDGSTCIESAKVCNGVPDCPSGDDESDC-KVEC---PEFQCPSDSRCIPFDQVCDNIFDCDDQSDESNC-----SCDLQSQYPCDAANPPGGQCLSLDQ------KCDSIPDCTDGRDELDCPITT---CRPDQFTCETNPSTGATCIDITLKCNGNSDCFNGEDERDCPIPT------CEAD-EFTCEMDPFNGAICIDLVSKCDGITDCFNGADE--QGCPIPTCGPNQFTCESDPLDTDFCIDISLKC 235          

HSP 6 Score: 65.4698 bits (158), Expect = 1.587e-11
Identity = 84/282 (29.79%), Postives = 118/282 (41.84%), Query Frame = 0
Query:   78 CVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSC-----GDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNH----CIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC----VNGD-CIPGHLQCSGAPECIDNSDEENCNFAN-GESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECKTNNGGCD 343
            C+     C+G  DC  G DE++       C   C   EF C  +S+CI    VCD   DC D SDE +C   SC+  +++ C       G C+    +CD   DC D  DE DCP             I  C+  +F C +       CI  T  C+ ++DC +G DE      T   C  D+F C     NG  CI    +C G  +C + +DE+ C     G +   C++D       D   C+ +   CD   +C    DE    C I  C+ +   CD
Sbjct:   17 CIESAKVCNGVPDCPSGDDESD-------CKVEC--PEFQCPSDSRCIPFDQVCDNIFDCDDQSDESNC---SCDLQSQYPCDAANPPGGQCLSLDQKCDSIPDCTDGRDELDCP-------------ITTCRPDQFTCETNPSTGATCIDITLKCNGNSDCFNGEDERDCPIPT---CEADEFTCEMDPFNGAICIDLVSKCDGITDCFNGADEQGCPIPTCGPNQFTCESDPL-----DTDFCIDISLKCDGKRDCSYGDDEFD--CPIPTCRPDQFTCD 263          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold40_size501252-snap-gene-4.18 (protein:Tk06172 transcript:maker-scaffold40_size501252-snap-gene-4.18-mRNA-1 annotation:"Enteropeptidase")

HSP 1 Score: 98.9821 bits (245), Expect = 4.307e-22
Identity = 71/178 (39.89%), Postives = 92/178 (51.69%), Query Frame = 0
Query:   30 KFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEI-RCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKD 205
            +F+C ++ CIP+   CN + DC D SDE +C V + C D EF+C    RC+P + QCDG  DC DG DE +       C + C +  F C    CI     CD   DC +G DE  C    C  D EFSC   G CI +   CDG  DCPD SDE  C +       +D N +++ KD
Sbjct: 1228 QFKCSDESCIPRDQVCNRIRDCSDGSDETDCGV-TICMDDEFKCSTSGRCIPWSMQCDGRSDCQDGEDELK-------CQQECSNGSFLCPEGFCISKSLTCDGTTDCANGEDEAEC---QCGED-EFSCSMGGGCIMRSKVCDGTGDCPDQSDEWSCIQ-------TDSNQVLQVKD 1386          

HSP 2 Score: 73.1738 bits (178), Expect = 9.018e-14
Identity = 62/170 (36.47%), Postives = 80/170 (47.06%), Query Frame = 0
Query:  113 SNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-VNGDCIPGHLQCSGAPECIDNSDEENC 280
            S++F C +  CI    VC++  DC DGSDE  C    C  D+EF C   G CI    +CDG  DC D  DE  C +              +C +  F C     CI ++  CD  TDC +G DE+  QCG       D+F C + G CI     C G  +C D SDE +C
Sbjct: 1226 SDQFKCSDESCIPRDQVCNRIRDCSDGSDETDCGVTIC-MDDEFKCSTSGRCIPWSMQCDGRSDCQDGEDELKCQQ--------------ECSNGSFLC-PEGFCISKSLTCDGTTDCANGEDEAECQCG------EDEFSCSMGGGCIMRSKVCDGTGDCPDQSDEWSC 1373          

HSP 3 Score: 61.6178 bits (148), Expect = 3.354e-10
Identity = 57/173 (32.95%), Postives = 77/173 (44.51%), Query Frame = 0
Query:  154 NEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDC-VGDGRMCVPLEQVCDKMNNCGNWADE 325
            ++F C D  CI +   C+   DC D SDE DC              +  C D EF+C +   CI  +  CD  +DC DG DE   +C  + +C    F C  G CI   L C G  +C +  DE  C          C  D EF C +G G  C+   +VCD   +C + +DE
Sbjct: 1227 DQFKCSDESCIPRDQVCNRIRDCSDGSDETDCG-------------VTICMDDEFKCSTSGRCIPWSMQCDGRSDCQDGEDE--LKC--QQECSNGSFLCPEGFCISKSLTCDGTTDCANGEDEAECQ---------CGED-EFSCSMGGG--CIMRSKVCDGTGDCPDQSDE 1370          

HSP 4 Score: 50.447 bits (119), Expect = 9.551e-7
Identity = 50/147 (34.01%), Postives = 67/147 (45.58%), Query Frame = 0
Query:  198 NIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKC-VNGDCIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKCNINECK-TNNGGC 342
             I+  C D +F+C S   CI R  +C++  DC DGSDE+   CG    C  D+FKC  +G CIP  +QC G  +C D  DE  C       S  C              C+     CD   +C N  DE+  +C  +E   +  GGC
Sbjct: 1220 QIVDTCSD-QFKC-SDESCIPRDQVCNRIRDCSDGSDET--DCGV-TICMDDEFKCSTSGRCIPWSMQCDGRSDCQDGEDELKCQQECSNGSFLCPEG----------FCISKSLTCDGTTDCANGEDEAECQCGEDEFSCSMGGGC 1351          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold781_size98004-snap-gene-0.18 (protein:Tk03283 transcript:maker-scaffold781_size98004-snap-gene-0.18-mRNA-1 annotation:"basement membrane-specific heparan sulfate proteoglycan core")

HSP 1 Score: 96.2857 bits (238), Expect = 1.962e-21
Identity = 85/240 (35.42%), Postives = 122/240 (50.83%), Query Frame = 0
Query:  111 CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEIS--SSGNFSDEN-----------IIVKC-KDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTRNKCRTDQFKCVNGD-CIPGHLQCSGAPECIDNSDEENCNFANGESSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADESHEKC-NINE 334
            C   +F C++  CI     CD + DC D SDE  CP  SC+ + +F+C +G CI +  RCDG   C D++DE  C  IS  + G FS  N           +  +C ++T+++C +   CI +  LCD   DCPD SDE  + C         QF+C +   CI    +C G  +C+D SDE +C FA     + CD   +F C   G +C+   + CD  N+CG  +DE  + C NI E
Sbjct:   47 CSRTDFICEDLACINFALRCDGKFDCEDRSDEYQCP-PSCDPNTQFTCNNGRCIGQDLRCDGTPQCQDSTDEIGCGAISKVAPGFFSSLNGRIIGLTFDPCVPGECDEETQWECANHRRCIDKRRLCDGYPDCPDQSDEDAEMCPKVECGEEWQFQCRDKQRCIDKRRRCDGYSDCLDESDENDC-FA-----VECDY-WQFKCRISG-LCIDTRRRCDGTNDCG--SDEDEQDCDNITE 275          

HSP 2 Score: 94.7449 bits (234), Expect = 5.395e-21
Identity = 104/359 (28.97%), Postives = 146/359 (40.67%), Query Frame = 0
Query:   29 TKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEF------------------RCDE---------IRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTC-DNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCG-DGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFS----DENIIVKCKDTEFQCLS-----------------------RNHCIHRTWLCDKDTDCP---DGSDESVQQCGTRNKCRTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFANGE---SSLGCDADKEFDCVGDGRMCVPLEQVCDKMNNCGNWADE 325
            T+F C+N +CI Q  RC+G   C D++DE+ C   S      F                   CDE          RC+ K   CDG  DC D SDE+ ++C    C       +F C D  +CI  R  CD   DC D SDE  C  + C+   +F C   G CI    RCDG  DC    DE+DC  I+ +  FS    +E +         + L                         N C  +   C  D +     +G  E+ +       C  +Q++C++G CI    QC    +C D  DE+ C+    +   +   CD   EF C  DG  C P++  CD M +C + +DE
Sbjct:   89 TQFTCNNGRCIGQDLRCDGTPQCQDSTDEIGCGAISKVAPGFFSSLNGRIIGLTFDPCVPGECDEETQWECANHRRCIDKRRLCDGYPDCPDQSDEDAEMCPKVECGE---EWQFQCRDKQRCIDKRRRCDGYSDCLDESDENDCFAVECDY-WQFKCRISGLCIDTRRRCDGTNDCGSDEDEQDCDNITENPFFSTNEIEEPVPTTVSPISIEVLPEDDCPTFCPSMSRPVCGTDGLTYENECRLKAMSCSSDQEIQIYYEGPCETEEDPVEPQGCAVNQWQCLDGSCIYLKQQCDRKYDCRDGEDEKYCSIETIDEIPAPPNCDPLDEFTC-KDGS-CRPIDTRCDGMVDCEDESDE 441          

HSP 3 Score: 86.6557 bits (213), Expect = 2.646e-18
Identity = 81/245 (33.06%), Postives = 107/245 (43.67%), Query Frame = 0
Query:   24 SHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDE------------------------NEDICSNQTCDRTCISNEFTCDN-SKCIQNRWVCDQEDDCGDGSDEKS--CPDMSCNADNEFSCGDGY-CIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQC 240
            + C  T F C++  CI  + RC+G  DC D SDE  C    +  +++F C+  RC+ ++ +CDG   C D +DE                          D C    CD      ++ C N  +CI  R +CD   DC D SDE +  CP + C  + +F C D   CI K  RCDG  DC D SDE DC               V+C   +F+C     CI     CD   DC  GSDE  Q C
Sbjct:   45 AQCSRTDFICEDLACINFALRCDGKFDCEDRSDEYQCPPSCD-PNTQFTCNNGRCIGQDLRCDGTPQCQDSTDEIGCGAISKVAPGFFSSLNGRIIGLTFDPCVPGECDE---ETQWECANHRRCIDKRRLCDGYPDCPDQSDEDAEMCPKVECGEEWQFQCRDKQRCIDKRRRCDGYSDCLDESDENDC-------------FAVECDYWQFKCRISGLCIDTRRRCDGTNDC--GSDEDEQDC 270          

HSP 4 Score: 68.9366 bits (167), Expect = 1.174e-12
Identity = 91/302 (30.13%), Postives = 132/302 (43.71%), Query Frame = 0
Query:   29 TKFECDN-KQCIPQSWRCNGLDDCMDNSDE-VNCIVKSNCTDS-EFRC-DEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNSK-CIQNRWVCDQEDDCGDGSDEKSCPDMSCN---ADNEF-----SCGDGYCIKKYWRCDGDVDCPDASD----------ERDCPEISSSGNFSDENIIV----------------KCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE------SVQQCGTRNKC-RTDQFKCVNGDCIPGHLQCSGAPECIDNSDEENCNFAN 284
            T++EC N ++CI +   C+G  DC D SDE      K  C +  +F+C D+ RC+ K  +CDG  DC+D SDEN+  C    CD      +F C  S  CI  R  CD  +DCG   DE+ C +++ N   + NE      +      I+     D    CP  S           E +C  + +    SD+ I +                 C   ++QCL    CI+    CD+  DC DG DE      ++ +      C   D+F C +G C P   +C G  +C D SDE +C   +
Sbjct:  155 TQWECANHRRCIDKRRLCDGYPDCPDQSDEDAEMCPKVECGEEWQFQCRDKQRCIDKRRRCDGYSDCLDESDEND--CFAVECDYW----QFKCRISGLCIDTRRRCDGTNDCGSDEDEQDCDNITENPFFSTNEIEEPVPTTVSPISIEVLPEDDCPTFCPSMSRPVCGTDGLTYENEC-RLKAMSCSSDQEIQIYYEGPCETEEDPVEPQGCAVNQWQCLD-GSCIYLKQQCDRKYDCRDGEDEKYCSIETIDEIPAPPNCDPLDEFTCKDGSCRPIDTRCDGMVDCEDESDEFDCPLGS 448          

HSP 5 Score: 57.3806 bits (137), Expect = 5.140e-9
Identity = 38/90 (42.22%), Postives = 49/90 (54.44%), Query Frame = 0
Query:  111 CISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSC---------PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSS 191
            C  N++ C +  CI  +  CD++ DC DG DEK C            +C+  +EF+C DG C     RCDG VDC D SDE DCP  S+S
Sbjct:  361 CAVNQWQCLDGSCIYLKQQCDRKYDCRDGEDEKYCSIETIDEIPAPPNCDPLDEFTCKDGSCRPIDTRCDGMVDCEDESDEFDCPLGSTS 450          
BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold48_size466083-snap-gene-1.17 (protein:Tk05966 transcript:maker-scaffold48_size466083-snap-gene-1.17-mRNA-1 annotation:"basement membrane-specific heparan sulfate proteoglycan core protein")

HSP 1 Score: 79.337 bits (194), Expect = 6.009e-16
Identity = 53/127 (41.73%), Postives = 66/127 (51.97%), Query Frame = 0
Query:  109 RTCISNEFTCDNSKCIQNRWVCDQEDDCGDGSDEKSCPDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDE 235
            +TC   E TC N  C+    VCD   DC DGSDE++C        NEF C +  CI K WRCD D DC D SDE  C   +  G+         CK  E+ C + + CI R++ CD + DC D SDE
Sbjct:   46 QTCGPAEATCANGDCVLKSLVCDGNFDCPDGSDERNCRGGDGCEPNEFQCDNKRCILKTWRCDSDDDCGDRSDETFC-ATNPPGS--------PCKYHEWMCQTGDQCIPRSFHCDGEMDCQDQSDE 163          

HSP 2 Score: 74.3294 bits (181), Expect = 2.165e-14
Identity = 49/127 (38.58%), Postives = 63/127 (49.61%), Query Frame = 0
Query:   20 VSQGSHCLTTKFECDNKQCIPQSWRCNGLDDCMDNSDEVNCIVKSNCTDSEFRCDEIRCVPKNWQCDGGEDCIDGSDENEDICSNQTCDRTCISNEFTCDNS-KCIQNRWVCDQEDDCGDGSDEKSC 145
            V     C   +  C N  C+ +S  C+G  DC D SDE NC     C  +EF+CD  RC+ K W+CD  +DC D SDE    C+       C  +E+ C    +CI   + CD E DC D SDE  C
Sbjct:   42 VQPSQTCGPAEATCANGDCVLKSLVCDGNFDCPDGSDERNCRGGDGCEPNEFQCDNKRCILKTWRCDSDDDCGDRSDET--FCATNPPGSPCKYHEWMCQTGDQCIPRSFHCDGEMDCQDQSDEIGC 166          

HSP 3 Score: 73.9442 bits (180), Expect = 3.136e-14
Identity = 55/140 (39.29%), Postives = 72/140 (51.43%), Query Frame = 0
Query:  146 PDMSCNADNEFSCGDGYCIKKYWRCDGDVDCPDASDERDCPEISSSGNFSDENIIVKCKDTEFQCLSRNHCIHRTWLCDKDTDCPDGSDESVQQCGTR---NKCRTDQFKCVNGD-CIPGHLQCSGAPECIDNSDEENCN 281
            P  +C    E +C +G C+ K   CDG+ DCPD SDER+C      G+         C+  EFQC ++  CI +TW CD D DC D SDE+   C T    + C+  ++ C  GD CIP    C G  +C D SDE  C 
Sbjct:   44 PSQTCGP-AEATCANGDCVLKSLVCDGNFDCPDGSDERNC----RGGD--------GCEPNEFQCDNK-RCILKTWRCDSDDDCGDRSDETF--CATNPPGSPCKYHEWMCQTGDQCIPRSFHCDGEMDCQDQSDEIGCT 167          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000009473 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-6.832e-12750.66symbol:LpR1 "Lipophorin receptor 1" species:7227 "... [more]
-2.393e-12049.12symbol:LpR2 "Lipophorin receptor 2" species:7227 "... [more]
-4.588e-10141.06symbol:vldlr "very low density lipoprotein recepto... [more]
-1.831e-10040.37symbol:VLDLR "Uncharacterized protein" species:991... [more]
-1.851e-10040.49symbol:Vldlr "Very low-density lipoprotein recepto... [more]
-1.870e-10040.49symbol:Vldlr "Very low-density lipoprotein recepto... [more]
-1.870e-10040.49symbol:Vldlr "very low density lipoprotein recepto... [more]
-2.929e-10040.49symbol:Vldlr "very low density lipoprotein recepto... [more]
-4.004e-10039.72symbol:VLDLR "Very low-density lipoprotein recepto... [more]
-5.711e-10040.28symbol:Vldlr "Uncharacterized protein" species:982... [more]

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BLAST of EMLSAG00000009473 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592850889|gb|GAXK01106655.1|5.919e-13746.88TSA: Calanus finmarchicus comp37325_c1_seq1 transc... [more]
gi|592850888|gb|GAXK01106656.1|1.704e-13647.35TSA: Calanus finmarchicus comp37325_c1_seq2 transc... [more]
gi|592802153|gb|GAXK01152415.1|4.032e-12246.93TSA: Calanus finmarchicus comp223812_c0_seq1 trans... [more]
gi|592829253|gb|GAXK01128291.1|3.776e-11438.94TSA: Calanus finmarchicus comp404516_c1_seq1 trans... [more]
gi|592880424|gb|GAXK01077477.1|2.312e-10440.82TSA: Calanus finmarchicus comp427153_c0_seq1 trans... [more]
gi|592814226|gb|GAXK01140342.1|8.461e-8640.35TSA: Calanus finmarchicus comp445974_c3_seq4 trans... [more]
gi|592814227|gb|GAXK01140341.1|1.122e-8540.82TSA: Calanus finmarchicus comp445974_c3_seq3 trans... [more]
gi|592802152|gb|GAXK01152416.1|1.205e-8546.08TSA: Calanus finmarchicus comp223812_c0_seq2 trans... [more]
gi|592814228|gb|GAXK01140340.1|2.720e-8540.35TSA: Calanus finmarchicus comp445974_c3_seq2 trans... [more]
gi|592814229|gb|GAXK01140339.1|3.516e-8540.82TSA: Calanus finmarchicus comp445974_c3_seq1 trans... [more]

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BLAST of EMLSAG00000009473 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 16
Match NameE-valueIdentityDescription
EMLSAP000000094730.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s60:645074... [more]
EMLSAP000000020333.094e-6538.00pep:novel supercontig:LSalAtl2s:LSalAtl2s136:12814... [more]
EMLSAP000000112704.091e-6135.93pep:novel supercontig:LSalAtl2s:LSalAtl2s772:2760:... [more]
EMLSAP000000079362.213e-4435.11pep:novel supercontig:LSalAtl2s:LSalAtl2s469:28774... [more]
EMLSAP000000111733.774e-3330.45pep:novel supercontig:LSalAtl2s:LSalAtl2s760:10294... [more]
EMLSAP000000116424.818e-2435.35pep:novel supercontig:LSalAtl2s:LSalAtl2s80:264857... [more]
EMLSAP000000015023.180e-1838.32pep:novel supercontig:LSalAtl2s:LSalAtl2s1258:7073... [more]
EMLSAP000000026402.300e-1431.53pep:novel supercontig:LSalAtl2s:LSalAtl2s1533:5419... [more]
EMLSAP000000042734.545e-1137.68pep:novel supercontig:LSalAtl2s:LSalAtl2s224:24428... [more]
EMLSAP000000000975.273e-1030.89pep:novel supercontig:LSalAtl2s:LSalAtl2s1016:5422... [more]

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BLAST of EMLSAG00000009473 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1730113|sp|P98166.1|VLDLR_RAT6.584e-10240.49RecName: Full=Very low-density lipoprotein recepto... [more]
gi|1730112|sp|P98156.1|VLDLR_MOUSE1.035e-10140.49RecName: Full=Very low-density lipoprotein recepto... [more]
gi|1730111|sp|P98155.1|VLDLR_HUMAN1.420e-10139.72RecName: Full=Very low-density lipoprotein recepto... [more]
gi|547843|sp|P35953.1|VLDLR_RABIT2.697e-10139.52RecName: Full=Very low-density lipoprotein recepto... [more]
gi|1730110|sp|P98165.1|VLDLR_CHICK5.632e-10140.66RecName: Full=Very low-density lipoprotein recepto... [more]
gi|47117286|sp|Q98931.1|LRP8_CHICK1.177e-9138.66RecName: Full=Low-density lipoprotein receptor-rel... [more]
gi|547838|sp|Q99087.1|LDLR1_XENLA6.065e-8839.08RecName: Full=Low-density lipoprotein receptor 1; ... [more]
gi|54036090|sp|Q28832.2|LDLR_PIG8.850e-8840.45RecName: Full=Low-density lipoprotein receptor; Sh... [more]
gi|449081274|sp|P35951.2|LDLR_MOUSE2.485e-8638.94RecName: Full=Low-density lipoprotein receptor; Sh... [more]
gi|126073|sp|P01130.1|LDLR_HUMAN6.812e-8538.90RecName: Full=Low-density lipoprotein receptor; Sh... [more]

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BLAST of EMLSAG00000009473 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EFX76343.11.012e-14548.81hypothetical protein DAPPUDRAFT_306243 [Daphnia pu... [more]
gb|KYB24825.1|9.895e-14449.79Putative vitellogenin receptor-like Protein [Tribo... [more]
EEB15646.17.846e-14254.34Very low-density lipoprotein receptor precursor, p... [more]
ABW08771.32.034e-13348.52lipophorin receptor 1, isoform S [Drosophila melan... [more]
AGB96354.11.203e-13250.44lipophorin receptor 1, isoform R [Drosophila melan... [more]
AGB96353.14.152e-13250.44lipophorin receptor 1, isoform Q [Drosophila melan... [more]
AGB96352.14.152e-13250.44lipophorin receptor 1, isoform P [Drosophila melan... [more]
ABW08772.11.104e-13148.53lipophorin receptor 1, isoform D [Drosophila melan... [more]
EGK96211.13.456e-13147.22AGAP002186-PB [Anopheles gambiae str. PEST][more]
AAF56499.33.753e-13148.53lipophorin receptor 1, isoform G [Drosophila melan... [more]

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BLAST of EMLSAG00000009473 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|2764400|emb|CAA03855.1|1.088e-14753.18lipophorin receptor [Locusta migratoria][more]
gi|943960857|ref|XP_014362949.1|1.233e-14752.94PREDICTED: low-density lipoprotein receptor-like i... [more]
gi|1131325865|gb|JAV13289.1|3.209e-14752.34putative nidogen [Nyssomyia neivai][more]
gi|1131325867|gb|JAV13290.1|3.327e-14752.34putative nidogen, partial [Nyssomyia neivai][more]
gi|910344780|ref|XP_013176220.1|1.170e-14649.61PREDICTED: low-density lipoprotein receptor isofor... [more]
gi|910344774|ref|XP_013176217.1|1.220e-14649.61PREDICTED: low-density lipoprotein receptor isofor... [more]
gi|910344784|ref|XP_013176222.1|1.527e-14652.07PREDICTED: low-density lipoprotein receptor isofor... [more]
gi|970894086|ref|XP_015112464.1|3.522e-14648.13PREDICTED: low-density lipoprotein receptor 2-like... [more]
gi|970894088|ref|XP_015112465.1|6.748e-14648.03PREDICTED: very low-density lipoprotein receptor-l... [more]
gi|970894084|ref|XP_015112463.1|7.999e-14648.03PREDICTED: very low-density lipoprotein receptor-l... [more]

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BLAST of EMLSAG00000009473 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 17
Match NameE-valueIdentityDescription
maker-scaffold243_size241480-snap-gene-1.202.606e-17556.30protein:Tk02956 transcript:maker-scaffold243_size2... [more]
maker-scaffold1025_size69488-snap-gene-0.154.253e-7036.12protein:Tk03092 transcript:maker-scaffold1025_size... [more]
maker-scaffold1505_size38140-snap-gene-0.51.004e-4437.20protein:Tk08777 transcript:maker-scaffold1505_size... [more]
maker-scaffold337_size202799-snap-gene-0.211.004e-4437.20protein:Tk05304 transcript:maker-scaffold337_size2... [more]
maker-scaffold48_size466083-snap-gene-1.182.038e-4334.38protein:Tk05967 transcript:maker-scaffold48_size46... [more]
maker-scaffold507_size152468-snap-gene-0.334.234e-3930.41protein:Tk11918 transcript:maker-scaffold507_size1... [more]
maker-scaffold48_size466083-snap-gene-1.163.068e-2230.10protein:Tk05970 transcript:maker-scaffold48_size46... [more]
maker-scaffold40_size501252-snap-gene-4.184.307e-2239.89protein:Tk06172 transcript:maker-scaffold40_size50... [more]
maker-scaffold781_size98004-snap-gene-0.181.962e-2135.42protein:Tk03283 transcript:maker-scaffold781_size9... [more]
maker-scaffold48_size466083-snap-gene-1.176.009e-1641.73protein:Tk05966 transcript:maker-scaffold48_size46... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s60supercontigLSalAtl2s60:645074..747260 +
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-LSalAtl2s60-snap-gene-6.10
Biotypeprotein_coding
EvidenceIEA
NoteVery low-density lipoprotein receptor
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000009473 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000009473EMLSAT00000009473-705320Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s60:645074..747260+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000009473-692239 ID=EMLSAG00000009473-692239|Name=EMLSAG00000009473|organism=Lepeophtheirus salmonis|type=gene|length=102187bp|location=Sequence derived from alignment at LSalAtl2s60:645074..747260+ (Lepeophtheirus salmonis)
TTTCCCCCTTGAATTATATGATGTTCAAATTTAATAAACAGTTTCAATTT ATTGACACAGTGGAGGAGAAGTCCTCGTTGCGTTAATTCTTATCATTGTT TGAAAAGAATTCACTTGTTTCAGAGTGTTGTTAATAGAAAATTCAGTGAT TTTATAAGTGCTTCATCGGATCATTTCATCAGAATAGATAAAAACTGAGA AATGATACGTTTCTCAACATATTTATTATTCTTCCACGTTTTCATTTATG AAACCGGCGTGTCTCAAGGTAAAAAAAGTCATACACCGGTAAAATAAAGC AGGCAGGAAAAAAAAAGAGGAAGAATTAACCATAACATATCATACTTGTA TAGAAAATAAAAATACTGTTGTTAGATTTATAAATTCCTAACATAAGTTA TCTGGTTTAGAAATTTATAGTTACATATAACAAGACACCATTGAGTGGTA TCCATCTTTGATCACGTACAAATGTTTATCACATTGCAGCACTTACCTAC GTCAAACTATAACTTATTGCGTAATTTAAATCACATGCCTCTAATTCAAA CTACGTTTTGTGTCTTATATATAGATCTCTTATAAATACATGGCAGTATT TCCATCATAAATTGGCTTATGACATATATTTCTAAGACGAAACCATTTGT CGTTGTGCGTTTACTTCCATATTTTGAATTCCTATGGACTCTGGCTGTTT ATGGATGMTCTTWGTTCCCCTTCTATTATTTCTAGACAGATGCGTTTGAG TATTTTTATATCTATATTACAACTGAAATTCCAATTGGTTTTTTTCTACA AAAACCTACCTAATTGCTAACGGATTTCCTCAGTCAAATACGTCAATAGA ATTTATATTCATACATATTCAATATTAACTCATCAATTTAAAATGTATGT TGTAGCCCAACTGTCTTGGATCAATTTATATACATACATATTAGTCAATT AGGAAAACAGTCGCTCATCCGTTGTGCAAATTTATCGAAAATTGTTCTAA TTGTCATGATTGTAAAACTCCCGTTTGAGTAGGTTGATGATTCTTAATAC TCAACCATTGATCTATCAATCAAGGCAAATCTCATTTCTAACATAATGTG CATATATTATCCAACTAATAAAAGTGTTTGATTTTCCCTGAATAAATATA TTTTTAGTGCAAGATCAAATTTGTATAAACAAATTATCCAAGTTATAATT TGTGGATTTTCATAACGTCTTATTTAATTGAAAACTCCGTCAATTTAATT ACCAACTTTTAGTCAATGATATCATTTCATTTTGATTCATCAAAATTACT TAGTTATTACGTATTTACGGGTAAAATAGCTGTGTGTATTTGAACTTTAT AATGTATTACAAAATACTTGTAATTTATATGAACAATTACACCATCAATA TATTGACCATTTAAAAAATGTCCTATTATTGCTTTATCTTCATTACAAGT ATTGTTAATTTTTAATTTAAAATTATTAATCTCATTCTTTAATTGCAATT CGTACAATTTGCTTATTATACGAGTATCAACTTACACACAACATACTATA TGCAAAAAATATGATATTTTTCGTATTTCCAAAACTGTATCTTAGATCAA ATAACTGCGACCGTCAACATAAAAGCTAGTTAAAATTATTTTTCTCTAAG TTGAGTGTGGATTATATTTGTATTCTTCGACAAATTATCGTCAATTTCTA TCATCTAGTTATAATAATTATTATCTCTTTGGAGGCGTAGGCAAATTGCC TTGAAGTAGACTAAATTGATTGCAACAAATCAAAGAATAAGATTGATTTG ATTTAAAAGACCATATCGGGCCCAATATTATTTTTAAAATTCAAATCAAG GTTCTAAACTTTAAACTGAAATTATTGAGTATCTTAACTTAACTCCTCCC AAAAATTTGAATACAATGCCTATAATTGACAAAAAATATATCTATGAAAT ATTGGCCGGCATGTATATATAATACGGTTATTTCATTTTCAACTGGTCAT TCACATATTAATTTGATAAGTGTTTCTTACCCCAGATGTTGCACTCTAGT TTTTAATTGCAAGTTAAAAGTATTAATCTACTATTTCTTTACGGTGTGAT TCATCTACCTATATATGTAGGTCATAGGTGATTATTTAGCTGTACACCTT TTAAAATTTCATGTTACCTCATTTTGTTCAGTTGCTTAAATTACATACTA TAGATAGATTATCCCACTTATTATGCAAATTTGTATACTTATTTGTAATA CAGAATATATTTTCTGAAATTACATTTTTATTTGACAATGTATGTGTTCT ATTGTTATAAGATTCACTTGTGGATCTTTAAATGTAACGTCAAGCAATAC TCGGGACTCTGACACCAGTCGCGGGTTTATATCTAATTTAAACGACATAT TATATTCAACAGTTACAAAAAACCATCATTTCAAATCATTCTAAGTATTT AGGTGTCATTTATATTTTCATATCATGGAATATTAATATGGAAGATGACA AAATCAGAGTTTGGGACTAAAACTTGAATAAGACTTTTTTGTCTCTTTAA ACTGCAAATTAATACTCGAATTGAAGTAAAAGACTTGCGACACTATTCGG AATCGAGTTCCAAGACGCGAAACTTGACTTGAATTTGCAATCTGACTAAT GTCTTTGATTCTCCGAATATATTATCATATTTCTTTATTCTTAAATGTCT AATCCTTAATAATTAAAGTTCGTAACCCCATGAAAGCGTCAATCACTGAG GATTTATGGGGATAAGTGTTATTCCTCATTGGACTTAAGTAGAATTGAGA TTTTAGATAGGAATAAATCATACCTTTCCTTGCTAGATACGAAATNGAAA TTTGTGTATATTTATTTCTTATCTAAGCTACTTGTAGCTTGTCTAATGGA ACTTCATGACAACTAAGCTGATCTTCTTCAAATTGTCGGGGGGTTACCAT ATCATTTTGTAATTTTTTTGACCTAACATCAGTAGGATAGCTCTTATTGT GTACTTAAAAATCAATGCTATATTTTCATTCTCTGAGTATCTCAAGCTGT TCTAATAGTGAAAGTATATTTTTGTGCCGAAAATTGTAGTATTTGAGGTA CATTCAGAGGTGGTACGCCTTAAACTTATGAATAAAATTGTAAGGTACTC ACATTTGCTGACATTATTAGTTTCAAATACAAATGAAACGTACAATAAAT ACAAATTTTACCACTACCTAGAAGAGTTCACTAGAATAAGGGTTCATTTT ATAGATGAACTATTTTGCACAACAATAAATATTAAATATTCTAATTGATG CTAAAAAGGATTGGATTTTAAATTAGAAAAACTACTAAACTTGTCAGTAA AGGTTGCTATTGTCCTGAAATATATTTATATTTACAGACAAAGTTGGTAT TGTACATAAATTTATGTTAATTATAAAAAAATAATTTGTACACATAACTA AAAGAAAACAATATTTAAATTTATCTATGAGCAAAGAATACAAACTTTAT CTCAGTTTTTCTTTCAGTCATCTGAATTTTGAAATATCTGAGATTTTAGT AATTTGGAATTATTATTGTTCAGAGTCAGTTTTTACTCTTAAAACAACCC CCAAATTAAATATAAGATTATTAAGAAAAGTAACTTATGTAAAAGTGTTT TTATTGATACTGTATCTTGTTCTGAACTCGATATATATTTCCATTTTTAG GCTAAAAAATGATAAAAAACGACAATCTTCTTTAGACCCTTATATTCATA AAACAAAGTGATGAAGAATATTATAACTTATATTCAAGAAAAAAAATTCA ATATATAATTTAAAAAAATATCCATCTCTAACAATTTTTGTTCCATTTTG TAGGGATCCCATTTTTTATGCTGGTATACTAGCAAATAGTCAAAATTATC ATAATATTTTTTCCAATTTCAATGGCAATTGCATTACGTCATGCGTCGTA AAAGGAAGATCGAGGCAATCGAAGTAAGATCCTTATATTTAAATAATCAA TTTCAAGACATGTTCGAATTGGGATTCCGAATTCCACGAGGGACGACGCG AGGAGAATTCATCCGAGGAAAACTATCATACCTTGTAAGGAAGTAGAGTG GACTCCTTCTTTGGGAATGAGATACCAGGATCGAAACAATAAAGTGATCC ATTCGCGATCAGAAGAGAATCTTAATATTTCAAAATGAGATCACCAAAAA ATAAAAAATACAACAAAAATTTATACGCATACTATTTGAATAGATTTTTG TAAAAGTTATACATTGAATATTTTTCTATGATATTCCTCATCACTATAAA TTATGAATAAGTTATCAGGATCTAAAGAATAGTGTCGTTTTTCATCATTT TTCCGCCTAAAAATAGAAATATATCGAGTTTAGAACAAGATAAAGAAAAA TAAACATATTTAAACATCCATTTTATTAATCTTACTTTTATTTTGGGGAT TGATTTATGGTTAAAATACGACTCTGAACGATAATAGTCCCGAATTACAA TAATCCCAGATATTTCATAAAACGGAAATCAGTTTTGGATTCTGCGCTTA AGGATAAAATCTCTTTTTGGCTTGAATTCATTTATAGAAAATGAGTGTTT AGTTGAGTAACACAATTAAAGGGCAAGATAAGTAAATGTAAAATCCTTAC AAGGAGGGCATATTTTTTACAACTCCATGAATATAATTGTACAATGTATT TATTTAATTACAGTAAAATCTGGATCAAGGGAATTGCTATTTTTCAGCTG AAAAATTCACTATCTCCGGATTTTTTAAAACTCCAAAGTGTATAGAAACC ACAATTTTTGGATACTTATGTAAATAAGTCAATTTTGAAACTCCTCATTT TAGGCAACCAGTATTTAATTTGATCCTCTTTTTGACAAATCATTCAGGAT TTTTAGTTTATCTTTTAGCGGAAGGTGTTTTTGGGAAGTACTCATGATAT GTATCGGGATTGTTTGAGAAGGATTGTGAAATGAATTTATAAAGAAACAT ACAGAACATAAATCCAGGGGCCACCTTACGATTTGTACCTATAAAAATGA ATAATCCTCATGGGAAATCTTCATTCTCATGAATTCCTACGAATTTTATA CAAAAAAAAAAAATAAAGAATTTTTASTTCGTGTTTCTTCTATGCGAAGT ATTTTATATATTTCAATGTTAGTATCTGATAGAACGTTTACTATAAATGT ATTTTAGTTATATCCGTATTTGACTGTATATTTTATCTTAACTATTAAAA AATCCGAAAATAAGACAGCTCAATTTAGTAAGAGAAGAAGGGCAGAAGGT TTTTTTTAAAATATGAGTTTAAAAAACCATTGTATTAGACAGAAAATCAA ACGCTCACATTTTTTAATTGGTTTGTTTTCATGAAAATTATTTTTGTTAT AATTTAAAAAAATTAATATAAATTATTCTTTTTCAGGGTCACATTGTTTG ACAACCAAATTTGAATGTGACAATAAGCAATGCATTCCACAATCCTGGAG ATGTAACGGACTGGATGATTGTATGGATAACTCAGATGAAGTGAATTGTA TTGGTAAGGCTGMATTCACTTTCTATCGAGCAAATTAGTTATATGGCCTA TATATTATGTCTAATGAATTTTTAATTGAGTAGAAATTGTAATTCCAAGC TTTATCAGCGCTAAAAAGACGGATGGGTCATTTAACCCATTTTCACTTTT GATTTTTAAATAGAAGGCACACATTTGATCGTAATTCATTACAACTTTTT TACTTAAACTTTTTAATCCTCAAAATTCTATAGTTAGGTTTTGAAATCTA TATGTTCAATAAGTTGTTATATATATACTGTTCTGCATAATGTATTTTTT GAATATATATTCTCATACGACTCTTACAGTTGAACAAGGAAAACCTTTTA AAAATGTATAAATTCTAAGTACTATTCACAGAAATTTAAAAATCTCTTTT GGACTTAACATGTAGCATGGATTGTGCTCATCATGTTAAAACAAAAGTTA TAATTAATGTATATAATTGTATAAGAATGGTATGTAAAAATGAATGAAAT ATCGCTGGCGTTTGGGTCAATTCTTATTTTATACCACTCTATACTACAAA ATATGAGTTGAGGACTCATTTTTAACAACTAGCGTTTTTTAACAACTAAG GCTCTGTCACGTAGTGCTTTTTAGAGTCATATTTTTTTTTTCTCAAGCTG TTATTATTTCATATTGGGGAGATAACATCTTAAGTATTGAGTAACTATGC GTGAGTGTGCCCATGAAAGACGACGAGTAACATTCAGGATTTCTTAAGTA GGCCTTTTCTATATTTTTAAACCCAATTTTGTCTTTATTATAATAAAATA AGATCTGGAGTAGATAACATTGATAAAATGCACCTCTAAAGTTAGTTCTA GACCTTGTCCAGTTGCAAGTATTTTATAACTTGTTTTTTTGCCAGTAATA ATTTGAGTAATTTTATATCAAAATGACATCTCCGTCGTTGAAGGAGGTAT ACACTAAATGTTGTCCATGTAGTGTTAAAGGGGGGGGGGAGMGAGGGYGA AGGGGGTTAAGTTTAAAACAATTTATACGACGCCCTATTTTTGTTGTATA CTATATGTATGCATTTGTCTTTTGCTTTTTAGAAAGCTAAGCCTGTGAAA GACGAAGAAAAAAAGACAATAAGTATTAGAAGAGGAGAGAGGAACTAAAA TGAAAGGATATGAAAGACATGATTTATGTCGCATTTTTTTATGTCAGCTA TCTATTTCTGATTTCACTAAAGCCATTAGTAGTTAAATCACTATTTTTTG TTAATGAATACTTAATTTAATGTCCTCTTCTTCTTCCTTTTAAAAAACAT ATGAACAACTTTATAGTATGTATTATTTTTAGTGTTGGGGTTCGCTTTGA AAATCCTAGACCAGTCTGAGAGTGTTAGTGGACCGAATTAATTCGATTTG TGGAACCCCCATTAGTATACTGTTCACTAATGGAGGGTTAAAGAGGGTTT TGTCTGGACCTGTCTCAAAGATAAATTTGGTCTGACATCAGTCCCAAAGA AAAATTATGTTTGGATCGGTCCTGCAAAAAAAAAAAATCTGATTCATTTA AAATTCAGTCTAGGTCAATTCTATAGATGAATTGTTGATGACGTCATGTA TTTTTAAAAGTTATGAAGGTTGGCACAATAACGTTTTATGAAGCTAAATA TGTTGCATAAATTATATTTGTAAGTTCATAATCAAGATAGGAAAAAAAAT TGTTCATGATTTGAAATCGTTTAAATTTGGGTCTACGCTCTGAGATCGCG ATCTTTACTAAAATTCAGTACAAATTATTCAAGAATAAATGACTTAAGAC TGAACCGAAAAAATTTGCCTTGAATGGAGTCTTTACATTAGTATTATTTG GCAATATTTGAAAAAGAAGTTCCAGGTCTACTTTCATCACTACTCCTGTA ATATTACATTTCGTATGTACATATATTATATAGTTGATCATTGCTCTAAT CCTCAAGTGTTTGCATAAAAACAAAAACAAAAAACTTCAATATTTGTTCT CTCACCAAATCCCTTTAGATTTGACAAACATTCCATATGAAAAAAATATT AATGACGTAGAAGTATATTTGAAATATACATACATACATATATATTCTTC ATTGGAAGCATTAAAAATAATATCCTCTTAATAAATTTTCTGTTTCTTTT CCCTCTTGATGTTGTAGAACTGCGTGATGCCTTATCATTTCAGTATGAGA GTCTACCTATTTGGGTCATAAAATTGGACCTTAAAAATGTATCATATTTT AAAATACCCTCTACACGGCATCGTTATGACAAATATTGGTATAGGGCCTC GCGTACGTTAGTCTTTCCATTTGATTTTGTTTAGTAAGCCTTTAAGTACC TTTCATGAACAAGAATAATTTGCTACTCTTCCTAATTAATACCTAATTGA AGTATTTATCTTTCTTATAAATATTGGATGTTAATAACTCCAAGATAAAC GATGTAGATAGACGTCACTGGCTCAAATCTATGATGACGTCATCTATAAA TAAAATTTCCACGCACATCGAGGTCAAGCAAAATATATTTTTTGTCTTTT TATTTCAATATAAATAATAATTAACAGTTGGTAGTAAAAAAATATAGAAT ATTTTTTTCTTTCCCTTTGTCAGTTTGATTGGGCGCCTTTTGTGTCCCAT TCGAATGTGTTTTCAAGCTTGAGGTCAAGATTGGATGTGACGTCAATATT TTATACTGTATGGGTATATACTTTCCTAGACCCTTTTTTTGAATAAATAT TTCTATGCACTCCCACAATATCTTTGATTTTCTCTGTTATATTTAACCAC TTTTTTTAAAATGCATTTTCCCCCAGAATAACATACAAAAATTGTATGTT TTTGACATGACTTTATACAATATTCCATATATTCAAAAATATTGTAGGTA TATTCCCCAATGCATTTATTTAGTTCTTATCATCATATCATGTTTGTAAT TTTAGGGTAAGAGAATATCGGATGTCAGTCGAAATTTTGGATTACACTGT CCAACAGCAAAAATAGTACAAGAACAGCATATTCTCAACTTAGTACAGTT TGATCCCCTGATTCCAAATATGGACTTATTTTTTCCCTCATAGCCTCGTG GCCTTCAGAAAAAGGCCATATATTTTCTATTATTATGGCCATTTTTTAGG TTCAAAGCTGATTCAAGCCTTCGGTGTTGAAGATAAAGATAAATTATGTT AATTTATTTTAAAGCCGATTATTAAAAAAAATTAAAACCATCTTTAAAAT GGCTGSTTTATACTTATAACTCGAGTTGTCTTTGTTTAAAGTGGAAAATA GGTGCTTCTTATTCAGAGGCTCATAGCTTCAAGACGTATAGATTCAAAAA GTTTAAAAGTATCTAATTGAATAGCTTAAAGTATGAACTTTGATTTAAAA AAAAGAGGTTTCCCAAAAATTTTATATATCATTGTCATTTGGGGATAAGG CCACGACAATATTTTTAGGATGAAACTCATTTTTGAATTGATCTCATAAT AAAAGTCCATATGTATTGGTACGGCCCAGATAGAAGAGATAGAAACAAAG AGAGAGAAGAAGAAAAGAGACAGAAACCAAGAGAGAAAAAAAGGTAAGGG AAAAAAAGAAAAGAAAAAAAAGGTGTATGCAATCCATAAGTGTATAATTC CGTATTCGGTACTGGGTTTCATCAATGGAGAAGAGTGCATGTGCAAGAAT GAATCCTTGCTGAACTTTACCTGACCAGTAGGATTTTCTCCGAGTACTCC GTTGAGTGACTGNNNNNNNNNCTCACTACGCGTATGCAACAAGTCATCTT GTGTCCATGGAGGCCATATTTGGAATTAGGGGATAAAATTGTACTAAGTT GAGCTTATGCTGTTTTTTTGCATTAAAAAAATGTATGATTTTGTTGGTTA GTGTTATTTACGTAGTACCTCTTAGAAAAATTAAAATAAGAGCTTTTAGA AAAATGTATGACATACATTTTTATATAGAAAATAAATAGAAATATGAACT TAAAAGCACAAAACAAAAAACATAGTAAAGATAAAAATCACCAGCCTAGG AAAAGGGATCCCAAAAAATAAAATAAAACATTAAATAAAACATATAAAAA CCGTCATCTAATTAAAAATGAACCAAATTATTTATTAAGAACGGCAAAAA TGATAGGACCTATATTTTATTTTAAAAAAGAAGATGTCTCATATTATAGT CGGAAAAAATGAAATGACTGACCGAAAATTGGAAAATATTCAATTTTCCC GCCCCCCCCCCCCCAAAAAAAAAAGAAAAATCCTAGTACCAGTTCTGATC TTATGATAGGGATGACCGGAATGTGATTATCCATACTTTTATTCACTTAT TTAAACTCCATATAGTAATATTGGCCAGTATTTTGTATCCACAAAATGAT TCCTATCGATAGGAGATTTGATTGATGAGTTTCTAAAATTTTCTTCTTCT TATTTAATTAATTGACAATTTTCCTCAAAAATACCTCCATTTTTCATGTG GAAGAATGGCCATTTATTTTTTATCTAGATCTTAAAGTTATTTACAATAC AAACGATACAAAACAGATTATGTGTATATTTTGGAGAAAACAAATATTTA ATCGCAATGTCATTGGGGATTTGAGAATTAAGGATAATTATGGCCAAGGA CGAATAAGAATCCTTTAATCCTCTCAGTTTCACGTTTTCCCAAATGATAT ATAATTTGTACGCTCTTAGTAAAATATGAGATTAATCAAGTGGACTTAGT CCATGTATACTATTTTTATAAAACTATAACCCAAGTCAATTATCCTTAAT AGGGATAATTCAATAAGCATTAAAGATCCTTTAGAGCTATGATACAAATA TTCACATTCCTGATAGACCGAAATTAATCATAATATTAAAATACTTAGGA GAAAAAGCATTTATTTTGCTTGTTTGAACATTCCCCACTGTCCTTCTCGA TTTAATTATCAGCTTCTGGAATTTTTTCTTGCCTGGGGTCCCAATCTTCA TGATTTATTCGAGAATTCTTCCGATATTTTAAGAATTTTGTTGAAGTTCC CGCTCTGAAGGTACAATTATAGGCCACAAAAGCCGGCATGTTCAACGTGG GACTATATATACATACATCTATCTTATTTAAGAACAACACACCTGTGTTG TAATGATGTGCAGTTTGATGTGATTTAATGACTAAAGAGATGCATATTAT GCCTCTTATTTGAAAAAAAAAAATATTAGATCTTATAGCTGGAAATACTA AATCTAATGAAACTCTCCTCTCAAACAATGTTAACTTTTTTTTTACACAT AGAAAATGCTTACGATTTACAGCCCAAGTCATAGAATCTGTGGGTTGTTG CTACTGATAATTGTCAACTATTATACTTGAGCGAAAAAATAGTTTCAGTC CCAATTTAAAACAATATACTTTTTTTTCCATAGTCAGATTACGAAGTTAA GCATTTGGCAAGTTGACATGAGCAAACTAAAAAATATATATTATCTGCAA GGTTTCGTCACAGAAATAAACAAATAATTAAACAACGCCCTTGTAACATT CAACCATTATAAAATAAGAATTAGAAAGAGACACACCTCCCTCATAGGCT GGAAACACGAACCTCAAGATTCTTATCCGTACTATTAACTCCGCCTTGGT AAAGAATAAATTATGTCTTGATTAATTAATTACTTGGATTCCTTCAATAT CACAGTTTATTCTCAACTCCGGTCAAGGATTGTATGAGGTCTCTTTCATC AACTTTTCAATTAAATATAATTTCTTGTTCTATGGAGGGAAGGGGATGAT TGATATATGAATGTTTAAAGGGGGGGTTTTGTCAAGATACAATTAAGTAA TCAAAGCTTATGCCCTATTTGCTATTATCATAATTGTATTATTTTCCCGC CACACGTCTTGTTTACAAACTTATAAAAGTAAACAACACACTATTTCTTC ATTCAATTAATTTATTATTCATATCTTTTATTGTCCTTACATAAAAAAAA ATATATAGGAAGAAATTCAATTTTTCTATGAATATTGTGTTTCTATATTA TGTATGTACTGTACTACTTATGAATATAAATTAATATTACTTATCTTTTT TTTTTTTCCACTTGTAATGTATTTTTTAAATTGCTCTTGAGAGGCTCTTG TGTTGTCTGATGTATCAAACAATTGTAATTATGTACTCTTATTGATAAAA CAAATGATGTAGAGACTCATAGAAACAAATAATATGTGGCCACTCTCACA TTCTAAAGAATGTTTGGGAGGGAAGCAACTTTGCTGTCATCACGTTTCCT TAGATTACCTACAAGAACCTATGAACTGAGGAAAATAAACGAAAATTCAC TCGTTATCGCAATGATTTTCTCCTATACTTGATTTTGGTTCAAGATAGTT TTGAAGTGGACGTAGCGCATATCTTATCTGTTTGTTTATTTCCAACTATC TAATTAAGCAGTTGATCAAAGAAAGTAAAGCAAAACTAAACAAAAAGCTT ATTTTCTATGCTTTAATTACTTCTTTCTATACACGCAGATAAGACACTTT TTTGAGGCATGCTCTTGTCATAGCACTATGCATGTCCAGTCTTATTACAT TATTATACTATTTAAACTTAATTTTGTGCCCATTTAGTTTGTCTTGGTCT AGATTTCTGTAGATGAGATTAGTCGACGACATCCACTGAATAGAACTCAT GGACTCACATTTACAAATGTAGTACTATGATCTAATATATGTAATATGTG GTGCGTCAACATGAAACAACAACATCAAAACAATTTTTAAATCCTTTTTT AATTGGTCAGATGGATTTGCACCCATACAGTTTGAGTAAACTTTATATTA CTAATATGACTAACGATGGAAATATTGTCTAAATTGGGGTGTTGCTGTTA TTATTATTATCTAATTATTGAGAAGGGAACATCTAAGTATAAAGTGCGTT AGTTAAGGGAAAATAGAGCGTAATACTGAGGTTTGTTGGGCGTTATACGT GATAATTGTTGTTATGATAGAAAAAATGAGGAAGTATGTCCGACAATTCT TGTGCACGCTAGTCACCACTAGTTTTCTCTTCTTCTCGCCCACAATAGCT AGGAGTGGGGGTGGGTGGGGATGGGGGGAGTGTATGTGTGAAGGGACTGT GATATATTATAAATATGGTGTTATATATATAGTGTGTTGGCATTGGCTTA ATTAAATTAACACATATGAACGATATACTATGATTTATTGATGTAAATAC CCACCCAAAAATTATGGGTATATGTTGATTTTAATTTATTGAGCTTGTTC GTAATTAGAAAATATTGATTTGTATAATTTATTATATGAGGATTTTATGA ATAAACAATTGTGAATTTCGAGATGATTATTCTCTGAAGTTTCAACCCTA AAATAATTTGTTTTTAATGCCTTCAGTTTGAGCCCTTAGCATAGGACCTA ACTTAGTCCCAAACAGCGGTACTAAGAATGCTCATCTCGGATCCTACTTA TAATCAAACAATAGAAGCGAGGATCGATAATGTAGTAATTTATGGTTATA TCCTTGCTAGATATTGAGTAGAATTTGTGTTTATTTATTTCCTGTCATAG CTGTCTGCTACTAATTTAATGAAACATCATGACAGCTAAGCTGTTTTCCT CCCAATAATTACTCAAACTGTCAGGATTACTATGTTTAAAAAAAAAAAAA AATACAGCAAGTCTTATTTTTTACAACTATAATTATAAACTATTGTGTTT CTTGCTCGCTGATACTTTATAAAGTTATAAATAGGGAGGAATAAAGCTTT AGAATAAAGAAGTACAACGAAGACCACGTGATCAATATTTGTAGAAGGAA GTCATAGTAGCGACAATTTTTTTCTTTGATAGTTATCATCGAGTATATAT TTGAATACCTATTACTAGATAAACCATACCCACTACACAGCCTCCATGTA TTCCCCCTTTTAACTGAATTAACAAGGTAAATTCTGTCAAGGGAAGATAA AATTGTATACAATATAAAGGAAAATGACAAATAATGATTAAGTCACGTCA TCTGTTGTATGATAAAAAGCGAATTCTTGCGGTAGAAAATATATATCTTC ACGACCATGTAACAGCCGCGTTTCACTTCTTTGTTTTAAAGCTTTATAAA GGAATTATAAATATAAGCATTTCTGACAAACAAATACTTTTTTAAAATTT ACGTTCACCTCAATTTATCCAATATTTACAACTCTACCAGCTATTCAATC TCACCTAGGAATTATCATCGAAGTCCATACTGTGCATAATATATATGTCT TTCTCTAGGAGCGATCCTTGATTCGAAACTACGAACATTGAGTTGAAGAG AATAATTTCTCCCAAGGGTGTTGTCTACTGAGCTACATCGCTACATATTT TTTTTTTCTCGTAAAGTAACGAATAATGTTTTGGTTTTCCAAATGGCCAC TTTTATCCACCAGCAGTAATCAAAATTCATATAAAGTTGAATAACAAACC TCCCTATTGTAGGTAGATATTTGGAAAATTTAACATTATTTTCCTAATTT CCAAGTGGCATGTGGTTCATTTTTTGGATTTTTGAATATTCTATCTGTAG TTACTTTCTATTCAAAGTTATTTTCTAAAACCTCATWTAWTCTCTTTCTC TCTCTGATTGGAACTTTTTACCCCTATTCCACAACTTTTTTATCTGTGGT TAAAGTTACTACATACATTTTTATTCTCAAGATTTGTAAAAGCATGCTTA TTTTGTAATATCTTCTTACGCAAGTAAAGCTTTCACTTTATATATATATA TAATGTTGGTAACAATTTTCTCTGCTTCTACATACTTATTACACTATATT CTTTGTTTCTTCTTCACAATTGTATTGTTGGAATTGCTTAGATGCATAGG TGGCTCGTCAACACAAAAGTTTGTTCTCAAAATTGAGTGTAGATTACATT TGTATTATTCGACGAATTATCTGGACTTAATTAATTGGACATTTTTCTTT TTCTTGATTTTGTGCTCAAGATTTTTATTATGTTGACATACCACATACAG CAGGGCACTTGCTTCATTATTTTCAAAAAATAAATATATCTTACATTCAT ACATTGTGCTTAATTCATGTTATGCCTCTTCAAAAGAATTTCATTCCAAT TTTACATGAATGTATAAATGACGAATTTTGATGTCCTGTCTTAAATCTTT AAAAAAACCTTCCGAATNNNNNNNNNCAAGAGAAAAATATTTAGCTAAAT TTAGGTAATAGCTTTCAGTTAATGACGTCATCCTCAATCCTTCTTTAATA ATGTTTAAAAAAATAATACATACTTTAATTAAGCCTACATTAGGAATAAT GGCAAATTATTCTCACGCATAAAAGATACATAAAGTTTTACCTAATTACA CAATTCAATTAGTAGACTGAAGTATTTTACTTTGATATTAATGAAAATGA TTTCTTTTGAGGGTGTTCTAAAAATTGGGATGTTTCAAGGATCGATAATA GAGACACACCAATTTTAGTACACTTATTAAGGACTGATACAACCCTAGTA TCAGGGATGTCTTAATCTTTTTTCATAAATGGGACCCAGTTGTAGTTAAA AATATATTTTTTATGTAACTCACCATAAAAACAATCTGGAACAGAAAATG ATAAAATCCCAATATATTGTACTAAATTCATATATAGAAAATGACCCTAC ATTTCATAGAATATTTGAGTGAATTATTATAGGCTTTGTATGCAAATCTC TGGGATGAGTTAAGATACTCAAGACTTTTAGCAATAGCTTAGAACCTTTA TTTGGGGTAAGAAAGTTATATTGGCTCCAAAATAGCCATTCAAATAAAAT CTATCAATTTCTCATTCTTTTAATATTATACATTTTTTATGAATTTAATT GCAATTTGCAACACTCAAATTATAAGACTAATTTGTTGACAGACATTGAG GATAATTTTTTGAGGACTGCAAATATAATCCATAATCAATTTGGAGAAAA ATAATTATAACTTACTTTTATGTTTACATTTACACTTAGGAGAGCTCTAA TTAAGTTAAACAACATTCTTTTAAACGCCTACATAAATTCAAAATTCCAA AAATTGGACAACACTCCTTAATTTTGTTTCTTCATTACGTTTTATTACAA TAAAGGATTATATAACTAAAAAGTAACACTTGACGTTATATATTGTTTGT GTGAATATTTGGTTCTCTTCAAAATATCAAGTGGACTACAGGTTGTGCAA CATTTTACTTTCATCCTTATTTAATTTGTAACAACTAGTCCTCAAATACG TCTATTCGCTATCCTTCTGTAAAGACGCCTGATAGGCGATAAAAGCTGTA GCCTCATCGGCGCTGGGATATATTTCAGACGCTATGATCTACGGTATATA GTGAATTTGATGGTTCTCCTATCTTACAGGCAGTTAATATTAACCAGGTT ATTAACATTTTTTTTATGGTCCTTAATTGGTCAAATGGAGTTGCACTGAT GAAGTAAAAGTAGACATAATAGCATTACATTTACTGCATTCACCGGACTA CTTTTTTTCAGAACTAGTAACTACATGCCTAGACGTTAACTCAAAAACAT GCAAGGATAACACATTTATCATTTTTCTACAACAAAAGTACGATTCCTAC CATTTGACGAATCTGGAACCAAAGATATTGAATTCTGCGGTTCTGAATCA AAATTTAGGATCTTTTACAGGTTTGATAAAAGCCAGGAACTGGAGTCCAA TCTTCTTTTCGGTTCTATACTCAAGATCCATCTTTAGTTTTTTTACATCT TTAAATATAAAGATTTTATTTCTGTTTAGTTTCCTCACTCTCCCTTACAT TTTAATCCTCTAGACCATGAGGTTTCAAAGTAAGGGGATCAAGTCCCCTG TCACTCAGATAATATATAACTAGCTGTAGTTTCCCGCCTCTTAATAGGAG CCAAAATAGTGTGCTATTTCCCTCTTGCTGATTAAAACAGAACACAATTC CATGTTGCATGATTAATGATTATGTGAACATCAATGTATGGCATCATTTT TATCAAAGTGGCCCGACCATTGAATCGCGTCTGGCACCGCTGACACCCCT TCCAACATACATCACGACAATTTCAACTTTTTCTTCTGTTCAATTTCTTA GTTAACGGTGTTCAGAATGTAATTTACAATTATTTTGCAGCTTAACTGTG ATGAAGTTTTATTAGATCATCTGCAAGTAGCCGTAAGAGGATGAAAAATA AACATAAATTCCACTCCATATACAGAGTTTTAGATTATTTTTTTCCACTG TCCTACATTTTGAAAAGTTGTATTTACGTATGTATCAGATTTATAAGGCT GTTGATTTATTAAAATGAAACAGAAACCAATAATTGTTAAGTTGATAAAA CTGTGTCAAAACGAGCTTAGCTTTATGAATTGGGATCACTTGTCCGTTTG GACAGCATATATACTGTATTAACCTGTCAAACAGAACAATATTCCTGTCC CAGAAAGTCTGACAAGTGTTAATGTAAAGCCCTGGTATATAGCAAGGACA TATACACTGGCAAGAAAATGTTTGGAAAAAAATACTTATTATTCATTTTC ATTTATGACTTTTTCAATATTTTTTACTTTCACCCGATGAAAATTATTAT AAAAAAATTGATCCATAAAATGTTTTTTTATTATTTGTCTGTAAAAATCC AGCTGTTTTGGGCAGGCTTAATTTAATATGTAATCTTTCTCTCTGGCAAG TATGAGAGGTTGATAGTTAATTCCTTCAGAATAGTTATCATTCTATCCTG AAGAAGKAAGCCATTCCTTCTGGACAGAGATTAATTCGAAGAAAGTTTGT TTTTTCAACAAGACCCAAAACATACATCCAAAAACTCCTTGGAAAAGAAA AAAAGCCTCGCACATATTATTTATTATGCAATGGCCAGCTCAATATCCTG ATTTGAAGCCAATAGAGCTATTGTGGGAACACCTAGACAGGAAAGTACGG TAACAGTACCCCACAAGAAAGTAGAACATTTTGAAGAATGCTTGTAATGA TATCAGKCCTGCCTATCATGAAAAACTAACATCAACAATACCAAAAGTCA TTAAAACAGCTATGGGCGGCAAAGGTAGTATTTTTTGATGAAGCTAAAAT TTGAATAAAAATACTTCAATTTTTTTACAAATAAATATTTATATTGAATC TTAATTTTTCTTCATTTTATTAACCTTATGACTGTCTAACCTGATGATAA AGTCATAGCTAGTTAGAAAAATAAGTGAAATTTCATTTTTTTCCAAATTT TTTCTTGCCAGTTTATACTGGAATTACTCTGATGTTGATCAATTATACTT TGAGTCCAACAAGCTACAAACAATTACAACTCCAAGCCAACCCTCATCTC CGCCTTTCATGAACAAACAAATTAATTATTACTTTGCACCTTTTTTTTGT CTCCAGGAATTAAATAATAATGACGACATCATTGGAAACTGCTCAGATTG CTCAATAGAAAAAGCAAATACTACTTTCTAGGATATATTTTATACACTTC TGGCAATCAATGCAAAACTTCAGCTACTTTGAAGCTGTCTCTTTTGAGTT TAATTAGAATAAATAAAAAAAGTGACGTGCATTCTGTTTTACATATTATA CAATACATAGAGATAATTAGTTTTTTTTAATGTGCGAACTTTTCTTTACA AGAACACACACATACACAAAAACAAAAATATTTATTATCGTTATCATTAA TATTTTGTTCTTTGCATTCACTTTTATTTTGACAAAAGTTTTTTCTTCTA TTTATTTTTACATTATATAAGAAAAAAACCTTTTTAATACTTCCAAAACA CAAAAACAATAATGAAGAAACTATAAATGGTTTGACCAGCATAGGGGTCA TTTGTTAACTTTTTGGGGGTTTTTTTCCATATAATTTTTAGAAGACAAAA AAACTATTTTCACTATATTTCAAAAAGTGACTTTATTTTATTTGACAAAA TAATGTTTTATTTTATTTGACAAAATAATGTTTTATTTTATTTGACAAAA TAATGTTTTATTTTATTTGACAAAATAATGTTTTATTTTATTTGACAAAA TAATGTTTTATTTTATTTTCAAATTGAACTTTTTTAAACACAATATTTCA GCTAATTTCAGCGACATTTTTATACAGTAAACAGTTACATGAAAAATGAC GATTTTAAATATCATCACTTACCTGAGCGGATTCAAACTGAGGTTGTAGA AGTAGATCAAGACCAACTAAGGTTTTTATTGGATTTTATCTCTGTAAGCT TTCTGTGGAGGGTAGAATTTACAAAAATTATAGAGTATGATGGCATTCAA ACAGTTTGATCGATGGGTCCTCGTGAAGTAAGATCTTAAAATAAGGAGGT ATTTTCTTCGATCATTTTCGTTGTTTAANNNNGACTGTAAAGCTTTGATT AATGAACCATTTTTGACATAGATCAAAGCTATTTACATATTTTACTTTGA CTTTTTTAAAAAGAAAGCTTCACAGGAAGGATTTTTGGGGGCTCCTTCAT CACTTTGTAATTTTCCTTGAATACAAAAATATACTAAAGATTTTCCCTAT CGATAGTTCTTTGGTATGATACTAATCAACACTACACTCACCAATTTTCT AATGCGTATTCTGTACAATGATACGAATTAACTATGCCTCTTTATATATT TTCGGAAAAAGACAATAGATTTTAATGTAGCTTTTCATGAATTAACATTT TATAACTCCTTAGTGTGACTTCCCGTCTTACATGAGCACACACACTAGTG ATTACTTTATTCATATATTTTCTGTCTTCAATAATTGAAGAATAATTATA TCAGCTTTGGAAAATAAACACCACTGTTTCGATTTGCAAATAGAAAAGCT ACTCCGTCTTTCTAGGACTTGTTTTATGCACACTTGATAATCATTGAATT ACCCTGATTTTCTTATAAAATCCTTGTACAAGGTAGGGGAGGACCTTCAA TATCAATGTCACACTTTAACTTGTCTCACCCTTTCCATTTTCTTCCCTAA TTAAAAAAACAAAAAAAACTTTGCTAAGCAAAATATTTTTAACATTTAAT AAATATTTAATGATAGCTCTTAAAAATAACAACTTTTTCTGTAAGTATAA AAAAAATGAAATGCCAATACCAATACTGATTTAGTAGTGTTTGTATTTTC AATATCTAGCCCTTTTTAACATCCATTAGATAATTCAATATGTATTGTAT TACAAAGTATATCTAATATCTACAAAATTGACCATTATTTGGTGCACTCT TTTCTTCTGGGTCGTGGTTTTTTATTTATTTTTTCAACATTTTGTTTGTA TTCGAAAACAAAAACGTCTGCAAATTTACAAGAGCCTAAAATCTTTGAAT ATTGCTCAAATATTACAATTTTTGGTACTATTAGAGACAATGGAGAGGGT GAGATAATGAAAATATGGGTATTGATTTATTAATTGAACAAAAGAGCCAC CCTACAAACCCATTCATGAATTCTTGTTAAACTTTATTTTTTTAAATTAC AAATTTTAAATAATATTAAAAACAAAACCAAAAGATGAATACCAAAAGTA CTTTCAGCGAGGAAATAGGATGATGTGTTCTCAAGTTTTTTGTTTAAAAA AAATTAAACATAAGTAAAGATTCCCAGGAATCACAAAACTTTTATTTTTA CTTTTTTACTATACTTAGAAGTTGGTTATTTTTTCCTTTGGGAAAATAAG AATAGAGAATTCAAATAATATATTATTCATCTTCAATCTCTCCCCCCCCC CCCCCTCCCCTTTTACATATCTATGTATAGTAACAAAAAATTTTAACCCA ATCAAAAAAATATGATTAAGTCTATAATTCGATTAATTAACGTCATTAAA TCGAAAGAGTTGAAGTGAGGGTAATTAATTTTCTTGTTTTTATTGTATAA CTAGATGAAAAGGGAGAATTGAGTTATGGGTGAATAAGAAAAAGGAAGGA TAGATTTGGGTAATCAGAGAAAGTTTCATTAAATTTTTATCTTTTATTTA TGATATTCTGTCTGTGTAATTTTGCAATTACTTCTTATTACCTCATTTCA TGATAAATTATTTTGATTTTTGCATCTATAATTCTACTCTATTTACACAA GTTTCATATCGCTCCGAGGGTTGATTGAAAATCTTATAAATTAAATGGGG CCTTTAGCCAAGAGTCCTTCGACTTCCGTCACAGTTTGTCTCTCTCTAAA GTTGCTTGTAAAAATAAACTTTTTTTTTTTTAATCATTGGGCACATGTAT TGTATTCAGAGCAATTTTCTTGTCTAATCCGCGCCAAAAGTATTATTGCG GCACTGAACGATTCAGCTTTTTATACCTGGGTATGCTGATCGTTGGTGAG GAAAATTGTTCGCATCTTGGGGATGCTAAACCCTCTGTTGTATCAACTTG TGTGAAACGTTGACCCAAATATGAAAGATTTTTATTTCTTAATGCACAGT TGACATATACTCAAAATTATGCAAATGAATCATTACAACCTTAGAATTGG GCATCAACAAAATATAATTTGTTTTTATAATTTTTACATATTATCATTTC ATCTTCAGTGAAGTATTAATTACTTTAAAATAACTTTTGGTACTAAAAAG GTACTCATTAAATTTCATGAGATTAAATCTGATATATGGGATAACAGATG ATGATACTACAGTTATAGCAATGTGTTATTGAAAATGGCTGAATAGACAA AGTTAAAAAACGACTTAAAAATGAACAAATTTAGCAAACATTCATTAAAA ATTGCGAAAAGTTCCAAAAAAAGACTTTTTTTTTTAAACATCAAAAAGTT GTATTTATTCTGATAGATGCTTGAGGTACATACTAGTGCTGTTTTCAGCA TTATAATCTATTTCAAACAGATTTAAAGCAATTTTATTAAATTTCGGGAG CAGAAAATCCCAGTTCACTTAACGATCTAAAATCTAAAATCAACATGGTA ACCAAAACAATTTGAAGAATGTTTTGTAGGACAGTAGCTTCGCTGTCATG AGTTTTCATTAGATCAACTTTACGCAGCTATGACGAAGGGGAGAAGGGAA TAAACAAGGACATCGGCAAGAATAACTCTGATGTCGATCCTCAATTCTAC TGAGTCGTACACCAAGAGCTTACGGTTATATAATAGTATGAAATAGAAAA GGAAGTTTACCCCTCGGGAGTTAAATAATAATGATAGGAGCTTAGAAAGA AAAAAAAACACTCTTCAAGTTGCCAGTACAAAAACACCCACAACGGAAGA TATAAAAAATGCTAACGATTTGCATCACTATTGATAATTGTGATCGAAGG GTTTCTAATTGTACCTTCATTTTTGAAGAATCAAGCTCTCACTCAGCTTT AGATTCAAAGGGCTAAGCATTAAGCTGATGGACCTTTTGATCTTTGCAGA GGGCTGAAAGTTTGGCTCCCATGTATTTAGTAAAAATGGAATCCTTAATT TGTGAATTACTCATTTGATATATCGTTGCCAATGTGTGAACAATTTTATT TTAAGGGTCTATGTGTTTTTTGTTTTTTTGCAACGAATATTCATTGTCTT TGGCTTTACTACCAATAAATTGAAAAGCTATATAATTATGATGTTAGTGT ATCCTTTTTTTCAAAGCACCCAGTATATGATATTTAAAGGATGTAGACAC ACTCATTATTATCAAAAAGCGTACGTCCAAAAAGTCCAAGAATCCTTCCT TACAAAATCACTTCTATTGTTTTACTTTAGAATTCTCCTTACTCCATAGA AGAACATAAAGGGCTCTTAAAGGTGAATCCACCTTCTTTCTTTTCATTAA TTTTCTTCTTCTTCTCCCTTTCTCTCAACTCAAAATAGTATGAAGTAGTA ATTACAAATAAAATTCTCTTGTCCATTCAATATGACCTCTTTCTWTCCCT TWTTTTWTGTACAKAATTWTTTMAAGGSGRCCCCCRRRTTTTTTTTTTTT TTTTTTTTTTTMMATTTATANCCCCTCTTTKTTYTTTYTTTKYWTTTKWT TTWTWTKTACGTYTAAAAWAAAAATTTKKGGKGAAGGAAAGTTCWTTTTA AATTTKTTTGTTTATAACACTTATATGTATTGTACATCTACGGCTAAAAA GAACAAATATGACCCGTCAACACAAAAACAATATTGAACAAAAATCACAA TAATTCATATTAATTTTTTTACTTCCCACATTTTTGAGTAAATAAAAGGC CTCTAACTTCATATTGTGGGATGAGTTAAGATACACAAGAATTTTAAAAT ATAGTGATTTCTGTCAGCAGATATGATATTTCTTAAAGTAACCAACAAAT ACATTATGTATATTTTATTTACGCTCGCAACCTTTTCTTCAAAAAGAAAC AAAAAAGTCAATTGGTAGTTTGCTAATTCTTCCTTATTATTGAGTTATTG TTTATTAAGTGTTGACTAGCATCGTTAATGGGTCACAATTTATAAAAAGT GCATGTAAGTTAAACTAATGAACGTTTAAAATACTGACATGATGAAAAGA AAAAGAAAATCGATAGCTGACCACAAAAATATACTGTATGTTTTTATTAT TAAGGTACTATTAAGTAATCTTGGTACTATTGATTGAAGAAATAATTAAT ACCCATGTTAACATTAGCTGTCTGTAAAGGAAGACTCTTTGATATAATGA TTAGGGGGATATTATTTATGTATTTATCATGTTTTACAAACAAAACGTTG CCCTGGTACAAAGTATCGGTCACTATTATTAGAAATATATAAAACCTTTC ATATGATAGGGGAAAACACAATGCAATAAACGTATTCTAAATATATTTTA GAAAAAAATATTCTCTGGAATGTAATTGGTGTGACCAAGAAGTCAACAAG AGACGGAGGATCAATAAGTGTATAATCCTTTGCAAATATCTAAAGGATTC GGGAGTGTTGGAAGAAAAATAATTATTGCAGATGTCTGGGCGTCTGCAGG GGGTGGGGTGGAGGGCTATAGCAACTTCTGTTTTTTTTCTAGACAATTTA ATATTTGAAATTTAATCTAATTTGTTTCCAAAAAATTAAATATTCTATGA ATAGCTTTGGAATTTTTCTCCCAAAAATTAATATTTGAAATTTAATTTTT CGTGAACTTTTGAATTTTTTTTTGGAAAAAAAATTCAAATGCCAAACAGA AATAAATAAACTGATCTGACAGAAAGTTGGTGTGTGTTCTTACAAGAGAT ACAATTAACTAATTATAACCTCGATACCCGTCCGAAGTCTCTTGGATTTG CACATGCTTTTTAAACGATCCTTCATATATATATAAAATCAAGATTTACA AAATCATGATGAGGTATATATTGAATGATTGTTCAGAATTTTATATAATA ATTTTTTTCCATTTTTCCTTAAATTATATTAATTTTTTAGTAATGTTTAA ATTTAAACTTATACATAATTATTAATGGATTTAAAAAAAGTGATATTTTA TATAATTTGTAACAGTGAATAAGGGTAACGAAGCATTCAAAAAAATTATG TTATAGTTTAACGAACAACTCTGCTAGTTTAATATTTATATTTAAAATGT AAGTAGGGACCTCTAATATCCACCTTAAATTTAAACTTATATAAGGAATA AATAAACAAAATTAGATCAATAGTTCTACCATGTAATACTTGTTAACTTT TTAATTTTTATATCAACCAATCACTGATCATTTCATTTTGTTAATGTAAT TGAATATGAATTATACGTTTTAATAAAAAAAATATCGATTAAATATCTAA AAAAATTTAGTTTATAAAAGATTTTTTTGAAAAAGGAAAAACTGATATGA GGGTTATATTTAAAAGTCAATATCCTATGTTTAAAAAGAGATATGGAAGA TTTCGTGAGCTCAATTAAAAGTGTCATTCTTTAAAAAAAATAACAATAAC ATATAAAACAATCTTCATATCATGCTAACCTCTCTCAAAGCTCCTTTTAT TAATATATATTAATATAAAAGCAAAATATGTTGTGTTTTTTTTTTAAATT TTAAAGGCTAATTAAGTGCAAAAAAAAAAAAAGGAAGCTTTTGCTTCGCC CTGTCTAAATAAACTTGAAATTTATACTGGTTATTAATAAATATTTACAC AGAGTTTAAGTTTATATATGAGACCAATTTTACCCGGTTTGGTTAAAGCG ATTTATTCAAGATTAATTTATACAAATATATTTAAGTGAAGACCGTAGTT TGAAACCGTAGGCCGAATTTAAATTTTAAATTCATCATGCACTGAAATCT AAATAGTAGACCTAAAATTCCTTTTCTTTCAAAAGGTAAAGCATAACAGC TGTGTTTTTCTTTGAATAACAAAATATAATAGCTATCATTTTTTCCCTAA AAATATATTTTCTCTTAAATCCCGTCATTTTTTATTTTTGGAGCCGATTT CACTATAATACTGGTTCAGATTGAACTAATTGGCATTATAACGGTTTCAG ACTAATCTAGACTTTACGTGATTTTAAACCCAGAACAAGTTTAGACCTTT AATTACTTGGCAACCCTGAGATCTATGTTTATGCCAGTGTGTTCATCAGA TTTAGCTTACAAATCTGTAAAAAAAATAAAAAATAGGAAATCCTTGAAAA GGCACTTACCAAGGACATCTATCTGGATGTCCTGAGGGATGTGTGCAAAC CCTGGAAGAACTTGGCAGCTGTTGGAAGGACATATGTCTTCCAGCAAAAT GGGGGTCTGGCCTACACTTCCAATCTTGTCCAAAATTGGTGTTAAGACAA TTTGGAAATGTTTTAGAGAAAGGGATTGTGGCCTCCCAGCTCATCGGATC TGAACTTCTTGGACTTCTATGTGTGGGGTGTCTTGGAGAGAGTCCAATAA ACGTGCACTCAACACTGTTGAGACCTTGTGGTTTTCCATTCTTGAGGCAT TGGCCAACATGGATAAGGAGTTCAACATTAAGGCCTATGTCAGGATGCTG TGGTTGAAGCTGGAGGTGGCTGGTTTTACTATTAACCCAAAATATTTGTT AATTCCTGAATTAATTTTGTGAAATAAATTGTAATATACATACAACATTT TAAATATTCCGTATTCCGGATTGAAAATCCCCACAACCTAAGTGAATATT ATTGGCTTAAGGGATTACCTTGTATAGGTTTGATCATTTTCACCATTTCT TCAAATATGTTTTGACAGAAAAAAAAAACTTTTGTTCTATTTTCTCAATC CTCTACGGAACTCTGTTTTGACACCTCATTAATCTTTTTATTTCATAATT AAATTCTTCTGTTTTCTTATTTTATTAAAAAAAGAGTATTTATATAGAAG AATAAGATTATCTTTGATGACTGTCTTCTTTGTTCTTTCTTTGCATTTGA TTTTGAAGATGTAGAAAAAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTCATTATCTATGAAAATTAT CTATTGTAATTTATTATTAAGTAATCATCATTAGAAAAGAAAATATGAAG TTTTTTTCCCTTTTCTCTTTAAAATTCCAGGATATTTTTATTCTGATCCA CACTTATCTACTTAAAAGGTTTTTATTGTATCCCTCAACCTTTTTCCAAA GTAAAGAAAGACAAAAATCAGTTGGTAACAATAAAGTCTTGAGACTCAGT CGAAAAACAATTTTAAAATTAAAATTGTTATTTTAATTTTTCATATGGGG TTGCACTGATTAACTATAAATAAATATTATAGATTAGAATAACTCTATTT CAGCTAGAAATTGTTGTCTATGAAGTCCATATACATGAAGTACATTTTCT TCTCTATGATAAATTGTGAATTGAACCCCTAGCCACACTGAGTTCAAGAT AATAATTTCTCCATGCACGTTGTACATTAAGCTACGTTACTCGATGATTT ATCCCCTGGTGCGGTCCAAAGTCAATTTTTATATACTGTTTTGGACCAAT ATTTTGTTCCAACCCCCGATTTCATACCCTAGACCGTTTTCAAATTGTGT ACTAATATTTTTCTGTTTCATATCAAGACTTATTTATTTTGGTCTCAATC TAGGAACTGATTGTCTCTCCTATTTTTCTGATTTATGAGATGTAGAAATA TGATTTATGGAACACATTTAAGTTTATATGACGTTATTGTTCCGATTTTC ACAGCACAACTAACAATATCAAAATATCAATAATTCAGTGTAGAATTGGT TTAGACTGAATTTTTTGTAAGACAGATCTAGACACACAATGTGGATGTAT TTTAGATATGGTAATAGAATGATGTATACCATTATGGACAAATATATCGA TAAATCTATATTTATTTATTAATCCTACGTTATCAAAAGAACCATTTTTA TGTATTAATATATGTAATTTTTCATTAGATAATTGAATTACGATCAATTG CTTTTAGAATATGATGCCATTATCACTTAACTTAAACATTTGTTTTATCA ATGTATAAGTACTTATATTATGTGTAAGGTATTTTATTGCAATGTATTTA TAGGAATTGCAAAAAAAGTATATTAATATTAAAAAAAAGAAGAAAATGAA AAAAAGATAAATAATAAAAAGTGTTTATCTCTCTTTTTTTTATTGACTGT TGTAAAAGTTTTTTTTGCCTTATATATCCAGACTTTTGATTAAGTTTTTG CTTTTTATACTTTTAAATTGAGTAGTAACTAGTTTTATGTAAGAAGTCTT AAGGAAANCCTTATAATTCACACATATCACAAATGAATGTACTGTCTGCC CTGTTTAGCAGTAGACTCTAAATAATTTTTAGATGAAAAGATCTTCTTCT TTTTGTAACTACTCCAGTCAATAAATTTTGCACCCACGTCTTGCATATGT CTTTGGTTTTATGGCAATTGCCCAAGAAAGCTACTATACATTAACGTTTT ACTTACTTTTTTGCTCGTAACTTAAATAAGTTAACTCCGATTTCCATATG AAGCACCTCGTTTGAAAGCCTTTTTGTTTTTAATCAACCAGGACTTTAAC AGTTATATTCAACATAACCTTTTATAAATTACGTGTGTTAAAAGATGAAC ATAGCGCAATAAATGATTTTAAACTTATCTGTATTCAAGACGACATTTTT TTTCATTCATATGTTTGTCGTTACTTTCCAAAGAGACTCATTAGTGTGTC CCTGATTGTTTTACCTCACAATATTTAATATATTATTCAAAACACGATGT ATCTTTGCTGTACARCAAACAATAATTTTTATCATTGTGGTCAAAAATGA TACATTTATTTGATTTCTATTTCCATTTCCATTATTTTGTACCAGACGTT TTCTCCGATTTTGAATTCGATGCAGAAATAATTAAAATATATATTGAATC CATAAACATGTATATAAAAACTTTATGTTTTTCTTTGTCTTTTATTTAGG TCCTTCAATGCGACAAATAACACGAAATCATGTAGATTTTGTAAAAAAAT TAATCTTCAAAAAATCACCTTTATAAAGTAAAACAGAGATTTCTGACTAT ATAGGTTGTTTTCACGTTTCTCGATGTTCAGGGAATACCAAAAGTGAACT AGTGTTATACATTCAAAGTTAAGAGATAGTCTTCTATTAGATTATAACAA ATATTAAATATCCCATCAGGATAATATAAAAACCATTCTTTGATACTATC CATACAAGAATTTTGTATTGGTAAGTTCAATACAGCAATTAATGAAAAGG ATACTTGATGAAATCTTGTGTAATGTATAAAAATTGAATGAATACATTAT TTTTGTTTGCACATTCATTTCATCTTGTAATAAAATTATTTATCACAAAA GTAAAGCCATTAAAATATAACTAAAGATAACTCCTAGGTATTATTTTCAA ACTTCAATTATGTCATATAAAGTGGTAACAAACTTTTATTTCCTAATATC CGTATTATGTACCTATTACATAGTTACATTTATATATGTTTATAATTAAG TTTGGCTTGTTTTCACACTTCATTTGTGGGATGTCGGGATGTTCAGTGAT GAATTAGTAACATCAATTTTTCTCTATAGAAAAACATAAAAGACAATTGA TTTTTTCTCTGTTAATATGTCTATGTTATTTTTTTGTTCTCTCCATCTCT AATTAAAAGATGACTTCCGGAGTAGACAGTTGATTAAGAGCTAGGGTAAT TAATAATCTTACATTCATATATTTTGCAAATSAATGTTAAACGCAATTGA AATATATTACTGACAAGACGGACTGTCGTATCTAAGTCATTCTATTAAAT CAATGGTTATTAATAAAGATATTTTACCTGAAGGCAGAAAATATAGGGAT ACTCAATTATGTTAATGTTTCCTTGTACTGGGTGGTCCGCTGAAATCTAA CACTTAATCCTTCTCTAATAAATTAAGGTTGAGTGATTGAAATTAATTCA TATTTTGATATATTAAAGTATAAACAGTTAGTTNGTACAAGTCGAGAAAT TGCTCTTGAGCGTGATAGACGAATTTCCGTTCCTGGACTCCAAGCAGTTA CTTACGGAGTGGGGGMCTCCACGACCGCCGTCTTCGGCGTCAGCAAGTCC AAAAACGCTGGAAAGGGAAAAAACCTTTGTCAAAAAGGCCAAACTGGACT TGGAAGAGTTATACATAACAAACCAGGCGAATCCCCTCAAGTCCATGAAG GGTCTATGCAAGAGATCTCGGGGGTTCACACCAGACTGTACAGAGAGCTA TCAAAAAAGTGGGTAGAAAGAGCCTTTTGAGGGTAGAGAGTCCACTATTG CCACTAGGAATCAAAGAAAGCCATCTCCTCCGTTGTAACACTCTTTTGAA TGAGTTTTTTAAATTCATTTGAACTATTTTTTGATAATTTTGTCATCCTA CAGCCCTGATGCCAAACCCCTGGACTACACCTCTTAGGTGCATGTCGAGG AAAAGACCTGCAGTGCCTTTCATCCAAATACTGAGTCTCTCAAAGCCTCT GTCAGCCAGTACTGGTCAGAGGACTACATCTGCAGAGGGTACCAGGTCTT TCGTCGCCTCCTGAAAGCTATCATTGCAGCTAAAGGCGGCTATATTAATG ATTATTAACCTCAGAAATAAGAGAATACTAACAGCTTTGGAAAATACAAA AAACCTATTGAGTTTGCAACAACAAAATATTATATTTCATTCATGTTATA GCTACCTGCAGCTAATTTAATGCATTGTCATGAGAGCTAAGTTGCTTCCT TTCTCAAATATTCTTCAAACTGTCAGGATGACCATGTTAATTTTCTTTTT CTGTTGAAAAGATATTTCTTAGAAGAAGGAAACAAAAAAAAAAAAATTAC CAAAAGCGAAAATGGGGTTAGCAAAAAATGCCAAAAAATAGCGTACATAC ATTCCCATGGCTTTAAATGCAATAATGGAATATATTTAAGATGATAAATC TATAATTGCTGTATTACTTTAAACTTCTTGGATTAAAAATTAATAAGAAT TCCATGGCACATTGAATGTATACATATTTCAAGTGCTCTTAGTTTCATCG CTCATTATTAATACATCAAAGTTAAATGATAATATCAATTGATAGTTAAT TATTAAAATGAAGTTAATTTGTAGTTATAATTAAATAGGACTTAGTGAGA TAAATTGTAATTTGTGATTTTAATAAAACTAAGGATGTCAGACTGACAAT TTCAAGAATGTTTGGGAGGAGCTGTCATGACGTTTTAATAGATGTGCTAC AATTGGCCGCAAGAGGGTGGAAATAAACAAAAATGCCATTCAGATTCTAT TAAGGGGTTCTACAGGAATTACTACAATGTCGATCCTCGGCTCTACCCTT CGTAAGTACTACAAGAACTTTCCCTTATAACTCGCCAACAATTCTTCAGT GGAACTCTTCATTATCTATGAGCTCACGCACCTTATTCTTCTATTTTGTC CCCTCCTTTAGAATAAAGGAACAATGAAAACTACTTTGAAAGATACCAAA AACCTATTCAGGATGCAACCTCAAAATGTCTTGCTCTCGTTTAAGGTCAT ATTTTTTACATCTACAGTGTGAGTCCTCAAAAATTAGAATCCTCTTGGAG GCTGTCTACCATCAGTTGTCAAAGTCTGACAAGTTTGTACTTGCACCATT CGAAAGAACTGATAAAAAGGCTACAATTTGATTTTAATTCTGTTTTTGTG CGATCAAAAATGTCTGAGTAACTTGTAAAACCGCAGAGGATGTGTGATCT CCGCGCACAAGTTGATCTACGACAGGAAGATCTTCACAGTGGACGCTGTT TTGGACATGAGAAATGGTCGCTTCTTGGATGAATCAAGAGGTCAGGTTGA GGGAACCTTCAAGACCAAAGATCCAGCTCAGGTATAGTTCTCGGCGTCGT GGCGTCTGACGGCAGCAAGATGCATTTCTACTTCTTCAATCCCAACGAGA AAGTCAACATGGACGTCTGATACAAGGTCCTCAGGACAACTATGCATTTG TCCAGGAAGGCGCCTCGGAACACACGTCTAAGATGGTGCAGCATTTCTGC AGCGAGAGCATGACTTCTTTTTCTGGCCGACAGACATCAGGCCTTCGTCC ATACCCGCTGTTTTGTGTGTAATGGAGGGSAAGACGAACAAAACATTTTA CAACATGGMATTGAAGCCATTATTTAGAATGAATGGTCGTATTGTATAAA ATGTTGTTCGTCTTGCCCTCCACTTCTCACGCAAATGTTGATGCCCTGAA GGCCGTGATTACGGAGAAATGGAACAACTCGAACTTCAACAAGGTCAGCT TTACTTCTGTTCGTCCTTGTATTGAAGCCATTATTTAGAATGAAGGGTCA TATTGTATAAAATGTGTAGAAAATTGCCAACTTTAGCTTCCAAAGTTTGC CATAAAAATGGCTGAAAAAAAAATATGAAGAATTGAAAATGGCATATAAA ATTTTCAAATTTTTGAGTCCTCACCATGCATATTCGTCATCAATCGAGAG ACAATTTTTATTGTCCTCATGTGATATTGTTTTGGCCAATCGTTTAATCT ATTCAAATAACTCAGTTGTCGTAAAAAAATGAGTAGGGTTAACATGAATA GTCCATACTTGTTCTTCAAGCTCTCTCTTTTTATAGAAGTTTAATTCATC AACCCGAGATTTGTATTCAAAAAGAAATCTGCCTCACTTTGACAAACTGC CAACAAAAATTATTTGTCATTTCTATATATTTGTTTATCTATGGTCTTGT TTGTCTCTTCTTAGGTAGACTGTCATTCCATAACCAACATTTTACAATTA TGAGATAATGAAACATGATTGCGTTTTATAAACTTGAAAGATACCTTGAA CTAAGACTGTTTTTATATAAGCATATACTTAATCKCTCATTCTATGTGAA AGTATGACAACCTAACCCCCCCCCCCCCTCCTTATTCTTGTCCTTTTTTG CATTAGTATACTTATGCATATTGTTGTGGGAGTATTCTACATCATACGGA GTTTTTGATGCACCAATGAATTAATTATACATGTATGCATATGCAACAGT GTCGTTCATATATTATGTACAATTTCCATATGCACACCGTTCCTTTGGAA ATGTATTATTTTTTCATCCTAGGAGTGTATATTTAATTATGCACTTGATT TATTTGAACATACAAATGATAATCATAACTAACACTTTTGATTGTCATTT GATGAATTTGTATATTAATCACATTTTGAAAACCAGATAATAACTTGCAA TTTCTTGGAGGGATGGGGGATTGGGATATATATGATACTATGGAACAGTT GTTCTAAATTACAGTGTTATAAAATGCGTGCAAGATTTTTATAATAGCTG ACAATCACTTGTACTCATGAAAGACGGGGAGTAGTACGAAGTATTTGTTG AGGAATTATAAATCTAATTCCTTGTTGGACTTGTAGTAGAGTTGAGTATC GACATTGGAGTAATTCTTATCATTGTCCTTGCTTCATTTACAATGAGGGG CATTTTMGTTTTTCCATTCATCTCACGGATGCTTACAATTAATTTAATAC AATTTCATGACAGCTAAGCTGCTCTCCTTCAAATTATTCTNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTG CTATGACACCCTCAAAGCACCCGCGGAAGGCCTTGCACACATTGATGATG TAATGGTCTTCCATGGATGCCCATTGCTCATTGACGCTGGCCCCTTAACT TTTTATTTTAATTCGTTGCACTGAGCTTCGGCTACACAGGTTCCTTGTTA CACTGTTATTTCTTCAATCAAGTTGTGATGCAGTTTCAAGATATAAAGTA CACACCCAAAATGACGCGTCGGAAGACATGCAACTTTTGCTACATTAATA TATATATTATTATTTACAATAGAAGCAATATATTTTGGTAAATATAAGCC TCCTAAATCAAATGAATATTTTAAACTGTAGCTAAAATTCTTGGGTATCT TAACTTACACCACCAATTTGAATACAGAGCCTATCATTGACTCAAATATG TTTTATCTTGTTTTTTGTTCATGACTGTTTTTACTTTGATGCACCACATA TATACTATGTTTATTAAAAAATGATTTCAATCTAATAACATTTTATATTC CACTTTCTCTCATGCACGGCTTTTTTTAGAGCGTTAAACATGAGAAAATT TCATTCCATGTTCCATGTAAAACGTTGTACATATTTGTATCTTAACATTT CCCCTTTATTATTTTTTTTCTGGTACTGAAGGCGGTGATTGAATTTATAT TTGTTTCTTTTTGGTGATTCTTTTTTTTTGTCTTTGAGAAAAGCCATTTA TTGAAAATAAAAACTCCTTCCTCTCTCTGCTTTCTTCATTCCAAGGTCTT TATTCATTTCTGACAAATTATTCTACAAATAATTAATGATGGATTTTTAT ATATATTTAAGTTTAAAAAAAAAGTTATTAGAAAGTTGATGTCCTCCTCT GTTCCTCTTATGTCCTTTCTTTATCTAAAATAATGAGTAATAAAGAGATA AGAGGAAGAAAAATCATCGAATTTAATGAAGAGAAGTAGTTTAATTCTCC CTTCCCTCTTTTTTAATGAATAATTATTTGGAAATGAATCCGTCACAACA TAAAAATAGTCTTTAAAAAAGTCAAGAAAAGAAGGAAATCCAAATAACTT CATATGTACATAGAAACCAGTATTCCATAAGATACCCAAGAATTTTAGTT CAAAATTTCTATTTGATTTTAAAGATAATAAGGCCCCTTTCAAATAAAAT CCAACCCTTTCTCATTCTTCTAATGTGAATATTAATGTTGACTACTTTAG TTGCAATTTTCGGGTTCGCCAAAAGGTGAATAAGAATAATTTGTTGATGG ACATTGATAATATTTCGTCAAAGAATACAAGTACATACAATCCACACTCA ATTTTGATAAAAATCATTCTAGCCTGATTTTGTATTGATGAACGACAATT GCCGATTTTTCTGCTTTTTCTTTCTTTATGTCAGCTTTTATGATCTTGGT CCTTAATCATTTTTTTTTTTTTMTTCNNNNNNTGATCTTGGTCCTTAATC ATTTTTTTTTTTTTGTTCTCCCCATAGTATATACTTTGAGATATATATAA GAAAAAGAGAGACCATATATATTATTTAAAAAAATATGTCATTTATTATC AACGTCATTTGACCCCACTACGTTTCTACATTAAAAGAAATATGAAATTA AATAATTATTTTATATTTCTTGAATCTCGTCTTGATATCTTCCATTTAAT ATATATATATATTATTATTAATGTACTATCATTAATTTTCATTATAGCCC CATGTGACACTACCAGTAGTTTTCATATATAATGTATCTACGAGAATATG TTCAATACATTCTTTGAATCAAATTGACATAAAACTTTTGTCTGATATGG TGTCAATCTTCTTCTTTTAATGCTATCAAAGTCATTGATTATTGGAGCAT GGTAGAAGGAATGATTTAACGGGTGAGTTCTTCTACATATCTTGTCACTC ATATTGAATTTCTAAGACAGCGTTCTCTTAATATCTTATCAGCATAATTA TTCCTCCTCAAATTCCCCCCATATTTTTTGAAAAGGTAGTAGGTTACTAA TGAAAATTTTAAATATTTTGTATGTACATGTAATTCGCTCCTTAAAGCCC TTGCTCTCCATTGTGCAATAATGTAATTATTGATTTCTTAAAATAAAAAA ATAAAATTATAATTTGGAAAGCTCGATATTTCATTTTAAATGAAATGGTC TTAACCTTTTACCTTTAAATGAGATTTTTTTATAATTTTATTATCATAAA TTAAATATAAGCCCATATTTAAGACTGACGTTAAATTTTGCTTAGAATAT ACTTATTGTTATAAAGGTTACTAATTTTTCCCTGCTCCAAAGTTGACTCT AATTTGTAATTTTGAGTAAAAATATTCAAAAATTATATATAGATTGATAT ATATTGTGGGTTGAAAGTCCAAACCATTTTGTGTGTCTTCGTTTTGTTGT CGTTGTTGGAAAGCTGAATAGTGTTTTTGAGTAGGGTGTAACCAGAAGTA TTTGTGCTCACAAATGACGGAAAGTAACGCTGATGATTTGATGGGGAGTT ATTAGGTTAAGTCCCTGTTGTTGTTGTAGAATTGAAAATAAAAAGTAGTG GCTCCCGTAGCTCATGGACAACGCACTTGGGAGAAATTATTCTATTAAAC TCAATGTGCGTAGTTTCGCGCCCATGTGATTCATAGTTAAATAAATATAC TTAKWGTATATTGGCTTCACTCCAGATMCCTAGGTTAGTTGGAGTAAATA TTATTCTATAATTACTATAATGTTTACTCATACTTAATCTCTMCAACRCC AACTAACCTWTTAAAGGAAKATNNNCCTGTCATTGTTTGAGACGGAGKGG GATTTCTGTTTATTTCGTTCCTCTCACAGCTAAGACGTGAAACAAATTCA ATGAAACTAGTGATTGGGCAATTCCAAAAAAAAAAAAAAWMATGATGTCA ATTCCGATGCGATTCTTGTAAAAGTTCCCGATGCCAATTCTTTAATATTT TAAATAATAGTTGAAAAAAAAAATTGAATAGAAAAATTTAATTTAATTTC AAGTATTAAATTTTTTAGAAAAAAACAAAAATTGGTTTTTTTTGGAGGGG GGGGAGGTTTATTTATTTGTCATATTTTAGAAAGTTAATCAATAGTTGCA TACCAGTATTAAATAATAATGAATAAGAATCGCAAATTAAACATTATTTT CCCGATATCTATTCCCGAAAAAACTCCCGATTCTCCTATTCTGGATTAAT GTTCCTATCACTAAATAAACTGTCATGATAGCTTAGCTGCTCTTCCCTAA AAAAAATTTTAAAATTGTGAAGGCTACCATGACACTTTTCAGTTTTCTTT ATTTCTACATACCGAAAATGCTCAAGATTTACAACCCTACGCATATTGTA TCATATACTGACTCGAGGCAGGCATAAGGGGTGTTATAAATAAGGTGCAT TCTTATTCATTATGAATACATTATTTCTTAATTATAATTATCCATTAACA AGAAGAAAGTTTATTTCATATGTACATATATAGGTCTATTAAAAAGTGAA AGCTGTGCAATAAAATAAGTAATGGATATTAGTCATTGTATATGTGTTGC ATCAACATAAAAATAATCTTGAACAAAAATCAAGACTATAAGAAAATCTT CTTTTTTTTTTAACTTTATATTTACATAGATACATTTCATTGAGATATTT GATTTCATTATAGACTTTGTCTTCGAATTTATTTGATAAATTAATATATC TAATAATATTAACTATAATTTAGAACCTTTATTTGATTTAATATTCTTAA TTTTGGTCAATTTATTGTGACGATCCAAATGGTCATGAAGAATAATTTTT ATAAATTGACGATAATCATTTATAGTCTACTTTATTATTAAAAAAAATCA TTCTAACTTGCTTTCATTTTGATATTCCACATATATGAGTATGTGCATAT GTTTAAGGGGGATCCTTAACCCTCTATTCTTCCCTACTTATTCATACCAT CCCCTCCTTCCCTTTTCTACATTTATCTATTCATACATTATTTTGATAAG GGCTCTTGAAAACCAATTTTTCAATATTGTTTGTCAATATAATGATGCTT CTCTATAATTTCTTCTTGATCAAAATAACTAACTTTTTAATTAATATTAT AACTATTCATTCAACATCTCCCCTCCCTCATCTCATCTTTTCCCCATAAT GACTTGGTTATACATATTATGTTTTGGATAATCTTTTTGTCGTACTTTGA GCTTCTTTTTCTAATAGGAAGAGAGTTTAAAGTTTTTTTTAAAGGTAAGG GTATGTTAATAAGAACTTTTCTTAATATGGAACTTGTTCTCAAACCACAG ATTATATAGGGAGTAAGTTTTTTTTAATCCGTTTTTGAAGACTAAAAAAT TCAGGAAACTTTCATTATGTCGGAAGTATTTTTTTTTTTACTTATACCAT TGTTATATAATGCATCTTTATTTGATTAAATCGCAAGCTATTTTCTTTTA GTTTATTTATACTGGATGCAAAGGTAATTTGATATCCGTTCACTCAAATT TGTTAATTTCCTTATATACGATACTTTGAATATTAGAAAGTCATGAAATT AGTCGAATGAATAAGTCAGTTTCATTTGTCTTGTTTTTTGATAAATAAAT GAAAAAATTGAAACAAATCAAATGAGTTGTCTATAGTCACAAAAAATATT ACATATTGGCTAMATTGTGTAAAGTGAAATTTATTCCATTAATCATAGGA ATACATTTTAAACTGACGGCTAATTGAATAAGTATACTGGAAAGAATTCT GGTATGTCCATGTGCCAATTAAAACTAGGTTCTAGAATTCATTGGTAGTA ATTAGTATCCTCTCTATATTTAGAATTCCATCTACATACACATGTGATGA CATCCCTTTTTCTTTCTCTGCTCAGTCATTGCTCTTTCCCTTAAACAAAG AAAAAAAGGGTCTATTTCATTTTTATTTTTGAATAAATATAAAGGGTTAA TTGTGCAGAAGATTAATGTTTCATTTCTTATGCAATATATATATACATGG GTCAGAGAAAGTCTTATCGTTACTCATTGACTCGTTTGATTAGCAGCAGT AGTATCATTCAATTACCCTGCTTCTCTTGTAAAATCTTTCTACAAGGTAG GGTGGGCCTTAGAAATCAATGAAGTAATTTCACTTGTTCCACCCTTCCAC TTTATTCCATTCATAATCAAACTTCGCTATGGAAAATATTTTTGACTTTA ATTAATATTTAATGGTGGCTCTTGCTTCCAAATCTCTCTTCTATATTGAA AGATCATCCCAAAAAAATGATGTTAATTAAAAAAAAATTTTAATAACATA AATTTAAAATATGCGTAAAAAAAAATGTATTTATTTATTCTATGTTTCAT TTGTGTTTAAATATAAAAAAGYCAGCCAATGCCAAGGTTGGCCACCTCTG AATATATTTCCATTAGATGATAAGAGAATGAAAAAAACCAAAAAAAAATT ACTTTTAACTACACAATTAAAGCCACCCTAGTACAGGGTATATGAATATA CTTTAATGGTACTAGGAAAACGGCCCTGGGGAAGATTGCCCTGGAGAAAA TTATCATGGGATAAAATTGCCAGTTAGAAAAACAGCCCGGGAGAAAATTG CTCGTATTTTCTTCAAACTTACACATTTTAAATTCACATAATATTATTTA TAACAAATATCATATTTTTAAATTCAATTCATTTTCTATGAAATGGATCG AAGGGATTGGTAAGGAGAGGGTGGGGKGTCATAAATAGATTATGGGCTTT TAAAGAATAATTGAGTACCCACTGCCCTCAGATTAGACAGGGGGTAATGT GGGATTGCTAAAAACCAACGTCAAAGCATCACATATATCCAATGAACCCC TCTAATACCAAAAAAATAGTGGTTTTTTTTTTTGCAATCCCACACTACCA TCGGGGCCAATCCCRGGGTGTAGGGTATTGAAMAATATTTTATGAGGCCA TAAGGTWTTTAYCCCCCTYCCCCTCYTTACCAATCCTCTCCATCCATTTC TTAGGAGATTGGATTAAATTTTAAAAAAATGCAAGGAAATTGTATTGCAA TAATATTACTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTGCAATAATATT ACTAACACTTGCAGGTTACTCCCTTGGGCGATGGAACAAAAAAATATGTT TAGATATTTGACATAAATAATATTAAGTGAATTGATAATGTGTTATTATT CATCATGAAGTTTGAACAAAATACGGGCAATTTTTTCCTGGGTAGTTTTC CTATTTGACAATTTTCTCCAGGGTAGTTTTCCGTGCACGACTTTTAATAT ATAACTTCTATATTGTAAATAAGAAGGAAATAAAATAATATTTTATTTTT AATTTCTTCAAATGATTTAAAATTTTGTCTTCTTCTCTCCCTATTCTTTT GTCTCTTATCCACTTTTTAAATCTCATCGTCATTTACTATAAAGTTGATA TTTTTACATAACTATTCTATGAATGTGTACGTACGCTCTTGTTTTCACAT GATTTGCATATCTACACATTAACATATATTATACATTTATGTGTAACGTA TATGCTTCTTGTATAAAAAGTACTGAGACCTGTCTCTAAGTATTTATCAA AATAATCATAATTGATCTGGATGATGATGTACATAGCACATTAGTTATGA ATCTGGCCACCAYCAGCCTCAATTACAGMCTCCAMCCACCTCTGAAACCC CTTGCACAAATTGCCGACGTAGTCCTTTTTCATAATCCTCCACTGTTGGT TAACAGAGGTCCTCTGGGAATTAATATTCGGGTTTTGCAGGCCTTCTTTT CAATTTTCCACCAAATGGAGTAATCGAGTGGATTCAGATCTGGGCTCTGA GAGACCAAAGTTTCTTGTACCAGAAGTTCATGTTGCTTGCTTCTCTTGTA TAATATTAGCAGTATTGGCCGGATGCCCGTCCTGCTGAAATATGTACGTT GCCTTTTTGGACTTCTTCATGGTAAATGTGATCTAAGGTACCACACTTTC ATTCAACATCATCAAGTTGATTGTTGTCTGCGTGTAACCGGTATCCAACA GGAAACCAAATTGGAGGCATTTTTTCTCCAGTTGATGCATCCATCGCGAC ATATACATAATTTTTGTTTAGAATATGTACATCAATCAAAGACTTAGAAT CTAAGCTTTTCAGAAATAATCGTAAATGTAATAATTATTCAACAACACCT ATTCGAAACTGTATTTTTAGAAGGTTTCATTACTTTTTCTACAGACGGTG TGAGTTAGTTGGGTAATCATCTGTCATTGTTAATTTAAAAAAAAAAACAT TTATTAATAAAGTATAAGGTGCATAATAAAAAATGTTGGGCCTCACGATG TTGTTAATGTTCTTATTTTCAGTGATATGATGCTGAGTTATAAAAATGAA ATAAAGTACTGTTTATAAAATGTTTTTGTTTAAAAATAAAATGATTTAAA AATGGCGCTGAGAGAAGGCCTACTATGAAATGTTGGTGCTCTTCTTAACG CCCAAATACACCAAAAAGAAAAATACAGAGCTCTTTGGACTTTGAATTAT ACATAAATGCAGTCACTAAGAGAACTGGGAAGGACACTAAATGCTCGTAG CAGAGCATGTTTTTTATAAAAAATTATAATGATTTTTCTGATAATGTGTT ATCATTTTTAAAAAGGTCATCTATCTTCATTCTGTCACTGATAAATAAAT AATATATTTATATATCTCATTGTCATGTCATTTGACCCTTCTCACACACA CACGTTTATTTGATGGTATATATCCATCAATCATTGTTTTATGTATTTAC CTTCCCTCAATATTACTTAGCCTTCATGTCCATTATGTATTTATTGTGAA ATTCACTCTTAAAGGGGTGTCCTCAGATAAGTTTGTATAAATCTACTCTA CATAGAATAAGATAAATAAGATTGTAAGCATTTTTGGTACATAAAGAAAA AAAGAAACTCGAAATTTTACATAGTAATCCTGACAATTTAATGAATACTT TAGAGGAGAGCAGCTTAGCTGGCATGGCGGTTATTTAAATTAGCTGTGAG CAAGCCTGGTATGTACCCCTCTCCCCTTATGGAGTTTTTGAAGTTAAAAA AAAAAGGATATATGATAGACCATAGAAGTACCTAAGAACCTAAGGAAAAA TATAATTTCTTAAAAATGTCATTATATAAATATAAAAACTTCATGAGATT AAAAAAGAACGATTTATTAAGAAGGACCTTTAATCCTTATTGAGAAAACT GAAAAGGCTCATAGTTAATTTTCCAACATCTCATATGGAAAAAATGGGAT ATCAGTCGGTAAATTTGAAATAAAATATGCTCTATCCCACCCCATAAAGA AAAATTCAACGATTACGATTCCGGTGAAGAGGAAAAATATAAGTCCCACT CCGCATCAAGCAAGAGCATAGGTTGTCGATCTTCAATTCTACTCCCCAAC AAATCCTCAGCATAACTCTTCGTCATTAATGAGTACACACTCGTGGTGAC AGATAATCGTTAGATGTTCTCAACTAAATAATGAAAAAAAAAATTATAAC ATTTTTAAGAATGGAAAGAAAAGAAAAGAAGATGACATCTTAGGAAGTAG AAAAAAAACACTTCATTGGCCAACACAAAAAAAAAAAGACTCCCCCATCA AAAAAATAAAATCTTAGGATTTACAAACTTATGTATAAAATTTGATATAA AAAACTCATGGTGGCAGTATGAGGACGATTTATTTTCTATTTTGTAAAGA TGTTGTCATTCTTCTTTGATTCTTGAAGAAAAAACGTGTAAATATAAATA ATCKGGAGAGGGCTGTTCACCCAGCCACTTCAAATTAAAGAACTGTTGCT TTGTACTATAATTTTTTTTTGTCAGAATCAAAAAGTTTTATGCGAAAATA TGGATATTTTTTTTTCTTTTTGATTATTTTTTTTTACAAAAAAAAAAAAA ATCTGTGAATAGCTTGATTTTTGATTTTTTTTCAAAAATTTTAATCTTGG GAAGTTTTTTTTTAATTCCAAAAACTAAGCCCTTCTCCAAATATATCTTG GCTAGAAACGGAGTGGGATTTATGAGCATTACATTCCCTCATTGCTGATT ACAGCTGATCTAATAAAACATCATGCAAACTAAGCTGCTCTGTTTACAAA CGTTCTTCAAAATCTCAGGCCTAAAAATTTTGCTTTCCTTTTTTTTTATA TATATATATCGAAAGTGCTTAGATGTATACAACTGTAGCCATACATATAC TTACTTATTTTTTAGAGTAGGCATATTATATATGTTTATTTGGTATATTA TTAATATGTACTTCCTGTAGAGTAAAAAAAAATTTTAATAGAGAAATGAA TGAAAAGAACCAAAAAAATCTTTTGTATATATTTTTTAAGGGGGAAAAAA AAATTATTTTTTTATATTTTTTGTTCATTAAGAACTGTATTAAAAATAAA AGAGCGAGAACTAATAGTGGAAAAATTGCTATAAGAAACAGGATGGACCA AAGGCGATGGGAAAACTCCGTTCTATATAAAATATATATATTATGTTATA AGAAGGTTAACTTACAACATTAATATTGACACAATACTAATAATTTTGTA CTGTGACAGGTATCAAAATAGGTATTTCGGCGCTTTTCGATTATACTTTT TCGAGTAAAAATATTTCACAAAATGTCATTCAGGGCAATTTACATGCTAA CACAAGTGGGCCCGCCATCATATAAATTCGAGGAATTTTCTTTGATATAT ATGACAATTTTTATTCTTAAGAAAATTGTTACTATTAGTACTCCAATCTA TTGTAAGGGGGGGGGGGGGATGKGACTTATCATCATAAAAAWAGGCTGGG ATATGAAGTAAGAAATTAATTAAAAATATCTTTGAAACATCAAATATCAT TTGAAATACCTAATTATTTGAATTCATGAGAAGTGGTGTGATACGGTATT TACCACGGAAGTGCTGACATCATTTTAATTAATAATCTTCGCCTATCGTC ATTCATCCACAGCATTTTGTGACAAAAAGATAGAAAGATGAGTTTGAATT TATCTTTCAAGTTACATTGTAGAAAGTGCAGATTCCACTCAACAAATCAA AAAAGTTTATTAGTGTAATTTAAAGAKCATAAATGAAAACACCCTTTTTA TCATATTGCTCGATTTTTACAAAAATAATCTCAGCCTGTTTTTATGTTGA CAAGTAAGATGTATACTACTGACGACTATAAGCTTGAATTCGGAGAATAT CGTGTGAACGATTCACTTAATAAAGTTTTGTAGAACTTGCAACCTAAACA TATGTATTTAAAAAACAGAAATATTGAAACAATTAAATTGTTTTTTATAG GCATAGCACATTTATTCAGAAAAGCAGATATAGATATCGTATACAGTCAT TATAGTCTTTCATAGTGAGTATTTGTGAAACACACAATTAAATATGTTTG ATTAATTATTTAGTTGTTCTAGTATTTTTTGAATAAGTTTGAAAATACAT TGGAAAAAATGAATGGTTATATAGTATACATAAGTACTTTTGAGACATTT AACGAAATTTATTGTAACACGTTGCTGTTATTGTATCACACAACTTTTTT TCCGAAAAAAATTAGTTGGTAGAAGTTAGCCAATTATTCCCGACTATGGA ATTATTTTTTAGTAATTATTTCTGGGAATGTTTTAAAGCTTAAAAAGAGC TGATTCGAATTCAACCAATCAACGGAACACTGATTTGGGGAAAAGAAACA GAGTAATCAACAACTGACTACAAAATATTAGATAATTTTTTATGTAGAGA GGTAACGGAGAATACTTTTTTTAAATCCATAATCAATGAAAAGTTTATTG AGTTTGAAGGAGCTTACCTGCATATTGATAACCTCAAAACTGTATATATT TATTCTGCAATAATAATTTACTTGCATTTCAATTGGCTTGACATTTTGCA CATATAATCATTTCGTTCTAATTTATTATGTGTGCCACACCCACCCCATG CAACGGATTTCAAATAATATGATGATATTTTTTTGCTGACATATTTTATA CACATATTAAAAGTTTTTACAACTTTAGTTACTGTTTCTTTAATAAACTT ATGCTGGAGCATATACAATAGGTTCATAGTGTTGGTTTTTGAAAACCTTT TACCTGTCAGAGGGCGTTATGATTTTGAGTACATCAATCCAATTCAGTCC TTCAAAAAATTTCGGTTTGTAATCATCTCAAAGAAAAATTTGGTCTGGAT TGATCTCATTTAAAATTCGATCTAGACCGATTCGGTATTTGAATTGTTGA TGACGTCATTTAGGTTTTAAAATTATGATCCTTGGCATAATAACGTCAAA TGTTAAATGTGTTACATAGCTCATACTTGTATCATAAGTCCATAGATTGA GACCAAAAAAAAAAATCAAGATATACAAAATTACAAACTTTAAACCGGTA ACAAAATTCGGCCTTGGACTTTAGTACGTACGTACATAATATATAACATA TTTGAGTGTTGTTTTTACGGACTATACATAAATATGTGTATATTTTCGAA GAACACTAACCCAATAGTAAAATTTCCTAATGACAGAAATTGGATATTTC TTAATTCGCCATTCATGTTATCAAATCATTCATTCCCTTATAAAAGGGAC TGTAGTTCTTCAACGACATCTATTCACTTTTTAACATACAGTCACACCTG GTCTAAGAGCTACTTGTATACCCCTACACAAAAAGGTGTTATTTAGTTTT CAAAATATGACATTTGGTTTAAGAAATCACATGCACTAAGCAGTCACTTT TCTGTTTGCATTGCCTGATCGCTTAATACAGGTTTGACTGTTAAATCGAA AATATTGATATTAGTTCTAAAGTCGGAGCTTCAAAAGACCTGTTTTGTAA ATAATTTCTTAGATCCTGTATTGACATAGTTCCTCGATACATTTATAAAT GTATGTACTGAAAACATTCAGACAAACTTTGCTATAAATGAATTATTCAC TATTTCAAAATATTTACAGCATGATGTTTATTTTTCTATCCTTTTTATTC TATAATTTCGTCAGTTATGGTAAAATATATCTATTAGCCTAGAGTTACAA CAATTTTCTGTATCTTACATAATTTTGCCAGAAATTAGGTTTATGCGTCA GTCATTGGTTCTCAACTGAAAAAAAGGTGCTATTTTTCAAGCTGTATAAA GTAAAAACAATTAGATAATGAATTGAAAGTAGATTTTTGATGAGGATAAT GGAATAAAGGATTTTTTTTTTTTGATTTATAATATATCATTGGTGTAATT TTGGACAATTTTGGACTAAAATGACTAATATATGAGTATCCTGTGATGCA TTAAAAGTTCAAATACCCACAGTTATATTACATGTAAATCTATATTTATA AAGTAAAGTTTGTATGTATGTGTTCTGACTGTATCTAAGATTGGACAAAT AACAATGTAGCAACGAGCGTGTGTAGTTCAAACTCAGTACTTCACATTGA AAAAAGGAAGAAAAAAAAGAGTATATATTGTTGTATGGTTGTAAATCCTA AGCATTTTTTAGAGTACCATTTTTTTGGTTGAAGATTGTTTTTTATTTTA TCCAGCTGTGATTATTACTCTTAGATATATCAAAACTAAGTAATTTTAAT AGATCTAAATGAAATAATTTCATCAATATATAAAGTAGTTTAATCTAACA ATTATGATATTTAAAACAAGATATTTATATTATTCAAGAAGAATACTGTA CTCGTGCATCAATCTGTCAAAAAATAGTATTCCATTTTTCCTGAGCTCTC AAAGTTTTACTATTATTTGTAGGAATCTAAATTTATATATATAATTTTGT TTGTTTGTCTATGGAAAATCAATTTTTGAGTGTGCGCTTAGAATCTAATT TAGTGTCTTCTTGATTTAAGAAAAAATAATAACGTATCAATGAGTGTGTG TAGCATATTAAAAAAAATGAAATTTTATTAAAAATAAAAATCATTGTCAG TTATACGTTGGAGCTTCGTTTCTAGTAAAAATGGCTAATATATCTTAAAT ACAAGACAAAATTATTAAAAATAAGTACTTTCGTATCCGTGTTTGCAATT TTTAAAATTTTATAATCAAGTTATTTTTTATTATATATATATATTAATTA TATTTTTTAATAATGGCCAAACCAAAACTTGGGCATTAATATAAAAGCAT TGACATTTTTCAGATTAACAAGTAAATTAATTAGGCGGACAAAGAGGTTG AAAAACTTTGAGTTATACTTAAACATAATACTCCAAGCAATGCAATGTAC TTCCACTACTTTATACTAATTTTAAATACGTTTCTTACATAAATTGATTA ATTATGCGAATTAGGTCGTCGATTTGTGGAGTTCATATATTTTTTCTTGT ATGCTCTTTATTACTTTTTTAACTTTCTTCTCTCAATTTAGGGAAATACA CTTTTTAAGAACCACTTTGATTTGTTAAAACATTCATCATCCTCATTCAA AAACAAGTGGTTAAGTGACAACTAAACTTATTTGTATGTATGTATTGTAT ATGAAAGGAAATTGCCACTGGAAGGAAATTATATTAACAAAAGTGACGAT TTTCTTCCATTCTCTAAGTGAATTTGTAATTGCATAGCGTCCCCTTTGAA AGCTATGGGGGCTGTCAAAACAAAAGGAAGATATGAATTTTTTTCCTCAA AATTGAGTGTGGACCACATTTGTACTCCTTGACAAATATTTGTCAATTTA TATCAATAAATTATTCTTATAAGTCCTTTAGGTGGCCTGCGAATTGACTT AAAGTAGTAGCAAATTAATAAAAACAAAAAAAGATAGAGAATGTTGATTG AATCTATTGGAAAGGGCAACTTGTGGCCAATATAAGTCTCTGAAATCATT GCTAAAAATCTTGGAATCTTAACTCATCCTATAAAAGCCTATAATTAACT CATAAATATCAATGAAGTATTAGGCTGTATGTAAACTATGAAGTAAAAAA AAAGTAGAAAAGGCCTATCTCCTTTTCTTGATTTTTGTTACGATTGTTTT TATGTTGACGTACTAATTTATGGGGTAAATAAGACTTTTATACTTCCACA GAAGCTCCTGATTTTGAACAAGAAAAGTTGTTGAAAAAAGTTTGAAGTTC TTAATATGTGTAGTTCTTATTATATTAAGTTCTTTAAATCGTGTCGTGCT ACTTTAGAGTAACATATATTTAGTTTAAGTTTATTTTATTCCTCATGACA CATTTTTTGGTTGTAGCAACTTACACTTCAGAGCGTATTATGACTTGGAA AATATAATATATTTGATTTTTTTATATGTTATAGGTTCATATCCTTTTCT TGCGCTCTTTTTTTTTAACATTTTCTATCCAAATGCAGAATTTGACATTA ATTTCTTAAAAGATATCGAATTTATGTCAATTCATTTCATGACAATTAGG AAAAGAAGCATTTAAATTAAAGATGGAAGCTTGATAAAGGTATATACATA GAGCCTTTAAATGCATATAGGTTTTTTAATGTGACGTCTGTATTGCTGAT GTCGGCCATTTTGGCGCCTCAACAGCCGAGTTTTATAAAAATTTGAACTT AATTTCTTCCTTACTATTACGAAAAATACATAATTATTGGACGTCAAAAC GAAACCTAGGAGTAAAATGACTTAAACCTTTATATCTATCAAAAACGGAT CCCTCTAATAGTTAGTTTTATTATGTATTAATTATAGATAAATTATTTTA TTACATCGTTACACGATTTTGCTTTCATAGTGTAGACAATAAGTTGAAAA TTATAATGGAAGATATTTTACTCTAATGATTCTACTTTTGTTTTTCCTAA TTTTTCAAACAATAAAAATACTACAATAAAGCCATTCTATTGGGAGTTTC AGTATATTTTACTTTGATATAATTATAATATCACAGTTTATCTTTTGCAT AAAATAACATTCAATCAGTTGTTACTTTTTTTGTTTTTGTTTTTAAACAT TAGAAAKCAATACGTTTCATCAAGATTTATTGGAAATATGTCCATTTTAT GCTGTACAAATAGACCAATTTCCAATAAGTCTGTATGAAACTTCATCAAA TGGCTTTTAGAATAAAGAGAAAACTGAACAGCTTCATTGCACACTACTTG ATGCCAATGATAAGCACTGAAATTTGAATATATAATAAATTTAATATGTA TTAAAAATCGCAAAAANNNNNTTTGTATTATTTTATTGACTAAGAGGGAA AAGTAGGATAATGAGTGATTTTTTTTAAATATTTCAATTGTAGTAGTAAA TTAACAGACCACATTATAGAAATATGATTGTATAAAGATATAATAACATA TTTTAATTGATATGAGGGTCAGATACATGATAAAACTAGGTAATATATGA ATAATATTTTGATTGATAGTCAGGTTTAAGTCCTTTCATTTTTTGGTCCC ATTTTGACGTCTATATTCCTTAATATTAACGAAAAAAGGTTTTTATTCTT ATATAACTCGGATGTTTAGGCCCCCAAAATGGCTGATATCAACATTGCTG TACAACTATATATGTCACCAATTAACAAAAAAACAATCTTAAAAACAAAG TGAGAAATGTCCAGTTTATTTATTTACATACAGCGTAATATTTCGATCAA TTGTAGGTTTTGTATTAAAAATTTTGGGCTAAGTTGTGATACTCAAGAAT GTTTATATCCTTCATTTGTTTTATGTGCCTTAATTTGACTCCGATATGTT CTTATAGATAACATCAATTATTTTTTTATTTTTTTCTGCTATATATGCAA ATTGCAGTTCCTCCAAAGGGTTAGTATGAATAATTAATAATAGAAATTGA CGTAAATTCGTGGAAGACTACAAATCTAATCCTGACTCAATTTTGGGAAA AATTATTCTAGCTTGCTTTTGTGTTGAAGGGCCAGTTATTATGTACCTTA TACTAACAGACAAAGTTTTTCTGTTAAGCACTCATTTTTGAGTGCGTGTT GAATACTTTAGAACTGCGTTACTACTAGATCTAAAAGATACCAAAGTCGC AACGAGCGTACGTGACGCTTACCGTGTAAAATTTTAAATATAAGATAATT TATATATATATATATATTAATATAAACAAAAATCATGGTCAGTTATACTT CGGATACTTATTTGATAGTAAAAAAAGGTAATATATAACTTAATGCAAGA CGGAAGAACAACAAATATGGGTAAAAAAAGAATTCGTTTAGGATCCGTGG TTTGAATATTAATAAGTCTTTATAATTATATATGAAATATTTTTTGAATT TTATATGAAATAATTTAATACTTTAATTAAAACTTGGGCATAATTATTCA TAGTTAATGTTGAAAAAGGGAAGGTCCTAGATGATGAATGTGAGTAACAA AGGTGTTGAAAAACTTTGTGTTATATTTTAAAGCCTGCTAGTTTATTAAT AACATTAATGAATCCCTCTAAAATGTAAGTAGGGAGCCTCTAATATCTTC CTTAAATTTTAAGTTATCGAAGGAGTAAATGCTTGTAATATATAATTTGC TGTATTCTTTTGTTTATAAAATTGAGTATGAATTATATATTTTTAACACT TCCTAGTACTTAAGTCAGACAGATCTGACTGTCACTCTTTATTAAAATGA TTTGTAAAGATAATTTACATACTGTATTATTAAATTGCACCATTTTATCT TCTTTTTCTTTTTTTTTCAGTTAAGAGTAATTGCACAGACTCCGAATTTC GATGTGATGAAATCCGTTGCGTTCCAAAAAATTGGCAGTGTGATGGTGGA GAAGACTGTATTGATGGAAGTGATGAAAATGAGGATATTTGCTGTAAGTG TGATTACCTTTTTTTTTAGGGATTACAAATCCATATATAGACCATGCATT CATACTTATAGATACAGTCGTTAAATGCAATTGTGACTATACATCATCTC TCCCCCTAAAAATTTAGAATAAAAGATATATGTGTGGCAATAACATAAAA GAGAGTTCGAATTTTTTAAGATGAAACTTCAATGAAAAACCGAAGAGGAA TTTTTTAAAGAGCTAAATAAAATATTAAACCACTGAAAAACTGTTTAACA AGTCATTAATATGAATTATATTTGTTTAAATTTTTACATAAACATATTAT ATACAAATTCAGTCAATTTGATTGTGTGGTATTTGAACTTGAAATCGAAT TTTGATGTCATCAATGTAATCAATTTCAGTTGGTGTGGCATGTTTTTCAC CAGCTAATCCCTTTCTTCTGTTTGTTAGTCTTGCAACGTGAATACTTATA CACTCTTCTTTAAAAATAATTTTGACGTCATGACGGCTCATTATCTTTTA TTATCAATATTATCAAATAACCGATATTTATCATATTCAATTAACCCTAA AAACCGCGGCTCCTAAGGACTTTGTCACTTTTTTGAATTAATATGTTGAT TATAGTATTCATATCAGCAGATACGTTTATCATACTGGCGCAATATTAAG AAAATTCATCCCATCTTGCTTTTATGTTATCGCCCCACATAAATGTGTAT GTACATTAGGTTGCCTCTTAGTGTGTATGTAAAAAAACTATGTTGTTATT TTCGTTCTCTCAACCTCTCAATCTGTTATAATAACAAAAATATGCCCAAA ATTGTAATATTTGATTAGCATTCAGAGGTGGACACCATTGGATCTTAAAC TTTTTTTGCTTAAATTGTAAATTTATCAACATTCGTGAACATGTTTACTT TAAAACACAAATAAAACCTAAAATCTATTAAAACTTAGCGACCGTCGAGA AAAGAAGAGTTCATCAAATAATGATTCATTTTATAGATAAAATACTTTGT AACACAATATATATTAAATATTATAACTGATGTTAAAAAGTATTGAATAT TCAAACAACAAAACGTATTGGAATAAAATATAGTTATGCTTTCAGACAAA GTTGGTATTTTAACTTTATGTTCATAGAAAAAATTGAAAATATCGAATTT TTGTTCCGCTATTTTTTCAATATAAGGCAAAAAATTGAGAAGTGAAGGCC ACCATTAAATCTTAATTAAACTCAAAAATATTTTGCATAGAAAAATGTTA TTATGAGATGAACTAAATAAAAGGGTTATCCATGTAAAAGTAAAGTTTTT ATTTTTAAGGGCTACCCTAGTATGTACATATATTATAAATTATAAAATAT GTATGTATATAAATCACTTCATAAACAAAATTTGACAAATTAAATGACTC TTTTTTTTTGTTCTTTACAAAAGTTGTAAACTTTCTAAAATAAGAGCTTA AAAAATTAGAAATTCATAAATATTTTTTTTAAATATAGGTAAACTATATT TGTAAAAGCACATACTTGTTCTCTTTTTTACGGAAAAAACGTGTGGGTTT TAACTTGTTATTTAATATCTCAACTTTTCAATTTTTACATTAAAATCTTC TTGAATTGACTATAGAAACAAAAACATAAATTGATATAAAGGCTTATCGA ATGAGACTCCAGGATGACATAATCCAGATGACTGTTGTCAAATGAAATAA TAATTAAACAAATATTAAGTACGTAAAGTTAATTTCACCCATACAATAAC AATAAGAATGAATAGTATGATTTAAGGACAGGATTTTTGTTCTATTAAAT CCCATCCTTAAGCCTTTCTCTTATTAATTAAAATTAGGTTAAATAAAAAA ATTATTTTTTTAGCTATCCTTTGAGTATAAGAAACATACCCCATGAAAAT GAAATTAATTTTTTATCATGGACAATAATCACTAAATGTTGTCCTCAAGC AACATTATGAAGTTAAGGAGCATAATTGCTGAAAAAGTAAAATTATTTTT ACTTTACATTCTATTTATTTAATATGATATTTCATTTCATAAAACACAAT TTGTATTATTATTCTAGTTATAAATAATTTACTTGCAATAATCTAGACAG AATTATACAAAGGTTATTGAAACTGAAAGGATTGAAACAATCGTGAAACA GGTAAAATCCTGTATTTTCGATGCTGAAATGCATTAATATTTGTCCCGTA ACACAAATGAACACAATAATTCTTGAAGTAACTTTTTACATTTTTTTGAT AATAGAGCCTATTTTCTGAAGTGAATGTTACGAGAGAAAGGGTTAACACT GAACCGAGATAACAAATGACTTTAGAATTGTAAATGAATTTAAATATGTG GTGCATCTACATTAAAATAATCTTGAACAAAAAAGAAGAAAATTCTAATT ATATGAGTCAATTAAAGACGTTGTATTCAAATTTGTGGGATGCCAATGAA TTTTAGCTAAAGATCAAAATTCTTTATTTGATTTAAGAGGATTATACAGG TGTGCGCCTCTAAAACTGAACACTCCTTTAAAGTTTACGGCTTGAGAGCT TGACGAAGGGKTCTCTTGTAGGCCTTAAGGCCAATATCTTTCTTAACTAG CGGACGTCTCTCCATATTATCGGTTGKTGTTTYACTGTTGCTATTTAAAT TTTKCTGGRGTTTTGTTTATAACTAGTCAATACCCTTGATTTGCATTATA AACCGGTATCAATTCATTAAAAATATGTGCATGACGTAACATTTAAAGGA GTGTTCAGTTTTAGACGTGCACGCCTGTATTGGAGCAGTATATGGTTTTT CAAATAAAATGTGTCATTTTTTCATTCTATTATTGTGAATATACATTATG GCTAMTTTATGTGCCCTTTTCGACTTAAGCCAAGGGATAAGAAGGGTAAT TTAATTTATAATATTTATTGCTACATATAATATAAAAACATACTATCAGT ACGGCCAAAAGTAAAAATAATAATATTGTATAATTTTTGTAATTATTTTA TAATCAGCAAAATTCAGATTTGGATACTTCTTTATTACAAAATATACATT TGAAAAGATGTTGAATTTGTTGATAGAAATAGAATAATTTTTGCCGTAGA ATGCAAATATAACCAACACGCTATTTTGAGAAAAAATCATTGCAGTTTTC TTTTAAGTTTACAGATGTATGTAAGCATTTTACAAAAATATAATTGTGAA GAGGGGAAAAAATATTATGTAAAAATAACTTCCTTTGTACAAGAAAAGTT GCATTTTTTAATTCGTAACTTATTTTTTTTATTAGATAGAGACACACCTG AGCTTTTAAGAAATTTGAGAAATGTTTATATACATATTTAAATAAAGTAA TTAATATTTAGTATACTATGTACTCGATTATATATATAGCTTTTTTAAAC ATCGTCAATAAATAATGATATAACTTTCTTTAACAAATGAAATTACCGGG GTGCTTGTATATTAATCATATTCCTTTTTTAAATTAAAGTAAAGAAGACG AAAAAGTGCTTTCATCTTGTTTTTGTTTTTTTCCTTGTTTTGACAAACTC ATTCTCTCTTATAACAAAACAAATAAAGTCCCCCTTTAATGGTGTTAGGT AGGAGAAAAGAAGAAGCTTAAAGTCGTTTTCCAATAAAAGCATTGAACAC TTGTAACCCCCTTCTTTTTTTTTTTTTTTTTTGTCCTTATTTATTCTTTG TATCAACTACAAAATTKTCAGGATCATTTTGTTTTTTGTTGTACATAATT ATATCTAAGAAAATGTACGTATTATGATACTAAGAAAGTATTTTTTTAAT TCATAAGCAAAACTCATTTACGGTCATTTGCAAGATAGTGGGACCTGATA ATGATTAGTAAAATAGTGAATCAAGATATTTAAATATTAACTTTTTTGAA GGGGTGGCACCCTATGAGAAAAATACATGAAGTAACTATATATTATTTTG CAATATGATTTATCAATGAAGACCTACGGCAACAAAAGTAAACTGATTCG AAAATATCATACGTTCCATATGCAATNCTTGACGCCAGAGATGCATTCGA ATCCAACATTTATGTGTCCAAGTCAATTCCTAGTCAAGACTCGAGTATTA CAAGTCTAAGTAGAGTGGTATCGGTCCTTATATAGGATTGTTTTCTAGTC CAGTCCTACTCGTCGGTCGTTAAAGAAATTAAAATTGATCTTTCGTGTCG TCATTGAGTTTGATATGTTTCCTTCTCTAATTATTCAATTACATAATAAA ATAAATTATATATATGTCTACTACAATATAATATTGTAGTTGCATGCATG TATGTCTCCTCATAAAAACGATTGTGTTCGATAAAAAAATGTAACCAAAA AAGTTACAAATACCAAAAAAATAATTACTTGACTAACAGAGGAAGGGATA ACGTAAATTGAATAGGAGTGTAAGAAGAGGATTAACGAGATAGTCTGCGT TTGTATCTTCATTATGATTGATAAAGGAACATATTTCTTATAATTATGTT ATCTATCGACAAGTTTTACTAAATTATCGAGTTATTTAAAGCATTAATTA AATCATTCGAAGTGAAATATATGATACGGATACGTCCTACTAAGTAAAAA TATAATATGTTCGTATTATATTACATTATAATGAAAACAAGAGTATTTTT TGCAATGCTCTTATTGCATATCTTATTTGGCTTGATAAACCAGCCACAAT TTTACTAAAAGAACTGACAGCTGTAAGGAATGGTAGCAATGACTGACAGT CATACTTACCTATAAGATGGGTCCTAAGGCTGGACTGAACCGAGTAAATT ACACCAACACAACACTGGATCTAAGTATTTCACATATTAATTTTTATTCC AACCGAATTAAAAAAACACAGATATAACATTAATAAGTCCCCGATCGACC TGCACAAGAAGTAAGAAAATAAATTATAGTACAGGCTTAATTTTTTTATT TAAATATSTAAGCCTGTCCTTGTACAACCGTGTATAAAAAACATTGGACT CCAGGCAAGCGTACATTTCTCACAAAATATATGTGTTAAAATGATAAAAA CTATTCAAAAATAACTTTCAACTGAAGGCTAAATTATTAACATTNNNNNN NNNNNNNNNNTTTCTAGACTATGTTWAATTTGAATCCTTAAGAAAATGGC TCGAGKAATATAAGTCGGCACGACGCTGTGATCCCAACAAATCTATAATT AGATTGAAAGAATTTTCGAAACGTTTCGAGTACTTAAATGCTTTTGAAAG CAAACTTTTTAGGGAATGAAGATTATATGTTAATTTTAACTATTTATATA AATATAAATTCATAAGTGAAATTGTCCAACTTTAGGGGAAAACAGTGTTT AGAGAATCACATTTTCAGGGGTTTTCTTGGAGAAAAATGACAACCTGTAT TCATTTTTATAATCAAAGGGAATCATTTGAACTATGTTCCACTGTTCCAC TTGCCAATGACAACAAAAAAAAACCACGCAAAAAAATGTTTTGAATTTAT GTAAATATAATCTTGATTTAATTATTATCGTGGTATTTGCATACATAGTT TACTTTAAGCTTGCGAGTAGTGAGGTTGTGTATATCACAAGTATACAACG CTCAGCTTCACCAAAAGCTAGCTATTTCATCACTCACTATTTTTTATTGC TAGTAATATCGGATTCTGAAGGATCTAAAAAAGCTCTAATAGTGAAAATG TGAAGGGATGTGAATGTTCTCTAAATCCTCGTGAGCGTTAGTCAAAGATA AAAGTATATGTAGGCAACTTTAATAGACGACATATCTGCTGACAGGGATC AGCATAAAAATTATTGATCAGCTTCTTGCTCGCTCATACGTTTTGAATTT TAAAATCGGTAGATATAATAACACTAATATTTTGAATGTTACAAACTTGT ACCTTTTTTTCAAAGGTATGCTCATGATAATTTTTACATCCCTTATAATG ATAAAATGAGAATTGAGAATGAATGGTTAATACTTAAGAGACTTTAATGA TAAAATAATAAAAAATCAAAAAATATGTACATCAAACAAGCTGCTCGCTT AATCATCCACCTTCGATCGGAAAATGACTAGAGAATGGATATATTTGTAT AAAACTGAAATATTTAGCTACAAAAATTCCATCCCTAACAATAATGCGAG TCAAAAGATGTTCATAGAGGAAGTTGACAACTTCATATTGGACCAACTGT TATTATTTACTCATTTCTATTATGTAAATTTTGAAAGGTTAAGAGTCATT TTTTTGATAATTTAATTAACTGTCGATTGCTAAGAAAAACATTGTTCTTA CTCGCCACTATGAGCACACAGTAAGAGAAGATGATTAAGATAGCAGCGCT CCTCTGGGCCGGATTGCCCCAGAAGGTCATCGAGAAGTGGACTGGAGCCT CGAGGAAGATGATTTACATTATCTCCCAATCTCTCATGCATATAGACATT GTAAATCGTCTCTTTCCTTAGAACTTCTTTAAGTAAGACTAAAGCTTTGA ACCAAGTAGCAAAACGTGACCATTAGCTTGAGGAGATACAATGGTGCATC GTTTCTACACTTCTTCGCAAGATGTCACTCTTCATAAGACGTCACTTTAC CATTTTTCTTACTACCAGCGTAGGCTGGGATCAGTGCCTTTAGGATGAAA TAAAGAGTGATTTATGAACGCCTACCTCCCTCTAAAATTGCTTTGAAAGA ATGAATTATTTTATTCTTTGATCTTTCCTTTTTTGAATTTCCCATTAAAG TGAAGAGGCCGGAGTTCTCAATTTTACATTTACAATTTATTTATTGTTAT TATAATAATAAATGTATTATTTAAGAAACAATGATCAATCATTGTCAGAG GTGAGAAATTGGACTCGAGACTTGACCTGGACTCCATAGTCTAACATCAA ATATACATATTTTTACATTAATTATATATTAAAAAAGGACCCAGAATCAA CATCATAATCTTTGAACTAAAATAAATAAATTAATGGGTTCACAAAACTT CGTATTTTAAAAATATTCTCTAGTTAAGTTATGTCTGTCTTCTAATGAAC ATCTTTTAAAAANGTAAAAAAATATTGGATGACGGTATATCTCCAAATAA TTGCTAAAAAGTACCTCTAGCGAAGAAAAAAAGTTTCTGTGAGCCAGTAC ATTTTCAGCTATTGATTACGTGGGTCCACAATTCTCTACTTGGTTTAAAG ATTAAGGTAAGACTTGCTCAAAACATTTATTAGTTCTTCTTAAAATATAT CAATAAATATATACATTTCACCATATTCATTATTTACTAACGGGATTGGG TTATTTCCAGGGATTTTGCAATTTTAAAGATGTATTTTTCCCGTGAAAAT ATAAATTATAACATAGTCTGCATATTGTTTGTATAGTGTACTTACAATGA TATTGTCATTTACTATTGTATATTAAACATTTCTTTTTTATGTTTGGTAA ATATGAAGAGACAAGTACATCCTTTTTTCTTTCTGTAAGAATAACTAAAC ATTTGTTAGCAGATGTATATTTGTACATACATATGTATTATGATGTTTGC TTTCTATTTTATAAAAAGAAAAAAAATAATACTTAGTAGTACATATATAT ATATGTATTAAGTACTATTTGTATAAGAGGCTTAGAAATATCTACTNNGG ATTCACTGAAAGTCAAATGGTTTTTATCTTTTCTTTCTTTGTCTCTTGGG AGAACTATAAAAGAGTGGTTCCTTTTTAATTGTTTTTTTATTTATTAGGG ATGCGTTATTTCTCTTCTACGTAGGGGGGCTAGTTCCATCATGGGTCAAG ATACTTAGAGACAAGGTATATCTCTCATCATTTTTAAACACGACAAAGTA TTAATAAATGGACAGTTACGGCACTCGATAGGCGATATATAGTGATTAAT GAACTTTCTATTATATTTGTAAGATGGATACTAATTACATGTGATGGGAA GATAAAAAAAATCCCAATGCCGATTCTTGTAAAAATCATCACCGACGTTG AATCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAGTTGTT TTKWAAAATCCATAGGTATACATARTTTATATTTGTAAAAASCTTTCAAA TATTAAATTTTTGGGGAAAAATTTCTAAAAAACCATTGGTATWCACAAGA AATAAACTTTTTAACCGTAATTACCCATAATTTTTTTTTATCCGAACCAT TTTTTTTAAAGCAAAAAACATGTGGCATGTTGTTTATTTCATTTAAAACT AGGAAATAGTACTCCCATTACCTTCAAAATTTGTTAAATTACCCCATTTG TGGTAATTTACCCCTATTCCCCGACCACTGCTCTAGTTAGTTACATATAG TTATACAATATGCATACATTATAAATAAATATGTAACTCAAATAATGAAG ACTCCTCGTATGACCCTACCCATATTAAGTATGATTGTTGAGTAAAATAC AACATAGTAAGGAGAATAATAATTTTTCCTTCTTAAATTTGTGTTGCATA ATTATGATTTATACCTTTTTGTCATTTTTCTTTATTCGGTTATTTGTGGC TGSACTTAAAAATCAATGTATTTATTTTTCATTCTCTCTCTCGGTTCAAA CAGTGAAAATATATTTATCTCCCTAAAAGTGTAACATTTGACCGACATTC AGAGATGTTCCTTGGTTCTTCAACTTTTGAATAAAGTTGTAAATCATCAA ATCATCGTCAGTCACCATCGAATATTAATTGAAGTCAAAAATAACGAAGT TATATATAATGAAAGTTTGATGGTGAGGCAAGTCAAAGTAAATAATTGAT GTGTAAAGGCCGCTTTATTCTTTATTAAGAAACTTGATAAGTTATTTTGA TCATTATTTGTTTTACATTATTAATAGGACAAGTATGGCCCAAGCAGTAG TCATTTAATCTATATTTATGTATTTGTACTTATTCTTTATAGGCCTTTTT ATCCTTTCATCACAAAATATTATTGATAAGGTTTTTATTTCAGTTTATAT CTAAATTGGCTTTTTAGGAAATTACTTACTTATATTATATTAAGTAAATT GGGGGTTAAGGATGTTTTTAGGAACAAAAAAGTATGATTTTATCGAATAA AGGGAGTGAATAAAGAAAATGAGTTTTAGAAAGGTTGTTCCTATTAGAAG AGAAAGGTAGAAAAATATGAATTGAATACTCATTTTTATCCTTACTATTT ATGCACATGCAAATATTTTGTATTTTTGTAGATATCTTAAGATGATGAAA GAAAGAAAGGAACAAATTACAGACATGCTAAGTTTGAGGAAATGTTGATG TTGTTTTTTGATTAATGAGTTATTATTGGTTAAAATTTCTCGATATTTGC CTAATTACGAATGAAAAGTATAATTAATTAAAAATTGTATTCTACTGACA AGAGAAGAGTACACCAAAAGTGCAATATATTTTTGCATCCTCTCTCCTAG CTGTGATTCCCTCATTTCTTGAGAGTATGAACTTTAATCAACGTTATGAA ATACTATCAGATTATAATATACGGGGTCGGGACATTAGCTATTTGTGTCT GTATTCATTACACGGGGGAACAATTAGTGGGGGAAATTTTGAACAAATGA ATAAAATATAATAATTGAATTTATGTATTAGTCCAGAATCTAAAACGGAT CACCCTTTTTCTCTCAATCATTTGAATTTTCAAATATCTGTGATTATAGT AGTTTGGGACTATTATCGTTCAAAGTCATTTTTACCTTTAAAACAATCCC CAAATTAAAATTAACACTTCTAAACTTATTTGAAAGTGGTTTTTTTTTTC AAAAAGGGAGTGATTTTTTCATGTACCCAGACTGTGATTTGGACACAAAA CCTTGTGAATTCGGAATTGCCGGCACTTAAAGACTAGTTCTCATTTTAGT ACAGATATTTTGTGGTAAATCTACGCTCGCCTGCTTTCCATTATTTTTTA CACACAATATAATGAACAAAGTAATGTTGTGAATTGGTCAAAGACCAAAT TTTTTATTGGTTCGCCTTAAGTGATTTTTTTAAGACTCATTTTGGCCGAT ATTTCAGTCAAAACGGGGTTTTTGAGTGTAAACTAAAATTTAATCTTTTT TTCAAATCTTAGATCAATATTTTTCCCGGTCCATAACGAACTTTTTTTAA ATACCGAATTGGTTTGGTCTTCTGAAGCTAGGATTTCAGACCAAAATCAC AAAATTGGTACATAGATTCAATTTAGCTAAAAATATTATAGACTTTTCAT TTCTTGTCCAAGGCGACTAAGGACTAATTAATGAAACATTCTTGAGGATT TTATTATGTGTGTCGCAGTCAAAATTAAATATCTATATATTTGTATAAAA ACAATTTTGAACAAATATTAAAAAAGGAAGAAAATCCCAATTTACTTTAT ATATATACATAGAGGTTAATATTTAAGATACACATTTCTATCAATTATAG GCTTTGTATTTAAATTTGTGGGATAAGTTAAAATACCCTAGATTTTGAAG TATATGTAGTTTAAAACGTTTATTTTATTTAAGAGACTAATATTGAAAAA AAGGTACGCCCTTTCAAGAAGAATTTGTAGATAGAAATTGACAATATTTC AGCCAATTTCTGAAAATGTAATTCACACTTAATTTTGAGAAAAATCATTC TAGCCTACTTTTGTGTTGACGGGTTGCATATATTTAGAGGTTATTTATAC AATATAAAAGGTCGATTTCTCACGCTTCTAATTCTTTGAATAACAATAAA AAAAACAGAAATGTATTCATCTCCTTTGAAAACATTTTTATAATTTTTAA ATTTTTTTTCCCTCTGAATTTGTCTATTTCTTAGAATTTTCATATTTTAA ATATGTGTTTATATTTAAAACGAACATTACATTTTGCTATAAATATGTTT TATTTTAAAGATTTTTTTTTTTCGTATTTTTTCCTCTTCCAAATATGTTG CTGACTGGCAAAAAGAGTTTGATATAGAACAAATAAACTTTAAAAATCTT AAATAACATTTAAAATATTAAATTTTTGAAGTNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNGGTTTTATGTTTACTTTTTTTAATAAACTATATA ATTTTTCCAAAATGAGGAGTTTATTGTATTTTCAAAGAAAATATCAATTT TTTTGTACTTACAATGGATTTTTTTCCATTTAAAAAAGATACCAAAATAA TAATACTGTTTTTGTGTGTTAGGGAACATGTATCTACGAACTATATTTTA TTCTTTTTTTCATTTATTTTGATCTTTCAAGAAAAAAATGACACTAAGTT ATGCAATTTTGAAAAAAAAAAAAATTCCATAAAAATACTTTGTAGGCCAC AAAACCAGAAATTTTGGATTATCAAGATCTTTTTCATGTTTTTTGGGCTC AAAGTAATCTGTAACACACCATCCAAATTAAAGGACAAAAAAAAAAATAT TTTTTTTTACATTTTTATAATATGGAGTAAAGACCTTTAAATAATAAATT TTATTCTTTACACAGAAAAAAATATATATTAAAATATTTAATTAGTTAAC ACAAAATAGAATTTCTTTTTCATAAAAACTGTAGCCGCAAAACTATAACG TCATATAATACGCCTATCCACATATGTATCATAAAATAACACTTAAAGAT AATAAGGCCTTCATCACTAATTAATAAACTAGAAACACGAATTGAGTACT GCGTTTTGTAGGTGCCTCCGAGTACATCGGTATCAATTAATCAGTCCATA GACAATGTTATACATTTTATTCATTCAGAAAAGTCTGACTTATTCATTAT TTCTAATAGCCTTTGAATGTTTCTTGTTTTTCTACTTCTTGTTACATATA GTCGTGTATGTCTTCAACAATGAATGGGATTGCTGGCAAAGCCATTGTTT TGTTTTGTTGTTTGTTAGCAAGCCTTTGTAGTCTATTCAAAAATAAAACC TATTGAATTGATTTTTTTCTATGTGTACGTGCATATATTAATATATCAAC ATATTTCAATGGATACGAAGAACAAAATAAGATTGTGCTTTTGTGATCAG AGTCTAAAAAGTTAATTAAAAAATTAATTTGTAAATGAGCTGAGTTAAGA TTTTTGGAGACTCGATAAGATACATCGCATCAACATAAATGAAAGAAAAG GTGGTTTATTACATATATCATGTCTATACACGTTATATTGGTATAGATAA TTTAATTCTGAGGACTTTGAAGATTATAATCTTCAAATTTCTACAATTTT TCCTTGCAAAGTAAAGGGTTTAGTTAGTTAAAATTATTACTGCTTGCCAT ACATTCAAAAAATATATAATTTTACAAATATAAGGCAACGAACACGACCA CACAGCGAGATGTTTGTGCTACTACAACATATTCTAAAACCTAGCTTACA TTAAAATTTTGTTCAATAAATTTTTTATGTATTTACATTTCATAAATTTT AAAATACGAAAGTCTTCCTTTTCCTCATTCATTGTTTGATGTCTCTCATA AGAAAGGGCGGGGCATCTATTGATGAGATGGTTCGCACTTTCCACTTGGT TAGGTGGGCTAGAAAAGGGCCATTTTTAGTGTAGCCAATGAGTACAATGA GTCTCCATTTTTCTCTTCCGAGCTTGATACACTTCGACTTTGGGTTACTA AGCATAGTATGCGTATGTTTCATACTTCGATCTTTTTTATATTGGTCACA CCAATATTGATAAAAGAAGTTCAACCTTTGTTATGTAGCTTAGAGGCGTC CCACTAATAAATTGGTTTTGGCTCTCAGTACCCAAATAAAGGGGTTTTGT GATCTAAAATGTGTCTTGTTTTTAGGAATGAAAATATCATAATAAACTAA ATTTTGGAAGCACAAGTTTAATAGATTGCCATTTTCAAACAAGAATTATT TTAAACCACAGACCTCTTTATTTTGATGGAATTAAAAAAAGCAAACTACT TAGAAATAAACTGCGTCTACATACATATTAGATTTGGTAACTAATCTAAA GAATCTTTTTTTTTAATGTGCCCATATAACATAACACCATAACTGTATCA TAATCAACTGTGATTAATTATTTGTGTTTTTGCTACAGAGAGACCAGAAA TTACACTTAAATATTTGATATATTCTTCATCACAATTAAAATATAAAATA AGATAATATCTATTTGAAAGAACCGTCCATCCCCTCTATAAATTATTATC ATGACTTTATAATGCGCATTAGTTTGAGAAAAACTTCTCTGGACAATGGG GGGGGGAGGGGGCATAACCCTCAACTCATATTTTTAAGTGGAATTTAAAG TCCATGATTGACTGAAACATTTGTAACTTGACMAAGTTTAAAAAAATATA TTTTCWTTTTCTTGATTTTTCTACAAAGATGRTTTTATATTGACGGGATA CATATTATKCAGCCATATCTAGAGCTCATTCTTTTAAATAAAGTTCCTCT TGCATAGTGTTCTCTAGAAGACATTATTTTTACTCATATTGTAGTAAAGA AATACAGTTTACCTATTAAATTAGTTTAGTAAAACTTGAAAGATTTTTAT GCACGAGAATAGTTTGTCAATATTCTTAATTAAGGCCTAATTAATATATT ATTTTATTCATATAAAAAAGGTGAAGATTGGTTGATTTATATATATATAT TTAATGACGTCATTTTGTAGGGATTCTTATATGGGATGGTTGATTTGGAC GTGTCTTGAAGATTTAGGACGGGATGTCAAAATTTTGAGACGGATATTTG ATATAAACATTCAAGAAGAAAATAGATTCCTGGTAGTTGTCTTACATAGA ATTTTTTTGAATGGCTTTCACTTAAAGAGGCAGTAAAATGAATTAAGCAC AATGTATATTGTATATATAAGCAAGCTTTCTATGAATGCAGCATATCCTT CAGCTCAATAAAACACTCATTTGCATTTGAATCAGTTATTATCATTATTT TCAATCGATGTATGTATGTACATCATCCTTTGAATAGCGAATATATGAAT ATATATTGTGCTTTAAAAAAAATATATGTAGATGATAATGGAAAGCTTAA TCCTTTCTTTTTCGTATGGGTAATCCTGGTTTAATTCATTAGTGACTATA TGTATACTCACTAAATGACCTTCACATTATCATGTATGCGCCTATCTTAA GCTGTAAATAGGCTATTATTCTGGAATATACATACAACCATGAGGCTGTT CAACAAGAATGTCGACAAAAAAAGGTGTTGTTTTTTTGGTTGTTTTTTTC AAGCCAGGAGAGAAAAAATATCAACGGCAATCTACCAGACGTTATTATTT GTCACTAAGTTTAAATATATGTCTAGACATCTTTTTAAAAGTTTTAAAAC AATTACTATTAGAACATATTGTTAGCTTTCTATACAAATTAAATATTTTT AAATTGAAATATGGTTGAACAATACGAAAAAAATAATTGCTAAAAATAAA GGGACTTCTAAGAAGACTGGAGACGCCCAAAAGCTAATCTACCCTAGATG TAGACGATCTTCAAGATTTTTTAATCCAGGTGCACATAAAACTTGATGCC TTCAAGGGGAAAGATAAAAGCTTCTATAACATGAAGAATTATGTCAAAAA AACCTGGGTCTCCATGATTTTGGAGTATATCCAGAAATTCTACAAAAGTG TTCGACTACATTTTGCCCGGTTCATAGATGCCATTGATATTTATATAGAT TGAAATGTATTTATCATCATATCAAAAATGATATTTGTCATTGTTAATAA TGTTTCTTACATAATCCACAACAATAGAACGACTTACATTTGTTAAAATA TAAAGCCAATTATAAAATACCCGCTATATAAAAGGCTTTCTAAAAAACTA TTCTCAAAATACCCCTCATTTTTTGTTGTAATAGTTGTATAACAAATACT CGTACATGCTATTAATAAAACTGGCTTTCTTAAATAAAGTGTGAAATAAA AGGACATGTCACCAATAAGTTATTTTAGATGTTTCGCATTGCCTCTAGGT TTTTATATGAATGGTATCCTCAAATGTTTAATAATCCAAGATGTGTTCTA CATATGTTTATTCAAATACATATTTCGATGTTATTCTATACATACTCTTC CGTTTTTTGGGCTTAATTTGGATGTGAAATATATAATATAAAATGGAAGA AAGAGAAAGCTCTTTCGCTTATTCTTGCCACGTAGTTGTTTTATGAGCAA AAAACAAAAGCCTCCCAAAAAAAAGTATTTATAAATGTATGTACGTACAG ATTCCTTATTTTATATGTTTATATCAGCTTAAATTGGAAAAAATATATTG ATTTATCTGATGAGTAAAATGTATACATACATATTTAATTCAATGATTTT GATTTATTTCTTATCTATTTATTATTATTTTTACAGCAAATCAAACATGC GGTGCTGAGCAGTGGAGGTGTCTCAATGCGAATGGTACAAAATGTATTCC TTTGTCATGGTTATGCGATGGGCATAATGACTGCGGGGATCATTCAGATG AGGAGGATATTTGCAGTAAGTGTTTTTATTGCTTATTTTAAATAGGTATT ATATGTATTATGAAATATAAAATATGTGTTATTCTCGCAAAAATAAAATA ACCAATATATATTGTTGAATAAATTTGTCTTGATACGGAATCCATCTTTT ATTTCTGTCAAAAAATTGTCAAATCAAAATTCGCTAAATAAATTGTAAAA AATAGTTCTGCACTCATTTTTCAAAAAAGTTGTGAAAAGAAAAAAACTTT TTCCGTACTTGCAAAATTAAAAAAAATATGGAGAAAAAATTACTCTGTAT AACTGATTCATTTTTGCCAATAATGCAAAAATCATGTAATAAAATGTTCT GTTAATATATACTCTTATGTATTGTTAACGTTTACAATTTCATGTCGAAA ATGTATTGTTTTGTTGGATTTCTTCATGAAAATTGACGTTTAATGAGAAA CAGATAGAAAAATTGAAAAATACATATATTTCAATAAATACTAGAACGAG AAGGGTATCATTTTTGATAACCATTTGGGATTCAATAAAATATGTTAAGA AACTTCTTTATTGTATATGTTTAGAAGTTCTTGAAGTTTCATAACTATTA TATTAACCACAAAAAACAAAATTAAAATTAGTAATCGTTTGGTTGATGTA GTTATACTACCTAGACAGACGTGGTGATCATATTTGATATTCAATCATTT CAAATATATTTTTGTTCTACCAAGGACTCTTCTATATTTTCCTGAACTAA CCATTCTGTTTCCACCTTTTATTGTCCAAGAAAAAATTATCAATTTAAGA AATAAGACACTATCTTGTGTCCACATCGTACTCCAATTGAAAAGGTGAGG ATTTCGAATTGGAAGCAGATGAAGAATATGTTGAACTACCTGAATCAACT ACATTCTCATGACTATTTTGAATACTTCTTGAAAACCTTTATTAGTTTTG GTAGACGCTATATATATTTGTCTACGACTAAGTGGTATATTTAACATTTC AAAAAATGCTAGAATACAATCAAGGGACGACTCAATTCCCCCTTACTGAG CTACATAAATCGACCAACTTATTAAAATAATCATTGTTTGTCGGTAAGCA TAATAAAATCTAGCACAAAAAAAAATTGAAAATTGAATTGGTTCAATCCT TTTTAGACAAGAAAATATTTTGAAGAAAGTCCAAGGTCCGTCATCATTTT TAAAATGTAACACCATTACAGATAAACATTATCAACTTTTGAACTCTTAT AACATAATTATTAATCACATTGTAAAATGTACAATAGTTTCGGATCGTTC CAAACTTTGGATTGATGTATGGACAACTAGAAAACAAGAAATACTACAAT TAATTGCTATTTTGTATGAGAGAGGAATCTGAGTCAAAGGGGAAAATTAG GAATCAATCTCTTTCGTAATACTATGCGACAGATATAATAAATAATTGAG ATTTATCTGCTTTGATATTTGTTCCACAAGATCACAAAGCCGCCAAAACA ACAAGTTCAACCTTGATTTTAACGCTATGGTATCGATTAGTTGAAAATTG TAAGTGAGCGTACATGCCAGGTAAAAATATTAACATTAATGAGCAAATAT TCATAACAAAAGCTAAGTATGTATTAACTCAATATATTGCTAAGAACCCT AATAAATTTGATATTGAATTTTGGTTACCAGTATTTTAGGAACGATGAAT CTTTCTCGCAAAGAAATAACTCTTGGACGAAAGGCTACCAAAAAGGCCCT AAATTCAAGATTTGTTTGTAGATAGTAAAAGATTGACTTCTTCTTGTAAA AAAAAGAACTCAAGTGTCATAATTTAGAGCTGTATTCACAAAAATATGTG TAAGAGTCTTGAAGGGAAAAAAACGTTGCCAGTATCAATTGAGTATTATA ATGAAACTAAGTATAGAGTTGATATTTCTAGATCAAATGGCCGTACTTTA TTCAACGATAATGTCTTTTCACTCACCTTTACAAGTTTTTTATAATATTT TGGATTTTGCTCGTATAAATGTTGTTATCTTGTACAGAGAAGTGACGCGT AACACATTACTGTCAATTTTATCAACCTCTAACAGTTACAAACATGAAAA AATAAATGGGCATAGTTTTAAATATCCACCGTCATTTAAGGGGGTCGTTG CCATTCTAGTGTTAAAGCATCCATTATTATGTGTTCAATTTATATGCGAA CGAATCTCCCGGCTAATGTTTACAAATTATATAAACATTACGAGTCAAAA TTCCATTGGAAATCCATTTTTTGGTTTTTTTGCGCCTGAAAAAACTTAAC TGCAATTTTCATTGATTTCTTGTTTCCCCATACCTTTTTTGATTTTTAAT AAATTTAGACCTTATTCGTATAATTGTTTTTTGAGATGCCAGTTACTTTT TTTAATAGTATCCTTTAGTTTCAAAAACGATTTCTGTGTTTTGGGTATTG AATAATCTCCCCCCCCCCCAAAAAAAAATGGCACCCCTGTTTTAGCCTGA CCATGTTCTAAAGAGGCAAAGATGCAAAGTTTCTGCCTTATATGACCAAC ACCGTGGGCACCCCAAAAAGACACACATTCACAAATTCTATGATACACAT AAGCATAATTTGGATCAGTGGCCCTGTAACTTTGGGAKCCGCCATATGAG AAGATGTGTTAAAATATGCTCCAGATGTAAGATTATTGTCGACATGTATA CTAATCCTACATAAAAATAATTTGATTCATAACTTTATTATTATTTCAAA AAAGGCATAAATAATCATTCTTTGAAATTGTATTTCTTTGGAATTGACAC AAATCCTGATGTGTTTTTTGGGGGCCACCCTACCCGAACCATTTTCTTTG TAAAATGAATGTTTGATAGCTATAACTGACTCAGAACTTAATTTCTGAAA TTTAATTTAATTGTATTCAGCTCATATAATTTATTAGGAGAGAAATTCGG TCCAGAGTTGAAAAAATGGATCGATGTATTGAGACCTAAAAAATGGGGAA AAAATTGGTCTAGAAAAATCCCTGAAGACGGATACAAAACAATTCATCTT GTACATATGCTTATGTAATTATGCTATATAGTACATCTATGTATGTATTT TATATACGTAGGACATTAACACACTCAATCCTTTTCACACCCATTTTTAT TTTTGTTTGTATATATATATGTTTATATTTAATAAAGTTTCTTAATCGAA ACCCCATTTGAAGCAGACTATATCTGCATTATGATAAAAAGTAAATAAAA CAAATAAAAAAGATGACTTCTTCACTTTACATTTTCAATAGCAATTCAGA TTTAAAAAAAAAATTGCAGGTATGTATGTACATATCTGTTTATATGAGAA GGGTTAAAAAAGGTTATGTTCTCTATAAATTATACATTAGTGTACATTCA ACGACCCATGATTTTAAATTTTTGATGGATTTTCTTGAATATTTTCTAAT GTTGAGACTCGGTCCAGTATCGATTTTTTTTTTTGGTTCGGTCTGAAGTG ATTTTTCCTAGACCGKTTTTTCGGTCTGAACCGCGGTCTCAGAATGTGGA CCAATTTTATTCCGTCTCACTTATTAGACCGATTTTTTATTGATCTCAAT TTATAGACCGATTTCGTTTGGTCTCATGCATTATGAGAGAACTTTTTTTT TCTGGATCTACTGTCATTAGTTTTTTCAAAAGAATCTCAAAGGTACACGA TACGTTCTAAATAAATACTGTTTACATATAAAAGACGGCGGGATCAAAAT TAATCCGAGCTATCTCTGTATAAACTTCGTATAACGTCATTGTATTTTAA AAACATATGATGTCATGTTATAAACAATTTATAATTAAAATCGGTCTTGA CCGATTTTTTTAGGAACGAACTAGACCGAATTTTTCCTTTAGACCGATCT AAACCGACTTTTTAAAAGAGACCGGTCCATACCGAGCTTTTTGTTGGGCC AAACTAATTTGGTCCAACGAAAAATATAACGGTCTCAGACTGGTCTAGGA TTTCCAGACCGAAACCCAAAAGTAATATTTTCTCTAATGTGGCATTGGTG GAAAAAAAAAACATGTATGCAAAAAATCAAAGAAATTGGAGGTGATTTTG GGTAAAGAGACTGTCAGGAAAGTGGCAACTGACATATTAATGGAGAAAAA AAATTGTATTGTGAACCCGGATAGGTTTAAAATATTGTAAGTGCGCAATG TTCATCTTTTGTCTTGCCTCATTTTTGCTTATTAGTATTACAGTTATTTT CTCCTTGCATACTACAAATGCCCCATTCCTTGTGGTTTTTAGTCGAGGGT ATGTGAATGAATAACAAATTCGAGATAAATATGTTTCATTTCTTAAAGTA TTTTTAGTCCTGGGCACTTGGTCACTAAGCAAAAATCCTCAACTTTCTTA TTTTCCCTTCTGCTCGATATAAGATTCAAGCTCTTGGTGTGAATGAAACA AATATAATCATATTTAATATGCCATAACACTAAACATGAGAAAAAATATG GAAATTAAGGATATTTATTTAATTGGGGGATTTTTCTGAAATCGAAATGG GAAAAAGTATTTGGAAAATAATGTTAAATTTGCAATCACGATTCTTTWTT TAWTTTTTWTTTTWAATATTNNNNNNTTTTTTTGAAAGCAACTGTGAATT TTAATAATTTTCATCAAAAATTATATTTTTTGTAAACAGATTTTGATTTT TTTCCTAAATATTTAATTTTTCAAAATAGCCATAGATTTTTGAAATTTTT TCCATAAAAATTTAATTTTTGTGAATAATTATAGATTTTTAAAAAACTTA TAATATCAAATTGTATGTTTGAAATTTTTTTCAGAAAATTTAWTTWAAAA AAAAATCCAAAACCAAGACCCTGATAGCAAAATTGAATTTTTTAATTATT ATTGCAAATATTGAAGAATTGGAATTGGTATCGGAAATTTTTACTAGAAT TGCATCGGAATCGTCATCAGAATTATTTTCTTTTAGAATCATTCCATCAC TAATATTTATTTTATGGCCTGAATACATATATGCGATTTAAGCGGTCAGT AGCCATGTACCTTTCCTTGATTTTTTATTGCATGTTCATATGACGTAAGT TTCACATTAGAGATAATACTTAAATAAATCCAAGCGTTTAATGCACCCTG TTGTACAAACTTGATAAACCAACCATGATGGGTATGTATGTACTTTTAAT AATACACAGAGGAAACATAACGACGGAAACACAGATGCGCCTTTCAATTA TTTTATTAAAGGCAATTTCATTGTATGGTATTATACATTTTCCAGACGCT CATAAAAAGTCCTGATATACTTGTATATCACACTAGTAATAACCTTAAAT AATTTTTTTTTTCATTACACTATCTGTCTAATATTTATAAATGTGAAAAT CTTATAAATCCTCATGAGTGTAAATAAAAAAAAGGTATTTGTTAGCAACT TTGATAATCGACATATCTACTGACAGAGATAACTTTAATAACGAAATTGT AGCTTTTTGCTTGCAAATACATTTGAATTTTCAAAGAAGGAAGCAATCAT TTATAAGAGCATGCAGGTTACCTACATACTGCTTTTTAAATGTATACTCA CAGTTATTTTGACAGCGTGCAGATAACTACAATGGAAAAAATTGCCCGTA GAAGATTGCCCTGGAGGAAAATTGCCGTATTTCTCATAAATTATGTTAAG CGAATTCATAATGAGTTATTTTTTATAATGAAGTTTGAACAAAATACGGG CAGTTTTCCTAGTACTGATTTTGACATTTTTCACATCTCTAATAACACGA AAGACCTGTAAGCGTAGGCTCAAGGGCGCCCACTACAAAAGGGCTAGAAG AACTGAGAAATTGCTACAGTACCAATTTTGTTGTTGAGGTTTCTGGTTGG AGTGACAATGGAGGACTCACAATTCGTTATTAATTGTGATCTTCCAAGAC TCCCCCCCCAACCCTCAAAAATTACGGCTCTATACTACAATGACTTAACG TATGGCCATTTTTTATATTCTTTTGAAAAAATATTTATTTTATATAAATA GCCGAATATATAACATCAATATCATAACATGACTCTTTATATATATTTAT TTCTATTCCATAAAAATATGACAAATAATCATCTGAACTTATGCTATGGA ATTGTACTAACTTATCAGTTCTTCTACACCTTTTGTTGCTGCTGCGCTGA CCCCAAGCTTACAGGTGTCCAGTTTTTAATGCAATGCTAGCAGAGATCAA TATGAAATTTGTTGTGCTACATTTGAATCGTCAAAGTAGGTAGACATAAT TAATAAGATCACTAATATCTCATTGGACCTACTATACGCGATATCATTGA AACTAACATATTATCTTTCTATATATTATATATAAATAAAACTTTGTCTG TCTTTCTTCATGTATGAATGTATTTCAATAATACAATCATTTTTGATTTA AGAAATAACAATGTAGTCATATTAACGAAATTTTACATATGTTTTGCATG TAGCATGGAGCACAAGGGATGTACTCTTAATAATGATCCCTGATGTATAC CATCAACATACGTTTGATCTGACATTGCAGTCATAGTAATGAAATCTTAC AGCCGTTTTGCATGAGTATCGAGATTGTGAATCATATTAAAAAAGAAAAG TTAGTATTTATGTATAGAGTTGTTTAGGAAAAGTTTGTAAAAATGAATGA AATTTCAGGCATTTACGCCCAGTCCTATTTCATACAACTCTATACTATGA AATATGAATTCAGGACTCATTTTCAACAACAAACGTGTGTGCTAAGGCTC AGACAAGTAGGGCTCCAGAGGCTTAAGTACTCCCTGGCTCATCACGTCCT ATTAATTTTTTTTTCTCAAGCTCTGTATATTATTATTTCATTATTGGGGA GAGAACATCAATATATTGAAAAACTACATTTTAGTAGGTAATGAAAAATG ATAAGTAATAGTGATAATCTTCTATACTTTTAAGGCAAAGTTGTATGTTT GACGATCCCTAATAACTCTGGGCAATGCTGGGTAATACCACTAGTTAATA ATAAGAATAATAACAGTTGAGTTGAATTACCCATAAAGTGAAAAAATATA AAATATTGGATATTTCTCCCTCTCCTTCATGATTTTATGACGCCTATAAA ATATCATCATATCTGGACAAGAGGGAAAGAATAATTCCCTATGGAAAAAA GTAATATTGACCAATTGTATGTATGTATATGTTTGTAGGAAATGGTTGCA TCATGTCATTTTTCTCACAACCACATAAGTGCCTATAAATAACACGGAAT ATATTGAGAATAAATCTTGTACAACAATAGTATACAAGTACATTGTATGT ATACATAATATAATGAACATGACAGACTTGTAAAACAACAATAACTCAAG AAACTAACAACAAACAAAGATAGTAAAAACTATAAAATCAAAGTTTTTGT TTTTTTCTTTCCACAAAAAAAAATATATATACAAGGTGTGTTCAAAAAGT AAGGTTACTTTTCAAATTTCGCGGGTAAGGTACATTAGGTATTCTAGATT TTTTTGTGTTAGTACATTCGGAAAAAAAACAACATATACTTATTGTTTAA ATCTACATAATATGTTTAGTTTGTAAATGAGAGGCGAGGCATAATGGTTA GAAGTATTTTGAGTGATTGACGATTTTTTTTTTTTACTCAATGCTGATTG AGGTCAAATTACTATTTTATTTCTAAAAAGTTTCTTTATTTTTTGGGGTT TCTCAATGGCAACGAGGGATTCATAATCTGAGTGAATTTAGTTCATAGTC ATCAGTATCGTGTCTATTTTTTACAGCGATGGATATTACTTTTGTCTGAC AGAATGTCCATTGAAGAATAAATCATTATTTTCAGCTCAATTTTGTTTGT TTCAATGATGCGAGGACCATAAAGTACTCAATCCGTTGATGATATGAGTT ATGTAAGTGAAACGTTGTATTTCTGTGTTCAGCGTCTCCATGTATTTCCC TAATCTTTTCATGAACTAGTCTTGGAGTATGTGGACTTACACTTATAACA TGAGAAAAATAAATTAGTTAAATAACGACAAGAACAACAAAAAAGATGAA GAAGATGAGATAGAAAGAGAAAAGATTATGGAACATTGGTTTGCCTTAAG CTTGGGGGAGCCCAACTATCAGAGTTATATTTCGGTTTTGAAATCCTAGA CCTATCTGAGTAGGTTATGATTTTGTTGGAACAAAATAATTTGGTCCTTT AGAATTATTTAAATTGGTGAAGCCAATTATACACATAAGATTTCAATTTT GCGCACAAGTTCTGTCAAATTCATACGTCATTTTTACTCAGTATTGTTTT ACAATTCTTCATGGAAAGATATACACCACAACAACGTGTACAAATTGTTC AATTGTACTATGAAAATCAGCGTTCTTTGAAAGATGTTTTTGGCAAATTA TGCCCAACTTATGGTCCACATAATCGACCTTCAGAATCCAGCATTTGCAG AATAATCGGAAAATTTCAAGGGGCAGCAACTTGTCGTATGCAACAACCTG GCGCATTTTGAAGAAAGATATGGGGTTAAAGGCATACAAAATATAGCTCG TGCAAGAATTGAAGCCGCCAGACCTTCGTTTGTGTCGTGTGTTCAGTGAA TGGGTTCTTGAACGTATCCAAGTAAATCCGTTTTGCCGCGCCAAATTTTG TTCAGTGATGAGGCCCATTTTTGGCCCAATGGCTACGTAAATAAGCAAAA TTGCCGTATTTGAGGTGAAGAACAMCCCGAATTGAATCAAGAGCATCCAT TACATCCATTGAAAACAACAGTTTGTTGTATTTTGTGGGCTGGTGGAATC ATCTGCCCATATTTTTTCAAAAACGCTGCCGGCCAATACGTTACCGTCAA CGGCGAACGTTATCGTACCATGGTAACATACTTTTTGGTACCTCAAATTG AAGCACATGGTCTCCACGATATTTGGTTCGAACAAGACGGTGACACTTGA ACACAGCACGCGTAACAATGGACTTATTGGGACATCATTTTGGTGATCAA TTAATTTCTGGGATAAATTAATTTCCGGTTTTGGCCCGGTGAATTAGCCA CCAAGATCGTGTGATATCACACCTTTGTACTTTTTTCTTTGGGGCTAAGT AAAAGGGAAACTCTATGTGGATAAMCCCGCCACGATTGAAGCATTGGAAG CAAATATTGAGCGAGTTATTCGTGAGACTCTGGTCACAATGTTCGAACGC GTCATCGAAAATTGGGGCGAAACAATGGACAATTTAAAGGCCAGTTGCAG CCAACATATGAAGTGGATTATTTTCTAGAAATAATTGTAAAGGATTGTTT ATTGGTTCATAATAAAGTTTTGACCATAATATAATATTTTATGTGTTTTA TTTCTACAATCCAAAAACCGCTCGCTTTGAATCACCCTTTATGACCTTCT TTGATGGCAATGACAGCTTCCTGTCGTAGGTTAAGAGCAACACACGGCCT CATGATAAAGTAACATGGGGATGACGCTTTCTACAGACTTTGTTCTTCAC ATATTTTTTGCTTTATAGGTTTTTAAAAATTGCAATTGTGCTAGAAGTTA ACCAAATTTGCTAAGAAAACCTACCTAGCTGCAGTACCAAAATTGTGTTC CACTGATTTTGACAAGGATTTCTAATTTCAAGGGCAACTGCATCACCCTA ATGCTCMCTCATATCCTCTTGACATGTTTATTATGTTAAAATTTCCTGCC ATTTGTACAGGCTCTGAATTATTCTTTGTTCATATTTTCTATTGTCATAT AAATAGTATTTTTTGATTTAATATAAAATTTCAAATTTATAATTGATGTA CCTTATGCATAAATATGCCTCTTTTTTGTCTTCTTTTCTAAAAAATAAAG ATTTATGTCATATATTATATTTAATAGCCGCTAGGACAGAAATATGTATA TATATGCTATATATTTATATATAAGAAAATCATAAAGTGGTATCCTTTTT TGTCTCTAATATGCAAGTATAATATGTAATCTATGTCATATTTTTTTTTC TTATATGTATACTAGGGTGAGACCTGTGCCAACAGATTCTTAAATTTAGA CCAATAATGCTTAAGACTTGAAACTATGGCAAACATATGGAAATATGTTA CAGAAATGAGTTGGAAATTCCCTTCTAAAATAGTGCTTATATTTAGTCAA AAGAATAATATGTTAATTACTGTTGAGACTCTTTCCGAGACCGAATTCTG TTTTGGTTCAGTCTTGGGTGATTTTTTCTCGAAAAATTTGGACTGATAAA TCGGCCCAGTCCATGATAAAAGACAGTTGACTTCCAATTAATCTTTTTCA AAATCTGAACAGAATTTTTGGTCGCAATCTATGGTGCGATTTTCTTCCCT GTTTTGATTTCTGAGTTTTACAAACATGACTTGTGCAATACATTTAAGTT GTGACAATGTTTACAACTTAGGGGTGCATGTAAGACGTCATAAACTCATC TATATAATCGAATTTTAAATAAGAACAATCCAGACCAATTTTTTTTAGGG GGGGGGGGGGGATGGACTGATCTTGACCGAACATYTTTAAATGATTCAAA TAGTTTGGTACAATAAAATAATGACCATTTCAAACAAATCCAGGATTTTC AAACAGAAACCAATACTGATATTAATATTATTTACTAAATGTAATAAAGT AAATATTGATTATTTTTTTTAAACTTGCCTCCATTTTTTTTTTTTTTGTA AGAAGKGGTTGTTTTGACGAAATTATACKAATTATAATACCTTAATCTAA GATATATAAATCCCAAAAAGTATTGTTCGATACATTTAACTTATTAATAC CATAAGTTTGATATTTTTAATCCAAATTTGAACACTTTCTTTTATGGAAA GGATAATTTTTTTAAATAAAAACTTTATTTTTTATTCATAAAATTTTTTA CATATATTTCCTGACTACTACTTAAAAATTAGTATTAACATAACAAAGAT ATGCCTGAAAAAGTTTTTACAAAGGAGACTTAATTGTTGTACAAAGAAGA TAAAATCATCTGTATCCAGCCCCTTGGACTACGTAATGTCATACTTTACA GTCTAAAAATTATGAAATATTCGTGGTATAAGAAGAGTTGAAATGTTTGT AATTTAAAGAAATACTTATTGCTATCTTTGGTGTAAATTGTTTAAAATAC ATAATAAAATCAAAAAACTTAAATATGATTACAATAGTTTTCCTGCATAA ATGCTATTTTATATGTTAAAAGATACCTCTTTATAGCATTAATCTATTTT TTAAGGACTGTGGCAAAATGTTCAACACAGATATTCATGCGCTTGCTAGT TTTCTGGCACTCTAGATATTGAGAGATTTTATCACACTGAGCATTGCTGG AATTACAGAACAATTTATGTCACCTAATATTTGATTTGGTCTCTCCTTAA AAATTCAAAGTGCTCCTAAAGAAACAAAAGCTGTAAAGTTTGCCTTATTA AGCTGTAAAAGCATGATTGCAGAGAAGTTGGCAGTAGTGGAGCCTATCAG AGTAGAAGAAATCAGAGCTTTTCTGATCCCAGGTACAGCCTGATATTCTG CCTTCTCCATTAGAATTCCTAGTGCGCATCAGTCAACCGGGGCATATTAA ACAACTACCACTCATTGTCAGATAAAAACTTAAAATTCTTTCGCCGTTTA ATGCACAATTATAAGAAATTCTTTGAAGTGTTTACCTATTTTGTGGCTTT GTTCTGGTTATTTATCGTCGAATTTTATAGAAAAGAACTTTTTGTTCCAA ATGGATTCATAACTAACATCAAAGATAGGAATTTTTTTCAAATTGTTTGA CTTTGGTTATTAGGGAATTAATTTTAAACTATAATGTTTAAATATATATA TATATTTCTTTTTTGTATGTAACTTCTCTAAATAAATAGTCATGTCTGGC GTGCCATTTTAGAATTTTGACTATATTTCAAAAAATATATATTTATCATG TTTGAACAATTTTTATAAGTATCATAAACAATAGTTCAAACATATTAAAT ATTCATTCATATGTACTTCATATTTAAAATAGTTTTATTAGCTATTTATA AAATTCTACACTTTGGTCTTACATAGTTGCCCCCAAAAAAAGAAATTATA GTTTTTGTCACTTTTTTCTTTAGTTCATTGAGTTTTTACTTAAGATAAAT TATACATATGTGTTGTTCATCATACCCATAAAAGGAACAAAAAAAAGTTA AGTATTTGGGGCAAATTTGGGACATCATCCACACCCTAATGTAGACATAT ATTTACATATAATATGAAGTATACAAATATTGAAATAAAATGGCATAGCA TATTTCTATGAAGGAAACAAGTTCGATATGAGTTTTAAGTTCTTTTGATG TACAAGGAGAAATAATTGTTATAGTAAAAAACAACTAAAAACTTTAAGTA CAAAGAACTTGAAGAATTTCCTTAGTAGGTGGTGATGATTGAAGAAAAAT TAATAAATTAAACTTGGAAAAAAAAAATAATGGGTATGAAAATAGAAAGA ACTAAAAATTAATTACAAGTTTTATGTATGTTCTAACATTTCAAAGTAAG ATTATGATTGTTATTAGATGTACAGTTGTAAAAAAATATGATCTTAACGC GAGTGATATTTTTTCTATTGTTCCTTTAATTGGCTAGATGGAGTTTCACG GATTATGTATAAGTGATGGTATTACATTTACTCCATCTAACATAAGGAAT CTTATGTGACGTCCATATACGTCATGTATATTTCTTTAATTAGGAATGAC CGGGGCGCGAACCTACACACATTGAGCTCAAGAGAGTAGGGTTGAGGATT GACATTGTAGAAATTTCTGGCTTTACCTATGCTAGATAAGGAGTAGAATT CGCGTTAATTTTCTTCCTCTCACGGCTGATTGCAGCTAATCTAATAAAGC GTCATGACTGCTAAAGTGCTTTCTCTCCTCTAAAATATTTTTGCTCATTG TCAGGGGACCGCGTTAGTTTTCGTTTAAATTACCACTTTAAAAAATAGCA TGAGAGGTCTTAAACTTTACCAAAGTGATTGTTTCAAGCAGAAAGTGTCT TTGTAGAGGGAGGTGAAGATATTTACCCGAAAATCTAACGTATTTATGTA TTGGATAATTATTTGAATATTTTTTTTTTTTTTCACTCTCTTAATTATTA TTGTTTCATTATTTACAGATCGTACGTGCATATCCAATGAATTCACATGT GACAACAGCAAATGCATTCAAAATCGTTGGGTTTGTGATCAAGAGGATGA TTGTGGAGACGGAAGTGACGAAAAGTCGTGTCCGGATATGAGTTGTAATG CGGATAACGAGTTTTCATGTGGAGATGGATATTGCATAAAAAAGTATTGG AGATGTGATGGGGATGTGGATTGTCCCGATGCATCCGATGAGCGGGTAAG GGATTATTTTAATACAGATATTCAATTCATTGATGTATATATTGTGGGTA CAGAGCAAATGAGCGGCAAGTCACTCTTTGTAAAAAAAAAAATATATATA TATTTTTCTATTGTCTTAAACCCACATTTATCTTTGTTATTTAAGCTGAA AGAACACAAAAATAACCATAAAAAAAGAACATTTATTTCATTCAATTTTC CTTATAAGAAACATTTTTTAGAAAATTTTATTCAAGATAAAGCAAATAAA TAATTTATCTTTCAAATGCTGCGATATTTCAAACAATTCTGATTAAATTT GATTGTCAAATATACGGTTCTTTCATGTTGAAATGGGGCTCTGAATCGTT ATTATACTTTTAAATCAGGGGTTTTTTAAAGGCTCTAATCGTCAAACTTA TGTTGGTATAAGGTTTTAATTGAAATTTTTGTGTTTTGTATCTTATATAA TTATAATAAATGCGGGTCTCAGACCAAGGTCATTATTCTAAGATCTGAAT TGAATTATATAGTGTAATTGATAATTTTCCAGATTTGACAATTATTTTAG TGAAATATGTTGCTGTGATATATTTTGTAACATCAACGTTAGTTATGAAT ATTTTGATTACTTAAACTTGTTAGATTTTGGTTCCAGGCCCACAATAATA TTTTTTTAAAGAGAGAAACAGAAGTTGAATCAAAAGTTGTATAGGCAAAT AATTATTAGTTTGGATAAAAGTATACATTTTAATTTATATAAGAGATTGT GAGTAATGTAATGAGACCCCCTTCTGAACTAAGTAAATAGTATTTGTAAT TATGTATATGAATAATTTTTTAATGTTCAATTTCACAGTCCATAGTTGCT TATCAATACTCATATAACGTACTAAATTCTCGGTTAATTATAGAACAATT AAAACTAATTATATATTTGGGATCAGCACATCAACTATTGTTAGAATTAA ATATGGAATTTAAAAGATTTTAAAGAAAGTAAAATTTTGTTGATTTGTTC TTCTATAAAATATTCTGACATACTATATGGGAGGATAGTTCCTGAAGCTT ATTCATAATAAACCTATTCCAACAAAATCGGTTAATACTGTGTACTTGGT AAAATTGTGGAGTTGATTTTTAATCAATCTGAAGTACTTTAGGGTTAATA TTTGAAAATACAAGGTTGTGTTATTAAAAGTAAGGACTATTCCGTTTAAT AAACATTTTCAAAAATCAATAGTTGTGAGCATCGAGGGAAAAAGGCAAAG TGTGTCTGATTTGCTCCACGCCCAAGCGAGTGTTGAGGATATAATGGAGG GCGKAGGTTGCTCCTGGAGTCTTCTTTACAAGATTAAAAAAATTGTGGCT TTAGGTCAAAAACTTAAGAGGGTCCTATGGCAGCAGTAGACGCAGCAAAT CGCCGTGGACACTGCAAWCGCCAGAAGTCCAGCTAAGTCGATGAGGCAGC ATACCTAGGTTATCAATGTCTGTGAAGGATTTGGGGAAGGCTTCTAATGT GCCACTACATCGGCAACTGTTTTGAAAAGCAACCAAGACTCACCGGGTCA AGAGACCAGAAATTGTGTGCTTGGTTAGAATCTATACCTTGGTTTGGCCA CCATCCTCCCCCAGACTGTTCCATCCTCGACTACGGCATTAGGGACGTAT CGATAAGAGAGCTTTTGCTACCCTTCATCGAAATTTGGATGAACTTAATG TCTCTGCTGATTAGCAGTGGGCGGCAATATTTGACACCTTCATCAAGATG TGCTATGGCGCACTTTAGGCTCAGGTTGGAGGCCATGGTGGTAGCCCAAG GAGATCATTTTGAAAAATAGAAAGATATATCAAGAAAGAATTTTATGGAA ATGCCTAAATGTGTTACTTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNCTTTGTACATATGTCAAGATGGTGTTTGTAAGTACG TATGGTGCGTCATTATCAAAACAATCTATAACAAAAATCAAGAAAAGGAG CAAATCCTAATTTATACTTTACATCTACATACATACAAGTCATTATTTCA TTAATATATTATGGTCCATTTTAGACTTTCCATTGAATTTTCTTTGGATT ACTTGAAATACCCAAGAATTGTAGTTAAAGTTTAAAGCCTTGACTTGATT TAAGAGACTTATATTTGCCACAAAATGGCTTCAAAAAAAATCAATTTTTC ATTTTTTTATTGTGTCGATCAATTAGGTTTACTGTAAGTGCAATTTGTGA CACTCCCAAAAGGTTAATAGAAATTGAGGATAATCCTTTGTCAAAGATTA TAATTGTAATCATTTACACTCAATTTTGAGAAAAATCATTCTAGCTTGCT TTTCTGTTGACGGGTCACATATGTAATATAAAAAGTTTGTAGGAATTATT TCATTGCAAGTCATCATATTAATTAGGTATTAGTTCTTTATCTATGTATG TACGTACACATATTTTTGCTCTAATTTATTTTTACATTTCCTAACATTAA ATATCTGCTACTTTTTTTTTTTAATTATGTATATATATATTATTAATGAA AAAAGATGATAAAAGTTGACTAGTCCCTTTCAGATAAGAAAAGTTTTTTA AATTCTTTTTTTGGTAAAAAATAAAAGGTTCATTTGGTAAATGAGAAAGA AAATTATATTTGGTAGGTTTATATTACATGATACATATAATCATACACAG TAAACGTCCTTTGAAACATGCATAAACATGTCCACAAGATGATTCAAGGA TCAAAAAGGGTTTTAGTCTAAGGCCTTTCTTTCCCCAACATTTACTTAAT CTTTACACCTAACTACTTATTACCTTATAAAAATATGTCTAGATGAACAA CATATTTACATAGGTATAGGTATATATATACCTACGTAATCTACATACAT AGACAAAATTAACCATAAATTATGAAAAGTAAATTACAAAATCATCTGGC TCTGTGAGTCTGCTTTTTCATGAAAAATATATTACATTCTTAATACTAAC TATGTTCATATTATATGAATAATATATTTGATTATTCTTGAGCCTGTAGA GTTGCCCTTATCTTTTACATATGAGTGTACTTGCTCATACATACTAGGGA TGTGTTTTTAGTAATGATTATTTTTCGAACCGAGTAGATACGGTTAATTG TAGTTCAGAATTTGGTAGAGCAAGTGATTTTAATAAATTTGGAAATAAAT AATGCACATTAGTTATGTATGAGTAAAGAAGGGATCTGTGTAAAGAAAAA AATAAATATAGCGATTGGAAAAATGAAAAATGGTTGACGCATGTGCTCGT TCTTCTTTTTTGTTCATTATTTAATAGGTTAACATTTCCCTCTAAAAGTA GAGTTATCGCCTATCTTTGGTGTAAATTGATAAAAATCCATAATGAAGTA AATATGTATTTATTTATAAATAATTATTATATTTTCCCAGTACTAATGCT ATTTTAAATATAGATGGTTCTCCTTTTTATACCACTAATTTATTTTTCTC CACCCAAAATCATATAATAGGCAGCTGATATTAAGAATGGTCGTAATTCA GTAGTACCATATATATGTCTTTCTTTCGCGAATATCGTTATTTTTATTTT TTAAATATCATCTGAAAGTATTTCATATCAATTATTCACTTCTATCTGAA AAACTCTAACGTATCAGAGAGCCAGGATCACTCTATCTTATAGTGGGTTA TGTCAGCAGATATGTTGTCTCTCAATGTACCTATATTGAGAGACATTGTC TCTGGCTTGGTTTTTATGTGCATCTCAATTTAGCCCATATTCACATCCCT AGTAATGATATAAGCGCCGAAACAGGGAAGAGCCTAAGAAATCAATGANN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNTGTGATCTAATATGATTTTTTAAGCCACATGATGACGT CATATAAACTATACACTACTTCGTTTGCTCAGCTATTGGTAATATAATTA CTCATGCAATACACGAAATGTCTTGTCAAAAGTGACTGATACATGACTAA TACTCGATTTATAATTAAATACTTATTAATAAATGACGATTCGAATATAT TTGTTAAATTTTAATAAGTAATTCCCCGCAGGTTTTTCTGTTTTTGTGGA TAATACACAGATTAATACACTCAGGTTTCGGATATAGATATTATACAGAC CCATCCCTAACATATAAAGATATATTTTAAGGAACTCGTTAATGACGAAC GATACACCAGTGCAACAATTTATGTAGAAAGGCCTTGAGCTTTTCTAGAT GTAATTTTTGATCTAAAATACACATTTCTTAATTTTCTTCAAAACAATAA TGAAAATTTTAAAACAAAATGGTTGGACATTTTAATATTTTATCTGATAA AATATTTGAAATAAATGTCATTATTATTGTATTTCCAATAATTTTATTAG TTTAACGTCAAATATTTTAAGGAGTAGTACCAAATATAATAACTATTTTG TCTATTAGAAAAAATGAATTTATTAATATTATCTTTTTGGTTATTATCTA TATATTTTCTTAAATTAAGGAAAACCTCTATAATATTAATTTTTGTGTTT ACAATAATATTATTTACCTGTCATGTGAACAATCCTTTATAGGGATAAGG TCCCATTTTCACAACAAATATGTACTTGCATTTTATTTTTTAATTTTTTT TTAATAAAAAACATGTTGTAGCGTACAAATTTTAATAAATCTAATTTAGA CTTGAATTAGGTCTAATTAAAGAATAATGGCAAATTATTCTTCTGTATGA AGGATCCTAAAAGTTTGACTTGTCTGATAATTCAAGTGTGAATTAGATTT TTAATTGTAATTAAAATATAATTTCAATTTCTTATAAGAAATTATACTGA TTAACGCACAAATTGCATTTAAAATAACTTAAATTGATTGTCACTATAAA ATAAATAGAAATTGATTTATTAAGTAAAGGTTATTATTCAATATAAGTCT CTTAAGACAAATAAAAGTTCTAAACAGGAGAGGATCTTGAGTGTCATAAA ATTATTCCACAAATTTGAATAATAAGTATAACATTAACTCATATACACTG GCAAGATAAAGTTTTGAAAAAAACGGAAGTTCATTATTTTTCCAATTACT TGTGACTTTATCATCAGGTAACACAGTTCATGGAAATGAAGAAAAATTAA AATTCAATATGGGTATAAACATTTATTTGTAAAAATATCAAAATATTTTT GTTAAAATTTTTGCTTCATCAAAAAATCCTCCCATTGCCGCTATAACTTC TTTACGGACTTTTGGCATTCTTGCTGTTAGTTTTTCAAGATAGGTAGGTG GGATATCATTCCAAGCATTCTTCAAAATGTTCCATTTACATGTGGGCACT TTTCCCGAACTTTTCTGTCTAAGTGTTCCCACAATAGCTCTATTGGGTTC AAATCAGGGACTGAGTTGGCTATTGCATAAAAAATAAGATGGTAGGGGTT TCTTTCTCTTCCAAGAAGTTTTTGGAGAGCTTGGATCTATGTTTTGGGTC TTGTTGAAAAACAAACTTCCTTCCAATTAATCTCTGTCTAGAAGGAATAG CTTGCGTCTTTAGGATAGAATGATTACCATTCTTAAGGAGTTAAATACCA ATCGTTCAGAGAGAAACATTAAATATGAAAAAAANNNNTAGATTTTTACT GACAAATAATTAAAAAATATTTTAAGGATATATTTTTTTCATAAAAATTT TCATCGGGTTAAAGTAAAAAAATATTCATGAAAATGACGAAAAAAAAAAA ATTCCAGACTTTTTCTTGCCAGTGTATCTCTAAGAAATATTGGCCTATAT ATATATATATATGAAGAAACAAATATATTGGGGTTTTCTCCTTTCCTTTA TTTTTGTACAAGATGGATTTTATGTGTGCAAGTACCACATATATGATAAA CAGTAATAAACTTCTTGATCAATTCATATTTTCCTTTCATCTAATTGATT ATGTGTGAGGTGCATTCTGGATGGTTATTTAATGTAATTACAAACCTTTG AGCTTATAAAACTCTACGTACAACAGATAATAATTTATTTAGTTCTTACT ACATTCCCAATTTGAACACCATTTTTTATATTTGTATACATTTCTTTCTC CCTTTTCATGGGAAAGCCAATTTTTTAAATTTATTAATTTTTTCATGTCT TGAGAAAAATAAAATCTCATAAATTATTGTTTATTATACCATTATTGCTC AACATATTTTTAAATATTTATGATAAATTAATTGGAATCTTTTGTTAAAA ATTGTCCTGACATTAATATAGGCATAATTATTTATAGGTGTTCAAAGCAT TAGAGTAGTTATTCAAGGTTCTGCGTAGTTATAATAAAGTTAATCAACTA ATGTACTTTATAAACAATGTCATTAAACATTCTCAAGAAATGAAATACAT TCGTGTAAAATTAGCAGACCCCCTTGAAAAAAAAAGAAAAAGAATACGTG TAGGGGCTTAACAGTGATGAAAAGGTTCGAAATCTGTTGGTTTAATTTGA CACACATAAATCAGAAGTAGATATATATTAAGTTTTATCAGTTTAGTCAT TGATTTTTTGATTTTTTGAAAATCTAAAAAAGTAGTAGCTCAATTGGAGT CAAAATGATGGAATTCAGTCGAGTTCAATTTTTTTTAGAGTTTCCACATG ATATGTAATCTATTTTTTTATACATCAACTCTTCTTTGATTAAGAAATGA GCAGCTGTAGTTTGAGAGTAATGGTATAAATTTGACTTATTAAAACTCGA AGATTTGGAGTTTTGATTATTATTAGACTTCAACTAAATCAAATATTTCC GGCGAGATCTTGTAATTTTCAGATAACTGTCTGTGGGGTAAAGATAAAAT GTTTTTTTTTAGTGCGAGTAATTCTCAAATCTAACACAATTACAGAGTGG TTCGTTAAAATCGGAACACTTTCATATATAAACTTCAACATGATATAATT CATTAATGAATGATATAATTTCAACAAAAATAGTACTATAAATAGCTGTG TGTCGGAGCTCTTTTAATCATTAATTAATTAAATGTGTAGTGTAGGAGGG GTTTGCCATCAGGGCTTCAAGAGAGGGGGGAGCAAAAATGTTCAAAAGAG TTCAAAATAACCTTGCTGCGGAGGAGATGGGTTTCTTTCATTGCTAGTGG CAAAAGTGGCCTCTCCACCCTCATTCAAAAAAGCTTTTTCCGAATGATTT TTTAATAGTTCTCTGGACATTCTGGAGTTGACCAAGGATTGGAGTGCCCC AATTGAAATTCGTCGATTATGTTCAAGTGTCTTTCTCTCGACTTGTACAT AAGCTAGAAAGCTTAAGCTTGTTTTGTTCTGTAGCTATTTGTTTAGGCTT TAATATATCAAAATATGAATTAATTTCAATCACTTAACCTTCATTAGTTA ATGAATTGTTAAGTGTTCAGATTTCAAGAGARCAGCCGGTAGGTTATTAA TTGATCAAAAAAATAAAAGCCTGTACATCTTTCAAGATATAGATATTTGG ACCTCAGGCATAGAGTCCTCGCATTGAATTATACGTTTCTTTTATTAATT TAATAGTACGGTTATTTAAAAAAATGAATAGTAAGTTTAGGGATGGATTT GGTAAGTCTGCAGCTTGTTCACAGCTTTATACTTATTTATTAAAAATTTT ATTGAGTTATTACAGTTTGTATTTGTGAATAAGCATGATACGTCATGTAG CTATACTTTGTATTTTTGTCTAAAGTGCGTCATAAAAAATTACAAAACAA TGAAAAATTTGTTTCACAAAACGGTTTTAAAAAGTGCTTTGGTTCTCCAA TTGGTAGATACATGTTCGTATAGGAACATATTTTATAATACATTAATGCA AATTCCCGTAGTATAAATAATCAGTACAATTATTACATAAAAAGGAAAAA TATATGAAGAATGTTTCTAGTCATAATAATGTTATAATATGATAGAGGGG TATCTGTTGGATTAGACAATACAAAATAGAGTTCTTTGATGTCTTTCATG TAGTGGTTCATACAAGAGACTCTAGAGAAAGAGGCGTCAGACATAACCTA TCATTTGAAAAAAAAATCACCTTGATATATATTAAATTTGGCTATATTTT CTTCTTTTCTCTCGAGTATTCGTTCGGAATGGGATTTTTGTAGATAAATA TTACATTTTAATTCTACAACATGTTCCATCACTAGTCATTTTTTGATTAG AGGTATGTTAATGAGTGAACATATTTAAGAAACATGTAATTTTATTTATT ATCATTTCAAATGACATGGCGCCTCTTTCTTTAAGAGTCTCTTTAGTTAA TACCAGTCCTGTTTGACTATTTAAAAGAGATGGGATCTAACAATTTAGGT ATATTTTTATCCTTAGCTTCTCTTCCAATACTTTTTTTTAATGTCTTTTA TTACTTCACTTTGCCTTTATAGAATAAGAGGTCATAAAATAATGTGATCC TGCATTAACACAAACTGTTACAACTCGTTGTTTTTTTTTRTTCTCTCTTT TTCTGTATTTAATACTTCGTTTGATATCATAAATTATTATAATCTTTTTC TTTTACAATTTTTTTTAACGTAGGACTGTCCCGAAATCAGTTCCAGTGGT AATTTCAGTGATGAGAACATTATTGTTAAATGTAAGGACACAGAGTTTCA ATGTTTGAGTCGTAATCACTGCATACATCGAACCTGGCTCTGCGACAAGG ACACAGATTGTCCAGACGGCTCTGACGAATCTGTTCAACAATGTGGTACA CGGAACAAATGTCGAACTGATCAATTTAAATGTGTTAATGGGGACTGTAT ACCTGGGCATTTACAGTGCTCAGGAGCGCCTGAATGCATTGACAATTCGG ATGAGGAGAACTGCAGTGAGTTTTTTGAGATTATTTTAGATACTTTTAAT GTGTTATGTATGTATTATTTGCCTACTAGACTTTGCGAATGGAGAGTCCT CCCTTGGATGTGATGCAGATAAAGAATTTGACTGTGTAGGTGATGGTCGA ATGTGTGTCCCCTTGGAACAGGTATGTGATAAAATGAATAATTGTGGAAA CTGGGCGGATGAGTCACATGAGAAGTGTAATATCAACGAATGTAAAACCA ATAATGGAGGATGTGATCAGGTAATCATAAATGTTTGAGAAGTTGTAAAC TTTTTGAAAAGAAATTCTACACTTTTCCAAAAGTTATTAGGTTTCTATAT CTAGTTGTGTAGATATCACTTTTTTCCAACTGGTAATTTGAGGCACACTT CAAGGAGTAAATTTAATACTTTCTTAGTTAATTTACTACAATATCAAATT TATGACTATGACGAGTCAACATAAACAAAAAGTTGAGATAAAAAAGAAGA AATTGAAGAAAAAATGTTTAATTTTCTAACTATTTTACTTCATCATAAAG AATCATGTAATTTTTTATCGGCCATTTTGAACCCTTATATCTGCAAACTA TTTTTTGCTAATATGGGCTAATTATATGTTAGGCATCGAGCTTTCTCATG GTTATCATTATTAAAAATTTAACAAATTAATGTTTTTATGTTAAACCTTG CATATGTAATTATGGTTACACGTAATAAGGTAGTAAAAAACCGAGGCTTC AACTCTTCGAATAAAAAAGTTAACAATAAAATTTAAGGAAAATAACTGAA TCGATTACTTTAAGTTACAAATCGATATTCACGAAATCAATTACAACATG TTTTTTGTTGACAAGTCACATATATATGTATAAAGGGCCGTTTGCAGGGG TTGGACTGGAGGAGTAGTCCCCCCCCCCCCCAAAAAAAAAAATAATAATA ATAGTCATGAATTTTTTCTTTTCATTAGAAAATATAATATTATAATTTTT TTTCAAAACATTTGATATTTCATTCAATTTATTAATTGATTTTTCATTAA CAATTTATTTTCTATGAATTTTTGAAATTTTCTCTACAAAAATTTAATTT TTTTTTTCCAAAATTTCATATAAGAAATTTAAATTAATAAATTTTTCTCA AAATAATTTAATGTTTTGAGAACAGCTTGGGATTTTTGAATTTTTTCAAA AAAAGTTAAATTTAATGAATTTTTTCAAAAAGGTTTTAATTTAATCAATT TTTTCAAAAAAGGTAAAATTTAATCAATTTTTCAAAAAAAAATAATTTGT TGTGAATAGTTGAGGATTTTTGAAAAAATATATGGAAAAATAAATATTTT AAATTTTTTTCTTCAAAATTTTAATTTAAAAAAATCCGAAAACCAAATCG CCCCCCAAAAAAATATATATAATATTACGAACGCCCCTGGTGAATACAGC TTTAAAGGAAATTGAAATTTGTCAAAGTAATTTAAAGCTTCTTTGTTTTT TCTTAGAAATTGTTTTGAAAACTCATTATGTTTTTAAGAAGCAAGGGGAA AATATACATTTGATAATAATATATACGTTATAATTATTTTTGTATTACAG ACGTGTATAGACTTACCAATTGGATACAAATGTGGTTGCAAATCCGGATA TCATCTAACTTCAAATCATACATGTGAAGGTAATTACATACATTTTATAC CTTTCTGTGAGAGTTAGTAACGCATAGTCGCTTTTAGCGTTGAAACTCGG TGCAAGATGGAATTGTTTTTTCGGTTTGGTCTCGACCAAATATTAAATAA GACTGTTAAAACTTTCCTTTGAACCGATCATGGCTGAACTTTTTAAAAAT AGCAAATGAATCAATAATTTAAATAATGAGAGCAATAAAATAATTAGTTG CTATTCAATATCTGAAAGAAAAATTGATTTTTTTATCAATAAAGTAAAAT TTGTACATTTGTGAGTAATTTTTTTATTCTCACATATAATTTGTAAAAAA AAAAAAATGTGTCTTACAACTGTGCTCATTATCCCATAGTATAAATGTAT GTGGAATATTATATCTAATAATGTGTTATTACGGATATGCACTTTTAGAA ATTTACAATGCGGTTATGGATACGAATATTTATCAAATCCAAGTAATCCA CTAGTTTCAGCAGCCAAGGMCAAAAGGAACTATAGTCAATGGAAAACCAA GGGGGTTGGTTGTGCTTACACGCCGTCTCTATCCCATGATAGAATGATAA AATAAAAGTTAATTAAGTTTATCAAACTGCAGATGCAAATGTGGCTGTAT TGCCAATCGTAAATACGAACATTCGATTCATCATTAAATATATATTTTTT TAAATATGCCTTTATTTGGTCAGATGGAGTTGCAATGAATTAGCATAAGT AAATATTATAGTATTACAATTACTCCATCTGACCTTGGAACTGTATTTGT AAGTCCATATAAATTAAGTATATTTCCTTATCTAGGAAGGGCCGAAAATA ATTTTTCCCTTGCGTGTTGTCCACTGAGCTTATTTTTTTTTAGACAAATA TTTGGTACAACCAGGATCCAAGACCTTCAACCTAAGTATTTTCATTTTGA AATCCGAGACCAATTTTTTGTTCTCAATCTATGGATCGATTCTCTTCTTT GTCCTGATTTATGAGTTTAATAAATATGACTTATATTTAACTTTATTTGG CATTATTGTGTGTCAATGTTCACAATTTTTGATACACAATTGATGTCATT AGCAATTCATTAATTTAATCGGTCTTGACCGAATATTAAATTAGACCGTT TCAAACGGATTTTTTTCTTTGAGACCGGTCCAGACCGAATTACTTTGAAG GACCAAATTAGTTTCATCCTTTAAAAATCACAAGGGTCCCAAATTGGTCT AGGATCTTCCTTCCGAAACCTAACACCACTAAACTTGTATATAAATTTTT TTAAATCGAAATTACTGCTCTAAATATGTCTAGAACGCCTATAATTCAAT CTTCTCATAAAATTGATTCATTTTGGATATGATGTAATTAAACGACTGAT AGGATATAAAATTACGTAAAAAAATATTCAGAAGGATATGGAAAAAAAAT TTTACTGAAGTTTTCCTACTCAAAATTGATTTTCCTTTATCTATTGTAAC TATACACATCTCTATAATATTTAGTATTTTTGCTGTTCTTTCATCAAGTA TTAAAAAGAAAACAACGCTTTCTCTATATATAGATACATTTAAAGATAAT ACATTAATATATATATATATAAAAAACCCTTTTATTGCCATTATATACAT AGGTACATTCATATGAGTATATACTTTGTAGATATATTTATAAGATACTA TCAATAAGTAAAAAGGCTGCCGAGATCTAATACTGTATATTTTTTCCAAC ATTTGACTATTTATTATTATTTTAATAATAATATTCTCTCACTTATATGT CGAGATGTAAATAAAAGCCGAGACTAATTATTTTTGTTGGCAAACTGTGG AATTTATTTTTTTGGTTTTTAATACTATCATTTTTTTTTATTCTCGATAC CTATGACTAAAGCATAAAAGCAAATTAATGAAGTGCCCCTCTTGTCTTGA GTAGATACTTGGTCGTAGATGGATATTTTCCCTCACGCAAGCGTTGTTTC ATGATGTCACAGATGACGTAACAGTATCGTTTTTTTTGTTATTTTTCCAT ATCCAACTTTTTCTTCCCTTCCCTTTCCACCCTTCCTCATTTAGTTAACC CTCTGTTAGCGAACATCCTTTTTTGAAGATAATTGGAGTTAACGTTAACT GAAATATTAATCAAATTTTATTTCTGGATACATATTTGACATAAACTTAA AATTACTCTAATTAATCATAATAACATGAGCTATGGTCATCATCCACATA TAATCTGTGTTTATTATTGTTGAAGTATTATGATTTCCTTTTGATAAAAA ACTTATAGGAAATCGCTAATTACTTTTGACTATTTTTTTTGTACTAAAAA TGTAGTCATTAACTTTGATGACTTGGGTTTGATATATGGGATAAAAGCTG ATATTACATTTGTTGCTACCAATAGAAAAAAGGGAAATAGACAAAAAGAC TGAGAAGCAAATAAATTAATCAAATTACCCAAACTTGGATTAAAAATTGC AAAAATTATAAATAGTTCAAAGGAAATACATTTTTGTAGCAAAAAAAGTT GCATTCATTTTTAAATATGTTTCAAGAACATATTAATGCTGCTTCCAGCA TTAAAATATATTATAAACAATTTTATCAAAATTGGTATGCATAAAATCCC ATTTCACTAATAAAGGATTAAAAGGGTGAATTCATGGTTTCTACTTGGTA AGATATTGAATAATATTCAGAGCTCTTAGCGGGGGGGAAAAGTGTCACCA CAACCATTGTCTTGTACAAATATTGATCACACTGTTTTCGTTTTGCTTCT TTGTTCTAAAGGTTGAGCTATGACGAACAAAAAATTATTTGTTAACTAGT TTTTTGGTTTTTTATATACTAATAATGAGACAAAATCGAAAGGAAACAAT TTTTCTTAATCTTTTGTCTTATTTACGCAAATATTTTGTTTCGTTACAAA ATAAAGACGAGACTACAAAAATTTGCAAATACGGGACTAAATTGAATGAA ACGAAATTTACACTTTGGAGGGTACATCTATTAAATAAATATGGTATAGT TATTTCATTTCTCTGAGAAAAAATTACTGCAAGTTCAATAAGATCCAAAT GAAACGTATAAGGAAATATGGAGACAATTAGATGATCATATGATAAATTT ATATTGATTCAACAGTAATAAACTGTTGACGACCAGTAAATCATGGAGTA GCTGAGCATTTCTTTATCGTTACGAACATTTTGAGTTAATAAATACAATT TAAGCAATTACTACACAAAAATGAATGTAATAAATAAAAGATGAAAATAA TATTATGAGCTATAAATCTCAAAGAATGAACTATGCAATTTTATATTATC ATATTCCTTCCGGCATAGAATGTTTTCAAGTACCACTTTGTCCACGGTAT ATTAAGTATAAATCTAGGTAGGTAGGTATTAAATTATCTTTTTTATATGG TATCTGCATTGCTGGTTCACTATTTTATTTTCATGTATTATAAATTGATT TATCAAATACTTTCACAGTTGTTGTAAATGACTTTTCCAACTACATGGAA TAAGTTTTTTTTTAGTTTTTTATGTAAATCATTTCAAATCAAAAGAAAAT GTTTGGTGCATCCACATAAAATAATATTGAACAAAAATCAAGAAACGGAT AAAATCCCAATATATTTTAACTTTATATGTAGATATAAACCCACATTTTT TTTAGAGATATTGGAATCGATTATAGGGTTGTTTTGAATTTGTGGGATGA ATTAAGTTACTCAAGAATTTTAAGTTCTAAATTATCCCAAATGGGGNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNGGGGTAATTTAGAAATTTTGGTAGTAATTGGAGTACTACTTCCTAGT GTTGAATAAAATAAAGAACATGCCACTACAGGAGTGGCTCGAGTGTCTGT CCCCCCCCCCCCCCACACACACACACAAAATAGATTTTTTTTTKKCAGGA TGATAAAATTTTACGCGAGATTAGGGATAAAAATTTTATATTTTGTGAAT AGCTTTGAATTTTTGAAATTATTTTTCCTAAAATGTAATTTTTGAAATGT TTTACTAAAATTTAACTTTTTTGAAAATGGCTGAGGATTTTTGAGATTTA AAAATTTAATATTTGAAATTCAAAAACCTAGCCACCAACCTCCTCAAAAT ATAATCCTACGGACGCCTCTGTACTAGTTTGGGATTAGTCAATTTGACTA CTAGTTTTTTCAGGGAAACGATAATAAAAGTTATCCGATCTCTGGTTTAT AACCTGTATTTGATTAAAGAAATTATATTTTCTACAATATGGCTTTTGAA ATTAAATCTATCAATTTCTCGTTATTTGATTGTTATGATCAATTTTGCCT ACTTTAAGCACAATTTGTGGGTCAGTTAAAGGTTTAATAAAATTTACTTT CTGAATAGAAATGGGCAATGCATTTTTGAAGAATGCAAATGTAATCTACA CTCTTTTTGAAAGATAAATCATTCTAGCTTGATTTTTTGTTAACGGCCCA CATATCTATAATTAATTAAATATGAACCCACGTGTGTATTTAGATTGTAT TAAATTTCATAATTTAATTTTCTTGGAAAAATAAAACCTTTTGATCCCTT GCCCTTTTAAGGACCTGATATTATCTTCTTTCTTTTTTTATTTGTATTTA TAATTGTTTATTAAGATTAGAGAACATTAGAAAGCAAAGTACAAAGATAC ATCCAATTGCGAATGCGTAGAATTTTTTAAAGTATATAATTTGGTATGTT TTTTATTAAGTGTTATCGGAAAAGTTAAGTACAGTTGGAATCCATGCAGT TTTTATGTTAAGTTTAGGTTTTTATAAGTTTTTACCTATATATAGATATA TATATGACATGATTATATAAATTATTTATTTATTTCATTTGAAGTAACTT TTTTTAGAAAAAAATATAATATAAGTAATGATTCCTGATGTACATTTTTG ATATTGAAAATAGCTTAAGAAACATCATTAATCTTTTCTTTTTTTTTTGT CCTACCTAAAACTGGAATATATACGTATTATATATGAAAAAGGCCTGTAT TAATAGAAAAACATTGATTATGATTACATTAATATAACCAGTGACATGGT GATGGCGATAAGGTGTAATAAATGGATTTTGTGGGAGAATTTATAAATGA TGTGAACATATATATATGTAGGAATATAGTTGGCTGTTCGTATGTAGTTA ACTATTAGTGCCTCAATACTAATACTTACACATATATAGATTTTATATCT CTGGTCATTGCCATGTCTTTCTATTGATTGAAAAGTAGTTCTATGCTTGT ATCCTTTGAGCCCCATAAGCTTCAGGTATCTGATCATTTGAAAGGCAAAA TAAAGAGCCAATATCATTTAGCATTGCCCAATATGCACATATCGGAAAGG AAAAATATTTGATCTGAGTGTACGCAATTTAATTATATCTAGTCCATAGA TATGATATCCATTATTTTGACTATTTTTTTTTTAATTTTTTTTCTCATCG ATTTTGTTTTAAATATTATGGTAATTCCGTATTTTTGCATCACATTTTTT TTTTGGCCACTACTAACATATCATGTGCTATTTTTTTGAATAAACTATAA ATTTACGTTAAATTTTGAGGTTTCGTATAGAAGTTTCATTACCAAAAGAG GTTCCGTGCGAATAAAGTTGGATAAACTGGTTTTGTAAGGTTAACATATT TTTCCACGTCTTATTAACTACATTCTCTGTCAATTATAGATCTTGAGGGA GTCTCTTCTTCTGATCAGAGTCGGAATAAAGGGGGGACAAACTAGAATTG TTTCTAGAGCATAACTTGGGGTCGTTTAGGGGGGGGGGGGGATACAAAAA CAAATATAGTCACAATCAATTATAATTTATGTCAGTTTTTAATGTTTCAA TAATATTTTCACCACATTATCTTAATTTAGTCGACGCCTAGAAGCAATTT CATTTTGGTACCATTGATATTTGGGTACAAAGCTATTAAATATGCTTTGA ATGAAATATAAGTTAATTATGGAACCACCAGAGTTGCACAACTAATATAT GTCAATGAGGCATGAACATTGTTTACTTACACAAGGCGCGGCAACATATC ATCTTTTTTATCATTCATAGCAATCAGGGTAGCGAAGTTAACGTATTTTC ATACTAAAGGCGAGATTCTAAAGTTTTATTGGTGATAGAACCAATTTATC TCAAAGGTTGCAGTAGTGAAAAGCGTGTGTTTGCCGTCAAAAATAAATAT TGCCAAAAAATGGTTTGGCAAAACGCATAGGGTATTTATTTCAAAAACGG AAATGGATACATACTTTAGACATGAAATAAAAGTTGTTCAGAATTTTTGC ACAGATTCCTGGGTATATTTGTTTTTTCGCTAATAAGTTGATTTTTTTAA TAAAACAAAATCGATTACCCGTATCTCCAAGTTTGTTAAGGCACAGTTTA TCTATTCGAAAATGTCCAAAAAAAAAAAAAAAGCGAAATTATTTACTAAC AAAAATAGGCAAATGTATGTTGAATACGAATTAAAAGAGAATTAGGAAGA AAATTAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGAGTTATTTA AAGCATTACTAAAATAGTTAGGAAAAAAATAGATAATACGAACACCTGCA AGAACTTTATAAAACTAAACTAATGACAATTCATGATCATCTGTTAATTG TTTTAGTTTCTAATTGTACAAAAGGCTATTTTTTCTATAAATTTTTATAA TTTGAAATTTTCAAAATTCTTTGAACCCCAATAACTTCACATATAATGAT GAATCAATTAATAGCAAAAAAAAAGAAATGTTGCCTATTAAATTATGCAT CTTTTTGTATGACATTATTATCCATTTAAAACCTCTCAATAAAAATTTAT TTAAAGAGAAATGGAAAAAAAAACCCGGTTATTAAAATACCAAAGTAGGG AACGTTATTTATCTGATATGATTTTCAAAACTATGTAAAATAAAACTTTA AATGTATAATATCATTATGAAAGTAAAGTAAAACTTTTCTAATTTATAAA ACTTGTTTTTTTGCATTTCGGGAAAAGGAAGTAATGTTGTCGCACCATGT AAGTGTTTGAAGATAAATTAACATCAAAAGAATACAACTCCCTGAACAAT AGTATTATTTAATATATAATACTGATATGTTACTCATAGAGATTACTCTG TAAAATAAATTATCTTACGTCATCATGCTACAGACTATCACATCCTCTCG CGGAGAATATATTTATTTTAGTATGCTCTTGCCCTATAAGTTACAGTAGT GGACACCTTTGAAGCTGCAGTTATGATATTAGTCTGGGATAACCTGCAAA AAGAATCAGCTTAAGCGGCACAACATATCAGCTACAATTCGTTGTGACAA TTGCAACTAACTTTTTCTTTTCGGTCTCAATCTATGAACTGATTTTCTCC TCTATTCCGAGGTTAATCAAATACAAGGTTATGCCTAATGATGAAAATCC AGTGCCAAATGGGAATGTTAAAAAAAGAAACCGAAAATCAACATGGTAAC CCTCACAATTTCATGACGTTTCATAAGATGAGCTACAATCAGTTGTGATA AGAGAGGAAGGATAAAATGATATAAAAAAAGACATTTGCCAGAATTAATC CAATTTCGATTCCCAATTCTACTCAGAGTCCAACAAAGACATACAATTAT ACCTCCACAACAAATCCTCAGAGTTACGCTCTGTCTTTTATGGGTGCATA CGAAAGTTCAATCAGTTTTTTTTAATATAATTGAATCTCTATTAAGGAAA GGTTGTTCACTACACAGGAATTAAATAATAATGACAACTGCTGAGGAAAA AACAAAGCATGCATCAGATTACCAATTTCAAAAAATCCGGGCATGTAAAA AATTCACAGGACTTACATTACTATTGATGTATGTGTTATTACTATTGTAT TATTTTTCTTTTAAAGATGGAGTGCTTTCTAAAGGTTACAAAGACTCTTT CTTTTTTGTGTTCTTCAACAACTTTTTAAAAAGATTTTCAAAATTTAATA AAACATATATTCACTTATTTTAATATATTCCCTTCTGAATCTATACAAAA GGAATTCCATTTACTTGTGAAAAATAAAAGCTATAGATTTCCTTCATTGT CCGGAACTTTCAAAGGTACCCAATTTACGTATCAATGCGACAGTCCATAA ATTTAGAAGAAGACGTAAATAAAATGTTATTTGAATATTCAAAGATATGG TAATTTATTTTTTATTTTCTTTGAAAAAAAAAAATGAAAAAAAATCTGAA ATTACTTTTTGCTTGGAGGTACATAAATGTACATACATTTGTACATTTAC TTCTGATAAAGATACAGTCTTATAAATGGATATATTTTACATACTATTTA TTTTTGTATTAAAACTTTCTTGAAAAATTGGATTATTCCTTCTTTCATGA ATTGTTTTCTTCCAGTGTTAGATTTAAGTAAAAAAAAGTAGAATTCGGTC GAGATCGTATTAGGACAAGATACCAATCTTGAGCTCTAGTTTTTTAAAAT TTCCGTAATATATGTTATGTGGTTTTTCCTTTTTCTGTATCAATACTTCT TTTAATAAAAGAGGGCGTGTATAGTTTTTTTAATAAAGTGCTTTTGAATA ACAAAAGAAATATGACTTATCAATACTTGATGTTTTGAAAACATTCAAAA AAAAAAAAGTAATTCTGGCGAGCTTGATGAATTTTTAGGAAATTTTTGCC TCTATTAAAGACTGGTTATAAGTATCAACCTGTAAAATGGAAGTATGTGT TAATATATGAAATAAAGAGTTAGTCTGTTCCAAGTATTTGAAGTGTATTT ATTAGATCGTTCTAAACATAACATCCCCCACCCACAGTTGAGGAATACTC AAATCAAATCTACTTTTTTCCAATATATGTATTTTTAGTTATTTGTACCA GGGTCGTAATCACTAGGAGGACATAGGCCTCTATAGTTGTTCTTGTATTA GTATTTATTGGCCTATTAGAGGTGAGTCATCTACGAGCACTTCAATCAGG CACCCCATTAAAAAAACTGTGATTACCACACTCATTTTGCAGTCTCAACA AAAAAAAGAAAAATATATGTAGCCGATATCATTGTGCATGTAAAAAGTGT CTAAATACTCTTGAGTGTAAATCAAAAAGAAAAGTACATTTTGTCAACAT ATATGCTCAAACAGATCACTAAACAAACTATAGTAATCTTTGCTCGCTTA TCTTTTTGAATTTTCAAAATAACCAGAAACAATTAATACGAACACAAACT TCTTAAAAGTTATCACCATATACTTTAAAAAAAAAAATCAAGCTCGACAA TTTTCATATCTCAAGTGATTGTTATACTTTAATTCTTGAGGATAGAACAT CTAAGTATAAATGTGTAAGCTCATGTCTAATGCGTGTTTGTTTGGGAGTT ATAAGAGTAAACCTTTGTTGGACTCGGAGTATAAATTGAATTGAGGATCG GCATTGAAGTAATTCCTGCCTAAATAAAGAGTGGGAATTTTATTTATTTC CTTCCTTTTACGGCTGYTGAAAGCAACGTCGTGACAGCTAAACTGTTTTT CTCCCAAACATTCTTCAAATTGTCAGAGCGGCCACGGCCACATTTATATT CATTTTCTTCTTCTTTTTTTTTTACATTACGGCAGGTCATATATTTTATA ACAATACTGACGAACACATCTATATTTAACTAGATAAATTATGCAACACC CCCAAAACATATTTTTTTAATGACATAAAACTTTGTTTGTGATTTTTTTT TTGTATAAATATATATGTTGTGTGAAAAAAAAAAATCTTTATTAGGGGTG TGTGATGAGGAGAAGAAGGTAATGTTAAAAGTTTTTTATTCTTCACTGTA TGTTTCTCTCTTTCTTTCTCTAAGCACATGGAGTAGTAGAGGGGACACAT GAACAAGCAACCTACCAACAACAAAGTTTAATTAAAATACATTTCATTGA GAGTGTTAACACCCCTTACACAAAACCACCTGGTGTTGTTTGTTCTTTTC ATTTTCTTGTTTATGACTTAACTTTGAATGACAATGTGTAAAAATATTTA TGTATCTACACAACAGTCATATGTCTCTTTTTTAAAGTGACTTTTTTTAT TTGACTATTTTGATATCATCTGTATATAAAAAAGTCTTACATGATGTGTC ATTGATTTTTAGAGCTTTCACACGATGGTTCAATTCGAGTTTTCACTAAA GATCATTAACATGTTCATTATTTTTTGCCTTGAAAGACTGAAATAAAAGA AGGAAAGTACAAAATATAGGTTTTTTAATCGGAGAAAATACCTTGTAACT ACAAAAAAAAAGGACAAAAAATGGACTCTTCCTTTGAAAGTATAATAAAT TCCTTATTTTTGATCATAATGAAGAAAAAAAAACATAGTTTTTTATATAA TGAAGACACATAATTTCAAAACAATAAAACCAATCATCTAAAAAAGTTAA ATAGCGCATATAATAAGAAAATTTGAATTATAAATATTATTTACATATTT TTCGAGGAAAAAGCGGCCAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNAACAACACACTATTTCATTACGAAGGCAARAGTTTCTTGA CAAGTGTAATTGCTCGAAATATGTCTATTAAGTATTAAGCTGTATGTTTA CATATATGACGTAAAAAATAMATATGGCACTTTTCCTTTTGTTGAATTCT ATTCAAAACGGTTTTTGTCTTTACTCACCATCAATTATTACACTACACAA TTCATATTTTAATCAAATATTAATTTTTTGAAAGTAATTAGTATTTAAAT CTACAGAATATATTTTTTTTTTGTTCATATGAAGTTAAAATTGTTTAACT TTTGACACCACTAAAATATTTTTAATTTTAGAACAATGGGTACACCTTAA TGATTAACCTTAATAGTACCAAAATTCAATAAAAAAAATTTGATGTTTTT AATAATTTTCTTTTATAATTTTGAATATGTAAAATTTTGAATTTTTTCAC GTTATAAGTTTTAGGGATATTTGATTGAAAATTTCATAAATTTTAATTAT AAATCAAACAACCTTAAAGAAATTCTTAGAATGAAAGTGCATTAATCAAA TACAATAAATATTTATTATCGTTACTTTACAGACGTGGATGACTGCCTAA CGCCTGGAACATGCTCACAAATCTGCTACAATCGTCCTGGAACCTTCAAA TGCGATTGCTTAGAAGGATATTCTAGAGATCTTCGTGATTCTACTCGTTG TAAAGCCAATGAAGGGCATCCATCTCTTCTGTTTGCACATAAAGTGGATA TTCGTAAAATATCTCTGGATCGTAATGATATGACCTCCATTGTCAACTCA ACTCGAAGCTCGTGTGCATTGGACTTTGTTTTTAGAACGGGAATGATTTT TTGGTCAGATGAAGTCACGCAGAAAATATATAAGTATGTAGAGAGATAAT ATCTTTAATGAGTAGTGTGATTAATTAATTTATTTATTTACATGATGATG TAGGGGGAATAATATGATTAAAATATGGCAAATTATTTATTCAGTTCACA TTTTGTTGTGGCTTTGTGTGCATGCATATGTATGGTTGTATATAGGTATT TCATATTGTTTGTGGAATTTTATGAAAGGAAGGGAGA
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