EMLSAG00000008119, EMLSAG00000008119-690885 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000008119
Unique Name	EMLSAG00000008119-690885
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:if "inflated" species:7227 "Drosophila melanogaster" [GO:0004872 "receptor activity" evidence=ISS;IDA] [GO:0007155 "cell adhesion" evidence=IMP;IDA] [GO:0050839 "cell adhesion molecule binding" evidence=ISS;IDA] [GO:0007476 "imaginal disc-derived wing morphogenesis" evidence=IEP;IMP;TAS] [GO:0008305 "integrin complex" evidence=IEA;ISS;NAS;TAS] [GO:0016477 "cell migration" evidence=TAS] [GO:0016337 "cell-cell adhesion" evidence=TAS] [GO:0007494 "midgut development" evidence=TAS] [GO:0007160 "cell-matrix adhesion" evidence=ISS] [GO:0007157 "heterophilic cell-cell adhesion" evidence=TAS] [GO:0030239 "myofibril assembly" evidence=IMP] [GO:0042383 "sarcolemma" evidence=IDA] [GO:0016203 "muscle attachment" evidence=IGI;IMP] [GO:0045185 "maintenance of protein location" evidence=IMP] [GO:0007427 "epithelial cell migration, open tracheal system" evidence=TAS] [GO:0007411 "axon guidance" evidence=IMP] [GO:0007608 "sensory perception of smell" evidence=IGI] [GO:0007431 "salivary gland development" evidence=TAS] [GO:0007426 "tracheal outgrowth, open tracheal system" evidence=TAS] [GO:0007475 "apposition of dorsal and ventral imaginal disc-derived wing surfaces" evidence=NAS] [GO:0008360 "regulation of cell shape" evidence=IMP] [GO:0035160 "maintenance of epithelial integrity, open tracheal system" evidence=IGI] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0007414 "axonal defasciculation" evidence=IMP] [GO:0007435 "salivary gland morphogenesis" evidence=IGI] [GO:0035099 "hemocyte migration" evidence=IMP] [GO:0051492 "regulation of stress fiber assembly" evidence=IMP] [GO:0007298 "border follicle cell migration" evidence=IMP] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0007411 GO:GO:0007435 GO:GO:0008360 GO:GO:0016324 EMBL:AE014298 GO:GO:0004872 GO:GO:0042383 GO:GO:0007494 GO:GO:0007298 GO:GO:0016203 GO:GO:0030239 GO:GO:0007608 GO:GO:0007229 GO:GO:0007160 GO:GO:0050839 GO:GO:0007157 GO:GO:0016328 GO:GO:0007427 GO:GO:0051492 GO:GO:0009925 GO:GO:0007475 GO:GO:0035099 GO:GO:0035160 GO:GO:0045185 GO:GO:0007426 GO:GO:0007414 eggNOG:NOG26407 GeneTree:ENSGT00730000110529 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 EMBL:M19059 EMBL:AY118840 PIR:A29637 RefSeq:NP_001162777.1 RefSeq:NP_001162778.1 RefSeq:NP_523378.2 RefSeq:NP_728021.2 UniGene:Dm.7766 ProteinModelPortal:P12080 SMR:P12080 BioGrid:58994 DIP:DIP-23111N MINT:MINT-836239 PaxDb:P12080 EnsemblMetazoa:FBtr0074357 EnsemblMetazoa:FBtr0301353 EnsemblMetazoa:FBtr0301354 GeneID:32661 KEGG:dme:Dmel_CG9623 CTD:32661 FlyBase:FBgn0001250 InParanoid:P12080 OMA:QVVHIYE OrthoDB:EOG71ZP14 PhylomeDB:P12080 GenomeRNAi:32661 NextBio:779710 PRO:PR:P12080 Bgee:P12080 Uniprot:P12080)

HSP 1 Score: 357.836 bits (917), Expect = 1.097e-104
Identity = 229/638 (35.89%), Postives = 356/638 (55.80%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNY-RVMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI---KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY------VMDELSNVEGKEEILPVLSLDDRSVT--DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR-TKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPI--DNINPLYIKTIGSRNYSRVKSSLMN 619
            MPRG NL G++++   NM N+ N+TG QIG YFGYS+A+ D DGDG DD+ IGAPM+T+   V GK++VGR+YI+ Q       +W++     G++ K RFGL++   G+++ DG        Y D  VG+PYDG + RG +YI+ GS  G   + SQ+I +  +       +TFG+++SGG D+D N YPD+ VGAY S Q    KS PV  +N++ +F    K I+L++R C L     +VPC+ +    SY G  +P ++  ++ ++LDAKK  + RMFFL +EG++ + QTI++  GQ +    TVYLL  ++ DKLT L++  +Y       +D +  V  +  IL  +   +R +   D+I+I+KNCG DN C P+L +  S+ D Y  GS E L I   I N  EDA+ A  Y+  P  + + +  +  E     + CSPP  +NN +LKC+IGNPL S       I   P +E +    S   YDF    NS+N E+  +  +N+ +  + I V  +L + GTS P+   Y             ED+IG ++ H+Y++ N  PS + EA+++I  P  T      +YLL       ++QC+ +  +  N L  + +  ++Y + + ++ N
Sbjct:  300 MPRGGNLVGRIVVNRWNMANIFNITGRQIGEYFGYSLATSDVDGDGLDDLLIGAPMYTDPDNVEGKYDVGRVYILLQGGPTEEKRWTTEHIRDGYHSKGRFGLALTTLGDVNGDG--------YGDFAVGAPYDGPEGRGVVYIFHGSPMGPLAKPSQIIKSEQLVEGAPYPRTFGFALSGGLDMDGNTYPDLAVGAYSSDQVFIFKSRPVAAVNAETSFASNSKLISLDDRSCQLVRDHKKVPCMLLTTCWSYTGRYLPEQLDFDVSWLLDAKKLLNPRMFFLRDEGKNIRNQTIRLNYGQKYCLNETVYLL-DKVQDKLTPLEVEARYNLRSSRPLDPM--VRHRRSILEPVIDQNREIVLRDAINIQKNCGPDNICEPDLKLKVSTVDKYLFGSPEPLVIEVFISNTNEDAFEAAFYMVTPPDLQFRKLQQLGEKKDTPITCSPPTPENNHTLKCDIGNPLESGKIAHFKISLVP-EEKYGSSSS---YDFYWEANSTNLEKPGSEYDNKIRQSVGIWVDTDLDIKGTSLPDYQLYKADDYKELENATKEDDIGPQVVHIYEIRNNRPSIIEEAEVFIHLPYETIVGDPLMYLLNQPETGGKIQCDDVAFNEYNLLLDEKLVKKSYLQAQGAIWN 922

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:pat-2 species:6239 "Caenorhabditis elegans" [GO:0018991 "oviposition" evidence=IMP] [GO:0040011 "locomotion" evidence=IMP] [GO:0000003 "reproduction" evidence=IMP] [GO:0002119 "nematode larval development" evidence=IMP] [GO:0009792 "embryo development ending in birth or egg hatching" evidence=IMP] [GO:0006898 "receptor-mediated endocytosis" evidence=IMP] [GO:0032940 "secretion by cell" evidence=IMP] [GO:0061199 "striated muscle contraction involved in embryonic body morphogenesis" evidence=IMP] [GO:0040039 "inductive cell migration" evidence=IMP] [GO:0030163 "protein catabolic process" evidence=IMP] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0009986 GO:GO:0031430 GO:GO:0055120 GO:GO:0007155 GO:GO:0004888 GO:GO:0007229 GO:GO:0040017 eggNOG:NOG26407 GeneTree:ENSGT00730000110529 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 OrthoDB:EOG71ZP14 OMA:CRQIPFD GO:GO:1901076 EMBL:FO081385 PIR:S44824 RefSeq:NP_498948.1 UniGene:Cel.10427 ProteinModelPortal:P34446 SMR:P34446 BioGrid:41442 STRING:6239.F54F2.1 PaxDb:P34446 PRIDE:P34446 EnsemblMetazoa:F54F2.1 GeneID:176240 KEGG:cel:CELE_F54F2.1 UCSC:F54F2.1 CTD:176240 WormBase:F54F2.1 HOGENOM:HOG000115457 InParanoid:P34446 SignaLink:P34446 NextBio:891720 Uniprot:P34446)

HSP 1 Score: 293.123 bits (749), Expect = 1.109e-82
Identity = 194/649 (29.89%), Postives = 332/649 (51.16%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGD---QIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG---------KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNS-IKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRSKRMFFLENEGQSEK-----------------RQTIQIIKGQIWKKTFT-VYLLPSRLHDKLTSL--DLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFA-SSSDTYTIGS-DEKLEISTHIKNLGEDAYNAYLYLSVPKGVNY--IRTKTSEDSSISVLCSP----PNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEY----DTNRVQCEPIDNINPLYIK 603
            +PRG +L GK++LY   +  + NLT +   Q G Y G SVA  D + DG DDI +G P +T+Y  +          +++VG++ ++ Q     F K  ++VG +   RFG +VA AG+L+LDG        Y D++VG+PY GK+ +GA+Y+  GS DG++   +Q I   +I +  IK+FG+S++G  D+D N  PD+ VGA+ S  A  L + PV+ +        +   I++E++ C +     +  C  +     Y G G  PN +  +L + LD       R +FL+ + +S++                  Q +++ KG+  +K F   +   S + DKL+ +   +N  YV  +   + G +    + +    S  + I+I  NCG D+ C+P+L V A +  + + +G+ D  + I+  ++N GED+Y   LY  VP+G  Y  I +   + S  +  CSP    P++D   +  C++GNPLP++  V   +         +++  L        VNSSN EE+  + +N+    I +     L L+G S PEQV ++++         ++EIG  + H+Y ++N+GPS V+ A + I WPSF+    H LY++        +  R + + + N+NPL ++
Sbjct:  268 VPRGNDLHGKLVLYTSKLKMMINLTDEVSTQHGQYCGGSVAVADVNKDGRDDIIMGCPFYTDYGSVKDAKTQERKPQYDVGKVIVMLQTAPGVFGKQIAVVGDDQWGRFGHAVAAAGDLNLDG--------YNDVIVGAPYAGKNKQGAVYVIHGSKDGVRELPTQKIEGANIGHGNIKSFGFSLTGNEDVDGNGMPDIAVGAWKSGNAAVLLTKPVVTVTGQTE--PESALISVEDKNCDVDGKLGKQACKHINTCFKYEGKGDTPNDLEFDLRFNLD-DHSPEPRAYFLQKDVKSDRSIKVAQGSKTRDHPSSIEQRVRLEKGR--QKCFRHRFFASSTMKDKLSPIHWSVNYTYVESKTGKLRGDKLEPAIDTTVPLSFQNKINIANNCGKDDLCVPDLKVTAVADREKFLLGTQDNTMLINVTVQNGGEDSYETKLYFDVPQGFEYGGIESVGGDGSKSAPACSPTSDEPDSDGKWTFACDLGNPLPANKVVSSVVRVT----ASSDKPPLAPISINAHVNSSNDEEAHTVADNKVTFTIPVDFKNQLSLNGRSNPEQVDFSMTNKTRVDAFDDNEIGPVVSHLYQISNRGPSEVDSATLDIFWPSFSTEGGHLLYIITEPVVNPPNKGRCRVKQLQNVNPLNLR 899

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:pat-2 "Integrin alpha pat-2" species:6239 "Caenorhabditis elegans" [GO:0004888 "transmembrane signaling receptor activity" evidence=IDA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0008305 "integrin complex" evidence=IEA;ISS] [GO:0009986 "cell surface" evidence=IDA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0031430 "M band" evidence=IDA] [GO:0040017 "positive regulation of locomotion" evidence=IMP] [GO:0055120 "striated muscle dense body" evidence=IDA] [GO:1901076 "positive regulation of engulfment of apoptotic cell" evidence=IMP] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0009986 GO:GO:0031430 GO:GO:0055120 GO:GO:0007155 GO:GO:0004888 GO:GO:0007229 GO:GO:0040017 eggNOG:NOG26407 GeneTree:ENSGT00730000110529 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 OrthoDB:EOG71ZP14 OMA:CRQIPFD GO:GO:1901076 EMBL:FO081385 PIR:S44824 RefSeq:NP_498948.1 UniGene:Cel.10427 ProteinModelPortal:P34446 SMR:P34446 BioGrid:41442 STRING:6239.F54F2.1 PaxDb:P34446 PRIDE:P34446 EnsemblMetazoa:F54F2.1 GeneID:176240 KEGG:cel:CELE_F54F2.1 UCSC:F54F2.1 CTD:176240 WormBase:F54F2.1 HOGENOM:HOG000115457 InParanoid:P34446 SignaLink:P34446 NextBio:891720 Uniprot:P34446)

HSP 1 Score: 293.123 bits (749), Expect = 1.109e-82
Identity = 194/649 (29.89%), Postives = 332/649 (51.16%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGD---QIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG---------KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNS-IKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRSKRMFFLENEGQSEK-----------------RQTIQIIKGQIWKKTFT-VYLLPSRLHDKLTSL--DLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFA-SSSDTYTIGS-DEKLEISTHIKNLGEDAYNAYLYLSVPKGVNY--IRTKTSEDSSISVLCSP----PNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEY----DTNRVQCEPIDNINPLYIK 603
            +PRG +L GK++LY   +  + NLT +   Q G Y G SVA  D + DG DDI +G P +T+Y  +          +++VG++ ++ Q     F K  ++VG +   RFG +VA AG+L+LDG        Y D++VG+PY GK+ +GA+Y+  GS DG++   +Q I   +I +  IK+FG+S++G  D+D N  PD+ VGA+ S  A  L + PV+ +        +   I++E++ C +     +  C  +     Y G G  PN +  +L + LD       R +FL+ + +S++                  Q +++ KG+  +K F   +   S + DKL+ +   +N  YV  +   + G +    + +    S  + I+I  NCG D+ C+P+L V A +  + + +G+ D  + I+  ++N GED+Y   LY  VP+G  Y  I +   + S  +  CSP    P++D   +  C++GNPLP++  V   +         +++  L        VNSSN EE+  + +N+    I +     L L+G S PEQV ++++         ++EIG  + H+Y ++N+GPS V+ A + I WPSF+    H LY++        +  R + + + N+NPL ++
Sbjct:  268 VPRGNDLHGKLVLYTSKLKMMINLTDEVSTQHGQYCGGSVAVADVNKDGRDDIIMGCPFYTDYGSVKDAKTQERKPQYDVGKVIVMLQTAPGVFGKQIAVVGDDQWGRFGHAVAAAGDLNLDG--------YNDVIVGAPYAGKNKQGAVYVIHGSKDGVRELPTQKIEGANIGHGNIKSFGFSLTGNEDVDGNGMPDIAVGAWKSGNAAVLLTKPVVTVTGQTE--PESALISVEDKNCDVDGKLGKQACKHINTCFKYEGKGDTPNDLEFDLRFNLD-DHSPEPRAYFLQKDVKSDRSIKVAQGSKTRDHPSSIEQRVRLEKGR--QKCFRHRFFASSTMKDKLSPIHWSVNYTYVESKTGKLRGDKLEPAIDTTVPLSFQNKINIANNCGKDDLCVPDLKVTAVADREKFLLGTQDNTMLINVTVQNGGEDSYETKLYFDVPQGFEYGGIESVGGDGSKSAPACSPTSDEPDSDGKWTFACDLGNPLPANKVVSSVVRVT----ASSDKPPLAPISINAHVNSSNDEEAHTVADNKVTFTIPVDFKNQLSLNGRSNPEQVDFSMTNKTRVDAFDDNEIGPVVSHLYQISNRGPSEVDSATLDIFWPSFSTEGGHLLYIITEPVVNPPNKGRCRVKQLQNVNPLNLR 899

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:itga8 "integrin, alpha 8" species:7955 "Danio rerio" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0008305 "integrin complex" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 ZFIN:ZDB-GENE-080220-48 GO:GO:0007155 GO:GO:0007229 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 TreeFam:TF105391 OrthoDB:EOG7HQN77 GeneTree:ENSGT00730000110719 OMA:CRQIPFD EMBL:BX322614 EMBL:CR854835 EMBL:CR936250 Ensembl:ENSDART00000059038 Bgee:E7F7L7 Uniprot:E7F7L7)

HSP 1 Score: 291.582 bits (745), Expect = 1.184e-82
Identity = 192/618 (31.07%), Postives = 339/618 (54.85%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGK-FEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKK---TFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSVT---DSISIKKNCGVDNECIPNLSVFASSSDT-YTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-KYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKT 604
            +PRGA+  G V ++   N+T + N TG+Q+ +YFGY++A  D +GDG DD+ +GAP++ +     K  EVGR+Y+  Q     F    ++ G +   R+G ++A  G+++ D        GY D+ +G+P+ G+D  G ++IY G   G+ LQ SQV+  +  S+ I   FG+++ G +DLD+NQYPD+LVGA+  S+ V  +S PV+ +++ L  +++ + +N E++ C + +    V C+ V +     GIGIP+ + + +   LD  K R   KR+ F+++  Q ++ Q  Q++ GQ  ++    ++VYL   +   DKL+ + + + Y +D+ S   G  ++ PV  LD  S T   +  +I  +CG DN CIP+L + A    T   IG D  L ++ +  N GE AY A L++++P   +YI  +   +    + C     ++ R + C++GNP+ + + + + + F         E++     F + ++SSN + S ++  N   + + I   A +++ G S P QV        P  K + EDE+G ++ H+Y+++NKGPS+++   + + WPS     +H LY L +  D   V C    ++NPL ++T
Sbjct:  288 VPRGAHNFGYVTVINATNLTFIQNFTGEQMASYFGYTIAVTDLNGDGLDDVLVGAPLYMDREFESKPREVGRVYLYLQEDVLLFSPPITLTGMHLFGRYGSAIAPLGDINQD--------GYLDVAIGAPFAGEDRGGRVFIYNGQKSGLMLQASQVLKGDWASSGIPAGFGFTLRGDSDLDNNQYPDLLVGAFGVSKVVAYRSRPVVTVDAQL--ILRPRILNPEDKSCRMPNSDIMVTCLSVNVCAKISGIGIPDYVALRMELQLDWLKQRGAVKRVLFMDSH-QHQRSQ--QLVLGQGDRQHCHNYSVYLRDEAEFRDKLSPISVTLNYSLDQSSPPAGL-QLRPV--LDHYSKTFHHEQANILLDCGEDNMCIPDLKLSAKMDRTELIIGDDNLLMLTINAANEGEGAYEAELHVTLPPEADYIGVERRREDLQRLNCEHRTENDTRIVVCDLGNPMVADTNLSVGLRFSVA----RLEDAPPTIGFEVQIHSSNKDNSRSVPVN---LTLSIVARAEVEIRGVSHPAQVVLPFPRWEPKEKPVREDEVGPQVQHIYELHNKGPSSISRTVLEVGWPS-RYREEHLLYALQVITD-GPVHCSTNSSLNPLELET 880

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:itgav "integrin, alpha V" species:7955 "Danio rerio" [GO:0008305 "integrin complex" evidence=IEA;IDA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0042074 "cell migration involved in gastrulation" evidence=IMP] [GO:0070121 "Kupffer's vesicle development" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0001525 "angiogenesis" evidence=IGI] [GO:0001935 "endothelial cell proliferation" evidence=IGI] [GO:0001568 "blood vessel development" evidence=IGI;IMP] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR000413 PRINTS:PR01185 ZFIN:ZDB-GENE-060616-382 GO:GO:0007155 GO:GO:0001525 GO:GO:0007229 GO:GO:0070121 GO:GO:0001935 GO:GO:0042074 GO:GO:0008305 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 HOVERGEN:HBG006186 CTD:3685 KO:K06487 EMBL:DQ178648 RefSeq:NP_001028893.1 UniGene:Dr.133012 ProteinModelPortal:Q3LTM3 SMR:Q3LTM3 GeneID:100151255 KEGG:dre:100151255 InParanoid:Q3LTM3 NextBio:20794864 Uniprot:Q3LTM3)

HSP 1 Score: 277.715 bits (709), Expect = 6.540e-78
Identity = 188/614 (30.62%), Postives = 321/614 (52.28%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENE-GQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRS-VTDSISIKKNCGVDNECIPN--LSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNK-YMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKT 604
            +PRG    G V +++  NM ++ N TG Q+ AYFG+SVA+ D + DG  D+ +GAP++ +    GK  EVG++Y+        F     + G    AR+G SV   G+L++DG        Y D+ + +PY G  +RG +YI+ G   G     SQV+     S S+  +FG+S++GG D+D N YPD++VGA+ + +A+  ++ PVI +N+ L+  +  + +N E++ C+L    T+V C  V+  L   G G P+ +  ++   LD  K +   KR+ FL N+     K  T+   +G   ++     +  S   DK+T + + ++Y +D  S  + K  +LP+L     + VT    I  +CG DN C P+  LSV +  ++ Y IG D  L +    +N GE AY A L +++P   ++     + ++   + C+   ++  R + C++GNP+   +++   + F      H   E      F L + S+N    FN  +N   ++ K+ V A ++L G S PEQV   ++   P +  ++ED+IG  + H+Y++ NKGPST ++A + + WP +  N+   LY+     D N + C     +NPL + +
Sbjct:  268 VPRGEKALGYVNIFNGRNMESMYNFTGTQMAAYFGHSVAAVDVNNDGKMDLFVGAPLFMDRGSDGKLREVGQVYVYLGKGGFTFNSVIKLTGSEIYARYGSSVCSVGDLNMDG--------YNDVAIAAPYGGPFHRGLVYIHNGRSTGPNPVASQVLEGTWASVSMPSSFGYSMNGGTDVDQNGYPDLIVGAFGADKAILYRARPVISVNTTLD--ISPQILNPEDKSCTLPGTATKVSCFTVKYCLKASGKGAPSSLLFQVDLTLDRLKHKGAIKRVLFLYNKMSHYSKNMTVNNNQGLACEELQAYLIDDSEFRDKITPISVFMEYSLDYKSAAD-KTGLLPILDQSAPTNVTKQAHILLDCGEDNICKPDLKLSVVSDQNEIY-IGDDNPLTLEVTAENGGEGAYEADLIVTLPSQADFTAVVRNSETLSRLSCAFKKDNQTRVVVCDLGNPMKGGTKIVAGLRFSV----HQLSEQDTEVKFGLQIQSTN---QFNNTSNLVSVVTKLAVLAKVELRGVSAPEQVFLPIANWQPKENPVLEDDIGPLVQHIYELRNKGPSTFSKAILDVQWP-YRFNNGSLLYITKFSVDGN-MNCSSNRELNPLNVTS 860

HSP 2 Score: 52.7582 bits (125), Expect = 1.432e-5
Identity = 58/173 (33.53%), Postives = 80/173 (46.24%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIV-YQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY------DGKDNR-GALYIYLG----SYDG-IKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGA 190
            +Y GYSVA GDF+ DG DD   G P        G+  +G + I   +N E+ +    +  G    A FG SVA         +  NN  G  DL VG+P       DGK    G +Y+YLG    +++  IKL  S+ IYA         +G S+    DL+ + Y DV + A
Sbjct:  245 SYLGYSVAVGDFNEDGEDDYVTGVP-------RGEKALGYVNIFNGRNMESMY----NFTGTQMAAYFGHSVA--------AVDVNN-DGKMDLFVGAPLFMDRGSDGKLREVGQVYVYLGKGGFTFNSVIKLTGSE-IYAR--------YGSSVCSVGDLNMDGYNDVAIAA 388

[Close]

BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:Itgav "integrin alpha V" species:10090 "Mus musculus" [GO:0001525 "angiogenesis" evidence=IEA] [GO:0001568 "blood vessel development" evidence=IMP] [GO:0001846 "opsonin binding" evidence=IDA] [GO:0005080 "protein kinase C binding" evidence=IDA] [GO:0005102 "receptor binding" evidence=ISO] [GO:0005245 "voltage-gated calcium channel activity" evidence=ISO] [GO:0005622 "intracellular" evidence=IDA] [GO:0005634 "nucleus" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO;IDA] [GO:0006874 "cellular calcium ion homeostasis" evidence=ISO] [GO:0006954 "inflammatory response" evidence=TAS] [GO:0007155 "cell adhesion" evidence=ISO] [GO:0007160 "cell-matrix adhesion" evidence=TAS] [GO:0007204 "positive regulation of cytosolic calcium ion concentration" evidence=ISO] [GO:0007229 "integrin-mediated signaling pathway" evidence=ISO] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0008284 "positive regulation of cell proliferation" evidence=ISO] [GO:0008305 "integrin complex" evidence=ISO] [GO:0009566 "fertilization" evidence=NAS] [GO:0009897 "external side of plasma membrane" evidence=IDA] [GO:0009986 "cell surface" evidence=ISO] [GO:0010745 "negative regulation of macrophage derived foam cell differentiation" evidence=ISO] [GO:0010888 "negative regulation of lipid storage" evidence=ISO] [GO:0016020 "membrane" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016477 "cell migration" evidence=ISO] [GO:0030154 "cell differentiation" evidence=IEA] [GO:0030335 "positive regulation of cell migration" evidence=IMP] [GO:0031994 "insulin-like growth factor I binding" evidence=ISO] [GO:0032369 "negative regulation of lipid transport" evidence=ISO] [GO:0032490 "detection of molecule of bacterial origin" evidence=TAS] [GO:0033690 "positive regulation of osteoblast proliferation" evidence=IMP] [GO:0034683 "alphav-beta3 integrin complex" evidence=TAS] [GO:0034765 "regulation of ion transmembrane transport" evidence=ISO] [GO:0035262 "gonad morphogenesis" evidence=NAS] [GO:0035867 "alphav-beta3 integrin-IGF-1-IGF1R complex" evidence=ISO] [GO:0042110 "T cell activation" evidence=TAS] [GO:0042277 "peptide binding" evidence=ISO] [GO:0043277 "apoptotic cell clearance" evidence=IMP] [GO:0043410 "positive regulation of MAPK cascade" evidence=ISO] [GO:0043542 "endothelial cell migration" evidence=TAS] [GO:0045124 "regulation of bone resorption" evidence=TAS] [GO:0045715 "negative regulation of low-density lipoprotein particle receptor biosynthetic process" evidence=ISO] [GO:0045785 "positive regulation of cell adhesion" evidence=ISO] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0046982 "protein heterodimerization activity" evidence=TAS] [GO:0048041 "focal adhesion assembly" evidence=NAS] [GO:0050748 "negative regulation of lipoprotein metabolic process" evidence=ISO] [GO:0050764 "regulation of phagocytosis" evidence=ISO;NAS] [GO:0051209 "release of sequestered calcium ion into cytosol" evidence=TAS] [GO:0060707 "trophoblast giant cell differentiation" evidence=TAS] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0070371 "ERK1 and ERK2 cascade" evidence=IDA] [GO:0070588 "calcium ion transmembrane transport" evidence=ISO] [GO:0071731 "response to nitric oxide" evidence=TAS] [GO:0097192 "extrinsic apoptotic signaling pathway in absence of ligand" evidence=IDA] [GO:2000425 "regulation of apoptotic cell clearance" evidence=IDA] [GO:2000536 "negative regulation of entry of bacterium into host cell" evidence=ISO] [GO:2001237 "negative regulation of extrinsic apoptotic signaling pathway" evidence=ISO] InterPro:IPR000413 PRINTS:PR01185 MGI:MGI:96608 Pfam:PF01839 GO:GO:0005634 GO:GO:0009897 GO:GO:0046872 GO:GO:0051209 GO:GO:0070371 GO:GO:0034765 GO:GO:0006954 GO:GO:0009566 GO:GO:0001525 GO:GO:0010745 GO:GO:0010888 GO:GO:0042110 GO:GO:0048041 GO:GO:0050431 GO:GO:2001237 GO:GO:0007229 GO:GO:0046982 GO:GO:0030335 GO:GO:0045785 GO:GO:0045715 GO:GO:0001568 GO:GO:0097192 GO:GO:0033690 GO:GO:0005245 GO:GO:0043542 GO:GO:0035262 GO:GO:0043277 GO:GO:0060707 GO:GO:0071731 GO:GO:0045124 EMBL:AL772301 eggNOG:NOG26407 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 TreeFam:TF105391 HOGENOM:HOG000231603 HOVERGEN:HBG006186 GeneTree:ENSGT00730000110719 CTD:3685 KO:K06487 OMA:TRRCQPI OrthoDB:EOG7R830R ChiTaRS:ITGAV GO:GO:0035867 GO:GO:2000536 GO:GO:0032369 GO:GO:0050748 GO:GO:2000425 EMBL:U14135 PIR:T10050 RefSeq:NP_032428.2 UniGene:Mm.227 ProteinModelPortal:P43406 SMR:P43406 IntAct:P43406 MINT:MINT-4098999 BindingDB:P43406 PhosphoSite:P43406 PaxDb:P43406 PRIDE:P43406 DNASU:16410 Ensembl:ENSMUST00000028499 GeneID:16410 KEGG:mmu:16410 UCSC:uc008kid.1 InParanoid:A2AKI6 NextBio:289589 PRO:PR:P43406 ArrayExpress:P43406 Bgee:P43406 CleanEx:MM_ITGAV Genevestigator:P43406 GO:GO:0034683 GO:GO:0032490 Uniprot:P43406)

HSP 1 Score: 271.166 bits (692), Expect = 1.458e-75
Identity = 192/648 (29.63%), Postives = 323/648 (49.85%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-KYM----IEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTI----------GSRNYSRVKSSLMNYQXDV 624
            +PR A   G V +YD  NM++L+N TG+Q+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +AV  ++ PV+ +N+ L   V    +N + + C L     +V C +V   L   G G +P ++  ++  +LD  K +   +R  FL N      +       GQ+  +    YL   S   DKLT + + ++Y +D+ +  +    + P+L      +V+    I  +CG DN C P L V  +S      IG D  L ++   +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F      H + E      F L + SSN   SF+  +      + + V A +++ G S P+ +       IPN +Y      E+++G  + H+Y++ N GPS+ ++A + + WP +  N+   LY+L  + D   + C     INPL IKT           G RN+   K  L   + DV
Sbjct:  273 VPRAARTLGMVYIYDGKNMSSLHNFTGEQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRAVGDF-QTTKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDKKGLVYIFNGRSTGLNSVPSQILEGQWAAQSMPPSFGYSMKGATDVDRNGYPDLVVGAFGVDRAVLYRARPVVTVNAGLE--VYPSILNQDNKICPLPGTALKVSCFNVRFCLKADGKGTLPRKLHFQVELLLDKLKQKGAIRRALFLHNRSPVHSKTMTVFRGGQMQCEELVAYLRDESEFRDKLTPITIFMEYRLDQRTAADAT-GLQPILNQFTPANVSRQAHILLDCGEDNVCKPKLEVSVNSDQKKIYIGDDNPLTLTVKAQNQGEGAYEAELIVSIPPQADFIGVVRNNEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFSV----HQQSEMDTSVKFDLKIQSSN---SFDNVSPVVSYKVDLAVLAAVEIRGVSSPDHIFLP----IPNWEYKENPETEEDVGPIVQHIYELRNNGPSSFSKAILNLQWP-YKYNNNTLLYILHYDID-GPMNCTADTEINPLRIKTPEKNDTAAAGQGERNHLITKRDLTLREGDV 895

HSP 2 Score: 50.8322 bits (120), Expect = 5.877e-5
Identity = 56/194 (28.87%), Postives = 79/194 (40.72%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY------DGK-DNRGALYIYL----GSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLV----GAYDSSQAVYLKSSPVIHLNS 209
            +Y GYSVA GDF+GDG +D   G P            +G +YI Y  K        +  G    A FG SVA     D++G        Y D+ +G+P       DGK    G + + L    G +   KL   +V            FG +I+   DLD + + D+ +    G  D    VY+ +     LNS
Sbjct:  250 SYLGYSVAVGDFNGDGIEDFVSGVPRAAR-------TLGMVYI-YDGKN--MSSLHNFTGEQMAAYFGFSVAAT---DING------DDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRAVGDFQTTKLNGFEV---------FARFGSAIAPLGDLDQDGFNDIAIAAPYGGEDKKGLVYIFNGRSTGLNS 415

[Close]

BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:Itga8 "integrin alpha 8" species:10090 "Mus musculus" [GO:0001656 "metanephros development" evidence=IGI;IMP] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0007275 "multicellular organismal development" evidence=IEA] [GO:0007399 "nervous system development" evidence=IEA] [GO:0007613 "memory" evidence=IMP] [GO:0008305 "integrin complex" evidence=IEA] [GO:0014069 "postsynaptic density" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030030 "cell projection organization" evidence=IMP] [GO:0030154 "cell differentiation" evidence=IEA] [GO:0030198 "extracellular matrix organization" evidence=IMP] [GO:0030511 "positive regulation of transforming growth factor beta receptor signaling pathway" evidence=IGI;IMP] [GO:0032591 "dendritic spine membrane" evidence=ISO] [GO:0042472 "inner ear morphogenesis" evidence=IMP] [GO:0043204 "perikaryon" evidence=ISO] [GO:0045177 "apical part of cell" evidence=IDA] [GO:0045184 "establishment of protein localization" evidence=IMP] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0048745 "smooth muscle tissue development" evidence=IMP] [GO:2000721 "positive regulation of transcription from RNA polymerase II promoter involved in smooth muscle cell differentiation" evidence=IDA] InterPro:IPR000413 PRINTS:PR01185 EMBL:AF041409 MGI:MGI:109442 Pfam:PF01839 GO:GO:0014069 GO:GO:0007420 GO:GO:0046872 GO:GO:0007613 GO:GO:0043204 GO:GO:0045177 GO:GO:0030198 GO:GO:0007155 GO:GO:0045184 GO:GO:0042472 GO:GO:0007229 GO:GO:0030511 GO:GO:0030030 GO:GO:0032591 GO:GO:0001656 GO:GO:0048745 eggNOG:NOG26407 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 TreeFam:TF105391 HOGENOM:HOG000231603 HOVERGEN:HBG006186 OrthoDB:EOG7HQN77 GeneTree:ENSGT00730000110719 CTD:8516 KO:K06584 OMA:CRQIPFD GO:GO:2000721 EMBL:AK031326 EMBL:AK044910 EMBL:AK135193 EMBL:AL845313 RefSeq:NP_001001309.1 UniGene:Mm.329997 ProteinModelPortal:A2ARA8 SMR:A2ARA8 IntAct:A2ARA8 MINT:MINT-4105300 PhosphoSite:A2ARA8 PaxDb:A2ARA8 PRIDE:A2ARA8 Ensembl:ENSMUST00000028106 GeneID:241226 KEGG:mmu:241226 UCSC:uc008ijk.1 UCSC:uc008ijl.1 InParanoid:A2ARA8 NextBio:384935 PRO:PR:A2ARA8 ArrayExpress:A2ARA8 Bgee:A2ARA8 CleanEx:MM_ITGA8 Genevestigator:A2ARA8 Uniprot:A2ARA8)

HSP 1 Score: 268.855 bits (686), Expect = 9.167e-75
Identity = 188/616 (30.52%), Postives = 312/616 (50.65%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG-KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLS-LDDRSVTDSISIKKNCGVDNECIPNLSVFASS-SDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKY-MIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGS 607
            +PRGA   G V I+   +MT + N TG+Q+ +YFGY+V   D + DG DDI +GAP++          EVG++Y+  Q     F     + G     RFG SVA  G+L+ D        GY D+ +G P+ GKD RG + IY G+  G+  + SQV+     S +I + FG+S+ G  D+D N YPD+LVGA+   +    ++ PV+ +++ L  L+    INLE + C +    T V C  V +  S  G  I N I +     LD  K +   KR  FL N         +   +  +  + F VYL   +   DKL+ +++++ Y +D+ S  +   E+ P+L+   D  VT+   I  +CG DN C+P+L + A        IG +  L +  + +N GE AY A L++ +P+  +Y+  + +      + C     +  R + C++GNP+ + +   L + F        E+ ++   +F L + SSN +   N D+N +++ I I   A +++ G S P Q+   +    P K    E+E+G  + H+Y+++N GPST++++ + + WP F+   +  LY+  ++     +QC+    INP  IK   S
Sbjct:  287 IPRGAQNFGYVSIINSTDMTFIQNFTGEQMASYFGYTVVVSDVNNDGMDDILVGAPLFMEREFESNPREVGQVYLYLQASALLFQDPQVLTGTETFGRFGSSVAHLGDLNQD--------GYNDIAIGVPFAGKDQRGKVLIYNGNPRGLHSKPSQVLQGIWGSQTIPSGFGFSLRGDADIDKNDYPDLLVGAFGKGKVAVYRARPVVTVDAQL--LLHPMIINLENKTCQIPEFPTPVACFSVRVCASIAGQSISNTIALLAEVQLDFLKQKGAIKRTLFLHNHQSHFTFPFVMKQQKSLHCQDFMVYLRDETEFRDKLSPINISLNYSLDD-STFKDSLEVKPILNHYRDNVVTEQAHILVDCGEDNLCVPDLKLSARPDKHQIIIGDENHLMLIINARNEGEGAYEAELFVIIPEEADYVGIERNNKGLRPLSCEYKMENVTRMVVCDLGNPMVTGTNFSLGLRFA---VPRLEKTNMSI-NFDLQIRSSNKD---NPDSNFERVQINITAIAQVEIRGVSHPPQIVLPIHNWEPEKKPHKEEEVGPLVEHIYELHNIGPSTISDSILDVGWP-FSARDEFLLYIFHLQ-TLGPLQCQTNPEINPQDIKPAAS 882

HSP 2 Score: 47.7506 bits (112), Expect = 4.779e-4
Identity = 42/166 (25.30%), Postives = 72/166 (43.37%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY-------DGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVG 189
            +Y GYSVA+G+F GD   ++  G P        G    G + I+  + +  F++  +  G    + FG +V          +   N  G  D+LVG+P              G +Y+YL +   +  Q  QV+   +   +   FG S++   DL+ + Y D+ +G
Sbjct:  264 SYLGYSVAAGEFTGDSQQELVAGIP-------RGAQNFGYVSII-NSTDMTFIQ--NFTGEQMASYFGYTVV---------VSDVNNDGMDDILVGAPLFMEREFESNPREVGQVYLYLQA-SALLFQDPQVLTGTE---TFGRFGSSVAHLGDLNQDGYNDIAIG 406

[Close]

BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:ITGA8 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0001656 "metanephros development" evidence=IEA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0007613 "memory" evidence=IEA] [GO:0008305 "integrin complex" evidence=IEA] [GO:0030030 "cell projection organization" evidence=IEA] [GO:0030198 "extracellular matrix organization" evidence=IEA] [GO:0030511 "positive regulation of transforming growth factor beta receptor signaling pathway" evidence=IEA] [GO:0042472 "inner ear morphogenesis" evidence=IEA] [GO:0045177 "apical part of cell" evidence=IEA] [GO:0045184 "establishment of protein localization" evidence=IEA] [GO:0048745 "smooth muscle tissue development" evidence=IEA] [GO:2000721 "positive regulation of transcription from RNA polymerase II promoter involved in smooth muscle cell differentiation" evidence=IEA] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0007613 GO:GO:0045177 GO:GO:0030198 GO:GO:0007155 GO:GO:0045184 GO:GO:0042472 GO:GO:0007229 GO:GO:0030511 GO:GO:0030030 GO:GO:0001656 GO:GO:0048745 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 TreeFam:TF105391 OrthoDB:EOG7HQN77 GeneTree:ENSGT00730000110719 OMA:CRQIPFD GO:GO:2000721 EMBL:CU467024 EMBL:CU656001 Ensembl:ENSSSCT00000012090 Uniprot:F1RW86)

HSP 1 Score: 268.085 bits (684), Expect = 1.506e-74
Identity = 190/614 (30.94%), Postives = 317/614 (51.63%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG-KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQ--IWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRS-VTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDE-KLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDE-IGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            +PRGA   G V I+   +MT + N TG+Q+ +YFGY++A  D + DG DDI IGAP++          EVG++Y+  Q     F     + G     RFG +VA  G+L+ D        GY D+ +G+P+ GK  RG + IY G+ +G+  + SQ++     S +  + FG+++ G  D+D N YPD++VGA+ + +    ++ PV+ + + L  L++   INLE + C +      V C  + +  S  G  I N IR+     LD+ K +   KR  FL+N  QS +   + ++KGQ  +  + FTVYL   +   DKL+ +++++ Y +DE +  EG  E+ P+L+    S VT+   I  +CG DN CIP+L + A       I  DE  L +  + +N GE AY A L++++P+  +Y+  + S      + C     +  R + C++GNP+ + +   L + F  +        S+ F   I S N  NP      D+N   + I I   A +++ G S P Q+   +    P +    +E +G  + H+Y+++N GPST+++  + + WP F+   +  LY+  I+     + C+   +INP  IK
Sbjct:  287 VPRGAQNFGYVSIINSTDMTFIQNFTGEQMASYFGYTIAVSDVNNDGMDDILIGAPLFMEREFESNPREVGQVYLYLQVSALVFRDPQVLAGTEVFGRFGTAVAHLGDLNQD--------GYNDIAIGAPFAGKGQRGKVLIYNGNENGLNTKASQILQGVWASQAAPSGFGFTLRGDADIDKNDYPDLIVGAFGTGKVAVYRARPVVTVEAQL--LLQPVIINLENKTCQIPESTASVACFSLRVCASVTGQSISNIIRLSAEVQLDSLKQKGAVKRTLFLDNH-QSHRIFPL-VVKGQKSLQCQDFTVYLRDETEFRDKLSPINISLNYSLDESTFKEGP-EVKPILNHYRASVVTEQAHILVDCGEDNMCIPDLKLSARPDKQQVIIGDENHLMLLINARNEGEGAYEAELFVTIPEEADYVGIERSNKGVRPLSCEYKMENVTRMVVCDLGNPMVAGTNSSLGLRFA-VPRLEKTNMSINFELQIRSSNKDNP------DSNLVSLQINITAVAQVEIRGVSHPPQIVLPIHNWEPEEEPHREEGVGPLVEHIYELHNIGPSTISDTLLEVGWP-FSARDEFLLYIFHIQ-TLGPLHCQTNPDINPQDIK 878

HSP 2 Score: 48.521 bits (114), Expect = 2.773e-4
Identity = 40/167 (23.95%), Postives = 73/167 (43.71%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY-------DGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGA 190
            +Y GYSVA+G+F GD   ++  G P        G    G + I+  + +  F++  +  G    + FG ++A         +   N  G  D+L+G+P              G +Y+YL     +  +  QV+   ++      FG +++   DL+ + Y D+ +GA
Sbjct:  264 SYLGYSVAAGEFTGDSQQELLAGVP-------RGAQNFGYVSII-NSTDMTFIQ--NFTGEQMASYFGYTIA---------VSDVNNDGMDDILIGAPLFMEREFESNPREVGQVYLYL-QVSALVFRDPQVLAGTEV---FGRFGTAVAHLGDLNQDGYNDIAIGA 407

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BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:ITGAV "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0008305 "integrin complex" evidence=IEA] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0007155 GO:GO:0007229 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 PROSITE:PS00242 GeneTree:ENSGT00730000110719 EMBL:CU914307 EMBL:CU861617 Ensembl:ENSSSCT00000035682 ArrayExpress:K7GPM1 Uniprot:K7GPM1)

HSP 1 Score: 265.003 bits (676), Expect = 3.475e-74
Identity = 194/654 (29.66%), Postives = 324/654 (49.54%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMD--ELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSN------PEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-----KYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNR-VQCEPIDNINPLYIKT--------IGSRNYSRVKSSLMNYQXDV 624
            +PR A   G V +YD  NM++L+N TG+Q+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +AV  ++ PVI +N+ L   V    +N + + C L     +V C  V   L   G G +P ++  ++  +LD  K +   +R  FL N      +       GQ+  +    YL   S   DKLT + + ++Y +D    ++V G + IL   +    +++    I  +CG DN C P L V   S      +G D  L +    +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F  + +    + S+KF    L + SSN      P  S+ +D         + V A +++ G S P+ +       IPN         E+++G  + H+Y++ N GPS+ ++A + + WP +  N+   LY+L  +YD +  + C     INPL IKT         G RN+   K  L   + DV
Sbjct:  100 VPRAARTLGMVYIYDGKNMSSLHNFTGEQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQKASGNF-QTTKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDKKGIVYIFNGRPTGLNAVPSQILEGKWAARSMPPSFGYSMKGATDIDKNGYPDLIVGAFGVDRAVLYRARPVITVNAGLE--VYPSILNQDNKTCPLPGTDLKVSCFHVRFCLKADGKGTLPTKLNFQVELLLDKLKQKGAIRRALFLHNRFPGHSKNMTISRGGQMQCEELIAYLRDESEFRDKLTPITIFMEYRLDYTTAADVTGLQPILNQFT--PANISRQAHILLDCGEDNVCKPKLEVSVDSDQKKIYVGDDNPLTLIVKAQNQGEGAYEAELIVSIPPQADFIGVVRNSEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFS-VQQQSEMDTSVKFD---LQIQSSNLFDKVSPVVSYKVD---------LAVLAAVEIRGVSSPDHIFLP----IPNWEHKENPETEEDVGPVVQHIYELRNNGPSSFSKAMLNLQWP-YKYNNNTLLYIL--QYDIDGPMNCTSDMEINPLRIKTEKNDTVGGQGDRNHLVTKRDLTLIEGDV 720

HSP 2 Score: 51.9878 bits (123), Expect = 2.648e-5
Identity = 51/171 (29.82%), Postives = 72/171 (42.11%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY------DGK-DNRGALYIYL----GSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGA 190
            +Y GYSVA GDF+GDG DD   G P            +G +YI Y  K        +  G    A FG SVA     D++G        Y D+ +G+P       DGK    G + + L    G++   KL   +V            FG +I+   DLD + + D+ + A
Sbjct:   77 SYLGYSVAVGDFNGDGIDDFVSGVPRAAR-------TLGMVYI-YDGKN--MSSLHNFTGEQMAAYFGFSVAAT---DING------DDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQKASGNFQTTKLNGFEV---------FARFGSAIAPLGDLDQDGFNDIAIAA 219

[Close]

BLAST of EMLSAG00000008119 vs. GO
Match: - (symbol:ITGAV "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0001525 "angiogenesis" evidence=IEA] [GO:0001846 "opsonin binding" evidence=IEA] [GO:0005080 "protein kinase C binding" evidence=IEA] [GO:0005245 "voltage-gated calcium channel activity" evidence=IEA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007229 "integrin-mediated signaling pathway" evidence=IEA] [GO:0008305 "integrin complex" evidence=IEA] [GO:0009897 "external side of plasma membrane" evidence=IEA] [GO:0010745 "negative regulation of macrophage derived foam cell differentiation" evidence=IEA] [GO:0010888 "negative regulation of lipid storage" evidence=IEA] [GO:0030335 "positive regulation of cell migration" evidence=IEA] [GO:0031994 "insulin-like growth factor I binding" evidence=IEA] [GO:0032369 "negative regulation of lipid transport" evidence=IEA] [GO:0033690 "positive regulation of osteoblast proliferation" evidence=IEA] [GO:0035867 "alphav-beta3 integrin-IGF-1-IGF1R complex" evidence=IEA] [GO:0043277 "apoptotic cell clearance" evidence=IEA] [GO:0045715 "negative regulation of low-density lipoprotein particle receptor biosynthetic process" evidence=IEA] [GO:0045785 "positive regulation of cell adhesion" evidence=IEA] [GO:0050748 "negative regulation of lipoprotein metabolic process" evidence=IEA] [GO:0070371 "ERK1 and ERK2 cascade" evidence=IEA] [GO:0097192 "extrinsic apoptotic signaling pathway in absence of ligand" evidence=IEA] [GO:2000425 "regulation of apoptotic cell clearance" evidence=IEA] [GO:2000536 "negative regulation of entry of bacterium into host cell" evidence=IEA] [GO:2001237 "negative regulation of extrinsic apoptotic signaling pathway" evidence=IEA] InterPro:IPR000413 PRINTS:PR01185 Pfam:PF01839 GO:GO:0009897 GO:GO:0070371 GO:GO:0034765 GO:GO:0007155 GO:GO:0001525 GO:GO:0010745 GO:GO:0010888 GO:GO:2001237 GO:GO:0007229 GO:GO:0030335 GO:GO:0045785 GO:GO:0045715 GO:GO:0097192 GO:GO:0033690 GO:GO:0005245 GO:GO:0043277 GO:GO:0008305 InterPro:IPR013517 InterPro:IPR013519 InterPro:IPR013649 InterPro:IPR018184 Pfam:PF00357 Pfam:PF08441 SMART:SM00191 PROSITE:PS51470 TreeFam:TF105391 GeneTree:ENSGT00730000110719 OMA:TRRCQPI OrthoDB:EOG7R830R GO:GO:0035867 GO:GO:2000536 GO:GO:0032369 GO:GO:0050748 GO:GO:2000425 EMBL:AAEX03017862 EMBL:AAEX03017863 Ensembl:ENSCAFT00000023277 Uniprot:F1P8Q0)

HSP 1 Score: 266.544 bits (680), Expect = 3.659e-74
Identity = 187/624 (29.97%), Postives = 312/624 (50.00%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSN------PEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-----KYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTN-RVQCEPIDNINPLYIK 603
            +PR A   G V +YD  NM++L+N TGDQ+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +AV  ++ PVI +N+ L   V    +N + + C L   + +V C +V+  L   G G +P ++  ++  +LD  K +   +R  FL N      +       GQ+  +    YL   S   DKLT + + ++Y +D  +  +    + P+L      +V+    I  +CG DN C P L V   S      IG D  L +    +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F      H + E      F L + SSN      P  S+ +D         + V A +++ G S P+ +       IPN         E+++G  + H+Y++ N GPS+ ++A + + WP +  N+   LY+L  +YD +  + C     INPL IK
Sbjct:  240 VPRAARTLGMVYIYDGKNMSSLHNFTGDQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRASGDF-QTTKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDQKGLVYIFNGRLTGLNAVPSQILEGKWAARSMPPSFGYSMKGATDIDRNGYPDLIVGAFGVDRAVLYRARPVITVNAGLE--VYPSILNQDNKTCPLPGTELKVSCFNVKFCLKADGKGALPTKLNFQVELLLDKLKQKGAIRRALFLHNRSPGHSKNMTISRGGQMQCEELVAYLRDESEFRDKLTPITVFMEYRLDYRTAADAT-GLQPILNQFTPANVSRQAHILLDCGEDNICKPKLEVSVDSDQKKIYIGDDNPLTLIVKAQNQGEGAYEAELIVSIPPQADFIGVVRNSEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFSV----HQQSEMDTSVKFDLQIQSSNLFDKVSPVVSYKVD---------LAVLAAVEIRGVSSPDHIFLP----IPNWEHKENPETEEDVGPVVQHIYELRNNGPSSFSKAMLNLQWP-YKYNNNTLLYIL--QYDIDGPMNCTSDMEINPLRIK 831

HSP 2 Score: 52.373 bits (124), Expect = 1.804e-5
Identity = 56/194 (28.87%), Postives = 80/194 (41.24%), Query Frame = 0

Query:   31 AYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPY------DGK-DNRGALYIYL----GSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLV----GAYDSSQAVYLKSSPVIHLNS 209
            +Y GYSVA GDF+GDG DD   G P            +G +YI Y  K        +  G    A FG SVA     D++G        Y D+ +G+P       DGK    G + + L    G +   KL   +V            FG +I+   DLD + + D+ +    G  D    VY+ +  +  LN+
Sbjct:  217 SYLGYSVAVGDFNGDGVDDFVSGVPRAAR-------TLGMVYI-YDGKN--MSSLHNFTGDQMAAYFGFSVAAT---DING------DDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRASGDFQTTKLNGFEV---------FARFGSAIAPLGDLDQDGFNDIAIAAPYGGEDQKGLVYIFNGRLTGLNA 382

[Close]

BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592863429|gb|GAXK01094133.1| (TSA: Calanus finmarchicus comp49126_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 642.499 bits (1656), Expect = 0.000e+0
Identity = 317/611 (51.88%), Postives = 446/611 (73.00%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRNYS 611
            MPRGANLTGKV+LY+ N+TNLNNLTGDQIGAYFGYS+ + D +GDG DDI IG+PMWT+Y +MGKFE GR+Y+VYQ+K NRF KW ++ G NHKARFG+S+A  GN++LDGI   +P G+QD  VG+PYDG + RGA+YI+LGS DG+  + SQVI+A+D++ ++KTFGWS+SGG D+DDN+YPD+LVGAYDS  AV+++S+PV+H+ + +NF    KQI+LE+ KC+LR  K+RVPC+ V + L Y GIG+PN++   L Y LDAKK+  KR+FF + EG+S + +TI ++K + +K+ F VYLL S++HDKLTSLD+ ++Y +   +     + ++PVL   D   TDS++I+K CG DN CIPNLS+     D+Y +GS E+LEI T I N GEDA+NA L + +P+GV+YI   T+ D  IS+LCSPP   NN +++CE+GNPL ++ ++   +  QP  EG  +E+ +  + F +   SSNPE   +  +N     + I+V  + +++G S P QV YN+S  +P++Y  EDEIGE + H+YDV NKGPS+++EA++YI+WPSF +   H LYLLG +YD  +  CEPI N+NPL +   GSR+Y+
Sbjct: 4465 MPRGANLTGKVVLYNSNLTNLNNLTGDQIGAYFGYSIETCDLNGDGLDDILIGSPMWTDYAIMGKFETGRVYVVYQDKNNRFRKWDTLDGENHKARFGMSIASLGNINLDGISTESPGGFQDFAVGAPYDGPNQRGAVYIFLGSRDGVMKKPSQVIFASDLNLNLKTFGWSLSGGMDMDDNKYPDLLVGAYDSGHAVHMRSAPVVHMTASVNFDENSKQIDLEDLKCTLRD-KSRVPCVQVTVSLKYTGIGVPNKMEFSLDYNLDAKKENQKRLFFRQEEGKSSRTKTIPMLKDREFKEKFEVYLLGSKIHDKLTSLDIQMRYSLSSQALSSTTQGLIPVLGHGDHLATDSLNIQKECGADNICIPNLSIQTKEIDSYLMGSGERLEIQTVINNSGEDAFNAVLEVQLPRGVSYINANTT-DPGISILCSPPTPLNNNTVQCEVGNPLRANREITTRVFVQPSSEG--QEDPVSEFSFAILAKSSNPEGGSDDSDNWATYTVPIRVETDFRVTGKSNPAQVEYNISAPLPDRYDYEDEIGEAVNHIYDVKNKGPSSISEAEVYILWPSFNEYGDHLLYLLGFDYDRKKAFCEPIKNLNPLAVTVQGSRDYA 6285

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815300|gb|GAXK01139268.1| (TSA: Calanus finmarchicus comp195953_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 312.383 bits (799), Expect = 6.250e-96
Identity = 178/436 (40.83%), Postives = 274/436 (62.84%), Query Frame = 0

Query:    1 MPRGANLTGKVI-LYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEIL-PVLSLDDRS----------------VTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR 416
            MPRG+NLTGKVI L    M  L+NLTG+Q+GAYFG++VA  D +GDG DD+ IGAPM T++ +  G++E GRIY+VYQNKE++F +W    G   K RFG S+A  G++D DG        Y D  VG+PY G +  G +YI+ GS  G++ +  QVI+   +  +I++FG+S++GG D+D N Y D++VGA  S+QAV L++ PV++L +++ F+    +I++  ++C + +G++ V C+ ++  L Y G+G+  ++ + +   LD KK  S RMFFL  E +SE  Q   + K   + K++ VYL+P+ + DKLT+L+  +         + G  E+L PVL L   S                  DS++I+K+CG DN CIP+L + ++ + + Y++GSDE+LEIS  I N GEDAY A  +L +P+ +NYI+
Sbjct:    3 MPRGSNLTGKVIFLTGTTMEQLHNLTGNQVGAYFGHAVAVSDVNGDGLDDVIIGAPMHTDFSLTDGRYETGRIYVVYQNKEHKFRRWHIRDGKQSKERFGFSLANLGDIDKDG--------YGDFAVGAPYSGPEGEGTVYIFRGSKAGVRERADQVIFGGSVRQNIRSFGFSLAGGVDMDSNLYTDLVVGAAHSNQAVLLRARPVVNLEAEVTFVTDAGKIDMGSKECVISTGES-VSCVPIKTCLRYSGVGVEKKMAVSVKLELDTKKQLSSRMFFLSREDESEWTQDFILTKEVPFCKSYDVYLIPN-IRDKLTALEAQLN------CQLPGSSEMLSPVLGLSSLSFEYYSKTGEADDIGLITKDSVNIQKDCGEDNVCIPDLKINYSRNLNEYSVGSDERLEISIEIVNDGEDAYEANFFLDLPESINYIK 1262

[Close]

BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815299|gb|GAXK01139269.1| (TSA: Calanus finmarchicus comp195953_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 252.677 bits (644), Expect = 1.954e-74
Identity = 144/350 (41.14%), Postives = 222/350 (63.43%), Query Frame = 0

Query:    1 MPRGANLTGKVI-LYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEIL-PVLSLDDRS 347
            MPRG+NLTGKVI L    M  L+NLTG+Q+GAYFG++VA  D +GDG DD+ IGAPM T++ +  G++E GRIY+VYQNKE++F +W    G   K RFG S+A  G++D DG        Y D  VG+PY G +  G +YI+ GS  G++ +  QVI+   +  +I++FG+S++GG D+D N Y D++VGA  S+QAV L++ PV++L +++ F+    +I++  ++C + +G++ V C+ ++  L Y G+G+  ++ + +   LD KK  S RMFFL  E +SE  Q   + K   + K++ VYL+P+ + DKLT+L+  +         + G  E+L PVL L   S
Sbjct:   54 MPRGSNLTGKVIFLTGTTMEQLHNLTGNQVGAYFGHAVAVSDVNGDGLDDVIIGAPMHTDFSLTDGRYETGRIYVVYQNKEHKFRRWHIRDGKQSKERFGFSLANLGDIDKDG--------YGDFAVGAPYSGPEGEGTVYIFRGSKAGVRERADQVIFGGSVRQNIRSFGFSLAGGVDMDSNLYTDLVVGAAHSNQAVLLRARPVVNLEAEVTFVTDAGKIDMGSKECVISTGES-VSCVPIKTCLRYSGVGVEKKMAVSVKLELDTKKQLSSRMFFLSREDESEWTQDFILTKEVPFCKSYDVYLIPN-IRDKLTALEAQLN------CQLPGSSEMLSPVLGLSSLS 1055

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815306|gb|GAXK01139262.1| (TSA: Calanus finmarchicus comp195953_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 252.292 bits (643), Expect = 2.840e-74
Identity = 143/346 (41.33%), Postives = 221/346 (63.87%), Query Frame = 0

Query:    1 MPRGANLTGKVI-LYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEIL-PVLSL 343
            MPRG+NLTGKVI L    M  L+NLTG+Q+GAYFG++VA  D +GDG DD+ IGAPM T++ +  G++E GRIY+VYQNKE++F +W    G   K RFG S+A  G++D DG        Y D  VG+PY G +  G +YI+ GS  G++ +  QVI+   +  +I++FG+S++GG D+D N Y D++VGA  S+QAV L++ PV++L +++ F+    +I++  ++C + +G++ V C+ ++  L Y G+G+  ++ + +   LD KK  S RMFFL  E +SE  Q   + K   + K++ VYL+P+ + DKLT+L+  +         + G  E+L PVL L
Sbjct:  113 MPRGSNLTGKVIFLTGTTMEQLHNLTGNQVGAYFGHAVAVSDVNGDGLDDVIIGAPMHTDFSLTDGRYETGRIYVVYQNKEHKFRRWHIRDGKQSKERFGFSLANLGDIDKDG--------YGDFAVGAPYSGPEGEGTVYIFRGSKAGVRERADQVIFGGSVRQNIRSFGFSLAGGVDMDSNLYTDLVVGAAHSNQAVLLRARPVVNLEAEVTFVTDAGKIDMGSKECVISTGES-VSCVPIKTCLRYSGVGVEKKMAVSVKLELDTKKQLSSRMFFLSREDESEWTQDFILTKEVPFCKSYDVYLIPN-IRDKLTALEAQLN------CQLPGSSEMLSPVLGL 1102

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815308|gb|GAXK01139260.1| (TSA: Calanus finmarchicus comp195953_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 251.521 bits (641), Expect = 3.083e-71
Identity = 144/350 (41.14%), Postives = 222/350 (63.43%), Query Frame = 0

Query:    1 MPRGANLTGKVI-LYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEIL-PVLSLDDRS 347
            MPRG+NLTGKVI L    M  L+NLTG+Q+GAYFG++VA  D +GDG DD+ IGAPM T++ +  G++E GRIY+VYQNKE++F +W    G   K RFG S+A  G++D DG        Y D  VG+PY G +  G +YI+ GS  G++ +  QVI+   +  +I++FG+S++GG D+D N Y D++VGA  S+QAV L++ PV++L +++ F+    +I++  ++C + +G++ V C+ ++  L Y G+G+  ++ + +   LD KK  S RMFFL  E +SE  Q   + K   + K++ VYL+P+ + DKLT+L+  +         + G  E+L PVL L   S
Sbjct:  926 MPRGSNLTGKVIFLTGTTMEQLHNLTGNQVGAYFGHAVAVSDVNGDGLDDVIIGAPMHTDFSLTDGRYETGRIYVVYQNKEHKFRRWHIRDGKQSKERFGFSLANLGDIDKDG--------YGDFAVGAPYSGPEGEGTVYIFRGSKAGVRERADQVIFGGSVRQNIRSFGFSLAGGVDMDSNLYTDLVVGAAHSNQAVLLRARPVVNLEAEVTFVTDAGKIDMGSKECVISTGES-VSCVPIKTCLRYSGVGVEKKMAVSVKLELDTKKQLSSRMFFLSREDESEWTQDFILTKEVPFCKSYDVYLIPN-IRDKLTALEAQLN------CQLPGSSEMLSPVLGLSSLS 1927

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592934898|gb|GAXK01023655.1| (TSA: Calanus finmarchicus comp115737_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 160.229 bits (404), Expect = 2.569e-39
Identity = 177/658 (26.90%), Postives = 309/658 (46.96%), Query Frame = 0

Query:    2 PRGANLTGKVILYDVNMTNLNN----LTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVMGKFEVGRIYIVYQNKENRF---VKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNS-IKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVE--IQLSYHGIGIPNRI-RMELYYILDAKKDRSKRMFFLENEGQ--SEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYV--MDELSNVEGKE----EILPVLSLDDRSVTDSISIKKNCGVDNECIPNL----SVFAS-----SSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPL---PSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIED--EIGEEIYHVYDVNNKGPSTVNEADIYIMWP-SFTDNSKHSLYLLGIEYDTNRVQCEPIDN----INPLYIKTIGSRNYSRVKSSLMNYQ 621
            PR AN TG+V+++    + L      L+GD   + FGY++ + D D DG  D+ +GAP +       K + G     Y+N EN     V    + G + ++RFG +++ AG+++ DG        Y+DL+VG+PYD   N GA+++Y GS DGI+ + SQVI A DI    + TFG+S+SGG D+D N + DVLVGAY S   V L++ PVI + +   F  K  +IN  +  C +      V C +VE   Q+      I   I + ++   +     +  R+ F  + G+      + +Q+ K  +      +  L     D  + +   I+Y   +DE   V+G         P+L+ ++ S    I   K+CG D+EC   L     +F+      S +   +G + ++ ++  I NLG+ AY A++ L+  +  +++      D    +LC   +   + S++C +GNP      + Q KL  ++ P           K   F  ++ +++      M  +++  +++    + + + G+ +PE + Y   G +  +  I D  EIG  + H + V N GP   +  +++I WP      ++   +LL   Y T+ ++  P       INP  I  +G R    + +S  + Q
Sbjct:  907 PR-ANGTGQVVVFVKCHSELLKVQMVLSGDNFASQFGYTLTTADVDNDGFSDLFVGAPFYY------KDQAGGAVYYYKNSENGLDPSVMPVILKGRSPESRFGFALSSAGDVNNDG--------YEDLVVGAPYD---NNGAVFLYQGSADGIRTKPSQVIRAQDIPGPRLSTFGYSLSGGMDMDLNNHSDVLVGAYQSDSVVILRARPVIDIIT--WFGNKTVRINPSKLGCDMDPTSEEV-CFEVESCFQIRNFPTNIETTIVKYKIVAEIFGGGKKISRVRFTSSNGELAHSNEKIVQVRKNNLDGCFKELVYLKQGTADIRSPIKFLIEYSLGLDE-PTVQGGRIPNINQFPILNRNEASKELEIPFHKDCGDDDECQSELRAEVKLFSDDLTELSGNILELGENREILVNVTISNLGDPAYFAWMNLNFSRIFSFV---GRSDDVTDILC---DLQEDVSIRCNLGNPFLKRTETIQFKLVPLYSP--------SVPKDVMFTTNITTTSDNIIPTMTTSKQFQVVR---RSEVSIRGSVRPESILYG--GHVVGESAIRDIAEIGSRVLHTFHVVNDGPWQADNVNVHIDWPYQVESGAQQGKWLL---YLTDAIEISPPGVGKCFINPRNINFLGLRQKKELVASTHSSQ 2748

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592860843|gb|GAXK01096719.1| (TSA: Calanus finmarchicus comp54921_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 148.288 bits (373), Expect = 1.407e-35
Identity = 175/656 (26.68%), Postives = 292/656 (44.51%), Query Frame = 0

Query:    3 RGANLTGKVILYD-------VNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVMGKFEVGRIYIVYQNK-----ENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGI----------KLQ--YSQVIYAND--------ISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRV-----PCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFL-----ENEGQSEKRQTIQIIK-GQIWKKTFTVYLLPSRLHDKLTSLDLNIKY-VMDELSNVEGKEEI-------LPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFA-----------SSSDTYTIG----SDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQ-----VKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIED--EIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHS----LYLLG 581
            RG + TG++  Y+       + + +   L+G   GA +G+S+A+ D +GDG DD+ + AP   N         G +Y+ Y N+     ++R+++   I G   + +FGL++  AG+++ DG        + D  VG+PY+G    G +Y++LG ++G+          K +   SQ+I A D        + +++ TFG S+SGG DLDDN YPD+L+GAY+++  + L+S P+I + + L   + Q  I+  +  C L    +        C  +E + +  G+ I  RI      + + KK  S+    L     + E +S K   + +I+ G     T  V  +     D  TS+   + Y ++ E   V     I        P+L       T     +KNCG D  C   L+V             S    Y +     S  +L +   ++NLGE AY A L ++    ++Y+      +       + PN  N   L  ++GNP   +S+      K+ + F P        ++L  +DF      +N      +D++     + +K  A L +SG   PE+V Y   G +  +  ++D  EIG  + H Y V N GPS V+   + I WP   +N K      LYL G
Sbjct: 1466 RGESGTGEIYFYEPDLLSDKLQIDDGRTLSGGTFGAGYGFSLATLDANGDGLDDLLVSAPFSDN-----SGRGGTVYL-YLNRAQSLQQDRYIE---IRGSGPEGQFGLALTRAGDINKDG--------FDDFAVGAPYEGA---GVVYLFLGGFEGVSGLKQGHGWLKAEDLASQLIRAGDFLAPGHIPVPSNLATFGSSLSGGMDLDDNDYPDLLIGAYNANTVLLLRSRPIISVTTHLEDSMLQS-IDPGQAGCELDPESSHACFHFKACFRIESEETKLGMKIKFRI------VAEPKKAVSRVWLRLADIPADQETRSSKVDHMLLIQEGGKQDCTTIVGYVSDSQTDLQTSVQFALSYSLVQEEPKVSYNRGIPLPSVERFPILDQQQARRTFYAKFQKNCGSDEICQAQLTVSPRLFDKERELGRSPQGAYELELGTLSGNELILDIDVQNLGEAAYEATLDIAFSTSLSYVGLGVGSE------VNAPNLVNTSYLSIDLGNPFKGASEKNVNKAKIRLRFSP---ASVINQTLIKFDFF-----ANTTSELVVDSSTYLHCVVVKR-AELLISGRGSPEKVFYG--GDVRGESAMKDVSEIGPLVDHRYLVKNYGPSMVDVLTVKISWPFQVENQKPQGKWLLYLTG 3301

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815307|gb|GAXK01139261.1| (TSA: Calanus finmarchicus comp195953_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 124.79 bits (312), Expect = 1.031e-28
Identity = 71/209 (33.97%), Postives = 114/209 (54.55%), Query Frame = 0

Query:  410 KGVNYIRTKTSED--------SSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGL-IPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRN 609
            + +NYI+T+  E+        S+  VLCSPP   N   LKCE+GNP+ ++S+V   I+ QP        E +  ++  L+VNSSNP+ S    +N  +  + ++V  +L++ G   P  V+YN +   + N+ + E +IG E+ H+Y V N+GPS + EA++YI+WPSF       LYL          +C+ + ++N   IK    RN
Sbjct:    1 ESINYIKTELKEEISEGGVSGSTPPVLCSPPTLRNEHVLKCEMGNPMAANSKVSFRILLQPTVNFL---EDVSSFEMSLAVNSSNPDSSETAADNHVQFSLPVRVKTDLRIRGLPVPTLVTYNKTSYELENEILEEADIGPEVTHIYQVENRGPSDIEEAEVYILWPSFRQTDDPLLYLTAQPQIEGPGRCQYVSDVNTHNIKIDRFRN 618

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815291|gb|GAXK01139277.1| (TSA: Calanus finmarchicus comp195953_c1_seq10 transcribed RNA sequence)

HSP 1 Score: 118.627 bits (296), Expect = 1.113e-28
Identity = 66/188 (35.11%), Postives = 104/188 (55.32%), Query Frame = 0

Query:  423 SSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGL-IPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRN 609
            S+  VLCSPP   N   LKCE+GNP+ ++S+V   I+ QP        E +  ++  L+VNSSNP+ S    +N  +  + ++V  +L++ G   P  V+YN +   + N+ + E +IG E+ H+Y V N+GPS + EA++YI+WPSF       LYL          +C+ + ++N   IK    RN
Sbjct:   79 STPPVLCSPPTLRNEHVLKCEMGNPMAANSKVSFRILLQPTVNFL---EDVSSFEMSLAVNSSNPDSSETAADNHVQFSLPVRVKTDLRIRGLPVPTLVTYNKTSYELENEILEEADIGPEVTHIYQVENRGPSDIEEAEVYILWPSFRQTDDPLLYLTAQPQIEGPGRCQYVSDVNTHNIKIDRFRN 633

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Match: gi|592815289|gb|GAXK01139279.1| (TSA: Calanus finmarchicus comp195953_c1_seq12 transcribed RNA sequence)

HSP 1 Score: 102.449 bits (254), Expect = 7.550e-24
Identity = 63/113 (55.75%), Postives = 83/113 (73.45%), Query Frame = 0

Query:    1 MPRGANLTGKVI-LYDVNMTNLNNLTGDQIGAYFGYSVASXXXXXXXXXXXXXXXPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDG 111
            MPRG+NLTGKVI L    M  L+NLTG+Q+GAYFG++VA  D +GDG DD+ IGAPM T++ +  G++E GRIY+VYQNKE++F +W    G   K RFG S+A  G++D DG
Sbjct:    6 MPRGSNLTGKVIFLTGTTMEQLHNLTGNQVGAYFGHAVAVSDVNGDGLDDVIIGAPMHTDFSLTDGRYETGRIYVVYQNKEHKFRRWHIRDGKQSKERFGFSLANLGDIDKDG 344

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000008119 (pep:novel supercontig:LSalAtl2s:LSalAtl2s483:228516:360458:1 gene:EMLSAG00000008119 transcript:EMLSAT00000008119 description:"maker-LSalAtl2s483-snap-gene-3.16")

HSP 1 Score: 1659.43 bits (4296), Expect = 0.000e+0
Identity = 817/817 (100.00%), Postives = 817/817 (100.00%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRNYSRVKSSLMNYQXDVFEWWMRKPLTSEIQTNIMIDNLKEGLSMHKVEANINRLNNSDFKYFRISSNSQSSDTNKNKHSSNHLSEHQNKDVVLNNSIEEKKVQIINKSDENNAIDHSFNDWRRLDNGSYIRIFHRLESPINSPNVNSDKNLEPKNLTLNFPQNNIYIYPRNSSYDNETLSYNKGLNNNFDSLKLNDXYPNTDQKIEYRL 817
            MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRNYSRVKSSLMNYQXDVFEWWMRKPLTSEIQTNIMIDNLKEGLSMHKVEANINRLNNSDFKYFRISSNSQSSDTNKNKHSSNHLSEHQNKDVVLNNSIEEKKVQIINKSDENNAIDHSFNDWRRLDNGSYIRIFHRLESPINSPNVNSDKNLEPKNLTLNFPQNNIYIYPRNSSYDNETLSYNKGLNNNFDSLKLNDXYPNTDQKIEYRL
Sbjct:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRNYSRVKSSLMNYQXDVFEWWMRKPLTSEIQTNIMIDNLKEGLSMHKVEANINRLNNSDFKYFRISSNSQSSDTNKNKHSSNHLSEHQNKDVVLNNSIEEKKVQIINKSDENNAIDHSFNDWRRLDNGSYIRIFHRLESPINSPNVNSDKNLEPKNLTLNFPQNNIYIYPRNSSYDNETLSYNKGLNNNFDSLKLNDXYPNTDQKIEYRL 817

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000008437 (pep:novel supercontig:LSalAtl2s:LSalAtl2s517:12977:19614:1 gene:EMLSAG00000008437 transcript:EMLSAT00000008437 description:"maker-LSalAtl2s517-augustus-gene-0.4")

HSP 1 Score: 193.356 bits (490), Expect = 7.440e-53
Identity = 124/379 (32.72%), Postives = 205/379 (54.09%), Query Frame = 0

Query:  263 ILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVE--GKEEILPVLSLDD--RSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNY-----IRTKTSEDSSI------SVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSG-----------LIPNKYMIED----EIGEEIYHVYDVNNKGPSTVNEADIYIMWPSF-TDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRN 609
            +LD +K  + RM+FL NE    +++ +++ +         +YLLP  + DKL+ +D ++   + +  + E  G   + P+L   D  + VTD I I+K+CG+DN C+PNL + F  S++ Y +GS+E+ E+   I N GE AY    YL +P  V Y     I  +  ++ SI       +LCSPP+  NN  LKC++GNP+ + S++   I+ +P+     ++  +   +F + VNSSNPE    +++N + I + + +   LK+ G S PE + +N+S             + NK  +E+    ++G E+ HVY V NKGPS +  A+++I+WPSF T   +  LYL         V+C  +D++NP  IK    RN
Sbjct:    1 MLDYRKKNNYRMYFLNNEHSRSQKKIMKLKRNMSVCSRSLIYLLPEVV-DKLSPIDASMTCEIYQKFSKEYYGNNTLQPILDPRDIKKKVTDRIFIQKDCGIDNICVPNLGIIFNKSTENYLVGSEERFELDITIFNHGEAAYETTFYLHIPNKVYYKKMRMINIQNEKNISIIKHGTPKILCSPPSQKNNFYLKCDLGNPMTTLSKISFKIVLKPV----FDQRKISSLNFEMLVNSSNPESDNTLEDNIRNISVPVIIKTELKIRGRSDPEPLEFNISAYDSYLRDFKENALINKEFVENFNENDVGPEVTHVYQVENKGPSDILGAEVFILWPSFRTYEDEPLLYLTTQPQIRGNVKCNYVDDVNPYGIKINEQRN 374

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000010982 (pep:novel supercontig:LSalAtl2s:LSalAtl2s73:186903:216564:-1 gene:EMLSAG00000010982 transcript:EMLSAT00000010982 description:"maker-LSalAtl2s73-snap-gene-2.5")

HSP 1 Score: 146.362 bits (368), Expect = 3.514e-36
Identity = 161/612 (26.31%), Postives = 284/612 (46.41%), Query Frame = 0

Query:    2 PRGANLTGKVILY----DVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKEN--RFVKWSSIVGHNHKA----RFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIK----LQYSQVIYANDISN--SIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQI---NLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAK----KDRSKRMFFLENEG----QSEKRQTIQ--IIKGQIWKKTFTVYLLPSRLHDK-LTSLDLNIKYVMDELSNVEGKEEIL---------PVLSLDDRSVTDSISIKKNCGVDNECIPNLSVF-----ASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSV-PKGVNYI-RTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWP 567
            PR  + +GKV ++    D  M     LTGD   + FGYS+++ D +GDG  ++ +GAP ++          G +YI Y+N  N   F     ++  N ++    RFG +VA  G+L+ DG  KN      DLLVG+PYDG    G +++Y+G+ D  +    ++  Q+I +  + +   I+TFG+S+SGG D+D N + D++VGAY+S   V ++S PVI +   + +  K+ ++    L+  +  L S +    C  +E          PN     + Y LDA+      R  R+ F +       QSEK   ++   + G  ++   T YL    L  +      L +K   DE     G+   +         P+L+  +      I  +K+CG D+ C   LS       A+      +   +++  S  I+N GE AY A + + + P   N++ R+ +++D +   L        ++ + C++GNP  ++     N++F+ I +  T    L +++   +  S +  +S         + ++I   A + +  +  P ++ Y  S L  +      ++G ++ H + V N+GP  V E DI I WP
Sbjct:  215 PRDGS-SGKVFIFVKCNDKLMHVQRVLTGDGFASSFGYSLSTVDLNGDGYFELIVGAPFYSG--------TGAVYI-YKNTANGIEFDAQRRVLLPNKRSPRESRFGFAVADGGDLNNDG--KN------DLLVGAPYDGN---GKVFVYMGNNDDEEGEEIVRLGQIIESESLPHVEPIRTFGYSLSGGVDIDMNNHSDIVVGAYESDIXVIIRSRPVIDI---ITWFGKRPRVIDPTLKGCESDLMSDEV---CFGIESCFLIKNFP-PNIETTHIKYTLDAEIFPGGRRVSRVRFGDKRSNSSYQSEKIIAVERDSLTGCFYE---TAYLREGTLDIRNPIKFLLTLKLQQDEPRLGRGRRGFIPPPPNINQFPILNAQEAQKHLDIPFQKSCGDDDLCHSQLSATILVDGANDVGVLEVRDRKEVAFSVQIRNDGEPAYXATVLIEIDPHSFNFVGRSDSNKDINCEYL-------RSQKIVCDLGNPYGANRTD--NLLFRVIPK-KTIGSRLVYFNTTTNTTSEDIAQS-----RISNLRLQIAKRAEVSIRSSVHPNEIWYGGSVLGESAMKFISDVGTKVTHTFQVFNEGPWHVQELDIVIDWP 780

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000002521 (pep:novel supercontig:LSalAtl2s:LSalAtl2s149:627989:631306:-1 gene:EMLSAG00000002521 transcript:EMLSAT00000002521 description:"maker-LSalAtl2s149-augustus-gene-6.18")

HSP 1 Score: 95.9005 bits (237), Expect = 1.593e-20
Identity = 71/222 (31.98%), Postives = 116/222 (52.25%), Query Frame = 0

Query:    2 PRGANLTGKVIL----YDVNMTNLNN-------LTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNK---ENRFVKWSSIVGHNHKARFGLSVACAGNL-DLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDIS-NSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHL 207
            P+   L G+V +    +DV  + + +       L G+QIG+ FG +V + D DG+   DI +GAP++++      ++ G++YI   +     + F K +SIV   +    G   A  GNL D+DG       G+QD +VG+P++ K+  GA+Y+Y G+ D     +SQ I    ++  ++  FG S S   D+D N  PD +VGA  S  AV L++  V  +
Sbjct:  265 PKANKLKGRVYICKSCFDVTTSRIKDIDRAKLILEGEQIGSRFGQAVIAIDLDGNSYHDIVVGAPLYSHDE--NNYDSGQVYIYRTDGSFLSHHFEKMTSIVLQRNIVSNGQFGATLGNLGDIDG------DGFQDFVVGAPFE-KEGEGAVYLYRGNPDFQIKDFSQKITPTSLNLLTMAGFGXSFSNTADVDGNGTPDFVVGAIHSDLAVLLRTKKVARI 477

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000010525 (pep:novel supercontig:LSalAtl2s:LSalAtl2s69:229443:233539:1 gene:EMLSAG00000010525 transcript:EMLSAT00000010525 description:"maker-LSalAtl2s69-augustus-gene-2.22")

HSP 1 Score: 78.5666 bits (192), Expect = 3.252e-15
Identity = 50/145 (34.48%), Postives = 79/145 (54.48%), Query Frame = 0

Query:   65 KFEVGRIYI-VYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLG-SYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGA----YDSSQAVYLKSSP 203
            +++VGR+ I  +  + NRF++ +S+ G   + RFG S+  AG+L+ D        G +DL+VGSPY+  + RGA+ +YLG S   I   + Q I AN +   +  FG S +   D+DDN   D+ VG+     +    V L+  P
Sbjct:    4 QYDVGRVSIFTFDEQYNRFIRVASVSGEVSRGRFGSSLLNAGDLNGD--------GNEDLIVGSPYE-DEGRGAIRLYLGNSKRIINRDFVQTIKANSMDRKLFGFGISFAKALDIDDNSVRDIAVGSNGKRGEGGSVVILRGRP 139

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Match: EMLSAP00000011881 (pep:novel supercontig:LSalAtl2s:LSalAtl2s836:335708:339031:-1 gene:EMLSAG00000011881 transcript:EMLSAT00000011881 description:"snap_masked-LSalAtl2s836-processed-gene-2.16")

HSP 1 Score: 71.2478 bits (173), Expect = 8.424e-13
Identity = 152/631 (24.09%), Postives = 255/631 (40.41%), Query Frame = 0

Query:    5 ANLTGKVILY-DVNMTNLN-----NLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQY---------SQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFL----VKQKQINLEERKCSLRSGKTRVPCIDV--EIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKR-QTIQ---IIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY--VMDE-LSNVEGKEEIL---PVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSD----------------TYTIGSDEK--LEISTHIKNLGEDAYNAYLYLSVP-KGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSS---SQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP------NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSK 574
            A  TG V  +   N+ N        L G+  G  FG+++ + D +GD N D+ +GAP          FE G IYI Y ++  R            + R       AG+L+ DG        + D  VG+PY+  D  GA+YI+ G   G++ +          S V+ A ++++ I T       G D   +  P   +  +  S      S P+I + + ++      V       EE   S  S  +   C  V  E +  +   G     R+ L ++++ + ++   +    L N    E R +TI    II+G     T  +  +     D  T +  ++ Y  + DE L +  G    +   P+L+ D    T   +  K+CG D+ C   + +     D                T  +GS +   L +  H+ N GE AY +  ++  P + V+Y+    S+DS ++     P   N   L    GNP  ++   ++VKL    Q       E++ ++FY   L+ N+S    S  + +    + + I   A +K+ G   P  V Y   G  P      +  +   +IG ++ H Y V N GPSTV+   + + WP   +N K
Sbjct:  228 AGKTGSVFFFLKSNLPNFEMDSELTLHGEVFGEGFGHALVTLDINGDTNADLLVGAPF---------FEEGSIYI-YPSRYTR---------SKRRKR-------AGDLNRDG--------FDDFAVGAPYE-SDVGGAVYIFFGGSLGLRSRAGFDSSNKISSIVLKATEVASQIIT-------GKDFS-SLIPSRRLETFGGSL-----SRPIIDIETSVDGKSLEGVDPGASGCEEHPDSEESCFSFKTCFKVLHEDKTLFEEDG-----RLNLNFVIEVEPEKPIPRISLRLANRDSYENRSRTIADTIIIEGDENHCTKIIGYVGGLHADIQTPVPFSMSYSIIQDEPLYDPNGPLPFINNYPILNQDQAKKTFQATFDKDCGEDDICKSAIVISPFLRDKSGLELNKAPTKNGYYTIELGSLKSNVLILDVHLNNTGEAAYESTFHVLFPHEAVSYV--GLSDDSDLNA----PILKNASWLLFNSGNPFKNTENGTRVKLRFQLQD----SIEDKIIQFY---LNTNTS----SIQIVDPSTFVNLVIVTRAEVKIVGGGSPSVVYYG--GKRPVDIKGESALLSTTQIGPQVSHKYQVMNGGPSTVSVVTVQVDWPIQVENGK 786

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|12644121|sp|P12080.2|ITA2_DROME (RecName: Full=Integrin alpha-PS2; AltName: Full=Position-specific antigen subunit alpha-2; AltName: Full=Protein inflated; Contains: RecName: Full=Integrin alpha-PS2 heavy chain; Contains: RecName: Full=Integrin alpha-PS2 light chain; Flags: Precursor)

HSP 1 Score: 357.836 bits (917), Expect = 1.154e-105
Identity = 229/638 (35.89%), Postives = 356/638 (55.80%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNY-RVMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI---KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY------VMDELSNVEGKEEILPVLSLDDRSVT--DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR-TKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPI--DNINPLYIKTIGSRNYSRVKSSLMN 619
            MPRG NL G++++   NM N+ N+TG QIG YFGYS+A+ D DGDG DD+ IGAPM+T+   V GK++VGR+YI+ Q       +W++     G++ K RFGL++   G+++ DG        Y D  VG+PYDG + RG +YI+ GS  G   + SQ+I +  +       +TFG+++SGG D+D N YPD+ VGAY S Q    KS PV  +N++ +F    K I+L++R C L     +VPC+ +    SY G  +P ++  ++ ++LDAKK  + RMFFL +EG++ + QTI++  GQ +    TVYLL  ++ DKLT L++  +Y       +D +  V  +  IL  +   +R +   D+I+I+KNCG DN C P+L +  S+ D Y  GS E L I   I N  EDA+ A  Y+  P  + + +  +  E     + CSPP  +NN +LKC+IGNPL S       I   P +E +    S   YDF    NS+N E+  +  +N+ +  + I V  +L + GTS P+   Y             ED+IG ++ H+Y++ N  PS + EA+++I  P  T      +YLL       ++QC+ +  +  N L  + +  ++Y + + ++ N
Sbjct:  300 MPRGGNLVGRIVVNRWNMANIFNITGRQIGEYFGYSLATSDVDGDGLDDLLIGAPMYTDPDNVEGKYDVGRVYILLQGGPTEEKRWTTEHIRDGYHSKGRFGLALTTLGDVNGDG--------YGDFAVGAPYDGPEGRGVVYIFHGSPMGPLAKPSQIIKSEQLVEGAPYPRTFGFALSGGLDMDGNTYPDLAVGAYSSDQVFIFKSRPVAAVNAETSFASNSKLISLDDRSCQLVRDHKKVPCMLLTTCWSYTGRYLPEQLDFDVSWLLDAKKLLNPRMFFLRDEGKNIRNQTIRLNYGQKYCLNETVYLL-DKVQDKLTPLEVEARYNLRSSRPLDPM--VRHRRSILEPVIDQNREIVLRDAINIQKNCGPDNICEPDLKLKVSTVDKYLFGSPEPLVIEVFISNTNEDAFEAAFYMVTPPDLQFRKLQQLGEKKDTPITCSPPTPENNHTLKCDIGNPLESGKIAHFKISLVP-EEKYGSSSS---YDFYWEANSTNLEKPGSEYDNKIRQSVGIWVDTDLDIKGTSLPDYQLYKADDYKELENATKEDDIGPQVVHIYEIRNNRPSIIEEAEVFIHLPYETIVGDPLMYLLNQPETGGKIQCDDVAFNEYNLLLDEKLVKKSYLQAQGAIWN 922

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|226739702|sp|A8X3A7.2|PAT2_CAEBR (RecName: Full=Integrin alpha pat-2; AltName: Full=Paralyzed arrest at two-fold protein 2; Flags: Precursor)

HSP 1 Score: 293.893 bits (751), Expect = 1.255e-83
Identity = 190/647 (29.37%), Postives = 332/647 (51.31%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGD---QIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG---------KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISN-SIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRSKRMFFLENEGQSEK-----------------RQTIQIIKGQIWKKTFT-VYLLPSRLHDKLTSL--DLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFA-SSSDTYTIGS-DEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSP----PNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEY----DTNRVQCEPIDNINPLYIK 603
            +PRG +L GK++LY   +  + NLT +   Q G Y G ++A  D + DG DDI +G P +T+Y  +          +++VG++ +  Q     F K  ++VG +   RFG S+A AG+L+LDG        Y D++VG+PY GK+ +GA+Y+  GS DG++ + +Q I A+ I + + + FG++++GG D+D N  PD+ VGA+ S  A  L + PV+ +        +   IN+EE+ C +     +  C  +     Y G G  PN +  +L + LD       R +FL+ + +S++                  Q +++ KG+  +K F   +   S + DKL+ +   +N  YV  +   + G +    + +    S  + I+I  NCG D+ C+P+L V A +  + + +G+ D  + I+  ++N GED+Y   LY  VP+G  Y   ++      +  CSP    P++D   +  C++GNPLP++  V   +         +++  L        VNSSN EE+  + +N+    I +     L L+G S PEQV ++++    +    ++EIG  + H+Y ++N+GPS ++ A + I WPSF+    H LY++        +  R + + + N+NPL ++
Sbjct:  270 VPRGNDLHGKLVLYTSKLKMMINLTDEVSTQHGQYCGGALAVADVNKDGRDDIIMGCPFYTDYGSVKDAKTQERKPQYDVGKVIVFLQTAPGVFGKQLAVVGDDQWGRFGHSLAAAGDLNLDG--------YNDVIVGAPYAGKNKQGAVYVIHGSKDGVREKPTQKIEASQIGHGTARAFGFAVAGGVDVDGNGMPDIAVGAWKSGNAAVLLTKPVVTVTGATE--PESALINVEEKNCDVDGKLGKQACRHINTCFKYEGKGDTPNDLEFDLRFNLDDHSPEP-RAYFLQKDVKSDRSIKVASGSKTRDHPSSIEQRVRLEKGR--QKCFRHRFFASSTMKDKLSPIHWSVNYTYVESKSGKLRGDKLEPAIDTTVPLSFQNKINIANNCGKDDLCVPDLKVTAVADREKFLLGTQDNTMLINVTVQNGGEDSYETKLYFDVPQGFEYGGIESVGADGSAPACSPTSDEPDSDGKWTFACDLGNPLPANKVVSSVVRVT----ASSDKPPLAPISINAHVNSSNDEEAHTIADNKVTFTIPVDFKNQLSLNGRSNPEQVDFSMTNKTRSDVFDDNEIGPVVSHLYQISNRGPSEIDAATLDIFWPSFSTEGGHLLYIITEPVVNPPNKGRCRVKQLQNVNPLNLR 899

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|465903|sp|P34446.1|PAT2_CAEEL (RecName: Full=Integrin alpha pat-2; AltName: Full=Paralyzed arrest at two-fold protein 2; Flags: Precursor)

HSP 1 Score: 293.123 bits (749), Expect = 2.864e-83
Identity = 194/649 (29.89%), Postives = 332/649 (51.16%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGD---QIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG---------KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNS-IKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRSKRMFFLENEGQSEK-----------------RQTIQIIKGQIWKKTFT-VYLLPSRLHDKLTSL--DLNIKYVMDELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFA-SSSDTYTIGS-DEKLEISTHIKNLGEDAYNAYLYLSVPKGVNY--IRTKTSEDSSISVLCSP----PNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEY----DTNRVQCEPIDNINPLYIK 603
            +PRG +L GK++LY   +  + NLT +   Q G Y G SVA  D + DG DDI +G P +T+Y  +          +++VG++ ++ Q     F K  ++VG +   RFG +VA AG+L+LDG        Y D++VG+PY GK+ +GA+Y+  GS DG++   +Q I   +I +  IK+FG+S++G  D+D N  PD+ VGA+ S  A  L + PV+ +        +   I++E++ C +     +  C  +     Y G G  PN +  +L + LD       R +FL+ + +S++                  Q +++ KG+  +K F   +   S + DKL+ +   +N  YV  +   + G +    + +    S  + I+I  NCG D+ C+P+L V A +  + + +G+ D  + I+  ++N GED+Y   LY  VP+G  Y  I +   + S  +  CSP    P++D   +  C++GNPLP++  V   +         +++  L        VNSSN EE+  + +N+    I +     L L+G S PEQV ++++         ++EIG  + H+Y ++N+GPS V+ A + I WPSF+    H LY++        +  R + + + N+NPL ++
Sbjct:  268 VPRGNDLHGKLVLYTSKLKMMINLTDEVSTQHGQYCGGSVAVADVNKDGRDDIIMGCPFYTDYGSVKDAKTQERKPQYDVGKVIVMLQTAPGVFGKQIAVVGDDQWGRFGHAVAAAGDLNLDG--------YNDVIVGAPYAGKNKQGAVYVIHGSKDGVRELPTQKIEGANIGHGNIKSFGFSLTGNEDVDGNGMPDIAVGAWKSGNAAVLLTKPVVTVTGQTE--PESALISVEDKNCDVDGKLGKQACKHINTCFKYEGKGDTPNDLEFDLRFNLD-DHSPEPRAYFLQKDVKSDRSIKVAQGSKTRDHPSSIEQRVRLEKGR--QKCFRHRFFASSTMKDKLSPIHWSVNYTYVESKTGKLRGDKLEPAIDTTVPLSFQNKINIANNCGKDDLCVPDLKVTAVADREKFLLGTQDNTMLINVTVQNGGEDSYETKLYFDVPQGFEYGGIESVGGDGSKSAPACSPTSDEPDSDGKWTFACDLGNPLPANKVVSSVVRVT----ASSDKPPLAPISINAHVNSSNDEEAHTVADNKVTFTIPVDFKNQLSLNGRSNPEQVDFSMTNKTRVDAFDDNEIGPVVSHLYQISNRGPSEVDSATLDIFWPSFSTEGGHLLYIITEPVVNPPNKGRCRVKQLQNVNPLNLR 899

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|341940847|sp|P43406.2|ITAV_MOUSE (RecName: Full=Integrin alpha-V; AltName: Full=Vitronectin receptor subunit alpha; AltName: CD_antigen=CD51; Contains: RecName: Full=Integrin alpha-V heavy chain; Contains: RecName: Full=Integrin alpha-V light chain; Flags: Precursor)

HSP 1 Score: 271.166 bits (692), Expect = 2.925e-76
Identity = 192/648 (29.63%), Postives = 323/648 (49.85%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-KYM----IEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTI----------GSRNYSRVKSSLMNYQXDV 624
            +PR A   G V +YD  NM++L+N TG+Q+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +AV  ++ PV+ +N+ L   V    +N + + C L     +V C +V   L   G G +P ++  ++  +LD  K +   +R  FL N      +       GQ+  +    YL   S   DKLT + + ++Y +D+ +  +    + P+L      +V+    I  +CG DN C P L V  +S      IG D  L ++   +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F      H + E      F L + SSN   SF+  +      + + V A +++ G S P+ +       IPN +Y      E+++G  + H+Y++ N GPS+ ++A + + WP +  N+   LY+L  + D   + C     INPL IKT           G RN+   K  L   + DV
Sbjct:  273 VPRAARTLGMVYIYDGKNMSSLHNFTGEQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRAVGDF-QTTKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDKKGLVYIFNGRSTGLNSVPSQILEGQWAAQSMPPSFGYSMKGATDVDRNGYPDLVVGAFGVDRAVLYRARPVVTVNAGLE--VYPSILNQDNKICPLPGTALKVSCFNVRFCLKADGKGTLPRKLHFQVELLLDKLKQKGAIRRALFLHNRSPVHSKTMTVFRGGQMQCEELVAYLRDESEFRDKLTPITIFMEYRLDQRTAADAT-GLQPILNQFTPANVSRQAHILLDCGEDNVCKPKLEVSVNSDQKKIYIGDDNPLTLTVKAQNQGEGAYEAELIVSIPPQADFIGVVRNNEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFSV----HQQSEMDTSVKFDLKIQSSN---SFDNVSPVVSYKVDLAVLAAVEIRGVSSPDHIFLP----IPNWEYKENPETEEDVGPIVQHIYELRNNGPSSFSKAILNLQWP-YKYNNNTLLYILHYDID-GPMNCTADTEINPLRIKTPEKNDTAAAGQGERNHLITKRDLTLREGDV 895

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|156630937|sp|A2ARA8.1|ITA8_MOUSE (RecName: Full=Integrin alpha-8; Contains: RecName: Full=Integrin alpha-8 heavy chain; Contains: RecName: Full=Integrin alpha-8 light chain; Flags: Precursor)

HSP 1 Score: 268.855 bits (686), Expect = 2.163e-75
Identity = 188/616 (30.52%), Postives = 312/616 (50.65%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG-KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLS-LDDRSVTDSISIKKNCGVDNECIPNLSVFASS-SDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKY-MIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGS 607
            +PRGA   G V I+   +MT + N TG+Q+ +YFGY+V   D + DG DDI +GAP++          EVG++Y+  Q     F     + G     RFG SVA  G+L+ D        GY D+ +G P+ GKD RG + IY G+  G+  + SQV+     S +I + FG+S+ G  D+D N YPD+LVGA+   +    ++ PV+ +++ L  L+    INLE + C +    T V C  V +  S  G  I N I +     LD  K +   KR  FL N         +   +  +  + F VYL   +   DKL+ +++++ Y +D+ S  +   E+ P+L+   D  VT+   I  +CG DN C+P+L + A        IG +  L +  + +N GE AY A L++ +P+  +Y+  + +      + C     +  R + C++GNP+ + +   L + F        E+ ++   +F L + SSN +   N D+N +++ I I   A +++ G S P Q+   +    P K    E+E+G  + H+Y+++N GPST++++ + + WP F+   +  LY+  ++     +QC+    INP  IK   S
Sbjct:  287 IPRGAQNFGYVSIINSTDMTFIQNFTGEQMASYFGYTVVVSDVNNDGMDDILVGAPLFMEREFESNPREVGQVYLYLQASALLFQDPQVLTGTETFGRFGSSVAHLGDLNQD--------GYNDIAIGVPFAGKDQRGKVLIYNGNPRGLHSKPSQVLQGIWGSQTIPSGFGFSLRGDADIDKNDYPDLLVGAFGKGKVAVYRARPVVTVDAQL--LLHPMIINLENKTCQIPEFPTPVACFSVRVCASIAGQSISNTIALLAEVQLDFLKQKGAIKRTLFLHNHQSHFTFPFVMKQQKSLHCQDFMVYLRDETEFRDKLSPINISLNYSLDD-STFKDSLEVKPILNHYRDNVVTEQAHILVDCGEDNLCVPDLKLSARPDKHQIIIGDENHLMLIINARNEGEGAYEAELFVIIPEEADYVGIERNNKGLRPLSCEYKMENVTRMVVCDLGNPMVTGTNFSLGLRFA---VPRLEKTNMSI-NFDLQIRSSNKD---NPDSNFERVQINITAIAQVEIRGVSHPPQIVLPIHNWEPEKKPHKEEEVGPLVEHIYELHNIGPSTISDSILDVGWP-FSARDEFLLYIFHLQ-TLGPLQCQTNPEINPQDIKPAAS 882

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|124056464|sp|P80746.3|ITAV_BOVIN (RecName: Full=Integrin alpha-V; AltName: Full=Vitronectin receptor subunit alpha; AltName: CD_antigen=CD51; Contains: RecName: Full=Integrin alpha-V heavy chain; Contains: RecName: Full=Integrin alpha-V light chain; Flags: Precursor)

HSP 1 Score: 266.929 bits (681), Expect = 8.646e-75
Identity = 207/712 (29.07%), Postives = 347/712 (48.74%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSN------PEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-KYM----IEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTN-RVQCEPIDNINPLYIKTIGSRNYSRVKSSLMNYQXDVFEWWMRKPLT-SEIQTNIMIDNLKEGLSMHKVEANINRLNNSDFKYFRISSNSQSSDTNKNKHSSNH 690
            +PR A   G V +YD  NM++L+N TG+Q+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F +   + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +AV  ++ PVI +N+ L   V    +N E + C L     +V C +V   L   G G +P ++  ++  +LD  K +   +R  FL N      +       GQ+  +    YL   S   DKLT + + ++Y +D  +  +    + P+L      +V+    I  +CG DN C P L V   S      IG D  L +    +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F      H + E      F L + SSN      P  S+ +D         + V A +++ G S P+ +       IPN KY      E+++G  + H+Y++ N GPS+ ++A +++ WP +  N+   LY+L  +YD +  + C     INPL IK   S + +  K+  +  Q D      ++ LT +E   + +   + E L   K+   + RL+        + S    ++T  NK + NH
Sbjct:  273 VPRAARTLGMVYIYDGKNMSSLHNFTGEQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQKASGDF-QTIKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDKKGIVYIFNGRPTGLNAVPSQILEGKWAARSMPPSFGYSMKGATDIDKNGYPDLIVGAFGVDRAVLYRARPVITVNAGLE--VYPSILNQENKTCPLPGTDLKVSCFNVRFCLKADGKGALPTKLDFQVELLLDKLKQKGAIRRALFLHNRSPGHSKNMTISRGGQMQCEELIAYLRDESEFRDKLTPITIFMEYWLDYRTAADAT-GLQPILNQFTPANVSRQAHILLDCGEDNVCKPKLEVSVDSDQKKIYIGDDNPLTLIVKAQNQGEGAYEAELIVSIPLQADFIGVVRNSEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFSV----HQQSEMDTSVKFDLQIQSSNLFDKVSPVVSYKVD---------LAVLAAVEIRGVSSPDHIFLP----IPNWKYKENPETEEDVGPVVQHIYELRNNGPSSFSKAMLHLQWP-YKYNNNTLLYIL--QYDIDGPMNCTSDMEINPLRIKI--SNSQTSEKNDTVGGQGDRNHLITKRDLTLNEGDVHTLGCGIAECL---KIVCQVGRLDRGKSAILYVRS-LLWTETFMNKENQNH 946

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|311033437|sp|P53708.3|ITA8_HUMAN (RecName: Full=Integrin alpha-8; Contains: RecName: Full=Integrin alpha-8 heavy chain; Contains: RecName: Full=Integrin alpha-8 light chain; Flags: Precursor)

HSP 1 Score: 263.848 bits (673), Expect = 1.219e-73
Identity = 189/618 (30.58%), Postives = 318/618 (51.46%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMG-KFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKT--FTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLS-LDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDE-KLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSG-LIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGS 607
            +PRGA   G V I+   +MT + N TG+Q+ +YFGY+V   D + DG DD+ +GAP++          EVG+IY+  Q     F     + G     RFG ++A  G+L+ D        GY D+ +G P+ GKD RG + IY G+ DG+  + SQV+     S+++ + FG+++ G +D+D N YPD++VGA+ + +    ++ PV+ +++ L  L+    INLE + C +    T   C  + +  S  G  I N I +     LD+ K +   KR  FL+N      R    +IK Q   +   F VYL   +   DKL+ +++++ Y +DE +  EG  E+ P+L+   +  V++   I  +CG DN C+P+L + A       I  DE  L +  + +N GE AY A L++ +P+  +Y+  + +      + C     +  R + C++GNP+ S +   L + F        E+ ++   +F L + SSN +   N D+N   + I I   A +++ G S P Q+   +       +   E+E+G  + H+Y+++N GPST+++  + + WP F+   +  LY+  I+     +QC+P  NINP  IK   S
Sbjct:  288 IPRGAQNFGYVSIINSTDMTFIQNFTGEQMASYFGYTVVVSDVNSDGLDDVLVGAPLFMEREFESNPREVGQIYLYLQVSSLLFRDPQILTGTETFGRFGSAMAHLGDLNQD--------GYNDIAIGVPFAGKDQRGKVLIYNGNKDGLNTKPSQVLQGVWASHAVPSGFGFTLRGDSDIDKNDYPDLIVGAFGTGKVAVYRARPVVTVDAQL--LLHPMIINLENKTCQVPDSMTSAACFSLRVCASVTGQSIANTIVLMAEVQLDSLKQKGAIKRTLFLDN--HQAHRVFPLVIKRQKSHQCQDFIVYLRDETEFRDKLSPINISLNYSLDESTFKEGL-EVKPILNYYRENIVSEQAHILVDCGEDNLCVPDLKLSARPDKHQVIIGDENHLMLIINARNEGEGAYEAELFVMIPEEADYVGIERNNKGFRPLSCEYKMENVTRMVVCDLGNPMVSGTNYSLGLRFA---VPRLEKTNMSI-NFDLQIRSSNKD---NPDSNFVSLQINITAVAQVEIRGVSHPPQIVLPIHNWEPEEEPHKEEEVGPLVEHIYELHNIGPSTISDTILEVGWP-FSARDEFLLYIFHIQ-TLGPLQCQPNPNINPQDIKPAAS 883

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|143811408|sp|P06756.2|ITAV_HUMAN (RecName: Full=Integrin alpha-V; AltName: Full=Vitronectin receptor subunit alpha; AltName: CD_antigen=CD51; Contains: RecName: Full=Integrin alpha-V heavy chain; Contains: RecName: Full=Integrin alpha-V light chain; Flags: Precursor)

HSP 1 Score: 260.381 bits (664), Expect = 1.812e-72
Identity = 182/617 (29.50%), Postives = 309/617 (50.08%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGI-PNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYT-IGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPN-----KYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            +PR A   G V +YD  NM++L N TG+Q+ AYFG+SVA+ D +GD   D+ IGAP++ +    GK  EVG++ +  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ + +PY G+D +G +YI+ G   G+    SQ++     + S+  +FG+S+ G  D+D N YPD++VGA+   +A+  ++ PVI +N+ L   V    +N + + CSL     +V C +V   L   G G+ P ++  ++  +LD  K +   +R  FL +   S  +       G +  +    YL   S   DKLT + + ++Y +D  +  +    + P+L      +++    I  +CG DN C P L V   S      IG D  L +    +N GE AY A L +S+P   ++I    + ++   + C+    +  R + C++GNP+ + +Q+   + F      H + E      F L + SSN  +  +   + K   + + V A +++ G S P+ V       IPN         E+++G  + H+Y++ N GPS+ ++A +++ WP +  N+   LY+L  + D   + C     INPL IK
Sbjct:  273 VPRAARTLGMVYIYDGKNMSSLYNFTGEQMAAYFGFSVAATDINGDDYADVFIGAPLFMDRGSDGKLQEVGQVSVSLQRASGDF-QTTKLNGFEVFARFGSAIAPLGDLDQD--------GFNDIAIAAPYGGEDKKGIVYIFNGRSTGLNAVPSQILEGQWAARSMPPSFGYSMKGATDIDKNGYPDLIVGAFGVDRAILYRARPVITVNAGLE--VYPSILNQDNKTCSLPGTALKVSCFNVRFCLKADGKGVLPRKLNFQVELLLDKLKQKGAIRRALFLYSRSPSHSKNMTISRGGLMQCEELIAYLRDESEFRDKLTPITIFMEYRLDYRTAAD-TTGLQPILNQFTPANISRQAHILLDCGEDNVCKPKLEVSVDSDQKKIYIGDDNPLTLIVKAQNQGEGAYEAELIVSIPLQADFIGVVRNNEALARLSCAFKTENQTRQVVCDLGNPMKAGTQLLAGLRFSV----HQQSEMDTSVKFDLQIQSSNLFDKVSPVVSHK---VDLAVLAAVEIRGVSSPDHVFLP----IPNWEHKENPETEEDVGPVVQHIYELRNNGPSSFSKAMLHLQWP-YKYNNNTLLYILHYDID-GPMNCTSDMEINPLRIK 864

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|124950|sp|P26009.1|ITA8_CHICK (RecName: Full=Integrin alpha-8; Contains: RecName: Full=Integrin alpha-8 heavy chain; Contains: RecName: Full=Integrin alpha-8 light chain; Flags: Precursor)

HSP 1 Score: 255.373 bits (651), Expect = 8.114e-71
Identity = 182/628 (28.98%), Postives = 315/628 (50.16%), Query Frame = 0

Query:    1 MPRGANLTGKV-ILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKT-FGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDR-SVTDSISIKKNCGVDNECIPNLSVFA-SSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSRNYSRVKSSLMN 619
            +PRGA   G V I+   ++T + N TG+Q+ +YFGY+VA  D + DG DDI +GAP++       K  EVG++Y+  Q     F     + G     RFG ++   G+L+ D        GY D+ VG+P+ G+D RG + IY G  +G+K   SQV+     S S+ + FG+++ G +D+D N YPD++VGA+ + +AV  ++ PV+ +N+ L  ++    +N + + C        V C  V +  ++ G  I + I ++    LD+ K +   KR  F +          +   + +++ + F VYL   +   DKL+ +++N+ Y +DE S+ +    + P+L+   R SVT+   I  +CG DN CIP+L + A    D   IG +  + +  + +N GE AY A L++ +P   +Y   + +  +   + C     +  R + C++GNP+ + +     I F      H E       +F L + SSN     N  +N   + I I   A +++ G S P Q+   L    P ++   E+EIG  + H+Y+++N GPS +N   +++ WP  +   +  LY+L I+     + C+    IN + I     ++   + + L N
Sbjct:  270 VPRGAQNFGYVSIINSSDLTFIQNFTGEQMASYFGYTVAVSDVNNDGLDDILVGAPLFMEREFESKPKEVGQVYLYLQESAFLFRDPQILTGTEVFGRFGSAITHLGDLNQD--------GYNDIAVGAPFAGEDRRGKVLIYNGYSNGLKTDPSQVLNGAWASQSMPSGFGFTLRGDSDVDKNDYPDLIVGAFGAGKAVVYRARPVVTVNALL--ILNPMIVNPDNKTCQPPGSPLFVACFTVRVCAAFEGQSISDEIVLKGELQLDSLKQKGAVKRTLFFDYHQSHHYFSIVMERQKKLYCQDFLVYLRDETEFRDKLSPININLNYSLDE-SHFKDSLLVKPILNYYQRPSVTEQAYILVDCGEDNLCIPDLHLSAVPDKDQLIIGEENCVMLIINPRNDGEGAYEAELHIKIPPEADYTGVERNNKALRVLSCDYKMENETRMVVCDLGNPMVAGANFSTGIRF---SVQHFENSDFSI-NFELQIKSSN---KINSTSNLVNLHINITAAAQVQVRGVSHPPQIILPLHNWEPKDEPTKEEEIGPLVEHIYELHNIGPSAINNTVLHVGWP-VSSGEEFLLYILHIQ-THGPLHCQTSSPINIMQINFAIPQDTPELAAFLYN 877

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BLAST of EMLSAG00000008119 vs. SwissProt
Match: gi|124958|sp|P26008.1|ITAV_CHICK (RecName: Full=Integrin alpha-V; AltName: Full=Vitronectin receptor subunit alpha; Contains: RecName: Full=Integrin alpha-V heavy chain; Contains: RecName: Full=Integrin alpha-V light chain; Flags: Precursor)

HSP 1 Score: 253.062 bits (645), Expect = 5.998e-70
Identity = 181/614 (29.48%), Postives = 307/614 (50.00%), Query Frame = 0

Query:    1 MPRGANLTGKVILYD-VNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKF-EVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI-KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIG-IPNRIRMELYYILDAKKDRS--KRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLL-PSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNK-YMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTN-RVQCEPIDNINPLYIK 603
            +PR A   G V +Y+  NM+++ N TG+Q+ AYFGYSVA+ D +GD   D+ IGAP++ +    GK  EVG++ I  Q     F + + + G    ARFG ++A  G+LD D        G+ D+ V +PY G+D RG +YIY G   G+    S+++     + ++  +FG+S+ G  D+D N YPD++VGA+    AV  ++ PVI +N+ L   V    +N E + CSL     +V C  V+  L   G G +PN +  ++  +LD  K +   +R  FL ++  S  +       G++  +    +L   S   DKLT + + ++Y +D  + V+    + P+L      +++    I  +CG DN C P L V   S      IG D  L +    +N GE AY A L++ VP   ++I    + ++   + C+    +  R + C++GNP+ + +++   + F      H + E      F L + SSN    F+  +      + + + A +++ G S P+ +   ++   P +    ED+IG  + H+Y++ N GPS  ++  + + WP      K+   L  ++YD +  + C     INPL IK
Sbjct:  261 VPRAARTLGMVSIYNGKNMSSMYNFTGEQMAAYFGYSVATTDINGDDYTDLFIGAPLFMDRGSDGKLQEVGQVSICLQRASGGF-QIAKLNGFEIFARFGSAIAPLGDLDQD--------GFNDIAVAAPYGGEDKRGLVYIYNGRATGLNAVPSRILEGQWAARTMPPSFGYSLKGATDVDKNGYPDLIVGAFGVDTAVLYRARPVIRVNAALE--VNPTILNPENKACSL--ADVKVSCFKVKFCLKADGKGKLPNSLNFQVELLLDKLKQKGAIRRALFLHSKQPSHSKNMTITKGGKMNCEELDAFLRDESEFRDKLTPITIFMEYRLDYKTAVDAT-GLHPILNQFIPANMSRQAHILLDCGEDNICKPKLEVSVRSDQKKIYIGDDNPLTLIVTAENQGEGAYEAELFVIVPPQADFIGVVRNNEALARLSCAFKTENQTRMVVCDLGNPMKAGTKLLAGLRFSV----HQQSEMDTSVKFDLQIRSSN---LFDNLSPVAFYQVDLAISAAVEIRGVSSPDHIFLPIANWQPKENPETEDDIGPLVQHIYELRNNGPSAFSKVMMTLQWPY---KYKNYTLLYIVQYDIDGPMNCTSDMEINPLKIK 850

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: EFX79732.1 (hypothetical protein DAPPUDRAFT_304328 [Daphnia pulex])

HSP 1 Score: 477.633 bits (1228), Expect = 1.577e-153
Identity = 255/625 (40.80%), Postives = 392/625 (62.72%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENR-FVKWSSIV--GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNS-DLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNV---------EGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSED--SSISVLCSPPNND--NNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMI---EDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            MPRGANLTGKV+L   N+TN+ N+TG Q+GAYFGY V   D + DG  D+ +GAP+++NY    GK+E+GR+++ YQ+   R   + S ++  G   KARFGL+V+  G+++LDG        + D+ VG+PYDG   +GA+YIY GS  GI+ + SQVIYA ++S+ + TFG+S++GG D+D N+YPDVLVGAYDS + VYL+S PV++LN+ D+N+ V+ KQI+LE + CSL  G T V C+ + +   Y G G+ NR  + +  ILD+K  ++ R+ FL  E +S   +T Q+ KGQ   +T+TVY+ P  + DKLT ++  ++Y + E+++            +  + PVL  +  S TD I I+KNCG DN C+P++ V + ++ D Y  GSD+KLEI   + N  EDA+ A +YL++P+ V ++R    +D     +VLCS P+ D      L+CEIGNPL +       I+ QP       + SL   DF+L VNS+NPE++  M +N  +I + I+V  +L + G S PE V +NLS  + +   +   E+++G ++ H+Y++ N+GPS + +AD+YI+WP+ T + K  LYL+   +      C+ ++  NPL +K
Sbjct:  240 MPRGANLTGKVVLLTSNLTNIVNITGQQLGAYFGYCVTVTDVNNDGLQDVIVGAPLYSNYANTEGKYEMGRVHVYYQSARLRQSFRRSDVLDGGEVSKARFGLAVSALGDINLDG--------FNDIAVGAPYDGPSEKGAVYIYHGSSKGIRTKASQVIYAEEVSSELSTFGFSLAGGMDVDGNEYPDVLVGAYDSDRIVYLRSRPVVYLNTVDINYDVESKQIDLENKNCSLFDG-TAVACVPLTLCFEYSGRGVNNREEVMVQLILDSKSPKNPRLHFLSEENKSSLNETYQLAKGQRACRTYTVYVRP-LIRDKLTPIESEVRYSLREVTDTRRGGATQAGRSRRSLPPVLGAEAPSKTDVIVIQKNCGPDNICVPDMQVTYKANMDKYIFGSDKKLEIEVSVLNAAEDAFEAAVYLTLPEEVKFVRVDRVDDKEGGPAVLCSSPSTDELGQPVLRCEIGNPLAAFRTSVFTIVLQP-SARLAPKSSL---DFVLEVNSTNPEDASQMFDNRAEISLPIRVETDLSIRGISDPEVVRFNLSSFVSSTVQVKSHENQVGPQVLHIYELGNRGPSDILKADVYILWPTKTLSGKDLLYLVDRPFVDGPANCQLMEQFNPLALK 850

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: EEB17471.1 (Integrin alpha-PS2 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 456.062 bits (1172), Expect = 1.849e-142
Identity = 262/616 (42.53%), Postives = 384/616 (62.34%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRV-MGKFEVGRIYIVYQNKE-------NRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHL-NSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGK---EEILPVLSLDDRSVT-DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRT-KTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLK-FYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLS---GLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNIN 598
            MPRGA L GKV+LY VN+TNL NLTG Q+G+YF YS+A  D DGDG DD+ +GAP+ T+     GK+E GR+Y+ +Q          +RFVK+    G N K RFGLSVA  G+ + DG        Y D  VG+PYDG + RGA+YIY G   G++  YSQVI A D+S    TFG+SI+GG D+D+NQYPD++VGAY+S  A++ +S PV+ + ++ ++F  K KQI+LEE  C+L+   ++VPCI ++  L Y+G+ + N++ ++L   LD+KK +S RMFFL  EG+S K +TI++ KG++  +++ VY +   + DKLT L+  ++Y + +     G+     + PVL  ++ ++  DS+SI+KNCG DN CIP+L V   +   Y +GS E+  +   ++N GEDA+ A   L VP G+NYI   +   D +I V CS P+   N +LKC+IGNPLP    V+  ++ QP        E +K  Y+F+ +VNS+NPE+     +N +   I I V  +L L G+S P  + YN+S   G I N    E++IG ++YHVY++ NKGPS + EA    +WPS+T +  H LYLL        V+CE ++N+N
Sbjct:  286 MPRGAGLFGKVVLYSVNLTNLQNLTGHQLGSYFSYSLAVIDVDGDGLDDVIVGAPLHTDLNNNEGKYENGRVYVYFQEPRIDEDGYYSRFVKYEFRDGKNSKGRFGLSVAALGDTNKDG--------YGDFAVGAPYDGAEGRGAVYIYHGKKGGVRESYSQVIRAEDLSVPTSTFGFSIAGGLDMDNNQYPDMIVGAYESDTALFFRSRPVVKMVDARVSFNSKTKQISLEEENCTLKD-YSKVPCIYLQACLKYNGVEVDNQLDVDLGIALDSKKPKSPRMFFLNEEGKSIKNETIRLTKGELSCQSYYVY-VKQNIRDKLTPLEAELRYNVKDSQVFTGRRYTRSLSPVLDANEVNIQKDSLSIQKNCGPDNICIPDLHVTTKNVSKYLLGSGERFTLDVQVENKGEDAFEAMYNLQVPPGMNYINIERLDSDRNIPVQCSAPSAMTNNTLKCDIGNPLPKEKMVRFKVLLQPF-----HREGMKSSYNFVSTVNSTNPEDELTAVDNVETFTIPIWVETDLILQGSSHPPDIHYNMSHFDGNIRN----ENDIGPQVYHVYNIRNKGPSDILEAQTIFLWPSYTLSGDHLLYLLEQPEVNGNVKCEYVENVN 882

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: EAA06518.5 (AGAP000032-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 442.195 bits (1136), Expect = 5.407e-136
Identity = 248/614 (40.39%), Postives = 364/614 (59.28%), Query Frame = 0

Query:    2 PRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNK--ENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISN--SIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEE-----ILPVLSLDDRSVT-DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRT-KTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQP-IDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLS---GLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPL 600
            PRGA L GKV++Y  NMTN  N+TG+QIGAYFGYS+A+ D DGD  DD+ IGAPM+T     GK+E GR+YI+YQ    + RF +  +  G N KARFGL+V    +L+LDG        Y D  VG+PYDG + RGA+YI+ GS  G   + SQVI A D++    + TFG+S+SGG DLD NQYPD++VGAY+S +A+  K+ PV  + +   F  K K I L+ + C+L+     VPC  V   L Y+GI +P  + +E+ + LDA+K R+ RMFFL++EG   + Q +++ +G++      VY+    + DK+T L++ + Y + +  NV G++        PVL  +  +V  D+I+I+KNCG DN C+P+L +   S D Y +GS+  L +   I N GEDA+ A  Y++VP G+++ R  +  E   + VLC+ P+   N++LKC+IGNPL S   V   ++  P    G         YDF L  NS+N E   N  +N  +  I I V  +L +SG S P+Q  YN S    L   K   E +IG ++ H+Y++ N+GPST++EA+ +++WP  T +    +YLL        ++C P +  NPL
Sbjct:  304 PRGARLLGKVLIYSWNMTNQQNITGEQIGAYFGYSLAAVDVDGDKLDDLIIGAPMYTEPNNEGKYETGRVYIMYQGAAADGRFRELDTRDGVNSKARFGLAVCSLADLNLDG--------YGDFAVGAPYDGPNGRGAVYIFYGSRTGPLAKASQVIQAEDMAGVTRLSTFGFSLSGGIDLDGNQYPDMVVGAYESDKALVFKARPVAAMVASTLFEPKSKLIALDVKNCALKRTNKTVPCTVVNSCLKYNGINVPPMLDIEISWTLDARKARNPRMFFLDHEGNHTRTQLMRLARGKLECIEDKVYVA-DNIRDKITPLEVEMAYGLRQ--NVLGRQRRPRAHTEPVLDQNRGTVQRDAINIQKNCGPDNVCVPDLRMEVKSVDDYLLGSNNLLSVEVLITNRGEDAFEAGFYMAVPNGLDFRRVDRLGEVKDVPVLCTAPSAATNKTLKCDIGNPLSSGKVVHFKVILAPSFSAGMGSS-----YDFYLETNSTNAELDGNRQDNVMRKTIGILVQTDLAMSGVSLPDQFHYNHSEYKSLAEAK--TERDIGPQVVHIYEIRNEGPSTIDEAEFFVLWPYETVDGVPLMYLLNQPETHGNIECLPTEYANPL 899

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: XP_006565115.1 (PREDICTED: integrin alpha-PS2 isoform X2 [Apis mellifera])

HSP 1 Score: 428.328 bits (1100), Expect = 1.580e-130
Identity = 247/618 (39.97%), Postives = 376/618 (60.84%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWT---NYRVMGKFEVGRIYIVYQN-KENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDE--LSNVEGKEEILPVLSL--DDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKY------MIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            +PRG++L GKVIL+  NMTN  N+TG+Q+GAYFGY+VASGD DGDG DD+ +GAPM+T   N  +    E GR+Y++YQ     +F K  S  G +++ RFGLS+A  G++D DG        Y D +VG+PY G    GA+YIY GS  G+  +YSQVI+A ++   I TFG+S++GG DLD N YPD++VGAY+SS AV+ +S PVI ++S ++F ++ K I+L++R C+L  G  RV C+ +     Y+G G+  R    + Y+LD KK +S R+FFLE EG++   +TI + + + + +T  VY+ P+ + DKLTSLD  ++  +DE    +   ++  LP+  +     S  DS+SI+KNCG DN CIP+L +   S+   Y +GS ++L++   ++N+GEDA+ +   L +P G++YI+ +  E   + V CS P   NN +L+C+IGNPL  +  VK  ++ QP+    T       Y+F + VN++NPE  F  ++N   + + I +  +L++ G SKP+ + YN     P+ Y        E E G  + H Y + N+GPS V EA+ +++WP+ T      LYLL     +  + CEP  N N L +K
Sbjct:  283 VPRGSDLLGKVILFTSNMTNPRNITGEQMGAYFGYAVASGDIDGDGLDDLIVGAPMYTVPDNPEMT--IETGRVYVIYQGVGPEKFRKVDSRDGESNRGRFGLSLASLGDIDRDG--------YGDFVVGAPYGGLRGHGAVYIYHGSSTGVLEKYSQVIHAENLDVPINTFGFSVAGGLDLDGNHYPDMVVGAYESSTAVFFRSRPVIKMDSYVSFDLESKLISLDDRNCTLSDG-NRVTCLLLRACFKYNGDGVFPRHNFNIQYVLDVKKTKSPRLFFLELEGRNTMNRTIMVDRDRQFCRTVQVYVTPN-IRDKLTSLDAEMRMSLDEERYEDTRPRDPKLPLRPILGSTTSRKDSLSIRKNCGPDNVCIPDLQMNVTSNVQKYLLGSGKRLQLDVLVQNMGEDAFESTYNLKLPAGIDYIKVEKIETMGVPVQCSAPKQSNNNTLRCDIGNPLQKNGLVKFKVLLQPV----TSHGMKPIYEFEMDVNTTNPENPFTTEDNSYTLRLPIWIETDLRVDGESKPKDLYYN-----PDNYTSETNATTEGEFGPAMTHNYTIRNQGPSDVIEAEAFLIWPAQTLAGNELLYLLEQPETSGPIACEPA-NANYLSLK 878

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: XP_001120437.2 (PREDICTED: integrin alpha-PS2 isoform X1 [Apis mellifera])

HSP 1 Score: 428.328 bits (1100), Expect = 2.042e-130
Identity = 247/618 (39.97%), Postives = 376/618 (60.84%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWT---NYRVMGKFEVGRIYIVYQN-KENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDE--LSNVEGKEEILPVLSL--DDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKY------MIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            +PRG++L GKVIL+  NMTN  N+TG+Q+GAYFGY+VASGD DGDG DD+ +GAPM+T   N  +    E GR+Y++YQ     +F K  S  G +++ RFGLS+A  G++D DG        Y D +VG+PY G    GA+YIY GS  G+  +YSQVI+A ++   I TFG+S++GG DLD N YPD++VGAY+SS AV+ +S PVI ++S ++F ++ K I+L++R C+L  G  RV C+ +     Y+G G+  R    + Y+LD KK +S R+FFLE EG++   +TI + + + + +T  VY+ P+ + DKLTSLD  ++  +DE    +   ++  LP+  +     S  DS+SI+KNCG DN CIP+L +   S+   Y +GS ++L++   ++N+GEDA+ +   L +P G++YI+ +  E   + V CS P   NN +L+C+IGNPL  +  VK  ++ QP+    T       Y+F + VN++NPE  F  ++N   + + I +  +L++ G SKP+ + YN     P+ Y        E E G  + H Y + N+GPS V EA+ +++WP+ T      LYLL     +  + CEP  N N L +K
Sbjct:  310 VPRGSDLLGKVILFTSNMTNPRNITGEQMGAYFGYAVASGDIDGDGLDDLIVGAPMYTVPDNPEMT--IETGRVYVIYQGVGPEKFRKVDSRDGESNRGRFGLSLASLGDIDRDG--------YGDFVVGAPYGGLRGHGAVYIYHGSSTGVLEKYSQVIHAENLDVPINTFGFSVAGGLDLDGNHYPDMVVGAYESSTAVFFRSRPVIKMDSYVSFDLESKLISLDDRNCTLSDG-NRVTCLLLRACFKYNGDGVFPRHNFNIQYVLDVKKTKSPRLFFLELEGRNTMNRTIMVDRDRQFCRTVQVYVTPN-IRDKLTSLDAEMRMSLDEERYEDTRPRDPKLPLRPILGSTTSRKDSLSIRKNCGPDNVCIPDLQMNVTSNVQKYLLGSGKRLQLDVLVQNMGEDAFESTYNLKLPAGIDYIKVEKIETMGVPVQCSAPKQSNNNTLRCDIGNPLQKNGLVKFKVLLQPV----TSHGMKPIYEFEMDVNTTNPENPFTTEDNSYTLRLPIWIETDLRVDGESKPKDLYYN-----PDNYTSETNATTEGEFGPAMTHNYTIRNQGPSDVIEAEAFLIWPAQTLAGNELLYLLEQPETSGPIACEPA-NANYLSLK 905

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: gb|KFM62845.1| (Integrin alpha-PS2, partial [Stegodyphus mimosarum])

HSP 1 Score: 394.43 bits (1012), Expect = 5.474e-124
Identity = 222/617 (35.98%), Postives = 370/617 (59.97%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVM-GKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISN--SIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERK---CSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVM----DELSNVEGKEEILPVL-SLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCS--PPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            +PRG+NLTGK+ L++  + +L+N++G+Q+G+YFGYSV + D +GD  DDI +GAP++T+     G +E GRIY+VYQ +++ F   S I G   + RFGLS+A   +++ DG        Y D+ VG+PY G D RG ++I+ GS  GI  + +QVI++++I +  ++ TFG+S++GG DLD+NQYPD+L+GAY S  A++L+S P+I  N+ L   +  ++I+L+E+    C L  G   V C+ V   L Y GIG+   I       LD   +++ R+FFL +E Q+E+  ++ + K   + K+  VYL  + + DKLT + + + Y +     EL +++      P+L      ++T  I+I+KNCG DN CIP+L V    +   + IGS ++LE++  + N GEDA+ + LY+++P  V+Y+     +   I V C+     ND+ + L C++GNPLP+++ +   I+  P  +  +    L+F+      NS+N E    M +N+  I + ++V  N+ + G S+P+ V++N S  +P +   E E G E+ HVY V N+GPS + EA++ I+WP++T + +  LYL+       + +CE +  +NPL +K
Sbjct:   18 VPRGSNLTGKIALFNSTLHSLHNVSGEQLGSYFGYSVCTVDINGDRLDDIVVGAPLFTDLSAKDGSYEKGRIYVVYQTRKHNFRTRSHIDGSYSRGRFGLSLASLSDINRDG--------YGDIAVGNPYGGIDGRGIVFIFHGSQSGIITKPAQVIFSSNIPHIGAVSTFGFSLAGGMDLDNNQYPDLLIGAYASDMAIFLRSRPIIQTNASLK--INPEKISLDEKSTTSCKLHDGMI-VSCVVVSFCLEYTGIGVQPAIGFVYRMRLDTA-NQASRVFFLTDENQNEQNVSVNLRKDSKYCKSIYVYL-QNNVRDKLTPITVEVTYTLYDPYPELLDLK------PILNQYLSNNITRQINIQKNCGKDNICIPDLKVQVVPNMQQFLIGSQKRLELNVILINAGEDAFESMLYVTMPIDVDYVNIGKVKPMDIPVSCTGNEIGNDDEKRLICDVGNPLPANTTLSFKILLAP-SKSLSASHDLQFF---FEANSTNAEVDKTMYDNQAMIELPVRVEVNITIHGISEPQIVAFNKSETLPAEKSSESEAGPEVIHVYAVGNRGPSMIREAEVDILWPTYTLHERPLLYLMDQPEIQGKGKCEEVPGVNPLNLK 611

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: gb|EFA09341.2| (Integrin alpha-PS2-like Protein [Tribolium castaneum])

HSP 1 Score: 392.504 bits (1007), Expect = 5.711e-117
Identity = 237/611 (38.79%), Postives = 360/611 (58.92%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTN-LNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVY-QNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKT--FTVYLLPSRLHDKLTSLDLNIKYVMDE-----LSNVEG-----KEEILPVLSLDD-RSVTDSISIKKNCGVDNECIPNLSVFASSS-DTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSI--SVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLI-------------PNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLL 580
            MPRG NL GKV+L+ +N+TN + + T DQIG+Y+GY++A+ D DGDG  D+ +GAPM+T     GK++VGR+Y++Y ++   RFV    I G N K+RFG +VA  G+++ DG        + D  VG+PYDG  NRGA+YIY GS  G++ ++SQVI+A D++ S+ TFG+SI+GG DLD+NQYPD+ VGAY+S++A + ++ PVI + + + FL   K I++     +LRS  T      ++    Y+G GIPN + + + YILD+KK  + RM F+++EGQS K  TI ++KGQ  K T    VY + S + DKLT+L +  +Y M        SN++      +  + PVL L+   S  DSISI+KNCG DN CIP+L +  + S   Y + S E   ++  + N GEDA+ + + +  P G  YI   +S+D  +   VLCS      N ++KC+IGNP+PS+  V   +++QP +       SL F   + S N   PE  +   NN++KI I I      ++ G S P +V +  S  +             P   + ED IG ++ HVY++ N G +T+   +I+ +WP+ T + +  LYL+
Sbjct:  285 MPRGNNLKGKVLLFTMNLTNYVQHFTSDQIGSYYGYALAACDVDGDGKLDLIVGAPMYTVQNNKGKYDVGRVYVIYHESDRGRFVANYVIDGFNSKSRFGQAVASLGDINQDG--------FGDFAVGAPYDGAGNRGAVYIYHGSSKGVRKKFSQVIFAEDVAPSLTTFGFSITGGMDLDNNQYPDMAVGAYESNKAFFFRARPVISVEASVKFLTHNKFIDITRPDYTLRSDGTTATKTQIQFCSRYYGKGIPNSLNLGVEYILDSKKLINSRMGFVDDEGQSRKNATITMLKGQDMKCTNPIDVY-VKSEIRDKLTALVVEARYWMQSDQDLTPSNLQQLPRNPRSFLTPVLDLNSPPSKKDSISIQKNCGSDNICIPDLVISVTPSVQEYYLDSGENFYLNISVTNNGEDAFESTVEVKYPDGFFYI---SSQDIQVVSHVLCSA---SENFTIKCDIGNPVPSNKVVNFKLLWQP-NYAKELPSSLFFEVLVNSTNEDLPETRY---NNKQKIGISILYDVIQEIRGWSIPNEVLFTPSSSLYAADISNQTHRTSPENRLSEDVIGPQVIHVYELKNGGRTTIKATEIFFVWPATTASGEDFLYLV 876

[Close]

BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: AAN09423.2 (inflated, isoform C [Drosophila melanogaster])

HSP 1 Score: 357.836 bits (917), Expect = 4.693e-106
Identity = 229/638 (35.89%), Postives = 356/638 (55.80%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNY-RVMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI---KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY------VMDELSNVEGKEEILPVLSLDDRSVT--DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR-TKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPI--DNINPLYIKTIGSRNYSRVKSSLMN 619
            MPRG NL G++++   NM N+ N+TG QIG YFGYS+A+ D DGDG DD+ IGAPM+T+   V GK++VGR+YI+ Q       +W++     G++ K RFGL++   G+++ DG        Y D  VG+PYDG + RG +YI+ GS  G   + SQ+I +  +       +TFG+++SGG D+D N YPD+ VGAY S Q    KS PV  +N++ +F    K I+L++R C L     +VPC+ +    SY G  +P ++  ++ ++LDAKK  + RMFFL +EG++ + QTI++  GQ +    TVYLL  ++ DKLT L++  +Y       +D +  V  +  IL  +   +R +   D+I+I+KNCG DN C P+L +  S+ D Y  GS E L I   I N  EDA+ A  Y+  P  + + +  +  E     + CSPP  +NN +LKC+IGNPL S       I   P +E +    S   YDF    NS+N E+  +  +N+ +  + I V  +L + GTS P+   Y             ED+IG ++ H+Y++ N  PS + EA+++I  P  T      +YLL       ++QC+ +  +  N L  + +  ++Y + + ++ N
Sbjct:  275 MPRGGNLVGRIVVNRWNMANIFNITGRQIGEYFGYSLATSDVDGDGLDDLLIGAPMYTDPDNVEGKYDVGRVYILLQGGPTEEKRWTTEHIRDGYHSKGRFGLALTTLGDVNGDG--------YGDFAVGAPYDGPEGRGVVYIFHGSPMGPLAKPSQIIKSEQLVEGAPYPRTFGFALSGGLDMDGNTYPDLAVGAYSSDQVFIFKSRPVAAVNAETSFASNSKLISLDDRSCQLVRDHKKVPCMLLTTCWSYTGRYLPEQLDFDVSWLLDAKKLLNPRMFFLRDEGKNIRNQTIRLNYGQKYCLNETVYLL-DKVQDKLTPLEVEARYNLRSSRPLDPM--VRHRRSILEPVIDQNREIVLRDAINIQKNCGPDNICEPDLKLKVSTVDKYLFGSPEPLVIEVFISNTNEDAFEAAFYMVTPPDLQFRKLQQLGEKKDTPITCSPPTPENNHTLKCDIGNPLESGKIAHFKISLVP-EEKYGSSSS---YDFYWEANSTNLEKPGSEYDNKIRQSVGIWVDTDLDIKGTSLPDYQLYKADDYKELENATKEDDIGPQVVHIYEIRNNRPSIIEEAEVFIHLPYETIVGDPLMYLLNQPETGGKIQCDDVAFNEYNLLLDEKLVKKSYLQAQGAIWN 897

[Close]

BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: ACZ95313.1 (inflated, isoform F [Drosophila melanogaster])

HSP 1 Score: 357.836 bits (917), Expect = 5.592e-106
Identity = 229/638 (35.89%), Postives = 356/638 (55.80%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNY-RVMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI---KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY------VMDELSNVEGKEEILPVLSLDDRSVT--DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR-TKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPI--DNINPLYIKTIGSRNYSRVKSSLMN 619
            MPRG NL G++++   NM N+ N+TG QIG YFGYS+A+ D DGDG DD+ IGAPM+T+   V GK++VGR+YI+ Q       +W++     G++ K RFGL++   G+++ DG        Y D  VG+PYDG + RG +YI+ GS  G   + SQ+I +  +       +TFG+++SGG D+D N YPD+ VGAY S Q    KS PV  +N++ +F    K I+L++R C L     +VPC+ +    SY G  +P ++  ++ ++LDAKK  + RMFFL +EG++ + QTI++  GQ +    TVYLL  ++ DKLT L++  +Y       +D +  V  +  IL  +   +R +   D+I+I+KNCG DN C P+L +  S+ D Y  GS E L I   I N  EDA+ A  Y+  P  + + +  +  E     + CSPP  +NN +LKC+IGNPL S       I   P +E +    S   YDF    NS+N E+  +  +N+ +  + I V  +L + GTS P+   Y             ED+IG ++ H+Y++ N  PS + EA+++I  P  T      +YLL       ++QC+ +  +  N L  + +  ++Y + + ++ N
Sbjct:  300 MPRGGNLVGRIVVNRWNMANIFNITGRQIGEYFGYSLATSDVDGDGLDDLLIGAPMYTDPDNVEGKYDVGRVYILLQGGPTEEKRWTTEHIRDGYHSKGRFGLALTTLGDVNGDG--------YGDFAVGAPYDGPEGRGVVYIFHGSPMGPLAKPSQIIKSEQLVEGAPYPRTFGFALSGGLDMDGNTYPDLAVGAYSSDQVFIFKSRPVAAVNAETSFASNSKLISLDDRSCQLVRDHKKVPCMLLTTCWSYTGRYLPEQLDFDVSWLLDAKKLLNPRMFFLRDEGKNIRNQTIRLNYGQKYCLNETVYLL-DKVQDKLTPLEVEARYNLRSSRPLDPM--VRHRRSILEPVIDQNREIVLRDAINIQKNCGPDNICEPDLKLKVSTVDKYLFGSPEPLVIEVFISNTNEDAFEAAFYMVTPPDLQFRKLQQLGEKKDTPITCSPPTPENNHTLKCDIGNPLESGKIAHFKISLVP-EEKYGSSSS---YDFYWEANSTNLEKPGSEYDNKIRQSVGIWVDTDLDIKGTSLPDYQLYKADDYKELENATKEDDIGPQVVHIYEIRNNRPSIIEEAEVFIHLPYETIVGDPLMYLLNQPETGGKIQCDDVAFNEYNLLLDEKLVKKSYLQAQGAIWN 922

[Close]

BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Match: ACZ95312.1 (inflated, isoform D [Drosophila melanogaster])

HSP 1 Score: 357.836 bits (917), Expect = 5.592e-106
Identity = 229/638 (35.89%), Postives = 356/638 (55.80%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNY-RVMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSI---KTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKY------VMDELSNVEGKEEILPVLSLDDRSVT--DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIR-TKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIP-NKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPI--DNINPLYIKTIGSRNYSRVKSSLMN 619
            MPRG NL G++++   NM N+ N+TG QIG YFGYS+A+ D DGDG DD+ IGAPM+T+   V GK++VGR+YI+ Q       +W++     G++ K RFGL++   G+++ DG        Y D  VG+PYDG + RG +YI+ GS  G   + SQ+I +  +       +TFG+++SGG D+D N YPD+ VGAY S Q    KS PV  +N++ +F    K I+L++R C L     +VPC+ +    SY G  +P ++  ++ ++LDAKK  + RMFFL +EG++ + QTI++  GQ +    TVYLL  ++ DKLT L++  +Y       +D +  V  +  IL  +   +R +   D+I+I+KNCG DN C P+L +  S+ D Y  GS E L I   I N  EDA+ A  Y+  P  + + +  +  E     + CSPP  +NN +LKC+IGNPL S       I   P +E +    S   YDF    NS+N E+  +  +N+ +  + I V  +L + GTS P+   Y             ED+IG ++ H+Y++ N  PS + EA+++I  P  T      +YLL       ++QC+ +  +  N L  + +  ++Y + + ++ N
Sbjct:  300 MPRGGNLVGRIVVNRWNMANIFNITGRQIGEYFGYSLATSDVDGDGLDDLLIGAPMYTDPDNVEGKYDVGRVYILLQGGPTEEKRWTTEHIRDGYHSKGRFGLALTTLGDVNGDG--------YGDFAVGAPYDGPEGRGVVYIFHGSPMGPLAKPSQIIKSEQLVEGAPYPRTFGFALSGGLDMDGNTYPDLAVGAYSSDQVFIFKSRPVAAVNAETSFASNSKLISLDDRSCQLVRDHKKVPCMLLTTCWSYTGRYLPEQLDFDVSWLLDAKKLLNPRMFFLRDEGKNIRNQTIRLNYGQKYCLNETVYLL-DKVQDKLTPLEVEARYNLRSSRPLDPM--VRHRRSILEPVIDQNREIVLRDAINIQKNCGPDNICEPDLKLKVSTVDKYLFGSPEPLVIEVFISNTNEDAFEAAFYMVTPPDLQFRKLQQLGEKKDTPITCSPPTPENNHTLKCDIGNPLESGKIAHFKISLVP-EEKYGSSSS---YDFYWEANSTNLEKPGSEYDNKIRQSVGIWVDTDLDIKGTSLPDYQLYKADDYKELENATKEDDIGPQVVHIYEIRNNRPSIIEEAEVFIHLPYETIVGDPLMYLLNQPETGGKIQCDDVAFNEYNLLLDEKLVKKSYLQAQGAIWN 922

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|321468749|gb|EFX79732.1| (hypothetical protein DAPPUDRAFT_304328 [Daphnia pulex])

HSP 1 Score: 477.633 bits (1228), Expect = 7.717e-151
Identity = 255/625 (40.80%), Postives = 392/625 (62.72%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENR-FVKWSSIV--GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNS-DLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNV---------EGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSED--SSISVLCSPPNND--NNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMI---EDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            MPRGANLTGKV+L   N+TN+ N+TG Q+GAYFGY V   D + DG  D+ +GAP+++NY    GK+E+GR+++ YQ+   R   + S ++  G   KARFGL+V+  G+++LDG        + D+ VG+PYDG   +GA+YIY GS  GI+ + SQVIYA ++S+ + TFG+S++GG D+D N+YPDVLVGAYDS + VYL+S PV++LN+ D+N+ V+ KQI+LE + CSL  G T V C+ + +   Y G G+ NR  + +  ILD+K  ++ R+ FL  E +S   +T Q+ KGQ   +T+TVY+ P  + DKLT ++  ++Y + E+++            +  + PVL  +  S TD I I+KNCG DN C+P++ V + ++ D Y  GSD+KLEI   + N  EDA+ A +YL++P+ V ++R    +D     +VLCS P+ D      L+CEIGNPL +       I+ QP       + SL   DF+L VNS+NPE++  M +N  +I + I+V  +L + G S PE V +NLS  + +   +   E+++G ++ H+Y++ N+GPS + +AD+YI+WP+ T + K  LYL+   +      C+ ++  NPL +K
Sbjct:  240 MPRGANLTGKVVLLTSNLTNIVNITGQQLGAYFGYCVTVTDVNNDGLQDVIVGAPLYSNYANTEGKYEMGRVHVYYQSARLRQSFRRSDVLDGGEVSKARFGLAVSALGDINLDG--------FNDIAVGAPYDGPSEKGAVYIYHGSSKGIRTKASQVIYAEEVSSELSTFGFSLAGGMDVDGNEYPDVLVGAYDSDRIVYLRSRPVVYLNTVDINYDVESKQIDLENKNCSLFDG-TAVACVPLTLCFEYSGRGVNNREEVMVQLILDSKSPKNPRLHFLSEENKSSLNETYQLAKGQRACRTYTVYVRP-LIRDKLTPIESEVRYSLREVTDTRRGGATQAGRSRRSLPPVLGAEAPSKTDVIVIQKNCGPDNICVPDMQVTYKANMDKYIFGSDKKLEIEVSVLNAAEDAFEAAVYLTLPEEVKFVRVDRVDDKEGGPAVLCSSPSTDELGQPVLRCEIGNPLAAFRTSVFTIVLQP-SARLAPKSSL---DFVLEVNSTNPEDASQMFDNRAEISLPIRVETDLSIRGISDPEVVRFNLSSFVSSTVQVKSHENQVGPQVLHIYELGNRGPSDILKADVYILWPTKTLSGKDLLYLVDRPFVDGPANCQLMEQFNPLALK 850

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|157136654|ref|XP_001663809.1| (AAEL013600-PA, partial [Aedes aegypti] >gi|108869905|gb|EAT34130.1| AAEL013600-PA, partial [Aedes aegypti])

HSP 1 Score: 460.299 bits (1183), Expect = 5.586e-147
Identity = 254/610 (41.64%), Postives = 374/610 (61.31%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNS--IKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEE---ILPVLSLDDRSVT-DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRT-KTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQP-IDEGHTEEESLKFYDFILSVNSSNPEESFNMDNN--EKKILIKIKVFANLKLSGTSKPEQVSYNLSGL-IPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINP 599
            MPRG  L GKV+++  NMTN  N+TG+QIGAYFGY++A  D DGD  DD+ +GAPM+T     GK+E GR+YI+YQ+K N+F +  +  G N KARFGLSV   G+++LD        GY D  VG+PYDG   RGA+Y+Y GS +G   + SQVI A DIS +  I TFG+S++GG DLD NQYPD++VGAYDS +A+  KS PV  + +   F  + K I+LE+R C+LR  K +VPC  V   + Y+GI +P  + +E+ ++LD+KK R+ RMFFL  EG++ + Q+I++ +G++  K+  VY+    + DK+T L++ +KY + + S  + +     + PVL  +  +V  DSI+I+KNCG DN CIP+L +  +  D Y +GS + L I   I N GEDA+ A  Y+S+P  +N+ R  K  E     +LC+ P    N +LKC+IGNPL S   V   ++  P I  G         YDF +  NS+NPE   +  +N  EK + I IK   +L +SG S PE+  YN +      +   E  +G  + H+Y++ N+GPST++EA+ Y++WP  ++  +  +YLL     +  ++C+P   INP
Sbjct:   92 MPRGGGLLGKVLIFSWNMTNQQNITGEQIGAYFGYAIAVVDVDGDKLDDLIVGAPMYTEPNNEGKYETGRVYIIYQDKINKFQEVETRDGVNSKARFGLSVCSLGDINLD--------GYGDFAVGAPYDGPHGRGAVYVYHGSSNGPLAKPSQVIMAEDISGASRISTFGFSVAGGIDLDGNQYPDMVVGAYDSDKALVFKSRPVAVMEASTLFETENKLISLEDRNCTLRDRK-QVPCTVVNSCMKYNGINVPPTLDIEVSWVLDSKKSRNPRMFFLNEEGRNIRNQSIRLYRGKLECKSERVYIA-ENIRDKITPLEVEMKYNLRQSSYSQQRRRRATVEPVLDQNKGTVQKDSINIQKNCGPDNVCIPDLRLQVNMVDEYLLGSGKHLGIDVLISNFGEDAFEAGFYMSIPSELNFRRVEKVGEIKDTPILCTTPPGATNGTLKCDIGNPLSSGKVVNFKVLLSPSIKVGMAPS-----YDFYMEANSTNPEIDGSHADNIFEKSVGITIKT--DLSISGVSLPEEFIYNYTEYRTIEEAETEHHLGPHVVHIYEIRNEGPSTIDEAEFYVLWPYESNEGEALMYLLVPPETSGNIKCQPSSYINP 684

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|1022760764|gb|KZS06814.1| (Integrin alpha-PS2 [Daphnia magna])

HSP 1 Score: 468.774 bits (1205), Expect = 1.176e-145
Identity = 245/630 (38.89%), Postives = 394/630 (62.54%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENR-FVKWSSIV--GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNS-DLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL--------SNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRS-LKCEIGNPLPSSSQVKLNIMFQP---------IDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMI---EDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            MPRGANLTGKV+L   N+TN+ N+TG Q+GAYFGY VA  D + DG  D+ +GAP+++NY    GK+E+GR+++ YQ+   R   + S ++  G   KARFGL+V+  G+++LDG        + D+ VG+PYDG + RGA+YIY GS  GI+ + +QVIYA  +S+ + TFG+S++GG DLD N+YPD+LVGAYDS + ++L+S PV++LN+ D+++ V+ KQI+LE + CSL   +T V C+ + +   + G G+ NR  + +  ILD+K  ++ R+ FL  E +S   +T Q++KGQ   +T+TVY+ P  + DKLT ++  ++Y + E+        +    +  + PVL  +    TD I I+KNCG DN CIP++ V + ++ D Y  GSD+KLEI   + N  EDA+ A +YL++P  V ++R    ++ +  VLCS P++++ +  L+CEIGNPL +       I+ QP                +++    +FIL VNS+NPE++  + +N  +I + I+V  +L + G S PE V +NLS  + +   +   E+++G ++ H+Y++ N+GPS + +A++YI+WP+ T + K  LYL+   +      C+ ++  NPL +K
Sbjct:  256 MPRGANLTGKVVLLSSNLTNIANITGQQLGAYFGYCVAVTDVNNDGLQDVIVGAPLYSNYANTEGKYEMGRVHVYYQSTRLRQSFRRSDVLDGGEVSKARFGLAVSALGDINLDG--------FNDIAVGAPYDGPEERGAVYIYHGSSKGIRTKATQVIYAEQVSSELSTFGFSLAGGMDLDGNEYPDILVGAYDSDRVIFLRSRPVVYLNTVDISYDVESKQIDLENKNCSLLD-ETAVACVPLTLCFEFSGRGVNNREEVMVQLILDSKTPKNPRLHFLSEENKSSLNETYQLVKGQRACRTYTVYVRP-LIRDKLTPIESEVRYSLREVTADSRRIGAGQRTRRSLPPVLGAEAPFKTDVIVIQKNCGPDNICIPDMQVTYKANIDKYIFGSDKKLEIEVSVLNAAEDAFEAAVYLTLPDEVKFVRVDRVDEGAPPVLCSSPSDESGQPVLRCEIGNPLSAFRTSVFTIVLQPSARLARENAAAAIAAGQKAKSSLEFILEVNSTNPEDASQLFDNRAEISLPIRVETDLSIRGISDPEVVRFNLSAFVSSSVQVKSHENQVGPQVIHIYELGNRGPSDILKANVYILWPTKTLSGKDLLYLVDRPFVDGPASCQLMEQFNPLALK 875

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|942348698|gb|JAN56280.1| (Integrin alpha-PS2, partial [Daphnia magna])

HSP 1 Score: 467.233 bits (1201), Expect = 1.523e-145
Identity = 245/630 (38.89%), Postives = 392/630 (62.22%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENRFVKWSSIV---GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNS-DLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL--------SNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRS-LKCEIGNPLPSSSQVKLNIMFQP---------IDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMI---EDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            MPRGANLTGKV+L   N+TN+ N+TG Q+GAYFGY VA  D + DG  D+ +GAP+++NY    GK+E+GR+++ YQ+   R     S V   G   KARFGL+V+  G+++LDG        + D+ VG+PYDG + RGA+YIY GS  GI+ + +QVIYA  +S+ + TFG+S++GG DLD N+YPD+LVGAYDS + ++L+S PV++LN+ D+++ V+ KQI+LE + CSL   +T V C+ + +   + G G+ NR  + +  ILD+K  ++ R+ FL  E +S   +T Q++KGQ   +T+TVY+ P  + DKLT ++  ++Y + E+        +    +  + PVL  +    TD I ++KNCG DN CIP++ V + ++ D Y  GSD+KLEI   + N  EDA+ A +YL++P  V ++R    ++ +  VLCS P++++ +  L+CEIGNPL +       I+ QP                +++    +FIL VNS+NPE++  + +N  +I + I+V  +L + G S PE V +NLS  + +   +   E+++G ++ H+Y++ N+GPS + +A++YI+WP+ T + K  LYL+   +      C+ ++  NPL +K
Sbjct:  211 MPRGANLTGKVVLLSSNLTNIANITGQQLGAYFGYCVAVTDVNNDGLQDVIVGAPLYSNYANTEGKYEMGRVHVYYQSTRLRQSFRRSDVLDGGEVSKARFGLAVSALGDINLDG--------FNDIAVGAPYDGPEERGAVYIYHGSSKGIRTKATQVIYAEQVSSELSTFGFSLAGGMDLDGNEYPDILVGAYDSDRVIFLRSRPVVYLNTVDISYDVESKQIDLENKNCSLLD-ETAVACVPLTLCFEFSGRGVNNREEVMVQLILDSKTPKNPRLHFLSEENKSSLNETYQLVKGQRACRTYTVYVRP-LIRDKLTPIESEVRYSLREVTADSRRIGAGQRTRRSLPPVLGAEAPFKTDVIVLQKNCGPDNICIPDMQVTYKANIDKYIFGSDKKLEIEVSVLNAAEDAFEAAVYLTLPDEVKFVRVDRVDEGAPPVLCSSPSDESGQPVLRCEIGNPLSAFRTSVFTIVLQPSARLARENAAAAIAAGQKAKSSLEFILEVNSTNPEDASQLFDNRAEISLPIRVETDLSIRGISDPEVVRFNLSAFVSSSVQVKSHENQVGPQVIHIYELGNRGPSDILKANVYILWPTKTLSGKDLLYLVDRPFVDGPASCQLMEQFNPLALK 830

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|942385879|gb|JAN74869.1| (Integrin alpha-PS2 [Daphnia magna])

HSP 1 Score: 470.315 bits (1209), Expect = 2.140e-145
Identity = 249/633 (39.34%), Postives = 397/633 (62.72%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENR-FVKWSSIV--GHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNS-DLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL--------SNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV-FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRS-LKCEIGNPLPSSSQVKLNIMFQP------------IDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMI---EDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIK 603
            MPRGANLTGKV+L   N+TN+ N+TG Q+GAYFGY VA  D + DG  D+ +GAP+++NY    GK+E+GR+++ YQ+   R   + S ++  G   KARFGL+V+  G+++LDG        + D+ VG+PYDG + RGA+YIY GS  G++ + +QVIYA  +S+ + TFG+S++GG DLD N+YPD+LVGAYDS + ++L+S PV++LN+ D+++ V+ KQI+LE + CSL   +T V C+ + +   + G G+ NR  + +  ILD+K  ++ R+ FL  E +S   +T Q++KGQ   +T+TVY+ P  + DKLT ++  ++Y + E+        +    +  + PVL  +  S TD I I+KNCG DN CIP++ V + ++ D Y  GSD+KLEI   + N  EDA+ A +YL++P  V ++R    ++ +  VLCS P++++ +  L+CEIGNPL +       I+ QP            I  G   + SL   +FIL VNS+NPE++  + +N  +I + I+V  +L + G S PE V +NLS  + +   +   E+++G ++ H+Y++ N+GPS + +A++YI+WP+ T + K  LYL+   +      C+ ++  NPL +K
Sbjct:  279 MPRGANLTGKVVLLSSNLTNIANITGQQLGAYFGYCVAVTDVNNDGLQDVIVGAPLYSNYANTEGKYEMGRVHVYYQSTRLRQSFRRSDVLDGGEVSKARFGLAVSALGDINLDG--------FNDIAVGAPYDGPEERGAVYIYHGSSKGVRTKATQVIYAEQVSSELSTFGFSLAGGMDLDGNEYPDILVGAYDSDRVIFLRSRPVVYLNTVDISYDVESKQIDLENKNCSLLD-ETAVACVPLTLCFEFSGRGVNNREEVMVQLILDSKTPKNPRLHFLSEENKSSLNETYQLVKGQRACRTYTVYVRP-LIRDKLTPIESEVRYSLREVTADSRRIGAGQRTRRSLPPVLGAEAPSKTDVIVIQKNCGPDNICIPDMQVTYKANIDKYIFGSDKKLEIEVSVLNAAEDAFEAAVYLTLPDEVKFVRVDRVDEGAPPVLCSSPSDESGQPVLRCEIGNPLSAFRTSVFTIVLQPSARLARENAAAAIAAGQKAKSSL---EFILEVNSTNPEDASQLFDNRAEISLPIRVETDLSIRGISDPEVVRFNLSAFVSSSVQVKSHENQVGPQVIHIYELGNRGPSDILKANVYILWPTKTLSGKDLLYLVDRPFVDGPASCQLMEQFNPLALK 898

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|1041553795|ref|XP_017304306.1| (PREDICTED: integrin alpha-PS2-like [Diaphorina citri])

HSP 1 Score: 465.307 bits (1196), Expect = 3.421e-143
Identity = 255/614 (41.53%), Postives = 387/614 (63.03%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTN-YRVMGKFEVGRIYIVYQNKEN-RFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDI----SNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL---SNVEGKEEILPVLSLDDRS---VTDSISIKKNCGVDNECIPNLSVFASSS-DTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSE--DSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLK-FYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNIN 598
            +PRGA L GKV LY  NMTNL N+TG+Q+GAYF Y+V + D DGDG DD+ IGAP++TN    +G +E GRIY+VYQ KE  +F +  +  G N KARFGLS+   G+++ DG        + D  VG+PYDG + RG +YIY GS  G +   SQ+I A ++      S+ TFG+S++GG DLD+NQYPD+++GAY+S+ A  L+S PV+ + S L+F    KQI LEE+ C+L+   ++V C+ +   L Y+G+G+  +  + +  +LD+KK +S RMFFL +EG++   QT+ +IKG  + K+  +Y+ P+ L DKLTSL+  ++Y + E    +    K ++ P+L LDD S     DS+SI+KNCG DN CIP+L + +  + + Y +GS E++E+   +KN GED++     + VP G+NY+  +  +  D  I +LCS P+  NN +L C+IGNPLPS   V   ++ QP     + +E+LK  Y+F +SVNS+NPE +  + +N +++ + I V  +L + G+S P  + YN S         E + G ++ H+Y++ NKGPS + +A+ Y +WPS+T    H LYLL     +  +QCE I+N+N
Sbjct:  280 IPRGARLLGKVALYTTNMTNLQNITGEQLGAYFAYAVTTSDVDGDGADDLIIGAPLYTNPTNNVGHYETGRIYVVYQGKETYKFRRLHTRDGKNSKARFGLSLCNLGDINKDG--------FGDFAVGAPYDGPNERGVVYIYHGSPIGARENPSQIITAEEVNFGLQGSLTTFGFSLAGGVDLDENQYPDLVIGAYESNTAFVLRSRPVVKVKSSLSFSSDSKQIFLEEKNCTLKD-YSKVTCLTLTACLEYNGVGVDPQTELNVQILLDSKKPKSPRMFFLSDEGKNVINQTLLLIKGTQFCKSMFIYVKPN-LRDKLTSLEAEMRYSLFEQKQSARRRLKSDLAPILDLDDESGLVSRDSVSIQKNCGKDNVCIPDLRLTSVPNVNRYILGSGERMEVDVLVKNEGEDSFETSYEMGVPLGLNYVNIERYDEGDRDIPILCSAPSYLNNNTLHCDIGNPLPSKKFVHFKVLLQP-----SFQETLKPRYEFWMSVNSTNPEVTTTVSDNIQELTVPIWVETDLIVEGSSHPTDLHYNSSLYEAETITEEGQAGPQLVHIYNIRNKGPSDIIQAEAYFLWPSYTVEGDHLLYLLEQPETSGAIQCEVIENVN 878

HSP 2 Score: 112.464 bits (280), Expect = 1.354e-21
Identity = 72/215 (33.49%), Postives = 118/215 (54.88%), Query Frame = 0

Query:  199 LKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVM-----------------------DELSNVEG-----------------KEEILPVLSLDDRS---VTDSISIKKNCGVDNECIPNLSV 370
            ++S PV+ + S L+F    KQI LEE+ C+L+   ++V C+ +   L Y+G+G+  +  + +  +LD+KK +S RMFFL +EG++   QT+ +IKG  + K+  +Y+ P+ L DKLTSL+  ++Y +                       D+L+++E                  K ++ P+L LDD S     DS+SI+KNCG DN CIP+L +
Sbjct:  996 VRSRPVVKVKSSLSFSSDSKQIFLEEKNCTLKD-YSKVTCLTLTACLEYNGVGVDPQTELNVQILLDSKKPKSPRMFFLSDEGKNVINQTLLLIKGTQFCKSMFIYVKPN-LRDKLTSLEAEMRYSLFEQKQSARRRHLNLHNFSLPNLRDKLTSLEAEMRYSLFEQKQSARRRLKSDLAPILDLDDESGLVSRDSVSIQKNCGKDNVCIPDLRL 1208

HSP 3 Score: 108.227 bits (269), Expect = 2.527e-20
Identity = 49/81 (60.49%), Postives = 61/81 (75.31%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTN-YRVMGKFEVGRIYIVYQNKEN 80
            +PRGA L GKV LY  NMTNL N+TG+Q+GAYF Y+V + D DGDG DD+ IGAP++TN    +G +E GRIY+VYQ KE 
Sbjct: 1261 IPRGARLLGKVALYTTNMTNLQNITGEQLGAYFAYAVTTSDVDGDGADDLIIGAPLYTNPTNNVGHYETGRIYVVYQGKET 1341

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|1061477205|gb|ODM94960.1| (Integrin alpha-PS2 [Orchesella cincta])

HSP 1 Score: 458.373 bits (1178), Expect = 5.396e-143
Identity = 247/600 (41.17%), Postives = 383/600 (63.83%), Query Frame = 0

Query:   11 VILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNF-LVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEILPVLSLDDRSV-TDSISIKKNCGVDNECIPNLSVFASSSD-TYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYI---RTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYM-IEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYI 602
            V++Y  ++ ++ N+TGDQIGAYFGY++   D DGDG DD+ IGAPM+T++     K E GR+Y++YQ++++ F K+ SI G  HK RFGLS+A  G+++ DG        + D  VG+PYDG   RGA+YIY GS  G++ +Y+QVIY  ++S+++ TFG+S+SGG DLD NQYPD++VGAY+S    Y +S PV+ + S L+F  +  KQINL+E++C+LR  +T V C  + I + Y G+G  + I   + Y LDAKK +  RMFFL +EG++   +T+++ K +    +  VYL P ++ DKLTSL+  ++Y M E S    + E+ PV+ +   SV  +SISI+KNCG DN C+PNL V  + SD ++ +GS +++ +   + N GED+Y   LY+SVP+G++Y+   R  TS+D  + +LCS P    N +L+C+IGNPLP  S+ +L + FQP        E    YDF++  NS+NPE+     +N   +   I+V  ++K+ G S P+ V +N +    N+    E +IG E+ H+Y++  +GPS + EA++ I+WPS+T   +H +YLL         +C+ +D++NPL +
Sbjct:    9 VVIYSSDLLHIQNITGDQIGAYFGYTLTVLDIDGDGLDDLVIGAPMYTDFDDPAMKIETGRVYVIYQSRQHHFGKFESIDGTAHKGRFGLSLASCGDMNKDG--------FNDFAVGAPYDGIYGRGAVYIYHGSSTGVRKEYTQVIYGEELSHTVSTFGFSLSGGKDLDGNQYPDLIVGAYESDVVAYFRSKPVVRVKSKLSFPQIANKQINLDEKECTLRD-RTSVTCTQLSICMEYDGVGADDVIDFNVQYTLDAKKPKDSRMFFLNHEGRNVLNETVRLTKKKQVCSSQQVYLRP-QIRDKLTSLEAELRYSMRE-SRYHERRELPPVIDITTSSVEKESISIQKNCGSDNICVPNLIVKVNQSDRSFLMGSTKRIWVEVEVANNGEDSYETMLYMSVPQGLSYVNFDRLDTSKD--VPILCSAPTPSTNNTLRCDIGNPLPFHSKARLRVFFQP----RYGSEIKSSYDFLVEANSTNPEDIHKRGDNLMPVRFPIRVQTDMKVFGVSDPQPVRHNATLWKKNEEKDKESDIGPEVTHIYELKCEGPSDIEEAEVRILWPSYTLAGQHFVYLLEQPLVDGPAECDHVDDVNPLAL 591

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|1101355876|ref|XP_018904082.1| (PREDICTED: integrin alpha-PS2-like isoform X2 [Bemisia tabaci])

HSP 1 Score: 464.537 bits (1194), Expect = 5.607e-141
Identity = 248/614 (40.39%), Postives = 380/614 (61.89%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKEN-RFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYA-NDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL------SNVEGKEEILPVLSLDDRSV---TDSISIKKNCGVDNECIPNLSVFASSS-DTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDS--SISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLK-FYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNIN 598
            MPRGA L GK++LY  N+TNL N+TG+Q+GAYFGYS+   D DGD  DD+ IGAP++T+     G +E GR+Y+VYQ +E  +F    +  G N K+RFGL++   G+++ D        G+ D  VG+PYDG+  RGA+YIY GS +G++ + SQVI+A N +     TFG+S+SGG DLD+NQYPD+++GAY++  A +L++ PV+ + S L F+ + KQI+LE+R CSL+   T V C+ +   L Y GIG+   +  ++  +LD+KK +S RMFFL  EG++   Q++++ KG  + K   VY+  S + DKLT L+  ++Y + +       S+      + PVL +DD       DS+SI+KNCG DN CIP+L + A  S   Y +GS E+L I   ++N GED++ +   +++P G+NY+  +  +D+   I VLCS P   NN +L C+IGNPLP    V   ++ +        +E +K  Y+F ++VNS+NPE+S ++ +N + + + I V ++L L G+S P  V YN +         E +IG ++ H+Y + NKGPS + EA+ Y +WPS+T +  H LYLL     +  V+CE +D +N
Sbjct:  318 MPRGAGLLGKIVLYSWNLTNLQNITGEQLGAYFGYSLCVVDVDGDELDDLIIGAPLYTDMTNNEGHYENGRVYVVYQGRETYKFRDLHTRDGKNSKSRFGLALTSLGDINKD--------GFGDFAVGAPYDGQFERGAVYIYHGSRNGVREKASQVIFAENVLPGHATTFGFSLSGGLDLDNNQYPDLIIGAYEADSAFFLRARPVVKMQSSLQFISESKQISLEDRTCSLKD-TTEVSCLQLSTCLEYSGIGVDKNLDFDVQLLLDSKKPKSPRMFFLSEEGKNVMNQSLRLEKGTRFCKNMNVYIKTS-VRDKLTPLEAEMRYTLRDAYTHFTSSSRRTSRLLTPVLDMDDELALVRRDSVSIQKNCGKDNVCIPDLRLIAQPSVKRYLLGSGERLYIDVLVQNEGEDSFESTFDMAIPPGMNYVNIERIDDAEKEIPVLCSAPTYANNFTLHCDIGNPLPKEKLVHFKVILEAF-----HKEGMKPRYEFYMAVNSTNPEKSISISDNLEHLSVPIWVESDLILQGSSHPSDVHYNSTIYNFENITTEADIGPQVIHIYSIRNKGPSDILEAEAYFLWPSYTLDGDHLLYLLEQPETSGPVKCELVDKVN 916

[Close]

BLAST of EMLSAG00000008119 vs. nr
Match: gi|1101355874|ref|XP_018904081.1| (PREDICTED: integrin alpha-PS2-like isoform X1 [Bemisia tabaci])

HSP 1 Score: 463.766 bits (1192), Expect = 1.349e-140
Identity = 248/614 (40.39%), Postives = 380/614 (61.89%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYR-VMGKFEVGRIYIVYQNKEN-RFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYA-NDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDEL------SNVEGKEEILPVLSLDDRSV---TDSISIKKNCGVDNECIPNLSVFASSS-DTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDS--SISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLK-FYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNIN 598
            MPRGA L GK++LY  N+TNL N+TG+Q+GAYFGYS+   D DGD  DD+ IGAP++T+     G +E GR+Y+VYQ +E  +F    +  G N K+RFGL++   G+++ D        G+ D  VG+PYDG+  RGA+YIY GS +G++ + SQVI+A N +     TFG+S+SGG DLD+NQYPD+++GAY++  A +L++ PV+ + S L F+ + KQI+LE+R CSL+   T V C+ +   L Y GIG+   +  ++  +LD+KK +S RMFFL  EG++   Q++++ KG  + K   VY+  S + DKLT L+  ++Y + +       S+      + PVL +DD       DS+SI+KNCG DN CIP+L + A  S   Y +GS E+L I   ++N GED++ +   +++P G+NY+  +  +D+   I VLCS P   NN +L C+IGNPLP    V   ++ +        +E +K  Y+F ++VNS+NPE+S ++ +N + + + I V ++L L G+S P  V YN +         E +IG ++ H+Y + NKGPS + EA+ Y +WPS+T +  H LYLL     +  V+CE +D +N
Sbjct:  344 MPRGAGLLGKIVLYSWNLTNLQNITGEQLGAYFGYSLCVVDVDGDELDDLIIGAPLYTDMTNNEGHYENGRVYVVYQGRETYKFRDLHTRDGKNSKSRFGLALTSLGDINKD--------GFGDFAVGAPYDGQFERGAVYIYHGSRNGVREKASQVIFAENVLPGHATTFGFSLSGGLDLDNNQYPDLIIGAYEADSAFFLRARPVVKMQSSLQFISESKQISLEDRTCSLKD-TTEVSCLQLSTCLEYSGIGVDKNLDFDVQLLLDSKKPKSPRMFFLSEEGKNVMNQSLRLEKGTRFCKNMNVYIKTS-VRDKLTPLEAEMRYTLRDAYTHFTSSSRRTSRLLTPVLDMDDELALVRRDSVSIQKNCGKDNVCIPDLRLIAQPSVKRYLLGSGERLYIDVLVQNEGEDSFESTFDMAIPPGMNYVNIERIDDAEKEIPVLCSAPTYANNFTLHCDIGNPLPKEKLVHFKVILEAF-----HKEGMKPRYEFYMAVNSTNPEKSISISDNLEHLSVPIWVESDLILQGSSHPSDVHYNSTIYNFENITTEADIGPQVIHIYSIRNKGPSDILEAEAYFLWPSYTLDGDHLLYLLEQPETSGPVKCELVDKVN 942

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BLAST of EMLSAG00000008119 vs. nr
Match: gi|242019521|ref|XP_002430209.1| (Integrin alpha-PS2 precursor, putative [Pediculus humanus corporis] >gi|212515305|gb|EEB17471.1| Integrin alpha-PS2 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 456.062 bits (1172), Expect = 9.046e-140
Identity = 262/616 (42.53%), Postives = 384/616 (62.34%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRV-MGKFEVGRIYIVYQNKE-------NRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHL-NSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGK---EEILPVLSLDDRSVT-DSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRT-KTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLK-FYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLS---GLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNIN 598
            MPRGA L GKV+LY VN+TNL NLTG Q+G+YF YS+A  D DGDG DD+ +GAP+ T+     GK+E GR+Y+ +Q          +RFVK+    G N K RFGLSVA  G+ + DG        Y D  VG+PYDG + RGA+YIY G   G++  YSQVI A D+S    TFG+SI+GG D+D+NQYPD++VGAY+S  A++ +S PV+ + ++ ++F  K KQI+LEE  C+L+   ++VPCI ++  L Y+G+ + N++ ++L   LD+KK +S RMFFL  EG+S K +TI++ KG++  +++ VY +   + DKLT L+  ++Y + +     G+     + PVL  ++ ++  DS+SI+KNCG DN CIP+L V   +   Y +GS E+  +   ++N GEDA+ A   L VP G+NYI   +   D +I V CS P+   N +LKC+IGNPLP    V+  ++ QP        E +K  Y+F+ +VNS+NPE+     +N +   I I V  +L L G+S P  + YN+S   G I N    E++IG ++YHVY++ NKGPS + EA    +WPS+T +  H LYLL        V+CE ++N+N
Sbjct:  286 MPRGAGLFGKVVLYSVNLTNLQNLTGHQLGSYFSYSLAVIDVDGDGLDDVIVGAPLHTDLNNNEGKYENGRVYVYFQEPRIDEDGYYSRFVKYEFRDGKNSKGRFGLSVAALGDTNKDG--------YGDFAVGAPYDGAEGRGAVYIYHGKKGGVRESYSQVIRAEDLSVPTSTFGFSIAGGLDMDNNQYPDMIVGAYESDTALFFRSRPVVKMVDARVSFNSKTKQISLEEENCTLKD-YSKVPCIYLQACLKYNGVEVDNQLDVDLGIALDSKKPKSPRMFFLNEEGKSIKNETIRLTKGELSCQSYYVY-VKQNIRDKLTPLEAELRYNVKDSQVFTGRRYTRSLSPVLDANEVNIQKDSLSIQKNCGPDNICIPDLHVTTKNVSKYLLGSGERFTLDVQVENKGEDAFEAMYNLQVPPGMNYINIERLDSDRNIPVQCSAPSAMTNNTLKCDIGNPLPKEKMVRFKVLLQPF-----HREGMKSSYNFVSTVNSTNPEDELTAVDNVETFTIPIWVETDLILQGSSHPPDIHYNMSHFDGNIRN----ENDIGPQVYHVYNIRNKGPSDILEAQTIFLWPSYTLSGDHLLYLLEQPEVNGNVKCEYVENVN 882

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BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold253_size237113-snap-gene-1.28 (protein:Tk00290 transcript:maker-scaffold253_size237113-snap-gene-1.28-mRNA-1 annotation:"integrin alpha-ps2")

HSP 1 Score: 745.347 bits (1923), Expect = 0.000e+0
Identity = 341/610 (55.90%), Postives = 471/610 (77.21%), Query Frame = 0

Query:    1 MPRGANLTGKVILYDVNMTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISNSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVPCIDVEIQLSYHGIGIPNRIRMELYYILDAKKDRSKRMFFLENEGQSEKRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVM--DELSNVEGKEEILPVLSLDDRSVTDSISIKKNCGVDNECIPNLSVFASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIEDEIGEEIYHVYDVNNKGPSTVNEADIYIMWPSFTDNSKHSLYLLGIEYDTNRVQCEPIDNINPLYIKTIGSR 608
            MPRGA+LTGK+++Y+ N+TNL NLTGDQIGAYFGYSVASGD +GDG DD+ IG+PMWTNY +MGK+E GR+Y+VYQ+ +++F K+ ++ G NHKARFGLSVACAGNL+LDGI ++N KG +DL+VG+PYDG D+RGA+YI++GS DGI  +++QVI+A+DIS +I+TFGWS+S G DLD N+YPD+LVGAYDSS AVYLKS+PV+HL S +NFL   KQI+LE +KC+LR G+TRV C+DVE+ + Y G+G+PN I ++L Y+LD KKD +KRMFFL  EG S + ++I I K Q++K  FTVYL  + + DKL++LD  ++Y +  D+         + PVL   ++   DSISI+K+CG DN CIPNLS+ AS    Y IGS EKL+++  I+N GEDA+NA  YL +P+G+NYI T +SE   ++ LCSPP   NN +L+CE+GNPLP++S++ LN+  QP ++   +++ L  Y+F ++VNSSNPE+  +  +N++ I I + V  + +++GTSKP QV YN+S  IP+KY  EDE+GEE++H+YDV N+GPST+ EA++YI+WPSF +N  H LYLL ++YD ++  C+ IDNINPLY+KTIGSR
Sbjct:  177 MPRGASLTGKILIYNSNLTNLYNLTGDQIGAYFGYSVASGDLNGDGLDDLIIGSPMWTNYEIMGKYETGRVYVVYQDSQHKFKKFDTLDGENHKARFGLSVACAGNLNLDGITRSNQKGIEDLVVGAPYDGPDHRGAIYIFMGSEDGILRKHAQVIHASDISTTIRTFGWSLSAGMDLDKNEYPDLLVGAYDSSNAVYLKSAPVVHLISKVNFLKASKQIDLERKKCTLRDGRTRVSCVDVEVTMRYDGVGVPNNIDLDLQYLLDVKKDHAKRMFFLNQEGFSARNKSISIKKNQLFKDVFTVYLTAAPISDKLSTLDAMVRYTLKSDQAGFGRPARSLTPVLGQFEKQAMDSISIQKDCGSDNLCIPNLSLEASHLGAYIIGSGEKLQVTAEIQNSGEDAFNAMYYLQIPRGINYINTNSSE---LTPLCSPPTLKNNYTLRCEVGNPLPANSELTLNVYLQPTED--NQDQPLTEYNFYMAVNSSNPEDGSDNQDNQRLIRIPVSVSTDWRVTGTSKPGQVEYNISQEIPDKYYFEDELGEEVFHIYDVKNRGPSTIQEAEVYILWPSFNENGDHLLYLLNVDYDRSKANCQSIDNINPLYVKTIGSR 781

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BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold1121_size61474-processed-gene-0.4 (protein:Tk07065 transcript:snap_masked-scaffold1121_size61474-processed-gene-0.4-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_60396")

HSP 1 Score: 151.754 bits (382), Expect = 5.984e-38
Identity = 160/618 (25.89%), Postives = 266/618 (43.04%), Query Frame = 0

Query:    2 PRGANLTGKVILYDVN----MTNLNNLTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQN------KENRFVKWSSIVGHNHKARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLG------SYDGIKLQYS-QVIYANDIS---NSIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQINLEERKCSLRSGKTRVP--------CIDVEIQLSYHGIGIPNRIR-MELYYILDAK-----KDRSKRMFFLENEGQSE--KRQTIQIIKGQIWKKTFTVYLLPSRLHDKLTSLDLNIKYVMDELSNVEGKEEI------LPVLSLDDRSVTDSISIKKNCGVDNECIPNLSV--------FASSSDTYTIGSDEKLEISTHIKNLGEDAYNAYLYLSVPKGVNYIRTKTSEDSSISVLCSPPNNDNNRSLKCEIGNPLPSSSQVKLNIMFQPIDEGHTEEESLKFYDFILSVNSSNPEESFNMDNNEKKILIKIKVFANLKLSGTSKPEQVSYNLSGLIPNKYMIE--DEIGEEIYHVYDVNNKGPSTVNEADIYIMWP 567
            PR  N  GKV+L+       M     L GD   + FGY++A+ D +GDG DD+ +GAP +++     K   G    VY N      ++++ +KW   V    ++RFG S+A AG+L+ D I         DL+VG+PYDG   RG LY+YLG        D   +Q + Q+I A  +    + + TFG+S+ GG D D N + D+ VGA+ S Q   L+S PVI +   L +  +  ++ LE    +    +   P        C  +E          P  +    L + L+A+     +  S+  F   NE  S    R+ ++I +  +      V  L     D    L   +   + +   V  +  +       PVL+  +     +I   K+CG DN C  +LS+                ++   E+L     + N GE AY A L   +     YI      D    + CS   ++   ++ C +GNP  S    + +++F+   + HT+      +   +S  S N       D    + + K +V     L  + +P +  Y   G +  +  I+  ++IG ++ H + V+N GP +VN  ++ + WP
Sbjct:  167 PRAGN-GGKVMLFSKCNGHIMPIHTQLAGDGFASSFGYALATVDLNGDGWDDLIVGAPFYSD-----KIGAGGAIYVYPNSPQGLAEDSQRMKW---VMPKAESRFGFSMANAGDLNNDQIA--------DLIVGAPYDG---RGRLYVYLGHGDFFSQSDTTPIQRADQIIAAEQLPINPSQVHTFGYSLFGGMDFDMNNHSDIGVGAFGSDQMFILRSRPVIDI---LTWFGEHPKV-LEPSSMTCPEYEGHYPDTLGATPRCFKIEACFEIK--QFPKNVESAHLAFQLEAEIFPGGRKISRIQFDGSNETSSNHISRKILEIRRSSLSGCFQEVAFLKEASSDLTVPLKFKLSLWLQQDEPVLSRNPMPQNIDHYPVLNTKETDKILTIPFLKHCGDDNLCQASLSIKIRFQEDQIREDDGVISVSPTEELAFHLDVVNEGEPAYGATLDFELDPSFAYI---GRADHHHDIHCS--YSETTLTVHCILGNPFQSG---EASLVFRVGAQAHTQIMYSSLFKASVSTTSDNLAPQSATDGLSFRSVKKSEV----SLQASVQPREFWYG--GQVRGESAIKTTNDIGSKVIHTFHVSNAGPWSVNSLELVVQWP 744

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BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold25_size650667-snap-gene-3.23 (protein:Tk06701 transcript:maker-scaffold25_size650667-snap-gene-3.23-mRNA-1 annotation:"integrin alpha-ps2-like")

HSP 1 Score: 88.9669 bits (219), Expect = 2.581e-18
Identity = 72/237 (30.38%), Postives = 116/237 (48.95%), Query Frame = 0

Query:    2 PRGANLTGKVILYDVNMTNLNN-------------LTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNK---ENRFVKWSSIVGHNHK--ARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLGSYDGIKLQYSQVIYANDISN-SIKTFGWSISGGNDLDDNQYPDVLVGAYDSSQAVYLKSSPVIHLNSDLNFLVKQKQ 219
            P+  N+ G V L    +T   N             + G Q G+ FG S+ + D +GDG DD+ +GAP++T  + +G  E G +Y+   N        +  S  + H  +  ARFG ++A  G+LD D +         D  VG+P++ +   GA+YIY GS +    + SQ I   D    S+ TFG+S++   D+D N  PDV++G+  S   V L++  V  +     F + +K+
Sbjct:  255 PKAFNVKGAVYLCPDCLTRDTNRGANIKFEKNSVTVEGFQFGSRFGQSICAVDINGDGFDDLVVGAPLFTPRKGVG--EGGNVYVFKTNVIGFRTNLILMSQNLQHAEEAGARFGATLASLGDLDGDRL--------GDFAVGAPFENQ-GAGAVYIYRGSRNFDLGEPSQKITPEDFPQLSMPTFGFSMT-VKDVDGNNRPDVMIGSQGSRHVVLLRAFEVERITPRSAFSIPRKR 479

[Close]

BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1482_size38982-snap-gene-0.12 (protein:Tk05078 transcript:maker-scaffold1482_size38982-snap-gene-0.12-mRNA-1 annotation:"integrin alpha-ps4")

HSP 1 Score: 55.4546 bits (132), Expect = 2.417e-9
Identity = 37/123 (30.08%), Postives = 69/123 (56.10%), Query Frame = 0

Query:   24 LTGDQIGAYFGYSVASGDFDGDGNDDIAIGAPMWTNYRVMGKFEVGRIYIVYQNKENRFVKWSSIVG--HNHK-ARFGLSVACAGNLDLDGIQKNNPKGYQDLLVGSPYDGKDNRGALYIYLG 143
            ++G Q G YFG ++A+ D +GDG D++ +G+P++        FE GR+ I   + ++R ++  + V    N K  RFG ++A             +  GY D ++G+P+   +++GA++IY+G
Sbjct:   15 ISGRQTGEYFGSAIATVDINGDGYDEVLVGSPLYVIINKSEAFEQGRVSIFEIDSDSRQMREPASVDGPKNQKGGRFGAALASL--------GDLDGDGYGDFIIGAPF---EDQGAVHIYMG 126

The following BLAST results are available for this feature:

BLAST of EMLSAG00000008119 vs. GO
BLAST of EMLSAG00000008119 vs. C. finmarchicus
BLAST of EMLSAG00000008119 vs. L. salmonis peptides
BLAST of EMLSAG00000008119 vs. SwissProt
BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
BLAST of EMLSAG00000008119 vs. nr
BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000008119 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	1.097e-104	35.89	symbol:if "inflated" species:7227 "Drosophila mela...	[more]
-	1.109e-82	29.89	symbol:pat-2 species:6239 "Caenorhabditis elegans"...	[more]
-	1.109e-82	29.89	symbol:pat-2 "Integrin alpha pat-2" species:6239 "...	[more]
-	1.184e-82	31.07	symbol:itga8 "integrin, alpha 8" species:7955 "Dan...	[more]
-	6.540e-78	30.62	symbol:itgav "integrin, alpha V" species:7955 "Dan...	[more]
-	1.458e-75	29.63	symbol:Itgav "integrin alpha V" species:10090 "Mus...	[more]
-	9.167e-75	30.52	symbol:Itga8 "integrin alpha 8" species:10090 "Mus...	[more]
-	1.506e-74	30.94	symbol:ITGA8 "Uncharacterized protein" species:982...	[more]
-	3.475e-74	29.66	symbol:ITGAV "Uncharacterized protein" species:982...	[more]
-	3.659e-74	29.97	symbol:ITGAV "Uncharacterized protein" species:961...	[more]

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BLAST of EMLSAG00000008119 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592863429\|gb\|GAXK01094133.1\|	0.000e+0	51.88	TSA: Calanus finmarchicus comp49126_c0_seq1 transc...	[more]
gi\|592815300\|gb\|GAXK01139268.1\|	6.250e-96	40.83	TSA: Calanus finmarchicus comp195953_c1_seq1 trans...	[more]
gi\|592815299\|gb\|GAXK01139269.1\|	1.954e-74	41.14	TSA: Calanus finmarchicus comp195953_c1_seq2 trans...	[more]
gi\|592815306\|gb\|GAXK01139262.1\|	2.840e-74	41.33	TSA: Calanus finmarchicus comp195953_c0_seq3 trans...	[more]
gi\|592815308\|gb\|GAXK01139260.1\|	3.083e-71	41.14	TSA: Calanus finmarchicus comp195953_c0_seq1 trans...	[more]
gi\|592934898\|gb\|GAXK01023655.1\|	2.569e-39	26.90	TSA: Calanus finmarchicus comp115737_c0_seq1 trans...	[more]
gi\|592860843\|gb\|GAXK01096719.1\|	1.407e-35	26.68	TSA: Calanus finmarchicus comp54921_c1_seq1 transc...	[more]
gi\|592815307\|gb\|GAXK01139261.1\|	1.031e-28	33.97	TSA: Calanus finmarchicus comp195953_c0_seq2 trans...	[more]
gi\|592815291\|gb\|GAXK01139277.1\|	1.113e-28	35.11	TSA: Calanus finmarchicus comp195953_c1_seq10 tran...	[more]
gi\|592815289\|gb\|GAXK01139279.1\|	7.550e-24	55.75	TSA: Calanus finmarchicus comp195953_c1_seq12 tran...	[more]

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BLAST of EMLSAG00000008119 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 6


Match Name	E-value	Identity	Description
EMLSAP00000008119	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s483:22851...	[more]
EMLSAP00000008437	7.440e-53	32.72	pep:novel supercontig:LSalAtl2s:LSalAtl2s517:12977...	[more]
EMLSAP00000010982	3.514e-36	26.31	pep:novel supercontig:LSalAtl2s:LSalAtl2s73:186903...	[more]
EMLSAP00000002521	1.593e-20	31.98	pep:novel supercontig:LSalAtl2s:LSalAtl2s149:62798...	[more]
EMLSAP00000010525	3.252e-15	34.48	pep:novel supercontig:LSalAtl2s:LSalAtl2s69:229443...	[more]
EMLSAP00000011881	8.424e-13	24.09	pep:novel supercontig:LSalAtl2s:LSalAtl2s836:33570...	[more]

BLAST of EMLSAG00000008119 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|12644121\|sp\|P12080.2\|ITA2_DROME	1.154e-105	35.89	RecName: Full=Integrin alpha-PS2; AltName: Full=Po...	[more]
gi\|226739702\|sp\|A8X3A7.2\|PAT2_CAEBR	1.255e-83	29.37	RecName: Full=Integrin alpha pat-2; AltName: Full=...	[more]
gi\|465903\|sp\|P34446.1\|PAT2_CAEEL	2.864e-83	29.89	RecName: Full=Integrin alpha pat-2; AltName: Full=...	[more]
gi\|341940847\|sp\|P43406.2\|ITAV_MOUSE	2.925e-76	29.63	RecName: Full=Integrin alpha-V; AltName: Full=Vitr...	[more]
gi\|156630937\|sp\|A2ARA8.1\|ITA8_MOUSE	2.163e-75	30.52	RecName: Full=Integrin alpha-8; Contains: RecName:...	[more]
gi\|124056464\|sp\|P80746.3\|ITAV_BOVIN	8.646e-75	29.07	RecName: Full=Integrin alpha-V; AltName: Full=Vitr...	[more]
gi\|311033437\|sp\|P53708.3\|ITA8_HUMAN	1.219e-73	30.58	RecName: Full=Integrin alpha-8; Contains: RecName:...	[more]
gi\|143811408\|sp\|P06756.2\|ITAV_HUMAN	1.812e-72	29.50	RecName: Full=Integrin alpha-V; AltName: Full=Vitr...	[more]
gi\|124950\|sp\|P26009.1\|ITA8_CHICK	8.114e-71	28.98	RecName: Full=Integrin alpha-8; Contains: RecName:...	[more]
gi\|124958\|sp\|P26008.1\|ITAV_CHICK	5.998e-70	29.48	RecName: Full=Integrin alpha-V; AltName: Full=Vitr...	[more]

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BLAST of EMLSAG00000008119 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
EFX79732.1	1.577e-153	40.80	hypothetical protein DAPPUDRAFT_304328 [Daphnia pu...	[more]
EEB17471.1	1.849e-142	42.53	Integrin alpha-PS2 precursor, putative [Pediculus ...	[more]
EAA06518.5	5.407e-136	40.39	AGAP000032-PA [Anopheles gambiae str. PEST]	[more]
XP_006565115.1	1.580e-130	39.97	PREDICTED: integrin alpha-PS2 isoform X2 [Apis mel...	[more]
XP_001120437.2	2.042e-130	39.97	PREDICTED: integrin alpha-PS2 isoform X1 [Apis mel...	[more]
gb\|KFM62845.1\|	5.474e-124	35.98	Integrin alpha-PS2, partial [Stegodyphus mimosarum...	[more]
gb\|EFA09341.2\|	5.711e-117	38.79	Integrin alpha-PS2-like Protein [Tribolium castane...	[more]
AAN09423.2	4.693e-106	35.89	inflated, isoform C [Drosophila melanogaster]	[more]
ACZ95313.1	5.592e-106	35.89	inflated, isoform F [Drosophila melanogaster]	[more]
ACZ95312.1	5.592e-106	35.89	inflated, isoform D [Drosophila melanogaster]	[more]

Pages

BLAST of EMLSAG00000008119 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|321468749\|gb\|EFX79732.1\|	7.717e-151	40.80	hypothetical protein DAPPUDRAFT_304328 [Daphnia pu...	[more]
gi\|157136654\|ref\|XP_001663809.1\|	5.586e-147	41.64	AAEL013600-PA, partial [Aedes aegypti] >gi\|1088699...	[more]
gi\|1022760764\|gb\|KZS06814.1\|	1.176e-145	38.89	Integrin alpha-PS2 [Daphnia magna]	[more]
gi\|942348698\|gb\|JAN56280.1\|	1.523e-145	38.89	Integrin alpha-PS2, partial [Daphnia magna]	[more]
gi\|942385879\|gb\|JAN74869.1\|	2.140e-145	39.34	Integrin alpha-PS2 [Daphnia magna]	[more]
gi\|1041553795\|ref\|XP_017304306.1\|	3.421e-143	41.53	PREDICTED: integrin alpha-PS2-like [Diaphorina cit...	[more]
gi\|1061477205\|gb\|ODM94960.1\|	5.396e-143	41.17	Integrin alpha-PS2 [Orchesella cincta]	[more]
gi\|1101355876\|ref\|XP_018904082.1\|	5.607e-141	40.39	PREDICTED: integrin alpha-PS2-like isoform X2 [Bem...	[more]
gi\|1101355874\|ref\|XP_018904081.1\|	1.349e-140	40.39	PREDICTED: integrin alpha-PS2-like isoform X1 [Bem...	[more]
gi\|242019521\|ref\|XP_002430209.1\|	9.046e-140	42.53	Integrin alpha-PS2 precursor, putative [Pediculus ...	[more]

Pages

BLAST of EMLSAG00000008119 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4


Match Name	E-value	Identity	Description
maker-scaffold253_size237113-snap-gene-1.28	0.000e+0	55.90	protein:Tk00290 transcript:maker-scaffold253_size2...	[more]
snap_masked-scaffold1121_size61474-processed-gene-0.4	5.984e-38	25.89	protein:Tk07065 transcript:snap_masked-scaffold112...	[more]
maker-scaffold25_size650667-snap-gene-3.23	2.581e-18	30.38	protein:Tk06701 transcript:maker-scaffold25_size65...	[more]
maker-scaffold1482_size38982-snap-gene-0.12	2.417e-9	30.08	protein:Tk05078 transcript:maker-scaffold1482_size...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s483	supercontig	LSalAtl2s483:228516..360458 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s483-snap-gene-3.16
Biotype	protein_coding
Evidence	IEA
Note	Integrin alpha-PS2

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000008119 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000008119	EMLSAT00000008119-703966	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s483:228516..360458+

gene from alignment at LSalAtl2s483:228516..360458+

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAG00000008119-690885 ID=EMLSAG00000008119-690885|Name=EMLSAG00000008119|organism=Lepeophtheirus salmonis|type=gene|length=131943bp|location=Sequence derived from alignment at LSalAtl2s483:228516..360458+ (Lepeophtheirus salmonis)
GCGAGTTGTATGTACATAGTAAAGTCTATTTTATTTATAATTTTCTTTAT
TGAGTCCAAAAAATATTTTGAATAAGTTGAAATTTAATCATGTGCCATAA
TATGTGTATAATAATCTAACATTGCCACGTTCAAAATATTTTTCCCCGTT
TTCGTCTGTTAATAGAAAACATACTCTAAATGTAATTTATAGGACGAGGG
AGTATTATCTTATTTCATACCTCATGCATTCTATCGCCAAGAATTAGTCA
TTAATGAAAAGAGAATCAGTTGATGAATGTAGTGTATTTTCTGTGATATT
TTGTTTAAAAAAAGTTTTTATTTTACTAAAACTACATTATTTTTTTCGAT
AAAAAATTAAAATTAAATTGAATATTCTCTGAATAGCTAATTTTTAGCAT
ATTAAGAATACTTAAAATATATTTATCATGAGATTTTTGTACCTTAATGA
CGACCATTAGAAGACCTACTAATAATGAATGATAAAAAAATGTTAAGTGC
TACTGTATAGTTACATTGGATAGAATTACTCTACTAAATAATATTATATA
ATTTAGTGACCATTTTCATAAATGATTTATAGAAGAAATATTATAGTTAC
TCTGCAAGAATCAACGTTTAATATGAATTGTTCCAAACAGTCAATTTTGA
TAGTATTTACCTTATTTGTATCATCTTCAATATCATTTAATATCAATGTT
CCTTCAAAAATAATTTACTCACCGTTAAAATATTGTCAAGATGAAAAATG
CATGTTCGGTTTCTCAGTTGCTCAACATAAAGTAAAAAACGGAACATCAT
GGTAAGATAATATTTTATAATTTTATACGGAAAATAGCTAAAAATTACTA
CCCAAAAATTATGGATAAATGGCTCTGTTTTAATTATATATATAATACTG
CTAATAATTATTAAATGATGTTATGAAATCGGTTTTTTTCTGTGAGATAT
CCACAACAGTTAAGAAAATTATTAAGTTATGTTCCTTTCGTAAGTCTACA
CTTAATTAATTGAATAATGATGAAATTAAAAGAAACAAAACTTTGAGCTC
CAAAAATCTTTATGATGTTTTAAGAGTCTTTTATATTTTTTTGCTTAATA
AGTGTGTGACAAAATATCATGCAACGAAATTTTGCAATAAAAAATTTGAC
AGTATTCCTTGACGAGATTTAACACATTATCGCGATAGCACGGGGATTAG
CATGGCGAAGACATCGATCACAATGCTATTTATTTTGAACCATTTCTTTT
ATCTGCTGCTCCTTTTTTTCTTTTTATTCGTTGCTGGTTCATTAGTTTGA
CTCGAATTAGAAATTGATAGTTGATAAATATTCATATTATGAAATGAATA
ATAATATTCAAATTGTCATTTAGTATGGTGGTGTATATCTTTATAAAAAG
CATTAAGAATGAATGAAAACAAATATATAAAATAAATTAATTTCTAGTTC
TATCGTTAAGAGTAGTATTTAATGGATGTTCTGTGTAATTTTATAGTGAT
ATCGGAAACATTTGAATAAGTCGGTTAATTTTTTGCTGAATAATGCATTG
TGAACTTAACAATTCCCCTGATTAACTACTTGCGTTAGCTTTATTTATTA
TGGTTCATGTCCATTGCATATAATTACCATAGAGATATATATCAAATTTC
GTATCGTATCGTGAAAATTTGATATCATGACACCCCTATATATTCAAAAA
TTTATGTTTATTATACCATGAATTACTATATATCTAGATAGGGATGCAAA
ATCAATATTTATGGATGTACAAAATACAACGGGATTAAGATTAGAAATGT
TAAACGCTTGGCTCTATTGTTCTTTTTAAAATTTTGCTCATTCTTTCATT
TATCGTGTTTAGGATAAAATCTATAATAAAAAGATGAATTTCCACCTACT
TTTGCTTTACTTTTTCATATGTATAACAAAATAATAATATGTATGTTCAT
TCTATAATCTCCATGGGATACGCTAACAAGGGATGGAACAGCCAAAATAA
ACAACTATATTAGTTGTCTATAACGCGTGTACGATTGATGGTTGACTTCC
ACCTTGCATTTAATATTGACGTTATAGTAGATAAGGGGTTGCATGTTTTG
TCAAAATCTGTTTTCTTTCCCAGGAGTCGGTACGATACATGAAGTTAAAA
ATTCTAGCAATAATGACGTCATAAACTATGACTGGTTGCAATGTTTTGTC
AAAATCTGCTTGTTTTTGCCCAGCAGTCGGTACAATACATCNGTACGATA
CATGAAGTTAAAAATTCTAGCAATAATGACGTCATAAACTATGACTGGTT
GCATGTTTTGTCAAAATCTGCTTGTTTTTGCCCAGCAGTCGGTACAATAC
ATCAAATTAAAAATTCTAGCAAGCTCGATTACATGATAGTCTTATTTTGT
ATTTCTAGTAACCTTGAGCTGTCATAACAAAGATAGCTAAGCGGAATGAA
TAAATCATATAATTTTTTTAAAATTTGGATAGTTTGAAGTTTTTCAAGAT
ATTAGATATTATTGTCGATAATGGTTTGTAACAGATAAATTAATATAAAT
GGCAGACAGAAATTGGGCAACATCATTAATAGAAACTATTTTATTAAATA
ATATTTAATTTATTCATTSATTTACCATTTAATATTGATATTTTTCTAAT
CAAACTTTTTTCGGTTATAACTTTTCTGAATATGATCCATTTTTTCTGTA
GCAAACTTTTATGGTGAACACAGAGAACATTTTGAAACAATGTTGCTTGG
TTTGTTACGGACGCTGTCACCAAATTATATTTTTCTTTGACAATTATATC
ATCAAATAAAAATTTCCAATTTAAAATTTAATAATTAATTTTATAAGAGG
ATATCGTTTTTCAAAATCTATTCATAGAAGTTTCTTACAAATGCAAGTAT
CATATGTACAAGATTGCTGATGGTTAAGAGAGGCCACATACATATTTCAG
GAATTCAGGATTACAGGTTTCTTTTTATTTAGAGGATACGTCTAACTTTT
TTGATGACCTGATCTATTTCTCTCTCCTTGAGATTCGATGGGAACTTAAT
TGAACATAATATATTATCCGTTTTTTAATAAGCCGGACTTGTTTTATATC
CCATGGCAATAAAATGGTCGGATGTCTTAAAAAAATGAAAGTTCAATAAA
TTTTAAGATTGGAGCAGCTATTACAAATAACATATTAACTTATCCATTCA
CAATACATTCATGGGAGTAAGTATGTAAATTAAAGGATTCCAATTCACTT
TTATGAATAAAGTTTTTTTAACTGATTTCAGAAATTGCAATATTTTCAAT
ATTTATTCCATAACAACGGTTATTTGAATATTTCGACAGAAATTCCGTCT
CGTTTTTTTATGAAATTATAGAAAAGAAATAGGGAATGTTATGAAGGTAC
ATGTAGAGCAGGCAAAAAAATATTTTCTCTTCTTCCAATCATTTTTTTTT
TTTAAATTCATGACTAGTATGAGCCTCTCCGTTCCACGGACACATGGGGG
AGGGACACATTTGGACACAAAATGCTGGTATCATATATATATAGTACTTA
TATAAGTACTTAATTTATTCCAGAACAATTACTAAAAAAAATAAATTGCG
TGGTGGCCTCGTGGGTGTGATAAAAAGAAGTTAAAGTTCGTCAAAATTAC
TACTGACCACCCACTGTTACGCATTTTTTGAAGATAACCCAACAAATTGC
AAAAATACCAAATAATCAGTAACAGTAAACAATCAATAGATATCTATGTA
ACAATCCTCTCACTATGTAGCTAAACCAAATTTATGATTAATATTTTTTT
TGATTTTTTTGTTTATTTTTTTATTACAAATAAAAAGTTTATTATACCTT
TGCAAAATTAAACCCTGTTCAACTCCATGTCAATAAACTAGCCTACTCCT
AACTTGCCTAAAATTGCTTAATACATTCACCAACTACAAAATTACTTAAA
TTCCAAATAATTTATTATCCTGCGGAATATCCTATCCTTCAGTAGAATGC
TTATGGGCCATAGGTACTTCAAGATATTACCAAATATGTCAAACTAGTTG
TACAATGTCACTATTTGTCTTTATTGAACAAATTAAATTAAAAATATTGA
ATTCTCATAAGTGTTCATCCAAGACGAATTAGCTGGGGTATGTGATCTCC
CCTTCCCTCTAATTTTTAATAATAGATTGAAAAACAAAAACTGTTGCTAG
GCAGAGTAAAACGGAGGAGGAACAGGAGAGGGGAGGAGAAAGAAGATTCA
AAAGCTTATTTTTGTATATATAAGATAATATCTAGATATGTAACAAAATA
TAGATTGACGGAGTGAAAAAAAATTGCTTGAGGCGTGAGCAGAAGTCTAG
AAGTGTTTTAGGGATCCCCATAGAAATACTAGATTTTCTATATATTTATA
TGGGGGGGGGGGGGGGGGAAGTAATTGCATGTTAATTATATTTAATTCAG
ATTATTTCTTAATTAATCAAATAAAAGTATAATATACGTTAAGACATATA
TTTATGTAGTATTTTGTAAAAATTTTAATTAATTTGTCAATACGAAGTAA
AAAAAAAATTAAGCAGACATTAGCAACTTCAATCCTTATTAATGCTTAAT
TTGAAAGTACTTTGTATTATTATTATTATTTTTCCAGTCCAGTTATTTAA
ACGTAATATCTTTAGCACAATACTGTATTCTATAATTCCTGAAAATTTCA
TTCAATGCTATTGATGTTTAAGAAAGTTGTTTTATTGAAATATGATGTTA
TATAACAGATTTTGGTGTAGGGTTATAACCACAGTGGAATATAATACTAT
CCACCGGTATGCTAAAAAAATGAACGTGGGACTCCTAACAGTTGAATAAT
ATTTTTGAGAAGAGCAGTAGGAACAGTATTAATCAAAACTTAATAAATAA
TTTATCTTTCGAATGTTAAAAGTTTTTATCAATTGTTATTACTTAAATTT
TCCTCAATTCAGTAATTTCACTTTGAAATATGGGTTTGAATAAAAATTAT
ACTCTTAAAACCTGATTTTTAAATAAAGGTTTTAAATACCAAGCTAACAA
CGATTSAAAATTTTAATGTTATATGTCTAAAATAACAATGAAAATGTGGG
TTTTACGTGGCGGGCGAAAATGGTGTTACATATTACTATTAATCTAGAAA
AATATAAATAAAAGCTAAAATATCCTTAAAATATCTTCCAACCCAGTTCT
TTCTTACTAACCACTATATAGCACATTCATAAAAATAGTTTGTTTCTTAA
TTTGAGGAAGAAGGGCGAAGAGAAAATGCATGAATATAGTGAAGAGATAA
TAAATAATGGGTCAAAATTTATTCAAATCTTTGTTGTTGACAATGTAAAT
ATTTTTGGGATATTAGAAATCGACGAAGAGAAAATGCTGAGAAAAATAGA
AACTGAAAATAACCCTTACAAAAGATTTAAAACTATTACCTTAAGTATAA
AGGTTTCTTCGTCAAAAGAACGAGTAAAATCGTTACTTGGGATTTTATAG
TCACTGTGTCAAAATTGATTCTCATATTACGTCATGATGTTTACTCAGAA
AAAAGTTGCATGAATAAGAAGTGTTTTCGCTAGAATAAAAAAAAATATGG
TCAGTTGCTTTGTATTTACTTATAATAATATTTCTGAATATATGAATTTA
TATTATAATGTTAACTAAGCAATTGATCCATATAATATCAGAGGACAATT
AAAAAAAAATTTATAGCGTCTTAGTTTTGGCACTTAAATGCAAAGGTATT
TGCAAATATGAAATATACTCGATATATGTACTTCAAGCTACGCACTGAAA
TTCACCACTTATTAAGATATAATAAATAATACAATCAGTCATCATTAAAT
GAATATATATTTCAAAGCAAAATTAATATGAAAAAACTCATTTCTCCTCA
GATTTCAACTTCTTTACCTTATCCGAAATATTTTTTTTCTGTCTTTGCAT
GTCTCTTTCGGTTTTTATAAATTAAGTTATCAATCTCATGAGCAAAATTT
TAGTTCATGACATTAAATAACTTAAATACACATTGCTTCATATATTTTTT
GAACAGATGACCATTCTCACATTGTCGGTCAAGCAAAAACTAGACTCCTT
TTTTAAGTGCTGAATGAAACTTTCAACAAAGAGATTTTGTGGGTTTGAAT
TATTTAAAAGTATTGTTTTATGTTTAATAGATTGAAAAAGGGATACATAA
TATTTCCAGGCGTCCTGAATCAATATAAATAGTTCGTCTGATAGTTCTAT
TAAAGATCCTTTCGAGATATTTCTGATAAAATCGTTATGTTATTCAAGGG
CGTGGATATTGATTTCGTCAAAAAAAAACAGGATTGAAAGGTTACATTGC
GAGTTGTCATCTTCACTTATTAAGTGAATAATAGTTGTAATAGCTTACAA
AAAGAACATTTAACTATGGACAATATAGATTTTGTACAATATCCTGGAAT
GTAAACTAGTATTCCTCAGTCATCATGGAGTGGAATGACAGTGACACTTA
TGTTTTCCAGAAGAAGATTTGCCGTACTCAAAAGATCATCCTCAAATTTC
TGAACAAAATGTTACGAATGTCGACCAATCTCATTTTGCTAAACTTGAGG
TGAAGTGAAGATAATTGTACAGATTTTTCTGTTTAGAGGAACTGCCTCAC
ACTAGCGTAATAGTTGCATACACTACTATATCGATAAAAACCCAACTTTG
GTTCCAATGGATCAGACTGAATTTGTCCAGTTAAGACTTAACTAAAACTT
TGATGTAAAACTAAATATTGACAAGTCCATCATAGTAGAGGTTGTTTGGA
TTAATGTAAAAAATGTCTCTGTACTAAAACATGTTTCTTTTGATGAGTAA
GTTCCAAAATTATCCAACCAATTAATAAATTTTTTGTAAAAAAGAATTTT
TTTGTTGAAAATTAAATTGTGTTGTGAGTTCACAATTCCGATCTTTCTTT
TTTAGGGCCGTAGTTGAATATTTAAGATTGAATAAATTCCACCAGAGCCT
TATCAGCTTAAAAAAGTTTGTTGTTGTTTGGAATTCAGGGTAACCATTCT
ATGCATAAAATTCAAGACCATAAATGGTACTTTCATGGAACAAGGTATCT
GTTAACTTGACGTTGGGTTTTTTCAATAGGATGAGGGTTAAGAACTTTGT
CATTGAATTGGTGTGCATATTTCAAAGGTTTTTTCCTGCTGGTGATGATA
TAGACTTTTTAAATAGAGAAATTCATAAATCATTTCTTCGCCATCAAACG
AATGACATTTCAAAAACTTTCTTCCCAATAAGCTGTTTTATATGCACATA
ATCAAATAGTGAAAATAACTTTTTTTCACTATCACAAGGATGATGTATAT
GCCTATCAAATATGCTGTTGTATAGCTCTTGAGTGTAGAATTTCCTGTTT
ACTGAAGATCCATCAAGCAGTGATGCAACTGGCTCAACAGGTGTTATTGC
GATAAAAAACATGGTAGAATAATCTTCTCATAATTTTTGATATAATTTTG
TCAAAGTTACCTTAGCAATAGTGTCTTCATATTTGTTACTTCAGCTCTTG
ATCATCACACAAGCTAAAGTCGAGGCTGGMGMATCCCCRGCATGTGCAAT
GCTGTAAAATTTCCCTCCTGAAACACTCACAAACTTTTGGAATGAAATAT
AAATTTCGTATAAAAGTGACTTGAATTTCTTGCAGCTTACCCATATATTT
TAGCCATAACAATGGATACAATTCTTTCATTATAATTGACATTCTTGACT
CTTTGCTCTCAATATTTTATGGTTTGATGAATAAGCCCAGTATCAACTAT
AAAACAGCTTGAAAGCCTTGCTAACCACTGAATAGGCGGMCATTTCATTA
TTCCTATGCTCAATAAATGTTTGTAAAAAGATGTCGATGATCTTTGCCAA
ATAAGAGCCATTGCTGAAAATTAAAGCGTTACTTAAAGTTAACACATTAA
ATTAACAACAATATTTACCAAGCCTGCTTTGGGATTACTTCCTATGTCCT
CTTTTGGATTTACAAAATTCAAGTTGCTCAGTCAAAAAAAGTAACGATGG
TTTTAACTGCAATCGATATTTTCCACTTTGCCGTTGAGTAAGTCAATGTA
ATTCTTAATGACGAAGTGGTTTTTTGATATAACTGTTTCAGCACCTAGTG
ATTTAGTCTTGGAGATAAAATTGCATATCTGACTCGTTGACGTAATGATA
ACCCGTGGAGGGAATTCAGGAAAATGTATCATAACAACAGGACATTCATT
TTAAATGAGGATAAGGGACAATCGCAAGGGCATAAAACAAGATGGATTCT
TCTTCTCATTGAATCAATATATAAAGCGTAAAGAAATTCCATCAATATAA
CTTTTTAGCTTAGAAATAGATTGGATTATCTTTGCTTAAAAAAATCAGAT
ATACAATTTTCTAGCCAATGAGTCCAAATATATTTTTAATTCAAACCTGG
AAAATTGGATATTATAGCATCGGGGTTCAGTCTTTATTAGAGTTGAGAGT
AGAAATAATATTTATTCCTCGTATTTGTGTGCTGAGAAGTAACTCCATTA
GTTGGAGGGATTGAAATGAATATAGCAATCTCTATCATATTGACCTGGCT
TTCAATTAGATTGTGGAATTGCTTGAGTCCATTCATGATAAATATCTTCT
TTCTTCGGAAATACATGAAGAATAACCCCTGAATCCTTCCCTTCATTCTT
ATATCCTGTTTTACATCCAGGGACACAACCTATTTTAAGTTTTGTATTAC
ATCAGTGGAACTCAAGAGGACCAAAGACTAGATATTATTTCTGCGAAGTA
AGTATTAAGAAGAAGGCAATACAAAATACTTCTGATGAAACAGTTTCTTC
TCTCTATTATCCCCAGCGTTTCTACACTTTGCTTTCCTGTAAAAACTTGT
TTAAGTCCATGCATAAATATATATTAGTCATTGGGATAGGCTGGGYTTGA
AGCTTTAAACCAAGTAGCGAAACGAATACCCACGTGATCAATAACTGAAA
AATGTATTGCTGCACAGAAACTTTTTTTCTTCGCTAGAGGTACTGTTTAG
TTATTATTTGGAGATATAATTAGGGGCTATGTCTTTATCTAACATAGTTT
TACTTTTTGGAAGATACTCATTTGAAGTCCGGAAGACAGCCTTAGTTTAA
CTATAGAAGATTTTTATGATATGGAGTTTTATTGATCCAATAATTTGTTT
ATTCTAGTTCAAAGATTATGATGTTTATTCTGTGTTATTTTTTCATATTG
AGTTAATGTAAAAATATATATTTTGTATTAAACTATGTAGTCCAAGTCTA
GTCTCGAGTCCAATTTTTCACCTCTGACAATAATTTACCATTCTATCTTA
AATCATACATTTATTATCATAATAACAATTAATCGATGATAAATTTACAA
TTGAAAACTCCGGCTTCTCCACTCTAATGGGGAATTCAAAAAAGGAAAAA
TGAAAGAATAAAATAATTTCTTCTTTCCAAGGAATTTTAGAGTAAGGTAG
GCGTGCTTCATCATTCATCAGTCACTCTCTTTATTACATCCCAGCCTACG
TCGGTTGTAAGAAAAATGACAGTAACGTCATACGAAAGGCGTCATCTCAC
GAAAAAGTGTTAAAACGCTGCACCATTGTACCTCCTCAAGCTAACGGTCG
TGTTTCTCTGCTTGGTTTAATGCTTTAGCCGGGATATAATGAAGAGGGAG
GAAGCACGGAGATTGAAATCACACACCCTTGTTTTTGCTGAGGGAAAACC
TTCAATAAATAAATCTTTGATATTTGGCATAATTTGGAAGGAAGGAAACA
AAGTCATATATTTAATATACATGGAGATTATGTTCTTAAAACAAGTATTA
GACTTCAATATAACAACATCTATAATATAGAAAAAAACTTATTAGCATTA
TATAAGCCAATGAAAACCAATAATAATACATTCAAGACTCCAATTTAAAT
AGCAATATGCATATAATTTTTTTAAATGCCCCACAAAAAAAATTAGTGCG
GTATAAATAATATTTTACCCTAACTACAGAAATGAAATGCACATATACTA
GCTCCAATATTATAGATACAATTATTATGTTAAATTCAATAATTTTTTGA
TTTAGACACATACAATGAATTTTAAGATACATTGAACAGTTTATTCACTC
ATCTATTTGCTCCAGAATCATTTTGTCTCTGGCGTTTCCTATTTTTTTGC
TCATTGACAGAAGAACAATAGCTTCTAACTATGAAATTAGACGCGTCTAA
GCTATTAATTCAATCAATTTAAAAATCCTCATATAATTATACTACGCATA
TAGCACTTATAAACAAGGTCCATTTTATTTATTAGTCTTCCTCTGTCCTT
ATTGATGGCGAAGAGAGCTAAATTTGCAAATTTTAATTTATTGGTGTATA
AGACATAAGAAAAAATCCATTTCTCAATTTTTATATTAATTAAATTCAAA
CTCGTTATGTATTTTTGTCACTACTAATTTACTTTGATGTTTGTTTCATT
TTGAGGCAGGATGGATTTTTTTGAAATTGTCCCAAACGTTAATACGTTTC
TTTATAAAAATAGAAGATATTTCATCCTTATCATCATACATGATCTGGAT
GGTAATTGAGGGTATGGTGGATTTAATCAATTTTTTTGCAATCAGCCAAA
ATTTTCTATTGTGTTTCTTTCTACATGATTCATGTTACGGAAAGTCTTTT
CAAAACCACAAAACCTCGGATAAAGTATCGTAGATCTACAGAGAGTAGTA
TTGCTTTCTGTTGTTAAAAACATTTTACATACTGATAAACATAGATAAAC
ATATCACAAACAAGCTTTCCAACAGATGATTCCTCAGAACAACAACCATT
GACTCTGAGGGTTATGTACATAATAAATAATAACNTTTGAGAGTGGGACT
ATCTTAGATGCAGTGACCTTTTTTTCGGAGCTTACTTCTACAATAATATA
ATACATAGTTCTTAACCCTTACAGAAGGTCTTCAATAACTTTCCCCTCAA
CGAAATCGATCGACGTGATTTCTTTTATGGATTTGTTCCACATAGTAAAA
AAGAGACATATAGTGGATCTAAAGGATATAATTGTACATTTAATTTATAC
AAAATTTAAACATCTGACGTTCTGAAACGTAATGCTTTGGTCTACCAATT
GGAAGTAGTATGTCGGCATAAAAAATAAACCCCTAATTAGATTTTTGATT
AGTTAGAAATTAATTTAATTTCATCATTCCCTTTACACAGGGTATTAATT
ACAAGACCATCAAATATATCAATAAAAATAAATTTAGTTAAAGCTTGGTA
TCACTGGTATCAAAGATGCAGGGTTGACAATTTCACAATTTTTAGGTTCA
ACTAGATATTAAAAACAATAAACAGCTTTTATACACGCATAAATCACGAA
CTTCACCATTACTTTCCTCATCATTAAAATTTTTAATGACCAATTTTTCA
TTATTTACAGGGTAAACACAAAACATTAATTCTTCGTCTTCAGAAAAAAT
ATTTATCGAAATACGAATACATATTAAAATTTTAACCAATAAATTCTCTT
CAAGATGTAACTTATATTCACTATGTCTATCGGTGCTTAATAAACTTTAT
AATTCAAAGTAATGTCGATTACTTTCGCTAGTCGAAAACAAAAATCAAAC
AAAGATTACTTTTCAAACGAACTGGAATTAGCAATACACATTGCACATAA
GACAACATTTTTCTAGATTGTGTTGTCTGGGGGAAAAAATAAATTTTTAA
TTTCACAGATAAAAGAAGTAAGTCTAGGAAGATTTACAGGTTCTAATGGG
CTCAAAAAAAAAGAAAGAAGGGAAGCCAAAGGTTTGACGACTTTCTAGTT
TCTGACAATTTCTGAGCTTTTGACGAGTTCTGAGTAACKCTCATTTTTTT
TTTTTTTGCCTACGAGCCAAGTATTTTGTATCGTCTTTTATTTACTTCAT
AAAACTCGGAGTATGAATTACGAGTTTTGCTCGTGGCACATTACTACAAA
AGACAATGCAAAATGAAAATATAAAAACCCTCCAAGGAAATAGTCTACCA
GAGAAACATAACCAAAGCAGAGTCAACTGGAATCTTCTTGTAGCTTTGTT
TGTGTAAAAAGATAKCTCCGCCTCTCTTTCTTATCTGAAAAAATAATAGG
TGTGACAGTAATNNNNNNNGAGAGATTGAGTAAGAAGAAAGAATGATGAG
ACACAAATTAATCTTGCTGAATTCCCCCACAGTTATTTGGTTATTATACA
ACCCAAGATATTTTAAAATTCTTCTTATTCCTGTGAATTGACTTTTTATC
GCCAATACTTTTCATTATGCTCCTCAAACATTAAATCTAATTATATGTCA
TTCTTTATTTATATAAATAATGCCAAAAATGGATTCTTGTGTATATTTAG
CGATTTTTTAATCAAGGTATAGTTAAGTAAATGATTGTTTAGTTTAAAAG
TTGTTAGTTTGTTTTTCCTTTTAATATCTGGGAATTTTCTTTTTTGTTAA
TGTGAGACTGAGGCATACAATGGTAGGTACAAAGTTATAATACTGTAACT
ATTATTTTAAATAACATATATCCTCATAAAAAACTGATGGGTACTAACTT
GATTCCCAAAATTCGCATAAGTAATGAATATTTCATAGAAATTTTTACAA
AAACAAAAATATAACGTTTTTACTATAAGAATAACAAATTTATATCTTTT
TGAAACCCCAAACTCGTGTTGTTAAGGTGCTCTGAAATAAATATTTATTT
TTTCTAGATGTCTTATATTTATACAACGATTTTTAGTATTTTAATTGATA
TTTACGTGTACAAAATGTATAGAATAGTTAAAAAATGATACAAAATGTAT
ACAATAGTTAAAAATGATACAAAATTTAAATAATATAGTTATTGTGATCG
ATCAACTGTTTATCTTGTGATCAAGTGCCTCTTATTTTTGGGCTTTTCTT
TAGTACCCAGTTCACTAACTACATTTTAAAAACAATATTCACTAACAGAC
GGTTAAATGTAGCAGTGGAAGATGCCACTATGGTAATAAATAAGAAGCAA
GTATGTTACAATTAAACCTGACTCCGAAACAGCATATTTGTTGATCTCAA
CAGTAAAGAAAGTATACTAGAAACTTGCAGTGTCTGGGAACTCCAAAATG
TTCATTAAGAGAAGAGTGGAGTTATTGACTGATGGCTTGGGGAATATGGG
ACAACACAGGACCTCGAATGGGTGACAACCAAGAAAAACTGTGCTGAAAA
CATAACAAGAGTGTCCAAAGCATGCCTAGTTGACTTAAAAAGTAAACGTG
ATAACGTAGAAGAGATATGCCAGAAAATCCACATGAACTACATCATAAAG
GATTAAGTAGAGTTGACTTTTTTTAAAGAAATAATGAACGGGAGTGAGGC
ATATGATATTATTGAATTAAGACCCATGTTACTACCAGCTGCCTGTAGTA
TGATTTTGGACGAAGAAAATGAATTATTGCTTTAAAAGTGGAAATCTTTC
TTCTTAAAAAATTGAATTAGTGCTGCAAAAATTCAGGAAAATATATAGGG
GCCAGGTCACAATCTTGTTCATCCACGGAACAAAAGTGTTCTTTAAGTTC
TTTTGCTATTAACAAATCATCATGAAGCACTGTCTATGAATCTGTTCTTC
ACTGGTTTGCTTTATCTCCTTTATGTCTCTTTCATACCCCAACCTACGAT
GTTGGGGTTCCTTCCATTTTATAATGAACTTTTTATAGAGCTATTTCTGC
CCTATCATGCCTCAGGTATTCATTGTTATTAAGATTATGATAACGTTAAC
AAATATTGGGACATGTATAACCTTATTCAAGTGGAGGGGAATCTATTACA
TGAACATAATTATGTGATTGGATCAGTAATTATCCACATAAGACCTTGCT
CCCTGGCTCATGACTCTCCTAAAACATCGTATCTTCTCTGCCTGAAATCT
CTATTGCAACGCAGAGCTCTAATGATACTTATACACTATAAAAACCTTGG
CGCCCCTAAAAGCAAATAAATTGTCAATGACGGGGACTTATAATAGTATA
AATACTTTTTGTTACCCTTCTAGACTTTTTCACCAAGAGGGCATGCCAAT
CATCATGAAGACCATGAACAGAAGCCTTTTTAAAGCTTATGAATAATATG
GCTCCTTCAAGCGCAATCTCTCCTATACTTCGTTACCTAAGCATCTATGT
GATACAAATCATGTTTATCGACGTGCTCATTTTAAATTTCAGCCCCATAC
TTTTCTTCATACTCAATCAAAAACTCCCAAAAGAAGAAAATTGGATGATA
AATTCCTTAAACCGAAGCCATGTTCAAGCTATACATCTTTCCACTCTTTT
TAGAGCAATCTCCCTTTTTACCTTAGCTGCTATAGTCGTCTGTATCTTAA
TTGTACGGACTTTTTTGGGGATCACTCTTTTGGATCAAGTGGATATTGTT
TCCAACCCCTAACCACATTTATTTTTATTTCAGGAACTCTCCTCCTCCAA
CTGKCCCATTYAAGCCAATATAAAAACTTATTTTTTCGTCGATATAGGAT
GGGTTGATATCCTTTCAACTATACTCAGTCCATTCTACCGTCAATTACCT
CTTGGTCGTTCTTTGGTACGTCCTTGTGTATCTTCCTTACCTTAGTATTT
TTCACCTATAGATATTATTATTGGTACAGTCTCTTCTCATATATAGCTAT
AAGCATGGAAAGGAAAATTAGAAAAAATAAAGTGTACGCAAACTGTATGT
ATGTACTTAATGCATTTGGAAAAGTATATGCTTAAATTATTCAAGGACAT
GTCAGCTGTTGATATTTAAGTTCTTATAAGAATACTATATACTACTGCTG
ACTTTATATAATAGCTATCAATATTATTATAAAACTACTTATTAAAGTAT
TATTCAAATATTAATGTGGAACTGCGTTTAAAGTATAAAGTAATTCATGG
TTATTTGGATATATTGATCACATCTACCCATCCTTCCCCTCCCTAGGAGT
TAATATTTTTGCCCTTTGGATTTCTAATCCATGGGCTTTGTTAATTGGCC
TCAATTTACATCTTCAGGCCTGTCAGGAATACTGGAGTCCTCATCTTGTC
GGTTTGGGCTTTTTGGGGCTGCTGACGACATTGCCTGACTCTTTCAGCCG
CTTTAGAATATCGTAGAAATTCGTCTTGGCCTACCCGGGTGAGTCATTGA
TAGCCTTGATGTCATTTCTAGCTTGAGCTAAATCAGCAATGCTAACTTTT
AGCGTCGCTTCCATGGTTGTTGTTGATATTTTTGCTACAAAATTGGTTCC
TAATCGATGTTAAACATCTAAAAATCTCATATATGGACTTTACCTAAATT
GCAATGTTTGATGAAGTCAAACTTTATCCAGATCTATCTGTTATACCCAG
TAGAGCTATAGTAACATAATATTGGAAAGGAATCATCTAACAATGAAAAC
AATGGCTGCAAGAACTAGAAAAATGTCGATGGATTATCATATGTACGATA
GAACATATCCCTAATAGCGATAAAGACATTATCACATATGAAAGAATAGT
CATTCGTCAATGAAGAAACATCATTGACTCCTTCAGAAATAATCCACCCA
GAAAATTTGAGAGGCACAAATTCAATAATGGACATGAGACATGGGTGATG
CCCACTAGTTGTAGGTGTATGGAAGGAAAATATCCTTKCTCCCATGAACA
GCCACATGAACTTTAATATTGGCGGMGTTATTCGGCATGTTAGAGACCTG
AAGAGAAGAACAAATTCGGAGAAAGACTGCCTCGTATATCGAGAAAACGT
CAAGCAAGTTCTAGTCAGAGGAATATGTTAAGGGCAACGATGACACTGAT
TGCTTCAAAGATTTTGTAAAAACAAGTACAAGAAAAGTGATGTGATGACC
AAAATATATGTATTCTGGATAACAATTGAAGAGTTGAATTTAAGAAATTG
TTTGATTTTTATTATTATTATTGGAAGCTTAGAAGAACATTATTTTTTTG
AAATAGAATAATGCATAGATTGCTTAACATCTGTATACACACTTGCCACG
CAACCTCTTCGATTAAGCCTTTTAAAAATAAAAAGTAAACAATTCTTCCA
TTAAAAAACAATTATATAAGGAAATAATGAATTCGTGTTAAAAAGTGATG
AACTATGAACGCAAAGATTGAGAAATTTCGAAATTTATGCTAAGAAGTTC
TTATTTTCTTTTCTTCCAGCTTTCATTCCGATGTTTTACCAGTGTGGCAA
TAAGGAACCACACAAGTTGAAGGTATATTTCACGTCTAGGAAGAATAATA
ACTTTATATCCAAATATATTTACTTTTAACCTGTTGACGATAAAATCATT
TAACTTATTGAATCAAAACAGTAATGGTTATAACTGTTAAGCTGCGTGAT
TTTTAAAGTAAATAGTTTATCTAGATGTCAAGTAATCCATGTATAAAGAA
ATGTTTTTATTAATATTGCATAACAATTTCATGTTATATATTTATCATTA
TTCATTAATTATTTGTGTTATGCTCCGAAATCTTAGGGGGCGACCTTTTT
GGTTACCCGTTGACCAATGACCAGGTTGCATGAGAATGAAATATTTATTT
GAAATATTGCGCGTATTTCAAACTGAAAAACAAAAGAATTTTGTTCAATT
TATTGACCTACATATACATTGAAATCTTCTGTAACAGTTTGAATTATTTA
TAAGATAAATACGGGATATTCAAATGTTGACAAACGATTCTCATCAGATG
CAAATGAAAAAAATAATAATCTTAATAAAAATGAGTGTAAAAAAGTGATA
TTTAAATAGATTCAACGAAATTTCGAATTAAGTTTTTTGGCCCATGACAA
AGACTAACATTAAAAAAAAGCTGGTAATGGTTAAAATATAGTGCTATTTT
AACATTTGTTATGTATGATTTATCTTATGATTAACTATTTTCATTTGAAT
CCATCTTCATATATTTTCGAAATAGTGTTTATCAAACATTTTATTTTNNN
NNNNTAGTCGGTGCTCCTGAGGCAGATTTAAATATCGCAGGAATAAAAAA
ATCTGGAGGTGTATTTAGGTGTTCTCCAGAAATATCTGGTTCTTGTGAAA
TAATTCCTTTTGATATGGAAGGTAAGCAAAATTTTTGAATTGAAGATATC
TTTATGAATTTGATTACGTAATTAATTAATTTTTAAATATATGTAGTTCT
TAATTACTTAAGTATTTTATAGATGTTCCCTGTTTGATATATTGTTTAAT
TATATTTATAACTTATTACTATAAATGATTAGTTTATAATTATTCCTAGT
AAATAATTAAATGTTATACAATAATTTAAATAGTTTTAAACCATTTAATT
ATTATTTCTCTATGTGTCTTCTTTTTTTTTCTATTGTCGTTCTTACTTTT
TATAGTATCAATGAAACATATAGAATTCTCAAATTATTTTATTGAAAAAT
GAAAACATGGTATAAACTATGCCCAGATTCTTTTATTTCTCCCCTTTCAC
CTAATAGAACTGTGTTCACACAACGACGTACATACTTACAATTATGCATT
GAGACTTAAATTACACTGGGGAACAATTATAGGTCATAAATTTTAAAGTA
TGAAATTCAACTTTAGGGAATAATCCAAAACTGATCTCTGTTTTTATTGG
ACTCATCTGGGATTATATTAATTCGGGACAGTGTCATTTTTTACCATTAA
GACAATTACCACCATAGAGAAGAAATATATAGAGGCAATAAGATATTTTT
GATGGTAATTTGGAATTGTGTGGTAGGCGTCTTTTTGAATATACAGCTCG
CTAGAAGAGAGTTCAGCTGCTATAAAAATGGAATGGATAGGAATGTTATT
AAATGGAAGAACAAATTCAGACTATTCAACGCTTTCCCTTATTATTTTTT
TTTACATTAGCTGAGTTAATGGAATTGATTAAATGTTTGGTCTAAACAAT
ATCCCAAAAGAAAAGAAAAAAATATATATACATATTTGGACGATTTACTC
GTTAATACTCTAGATGTGTTACAAAAAAGGTTGTGAACTGCTTAGAAATA
CTGATAATTCTAATTCATAGTGGTTTGGATGGATATTTCGTATAAAGTAA
CTGAATATATACATTCTTTACAATTCATATTGCATTTGGATATCTATTAC
GTCTTTTGATCCTCTCTTCAACTTCATGTTCAAGGTATCTCGCCTCTTTG
TACCTCACTTGGTAGATCTCATCACCTTCAATAAAAAGATAATTCATTGT
AGAGGTGCCCTTTCTCATCAAGATCTATAATAGTGACTTCTGACCTCGTG
AATCATTGCCTCTTTACTCAAGAATACATAAATTCCTCAAGATCTTTTAC
GAGATCATCGTATCCTTCAACATTTAAGGAGTATGGAGTTCCATAAAACG
AAAGAATAATTGACAAGTTCCAGTGAGGAACAGAGAGAGTTTCATCCTAC
ATCCACTGCTCCTTCAATTAAGTTCTGGAGTCTTTTTCTCCTTAAGTCAA
CTTTGCTTCGTCTCCTACTCTAAGAAAACTATTTCCTTGATTTATATAAC
GAGAAATGTATAATGTATGGTATATATGGATAATTATATAGACTGGACAC
TGAAAGCCTCACCCTAGATTAGGGATTTCTTTATAACTTATGAGTCTCTT
TTGTGATTGGAAAAAAAACAGAAGATTGTTCTTGACTTGAGAGATAACAT
GCTACTCTTTTTTGGTTGTTTTGCCTGCAAAGCATATTCTCTTCTGATAT
TGGATATAAATAGTTATTGGGAACTGTTAAGTGATTATTTGTTAAAATAT
TTAATTGATTTCTTAACTTTTGTAGATCTCTATTGGAATATTGGAATGTC
TTCGCAATTTTCAAACTTATTCACTGAGGAATCATCTTGTAAACAGCTAA
ATTATATGTTAGCATATTGGAATATTCCTCTCTCGATGATTTAGGACCTG
TTAAAAAAAATGTGTGTCATACGACCTATGTATAAGTTGTTTGATTGAAG
ACAATAATTAAAATGTATCAAAATATAGTTAAATTGTTTTAGTATTAATT
GAAAAAATGAAAATAATTGGAACATCAATGATATGATATTCTTATAATTT
TAAATTCCTATATATGAGTTCTCCATATTTTTATTTTTTTATCTTATTGA
TTCATTTGGTTTTATTTTGGACATGCTATTTTGTTATTTAAATTCTTGTC
AAGTGAGTAGAGATTTCAAAATCCTTCCTATTATTAGATGAAGAACTATT
ATATGTGTTCGCCATTTCTACTTTCTTATGAAGCTCTGTAGTTTTTCTTT
GATAAATTTTCATCCCGTTGTCCCTCGTAGAATACAGAGTCCCAATAAGA
CTAAGAACGCTTCTTGATATTAATGATCAAGTTAGCATTATTTTCCTCTG
GTCCTAATTCTTGGAAAACATAAAAGTCCACTTTTCCAAGTTTCATGAAT
GAAGAATGTACTTAGGCTTTCAAAATTGTTAAAGTAATATTGCATCTAAA
TTTCAACTTGTTGTATATTTTAGTTCTATTGCTATAACTTCTCATTGTTT
TAGTACATAATTAACAAATTATTAATAATACATTTCACATCTAGAGCATT
TCATCTGAATCTGAAAGTAAATGGATCCCGTCATAGTTTCATATGTTGAA
TTTATTCATTGTTCTATATGGATGGATAGATTCCCACAAAAGTAAAAAGT
TGGCTCTGCCCTAGTATGTGATATGTAATTAATTGCAGTGATTAGGTTCT
TGCACTTAGGAATAATTCTTCACTTCCGCACCTATTGAATTACTTCATTA
TTATATTATATACTAGATAATATATACAAAATGACTTTGCATAAAATGTA
ACGCAGCTTAATATACATAAATAAACACGCAACTCCTCAGTATGAAGTTT
AGTTTTGTTTGGCTATTTTCACCGCGTTACATTTCCATAGATATTGGAAT
TCGAGTATCTCTGGTTGAGGATAAACTATCTCGCATCTCTTCTTTTTTTC
TTATTCATTAAAGAATTTTCCTCCTTAAATTTAGAGACAAATCTAAGCAG
ATAACAACAATTTAATATTTATAATTTATATTTACAAAAACTGTCATCTT
TATTCTTGTATTCTTTTTCATCATCACCATGCCGTCATAAAGTCAATGAG
TCCAAAAGTAATTTGTTATAGTCAAAGATTAAGGACGAACTTGAGGGAAA
TGATATCTTGACTTAAACGATACTACATGTGGATCCAGACATAACTTATT
TTTCCATGGACACAGAGCATGAGGAAGTGTACTTGAAATCCGAAAAAAAC
CCACAACATGATAAATTGTGACCAAATAGATCTCGAGTATGATGACATGA
AAAAATGTAGGGGGGCGAAAATGTTAGCTACAAAATAACCTAGAACCGTA
TTTATCGTGTCGATAAAAAATTTAATTCATATTCCATAAATCAAGAAGCA
ATTTGTACAACAGAGTCCATGCTAGCGGGGGTTCATGTTGAGGTATGTCT
CCTCTCATCTTTTCAATTTATAAGTAACGACAATCTTTTGGGAAATAGAT
AATAGTAAAAAATTTAATTGCACTCAAAATATGGCCATGATGCAAAAAGT
CTTGTTTGTATTGTTACCCATTTGAGGGACCAATTGAGATACCTTATAGT
TATATAGTAATAAATATTATAATTATTATATCACTACACATTCACAGTTT
TGATATTTAGTTTAGTCGGACGCCCTTCTCTCTATTTAAAGGAACTTAGT
AAGACGGCTGGAAAGACCGATGTGCCAGATGATCTTGTCTAACAAAAATT
TATAAATTGTTGTCCATATCTCTGGTTCTAGCCTTCCATGGAGAAGATTC
TCTTGATGTCTTAGGAAGATTGGGTGACCTGTTGAAGATTTGCTGAAGTT
CTTTAGAATTTCATTATCACTGATTTTTTCATGTCCCATCCTAGGCATGG
ACTTTCTGGGTTTGAAATTGACTGTGAAATGATAAGTATCTTTTTCATTA
TGGTAATAAATTATATATTAACCTTTAACCCCCCAAACTGTGAAGATCTT
TTTTATCCTATTCAATCCTCTAAGCTCGACAATTTAAGAGATCAATTGTG
TTCTTGAATTTTTCAACCACTTAAAAAAATGCTTTATTTTGGAAGGGTCT
TGGAAACATGTTTTTCATTTGTTAGCATCCAAAATCCTCCCAGTAATAGG
AAAATGGTTAGTTGCCTCAAAATAGCGAGTTGGTTCACACATAGAATCAC
AAAATATACTTCAGATATAAACACGTAAAATTGAACGATAACTTATTCCT
GAGGCACAGGAAGATATGTATAAGTGAAGGTTCGAAGCAAGTACAGCACA
ATGTATGATTGTGATACGTTAATGAAGTATTTAGATATATTTAACATTAT
ACATCATATTTACAAATGCATGCAAACTTTTTTCGTCTTGATCTAGTTGA
AAAACTATAGTATAGTCATTTCCAGGATTCAATCCAGAGCTGGACTTGAA
GCAGGGGAGAGTAAGTGATCCTGGAAGAAGGAAGTGAGGGGCCAAGGCAA
CTTGCTGATTATTTACGTAGATTTGAATTCTGAAAAGAGGAAGGGAAGAG
AAAAGGGGATGATGAAATTGATGATTGTCAATGGATGAGAAAGAGTAGGG
GCGAGTAGCGTTAGAAGATGAAGAAGAGTATGACTTATGAAGGGTTTACT
TTTATTTCCCAAGGTATAAATTATATCCACGGATCGGAATTCCATTCCTA
CTCAGTATTAAAGATTGTCATTTAGCTATTTAAGTCATTGGGTATTGTTA
GTGCTCACTGGAAGAAATTGACCCATTCATGGAAATCAATTGTTTACTGG
GCGTAGACGAGATACAGAACTTCAACCATAGATTTAACTCTAGAGAATAA
TTCTTGAAGACGTAAGAACTTTCAGCAATTAGACAATTGTTATAATGTAA
ATACATCATTAATAAGGATTGGAGATTGGATTTTAATGTCACCACCTACT
TACAGATTACACTATAAAATAGAGTATTTAATCTCCAAAGTTTTTTGGTT
TTTTTTACACAGCGAGAATTAACGACTCTTACCTGTTAGTCTGGACATAC
ACCTTATAAGATCCCACAGAGTTATGGAGAGGTTCCATGTAAATGGAACG
CTTATCGTTTGAGTAACTAGGAGAATGGAAAACGATACATCTAATTGGCA
AACTTTTTTACGTGTATATTTAATCTAAAAATATGTCGCTACTCTTTGTG
TTTTGTTTGTTTAATTAGTTATGCAATAAATTATTTCTTATAAGTTATTT
AAAATCTTTATGAACACTACTTTATTTTTGGACTCCATTGACTTTAGCGA
GAAGGAATAACTTAGCCAGTATAAAGTTCTTTGAATTTTTTAAAAATTAG
ATGACTATCAATAAGGAATAGGACATTGCTGGCGACATACATTTTGTTAA
TATCCAACACAAAATAAGAAGTATCAGAACTTGATTCAATTAGGTTCTTT
GAATAAACTTCAAATTATTATCTAGAATAAGACATTTATTATTCTGTTGA
AATTCAAAATTTCTAAAAGCTTAGTTTCCAAAACCAAAAAGACGACATAA
CTAAAACATGGAAACGTTGTCATAAATTTAGACTTTTTCTCCTTCATTAT
CGGCGAAAAGGGAATCAAAATTAATATTATATATTACAATTATAAAATAA
AATTCAACTGTTTTTTTGTTGTCCTCGAGACCCTACCAATATTTCTGCAT
TGAACATAATCTGAAATAAATACTTAACTCTTTTAAGAAAAAAATATAAC
CTTTTTGATGATTCACAAATTATAACATGAATTATAATAAAAAAAGAAGG
AGAAGTAACATTCCTCCACACAATAAGTAAACTCCAGAAAATAATAAAAT
TAGAGTCACACATACTTCCGGCCTTAAATTAATATGGAGTTTAAGTTATA
GACTTTGGTTACCCATTGATTTCTACAACAAAATGTTTCTGTAAGTTTTT
TTATTATATTGAACGGGTCGCTATAATTTGAATTTAGTGAAGGAGAAATT
GGTGGGTTCTAAACATAAACATGAGTTGATTCCTGAAGTCTTTTGTAGAA
CGAATTATCCATTTTATTATTGTATCGGGTATTAAATTTTTTTGTATGAT
TATTTTATGACAGGACAAACAATCTTAATAAACCGAATTTCTTTCCCCGA
ATACAATTTCTTATACTGATGAGTTTTCTCCAGATTTTCTGGTTATCCAC
AATTCCAATAATATTAGGCGGTAAAACTTATATCCAATTAACGCTTAATT
CTAATATGCTACGAATTGTTTCCTTTAATGTTCAATGTTCTCTTTCAATA
GACCATTCCCTTCAGGGTGGTAGGGACTGGTTTTTATGGTTTCGATGTTG
AAGTTCTTCATTATTTTTTGCCATATTAYGGAGCCGTKCTMTCTKCNTTG
WTTTMTKATWAAATKCTKAGYMTARCCAAKCRCCGSGAACCAATAAGTAA
ATAATTGTTTTATTATGTAATCAGTACTAGAACTAGACGCGAGATATACT
TCAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGTAA
ATGTAAGCGCAAGCGCTTTAGCGTTCGCTTTTGAAAACATACCTATGATA
TTTAAGATTTCATGAAAATTTTTTGGCATGGGGATTTTATTTTTTCATAG
CCTTTATATAGTGATGTTGCTTTCTTAGATTTATCCCATGTTATTTTGCA
TCTATGACATAATATATTTCCACTAGTTTTTCCTAATCGAGTTTTTAACT
TCTCTGTGAGATTCATTATGAATTGGTTTTCTCAATGAATTAACCTTTTT
AGTAAGATATATTTTTGTCTAACCACGATAGGCATCTTGATGGCTCGCTC
GCATTACAAATAATATATTTTCTTTATCAATTTCTATCCATTTAGCCAAG
AGATTTTTCAGATGAAGACTTTCCATTTTTTGTTCTTTACCCCACTGTTT
CTAGTCGACGAAAATTAATTCAATCACATTAACTCTCGAGAAAAAATCAA
CTGTTCTATTATTTTTATCAGAAATGATTTGACTAATTGCGCAGTAGTTA
ATGTTTTATGATTTGTAAAAAATATTTCTTTTTCTTCTTTTGGAGTAACA
GTGAAGTCAAGAATGTCAAAAAAGAACAAACGTACAGGAATAAGAAAAAA
AAAAGAAGACGAGGATGAAATTAGAACAGTTTAATGTTCGAATCACTATG
ATAACTAAATGCAATTATTACCACTGATACGTCATATATTAAAACAGAAG
AGAAACAAAAACATTAAAGATTACTCCATTCGATTGAAATTTAATTATGA
TTCATTGCCGGAGAGTAAAATAATCTTTTCGTCAGTCTTCGTTACATCCA
TCTAGGGAGCACTATATAAACAAGAGTTACGCATTTTCTGGATACTCCTA
GGTTAACAATAACAATTTTCTTTTCCCAAAAACTGTATTATTTTATCAGA
TTATAGACTTGTGTAGGGACTTAATTAGTTATTTGACCAAACGACTTCAT
ACATGGGAATCTATCTCATGTATACATGAGAAATGTTCATTTGCCAAAAG
GAATCTATAATTTTCTTGTCCAAGTTTTTCTTTTTCTTCGGAAAGAAATG
CTTGATGAGTTTTGACTGGCTCTCTTTATCTTTACTTTACCGTTTCACTT
TATTTATATGGGCTATGTTTTTATTAAGTTACGAGTGGACTTTCATTTAC
TTTTCTTTAAATGACTAGATTGTGGCTAATTTCAAAGTAGTTGTTTTAAA
TTTATTCGATTTGCAGAATATTTGAATATTTTAATAATATCAAGGATTAG
AGATAATAATATCGTTGGTTTTATTAATTTCCACAATATGCGTACAATTT
CATAATTTAGTAAGNNTGAAGTGCATCAGGAAAGTGATGATGAGGATTCA
AACAATTCTTAATATACTTGATTAGAAATTGATAGGGTTATTTTTTAACC
TAAGATTGAGAGCTACTAAGGATATAAATGATAACAATCTTTAAATAATT
TCCAATATGTGTCAGTCACCACCGCTTATGACAATGGATCTGCATCTAAC
CAGGCAACATAGGTGAAGATGGATTCCTTCTTTTGGTTCTAGTGTGGATC
TCATCTTGATACGTTGCAGTGTAATTCTCAGCAAAATCCACTTGTTGGAC
CACAGAGTCTCCATCTGCTTGAGCTGAAATTGTGGGGCACTGCTCGTCAG
AAGACGGAGTACATCTCTTAGTATTTTAGTCTTTTCGACCTTTGCTTGCA
CTCCCCCGACCGTGTCCCAGGCATACCAGGTGGTTTTTAGTTGTTTCCCC
TCGCCCCAGTATTTAGTCCATAAATGTTCTCTGGAATAGATGGGCATTCT
GGTACTCATCATAGGTACTCAGCATACACGGTGGGGCATCAGTCCAGCAC
ACTGCGGAAATGACAAATTCAGTTGAGATCTTCAACACTATACAAGGAAC
ATGGCACTGAACAGATTCCTAGAGCAGAGAGGTGTTCTCGTGGTACCTAG
ATAGATACTCATTCCTTGGAGTCTCTGACCGGAGACAGCCTTGAGGTAGC
TGTAGTTCAGCAAACTTGGATTTGCCGGTTACCACGATTATTGCATGTGC
AAGGGTCCAATTTGAAATAGTGGCATGTGGCGCAGCGTTCAGAACGTTAT
GTAATGAGATTTATAGTGGTATATTAAAAATTCGTATCATAAATACTATT
TGAGAAGGACTGGGGAAAAGTAAAACTACACAGCGAGCCACAAAAGCAGT
AGTATATTAACGGTGCGTTGTAACCACTAAGGTGATGCAGTGTTACTAAA
ATGCACGCATGTGACTGGGGGTTGACTCTACAAAATTGACGTCCGTCAAG
GTTACGTCCCTAACGTCCGTAAATAATAAAAAAACAAGACCAAGATGACA
ATTGTTGCTAATGTATCAACTTTATAAAAGTTAGCTTTGTTAGGACAGTT
TAGCTGACCATGTTTTTGAAATTCATATTTTATGAAAACGTTTCCTAAAA
AAATGTTATGGATGTTAGATGAGTTTTCCCGTAAACGGACATTAWAACAA
AACTTTCCACCAGCCAATGGAAAAACACAAAATACATCACTGATTTACAT
ATTGACACAACAACACTTCTTCACAAAAAGTCATATTAGAAGACATGAGT
AGGAGATTTTTTTTTCCATACTGGCTATTCAGAAAGTCATACAACTTTGT
TCACATAAAAAATGTTTATAGTTTTGCATCTCCTCATTGTAATGAGAAAA
ACATATATTTGTATGAATATTGTGGTCAAATGTATTTTGTTCTTCAAAAT
AGAGACCTTGATGATACATTTTAAGTAGGTTTTGTTATTAATATGCTACT
TGATTTTTTCATGGTGAGGTTGACATTTTCATAGAATTGTACTCCACAGG
ATTGAATGAAAACAGACTATATCGATATAAAATTTCGTGATATTAGGGAA
AAACAATTTTGTTTATCCCTAAAAAAATTTTTAAAGAATAAAAAAATAAA
GTTGTACATAATCATCGAAAAAATAATTAAGAAATTAGGGTAATAATACC
ATATTTTATTGTATTAATTAACTATAATTCGTAATTATTGAACTTCTCTC
AAGCAAACGTTAAAAGAAATAAACTATGTATATTTTAGTATCCAAGGCAG
AAAAGTACAAAAATAACTATAAACTTCATAACGATAATACCAATAATGAA
CATGATATAGTTAGTTAAAATAAATGGGCGGGAAATATAGTTTGGGCAAC
ATAATAAATAATGCCAACATTTAGATATTATTAAAATTATGTTAGCTGTA
GATACAAAATCTTCAATATTATAGATATATATCCAACTGATTCGAATATC
AAATATGCAGGAACAAGTTGACTAATAAAATAAACTTTTAAAAACTAAAT
AAATTATAATAAAATAAAATGCAATGTTCTAATGTGATATTTTTTAAATT
CATAATAAAATAAACTTTTCTAAAAAAAAATATAATAATAAAAATAATAT
GTAATCTTCCAATGTGATATTTTTTAACTTCATAATAAAAATGCATTAAT
TTGTACAATTACATTAAAAAAACCAAACATTTTATTGATAATTATTTTAA
TTTTATTTTTATTATTATTATTTTTGATAAAAGTTACACGATCGTTATTA
AAGCATTTTGTTATTATGAAATATGAACTTCATATTTTATTCGACAACTT
GTTTGTGTATATTTGATATTTTAATCAGAATTATAAATGCTGGCATTATT
TATTATATTGCCCAAACTATATTCCCACTCATTTTTTTAAACTAATTATA
TCTTGTTCATTATTGGTAATATCAGATAATGGGATAAGGCGTTGTAAAGG
TGTGAGCGGATTCTACATAGGCTATTAAACAATATTGTGCTTGGCGAGTT
CAATCGTGAATTATCGTGCGTCTAATATAATGGTATCAAAGGAAGAAATT
GGCCATATTTTGAATTTTTATTGTTGTGTTTTTTAATTATGATCCGATTG
ATCTTCTTATTGACTTTTATATTATAATATATATATATATTTAAAGTACA
CTCATTATCTTTTATCAGTAAAAATAGTCTGACATCTTTATATGTATCAT
ACCAGTATGTAATAAGTATTTAATAAGAATATATATGTGTTCCTAGTAAT
TTATCATTGTCTTATTCCTTCACGTTCATCCTCCTCATTTCGCTCGATCG
TCCTGGATTCATCTTATTATATAGTTTGTGTCTAGCAATCTCGTCAAGAC
ACAATATTTAATATCTGAAAAGGAAAAAATCGTCGAAAGCGACCAAAAAA
ATTTGTAAAATATCCGGGGCCAATACTCTTTTTTAAACGATTTAAGTAAT
TTTTGTCCCTACTCAATTCTTCCCTCAACTGTTAGAATCTAGAAAGTGTG
CAGAAGCGGCCAGCATTAGTGAATAAGATACAACAAGATGCCATCAAGAC
AACGCCAGGCCGCACAAATCTTTGATTACGTACCAGAAGCTCTGGGAGCT
CAGATAGCAAGTTTTTGTGACCAATGAGCTTGGGCATTATGAAGTTGGAT
TCTCATTGGGAACACGTTATTTAACAGAACGGGGCATACTTGGCTTAAAT
CATATTATTGTAACATTTCTTATAAAGCAAAAAATACAAAATTATTTTTT
CCCTACCCATAACTTTTTTTTTACAAATTTTTAATTTTCAGAATTTTTTT
GTTTCTAAAAATTAACCACAGGTTCAGAAGATATTGGCTATTTTAAATTT
TAAGTAAATCTTACCTTATTGATCCCTTAATCCTTTTGGAGGTCCTTGAA
AGCAAAAAGTAACAATATTTTTAATTTTTTAATGATACTTTTAGGCTTAT
AACAAAGTTCAGTTCATTTAAGCTTTTTTAAGCATTGAAACAGTAATAAA
TTTGAATTATACAATATATCAATTAGGTTTGGTGACATAGTAATTATGAA
AATGTTATATTTCAGGAAATTCTTTTTCTCCACTTGGTGAACAATATGAT
AACAAATCTGGTCAATGGTTTGGCTCACTAGTTCGTTCATCTGGCGATTC
TGACATTGTTTTGGTAAGTGTATAAAAAAAAATATATTAAATTCATTGAA
ATTACATATATTATTAAAATATAAACATTACAAACTATTATTTTATTTGA
ATGATAATAATATTGTCAAAAAGTAGAGGAATAATTAATTTTCTTTTTAC
TTCTTAAAAAGTAAAACTTATTTTTTCAAATTTGCAACAAGTAAAATAAA
AATATGATAGTTTCAGGTCTATGGGACACGTTTAATTGGCACTCGAATTT
GGCTGAATTATTCTCCCTGTAAACTTTGATATGCTACTTTTTGTATCCCT
CTCGTCCAGTTTTGAAAATTTTGATTTCAATTTTTCTAAAAAGATAATTT
TTTCAAATTGTGTTTTAATAAGACAAACATTAATTATAATAAAATTCTAA
GACATATGTGCTAGATTCATACCACACTTGAGATGGAATACCCCTGTAAA
TAAAATATTTCCTACTTATCTTTCTTATAAATTTTATTAAAAATACACGG
CCAAATTATATATTATTTTTAAATATAATACCACTCGAGTACAAGGAAAA
CAAGGAACTGCATAAAAAACAATATCAAAGGGGGCCCATAAAGTGCCATT
TGCTGACAATTCCCAGAAAAGTTGAAAAATATACTTAAACCATCTTATCA
CTCCAGTAATTGATCTGACTCTACATTCTACATCCATTGTTAACTACAAA
AAATAAAGAATCTATGTATCAAGTATTGATAAACATCTTCCTCAAAAGTT
TCTATATAAGAAACTTACATCCTCACCATACTGCAAAATTTTACAAAGTG
TAGGATTATTTGGTTCCGTGTGAAATAATTGTGGTAAAAATGTTACCAAC
AAAATTCTTGGGGTGATATCGTTGAGAGGTAAAATCATGATGTACATTTT
CATTATAACTAGTATTGTGTTGATGCTTATATAGGACTGAGGACTGTAGT
CCCGTCCAGTTCAGTCCTAACATATCGGTCCTAAAACTGAAAAAGTTGGG
TTTGTGATGACGTCACTCCACTTGGGCTGATGGAGCTGCACTGATTAATT
ATAAGTAAATTGAGTTCAAGAAACTAATTTCTCCCGATTGCATTATCCAT
TGAGATACGTCGTTCCATTTAAAAAAAAATCCGTTATAGTAGTGACAGTT
CGAAGGACTGATGGACAGGTACCAAGGACTGATTGGAACAGTGCTAAGAC
TGAACTGGAACGAATAAATAAGGACTGACACAACACTGATTGTGATACAA
AATTGTTGTAGGTAATATCATTACAAGCAAATTGATTGAGAGTAATTTCA
TTGTAAGACAATATTATCGTGTAAAATTTAATAGTAATAATATATNATTT
GGGCAATCAAACTATTGAATGATAAAAAAAATTCATAACATCCGCTTGCC
TGACCATGAAGGACTCATTCTATTACCCAGAAATACATTATGGCCCCCAG
GTTGTACATGTGAACATCTGGGCCCCAAGACAGGTTAAAATCAACTTCAT
CAAGTCCTTTATACATCAAGGACACTTTCCAATATCCTGTAATACACACC
ATCCCACAGGTCGTGCATAGCTTTGGGCAAGATGTGTCTACTCTTACTTT
CGTTTTTAAGCAGCCTTAGTTATTTTAACTAATTATATTTACCCACTACT
GTATCTTCCATGACTGTATCGTTTTTTCATACTTGAAATAATATCATACT
CCAGGCAGCAAATGTATAATTTAACTCGCAATTACCCTTTCTTTCAGGAT
TATGTGATGTTACTATTTCTTATCTTATCTCTGTGAAATTTTGTAACAAT
TAGGGAATTATAAAAAATTTAATACAAATCAACTAAAAAAATTAGAAAAT
AAATACTGAAATAAAGTTTGAGATTGGAAAATAATCCTCTAGTGGTGGAA
AATCAATCAATTAAGTTTCCTACACATTGTCCTCCTATTTCAGAAGTATC
TCGGGGGCAGTACATTCTTCAGTGGAGAGTGAAATGTTCGTCAGTGTTGG
CGATTCCATGTATTATCACAAAATAAATAGACTGAAACTGGAAAGATGTT
TATGTTCAGAGTTGCAGAAAAAGCTATTATAAAAGAAAGTTTGGCTTTTG
CAGTTGTTATCTGAAGCATGGATATTAATTAATATATCTTTTATTTACCA
TAGCTGTTATCATTATTATCTTATTCATTTTTATCCTCACTACGCCATCA
TAAGTTAAATGGAGTCCCAAAGTGTTTAAAAAAAATTAAGGAATAACTTT
TAGGAAAGAACATCTTGCCTAAGAGGAGACTACAAGTACCTCCAGACATC
TCTTATTTTTACATGGAACCGGATCATGAGGGAACTAGAAAAACCCGGAG
CATAAGGACTCAGGACCAGAAAGACCCAGATCATGAGTACTTGGACTTGA
CCTAATAACTGAAAAAGTAGACTCAAATTCAGCTCTGAATATTGTATCTT
TACTCTTTTCTATTATAATATAGACTTACTATTTAGAATGAGGACCCGAA
CTTTGCCTGAACACTGAAAAGGTGGACTCAAATACAGCTCCGAATATTGG
ATCTTTACTCTTTTCTTTAGTTATATAAAGGAAGTATATAGGTCAGATAT
ACTATAACTATAGATTTCCTTGGTTATATTTTGTATTTACTGTTAAGAAT
GAGTAATTATTTATGGAATATGAAGAGGAAAGAAATGAAGATGCAAAATA
ATTAATGATAATTATGAATATAGAACAATAAATTATAAATATAGACAAAT
AATTTATAAATATAGACAAATAATTTATAAATATACGAGTATAATATTAA
AAATATATCTTAATATTTGGTTTCTTATGTTGATTGTACTATGTGGGTTT
TATTGATGATAACCAAGACAAAAATTGTATTCCTCTCATTCATCTGTACC
CATTTAAGTTTGTGCGTACAAATAAAGAAAATTTACTTATAATTTCTTAA
TAGTCTGATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNGTGTCGTTTTTGATCACTAGAATTAAGAAACAAAATTTTTACTTTA
CTTGGCATTTTCAATTCGGAGAGTGCGTTGCTATTCTGTTCAGACCATGT
GAAAGACAAGTGATAGTCAACATCATTTTAAAATGTTGCGTATGTTTTTT
CACTGGTTTTATATAATAATATTCGCCATCGATAATGAAAACCATAAGTC
TCTTGCCACATGAAACTGAGCTAAAAACGATATTAAGACTTTTTACTTCA
ATTTTTCTATTGCAAGCTCCTTTAACATCTTTCAAATTCATTAACTAAGG
GACAGCTAACAATGAATGTCACGATATACCGGCCGAGAAGCTAAGAGGTA
TCTCATAGGAAGGGAAAGAGCAGAAGAGAAGAAGATGTGAAGTTGAAGTC
CAAAAAATATGTAAAGATTATAAGAACTGCGTTTCAATAAAGAATATATA
TAGATATCACAGTAAACTGAATATGCGAATTTAATTAGTAGACCTGCAGT
GTCTGATATGATTAATTAATATCGTAAAAATGATCATACAGAGGACCAAT
CAATACTGCAGTCATTGATAGTAGTCTTGTTTAAGAAAAAAATATTATTT
CGTACAAGTTATTTCTTAATCCTTGACAACAATACTGTAAATAGGGGCTC
CATTTACAAAGTAATGGGGTAGCGAGATAGAATTACTTAGCTGGAATAAA
GTTCTATCAATTTTACAAAAATTAGATGACTATCTATATGGAATGGTATA
TTGTGGGCGACATGCATCTTATTCATATTCAACATAAAATAAGAAGCATC
AGGACTTGATTCAATTATGTTCTTTGAATAAAGTTTCAAGTTATCATCGT
GAATATGGTTTTTAAATTTTCCGGAGGCATAGATCCCAAAACTAMARAAG
CCACTTCATATAAATCTGAAAGCCTTGCCAAAAATCTATACTTTTTCTCA
TTCATTATCGGCGAATAGGAATTAAAATTATATATTTTGAAATTTTAGGT
TTTAAATGTTAAAAAATAGAATATAATTGTTATATTTATTTGTTCCGGTT
ACATGCGTAATATTATAATTCAAACATGTTAAAATTCTTCATAAGAAAAG
TAAGTAATATTAGAATTGTAGGTTCAAATCTTAGAATAAATACAGTTTAA
ACTACCTATAATATATGCAATATATTTTATACACATGCAAGTGTGTATAA
ATTTTATTTTCCCTTAAGTATGAAATATTATAATATTTATATTAGTTTTT
ATTTTTAAATAGGCCATCATTTTTATTTAACGTTAAATGAAACTTCTGCA
ATATCCATCATAATTATACAGTTAAACAAATTTATTTGTATTTTATTGGG
TCTTATGAATTGATCATTCATTGACATCTTACATAATATTGAATTCAATT
CTTAGCAATAACAATTTTAAACGAAGAAGCTAGTATAACTTCAACATTTA
GAGGAAATAGTAATTTAATATTGTAATATGAAGGATCCATAACGTCAACT
CTTCCCATGTCTTTATTGATAGCATTACCATTTTATGACACAAATAATCC
AGGATTAGATTCTTTTCCTCAAATTTGAACATTTTGTAAGTTCTTCAACC
TTGACAAAAACTGAGTAAGAAAATGGATTCATATTGTAATAATTCTTGGC
TATGCAACACTGGTAGGGAAGTTATGGTTATTATAAAAAGTCCTTGTCAG
ACAAAGACTAGAGKTTCTGATCGACTCCACAGTAACTTTTGGCAATGTTT
TTAGTAGATGCCGAGTTGGATTTGTGTTTACCTTCTTACCAAACTCTCAA
GACTGTTCAAAGCTAATCTAGTAGACGTCATGACAGCTAAGCCATTCTTC
TTCAAAAGATTCTTCAATTGTCAGGGATACGACTTTAATTTTCGGTTTCT
TTTTTTCAGCATACGTTGGATACTATTATTTTCAACTTTGCTAATGTTCT
TTTATTAAAATTTGAGGTTATTAGGCTTTAAGTATAATTTATAAGTTGTT
TTATTTTAATTTCAATTAGCTCAATATAAATGGAAGATATTAATAATAGT
TATATTTTTATTGCCTATCGTAGCGAATTAAATTTAGTTAATTTATGTTG
TTGTTTTTTTCTTTAAAATTAAATATATATTTGTTCATGTTATCGTTATC
AATATTAAATTATCAATCGTCTAGATTAATAAATCTTTATCGATTGCAAT
ACTTCAATAGTTACAGTAAACTGGTATTTTTTTCACTATTATTTAAAATA
TTAATGAATCGGAATTGGCATTCCAATTTTTTTAGAATCGTCCCCTCACC
TATACAAATATTATTTTATTATACTAGAAAAGAAAATGACAATTTGCAGA
ATGTTTTGGAGGAGATGTGCTAAAATACGCTTTTATAAGGGAGAAGGAAA
TAAACAATGACTTCGGATCTACTGTATCACTGATCGTCTACAGTAATGAG
GAATTCATAGCCAGAATAATAATTGCTAGTGTCTTATTTTTTCTGACTTT
ATAATTCCTCAAATAACCCTAAACAATAGGTACCTTCTCATTTTTCTTCA
TAATCGACCAGATATTTTCCTTCATCAAAGCCATTTGACATTGAATTTTC
CATGTTGGGAAATTTTACCCAATCAAATGTAATGAGTTTTCTCAGACGTC
CTCTTACTAATTTTAACTTGAAACACAGGGTGATTAAGTAATGGACCCAA
AACATATACCAAAATCTATACCTACAAATTAAATAAAACCTTACTAACCA
AACCTTCATTTATTACTACACACACATAAAAAGTTAAAGTAAAAGCTACA
TACTTTACATATATAGATTAAACAAGTAGAACATCATCAATAACATAATC
TCCTTGCCCATGAATAGTCTGTGAGCATTTCAAACGAAACTTACTCCTAC
ATAGATCTCATTAAATTTTGGGGCATTGATTTCCACTTTTATAGTGACAT
CATGAAATTGGCATGGAAATTGGAAAAAAATATGATGATAATGTTGACTT
TTTGCAAGAACACCCCCATAGAAAATGGAATCACAACAAAATGGAACAAA
AATCCTTATAGATTCATATTTGTAAATAGATATTTTTTTTTAAATTATAC
ATTGAATATTTTTCTATAATATAAGCTATTATATTCCATATCACTATGTA
TTATAAATTAGTTATAAGGGTCTAAAGAAAAATATCATTTTTTATCATTT
TTCAGACTAAAATTGCAAATATATCTAGTATAAAACAAGATAAAGAACCA
ATTAAAATACTTTATTATCCCTCTTACATAAGTTCTGTTAATCTTACTTT
CAATTTGGTGATTGTTTTAAGGGTATAAAAGGAATTTAAACAATAATAGT
GGCAAATTTCTCTAATCCCAAATATTTTAGAAATAAGAATACTGAGATAA
AAGCTGAGATCAGTTTTGGATTCTGTGCTCATAGTTAAATTTGATTATTG
TCTTCAACGCATTTATAAAAATATTCCTGCTAATTGTTACCTTGTGTTAT
TTTAAACTATAAATTCACAGTCCTAGACATACCAATACAAGGTCTTACAT
ATCTAGAATTAGGCAAAACTCTTATATTGATGACTGTGTTATGGAAGGAG
CACCCCTTGTGAAGGTGATATGAAAGTTGTTGATTGCTATTAAGTTAAGA
CTTCTGGGTCACTGGAATAAGAAACTGGTTTACTTAACGAAAAAATCCCC
CTTTCTATGATGTAATATTTATGGGTTCACGTGGAGTAACAACAGTTAAA
AAAAACTAAATATTTATTGGGCAAAATAAGTGGAGGGAGTGCCTTCCAGA
ATGTCCTCAGTAATTTTCCTCACCATTACCATCTGCCTATTTTTCTGACA
CATTTTGGATCATAATGAAATGGATTTCACTACTTTTGCCTGATCTGATG
TTATGCTTATTAATCCATCTATAATTATTTTCAAATACGTGTAATCCATC
ATGTCTAACAATATTTGTTAACGAAGCAATGAGTAGCATTAATTCTATTC
TAATTGCTGTCGTGTTTATTTTTCTTTTATTTTCTATTAGCCTATTTGTT
TATGGTTCAAACTAATTACATAAGTAATATTTTAATAACATTAATTGTCA
AAGCATTAGTAAGCGCTGCTCAAAATTCTTGAGCGAGAGTGGAAGTGTGC
TCATTGTTGTGAATAACGAGCGGGAGCGCACTCACCATTTTAGTAGAATG
AAAAAATCGCTCGAATTTTCGCTCATTTATATAAATTTTTACTATTTTTT
CAGTTTTCTGCACATTATGAGATAACATCGAAAAATTTGAGAGTTAAAGA
TTAATTTTAAAGATTACAAGAAAAGACAGTTAAAGTTATGGCTTCAGAAA
AGCTACAATTTTTTTTAATGCTATATCTGTGGCTCTCTTCTGTCTTCGGT
TGACGAGTTTACCTCTCATGTATCTGGTAACTGTATGAAGACTGAGCCAT
CAGTTCCCTCAGAGACACTGCAATCTCCTTCGTGTGTGGAAATTACATTG
GAAGATTAATCTTTCGTTTTTGTAAAACGAATTTTCCCAACTGAAATACG
ATTTTCTAATATTTTTATGTCATAAATTGACGTAAGATCTCAAAATCTCA
CGCAAGCCTAGTTAAAAAACTAAAAGTTAAAAAGTGTGATACTCATATAC
TTGAGTTTCATATTATACAATTAAATTGCAGGTATTTATAAAGATTATCA
TTTGCACAGTTCTGTATTCTCTGATTCATGAAAATTCCATTCAATTCTCT
TGATGTTTAAGAAAGTTGTGTTGTTTTATTGAAAATCATATTTTATTATA
TCACAGATTTTGGTGTAGGTTATTACATAAACAGATTTAACACTACAAAA
AATTGCGTGAAAGTCCGATGATAAATTGGTCATAACTTTCTTAATATTGA
AGCTAGAGACATGATTTTAGTATCAAAACGTCCTTTTTACCATTATCTAT
TAGATAAAACAGGTTTAAAAGGGAAAAATTGAATTTGATTTTTTTTGTAA
CATACATCCATAAAGAGTTGTCCAGTTCAAATTCGAGTAAAAAAATGAGC
GCCGCTCATTTTTCATTGAGCAAGAGTGGGAGTTCGATCATTGCTTTATT
AAACAAGCGGGAGTGCATTCACAAAATTAGTAACTGAGTGGGAGCGCGCT
CAGGATTCCTTGAGCAGACTAACCCTCTGTTAATTATTTATTTAKATTTT
TTTTAAATAGTATCGGTATCTGTGGGAATTATTTCATATTAATATTACAA
CAGAAAACAATAACCCAAAAATTTCTCCAAAAGGATAAAATGTTAATTTA
TTTAATATATTTATCATANTTAATTAAGAATTTACTCCCAGTGAAACTTT
TATTGTATTCGTCGTTTCAGCCTATGAAATCAAATCACAGTCCTTGAGAC
TGAAATGCAACTTCTTATATGATAAGCTCCTGTTTTCAAAAAAAAATTTG
CCTCTCCTAGTGTTAAAAACCACTTCTAAGACTTAAGTACTTGATCAAAT
TAATGGACTACAAATTACCTTACATTTTCTACGGTTGTGTAAATATAACT
TATCTATAACCTAATAATGAAAAAAAAATAAAACGTTTAGAAGTTTATTA
GTTATTTGGAATATTATATTAATTTATGCACAATATTATGAGTGTAGCGT
AAGGGATTTTTGAAGGTCATTTAAAAACTATTTTATAAAAAATACTACTC
TGAGTACTTTTCTAGTTGTTTTTTTCTTTCTTAATACGAGCTTTAACTTC
CTGAGATCAAATATAAAATATACAAACGGATAAGTACAAATATGAAAGAC
TGATTAACAAAAGCAAAATTATGATTTAGGATGTAAAGAAATTGTTTTGG
GGATTCCATATATATTTACTTGCAAAAGTATTAATTCTAACTTTTTTCCT
GATGAGGCTACACGTTTACGAATAATTTTTAATATTTTCATTTTGAAAGA
TAAGTTAGAAAATTTTACCACAATGAGTTAAAAAAAAAAATTTAAAGTTT
GAATAATTAGATAAAGGTGAGTTCACCGAATTGCTTATCCACGCATAATT
TCTCTCTTTTGACCATTGGACTGTGCATATAGAATTAGAACTCCCCCAGT
TCCTTAATAGGTATTTTATTTGATTATTCCTGATCTTTATCGAATTTATC
ACTCATTGTTCACATAAGAGTGTACAATGATTCAATAGAAATCTGGAGCG
ACTGATGTACTCTTGAACCGATGATATACGAGATTAGAAGTCACTATTAC
GGCCTTTTATGTAAAAATGTATCTTCACAATGAAAGATCCTTCCATTAAA
GGAAATGAGAGCAAAGGAGGATGAAAAAGGACCTTCCTCGAAAGGTACAA
GATCCTGGGACATCAAGTATAAGCTAAGAGGTGTATTCCTAGGATTTTGA
AATGAAAAGATATGAATTCATTGGAATAATGGGAATGCAAATCAAAATAT
CTATCGAAATTACCGATAAACCAGAACTACCGAGTAGCTCCATTCAATTT
CTTCCCTCTCAAAGTTATAAAGTTTTTTTTAAAACGGGGTTGAGTGTCGA
TTCACATTCGTACTTGTTAAAGAAAAAGAAAAGATAAAAAATATTTACTT
ACACTATCATATTTTTGAAATTAATCAAAGTGCAGTATATTTTCCTTTCA
ACAAGGACGCTCCCTTATCAGGTTTGCCGGTCAAGCAGTTTCAATTCTTG
ATCTGTTAAAAACGGAACCGAAAAAGTCAAKCCGAGKCCGCCATTTGTTG
CTTATCGGTCTCGTTTCTTGTGCTTATTTTTGTTTGTTTTATTTTTTGGT
ATATTTATAACCTTTTAATATTCTATTTACATAATTTTGTATCAGTGAAA
GGTTTCGAGAATAATTTGTTATATGATGTTCCTCCATCTATTTCCATAAA
ATGTTTGCAAATGAATAATCGTAATCTTTATCAATGCAGTATTATCTAGA
ACATTATCGACAACAAAGGCGCGTCAAGAGCGTTTCCCAATTATTTTTTT
AAGTTGCCAGGGTGATAAAGTTGTAACTGAGTTCCATCTGGAAAAGTGGC
TGMATTCACCACTCGGCGAGAATAAAAGACGGAGGGGTTGGTGTAAATTT
TGGATCGAGGTCCGCTACTAAGCTTGTCGGAGCCCTATAATATACTAACT
GAAATAATTCTGAAGCCAGGGGGTCCTAAGCTTTAATATGCCAAGCCTCC
TCTACTCTAATACATATTTCATATGAGGCCCCTTTATGCAAGAAAGTGTA
TACTATGTATGTGTAGACTGTAAGCATTCCTCAATTCTCCATCTTCCTGC
ACCCCTAGCATTCCCTCACGGCTCCCACTATTGATAACCAATTGTGGTAA
GTACCCTTAGTTTTTGGGGCCTCTGCACAAACTTCGGGCATTTCGCAGTT
TGCACTCTGCGTATAAGGTAGTTGTATTCTATTTGTATCTTATATCATTT
TCTGGGTCCAAATTTTCGAGAGCACCCCTTGATTTAAGTACATCTTACCA
AAACAGAAGCTGTATAAAAAGAACAATGAAGAAAAACCGGAACCGAACCC
GATAAAGCTGAACCGAAACCGGTGAAGTTAAGGAACTGACCGATAGAAAC
GCTGAAACTAAAGCGAGCACGACCATGCTTTTGAACTGTTTTCATGAGTC
CACTCTTGTATTATGTAAAATAGCTCACTCTCCATTATATAAATTGAAAG
ATAGTATTACATAGGATTTTGATTTCATATTAGTTTCTATAAATGAAAGT
TTTTAGTTAAAATGTATATTTATATAATGTCCATACAGACAGGAATATTT
ATTTATTGTAGTATCATATAGATAAAGTACAAAAAGTAGTTACACTGAGC
AAAATTAAGGAGACATTTTTGAAGCTAGAAGTGAGTTCACCGAAACAATA
GAAAATATAGTCATTTATACATCAATCACTTGAGATCTTTTATGGAATCA
TGCTTTACTTTTTTATAAACTGGAGAGTTCTATAAGAAAAATATAATCAA
ATACAAAATACAGTGAGGATTGAAAATAAAAATATTTATCTCTATCTTGT
TGACATAAATATTATTACTACTACAAAATTATATTATGGTTTACTTATAC
TTTACATCGTCAATCTATTTTTTCCTCTTTTTCTCTTAATATCTTTTTAA
CAAATCCCCCCTCCATAATGATTAACAGTTGGCAACCATTTTGATACAAA
AAGGTAGTTAGTATAGTTTTTTTAATTTGTACTTTCCCTTGTGACAGTCG
AGTTTGAAAGTCAATAAAAAAACTCTACGTGGTAGAAATGAGTGTAGGAA
ATTATTCTCCTCCAATAATATAATTTATCCCTACATCAGAGAAAATTACC
TACAATTGGCTCACTACATATTTGGTAAAATGTATATAAATTTATAATAA
CAGGATGAAAATAGTGTTATATTTTGAACTCAACATTAACTTAAAATCAA
TTAAACCTTTCATGAGTCAGAAGTTCAAGTTTGTATATATATCAAGAAAA
ATGTAAAGATAAGATATCAAGTTCGTACATCGCTAAAACAAAGAAGCAAA
AAATGATAATGTATGTTAGAATTGTCCCACAAAATCAACCGATACACGAG
GAAACGCTAGTTCCAAAGAAGTCTTATATTCCTGTAAGCTTGCCATTTTT
TGGGGAATCGGAGGTGATATAACAGTTCGATACTTTATGCAGTTACGAAA
TTGAGAAGAAACAGCCTTCCTTCCGTTGATGATTCCAAAATTACTTTTTA
AAGAAGCCAAAGCTGTTGATGAGCCACCGTGGAGTAATTTTATGTGTTCA
TAATTAACTAATAGAAAACACAAGGTAGACTTATTCGATAAAATGAATGG
ATTCTTATAATTAAAGGGAATATAAGGAGCAGCTTGTAATCCCCCACAAC
ACACAAAACTACATCGATATCGTCCCCAATTGGACTTGGAGAGTTTATAT
TCTCCTTTAGGGGCAGAGATTTACCAGACTTCACCAACTTGTATTGAAAA
GGAATAATTTGTATTTGTTGATTTAGAACTAGGAAAATCGTTGCCTTTTA
GAATTCTTCTCAATAAAACGTATGATCACATCATTATCATCACTAATTGT
ACATCTTAAGATATTTTTTTCTTTCGCCAAAAATATTACTAGATCTATCA
CTTAAGCCCAGAGCCATTTATTTTGATTTGACATAATCAACTTGGTCCCT
TACACCAAACGCAACTTTTTACAAAGTCTACGGCACTCATTCCGCGGCTT
GCCAAATTGACAGGGTTTTTTTTTTTACCGGAAACGTGTAACCACAATAT
GTTTGCCATACTTTTCTTTATTTGCGGAGTTCTATTAGTGTCATATGCTT
TCCAAACARCCAGATCCTTTTCTAGCCAGTGCCACACCACCATAGAATCT
GTCCAAACGAGGATTCCTGATATTACAGCTGGAGTTATAGAAATAAAATG
GGTAAGTATGCATGATGCGAACAACGCAGCCCCAAGCTCTATTCGAGGGA
TTGGCATTATATATATGTACATTATAAATTTCCACTCAATTAATATGAAT
GCAATCTGTAAAATAAATTTATATATAGCTACATCAATCCAAAAATATCC
AAAATATACCTTACGAATATTAAAAGTACTTGTTATGGTATTTGCGTGGA
AGTTTGATACCAGTCATCAATATTGATTTATTATTTTACCGCATTAATTT
TTTATTTCTTCTTTTACTTTATAAACAGTTTCCCTTATTATCTGCTGTCA
AACTATGTGTACATTTGTTTTTACCACTCCATATAAAAGTCATTTCTAAT
ACTTTAGCCACTCACAATAAAATTTTGGAGTGAGCTATGATACTTCTTTG
ATTCCATTTGGAGGTCAGTAAAGTGGTTTGACCATTTGATTGTCCGAAGT
ATTGGGTTTGCTATAATTTGTTTTTCTCCAAACCACATAAAACTAAAGAA
TTATTGATAATAATAATAAACAATAGCCCATGAAAGTAAACACGTAAACA
AAAAAACTAATTTCTATATTCAAAGCGGTGTTTTAATTTAAATTAAAACT
GCTTTCTCGAACGACCATAATTCTTAACGACCACAGGTTCCGATAAAAGA
CTAATATTCTAAAAGACTAAAAGATCTTTACTTATCTGCTAACATCAGGC
TCGAAGGGCCATATGTTGTTTTCAAATTAAGCACCGCCCAACAATATTGG
ACAATATAATTTAAACACTAATATATTTAATTGTACTCGACAACAACGTG
TCTTTATTTATATTATCGTGGAAACAAAAAACTTTACTTTTTATACATAA
GACGACAATATACAATACATATTAACAAAGAAATGCACATATGTGTGGGG
GTATACCAGAGAGAATATCATAATAGTTAACAATATATACATAATAGGTT
GGGGGAAAATTAATTTCGTATTTATTGCTTTATTTCAATGCCTTCTAAGA
AGTGTCACAATCCTCTAATTTAACCCATTATGGCGTGTTCTGTTCAATAA
TTTATTGATAACAAGAAATCAACTTCATAATACCCTTTTCGTTGAATAAT
TTGTACCTATTGGCAAAAAACTTACAACCAATTTTCCAAGGTCTCTATTG
AGGCCACACTTGTAACTCCGAGCGCATTGGCAAAAGACAGGAATAGGATG
TAGTCATTTGGTGCTCAGTGCGGACTATAGGGTAGATGCATAAGAGCTTC
CCATCCGAGCGGCCAGAGCTTCTGTCACGTCATCAAAGATGTGTGAGGCC
AGGAGTTGTCTTGTTGTCACCTATCCACCAATGCTGGGCGTTTCTGTTCG
ATTGCTACCTATCCACCAATGCTGGGCGTTTCTGTTCGATTGCTATCCTC
AAACGGTGGAGTTATTCTCAGTAGAGGGCAGAATTGAGGGTGAAAAAACA
GAAAAATCATTCGAACAACTGTTGTGCAACACTAACTGAAAGAGTATCGG
CCTTGTATACATGAAAAATTTTCTTATTCGCTTTTCACGTTTTTTTTAGT
TCAGGTAGTAAAAATGTTAAATATGCCAAATTTCTTCGTTGTGACCCCCA
TACTTGTTGCACGATAGTTCATAACTGAACCAATCAAGCGCAATACGGTC
CAAAGAGTCGTTATAGTATACACTTACACTTTTACAATGCCTTATCGTAT
AATCCAATGTAACCAATAATGAACAAGATATACTTGGTTACAAAATGGTG
ATGGAAATACCGAATTACTTTTTCCCTTACTTAATGTACTTGAATGTAAT
TCTTTTTAGAAATTGTTAAGAAATGATACGACAATAATATTTTGTAAATA
CTTAGTAGATGAATAGCAGTAGCTGAGAGTGACTTATTTGGCTATCGATG
AGATGATTTTGTGCCTTTCTTCTGTTTATTTTTTGCAAGAAAATTGGCGG
GATACAATAAATAATAAACTTATGACAATAAAAAGAAGTTTATATTTTCA
TTGTTTTTTATCATTTTTGGCCAAGAAGGTTTATTACGATTGTCTACGTG
AGTTTGAAATTATAACTGTTAATGTCTGAAATTTCTAATCTCATTAGTAT
ATTTATCATTTTCATATTGTGTAATTTTATGTAACCAATTTTTATTCCTG
CTTTTATTCAAAGGCCTGTGCTCCAAGATATGTATGGTTTTCGCGCAACT
ATAAAAGACGAGAACCAGTTGGAATATGTCATATAGCCAAGAAAAAATTG
GAAAAGTTTTTTCAATATTCTCCTTGTAGTACCAGTAAGATGAATTTTTT
TTTAAATACAATTATGAAAATGCTTCAGTCATATTTACTTTGTTTTAATA
CAAATATTTTAAACAATATAACCTCTTTTATGTCTTTTAAATTTATAATT
TAAGAGCCAATTATGAATGATCTTATTAATTATTCCACTTTATTTTGAAA
ATGATTACGTATACATCAGCAAACAAGGATAACTATAGTTTATAGTGATA
TTTGTCCGCATATAAGTCATCCCTTAATGTTATTATATTTTTTATGCCAT
TTTCATGGCCCTGTTTTTTATGTATAACGCTATTTAGCCAACATTCACAT
TCCTAATGATATGTGGTTTTAACAACAAAAAATTGACTATAGGAGTGTAT
TTTAAAGATAGAAAAATTATATTTGTTTCACATCTGGTTTATTACATTTT
TGCAGAAAATAGATTAATTTTGCAAATTTTACCACTTATTTTTTTTAGCA
AATGTAAATTAAATGATAACAGATTTGTTATACTTCTTCCTATACCAAGT
GTAAGAGGGTGCACAAAGAGCAAATCCATTTTTAAAGTTGTAATTTCTAA
GCACTGCTGACGTCGCATTTATACAGACAGTGCCACATAGGTGTACTATA
TATACTACATTTTACTATTAAAATCTCCAATCTGTGCTATAAGACTCTAG
AGGAAAGAGTTCCATATACACTATGTCCAAAACTTGATGGTGGTTGTGAA
ACATGCGTTTTATATTTAAAAAAATAAAATTTTTTTGGTCGGAATTAAAT
GAAATTTGGCTGATACAATCATTAGGCAATATTGTATTTTTCTGATGCAA
TAATTTTCAATGATTGTATCATACAACAGTATAAAAGCTCTCAGAAAACA
CCACAGGATGTTAGTTGAAAATAATAATAGTTCAATATCGAAAACAGCAC
AGCACACTTTGGAGACCAGGACCAAGGCTGTTGGCATGATAGAGGGGAAA
TCGACCTTGAGAGACGTTGCTCAAAGGTTACAGATTCCTCTCAGGACCAT
TGATAATTGGTGGAATAAAAGGAAGGATGGACAAACCTTTGTAAGTCAGA
AGGGTCGAGTAAGGAAGAAAAAACTTAGCAAAGTTCCCAAACAGGTTATT
TCAAAATCTTTGACCAAAAAGAGGAAATCTACAAGGAAACTTGCTGCAAG
ATTGACTTCAAAGGGCTATCCAGTATTCAAGTCGTCTGTCCACAACTACC
TGAGGGACTCTTTGAATGGATTGCCATACGAACCTCGTCTGCACCCCAAA
CTTTCAGAAAACCAAAGCAAGGTACGGTTTCAATTCAGCCTTTAGTTAAA
ACACTGGACTTCAAATGTATCATCTACAGTGATAAAAGTCCATTTGAGCT
ATTTCATGCTGCAAATCCCCTAACAGATCGGGTTTGGACAAGCGATAAAG
GAGATGTGGAGCCCACTCCAACCGTAAAATTTACTCAGAAAAAACAGTTT
TGGGCCATTATCAGCCACCAGACAGTATCAGAACTTCACCTGATTCCACG
AAACAAAACTGTGACGACCGAGTACTACGTAACGGATATCCTCAGCAAGT
CTCTGATGTCGGTTTTGTGTCGTCCTGGTTTGTCTCCCATTGAAAATTTG
TTAGGCTTGGTCCAGAGGGAACTGAATGAAAATTCGCCCACAACTTCAGA
GGATGAATTTAAAAAAAAACTGAAAAATGCTTGGGATAAAACTCCTCGAG
ATACTTTGAATAATCTGTATTAAGGGACGCCAAAACGTATAAAAAATGTA
TTAAGCTCAAAGGTCGTCATATTGGGAAGTAAATGAATTTTTTCGCCAAA
AAAATCACTTGTTTAGGTTATTTTATGAATGTTTTGAAAAAACCACCATC
ATTTTTTGGACATAATGTATATATATAAAGAAACTGAAAAAAGCTTAATC
ACCACGCCGCACTTAAAGCATAGAACTTTTCCCTTGGGTCTGGCTCCTTT
GTATTTGATGTTATACGAGAGCCTTCCAAAATCCCTTCCCTAATTCCAGT
AAGAGGTCTGATAATCAAATCGATTTTACGAGAAGGAGAAAGCAATATTT
CAGTTGCTTTAAATTCTGCCATACTCGCTCTACTTGTAGAAGTAACTAGA
TCAGCATAAAAGAATACAAAAATCTTATCATGGGCTCACTGATAGAAAAT
TAAAAACTAATGTAAGATCATATGCTCAAGCTGTTAAAATGGCAGATTTA
GATACTTCCCTTGTTTTGAAGAAGGCTTGCATAGAGTGCCTCAGCCTAGA
AAGGAAATTACATATTTGGCTCCGTGTCACGCTGAAAGAGATTTACTATC
TACTAGGAATTCAATATCTCCAATAGAGTGAGCCCTCTGTTCCCACACTT
AGTGAGGACGAATATCTTTTTAAGAGACCCAGATATTCGGATTCCGAGAA
TACCGTATCCTCCAATACTAATCCAACTGTGGCAAAACAAAACAGTACAT
AAGTAATCCATAATGTAATACAGGTGAAAAATAGGTGTGTACTCCAGAGA
AGAAGTTCGCAGAGTTTGCCCCTGTTCTATCACAAGATAATAGTAAAAAG
AGCATGGATTTCCTGAAAAATCTACGGTCAATAAAACAGACCCCGCTAGC
GATACGCATTTATTCTACCCCGAATCCTACATCAGTCCTTGAATTGCTCC
CCACGAACATTTGCTCTCTGAATTGTACTAAAAAACGTGATGGTCAGGAA
GGGAGTTTACAAACAGTTAATGAAGTTCAAAAGCTCCTCCCACAAATAAG
ACAATTTTTACACCAACTACAAGACATRCCCTCCATAGAAAAAGGCGAAA
CCCTTCAATAAAACAGTTTAAGTATACAGTATTTAAGTCTTACACTTTAT
TTTAACTTTATTATTTTTAACAAATAATTTTGAAGATGAGTTTACTAATG
ACTTTTAATGTAAACTCAATATTTTCGAATGGCAGAGCTGCAAAGTTTTC
AAACTTTTATCAAAGTTCGTTCCTTTCCAGATGTCGTAATTTTAGTTGAC
ACGAGACTGAAAATGACGAAAGGCATTCTCCATCTTCTATCAATGTCTTA
CTTGCACTTCTACGCCAAGGCAACTAGAAAAACGTCCCACCTCTCAAGGG
AGTAGTAGTCCTAGTAAAGAATGCTCTTGAGCCTCGAGTTATACTTTCAG
GCTGATGGTAATTATATCGTACTAGATATCCAATTTTTTGAAAAAAGAAT
GCCATTCTACGCAATATACGGGCACAATTTCAATTCTCCTTGTTGGTTTT
CCAAAGTAGTAGAAAAGTATCCCCCTACAATAGGTAATAAATATATCTCA
GCTGGATACCTAAACATCACAAGAAAATCGTGTGGAGATGCGCTTGGATA
CAAAAAATCCGATAGTATGAAAAATACTAAAATTTTTGAAAAAGTAGTGA
AAGATTTAAATCTTAACGATGCCGGGAATTGTTCGACAGTACTTCACCGA
AAGTTACCTATGATGGAAGAAAAAAACTGGTAATAAAATACATGAAAGAC
GAGACTATATTTTCATACCCCAGAATGAAACAGATCTGCTGAAACATTTT
AGGGGTTTCCCGTCTTATATTTCAGAACATCATCCCATTTTCACATCTTT
TAAAAGTCCATCAAGGACCAAAAACTGCTTTTGGAAACTTAACAACTCTC
TTTTGGAATCAAAGGAATCTGTAATAAAATTTTAAATTGAATAGAAGATC
AAAACTGGATTTAGGGGAAATAACGTCGTTGGACACCTTAAAGAACATGA
AAACTATCAAAAGTAATCTTTGCACAGAAGAGGAGAGAAAAAGGAAAATA
AATGTCGCCAAGCACTACAGACTTGAACTCGAGCAGCTCCAGTCAGACCA
TGCAATCTGCCAGCAATTCAAGGTTAATATTATAATGTTTCATTTTGCAT
TATATGTTTAAAATTTATGTTTCTCTAGGCAGATATTGACACAGAAGACA
TGGTTTCGTCACAAATTGCTGCGGAGTTAATAAGCTCGGGAGTGTTCTGT
CTGARGCCGGAGKTATACAAGGTGATCGTTATCCTGGCTTCAATGCCCAT
SAGCAGCTGTGAGGTGGAGCGGTCATTCTCCTGTCCCAGAAGGCTCAAGA
ACCACATGAGGACCACCATGGACCAGGAGAGGCTCTCCTCCCTCACCTTC
TTGAACATGGACAGGGTGATGGTGGACAAGGTGCTGAATGAAGACATGGA
CAGTTTGATTGACACCTTTGCGTCAAGGAAAGAGAGGAAAAACTTCTTCT
TCTAATCATGATAAAGAACACATGCATTTTTRTTCWTTTTTTTCAAACAC
ATCACRACGTATACATGCGAGTTAAGAACAMCAAAACTTGNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTT
TCATGGTATATTATAATCTCGTTTATTATCTTCATCCGTTATTATTTTAA
AAATATTTAAGGAGGTTTAAATTGTTTGACTTAATTGTATAGTTCAAAAA
TTTTCTCTCATTCTTGCACCGTGCATTTTATACTCCATTATACTCCTTCC
TTTATGAATAGGTCGGCATTGACTTTCCGTCTAGAGTTTTTCCTTTTCAT
TTTATTTTCCCAATGTTTGCCTTAACAAAATAATGGTCAGACAGTCCATT
GGACGATATTCTTGCAAGATTTAATTTATGCTGTKGCATTTGCCCTGTTA
AATATCCCACGTTCACCACTGAAAATCAACCGTTCACCCTTGTAAAGCGG
ACAGAAAAATCTTCCTGACATATGGCACTGCTCGGCTCCACCAACATAAA
AGTCATGCGGAAGACGCTGAATCTATCATGAATAAAAAGATTAAGAAAAT
ACAATAGTTTCTAGGCTGAAAAAATACAATATGTATTTCAGCTAACTACA
GAATAAAATTTTAATGAGCGCATCTGTCCTGGTCTACTGGAAGTTTTCAG
AGCCGTGAATAGATGTGGACTGTAATGGCAAGAGATGGGATCATCGTGGA
GATCAATTATAGACTACGTGCTTCCACTTTAGGGGCCTGTCTAGCCTTTT
AACTTTAACACTCGCCTGAGAAGTCATGACGTGAATTTTGAAACCCATGG
GATAACGTCTGTCGTCCAGCTGGACTCAAATAGCATCGTTTGAAGAATTT
CACCTTTTTGCTAAGGACCAAAACACTGTTCCGTATACAAAAATCATATA
AAAAGCGTCTAGGTCCTCCAATTCCAGCATATATTGCACTAGAAACCGTT
TCTAGTAAATCAATAAGAGAAGCCTATAGCAGCGACCTTGCTATGAAACG
CCTTTCCACTGTTGAGGGAAGAATGAAGAGACTGGACCTAGAAAGAGACA
TAAAAAGAGTTGACCCATTTTTGATTTTTTCAAAAAAAACCTTCCAGTGA
TTCTCACCAGAACTGGTTAAGGTACAGGCTGGCAACATCCTCACTTTTTA
CGAATAAATCGAGTGCGAAACAGGAAGATAGAAAGTGTTCTTTCTGTAAG
AAGGAGACGTAGACATCATTTCATATTTTTTTACTTCTGCCAGATGGTTT
ACCCAAGTGGGGCTTGGTAAATTTATAGTATGGCACCACTACGGAGTGAG
ACTCGCCAAAATGGATGGGCTTATCGTTACNGTCTGCATCATATGAGGAG
WGTATCAAAWAAAGAACATTGTTTCCGAGATCTAGAAAGTACTCTACACG
GCGAAGCATACAAATGGAATTATTCCACTCGGAATCCGAAGCTGCGTGTC
CACCTTGACTAATTTTATGGACTGCTTCTCAAGTGGAGGTTTTAATTATG
CTTTTGACAAATAAAGTCCATCCAATGGAGTATTTTTGTTTTTTCCTTCT
CTATCTCTGATAAATATATAATCGGGAGATTTACTCGTTTGTGATTCTCT
TAGAAGGAGGCGAGAAAGAAAAATATATATATGTTTTATACCATTACTTT
TTATTATGGATTCCTATTAGGAAACAAATGTTCAATTATTATAAATAGTG
AATGTGTCCTGTTTTTCGTTAGAGGGAAAAAAGGGTTGGAGAAATATTTA
TAAAATTTGTTTAAGCGAATAGTATTATTATTTTTGTTAAAGAAAAAAAA
ATACCCCCAAAAAACTTGATTTTATACGGAAAAAGATTATACGTAACCAT
TAATAAAAAAGACTAACTGAAAATGATGTGTGAATAAAATCAATCTACTT
GCAGTGTGAATCTTTGTCCAATTTTCAAATCAAACCTGATACACACTTAT
TCATTGTCAGTTCAATAACAAGGAGACATAGGCTGCATTTTAGAATTCAT
GATACATTTTTTTTTTAAATTGAAATTGCTGATCTCACATTTTAAATATA
GTAATATTTTTTTGTCTAGGGGTGAGGTAGGATAAATAAATTTTTAAATT
ATGAGGGCTTTCGGTTTGTAAAAAAGAAACCAAAAATGCACATTGTGAAA
CGGGAAAAATGAAGCATATTTGTGACGAGGGTAGCTTAGGTTTAATTATT
TTTTATAAGATTGGCTACATGCAACTTATAAAAAGGAGGKGGTGAAAGAA
CTAAACACAAATCCCATAGACAGGAATTTATCCCCAGTAGATCCTCAATA
ATACTCTAAGTACTGAAACTTATAGTCAAGGTTGTACTTTTATCAGTACG
GTGTTTTTATCCGTTCCAGTTCTTGAATTGATAGAACTGGAACCCATTAA
GTCTTGCCAAAGTCGAAATGTGGCCAGGAATATTTGTTATCGTTCTCAGT
TCAATAATTTACGATATTATCCTTTTGAGATTCAGCTTTTAATGTATAGA
TTAATAAATTATGATTCATTATATAACGATAGAATCAATCTATTTCAATG
CATATCTTGATGTACGAAAAGTTTTAGTCATGCTTTTCTATTTTTAATTT
AATAGCTGTTTTGAAGGATGTAATCATCTCTAATTCAATACCATTTAAAA
TTTGCAGTATGTCACTTTATTATTCAGGTTTGTTTAGAATAGATAACATA
CTAAATAAAAGGAAGAATATTTTTCTATGTAAAATGTAATACAATATTTA
AAAAAATGTATGTAAAAAGTTAGGAAATGTATCTTTACATAGTGCACCTG
AATAATAGGTGTTTACTTTCAGTATGGCTTYAGTCTATAGCAGATCGGAA
CGTTCTATACTTAAATGCAAATTAAGACTAAGTACTAATTATATGAGTTA
TTTAATAACTTTGACTTGATTTAATAGATTCAAATATGTTTTACAAACAT
TAGCTATTATAAGCCAAAATATCTTAGTATCATTAGAAAAAAAAAAAAGC
GAAAAGTTTCAAATATTAATTTTTCCACCAACAGTATTGTAAAGAAATAA
TACTAAGCTTACATTATAGTATTTATTGTGTTGATAATCCACTAAGTCTT
CTAGTTTAGAAACAGTGCGAATACGGTGAAAAAAAGATTGGAATGTGTAT
ATTATAAAGACATTGGTGCCATATCCATTAATTTAATGATCGTATAATCT
TTGAAAGAAAGGGATAATGGTCCTTATTAGTTGTTGTTTTATTTTAACTT
AAACTTAAATATACAAAACATATGATATGAAGTGAAAATGTATTTATATC
CTTTAAATCACAAAGAGTCAACGAAAACAACTAAACAGAGAATAAATTGT
AGTTTTGTTTTTCCCATAAAGGAAATTGAGAGAGTGTATGCATTTTATTA
TACTACTTTATTTATGTGAAACACCCCTGAAATATGGGTGTTTCACTTTG
AAATAAATGATCAAATCATTGCGAAAATGAATTAAAAGATGAATTATATT
GGACTTAAATTTTTTTATCTCCATATATGAAATTTTTTATATCTGTAATA
TTTTAAATTAAAAAATATATATATTATTTTCCTCAACAGCATGGCGTTAA
TTTATAAATATTGGATTTATAAAAATAAATACGTAAAACGAGAATTGCCT
TTGTAAAAAAAATCATTTAAAATTATAGCTAAAATTAAATAAAGACTTAA
AAATCAAACAATCACAAGCTAATAAATACAAAGCTTCACATACATAGTTT
AATAGTTTTAAAAGTTAAAGAACACAAAAACAACTCAAATAAATCAGAAA
GAAAAAGACAATTCAATCTGTAGTTTCTTGCTTACACTTCTTATAGCGCC
GAATAACTAGCCTAACAGTATTTTCATACCGAAGTGAGATTCTTGGATAA
TATTTAATTTGGCAGCATAATTCTACGATTAGTCTTGTGATGGGGAATCA
TCAGGATTTTATATGGTGTATCCAGATGTAGCCCATATCAAGATTGTTCT
CAGATTTCTTCTACCAACACTTTATCTTCTGTAAGCTGTTGAACAGTAAA
CCCTTGACAGTTACTGTTATTGTTGCTTATTCCTCATCTGAACTGTGCTT
CCTTTTAGATGGAATACCTAATAGCAAAAACCCTTTCCGATATCGTGGGG
GAAAATTTAGAATAAATTTGGAATTAGATTATTTAAATATTTAATATGAT
TTTCAGAACTAGATAGCTAACAAAAGTTTGTCGGATATCGTTATATATTC
GTCCACTATATTGATAATATATCAATATAGAGTCATCCATGCCAAATCGA
TCAAAAAAGGGAAATTTTTCGCAGGACCGCCTCCAATTTTTTTAAATTTT
ACATATAGTTTAATATTGAATAGATACTCAAAAACTAAAATTTTAGTCTT
CTTTGACCTCCATATCAGAAGTTAGAGGGTCCTAAAGTTCCACCCTCGAG
GCCAGCACCCATGTTTTTAAACAGCTATATCTCTTGTGTTTTTAATGATA
TCGATCTACTTTTAATGTGATTGGATAGATATTTACACATTAATTGTTCT
ATATTTTATACTTTTAACCAATAAAATGNCTTTTTGACCTTGGGATAAGA
ATGTTAAATCTTTGGCCTTAAAAATTTCAAACATGCTATAGTTCTATTTT
TTTTGAATTTTCGTGAAATGGCCGTCAACATATATTAATTAATTTAAAAA
AGTGTTGGGGATGCTTTCAAATTTGGGCCAACCCTATAAGGGAAATTCTA
AGAATGGGATCTACAAAACTTGGGTACAATATTAGAAAAGATAATTAATT
TAGAATTGTGGTGAGACAAATTTACACTCATTTATATATTTTTTTTAATC
CAAGTTATATCGATTTAGTATACTACAATGCCTAAGTGTTTGTAAATATA
TAGGGCATTATAAACCTAGTGATCTCAAGGTCAAAAAGACATTTTATTGG
GTAAAAGTATTAAATACAGAATAATCAATGTGTAAATATTGATCCAACCA
CGTTTAAATTAGATCGATATCATTGAATACACAAGAGAAATAGCTGTTTA
TAGACAAAGGTGTTGGACTCGAGGCTTGAACTTTAGGAGCCTTTGACTCC
GGATATAGAGGTCAAAGAAAAAATTTTTTTTAGACTTTTGAGTTTCTATT
CAATATTAAGCGATATGCAAAATTTCAAAGAAATCGGAAATGGTGCTATC
TGATGAGTGATTGATTTTACGTGGAATACCCCTATAGTGAAATCAAAGTA
AAACCAGTCGAAATCAGAAATTGGGAGTGAACTTCCGGCTATCGTTGATG
CCTTTCAAAGAACGCATAATCCTCCTCTCTCATGTTTCAAGAAGACATAC
GCTCCTTATATACTTTTTTAAGATAAGATGTGCATCAGTAAATATAAAAA
CTTCAGAAGTAAACTTTAAATACCAAGGAGTAAGAGAAAGATTAAACTTT
CCTGATCTCTGCAGACGGCAGAACTATTTTCCAGTATTAAGAATAGTTGA
TTTAAATATAAAGATAGTATATTAAACTAGGAGAGTAAAATTTTTTTCAT
TACTTGTGTGACCTAATTTCCCTATACCATAAATGTAAGATCAATCAAAT
GCATTTTACTTCCTATAGAAACACCAAAACTTCTATATTTCTTTTAGGTG
TAATGACTTAATTGTTCCATTGCAGCCAGAAACAGTTACAGAGATACGGG
ACACCCTTGTCTATAGCTTTTTCCCAAGAGTATAATCCATTAATCACTGC
AGTTGAAGCTCCATTGAAGAGGAGAGTACGATTGGCTTTACAGGACGTAA
GATAAAATTATGACTTACAGAGTCAAAAGCATTAATTAAGTCAATCACAA
TTATTTCTACAATTTTTTTTAAGATAATTAATTGTTGTTTGAATATTTCG
TTAAATATCAGCCATTAATTAATTTTTGTTAAGTAAAGGATTTGTTTTGA
TAAAACACCTGCTAAGATTATATATGATTCAATAAGAATTTTAAAGGCCT
CGAATTACTAGGTGATGCCCCATTATCTTTTGTGAGGAGGAATAAAATTT
TACTTCGAGTTCGAGCTGAGGGGAGCAGATCGCTTTTTTCCATCTCAAAT
CTAAACCTTAAGAAACCAAAAAGCAATATTTTCAGTACATAGGGTAAATA
TTTTTCCTTTTATATTGTCAGGTAGAGAATCTTTGTCATCCTGTTATAAC
TTTAAATATAGTCCAATATATTCTCATATATCAAGATAGAACAAGATGCC
AATTCTTTAGGTCTAGGAAACCCACTCTTAGATAATCCAAAAAAAAATAT
TTTATTTACTTTAATTAAAAATAAAATAAAATTTATATGATTATCCAATA
ATTATGAGGAAAAGGAAACAACGCAAAGCTTCTTATATTATAAATACAGT
CAAATGTGAAAGAAGTATAAGTGAAACTATGTATCCTTTTTCTGAAAATA
GTTTGTGTGATAAACTTGAGGCGGAAAGGCATATCTATGTATAATCAATA
ACTACTCTAACAATTAAAATGATTAGGATGGTCCTTTTCTGCAAAATATC
TTAATATTGGAACCTTTTTACCCCGTCTGTTATATAAATGGGTATATATC
TATGATATTTAAATATTATAATCTTAAACTTAATGTTTAGGGAGATTCGA
AGAGATTCTTCTCCCTTATTCGGTGGATGTCATCTCCTTTAATCGAAGTA
TCATCAATTCTGTTCATGCTCTTAAATATCAAATTCATGAATTCAAATAA
CGTGGATCACTATTCATTGGTTTAAAAATGCGTTAGTTGTTTCAGATAGT
ATATGGATTCCTCATATACTTCAATTAGATCTCATGAGTTCTACTACAGA
GTAATAATAATTAATTCAAAGCACATTAAAGAACGGAAAGAGAGTTATCA
TCATCCATCAACAGCTTCTTCATGTGCCTCTTGAGCCTGTTTCTCTCAAG
GTAAATTTKCAGCCGGTTTAACTTAGCTAATTCTCAAGCCAGACCTGTGG
GATTATTTTTCAAAAAACTTTGGAATGACTTCAATTTTTCTAATCAATTC
ACGGTCAGTATTGGGCAACAAATAATGTGACATCAAGGGCATAATTATTA
AGTAAATGTTCAGAATCAAATAAAAAATGTCAAATCTTCCATATCTCCTT
TACATAGATATAAAAAATTCGATCTTGATTGGAATTATTAACTATTCTGT
ACGTTCTAAAAATCTTCAGTATCGAAATAACAATGATTAAACTAATTATT
AATGTTTTGACATATGATTTTTTTAGACGCCTTTTTTGTAAAATGTTCGT
TTATGCAAAATTTACACTATCAAAATATTCACTCTTTTTTTATTTAAATA
TCCTTTATGTCAGGAATACCCCATACAATTGAACCACATTTCATTAACTG
TTGTTGATGATGAGGTAGGAAGAGAACTTGAGGAAGGAAGTTGATTTAAT
ATAAGAGGGGTTGAGGTAGGAAACTGATTCCGAATAGGAGAAGGGTTTGA
GGTAGGAAACAGATTCAAAATAGGGAAGAAGTTTGAAGTAAAAAGTGGTT
TTAACGTTGTAAGAGGTCTCTAGGTTAGAAACGGATTTATGGTAGGAGGG
TAGCTTGAGGCAGGAAACAGACTTGTGATAGGAAACTGTCATAAGGMAGG
ATGAGTGCTTAAATTAAGAAACATATTTGATGTAGGAGGTGAATTTGGAT
TAGGAAGAGGACTCGAGGTAAGGAACATATTATAAAAGTGAGGAAAGCTT
GAAGTAGAAAGTAGTCTTGAAGTAGAAAAACGGATTTAAGATAGGAGGAG
AGTTTGAAGTAGGAAATTGACTTAAGGTAGTATTATGAACTTCTCACCCG
AGATAGGAAACAGATTTATGGTAAGATGAGAGATTGAAGCAGGAAACATA
TTTATGGTAAGAGGAGAGCTTGAGGTAGGAAACTTACTTAAGGTAGGATG
AGTGCTCGAATTAGGGAACATACTTGAAGTATGAGTTGAGCTTAGTGTAG
GAAGAAAACTTGAAGTAAGAGGATAGTTTGAGATAGGAAACATATTAAAG
GTGGGAGGAGAGGTTGGAGTAGAAAAATCTCTAGATGGAGAAACTGATTT
AAGATTGATGCGATTGATGTGGGCAACGGGCTTGAAGTAGTCCATTAGTC
CCTTAAGAACTTTTTCCTCTTGTTATAACAATTGATCAGAGTAGCTATAT
TATTTTCTAGATATTATTTCTTTTGATATGTTACAAGAGTTTCTTGACAT
AATAATTTTCAGGAATCGAAATGGTTAACTCCTTAGATGAAATGTGATTC
TTTAATAGCCTTAACGATTCATTTCTTTAGTATTGGTCCACACTTTCATT
CTTATAATTCCAGGATTGTGAGAGGATAATATTGAGAGTGATATTTTTTT
TATTCCTTTAATGTTACTAAATTAATGAAATTTTTTATTTTTCAATTGAA
CGATTTTAAGTCCATCGTGTTTTGTAGGTTTTGCAGACAATTTTTGGAGA
CTTTTTAGTGACTAGTTCAATTAAGTCATCAATGTCATCTACAGTTTGCT
GATTTTCAGATTTAGAAACCATTCCAAACCTGCAACGGGCAGAAAACTTG
TAATGATTATCTACCAAAACATGAATAGAGATTTTATCCCCATTCCCCAG
CATTACAATGTATGTTAACTAGCCAATTATATTGAAATTCTTGTTCCGAC
CTCTGAAAAGTATTGAAAAAATATTATTGAAAGAAATCACCCACCCAAAG
TTGTCGCATTAATTGCAAGTCGGGGAGCAATAATATAGTACATTATTTTA
TGCTATAAAAGTAATGTAGTACAACTAAAACCTTTCTTAAAATATATAAA
TTTACTTGCTCCACTTCATTAAACATGTATATGTAAGATGTCCCTGCTCC
TTTATCTTCAACAGGGAATAAACTGATCGCACAGAGTCATCCTTCTATTC
AATTTAATAATGCAGTTGAGTGATACATGTAAGGGAAATCGTGGAAAAGA
AAATTAGGACGCACTCGGAATATAACTAACGAAAGAAGATTCTCTAGTGG
CTATGCCACCGACGACTCGGGCTCACCTAAGCCAGACACTTTCATCACGA
AAGTTATCTGCATTTTATACTTCACCCAAACTATGAGTTCTATAATAAAG
ACGACAGGACTCGATGATTTCATTGTCGGACAATGGAGGGTGCTTCAACT
GTTCTGAGCAATGGTGTTCATAGAAAAATTATTTATGAGAATTCAGTCAA
AATATTCTATTCTCTTCAGTCGCGTGGTAGTTTTTCTATCAGATTTACCG
GCTTTTATTTCTTATATATATTTATATTGAAGAGCGGAAGGGAGGAATAA
ATAATTATTTCATATATTGAATGTTAATTATTTTTTTTATTTATCTTATA
TTTTCTTCTTAAGTGTTTTAACCGTTTGAAGAAAAAAATTTCCTCTCTTA
TGATTCAATATAATTAGATAATTAAAAAAAATAAAAATAAACTAATTTTA
TATAAAGATAGGAAATGAGTCTCTCCAATTGAATAGATGAATATGGAATG
TATTTATTCTCCAAAAAATCAATAGTCAACAATTAAACTTGATCCATATT
ATATTTACCATCATTACTCGAGTGTAGTCTTTTTTTTTTTTTCATTTGAA
AACATTACAAATATTTCTGCATGGAACTATCAATCTTTAATGCCCAATCG
TCCAAAACATTTTAAGGATGGATTTCCTAAACAAGGAGGTTAAAGGGCAA
TTTCAGCGTTATGGGTGTTACATTCAGAGAGAAATTTAAAAATTAAGCCT
AACATTGACATGGCATTGATTTGAATCAAAAAAATGAATAAACATATTTT
AGTTACACTTATTAGGATAAAGATAAACCTGCATTATTAAATGTTTTGAC
CCTTTGGACTTTGAAAGGAGTGGCAAAATACCCAGCGTTATGGATGTTAC
GGATGTTGTGATTTGCACAAAATTGCCCTAAGCTTTTCAAGTGATTGTAA
TATATATGGCAAACGTAATTATGCCTCCCCATAGTTTCTAAATGCAGACA
CGTTGTCTTCCAATACTCTATAAATGTATTATTACAACAATATCTGGGGC
ATGATTGAATATATTTCTAGTATTCGATATATTTACTCCAATGACTTGGA
AAACGAACAGCCTAAAAGTCCAAATCAGAAGTTAAGAATCTAACAATAAA
AACGCCCTTCTCATTTACAAGGATTTCAATAATTACCTTTTCGACGTTCA
TGAATAGATCTATTGTATTGGTTACTTGATGTATTACACTTAGGAACACA
AAATTTCTACCAATAAAATCAACACAAGAATATAATTTATCTTTGAGTGC
AGAACTGGAAACTGATCTCAGTTTTTCTCTCAGTCGTCTGAGTTCTGCAA
TATCTGTGGTCCGCTTACTTTCAGATACAGATGTAATGCTTTGGATGATA
AATATAATATTAAAATATGTCAATTAGATTCTGGTGCAATATGAAATTAT
AACCATAAAACTAAAATATATAACAATTTGAAATTTAGATGTTATTTTAT
TTTGACAATTGTTAAGTCCTAATTTGTAATAAGATTGTTTTCTTTTTTTT
TAATTTGATTTAATTTTGAAGTACTTCAGGTACACTGGAACTTTGACCGG
ATGTAGGGTAATTTAATTTTTTTTTCAGGAAGACATTATTAACACCAAAA
CATATCTCGTAATCCATTATTTTTTTGAATTTGGTCAACTTCACAAAATA
GCCAACCCTCTAATCTGTAGTCATTTTTTGTTTATTTGATAGCATAAAAC
GTACTTTTTGAAGCCCAATCCAATTTTTAAATAGAATTAAACCATTAAAA
AATTCTTATGGACTCCAAATTTTCTGTTGGGTCTCCCAAAAATAATTTAG
TAATCTTTATCAGATCGTTGAACAAGAGCAAGCCCGAGGTGATTGTATTG
AAGTCGCTCAAGACACCCCCTAGTGCCATTGATTTGGAAGGGTTATATCA
GCAAAGTCAAGAAGTAAATAAGATTGAAGATATAAATGTTCCCAGCGATA
TAAATACAAGTCCCGAAGGTATAGAGTCTAAAACATTCTACTAATACCTC
ACGAAGAAACCTAATGATACGCTTGCAGGACCAAGCCAGTTAAGCTGTCG
AAGTTCCCAGTACGTGATCCCAAGTCAGAAAAACTAAGAGTTTCAATATA
TCATTGTATCAACAATTCCCGTGGCTCGAGTATGATATTGAAAAAGATGC
CGTTTTTTGTTACTGTTGGTCATAATTTTCTTCAAAAACGTGCACCTCAT
CTGGTGCTTTGACATTCACTCAAACAGGATACTTTAGCTGGGGAAATTCT
CTCGACAGTAGTAAAGGATTTCATCAGCATTAAATATCTGACCTTCATAA
AAGCAGTTATACCAGGTGGATAGAGTTGAAAAAGATACAAGATGGAAAAA
CAAAAAACATAACACATAGAATATGTGTGAAAAGGGAAGAAATAACTCAT
GAAAACAGAGAATATCTTATATGTTTATTCAAATATATCCTCTGGTATGC
AACTAATGAAGGGTTTACGATGAGACAGATGAATCCCAAAACGGCAAGTG
AATATTTCTCATCCACATTCAGCTGGAAACAAATCCCTCATTCAGATAGT
TGTATGAAAAGTTCACCAGTAAAGTTATTGCTCAAAAGACATGTCGAGAT
CAAAGACGATGGTATGTTTTCAAAACTCATAGATGAAAGTGAAGACGCAG
CGAAACGAGAAGACTTGGCTCTGACTGCAATATATTCAATAGGACATGCT
GTGGAAATATTTTGGTACCTTCAGGAAGCTAGAAAAACTAAATGCCCAGG
CAATCAAAGAATGGGAAATGAAATGATTAATTGTATCATCCAAACTTCAG
GGTGCTCAAATTTAGTATGTCTATGTAAGAGTAGATGGCACAAGTGCAAT
GGTAGGCAAATTTACTGGTGTTGCGGAGCTTTTACGTTCAGAGTATTTTC
ATGGGTTAATTTACATACATTGCATTGCTCACCGTACTAACCTCTTAGTA
AACGATGTTATCAAAGGATCCAATCTTGCACTTGACATCATGTTCACAAT
CAACACCCTGTATATATTTTTGAATCATGCAAAGGTCAGAAGAGTCTATC
ATCATGTATKCCGTGAGTTTTACCCCCCCCCCCCCTTTAAAAACTTAATT
ATCTTGTTCAGTAGGTCGACATACTTTGGGGCTGCAAATTTGAAGCAGTT
GAGATTAAACCTCACGTTATTTTAGAAACTTTAATCAGTGTTAGTCAAAG
CCCTAGAGGACATGATTCAAAACAAGTCGAGCAAGCAAGGGGATTTTACA
ATAAGTTGACAACTCCCCAGCAGATTATAGGGCTTGTCATACTCAAGACG
TATCTTACTGAAATGTTTTTTTGTCCAAAGAGCTTCTGAGTCGAAGTGTC
AACTAAACAGATGTTCAGATTGAGGTTGAAAGTACCCGCAAATCAATCAG
TTTAGTTAATAGACGATAATCAGATACAAGCTAAAGTAAATGAGTATTGT
GACAAGATTGGTTTACCCTCTGAACGTACGCTAACCATGCTATTATACCA
AACTAGATCAACTTCATCAAACAGCGCTGCAAACTCAATAAATATCCAAA
TTTATAATCTAAATTCTAAATCCTAGACTTTAAACTAAAATCCTCCTTAA
CGATGTAATGGACAACCGTTTCGTGAACCTTGAGGTCCCTGGCAATTTGG
CAGATGTTGTCACAAAGGTTCCCATAAATTTTGGATATTTCCTAAAGGAA
AAGGTTTTTGTCCAAAAATATAATACTTAGATTCACAACTAATAAAATAA
TAAAAATATTGAAATTTTCTTTAACAAATTTTGAAAATGAAAATTTTATA
GAATAAAAAAAAATTATTTGTACTAGTTCACTTTTATTTTAGGAAAATGG
GGTTATCATAGACAAGGCTCATGCCAAGCAGGTTTTGGTGCTGATATATC
AAATGTAAGTATATTATATCAATAATTGAGACAAGATTGTGTTAATTAAA
GAAATAAATATACACAGGACGGTAAATATGTTTTCATTGGAGCTGTTGGC
TCTTGGTACTGGCAAGGCCAAATATTTTCTCAGAAACTTGATGATTCTCA
TCATCAACATAGAACTAAAGAAAGCGCTCCAAGTGAAGATGATTCTTATC
TGGGATACTCAGTTACTACAGGAGATTTTAATGGAGACAATGAAAAAAAT
GATATTGCTGTTGGCATGCCAAGGGGGGCCAATTTAACTGGAAAAGTAAT
TACTTAATCTAAATATTTCTAAATGTATTCTTTTTTATTATTATTAATTT
AGGTGATTCTTTATGATGTTAATATGACTAATTTGAACAACTTGACAGGC
GATCAGATTGGTGCATACTTTGGCTATTCCGTTGCGTCAGGAGATTTTGA
TGGTGATGGTAACGATGATATTGCTATTGGCGCTCCAATGTGGACTAATT
ATCGAGTTATGGGAAAGTTTGAAGTTGGAAGGATTTATATTGTTTATCAA
AATAAAGAAGTAAAGTTCTAACATATATGTGAATGAGTCATTACTAGAGT
TGCATTTCTGATATAGAAAATAAGCTATGAAAAGATCTTAAATAAATTCA
TATTCGTGCTCTTTGTTTCTTCATGTGTGTTAAAATCACGTCTGACATCA
TATCACCTGGTATGCTAAGGATTCTAAACAGGGGGAAGGAAGAAGCTATT
AATATTTAGCTGTTAATCTAAAAGTAGTGATCACTCAACAACTTTGAACA
CTTCTCTATGGCTACGAATTAATACGTCATTACCAATAAAATGTCAATTT
TGTGCCATTTTTTTATTTAAAAGATATTTGAGCATTTTTCAAACTCATTA
GTAATGTCAAAACATATGTATTTATGCAAGAGAGTTATCTTCTTCAACAA
TTAAGAAAGAAAGATTTTAGAATAATTGACGCTCACTGCTCACTTTTTTC
ACATCACTATTCATAGGTGGAAAATAAAAGTGCTTAAATATTTTTTATAA
CTTTTTTTCTCAATCAGAAAAGCAAATCTAGTCATTATACTCCAAATTAC
CTCAAACAGAAACGTATCAGATTCGAGATATGGGATAAACATAAAAATGT
AACAATTGTCCTAATTAATGATCCAATTAGCGAAAATAAGTACACACATA
ATTAATCTCTTTTTTTCCTTATTATTGCACTTCACTTCATAGAATATGTT
TGACAATTTTAAAGTTGCTACACAATAATAATAATAATAAAAAGGAAGGT
CATATGCGTCCACAATATGTACAGGAGCACTTAAATGAAGTAATATTAAG
TGTTGATGATTTCAAACTAGTAAAAATAAAATGTAATTAAATACATATAT
ATATGTGAAATTCTTTTTTTTTCGAGGAAAAGTTCTCAAATTCTATAACT
AAACAAAAAATTTACCTTTTCAAAAATCTTTGATGATCTAAAAGTAGATG
AATGTGTTAGCACATATCACTCTAACTATGAATCTGTTATTAGTTGTTTT
TTTAAAATATCAAATCAGTTTTTTCATACACCAGAGATTAATAGATTAAA
ATTTCGGAACCATGAAGGGCATCGTTAAAGAACTAGTTTATTTTAATCCT
CTTCTACAAGTGAAGGCAGCAATATGTAATTAATGGCAAAATTATTAAAT
TGTATTTACGAAGGAAAAAATGGTTTTTGCTTTGCCTTCACAATGTCAAA
CTGCATATGTAATCAAATCTGCTGAACATAAAATCGAAAATATATTTTAT
CTCAATCGAAAATCTTTATAGCAAATGGTAAAAATGTAATCCATAATAAT
TTGTATCAAAGATAAAAACACCTTTTCAATTAACAGTAATTCATCGGATA
AAAAATATCATGAAACCTAACATATAATATAGAAAAAAAGAACACCGATA
AATGAACAATAAATTCCACGAAATGGGATTAGAAATATTTCTATAAGAGA
TCAATTAGAAAACAAAAGATAAGTAAAATAATATCCTCTGTTAATTAAGC
TCTTATTTCTTCGATAGCCAGAAGAATAATTGAAACATAACTTTGATTGA
AACTGCCTATGACAGAATAATCGTATCTAGGCCAAAAGAGTTCTCAAATA
TTTACACAATGACATTTACAATTTCAAGACATTAAAATAATGTAATTACT
TGATTTTAGCCTTGCGAATAACATAGTACATTCAACAAAATAAACTGCTA
AACAATATCAGAAAAACAAAAAAATTATAAATACATAAAAGGGAGTGGTA
TATTTATGGTTAATCATCCAAAAAATATTTCTTACAAAATATCATCTTAT
TTCTACAACTGTATAATGTAAATTCTGAGGACTCCGATAATGGAGCCAAC
AAAATCTGTGGTTACTTTATATTCATGGGTTTTTCAGACTTGGTTGCTTC
AATATACATCAGATCCTCTGATGGAGGAGTCATACGAAAATTAATTCACT
CCCATAACGTAATTATTTCAGATGCACTTGATTCAACGAAATGTAACACG
AGAAACAAAACAAAATACCATCGGATATGCAACATTCATTTATATCTATG
GCCAGTGCCGTATGTCAGGAAGATTTTTCGGTCCGCTTTACAAGGGTGAA
CGGTTGATTTTCAGTGGTGAACGTGGGATATTTAAACAGGGCAAATGCTA
CAGCATAGATTAAATCTTGCCAGAATATCGTCCAATGGACTGTCTGACCA
TTATTTTCTTCAGGCAAACACTGGGAAAAATAAAATGAAAAGGAAAAACT
CTAGACGGAAAGTCAATGCCGACCTATTCATAAAGGAAGGAGTAGAATGG
AGTATAAAATGCACGGTGCAAGAATGAGAGAAAATTTTTGAACTATACAA
TTAAGTCAAACAATTTAAACCTCCTTAAATATTTTTTAAATAATAACGGA
TGAAGAGAATAAACGAGATTATAATATACCATGAAACGATTCACAAATTT
GTTTCAGGTATTTTTTATTGATTCCATAAAACTGGCAGTTTCCGTAATTT
CGACCTGGTATTGCAAGTTTTGTAGTTTGGCAACTTCCTCGCCCTTTACA
AATAAATCATGTGTGAGCCAAAGAAACAAATAATTATCATTTTGAGAGAA
CAAAATTCATGTGTTTTATGAATGCCCTAAGATTACATAATAGAACAATG
AAAATGGTTTTTTTCCCCCCCATTTAATTAAAGCGAAGGATGGAATTAAT
TTAGAGGACAAAATCTAAATCTGATCTGAGTTTTTATCTTGCATTACTCT
GATTTCTGAAATATCTGGGTTTATAGCAATCAGGTACTAATAACATTTAG
AGTTATTTTTCTCACTCACTAAAATGACAACCAAACTAAAATAAGTATAA
ACAAACCTTATGTTGAAGTGTTTTTATATTAGAAAAAATGTATCTTAATC
TATACAAGAGCTATTTCCTTTTATAGTCTTAAAAATTATCAAAAACAGCA
CCCTTCATTAGACCCTTATTTAGACTTAGATCTGATTCGTCACACTGGGG
AACATAAATTTTGTTAGTATAAATTAAAACCAAAGATGGAATTTATCTTT
GAGCACAGAATCCAAAAGTTTTTTATTTCACTCGTCTTAATTCTGAAACA
TCTTGGATCATAGTATTTCTTGACTTTTATCGATCTGAGACATCTTTCTG
TTAATCAATACCATAATATCTTCACAACGACTAATAAAGAAGACCTATAA
ATAGAACACACAAGAGCTATTAAAAGTCTCAAAAACTCACAGAAATCTTA
ACGAGGATAACTCACAAAATTTATTCAGTATCCAAGAATTACAGAATACT
ATTAAACACTGTGCTTATACATATAAATGTGTTGAAGATGGTTGTATTGC
CTGGATTGATTGTAATGAAGAAGAAAACGATAAATCCATTCAATTGGATG
TCTAGATCTCTTTTCCACTTGCTTTAAGCTTTTTATTAGATTTTTAAACA
TTTTCTGATTTTTCTTTTTTAGTATGAATCTGAAGTCGAAATTTCTATTT
TAACTTTAAATAAATAATGGAAGATATCAATTTTATTCTTTTCATAACAA
ACATACTTAATTGTATTCTTCAGTACATCACTGTGCCTTATAAGTCACAT
GGCATAATGTGTTTCCCAATTACAAATATGCGAGTAATATTACTTTGAGA
GATTTGGGATGTTTCTGGCTGACTTTTGTAATTTTTAAATAATACATCCT
ACTAAAAATTTCGTATAATTAACCTATTTAAGCATTTCTTTTTTATATAC
TTGACTCTATTTCACCGAATTTAAGGAGTAATTGGAAAATCCCTTCTCAT
TTATTTATTATAAAATCATGTACTCACATTTACTTCAAAAATTAGTTTTT
TAAATTGATCGTAAAAAAATAACCTACTAAAATTCAATGTCCATTCAATA
CTTGTCATGGGATTATGTAAAAATGATTACAAAAGATTATATATAAGACA
AAGGTCAAACAATAATTCTAATTATTAATTTTAAATGACAAATGTTTTAT
TTAAGTATTTAAATTTTGATAATTAGATAGAGATATATATTATAGCACGT
GACTTATAATTATATGAGGGACAATTATGTCTTGAAAAATAAAATAAATT
CTGCATATTTACTTGGAACCCACCACTTTATTTTTTCCTCCATATTTTTT
TTTTTTTCTGATGCTACTCTAAATATTTATAGAAGTAATTGATTTAGTAG
TTAAAGAGTTTTAGAGGTGGGTTCATTGAAGTACTTTCGCGAGTATTGTA
GACGCATATCTACTTACGTTTTGTTATTGTCCTTATCTTGTAATTTAAAA
AAAATCTATAAATTGAAAACTAAGTGTCGTCTGTCTGGTAAAATTCCTTC
ATTAAAAATAGGATCATTCGCAAAATAAAAAATTGAACAGAATTCATATC
TCTAAATAAGCCTATTTAAAAAAAGAAAAACATGTGATATTTTTCAAAAA
TATTAATTATAATATTTTGTATTACTATGAAAAATAATAAGTTTCAAGGA
TCTAAAGAAGGTTGTCGTTTTACATCATTTTTCAGGCTAAAAAAGGAAAT
GCTTCGAGTTCAGAGGAAGATACAGAAGCAGTAAATAAATTAATAGAATA
ATAAAAACGCTTTTACATGAGTTTTATTTATAGTAATTTTAGTTTGATGA
TTGCCTTTGTGTAAAAATGACTTGGAACTATATTAGTTCCCGATTACTAT
AAGCCCAGATATCTCAAAAACCAGAGAAATGAGAGAAAAACTGAAATTCG
TTTGGATTTTGCACTTAAAAATAACATATTCCATGAGAAAAATTTGTGTA
CTGCAGAGTTACAGGAGTACTAAATACAGTAGAAAATGTGATACTTAGTT
ACTTTTGTATAAAAATATCCCACTCATATTGACTCAAATTTAAAAAATTT
AAAGTTTTCCAAATGTAGCACATTTAATTAGACTTCCCCCTTCTTAATAA
CAATGAAATCAAAATTTGATGACATAGACAAACTCCTTGGCATTATCCCT
TCGAACTTTCCCCAAAAATAGAAATGGTTTATAAAGTCAAATAAGATATA
TGAAATATGTATCAAGAGCATTGCATATATCTTGCAAAATTAGTCCTGTT
TTAATTATAATGTAGTATAAAAGTAATATATTATATTTTTCCTTAGTTTT
AAATTTTGTTCTGTTTTTTTTAAGGAAATAATTTATAAAAAGGAAAAACC
CCTCACGAGGAATCAATTTGACCTTCTTCAAAGAAACCCAAGTGGGACTG
GACTTTGGCCCTCAGTCCTATAAGANCCGACATACCACTAGTTACATATG
AACTGCAAATGCCCTTAATTTCAGACCAACAATCTAAGCATCTGTCTGCA
ACTTAGAGCTTGGTCTTGTAAACACTGTTTTTTTTTGTAAATCCCTTTAT
CTCGTTTGGCTAAGGAGATTGAGGCTCAATAAAGATTTTTCGACGTATAC
ATTGAAATACAGTCAATTAATGAACAATGATTTTTTGTTCTGAACGAAAA
ACTTAATTTTTTACCCAAAAAGATATCATAATTTTTATATTAAGACTTCC
TTTTTCTACTGTCAAAATGGTATTAATTAAAATCCATATTTTGTAACATC
TGTAATATTTAGAGTCAATTTTTTCATAGAAGAAAAAAAATACAATATAC
ATCTACTACATTCATTCCTTTAACATTCACACCTCAACTTGACGAAATTT
GGAAGAATATGAAATAATATTGAAAATTGAAGACTTATTATTTGGGAGTA
TTTAACTTTCTTGTAATTTGATTAATAAAAAAGCAAAGTAAAGAAAATCA
ATTGTCTGTACCCTAAAGCTAAGAGAAATTCAAGAAAAATCTTGTTTTCT
TAATAAATGAAGTTTTACTTTTTTTTGTTTTGACTTAGATAAAAATAGGA
TTTGCGAGTATAAAAGCATGGAAATGCATTTTTATATACGTCTTAAATAA
CTTAAAACGTAATTTGTATGGCATTGGAGATACAACAATTACTTTAAATC
CAACTTTTTATTTATGTAGTTTACTTCATTTTAAATAAAATATAACAGGA
AATATTATATATTTTAGTATTTTGTCGACTTGAAACCTCATGAAACTTCT
TTTCAATGAAAAAATTAATCTTTTTTTGGTTTTAATGTCAAATGTACACA
AAAATATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNTTGTAAAGATATTTTGAACATGCTTTTACATTG
TTGTTGTTTGAAAAATAATAATTCTGACTACATACCTTTGTTTCTGAATA
GTTATGGTTCCTCTTGAATTAGTCTCTACAATCCAGGAAGGMAATACATA
TCAAAAGAGACGGTACTATCCTAGGAATCTTTGTTATGGTTYCCTGTTCT
TTGGTGATGAAGAATCTGCTAACTTTGATAGTCGTATTATTAGTATAAAA
TGTAGCTGGCCTCTAGAGAAGTTACAGGAATTACATCGAAAAGGGAAATT
AAAAAACAAAAGGAAGATAACACACCACTTGCCCTTCTGTTATCAGCTAA
ACTCATGTTAGCCAATGTTAAAAAACTAAAGTAGCGAAAGTGGTTCTGTG
TATCCTGTTTTATATTGCTTTCGAGACCCCCGATTGAAGTCTTATCTAAA
ACTATGATGTAGTCAAACTTATCAGTTTCATTCAAAATATTGGTTAGTAA
TCGGATGCTAAGACTACTTAGAATAAAAGAAAAAATAAATAATTCTGACA
GGATCACTGTTTTGTGTAACAAATGGACCAGTATTAAACTAATATGTACA
TGATTAATACGGGCAATATTTTATATCTAATTATGTTATTAGAAATCTTG
AACTACATAATTTAAAAAAAACTAGATTTTCAAGCATTTTGGATTTTTAT
TTCTTCATTATTTTGTTAGTAAGAGATAATTTTGAGTAACAAATAAATCC
TCCTAAAAATCCCCTTAATATTTTTTTAGATTTAACTTCTGAAATGCGTT
TATATTTTATACCCTATACAAATAATAATCCCTGGAATTGTAAAAAATCA
ATTTATTTAACCTTGTCAAAAGAAAAGAACATTCCATATCTCGAAAACAG
ATTCAGCTACTGATAAAAAAAAATGAGATTTGGAAGTTTAAATCCAAAAA
AAGTATTCGAAATTTCATCAAATAATGAGGAGATGAGATTTCGTGTTTCC
TTTAAAAAATTGTATTTGGTGTACAATGACCTGTTTTTTGTTTTTTTGTT
TTCTTTTCATACTATTCTCTTTTATAGAACCGATTTGTGAAATGGAGTTC
GATTGTTGGTCATAATCACAAGGCTAGATTTGGGTTGAGTGTTGCCTGTG
CAGGCAATCTTGATCTAGATGGTATTCAAAAGAATAATCCAAAGGGATAT
CAAGATCTTTTAGTTGGATCTCCCTATGATGGAAAAGATAACCGAGGGGC
ATTATACATATATCTGGGATCTTATGATGGCATTAAACTTCAGTATTCAC
AGGTTTTACTTGTTATATATTGATTTGATTTCCTTTGACTATAAATTATT
CAGGTTATTTATGCAAATGATATTAGCAATTCCATCAAAACATTTGGGTG
GTCAATTTCTGGTGGAAATGATTTAGATGATAATCAATATCCTGATGTTT
TGGTTGGTGCATATGATTCTTCTCAAGCAGTTTACCTTAAATCATCTCCT
GTTATTCATCTCAACTCTGATTTAAACTTTTTGGTTAAACAGAAACAAAT
CAATTTAGAAGAAAGAAAATGCTCTCTTCGTAGTGGTAAAACACGAGTAC
CGTGTATAGATGTGGAAATTCAACTTTCATATCATGGAATAGGCATACCT
AACCGCATTCGTACATTAATAAATTAATATTACCCACTAATTACATTAGA
TTTTATTATTTAAATGTAGGAATGGAGTTATACTATATTCTTGATGCCAA
AAAGGACAGATCTAAACGAATGTTTTTTTTAGAGAATGAGGGTCAAAGCG
AAAAAAGACAAACTATACAAATTATCAAAGGTCAAATTTGGAAAAAAACT
TTTACTGTCTACTTACTTCCATCACGCCTACACGATAAGCTAACTAGCTT
AGATTTGAATGTAAGCCTTGATTATTTCATAAAAATATTTTCATATCTTG
TTTAAAATTATACAATTATGTCCAGTGAATTTTTTAATATGCCATAATTT
ATTTAAAATTTTTATTTGAACTCTTTTTTTCATTATATAGATTGATAATT
ATCAATATTACTATCCACCAGCAAAAATAGTTTAAAAAAAACGGTATATG
CTTTATTTAATAGAGTTTAATACCATGATTCCAAATTGATTGTACTAATT
GTTAAACATTGAAGTTCCTATTTACTTGGTATATAATTTGACACATTTGA
AGAAAGGATATATATATCGTTTTTTATGTCTCTTACTCATTATAATTCGA
TAACAATCTTTGTAAATAGTTATATTTACATTTATAAAATTTGGACATTT
TAATCCCTTTTCGCGAGTTTTCCTTCCGTGGAATATTCGTTGCAGCAAAT
TTTTCTTAAGATGACTTTTCCTTGCTGGAAAAATTTGTTTTCTCCGACAA
CTCAACACAAAGAATGCCGTAACGTCTTAGCCAAGACTCAGTTAATTTCA
ATTTTCTTACGAAATTTTGAAATATCTTGTTGGATACATCAGCACATCAA
GGCAACATCCTTATCTTTAAGTGGAGGAAAATGATGTCCTGCAGATTTTG
TAAGGGGAAACGCATATTTTCTATTATGTAACACGAAGTTTGTCGTGGGA
TTCAAGAAATGAACAGTCATTATATTARTATTTTACGTCTTATTTATAGG
GGCCTGATTTCTTCTAAACGAGCCAGTATCCGTTTCAATGATATAAGAAC
GTGGTGTTGAATTCCCTATAACAATTCCAGACTATATTCTATCTGGTATT
ACAACTTCATCTCCTTTCGGAAGAGTAATCAAAGGTTTTGCTGCGTGTCT
TCGATCAAAATTAATCTTTTGTGCGGTCTTTTTATTTTCCTCCAATTGAT
GAAGAGCCTGACTAGGTATTCCTATTGGAGATAACGGACATGCGTGTTTA
ACCTTCTTCCCATCATTAACTCAGTTGGATAATATCTATTGGAGAGGGGA
GTAGCTCTATAATTTAAAATAACTAAATCAGAGTTCTTGCTGCCTGATAA
AAGTATTTGAACAGTTGGGACTGCTCCCTCTGCTTCTCCATTTCCTGATG
AATGTCCAGTACTGCTTGTAAGATGAGGGAAAACATATTCATTTGTAAAT
AGTTTGAACTCTTTTGATGTATAACAACTTGCATCTTCAGACCTAACTTG
ATCTGGGATTCCAAATCTAGAAAATCCCCATTTCATCCTATCAATGACTT
CCTTCGATGTTGTCGTTTGTAAACTAGCCACCTCAATCCATCTTTAATAG
TAGTTCATAAAAAAGTATATACTTTTTCTTATGTACTTCATATACTTCCG
TAACGATATATTGCCATGGCCTTTGAGGAAGTTTAGTTGGCATTACCGGC
TCCGGAGGATTTTTTCTGGTGGCTTGACATCTCCAGCAATTTTCACTAAA
CTCTTCAATWTTTTTCATTAGRCCCTGCCACCATATAGTTTTCCGAGCCA
AAGCTTTGCATTTAAAAATACCTTGATGTCCTTCATGTATTCGATCTAAA
ACATCCAATTTTATTGCAGAGGGAATAACACCCTTGTTACCATAATCAAC
AACCTTCCTAAAACTGTCATTTCGGCTAYATAAGCGTAATATAGTCCAAC
AAGTAATTTAATAAGATGTTTGTCAGCCATTCTTCTGATGCATACATCAT
AATCTGTCTACAAACTTCATCTTCTTGCTGACGATGTATAATTTCTCCCA
ATTTGCTATTGTTGATAGGTATTTCACCTAGTATATGATTTGCATATAAT
TCCAATTCTTCGTAAAAAGTATATTCCTCCTTGTTATCCATTAGAGAGTG
TATTAGCCGTATTCAAATTTTTGCCAGGAACATGTATTGGTTTAAAAGAA
TATCGCATTAGCTTCATCCTCGTTCTTTGAATCCTAACCTGAAATGATCT
AAATCCTTTATTGACAATAACGGGATCAACGGTTTATGATCCGTTTCTAA
TAAAATGTATTTACCATGAATGTTATCAGAAAATCTGACACACGCAAAAG
TTGACACCAGAGCTTTTTTCTCGAGTTGAGCATATCTTAGCTCGGCTTCT
GAGAGACTTTTGGAAGCGTACAACACTGGCACCCATCTATCATCTTGCTT
TTGCATGAGGACTCCTCCCAATCAATAGGAAGAAGCGTCCGCAGATACTT
TCATTTCTATTGCTTTATCTTCAACACTTTCTATGAAATAGTCCAGTGAA
CCAGGTAGTTCCTCCATAACCTTTTGAACCATCCTTTCCTGGTTTCTGCA
CACTTTACCCCAGTGTCCTTACATTTGTTGCATTTACTGCCATTTGCTGG
ATATTTGTCTCTCAGGATATAAATTAATAACACACCACTGGCAATATTTT
CTCATTGATCCTTGAGGTTTGAAGTTCTGGTGCATCACTTTATTCTGATG
TCTTTTGTCTTTCTTAAATCTTAGGGTTGTAATTGCCTGAACCTGAACTT
TTGGCTCATTTTTAATCAAGAGCCATCTTCCTGAACATTCATTCATTCTG
CATTCATGCACGGCCTTTTCCAGTGTAAGATCACCATCCCAGCAAAAGCT
TACATCTCACCTTGTCACTATTTATTCCGAGTAAAATTTTATCTGTGATA
AACTCGTCCCTCATATCTTCACAAGAACATGTATTCACAAGGGTATTAAT
CTTGGATGGAAAATTATCGAAATTTTTTACTTAGTCTGTATGTATCGTTA
AATTTATATCTCTCATACGTTAAATTAGTTTTTGGAGTGCAGAATTTTTG
AAATTTTAATGGAATTGTCTCCAGATTGTTCTTGTTCTCCTCTGGGACAT
ATCCTGCCTCRCCTTCCGTTCCTGCCGCGGATGCCCACACAAATCCATTG
TATATCTAAGGAGTCTCCTAATCTACTAGGTTTAAGAAGATAGCACTTAT
TCTTTCTTTGGACCCCTTGTCTAATCCTGTGGCAACCACATAAATCATAT
AATGTTGCAGAAACAGCTCGAAATTCTCACTAGCACTGCCAGAAAGATCC
AATGGCTTTGGAAGAGGTAGGCTATTACTATTTGCAACCATATTATGTCC
TGGAAGAATCCCAATGCACTCTTAATTCGTAATATTTTTCCCCGGGTTAC
TCCTGACACCATGTGTAGTCTTGTATTACNNNNNCTGACACCATGTGTAG
TCTTGTATTACTTAATACTAATCGAACTTATTCTATAATTAACAAGTGTA
CTACAAACATTGAGACTCCGATCAACAAACATTGAGATGCCGATAAACAA
ACCATAATAGCATAAACAGACATATACATATAAACACATACATAACCTAT
AACACATGACGAAGCTAATAAATGTGACATATTCCACAGACTCCAAAAAA
CTATTTGATAGGTCAGAGCTGAGCATAATCCAAGAATATAAACTAGAATA
ATACAAAGTCGATCTTAATGTAAGATCTGGTTTATTAGACATACCAATTA
AAATGTACATATATATTTTCGCTAAAAATGTGCTCAAGAGTACCAATCTA
CCACCAAGATGTTTTGTGAGCCTTCTAAGAGCCGGAATATAGGTCTTGTG
AAGGAGTCCCAAAAGTAATTTGATGTCCTCTTTGATTGCCAAATCTGCCA
GTAATGGTAGAGCTGATATCACATATATGACTAAATGAATTATAAAAGTA
AATACGCGTCTGAAGATGCAAACCTCGGTGAAAGGAGATTGTTTTATATT
TTAAACCCCTAAATTTGACCCAATTTGAATCAGATTTCCTTTACTCTCAT
ACTCAATGTGCAATAAATTAGTGTTTCCTTTAATAGTGTAACCCACCAAA
TTTAATCATATAAATAGACTCCATTAACACAATGGAAAAATACCAGTTTT
TCTTTGATTAATTTTTCGCTCAGACTTATTATTTTTTTTAATGTCAAATT
AGCTTCCATGCTCCTAATGAGTTGGGTCGATGAGTTGGCTTTTATAAACA
GCGTCACATCATTGGTATACAGATCACTTGTCAATTTTTGTAACCACAAT
ACTTGTGCTCACGTATTATGGTTAATTATTCTATGGCCATAACAAACAAT
AAAGTAGCCGTCGGGCATCCTTGACGACAGCTTCTAATTAGTATTCTATG
ATTTCTTTTTTCTCTGTCTATATCAATTATAGAGGTCTTGTTAAATAGTA
AAGAAAGAATAAGGGTGTAAAAACGCGTTGGAAGATTTTTTTCGGATCTT
AAGTACAACAAAATTAATAACATAAATTACCTACTATTGGGAAACTCAAA
AATGAAATTTCAAACCTATAACTTGGTGTAGTTCTGAGTTGTGAGCTCTT
TTTTTAGTGAATTTGATAAAAAATAGTCTTGAAGACCTTTGTGTTTGGGA
TTGTAGTTAATTAACTACTTAACTGATAGATACATATAATACATATTTAG
ATAGCTATTGGTTTATGCAACCCAATTATTGTCAATTGTTTAAAAGTTAT
GTTAAAAAAAATAAAGATGACCTTGACCATATTTATTTACTTTAAATATC
TCAAACCTCCTCTAAAAGTATACATTTAAAAAAAAAAAGAGAGAGTCTAG
TTGAAGCTCTTGAGGCATAGCCATTTGAGAAGAGAAATAAAATTAAATTA
TAAAATCTTACATTTAATGGTTTTTAGAGATTTAATGCATATAAAATAAN
NNNNNTATTTTTTTAAAACTAATGCACGTGTAATATTCATTCTATTAAGC
GTTGTTGTTAAAATTTATTTCTTACTCAAAACAAACGGTTCAACTGTTTA
TTTATTTGCATTAATAAAATAAAATAGAAAAAAAACAATGAAACTATACT
ATCTTCTTAATAACTTAGCAATTCATATTCTATAATTTGAAGATACTTTA
TAAGGATTACATCTCTAAAAACTATTAAAAATTTATGTGAACAAATTTAA
CCTCTCATATAGCTTATTAATTTAATTGAACCATTGATTTTGCGTAAGAA
ATGAATTATAAAAATGAAACAAATTAAGATAACAAATAATACCTTGCACA
CTCATTGCCTTTCAAACTTTTTGTCAAAAGCCACATTGCTAAATGCCATT
TTTTCTTCATATAAATTAGTCAAACCTTATGTATTATTTATTATAAGGAA
ATACGTATAGGGTAAGTTACGCATCGTCGGATGTTTCAAATTGGCAGACA
CTTAACGGTTAAGTAACAACAATTCTTTAGTACTTCAACCAAGTATATCA
AAAGAGAATGTTATGTAATCCTCATATATTCTTTAAATAATGCCGTAAAA
TTTCGAATAGATTGATGGAATAGTTTTTGAGAAACAAAAGTTTAAAGTTC
GAAGATTTAATTATTTGTAGTTAATATTCAACGCTTTTATATTTTATAGC
ATGTGATAATATGAAAATATTTTCTCTCCATTTGGTTATATTAGAACAAA
ATTCCCATGTACGATTTCAATAGGAGTTTTTAAATTAGTATTTTATTTAT
TTGCTGGGTTTTTGTCAAATTATTTGCGAAATAATCGCTGTCTGATAATA
TGAACCAAATAATTGACAAATTCTTATTATCATACAGTGTTTTTAATTGA
ATTAAATAATAAATAGCTCACTAAATATCCAAATAAATAGCTAGATACCG
AACAAAACAACATTCAAATAGCTGTTGATCAGAAAGAAGAAAAGGAGAAA
GAGACGTACGGCCTTAAATCAATCATATTAATAATTAATAAAAGGGATCA
CGTTTTTATCCGTGCATCCAACTCCGTCTCGGGAAGGAATATATTAGATA
TATTTCGGCAAAATAATGTAATTTATCCAATAGATACCTCCAATATATAT
TTGATTGGCGGKTAAATCTCTCTCCSAATTAGGACTGTTCATATATAATA
TGGAGKCTCTCAGAGTTCGAGTCGCTTCACTCCACCTCATCACCTTTGCA
AAATATCAACATTTTGTTTTCAAGCATAAATAATTGTTAACAGTTGCTCA
TACCAACATTAAGTTTAACTTGATTAACGCGACTATTCCCCTTGAAGCAT
TGTCAATATGGGTAGATGAATCTTGAAGTCATTCGGACAGAAGAACCTTT
AACCAATATTATGCTTCACCTTTCCCAATGGTTTATTACCCAATCGAGGC
GATATATTCGAACTAATTAATCAGTTAAGAGCTCAAATTAATTCCTTTAT
GCATTGTATATTATGATATTAAATTAATTGATTAATAAAACAATAAATTA
GACAATATGAAAACAATCTTTAATCATTCAATTAAGAAGAAACTGAATTT
AGCAATAACGGAATGCAAATTGTAATTTATTAGTTCCTTAATCCTGTAGG
AGCTCCGCTTTGTTTTGTCTTCTTAATTACATTAGTTATCGAGGTGTGAG
GTAGTTGACCTCGTTGCTTATTAATAAATCGAACATGAATCTTCCCTGTT
AGTGAATRAAGCCTCTCTCAACAAAGAGGATAACTTGGATTTTATAGAAC
GGTAATGCAAAGATGTCTAAAGGACATAGTGGTATATAAATTAATAATTA
ATATGGATAAATGAAACCAAAGAATATAAAGGCTATAACATCAACATCAT
CCATCAGAATATAAATGATAACTCTTGATTGTTGAAGTAAATGAAGGATT
TAGAGTTAGAGACAATTCCTCCTCATAATTGATCCAACATAATATCATGA
TCAAACATATTACCAGGATGATAATTTAATACATTTTGAGATGGAAGAGT
CTCAATTAAATATAAGATCGTATTAGAAATGATGATATCACTTTCAGGAG
TTGACGATAGGAGCTAATAAGACATGAGAATTATACCACATCTTTGCATA
GTTGATTATTTCCCGAGTTGAAGTGAAGCGACTTGGCATCCGAAAAACTC
CATAGATAATTGGCTAGAGTTAGGATCTGAGTAGAGATTTAACAGTGAAT
CGGATATTGTAGGTATCCATGGAATAAAWAGTATCATATCGTAGAACTGG
GTGCATGATATTCTTCCTTGAGACGGAGTTGGAAACACAGACATAGTCCT
TTATAATAATATTAATTCTTATTAATAATTTAAGCGATAGGCAAACGATT
AAAATTAGTCATCTCGTCAGAGAAGGGTTTGGATTAACCCAGCAAGCAAT
TTGAACCTAATTTTGTTTCAGCTAAAAGGGGTATAGATAAATTAATTAGT
ATCTATTTCAATATAAGACTCAATGAATTTGAGACCAAAGATGCCGATGA
AGGAAAATTAACGAAGAGGTTGTGTACTGCAGCGATGTTGCTTCATTCAT
CCAGTTTGTCAATCAAAAAAGAAATAATTCTAGTTATTACATGGTTAAGT
TAGGCTTAGATGGTGGTGGTGGGTTTCTGAAAGCCTGCATCAATCTTGTA
AAAAAATCTGGAAGTCCAACCAATTTACCTTTCAAAAAGAAATTTGTAGT
TGCCAAATAATTTCAAGCATGTTGAGTAAAAAAATTGATGATTATTGGCA
TTGGATAAAGGGCTACTACTTTAATTTCTTTAAATCTGGAACCCTGAGAC
TATGTAGATTTAATAAATACAAAACAGATTTTATGGAGATTTTTTTCAAC
CTAGTCTTGCTTTCAACGCACCGTTTGTCATTATTATTTAAGTCCTAAGT
GGTGAACTTTTTTTTTTATTACATTTAATTATATTGAAAACCTGATGGAA
TAATCACGTCTCCACATAAAAGCGCATTGAGGATTTGTTGCAAGAATATA
ATTGTAATTCCTCTTTGAAGTCAGAGTAGAATTGTATGTCAAGATCGTGA
TAATTATCGCCTATGTTCTTGTTTATTTCCTTCTCCCTTCCACTTTCGTC
CCAACTAATCTAATAAGGACGTCAGGACAGCTACCCTGCTATCTTCCAAA
ACATTTTTCAAATTTTCAAGGTCTTCTTTTTTAACAAGGCCAAAATATAA
ACGAGTTTTATCACTAATCTATGTACTGGGGAGCTTCACAAAGACTTTTT
GAAATAAATTATCTACCTTTTATTCCAATAGGACAATAGATGTTGTTTGC
CAAAGTGCAAACAAAAAAAATCATTCTTTAGGAGCCTACTAAAACAACCG
ATATAGCTTTATACGATAGGAATTAACGAGAACGTTTTTACCTAAAAAGA
TAGGGACCACAAATCGTTTCTTAATACTTGAAGATTCTAATACACTCAAC
AGAGATAAACAATGATCCTACTCCTTGGTCTCTCAAAATTATTACTGAAG
CTTCGAAATCTTATGATGCATATCTTATCACCAAGGACTACATATTGAAT
TTTAGGAGAGGAGAATTATGCGTTCCTTTAAAGACATCAATGATGGCCAG
AAGTTCACCTCCCAGTTTCAGATATTGACTGGTTTGACTAGTTTTGATGA
TATTGCAAAGACTGGACAAATATATAACGATATCAAATACGCTGTTGTTC
ACTATCTAGTTCTGAAAATTATAAAATATTTATATTTCTTAATTTGAAAC
ATATTGTTAACTTTGAGCCAGGATATTGGGAAGTATTTGTACTATTTGGT
ATGGGGAGGGCAAATATAGTCGAAGCTGAAGCAGGGTTAGATATGCATTA
TTGGGACCAGCGAAATTATCTGTTAAAAATGATTTGCTAAATTTAAACGA
AGTGAAATTAGCGTTGAAGACGATACACGCAGTATAATTTCGACAAAGAC
TTAAAAAATGTCCAAAAATAATTTTGTATGGTCGTAAAGGGAAGTTGATC
AACATAGCTGAGACTTTACTGATATCAAAAGAACGTATTAGATATACTGT
GCATAAATATTTGGACATGCGAAGACTGTGTGTAAAATTGGTGCCGCGCA
CAAATAACTGAAAACGATAGCAAAAATGAATGGATTAGACTACAAAATTG
ATTTCCCGTATTCTCCACCTCTACCCCCAATGACTTTTTCCTTTTTATAG
ACCACATAAAAATGCTCACAGAAAAAAAATCAAAACTAATGAAAAGTTAA
TCGGGGAAATTGAAGCTTATTTGGGGACTACAGAATAATTGTATTATAAA
AATGGCACCAGAAAAAGGTATGAACGCTATAATTGTATTGCCCTCGAAGG
TAACTACATTGAATAAATAAATCGAATTTTGCTAAATAAATGTGTTTTAC
TATGTTAACCTATGAGATTTTCAGTCGATATATTATGTTGATGAGATCAA
AATAGGTTATTAGTCATCTCTATTTTGAAATTCTAATGTATCAGCGATCA
AAAAAACACAATAGTTTTAATAATTTATGTTAGTAAATATGTCGTCTCTC
CAAGATGCCATATTTTTATTACATTTTTTTAGGCGCGGTTTTATTTTCAC
CGCAATTTAGGCACAATTCACGTTCACATTCTTTGGCGAAGGGAGCATTT
TCCCTACACACCCATTAGAATTCTAGAGAATCCATTAAATCGAAAGAAAT
CGATTGTAATTTGGGGAATTATACATATCCTAAAATATATACATAATTTT
ATTATTAATATTTGGGCAAAATCGAAAATGCCCTTTAAGGAATAATTTTT
CCTAACACTTACTGGTTTTTACAATTATATTATTTAATAAAATTATTGAA
GATATTCTTTATGTAATTTTTTTTTTCACAGCCTCAACTAAATTTCAATG
TACATTTCAGATAAAATATGTCATGGATGAACTTAGTAATGTCGAAGGAA
AAGAAGAAATTCTTCCTGTACTTAGTCTCGATGATCGAAGTGTAACTGAT
AGCATTTCTATCAAAAAAAATTGTGGCGTCGACAATGAATGTATTCCCAA
TTTATCAGTATTTGCTTCCTCGTAGGTTTAAAAGATTACCTTATAAAGAT
ATTATATATATATATATATGTTACGAAAAATTTTTCAAAAAGAAACGGTT
TTAACTCAAATTTTGTATGTAGCATAATTTATAATAGTCCTTCTCAGAAA
AGAAATATTGGATCAATAACTCAATCCAACACTGAGTTCTAAAGTATGTA
ACATCAATAAATTAGATTGTTGATGAATTTTTTATTTGTGACATATTATA
ATCCTAATTTTTTGTAGTGAAAAAAAAATAACCTTGAACTTAGTTTTGGA
TATTGGATATCTTAAAAAATTACTTATAGAAATACATTTTAACCCTAGAA
GCCATGAATGGGCACCTGGTAGCCCGGACCGTACACAGCCCTCTACCTCA
CTCTGTGCGGCCCGCACATGAAGTACATAATATCCAAAGAGAGTAACAGA
GATGATACTCTGTTCCATTTCATGTTCGTTGAGACAATAAAAATTGAAAT
TAACATCTAATACATTGTGAGCCAGCAGACTGGACCACAGGTTCCTCATT
AAGTTTAATTAATGTTGCTACTATTGAATGTGAGCTATTTGCACTAAATT
TTTTTAAGAAACTTTTTTATATGAAGGAGCCAAAATTCCTTTTAGTACTT
TTTTTTAAGCACATGTTTTATCTTGTTTGATTATTAAGAACATGTAAAAA
TGCATTAATATGCATAAAATAGTTGTATGTTGGTGCAATAAATAGACAGA
TATCAATAAATGTATTTAGTGTTCTTATTGAGAATCATTTGTAGTGTCGG
KCATATCAAATTGATTTYAGTGCAAGGKCATATGGCCCTCTAATGATAGT
GATAAAGAAATAGTCCCTCTTTATCATGGATGTTTCCCATCCCTGATCTA
AACATACCTATAACTACTTTTAAATATTTTTTTTTAAGTTTAGCTCTCAT
GGAATTATTTTTATAAAAATCATAACTACATTTATACAGTATTTTTTTGT
GCATTAGTAAATCTTGAATACAATATTATTCTATTTTCATGCGATATAAA
TTGTGTTATATTTTGTATAAATTACATCATTACTTTTAATTCCATAACTC
TATTACTCAACGCTTTTTCAATGATGTATAAATGTGTTATATTCAGATGT
AATTTTTACGTCAACAGCTTAGGTGAACTCTTTTTTTTTTTTTAATGACA
AAAATCCAAAAAGTTCTAACATAAGCCTTGTTAATTATGCTCGTTATTAA
ATAATAAAATACTTTGATTTACAATATATCATAATTCAAAACATCAAAAA
ACTTATTTATTTTTAAAATATTATAACTCAGTTTTGAATTGCGTTACAAA
TCTAATATTTCATTTCTGAGTAGGATTACTATCAATGATACCACATACAA
AAGTTTTCTCGTTCATCCAACAATTTATACATGTATTTATTGTATTTAGT
TCTGACACTTATACAATCGGTTCAGACGAAAAACTTGAAATTTCTACCCA
TATAAAAAATTTGGGAGAAGATGCATACAACGCCTACCTGTATTTATCAG
TACCTAAGGGAGTTAACTATATAAGGACAAAAACTTCAGAAGACAGCTCT
ATTTCTGTGTTATGTTCACCTCCAAACAATGATAACAATAGAAGTCTGAA
GTGTGAAATCGGGAATCCACTTCCATCAAGTAGTCAAGTAATTATTTATA
TATAATTAAAGCATAATTATTTAGGTTTAAGTGTGTATATAAAACCAAAT
ATATTAAAAGATTCATATTTAGCGTTATTTTCGATTATTTTCTAAATAAA
GCTTTTAATGTAATTTTATATATTAAATTTGTCTCAAGCATTTTGAAATT
ATGATTTACTATTATTAGATCATCTTTTGGTTAATAAAAGACCTACAAAA
GATATTTCTTAGATGTAACAGTTAATATGAATGTATTAGTTTAGGTCAGC
AAACCTAAAATTTTATGACTCAAATAGAATGATGCATATAGCAACAATAT
AAAAATTAGTGATTAAAATTAAGGTAGAAAAAATTATATATTATATCGTT
ATCAGCGTTACCTAAATAATTCCATGTTGTAAGGAGAAATTAATCTTAGG
ATCGTCTTCTAAAAATAAATTGAAACTACTGAATAAGAAATAAGAAAGAA
CAACACAAATAATAAAACGTCAATTTTAAGTATATAACTATTTCTGATCA
TATTCATTAATCACCAGAAGCCTGAAGAGTGTAGTATGAAATATTTTTTT
ATATTACAATTTATTAGAAAAACAAAAGGTGTTCAGCAGGTCAGGGGTTC
AGCTGTAGCTTCTCCTCCAAATGAAAGAATTTTTGAACAAGGAAAAATTA
TTTATTTGCATGAAACATTTTCATGGAAAAAGGTTAATTAAATTTTTTTA
AGAATGGTAGAAGATATACCGCACTCTGTACATTATGTTATAGACTTATG
TGTATCATCCAAGACTGCTACCACTTTGGTCAACACGGAAAAATAACTCG
ATACTGTCTCACACAAGTTCATTGTCGAAATACTATAAAGGTACGGACCG
GAAGGCCGGATGGGCTTATTCACATGGTCTTGGCCATCCTTAGAAAGTCA
TCATCTAGCATTGGCATTCCTGGTGTTCATTCTAAGTTTTGAATTCAGTG
AAGAGCTCGGCAACGAGATTTGCAATCGCCAGGCCTCTTTTTAATCACAA
TGAATGGATTGAACAAGATTATCAAGTACAATTCTAGCCTTGAAGGGCTG
AAGATAAATGAAAATTCACTGAAGTACTTATTATATGCAAACGAACTTTC
CTTATTTCTAACGGGAAAACAGGAAAAAATGGCTTTTTCCATCTTCCAAT
CTATTGAAGTCATTCAGGATTTCCAAAAAATTTCGAGAGTTTCCATCAAA
ATTGGATAAAGCTGGGATTTTATCCAACTTTGACGACTATCTTAAGACAT
ATGATGGTTTTAGCAAATTATGTCTTGTTATGTCTTTCTCACTTCTAGGG
ATTGAAGTTTTTAGCTGCAGTGCCGATACGGAGAGAAGAAATGAGTTAAA
AAAATTTATCGACCATACAGGAATTTGTCAAATTTTTCAGTAATACCTCA
CTCACTAGGTATGAAAAGTCGAAGGCCTGGGATACCAAGATCGTCCATTA
AATATTCCTTCTGCTGAGATATGTGCCTTTTTCAAAGATGATATATGAGA
GCATATATATATTAATGGAATATGAAATATGGGGGCATTCTAGAGCATAT
GTTTGAAGGTTGAAGATATGCTCGGTAGGGAGCTCTATCATTGAGAATGT
CCACCCATTACTAGGTTCTAACGAACCACTTAAATATAATCCTCGACTGA
ACAGTAGGAGTGAGTTCCTTAGTAATGCAAGGATTACTTCTGCAGGGCAA
TATATATAAGACCAGAGCCCGATGTTAAATTACTTCTTCCTATCCCATAA
AAAATCATTTTTTTGAAAGTTGGAGGCCAAATTCCTTCTCAATATTTATT
TGTACGGTACTGTAGATTTCTGTCAACCTGCTGCATTGCAACAGGATGGT
GTCGCTTGTTTCTCTGTTAAACCGTAGAAAACACAATCTACTCGTCGTCT
TGGAAAAATTTCCTTGCTGGTTCAAGAGTACCAGAATATACTTTGTACTG
AAACCATTTGTCAGGAGTGGTTAGATTCTTAATTTCAATGGCTTTGATGC
TTTGCTATAGAGTTCTTAAGATTTTGCAACGGCTTCAATAAGCAATGAAA
GATTTTGATTACTTCCGAAAACCAATCACAGAATCTTTTGAGTTTAGCAA
AAAATCCAGCCAGTTTTTTGAAGACTTTAGATAGTACCGAATATGGGCGG
TTAGTGTTTTTTAATCCTTTTGTTTCCAGAAAGAGGTTCAATTGAGTGCT
CCAAAAGAGTTTTGTATTCCACAATTTCCTCATCCAGTAGGAATTGAGGC
ATTTCCAAAAATTAGCATATAATATTATGTTAAGACCACCATATTTTATT
GGATTATGTATTCTTTTGAGTTGATATACAATATTTTTCTTTAAGATTTT
TAAGGAAATAGTCTTGAATTAAATTTTTTTCTGAAACTATATTCGGCCAC
AAAAGAAGATATTCGCAACAAGTGGGAGTATTTGGTCACAATTTACATTT
TCCATGCGCTTACTTTAACCCATGTGCATAAATTTAGGTAAGAGTAGTGG
CTTAAAGATATTTTATCCTGTACATGATTTCTTTGTAATTCAGCAACCTG
ATATTGGGGCCAACTTATGATCCTAATATTTAAAAGTTTTTACCAAAACT
AAATTGTGGCCACTCTTTGGATTTTAGGGAGCTATAAGGACATAAAAGTG
CGGTTTTTTTCTTCATTGATAAAAAGACCAGATTTGTTGGAAAACTTTTA
AGCATGCTTATAAATGTTCTTATTGATTTTAGTGTTTTCCTAAAAACACC
ATAGTTAGGTCATCTTCATAGCAAAGATATTTTAATGTTCTGTTGGGTAG
TTTGAATCCTTTTATCGTGGCTTCTAAGTGAATACCTCGAATAAGTTTGT
CTAATCACAGGGAGAAAACTTTTGCAGACAGAGGATACCCATGTTGGACG
CTGCTTTTATTCTCAAAATAACTGCACTAGTTTCCATACCTTATGGCTGT
TCTATTTCTTGCTTAGGTTACGTCGACCGTTAGAATGATATAGTGTCCTA
AACCCTTTCTGACAGCGATTTGATAATTATTCGTGTGATAAAGTCTCATA
CGCCATGGTGAAATCCACAGCTATTAACAATAGCTCTGGATCACTTTCNT
ATAACCCTCTGTAGAGTGAAAGGAATGCAGTCCATTAGCTTGACAAATCC
TTGTTTTTATTTTTTTTTCTTCATCATACCACATAGTAACCTTGATTTAG
ATCAGTGGTCGATGTTGATCATATTTTATCTGATTCTAAATGCTAGGTTA
GAATCTCAAAAGATTTTAGTTAGTTTAAATTTTGTTTCACGATCCAAAAT
GTCATTTTTATTTATATTTTCAATGATTTCAATTTTCCAATTCCTATTGG
TGGTTCTTGGGCTCCAGCTTGTCTACATGTAACTTTGATAGCACCTTTTG
TACTTCATTGAAGACTTTGCTTCCTGTTTCGACATTGCATCCCGTTCGAA
AAATCCTTTGGAGTCAAAGTTTTATCAATTTAGAAATAAATATGTGACAT
AAAGTATACTAAAAAAACCTAAAAGATATTTCCTTAACATATTTAAAATA
AATTTTGCATTTAAAATTAACATATTTTACTGACCCTGCACATCATATTA
GAAAGAAAAATCCATAACAGTCTTGGACACAAAAACTTTGGGAACCACTG
TCTTAAGAAACATATATTGACGAGGTTTCGTGCAGTATCACCAAGTTGAG
GATGATTATGAGCAAGCACAGAATCGAAAAGTTTTTGAACTTCAGCTTGT
GCGAGATTTTGAGATCTTATGTCAATTTACGACGTAAAAATAAAAAAATC
ATATTTCAGTTGGGCAAATTCGTTTACAAAAAAGAAAGATTTATATTTCA
ATGTAATCCCTACACACGAAGGAGCTGATGGTGTCCCTGATGGAACCTAT
GTCTGAGTCTTCTTAGAGTGGTCAACTATGTGAGAGGCAAAATTGTCAAC
TAAAGACTTCAGAGAGCCACAGATACAGTATNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNTCCGTGTTGTCTCGCAATATTTAAAATTATCGTTCAA
CTCCCAAATTTTTTATATTAATCAGAATAAGAGGTAGAAACAGAAAAAGT
AATATTATATAAATGAACGAAAATTTATTACTCCTCTAAAACGGTAAGCG
TATACCCGCTCAAGAATTTTGAGCGCCGCTCACTAATACTTTGTTGAAAA
TTATGAAGAAACTAAATTTGTTTCTATTTACAATTTGAAAGACCCAAATG
TATCCGAAGGGGGGGGGGGGGGGGGGGAGGGAAGTATGTGGTGCGAGATT
TTACTTACTTCATATGTATAATCTGGAATTTACAATTAATATTTTTCTTC
TTTGATTGATAATAAATTGAGTTACAGTTAGATACTTACTTATCCTAAAG
AATGAAATTGTACATATACGATGTCAACCTTCAACCTTTGAATAAACTGT
CTAAGAGAGATTTACAAATCAGTGGCTGSTGTGTGAGAACCAAGMCAATT
GTTAATCTACTCTTCCAAATTTATTTACTCTTTGACTTCTCTCTAGTCAA
TTTCGAACTTTAGGTGTTTTCAACATGTTGCTTCAAAATTTATAACCTTT
ACATATTTGCAATGTCACCGAGCTTCCCATGATGAAACTTATGCTCCGTA
TTAGTGATGCCATTACTATCACTGAATTAGTAAGTAGAGAAGATGTTTTC
ATTTAAAGGATTCCGCCCTAATAATAATAATAATTCCTTATTATCTCCTC
TTATCTGCTTTTTGATTTCAACTTCTAATTAATCACAGTTTTAACATAAA
CAACTGGTAAAAAGAAACGTTAAAATAGTTGAATATGAACTTAAGGAGGT
ATGCTAATCACAAAGCCAATTGCATATAAACTGCACTAGAATTGGAAAAC
ACATTTTGTTTTTGTCGATTGTAGAATAGCTGAAAATGTTTTGTATAATA
TCAGTGATATCCAATTCAGTAATAAGTATCTGAATCACTAATTTGATTAA
TACTGGGTAAAAAAAGACCAAGTAGTTTTAAAATTTGTTGTTTCTTCCTT
TAAAGATGCTAAGTTTATAGGAAAATATATTAAATATATTTTTTTAATAA
AAAATGAACTTAAAAATAGGCCTTCCAAAAATAAAAACCGGCCCTGACCT
CAGTGATTAATTATTATCTTTATTCCTACCCCAAATTGAGATTTGTCCCC
ACTGCAATTCGTTTAGCATAGAGGTTTATAATAGCTGAGGCTGGCCCAGG
ATTCAGCTAGTTAAAAAAAGTAATGAAGTATATCTTTATAATCTGTCAAT
GGACCTAATATTGGATACATTTACTTTTTTAAATAGGAGGCTTTAGGATG
TCTTTTAAAAAATGAAAAAGAGTCATTGAAAAATTATCTATGTTTTATTT
TACTATTTTTCAATCCAATTKAAACAGAATAACGCTTATTTAAGCTTNAA
TATCTACAAAATTTGTTTAATGTAGATTTATTAAACTCTTAAAAAATAAA
TAATGTAGACCTTTTCAACTAAAATGAAAATATACTAGGATTTCTAATAG
AAAAAGAGCTAGAATTGCTTCAATACTTAATTATATTATCATATATTCTT
TATCAATAATGTGTTATGTAATTATATGTATTTTTCAATTATTTTTACAT
CTGTGTTTTATTTATTACTAAATAAATTTTTTGATATCCATTTATATAAA
TATCATAATCCTGATTCGTTGTATGGATAATGTGTACTTCTTTTAATTAT
TTCAACAGGTAAAATTGAATATCATGTTTCAACCAATAGATGAAGGACAT
ACAGAGGAAGAATCTTTGAAGTTTTATGATTTTATTTTATCTGTTAATAG
TTCTAACCCTGAAGAAAGTTTCAATATGGATAACAATGAAAAAAAAATTC
TAATAAAGATCAAAGTTTTTGCCAATTTAAAGCTTTCGGGTACTTCTAAA
CCGGAACAAGTTTCCTACAATCTCAGTGGATTGATACCAAACAAAGTATG
TTTTATTTAATGACTATATAAAATAAAAAATAGGAAACTTTAATTTTTAG
TACATGATAGAAGATGAAATAGGTGAAGAGATTTATCATGTATACGACGT
AAATAATAAAGGACCATCAACTGTTAATGAAGCTGATATTTATATTATGT
GGCCATCTTTTACTGATAACTCTAAACATTCATTATACCTATTGGGAATT
GAATATGATACAAACAGAGTTCAGTGCGAGCCAATTGATAATATAAACCC
CTTGTACATAAAGGTGAGTCAATTGAGGTACGCTATTTCCTCAATAAGTT
ATTAGCGATAACTATACAATAATATATAACTATTTTATACAATTAGACAA
TAGGTTCAAGAAATTATTCGAGAGTAAAATCTAGTTTAATGAATTATCAA
TSGGATGTATTTGAATGGTGGATGCGYAAGCCATTAACTTCAGAAATACA
AACAAATATTATGATTGATAATTTAAAAGAAGGCCTTTCCATGCATAAAG
TCGAAGCAAATATTAATAGATTGAATAATTCAGATTTTAAGTATTTTCGT
ATTTCCTCAAATAGTCAATCTTCTGATACTAATAAAAACAAACACTCAAG
CAATCACTTATCTGAACACCAAAACAAAGATGTTGTTTTAAATAATTCTA
TTGAAGAGAAAAAAGTGCAAATAATTAACAAATCTGATGAAAACAATGCT
ATTGATCATAGTTTTAATGATTGGAGAAGACTTGATAATGGTTCTTATAT
ACGAATTTTTCATAGACTTGAGTCTCCAATTAATTCACCGAATGTAAATA
GTGACAAAAATTTAGAACCAAAAAATTTAACATTAAACTTTCCTCAGAAC
AATATATATATTTATCCAAGAAATAGTAGTTATGATAACGAAACATTGAG
TTACAACAAAGGCTTAAATAATAATTTTGATTCATTAAAATTAAATGATN
NNTACCCAAATACCGATCAGAAAATCGAATATAGACTCTAAACAGCACTT
ACTTCAATCTATATATATAAATAATAATATTGATACACATAAATTTTCCA
ATGAAGATCATCAAATCCTTTTTCCTGAAACTGGAAATTGGGAATGGTCA
GAACAGTTAAATAAATGGAAATGGGTTGGATCTCAAAATTCAAAGCTCAT
GSCTAATAAAAAATTACACTCAATAGCTTCTAATACTTTCAAAGATCTCG
AATCAAATCAACAATATATGGGAAAATTTTTTTTACCTCATGATGATATT
ATGAAAGGAATGTATGAATATAAGAAGAAAGTGTATCACAAACCTTCAGA
AATTATAGGTAAATCAGCTGAATTTTCAATTACAATTTATGTGAGATTTA
TGTTCTAGAGCAGCACTATATTTTTACATTGTGTACAACCTGAGAAATAT
AATGATCTTCAAACACCACCATTTGACATTTTTTGACAGAAAGTTATATA
AAAATGTATCATGCCTTTTTTTAATACATAGGACATGTTATTTTTTTCTT
TAACAACATTTATTTATTATTTTGACTAAATTATTTTACCAGTCACGACT
CAACGTATCACATAGACGAAGTTGAAGTACCACACTTTGAGAATCATTGT
TGTAAAGAATTTAAGGTTATAATCCACTTATGGGATTTAAGTTTATTTTC
TTCAAATGTCAACTTAGTGAAATAGAGTGATTTGATATTCTCTCATTGAA
TAATACGATTTTCTTAATAAATATGTTATTACAATCATTCTAAACCATAG
TGTACTATGGTTTCAATTAAGAAGTCTAAAAAAAACTCGTTACTCACAAA
AATCATTCAAACAATGGATACATTTTTTTAGATCCTTGATTGGAATCATA
GTTGCCTTTTGATCAAGCTTATCTTTTCGAGCACCAATTAACAAATATTA
TTTTCGGGGCATAATCATAGACTGATAGTTGTAAACTATTATTATTGATA
AAATTATTTTATGGGACTTCAGGAATGTTTTCCATGTAGTGTTTGATTAA
GGTCGTGCTGTTGACAACAGAAACTTTACTTTTTTTTGCTGCAAAGATTA
TAAAACAATTTTTACCCTCTCCCTTTTTATAACGAGAAAGAGTGTGAGCA
GTGATGAAAATCTGGTGTATTTTTTTGATGGCCTGTTTTTTTTTCTTTCT
TTGGGAATTGGTAATCTGAAGAATGCGTCTTCTTTTCCTTAGCAGTTGTT
ATTATTATTTAATTCCTGAGTAGTGAACATCTTTTCCTAAATAGATTAAA
TTATATTCATAACCTGATTGAAAATTTGTGTGTACTCTTAAAAGACCCTT
ATAATTTGTTGCAGGTCATAATTATAAGTCCTTGTTGGACTCTGAGTAGA
ATTGAGGATTGAATTTGGAGTAATTCTAGCAAATGTCCTTATTTATATCC
CTTTCTCCTTCCTCCCTTGTAACAGCTGATTGTAGCTGATCTAATGAAAC
GTCATGAGCATTATTCTTTCTCTTCTCCAAAATATTATTCAAATTTTCAG
GGTTGATTTTCGATTTATTTTGTTAACATGCCCATTTTACACAGCATTTT
CATCATTAAGTTTGAGTAGATGGAGAGGAATGACTTTCAGTATTTGAACG
TTTGAATTTAAAACTTGTATAATATATGCAAGGTTAACAATTTTCTAATC
TTGTGGTTTAACTAGAGATTTAAAAAGATAAACAATGCTGTTTGAGTCAC
ATGGGCCATCAACTTCACCATTACTTTCCTAATCATTAAAATTCTTAGTG
TCTAATTTATTATTATTATTTATCAAATACTGCATATTGAAATTTTAACC
AATAAATCAATTTCAAAATGTAACTACTAATTATACAAAAAAAAAAAGTT
AGAAATTTAATATCCTAATTCTGAAAATGCTGGCAGAGGAATGAGGAATA
TTGTTTAGCTTAAATTTCAAGGGATACGTTAAACGAATTTGTAGTTAGTA
GAGTGAAATCAGATTTGAACATTAGAATTTATTTTTAATAGCTGCTCCTC
CCTTATACATTTAGAAATTAATCTATATCAATACAGACCATTGTGTCGTA
TGTAAATTGGTTTGATGATTACTTTTAAAACGAACTGGGCTTAATAGTAC
AGATTCACAAAAGCCAACATAGTCTTGCCTCTGGGAATACATAAATTATA
AATTTAGCAGAGAAAGGAAGTCAGTCCAAGAAGATTTACATGTTATAATG
GGCTCGAAAAAGAAAAAGAGAATCCCAAGTTTTGTCTAATTACGAGGTTT
GGACGAGCTCCGAGTAACACTCAGCTTTTTATGCTCACGAGTCGAGTTTT
TTTGCTTTTTTTTCGAGTACCAATTTACGAGTTTTGCTTGTGACATCATT
GCTTTATATTAAGACCTTCTCTCCTCAAGAATGACAAAATAATGTTAACA
GCTTATCAAAATTTAAAAAAAGAAAAATTATTTAGTTTGTTAACTAGAAT
GATTTTTTTGCAACCGTTAATATCATATTTTATACAAATGTACATATCGT
TTTTAATATTTCTAGTGTAGAGCCAAGGTGGTATAAAGATTTTAAATTTA
TATTTGATTAATAATACAAAGTTTATTTGTATGCCTGTATATCCTCCTTA
GAATCATTTTTGAGTGTATTTTAGTACTACGTAGATACTTGATCTAAAAA
ATAACAATGCAATTGAAAGTGTGCGTCATATTAATAAGAAAAGGAAGAAA
GAGAGTAAATAAGTATAAAGTTGTATAAGAACCGTATGCAAAAATGAACA
AAATCTCACAAGCACATAGTTCAACTCATATTTTATACAATTCTATTTAT
ACTATAAAATGAGTTAAGAACTTATATTTAACCACGAACATATGTAGCTA
AAGTTCAAATAAAAAAATAAAAAAGTACAATAAAGCATCTAAATAAAGTA
ATGAAACGCGACCGTTAGCTTGAGAAAATACAAAGATGCAGCGTTTTAAC
ATTTTTTCGCAAGATGTTGGTTTTCATATGACATGACTGTTATTTTTTTT
TATTGAAATAGACTGGGATATAAATATAGTTAGGAAGGATGATTGATAAA
GCMCMCCTTCCACTCTAAAATTGCTCTGTAGAAAGAATAAATTATTTTAT
TTTTTTATTTTTCCTTTTTTGAATATCCCCCAATGAGAAGAGGAGTTTTC
AATTCTACATTTATGATTAATTAATTAACAGTACAATGATCAATGTGAAA
TTTAGGATACGATGGTCAAATATTTGTCAAAGGTAGGAAAATGGATTCGA
GACTTGACTTGAACTCCATAGCTAAGTCTTCCGGACCTCGTATGGGTATC
TTGTATAAAGTAAAATATATTAGATAACATCATAACTCCTAAATATATTT
CCAAATAATAACTAAAGGGTACTTCTAACGGACCAAAAAGTTTCAGTGCA
CAAATATATTTTTCAGCTGTTGATCCAGTGTGTCCTCTTTTCGCTACTTG
GCTTAAAGCTTTAAAGTACACAACAATTAAATAAGATTTATTGAAGAGCT
AGAGAAAAAATCATCCAGGAAGTGCTCTAGAGCCTAAAGTACTCAATAAC
TCATCAGGTCATATAAAATAAATGTTCAAGCTAATATTATTATTGTTTCG
TTTTTCTGGAGAGAACATATAAGCATTGAGTAATTAAATACGAGTGTGTT
TATGAAAAACAAAAAGTCAAACTGAGGATTGGTTTCACGGAGTTATAAAT
CCAAGTCCTTATTGGACATGGAGTAGAATTGTTGAGTAAAGTCTGCATAA
AACTTTGGCATCACCCCTTTAATTACACAATGCAACAATATTTTTTCCCT
CAGGCTGAAACAGACATCTATTATTGTTATTTAAGCCGTAGAACACGAAA
ATATCATTTTAAAACTTTCAATTCATGAAGGTTTGGTCTTTAAAGCCTTT
CTTTAAAAATCAAGTTCTTAANNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNATCTATTACGTTATTTTGATTA
TATTAATAAAAAATGTATATAACCACCAAAAAATCGAGTAAAATGAAGGA
CCTTACTTAGATGCTAATATATTTTTTCTTTCAATGCTCTATATCATAGC
TGAACTTATAGAATAGACTTTATACTTTAATTTAAAAAAAATTGTTTTTA
AGAAATGTCGATTTTGATTGATTTATGGTCAATTAATGCTATAATATTTA
TTAAAAAAATTAAATATAATAAGCTAATTAGGTTGCAAGAATATAGATTA
AGTAATATTCCGATGAAAAAAATTAATTACTTATGATTATTTATTATTAC
ATACTTTATATGCACAGTTGACAGTAAGTAAATACTAATTAATTAATTTG
ATATGAAGCATTGATTTACTTGTTTAAGTTTCCTTACATATAAATTATTA
TCTGATTATTTGCAGCAAGTAGTTTAAATACAAGGTAGCTTTATATTTAT
GAATTTTGAGTAAGGAATTAAAGATGTTTCTGCTTCCGTATCTATTATAA
ATGTCCAGGATCGTTTAAAGTGAGTAGCAGTATATGTAAATTGTGTTCTT
AGAGTAAATAGATTTGAATCATTAAATTCAGTTTGATTTATATTTATTAT
TGATAAGTTTTGAAATTATTTCCTAGAATTTTTACATTTTTTATATTAAT
ATATTATGTAAAAATGACCTAACTCTCCATTAGTTTTTTTCTTATCATTT
TTTAAAATTTCGAAACATATTTTGGGAAGCTTGCTTTTAAACGAGTTGAT
TCCTAACGTTTTATGAAAAAAAATCGAGTTCTTATACCGATTTCTTTTGT
TGAATACTTATAGGAAATGGTGAAAAGGACAGTTAAAGAGGACTATTAGA
TGTATATTTTCTTTTAATAAGGTTGATCTGGTTCCTACTTTTCAATATTT
TCGTGTATTTTACAAATAGAGCAGGTTTGTTGCAAGATATTTTCTTATGT
TCTTTACACTTAATGAACTCTTCATATACATTTCTTTTGAAGGCTAGGGT
TAGATGTTCTCGAGAAGATAAATATATACCTTATACGTCTATATACTTTA
CTAAATACTCTTTCAAGTCTGAACCATCCTTTGACATTTCATTGGTAGAT
CCCTAGATATCGATTTCACTTCAGTCACAACGATGTTGTTATTATTGGAT
AAGTCTAGAGATTTCATTTAATAAAATTTGATGAAATGAATTGTATTTTT
AATAACAAAAAGACACATACTATGCATCCTAAATGAGTGCGTAAGCATTT
CATTGAACCCACCTTAAGGGTAGGTTCACCGACGTGCTGATGCACTAATA
TAACATGCATTATTTCACTCTTTGTTAGTTATTATTCTTCAGTCTATCTT
TTCTGCAATATCTTATTCTGGTTTTGGAGGACCTATTGACAAAACCTCTC
TTTCTTCAATAATTTCAGGTATTTTTTATGATTTCTTCGCCTTCAAGAAA
GAGGTGTGGATGATATAAAACGGTTTCATCTGTTTAATATTTGAATTATT
GTGATTTTACTCACAAGTTAAAACCATATTATTATAAGGGAATTATCTCG
GACTTAAGGACAAAAAACAAATAACAAATGGCCCTGATGTTCTTCATTGT
GTTCATCACCATGTAGGCATCTTTCATTATGTCACAGTCGTTAAAACCGG
CGCGAATCACCATAACTGCGGTTATTCTTTTGGGTTAAAGTTTTAGGATT
CCATTGTTGTCAGCACCACGTGTTCTCAACTACTGATCCAATATTTTGGA
AAAGGTTGTAGTAATTTACTGTTACCTAACGGTCATTATGTGAATAATAT
CAAGTGTCTACAATATTGTGTTGACACTGTATGTATATGGGTAATTTCAT
AAAAAAATAACCACCATAGACACCCAATATAACAATTTTGTTTAATTATA
AAAAATTTGGGCTTAATCTGATCCACGACGATAAAGTGAAGAGTGCTTAT
CGTTTTGGAATATGATTTTTCAAGATAAAAATAATATAGTTCATACATGA
ATTACTTCTTGACACGTACTGTCGGATGATTAACATTAGAGAAGTTCAAA
GGAGTATCAACTTGCAATGATTAATTTTAAGATTTTGCAATTATTATTAT
TCAATGAAGCATATTAGAGGGGAATAAAAATCATCATCCTTACAAAAATT
GAGGATGTGTTGGCCTGAATAATGGTCAATTTTAAAACCTACTTAAATAA
TTTGTATTTATTTATTATTTTATCATACTATGTTAATATTTACCCATATA
GGGAGCTGAATAAATATTAACAACTTTGATATTTGATTCCTCATATTAAG
CTCTATACTTACTATTATGTTCCTAATAAATCAATTTCAAGGATAAAAAA
CTCCTAGTGATTTGTTTAAAAAAAAATAGCAGTTACATAGGAAATTCCAA
GTGATAATTAATCGTACCTGGTCTACAAGGAGGATTTGATATATCAAGAG
TTGTAAATAAGAAGACGTGATTTCGCTATCCTTGTTTATCATAGCAATAA
ATCCATTATGGGAATGGATCCAGAAAGACAACAATGTTAGTGGCACAACA
ATCGACAAGGAAAAGTTTATGAAGGCTCTCTTATACGCTGACGACCTTTC
CATTATCGGTTCAGGCAATGAAATCACAAGGTCTCTGAATAGAGTATTGA
ATATCTTTAAAGAATATGAGATTGAATATGGACTCCGAATAACCATAGGA
AAGACTCAGATGATAACTTCAAAAGATACCATGGTAAAAAAAAATTCATG
GAGATGATGATAAAACCTTTCTAGGCAAATATATCTCCGAAAATGGTAAA
GAATCCGCTATAAATCTCAATAGAAAAAGATTTTGAAAGAAAACTGTAAC
TATTTCGACATTTTCCAACTAACCATATCAGAAAAGTTCATTGCGTGGAG
CCAAAATATACTTTCTAAAACTACTCCTCTAAGAAGGTATACTCCATTCT
GTGTACTATTGCTTCAGAGGTATACAAGATACGTGAGAAATTGACGTGGC
ATTCAAAGAGGCCCTATATTTAAAATACTATAATGGAGACTCCCATAGGT
AAGTGTTGTTTGGGTGTCTCAAATATTGAAAGTGTATGGAAAAGCTTGAA
TCACACATGTCTAAAAAAAATTACAGTCAATAACAATTTCTGGGCAATGC
CAAAAAACATGAATTCAATTGGATGAATAGATGACTCTTTGAAAATATCT
ATGTGACCAAAAGAAGTATTAAAATGCGTGAGAACGCTGAAAATTTANNN
AAGTGTTGTTTGGGTGTCTCAAATATTGAAAGTGTATGGAAAAGCTTGAA
TCACACATGTCTAAAAAAATTACAGTCAATAACAATTTCTGGGCAATGCC
AAAAAACATGAATTCAATTGGATGAATAGATGACTCTTTGAAAATATCTA
TGTGACCAAAAGAAGTATTAAAATGCGTGAGAACGCTGAAAATTTAATGA
GGACAAATGCACGCTCATGAGCCAATAAATTTTAATTCCAGTATATGTTC
GGTGGATGCCCCATCTAAGGAATATCCTCTGACTACAATTGGACAAGCCC
CAGATTGCTAAGACATCGACCACACCTGAAAATTTAAATTATCTTAAAAA
ATAGGGTAAGTAAAAATAGTATCTATTGATACAGTTTATGGACCATCAAC
TCCAATTTATCTACTTTTAGAAGTGTAAAACTTTTATCTAGATGTGTGAT
GAATACAAGAGAATATTTTACGATTTTTTTTCATTAAAAAAAATAAAATA
AGGATAGTTCTATATAGATTGTTTATTACTCTACAATTTATATTAGAGAA
ACATGGCAATTACTTCATTCTTTAAGGTTAATTATTATAAAAATATCCCA
CTAAATAAAAATTAAGCTATGGTAATCAATACTCCCTCATTTAAATGGAG
GTGCTTGTTTAAGTGCATGGAATAAAAAATGTATAGAAACAATAACATCA
GAAAAAATGCATCTCCACAGAAACTCAAATCCATTGATTAATTTTATTAA
TTTGTGTCTTAATTAATTAAATAGCGGAGGGATCTCTGGGACTTGAGTTG
CACTTGATTTCATATTTTGAAGATTTGCAACTCGACTTGATCTCACCATA
ATGTAGATGATGATTAATGTTTGTATTGTGGCTCTTAACTTATATTTACT
TTAAAAAACCTTATTATTTTAACTAAACTTGGCGGTACCATTCGCTCCTA
CACCCTCCCTTTCACACTGTGAGAACAGAATGATGTATCAGATTAGAATA
GGGTCGTCCGAAGGATTATATTGGGTACCACAGTCCCTCTGACTCCCTTC
CCCCTATAGAGGTACTTTATAGACTTTATGGATCTTTTCTTTTCTAACAA
CACAATTTGTAGTTTTTTATGAATGTACAATGGTGTCTTTTAATTATTTC
ATAAACTTGGAGAGAAACAAATGTTTTTAAGGCTTGGTAACATACAAAGG
TAGATGAATGGGCGTAGCAAGCAGTGGAGGATTAATTATTATAATATCAA
ACCCAAATCTTGAGTCATAAGCTACTATTTGCAGTTGAGAGTCTGAGAGT
GGATGACGTTTGATGCTTTTACCTACTCTTGCTTCTTGTATTTTAAAATT
TCATTTGTGTAGTATTTTGATTAGCTATGCAATCAAACAGGGGCAATCCG
AATTAATTTGGTGCCATGTGCAAGATTATAGCTTATATAAATTATATACT
TTTACACAAAGCTTAATATATTTTTTACCTTCGTCATTTTTTATATTTTG
AGAAACAATAAAACCCTGTAATAATATAATAAATAATTAAAAAATGTAAC
ATCAATATTCAATAGCCAATGCAAAATATAAAGTTATGCTATGTACAAAA
CAAAAACTGTAGATAAGTGTAAAAAATAAATTATAAATATTACAACTGAA
AGAATATATGTATACCGTTGACACGAAGTTATTATTTTCATTCTGAAAAA
TGACGTTCTTAACTGGTCGGACCCAGTTCAAATATAGACTTATGATTCGG
GTCTAATTTTGTCCTCTCACACGTCAAGCAACCCCCTCCCCCGCCCCCCC
CCCAAAGTCTTGCATTAATGTATCTAAGAATAATTAAAAAAAACAAAAAC
AGAAAGAGTATGGAAAGATTAACACTATATAAAAACTAAGGTCACTGTTG
GGTATGGAAAATAAGCTCACATGTGGGAGTAACAGGGTTATGAAAAAATC
AGCAAAACCATTTAAACCAATCAGAGGCTTCTTTAAAAAAAGTCAGCCAG
AAAATAAAAAAATGAAGCACGACTGGGCCTGACAATTTAAAATTAAAACC
GGACCTGGCCAAAGTGTTATGGACCCAACTATAGTGTTGAAAAAATTGAC
CTCAACCCGAAAGTCGGCTTAGGTTCTGTCTCACAATTTTTCTTCGGACC
CATTGTGGCAACCCCTGAATGAATGGCACTCTTAGCATTTGCCTGTATTG
TCTATGTCATGGGTCTGCCTTGCATGTAAATAAGATTACTATGAAAAATA
TATTTCTGTTCAGCTTTTTATCTAAAGGAGGAAGATTATAAAAAATAAAT
TAGGCATTGTTGTGAATAAAAGCACTGTGTCTTGACACTTTTTGGAGACT
GCCCTAAAAAAGCTGTCTGGAGGCTATTTTGAGGCTCTTAAAAAAAAAAC
TTAATAAATTGAACACGATTATATAACATTGAGATTATTATTTTACCAGT
ATATTGGAGCCCTGTACATTTTAGGATACCTGGGATTGCCTTTCTAGTTT
TATTAAATTACACCCTTGAGGCTCATTTTTATGTATTGAGAAAAAAAAGG
GCTTTTTATAATAATGAGTATGTTTTAGTTTCCACTTTTTAAACTAGATA
AATATTAAATGAATAAATAAATATTCAAAAATGGACGCTTGAACGGAAAA
ATGAACGACCAAACGGAAAAGAAAGGAACAAATGAACAGGAGAAGGGTTA
AGCCTAAAATTACGTCTATCAAATGTAAAATATCTTTTTTTCTTCCTCGT
GGTTTAAACATATAATTTTTTGATTCGTGTAGAAGTTCCTGATCTGGTTC
AAAAGATGTATTTAAATCCATATTTGTACTATCAAAGTTGCATAATGTAC
ATAATAACTGAAAACAAATAGACTAAAATTTAAGAAATGAAGTAACGGAA
AATGATTATACCTTCTAACAAATTACTACTAGATGATGAGGAAGTATCTT
GTACAAAATAATTCGTTGGTAAAGATAACATTCATAAACTGTCTTCTGCT
AAATTAATTGATAATCTAGGTAAAAAAGTTGACGGATGAACAAAATCATT
ATGGTGAGAAGTAGATACCAACACAAAATCGTTTTCTTGGGATAACTAAT
TCCTGCTCGGATAAGTTCGATTCGTTTTTTATAGACTTTTTGAAAAACTT
TTTTTCATTATAATAAAGCAAAGGAACGATATTCTTCGTTAGATATTCTA
TTCTTTCCTCCGGCAGTTTATTTTTTTGTGAAAATATATTCTTCAGGAAT
ATATAATGGCAAATCAGAGTACAGATTTTCAGGTTTTAATAAATTTATAT
GAATAGCTTGTTTACTATTGGACAATTTTTAACATGCATATTTCCAGAAA
AAGTAGATGGGAATTTAAATGTGTGATAATTTTGTATTCATTTTAGAGGG
CGGAAATAATTGCCTAAGAATGACTTCCAATTATATCACTGAATTAGCGG
TCGTCAGATTTTCTTGGAAGATATCAAAATAAATTTAGTCCATGCATTTT
CGACAACTTTAATTAATCCTTTTTTTTGTTTTTGCTTATTATAATATGAA
TTTAAAATGACACCGAAGCTGTAGTCTGGCAAAAATTTGAATGATTATCA
GCAAGAAAGGGAATATAAATTTTATCGAATGCATCACAAATAACCATGTA
CGCCACAAACGCCCATATAATGTAATTATTATTCTGGCCTATGTAAAGGA
AAATCAAATATGGAAAGTTGAAAAACTTTAAAACTATCAAAATGTTATTA
TCCACAATTATCACATTGAATTTCAAGATACAGAATCGGACTTATACTCA
GTAGTCCATTGTATAAGAGAGATGCTACACAATATATTTCTTATAAATAT
TGTAGATTAAGATTATAAAAACTGAAAACATTATGACTCAAAATGTAGCT
GGTCAGCCTCATTAAATACACATATATATATTGGACGTTCCATATCCTCC
ATTCTCAATAGAAAGAGATTAACTTCATAAAAAGAAATAAAATGACACTT
TTGAAAGAATACAATCTTTGGCCTCACGATGTAACAAAACATTTATACCA
TATTTAAAATTTCTAAAGAGTTACGTTCTGATAAATATGAGTCCATGAAG
TCTGGTTTAGAAACTCAAAGAATCTTCTTCGCCAGAAAATTTGTTCAAAA
TGAATTTGTCACTCTTACAAGTTACAAATTAATGTTATTAGATGGCGGCA
CGAGGAAAAGCGGCCACTGATGGTAACCTCATCAAAGAGTGTTTAATGGA
ATCAGCAAATTAGTTGCGTCCTGAGAAAGTCGATTTGTTTAGAAGTACCA
GCCTTTTTGGCAAGTTTAGTTGTGTAGAGAACAGAATAAATTGGAGAGAA
TTTTGAGCCATAAATACACGAAAAAACTAGGAACTTTGAGGCATAAATAC
ACGAAAAAACTAGGAACTTTGTGTGGTATTCTCTGGCGCTGAATGAGTCT
ACTGATCATTCGAGCACTTCACAACTTCTCGTGTTTATTTGTGCTGTCAA
TTGGGACTTTCAGATAACGTAGGAGTTGGCATCTTTTTGCAGCATGCATG
AAACAATAACTGGAAAAGACATTTTCATGGACGTTCGAAAAATATTGCCT
TCAGTGGAATCAGCCTCAAGGTGTTACAGCTGATGGAAGAAAGAAAATGG
TAAGAGTCAGAAAGGGTCTTGTGTGGCATATCAGGACTCAGTTGGATGAT
TTACAAATTCCATGCACTCTTATTCATACACTGCATCAAACATCAGCAAG
CACTCTCAGGAAAAAAATTAGATATTTATTTTATACTAAAACCAGTCGTT
TCTAATGTCTCACTCACCGTAAGTTCCAAGCTTTTCTTAAAGAAATTAAT
TCTAATTTCAGTAACTTAACTTATCACACAGCAGTGAGGTGGCTCAGCTG
CAGTAAACTCCTCTTCTTTTTTTTACAAGCTCCGAGACGAAATAGATCTA
GCTGAAAAAAAAGAGATGATCCACTGCTGTCAGATCCCACCTGGCTGTCA
AAACATGCCATATTTGGTCCACATTACTTCCCACATGAATGAACTTAACT
TGAATCTTCAGGAGAAGGATAACCTCGTCTTTCATCTTTAGGAAATCATC
AGGGGATTTCGGAGAAAGCTGTCATTGTCTGAAGCACAACTGTAAAGAAA
ATACTTATCTCATTAACAAGAACATCCTCAGAAGATGTTAACCTCAATTT
TCCGAAAAAGATTATTTGTGACTGGAACAAAACTTTTTTAAATATATTTT
CAGATTTTGACAGAATTGAGATAGACCTTCTTCTGTTCCAGAATCGGTTT
TATTGTAATCTTAATGATATGCCAGTAAAACTACAGTTGCAGCTCAATGA
TTTGGAAGCAAATCACTTTTGGGAAGAAAAACAGTGAAGGAAAACTTGCT
GCATTTTACAGCTGCTTCCCTGATGATGACTTTTTAAAACTGAAGAACTT
TGCCGCTGGTATGGCATCACTCTTTGGAACAACTTATGTATGTTAGCAAA
CATTTTCAAATATGAATTATATGAAGTTAGTATATCGAACACGATTGAAA
AATTTGAATGCTATTCTCTTGATTGGGTGCAGCAATTCCAAACCAAACAT
TGATAATATCTTGAAAGCTAAACGTCTGTTTCACAAAACTTAGTAACCTT
TTTTTTACTGCTTAGTTTTTAAAATTCGGATCTGTGTACACTGTATCTGA
TGAAACTAAATACATTTATAAATATTAGATTTACAAAAATAACCACATAA
AGGGAGATTATCATTTGTATAATAGCATCATTTAACATTATATATAAATA
TTAATTTCCTTCTAAAGACCTAAAAACCAAAAACAATCAAACTATCACAA
ATTAATAAATACAAAGGTTGACGTACATATTCACAGATACATAATAATTA
TTTTTAAAACTTAAAGTACTTAACAAAAAAAACAGCTAAACAACTTAAAT
AATAAAAATGGAAAAGAAAAAGACACCTTAATTTTCTATCCTATACTTCT
TATATCGCCGTACAATCAGCCTGAGAGTACTTTCATACCGAAGTGATATT
CTTGGCTAATATTTAATTTGGCAGTATAATTGGGATTGGGAATCCTTATG
AWTTTATCTGMTATATCCAGATMTAGCCGATATCAAGGTGGTCCTCAGAT
TTCTTTCATCAATCACTTTATCTTCTTTTTTAATTAATTTGGCTACAGTT
GGAGAATCCTCATGGTTAAAGTGGTGTATCTATCTACAGACGATAATAAG
ATATACTTTAGACTTTCTCCGTCTATCACCTGTGAGCTGTTGAGCAATAA
ACACTTTGTATTTACAGATAGCCGTGCCAATTTTTTTTTTCCTCATCTGA
ACTATGCTTTATTTTAGATGGAATACCAAATACTACAAATTCTTCCCAAT
ATCTTGGCTCAAAATCTACAATATAAATGGAATTAAGTAATATAAAATCT
TATATAATTTTCAGAACTGGAAAGCAAATAAAAGAGTGTTTGATATTGTT
ATATATTTGTAAATAGACTTTACAAAATAGTGAAAAAACTATTAAAACTA
GTCAATATCTGAAATTTCCGGCGATCATGGCTTCCTTTCAAACACTTTTT
TTGCTAATGTCGCTTCATTTACATTTTTTTGCAAATAAACATCTTAGTTG
TTCTTGTTTTTGTTATTTGTATATTACTCACCTATGATTAACATGGAATT
ATAAACTTAGTTTTTCGTCTTTTTTCACAAAGCTTTCTTTCGGGCTTATA
AGTATTGAATATAATGATTAAGCGTTCCGCGCTCATCATTTTTTCAGTTA
TCAGGGCCGCAGTAAAAAAAGTATGATCATTACTGATCTTGCTGATAAGA
AGCGTCTTTGCGGCTATACCAAACAGGACAAGGAGTTTTATTTCGAAAAG
TATCCAAAGGTACTAGAAAACAAGTACAATTCTTTTCGAAGAATCTTCTA
ATTCCTTGTTCTTCTTCCACATCCACATCGCGAAATGTGACGTTTCCGTG
TTCTGTTGGTCGGATCTCAAAGATATTGCTATGAGATGAAGAAAAAATCG
GGGAACTAATGAAGATATTAATTTAACTAATCATAATGGTGGTGTCGAAG
AATTTAACAGAAATATAGTATAAGAACTTCATTTCAGATAAGCCAGTTAA
GAAACAATCATNNNNNNNNNNAATTTTTATTAATTCGTATAATATATTTT
CATCCTTTGTTATCTCTGAGAGGCTATGTCAGCTTCACTGATAAAWTGCC
CTTTATTAAATATCCATTTATATTAAATTAGATATTCTAAGCAATAATAA
CATGTCCTATTTTTGTGAAAATTTTAGAGAAAAAGTTGTAAAATTTATGG
TTACAATAACATCCTTTTCTTTCTTATAAAACAAAAATACCTAGAAAAAA
AAATAGATTTTCTTCTTTCATCCTCTTTCTTTTGCATTATCATTCCTTAT
TACCATTCCACATCTAATAAATGCGAATGTCTGTTTGTGGGCGTGTGGGG
GGGGGGGCGGGGTTGTCTGGTAATCACGCCTAACCAATGAATAAATTTTG
ATGAAATTTTTGTTTAGGTTTTTCAGGCTCAAAAGATGATTTTGGTAAAA
TATTTTTTTGGCCTTCAAGGCTATGGCCAACTTAAAATAGAATTATTCAA
AAAAAAAAAAAATTAGTTTAACAAACTACTATTTAATATAAAAAAAAATA
AAGAACTATAAATTCTGAGAACTTTTCTTGCTGCATGTTTGTATCTATCT
TTGCGCACTTTAAAAAAAAGAGATTATAGGGTTTAGAAAAGAAAGAATAG
ACAGAATAAGACAAAGTATATTTAAACAAAAATATGAAAGATGAGCGAAC
GACAATTGAACTTGAATTTTTTTCTTCTCTAAACCTTATTATCTCCTTTA
AAAGAAGGTGCACAAAAATACATAACAATATGCAACGAGAATAGTTCTTT
ATTTGCTATAAAAAGAAAAAGAGTTCATAATTTTATTTTAATTTATTTAT
GTGCGTGCAACACCGGGCAAACAAACTCTAGTTATAATGAAAAGGGCTGT
TAACAATTATGTGTCGCCAAATAAAGTGATTAGCTGCAAAACTTCAAGGA
CAAACATAAAACCGTGTGCAAAATGACCTTTTTTTAAATAAACTCTGGTC
TAAGTTTCATACATAAATAATCTGAATAGATGTTATAGATTTATCTTAGA
TCTAAAAGATTATTTGAGAGATTTTTTTACATAATAAATGTTTCCATAGT
ATTATTATTATTATTAACAAATATCTTGAGATGGTCTATAAATTAAGATA
ATTATTTAAAACAGTGATCAAAAGTAGTATAATAATTTTTTTCTATATTT
TTTTATTATAGGTGAATTTGAACGGAAAAAAATGTCGAAAAGGAGTGTAT
CGTCTGAAAAAACTATTAAAAAACAGTTTCCTAATCAATTGAAACATTTA
AATAGGAACAAAAAAGTAATTGAGAGTTCCAATAAGAAAATGAAACCAAC
CCCTGAGAATGGCAACCCATATAGGTAAATGTATTAAGAAGTATTTGAGA
TACTGTGTAAATATTTAGTTTAATATATTAAAACCTTAATTTGATGTTCT
GTTCAGATGAGCTAACTTATTGAAATTTTCTATCGATTCACGGTGTTAAT
GAGTAAAAATTCTCCTTTTCTTCTACTTTTTGTGCCAAATAGATAATTTT
TTAATCAAATTTTATGAAGGACTTGTAAATATATCAATTGATGACGTACA
GCGGAGCACAAGGCCTCTGTGGAGACCCGTTCAGAACCACTGCCAAAGCT
GGAATTTTTTTAGGATGGGGGTTGCATCTAGGCCCCCTGAATTCCAAGAT
TTAATTTATTAAGAAAAATATATCTACTTTGTATTACATCCGTCGTCAAG
GGCAACACGTAAAGAAAAATAGTAATTTTAAGATTAGACAAGGAAACACG
GTTTTTGCTATTGTTCTTTTTTGTTCATTTATTTATAAATTGCTGGGGTC
TGAATATCTGTCTCTCAGAATGATGCATTCCTACCTAATTTTATTATTAT
TTTTTTAAATACGTAATGAAATAATAATAAATATGTTTAAATATAAGTTT
ACTATATTTTCCCTATACTAATGCTATTTGAGTTGTTGAATATTCTCTTC
TCTATAGTAGTAATACATTTTATTCTACAGAAATTATAGGACAAGCAGCT
GATTTTACCCAGGGTTTTAAAAAAGTAGTACCATAAATCTTGTTCCTGCA
TTTTCCTAACACTCTACACTCACTCAATCTCCATCTCTTGGCTTGTGACA
TTAGTAGAGACATAAATAAAAATTGAAGTTGAAATTTGGTTTTTTCCACT
GTAACATGGATAAATACATATTCAAAAATGACGGTCTCTCGGTCCGTGTA
AAATAAAAATATCAGTTATTTGCCTGCTTATTCTTGAGGAATGTTATTAT
TTACGTTTTTTGAATTGCTGTTCTTATTTTATTGGCTTACTCAACTAATA
ACCCAATAGGGTGACTAGCAATTACATTCTTATGTAAATGATTCTAAACT
GGATTGAGAATTGCAAAGACCTTCAGATATTTTAATAGAAGTATTTTTGT
GAAACTCCGTAGTTCTGATTATAGAAGTATACGACGATTCCGTAGGAGAT
CAGAAGCAATGTTTGTATTCTTTTGCATAGAGACAATGATTGACGAAGTC
CCATACCTTGATGGGAAGGGGGATCTGCATAATGAAGGATCCTTTCATTA
AAGGAGATTAGATCCACCGAGTGAGGTACTAAGAGGCAAGATCCATTTAC
TTAATACTTTACACTTAGTTCAAAATTAATATTTGAGTAGTAAGTAATTA
TTATATAAATAACCAATATAGAAATCAGCAGTAGTATTCTTATTAGAACT
CAAACATCAACAGTTGGCAGATCAATCGAATAATATTACCCTATATGTTT
CTAAATGCTTAAATGCATAATATTTGCACTCTCCTTATTTTTTTTCAATA
TTTCTATATTTGCTTATGGATTAAGACCCTTGTTAACATCAGCTGCATTT
TACATGATTTTAGAGGGAAAGAATGTATTATTGCTATAGAGAAAAGATCT
TTAAGCATTTAATTTAGTATTAACGTAAGGAAAATTTTGTAAAATTATGT
TTGAATATATATTATTTTTATGCATTTAAAAAGGTTACACAATACGTACG
CATTTATATACATTTGTCCATGCCTTTACTAAAAAAATTTCATCTCTTTG
TTTAAATTTCAAATTCTTTCTACGACCTACTCATTAAACTTAGACACCAG
GTACTTGTACTTGTGAATTAATAATTTCAGTTTGTATTCAGTTATATAAA
TTATATATAAAATTTATGGTATTCATTCATACTATAAATCTTAACTTAAT
GTAACAATATACATTTAGTACGATTATTTCAATACTCGTTAAGTAAATTA
GATTAAAAATGTACCAAATTATATCACTTACAATCTATATTTATTAGAAG
ATGTAAAGATTTTTTCTAGGTTTCTATGTTTGGATGAAGTTAAAAAAAGA
TAGGGAAGATAAGAGAGATTCGAATGGAATTATAAATTATGCGAACGTGT
CTCTCTCTTTCCTGCTCCTGTCTATTGCTAATGTGAAAACTTAAATACAA
CATCAGCTGTTCAAAATTATTATCAAAGAAGATGTTAGAATAATATTTGA
TAACCAAGACGAAGCTAACTTAATGAATAATCTTCCATTAAGATGATTTT
CACGATATAATCGTTGGGAGACTCCCAAAAGCCTTGACTGTTAGTAATCA
GAGAGTTTTACTGTTGGACCACCATTGCCAAATGTCCGATATTTAACACC
TCTAATTCGAACTCACATACAATTATTTCATGAGAAAAACTTTTCCTGAC
TGCGTTGTAGACTATGCTAGGGGATGCTCCAAGTTAATAATTAACTTAAA
GCTTTTGTGATTATAACCTGTTCTTGAGTTGTAGGGAAGATGGGTGGGAT
GCCATCCCTATACAATAAAAATAATCAAAAGTAATACCTCTCAATCAAAA
TACTCTAAAATCATCCACCCTCAATGAAAATGGTCTAAAATATCCCCCTC
TAAAACTAACAACATATTTTGTGTAAAAAAAATAAAAATAATTTCATTAT
TGATATATTAATTTATAGGTATACCATATATTTATATTCATATATTGCAT
TAAAAATTTTCAAAAATTTCTTGAGAAAGAAACCCCTAAACCCCCAATAA
ACATAATTTATTGCTTACTATGCCCCTTGGTTTAATTTTACAAATCAACC
ACTGATTACAGGGGAATAAAATATAAATATTTTTTTTACAAATTACCACT
TGTATAATCTCCTTGTACAAGTTGTAACATTTACAAAATGTCAATGCTTT
TAGATATGTAATTTTTCACTTGTTTTAATTTCATTTAAAAGTATATTTTC
ATTCAGGAGTAGTTAATACTAAAATATTGATTCGCCTGTGTCCAAATACC
TTATTCACAAATAAATAAATAAATAATTTTTCAAGGGTTCGACGTTCGTT
GTCTAAAGAAGCATTTGTAGAAGAGATTGAACAATGCAATTCAAGAAAAT
GTACATTGATTCAGTGTCGTGTTGGACCACTAAAAAAAGGTGAAAGTGTC
GTTTTTCGAATAAGATCCCGTCTCTTTACTCAGTCTCATATTGAAGTAAG
TTATATATCATTAATAAAATAATGTGTTTTGTAATATATTAAATCATTAT
TTAACCAATATGGTATATTTTATTCCACTTTAAAATTTTAATTTTAACAA
ATCTGTACAAATGTTTCTATTTTTATGCACGTGTCCTATTGAAGTTTTTT
ATGCTGTCTTAACTCAGTAGGGGTAGATATTGGCACCATGTACACCATAG
TATTTTTTTCATTCCCTAGGATGCATGAACTGATATTTAAATAACATAAT
TTGGGTTTTATACTTCAAACATACTCGTCATTTGTCCTGTAGAATTATTC
GGTCTCTTTCAATAGGGAAGGCGAATATGTTTGTCTTACAGTATATTGTT
AAACTTTATTCCGACTAATGAATTTTTAGTTGGTATTTTTGTTAATGGCA
AGCTTGACGAATATATGCGTGATAACATTTCTCAAAACTCACGGCTTTCT
TTTTGAAATAAACCAGGATCCTTTGTATCTTCCATTCAGCTTTTTTATAA
GTTGACTCTTCTATGATTTAAAGAAGTTGAACGTACGTATTATGAACTCA
AAAAAGGTATTAAATGTAATTTTGACTTCTATATTACTTTGAACATCTAT
GTATTTCTATAAATAAATGAAAAGTTTAAAGTTTTGTTAGCATCTAATGG
AATTATAATTAAAAGTCTAGAAATATAAACCTAAAATATCATAAGATTGG
CTTTAATTTATATATTTATCAAGGAAAGGTTATAATATAATTTTTTACTT
GACATTGTAGAGAAGACCCCTTTTAATCAATTTTTTGAATAAAATAAAAT
TTGCAATAAATTGAAAATAAGGTGGGTTATCGTAGCAAAAATGTACTGCT
GTACTTATTGGGGATCGACAATTTACTTGTTTAAGTATAAAGAAAATTAT
TTATATATTCTTCTTCTCTTGACATATTCATTTTCTCCACTTCCTAATCA
AGTGTGATTACTGAAAGGTGCATTGATCCTTTTTACCTAAAATTACTGTT
AAAATAATCTAAATCAACTAAAAACTCTGCAATCCTATCAGTCAAGTCCT
AATAAAATTTGTCAGTACTTGGCCTTGTCATTATCGGTCTTTTATGTTAA
CTACAGCATCTGAAATGTCGTAGTTGCATACTCCACTGAGTCCTTTACTA
ACTATGTACTTTCAGTTTTTCAACATAACCTCTTTCAAGAGGCAAGATAG
CTGAAGTTTAAAGTAGGAGGTGCGGTTAAAACTTATTATTTTACGTTTTA
GTTGTCATTTATTATTTTCTTCGGTTATATATTCTTCAATGCTAGCTTTG
AGAAAAGACTATCTATTAATATAGCTAGAACTGTAGGACTGAAGGACCGA
GGTATCGGTACTTAGGACCATTGCATTGTGAAAAAATATTGTACCAATAA
AAAAGATTGAAAGGGGGATACTCATTTGGCAATTAGTTCTAGGAACGATC
CAACACTACATGAAGTAGAAATGGGATATATAATAGGGGAATTTACTATA
TAATTTGACTTAACTCAACAGTTCTACAATTGTGTCTTAATTTTTATTAA
TAAAAAATGTATAGAACCACTCAAAAATCGAGTAAAGTTAAGGACCTCAC
TTAAAAGCGAGTATCTTGTTTATGTTATAGAATCAATCTTACATTTCAAT
TTAAAAAAAAATACACTCTATTTTTTTAAAGGCCAAACCTTTAAAGATTG
AAAGTTTGAAAAGTCATTTTCGTGTTCCACGGCTTAAGTAACAATAACAA
ATGTGGGTTTCAGCCTGTGGGCATTCCAAGGCCTTCATTTTCAGTCTTAG
TATTTTTTTCCTTGGAATAATATGTCTTCGGCTACCTAATTTTATGAATG
GATAAAGTTGTAACTAAACAACTAAAAATAAGAAACTGAAAAATAAAATG
GTAATGAGCATCTACGAGAAGAAGAAATATACATAAATCCCACTCCATAT
GTGCCAGAGATTTAGGCAGGAATTACTCTGATGTCAATCTTCAATTCTTC
TATGACTATGAGTCCAATAAGAACTTACATATAGGTCCAAATTATGTGAG
CTCATGAACTGCTGAGAGTAACACTGATCATTTGTTACAGTGTGTAAGCC
CTTGCTACACTTAAAGTTAATGTGGCATCGCAATCTGATTAATTTCTTCC
TATGCCCTTGATCAGCGGTTCTTAACTTGTGGGGAATTGTAAATTAGAAA
TACCGCAAAGTATAAGCTTATCTGGGCATAGTTTAGGAATATTTGTATAT
GTTACAAACATGTTTTGTTTCTCTGAAGATATACTTTTCTCAAGTAGTGA
GACTTCCTGGAAGGATCTGCAGGGTTATAACTTGATATAAAAATGGATAA
CAATACATTTTATTGCAATTTTCAGCTCTTCAAGAGAAAGTGCACGATTT
TGTTTGGGGACACTTCCCTTTAACATTATAGTTAGGCGTTTTAGCCACTC
TATAGTTCTTTGAATTTTGATCAAAGACGAAAATGTATTTAGGATTTAAG
ATAAAGGAGTAGGAATATCTCGAACAATAAGTTTATTAATAGATTTATTT
TTTTCACAGTCCATTGCATTATTTTCTTCATTAGTATTAACATAGCTCTT
TGGCCAATCTTCTTCTTTTAACCTAAGCCAGTGAGGTCCATAGAACCATA
AATCGTTTTTTACAAATTGAGCGGCCGACAATCTACGACATCTATGGTCG
GTAGGATTATGTACTCCAGAGACATGACTCCAACATGATGGACCTATAAT
ATCTTGAATGAAATGGCAACGTAGATTTTCTCCAATTTCATGCCTCGCTT
TGAATCCAATGAAAAACAACAGCAGAATCTGCCCTTGCACGAACTCTGGA
AATTTTAATTGGAGTTATTGGGTAAAAATGTTCAATAAGGCGAGCACATA
AAAGCGCAGCCTCTAATTCCATGCGTGGAATTGTGATTTATTTGAGTGGT
CCTTCTATAGTCGGTGATGTGAGAAAACCAACCTTTATAGACTCATCAAT
AAGAACAAACCTGACATAAAGCACTGCACTCCATCCCTTGGATAAAGCAT
CTCCAAAAACACACAACTAAGTATCTTTATAATTAAAATTGGGTTTCATG
ACACATTTAGGAACTGAAAAGGTTTTAAGAAGTCCTCATTCATATTTTCA
TTGTAACCATCTCTTAGCAAGATCTCTTGGCAACAAGTCATCCCATTTTA
TCTTCCGATTCCATGTTTCTTGAAAGACAGATAAGTTTAGCTATGAAGAA
AACAGGTGCAAATCTACCTTGAGGATCAAAATATCTCGAAGATTTAAATA
ACACACCTCTTTTTGTTAGTGATTTTTTAATCTTCGTTAAATCCATAAAC
AGGTAAATACTATCTTCCTTTGGATTCCAAGAATAACTGAAAGCCTTAGT
TTCATCAAGTAATAGAGTTATATCTTCATTATTGAGTAATTGATTAAGAA
CATGTGAAATCACTTCCAGATTATTGCTGCACCACTTCTGTAGTTGAAAT
TGACCATAAGAATTTATCTTAATATGTTGATCCACCTATTTTTTTTTTTT
TTTGCTTCGATAATGTCACTTGTTCCAGTGACAAAGTCATCCACGTACAT
ATAATTATCAATAACATTCACTACAGTTTGATATTGTGATTTGAATTTCT
GAGCATTCATTTTGACAGTAGATATACACGAATGAGCAGCACTTCCGGTC
CAAAAACGGCCTCGCATGGCGACACTCTTTGATAGAGCCATTTATCTTTA
GCCTAAAAAAACTGCAGAAGATCTTTTTGTCTTTTGGAAAGTAAACTTGA
TTGTACATTTTTGTTATGYCAGCCACAATAGCTACAGCCTGAAAGCTCCA
CCAGTATAAAATGTATACAATATCAAGTTGTATCTTTGGACTTACATAAA
GCTTATCCTTAAGCGATTTACCATGATTCCCTTTCATTGATGCGTCAAAA
ACAATCCGCAATTTAGTTGTAGTAGACGTTTCTTTTATCACACCATGATT
TGGTAAATAATAAACCATATTATTATTGATTGGCACTTCATCATACAGTA
TCACTTTAGTGAAACCCAAATCAAAATTACTTTGTATAGCATTCCGATAT
ACATTTCAAAATTCAGCCCTTGTACGAAATGATTACTCTAGTTTATTGAA
ACGTTTGAGAGCAAGTGCTGTTGMCTCTGACGTGTACAAAAAGTCATCCA
TCAAAGGTGAAGGAGCCTCAAAGGGACCATTGTCTGTCACTCTAACCTTA
GAACGAACAACATCCTCAGCTTTCCATTCATTTTTTGATATATGTTTCTT
ATTAGAGGTACCAATTTCTTCTGTTTCTATCAAGAGCATAATGACTATTA
AATGGGAGACTAATGACCCATCCAAGTTTGGTATGTTTTACAAACGGTTC
ATCCTGTTACCTAATTATATTTGGAATAGATGTTAAAAATTGATTGATAT
TATTAGCTCCTATCAATATTTCTATTTTTCCTGGTAGATCTACAGAATCA
GCTAAATCTAAATCATATAAATGTGAATGAGATAATACAATTTTCAGAGT
TGATAACGAGTATTCAGAAATACGGTTAACTTCAAAGGCCTCGATTAGAA
CTGATTTTCCAGTACAAGTCTGTAATCTGATACTGTGTAGAAAATACTTT
TTAATCGGACACTCTATATCAGCAATACCACTAATAGAAATTTCTGCCGA
GATTCCCCATTACTTATGATACTTGACCACCCTAGATGTTACTAAACTTA
TCTGAGATCCAGGATCGAATAAAATACGAACCTCTTCACTACGATAATTC
CCTACAATATATGNTTCTTGCAGTCATTAACAAAGTTGAATTAATAGTAG
AAATATGCCCAACATTAGATCTTGAACTTAAAGGAACAAGTTCTGTTTCA
TTTTCTGTTCTATGAAGAAGAGTATCGTGTCTACCATTACACTTTTGACA
TGACTTAATTGATAAATATTCCCTTAGACGATGTCCCATTTTCAAACAGT
AAAAACAAACAGCGAGATTCTTGACTTTTAATTGACGTTCATGTAAGTTT
TCTCCTTGAACAACACAAAACCATTAAGTGAATGTTGTTCTATATAATTA
TTAGGACACTGATACCAAATTACTATACTTTTATTAACAACCTTTTTAAT
GATTTGCAATATTCCATCACTTTTCATTCAATTGCAGGTTACCTTAGCTG
CAATTCTAACATGCAATAGGAATTTGTCTCCTGTGATCAAATCTTGATCT
TGAATTTACTAACAAATCGGTCCAATCCATCCCTCAGGAGGCCAGACACT
TTACTCTCCAGAAGAGGAATGACAAATCTTCTTACATTAGGATATTCCAA
ATCTATATCATTCGCCTTTAAAGCACGTTGGATCGTAATTATTTCATCGT
GGAAATAATAAAAATCATTGGCATTATTTCTTACATGATTTAGACCCACA
AATCTATGGAACAGCTTAGATATCACACTCAGACTACAGCCAAAATTATC
TGTTGATATCCTGATAGCCTCGTCCTAGCTTTCCTTGGTCATAGGAAGAA
GCTAAATTTTTAAGAGCCGTACACTGGAGTTCAGATCTCAAAAAAGTAAA
CTTCGTTACAGTATTGATTTTATTATTATCAACATTTGCTATAAAAGTCT
CCATCCATTCCGTTCCCCATTGAACTACGTACTTTAAATTGGGGTACACA
GAACATGGGAGGGGCTCATTATTTTCTATTTTAGTCTCTTCAATAGGGGA
AGAAAACCCCTTTTTAATATCTATAAGCTCTTTCTGATATTTTATTTCTG
TTTTCAAGTTATCGATCTTCAATTCTCTTGCAAAATTTGGAGATGCCTTG
ACAGTCTTTCCGTGCCGTTTTTGCAACTCTGGAATTTCCCAGAGTTGTTT
ACTATAAAGATCTTGATCGCCATCGGTGTCGAACTCGGCGTAAAATTTCA
TTAATTGTTCCATTGCCGAACAAAAACGTTCATCCAACTCTTCGATTCTC
TTTTAGTCTGGGTATACATCCTTTACTTCATCAGTCAGCTCTTGAAGCTA
CTCTTCAAAATACTCCCTATGCTGTGGAAGCAGTGCAATTTTAAATGGTG
CCATCTTATATTTAAAACAAAAATATTAAATATTAATAGATGTACCACCA
CGTGTGGTTACACTAACGATCTGAGATGATATTGCCCTATGCTATTGACA
ATCACAAATCTATCCAAATCCCTAAGATCCAGCTCAAAGGACCATGAATA
GAACCTCTCCCGAGCGTTTTCTTTCCTTTTAAAGGCAAGGACGGGCCTAA
TTTACAACACAATTTAATTAGTGCAATGCAATTCCAATTTTATTAAAGGC
AACCACATGCCACCTTCAAACACACACAAAAGACGAGTAATATATGTATA
TTTAGGAGCGTAACTCACTCGTGTAAATAATAAGAAAAAACAACACCAAT
ATCAAAAGAAGACATATTAAAAAAAAATGAATAAGAATGATACAGGGAAA
CACCAGTATAATAATTCAATTGTTACGACTTCGCTATCCACATGGTATAA
TCTCCAAAATTGAATTACCTGAATATTTTTTATTAAGAATTTGGTAAATT
AAAAAAAGGTGTCATATCAATGAATATTGTTAGTCTTTTTTATCATAATT
CTGAGATTATACATCTATAAAAATTCGTGTCGACACTTTTTAATTGCAAA
ATTTGGAAATATGTAACTGTACTCAATTAATCCTAAGACTGGGATGAACT
GAACCAAATAAATAAGGACCCACACAAAAACTATTGCACTAAGTAATAGC
ATCATTTTTCATCAATACTACCAAGGAAGTATAATTTAACGCGCAGAATT
AAAGAGATTAAATACGAATGTAATCTTTAACGAACTTAGAAATGGAAGAA
AAAATATAGTTCATAAATACGAACAAAAACTCTAAGAATGTTTCTTGCAC
AAGAGTGTTGGCTAATTTAAAATTTGAAAGGAGCGTTATTAACGCTGCTA
AAGTACAACGGTTATAGTGAATTATTTGTAATTCATTTGCTATGATGTTT
TGGATAATTTTTTGAGTAACTGTAGAATTTCTAACCAATAAATGTACTCA
ACACGTTCACCTAATCATTATTTTAGACACTGTAACTTATAATTCCATAT
ATTTCGATAGTATAAACTAATTTTATTCATTACAAAATATTCATAATGCT
CAAGGTTAGAGAGGATTTGTGTACCTATGTTTAGAAAAAAAAATATCATA
TTAATCTTTTTATGTAAGGAACCAATGTAGGGAGGCGTTTGCCAGATTTC
AGTGTTTGAGATCATTACAATTATTGAACTATACATAATAAAGAAAGGTA
TGTGTAAGGTTTATATGTGTTGTATTATTATAACATCGACAACAAAATCA
ATACATTGTAAAATTATATATTAAGTCTATTTTAGAATTAAAATTAATTA
AACATAAAAAATAATTTATATTTGGTTCTATAATGTTTTTGAGGTATGAA
ACTTTTAACATAAAGATTGCGTCAACAGAAATATGTAATAACTTTTGTTG
CCCAAAGTCTAAAGATCTTAGCTTGAAAAATGAGGCCTTTAGGTCTTAAG
AAGTATTCCTCGAAAATATGTATTAATGCCAAAAGTACCTTTAAATAAAG
AGATGAAAGTTGCACTAAATCTTAAAAATACCAACAACTATATAAATTTT
TTGGTTTAATATTACTTAATAATCTTAAACCTTTTATTTTAGGCCCATTN
ATTTGATAAGAAATATTTTTTTWTACWTTTWTTTAAATATTAAACAAAAA
CAAAATTAGTATAAAATTAATGATGAAATATTGCCTAATTGTAAACAAAC
TTCCAATAGAGCTCCAAATAATCCCAGTGATGCCATTAGAGGCCAAAAAC
TTAAATTTGTATGATAAAATATATTATGCCATAAGTTGTATTATGTACCT
GCATTGGAGGCTAAGTAGTTTCTAGTACAAAATGTATTATGTTCATGTCT
TAAGTCCCTCATCTTATATATATTTATAAGTCTGTTTTTGTTGTTATCTC
ACATGGAATCCAAGACAGTCAAAACATGAATCTGAGATTTACAATGTATA
CGCATACAAATATCCAAACATGTTCCTATATTATATGTTTTAAGCCTCCA
AGGTCATTAAAAGGTTGTTATTGACCGAAATAAAATCTCATTTCCCTTCT
CTTTTTCTATATATCTCCTTCTCTCTGTCTTTCACCTCTTCTCTTCTCCC
TTTGTTTCTTTCTGCATCCCTTTCTTTGTCTTTTTTCCTCTCCGTTTGTC
TCTTTCTACATCCCTTTCTCTGTCTCATTTCTTCTACCTTCATTACATGT
TTCTACACCACTCTATTCAACCCTGCAACGTGGGTACCCTCTCCCATTAT
ATAATATTATTCTATATTTTGTATTTGATTTTTCTTCTCTCCTTTCTTTA
AGTATTTAAATACAATAATGAATCAAAAAGTTTCTTTGATCCTTAGGTTG
GGTTACCTCATTTATCATGTATGTAAAATATATATTGGATTGGAGAAAGT
TTAGAAAATATTTCTAGTGCAATGTTGGATTTGTTTAGTAAGTTTAAGGA
AAAAGTTCAAGTAACTAAACAAAAGTCTTAAGTTCTCTGCTTTTATTTGA
TAGTAAACAAAATAAGCAAAATAATAAAGCTAGAGGAAAAAAGCTTCCAT
TCCCGTTCTAGTTCACACCAGCAAAACCAAGGTTTTTGCTCCCATTAAAG
TTCTAATCCCAAAAATCATCTCAAAGGCTGGGTGCTTGGTCTTTGTTACA
GTATTAGTGTTGCTTTTGTTATTATCAAAGCTAACTAATAGTCAATGTAG
CCTGTTTTATATAGGTTCCGTAGGGAATGGCTAGTAATTAAAAAAAAAGT
TATTCGATTTTTACTGCATTTTAAGACGTTCATAAGTTGTTGTTAACACC
CCTGACGAAGTTTTTACTGTTATAAAAAACCTCTCAATCCTCTTGAGTGA
CATTTCAATTTTTTTTATTTCTCAGCATTTCCAAATGCGGACCAGTCTAT
GTTCTTCTTCTAGGCAAACTTCATACCCAGCTTCTTATCAAAGGTATTTT
TTACCTCCTTGGGCTTCATCTTGTTTGGTCAATTACTCTAATGCTTATCA
TTGAGTTTGCCCCTAATGAACAAATGATTTCTGTGATAACGTATAGTGAC
GTTACTGACCTTTAGGTTCTTCAAGATGTCGGAAGTGGTCATGTCGCTGA
TTACTAAAACCCAAATGAAAGTTATTTTTATTTATTTTTTGTTTATTTTC
TATATATCAAATGAAAGCTAATAATATAAGCCTTTTGCTTTGTTCCCATC
CTGATATAAATGTTTATAACTTTTGGAACAGACCAATGAGCAATTTATTT
CCAAGAATTTTGCATATTATAATCTTATCAATTTTCTTTTTCAAAATAAA
GTGATTCTGTGATCTAAAATTTTGGAAGCATCAAAATGTATAAAGTATGG
TTCATTTTTGAATTTTAATGCATTTTTTTTAATGTTATCATTTGTACTGA
TTAAGTATAAGGTAACACTATAGTATTACATTTACACCATATGACCAAGG
AATCTTCTTTGAAGTACATATACATAGTGTATATCGCCTTCTGTAGGAAC
TACAGGGGCGCCAACCTACGCATATTGACTTGAATAGAATAATATCTCCC
AAGCGTGTTGTCCATTGATCTAAGCCATTCCTTTTTAATCATTCTTCTGT
CTACTTTACAATAAAAGTTGCAATGAGCTTATCAAACAATCACAAAAAAA
AGTCATGTATTTTCCTTTCAGCTGTTTTTATTAGTTATTTATGGATGATT
TAAAACAGCTGACTGTATATATTACGAACTCAAAAAAGTATTACATAGGA
TTTATAGTTTTATATTAATTGATATAAATCAAGAGCCTTTGATTAGAATT
TGTCTTATTTTATACTCAGGCGTTTATACTTATTTTGATAAAATTATCGA
TTGAATGTGTTTAATAATTAATAACTATTCTCTAAATAATAATTAATAAC
TATTCTTTAAATAATAATTAATAACTATTCTCTAAATAATAATTAATAAC
TATTCTCTAAATAATAATTAATAACCATTCTCTAAATAGTAATTAAGTAT
GGCCAACAAGAAAAAGACTAATGTTTACCTACCATATATTTTTGTCCCAT
TTTTCCCTTTCCCTTTTGTCAGTCGAGTTTAGATAGAAAAACTAGTTGTG
TCTCTAATTTTTCATAGTTATTTATAATTAAATGAAGGGGGAAATCTTCA
ATCTTTGTATTTGAATATATCTCATTTAAAATGTGTTTTTTTTATATGGA
TCGAACTTTTCTTTTTATATTTTCTTTGTGAAATGATTCTCAAAAACACA
TTTGCCCTTAGCTTTTTTTTGGGAGTGGACTTAAGCCTACCCCTACCCTT
TTTTATCACATTTATTTCATTAACTAAGGAAGTCTATAATAATAAGAAGA
AAAAAACATCTTTTGCATAATGTATGCCAAGGGAGTGTAAATGAGTGGGG
CATCTCTTGATTCTTATACTATTTTACTTATGAAATTGACTTAACTCTTG
TAGATTTCTCATTTTTTATCACCGATTGATCGATAATCTGAATGAATGGA
TTCATGGTCATCATAATATTCTCAACACGTCTAAGTCATAAAAAATAATT
TCGTCCCATAAAATTTCTATAGAAGAATAAGTCAATATTTTCAGCTCAAT
CTCATTTGTTTTAATGATAATGAGCATAAAATCGCCAATCCGTTGATGGT
AGGAGTTATGTCCACAAAAGTGAAAGGGAGKATTTGTGAATTCAGTCATA
GATAACGTCTCCATGTGTCTCTCGATTCATTTTTTAATTGACTTGTCTTG
GAGAAAGAGGACTTGGACTTAAACTGGATTCGGCGACGAGGTAACTCAGA
GGCCACTGACTTGGACTCACATTGGACTCGGAATATGGTGACCTGGACTC
AGAAAAAGTCTGCACCTTGACCAATAATGCAAATCCAGTGTAGAATGGGG
ATGTTAAAAAAGGAACCAGATATCAACATGGTAACCCTGACAATTTGAAT
AATATTTTGGAAGAAAGAAAGAATAATACTCATGACGTTTTATTAGATAA
GCTGTGACAAGAGAGGAAGGAGAAAATGACATAAACAAGGACGTTTGCTG
ACATTACTCCAATGTTGATCCCCAATTCTACTCTGAGTCCAACAAGAACT
TACAATTATAACTCTGCAAGAAATCTTCAAGGTTACGCTCTGTCTTTTTT
GAGCACACACGACAATAATGACAACTGCTAAGGAAATGAAAATTCTTTCT
TAATATTATGAATCATAAAGTAACGGGCCAGCTAAAAACCACACCGGATT
TACATATTTGAGTATGGCATTGAAATTTCTCTGTGCTTTGGTATGAAGGA
TGTATTACATGCATTGAAATAAGTCAATTCGTATGTGAATAGATCTTTGT
ATGTGTAAAATCACACATTTTTGATTTTTTGAAAAAAATATATTCATTTT
ATGTCTATTTCCTCGAATAAAGCTTCAAATGCGTTATTACTTTGCTCAAA
TTATTAAGTGAATATGGAGATAATAATTCTCTCAGTGTTATGACACACAC
TTCAGTCAGTATTTATCCTTTGATGATATGACTACATATCAGAGGCTGGC
AGTTAAGAAGTTCCCAAAGGGGGAGGAATTACATTATTCCTAGGAGAACA
GAGATTTGTCTTGTTCTTGACCTAAAATTTTTTTCTTCCTCATTTGACTT
CCTGGAATTGGTTCTAACAGGGGACATGATCTAGGCAACGGGCTTATCAA
TCGATCACTTTAAAAATCGGATTTTGGTGAGCTCATTAAGAACAAACACA
AAAGGTTACTGAAACTAAAGAAACAAATATCAATTCTTCAAAAACCAGTG
GATCTCCAAGTGAGTAAGAATTAATCAAGAGATTAGGGTTCCTACAGTAT
TGATACTACGCTTATCACTGATTTTGCAAATTTTTCCTTAGTGCAGTGAC
TAGGAATCAGAGGAATATCCACCTCTTCTATATATATATATTATTTTTTT
TTTTGTGTGTAAAGGGATAGTTATCGTATCTATGTATTATTATAAAGTTA
GATACTACCAGAGCTGTGGCACTCAAGTCATTTTATCATAAACTTGGACT
ATCAGCACGATGAATCAGACTTACCTCGTAAAATGTAGCATAATTATCGT
TTCCACTCACGGTGTATTTTGACAGAGACTTAAGTATTTATGCTAATAGA
TAATCAAAAGCTTGACTTAGGGTGGTAAGACCATTAGATATATGTTTTAT
AAATTAACTATAATAGAGCTGAAACTATCAACCAAACATCTATCATGAAA
TATTTATTTATCATATAGTTTAATAATCCAAATTTAATATTTATATATGA
ATTGCTAGATCATTATTCAAGGTAGGAGTCAAATATAGATGGTGTCCATT
ATTTTAATTTATGAGGCTGGATTTTTATTTATAGATTTCTTGTAAAGGAA
CTTTGTTGTTATTTTCTAAATTGTGTATCATTATTATTTTATTATTGAAG
ACCGACATTGGAGTCATTCGTAAAATATTTTTTTAGTATTGCTAAATACG
GAGGGGATTTTTGTTTRTTTCTTACCTATCATAGCTGTTCGCAGCTAATT
TAATGAAACGGCTCTCTACCAAAATATTATTCAAGTTGTCAAGATTAACA
TATTTAATTTTGGTTTTTTTTACATGCCCACAAATCATATTTTATACAGC
TATAGATATGTTTATCTAGAGGTTCGCGATTTTTGTTGAGGTGAGTCTGA
TTATAGGCAATTTAAGAATAATCGTCAATCGTCCAAAATTGGCAATTATT
ACTGATATTTTCTCACTTAACAAATAAAACTAAATAATTTTTCATGCAAA
AAAAATAACTTTTTTTTTTAAAAAACGAGAATAAAAGTCACTGAACTATT
TATCCTTTGAAACTCAAGACTTAACAAAATTCATCATTTTTTGAAAGTTC
CATTTTCTCCTTCCAGCTACCTATTATGTTAAAATTTTGGAGTATAGAAT
ATGATGTGTTTCGGCTATGTAAATATTTANNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGA
CCAATATTGAAAGTTGGATTTGCGGATGGKATAGCTGTGRTAATGACTGG
RAWAGAWATKTYMAMTATKGGKTYTWTYATACAAAAWGGGKGAATGAAAT
GAGCAGATCTGTGGAAGAAATTGGTCTTAAGTTGAGTGAAAATAAAACGA
AAGCAATCTTATGTACTTGGTCTCATAAAGTGAACATACCGATATTTTAT
ATGAACAGAACAATTTTAGAATGGGTAAGCCAGTAAAAGTATATTGGTTT
AGTTATCGATAGAAGATTGAATTGGAAAGCGCATTTAGATTACATTATCA
AAAAGGTTAAATGGGCTTTATTCTCTGCCCTTAAAATGACTGGGACGCAG
TTGGTGTAATACCACTCTATGCTAAATGGATACGTAAAACCTATGTTGAA
TCGATTTTGACTTACACAGCAGGAATATGGGCACCACGTATAAAAACGAA
TGAGTTCCGAATTAAGAGGTTGAGAAGAATAAATAGATTAGCATGCCTAC
TGTTTTGTACTGTGATGAGATCTACACCAACTAGAGCTATGGAAATCTTG
CTCAATGTTACACCTTTACATCTAAGTATAAAACGATTATAGGCAAAAAT
AGAAATAGAAGAAAACATTAGTATAACCTGGATCCCTACAAATAAAGCCA
AAGGAGGGGCTTGGCTGRTCCAAGAAGTGGTGAAATCAATTTTAAATATC
TTTAAAGCACTAATAGTGGTTACTGAAAAAAAAAAATCCCATACCATTTC
AATTGAAATAGAAAAGCAAGGAGGAGCGATTAGTTCAAAATTTATCCACG
TTTATACAGATGGCACAAAAATTGATGACAAAGTTGGATATGGCTGGTGT
ATAACTTATGAAGATACCTATGTTATGGAAGGCTGTGGCAACTTAAAATG
GTATAATTCTGTTTTTCAAGCATAATTGGAGGGTATTTTAAAGACATTAC
GTGCTCTCAATAGTATAGAAAAATTTGTTCAAATGCCTGTCAAAATTTTC
CTGGACATTTCAGCTGCTATTAGTTCTGTAGCTAAAAATGAAAGCTTCTT
TAAGGGTCAACAAGTTAAGGGGATAGAAGAAATAAAGTGTTTGAAAAGGA
ATTTGACAATAACATGGATAAAAAGTTATTGGGATTATACAGAAAATACA
TATGTAGATGCGCTTGACAAGAATGGCGGAACCTTACAAGAAAAAKCGAA
AGTGGAAGTTCTCAAAAGTGTAGTCTCGTCCGAGATAAATAAGTACATAA
GGAAAACATCGGAACAGGATTGGGTAGAAGACACAACGTGCCGACAAGCA
AAATTCTTTTTGGAGGAGCCTACTTCGTTTTAATGGCGTTTTTTTAAGTG
GTGTTGTAATATTTGTATAGACGGTTTTAGGGCTTTGTTTTGGTATTTAA
AATTTTTGCTATAAAAGATGTGATTTTAGTATTTGAAAGTATATTCCAGT
CTTAGGGGCATATGTTACACGGGTTGCCACATTTAATTGGGGTTGCCGTG
GCTTTAGGAGGAGATGGTTATCTCGTCTACGTACCCTTAAGGCGTGTAAT
AGTACTACTTAATAAAATAAATCAATTCAACGCTGCAGCAACAGAAGGGG
CGCACTCCCACGGTTCCCAGGCAAACGGAAGAAATGCAATCCCACTCTTC
AACTTTGGATTTCTCAAAGTATGGGTACTTGCACATGTTGAGTTTTTATT
TTCAACAAAATTAATATTGACTGGATAGGTTGAGTGAAAAAGGAAATCTT
TATTTTTTTAGCAGCCCTGCAACTGAATTGGCTTTATTTAAATCCAAATA
TCTTATTGGAAGCAGACTGACGTCACATGAACCGACTCAAACTGTGGAAT
TGAGGACCTTTTTTTGATCCGCATCCGCTATATATGTGGCTTATCGTTGA
AAATTTAAAATATAGGTACCAATCTATGATGACAGAAACTGTGGAGATCA
AGTTTCTTCCATCTATGACTTCAAAGAAACGAAGTGGGTTTCCTAGAATG
AAGCTGTGTTTCCTCATTTATCATGCCTGTTTATTTTTAAGAACTCTGCA
TATTGTAATTTTCCAACATCAACAATTCCCACTTTTTAAATGTAAAGATT
TCTGTTTTGTAAATGTTTTTTGTTTGGGAGAGAGAAAATACCACGTTAGT
CATTTTTGTGCTTTTAAAATATAATTTATTATAGTGCATTCACTTAAACA
GACAAGACAAATTTTAAATCACAAAACTTTACATTTTAAAAGGTAGAGTT
GTTGCAGTTAAAAGATTATAATATGCAAAATTCTTTGAAAGAAATGGCGT
TTACCCTCATGATAGATGATGTGACATAGTCACTATTTAAAGTTGATTAA
AAATTTCTTTTTAAAAATACATTTTACTTTTATATAATAGTGGAAGCTGT
TTTATTTTGGAGCACTAAGTTTTTTTCTATAATGTTTATTTATGTATCAA
CGAAATTATTGTTCTGATCTTTATTTTAGTATTTTGTTGTCTTATATATA
TAAATCATACGTGAATCAAAAAAGCTCCGATTATAGCAAGACTTTACTCT
AAAGTTTTTCCATATAAGCTAATAGAAATGAAAGTGTAGTTAATAATTTA
TAATAAATCAATTGAAATTGTCAATATTTGGTCATGTATAGATCGGAACG
GCATATATCACTCCGATATCTAATCTTTGTATTTATAAGTTCAAAAATAC
TACTATAAAAATGATCATTATTCATTTCTTTTCATTGTTATATATCACGT
GTTTCTCAAATATTTTTATTCATACCTTTTTCCAAAAAGTGGAAAAAATA
TAAAATCATATATTCTATTTTATATTAATTACAACATTTACTTAAGTACG
ATTTTAGCTTATTTTAAACTATATTTTTAGGATTATAGAAAGAAAGTATC
AGTGTCCTCAAAGATTTTAGCTCGAATAACGAAACTCCCATATCAAGTAA
ACATGGATAAAGATCAAGTAACATTTCCAATTACCATTAAATATTTTAAT
AATACAATATTTTATAGTACTTTTCGGATTCTGTAACTACAGAAGTTTTT
CCTATTCAATTAGAAGCGGTTGCTGTATCATGGTGGGKGTGGATTCTAGC
AGCAATATTCGGAATGATTTTACTTCTAATCATCAGCTATTGTTTGTATA
GGGTAAAAGTTTAATATAAAAAATTTAAAAATAGTTAGTTAATTCAAAAA
GCTACTTTAATTCCCTTAATAAACTATTTGTCAATAATTCAATGAAATTT
TGTGTATTTTCCTCCATAATGGATAATTACATTGTGTAGGTTATTATTAA
AAATATTTTATACTTTGTCTCACGATATTAACTTTAATTTCAGAACATTT
TCATAAGAGGCTGGCGAGACTTATAATTTTAGCTCCAGTTATATACTTAA
GAAAATTATGTACTTTTTAGGTCTCCTATTTTTTTGGAATTGGTAATCTG
ATGATTTTTTTTTTTTCTATGATGTTGTCATTATTATTTAACTCCTGAGT
AGTGAACTTCATTTTCTGCTGTATTAAATTATATTCAAACCCTGATTGAA
AATATGTGAGTGCTCATAAAAGACGGAGAGTAACCTTAAGGATATGTTAC
AGAGTAATAATAGTAAGTCCTTGTTGAACCCAGAGTAGAATTAAGGTTCG
ACATCAGAGTCATTCTTMCCGTTTATTTCCTTTTCCCCTCCTGCCTCTTC
ACGATCGTAGATGATCTAATTAAACATCATAAAAGCTAAGCTGCTCTCCT
CCAAAATATTTTTCAAATTGTTAGGGTTAGTATGTTGATTTTCGGTTTAC
ACACGATTCTCATCAGTACCTATAAACATAATAATGAAATGATCTTATGT
TTAAAAAAACCCCTAAAAATAACGTGGTCACCCAGACAATTTGAATAATG
TTTTGGAGAAGAGCAACTAAGCTGTCAAAACATTTATTAGATCAGCTACG
AGGAACTATGAGATGAGAGAAATAAATACAAATAACACTCCGTATCTAAC
AGGCAGGAATTACAACGATATCGATCCTCAATTATACCCGGAGTCCAACA
AGGACTTACACTTATAGCTCCATAACAAATCCTCATAGTTACTCCTTGTC
TTTTGCACAAAAATGATTATTTATTATACATATAAGGTTATATTGACTGT
TTTCTCTGTATAAATAAAATGATAATGGTAGCAGCTTTTGAAAATAGAAA
AAAAACATCTTTAGATTGCAATACCAAAAAGTGCGCTATCTTCAATTTTC
ATATTACTTTTTTAAACATATATTTATAAATACTTAAAGGATAGAAAAAA
TGAACATAAACATAATTAAAGTTGTGAAAAATATATGCCCTAACTCAGAT
GTAAAATTTTCTAGCGGTTGGTAAATCTGAGCATCTGATTAATTTCCCAA
ACTTGTTATCTTTTTTGTTAAATTWTTTAGGAGAGAACATTTAAKTATCC
AGTGRGTTGTTTTTTTTTTTTTTTTTTTAATKTTCCTTTAATTGGTTAGA
TGGRGTTGTACTGATTAAGTATAAGTAAACATTATAGTTTTACAATTACT
CCATCTAACCTAGTAATCTTTTGGTGAAATCCATATAGTATATTTCTTTC
TCTATGAATCACCGGGCATGCCCTGATTATGTATGACTAACTATTTTAGT
ATTACAACTACTCCACTTGAACTAGGAATTGTCTTAGAAGTCCATATACG
TGAAGTATAGTTGCTTCTCCAGGAGCGATTTATTATCAAACCTACTCACA
TTCATTTCAAAGGAATAATTTTTGCAAGTGCATTGTATATTGAGCTATGT
TGCTCCATATCCTGATGATTTGTTTGGGAGTTAAAAGTGTAAGTCTTTAC
TTTAGGTTCGACATAGTAGTAAGATCTTGTTGAACTAAGAGTAGAGTTTA
GGATGTTTATCGAAGTAAGCACTTGCTGGATACAGAGTGGGATTTATGTT
TATTTACTTTCTCACCTTCTCAAAGCTACTTTCACCTAATCTAACGAAAC
GTGATGATAATTAAGCTGCTCTCCCCAAATGTTTTTGAAAATTTAGGGTA
CCCATTCTTATTTTTGTTTCATTTTTCTTACATACTGGTAGGCTATATGA
TATATAACTCTGAATACCCCCCCCCCTCCCCCTATCTTATTGCCTTAAAA
ATGTCAAAAATTGCCCAATGAAAAAGAATAACTTGAACCAAGTTTGGAAA
TATACTATGTTAAAATTAACAAGAAAATAAAAAAACACAGATGTACGACA
GTTTTAAAAATGGATATCAATAGATCACAAATTTGGAAGTAACTTAGGGA
GATTATAAGTCTGATTTATAAACTAATTGCATGGTGTTCTTTAATAGAGC
TATTTTTTTTTTTTTGTTGAACTACTACATAATATTATCCTACTGGATTA
ACGTCACCAAGACAATTTGTATTTTGTCTTGTGTCTATGAGAATAGCAAT
GTCAAAAAGTTAAATTAATTTCAATAAGGTTTCTATTTTCTAATTTTTCG
ACTTCRTTACTATTGAATTTACATTTTTTGATACTAATCTTTTTTTCTTT
GAATTCTTTAATAGTTTTTTGTAAGGAATTGGATGATTAACTTTCTGATT
TTTACTTTTTTTATTAGTGTGTCTTATAATGCAATATGAACTCTTTTTTC
TAATTTAGAGATATTTTTGTCGTCAGTTAGATTATTTCTCGTTTTTGCAT
TCAGAACTTCAGGAAGAACTAGGACCCTTGATCCCAAAATTGTACAAAAT
ATGTGGTTTCCTAGGTTGTTGTTTTTTTATCAGTTGCTTTCCTTTCAGGG
TTGCAACTGTTTTATAATCTTACTTCAATATTCCCTTTATAAAAGTCTGA
CGGAAATACAGTATTTTTATCTTTTTAAAGCTCCATTAAATTATAAGACT
ATTTCCTTGTTACCTATAAGTATTACAAATAGGAATTTAGAAATGTTTTA
ATTTTTAATGTGTGATAATTAGCTGCACAGAAGCCATCTCAAAAGTGGGT
ATTTTCCTCTGGTGTGACTGGTTGGTTTTACTGAAATTTGTCCCACGGAT
CCTTATTGGCTGRATTGTAGAATATCTCTTTTTCTATTGCCATGTACGTA
GCGTCAGATATCAAGACTCTGATATAATTTCTTTAAATCCTCGTTTTTAT
ATTCAAATTGACAGATTTCTTAATCAGTTCCTACATCATTTATTAGGCCA
ACTCCTTCCTTTGCAAAGAAGGAAAATTCGCCAAGGGACCAATTTTTGCT
AATTTCAGTTATTTAGTCCAATTTGAAGTAATACTGTTTAATCAAGGTTT
AATATTAACTGAAGCTCGGAGATATACAGAATCACAATTATGATTATATC
AATCTCAAATAAAATATATGAAGGATATATTAACGGAGAAGAATCCAAAT
AACTTCAAAATTAAGAGGAAAATGTAGAAAATAAGGGAAGCTTTTGAAAA
ACTCAATTAAAAAAAATGAGAATTTTTCATCATAGATGAATGAATCATTC
TCAGAGATTGAATTGAAAATTGATAAAATCATACATACAAAAAATATCTT
AAAATAAATAAGGTGTGAAGTATATCAATTTTTCAGATCAAATTTACAGA
ATACGAATCCGACTGAGACAAACTTCTCAAATTTCAAATCGGAGACAAGA
TTAATTAATCAGCCTTCCTTAAATGTTTAATTTATAAAATTAATTCATAT
GATGGAAAAAAAACTCACCAAGAGAAAATATCGATATTATGAACATGTTA
CTTTCCTTATTTTTTCACAAAATTTGACGTATTCGAGATTCCTGAAAACA
CAAGTAAAACTCTAAATGAAGTAATAGAAGATCTTTGTGAATACTTCAAA
GGAAAAAAGAGAAATAGTAGAGATTNCGATACAAATTATTCAGAACAAAA
CAAGTGTGAAGGGAAACATTAAATTAATTTTACTGTTGCTTTAAATTTAT
TGCAGAATAGGTGGAAAGATTCCAAATGAAATCAGAAGTTTTTTTTAGCT
ACTCTAATTATAATTTGTGGCATTACTGATGACAAAGTAGATCAAAATTT
GTTAAAGAAAACTTCACAAATAATTTTGAAAGATTTTTTTTTCCCTACCG
GGAAAAAACGGGAAAAATTATGAAAATACTCCAAATGATTAGAGTCAAAG
GGTTTCAACGCAAACACAAAGTCAAGCGAATACAATATATATCAAAGAAG
AAAGTTTAAACTAGACATGAATAATAATATGTAGCTATATAAAGAACAAT
GTGTCAATAATAAGAGAGTATTAAATCAATGACCATCCTCTTAACAACTG
CTCAAAGTGTATCCAACATCTGGTGGTAGTGAAGTGAACCTAAAATAGGT
TCAGAAAACTACAGGAGAATCATCAAAATCTTCGATAATGTAACTACATT
TCCGATTTGGAACAGCTACTGATATTTACCATGTCCAATTCAGCAATAGC
CCGAGCAGAAGCTATTGCAAATAGCCGAAAGCTGTTAAGTAGGGGGTTTT
TATGTGGCAGCACGGAAGAAAAAAGTGGATTTAAAAAAAATCAAGATTGA
CTGTCGACAATTCAAAGAAATCATCGGAATATAAAAAGAAACATCTATTC
ATAAAGAATCGCAGAAGACAAAAAGGATGACTGTGACTATTCAAGAGATT
AAAGATGAAAAAGAAGGCTAGACCAAGTTTAATATAAATATGAGGTTATT
CCATAACCCGTGTACGACTGATGTTTGACTTCCACCACCCTTTTAATATT
GACGTCATAGTAGATGAGTGGTTATTGTTTGTCTAAATCTGTTTTTCTTC
TCCAGTGGTCGGTATCAAATTGAAAATTATAACAATAGTTAAGTCATAGT
CTATGAGTGGTTGCATGTTTTGTCAAAATCTGCCTATCTTGCTCAGCAGT
CAGTTCAAATACATCAGATTGAAAATTCTAGCAAGCCCGACTACATGATG
GTCTAACCTTGTATTTCTATTAACATTGGGCGATACTATTTTTCCTACTT
TTTTAACACTTTCTACGCCTTTAGTTATCGTTGCTTTTATATATATTTTT
CGTACTTTGGTCGATACCAAAAAGAGCGGGAGGGTTGTTGACCATGAAGT
CACACATTACCGATGATTAGAATTACATAAGTTATATCTAATATATAATA
TTGCTGTTTTCTAAGTAAAAAGTAATAACTAGTGCATGTGCTTATGAAAG
ATGGTGAGTAACAATGAGTGTTTCCCCCTGAGTTATATGTGTAAGTTCTT
ATTGGACTCGAAATTTGAGTCCGGACATCAGAGTAGTTCCACCTTATATA
TCTTTTCTATATATGGAGGGGATTTGTGTTTTTATTTCCTTCCTCTCGCC
GCTGCTTGCAGTTAATCTATTAAAACGTCATGACAGTTAAGGGGCTTTCC
TCTCAAGCATTCTTAAAATTGTCAGAATTACCTTAGTAATTTTAGGTTTC
TTTTATTTTTACATACCGATACAAATATTATAGGCATAACTGATTATACC
AAATAAAAGAATAAATATCCGTGCCAACCCAAATAAAAGAGTATAGTTTA
TAAAATAACTTTAAAATTATTTACTTATAATGGAAGGAAGACAGTTTGAT
GTATATTATTAACGTATAATTATGTATAAATAACTATTTATCAAAGTATA
TTATTTTATATTAAATTATGCTACGCAATATATATTGTGAGTTGATGATG
GTGGGTTGAGGTTTATAAGGTTTGATTTTCGATTTATATTTGCCCAAACT
TATCCCATTAATTTTGTTAGCATATCTTTTATATTCTTTCAATTCATTCA
GTTATTATTTGAAGTAATATGTCTTCACTATCACCCATCAGCTTTCCATA
TTTCATTATAATTTTCTCTATAATTTGTTAATTCATCATGTTTTTTTGAA
AAAAATATGGGGAAAAAATATTTTTTTAATAAATAGAAAATGTCAAATAT
TTACTTGACTTATATAGGTATAAGTCCAGTTAAATTTTACTGAAATAATA
AAAAAATCCACCTTAAAAACCAAGAGCGAAATAAAGTTCTTACTTTTAAT
CATTTAATAGACAGTTTTTAAGGTGGGTTGGCACATCTATCATTCATATA
AACATCTAATTGTATATATAGATAAACAAGAAACATCAATAATAGAGTTT
CTTATTTGACAAAAATCAATAGTGAAATACTATTTGATAATAAAATATTA
CGCCAACAATATCTTAATAATTAAGAATAGGAAGACTCTTGTAACCTCTC
TCTTGTCAAGGTAGGTTAATAGAAATACAAGGTTAGACCATCATATAATC
GGGCTTGCTAGAATTTTCAATTTGGTGTAATGTACTGACTGCTGGGAAAC
ACTGGTAGATTTTTACAGAATACGCAACCACTCATAGTTTATGACGTCAC
TATTGCCGTAATTTTCAATTTAATGTATCATACAGAATACTGGGAAGGAA
AAACAGAGTTTGACACAACACGCACACACTCATCTAATATGAGATGAATA
TTAAAAGTGTGGTGGAAGTCAAACATCCGTTAAGGTATAACCTTGTATTT
ATATTAACCGTGTCTGTTCTTAACTTTGCTAAAATATGCAGTCATAATAA
TGTTGCAACATTGAAAAGTTCAAAATAAAGGTAAAATTAATCTTATTATC
TGTAATTCTGGAAATGTTGTATTTTGTCGAATTAATACTGATTTAATTGT
ATTATTTTGTTATAATTTGTTATTTTCAGCTATAAAACAACTTATAACAC
AATGAAACAAATACGTTATGTCATACATGGAATTATAGTTGGTAAATAAT
TTATTTATGTGGAGATACTAGATCCTCACTAAGGTAATAGTTCAAAAACA
GTGACAAGCAATTATTCAGAGTACTCCCAAGACACATCGTTATTAAACTG
AAATTGCATTAAGATTTTCCAATGGAAGTTTAATAAAGCTAAAAAGTCAC
TTCTATTAAAGTATTGAAGGAATAAGGAGGGAGGTTTGAAGTGTCCAAGG
TAAATAATTTTTGGTATATGCTCAACAGCATGAATTAAGCATTAAAAATT
GTATGAATATCAGTTTGATAGAGATTAGGGATTTCATAGTTTGGTACATT
AGGAGACAAATCAATAAAATACTTCAATATTATCTTATCAGGACCAAGGA
AAATGATAAATCATCAACCTTCACTAGAATCTTCCTAATTCCGTTTGCTA
CTGGAACAACAGGATGAAAAAAAACCACCTTAAATTAAGAGAATTGAGTA
GAGTTCACAATTCAAATTTGAATACTCTTTTGATGATGGATCTATTTAAC
CATATATAACGATGAATATATATCCCAAGATTGAAATGAGGATCTATGAA
GGGATCAATTTAGAGATAGTAGGAAGTATAAATATTTGAAATAAGATTAA
AGTCAATAAACACTTTTACATACGTTTTATTAATCGTAATTGTTTTTATG
TGAGTAGAAAAATAACTCTAAACAATTTTAGTTCCAAATTACTATAAATC
AAGATTTATCAGAAACCAGACTCATGAGATAAAAACCGAAATCAGCTTTC
AATTTTGTACTTAAAGGTAAATTCAATCCAGGTTTGAAAGTTGATGTTGA
AAGTTTTCCCCCTACAATTGTGTATTCAATAAAAAGGTATATAGTGTAAT
ATAAAGCCCAACTGCACCAAGTTGACTTAAATTTGACCTTGAAATGTATG
ACATGCCAATTATGTTGACTTAAATTTAAGTTAATTTGCTATCATTGGTC
CTAAACTTGACTAAATTTTCATGCTTGAATCCTTATTTCTTTTCAAATCT
TTGAAATAATTTTTATGAAAATTATTTGATTTTGTAGTGTGGATTCTTTA
GAAGAAAGAGACCTGACATAAATCCGGAAAGTGAACCTCTAAACATACGC
CAATAGAAAACTGAACAGTTTAAGCTTCATGAAAATTTCCTTATTTAATT
TTGTTAATGATGTAAGAATAAAACTAATTTATGACCGATTTATTAATAAC
AAATATGAACTAACACACGTGTATTTTTACATAATACATTTCATTAGTTA
TTTTATTGTCTGTTTTTATATTATATTTGAAATTGTACAAGTAAATGTTT
TTATATGAAATATAATTTTGTAAAACAAAAAAAAAATCTCACTAACACAA
AGTTCAGGCATCTACTCTAAGATTATGTATTCAAAAAATGGTTGAATTTA
TTCAAGAAAAATAAACTTAAAGATAAACAAATCAAAATATTAACACCAAC
AGTTCTTCTACTTTCTTTCGTTAAACTCAACTCTATTCAAGGAATATTGA
TCTATTCCAACATTTTTCACAAAAATAATGATACATTTAATATGTATGGA
TGTAATAAATGAAAAGAGTTTCTTATGTAAGAAGAGGTGCCGAGCGTCTA
GCCCTAGGTAAAATAAAGTTTTATTTATTAGAATGACAACAGTTGAGAAA
AATTTAATGTTTCAGAACAATATTACAATGTTATCGTCGAAGATGMCCWT
TCGTGTTTCACAGCCACCAATGTTAGAAAGAAATTATTCTTGA

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