EMLSAG00000012049, EMLSAG00000012049-694815 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000012049
Unique NameEMLSAG00000012049-694815
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000012049 vs. GO
Match: - (symbol:fw "furrowed" species:7227 "Drosophila melanogaster" [GO:0007423 "sensory organ development" evidence=IMP] [GO:0007476 "imaginal disc-derived wing morphogenesis" evidence=IMP] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0030246 "carbohydrate binding" evidence=ISS] InterPro:IPR000421 InterPro:IPR001304 Pfam:PF00059 Pfam:PF00754 PROSITE:PS50041 SMART:SM00034 GO:GO:0007423 EMBL:AE014298 GO:GO:0030246 Gene3D:3.10.100.10 InterPro:IPR016186 InterPro:IPR016187 SUPFAM:SSF56436 GO:GO:0007155 Gene3D:2.60.120.260 InterPro:IPR008979 SUPFAM:SSF49785 InterPro:IPR018378 PROSITE:PS00615 GO:GO:0007476 InterPro:IPR000436 Pfam:PF00084 SMART:SM00032 SUPFAM:SSF57535 PROSITE:PS50923 GeneTree:ENSGT00740000115327 CAZy:CBM47 InterPro:IPR006585 SMART:SM00607 UniGene:Dm.2921 GeneID:32162 KEGG:dme:Dmel_CG1500 CTD:32162 FlyBase:FBgn0001083 GenomeRNAi:32162 NextBio:777191 EMBL:BT003214 RefSeq:NP_511136.2 SMR:Q9VYR4 EnsemblMetazoa:FBtr0073580 UCSC:CG1500-RA InParanoid:Q9VYR4 OMA:EIRCPEP Uniprot:Q9VYR4)

HSP 1 Score: 92.4337 bits (228), Expect = 4.191e-18
Identity = 104/412 (25.24%), Postives = 160/412 (38.83%), Query Frame = 0
Query:   61 FTCAEGYYLIGSSKLNCYRGI-LNGSFPICSMDIGI-------------------NGIPSQSNL--MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQD-DKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRG------LRLPLTSVDLNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + C  GY L G S + C R    +   P C +++                     +G P   N     CS+T + + SPWW +DLL    +  +RI  T        ++ +E+R+GNSS + Q NP+CA+     D+ V +  T   P     G+Y+++  V  E   L LC+V    +    +   +CLSP  G       T     +  C  +   K  SF +A+  C+  G       R   +S  L+    R S L   + W+    E   + R++ WV+         D V   T  K    N     +C  LD    W WN   C     H +C   P +C +P+    T +           + +  G  I Y C     ++      +R C   G WSGS+P C
Sbjct:   83 YECDAGYELFGPSAVKCDRRTGWDRDLPFCGVNVAYRKPVNQSSYTRSGPASYANDGKPGNKNPDGQECSET-QKEPSPWWRVDLLTPQAVHVVRIT-TRGCCGHQPLQDLEIRVGNSSADLQRNPLCAWYPGTLDEGVVKTFTCARPLV---GQYVAIQLVGVEGS-LSLCEVETFTNDEFSVD--RCLSPKIGV-----DTVVTTFSKTCYDFHITKGESFDKAQAICKQTGGDLVHDFRGATSSYILSELERRKSELKPQLVWIGAQKEPGITSRTWKWVN--------GDVVQKPTWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHFICQHSPLSCGSPDAQQNTTVM---------GKKFTLGEKIQYTCPKGHSLL---GQTERECRLDGTWSGSSPTC 461          
BLAST of EMLSAG00000012049 vs. GO
Match: - (symbol:CG9095 species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0030246 "carbohydrate binding" evidence=ISS] InterPro:IPR000421 InterPro:IPR001304 Pfam:PF00059 Pfam:PF00754 PROSITE:PS50041 SMART:SM00034 EMBL:AE014298 GO:GO:0030246 Gene3D:3.10.100.10 InterPro:IPR016186 InterPro:IPR016187 SUPFAM:SSF56436 GO:GO:0007155 Gene3D:2.60.120.260 InterPro:IPR008979 SUPFAM:SSF49785 InterPro:IPR018378 PROSITE:PS00615 GeneTree:ENSGT00740000115308 InterPro:IPR000436 Pfam:PF00084 SMART:SM00032 SUPFAM:SSF57535 PROSITE:PS50923 CAZy:CBM47 OrthoDB:EOG7HXCPZ RefSeq:NP_001096984.1 UniGene:Dm.17415 ProteinModelPortal:A8JUX3 SMR:A8JUX3 STRING:7227.FBpp0111897 PaxDb:A8JUX3 EnsemblMetazoa:FBtr0112984 GeneID:32447 KEGG:dme:Dmel_CG9095 UCSC:CG9095-RB FlyBase:FBgn0030617 eggNOG:NOG280213 OMA:EGIPFCV PhylomeDB:A8JUX3 ChiTaRS:CG9095 GenomeRNAi:32447 NextBio:778501 Bgee:A8JUX3 Uniprot:A8JUX3)

HSP 1 Score: 85.8853 bits (211), Expect = 5.402e-16
Identity = 92/422 (21.80%), Postives = 167/422 (39.57%), Query Frame = 0
Query:   47 VEVSNQNF-DSSIITFTCAEGYYLIGSSKLNCYRGI-LNGSFPICSMDIGINGIPSQSNL--------------------MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRI----MVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSI--SGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            V  SN N    ++ +++C  G+ L+G ++  C +G  +    P C +++     P Q +                      TCS T + + SPWW ++LL+   +  +R+     +F +        ++ VR+GN+  +   NPIC         +     + +PC     G ++S++  N+ P  L +C+  +  D +  I   +C +        Q        NG+C I+   +  +FL+A +FC  RG  L      ++  N      + W      ++S   S  W+     G+       VN    T +   +     DC   D +  W W+   C +  + +C   PKTC  PE    + +   + F +        G  I Y C     ++ P +   RTC ++G ++   P C
Sbjct:   48 VVFSNANLTQGTVASYSCERGFELLGPARRVCDKGQWVPEGIPFCVLNVAAGKAPMQISTDGAGAPQKAIDGSTSAFFTPETCSLT-KAERSPWWYVNLLEPYMVQLVRL-----DFGKSCCGNKPATIVVRVGNNRPDLGTNPICNRFT---GLLEAGQPLFLPCNPPMPGAFVSVHLENSTPNPLSICEAFVYTDQALPIE--RCPT-----FRDQPPGALASYNGKCYIFYNRQPLNFLDALSFCRSRGGTL------ISESNPALQGFISWELWR-RHRSDVSSQYWMGAVRDGSDRSSWKWVNGDELTVSFWSHPGGDEDCARFDGSKGWLWSDTNCNTLLNFICQHQPKTCGRPEQPPNSTMVALNGFEV--------GAQIKYSCDANHLLVGPAT---RTCLETGFYNEFPPVC 435          
BLAST of EMLSAG00000012049 vs. GO
Match: - (symbol:C54G4.4 "Protein C54G4.4" species:6239 "Caenorhabditis elegans" [GO:0030246 "carbohydrate binding" evidence=IEA] InterPro:IPR001304 Pfam:PF00059 PROSITE:PS50041 SMART:SM00034 GO:GO:0030246 Gene3D:3.10.100.10 InterPro:IPR016186 InterPro:IPR016187 SUPFAM:SSF56436 Gene3D:2.60.120.260 InterPro:IPR008979 SUPFAM:SSF49785 eggNOG:NOG12793 InterPro:IPR000436 Pfam:PF00084 SMART:SM00032 SUPFAM:SSF57535 PROSITE:PS50923 GeneTree:ENSGT00740000115024 EMBL:Z75533 OrthoDB:EOG7HXCPZ PIR:T20239 RefSeq:NP_492201.1 UniGene:Cel.19058 ProteinModelPortal:Q18849 SMR:Q18849 STRING:6239.C54G4.4 EnsemblMetazoa:C54G4.4 GeneID:172579 KEGG:cel:CELE_C54G4.4 UCSC:C54G4.4 CTD:172579 WormBase:C54G4.4 HOGENOM:HOG000018522 InParanoid:Q18849 OMA:DEPPICA NextBio:876109 Uniprot:Q18849)

HSP 1 Score: 79.7221 bits (195), Expect = 3.387e-14
Identity = 98/393 (24.94%), Postives = 162/393 (41.22%), Query Frame = 0
Query:   57 SIITFTCAEGYYLIGSSKLNCYR-GILNGSFPICSMDIGINGIPSQSN---LMTCSQTLET----DASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVN-TEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYT-WVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIK-KPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            ++  ++CA G+ LIGS +  C   G  +   PIC++D+  N   +QS+    M+   T+ T    ++  +W +DLL    I +I + L   +   + VE++E      + +Q        I D      N T  I C+     Y +++ +  T  R L LC+V +       + P QC           ++    V  G C    R +++ +L A+  C  RG  LPL   D     +RS++     +  F +  +  S T W  + G  E   D  +            E +L    L+    WKW      +    +C S PK C +P V   T++    HS+ I        GT   Y C +    +H    ++R C ++G W+GS P C
Sbjct:  184 TVAKYSCALGFDLIGSEERTCLSDGSWSDEPPICAIDVAYNKPVTQSSGNVAMSLGGTMCTMTNDESKSFWEVDLLGDYSIRSISMRLGTKSSPIVSVEAIET---GGAVHQ-------CIVDSSLFTINTTTSISCS-----YDNISRLRITATRRLHLCQVNVYA--VNAVSPWQCA--------QSQMEVVGVFGGMCYAASRDEQTDWLGAQRKCLDRGSTLPLRIDDSTRRGLRSALSASSSAKAFYWIGASSSMTEWRWVDG--EGVGDSADWPGQPSPVPSASEAVLLARPLE----WKWVPASQTAWNSFLCQSKPKFCTSPGVGEATKVTFSSHSYAI--------GTLCFYSC-DSGYDLH--GIRQRECAENGRWTGSIPNC 534          
BLAST of EMLSAG00000012049 vs. GO
Match: - (symbol:zgc:171424 "zgc:171424" species:7955 "Danio rerio" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR000421 Pfam:PF00754 ZFIN:ZDB-GENE-080204-26 GO:GO:0007155 Gene3D:2.60.120.260 InterPro:IPR008979 SUPFAM:SSF49785 EMBL:CABZ01007792 EMBL:CABZ01007793 EMBL:CABZ01007794 EMBL:CABZ01040630 EMBL:CABZ01040631 EMBL:CABZ01095140 Ensembl:ENSDART00000053660 GeneTree:ENSGT00390000014352 OMA:CPERING OrthoDB:EOG783MV1 TreeFam:TF343744 Bgee:F1QFJ3 Uniprot:F1QFJ3)

HSP 1 Score: 47.7506 bits (112), Expect = 1.961e-4
Identity = 51/176 (28.98%), Postives = 81/176 (46.02%), Query Frame = 0
Query:   40 NALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFP---ICSMDIGINGIPSQSNLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS--SNYQDNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKV 210
            N + G  V V + N  SSI+T  CA G +++    L   + ++  S     I    I  N   S  ++   S   +TD  PWW LDL  + ++S + +V    N     +   E+ IGNS  +N  +NPICA +      +    +    C    GRY+SL  +  E +++ LC+V
Sbjct:  132 NGMQGRYVFV-DINAPSSILTL-CAVGVFVVFPDNLATGKNVMQSSTYSSWIPEQAIDFNPGLSDPSIGCSSTNGQTD--PWWRLDLGHIYQVSTV-VVTNRLNCCPERINGAEIHIGNSLENNGNNNPICAVI----SSIPAGVSATFACNNMEGRYVSL-LIRGEMKYITLCEV 297          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592881244|gb|GAXK01076657.1| (TSA: Calanus finmarchicus comp99021_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 119.013 bits (297), Expect = 6.892e-27
Identity = 115/442 (26.02%), Postives = 182/442 (41.18%), Query Frame = 0
Query:   35 ASKWINALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIG---------INGIPSQSNLM-----------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCA--GARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQC---LSPNEGYLHHQRLTRF----KVINGRCVIWRRGKESSFLEARNFCEXRGLRLP--LTSVDLNYHNVRSSILVR-------WLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            A+ ++N  GG    +  Q +   ++ + C  GY L G  K  C  G  NG  P C++++          +NG    +N +            CS+T +++ SPWW +DLL V  +  +RI  T    D + ++++E+R+GNS+ Y+DNP+C +L    K   E DTI++ C      GRY+SL  +      L LC+V +       +    C   +  N+  ++      F    K  NG   +        F EA   C+  G  L   +  +  ++   R     R       WL  + + +    S+ WVS    R  F        + +    N E   +C  LD+   W+WN   C+  A  VC  +   C +P VN GT        W   +     G+TI Y C   S+   P     + C  +G WSG    C
Sbjct:  602 AATYVNVTGG----LGEQEW---VVRYICDNGYELFGEEKKTCKDGAWNGDSPHCAVNVARYKPATASSVNGEGKAANAVDGVPTIVHEGRKCSET-KSEKSPWWTVDLLSVQAVKHVRI--TTRCCDDLPIKNVEIRVGNSTVYKDNPLCNWLPGTQK---EGDTILVECVTDDTSGRYVSL-LMTGASTVLSLCEVEVF--SPNVLGTASCSSDIDQNQLAVYDDSCFWFVDSVKKENGETDVL------GFTEASQTCDAIGYHLADEIDQIGADFIKTRMEAEGRANRGTMVWLGANRDPQDGKDSWKWVSGKSVRHIFWG------SQQPNNYNNE--QNCAVLDSQYDWRWNDLSCKVDAKTVCRGELSRCSSPSVNDGT--------WYTGEM--NLGSTIKYHCPLGSK---PMGQSTQVCRGNGKWSGEPITC 1798          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592752493|gb|GAXK01201920.1| (TSA: Calanus finmarchicus comp86719_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 110.538 bits (275), Expect = 5.970e-25
Identity = 111/431 (25.75%), Postives = 176/431 (40.84%), Query Frame = 0
Query:   42 LGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGING-IPSQSNLMTCSQTLETDASPW-----------------WMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCA-GARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQC-LSPNEGYLHHQRLTRFKVINGRCV-IWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFE---YKSSPRSYTWVSIS-GTREKFEDDVNSSTTTKTTELNEE-------VMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCID 440
            LG    ++S QN     +T+ C  G   +G  +  C +G       IC+ ++ +      Q         L  D   +                 W++DL++VVE+ A+RI  TH   D      +E+R G S  + DNP+C FL      +    T ++ C+     RY+S+++ N  P  L LC+V +L   +  I   QC  S  +G +         V N  C+ I   GKE +F E  NFC+ +G+ L      L+        + +++  H +    K+  R Y W+ I+ G   K+     SS    ++    E       ++ DC  +D+   W WN   C   A V C   P+ C  P V    R+ + H     N   W  G ++ + C    R     S Q R    SG WS S+  C++
Sbjct:   96 LGATFAQISGQN-----VTYQCEGGLRGVGDRENFCEKGQWQEPTFICASNVAVRKPTLGQDQAFNGGSMLAIDGKYFPEKTSYLCDKLDAKKKVWVVDLMEVVEVVALRIS-TH--IDTKSARGLEIRAGLSPEFPDNPLCWFL----PSLVTGQTSLVRCSESVMARYVSISAYNL-PSPLYLCEVEVLSPATAQISLAQCGASVEKGVI---------VFNNMCLFINEEGKEMTFNEGTNFCKDKGMGL------LHKQTENIVPVYKFVKKHLQKISKKNRKRMYAWIGITRGVDTKWLWATGSSDNNSSSVSLAEWGAGEPGLVGDCAVMDSGMKWSWNAIGCHISAQVSCQGTPQLCPRPPVPEAARLDEEHLS--ANDHWWKEGISLVFVCETGYRPSGSGSIQCR----SGQWSSSSLKCVN 1286          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592752494|gb|GAXK01201919.1| (TSA: Calanus finmarchicus comp86719_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 110.153 bits (274), Expect = 1.009e-24
Identity = 111/431 (25.75%), Postives = 176/431 (40.84%), Query Frame = 0
Query:   42 LGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGING-IPSQSNLMTCSQTLETDASPW-----------------WMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCA-GARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQC-LSPNEGYLHHQRLTRFKVINGRCV-IWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFE---YKSSPRSYTWVSIS-GTREKFEDDVNSSTTTKTTELNEE-------VMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCID 440
            LG    ++S QN     +T+ C  G   +G  +  C +G       IC+ ++ +      Q         L  D   +                 W++DL++VVE+ A+RI  TH   D      +E+R G S  + DNP+C FL      +    T ++ C+     RY+S+++ N  P  L LC+V +L   +  I   QC  S  +G +         V N  C+ I   GKE +F E  NFC+ +G+ L      L+        + +++  H +    K+  R Y W+ I+ G   K+     SS    ++    E       ++ DC  +D+   W WN   C   A V C   P+ C  P V    R+ + H     N   W  G ++ + C    R     S Q R    SG WS S+  C++
Sbjct:  146 LGATFAQISGQN-----VTYQCEGGLRGVGDRENFCEKGQWQEPTFICASNVAVRKPTLGQDQAFNGGSMLAIDGKYFPEKTSYLCDKLDAKKKVWVVDLMEVVEVVALRIS-TH--IDTKSARGLEIRAGLSPEFPDNPLCWFL----PSLVTGQTSLVRCSESVMARYVSISAYNL-PSPLYLCEVEVLSPATAQISLAQCGASVEKGVI---------VFNNMCLFINEEGKEMTFNEGTNFCKDKGMGL------LHKQTENIVPVYKFVKKHLQKISKKNRKRMYAWIGITRGVDTKWLWATGSSDNNSSSVSLAEWGAGEPGLVGDCAVMDSGMKWSWNAIGCHISAQVSCQGTPQLCPRPPVPEAARLDEEHLS--ANDHWWKEGISLVFVCETGYRPSGSGSIQCR----SGQWSSSSLKCVN 1336          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592922405|gb|GAXK01035984.1| (TSA: Calanus finmarchicus comp108798_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 93.9745 bits (232), Expect = 5.058e-19
Identity = 95/415 (22.89%), Postives = 163/415 (39.28%), Query Frame = 0
Query:   55 DSSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQS--------------------NLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDD----VNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + +I  ++C  G+ L+G ++  C     NG++     P C +++     P QS                    +L TCS T E + SPWW ++LL+   +  +RI        +    ++ VR+GN+  +   NPIC         + E   + +PC     G ++S++        L +C+  +  D +  I   +C +        Q+       NG+C I+   +  SF E+ +FCE RG  L    VD +   ++  +       H   +       W  +   R+  +      +N  T T +         DC   D    W W+   C+ K + +C   P TC  PE       + P+S  I N   +  G+ I Y C     ++ P    +R C  +G +S   P C
Sbjct:  423 EGTIAEYSCDRGFELLGPARRVCAN---NGTWSPQGIPFCVLNVAAGKAPMQSSVAEGGIPQKAVDGSTSTFFDLSTCSLT-EVEKSPWWYVNLLEPYMVQLVRIDFGQSCCAKGRKATIVVRVGNNRPDLGVNPICNRFT---GLIEEGRPLFLPCNPPMPGAFVSVHFEGPPGVSLSICEAFVYTDQALPIE--RCPT-----FRDQKPGSTATYNGKCYIFYDNQPRSFKESLDFCEDRGGSL----VDESNPALQGFLSWELWRRH---RGDANGQYW--LGAQRDALDPKNWKWINGKTVTVSFWNLPGGDDDCARFDGTKGWLWSDTSCQLKLNYICQHRPTTCGKPE-------QPPNSTLISND--FNVGSRIEYICDEGHLLVGPA---RRNCLATGFYSEFPPVC 1562          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592922406|gb|GAXK01035983.1| (TSA: Calanus finmarchicus comp108798_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 93.9745 bits (232), Expect = 5.245e-19
Identity = 95/415 (22.89%), Postives = 163/415 (39.28%), Query Frame = 0
Query:   55 DSSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQS--------------------NLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDD----VNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + +I  ++C  G+ L+G ++  C     NG++     P C +++     P QS                    +L TCS T E + SPWW ++LL+   +  +RI        +    ++ VR+GN+  +   NPIC         + E   + +PC     G ++S++        L +C+  +  D +  I   +C +        Q+       NG+C I+   +  SF E+ +FCE RG  L    VD +   ++  +       H   +       W  +   R+  +      +N  T T +         DC   D    W W+   C+ K + +C   P TC  PE       + P+S  I N   +  G+ I Y C     ++ P    +R C  +G +S   P C
Sbjct:  423 EGTIAEYSCDRGFELLGPARRVCAN---NGTWSPQGIPFCVLNVAAGKAPMQSSVAEGGIPQKAVDGSTSTFFDLSTCSLT-EVEKSPWWYVNLLEPYMVQLVRIDFGQSCCAKGRKATIVVRVGNNRPDLGVNPICNRFT---GLIEEGRPLFLPCNPPMPGAFVSVHFEGPPGVSLSICEAFVYTDQALPIE--RCPT-----FRDQKPGSTATYNGKCYIFYDNQPRSFKESLDFCEDRGGSL----VDESNPALQGFLSWELWRRH---RGDANGQYW--LGAQRDALDPKNWKWINGKTVTVSFWNLPGGDDDCARFDGTKGWLWSDTSCQLKLNYICQHRPTTCGKPE-------QPPNSTLISND--FNVGSRIEYICDEGHLLVGPA---RRNCLATGFYSEFPPVC 1562          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592756657|gb|GAXK01197756.1| (TSA: Calanus finmarchicus comp1212947_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 81.6481 bits (200), Expect = 2.434e-15
Identity = 78/333 (23.42%), Postives = 151/333 (45.35%), Query Frame = 0
Query:  119 WMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGA-RGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHF---EYKSSPRSYTWVSISGTREK-----FEDD--VNSSTTTKTTE--------------------LNEEV------------MLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYEC 408
            W +DLL+ V++ AI I  TH   D    +++E+R+G++ ++ +N IC F++     +    + V  C+   +GRY+S+ S ++    L LC+V +L   + +I   QC    +G    + +T   V +  C++ +  ++ +F +   FC+ +G+ L      L+ +   +++  +++ ++F     +S  R   WV I  +  K      ED+  + SS T   +E                    L  +V            + DC  +D++  W WN   C+  AHV C + P+ C +P +  G  +   H+   E++  W  G  +  +C
Sbjct:  269 WGVDLLESVKVIAINIS-TH--VDGEDAKAIEIRVGDNEDFSENQICWFILN----LPAGQSTVFKCSETLKGRYVSI-SAHSISSPLYLCEVEVLSPVADHIALDQC---GDGAGELEDVT---VYSNTCMVLQAKQKMNFSQGLEFCQKKGMAL------LHNNTAENTLAYQFIKNYFLSLSKESKQRMLVWVGIQRSASKSWHWLVEDEHFIPSSNTNNDSERFPRASNLPSVNANHLKNSYLGPKVSSGAWAAYEPGEVGDCAVMDSSLRWSWNAIGCQISAHVSCQARPRLCPSPPIPAGAMLAS-HA---EDRAWWEDGAVLQLQC 1195          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592802925|gb|GAXK01151643.1| (TSA: Calanus finmarchicus comp226886_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 1.271e-6
Identity = 39/184 (21.20%), Postives = 72/184 (39.13%), Query Frame = 0
Query:   54 FDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLM---------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQ---------DNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLIL 213
            ++  ++TF+C +G+ + G     C  G+ + S P+C  +I +    +QS+ +               TCS T +T    WW + L   V I AI + +         +  +E+  G  + Y+         + P   FL  D K             G  G ++ +     +  +L LC+V + 
Sbjct:  347 YNEDLVTFSCLQGFVMFGPETRECVGGVWSISNPVCRENIALGQPATQSDTLWDFNPGLAVDGNLNSTCSFTPQTVDQRWWQVQLKAPVNIEAIAVSMNSDTVQHFTIFVIELLEGAKALYKPCSKFEGFFNEPRAVFLCNDGK-------------GHFGEFVYIKDDRDKQEYLGLCEVQVF 859          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592802926|gb|GAXK01151642.1| (TSA: Calanus finmarchicus comp226886_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 1.271e-6
Identity = 39/184 (21.20%), Postives = 72/184 (39.13%), Query Frame = 0
Query:   54 FDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLM---------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQ---------DNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLIL 213
            ++  ++TF+C +G+ + G     C  G+ + S P+C  +I +    +QS+ +               TCS T +T    WW + L   V I AI + +         +  +E+  G  + Y+         + P   FL  D K             G  G ++ +     +  +L LC+V + 
Sbjct:  349 YNEDLVTFSCLQGFVMFGPETRECVGGVWSISNPVCRENIALGQPATQSDTLWDFNPGLAVDGNLNSTCSFTPQTVDQRWWQVQLKAPVNIEAIAVSMNSDTVQHFTIFVIELLEGAKALYKPCSKFEGFFNEPRAVFLCNDGK-------------GHFGEFVYIKDDRDKQEYLGLCEVQVF 861          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592958104|gb|GAXK01000452.1| (TSA: Calanus finmarchicus comp4328865_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 46.595 bits (109), Expect = 6.237e-5
Identity = 29/95 (30.53%), Postives = 37/95 (38.95%), Query Frame = 0
Query:   59 ITFTCAEGYYLIGSSKLNCYR-GILNGSFPICSMDIGINGIPSQS--------------NLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTH 138
            I F+C  GY L G  K  C   G   G+ P C  +I   GI SQS              N  TCS T   D   WW + L     + ++ + L  
Sbjct:   11 IVFSCNPGYVLAGGRKRVCGEDGRWTGNVPFCRENIAFGGIASQSHVLWSYGPQLATDGNTQTCSFTTRKDGQRWWQVSLPHQPRVGSVLVSLAQ 295          

HSP 2 Score: 36.965 bits (84), Expect = 9.536e-2
Identity = 18/61 (29.51%), Postives = 31/61 (50.82%), Query Frame = 0
Query:  387 PHSFWIENKRP----WXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCIDSIS 443
            P   W+E + P    +  G  I + C N   ++     +KR C + G W+G+ PFC ++I+
Sbjct:  185 PSDGWLEGQAPHRGKYSAGEEIVFSC-NPGYVL--AGGRKRVCGEDGRWTGNVPFCRENIA 358          
BLAST of EMLSAG00000012049 vs. C. finmarchicus
Match: gi|592946033|gb|GAXK01012520.1| (TSA: Calanus finmarchicus comp678971_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 44.2838 bits (103), Expect = 1.103e-3
Identity = 36/176 (20.45%), Postives = 73/176 (41.48%), Query Frame = 0
Query:   59 ITFTCAEGYYLIGSSKLNCYR-GILNGSFPICSMDIGINGIPSQSNLM--------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICA-----FLIQDDK-EVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLIL 213
            + + C +G+ L G  K  C   G  +G  P C  ++ +    +QS+++              TCS T   +   WW + L     + ++ + ++   F +  +  +E+  GN++ Y+    CA     F  Q  K + NE        +G  G+++ +     +  +  LC+V + 
Sbjct: 1681 VVYNCKKGFLLTGEDKRICEEDGRWSGFLPNCKENLALLKPATQSDVLWSYRPDLAVDGDPNTCSFTTRQEGQRWWQVSLNSHPVVESVWVTMSPGAFQKFAIFVVEILDGNTAEYKP---CAQFEGRFHEQQAKFKCNEG-------SGQLGQFVYIRDDRVDREYFGLCEVQVF 2178          
BLAST of EMLSAG00000012049 vs. L. salmonis peptides
Match: EMLSAP00000012049 (pep:novel supercontig:LSalAtl2s:LSalAtl2s85:19923:61705:-1 gene:EMLSAG00000012049 transcript:EMLSAT00000012049 description:"snap_masked-LSalAtl2s85-processed-gene-1.5")

HSP 1 Score: 1236.86 bits (3199), Expect = 0.000e+0
Identity = 602/602 (100.00%), Postives = 602/602 (100.00%), Query Frame = 0
Query:    1 MYKNLSPSSMMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCIDSISDRHHHQFYHTLLAEHNXLIKDSXPASDSSLARDIEIEIQGEEEQVTYTGGSSQEQDSLINLSNNFVDLNVVKNCEDESENGTCSSYLFEDGRWLPIFLVAETSTPSFPSRIQSLELISNTPDSNLLKFPRISYSSSSSDSLLFLREIKMLLFIAAYGME 602
            MYKNLSPSSMMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCIDSISDRHHHQFYHTLLAEHNXLIKDSXPASDSSLARDIEIEIQGEEEQVTYTGGSSQEQDSLINLSNNFVDLNVVKNCEDESENGTCSSYLFEDGRWLPIFLVAETSTPSFPSRIQSLELISNTPDSNLLKFPRISYSSSSSDSLLFLREIKMLLFIAAYGME
Sbjct:    1 MYKNLSPSSMMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLMTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFCIDSISDRHHHQFYHTLLAEHNXLIKDSXPASDSSLARDIEIEIQGEEEQVTYTGGSSQEQDSLINLSNNFVDLNVVKNCEDESENGTCSSYLFEDGRWLPIFLVAETSTPSFPSRIQSLELISNTPDSNLLKFPRISYSSSSSDSLLFLREIKMLLFIAAYGME 602          
BLAST of EMLSAG00000012049 vs. L. salmonis peptides
Match: EMLSAP00000000251 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1037:112468:132413:1 gene:EMLSAG00000000251 transcript:EMLSAT00000000251 description:"augustus_masked-LSalAtl2s1037-processed-gene-1.0")

HSP 1 Score: 80.1073 bits (196), Expect = 6.855e-16
Identity = 88/415 (21.20%), Postives = 160/415 (38.55%), Query Frame = 0
Query:   56 SSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQSNLM--------------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDD-----VNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
             ++  +TC  G+ L+G ++  C     NG++     P C +++     P Q ++                     TC++T E + SPWW ++LL+   +  +R+       +     ++ +R+GN+  +   NP+C   I    ++ E   + +PC     G ++SL+  +       +C+  +  D +  I   +C S        Q        NG+C I+   +  +F  A +FCE RG  L    VD +   ++  +       H   K       W   +G     ED      +N    + +       + +C   D    W W+   C  + + +C   P TC  PE       + P S    +   +  G  I+Y C   + ++ P S   R C  +G +S   P C
Sbjct:   51 GTVAKYTCDRGFELLGPTRRLCGE---NGTWIPQGIPFCVLNVAAGKAPMQXSVANGGXPQKAIDGSTSKFFDASTCTKT-EVERSPWWYVNLLEPYMVQLVRVXFGESCCENDTPATIVIRVGNNRPDLGINPVCNRFI---GKIEEGRPLFLPCNPPMPGAFVSLHFESPIGVSFSICETFVYTDQALPIE--RCPS-----FRDQPPGSTATYNGKCYIFYNQQPENFERALSFCESRGGSL----VDESNPALQGFLSWELWRRH---KGDANGQYW---NGAVRDREDSNNWKWINGKQVSVSFWNLPGGVENCARFDGTKGWLWSDTNCALRLNYICQHSPTTCGKPE-------QPPDSSLSSSG--YNIGDIINYSCDVGNLLVGPSS---RKCLSTGFYSEFPPIC 429          
BLAST of EMLSAG00000012049 vs. L. salmonis peptides
Match: EMLSAP00000011304 (pep:novel supercontig:LSalAtl2s:LSalAtl2s77:202020:237124:1 gene:EMLSAG00000011304 transcript:EMLSAT00000011304 description:"maker-LSalAtl2s77-augustus-gene-2.14")

HSP 1 Score: 80.1073 bits (196), Expect = 9.702e-16
Identity = 89/350 (25.43%), Postives = 145/350 (41.43%), Query Frame = 0
Query:  107 CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCAGA-RGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFC-------------EXRGLRLPLTSVD-LNYHNVRSSI--LVRWLSHHFEYKSSPRSYTWVSISGTREKF-EDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            C++TL ++ SPWW +DLL+   I  IRI  T    D I++++ E+R+G+ +    NP+C ++    K +    T +I CA    GR++S++    E R L +C+V +              S +   +     +   V    C  +  G+ + +  A N C               +G+    + V  LN  +  S++  L+ W+     Y+    S  W   +G   +  E ++N          NE+   +C  LD+   WKWN   C      VC   P  C +P VN GT +    +           G T++Y C    +   P    K+TCT  G WSG    C
Sbjct:  129 CTETL-SEKSPWWTVDLLRSHSIKYIRIT-TRCCDDNIVIKNAEIRVGDLTTPSQNPLCNWI---PKALPLGSTEMIECASELSGRFVSISMTGVE-RVLSICEVEVF-------------SSDAISISSCSGSSPSVFGDLCFDFSPGEITGYESAENACGDISPSYHLINSLTEQGIDFITSKVKRLNNVDEISNVPSLMTWMG---AYRKEDGSEGWYWSTGDPIQIPESELNWGRGQPNNYNNEQ---NCAVLDSELNWKWNDISCRISGVAVCQGSPNKCPHPPVNKGTYLTMDSN---------EEGGTLTYHCEVGYK---PSGNPKQTCT-GGKWSGEPITC 440          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: gb|KFM61407.1| (CUB and sushi domain-containing protein 3, partial [Stegodyphus mimosarum])

HSP 1 Score: 113.62 bits (283), Expect = 3.409e-25
Identity = 106/417 (25.42%), Postives = 174/417 (41.73%), Query Frame = 0
Query:   56 SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQD-DKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVR---------WLSHHFEYKSSPRSYTWVSISGTREKF--EDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
             +  T++C EGY L G S   C   G  +G  P C++++      +QS+ +                     C++T   D SPWW +DLL    +  +RIV T        ++ +E+R+GNSS+ Q N +CA+  +  D  V ++     P     GRY+ +  V  +   L LC+V++    ++ I P +C +     L    LT F      C  ++  K  SF  A ++C  RG  L     DL +H + S +  R         WL    +     R++ WV  +  ++    ED  N          N     +C  LD    W WN   C+      VC   P  C NP+       ++ +S  +E  + +  G ++ Y C   ++++  +    R C  +G WSG+ P C
Sbjct:   54 GTTATYSCDEGYELFGESTRTCLSNGKWSGEIPSCAVNVAYGKPANQSSTVRGGEASHGNDGDLTTVHENKYCTETKAED-SPWWQVDLLHAYPVRVVRIV-TRGCCGHRPLQDLEIRVGNSSSVQGNRLCAWYPKTLDDGVTKDFDCAYPIV---GRYVYVQMVGIQGS-LTLCEVMVFT--TQEISPGRCGN----QLEPLELTTFSKT---CYEFQVQKGGSFDTAEDYCRARGGLLLHGVRDLTHHFIASELERRKEALKSKLVWLGAQRDQGLRARTWHWVDDTPVQQFLWAEDQPN----------NYNGQQNCIVLDGGRRWLWNDVTCDLDYLPWVCQYSPSNCGNPD-------RQENSTVLE--KDFRLGQSVVYHCPTGNKVVGDRV---RRCESNGFWSGTAPTC 433          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: XP_006559048.1 (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 isoform X1 [Apis mellifera])

HSP 1 Score: 109.768 bits (273), Expect = 6.110e-24
Identity = 119/428 (27.80%), Postives = 172/428 (40.19%), Query Frame = 0
Query:   46 RVEVSNQNFDS-SIITFTCAEGYYLIGSSKLNC-YRGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLIL-VDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVD------LNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++  + ++ T+TC  GY L GS  L C  RG   G  P C  ++      +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +  VD           +P +  L           N  C  +   K  SF EARN+C  RG  L     D      LN    R   L   + W+    E   + R + WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  I  KR    G+ I Y C +   +I  KS   RTC  +G WS     C
Sbjct:   32 KVSLSDESLATGTLATYTCDAGYELFGSGTLTCNVRGKWQGDLPFCGTNVAFRKPTNQSTTVRGGDASHGNDGDSSTEHDGKRCTET-QSEPSPWWKVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSVELQRNPLCAWF---PGTIEEGITKTFMCARALVGQYVFLQLVGVEGS-LSLCEVEVFAVDEFSTDRCAYSGTPADADL--------AAFNSTCYEFVVKKGDSFQEARNYCRARGGDLVHGFKDAASVYILNNLERRKDKLKTQLVWIGAQKEPLITARIWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHWICQSRPPTCGSPE-------KAENTTIIGTKR--TIGSIIDYVCPDGYMLIGSKS---RTCESTGFWSDEPATC 425          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: XP_006559049.1 (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 isoform X2 [Apis mellifera])

HSP 1 Score: 104.76 bits (260), Expect = 2.089e-22
Identity = 116/427 (27.17%), Postives = 170/427 (39.81%), Query Frame = 0
Query:   46 RVEVSNQNFDS-SIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLIL-VDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVD------LNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++  + ++ T+TC  GY L G +     RG   G  P C  ++      +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +  VD           +P +  L           N  C  +   K  SF EARN+C  RG  L     D      LN    R   L   + W+    E   + R + WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  I  KR    G+ I Y C +   +I  KS   RTC  +G WS     C
Sbjct:   32 KVSLSDESLATGTLATYTCDAGYELFGGTLTCNVRGKWQGDLPFCGTNVAFRKPTNQSTTVRGGDASHGNDGDSSTEHDGKRCTET-QSEPSPWWKVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSVELQRNPLCAWF---PGTIEEGITKTFMCARALVGQYVFLQLVGVEGS-LSLCEVEVFAVDEFSTDRCAYSGTPADADL--------AAFNSTCYEFVVKKGDSFQEARNYCRARGGDLVHGFKDAASVYILNNLERRKDKLKTQLVWIGAQKEPLITARIWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHWICQSRPPTCGSPE-------KAENTTIIGTKR--TIGSIIDYVCPDGYMLIGSKS---RTCESTGFWSDEPATC 424          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: EAA04956.3 (AGAP000929-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 96.2857 bits (238), Expect = 1.047e-19
Identity = 107/414 (25.85%), Postives = 168/414 (40.58%), Query Frame = 0
Query:   61 FTCAEGYYLIGSSKLNC------------------YRGILNGSFPICSMDIGI--NGIPSQSNL--MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLP-----------LTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + C  GY L GS  + C                  YR  +N S    +   G   +G P   N     CS+T + + SPWW +DLL    +  +RI  T        ++ +E+R+GNSS + Q NP+CA+       V+E  T    CA    G+Y+++  V  E   L LC+V +  +        +C SPN        LT F      C  +   +  SF +AR  C+  G  L            ++ ++    ++R+ ++  W+    E   + R++ WV+         D V   T  K    N     +C  LD   +W WN   C     + +C  +P +C +PE    T I           R +  G  I+Y+C     +I     + RTC ++G WSG+ P C
Sbjct:   30 YDCDPGYELFGSETIRCDPVKGWDRELPFCGTNVAYRKPVNQSSATRAGPAGYANDGKPGNQNPDGQECSET-QKEVSPWWRVDLLTPEAVRVVRIT-TRGCCGHQPLQDLEIRVGNSSSDLQRNPLCAWY---PGTVDEGTTKSFTCARPLIGQYVTVQLVGVE-SSLSLCEVEVFSN--DEFSSDRCASPNLSV--ETVLTTFAKT---CYEFHITRGESFDKARAVCKSHGGDLIHDFRGVTTDYIISELERRKTDLRTQLV--WIGAQKEPGITSRTWKWVN--------GDTVLKPTWGKDQPNNYNGEQNCVVLDGGRSWLWNDVGCNLDYLNYICQHNPLSCGSPEALVNTTIVG---------RNYTVGANITYQCPVGHSLI---GVEMRTCQQNGVWSGTPPAC 408          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: AHN59616.1 (furrowed, isoform C [Drosophila melanogaster])

HSP 1 Score: 92.4337 bits (228), Expect = 1.566e-18
Identity = 104/412 (25.24%), Postives = 160/412 (38.83%), Query Frame = 0
Query:   61 FTCAEGYYLIGSSKLNCYRGI-LNGSFPICSMDIGI-------------------NGIPSQSNL--MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQD-DKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRG------LRLPLTSVDLNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + C  GY L G S + C R    +   P C +++                     +G P   N     CS+T + + SPWW +DLL    +  +RI  T        ++ +E+R+GNSS + Q NP+CA+     D+ V +  T   P     G+Y+++  V  E   L LC+V    +    +   +CLSP  G       T     +  C  +   K  SF +A+  C+  G       R   +S  L+    R S L   + W+    E   + R++ WV+         D V   T  K    N     +C  LD    W WN   C     H +C   P +C +P+    T +           + +  G  I Y C     ++      +R C   G WSGS+P C
Sbjct:   83 YECDAGYELFGPSAVKCDRRTGWDRDLPFCGVNVAYRKPVNQSSYTRSGPASYANDGKPGNKNPDGQECSET-QKEPSPWWRVDLLTPQAVHVVRIT-TRGCCGHQPLQDLEIRVGNSSADLQRNPLCAWYPGTLDEGVVKTFTCARPLV---GQYVAIQLVGVEGS-LSLCEVETFTNDEFSVD--RCLSPKIGV-----DTVVTTFSKTCYDFHITKGESFDKAQAICKQTGGDLVHDFRGATSSYILSELERRKSELKPQLVWIGAQKEPGITSRTWKWVN--------GDVVQKPTWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHFICQHSPLSCGSPDAQQNTTVM---------GKKFTLGEKIQYTCPKGHSLL---GQTERECRLDGTWSGSSPTC 461          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: AAF48125.2 (furrowed, isoform A [Drosophila melanogaster])

HSP 1 Score: 92.4337 bits (228), Expect = 1.566e-18
Identity = 104/412 (25.24%), Postives = 160/412 (38.83%), Query Frame = 0
Query:   61 FTCAEGYYLIGSSKLNCYRGI-LNGSFPICSMDIGI-------------------NGIPSQSNL--MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQD-DKEVNENDTIVIPCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRG------LRLPLTSVDLNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            + C  GY L G S + C R    +   P C +++                     +G P   N     CS+T + + SPWW +DLL    +  +RI  T        ++ +E+R+GNSS + Q NP+CA+     D+ V +  T   P     G+Y+++  V  E   L LC+V    +    +   +CLSP  G       T     +  C  +   K  SF +A+  C+  G       R   +S  L+    R S L   + W+    E   + R++ WV+         D V   T  K    N     +C  LD    W WN   C     H +C   P +C +P+    T +           + +  G  I Y C     ++      +R C   G WSGS+P C
Sbjct:   83 YECDAGYELFGPSAVKCDRRTGWDRDLPFCGVNVAYRKPVNQSSYTRSGPASYANDGKPGNKNPDGQECSET-QKEPSPWWRVDLLTPQAVHVVRIT-TRGCCGHQPLQDLEIRVGNSSADLQRNPLCAWYPGTLDEGVVKTFTCARPLV---GQYVAIQLVGVEGS-LSLCEVETFTNDEFSVD--RCLSPKIGV-----DTVVTTFSKTCYDFHITKGESFDKAQAICKQTGGDLVHDFRGATSSYILSELERRKSELKPQLVWIGAQKEPGITSRTWKWVN--------GDVVQKPTWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHFICQHSPLSCGSPDAQQNTTVM---------GKKFTLGEKIQYTCPKGHSLL---GQTERECRLDGTWSGSSPTC 461          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: XP_395355.3 (PREDICTED: uncharacterized protein LOC411888 isoform X1 [Apis mellifera])

HSP 1 Score: 92.0485 bits (227), Expect = 2.187e-18
Identity = 94/427 (22.01%), Postives = 166/427 (38.88%), Query Frame = 0
Query:   54 FDSSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQSNL--------------------MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISL----NSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWAL-----------DTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
             + ++ T++C  G+ L+G ++  C    ++GS+     P C +++     P QS+                      TC+ T   +  PWW ++LL+   +  +R+          +  ++ VR+GN+  +   NPIC         + E   + +PC     G ++S+    N+  + P  L LC+  +  D +  I   +C          Q        NG+C I+   +   F EA +FC  RG  L    VD +   ++  I       H   +S   S  W+           D    T  + T   EEV +  W+L           D +  W W+  PC ++ + +C   P+ C  PE    + +    +    +   +  G T+ Y C   S +I P +   RTC  +G ++   P C
Sbjct:   61 LEGTVATYSCERGFELLGPARRQCQ---VDGSWTPEGVPFCVLNVAGGKAPMQSSTSEGGIPQRAVDGSSGQIYTPQTCTLT-RPEHRPWWYVNLLEPYMVQLVRLDFGKPCCGDDIPGTIVVRVGNNRPDLGTNPICNRFT---GPLEEGQPLFLPCNPPMPGAFVSVHLEANTPTSIPVQLSLCEAFVYTDQALPIE--RCPQ-----FRDQPPGSTATYNGKCYIFYNRQPMIFREALSFCRARGGTL----VDESNPALQGFISWELWRRH---RSDTSSQYWMGAV-------RDQKDRTVWRWTGSGEEVSVSFWSLPQGTEEDCARYDGSRGWLWSDTPCTARLNFICQHQPRACGRPEQPPNSTMTVTTTADRNSGSAYEVGATVEYTCNAGSLLIGPST---RTCLDTGFYNEFPPVC 456          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: XP_016770436.1 (PREDICTED: uncharacterized protein LOC411888 isoform X1 [Apis mellifera])

HSP 1 Score: 92.0485 bits (227), Expect = 2.187e-18
Identity = 94/427 (22.01%), Postives = 166/427 (38.88%), Query Frame = 0
Query:   54 FDSSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQSNL--------------------MTCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISL----NSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWAL-----------DTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
             + ++ T++C  G+ L+G ++  C    ++GS+     P C +++     P QS+                      TC+ T   +  PWW ++LL+   +  +R+          +  ++ VR+GN+  +   NPIC         + E   + +PC     G ++S+    N+  + P  L LC+  +  D +  I   +C          Q        NG+C I+   +   F EA +FC  RG  L    VD +   ++  I       H   +S   S  W+           D    T  + T   EEV +  W+L           D +  W W+  PC ++ + +C   P+ C  PE    + +    +    +   +  G T+ Y C   S +I P +   RTC  +G ++   P C
Sbjct:   61 LEGTVATYSCERGFELLGPARRQCQ---VDGSWTPEGVPFCVLNVAGGKAPMQSSTSEGGIPQRAVDGSSGQIYTPQTCTLT-RPEHRPWWYVNLLEPYMVQLVRLDFGKPCCGDDIPGTIVVRVGNNRPDLGTNPICNRFT---GPLEEGQPLFLPCNPPMPGAFVSVHLEANTPTSIPVQLSLCEAFVYTDQALPIE--RCPQ-----FRDQPPGSTATYNGKCYIFYNRQPMIFREALSFCRARGGTL----VDESNPALQGFISWELWRRH---RSDTSSQYWMGAV-------RDQKDRTVWRWTGSGEEVSVSFWSLPQGTEEDCARYDGSRGWLWSDTPCTARLNFICQHQPRACGRPEQPPNSTMTVTTTADRNSGSAYEVGATVEYTCNAGSLLIGPST---RTCLDTGFYNEFPPVC 456          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: XP_016770413.1 (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 isoform X3 [Apis mellifera])

HSP 1 Score: 89.7373 bits (221), Expect = 1.235e-17
Identity = 101/345 (29.28%), Postives = 139/345 (40.29%), Query Frame = 0
Query:  107 CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLIL-VDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVD------LNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +  VD           +P +  L           N  C  +   K  SF EARN+C  RG  L     D      LN    R   L   + W+    E   + R + WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE    T I       I  KR    G+ I Y C +   +I  KS   RTC  +G WS     C
Sbjct:   47 CTET-QSEPSPWWKVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSVELQRNPLCAWF---PGTIEEGITKTFMCARALVGQYVFLQLVGVEGS-LSLCEVEVFAVDEFSTDRCAYSGTPADADL--------AAFNSTCYEFVVKKGDSFQEARNYCRARGGDLVHGFKDAASVYILNNLERRKDKLKTQLVWIGAQKEPLITARIWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRNWLWNDVGCNLDYLHWICQSRPPTCGSPEKAENTTI-------IGTKR--TIGSIIDYVCPDGYMLIGSKS---RTCESTGFWSDEPATC 357          
BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Match: EEB18912.1 (furrowed, putative [Pediculus humanus corporis])

HSP 1 Score: 88.9669 bits (219), Expect = 2.246e-17
Identity = 108/432 (25.00%), Postives = 167/432 (38.66%), Query Frame = 0
Query:   46 RVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCYR-GILNGSFPICSMDIGINGIPSQSNLM--------------------TCSQTLETDASPWWM-----LDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRG------LRLPLTSVDLNYHNVRSSIL---VRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V++SN+N    +  T+TC  GY L GSS   C   G      P C  ++      +QS  +                     C++TL+ +ASPW +     +DLL+   I  +R V T        ++ +E+R+GNSS + Q NP+CA+       + E  T    CA    G+++ L  V  +   L LC+V +    +      +C  P  G      L+ F      C  +   K  SF  AR +C+  G      L  P+ +  L+    R   L   + W+    +   + R++ WV            V+  +  K    N     +C  LD    W WN   C     H VC   P  C +P+    T I             + +G+ I Y C     ++     + RTCT  G WS   P C
Sbjct:   15 KVKLSNENLSPGTTATYTCDPGYELFGSSVRTCLSDGTWKDEIPFCGTNVAFRKPANQSTTVRGGNAGNGNDGQKSTIHDGKQCTETLK-EASPWAIKIINYVDLLRPYPIKVVR-VTTRGCCGHQPLKDIEIRVGNSSFDLQKNPLCAWF---PGTIEEGITKTFTCARTLIGQFVFLQLVGVDGS-LSLCEVEVFS--TGEFSSDRCAPP--GASADADLSSFDRT---CFEFSVTKGGSFEVARTYCKNHGGDLIHGLGGPVNTFLLSELERRKPKLKTQLVWIGVQKDEGITSRTWKWVD--------GQVVSKPSWGKDQPNNYNGEQNCAVLDGGRNWLWNDVGCNLDYLHWVCQYQPSGCGSPDKEANTTI---------TGNGYNSGSVIKYNCPEGHMLV---GSETRTCTPEGFWSDFAPTC 413          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|795037199|ref|XP_011865534.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 isoform X1 [Vollenhovia emeryi])

HSP 1 Score: 125.561 bits (314), Expect = 2.553e-26
Identity = 120/465 (25.81%), Postives = 194/465 (41.72%), Query Frame = 0
Query:   10 MMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLP-----------LTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            M+ +  + +  +     +    C   +  +NA    +V +SN++    ++  +TC  GY L G+  L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R+  T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       +   +C   + G      LT F   N  C  +   K  SF EARN+C+ RG  L            L +++     +++ ++  W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  + +KR    G+TI Y C +   ++  KS   R C  SG WSG  P C
Sbjct:    1 MILVYGIILPLVGSLAYAQDLKCGHPAVPMNA----KVSLSNESLTPGTVAKYTCDAGYELFGTGSLVCGPRGKWQGDLPFCGTNVGFRKPANQSTTVRGGNANHGNDGDFSTEHDGKRCTET-QSEPSPWWRVDLLKPYSVKVVRVA-TRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFVCARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSVD--RCA--HAGTPADADLTAF---NSTCYEFVVKKGGSFQEARNYCKTRGGDLVHGFKGISSTFILNNLERRKDKLKTQLV--WIGAQKEPQITARTWRWVD--------GEIVQRPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPPTCGSPE-------KSENTMIVGSKR--TIGSTIDYACPDGYMLVGSKS---RMCGPSGFWSGDVPTC 426          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|1070183790|ref|XP_018349915.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Trachymyrmex septentrionalis])

HSP 1 Score: 124.405 bits (311), Expect = 5.251e-26
Identity = 121/427 (28.34%), Postives = 179/427 (41.92%), Query Frame = 0
Query:   46 RVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++    +I  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C   N        LT F   N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  H+  + +KR    G+TI Y C +   +I  K+   R C  SG WSG  P C
Sbjct:   32 KVSLSDESLTPGTIAKYTCDAGYELFGIGSLACSPRGKWQGDLPFCGTNVGFRKPTNQSTTVRGGNANHGNDGDFGTEHDGKRCTET-QSEPSPWWRVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFICARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCAHANT--PADADLTAF---NSTCYEFMVKKGGSFEEARNYCKGRGGDLVHGFKGISSVFILNNLEKRKDKLKTQLVWIGAQKEPQITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPSTCGSPE-------KSEHTVIVGSKR--TIGSTIDYVCPDGYMLIGSKN---RMCEPSGSWSGDVPTC 425          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|1069675388|ref|XP_018300152.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Trachymyrmex zeteki])

HSP 1 Score: 124.405 bits (311), Expect = 5.349e-26
Identity = 123/463 (26.57%), Postives = 192/463 (41.47%), Query Frame = 0
Query:   10 MMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            MM I  + +  ++    +    C   +  +NA    +V +S+++   ++I  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C      Y +          N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE +  T+I       + +KR    G+TI Y C +   +I  K+   R C  SG W+G  P C
Sbjct:    1 MMLIYGIILPLVASLVYAQELKCGHPAVPMNA----KVSLSDESLTPATIAKYTCDAGYELFGIGSLVCSPRGKWQGDLPFCGTNVGFRKPANQSTTVRGGNANHGNDGDFSTEHDGKRCTET-QSEPSPWWRVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFICARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCA-----YANTPADADLTAFNSTCYEFMVKKGGSFEEARNYCKGRGGDLVHGFKGISSVFILNNLEKRKDKLKTQLVWIGAQKEPQITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPPTCGSPEKSENTKI-------VGSKR--TIGSTIDYVCPDGYMLIGSKN---RMCEPSGSWNGGVPTC 426          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|987901341|ref|XP_015437237.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Dufourea novaeangliae])

HSP 1 Score: 124.405 bits (311), Expect = 6.504e-26
Identity = 127/467 (27.19%), Postives = 194/467 (41.54%), Query Frame = 0
Query:    9 SMMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFDS-SIITFTCAEGYYLIGSSKLNC-YRGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLIL-VDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----------PLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            S++ IL +    +   H ++          +NA    +V +S+++ ++ S  T+TC  GY L GS  L C  RG   G  P C  ++      +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +  VD           +P +  L           N  C  +   K  SFLEARN+C  RG  L            L +++     +++ ++  W+    E   + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S+P TC +PE +  T I       +  KR    G+TI Y C +   +I  KS   RTC  SG WSG  P C
Sbjct:    8 SLLGILVVGAEGLKCGHPAVP---------MNA----KVSLSDESLETGSSATYTCDTGYELFGSGSLTCNARGKWQGDLPFCGTNVAFRKPTNQSTTVRGGDASHGNDGDSSTEHDGKRCTET-QSEPSPWWKVDLLRSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSVELQRNPLCAWF---PGTIEEGITKTFVCARALIGQYVFLQLVGVEGS-LSLCEVEVFAVDEFSTDRCAYSGTPADADL--------AAFNSTCYEFVVKKGGSFLEARNYCRTRGGDLLHGFKGSSSIYILNNLERRKDKLKTQLV--WIGAQKEPVITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSNPPTCGSPEKSENTTI-------VGTKR--AIGSTIDYVCPDGYMLIGTKS---RTCDPSGFWSGVPPTC 425          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|1016157601|gb|KZC04763.1| (Sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Dufourea novaeangliae])

HSP 1 Score: 124.02 bits (310), Expect = 6.805e-26
Identity = 121/430 (28.14%), Postives = 181/430 (42.09%), Query Frame = 0
Query:   46 RVEVSNQNFDS-SIITFTCAEGYYLIGSSKLNC-YRGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLIL-VDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----------PLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++ ++ S  T+TC  GY L GS  L C  RG   G  P C  ++      +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +  VD           +P +  L           N  C  +   K  SFLEARN+C  RG  L            L +++     +++ ++  W+    E   + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S+P TC +PE +  T I       +  KR    G+TI Y C +   +I  KS   RTC  SG WSG  P C
Sbjct:    4 KVSLSDESLETGSSATYTCDTGYELFGSGSLTCNARGKWQGDLPFCGTNVAFRKPTNQSTTVRGGDASHGNDGDSSTEHDGKRCTET-QSEPSPWWKVDLLRSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSVELQRNPLCAWF---PGTIEEGITKTFVCARALIGQYVFLQLVGVEGS-LSLCEVEVFAVDEFSTDRCAYSGTPADADL--------AAFNSTCYEFVVKKGGSFLEARNYCRTRGGDLLHGFKGSSSIYILNNLERRKDKLKTQLV--WIGAQKEPVITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSNPPTCGSPEKSENTTI-------VGTKR--AIGSTIDYVCPDGYMLIGTKS---RTCDPSGFWSGVPPTC 397          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|1009415291|gb|KYN34103.1| (Sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Trachymyrmex septentrionalis])

HSP 1 Score: 124.02 bits (310), Expect = 7.767e-26
Identity = 121/427 (28.34%), Postives = 179/427 (41.92%), Query Frame = 0
Query:   46 RVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++    +I  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C   N        LT F   N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  H+  + +KR    G+TI Y C +   +I  K+   R C  SG WSG  P C
Sbjct:   16 KVSLSDESLTPGTIAKYTCDAGYELFGIGSLACSPRGKWQGDLPFCGTNVGFRKPTNQSTTVRGGNANHGNDGDFGTEHDGKRCTET-QSEPSPWWRVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFICARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCAHANT--PADADLTAF---NSTCYEFMVKKGGSFEEARNYCKGRGGDLVHGFKGISSVFILNNLEKRKDKLKTQLVWIGAQKEPQITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPSTCGSPE-------KSEHTVIVGSKR--TIGSTIDYVCPDGYMLIGSKN---RMCEPSGSWSGDVPTC 409          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|951570178|ref|XP_014483424.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1, partial [Dinoponera quadriceps])

HSP 1 Score: 123.25 bits (308), Expect = 1.402e-25
Identity = 119/429 (27.74%), Postives = 181/429 (42.19%), Query Frame = 0
Query:   46 RVEVSNQNFDSSIIT-FTCAEGYYLIGSSKLNC-YRGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLP-----------LTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            +V +S+++  +  +  +TC  GY L G+  L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C   + G      LT F   N  C  +   K  SF +ARN+C  RG  L            L +++     +++ ++  W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE +  T I       + NKR    G+TI Y C +   +I  KS   R C  SG WSG  P C
Sbjct:   51 KVSLSDESLATGTVAKYTCDAGYELFGTGSLTCNARGKWQGDLPFCGTNVGFRKPANQSTTVRGGNAYHGNDGDFSTEHDGKRCTET-QSEPSPWWRVDLLKPYSVKIVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFVCARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCA--HAGTPAEADLTAF---NSTCYEFVVKKGGSFQDARNYCRERGGDLVHGFKGISSTFILNNLERRKDKLKTQLV--WIGAQKEPQITARTWRWVD--------GEIVQRPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPPTCGSPEKSENTTI-------VGNKR--LIGSTIEYVCPDDYMLIGSKS---RICGPSGFWSGDVPTC 444          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|780636604|ref|XP_011686829.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Wasmannia auropunctata])

HSP 1 Score: 122.865 bits (307), Expect = 1.764e-25
Identity = 124/463 (26.78%), Postives = 192/463 (41.47%), Query Frame = 0
Query:   10 MMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNF-DSSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            M+ +  + +  +     +    C   +  +NA    RV +S+++    ++  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C   + G      LT F   N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  + +KR    G+TI Y C +   ++  KS   R C  SG WSG  P C
Sbjct:    1 MILVYGIILPLVGSLAYAQELKCGHPAVPMNA----RVSLSDESLAPGTVAKYTCDAGYELFGIGSLVCSPRGKWQGDLPFCGTNVGFRKPSNQSTTVRGGNANHGNDGDFSTEHDGKRCTET-QSEPSPWWRVDLLKPYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFMCARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCA--HAGTPADADLTAF---NSTCYEFVVKKGGSFQEARNYCKGRGGDLVHGFKGISSVFILNNLERRKDKLKTQLVWIGAQKEPQITARTWRWVD--------GEIVQRPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPPTCGSPE-------KSENTIIVGSKR--TIGSTIDYVCPDGYMLVGLKS---RMCDASGFWSGDVPTC 426          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|746843926|ref|XP_011052208.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Acromyrmex echinatior])

HSP 1 Score: 122.865 bits (307), Expect = 2.088e-25
Identity = 123/462 (26.62%), Postives = 190/462 (41.13%), Query Frame = 0
Query:   11 MFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFDSSIIT-FTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            M +  + + F++    +    C   +  +NA    +V +S+++  S  I  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C      Y +          N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  + +KR    G+TI Y C +   +I  K+   R C  SG WSG  P C
Sbjct:    1 MLMYGIILPFVANLVYAQELKCGHPAVPMNA----KVSLSDESLISGTIAKYTCDAGYELFGIGSLVCSPRGKWQGDLPFCGTNVGFRKPANQSTTVRGGNANHGNDGDFGTEHDGKRCTET-QSEPSPWWRVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFICARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCA-----YANTPADADLTAFNSTCYEFMVKKGGSFEEARNYCKGRGGDLVHGFKGISSVFILNNLEKRKDKLKTQLVWIGAQKEPQITVRTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSKPPTCGSPE-------KSENTIIVGSKR--MIGSTIDYVCPDGYMLIGSKN---RMCESSGSWSGDVPTC 425          
BLAST of EMLSAG00000012049 vs. nr
Match: gi|1070150916|ref|XP_018357996.1| (PREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 [Trachymyrmex cornetzi])

HSP 1 Score: 122.479 bits (306), Expect = 2.474e-25
Identity = 125/463 (27.00%), Postives = 192/463 (41.47%), Query Frame = 0
Query:   10 MMFILFLSMHFISFFHTSLSSSCIDASKWINALGGYRVEVSNQNFD-SSIITFTCAEGYYLIGSSKLNCY-RGILNGSFPICSMDIGINGIPSQSNLMT--------------------CSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSS-NYQDNPICAFLIQDDKEVNENDTIVIPCAGAR-GRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRL-----PLTSV----DLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCE-SKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            MM +  + +  ++    +    C   +  +NA    +V +S+++    +I  +TC  GY L G   L C  RG   G  P C  ++G     +QS  +                     C++T +++ SPWW +DLL+   +  +R V T        ++ +E+R+GNSS   Q NP+CA+       + E  T    CA A  G+Y+ L  V  E   L LC+V +       I   +C   N        LT F   N  C  +   K  SF EARN+C+ RG  L      ++SV    +L     +    + W+    E + + R++ WV          + V   +  K    N     +C  LD    W WN   C     H +C S P TC +PE       K  ++  + +KR    G+TI Y C +   +I  K+   R C  SG WSG  P C
Sbjct:    1 MMLMYGIILPLVASLVYTQELKCGHPAVPMNA----KVSLSDESLTPGTIAKYTCDAGYELFGIGSLVCSPRGKWQGDLPFCGTNVGFRKPANQSTTVRGGNANHGNDGDFGTEHDGKRCTET-QSEPSPWWRVDLLKSYSVKVVR-VTTRGCCGHQPLQDIEIRVGNSSAELQRNPLCAWF---PGTIEEGITKTFICARALVGQYVFLQLVGVEGS-LSLCEVEVFATDEFSID--RCAHANT--PADADLTAF---NSTCYEFMVKKGGSFEEARNYCKGRGGDLVHGFKGISSVFILNNLEKRKDKLKTQLVWIGAQKEPQITARTWRWVD--------GEIVQKPSWGKDQPNNYNGEQNCVVLDGGRGWLWNDVGCNLDYLHWICQSRPPTCGSPE-------KSENTVIVGSKR--TIGSTIDYVCPDGYMLIGSKN---RMCEPSGSWSGDVPTC 426          
BLAST of EMLSAG00000012049 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold264_size232020-processed-gene-1.3 (protein:Tk03482 transcript:snap_masked-scaffold264_size232020-processed-gene-1.3-mRNA-1 annotation:"putative furrowed")

HSP 1 Score: 104.375 bits (259), Expect = 2.141e-23
Identity = 118/476 (24.79%), Postives = 184/476 (38.66%), Query Frame = 0
Query:    9 SMMFILFLSMHFISFFHTSLSSSCID----------ASKWINALGGYRVEVSNQNFDSSIITFTCAEGYYLIGSSKLNCYRGILNGSFPICSMDIGINGIPSQSNLM--------------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVIPCA-GARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQC---LSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSI------------LVRWLSHHFEYKSSPRSYTWVSISGTREKFEDDVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
            S  F L  +++F+++F   L++S  D          A++++N   G   E       S  I + C  GY L G     C  G   G  P C++++ +    S S+ M                     CS+T +++ SPWW +DLL    +  +R  LT    D + +   E+R+GNS+    NP+C ++    K + E  T  + C     GRY+S+     E   L +C+V +    S+ I    C   + P+E            V    C     G+ + + EA+  CE +   L     D++   V S +            L+ W+    E  S    ++WV+ +        +V S    +    N     +C  LD+   WKWN   C+  A  VC S P  C +P VN GT I                G  +SY C        P     +TC  SG  SG    C
Sbjct:    9 SSAFTLKWTLYFLTYF-VCLTNSAGDKKCAHPALPFATQYLNVTEGLGEE-------SWTIKYVCDSGYELFGEDVRECQDGKWKGDLPHCAVNVALKKPASASSQMGKGDPNNAVDGRTSSVHEGDKCSET-KSEKSPWWTVDLLGTYPVKHVR--LTSRCCDDVPIMKAEIRVGNSTTPGLNPLCNWI---PKALEEGSTETLDCVEDLLGRYVSIVMTGVE-TVLSVCEVEVFS--SEEISLATCPDDIPPDE----------VSVFQDACYHIVPGEVAGYDEAKARCEEKESHLVSELDDMSLPYVTSRLQRLLDTKQDVQSLMAWVGAERESDSRQDKWSWVTGA--------EVESIEWGRGQPNNYNQEQNCAVLDSDLEWKWNDISCKISAITVCQSSPAKCASPSVNEGTYITG----------DLRVGAILSYHCPLGD---MPVGDANQTCEVSGQLSGQPITC 436          
BLAST of EMLSAG00000012049 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold341_size202020-snap-gene-1.18 (protein:Tk03635 transcript:maker-scaffold341_size202020-snap-gene-1.18-mRNA-1 annotation:"putative furrowed")

HSP 1 Score: 101.293 bits (251), Expect = 1.045e-22
Identity = 103/354 (29.10%), Postives = 148/354 (41.81%), Query Frame = 0
Query:   50 SNQNFDSSIITFTCAEGYYLIGSSKL--NCYRGILNGSFPICSMDIGINGIPS-------QSNLMTCSQTLETDASPWWMLDLLQVVE-ISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVI---PCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKS-SPRSYTWVSISGTREKFED-----DVNSSTTTKTTELN----EEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNF 380
            S  N D S+I    A G +  G   +   C   I    F    +  G  G  +       Q     C+QT    ++PW  LDL Q    +  IRI L     D  MV +ME+R GN S +  NP+C +L  D K V  +   V+   PC    GR++SL SVN+    + LC + ILV P + +  + C     G              G C+ +      SF EA  +C+ +GL L L + DL+ +         W+  HF+  S  P+S   + +   R          D +  T T    L+    E    DC  +D+A  WKWN   C   AHV+C   PK C  P+++ 
Sbjct:  253 STANMDESVI-IKNANGLWNAGDPIVPPKCTLDITKNEFIPVILSEGTTGTKAVDERQSAQHGGQFCAQT--RGSNPWVTLDLGQRARMVLQIRIALAE---DEPMVSNMEIRFGNDSEHWKNPLCDWL--DAKRVESSKGTVLDVEPCQHG-GRFLSLASVNSLVP-ISLCDIQILVGPLEVLSKQLCPHNTGGITTKM---------GSCLHFNLKARMSFQEAVEYCQAKGLHL-LRNEDLDIY--------AWMMEHFQSVSKGPKSRALIWVGAKRLANSSHWSWIDGDRITGTSLVSLDWGISEPSGEDCVVIDSALGWKWNSVRCVISAHVMCHGFPKHCPPPDLDL 578          
BLAST of EMLSAG00000012049 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold469_size162558-snap-gene-0.34 (protein:Tk06435 transcript:maker-scaffold469_size162558-snap-gene-0.34-mRNA-1 annotation:"hypothetical protein TcasGA2_TC002984")

HSP 1 Score: 87.4261 bits (215), Expect = 3.453e-18
Identity = 92/412 (22.33%), Postives = 162/412 (39.32%), Query Frame = 0
Query:   56 SSIITFTCAEGYYLIGSSKLNCYRGILNGSF-----PICSMDIGINGIPSQSNLM--------------------TCSQTLETDASPWWMLDLLQVVEISAIRIVLTHHNFDRIMVESMEVRIGNS-SNYQDNPICAFLIQDDKEVNENDTIVIPC-AGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQCLSPNEGYLHHQRLTRFKVINGRCVIWRRGKESSFLEARNFCEXRGLRLPLTSVDLNYHNVRSSILVRWLSHHFEYKSSPRSYTWVSISGTREKFED--DVNSSTTTKTTELNEEVMLDCWALDTANAWKWNLRPCESKAHVVCVSDPKTCVNPEVNFGTRIKKPHSFWIENKRPWXTGTTISYECMNKSRIIHPKSYQKRTCTKSGHWSGSTPFC 438
             ++  ++C  G+ L+G ++  C     NG++     P C +++     P QS+++                    TCS T + + +PWW ++LL+   +  +RI        +    ++ VR+GN+  +   NPIC         + E   + +PC     G ++S++        L +C+  +  D +  I   +C +        Q        NG+C I+   + S+F  A NFCE RG  L    VD +   ++  +       H   K       W+     RE  ++   +N    + +         DC   D    W W+   C  K + +C   P TC  PE       + P+S  I +   +  G+ I Y C     ++ P    KR+C  +G +S   P C
Sbjct:   71 GTVARYSCDRGFELLGPARRICGD---NGTWTPQGIPFCVLNVAAGKAPMQSSVVDGGIPQKAVDGSTSTFFDENTCSLT-DVERAPWWYVNLLEPYMVQLVRIDFGQSCCAKDKKATIVVRVGNNRPDLGVNPICNRFT---GSLEEGRPLFLPCNPPMPGAFVSVHFEGPPGVSLSICEAFVYTDQALPIE--RCPA-----YRDQPPGSTATYNGKCYIFYNQQPSNFQGALNFCESRGGSL----VDESNPALQGFLSWELWRRH---KGDANGQYWLGAVRDREDPKNWKWINGKPVSVSFWNLPGGNDDCARFDGTKGWLWSDTECGLKLNFICQHRPTTCGKPE-------QPPNSTLISSS--YEVGSRIEYLCNEGHLLVGPS---KRSCLPTGFYSEFPPVC 449          
BLAST of EMLSAG00000012049 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold38_size502422-snap-gene-0.15 (protein:Tk05859 transcript:maker-scaffold38_size502422-snap-gene-0.15-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC100372851")

HSP 1 Score: 60.077 bits (144), Expect = 9.488e-10
Identity = 46/123 (37.40%), Postives = 65/123 (52.85%), Query Frame = 0
Query:  107 CSQTLETDASPWWMLDLLQVVE-ISAIRIVLTHHNFDRIMVESMEVRIGNSSNYQDNPICAFLIQDDKEVNENDTIVI---PCAGARGRYISLNSVNTEPRFLILCKVLILVDPSKYIHPRQC 225
            C+QT    ++PW  LDL Q    +  IRI L     D  MV +ME+R GN S +  NP+C +L  D K V  +   V+   PC    GR++SL SVN+    + LC + ILV P + +  + C
Sbjct:  318 CAQT--RGSNPWVTLDLGQRARMVLQIRIALAE---DEPMVSNMEIRFGNDSEHWKNPLCDWL--DAKRVESSKGTVLDVEPCQHG-GRFLSLASVNSLVP-ISLCDIQILVGPLEVLSKQLC 431          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000012049 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 4
Match NameE-valueIdentityDescription
-4.191e-1825.24symbol:fw "furrowed" species:7227 "Drosophila mela... [more]
-5.402e-1621.80symbol:CG9095 species:7227 "Drosophila melanogaste... [more]
-3.387e-1424.94symbol:C54G4.4 "Protein C54G4.4" species:6239 "Cae... [more]
-1.961e-428.98symbol:zgc:171424 "zgc:171424" species:7955 "Danio... [more]
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BLAST of EMLSAG00000012049 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592881244|gb|GAXK01076657.1|6.892e-2726.02TSA: Calanus finmarchicus comp99021_c0_seq1 transc... [more]
gi|592752493|gb|GAXK01201920.1|5.970e-2525.75TSA: Calanus finmarchicus comp86719_c0_seq2 transc... [more]
gi|592752494|gb|GAXK01201919.1|1.009e-2425.75TSA: Calanus finmarchicus comp86719_c0_seq1 transc... [more]
gi|592922405|gb|GAXK01035984.1|5.058e-1922.89TSA: Calanus finmarchicus comp108798_c0_seq2 trans... [more]
gi|592922406|gb|GAXK01035983.1|5.245e-1922.89TSA: Calanus finmarchicus comp108798_c0_seq1 trans... [more]
gi|592756657|gb|GAXK01197756.1|2.434e-1523.42TSA: Calanus finmarchicus comp1212947_c0_seq1 tran... [more]
gi|592802925|gb|GAXK01151643.1|1.271e-621.20TSA: Calanus finmarchicus comp226886_c0_seq2 trans... [more]
gi|592802926|gb|GAXK01151642.1|1.271e-621.20TSA: Calanus finmarchicus comp226886_c0_seq1 trans... [more]
gi|592958104|gb|GAXK01000452.1|6.237e-530.53TSA: Calanus finmarchicus comp4328865_c0_seq1 tran... [more]
gi|592946033|gb|GAXK01012520.1|1.103e-320.45TSA: Calanus finmarchicus comp678971_c0_seq1 trans... [more]

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BLAST of EMLSAG00000012049 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 3
Match NameE-valueIdentityDescription
EMLSAP000000120490.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s85:19923:... [more]
EMLSAP000000002516.855e-1621.20pep:novel supercontig:LSalAtl2s:LSalAtl2s1037:1124... [more]
EMLSAP000000113049.702e-1625.43pep:novel supercontig:LSalAtl2s:LSalAtl2s77:202020... [more]
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BLAST of EMLSAG00000012049 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000012049 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KFM61407.1|3.409e-2525.42CUB and sushi domain-containing protein 3, partial... [more]
XP_006559048.16.110e-2427.80PREDICTED: sushi, von Willebrand factor type A, EG... [more]
XP_006559049.12.089e-2227.17PREDICTED: sushi, von Willebrand factor type A, EG... [more]
EAA04956.31.047e-1925.85AGAP000929-PA, partial [Anopheles gambiae str. PES... [more]
AHN59616.11.566e-1825.24furrowed, isoform C [Drosophila melanogaster][more]
AAF48125.21.566e-1825.24furrowed, isoform A [Drosophila melanogaster][more]
XP_395355.32.187e-1822.01PREDICTED: uncharacterized protein LOC411888 isofo... [more]
XP_016770436.12.187e-1822.01PREDICTED: uncharacterized protein LOC411888 isofo... [more]
XP_016770413.11.235e-1729.28PREDICTED: sushi, von Willebrand factor type A, EG... [more]
EEB18912.12.246e-1725.00furrowed, putative [Pediculus humanus corporis][more]

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BLAST of EMLSAG00000012049 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|795037199|ref|XP_011865534.1|2.553e-2625.81PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|1070183790|ref|XP_018349915.1|5.251e-2628.34PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|1069675388|ref|XP_018300152.1|5.349e-2626.57PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|987901341|ref|XP_015437237.1|6.504e-2627.19PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|1016157601|gb|KZC04763.1|6.805e-2628.14Sushi, von Willebrand factor type A, EGF and pentr... [more]
gi|1009415291|gb|KYN34103.1|7.767e-2628.34Sushi, von Willebrand factor type A, EGF and pentr... [more]
gi|951570178|ref|XP_014483424.1|1.402e-2527.74PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|780636604|ref|XP_011686829.1|1.764e-2526.78PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|746843926|ref|XP_011052208.1|2.088e-2526.62PREDICTED: sushi, von Willebrand factor type A, EG... [more]
gi|1070150916|ref|XP_018357996.1|2.474e-2527.00PREDICTED: sushi, von Willebrand factor type A, EG... [more]

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BLAST of EMLSAG00000012049 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
snap_masked-scaffold264_size232020-processed-gene-1.32.141e-2324.79protein:Tk03482 transcript:snap_masked-scaffold264... [more]
maker-scaffold341_size202020-snap-gene-1.181.045e-2229.10protein:Tk03635 transcript:maker-scaffold341_size2... [more]
maker-scaffold469_size162558-snap-gene-0.343.453e-1822.33protein:Tk06435 transcript:maker-scaffold469_size1... [more]
maker-scaffold38_size502422-snap-gene-0.159.488e-1037.40protein:Tk05859 transcript:maker-scaffold38_size50... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s85supercontigLSalAtl2s85:19923..61705 -
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
Descriptionsnap_masked-LSalAtl2s85-processed-gene-1.5
Biotypeprotein_coding
EvidenceIEA
NotePREDICTED: sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1 isoform X1 [Vollenhovia emeryi]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000012049 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000012049EMLSAT00000012049-707896Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s85:19923..61705-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000012049-694815 ID=EMLSAG00000012049-694815|Name=EMLSAG00000012049|organism=Lepeophtheirus salmonis|type=gene|length=41783bp|location=Sequence derived from alignment at LSalAtl2s85:19923..61705- (Lepeophtheirus salmonis)
ATGTATAAAAATTTAGTATTTATCTGTTTAAAACAATGATAGTTGTAGTT CAATTAATCGTTGCTTTATCAGCGTATCAGAGTCAAACTTTATAACCTAT CTTAAACACAAAAGCTTGAATAAGTAGAACATAGAGTGTGTCCTTGTGAA TTGTAAACGAATTTTCCAAAGATCAATTTTACAAAAATTCCCAAAACATT CAAGTATGAAGTCATTGAGACTAGATATACATTGATTTTAATTTATAGCA CCAATGATATCTCAAAGTGGCCGCTCTTGGCCTCCGCCACTGCATCGATC CTAGGCCTGAAGAAAATACATGGGTTTTTTTTGCGTATTTTCATGCCTAC TCCTTCTCCATTAGACACTTTATGGCATGTACATTTACATGAAAGATGCC ACAGGGGCTCCTCTTGATGGCACCTCAGATCCTATAGTCAAGAAGTTTGT GGAAAGGAGGCGACATTGACCTGGTCAGATACTCACCAAGTTGTCTTCAA AACACTTTTGACATTTTCTTACCTATTTTCCACTTAAGGCTCTTTTTGTC ATACTTCAGCATTAAATCTTGGTTATATGACCCCTGACGCAGGAAAACCT GTCATTACTCATTCCAGACGATTTATTTTTGTCTTTATGTACGCTGTCCT TGGTCTTCTTTAGAAATCTGTTTTACAAAGATTGTTTGTCAGTCGATACT ACGGTAAAAAGCTGGGCAAAATATTTATTTGATGAATTAAATGTTTCAAA ATTTTGCTAACGATTCCTGGGGACACGCTGTAGATAATATTAAAACAAAA AAAAACTTTTTCTAAAAATGGTGTAAATTTTCAAAACTTTAGAGTTTTAG CTATCTCTTAATATTTTTTAAAAACAGCTCAAAACTTGAGAATGTTAGCT TTAGACAAAAAAAACAACATTTTAATACCTTAAAAAAAAAACTTTCGAAA ATGTTCTCTAGATTAACATATCCTCTCTCAAAAGATTTTTCATTATTTTT GTAATTACATCCTTGAATACGCCTCCCCCCCCCCCCCGCCCCTCACCTTC TGGAAGTTTAAATTTATTAACAGCACCCTTATGGAAATCCCTTCTCTATT CCTACATTTACAAATATGATCCCATTAACAAAACTTAAACACATAATAAA GCGTGGGGAGTTAACACGAAAAAAAAATCCGGAAAAAAATAAAGACGATA ATGAGATATGTCCAATTTATTTATCTACTATATTCAATTTCAACTTTGTA CTTTAGTTTCACGGATGAGTTGAGACACTTCCTCAGAAAACTATTAAGCA TTGTTTATAGCTTTCATTTTGTTTATGATACTACGTTTGGCCCCTTTCAT GTACAAAAAAAACCCATCAATATGTCATTATTTAATTGTGACGATGAATG TTTTGGTTATTTAATTTACAATTTGTGATGATATGACGAAAGATACAGAT ATCATCCAGTCTCCAGATTGAGTAAAATCATTTCAGCTTACTTTTTAGTT GACAGATCACATACCTAATTCAGTACTCTTTATCGATAATAAGTTGCTAT GATATAATCTACAGGATATATCTATAATGCCAAAAAGTAATAAGGTCATC CCAAGGGGCATCATTTGATTATAATTTACGATTAATCTTGTATTTATCCT TATTTAGAACTAGGACCACACTTCTGTCCAGTCTGGTCACACTTGTCGGT CCTTAAAATCGGTGTCCATGACGGCAATGAGGATTATTTTCCTTTTTTAA ATTATTCCGTTATATATTATAATAGAAATAAATTACATAACTAAGTAACA ATATAATTTGTTCGTATTATATTGTATTATAATGAAAACAATAATATTTT TTTGCAACATTTGTGCAATAATCCAAATAAATATTTTATATATCTTAATA AACCATTGATATATTTATGAAAATTAAAAGGATCGACAGCCCTAAGGACC GGTCCTAAGACTGGACCGGACCGAATAAATAAGGATTGACACAACACTAG TTAAAAGCTACGGTTATTTATTTTAAATTGGACAAATACTCTATTTTTTT AGCCATTGGAATTCAGTTTTAAAAAAACACAACTCTTGGTTGTTAAACCC TGGCCAGACCTGGAATTTAGTTCTTATTTAAAATTCTGCAATGAATAGAT AAATCCCAACTTAACCTATAGTTAAATTACTATGTTAATTTTTGAGAGAT TATGATAAAGGTCATGACTAAAAAAAAAGTTAGGGGTGGGGGAAGAGGTT GATGACCTCCTAAGAGTTTTTATTTATCAAGATTACATCTTGAACTGGGA TATATTTTGTGTAAATATTCAATATAAATTAGACATTTTACACAGACTCA TTTGCATAAAAAAAATTGAATGACAACCTTTAATAAATTTTTAAAAGTGG TATCTCTTAACGTCTGTTTTTATGTAGAATGTGTGGTCTTTGTTTCTTAC TTGAAAGTGCGGGACCTAGAGCAGGTAACCCAAATGTTCCCATTTCTTAC AACCAACATTGGGCGAAGCATCAAGGTCAAGGCCCACATCCAACTCAAAT GATTTGTATTGATACGCTCCGCTTGACCAATTAAGAAGGATTCAGTGAAT GTTCATTTAAAACTTATTTGGTTCAGTACGCTCCTACATGTTAAGACCGC CTGCTTTAGATATTTAGTGATGGTTTTGTAAAAAAAAACGAATTTGTTTG TCAGACTCGATAAGTAACGCCAAAAAACCATTTATGCCTAGATAAATTCA TGAAGAAAGTAAATGCTACAGCATTTGTTTTTAAAATAATTTATTCACTA ATGGCAACATAGCTATAATCATCTAAAATTAAGCATCCTAAAATTACTGT AATCATAAAGAAAGTAATAAAAGTTCAAGAAAAGTATAAATAGTTATATA AAAAACATTCAAAAAGGCAGACCTAATATAAAATCCAACTTGATATTTTT AATTTAATGTATATTTTGGTCCCCATAAAAACAAATTGGTATCAGGTCGG TATATGATTTTCCGACCAAACCCCAACAATAGTGTTTATACATTTAAGCT TCGTGATAAAGGGGGATAAAAAAGGATGTTTATTTATAGTTAAATGAATT TAAAATAACCAAAACATATATAATTTTGAAAATGAATATATCTTATTTCT CAAAATGGTTCTAGTATATGTGTACGGATAGAGGATTTCTTTTCCTTTTT CCAATCTTAAACTGTTATTTTTCTTTACCATTTCCCCATCTTTACATTTA ATAATACAATCAGCAGAGATTAAAGTGAAAATTTTTTTTACAAATATAAT TATAACTGTAAAATACATTCATTTCGATGTTCCTTTTTCTTATACATCAT TGTGGTTGCAAAATAAGAAGGACGCATCAAAAACACCTTTTTTCTTTGTT TCAAAATGTATAATTAATTAAAAATTCACAAAATGCTAATTTATTCATCG TTAAGACCTTAAAATTTGATTACAACCAGAATAGAATTTTTATTTTCTAA AGGTGCTATCTTTATTTTGTTATTCTTGAAGATAAAACAAAAAAGTATAA TCACTTGTGCATTAAAGACGAAAAGTAAGAATGAAGATTAGTTGCAGAGT TATAAATGTAAGTCCTTGTTGGACTCAGATTATAAATAAAGATTTAGATC AGAGTAATTCCTCTCTATATCATGGCATAGCTGCTTACAGCTAATATAAT GACACTTAATTACAACTCCACTGCTCCTTACCCAACACCCACCAAATTGT CAGACTGACCACGTCAATTTTCGTTTTTTTTTATATTATATTATTTCCTC GTAATTGATTCATTTGATAAAATGCAAATATATGATATCAAGCTTTTTAT TGTGGGAGAGCTCATAATTTATATATTGACATATACTTATAATAAATTCA TAAGTTTTAGAAAATATTTGCAATCCATTGCTTCATGAAATATTTATACA TGAATTTGTCTAACGGATTCCTATGTGCTACGGATTCTGTTGAACTATGA AAATTACTTTCTTCCCCATAAATATATCTATAACAAAGAATGGGAAATTG TAGTCGCTACTCGGATTTGAAAGGTAATTTTCAAAGGGGTTTTGCGGTAC ACCAGAACTATAGCTGGAGTTGCTAATTCTAGGAATGGTCGGTATAGAAA AAGAAAAACGAAACTGTACATGGTAACCCCGACAATTTGAAGAATGTTTG AGCTGAGAGCACCTTAGCTATAATGAATTTTTATTACACTAACTTAAAGC AGCTTTGTGATCTGTATCTAGAAAAAAAAAATAGGTAGGAATTGGGCTTA GATTTTGAGCATACATTAAACTCGGAGTGCAATAATAAACATATAAGTTC GCATCATTTTTTTAATATTTTGTAAGGTTTCATGAGCAAATCCACTATTT GTATTTTTATAGTTAGACATTTTGTCCTCAAGAATTATAAAAAAAACATA TATAACACATTGGGTACAAATGAATTCAAGAAAAAAAAATTAGGTTTGAA CACAGAATCCAAAATTGATCTTGAATTCTAAAATATCTGGGTTTATCGTA ATTAGGGACTATTATCATTCAGACTCTTTTTTTGCCCTTAAAAAATGTCC AAATTATAAGTAGAAAGCATGAGACTTATGTAAAATTGTTTTTGTTGGTC ATTTATCTTGTTCTGAATTCGATATATTTTTATTTTTAAACTGAAACAGA ATGAAAAACGAAACTCTTCTTTTTAAAGCCTTTTAACTTATTCATAATGT ATAGTGATGAGGAAAGAAACAAAATTCATATGACTGAGAGAAAAATTGAG ATCAGTTTTGGATTCTTTGCTCATAGATAAGTTCGATTATTGTCTTCACT TCATTCTTACAAAATTCCACCACCCATAATTGTTCCCCTGAGTAATGAGT TTGAAAAATGAAATAATTTTTTTTTGATTGCCTCATACAAAAATTTCACA ATACATGAAGTTTACAAATCGAACTATAGTGGTATTAAGATGTGGAAGAT TTTTAATATATGCCATTCTTAAATTGGCTTTGGCTTTTGCTTCCTAATTA TGTTTTTACAAAATTGMCCTTCCGATGACGAGGCCCTTTTAATAAATCAT TTTATAAAAAAACAATAATTAAATCTATCGTTTTATAACGTCATCCAATT TTGGAACTAGCCTTTCCTAAAAAAAAAACAATGTATGCCCGGAAGTGAAT GTGAATTGTCCTTTGTGGTATTTTTTATTTTTAGTTGATAAATTATTGAA ATACCGATACTAATTGCTGTACTGCAACCCGTCAAAAATTTAAATAATAA TCATTTTGTTGAGTGTCAGATTTTTGTTATATGTAACGATAACCATATGA TCAATTTTATTCAAATGAAATTGGCTTTGAGAAAACTATGTTCATAGGTT ATATAGAGATGTAATAAGATTTTTTTAATACATGTTAGGGTCAGATATAA AATAAAACTACGCAATATAAGGATTCATTTTTGATAGACAGAAGGTTTAT GCCCCTTTATTTGTTGATCCCATTTTGACATCCAATAGTTAACTATTTTC CTTAATATTCATGAAAAGGGGTTATATGTATCTAAAATTTGTTTGTTTAC GTTCCTTTATATGACCGACCACAAAAATGTTGACGTCACATAAAAATGCT TACTCTAAAACTTGCAATAGCATGAATAAATTACAAAAAACGCGATTTCT ATTAAATCAAAAAAAGATAACTCAAACCCAAGATTTGACATGTTCAAGTG TTATGTTCATCTTTAGATTTTTGAAAATTTTTTTCCAAATTTTAAATTTT TGTTAATAGTTTTATTTTTTTTAAATATTTCTACAATTAATTTAATTTTT CAAAAAAAATCCATAACCCCCAACACACACCAACATATATATATATATTT GAAAGTACTTTACATAAAATAAAAATATATCATTATGATATTATTTAAAT CATCATGAGCTTCGTTAGCAAAAACAAAAGTTCAAATAAATTAAATATCA TAGTCATTGAGAGCAAAAAATATTAACGAAACACCACCTTGGCATTATTA GTATTATAACTATTAACACCATATGAAATATCATGGATCAAAAGAAATTT TATAGCTTTTTTCAAAAGCTCCCTTTTCGGATTTTACTTTTTTTATTGTA AAAAAATTTCAAAAAAAGAATACTAATTTACAATATTTTATTTTATTTTT AATAACAATTTGTCACATTTATTTTTTTGCAAAAAATTTAAAAAATCCAT AAGCTATCACAAAAAAAAATGAAATATTATGTTTTAAAAGAATATTTCAA TCATTAAATCTTTTGTTAAAAAAATTTCAAAATTTTAAGCTATTCATTAA AAGTTAAATTTTAAAAAAAATCTCCAACTGTTGACAAAAAATTATTTTGG GAAAAAAAATTTTTGAATTAAATTTTTTTGGAAAAATATTACAATAGTTT AATGCAAAATAATTTTTTGAATGGAAAAAACTTCAAATATTTTATTTTTT GCTCTTCTACATAATTGGCCAAAATGACTTCTTATTTTTTTTAAATAAAT CTTTCAAAAAAAAATTTTACTTCGAATTTATTGAAAAAAATTTTCACCGC GACTAAAAAAAAATCCATAAACAAAGTCATTATTTAATTGGCTGKTGTAT TTTTAAGCTACGATTTATCTCCTAAGAGAGTGACGGACAGTTTAAACTAA TTACAAATATACTTTGAATATTTTAGCTTACTAAAAAATATTATCGTTGT TATTCTAATTTTAACGTATAAGTTATAAAAATAGTATTTGATTAAAACAA ATTTAAATAATATTAGMCAGCCATACTTAAAAATATTATTATATAATAAG TTAATTTAATTTATTCAGACTTCTCTAATTTGAGAACTAATTTTGCTATT TTAATTATTGTTCTATTTATTAATACTATTAAATATTGACAAAACTATAT ATAATATTTATACTGGTTTAAATATTAATGTAGAAGAATCAACACTTTGG TCCAAAAACTTTCTCCTCATAAAGAAACAAACTAAAAAACGTCATCCCTA TGTACCATAGGATTTGTATGTATGGCGTCATTTTCCTTCAACTTTTCGTT TTACATGCTAAAAGTACATATTTTTTACTACTCATAAGTAGTTTTGGATC AGTCCTAGGACTACCTTTTTTTATATTTTCTTCTTTCCTAACAGGGAGTG AAGAAAACAAGAACATAGAGAATATGAATTATAGTTAGAACGTAAAATTA GTGTTGTATCGGTTCTTATGAAGTMCCTAGGTMCGAGGTCAGTCCCGCCC GGTCCCATCCAGTCCCATTTCTTGGTCCTTAAAGAAGATAAAACCGATTC CTCGTGACGACAATAAAGGTGCTTTTCCGCCTTTTAATAATTCCCTTATA TAATAATAAGTTATATAATCAAGTAACAATATAATTTATTCATATTTTAT TATATTATAATGAGATATTTGCTATAATCTTAATAAACATTTAATATATC TTATTTGACTGAATGAACACTCGATATTTTTATGAAAAATTCCAAGGACC AACAGTATTAAAGAGCGGTCCTAAAGACTGGTGGTCCTAAGACTGGAGAG GACTGGACCAAATCAATAAGGGCCGACACAACATAGAACTTATAATAATA TGTTCTAGTCACACACCTCATACTTTTAATTTCATTGATCTAGTCTCATT GAGAGAGATTATAAGTTATATGTTTAAACTACAGCGACTCATATGACGTA GTTAGTAGTAACTACGTAATTTCAGCTGTTTTAGTTTCCATAAAGACCAA TAAACACCTGTCCTAGGACTGATAAATTTGACTAGGAATGGACTGACAGT ACTAGGGTCTTTTGTAGTTATCTTGGACCGAACCAACACTACTCACAAAC ATAAAAAGTGTACTTTATAGCACTCTCTACTTTGTTTATTTAGATATGTT CGTTCTGTTATTGGTTGTAAGATAAGCAATGATACAGCAAGAATAGAAAT AATAAGAAGAAAAAAATTACATATATCTTTAATGGGCAGACATCCAACTG ATTTTATTTTTATTTATTTACATTACTTTATATTGACTTGACTTTCCAGG GTCAGATTAATATTAATTATAGAAGGAAAATGTCAAAGAAGAGTAATTTT ACTGCTAAAATTTCTACTGTCAGTTACTTTGCAGCATACATTTTTACTCT GTATATTAAACTAAAGGTATCAACATCGGAGTTATTCTTGTCAATGTTAC TGTCTAGTTCCTTTCCCCCCTTTTCCCTCGTAACAGCTGATTTTAATGAA ACGTCATGACAGCTAAGTTGCTCTCCTCAAAAACATTCTTCAAATTGTCT GGAAAACCATACTTTATTTTATAACAAAAAGTTAGTATAAATTGGAAAAT ATGATCACTGTATTTTAAAATGATTAAAAAACAATATTGCACATTTTGTG TGTCAACATTAAGACAACAGCTAAATATCTTTTTGAAGTTGTGTTTTTTC TTTCCTCTCCAGTAGACTCATTCAGTATGAAACATGATGTAGTATCGATC AACTCTCTGTTGACGTCCCGACCAATCAATTATTTTTATTTATTTAATTC AGTAGTAACAAAGAATAGACGTCTCGAATCTCTCCGGTCTAGAGAATTCC CTGGTCAGTCGTTAAGCTTTATACGATCTCAGCGAGAGCTGTCCTCCCTA AAAGCGTCTAGTATTAAGATTGACTTCCCTATGAGGTTATTCAGCCCCAA GGGTATGTTGGCATTGCAAGATCTGGCTCCGTAGAGTATTAATAAAACTT TATTATAAGAACTTCTCGTTTAAAGTAGTTTTTATAACTGGGAGAAAACA CTACCAGCCACTCATTCAATGAGATTGGTGCCCCATACGTTTCAGGGTTA CCATGTTGACTTTTGGTTTCTTATTTTTTAACAAGCCCAAAATATACACG ATTGATATCACTATCTATAATTATTTATAGATTTAAGAGATTGTTAATTT TTTAAATTGACTAAACAATTAATGTGAGATAGAAAGTCCTAGAATTTTTT TGTTTTATAGTTTAACAAATAATGCCGTGTACTCCTTTTAGAACGAAATA ATAATGAATATTGATATTATAATTAGAAAAAGAAAGAAATTTTCTCATTA TACTGCATAATCTGGAAATTGAACTTATGTAACTATTAAATTAACAAGTC AAGTATTAAGGTAACAATATCATTAGAGTTCTTTATCAACTAGTATTTTC AATTGTATCAAGTTGTTAACCTACCTATTGCACAATAGCACTGTTAAAAA GCTCTAGTAGTTAACATGATTTACTTATCGAATAGTTGAAAACTTTTAAA TGTTCTAATCCACATTGCATGCGTTTTTCGATTAGCTGGAGGTTCTAGAT ATTTACTTTTACGATGTTGTTAATCTTCTTATTTGAACATTGAGATAAGA TTAATTCAACTATTTGTTTTATATTCATTCCCATATTTNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNAATAGAGCTTTAAAATGTGACAAATAATT TGTATGCTGATAACTTCAAAAACTCAGTGGAACCAACGACTTTGTTGAAT TTWTCGWAWAARTTCGTATAATGAAAGCTTGAAAAAATCGACAATATCAA TATAAATATGTTAGTATTTTGATGCTAATAATGTACTGAAGTGGCTAYTT TTGGWTAAGGAATTTTTTTTTAAATATATTRAAAATAACTTTTTCTCTAT AAAAAAAAATATATACTAATGTAATATTTGTTAAAAAAATATCTCTTATT TTATTATTCCGAAAGAAAACAAGGATTCGATATAATTTTCTTTAGAAAAA GGATAAGAGTCGCACATTTATTATCGCCCTAAGCCCCATTCGTAATAAAA CCGACCCTGTATATCAGTATCTATCATTTCAATATTGTTATTCGCCTAAA TGAATACCTCATACGTGTGTTAAACTTTTTTTTTATTATATTTATTTTTT TAAATATTTATTTTCTTCTATTTTTACAGAGCCCTTCTTCAATGATGTTC ATTCTATTCCTTTCGATGCATTTCATCTCCTTTTTCCATACCTCGCTCTC ATCTTCCTGTATTGATGCCTCTAAATGGATCAATGCTTTAGGAGGATATA GAGTGGAAGTCTCAAATCAGAACTTTGACTCATCTATCATTACATTTACT TGTGCCGAAGGATACTACTTGATTGGATCATCAAAGTTGAACTGTTATCG AGGAATATTGAATGGATCCTTTCCCATATGTTCCATGGACATTGGAATAA ATGGAATTCCTTCCCAATCCAGTGGAAATTCTCCATATTATGCTATTAAT TCAGGTTTGTTTTTAAACTATGTTATAGGTGTAGTCAAAATTCATAAGTA TAAGGTATATAATAGATACTGTTTTCATTTTTATAAAAAAAAATGAAAAG CACGCCCAATTTCATTATGTATTAAATATAAACAGTGATGTAAATCTGAT AAATTTTTAGCTGGCCCGTTTTTTTGGAGTTGGTAATCACAAGAATGAAT TTTCTTTTCCTTTGCAGTTGTTATTAGTATTTAATTCCTGAATAGTGAAC ATTCTTTCTCAACTAAATTCAATTGTTTTGAGAACCAGATAAAACATTCA TGTGTTTTGAATTGTTTTTTTGTTTTTTTTTGCAGATATCCTTGTTTATT TCCTTCTCCCCCGTCTCCCTTTTCACAGCTGATTGTAGCTGATCTCTTCC AAAACATTCCTCAAAGTGTGAGGGTTGCTATTTTGATTTTTTTTTAAACT CAGTATAAATCTTACGAACATAAAACAAGAATATATATATCATTGACCCA GCGCAAAAAATATACTTACTTGCAAAACATCACAAATGAGTTTAATAACT TTTTTGGGGATAACCATGGATAGAGATTCAGATTTTGCAATTTTTGTTGT CAAAAGTAAATATGTTTCCTAATTTCAGAAGCCAAAATATGGTAACTATA ATGTGCTACGAATTTATTCAATACAAAACTTTGTAGCTTTAACATGCAGT AAATGGAAATCTGCCAATGCCAAAAGCTAAATATTAAAATGCCCTCTATT TGTAAAGTTTATGGAGAAAGAAAAATTGTGAGTATTTTATACTCCCTATT AGCTGCAGTGGTGTATAATCCGTATTATTAGTTTGTAAAATGAATAATTA TAACAACATCTTAATGGAATCGTTACATACTACTAGTATGCAACAACATT TGAGTAAACGGTATTCTCTTTTAGTTTAATACAATAGTTATATATCCTTG AAATGTAAACTTTATTATCAAATCAAAAACAAATAAAACAGTTTTGCGCT GAATTAATGATATTTTGAATTGATATATTTCGTATTTATTCCAGACATCA ATAATTAGAAAATAATACTGACCACCTAGTGATGATACTAAAGACGATGA TAGGAAAATTTAAATTTCCTAGCTTCAATATTGTTCAAGATATAGTCAAC CAAATATTGAAAGTGAAATATTTCAGTTCAAGCTTATGTCCAGATAGCAT GTATTTGCACTGAGTTAACGAAATACCACCCATTATAGGCAAAATCAACA TAGGAATTGAAATAAATTTAATTGATATTTAAGACATCAAGTCTACCTCA CATGGTATACCAAAAGATGGTGGATATTTTTTATTTATAAATATTTTGGG TAGGATATGGTAAAACATGTTTATTTTTACATTAGAAGGCTTGTTTTAAG AAATTAGTTGATGTTTTCAATTGTTTTTTTATGCCTGTTTGCATTACAGC TCTTAGTTTCATATATTTTTTCTATGAGTCATTAATTTAGAAATAAATAA AATCCTAAAACTTTTGTGAATTAGTAAAAATAATTGATTAATTTAACAAA AAAAAATTAACTTATTATCATTGAAAGACTATTTTCTTCATTTTCAATAT ATTGAAGTTATCTATTGAAATCAATAACTTTTTTTGTGTAGAAGTCCGTT TAAAAAAAAGAATTTTTGTCCATTTTTTAACATCAAATATTTCCTTTTTT TTTATAATTTTAAAAATAATGTTTTACAGTAGTTTTTTTAAAACAATGAA GTACTTTAACTATAAGTATCGTTTGATTCCACACACGAAAAGGGATCTTT TTTATAACTTAATATNTTATTATATATATATATATATATTATTGTATATT ATTTAAAAGWTATATCTAATTTGTTAGTTAGAGTTTCAGGAGCTTTAATC AGGGTGATTTTTACGATTTTTTTTTTAAACAGCCTTAAATATACATAGAA TGACTTCAATAAATTTGATGCAGTTATTTTCATTTTCCATAGCTGTTATC ATTGTTATTAAACTTTGAATAAGTAATATTTTAATATATAGTAAGCACGT ATCAGTGTGCTCATGAAAGGCAGAGAGTCGGATCTCATGCCCCATTCGAA TCCACCTTACCCTGTACCATAAGTAGTTTCTAACTCTTTATCTATGTAAT TCTAGATCTTATGACTTGTTCACAAACCCTTGAAACGGACGCGAGTCCTT GGTGGATGTTGGATCTTCTTCAAGTCGTGGAAATCTCTGCTATAAGAATT GTTTTAACGCATCATAATTTCGATCGCATAATGGTCGAGTCAATGGAGGT ACGGATTGGGAACTCTTCCAATTATCAGGATAATCCTATATGTGCGTTCC TTATACAGGACGATAAAGAAGTGAATGAAAATGATACAATCGTGATTCCG TGTGCTGGAGCAAGGTAAATATCTTTTTATCAAATAGAATGTAGAGGACT GTTACAATATGTCCTTGTTATTAGACATCAAAACAGCACTTATTTCATTT TTATAATAAAATGCAATTTCTCGTCCATTTACTCGATACTGTTATTGAAG GATAAAAGTAACTTATTAACAGTGCAATATTATTAGGAATTAGGAAGTCA GTTTTTTATTGGTTTTGCTGTAACTGATATCATTTGAGTTTTTTGAATCT ATAATTATAATTAGTGATCTATATTATAGTTCTTATTTTATTTTAATCTG CTATAACACATAGAAAGTTAATAGGTCAATGCCAACAAAAGTTGTTCATT TATTTAATAACAAAGATAGCCTATAAATAAATTCAAACAATAAAAGAATT ATGTTCGTATGGTGTGTTAAATTTTGTAGTGTCCAAATTAAACCATTCCT GAATAGTGGACCAAAGGCGGTCTTCCCTTTATTCCTAATATTTTTGTTAC AATTTTGAATCATTTGTTCGATGATGTTGTATTTGACCAATAATTTACTT TTAAATTAATTTGATATAAAAATGTCACGCATAATCTGATGTTAAATTGA TGTTATGAGCTTGTACACATAGTTTTCGGATTTTAAAAGAGATATAATAA TTTTAATATAAATCATGTAAATGGAAAATAAGGATCAAATCCTTAGATAA TTCAAAATCTGAACTCATTGTAATACAGTCATCGGATAGAATGAATAACT ACGATGAGCTAGTATTTTTAATACTGCATGCGTACGAATCTTGAACTAAT CTAACACCTTGAAATATTCTGTACAGAGGAAAATTGTAATTTGTTACACA AGGGAACAACTAGAGGATTAAAATTTGTTCAAAAAAATTGAAGCCAATAT TAGAATTTACCTTTGAGCGCAGAATTCACTACTAATCTTGTCCTTTCTCT TTGAGTTATGAATTCTGAAATAAATGGAGTTGTAGTAATTTGGCTTCTTT TTTTTTTCATTCAGAGTCATATTTTAAGTTTAAGACAACCAATAAATTGA AAGTACGGCTATATCTATGAGAAATCTATGACCCTCTTTTGGTTGCAATG TACCGATTTAGAAATATGTTACTATTTAGTTCAGAGCATAATAATAATAA TATACATATGTTACAAAAATCTAAATATTTATACATATATATACAAACCA AAATATTCGTGTAGGCTACTTTTTTTTATTTGAAACTAAAAAAAATTTAA TGAGGAGGGCCACGAAATATCAAAATCTACGTTATGCAATAATCCCTTAT GTTGTATTAAGACATTTATATTAATGACCTTAAAAATAGTTTATGCATGA AATTTTTAAACATCTTAATCAAATAAAGGTTGCAAAGAATTTGGATATAT GGGAAAAAAAGTTCTTTCTTAGAAGATATTGTTAGATAATAGTTAATTCA TTGCTACTATAGAAAGTTAATTTAAAAAAAAAATATTACCTTTATACACA ATTTAGCATAAAATACAAAAAAAAAGATAGGAAAAGAAAATTTATAAAAA AAATTTAATCATGTTCTGTTTTTTGTTTTTTTAAACCAGTGGAAGACAAA TGATATAGGCTCAAATTTAGTTATATTTATGTTAATATTAAAACGTATTT CCTTTTTTACAGAGGACGATATATATCTCTCAATAGCGTGAACACAGAGC CACGCTTCCTAATTCTTTGTAAAGTCCTCATCCTTGTTGATCCCTCAAAG TACATTCATCCCAGACAATGTTTATCCCCAAACGAAGGGTATTTACATCA TCAACGTCTTACTCGATTCAAGGTCATAAATGGACGATGTGTCATTTGGA GACGAGGGAAAGAAAGCTCTTTCCTTGAGGCTCGCAACTTTTGTGAAAKC CGTGGTCTTCGRCTCCCACTCACATCCGTGGATCTTAACTACCATAATGT ACGTTCCTCCATTCTGGTTAGATGGCTCTCACATCACTTTGAGTACAAAA GCAGTCCTCGCTCCTATACATGGGTCTCCATATCCGGAACAAGAGAAAAG TTCGAGGATGATGTTAATTCATCCACGACTACGAAAACTACGGAACTTAA CGAAGAAGTTATGTTGGACTGTTGGGCTTTAGACACGGCAAATGCTTGGA AATGGAATTTGAGGCCTTGTGAATCCAAGGCGCATGTTGTGTGTGTTAGT GATCCCAAGACTTGTGTAAATCCAGAAGTGAATTTCGGGACAAGGATTAA AAAACGTAAGTATTTGTATTTTTTAAGTAAGGTTGAAAGGGTTTCATGTT TGCATTAGAAGTTTTTTTTTACAGAAGTTTGATTTCGTGTAACTAAAGTT CCATGAAAAATATATTAATAAATAGTAAACAAGGCATTATCAAGAGTCAC TAGTATTGGTTTTAATATGTAGATCGAAAGGAAAATAAGAATTTTTAAAA GTCTGGGAATGTAAAATATTCCAATTCACTAAATGAGGCATATCCGAATA AATACATTTTAAACCAATTACCAAACTAGTTTCCACAGATAAGAAACACT GCCTTACAGTATCTTTAGTAAGCTTTACAGGTCTAATTTATTAGTTCTAC TTAGACAGCTTAAATTTGGAAATAAATAAAATCCTGATAATTTTAATTGG AAAAAAAAGTTGGGTACACCATTATCCTTTTCAACACATCCTAACGTTGA ATGTGTGACTTCTTTTTTTGTGCACCTCTAAAAATATTGATAAATGGTTT TTTTTTAATAATAATTTATCTTTATCTAAAGAATCTTTTTTTTTTTTTAT AAAAAAATTTAGTTATACTTTACTTTTGAACTTTTTTTTATATCTTGTAT ATGTAAAAGTCCATTTTTAAAAAATTACGTCAATTATCTTAAATGAACAA ATTAATTGAATTGAATTTATATTTGACCCCAGGTTAGAAAAAATAATTTT TAAATTTTTAATATTTAAATAGGAACAAATTCTATATATACTTATATTTT TGTACTGAATATCCTTAATGAAAAAGTTACCTAATGTATTCTTTAAGTAC AACGATTTACTTTAAAAAAATTGTACGATTTTTTTTATATATATATTTTT TTTGCGGGTATTTATAACCCCAAATACATTTTGGAAAGTGGAGAATTATC ACCCTAAAATTTAAATATACAGATATTGACTACGGCATCAATTTTTTTAT TTGTTTTTTTTTTTTTTTTTCAGCACATTCCTTTTGGATTGAGAATAAAC GGCCTTGGGMGACGGGAACAACGATTTCCTATGAGTGTATGAATAAATCC CGAATTATTCATCCCAAAAGTTACCAAAAACGAACCTGTACAAAAAGTGG TCACTGGTCAGGATCAACTCCTTTTTGTATAGACTCCATTTCAGATCGCC ATCATCATCAATTCTACCATACTTTGCTGGCAGAACATAATKCTCTAATC AAAGACTCTCKCCCTGCCTCTGATTCTTCCCTTGCAAGAGACATTGAAAT CGAAATACAAGGAGAAGAGGAGCAGGTCACTTACACAGGAGGCTCTTCAC AAGAGCAGGACTCTCTAATTAACTTATCAAATAATTTTGTGGATTTAAAT GTTGTAAAAAATTGTGAGGATGAGTCTGAGAATGGAACATGTTCATCTTA CCTCTTTGAGGATGGAAGTAGCTCTCAATTCTCTTCTTCCTTTGCCAATT TTTCAAAGTATACCTGCGTGCTAACATCAGCAAAGTTAATTGTTGTAGTT ATTTTTATAAACGTGGCCATGTTTGGACATTGATAACTCACAATGTAACA CAATTCAGGTATTGAAATGGCCCTGATCGGAAAATCATATTTATTATTGT TATTTAAACTGTAGAACACTAAAATGAGAATTCAAATATGAAGAAAATAC GAAGATGACAAGGTACCTGAAAGACAGTGCCTAATTTGAGCTCTTACTTT GGTAGGCTTCAGGAATAGTTTGTTTGTTTTTTGTTTGCAAAACAGTCATT AATTTAGAGGGAGGATTTTTTTCCTCCCGATTTTATCAATCACAACAGCT GCATTAAACTTCTCAAAATCAGAAATTTTATTATCTGTCTGATTTTGTAA AGCCAATGAAACACCATTGTCATCCCTAAATATTTTTTTCTCTTTAGTTT GCCTTTTAGAGCCTTAAATTTTTTTTTTAAATCCATACAATTACTATTCA AAATAATATTTGGACGTGAAAAAACCAATAAATGAAAATAATTCTGAGTA ACCATTGATAAAATACATTGTGCGTTGTATGAAAGATAAATTATTTTGTC TTTATCTTGATTAATATTCCTAAAAAAATGTGTCTAATCATTAAAAAATC TAGTAAAAATCTTATTTGAAAAGTAATATTTTGTTGATTTTTTCTCGCCT AAAAAAAATGTCGATTTATATTCAAGTTAGTTTAAAACTTTCTTAAAGAA TATCTATTAAATCATCTTAATACAAGGTTGAGTTAGGAAAGTTCCCAGTT CAAAAAATATATAAATGTCAATTATTTTACTAATTATAAATATGTAATCA ATAGTTTTGAGCAGTGATTCCGAAAGGGGGTCCTTGGTGCATCGTCAAAA GCTTGTTATCAAAGTCATCAAAAAATATATTTTCTTAAATAAGTCATCCT TTTTGAAAAACTTAAGCCCTTCATATTAAAAAAAAGAAAAAGAATTGATT CACTCTTTTTCCATAAAATATTATGAATAAGTAATCAATAAATTAAATGC AAGGGAATTGACCCCAGTTCAATATAGTTAATTTGTATGAATTAGTTACT TAGTACAAAAATCTACTTAATTATACTTTATTACATATTTTTTACAATAC AAATGATAATTAAACGTAACAATGTTGATCTTGAATAAAGGCTCTAACGG CCAAACTGTTTACTAAAGGATTTTTTGACAATATTTTTGTTCGACTAGCT AAATAACAATACAATATGTAGGTTTTGGGCCATGGACAAACTTTCGTTAC ATAGTGTAATTAATTAATTATAATCATTGCAGGTTCCTTGCATTTTTAGC AAGGAATTAAGTGAGTTAGGATTTAATATATACAATGTATTATTAAACTA ACTCACTTTTTTCTTAAAACTAACATTAAGATTGTTTAATCTGTGATACA ATTTTATTTAACATGTATACAAGTATCGATACAATATATTCTAAAATTAT AAATGTGATTTCTTATTCAAAACAAAAATTATATCTAATTATCTAAGGTG TACGTGGGAAAGTGATTACAAAAATAAAGTAAATATATATTTTTATGTGT GTGAGGTTACAATTTCTTTCTACAAGTTACATTTTTAACTTTCTTTACGT AGCAAAATTTGTAAAGATAATATAAACTTGTAAATAGTAAGTATTTTGGG ATGTTAAAGTAAAAAGAAACCGAATATGAGCATGGTAACGCTTACAATTT GAAGATTGTTTGAGAGAAAAACAGCTTATCTATAATTTCGTTTAATTAAA TTAGCTCTTACATGAAGGAATTAAACACAAGGTCCAATAAGTAATAAGCA AGGACATAAGCAGGAATCATCCCAATGTCGATCCTCAACTCTACTCTGAG TCCATTAAGGGCTTACACTTATATCACCCCTACAAATACTTAACGTTACT GGCAATCATTTGAGAGCAAAAGTAACTTTTGTTAGACTTCATATTGAGAT GTTCTATATACAAAAATAATGATAACAGCTTTAGAAAATAAAAAGCATTG TTCAGGTAGCAAACAATAAAAAAACCATCATGCTAAAAAAAGCTTTGGAT TTATAACCAATTATGTAACTAGGATTGTACAAAAATATAAACTTAACGCG TGCAAGATTTGTTCTGAAGCGTAATTTTTATTTTTTTATTCAGTTATCAG TATTCTTTCACTCTTGGAAGGAGAACATTTAAATATCAATAAATTCATGA ATGAAGGATTTACTTTATTAAAGATGAAGTAAATACGATGAATGAAAGAC AATTCAAATCGTCTTCCTCGAGGACTATTCCACGCGGAGGATTACTGCTA TCTCAATCATCTTCTCTTACTTTGTGCGCACATGCTGGTGACTAGAACAA TGTTTTTCTTAGCAATCGACCAAAATTAGACCATCATTTAATCAGGTTTC GTAAAATTTTCAATCTAAGGTACATACAGTAAGATTTTGACAAAAAACAC AACCACTCATAGTCTATGACGTCACTTTTGCTAGAATTTTCTATTTTATC TATTGTAATTACTACTGGGAAAGAACAACATATTTTGACAGCAACGCGAC TACTCATCTCTTATGACTTCAATAATAAATAGCGTTGTGAAAGTCAAACA TCAGTCGTACACGAGTTATGGTATAACCTTGTATTTCTATTAACCTTGCA ATCGACAACATTCCTTATGGGATAATTATAAAAAGCTGACAAACCTCCCA AAATTTACATAATAGAGATAAGTAAATAATAACGGTTGGCCTGGTATACC CATATAATCGTTAGAGAAGTGAAATTCTCGCATTTTTATGAGTGCGAGGA TACCATTGTAAAAGTTACAAGATGGAAATACCGGGTCGTCGAAAAGAACA TTCCCATTTGGCGCATCTATGTTTATTTACTAATATATAAATATAGTTTA TGAAATAGATTTGTATTCTTATGATTAAAGTTTTTAATCAATATAACCAC CCTCAGCTGGACGATCCCGAAGTTAATGAAGGAACTGTAAGCATAACTCT GGACGTACCCCAAAAGCTGCAGTATGAGGAGGATGTGTTTCTGCTTGTGC AATCAATGTTACATAGAATAAAAGTTTTGTACAGAAGAAGAGGATCTGTT CTAGCAAAAAGAAAGAGAGAGAATACCTTAACAAAATCGAATCTATTTCC AAGAGCATTCTTACTGACGAAGAAAAAAATCCAAGTTAGACCAGATGTAT TGGAAAAACGACCTGAAATAAAGAGTCCGAATGAAAATTAACAATATTGA TGACCTGTCACATTGCAGACTACACTGTATGCAGGAAAAAATATTAGAAA AAACAACAAAACATAAGGCTATTTGATAATAATGGCATGAAATGGCATGA ACCCAAATGCATTTGCAGTGAGATCAATAGATTTTACACTAAACTCTACG CATGTTACGATTACCAGTAGGATAATAAATACAGGAGATGCCAGACGAAT ACAGCTTCCTTTTAAGAGTTCTTGAGATGTGAACCAAGTGATGATGCTGA AATATCAGAGGCAGGMAAAGATCTAACTGAAATGCATTTGACGCACTTGG AGATTAAAAATACCATTGTCAAAAATTTACGTTCGAATTTTACAAAAAAT ATGCGGACCTTTTGATTCCTGTTCTACTCTCTTTTTACGAAAAAGTAATG TCTCTTGGTTTTTTCCCTGAACATGAATCGGAAGGACGGATCGTCTTGAT ACCAATAGCTAACAAGGATCCTGGATACCTGCAGAATTACCGACCATTAA CTATGCAGAATTATATATATAACATTTTCTCCTATGTATTGACTAACAGA ATAAATATCATGACGGACGCATATACGAGCCATCCCAATACAGATATCTG AAAGGTAAACTGATGGACAACATTCCCTTCTCTGTACAGACATTCCTCCA ATCGTCGAGTAACACCTTGTGATCGCCCTAGATTTTGACAATGCCTTTGA CACGCTGTCTCATGAGTTCATCATTCGTACGCTATATAAGAAAGGCTTTA ACGTTATATAGTTAGAATGGTCGGAGTAATCTTAGTGGGTTCGCGTACTT TTGTGAAGTATGGGATTCAAGAGTCATTCTTTTATTGTAGGAGGGGAATC AATCAGGGGGGGCCCCGTGACTACGTTGTTGTTCAACGTCGGGATTGACA GAATTCTTCGAAATATACAGCAAGATGAAAATACCATTGGATTTTCGGCT ATACCAGCACATCCCAAATGCCTCTACTATGCTGACGACTTAATTTTGAT ATTAGGTGGAATCCCTTTCGAAACAATGAAGTCAATTAGAAGAATTATAA TCTTACTGAGAAAGTTCTCCTCAACTTTCAGATTAAATATTAATCCAGGA AAAACAGAGATATTGAGCGCTTATGGAGGACTGATAGAGAAAGGATGGCC AAGCTTCCGTACCACAAAAAACAACCAAACTCATTGGAGCCCGTGCGGGG AATGAGAGTTGTCAAAGAAAATAATGAGATAATCATCAGGAAACTTGATC TCTTTCTTCACAAACATCAACCTGAATATGTGGGACGAAATATCAGCATG GAACTCTTATGTTGTCCCAAAAGTGGTTCGCCTTCTAAGAGTAACGCCAT ACAATGAGGACACTCTTAAAAATATATCCACTATGGTGAGCTCATTTCTC CCAACGAAAAGAAGCAGGAACATCTCCTATGATAGTCTTCATGTTCCACT GAATATTGGAGGAGTAGAATGCGGCACAGGTTTTACAAAGGTATTTTGTG GACATTGAGGCCCAGGCCTTGTCCCTGCAGCTATGAGGGAGTTCAAGTCA GGGTGGCAAACTTTACATACAGTCATTAGCTTAATATACGCCTAGATGCT GTAGTCCAGTTGGTTGAGGTCAGGACTCTGTGGGACAAAAAACCTTAGCC CAGTAAGCAAGTTTTTAGGGAGATTCTTGACAAAAAAGTTTTGGATGGCT TTGGCTGTGAGTGCGGGGGCCTTGTCCTTCTCAAATATGACAGACKCCTG CCAGGAAAATTTCTGGAGCCATGGGATTACCTTCTTCTGGACTTTGTCGA GTTAATTGTCTACTGTAAGGTGAGATCCGGTGGGAAACCAGATTGGTGTC ATCTTTTTGCCGTTGCATGCGACGAGGTTCATCATCATCACAGATGCAGC AAGCTTTGTGGTGGTCACATACCTGGTGGAGTCATCCAGGAATACGGCAG GGAATGTCAATATCCGTACATTTTCCCAGTTCAAAGCCGGATCCACGGTG AAAGTCTGAAAGTACAAAATATCGACTGGATTTCGTTTCCTCAAGTTCTA AAGTTTTTATGCCCACTTAAGCCTCTTATCACGGTGTTTCTGCGACAACG AGGGCCTTTCAATTCTTCTGAGGGTTTCCCCGCCTATTTTTTTCTATCTG GATATATGTAGTCGATCTTGCCACCCCGAGATCCTTTGCTATGGAAGTGA TCGTGAAGTTTGAGTTGAATAATGTGGCCTCCTTGTACCTTACCGAATAA ATTTTTTGTTTTCTCCCACTTCCACTGCGTTACATAAGGTCCTGGCCAGC TTCTATGCGCTTCTTTTTAATGCTGTAGACGGTCTTGCAGTTGCACTTGA GCTGTTTGGCAATCTCCTTGGTGGAGACGTGAGCAACAAGGAGAGAAGAG ATCTTTTCTCGTCGGGACTCCATCGTGAAACTTGTACTAACGTAATAGAC AGGAAAAAAAAATATTCAGAATCTTTGGAACTTTCTGTATAAATTTACAA AACCTCTTCACTTAATCAAAAACCCGAGATATAAGGCCACAATGTGGTGG GGAATTTGTTGACCACGACCCAGTATACATTATGTATTGGACTTCAATTC TACGTATAGTCCAACAAAGACTTACACTCATAACTCTGCCATAAATGGCA CGTGTTACTATTTGTTTTTAATGCAGTGGTAGTTACTTAATACTTATATT TTCTCTCTTCAAAAATAAACAAATAATGATCAATGTTTTAAAAATAAAGC ATATGTTCAGGTAGTAACTAGGATAAGCCGCTCCCTTTTCCGTTATTGCA TTATTTTTATCTATGATTATGCTTATTTAAAAAACAATTATAAGTGCAAA AATTCCATTTTGGTGTTAGAGTAGCTAAACACGCCAGGGAAGTACTTGTG TTTGGATTTGAAGGGAAACATCGAATATTTTCATTTGGAATGTTGGTAAA TCAAAAATAAAGAAAGGAGTCATAGCAAACCTTTTGATATTCACTAATGA GAAAACATGGAAGATGTAAATAAACTCTTACTAAAACACACATGATATAT GTAAAGAGTAGAAATATGTGATCCTTTGCTGATTTTCTAAGTTTGACAAC TGATAAAGGTTATTGTATGTCAGTTAGGTCTAGAGACTACCNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGCCTTTTC TTGAGCCACTCCTGTGTTACCATAAGAGTGACCGGACAGGTTTATACTAG TATTTTATACATTTTTWTTTAATATAAGTAAAATGAAGAAGACTGGAGAA AAAAAAAGGAGAAACAGGAGAGGGGAGGGAGAGAGAAGGCGAATATATTT ATACCAAATATTTCACCTATTCCATCTCCCGCCCCCTCCCGCAGACTATT CAAGGAGCTTACTAGAGTACTCCCTTGATTATTTGTCAACAGAGCACTCA CAAATATACTGAGAGTATTACTACATAATATAAAATGATGAAAGAAGAAA GAAAAAGGAGGAAATTTGGCTCCTTTACTTTCGTATTCGTCTACTTCCTT CAAATTTTAGTTTGTATCTAGAAATTTATCGTCCATTTTTTCTAACTGTA TCCCCAATCTTTTCCTTTCTAATGCTTCCATGGAAAATACTTTAAGAATC TAACAGTTACACCCTCCTTCTTAAAGGTGGTGATGGTGTTCTTGAGGTTA TTCTTAACTTTTTTTTTGTTCAAACCCTTTTTTTGTTCATAAAAGGTATC ATGCAGTCAAAATAAACATGTCAATCAATTTATTATTCACCATTTCTTCT ATGTCAGTGGTCAAACTTACAAAATAAGCACGGGATCAAAAACTTATTTC ACTATTGTATTTTAATATTTATAAGTTTTACATATTTTTTCTATTGTATA TTTTCTTACTTTTCTTTCTTGTACTGTTTAAATGTTCCTTTCAACATTGC TATATTTTGAAAAGGCTCAATGCACCACTTTTGAAAACGAAAGAGACAGT GATAGTTATTTACAAAGATTTTTTCTTTGTTCTTTAATTTACAGAGCAAA GATTCGAAAATTAGAATACTTTTCGAGACTGTTTGGCCTCAGTTCTATAA TTCAAACCATTTTGTACTTGATCCATTCAAAACAGCTGACAAGTAGCCAA AAAAAATTTTGTTTTGTGCTAGCAAAAATGTTCCAGCAACAAGCAAAACA GAAGAGGGTGTGCGATCTCTTCCGCGCACAAGTCGATAAGTGGAGGCTGT TCTGAACATGAGAAATCAACGCTTCTTGGTTAAATCAAGAGATCAGGCTG AGAAAACCTTCAAGACCAAACATTCAGCTCAGGTTATGATCATTGGCGTC ATGATGGTACCGATGGTACCAAGATACTTCTCTCCTTCTTCAAGGCAAAT GAGAATGCCAAAAGAAACGTCTACTACAAGGTCTTCAGGTACCAAGCTTT AAGAAAACGTTCCCCAGAGACAACTATGTGTTTACTCAAGGTGGCACCCC GATGCACACGTCTAAGAAGGTGCAGCATATTTGTAGGAAGAACATGCTGC CTTCTAGCGGCAGACTACTGGCAATCATCCTCACCCAGCATGACTTCGCT CTTTGGTGCGTTTTGGAGGGCAATGCCGATGCCCTGAAGGGTGTGGTATT GGACTTCATCACTGCTTGGTGTGCTTCTGTCTATCTCCGTATTGAATCCA TCATTCAGAATGGAGGAGTACATTTCTATATATGCATTAAATGTTAGATT TTTATAAGTTAAATCCATTTTTGAGATGTAAAAAGAGAGCATATTTACTT TAAAAAGAACACTTCATGTAATGATAAGAGCTTTAGAAAGTAATCCAATG CACTAATATCTAAATATAATTTAATAAATAAATATTAATAATTCAAATAT GTCGCAATGAATTATAAGAAATATTAACCAAACTTCATTATGTGCGAGTC TTCAGTTTAAATAATAGCAATAATAACTATTTGTTGTATTAAAAATAGCA CAATAAGGACTAATTCATGCTGAAACGTTGAGTTATTCACACTTAAATTC TTAAATCACAATCATATAAGTTTTAAATAACTGAGATTAAAGGTACATAT TCAAGAAGATATTTTTTATTTGTACAGGGCATCCTTGACAATAAAATCTT CAAAAATGAACCACAAACACATAATCATAATGAAAATCAAATCAAAAACA CTACTTTTCAACACTTTTAACCAATTAAAAAAGGGATATCAAATCGATCT TTTGATAGGTTACACATGAATGTGTTATTGTAAAGTATTCTATAGATGAA AACAGGTTCATCATTAGGCTCTATTCTTTAATAAAATATAAAAATGATGA ACAACGAAGGAACTGGATATTTCATTAAAAATGTGTCTTCCTTCGTTAAA ATATAAGCAAAGATTTAAATTTGTGTATGTTTTATAGAATATTTGACGTT GATTCCAAATCTGTCTTAATATTTCTTCACGCAAGTACAGTTTTTAAGAT GAAGCTAATTTTGTATTTTATAAGTTTGCTTATTTTTTTTAGAAAAACAA AATTTTAGATAAAATATCCTAATATTTAAAGGATATTTAAAAAAAAACAA AAACAGATCAGCGAGTTTTTAAATTTGCACATAAATATCCCTGTTATTTT TCTAAAATATAGTATTATATGAAATATATTGTCCTTCTGCATAATTGTAA TAAAAATAACATACATTCAAAAAAAAAAAATAGATTTGAAATTAACGTAA ATATTGCTTGTAGAAAAATGGTATGAAATTCGTGATGAAAAACAAAAGTT CAATTTGTTCACCTGTGTAATTGCTTTTGGAGAAATTACTTAAGTTTCAC CTCCAAAAAATGAAATTTTCCCACGAAATCTTTCACCAAATGATCCACAA TTCCATGATTGATTACTTAGATCACAAATGAGGGTAATCTAAAGAAAATA GGATAAGTTCCTGTCTCTGCGTTCATGATTCATCACTTTTTAACAAGAAT TCATTCTTCTCTTCTACTATTGTTATTTAATGGAAGAATTATCCGTTATT TATTTTCAAGGCTTTATCGAGGAGGTTGCGTGGTTAGGACCAATCTAGAT ACTAAGTAATCTATGCCCTAGGAACAAAAGAATAATGTTGACAGAAAATA AATAAGTTCAAACTACAAAAACCTTGCACTCATTGCTGGTCATATTTTCT ACAACTCCTATTGTTAGTAAATTGCAATATGATTAATTACAGTCTTCCAA AATACAGAGTGTTTATTCCTTTCAACTCATAGCTAATCCAATAAAAAGTA ATGCTGCCCTTATCCAATGGATTCTTCAAATTGTCATGGTTACAATGTTT GTGTTGTTTTTCACCTTCCCATAGGTCATATGGTTCACAATTCTGACTAT ATAAAAAGCTATAAACCCAATACGAAGAAAAAATAAAATTAAAAAATTGG CAAGGAATCAAATACTTATTGTTTCTACTGTATTATTCTTTAGTAAGACT GTGGTTTTATTTACATCCCTATGCTATATCGTAATATAAATTTTGCTGGA GGCAGCCAAATAGTACTCTATAACTAACCTGAATTAACAGATGACGTCAC TATATTATTTTCCCTTATGCGCTATGAAACTTCTTCCTCCCTTTGAAATA TGTACCTTGTTAATTCAGTTAAACGAGTGAATTCATGAAAGCTTCTTAAT TAGTTATGAAGTATTATTCAACGGCTTTAGAAAACAAATAAAAATGTCAC ATCTTTTACAAATATTGATCACGGGGTTTTTGTTTCCCAAATTATTGCTC TGATCTTGACAAGAGGTAACTCATAAAAACAGCCGAAATAAAAATACATT TTATCATTGTTTATTGCAATAAGCAGATCTTGAAAGTAACATTATTTATC GTATAATACACCATGTCATCTAGCGAGGAAAAAATATATTAATATTCCAA GAAATCTACTTAAGCTATCAAGTACGTTTCTCTACTTGGTGAATAGCTTT GAATTTAAAAATCAGTATAAAGAGTGACAGTAATTTGGCTTTATGTATAC GTCTTATTTTTATAAAATTTAGGCCTGTTTACTTGGAACGACGTCCATGC GTAAAAGTCACATATGTATAAATCGTTATGAGGGCTCTTAGAGTAATTAA AGATTATTGAATTATTAATATTTTTGTGTGAATGAAAAAATACAAGACAT AAGAGCTCAATTATTTAAAGGCTTCTATTTACATATGAGTGTGGTTCTGT AGAGCGGTACTAGTGTAGTACCGGGCGCAACTGGTAACGTTGCTGCATAA TTTTTCGCAATATTAAGATTTTGGGGCCTATGTATGTTTTGGTATCCTAG GTTCGAACATTAACTTAAATTCTGAATATTATATCTCATCAATAGAGTTG GGACTCAAAACTTGAAAGGTGTTTACAGCCAAGGAAAACCAAGACTTAAG CAACAAAAATATATCAGACATCAGGCCGGCCAACAGGTGGCCCTTTTTCA GCCTTGACATCAACCCCATGATATTTTCAGCATGGGTCGTCTTGGAGAAG AATGTATGCCGGATCTCTCATCCAAGTTTTGGTTCGCTCCAACCTGGTCC AGCAGGGATACGGGCATCATCGTCAAGASCTGCCAATCTGTTCGCCGGAG TGTGTAGGCTTTTATTACTCGTGAAGGAGGTAATATGGAATAAAAATACG TCTATCTATTATATTTAAACAGTTTATAAATTTGTTAAGAGTTGCTTCTA GACTTGATTCCATAAACACCCTGTTTTTTTTTGTAATTCAGTCTTACTTC TGCAAGATTTGGAGACCCCACTCTATATAGATTTTAAGAAGAATGGAATA AGAAAATAGAGATGGAATACATAATTAAAAGTGTTTACAAGGTCAAATGA GCTAGAAATGTGACATTATCCATAGTCATGATCTTTGTTGAAGCTTTAAA AATGTCAGAAACTGCATAAATAAATAAAAGACTAAAAATAAAGTTCAAAC ATAGACTAAAAAGAACAAAAATTGTATGTAGAAAAATAGATATAAAAGAA TATAAGACAAAGTTACTGGCGTCAAAATGTTTTTCCTTGAAAAAAAAATT TACCTTGAATTGTACTGCATATTGATAGATATAAAACTATAGTATTTTAA ACTGGTATTGGAACTGCAACATGCGGCTAAACTCCGTCATAAAAAAGTTG GACTACTGAAGATATAACCTTTTAAATTTTTTACCCCTTCTCCCAACCAG AAAAATGTATTTTATAATTTAAAAAAAGCAAGAATGAAATTTATAGCAAC CAATTAAAAATCACAAGTTTTTGAGAATATTTATTTTCACAAAATATACA TTTTTATGGATTGCAATTTTTGTTTATCTATCAAAAAGTAAAAGACATTA TTTTCAATTAGAACTGAGAAAAAATTGAATTAAATCATGCGATGATGTCA AATATAACAAATTAGTCATTCAAGTATTCCTTATATTTTCGTGTGTTTCT ATACTTTGAGTCATAAAACTATTAAAATACCAATACCCATTTTGGTAGCG GAACCAATACGGGTACATTGATATCGTGACAAGAAATAAATACATACATA ATATATTGATTTATTGATAAAGAGTCAATAGAGAGTATAAATAAATTTTA TTCACCCTTTCACTTCCTCCAAACCAATTATTTCCTTATTCTTTGCAAAT AGGGGAGTCAGGAAAAAATAGAAAAGAAAATGATGACAAGGAAAAAAACG GAAAGGTGACAAATTAGAAAAATTGGCACAATTCTTTTATGTTGACATAG GCTATAATAAAACACGATATTTTATAGACACCTTAAGAGAATCCTACAAT AAAATATAAATGAGTATGGTTGGCTTTATGGTCTTATCAAAGAAAACATT AAAAAAGTTACAAGCCTTCATTCTACTCTCTTCTATAAACTGTGTTATCC TTTTAAAAGTCTGTATCTAGAGATGACAATGAGTCGGAATAATAAAAGAT CATTTAACAAATTTTAAATGTCATTAATATTTAATTTCTGAGGTGGTAAC TTGATTTTCTATTACATACAAGATATCATTGATACATAGGAAATTGGATT GAACTTTTGCATGGGCTAAAAAGGATAGAGAGTAGACCTTAAGATTGGTT GTGGAGTTATAATTATATGTCCTTGTCGGGCTCAGAGTAATTTAAGTAAA TAAATTAGGTTGGAAAAAAGTAATTTCGTATTTCCGGTAATTTTTTTCAA CTAAGTACCTGTTGTTCATTATTGCCCACAACGGACCATGTGACGTTGTA AGGGTGTGAGTGTATACTACAAACTCTTTTACGGTAGAATTAAGTCGTGA ATTATCGCGCGGCGAGTATGGAGGTGTCTAAAGAAGAAATTTGCCATATT TAATATATTCACTACTTGAAAGGGAAAACTGTGTTAAAAAAGCGAGCAAT TTATACGGACTGATAACATTTCGGCTTGTATTGCACAACAGTGGTTGGAG CGATTTTTTTCCAGCTTCATTCTACCCTTTTCCTTCAACAAACTCGACCA TTTGAAGCTGGCAATCGAACGGAAATATCCTGTGAATAGTAGATAATAAA GACATCATTATGACAACCCCAGTCTGGACACATCTTTGATGACACGCAAG AATCTCCGGCAGCTTGGATGGGAAGTTCTTTTTTATTACCATTTGTTGCT GTCTAGTTTTTTGAAAAATGATTGAAACCCAAAATTTTACTAAATTATAC TAAACATTCTAATAAATTATGTCTTTCTCATAAAAATCTGGTATACAAAA AGAGAATAGACAATCTATGTAGGTGTGTGGTTTTTTTGTTTTTTTTCTCC GCCCAAAAGAAGACTTTTAATTAATTACTATTATAATAAACTTGTAGCTT TAAAACCCTAGTAATTGATTAGCATTCTCATTAATTATTTTTATTAAAAG GATAGACTTAATATCCTCTGTTTGTAAAATTATATAAACATTATGTTAAA AAAATATTATGTTCCAAAAATATGTTATATACTGATTAATTATTATGTTA AAATAAATAAATGAATATTTATTAATAAAGAATGAAATAAACCGGCAAGA AACTGTCCAACTAAGATGATAACAATTTAGTTCATCACTTATTTTAAATT AAATAACCAACCAGAGTTTAATTTCATTATTTAACTCACAGAACTTGATG TGATGCTTTCAGTAAAGGATTAAACTTATAATGGAATAAATACAGCTTTT ATAAATATAAAATTAACTTTTTTGAGCGATACATTGCATATCAGGAACTT TTGGTTCAACCGCATTGTCTCCAAAATAATATGAAATAGCCTTATAAAGA TTTTTCTACAAATAAATATAATATTTAGGGTAATGTAGGGTAACCAAAAT CTAAATATATGTTATTATAACAATATTTGGTTATAAATCACAAGAATAAT AAGAGATTGAATCTTGAAATTATATTTAATAAATCATCATATAATTAAGT TATAAATTATTCAAAGGATTCCAATTAGCTGCAACAACAGCATCTAAACG AGTCTTAAAGGCAATGTATGTCTGCTTGTTGTATTCCATATCCATTTTTC CAAGGTTGCAATCCTTGAAGCCTTCAGGTCAACCACATTCATGTTGAAAG TTTGACAGGCAATACGATCCATATGTTGTAATCTAATGGATTCAGATCTG GTGATGATGGGGCAACATGGATGGAGACTAATAATAACATAAATCATCCA TACTTAAGACCTTAAGCCTTCAAGTTGGCCCAGATACCTCAAATATGTCC CTAACTGTATAAATATTTGTACGGGAGGACCCCAATTGGTTGGCAATGTT CATTGGCTTTATTTCTGCGTGGAACAAATCAGGATGTTGATTTGCTTTAT TTGTTCCATGGTTTAAATTCAAACGAAATATTGAGAAAGTTTCATGCAAA TTTTCTTGATGAATTCATAAAACCTCGATAGAAATTTTACAGTTGTGATT GTACTTTTTAATTTTCAATTTGAAAACTTTTATAATACTCATATTGTGGG TACTCACATTGTATAGAGTAATTTATTTGGATATATTTATTTAGATTTAG CAAAAAATGCACTCCTTTTGGTTATCGATCCCTCTTTATAACATCCGAGA TTAAAAACTCTCTGTTTAGTCATATCTGATGAAATTAACACTTGACTTTC CTTATAAGAAAAATACAAAATTAGTATTTAATATGTATGCTTCAATATAC AAGTATATGTAAGTGTCGAGGAAAAAAAGGCCCATGGAAAATAAACTAAA AAATAATTATGGAGCTCACTTTATTGTCTTGCAAAATAGGTGTAAAATAT CATTTTAATTGAGGTTGAGTCAATAAATAGACCTTTCTAAATAAAACAGC GAAAGAAAAAGTCTTCATACTCTTATCTTATGTGCATCTGATTATGATCT GGCGTGTTTGGGGGCAAAAGTCTGGTGAGATAATGCCGTAAAAATTATCT TTAAGACTTTTGTTTGAAGTTTGGAAGTATGCCCAGACCTGCTGCCAAAA GTAAGGCCTCACACTGGCAACCAAGCAGATCCAGGGTATCATGTAAGTCT TTTTTCACACCCACGAAGGAATCAGGGTTGAGTTTGAGGCCTTGGGAAAC ATAAGAGGGGCAAGAAATGACTTTCAGAGCTAATCATCCCAAACACTTTG ACATTCATATGAAAATTTCTTATGAATTTCGACAGGCTATTAACCTTGCA AACGAACGTCTCATTGAGTGTCTGAGTCCGAGCAATTTCTATGTTGTCGC TTTTGGTGCAGTTTTCAAAGAGGGCAACGTGCCCTTTCCAAATATTTGGA ACAAAATATCGTCGATGGATTCCATTTTTTTATAATGGCTGCATGTTTGA CAAGCTATTGAACAAAAAAAAACCCAGCTCAGAATGGAACTACAAAAAGA AAATTGGGTGGTGGGTATCCCACAGACGACTCGGGCTTATCTAAGGGGTG ACGTAGTAATCACAGATTTTATATTTCACCCGGAATATGGGTTCTATGAC AATAGAACTCGATGATTTCATTGACAGACAATTAAAGTGTTTCAACCGTT TTGAATAATAGTGTTAATAAATAATTATTTATGAGAACTGGGTCGAAGTC CACTTTTCTATTATGTATAGTGGTASCCTGCCTATAAGATGTATCAGTTT TTATTTCCTTCTTAGTATTTTTAGGGTTTTCCAATAAGAGGTGTGAGTTT TATATTAAAAAAGGAATGTCATTTTTTTGAGATAAATGATCGGATGTTTA TTTCAATGTAAAAAGAAAGGTAAGCCATTAATAATGGAAAACAATATCAA CCAAATGTGTGCCACAGCTCAATTTATAGGACCAGATCCTTTTTATATAA TTTTGTTGCTTGTTTCGCCATCTTTTTGAAATTAAATTATTTTTGAAAGG TCCAAAAATATTTTTCCCCTCCAAAAATATTTCCATCAAAAAAAATTCCC AGTAGGAGCATTTTCTGTCCTCCAAATACAACGAGAGTGGGTAAGTTTGA TTTTTTGGATATATGAAGGGATAACTTAATTGGTATATTAGACACTTGTG CGTCTGAATGGCTTAGAAAGTTAATGTTCTTGTGGTAGGCCTTAACAAAA AGTAAATCGATGTTTGACATCAATATCTTAGCTCTAAATAGCTGAGGACT TCCTAGTTTTTTTTAAGAATGAAAAGGGCAATTGGATCCATATAGGTACG TTCTTGCCTTGACTCCATACTGTATTAAAAACCGTTGGGAGATCTATAAC TTCTTCTTGATTTAAATTTGGGAATTTCACAAATTTTGAATTTGATGATT CTTTAAGATTGTCACAATATTAGACCAACTTTTCCAAATCCAGCTTAKCC CTCGTATGGGCATTGGCCGTTAAAAGGTTAGAACAAACTTTTTTTTTCGA AATTATTGTAAAATCCTTAGGTAATGGTGTTCTTGAGTATCTAAATTTAT AAAAAAGAACTTGTACTTTTGCAGTAATTAACTTCCACCCGATACGGGTT GGTATAAAAATAATAAAAATCTTTATGCACAAAACTCAACTTATAAGTTA AAAAAACTAAAAAAACTCAATCTCTTGGTCCATTATACTAACTATATGAG TACACTCGAATAAAAAATGTGAAGATGTTTCAGGGTTGTTTTTTTTACAG AAGAAACATGTTCCCTCCTCCGATGATCTACCATATAAACTACCATAGGT TAATAAATTAGTTACCACTCTGTACTTCATCCAAAATAATGAATAATCGT TTGTTATCCAATTAAGACCTCTGATTATCTCCCCAAAATCCACCCCTATC GTTCTTCTTCTTAAATGGATCTCAAAATTGACTTCGTTTTGATTTGCTCA CTAAAAGCATGCTCAGCGTATTGTTTCCTGTCATTTTCATACAATTAAAA AACTATCCTTCAAGCCCATTTCCCTTTTTTTAATAACAACCCTCTTTACA ATAATCTCATTTTTTTAAATTAAAAACCCCTCTAAGAACGATATCTTTCT TTTGATTTGACATATCCGATATATATGGCAATCTTCTATTCTCTAAAACT GGTTCCTTCCATTCCATTTTTTTTCAAACTTTCTCCGTCAATTCCCCATT AATTCCTTAATTTTTTGCCAAAAAATATATTTATCCTTATATCCTTTGTT ATCCGGATAATTTTGCATGGTCTGTTGCATTTCTCTTCCTCTAGTGCAGT GTTCATTATTTCAAGGAACATTTAATCCAGAATTTTATTCCATAAGAAAT CCTTATCAAAAATTTGTCGGAACCAGTTAAAAAGCATTGTCTTCAGCCTG AAGAAGACCTAAACCCATGAACATGGTTATGAAAGTTCAAAATCACTCCA TCAAAAGAAGACTCTGTTTGTATTTTCCCAAGTCTGGATGAACTCCACAT GAAGGCTGCAATGGGGAAGGGAAAGACAAAAGAATATGTAAAAACAATAT GAGACGCTATACTAACAGCGAAACAAAAATATACGTAGTACAATATAGCA TTAGGCCTCTAATTCACACAAAGAGTATTTACAAAAAGGGGAGCCTCTGT TGTGTTTGTAATGAGACGCGGACATTGGAGAACGATTAGGTTAGCATACC TTCTTTACCTTTTCCTCGCTCAACCTAACATCTAATTTATTATAATATCT TCTAAAGCAGTCTAAAATTCATTTTAATGCATGTGACAGAGATTTTATAT TATCTATGCTTAATTTGTTTAGANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNATATTACAATAGTTAACATAATTGCGTTATTACCTGCCAT CCAAGTGACTATTGTTTAATAATCTGCTATAATTAAAAATAACTCCTCTG CTACAATAAATAGTCAAGCCTGGAAGTCTTACTAACATATTCCCCACTTC TAATAAAAAAGGAATGGTTACGAATTTTATTCAACTTTATGGATGCATCC TTCAGGTGAGTCTCACTTAATATTTTTTTAATTATTTGTTTGCATTTTTA TTGTTGGTATTCTTATAATTTAATTTATCTATTTCGTGATCTAAAGCCAA ATTAAAATAGCCCATTTTAATAAAAATATAAAATCAATGAGCCTTTAAAA TGAGGGATAATCCTTATTAGGCCCGTAAATTGAAACAGTTTTAATATATT TTCCCAGCCAATTTATTTATATCACAAAGTACTTACTGCCCACGTCCCTG GCCAACAAATAATTCTTAATTCACTTTTATTATTACAAAAATTCCTCTTG AAGGATGGTTACCCATTTTTTTAGTAGCAGAGACGAGCACACCATCATTC CCATCGAGAATACAATCACTTGAATTAATATCCAACACTCCAGGTTCGTA TACAGAGATTACAACTGAATCAAACGACACGAAATTGTATTTTGTTTTTT ACTTTTGTCCGAAATAGAAAATACATTGGCGGAAATTAACTTTAACTTCA TACTTAACATAACAGAAAATTAGGGGGGGGGGGGCATGCCTTGAAATGAA GATTTTTAAATACTCCTAAATAACTTATTTAAATAAAAAATWTTTACATG TAGCCCACGTATCCGATAACGTACATCTTATAATCGTTTGGAGTTTCCAT CTCTTTTTCTTCTTCGAAAATCTCTAATCCTCTGTTAGGATTATTTATAA AACTTTATATGGGCACATATTTTCCTTGGAAGATCCGATTTATTTTTTAA TAGCATCATCCAGTCTTGTCTTAGGTGTCATCCTTTGGCACTAGAGTGTT TTATGAGTAGGACTGCCCCTGATTATTATTATCTTGTTTTCATAATGTTG GTGTATTCTCCGTTTTTTGTCATCTTCCACACATTGATCAATCTTATTAA GTGTAGTTGTAGATTCAGCATGGTTTACATATGCAACAAGTGTTACTTCT TCTTTGGTAGAATCTTTGTCAAGAATATGACAACCGACGAACCGTGTCGT TGAAATACTTCATTTCTGCAATACCTTTTATTGTAAGAGGAAGTCCTAAT TATCTCCTGAAATTTCTTTCAAACTACCAATACGGAGCTTTAATGTTTCC ATATTTTAAACATTTGAAGCATTGTATTTTTGAAGATAGCTCAACTTTTT TTTGCCATTCACAGGATAAATTGAAGGGAGTTTTTATTTAATCTAATTTT TATTCTAAATTTTTCAGATAGTAATTTGTTAAAATTTCCACGAATCTCCT ATTCTTCTTCGTCCTCAGACTCCCTTCTATTGTTGATACTTTATATTTCT CTAATCAAATCTCCAAATCTGCTCAGGATGTCTTCAAGAATCCCAACATT CGTTTCTGAGCCATTATTTATAATAGCTTTTAGAAGGGGTTTGTGTTTCT TTTACTCACTTTGAGCCTCTAATTGTAGAACCAACTTCTTCATTTATTTT AGTTAAGCCAAAAATTTGCTTAAATTTAACAATCATATTGATCCAACTTA TTTTTTTTGTAATAAAAATATACCCGGCTCCACTTTTATATTCATTTAAT CTCTTTATTTCATCTCAAAATGAGTTTAAGATCATGAAATATTTTCTCAT AACCTTTAGGGATGGAAATATATCCTCCGAGGCTATTTCCTTGACTATCC TTCCAGTCCAAACAAAATATTTCCAGGAAAGAGTTATTTTGAATTGTTCT TCCCTACCATTTTCCCTTAATAATGAATCCTATCTGTTACTTATTTTTCA TTTATCTCCTCCAATGACAAAGCATTTTCATATAATCATTCCTTACTTTT GAATGTCCGTGATTAGTGGGCTCCGAGTGGCCTTCTAGAAATTTTTGGGA TGTCATTCTCTTTTGAACTAAGTCCCTGGGTTTTATAAAAACTTTTTTCC TCATTTAACTTATAAAACATTCAAAAATATAATTTAAAACACATTGCACT TAGTCCCATTTCTATCTTTTTCAAAAAGGAAATAACAAATTCAATAGAAT TGAAATCGACTTAACCAGTACCTCTTTACCCATAGTCCCTAACAGATTAG GAGCAAATAATGGGTCTAATAGGTGAGTAAATGTAGCAATATCTTTCTTG GACGACATCAATTCGTCCGTGAGAAAATCAATGCCTCTGCTTATCTGTTT TTGAGTTGAGATGCCCCATTATTTCAAGATATTTAATTTCAAATTTTCAA ATCAAATCCACAGGAGATACATCTTTTCTTACTTGGGAAAGCAGCAGAGA TAAGAAAAAGGTATCTGGATCTTCCTCGTGGCACCCGTAGGTCGGATCAT AGTACGGTGTGCGCTTTGCAGGCGGGYGGYCTGTGCTTGGAAATCCAGAT GCAATCAAATACAGGGAAAAGATCCTTTGAACGGGTAGAAAGAATTTTGG ATTTATAATCGGGGTCACCAATAAAGGAACACATCACGTAGACTTGCTAA CATAAACTACATATATATCAAAGTTCTTACAAATTTATATAATGGGGATC CAAATCTGTCTCGTCTTATAAGTCTTACATGTATTTACATTACAAATCCT AGTTCCACCCTTTTATTTTTCTATTTAAATTTAGCCTAACGAAAAATGTT GTATTTGTAAATTGGTATTAATTCCTAATGTGTATCTATATGAAAACGAT TTCAAATCAAAATTAACACTTGGCAATGAATAAAAATAATTACCAATACA AATTCGTATCTGTGCATATATCAAGCATCAAAAAATAAAACAATATCGAT TTCCAATATCTAGAAATATATATTTGGCAACCTTTTTTGGAAAAGCTATT TTCTTTTATCTTCAAACAGAAAAAAAATGTATTTAAGAAAAGGAAGATCT CCAATCGAAAGTTGTTTTTCTTATCTTAGATATTCTATACATAAGTAGTT TACTCAAAGTCAAAAATTGTCAATTAGAGGTCTGTAATTATATTCACACT ATGTATTTTCTTTTCAGTTNAAATAATATTAGTGGTTGTACCAGATCTGT AAAATACTAAAAGAAAACCCTCTCTTTCTCGAAAGCAATCCTCGACTCTA TTTTCCTCTCTACTAAAGTAGAATAGGTAGATGGCGCCATTGTAGTTATT GTAAATAAATATTATTAATTTTGTCTTCGTTTTTAAAAAAAATTAACTTA TAATATTATTATAGTACCCAGCGTTACTTGGAGTTATGCACTGTTGAAAA GACAAAAGTCAAGTTTCAACTCCTTCAAAAGTGCAGTGTCCTTCATTTCT GAAACATTTTTATAGAACTAAGGGCTTCAAACGAAGGAATATCCATGCTA AGACCCAAAAAATAATTGCACAGATACTTGTATGCTATAATATATATATT AGGGATAAACTTCGAAATAAAATAAATTTTAGTAGAGAGGGTTGAGCATT GAGGATTTGGTAATTTTGCACATGTATGCCGGAAACTGATGCATTTCTCA GAGTTTGTAAATAAAACAATGCTGCGGGGTCCAGAATTGAATTGGTGGTT CATAAGAAGTAATTTGCCTACTCTGAATTTCTCACAGTGAGATATAATGG TTTATGTGTACTTCCTTGTAAGACCTATCTCAACAGATGAATCTATAAAG TCACTCTAAATGTGATCCGCCCTCATAGTCCACCATAACGTTATATATTT ATTAAAAAACTGGAAATATTATGTCCTTTTGATATTTCTAACTGGTTTGC TAAACCAGTGACGAGCATTGTAGGAGGTTAAAAAACCAGTGGCAATGACT CTCAGGAAACTCTCAAAGTAATAAAATTGAACAAATAACAAAAATGTGTG AGTTAGTCATATATAGATAATTATAATTTATAAAAAGTTTGTTAATATGA ATATCAAATTAAAAATAATTGAAAATAACAATGAAAAAAACTAATAATGC AAATAGAGTCATTTTTGGAATAATCTGTTATGTGATTAATTTAAACAAAA TTTTCAAGATGATATAACCCAATAATATAGAAATAAGAAATTAATATAAT CAATACTTTGCAATGCATAATCACATGTCTATGAAGAAATAATAATAATT ATATTAACGAGTGGTCCATTAATATATAAACTCTTTTCAATTTTAAACTT CAACAAGATATAATACATACATTAATTAACAAAAGAATTTTAACAATATT AATACTATAAATAGATGTGTGAGTGAGCTCTTTTAGGCATTAATATAGTT TCATTAGCGCCAATGAAGGCTTGATACCTGCTGCAGAGGTAGTCCTTTGG CAAGGCGTCCAAATGATGGATGACGGTGGCTTTGAGGGKCTTGGTGTTTG GATGACTGACACTGCAGACCTTCTCCTCGACATGCAACCAAAAGTTGTAG CAGAGGGCTTCACATCAGGGCTATAGGGAGGGCAAAGGTGTCAAAAAAGA GTTCCGAAGGACTATAAAGACTCATTCAAAAGAGTCTTGCAACAATAAAG ACGGGTTTCTTTTATTTTTGATGTCAAAAGTGGGCTCACTATCCTCACAA CAAGGTTCTTTCAACCAACTTATTCTAAGCTCTCTGTTATGAAACTCACA GATATATTGTATGTACCCTTATGGACTTGAAGGGATTGGCCTGGATTGTT TTCTTTAACTCCTCCACCTCCATTTTAACCTTTTTGAGAGAGTGCTCTTC TTTTCCAATGTTTCGATCTTGCTGATGGGGTAGACGGTGGTCCTGAGACA TCCAACATCAAGGAGTCCAAGAAAAGAAATTCGTCGATCACGTTCAAGTG TCATTTTCTCAACTTGTACATAAACTGAAATATCAGGTTTTTATATTTTG GCACTAATTGTTTATGCTTTAATATATCGGAATATGAATTATTTCAATTT TTCAACCTTCATAAATTATTGAATGAGGTTCAGATTTCAATGGGCCAATA GAGAAGGTTTTATCATGAATAATAAAACGTATCTATGTGACATGATGTTG AATATTTATAAGCTAGTAAGGTTAGGAAGGCAAGATGAAATATGAAATTA TTCATTATTCATAAGAGTTTACTTTTTAACAAATATGACTTTTTCCAATA ATAGGTCTAAATGAAGACATTTCCATTAATATCCCTTTCTAATTTCTCGT ATTACCACAGCGTATATGTAGTTTCAGGCTCTATCGAAAAAATTTTGGGT TGGCTGGGGGCCAAAAATTTCGCAAAAATGTTATATTTGTACTTTTTGCA CAAATGATATTTTTATATTATAATATCTATGTTAAATCATTTGCTCTGGT GAGTATTTTTAACCCTTTCATAGTTAACTAGGATATTATACACCCCAAGA TTCTATTTCTTCGTTCATAATTTGAAATTTGCAAAATGCTATGAACACCA ATTACTCCACTGATAATAATGCCAGAAAACCTAAAATGATAATATTATAT TTGTTGTTATATAATAATTCTAAATTGGTGTAATTGCATAAATCAGGTTC TTGAACGGTACTTTTTTTTTCTTTCTTATTTTGGTAAATTAGCATTTTTA AGATCCTGTAAAATCGTCCCTAACTAATAATTCAGTCCATTAATTATCCA CAATTATAAATAAAGTATGTTGTAATTTAAATCTTACAACATTTTGCATA GTATAACTTTCGCTCTAACCCGTTTAAGGGAGAAGTTATTTAAAGACAAA TGAAAAATTGAAAAGATCGCCCGGTATTAAAATACAAAAGTGTGTTTTAT TGAGTGTATAGAAAATGGGGAACTTCACCTATCTGATATGATGTTTTAAA CCTTGTAAAAACTTTAAGTATTTAATATCATTATGAAGCAATACAATAAT TTTTTGAATTTTATAAATCTTGCTTTATTGCCTTTGGATAAAAAGAGGAA TATTTGGTTGTATCCTTGACATAGGTATAATCAAGGAAAAATAAACATAT TAATGGCTTAATATTTCACTATTTTTTTGCTGCGGATCAGAACTGGTAAA AGAGTCCACAAAAACTTGATCTCTGGGCTCTAAAAAACAACCCAAGCACT GTTATTGATAATGATAANNNNNNNNAATTGAGAATATATGAGATGGGACT AGCTTATGTTTAAAATTTTTATTTAAAGTATTAAAAAGAAATCTTAACTT TGATAGTACTTTATTACATATTAATAGACAGGTTCCCAATATTTAAGAAA TTGCTAGCAAGGAAATTACAGACCCTAATATGTAAATACTTTTTTATTTT GTGTCAGTCCTTATCTTGTGACATCGTTAAGGGTGTTTTTCCTTTATTTG ATTATTCTGTTATATAATAGAATAACTTATATAACAAAATAAAAAAATAT TATATATGTTAATATTGTATTGTGTTATAATAAAAAAAAATTTTTTTTGT CAAGATAAATCAAATATATCATTTTCGGCTTAATAAACCCTCTATGTTCA TTTATATGGAAAATTAAAAGACAGACCATTAAGGAAACTATTTATCAATC ATTAAGGGTTACGCGTACCCCCCATTTGAGAACCACTGCAAAATAATACC AATAGACAAAACAACACTGCTCTAGAATTGACTTAGACTCGAATGTTGAA ACTCGTGACTTTATTTTATTTTTGAGAATTGTTTTTAATCAAATGTTCTC ACAATCGATAAAATTTTCTTCCAAGAAGTAATATATATATATATATAAAG TAAAAAAAGTGCCAATTGTGACTCAAGACTTGCAATTCAATGTGATCACG CAATCAAAGACTTGATTTGTACTCAAAAGCTGAGACTTGCAACTTGAATT AAAGTTATATCAGTTATTCATTAAAATGTAAGTAACTTTTTCATATATCT TTTATTCTCTGAGGACTCGAACTGGACTCGTTAAAGCTTTTCAAGGACTT GCAGGAGTGGGTAAAGACATGAGACTCAACTTGGACTTACAGTACATGGA ATTTTCTTCCTTTTTGTTTTTAGGTATTCTGGTGTTCTATGAGTAATCCC TGTTTGTTCACCTTTGTTTATTTTATATTGAAAATAGTTGTGACTTCCTT TTTCCTATAGAATGAATACTACTCACATTTGTGTTCTCTTCTAATAAAAT CTACAAATATCTTGACAACCTGGATCGCATCCGTTCCTTCGAAGCAATCT TTTTTTTTACCGACTCTGATCCGTAGACTTACATCTATAATTACTCAAAT TCCCAAGTACTATTAGCCAGAGGTGAGGACTTGGACTCTAGCTCACTGCC TGCCTTAGAACCTAAAGTTAAGAATTAAATAGACTCTCGACTATTTCTTT TTAACAAACTTTATCATTATTTTTTCATTAGTTTGAGGGAAATAAAAATG CTACTCTTTATAGCAGCCTATGGAATGGAATGA
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