EMLSAG00000005332, EMLSAG00000005332-688098 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005332
Unique NameEMLSAG00000005332-688098
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscam4 "Down syndrome cell adhesion molecule 4" species:7227 "Drosophila melanogaster" [GO:0005887 "integral component of plasma membrane" evidence=ISM] [GO:0007155 "cell adhesion" evidence=ISS] [GO:0042802 "identical protein binding" evidence=ISS] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE014296 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 OMA:CTTRHRY UniGene:Dm.21615 GeneID:2769008 KEGG:dme:Dmel_CG42330 CTD:2769008 FlyBase:FBgn0263219 RefSeq:NP_001261571.1 RefSeq:NP_001261572.1 Uniprot:M9PHS6)

HSP 1 Score: 225.328 bits (573), Expect = 9.196e-62
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          

HSP 2 Score: 52.373 bits (124), Expect = 9.879e-6
Identity = 42/181 (23.20%), Postives = 75/181 (41.44%), Query Frame = 0
Query:  284 RFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK--NGEPLEDKSGIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQ-TLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R   +   LV+  IS   +G Y C+ +N + T R  V LTV  P +  + P              C +SG P  ++ W K     P E K  +     +   NGT+    + +  +G + C  +N +  +  +  + L   +P      ++Q ++  G  V ++C  +G+ P   KW +  
Sbjct:  663 RLDEYSASLVIEHISSDHSGNYTCIASNVAGTERFTVPLTVNVPPKWILEPKDSSAQAGADVLLHCQSSGYPTPTITWKKAIGPTPGEYKDFLYEPTVQLFPNGTIFFKKISKESQGHFLCEAKNNIG-SGVSKVIFLKVNVPAHFQTKTKQISVAKGKQVHVQCNVQGDNPIDFKWKIQA 842          

HSP 3 Score: 49.2914 bits (116), Expect = 8.878e-5
Identity = 46/183 (25.14%), Postives = 78/183 (42.62%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSET--RRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGI---RYSKSENGTLI---ILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            L++ ++   D G+Y C ++N  E      E+ L   SP E      +Q +         C  +G+P+    W  +G P+ D S     +Y    +  +    I +V+E D G Y C  QN +     +  + +   LP  + +  + T   G  + +KC   G P  +I W  DG  +P N+R
Sbjct:  385 LIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASP-ELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFLVGQYVTIHDDVISHVNISNVKEEDGGEYTCTAQNAIGKVSHSAKVNI-YGLP-YIREMPKITGISGSDLIVKCPVAGYPIDKIHWERDGQTLPINRR 564          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscam1 "Down syndrome cell adhesion molecule 1" species:7227 "Drosophila melanogaster" [GO:0007411 "axon guidance" evidence=IGI;IMP;TAS] [GO:0005887 "integral component of plasma membrane" evidence=ISM;ISS] [GO:0008046 "axon guidance receptor activity" evidence=IMP;NAS] [GO:0007422 "peripheral nervous system development" evidence=IMP] [GO:0016319 "mushroom body development" evidence=IMP] [GO:0007413 "axonal fasciculation" evidence=IMP] [GO:0032490 "detection of molecule of bacterial origin" evidence=IDA] [GO:0003823 "antigen binding" evidence=IDA] [GO:0006909 "phagocytosis" evidence=IMP] [GO:0048814 "regulation of dendrite morphogenesis" evidence=IMP] [GO:0048666 "neuron development" evidence=IMP] [GO:0050770 "regulation of axonogenesis" evidence=IMP] [GO:0030425 "dendrite" evidence=IDA] [GO:0070593 "dendrite self-avoidance" evidence=IMP;IDA] [GO:0043025 "neuronal cell body" evidence=IDA] [GO:0030424 "axon" evidence=IDA] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0021551 "central nervous system morphogenesis" evidence=IMP] [GO:0048846 "axon extension involved in axon guidance" evidence=IMP] [GO:0042803 "protein homodimerization activity" evidence=IPI] [GO:0043005 "neuron projection" evidence=IDA] [GO:0007419 "ventral cord development" evidence=IGI] [GO:0050976 "detection of mechanical stimulus involved in sensory perception of touch" evidence=IGI] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 GO:GO:0030424 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0006909 GO:GO:0003823 GO:GO:0043025 GO:GO:0030425 SUPFAM:SSF49265 GO:GO:0007419 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007422 GO:GO:0016319 GO:GO:0050770 GO:GO:0048814 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007413 GO:GO:0021551 GO:GO:0048846 GeneTree:ENSGT00740000115407 CTD:1826 GO:GO:0070593 GO:GO:0008046 GO:GO:0032490 UniGene:Dm.2832 GeneID:35652 KEGG:dme:Dmel_CG17800 FlyBase:FBgn0033159 GenomeRNAi:35652 NextBio:794432 InterPro:IPR021012 Pfam:PF12355 RefSeq:NP_001036503.1 ProteinModelPortal:Q0E9K8 SMR:Q0E9K8 PRIDE:Q0E9K8 EnsemblMetazoa:FBtr0111102 UCSC:CG17800-RAN Bgee:Q0E9K8 Uniprot:Q0E9K8)

HSP 1 Score: 191.815 bits (486), Expect = 1.903e-50
Identity = 106/319 (33.23%), Postives = 170/319 (53.29%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS------------------RWFK--KDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL--PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            +W+ +EG  +      D  GKY +L SG L +      D YK Y C+T+H LTG  + S+ + R+++T+P G V P+V     ++    H  DS                     RW+K  +  T  + V+ + R +     L++    + D+G Y+CV+NN+     +E  LTV +PL ++I P  Q VD  RP+ F+C  +G+PI+++ W+K+G+ +     +         L I SV++ D+G+YQC ++N+ + A+A+  L+LG     PV+   F E+T++PGP+V LKC+  GNP P I W LDG  I  N R
Sbjct:  174 SWIDDEGNVLSFSDNYD--GKYLVLPSGELHIREVGPEDGYKSYQCRTKHRLTGETRLSATKGRLVITEPVGSVAPRV----NKKDGFSH--DSIRQDRTIAIFCPAQAYPVPFYRWYKFIEGTTRKQAVVLNDRVKQVSGTLIIKDAVVEDSGKYLCVVNNSVGGESVETVLTVTAPLSAKIDPPTQTVDFGRPAVFTCQYTGNPIKTVSWMKDGKAIGHSEPV---------LRIESVKKEDKGMYQCFVRNDQESAEASAELKLGGRFDPPVIRQAFQEETMEPGPSVFLKCVAGGNPTPEISWELDGKKIANNDR 475          

HSP 2 Score: 62.3882 bits (150), Expect = 7.693e-9
Identity = 62/290 (21.38%), Postives = 120/290 (41.38%), Query Frame = 0
Query:  196 SGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEI--------RHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTV---YSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSE----NGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            SG L++      D+  KY+C   +++ G     S E  + +T P    +   I+P TQ ++         ++  +   +  + KD   +    P         VL +  +   D G+Y C + N  E+      L +   + P   R    ++ ++     F  C   G+P   + W  +G+ + +    RY   +    NG ++    I SV   D GLY+C+ ++++  A+ +  L +   LP  + +  ++ +  G T+ + C   G P   I W  D   +P N++
Sbjct:  305 SGTLIIKDAVVEDS-GKYLCVVNNSVGG----ESVETVLTVTAP----LSAKIDPPTQTVDFGRPAVFTCQYTGNPIKTVSWMKDGKAIGHSEP---------VLRIESVKKEDKGMYQCFVRNDQESAEASAELKLGGRFDPPVIRQAFQEETMEPGPSVFLKCVAGGNPTPEISWELDGKKIANND--RYQVGQYVTVNGDVVSYLNITSVHANDGGLYKCIAKSKVGVAEHSAKLNV-YGLP-YIRQMEKKAIVAGETLIVTCPVAGYPIDSIVWERDNRALPINRK 572          

HSP 3 Score: 56.9954 bits (136), Expect = 3.368e-7
Identity = 50/173 (28.90%), Postives = 79/173 (45.66%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQCVIQNELDFAQATGSLQ--LGDALPVLLYKFSEQTLQPGPTVSLKC-IGKGNPPPRIKW 454
            +L +  VH    +D GLY C+  +          L VY     R    + IV        +C  +G PI S+VW ++    P+  K  +      NGTLII +V+   D+  Y CV +N+  ++ A GSL+  +     V+ + F E+T+     VS  C + KG+ P  + W
Sbjct:  491 YLNITSVH---ANDGGLYKCIAKSKVGVAEHSAKLNVYGLPYIRQMEKKAIV-AGETLIVTCPVAGYPIDSIVWERDNRALPINRKQKV----FPNGTLIIENVERNSDQATYTCVAKNQEGYS-ARGSLEVQVMVPPQVVPFDFGEETINMNDMVSATCTVNKGDTPLELYW 654          

HSP 4 Score: 47.7506 bits (112), Expect = 2.516e-4
Identity = 42/187 (22.46%), Postives = 71/187 (37.97%), Query Frame = 0
Query:  283 TRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN-GEPLEDKSGIRYSKS---ENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI-PQN 464
            T+    + +L +  +       Y CV  N +        L V  P    + P  +       +   C   G P   + W K  G+   +   ++ S +   E GTL + ++Q+ +EG Y C   N +    +   +    A P    K   QT + G    L+C  KG  P  I W ++   + P+N
Sbjct:  676 TKTTQRISMLSIESVHARHRANYTCVARNAAGVIYHTAELRVNVPPRWILEPTDKAFAQGSDAKVECKADGFPKPQVTWKKAVGDTPGEYKDLKKSDNIRVEEGTLHVDNIQKTNEGYYLCEAINGIGSGLSAVIMISVQAPPEFTEKLRNQTARRGEPAVLQCEAKGEKPIGILWNMNNMRLDPKN 862          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscam2 "Down syndrome cell adhesion molecule 2" species:7227 "Drosophila melanogaster" [GO:0007156 "homophilic cell adhesion" evidence=ISS;IDA] [GO:0005887 "integral component of plasma membrane" evidence=ISM] [GO:0048812 "neuron projection morphogenesis" evidence=IMP] [GO:0042802 "identical protein binding" evidence=IPI] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE014296 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0048812 eggNOG:NOG12793 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GeneTree:ENSGT00740000115407 EMBL:AY118274 RefSeq:NP_001036588.2 RefSeq:NP_001137896.1 RefSeq:NP_001137897.1 RefSeq:NP_001137898.1 RefSeq:NP_729223.2 RefSeq:NP_729224.2 RefSeq:NP_729225.2 UniGene:Dm.7944 ProteinModelPortal:Q9VS29 SMR:Q9VS29 BioGrid:64233 MINT:MINT-986559 PaxDb:Q9VS29 EnsemblMetazoa:FBtr0299551 GeneID:38788 KEGG:dme:Dmel_CG42256 UCSC:CG42256-RE CTD:38788 FlyBase:FBgn0265296 InParanoid:Q9VS30 OMA:EYECIAS ChiTaRS:CG42256 GenomeRNAi:38788 NextBio:810385 Bgee:Q9VS29 Uniprot:Q9VS29)

HSP 1 Score: 185.267 bits (469), Expect = 2.849e-48
Identity = 123/368 (33.42%), Postives = 181/368 (49.18%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTG----LRFVSDN------GTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQ----------LEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSC--TTSGSPI--QSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQN-ELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  +    + + V  Q Y+ D ++ +   G    LR V           ++WVHE   AI I+P     GK+ LL +G LL+H+    D  + + C++ H LT  +   S+  R+ +   +G + P V+E               L +     S    WF  +  G   V+   R +    +L +  ++  D+G+Y C   N       E+ LTV +P++  I P    V +   + F C  T++GSP+  Q+++W K+G  L     +        TL++  V   + G+YQCV++  E D  QAT  LQLGDA PVLLY F EQTLQPGP VSLKC   GNP P+I W LDGFP+P N R +
Sbjct:  112 SNSVGRIVSRDVQVRAVVAQAYKVDVEVLSAARGCTAILRCVVPTFVKELVRVVSWVHEP--AIYIYPSLQGDGKFHLLPTGELLIHNLQESDESQSFRCRSMHRLT-RQVVVSSPTRLRINSHRGIISPSVVEHTAHVQVSQDEGAVLLCVAQGCPSPEYSWFTHNGAGPLPVLSGPRVRLLGPILAIEAVTGEDSGVYKCTAGNVGGEASAELRLTVATPIQVEISPNVLSVHMGGTAEFRCLVTSNGSPVGMQNILWYKDGRQLPSSGRVE------DTLVVPRVSRENRGMYQCVVRRPEGDTFQATAELQLGDAPPVLLYSFIEQTLQPGPAVSLKCSAAGNPTPQISWTLDGFPLPSNGRFM 470          

HSP 2 Score: 62.3882 bits (150), Expect = 7.449e-9
Identity = 46/174 (26.44%), Postives = 79/174 (45.40%), Query Frame = 0
Query:  294 VHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVD---LNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDF-AQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIP 462
            +  + + D G Y C+  N +   +    L +Y     R+ P    V    LN      C  +G PI+ + W + G  L D   IR     +G+L I  VQ+  D G+Y C  +N+    A+ +G + +     +  + F E   +   T ++  + +G+PP ++ WL DG P+P
Sbjct:  487 ISHVMVEDGGEYACIAENRAGRVQHAARLNIYGLPYIRLIPKVTAVSGETLN----LKCPVAGYPIEEIHWERGGRELPDD--IRQRVQPDGSLTISPVQKNSDSGVYTCWARNKQGHSARRSGEVTVIVPPSIEPFAFQEGLAEGMRTRTVCGVSRGDPPLKLIWLKDGDPLP 654          

HSP 3 Score: 53.5286 bits (127), Expect = 4.882e-6
Identity = 44/165 (26.67%), Postives = 67/165 (40.61%), Query Frame = 0
Query:  300 SDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-----LKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLG-DALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            + +G Y CV  N +   +    L V  P    + P+   V+ NR     C   G P  S+VW      K+GE  E +         NG+L++  V+E  EG Y C   N +        +QL  ++ P          ++ G T  L+C   G+ P  I W+  G
Sbjct:  679 THSGEYTCVAKNPAAEIKYTALLQVKVPPRWIVEPVDANVERNRHIMLHCQAQGVPTPSIVWKKATGSKSGEYEEVRERPFTKLLGNGSLLLQHVKEDREGFYLCQANNGIGTGIGK-VIQLKVNSSPYFSSTSRSVMVKKGDTALLQCAVSGDKPINIVWMRSG 842          

HSP 4 Score: 51.9878 bits (123), Expect = 1.152e-5
Identity = 94/391 (24.04%), Postives = 148/391 (37.85%), Query Frame = 0
Query:  110 LEGLRWIVEPPNEAAFSNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFP-RKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNSR------WFKKDATGLRQVIPSTR--FQFHL---EVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-------------VDLNRPSFFSCTTSGSPIQSLVWL-KNGE-PLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTL--QPGPTVSLKCIGKGNPPP----RIKWLLDGFPIPQNQR 466
            L G  +++EPP    FSNS+G  L+C A G                        S   T+ WVH +G+A+ EI   R+  R    +L   A   +H   ++T   Y C   +++  +  R   + R ++       +  +   R     +R  + +F         W  + A     + PS +   +FHL     L++H +  SD        +    TR++ VS    SP   RI+  + I             V  +  +   C   G P     W   NG  PL   SG R  +     L I +V   D G+Y+C   N     +A+  L+L  A P+ + + S   L    G T   +C+   N  P     I W  DG  +P + R
Sbjct:   28 LRGPGFVMEPPGRVEFSNSSGGWLDCSASG------------------------SPQPTVDWVHADGSAVTEIHGVRRVLRNGTLVLMPFAAAAYHQDVHNTI--YRCIASNSVGRIVSR-DVQVRAVVAQAYKVDVEVLSAARGCTAILRCVVPTFVKELVRVVSWVHEPAI---YIYPSLQGDGKFHLLPTGELLIHNLQESDESQSFRCRSMHRLTRQVVVS----SPTRLRINSHRGIISPSVVEHTAHVQVSQDEGAVLLCVAQGCPSPEYSWFTHNGAGPLPVLSGPRV-RLLGPILAIEAVTGEDSGVYKCTAGNV--GGEASAELRLTVATPIQV-EISPNVLSVHMGGTAEFRCLVTSNGSPVGMQNILWYKDGRQLPSSGR 380          

HSP 5 Score: 47.3654 bits (111), Expect = 3.581e-4
Identity = 53/217 (24.42%), Postives = 89/217 (41.01%), Query Frame = 0
Query:  265 NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVM-----NNTSETRRIEVS----LTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSK--SENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            N  W+K      RQ+  S R +   + LVV ++S  + G+Y CV+     +    T  +++     + +YS +E  + P   +          C+ +G+P   + W  +G PL         +  + +G +I    I  V   D G Y C+ +N     Q    L +   LP +     + T   G T++LKC   G P   I W   G  +P + R
Sbjct:  365 NILWYKDG----RQLPSSGRVE---DTLVVPRVSRENRGMYQCVVRRPEGDTFQATAELQLGDAPPVLLYSFIEQTLQPGPAVS-------LKCSAAGNPTPQISWTLDGFPLPSNGRFMIGQYITVHGDVISHVNISHVMVEDGGEYACIAENRAGRVQHAARLNI-YGLPYIRL-IPKVTAVSGETLNLKCPVAGYPIEEIHWERGGRELPDDIR 565          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscam3 "Down syndrome cell adhesion molecule 3" species:7227 "Drosophila melanogaster" [GO:0007155 "cell adhesion" evidence=ISS] [GO:0005886 "plasma membrane" evidence=ISS] [GO:0007156 "homophilic cell adhesion" evidence=IC] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0005887 "integral component of plasma membrane" evidence=ISM] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE014297 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 UniGene:Dm.16769 GeneID:42103 KEGG:dme:Dmel_CG31190 CTD:42103 FlyBase:FBgn0261046 ChiTaRS:Dscam3 NextBio:827185 RefSeq:NP_996226.2 ProteinModelPortal:Q7KSE9 SMR:Q7KSE9 PRIDE:Q7KSE9 UCSC:CG31190-RB InParanoid:Q7KSE9 Bgee:Q7KSE9 Uniprot:Q7KSE9)

HSP 1 Score: 161.384 bits (407), Expect = 2.346e-40
Identity = 101/301 (33.55%), Postives = 156/301 (51.83%), Query Frame = 0
Query:  186 DPRGKYTLLQ-SGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQ---LEIRHWIDSFNS---------------RWFK-KDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSE-----NGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            D  G+Y +L  SG L V    S D   K+ C   +TL G R+RS A   ++L   +   + K + PRT Q   +EI   ++  N                 W++  D+  L  +  S R      +L++      DAG ++C  +N    +RIE+ L+V S +   I P  QIV+    + F+CTT+GS I ++ WL NG+PL+  + +   +         +L++ +V   D G+YQC+++N+   AQA   L+LGD +P L+Y F EQ ++PGP +SLKC   G+PPP+  WLLD  PI
Sbjct:  187 DVAGRYVVLAASGDLYVRSVRSEDGLMKFSCLVTNTLNGERQRSDA---VMLQVKE---LSKNLAPRTTQKPVMEIH--VERGNDVHLPCNIQGNPFPIFTWYRVSDSAALYPIPSSQRVILSRTLLLIKNADERDAGKWICQASNQFGEQRIEIRLSVNSYVSVHILPQVQIVNSGGTANFNCTTTGSAIDAIDWLHNGKPLQANNALTTGRDNIRFLSKSSLLVQNVGRRDRGVYQCLVENQRASAQAMAELKLGDTVPELIYTFIEQNVRPGPLISLKCSASGSPPPQFAWLLDSQPI 479          

HSP 2 Score: 48.1358 bits (113), Expect = 2.085e-4
Identity = 43/180 (23.89%), Postives = 70/180 (38.89%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLT--------VYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKS-----GIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKW 454
            L+V  +   D G+Y C++ N   + +    L         +Y+ +E  + P   I          C+ SGSP     WL + +P+ D S      I      +G +I    I  V+  D GLY+CV  N +   Q +  L +    P  +          G  + + C   G P  +I+W
Sbjct:  402 LLVQNVGRRDRGVYQCLVENQRASAQAMAELKLGDTVPELIYTFIEQNVRPGPLIS-------LKCSASGSPPPQFAWLLDSQPIMDVSLHHRFAIGQFVDMSGDVISHLNISHVRPDDGGLYKCVASNSMGSVQHSARLNVYG--PPYVRAIGPIKAVAGEDIIVHCPFAGYPVEQIRW 572          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:DSCAML1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0007156 "homophilic cell adhesion" evidence=IEA] [GO:0007162 "negative regulation of cell adhesion" evidence=IEA] [GO:0007420 "brain development" evidence=IEA] [GO:0009986 "cell surface" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=IEA] [GO:0070593 "dendrite self-avoidance" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0009986 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007162 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048704 GO:GO:0007156 GeneTree:ENSGT00740000115407 OrthoDB:EOG7R830M TreeFam:TF316846 GO:GO:0070593 OMA:IVICILR EMBL:DAAA02040390 EMBL:DAAA02040391 EMBL:DAAA02040392 Ensembl:ENSBTAT00000030167 Uniprot:F1N4K6)

HSP 1 Score: 125.946 bits (315), Expect = 4.520e-29
Identity = 86/309 (27.83%), Postives = 134/309 (43.37%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +  +  +LTV  PL   + P      +      SC   GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP I W LD  PI ++   R  +   +   T  HMN+
Sbjct:    3 PENRFLITSHGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWAGHTMELPCTASGYPIPAIRWLKDG----RPLPADSRWTKRITGLTISDLRTEDSGTYICEVTNTFGSAEVTGTLTVIDPLHVTLTPKNLKTGIGSTVILSCALLGSPEFTIRWYRNTELVLPSEAISIRGLSNETLLITSAQKSHSGAYQCFATRKTQTAQDFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTITWALDDEPIVRDGSHRTNQYTMSDGTTISHMNV 305          

HSP 2 Score: 47.3654 bits (111), Expect = 3.202e-4
Identity = 48/216 (22.22%), Postives = 85/216 (39.35%), Query Frame = 0
Query:  264 FNSRWFKKDATGLRQVIPSTRFQFHL---EVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR---YSKSENGTLIILSV---QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            F  RW++        V+PS          E L++     S +G Y C     ++T + + ++ V      RI     +++V+        C   G+P  ++ W  + EP+      R   Y+ S+  T+  ++V   Q  D G+Y+C  +N +  A+    + +    P  +      T   G    + C   G P   IKW  D   +P N R +
Sbjct:  177 FTIRWYRN----TELVLPSEAISIRGLSNETLLITSAQKSHSGAYQCFATRKTQTAQ-DFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTITWALDDEPIVRDGSHRTNQYTMSDGTTISHMNVTGPQIRDGGVYRCTARNSVGSAEYQARINVRG--PPSIRAMRNITAVAGRDTLVNCRVIGYPYYSIKWYKDALLLPDNHRQV 385          

HSP 3 Score: 46.2098 bits (108), Expect = 8.215e-4
Identity = 42/174 (24.14%), Postives = 69/174 (39.66%), Query Frame = 0
Query:  289 LEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK---NGEPLE----DKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQ-PGPTVSLKCIGKGNPPPRIKW 454
            +  L +  +S+   G Y C+ +N + T   E  L V  P    + P  Q     +    +C+  G P   ++W     +G P +      +G R     N +L+I  V E D G Y C   N +     + S+ L   +P ++      T+   G    L C  +G  P  I+W
Sbjct:  484 MSSLQISSVSLKHNGNYTCIASNAAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVMWKHAKGSGNPQQYHPVPLTG-RIQILPNSSLLIRHVLEEDIGYYLCQASNGVG-TDISKSMFLTVKIPAMITSHPNTTIAIKGHAKELNCTARGERPIIIRW 655          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscaml1 "Down syndrome cell adhesion molecule-like 1" species:10116 "Rattus norvegicus" [GO:0005615 "extracellular space" evidence=ISO] [GO:0007156 "homophilic cell adhesion" evidence=IEA;ISO] [GO:0007162 "negative regulation of cell adhesion" evidence=IEA;ISO] [GO:0007420 "brain development" evidence=IEA;ISO] [GO:0009986 "cell surface" evidence=IEA;ISO] [GO:0042803 "protein homodimerization activity" evidence=IEA;ISO] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=IEA;ISO] [GO:0070593 "dendrite self-avoidance" evidence=IEA;ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:1304887 GO:GO:0009986 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007162 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048704 GO:GO:0007156 EMBL:CH473975 GeneTree:ENSGT00740000115407 OrthoDB:EOG7R830M TreeFam:TF316846 GO:GO:0070593 CTD:57453 KO:K06768 OMA:IVICILR EMBL:AABR06054556 EMBL:AABR06054557 EMBL:AABR06054558 EMBL:AABR06054559 EMBL:AABR06054560 EMBL:AABR06054561 EMBL:AABR06054562 EMBL:AABR06054563 EMBL:AABR06054564 EMBL:AABR06054565 EMBL:AABR06054566 RefSeq:NP_001101611.1 UniGene:Rn.100124 Ensembl:ENSRNOT00000022476 GeneID:315615 KEGG:rno:315615 UCSC:RGD:1304887 NextBio:669526 Uniprot:D3ZPL7)

HSP 1 Score: 124.79 bits (312), Expect = 1.139e-28
Identity = 84/309 (27.18%), Postives = 134/309 (43.37%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +      LTV  PL   + P +    +      SC  +GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  P+ ++   R  +   +   T  HMN+
Sbjct:  228 PENRFFITSHGGLYISDVQKEDALSTYRCITQHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWTGHAVELPCAASGYPIPAIRWLKDG----RPLPADSRWAKRITGLTISDLRTEDSGTYICEVTNTFGSAEANGVLTVIDPLHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPGEAISIRGLSNETLLISSAQKSHSGAYQCFATRKAQTAQDFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPVVRDGSHRTNQYTMSDGTTISHMNV 530          

HSP 2 Score: 47.7506 bits (112), Expect = 2.750e-4
Identity = 62/275 (22.55%), Postives = 106/275 (38.55%), Query Frame = 0
Query:  213 YICKTEHTLTGLRKRSSAEARIILT--DPKGPVIPKVIEPRTQQLEIRHWI---------DSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR---YSKSENGTLIILSV---QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            YIC+  +T        SAEA  +LT  DP    +   + P+  +  I   +           F  RW++     L     S R     E L++     S +G Y C     ++T + + ++ V      RI     +++V+        C   G+P  ++ W  + EP+      R   Y+ S+  T+  ++V   Q  D G+Y+C  +N +  A+    + +    P  +      T   G    + C   G P   IKW  D   +P N R +
Sbjct:  350 YICEVTNTF------GSAEANGVLTVIDP----LHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPGEAISIR-GLSNETLLISSAQKSHSGAYQCFATRKAQTAQ-DFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPVVRDGSHRTNQYTMSDGTTISHMNVTGPQIRDGGVYRCTARNSVGSAEYQARINVRG--PPSIRAMRNITAVAGRDTLINCRVIGYPYYSIKWYKDALLLPDNHRQV 610          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:Dscaml1 "Down syndrome cell adhesion molecule like 1" species:10090 "Mus musculus" [GO:0005615 "extracellular space" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007156 "homophilic cell adhesion" evidence=ISO;ISA] [GO:0007162 "negative regulation of cell adhesion" evidence=IMP] [GO:0007399 "nervous system development" evidence=IEA] [GO:0007420 "brain development" evidence=ISO] [GO:0009986 "cell surface" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016338 "calcium-independent cell-cell adhesion" evidence=ISA] [GO:0042803 "protein homodimerization activity" evidence=ISO] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=ISO] [GO:0070593 "dendrite self-avoidance" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 MGI:MGI:2150309 GO:GO:0016021 GO:GO:0005886 GO:GO:0009986 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007162 eggNOG:NOG12793 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048704 GO:GO:0007156 GO:GO:0016338 EMBL:AC126804 HOVERGEN:HBG051409 GO:GO:0070593 HOGENOM:HOG000112277 EMBL:AC119237 EMBL:AC159893 EMBL:AC174644 EMBL:BC096527 UniGene:Mm.325499 ProteinModelPortal:Q4VA61 SMR:Q4VA61 PaxDb:Q4VA61 PRIDE:Q4VA61 UCSC:uc009pga.1 InParanoid:Q4VA61 PRO:PR:Q4VA61 ArrayExpress:Q4VA61 Bgee:Q4VA61 Genevestigator:Q4VA61 Uniprot:Q4VA61)

HSP 1 Score: 124.405 bits (311), Expect = 1.322e-28
Identity = 84/309 (27.18%), Postives = 134/309 (43.37%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +      LTV  PL   + P +    +      SC  +GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  P+ ++   R  +   +   T  HMN+
Sbjct:  170 PENRFFITSHGGLYISDVQKEDALSTYRCITQHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWTGHSVELPCAASGYPIPAIRWLKDG----RPLPADSRWAKRITGLTISDLRTEDSGTYICEVTNTFGSAEANGILTVIDPLHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPGEAISIRGLSNETLLISSAQKSHSGAYQCFATRKAQTAQDFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPVVRDGSHRTNQYTMSDGTTISHMNV 472          

HSP 2 Score: 48.521 bits (114), Expect = 1.586e-4
Identity = 63/275 (22.91%), Postives = 106/275 (38.55%), Query Frame = 0
Query:  213 YICKTEHTLTGLRKRSSAEARIILT--DPKGPVIPKVIEPRTQQLEIRHWI---------DSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR---YSKSENGTLIILSV---QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            YIC+  +T        SAEA  ILT  DP    +   + P+  +  I   +           F  RW++     L     S R     E L++     S +G Y C     ++T + + ++ V      RI     +++V+        C   G+P  ++ W  + EP+      R   Y+ S+  T+  ++V   Q  D G+Y+C  +N +  A+    + +    P  +      T   G    + C   G P   IKW  D   +P N R +
Sbjct:  292 YICEVTNTF------GSAEANGILTVIDP----LHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPGEAISIR-GLSNETLLISSAQKSHSGAYQCFATRKAQTAQ-DFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPVVRDGSHRTNQYTMSDGTTISHMNVTGPQIRDGGVYRCTARNSVGSAEYQARINVRG--PPSIRAMRNITAVAGRDTLINCRVIGYPYYSIKWYKDALLLPDNHRQV 552          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:DSCAML1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0007156 "homophilic cell adhesion" evidence=IEA] [GO:0007162 "negative regulation of cell adhesion" evidence=IEA] [GO:0007420 "brain development" evidence=IEA] [GO:0009986 "cell surface" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=IEA] [GO:0070593 "dendrite self-avoidance" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0009986 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007162 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048704 GO:GO:0007156 GeneTree:ENSGT00740000115407 OrthoDB:EOG7R830M TreeFam:TF316846 GO:GO:0070593 EMBL:AAEX03003460 Ensembl:ENSCAFT00000020576 OMA:ARINVRX Uniprot:F1PEK4)

HSP 1 Score: 123.635 bits (309), Expect = 2.684e-28
Identity = 85/309 (27.51%), Postives = 134/309 (43.37%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L V  +   D+G Y+C + NT  +     +LTV  PL   + P +    +      SC   GSP  ++ W +N E +     +      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  PI ++   R  +   +   T  HMN+
Sbjct:    3 PENRFFITHHGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWAGHTVELPCTASGYPIPAIRWLKDG----RPLPADSRWTKRITGLTVSDLRTEDSGTYICEVINTFGSAEATGTLTVIDPLHVTLTPKKLKTGIGSTVILSCALLGSPEFTIRWYRNTELVLPDEAVSIRGLSNETLLITSAQKSHSGAYQCFATRKAQTAQDFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIVRDGSHRTNQYTMSDGTTISHMNV 305          

HSP 2 Score: 47.7506 bits (112), Expect = 2.840e-4
Identity = 40/173 (23.12%), Postives = 69/173 (39.88%), Query Frame = 0
Query:  289 LEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK---NGEPLEDKSGIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQ-PGPTVSLKCIGKGNPPPRIKW 454
            +  L +  +S+   G Y C+ +N + T   E  L V  P    + P  Q     +    +C+  G P   ++W     +G P +        +++   N +L+I  V E D G Y C   N +     + S+ L   +P ++      T+   G    L C  +G  P  I+W
Sbjct:  484 MSSLQISSVSLKHNGNYTCIASNAAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVMWKHAKGSGSPQQYHPVPLTGRTQILANSSLLIRHVLEEDMGYYLCQASNGVG-TDISKSMFLTVKIPAMITSHPNTTIAIKGHAKELNCTARGERPIIIRW 655          

HSP 3 Score: 47.7506 bits (112), Expect = 2.914e-4
Identity = 48/213 (22.54%), Postives = 84/213 (39.44%), Query Frame = 0
Query:  264 FNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR---YSKSENGTLIILSV---QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            F  RW++     L     S R     E L++     S +G Y C     ++T + + ++ V      RI     +++V+        C   G+P  ++ W  + EP+      R   Y+ S+  T+  ++V   Q  D G+Y+C  +N +  A+    + +    P  +      T   G    + C   G P   IKW  D   +P N R +
Sbjct:  177 FTIRWYRNTELVLPDEAVSIR-GLSNETLLITSAQKSHSGAYQCFATRKAQTAQ-DFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIVRDGSHRTNQYTMSDGTTISHMNVTGPQIRDGGVYRCTARNSVGSAEYQARINVRG--PPSIRAMRNITAVAGRDTLINCRVIGYPYYSIKWYKDALLLPDNHRQV 385          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:DSCAML1 "Down syndrome cell adhesion molecule-like protein 1" species:9606 "Homo sapiens" [GO:0001709 "cell fate determination" evidence=NAS] [GO:0005615 "extracellular space" evidence=IDA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0007156 "homophilic cell adhesion" evidence=IDA] [GO:0007162 "negative regulation of cell adhesion" evidence=IEA] [GO:0007409 "axonogenesis" evidence=NAS] [GO:0007417 "central nervous system development" evidence=NAS] [GO:0007420 "brain development" evidence=IDA] [GO:0009953 "dorsal/ventral pattern formation" evidence=NAS] [GO:0009986 "cell surface" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IDA] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=IDA] [GO:0070593 "dendrite self-avoidance" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AF334384 GO:GO:0016021 GO:GO:0005886 GO:GO:0005615 GO:GO:0042803 GO:GO:0009986 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 Reactome:REACT_111155 GO:GO:0007409 GO:GO:0007162 eggNOG:NOG12793 GO:GO:0009953 InterPro:IPR013098 Pfam:PF07679 GO:GO:0048704 GO:GO:0007156 GO:GO:0001709 HOVERGEN:HBG051409 TreeFam:TF316846 GO:GO:0070593 HOGENOM:HOG000112277 EMBL:AF491813 EMBL:AF304304 EMBL:AF304305 EMBL:AB032958 EMBL:AP000711 EMBL:AP000757 EMBL:AP001554 EMBL:AP002342 RefSeq:NP_065744.2 UniGene:Hs.659513 PDB:1VA9 PDBsum:1VA9 ProteinModelPortal:Q8TD84 SMR:Q8TD84 BioGrid:121525 IntAct:Q8TD84 STRING:9606.ENSP00000315465 DMDM:73620825 PaxDb:Q8TD84 PRIDE:Q8TD84 Ensembl:ENST00000321322 GeneID:57453 KEGG:hsa:57453 UCSC:uc001prh.1 CTD:57453 GeneCards:GC11M117332 HGNC:HGNC:14656 HPA:CAB025540 MIM:611782 neXtProt:NX_Q8TD84 PharmGKB:PA38384 InParanoid:Q8TD84 KO:K06768 ChiTaRS:DSCAML1 EvolutionaryTrace:Q8TD84 GenomeRNAi:57453 NextBio:63628 PRO:PR:Q8TD84 ArrayExpress:Q8TD84 Bgee:Q8TD84 CleanEx:HS_DSCAML1 Genevestigator:Q8TD84 Uniprot:Q8TD84)

HSP 1 Score: 122.094 bits (305), Expect = 8.374e-28
Identity = 84/309 (27.18%), Postives = 133/309 (43.04%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +      L V  PL   + P +    +      SC  +GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  PI ++   R  +   +   T  HMN+
Sbjct:  170 PEHRFFITYHGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWAGHTVELPCTASGYPIPAIRWLKDG----RPLPADSRWTKRITGLTISDLRTEDSGTYICEVTNTFGSAEATGILMVIDPLHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPDEAISIRGLSNETLLITSAQKSHSGAYQCFATRKAQTAQDFAIIALEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIVRDGSHRTNQYTMSDGTTISHMNV 472          

HSP 2 Score: 46.595 bits (109), Expect = 6.800e-4
Identity = 42/174 (24.14%), Postives = 69/174 (39.66%), Query Frame = 0
Query:  289 LEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK---NGEPLEDK----SGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQ-PGPTVSLKCIGKGNPPPRIKW 454
            +  L +  +S+   G Y C+ +N + T   E  L V  P    + P  Q     +    +C+  G P   ++W     +G P +      +G R     N +L+I  V E D G Y C   N +     + S+ L   +P ++      T+   G    L C  +G  P  I+W
Sbjct:  651 MSSLQISSVSLKHNGNYTCIASNAAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVMWKHAKGSGNPQQYHPVPLTG-RIQILPNSSLLIRHVLEEDIGYYLCQASNGVG-TDISKSMFLTVKIPAMITSHPNTTIAIKGHAKELNCTARGERPIIIRW 822          
BLAST of EMLSAG00000005332 vs. GO
Match: - (symbol:DSCAML1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0007156 "homophilic cell adhesion" evidence=IEA] [GO:0007162 "negative regulation of cell adhesion" evidence=IEA] [GO:0007420 "brain development" evidence=IEA] [GO:0009986 "cell surface" evidence=IEA] [GO:0042803 "protein homodimerization activity" evidence=IEA] [GO:0048704 "embryonic skeletal system morphogenesis" evidence=IEA] [GO:0070593 "dendrite self-avoidance" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 GeneTree:ENSGT00740000115407 OrthoDB:EOG7R830M EMBL:AADN03008271 EMBL:AADN03008296 Ensembl:ENSGALT00000011835 Uniprot:E1C8P7)

HSP 1 Score: 120.168 bits (300), Expect = 2.715e-27
Identity = 85/311 (27.33%), Postives = 133/311 (42.77%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPK-GPVIPKVIEPRTQQLEIRHW----IDSFNS-------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ ++D      IP +++   Q  E+R      +    S       RW K      R +    R+   +  L +  + + D+G Y+C + NT  +  +  +LTV  PL   + P +    +      SC  SGSP   + W +N + +     I      N TL+I + Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  PIP++   R  +   +   T  HMN+
Sbjct:  169 PENRFFITSYGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVSDADPAESIPTMLD-SFQSREVRAGRLVELPCIASGYPNPAIRWLKDG----RPLPADGRWAKRITGLSIADLRVEDSGTYICEVTNTFGSAEVTGTLTVIDPLRVTLTPKKLKTGIGSTVILSCALSGSPEYVIRWYRNTDLVVVDDFISIRGISNETLLITAAQKSHSGAYQCFATRKSQTAQDFSIITLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIPRDNGHRTNQYTMSDGTTVSHMNV 473          

HSP 2 Score: 62.7734 bits (151), Expect = 6.097e-9
Identity = 52/168 (30.95%), Postives = 77/168 (45.83%), Query Frame = 0
Query:  299 ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            I D G+Y C   N+  +   +  + V  P    I  M+ I  +  R +F +C   G P  S+ W K+   L D    R    ENGTL ++ VQ+G DEG Y C  +IQ +L  +Q   S+ +   +P L+  F       G  + + C +  G+ P  I W  DG  I
Sbjct:  478 IKDGGVYRCTARNSVGSAEYQARINVRGP--PSIRAMKNITAVAGRDTFINCRVIGYPYYSIKWYKDSLLLPDNH--RQVVFENGTLKLMDVQKGMDEGEYLCSVLIQPQLSISQ---SVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIHITWRKDGHVI 638          

HSP 3 Score: 49.2914 bits (116), Expect = 8.849e-5
Identity = 44/187 (23.53%), Postives = 77/187 (41.18%), Query Frame = 0
Query:  290 EVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR---YSKSENGTLIILSV---QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            E L++     S +G Y C     S+T + + S+        RI     +++V+        C   G+P  ++ W  + EP+   +G R   Y+ S+  T+  ++V   Q  D G+Y+C  +N +  A+    + +    P  +      T   G    + C   G P   IKW  D   +P N R +
Sbjct:  370 ETLLITAAQKSHSGAYQCFATRKSQTAQ-DFSIITLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIPRDNGHRTNQYTMSDGTTVSHMNVTSPQIKDGGVYRCTARNSVGSAEYQARINVRG--PPSIRAMKNITAVAGRDTFINCRVIGYPYYSIKWYKDSLLLPDNHRQV 553          

HSP 4 Score: 47.3654 bits (111), Expect = 3.576e-4
Identity = 42/174 (24.14%), Postives = 70/174 (40.23%), Query Frame = 0
Query:  289 LEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK---NGEPLEDK----SGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQ-PGPTVSLKCIGKGNPPPRIKW 454
            +  L +  +S+   G Y C+ +N + T   E  L V  P    + P  Q     +    +C+  G P   ++W     +G P +      +G R     N +L+I  V E D G Y C   N +     + S+ L   +P ++      T+   G +  L C  +G  P  I+W
Sbjct:  652 MSSLQISSVSLKHNGNYTCIASNAAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVMWKHAKGSGNPQQYHPIPLTG-RIQILPNSSLLIRHVLEEDIGYYLCQASNGVG-TDISKSMFLTVKIPAMITSHPNTTIAIKGQSKELNCTARGERPIIIRW 823          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592801453|gb|GAXK01153115.1| (TSA: Calanus finmarchicus comp512958_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 2.874e-36
Identity = 98/282 (34.75%), Postives = 142/282 (50.35%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHW--ID------SF---NSRWFKKDA-TGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            G+Y +   G L +   S  D   +Y C+      G R   S E  +I+T+  G  + K  E  +   ++R    ID       F      W+K +  TG ++ + +T   F    VL V   + SD+G Y+C ++N      +E  L V SPL + I P  Q+ D  R + F+CT  G P+ ++ WLKNG  L   + I    +   +L+I  V   D G+YQCV  NE + +QA+  L LGD  PV  +KF+EQTL+ GP VSLKC   GNPPP + W +D
Sbjct: 2304 GRYLITTHGDLHIRDVSKNDENTQYKCQYRDNFIG-RTFFSEEGNLIVTETLGSSLSKP-ETASSVFKVREGGAIDLPCIARGFPLPEYTWYKINPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAILIPSTKINPGTT---SLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVD 3134          

HSP 2 Score: 58.151 bits (139), Expect = 4.743e-8
Identity = 53/171 (30.99%), Postives = 72/171 (42.11%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFP 460
            L +  +  SD GLY C   NT         L VY    SR   +       R     C  SG PI+ + W  N + L+   G R +   NGTL+I +V++ D   Y C   N     QAT  + L    P  +  F+ +  L+ G    + C I  G+ P  IKW  DG P
Sbjct: 1689 LNISSVRTSDGGLYKCKARNTIGRVGHTSRLNVYGKPSSR-GVLNLTAVSKRDILLICPVSGYPIERVEWRMNSKLLK---GPRPAPLSNGTLLIQAVEKEDSKKYSCTAFN-TQGDQATAHILLKAIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKWEKDGQP 2186          

HSP 3 Score: 55.8398 bits (133), Expect = 2.354e-7
Identity = 74/319 (23.20%), Postives = 122/319 (38.24%), Query Frame = 0
Query:  194 LQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDS------------FNSRWFKKDATGLRQVIPSTRFQFHLEV----LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLED------KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKI 489
            L +G LL+      D+ KKY C   +T     +   A A I+L      + P  I P T   +++    S             + +W +KD        P+T  Q    V    ++   +    +G Y C+  N ++       L V  P +  I P    +     +  +C  SG+P  ++ W K+     D       S    +   NG+L+I SV + DEG Y+C +QN +   + + ++ L   +PV     S  +T       +L C   G+ P  I W L    I  N     ++     T   MN   +S +
Sbjct: 1032 LSNGTLLIQAVEKEDS-KKYSCTAFNT-----QGDQATAHILLK----AIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKW-EKDGQPFE---PATDVQVQNNVFSSNILFFSLKAVHSGTYTCIATNAADATNFTAQLIVRVPPKWEIEPQDLTILHKDLAIINCHASGNPRPTISWRKSVGLETDFFQYVQTSSGNIAFHPNGSLVIKSVGQEDEGYYRCEVQNGV--GEMSKTIVLDVQVPVYFEVNSVNRTAIVSQNAALVCNAFGDQPISIVWRLGHSQIYSNTERYSIVEANSSTGV-MNTLTISDV 1937          

HSP 4 Score: 46.2098 bits (108), Expect = 2.610e-4
Identity = 74/315 (23.49%), Postives = 118/315 (37.46%), Query Frame = 0
Query:  130 GLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKVIEPRTQQLEIRHWIDSF---NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN----------------GEPLEDKSGIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
             + L CIARG  + +  WY      + +P           LT   E+ +A   IFPR      +T+L     +V  TSS     +Y+C+  + +     +   E  + +T P    I  P  +    +       +D F   N  W K  A     +IPST+       LV+  ++  D+G+Y CV  N  E  +    L +   P        +Q +         CT SG+P  ++ W  +                G    D+  I    +  G +I    I SV+  D GLY+C  +N +     T  L +
Sbjct: 2088 AIDLPCIARGFPLPEYTWY------KINP-----------LTGAQEQLSATPTIFPR------HTVLS----VVGATSS--DSGRYLCRVHNQV----NQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAI----LIPSTKINPGTTSLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVDDELISITDRFDFLNARGSSFVDRIVIGQYLNHEGIVISHLNISSVRTSDGGLYKCKARNTIGRVGHTSRLNV 2921          

HSP 5 Score: 44.2838 bits (103), Expect = 9.774e-4
Identity = 89/377 (23.61%), Postives = 141/377 (37.40%), Query Frame = 0
Query:  114 RWIVEPPNEAAFSNSTGLRLECIARG-KNVQVQWYQ-RDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSA----EARIILTD---PKGPV------IPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGL-YVCVMNNT-------SETRRIEVSLTVYSPLE-----SRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL----EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R+I EPP+   FSNSTG  L C A G    ++ W   ++  +RT P GLR V +NGTL           IFP   P+   + +               Y+  I  +  T+   + R  A    E R+ + +    +G V      IP  ++     +EI  W          +  TG R +I +T    H     +  +S +D    Y C   +        SE   + V+ T+ S L      S +  +++   ++ P    C   G P+    W K   PL    E  S        +  L ++     D G Y C + N+++       L++   L   ++    Q    G T    C   G P   + WL +G
Sbjct: 2571 RFIYEPPSFHGFSNSTGGSLTCSAHGLPTPRLTWVDGKEQPVRTVP-GLRHVLENGTL-----------IFPPFPPQDYDSSIHE-----------QEYRCVISNSAGTVVSRQARVRAVIWNEYRVNVYNVFVERGNVAVLHCGIPASVK---DNVEIVGWWKDEGKYGRVELHTGGRYLI-TTHGDLH-----IRDVSKNDENTQYKCQYRDNFIGRTFFSEEGNLIVTETLGSSLSKPETASSVFKVREGGAIDLP----CIARGFPLPEYTWYKI-NPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFP-PHQVTDSGRTAVFNCTVDGFPVLNVYWLKNG 3587          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592801454|gb|GAXK01153114.1| (TSA: Calanus finmarchicus comp512958_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 3.885e-36
Identity = 98/282 (34.75%), Postives = 142/282 (50.35%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHW--ID------SF---NSRWFKKDA-TGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            G+Y +   G L +   S  D   +Y C+      G R   S E  +I+T+  G  + K  E  +   ++R    ID       F      W+K +  TG ++ + +T   F    VL V   + SD+G Y+C ++N      +E  L V SPL + I P  Q+ D  R + F+CT  G P+ ++ WLKNG  L   + I    +   +L+I  V   D G+YQCV  NE + +QA+  L LGD  PV  +KF+EQTL+ GP VSLKC   GNPPP + W +D
Sbjct: 4952 GRYLITTHGDLHIRDVSKNDENTQYKCQYRDNFIG-RTFFSEEGNLIVTETLGSSLSKP-ETASSVFKVREGGAIDLPCIARGFPLPEYTWYKINPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAILIPSTKINPGTT---SLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVD 5782          

HSP 2 Score: 58.151 bits (139), Expect = 5.089e-8
Identity = 53/171 (30.99%), Postives = 72/171 (42.11%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFP 460
            L +  +  SD GLY C   NT         L VY    SR   +       R     C  SG PI+ + W  N + L+   G R +   NGTL+I +V++ D   Y C   N     QAT  + L    P  +  F+ +  L+ G    + C I  G+ P  IKW  DG P
Sbjct: 4337 LNISSVRTSDGGLYKCKARNTIGRVGHTSRLNVYGKPSSR-GVLNLTAVSKRDILLICPVSGYPIERVEWRMNSKLLK---GPRPAPLSNGTLLIQAVEKEDSKKYSCTAFN-TQGDQATAHILLKAIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKWEKDGQP 4834          

HSP 3 Score: 55.8398 bits (133), Expect = 2.517e-7
Identity = 74/319 (23.20%), Postives = 122/319 (38.24%), Query Frame = 0
Query:  194 LQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDS------------FNSRWFKKDATGLRQVIPSTRFQFHLEV----LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLED------KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKI 489
            L +G LL+      D+ KKY C   +T     +   A A I+L      + P  I P T   +++    S             + +W +KD        P+T  Q    V    ++   +    +G Y C+  N ++       L V  P +  I P    +     +  +C  SG+P  ++ W K+     D       S    +   NG+L+I SV + DEG Y+C +QN +   + + ++ L   +PV     S  +T       +L C   G+ P  I W L    I  N     ++     T   MN   +S +
Sbjct: 3680 LSNGTLLIQAVEKEDS-KKYSCTAFNT-----QGDQATAHILLK----AIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKW-EKDGQPFE---PATDVQVQNNVFSSNILFFSLKAVHSGTYTCIATNAADATNFTAQLIVRVPPKWEIEPQDLTILHKDLAIINCHASGNPRPTISWRKSVGLETDFFQYVQTSSGNIAFHPNGSLVIKSVGQEDEGYYRCEVQNGV--GEMSKTIVLDVQVPVYFEVNSVNRTAIVSQNAALVCNAFGDQPISIVWRLGHSQIYSNTERYSIVEANSSTGV-MNTLTISDV 4585          

HSP 4 Score: 46.2098 bits (108), Expect = 2.750e-4
Identity = 74/315 (23.49%), Postives = 118/315 (37.46%), Query Frame = 0
Query:  130 GLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKVIEPRTQQLEIRHWIDSF---NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN----------------GEPLEDKSGIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
             + L CIARG  + +  WY      + +P           LT   E+ +A   IFPR      +T+L     +V  TSS     +Y+C+  + +     +   E  + +T P    I  P  +    +       +D F   N  W K  A     +IPST+       LV+  ++  D+G+Y CV  N  E  +    L +   P        +Q +         CT SG+P  ++ W  +                G    D+  I    +  G +I    I SV+  D GLY+C  +N +     T  L +
Sbjct: 4736 AIDLPCIARGFPLPEYTWY------KINP-----------LTGAQEQLSATPTIFPR------HTVLS----VVGATSS--DSGRYLCRVHNQV----NQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAI----LIPSTKINPGTTSLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVDDELISITDRFDFLNARGSSFVDRIVIGQYLNHEGIVISHLNISSVRTSDGGLYKCKARNTIGRVGHTSRLNV 5569          

HSP 5 Score: 44.2838 bits (103), Expect = 1.027e-3
Identity = 89/377 (23.61%), Postives = 141/377 (37.40%), Query Frame = 0
Query:  114 RWIVEPPNEAAFSNSTGLRLECIARG-KNVQVQWYQ-RDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSA----EARIILTD---PKGPV------IPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGL-YVCVMNNT-------SETRRIEVSLTVYSPLE-----SRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL----EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R+I EPP+   FSNSTG  L C A G    ++ W   ++  +RT P GLR V +NGTL           IFP   P+   + +               Y+  I  +  T+   + R  A    E R+ + +    +G V      IP  ++     +EI  W          +  TG R +I +T    H     +  +S +D    Y C   +        SE   + V+ T+ S L      S +  +++   ++ P    C   G P+    W K   PL    E  S        +  L ++     D G Y C + N+++       L++   L   ++    Q    G T    C   G P   + WL +G
Sbjct: 5219 RFIYEPPSFHGFSNSTGGSLTCSAHGLPTPRLTWVDGKEQPVRTVP-GLRHVLENGTL-----------IFPPFPPQDYDSSIHE-----------QEYRCVISNSAGTVVSRQARVRAVIWNEYRVNVYNVFVERGNVAVLHCGIPASVK---DNVEIVGWWKDEGKYGRVELHTGGRYLI-TTHGDLH-----IRDVSKNDENTQYKCQYRDNFIGRTFFSEEGNLIVTETLGSSLSKPETASSVFKVREGGAIDLP----CIARGFPLPEYTWYKI-NPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFP-PHQVTDSGRTAVFNCTVDGFPVLNVYWLKNG 6235          

HSP 6 Score: 31.9574 bits (71), Expect = 7.000e+0
Identity = 14/39 (35.90%), Postives = 20/39 (51.28%), Query Frame = 0
Query:  418 DALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKWL 455
            D  P  +  FS     P   ++SL C   G+PPPR+ W+
Sbjct: 2303 DEAPARITSFSSDIFYPQSQSISLPCHTVGSPPPRLSWI 2419          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592801455|gb|GAXK01153113.1| (TSA: Calanus finmarchicus comp512958_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 3.896e-36
Identity = 98/282 (34.75%), Postives = 142/282 (50.35%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHW--ID------SF---NSRWFKKDA-TGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            G+Y +   G L +   S  D   +Y C+      G R   S E  +I+T+  G  + K  E  +   ++R    ID       F      W+K +  TG ++ + +T   F    VL V   + SD+G Y+C ++N      +E  L V SPL + I P  Q+ D  R + F+CT  G P+ ++ WLKNG  L   + I    +   +L+I  V   D G+YQCV  NE + +QA+  L LGD  PV  +KF+EQTL+ GP VSLKC   GNPPP + W +D
Sbjct: 5004 GRYLITTHGDLHIRDVSKNDENTQYKCQYRDNFIG-RTFFSEEGNLIVTETLGSSLSKP-ETASSVFKVREGGAIDLPCIARGFPLPEYTWYKINPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAILIPSTKINPGTT---SLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVD 5834          

HSP 2 Score: 58.151 bits (139), Expect = 5.093e-8
Identity = 53/171 (30.99%), Postives = 72/171 (42.11%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFP 460
            L +  +  SD GLY C   NT         L VY    SR   +       R     C  SG PI+ + W  N + L+   G R +   NGTL+I +V++ D   Y C   N     QAT  + L    P  +  F+ +  L+ G    + C I  G+ P  IKW  DG P
Sbjct: 4389 LNISSVRTSDGGLYKCKARNTIGRVGHTSRLNVYGKPSSR-GVLNLTAVSKRDILLICPVSGYPIERVEWRMNSKLLK---GPRPAPLSNGTLLIQAVEKEDSKKYSCTAFN-TQGDQATAHILLKAIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKWEKDGQP 4886          

HSP 3 Score: 55.8398 bits (133), Expect = 2.519e-7
Identity = 74/319 (23.20%), Postives = 122/319 (38.24%), Query Frame = 0
Query:  194 LQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDS------------FNSRWFKKDATGLRQVIPSTRFQFHLEV----LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLED------KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKI 489
            L +G LL+      D+ KKY C   +T     +   A A I+L      + P  I P T   +++    S             + +W +KD        P+T  Q    V    ++   +    +G Y C+  N ++       L V  P +  I P    +     +  +C  SG+P  ++ W K+     D       S    +   NG+L+I SV + DEG Y+C +QN +   + + ++ L   +PV     S  +T       +L C   G+ P  I W L    I  N     ++     T   MN   +S +
Sbjct: 3732 LSNGTLLIQAVEKEDS-KKYSCTAFNT-----QGDQATAHILLK----AIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKW-EKDGQPFE---PATDVQVQNNVFSSNILFFSLKAVHSGTYTCIATNAADATNFTAQLIVRVPPKWEIEPQDLTILHKDLAIINCHASGNPRPTISWRKSVGLETDFFQYVQTSSGNIAFHPNGSLVIKSVGQEDEGYYRCEVQNGV--GEMSKTIVLDVQVPVYFEVNSVNRTAIVSQNAALVCNAFGDQPISIVWRLGHSQIYSNTERYSIVEANSSTGV-MNTLTISDV 4637          

HSP 4 Score: 46.2098 bits (108), Expect = 2.751e-4
Identity = 74/315 (23.49%), Postives = 118/315 (37.46%), Query Frame = 0
Query:  130 GLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKVIEPRTQQLEIRHWIDSF---NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN----------------GEPLEDKSGIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
             + L CIARG  + +  WY      + +P           LT   E+ +A   IFPR      +T+L     +V  TSS     +Y+C+  + +     +   E  + +T P    I  P  +    +       +D F   N  W K  A     +IPST+       LV+  ++  D+G+Y CV  N  E  +    L +   P        +Q +         CT SG+P  ++ W  +                G    D+  I    +  G +I    I SV+  D GLY+C  +N +     T  L +
Sbjct: 4788 AIDLPCIARGFPLPEYTWY------KINP-----------LTGAQEQLSATPTIFPR------HTVLS----VVGATSS--DSGRYLCRVHNQV----NQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAI----LIPSTKINPGTTSLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVDDELISITDRFDFLNARGSSFVDRIVIGQYLNHEGIVISHLNISSVRTSDGGLYKCKARNTIGRVGHTSRLNV 5621          

HSP 5 Score: 44.2838 bits (103), Expect = 1.027e-3
Identity = 89/377 (23.61%), Postives = 141/377 (37.40%), Query Frame = 0
Query:  114 RWIVEPPNEAAFSNSTGLRLECIARG-KNVQVQWYQ-RDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSA----EARIILTD---PKGPV------IPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGL-YVCVMNNT-------SETRRIEVSLTVYSPLE-----SRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL----EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R+I EPP+   FSNSTG  L C A G    ++ W   ++  +RT P GLR V +NGTL           IFP   P+   + +               Y+  I  +  T+   + R  A    E R+ + +    +G V      IP  ++     +EI  W          +  TG R +I +T    H     +  +S +D    Y C   +        SE   + V+ T+ S L      S +  +++   ++ P    C   G P+    W K   PL    E  S        +  L ++     D G Y C + N+++       L++   L   ++    Q    G T    C   G P   + WL +G
Sbjct: 5271 RFIYEPPSFHGFSNSTGGSLTCSAHGLPTPRLTWVDGKEQPVRTVP-GLRHVLENGTL-----------IFPPFPPQDYDSSIHE-----------QEYRCVISNSAGTVVSRQARVRAVIWNEYRVNVYNVFVERGNVAVLHCGIPASVK---DNVEIVGWWKDEGKYGRVELHTGGRYLI-TTHGDLH-----IRDVSKNDENTQYKCQYRDNFIGRTFFSEEGNLIVTETLGSSLSKPETASSVFKVREGGAIDLP----CIARGFPLPEYTWYKI-NPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFP-PHQVTDSGRTAVFNCTVDGFPVLNVYWLKNG 6287          

HSP 6 Score: 31.9574 bits (71), Expect = 7.002e+0
Identity = 14/39 (35.90%), Postives = 20/39 (51.28%), Query Frame = 0
Query:  418 DALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKWL 455
            D  P  +  FS     P   ++SL C   G+PPPR+ W+
Sbjct: 2355 DEAPARITSFSSDIFYPQSQSISLPCHTVGSPPPRLSWI 2471          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592801456|gb|GAXK01153112.1| (TSA: Calanus finmarchicus comp512958_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 3.909e-36
Identity = 98/282 (34.75%), Postives = 142/282 (50.35%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHW--ID------SF---NSRWFKKDA-TGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            G+Y +   G L +   S  D   +Y C+      G R   S E  +I+T+  G  + K  E  +   ++R    ID       F      W+K +  TG ++ + +T   F    VL V   + SD+G Y+C ++N      +E  L V SPL + I P  Q+ D  R + F+CT  G P+ ++ WLKNG  L   + I    +   +L+I  V   D G+YQCV  NE + +QA+  L LGD  PV  +KF+EQTL+ GP VSLKC   GNPPP + W +D
Sbjct: 5061 GRYLITTHGDLHIRDVSKNDENTQYKCQYRDNFIG-RTFFSEEGNLIVTETLGSSLSKP-ETASSVFKVREGGAIDLPCIARGFPLPEYTWYKINPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAILIPSTKINPGTT---SLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVD 5891          

HSP 2 Score: 58.151 bits (139), Expect = 5.097e-8
Identity = 53/171 (30.99%), Postives = 72/171 (42.11%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFP 460
            L +  +  SD GLY C   NT         L VY    SR   +       R     C  SG PI+ + W  N + L+   G R +   NGTL+I +V++ D   Y C   N     QAT  + L    P  +  F+ +  L+ G    + C I  G+ P  IKW  DG P
Sbjct: 4446 LNISSVRTSDGGLYKCKARNTIGRVGHTSRLNVYGKPSSR-GVLNLTAVSKRDILLICPVSGYPIERVEWRMNSKLLK---GPRPAPLSNGTLLIQAVEKEDSKKYSCTAFN-TQGDQATAHILLKAIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKWEKDGQP 4943          

HSP 3 Score: 55.8398 bits (133), Expect = 2.521e-7
Identity = 74/319 (23.20%), Postives = 122/319 (38.24%), Query Frame = 0
Query:  194 LQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDS------------FNSRWFKKDATGLRQVIPSTRFQFHLEV----LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLED------KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKI 489
            L +G LL+      D+ KKY C   +T     +   A A I+L      + P  I P T   +++    S             + +W +KD        P+T  Q    V    ++   +    +G Y C+  N ++       L V  P +  I P    +     +  +C  SG+P  ++ W K+     D       S    +   NG+L+I SV + DEG Y+C +QN +   + + ++ L   +PV     S  +T       +L C   G+ P  I W L    I  N     ++     T   MN   +S +
Sbjct: 3789 LSNGTLLIQAVEKEDS-KKYSCTAFNT-----QGDQATAHILLK----AIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKW-EKDGQPFE---PATDVQVQNNVFSSNILFFSLKAVHSGTYTCIATNAADATNFTAQLIVRVPPKWEIEPQDLTILHKDLAIINCHASGNPRPTISWRKSVGLETDFFQYVQTSSGNIAFHPNGSLVIKSVGQEDEGYYRCEVQNGV--GEMSKTIVLDVQVPVYFEVNSVNRTAIVSQNAALVCNAFGDQPISIVWRLGHSQIYSNTERYSIVEANSSTGV-MNTLTISDV 4694          

HSP 4 Score: 46.2098 bits (108), Expect = 2.753e-4
Identity = 74/315 (23.49%), Postives = 118/315 (37.46%), Query Frame = 0
Query:  130 GLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKVIEPRTQQLEIRHWIDSF---NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN----------------GEPLEDKSGIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
             + L CIARG  + +  WY      + +P           LT   E+ +A   IFPR      +T+L     +V  TSS     +Y+C+  + +     +   E  + +T P    I  P  +    +       +D F   N  W K  A     +IPST+       LV+  ++  D+G+Y CV  N  E  +    L +   P        +Q +         CT SG+P  ++ W  +                G    D+  I    +  G +I    I SV+  D GLY+C  +N +     T  L +
Sbjct: 4845 AIDLPCIARGFPLPEYTWY------KINP-----------LTGAQEQLSATPTIFPR------HTVLS----VVGATSS--DSGRYLCRVHNQV----NQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAI----LIPSTKINPGTTSLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVDDELISITDRFDFLNARGSSFVDRIVIGQYLNHEGIVISHLNISSVRTSDGGLYKCKARNTIGRVGHTSRLNV 5678          

HSP 5 Score: 44.2838 bits (103), Expect = 1.028e-3
Identity = 89/377 (23.61%), Postives = 141/377 (37.40%), Query Frame = 0
Query:  114 RWIVEPPNEAAFSNSTGLRLECIARG-KNVQVQWYQ-RDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSA----EARIILTD---PKGPV------IPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGL-YVCVMNNT-------SETRRIEVSLTVYSPLE-----SRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL----EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R+I EPP+   FSNSTG  L C A G    ++ W   ++  +RT P GLR V +NGTL           IFP   P+   + +               Y+  I  +  T+   + R  A    E R+ + +    +G V      IP  ++     +EI  W          +  TG R +I +T    H     +  +S +D    Y C   +        SE   + V+ T+ S L      S +  +++   ++ P    C   G P+    W K   PL    E  S        +  L ++     D G Y C + N+++       L++   L   ++    Q    G T    C   G P   + WL +G
Sbjct: 5328 RFIYEPPSFHGFSNSTGGSLTCSAHGLPTPRLTWVDGKEQPVRTVP-GLRHVLENGTL-----------IFPPFPPQDYDSSIHE-----------QEYRCVISNSAGTVVSRQARVRAVIWNEYRVNVYNVFVERGNVAVLHCGIPASVK---DNVEIVGWWKDEGKYGRVELHTGGRYLI-TTHGDLH-----IRDVSKNDENTQYKCQYRDNFIGRTFFSEEGNLIVTETLGSSLSKPETASSVFKVREGGAIDLP----CIARGFPLPEYTWYKI-NPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFP-PHQVTDSGRTAVFNCTVDGFPVLNVYWLKNG 6344          

HSP 6 Score: 31.9574 bits (71), Expect = 7.005e+0
Identity = 14/39 (35.90%), Postives = 20/39 (51.28%), Query Frame = 0
Query:  418 DALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKWL 455
            D  P  +  FS     P   ++SL C   G+PPPR+ W+
Sbjct: 2412 DEAPARITSFSSDIFYPQSQSISLPCHTVGSPPPRLSWI 2528          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592801457|gb|GAXK01153111.1| (TSA: Calanus finmarchicus comp512958_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 147.132 bits (370), Expect = 3.921e-36
Identity = 98/282 (34.75%), Postives = 142/282 (50.35%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHW--ID------SF---NSRWFKKDA-TGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            G+Y +   G L +   S  D   +Y C+      G R   S E  +I+T+  G  + K  E  +   ++R    ID       F      W+K +  TG ++ + +T   F    VL V   + SD+G Y+C ++N      +E  L V SPL + I P  Q+ D  R + F+CT  G P+ ++ WLKNG  L   + I    +   +L+I  V   D G+YQCV  NE + +QA+  L LGD  PV  +KF+EQTL+ GP VSLKC   GNPPP + W +D
Sbjct: 5113 GRYLITTHGDLHIRDVSKNDENTQYKCQYRDNFIG-RTFFSEEGNLIVTETLGSSLSKP-ETASSVFKVREGGAIDLPCIARGFPLPEYTWYKINPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAILIPSTKINPGTT---SLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVD 5943          

HSP 2 Score: 58.151 bits (139), Expect = 5.101e-8
Identity = 53/171 (30.99%), Postives = 72/171 (42.11%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFP 460
            L +  +  SD GLY C   NT         L VY    SR   +       R     C  SG PI+ + W  N + L+   G R +   NGTL+I +V++ D   Y C   N     QAT  + L    P  +  F+ +  L+ G    + C I  G+ P  IKW  DG P
Sbjct: 4498 LNISSVRTSDGGLYKCKARNTIGRVGHTSRLNVYGKPSSR-GVLNLTAVSKRDILLICPVSGYPIERVEWRMNSKLLK---GPRPAPLSNGTLLIQAVEKEDSKKYSCTAFN-TQGDQATAHILLKAIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKWEKDGQP 4995          

HSP 3 Score: 55.8398 bits (133), Expect = 2.523e-7
Identity = 74/319 (23.20%), Postives = 122/319 (38.24%), Query Frame = 0
Query:  194 LQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDS------------FNSRWFKKDATGLRQVIPSTRFQFHLEV----LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLED------KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKI 489
            L +G LL+      D+ KKY C   +T     +   A A I+L      + P  I P T   +++    S             + +W +KD        P+T  Q    V    ++   +    +G Y C+  N ++       L V  P +  I P    +     +  +C  SG+P  ++ W K+     D       S    +   NG+L+I SV + DEG Y+C +QN +   + + ++ L   +PV     S  +T       +L C   G+ P  I W L    I  N     ++     T   MN   +S +
Sbjct: 3841 LSNGTLLIQAVEKEDS-KKYSCTAFNT-----QGDQATAHILLK----AIEPPKISPFTFDGDLKEGDRSQVSCTISSGDMPIDIKW-EKDGQPFE---PATDVQVQNNVFSSNILFFSLKAVHSGTYTCIATNAADATNFTAQLIVRVPPKWEIEPQDLTILHKDLAIINCHASGNPRPTISWRKSVGLETDFFQYVQTSSGNIAFHPNGSLVIKSVGQEDEGYYRCEVQNGV--GEMSKTIVLDVQVPVYFEVNSVNRTAIVSQNAALVCNAFGDQPISIVWRLGHSQIYSNTERYSIVEANSSTGV-MNTLTISDV 4746          

HSP 4 Score: 46.2098 bits (108), Expect = 2.755e-4
Identity = 74/315 (23.49%), Postives = 118/315 (37.46%), Query Frame = 0
Query:  130 GLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAI-EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKVIEPRTQQLEIRHWIDSF---NSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKN----------------GEPLEDKSGIRYSKSENGTLI----ILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
             + L CIARG  + +  WY      + +P           LT   E+ +A   IFPR      +T+L     +V  TSS     +Y+C+  + +     +   E  + +T P    I  P  +    +       +D F   N  W K  A     +IPST+       LV+  ++  D+G+Y CV  N  E  +    L +   P        +Q +         CT SG+P  ++ W  +                G    D+  I    +  G +I    I SV+  D GLY+C  +N +     T  L +
Sbjct: 4897 AIDLPCIARGFPLPEYTWY------KINP-----------LTGAQEQLSATPTIFPR------HTVLS----VVGATSS--DSGRYLCRVHNQV----NQYMVEHVLEVTSPLSTHIFPPHQVTDSGRTAVFNCTVDGFPVLNVYWLKNGAI----LIPSTKINPGTTSLVIKDVTREDSGMYQCVAGNEEEESQASAQLILGDVPPVFHFKFTEQTLREGPAVSLKCTASGNPPPTVSWFVDDELISITDRFDFLNARGSSFVDRIVIGQYLNHEGIVISHLNISSVRTSDGGLYKCKARNTIGRVGHTSRLNV 5730          

HSP 5 Score: 44.2838 bits (103), Expect = 1.028e-3
Identity = 89/377 (23.61%), Postives = 141/377 (37.40%), Query Frame = 0
Query:  114 RWIVEPPNEAAFSNSTGLRLECIARG-KNVQVQWYQ-RDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSA----EARIILTD---PKGPV------IPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGL-YVCVMNNT-------SETRRIEVSLTVYSPLE-----SRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL----EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            R+I EPP+   FSNSTG  L C A G    ++ W   ++  +RT P GLR V +NGTL           IFP   P+   + +               Y+  I  +  T+   + R  A    E R+ + +    +G V      IP  ++     +EI  W          +  TG R +I +T    H     +  +S +D    Y C   +        SE   + V+ T+ S L      S +  +++   ++ P    C   G P+    W K   PL    E  S        +  L ++     D G Y C + N+++       L++   L   ++    Q    G T    C   G P   + WL +G
Sbjct: 5380 RFIYEPPSFHGFSNSTGGSLTCSAHGLPTPRLTWVDGKEQPVRTVP-GLRHVLENGTL-----------IFPPFPPQDYDSSIHE-----------QEYRCVISNSAGTVVSRQARVRAVIWNEYRVNVYNVFVERGNVAVLHCGIPASVK---DNVEIVGWWKDEGKYGRVELHTGGRYLI-TTHGDLH-----IRDVSKNDENTQYKCQYRDNFIGRTFFSEEGNLIVTETLGSSLSKPETASSVFKVREGGAIDLP----CIARGFPLPEYTWYKI-NPLTGAQEQLSATPTIFPRHTVLSVVGATSSDSGRYLCRVHNQVNQYMVEHVLEVTSPLSTHIFP-PHQVTDSGRTAVFNCTVDGFPVLNVYWLKNG 6396          

HSP 6 Score: 31.9574 bits (71), Expect = 7.008e+0
Identity = 14/39 (35.90%), Postives = 20/39 (51.28%), Query Frame = 0
Query:  418 DALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKWL 455
            D  P  +  FS     P   ++SL C   G+PPPR+ W+
Sbjct: 2464 DEAPARITSFSSDIFYPQSQSISLPCHTVGSPPPRLSWI 2580          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592921578|gb|GAXK01036797.1| (TSA: Calanus finmarchicus comp406268_c1_seq24 transcribed RNA sequence)

HSP 1 Score: 134.42 bits (337), Expect = 3.146e-32
Identity = 85/287 (29.62%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK----------VIEPRTQQLEIR-HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            ++ SG L +       T+  Y C  +H+ TG+ + S     + L D      P+          V + +T  L  R   +      WF  ++  L+ V  S R      +L++     +D G Y C   N      + + L V  PL   + P +Q++D+ R +   C T      +++W K+G  L+  + +  ++    TL I ++Q  D G+YQC +       QAT  L+LGDA P L+Y+F +QTLQPGP V LKC  +G+P P+I W  +GFP+P+++R +
Sbjct:  709 MVPSGELHISSVDYKHTHHPYFCIVKHSNTGVSQES-LPFHLTLRDTMSYSKPEQMNDQEFYISVEQGKTAALPCRVQSVPPPTLSWFYVNSNLLQPVSYSNRMHSVAHMLLIIDAQANDGGQYRCTARNEVGELSVTLHLQVEPPLVVDLVPAEQVIDIGRQAHMQCLTEERDRATILWRKDGMALQSSTRVIANQQ---TLQIFNLQREDYGVYQCFVSRGTREVQATAQLRLGDAAPYLVYEFIDQTLQPGPPVCLKCSCRGSPTPQISWTKNGFPLPKSERYM 1557          

HSP 2 Score: 63.1586 bits (152), Expect = 1.581e-9
Identity = 42/127 (33.07%), Postives = 58/127 (45.67%), Query Frame = 0
Query:  288 HLEVLVVHQIS---ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-VDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQA 410
            H EV+    IS   + D GLY C  NN + +      L VY P    +HP+ +I   + +     C  SG P++ +VW K    L   +G R     NG+LII SV   D+G Y C   N    + A
Sbjct: 1579 HGEVISHVNISHSLVEDGGLYTCTANNRAGSTSHSARLNVYGP--PLVHPIPEIKAVVGKAVHIICPASGYPLEKIVWAKGDNEL--STGERLEVFSNGSLIINSVTSTDDGGYTCTATNRRGLSSA 1947          

HSP 3 Score: 55.0694 bits (131), Expect = 4.818e-7
Identity = 45/180 (25.00%), Postives = 75/180 (41.67%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKS----GIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNEL-DFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            H  +L ++ +     G Y C  +N + +  I   L V  P   ++ P+ Q     +   F C   G P  ++ W +K+G      +    G R  + E   NGTL++  V   DEG Y C   N++ D    T +L++      ++      +   G  V L+C   G+ P  I W  +G
Sbjct: 2199 HDSILRINNLEAHHMGNYSCHASNQAGSAVIFSFLQVKVPPRWKMLPVDQSAVEGQSVTFHCQVGGVPTPTVTWTIKSGRQKSTYTVTGLGGRTDEVEIIGNGTLVVWRVALADEGQYTCAASNDVGDSISKTVNLKINAPPRFMMEGDGVLSAHQGKDVHLECKANGDDPISIMWRREG 2738          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592921579|gb|GAXK01036796.1| (TSA: Calanus finmarchicus comp406268_c1_seq23 transcribed RNA sequence)

HSP 1 Score: 134.42 bits (337), Expect = 3.418e-32
Identity = 85/287 (29.62%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK----------VIEPRTQQLEIR-HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            ++ SG L +       T+  Y C  +H+ TG+ + S     + L D      P+          V + +T  L  R   +      WF  ++  L+ V  S R      +L++     +D G Y C   N      + + L V  PL   + P +Q++D+ R +   C T      +++W K+G  L+  + +  ++    TL I ++Q  D G+YQC +       QAT  L+LGDA P L+Y+F +QTLQPGP V LKC  +G+P P+I W  +GFP+P+++R +
Sbjct:  709 MVPSGELHISSVDYKHTHHPYFCIVKHSNTGVSQES-LPFHLTLRDTMSYSKPEQMNDQEFYISVEQGKTAALPCRVQSVPPPTLSWFYVNSNLLQPVSYSNRMHSVAHMLLIIDAQANDGGQYRCTARNEVGELSVTLHLQVEPPLVVDLVPAEQVIDIGRQAHMQCLTEERDRATILWRKDGMALQSSTRVIANQQ---TLQIFNLQREDYGVYQCFVSRGTREVQATAQLRLGDAAPYLVYEFIDQTLQPGPPVCLKCSCRGSPTPQISWTKNGFPLPKSERYM 1557          

HSP 2 Score: 63.1586 bits (152), Expect = 1.626e-9
Identity = 42/127 (33.07%), Postives = 58/127 (45.67%), Query Frame = 0
Query:  288 HLEVLVVHQIS---ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-VDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQA 410
            H EV+    IS   + D GLY C  NN + +      L VY P    +HP+ +I   + +     C  SG P++ +VW K    L   +G R     NG+LII SV   D+G Y C   N    + A
Sbjct: 1579 HGEVISHVNISHSLVEDGGLYTCTANNRAGSTSHSARLNVYGP--PLVHPIPEIKAVVGKAVHIICPASGYPLEKIVWAKGDNEL--STGERLEVFSNGSLIINSVTSTDDGGYTCTATNRRGLSSA 1947          

HSP 3 Score: 55.0694 bits (131), Expect = 4.933e-7
Identity = 45/180 (25.00%), Postives = 75/180 (41.67%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKS----GIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNEL-DFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            H  +L ++ +     G Y C  +N + +  I   L V  P   ++ P+ Q     +   F C   G P  ++ W +K+G      +    G R  + E   NGTL++  V   DEG Y C   N++ D    T +L++      ++      +   G  V L+C   G+ P  I W  +G
Sbjct: 2199 HDSILRINNLEAHHMGNYSCHASNQAGSAVIFSFLQVKVPPRWKMLPVDQSAVEGQSVTFHCQVGGVPTPTVTWTIKSGRQKSTYTVTGLGGRTDEVEIIGNGTLVVWRVALADEGQYTCAASNDVGDSISKTVNLKINAPPRFMMEGDGVLSAHQGKDVHLECKANGDDPISIMWRREG 2738          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592921584|gb|GAXK01036791.1| (TSA: Calanus finmarchicus comp406268_c1_seq18 transcribed RNA sequence)

HSP 1 Score: 134.42 bits (337), Expect = 3.483e-32
Identity = 85/287 (29.62%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK----------VIEPRTQQLEIR-HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            ++ SG L +       T+  Y C  +H+ TG+ + S     + L D      P+          V + +T  L  R   +      WF  ++  L+ V  S R      +L++     +D G Y C   N      + + L V  PL   + P +Q++D+ R +   C T      +++W K+G  L+  + +  ++    TL I ++Q  D G+YQC +       QAT  L+LGDA P L+Y+F +QTLQPGP V LKC  +G+P P+I W  +GFP+P+++R +
Sbjct:  709 MVPSGELHISSVDYKHTHHPYFCIVKHSNTGVSQES-LPFHLTLRDTMSYSKPEQMNDQEFYISVEQGKTAALPCRVQSVPPPTLSWFYVNSNLLQPVSYSNRMHSVAHMLLIIDAQANDGGQYRCTARNEVGELSVTLHLQVEPPLVVDLVPAEQVIDIGRQAHMQCLTEERDRATILWRKDGMALQSSTRVIANQQ---TLQIFNLQREDYGVYQCFVSRGTREVQATAQLRLGDAAPYLVYEFIDQTLQPGPPVCLKCSCRGSPTPQISWTKNGFPLPKSERYM 1557          

HSP 2 Score: 63.1586 bits (152), Expect = 1.636e-9
Identity = 42/127 (33.07%), Postives = 58/127 (45.67%), Query Frame = 0
Query:  288 HLEVLVVHQIS---ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-VDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQA 410
            H EV+    IS   + D GLY C  NN + +      L VY P    +HP+ +I   + +     C  SG P++ +VW K    L   +G R     NG+LII SV   D+G Y C   N    + A
Sbjct: 1579 HGEVISHVNISHSLVEDGGLYTCTANNRAGSTSHSARLNVYGP--PLVHPIPEIKAVVGKAVHIICPASGYPLEKIVWAKGDNEL--STGERLEVFSNGSLIINSVTSTDDGGYTCTATNRRGLSSA 1947          

HSP 3 Score: 55.0694 bits (131), Expect = 4.960e-7
Identity = 45/180 (25.00%), Postives = 75/180 (41.67%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKS----GIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNEL-DFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            H  +L ++ +     G Y C  +N + +  I   L V  P   ++ P+ Q     +   F C   G P  ++ W +K+G      +    G R  + E   NGTL++  V   DEG Y C   N++ D    T +L++      ++      +   G  V L+C   G+ P  I W  +G
Sbjct: 2199 HDSILRINNLEAHHMGNYSCHASNQAGSAVIFSFLQVKVPPRWKMLPVDQSAVEGQSVTFHCQVGGVPTPTVTWTIKSGRQKSTYTVTGLGGRTDEVEIIGNGTLVVWRVALADEGQYTCAASNDVGDSISKTVNLKINAPPRFMMEGDGVLSAHQGKDVHLECKANGDDPISIMWRREG 2738          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592921585|gb|GAXK01036790.1| (TSA: Calanus finmarchicus comp406268_c1_seq17 transcribed RNA sequence)

HSP 1 Score: 134.42 bits (337), Expect = 3.486e-32
Identity = 85/287 (29.62%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK----------VIEPRTQQLEIR-HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            ++ SG L +       T+  Y C  +H+ TG+ + S     + L D      P+          V + +T  L  R   +      WF  ++  L+ V  S R      +L++     +D G Y C   N      + + L V  PL   + P +Q++D+ R +   C T      +++W K+G  L+  + +  ++    TL I ++Q  D G+YQC +       QAT  L+LGDA P L+Y+F +QTLQPGP V LKC  +G+P P+I W  +GFP+P+++R +
Sbjct:  709 MVPSGELHISSVDYKHTHHPYFCIVKHSNTGVSQES-LPFHLTLRDTMSYSKPEQMNDQEFYISVEQGKTAALPCRVQSVPPPTLSWFYVNSNLLQPVSYSNRMHSVAHMLLIIDAQANDGGQYRCTARNEVGELSVTLHLQVEPPLVVDLVPAEQVIDIGRQAHMQCLTEERDRATILWRKDGMALQSSTRVIANQQ---TLQIFNLQREDYGVYQCFVSRGTREVQATAQLRLGDAAPYLVYEFIDQTLQPGPPVCLKCSCRGSPTPQISWTKNGFPLPKSERYM 1557          

HSP 2 Score: 63.1586 bits (152), Expect = 1.637e-9
Identity = 42/127 (33.07%), Postives = 58/127 (45.67%), Query Frame = 0
Query:  288 HLEVLVVHQIS---ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-VDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQA 410
            H EV+    IS   + D GLY C  NN + +      L VY P    +HP+ +I   + +     C  SG P++ +VW K    L   +G R     NG+LII SV   D+G Y C   N    + A
Sbjct: 1579 HGEVISHVNISHSLVEDGGLYTCTANNRAGSTSHSARLNVYGP--PLVHPIPEIKAVVGKAVHIICPASGYPLEKIVWAKGDNEL--STGERLEVFSNGSLIINSVTSTDDGGYTCTATNRRGLSSA 1947          

HSP 3 Score: 55.0694 bits (131), Expect = 4.961e-7
Identity = 45/180 (25.00%), Postives = 75/180 (41.67%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKS----GIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNEL-DFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            H  +L ++ +     G Y C  +N + +  I   L V  P   ++ P+ Q     +   F C   G P  ++ W +K+G      +    G R  + E   NGTL++  V   DEG Y C   N++ D    T +L++      ++      +   G  V L+C   G+ P  I W  +G
Sbjct: 2199 HDSILRINNLEAHHMGNYSCHASNQAGSAVIFSFLQVKVPPRWKMLPVDQSAVEGQSVTFHCQVGGVPTPTVTWTIKSGRQKSTYTVTGLGGRTDEVEIIGNGTLVVWRVALADEGQYTCAASNDVGDSISKTVNLKINAPPRFMMEGDGVLSAHQGKDVHLECKANGDDPISIMWRREG 2738          
BLAST of EMLSAG00000005332 vs. C. finmarchicus
Match: gi|592921590|gb|GAXK01036785.1| (TSA: Calanus finmarchicus comp406268_c1_seq12 transcribed RNA sequence)

HSP 1 Score: 134.42 bits (337), Expect = 3.548e-32
Identity = 85/287 (29.62%), Postives = 139/287 (48.43%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK----------VIEPRTQQLEIR-HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            ++ SG L +       T+  Y C  +H+ TG+ + S     + L D      P+          V + +T  L  R   +      WF  ++  L+ V  S R      +L++     +D G Y C   N      + + L V  PL   + P +Q++D+ R +   C T      +++W K+G  L+  + +  ++    TL I ++Q  D G+YQC +       QAT  L+LGDA P L+Y+F +QTLQPGP V LKC  +G+P P+I W  +GFP+P+++R +
Sbjct:  709 MVPSGELHISSVDYKHTHHPYFCIVKHSNTGVSQES-LPFHLTLRDTMSYSKPEQMNDQEFYISVEQGKTAALPCRVQSVPPPTLSWFYVNSNLLQPVSYSNRMHSVAHMLLIIDAQANDGGQYRCTARNEVGELSVTLHLQVEPPLVVDLVPAEQVIDIGRQAHMQCLTEERDRATILWRKDGMALQSSTRVIANQQ---TLQIFNLQREDYGVYQCFVSRGTREVQATAQLRLGDAAPYLVYEFIDQTLQPGPPVCLKCSCRGSPTPQISWTKNGFPLPKSERYM 1557          

HSP 2 Score: 63.1586 bits (152), Expect = 1.647e-9
Identity = 42/127 (33.07%), Postives = 58/127 (45.67%), Query Frame = 0
Query:  288 HLEVLVVHQIS---ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQI-VDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQA 410
            H EV+    IS   + D GLY C  NN + +      L VY P    +HP+ +I   + +     C  SG P++ +VW K    L   +G R     NG+LII SV   D+G Y C   N    + A
Sbjct: 1579 HGEVISHVNISHSLVEDGGLYTCTANNRAGSTSHSARLNVYGP--PLVHPIPEIKAVVGKAVHIICPASGYPLEKIVWAKGDNEL--STGERLEVFSNGSLIINSVTSTDDGGYTCTATNRRGLSSA 1947          

HSP 3 Score: 62.7734 bits (151), Expect = 2.043e-9
Identity = 48/185 (25.95%), Postives = 76/185 (41.08%), Query Frame = 0
Query:  283 TRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKS----GIRYSKSE---NGTLIILSVQEGDEGLYQCVIQNEL-DFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            TR      +L +  ++   AG Y CV  N      +  SL V  P   ++ P+ Q     +   F C   G P  ++ W +K+G      +    G R  + E   NGTL++  V   DEG Y C   N++ D    T +L++      ++      +   G  V L+C   G+ P  I W  +G
Sbjct: 2512 TRIDEVTSLLAISDLTSQHAGNYSCVAKNEVAVVSVTASLVVQVPPRWKMLPVDQSAVEGQSVTFHCQVGGVPTPTVTWTIKSGRQKSTYTVTGLGGRTDEVEIIGNGTLVVWRVALADEGQYTCAASNDVGDSISKTVNLKINAPPRFMMEGDGVLSAHQGKDVHLECKANGDDPISIMWRREG 3066          

HSP 4 Score: 43.5134 bits (101), Expect = 1.895e-3
Identity = 29/113 (25.66%), Postives = 50/113 (44.25%), Query Frame = 0
Query:  351 TSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT--LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLG-----DALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLL 456
            ++G P   + W ++G+ +E    +R ++ +  T  L I  +     G Y CV +NE+     T SL +        LPV      +Q+   G +V+  C   G P P + W +
Sbjct: 2434 SNGDPPMLVSWFRDGQSIESSESVRITRIDEVTSLLAISDLTSQHAGNYSCVAKNEVAVVSVTASLVVQVPPRWKMLPV------DQSAVEGQSVTFHCQVGGVPTPTVTWTI 2754          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000005332 (pep:novel supercontig:LSalAtl2s:LSalAtl2s286:372665:491805:1 gene:EMLSAG00000005332 transcript:EMLSAT00000005332 description:"augustus_masked-LSalAtl2s286-processed-gene-3.1")

HSP 1 Score: 1021.54 bits (2640), Expect = 0.000e+0
Identity = 493/493 (100.00%), Postives = 493/493 (100.00%), Query Frame = 0
Query:    1 MRKRLAKDGSDLFYNVLFIKEAYEYLSFIYPEYPGISSFCYSIREKNQFTAGYLFETMNFPHKFVILCQLLLVDGLTYHHSYFESSKEDEEESAELNNFLRPPDTRSSSLEGLRWIVEPPNEAAFSNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKIQIPH 493
            MRKRLAKDGSDLFYNVLFIKEAYEYLSFIYPEYPGISSFCYSIREKNQFTAGYLFETMNFPHKFVILCQLLLVDGLTYHHSYFESSKEDEEESAELNNFLRPPDTRSSSLEGLRWIVEPPNEAAFSNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKIQIPH
Sbjct:    1 MRKRLAKDGSDLFYNVLFIKEAYEYLSFIYPEYPGISSFCYSIREKNQFTAGYLFETMNFPHKFVILCQLLLVDGLTYHHSYFESSKEDEEESAELNNFLRPPDTRSSSLEGLRWIVEPPNEAAFSNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVLFNMCPTFFHMNIFPLSKIQIPH 493          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000003651 (pep:novel supercontig:LSalAtl2s:LSalAtl2s199:289252:321784:1 gene:EMLSAG00000003651 transcript:EMLSAT00000003651 description:"maker-LSalAtl2s199-augustus-gene-4.25")

HSP 1 Score: 165.622 bits (418), Expect = 6.993e-46
Identity = 106/292 (36.30%), Postives = 153/292 (52.40%), Query Frame = 0
Query:  189 GKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVI--PKV-----IEPRTQQLEIRHWIDSF---NSRWFKKD-ATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG--FPIPQNQR 466
            G+Y L   G L +   SS D + KY C+    +TG R + S+   +I+T+P+G V+  P++     I  + + L++      F   +  W K +  +G  +V+ +T   F    VL +      +AG Y+C + N S   ++E  + V SPL   + P   +VD  + + F+C+ SG PI +L+WLK G+PL+  S  R  KS   +L I +V   D   YQCV  NE D AQ T  L LG   P     F+EQTL+PGP VSLKC+  GNPPP I W LD     +  NQR
Sbjct:   28 GRYLLTSLGDLHIRDVSSADGHMKYKCQIRDIVTG-RTQYSSSGHVIVTEPQGDVLKQPEIPDSMFIVQQGEALDLPCVAQGFPVPSFLWMKVNPESGREEVLTATPTLFPRHSVLSLVGARNHNAGRYICQIENRSGRYKVEHIVEVVSPLHVSMSPQHLVVDHGQTALFNCSVSGFPIANLIWLKGGDPLDTSSNPRI-KSSGNSLYISNVSRKDRDSYQCVASNENDVAQGTAELVLGAVPPEFHSIFNEQTLRPGPKVSLKCVASGNPPPEISWFLDDEHLSVAVNQR 317          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000005454 (pep:novel supercontig:LSalAtl2s:LSalAtl2s293:185286:259880:1 gene:EMLSAG00000005454 transcript:EMLSAT00000005454 description:"maker-LSalAtl2s293-augustus-gene-2.25")

HSP 1 Score: 132.109 bits (331), Expect = 1.524e-32
Identity = 71/196 (36.22%), Postives = 111/196 (56.63%), Query Frame = 0
Query:  267 RWFK-KDATGLRQVIP-STRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL--PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            RW+K  +A   ++++    R +     L++ +  + D+G Y+C++NN+     +E  LTV +PL   + P  Q+VD  R   F C   G+PI+ + WLKNG+ +        + +EN TL I SV++ D G+YQC I+NE + AQAT  L+LG     P  +  F E  ++PG  +S+ CI KG+P P IKW + G
Sbjct:  123 RWYKFMEANNNKKLVKLDDRVKXVGGTLIIKEAKVEDSGKYLCMVNNSVGGESVETVLTVTAPLSVDVEPKTQVVDYGRSVTFKCNYKGNPIKEVFWLKNGKSI--------NHNEN-TLRINSVKKDDRGMYQCFIRNEQESAQATAELKLGGRFDPPEFISHFEETIVKPGGYLSISCIAKGDPSPNIKWFIYG 309          

HSP 2 Score: 58.151 bits (139), Expect = 4.344e-9
Identity = 45/173 (26.01%), Postives = 81/173 (46.82%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVY-SPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQCVIQNELDF-AQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCI-GKGNPPPRIKWLLDG 458
            L + Q+     G Y C  ++          L V+ +P   ++ PM+ +    +  F +C  +G PI ++VW K+G   P  D    R +   NGTLII  +Q + D  +Y CV  N+  + A++   + + +   ++ + F   ++  G    + CI  +G+ P +I W L G
Sbjct:  334 LNISQVKTQFGGTYECQASSKVGKISHMAKLNVFGAPYVKKMRPMKVVA--GKSMFITCPVAGYPISNIVWEKDGRQLPFND----RQTVFPNGTLIISDIQRKEDASVYTCVAXNDEGYSARSDLEVSVMERPEIVPFFFGSDSVDEGLYAQVSCIVQRGDTPIKISWSLKG 500          

HSP 3 Score: 55.8398 bits (133), Expect = 2.525e-8
Identity = 46/197 (23.35%), Postives = 79/197 (40.10%), Query Frame = 0
Query:  269 FKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM---QQIVDLNRPSFFSCTTS-GSPIQSLVWLKNGEPLEDKSGIRYSK--SENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGK-GNPPPRIKWLLDG 458
             K D       + +++      +L +H +    +G Y C   N +       SLTV  P    + P+   + I+D    +   C  S G    ++ W   G+ +  + G+  +K  +    L I SV     G+Y C  QNE   A  +  L++ +   ++   F +  L  G    L CI + G+ P  + W L G
Sbjct:  498 LKGDTVSSEPGMTTSQVGPRASILSIHSVGYRHSGTYTCTAQNKAGIISYSTSLTVNEP--PSLMPLTFGRDILDEGEFAQLICIVSKGDEPLTMSWTLKGDDVSSEPGLSTTKIGTRTSILTINSVGYRHSGVYTCTSQNEAGVATQSAELKVNEPPQLMPLTFGDDVLNEGEFAQLFCIVRVGDEPLTLTWALQG 692          

HSP 4 Score: 55.0694 bits (131), Expect = 3.979e-8
Identity = 39/125 (31.20%), Postives = 56/125 (44.80%), Query Frame = 0
Query:  349 CTTSGSPIQSLVWLKNGEPLEDKSGIRYS---KSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRV 470
            C    SPI S  W K  E   +K  ++     K   GTLII   +  D G Y C++ N +        L +   L V + +   Q +  G +V+ KC  KGNP   + WL +G  I  N+  LR+
Sbjct:  112 CPAMASPIPSFRWYKFMEANNNKKLVKLDDRVKXVGGTLIIKEAKVEDSGKYLCMVNNSVGGESVETVLTVTAPLSVDV-EPKTQVVDYGRSVTFKCNYKGNPIKEVFWLKNGKSINHNENTLRI 235          

HSP 5 Score: 53.9138 bits (128), Expect = 8.391e-8
Identity = 67/284 (23.59%), Postives = 113/284 (39.79%), Query Frame = 0
Query:  198 ALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGP-VIPKVIEPRTQQLEIRHWIDS----FNSRW-FKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFS---CT-TSGSPIQSLVWLKNGEPLEDKS---GIRYSK--SENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD-GFPIPQNQ 465
            ++L  ++ +Y    KY C+ ++   G+R  + AE ++      GP   PK +       ++   + S     +  W F  D  G +  I +T     L +LV++ +     G Y C  +N +        L V  P    + P+    ++     F+   CT T G     + W  +GE LED     GI  +   S    LII SV+    G Y C   N+   +  T  L++ +  P    + +++    G    + C   G P P+I W    G P+   Q
Sbjct: 1870 SVLAINSVNYSHQGKYTCQAKNK-AGIRTHT-AELKVNEPPMIGPFAFPKEVMNEGNFAQLTCVVTSGDLPLSVTWTFHGDKVGTQTGITTTNLGPRLSLLVINSVGYRHRGNYTCXASNNAGHDSYTAKLRVNEP--PSLVPLNFGKNVFSEGSFAQVVCTITEGDEPIKISWSFHGESLEDSGQNIGIAITNIGSRTSILIINSVEHKHRGNYTCSASNKAGNSSDTAQLKI-NVRPRWTVEPTDKHFAQGSEAKIDCKSDGFPQPKIVWRKAIGLPVSNEQ 2148          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000001266 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1208:7071:89755:-1 gene:EMLSAG00000001266 transcript:EMLSAT00000001266 description:"maker-LSalAtl2s1208-augustus-gene-0.12")

HSP 1 Score: 127.872 bits (320), Expect = 2.898e-31
Identity = 86/216 (39.81%), Postives = 117/216 (54.17%), Query Frame = 0
Query:  268 WFKKDATGLRQVIPSTRFQFHL-----EVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLES-----RIHPMQQIVDLNRPSFFSCTTSGSPIQ----SLVWLKNG-EPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            WFK++   L   +PS+  Q+HL       L ++++  SD+G+Y CV  N        + L VYS  ES     R+ P  Q  D+   + FSC    S I      L WL NG  P + +  +R  + E     I +VQ+ D G+YQC +  + +  QA+G L+LGD+LP L Y F EQTLQPGP VSLKC   G+P P IKW LDGF +P  +R L
Sbjct:   47 WFKENHH-LLDPLPSSP-QYHLFGPRGSALKIYRLQSSDSGIYRCVARNDVGESSFSIHLKVYSQGESSPPDLRVLPDIQSADIGSNARFSCQIPDSRISQIEVGLRWLVNGVSPRDPRILVRGDEIE-----IRNVQQEDGGIYQCFLSLKGNEYQASGELRLGDSLPRLQYAFIEQTLQPGPMVSLKCSATGSPTPIIKWKLDGFDLPNLERYL 255          

HSP 2 Score: 58.5362 bits (140), Expect = 2.731e-9
Identity = 51/180 (28.33%), Postives = 82/180 (45.56%), Query Frame = 0
Query:  293 VVHQISIS-----DAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSV-QEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSE-QTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPIPQN 464
            V+  ++IS     D GLY C + N + +   +  L +Y     R  P +      R     C   G PI+++ W K+   L   S +R     NGTLI+  V +E DEG Y+C   N    + A G  ++   +   +  F+   +LQ G  +SL C I +G+ P  + W+ +  P+  N
Sbjct:  266 VISHLNISRSLVIDGGLYSCSVINRAGSIIHQGRLNIYGAPMIRPWPEEIKAIEGRTFVLHCPLGGFPIEAVHWEKDN--LLLASNLRRKVLNNGTLILSDVAKERDEGSYKCTGSNRQGLS-AMGKTKISVIVSPKIVPFAAPASLQQGERISLTCTIARGDAPLTLSWVKNNRPLNNN 442          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000011416 (pep:novel supercontig:LSalAtl2s:LSalAtl2s789:132799:170277:1 gene:EMLSAG00000011416 transcript:EMLSAT00000011416 description:"maker-LSalAtl2s789-snap-gene-0.23")

HSP 1 Score: 119.398 bits (298), Expect = 5.126e-29
Identity = 59/137 (43.07%), Postives = 83/137 (60.58%), Query Frame = 0
Query:  332 IHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            + P +QI+D+ R +   C T      S+ W K G  L   + I  +K    TL I ++Q  D G+YQC ++ +   A A+  L+LGDA PVL Y+F +QTLQPGP VSLKC  +G+P P I W L+GFP+P N+R +
Sbjct:    1 VVPSEQIIDIGRKARLECLTESRDRDSIHWKKXGRXLPSHNRILTNKQ---TLQIFNLQREDYGMYQCFVRRDXYEAXASSELRLGDASPVLTYRFIDQTLQPGPLVSLKCTSRGSPTPGITWSLNGFPLPDNERFM 134          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000004785 (pep:novel supercontig:LSalAtl2s:LSalAtl2s251:1742083:1751026:-1 gene:EMLSAG00000004785 transcript:EMLSAT00000004785 description:"maker-LSalAtl2s251-augustus-gene-18.7")

HSP 1 Score: 85.8853 bits (211), Expect = 2.610e-18
Identity = 54/195 (27.69%), Postives = 90/195 (46.15%), Query Frame = 0
Query:  268 WFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSEN-GTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            WF   ++    ++P+  +      +++ ++S S  G + C  +N+      +V LTV +PL  R++P  Q VD+ +     C   G P++ + W+K+G  L         K +N  TL I S+   D+GLYQC ++ E                       S+   QPG ++S+ C   G+P P I W +DG PI
Sbjct:   39 WFHASSSDY-SLLPNIDYFVTEGTILITRVSTSHGGKWTCKASNSRGYESSDVHLTVQTPLSLRLYPPAQRVDVGKEVRIECAYRGFPLKDVYWVKDGVQLTLFPRGEIHKGDNVSTLRIHSMDRRDKGLYQCFVEGE-----------------------SQILSQPGSSLSISCKATGSPLPSISWFVDGRPI 209          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000005066 (pep:novel supercontig:LSalAtl2s:LSalAtl2s266:205294:402426:1 gene:EMLSAG00000005066 transcript:EMLSAT00000005066 description:"maker-LSalAtl2s266-augustus-gene-3.8")

HSP 1 Score: 75.485 bits (184), Expect = 1.611e-14
Identity = 56/204 (27.45%), Postives = 85/204 (41.67%), Query Frame = 0
Query:  268 WFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRY---SKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGS------LQLGDA-LPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            W + D       +P  +       L +  +   D G+Y C   N         S++V++    +  P  Q + +N  + F C+  G+P  SL W K G      +G +Y   S SE+GTL I  V++ DEG Y C   + L  A +T +        L D   P+++   + QTL       L C   G P P I W  +  PI
Sbjct:  255 WSRDDGP-----LPENKVSIDANRLQIRDVRPEDDGIYFCKAKNDVGYVEASFSISVHAKPAIQTKPKDQRIGMNGIAKFECSAGGNPPPSLFWTKEGSQELMFAGTKYGQRSVSEDGTLFIQGVRKEDEGFYIC---SALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPI 450          

HSP 2 Score: 66.6254 bits (161), Expect = 7.944e-12
Identity = 54/194 (27.84%), Postives = 85/194 (43.81%), Query Frame = 0
Query:  277 RQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNN---TSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSC-TTSGSPIQSLVWLKNGEPLE-DKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQ 465
            R ++PS    F   +  V      D GLY C   N   T+ +R + + + V    + R++PM  IV         C    G+P  S+ W KNG+ L+  +S  R   +E G L+I  V + DEG   C  +N +   +   +       P  L K  + T   G  + + C   G+P P + W  D  P+P+N+
Sbjct:   77 RVILPSGSLFF---LRAVQNKKEHDGGLYWCEATNEVGTARSRNVTLDVAVLRE-DFRLNPMDTIVAEGDIGVIKCWPPKGNPKPSVKWTKNGDILDTSQSNGRIIITEVGNLVIQEVVKSDEGQXACQAENIVGIRETEEAQLSIQVKPYFLSKPLDITAISGDDIDIICDVSGDPDPIVIWSRDDGPLPENK 266          

HSP 3 Score: 55.8398 bits (133), Expect = 1.822e-8
Identity = 43/171 (25.15%), Postives = 70/171 (40.94%), Query Frame = 0
Query:  291 VLVVHQISISDAGLYVC----VMNNTSETRRIEVSLTVYSPLESRIH-PMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL--PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKW 454
             L +  +   D G Y+C    V  +T+    +EV+    +P    I     Q + LN  +   C  SG+P  ++ W KN  P+      R     +GTL+I ++   D GLY C   +E      + SL   D     V+ +K  + +  P P    K + + +    I W
Sbjct:  368 TLFIQGVRKEDEGFYICSALSVAGSTATKAYLEVTALRDTPPPIIIMGTANQTLPLNTIAILPCKASGAPKPTISWYKNQSPISIDDSSRILVESSGTLVIDNLISSDTGLYTCTASSESGETSWSASLSXXDPKNPNVIFHKTPDPSTFPDPPTRPKIVDRRSTSITISW 538          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000004040 (pep:novel supercontig:LSalAtl2s:LSalAtl2s215:590464:702398:-1 gene:EMLSAG00000004040 transcript:EMLSAT00000004040 description:"maker-LSalAtl2s215-snap-gene-7.10")

HSP 1 Score: 71.2478 bits (173), Expect = 3.000e-13
Identity = 76/298 (25.50%), Postives = 117/298 (39.26%), Query Frame = 0
Query:  186 DPRGKYTLLQSGALL----VHHTSSYDTYKKYICKTEHTLTG----LRKRSSAE-----------ARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNN---TSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            D R +  LL +G+L     VH     D    Y C   +TL      LR +   E           A +I   PKG   P V   +  Q+     +++   R + KD   L  VIP +                 D G Y C+  N   T  T+RI + + +   +     P    +   +     C   G P   + W K+   L     +  S+ E G LII +    DE +Y+C+ +N      AT ++++  + P+ L K S Q +  G   SL CI  GNP P + W+ +G  +
Sbjct:   79 DHRSRRVLLPNGSLFFLRTVHSRKETDG-GIYSCVARNTLGSVESLLRDKFRGEPVDSDVILGQTAELICXPPKGNPSPTVFWKKNGQILD---LETEEERLYIKDEGTL--VIPDS--------------IPGDEGSYQCIAKNIAGTKATQRIHLEVGIVPSITKA--PENASIASGKEIRLVCVAEGKPKPMISWSKSAGSLP----LSRSRIEGGLLIIKNAITTDEDVYRCMAENSAGMDTATAAIRI-HSPPIFLVKPSNQKIAVGAPASLDCIAAGNPTPVLFWMKEGLSL 349          

HSP 2 Score: 63.1586 bits (152), Expect = 9.825e-11
Identity = 66/234 (28.21%), Postives = 101/234 (43.16%), Query Frame = 0
Query:  234 IILTDPKGPVIPK----VIEPRTQQLEIRHWIDSFNSR---WFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLES--RIHPMQQIVDLNRPSFFSCTT-SGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQ-TLQPGPTVSLKCIGKGNPPPRIKW 454
            +IL+ P+  ++PK     +   T    +   I   N R       D    R ++P+    F   +  VH    +D G+Y CV  NT  +        V S L    R  P+   V L + +   C    G+P  ++ W KNG+   LE +    Y K E GTL+I     GDEG YQC+ +N +   +AT  + L   +   + K  E  ++  G  + L C+ +G P P I W
Sbjct:   34 LILSHPESTIVPKNDPVTLRCDTSGXPLPEIIWRRNGRKXTTAADDHRSRRVLLPNGSLFF---LRTVHSRKETDGGIYSCVARNTLGS--------VESLLRDKFRGEPVDSDVILGQTAELICXPPKGNPSPTVFWKKNGQILDLETEEERLYIKDE-GTLVIPDSIPGDEGSYQCIAKN-IAGTKATQRIHLEVGIVPSITKAPENASIASGKEIRLVCVAEGKPKPMISW 254          

HSP 3 Score: 55.4546 bits (132), Expect = 2.519e-8
Identity = 43/138 (31.16%), Postives = 58/138 (42.03%), Query Frame = 0
Query:  333 HPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKS---ENGTLIIL----SVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP----GPTVSLKCI-GKGNPPPRIKWLLDG 458
            HP   IV  N P    C TSG P+  ++W +NG      +    S+     NG+L  L    S +E D G+Y CV +N            LG    +L  KF  + +      G T  L C   KGNP P + W  +G
Sbjct:   38 HPESTIVPKNDPVTLRCDTSGXPLPEIIWRRNGRKXTTAADDHRSRRVLLPNGSLFFLRTVHSRKETDGGIYSCVARN-----------TLGSVESLLRDKFRGEPVDSDVILGQTAELICXPPKGNPSPTVFWKKNG 164          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000008452 (pep:novel supercontig:LSalAtl2s:LSalAtl2s518:328679:339984:1 gene:EMLSAG00000008452 transcript:EMLSAT00000008452 description:"maker-LSalAtl2s518-augustus-gene-2.23")

HSP 1 Score: 70.4774 bits (171), Expect = 6.674e-13
Identity = 53/183 (28.96%), Postives = 83/183 (45.36%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL---EDKSGI----RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVL-LYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            H  VL++ ++ + D G Y+C   N   +    V L++ S     I      VD      ++C   G P     WLKN + L   +DK  I    RY   +N  LII  V + D+G+Y+C+  N+LD   ++G L++    P    Y   E+     G  +++KC  +G P P   W  +G  I
Sbjct:  537 HNRVLIIPRVKVEDQGEYICRAYNDKLSISASVKLSIQSRPVFTISIGDLHVDEKDDVTWTCEAFGIPDVKYKWLKNAKLLKTGDDKLAIEDRGRYEIKDN-VLIIRQVSKRDQGMYECLAYNDLDARYSSGQLRVLSFSPSFDKYPLEEKLFAAEGGNITIKCKPEGAPTPEFVWRKNGAKI 718          

HSP 2 Score: 64.3142 bits (155), Expect = 5.263e-11
Identity = 47/175 (26.86%), Postives = 75/175 (42.86%), Query Frame = 0
Query:  284 RFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS--------PLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSL--QLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNP 448
            R++    VL++ Q+S  D G+Y C+  N  + R     L V S        PLE ++   +            C   G+P    VW KNG  +   SG +Y   ++G+L I  V   D  ++ C   NE   A++TG L  + G +    +       +  G +V+LKC    +P
Sbjct:  631 RYEIKDNVLIIRQVSKRDQGMYECLAYNDLDARYSSGQLRVLSFSPSFDKYPLEEKLFAAE-----GGNITIKCKPEGAPTPEFVWRKNGAKI--GSGGKYIIYKSGSLFIRRVNADDSAVFTCEASNEYGRAESTGRLIVKRGPSFQAGIKPKPLVIVNKGSSVNLKCKAVADP 798          
BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Match: EMLSAP00000004009 (pep:novel supercontig:LSalAtl2s:LSalAtl2s214:573899:577288:-1 gene:EMLSAG00000004009 transcript:EMLSAT00000004009 description:"maker-LSalAtl2s214-augustus-gene-5.7")

HSP 1 Score: 62.7734 bits (151), Expect = 1.313e-10
Identity = 51/195 (26.15%), Postives = 78/195 (40.00%), Query Frame = 0
Query:  267 RWFKKDA----TGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNT--SETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTT-SGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKW 454
            RWFK  +    +  R ++P     F   + V H    +D+G Y C   N+  S +  I      Y   E +  P      L R     C+  +G P   + W ++G+ L+  S  R      G L+I SVQ+ DEG YQC   N  +   +       +A P  + K  +     G    + C   G+P P + W
Sbjct:   54 RWFKNGSPLFTSPDRMILPDGSLLF---LRVFHSKKETDSGDYHCTATNSQGSASSHIATLEIAYMKDEFKALPRDTEATLGRDIVLECSPPAGHPEPVVKWKRDGDHLDLTSSKRIKIDGQGNLLIQSVQKSDEGRYQCSAGNIANKKMSKAVRLNVNAPPHFISKPKDINAIAGEEAFIDCRVGGDPYPDVTW 245          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|238064982|sp|Q9VS29.3|DSCL_DROME (RecName: Full=Down syndrome cell adhesion molecule-like protein Dscam2; Flags: Precursor)

HSP 1 Score: 185.267 bits (469), Expect = 3.207e-49
Identity = 123/368 (33.42%), Postives = 181/368 (49.18%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQRDTKIRTDPTG----LRFVSDN------GTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQ----------LEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSC--TTSGSPI--QSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQN-ELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  +    + + V  Q Y+ D ++ +   G    LR V           ++WVHE   AI I+P     GK+ LL +G LL+H+    D  + + C++ H LT  +   S+  R+ +   +G + P V+E               L +     S    WF  +  G   V+   R +    +L +  ++  D+G+Y C   N       E+ LTV +P++  I P    V +   + F C  T++GSP+  Q+++W K+G  L     +        TL++  V   + G+YQCV++  E D  QAT  LQLGDA PVLLY F EQTLQPGP VSLKC   GNP P+I W LDGFP+P N R +
Sbjct:  112 SNSVGRIVSRDVQVRAVVAQAYKVDVEVLSAARGCTAILRCVVPTFVKELVRVVSWVHEP--AIYIYPSLQGDGKFHLLPTGELLIHNLQESDESQSFRCRSMHRLT-RQVVVSSPTRLRINSHRGIISPSVVEHTAHVQVSQDEGAVLLCVAQGCPSPEYSWFTHNGAGPLPVLSGPRVRLLGPILAIEAVTGEDSGVYKCTAGNVGGEASAELRLTVATPIQVEISPNVLSVHMGGTAEFRCLVTSNGSPVGMQNILWYKDGRQLPSSGRVE------DTLVVPRVSRENRGMYQCVVRRPEGDTFQATAELQLGDAPPVLLYSFIEQTLQPGPAVSLKCSAAGNPTPQISWTLDGFPLPSNGRFM 470          

HSP 2 Score: 62.3882 bits (150), Expect = 5.838e-9
Identity = 46/174 (26.44%), Postives = 79/174 (45.40%), Query Frame = 0
Query:  294 VHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVD---LNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDF-AQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIP 462
            +  + + D G Y C+  N +   +    L +Y     R+ P    V    LN      C  +G PI+ + W + G  L D   IR     +G+L I  VQ+  D G+Y C  +N+    A+ +G + +     +  + F E   +   T ++  + +G+PP ++ WL DG P+P
Sbjct:  487 ISHVMVEDGGEYACIAENRAGRVQHAARLNIYGLPYIRLIPKVTAVSGETLN----LKCPVAGYPIEEIHWERGGRELPDD--IRQRVQPDGSLTISPVQKNSDSGVYTCWARNKQGHSARRSGEVTVIVPPSIEPFAFQEGLAEGMRTRTVCGVSRGDPPLKLIWLKDGDPLP 654          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|292630781|sp|Q4VA61.2|DSCL1_MOUSE (RecName: Full=Down syndrome cell adhesion molecule-like protein 1 homolog; Flags: Precursor)

HSP 1 Score: 124.405 bits (311), Expect = 8.270e-29
Identity = 84/309 (27.18%), Postives = 134/309 (43.37%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +      LTV  PL   + P +    +      SC  +GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  P+ ++   R  +   +   T  HMN+
Sbjct:  170 PENRFFITSHGGLYISDVQKEDALSTYRCITQHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWTGHSVELPCAASGYPIPAIRWLKDG----RPLPADSRWAKRITGLTISDLRTEDSGTYICEVTNTFGSAEANGILTVIDPLHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPGEAISIRGLSNETLLISSAQKSHSGAYQCFATRKAQTAQDFAIIVLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPVVRDGSHRTNQYTMSDGTTISHMNV 472          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|73620825|sp|Q8TD84.2|DSCL1_HUMAN (RecName: Full=Down syndrome cell adhesion molecule-like protein 1; AltName: Full=Down syndrome cell adhesion molecule 2; Flags: Precursor)

HSP 1 Score: 122.094 bits (305), Expect = 5.659e-28
Identity = 84/309 (27.18%), Postives = 133/309 (43.04%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP-RTQQLEIRHWIDSFNS---------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ +TDP    IP +++   +Q++   H ++   +         RW K      R +   +R+   +  L +  +   D+G Y+C + NT  +      L V  PL   + P +    +      SC  +GSP  ++ W +N E +     I      N TL+I S Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  PI ++   R  +   +   T  HMN+
Sbjct:  170 PEHRFFITYHGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVTDP-AESIPTILDGFHSQEVWAGHTVELPCTASGYPIPAIRWLKDG----RPLPADSRWTKRITGLTISDLRTEDSGTYICEVTNTFGSAEATGILMVIDPLHVTLTPKKLKTGIGSTVILSCALTGSPEFTIRWYRNTELVLPDEAISIRGLSNETLLITSAQKSHSGAYQCFATRKAQTAQDFAIIALEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIVRDGSHRTNQYTMSDGTTISHMNV 472          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|939319686|sp|E1C8P7.2|DSCL1_CHICK (RecName: Full=Down syndrome cell adhesion molecule-like protein 1 homolog; Flags: Precursor)

HSP 1 Score: 120.168 bits (300), Expect = 1.913e-27
Identity = 85/311 (27.33%), Postives = 133/311 (42.77%), Query Frame = 0
Query:  187 PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPK-GPVIPKVIEPRTQQLEIRHW----IDSFNS-------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQN--QRXLRVLFNMCPTFFHMNI 483
            P  ++ +   G L +      D    Y C T+H  +G   R S  AR+ ++D      IP +++   Q  E+R      +    S       RW K      R +    R+   +  L +  + + D+G Y+C + NT  +  +  +LTV  PL   + P +    +      SC  SGSP   + W +N + +     I      N TL+I + Q+   G YQC    +   AQ    + L D  P ++  FSE+ + PG   SL C  KG PPP + W LD  PIP++   R  +   +   T  HMN+
Sbjct:  169 PENRFFITSYGGLYISDVQKEDALSTYRCITKHKYSG-ETRQSNGARLSVSDADPAESIPTMLD-SFQSREVRAGRLVELPCIASGYPNPAIRWLKDG----RPLPADGRWAKRITGLSIADLRVEDSGTYICEVTNTFGSAEVTGTLTVIDPLRVTLTPKKLKTGIGSTVILSCALSGSPEYVIRWYRNTDLVVVDDFISIRGISNETLLITAAQKSHSGAYQCFATRKSQTAQDFSIITLEDGTPRIVSSFSEKVVNPGEQFSLMCAAKGAPPPTVTWALDDEPIPRDNGHRTNQYTMSDGTTVSHMNV 473          

HSP 2 Score: 62.7734 bits (151), Expect = 4.778e-9
Identity = 52/168 (30.95%), Postives = 77/168 (45.83%), Query Frame = 0
Query:  299 ISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            I D G+Y C   N+  +   +  + V  P    I  M+ I  +  R +F +C   G P  S+ W K+   L D    R    ENGTL ++ VQ+G DEG Y C  +IQ +L  +Q   S+ +   +P L+  F       G  + + C +  G+ P  I W  DG  I
Sbjct:  478 IKDGGVYRCTARNSVGSAEYQARINVRGP--PSIRAMKNITAVAGRDTFINCRVIGYPYYSIKWYKDSLLLPDNH--RQVVFENGTLKLMDVQKGMDEGEYLCSVLIQPQLSISQ---SVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIHITWRKDGHVI 638          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|12643619|sp|O60469.2|DSCAM_HUMAN (RecName: Full=Down syndrome cell adhesion molecule; AltName: Full=CHD2; Flags: Precursor)

HSP 1 Score: 120.168 bits (300), Expect = 2.246e-27
Identity = 84/277 (30.32%), Postives = 128/277 (46.21%), Query Frame = 0
Query:  190 KYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP--KGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIP---STRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            ++ +  +GAL +    + D    Y C T H  TG   R S  AR+ ++DP    P I    + R      R  +        + D   L+  +P   S RFQ  +  L++  I  SD+G YVC ++N   T ++   L V  PL++ I P +    +      SC+ +G+  Q L W +NGE L     +R +   +  LI+  + + D G YQC ++ +   AQ    + L D  P ++  FSE+ + P   VSL C  KG P P I W LD  PI
Sbjct:  172 RFLITSTGALYIKDVQNEDGLYNYRCITRHRYTG-ETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENIRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEILNPGKNVRITGINHENLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLMCNVKGTPLPTITWTLDDDPI 447          

HSP 2 Score: 63.1586 bits (152), Expect = 3.557e-9
Identity = 52/178 (29.21%), Postives = 80/178 (44.94%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPIP 462
            L +    + D G+Y C  NN++     +  + V  P  + I PM+ I  +  R ++  C   G P  S+ W KN    P   +   + +   NGTL +  VQ E DEG Y C  ++Q +L  +Q   S+ +   +P  +  F       G  V + C +  G+ P  I W  DG PIP
Sbjct:  469 LNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGP--ASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHR---QVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQ---SVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIP 638          

HSP 3 Score: 57.7658 bits (138), Expect = 1.716e-7
Identity = 41/169 (24.26%), Postives = 70/169 (41.42%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKSGI----RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKW 454
            L +  +S+   G Y C+  N +     +  L V  P +  + P  Q     +    +C+  G P+ ++VW    G  +     I    R     NG+L+I  V E D G Y C + N++  A  + S+ L   +P ++  +   TL   G    + C   G  P  ++W
Sbjct:  654 LRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVG-ADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRW 821          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|81917376|sp|Q9ERC8.1|DSCAM_MOUSE (RecName: Full=Down syndrome cell adhesion molecule homolog; Flags: Precursor)

HSP 1 Score: 117.472 bits (293), Expect = 1.880e-26
Identity = 82/277 (29.60%), Postives = 127/277 (45.85%), Query Frame = 0
Query:  190 KYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP--KGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIP---STRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            ++ +  +GAL +    + D    Y C T H  TG   R S  AR+ ++DP    P I    + R      R  +        + D   L+  +P   S RFQ  +  L++     SD+G YVC ++N   T ++   L V  PL++ I P +    +      SC+ +G+  Q L W +NGE L     +R +   +  LI+  + + D G YQC ++ +   AQ    + L D  P ++  FSE+ + P   VSL C  KG P P + W LD  PI
Sbjct:  172 RFLITSTGALYIKDVQNEDGLYNYRCITRHRYTG-ETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENSRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGNEDQELSWYRNGEILNPGKNVRITGLNHANLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLVCNVKGTPLPTVTWTLDDDPI 447          

HSP 2 Score: 63.5438 bits (153), Expect = 2.746e-9
Identity = 52/178 (29.21%), Postives = 80/178 (44.94%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIG-KGNPPPRIKWLLDGFPIP 462
            L +    + D G+Y C  NN++     +  + V  P  + I PM+ I  +  R ++  C   G P  S+ W KN    P   +   + +   NGTL +  VQ E DEG Y C  ++Q +L  +Q   S+ +   +P  +  F       G  V + C+   G+ P  I W  DG PIP
Sbjct:  469 LNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGP--ASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNANLLPFNHR---QVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQ---SVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIP 638          

HSP 3 Score: 57.3806 bits (137), Expect = 2.202e-7
Identity = 41/169 (24.26%), Postives = 70/169 (41.42%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKSGI----RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKW 454
            L +  +S+   G Y C+  N +     +  L V  P +  + P  Q     +    +C+  G P+ ++VW    G  +     I    R     NG+L+I  V E D G Y C + N++  A  + S+ L   +P ++  +   TL   G    + C   G  P  ++W
Sbjct:  654 LRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVG-ADVSKSMYLTVKIPAMITSYPNTTLATQGQRKEMSCTAHGEKPIIVRW 821          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|81916020|sp|Q8VHZ8.1|DSCAM_RAT (RecName: Full=Down syndrome cell adhesion molecule homolog; Flags: Precursor)

HSP 1 Score: 117.472 bits (293), Expect = 1.898e-26
Identity = 82/277 (29.60%), Postives = 127/277 (45.85%), Query Frame = 0
Query:  190 KYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP--KGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIP---STRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            ++ +  +GAL +    + D    Y C T H  TG   R S  AR+ ++DP    P I    + R      R  +        + D   L+  +P   S RFQ  +  L++     SD+G YVC ++N   T ++   L V  PL++ I P +    +      SC+ +G+  Q L W +NGE L     +R +   +  LI+  + + D G YQC ++ +   AQ    + L D  P ++  FSE+ + P   VSL C  KG P P + W LD  PI
Sbjct:  172 RFLITSTGALYIKDVQNEDGLYNYRCITRHRYTG-ETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENSRPSDSGSYVCEVSNRYGTAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGNEDQELSWYRNGEILNPGKNVRITGLNHANLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSPAEPVSLVCNVKGTPLPTVTWTLDDDPI 447          

HSP 2 Score: 63.5438 bits (153), Expect = 2.722e-9
Identity = 52/178 (29.21%), Postives = 80/178 (44.94%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIG-KGNPPPRIKWLLDGFPIP 462
            L +    + D G+Y C  NN++     +  + V  P  + I PM+ I  +  R ++  C   G P  S+ W KN    P   +   + +   NGTL +  VQ E DEG Y C  ++Q +L  +Q   S+ +   +P  +  F       G  V + C+   G+ P  I W  DG PIP
Sbjct:  469 LNISSSQVRDGGVYRCTANNSAGVVLYQARINVRGP--ASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNANLLPFNHR---QVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQ---SVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIP 638          

HSP 3 Score: 57.3806 bits (137), Expect = 2.202e-7
Identity = 41/169 (24.26%), Postives = 70/169 (41.42%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-LKNGEPLEDKSGI----RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKW 454
            L +  +S+   G Y C+  N +     +  L V  P +  + P  Q     +    +C+  G P+ ++VW    G  +     I    R     NG+L+I  V E D G Y C + N++  A  + S+ L   +P ++  +   TL   G    + C   G  P  ++W
Sbjct:  654 LRISNLSLMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPTIVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVG-ADVSKSMYLTVKIPAMITSYPNTTLATQGQRKEMSCTAHGEKPIIVRW 821          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|939319698|sp|F1NY98.3|DSCAM_CHICK (RecName: Full=Down syndrome cell adhesion molecule homolog; Flags: Precursor)

HSP 1 Score: 116.316 bits (290), Expect = 4.582e-26
Identity = 83/281 (29.54%), Postives = 126/281 (44.84%), Query Frame = 0
Query:  190 KYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP--KGPVIPKVIEPRTQQLEIRHWIDSFNS-------RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            ++ +  +GAL +    + D    Y C T H  TG   R S  AR+ ++DP    P I    + R      R  +    S       RW K +        P +RF+  +  L++     SD+G YVC + N   T  +   L V  PL++ I P +    +      SC+ +G+  Q L W +NGE +   + +R +      LI+  + + D G YQC ++ +   AQ    + L D  P ++  FSE+ + PG  VSL C  KG P P I W LD  PI
Sbjct:  198 RFLITSTGALYILDVQNEDGLYNYRCITRHRYTG-ETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQRVELPCKASGHPTPKYRWLKDNIPWE----PDSRFRQTVTGLLIENTRPSDSGNYVCEVWNNYGTAEMIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGTEDQELSWYRNGEIINPGNNVRITGINRENLIMDGMAKSDGGAYQCFVRKDKMSAQDYVQVILEDGTPKIISAFSEKVVSPGEPVSLMCNVKGTPLPTITWTLDEDPI 473          

HSP 2 Score: 63.929 bits (154), Expect = 2.122e-9
Identity = 52/178 (29.21%), Postives = 80/178 (44.94%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGE--PLEDKSGIRYSKSENGTLIILSVQ-EGDEGLYQC--VIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPIP 462
            L +    + D G+Y C  NN++     +  + V  P  + I PM+ I  +  R ++  C   G P  S+ W KN    P   +   + +   NGTL +  VQ E DEG Y C  ++Q +L  +Q   S+ +   +P  +  F       G  V + C +  G+ P  I W  DG PIP
Sbjct:  495 LNISNTQVRDGGVYRCTANNSAGVVLYQARINVRGP--ASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKNSNLLPFNHR---QVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQ---SVHVTVKVPPFIQPFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIP 664          

HSP 3 Score: 56.225 bits (134), Expect = 5.076e-7
Identity = 40/171 (23.39%), Postives = 71/171 (41.52%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVW-------LKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP-GPTVSLKCIGKGNPPPRIKW 454
            L +  +S+   G Y C+  N +     +  L V  P    + P  Q     +    +C+  G P+ ++VW       +   +P+     I+     NG+L+I  V E D G Y C + N++  A  + S+ L   +P ++  +   TL   G    + C   G  P  ++W
Sbjct:  680 LRISNLSLMHNGNYTCIARNDAAAVEHQSQLIVRVPPRFVVQPSDQDGIYGKAVILNCSAEGYPVPTIVWKYSKGAGVPQFQPIALNGRIQLLT--NGSLLIKHVLEEDSGYYLCKVSNDVG-ADVSKSMYLTVKIPAMITSYPNTTLATQGQKKEMSCTAHGEKPIIVRW 847          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|49036501|sp|Q9Z2I4.2|ROBO3_MOUSE (RecName: Full=Roundabout homolog 3; AltName: Full=Retinoblastoma-inhibiting gene 1 protein; Short=Rig-1; Flags: Precursor)

HSP 1 Score: 109.768 bits (273), Expect = 5.106e-24
Identity = 107/381 (28.08%), Postives = 152/381 (39.90%), Query Frame = 0
Query:   94 AELNNFLRPPD------TRSSSLEGLRWIVEPPNEAAFSNSTGLRLECIARGK-NVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGAL----LVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTD----PKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIH-PMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            A LN  L PP       +R    + +  IVE P +   S      L C A G+    ++WY+   ++ T                            R+DPR    LL SGAL    +VH   S      Y C   + L     R+++    +L D      G V+  V EP   +             W KK    L++     R       L++     SDAG+Y+CV +N +  R    +  V     S +  P+ Q+V  + P  F C   G P  +L W K+   L      RY    + +L I  V   DEG Y CV +N +  A+A+GSL +    P  + K   QT+ PG  VS +C  KGNPPP I W  +G
Sbjct:   38 AALNPSLLPPGDPSLNGSRVGPEDAMPRIVEQPPDLVVSRGEPATLPCRAEGRPRPNIEWYKNGARVATA---------------------------REDPRAHRLLLPSGALFFPRIVHGRRSRPDEGVYTCVARNYLGAAASRNASLEVAVLRDDFRQSPGNVVVAVGEPAVMECVPPKGHPEPLVTW-KKGKIKLKEE--EGRITIRGGKLMMSHTFKSDAGMYMCVASNMAGERESGAAELVVLERPSFLRRPINQVVLADAPVNFLCEVQGDPQPNLHWRKDDGELPAG---RYEIRSDHSLWIDQVSSEDEGTYTCVAENSVGRAEASGSLSV-HVPPQFVTKPQNQTVAPGANVSFQCETKGNPPPAIFWQKEG 384          

HSP 2 Score: 76.6406 bits (187), Expect = 2.233e-13
Identity = 81/290 (27.93%), Postives = 124/290 (42.76%), Query Frame = 0
Query:  185 KDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP---KGPVIPKVIE--PRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLE-VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGE-----PLEDKSGI-RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL-----PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLD 457
            K+  G+ T+ + G L++ HT   D    Y+C   + + G R+  +AE  ++L  P   + P+   V+   P     E++      N  W K D       +P+ R++   +  L + Q+S  D G Y CV  N+        SL+V+ P +    P  Q V       F C T G+P  ++ W K G      P +    + R   S  G L I  V+ GD G Y C   +      A   L++  A      P++L   + QTL  G +V L C   GNP P I+W  D
Sbjct:  208 KEEEGRITI-RGGKLMMSHTFKSDA-GMYMCVASN-MAGERESGAAEL-VVLERPSFLRRPINQVVLADAPVNFLCEVQG-DPQPNLHWRKDDGE-----LPAGRYEIRSDHSLWIDQVSSEDEGTYTCVAENSVGRAEASGSLSVHVPPQFVTKPQNQTVAPGANVSFQCETKGNPPPAIFWQKEGSQVLLFPSQSLQPMGRLLVSPRGQLNITEVKIGDGGYYVCQAVSVAGSILAKALLEIKGASIDGLPPIILQGPANQTLVLGSSVWLPCRVIGNPQPNIQWKKD 487          
BLAST of EMLSAG00000005332 vs. SwissProt
Match: gi|49036492|sp|Q96MS0.2|ROBO3_HUMAN (RecName: Full=Roundabout homolog 3; AltName: Full=Roundabout-like protein 3; Flags: Precursor)

HSP 1 Score: 109.383 bits (272), Expect = 6.786e-24
Identity = 106/381 (27.82%), Postives = 157/381 (41.21%), Query Frame = 0
Query:   94 AELNNFLRPPD------TRSSSLEGLRWIVEPPNEAAFSNSTGLRLECIARGK-NVQVQWYQRDTKIRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPRKDPRGKYTLLQSGAL----LVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTD----PKGPVIPKVIEPRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRI-HPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            A LN+ L PP       +R    + +  IVE P +   S      L C A G+    ++WY+   ++ T                            R+DPR    LL SGAL    +VH   +      Y C   + L     R+++    +L D      G V+  V EP   +          +  W +KD   L++     R       L++     SDAG+YVCV +N +  R    +  +     S +  P+ Q+V  + P  F C   G P   L W K  E  E  +G RY    + +L I  V   DEG Y CV +N +  A+A+GSL +    P L+ +  +Q   PG +V+ +C  KGNPPP I W  +G
Sbjct:   38 AALNHTLLPPGDPSLNGSRVGPEDAMPRIVEQPPDLLVSRGEPATLPCRAEGRPRPNIEWYKNGARVATV---------------------------REDPRAHRLLLPSGALFFPRIVHGRRARPDEGVYTCVARNYLGAAASRNASLEVAVLRDDFRQSPGNVVVAVGEPAVLECVPPRGHPEPSVSW-RKDGARLKEE--EGRITIRGGKLMMSHTLKSDAGMYVCVASNMAGERESAAAEVMVLERPSFLRRPVNQVVLADAPVTFLCEVKGDPPPRLRWRK--EDGELPTG-RYEIRSDHSLWIGHVSAEDEGTYTCVAENSVGRAEASGSLSV-HVPPQLVTQPQDQMAAPGESVAFQCETKGNPPPAIFWQKEG 384          

HSP 2 Score: 91.2781 bits (225), Expect = 4.309e-18
Identity = 84/291 (28.87%), Postives = 130/291 (44.67%), Query Frame = 0
Query:  185 KDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDP---KGPVIPKVIE--PRTQQLEIRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLE-VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGE-----PLED-KSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL-----PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            K+  G+ T+ + G L++ HT   D    Y+C   + + G R+ ++AE  ++L  P   + PV   V+   P T   E++        RW K+D       +P+ R++   +  L +  +S  D G Y CV  N+        SL+V+ P +    P  Q+        F C T G+P  ++ W K G      P +  +   R+S S  G L I +VQ GD G Y C   +      A   L++  A      PV+L   + QTL  G +V L C   GNP P ++W  DG
Sbjct:  208 KEEEGRITI-RGGKLMMSHTLKSDA-GMYVCVASN-MAGERESAAAEV-MVLERPSFLRRPVNQVVLADAPVTFLCEVKG-DPPPRLRWRKEDGE-----LPTGRYEIRSDHSLWIGHVSAEDEGTYTCVAENSVGRAEASGSLSVHVPPQLVTQPQDQMAAPGESVAFQCETKGNPPPAIFWQKEGSQVLLFPSQSLQPTGRFSVSPRGQLNITAVQRGDAGYYVCQAVSVAGSILAKALLEIKGASLDGLPPVILQGPANQTLVLGSSVWLPCRVTGNPQPSVRWKKDG 488          

HSP 3 Score: 60.8474 bits (146), Expect = 1.880e-8
Identity = 52/209 (24.88%), Postives = 91/209 (43.54%), Query Frame = 0
Query:  269 FKKDATGLRQVIPSTRFQFHLEVLVVH-QISISDAGLYVCVMNN---TSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTS-GSPIQSLVWLKNGEPLEDKSG---IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLR 469
             ++D    R ++PS    F     +VH + +  D G+Y CV  N    + +R   + + V    + R  P   +V +  P+   C    G P  S+ W K+G  L+++ G   IR      G L++    + D G+Y CV  N     ++  +  +    P  L +   Q +     V+  C  KG+PPPR++W  +   +P  +  +R
Sbjct:  107 VREDPRAHRLLLPSGALFFPR---IVHGRRARPDEGVYTCVARNYLGAAASRNASLEVAVLR-DDFRQSPGNVVVAVGEPAVLECVPPRGHPEPSVSWRKDGARLKEEEGRITIR-----GGKLMMSHTLKSDAGMYVCVASNMAGERESAAAEVMVLERPSFLRRPVNQVVLADAPVTFLCEVKGDPPPRLRWRKEDGELPTGRYEIR 306          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: XP_016766186.1 (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X4 [Apis mellifera])

HSP 1 Score: 227.639 bits (579), Expect = 5.943e-64
Identity = 142/395 (35.95%), Postives = 202/395 (51.14%), Query Frame = 0
Query:  111 EGLRWIVEPPNEAAFSNSTGLRLECIARGKNV-QVQWYQRDTKIRTDPTGLRFVSDNGTL--------TWVHEEGTAI---------------EIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            +G   I EP +   FSN TG  + C A+G  + ++ W   D         +R +  NG++        T+ H+  +A+               EI  + D R  + +L +G LLV   +S D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ +  +E+ +++ S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL I SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:   40 QGPVLISEPRSSVEFSNETGAMIHCSAQGSPLPRIDWLMGDESPVLPIPHIREMLVNGSMYFLPFGAETYRHDVHSAVYRCQASNSVGRVLGREITVKADDR--HHMLPTGELLVFSVTSSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSEMVELEVSIISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRISSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 431          

HSP 2 Score: 57.7658 bits (138), Expect = 7.463e-8
Identity = 48/178 (26.97%), Postives = 75/178 (42.13%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            H+ + VVH   + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R     NGTL++  V    D G Y C  +N+   + +  ++ +   +P  +  FS  + L  G    + C + KG+PP  I W  DG  I
Sbjct:  445 HVNISVVH---VEDGGEYRCTAANRMAKVHHSARLNIYG--LPHVRPMGNYAAVAGETTVIKCPVAGFPIASITWEKDGKVL--PTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQ-TVHIEVKVPPTIAPFSFNKDLSEGVRAQVTCMVEKGDPPFTIAWSKDGEAI 614          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: AGB94267.1 (down syndrome cell adhesion molecule 4, isoform J [Drosophila melanogaster])

HSP 1 Score: 225.328 bits (573), Expect = 3.715e-63
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: AGB94266.1 (down syndrome cell adhesion molecule 4, isoform I [Drosophila melanogaster])

HSP 1 Score: 225.328 bits (573), Expect = 3.715e-63
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: ACL83264.1 (down syndrome cell adhesion molecule 4, isoform H [Drosophila melanogaster])

HSP 1 Score: 225.328 bits (573), Expect = 3.862e-63
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: ACL83263.1 (down syndrome cell adhesion molecule 4, isoform D [Drosophila melanogaster])

HSP 1 Score: 225.328 bits (573), Expect = 4.154e-63
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: ABI31245.2 (down syndrome cell adhesion molecule 4, isoform E [Drosophila melanogaster])

HSP 1 Score: 225.328 bits (573), Expect = 4.154e-63
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:  162 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 469          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: XP_006568255.2 (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X3 [Apis mellifera])

HSP 1 Score: 224.172 bits (570), Expect = 9.189e-63
Identity = 140/366 (38.25%), Postives = 192/366 (52.46%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RD  +    TG+       FV +   +T WV +  +A  IFP      ++ +L +G LLV   +S D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ +  +E+ +++ S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL I SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  123 SNSVGRVLGREITVKAVVRQKYEVQVRDAYVLPGNTGVLRCEIPTFVKEYVAVTSWVRD--SAYNIFPTPKSDDRHHMLPTGELLVFSVTSSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSEMVELEVSIISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRISSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 485          

HSP 2 Score: 60.8474 bits (146), Expect = 8.690e-9
Identity = 48/178 (26.97%), Postives = 78/178 (43.82%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            H+ + VVH   + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R     NGTL++  V    D G Y C  +N+   + +  ++ +   +P  +  FS    +Q G  V + C + +G+ P +I WL DG P+
Sbjct:  499 HVNISVVH---VEDGGEYRCTAANRMAKVHHSARLNIYG--LPHVRPMGNYAAVAGETTVIKCPVAGFPIASITWEKDGKVL--PTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQ-TVHIEVKVPPKIDPFSFPANIQEGARVHVVCVVSEGDSPLKITWLKDGRPL 668          

HSP 3 Score: 55.0694 bits (131), Expect = 5.938e-7
Identity = 52/199 (26.13%), Postives = 81/199 (40.70%), Query Frame = 0
Query:  278 QVIPSTRFQ--FHLEVLVVHQISIS-DAGLYVCVMNNT---SETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSE-NGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPT-VSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            +V+P++R Q  F    LV+H +  S D G Y C   N    S+++ + + + V   ++    P   I +  R       + G     + WLK+G PL       +   E + TL+I S      G Y CV  N+      T SL L    P  + +  +     G + + L C   G PPP + W       P N R +
Sbjct:  573 KVLPTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQTVHIEVKVPPKIDPFSFPAN-IQEGARVHVVCVVSEGDSPLKITWLKDGRPLNSTETTTHHIGEYDLTLMIQSATTAHNGNYTCVASNDAAETSRTASL-LVHVPPRWVMEPQDVRASEGMSRLVLHCHADGFPPPAVSWRRASGKKPGNYRDI 769          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: XP_006568256.1 (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X5 [Apis mellifera])

HSP 1 Score: 224.172 bits (570), Expect = 9.469e-63
Identity = 140/366 (38.25%), Postives = 192/366 (52.46%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RD  +    TG+       FV +   +T WV +  +A  IFP      ++ +L +G LLV   +S D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ +  +E+ +++ S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL I SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  112 SNSVGRVLGREITVKAVVRQKYEVQVRDAYVLPGNTGVLRCEIPTFVKEYVAVTSWVRD--SAYNIFPTPKSDDRHHMLPTGELLVFSVTSSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSEMVELEVSIISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRISSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 474          

HSP 2 Score: 58.151 bits (139), Expect = 6.926e-8
Identity = 48/178 (26.97%), Postives = 75/178 (42.13%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            H+ + VVH   + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R     NGTL++  V    D G Y C  +N+   + +  ++ +   +P  +  FS  + L  G    + C + KG+PP  I W  DG  I
Sbjct:  488 HVNISVVH---VEDGGEYRCTAANRMAKVHHSARLNIYG--LPHVRPMGNYAAVAGETTVIKCPVAGFPIASITWEKDGKVL--PTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQ-TVHIEVKVPPTIAPFSFNKDLSEGVRAQVTCMVEKGDPPFTIAWSKDGEAI 657          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: XP_006568253.2 (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X1 [Apis mellifera])

HSP 1 Score: 224.172 bits (570), Expect = 1.033e-62
Identity = 140/366 (38.25%), Postives = 192/366 (52.46%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RD  +    TG+       FV +   +T WV +  +A  IFP      ++ +L +G LLV   +S D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ +  +E+ +++ S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL I SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  123 SNSVGRVLGREITVKAVVRQKYEVQVRDAYVLPGNTGVLRCEIPTFVKEYVAVTSWVRD--SAYNIFPTPKSDDRHHMLPTGELLVFSVTSSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSEMVELEVSIISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRISSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 485          

HSP 2 Score: 58.151 bits (139), Expect = 6.414e-8
Identity = 48/178 (26.97%), Postives = 75/178 (42.13%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            H+ + VVH   + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R     NGTL++  V    D G Y C  +N+   + +  ++ +   +P  +  FS  + L  G    + C + KG+PP  I W  DG  I
Sbjct:  499 HVNISVVH---VEDGGEYRCTAANRMAKVHHSARLNIYG--LPHVRPMGNYAAVAGETTVIKCPVAGFPIASITWEKDGKVL--PTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQ-TVHIEVKVPPTIAPFSFNKDLSEGVRAQVTCMVEKGDPPFTIAWSKDGEAI 668          
BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Match: XP_016766187.1 (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X6 [Apis mellifera])

HSP 1 Score: 223.787 bits (569), Expect = 1.121e-62
Identity = 140/366 (38.25%), Postives = 192/366 (52.46%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RD  +    TG+       FV +   +T WV +  +A  IFP      ++ +L +G LLV   +S D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ +  +E+ +++ S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL I SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:   94 SNSVGRVLGREITVKAVVRQKYEVQVRDAYVLPGNTGVLRCEIPTFVKEYVAVTSWVRD--SAYNIFPTPKSDDRHHMLPTGELLVFSVTSSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSEMVELEVSIISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRISSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 456          

HSP 2 Score: 57.7658 bits (138), Expect = 7.411e-8
Identity = 48/178 (26.97%), Postives = 75/178 (42.13%), Query Frame = 0
Query:  288 HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            H+ + VVH   + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R     NGTL++  V    D G Y C  +N+   + +  ++ +   +P  +  FS  + L  G    + C + KG+PP  I W  DG  I
Sbjct:  470 HVNISVVH---VEDGGEYRCTAANRMAKVHHSARLNIYG--LPHVRPMGNYAAVAGETTVIKCPVAGFPIASITWEKDGKVL--PTSRRQEVFPNGTLVLHHVDRSTDHGAYTCTAKNKQGRSDSQ-TVHIEVKVPPTIAPFSFNKDLSEGVRAQVTCMVEKGDPPFTIAWSKDGEAI 639          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|939272920|ref|XP_014256768.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 [Cimex lectularius])

HSP 1 Score: 248.825 bits (634), Expect = 1.670e-68
Identity = 127/311 (40.84%), Postives = 181/311 (58.20%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSF-----------NSRWFKKDATGLRQVIPSTRFQFHLE-VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            +W+ E    I I+P  D  GK+ ++ +G L V+ TS  D YK Y C+T H LTG  + SS   RII+T+PKG V P++   +  + ++++  D               RWF++++  L  VI + R   +   +L + +  I D G Y+C +NNT      +V+L+V +PL   IHP  Q+VD+ + +   CT +G P+  + W  NG+PL   S  +Y  S N  L I S+ + D+G+YQC + N+ D AQA   LQLGDA P L Y FSEQTLQPGP +SLKC+  GNPPP+  WLLDGFPIP + R L
Sbjct:  162 SWIQE--GVINIYPNTDTGGKFAVMSNGDLYVYRTSQSDGYKTYGCRTVHKLTGDVRASSYPGRIIITEPKGAVQPRIRVEKHSRKQVKYGEDIILPCLAQGYPIPTYRWFREESEKLMPVIGNERIHVNPSGLLYITKSRIEDKGKYICKINNTVGEEVAQVTLSVTAPLSVHIHPQTQVVDVGKEALLQCTPNGFPVTRVFWFHNGQPLTTDS--KYKVSTNQLLNISSISKDDQGMYQCFVSNDWDMAQAVAELQLGDASPELTYSFSEQTLQPGPPISLKCVATGNPPPQFTWLLDGFPIPDSTRFL 468          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|646697100|gb|KDR08985.1| (Down syndrome cell adhesion molecule-like protein, partial [Zootermopsis nevadensis])

HSP 1 Score: 236.498 bits (602), Expect = 2.408e-64
Identity = 122/311 (39.23%), Postives = 180/311 (57.88%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPR--TQQLEIRHWI------DSF---NSRWFKKDATGLRQVIPSTRFQ-FHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            +W+ +   A+ I+P  D  GKY +L SG L +++    D YK Y C+T H LTG    S+   RII+T+PKG V P++   +  T+Q+++   I        F   + RWF +D   L  +    R       +L + ++ + D G Y+C +NN++    ++V+LTV +PL + + P  Q+VD+ + + F C T G P+  + W +N +P+   S    + S    LII  +Q+ D G+YQC I NE + AQAT  LQLGDA P LLY F+EQT+QPGP +SLKC+  GNPPP+  W LDGFP+P N R L
Sbjct:  141 SWIQD--GAVNIYPNTDTGGKYVVLTSGDLYIYNAGPSDGYKSYACRTVHRLTGEVHASTYPGRIIITEPKGSVQPRITVEKHVTRQVKVGDDIILPCVAQGFPVPSYRWFHEDREQLSPISVGERVSILAAGLLRIAKVRLEDMGKYLCWVNNSAGEETVQVTLTVTAPLSAHVQPQTQVVDVGKEAVFQCITGGHPVTRVSWYRNAKPIVRDSRFEITSSPE-KLIIRPLQKEDHGMYQCFISNEWEMAQATAELQLGDASPELLYWFTEQTVQPGPAISLKCVATGNPPPQFVWTLDGFPVPDNTRFL 448          

HSP 2 Score: 63.1586 bits (152), Expect = 7.358e-7
Identity = 62/285 (21.75%), Postives = 107/285 (37.54%), Query Frame = 0
Query:  193 LLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS------------RWFKKDATGLRQVIPST--RFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLK--NGEPLEDKSGI---RYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            +  +G L++ H         Y C+ ++      +R   E ++I       V PK++  +     +R  + +  S            RW +       Q + +T  R   +   L++  I+ S +G Y CV  N + +    V LTV  P    + P    +   +     C   G P+ S+ W K     P E K  +     +   NG+L  L + +  EG Y C  +NE+    +       +A      K  +  +Q G    L+C   G+ P  I W + G
Sbjct:  546 VYSNGTLVIEHAQRQADAGTYTCQAQNRQKHTARRD-VEVQVI-------VPPKILPIQEMTNLLREGMRATISCHILEGDLPVTFRWERNGHPLSEQSLGATTRRLDEYSTSLIIEHITSSHSGNYTCVAQNVAGSESFTVPLTVNVPPHWTVEPTDANIASGQDVTLHCQADGYPVPSVTWRKAVGAHPGEYKEFLYEPNVNFYRNGSLEFLHISKDSEGYYLCEAKNEVGTGVSKVIFLKVNAPAYFPQKTKQMQVQKGEQAHLQCTALGDTPIEIMWKVGG 822          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|115646214|gb|ABJ16979.1| (IP05371p, partial [Drosophila melanogaster])

HSP 1 Score: 224.557 bits (571), Expect = 9.819e-64
Identity = 126/318 (39.62%), Postives = 184/318 (57.86%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT----LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
             WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D+G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  SG P+  + WL +G+P+     +R ++ E  T    LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP + R L
Sbjct:   88 AWVQDTG--MHLYPNTDIGGKYTVLSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQISTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSERITIVSAGLLKITKARLEDSGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVSGHPVHDVNWLHDGKPI-----LRDNRVEILTDPPRLIIKKVQKEDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWSLDGFPIPDSSRFL 395          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|1059206437|ref|XP_017765689.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 [Eufriesea mexicana])

HSP 1 Score: 226.098 bits (575), Expect = 2.753e-62
Identity = 140/366 (38.25%), Postives = 194/366 (53.01%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIR-----------HWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL-EDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RDT +    TG+       FV +   +T W+ +  +A  IFP      ++ +L +G LLV   ++ D    Y C+T H +TG    SS+ AR+++TDP  PV P+  E R     IR             I      WF++  TG   +  S R      VLV+      DAG YVC  NNT+ + R+E+ ++V S L   + P Q  VDL + + F C+ +G PI  + W K+G P+ E  SG  + + ++  TL + SV   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  111 SNSVGRVLGREITVKAVVRQKYEVQVRDTYVLPGNTGVLRCEIPTFVKEYVAVTSWIRD--SAYNIFPTLKSDDRHHMLPTGELLVFSVTTSDAQSSYRCRTVHRVTGDTVESSSYARLVVTDPHTPVPPRFNE-RVSPAPIRTGETIVLSCISQGIPPPMYLWFRESVTGTAMIFNSERIYARAGVLVLQSARAEDAGRYVCHANNTAGSERVELEVSVISSLSIHLVPQQVTVDLGKDAEFQCSVTGQPIPVIFWTKDGLPVGESASGRSKITGNDGSTLRVSSVVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTIQPGPSVSLKCIATGNPTPHFSWTLDGFPLPQNDRFM 473          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|759072578|ref|XP_011345913.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X2 [Cerapachys biroi])

HSP 1 Score: 230.72 bits (587), Expect = 2.846e-62
Identity = 136/366 (37.16%), Postives = 197/366 (53.83%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIE-----PRTQQLE------IRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR--YSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RDT +    T +       FV +   +T W  +  +A  I+P  +  GKY +L +G LLV   +S D++  Y C+T H +TG    SS++AR+++T+ + P  P+  E     P ++  E      I   I      WF++  +G   +  S R      VLV+    + DAG YVC  NNT+ + R+E+ +T+ S L   + P Q  VDL + + F C+ +G P   + W K+G P+ + S  R   + ++  TL I S+   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  111 SNSVGKVLGREITVKAVVRQKYEVQVRDTYVLAGNTAVLKCEIPAFVKEYVAVTSWFQD--SAFNIYPTAESGGKYHMLPTGELLVFSVTSADSHSNYRCRTVHHVTGDTVESSSQARLVVTEHRSPSPPRFYERMSPGPISRTGETIVLSCISQGIPPPTYLWFRESVSGTTAITKSERIHARAGVLVLQSARVEDAGRYVCHANNTAGSERVELEVTIISSLSIHLAPQQVTVDLGKDAEFQCSVTGQPHPVISWAKDGLPVREGSSGRSKITGNDGSTLRISSIVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTMQPGPSVSLKCIAMGNPTPHFSWTLDGFPLPQNDRFM 474          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|759072576|ref|XP_011345912.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X1 [Cerapachys biroi])

HSP 1 Score: 230.335 bits (586), Expect = 3.359e-62
Identity = 136/366 (37.16%), Postives = 197/366 (53.83%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIE-----PRTQQLE------IRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR--YSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RDT +    T +       FV +   +T W  +  +A  I+P  +  GKY +L +G LLV   +S D++  Y C+T H +TG    SS++AR+++T+ + P  P+  E     P ++  E      I   I      WF++  +G   +  S R      VLV+    + DAG YVC  NNT+ + R+E+ +T+ S L   + P Q  VDL + + F C+ +G P   + W K+G P+ + S  R   + ++  TL I S+   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  111 SNSVGKVLGREITVKAVVRQKYEVQVRDTYVLAGNTAVLKCEIPAFVKEYVAVTSWFQD--SAFNIYPTAESGGKYHMLPTGELLVFSVTSADSHSNYRCRTVHHVTGDTVESSSQARLVVTEHRSPSPPRFYERMSPGPISRTGETIVLSCISQGIPPPTYLWFRESVSGTTAITKSERIHARAGVLVLQSARVEDAGRYVCHANNTAGSERVELEVTIISSLSIHLAPQQVTVDLGKDAEFQCSVTGQPHPVISWAKDGLPVREGSSGRSKITGNDGSTLRISSIVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTMQPGPSVSLKCIAMGNPTPHFSWTLDGFPLPQNDRFM 474          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|607355393|gb|EZA49974.1| (Down syndrome cell adhesion molecule-like protein, partial [Cerapachys biroi])

HSP 1 Score: 230.335 bits (586), Expect = 3.686e-62
Identity = 136/366 (37.16%), Postives = 197/366 (53.83%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIE-----PRTQQLE------IRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR--YSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RDT +    T +       FV +   +T W  +  +A  I+P  +  GKY +L +G LLV   +S D++  Y C+T H +TG    SS++AR+++T+ + P  P+  E     P ++  E      I   I      WF++  +G   +  S R      VLV+    + DAG YVC  NNT+ + R+E+ +T+ S L   + P Q  VDL + + F C+ +G P   + W K+G P+ + S  R   + ++  TL I S+   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:   87 SNSVGKVLGREITVKAVVRQKYEVQVRDTYVLAGNTAVLKCEIPAFVKEYVAVTSWFQD--SAFNIYPTAESGGKYHMLPTGELLVFSVTSADSHSNYRCRTVHHVTGDTVESSSQARLVVTEHRSPSPPRFYERMSPGPISRTGETIVLSCISQGIPPPTYLWFRESVSGTTAITKSERIHARAGVLVLQSARVEDAGRYVCHANNTAGSERVELEVTIISSLSIHLAPQQVTVDLGKDAEFQCSVTGQPHPVISWAKDGLPVREGSSGRSKITGNDGSTLRISSIVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTMQPGPSVSLKCIAMGNPTPHFSWTLDGFPLPQNDRFM 450          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|759072580|ref|XP_011345914.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 isoform X3 [Cerapachys biroi])

HSP 1 Score: 229.565 bits (584), Expect = 5.749e-62
Identity = 136/366 (37.16%), Postives = 197/366 (53.83%), Query Frame = 0
Query:  126 SNSTGLRLECIARGKNVQVQWYQ---RDTKIRTDPTGL------RFVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIE-----PRTQQLE------IRHWIDSFNSRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIR--YSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            SNS G  L      K V  Q Y+   RDT +    T +       FV +   +T W  +  +A  I+P  +  GKY +L +G LLV   +S D++  Y C+T H +TG    SS++AR+++T+ + P  P+  E     P ++  E      I   I      WF++  +G   +  S R      VLV+    + DAG YVC  NNT+ + R+E+ +T+ S L   + P Q  VDL + + F C+ +G P   + W K+G P+ + S  R   + ++  TL I S+   D+G+YQC  +N+ +  QAT  L+LGDA P LLYKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  111 SNSVGKVLGREITVKAVVRQKYEVQVRDTYVLAGNTAVLKCEIPAFVKEYVAVTSWFQD--SAFNIYPTAESGGKYHMLPTGELLVFSVTSADSHSNYRCRTVHHVTGDTVESSSQARLVVTEHRSPSPPRFYERMSPGPISRTGETIVLSCISQGIPPPTYLWFRESVSGTTAITKSERIHARAGVLVLQSARVEDAGRYVCHANNTAGSERVELEVTIISSLSIHLAPQQVTVDLGKDAEFQCSVTGQPHPVISWAKDGLPVREGSSGRSKITGNDGSTLRISSIVRDDKGMYQCFAKNDYEMVQATAELRLGDAAPQLLYKFIEQTMQPGPSVSLKCIAMGNPTPHFSWTLDGFPLPQNDRFM 474          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|906468149|gb|KNC29207.1| (Down syndrome cell adhesion molecule-like protein Dscam2 [Lucilia cuprina])

HSP 1 Score: 229.18 bits (583), Expect = 9.904e-62
Identity = 124/313 (39.62%), Postives = 181/313 (57.83%), Query Frame = 0
Query:  171 WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEPRTQQLEIRHWIDSFNS--------------RWFKKDATGLRQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            WV + G  + ++P  D  GKYT+L +G L +++    D YK Y C+T + LTG  + S+   RII+T+PKG V P++     ++  +RH + +  +              RWFK++   L  +  S R       +L + +  + D G Y+C +NNT+    I+VSLTV +PL + + P  Q VD+++ + F C  +G P+  + WL +G+P+   + +    S+   LII  VQ+ D G+YQC + NE +  Q+T  LQLGDA P LLY FSEQTLQPGPTVSLKC+  GNP P+  W LDGFPIP N R L
Sbjct:  163 WVQDTG--MHLYPNTDIGGKYTILSNGELYINNAGPNDAYKSYTCRTVNRLTGEVQASTYPGRIIVTEPKGMVQPRI---NVEKHSMRHVVLNGQTTLPCIAQGHPVPTYRWFKEENEQLLPLQLSDRITIVSAGLLKISKARLDDTGKYLCWVNNTAGEETIQVSLTVTAPLTAHLQPQVQTVDVDKDAQFQCIVTGHPVHDVNWLHDGKPILRDNRVEI-LSDPPRLIIKKVQKDDPGMYQCFVSNEWEQIQSTAELQLGDASPELLYWFSEQTLQPGPTVSLKCVATGNPLPQFTWTLDGFPIPDNSRFL 469          
BLAST of EMLSAG00000005332 vs. nr
Match: gi|755953789|ref|XP_011302549.1| (PREDICTED: Down syndrome cell adhesion molecule-like protein Dscam2 [Fopius arisanus])

HSP 1 Score: 228.794 bits (582), Expect = 1.047e-61
Identity = 118/310 (38.06%), Postives = 178/310 (57.42%), Query Frame = 0
Query:  170 TWVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIEP------RTQQLEIRHWIDSFNS----RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSG-IRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            +WV +  +A  I+P     GKY +L +G LLV   +  DT+  Y C+T H +TG    SS+ AR+I+T+ + P  P++ E       RT +  +   I   N      WF++   G   ++ S R      VL++    I DAG YVC +NNT+ + R+E+ +++ S L   + P Q  +D+ + + F C  +G PI ++ W K+G P+ + +G I+   +   TL I S+   D+G++QC  +N+ +  QAT  L+LGDA P L+YKF EQT+QPGP+VSLKCI  GNP P   W LDGFP+PQN R +
Sbjct:  165 SWVQD--SAFNIYPAPVSDGKYHMLPTGELLVFSATPADTHYGYRCRTVHHVTGDTVESSSHARLIVTEHRNPEPPRINERVNPLPIRTGETIVLSCISQGNPPPMYLWFRESVGGTDAIVNSERIHARAGVLIIQSARIEDAGRYVCHVNNTAGSERVELEVSIISGLSIHLAPQQVTIDIGKDAKFQCAITGQPIPTISWAKDGLPVREGAGRIKVLGNGGSTLHISSITRDDKGMFQCFAKNDYEMVQATAELRLGDAAPQLVYKFIEQTIQPGPSVSLKCIATGNPTPHFTWSLDGFPLPQNDRFM 472          

HSP 2 Score: 62.7734 bits (151), Expect = 9.991e-7
Identity = 50/172 (29.07%), Postives = 75/172 (43.60%), Query Frame = 0
Query:  294 VHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDL-NRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFS-EQTLQPGPTVSLKC-IGKGNPPPRIKWLLDGFPI 461
            +  + + D G Y C   N          L +Y      + PM     +    +   C  +G PI S+ W K+G+ L   +  R   S NGTLI+ +V    D G Y C  +N+     +  ++Q+   +P  +  FS  + L  G    + C I KG+PP  I WL DG PI
Sbjct:  489 ISTVRVEDGGEYRCTAVNRVSKVHHSARLNIYG--LPHVRPMGNYAAVAGETTIIKCPVAGFPIASITWEKDGQVL--PTSRRQEVSPNGTLILHNVDSSTDRGSYTCTARNKQGHYDSQ-TVQIEVKVPPNIAPFSFNKELSEGVRAQVACVIEKGDPPFTIIWLKDGEPI 655          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold61_size441589-snap-gene-0.14 (protein:Tk06306 transcript:maker-scaffold61_size441589-snap-gene-0.14-mRNA-1 annotation:"down syndrome cell adhesion molecule isoform x1")

HSP 1 Score: 185.267 bits (469), Expect = 1.226e-50
Identity = 110/316 (34.81%), Postives = 169/316 (53.48%), Query Frame = 0
Query:  162 FVSDNGTLT-WVHEEGTAIEIFPRKDPRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVIE-------PRTQQLEIR-------HWIDSFNSRWFK--KDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL--PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            FV+D   L  W+  EGT+ +     +  GKY +L SG L + + S  D +K Y C+T+H LTG  K S+   ++++T+P     PK           +TQ   I        + I  F  RW+K  +     + V    R +     L++ +  + D+G Y+C++NN+     +E  LTV +PL   + P QQ+VD  R + F C   G+P++S+ WLKNGEP      + ++++   TL I SV++ D G+YQC ++N+ + AQATG L+LG     P  +  F   T QPGP VSLKC+ KG+P P +KW + G
Sbjct:  259 FVADVVDLVGWIDSEGTSFDRSQHSNYDGKYVVLPSGELQIRNVSPDDGFKTYKCRTKHRLTGETKLSATAGKLVITEPLASGKPKFSSIVKLSAFQKTQGGNIAVTCPAQGYPIPVF--RWYKFMESNNNKKLVALDDRVKQVGGTLIIKEAKVDDSGKYLCMVNNSVGGESVETVLTVTAPLSVEVEPKQQVVDYGRSATFKCHYDGNPVKSVYWLKNGEP------VGHTET---TLRINSVKKEDRGMYQCFVRNDQESAQATGELKLGGRFDPPEFVSAFDAVTTQPGPMVSLKCVAKGDPAPEVKWFIYG 563          

HSP 2 Score: 52.373 bits (124), Expect = 3.119e-7
Identity = 59/236 (25.00%), Postives = 94/236 (39.83%), Query Frame = 0
Query:  255 LEIRHWIDSFNSRWFKKDAT---GLRQVIPSTRFQFHLEVLVVHQISISDA-GLYVCVMNN--TSETRRIEVS--LTVYSPLESRIHPMQQIVDLNRPSF---------FSCTTSGSPIQSLVWLKNGEPLEDKSGIRYS---KSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRV 470
            +++  WIDS  + + +   +   G   V+PS   Q       +  +S  D    Y C   +  T ET+    +  L +  PL S       IV L+  +F          +C   G PI    W K  E   +K  +      K   GTLII   +  D G Y C++ N +        L +   L V + +  +Q +  G + + KC   GNP   + WL +G P+   +  LR+
Sbjct:  264 VDLVGWIDSEGTSFDRSQHSNYDGKYVVLPSGELQ-------IRNVSPDDGFKTYKCRTKHRLTGETKLSATAGKLVITEPLASGKPKFSSIVKLS--AFQKTQGGNIAVTCPAQGYPIPVFRWYKFMESNNNKKLVALDDRVKQVGGTLIIKEAKVDDSGKYLCMVNNSVGGESVETVLTVTAPLSVEV-EPKQQVVDYGRSATFKCHYDGNPVKSVYWLKNGEPVGHTETTLRI 489          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold10_size831480-snap-gene-7.22 (protein:Tk01845 transcript:maker-scaffold10_size831480-snap-gene-7.22-mRNA-1 annotation:"down syndrome cell adhesion molecule-like protein")

HSP 1 Score: 71.633 bits (174), Expect = 1.724e-13
Identity = 30/51 (58.82%), Postives = 37/51 (72.55%), Query Frame = 0
Query:  418 DALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXL 468
            DA P  LY F +QTLQPGP+VSLKC   GNP P I+W LDGF +P ++R +
Sbjct:  220 DAGPRFLYTFIDQTLQPGPSVSLKCSAAGNPTPNIRWTLDGFSLPDSERFM 270          

HSP 2 Score: 65.0846 bits (157), Expect = 2.322e-11
Identity = 55/178 (30.90%), Postives = 81/178 (45.51%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEG-DEGLYQCVIQN-ELDFAQATGSLQL--------GDALPVLLYKFSEQT-LQPGPTVSLKC-IGKGNPPPRIKWLLD 457
            L + Q  I D G Y C  +N + +      L VY     R  P        +P    C  +G PI+ + W K+G  L     ++    +NGTLII SV    DEG Y C  +N +   A+ + +L++        G A+   +  F+  T LQ G  +SL C + KGN P  + WL+D
Sbjct:  285 LNITQARIEDGGRYFCQAHNRAGSVSHSSRLNVYGAPFIRRFPTPLRAIEGKPFLMICPAAGFPIEEITWTKDGRILIRSPDLKVFP-QNGTLIINSVSRSRDEGFYTCRARNRQGQGAEGSTNLKVIGKSGEQEGRAVSPQILPFNVPTRLQRGDRLSLTCTVFKGNQPLDLSWLVD 461          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold49_size462716-snap-gene-3.30 (protein:Tk03619 transcript:maker-scaffold49_size462716-snap-gene-3.30-mRNA-1 annotation:"roundabout 1")

HSP 1 Score: 72.0182 bits (175), Expect = 1.928e-13
Identity = 50/184 (27.17%), Postives = 80/184 (43.48%), Query Frame = 0
Query:  281 PSTRFQFHLE---VLVVHQISISDAGLYVCVMNNTSETR---RIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            P  RF   +E    L++ Q+   D G Y CV  N +  R   +  +SL V   +    HP            F C   G P   + W +    L  +   R   ++   L ++++   DE +Y C+ +N   F +A+  LQ+    PV L K ++Q    G TV + C+  GNP P + W+ +G
Sbjct:  254 PEARFLLSIEGEGTLIISQVQPKDEGQYQCVAKNVAGIRLSAKARLSLQVLPYVLK--HPENVSAVAGDTVRFGCAVKGRPHPEIRWSRRNGMLPAQ---RVHTTDGTQLTLMNIVPEDEDVYTCLAENRAGFVEASAHLQVFSP-PVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEG 431          

HSP 2 Score: 56.6102 bits (135), Expect = 1.240e-8
Identity = 44/179 (24.58%), Postives = 73/179 (40.78%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGE-----PLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL----PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            L +  I   D  +Y C+  N +        L V+SP    + P  Q           C  +G+P+  L W+K G      P  ++  +  S    G L I +  E D G+Y C   +E     A+  +++  +     P++      QT + G + +  C  +  P  R++WL DG PI
Sbjct:  358 LTLMNIVPEDEDVYTCLAENRAGFVEASAHLQVFSPPVFLVKPTDQKGVQGSTVQIPCVAAGNPVPILFWMKEGGSGVLLPGSNQGHVHVSP--EGMLRIGNTSEKDSGVYTCASVSESGAILASSEVKIQTSQDRPPPIIQIGPVNQTQRIGSSTNFPC--EATPQTRVEWLKDGVPI 532          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1047_size67380-snap-gene-0.5 (protein:Tk03446 transcript:maker-scaffold1047_size67380-snap-gene-0.5-mRNA-1 annotation:"PREDICTED: contactin-like")

HSP 1 Score: 72.0182 bits (175), Expect = 2.245e-13
Identity = 54/183 (29.51%), Postives = 84/183 (45.90%), Query Frame = 0
Query:  291 VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL---------EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP------GPTVSLKCIGKGNPPPRIKWLLDG 458
            VL++ ++ + D G Y+C  +N   +    V L++ S     I      VD      ++C   G P     WLKNG+ L         ED+   RY   +N  +I    ++ DEG+YQC   NELD   ++G L++    P     F++  L+P      G  V+L+C  +G P P+  W  DG
Sbjct:  719 VLILPRVRVEDQGEYICRAHNDKVSITGNVVLSIQSRPVFTISIGDMHVDERDDVTWTCEAFGIPDVLYEWLKNGDKLRTNDSDLAPEDRG--RYEIRDNVLIIRQVRRDRDEGMYQCRAYNELDSRYSSGQLRVLAFAPT----FAKVPLEPKTFAAEGGNVTLRCKPEGAPQPQFTWRKDG 895          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold400_size182785-snap-gene-0.21 (protein:Tk02293 transcript:maker-scaffold400_size182785-snap-gene-0.21-mRNA-1 annotation:"PREDICTED: contactin-like")

HSP 1 Score: 72.0182 bits (175), Expect = 2.245e-13
Identity = 54/183 (29.51%), Postives = 84/183 (45.90%), Query Frame = 0
Query:  291 VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPL---------EDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQP------GPTVSLKCIGKGNPPPRIKWLLDG 458
            VL++ ++ + D G Y+C  +N   +    V L++ S     I      VD      ++C   G P     WLKNG+ L         ED+   RY   +N  +I    ++ DEG+YQC   NELD   ++G L++    P     F++  L+P      G  V+L+C  +G P P+  W  DG
Sbjct:  719 VLILPRVRVEDQGEYICRAHNDKVSITGNVVLSIQSRPVFTISIGDMHVDERDDVTWTCEAFGIPDVLYEWLKNGDKLRTNDSDLAPEDRG--RYEIRDNVLIIRQVRRDRDEGMYQCRAYNELDSRYSSGQLRVLAFAPT----FAKVPLEPKTFAAEGGNVTLRCKPEGAPQPQFTWRKDG 895          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold108_size357748-snap-gene-2.20 (protein:Tk09444 transcript:maker-scaffold108_size357748-snap-gene-2.20-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 71.2478 bits (173), Expect = 3.136e-13
Identity = 51/183 (27.87%), Postives = 77/183 (42.08%), Query Frame = 0
Query:  286 QFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSK---SENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQL----GDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            Q    +LV+ +    D G+Y C   N        V LTV++     + P  Q V +N  + F C   G+P  S+ W K G      SG  + +   S++GTL+I  V++ D G Y C   +      A   L++        P++    + QTL       L C   GNP P I W  +  P+
Sbjct:  151 QVDKGILVIPKAEPHDEGMYSCEATNPVGKVSQSVVLTVHAHPTFLVKPKDQRVGMNGIAKFECVVDGNPPPSIFWTKEGNQELMFSGTTHGQMHVSQDGTLVIQGVRKEDGGFYVCSALSVAGSTLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFKNQQPL 333          

HSP 2 Score: 59.6918 bits (143), Expect = 1.371e-9
Identity = 47/183 (25.68%), Postives = 78/183 (42.62%), Query Frame = 0
Query:  282 STRFQFHLE---VLVVHQISISDAGLYVC----VMNNTSETRRIEV-SLTVYSPLESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDAL--PVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKW 454
            +T  Q H+     LV+  +   D G YVC    V  +T     +EV ++    P    + P  Q + +N  +   C  SG+P  S+ W KN +PL      R     +GTL+I +++  D  LY C   +E      + SL + D     ++ +K  + +  P P    K + + +    I W
Sbjct:  239 TTHGQMHVSQDGTLVIQGVRKEDGGFYVCSALSVAGSTLAKAYLEVTAIEDQPPPIIAMGPANQTLPVNTIAVLPCQASGNPKPSINWFKNQQPLYAVESSRIMIEASGTLVIDNLRMEDTALYTCTAGSESGETSWSASLSVEDPKNPNIIFHKTPDPSTFPQPPTKPKIVNRRSTSVTISW 421          

HSP 3 Score: 55.4546 bits (132), Expect = 3.127e-8
Identity = 46/173 (26.59%), Postives = 70/173 (40.46%), Query Frame = 0
Query:  292 LVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRIHPM--QQIVDLNRPS----FFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDG 458
            LV+     +D G YVC   N   TR      +    L   + P+  Q+  D+           C  +G P   LVW +      D +  + S+ + G L+I   +  DEG+Y C   N +     +  L +  A P  L K  +Q +        +C+  GNPPP I W  +G
Sbjct:   68 LVIRDAVKADQGDYVCQARNMVGTRN-----SGPGTLHVNVKPIFIQRPEDVTSKGGSEVTLICLVAGDPEPHLVWRRE----NDLALPKGSQVDKGILVIPKAEPHDEGMYSCEATNPVGKVSQSVVLTV-HAHPTFLVKPKDQRVGMNGIAKFECVVDGNPPPSIFWTKEG 230          

HSP 4 Score: 52.7582 bits (125), Expect = 1.710e-7
Identity = 33/106 (31.13%), Postives = 58/106 (54.72%), Query Frame = 0
Query:  353 GSPIQSLVWLKNGE---PLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQAT-GSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKW 454
            G+P  S+ WLKNG+    LED+   R + +E G+L+I    + D+G Y C  +N +    +  G+L + +  P+ + +  + T + G  V+L C+  G+P P + W
Sbjct:   35 GNPKPSVSWLKNGKVLHELEDEPK-RVTLTETGSLVIRDAVKADQGDYVCQARNMVGTRNSGPGTLHV-NVKPIFIQRPEDVTSKGGSEVTLICLVAGDPEPHLVW 138          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold633_size121756-snap-gene-0.24 (protein:Tk02261 transcript:maker-scaffold633_size121756-snap-gene-0.24-mRNA-1 annotation:"hypothetical protein TcasGA2_TC002779")

HSP 1 Score: 63.929 bits (154), Expect = 2.036e-11
Identity = 59/220 (26.82%), Postives = 92/220 (41.82%), Query Frame = 0
Query:  268 WFKKDATGLRQVIPSTRFQFHLE------VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYSPLESRI---HPMQQIVDLN-------RPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYS----KSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQ-TLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            WFK      ++  P  RF+   +       LV   I+  DAGLY CV + ++        L+V   ++  +    P + I  L          +       G P  ++ W K+G+P+E  +G R+       E   LII  V+  DEG Y+ +++N++  A+  G L L  A P    K  +Q T    P    K + K    P + W  DG PI  + R
Sbjct:   86 WFKSG----QEFDPEDRFKVLFKDEEDTLALVFQHINPEDAGLYTCVASTSTGKISCSAELSVEGGVQQLLKEPEPPKIISSLGDVDSSVGSSAMLEFKMKGYPRPNIKWSKDGKPIE--AGGRFKFINPDPETCALIITKVEADDEGKYEVILENDIGQAKTEGKLVLAGA-PQFKEKIGDQNTAIDDP---WKIVAKVTGNPELTWYKDGVPIKIDGR 295          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold64_size435223-snap-gene-3.13 (protein:Tk02502 transcript:maker-scaffold64_size435223-snap-gene-3.13-mRNA-1 annotation:"protein tyrosine receptor d")

HSP 1 Score: 65.0846 bits (157), Expect = 2.916e-11
Identity = 52/193 (26.94%), Postives = 89/193 (46.11%), Query Frame = 0
Query:  280 IPSTRFQFHLE------VLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-----PLESRI--HPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKF-----SEQTLQPGPTVSLKCIGKGNPPPRIKW 454
            IP+T+ ++ +       VL +  I   D        N   +    +V L ++      P   RI  +P   + +  R +   C T+G+P  ++ W+K+G  LE     RY+  E G+L I   QE D+G Y+CV +N +   + + S QL   +  +  +F     SE  +  G  ++L C+  G+P P +KW
Sbjct:   90 IPNTQSRYLIRDFPGGSVLRIEPIRKKDTDFECVAENGVGDPVSADVKLEIFDDKSLPPGFPRILQNPQVTVEEKGRNALLVCQTTGNPQPNIFWVKDGMKLEPNP--RYTVMEQGSLQIKESQETDQGKYECVAENAVG-TEYSYSAQLYVRVRRVPPQFTIPPESEYEVMVGSGINLTCVAVGSPMPHVKW 279          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold691_size110934-snap-gene-0.31 (protein:Tk06103 transcript:maker-scaffold691_size110934-snap-gene-0.31-mRNA-1 annotation:"thyroid peroxidase")

HSP 1 Score: 62.7734 bits (151), Expect = 1.603e-10
Identity = 55/210 (26.19%), Postives = 93/210 (44.29%), Query Frame = 0
Query:  268 WFKKDATGLRQVIPSTRFQFHLE-VLVVHQISISDAGLYVCVMNN----TSETRRIEVSLTVYSPLESRIHPMQQIVDLNRPSF--FSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT-LIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPV---LLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQR 466
            WFK    G R      RFQ   +  L +  + + D+  Y C   N     S   R++V+L +   +  +I    +  +    S   F+C   G P     W  N   + ++   R S S  G  L I  ++  D+G Y C  +N L   +AT +L + +A P+   ++ +  + +   G TV L C  +G+P P+I W+ DG  +  ++R
Sbjct:  132 WFKD---GGRLSHAHDRFQILDDGTLHITNVQLDDSAHYRCSATNYLGRASSAARVKVNLALAESI-PQITSKPRDAESQESSIVEFTCIAEGHPYPDYSWWNNKRLINNEG--RISVSNGGQHLRIQDLRTYDQGDYVCRAENRLGKVEATATLTV-NARPIPIAIINQPHDMSAPKGTTVQLPCKAEGSPKPKISWMKDGRSMINDRR 334          

HSP 2 Score: 59.6918 bits (143), Expect = 1.516e-9
Identity = 37/129 (28.68%), Postives = 60/129 (46.51%), Query Frame = 0
Query:  347 FSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGT-LIILSVQEGDEGLYQCVIQNE---LDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPIPQNQRXLRVL 471
            F C TSGSP   + W K+G  L+  +  + S S  G+ L I++ Q  D GLY+C+ Q+E   +   QA        + P + ++     +  G  + L C  +G P P  +W  DG  +       ++L
Sbjct:   21 FRCRTSGSPTPEISWQKDGVALDPVANPKISISSGGSNLAIVAAQSSDVGLYECIAQSEHGRITSRQARVRYYQRRSKPSITHRPVFTEVTKGEEIRLSCGAEGFPRPTFEWFKDGGRLSHAHDRFQIL 149          

HSP 3 Score: 56.9954 bits (136), Expect = 9.684e-9
Identity = 81/334 (24.25%), Postives = 131/334 (39.22%), Query Frame = 0
Query:  123 AAFSNSTGLRLECIARG-------KNVQVQWYQRDTK--IRTDPTGLRFVSDNGTLTWVHEEGTAIEIFPR------KD------PRGKYTLLQSGALLVHHTSSYDTYKKYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPKVI-EPRTQQLEIRHWIDSFN-----------SRWFKKDATGLRQVIPSTRFQFHLEVLVVHQISISDAGLYVCVMNNTSETRRIEVSLTVYS-PLESRIHPMQQIVDLNRPSFFS----CTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGD 418
            AA S+  GL  ECIA+        +  +V++YQR +K  I   P                 EG     FPR      KD         ++ +L  G L + +    D    Y C   + L     R+S+ AR+ +       IP++  +PR  + +    ++ F            S W  K        I  +    HL +     +   D G YVC   N         +LTV + P+   I  + Q  D++ P   +    C   GSP   + W+K+G  + +    R+  S +G+L++ +V E D G+Y+CV +NE +   A     + D
Sbjct:   63 AAQSSDVGL-YECIAQSEHGRITSRQARVRYYQRRSKPSITHRPVFTEVTKGEEIRLSCGAEG-----FPRPTFEWFKDGGRLSHAHDRFQILDDGTLHITNVQ-LDDSAHYRCSATNYL----GRASSAARVKVNLALAESIPQITSKPRDAESQESSIVE-FTCIAEGHPYPDYSWWNNKRLINNEGRISVSNGGQHLRI---QDLRTYDQGDYVCRAENRLGKVEATATLTVNARPIPIAI--INQPHDMSAPKGTTVQLPCKAEGSPKPKISWMKDGRSMINDR--RHRLSSDGSLVVYNVTESDVGMYECVAENERERRTARAYFSIRD 377          
BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold45_size475391-snap-gene-3.20 (protein:Tk10522 transcript:maker-scaffold45_size475391-snap-gene-3.20-mRNA-1 annotation:"neuroglian isoform x1")

HSP 1 Score: 62.7734 bits (151), Expect = 1.770e-10
Identity = 56/224 (25.00%), Postives = 102/224 (45.54%), Query Frame = 0
Query:  212 KYICKTEHTLTGLRKRSSAEARIILTDPKGPVIPK-VIEPR---TQQLEIRHWIDSFNSRWFKKDATGL----------RQVIPSTRFQF-HLEVLVVHQISISDAGLYVCVMNNTS--ETRRIEVSLTVYSP--LESRIHPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQL 416
            +Y C+  + L        A+++++   P  P  P+  I P      Q+EI+  +DS     FK +A G            +V+P    +F  +  L ++++S  D G Y C ++N +  + + + +++   +P  LES   P  + V +N+  F  C+  G P   + W  NG P++  +     ++E G L+I  VQ    G Y+C+ +N      A G L +
Sbjct:  100 RYFCRASNKL------GQAQSQVVFVSPALPKSPEWAIAPNFTLKPQVEIKE-VDSLVE--FKCEAVGSPKPEVIWTKNAEVLP----EFADMSTLTINRMSQDDIGTYACNVSNLAGYDYKMVYLNILTQAPIFLES---PTNRTVSINQEVFLRCSAKGYPEPEVQWTFNGSPIDLGADDNLEQNERGDLVIKRVQNETAGFYECLAKNVHGQVAAQGYLMV 307          

HSP 2 Score: 57.7658 bits (138), Expect = 5.500e-9
Identity = 50/205 (24.39%), Postives = 85/205 (41.46%), Query Frame = 0
Query:  267 RWFKKDATGLRQVIPSTRFQFHLEVLVVHQISIS-DAGLYVCVMNNT---SETRRIEVSLTVYSPLESRI------HPMQQIVDLNRPSFFSCTTSGSPIQSLVWLKNGEPLEDKSGIRYSKSENGTLIILSVQEGDEGLYQCVIQNELDFAQATGSLQLGDALPVLLYKFSEQTLQPGPTVSLKCIGKGNPPPRIKWLLDGFPI 461
            +WF+     L   +P    +     L   +  +S D G Y C  +N    ++++ + VS  +    E  I       P  +I +++    F C   GSP   ++W KN E L + + +        TL I  + + D G Y C + N   +      L +    P+ L   + +T+     V L+C  KG P P ++W  +G PI
Sbjct:   66 QWFRD----LEPFVPVDGVELDGPALRFVEPQVSRDEGRYFCRASNKLGQAQSQVVFVSPALPKSPEWAIAPNFTLKPQVEIKEVDSLVEFKCEAVGSPKPEVIWTKNAEVLPEFADM-------STLTINRMSQDDIGTYACNVSNLAGYDYKMVYLNILTQAPIFLESPTNRTVSINQEVFLRCSAKGYPEPEVQWTFNGSPI 259          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005332 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-9.196e-6239.62symbol:Dscam4 "Down syndrome cell adhesion molecul... [more]
-1.903e-5033.23symbol:Dscam1 "Down syndrome cell adhesion molecul... [more]
-2.849e-4833.42symbol:Dscam2 "Down syndrome cell adhesion molecul... [more]
-2.346e-4033.55symbol:Dscam3 "Down syndrome cell adhesion molecul... [more]
-4.520e-2927.83symbol:DSCAML1 "Uncharacterized protein" species:9... [more]
-1.139e-2827.18symbol:Dscaml1 "Down syndrome cell adhesion molecu... [more]
-1.322e-2827.18symbol:Dscaml1 "Down syndrome cell adhesion molecu... [more]
-2.684e-2827.51symbol:DSCAML1 "Uncharacterized protein" species:9... [more]
-8.374e-2827.18symbol:DSCAML1 "Down syndrome cell adhesion molecu... [more]
-2.715e-2727.33symbol:DSCAML1 "Uncharacterized protein" species:9... [more]

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BLAST of EMLSAG00000005332 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592801453|gb|GAXK01153115.1|2.874e-3634.75TSA: Calanus finmarchicus comp512958_c0_seq5 trans... [more]
gi|592801454|gb|GAXK01153114.1|3.885e-3634.75TSA: Calanus finmarchicus comp512958_c0_seq4 trans... [more]
gi|592801455|gb|GAXK01153113.1|3.896e-3634.75TSA: Calanus finmarchicus comp512958_c0_seq3 trans... [more]
gi|592801456|gb|GAXK01153112.1|3.909e-3634.75TSA: Calanus finmarchicus comp512958_c0_seq2 trans... [more]
gi|592801457|gb|GAXK01153111.1|3.921e-3634.75TSA: Calanus finmarchicus comp512958_c0_seq1 trans... [more]
gi|592921578|gb|GAXK01036797.1|3.146e-3229.62TSA: Calanus finmarchicus comp406268_c1_seq24 tran... [more]
gi|592921579|gb|GAXK01036796.1|3.418e-3229.62TSA: Calanus finmarchicus comp406268_c1_seq23 tran... [more]
gi|592921584|gb|GAXK01036791.1|3.483e-3229.62TSA: Calanus finmarchicus comp406268_c1_seq18 tran... [more]
gi|592921585|gb|GAXK01036790.1|3.486e-3229.62TSA: Calanus finmarchicus comp406268_c1_seq17 tran... [more]
gi|592921590|gb|GAXK01036785.1|3.548e-3229.62TSA: Calanus finmarchicus comp406268_c1_seq12 tran... [more]

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BLAST of EMLSAG00000005332 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 24
Match NameE-valueIdentityDescription
EMLSAP000000053320.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s286:37266... [more]
EMLSAP000000036516.993e-4636.30pep:novel supercontig:LSalAtl2s:LSalAtl2s199:28925... [more]
EMLSAP000000054541.524e-3236.22pep:novel supercontig:LSalAtl2s:LSalAtl2s293:18528... [more]
EMLSAP000000012662.898e-3139.81pep:novel supercontig:LSalAtl2s:LSalAtl2s1208:7071... [more]
EMLSAP000000114165.126e-2943.07pep:novel supercontig:LSalAtl2s:LSalAtl2s789:13279... [more]
EMLSAP000000047852.610e-1827.69pep:novel supercontig:LSalAtl2s:LSalAtl2s251:17420... [more]
EMLSAP000000050661.611e-1427.45pep:novel supercontig:LSalAtl2s:LSalAtl2s266:20529... [more]
EMLSAP000000040403.000e-1325.50pep:novel supercontig:LSalAtl2s:LSalAtl2s215:59046... [more]
EMLSAP000000084526.674e-1328.96pep:novel supercontig:LSalAtl2s:LSalAtl2s518:32867... [more]
EMLSAP000000040091.313e-1026.15pep:novel supercontig:LSalAtl2s:LSalAtl2s214:57389... [more]

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BLAST of EMLSAG00000005332 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|238064982|sp|Q9VS29.3|DSCL_DROME3.207e-4933.42RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|292630781|sp|Q4VA61.2|DSCL1_MOUSE8.270e-2927.18RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|73620825|sp|Q8TD84.2|DSCL1_HUMAN5.659e-2827.18RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|939319686|sp|E1C8P7.2|DSCL1_CHICK1.913e-2727.33RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|12643619|sp|O60469.2|DSCAM_HUMAN2.246e-2730.32RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|81917376|sp|Q9ERC8.1|DSCAM_MOUSE1.880e-2629.60RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|81916020|sp|Q8VHZ8.1|DSCAM_RAT1.898e-2629.60RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|939319698|sp|F1NY98.3|DSCAM_CHICK4.582e-2629.54RecName: Full=Down syndrome cell adhesion molecule... [more]
gi|49036501|sp|Q9Z2I4.2|ROBO3_MOUSE5.106e-2428.08RecName: Full=Roundabout homolog 3; AltName: Full=... [more]
gi|49036492|sp|Q96MS0.2|ROBO3_HUMAN6.786e-2427.82RecName: Full=Roundabout homolog 3; AltName: Full=... [more]

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BLAST of EMLSAG00000005332 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_016766186.15.943e-6435.95PREDICTED: Down syndrome cell adhesion molecule-li... [more]
AGB94267.13.715e-6339.62down syndrome cell adhesion molecule 4, isoform J ... [more]
AGB94266.13.715e-6339.62down syndrome cell adhesion molecule 4, isoform I ... [more]
ACL83264.13.862e-6339.62down syndrome cell adhesion molecule 4, isoform H ... [more]
ACL83263.14.154e-6339.62down syndrome cell adhesion molecule 4, isoform D ... [more]
ABI31245.24.154e-6339.62down syndrome cell adhesion molecule 4, isoform E ... [more]
XP_006568255.29.189e-6338.25PREDICTED: Down syndrome cell adhesion molecule-li... [more]
XP_006568256.19.469e-6338.25PREDICTED: Down syndrome cell adhesion molecule-li... [more]
XP_006568253.21.033e-6238.25PREDICTED: Down syndrome cell adhesion molecule-li... [more]
XP_016766187.11.121e-6238.25PREDICTED: Down syndrome cell adhesion molecule-li... [more]

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BLAST of EMLSAG00000005332 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|939272920|ref|XP_014256768.1|1.670e-6840.84PREDICTED: Down syndrome cell adhesion molecule-li... [more]
gi|646697100|gb|KDR08985.1|2.408e-6439.23Down syndrome cell adhesion molecule-like protein,... [more]
gi|115646214|gb|ABJ16979.1|9.819e-6439.62IP05371p, partial [Drosophila melanogaster][more]
gi|1059206437|ref|XP_017765689.1|2.753e-6238.25PREDICTED: Down syndrome cell adhesion molecule-li... [more]
gi|759072578|ref|XP_011345913.1|2.846e-6237.16PREDICTED: Down syndrome cell adhesion molecule-li... [more]
gi|759072576|ref|XP_011345912.1|3.359e-6237.16PREDICTED: Down syndrome cell adhesion molecule-li... [more]
gi|607355393|gb|EZA49974.1|3.686e-6237.16Down syndrome cell adhesion molecule-like protein,... [more]
gi|759072580|ref|XP_011345914.1|5.749e-6237.16PREDICTED: Down syndrome cell adhesion molecule-li... [more]
gi|906468149|gb|KNC29207.1|9.904e-6239.62Down syndrome cell adhesion molecule-like protein ... [more]
gi|755953789|ref|XP_011302549.1|1.047e-6138.06PREDICTED: Down syndrome cell adhesion molecule-li... [more]

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BLAST of EMLSAG00000005332 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 22
Match NameE-valueIdentityDescription
maker-scaffold61_size441589-snap-gene-0.141.226e-5034.81protein:Tk06306 transcript:maker-scaffold61_size44... [more]
maker-scaffold10_size831480-snap-gene-7.221.724e-1358.82protein:Tk01845 transcript:maker-scaffold10_size83... [more]
maker-scaffold49_size462716-snap-gene-3.301.928e-1327.17protein:Tk03619 transcript:maker-scaffold49_size46... [more]
maker-scaffold1047_size67380-snap-gene-0.52.245e-1329.51protein:Tk03446 transcript:maker-scaffold1047_size... [more]
maker-scaffold400_size182785-snap-gene-0.212.245e-1329.51protein:Tk02293 transcript:maker-scaffold400_size1... [more]
maker-scaffold108_size357748-snap-gene-2.203.136e-1327.87protein:Tk09444 transcript:maker-scaffold108_size3... [more]
maker-scaffold633_size121756-snap-gene-0.242.036e-1126.82protein:Tk02261 transcript:maker-scaffold633_size1... [more]
maker-scaffold64_size435223-snap-gene-3.132.916e-1126.94protein:Tk02502 transcript:maker-scaffold64_size43... [more]
maker-scaffold691_size110934-snap-gene-0.311.603e-1026.19protein:Tk06103 transcript:maker-scaffold691_size1... [more]
maker-scaffold45_size475391-snap-gene-3.201.770e-1025.00protein:Tk10522 transcript:maker-scaffold45_size47... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s286supercontigLSalAtl2s286:372665..491805 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionaugustus_masked-LSalAtl2s286-processed-gene-3.1
Biotypeprotein_coding
EvidenceIEA
NoteDown syndrome cell adhesion molecule-like protein Dscam2
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005332 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000005332EMLSAT00000005332-701179Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s286:372665..491805+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005332-688098 ID=EMLSAG00000005332-688098|Name=EMLSAG00000005332|organism=Lepeophtheirus salmonis|type=gene|length=119141bp|location=Sequence derived from alignment at LSalAtl2s286:372665..491805+ (Lepeophtheirus salmonis)
ATGAGAAAGAGACTTGCCAAGGATGGAAGTGATCTCTTTTACGTGAGTAA TCTCTTTATAGAAACGATGTGACTCGACATACATCTGCACAACCTAAAAG TAAGCATATTTATAAATAATAATAAAAAGCCCAATAAAATATAAACGTTT ACACTAAATGGTTCTTTTCACACCTACATAACTGTATTATGTAGGTACCT TCATGAGAATAACTTAATTATTTTTCTCCATCTTTAATATTCTTTTAACT GTAATGCAATTAAAACATTTTACTAATTAGGAAGCTATTTTAAATGTAAA TTTCAATTATAGGCATGGAAAACCCTCTATTTTTACTTACTGTAAAATAA AAGGTGTGTAATTAGAAATTGGTTGATTTTAAAATTTAATAAAAATTGTG AGTGAATAAAAAACAATCTTGAACAAAAATAATGGAATGAGGAAATTTTA TAATACTTCATATTTCATAGACTGCCAATTATACTTCTGGGATAAGTTAA GATACCACAGAATGTTGACTATAGTTGAAAACCTTTATCTCTCTCATTTA TAAGACTTCATTTGGTCCCAATATGAGCTATCAAATAAAATACAACAACT TCTAATTATTTCATTGTGAGGAGGATTTTTTTTGCAAATTTAACGGCAAT TTGTGACGCTTCTAAAGAATTAATTGAACTGTCGAAAATTCCAAATGTAA TATATACTCAAATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNGAATATCTTTTAAATTATAAAATAGTATTCTAAATATATGA ACAAACTTTTGAACTACATATTTTAAAATACATTATATCTTTATTTCAAT TCTATATAGATTTAAAGTAAGGCAGAGGTGATAAAATTAATATAAAAGTT CCAAACAAATATGTAACTTTGATTTCATTTAAAAAACAATATATTTTTGT AATGTTTTTTTCTGTCACTTTAATATTTCCTTTTTGTCCTTAAATAAATG TAATATGGTAAAAAAAAAAGAAAAAGAAGACATTTATATCCTTATCAGAA AAATGAAGAGGACCGAATGCGAAAGAATATATATATATCCATTAGGAATT AGCCGTGGACTCGAACCCAGGACATCAATGTCAAAATTTCCCACATTTTA TATTTTATCCGAATATTTGTCATACTTATTGATGGGGTACCCTTGAGTAT TTCCCTATTTGCATGAGTACTTTAAAGAATGAACTTGTACTGAGATTATA CATGGAACACATAATCTTTTGTTTCCGGTCCTTTTACTATCGACCTAAAT GATGTGTATTTTTAACTGGACCACTTTTTTTGGAATTAGTAATCTAAAGA ATGAATTTTCTATTCCTCAGCTGTTGTCATTATTAGTGAACTTATTTTCC TATACATTCTATTTTATTCCAAGACTGATTGAAAATTCTTGTGTGTTTTC ATAAAAGACGGAGAATAAACATTGAGGATTTGTTGTGGAATTATAATTGT ACGTAATTGTGAGATTCAGAGTAGAACTGAGGATCAATATCGGAGTAATT CTTACCATTGTCCTTTATTGTTTTCGTGTCTCCCTTCTCCCTTTACTCAG CTGATTGTTGCTGATCTAATGAAATGTCATTACATCTTAGGATACTCTCT GCTACAGCATTCTTCAAATTGTTAGTGTTTGCATGTAAATTTTCGATTTC TTTTTTTAACATGCTCTAAATAAACTCGATTCTCATCATCGATTCAATCG TCAGCAAATTTCCTCTTAATCTGCATTTTCTGAGGTCCCATCACTCATCT TAACTTAGGGAATTACTAATTTATGTTAATACAAGTGTAATTTTAAAATT TCTTTCTAATTCATGTTATAGGTATATGTGACTTGTCAACATAGAAACAT GCTGGAAAGGGTTTCCTGATAATCAATACGTAGCGGCAATACTCAATGAA ATTCTGCTCTTTAGATTATTTTACAATATATTTTTTTTACGTGGGATGAA AAATGCAGTTTTTAACTGCATTATTAAGCATAGAAATAGATTGCGTTTAA TTGAAAAACCAGCGTCTTCTAAGGCAAAAAAAAACAAAAAACTCAAACCA TCAGCTATCCTAACTAATAAAAATAATAAAAAATATTTGATATTTTCTTA TGAATATAGAGCAAAAATAAAAAAAAGTATCATTCATAATTTCTTCTTTA TTATCCCAGTCTACTTTTATGTTGACACGTCACCACTCGTGCCAGAATGT ATTTTAAAGTAAGGTACCTAATTATATATTATAGTGAAGTCATCCGGGTG TCATCGACAGGATATTTTTGTTTTTTATAAATCCCAAATTTGACCAATAC TGTTTATTAGTTAACATTTTTGGGAAGAGACTAAACGAATAAGAATGGGT TCTTATCCACATAGTTTTAGTGCCACTCCACGTTAAATATGAAGTTATAA AATACCCATGGGTATTAAAATACCCCTGTAAATATCCGGTTCTATCTAAT CCCAAAGTTCAATTACACGTCTCTATCAAAGTTCCATGAAAAATACCCTA CACTTATCCCTAGTGTGGTAATCAATATGATATTCTTTCAATGAATATTA GAATTGGAGAGTTCTTCAAATTTTCTGAAAGATTTTGTTTACACATGGAT ATGTATTAAAAGAATCTGAAAGAGATTTATACTTCTATACATATTATATG TATTTTCTATCAAACTTTTTCCTGGCGAAACTTCAAAAAGAACAAAAAAA GTACATGATTTAAAAAAAAAAACAAAAAAAACTCTAGGTTGGAATTGAAA TTATTTTTAATTTTTTTTTTAGAGAGAAAAAGTTAAAATGTTTCCTTTGT TTTATTATTTTGTTTCTTGTTTTATTTCTTTTCCTCGACAGAAAAATTTC TACAATAAGCGATTTAAATCTATTAATGTCTTCTAACCCCTTTGTTTTAA TAAGCAAATTCTTCAAAAGGGTTGTTTTATATCAAATGGATAAGAGAAAA CAAATTACGGCTTAGATAATAAATTAAACATATTTTTATATGAAATCAGT CAATACTTAGGACGTATTGACTGATTTCATATAATTATGATTGAAAACTA TCATTCTTGACTATCATTGAAAAATACAACTTTTTTTTTTTGCAAAATTC TATTATGTTAATTAATCTTTCAAGAGTGATATAATCATTTCAACGCTTTA TTTATTTTTATATACTACGTATAATAATCAATCTACGGTTCAGTTGTAGT AATCATTTCTTCACCGTTGTCAAAGCTTTTACTTTAAGGCATTTTTTGTA ATGTTACGTGAACAGCAGATAGTTGTTGAGAGCCAAATTGTGAAACAACA AAAGGATGTAGGAGATGTTCATAGTGTAGTTTATGTAATTTTGTCTATGT TAGAGGAGCATACGACTCCCATATTTCCAACGTTCTTGTTTGCCAATAAT TAGAGATGCGAAAAAAAAACTTCTTCTAGCTGAGTGTTGGTTACTCAAAA ATCATGTTAATTGGCAGGCAATATTACATATTTTCGTTTTTAAAGCTTTC ATCATTCTTTATTCTATACTTGCAGACGACATTTTTTATGAATTGAATAT GTTTTTTTCATTATATATGAGTTCAAAAGTACTACAAACATATTTTTTGT AGTTATCAAAGGATACTAAATAGGTACATATATTATTAATTTAGTTTTTG TAACAATATTCTTAAAAAAAAAAAAAAACTGCTCTGTGATAAAACAATGA TTTAATATTAGCTTCATCATTATATCTCCCATAGTTCAGACTCAACAGCA TATTTCTCTAAGATTCACTATACTTTTTATGACCATAATTCAAAATAAAA TGATATGGCGGMATGCTAACAAAAWGAACACAAAAATGAATGCGGTCACC TTGACAATTACAACAGTTTTTGAAAGGAGATTAGCTGACTTATCAAGAGG TATCATTTGATTATCATCGAGAGAGCTATAAGAGACAGGAAATAAACTCA AGCCCCACTTCGTATATAGCAATGATATAGGTAAGAATTACTACAATATT GATCCGTTATTCTTCTGAGAGTCCAACAAGGACATCCGACAATGTTAAGT TGGTAATCTGCATAGCACTTTGTCCATGAATATATTTTTGTCTTCTTATT GGTTGTAAGTTGATCAATGATACAAAAAGCGCAGCAAATATTGGCTAGTG TATAATTAAAGTACATATAGAAAATAAATACTCGTACATAGAGACGACAA AAGGATTTAAATTTGCATTTTTGGTAGAGGGAGGCTTTAATAGATTAAAA TCTTTAGTCTGTGGCAATGAACATCTACTATGGTAAAAGGATATTAAGGT GTATCATTATCAGGGCTGCAGAGTCTGTATATAAAATGTCCGACTTCGAC TCCAACTCCATTATTTTGATTGTCCCCAACTCTGATTCCAACACACATAA TTATTTTTTAATAATATGTTTTATAGCCATTATAAGTTCTATTGAGTCTA TATATACTTAAAATATAGATTTAATTTATTACTATAGGTAGTTATTAGTT ATATGTTGTAAATAATTGTGCTATGTATACATAAAATATTTAGAATATAA GATATTTAACTAGATGAACAGAAATATTGTTAATAAATACATTCATAAGT TTCTGAAAAAATATATTTTTTTTCTCAACCGCAAATTCTTCATTTATAAA TATTTAGATGTACTAAAAAAAAAAAAATATTTATAATGAAATTTGTCTTT GTAGAAGAAACATCATTTAACATTACAGTTAAAATTCAATTTCCTTTTAA AAGACCTAAAACCTCAACACAATCAAATAATCAATCAAATAGATACGATG TTTCGCATAATCATATATTCATAATCAAATACTGTTACCCAATGTGCTTA AAATAAATAAAAAACTGCAAAACAACTCAAATAAATAAAACAGGAAGAGA TAAATCCAATTCATGCTGTATTTTTTCCCCTATACTTCTTATATCGCCGA ATAATCATCCTAAGAGTACTTTTATACCGAAGTGATATCGATGGAAAATA TTTAATTAATTCGGCAGCTTAATTCCACGAGTCTTATGATTGGGGGATCC TCAGGGATAAAGCGTTATATCTAGCTGCAGCCAATATTAAGATAGTCTTT CAATTTCTTTGGTCAATCACCCCATCTTCTGTGAGCTGTTGAGCAATAAA AACTATACAATTACTGACAGCCACACTAATTGATTTTTCCTCATGAGAAA TCTGCTTCTTGTGAAAAGGAATACCAAATAGCTCAAATATTTCCCAATAT CTTGGCTCAAAATCTAAAGTATACTTGGAAAAGTAATACAAAATCCTTTA TAATTTTCAAAAGTGGACAAGAAGCAAAAGTGTGTTTGACATCTTTATTT ATTTTTCCACAGTCTTTACAATTTACAAAAAAACTCATCATCTTAGTCGA TATCTAAAATTGTGAGGTGAATTACTTCTTGTTTCCATTTCGTCGGATGA CATCTATGGTACTATAGGATTCGAAAACAGGTGATTTACTCCATATAATT TTTTGTGCAGCTGCTCAGTCCATGGAGTGCAATGCCACTGCATCGATGGA ATAATCCGTACCAAACATCAACATCTTATAGACGGATGCCTCAGTGATGA ATCTCCTCCATTCCAACTGAGGTGCACCCAAGGTTAATTAAAATACAAGG TTTTACCATAACGCGTGTACGACTGATGTTTGACTACCACCAGGCTTTTT AATGGGGATGTCATAGCAGATGATTGACTGTGTGTTTTGTCTAAATATGT TTGTATTGCCCAGTAGTCGTCACGATACATCAATTGAAAATCCTAGCTAT AGTGATGTCATAGAGCATGATTGGGAGTATTTTATATCAAAGTATGTCTG TCTTGCACAGCAGTCGGMACAATACATCAAATTGAAAATTTTAGCAAGAC GGATAACATGATGGTCTAACCTTGTATTTCTATTGATCTTGAGGGTACAC CTTTATTCAGTATTTTTGTTTTACTGATTCTAACCGTTGCTCCCTTTGAT GAATGAAACATTTTGTGAAAGGGGAGGTTCTAAATTATGAATGTATGTTA TTTTTTGAATGAATATGACATGATGCCTTTGTCAGGCAATAAGTCAACAC CAAAAAAGACAAAGAAGAGGCTTTAGATATAAATGTTCAGCTCTGGAGAA ATCATCAAATTTTTTATTTTTTTTAACTTCATCAACTATAATTTGTTATA CAACAAATGTAAATGTGGTTATATATATATAAATTCATATTTTGACAGAC AATTTGTTAGAGGGCCTTTTTATTTAGTAGTAGTTGCAATATGAATAGGC TTTTATTTAAATAGGGGGGTCCGCCATATCTTTTTTTGGGGGGGGGGGGG AGACGAGGAACTTGGTTTTTGTAATTTAATTGAAAAAAATAATCCAAAAT TAAATTTCAAATATTAAATTTAATGATTTTTTTTAAATCAACAGCTATTC ACAAAATATTAAGTTTTTTCGAAAAAAAAATCTAAAATTAAATTGGTTGA AGTACTGATTAATATCAGGGCTGTAGGGGGCCCTAAAGGTCAAAAAAGCT GCTGTGAAACCTCGATATCTATTGCATGGCACCTCATGGACTTGAGTAGA TTGGTCTGGGATAATTTTTTTTGACTGAGCCCTCCTTTTTCTCCAACATT TCGGACCTGGTGACGACAAAACTATGGTTCTGGAGACGCCAAACTGCTTG GAGTGCGCGAATGGATATTTTTTAATCAGGTTCAAGTGTCATTTTCTCGA CTTGTACGTAAGCTAATGAGTTTGGGGTTGTTTTGCTTTGTAGTTAATTG TTTATGCCTTAATATATCGAAACATGAATTAATTTGAACAACTCAACTTT CATTAATCTTTGAATTAGTTAGTGTTCAGATTTCAATGCCCCACCCGGTC TACTTAATGTATAGTGTACAACATACCTCACTCTAATAAAAGCAGAGCAT ATATTTATTAATTAGATAATACCATAAATCATTATTCTAATTAGCCATTA TTATATTATATTCACAATATACATATATATACATATGCGTACACATATTG TGAATACATATATTCCTTAATTCTTCTCTATTGTTCCCCTCACAAAAAAA AGCATTAATTTTCCAAATTGTGTTATTAAATTTGACAAATAATATTACAT TTTTAGAAGAATGCTTATGGATAAATAATATTAAGAATGATGGAAACAAA ATGATCTAGAATCTACCGTTTGATGTACATTACATACTAAAGCATACGAT TCTCTCCTGGGATATTAAAAATGAGTTATTTTCATGTATTTATATCATAA AAACATTACACAAATCGAAACAGCAAATATTACAACAACCAGGGGCGTCT GCCGGATTATATATATATATATATATTTGTTACAAAGTTCAAAAATATTT TTTTTCCCCAAAAATTTAAAAATCCAAACTATTCATTAAAAATATTATTT TTTTTAAAGAAAAATTCAAAAATCTAAAGCCATCTTGAAAAAATTGAATT TTTTGGAAAAAAAGCTCAAAAATCTAAAGCCATCTTGAAAAAATTGAATT TTTTGGAAAAAAAGCTCAAAAATCTAAAGGTATTCCCAAAAAATTAATTT AAAAAAATAAAATCAAAAATTCACAGTCACTGTCAAAAGATTGAACTTTT GGGACAAAATTCAAAAGTACATAGCTGTAATCAGAAAATTTAATTTTTTG GGAAAAAAATTAAAAAGTCCAAAGCAATAATCAGAAAATTTAATTTTTTG GAAAAGAAAAGTGAAAAATTAAATTTCAAGCATTAAATTATTTGCACATA AATTTCAAATATTATATTTCCTTTTAAAACGCAACCATTCCTTAAATTGG GAGGGTTKCAGCCACTCCGACCCACCACTTGCGGACACACCTCAGAATTG AAAGCTTATTGGAATCCAATCCATCTACATTTGTGGACTTCGAAAGAGCT TAATGGGAAGTTAGTTTGTTTGAGGGGAGGCTGAAAACTAGTTAAAATGT TAATAGTATTGATTACTTAAAGACTTTACAGGCATATTTCAAGTCTAAAC AGGATATAGTATTCATAAAACTAGTGAACAATTTTTTTCTCTTTGATTGA GATAGTTTGTTAGGAAGTTTTAAGCAATGATGCCATTTTTGTAATGAAAA TACTAAGTTTATAAATTATAATAAGAAAAACGGTTGTTTCATGTGTTCTT TCTACTTTTTTGTTGATAATATAATAGGTTCTGGGGGTTGTAACCTCTCA TTTGAAGTAAGCATTCTTGCCTATCCTTGGTATACACTGTTTTAAAAATG CATAATACATATTAATTTTAATATAATGTTTAATAATTATATTGTAGAAG TCTCTTTTTTAGAGCAGTAATTCATTTTCTCCACCTAAAATAATTTAACA GGCAGAAAGTAGTAATGCGGGTTTCAAACTGTAATTACATAAGTTTTGCT CCCGCCTTCTCCTCGCTCTCGTTATTTCTTTTTTTACAAAAATGGCATCA TTAGTAATAAGTATAAGTCCCTGTTGGACTCAGAGTATAGTTGAGGATTG GAAAGGTAGTAATTCTTGTCTAATCCCTTTGTTAGAGACGGATTTGGATT TACGTTTATTTCCTTCTCCTCACTGATGATCTAGTAAAACGTCATGACTG CTAAGCTGCTCCTCTCCCAAAACATTCAAATGTCAAATGTCAAATTCAAA AAAAATTCAAAATTCACAGCTGTTCACGTAAAAAAAATCAATAATTACAT TTTTAAACCAAATTTGAAAATTAAATATTTTCGAAAAAAAATTTCAAATA TTTAATTTTTTGGAGCTAAAATTTTGCAAATCCATGACTATTTGCAAAAA TTTGAATTAAATATTTCGAAAAAAAATAAATCTTTATTTTGAGGGTATAT AGCTCCTCCAAAGTACCACCTGTGGACGGCCCTGAGTTATGTACCACACG TAAAGCATTCTTTCAAAAACTCAAATACCCCTTGGAGTTCCTCCAAATAC CTAAAGCGGTACGTGTATCCCAATTTGAGAGCCACTGTTCTAGGACATGT TCTATTCTTCTTATATTATACCATTTCTCTCTTGCCTAATTATTTGTTGT CTGTTCTACGCTTCCTTTTGTAGTATAGACTTTTTTTTTTGTTTTTAATT TTTTTTCATCGTTAACTTTATTTTAATGAGGTTTATATATAGTTGCTCCA TTACTTAATTGCTTCACTCTTTTTTTATGTATGATCCCCGTGTTTATCTT AAAATACTATGAATATGAAAAGAGTAATCATTTTTCAAACTCAGGAAAGC TGAAAAAATAGAAAAAAAAAAATAATATATATATATTTCAATTACCAATA TTTATGTGTGAGAAATGGTTCGTGTATTGAGTTGTAACAGGATCACTGGA GATACTAAGATACCTATCAAATAATCCTAATTGTTATTTCTAGAGTTCAG AAAGAGAAACAGCTTCCCACTTTCTGTGAAAGTGCCCCATTTTAAAACCT GCTTACTCCGCAAATGAAGAGCTGTTTTATGAACTCTTTGGAGATTCAGT GAACTTTTTTTCACACTAGCTTCCAATCACAAACATACTATCACATAGTG ATCAGAAGAATACTATTCTTCATCTACGAAATGAAAGCCCATAGCTCCAA GCTTGACTGGGGTGTAATAATTATTTAAATAAAAAACTATACTTAGGTCT TTAATATTTTATTTACATTTGTGTCTATATGTTTTCATTATCTGATTACA ACATATTTTATTATGTCTTCTGTATTCAAAAAATGTTTGAAATAAATTCT GGTTATGAAAAAACAAAAAAAAAACAATAATAGTATCAAATTTAGTCTCG ATTTCCCATACTTTTTCGACAAAAAATATTTAACGAAAATATTCATAATT GATATTTTATAATATGCAAATGGGGCAATTCATAAAATTTTGTTGGTAAT GGGAAAACTACTTCCTAGTGTTAAATGAAATGAACAATATTTCACTCAAA GGGCGTCCGCAGGGGGTAGGCAGGAGTAGCTTTAGTCCCGTCCCCCCCAA AAGGAATTTTTCCTTTGACAAGATTTTTTTTGGGGTCACGATGAAAAATT TAATAATAATGATAATTTTTCCCAATATTTAATTTTTTGTGAATAGTTGT GGATTTTTGAAATTTTTTGGAAAAAAATTTCAATATTTGAAATTATTTCA ATAAATTTAATATATTACATTTAATTTTTGAAACTTTTTTGTTAACAGCT GTGGGTATTGAAAGTGTTTTCCAAAAATTTAAATTCTTGATAACAGCTAT AGATTCTTGATTTTTTTTTTTGATTTTTTTTAAAATCCAAAAACCAAGAT ACTCCCTCAAAATATAATCCTGCAGACGGCTCTGAACTAGTTAGAGGTAA ATTAATTTTACTACAAGTTTTCTTGGGGTAAAGCTTTACAGCATACTATA ATTTATATAATTGTGATAAAAAATAAACAGTTTATGGTACTTCCAAAGAA AATGTCCTTTTTTTGTACTTTTTTGTACTTTGAAGTTATTTTTTGCAAAT AAGAAAATACAAAGAAATAATTGAAATATTTTTGTAATCTGGAAACATTT ATCCACAAATTATATTTGATCATTTTTTCTTTTTTAAGATCAAATAACAA TTTGTTTTTCTTCTTTAAAAAAACACTTTCAATGGCCACAAAAGCAGAAA TTTGGGTTTATAAAAAGCAAAAAAAAAAAAGTGAGAATTTTATTGACTAG TATTATTTTTTTTCTCTTTATCATTAATTTATTAACACATAATATAGGAA GTAGGTAGTTKCCCACCATATGCAAATGKCGGCCATAAATTTATTAATAG AGGGGATGATGTCCAATACAGATGCCCCCTGGAATGAACCGTAGACTTTT GTACTCCCCATGTGTTCTCCATACCCCTYTTATATGTACTTTTAACTATA ATTATTAAATCCTATTTNTGACGGCCATAAATTTATTAATAGAGGGGATG ATGTCCAATACAGATGCCCCCTGGAATGAACCGTAGACTTTTGTACTCCC CATGTGTTCTCCATACCCCTGTTATATGTACTTTTAACTATAATTATTAA ATCCTATTTGTATTCACTTCAAGAGTACTTTAATCATTATTTATAATAGT TGTATTATATATGGTAGGTAGTAATAAAATCATCCAGTTTCTTTATAGGA AGAAAAACCCAATAAATTTATTATTCTAGGAAGAAGAGGAAGTGTAGTGT GCCTTGAGAAAGGCACTAAAATATATATAAAACTTCAGTCCAATTTTTAT TATTATTATATTACTTACATATATCAAGTTTCTCTTTTTTTAATCTTTTA AATGAAAATTTTAAAGACTCCATCTTGGATCAAAGAGATTTGTAAATGCC ATCAGACGGAAAAACCCCTKCCCATCCACAAAAAGTAAATGACATAGTAA CAGAACTAATTGCCAATATATATTATCTATAAGGAAAAAAAAATCCAATA TGAAACTAATAGGTAGATCCATGAAACATTTTAATATATATATATATACG CATATTTATTTACAAAATATATAATATATTTTGAGTTTTTTCGTTCTTTC TTTTGAAATTGTGTCTTATTGATTTTCTTTTCAAAGTTTTAAGATATTAT TTATATTAAATTCTCTTTGATTCTCACATTTCTGTAAAAGTAAGCTTATA TTAAGGTAAATGTGGCCTTTTTAAAAAAAATAACAAACATAAATTTAATG TATGTGTACATGTGTAGATACTATATTTTCCTACCTTTTTCAAATTTTAA GAGAAACACTGAACGGGAGGGGGGAATATATAATGGGAAATACAACCTTA ATTTAAAATGCACTGCATAGCAGATTTGTTTAACTATAAATTCATTTTTA TATACATACGACATTTGCAAAAGGAAATGAAATAACATGAGGTCAGCATA TTTGGGTTTGAAACCCCATAATTTAAAAAAAAATATTATTTAATCATTCC AACTAGTGCTGTGTTGTTTCTTATTTAAGACCAATGACTGCGGTTCTGTA CAAMCCCTCTTGACTGTCCTTAAAGAAGGTAAAATATATCCCTCGATACG TCAATGAGAGTGCTTTTTTTTTTTTGCTAAAAATTACATTGATATACGTA TAACAGCTAAAGTGCCATTAATTATGTTTTGAAATTGACGCCACATGTTC CATAACTATGCAAACAAAAATATTTTATTTCAATATATCTTCAAAGCTGC AAATATGCCAAAAAGTGAACCAACTAGCCGCCTGCTCTCCTCTATGAACG AGTATACAGTAATTTTTAGTCAATATACAAATTATATATATATACAATGG TGTACAAAGAAAGTGTCTTTAAGAACACGACCTTGTACAAACATGGATCA CGTGGTTTTATTTTCGTAACTTTAGTCAGAGGCGTTCGAAGGATTATATT TTTTTTCTAAGGTGGTTTACTTTTTCAAAAATCAATAGCTATTTTAAAAA AATCAAGTTTTTATAGAAAAAAATTTCAAAAATTCAGAGCTGTTTAGAAA AAAAAATTTATTAGAAAAAAATTCAAAAATCTAGCTATTTATACAAAATT AAATATTACATTTTATAATAAGAATAAAAAATACTGCTTTTTGGGGGCGG GGTTGTCTACAACCACTCCAGCCCTCCCCTTGCGGACGCCCCTGTTAATT TTATAGGAAGCCCCACTCTCGCCCTACTCAACACTATCAAAGAAACTTTA TAGAAAATTGAAATGTGCCAACTTCCCTTCATGGTAACTATCCCCTTTCT TTCCCTACATACATATGTTTATGGCTAATAATTGCTTTCAATAAATAGGC TTTTTTTCTGGATGGGGACTGGGTATTGTTATGATATCATCCATTTCATT ATTATCTTCAATTGAGTTAGTTTCTCTCCTCAAATTTATTACATCTATTC TCTTCATTCACTCTAGCTAGATACATCGAAGTGCTCTCTGGGGATGCATT AATTTCTGACTGTCACAAGAGAGAGGGAGACTGAGAAGAGATGCAGGAGC AACTCACTCACTCTACGGTAAAAAAAAAAAATACAAAATGAATAGATTGG CAATTGTATATTTATTGCTATTACTATCATTATTATTCAATGTGTAAGTA CTTAACAAACATTGGGTTATAAATCCTTAAGCACTTGCAGTATGTAAAAA AGAAGAAAAAAAGAAATCAAAAATAAGAATCGGAACCCTGAGCTTAGCCA TCATTTAATTTCATTGAATTAGTTGTGACTAGGTATGACCGGAAGGAAAT AAATACAGGCACACTCCATATCAAGCAATGACATAAACTGTAATTACTCC GATGTTGATCTTCTATTATATTCATAGTTGACTTATAATTATAACTCCAC AACAAATTACATTGTCCAACAGCAAACAAGAACAGCATATTTTCAAATCA GAACAGTTTAATACCCTAATTCTAAATATAGTCTTATTTTTTCTAAAATA GCCTTGTGGCCTACAGAAAAAAAGGCAATACATTTTTTTCTACTTAAAAA GTTCAAAGCATTTGAACTATAAAACTATTTTAAAATGTAAGTATCAAGGT TATAACTCGAGTTATCATTGTTGAAAGTTGAAATAGATATTTTTTATTCA GAGGCTCATAGCTTCAATACGAATATCTTCAAAAAATTTAAAAGTATTTC ATTGGATAGCTGAAAGTATGAACTTTAATTTAAAAAAGAGCCACCCCAAT GACGTTCTATATCGTTGTCAATTTGAGATAAAGCCTCGCCAGTATTTCAA GAATAAAACTCATTTTTAAATTGATCTCATAAGAAAAGTCCATATATTTA GACTGCCCTAGCTGAAAAAGAGAGAAAGAAAGAAAAATAGAGACGGAAAG AGAGAGAGAGAGAGAAAAATAAATAAAAAGTTTGAAAAAGTAAAATAAAA TCTCTCTTGAGAGTTGGATCCCGAATCAGGGATTGATGTTCATGAATGAA GAAGGGTGCAGGTAGGATATGGAATTCCTTGTAAACATCCTCTGGTTACT AGGATTATATTTTGTGAGGTCTGCTCCAAAGAATCTGTCACTTGGAATCC CTCACTCTGTGTACGCCATCTTCGCAAATCATTCGATCGATAAGAGGCCT AAAGGGTTTGTAGCCTAGGCCACGTCTGCAGGGGCACTTTATCCCAGTAC TTGACGATGAAGGACTTCAAGGAATTGATAAATTGGAAGAAACCTTCCTC TCTAACTCCTCCTAAAAGAAGTAATCTATGGGATTCAGGTGTGAGGGTCC AAAAGGGCACCTTCTCTACTTTCAACAAGCTTAGGATCTTGCGGGCCTTG TGAGAGGGGACTGAGTCTTTTTGAAACAGGAAATTGATACCATTGGCCTA AGAATTTCAAACGTAAATATCGGTCCAGATCGAGAAAAATGTGCGGATTG AATGCAAAGGATAGAAGTAGGGATGTACACATACCAAAATTTCAGCCAAT ACCATCCTTATAGACGATTCCAGATTCCTTATTATGTGTTAAGTCATTTC ATAAACAAATAAAAAAATTGTTTCCTTTAATAATTTATATTTGCATCACT GACAATACGCTGTTTTCTATCATTTACTGGTTCCCCACATGAGATCAAAT GGTACTGAACTGTTTCCAGTTTTTAACAGAGTTTTATATGCTTGCCTTAG GAATTGAAATATGTCTACCCCAGTGCTTGAGTCAAGACTAGTGTATTTTT CAATGGACCCGGGATGGACACTGATGACTTGAACTTTACGCAGAAAATAT GCACTCAACTTTAGTTCTGTTATAAAAAATATTGTTTAACACACATACAG CAACGAAATATTTAGTAAAGAAGTTACTTACTGGTTTTGTAGTAAACCGA TCAACCCAACTCCTACTGCTTCGGACTTTTTTAAACGACTTATGGTACAA TTCAAATATATGGGGGACTAAAAATGTGGTTATTTCTAAATTGTTACTTT CAATTAATTTCCTATACAAACGTGCATATTATCCATATAAATAAATATGC ATATTTATCGGTGATATCGGCATTATTGGGCCGATTCCGATGCATCGGTA CACTCTAAGTGTAAAGAACATATGTGTTTTCAAATTGTAAGCATCCGTAC AATGAACTGATTTGAAGTGCCTCATATATGTACAGCTGCTACAACTAGGA ATGGGAGACATCCAGTCTAAAAAAACAACTATCCAACATTAAAAAATGGT TCAATTTACAAACATGATCTGCGGCCGTAGTTTTAACCGAAATATCGGTA CAAATGGCTCACGAAAAAATAACTTAATACCAAACTGAAGAAATAATAAT ATGTTTCGGACCGAATCTTTGTTGTAATATACTTTTATATTTTTACATAG ACAGGTGAATCATATTTATTACCATCATAAAATTTATTTATCCATTTTTT ATATTTATTCTAAAAAAATATCATTTAACAAAATATAAAAAAAAATCCCG GAATAAGCACATTTCATATAAATCTATTTGCCTACCTACCTATAATGCAA AGTAAGGAAGGAGGGGGGAGGAATGCATAAATTATAGGTACAACACACAC TTTACGGACTCTATTGATTTTTTTGAAACAGAGTAAAACTTCTAAGTCTA TGTTGTATGTAGGTATGCAAATACTTTGCTTGTCAATATTATTGAGTTTT TATATAATAATGGAGTGGTGCCTTTTGCATAGCCAGTATTTTTAAAAAGG AAAAGAGCCTAGCAAGGGTAGTTATTGCCTTAATATGTTTATATAAGGTG TGTTCAAAACAGAAGGCGACTTTTCAAATTTCAGAGGTTAGGTACATTTG GTATACTCTATTGTTTTTATGTAAGTAAACTCCCCACAAACATATTTTTA CTGTTTCAGCTATATAATATGTTTAGTTTGTTTGTGAGAAGCGTAACCGT TAAAGGTTGTTTGGGTGTTCGGCGATTTTTGGCCATTGAAAAACATGGAT TAAAGAATTTGCATCTAATTCGGCGTAAAAATAAAATTAAGTGCTCCAAA ACATGAAAAATGTTGACAATGGCATACGGTGAAACTATTCTGAGTAAAAA AAATACTTATAAGTGGTACAAACTCAGTCACCTTACTTTATGGACACACA TCGTACACATTCATAAGTAATATATATATAACAATAAGATTTATAATAGA TCTTGTTTTTTTCGTAACAAGATTGGCAACTCTTTTCCCTTTCCATATTA AGATGGGACACTATCAATAACTTTCTTGCAGTAGTCCATAAAGTTGGATA CGCGAGAGGGATTTAATTTTGAAGCATAAACTACTGAGAGCGCTTTATGA ACTGCACCCTAAATTCTTCATTACAATGAATTGAAATCAGTTTGAACAAT GATCATTGTTCAATATCCATGGTGATGTCTTCACAGTCAAAACATCAACA AACCAGGTATCAAAATCGGCTCAAAGGGCATTCATATGTTAGACATAGAC CAAAACGTCATTACCTTGGACAATGACAAGTTGGGGAAACTAGGAAAATC ATCACCTTCCCATTTTCTGCTTCATCAGATCAATTTTACCAAGAATGGCT GTCATTATGCATATCACAAATAAAATAGACATTTAAATAATTATATTAAA CGTTATTAACAACTTTTGCACAAACATGTAGATTTTTTATTTGAATTAAA GAAATGAAACTGTGAAATAACGAGACGTTTCTAAATATGTAGCCTCAAAA TTTTTATTTAGCTTATATAGGACCATGTCAGCTCTTTAGAACGTAAAATA TGTAGGTGACACGTATTTTTAATGTTTAAACACGAATGTCTGTGTGTGTT TGTCTTGCAATCAGTCCCAAAGCATTGAATGGATTTTATTAAAAAAGTTC ATGTAACTTTTAAAGGCTTTAGAAAAGGTTTCGGTAATAATTTTTTGTCT TTCCGGCCATGGCAGCTTTTCAAAAACATTTTTCTAAAAACAATTTGTTG ACTAACAATCGACTATTTCATAAACAAAAACAAAAAACGTAACATTTTAG GAATAATTCTAGCTGCATGTTGGTTTTTATATTTCTAGACTTTTTAAAAA AGGAAATGATAAGATTTAGAAAAGAAAGAAAAACAAAAGAGAAGGAGACA AAGAATTTTTGACAATAATTTGAAAGATGAGCGAACGATAGTTTAACTTG AATATTTTTTTTTCCCTAAACCTTATAATCCCATGTTTTACGGTCTTAAT TTCTTAGTCAACGCGGATCAAACTTACTCTATTTCAATGTTAACAACTGT TGAAAAAGGTACTTACCAATGTTAACATGCAGCGAGAATAATTTTAAGGT CTTTATTTGTTGTTTTATATTAACAGAATAATTCTTAGTTAATTTTAATT TCCTAATATCCGGAGCAACGCCGGGCAAACTTACTCTAGTACTATGCTAA AATCAAGCAGGAAAAAATCAGCATATTAATATACTATTCTTTAAGTATAG CACTAGGCAATGTAACAGTCTTTTGTATGGGTTGATCCTATACCCTTCTC TCTTCAACAAACACATTTGCCTACATCTCATTTAACGAACACTTTTTAAA TTCGAAGCTGTTCATACCGTGGATAATTAACATATTATTTACACAGTCCG AGAGAATTAAATTAAAATGTTATCGACATGGTGTAAAAATTAACATTTTA TAAATATGATTTTCCAAAACATTATTCCTATATCAGTAAAATCTGCAGCA ATAAAATACGTATGCAAATTTGTATTATTAGAATTATATGCATGTTTATA TGATCCGTTTTTACTTGCAGAAAAGTAATTATATGTTACAAGGCTAAGGA GAATGTTTTATGATAAATATGTACATGAATAAAATTTGTAATGTCTGTAC ATATTTTTCCATCATAATAGTAAATAAAACCTTACATATTATAAAATATA AATTAAAAATTCTAAGTTTCCTTATGTACATAATATACCACGCCGTTATC TTTATTGTATCACCCAAGCTTTTCCCCAATAGGAAAAAGGCCCAAAAAAT ATGTTAGCCAATTCTTTCCTGCTCTGCAATTATTAATCAACAATCAGGAG TACTCAGGACTGATATAAGCTATCCTGCAAAGTTTTTTTTAATGCCACAT TCATATTATGAACAATTGGTAAAAATTCACTTTTTTTTATATATCTATGA ATATTTTGTTTAGGGGTTTGCATTTAGATGAACGAGACGAGAGGTTGAGG GAAGAAGGAAATAAACAAGGACACGTGCAAGAATTACTCCGATGTCGATA ATTAATTCTACTATGAGTACAACAAAGACTTACAATTATAACTCTCCAAC AAATCCTCAAGGTTACTTTCCATCTTTTCAGGCTTTGAATATAATTGAAT GTAACAGGAAAGAAAGTTCACGATTCAGGATTTAAATAATAATGACAACA ATTAAGCTGAAAAAAAGTAATTCTTCATTTTACTAATTCAAAAGTAAAAA AAAAGACAAAACTCGTTCATAGCTTAACCACATTTGAATGCAACCAATAA ACGTTCAATGCACTGATTAAAGAAAAAGAAGCAGAAAATTGACAAACAAT AACAAAATAATCTTGCTTTTTAGTTGTGAAGCATGGCGTGATATATGTAT ATTTAGTGTATTTAAAAAAATAAAAAACAACGAAAATTAACTTTGTAACC CTGACAATTTGAGGAATGTTTTAGAAGTGAGCACTTTACCAATCATGACG TTTTATTAAAGTATATAGGGGCAGCTGTAAAATGAAGGAAGTAGACACAA GTTCCACTCCGTATCAAACAAGGACATTGGCGGGAATTACACCGTCTTAG ATCCCCGATTCTACCACAAGTCCACCAAGGACATTCATGAGCACACAAGC TTGTGGTTACACTTGAATGAATGAATGAATGAATGCTTATGACAGCTTTA GAAATTAAATAAATAAAGATTGTTTATCTTGCCAATAACAAAATAACTTG CACTCCAAAAATGGCTTAGGATTCAAAGTCCTAGGTATATGGAAGTAATC AATTTATATTCCTTATTTATGGAGTTTGACTATATTTCAAATCAAATAAA GAAGGGATNNNCTTTTTCATCATTATTTCAGACAGTTTCAAACTGTTTGG TTAGGATTATATATATGTATGTACTATGTATAATATTATATTTTTTCCCT TTCCATTGAAGTAAAATAAAAGTTTTCATCAATCACTAAACTTTCATTTG GTTTCTACTTTCTGAGCCAATCTACCACCCTTTTCTTTTTTCTACTGGTT AAAATGACAAGGAGATGGAAGAAAGAACGAAAAAAGTAAAGAAATACATA CATAGAATTGAAAAGGAAAAAGGATGTCAATTGTCATTTTCAGAATGAAA ACCCAGTCTTTGAGAAGTGATAGGGAAATTATTTGAGGAATTGTTAGGTG GAGAGAGTAACGATTTAAAGCCTTTATACAATATATATATATATATATTA CTTTTTGGCCCAATGACAAAAGACAACAAAGAAACATAGAAGTATGCACA TTAGAGTCGGTGCCAGAAWGAGTTTCCGGATCAAAAATATATCCATTTAT ATGACGTGTAGACATAAATTAAGAAAACATGCTTTTTTTTTCTTGCTATT TTACTTCAAAAGAAAGGATCAAATTATATTTTAAAAGGTCTTTATGCACT TTTATATGAGAAAAATATATTTTGATGGTAGGAAATTAATATAGGTTTTG AGCTTTTTCATTTTAATCCTTTTAAATTTAAGATCTTAGAAGTTAGAGTA TATATATATTTAAACCAATCTATATCGGAAGTAGGTCAAAGCGTCGACAG ACAAAACGTCGACTGACAGAACGTTGACCAACAAAACGTCGAATGCACAA AACTTCAACCGTAAAAAATGTCTACCGTATAAAACGTCGACCAACAGAAC GTCACCCGGAAAATACTACATTTCAATATGTAAATGTAAAATTCTGAATT CTGACTAATTCAACGTACATATTCTAAAGTACCCATACTTTCATATTTAT TAAAGACATTAGATAATTTTTTATTAACATTTTCATGCTTTGTGGATTTT CTGTTTAAGTCCTGTCCATTTTGAATGTGTCGTAGTCACATTTCTATTGA AGCTGGCTCAAGGATGATTTTCTTTAACACTTTTTTCGTTTGTAGTATGA TTCACTTCCAAATGCATATGAAAATCATTATGCCAGACCTCAACTAAATT ATTCGTTCTTGGGAAATCATTTTTTATTCGTTCGAATAAATTCCACAGAT CGATTTCAAATGCAGGTTTTCGTATTTTCCCCCTTTGAATGATGCCAGTC CATGTGAATCCAAAATATTGAAAGAAGTTACAGATCAGTTCATCAGTTTC CTCGTTGAGTGTGCTCATGTATCTCGTAAATGTGTTGTGCACTTCGCCAG GAGTAAGAAAACCAAGGGCTTGCAATTGTTTGCAAATCAACTGACTGTCT TCATTCTTATACAGTTCTTGAAGAACAAGGCCAATAATTTTTTCCCCTAA ACATTTAACAAAATAAAATAAAAAACCCGAAAATTTTAGTCTCAGGGAGA ACTCTTTTAATTTGGTTAATCACAGCTTTTTCAATGTCGACCGTTATTGA AAAAGGACTAAGGGGGATTGGGAGGGGCCCTTACTGGTAGTTTATAAAGG AATGGTGCTGCTGGGTTATGTTTAAGGTGGGAAATGTCTGTATGGGATAT ATCGTAACACCATTTGTAGTTGCCCTTTATTTTATATTCTACGGTCGACC TTCTGTCAGTAGACGTTTTGTCGGTCGACGATTTGTCCACACACCTCTAT TTCTATGTTTAACAGTTTATATTTGATTTTCGTAATAGAATAGCTAAAAA CTGCGGCTTTCACCCAACGAATAACAAAAATTTGTAACATACTTAAAAGA TCAGAACTTAATATATTACTTCCGCTTACTTATCAATTTTGATGGACACA ATTCCAGCTTTTATTATGTTGATATGTCACATATTGAACAATTAATTATT AGCCATTAATAATAATAAAAACATAATTAGTAAAACACATCCTTAAAACT TATTATATAAAAATAATTAAAACCAACATAAATACTAGCAATCAAGAGTC CGGGTTAGAGATCCTAATCCTTCCGAGGATTGACTTTAGTAGCTTCTTAT GTTAGAATGATACTTATGGATTTAATTTCACTTCTTCTGCCTCCGGGATC CCAGATGTGTCCTAAGTATTACGGATTTTTAAGGAAAGGGTCGTATATCT TGCAGCGGATTTCACAAAAATTGCTATAAGTTCGTAAGTGTTAATTGGCT AATAGGCTGTAAGCTTTCTAGCAATTAATGCCTTAGAATTTAATAAAGTA AAATAAATTGATCTAGATTTCTCTGGAGACTGCTTCTCCCTTTGAGCTAA TAGTAAAGAAGTATAGAAGCTTTGATTAAATTCAAAGATATCGGATTTCG AAGAATTATATAATAAGTTTAAATGGAAATACTACTTTATTTAAGATAAT GAAACATTCAATAAATATATCATGTCGTTACATTTTATGTATCACACAAC CTTTAATACAAAAAAATACCAAAGAAGGCCGAAAATCAGTTGGTAGTTGC TACAAGAGAGGAAATAATGCATCGCATTCATATTCTACGTAAAAAATTCA ACTAAAAGAGTTGAATCAAAGAACTTTATAATAAAAACAAATCAGAGAAC ATACAAATTAAAACATTTCAAAAATCCTTTTTTTTAAGGGTTAAAAAATG CATTTTCCATTTCATTAATTGAGTTAAAACTATTAAAAAATAAGATAATT ACTCAATTATTCCCACTCATTTGTAAAAATAAAATAAATCAATTCCGCAA TTGAGAATACTCAATTTAAAATCTTTAAGTTTATGCATTTTTATATTAAT CTTTTATTTTTTATGCCTATCTTGTAAAAAATATTGCCAGACAAAATCAT GAAATTAGGACGATTTATATAACCATTGATTGAACACTCAAAATATGAAT TGAATGTGAACTTGACAATAAGTATTTTTTGTAGCACGGTAAAACTTTAA TCAGTGTTCTGAATATTGATTGATTTCATCCCTATTGGTCTTTATTGGTA TGCATCCAAACATTCATCATGGGACATGAGCTTTGCTTACTTACATTAGT TCATAAACAAATGACAGAGAGCTGTGCTGTCTTGAGGGAAAATAAAACAA CATCCTGAATGATAAGATTTTTTTTCTCTTGGACAACAAGACTCATCTAT AAAACAAAGGAATATACATTTTATACAAATGAATTCAAGCCAAAAAAGGA ATTTATATTTGAGCTCAGAATACAAAACGGATTTCCGTTTTTATTTCAGT CATCTGAATTCTGAAATATCTGGATTTAACAAATTTGAACAATAAACAAA TTAAAAGTACACTGTGAGAAATATATTTTTTACCTCATAGCTACAGATTG TCAAACCCGCATGCAGATGATATTTTTTTTAAATTTGCTTGTACCTTATT CAAATATAGGTTAAATATATAACGTAACATTCAAAAAGAGTTCATTTCCT GTAGACAAACGGTAATCAAAAAGACTAATTGCTAATGCACGATCCGGAAT ATTTAGAAATAAATATCAAAGAAGCAATACTATTTTTTTTTGTAAAAAAA TTATTACTAATTAGAACATTTCCGTAAAATTGAACAATATATACAAATCA ATCCAGGTTGTTTTCTTTTTATAGTACGTAATTTATAGACGATATATTGT GTTTCTATAATTATTCTTTGCTCCAACTAATGCAAACTACGTAGGTTCTG ACATGTGATACAAATGTATTATCGTACAATTTTGGAATTCTGCTTTATTT TAACAAATTTACATTGACAACCATTATTTCTACTTATTACTCTCGGGCAT GCTAATTTTGTTAAACAAAAAGCACTGATGTAAGTAATATGCACATTTTT TATTCTTATGGGAGTTTCATTAATTTTCTGCAAAACATCTCTCTCTCACT TTGTTTACAAACTTATATAAGTAAACAACCTCAGGTCCAATTAGGCCCTT GACACGTGTCTAGTTTTTTTCTTTTGTTTAGTCCAGCTCTGATTGATACT ACAACATTTTAACTTTAGATAAGGTTTATATTTATTTGTTAGTTTTGAAT GTAAAAAGTAAAGATAGTGAATACATATATGAGCCTACTTTTTTCATCAA TGCATTCTAAGCGACTTACTAAGATTAGGAAAAGATAAATACTCATATAT TTTTATCATCATGTAAAAAGTAAAGCTTTTAAAACCTTTTTTTTTCTTGA TCTATACCATTTTTTAACTATCCTAACGATAGTTACATTGTACATATAGG AAATAAAGAAATTTAATTAAGAGCAGTAGAGGGCTTGTTATATACCAGTC CTCATCTTACAGATACTGCAGAAATATATTTAAACATAACAAATTAAACA TAAGTGTTCAGGGGGGTGTTCAAAACTTAAACTGGAACCATATTGGCTAT ATATATTGGGGCATCTAGAGGATTATATTTTGGAGGGGGGACTGATTTTG GAATTTTTTTGAAAAAAATCCAACCATTAATTAATTTTTTAATTTCAAAA ATCCATAGCTTATAATAAAATAATTTGAAAAATTACCTCTTTTGAAAAAA GATATCAAAAATTAAATTTTAAATAATAAANTTTTTTATATTTAATTATT TTTTCTCAAAATTATTTTTTTGTGAATAGCTGTTGATTTGTGAAATAAAA AAAAATAATGATATTTGATAAATATTTTTTTTTTGACCAGCTATAGATTT AAAAAAAAAAAAATTCCAAAAATTTAATCTTTGGTAAATAGCTATGGATT TTTCATATTTTTGAACTTTTTCTTAAATTCCAAACTTCTTTATAAAGTTA CATCCCATATTATACTACTGGAAGTTATAAGTGTAAGTCCTTGAGAATCG AAAACGGAGTCATTCTGGCTAATGTCCTTCTTGATACAGAGTGGGTCTTG TGTTTTAGCTTCCAGCTATAATTAAAGATGAGGTGTATGTAAAGAGAAAA CAACAACTAAGTATAGCGATTAGAAAAGGAAAAACGGTTGAGCGTGTGCT CTTTCTTCTTCTATGTTCATTATTTAACCAATCCTGGGGCTGTTAACATC TCCCTCTAAAAGAAGAAATCTCACATATCCTATTGTTATTTTAAACGTAG AAGATTATCTTCTCTATTGCAGTAATACATTTTCTCTCCCCTTATTTATA TAACAGCCAGCTGATATTAAGAATTATCTTAATTCAGGGATACCATATGT CTGACTCCCACCTTCTACTCGCGCTCTTACATACATCATATCTGTAGTTA TAAGATCATTGTTGTGTCCCTCCACTAATTACACTCCTCATGAAAGAGTT TTCCAATTTCCAAGAATATCTTCTCTTTACCATCTTTGTTGATGAATCTA GAGCCTGTAATCCTACGAAGGTTTGTGAATGATCTTCTGGTGGACGAAGT GGAATTAATTAACAGCAATTCTGTCGTTTGCTATAGTTAAATATTCTTGT GGAAAGGAGTTATTTATGTCAGTTATGGACTTAGCTCCATGCGCATCTTA TATTACTGAGAAACTACTCACTTTTGATTCTTCATATACTCCACCTATTT CTTCACCAAAGGTTTATTCAGCTCCTGAAGATATTGAATTGCACAGATCG AATCAAATTTCTAGACCGCCAGATCGCTATGGAATTGATATTTGATAAGT TTTATGTTTTTGTTTTGAGAAGGAGATAATGTTGTGGTATTATTAATATT ATTGTCACGTGTGTGTGTTCTTGTTTCAGTCATTGATTGTAGTGTAAATC TTACATAGTCATTTTATTCCTAAGTACAAATAGAGTAACTATTCTTTACA AAAATTTATGGCAACATTATTCAAATTCTCAGGGTTATAATATTTACATT CGTTTTTGTTTTTTTTTCCTTTTTTTACATACGGAAGATTTACAACCTTC ATAATAGGGTTAGGACTGTGTACAATATGATACTTATCAACGCCACGTTT CCATTTGACAATATTTATATCAAGTTTTTTATGTATTTATGAGTCAATAG TTTGGCATATATTTCCTTGGAAACGTGCAGATAAAGTTTGGATCATTTTT TATCCAAAGTTTTCTTCAGTTTGTACTTTTTTTTGGATAGAGAAATGCCT TCAAGACTTTATTCATCCCCCCCCCCCCCCCCTCAGTTTATAAATAAAAT GGAGTAGATGATGATATGTTGGTACATCTATTTATGAGTATATACCTAAA CCTAATGCCTTCTAGGTTGACAAAATGTCCATACATACATACATTTATAG AAAAAGAAAGAAAAAAATAATTTATATTAACATAACATTTGTATACTTTA CTTTTCAGAATGTGCTTTTCATAAAAGAGGCATATGAATACTTATCATTC ATTTATCCTGAGTATCCTGGAATTTCTTCTTTCTGTTACAGCATAAGAGA GAAAAACCAATTCACAGCGGGATATCTATTCGAAACAATGAACTTTCCTC ATAAATTCGTGATTCTGTGCCAGTTATTATTAGGTAAGTAGAAAAATTAA TTCTAATTGTTGTATAAATATTAGGTAATGATTCAGAGCTATAAAAAAAG TGACAAAAAACGCCTATAAGATCGAGGAGAAATCCCTGGCTATGGAAACG ATCCTAGAACTGAATTCTGGAACGTTAAAATGCATTGATGTCGTAGTTTT TTTATAGTATTGTTATACATTAGAAAGGTATTATTTATTCTTTCTTCATT TTTATTGTCTTCAATCTAAGTTAGGAGTAAAGAAAATAAAAAAATAGCTA GGACTATTGGATCTACTAATTGATCTTTCAGTCAGATGATAAGGTGAAAA AGACCGGACCGATTAGAAAAAATACAGAAATGGGAAGAAAAAACGGACTG ATTTGGAATGCACTCCTAGGGCTTGATATATTAAGTGATTTGCGTAGTGA ATTCAACAATTGTTGATGGCACCACTGTGACCTAGAAGAGAGAAAGCAGG GGCGTCCGTTTTTTATTAGAAGGAGGGGGGAGGGGGGGGACTGATTTTTG GAATTTTAAAAATTAAACTTTTTCGAGAAAAAATGTCAAAAATCCATAGC TATTCACAAAAAAATTTAAATATTACATTTTTTGCTATAAAATTCGAAAA TCCATGATTATTCACAAGAAATTAATTTTTTTGGAAAAAAATTTCAAAAA AGAAGTTTCAAATATCCATTTTTTTCAAAAAAATTCAAATATTAAGTTTT TTTAGGAAAAAAATTCAAAAAAATACGTTTCTAATATAAGTTTTTTTCAA AAAGAAAATCAAAATTCCTAGCTTTTTTAGAAATTAAAATTTTTGGAAAA AAAACATGTCAAAAATCCAAAGCTATTCACAAAAAAAAAAACATTAAATT TTTTGCTATAAAATTCAAAAATCCATAATTATTCACAAGAAAATAATTTT TTGGAAAAAAAAACTCAAAAAAGAACTTTCAAAAATTATTTTTTTCAAAA AATTTCAAATATTATGTTTTTTGGATAAAAAATTCAAAGCTTTTTTTAGA AATTTCAAATTTTAAGAAAAAACAATCACAAAATGAAATTTTAAGTATTA AATTTTTGTGAAAAAAATTTCAAAAATCCATTGATACTCAAAATTTGAAA AAAATTTCAAATTTTAAAATTTTTGCTGTGCTGAATCAATTTTTGACGAA AAAAATTTATAGTAAATAGCAAAAATTCGTTCATTGGGGGAGGGGGCTCC AGTACCTCCGTACCACCCTATGCAGATGTCCCTTGAAAGTATTATGGCAG SCAACRAAATTTGGAGAAAAATAAATCACATGTTCATCTTTTCGTCTGCG AGTAGCTGATAGGATGTATGTATACTGTTATATGAACTATATATTGAGGG ACGGGTTGGATGTTTTATCTTTAAAAGCAGTTCGTATATATAATAGTATG CCTATTGTATATACGAGTATAACTTGAGATTGATAAAAAATGAAGTTCAT TGTTTCCCAAGGAAAGAAAGAGAAAGACAGGTAAAATATATATAAGAATA ATAATAAAAAGCCTTGGAGGAAAATTTGAAATGAAATGTATAATTTTTGA CTTTTTCTACGATTATGTTTCTAATTCTTTACAAACTGGACGTTTCTCTA TATAAACATATAGGTATATAACTTTTGTGTTTAGGGGTTTTATATTTTAA TGCTGCTGTTGATAAAAAAAAGTTAATTATTATCTATATTTTTTTTATGT ATGTAATATTTAATATATACAACGGTATGGTATCTTTTTGATAGTACAAA GGGATCTTTTTTTTGACTAAATTCTATGAGATACTTAAATCAATTACTCA ATCATCTAATGGAGAAAATGGTAATTTAATGTCTTTGATTCAATTTATTC CCATTTTAAAGGTATACACACACATATTTATATGTGTGTTAACGTAGCGA ATATTTTTTTGATGGGAGATGTTGAGTCAGCACACGGGATCATTCACTTT ACCATTAGATATAAAGGAGTTATGTAGTAGTTTTATTATTACATTACAGA ATATGTATTTAGTAGTGTTGAGGCTCGGTTCGATGTATTTTTTTTAGTTC GGTTCGGTCATAAGAGAGTTTTTTTAAGACTGATATTTCGGTATATGCAT TAATTCAAACCGTGCACCGAAATTAAAATTGTAGAACGAAACTTCATTTT CTAAAGAAAAACAGAAAAGAATATTCAATAATGTTCCGTTATTTGGTCAG ATGGATTTGCATTGATCAAGTATAAGTAGGCATACAATTACTTCATCGGA CCTAGGAATGGTATTTGAAATCCATATAAGTCATGTCTATTTTCTTCTCT AGAAGCAACCATGAATAAAAACTACGCAGATTGAGTTCAAGGGAAGAATA TCTTCCGACAGCGTTCAAAAGCTTCAAAATAAAATAGAAAAACAAAGACC ACTTGATCAATATTTCTACAATAAAGGGGTCGTAGCGACACTTTCTTTTT AGTCCGCTAGGAGCGTTAAATACTCATCTATAACAAACTACGTAGTCCCC ATGAAATCGCCCATTTAACTGAATGAATAAGATAAATTCTGCGAAGGGAA GGAGAATCTGCATAAAGCATTAGAAAAAATGAAAAAAAAACATCATTTGT SCTACCATAAAAAGCTACATCTGGCTTGTAAAAAAATAAGATGTCACTAC AACCATAGATCTCCTCAATCTAGCAAGCGTATTTTGCTACTTTGTTTTTA TTAATTTATGTCGCCTTGTTTGTTCTAGTAGACCGAATTTTACTACCAGA CCAATCCAAATTAGTTGAAATTATAAAGGTCTCAGNNNNNNNNNNCATAG CGAACCCATCACTAGTAGCTGGAATTACGTTATGAATAACGTTTGACTCC ATTTCTGAATGTTTATAGGAGCATCATTTGAATGAAAGGAAATTAAAAAT AGTCAAATGTTCTTTACCAGTCAAATGAGGGGAATAAATGCAGTGTTTGC TTTTATCAGAGCTTTTCTTTACTATCCATTATCATAAATTCCCATTCATA CAATCGGAATGGAGGACTGTGGAGGCAAAGGGAATCAAGTAAGAAAGAAA AAGTGAAAACAAGAACTGCACAGCTGCTATGTTCCATCAGTGAATGTAGT ATTCAGAAAATAACGTTGATGATACATCAATCATAATCTTAATGTCATTC AATAATAAAACATGCATATTATAAGAAGGATTTGTTGTGTTTCTTGTTCT TTTTTTTGATGAAGCAACACACATAAATCTTCTTATATAGTATACAAATA TGTTAAAAGGAAGCTCAGAGAATGAGTTTTCTGTTTATATTATTTCAAAA AAGTTATTTTGTAGACACTTTTGCCTCTGTTCCTTACTTATTTTTATAAT ATATTTAATACACAAGTGTCTTTTTATCTTGTATATCAATACAAATACAT ACATTTAACTCCAAAAGTTATTTATTCTTATCCTATATCTTTTTATAAAT TATCTTAAAATACAAACTACGTAATATACACAATTTCCAAACCAAATGGA TTTTGATCTTCAAAGAAAAAAAGAAATGTTACTTGGTAAAAATATATCCT TTTTTATCCTATATATCATGGTGAGTTTGATTTATTCATATATGTAAAGC TATATAGGTATATGTAGTATAGTACACAAGGAATTGTGGTTATTATTAGT GATGGAACAATTCAAAAAAAAGCAAATCCCGATGCTGATGAAATTCTCGT AAAAATTCCCAATGCCGATTCCGATTCTTTAACATTTTAGTAAGATTTAA ACAAATACCATTTTGCTAGTTTTGGAATTTTTTTTCAAAGACAATCCAGA ATTAAATTTGAAGGAAAAAAATTTCGAGTATTAATTTTTTTTGTGCTTTT TTTTCATAACTTAGAAAAGTAATAATAAGTTAAATACCAGAAATAAGTAA GAATCCGAATGACAAATTAAATATTATCTTCCCAATTCTAATTCCTATTC AAGAAAAACACCCGACCCTCCCAGTCCGATTCATAGTCCTATCACTAGTT ATTATACATAATATACACTATACTTCGGAGGTGGCCATTCTGTTAAGCAC TAATACGCTGATAAATGGACTAATTATTTTTTTGAAAAATATCAAAGTTG TATATACGCCAATTGCTATAGTTTAGGGGGAAAAAATGAGAATTGAGGAG TGTGAAGCTGTTATCATTATTGTTGGATCAGTCCTTGGACGGATCGCCTA ATCAGTTTTTTTCCCCCACCCTTATTAGTCCAATATTTTTTACCATTCCA TGGTCCTAAGGACTGATACATCGGCCTTTCAGACCTAAGGTCCTGGCTAT ATTTTTATTTTCTACACACATAGCTAGGATTGAAGAATATAAGATCAAAG AAAATAATAAATTATAGCGAGAATGGATTATCATATGTTCTAGTCACACA TCTCCCACAAGTGTTGTAGTTTCTACAAAAGACCAATATGGACTGGTCCT ATGAATGACACATTTTATTGGGACCGGACTGAGAGAACTAAAGTCTTTTT ATTTTTTTTAGACCGACCCAATAATAGTTATCATTATTCTTTTATTTTTG AAGGGAACATAAAATTATAAATTAATCAGTAGCGCGCGAAAAGACAAAAA AAAAATAAAATAAAAAAATAAAACACTGAAGATTTCTTGTGAAGTTATAA CTCCGAGTCCATACTGGACTAGGAGTTGAATTGAGGATCGACAACGGAGT AATTCCTACCTATATCATTGATAACCACGGAGTGGGATTTATGGTGATTT CTCTCATTTGATAGCTGCCCACAGCTAATCTAATAAAACGTCAGGACAGC TAAGCTGTTGTAATTGTCCGTGTAACTACGTTCATTTCGAACGTTGTAGT TGACCAAAACATTCAAATGGTAGAAGTAATAAAGAAGAACTTATGTTAAT AATATAGAGGGCGCATCTCATTTGATACCCACAGACATCAACCCTTTGAT AACTTCGACATTACTTGCAATTATTTTTGTACGTTACGGCGACAATATAC ATTCATACTTTTAATATGTAATAGTACATGCAATATTATATGTAAACAAT ACTAATAAAGAGTAGATGAAGACTAATAATACCTGATAATTTATCAATCT AATGCCTTTTTTTAATATATTTGTAGAATAAAAAAGTTTTGCATTGACTT TAAAAATATTTGGTTATTTCTCTTTTTTTAAATATGACATATGTGTTTAT GTATGTTATTATACATAATTTGTATTAATGTCTATAATTAATATATTAAT TAGGGCGCAACCTTTTATTTAAGCAAACTGTAGCACATCCATTAATCATC CTTATCATCGCCCTATTAGAAACATATTTGGTGTGATGAGTATAAGCCAT CATATAGAGAGGATTGTTACATATATATGTTGCTAGATTATGTGTGTATG AGTACTTGTAGAAGTTTAATTTTTCGAAAAAAACTACATTTTTCAAAACT CTACGCAAAAAGTGCGAGAGGTTAGGGTTCATTCAGAATCCCTAAAAAAA GATTTTATTTCTTCTCACATGTCAAAGCATGGGGAAAAATACGGATACCT AACAAAGCTTCAAAAAGTGTTTTTTTTTATAGGTCTAGAGTACATATATT GTCAGAGCTCCATAAAATAGGACCTGCTGGTATGTACAAATGAAAATTTA GTCGTCATCTACTCTGTGAGAGTATTGTTTATTAATAATCAGGGGCGTCG GCAGGGGAGGAGGGGGGGCTGGAGGTACTGCGTACCCCTCAAATTAAATT TTTTCTTTTCACAAAAATTTGAAATTTAATTTTCCGTGAGTAGCTCTAAA TTTTTAGAATTTCTCCCGAAAATGTTTCATATTTGAAATCTAATTTAATA TTTCAAAATTTTTTTCCTCAAAAATTTAATTTTCCTTAAACAGCTATGGA TTGTTGAAATTTCTCTCCAGAAATGGAATATTTGAATTTTTTTTTCCTTT TATATTTGAAATATAATTTCTGAAATTCTTTTATAAACAGCTGTGGGTTT TTGAAATTTTATTGCAAAATATATAATTCTGTGAATTTTTCTCCAAAAAA AATATTTTTTTATGGTTAAATTGTGGATTTAAAAAAAATTTCGTGCAAAA ATTTTGATACTTGATTTTTATTTTTTTTATTTTAGATTTGAAACCTAATT TTTGTAAAGGACTGTGGGTTTATGAAAGCATCCAATTTATTTTTTTTTTG GGGGGGGGGGAATTCCCATCMCTAGTTAAWACATATTATTTATATGAAAT TKAAAGGCAATTCCTATGTCAGATAGAATGATTGTACTACATATGAACAA TAATAGTGATTAAAAAGATTTCTATTTGCGGGTATGTCTTATATCAAAGT TACCTAAATGTACAATTTAAAAAAAATAAAACTCACGAGTATTTGGACCA TTATCACATTTGTATCGATAGTGTTTATTTTTACTTAATCAGTGCAACTC CATCTGTACAATTAATGGAACATAAAAAAACTTTTTAAATTAGACATTTT TTACTATAAATAGTAAATGTTTATTTCTTTTTTGTTTGTCAATTCTTATT TTGAAAGATAAGTGTTATTTTTTTTCGTTGAGTCCAGGATATTTCATTTT GTTAACCATAGAATACTAATTATTTAGAGTAAAGTTAATGTGATCAGAAT ACATTTAAAATTGAAGGTATTTCTTCCTAGAGAAGTTTTGAGATTTTATA AAAAAAATATCAATAAAACATAAAATATTCCTAAAAGATGTTCACATAAA GTTGAATGGATCAAGTTATCATGATGAGTTTGTATAGTCAAATATAAACA TAAAAGCAATAGAGTTTTTGCCGCCAAAAGCATTACTTAAACTAAGTTAA TAATAAAAATAGATAAGAAAACTTATAGGTTATTTCTTCAACAAAGTAAG ATTGAAATCAACATGAATAAAGAAGAAAAAAAAACGTTTTTGGAGCAAGA TTTGCCTCAAGGAGAAATATCATACTTTTATTTTCACCCTCGAATTTATG CAATCAAAAAATGATTTTTGCATTTATCATTTTCTCTTCTTTATTGGCAA ATAAACAAATAATAGAAAAAATTATCATTTTTTTAAAGAGACATAGAATA TTTCTTGTCATGCATTCTTAATCGGACAAAAAAATAATACTAAGAAAAAG AAAGGCCCAATCAGGTTCTATATGTTTAAAGATATATACAAACAATATGA TGCTGTATATTTGAATGTTTGCATTGACAGTGTTTGTTTATTTCTTTCAA TATCAACAAACACTTTGACATATAAAGAACAAAGAAAATCGATAATTGAA TAAGATGTTTCTGGATTAGAATCCAGGGTTAAAGGTGTTAGGGTTGGATT CCAGTCTGAAAATTCTAGACCAGTCGGAGACCGATATTATTTTTAATGAA CACAAATAATTCAGGCATTGAAAGAAGTTCACTCTGGATCAGTTTCATTT AACATTTGTTTTAGACCAATTCATTTGATGGATTATAGATGATATCATGT GTGCTTCAATATTGTGTACACGGGTATATTTATTAAGTATTCTATAAGTG TAAATTAAGAGCTAAACGGAAAAAGTCTATCAAAATCGAACTTTTTATTT TACGGTAAATCTTCTTTAGTTATGATGTAAGATTTACTATTTAATTTTAG CTTTAGAAGCTGTATTCAAGGTAAAATACCTCATCTTTACTTTAACTTTT GAATGCTGGACTGTTTTTTATCAATTGTTATTGCCTTTGATTTTCATTTA TATAGTTATTTCATTAAAAAATTATACTCGTAAAAACGTGAATTTTAATA AAAAGCATAGACTACTGTGATTGAAAATTTTAAATATAATTGTCGTGTTT TATGGCTTAAATAACAATAATAAATGTGGATTTTAACTGGCGGATGTTCC AAGGKCTAAATCTTGTGGCATATTGTTGTATTTGTTTGTTTTTGATAGAG ATGTTAATCCCAAAATTCTATAGATGAAGTATAGAATTAGGCATTTTTTC AACCGCGCTGGGCAGATCTGAAGAAAAAAAGATAAATCTAAAATTAAGAA TGTCATTAAAGATATGGTAAATTTAAAAGACGACATATTTGCTAACAGAG ACTACTCTAAACTATAATGCTCCTTGTTCCTTGTTATGTTCAAATTTCAA AATAAAGAGAAAAAAAATATTATAACCATTATTCTTTATTTTTTTAATTT TCGCTCACCGTAATTTAGCCAATATTCACAGGCCTACATATCTCCATCAG ACACTCAATAGTACAATTTCTTGATAGATGATATACGGTACTTCTTTTCC TTGAATTTGTAAGATTTATATAATTATATAAATCTCTAGATTATTTGATA AATCTGAAGGACTTTTAAGCGTGCCAGTTGTAGTTGTCAACTTGAACCCT GCTTTTTTTTTCATAAGCTACTATTGTTTTTTTTTTATTCTTTAAGAAAA AATATCAAAGTATAAATTAAAACACTAAGTATGTGGGTTTATAAATAACG GAGAGGAACACTGAAGGTTTGTTGGGAAGCTACTAAAGTAAGTTCGTGTT GGACTTAAAGTAAAATTGAGGGGATCGAAAACTGAGTAATTCTTGGCTTG ATACAGAGTGGGACTTGTCTTTGCTTTCTTTCATCTTATAACTAGTGATA AGATAATTAATCGGAATCAGGAGTTGGAGAATCAGTTTTTTTTTCTAGAA TCGGAATTGGGAAAACAAAGTTTAATTTGCTATTCCGATTCATATTTATT TTTGATATTTAGATATTTATTACTTTTGTAAGTTATTAAAATTTATAGGA ATTTTTGCTTATTACTAGAAAACTTAATATAATTTTTCAAAAAAAAAATT CCAAAAATGTGATTTTCTTTGAATAACTATTTATTCTTAAATTTTTCTCA AAAAAATTTAATGTTTTTTTTTCATAAAATCTTATATGTACAATTTAATT ATTGAATTTTTTTTCCAAAAAATTCCATTTTTTGGAAAAGGCTGTAGATT TTTAAAATTTGTTTCCAAAATTTTTTTTTTTTTTGAAAAATTGTGAATTT TTGATAATTTTATAATATCAAATTGTGTATTTTTAATTTAATTTTTGAAA TTTTTTCAAAAAATTTAATTTTTCAAATTAAAAAAATATTAATAATAATT TTTGGATTAGAAAAACGTAGGGTACTTTACTTGACAATAAACATTCATGA TAGAACTGAGGCTCGTACCTAACTAGTATTTTCTTTTTTCCTTTAAGTCA ACTTCTTCTCAGCAAAAATTCACAATCCTACTAAAAAAAAAGAATTTTTT AGCAACTGTGAGACGGTGTTATTCTTTACCAAACCATAATATATATATTT CTAGTTTGATATTTCCGCAGAGATGAGAAGAACTTAATTATAAATATGAA GTTGACTCGGGCTGACTTTTCAATTTTAACAATGAGCTTACTATTTAATT AGGGTCGAAAAACATCTACTAAAATTGATTTGATAATTGTTTGAGCCGAT ACAACACTATTTATATTTTTTTATGTCAATGGTAACTCTTCAAATAATCA TAAATGTCGTTGTACTATTACAAACTATATCAAGAAACAATCAGTTAAAT TTAAAAGTTAACACACATCTTCTTTTAATAAATAATATTATTATTGAAAT ATAAATATATTATGCAATAACCAATAAGATAGTTCCATGACCAAGCAAGG AATTCATTAAAAAACCCATTAAGTTATATTAGAAATAAATTGACAAAGAA GGAAAAAAATGAAATAAATGCATTAAAATTGACAAATTTACAAAAATAAA TATATTTTCTTAATGCAGTACACAATGAATTATATATATATATTTTTTTT GCAAATAAATACATTGCTTCGAGTACTTTGTTCAACTATAACAAAAAGTT TTTCAACACTTTTGTTACGCACCTTCATCGTATGGTCAATTGGTAAAATT TCACATTTTTTTTACTTTTAAATAATTATGTCAAAAAATTATTCAAATAT GGAAAACAACGATTTTACTCCTTCCATTTTGCCTTAAGATACATAAACCC TTATTAATAATAATTAAGCATTCAACGTTTAATTGACTTTGATTTTTGAA AAATTATACATAATCTTCATCGATAAAAAATATATTTATCCAATGAAATA TAAAAAAAAAGAAACGAGAATGTATGAGGTCACCCTGACAATTTGAAGAA TAATTCTGAGGAGAACAGCTATGCTGTCATCATGTTTTATTAGATCAGCT GAAAGTAGCTGTGAGAGGATAGAAATAAAAACAAATCCAACTTCTTATAT AGCAAGGAAATATAAAATGGAATTACTCTTCATTCGATCCTCAATTCTAG TCTAACTCCAAGAACGACTTACATTAAATAACTCCCGAAAAAAAAATCTC TTTGTTACTCTCCGTTTTTCATGAGTCTACTCACAAGTTATTACTTTATT CATATATATTATACGTTTTCTCTTCAAGAATAAGGCTAATAGTTTTGCAA AATAAAAAAACCATAATATATTCAGGTAGCAACTACAAAAAGCGGGCCCT ATTCCATTATAATATTATTTTCATATATTAATATATTTTTTGATAACTTT TTAAATAACTAATTATAGAGGGGGAAATGACGTTACATCTCCAAAGAAAA CTATAAGATATCATATCCACACAGTTCTTTCAATTAAATTTAATAATTAT TAGATATTTGAATTTCAAATGATATTTGAAGTTGGTATTATTTCCTGCTC TCCAGGAATGATTTATTCATAGCTTAAAGTCTTAGAATCTTTGAGCCTAT TAATCGTTATGTACTATAATATAATATTGTAGTTGTATGTCTGTTGATAA AAATGCATAGGTATTTATTTCAAAAACAGAGACAGATACATACTTTAAGC ATAAAATAAATGATGATCAAAATTTTGAGGTATGTTCCTTCGAACATGTT TCATTCTGATCCGACCAAATTCCTGGGTTAAGTTTATTTTTTCGCAAATA AGCTGATTTTTTTCTATAAAACTATATTGATTCCCCGTGGTTGAATGTTT TTCTAAGGTATGGGCTGCCAATTCAAAAATGCACCACAAAAAAAATTAAA AGTCCAAAAAGCGAATTATTTTTCTAACAAAAATAAAAGAAACCCGTATA ATGAATATGAATTAATAAAGGGAGTTAGGAAGAGGATTAGTGACTTAGTC TTAGTATGTATCTTCATGATGGTTGAAGGAGGAACATATTTCTAATTAAT ATGTTGTTTATGGACAAGTTTTACTAATAACATTTATCAAATAATTTGAA ATCAAAATATAATAAAGATAAGTCGTATGTCCATTATAATATTATATTCT TTTTTGATATATTTTTTCCCCTTTTTTACATAACTAATTAGAGAGGGAGA AATGACGTCACATCTCCATAGTAAATATAAAACATCGTATCCCAATACTG CTTGTTATGAATTTTAATAGTATTATTTTAATTTGTATTTGAAAATGGGT CTTATTTCTTACTCTCCAAGAGTAGATCCCTTCATAGTTCAAAGTTACAA TATTAGAACCTGTTTATATAATTATATATAATACCACCAGGATCGGGAAA ATATGGGACCCGTGCCACTGCTGGCACACGGAGGCATATTCACTGGCATG TGCAAATCAGAGCATATTCCCGTGGTTTGTGTGTTCTTTACCATTATTGT TGATAGTGGCGCACTCGTTGATTAGAAATGTTGAAGTTGACACTCCATGT CTCAAAGGTTGCCTACCCGTGCTATACACCATGTGGCGAATCAAATACAA CGAGATCCATACTTGTACAGAGTAGTAGGCTTATTAACAATTTTTTGTCC GCTAGGGCGAATGATAACTAATCAATTAATCCCCATGAATTTTTCTTTTT AACTGAATTAACCATGTAAGTTCTATACAGGGGAAAAAAGTTGTATAATG ACAAAAATTATAAAGTGACATCATCTGCAGTATCATAAAAATAACATCTT GTATGGGGAAAAAGACATGAGTACGACAAGGCACAAGACACAAGTTATCA TGAGAATTTCACCACTATAACTCAAGGATTTAGATAGACCCTATTCCGAA ACAAGGAGTTATATCTCAATTTTAACTCCCAAATTACATTAAGCAGAGAC GTCGGCAGGGGTTGCCCTGGAAGTGATGTAGTMCCCCGCCCCCCCCCCAA ATTAAGGAATTTCCCCACATTAATAGAAAATTTAAAATTTGAAATTTTTT TCCCAAAAATTTAAGATTCGAAATTGAATTAAATTTTTTAAAAGTCTTTA AAAAAAATGTAATTTTTCAATTTTTTTTCCAAAATTTTCTTCTGAAAATA GTTATAAATTTTTCTCTAATCAATTTAATTTTTGGAATTCAATTTTTTGA GAATAACCATTGATTTTTTATGCTTTATTTTACAAATCATAATTTTTTGT GAACAGCTGTAGATATTTTTAATTTTTTCAGAATTTCTATGAATTTTTGA ATAATTTTTGTATAAAAAAAATTAATAAATAGAATTTATTTTTTATTCAT TTTTCCAGAAAAAACTAATTTTTCNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNCAAGGACATTTGCTAGAATTACT CGGATATCGATCCCCAATTATACTCTGAGTCCAACAAGGACTTACAATTA TAACTCCGCAACAAATCCTTAGGGTTACGCTCCATCTTTTATGAGCACAC ACGAACGTTCAAACAGATTTGGAATATAATTGAATCTATTAAGTAAAGGA TATTCAATTCTCAGGAATTAAATAATAATGACAACTGGTAAGGAAAAGAA AATTCCTTCTTTATACTAACAATGACAAACTTAGAGGCAAACTAAAAAGC ACAATGGATTGACATCATATAGACTGAAAAAATGAATTCTTCACTGACAA TAAATATTACTTAAAGTGATGCTCAAGAATTGACAAATAGATATCAAATA TTTTTGAAGGTACATCAATCAATTGTCGAAGATGGGAGCTTTCTCATTGA TTGACAATCTTTTTATACAAATTGCAAAAATTACATAATATTTTGTAGTG TTAGGTAAATGTCGAATTTGTTATGGATCTATTTACTTTATATATATATA AAGTAATCTGTTTTAATCTATTTGAAAATCATCTCTCCCACTCTTTTTAT AGAGATCTAATAAAATATATTATATAATACCTGTATTATTTGTTCTATTC CAAATTATTTTATTAATGCTTTAAATAACTCCAGAATTTAGAAAAACTCG TCAATAGACAACATAATTATTAAAAATATTTTCCTTCTTCAATCACAATG AAGATACATACTGCGACTAACTCGCCAATCCTCTTTTTTCTAATTCCTTT TTTTTAATTCGTATTCAATAAACGTTCGCCCTTTTTCCGTTTGTACAATC ATTCGTTTTTTTTGTTTTTTTTGCAATTATCGGTCCATTTTTAAAGGATA ATTCATTCATTAAAAACAAACATTGAGAAACGGGGAATCAATGTTGTTAT TTGAAAAAATCAACTTATTAGCAAAAAACCTGGCTCTCTATTTTGATCAG AATGAAACATAGTCTATGGTATGTAACTCAAAATTCTGAGCAACTTTTAT TTTATATTTAAAGTCTGTATCTGTCTCTGTTTTTGAAATAACCTATGGAT TTTTTTGGGGGGATATACAAACATGCAACAATATTATATTCTAGTAGATA AATAAATAAGTATTTACTTGCGTAAGATTTTTTTTAGAAAATTGACATCC TGAAAAGAGTTTTTTGGGATTTTTCTGGAGTTGTTAATGTAATTCTTTGT TGGACTCGAAGTATAATTTAGGATTACCATTTCATTTTTCATCATAAATT TAGTTATGTTTTCTTTTAAAGTAAACTTTAAGTAGGAAATGATTTTTGGA AGTAAAAATGAACACATATAATTTTCTTGAAAATGTTTCATTAAAAAAAA ACACATTGTACCTTGCAATAAATTATAATTATTGCTTTTTCGTTGCCCTT ATTTTACAACCAAGTTTCCATTTGGTAGTAAACATTTTAACAACATTTAC TATATACACAGTAACATTATCTCCTTTTTTATTTATTTTTTAAACCTATA AATTATGAGTATTATCTCTTTTAGTTTTATGCCTCGTGTACTACTCGTAA CTAGATACACTAATTCAAACCTAACCTTTTTAACAAAAAACATACACCCA ATTTTTGTCCTACTCATTGTTAAACTACAACTTATCAAAAGAGTTGACAA ATTATAACTCTCCAGTTCCATGTAGTCTGGGATATAATTTTTTGACCTAC CAAAGAGTATCTTTGAAGCATAACTAACGTCATTTCTAACATTCTATTGA GTGACTTAGCTTAGTGGCTTGGGAGAAATTATTTGGTGGTCACTCCTAGT GAAGGAATAGTACATAATATAAGTTCTAGTAAAAATAAACCCATTATTGT TTCTTCAAATTTAATGTTTGATTTAGCATAGTAAGAATTATCCAATTTAG GTAAAATATACACCATTTAGCTTTATAACTTGTTACTTTAAAGGTAATTT CATAATGCCTCTTTCATAGAAACCCTTGTCCCTATTTGCAAAAAAAATGG GAGTCAATTTTCACAAGCTTCTTTTGAGGTAAATTTTTGAACATCAAAAT CACTCGCCGTGGAAAGAAACAGATGTAAATCACTTCCACCAGGTACAGAC TATAAGGTGGATATATAAAAACCTCCCAATTAAGCTTCTAGCGAGTCAAT GTTGATGTGTGTGGCTTGGCATTATTCTGACGGAACGCAATTCGTCTCTT ATTGGCCAAAAATGGCCACTTTTGGGCGACGGCTTCCTTCCTTTTTCATC MCCAGTAACCATCCACTTCAGAAATTGATCGATTTTGTTGCAATTCAGCA GGGGTTCACACATGGACATTCGGTCTATGATATTTTATTAGTTAAGTCGT CAGGCGCCCATACATATAGATTCTTTTTGAATCCAGCCTTATTTATGTGG TTCCCAATTGTTTTTTGTGCAAGGCTTAGCTCTTTGGAAATTAAAAGAGT GCTTACAGGACGGTCGACTTCGACTATTTTCATAATCTTATGGATATTTT GGACGATTAATCTTCCAAAACGTGGTGCATTTTTGACATCAAAATTACCG AAACAGAATCGACGAAACCAAAGTTGTGCATGATTGTCTGTCACAATATA CGGTCCATCAAAATCATTTATATTCTTAGCCACTTGGCTTKCGTATTCAC CTTTACAAAGAAAAACTGTAAAAAAATAGCGGATTTTCTCTTTGTTTGTG TCCATATTTGATGCTCGATTAAGTAATACTGAGTCAATCAAAAATAAAAT AGTGTTACAAGTACTTTTAATATAAAATCTTACCTTTCTAATGCCATCAA GCTGAATCCAATCGGACTTATATAACGCGAGATCTAGAGTTGAGGATCGG CAATGGAGCAATTCCAGACTAAATGTCCTTGCTATGTAAGAAGCAGGATC TATGTTTATTTTCTTCATGGTACCAATGATTGCAGCTAATTAAATGATAC GTTAAGATAGCTAAGCTACTTTCCTCCAAAACATTTTTTTCAAATTGTTA CGATTACTACGAATTTTAGGTTTTTTAACTTTTAATATAGCTGTGAGTCC TATATTATACAACTTTAATAATGTACATAGACTTCAAATACAATTTTTGG ATAATATAGAGTAATTGTAATACTATAATGCTTACTTAAACTTAACCAGG GCAGCTTCATCTGACCAACTAAAGAAACATAAAAAATCGTCTTTTTTATT TTGCAATAGAATCAGATATATTTTATTCAAAACAGTGACCACTAAACACT CTAAAAATGTATAATAAAAGAAACTGTTATTTCAGGAGTTTTGTTCATCT ATGAAGGAATAACTTTACCAATACATATAGGTGAGGGTTAAAAATCAATT TTGATACATAGAATATATAATATATGTACCTATGTAATAATAAAAAAAGG TCTACCCTACATTTTATATATCTTTTGATGATAAAGATATATGGTTGTTG ATACAATGTTAGCCCCACATTCTTTCCCGTATCATCCACCATTTGTATAT TTAGACATACATCCACAATATATTATAAATAAAATATACATACGTAGGTA CTAGATATAACTATATCCTCAATCAATTAAATATCTAATATATTTAGTAG GGTTGGGTTTCAGGCTGAAAATCATAGACTGTCTTGAGACCGTTTTGATA ATTAGTTAGCCGAACTAATTCCATCCCGTAAAGAAGTTCGTTCGACCAGT TACAACAAAAATTTCCCTCCAGATCTGTATTACAAAAAAATCGGTCTGGT TTGTTCTCGTTTAAAATTCGGTCTAGATCGATTCTTTAGATGAATTGTTT ATGACGTCATGTCTTTGCAACGTTGTGAACATCGACCTACAGTGACGCAA TATTGAGTTAAATGTGTGGCATAAATCATATTTGTAGAACTTAAAAATCA GGATAGAGTCCAACGATTGAGACTGCAAAAATTACGGGCACCATTTGAGA ACGACTAAATTTCGGTCTACGGTCTAAAATAACAATTTGGGCCTATTTAT AGGTACAAATCAGCCTCGAAAAAATCACTTAAGATCAAACTGGTTAAAAG TTCATTCTTAATCTGATTAAAAATAAAAAAATCGTTCTGGCACTGGATCA TTTAAAAATTCGATTTAGACTGATTCGATGGATCAGATCCCTTTTTTTAG AGTTATCCCAAAATAACTTATAATAAATTAATTCACTCCAAACTACCACA GGGCGTCTTTATTTCATTTAACACTAGGAAGTAGTAATCCCATTACCCCA AAAATTTATTAATTGCCCATTTGGGGTAATTTACCCCTATTTCCCCAACC ATTGCTATAGATGAATATGGATAGGGAAGAAAAWCGTTCCATAGATTGAG ACTGCAGAAAAGAAGTCCATATATTGATACTGAATATATCTGTCCAGAAT TAGTAAAAAAAAAAAAACTCAATCAGCGGKATAAGATTGCGATTTTGACC AAACTAATGATCCAAATCGGTCTAGAAAAAAATAACTAATGACTAGTAAT GGATAATTCACAGGACTGATCACGGTATCAGTCTTTTTTATTTTTTATCA GTTCGATCTTTTTTACCTTTCAATGGTCCGAAAAACTGATACATCAATCT TTCAGTGCTACAGTCATTGCTATATTTTGATTTTCTTCACTCAGAGCTAG AATTAAAGAATATTAGAACGAAGAAAAAAAATAAATAATAGCTAAAATGT ATACGTTCTATCCACATATCTTCAATGATGTAAATCTGGTGGTTTTTTTA GCTGGTCCGTGAATTTGGAATTGGTAATATAAAGAAGGAATTTTCTTTTC CTTACCAGTTGTCATTATTATTTAATTCCTGAGTAGTGAACATCCTTTCT CAAATAGAGTAAATTATATTCAAAACCTGATTGAATATTCGTGTGTGCTC ATAAAAGACTGAGCGTAACCCTCAGGATTTGTTGCGGAGTTATAATTGTA AGACCTTGTTGGACTCCGAGTAGAATTGGGAATCGACATCGGAGTAACTG TAGCAATTATTCCTGTTTATACCCTTGTCTCCTTCCTCCCTTGTGACAGC TGATCTAATGAAACCTAATGAGAAATATTTTTTATCTTCTCCAAAACATT ATTCAAATCGTCAGGATAACAATGTTGATTTTCGGTTTTTTTTTATTTTA TTTTTTTTATGTAACTTCAGCGACTCAAATGACGTAGTTCGTAGTATCTA CGTAACTTTAGCTGTTGAAGTTTACATGGACTGACAAATTTTATTAGGAC TAAACATATAACACTGCAGTCTTTTAGTTTTTTTAAACAGATCCCACACT ACTTATGACTGGAAGAAGAATTAAATTCGGTCTTGGACCAAGTCTCAACA CCAATATTTAAACTCTTCAACCCCTTCTTTTATTTWCCTTTCCTTCCTTT TTTTTTTTTTTTTGTAAAAAAGAAATCTCCTTCTTCTTTTTCAAATTGGT TCATTTTTTTTATTATTTCCCATACCAAAGCGTTTGTAGTTCCTTCTTTC TTCGTTTTATCTCCTTTCTTCCACACACAAGACTTTTATGGAAACAATCA TNATTTATCTATGCATGAATATGTACAGTGTGAGGATAATAAATGAAGTT TAAAAAAATATGACAGTAGACGGGTGTGAGACTTTAAGCGGTTGATACCT GAATAGTTGTCTTTATTTTCCTAAGTTATTATAAATAGGAGGGGGGGGGG GGATCCTTTTATAAAAAGGAATAAAAAACKGGATTACTTTTAAATGTTCC TTTATTTGGTTCGAAAGAGATTAAGTATAAGTAAACATGATTGTAATACA TTTAATCCATCTGACATACGAATCCTATTTAAACTCCATATAAGTAAAGT AATTTAATTTCAAAAATATGCAACTCTAAGGGTTTTCCTTCCATTTTGTA GGGATCCCATTTTATATGTGGGTGTACTAGCATATTTTTTCCATTTTCAA TGCCAATTTCATGACATAATGCCTCGTTAAAGGAAAATTGAGGCAATCGA AGTAAAATATTTCTAACTTGATCATCTATCTCAAGAGATGTTCGAATTCG GAATCTGAATTTTACAAGGGACGATTGGAGGAGAATACATCCAAGGAAAA CTATCACAAAAGAAACTTAATCAATAATAAAACTTTCACATAAATTTTAA TTATCTTACTTTTAATTTAGGGATGGTTTGAAAGGTACAAAATTAGTTTT AACGAGAATATTCTCGAATAATTATAATAAGAGATATTTCAGAATTTAGA TAACTGAAAAAATGCTGACATCCGTTTTGGATTCTGCGCTCAAAGAACAA TTCCTTTTTTGCCTTGAATTCATTTGTACAAAATGTGTGGTCTCCTTTTG CAATTTCTCCCGAACGGGCTTCCATTGATCTACGTCGTTTCATATGACTA GAATTACTCCCATATCAATCCTCAATTGGGTTCCAAATTTACACTTATAA CTATCCCACCAAGTGTGTGAGCGCATGGGCAATAGAAAGTAACACATAGG ATTGGAGTAGACAACATTAATTTTATTTGCCTTACTTAAACCAGTCAAAT TTGCCCATGAACCTTAAACTATAAATGTATAAACATTAATTATACTTTTT GATAATCCTCTCTAAAGCCATAGTTGTCTCTTATTGAAGGAGTTTTTGTT TTAAAAGTTATATACGAACATGTATTAGCAAAAAAGTTTTTCCATAATTT GTATGTATATTAGGGTGCCTCTTATTGTATTCTTAAAAAAATGAATATTT TTAGTTTCATTGTATAACACTCTACATTGGTTCGAATAGTGAATATATTG TGCTATACCAAAAATGGGTACACGTTAAGCAACATTCAGAGGTGTTGGCC TTAATGGTTTTAAATTTTTAAAACCAATTGTTATTTGTAATCACAAATTA AACGTAAAATAAATTAAAATGTAGGCACTGCCGAGCAGAATAGAAAAGTG TATGCAATAATGGTTTGTTTTATAGATAACGTAATTTGAAAACAGTACAA TAAATATTTCATAATCTAACCATTGTAAAAAAGATTGAATATTGAAACTA CAAAAACTACTAAATGAGTAAGAATAACAGCATTGTCTTAAAAATAATAT TGTGACAAAGTTTTGTGATTAGAAAAAATAAAAGATACCGGGCCAACCGT TATTATTTACTCATCTCTATTATGTCACTTTAAAGAGGTTAAGGGTCAAT TTTTTTTCCCGATGAACAATGTTATAAAATACATAATTAGCTGTCGATTC ATAGGAAAAACWTTGTCTTAGYCCCCGCCATGAGCAAATGGTACGAGAAT AGGATTGAGATCGGTGCACTTACCCACACGGGATTGTCATAGAAGGTCAT CTAACTGGGGCCTTGAGGAAGACGATTTACAATGTTTTCCATTCCGTTGA AGGTGGGGGAGGACACTAAGACACTGCAGGCTACCCTCTGTGTCCACCAT CTCGCTTGAATTCGGCCTTCAAGAAAAAGGAGGAAATTCTCTGCATCGTA TTCCGCAGCCTCTGTCGACACAACAGCAGAGAAAAGTATTTTCTGATGAA AATACCTTTACAGTGAACCACCATTCTTCAACTGGCAGAATCATGGAGTA GTGACATTTGAGGTTGTAGCATAGGAGCACCGCCAAAAACCTGCTTCAGT GATGATGTGAGTTCTGGTTGCATTCAACGGGAAGGCCATGAATCCCTTGT GGTTATATTTAGGATACAGGCTGAAGGCTAATGAGKACGTCAAAATTCTG CACATCAAAGTTATCCCATGGATCAAATCCATCGTTGGCAATTCTCCTAG GTGTTCCAATTAAATGGAGCACCTATCCCCACCACAAAGAAACCCAAAGA GTGGTTCAACACCAATATTCACTTCTGAGCAAAGTACTCTTGGCCCCTGC AGAGCCCTCAAACCTCATAGACTATTCCATCTAGACGCACATGGATTCCA AGTCCTTCAGGAGACGCAACAAGAGTAACTGCATCCTGAATAGCTCTTTC AATAATACCTGGGCCTCTGTGAGTGCCGAGTACATCCAAAGTGCCTGAAG GAGCTTCTGCCACCACCTGGATCTCACCATCAACTCTAAGGGCGAATACA TTGATTAAAACATGTTCTTTTAGTTTCAATTAATAGTTAATAAACTTTTT TCCTAACTCACCCAGGATCCTGCCATGGACTTCAATACATTGTTTGCTAA AATCCGTAAATAGTAACGATTGGCCCAGTATATACATAAAAAAATCGGCT CATTTTTCAATATAGGTCCAAACATGGAGAGGCAAGGCTCTCCATTAAAT ATTAAATAGAGTTAAAAATATTTTGACTGCAATGTTTTAGTATGAAGGGA ACAAAGCGGAAGGATGGAATAAGACAAAGTAAAACATTCAGTTTTTAGGG CCACCCTAATATACATACATACATTATATGTATACCTACAGATGATCTCA CTACATCTTTAGTATACAATGTACATATGTTAAATGTTCATAATAGGATG TATTAATTTATTAATGAATCATGGCTATTCAAAGAAACACACCAACCATG TTAGTGTGTTTCCTCCCCTTTCTTTTTCCTTTGAAGCACTTGTAATATGA ATTCATTTCATGCCAAAAACAACAACTCTATTGTTAAAAATAGCATATTA AATTAATGCTGACTTTGCCAAGCATTTTATTCTGTTTCTTCTCTCCCCCC CCCTTTCCTTTCATCCCATCATTATTGCCATTCTCAATTTGTTTCATTTT TTTGACAATAAATACTTTGTATTTATTAAGATATCTTATTCAATACACAT ATGCCTATGCATGGCATAGCATTACATCGCTGACAAAAAAAAAGTTATGC TGTATTTTGTTGTGCGTTGTCGATGTTTCTGCTTCTTATTCCCTAATCAG GGGTTTGAACGTTGATGGGTTCAACCAGAATTGTATCTTTTAAGATGTGA ATGATTTTGGATAACTATTGAATAATAACAGTTCTATAGTTCGGAGGAAT AAGCTAACTACCAAATGATTTTGGGTATTTTTTCCTCCTTTGCATCTTTT CGGAGGAAAGGTTGGCGAAAACAATAAAGTGATGACGTAAAACCACTTCT TTTTTTTTACAACATCCTAGAACTGTGGTGCCCCAGTTTGATATTTTCTT TAGGTAACAAAAAAAGTATGTTTTACTATAATAATAAAATTATTTTATTA GAAAATTATGTTTGATTTTATTTTGAGACTAATCTTTTTTAATAGGCCTA CTTGTGACCTTTTTGGAAGAACTTTTAAATATAGAAAAGTCACTCCTTTT AAAAAAAGAATAAGTCGATAATTTTTCTAATTTTTTATCCCTGTTCTCTA CAACGTCATTTAATCCATCCTAGGATTGTAGATCATGCATAAAATTAAAG AGAACTGATATGTTACTGGTATTGTGATTGGTATAAAAAAAAAAAAAATA TATCCTCGTCATTTTTACTCCATTGCTTCAACAGTGGAAATAGAGAAAAA CAAGATCAGAGCAATATCCATAGATTGATGAGTTAAATAATTTGCTAAAG TTTTAGTTCCTAGTTTTCAAATGGAAAGATTTAAAAGAAAATAAATACTA TACATTTTGAAGCTATTTGCTCCTTTGATCTCCCACTCAAGAGGTTATTA GGTCGGGAAAATATGATTAATTAGGTATCAGTGCTCTATATCTGAAAACA AAAAACAGTGAACCATACTTGAAATAAGTCTCTTCTTGATAAGACTAAAA GCCAAGGCGTAATGTAATCCTAAATGAAACTCATTTTAATATTAATTTTA TGCTTTACTTTCATTTTTCATTGGATTAGTTGATATTACGTCTCATGTGT TACGTATGTGCACATGCCCTGTAAATTTCAGAACAGATACAGCCCTAAAA AAAAATACCAACGCCCATTCCGATTCTTAAATATTATATATTTTAATTAA TGGTTTAAAAAATACAAATATCAAGGGCTTTTTTTTTAAATGAAATAAAA TTTTAAATGTTAATAGTAAGAAATAAGAATCGGTTTTGCAAATGTAACAT TATTTTCTAGATGCTGATTCCAAGTAATCGTCCCATCACTATATTATACC CTTCACGCAAACTCAACAACAGTATGTTCAAAGATTAACAAAATGATTAT GAGTATGTTTAGATGATACTGATATGAGTCTAGAGAGAGAAAGAAAGATA ATCTCATTAACTCTACATTCTTTTTTTAATATACATATCTATCCATTTGT GGATGAATGAGTATTGTTATTTATTCCTTTATATCTATNNATTCCATTTG TTAGATAATAATTACTTTACTGTTTTGTGCTCCTGTTTTGATATACATTC TCCGCAAGGGGGTGTAACAGTAGTTTTGTGATGTCTTGTCCCACTTTGTA GTCCTTAAAAAGAAGGAAAACTCGATCTTCCCTGACGTTATGGAAGTGTT TTAATATTATTCGTGGCAAGGACGTCCGCAGGGGGTGGGCTGAAGCTGTA GCCTCCCTCCCCCAATTTAAGATATTTTTGCATTTTACTGGAAAATTAAA AAATTAAAAAGTTAATTAAATATTTCAACTTTTTTTCCATAAAATTACAT TTTTTGTAAATAGCTATGGATTTTTGAATTTTTTCTCTACAAAATTTAAT ATTTAAAATGTAACTTTTTTTGTAATTTTTTTTTCCAAAAAAAATTTAAA TATTTTGGAAATAACTACAGATTTTTGATTTTTTTTTCCAAAAAAAAGAA ATAATATTTTCAGAAAATAGATGTGGATTTTTGAAATTTTTTTCGAAAAA AATCAATATTTGAAATTTTTTCAAAGGATTTTAATATTTTTTTTTTTTTC TAAAAGAATTACCAAAACCAAGAATAATAATGTCTAACTGGCGACACCTA GGGACCAATAGCCGAAAGTTTCATTTCATAGGCGCATACCTAGTATATTT ATAATTCTGCAGACGTCCTTGCATACACATAAAATAGACGGAGCGACGAT ACTGTCCTGCTACGTATAAAAAGAAAGACTTATTACAGTTAACAGTGAAC AGTTCCCCAAATCTATAAACCTCTTCAAATATTTAATAAATTAAAATTTA GGCTATGTAATCATGACACTACTATGAACGAAGACAAGTTCGCAAACCCA TAATTATTTATTATTAAATTGAATTATATTCGTGAGTATGCTCCAAACTT TGGCCCTTTGAGTCCTCTCACTTTCACGTTTTCCAAATGATATATAATTC ATACGCTTCCTGTAAAATATGACTTTAATACAGAAGACAATTTTCTATAA GACTATAGCCCAAATTAATCGGAAAAAGAATTAGGTCTTTCCATCTATTA ATGATCATGTCTCTAATTTATCTCCTGAATCAAAATATATGTTTACACTA ATTAAATCTATTTCAAAATTTTACGCAGGCATAAAATTATACCTTTTGGG AAAACTTGAAAGAGAGAAAACTCAAGGGACCAAAGCTTGGAATTTACTCA CTTACCTCATTCAATTTAAGAAATAATTTATTTTTATTCTTAAATTAAAT TACACCTCCCCAATACATCATTAAGTTTTGAAAAAAAATTGTATTAAATT GTAAAAATTGAAATAAATATTAATATACTTCGTAAAGTAATCTGTTTAAA AAACTTTATAAATTTTGAAGTTTACTGAATCCTTTTTTTTTTTTCACGGT ATCAACTACTTTTTGTATTATTAGAATTACTCAATGTATTTCATTTCTAT GATATTATTCCGTTGTATTTAAGGACTGGCCTTTGACTGGACTATAGAAA TTAGAACTAACATTACACTATCGTAACTAGCTTTTTTACCCTTCTCAACC TCAAAGAAGAAAGGAACAAATTGTAATAACATATGGTACCTACTCTTCTG TATTTTTCTTGTAGCCAAATGTTAATTATTATCAAAATAAAATTTATTGA GTATATATCATAGATAATTTTATCATAAGTATCAATAACAAAGGATGAAA TGACAAAAAGTCTAAACGAAGGCCCTTGATTGATATGAATTAATATAAAA TACAAATCTTATTTAATTCCTTTTTTGAGTTCCTAATATGCAAAGTCNNN NNNTTGCCAGAGTTTTTTTATTAAAATTATTGAAAACAGGTGAAAGGAAA ATACAATACATCGTTTTTTATTTAAAAAGTTAGCCATGTATATAACACTA TGTAATTGGGGACGTAACTTAAGATAGATACCAAATTCTTCCTCTATTGG TTTTTTTTATTTTTTTGGCGCACCATCACTAATCTCCAGTGTCCACTGAC AATCCCTCCCTCTACAGCTCTACACAATAGCTACCAACTAGTTTAGAAAC ATAAACTGTATGACGTCATTAAATTTCCATCTTCTAAAAGGGAATTAAAT GTACGGGGATTAATTTTAAAGGGAATGGATTCACTCAGAATGACAAGAAA AGGAATGATTTATTGGGAATAAAATTACCAGTCACGAGAAAAATAATATA ATTATTCATAGAGGTGTATTATTTTGCCACAAGAGGGCACCACCCTTGAT TGTTTTGTAAACTAACTACTAAAAGTAAACAACCCTTAAGGCATTCCATT CCATGTTTATTGTATTGTGTCCTTAATGATCAGACCCCTTGAATTTATGT ACATACGATGTACATATTTACATTCATAAAATAATTGAACAATATGGTAC ATACGCATTTATGTACCAGTTATATTCCATTGATGAGGATGACTCACACA TTTAATGGTTTAGATGTATAATTATTCATATATTTGGCGATGTAATTACA AAGAAGAAAAAATGAAAATATAAATATATTTTAACTCTGGAAGATTTGGG ATGGATGTTGTGCATGGCAAGAGTTTGTCCTGTGTAGCAGATTTTTGTCA TTCCGTATTCCAAGGGTAGTAGAAAGTATAGACATATAGCTAGAAGAAAG AGACTTCAGAAATATAATGAATATTCAGGGTATCTACAGGGAGTGGGCTG AGAGGCTATGGCCCCGGCCCGAAATTAAGGCATTTAGGCTTTTTACTAAA AAAAATTAATATTGAAATTTTTTTCCTTAAAACATTTAATATTTAATTTT TGCAATTTTTTCCCAAAAAAATTTAATATTTAAAATTTAATTTTTGCAAT TTTTTTTTCAAAAAACTTAATTTTGTGTAAATAACTATAGATTTTTGAAG TTTTTCTCCAAAAAATTAAAATATTAAATTATCTTTCAAAAATTTCATTA TAAAATATGATTCCCAAAAAATAATTTTTTTTGGGAACAGCTGTGGATTT TTAAAACTTTTATAACGAAAAATTTAATATTTGAAATTTTTTTTTCAAAA AACTTCCACTTTTATTGAACAACTGTGGATTTTTATTGTTTTTACCAACA AATTTTATTTTTTGAGCATCGCTTTGGACTTGAATTTTTTTTCCAAAAAT GTTTACTTCTGTTTGAAAAAAATTTATTTTTTGTGAAAAACTGTGGATTC TTGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTT GTATTTAAAAAAAAAAAAAACCTAAAAGCCTAGCTCCATCCTCCCCCTAC CAAAAAAATATAATCGTGCAATTTCCCCTGACCACTTTATTACATTATAA ATTTTTTAGAAAGTATTTTATTATATCACCATTAAATCATTTTTTTAAGT GCTTTAAGTGTTGATTTATTGTACTCCCTTATCACAACCTTTTTTTCCCT CTTTATTTATAAAAAATATTGATGACTTTTTTTAGTCATACATTCATCAT CAAACCATTTACATACTTTAAATATTATATCTATCCTCGCACAAAATATG TATATATATCAAAGGATAATATTTAAATACTGTAGAAGTTTCCTAAAGAG CCTCATAAATTATAATTATAATTTTTCAAAAAATATTTATTATAATAACT CTTAATCTTTCATACCCCACTTCGTTACCTTTATATTGTCATGGAACTAT TCTTCCAAAAAATAGAATAAAAACCATAAAATCTTTTGTTAGTAGTTGTC CAACTCTTCCCAATTATGAAACTTAACAGCTGACAAAAATATATACTACA TGTTTATGTTAGTGAGGTGTTCCCAATTGAGGATACACTTGCTTAAACTC CATATTAATTCATTCAGAATCAAAGAAAAAATAGCTGTTTTTTTAATAGT ATACAACAATGGATCCGTTATTTTTACAGATACCTCATTAAGGGTATTCC GCTGGATTATATTATAGGGGAGGGGCTTGGTTTTTTGAATTTTTTGTGAA AAAAAATAATAAAAATTAAAAAAAAAAAATTGTGAAAAAAAAATTATCAA GTTGATTTTTGATCAATCCAGTAAACAATTTAGTAACTCTTTCAAATTGG CCCACAAAATGACCGAATGTGAAAAGGGTTTAATGAAAAATATATACCCA GAAGATATTCAACGCTCTTTTCAAGAACCAATCGATAAATCCATTGGCAA ATATGGGTGCCACCATTCTAAGGAACTATTCTTCCAGGAGTTTGAAATTA CGAGAGGAGGTAAACAAGGTGATTTCATTTAACCAGCCCAGTTCCTAATC ACCATCAACAGGTTCTATATGTTTCTTTGTAGAAGTTTGATAACAGGAAA TCAACGACTAGTTTAAATTATACATACTCATAAGTTATCTTAACCTTTGA CACTCTGGATTTCTTCTCGAGGAGTTCCGGGTTTATCGTTCATGAGGAAA AAACTGAAGAGCTCAGCTCCAATGGTATAAAATTAAAGAACTACTTTTTG GAATTAAAATTCGTAAATAGTATAAAATAAATTGGAATTACAATTTCAAG GGAAGGCTCTTTTGCACAAATCTCTAGAAATTCAAAGGAAATAATGAATA CATTCTCTGAATCCCTTTTGCAATATGACCATCCTTTTATCTAACATTGG ACAAAATAATAATATGGACTAGATTAGTAAGTCCCTGTGTGGTTCATTTA TTCAGGTATACTTCATATATAAAGGAAGGAGAAAACAAAATAAATGATAT TCAGAAAAGGTTTATTTGAAGAAGATGACCGAATCCTAGATATCTATTTA TTACAGTGTTCATCAGCTATTGGGATCTGATGAACCGGAAGACTTCAACT CGAGATGTAGCCCAAGGGACAAGTTTCTTCAAACAAACTATGTGACATCA GTAGGACAAGTTTGGAGAAGAACTATGGTGTTAAAACCGAGGACTTTCCA ACTGTTAAGAAGTATGAAAAGAATAATACGTTACCCATATAATAATTATA TGGATCCACCTACCCCATATTTTATAGCTCTGGAGCGCAGATCCTTATCT AAAATCCTACAGACGATCCAGGGTGGCTGCAGAANNNNNAAAAATCTACT AACATAGTAAGGAATCCCTTCCTGCGCCTTTACTGACCTAAAAAAGATGG CATTTTAAACGACTCGTTCGAACTTTTTAGAAATAATTATCCGAACATCA TAGAAAGATGGTTCCTCCATATAATTGCAACTTCGTTGCTCTTGATAAAT AAATCCAAGGAAGAGGATGAATAAAGGAAGTGGCATGACCTTGGAGACCT AACGGAACCTATTTTAAGAAGCTAATTAATGACTGTATTGAAGGGTCGTT CAACGTTACTGTGTCCATGGCGAATTGGTTTGTCATGACATCTCCTCAGT GATCAGACTTATTTAAGATAAATTTTATTATCATAAAAGTGCAGGTACTT TTGTATGCTGTCTGTCCAAATAGGTCCAAGATTCCCTCTGGACCTCGACA GACTCGTAGATCGAGCGTTGGACCTCTTGGTGGTGTGCAACAAAAACGGA GGAAAACTATGATTATAAATTTTGAATATTGTTTTCTAATCACTCCATAA TATCAAACCTAGTTTTTTAAGGAAAGGCTTAATTAGGCCTCGTATGCCGA CTATACCTCTCCATTTTCTTTTATTATTATTATTCATTTTCCTTTTAGAA AAACTCATAGTCATTTTCAATTATGTAAATCCAGATTATCTGGCCCCTTA ATTTGTAATTAGTAGTATAAAGAAGAAATTTTCTTTTCCTGAGTAGTTGT CATTATTATTTTATTCCTGAGTGATAAACATCCTTTCCTAAATAGATTCA AATATATTCAAAACTTGTTTGTACGTTCGTGTGTGCTCATGAAGAGGGAG CGTAATACTGAGGATTTGTTGTGGAGTTATAATTGTAAGTCACGTTGGAC TCAGAGTAGAATTGGAGATCGACATCGGAGTAATTTTAGCAAATATTCTC GTTTATATCATTGTCTCCTTCCTCTCTTGTCAGAGCTTATTGTAGCTGAT CTAATGAAACGTCATGAGCATTATTCTTTCTCTCCTCTAAAACATTCTTC AAATTGTTTGGGTTATCATGTTGATTTTTGGTTTGTTTTTTAAAATGATC ATTCTACACTGGATTTTCATAATTGGTCATTTTACATGCAAATAATTTCT ATCATATTTAAGCTTCTTGGATATTTTTTTTTTTTGTTCATTATACTAAA CTCCCAAAAAGAAATGTCAATAAATAAATCCTCACATTAAAAAAAAGAGT GAATAATGAGGAGAAGGGATTCACTTACTTTATGAAATTCAATCGTCAAT TTATTGACGAAAAAATAAATGAATTATCTGTCAAAAAATCAGTTCTTATA TTGGTATTTATGTATGTTTGTACACATTTTAATGGCATGACTTTTGTGAT CGTTTGTGTCCTTTTTGTGTTATGGACAGTCCAATATTTGTTACTATTAA CGTAATTGATTAACTGTCATCAATCTATGGACATATTATGTATTTTAGCA ACTCTACCTGTAATAAAAATAAATATGGAATTTCTATTAGAGGCAGAGTT ATGGAATACATGAATGTTCACAAATCCTTTTTGCACAAGAGCAGTTTACT CTAGTCGTGCGAAGTAGTACTTCAAACATAATTATATAAAACTCGTATGT TTATGATGAAGGACGTCTGCAGTGAGTGAGCTTGAAGGGTTGAAGCCCTC CCCCTCGCAAAAAAAACAACAACAAGAATAAAAACAATTACTTTTTAATA GAAATTAAGTATTTGAAATTTTTTTTTTTCAAAAAAAATTAATTTTTTGA AAATAGTTAAACATTTTTTGAATTTTTATGAATGGGATTGGATTTTTGAA TTTTTTCCCAAAAAAAATTAATTTTATGTAAATTACAGTGAATTCTTGAT AAAAAATTTCGAAAAAGTCAATTTTTGTGAACAAATATGGATTTTTGAAA TTTTTTTCGTAAAAATTTAATCTTTTGACAATAACTATGTTTTTTTGAAA CTTTTTTCTAAAAATTTATTATTTTATGAAGGATTATAAATTTTTTTCCC AAAAAAATTTAATATTTTAATTTAATTTTTGAAATTTTTATATTAAATTT TACTTTAGTATTCAACATCAGAACTTTTATTTTTGTTCGAAATGGTCCAA ATGGGACAGTAGTACTTTGAAACAGGAAATACATACACTTTATATATAAT ATATACTTTTTTGTTGTTCAATTAATCATTGTTACTTTCTAGGGGTATTA GGGCACCCCAACATTTAAAAAGTTAGTGTATTTCCATGGTTTTTTTTGCT CTTTTTTTGAGGGAAATTTCTGATTTATCTTCATTATTTTATAAAATCTA GAGTTATTAACAATTATTTGTAGCTTTGTCTCTTTCAGATGCAGTATTTA GGAATCTGTAATTGTATTTTAACTATGATTGTAAATCGTAACATTTTTCG GCATGTAAAAGAAACCCCAAAATAACCAAGGTTATTTTGACAAATTAAAT AACGATTCGTAAGCAGAAAAAAACTGGTAAGAGGTTTAATTAAATTAGGT GGAAGCAACTGCTAAATTAGTTGGAATAAACACAAATCCCACTCCTTATC AATCACGGACATATGCAAGAGTTACTCCTTTTTTGATCATCAATTCTACT CTGAGTCATAGAAAGAGGTACGCATTACACACTCTCGATGTGGTTTCCTT CAAAATGAATGATCAATGATAACAGCTTTAGAAAATTTAAAACACCGTTT AAGTAACCAACAACAACAAAATTTGCACACTAAACAATATTTAGGATTTA CCATCCTAATTATAATTAGGGATGCAAATATTTGTTAAATTGAGGCAAAT GTAAAATACCAACTTTAGAGAACGTTAGGAAAAATTTAGTAATTTTTAGA GACGACACATCTACTGACAGAGCTCACTTTTTGTTGTAATTTATAAAATA CAAGAGAATAGATATATATTATTCACCAAGATAAACGTAATGAGCACKAA AAAATCAAATTAAATTAAGAAAATTGTTATTAAATTAATAAATTCTTCAT TGCCTCATAGATTTTTATTTGTTTTTATATTTTGTAACCAGTCGGAGTTA ATGGCTCTATTATATATAAAAAATGTATATTTCATCATAAGGACGCAACA ATATTAAATTAAAGTCCGTTTTTAATATGATGTCCATATTTGAAAACCAT TTTTACGCAAAAAAAAGATGAGAAATAAATTTCGAAAAATTATCAAAGTG CCTTCATAAGTACAATAGAAAATTAAAAAATCCATTGCTCTGTAATATCT TGTAAGGAGAAATATTTAAAAAAAAAAGGCTTTGTCTCTTGGGTTGTTGA AAAAAAACAGGAAAGGATTTATGTTAGGATTTTCTTTTTTTTGTTTATTT AGTCGTCTAAAAAAAGTTTTATCTCAATGGACTTAAATGATAATGCCAAG TGAAATTTAACGAAAATATGTTAATTTCTTAACTTAAAAGGCGTAAAGTG ACCAAATTATTTATTCTTTTATTTATTGATACACTGATTTTCACAGCAAA ATGTACAAATTTGTAGGGAGTGGGATAAAAATGGACGAATTTTGTGTGAT GATTAAACATTACTTTATGAAAGGCAAAACTCCTCAGTAGACTAAAAAGA AGCATACTAAACATTATAAGGACTCTACACTTTCGATTAGAACAGTTTAT AAGGGGTTTCACATTTTGGGAGGGGTCATATGGGCACAAATGACGCTGAA CGTTATGGACTCCCTGTTGAGGTTACTACTCAAGAAATCATTGATAAAAT CCATTATGTTCTGATGGATGACAGAAGAGTGAAGGTTTATGAGATTGCTA GTGTTGTGGGCATCTAGTGTTGGAACCCTATTTTGCAACCCCAACTGCTG AGGTGTGAGTTGGTGCACAGTCTTACTGGACAGTGATTTTTGTGGACCAA TCGTGGAGTTTGTCTTGTAGCTTGGTTTTCAAACTGTCCAATAAGGATGA ATAATATGCACTTGTAATAGTTTTACCTTTTTCCAGTCGATGAGGATAAT TCCTTGGGAATCCAAAAGACAATCGCAATAATCTTTCCGGCCGATTCCTC AATTCAAAGGAATGTCAAACAGAAAGAAACAGACTTATCTGGCTGAAAGA TGGTGTGTGTTCTTCCAAGAGATGCTAATAACTAAAGATAATCTGAATAG GCGCCATTAGTGCCAGCTCTCAGACTTAGTACGGACTTTTCAAACGACCC TCGTAACTCTTCAGTGTTTATCTCCATCATTTTTACCAATTCTGGATAAC TTTATACTTTGCTTTTTTCTCCTCAAGAATGAAATAAAATTGAAAACAGC TTTCGAAAATAAAGTTTAGGTTGCCAGCGACAACAAAACTGGCACACTAA AAAATTTACAACCCTACTCGTGTTTCTAATACAGAATAGATATCAATTTA TGATTATGGACTTTGGAGTACATATAATCGTTCTAAGATTGATCAAAATA ATGATCGTAGCACATATTCAATTTCTTTTTATATATAAAGACCATTAGAT AAAGAAACATTGTAGTTTTATTTGATTTAAAATACAAAATAAAGATTAAG ATTATCATTGGATGGAAAAATAAAATAAAAAAATGGTAATGTAAAGCAAA GAAAAAAGAAAAACACTCAATTTATTCATCCTTAATGGTCTAAAAGAATC CATCATTTTACACATACCTCATTTTCTCTTCTTTTCCCAGCTTTTATTTT AAGTGACAGCATGTCCGGCTTTCGAATTGAATAAATTAACTAGATATAAC TTAATGTTACATCATGTATAAATAAGATAAAAAGATATATCATTCCATGA CGAATAATTATTATTTATATGGATATGTATGTAAGTTAAAATTGTAAAAT CACTCTGTCTTTTTTTTGTCCTCCCTCTTACTACTATGAATGCCTTGATC ATAGTTGCCAACTGACCTTTAGATTGGTATGAAGTAAATAAATAGATTGG TATTAAAGGAAAAGAATTAATCATCTTGAATTATGATAGGGTTTAAGTGC ACTAGTTTCCTCTTTAGTCACGTGTCATTCTTAAGGATGGGATTTTTGTG GATAAATTTTACGGTTTTATTATCCTCGCATTCTACAAATGCCTCCTTCC TAGTCATATTTTGATTGAGCGTGTGTGAATGAGTACGATTACATGTTTTT GGATTAATTAATATTTTCAATGGCAGGKCACCAGGTATTTGTAGTCCAGG GTGTTTGCAGGATTATATACATATATAAATTTATGGAGGGGGGAGGGGCT TTGTTTTTGGATTTTTTTTGAAAAAATTATCCAAAAATTGAAATTGTTTG GAAAAATTTCCAAAATTCATAGCTATTCACGAAAAAATGAATTTTTTTAA AAAGTGGATTGCAAAAATTAAGCTATTAAAAGTCTAAGATTTTCTTTTCG GACACGCCAAAGGAGACAAAAGGGCGGCTATTGAAGGAAATCTTTTGCAA AATTAAAGGATCTATTATAGTTTCTTAAATGGATAGACTAATAAATCTCA CTCATTTATACATGAGTCGTCTTTTTTTTTGATCTGATGGCCATAATTTT TTTTTTAAAGAACTATGGTTTTTAACAAACAGAACGATTTTTCAAAGATT ATTAATTTGCTAGGAACGCCAGGCATGAAAAGTTTGAAAGAAAAATATCA TCCCAGGGAAGAAATGTAAATTTTATTTTCCTGTTTAAAGTGCAATTACA TTGGAACGGAATGTTTAAAAAGAACTTTAAAGACATAGGTCAGTTGTTTT GCAATTCTTAACAGTGTACACCCCCTGAGGAACTAGCAAAATCTCCAATT AACGACACTATTATGACCAAAGTGAATTTTCAATAATGAACTTTTTTTGC TTTTCTATATTCATATTTTTGGGGTGAAAAAAAATTCAAAAATTTATAAA TATTTATTAAAAAATTTAAAAGCTATTCACAAAAACAATCATTTTTGGAA GAAAACTTTTAAAAATATCTAGCTATATACACAAAAATCAATTTGTGAGA AAAAAAATCAATTCTAGTAAAAATCTAAAACAAAATAACTGTGGAGGAGA CTACATCCCCTCTAACCCATTACCTGCAGACTCACCTGCAAACATGTACA ATATTAAGAAAAAAGAGTGAAGATTGGGGCAAATTGTAAGCCACCTATGC ATAATCATCGCCATTCTATTATAAAACTGCATGAAAAACGTAAAAAAATG CACTTGAAACAAATAAATATATTCCTTTGTGCCTTTAAATTATAAATAAA ATACCAAGGCATGTTATTACTACATATATATTATTAATTTTAGTTGTGTT TCGCGTTATTGCAAAACATTTGCACATATACACAACATATATTTCTTTTT GTTTTTTTCCTACAAATCTCATAAAATAGGCTATAAAAGTTTTATAACAA AAAAAAAAGCAACCTACATACTTGGGCCTCTCCTCTTGCATGCCTGTCCT CTCCTTTTTTTATAGCCTTAATAAAGTTCGCATTTTGGTTATTATTTATA CTTATACATACATATGTATAACTTCTGTTTTATATCGCCTACTACTAGTA TGTAGCAGTAATATCATTGTCATTAATGATTAGTGAGAAGAGGCGGGAAA ATTAGAGKCTTTCTTAAACCATTTACCATAATAATAAACAAAGAACAAAC AGAAAATCATTAAGTCTATTATTTTTATATTAGTAGACAAATACATCAAT TTAAAATATGAGGTTTGAAGTCATCAATTTGAGAAGTTTAACAATTTTTT TTTCAATTTCATGGATACAATTACAAAACTTTCATCTGTGGATGATAAAA TAGAAAATAATGGGAATCTATGTTTATATAACACAACGAGGTATTATTGA TATAATTGTATAAAAGATGACCATCCAGTTATTATTGTGTCGGTGCTTAT TTAGGACCGAGGGCCGTAGTCCAGTAAGATTCCGTCCAATCAATTCCAGT CCCACTTGTCTGTCCTGGAAGAAGGTAAAATCATTCCCTTTATTTAATTA TTACGTTAAGTAATAAAATAAATTATATAACTAGATAACTATACAATTTG TTTGGAATATTTTCTATTATAATGGGGGGATTAAAAAGTACTTTTTACAA GATACGTGCAATAATCCTGATACAAATTTGACTTAAAAAACCATTGATAT TTTTATGAAAAATTTCAAGGACCGGCATTCCTAAGGCCTAATAGGACCTG TACTAAAACTAGAATGGACCCACACAACACTACTTACGGTATGTAAAAAT AAAATACAATGAAAATTACATGGTGCCCCTGACGATTTGACGAATCTTTT GAAGTAGAGCAGCTTAAGCCTCATAAAGTTTTTTAGATTAATCTTTTTGC TTTATTTGAGCCCAAAATTATTCGATGACCTTTGAAGATTCTGACCAGAA GACTGGGACAACATTGATTTCAGTGTTTGCCTCAATTTGGTAAGTACTTC TCCCAAGCGTATTCAATATTTTGAAGAAAGCCAAAGGCTATGTCACAATG TATTAAGGAATTTTGCTCTTTGTGTAGGAATACTTATGAAACGCCCAAAN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NGATGGCCTTCCCGGACAATCCTGCTCGAAGGAGCACTGCTATCTCAATC CTCTTCTTGTATTGTGTGCTCATGGTGGCGGCAACTAGGACAATGTTTTT GTTAGCAATCGACAGCTATTTATGTGTTCTACAACTTAGCTATTCATAAC ATTGTAAAAAAATGACTCTTAACATCTCAAAATAGGCGTAAGTGAGAAAA GTAAATACTTACGTTTGGCCCGGTAGACAAGGATTCCGATTTTTAAAAAA TCGAAATACTCTGACCAGGGGCTTAACAAAAAAGGTCTTAAAAAAATAAT AATAATAGGTAGATATGATATAATATAAACCACCGACTTGGTAGGGGAGG GGGGGGGGGGAGAGTTGAGATTTAATCTATGGCACAATGGAGAGAGAGAG GGATTTGAAAAAATAAAAATAAATGTGAAAAAATGGAAGGTTAAGAGAGG AAAAAAAGGGGGGGGGGGAGGAGATTATTTMAAATMAATGTGKGTCTTTG ACCTTGGCACATATTTATGTATTTTCAAATATCTTGAAGAAGAACTACCG AGTTTATAGTAAAATGAAGATCAAGAATAAAAAGAAAGGAAGAGGATACC TTTTTCTTTATTTAATCTCCATATCAAGATGGTACAATATATGTATTTGT ACATATATAATCTATATTAATAAAACAAAGTGTATATGTATGTAGGTACA ACATATAGTGATATTTGGATTATCTTAGGAGTGAAAGAATCATTTCTAGC AACAACCTGTGTATAGGTAAAGACCATTTTTCAAAAAATGCGGAAGATGT TATTATTATTCTTCTATTCTTGATCAGGGAATATTTAAATATTGAGTAGC TACATGTAAGTGTTCACAAAAAACTATGAGTTGCACTAAGGATTTCTTAG AAGGGACCTCTCTATTATTAAAGCAATGTTATATGCATGTTCGTCGACGC CTAATAACTCTGGGTAATGTCGAGTACTACTCCTGGTAAATAATATGTCA ATCATTCAACATATAATTTAACAAGATTTGAATGTACTTTTTATTTTCTA CAAGGATAGTTTATATTTATTCCATCACGAACAACTGTCATGGCATTATT TGCCTAACAAAAAAATGTACAGTGTATTTTTGCTTCCTTTATCCTAATCA GTGCTCTGATCAACGGATTGGATGATTTGGAATTGGCTTTTGCTGATAAG TTGGTTACAATGCCATAGAATATTTGCATATTAAGTCCATGGTTCGAAAG AATTGCCTAAAAACCAATTAGTTATAAAAAAGGTTGCGATATAAAATCAA AGTAACGACGCACTTAATTTACTCTGTGGTATGTTGTCAGATGTTAATTT TTCTGCTTTTCCCCCCCTTAATGAGTGTTTTGAACGTTGACTAGTTGAAC TATACTCAACGCTTATTAACCTATGAACAATTCCCAAACAATTATTGAAT AATAGTTCCATAGATTGAAAGAATTTACCGACTACCAAACGTTTTTGGAA GTCTTTTTGGTCTTTTTTTGAGGGAAGGTTGAAAAATAGAATAAATATAA CGATGTGATATATATTTACTTATATCAAAAATACGAAGTTACCAATCATA GAGAGATAGAAAGAAAGAAACGTCCCTTGGGAAAAGGCTATATCTCTAAC TAACCCTTTTATTCCCAAATACCTAATAAATAACTTTGATATATTTTTAT TTTCACCTAATTGAGGTTGTTGTGGGTAAATTTATTTATCTATTCACTTG GAGGATAAAAAATGCAATTCCTGATCCAAATTGTATTTTTTTGTATCATA CAAGTACTCATCAGAATTAAAGGGAGGTAGCTTATCTTTGAACTAATTGG TAAAATTACGAATAATACTAACAGAAGTAGATCTATAATAATTGTATATA CACTATTTTAGGTATTAATCTATCTTTGTTTTTAACCTTTGCTATCATAG CTGACATTAATTGCTGCATATTGACGATTTTAATTTACAACAGTCTTTCT GTGAAAAACTGCCAATCAATTTATATTTGTCGGAGGAATCTACGTATTTT GTTCTCCATGGTTTTATCTCTTTGTTCAATGAATTTCAATGAAACTTGAA GTATCCACAGTACATTTGAAATCTTTTCTTTAAAATACAAAAAGAAATTT TCCTTTAGAAGTAAATCTGTAACAAAATTTATAACTTTTAGATGTACAGC TCTATGAATGTACATCTTTGTTTTTTTGTTATCGAGTAAAATTTGATTTA TCTCGAAATAAAATAAGAAAAAGTGAGAAAAGTTTCCAAATAGTTTTTTT TTTTTTCTGATGAATGAATTTGAAGTGGAAAAAATAAAAAAAATGAGAAT GGAACTCGTTAAAAGTATTAACATCATGTAAATGATTTGTGTGTACTACT CAGAGAGTAAAATATATACTTTTACCCCTAATAAGAATGACCTCATTTCC CCCTCTGAGTTAAGCTGACTGCTGAGGGAGAAATTGTACATTCAATTAAC AATAAAAAATAAATAAATTTGTCTGTCTGTCTATAATAGTTTAATAATGA CGTTCTTCTTCTTTTCTTTTTTTTTTTTGTTTCTCTCTCTCTCTTTCTGT GGCTAAGAAAGTGGTTTTTGTTCTTAAATACATAAGTACATTAGTTTCCT TATAAAGGAGTATTCCTTGTTGATAATGATAGAAATAATGGAGATCGGAG ATCACTGAGTAGGGAGATGGCAGAAGCATTAATACACTATGAAATATTTA TTATGATACTATGATTGGGGTATAAAAAAAAGAAGTTAAGCTCCCAGAAA ATCATTGGTCCTACCCTCAAATTTTTATCTCAAACTAAACATAGCTACTT AAACCAAATATGTTCTCCCTCAAAAATAAAAGAATTATAACAAAGACTTA ATTTAAAAAAAAAAATATGACGTGATGAGCCAGGGAGTATTTTATTAGTC TCTAGACCGCTACCTGTCTGAACTTAAGCTACACACGCTTTTTGTTGAAT AAAAGTCATCAAACAGGACCGTCCGCAGGATTATATATATATATATTTTG TTCCGGAAAATTACAATATTTTGAAAAAAATTCAAAACTCCATAGCTCTT CTCAAAAACTGAAATTTGTTGAAAAAAAATTTTAAATATTAAACTTTTTC GGATAAAAATATCTAAAGTGTATAGCTATTCACAGACAATTAAATTTAAT TTTTGGGGAAAAAATTCAAATATTGAATTTTCTGGTAGGAATCAAAAAAT TATTTAATTTGAGGGAGGAGACAGCCCTTCCTATGTGGACGGCCCTGTCA AATCATGTTTAAGATACACTAAAAAATGATAATATATAATCCACACATAC ATACGTACTTTGCTTTATTAATCTAAATGTACCAACTAAGGTGCAACATC TTTATTTAAATCTAGGATTGTGTCATTCCATGTCAATTTATCAAACAGAT GTTCACACATTTGATTCATTTTTACATCATTTGCTTAAACTACTAAGAAA AAACTCTATGCAAATTTACATACCAATATTGTCATTAACTACATAAATTG CAACATTTTTGCTCATAGAAATATGTCGTTACGAATTTTTTAGACATGTA TACGCCGAGAAACATCTTTTTTTGAATAATTGACAGATTTGTTCATTAAT AATATTACAAATTTGAAGATCTTAATCTAAAAAGGAAGGATTTTATTGTG ATTTGTATGTGAAGTATGTTTTCCGGAGGGGAGTTTTTACTCTGCTTTCG GATTCAAATATGTCAACCTTTACATGTTCATATCTCGATTTTAATGAAGA TACTAAAATACTTGAAATTTTGCATAAAGCATGGTCTTATTCGTTTAAAC AAATGGTGTAATTAGGAATGGAATCCATGAGTTAAGGTTTCATCCGTCTG ATGAACTGAATTAGAATGACAACTAATCCCGTTATATATAAACAGCAAAA TATTATTCTCATTTTTTAACTTGAAGAAATCCCATAACATTAAAAGAAAC TAAAAAATATATAGAAAAGACAATAACACAAGCAAAAAATCACTCATTCA TTTTTGGGGGATATAACTACATACATGACTTTGACAAAATATATATATGA CTTCTCTAAGAAATACCCAACAAACTCAAATAATTTTGATGTATATTGTC AGAAAGTTGATTTCATAACCTTCTAAATTTATATTATATTTTCATAGCCA TATTGATCAATATAAAGTTTAATTCTTCTTGATAGGGGGTCAATATACAT TGAAATAAAATATATTGTACATAGCAAAGCACTATATTCAACCCTTCTAA ACAGTTCCATGCTCAAAGGTAGCATATAGCTAACTAAAGCATGCCGAGCT TTTGAAAAGTAGCATAGTGTCGACATCTACTATTAAGTAATGACTAAATA ATGCTGGGATATAGGTGTAAACCCGCTTTTTTGGATCATCTATGGACAAC ATTGCTATTATTTCTTCTACCATATTGCTTGCTATTTGTCAACAAATTGT TTTATAGGTAAAAAAAAAACATTAATCACACTTCTTTTTACAAAAATATA GCCTAGCATCTTGATATTTGTAACTAGGTATTCAATAAATAATCCAGTAT CCTACAATGTTGATATTATGTCATATATATTCTTGAATCAATCATAAATT TAATAAATTAAAAATACAATTCTTATTCATTTCAGTTGATGGTCTCACCT ATCACCATTCCTACTTTGAGTCTTCCAAGGAGGATGAAGAGGAATCTGCA GAATTAAATAACTTTCTCCGTCCCCCAGATACTCGCTCCTCCTCTCTAGA AGGACTTCGATGGATTGTGGAGCCTCCAAATGAAGCAGCTTTCTCTAATA GTACTGGACTTCGATTGGAGTGCATTGCTCGAGGGAAAAACGTTCAGGTT CAATGGTATCAAAGGGATACAAAAATACGAACGGATCCAACGGGCCTTCG TTTCGTCTCTGATAATGGGACACTCACGTTCTTTCCATTCAGGTAATTGA GTGCATATTTGGTGAATTACGAGTCAATTGTTTATAAATCAAGAATAAGA GATTCATTCATTTTTTTACATCATATATACATGGAGTCCAAAATTTCATA GGCCAAGTACTTTGGAAAATTAAAGGCCTTCTATACACATTTCTAGGATG AGTTTAAGATGCCCAAGATTGTTAACTATATTTATGAATCTTTATTTGAA TTATGATACTCAATTTGCCCGTGATAGGCCCTTTCAACAATAACATCTAT TTATTTATATTTTTTTTTCATAGTCATTCTCACTTTTTGCTACCTTAGGG CCCCATTCATAAGTCAAACGTTTTTAAAACGATGCTGTATTTATTTTGTC CAGTATTTTAAAAGTTTTATATCCACACACAAAAAAAAATGAACAATGTA TCTAATGCGAATCTTATTATTAGAGAAGAGAAAATGAGCGCATTCGGCCT GTAAAAAGTAACTCCTTCTCTTAATTTGTACAATTTACTTGTATAAGTTC TTTACACGTAAACGGTCTTGTCAAATTCTTCTACTCTTGAGGATGTTCAC ACAAAATATAATTTTATGTAAAGCGGAATACCGATTTCGGGTAGATCAAG CCCAAAATGGGTAAATGTTTTGTGTTGACGAGTCAAATCTATACAATGAA TAACTAAATGGAAGCATGATCAATTGTTGTACAATACTCTCTTAGTAGTA TGTGTATGTACAATATATTTTTTTTTCTTTCTTTTTTCAAATGGTATATT TATTTTATAAAGAAGAAATAAAAATACGTTTTTTTTTCTTAAGAATGATT CAGTGAAAAAAAAAAAATAGTTGTACATCCATATGACAACATGATGAACA TAAACTTGAAACTTAAGGATTATAACTCTTGATACTAGTGATGGGATGAT TCTAAAAAAAAATCCGATACCTTTGCAATTCCACTAAAAAATTCCCCATA TCTATTCCGATTCCCTTTCGTTTATATTTTAAATAATAGTTAAAACTAAC ATTTTACAATCAGGGACTTAATGATTCTAGAAAACTTGTTATTATTTTTT TTTAATTAAAATATTAAATTTTTGGAAAAAAAATTCGAAATATACGATTC CATATCAATTTTTTTTTCTTTTTTAATTTCAAAAACCCATGGCTATTCCC AAACATTAAATTTTTTAGAGAAAAATTTCAAAAATCAACAATTATTCACA AAAAGGCTATTTTTTTTTCATAACTATATAAGTATAAAAAGTTTGTACAT TATTTTCCCGATACCGATTTCAGAAAAAAACACCCAATTCTCCGATTCCG ATTTATCGTCCCATCACTACTTGATACTCCTACTATAGTCAGTCTCCCCT AGATTCTCAGTATTATTATTATTATTAAATAATATCTCTGTCTTCTTGAA TAGAGGGGGNATACGAATGAAGGAGATGACAAAGGGGAAGGAACTTAAAT AGTGTATTATTTATGTAGACGATTACAGCATTCAAGAATGCTGAGCTAAT TTCATCTTAAGGGAAAAAATAAAGAATGGAACATTCAATAAAGAATCGTT TTATAGCTGATAATTACGATTATATTATTGAAAAAAAAAAAAAGAGWAGA CAAAAAGTATATAAGGCTTGCCAACCCAAAAACAATCTCGAACAAAAATC ACAACATTATGCCATATCAATTTAATTGTTCTATTTCATAAATTTGAACA TACTATTTTGGTAAATTATGAGCATCCTATTCTATGCAAAGCTCATAATT GATATTAAAATTACAGCATATTTACTATAAATTAAAAAGTACATTAAAAA GTACAAGATCCCCACTAGTCTCTCTGTTTGTGAACGCATGTACTTAATAT AATTAAAGTCTGTCTTTCATAGACTTTGTAATTATATTAAGTAATTGTTG TACTTTCGTACAAAAAAAATAATTATGAGCTATAAATGCTAATTTCTCAG ATACCCTGAGATATAAGTTAGCTTTTGTCTAAGCGATTATCTGATAACTC AGAGAATTCTGACATTTTCTTTCAGATAGAGTAGTTGTTTTGGGAACAGG GGAAAATTAGACGATTTTGGGGTAATGTGAGTACTACTTGCCACTACAGG GGCGTCCACAGGGGGTAACGTCCTCAAATAAAGGAATTTCTACTTTTTAT GTAAAAAACTTTCTGGTCAGAATGAAATTTTTTACACTAAATTAGGGGTA AAAGTTTAATTTTTCTAAAAAGCCATAGATTTTTGAACTTTTTCCTTTGA AAAATTTAATTTCCTGTGAATTACTAGGTATTTTAGAATTTTTTTTGGAA AAAACTTGATATGCAAACTTTTTTTTCAAAAAATTTAATAAAGAACATTG AATTGATTAAATTTTTTATGAAAAGCTATGGATTTTTTCAATTTTTTTCA ATTTTGTTTTCTAAAAAATCCAAAAATAAAGCCCCCTCCTCAATATAATC ATGGGGACGTTGTTGCACTAGTTTGGAGTAAATTAATTTTACAAGTACTC TTGGGGTACCTTTAAAACAAGTTACCCGACTCCTAAAATTGATTATAGTA TATCATTTTTCCATAAATTTTACAATGTTTAACCCCAGTTTCCTGTACCT TCAAATGGTATGTGGAAATAGTTTATTAATACAAATGTAAGGTAATTAGA CTCAAAGTACAAATGTTCATAATCCATACTCACTTTTGAGAAAAATTATA ATCACAGCTTCCTTTTGATAATAATATACAATTTTCCTTTTGTTCGTTTA GGGGAGACGATTACCGAGAGGAAATCCATCATGGAGTCTATCATTGTAGA GCTCAAAACAAATTTGGGATCATCATTAGTCGAAATGTTAAAATTCAAGC AGTTGTAGATGAGGAATACTCTGTCACAGTCAGAGACGCATATGTTATTC GCGGAAACACGGCCATTTTAAGGTGAAGAGTGCTTAGCATTTATTTTAAG GAAGCGTTTAATACAGCAAGGGCGTCCGCAGGATTATATGTAGGTGTATG AAAGGTTAATAGAAATACAAGGTTAGACCATTATTTATTCGACCTTGTTA GAATTTTAAATTTGATGTATCGTACCAACTACTTCGCCAGATAGGCAGAT TTTGACAAAACACGCAACCAATCATAGCCTATGACGTCACTATTGCTAGA ACTTTGAATGAAATGTATCGTACCAACTGCTGGGAAAGAAAAACAGATTT TAAGAAACCATGCAACAACTCATACACTATGACGTTAATATTAAAAAGCA TGGTGGAATTCAAATATTAGTCGATATGGTATAAACTTTTTATTTCTATT AACCTTGGGTCTATGGAATTTTTTTTTTTAAATACAAAAACTAAATTATT TGAAGTAATATTTCAAATTCTATAGCTACTAAAATAATTTTTTTTTTTTA GAAAAAAATTTGAAAAATTAAATTAAATTTCAAATATTAAATTTTCTAGG AAAAAAATCCTATATTAAGCTTTGTAGTAAAAATGAAAAATCCTCCCCTC CCTGCGGCCCCCTCCTCCAGTATAAGGATCTCTATTATCTTCTTTCCTTT TTTTTAGGTGTGAGATCCCTTCGTATGTGGCGGATTATGTTCATGTCACA AGTTGGGTCCATGAGGAAGGAACGGCCATTGAGATATTTCCAAGAAAGGA TCCACGAGGGAAATACACGCTTCTCCAATCTGGGGCTCTTTTAGTGCACC ATACCTCTAGCTATGATACCTATAAAAAATACATTTGTAAGACCGAACAT ACTCTCACAGGACTCAGAAAAAGGAGCTCGGCTGAAGCAAGGATCATTCT TACAGGTAAGGAAACTTATTAATTTTTTTTCTCTTTTTTTTTTTCTTTTT GTTGCATTTCTCTTATTGTAACTCAAAAGTAATATATTGATTTTAATCAA ACAATTATAATTGACGTGTTAATAATAAATGAGAGACGAAGGAATTTAAT AGGTCAATAATAAATAAACTTATATATTAATTAATTATATTGAAAACGAT GTTATTACAATTAGTATGTGGGATTTTTTTAATGTTCTAATTAGAATGGA TATATTATGTGCATTAAACTGTTCTGTTTTCGGGTTAGTATATTTTTACC CGTAGACAAAGACCTTTTCTAACGGATACAATAATAAAACTTAAATTTGA AGCATCTCAGGCCAGTTTAGGCGTGGTACTGGTATTTTGATCTCTTTTAC AGCATTTKAAAAARCTAKAACRTTTCAKAAAAAAAAAAAAAAACAGGAAA CAAANNTTTAATAATTAAATTTCTAACGTAACTTTTTTTAAAAGAAGCAA AATCATTGACAGTTGACCATAATTATATTTTTGTGTTAGCAAAGTAATGC TATGCACACGATCACTGAAATTTAGGTATACTGTATATTATTATAATAAC TAACAAGCACATGCGATTATTTATTGCTTCGGCATCAGTGATCAGGGAAA GTGGAACATTAATCCTGATCTTATTTTATTTAATTTTGAATTTCGAATGA AAAAATAATAAAATTTTGGTACAAATATCGTCTAATTTTAGTTTCGGATA TGGATCCGAAGGTTTGGCTACTCAAAATTTACCCCAGTATTTATTTCTAA AGATCCGAACCGACTCGTATCCGAGAAATTGTGGACCTTTCCTATCTTTA CACTGGGTACAAAAATATCCAAGGATTAACTTTCCATTTTGACACAATTA TAAATATTTCAAATTAAGGATCCTACGGAAAATACTTTGCTAGAGAAAGG CCCTTGAATGGCACTGACATAACTAAATATTTATTATTAAAAAATTCAGA GAAGAGATGCTGACATATATATATATATCTGAGAGAAATTGAGGTTAAGT CTTTACATCTATTTATCATTTTCTAGTTTATCTATTTTTTGTTGTTGTTG CTTATTTTTGTGGGAAGAAGTATTGGGACTTATTAATAAACAAACCGTAG CGGAGTGAGAGATGTAACATTGATTCAATTTGGCTACATATATAAATTCC TTGCATTATAATGTTCAAAAATATCGTTAAAAACAATGTTCATTACTGTA TAAAAATGAATTAAAAATGAGAAGAGGAAGGTCACCAAAGGAATCAATAA ATGTTGTGTACAAGTTTCATTTTAATTCCTCTTGAAATGCCTTATTTAAC CACGACATCAATCACTTTAATTATTAAAAAGTGTATTTCATTTTGATATG TTAAAGTTTCTTATTTACTATGTACCTTATATATATATATAGGGGGTCCT AAAGATAAAGCAATTATCATTGTGATTCATATTGGATAAGTAATAGATTG TAAATCAAAGCAATTATCGTCTACTTATAATACATCACTGACAAGCCATC AAAATATCTTAAGAAAATGTATGTAATAATCTTCTTAAATTATTGTAAAA AATAACAATGACTTAGTCTTTTAAATAGCATTACTCATAATGACTTGAAA ATAATTTTTAAGTGACCATTCTTTAAATTGTCAAAATTAAAAAAAAAAAA AAGAAAGCTCACCATTCTTAAAAATTTTAAATCATAGTTTACTACTTTTT TATTGCAACATTCGAAAAAATTATAACATAAGTTTTTTAATCATTAGAAA GCTTTTCAGCGATGTATTATAATTGTGTTTTATTGTTTTTGTATCACTAA TCTAAATGTAGATATCCACCTCAAAAATGATGTTGGAATTGTCTAACAAA TTCTAAATTTAATTTTTTAGTAGAACAGTGATGCCACATAGCAAATTTGA GTTATATTTGTGTCCTCAAAAACATTTAGGTATCGTGGTATGACCACTAA TTAAATCAGTGGTAACAGAAAAGTTTATAACTTAATACTCTTTCTAAAAA TGTTTTTTACCACAGAGAGCCCTAAACTTTCCTCTAGTGTCAAAAACTCT ATACGTAATTTATCTGGAAGATGTAAACTAATCTGTCCTGACATCTTATC TACTCTCCTTCTAAACATTTCTTAATAAAAATTAAACGTTAACTGAGCAT ATTTTCTACAACTTACGAGTATAAGAATTGAGGGACATATTGCTTCAATT GATGTCTTTTTGTAGGACTTATACTCATTACGCCACATAAATGGACGTGC TTATCAATGAAATCAAAGTGTCTCTGATATACCTTGTCTCAAAGTATGTT GGATACGTAATATACTTCATTCGTGTATGTACCTTCATATTTATGTAATT CTTAATAACAGAGAGGTAAAGAAAGAAAAATTAGATCCCTTGAATCATCC ATCATTGTCTTATATAAATATTTATGCACAATATAAGTATATAATATCAT AGGTATATAGAATATACATATATAACACAGGGGAACAATTACGGGAGGGG GGGGGGATTTTGTAGAAATTAATTGAATACAATAATCGAATTTACTTCAA AAATACAAAATGAAACAAAAATCCCGTGCGATGCATAATTTTTAAATAAA CCTTTTTTTGAATTATACATTGAATATTTTTCTATAATATACGCAAAGAT ATTCCTCATCACCATGTATTATGAATAAGTTATCAGGGTCTAAAGAAGAG TATTGTTTTTCTCATTTTTTAGCCTAAATGTGGGAATCTATCAAGTTCTA AACAAGATATAGAATCAATAACATCCATTTATAACCAAAAAACACTTTTA CATAAGTTATATTAGTCCAACTTTTAATTTGGGGATTTTTTTAGTGGTAA AAAAGGAATCTAAACGATAATAGTCCCAAATGTTTATAATTCCAGATATT TAAGAATTCAGATGACTAAGAGAAAAACTGAGATAAGTTTATGATTCTGC GCTCAAATATAAATTCCTTTTTTGACTTCAATTCATTTTTATAAAATGAG TTTTCCCCCTGTTTAATTCATAAAACGAACATAATGTAATGAATGCATAA AAAATACCAAAATAAAATGAAAGCATCAATGAGGCATGAGGTTTATTAAC TTATATTAGTTTGATTAGTTTGTCACTTTGATCACTCTATACAGTGATCC CTGATTTATCATATGTATACTTATATAGTATATGTTAAGCATTGTATAAA AAAAAATTAACTTAGAAAAGTAATAAATAGTTAAATATCAAAAATAAATA AGAATCAGAAAGGCAATGAACATTATTTCTACATAAAATTATGAATTGCT GGCATGTAAAAATAATTGAAATCTTGCATGAACATAGGTTAACTCATATT TGATACAACACTGTTATATATAGAGTTGCATTAAATATGAGTTGAGGACT CTCTTTTTTTTCTTCTCTCTCTCTCATTTGTTATTATTATTATTTCATTC TTGAGGAGAGAACAGCAAAGTATTAAGCAATTACGTGTGAATGTACGCAT GAAAAATGAAGAATAACACTAATTATTTTCGGGAGAGTTATCTTCTAAAT TAGTTACCCCTTTTTTAGTGAACTTGGATTTTCTGAACCCCAAATTCAAT CAATTGCTTCAAATCTGTTTAAAATAGATTTTATAGCGAGAATTTTTAAA CATGCTCCTTAAACATACATAAAAATAGATGCAAGTCCTTGTTGTTGTAA AAAAAAATTTTTTAGGAATTAATTTTAAATTTTGTAATTTTTAATGAACT TTAAGTAAATTTCCTTTTTCCCTTTGTTAGATATTCAAACGTGTTGCAAC TAATTTTATATCTGCTGTTAATCTATATTTACCACTCAACTTAATCAAAA TTAACTAATACATTTTTATTATCTAAAATTTCTTAAAATAATTAATATTT TATAGAAATTTGTATCAAAAATAAAATTATATTGGTTTACCTACGAGCAT AATAATCACAAATTTAATCTTGTTATTATGATTAATTTAAAAAACTAATG TTTATGAAGCATTTTTATTAATATTTACAAGTGCAAAATTTATTAAATAG TTTGGAATTCTTGGAGAAAAAAAAATTCGGGGTAACTTTTTAACCCAGTT CACTTAATACGGAAAAAAGATGTTCACTAACGGAGGGTTAAACAAAGTTT ATCTGTTCTTCAACGTCTAATAAATCAGGGCAATATATGTACAAGTTACA GACTCATACATGATTAACTGAAACTTTTTTTTCTTTTCAGATCCAAAAGG ACCTGTTATACCCAAAGTCATTGAGCCTCGTACTCAACAATTGGAAATTC GACATTGGATTGGTGAGGACATACTTCTTCCCTGTGTCTCTCAAGGCTTC CCCGTACCAGAGTCCACGTAAGTTCTACCAACTTCTCATTCTAAATCTTT ATAAATAAAAATATTTTATTTGTCTGTAATTAATGTGCGCAAATTCGTTT CCCGGTCACACCTAGAGAAGCAAATATTCATATAATATATATATTGACTT CAACTTCCTATGTCAGATGAATGAATTATTGTACTAAAATATCCACTTAT ATTTATTTGATGCAACGCCATCTGACCAATACGGGAAAATTAGGGTGTTA TTGTCCTTATTTAGGACTTTTCAACCCTCTTATTTATCCTTGAAAAACTT CACAAACTTTTGAAGAGTTCAAAGCATCATTTGAACTATTACTATAGATA ATAAAGTTCCTAATTTTACTAACTGAATTAGTCCATGCAAGAAAATAGTT TGTTATTATTCTTAATTTTGCCCTAATTGAATTCAATGTAATGATGCCAT TTAAAAATATGGTGTTATGAGACGACTTTAACATTTTGGCGCGTCATTAT TGTATATGATGGGAAATTAATTCACCTTTAATAATTTAATTTTTGGGAAG GCTGAATCTTTATAAAATGACTTCACACCAACACTTTTTTTCAAATTATC ATAATGATTATTTCCAATTATTTACGAGTATTTAGAACTCGTCCATATTT TGTTGGGTTAATATGCAATTATTGTTAAAATCATAACAACCAAATGTTTT GTATAACTCAATACCTACACATTGTTTTATCATCTTCTTTTTGCTTTGAT TTTATCAGTAGTTAGTTACAAATATTAAGTTGATCAATAAATATTTTCCC TTGGAGTCAAACTTTTCATGAAATGAGAAACACTTTGAAAAAATTACATT TTGAAGGTTTTGTATGAAGAATACCACCTTGGATATGTAGTTATTTTTAT GCTGAAAAAATTCATTTGAAGTGTATATAAATTTTACAGATTTCATATAC GAAAAAATATAGTTCTATAAGGTCTAGTTTAGCTAAAATATTGATTTCAA TTTAATTTTATTGAGGAAAAATGATTAAGAGGTTGATAAATATAATTTCA CTTGTTTATCTAAATATAATTGGATTTATTTAGTTTCTTTTTTTTATATA ATGTTTTTCATTATCACGGAATTTTAAAAATATCAAGACTTAACCTCGAG ACATTAGAACAAGATAAGTTACTTAATTGATTTTGTGAGGTATAAAGAGA GAATTATTAAAGATATTCTGGACTAAGTCGAACTACATATTTATTATTAA TATTCCATAGGTGAAAAAAATGGATAAAGAGCCAATATTCATCAACTTTC TAATCACGTATTTAATTTTTCTTTCTTTTTCCACTGTTTTGAATATTTTT TTATCTTTCATAGTAACCATTTAAAGTTTTCTCCTGCTTTCCCCTTTTTT TCTGTCTTGCTTCCATTCTTACATATATGTATGTATAAGGAGTGATTAAT TAAAATAGTCATTTATATTTATTTATTACTTAATGACTTTAATCCGTAGG TAATGTTTCATTCATTTGTCTTGTCCTTTTGACAAAGAGAAAAGAAGGAA AAAATCACTTTCATTATACGTATTATTGTACATGAGTGTCTTCCTTTACT TTCTATATAATTGTATCTATAATATTAATTTGTACAATCGCAAGACATTG TAATCATTAATCGATTAATGAAAGAGATTTTATTTTTCTACAAATCTATT TGTATATACATAAAAGATTCAAGATTCATTCAAAAATCCTTACGTGGTGA AATAACACAGAAAGTAAAGAAACGGATAAAGTATAATACATTAATTTAAA TCATATATAGAAACTACCCAATGTTTTATTGACAAATTTTGGCCAATTAT AAACTATGGATTCAAATTTCTGGAATCAGTTGAGATAATTAAGGATTTTT ACTATAGTTTACAACCTTCCTTTGTTCTATGATACTTAAATTGGCTCCGA TATGGCATTTCAAATTTAAACTATCATTTTTTTAATTTTTTCATTAGGAC AATGCATTTTCCTTACCTTATGTACAATTTTCCGCCGTTCCAAATGATTA ATTCAAATGATTTGTTGATCGAAATTGACGATAATCATTCGTCCAAAAAT ACAAATATAATTTAGTCTCAATTTTGAGAAAATACATTCTAGCTTGCTTT TGACTTGATGAAAAGAATTTAAAGTTCGAAAAGACCTTGATAATATGTGA TGAGTGTCATTAGTAAAAAGAAATTTTTATAGCCTACAAATACCCACCTA CATATCCTCCCCATGACGTCAATTCATGTGGATACTTTGTAATTCATTGA AGGAGTGTTACTTAAAGAAACATATTATGTTGGCATGAGGTTGTCTTAGC TATAGTGCCAAAAAGTATGAGGCTTTATGATATCAATAGATCAAATAAGG ATGCTCTAATTCCTTTGAAGATACATTATATATACGAGTATGTACATAAT ATAAGCTTCACTTGTCAATTCAAGAGCCATATAATTATAAAATGGACTAG GGAGAGTGTGAAATGAGGAAACACGGAAACACATCAAGGGATCATTTATG AACATATTTCAGAAAGTTTGTCAGTTTTTTTTTTTATACACATGTAATTT GAGATTACAGCAAAGAGAAATTCATCTTTTTTATTCATCAACTTTGACCT AATAAAGTTGAAAGTGAGGATAGGTCTATGTTTACATGGTGTACAGCATT CATATTTTGAATTACTTTTGTGAAGTTTTTGAAATTGAGCTCTTCTGAGA GATGAAAATATCAAAAACAAAATGGTTTTAAAAAAAAAGTAGAAATATGA AAAGGAGTCATTTCAGAGAAGGCAATTATTAGTGGGGAAAGGCGTTGTGG AATACTAATCATGATATTAATCAAATGAACACCTTAATGTGTACGTGAGT ACACATTATGTCCCTTCTAATAGCCTAAGCTTATTAAGTTTAAATAAAAA AGGGTCAGTGCTTTGTTAAAGTTCTAAGTAGTTGGTAACTTTTTTTCATA TTTGAAGTCTTACAGTAGTATAAAATTCATTGGATTCTATTAGTGATGGG ACAATTAATCGGACTCGGAGAAACGGGTGTTTTTTCTGGAATTGGCATCG GTAAAATAATGTTAATTTTTTGATTCCGACTCTTAAGTATTAATATTCAT AACAGGGATATTWCTTTTCTAAGTTATGAAAAAAATAGTCCCCCCCCCCC CTCCCAAATTAAGGAATTTTTACTTTGAACTACAAAATTTAATAATTTCT ATGAACAAATTATTTTTATGATCCCATTGGGTCTGTTGCAAATTTCKCTC TAAATGTAGCCATAATTGATCATCGCAATAAAATAATTAAAAATTCATTA ATTTTATATAAAAGAGGCAATATCGAGGCTAATATAAAAGTCTTAAATCC AATACAGATTCAAAACTATGGCTAAAAATCTTGGGTATCTTAAATCATAC TACCAATTTAAATACAAAGCCTATAACTGACCTAGATCGGGCCATGAAAT ATTGGGCTGTATGTTATATAGGAAGTAGAAAAATAAATTTGGATTTTCCC CTTCTATCAATTTTTATTCAAGATTATTTCAATGTTGACACACCACATAT GTATATTGCTACATAATAACTACACCCATACTTTATCATCTATTTTTTTT GTTTTGTTTTTTGTTTTAGAGTTTTGGGGTATCAAATTTCATTTTGTATC TTATTTATGTGCATACATATATGAAAATGTTCTATTTGAAGCATTTACAG TGTGACTTGTTTTTGTAAACTACTCATGGTTAGTGGATTTCCATATTTTT TAACAAGAAAATCAATACTTTTTCTATTCTATGCTTCACTGATTATCCAT TCTGTTTTTTTCTCTTTTCCTATTTCTCTTCAACATTTACACCCTTAGAC GACTTCAGTCTTTGTAGTATGTATTTTGTATACAATATACATATGTACAT TTTAGCCCATTTAAATGTATTTTTTTTTCCTTCTCTTTCCTTCTTGGTAT ACAGYGGGTTTGATAGAAGAGGGAGGGGGGGNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NTCAACCACTTTCAAAATTAAATTTWTACAATGTGTACATAAGTTAAATG TATTTTGAAGTGCATATCTATGGTTATAATATGTACGAGTATGTAGTGTT AATTTGGTTCTTATTTATTCAGTCCAGTCTAGTTCAGTCTTMGTCAGCCC TTGAAGTTTTACCTAAAAATATGGATGGKTTATTAAAMCAAATAAGATAT GTTGCAAAAAATATTAATGTTTGTATTATAATCTCTAGGTATCTGTACAT ACATCTATAAAAGAAAGTGTATGTGTGTCCTTTATGCGTACCTACACTGT TGAATCTAGGATGTTAGAATTCTGTATCAGTCTCTCTTTTGAACCTGGTC AAGCTAAGACGATGTTGGCGATTTTTGGAGGGGGGGGGGGGGGGAGTCAA ATAAGGGGTCTTATCCTATACCCAACACACAAGACACATTTTTTAGAGCT CAACCAGACTAGATAGGGGGTTGATTTAAAAATCAAACAGTGATTAGCTT CTCAAAAAACAACTATTCGAAGAACTACGTTTTCTAGTTTGTAGAAATTT TTTTTGAGATTCGTTTGCGTATAAATTTGACAAATACAAAATGGATGTTT AGCTGAAATATCTTTCATTTTCTGAATAATTTTTCCATTGTTTTCATTAT TTGTCTCATTTTCTTCATCAAACATCAATTTTTTTTTAAATGACAAAAAA CAATGCATTTTGTACAAAAAAATTAGATTCTACCTTTTAAAGTTGAGTAT TTTCAATTGCTAAAACAATTTATTTGATATTTGTTGAAATATATGTAAAA ATGATCTAGTTATCAGGGATTATTATTTGGAGAACAATATTCTCCCTAAC TTTTTTCTTTTTGCAAGTACGAAAAATTGTTTGTAGGTTCGTATTTATTT TACAATGCCAATAAATTATATTAACTAACTTTTTTTTTTTAATGTGATTT TCTTCACAAATTTTGAATTTTGCATTTTTTTGAAAAAAATAAAAAATGAA CATAAATGTTGGTAAGTTATTTGACGTTTATAATACAATATTTAATTTGT TAAATTCATAATTATTTTACTAAGGTTACAAGAGAMAATAGTAAGAGTAT TGGGGGGGGGGGGGGGGGGCTGCTGCTATGATGAGACTTTATTGATCAAA AATCCATAGCTATTAACAAAAAATAAAATTCTTTGAAAAACATTCAAATA TTCAATTTTTTGTGATGCTGTAATTTCCCCGAATGAAGAAAGAAAATTCA AGTAAAAAGCAAAATATATTTTATTTGGGAGGGCTACACCCCTCTAGCCC ACCACTTGCGGACACCCCTGTAACAGTTATGATAACTATAATTATTAGAG TTTTATAAATATGATTTTAATTCGTGCGATATTTTTTTGTAGTTGCCAAT CTCAAGAGTGATTTTTTTTTATTTTCCAAAGCTGGTATTATTTTTCTATA ATTCTTGAAGAAAGGACATCTAAGTATTGAGTAAATATGTTTGAGTTGGC TCATCAATCAAGGAGAGTAACGCTAAGTAGTGGGACTAACCTTGTAAAAT TGATGATCAAATAATGAGTCTATGTCCTTGCAAGCTGCTTTCTTCCAAAA CATTACCCAAAGTGTAAGGTCGATTATCCCAATTTCCAGTTGGTTTTGTT AAAGCCTTCCGGCACGTCATAGGTTTTACAAATATAAATATAACACACTA TAAGTAAGGATGTGGAGTGAACGAACCTGACTAAGTATGAAGCAATTTTT AGGTATAAGTCGCTTTCACTAACGTCACACATTGAATTATCAGCCGAATG ATTCCCCATGCAATAAAMATCTAGTTGATCATATATTTTTAAAWAAAATG GTCAARTTTAAAAAAAAAAAAAAAAAAAGGCTTTTTGAAAAAAGACTTCA CCTGTCTGTATTGAATACAATTTGATGCAAAGAAAAAAGTGATATTTGAA TTTAATTAAATATATAAGTACATTAAAAATATATCTATGAAAATGGCTAG ATTTTTACAATTACTTTACTTTGGATTGATTAATTAGTAAGCAGAAAAGT AAACAAATTGGAGAAAAATATATAATCCCTGGGGATGAAGATATTGTCTA CGGTTTACACTTTGTAAATAAGAATGTGTAATGTTGGTTATAATAGGTGA ATTAAAAAGTTCTGATCGTTTTTTCTCTTTATTTTGACAAAATAAATAAT CATAGGTAGATTATCTGATTTAGATGGTTCCAAAAGGTTTTGTGGCTAAT TTTCATTTCCTGGGTAATATAGTAAGTTCTCACATGCCCGTTCAAAACGA CAATTTCCATTATTTTATCGACATTTTCGGCGTCCATATTACTACAATGG AATTGTTGGAAACACTGCGTTGATATTGCATTCGATATTGTATTGACTCC ATGAACAGCACTTTTTTTTTTTGCTGCCTGATCTTCTTTTTCACATTTGA AGTAGGTATCGATTTTTTTTATTTTTGTTTTCTTTTTGGAATTCTGTCAT ACACAACCGGCTTTACCAAACACAAAACTGTGCATGTACTTTTTTTAAGT GTACGCTTAACCATTTAGCATACTTTAAGCTATTTGGGTTCCAATTTATT AATCGGGAGATATAGCTNCACTAAAGACATCTTGCAAAAAACACTCAGAA CTTTTACTTAACCCAATATGAATATCTATAATACTTTATTAAAGTTTGAT ATACGTAAAATAAAGGGGCACATGAGAGAGACATACATATTTTGGATTGA CCGTAAAGGTTTAAATCCTTTTCAAGTCAGTCATTCCCATTTTGACATCC ATTTGTTCACCATTTTCATAGACCTGAATAAAAAGGGNATTTTATTTTTA TAAAATTTGGTTGTTTGTACCCCCATGATGACCGACATCAGCCACGCTTA CTTCACCTGAAAACGATCTATACCATTATTAACACAAACTAGTTTTGGAT ACACTACATAAGCTTGCCCACACGTCACACTTTCTTTTTCTATGATCATA TCCATCGTAGAAATAGTTGTAATACTTTACATAATGAGATGTGATCTCCT TTGGCCTCATCCTCAGTACACGGATCGACTCCTACTCCCTTTCCCCTTAA TCAAATAATATAGTTTTCGCATTACTTCATTTAGCAAAGCTATTTCTCCT TATTAAAAGGTTTCTATAATTGAATTGCAGCTTTTTGCTGTCACTATCTC CAATTTTGAGATAAAAAGGGAAAGTATGACGTGCGGGCAAAACTTAAAGA GCCTATACCCCTAGTTTTTTCTCCATACGTTACAAAGCATATATGTAGTC TAACCATATCAAGTCATTCTACTTTTAATAGGTAGATTTTTAAATATCCT AATCCACCCTGCTATACCCATACCATGCATTTCAGAGGCATCTGCTGGAT TATTTATAGATTTTTTAATAATATTATAAGTTCCTAGAAGTTAATTGCAT GTACATGCATGAAAGATCTGGTAACCCACCTTTAAAGACATTTATGCAAG GATGATATCCAGAAAATAGTAATCTCAATCTAATAATAATATATTGCCTC TACGGCAATAGATTTAATTGTGGATTTTGTCTTCTATGAGAAGAAAGGAA TCTGCATTTGGCAACGACTTTTCTTAAATAAAAATAACTAGAGCCGTCTG TTAAATTGAACATGGACGGATGTTCTTATACAATTACAAATATAGGGTGT TAAGTAAATCTGATAGTCTAATAAACATAAAAACCATTACTTCAATCTTC TAACCTCTAGACTCTTTTAATTCCAGATGGTTTAAAAAGGACGCAACGGG TCTCCGACAAGTCATTCCCTCAACTCGTTTCCAATTTCATTTGGAGGTTC TCGTCGTGCATCAAATCTCAATCTCAGATGCAGGTCTCTACGTTTGTGTC ATGAATAACACTTCTGAAACACGGAGGATTGAAGTGAGCCTCACTGTTTA CTCCCCTCTCGAGTCAAGAATCCATCCCATGCAACAAATTGTGGATTTGA ATCGCCCATCCTTCTTTAGCTGTACTACATCCGGCTCACCTATCCAAAGT CTGGTTTGGCTCAAGAACGGGGAGCCCCTAGAGGACAAGAGTGGGATTCG TTATAGTAAGAGCGAAAACGGGACTCTGATAATTTTATCAGTTCAAGAAG GGGATGAGGGACTGTACCAATGTGTAATTCAGAATGAGTTGGACTTTGCA CAAGCTACGGGATCCCTTCAACTAGGAGGTAAGATCCTCTCTTTTTAAAA ATACTGGACAAATCCACGAAAAAAGATTGGAAAAAAATTAACTTTTCAAA TTATTCAAATTAAGTTTTCTTTATTGAGTACATAATATTATGAATATTAT ATAACCTTATGAAGTTATAATATATATTTTTTGATTCATTTTCGAAGGAT TTTCTACACATTAAATCGTAGTTCATGTGTTCCTTTTTTTAAAGCTTATT TCACCTACAAAACAGTTGTCTTGTCGAGGCTTTTTAAAGTCTAAAATGCA ATGAATACATATACAACAAAAAACCCCAAAAACACGATAATTATAAAGTT GAAATTTGGTACATGTGTTTCAAAATTAAATATTTATGGTTATTACATAA TACTTACATAGAGAAATGTGTGGTTTGTAAGAGATGTGGTTAATGAAAGT TGTGGCTTAATACAAACGGAAAATTAAAGTGTTTAATTCAAGTGTTTACA TTATATAGGTGGATACAGACATGAAGAAAGTTGAAAGTAATTTTATCGAT TTGAATTAGTCATTACTTGAGTGGGAGATGGTGATTCAAAAAGTTTTTTG ATCTGTTCAGACTCCCAATTAAATTGTTTAACTAAAAAGACAAATAATTT GTCTTTTTACACACTTCTATTAAATAATATGTTAATTTCAAATAGTTTAA ATTAAATTACAAAAAACCAAAGTCCTATAATGGTGTAACCAAAATATTTT TTTATATTTATGGGACTAAGACAAAATTCCACAAATGAATGGTTTTTTTT ATTTATAAAATAGTTTATAAAACGACATCATTTATGTATATTAGTGCAGT AGAAATGCTACAACTTATGACATAAATCATGTCATAAGTATGTAGAGGAA GGTCATGGACTGTGACAACAGTTTAGCTTTTAACTGAATGACTCCAGAAA TATATTAACCTGAACATTTTGCATAATCATATCCTTTTTAGGTCGGCTTC TATTATTAAATAAATGCAATTGACACCCCCTAAGTAAGTCCTACACTTAC CTGGATCTTTCATAAGCGTAAGAATTATTCGGGTCAATGCGTGATACCTA TATAAATGCAATTGACACTTCCTATGTTAAAGAGTTGTTTGGTTAAATAT GTGGTTAACTTTTACCTTTTAATAAATGTAAGGGAACCCAAACAMTTTTT TGTTATAGCATATTTAAACCTAATAATTTGCTTCATCTACGCCTTCTACG AAATCTCTCATCGCATAGCTAAACTAATATCCCCTTTTATAAAATCAACN TTTACTCATTTTTATAATCGATTGAAGAAGAATTAAAAAAACGATTTGGA GGTACTTACAAGGTCGATTTTACATGACGGTTAAATAGGACTTCCTTATT TCTGTTGGACCTTTAGCTCCATTGTATATTATTTTGTAGCTCACAAGTTT TACTTATGTTAACCTCTCAAATTAATACACTTTCTATCATAAGCCAGGTA TAGCCCTTATTAATCTTTCCTGTACATAAGACGTATCTTATCTAATTTTA TCTTTATTTTACTCCAAAAAATTTATAAATCATAAATATGCCAGAATTTA ACAACAGTGGCATTTACATCTATCTGTTATTGATCAAATCTATTTAAATA TTATACCATCATATTTTCCAGCACAAATTGCATTTAAATGTAACCCGTCA AATATTCCAACTGTCCCCGTAGCATTTGCATCAGTAAAATAATCTAGGTT GAGTTAGAAGTTTAGAAAATTAAACAACATATTCAATCAAGTAGTTCCTC GAAGGATTAGATCTCGGATCCGTACATTAAAATTGGGAGGACATAAAGCT TATATAGTTTTAAAATAAACAAAGGATCACAAGTTTTGAAGCTTCTTTTA ATAATTCCCAGGTTTGTTTTTTTTTGTTTTTTTTAAGGAATAAATCACAG TTAGACATCTTCATGATCAGATAGATCAGATAAATTAACACTTACTACCC TCTTCAGGCCCTACGCAGCCCAGTTTAACTGACATACTTGCAGGCAATAA TAAATAAAAAAGAATCATACAAAATATTAGCAAAATTGCAACGCTAGTTG CAAATGCCCCCTTTTTACTTAACGTTGCAATATCTTAGATTTATCGTCAT TGAGTTAGTTTTTTTGAATTGTGATAAACTATACACAATTATTTACTTTA TTTAGCAAATTATTTAAATGATATATGTTACATCAAAAACTGTATTGCTA CATACGCACATGTTTAATCCCACGAGATCAGTTTATATTTAATATCTCAA AGGAAAGTTGATAAAAATTATTTATTTTATTGAAGATATTCTACATTGTA TTATAGAACTATTAAGTGACCACAGTATTGTTCTAGGCTATTTGTTAAGC TATAAAGCAAAGTTTTTCAGCACTTTTGTAACCCACATTCATTATATAGT CAATTTTAAAAGCTTTTTTAAACCTTTATATATATATACATATGAATTAT TAATATAGTTTTTAATATGACTCGCTGTACGTTACACGCGCTCATTGCTA CATTATTATATATTATTNNNNNNNNNNNNTTGTTTGTTTTTTTAATCTAC AGGGTTAATCTTATTTAGTGTTACACTTAATATAACTTTTAATAAATCAG AAATGTATCTGTCGATTGTCTTTGAACTCGATGAAGGATAGATTTTGTGG ATAATGATTCCTTTTTGTAAAGTTTCAACTCAATTAAAAGCAAAACAAAC GAGAATGAGTAAATGGAGCAACAAAGTAGGGAAATTTTGAGAGGAATTAG AGGTTCAAAGCATATGCTTACATAGAACTTTCCGGACCTATGGAACGTTA ACATGTGGGCGCCCTCCTCTCCAGATGCTAACCACTTGGACTACTCTATC TAGGCGTGTCTGAATAATAGGAGTTTCTTGTCTCTAGAGGCTTCCATCAA GAAAGAGTGGACCAAGCTCGAGTCTGACTAGATAGTCAAGGCCTGCAAGG GATTTAGGCCTCATATTGGGGTAATTATTAGAGATGAGGACTCACATAGT GAATAGAAGTTGGGCCAAAAACTATTTTCGGATAATTTTGTTAAATAAAT GTCCTCACAATACCTTTTGTATTAATTTTACTCTTGAAAAATTGGAAATA ATGAATGTGAAATATTCAATGAGATCAACTTTGTAGATTGTATTGTACAT TTTTTGCCTATAGTTTTTTACGGTTCGAGAAAAAGGTGCCTGATGTAACC GCCCATAATCTCTCCAAAAAAGGAATACATTTCCATTCCAGATGAGGGGA AATTGTAATGAAATAAATAAATGAAATACTCTAGAATGTTTTAGAGTAAT AATTTTAAGTAGGAATGGGAAAGCCCAGGGAATCTCATTTTTTATGAGTA ACAAGGTTTAGAATTTTTAAAGCTTGTTTCCGACTATATGAAGATTTTAT ATACATAGGTATATATGTATATTCTACTATGACTGCCTCTTGAATACATA CACTTAGAGGGGAATGAGTGAAGATAAAAACGAAATCTACATTATTTAAA AAAATGAAGATTTAAGCAAATATAATATATATGAATATAACTAGGGAAAA AAAGGAAACGGAAATGATGAGCATTTACATAAGTAAATAATAAAAAACGA TAATAATAAAAATAATAATTTAAAAGCAGAGTCGCTGGTTTTATTATTTA TTTAAACTGATAGTTAATAGTAATAGTAATAGCACCATGTCATTATAACA AAGGGCTTTCTCTTTAAATAAGAGGTAAATAAGTACACAAGGAAGGAAGG CATAATCTTTGAATTTTGATTAAATAGCTCCATAATTTAATTTCCCATTT TTCTTCTTTTAACTTTTTGACAATTTATACAAAGTTTTCTGTTAATGTAT TCATATGAAGGCAAAAGTACATATGCTTATATACTCTAAATTCAAAACAC ATAGTATATTTGAAAAGAAAGAAATTACTTTTGTATCCCTCTCTCTTTTT CCTTTTTAAATACAATTAAAATGAAATAAAGTTGAAAAATAAAGTTATCC AAAATTGATTTGTTCTTTTTTTTATTTTTCTCTTTTTCTTCTTTTTGAGT AAGACTGTGGAAGATTATGAATTGATTTTGTAAAAAAAAAGTTTTGATAT CAAAGAAGCTGGTTTTTTCAATCAATTTGAATTGGAAGATTTGGTATAAC AATATAACCCATACATTCGTTGGATTTTTAAAAAAATTGAAATTTCAGAT CTGTGATTATATCCAACTCTTAGTTCTGAGCTTCTTTTCATGATAAATTT GATCAAAAATCTGTAGCTATTCACAAGAAAAAATATTATTTTTGTCTCGC TGCATAATTTGTCCTAATGACGAACAAAAATTATAATAAAAAGTAAAAAT TCCTTAATTTGGGGCTGCAACCAACCCCTCCCCACCCCCAATCCCACCCC CTGTGGACGCCCCTGTCTCTTGCTTGTTCCTAATCAGTTTAAAATTGTCA AATGCCATGAATTCCAATTTGATAGTTCTTGAAGACTTAATATTTCGTAG GCATAATTCAATCATTGATTTATTTTTAGCCAATAATTGTAGTGTATTGT AAACATGGATCATCTACAGATATAAGATGTCACATTTCAGTCAAAATAAG TGCACGTCACAAGAAGATATCGCTCCATATGCATTACAGTGTTCCCCATA GCACAACTAGCTTTTTTCTCCAATCTTAATCTCCAACGTCCAAAATGGAT ATGGAAAATTTAAAAACAAAACATATGTTCGGTTGCCTTCTGTATATTTC TTGTTGCCAACTGTTAATTATTATTTAGAAAATAGACTATTAAATACATT GAATTGATAATCTTATGAATGACTGACTATAAAATGACACAAATTCTATA GGAGGGCCCTTAATTGATGTAAATTAAAATATAAAACCAAAACCCTATAC AATACCTTTTTTGAGTTTATATTACGTAGTGTCATATGTTTCAAATCATA CAACTGTAAAATTATGGAAATTAGTAAAAACAGTTGAAAGGAAAATACAC TAAATCTTTTTTATTTAAAAAAGTTTGTCATATTTAGTCCCAAAATAGCT AGATGAGGAACTTATTTATTTCATATTTATTTATATTGTTGTTATTGATT TTTTTTATCAGGTAAACTAGTGAAGCTACTTGAGATTATATTCAATTGTA AGCCCAATATCAATTATTAAAACATCTTCATTTGCCAACTCATCTTAAAA TATTGAAACAATAACTATAAAAAAAAAAAAAATGTTAATGATATTTCACA TTCAACGTACATTGTTTAATGACACAATATGAAACTACGATTTCATAAAG AACTTTTCTCTGAAACTGTATCTGTACATGTCGATAAAATGAAAGTTTAT TTGTAAAATTTAGTATTATTTTTAAAAATGGATTTAAATCTGATTTAAAT CAAAGAGATTTATAGGTAAGTTTCGATATCTATCGACTGTGTGACGTAAT ACCGTGTTTAATTTTCAAACAACAAAATGGATAGTCGGATTCTAAGAATT TTGCATATTATAATCTCCAAACATAAATAATTTTCCTTTTCAAAAGAAAA GGGTTCTGAAACACATAAAACAAATCCCTTCTTGTTTGTGAGAGAGAAAA TGTATTTTTTTTACAATTTATTTACATATTCAGTACATTATAAAATATAT ATTTATTTATTTTTAAAGAAAGTGTGAAATAAATACTGAACTTGTAATTG GGATATCAAATGTACGAAGAAAAGGTGAATAAATTTTTTTCATTGCAGGT ATACAAGACAGTTTTTGTTGACCGATAATGCATTGATTAGAATTGTATAA TTAGGTTAAAGGTATTAACCCTATTTTTTGCCTCTTTTTATCATATTTTG AGGAACTTTTTTGCAAAATATTTTAATCAGCAATCCATCATACAAATGAA CTCGTCCTTTTCCAAAACCAACTCTTGTTTAAAGACGTAATTTCTATGAA AGTTTTCCAGGGTTGTTATTAATTTTTTAATCATTTCCTATTTTCCTTGA TGTACCTATTGAATTTTTATGTCTTCTTGAAGTATAAATATTTTTGCTAA TAAGCCTTTTATTTTCAACACCTCGGCAAATTAATTTGTGGAAGCAAAAA CAGTTACTGCATCTTTACAAAATTATTTGTTCGATGTATTTTCTCTCGTA CAAACTTGAAACATTTTAAATGAAAGAACTTTTTCTTTTTTCATGGAAAA ATTATTGAGGGCTGAAGATGATATTTGGAAAACTTCTTAGAGGTATATTG TCCTTTTGCAAAACATGTTGCGTCGTGAACAATTTTACAATGGCCTTATT GGAATGTGTCAATTTTAAAGACATTGATGTTATATAAATCAATTAATTAT CTTATATCCTTTGAAAGAGAAGAATGTTGGAACGTATTGTTACTTGTTTG ATTTTAACTTCGAACACGCTTTTTAAAATCGATTTAACAAACATTTACCT AAAAAGCAAATTAACAAAAGCCCCCCTAAAATGTCCCAGCCCCTCCTACG CTCAACTCATAGTAAAAGTTTGAACTTCAGTCACCATAGATTATTCTTAT TTATTGAGAGATAATAAATTATATTTGCGTACACGAGATCCTATCCCAAA GAAGGAGCATGCGTTGTAAAAAAAAGTTAAACTAATTTTTTTGGTGTACA AGTTCTGTCTGAAAAGATTTTGATCTCAGCGAGAAGATGGCAGGACTCGT AAATAAAGGCTAATCACATCTATCAAGCATTTCTTGACAGTTACTCACCA AAGTTTCTGCCATTTTGGACGAGCATTTCTTATGCAAATGTCGTTTGAGT GAGTTGATGTTCAGTGTTTTTTATGAAAATGAACAAAATTGAGTATCAAA CTGTCAATAATTTTTTTTGTTTAAAGTGTAACCTTTAAATATATTCAAAT AATAGTAAATATTGAAAGGATTAAAATTTAACGCGTCTAAGTCAATCAAA CTGGGAGCCAAAAACAATAGGTGTGTCGTAAACAATTAAACAGATTACAG AGATTGTAGAATGGCTGGGAGACGTGTGTAGAGTTACATGGACACTATTT TGAAGGAAAAAAAATATATATATTAAATATCTTTTATCTTTGTTAGGTGG GAAACTTTTTCAACCCATCCTCTTATGTACACGTCCGATCAATGTGGAAA CTCACCTTAAGACTACCCAAACATATGTATGATATAGACTTTTTCCCATA ACATTTAACAATTCTATTAAAAGTTTTTATTTTTCAGAATCCCCTCTTTT GAATTTTATTTTTGGACCTTAATTTTTTTTGAAGCAGAAAATAAACCATG AAAAAAAAAATATGTTTACATTCAAAATAAAAACCTTTAAAAAAATTGTA GAAAATTTAAAGTTGAATTTAATATAAGCATATATATATATGCATAAGTA CGTCAGGCCAAATCCCAAGATAATAAGTTGAGAAAAATAGATGTTTGAAG AAGAATAAAAAGGTTGACAATGAAATATGGCTAAGATAAAGACAAAGAAA GATTTAAAGTTTCTATTTTTCTTCTCTTCAATTTCTGCATAAATTGGATT AAACTTCTCGAGGAGATAGTTTCAAGGAACAGAAGGGGGAAATAAAATTA ATTAGAGTTACAAATAATGACGGTATTACACAAAAGAAAGTGCTAGTCAG TAATAATTATATTTTGTACAAACAAACCACATTAAAATTGTGCATTATTT GTTGATATTTAAAAAAAATATCTCTCTCATCTGATTGATTAGACAGGGGA AGAATGAAGGGAGAGATAATTTTTTTTCCATGAATTGAAGACAATAATCG AAATTATCTATGAGTACAGAATCCAAAACTGATCTGACTTTTTCTCTCAT TCATCTGATTTCTAAATTATCTGGGATTATAGTAATTCCGGACTATTATC GTTCAGAGTCATATCTTACCTTTAAAATAAGTTCCAAATTAAAAGTAGGA TTAATAAAACTAGTAGGATGAAAAACGACACTCTTCTGTAGACCCTTATA ACGTATTCATAATACATAGTGATGAGGAATATTGTAGCTTTTGTTATTTA AAAATATTCAATGTATGATTTAAAAAAAGGTTTATTTAAAAAATTTGCAT CTCCAAGGATTTTATTGCATTTTGTATTTTTTAAGTGATCCCATTTTGAA ATATTAAAATTCTCTACTCATCATTAATATTTTATTTTTATTGTTTCGAT CCTAGTATCTCATTCCCAATGAAGGAGTCCTCTCTACTCCTTCCGGAGGT CTGGTAGTTTTCCTCGTATGAATTAACCTCCCGTCGTCCATTGTGGAAAT CGGAATCTGAATTCTTGTAATGGATAAGCAAGTTAGATGTAAAGGGAGCG GGGATCAAATTGTCGCCAAAATATTTTTCTACAAAAAACAACACAAAATA TACATTTTTTAACTCTTTTATTGAAAATCAAAACTATGACAAGCATATAG GTATAGAATAGCCATTTATTTGATATAATTACCGTTGGCATCAATAAAAG CCTCAATAAGGCCTCTGAACCGGCTGCACGCTCTTCTGACCATCTCATTG TCCATGTTGCCTAATACCTCCTTGATGGAGTCCATCAGGCTGGCCTTGGT GCTATGGGGATGTCTGTTGGTATGTCTCTCGACATAGTCCAAGACAAAAT AGTCCAAAGGATTAAGGTCGGTAGAGTTAGAAGGCCACAAATCCTTCGTT ACGACGTCATAACAGTTTTCGGTTAACCACTGCATGGAGATTGGACAATT AGCAGGGTGCTGAGTCCTGTTGCCACACCCAGGGCCTGTTTCCGGCCTTC ATGGACCTGGTAGGTTCATCCTCAACCATCTTCTTCACCTTGTCGACAAA GTCGGTGTCCCTGACCTTCCTGTCGGCGCCCTCCTCCTTGGGTGCCCTCT TTATGGTGGCATCAACATCCCAGGTATCCTCTAGCTTCTTACAGATACGC TGAACAGTCCGTAAATTCACTTCTAAGGTTGAAGCAATCGTTGAANNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTGGAGATTTCACCT CCATTATTAACCAATGCCATGACTACGGCGGACCTCGAAAGCTCCTCGTT CCACTTATAGCTCTTTATCTTCTCATATGATGAGGGCATGATGCTAACTG AACTACGTATCATGAGCTGACGAAAATAGCTTTCCTATTTTGTAACCGGT TTTTTATTTGATAATGTCGTCTTCAAGTTATCAAGGTTTAAAGTAAGCGA CAATTTGATCCCCGCTCCCTGTATCTTCCTTCGATTAATAAAATCGGGAA AAATATGATGATAATCTAAACTATTTGACTATTTGCTAGTACACCCCCCC CCCCCCCCCCCACCTAAAAAATGGGATCACTTTAAAAAAAATACAAAATG GAACACAACAAAATACATAACCAATAAAAACACTTATACATAAGTTTTAT TCATCCTAATTTTAATTTGGGGATTATTTGAAAGGTTAGATATGACCCTG AACGATAATAGCCTCGAATGACTATAACCCCAGATATTTCAGAGTTCAGA TGACTGAGATCAGTTTTAAATTCTGCGCTCAATGATAAATTTTGGCTTGA ATTCAAATTGTACAAAATGAGTGTTCCCCTTTGCTACACAAGTCAACAAA AAAAACCACTTTTAAATACCATATTCACATTGATTACAAACCTGTAATTA GTTTTTTTGTATTGCATTTTTACTTTTTTTTATAGGTTTGAGACAATTTT TGAAAATTTAATAATCAATAACTCACACACAAATAGTATTGTCTGAATTG AAATAACGCCTCGGTCTTTCAATTGATTTTACATTAATAGAGTTTATTCG TAAAAATTCGTTAAAAAATTTCCCAATAACCTTTTTTCTATCAAAAAGAT CCAAACTTTCTTTTTCTATGAACTTTTTTTTTATAAAATAATTCCTTAAG TTAATTTGGGAGGGCTGATTTTTTCCTCCATTCAGTGGAGTTTGGGGGGC AGCCCCTTCAACCCTTCCCCCTTTGGACGTCCCTGATTTGGATCTACAAC ACGGCGTCACTTCTTTAACACAAACATACCGTATGTTTTTTTTTTTGTTT TTAGCTGTGGATTCACTTATCATACTGGTAACGTCATGGTTATTTCATGA TTAATTCTTTTTGATATATAAACGAAGTAATAAGTTGTTCTAAGCTTATG CTCCGTTGTCAATGTGACAAAAAATACACTTTCTTGTTGATCCATCGTAG TATATATACCATACATATATTGGCCATTTTATAATTTAAATGAAGAAATT TTGGCTATAATATAGCAATACACTTATGTAGCTACGCTTTTACTATAGTA TTAGTAAGTAATATTATAACACAGTATCAAATAAAATACTGTGTAGGGGT TTCAATATTAGTCAATATGTATTAGTAATTCATTTCAAAAATTGAAGGTA TTATGACAATTGGTAGTCTGGGAGTAGTTATGAGATAAATAGCGGTTAGT ATGATTTTCTTATTTGTCTAACTACCAAAGGACTTTGGTCCTTTTTCCGT TTCTTTTTATAGGAAAGGTTGATAAAATAATTTATAAACACTAATTTGTT TATTTACTTACATTTGACTATTTTTTTTTTCCTTTTAAATAATATAATTT ATTATCATGGGATTTCAAAAAAATTCAGCACGTAATCGGGATAAATTTCT ACTTAAGAAATATATTTTAACCGATATTTCTCCTGTAAAATACCTTTTAC TCTCGTATTATTTACACTTTAAATGAACTCCTTTGATGAAAAAACAATTG AGCAACAATATTGAAAACAATTCTTCACTTATTTTCGAATACCACAAAGG ACTGCTCTCGACCTTGTCATAAATTTATCCAAACAAAAATTATTTCATTC CCCCAAACTTTAATTAGTTTAATATATTTATCCTTTCCATGTTACATCAA ATTTGAAAGTTTTTCCAAAAATGCATTTTAATAATTGACGAAAAACAATA CATACAATAAAAAAGTTTCCCAGCTCATAATCCCACATGTACAAATAATC CCTTTACGGTGCTTCATGGGCCTCTTAAGACAATACAAATTTTAAAAAAA TTAAAAATAAGAACGGAAATGCTAGGTCGGGGAAAAACTTTAGCAGAAAA GCTGGTAACCAAACGAGTGTACAGACAATTTCTCCCGAGGGTTGACTTCG ATACAAAAATACTATACCTTTTACTTCATCAAAGCAAAAATGGCTCCGCT ACAGAATCGCRACCTCATCAATTTATACGAATGAGTCGAATAACGGGGAT GAGAGTATGAACTGCAGATTCTGTAGCGAGAAAATAAAAACGTCAGCACA TATTTTCTACGAGAGTAATAGGGTTAGATCTTTGGTAAYAATGTGTKAAG TAAAATNAAAAGAAAAACTGKAAGRCACGACGTCAGAAGCTGATTGGGTA GTGGCTACCGATCTGAATCTTCCCAGGGCTTTTAAGGTGGAGGCCATCAT CGGTAAAGTGCAAGMTATAGWATATTCTTGCGGACGAAAATAGGAAGACT CTTCAAATATGTTCRTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNATATGTTCTGCAATAGATAGGGCCAAAGCCAGATGG AGTAAATCGAAGAAAGATACGTCTAACTCGATCATCMATCTCAAGAGAGC AGATTCGACTCCYTTCTTGTAAAGGAGATTAAAAGATTCCAAGATTGAAG ATATCCATTCATGATGAGTTGGGAATTTCAATATTTCAAATATAATTATT ATATACTTCATTTGAATTTGTACAAAGGACAGTATTATATAAAAGTATTA GTTATTACGAAGTATGAAGTCTTTATCGTGAAATTCAAATAGTGAGCATT ATTAAAATAATTTATTTAAGTATTATAACGTATTCTTATAATAGTAAGTT AAATAAGTATGGATAAATTTTAAAAAAATACAAATAAAAAACAATTATAT TATTATTAATAACTATAAGTCATAAGCGGACAAATGATACGATATATAAG TTATTAATAAAATAAAATAAAAATAGATTCAACAAATCACACTGTCCCAC AGCAAAAATGGTACAAAAATAGTATATGCTCAATTTAATAAAATTTGATC CTCTGATTCCAAAAATGGCATTATTTTTTCTCTCAAAGTCTTGCAGCCTT CAGAAAAAGGCCATATATTTTTTTGTTAATATCTTCTACTCGTTTTCCAG GGACAAAAGAGGGGCACAAGTAATTAAAAATTCAAGGGCCCATGTTATAT AGGTAATTATCCATATAGTTTATACATAACAAACTCCACCTTATAAATGG AATTTTAATTAAGATAAGTTATTTCTGCGTTACATATATACATCAAGGAA ACTGTTGGACTCTAGTAAATAAAATATATTTGTTGTTTTTTTTGGAGTAA GAGACGAAGTAGAATAAAATAACTTCAGACTTTCAATGAAGGAGCATTGG ATAGGAGGATGAGAACTCTTTCTGTTCTTCACTTGGTATTTCAGTGAATT ATTCTGTCTTTTTATGGAACTCATTAGTTATTGTACAATTATTCCTTAGA AGATTTGAACTTATTTCTTTGAACTTAGAAGTAAGGATTCACGATGTCAG AAATCACTATCACAGACCTTGAAAGGGAAGGGGCATCTACACAATGAGCA ATCCTTCGATCAAAGAAGCTGTAATCCATCGAGTGAGGCACACAAAGACG AGATCCCTTGAACAGAAAATGGAGAGAGGATCAAAAGGTGTGTTGATAGA ATATTCAAATGGAAAAATATAATCTCCGAGGGAAAATGGATACACGGATA TCCAATTAAATGCAATCCAGGAGGATAATGAACTTTTTTAAGGCATTTTA TTAATAAAATTAATTATATTCAATATCAAAAAGGNTAGGTGGCAATCTAA AGTCTTTATTAGAGAAAGATGTACAATAAATAATGAAGGGGAAAAAAAGA AGGAAAATCTACCATCTGTTTTCCTTTTCTAATCTCTAAATAGTAATTTA TTTGACCAAATAGCCCATCTTTAGTTTTTGTAGGTCGACACAAAAATAAT AGAAAAAAAAAGTTAGACCGTCAAGTAATTGGACTTGCTAGAACTTTCAA TTTGATGTATCGTACTTACTGCTGGGCAAAAAAGGCAGATTTTGACAAAA CACGCAGCCAATTATAGACTATCACGTCACTACTGCTAAAATTTTCAATT TCATGTATTGTACCGACTGCCGGGCAAAAAAGACAGATTTTGACAAAACA AGCAAACCCCTCATACACTATGACGTCAATATTAAAAAGCGTGGTGGAAG TCAAATTTCAGTCGTGCGCGCGTTATTGTAAAACATTATATTTTTATAAA CCTTGGGTTAATGGTCACAATTTTGAAACAAACATGACCTCATCAACAAT TTATTTCTAGAGTCGATCTATACCGAATTTAAAAATGAAACCGATTTTTT TGAACCAGTCCAGTACGAACTTATTTAAAAGTTAAACTTAGTTTGGTCCA CCAAAAACTTTGCAGAGGCGTCCACTGGGGGTGGGATGGCGAGGCTGTAC CCCAAAAACCAAGCCCCTCCCACACAAAATATAATCTGGCGGRCGKCCCT ACTGAGKATCAACACTATTAGTCAGATACATCTCTAATACATTGTTTTTA TTTGCTCTCTTCTATGATATTAAGGGTATCTATAAAAAAAATTATATTCT AGGTATAAAGAGGGACAATATGATTATAAATTATTACACTCAGTAGCTAT TTACTTTATTTATATCCTATCGTAAATTAAGAATAACTTTAGAAATAATT TATTTATAGCTTACATTTAACGAAAAGGGGATTTGACTATGTGCAACCAT GTAAGTTGTATATCACATGGTTAAGGATCTTCATTGTATCTCATAACCTT TCCTTTGAAAAGATAAAAAAAGGATAATAATTACATCATTTTCTTTAACG AATAACTTTAAATCATCATTTAATAGCCGGAATCATATAATGTTTTTCTT TCAATTTGAAATCTTTTCATTGTTCATTATCAGTTATCCAATGACTGATT TTTAGAAAAAAAATTCAAAAATCTACAGCCACTCACAAAAAAATTAATTA ATCATACATTATATTTCAAATATAACAAAGTTTCAAACATTAATTTTATT TGAAACCCACACCCATTCTCAAAAAAAATCATAAATCCAAGGATATTTTC AAAAAATGAAATTTTTTGATGAAAAAATGAAAAATTATTTGTAAAAAGAA TTACAAATACTAAAGTTTTCGTAGGAAAATTTCAAAAATGTATAATTATT ACCAGAAAATTCAAAACAGGAACTCAAAAGAAAACCTCCATATTTTTTGT GAATATATATCGTTTTGCAATCAAAGTGTTGCATCGAACAATCTACAAAA AGAGAATAACAGTATCCATCAATTTTCTTAAATTATTATAAAACAGTAAT TTATCTCAACAAAAGTAGCATATCTATATATATATCCTTACATAAAAAGT ACATGTAGATAGATATATACCTTTGTAAAAACATGGCTTTTATTGTTAAA ATCGTTCTGAAAACTATTGAAAGGTGATTAATATTCCTTGATAATGTCCA TATTTAACGATTTTGAAAGTGTAAATAAAATTGATTTGATTTTTGTTTGA GGAAATTAATATTTTATGCCGAATTCTTCGTGTAATTTAAAACATAAAAA GAAATACTTACATTTCAAAGCATTTAGTTTTCCTGGAAAATGGAGAACCC TTGGTTCTTGTAATTGAACTTTCTTATGTAACATGATTGATCCAATAGTT ATAATTAATTTTTATATTGATAAAAATTGTACATTTTTTGTTTGAGTGGG TATAGTACATACCTACATACACTTAAAACATCTCCTTCTTTTAGGGAATA AAAGTTTGTATGTACATAGTAGTTGGTACATATAGGCAGATGGTATAGTA ATAAGTAATAATATGAATATTCCCTTTATTTAAACGAGTTTATTTGCATT TAGTATTGAGCACTGTTGATGATGATGGAAGGTAATGCATTATTTGATTA AGCTTATATTTATTCTTGCTAATGTACCTATAGTTTATATGTTAAACTTA ATAAAATAAAATCCTTTGATGAATAAAAAAACTTAATTTTCTTTCAGTCA GTTTTTGACTTTAATAGGGCAAATTACTTTATAAGATATATTTAGTTATG GAAATTGTTAAAAGATTTTTTAAAAGAAAGAAACACAAAATCAAAATGGT AACCCTTACTCTTTGAAGTGTGTTATGAAGGAGAGGACCTTACCTGTCAC GGCTTTCCTTAGATCAGCTCTAACAAAAGACAAAGGTGAAAAAGATATAA ACAAGGACATTTGCTAGAATTTCTCAGATGTCGATCATCAATTCTACTTT GGATCCAACAAGGACTTACAATTATAACTCTACAACAAACCCTCGGAGTT AGTCTCCCTCTTTTATGAACACACACAAATGTGCAATCTATTTTTGAATG TAATTGAAAAGAAAGTTCACTCCCAGGAATTAAATAATATTTATTATAGC TTAGGAAAAGAAAATACACTCTATAGTGTACCAACTCCAAAAAATAGGCG AACTTTAAAAATGCTAACGATTGGCATCATTGAGTATCGGTCCTTAATAT GATATGATGATATACTCGTATTTATGAAATAGTGGTCATTTAAATATAAA ACAACTCGAAAATGAAGGTCGTAATACTGACTAATTGAAGAATATTTGGT CGGAGAGTAGCTTAGCTGTCATGACGTTTTATTAGACCAGCTGGAAGCGG CCCCAAAGGGAGGAAATAACCTCAAATAATTCTTCATTTTTAGCAACAAG GTGGTTCCAAAACATTATTTATAAGTATATATTTTTTTTTATTGGATGCG GGCTTGGTGTATATTTTAAAAATTTAAAACGAGTTTGCTCCACCTAAGGA TTTGGTCAAATAAGCTTCTTTTTTTTAAGAAAATATACCCTTAAAGAAAA TTTAATAACCCATTTTTCCCAAATCAATAACTTTTTCTTGGTCAAGACAA AAATTATGCATGCACTCCTGAGCTAGGATATGCCGATCCTCAGTGCTAAC CAGAGTCTGATATTATATAAATTCTCCAAAGCTCATTCTCAGAGTTACAG TTAGAGTCTTTTATGAGCACACACCCTCCTTATTAATTTGTAATTAAATG TTTCCTTCTCAAGAATTAAATTATAAGGATAGGAGCTTTCGAACATTAAA AAAAAAACCCTGTTCAGAATAAGATAAAGCCGCTCCCCCTTTCCAATAGA TATTTTGTACACTTTTCCTTGTAGTACATAAATATATAAATGGGTAGAGA TAAAGAAAAGATAAACATAAAAGTATTTAGTATCTGTAATATATATTCTT AGATGACAAAGAGTTGTAAAAATGACACTTCTTTTTTATTATATATTTAA ATAATGTATGTAGGTAGGTACGAGGGTTTCTCTCCCGAGATCCCGTTTTC TCAGGATTTTGTAGGATTTTCCACGGCAACCTCCCGGCAAATACTGCATC GAATTATTTCAAAGTAGCATCAAAATGTACTTAGCTACTACAACGAATCC TATTTTCTTATTTTCATTTTATACTCCATTGTGAATGATGAACATCCACT GTGGAATGGGGGATGTTTAAAAAAAAGACCCTGAAAATCGTCATGGTAAC CCTGACAACTTGAAGAATGTTTTGGAGGAGAGAAAGAATAATGTTCATGA CGTTTCATTAGATCAGCTACAATCAGTTGTGACAAGGACGGAAGGAGAAA AGGATATGAACAAAGAAATTTGCTAGAATTAGAATTGTCGATCCCCAATT CTACTCTGAGTCCAACAAGGACTTACAATTAATAACTCCCCAACAAATCC AAAGGGTTTCTTTATTAAAATGCTTTCAATTTTTTCATAAAGAAATTGCT AAAATGACAAAAATATGTATACATATCCAATAAATATTTCAATACCCAGC GCTAGGATATAGCTAGCAAGAATGTATATAGTTTTTGAAAGTTAGTTGTT TAATATTTAATTGCTAATGTTAAAAATCCAAGCCAAAAAAAATTACTAGA TTTTACGTTAGCATTCAAATTAACGTACTAATTTACACTTTATTTTGCTA TTAACTGTGGATATATATGCTTTTTCTTATGAAATTTTATTGGTGGAATC TGAATTAGATCTTATAAAGACAATTAATTACAATTCTATAGTTGTAAAGA ATTGAGACACTACCAACGGATTTTGGTCCGTTTCTCTGTATCTTTTTGGA GGGAAGATACGATATATAATAAAAGTAACAAAGTACTAATTACAGAGTAG TGACCCAAAACTTGAAGTAGCATGACTAAATTGCAACAAAAAGTGATTTT TATAGAATCAAGGAACGGCAACTCAAAATTAATTTGATTTATGTAAACAC ACTATATGTGGCTACATTTTTTATTCAATATGTCATCTTTAACAAGCAAT AACAGATTCAAAAAGTCGGTGAACAGATTGACAAGTATTCACACAGAAGG GCGTGCCCATGGCGTACTGCACTGTCATGAAGGCAGCTTGGAGCAAATCC AAATTTGAATGAGGGGTATGGCAGACATTTTTCTTCGACACACCCGAAAC TACGAAGTCCAGAATGGTGAGATTAGGCTGGAGGAAGGATACATGGACAT GCTTCTGTTCGTCACCGTATTGAAGCCATCATTCTAATTGGAGAGGGGCA TATTGAATAAAAAATGTAAAAAATTGTTAAATTACCAACTTTAGCTTCAA AAGTTTGCTATAAAAATGGCACGAAATAAATTTATGCAACAGTGACATCG GCTTTTTAAATTTTTGAGACCTCCCCTGTATAAACTTTACTTTAATAAAG AAATGTATAGTAGAGGTCAAGAAAGACATTTGGCCATAGTAATAGCTAAA TTACATATGCATATTGCATATAGGTGTAAAAATGCTATGCAAACATGTTT ACACATTTCCAAGATTCCACTAATCCCAATATACAAAAAGAATGTGTATT GTGTAGCTACATATGTAATCCCTAAACGCTAATTTGATTTCAATATAAGA GTTTTGTAATATTTGAGATCTTTTTTGTTGGGTAGCATGTGTTAGGAGTA AATGGGTTTTTATATTTATTTTTTAAAATATGAATATTGGGAAACCCACT GATACATCGTGAAGACAATATTGTTACACAAGTAAGTACACTTGATATGG TTTGTTTATTAAATGACTAATTGAAGAGAGGGACAGGAGCAGGTGTATGG GCTCCTACTGTCAATAAATCATGTTTATGGATGGAAGAGAAGACGTCCTT CTATTATGTAGAACTATATCTATCTGAGTATAGGTACATAAATATTTTAA ATAAGAAAGGATTGAATGATGATGATCCTTTAAAAATATAGCTGTAGCAA CATACATGATATATATTACAATATTATATAGATATTATTTCCCCCTTATT TTTAAATTGGAGATTATATAACCATAAATATTAATTTATGTCTTAAGAAT GCCTCATCTGAGGTTTGTAGTATAAAAAGGTAGGAGAGGAAATTATAAGA GTTAATTGAGTAATTTATGTCCTTGATGATTAAGAAAAGTCTAATCATAT ATATGGTAGGTAGGTACGTATTAGAAGGCATTCCTCTTATCCCAGCAGAA AAAAATTTGAGTTTTTATTCCTCTATACAAGAAAATAACCATCAAACATC CAAATTAAAAAAGGTCTTTGATGTTGTTTCTTTAAAGTTATGGATTTGAA TCCAGTTAAATGATTTATAAACTATTAAGTATTATAGATTAAACCTATAT TTTCCAACCATATTACAACAATCTTTCTGTACCTTGCCTCCTGTTATGCT AGTTCCAAACATGCCACCAATAAATAATTATTCTGCTTTGGTACCACGTT TACGGGCATTTATTTTGACGCTTCTCTTCATTTTTATTAGGTCAATCTCC TTTTTTATATCCAGTGTTTAATATATTACTATAAAATAGATTTTCTTTGT TTATTAAAGCCAAATAAAACATCCAATTTTACCCATTTATAATTTAAAAC GAAAACAGTTCATTAAACTCTTAAAAATACGACCTTTTATTTATCATTCC TTAATTTCTACATAGGGTTGATTTGTTTTTATTTAACCATATATTTATAT TCTACAAGTTTGATACTTTTCATTTATTATGAATATTTAATTTCTTTGGT TTCCGATAACCTTTCATAAATAAATTATGCAATGAAAATTTTGTTACTAG ACTCAAATAAATAATTTTGTAAGAAACAACATCAAAATTTCATATTTTAT AGATTTTAAATCAAAACGCGCGCATGAAAGATCATTTTTTTTTTGGACGT TTGTTGCCTATTTTTTTGTTTAGAGGAATAAAATTCCAAATTAAAAATAT CCGGCTATACCAAATTTCCAACTTTTGTCATGACGGTACAGTCTACTATA TATAAATGACCTTCACTACAAAAAAAACATTCAAAAGTATAACAACATGA TCTAATTCAACCAACAATAAGGTATGCACCTTAGTTGCTGACTAATACCG AATGAGTAATAACACCGTAGGCGAAAACAATATAAGTTTATGTGACGTAA TTATAGAAATTTCTTGCTTAGCTTTCATGGTAGATGATMCCGCCACGAGC AAAACTAAAATATAAACTACTTCTTTATCTAACTAACATTTATTTGCCTG CTTCTCCCCTCCAAATCCCCCCCCCCCCCCAAATGAGNGTTTTGAACTTT CGGTTGGTTTAATTTGTAATCAATGGTGAACAATTTTTTGGAAAATTCAT TGGTTATTTTTTTTTTTTAAGAAAGCTTGGAAGATACAGTATCGGATTGA GTAATAAGTTACTTCGCGGGAAATTAAATTAAATATATTACTTAGAATCT AGAGTAATAATATAACTTAACTTTAAATTGCATATTTTTCTATGCTCTCT TTAGAGATGAATAGTACTACAATCAATTTGGTGAATTTCTTACTTCGAAC ATATTGTCCATTAATATACATTCATACCCTGAAAACAAAAATTATACAAT ATTATCTGTATTAAAGTTTTTTTTATAATGGGTTGAAATCTGAACATTTA CTAATTCAATACTAAGTGAAGGTTGAATGATTGAAATAAATTCGTATTGA GATATATTAGATATAAACAATTAGTTACAAAACAAAACAAACCCTAGCTT ACGTACAAGTTGAGAAAATGACACTTGAACGTGATTGACGAATCTCCATT AGCGCACTCCAAGCAGTAGGTTGTCTCTGGGMCCACCGTTTACACCGTCA GCAAGTCCAGAACGTTGGAGAGGAAGAAGGGATCTGTCAAAAAGGCCAAA CTGGGCCCGGAAAAGTTTTAGAAAACAGGTCAATCCCCTCAAGTCCATGA GGGTTCATGCAAGAGATCTTGGGATGTCACACCAGACTGTGCAGAAAGCT GTCAAAAAGTGGGTGGAAAGAGCCTTGTGAGTTTGGAGAGGCTACTATTA ACACCAACAATGAAGAAAAACTGTCTGTTCCGTTACAAGACTCTTTTTAA TGAGACTTTTGAGCTCTTTAATGACAGATTTGGTTCCACAGCCCTGATAC CAATCCCCTCGACTACATCTTCTGAGTACATGTCGAGGAGAATGCCTGCA GTCTAAGTCATCCAAACACCAAGGCAAAAAAAAAATATTTTTTTGGAAAA ATATTACTTGTAAAAATTTCAAAAATGCATAGATATGCATAAAAAATTAA ATATTTTGGAAAAACATTACAAATATTAAATTTTTTAAGAAAAAGTTTCA AAATCCATAGTTATTCTCAGAAAATGAAACTTTTTGGAAATAAAATTGAG AAATAAAATTCAAATTCAATAAAAAAAATTCTGCTGTTCACAAACATTAA ATTTTTTGAAAAAAAAAATCAAAAACCTACAGCTGTTCACAANNNNNNNN NNNNNNNNNNNNNNNNNNNTTTAAAATTTTCTAGTAAAGAGACAAAAATT CCCTAATTTTGTGACCCCGCTAGATTTGATCATTTCGGATACGAGTATTA CCCGCACTCATCCCTACTATTAATTGTGTAATAGAAAGGAATGGGTAATA TCAAACCTCCATATATTTTGTAGGTACGTATTTATACACTTAGATACAAT ATCTGCCATGTTCGTATATATACTATACACAATGATTTCCATTATCTTTA TATCTATGCATAATATTCATATATAACTATGTATTGACATTAAATATTGA AATATTTTCAAGTAAATCCAAATATTAATATATTTTGATAGCTTATATTT AGAGACGTTTTTGATTAATAACTAATATGTACAGTTAGAAATATTTATGA GTACTTTATAATGATAAATAACTATTTAAAACTTTGATTGTCAAATTATG TGAAAATACTTTAATTAATGAACATCAAAATTAGTTTTGTAAATAAATAT AATTTAAAAAGGGTTTTCTAAATACAATTATAGCAGATGTTTCAACTTTT TTCAAAAATGAAATATCTAGTTTTGTATCCAACCAATTGTAGGAAGTCCT TCAAATTATGCACATTTGTTCTTAGTTCCAAAAAATAATGACACAATGCT GGTCGAGTTAGAGACAAGAATTAAAGTTTGGGTTAATTTCAAACGTTGTT GGAGCCAAAGTTTTCTATGTTATATATTTCATACGTCTAACATACTTACC ATATCTTTAGTAGCATTCTTTAAGGCGGGYTTTTTATCATGACTTTTTTT TTACATACGCTGGCAAGATTTCAAAAAATAATAGAATTTCACTAATTTTC TAACTATTTATGCCTTTATGATCAGGTAAAACAGTAGTTCGACTATTAAA ATGAAGAAAAATTAAGGTTCTATACGGGTATAAGCATTCATTTGTAAAAA ATCAAAGTATATTTGTTTAAATTTTAACTTCATCAAAAAATCCTCTCTTT GCCGCTATGACTGTATTAAAGACTTTTGCCATTATTATTTTTAGTTTTTC AAGATAGGCAAGTGTGATATCCTTCCAAGCATTCTTCAAAATGGTCCACT TACTTACGAGGCACTTTTCCCGATCTTTTCCGTCTAGGATTTCCCACAAT AGCTCTATTGTGTTTAAATCAGAAGATTGAGCTGGCCATTGCGTAATAGA TAAAATGTGAGAGGCTTCTTTCTTTTCCAATAAGTTTTTGCGGAGCTTGG NATGTATGTTTTTGGGTCGTTGTCTTGTTGAAAAACAAACTTCCTTCCTC CTATTAATCCTTGTCCAGAAGGAATGGCTTKCGTCTTCAAGATAGAAWGA CAAMCATTCTGMAGGAATTAACTACCAATCTATAATACTTGCCAGAGAGA AACAATATGTACATATGTAATTAAGCCTGCCCAAAACAGCAGGATTTTTA TAGACAAATAATTAAAAGTATTTGATAGACCTGTTTTTTCATATTATTAT TCATCGTGTTAAAGTAAAAAATATTGATAAAGTCATAAATATTAATGAAA ATGACAAAGAAGTATTATTTTCCAAACTTTTTCTTGTCAGTGTACTCAAA ATAGAATGATTGTTCTCAAAATTGAGTTTAGATTTAGTATTAGTCAAGTA AAAAGTGGATTTTCATCTTATTTTCCTCCTCTGTAATTAGCAAAAAAAAT ATATACTGTCAATTTTTCCAAATTTTGAATATACGCAATATATTAAATAC AATTCCTTTATCAAATTTTAAAGGTTATAAAAATTTAGATTTATTTAATT TAATGTACCATATGTTGGAATGTGCATATCTTTTTTGCAAATGATTAAAT TAATCTACATAATTTGCTCCATATATTTCATTAATAGCTGACAAGTAATA AATGTTAGAAGAATATATTATATATTAAAATTACTTAACTTGGAGAAGCG CACATTTATATCTTTAGATTTTTTTTTTCAAAAATTTTATACTAAAATTG TAATTGTTGAAACTATTTTCCTGATTTTTTTTTTTTTTTTTAGATCAACT GGGATTTTTGACATATTTTTCCAACAAATTCAATATTTGAATCTTTTTTT ATTATTATTTGTTAACAGTTGAGGATTTTAGGAACTTTTCTTCAAAAAAT TTCTTTTTTTGAGAATAGTCATGAATTTTTAAAAAAAATAAATATCAAAT TGTATATTTGAAGTTTTTTTCAGAAAATTTAATATTTAAAAATTTTTTCC AAGTAAAATCAATTTTTGGTTTGTTTGTTTTTTTCCAAAAAATTCCCCCC CCCCCCGACTAAAATATAACCCTGTGGACGACCAAAAATATACTTACAAA ATTGTATTTTTTAACTATTATTTAAAATATTATAGAATCGGAATCCGTAA TTTTTACTGTAATTGTATCAGAATGGCCATGGTTTGTTTTTTAAAGAATT GTCCCATCACTACTCTAAATCTTTGATGTGATTTCCTTTAATAGAGTTAT TTATGCTTCACGTCGTTATCTTAATTGTATCTCCCAATCTTTCATACAAA AAAAAACTGAAGAAAGACCCAAAATTACTTGGTAGAAGTTAACAGATTCT TCCCAATATTTTGGAATTTATATTATTAAATAANNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNCGACAGCTGACAAGAAGCGTAATTTTTTTGTTTATTGATGTA ACACCGTGCCTAAAATTGACGTGGTACAAATGTTGAGCTTAGCCCAGTAC ATTTTTTTAACCTATCAGAATTCAAGGCGATGATTTATTTTATCTATTGA CATACAGATCATCTCTTTCCTTGGAGTTTCTTTAAATATATCCACCCCTA GAAACATCTACTATATTCATCGAGTTAAAAAGTCATACGTATGTATATAT AGGTACATTTTTTTATTTTGTATATATTTGATAAAATAAATGTGTCATAA AAGCAAAAGAGATTCTCATTTATGTCAGATGATATGAATAATAACACTTA CCGGGTGTTGCCCCGAAATAAAGATACTTTTCAATTATAATTTCAATACC ATATATTTCTTTTCCCAATAGGATAAACTGGAGCTTTTTATTTTTCAATT TTTTTTACACAATCATGCCGAACAATTACTTTTCAGAGGGGTCGCACATT AAGTTCCTTCAGGCAGTCTCCCTGAGTGTATAACTTCCTCCCAGTGCAAA TTGATAGAGGCAAAAAACAAAAATTTGAAGAGCCATTTGGGAGCCGAAAT ATCCGGTACTCTAACAGGAGCCGGTATTCCCATCAATACATATAGATTAT ATTCAGGCCTGTAMGAAGGCCGCCAGTCCAGATTGTTGCTAGTTTAAAAG AAGAACTTTTATGAGACGTAGTTTCCAGACTTTAAATTGTTACGAAACCT GGAGAGTTAACAGAGAGATCCTTATTTCTATCGAACACACGGTACATCTT ATAAATATAAATAGACGACACTTTCTCCCCCCCCCCCCTACCRCGTTCCT TTCCTTCTTTCTTCAAACACAATGTCACAATGCTACTATATTTATAATAT ATTATTTATACGATTGTATTAAAGATGATTCAAAAGACTTGTTTTAATAA ATATGTAGTATTATGTCATTTTCGAAATTTGAGTCCTAGGCACGCAAACT ATGATGAAAAAAATTGAGCACTTAAAATCACATAAATGAAAGTAAAAATG GGTAGCCTGTATAGGTTTGTCTGTATGTCATAGTTTATCTCTTCATCTTG AAATTCGACAGCAGAAAGTCAAAATTCAATTACTGCAACCTTTTAATAAA TTTAATTCGGAGACYTTTAACACTAGATGGAAGGTCTCATTATGTCAGGG GGGTCCGTAAGGTTATATATATTGGGGGGGAGGGGCTGAGTTTTTGATTT TTTTTATCCAAAAGTAAATTAACTAAATTGATAAATTATTCCCAAATCCA TAGCTACAGCCCCTCGAGCCCACCTCCTTTGGGCCCCCCTGTATGTGGCA GAGATTGTATGTTMGGCTRWTATAAATTTATTGAGAAGGGAGATCAGGGA CTCGTAGTCAAGCCTTGGACTCAGGGATGAGGCCAGAAGAGATCACATCT CAATCTTATCCCAAGCTGTAACTCATTTGGGTCATTGTGATCAGTAAAAT CAGAGCACTATTAAATGAAATATAATATATGTGAAGACTTCATATTATTT ATAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNCTTGCGGCAAACTTATACAGTTTTTCGGTAAAAATTGATG CCTGATTTGAGAGTCTAAAGCAGCATGCCCACTAAGTATATTTTTATAAG AATTAGAAAACAAGTCAGCTTCCATATTTTAAATATCAACTTTCTTCTCA AACATATGTTGTTGTTTTTTTATTCCGGAGGATACACTAAATTTACAGTT AAATTAATATTGTTAACCTCTTTCTATGGAACTTTGGATCCACATGGTTG CAATTTATATTAAAATATTATTACGTCCCTTTTTAATACATTAACTAGCG TAAAAACTAGTGATGGGACAATGAATCCGAACCAGAATCAGGAATCAAAG ATTTGGGTGTTTTTTCTGGAATCGGGAAAATAATGTTTAATTTGGGATTA CAATACTTATTTATTACTTTGCTAGGTTATAAAAAAAAACATCTCTCCAA AATTAAAGAATTTTTGCTTTTTACAGGGAAATTTAATATTTGAAATTTGG TAAAAAATATGTCCAAAAAATTTAATTTTCTTTGAATAACTATGCAATTT TAAATTTTTTGGAGAAAATGTAATATTTGATTATTTTTTTCAAAACAATT TATATTAGAAATTTAATTTTTTAATTTTTTTTTTAAACAGCTGGAGATTT TTGGAATCATTTTCCAAAAAAATATAATATTTAAATTTTGTCTTTTTAAA TTCAATTTTTTGGGGGCAGCTATGGAGTCTGGAAATTTTTATCCTAAAAT TTTAATTTTTTGATAATAGCCATGGATTTTTAATTTTTTGTATTTAGTTG CAGATTTTTAGAAAAAATTTAAATATCAAAGAGTATTTTTGATTTTTTTS AAAAAAATGAATATTCATAATTTAATATTCCATTTTTTAGACCAAACTTG TCAATAAAATCAAAAAACAACTTTTTAAGTATTAATCTAAACAAAAGTTT TATGATATCAGAGATAAAAATTCAATTTTCATCATTTTGTTTCAATATAA AACTGGAATATCTTCTTACTAATTTGAGTATGGAAAGCAAAATGTTCTAG TATTAATATGATAAAATTAATAAAAATTCATTCTTGAACATAAAATTAGT AATTTTCACACTTAAATTATTCTAAATTATGGGGAATTTCAATAATTGAC ATCTAAAGTTCTAAATATTTTTTTTTTTATAAAATATAAACTTTATTAAA AATTTTAATAAATGAAAAAAATGTAATTAGAGGCTTATGGTCTCAACATT AATTTTTGCAAGTCACCCTCCAATTGAAATTTCAAGACTTATTGGAAGAG TCTTTAGGAAGACTGTGTAATGGTAAAATTAGTCAAAATATTATTGGAAC TTTAAAAGGAAGAATGACTCTACTTAAAAAAACTATTAGTCAGACAAAAC CCTAAAAACCACATTAAGAGAAAACCAAACTCTTCACTAAAATCATAAAA ATGATCTTGGAGTATCTGACACTACAGTTAACAAAATAATTGTAAAACTT GGTCGTAAGTCTATGTAAAAATGTAAAGAAATATCCTTAGAAACAGCATG AAACAAACTCATTTCTAACGTTGCAAAGGACTTTAAAATTACCTTAAATC TATACCAGATGAAGGAGTGATCATTTATTTTAGATTAAAAAAACATGTAA ATAGCGACACAGGAGTCTGATGGACATGAAGGCACCTGTAAATAAGGCCT AGATTAAGATAAATCCGAAATACATATGCAGTACTTGCATTGCTCTCCAA AAGAGAATCACTGATATAGTCATAGTTGATGGTACCAGAATTGAATGAAT AATGAATAATTTGTTATAAAATATTTTTTTATGATATGAATATAAATTCA TTTTTTAACAATTGTAAAATGTGTAAACTTCAAGTTTCCAACCAGTATAT ATAGTCTTCTGTTGAGAAAGAGATCAAATCATTCTACAAGACGAATATGT TGTTCATCATAAAGTTTAAATTTGATTATTGGAGAAACATATTACTGAAT GAAAAAAATGTTCTTGTAAACTTAGTTCTTACTGCTAAAAAGCAACATAA TAAAGTGATGTATCGAATTACAAAAAAAAGATGTAGATATCCAAAGATTT TTGAAAATATTTTTTTAGAGGAATCTCCAAAACTGCCTTATGTACTATTT TCTACCGAAAAATCATATAAAAAATATTTCCTAATGATAAAATGAACTTA GATATTTCAAAATATGGCCCTGATTCTGTAGTGCCTTGCCATTACGCATG ATCCTGCAGAAAGCTATGAAATAAAGACGAATAAAAACATGTTTTGATAT ATGTTCATAATAAATTGAACAAGGAAGGAGGATACTTTTTCACAAAACTT TTAAAATACTTTTAGTGAAACTTTTTTGATGACCATGTCCTAATAAAATG TACTATGNCCCTTTTTATAATAGAAATTTATATGACKAAGCCAATCATAA AGGCTTTGCTCACAAATATAAGTCAAGTTCAAGTCTTATTTGAGTCCATA AATAANNNTTATCAAGTTCCCTATTGTATTATCATTTTATTTGAAGTCTT AAATAATAATGTAATATCCTATACTGTAATGGTTTTTCTTGAGTTTAGTA AAGCATACCTTTCGAGTCGAGAGTCTTAGCTATCAAGTCCAAGTCAAGTC TTGAGACTTTGATTGTGAGATTAAGTTGATTTGCCAGTATACAAAATATG GACTCAAGTCTAAATATTTGAGAACTATATTGTACAGTGATGCTTATTGG TTCGTGTTTTTTTGCTCCCATTTATTTTTTTTTTTTTTTTTTTTTTTTTT TTTTTTTTTTTTAGTTTGTCATTCTGAATAGGTGAATGAATTTTCTTAAG CTGTTATCATTATAATATTATTCCTGATGAGTGAACTTCCCTTTCTACAA CATACAAGCTATCATGGATTTATACGAAACCAAATTGAACATTTGTATGT CCTCATAGAAGACGAAGAGTAAACTTGAGGATTTATTGTGGAGTTATAAA TGTAAGTCCATTTTGGACTCTGAGTAGGTTTGAGAATCGAAATCGAAGTA ATTTTTCAGATTGTCCATATTCATTAACTTCTCTCTCCGGTCAAAGCGGT TTGAAGCTCAGATAATGAAACTTCAAGACAGCTAACTTGCTCCGCCCCCA AACATTCTTTAAAAAGTCAGGGTTACCATATTGATTTTGGTTTTCTTTTT TTAACACGCCCAGGATGCTACTTATTATCATAATTGACTATATAAATAAG TTTATTTCAGTCCTTTTTACTCTTTTTTTTTTTGGAAGAAAGGTTGAGAG ATGTGGCTTATCAACACAAAAGCAAGCTAGAATGTTTTGTCTCAAAATTA AGTGTGGATTACTTTTGTATGTATAAAAAAAAAATGATCTACAATTACTA TCAACATATTCTTCCTATTAATAACTGCACTTAAAGTAGTCAAAATGGAT CTTCACATAAAAGAATAATAAATTCTTATATTTTATTTGAAATGGGGCAT ATTGTGGTCCATATGACTATCATAAACGCATGAAGGCTACAAATTATAGA ACAAATTTTTGGGTATCTGAAGGCGTCTCAGAAATTTGGATAAAATGCCT ATAACTCAAATATTTCTATAAAATATAGGGATGCATATAGAATGATTGGA CGATTAATAGGAATCGGAAAATATAATGTTTTTTGGAATCAGGGTCGGCA TCGGGAATATTTGACACTTTGTTTTTCTAAAAAAAATAATAATGAAATTT AATTTAATTTTCCATGAATAATTATGCTTTTTTGAAATTTTTCTCCAAAA AATTAAAAATTTGAATTTACTTATTTTTATATTTTAAATCATAAATTTCT TTATAAAAAAATATATTTTTTTGTAGAACAATTGTTTGCAAATTTCTTTC CAATATATTTGATATTTGAATTTTCTGTCTAAAAAATAAAACTTTTTGTG AAAAGCTGTAGATTTTTCAAATTTTTCTCCAAATTTTTTTTTTTTTTTTA TTGACATTGAATTTTGAAAATTTTTTTCAATAAATATGGATTTTTGAAAA ATAATTAAATATTATCATGTATATTTGAAATTTTTTTATTTTAATTTTTA AAATTTTTTCCCAAAAAATTAACTTTTTTATTTTTTTTCTAATGAAAATT AATTTTTCAATTTAAAAAAAAAAAAAAATCCAAAAACCAAGCGCCCTAAT AGCAAAATGGTATTGTTTAACTGTTGCTTAAAATATAAAAAAATTGACAT TTGGATTTTTTTTACCCTTATTTAGACATCAAATGATCTATAAAAATTAG AATTATCTAATTTTTTCGGATAAAGATGTATTTACAAAAAAATTGTATTT TTTAACTATTGTTTAAAATATTAAATAATCGAAATCAGAATTGGGATTTT TTTTTAACCTTTATTTAAACAGCAAATAATTTATCAAAATTCCAACTATT TTATTTCTTCTAGTGATGATGCATTTACAAAAATATAATTNATATATTAT AGCAAAATGCAATGTATTTACTTTTGTTTGAAATATTATAAAATCTGAAA TCGCATCCCGAAGTTTTACTATCGTCCTATCACTATTATATACGTAAACA TATATAAAAAATAAATTGGGATTTCTTTCTTCCCTTGATTTGTGTTTAAG ATTACTTTTATGTTGAGGCAGTAGGGATGTAATGAAGATTTCACTCTAGC ATATTTGATAAATTTCCATTCCTCTATATTGATATATTTATACCTAATAT CTGTTATATTGTTACATATATGTAAATAAGAATTCATAAAAATGCATTTA GAATCAAATGCACGTAGATTCTGCAATATGTGACTTTCATTAACACATAT CTAAAAGTATTAAAAAGTAATGCCTCGTATTAATTACATCTAATAGTAAT TAATTTATACACTCTTAAAGCTACAAAAAAATGCATTAATGATGAATGAA TTCTGAACAATAAAGAGATGAAGTCATATTGATTTCATATACATAGTATG TATTTTATAGAACCAAAGAAATGAAATGAGAAAATAATCTAATAAATGCC CTTCAGCTTCAATTCTCCATATTTTTTTTTATACAAATAAAATAATATTA TAATATATTTATTTATTTTTTGTGAGATGAAGTTTCATTCCTTTTATATA TTTTATATTTGTAAGTAAAATAAATATATCACAATTTCCCTTTTATTCTT TTAGATATAGCTTATGTATATAAGTATAAATTGATGAGTTGAAAATGAAT AGTTGTATAATATGTAGGATTTAATATATCTGACAATATTCTCTTTGAAT GCAAATGACTTGCTCTAACTCTTCTTCACTTCTTTAAATATCGACTTATA CATTAATAGGTAGGTCTGTTTTACGAATTTTTTCGAATTTCCATTTTGAG GTTTCCCTGTTAATCAAAGATAACATAACAAAATCTAACCTCAGTGGAAT TGATTGTTGATAAAACAGGATCTTCTGTTATGTTTTGTAAAGCAGGGAAT CCTCAAATCATTCAGCACATCCCTTCAATTATTACAAACAAGGTATCATA TTTAGAACGGTACAAGAAACAAAAAAAATGGCCAATTTCGATCCAAAATT TCTTCTTTTTTTTTTACAAAATTAACTAATTAATTAGTATCAATGGTGTG CTTAAAGACCCCAGTATGCAAACCAGTTGAAACTAGTGATGGGACAATTC CAAAAAAATCCTGATACCGATTCAAATGCAATTTTTTTCTACAAATTCTG ATGCCGATTTTTTAATATTTTAAATAATAGTTAAAAAAGACTATTTTACT ATCAAGGCATTCATTTAAAAAAAAAAATCTTAGGCTATTACCTTAGTGAT TCTATGAAGATTGCCCCCAGAAATAATTTCATGAATAAAATTGGCCATAA ACACATCAGTAGATGAATCACTATTTATGAAGTATACAAGGTATGTTAAA AAAGTAAGGTGACTTTGTATTTCTATAAAAAAAAAATAACTTATTCAATA ATATTTATATTGTCCCCTTCAAATTAATAACCTCGGATACAAAACATATG TATTATCGCTTTTTCCAGTTCTTGAATCACTTCTGATAAGCACTTTTCGG TATAGCCTTGAGATTTTCCAGTGATGGCTGAGGCATGATGTTGGTATTGT TTTTTGCCAAAAAATGCACGGATTCTTTTCTTCAAAGTTAAGCAATTTCG GGGGAAACTTCGCTTACACTCGTGTCATGCCCAAAACGTTCAAAAAAAAA TATGGCACAACCCAACCGATATGTCAATATCATCAACAACTTCTCTGATA GTAATTCGACGGTTTTCAAAAGCAATTTTCTTCCTTGCTTCAACTTTTTC ATCTGTTGTTGGCGTCCAGAGCGAGGCTCGTTATTGGCATCTTCCCGGCC ATCTTGGAAGAGMTTGTACCACTTGTTAACATTTTTTTTAAATCAGAATA GTTACACCGTTTGCCATTGTCAACATTTCAAGTGTTTTGGAGCACATAAT TTCATTTCTCACATAAAATAATGTAATTAATTATTTGATCCATGTTTTTC AATGGACAAAAATGGTGGAACATGCAAATACTTCTAACTGTTATGGCCCT GACAAACAAACTAAACATATAATATAGCTGAAAAAATAAATATATGTTCG TGGCGAGTGTATAAATAAACCAAAAAATCGAGCATACCAAATGTACTTAT CATGCAAAATTGGAAAAATCCCCTTGCTTTTTGAATACACCTTGTAATTG CAGGTTATTTACAGCAGATTGCAATTTTCCTACGGGCAATCCTGTGCGTA CATTTCTTACCAAATGACAAATTTTTACGCAGTTACCGTATCGCAATTTG AAAAAAGTTGAAATGTATAAACAATATAGGGTACAAAATAAATATTTATT TTGTGCGGAGCAATGGAGTATTTTAATAGATAATTATAACTTGTCTAATA TAATTTTACCTTCTCCATTTTGTGTATCTGTTTAGTTGTATAGATGTATC GAGGCGGCTAAGTATAAGGTAAATGTCCTGAGGGAGTGACCCACAGCAAT TGTTTTTTACTTTTAAGGTTTTGAAATATAATTACCTACATACATCAAAA TAATTCATTTAGTTGCGTATTTATATGAATATGTATGTACTTGCAACATA CACACAATGTTTAAAAAATGAATATCTTCATCTACATACATAGGTACGAG TATATTAATAAATTAGATTGCAAGCAAAAACATACATACTGCATACCAAA ATAAAAGTATGGCCATACATATTCATTTATTTATTATTTTTTGCAATTTG TTTTATTTTAAAGTTTGTATGCTTTTGTTGGGTGAATTAATAATTATACT CATTTTTACTCAGGTTCTTAATACTTATGTTGGGAAAAAAAAATATGTAC CTTGTACATACCATCATTTATAAAATCCGTTCTCATCAGTGCTGTTGGCA TCATTATATCCCAAATCTAGGAATGGAAAAATTGTATAAATCCACGTGAA CCTTCCCACAAAAAATTAATTTTTTTGTAAGAAAAATAAATTTTTGTAAA ATTAAAAAAAAAAAAAATTATGTGAATAACTATAGATTTTTTAATTTTTT TTTAATTAAAACAATTCAAAAAATCAACCGGATGCCCCTACCATACTTAT ATATTTTAGTGAAAATTCAAAACTATCAGCAAGCAAGGCGTATTATAAGT TTTTATAAAGATATCTAGTAATTTTATAGCTCGACTGGTTTATTTATTTG GCACCTTAAGAAACCAAAAATCTGCATGATTATTCTGGGAATTTGAAGAA AGTTTTGGAAGAGAGAAAGAATAATGATCATGACGTTTCATTAGATCAGC TATGATCAGCTGCTACAAGGGAGGAAGGAGAAAAGCATATATACAAGGAC ATTTGCTATAATTAATCCGATGTCGATACCCAATTTTACTCCGAGTCAAA AAAGAACCTAGCATTACAACTCTGCAACAAATCTTTTATGAGCACAGGTT TTGAATATAATTGAATCTATGTAGGAAAGGATGTTCATTACTCAGAAATT AAATAATAATGACAACTTCTAAGAAAAAGTAAATTCATGCTTCAGATTAC CAATTCCAAAAAAATACCAACTAAAAAATACACTGAATGTTCAGCACCGT GTATTTTCTTTTCCTAGTCTGTTTTGTCTACAACATTCAAGTATCATAAA TATATTCGAAACCGGATTGAACACTATGTGTGCTCATAAACGACAGAAAA TAACTCTGGAGGTTTTATTAGGAATTTTAATTGGGAGTCGATATTGGACT CGGAGTAGAAATTGAGGATCGACGTCGTAATAATTCTTGCCAATGTTCTA ATTTGTTTCATCTCCTCCTCGTCACAGGTGTTTTTAGCTGCTCTAATGAA ACATAATGACTGCTAAGCTGCTCTCCTTGAAAATATTCTTTAAATTGTCA GGGTTACCATGCTGATTATTGTTAAATCGGTAAAAAATTTAAATTATATA TTGGATTTCTTTTAATATAGGCTTAAAAGAAGTATGTCATTTTCCTAATT TTTGACCATACAAATATATCGAGTTCAGAATAAGATACCGAATCAATAAA AACATTTTTTAAACATAAAAAACACTTGACATAAGTTTTATTAATCCTAC TTTTAATTTAGTGATCGTTTTAAGGCTTAAAAATGCATCAAAATTATACT GGTACCGAATTACTATAAACACCGATATTTGAGAAGTCAGATAACTTATA GAAAAACTAAGATTAGTTTTGGATTCTGTGCTCATAGATAAATTCGATTA TTTCTTTCAATTTATTTGTACAAAATTTGCCTACCTAATTGTTCTCCTGT GTTGTTTTATAGGATAACACCTACAGTTCATGAACTGTTCACTCGCACTG TCCCGTCCCTTAAGTATATATAAGCTAAAAGAATCCATCCTGGTTTAGCT AGATATACAAAGCAAGTTTTAAGACAGTCTATCACGCATGGTATAGGGCT TGAAAAAGTCAAAGAACAGGAATTAAATTTTAGAAGATGAGTTGATACCC AGGCAATAGAGGAACTCTACTAATAATTTATATGAATACAATAATAAATA TTAAATAAATATTTCAAAWCATGAGTATATAATCATTTTTATTTAAAATT TACATTTACATATTTTTCATTAATTGCGTATCTTAACAATCTAATCAAAG CCTTTCAAAAAGGATAAGCCACTCCTTTAGAAACAAGCATGTGACTCAAA TACTTTATACAAAGGTGGATCTTAAGCAATAACAACTCAAACCTATCTTA TCTTAGATANTGCAGGCCAAATATAATTACCCTCGTACGAAAAGGTAATT GCTTTAAGAATATGACTACATACATATGTTTTAAGTAATAGAAATGTACA TTTTCCTTTCTCATAAGAGTATGAGAGATGGGAACTGTCATAACTATAAG GAGAATCAAACATTATATTATATATATATATATCATTACCACTAAGAATA ATGTTAATAATATCATTGCTAATACTAAAAGTGTCATTTAATATTTATTC GAAAAGTTTTCTCTTACTTTTGAAAAAATAGTTATACTATTTTTGTCGAG AAAAAAGAGATATTTCATCTTCTATCATCTTTTTTCTTTTTTTTTTTCTT TGATAAAATAACATGATTATATATTACATAATATACATTTATTCAATTTA TATATTTTTAGATGCTCTTCCCGTTCTTCTCTACAAGTTTTCCGAGCAAA CCCTTCAACCCGGKCCCACCGTATCTCTCAAATGTATTGGAAAAGGAAAT CCTCCACCACGTATCAAATGGCTTCTGGATGGCTTTCCCATTCCTCAGAA TCAAAGGMAATTAAGAGTTTTATTCAATATGTGTCCTACATTCTTTCACA TGAACATATTTCCTCTTTCCAAGATCCAAATTCCTCACTGA
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