EMLSAG00000004624, EMLSAG00000004624-687390 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000004624
Unique NameEMLSAG00000004624-687390
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000004624 vs. GO
Match: - (symbol:cadm2a "cell adhesion molecule 2a" species:7955 "Danio rerio" [GO:0016020 "membrane" evidence=IEA] InterPro:IPR007110 PROSITE:PS50835 ZFIN:ZDB-GENE-040426-1614 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003006 PROSITE:PS00290 GO:GO:0016020 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013162 Pfam:PF08205 HOGENOM:HOG000036057 HOVERGEN:HBG057086 InterPro:IPR028807 InterPro:IPR003585 PANTHER:PTHR23277:SF15 SMART:SM00294 eggNOG:NOG151182 EMBL:BC057517 RefSeq:NP_956958.1 UniGene:Dr.132238 ProteinModelPortal:Q6PFK4 SMR:Q6PFK4 IntAct:Q6PFK4 STRING:7955.ENSDARP00000085226 GeneID:793954 KEGG:dre:793954 CTD:793954 InParanoid:Q6PFK4 NextBio:20931654 Uniprot:Q6PFK4)

HSP 1 Score: 47.7506 bits (112), Expect = 9.874e-5
Identity = 71/281 (25.27%), Postives = 107/281 (38.08%), Query Frame = 0 
Query:   16 TLFVFGVPPSKMELFVDGV--EAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENG-TVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFND--KYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGR----EPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLF 287
            +LF   V  +K  L V GV  + E   L   ++  DH  + CV   ++PA    W  NE  + G    ++EV  +G T     +L  + +   +GV   C + H A     L +   E    +++ Y P   E  Q   V  EG+      V +  P P  V W   G E  L   D    D    T + L   D NG Y    T                  N  G +  +FK+ +      + A +    G +V VV+   + LI++    L R KG +
Sbjct:  120 SLFTMPVKTAKAFLTVLGVPKKPEINGLTKPVLEGDHITLTCVTSGSKPAADVRWFKNEMEVKG----AKEVNASGKTFTVKSSLRLHVNRDDDGVAYTCRVDHVA-----LTATHEETTQVLEVHYAPY-VEIRQSTNVPQEGQYLKLQCVPKGNPSPDPVLWTKDGGE--LPDMDRMIVDGRDLTFTSLNKTD-NGTYRCGAT------------------NHLGTSHAEFKLVIYDPNELKRATDHALIGGIVAVVVFATLCLIIVLGRYLARHKGTY 369
[Close]
BLAST of EMLSAG00000004624 vs. GO
Match: - (symbol:Ncam1 "Neural cell adhesion molecule 1" species:10116 "Rattus norvegicus" [GO:0001928 "regulation of exocyst assembly" evidence=IEA] [GO:0007166 "cell surface receptor signaling pathway" evidence=IEA] [GO:0009897 "external side of plasma membrane" evidence=IEA] [GO:0030424 "axon" evidence=IEA] [GO:0030426 "growth cone" evidence=IEA] [GO:0031175 "neuron projection development" evidence=IEA] [GO:0034109 "homotypic cell-cell adhesion" evidence=IEA] [GO:0043025 "neuronal cell body" evidence=IEA] [GO:0050850 "positive regulation of calcium-mediated signaling" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:67378 GO:GO:0030424 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0009897 GO:GO:0043025 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0050850 GO:GO:0030426 GO:GO:0007166 GO:GO:0031175 InterPro:IPR013098 Pfam:PF07679 GO:GO:0034109 GO:GO:0001928 OrthoDB:EOG75MVVH GeneTree:ENSGT00680000099931 OMA:ANMEGIV EMBL:AABR06054684 EMBL:AABR06054685 PRIDE:F1LNY3 Ensembl:ENSRNOT00000042281 NextBio:35575954 Uniprot:F1LNY3)

HSP 1 Score: 46.595 bits (109), Expect = 3.100e-4
Identity = 52/174 (29.89%), Postives = 79/174 (45.40%), Query Frame = 0 
Query:  205 DTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILIL---IGLALLIRSKGLFCFAAK-------GGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPED---KKATPEETKPLTEP-----LTVNEPKSVEA-PAP 359
            D N EY + +  E    +  K++++ FV  +  +      I     P A  + +G +VG++I+I ++L++   I    L +   L C A         G +  + E+  AAF    K ES  P   V+ E  +TP     K   P ET PLTEP      T +EP+  EA PAP
Sbjct:  664 DWNAEYEVYVVAEN---QQGKSKAAHFVFRTSAQPT---AIPANGSPTA-GLSTGAIVGILIVIFVLLLVVMDITCYFLNKCGLLMCIAVNLCGKAGPGAKGKDMEEGKAAFS---KDESKEPIVEVRTEEERTPNHDGGKHTEPNETTPLTEPEKGPVETKSEPQESEAKPAP 827
[Close]
BLAST of EMLSAG00000004624 vs. GO
Match: - (symbol:Ncam1 "Neural cell adhesion molecule 1" species:10116 "Rattus norvegicus" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:67378 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 InterPro:IPR013098 Pfam:PF07679 TreeFam:TF326195 GeneTree:ENSGT00680000099931 EMBL:AABR06054684 EMBL:AABR06054685 PRIDE:F1LUV9 Ensembl:ENSRNOT00000047666 NextBio:35577898 Uniprot:F1LUV9)

HSP 1 Score: 46.595 bits (109), Expect = 3.258e-4
Identity = 52/174 (29.89%), Postives = 79/174 (45.40%), Query Frame = 0 
Query:  205 DTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILIL---IGLALLIRSKGLFCFAAK-------GGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPED---KKATPEETKPLTEP-----LTVNEPKSVEA-PAP 359
            D N EY + +  E    +  K++++ FV  +  +      I     P A  + +G +VG++I+I ++L++   I    L +   L C A         G +  + E+  AAF    K ES  P   V+ E  +TP     K   P ET PLTEP      T +EP+  EA PAP
Sbjct:  655 DWNAEYEVYVVAEN---QQGKSKAAHFVFRTSAQPT---AIPANGSPTA-GLSTGAIVGILIVIFVLLLVVMDITCYFLNKCGLLMCIAVNLCGKAGPGAKGKDMEEGKAAF---SKDESKEPIVEVRTEEERTPNHDGGKHTEPNETTPLTEPEKGPVETKSEPQESEAKPAP 818
[Close]
BLAST of EMLSAG00000004624 vs. GO
Match: - (symbol:Ncam1 "Neural cell adhesion molecule 1" species:10116 "Rattus norvegicus" [GO:0005515 "protein binding" evidence=IPI] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0008201 "heparin binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:67378 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0010288 GO:GO:0008092 GO:GO:0042220 GO:GO:0043025 GO:GO:0007568 GO:GO:0031100 GO:GO:0051930 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0008201 GO:GO:0030426 GO:GO:0007611 Reactome:REACT_188576 Reactome:REACT_195021 GO:GO:0060548 GO:GO:0071219 InterPro:IPR013098 Pfam:PF07679 GO:GO:0014012 GO:GO:0014076 GO:GO:0060045 GO:GO:0016338 GO:GO:0019902 GO:GO:0021794 eggNOG:NOG308439 KO:K06491 GO:GO:0005104 GO:GO:0033555 GO:GO:0071241 CTD:4684 HOGENOM:HOG000074124 HOVERGEN:HBG052579 EMBL:X06564 EMBL:M32611 PIR:S00846 RefSeq:NP_113709.1 UniGene:Rn.11283 UniGene:Rn.214248 PDB:1EPF PDB:1LWR PDB:1QZ1 PDBsum:1EPF PDBsum:1LWR PDBsum:1QZ1 ProteinModelPortal:P13596 SMR:P13596 BioGrid:246729 IntAct:P13596 MINT:MINT-2635713 STRING:10116.ENSRNOP00000046828 PhosphoSite:P13596 PaxDb:P13596 PRIDE:P13596 GeneID:24586 KEGG:rno:24586 UCSC:RGD:67378 EvolutionaryTrace:P13596 NextBio:603762 Genevestigator:P13596 Uniprot:P13596)

HSP 1 Score: 46.595 bits (109), Expect = 3.363e-4
Identity = 52/174 (29.89%), Postives = 79/174 (45.40%), Query Frame = 0 
Query:  205 DTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILIL---IGLALLIRSKGLFCFAAK-------GGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPED---KKATPEETKPLTEP-----LTVNEPKSVEA-PAP 359
            D N EY + +  E    +  K++++ FV  +  +      I     P A  + +G +VG++I+I ++L++   I    L +   L C A         G +  + E+  AAF    K ES  P   V+ E  +TP     K   P ET PLTEP      T +EP+  EA PAP
Sbjct:  675 DWNAEYEVYVVAEN---QQGKSKAAHFVFRTSAQPT---AIPANGSPTA-GLSTGAIVGILIVIFVLLLVVMDITCYFLNKCGLLMCIAVNLCGKAGPGAKGKDMEEGKAAFS---KDESKEPIVEVRTEEERTPNHDGGKHTEPNETTPLTEPEKGPVETKSEPQESEAKPAP 838
[Close]
BLAST of EMLSAG00000004624 vs. GO
Match: - (symbol:Ncam1 "neural cell adhesion molecule 1" species:10116 "Rattus norvegicus" [GO:0001928 "regulation of exocyst assembly" evidence=IEA;ISO] [GO:0005104 "fibroblast growth factor receptor binding" evidence=TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO;TAS] [GO:0005911 "cell-cell junction" evidence=ISO] [GO:0007155 "cell adhesion" evidence=IEA;TAS] [GO:0007166 "cell surface receptor signaling pathway" evidence=IEA;ISO] [GO:0007568 "aging" evidence=IDA] [GO:0007611 "learning or memory" evidence=IDA;IMP] [GO:0008092 "cytoskeletal protein binding" evidence=TAS] [GO:0008201 "heparin binding" evidence=IEA] [GO:0009897 "external side of plasma membrane" evidence=IEA;ISO] [GO:0009986 "cell surface" evidence=ISO] [GO:0010035 "response to inorganic substance" evidence=IEP] [GO:0010288 "response to lead ion" evidence=IDA] [GO:0014012 "peripheral nervous system axon regeneration" evidence=IEP] [GO:0014076 "response to fluoxetine" evidence=IDA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016338 "calcium-independent cell-cell adhesion" evidence=TAS] [GO:0019902 "phosphatase binding" evidence=IDA] [GO:0021794 "thalamus development" evidence=IDA] [GO:0030275 "LRR domain binding" evidence=IPI] [GO:0030424 "axon" evidence=IEA;ISO] [GO:0030426 "growth cone" evidence=IEA;ISO;TAS] [GO:0031100 "organ regeneration" evidence=IEP] [GO:0031175 "neuron projection development" evidence=IEA;ISO] [GO:0033555 "multicellular organismal response to stress" evidence=IDA] [GO:0034109 "homotypic cell-cell adhesion" evidence=IEA;ISO] [GO:0042220 "response to cocaine" evidence=IDA] [GO:0042802 "identical protein binding" evidence=ISO] [GO:0043025 "neuronal cell body" evidence=IEA;ISO;IDA] [GO:0048666 "neuron development" evidence=IDA] [GO:0050850 "positive regulation of calcium-mediated signaling" evidence=IEA;ISO] [GO:0051930 "regulation of sensory perception of pain" evidence=IMP] [GO:0060045 "positive regulation of cardiac muscle cell proliferation" evidence=IMP] [GO:0060548 "negative regulation of cell death" evidence=IMP] [GO:0071219 "cellular response to molecule of bacterial origin" evidence=IEP] [GO:0071241 "cellular response to inorganic substance" evidence=IEP] InterPro:IPR003961 InterPro:IPR007110 InterPro:IPR009138 Pfam:PF00041 PRINTS:PR01838 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:67378 GO:GO:0016021 GO:GO:0005886 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0010288 GO:GO:0008092 GO:GO:0042220 GO:GO:0043025 GO:GO:0007568 GO:GO:0031100 GO:GO:0051930 SUPFAM:SSF49265 InterPro:IPR003598 SMART:SM00408 GO:GO:0008201 GO:GO:0030426 GO:GO:0007611 Reactome:REACT_188576 Reactome:REACT_195021 GO:GO:0060548 GO:GO:0071219 InterPro:IPR013098 Pfam:PF07679 GO:GO:0014012 GO:GO:0014076 GO:GO:0060045 GO:GO:0016338 GO:GO:0019902 GO:GO:0021794 eggNOG:NOG308439 KO:K06491 GO:GO:0005104 GO:GO:0033555 GO:GO:0071241 CTD:4684 HOGENOM:HOG000074124 HOVERGEN:HBG052579 EMBL:X06564 EMBL:M32611 PIR:S00846 RefSeq:NP_113709.1 UniGene:Rn.11283 UniGene:Rn.214248 PDB:1EPF PDB:1LWR PDB:1QZ1 PDBsum:1EPF PDBsum:1LWR PDBsum:1QZ1 ProteinModelPortal:P13596 SMR:P13596 BioGrid:246729 IntAct:P13596 MINT:MINT-2635713 STRING:10116.ENSRNOP00000046828 PhosphoSite:P13596 PaxDb:P13596 PRIDE:P13596 GeneID:24586 KEGG:rno:24586 UCSC:RGD:67378 EvolutionaryTrace:P13596 NextBio:603762 Genevestigator:P13596 Uniprot:P13596)

HSP 1 Score: 46.595 bits (109), Expect = 3.363e-4
Identity = 52/174 (29.89%), Postives = 79/174 (45.40%), Query Frame = 0 
Query:  205 DTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILIL---IGLALLIRSKGLFCFAAK-------GGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPED---KKATPEETKPLTEP-----LTVNEPKSVEA-PAP 359
            D N EY + +  E    +  K++++ FV  +  +      I     P A  + +G +VG++I+I ++L++   I    L +   L C A         G +  + E+  AAF    K ES  P   V+ E  +TP     K   P ET PLTEP      T +EP+  EA PAP
Sbjct:  675 DWNAEYEVYVVAEN---QQGKSKAAHFVFRTSAQPT---AIPANGSPTA-GLSTGAIVGILIVIFVLLLVVMDITCYFLNKCGLLMCIAVNLCGKAGPGAKGKDMEEGKAAFS---KDESKEPIVEVRTEEERTPNHDGGKHTEPNETTPLTEPEKGPVETKSEPQESEAKPAP 838
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592938369|gb|GAXK01020184.1| (TSA: Calanus finmarchicus comp12539_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 179.489 bits (454), Expect = 2.232e-48
Identity = 125/343 (36.44%), Postives = 191/343 (55.69%), Query Frame = 0 
Query:   17 LFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDH-KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVL-ENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDL-SGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE----------------SMGSGPXXXXXXXXXXXXXXXXXXXXXRSKGLFCFAAKG-GEPLEEEKDGAAFDGMEKGESXXXXXXXXXESLKTPEDKKATPEET 339
            L     PPS + + VDG   E T   +   P++  +++KCVA   RPA +F+W L E+   G IED E    E+GT   +Q L Y     HNG +L C ++H+ YS  QL ++EN   L++ + +KP++++K Q FY  + G+     M F A P P+E++W L  G+E  + QG  S + ++ +  LT G ++G Y+  LTI+ V+ ED   ES+L V N  G T+Y F + LG +PAA                   GSGPV+ +VI+ +II+++I +A++ RS+G+ CFA K  G+  + EK  A F+ +EKGE+       + E +K P D K  PE T
Sbjct:  673 LITVAKPPSDIHIVVDG---EKTAAVIVNYPENKDRKVKCVAAGGRPAASFSWMLGEDQFSGPIEDLENTANEDGTSTQSQVLTYESQPSHNGKQLTCIVNHKGYSEDQLSAQENRVTLDLDVQFKPVDADKPQAFYNLAVGKEHVVLMSFRAHPRPSELHWALHDGVE--VSQGSESIDKRFEADLLTDGPSDGMYTARLTIKTVNQEDADTESNLVVTNELGTTKYPFTLSLGEKPAAAPAVSDSQENGGVPSPTEAGSGPVIAIVIVAIIIIVVIVVAVIARSQGMLCFADKNMGD--DGEKSAAQFEALEKGEA-----SPEKEPIKEPNDIKKEPEPT 1665
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592938372|gb|GAXK01020181.1| (TSA: Calanus finmarchicus comp12539_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 179.489 bits (454), Expect = 2.232e-48
Identity = 125/343 (36.44%), Postives = 191/343 (55.69%), Query Frame = 0 
Query:   17 LFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDH-KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVL-ENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDL-SGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE----------------SMGSGPXXXXXXXXXXXXXXXXXXXXXRSKGLFCFAAKG-GEPLEEEKDGAAFDGMEKGESXXXXXXXXXESLKTPEDKKATPEET 339
            L     PPS + + VDG   E T   +   P++  +++KCVA   RPA +F+W L E+   G IED E    E+GT   +Q L Y     HNG +L C ++H+ YS  QL ++EN   L++ + +KP++++K Q FY  + G+     M F A P P+E++W L  G+E  + QG  S + ++ +  LT G ++G Y+  LTI+ V+ ED   ES+L V N  G T+Y F + LG +PAA                   GSGPV+ +VI+ +II+++I +A++ RS+G+ CFA K  G+  + EK  A F+ +EKGE+       + E +K P D K  PE T
Sbjct: 1504 LITVAKPPSDIHIVVDG---EKTAAVIVNYPENKDRKVKCVAAGGRPAASFSWMLGEDQFSGPIEDLENTANEDGTSTQSQVLTYESQPSHNGKQLTCIVNHKGYSEDQLSAQENRVTLDLDVQFKPVDADKPQAFYNLAVGKEHVVLMSFRAHPRPSELHWALHDGVE--VSQGSESIDKRFEADLLTDGPSDGMYTARLTIKTVNQEDADTESNLVVTNELGTTKYPFTLSLGEKPAAAPAVSDSQENGGVPSPTEAGSGPVIAIVIVAIIIIVVIVVAVIARSQGMLCFADKNMGD--DGEKSAAQFEALEKGEA-----SPEKEPIKEPNDIKKEPEPT 2496
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592938368|gb|GAXK01020185.1| (TSA: Calanus finmarchicus comp12539_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 165.622 bits (418), Expect = 9.373e-45
Identity = 107/293 (36.52%), Postives = 166/293 (56.66%), Query Frame = 0 
Query:   17 LFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDH-KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVL-ENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDL-SGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE----------------SMGSGPXXXXXXXXXXXXXXXXXXXXXRSKGLFCFA 290
            L     PPS + + VDG   E T   +   P++  +++KCVA   RPA +F+W L E+   G IED E    E+GT   +Q L Y     HNG +L C ++H+ YS  QL ++EN   L++ + +KP++++K Q FY  + G+     M F A P P+E++W L  G+E  + QG  S + ++ +  LT G ++G Y+  LTI+ V+ ED   ES+L V N  G T+Y F + LG +PAA                   GSGPV+ +VI+ +II+++I +A++ RS+G+ CFA
Sbjct:  673 LITVAKPPSDIHIVVDG---EKTAAVIVNYPENKDRKVKCVAAGGRPAASFSWMLGEDQFSGPIEDLENTANEDGTSTQSQVLTYESQPSHNGKQLTCIVNHKGYSEDQLSAQENRVTLDLDVQFKPVDADKPQAFYNLAVGKEHVVLMSFRAHPRPSELHWALHDGVE--VSQGSESIDKRFEADLLTDGPSDGMYTARLTIKTVNQEDADTESNLVVTNELGTTKYPFTLSLGEKPAAAPAVSDSQENGGVPSPTEAGSGPVIAIVIVAIIIIVVIVVAVIARSQGMLCFA 1536
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592938371|gb|GAXK01020182.1| (TSA: Calanus finmarchicus comp12539_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 166.777 bits (421), Expect = 3.374e-44
Identity = 107/293 (36.52%), Postives = 166/293 (56.66%), Query Frame = 0 
Query:   17 LFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDH-KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVL-ENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDL-SGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE----------------SMGSGPXXXXXXXXXXXXXXXXXXXXXRSKGLFCFA 290
            L     PPS + + VDG   E T   +   P++  +++KCVA   RPA +F+W L E+   G IED E    E+GT   +Q L Y     HNG +L C ++H+ YS  QL ++EN   L++ + +KP++++K Q FY  + G+     M F A P P+E++W L  G+E  + QG  S + ++ +  LT G ++G Y+  LTI+ V+ ED   ES+L V N  G T+Y F + LG +PAA                   GSGPV+ +VI+ +II+++I +A++ RS+G+ CFA
Sbjct: 1139 LITVAKPPSDIHIVVDG---EKTAAVIVNYPENKDRKVKCVAAGGRPAASFSWMLGEDQFSGPIEDLENTANEDGTSTQSQVLTYESQPSHNGKQLTCIVNHKGYSEDQLSAQENRVTLDLDVQFKPVDADKPQAFYNLAVGKEHVVLMSFRAHPRPSELHWALHDGVE--VSQGSESIDKRFEADLLTDGPSDGMYTARLTIKTVNQEDADTESNLVVTNELGTTKYPFTLSLGEKPAAAPAVSDSQENGGVPSPTEAGSGPVIAIVIVAIIIIVVIVVAVIARSQGMLCFA 2002
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592951994|gb|GAXK01006559.1| (TSA: Calanus finmarchicus comp69896_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 61.2326 bits (147), Expect = 2.229e-9
Identity = 52/223 (23.32%), Postives = 93/223 (41.70%), Query Frame = 0 
Query:   51 KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGT---------------VNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSE---GEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGE---------YSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIK 246
            K++ C   H RPAPTF W +    +   I+DSE    N +               ++ +QTL   P +  +G  L+C  +H AY+   ++  +    +NI +   P+ +    +     E   G+     + F + P PT + W L+ ++  L    T    KYTS      +             +  SL ++ +   D+  + ++FV N  G + Y F+I+
Sbjct:  548 KQVTCQVTHVRPAPTFQWMIGPNVVF--IDDSEVNDYNASLGAITEKINPEEADYLDVSQTLNLRPKSWMDGQYLRCRTNHTAYNSTHVE-EDKSISVNIIVQAPPVPNNTVVDTVADEELVAGQEGVILVPFHSNPPPTNITWYLTDLDEPLYLNQTV--GKYTSEGWMEYNRTVTRTTTSTASGFVASLRVDKLRSSDSGMQHTVFVANELGSSNYTFRIQ 1201
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592850007|gb|GAXK01107537.1| (TSA: Calanus finmarchicus comp36545_c0_seq10 transcribed RNA sequence)

HSP 1 Score: 54.6842 bits (130), Expect = 2.661e-8
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:   52 EIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLEN-GTVNYAQTLLYYPDAKHNGVELKCSLSH 116
            E+KCV  +A+PAP + W +N+E + G   D E  +++ G  ++ Q   Y P + H    LKC + H
Sbjct:   39 EVKCVVKNAKPAPKYIWKINDEEVEGKTMDEEVFVDSTGVSSFTQVFSYIPRSAHANKTLKCVVQH 236
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592850008|gb|GAXK01107536.1| (TSA: Calanus finmarchicus comp36545_c0_seq9 transcribed RNA sequence)

HSP 1 Score: 54.299 bits (129), Expect = 3.207e-8
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:   52 EIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLEN-GTVNYAQTLLYYPDAKHNGVELKCSLSH 116
            E+KCV  +A+PAP + W +N+E + G   D E  +++ G  ++ Q   Y P + H    LKC + H
Sbjct:   52 EVKCVVKNAKPAPKYIWKINDEEVEGKTMDEEVFVDSTGVSSFTQVFSYIPRSAHANKTLKCVVQH 249
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592850004|gb|GAXK01107540.1| (TSA: Calanus finmarchicus comp36545_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 56.225 bits (134), Expect = 7.310e-8
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:   52 EIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLEN-GTVNYAQTLLYYPDAKHNGVELKCSLSH 116
            E+KCV  +A+PAP + W +N+E + G   D E  +++ G  ++ Q   Y P + H    LKC + H
Sbjct:  115 EVKCVVKNAKPAPKYIWKINDEEVEGKTMDEEVFVDSTGVSSFTQVFSYIPRSAHANKTLKCVVQH 312
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592850005|gb|GAXK01107539.1| (TSA: Calanus finmarchicus comp36545_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 55.8398 bits (133), Expect = 8.674e-8
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:   52 EIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLEN-GTVNYAQTLLYYPDAKHNGVELKCSLSH 116
            E+KCV  +A+PAP + W +N+E + G   D E  +++ G  ++ Q   Y P + H    LKC + H
Sbjct:  178 EVKCVVKNAKPAPKYIWKINDEEVEGKTMDEEVFVDSTGVSSFTQVFSYIPRSAHANKTLKCVVQH 375
[Close]
BLAST of EMLSAG00000004624 vs. C. finmarchicus
Match: gi|592850006|gb|GAXK01107538.1| (TSA: Calanus finmarchicus comp36545_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 54.6842 bits (130), Expect = 2.594e-7
Identity = 23/66 (34.85%), Postives = 37/66 (56.06%), Query Frame = 0 
Query:   52 EIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLEN-GTVNYAQTLLYYPDAKHNGVELKCSLSH 116
            E+KCV  +A+PAP + W +N+E + G   D E  +++ G  ++ Q   Y P + H    LKC + H
Sbjct:  434 EVKCVVKNAKPAPKYLWKINDEEVEGKTMDEEVFVDSTGVSSFTQVFSYIPRSAHANKTLKCVVQH 631
[Close]
BLAST of EMLSAG00000004624 vs. L. salmonis peptides
Match: EMLSAP00000004624 (pep:novel supercontig:LSalAtl2s:LSalAtl2s240:573226:634078:-1 gene:EMLSAG00000004624 transcript:EMLSAT00000004624 description:"maker-LSalAtl2s240-augustus-gene-6.11")

HSP 1 Score: 753.821 bits (1945), Expect = 0.000e+0
Identity = 372/372 (100.00%), Postives = 372/372 (100.00%), Query Frame = 0 
Query:    1 MRGFECNSVRSFVLLTLFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAKGGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPEDKKATPEETKPLTEPLTVNEPKSVEAPAPVSDEKKEEGSENK 372
            MRGFECNSVRSFVLLTLFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAKGGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPEDKKATPEETKPLTEPLTVNEPKSVEAPAPVSDEKKEEGSENK
Sbjct:    1 MRGFECNSVRSFVLLTLFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAKGGEPLEEEKDGAAFDGMEKGESVPPPPVVKPESLKTPEDKKATPEETKPLTEPLTVNEPKSVEAPAPVSDEKKEEGSENK 372
[Close]
BLAST of EMLSAG00000004624 vs. L. salmonis peptides
Match: EMLSAP00000006999 (pep:novel supercontig:LSalAtl2s:LSalAtl2s397:96159:100521:-1 gene:EMLSAG00000006999 transcript:EMLSAT00000006999 description:"snap_masked-LSalAtl2s397-processed-gene-1.3")

HSP 1 Score: 56.6102 bits (135), Expect = 3.595e-9
Identity = 65/265 (24.53%), Postives = 111/265 (41.89%), Query Frame = 0 
Query:   22 VPPSKMELFVDGVEAESTDLQMKLIPDDHK---EIKCVALHARPAPTFTWTLN-EEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSREN----ERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTE--VYWDLSGMESHL------QQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILI 270
            VPP   EL  D  + +  ++ M L   +H     I C++ +ARP P  TWTL  EE    N+  +     N        + Y P A  +G+ + CS  H +   +Q++  +      R L + +   P       EF     GE      VF + P P +  V W +   +  +      ++      ++YTSS L   D N +Y   LTI+    +D   E ++ V N  G    + ++    +P   ++G G + G+ I +++
Sbjct:  103 VPPKTTELKNDYPDEDDQEI-MSLNTIEHNIPINISCISTNARPPPEVTWTLRGEEVRDNNLLFTMHDESNTFTTSIFIMSYRPKASDDGLRIGCSFQHISKVYSQIEENDALNSPSRYLTLSIKGPPDTDTFRFEFEKLEIGEVGIVKCVFHSNPPPRKGGVTWKVHDSDIPIEAVGLNERAYHRSGERYTSS-LEKLD-NNDYIAILTIQNFDHKDINKEIAINVNNDLGSGSKQVRVS---KPDV-ALGGGAIAGITIAVIM 360
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: gb|EFA04881.2| (Fasciclin-3-like Protein [Tribolium castaneum])

HSP 1 Score: 72.0182 bits (175), Expect = 6.093e-13
Identity = 75/252 (29.76%), Postives = 121/252 (48.02%), Query Frame = 0 
Query:   48 DDHKEIKCVALHARPAPTFTWTLNEEPLHGN-------IEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSR-ENERGLNIKLLYKPLESEKTQEF-YVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFA 290
            +D  +  C+    RP    +W L+ EPL+ N       I+ ++E L++   N  + L     A  NG  L+C     A+ PA  D R E  R L++K  + PL   +  +F Y+   GEA    +V EA P+P  + WD+ G     ++ D +       +E      NG Y +SL I  ++  DT+    L   N  G T+Y  KI    EP    +G G ++G+++ ILIIL+++ L +  +  G +CF+
Sbjct:  142 NDVLQASCIVKDGRPVANISWYLDNEPLYSNDLSMPTVIDLAKENLQSKVQNLTRVL----QASDNGKHLRCV----AFHPAYPDGRAETSRQLDVK--FAPLPQGEIDKFGYII--GEAGLITVVVEANPKPI-IEWDIGGERIRERENDHT---GRLEAEPIKDMGNGRYDVSLRIAAINKHDTEKTYYLRTYNDMGSTDYTIKISTSPEPEGLELGIGGIIGIIVSILIILLVVFLLVFAKVTGRWCFS 377
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: EEB19890.1 (Fasciclin-3 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 69.3218 bits (168), Expect = 5.272e-12
Identity = 80/292 (27.40%), Postives = 136/292 (46.58%), Query Frame = 0 
Query:    3 GFECNSVRSFVLLTLFVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTL---LYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAA 291
            GF      S   LTL V   P   + LFV    + S+      +  +  +  C   +ARP    +W L  EP++  +  +    ENG ++ +Q L   + Y D  HN  +LKC   H A  P  ++    +  LNIK   KP +S++ ++F   + G+     + F+A P P ++ W +   +  L+ G      ++ +  L      G +  +L I  V  E+ +   +L  +N  G   YK  I    EP   ++ +G +VG+V+ +L+IL+LI + +  R+ G +CFAA
Sbjct:  104 GFTDEPTESIGNLTLIVAKAPDPPL-LFV----SPSSTYGNSYLEGETIQATCKISNARPIANISWYLGTEPIYDRLSPTITEEENGLMSISQNLSRQITYAD--HNK-DLKCVAGHIALGPGTINHSIFK--LNIKFPPKP-KSQELEKFGF-TIGQPGKIIVTFQANPIP-DIIWKVD--QDSLKPGTRDRTGRFEAGILQHKGA-GTWDATLIINTVRAEEVEKRYTLIAQNELGRETYKVAISTSPEPPT-NITAGAIVGIVVAVLVILLLIFMLIFARATGRWCFAA 378
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: EAA02892.4 (AGAP012693-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 67.3958 bits (163), Expect = 7.848e-12
Identity = 69/249 (27.71%), Postives = 115/249 (46.18%), Query Frame = 0 
Query:   53 IKCVALHARPAPTFTWTLNEEPLHGNI-------EDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE--SMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAK 292
             +C A    PA   +W L++E ++  +       E  +E           TL     A+ NG  L C   H AY      SR +   L + + ++P ++   Q  Y    G   T +MV +A P P  V W++ G + H  QG      +Y +  +     N  Y++SLTI G+++ED      L   N+ G  EY+  ++   E  +E  S G+G +VG+V+ ++I+L+ + L +  R+ G +CF  K
Sbjct:   36 FRCTAERGNPAANLSWFLDQEQIYEGVQFPEAPEEYYDERSNKHMFTATSTLKRAVRAEDNGKRLTCQAQHLAYPEGV--SRTD---LILDVNFQP-QALPDQVVYGLQLGRTATASMVIKANPSP-HVMWNIDGTDYH--QGTEQ--GRY-AVPIPEALGNNRYNVSLTIAGLTLEDLSKTYVLRASNNFGVEEYRLTLRSQDEVFSESSSFGTGEIVGLVLAVVIVLLAVALIVGARATGRWCFRGK 272
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: EAA05462.4 (AGAP010823-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 66.2402 bits (160), Expect = 5.584e-11
Identity = 69/246 (28.05%), Postives = 118/246 (47.97%), Query Frame = 0 
Query:   53 IKCVALHARPAPTFTWTLNEEPLHGNI---EDSEEVLENGTVNY----AQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAE--SMGSGPVVGVVIIILIILILIGLALLIRSKGLFCF 289
             +C A    PA   +W L++E ++  +   E  EE  +  +  +      TL     A+ NG  L C   H AY      SR +   L + + ++P ++   Q  Y    G   T +MV +A P P  V W++ G + H  QG  +   +Y +  +     N  Y++SLTI G+++ED      L   N+ G  EY+  ++   E  +E  S G+G +VG+V+ ++I+L+ + L +  R+ G +CF
Sbjct:  152 FRCTAERGNPAANLSWFLDQEQIYEGVQFPEAPEEYYDERSNKHMFTATSTLKRAVRAEDNGKRLTCQAQHLAYPEGV--SRTD---LILDVNFQP-QALPDQVVYGLQLGRTATASMVIKANPSP-HVMWNIDGTDYH--QG--TEQGRY-AVPIPEALGNNRYNVSLTIAGLTLEDLSKTYVLRASNNFGVEEYRLTLRSQDEVFSESSSFGTGEIVGLVLAVVIVLLAVALIVGARATGRWCF 385
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: XP_016770955.1 (PREDICTED: fasciclin-3 [Apis mellifera])

HSP 1 Score: 63.929 bits (154), Expect = 3.661e-10
Identity = 75/300 (25.00%), Postives = 131/300 (43.67%), Query Frame = 0 
Query:   18 FVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPL---------HGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAA-------------ESMG----SGPVVGVVIIILIILILIGLALLIRSKGLFCFAA 291
             +   PP+  EL      ++ +D +      +  E+ C A   RPA   +  L++EP+           N++D+   ++N     A   L + D   NG  L+C   H A     LD R  E  + +++ Y P + + T E +    G     N+   A P P    W ++    +  + D S N   TS+ +  G   G +S+ LTI+ V   DT+ E  L  +N EG  EY+  +    EPA               ++G    +G ++G+V+  L++L+++ + +  R+ G +CFA 
Sbjct:  134 IIVAKPPNNPELHT----SQGSDGRNIYRKGEKLEVSCSAPGGRPAANVSLFLDDEPIGNEERPTIYDSNVDDNSLAVQN-----ASRALDWTD---NGKVLRCVAGHIA-----LD-RPKETTMQLQVYYPP-QPQSTIERFGYVIGRQGIVNVTVYANPRP-RFLWRVNNEIINEGRPDES-NRLETSTAVDLG--RGAWSVILTIDSVQKSDTEKEYILEARNGEGAYEYRIILSTATEPAGPFGHFYGKLSEHMHALGVDLDAGSIIGIVVGALVLLLIVFILIFARATGRWCFAG 410
[Close]
BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Match: gb|EEC13550.1| (cell adhesion molecule, putative [Ixodes scapularis])

HSP 1 Score: 55.0694 bits (131), Expect = 2.493e-7
Identity = 57/239 (23.85%), Postives = 103/239 (43.10%), Query Frame = 0 
Query:   53 IKCVALHARPAPTFTWTLN--EEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCF 289
            + CVA    P P  +W      +P   NI      L     +Y+   +Y  +A +       ++ ++ Y     + R + RG    L     ES KT++    ++ E  T  +VF + P+P E  W   G  S+  +   S         L   +    Y   L I+ V  +D + + +LFV N +G+  Y   +++ +EP + ++  G  VG ++ I++ L +     L+RS+ + CF
Sbjct:  441 LNCVA-EGNPVPKISWLQQSGRDPNIWNIRGRNATLVIANASYSHQGVYRCEASN-------TIRNQPYRVQSQEIRIDIRGPPEVLT----ESSKTRDVVTANKEEDATITVVFCSDPKPIEAIW---GWGSYKLKTGNSLGRFVAEPLLADEELEDCYESRLVIQRVESDDFR-KFTLFVDNGKGKASYSVALEV-KEPLSMTLVIGITVGGILFIIVFLTI--FVYLVRSEKM-CF 659
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|155966327|gb|ABU41116.1| (fasciclin-3 precursor, partial [Lepeophtheirus salmonis])

HSP 1 Score: 315.849 bits (808), Expect = 5.573e-104
Identity = 150/151 (99.34%), Postives = 150/151 (99.34%), Query Frame = 0 
Query:   21 GVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEP 171
             VPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEP
Sbjct:  110 AVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEP 260
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|665812712|ref|XP_008554882.1| (PREDICTED: fasciclin-3 isoform X3 [Microplitis demolitor])

HSP 1 Score: 105.145 bits (261), Expect = 2.766e-21
Identity = 83/297 (27.95%), Postives = 130/297 (43.77%), Query Frame = 0 
Query:   18 FVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVN----YAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAKGGEPLEEEKDGAAFDGME 310
             +   PP  ++L +        D+       +  EI C AL  RPA   +  L+++PL     D E  + N  VN      Q + Y      NG  ++C   H A    Q    E +R L +    +PL    T E +  + G   T N+   A P P    W ++G    + +G    +++  SS        G Y + L I+ V   DT+ E  L  +N EG  EY+ ++    EP    + +G ++G+V+ IL+IL+L  L +  R+ G +CFAA+     +EE  G A  G E
Sbjct:  134 IIVAKPPKHIQLLLSPGRLSGRDIYKN---GEKLEISCSALAGRPAANVSLYLDDQPLG---RDFEPTVYNTNVNDESLSVQNVSYALKWSDNGKMIRCVAQHIALDRPQ----ETKRQLEVHFAPQPL---PTVELFGYAIGRPGTINVTLNAHPRP-RFTWYING--EKINEGSPDASNRLQSSTAVE-VAKGVYQVELKIDSVQKSDTEKEYKLEARNDEGAEEYRIRLSTSAEPEGVDLDAGYIIGIVVGILVILLLAFLIIFARATGRWCFAAR--RRGDEEAAGNAGAGSE 411
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|939649445|ref|XP_014296194.1| (PREDICTED: fasciclin-3 isoform X2 [Microplitis demolitor])

HSP 1 Score: 102.834 bits (255), Expect = 2.012e-20
Identity = 76/278 (27.34%), Postives = 121/278 (43.53%), Query Frame = 0 
Query:   18 FVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVN----YAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAA 291
             +   PP  ++L +        D+       +  EI C AL  RPA   +  L+++PL     D E  + N  VN      Q + Y      NG  ++C   H A    Q    E +R L +    +PL    T E +  + G   T N+   A P P    W ++G    + +G    +++  SS        G Y + L I+ V   DT+ E  L  +N EG  EY+ ++    EP    + +G ++G+V+ IL+IL+L  L +  R+ G +CFA 
Sbjct:  134 IIVAKPPKHIQLLLSPGRLSGRDIYKN---GEKLEISCSALAGRPAANVSLYLDDQPLG---RDFEPTVYNTNVNDESLSVQNVSYALKWSDNGKMIRCVAQHIALDRPQ----ETKRQLEVHFAPQPL---PTVELFGYAIGRPGTINVTLNAHPRP-RFTWYING--EKINEGSPDASNRLQSSTAVE-VAKGVYQVELKIDSVQKSDTEKEYKLEARNDEGAEEYRIRLSTSAEPEGVDLDAGYIIGIVVGILVILLLAFLIIFARATGRWCFAG 394
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|939649441|ref|XP_014296193.1| (PREDICTED: fasciclin-3 isoform X1 [Microplitis demolitor])

HSP 1 Score: 102.834 bits (255), Expect = 2.265e-20
Identity = 76/278 (27.34%), Postives = 121/278 (43.53%), Query Frame = 0 
Query:   18 FVFGVPPSKMELFVDGVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLENGTVN----YAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAA 291
             +   PP  ++L +        D+       +  EI C AL  RPA   +  L+++PL     D E  + N  VN      Q + Y      NG  ++C   H A    Q    E +R L +    +PL    T E +  + G   T N+   A P P    W ++G    + +G    +++  SS        G Y + L I+ V   DT+ E  L  +N EG  EY+ ++    EP    + +G ++G+V+ IL+IL+L  L +  R+ G +CFA 
Sbjct:  134 IIVAKPPKHIQLLLSPGRLSGRDIYKN---GEKLEISCSALAGRPAANVSLYLDDQPLG---RDFEPTVYNTNVNDESLSVQNVSYALKWSDNGKMIRCVAQHIALDRPQ----ETKRQLEVHFAPQPL---PTVELFGYAIGRPGTINVTLNAHPRP-RFTWYING--EKINEGSPDASNRLQSSTAVE-VAKGVYQVELKIDSVQKSDTEKEYKLEARNDEGAEEYRIRLSTSAEPEGVDLDAGYIIGIVVGILVILLLAFLIIFARATGRWCFAG 394
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|1080033434|ref|XP_018562068.1| (PREDICTED: fasciclin-3 [Anoplophora glabripennis])

HSP 1 Score: 102.064 bits (253), Expect = 4.249e-20
Identity = 68/251 (27.09%), Postives = 117/251 (46.61%), Query Frame = 0 
Query:   48 DDHKEIKCVALHARPAPTFTWTLNEEPLHGN-------IEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAA 291
            +D  E  C+    RP    +W L++EP+  N       +  +++ L +   N  +TL     A  NG  L+C   H AY   +     +E  L + + + PL    + + +    G+    N+  EA P+P +V WD+ G +  +++G T  N     +E        +Y  +L I  V  EDT+ E  L   NS G  EY+ +I    EP    +G G V+G+V+ IL +++L+ + +  +  G +CF+ 
Sbjct:  189 NDVLEASCIVSDGRPVANLSWFLDDEPIPENELTMPTEMTIAKDNLHSRIQNLTRTL----RATDNGRSLRCVAEHPAYPNGR-----SETSLQLNVEFPPLPIYDSLDRFDYQIGKMGLINVTVEANPQP-QVEWDIGGQK--IREGSTD-NTGRIEAEGVTSLGRSKYIANLRIAAVKKEDTETEYILTAHNSYGFQEYRLRISTNPEPEGVDLGIGAVIGIVVAILFVILLVSILIFAKVTGRWCFSG 426
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|817191294|ref|XP_012271040.1| (PREDICTED: fasciclin-3 isoform X3 [Orussus abietinus])

HSP 1 Score: 100.523 bits (249), Expect = 1.107e-19
Identity = 86/304 (28.29%), Postives = 145/304 (47.70%), Query Frame = 0 
Query:    4 FECN----SVRSFVLLTL-FVFGVPPSKMELFVD-GVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPL---------HGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAK 292
            F C      VR+ +L TL  V   PP   EL V  G+   +T  + + +     +I C A   RPA   +  L++EP+           NI+D+   ++N     +++L    D   NG  L+C  +H A     LD R  E  L + + Y P + + T E +    G     N+   A P P    W ++  + +L   D S N   TS+ +  G   G +S+ L+I+ V   DT+ E  L  +N EG +EY+  +    EPA   + +G ++G+V+ +L++++++ L +  R+ G +CFAA+
Sbjct:  115 FRCALTPMDVRTEILSTLKIVVAKPPGNPELLVSPGLYGRNTYKKGEKL-----QISCSAPSGRPAANVSLYLDDEPIGNEERPTIYDSNIDDNSLAVQN----VSRSL----DWTDNGKVLRCLANHIA-----LD-RPKETSLQLNVYYPP-QPQPTIERFGYVIGRQGIVNVTVYANPRP-HFLWRVNDEKINLGMPDES-NRIETSTAVELG--RGAWSVILSIDSVQKSDTEKEYILEARNDEGASEYRIVLSTSSEPAGVDLDAGSIIGIVVGVLVLILIVFLVIFARATGRWCFAAR 394
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|668457702|gb|KFB45699.1| (AGAP010823-PA-like protein [Anopheles sinensis])

HSP 1 Score: 99.3673 bits (246), Expect = 2.017e-19
Identity = 76/264 (28.79%), Postives = 127/264 (48.11%), Query Frame = 0 
Query:   34 VEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPLHGNI------EDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAES--MGSGPVVGVVIIILIILILIGLALLIRSKGLFCF 289
            +E +S +L    + D   E +CVA    PA   +W L+ E ++  +      E+ +E           TL +   A+ NG  L C   H AY      SR +   L + + ++P ++   Q  Y    G   T ++V +A P PT + W++ G++ H  QG  + N +Y          N  Y+++LTI G+++ED     +L   NS G  EY+  ++   E   ES  +G G +VG+V+ +LI+L  + L L+ R+ G +CF
Sbjct:  105 IEVKSGNLDQVQV-DSRLEFECVAARGNPAANISWFLDNEQIYQGVRPIEPEENFDEASGKRYFTAVSTLTHTVRAEDNGKRLTCQAEHLAYPDGV--SRTD---LVLSVNFQP-QALPDQTIYGLQLGRTATASLVIKANPPPT-IMWNIDGIDHH--QG--AENGRYAVPN-PEALGNNRYNVTLTIAGLTLEDLSKTYTLRASNSFGVEEYRVMLRSQDEVINESSGVGIGEIVGLVLAVLIVLTAVALILVARATGRWCF 355
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|307175268|gb|EFN65314.1| (Fasciclin-3 [Camponotus floridanus])

HSP 1 Score: 97.8265 bits (242), Expect = 3.952e-19
Identity = 68/251 (27.09%), Postives = 120/251 (47.81%), Query Frame = 0 
Query:   49 DHKEIKCVALHARPAPTFTWTLNEEPLHG-------NIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAK 292
            D  EI C A   RPA   +  L++EP+         NI ++   ++N + +         D   NG  L+C  SH A     LD R  E  + +++ Y P +   T E +    G     N+   A P+P    W ++  +   ++G T  + +  +S     +  G +S  LTI+ +   DT+ E +L   N+EG  EY+  +    EPA   + +G ++G+V+ +L+++++I L +  R+ G +CFAA+
Sbjct:   86 DRLEISCSAPSGRPAANISLFLDDEPIGNDRLIYETNINENSLAMQNASRSL--------DWTDNGKTLRCVASHIA-----LD-RPKETTMQLEIYYPP-QPHSTFERFGYVIGRRGVINVTVYANPKP-RFTWRVN--QEQFEEGQTDDSTRLQTSTAVELE-KGVWSAVLTIDSIQKSDTEKEYALIANNNEGSYEYRIVLSTSSEPAGVDLDAGSIIGIVVGVLVLILIIFLVIFARATGRWCFAAR 317
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|817191290|ref|XP_012271038.1| (PREDICTED: fasciclin-3 isoform X1 [Orussus abietinus])

HSP 1 Score: 98.2117 bits (243), Expect = 9.406e-19
Identity = 85/302 (28.15%), Postives = 143/302 (47.35%), Query Frame = 0 
Query:    4 FECN----SVRSFVLLTL-FVFGVPPSKMELFVD-GVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPL---------HGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFA 290
            F C      VR+ +L TL  V   PP   EL V  G+   +T  + + +     +I C A   RPA   +  L++EP+           NI+D+   ++N     +++L    D   NG  L+C  +H A     LD R  E  L + + Y P + + T E +    G     N+   A P P    W ++  + +L   D S N   TS+ +  G   G +S+ L+I+ V   DT+ E  L  +N EG +EY+  +    EPA   + +G ++G+V+ +L++++++ L +  R+ G +CFA
Sbjct:  115 FRCALTPMDVRTEILSTLKIVVAKPPGNPELLVSPGLYGRNTYKKGEKL-----QISCSAPSGRPAANVSLYLDDEPIGNEERPTIYDSNIDDNSLAVQN----VSRSL----DWTDNGKVLRCLANHIA-----LD-RPKETSLQLNVYYPP-QPQPTIERFGYVIGRQGIVNVTVYANPRP-HFLWRVNDEKINLGMPDES-NRIETSTAVELG--RGAWSVILSIDSVQKSDTEKEYILEARNDEGASEYRIVLSTSSEPAGVDLDAGSIIGIVVGVLVLILIVFLVIFARATGRWCFA 392
[Close]
BLAST of EMLSAG00000004624 vs. nr
Match: gi|817191292|ref|XP_012271039.1| (PREDICTED: fasciclin-3 isoform X2 [Orussus abietinus])

HSP 1 Score: 97.8265 bits (242), Expect = 9.723e-19
Identity = 85/302 (28.15%), Postives = 143/302 (47.35%), Query Frame = 0 
Query:    4 FECN----SVRSFVLLTL-FVFGVPPSKMELFVD-GVEAESTDLQMKLIPDDHKEIKCVALHARPAPTFTWTLNEEPL---------HGNIEDSEEVLENGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQGDTSFNDKYTSSELTPGDTNGEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFA 290
            F C      VR+ +L TL  V   PP   EL V  G+   +T  + + +     +I C A   RPA   +  L++EP+           NI+D+   ++N     +++L    D   NG  L+C  +H A     LD R  E  L + + Y P + + T E +    G     N+   A P P    W ++  + +L   D S N   TS+ +  G   G +S+ L+I+ V   DT+ E  L  +N EG +EY+  +    EPA   + +G ++G+V+ +L++++++ L +  R+ G +CFA
Sbjct:  115 FRCALTPMDVRTEILSTLKIVVAKPPGNPELLVSPGLYGRNTYKKGEKL-----QISCSAPSGRPAANVSLYLDDEPIGNEERPTIYDSNIDDNSLAVQN----VSRSL----DWTDNGKVLRCLANHIA-----LD-RPKETSLQLNVYYPP-QPQPTIERFGYVIGRQGIVNVTVYANPRP-HFLWRVNDEKINLGMPDES-NRIETSTAVELG--RGAWSVILSIDSVQKSDTEKEYILEARNDEGASEYRIVLSTSSEPAGVDLDAGSIIGIVVGVLVLILIVFLVIFARATGRWCFA 392
[Close]
BLAST of EMLSAG00000004624 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold124_size330879-snap-gene-1.22 (protein:Tk01483 transcript:maker-scaffold124_size330879-snap-gene-1.22-mRNA-1 annotation:"fasciclin-3 precursor")

HSP 1 Score: 218.009 bits (554), Expect = 6.503e-67
Identity = 134/319 (42.01%), Postives = 196/319 (61.44%), Query Frame = 0 
Query:    7 NSVRSFVLLTLFVFGVPPSKMELFVDGVEAESTDLQMKLI-PDDHKEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLE---NGTVNYAQTLLYYPDAKHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKPLESEKTQEFYVQSEGEAKTFNMVFEAFPEPTEVYWDLSGME-SHLQQGDTSFNDKYTSSELTPGDTN-GEYSISLTIEGVSVEDTKNESSLFVKNSEGETEYKFKIKLGREPAAESMGSGPVVGVVIIILIILILIGLALLIRSKGLFCFAAKGGEPLEEEKDGAAFDGMEKGESVPPPP 319
            ++VR    + + V  V PS + L +DG + +   +  +L    D  +++CVA   RP PTF W ++  PL G   DSEE  E   NG + Y QT  Y+P+A HNG  L+C + H AYS AQL + EN    N+ L YKP E  K Q FY   EG+  T  +  +A P+PTE  W +   E S +  G TS +++Y++  + P ++N GE+   L I  ++ E     + L VKN+EG T+Y FK++LG +P AE MGSGPVVG++++++I+L+++ + ++ RSKG+ CFA K GEPL+EEKDGAAFD +EKGE + P P
Sbjct:  104 DTVRGAGYVNVTV-AVAPSSIGLRMDGQDVQGDSITFRLSETQDPVDLECVASDTRPRPTFKWFIDSNPLDGEFVDSEEDGEDGENGKMVYVQTFKYFPNAIHNGQSLRCEVDHMAYSEAQLANNENVVETNLDLFYKPQEPVKEQVFYGLKEGQPHTVTINIQANPQPTEGSWYMFDSEDSGVAFGATSLDERYSADFIQPSESNDGEFEAKLHIMQLTPEMAGQTNKLVVKNTEGTTDYPFKLELGEKPPAEPMGSGPVVGIIVVVIILLLIVVILIVARSKGILCFAPKSGEPLQEEKDGAAFDNVEKGEPLNPKP 421
[Close]
BLAST of EMLSAG00000004624 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold575_size133042-snap-gene-0.26 (protein:Tk10153 transcript:maker-scaffold575_size133042-snap-gene-0.26-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_54063")

HSP 1 Score: 51.6026 bits (122), Expect = 2.730e-7
Identity = 53/205 (25.85%), Postives = 89/205 (43.41%), Query Frame = 0 
Query:   19 VFGVPPSKMELFVDGVEA--ESTDLQMKLIPD----DH----------KEIKCVALHARPAPTFTWTLNEEPLHGNIEDSEEVLE-----NGTVNYAQTLLYYPDA------------KHNGVELKCSLSHEAYSPAQLDSRENERGLNIKLLYKP-LESEKTQEFY-VQSEGEAKTFNMVFEAFPEPTEVYWDLSGMESHLQQG 188
            V  +PP++  +F D  +A  E T    +L+      DH          K+++C +    PAP   W ++EE L G+++ +E  L      N       TL   P A            +H+G  LKC   H+AYS      R  E  + + + Y P +  EK+ + + ++++ +      + EA P P +V W  +G ES  + G
Sbjct:  122 VVRIPPAEPRIFHDESQADNEVTHHWPRLVCGMENPDHAELTFRANIGKKVQCESRGGNPAPVLKWFVDEEELFGSVQRNETDLAAQSRWNAVTQIELTLNKVPGAPGFHCHSDLFGQEHHGKLLKCVALHDAYS-----RRSRETVVRLNVTYPPKVRLEKSSDLFDLEADQDQVMIKCIAEANP-PPDVVWRKAGEESIFRVG 320
The following BLAST results are available for this feature:
BLAST of EMLSAG00000004624 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 5
Match NameE-valueIdentityDescription
-9.874e-525.27symbol:cadm2a "cell adhesion molecule 2a" species:... [more]
-3.100e-429.89symbol:Ncam1 "Neural cell adhesion molecule 1" spe... [more]
-3.258e-429.89symbol:Ncam1 "Neural cell adhesion molecule 1" spe... [more]
-3.363e-429.89symbol:Ncam1 "Neural cell adhesion molecule 1" spe... [more]
-3.363e-429.89symbol:Ncam1 "neural cell adhesion molecule 1" spe... [more]
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BLAST of EMLSAG00000004624 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592938369|gb|GAXK01020184.1|2.232e-4836.44TSA: Calanus finmarchicus comp12539_c1_seq1 transc... [more]
gi|592938372|gb|GAXK01020181.1|2.232e-4836.44TSA: Calanus finmarchicus comp12539_c0_seq1 transc... [more]
gi|592938368|gb|GAXK01020185.1|9.373e-4536.52TSA: Calanus finmarchicus comp12539_c1_seq2 transc... [more]
gi|592938371|gb|GAXK01020182.1|3.374e-4436.52TSA: Calanus finmarchicus comp12539_c0_seq2 transc... [more]
gi|592951994|gb|GAXK01006559.1|2.229e-923.32TSA: Calanus finmarchicus comp69896_c0_seq1 transc... [more]
gi|592850007|gb|GAXK01107537.1|2.661e-834.85TSA: Calanus finmarchicus comp36545_c0_seq10 trans... [more]
gi|592850008|gb|GAXK01107536.1|3.207e-834.85TSA: Calanus finmarchicus comp36545_c0_seq9 transc... [more]
gi|592850004|gb|GAXK01107540.1|7.310e-834.85TSA: Calanus finmarchicus comp36545_c1_seq3 transc... [more]
gi|592850005|gb|GAXK01107539.1|8.674e-834.85TSA: Calanus finmarchicus comp36545_c1_seq2 transc... [more]
gi|592850006|gb|GAXK01107538.1|2.594e-734.85TSA: Calanus finmarchicus comp36545_c1_seq1 transc... [more]

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BLAST of EMLSAG00000004624 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2
Match NameE-valueIdentityDescription
EMLSAP000000046240.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s240:57322... [more]
EMLSAP000000069993.595e-924.53pep:novel supercontig:LSalAtl2s:LSalAtl2s397:96159... [more]
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BLAST of EMLSAG00000004624 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000004624 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 6
Match NameE-valueIdentityDescription
gb|EFA04881.2|6.093e-1329.76Fasciclin-3-like Protein [Tribolium castaneum][more]
EEB19890.15.272e-1227.40Fasciclin-3 precursor, putative [Pediculus humanus... [more]
EAA02892.47.848e-1227.71AGAP012693-PA, partial [Anopheles gambiae str. PES... [more]
EAA05462.45.584e-1128.05AGAP010823-PA, partial [Anopheles gambiae str. PES... [more]
XP_016770955.13.661e-1025.00PREDICTED: fasciclin-3 [Apis mellifera][more]
gb|EEC13550.1|2.493e-723.85cell adhesion molecule, putative [Ixodes scapulari... [more]
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BLAST of EMLSAG00000004624 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|155966327|gb|ABU41116.1|5.573e-10499.34fasciclin-3 precursor, partial [Lepeophtheirus sal... [more]
gi|665812712|ref|XP_008554882.1|2.766e-2127.95PREDICTED: fasciclin-3 isoform X3 [Microplitis dem... [more]
gi|939649445|ref|XP_014296194.1|2.012e-2027.34PREDICTED: fasciclin-3 isoform X2 [Microplitis dem... [more]
gi|939649441|ref|XP_014296193.1|2.265e-2027.34PREDICTED: fasciclin-3 isoform X1 [Microplitis dem... [more]
gi|1080033434|ref|XP_018562068.1|4.249e-2027.09PREDICTED: fasciclin-3 [Anoplophora glabripennis][more]
gi|817191294|ref|XP_012271040.1|1.107e-1928.29PREDICTED: fasciclin-3 isoform X3 [Orussus abietin... [more]
gi|668457702|gb|KFB45699.1|2.017e-1928.79AGAP010823-PA-like protein [Anopheles sinensis][more]
gi|307175268|gb|EFN65314.1|3.952e-1927.09Fasciclin-3 [Camponotus floridanus][more]
gi|817191290|ref|XP_012271038.1|9.406e-1928.15PREDICTED: fasciclin-3 isoform X1 [Orussus abietin... [more]
gi|817191292|ref|XP_012271039.1|9.723e-1928.15PREDICTED: fasciclin-3 isoform X2 [Orussus abietin... [more]

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BLAST of EMLSAG00000004624 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2
Match NameE-valueIdentityDescription
maker-scaffold124_size330879-snap-gene-1.226.503e-6742.01protein:Tk01483 transcript:maker-scaffold124_size3... [more]
maker-scaffold575_size133042-snap-gene-0.262.730e-725.85protein:Tk10153 transcript:maker-scaffold575_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s240supercontigLSalAtl2s240:573226..634078 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s240-augustus-gene-6.11
Biotypeprotein_coding
EvidenceIEA
Notefasciclin-3 precursor, partial [Lepeophtheirus salmonis]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000004624 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000004624EMLSAT00000004624-700471Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s240:573226..634078-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000004624-687390 ID=EMLSAG00000004624-687390|Name=EMLSAG00000004624|organism=Lepeophtheirus salmonis|type=gene|length=60853bp|location=Sequence derived from alignment at LSalAtl2s240:573226..634078- (Lepeophtheirus salmonis)
ATGCGTGGATTCGAGTGCAACTCCGTCCGATCTTTTGTTTTACTCACTCT
ATTCGTTTTTGGAGGTAAGAAAGAGTTTATTTTGAGACAACGTTGTTGGT
TCAAATGTCCCTTCTTTCCCTTTCTTTTTTTTCTTTTTTTTGTCTTCTCT
TTATATATTTTCTCTGTGTTGGAGTTTGCAAATCTCTTTGGAGGCCGCAA
AATTTGCTTTCTCTATGAGTTTCTCTTTTTATACATATATATTGTTTGGA
AGTTGAATACACACCCATTTTATGTGCATATGACTGTTGATGACTCCGTT
TTGCGAGGCCCTTTGCACTGAGAGGGGAGGAGGGAAACTGAATAATATGA
TTCCACGCCTCATCCCCCCTTCTTGAATAACATCCGTCCGTCCTAACACG
TTGATAATCCTTGAAGATGAATAAATACTTCATTGATCAATAGATCTTGG
ACTGAACTGTTCATTCCCCTCCGCCCAGGTTATTAAGGGGTATTCCCCCT
CCCTTATTAAAGGCCATTATTATTAGCAAAAAATACAACCACATGTGGCC
CGTCAACACAAAAGCAAGCTACAATGATTACATTCTTATTTTTTGACGAA
TTATCGTCCATATTTATATCAACAAATTATTCTAATGTATCATTTGGCTA
TGTCGTAAATTGAGCTTGAAGTAGCCAAAATTGGCCTTCCCCATAAAATA
ATGAGAAATTCATAGAAGAGGGCTATATTGGCTATAATATAAGTCTCATT
AATCAAACAGTGGCTATAAAAATTTCTAAAATTATTGAGTATATTTGCAT
AAATTAATTAATATTTCCAATATACGGAAATGTACGCGATGAGACAGGTT
TTTCATTAAAAAATTCATAATAATTATATTGTCTCTAACATGTTCTCCAA
CTAAAGGTATATGTATGTAGTGTTCAGCTACACGAAATTGCCTCGATCAT
CTTGCTGTTCCAGCACTCCGCCAATTGCTTTGTCGGACGCCTCGACAGTC
AGAAAAATGTCCCTCTTGGGGGAATAATGCCCAAGGGTAGCAACACTGGA
AAGAGTATCCCGTAATTTGAGGAACCATGATTTGAGCATGCTCGCCCAGA
AGGGACAAATCTTAAATTGCCCTACTATGTGAGAAACTTCAGGACTTGCC
TTAGATTGACTCATGTTTAGTGTTTCTGGAATTGAACGTGGTAATTGAAG
GCTAACACTTCTTTATTTCAGTATCCGAATAAAATTGAGAGGTACAATGT
CTCAAAGGAGATCAACTTGTGTAGCTGAACACTACATATATATGGTATAT
AATTATTTAATCACACTGAAATTTCACGGATTTTGAATAATTAAATAATA
AGTATTATTATTTGTAAACTAAATATGTGGTCAATGAACTGTCTTTAACT
ACAAAAATGCTGTTTATGGAATCACTATAATATTATGTAGTGTAGTCGCG
ATACGAATGTTTCTCTACCAGTTTTGGCACCAAGATAAGTAGGGATATAT
AAATTTCATCGTGGGAAATTCATTAAAAAAAGGTTTTGTTGGTAATCTGC
AAGATATTAGTGCTCTAATTAATTATTTTTTCCTAAATCCAAACGTATTT
GAGAGCAAGGAGCACTAAAGTGATCTATGTCAGCGTATATATTGTCAAAT
TTGCCAACCTATCCTTTTCTTTTAATGTACACTCACGAAGATCTAAACAA
TTCTTACATCTCTGAATATAGGTCCCGATATTTTTGTATTTTTCGTTACT
TATTCGACTGAAAATATGAAACATAATTGTATTGCAGATCAGTTCACATG
CACTCACAGGGGCGATATCATGATTTTTGTTTGAGTTGTGGGCTAGCTCT
GAATTTTTTTACTTTTTTTTGTTTATTAAAATATATTTTTATAAAGAACA
ATTTTTGTTTATAACGTTTCAACAATGCAAGTACTGATTCCAATAGTAGT
TTAATATAAAGCCGTTTTAAATGCATCACTTGGTACCCGGTATATCGTAC
AACATTAATTGTATGTACTTGGTGTTTGTTATTGCTATCCATTTTGAAGT
TATTACGGATTTATAAATTCATGAGAAGGGGTCTTTCTTTAGTTCTTCGA
TGGTATCATCATCATTTGCATATCAATGAATAATATAAGTATACATTACC
TGCCTTTATGGAGCTACATATATGGAACATAATAATAAAAAATAATCCAG
GACACGTAAAAGTGAATTATTAATTGAATCTAATCCTTCTTTCAAAAAGG
TTATTCCTACATACTTTTATAAATAGCTTAGTTAGCTAAAGACAAAAGAG
CAGTTTTACCAACGGTTATTATTATTGCTATGTTCATTGATGATGGTAGC
AGGAATGAGAGTTCAAGCAGCAGTCTCTATAAAAAAAACCTTAAAAACGG
TTTCTTCTGTATCAACCAGGTAGACATACCTTGACTTGACTTCTTTTTGT
GTGTGTTCTTGAGAATATCTATTTATTCGTTAATATTATTACATGTATAT
ATAGTTCGTGTACAAGTTGTAACTTGTACACCGATATTGTACAAGTTGTA
ACTCAAAAAAATGAGAATAAAGTGTTGAAAGCCTTACTTGGGATAAATAG
AATGTCATGATTAAATATTATAATAGATGTTCGTAANTTGGTGTAATTTT
TGACTTATTTAATGAAACTGACTAATTGATCAACATTCCGTCYCAAATTT
TAAAGTTTATATGCCCACAGTTATGTTACTCCTAAATACATAATAACCTA
GTCATTTTTATTCCCAAAAATGAAATGACAGCATCCATTGATAATTAAAA
TAACTGGTACAATAGGTTGTCCCTTAAAAATCATTGTTTCCTTCATAATA
ATACTTCCATGAGCCAAATATTTTTGATTTTAATTAATAATTGTCCCTCG
CTTCCTAATGCCTATATTAGAAAATTAGCTGGGAAAAATTTCTATATATC
CAATTATTGTATCACAAATTATTCGTTCTACAAAACGAATCATTATTTGG
TGCACTCTTTTCTTCTCGATAATGGTGAAACTTACGTTTATTCTACGTAT
CATTTGTGTTCAAAAATATACACGTTAGCTAATGTGGAGAAATTTATAAT
TTAGTCTAAAGTTTAAGAGCCAATTCAGAATGTTGCTCAATTTTGTATAT
ATATTTTAACTATTAAAACTGATTAAATGGAGTGAGATAATGATATTTTT
TTAGATTGATTTTTTATGTACACTGTAAAAGCCACCCTACTAAACAAGTT
GTTCCTATTACACAACTCATAAGTGTATTCTTATATTCTTTGCTCCTATC
AAGAATAATTAGCTACTATATAAATTAATTAAACGAGGCTTTGTCTAATC
ATATTATAAATTTGCTTAAGAATTTAAGAGCCAATGAATATCTTGAAATT
AGAAGCAATTTGTTGTTCAATACTATTTCTTAATTTAGGTATAAAAAATA
AATAATTATAATTATTTGAGCTAAGTATTTCTTTGTTTAGTATCTGAGTA
AGCGAATATATTTATTATATTCTTAATAATATCTGCGCTTCTTCACCTTT
CTTGACCTTCTTTTAAGCCGTTTGGAGCATAAGAAAAAATGTGTTACTAT
GCCTGAAAAAAACAACAATAATATAAGTATAATAACCAATAGTCATAAAA
AATCTCCTTGAAACAAGATTCATTTCATATTTTGTTACTTGTTAAATGTG
GAAATATATGTTATTGTAGTCCACACTACATGAATGTGGCCCATCAACAT
AAAGGCAAGCTAGACTGATTTTCTCAAAATTGAGTGTGGATTTGAATTTT
ATATTCCTAGCAATAAATTACTCGTATTTTAAGTGTGTCGCAAATTGAAC
ATGAAGTAGACGAAATTGATAATCACAATAAAAGAATGAGAAATTGATAG
AAGGGGGCAGATCTGGTCTAATATATGTATCTTAAATCAAGTACTCTAAA
CTGTAGCTAATATCCTTGAATATCTTGTTTCATCTCATAAATTTGAATAT
AAACCCTATGATTGACTCAAATATGTTTAATAATATTGGCTGTATGTTTA
TATTAATTTGAAAGAAATTATCCTTTTCTTGATTTTTGTTCAAGATTGTT
TTTATGTTGACACACTACAAATGTATTTACATAATTCACACCCTATAAAG
GGGGAAAACAAAATGATTAAATGTAATTTTCTCTCTACTCATTATTCGTG
AATTATTCTCTTTGTATCTCCTCATATCACAGTTTTTCAAGGTGTAATAT
TTTACTTTTATGAGAAAAATGACTAATTGCTGTAGAATTATATATGTATA
TGGGTATTTCATCTATTTCTAGGAAATGCCCATTAGGCCGGATTTCGTTT
TTCATTTCTAAATAACTTTGACGTGTGTTACTTATGTGGATTTTATACGC
TTAATCCATTTTTATATATTTTTCTTTGTTTCATCATCTTTCTATATAAA
GAAATATAACCATAAGAGGTTTTAAACAACTTACAAAAAGCACTTAACCA
TTTTGTATGTTTATTTTGTCTTCAATACAAATTTAATATGTGAAATTGGA
TGAGTCAATTATGAATTAGTTATCATGTTACTCCTCTCTCTCTCTAAAGT
TTTATTAAGAAATAAATGAAAGACTATTTTCAATCCCCACCTTTATTCTT
TTTAAATTGTTATTAATTGTAATTTGAGCAAGTTGGCTATCATTACTTCA
AGGCTTTGTTTGATTTTTGTTTGTAGATCGATAGATTGTTTGATTTGAGT
TAGGATTAGAGGTTCTATAAACAAATATGTATGATTATATTCATATATGA
AATATACAACAAATACGCTTTAATTAGAGAGATAACCTCTTTTTTATAGG
CTATCACACTACCCCTATTAATACTATATTTATAATAATAAATTAAAATC
CATTTTTTGATACTATTTTTCTATAATAAAATACATCTTTCTTTTTAATT
CCATTATTGCACTTGTATGTGTTAACTATAGGGGGTTTTCACGTGACGTC
AGCATTGTTGATGGAGCCAGATTGGGGTCTAAACAATGAAAATGTCTTTT
TTTTATTCAAAAAATATGTACTAAAGATGTCAAAATGGCACCAATATTTA
AAAGAACTCATAACCTTATTGTCCATCAAAAATCTATCCATCTATTGCCA
AGTTATATTATCCGACCCTAAAAATATGATATTATATCGTAACACAACCT
TCATTCCATGATGTACATATATAAAAATTAACCATTGCAATAGATAGAAT
AGGATATTTGTCTCGCCCTAGATATTACTTTGATTTAATTCTAATATCAG
TCACAGTGTTTATCCTTGGCATCAAGTAGTATTCAATGCATATGTCGTTG
GGTCTTCTTTATTGTTAAAGCCATTTGCCGGAGTTTAATAAATATTTATT
TAAAAAAATTCCATTTTAAGTAGTAAAAATATTGGTTTCCCCCAAAATGG
TGTCTCCTTTAATTATGATGGAATTTATGATGTCAGTGAAAATGATCTTT
TGTTTGTAGAGCCGGCATGGTGGGGAGTTAGGTAGGATATTATGTTGTCA
TATGTATAGTTAGTACGCCATTTTACAATATATTAACTTCCAATCACATT
TGTTTTTACATTTTTATACGCCAATAGTTACTGCCCTACCCATCCTTGCC
ATATTTATTTGTATAAATAACTATCAGTGGTCGATTATTAACTATGGATA
GAAGCCTTAATATTAATCACTGATTAATAATGCTCATATCCATAGATTTG
AAATTAAGAATGCTTACACATCAAGGTTTCTTATCGATTGTATGTCGAAT
TATGATCACCTAACTTAACATTTTATACTCATAATTTTTTAGAGCAGCAT
GCTTTTCTTTTTAAAATTTGCAGTTTGTATTTGATTTTCCTTTAAGGTCT
GTGTACATTCAAGAATTTGTCATGTGCGTTGCAGAAAGTACATTCCTCTT
GTACACATACATATATCAAAGTTTATTCGTTTCTGTTATTTTTCTGTAGG
TGGGAGGAGATATGGAAATAGCATACTCATATATATGTAGGGTATATACT
TCCTTAACCCTGTTATAAAATGATGTATCGGTATGGTCGGTCATATATCT
TTCCTAAATATATATATATATAATGTCTACTATAGTTTTCTACTCGGGGA
AGCAGTATTTTTTAATTGAGTGCCTCCTCTCCTGACCCATATATGAATGT
GTCCATCCGTTTTTATTTTATCTTTAATATTATTTATGGAACTACAAATT
TTTTCCCCTCTCGTTGTGCTAATCATGCCAATGTACATATATATGTATAT
GTACATTTGTAATTCTTTCTCTAAAGGATTAAGTATCCATAAGCCCGAAT
ATGAGTTATTCCAGCAATTTTATTGTTCTACATAAGATGATGAACATACA
TTCAAATTATCTTAAATGATTTTTGAAAATGATTGTCTGTACCTTTCTTT
CTTTAAACAAATATAGAACAGGAAATACAATATTCGGCCCGTCAACACAA
ACGAAAGCTAGTATGATTTTTCTCAAAATTGAGACTGGATTACATTTGGT
TTCTTTAACGAATTATTAACGTTTATTTCTTATTAATCCTTTGGGTGTGT
CTTTAACGGAACTTAAAATAATCAAAATTGAAAGGGGCATATCGGGTCTA
ACGTAAGTCTCTTAAATCAAATAAAGGGTTTAAACAATAGCTATAAGTCT
TGAGTATTTCAACTGATCAGCAAATATGAATGTAATGCTATAATTGACTC
AGATATGTTTACACAGCATTTTGTGGTATTTATAAATGAATTAAAAAAAT
AAATTTGGATTTTCTCAATTTCTTGATTTATGTTCAAGATTGCTTTTATG
TTGACTCACCACATTAATATTTTTTGCAAATCGGTTTGACAGCATTGTTA
TCACACTAAAAAAACCTCCGTGTCAGGGAAGGGAAAAAAAAGTTTTTAGG
AGTGCCCAATTTGACAAATGTATTTATTATAACAATCGTTAAAGTGAAAA
AGTTATTTATTACAATAGAATATTTTGCTACTTATAAATATAATAGGATT
TGCGTATACACTTTCACATACATATATATTATATACAAATGGCAACTGTC
TTTGTTAAATCATTACAGTTTCCGCACTATTATTATTTTAATCACTACTT
ATTTATTTTGATATCCATTTATACCTATCTTGTAAATGCTTAATCAAGTG
TTCAAGGTCTTTTACTCATCAAAGCTTTTAAGTAGTTACTAATCGAGTCA
AGAAGAAGATTTTGTGGATAGATGTGTAGTACTAGACTGGTTTTTATATT
TGTTTTTGTTAAAATGTTGGGGAAGGGCATAGTCCAAAAATTAAGAAATA
TAATGTTAGAGCCATATTGATCAATATTTAGGGGTTTTGCAAGGCCTTTG
AATTTGTAACTTTTACAATTTTGTGGAGGGAAATTAGATTTAGTACTTGA
AAATAGTCTACATATGTCAAAATAGAGCAATTTATAATAAATAATATTTT
AGGTGTATAAACAATATTTCAAAGGTGTTATTATAGTTTTCACCTAAAAT
GATTATTACTTTTTTAAAAATCGACAAAATATGTTCGTATCGCGTATAAC
ATGTATAACACTAGATCTGGTCACTTTTGAGTCGATATCGATGTAAAAAA
TCCATGTTTAGGCAAAAGAAGGACGTATTTTTCGTTAAATTAATAGCCTC
ATCCAGGAATCTATAAAATTTGTTAAAAAAGTTATAGCCATGATGATAAC
CAAATTGATTTTTAAGCACTGCTTTAATAATAAAAAAAGTGTATTATTGC
AAAGTAACATACCTTGTTCAATGAAGAAATGTAGATTTCTATTTATAGTA
TTCACAGAAGAAAATAACTAGTCATTTATATTTATTTGAGTGATTTTATT
TAAATTCTCAGTTAGTGAAAGTGTCACGTGTCTCTCTGTTTGAACAAGAG
AACATTAAATTACTTGACGTTTATTTGGTTTTCTAATTTATTATTTGAGA
TTCATTATATAATATGTAGCTCCCGTCAACACAAAAGCAAGCCAATATCA
TTTTTCTCAATATTGAGACTGGATTACATTTGCATTCTTCGACGAATTAT
CGTACATTCCTATTAATATATTATTCTTAATAAGCCTTTTGCTTTGTGAC
AACAAATTGCACTTAGAGTAGCCTAAATGGATACTCACTAGAAAATATAT
AGTATATAAATATTGAGAATAATATAAGTCTCAATATTCAAACAAAGGTG
CATAAATATATAACTAAAAGTCTTGAATATATTTACTCCTCTCACAAATT
TGAATACAAAGCCTATAATTGACTCAAATATGTTTGAAATATTGGCTATA
TATGAAATAAAAATATTAATTTGGATTTTCTCCTTTTCTTGTTTTGTGTT
CAAGATTGTTTTGATCTTGACTTACCACATATGTACATCAATAATAAATA
AAATGGATGCATTTTCCTCTGATGTATTCCTAAATGGACTCGTAACAAAC
AATATTGTTAATTGAATAATAAACAATATGACCATTTTCTTGCTCATTTC
ATGCTTACGAATCGTTTAATCAAGTATAATGATACATATGCCACAAATCA
ATCATGATGATGTTATGATTTTTAAGTTGGAGGTAATTTTAATGCTCGTA
ATGACTGTCATTATCTTTATCTATTTGGGGTTTGAATCTATGTTGTAAAC
ATGTTTCTAATAGTGGTGGTTCTCATGTGGCATTGACGGATCAGATGTAT
TACTATCCATGATTACTCTAATATAATTTTGTCTGTTGTTATTAGTCCAT
TTTGGTCCTCTCTCTCTCTCTCCTTCCCCTCCTTATTATTGAAGACTTCC
CTCATTCACTAAATGTTTCTCTACTCCNCTCTCTCTCTCTCTTCCCCCTC
CTTATTATTTGAAGGAACTTCCCCTCAATTTCACTAAAAATGGTTTTTCT
CTACTCCCTTATCTAATAATAATGTTATCTCTCTTCACTCTATTTAATTG
TAATTGTAGTGAAACGTCTTTCTTTCCTCTTTTTCTTAGAGCGAATACAT
GGTTTCATACTATCACTCTCTCATGATGGTTTATTATAGTATTAAATGTT
ATTAATCGAAACCATTAATGCCGAGTGGCAGGRTTTCTTWACACCCATCA
AAAWTACTCTTTTGCCATCAAAGTTAGAAATACTTTGTTGAAAAAATGGC
GTTGCTGGTTAGTGAATATTTTCTTGAGGGTTTATACCTACTCGATCAAA
CACTCAATTCTTTTTTCCGTTCGGTTTTTGAATACCGAACAATATATTAT
ATGTATCTAAAAATCGATACGAATAATTGTCTCATTGTGTCGGAAATGGG
CTCACTTAATTTGACGGGGTGGGTAAATTATTTAAGACGCATTTGACGAA
TTTTAATCTGATATGAGTATTTTCGTCTGGAAGTTTTTATGCATTATGAA
GGGGATACAAAATTGAGTACCCATTGAATCTATATTAATAAAGGAGAGTT
AACTGTATGTATGAATCTTTGAATAAAAGGAAGGCATTTTTGATTTTAAA
CATTTCAATGTAGATCTTGAAGTCGTTTTGCATTTAGTATCGAGAGTATA
TAGAGGGTGCACTGTATATAGTGTTCCTTTATATATATCATATTCATATT
TTGATCTATCAGATAACAATGTAGTCGTATTAATTAGTGTGCAAGTAGAA
TCGAGTATGTATACAAGGGTACTGTTTCTGTTTGTTTTGGTGAGTGAATA
CTCTAGAGATTTTTAAAAAAATCGCAAATTCTAATTGCTCTTTCATTCTT
GAGGACAGAATCCGTCATATGAATTGATATATGTATTGAATAGTCGTGTG
TGTCTGCTCATGTAAAACTCAGAATAACATTGAGGATTTCTTCTGTATTA
TTAAAGCACAATTTGTCTATTAACCCACACCTAATTACTTCGGGGCATGC
CAAATACTACAACTCAATGAATAGTTTCCTTCTTTGTTTTTTTTTATTTT
ACGACTTTTTATATCTTTTAATACGAACCTAGTTTTTTATAATTAGTGTT
GATTTTTGAAATTCAAAATTTTTACCGCTTAAATAGTGTTATTATATGAT
TTTGAGAACACTTTTTTTACAAAGAAATAAAAAACATATACTCGCTAGGG
TTTACTCAGCTCCACTCACCTCGACAACGACGCATCACTATTTTAAACAA
GTAATGAATAACATCAGTATCGCCTCCTTCTCGCATCGTGATGATGATTC
TTTAAAACCGTTAAAGAAACTTCAAAAGAAAAAATAACAAATACTCTTGA
GAAAATTGTTGATATTTTTGTTGGATATATATAAATTCATTAATATTTAT
AGTAATTTTTAGTTTGCCGTTAGTTTTTTCTTCGTGGTTTTTTGTTATTG
CGTTTCTTTGGTTTGCCTTATGTGAAATACCAACTAATAAATGTTATTTA
TGGTTGTAATAGTATTATTTTATTTTGATAATAATTTTCTTGTTAAAAGA
AGGTAAAAAAATTGTGAATAATTTAATGTTTTTTCGGGGTCGTTTTAAAT
AAGGTTCTCTTGACCCATCTGGACCGCGGAATATCTAAGCTCGTAATTGA
CTGGTTCTGAAATATTACTATTCATAGTATGATAGCAAGTTTTTATCATT
CTCCTCTCCCATGCTCGCATTTGGCACCATAGTACTTCTTAATAGTTTTT
GTTCTCAATTTCAAACCCACTTTCTACCTGCATTATCTACAGTGTATAAA
TCCTCGACGGTTCTATACTTTTATAAAATCAATACATTGAGAATCTTTAC
TTTTCTCGATATTTATTCAAGATCGTTTGGTATTGACGCCTTTATATATG
AATATTATAATGGTTAAGTTAAGTGGTATTTTCTAAATTGTTTTTCTAAT
TATTCCCCATTGTTGGCCCCCCCCCCCCCCTTAAAGCAAAGTTTATTTTT
CATGACATAATGACATTAAAAGGGAAGAATAGTATTTTTTTTTCTGGTTA
CTCTCACAAAGTTATATTAGTGTTAGATGTCGCTCTGAAAATCAATCTTA
GACAGTTATGACTTCTGGGGGACCAAAGTAAGAGGTTCGATCTGGATCCG
TCTCGTTTAAAACATATTCTATGGGTGCATTTATGAATAGGTAATGTGAA
TTTTACAGGGTGCATAATCTATATACGCAACCACTTAGGCGCACTTTTTT
TGGGTTAAGGCTGGCACTTATGCTAGTTTTTTTTTTTTTTGTAAAACCTA
TACCTGTTGAAAAAATTCAATTGATGAATTCGTTGTCCCAAATATTTGGA
AAAGGAACGAAGCCCTCCTTAGAATCCGCGCTGAGGGTCAACCTAGACGT
GCTAGAGACCAAGATGACGCCCTGGATCGATATGGCTACCAATAGGAGGC
ATAACATGTGCAACAGGACTCAACTCCCTTCCACACATAAAAAAAGAGTT
TCAAATGGCCCAAGACAATTTTGACGATTTCATATCTCCGGCCCTACAAA
CTTGCCGAATCTGAATCAGATGGATTTTTTTGGGTCGACAAGCCAACCGA
ACCTTCTGATACATCAAAGACGAACTCATAAGTTGGATCAAGAAGGAATT
CCAGATACCCCAAGAATCTATCGAGCTGGTTTTATTTTTTTAGTCTGAAA
AAAAAAAAACCTTGTTGTGACACAGATAACATGCGCACCCGGTATGCGCT
ACAGAACAATAACGTCAAATGAAGTTATATATGTTACTCAAGACATATTT
TTACAGCTCAAAAATCATGACAGGTATGGAGAAAACCGGTCCATAGATGG
AGACCAAAAAAAAAACGCTCCAAGATTTATAAAAAAATTACATTTCGGTC
CACCGTCTGTTATAATCGTCGTCTGAACAAATGGGTCCATCATAAATCAC
TCTTGATGGAACGTAACTAAAAGTTCGATTTTGGACCGAGTCTTAACACT
AGTATCTATCTATATTTGCGCTTCACTCGTAAAATACCTATAGCGTACTA
GTAATAATACAGGTGATGGAATCTTCTGTTGACGTTCACGTTGGCGTGTA
ATAGTGGTTATGTTCTATAAATACAACATGAAGAGTAAAGAAAGGAGAAT
GTACCGTTATTGGTATGTTGGTGGTTGCTGTGTGGTTTGTTGATATTTGT
GTGTATGTAGGTCAAATCTTTTGCGTGAGATTGTTAAAACTATTTTATTG
TATTTAGTATTTATTTTTGATTGGCGTCAAGAGTGTAGCAGAGCATGATG
ATGGAACAAAGTTGTTGGATTACCATACGTAATTCATATCACCTGCTGCA
ACTTTTTTGAATGGTTTTTAATTGTTCAAGTGCCGTTCTTGTTATTCCTC
ATCTCCGCTTCTCCTAAAAATGGAGAAAGGATTCAGGGTTGTATATATAT
ATATACCATGGATTTGGTTTCAGAGGGGACTTTCATTTATCCCTATGTAA
CATGATAACCCGAAGCTCCTTACTCTCCTTCGCGTCTACGTTTATAACAA
ATACCATTATGATTTTCAATAGAGGAGACGGTGTTTGATTTAATTAAAAT
TTGTTCAAGTTTCAAAATCTGATAACACATTGGCCATACGGTTTTTTTTG
TTTTTTTTTGAAAATATATCCATGATTATATTTTAGGGCGGTTTGCCTTT
CAATTTGGTACAAATTTCGATTACAGCTTCTTTGGAAAAGTTGGCATGTT
GTATAAAAAATAACTCATACAAAATTCCATTGATATTCTTCGTCATCTTT
CGGACGTCCATCTTGGTAAAAGTTTAAAAAAAATGGCATTATTATTAATA
AGCTATGGATCAAAAAGAGATAATCACATAAGGAAATTTTGTTCATATTT
TTGGACCATTCTTTTCTGAAAATGTACAAAAAAAGTATATTTTGTTGTCA
GCTTTCGATGTCTCTGCTTCTTTTCTCCTGATCAGTATTCTGAACGATGA
TGATTGGTTGAATTAGAAGGATCACTTTTTTAAAGTGTTGAACAATTCTC
AACAATGATTGAATCATGATTTCATAGTTGGTAAGAATTGGTTAACTACC
AACTAGTGCTATGTCGTTCCTTATTTATTCGGTTTAGTCTAGTCTTAGGA
TCTCTCTTTTAGACCGTTTCTTGGGACTGTCAATACTAGGACTTATTAAA
CAAAGAAGAAATAAAGTTGAAAGACGTCAGGTTTTAGGACTCATATGCAG
GACTGAACTGGAAGGGACTGTTGTCTTCAGTCCTAGACAAGGACGGACAA
AACACTACCAACAACTGATAATGGTTATTTTTTCAATTTCTTTTATTAAA
AATAAAGTTGGATCATCAAAATTGTCTTATGTTATTCTTTCCTCATGGCA
ACTTTTCCGCTCTAGTCGTAATTGAAATTTGAAAAAAGTTGAAAAACAAA
CGATCCTCAAGAATTTATTATATATTTAAATGTGCAATAGTATTAATGAA
CTCCATTCTGCTATGATTATCATAGTAAAAGTAATTATTATTGAATAATC
TCTATGAACAACCAATGGTGGTGCACCTGTCATTTATACATATTGGTCGT
AGCGTATTGTCTATGTAGAGAAATTTGACGGTACGGCGGRAATGGTGGAT
GTGTGTCTTCTTTTTTTGCTTTCAGTAGACACGGTAGCTGCTGGCTCTTA
ATGGGTCTCTTCCTCTTCATATAGTGAGTGTGTAATATATAAAAAACTAT
GCTGTGAGAAACTACCTAAGATGTATCCACATACTTGCATGTTATTTACT
ATTCAACCTATGCTTCAGGCTACGTGAATCAGAGGGTTTCTTTTCCAAAT
ATAAAGAAACGTTGACTCGAGAGGTTGCTTTATAAATACTTCTATATTAT
TTTATTTTCAAAATAACAACAACAAAAATTAAACATACCAAGTTGGGGCC
TCCTGATGGTCCTAGTAGCATCAAAGAAGTAGTTGGGGAGGCGATTTATC
AATTTTGTTGGGTCGTCCTTGATTTTCTTTTCAAAGCTGGACAAGAACTT
TGGATCTTTTTTTAAATTGTGCCCTCCTCTCCCTGCTTTTCTGGAGAGGT
CTTCTTCATCTTGGCCACCTTGAAAACCAGGCTTTTGAAGAACTTAATAG
TGTCCATAATCCTCGCCACCTCAACTTCAGCATCTAGGAGATCTTTTGAC
TCAATCATGATGACGAAATGTTTATGGACAAAGGAGTCTGAACCAGAATG
TCATAAAATAATGACCAAACCTTCTTATATTAATCAGAAAATTAATATAC
TATCAGTCCACGTTTATCTGCCCAACTCTGTACTGTACTTTTTTCGGGTT
AATATTTTTATCCTCCTGTACACATACCTTTTCTACTCGAGGCAATCAAA
TAAATGACTGGGAATGTTACAGGTGTGGATTTAATTTGGGTAAAATGGTA
AGTGCGCAATGATAAAGGGAAATAGCAAATCATTGAGGATATTTTGAGCC
TATTAAATTAAATAAAGTACAATTTTTTCATTCAAGCTCCAACTTTTGCA
TTATTCATACAAACATAGGAGCTATGCATCAACACTTAAATGATTTTTTT
TGTCTCTCTATATACATATGATGTGTGGATTAACAAGTTGACTAAATTAT
TACTTCCTTTGTCTGTGACCTTCATGTACATAAAAATTATTGTTATGTTT
TTTGTATTCACAATTAATAGGATGTTCATTTATTTAGGGGGGACTTTCTT
TGTTTAGTTAGAATCTTTGTTATTTGTTCGTAACATTGTAATATTATATG
AAAACAACATGTGAAATCGTCATTTATTTATTTCTCCTCTTTTTAGAAAA
TATTTAACAGAGAGAACTGTAATAATGATAATTATTAGTATTACTCTTTT
AATGTATTTTTTTAAGTTGTTAAATTTCATGGATCATCTATATATATATT
TAAAAAAATTATGGCTTCATATATAGAGTGGAAAGATATGAAAAAGWATT
GAGAGAGGGAAAAGAAAGAGAGAGAGTTGCTTGGATTATAAGGCATACAT
GCAATTGCTTAATAAAGGTACATACAATGTATAATTATACCTACATACTT
ATTAAAATTATTTTTTACATCAATGCATATGTGGTTCGTAAACTCAAAAA
AATCAAAAAAAGTAGAAAATTGCAATTTATTTATTTACTCAATATACCAG
GAGGTCCATTAAAATCTGAACACTTTGAATTTTAAATTTCAAATAGATAT
AACTGATTAATTGAAAGTAGAATTTCAACCAAATTATTACTATAGGTACG
TGGGTGTGTGTCCAGTCCAGGTCGGTACTTAAAAAACGTAAAATTGATCC
CTCCTGACGTCAATGAGGGTGGTTTTCCTTCTTTCTTTTTTTTAAATTAT
TCCACTATAAAATAGAATAAATTATATAACTAAGTAGCAATATAATATGT
TCGTATTATAATTATAAAAATCATATTTTTTGCAAGATGTGTGCAATAAT
CTAAATACATATTTCATATATGTTATTTGGCCTAATAATCCATGGATATT
TTTATGAAAAATTCCAAGGACCGATATGACCTGCCCTAAGACTGGACCGA
ATAAATAAGGCCCGACACAACGCAACCTTGGACCCGTTGCAGATGTAGTC
CTCTGTCTTGGCGTCCACGTGCCGGGTGATAGTGGCTTTGAGGACATTGG
TGTTTGGATGACGGACACTGCATGCCTTCCCCTCTACATGCACCCAAAAG
GCGTATTCGAGGGGAGTGACATCAGGGTTGTAGGGGGACAAAAGTGTCAA
AAAATACTTTTAAGGGAAGAGATGATTTTTTTGATTGCTCATGTCAAAAG
TAGCCTCTCCACCCTCACACTATATACATACAGCCTAATATTGCAGATAC
ATAATTCAGTCAATTATAGGGTGTATATTCAAATTTGTTATATGAGTTAA
GATACCCACGACTTTTACCTATAGATTAGAAACTTTATTTGATTTAAGTA
ACTTGTATTCGTCCAGGTATGACCCTTTCAATTTTGGCTACTTCAAGTTC
AATTTGCATCACACCCAAAGGGTTAATAAGAATAATTTGTTAATATAAAT
TGACGATAATAATTCGTTGAAGAATACAAATGTAATCCGGTCTCCATTTT
GTGAATAATGATTCTAGTTTGCTTTTGTATTGACACATTAAAATTATATT
TTTCATTAATATGTATGTATTAATTTAATTAGTTTTGTCTCTTTGAAGAT
GTGAAGTGTCTGATCCAGATCCTGATATTATCCTTTTTAAGTATTTTGAT
TTAACTACTATTAAATTTATTTATGTTGATTATTTTTTGATATATTTTTT
GGTGAGTTGACACAAAAACAGTCTGCAAAAATATAAACAACACCAAAAAT
TAAATGGTTGTTATAATAAAATAGGATAGATGTCGCTTAAAGATAAATAG
AAATGCTACTACGTCCGATATTGATCTTTTTAAGATCTGGAAATGTGCGA
GTACCTGAATCCGTTTTGGACGTCAGATCTTTTCCAAAACCGTCCCATTT
CTCTAAATATTTATAGTTCCCCCTTGCTACTGCTGTTTGCATAGCGATTA
GCAACTTTGTTGGTAGCCTTTATTCCCTTTCCCTTTATTATTACATCGGA
CTATTCATATTTTTCACATCATGAAAAAGTTCATAGACTAATTCCCTTTG
TTTCTTCTTAAGTACATATCTCCAAGTTGTTTATGATCTACATAATATTT
GTATGTATGTAGATAAATAGATGTGTGTAGGAGTTACTATATTTATTTTT
AGTTACTAAGACTACTAAAAGGGCAAAAATAATACATACATTTTTAACGA
CATTCTTTTATAAAATAAATAAGAAATGAGTAAAATTTTATCATCACCTT
TTAGCTAAAAAAAAGAACAAGATATATTGGAATGTTATTCAATGTCTATA
TGTCTTTAAATACAGTGTAAATTAGGGTGAGCCTACTACCCCAACAGTGG
CCCAACAAGCATAACCTTTTTTTTGGATACTGTGTGTAGGCCAATAGACA
TCCATGCAATTTCATTTAAATATAATATCCTAGCGGGAGTACCGAGCACG
GCTCSAAGKTATTAGGGGKCGACAAAATTAGAATCAATAATATAGATATG
CAATTTTTTTTTTTAAATATATCGCGCTGAGTTTTAGCTACACACTCTCG
TTGTTATTTATTAGATCAAGTAGTTGCGTAGATTAAAATTTTAAACTCAC
GCACTAAAACAAGTCCTCCACAGACAGACATACACACTTTGCTTTATTAA
TATAGATATTCATTTTGTGAAGAAAGATTTTGGAGAGAATGACAAAAAAC
TACTATAAAAATTACACGTATAGGTTTTTAAACGTGTGAACATAAATATA
TATATATTTATATATTAGATTACGATATAATGATTAGGATGCATTCATAT
CATTTGTTTAAAAACGTACTATTTATTATCAAAAAATGGTTGAATGTATT
AAGAAGTGTCAATATTTTTATCATTTTTTTGCTATTCCTTTTTATTCTGT
AGAAACTCTTTTTAATGACCGGAAGTTACGGATTTTTTACATGTTTCCAT
TCGCATTGTTACTTTTATTGTATCACTCAACCTTTCATACAAAAAGAAAT
AGAAAAAATGACCAAAATAGGTCAGTCCGAACTATGAACTATTATCTAAT
TAAATCACTGATTAGGGGATAAGAATTAGAAAAATCGACAGCTGACATCA
AAATACACTGTATATTTTTGTGTTAGGAAGGTAACGCCGTGATATCACTT
CAAAAATTTCAAGTCTTCTATGCTTGTTTGTCAAAGCCGGAGCATTACCC
TCACCCTAGTGTACATGCAGTTATAGTAAGATTCTTCAAAAGACATATTT
CTTTTTTCCTCTGTCTCATATTCAATACATACATATGCTTTTAAATATAT
GCACTATCTATAATATTTCAAAGCCGAACTAACTAACTAATTTATTTTTT
CTTTTACAGGTAAGAAATCATTATTGTATGATCCACTCATAACTCTTGTG
GTGGCATCCCACGATGTAATTCAAAATATATACATGAATATAGCTCACAA
TGGAGTAGTAGTATACTTCAAAGTGTGATTGATTGATTTTGAGCATTATG
CTTTCTTTGCAAAAGTAATGCATTTGCCAAACATATTTGCTACAAATTAC
TTATTGATGCTTATAATTTAAATCCATATAATAAGTGAAGGGTAAATCTA
ATGAACATCATATGGAAATAAGATGAATTCACAGTGTGTCCCCTTCATTG
AATATATACATAAAAGAATATCTTTGTATGAAACACGCATTTGGCTGAGT
ATTCAATGGATTTGTTAAAAGGGTTTTTTTTGTCCTTGAGGACTGAGAAC
TTTGAAAGGATTTTCAAAGAAAGGAAGAATATACACATTTCTTTGGCATA
TTTTAAATTATTATAATTAATGAATGGTCGAGATCATGATTCTACTTGTA
TGTACTACTTCTTCGGATCTTGATTGTCAAGGAAAACTCTGTGAGTCATT
TCATTGATGGATTGATATTATTAGTCTCTCCTTCTCTATAGAACAGTGAA
TCAGAACCTTTTCATCCCTGTAGCATTTTTAATCCTTAATTGCAAGGATT
AAATGATATCAATATGAAAATCGATACGAATATTTCTCAATCTTGAAAAT
GAGTACACTTAATTTTATGGATACATTAAATTATTTATGACGAAAAAGGG
ACGATATATGGAAGTACATGTATTCTTGTTTGTATAAGTACTTTCGTCAA
TTAATTTTGATGTATTATGACGGTNCAAATAAATTCAATACCAGTGGAAT
ATTCAATAAATGGTTGGATTGGTGTTTTCTTAAATTTTATCACATAATTT
TACGCCGATTTATGTATTTTAATACATGTGCCATTTATGGGAACGAGTTA
TTTTTTCATAACTAGTGTAGATTTTTGTAATTTAAAACTTTTTACCACCT
CAATAGAGTTACTGAAAGATTCTGAGGGGGCAAAATTGTACCAAGAACAA
AAATCATGCATATAAAGGTTTGAACGCACTGCAAAAGTACTCATTTCCGC
CTGCTCTCCACTCTCACGCTAATTTAGTATATTTTTACAAGCTATATAAG
CGAGACAAAACTATAGCAACTGAAGTAAAAATAGAAATATTATAATATCA
TAACTTTTTATTGTTAGTAAGTTAGTGTTTTGAGGCATGAACTTTTTTTT
ATGCAGAGTTCCTCATTTCCTGCTCGTCGTATTTTGTACAAATTACTAAA
AAGCAGCACAATCGATTTTTTGATTTTAATTAATATCAGAAACAATTATA
ATTGACTATCTCATATATATATATTTCTTTTAAATTATACTCCAGCAAAG
ATTTTATTTAATGTTTATATAATAATATTTCGTGGAGCCTTTATCGATAC
ACAGCAAAGTACAAGTGCTCCAAGGAGCCCTGATTGGGGAACCCCCTACT
TAAGAACAGTGATTCCCCACAAGGGCTTGTCGGAATATCTTCTGATACTC
CGTGAGATCCTCAAAAGAAATTAATTAATTATAAAAAAAAGACAATTAAG
CTCCAAAACCCTTTGAGAATCTGACGAAAGTTAGTTTTTGAAGAGCAACC
GTAATTACATTTTGATTGACAATTATAAGGAAATCCCTTGACCTTCACAT
ACCTCCAATGGCCTATCTCTGGACCTCAAGTTGAGAATCATCCCTGATCT
AGGGACTGCACCGCAGTGATGAAAGGTTGGGAAACACTGCTCTATTACAT
CATAACTTTCTATATATGTAAATATTTTTTTGTTCATCTCTGCATCCCTT
TTATCCCTTCATTTTACCATATTTCTGCAATGTGGTGACATTGGAGCAGT
AGGATAATGTTATTTGATATTCTATTCATATTGTCTAATAGAAAGAAAAA
TAATAAGGAAATAGCCCCTCTCTTTAGAGGAAAAGAGAGGACAGAAAAAA
ATGGCTCTTGGATTTCTCTTTACCATACTGTAATATTCATTATTAGACTG
TCCCGTTTTCGCGGTTATATTTTTCTCCACCCTACACATGGAATATTTCT
GTTGGGGCTAATAAAAAAACTGACTTTGGTGTGAAAGTTAAAGGGCACTT
TTGCTGTAGTACATGCCATTTTATTTTTGGGAAAAATGTGTTTCTGACTC
AAAATTAGCATAATTTTTATACCTCTTGTAGAAGCACCCCGTTCCAAATA
TGATGTTATGATTCCAAAATTGTACTTTTATATCAAACATATCATCAATA
TTTAACCCATGCTGAACAAAAAGAAGAATACCTGACTTGTTTTATGATTG
ATAAAACAGGGAAAGTCATTGAACACATCTTAAATTATTTATAAAAAAAA
AAATGCTTAATAATTTAAACTGATAATCAAATACTAAAAAAGTATAAAAA
CTACATTTTTTTAGTTAGAGCATCATATTTCAAACCGTGATACAAGAGTT
TTAAAAATGGTCCATTTTGACCCAAATAAAAATATCATTTTCCAAAGTAA
AATGTACTACGACAAAAATGATGTGAAAGGCCTGTACCTTCTCCAAAAGT
TAGTTTTTTTGATTGTCCCGGGGAGAAAATGTCTTCGTGCAGAGAGAGAA
AAATATTAACCCGAAAACGGGACATTCTAATATACATATACCATAATACA
TTTGGTATTATTCAAATAAAAATAATAATAAGAACGAATATTGTTTGTCC
CATTCTCTTTGTGTGCACATATATGGATATAAAATTACTTATTTGTCGTT
GCTAAAAGTGTGACAGCCAAGAGGGTAGTTGGTCATTATTGATTGATGCT
ACGTGTTTTATTCATTTATGTATACATATTCTTTATTCACCCTAAGGCAT
CCATTAGGTTAATGCGTTGGCAGAATTTCCGGATTTTGTGTAATTAGAAT
CCAAGTCCATTTCTAAGATTTGATTTTTTTTTTTAATTGGTCAAAATCGA
AATTTTTTGATTTTTTTAAAATCAATATTTTTTAGTTTTTGGTTTGAAAT
TGATGTTTTTTACACCTTAAAGTAACGGACCAAGGACGTGGTCACCCTAC
CTTTTGAAAATTTACAGTTAAATTATACCAACAAAAGAATGGTTTTCTAC
AAAAAAAGATATCTTAAAAACAGTACGCAGAGCCAACTGTTTTGAATGAT
ATTTATTTAAAAATAAATAAATAATAATAATTTTCTCAATAGAAAAAATA
AACACTTAAAATTCAATTTGTAATTTGTCAAAAGAAGCACATGATTTGAG
CACTTCTTTGATAAGGCAATACGCTTGAAAGTTGCTAAAAGGTAAATATT
CCGCTTTTTTTTCTGTATAATGATCCATTGATTATATATTTGCAAATGAA
TCCATCAAGCTTTTGTGCTAAAATTGTCAAACTGCTCAAATCAAAGCCTC
CATTACTCTTGTGTTTAATGATGACGTTCTAGAGTTGATTTAAATATAAG
TCGTTATATACTGGGTGGCAAAAAAGTGATTTAACACCTATTTAATTGAA
TTTTGTAGTAGTTTAAAAATGTCTTCTGTTACATTGTTGCTTGAATAAAA
AATAGAGCTAGCGTAAATACCTTGAAAACCAAACCTTAAGCATATTTGTT
GCTCACTTAGAAAAAAAAAATTAATGCTTATGGAAATCGTATCAATGCGT
CCTTATGTTTTACATATGTTGAATATATTTCTATAAAAAAACATGACTGT
ATTTAACTTCATATTTAGTTAAGGTTACAAAATTAATATGATAGTGAAGT
TTTAAAAGACCATTTTCATACATCTAATATAGAGCCTAAATTCTATTAAT
TTTTGAATAAGTCACCTACTCTAAAATATATTATTATTGTATAATATGCA
CCCTCAAACACAACATGGTATCCCCGGGGACACACTTAAGACCTCATTAA
TATTCCTTATTTATATACAGCGCCACGTATGGTTGATTCTTCTACATTAT
CTTAAAAAGTATTACTCATTTTCACTACGTATATATATATTCAGCAACAT
TAAAAATATAAACATATGTAAGAACATTAAGTTCTTCATCATCCCTCGAA
AGCCAATTTCAGCTCCTGCCATTTATTTTGATCTCTTGGGAGGGGGAGGA
GTGGGTTTTATGATATTATCATCTTTTTCTTAAAAAATTTATAAATAAAT
ATATAGGATATACAGTCTTCTATATCTCAACTTTATACCTATGTTCATCC
CTGGCTTATGTATCTTAATACCATTAGAGTGTGGTTCATTTTAAAGCTCA
TAAATTATATCATTTATTATTTTAATTAAAAAATGTACTCTTTTTTTTTT
CTTTTTTTCCCCCCCTTAATTTTGTTATTACGAACAAATCAACCTCTGAG
AATGGACTAGTGTTGTTTGGGGCTGTAGGAGTGAGTATACAGGTGCACTG
ACGCATTCGTATTATATCGGAAAGTACCGGAATACTGATACCAATTTTGT
AAGCGGGCCCGGTTATAACAGATTTAATATTGTGTCGTTCCTTATTTATT
CTGTCTGCTCTTAGGACCTTCAGTCTGTTGTGACCGGTTTATATGTGTGT
GCATACTCTTTGTCTTAAATTATATTCTTTGTAGTTAGTTTGTTGCATAT
TAATAAAGAACCTGAATACAGGTTTGCACTCACTCGGTACTACATTCCTG
TACAATCTAATAGTCGATCCTCGCGACAAGTCTGGATATCTAATTATTCA
TAATATTAATCATTGCATTCAATATTAATTCATATTTTCCTTATAATACA
ATCTGATGCGAAGACACTATATTTTTACTTAGTTATATAATTTATTTTAT
TATATAACTTAATAACTCAAACAAAGGGGGAAAAAGGACCTCTATGACGT
CACGAGGGATTCATTTTACCTTCTTATAGGATTGACAAGTGGCACTGGAC
CGCTGTCCTCGGTCCTACATATGGACCGACACAACACTATTTAAACTTGA
TTGTGTTTTATGAGTGAGACGGGCATCCGTCATTTTCTTAACACAATGTA
ATCAAAATGGTGGAGTCGTAAAAGAAAAGGGGAATAATTCCCTTCTTAAA
AAGTAATTATGTATGTATGTTTTTCCCCATGTGGAGTTAGTTGAGAAAGA
AAGAGAGACGAGAACAACCAAAACCATACTCTCATTCCATCATTCGTGTG
GTATAATAAGAAGACATTGATGGATCGGATTCATTATGACTAAAAAAGCC
ACCAAATATATCAGGATAAGACGAATTTTTAACAAGGGACTCACTCCTAT
TTATTTATTTTTGCAATTGTGGTACCTCACATATGTATACACGTATATGC
AGATGGATGAGGGTTGGGGAGGGGGAGACCAGGGTGATGATTTTGATATG
TAATGAATGGGTACACAGAGCACTATCAAATCTGTGACGTATGGTTCTGG
TTATGAATCGTTGAGTAAAAATTACTTTACATACAATGTCACGTAGAATG
AATAAAATATTATTTGTTGTATGTACGCTCATATTATGTATGATGTTTTT
AATAGTCATATTGTAGAAAAAATATGATTATATTTTTCTTAGAAGATTTA
GAGGCTTGGAAGGAGCCATTCCTTTTTTAAATGTGGTTATAGAGTAGACC
AAAGATGTTGCTTGTTATGACACGTCAGATGACGTTCCCTTGTCGTCATT
TTTTCCTCCTCCTGACAAATACAATTTTTTCTTCTCTTTGCAGAATTGCC
CTTTTTAATGCAATATGAATTTATGGAAATTGTGTAGTTAGTTATTGAGT
TATATTCATGGTATCTCAACGCCTCCAAGCGGATGTCTTAGGACGTATAC
TACACTAACAAATATTGATCGTCTGGTCTCTTCGTTTCTTAGTATCCAAT
ATCTGAAAACGACCCCCCCCCCCCCCCAATTTCAGACTTAAACAAAATGT
TCTTAATAAACAAAAACCAATATGAAAACTGTCTTTGATAAATCAACTTA
ATAAACAAAAGTCCTGTTGCAGGAGCGTCAGTTCTTGCAAAAGATCTGGC
ATGCCGTTTCAGGTATTATTACTTAAGGCGTTTCATATTTGACATCCTTT
TTGTGATTACACAAGAATGATGTAAGGTGATAAGCATCTTCTTGGAAATC
AATAAACTATGAATGTATGTAAGTGCAAGTGTTCTTGTCAAATCCAAGAC
ATTTTTTGCAACCCTTCTTCCTTTTTTTATCTTCTAAAAACAGTATTGAC
ATATATGAATATTAGGGTGAGGATAGTTTCCCGGCTTTGTACATACATAC
TGAACTTTTTTTTTTGTACTGTGTATGGGCCTGATGAACCCATTTGTACA
ATTTCATTCATATATATTAATCAGCACCAAGCTTACCTCATTTTGGAAAA
ATTAACAAAAACTATAAAATAACACTTTGGAGTTTTGAATGTGCCGAATA
ATTTTTTCCCAAAATATACATTTTAGATTAAGATATACTGATTACAAGAT
GTTATAAAAATTATTACATTTATTTATCCAAGAATGGAAGATAGCGTCAA
AAAAAAAATCAGTATTTACTTCTAAGTTAAACTATATTTTCAAAAAGGAG
CAAATGCTGTTTGTATTGATGTATGCTTTCCATAAAGTCATTTTTAAGTG
TATCATAGATACTTGATCTAGGAAAAACAAATATGAGTTGATAAATCATT
TCTAACAACGAGCGTGTGTAGTAGCTAAATCTAATATTAAATAATAAAAG
GGGGAAGTACATTAATCATTATATAAAATAATAACTGTGGGTTCAGATAA
TATTTAGTAGCGAGCGTGTGTAGCTAAAGCTCAGCCAGGTAACAGTCTAG
AGACTAAAGTACTCTTTGCCTCGTCACGTCATTTTTTCTTTTCCGAAGTT
ATTATTAAATTATCATTTCATTTAGAAGTATTGAGTAACTATATATTAGT
TTTCTCATGAAAAACGAAGAGTGTATATATTAGTTTTCTCATGAAAAACG
AAGAGTAAAGTTCGATGATTTCTTCCTGGGGAGTTATCTTTTATATTATT
AAAGCAATGTTTTTCTGATGACCTAATAATTCTGAGCAATGCCGAGTMCT
CCCGCAACTAAATTATATTTTAATTAGATTGACAGATATGTTAATTAGTA
GTGATGTAAATCGTTATAAATTTTTTAGCTGGGCTGTTTTTTTTTCTTTA
TTTAATTCCAGAGTAGATAACTTCCTATCATAGTCAAAAAACCTGATTGA
ACATTATTCCTGTGTGCGCACATAAAAAATTGAGTGTAACTTTCAGGAGT
TGTAGGTGAGTTATAATTGTAAGTCCTTGTTGGACTCGGAGTGGAATAGT
ATTTCTTGCCAATGCTCTTGTTTATTTCCATCCTTCTCCCCTTCCTCCCA
TGTCACTGAGGATTGTATTTAGCTTCTCTCCACTAAAAAAAACCTCAAAT
TGTCGAGTGTTACCATGTTGATTTTCGGTGTTCTTTTTAAACATACTCAT
TCTACACGTGATTTCATCATTGCTAATGTATATCTACCTATTAGTAGAAT
GCATCTTACATCTTTATATACGTTCGTAAATCTTTTCATAAACAAGAAAT
TCGTAGGGTCTGTAATGACATATTTATTGTTCTTCTCTCATATCTACATT
TAATTGAAGCATTTTGTCAAAAGGGAATTCTTTTGTGAGTAACTAAAATA
TGTCTATTCCTTACCTAATTCACTTTGTTTTGTTCTGGGGTGGTATACCT
TTTAATACTAGTGATAATGCAGTACCTAAGTACAGACAAAGGATAATAAT
GATCATCATTATTCAAATGTCTTTCCAAGGTTGATCTACCCAGAAAATCC
TTATAAATGATAATACTTATTATTACTCATAAGCAGATTAGTGTCCGTGT
GCCAAAAAGGATTCTTTTTTTTATAACTTMTATAKCAGTACATTWGTTTW
TTGTWCGTTTTTTTTTTTTTTGAGATAGGCATTTTGTCCTTTTAATTACT
TCATCAATGTATTTAGTACATACAGTGAGCTTTAGTACGTAATTKTTTAC
TTTTTGTGTGAATAAATACTGTATGTATGTGTTGTAACTTTCTCTTGATG
GATTTGAAGTTATTCAGTTTGCTTGTTATATATATATATTTTTTACTATG
TAACTATTAAATATATATATTTATATTGGGTGGAGTTTGTTCTAANNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCACAAGGTGT
ATTTATTTTCTTTGTTCTACAATTTTTATTAATAATACTAATATTATATC
TTCATAAATAATAAGTATATTATTCATTAATATAATAGGAGGTATATGTA
GGTATTATACTTATAGAAATCCTTCTCTTTTATTCATAGTATGTCTATCA
CGTCACGAATAATATTGATATTCGCTTATAGGTACATTATTATAGAAGGA
AAAAGCCATATCATTTCTTTATATTTTTATAAAGAAATATTAGGGATACA
TCGGTCTCAAAATTAGAAGGTCCCTTTCGGTCCGATTCAAATCGGACGTA
ATAACTGTCCTATAGAACAATCTTTCATAAATGACATATAATAGAAATCT
ACCAGTGGCGTCATCATAAATCAATATTCTATATTTTTTATTAAGCTTAA
TTTATATTATGATAGTGTTGGGCCAGTCCTTATTTATTCAGTCCATTCCA
GTCTAAGGAGGGGTCCTTATGACTGTCAGTACTAAGGATCCAAATAACAC
TAGTGAATGACGTCTTATAGAGGGTGTTTAAAAATTTGGAACGTTTTTCG
ACGACCGATAACGGAGAGGATATGGGATTGTACTGAGCAGGACCGATATT
AAGGAACTATACAACCCTCAGAAATACATTTAGAATCTCTAACATCTATC
AAGGGTCTACCTATGTACATGAGGGATCAGTTAAGTAAAAAATAATCAAT
TGATCAAAAGCAAGCTGCACTTTTCAGTCATTATTTGTATGGCTATGCCC
ATAGAAAAATAAANTGCATAAAGGTGCCAAGATACACGAAGGATTGAGTA
AAATACTTTCGCTGAGAAAAATGATATAATATGACGTCATATTTGGTGTT
TTTCCACCTTACATTATGAGGCAAAGAATGTCATTGATATAAAAATCTGC
AATTCCTCCTATGGAAATGATCTTCATCTGATCTTAGCATATAAAATTGA
GGTACACATTCTTTCCTAATAAGAAAGATAAATTTGGTATAAAAAATCAT
TTAACACAGCGATAGGCTTGCAAATTATGTAGGNAAATATTAAAACTTAA
ATGTTAAAAAAGGGATGGACTAAACTTCAATTTATCAGCTTCAAATTTGA
CATAAATCCTTAAATATGTACTTGGAGCAATGCCTGCAAAAAAGAAGAAG
AAAAAATCACTGGTCCCTTATTTAGCTAAACTTAATTGACAGTTTAAGGA
TGTAGGAATATAATATGTTGTAATATTAGGTAGAAGTAACGAGACATATT
TACTTTCAAAAGTAGATACATATCCAATCCTTGTAAATCACTACTAAATA
ATATATACATGACTATAGAATAAATAGACATAATAGCATGTAATCAAATC
CCTTGCCAATATTGAGGTCAATAGTGTGTCTTTTTTTTTTACATCGTGCC
TATTATAAAGGCATATATTTATGCCAATTAACTACTTCCTTTCGAGGAGA
AGAAGTCATGTACAATTCCATTAGGAGAGGTGTGTCATCTTTTTTGCTTA
TTTATATGTACAAGGCTCTTTTAGCTTTATAACTAGCCTACACAGGTGTT
TCTAAGATTAAGTAATATATCCAAGATGTTTAATTTGATTTATAAGACTT
TATTTGACTCCATATGGTCCCTTTAAAATAGAATCCATCAAATTATATTT
CTTTATTATAAAATGTAATTTTTGCGATCTTTATGTGTAATTTACGGTCC
CTCTAGAAAATTAAAGAGAACATTTGAGAAGATAACACATGTATGTAATT
TAGACTCTATTTTAGAATTTTTTTGAATCATGCCTACTGCACCGAATCAG
AGTTCGACATTGTACCGTCCCAGTCCTAGTTTCTACAATTTAATTTTTTT
TAAGAGACAAGAAAGTTGTTGGTAAAGTAGGTCATTCCTATGCGTAATTT
TTTAATCTGCTAACAAATTGTTTCCATATATATATACACATTAGTGTTTG
GTTCCAGTCTGAAAACCCTAGACCGGTCTGAGATCGTTATTATTTTGATT
GGACGGAACTCATTCGGTCCTTAAAAGAAGTTTGGTCTTGATCGGTCTCG
GAAGAACAAATCGGTCTAGACCGATAATATAGATTAATCGTTGAGGACAT
CATGTGTGTTTCAAAATGGTGGACATGAATATAATGACGTCATATCAGGG
GTTTCATGTGAGTACAACTCCTATAACCAGGGCTCGACTGTCGTTAAAAT
TAGTCACTAGCCAACAGGACTCGCCAATTTTTTTTATTACTAGTCCTTAC
TCAGCCCAGAATACCCCAAAATATAATCCATCTATGTATTTGCAATATCT
AAACATATATTTAATTGGCTCAGAGTCGAAAGTGAACCCCTATACACTAC
TGTTTTGTCCAATCAAAAACAGGGACGCAAAGAACTATGTCAGTTTTATA
ATTTATAAAAAACAAACCATTTCCGAACTACACATGAAGTGAAATATTGC
GAAATTTGTCTTTTAAATATTTATCATACTTAAAAATCACTCGTTATTTA
TGTTTTCAACGTGTATTTGACGTGTATGACGTTGACATAAGTTAATAACT
ATGATTTGAACCCAAAATTGCCTGTGTATATGCGGTATTTAAGTTACGGC
TCTTTGTTGCCGAACGGGCAACAGGCCAACTGGTGTTTTGGTGCGACAGT
GTGCCTGTCGAGTGCTACCTATAGCTAGGATGGGAATAAAGTTGGTACAT
AAAGGGAGAACAAAACAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNTCTAATTCATATAGAGAAATTCGGTCT
ATGATTTAAAAACGATCAAATTAAGGTTTATGGCTAYWAWTMGGYTTTTT
WNCGTAATATCCCTTCTAGTCGGMTTTATAAAACGAGGAAACAAATTCAA
GTTCGGGTTTCGACCGAGTCGCAACACCAAATATATATTTACATTCATTC
GAAAGAGAGAAAGAAAGGGGAACGAAGGAATTAATATGCTGTTTATTTTT
TTAAACAAATAAAAAAATCGTCATTCAAAATGTTACTTTTTGTCTTTTAT
TGAGTATATTGTATATTTTTTTCCCACTACCGATGTGCATACAATGTCTA
AGTAAATACAACGGTGTATTGAATAATCGTACTACATGATGTATTAAGCA
ATGATCTCTCTTTCTATATGTATGTATGTATTTTTATGTTGACAAGTCAT
GGTTTCTCTCCATTTCTTACATAACTTATCCATAGAGTTCATCCCTCCTA
TCCGCAAACGAAAGTAAATGTACAGACATACATATTCATGACTACATTGC
CCTTTTTACGAGGTTTTAGAGGAATGTGGCTTTGTCACGATAATATGTAA
TAAAGATATAATTTATATTTTTAAATAGTATATATGTCGTGTACGCTCTA
ACTTGTATAAGATTACTGTACATGTTGCAACAAAAGTTTAACTATTTTAA
GTAGACTTCTTGTGATGAGGATGAATGAATAATTTAATTTGGTTTGGATG
GCCAAACTATTAATTGTGCAAGTCTTGACTTATTTTGAAAATCACTAATT
GATCAGAAGCATCACTTCCGCAGGCAGGCTCTGGAAACTAGATCCCGATT
CTTGCATTCCAGGACCTCTGTTAACCTTTGACTCAAAGTAGTTTCAGTCA
AAATAATCCGTTGGATTCAGGTAGGGGGATCTAGGAGACCAACTGTCCAT
GGACACTCAGTCGTAGGAGTGTTCCTACGGTCCTTAGTCTCCACCAGTGC
CTTTCTCAACCCTGCAACCCTTCTCCTGCCCATCCCTGTCATCTTTGAGA
CCTCAGCATTGTTGAGTTCCAAATTGTGATTCATCAAAATGTAATTGGTT
TGAAATCTTATGTTGCTGACTCCCTGTAGTGTGTTCAGGCTACTAAGGGA
AACGTTGATGTGCATATTTCACGTCAAAAATAATTGTGCAATTTCATTTT
AATATATATCCTGTATATATATATTTCCACTTGTTCTTAGTTTAATATTT
GTCACCGGCTCCTTTTCCGTGATGAAAGGGGATCAGACATCATTATCATC
ATCACAAGGATGCAAAAATGGATCTATTTTGAAAGGGTTATGATCAAATA
GAAGGAGGAGTTAGTTAATGACTCTTCGATTACATCCATGACTCCTTATT
CCCTTATACGTATTATTTATATTCTGCAGGAGTGGTATATATATATATGA
TGAAGTAGAACCAGCTGTTCATCATTTTATAATAATAATAATAATTTATA
TTCGCCTATATATATATGTGTGTGTCTATTTCCCTTGAGGATATGATCGT
ACTACTACTGTTAGTCTTTCCCTCCATTTGTTGATTCCTTATCACTCTTT
CTCTCTCGCTCTTTTTGAAATGGTTCGATTATATTGTTGATCCTTTCTAT
GTATGTGAGGATCTCTCTGTTCATTAGGGTGGATCTTTTTGTGGGGATCT
CATCAACACTTTCTAAATTTTTGTATAGAAGGAAAGTTGTGTATTAGTAT
AAAGATATTTAGAGTCGAATATGAGCTCGAGGGAAGGATTTTCAGAGGTT
TCCCACATATATGTACAAAGAGTGAATATCCAAACTTGGCTGCTGAGACA
ACATCAAGATGCTCATAKCAGCCGCATAGAGTCAAGAAGAACCAAAATAT
CTTAAGCAAGAAATTGGCCTACTTCTGACCCTCCTCCAGACCTGACCTCA
ACCCTCTGTACTTGCCAGTTAGGGTTTTCTTGGAGAAGTATGTTTGCTAC
ACCTCTCATTGAAATTTAGATTTGCTCCAAGCTGTCATAATTACAGCCTG
GTATGCCATGGGCACGGTCTTCATCGTCAAGASCTGCCAATCTGTGTGCC
GGACTGTCGAGACAAGTTTATTCAAGAGTTAAATTTCTGACCATATTTGG
CAATAATAATGGAACAAAAATTTTTTAAATATACATCAAATTAGTTTCAA
CTGAATTGAGTAACCTCTAAAATATAATTCATATGGCATGGAATAGTGTT
TGACAGTATTTTAAATTTCGAAAGTTCTGATTTGTGGACTCACTCTACTG
CTCATTCATACATGTACCATATAAATCCTATATTCGAAAGAGGAAAAGGG
GGGGAGGGATTTACATTTTATTGAATGCGATTTACATTATTTTATCGGAT
AATGTGTAGATAATCTTGCGGTTTACAATTATCATATTATATACATATAT
CTAAATACCTAGATCGACTGAGTATTCATTTCGTACAACAATGAATGAAT
ATAAAGTGTGTACTTATTAATGTTGTATTCAAGTCCCTGTCGAGTGAGTT
TCTGTTAGGTAAGTAAAACCATTTCAGGGTTCGAGTTTTTGAGAATTTCC
AAACATGTAATGTAGATCCCTTATTTTAATACTATATTAATTCTTTTATA
GTATAAGAAAGCTCCGTCTTCAGTAGTTTTTACTGTACTTTTGAGTTATA
TTTAGTGATGAAAATCAGGTGTATTTGTTAGCTAGATCGTTTTTATTTTA
TTTTAATTTGCTAATCTGAAGAATGAATTTTCTTTTACTCAGCTTTTGTC
ATTTGGAATTTAACTCCTGGGTAGTGAACCTCCTTTTCTACTACAATCAA
ATATATTCAAAACCTAATTGAACATTCGTGTGTGCTCATAAAAAATGGAG
AGTACCCATGATGATTTATTGCAGAGTTATTATTTGTAAGTCCTTGTTGG
ACTCAGAGTAGGATTGAAGATCAAGATAGGAGTTGATTTTCAGTTTCTTT
TTTTGCCCCAAATGCAACAAATTTTCATCAGCAGTGATGCAATGTACAAT
TTTATCTGACCGTTACACGACTTTTTCGAGTTTTTAAATATAATTCGAGC
TCGAATAATACTTGCATCCAACACTAGTACTTAATAATAACATTAATGTA
TTTAACCATGGATTGTGTCTAAAAAGAAAATCCCAACAAAAACTGTAAAA
TTGAGTCTCAGCCTACTTCATGCACTCTATTTGAGTTTCCCTGGTCCTAT
TGTTGGGTTGCTGTATCCCTTGGACAGTCAAACAAGTTTGTAAACCAGTG
TTTTTAAAGGTAAAAGTCATTATTATTTACAGTTCGTATCCTTTTCTGTT
CTGTTCATGTCTTGTCTAAATAAACAGGTCATTTAGTGTCATTTTTAAGC
ATATTTTGCACNTGGGGTGGCTTCAAATGACTGCAAAAAGTTTGAGAAAC
GCTGGCATATGCAGAAAAAGTAAATAATATAAGGCTCAGAAAATACATTG
TCAGGATTTTGAAATAAAAATCTAAGGACTTAATACTTATAAAGAGAGTC
CTTAATCTTATTTGTTGAGTGATGAAAAATCGAAAGGACTGGTAAATAAG
TATTAAGTCGATTGGGGATTTTTTAACACACAATTTGAAGTCAAATAAAA
AGATCAACGAGTCAAGTCAAACTGAGTTGATAATCGAGCCAAGACAAAAC
ACTTAATTATTATCCTCCAGGGATATACTTCTGAATTTATTTCTTAATTA
TATCCATGACACAATTTGGTTCAAGTTTTGTATTTTAAAAAATAAATAAT
GGTGGAAATTTTCTCCCTTACATACCTCTAAGAGGGATTTGACTGTTTTT
ATTTTCCTAATTTTATGACAAAAGTTTGTACTTTTTGAGAGTATGTTCTT
ACTTTGTCGAATAAATTGATTTTTTATATTATTTTACACTCCTATTATTA
AGTTATATTTTTTGTAAAATCAAAGGATTTCTTCTTTCTCCCTATGAACT
ACTAAAAAGATATCATTGGATATTAAATATTAAATAAGGAGAAGAACGCT
TTCTTAGGAGAAAAGGATTGCTTTTGAAGGGAAAAGTTTTAAAGAAGGAA
AGGGATTCATGGACTCAGATTATAAATATTGTACACATATATATTGATAT
ATTAATTTACATTTTCCACTTCAATTCCCTTCTCATGTGGTGGTTATATT
GAAACATTGTCGGAGCTAAGGAGAGGGAAAAAAATGAATTACTTGTATTT
ATCGGTATGTTGATTTTCACTACTTTTTCTTCGTGGTAATGGTGTCATAC
TTAATGTTCCATTTAATGTCATTATTCAACGACTTAGTAAATCATATCCC
TTAATTTCTTCATACACATATTAAGTATGTTCGTAGTAGAGTCCATGCTT
AATATGGAATGAACATCGCACCTGCATGTGTTATATGATAAAGTCATATA
TTTCAAGACTTGGAGGTAATGTCATTTTTATCACAAATATAAAAGTACTA
GTATTTTTCCTATGAGGCTGGTTCAGACTGTTCCTGGATATTATTAGATG
CGTCTTACAAAAATTATAATTACCTAAGACTGGTCTATGATTTCCAAACT
ATAAAGCATCTACGTTAGTTTACCAGTTTGACTTGTTCAGTAATATCTTT
CAGCTCAATAATAGTTGAGCACTATTTGTTGAGACGGGCTTAATCGAAAT
ATGTATTAGTTCTATAAGCATTGCATATAAGTTGTAACTAATAATTCCAA
GATAACCGAAGTAGATTGATGATAACTACCTTGTATATATGATGACGCCT
TTTAGGAAAGATTGCTCCATGGGGACGTCTTTTGCGTTCGATTCGGACGT
GGTGTCAACATTTTGAAGTCGATACCATTACATCCCTAGTATGTATCAAG
TGTAACAATATATGTATTGGTTTGACCCAAATAGTTCCACACTGTTATCA
TCATAATATACTTTATTCAACCTTAGCTTTTACGACGAAGACATCTGTTT
TTCTTATCATTTGTCTAATTAGAACCAATAAAAATCATCTGTACCGACAG
ATACATAATCAAAATGATTCATGGCGGAATATGTAATTGTTTTATGAAGT
GTCCATAAAGAAGATATTATGGCCAGTGTTGTAAATAATATGATGACCTA
TCCAAAAACTGAAAATCAACTTGATAAACATGTTAATTTGAAGAATGTTT
GGTAGAAGAGCAGCATAGCTGTCGTGACGTTTCAAAGGGAAGAAATGGAC
ACAAATTATACTCCGAGTCCAACAAGGATCCATACCTGAAAATAATACTG
TCCAGAGATGTATGTTAAATAAAAAAAATAAAAAATAAACCCTTACAATT
TGAAGAATATTGTGTTATGTAAACTCTAATGACGTTTTATTAATTTAGCT
GCGAGCAGCTATGAGATCAAATAAATAAACACAAATCCCACTCCGTATCT
GCCAATGATATGAGCAGGAATGACTCCAATGTCAGTCCTTAATTCTACCC
CGAGTCCATCATTGACTTATTACTCTTCAGTCTTGATATCCGTCATTCAT
GAGTAAACACATTCGTGGTTACACTTTATTGTTTGTACTTAGTTATAAGT
TCTCTTCTCAAGATTAAAATAATTGTGAGAACAGCTTTAGAAAATGAAAT
AAAACATATATTCAGGTAGCAAATACAAAAAGCCAGACCTCTTCCATTAG
AGTATTATTTTCATCTATACTTATAATTCCCCAACAAATCATCTGTCTAT
GATGAGTGCACATACTTTATACTTAAACGTCCCCCCCTCATAAATGAGTA
ACTGTAACACCTTTGGAAAGTAAAGAAAACACTGCTCAGATCGCACTCGT
TTAAGGGAATATTTTTTACAACTTTATGCATACATATATTAAGACTCTTT
ACTAGATAGTACTTGAGTCGACACAAATGAGGTTTTTTCTTTCTTTCTTT
CTTTCCTAAGCTGTTTATTCCTCAATACACACAACAAACCACTTATGTAT
CTTATTTTACTCAGTAATACACTTCAGAATCCCCCTCACAGATGCACAAG
GGAGTATCAAAAGTGGTTCTTCTTCTCTTTTTTCTCCKCTTTTTTTTTTT
TTACTGTCTTTAATCCAATTTTGTTCGCCGATTCATGAGCGATAATCTTC
CACTTCTTATATATTTTGTTCTTTTTCTCCATGGATCANNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNCCAAGAATAAGATGGCGTATGGGTCTTATGTTATTTTTTGA
AAACTTACTGTATTTTTTTAAAAACSCTTCTTCAAAATATAACATTACAT
AAAAGCAAAATAAGTGTGATTTAGTACATCATCCATATTATATTATCTAT
GCACACTGAGTTGAGTGTTCCTCTCTCCCGACCGTCTCCTTGTCATACTT
AATTTAAACTTAAATAATAATCATATTAATAGAACACTCAAGGCCTTATA
AATAAATATGATGTATCATGATAATATAATAAGCTCAACATGACGTCATT
TCTTATTGCTTACAACTATTAAGTAATCGTTCGTATCCTCATAGGATGGG
TGTGTGTAAGTGTAGATTATAGGGGGTGTAAATGTAATTATGACACACTT
TGTGTGGAATCGCAATCCAAAAGTTCCGTACATCAGGATAATAAGTTTAT
TCTGCTGTTATTGTTCTGTGTTGCCATTGAAAATATAAGTTTTCAAAAGC
AAAACAAAATGTGCAATCCTCGAAGAAAATGACTTCCTATTGGAGATTTT
TGGAGGAAAATGCTTTTTATTGGCTGAAACACTTTTCGTCTCCATTTTGT
CTCACCTCAACCCCCTTCACTACCTCATATGGGTGGCAATTAGGGATATA
TCGGTCCCTAATTTTTTTTTAAATGTCGGCCCATAGATCAGTCTTAGATA
AATTATATCATCATAATTATCTACTACCGTCATTACCATAAAAAAAATCT
TCTATAATTTTAATAAGCCTAATTTATACTTTAATTAGTCCTAAATTAAA
GATAATGGAAAAATAGTCTGGTGTTTTAAAAATACTTAAAGTTTTACTAA
ACTAAGTAATTCAAAAGATAAAATGAGGTTCTGTTTTACTATAAAATTAG
TGACAAAAGCTACTGATAGAGGGCGCTTAAACAATTGGCACATTTATCAG
GTCCGATAACAAGGAAAAGACTGATTCAAAGTCCAATATTAAGGACCCTA
GTTCGTATTAAGGCCTGTACTTAAATTGCACCAAATTTGAGTGCCCTCAA
AGAACAAGGAATGGCTAAAATTTGATGACCCACTCTGTATTATTAAGGTC
TGCTCGCACTTAAAGGTCAGTTGAAACAACTTATTCAGGACAAAGCGCTT
CATATTGCGATTTATGTTTTTTGTGCGTTTGTATATCAAACATCAAGTTC
CTAGTAACAAATGATACAGAGATATATAAGTGCAAAGATGTTTCATTGAT
ATAAAGTGTGTTAGATTTACATTTACACTCGGTATAATGTGTACAATACA
TAAAAAGGGCTTTGTACAATGCACACACTTTAATTAATATATTTTGAAGA
AGAAGGGGGGGGGGGAAATGAACTCACACTTTGACTCATGAAAATTACAA
ACATAATTATGACTATTTGAGGGTTATTTTGTTGTTGTGTTCTGTAAAGA
AATATGATCAAAAATAGTGAGTACTTAAGGCATAAAATTAGAATTTCCTT
ACCTCTTCAACTTTGTCGGTTATGTGGAGTAATCGTCATCGTCTATTTCT
TATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTATTTTCTTAC
TTGAATTTCGGTTAAGTTTAAGAGTCTATAGCGATATATATATTTTAATA
TTTTAGAACCCGGGAATTCGACTCTAATTTGTTTCAGAAGAAGTTTCGAA
AAGGGATCCAGTCGAGTTCTGAAATATTTTTCCCAATAAAAAATAACTGA
GAACGGATTAATCTGTTCTCTAGCATCAAACTTAACCTTTTTTGTATGAG
CATTTCAGATAAATATACTTAGAGTTAAATCATCCATAAAATTCAATGTA
TGGGGGATGGACATGTGTTGCCTGAGTGCCAAACTATTGCTTCAAAGTTT
TACTTTATTCTACTCCCTGAGTATTCTCCAATAACTCATCATTATTTTGC
CAAAAATACAATTGCCAGTAGATGTTTCATTTTATTATATATATATAAAC
TTATTTTTTGAAAAAAATGTCGTAAATATCTTCTATAAACACATAGTCTT
TGAAAAAAGAAACTTTTTTGTTATTTCAGCAATCATACTATTATACCAAT
AAAAGAATATGGTGCATGCAGACTCCACGAATCCTCACTGTCAGATCCCC
TCCTTTGAATCTTATATCTTACTATATATATTATTTATTTTATGGATATT
CGAAAGGGGTAGAAAATGGGCCGTGAAAAGAAATGAATATAAATTTCAAA
TTTATTTATGTCTATTTTTTGTCAAATAGAGTTTTTTTATCTTATATTTA
TACATCCATAAAATAAAACATAATATTATCTATTATTCAAATGCATTACT
ACTACTCAATTGCATGCCGCCGCTTTCAAAGGACAAAAAGATTTATCAAA
AAATTGTATATCAAGCAAGTCTTAAGATCTGTATTTATTCTCCAGTGTGT
CATCATAGAAACAATCTTGTACACAAATCAAGAAAAGAAAATTTTACTTC
AGAGCCCAATATTTCATAGTCATATTACACTCAATTATAGACTTATTATC
TAAATTTGTGGTATAAGTTAAGATAACCAAGAATTTTATATATAGTTTAG
AACGTTTATTTTATGTAAGAAACTTACATTGGCCCGATATAGCCCTTTCA
ACCATAACATCAGTCAATTTCTCATTCTTTTATCGCGACAATCAACTTTG
TCTAATTTAACTGGAATTTGCGAGGGTTAATAAGAATATTTTTGTTGATA
TAAATAGTCAAATATGTCAGATGTAATCCAGTCTCAATTTTGAGAAAAAA
TCATTCTAGCTTGTTTTTCTGATAACGAGCCATTATTATGACTTTTTCTC
CTCACAGCAGCGTACTTGATCTATTACTTAGGAGCCAGAAATAAAAATAC
ATAGAGAATAACCATTTAATGAAAGAAACTGATGCATAGTTCAGGATATG
AGTCATATACATAGTATATGGTTCTCCTTTGCCATGGAAACTTATTGATT
AGAAGAAGGGGGATGCCAAGAAATGAATAGAAGAGTCTTTTTCTTCTCTT
ATTATTAATATTTATGGGGAAATAAGTTTTCCTTAGCTTCTTCTTCCCTG
AGCCCAAACATAACTTATTGCCATCAACCCTTTTTCCCATCCCTCTCTCT
GTTTAATTTCCACTTACTGATTAAGAGTACATATATACTAGTAGTCATGC
CAAGTCTTCTGTGTACATCATGGAATAATTGACAAGAGAATCATCATCTA
CGGAGTCACAACTCCTGGTGGAGTCGTTTTTAAAGGGTTTTCTATCTTCA
TATTGATTTATTTGGTTTTGTTATTTTAAAAAAAAAAAATATGTAGTACA
TCAATAAAAAAACAACCATGAAAAAAAATCAAGAAACGGAGAAATTCTTG
ACTTCATATTATATTTACAGCCCAATATTTCATAGATATATTTGTGACCA
TAGTAGGCTTTGTAATCAAATTTCTGGGATGATTTGAAATAATAAAAAAT
GTTAATTATAGTTAAGGGTCTTCACTTGAGGTAAGAGAAAGTCAACTTGG
GCCAAATATGCCCCTTTCAATATAATTTAATGTCAATTAATATTTATTTC
ATTAATGGGACGATGATTTTTTGGAACTTTAAGTGCATTTTTGGACTCAC
CCAAAGAGTGTATTAGAATAATCTTTTGTTAGAACACTGTGTACACACAA
CTTCACACGGACTGTATTTAGTTCTTAGCTGTAGAMCCTCCCAACCCATC
CGATGTTAAAACTGTCAGTCTGCTAAAAAATCCATATTTGGAAATAATAG
ACTAACTATTACCAACTGATTTTGGGGCTTCCCTCCCCCCTGTTCATTTC
TGAAGGAAAGATTGCGAGATACAATAAAGCTATAGATAGCACTCATGCTT
TATTCGTTGACAGGGTACACAAATACATATTTATTGGTTGATCTCATATT
TTTTATGACTTAAAATCTGTTTAATGGTGATTATGTAACGTGCATAATCG
ATATTCATCCCTCTTTTTTTGTATTTATTTCTATTGAAGAAAAAATAGAG
GATTCACCCCTTTTCCCTGTAGTCTGTAGTTGTTGGAATTTCTTACATTT
TTATGTTCCTTACATGAGTTTGTTTGTCATGTTTCAAAGAGAATTATTAA
TATTAACCTAATGATCCTACGTTTTCTCATAACTTATAGTAAGGAATTCT
TCCCCACCCCTCCTTCTTAAGGTGAAAGGATTTTATTAAATTACATTTGT
ATTCTTTGACAAGTTACTTTCAATTTCTATTAATACATTATTCTGATAAT
ATTATTTTTGTAACGATGTTTTTCTAAATGTTAATTTATTAGATATTAAC
AAATTTAGAAATTAATTAATTATCGAGGTTTTAAAGATAGATTTTTGATG
AGTTCTTATTATTTATCTACTCCACCGATAAATAAGAATAAAAATAGGTA
GAAGGAGCGTGGAAGGTGGTTTATTCTCTTTGTTCTTATTGGATGAAAAT
GAATAAATTTAGAAGTAATTATCGATTATTCTACAAAATTTAATAATCTT
TTATTCAATTACTATTTTAGATTATGGATTCACAGCTTTAAAAGATATAT
ATAAAAAGATTTTCAATTTGTACATGATCTTGACAGTATAATAATATCCT
ATTTAACGTTGGGATTGCTAAACATCCTAGGAAAGTACTCTCGATAGGTT
TTGAATGGAAGTAAGGAAGGGTTAAACTCCTTACTTCTTTTTTGAAAGGA
ACCCACCCCCCACTAAGAATAACGACCAAGTCTTGTTCCTATCTAATAAT
GATCAAACAAACAAGTCAGTCATGTTTGTGTGTATGTATGTGCGTGTCAT
CCAATCGTTCCAAGATGAAATAAAGTCCTATACCATAAAAGAAATATAAG
AATAATAACTATAAACTTCTTGCACGTGTTTTAGATTTTTCAAAATAATA
TAATATACGAACCATAGAACTACACATTATTCTCTCAGAGAGGTTTTCTC
AGGGAAAACTTCTGTTATGTTGTTTGTATTTTGTTGTTGTTGTTACCTGT
TTTTATGACTTTTTATTCATTCTATGTAGCCCTCAACTCTCACCCCTCTT
TTCTTTGATATCAAAGCAGCAGCAGAAATCCCTCCTTCCAGTTTTTTTTT
GATTTAATATAATATATAGAATGTAGTTTTGACATGTGATAGGCTTTTGA
CCGACATTATAATCATAACAAAAATAATATTTAGTAATCACCCCGTCATT
ATAGAAGGAACATGGAACATGATTTCCTTCTCTTCGTCTTCTTTTGTTTG
TGTGTCTGTGGATATCTTCCTCTTCTTCCTCGTAATTCCTAATAAACAAC
ACATCGTTTCCAGACATCAATAAAATTCTCCGTCTGAAACAAAACACAAC
CACCTTCTTCTTCTTCTTCTTGGAACTGTTAATAAAGACTCCCTTAATTA
ATATATATATACGTATATTAGTGTTGGTTTCGAAACACAGTTTTTGAGTT
CGAGTTTTTGAGAATTCGTATTATGAATTATCTGGAATAATCCATAATCA
GTCATAAACTTGATCATTTACTTCATCCAGAGAGTACCATACTTCGTAAA
CATCTATAAAAGAAACTGATCAATAAGCGAAAAAAATGTAACCTCAATCT
GATTTCCCAATCACAATTAAATATTGAATGTAAAAAGTATAATTGGTATT
TAACATCTAGGTAGATGGTATGCTAAGCAAGGACTTTAGAAAATCATTAG
GCCCTGTCTTTTGTGTTTGTTTGAATAATATCGTTGGTTGAGAGGCAAAT
TCCCGTAACTCAAATAATTATTTTACAGAATTAAGGTTGCAAATTCCATT
TTTTCATAATGATGGTTTCCAATTTTTATAAAAAAATGGACCTGAGAAAT
TCATTTCAACAGTATGAATTTATCTGTTTTTATGCATTATCATTAAAAAT
TGACTTCTAGGATGACCTATAGGCAATAACATATATACTTTTATTATTTG
AGTCGCGGCATTTTTGGCCCTTGATATATAAATGGGTTTTTTCCTTATTA
ATGATCAACTCGTGGGTTGAGAGTTATATTGTCGTAGCTCAAAAATTACA
AATAATAGTTTTATTGCCTATATGTCACTTATTCTAGAAGTATTTAGTAC
TTAGTTCTAGAATATTTAAAAACAGATAAATTCAGGGTTTATATTCAGAA
TATATAGGATAATATTTGTTGGAAAAATTGGAAAACACCATCAGTCATAA
TTAAAGAACTCTTCTTTGAGCAAGAAAATAAAAACTGTCTGTAATAGTTT
TTTACTGTCTCTTTGAGTTTTGATTCTATAATTTTGAATAATTGAATGTT
TTGAGCTTGGATTATTCGATTTCTAATTCAACACTAAAATATAAATAATG
TTATAATATTTATTCCTGGGCTTATTTTGAGTCTCATGAGATGTATTGTG
AGAGATTTACCACATCTCGTAAATTTTACCCACTCCTTTGGTGGATTAAT
CTTACATCCATTCCCTTTAACATATGTACACTTCTAACATTATGACTCCT
TCTTAGCCTTTTCAAAATCCCACCCTATTATTCATCCTTCGCTCCAGGAC
ACACCCAGTTGTTCAAACCTCACTTTTCTAGCTTTTTTATTTTATATAAA
ACTTCATTTGTATGCAAATTATTTTGTGCTACGGAATAAAGGGTTTAAAT
GACTCTTCAACCCATAAAAATTTTCATCACCCTCACACATTACGGATGTT
GTAATAGCAAATCCAACGCTTCCTAGGGACAAACATGAATACAATCTACC
CTGATATTATAGTTAACTATTACCATTTCTAGTCAATGGGCCATGTACAT
AGTATGTACGTAAGTTTTTGGTATTTTTTACCCTAGCCCCCATATTTGGC
ATCTACAACACATAATGTGCGTACTTCATTATAGCTTCTGTTGACAATTT
CAACCCATTCTACCTGCGTACCTACTTTTACATTGATCCTTATTTGTATT
AAGTTGATATCAAGAACACATAATTTCTTGCCTAATCGTTGCCTTCTAGA
AAAGAATGACGTTGTAAAAAAAAAAAAGATTTGTCGTATGAAGATTCACT
TTTTATATAAAATTATAAGGATAACAAGTTTAACGATTGCTAAGTTTAGA
TCTGTTAAAAATATTGAAATTACTAGTAGCAGCCTAGAGCGGGAATTAAA
CTGATTGAACGATTTAAAAATTCATTTTTTAAATTGAATTCCAGTGTTGT
GGATGTTACATTCAGATAGAAATTTGGAAACTACGTGTAACATTGACTAG
GCATTGATTTAGTTACACTTATTTGGATAAAGATAAGCCAGCAATATGAA
ATGTTTGACCCTTCCGATTTTGAGAGAAGGGACAAAATACCCAGCGTTAT
GGACATTTGCATGGAATTGCCTTTAAATAATATATATATGTACAAATAAT
AATCACTCTTTTGTCGTAATAGCTAATCCAGCTTCTCCTAGGGACAAAAA
GTAATATAATCCATAGAGATGTAAATTATAGGCATGTTTTTGGGCGCAAG
ATTTATGTGGATGGACACTGGGGCAGTGTTTAATTTTAATTTTACATAGT
AGTCACAATGTTTCTTTAACTTTTTGAGGAAAGAACATACAACTAGGATA
TAGTAATGCCTTGCAGGAGTGTTCATGAATGAGGTTGAGTAGCACAGAGT
ATTTGTTGAGGAGTTGATAAGTATAAGTCCTTGTTGGACCTGGAGTCATT
CCTATCTATGCCCTTAACACATATATACGGAGATGTTTATTGCCTTCCTC
TCATAGTTGCTTGTTGCCGATCTAATGATACGTCTTGATATCTAAGCTGT
TCTTCTCCCAAAAGTTACGAATCGATTTTGATCAAACTTTGTGCGAAGAA
GTCATTGAATTTTGAGATATCAACGTAACACAAAAATGTAAACAAATCAT
AATCGATCATAACTTTAAAAAAAAATTGAGATATATATATAACTCAATTT
TATTTGAGGCGAAAATTTTGCGCTCTACCGAGTGCCGATTTTAGTTTGTT
TTGTTTTTACATACAGTAAAGGCTTCAAATTTAATGCTTTACTTTGGTAC
TAAAGCTTACTAATGCAATTTCTTTTTAAATATACCAGAGGCGTACACAA
ATTAAGGAATTTTTGAGTTTTATTGGAAAATTTAATATTTGAATTTTATT
TTAGACTTTTTGTGAATAGCTGTGGATTTTTGATTTTTTTCTTTTTCAAA
AAATTAATGTTAGAAATTTAATTTTTGTAATTTTTTTTCAAAAAAAAAAA
AATTGGGGACCCCCCCACCCCCCCAAAGTATATATATAAGTAATCCTGCG
GACGGCCCTGTATACGTACGCATTTATTGTTTCTATGATTTAGAAATGCA
TGTCAATTGCTTTTTGTTTTTTTGTAATATCATTGATACCATCTACATAC
ATTGGAATTAACTGTAATCATTATAATGGACATTATTGCGTTTTGATGTA
GATTATGTATTTATATATATCATATTATACACTTTCCTTTTATCACTGCA
GTAATAGTTATTCCGTAATATTTATTTCAAGTTCATTGTATTTTATTTTT
GAAGATAATGCTTCATAATTCATACTAACAAAATTACATTTATTTATATG
TATAGAAAGTTTTCACTTTTTCACAAAGGTCAATGATTAGCACTCTTGCC
AATGAAAGAAAATATTAACAAATCAAGTCATTAGATTTTATGAAAACTCT
TTGTCAATTTTTGACAGAATCTTATGCGATTTGTTTTTCTTTTTTCGAAT
AACCTTATTTTCCTAAAATAAATACAAAGTTTTTTTGTTTGATTAATTTC
ATTTATAATTTTTTAATCATTTGCAGCCTAAACTTCATCTTTTTATGAAA
GTTGACCAATATGTAGGTAGACTCAAAGAAGGTGAGGGTAGAATTGATAC
AATTTTGAAATAAAAGAGACATTAGGAAATTAAGGAACAAAAAAACACAT
GTTTTGTTTATGTTTATTTTTTTTAATATTAATTATAAAATAGGCAAAAT
ACAGTATTTAGAAGAAGTAAAAGAATAAATGATTTATCACAGTCCTTATT
TAGGAATGAAGTCTGCGGGTCTGTCCACTTCAGTCCTGCATATCCGTCCT
AAAACTTAAAAAGTTTGGTCCTTAATGACTTTACTCAACTTTGTTTCCTT
CTGTTTTAATTAGTTTTAGTACTGACAGTCCAAAGGAACGGTCTTAAGAC
TGCACTGGATAAATAAGGACTGACAAAACACTGGATATATGTACTAATCA
TCAACAACTTATATATATTATTTGTCAGCTGTTGATTGTCTACTTTTCAT
AGTCATATGTATTAGTGCTCTGATAATAATTATTGATTAATTAAACACGA
ATGAGCTCGTATTGAGTTGTGAATAATGACAGATTCTACAGATTATTGTC
TAACTACTAAATAGTTATATGACATTTTTTCTTTCTCTTTTTGGGTGGAG
AGGTTGAGAGATACACTACTGATATTCCTGTGTTTTAGTCGGCTCTAACA
CATACCAGAGTAATTTTTTTTTTTTTTGTATTTATTTGGGCGAGCTTTTT
ATATCGAAACTWTTAGTATAGCAAGTTTTCTTTTAAGCGGTTGTTTTGAA
CTTTACCGTAATATTACTAATTAATAGTAGTTACTAATAAATTATAGAAA
TATATATCTAATAAAGGAGGGAGATTTTTTGGAGTTCTTGGATGACAAGT
GATCCAGTAGACGAATGTACTTCTATTTATTATGAGAAATATTGATTCCT
TAAATCGCGAAATGCGAATTAGATGACGAGTAGGGATAAACCCGTTTTAT
TGATGTTCATTCAAGAATATAATTTGAAAATATCTAAGAAATGACGTCAT
TACTCATCATTAGTATTGCTCTGTTCTAATATAAATTATTAAATCCTCAC
TGAAACGGTCCTCTCTGTAAAGAAGTCCACCCAAATAAATTTCGATATAA
AACTTTGTTAAATCGAGCCGCATTGAAAAAATCTTCGATATAAAAAGTGA
AGGCGGTAATTTATATTGATGAAAGCTGTTTAAATGTTGAAGCTCTTCAA
CACTTTGTGGCAGSTTGTTGGCGGGKATAATATAAAGGKATTTTYTCACC
CCTTACTTGGGGTGACTTGAAATGAGATCAAATGTGCTTTTGTTGTCGTT
ATTGTTCTTGGTGTACTGTTACAAGTCAATGCCACCATCATCATCATCAT
TGGTTACGCATCGTGGATTTTTTATTTGCCTCTCTTTATGCATTGCTTCC
TATTCTTGTGTTCATACATATTATGATGTACTTAAATGTTGAACGTGAAA
CCTCCTGCTTTTTTTTTTAAGAAACAAAAGAATTAATTACTTTTCATCAT
TACCATCTATAAAATAATGCATATAATAATACTCGAACTCTTAATGAGGC
ATAAATGCAAATGAATGTTAATTACAGGTGTGTACTTGTATTACTTAATG
GTTGTTTTTATTTTATTTTTGTTTTTCTTCACTGCATGCATGCTGTACTT
GTGTTTAATTGAATTGTCAACAAGTAAATTATTTTCCTACTTGCTTTTAT
TTATCAAAAGATTATAATTTGTGAAGTAAAAAGTTCTGAGCGTTTTTTTC
CTTTATTTTGACAATAAAATGAACATAACTTAGGATTGCCCTATTTAGAT
GGTTCCAAACGGGTTTCTGGTTTATCCTCAGTTCCTGGGCAATATAATTA
GTCCCCTCACATGCCGATCCAACTCGATAATGTCCGTTATTTAATGGACA
TCCTCGAAGTCCATATTTCCAGAACGGAATCGTTGGAACTACTGTTTTAC
TGTTGCATTCCATAAACAGAACATTTTTTTAGCTGTCTACTCCGCCTTTT
TACATTGGTCGTAGTGATTCTGAAGAATTTATTGAATTTTCTCTTTTTTT
ACTTCCATTTTGGAACACTGCAAAACACACAAAACTGTAAATGAACTTTT
TTTAATAGTGTTTTTGAGTTTTTTTACTTTGAATAACTTGAAATGAGGAC
ATTTTAATTCAATTTGGATGTACAGCTTTTAAAGTTAATGAACGCTGTTT
CTTATAGTTATAATCACCAAGAATAATTAAAAAAATAAAAGAAGAGTAAA
TGTTTATATTATTAAGCCAAAGTATGTGCATCGATGCCTAATAACTCTAA
GCAATGACGGGTACTCCCGTTAGTAGTTAAATAATTACCTATTGCTGTTC
CTAATCATAAATGTCAGCATCGATATAAATGTGTATGATGCCTAATATAT
ATCTTCATGTGTACATAGTATCAGGACTGCACGACATTGCTCCCAGTTAT
TAGGCATGGATAAACAGCAAAAAGGTATGCACACTTTGCCTAAATAACAT
TAGATATTTACTCTTCTTTTGTTTTGTCCTTTAATATGACGGGCTGAGTG
AGCTTTAGCTACACACGGTCGTTGCTGCATTGTGATTCCTTAGATCCMGT
AGTCACGCACTCAAAAATGAGTCTTTTCACAGACAAACAAACTTTGTTTT
ATGGATATAGATTACCAAGATACAAGAACACTATTTTCATGAAAAAAAGG
ATAAAAAGGCACGCCCACATTGTGACGTATTAAGTATAAACCTTATAATT
ACATCTCCTCTCATCGAACCCTCAACGCAGAGTTGAAGATAATTTAAATT
TTATTTTAAGGATCAAATTGATTGTTAAAATTTTTAACTATCTCAGACCG
GTCTGGGATTTTCAGATCGAAGGCGAACACTAGTTTTTCAGTACATATGA
AATAAGTGAAGTAAATTATAATTATTATTCAACCCTTTTATTTATTCTTC
TTGAGGCTAAGAAAATACATCTATTTTTACATCTTCTTCTACTCTACAGG
AGAAGGCAAGAAAAGAAGAAAAAAACACACACACACGACAAAAAATGTCA
CATTCCCTAAGATTAAATCAAAAGATTGAAATGTGCGTGACCTATTTAAT
TTGAGAGCCAAGTAGGTCATTAAGAGATTCTACAGCTATAGAATATCTAA
AACTGCATAAATTTTACTAAAATGATAAGAATGTATTATAACCAGGTGAT
TAGTGAAAATCTTATTTTTTTATTTCAAAATGTTTAAAAAAAAAACCCAG
CTTTTTAAGTTAGTTCAGCCTAATGATAGTTTTAAAAATTATTCAAGGGG
CATCATCGAGTATATATAAACATCTGAGACCTGTATGAGGGTAATATATT
CCCAAACAGTGTTCGCCAAAGTGAGTACATTAATTTATATCCTTCTGCCC
CAAAATATTCCTGGAACGATGTTTCTTTAATTCACATACCTATCAAATTA
CTAAATTTAAAGTTTATCAAATATATGTTACGTATATAAATCCATAAGTC
ATACACTATGTGTCATCGGAACAGGTTTAAATCCTTATGTCATCCACCTT
ACCAGTCTGTAGTGAATTAAGTTTATGTGCGTGATTGGATATCCTCTTCC
CTGGTTCTACAAATTAATTATCAAAATATAATTTAAATTAGTTTTCACGA
AACCAATATTTTCATATCAGTTTGGTAGGCAAAAAATTGTACTAAATAAC
AAGATACTTGCACTTACAGTGGTGCCAACATGATTAGGGTTTGCTGTGGA
GAGGGAGAAATTGAGGACATGTTTACAAGACGATTTTTGTTCTTACTCTG
TTATTCGCATGGCAATTGTATTTAAAGGCAGGGGTTATCTAATACATTTG
GTGTTTACGTCATCATTGTCCATCATATGTATGACGTAATAATACCTCGA
GTAATTACGTCACCAATATCAATTTACTATAGTATTATTTTAAATGAGTA
AATACTACAATTCCACTAATGTACTGGTATACAAAACCACAGGAGTTACT
ATGGACCATAATGGTATTTTCATCACCACTTTTAAAAGTATCTATCATCT
CAAGCATGCATGCATTTCTTCCGCCATGAAATGACTGAGAGATTAAAAAA
ACAAAATTTAATCCAAGAGCTGTATTGAAACGTCATGGGGGGATGTTTGT
TCTTTAGTTCCTTGTTGTAGGCACTAATTATATAGTCTCATAATATGAGG
AAGTATGTTATGTAATAATGTTGCTGAAATATGTATGGCTTATGAGACCA
TACGAAAAAGAAAGACATAGTCATAAAGATTTAGGTCATTGGAAGAGGCT
CGCTCCATTTCAGTTTCGCTTCTCCTCCACCCTCTTCTCCTTTTTATTTA
TTTATATGTTTCGCTTCATTCCAAACACACATAAGGCATGTACATATACA
TATATGGCTTAATAGAAAAAGTTTTATTTAATTATATTACAACATATATT
ATAGAGTTATGTTGATGTTTAAAGGAATATGATGACTTGATTATAAAAGT
TGTCTTTATTCATTCATAAGCAACTCTAATTAAAATGACTTTTTTTATTA
CCATCTTCCAGCTGTAATGTGTTAGTGCTGGATTCGGATCAAATCTTTCA
AGTTTGAGTTTATGAGAATTGGTGTTATATATTATGTGGAATCATTCATA
ATTTCATAAGAACGTGATCATTTACTTCACCCAGAGAGTACACCAACTTT
AGTACTTATTGAGTTGCTATAAAATAGACTAATTAATTATCCTTCATTCT
GTAAAAGTGAAGGAAAAAAAAGTAAGCACTAATCTGATTACCTAATCAGA
TTGAAAAGAAAACATATATTAGGGATACTAATGTCTTATATCATTTGTGA
TCATATTTAGCATCTAGGTTCAGGACTCGCAAAATCACTAGCCAGAGACT
ACCGGGTGGGAAATTGAAAAGTGAAGACTTTGAATCTGAAATTTTTACTA
GTCGTATTACCTAAAATATGGGAGCTATATTAACCAAACTTGTTGCATAT
GTTTTCACATGTGTTGTGACTTATAATTCTCTATGTAGCCTCCATCAATT
TTGATAATACCCTTGATGCACTGCCGAAAGCTCTGACAGGTGGTAATGAA
TGTAGTATCCATCCATTGTATAAGAAAGAAAGTCCAGTTATTGAATTCCA
GTACAATATTCCCCCTCCCTAAATATGATTATTTATGTATGCACAACCTC
CAATTTTCAAATATATGTATTTAAATACACTAAAAAGGGGAATAAAAAGG
TGGGGTTGGAGTAGAGAAGGGGCACACATATGGTTTAGCTAGGAAATGAA
TAGTTTTGCCCTTTCATATTTTGAAGAAAGTTAAAATGACTTGCATTTTT
CTTTTTAATCTAATGATCAAAATGCTCTCAAATTTGACTCTTTGTTCTAT
ATTACTCTAAATAAAAAGAGGCCTTTGGAAATCCCCCATTTTATTTTACT
TTTACTCAAAGTAACTCTTGGGGATATGAGAAAGCTCTTCTCATACCCTT
CTTCCTTTATGAAAACAATATCTGCGCGTGGTTAAAAAAGAAGAAGAAGA
AACAACTCACTACTGCTTTCTTTTTAAGTGCTCGCCCAAAGCTAATATGA
AGTTCTAATTATCTTCTTTCTTTCTTTTTTTGCAAAATATCAAATTACTA
TCGTTGTTTATATTTACATATGATATGTAGTAAGCTGGAATGCAAATGAT
AAAATGTAATAAAAATATTATTTTTTGCACATATTTGTAAATTGGCAATG
TATATTCACAGAGTGGAGCAAATAAGTACCCTTACTATAACAATAGTCAT
CTTTTTATATAAAATGAAAATGTAACATCAATTCAAATGAAATTATTTGT
ATATGGATTTTTTAATATATATTCTCAAAAAAGGAAAAAAATTATTTTGT
GAAACAATTTTGTTCACTGATCACTTTGAGGCAAATTCCTTTTTCAAATG
TTTTATTATACTTTGAAATAAAAACTATTTTTCATTTTCGGAATGCACTA
CATTTTAAGAACAAGCTAGGGCTTAAAATAGGTCCTAACATACGCTATGA
TTGCTGTTGTATAAATTTTGACTTCCCCGTATGTAAAAATAAAAGAAACC
GAAAATTCACTGATCAATTGACACGGCGTTACCACGCATACATAAAAATA
TCATATGTATTTAGTTGTTTGCTGTCGATTCTCTCCTCTGACTTGATCCG
TCATGGCTATTTCATAATTTATTCTTTTTGATGAATAGACGAAGTAATAA
GTTATGTAATATTTATGCTCCGATTCCAAATTGTGTAGGAATACAATTTC
TTGTCGATTCTTGGCACATATCAAGGTTAATAGAAATACAAGGTTATACC
ATAAAGTATGTACAACTTATGGTTGACTTCCACCATGCTTTTAATATTGA
CGTCATAGTAGAGGAGTGGTTGCGTGTTTTGTCAAAATCTGTTTTTCTTG
CCCCGTAGTCGTTAAATTGAAAATTCTAGCAATAGTGACGACATATACTT
TACGTGGCTGCTTGTTTTTTTTCAAAATCTGCCTGTCTAGCCCAGCAATC
GGTATAATACATCAGATTGAAAATTCTAGCAAGCCCGATTTTTGATGGTC
TAACCTATGTAGTATTTCTATTAAATATTACATTATTATTTCTCTGAATA
CACTTTGGATATTACATAGAAATACAAATGTATAGCTACGCTTTTAATAC
AATATTACGAAGCAATATTATTTACAGTATGGAATGAAATACTATGTAGG
AGTTTAACTAATAGGACTAATGATAGTCTGGGACTACTTAAAAGATAAAA
AGCAGTTGGCATGATTGCCTTATTTGGCTAACTACCAGATGATTCCGGTA
CTTCTTTTTTCGAAGGAAATGCTTGTTGATACAATAAAGGTAACACGCTG
TGTTAATGAATGTTTGGGAGAAGAGTTGTTTAAGACTTCATTGCATTTAT
ACGTGGATCCCCTTTAAGCAGCCGTGAGAGGAAGTAAATAAAGACACATC
CAACTACGCAAATAGGACACATAGGCCGATGTTCAACTAGGTCTTATAAA
CACTTATAAATCCTCAGCCAATCACCAGTGTTACTCTCCGTCTATCATTA
GAGTTCACACTAGTGATTGTTATCAACTTAGATATTATCTTTTTAATAAA
AAAATATGAAATACTCTTACCATCTACAAAAAAATATCGCTCGCCTTTGG
TTCATAATTTATACAACTATGATGTTATTTCTTAAAAACTAGGATATCAT
TTCAAAATGGGTTAGAAATAAAGTGGTCTTTTTGTATGCTGCCTTTTTTT
TTTTTTTTAAAGAGKGAATCTATTTATTTTTCATAAGTAAGGCTTTTTAT
TTTGGATGAAAAACCTTTTTCTCAATTTCTCCAGTTTGTATACAATAGTA
TATTGATGACTATGTTGTCGCATATTTGAAGGGGGAGAAAGAAAAACCAA
ATAGATTCTCAAGATCTTCCCTCAGGCCCTTTTTTTAGTACACATAAGGA
GTAGTTCAAATATTTCGGGTCAAAAGTTTTTATTCCATAATGATTCTTCC
ATCGGCAGTTTATGATTATTTTAAAGGGGGAAAAAGCTGGTAGTGTACAT
AAAATATGTATATTATTGTATATGGTTCATGTCAAGGGGTTAGAAAGAGA
GAGAGAAACATAAAAACAAAAATATGATAAATGATTTAAGTAAGGGAACC
CTTTTTTTTATTATAAAGATGGCGGTTTGTTTCGTTGTTTGAACAACCCC
CCCCCCTCCCTCATGCMCCTCTATCCAAATATTATGATTAAATATTATAT
TCACATCATTTATCATTGTAGACTATTCGAGATCCGCCTCCCTAAACATC
AATTTTCATAAGAATTTTGGGTTCTTTTTATTATTGGAGTAGTAGATCCC
TCTTTTCTTTTTCTTTAGGTTCATGATTAGTAATTATATTACTATCATCA
TCATCTTTAGAAGTTCATAATAACTGCAATTACACTTTCTCTATTTATTT
ATACATCTTTTTTGTGAACATGTGTAAAAGGTGTGCGTCCCAAGAGATTA
TAACTATTATTATTTTCTTTTATTTGAAATGATGCCAGAATAGAAGGGAT
GGTATTCATATGTCCAAATGAATAATGAGTTGAAACGGGCTCAGAATACA
TTTATATTAAATACTCGATTGTCTCTCGGAATACCGTTTTCCCGGGATGT
ATCGGGGTTTATATAACTACGTGAGATCCTTGGGGAAATATCGTATTTAA
CACTTTCATAACATTAGCTTCATTTAATTATATAAATTGTGTACAAGTTG
CAATTTCTTCGTTTGAAAATGTTTTGTTCAAGGGAAACATTAGTGATTCT
AATTACCAAACATTCTTTGATTTTGATTTATTAAAATCATATGGTTATTG
TGTATTTATGTGTAATATAACAGTGTGGATTTTTACTTAATAATATGCCA
CAGAATACGTATATTTTGGTAATTTGTATTAAAATTGTGAAAATTACACC
ATTAATATATCCATGAAGTTATTACATTATCATCACCCCAAGTAATGTAA
ACCTTTCATTTAAAAGTATTCATATCATTTTTTGCTTACAACTTAAGAAT
AAATTAGTAAGACTAGCTAAAATGTTCTATTTTTTCAGTAAATGTAAAAT
GAAGTACTTAAACTATTATGACATTTATTCGGGATCCCATTATTTAAGAA
ATAGTGTCCCGGGAAATGAGAAATCCTAGTACATTTGCCAGCCTTGGTAA
CATAATACTGTAGGGGGAGGTTGAGAGTTATTTGATGACTACATCATTAG
TATTCATAGTATTATCTTTGCTTTTAAACCATGAGTCGAATCGGTCATTC
ACCCCTCTTTTTTATATACATATATATTATTTATAGATACTAACATTTCA
ATTATTCATTTTTGTATCTGTGTCTGAAAAGATAACATAAAATGACATTC
TACACGACGTTATCCCACTGACAACACATTGTGTACCGTATTTTTAGGTC
AGCTGTCATTTTTTTGACTTTTCTTCCCCTCCAATAGTGTTTTGAGTATT
GATTGGTTCAATTGGAGTTATCTTTTGTTTAGTTGTAAACAATTATCTGC
TTTTAAATGAAGAATCGGCTAACTATCAACTGATTTTGGGCCTTTCCCCT
TTTGGCGAAATGTAGCTACAATCTACATATAGTAAAGATAACAACGTGTT
GAAAAACAAATCCCTAAGTCTTGTTTGGTATTCCGGTGCTATAGCGGTAT
AGCGGATTAAGGAACATTTCAAACGATCCTACATAACTCAATATTTATTG
AAACCCGTAATTGCAACGTCATGAAATATATTAGACTGGTTTTGACGTAA
CCTACAAGTTTTTGAGCTAGCCTCCCCCCCCAAAAAAAACTAGTGGAAAC
CACTGTAACTGTTCGAAAACTGCCTTTTCTAGCTATATGTGTTTAACCAA
AAAAGGATGACAAAATAGTACGATAAAATTGGTACTGGGACAACACTATT
ACCAACTGATTTTGGGAACTTTTTTTTCTCTCTCTTGAGTCTTTCCCGAG
ATAAGTAAAGATAAAGTTTTAATAGATATTGATGTGTACATCCTTTTTTT
GGACTGAAGACTGCAGTTTCGTATAGTTCAGTCTCGGCCCGGTTCAGTCC
TGCATATGAGTCCTAAAAATGATTAAGTTCAGTCTTTGATCATGTTAAAT
CAATTTTAGTACTCGCAGTCTGAATGACTTCTCCAGAGACTGGGGTGACC
GAATAAATAAGGACTATGATTGCACTAGTGATTGATACAATCGATATCTA
TACTCGCCCTAGTTCCATTTTTATGTCTGAGGAAAATTATTTTATTGCCT
TTATGTTATCCAAATCCAGTTGTACCTTTCTACTTATGTAGTGTCACCTT
GATTCCATTCAAATATAATAGAATAAGAAGCATTTCCGTTCATTATGTAA
GTGAAAACCAGGTAGTAAAAAATCAAAAACAATGGAGAAAAGGTTTGTGG
TAGTTGTAGTGATATCGTTGCTGAATGAGGGAAATCATTTGATGGTGTTA
CATTCTGGTATTTTAATGTGATTTGGTTCATCTATTAACGATATATATGA
CATAGATTTAACTCTTTAATTTAACACTTTTTCCGCTCTACTTACTTCAT
AAAAATTATTTCTGAATCTTAACAAGGCGTTGCTTCTCTGACATTAAAAT
GTAAGGTTGTCAGCTGTTGATGTTTCTGTTTCTTTTCTCCTTAAACTGTC
AGTTTTTTTAAACACGTATTGGATTAAAATGTAATCAGTTTTTCTGAAGG
TGTTGTGAACAATCAGGGACGTCTGCAGTATTATACATTATATAATTAAA
TAATAATTATTCAAGGGATGAGCACTTGATAATTCTTACACACTAGGTCC
TCCTCTTTAAATTTAATAATGGACACCAAATCAAAATAAATCAATTAATC
TGATATAAGGGGCAGATATGAATAGAACTACAATTTTATATTGTTGAGGG
TTACAGACATATTTATGTAACTATACTGTTCATCAATATAAGTTGCTTAT
TTCCACTAACATTGTAAAGTCATCAGGCTCAAGTACTAGACTCATTTCAT
TTGTATTCCATTGAGCAGGGTGTTATATAATGAGGAGTGAATATATATGG
AGGGTATCATTTTTAATTTTGTATGTGAGAGATGATTAAAGAATGGTGAA
GGGAACAGCATAAATCATTGTTAAGGGGTCGAATCATGATGAATTACTCT
TGATTAATTAATGTATGTTGCGTCTGATATGATTTTGATCTTATATTGTT
CGTTCTACGATGTATGCATTGTTGCTTCATTTACCGGTAGTAAAAAAGGT
TACCACAATAACACAAAATTTACAATGTATTTGGTTATCAGCTGTCGATT
TTTCTACTATCAGTGTACTGAAAGCTGATGGGTATAATTGGAGTTAGCTT
TTGTTAAGCTGGAAAGAGCTATTGAATGAATAACTATTCAATAGTGGCAA
GAGTTATTAGTTAACTACCAACTGATATATAACTTTTTTTTTCTTCTTAT
GGAAATGCAGTAAACATACGGAAAAGGGTATGCTTAATAATATTTGTTTG
AGTATACATTGGCATTATTAATTGCTATCCAAAAGTTCTGTAAATAATAA
TTATTATTCAGTTGTTATTGCTCTACGTTTTATATTTTTTTAATCCGGAT
TTTCTAGATGTCAAAAAAATATGTCATCAGATCTCAGACATGCTGAACAT
CAGGGGCGTTTCTAGCTTTCATAATTTGGGGGTTGGAGCTCACAAATTAT
CAACTCTTTTATATAAATCGGTCGATTTTATATTTATACGAGAAAAAAAA
TTGGGGGCACCATAAACTTTTTTTGGGAGTGAGCCCCCAGAAAGGGACTA
CCATTGCTGTTCTCCAATTCTAAAGTGTTATTCATTTGTAAGGAATGGAA
TGTATCGCGATCTGTTGAATAAAACGAAAATCGCACTTAACATAAAAGGT
GTGTCGGAATTAAATATACACCCAGTAATATTACTGTTAAATTCATAATA
ATTTATTGAGCTTTACGCATAGAGAAGTTCGTCCTATGATGTAAGTACTT
AAAGATACACTTGTATGATATGAAATTATATACATGATGATATTATAACC
TTCATAAACAAACGAAGACAGAAATATTTAATCTGCTAACGGTATTAGCA
TTAATATTATCGACCAAGTATGATCAATGTATTGAACCATATCTCTCTTA
AACTTGATTTCAAGGTTCTTTGAGTCTGACAGTAATGTGGAAAGTATCGT
GATTTGTGCTATATATATAGCACTACTCATAGAACGTGAAAATATGTCAT
TCTTTTTACCACATAATAATTGTAATGTCTTTCTTTATTTTCAATTTGTG
TATAATGACCTGCTTTATTGAATATTATGTCAGTATGAGTGTGTGACCAT
GGAACAACTAAATCTAATTGCAATCGGCATAAGTCGACGGTTCCCCCCTT
ATGTACATACATGGAAATTCCTAGGTTATGTTCGTATTCATATAAAGGAT
ATAATATAATGAATACTTAGATAGACGCCATCTTAAAAATATATAAAAGG
GGGGGGGGGGGACATTTCATATATTTGTAAAGTAAAAAGGAAGTTGAATA
CATGTGTTCCAACTCTGGTCTTGAACTTGAAGATCTATGTTGTTGTGTTT
TTGCTGTGGTTGTTTATCTTGATTTTTAGATGTCCTTCGTCAAAAATACA
TTGTCAATGAAGATGTATTTTTATAACGACGCGTCTTGTTTTTTCTTTTA
ATGTTCGCATTATATTCTTATTTAATTATCTTATCCTTTAACATTTTTAT
TTTTTATTCTCATAATGTAATCTAGATAATTGCTTACTCGTTCTTTGTAT
GTACTACTACTACTACATAATCCATGGGATTTCGTAAATCTCATCATTGT
GTACGCAATTATTGGGGAATTACATATATGTATATAGTGTCCATTTTCTC
TTATTTGAAAATATTCTTAACTTAAATTACTTTTTAAAGTACGTATGTGT
ACAAAGAGTATATGATACATATTTAATTAACAAAGGAATACGAATTCATT
GGCCTTTTTATCGAGATGGATCAGAATGATTCAACTCTCTTATTCTTTGT
GAAAACGTCTTAATGATGAATTAAAAATAGAATATATTTCACTGACTTTT
TTATTCATTCATATGTACATGAGACATCATTAATCTTGGAGATTTCTTTT
CTATTATGTCTTACGTCTCAGTAGACGAGGAACCAATCAACTCTCTTTTT
TATTTAAGAAGGGTGTCTATTCAAACTAAATGCAGAATGTATTAGCTATA
CGAGAATTCACTTACATACGTTTCTTTTTAATATGTCATTGTACAAGTGC
CAACCCAAAAATGAGAAAATCAATTAAGAGTAGACATGTGATGCAATAAT
TGAATAATATATTAATTATGAAAATTACTAATGAATGTTCTTTGACATTG
TAAATGTCACAAAACTATAATAATTATCATAAATATACTTCAAATACGTA
ATTTGAATAGATCCAAATGAAATGAGGGCATCAATTAACAGATGGTAATT
AAATAAGCTGCAATGAGACATATAAATTGAAACTTGTACAATTAACGCAT
ACAAGTTGCATCTGAAATTGCTATATTTACCAGGGGTGTCCGTATGGGAT
TGGGTTAGAGCTCCCTCCCCAAATTAAGGATTTTTTTATTCTTACTCAAA
AATTTAATATTTTATTTTATTTTCTTTTTCAAAAAAATTTATATTATGGA
GAATAGCTATAGATTTTAGAAATTTTGTTTTATAAAATTGTAATTTTGGA
AAATTAAAAGAATTACATAAACAAATGACAAAATGTTTTACTTTTTTTTA
TGTCTATTTTTTTATTAATTACGGCTTKACAAAAAAAWACAWGAATATAT
CTCTATTTCTCATGTTTATTTTTTCAGTTTCTGGGACGCTCAATGTAAAT
CAAAATCGTGAGTCTGTTACCCTAAGAGTCGGTGAAGATGAACACCTTCA
ATGTTCTACCACACTTATAATCAAGGGTTGTATGTTCCTTACTCCTCAAG
GCGATCAGTTCTTTATCTTCGACACTGCAAATTATGGACGGATTGAGGCT
GCTAGTGAGACAGACATGGAATGTAAAATTCGAATCCCATCGATATCAGA
ACAAGACAATGGGGATTGGAAATGTATTATAACAGCATTATCAGAGGATG
GCACTCCTATTCAGGGAAATGCTACAATCTCCGTAACTGTTGCAGGTAAT
TATTATTATTTTTGTTTTATGACGGATAACATAAAAGTCTCCTTACTAAT
AAATATTCATTGAAATGTATAGTTCCTCCTTCCAAAATGGAGTTGTTCGT
GGATGGTGTGGAGGCTGAAAGTACCGACCTTCAAATGAAGCTAATTCCTG
ATGATCACAAGGAGATCAAATGTGTTGCTTTGCACGCTCGTCCAGCTCCT
ACCTTTACATGGACTTTAAATGAAGAACCTCTTCATGTAAAATAAAATTA
ATTGGTTTTTCTTCTTCCGTTTGTCAATTTTTTAACACTATGTTTGTTAC
AGGGTAACATTGAGGATTCTGAAGAAGTTTTAGAGAATGGAACTGTGAAC
TATGCACAAACTCTCCTTTATTACCCAGATGCCAAACACAATGGAGTCGA
ACTCAAGTGTAGCCTGAGCCATGAGGCATATAGCCCTGCTCAACTTGATT
CTCGGGAAAATGAAAGAGGACTAAACATCAAATTACTTTACAAGCCTTTG
GAGAGTGAAAAAACACAGGAATTCTACGTTCAGAGTGAAGGTGAAGCTAA
GACATTTAATATGGTATTTGAAGCATTTCCTGAGCCAACAGAGGTCTACT
GGGATTTGAGTGGAATGGAATCTCATCTTCAACAAGGAGACACTAGTTTC
AATGACAAGTACACATCCTCCGAACTTACCCCAGGAGTAAGTCTTATTAT
CAATGAGGCAATTCAATAATGTCGATAGTATTCATTCTTATTCATAATTT
CTTACAGGATACTAACGGAGAATACAGTATCTCTCTCACTATCGAAGGTG
TTTCAGTTGAAGATACCAAAAATGAGAGTTCCTTATTCGTCAAAAACTCA
GAAGGAGAGACAGAGTACAAATTCAAAATTAAATTGGGACGAGAGCCTGC
TGCAGGTATTAAAATCTAAATCTATGTTATAGTACCTCAAATTCAAGAAA
AATGCAAATGTTTTGGTTCCTAATATTACTCGTTAATTTTTATTTTTGAG
TATTTGATGTTATTCGTTCTATTTATTACTTTGGAATGCGGATTTAGATG
ATGACACATGTTGTAATTTGCACACAATACTGTTCATCTTTCAATTTTAT
TGTCATGAGACTTTTTTGATTATTGCTGGTTTTTTTTATATTATTAACTA
TTACTTCTGTAACGGTGTTAGTTTTTTTTTCTTTGGTTGTTGATTCCTCT
TCAGCCTTTAGATTTCGAATGACACATTCTTCAATTAGTAGATTGTCTTG
TCGAATTAAGGTCTTGACACCACATTATTGAGTTATTATTTTCCTCATTA
AACATATGTTTTTTCCTCACTAAAATTTTATTCGAACTTGAATCTTCTTA
CAGATATTCCTAGCGTGTCACGATCCGAAAATCCCGATGAAGGGGGTAAG
TTATGTTCCCTAAATATAATTTAAGGGACAAATACAAACGAAAAGAAATT
GCTTATTTTATTTCCTTCTTGCCTTTATTTATCGATTCGATTCTTCATAG
TAAGGATTCGATTTTTATGGCTTTTTACTATGAAAGGATTGAATTAATGT
AAGATCTTTCTTCGTATCTCTTCTTCTCCGTCWCTATCCACTTTATTTCA
ACTGAGTTGCATGGATTCCTTTTTTTATCATTCGACTACTTTTAAAACAA
AAACGACTCTTCTTCGGTGATTCTCTCTTGTTTCAAAAATTACTCTTTAA
GTTACAAATTTCCAATCATTTATTTACTTTTTCCATTTTTATAGGTACAA
ACTCTATTATGTTTTTTGCATGTATTATTAATTAGAATTTTTATTTTACA
TTTGCATTATTTTATTTCGTTTAAATATTTATATAAATCTACGAATGCGT
TACATTTAGTGATGTATTCTATCTTTTTCTAATAAAACCCCCTATTTTTG
CATTGTTTTTGCAGAATCCATGGGCTCTGGACCCGTTGTTGGTGTTGTCA
TCATTATTCTCATCATCTTAATATTAATTGGTCTTGCATTACTTATTAGA
TCAAAGGGGTTATTCTGCTTTGCAGGTGAGTAAATCATTTGTACTATACT
TATTGATAATTAACTATTTCTATTATCAATTCAATGACTGTTCAGATGTT
CTCCATGCATGTTTATTTTTTTAGTTTTGAGGTAGATTCTCTGCAATAAC
CATAGTGTTCTTGAAATTTACAGCCCGTGGAAACAGGGATTTCTAGTAAA
TGATTGCATTTCATTCCATGAATTATGTGGCTGGKATTTCCATTCAGATT
ACTATTTTGCTTCTATTTTTACCCCACCATTTTGTTGTWGTTTTATCATT
TATTTTTTGTTTTTATATCCATGTTCCTGCACTTTGTATTCGTTATTTTT
ATGATTTGTCCTTCATTTTTTGTTACTCATTTCGTTATATTTTTGTTTCC
AAGTATTCTATAAACCCTTTTTTATGTTATGTTAATTTATTTTATGATTT
GTCCTCTATTCTTATTTTGTATCTCTGACTCATTGAATTGTCCATATGCA
TAATCCTACAAATATTTGTATCTCAATCACACTTTCGCAACCCTATTGAT
TTCAGCAAAAGGTGGAGAGCCTTTAGAAGAAGAAAAAGATGGGGCTGCAT
TTGATGGAATGGAAAAGGGAGAGTCTGTTCCTCCTCCTCCCGTGGTTAAA
CCCGAATCTTTGAAAACCCCTGAAGACAAAAAGGCGACTCCAGAGGAAAC
TAAACCTCTTACAGAGCCACTAACAGTCAATGAGCCAAAGTCCGTGGAGG
CACCAGCTCCGGTCTCTGATGAGAAGAAAGAAGAAGGATCGGAGAATAAA
TAG
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