EMLSAG00000007577, EMLSAG00000007577-690343 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000007577
Unique NameEMLSAG00000007577-690343
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP9 "Matrix metalloproteinase-9" species:9606 "Homo sapiens" [GO:0001501 "skeletal system development" evidence=IEA] [GO:0001503 "ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005518 "collagen binding" evidence=TAS] [GO:0005576 "extracellular region" evidence=TAS] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005615 "extracellular space" evidence=IDA] [GO:0006508 "proteolysis" evidence=IDA] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=TAS] [GO:0022617 "extracellular matrix disassembly" evidence=TAS] [GO:0030198 "extracellular matrix organization" evidence=TAS] [GO:0030225 "macrophage differentiation" evidence=TAS] [GO:0030574 "collagen catabolic process" evidence=TAS] [GO:0042802 "identical protein binding" evidence=IPI] [GO:0043065 "positive regulation of apoptotic process" evidence=IEA] [GO:0050900 "leukocyte migration" evidence=IEA] [GO:0051549 "positive regulation of keratinocyte migration" evidence=IMP] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028688 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Reactome:REACT_118779 Pfam:PF01471 Reactome:REACT_111102 GO:GO:0005615 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0007566 GO:GO:0043065 GO:GO:0001501 GO:GO:0004222 GO:GO:0005518 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0022617 GO:GO:0051549 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 DrugBank:DB00641 InterPro:IPR013806 SUPFAM:SSF57440 MIM:603932 GO:GO:0030225 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 DrugBank:DB01017 DrugBank:DB01296 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 TreeFam:TF315428 PANTHER:PTHR10201 Orphanet:1040 ChEMBL:CHEMBL2095216 OrthoDB:EOG70KGNX DrugBank:DB00786 MEROPS:M10.004 CTD:4318 eggNOG:NOG328372 KO:K01403 InterPro:IPR006970 PANTHER:PTHR10201:SF30 Pfam:PF04886 EMBL:J05070 EMBL:M68343 EMBL:M68344 EMBL:M68345 EMBL:M68346 EMBL:M68347 EMBL:M68348 EMBL:M68349 EMBL:M68350 EMBL:M68351 EMBL:M68352 EMBL:M68353 EMBL:M68354 EMBL:M68355 EMBL:AK313137 EMBL:AF538844 EMBL:DQ194553 EMBL:AL162458 EMBL:BC006093 EMBL:D10051 PIR:A34458 RefSeq:NP_004985.2 UniGene:Hs.297413 PDB:1GKC PDB:1GKD PDB:1ITV PDB:1L6J PDB:1LKG PDB:2OVX PDB:2OVZ PDB:2OW0 PDB:2OW1 PDB:2OW2 PDB:4H1Q PDB:4H2E PDB:4H3X PDB:4H82 PDB:4HMA PDBsum:1GKC PDBsum:1GKD PDBsum:1ITV PDBsum:1L6J PDBsum:1LKG PDBsum:2OVX PDBsum:2OVZ PDBsum:2OW0 PDBsum:2OW1 PDBsum:2OW2 PDBsum:4H1Q PDBsum:4H2E PDBsum:4H3X PDBsum:4H82 PDBsum:4HMA ProteinModelPortal:P14780 SMR:P14780 BioGrid:110461 DIP:DIP-29518N IntAct:P14780 MINT:MINT-7709677 STRING:9606.ENSP00000361405 GuidetoPHARMACOLOGY:1633 PhosphoSite:P14780 UniCarbKB:P14780 DMDM:269849668 PaxDb:P14780 PeptideAtlas:P14780 PRIDE:P14780 DNASU:4318 Ensembl:ENST00000372330 GeneID:4318 KEGG:hsa:4318 UCSC:uc002xqz.3 GeneCards:GC20P044637 H-InvDB:HIX0015874 HGNC:HGNC:7176 HPA:CAB000348 HPA:HPA001238 MIM:120361 MIM:613073 neXtProt:NX_P14780 PharmGKB:PA30889 InParanoid:P14780 OMA:EGDLKWH PhylomeDB:P14780 EvolutionaryTrace:P14780 GeneWiki:MMP9 GenomeRNAi:4318 NextBio:16989 PRO:PR:P14780 Bgee:P14780 CleanEx:HS_MMP9 Genevestigator:P14780 Uniprot:P14780)

HSP 1 Score: 63.1586 bits (152), Expect = 3.477e-10
Identity = 44/126 (34.92%), Postives = 56/126 (44.44%), Query Frame = 0 
Query:   61 NSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGEPEFFGNCTYHCE 182
               V   R  N DG +C FPF + G ++  CTT GRS+   WC      T  Y   D  G+ P+E L       +G+ CQFPF +    Y  CT DG    Y WC T  N     + FG C    +
Sbjct:  214 KGVVVPTRFGNADGAACHFPFIFEGRSYSACTTDGRSDGLPWCS----TTANYDTDDRFGFCPSERLYTQDGNADGKPCQFPFIFQGQSYSACTTDGRSDGYRWCATTAN-YDRDKLFGFCPTRAD 334

HSP 2 Score: 51.9878 bits (123), Expect = 2.340e-6
Identity = 38/110 (34.55%), Postives = 51/110 (46.36%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRD-----CPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            Y +  N DG+ C+FPF + G ++  CTT GRS+   WC      T A  DRD     CP      D       + G++C FPF++    Y  CT +G      WC T  N
Sbjct:  277 YTQDGNADGKPCQFPFIFQGQSYSACTTDGRSDGYRWCA-----TTANYDRDKLFGFCPTR---ADSTVMGGNSAGELCVFPFTFLGKEYSTCTSEGRGDGRLWCATTSN 378
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:Mmp2 "matrix metallopeptidase 2" species:10090 "Mus musculus" [GO:0001525 "angiogenesis" evidence=IEA] [GO:0001541 "ovarian follicle development" evidence=ISO] [GO:0001666 "response to hypoxia" evidence=ISO;IDA] [GO:0001955 "blood vessel maturation" evidence=IGI] [GO:0001957 "intramembranous ossification" evidence=IGI] [GO:0001968 "fibronectin binding" evidence=ISO] [GO:0004222 "metalloendopeptidase activity" evidence=IDA] [GO:0005576 "extracellular region" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005615 "extracellular space" evidence=ISO;IDA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005737 "cytoplasm" evidence=ISO;IDA] [GO:0005739 "mitochondrion" evidence=IDA] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0006508 "proteolysis" evidence=ISO;IDA] [GO:0006979 "response to oxidative stress" evidence=ISO] [GO:0007162 "negative regulation of cell adhesion" evidence=ISO] [GO:0007566 "embryo implantation" evidence=IDA] [GO:0008233 "peptidase activity" evidence=ISO] [GO:0008237 "metallopeptidase activity" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0009612 "response to mechanical stimulus" evidence=ISO] [GO:0014012 "peripheral nervous system axon regeneration" evidence=ISO] [GO:0016020 "membrane" evidence=IEA] [GO:0016477 "cell migration" evidence=ISO] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0030017 "sarcomere" evidence=IDA] [GO:0030335 "positive regulation of cell migration" evidence=ISO] [GO:0030574 "collagen catabolic process" evidence=ISO;IMP] [GO:0031012 "extracellular matrix" evidence=IEA] [GO:0042493 "response to drug" evidence=ISO] [GO:0042542 "response to hydrogen peroxide" evidence=ISO] [GO:0043065 "positive regulation of apoptotic process" evidence=ISO] [GO:0043627 "response to estrogen" evidence=ISO] [GO:0045089 "positive regulation of innate immune response" evidence=IDA] [GO:0045906 "negative regulation of vasoconstriction" evidence=ISO] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0048705 "skeletal system morphogenesis" evidence=IGI] [GO:0048771 "tissue remodeling" evidence=ISO] [GO:0060325 "face morphogenesis" evidence=IGI] [GO:0060346 "bone trabecula formation" evidence=IGI] [GO:0060740 "prostate gland epithelium morphogenesis" evidence=ISO] [GO:0071230 "cellular response to amino acid stimulus" evidence=IDA] [GO:0071392 "cellular response to estradiol stimulus" evidence=ISO] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 MGI:MGI:97009 GO:GO:0005739 GO:GO:0005886 GO:GO:0005634 GO:GO:0005615 GO:GO:0016020 GO:GO:0030017 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0001666 GO:GO:0007566 GO:GO:0001525 GO:GO:0004222 GO:GO:0001955 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0045089 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 GO:GO:0060325 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071230 GO:GO:0001957 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0060346 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 TreeFam:TF315428 PANTHER:PTHR10201 MEROPS:M10.003 CTD:4313 eggNOG:NOG303159 HOGENOM:HOG000217926 KO:K01398 PANTHER:PTHR10201:SF29 OMA:LMAPIYT OrthoDB:EOG70KGNX ChiTaRS:MMP2 EMBL:M84324 EMBL:BC070430 PIR:A42496 RefSeq:NP_032636.1 UniGene:Mm.29564 ProteinModelPortal:P33434 SMR:P33434 IntAct:P33434 BindingDB:P33434 ChEMBL:CHEMBL3095 PhosphoSite:P33434 PaxDb:P33434 PRIDE:P33434 Ensembl:ENSMUST00000034187 GeneID:17390 KEGG:mmu:17390 UCSC:uc009mue.1 InParanoid:P33434 NextBio:292012 PRO:PR:P33434 ArrayExpress:P33434 Bgee:P33434 CleanEx:MM_MMP2 Genevestigator:P33434 Uniprot:P33434)

HSP 1 Score: 59.6918 bits (143), Expect = 4.848e-9
Identity = 39/106 (36.79%), Postives = 53/106 (50.00%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G +    WC T  N
Sbjct:  280 FTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRNDGKVWCATTTN 380

HSP 2 Score: 58.5362 bits (140), Expect = 1.353e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP2 "72 kDa type IV collagenase" species:9606 "Homo sapiens" [GO:0001525 "angiogenesis" evidence=IEA] [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0001955 "blood vessel maturation" evidence=IEA] [GO:0001957 "intramembranous ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0005576 "extracellular region" evidence=TAS] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005615 "extracellular space" evidence=IDA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005739 "mitochondrion" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006508 "proteolysis" evidence=TAS] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0022617 "extracellular matrix disassembly" evidence=TAS] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030198 "extracellular matrix organization" evidence=TAS] [GO:0030574 "collagen catabolic process" evidence=TAS] [GO:0044267 "cellular protein metabolic process" evidence=TAS] [GO:0060325 "face morphogenesis" evidence=IEA] [GO:0060346 "bone trabecula formation" evidence=IEA] [GO:0071230 "cellular response to amino acid stimulus" evidence=IEA] Reactome:REACT_17015 InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Reactome:REACT_118779 Pfam:PF01471 GO:GO:0005739 GO:GO:0005886 GO:GO:0005634 GO:GO:0005615 GO:GO:0044267 GO:GO:0030017 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0001666 GO:GO:0007566 PDB:3AYU PDBsum:3AYU GO:GO:0001525 GO:GO:0004252 GO:GO:0004222 GO:GO:0001955 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0022617 Reactome:REACT_196873 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 DrugBank:DB00605 SUPFAM:SSF47090 GO:GO:0060325 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071230 GO:GO:0001957 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0060346 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 TreeFam:TF315428 PANTHER:PTHR10201 Orphanet:85196 Orphanet:3460 ChEMBL:CHEMBL2095216 MEROPS:M10.003 CTD:4313 eggNOG:NOG303159 HOGENOM:HOG000217926 KO:K01398 PANTHER:PTHR10201:SF29 OMA:LMAPIYT OrthoDB:EOG70KGNX EMBL:M55593 EMBL:M58552 EMBL:M55582 EMBL:M55583 EMBL:M55584 EMBL:M55585 EMBL:M55586 EMBL:M55587 EMBL:M55588 EMBL:M55589 EMBL:M55590 EMBL:M55591 EMBL:M55592 EMBL:AK301536 EMBL:AK310314 EMBL:AK312711 EMBL:AY738117 EMBL:AC007336 EMBL:AC092722 EMBL:BC002576 EMBL:M33789 EMBL:J03210 PIR:A28153 RefSeq:NP_001121363.1 RefSeq:NP_004521.1 UniGene:Hs.513617 PDB:1CK7 PDB:1CXW PDB:1EAK PDB:1GEN PDB:1GXD PDB:1HOV PDB:1J7M PDB:1KS0 PDB:1QIB PDB:1RTG PDBsum:1CK7 PDBsum:1CXW PDBsum:1EAK PDBsum:1GEN PDBsum:1GXD PDBsum:1HOV PDBsum:1J7M PDBsum:1KS0 PDBsum:1QIB PDBsum:1RTG ProteinModelPortal:P08253 SMR:P08253 BioGrid:110457 DIP:DIP-26N IntAct:P08253 STRING:9606.ENSP00000219070 BindingDB:P08253 DrugBank:DB00786 GuidetoPHARMACOLOGY:1629 PhosphoSite:P08253 DMDM:116856 PaxDb:P08253 PeptideAtlas:P08253 PRIDE:P08253 DNASU:4313 Ensembl:ENST00000219070 Ensembl:ENST00000437642 Ensembl:ENST00000543485 Ensembl:ENST00000570308 GeneID:4313 KEGG:hsa:4313 UCSC:uc002ehz.4 GeneCards:GC16P055424 HGNC:HGNC:7166 HPA:CAB002788 HPA:HPA001939 MIM:120360 MIM:259600 neXtProt:NX_P08253 PharmGKB:PA30877 InParanoid:P08253 PhylomeDB:P08253 BioCyc:MetaCyc:HS01565-MONOMER BRENDA:3.4.24.24 ChiTaRS:MMP2 EvolutionaryTrace:P08253 GeneWiki:MMP2 GenomeRNAi:4313 NextBio:16973 PMAP-CutDB:P08253 PRO:PR:P08253 ArrayExpress:P08253 Bgee:P08253 CleanEx:HS_MMP2 Genevestigator:P08253 Uniprot:P08253)

HSP 1 Score: 59.6918 bits (143), Expect = 5.946e-9
Identity = 37/105 (35.24%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  ++ CT  GRS+   WC      T+ +      G+ P E L       EGQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGKEYNSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNAEGQPCKFPFRFQGTSYDSCTTEGRTDGYRWCGTT 320

HSP 2 Score: 56.9954 bits (136), Expect = 4.468e-8
Identity = 38/106 (35.85%), Postives = 51/106 (48.11%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N +GQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNAEGQPCKFPFRFQGTSYDSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKMWCATTAN 380
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP2 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0001955 "blood vessel maturation" evidence=IEA] [GO:0001957 "intramembranous ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030574 "collagen catabolic process" evidence=IEA] [GO:0031012 "extracellular matrix" evidence=IEA] [GO:0060325 "face morphogenesis" evidence=IEA] [GO:0060346 "bone trabecula formation" evidence=IEA] [GO:0071230 "cellular response to amino acid stimulus" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 GO:GO:0005886 GO:GO:0005615 GO:GO:0030017 GO:GO:0006508 GO:GO:0008270 GO:GO:0001666 GO:GO:0007566 GO:GO:0004222 GO:GO:0001955 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0031012 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 GO:GO:0060325 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071230 GO:GO:0001957 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0060346 InterPro:IPR018486 PROSITE:PS00024 TreeFam:TF315428 PANTHER:PTHR10201 GeneTree:ENSGT00730000110410 PANTHER:PTHR10201:SF29 OMA:LMAPIYT OrthoDB:EOG70KGNX EMBL:CU442722 Ensembl:ENSSSCT00000003130 Uniprot:F1RF11)

HSP 1 Score: 59.6918 bits (143), Expect = 6.407e-9
Identity = 36/105 (34.29%), Postives = 50/105 (47.62%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  ++ CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFSFNGKEYNSCTDTGRSDGFLWCS----TTYNFDKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320

HSP 2 Score: 57.3806 bits (137), Expect = 3.777e-8
Identity = 38/106 (35.85%), Postives = 52/106 (49.06%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    +  CT  G      WC T  N
Sbjct:  280 FTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKHESCTSAGRSDGKLWCATTAN 380
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP2 "72 kDa type IV collagenase" species:9913 "Bos taurus" [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0001955 "blood vessel maturation" evidence=IEA] [GO:0001957 "intramembranous ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030574 "collagen catabolic process" evidence=IEA] [GO:0031012 "extracellular matrix" evidence=IEA] [GO:0060325 "face morphogenesis" evidence=IEA] [GO:0060346 "bone trabecula formation" evidence=IEA] [GO:0071230 "cellular response to amino acid stimulus" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 GO:GO:0005886 GO:GO:0005615 GO:GO:0030017 GO:GO:0006508 GO:GO:0008270 GO:GO:0001666 GO:GO:0007566 GO:GO:0004222 GO:GO:0001955 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0031012 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 GO:GO:0060325 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071230 GO:GO:0001957 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0060346 InterPro:IPR018486 PROSITE:PS00024 TreeFam:TF315428 PANTHER:PTHR10201 GeneTree:ENSGT00730000110410 PANTHER:PTHR10201:SF29 OMA:LMAPIYT OrthoDB:EOG70KGNX EMBL:DAAA02046482 PRIDE:F1MKH8 Ensembl:ENSBTAT00000025657 Uniprot:F1MKH8)

HSP 1 Score: 59.3066 bits (142), Expect = 8.402e-9
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF++ G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  221 VVRVKYGNADGEYCKFPFRFNGKEYTSCTDTGRSDGFLWCS----TTYNFDKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWCGTT 321

HSP 2 Score: 53.9138 bits (128), Expect = 4.765e-7
Identity = 37/106 (34.91%), Postives = 50/106 (47.17%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C  PF++    +  CT  G      WC T  N
Sbjct:  281 FTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVLPFTFLGNKHESCTSAGRSDGKLWCATTSN 381
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP2 "72 kDa type IV collagenase" species:9913 "Bos taurus" [GO:0001525 "angiogenesis" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0030574 "collagen catabolic process" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 GO:GO:0005634 GO:GO:0016020 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0001525 GO:GO:0004222 Gene3D:3.40.390.10 GO:GO:0030574 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 InterPro:IPR013806 SUPFAM:SSF57440 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 PANTHER:PTHR10201 EMBL:AF290428 RefSeq:NP_777170.1 UniGene:Bt.5313 ProteinModelPortal:Q9GLE5 SMR:Q9GLE5 MEROPS:M10.003 PRIDE:Q9GLE5 GeneID:282872 KEGG:bta:282872 CTD:4313 eggNOG:NOG303159 HOGENOM:HOG000217926 InParanoid:Q9GLE5 KO:K01398 NextBio:20806400 PANTHER:PTHR10201:SF29 Uniprot:Q9GLE5)

HSP 1 Score: 58.9214 bits (141), Expect = 8.886e-9
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF++ G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  221 VVRVKYGNADGEYCKFPFRFNGKEYTSCTDTGRSDGFLWCS----TTYNFDKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWCGTT 321

HSP 2 Score: 53.5286 bits (127), Expect = 6.066e-7
Identity = 37/106 (34.91%), Postives = 50/106 (47.17%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C  PF++    +  CT  G      WC T  N
Sbjct:  281 FTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWC----GTTEDY-DRDKEYGFCPETAMSTVGGNSEGAPCVLPFTFLGNKHESCTSAGRSDGKLWCATTSN 381
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:Mmp2 "72 kDa type IV collagenase" species:10116 "Rattus norvegicus" [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 RGD:621316 GO:GO:0005634 GO:GO:0005737 GO:GO:0009612 GO:GO:0016020 GO:GO:0014823 GO:GO:0042493 GO:GO:0016049 GO:GO:0051602 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0001666 GO:GO:0007565 GO:GO:0008237 GO:GO:0001525 GO:GO:0043065 GO:GO:0016477 GO:GO:0032526 GO:GO:0004222 GO:GO:0035094 GO:GO:0001541 Gene3D:3.40.390.10 GO:GO:0007162 GO:GO:0030574 GO:GO:0030335 GO:GO:0042542 GO:GO:0045906 GO:GO:0007567 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 GO:GO:0055093 SUPFAM:SSF47090 GO:GO:0060740 GO:GO:0009314 GO:GO:0071347 GO:GO:0014012 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071392 GO:GO:0001542 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0071498 GO:GO:0001553 GO:GO:0060033 GO:GO:0048771 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 PANTHER:PTHR10201 MEROPS:M10.003 CTD:4313 eggNOG:NOG303159 KO:K01398 PANTHER:PTHR10201:SF29 EMBL:X71466 EMBL:U65656 EMBL:BC074013 PIR:S34780 RefSeq:NP_112316.2 UniGene:Rn.6422 ProteinModelPortal:P33436 SMR:P33436 BindingDB:P33436 ChEMBL:CHEMBL1075175 PaxDb:P33436 PRIDE:P33436 GeneID:81686 KEGG:rno:81686 NextBio:615320 PRO:PR:P33436 Genevestigator:P33436 Uniprot:P33436)

HSP 1 Score: 58.9214 bits (141), Expect = 1.102e-8
Identity = 39/106 (36.79%), Postives = 52/106 (49.06%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKVWCATTTN 380

HSP 2 Score: 58.151 bits (139), Expect = 1.930e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:Mmp2 "matrix metallopeptidase 2" species:10116 "Rattus norvegicus" [GO:0001525 "angiogenesis" evidence=IEP] [GO:0001541 "ovarian follicle development" evidence=IDA] [GO:0001542 "ovulation from ovarian follicle" evidence=IEP] [GO:0001553 "luteinization" evidence=IEP] [GO:0001666 "response to hypoxia" evidence=ISO;IDA] [GO:0001955 "blood vessel maturation" evidence=ISO] [GO:0001957 "intramembranous ossification" evidence=ISO] [GO:0001968 "fibronectin binding" evidence=IPI] [GO:0004222 "metalloendopeptidase activity" evidence=IEA;ISO] [GO:0005578 "proteinaceous extracellular matrix" evidence=IEA] [GO:0005615 "extracellular space" evidence=ISO] [GO:0005634 "nucleus" evidence=IEA] [GO:0005737 "cytoplasm" evidence=ISO;IDA] [GO:0005739 "mitochondrion" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO] [GO:0006508 "proteolysis" evidence=IDA] [GO:0006979 "response to oxidative stress" evidence=IDA] [GO:0007162 "negative regulation of cell adhesion" evidence=IDA] [GO:0007565 "female pregnancy" evidence=IEP] [GO:0007566 "embryo implantation" evidence=ISO] [GO:0007567 "parturition" evidence=IEP] [GO:0007568 "aging" evidence=IEP] [GO:0008233 "peptidase activity" evidence=IDA] [GO:0008237 "metallopeptidase activity" evidence=TAS] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0009314 "response to radiation" evidence=IEP] [GO:0009612 "response to mechanical stimulus" evidence=IDA] [GO:0014012 "peripheral nervous system axon regeneration" evidence=IDA] [GO:0014823 "response to activity" evidence=IEP] [GO:0016020 "membrane" evidence=IEA] [GO:0016477 "cell migration" evidence=IMP] [GO:0030017 "sarcomere" evidence=ISO] [GO:0030335 "positive regulation of cell migration" evidence=IMP] [GO:0030574 "collagen catabolic process" evidence=ISO;IDA] [GO:0032526 "response to retinoic acid" evidence=IEP] [GO:0034097 "response to cytokine" evidence=IEP] [GO:0035094 "response to nicotine" evidence=IEP] [GO:0042493 "response to drug" evidence=IEP;IDA] [GO:0042542 "response to hydrogen peroxide" evidence=IDA] [GO:0043065 "positive regulation of apoptotic process" evidence=IDA] [GO:0043627 "response to estrogen" evidence=IDA] [GO:0045089 "positive regulation of innate immune response" evidence=ISO] [GO:0045906 "negative regulation of vasoconstriction" evidence=IDA] [GO:0048705 "skeletal system morphogenesis" evidence=ISO] [GO:0048771 "tissue remodeling" evidence=IDA] [GO:0051602 "response to electrical stimulus" evidence=IEP] [GO:0055093 "response to hyperoxia" evidence=IEP] [GO:0060033 "anatomical structure regression" evidence=IEP] [GO:0060325 "face morphogenesis" evidence=ISO] [GO:0060346 "bone trabecula formation" evidence=ISO] [GO:0060740 "prostate gland epithelium morphogenesis" evidence=IMP] [GO:0071230 "cellular response to amino acid stimulus" evidence=ISO] [GO:0071345 "cellular response to cytokine stimulus" evidence=IEP] [GO:0071347 "cellular response to interleukin-1" evidence=IEP] [GO:0071392 "cellular response to estradiol stimulus" evidence=IMP] [GO:0071498 "cellular response to fluid shear stress" evidence=IEP] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00142 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 RGD:621316 GO:GO:0005634 GO:GO:0005737 GO:GO:0009612 GO:GO:0016020 GO:GO:0014823 GO:GO:0042493 GO:GO:0016049 GO:GO:0051602 GO:GO:0006508 GO:GO:0008270 GO:GO:0005578 GO:GO:0001666 GO:GO:0007565 GO:GO:0008237 GO:GO:0001525 GO:GO:0043065 GO:GO:0016477 GO:GO:0032526 GO:GO:0004222 GO:GO:0035094 GO:GO:0001541 Gene3D:3.40.390.10 GO:GO:0007162 GO:GO:0030574 GO:GO:0030335 GO:GO:0042542 GO:GO:0045906 GO:GO:0007567 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 GO:GO:0055093 SUPFAM:SSF47090 GO:GO:0060740 GO:GO:0009314 GO:GO:0071347 GO:GO:0014012 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071392 GO:GO:0001542 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0071498 GO:GO:0001553 GO:GO:0060033 GO:GO:0048771 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 HOVERGEN:HBG052484 PANTHER:PTHR10201 MEROPS:M10.003 CTD:4313 eggNOG:NOG303159 KO:K01398 PANTHER:PTHR10201:SF29 EMBL:X71466 EMBL:U65656 EMBL:BC074013 PIR:S34780 RefSeq:NP_112316.2 UniGene:Rn.6422 ProteinModelPortal:P33436 SMR:P33436 BindingDB:P33436 ChEMBL:CHEMBL1075175 PaxDb:P33436 PRIDE:P33436 GeneID:81686 KEGG:rno:81686 NextBio:615320 PRO:PR:P33436 Genevestigator:P33436 Uniprot:P33436)

HSP 1 Score: 58.9214 bits (141), Expect = 1.102e-8
Identity = 39/106 (36.79%), Postives = 52/106 (49.06%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKVWCATTTN 380

HSP 2 Score: 58.151 bits (139), Expect = 1.930e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:Mmp2 "72 kDa type IV collagenase" species:10116 "Rattus norvegicus" [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0001955 "blood vessel maturation" evidence=IEA] [GO:0001957 "intramembranous ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030574 "collagen catabolic process" evidence=IEA] [GO:0031012 "extracellular matrix" evidence=IEA] [GO:0060325 "face morphogenesis" evidence=IEA] [GO:0060346 "bone trabecula formation" evidence=IEA] [GO:0071230 "cellular response to amino acid stimulus" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028708 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 GO:GO:0005886 GO:GO:0005615 GO:GO:0030017 GO:GO:0006508 GO:GO:0008270 GO:GO:0001666 GO:GO:0007566 GO:GO:0004222 GO:GO:0001955 Gene3D:3.40.390.10 GO:GO:0030574 GO:GO:0031012 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 GO:GO:0060325 InterPro:IPR013806 SUPFAM:SSF57440 GO:GO:0071230 GO:GO:0001957 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 GO:GO:0060346 Gene3D:1.10.101.10 InterPro:IPR018486 PROSITE:PS00024 TreeFam:TF315428 PANTHER:PTHR10201 GeneTree:ENSGT00730000110410 PANTHER:PTHR10201:SF29 OMA:LMAPIYT OrthoDB:EOG70KGNX EMBL:AABR06097368 EMBL:AABR06097369 EMBL:AABR06097370 EMBL:AABR06097371 EMBL:AABR06097372 Ensembl:ENSRNOT00000022679 NextBio:35574789 Uniprot:E9PSM5)

HSP 1 Score: 58.9214 bits (141), Expect = 1.165e-8
Identity = 39/106 (36.79%), Postives = 52/106 (49.06%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKVWCATTTN 380

HSP 2 Score: 57.7658 bits (138), Expect = 2.262e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. GO
Match: - (symbol:MMP9 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001501 "skeletal system development" evidence=IEA] [GO:0001503 "ossification" evidence=IEA] [GO:0004222 "metalloendopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0007566 "embryo implantation" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030198 "extracellular matrix organization" evidence=IEA] [GO:0030574 "collagen catabolic process" evidence=IEA] [GO:0031012 "extracellular matrix" evidence=IEA] [GO:0042802 "identical protein binding" evidence=IEA] [GO:0043065 "positive regulation of apoptotic process" evidence=IEA] [GO:0050900 "leukocyte migration" evidence=IEA] [GO:0051549 "positive regulation of keratinocyte migration" evidence=IEA] InterPro:IPR001818 InterPro:IPR006026 InterPro:IPR021158 InterPro:IPR021190 InterPro:IPR024079 InterPro:IPR028688 Pfam:PF00413 PRINTS:PR00138 PROSITE:PS00546 SMART:SM00235 InterPro:IPR002477 Pfam:PF01471 GO:GO:0006508 GO:GO:0008270 GO:GO:0004222 Gene3D:3.40.390.10 GO:GO:0031012 Gene3D:2.110.10.10 InterPro:IPR000585 InterPro:IPR018487 Pfam:PF00045 SMART:SM00120 SUPFAM:SSF50923 PROSITE:PS51642 SUPFAM:SSF47090 InterPro:IPR013806 SUPFAM:SSF57440 Gene3D:2.10.10.10 InterPro:IPR000562 Pfam:PF00040 SMART:SM00059 PROSITE:PS00023 PROSITE:PS51092 Gene3D:1.10.101.10 TreeFam:TF315428 PANTHER:PTHR10201 GeneTree:ENSGT00730000110410 OrthoDB:EOG70KGNX PANTHER:PTHR10201:SF30 EMBL:AADN03007844 Ensembl:ENSGALT00000011323 Uniprot:F1NGT3)

HSP 1 Score: 57.7658 bits (138), Expect = 2.416e-8
Identity = 36/103 (34.95%), Postives = 49/103 (47.57%), Query Frame = 0 
Query:   68 RSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            R  N +G SC FPF + G ++ +C T GR++   WC      T +Y      G+ P+E L      ++G  C FPF +    Y  CT DG    Y WC T  N
Sbjct:  221 RYGNANGASCHFPFIFEGRSYSRCITEGRTDGMLWCA----TTASYDADKTYGFCPSELLYTNGGNSDGSPCVFPFIFDGASYDTCTTDGRSDGYRWCATTAN 319

HSP 2 Score: 53.9138 bits (128), Expect = 5.481e-7
Identity = 38/110 (34.55%), Postives = 49/110 (44.55%), Query Frame = 0 
Query:   62 STVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            S + Y    N DG  C FPF + G ++  CTT GRS+   WC      T A  D+D   G+ P  D       ++G  C FPF++    Y  CT  G      WC T  N
Sbjct:  273 SELLYTNGGNSDGSPCVFPFIFDGASYDTCTTDGRSDGYRWCA-----TTANFDQDKKYGFCPNRDTAVIGGNSQGDPCVFPFTFLGQSYSACTSQGRQDGKLWCATTSN 377
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868237|gb|GAXK01089325.1| (TSA: Calanus finmarchicus comp891836_c0_seq10 transcribed RNA sequence)

HSP 1 Score: 62.7734 bits (151), Expect = 6.006e-11
Identity = 44/120 (36.67%), Postives = 58/120 (48.33%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHC 181
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VNG+GE   + +G+C   C
Sbjct:   82 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNGVGEVLDKKWGDCAKGC 435
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868236|gb|GAXK01089326.1| (TSA: Calanus finmarchicus comp891836_c0_seq11 transcribed RNA sequence)

HSP 1 Score: 61.6178 bits (148), Expect = 1.223e-10
Identity = 44/120 (36.67%), Postives = 57/120 (47.50%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHC 181
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VNG GE   + +G+C   C
Sbjct:   16 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNGAGEVLDKKWGDCAKGC 369
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868242|gb|GAXK01089320.1| (TSA: Calanus finmarchicus comp891836_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 62.3882 bits (150), Expect = 1.712e-10
Identity = 44/120 (36.67%), Postives = 58/120 (48.33%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHC 181
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VNG+GE   + +G+C   C
Sbjct:   82 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNGVGEVLDKKWGDCAKGC 435
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868240|gb|GAXK01089322.1| (TSA: Calanus finmarchicus comp891836_c0_seq7 transcribed RNA sequence)

HSP 1 Score: 61.2326 bits (147), Expect = 4.498e-10
Identity = 44/120 (36.67%), Postives = 57/120 (47.50%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHC 181
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VNG GE   + +G+C   C
Sbjct:   16 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNGAGEVLDKKWGDCAKGC 369
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868238|gb|GAXK01089324.1| (TSA: Calanus finmarchicus comp891836_c0_seq9 transcribed RNA sequence)

HSP 1 Score: 60.077 bits (144), Expect = 5.819e-10
Identity = 50/157 (31.85%), Postives = 65/157 (41.40%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMD 218
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VN +GE     +G+C   C      S     L         +  L S   Y C+ D
Sbjct:   33 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNNVGEVLDRKWGDCAKGCPITGGGSK----LGLCTNKCGSSTALTSPTGYACYCD 485
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868239|gb|GAXK01089323.1| (TSA: Calanus finmarchicus comp891836_c0_seq8 transcribed RNA sequence)

HSP 1 Score: 60.077 bits (144), Expect = 7.081e-10
Identity = 50/157 (31.85%), Postives = 65/157 (41.40%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMD 218
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VN +GE     +G+C   C      S     L         +  L S   Y C+ D
Sbjct:   86 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNNVGEVLDRKWGDCAKGCPITGGGSK----LGLCTNKCGSSTALTSPTGYACYCD 538
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592902881|gb|GAXK01055494.1| (TSA: Calanus finmarchicus comp85502_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 60.077 bits (144), Expect = 1.071e-9
Identity = 50/144 (34.72%), Postives = 64/144 (44.44%), Query Frame = 0 
Query:   75 QSCKFPFKYGGLTHHQCTTMGRSESWC---MLNDG--ITFAY--CDRDCPGYEPAEDLMDTCKTTE----GQICQFPFSYGSIIYHGCTL-----DGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAFFILSLI 202
            + C FPF++ G+TH  CTT+  ++ WC    L DG  IT  Y  C   C G    +    +C+ T     G+ C FPFSY    Y GCT           PWC T  NG G     G   Y   G+D   P++     FI S I
Sbjct:  355 KPCIFPFRFNGVTHTSCTTVNINQPWCSTATLADGSHITGQYGLCPSSCSGSG-GKLTATSCRVTSGPATGRQCVFPFSYNGKTYQGCTAWKYGGINQGKPWCSTRTNGQGA-HVNGGGNYGFCGQD--CPASTAGEGFIKSRI 774

HSP 2 Score: 40.817 bits (94), Expect = 2.605e-3
Identity = 21/52 (40.38%), Postives = 27/52 (51.92%), Query Frame = 0 
Query:  129 CKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVV--NGIGEPEFFGNCT 178
            C TT G +CQFPF +    Y  CT      PWC T+V  NG      +G+C+
Sbjct:  112 CSTTSGDVCQFPFIFKGQRYTKCTFTNSPTPWCATMVDQNGNAVTNRWGDCS 267

HSP 3 Score: 40.4318 bits (93), Expect = 2.799e-3
Identity = 34/138 (24.64%), Postives = 54/138 (39.13%), Query Frame = 0 
Query:   65 SYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCML-----NDGIT-----------FAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWC--PTVVNGIGEPEFFGNCTYHCEGE 184
            S C +T+  G  C+FPF + G  + +CT       WC        + +T           F+ C+ D P  +     +     T  + C FPF +  + +  CT    + PWC   T+ +G      +G C   C G 
Sbjct:  106 SLCSTTS--GDVCQFPFIFKGQRYTKCTFTNSPTPWCATMVDQNGNAVTNRWGDCSITDRFSSCETDTP-KQSGSSCITIGGPTPNKPCIFPFRFNGVTHTSCTTVNINQPWCSTATLADGSHITGQYGLCPSSCSGS 510

HSP 4 Score: 38.891 bits (89), Expect = 9.421e-3
Identity = 23/82 (28.05%), Postives = 36/82 (43.90%), Query Frame = 0 
Query:   63 TVSYCRSTN--PDGQSCKFPFKYGGLTHHQCTT-----MGRSESWCM---------LNDGITFAYCDRDCPGYEPAEDLMDT 128
            T + CR T+    G+ C FPF Y G T+  CT      + + + WC          +N G  + +C +DCP     E  + +
Sbjct:  523 TATSCRVTSGPATGRQCVFPFSYNGKTYQGCTAWKYGGINQGKPWCSTRTNGQGAHVNGGGNYGFCGQDCPASTAGEGFIKS 768
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868243|gb|GAXK01089319.1| (TSA: Calanus finmarchicus comp891836_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.449e-9
Identity = 50/157 (31.85%), Postives = 65/157 (41.40%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMD 218
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VN +GE     +G+C   C      S     L         +  L S   Y C+ D
Sbjct:   33 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNNVGEVLDRKWGDCAKGCPITGGGSK----LGLCTNKCGSSTALTSPTGYACYCD 485
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868244|gb|GAXK01089318.1| (TSA: Calanus finmarchicus comp891836_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 59.6918 bits (143), Expect = 1.569e-9
Identity = 50/157 (31.85%), Postives = 65/157 (41.40%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMD 218
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VN +GE     +G+C   C      S     L         +  L S   Y C+ D
Sbjct:   86 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNNVGEVLDRKWGDCAKGCPITGGGSK----LGLCTNKCGSSTALTSPTGYACYCD 538
[Close]
BLAST of EMLSAG00000007577 vs. C. finmarchicus
Match: gi|592868241|gb|GAXK01089321.1| (TSA: Calanus finmarchicus comp891836_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 59.3066 bits (142), Expect = 1.891e-9
Identity = 43/120 (35.83%), Postives = 56/120 (46.67%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGE--PEFFGNCTYHC 181
            G+ C FPFKY G  H +CT         WC        D +  A+   DC    P E D+ + C+TT+ + C FPF +    Y  CT D  D   PWC T VN +GE     +G+C   C
Sbjct:  372 GKYCVFPFKYKGKAHSKCTKEDSKNGAYWCATAVDTNQDVVHGAW--EDCGQGCPLEMDMDEGCRTTKNEECIFPFKFRGRFYKSCTRDYSDNGSPWCATQVNNVGEVLDRKWGDCAKGC 725
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000007577 (pep:novel supercontig:LSalAtl2s:LSalAtl2s437:8742:105237:-1 gene:EMLSAG00000007577 transcript:EMLSAT00000007577 description:"maker-LSalAtl2s437-snap-gene-1.27")

HSP 1 Score: 518.079 bits (1333), Expect = 0.000e+0
Identity = 248/248 (100.00%), Postives = 248/248 (100.00%), Query Frame = 0 
Query:    1 MYYAQFSYLFIAYWCCCYSRDDVKLMNYYYFSVIEKLEELSISTLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMDRRTRRKVRFVVKSHFNEAQNSFIINEENDE 248
            MYYAQFSYLFIAYWCCCYSRDDVKLMNYYYFSVIEKLEELSISTLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMDRRTRRKVRFVVKSHFNEAQNSFIINEENDE
Sbjct:    1 MYYAQFSYLFIAYWCCCYSRDDVKLMNYYYFSVIEKLEELSISTLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNVLLVSFVIYKCWMDRRTRRKVRFVVKSHFNEAQNSFIINEENDE 248
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000007457 (pep:novel supercontig:LSalAtl2s:LSalAtl2s427:165169:167705:1 gene:EMLSAG00000007457 transcript:EMLSAT00000007457 description:"maker-LSalAtl2s427-augustus-gene-1.13")

HSP 1 Score: 80.8777 bits (198), Expect = 3.362e-18
Identity = 53/140 (37.86%), Postives = 67/140 (47.86%), Query Frame = 0 
Query:   53 NCSDGCFDNSTVSY--CRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN-----DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEG 183
            +C+  C   ST S   C+ST+  G +CKFPF Y G    QCT     ++ WC ++     D   +  C  DCP Y       D C T  G  C FPF Y    Y  C T D    PWC T VN  GE + +GNC  +C+G
Sbjct:   67 DCTSSCKMASTASTNGCKSTS--GXACKFPFGYNGEMFTQCTNADFGDTFWCAVSVNGNGDVQGYGTCSADCPRYSTIS--ADKCATISGVSCTFPFKYNGKTYDACTTADNSGSPWCATSVNAQGESQGYGNCNTNCQG 202

HSP 2 Score: 65.4698 bits (158), Expect = 1.055e-12
Identity = 43/117 (36.75%), Postives = 60/117 (51.28%), Query Frame = 0 
Query:   73 DGQSCKFPFKYGGLTHHQCTTMG-RSESWCMLN-DGITFAY-----CDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHC 181
            DG++C FPFKY G+ +  CTT+   + +WC  + D IT A      C   C     A    + CK+T G  C+FPF Y   ++  CT  D  D  WC   VNG G+ + +G C+  C
Sbjct:   22 DGRNCLFPFKYIGIEYDGCTTVDYGTTAWCATSVDSITGATIEYGDCTSSCKMASTAS--TNGCKSTSGXACKFPFGYNGEMFTQCTNADFGDTFWCAVSVNGNGDVQGYGTCSADC 136

HSP 3 Score: 53.1434 bits (126), Expect = 1.675e-8
Identity = 47/157 (29.94%), Postives = 58/157 (36.94%), Query Frame = 0 
Query:   54 CSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN-----------------DGITFAYCDRD-----------------------CPGYEPAEDLM--DTCKTTEGQICQFPFSYGSIIYHGCTL-DGHDYPWCPTVVN 166
            CS  C   ST+S  +     G SC FPFKY G T+  CTT   S S WC  +                  G+T+  C                          C    P E  +  + C TT+   C FPF+Y  I Y  CT  D    PWC T V+
Sbjct:  132 CSADCPRYSTISADKCATISGVSCTFPFKYNGKTYDACTTADNSGSPWCATSVNAQGESQGYGNCNTNCQGVTYNQCSSQDFGGIFWCATSVDAAGNNLGYGTCSSSCPMETTIPSNKCGTTDNHACIFPFTYSGITYTTCTTRDNSGTPWCATKVD 288
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000007729 (pep:novel supercontig:LSalAtl2s:LSalAtl2s44:635264:638187:-1 gene:EMLSAG00000007729 transcript:EMLSAT00000007729 description:"maker-LSalAtl2s44-augustus-gene-6.6")

HSP 1 Score: 80.1073 bits (196), Expect = 1.205e-17
Identity = 52/147 (35.37%), Postives = 67/147 (45.58%), Query Frame = 0 
Query:   43 STLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN-----DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCE 182
            ST    K   +C+  C + ST S     +  G +CKFPF Y G    QCT +   ++ WC ++     D   +  C  DCP Y       D C T  G  C FPF Y    Y  C T D    PWC T VN  GE + +GNC  +C+
Sbjct:   86 STTGETKEYGDCASSCKEVSTASTSGCKSTSGVACKFPFGYNGEIFKQCTNIXFGDTFWCAVSVNGNGDVQGYGTCSADCPRYSTIP--ADKCATISGVSCTFPFKYNGKTYDACTTADNSGSPWCATSVNAQGEYQGYGNCNTNCQ 230

HSP 2 Score: 63.929 bits (154), Expect = 4.377e-12
Identity = 41/115 (35.65%), Postives = 57/115 (49.57%), Query Frame = 0 
Query:   73 DGQSCKFPFKYGGLTHHQCTTMG-RSESWCMLN----DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHC 181
            DG++C FPFKY G+ +  CTT    + +WC  +     G T  Y D      E +      CK+T G  C+FPF Y   I+  CT +   D  WC   VNG G+ + +G C+  C
Sbjct:   51 DGRNCLFPFKYLGIEYKACTTADYGTTAWCATSVDSTTGETKEYGDCASSCKEVSTASTSGCKSTSGVACKFPFGYNGEIFKQCTNIXFGDTFWCAVSVNGNGDVQGYGTCSADC 165

HSP 3 Score: 56.225 bits (134), Expect = 1.650e-9
Identity = 45/143 (31.47%), Postives = 63/143 (44.06%), Query Frame = 0 
Query:   54 CSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLNDGITFAY-----CDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEF----FGNCTYHCEGED 185
            CS  C   ST+   +     G SC FPFKY G T+  CTT   S S WC  +      Y     C+ +C         + +C TT G+ C FPFS+  + + GCT    +   WC       G P+     +G+C+  C  +D
Sbjct:  161 CSADCPRYSTIPADKCATISGVSCTFPFKYNGKTYDACTTADNSGSPWCATSVNAQGEYQGYGNCNTNC--------QVSSCPTTNGKKCTFPFSWEGVNFDGCTDASNNGVQWCAVTT---GFPDNYVIEYGDCSSSCPVKD 292

HSP 4 Score: 48.521 bits (114), Expect = 6.108e-7
Identity = 43/146 (29.45%), Postives = 55/146 (37.67%), Query Frame = 0 
Query:   58 CFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSE-SWCMLNDG------ITFAYCDRDCP---------------------GYE------PAEDLM--DTCKTTEGQICQFPFSYGSIIYHGCTL-DGHDYPWCPTVVN 166
            C  N  VS C +TN  G+ C FPF + G+    CT    +   WC +  G      I +  C   CP                     GY       P E  +  + C TT+   C FPF+Y    Y  CT  D    PWC T V+
Sbjct:  225 CNTNCQVSSCPTTN--GKKCTFPFSWEGVNFDGCTDASNNGVQWCAVTTGFPDNYVIEYGDCSSSCPVKDFGGIFWCATSVDAAGNNLGYGTCSSSCPREATIPSNKCGTTDNNACIFPFTYSGKTYTTCTTRDNSGTPWCATKVD 368
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000006207 (pep:novel supercontig:LSalAtl2s:LSalAtl2s339:71387:73151:-1 gene:EMLSAG00000006207 transcript:EMLSAT00000006207 description:"maker-LSalAtl2s339-augustus-gene-0.17")

HSP 1 Score: 78.1814 bits (191), Expect = 7.195e-17
Identity = 54/169 (31.95%), Postives = 83/169 (49.11%), Query Frame = 0 
Query:   26 MNYYYFSVIEKLEELSISTLLSEKLNV----NCSDGCFDNSTV-SYCRSTNPDGQSCKFPFKYGGLTHHQCTTMG-RSESWCML-----NDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCE 182
              ++  + +E  ++   +T ++E+       NC  GC   +TV   C +TN  GQ C+FPF Y G T+++CTT+      WC       N+   +  C  +CPG      ++  C    G  CQFPF+Y    Y  CT +D  + PWC T V+  G+   +G CT HC+
Sbjct:  240 QTFHQCTTVENGDQPWCATYVNERRETEKWGNCEAGCPIGTTVPGACPTTN--GQQCRFPFVYRGQTYNKCTTVDYEGVYWCATSLEADNEMGNYGICHGNCPG---VLTVVQGCTILNGTACQFPFNYRGKTYTTCTTIDYRNTPWCATSVDVRGDYTSYGVCTSHCQ 403

HSP 2 Score: 64.3142 bits (155), Expect = 3.308e-12
Identity = 42/120 (35.00%), Postives = 59/120 (49.17%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN---DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEAS 188
            G  C FPF YGG T+  CTT+  +   WC  +   +G T  Y D             ++CKTT  Q C FPF Y S IY+ CT +D    PWC T V+ +     +G+C   C  +++ +
Sbjct:   33 GDQCIFPFNYGGKTYQACTTIDYNGVYWCATSLHANGETKNYGDCSSSCSSAPSG--NSCKTTANQSCIFPFVYNSQIYNTCTVVDNSGIPWCATSVDALKNYRTYGHCGNFCSSDNDPT 150

HSP 3 Score: 62.7734 bits (151), Expect = 1.236e-11
Identity = 41/123 (33.33%), Postives = 57/123 (46.34%), Query Frame = 0 
Query:   68 RSTNPDGQSCKFPFKYGGLTHHQCTTMGRS-ESWCML-----NDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEG 183
            R +   G++C+FPF Y G T HQCTT+    + WC        +   +  C+  CP       +   C TT GQ C+FPF Y    Y+ C T+D     WC T +    E   +G C  +C G
Sbjct:  222 RCSTSTGENCQFPFSYDGQTFHQCTTVENGDQPWCATYVNERRETEKWGNCEAGCP---IGTTVPGACPTTNGQQCRFPFVYRGQTYNKCTTVDYEGVYWCATSLEADNEMGNYGICHGNCPG 341
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000012120 (pep:novel supercontig:LSalAtl2s:LSalAtl2s86:692955:707462:1 gene:EMLSAG00000012120 transcript:EMLSAT00000012120 description:"maker-LSalAtl2s86-augustus-gene-7.21")

HSP 1 Score: 78.5666 bits (192), Expect = 1.257e-16
Identity = 45/128 (35.16%), Postives = 66/128 (51.56%), Query Frame = 0 
Query:   63 TVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN-----DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEF-FGNCTYHCE 182
            ++  C +TN  G+ C FPFKY  +T+++CT  G  ++ WC        D I +  C  +CP  +P+    + C T  G+ C FPF YG + Y  CT +D +D PWC T  N        +GNC   C+
Sbjct:  571 SIGGCPTTN--GRRCVFPFKYNEVTYNECTKEGFGDTFWCATTVSSNGDTIAYGICTANCP--KPSTLSSEVCGTINGKACVFPFVYGEVSYKACTSVDNNDVPWCATSTNPSNHQYISYGNCKQSCK 694

HSP 2 Score: 75.0998 bits (183), Expect = 1.355e-15
Identity = 45/114 (39.47%), Postives = 60/114 (52.63%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMGR-SESWCMLNDGITFAYCD-RDCPG---YEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDG-HDYPWCPTVVNGIGEPEFFGNCTYHC 181
            G++CKFPFKY G+T+  CTT+   S  WC  +   T    D  DC G        D +  C TT G+ C FPF Y  + Y+ CT +G  D  WC T V+  G+   +G CT +C
Sbjct:  515 GKTCKFPFKYNGVTYRDCTTIDNGSTKWCATSVSETGVLKDYGDCAGDCSVVNKPDSIGGCPTTNGRRCVFPFKYNEVTYNECTKEGFGDTFWCATTVSSNGDTIAYGICTANC 628
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000000266 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1040:2470:5441:-1 gene:EMLSAG00000000266 transcript:EMLSAT00000000266 description:"maker-LSalAtl2s1040-augustus-gene-0.7")

HSP 1 Score: 77.0258 bits (188), Expect = 1.602e-16
Identity = 49/143 (34.27%), Postives = 66/143 (46.15%), Query Frame = 0 
Query:   54 CSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCMLN------DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEAS 188
            CS  C   ST++       DG+ CKFPFKYGG+T+  CTT+  S + WC  +      + I +  C+ +C G          C    G  C FPFSY   +Y  C T+D  +  WC T     GE   +G+C   C  E   S
Sbjct:  144 CSSSCPKESTLAPSACGTTDGRGCKFPFKYGGVTYSDCTTIDNSGTPWCSTSVNAATLEVINYGTCNSNCLG----------CSAVNGXACVFPFSYNGNMYSACTTVDNGNVHWCATSNTASGEVNTYGDCATDCPTETTVS 276

HSP 2 Score: 73.559 bits (179), Expect = 2.838e-15
Identity = 50/139 (35.97%), Postives = 68/139 (48.92%), Query Frame = 0 
Query:   53 NCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMG-RSESWCML----NDGIT-FAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIG-EPEFFGNCTYHCEG 183
            +CS  C   STVS         + C FPF Y G+ +  CTT+   S SWC +    +D +T +  C   CP  + +      C TT+G+ C+FPF YG + Y  C T+D    PWC T VN    E   +G C  +C G
Sbjct:   79 DCSTSCPVESTVSKAGCPTTGSRPCVFPFTYNGVEYSTCTTVDFGSTSWCAVAVSSSDVVTSYGICSSSCP--KESTLAPSACGTTDGRGCKFPFKYGGVTYSDCTTIDNSGTPWCSTSVNAATLEVINYGTCNSNCLG 215

HSP 3 Score: 56.6102 bits (135), Expect = 1.373e-9
Identity = 40/121 (33.06%), Postives = 53/121 (43.80%), Query Frame = 0 
Query:   73 DGQSCKFPFKYGGLTHHQCTTMGRSE-SWCMLNDGI-----TFAYCDRDCPGYEPAEDLMDT--CKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGE 184
            +G +C FPF Y G  +  CTT+      WC  ++       T+  C  DCP     E  + T  C T+ G  C FPF Y  + Y  CT +D     WC T V+       FG C+  C  E
Sbjct:  220 NGXACVFPFSYNGNMYSACTTVDNGNVHWCATSNTASGEVNTYGDCATDCP----TETTVSTAGCPTSNGGRCTFPFVYLGVTYEKCTNIDFGTIFWCATSVDSSNGVNSFGTCSSTCPRE 336

HSP 4 Score: 56.225 bits (134), Expect = 1.784e-9
Identity = 41/125 (32.80%), Postives = 54/125 (43.20%), Query Frame = 0 
Query:   73 DGQSCKFPFKYGGLTHHQCTTMGRSES-WC---MLNDGITFAYCDRDCPGYEPAEDLMDT--CKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPS 190
             G SC FPF Y G T+  CTT+    + WC   +   G    Y   DC    P E  +    C TT  + C FPF+Y  + Y  C T+D     WC   V+       +G C+  C  E   +PS
Sbjct:   35 SGSSCVFPFTYSGTTYTSCTTVDYGTTLWCATSVTGSGEVNNY--GDCSTSCPVESTVSKAGCPTTGSRPCVFPFTYNGVEYSTCTTVDFGSTSWCAVAVSSSDVVTSYGICSSSCPKESTLAPS 157

HSP 5 Score: 55.8398 bits (133), Expect = 2.406e-9
Identity = 44/150 (29.33%), Postives = 65/150 (43.33%), Query Frame = 0 
Query:   41 SISTLLSEKLNV--NCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCML----NDGI-TFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHC 181
            + S   S ++N   +C+  C   +TVS       +G  C FPF Y G+T+ +CT +      WC      ++G+ +F  C   CP         + C T  G  C FPF Y  + Y+ C T+D     WC T V+       +G C   C
Sbjct:  250 ATSNTASGEVNTYGDCATDCPTETTVSTAGCPTSNGGRCTFPFVYLGVTYEKCTNIDFGTIFWCATSVDSSNGVNSFGTCSSTCP--RETTLASNVCATLRGSKCVFPFMYNGVTYNSCTTVDFGSTKWCATSVDASLNQLTYGICGSSC 397
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000008914 (pep:novel supercontig:LSalAtl2s:LSalAtl2s554:782614:789074:-1 gene:EMLSAG00000008914 transcript:EMLSAT00000008914 description:"maker-LSalAtl2s554-snap-gene-8.12")

HSP 1 Score: 75.8702 bits (185), Expect = 2.813e-16
Identity = 46/137 (33.58%), Postives = 66/137 (48.18%), Query Frame = 0 
Query:   67 CRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSE-SWCML-----NDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAF 196
            CR+T  DG+SC FPF Y G+T+  CTT+G     WC       N+ + +A C   C          D C+TT+G+ C FPF Y  + Y+ CT  D     WC T +    E   + NC   CE   + +P    +++
Sbjct:  124 CRTT--DGKSCVFPFIYSGVTYDSCTTVGNGGVKWCATSLYSSNEALEYANCGASC----------DVCRTTDGKKCVFPFIYSGVSYNSCTDADNGGVNWCATSLYPSKEALEYANCQSSCESATKTTPDPSSISY 248
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000010902 (pep:novel supercontig:LSalAtl2s:LSalAtl2s729:156015:158047:1 gene:EMLSAG00000010902 transcript:EMLSAT00000010902 description:"augustus_masked-LSalAtl2s729-processed-gene-1.0")

HSP 1 Score: 73.559 bits (179), Expect = 2.342e-15
Identity = 45/134 (33.58%), Postives = 64/134 (47.76%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES-WCML-----NDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPS 190
            V  C++T  D   CKFPF YGG T+++CT +    + WC       ND + +  C   C G        + C  T+G  C FPF Y    Y  CT +D    PWC T V+   +   FGNC   C  +++ +P+
Sbjct:  104 VLVCKAT--DNLPCKFPFVYGGRTYNECTNVDYGSTFWCATSVGANNDLVNYGICRSGCTGVTSG----NGCTXTDGNSCIFPFVYNGKTYSTCTVVDNSGTPWCATSVDASRKYLTFGNCGNFCSADNDPAPT 231

HSP 2 Score: 54.299 bits (129), Expect = 7.629e-9
Identity = 30/83 (36.14%), Postives = 42/83 (50.60%), Query Frame = 0 
Query:  124 DLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEA------SPSNVFLAFFIL 199
            ++M  C TT G  C FPF Y    Y  CT +D +   WCPT ++  GE + +G+C   C  E +A      +P  V   FF+L
Sbjct:   23 EVMGNCATTAGDKCVFPFKYRGNTYQDCTSVDYNGVXWCPTSLHXNGEAKDYGDCASSCSKEQDAQTRCKLAPVIVIYCFFVL 105

HSP 3 Score: 48.1358 bits (113), Expect = 9.224e-7
Identity = 37/130 (28.46%), Postives = 52/130 (40.00%), Query Frame = 0 
Query:   74 GQSCKFPFKYGGLTHHQCTTMG-RSESWCMLN-----DGITFAYCDRDCPGYEPAED-------------LMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNCTYHCEG 183
            G  C FPFKY G T+  CT++      WC  +     +   +  C   C   + A+               +  CK T+   C+FPF YG   Y+ CT +D     WC T V    +   +G C   C G
Sbjct:   33 GDKCVFPFKYRGNTYQDCTSVDYNGVXWCPTSLHXNGEAKDYGDCASSCSKEQDAQTRCKLAPVIVIYCFFVLVCKATDNLPCKFPFVYGGRTYNECTNVDYGSTFWCATSVGANNDLVNYGICRSGCTG 162
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000002917 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1680:2:1282:1 gene:EMLSAG00000002917 transcript:EMLSAT00000002917 description:"maker-LSalAtl2s1680-augustus-gene-0.4")

HSP 1 Score: 71.633 bits (174), Expect = 5.301e-15
Identity = 43/125 (34.40%), Postives = 62/125 (49.60%), Query Frame = 0 
Query:   61 NSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCM------LNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCT-LDGHDYPWCPTVVNGIGEPEFFGNC 177
            NS  + C++    GQSC FPF+Y  +T++ CT +G + +WC        N+   + YC+  C     PA     TC+T E Q C  PF+Y   +Y  CT +D     WC T V+       +GNC
Sbjct:  165 NSACATCKTVT--GQSCTFPFQYNDITYNNCTAVGDTRAWCATSLYNNTNEAFGWEYCNSACSIAPTPAS---TTCQTLEQQPCVLPFAYYGTLYSKCTDVDNGGVKWCATSVDSTTSAVGWGNC 284
[Close]
BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Match: EMLSAP00000001112 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1186:1258:2000:-1 gene:EMLSAG00000001112 transcript:EMLSAT00000001112 description:"maker-LSalAtl2s1186-snap-gene-0.10")

HSP 1 Score: 69.3218 bits (168), Expect = 7.188e-15
Identity = 46/135 (34.07%), Postives = 63/135 (46.67%), Query Frame = 0 
Query:   42 ISTLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMG-RSESWCMLN-----DGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTL-DGHDYPWCPTVVNGIG 169
            +S  L  +   +CS  C   STVS       +G  C FPFKY G+++ +CTT+   S  WC ++     + + +  C +DCP           C TT G  C FPF Y    Y+ CT  D    PWC T V+  G
Sbjct:   41 VSGSLEYQAYGDCSTSCSVASTVSKAGCPTTNGNRCIFPFKYNGVSYSECTTVDFGSTHWCAVSVNSNEEVMGYGICTQDCP----------KCGTTSGSACIFPFIYSGTTYNACTTKDNSGSPWCATSVDAGG 165

HSP 2 Score: 55.0694 bits (131), Expect = 1.130e-9
Identity = 43/139 (30.94%), Postives = 58/139 (41.73%), Query Frame = 0 
Query:   73 DGQSCKFPFKYGGLTHHQCTTMGRSES-WC---MLNDGITF-AYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGC-TLDGHDYPWCPTVVNGIGEPEFFGNCTYHCEGEDEASPSNVFLAFFILSLIFNV 205
             G SC FPF+Y G+T+  CTT+    + WC   +++  + + AY D        +      C TT G  C FPF Y  + Y  C T+D     WC   VN   E   +G CT  C      S S     F      +N 
Sbjct:    7 SGSSCVFPFQYLGITYEGCTTVDYGTTLWCATSLVSGSLEYQAYGDCSTSCSVASTVSKAGCPTTNGNRCIFPFKYNGVSYSECTTVDFGSTHWCAVSVNSNEEVMGYGICTQDCPKCGTTSGSACIFPFIYSGTTYNA 145
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|269849668|sp|P14780.3|MMP9_HUMAN (RecName: Full=Matrix metalloproteinase-9; Short=MMP-9; AltName: Full=92 kDa gelatinase; AltName: Full=92 kDa type IV collagenase; AltName: Full=Gelatinase B; Short=GELB; Contains: RecName: Full=67 kDa matrix metalloproteinase-9; Contains: RecName: Full=82 kDa matrix metalloproteinase-9; Flags: Precursor)

HSP 1 Score: 63.1586 bits (152), Expect = 2.720e-10
Identity = 44/126 (34.92%), Postives = 56/126 (44.44%), Query Frame = 0 
Query:   61 NSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVNGIGEPEFFGNCTYHCE 182
               V   R  N DG +C FPF + G ++  CTT GRS+   WC      T  Y   D  G+ P+E L       +G+ CQFPF +    Y  CT DG    Y WC T  N     + FG C    +
Sbjct:  214 KGVVVPTRFGNADGAACHFPFIFEGRSYSACTTDGRSDGLPWCS----TTANYDTDDRFGFCPSERLYTQDGNADGKPCQFPFIFQGQSYSACTTDGRSDGYRWCATTAN-YDRDKLFGFCPTRAD 334
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|461766|sp|P33434.1|MMP2_MOUSE (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Gelatinase A; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; Contains: RecName: Full=PEX; Flags: Precursor)

HSP 1 Score: 59.6918 bits (143), Expect = 3.795e-9
Identity = 39/106 (36.79%), Postives = 53/106 (50.00%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G +    WC T  N
Sbjct:  280 FTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRNDGKVWCATTTN 380

HSP 2 Score: 58.5362 bits (140), Expect = 1.051e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|116856|sp|P08253.2|MMP2_HUMAN (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Gelatinase A; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; AltName: Full=TBE-1; Contains: RecName: Full=PEX; Flags: Precursor)

HSP 1 Score: 59.6918 bits (143), Expect = 4.648e-9
Identity = 37/105 (35.24%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  ++ CT  GRS+   WC      T+ +      G+ P E L       EGQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGKEYNSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNAEGQPCKFPFRFQGTSYDSCTTEGRTDGYRWCGTT 320

HSP 2 Score: 56.9954 bits (136), Expect = 3.424e-8
Identity = 38/106 (35.85%), Postives = 51/106 (48.11%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N +GQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNAEGQPCKFPFRFQGTSYDSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKMWCATTAN 380
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|75049982|sp|Q9GLE5.1|MMP2_BOVIN (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; Contains: RecName: Full=PEX; Flags: Precursor)

HSP 1 Score: 58.9214 bits (141), Expect = 6.925e-9
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF++ G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  221 VVRVKYGNADGEYCKFPFRFNGKEYTSCTDTGRSDGFLWCS----TTYNFDKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWCGTT 321

HSP 2 Score: 53.5286 bits (127), Expect = 4.511e-7
Identity = 37/106 (34.91%), Postives = 50/106 (47.17%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C  PF++    +  CT  G      WC T  N
Sbjct:  281 FTMGGNADGQPCKFPFRFQGTSYDSCTTEGRTDGYRWC----GTTEDY-DRDKEYGFCPETAMSTVGGNSEGAPCVLPFTFLGNKHESCTSAGRSDGKLWCATTSN 381
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|146345459|sp|P33436.2|MMP2_RAT (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Gelatinase A; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; Contains: RecName: Full=PEX; Flags: Precursor)

HSP 1 Score: 58.9214 bits (141), Expect = 8.571e-9
Identity = 39/106 (36.79%), Postives = 52/106 (49.06%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G +++ CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKVWCATTTN 380

HSP 2 Score: 58.151 bits (139), Expect = 1.493e-8
Identity = 36/105 (34.29%), Postives = 49/105 (46.67%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y+ CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGREYSSCTDTGRSDGFLWC----STTYNFEKDGKYGFCPHEALFTMGGNGDGQPCKFPFRFQGTSYNSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|1705983|sp|P52176.1|MMP9_BOVIN (RecName: Full=Matrix metalloproteinase-9; Short=MMP-9; AltName: Full=92 kDa gelatinase; AltName: Full=92 kDa type IV collagenase; AltName: Full=Gelatinase B; Short=GELB; Flags: Precursor)

HSP 1 Score: 57.3806 bits (137), Expect = 2.419e-8
Identity = 38/101 (37.62%), Postives = 49/101 (48.51%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            N  G +C FPF + G ++  CTT GRS+   WC      T A  D D   G+ P+E L       +G+ C FPF++    Y  CT DG    Y WC T  N
Sbjct:  224 NAKGAACHFPFTFEGRSYSACTTDGRSDDMLWCS-----TTADYDADRQFGFCPSERLYTQDGNADGKPCVFPFTFQGRTYSACTSDGRSDGYRWCATTAN 319

HSP 2 Score: 54.6842 bits (130), Expect = 1.905e-7
Identity = 36/106 (33.96%), Postives = 50/106 (47.17%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAE-DLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            Y +  N DG+ C FPF + G T+  CT+ GRS+   WC      T  Y      G+ P   D   T     G++C FPF++    Y  CT +G +  + WC T  N
Sbjct:  277 YTQDGNADGKPCVFPFTFQGRTYSACTSDGRSDGYRWC----ATTANYDQDKLYGFCPTRVDATVTGGNAAGELCVFPFTFLGKEYSACTREGRNDGHLWCATTSN 378
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|1705979|sp|P50757.1|MMP2_RABIT (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Gelatinase A; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; Contains: RecName: Full=PEX; Flags: Precursor)

HSP 1 Score: 57.3806 bits (137), Expect = 2.458e-8
Identity = 39/106 (36.79%), Postives = 51/106 (48.11%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            +    N DGQ CKFPF++ G ++  CTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF++    Y  CT  G      WC T  N
Sbjct:  280 FTMGGNADGQPCKFPFRFQGTSYSSCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTIGGNSEGAPCVFPFTFLGNKYESCTSAGRSDGKMWCATSTN 380

HSP 2 Score: 56.9954 bits (136), Expect = 3.097e-8
Identity = 36/105 (34.29%), Postives = 48/105 (45.71%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  +  CT  GRS+   WC      T+ +      G+ P E L       +GQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  220 VVRVKYGNADGEYCKFPFLFNGKEYTSCTDTGRSDGFLWCS----TTYNFEKDGKYGFCPHEALFTMGGNADGQPCKFPFRFQGTSYSSCTTEGRTDGYRWCGTT 320
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|2499908|sp|Q90611.1|MMP2_CHICK (RecName: Full=72 kDa type IV collagenase; AltName: Full=72 kDa gelatinase; AltName: Full=Gelatinase A; AltName: Full=Matrix metalloproteinase-2; Short=MMP-2; Flags: Precursor)

HSP 1 Score: 56.6102 bits (135), Expect = 4.359e-8
Identity = 37/95 (38.95%), Postives = 48/95 (50.53%), Query Frame = 0 
Query:   66 YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD 157
            +    N DGQ CKFPFK+ G ++ QCTT GR++   WC    G T  Y DRD   G+ P   +      +EG  C FPF +    Y  CT  G +
Sbjct:  277 FTMGGNGDGQPCKFPFKFQGQSYDQCTTEGRTDGYRWC----GTTEDY-DRDKKYGFCPETAMSTVGGNSEGAPCVFPFIFLGNKYDSCTSAGRN 366

HSP 2 Score: 55.4546 bits (132), Expect = 1.246e-7
Identity = 37/106 (34.91%), Postives = 49/106 (46.23%), Query Frame = 0 
Query:   64 VSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTV 164
            V   +  N DG+ CKFPF + G  ++ CT  GR++   WC      T    D D   G+ P E L       +GQ C+FPF +    Y  CT +G    Y WC T 
Sbjct:  217 VVRVKYGNADGEYCKFPFWFNGKEYNSCTDAGRNDGFLWCS-----TTKDFDADGKYGFCPHESLFTMGGNGDGQPCKFPFKFQGQSYDQCTTEGRTDGYRWCGTT 317
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|729178|sp|P41246.1|MMP9_RABIT (RecName: Full=Matrix metalloproteinase-9; Short=MMP-9; AltName: Full=92 kDa gelatinase; AltName: Full=92 kDa type IV collagenase; AltName: Full=Gelatinase B; Short=GELB; Flags: Precursor)

HSP 1 Score: 55.4546 bits (132), Expect = 1.115e-7
Identity = 37/101 (36.63%), Postives = 50/101 (49.50%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSE--SWCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            N DG  C FPF + G ++  CTT GRS+  +WC      T A  D D   G+ P+E L       +G+ C+FPF +    Y  CT DG    + WC T  +
Sbjct:  224 NADGAPCHFPFTFEGRSYTACTTDGRSDGMAWCS-----TTADYDTDRRFGFCPSERLYTQDGNADGKPCEFPFIFQGRTYSACTTDGRSDGHRWCATTAS 319
[Close]
BLAST of EMLSAG00000007577 vs. SwissProt
Match: gi|14917012|sp|O18733.2|MMP9_CANFA (RecName: Full=Matrix metalloproteinase-9; Short=MMP-9; AltName: Full=92 kDa gelatinase; AltName: Full=92 kDa type IV collagenase; AltName: Full=Gelatinase B; Short=GELB; Flags: Precursor)

HSP 1 Score: 55.0694 bits (131), Expect = 1.364e-7
Identity = 38/101 (37.62%), Postives = 49/101 (48.51%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSE--SWCMLNDGITFAYCDRDCP-GYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHD--YPWCPTVVN 166
            N DG  C FPF + G ++  CTT GRS+   WC      T A  D D   G+ P+E L       +G+ C FPF++    Y  CT DG    Y WC T  +
Sbjct:  224 NADGAPCHFPFTFEGRSYSACTTDGRSDDTPWCS-----TTADYDTDRRFGFCPSEKLYAQDGNGDGKPCVFPFTFEGRSYSTCTTDGRSDGYRWCSTTAD 319
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|884978642|ref|XP_012986586.1| (PREDICTED: fibronectin [Esox lucius])

HSP 1 Score: 70.8626 bits (172), Expect = 2.516e-10
Identity = 42/124 (33.87%), Postives = 58/124 (46.77%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVNGIGEPEF--FGNCTYHCE 182
            N +GQ C FPF Y G T+H C + GRS+   WC ++        +++C          +++M   +   + G +CQFPF Y    Y  CT DG      WC T  N  GE  F  F  C+ H E
Sbjct:  363 NSNGQPCVFPFTYMGKTYHSCISEGRSDGQLWCCISSDCETEQKYSFCTE--------KNVMVPTRGGNSNGAVCQFPFIYNGRNYTDCTADGRRDGMKWCGTTTNYDGEQRFRGFAPCSSHEE 478
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1049269292|ref|XP_017574817.1| (PREDICTED: fibronectin-like [Pygocentrus nattereri])

HSP 1 Score: 70.8626 bits (172), Expect = 2.562e-10
Identity = 46/137 (33.58%), Postives = 63/137 (45.99%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCML-----NDGITFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVNGIGEPEFFGNC 177
            +N   GC +    S     N +GQ C FPF +GG TH+ C + GR++   WC        DG  +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N   E + FG C
Sbjct:  338 INGGIGCEEWDGQSQVYGGNSNGQPCVFPFVFGGKTHYSCISEGRTDGQLWCSTTSDYDTDG-QYSFCTQ--------RNLMVTTRGGNSNGALCQFPFVYNGRNYTDCTSDGRRDGMKWCGTTTN-YDEEQRFGFC 464
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336325|ref|XP_017312739.1| (PREDICTED: fibronectin isoform X2 [Ictalurus punctatus])

HSP 1 Score: 69.707 bits (169), Expect = 5.427e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  333 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 449
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336323|ref|XP_017312738.1| (PREDICTED: fibronectin isoform X1 [Ictalurus punctatus])

HSP 1 Score: 69.707 bits (169), Expect = 5.428e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  338 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 454
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336331|ref|XP_017312743.1| (PREDICTED: fibronectin isoform X5 [Ictalurus punctatus])

HSP 1 Score: 69.3218 bits (168), Expect = 6.840e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  338 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 454
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336329|ref|XP_017312741.1| (PREDICTED: fibronectin isoform X4 [Ictalurus punctatus])

HSP 1 Score: 69.3218 bits (168), Expect = 6.969e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  338 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 454
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336327|ref|XP_017312740.1| (PREDICTED: fibronectin isoform X3 [Ictalurus punctatus])

HSP 1 Score: 69.3218 bits (168), Expect = 6.969e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  338 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 454
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|1042336333|ref|XP_017312744.1| (PREDICTED: fibronectin isoform X6 [Ictalurus punctatus])

HSP 1 Score: 69.3218 bits (168), Expect = 7.559e-10
Identity = 41/125 (32.80%), Postives = 57/125 (45.60%), Query Frame = 0 
Query:   52 VNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCK--TTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVN 166
            VN   GC +    S+    N +GQ C FPF +GG TH+ C + GR++   WC           +++C +         +LM T +   + G +CQFPF Y    Y  CT DG      WC T  N
Sbjct:  333 VNGGIGCEEWDGQSHVYGGNSNGQPCVFPFTFGGKTHYSCISEGRTDGQLWCSTTSDYDTDRQYSFCTQ--------RNLMVTTRGGNSNGALCQFPFLYNGRNYTDCTADGRRDGMKWCGTTAN 449
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|831326021|ref|XP_012696112.1| (PREDICTED: fibronectin-like isoform X3 [Clupea harengus])

HSP 1 Score: 66.6254 bits (161), Expect = 6.826e-9
Identity = 39/115 (33.91%), Postives = 53/115 (46.09%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVNGIGEPEFFGNC 177
            N DG+ C FPF Y G T++ CT+ GRS+   WC  +        +++C       E    +      + G +CQFPF Y    Y  CT DG   +  WC T  N   E + FG C
Sbjct:  312 NSDGKPCAFPFVYSGKTYYSCTSEGRSDGQLWCGTSSNYDADQQYSFCT------EKTALVTTRGGNSNGALCQFPFIYNGRNYSDCTSDGRRDNMKWCGTTYN-YDEEQQFGFC 419
[Close]
BLAST of EMLSAG00000007577 vs. nr
Match: gi|831326031|ref|XP_012696117.1| (PREDICTED: fibronectin-like isoform X8 [Clupea harengus])

HSP 1 Score: 66.2402 bits (160), Expect = 7.622e-9
Identity = 39/115 (33.91%), Postives = 53/115 (46.09%), Query Frame = 0 
Query:   71 NPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCMLNDGI----TFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGH--DYPWCPTVVNGIGEPEFFGNC 177
            N DG+ C FPF Y G T++ CT+ GRS+   WC  +        +++C       E    +      + G +CQFPF Y    Y  CT DG   +  WC T  N   E + FG C
Sbjct:  354 NSDGKPCAFPFVYSGKTYYSCTSEGRSDGQLWCGTSSNYDADQQYSFCT------EKTALVTTRGGNSNGALCQFPFIYNGRNYSDCTSDGRRDNMKWCGTTYN-YDEEQQFGFC 461
[Close]
BLAST of EMLSAG00000007577 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold324_size206069-snap-gene-1.33 (protein:Tk12294 transcript:maker-scaffold324_size206069-snap-gene-1.33-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC101932660")

HSP 1 Score: 88.1965 bits (217), Expect = 1.013e-20
Identity = 53/165 (32.12%), Postives = 80/165 (48.48%), Query Frame = 0 
Query:   32 SVIEKLEELSISTLLSEKLN--VNCSDGCFD------NSTVS-YCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCMLNDGI---TFAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIGE-PEFFGNCTYHCEG 183
            S ++ +   SI+    +K    V C   C D      ++T++     T     +C FPF Y G T+H CT  G  E WC+ ND      +  C+  CP +    D    C++ + ++CQFPF Y   +Y  CT + H+ PWCP V+N +G   E++G C   C G
Sbjct:    6 SPVDGVWRCSITNSAEQKTEQLVACDQSCIDELARPCHTTLNVLADGTETSSSTCVFPFTYHGRTYHSCTNAGHDEYWCVTNDAPNDWAWGPCEVSCPKFG-WRDPETQCRSIDHKVCQFPFIYEDQLYESCTFEDHEKPWCPYVLNNLGSVTEYWGICEQSCPG 169

HSP 2 Score: 49.6766 bits (117), Expect = 2.061e-7
Identity = 56/210 (26.67%), Postives = 85/210 (40.48%), Query Frame = 0 
Query:   65 SYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWC--MLND--GIT--FAYCDRDCPGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIGEPEFFGNC--TYHC--------------EGEDEASPSNVFLAFFILS-LIFNVLLVSFVIYKCWMDR---RTRRKVRFVVKSHFNEAQNSFIINEENDE 248
            + CRS   D + C+FPF Y    +  CT     + WC  +LN+   +T  +  C++ CPG +        C +     C FPF Y    ++ CT   H+ PWC    +  G    F  C  T  C               G    S +N +L   +   LI  +L VS +++K    R    T     ++ ++   E  N   I E+NDE
Sbjct:  112 TQCRSI--DHKVCQFPFIYEDQLYESCTFEDHEKPWCPYVLNNLGSVTEYWGICEQSCPGSQ--------CLSEGLGPCVFPFGYQGQTHYTCTTVDHNVPWCSIENDPDGNILVFAQCEDTLACSMSFNLPDGMSSDPRGIPFTSCANHWLVMVLTGLLIIAILTVSALLWKYHSSRGPIPTSPGFAYMSRTGDEEKPN---ILEDNDE 308
[Close]
BLAST of EMLSAG00000007577 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold144_size312663-snap-gene-0.6 (protein:Tk07266 transcript:maker-scaffold144_size312663-snap-gene-0.6-mRNA-1 annotation:"cu zn superoxide dismutase")

HSP 1 Score: 52.7582 bits (125), Expect = 3.164e-8
Identity = 36/127 (28.35%), Postives = 53/127 (41.73%), Query Frame = 0 
Query:   75 QSCKFPFKYGGLTHHQCTTMGRSE------SWCMLNDGITFAYCDRDC-----------PGYEPAEDLMDTCKTTEGQICQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIG--EPEFFGNCTYHCE 182
            + C FPF++ G  H+ C     S+      +    +D  T + CD  C           P + P       CK+ +   C FPF++  + Y  CT  G D PWC T V+G G     F+G C    +
Sbjct:    3 KRCDFPFEFEGEEHNTCVEHPESDDLVCRTAPTPSSDRWTLSPCDEGCFKEGAPMNFSDPSFSPVSSF---CKS-KPVACMFPFAFEGVTYDACTDAGADVPWCATSVDGDGVMVEHFWGQCDMEAQ 125
[Close]
BLAST of EMLSAG00000007577 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1402_size43054-snap-gene-0.7 (protein:Tk02459 transcript:maker-scaffold1402_size43054-snap-gene-0.7-mRNA-1 annotation:"hemolymph proteinase 24")

HSP 1 Score: 51.6026 bits (122), Expect = 7.280e-8
Identity = 45/175 (25.71%), Postives = 76/175 (43.43%), Query Frame = 0 
Query:   40 LSISTLLSEKLNVNCSDGCFDNSTVSYCRSTNPDGQSCKFPFKYGGLTHHQCTTMGRSES--WCML---NDGI------TFAYCDRD-CPGY-------EPAEDL------MDTCKTTEGQICQFPFSYGSIIYHGCTLDG--HDYPWCP--TVVNGIGEPEFFGNCTYHCEGED 185
            + +  L+   +++ CS    +N T           + C FPF + G+T   CT  G      WC +   + G+       + +CD++ CP         EP+ D       +   +    ++C FPF Y   +Y+GCT +G    +PWC   T  +G+     +G+CT +C G D
Sbjct:   58 IGLLVLIMVPISLGCSTVPTENGTQG--------AELCVFPFSFEGITFTSCTDAGDPNGIKWCSVGVDDQGVHLPGQGRWGHCDKELCPKSFLTKIRSEPSNDRDQEGSCIAVTEDNSEEVCVFPFQYNGKVYNGCTAEGDPEGHPWCSLRTDEDGVHISGNWGHCTDNCLGRD 224
[Close]
BLAST of EMLSAG00000007577 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold109_size355148-snap-gene-1.21 (protein:Tk11029 transcript:maker-scaffold109_size355148-snap-gene-1.21-mRNA-1 annotation:"predicted protein")

HSP 1 Score: 48.9062 bits (115), Expect = 6.164e-7
Identity = 35/113 (30.97%), Postives = 47/113 (41.59%), Query Frame = 0 
Query:   68 RSTNPDGQSCKFPFKYGGLTHHQCTTMGRSESWCMLN-DGIT------FAYCDRDCPGYEPAEDLMDTCKTTEGQI----CQFPFSYGSIIYHGCTLDGHDYPWCPTVVNGIG 169
            RS  P  + C++PF Y G+ H  C  +   + WC  + DG        + YC   CP   P       CKT +G +    C FPF Y  I +  CT       WC T  +  G
Sbjct:  330 RSDKP-SKRCRWPFIYHGVIHTACINLDDQQYWCATDVDGQNNYISNEWGYCSAKCPLELP------QCKTVDGPVVKAFCHFPFWYREIQFWSCTELDDKRAWCATETDRHG 435
The following BLAST results are available for this feature:
BLAST of EMLSAG00000007577 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-3.477e-1034.92symbol:MMP9 "Matrix metalloproteinase-9" species:9... [more]
-4.848e-936.79symbol:Mmp2 "matrix metallopeptidase 2" species:10... [more]
-5.946e-935.24symbol:MMP2 "72 kDa type IV collagenase" species:9... [more]
-6.407e-934.29symbol:MMP2 "Uncharacterized protein" species:9823... [more]
-8.402e-934.29symbol:MMP2 "72 kDa type IV collagenase" species:9... [more]
-8.886e-934.29symbol:MMP2 "72 kDa type IV collagenase" species:9... [more]
-1.102e-836.79symbol:Mmp2 "72 kDa type IV collagenase" species:1... [more]
-1.102e-836.79symbol:Mmp2 "matrix metallopeptidase 2" species:10... [more]
-1.165e-836.79symbol:Mmp2 "72 kDa type IV collagenase" species:1... [more]
-2.416e-834.95symbol:MMP9 "Uncharacterized protein" species:9031... [more]

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BLAST of EMLSAG00000007577 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592868237|gb|GAXK01089325.1|6.006e-1136.67TSA: Calanus finmarchicus comp891836_c0_seq10 tran... [more]
gi|592868236|gb|GAXK01089326.1|1.223e-1036.67TSA: Calanus finmarchicus comp891836_c0_seq11 tran... [more]
gi|592868242|gb|GAXK01089320.1|1.712e-1036.67TSA: Calanus finmarchicus comp891836_c0_seq5 trans... [more]
gi|592868240|gb|GAXK01089322.1|4.498e-1036.67TSA: Calanus finmarchicus comp891836_c0_seq7 trans... [more]
gi|592868238|gb|GAXK01089324.1|5.819e-1031.85TSA: Calanus finmarchicus comp891836_c0_seq9 trans... [more]
gi|592868239|gb|GAXK01089323.1|7.081e-1031.85TSA: Calanus finmarchicus comp891836_c0_seq8 trans... [more]
gi|592902881|gb|GAXK01055494.1|1.071e-934.72TSA: Calanus finmarchicus comp85502_c0_seq4 transc... [more]
gi|592868243|gb|GAXK01089319.1|1.449e-931.85TSA: Calanus finmarchicus comp891836_c0_seq4 trans... [more]
gi|592868244|gb|GAXK01089318.1|1.569e-931.85TSA: Calanus finmarchicus comp891836_c0_seq3 trans... [more]
gi|592868241|gb|GAXK01089321.1|1.891e-935.83TSA: Calanus finmarchicus comp891836_c0_seq6 trans... [more]

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BLAST of EMLSAG00000007577 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000075770.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s437:8742:... [more]
EMLSAP000000074573.362e-1837.86pep:novel supercontig:LSalAtl2s:LSalAtl2s427:16516... [more]
EMLSAP000000077291.205e-1735.37pep:novel supercontig:LSalAtl2s:LSalAtl2s44:635264... [more]
EMLSAP000000062077.195e-1731.95pep:novel supercontig:LSalAtl2s:LSalAtl2s339:71387... [more]
EMLSAP000000121201.257e-1635.16pep:novel supercontig:LSalAtl2s:LSalAtl2s86:692955... [more]
EMLSAP000000002661.602e-1634.27pep:novel supercontig:LSalAtl2s:LSalAtl2s1040:2470... [more]
EMLSAP000000089142.813e-1633.58pep:novel supercontig:LSalAtl2s:LSalAtl2s554:78261... [more]
EMLSAP000000109022.342e-1533.58pep:novel supercontig:LSalAtl2s:LSalAtl2s729:15601... [more]
EMLSAP000000029175.301e-1534.40pep:novel supercontig:LSalAtl2s:LSalAtl2s1680:2:12... [more]
EMLSAP000000011127.188e-1534.07pep:novel supercontig:LSalAtl2s:LSalAtl2s1186:1258... [more]

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BLAST of EMLSAG00000007577 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 14
Match NameE-valueIdentityDescription
gi|269849668|sp|P14780.3|MMP9_HUMAN2.720e-1034.92RecName: Full=Matrix metalloproteinase-9; Short=MM... [more]
gi|461766|sp|P33434.1|MMP2_MOUSE3.795e-936.79RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|116856|sp|P08253.2|MMP2_HUMAN4.648e-935.24RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|75049982|sp|Q9GLE5.1|MMP2_BOVIN6.925e-934.29RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|146345459|sp|P33436.2|MMP2_RAT8.571e-936.79RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|1705983|sp|P52176.1|MMP9_BOVIN2.419e-837.62RecName: Full=Matrix metalloproteinase-9; Short=MM... [more]
gi|1705979|sp|P50757.1|MMP2_RABIT2.458e-836.79RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|2499908|sp|Q90611.1|MMP2_CHICK4.359e-838.95RecName: Full=72 kDa type IV collagenase; AltName:... [more]
gi|729178|sp|P41246.1|MMP9_RABIT1.115e-736.63RecName: Full=Matrix metalloproteinase-9; Short=MM... [more]
gi|14917012|sp|O18733.2|MMP9_CANFA1.364e-737.62RecName: Full=Matrix metalloproteinase-9; Short=MM... [more]

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BLAST of EMLSAG00000007577 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000007577 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|884978642|ref|XP_012986586.1|2.516e-1033.87PREDICTED: fibronectin [Esox lucius][more]
gi|1049269292|ref|XP_017574817.1|2.562e-1033.58PREDICTED: fibronectin-like [Pygocentrus nattereri... [more]
gi|1042336325|ref|XP_017312739.1|5.427e-1032.80PREDICTED: fibronectin isoform X2 [Ictalurus punct... [more]
gi|1042336323|ref|XP_017312738.1|5.428e-1032.80PREDICTED: fibronectin isoform X1 [Ictalurus punct... [more]
gi|1042336331|ref|XP_017312743.1|6.840e-1032.80PREDICTED: fibronectin isoform X5 [Ictalurus punct... [more]
gi|1042336329|ref|XP_017312741.1|6.969e-1032.80PREDICTED: fibronectin isoform X4 [Ictalurus punct... [more]
gi|1042336327|ref|XP_017312740.1|6.969e-1032.80PREDICTED: fibronectin isoform X3 [Ictalurus punct... [more]
gi|1042336333|ref|XP_017312744.1|7.559e-1032.80PREDICTED: fibronectin isoform X6 [Ictalurus punct... [more]
gi|831326021|ref|XP_012696112.1|6.826e-933.91PREDICTED: fibronectin-like isoform X3 [Clupea har... [more]
gi|831326031|ref|XP_012696117.1|7.622e-933.91PREDICTED: fibronectin-like isoform X8 [Clupea har... [more]

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BLAST of EMLSAG00000007577 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
maker-scaffold324_size206069-snap-gene-1.331.013e-2032.12protein:Tk12294 transcript:maker-scaffold324_size2... [more]
maker-scaffold144_size312663-snap-gene-0.63.164e-828.35protein:Tk07266 transcript:maker-scaffold144_size3... [more]
maker-scaffold1402_size43054-snap-gene-0.77.280e-825.71protein:Tk02459 transcript:maker-scaffold1402_size... [more]
maker-scaffold109_size355148-snap-gene-1.216.164e-730.97protein:Tk11029 transcript:maker-scaffold109_size3... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s437supercontigLSalAtl2s437:8742..105237 -
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-LSalAtl2s437-snap-gene-1.27
Biotypeprotein_coding
EvidenceIEA
NoteMatrix metalloproteinase-9
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000007577 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000007577EMLSAT00000007577-703424Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s437:8742..105237-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000007577-690343 ID=EMLSAG00000007577-690343|Name=EMLSAG00000007577|organism=Lepeophtheirus salmonis|type=gene|length=96496bp|location=Sequence derived from alignment at LSalAtl2s437:8742..105237- (Lepeophtheirus salmonis)
ATGTATTATGCTCAATTCTCATATTTATTTATCGCATATTGGTGTTGTTG
CTATTCAAGGGATGATGTGAAGTTGATGAATTATTATTATTTCTCTGTAA
TTGAGAAGCTGGAAGAGTTATCAATTTCTACATTACTTAGTGAGAAGCTT
AATGTAAAGTTATTTGAGTGGTGTGTGATTGTGAGTTAATGAGGAGGTTT
GCAGAGATAATACCTAATTCATAGTAGTAAACACAGGAATGACGTCCACA
TTATTATTTAAGTTGTATAATTTCCTGGCTTTTTCATTTCCACTGGTTCA
GGGATCCTGTTTATCTGTCTCATCCGAGCATTGCATATTTCCGTTTTTAT
CCAATGATGGGAAAAACTTATTTTATGGTGAGTTGGGAGTTTTTATTATT
CAGGGTGTTAAGATCAAGTTGAGGCATTTTTCAAAAAACAAGGTAGATCT
ATGGCATGTTGGTCATTGCCTCCTTATTGGCAAGAGATGNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTTACAATTTTTTTGC
ACAGTCTGAATTAYGGGGGGGGGGYGTKKCATTTGAGYTCTTTCGATTTG
ATACCTCCATGTTGTTGTGGAAAAAATATATAATCGTGAGGGCACAACGC
CTTTCCCCCCGCTGTAAATTCAATATTCTTTATATCTGGAGCAGCTATTG
CTCTGATGGGCAAAACTTAACAAAAGTTTTTTTTTTTTTGATGCAACAAC
GTTTCTGCTGACAAAAAAAAACATAATCAGACAACAGCATGATAAAAAAA
TCGCTGATACAAGTAAGTGGCAGMTTAATTTTAACGCCCTATATATGCAT
AATTGAGGGTTTACAGCATGTTTCTAGAAGCGTCGGGGCTCTAACTGAGA
CTGGATTTTGTATCTGGACTAGTCTCATGGGATTTTGTTTTGACCTACAT
TTTAGCTGCGTTAAGGGTCATTTTACTGTGAGCGTATGGCAAAAATCCAT
GTATGGGGATTTTTTTTTAACTTGAGCTAAATTTTGATTAAAAAAAAAAA
AGTATTCAGAATATTTAAAAAAAATTTAAATCTTTTTTAAAAAAAATAAT
TTTGTGCGAGATCCTTATTTTTGAAATACTGGGTCAAAACATCATTTTAC
CTTTAAAATCGACACTGTTTGATACTACCGATTTCAGATAGTAGACTTAA
TTTTTTTGTTTTTAAACCATTGAGTCTTATAAGGGAAAAAAATAGTATAA
CTAAAATCCAGTGAAAAAAGATACATTTAATTGTACTCTTATATCATGTG
ATGACTATTCAGAGCGGATTTCTAATTCAAATTTAATATGAATTGAACGG
TATTTCTTTACATCAAAATAAATGAAAAAAATCAAATTGTATTTTTTTAT
GATTTCATATCAATATTGTTCTTAAAATCAATTTATACACTAAATTAGAT
CAGTTAAAGAAATATTACGGTTCATAATTCACAGAACGATTTGTAACACT
TATTCTTAAAATATATATAAATAATGGAGTTCAACGAATCTAATTAGAAT
ATTTATAGTACTAACATTGTATTGCATAATTATGCTAAGTATTTATTTAT
CATTTGAAATCTGATTTTGACCATTGAAATCAATACATAAACAAAAGTAG
CTTTAGACAAGTTGCAATATATTTAGGCAGGGCCAGCCCAAGCCAATTTG
CCACTTTATATGTATTGGATTTTATGCTGATCCGAAATTAATTTGATAAT
ATTTTGTCATAAATGACACTTTCTCCTTTTTGAAATATATATATACCAAC
TTTTTGGTGATCTTCAATTTAAGAGGCGCCATTCCCTAATAATTTGTGGT
GCTGGCTTTGGATTAAGAAACTTTTATTATATAAAAATTAAATAACTTTA
AGATCCTAGGATCCAATTACAAAGTACAGCGCTCAGAATATTTGAATTGA
CTGCTAGTTGAATACCCTTGATCCGAATCATTTAACTTCTAATTCAGAAT
ACAATACTTTTATCCTTGAAAGGTATTTTTTTTCCGAATAGAAGGATCTC
TTCGGCAAGTAAAAGTCCACGCTTTTGATCTCATGTCAAAGATTGTATTC
AATTTAATTGTTAAACCCTCAATGACAGAAAATATGATTTTTTCATTCGT
AAATATGTAATTTGATTCGATATAGTCAGATGTGGTTCTATATTGTTTAC
AATGTGATTTAAAAAAAATATTTTGCAGCGTTTTTCTCCACAAAATTCCC
TCTTTCCCTTAAAGCGACTCCTAGATATAATTTTGTACAATTAGGATACT
CTAAAAAACTATTCACGGATTTTACTTATCAATATAGGTTAGTAATATTA
AATCACTCTTGTATTAAATAAATACACTAATGTGTTAATTAGTATGAGGC
ATGCATGCTACTGGTGCTATCTCCAATAGAGAACAGAACTGTTTTCTAAT
TCTTTATCAATGGATATTTTTCTGGTCTAAGTAAGACTTTATTTATTTTC
AGCAGTCTGATTTTTGATAAGTAGTCTTTTGCAAACCGATGAATTGATTA
ATACAAGATTATTGAAATTAAATTGCTATTATAAACTACTTTTATACAAA
AAATAAATAACTTTATTTTCACTCATGCAATTTTTTTTTTTTGTATTTTA
TAGGAAAAGTTATAATTATAATATACATATTTATTTAGGGCCAATGCTAG
GAGTTTTCTATGCCAGGCTGTTACAATTATTTTTTTTCGTATTTTCCGAC
TTTTATAAGAAATGCCTTTTTGTTTGGAAAATAAGATTTGTTGCTTATAT
TTATATTAAGAAAATATTAAAGACCTTTCTCAATTAGATATATATATATA
TATGTACATTTTTCTAATGTCGTTTTTTGAGCAGTTGATGATTTTGAAGC
ATATATTGGGCCTTTTCAATTAANNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNTATAATTTTTGTAATTTTTGTATAA
ATTTTGTAAAACATGTACTTTTGACTGTTTCATAAAATACATTATTCAAA
TAACATGGGAGGACAATATATTTTAATTAATTATACTTAAAATTATAGCT
TTTACATGTATTACTTTCAGTTTAGTCGTCTATTTCTACTGAGTGATTCA
CAAAAAAAAGGTATTCACGTTGTAAAAGTACAGTAATGTTTAGAGATGTA
AATCCGGTGTATTTTTTAGCCGACCCGTTTGATTCTGGAATTGGTTCTCT
GAAAAAGGAACATTCTTTTCGTCAGGAGTTGCACTATTTTTTAACTCCTG
AGTAGTGAACTTCTTTTTTCTAATACATTCATTTATGTTCAAAACCTGAT
TAAACATTCGTTTGTGCTCATAAAGACGGAAAATAATCTTGAGGATTTTT
TACAGAGTTGTAATTGTAAGTCCCCGTTGGACTTAGAGTAGAATTGCGGA
TTGACTTTGGAGTAATTATTGCCGATGTCCTTGATATTTCCTCCTTCCCC
TCCTCTCTTGTACCAGGTGATTGTAGCTGCTCCCATCCAAACCTTTCTTC
TAATTGTTAGGGTAACTATGTTGAAATTCGTTTTTTAAACATCTCCAAAA
TACACACGATTTTCATCACTAATTATGCTTGTTCTCTGACATGCCAGTTT
AATTTAAACAATCCAATTTATAATATAAGAAACCACTTTATTTTTAAATC
GCCCTTGAAGCAACACTAGCGTTTTGATGCCAACTTTCGATCAGCTCGTA
TGTCATTGAATGTTTTTTTTGCTTCGAATCAAGCTCGTATCTCAAAACTC
GTATGATGGCACTTTTACCTCAAAGTATGACTGTCGTGTGAGTATACATT
GCCGAAAGGGCACTTTGGCGAATGCCCAAATTGTAGAATGGACAATTTGG
CTAAAAAATATACATTGCTGCTGATGATTCATGCTTCAATACTACGTAAT
TATTGCAATGAATCAGTGTTCATTAGTTAGTATTAGAATCTGCCTATCAT
TCTCAAGCTGTGGAACTTGTAAATGGACGAGAAACTTACTCTACATCAGG
AACACATTCCTTGAAAAAAGCAATACAAAAATATTCTCCCAATATATCCA
AACATCGACAGCTGACAACAAAATACAATCTATATCTTTGCGTTAATGAG
GTTACACAGTCCTTGATTGGGCGATTGTCACGATTTTTTTTCGCAAAAAA
GATTCCTGTAGTGATTCGAACATACTTTATGTATATTCATAATGCAATAA
ATCAACTATTAATTAAAGAGCACTTAATCATTACAATTTATAGTAAATAA
TAATACATCTTAGCTTTTAAAATTGGAAACACACGAATAGGAATCATAAA
TACATAGTATTGTAAAATGAATCATCCATCAAATATATTTATCATTTCTT
AAAGTGGTCTTTTGGCAAAGTCTCTGTTTGATAAAATGGCAAAATTTTCT
ATAATAAATTAATCAGAGAAGTATTTTTACAACAAAAGGATCTTAAAATG
AAAATGTCAGTACGTTATTTTAATGATTGTAAATAATTGTTTGGTTATTA
TTTTTAATAAATTGAACAAATAACAGTTTTGATTTAGGTTAGAATATAAA
TTTGATTTGTAATAATCAAATAATAATTTTGTTTCAGCCACCTTACCTTT
ACTATGAAAATAGTTTTGGTGAATTACTTTATAGAAATACAACTAAATAG
AAAGTTATTCAATTAAAAGTTCTTATTTTATGAATGGTAAACAAGAAAAT
TGTTTCATCCCATTTTATTTCAATGATGTATTTTGTAAAATAATTAAATG
CAGTATTTCTCAAACTATGCAGCAGAAACTCCCTATACTAGTACCTGGAT
GAACGTCATAATTAGGTTCAACCTCCGGTTTTGTATATTCAGTTAGGCCA
TTATGATCGTAGTTGGAGATTTTGATATTTTTCAAGTCGTAAAAGCTGTA
AAATTCTTGAGAACCACTGCTCAAATTTTCATACATATTAACTCTATCAA
TTTGGTCTTTTTTACATTAGAGTGTGATCAAGACCGAAAATGTGCCATCG
AAGTTGAACCCAACTCACGTAAAGCTATCAAATATTCAAGTTGCTCTGAT
GGATGCTTTGACAACTCAACAGTTTCATATTGCAGAAGTACTAATCCTGA
CGGTCAAAGCTGCAAATTTCCATTCAAATATGGAGGACTTACTCATCATC
AATGTACAACAATGGGGCGCTCAGAGTCTTGGTGTATGTTGAATGACGGA
ATTACGTTTGCATACTGTGATAGGGATTGTCCTGGTTATGAGCCGGCAGA
GGACTTGATGGATACATGTAAAACAACGGAAGGGCAAGTGAGTTATGGGA
ACACTTTTTAAATTTGAGTGTGCTGAAATCAGGATTGTTTATTTTAAATT
CAATCAGAATTCAAGGAAGGTAATTGCTTGAATGAAAACAATGCTTAATA
AAAAATATCAATTGAATCATACAAGCCAAACTTGATTCAAATCTTAACAA
ATAAAACTAAGGAAAAACCACTACCTTAGACTTTAAAGGATGTTTAAAGT
AATTGTACAACTTACATTTAAAAAAAGCTTTACTAAAGAGTTATTTATCA
ATTTTACTTTCTTACAATAGGGGGTGGCGAATTTTTTATTGCMCAATTTG
AGTACACAAATTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNCTAGTGTTTGGACTAAGATGTTTGTTGAAAAAAATCATTTACA
ATTAATGTAAAATTAATAGTAAAGAACACATCTTACTCAATGTAGCCGTC
ATCAGCCGCAAAGATGTGCTCCAATCTATTTCTGAAAGTTTCCCAGACCT
ACTTGATTTATTCCTCAGATATGTCAGTCCATTTATTTTTGACATAATTA
TTTAGAGCATCACTATTAAGGTGATGAATTCGGAAAGTTTTGGCCTCAAT
CTGGCTCCAAAAGGCATAATCCATGATATTTGCATCCAAGGAGTATTGCC
CCACAAGTTTTTGGACGAGAAGTCAAGAAATTTCTACTGTTGCTTTAAAT
AGTTGCAACGTCGTTAGAGATGAACAGCAGCGTTGCTAGCTTCCATCAGT
GGGGGGGGGGGACTTTAGGTTCCAAAAATTATCAACATAGTAATACTGAT
ATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTTGGTTATTTATATA
TATTAAACTTTCTTTTACATTGAGGGGGGGCAGCTTAAGCCTCCCTGAAA
AGAGACTAACAGCCCCACATGAGATAATATTGCTTAATTTTATCAGTCAG
CGCAGGCCACTCCAAGTTCTTGAACGTGTACTCCAAGTTTTATCCTGGCA
ACGTCCATCTCCTTTGCATGAGAGGGCAAGGATGTCAAAGGATCGACCTC
CACAATCTCCTTCCCCTTATCAGCATTAAGGATCTTGGCTCTGCTACTTT
CTGGCTTCCCTTCAAATCTATATTTGACTTTGACATATTAAACAGTGGGC
GTATACACGCCCAAGAAGATGGATAACTCTGTTGGCGAATTTAAGTCGTC
CAAAAGTGTGTGGACCTTAAATCGAATATCTATGAGAAATGAAAATTTCG
AGCTATTTGCTTTACAAGTTGGTTTGTTTGCGAGCGGTGCAGTTTTTCTT
TGAAATCGGAAAATTATTTTTCCCCCCTTTAACCTCTATTAACATCCTTA
AATAAGAGTGCAATTTTTGTTAGGCCACCCAGTATCTCCATATAATATTC
GTATTCGTATTAATTTTCCAGTAATCAAATCAATGTTTTATTTAAATAAA
AATATACATTCCCGTTATAGCTTGCTTTATTATCCGTTGTTCTCATAAAG
TAGTCTAACTGAGATGAAAATTTACTTTGTGTTTTTTTCAACTGCTGATT
TATCGGCTCTTTCTTTTGACGAGTCGTTACCTTAGTTCCATCACGCAGCC
TTTCATCTATAAAGAAACAGGAAAATGCCCGAAATAATATTCATACCAAC
TGGTATTTATCTCTTAAATACTCCCAGATTATTATTGTCATATTATTTAT
TAACAATTTTTAAAATGGATTACACATATGTTTAAACTTAATACTAATGG
AATATTACATAGTATTTTATTCAAAACTGTATTATAATATTACTTAATAA
TATTATAAGAAAAATACATTTTTATTTGTATATGATAGTCAAAGTGTTTT
CATMGAAATGATAAGATTCCCAATATATATATATATATATACGAGAAGGT
TTCAATAAGCAACCGTATTCCTGTCCTTTTGGAAACGGATTATTAGTATA
GAAGTCAAAGTATTACTTTGTTATTTTTCAAAAAGAATAAATTATGAAAT
AGCCATGACGTATCAAGTGGGATGAGTGAATCAACAGATGACGACAAAAA
ACATAGGGTTAGCGAGGTAACGCCGAAATGAGTGTTTTAATTGAATGGTG
ATTTTTTTAACTCAAATGAATCTTGTTATTTAGTAAAAATGTCCCTATTT
ATTTGATTAATAATGGTCCAATATTTGTCAGAGAAAATAACTAGCTAACT
CCTAGATAATTCGGGACTTATTTATTTCTTTTCGTTTTAGAGAAGCAATA
GAGAGATGTGAGTAAATTTTATCCTCTTAAACTTAAAATTCTCAAGAATC
GTAGATGATATCCTGTTTGTATTAATTAAAAAATGTTATGTCAAATTGTA
ACTCATAAAAGGTAAAAGTATTTGGGTCATTTCAAATCTACTCAACAAAT
TGACATTTTTCTACCATAACAGAATTTGATAATTTTTGGTGCAAAAGGGT
ATTTTATTACTTAGATACCAAATTTTTAAATGAACCTTTAGATACTAATT
ATTTGACACAGCTTCTAGAGTTACTTCAGATTCCCATTTAGTATTTTAAT
TGGCTAATATTTCGAGATTTAAATCCCAAAGAAGTTATTTTGAGTCATTC
TGAGATATCTATATATAAAATACATGTTAAAGTCTGTATAACAGAACATA
AAGTTGCATCTGTAGTCCAATCCAAATATCAGTTCTTAAGTGGAAGGAAT
TAATATTTTGATTAATCTTTGGTTTGTGATTTAGGTTAACCTATATAACC
TCAATTGAAAAGATAATTAAGAGCTTAGCTTAACAAAACTTATAAAATGA
GTTTTTGAATTTTTGTTATGAAAAAAATAAATTAACCATAATCATTATTT
TTGACCTTAACCTTGATATGTTCGATTTCGAAAAAATGTGGATATGAGCA
GAAATAACTTGTTGAAGGAAAATTTTAGAACTGGAGTAGTACCGTACTAT
TCCATATGTTATGGCTCAATCACTCATTAAAAAAAAAAAACTGGCTTAAG
TAAGGTCTTCCATTATTGTTTACATTGTATCTTACTCATTAATTTGTTTA
TTTACTTCATTATAGGTAAGCAAGAAACAAGTATTATAATTTATAATATC
ATTAACTTTCTCAGCCTAATTGTGCCATTTGGAGGAATGTTTTTATCATC
TATTCAAAAATTAGTACACATATGATACATTTCAATAAAAAGTAAAGGAT
TTTTTTTTAATTGTCTCCCGGTCCTATAATATATGACGCATATTAATTCT
AAAAACATATTAAAAAAGTTTTAAAATCTGCCAAATAATAATATGGTCCT
TATTGGGTTAAATATTTCATGGATTTTGATTTATTTATTTGAAATTTAAA
CAATCTGAAGATAGCACACTTATAAATCTTTTTTTTTTTTTTAATATTGR
GTTCTCAATCTAATATATTTATTTTCTTATAGATTTGTCAGTTTCCATTT
TCGTATGGCAGTATCATCTACCATGGATGCACTCTGGATGGACATGACTA
CCCCTGGTGCCCAACCGTTGTAAACGGAATAGGAGAGCCGGAATTTTTTG
GGAATTGCACCTATCATTGTGAAGGTATTTGTATGCAGTTGTTTCATTCT
AAATATCCCCAATGCCCTGTCTAGCAACAATTATACATTATAAATATTTT
TTGTGTTCTTTATGTATTAAAAAAAGGGGGACCTTATAATGAAATATTTA
TTAGTATGTAGAATTATTCGGGTTGTATAAAAAGTATATCTTTGAAGTCT
AATTAGATGATTGCTATCAATCCTTTTGCAAATACTTTGGGTAATTAATG
AACTAAACAAAAAAAGMAATGAATAAATGAATCAAAAATCTGCCGAGTCT
TTAATTGTGTGGCTTGAATAATATGCAGACATAAGAGTATATAATGCATG
TAAGCTAAGGCTTTCCTTTTTTATGCAGTTTCAATGCATACTGGGTGGAG
ACTAAGAAATTAATCACACAATTAATTCAAGATTCTGAGATTGTATCTAA
GTGACTGATTTTAAAAATTTGGATGGTACATAGTATTTATAAAATATCAG
TTGTCAGCAAACATTTATATTTTTTAATTGAGCTAAAAAGGACATGAGAT
TCAAGGGAGGGGGGGGGAGGCAAGACTCAATATCGCAATTTAACTGGTGG
GGTCACACTCCAACTGAGATTTCAATGCAAATTGGAGTGGCCAATAAGAC
TGTTATAATGTAAAAAAAGAAGTTGGAACTGAAGATGGAAAAATCACCTG
ATCCTTCATGGCTGAAAATATCAACTACTGGGGGAAGTTTAATTAACGAT
CTTATAGCCAAGATGCTCTTCATTATTGTTTCTAGCTGCATGTTTAAATG
AATATATGTATCAGAAATATACAGGGAGCAGGAACATAATTTCTTTTCTC
AAAAAGGCAATAAAATGAATTTCATTTATCTGAATTTTTTATTTTTTTTT
CAATAAAAATAGTACACATTTGAAGTTATGTTTTACAAAGTTTTAAAAGT
TTTATCGGACAGGTGACGTCCCCCACTGTCCATACACTAAATAGACCGAA
GTTGGGKATTTTAATTCCTCGTGATTGTTTCGTTTCTCTATAAATAACTT
TTTATGGAGAGGTTTTAGAGAGATGGTTAATTTGTAGGAAAAATTTGATT
GGTAATATTTCATATTTATCTTATAATTTCAGATGATTAGTTAATGTGAT
AATTAGTTATGGGCTATTCCACAAATTTATTAAACATATTGGGGTTCTAA
AATAAATCCGGTTCCAATGACCGGATTTTAACATATTGCATAACATCAAA
TTTAATGACACCCGTGTTATCTACTAGGCATGATTATCTGTGGAGTTTTT
TTTTTGCGTTCAATTAGTTTGCAAAGTTTAAAATATGAAAATGAATTGAA
AAATTGTATTTTATATATTATAAATTGGAGGAATTAACTAATTTTTGTAA
ATTGCAGCAATCAAAACTCAAGTACTTTAATGCAATTAATTTTATTCCAA
TGCATGATAGCATCTGACTATATTTCTTAGAAAAGATTCAGAATCTTCCC
TCCAGAATGAGATCACGCTATGAATTCTAGAGTCTGATTSCCACGAATGA
TTAAAAAATRAAATTATKTAGCCGCACCCTGTATAATGTAATTAAAAATA
ATATGCAATTTTTTGTAAACTTTTAGTTTTCACCCGGTATATATATACAT
ACATATTTGTTAATCTTAGATTTTCATCTTGAGTACTATTTGTATACCTA
TAGTATATATAGTACATATTTACTTAGTTTTCTGCTGAGAGCAAATATTA
TTTTTATTCTTTGAGAAATAATCATTTACTTTTGTTATTCTTTAGTAAAA
ATTTCATTCGTATAACAATCTTACAGAATATACCCTTTTGCTCTGCGTAG
AGGAGTTTGCAGTATTATATTTGGGGGGGGGGGGGGGGGACAATAAAAAA
TATACAAAAGTTAAAATATTTTGGAAAAAAAATTCTAAAATCCATAGCAA
TTCTAAAAAAATTAAATTTTTTGGAACAAAAATATAAAAATCCACAGATG
TTCACAAAAAAATAAGTTTTTGTACAAAAATTCACAGTTATTCGTGAAAA
CATAATTTTTTTGGGAAAAAAATTCMAAAAMCCCACAGCTGTTAAAAAAA
ACTAATTTTTTTGGTAAATTATATTTCAANNNNNNNNNNNNNNGTTTCAA
ATATTACATTTTTCTAGTAAAAAGCCAAAATTCCTTAGTTTTTTTTTAAA
AGGGGGGGGGGGGGGGCGGGCTAMAGGKCCYCCAACCCMCCTTTTGAGGA
CAACCCTTGATAAACATGGATATTTTCATTTCATGTTTCTTTGTTAATTA
CATATATGTACTCAAGAGTTGAATCATGGGCTCATGACTATTGTTGTATC
GGTACCTATTTAGGACGGAAGACTTGCAAGACAACACCACCTTTTGTTTG
TAAAACCTATTATCCACATGTAAACAACACCGTTTTTGTAATTGTAAAAG
CTATTTAGATTAACTAAGTAGGTAATTAGTGGGGATTCAGACAAGTTACA
TTGTTTACTTAACAATAGAGTTCATGACTAATTCATTAAAGCAAACGAAT
CTGGAAAATATCCTTTATTCTGTGAAGGCACGGCAAAAAACTGAAAAACA
TATATGAAAAATAGGTTTTACAAACAGAGGACAGTACAGTTCCGTCCAAA
TCAGTCTTGAACTGGTCCAGTTAAGTCCTAAAACTTATAAAGCTCGGTCC
TTGATGACGTCACTCAACTTTATCTCTTTTTTTTTTTAAATAGTTCTGGT
ACTAACAGTCCGAAGGACTGACAGTCTTAAGGGCTGATATGACTGGKCCT
AAGAATGGACTACACTGAATAAATTAGGATTGATACAACACTAATCAACA
CATTTAAGTAAAATAATTCGTGGGATGAGTGCTAAATTGTCGTAACTAAA
ATATTTACCTTATAGAATTAAGTCATGAAACTCTATTCTTTCATTATGAA
TAATTGTATTTTCCAATTTTTACTTTAAGGGAATCTGAAAAATTACTAAA
AATAAAATGGACTTGCAATGTTCATTTTAAGAATCTGAATTTCCCTGTTT
TTAAATACCAATATTAAATATTAGACTTCTAGGATTTTATAACGACAATA
ACACCAATATTTGTAATATATTACTGACAACAACTTGGCGCTCAGCCTCG
AAATCATAATAAAAGTCAACGAATTTTTGCCCTTGGATCGAAAGGGTGTA
AACCGAATTGTTTATACTTTAAAAAACACAACAACAATAGAATTGACCTT
AATAATATTAAACTTTTGCTTTAGTTTCTAGACGTTGAAATATGTTAGTT
AGGAATGTATAAAAAACTAATCAATAATAACTTTTAAAATATCAATTTAT
TAAGGAGCTCTTTAGAAAAAATGAATTTGTATATCCTTTCTGTACAACAA
ATACAATTACTTAACATTTTTATTAAATATAATAAATACATTCGACGTTC
AAAGAAAGAATTCATTTTTTGTCATGTTTTTGTAATAACAAGGTATTTTT
TCCTATTCTACTGAATATATATACTGAAATAATTACAATACTTTTTGAAT
AAAAAGAAAATATATATTTAAATATTATACTTTATGMTTTTATTTATATC
CTTCGAAGTGAAAAATTATACTAAGTCATGTAGATGCTGTAAAAAACAAT
TTTTAAAAGCTTTAGGTAACAAAAACGGAAATTTAAGGTGATGAACGTTA
ATTTGTATGTTTTTTTGAGCAAAAAACAATTAGGGGCACACCATCTCACT
GCAAGGCCAAAATAAATTTGAACTTTATCAACTAATGTAATGAGAATTTA
GTTAAATGTTTCATTTTTCAAAATTATGGAGGAATAAGGATGAAAGGCGA
CGTCATCCATGGCATCTCAAATGTTAATTCTAATGATCATTTTAGAGAGA
ATGAACCTGGAAAAATTGATCAATTAACATCAATAGCCCTTGAACGACTG
TGTTACTCAAGCAAAATTCGAAAATTTCCCCATATATATATACATTCTCT
TTGATTTGGTAAAAAAGTTCTTAATAAAAAAATCCCTTTTATCTTTTTTA
GTAATAAGGCAAAGTTTGTTTGCTTATTTGTAGGAAGAAAACTTAGTTTT
GACAACGAGCATGTGTATTTAAAGCTCAGCATGTCATATTAAAAAAGAGA
ACAAAACGAGAGTACAATTAAAAAAATAATGAATGTGACTTTAGTGACGT
GCGTGCGTAGCTGAGGCTCAGCCTGTCATATTAGAAACAGAAAAAGGGAG
TAGGATCTACATATATTATTAATGCAAAGTTCATCTACGCCAAATAAGTC
AAACTATCATTCTTATAAATGATAGGATTCATTTGAAGATTTTGAGTTGT
TCAAACATGATAGGATCATATTGCTTTTAATGCGACATTTATATAGTACA
GAGGGTACTTGGAATATTACCCAACTTGGAAAATGGTACTACGTCTATCG
ATAATATAAAAAGTATGTACCCGTAAAAATTACATCTTTCGAATTGAAAT
ATATGGGTAAATGTAATGTCTCAGTTGGGTTTTAAGCAAAATAATCACAA
TTATAAGCTAGACATTTGGCCCGTCAATATAAAAAAAAGCAAGAATGATT
TTTTTCATAATGGATTTTGAATTACATTCCTCGACAAATTATTGTCAATT
TCCATCAAGAAAGTATTCTCATTAAGCCTTGTGATGCACCATAAATTGTA
CTTAAAGTAGTCAAAATTGATCGTCACAATAAAATCCCACCCTTTGTGGA
AGCACCCCAACCATTACTTTAGAACAAATTGTATACCTATGTAACTCAAA
TTAGTGTCAATTTGTAGCTATAGTAAAGGTACTTTTTATAGATAATAATA
TCAAATATCAAGGTCCCACCTAAGGTAAAAAATGTGTAACATTGCTAACT
TTCAGCACGAATGAGTCTTAGTTTTTTAGGGGAAATAATTTTAGATGAAT
TTTTGCCCTCTACCCAGTTCTCATTCTAGTTCCAACATTTATCTACATGT
TAAACTATGAGCTCTCCTAACTATTTCATCTCCTAACCAATCTATTAAAT
TGATAGCAAGGCATTAAGTCCTATGATTATTTTTTTAAACAGATTGATAA
TATAAAAAGATAATTAAACTCTACATATTTGGCCCATCAACACAGAAGCA
TGCCAGCATAATTTTTATCAAAGTTGAGTTTGGATTACATTAGTATTCTT
CGATGAATAGTCGTCAATTTATATAGGGTAATTATTTTTATGAACACTTT
GGTGGCGATGCAAATTTCATTTAAAGTGGGCAAAATTAATTGTCACTATA
AAAGAATATGAAATTGATATACTCTATTTGAAATACTAAATTGTAGTCAA
TATATGTCTTTCTAATTAACTATAGATTCCTTAATACAAGGGCGCTGTCA
TAAGTACTTGACCCAACAAAGAAAACCCATAAATGTAGGGAACCTCAAAA
AAAATTCTACATAATCTTTACTCAACTCTATACCCTCTAAAATTTAGATT
TTTTTGATTGCAAAAATTCAGCTTTGTTTTCGAAAAACATCGTTAAAAAC
TCTATTTAAACTACTTGACCTCATTGTTTATAGTAGAGTGTGAGCAAACG
TGGCACCCATTCTGCAGACAGCTTTCTCATGTCAAAATTTCTGTTAATAT
TAGATGTGCTACACTTTTTTTAATGCCTATAATGTTAGCTTGTTCACGCG
CTTTCATTCGACGATCCACAAGTGCCGCTTTGTGAATTTTTTCTACAATT
TCTGAAATCGTTACCTCAATAGGTCGAACACTGTGATTCTCGTGTCGGTA
ACTCGTATGGGCTCATTTAACTTTTGTAAACAAAGGAGCAGATTCATCCA
GATAAGAATCTAGTTCAACTTTCATATTGGTTGGGCTGAGGCCTTTCAAA
TAAAAGTATTGGATCATATAAGGATGACCAATTTTCTATTATTAGTATTT
TTTTAAATATATTATTTTCTTTTTTAGGATAGAACTCCGGTTCAAAACCA
CTGCCATAAAAAATATCTTTTTGATTTAACTGTGCGTAAGCAAAAGAAAC
ATGGGACTAATGAGTGTATAACTAAATGAACGCCGTTCAATGAGTTTTTG
CTTTATTCCTTCTATTTGTTCCTGTTAGGCAATCATAAACGAACACTATT
TTCTTTTTTGTGCATTATCCAAGTACGCCATAATTTTTGTCGTCTTCGAA
AACTCTCACACAAGTTCATTGTCAAACAGCTATATAGGTACAGCTTGACA
GATGGGGTTGTTAACATGGTCTCGGTCATTCTTAGAAACTCATCATCGAC
CATTGGCATTCCCGATGTTCACTCTAAGTTTTGCATCCGGCGTGGATCTC
GGGAAGGAGATTTGCTAACGCCATTCCTCTTTCTAATCGCAATGCAAGGA
TTAAACGATATTATCAACTCAAATTATAGCCTTGAATGTCTGAAATTAAA
TGAAAAGTCACTGATGTTCTTATTATATGCTGACGATCTTACCTTATTTC
TAACAGGAACCGAATAAAAACTGTGATTTTTGTGCAATTCAAATTAAAAA
AAAAAAAAAAGTCTTACAACGGATTGGTTGTCAATTTTCTGAACGGGTTC
TGGATAAGTCCATATGAAATTTATAGAGTAGTGAAAGATTGGATGATTGA
AGAAAGATCTGATCAGTATTGAGATCTACCATTAAGAATGTTCTCCCTTT
ATTAGGCTCAAACAAACCACTATATTATAATCCTCGACTGAACAGTAGGG
GTGGATTCCTTAATGATTTAGAGATTAATCCTGCTGTTCAATATATATCA
GACAGGAGCCCCGTATTGATTGACTTTTTTCTACACCATACAACACGGTG
GATGTTCTCAAAAAGAGATTTCAAAATAGAATATATCGGTTCGCCAATCT
CTGCTTTCATTGCCTTAGAAGCCATTCCAAACAAAATGATTAAGCAAGCT
TCCAGTATTAGTATTGCTCGTAAAGAGAAGGACTTATTCATCTAGTGCAA
GGCGCAGGCAGGTGCAATAGACTTGGKCTTAGAGATGGCACGGAACGTGC
AGATCCAAACCTCATTTGAAGAATCAATTTTCTGATACACTTCAAAAATA
GTTGAGGTATAGATTAGGAAAGTTTTTTTTTACTAACAAGTCCCAGGAGG
ATCCTAAAGAGATAAATTGTTATTTTTGCCAACAAAGTTGGACACCTTCA
TTTAATCTATTCTACGAATGTGTAATCATTACCCCGATCCTTTAGTTGGT
GGAGGAAGAGATTTGGATGAACTTTGATGCAAGACTGAGTCCCTTAGATA
ACAAAAACACGATATTATAGGTCCGTGTTAAGTACATAGTTTTCCTTATT
TTTAAATGGAATTATTCATTTTTCCCCTGACCGTTCTTTCCCTGGAGTCC
TTTAGTCAGAATTAAAACTTTAACCCCAGAAGTAGCTCAAGATCATCTGT
TTATGATATTTATAAGATCTGTAGATTTGCAGGTTTTTCTTTTTTGTTTT
TCTCGTTGTGTTGTTGACCTAGTTTTAATTAAACATGCAAGGCAAAATGT
CGTTAAATTTTTTATTCAATTTCTGCAAAAAACCCTTGTATTAAATAGTG
TTTGATATACTCATATATGGAGATATTAATAATATCTAAATCTTTGTGAG
TCTAAATCAAAACTTAAAGATCTTGCAGGTTACCAACAAATACTTTAAAA
AATAAATAATTGTATGCTCACGAGAATTTTGATGATTTTCAAATACCCAA
AAAGGGTTAGAAATATATTTAGGTATTTTTAATCTGTATAAACAAGTTTT
TTTAATTCATATTCGATCGTTTTATTTTAGATATGCAATTAATTTTTTTT
ATAATACTTTATTCCAGGTTTTGCAGAAGAAGTTGGTCGATGCCGCTCAG
TCTATGGAACAGCTTGTATATTTCCATTTGAATATAAAGGTACTCTAATA
AAATAGAATATTGTTAATGTATGTCATAGTCTCAATTGTTACTGGTAATT
TTGCCGTATACATTTTCCTCTCTGGAAATTTTGTGTTTTGGAGATATGCC
ACCATTTTATATTATCTGTTTGAACTTTACCTTTAAACTTTACACCTACA
TATATCTCATCTGTAAATCTGAAGAAGTATGCGTTTAGTTGATGGTAGAA
TAAATGTAAGAAGATGGAAAATGTCTTCAATAGTAAAGACTAAAGCTAAA
TTTGGAATATTATAATGTAATAACATAAAAAATTGTTTACGAATTTTGTC
ATATGGCAAAATATCGCAGAGATTAAATTACCAACAGTGAAAATGTTCAC
GACAAAATTATTTAGAACCCTCTAATTAACCCTTCGTTAGCGAACTGGGA
TTTTCAGAATCCCAAATTTTATAGTTCTGATCCTAGTTTCAATTCAATCA
TATTTCATGACCAAAATTTTAGAAGGCTCTTGAAGCATTCTGTCAGAATA
AGTAAAACTTATTCCTATATTTTTTAGTTTTTAATCAAAATTTTGGGAAT
TTAAATGATTTCTTCGCATTAAATTACTGATTTTCCTTTTCTTATTTTTT
TTATTCTTCTAATGCCATATTAGCTGTGTTTTTATTTTTATACGCAACCT
CATCAATTTTGATGATTATTTATTTCAAACTCAAAATTCTTTAGAGTAAA
CAATATATGATTATAAGTTTTTAACAAACATGAAATTATATTAACTATTT
ATACATTAAATCCAAATGTATGTGTATGTGTCCGAGATTCACGACCAAAC
CAATGAATAGATTTTGATGAAATTTTTCACGTAGCTTTTCAAAGCTCCAG
AAACGGTTCTGGTAACATTTTTTGGCCTGCAAAGCCATGGTGCCCTTAAA
ATAGAGCCTTTTTTATAAAAACTAATTTGACTAACAAACGTCTACTTTAT
TTAAAACAAAAAAATTAGGAGCGTAAATTTGTAAAGATGATTCTCGGTAC
ATGGTGGTATGTATCTTTGCACACTTTCTTTTAAAAAGAGATAGAATAGG
ACAAAGGATTTTGGTCATAATAAGAAAGTTGAGCGTTCAACAGTTCAACG
GCAGGRACTTGATTTTTTTTTCTTCTCTAAACCTTATAATCTCCATTAAA
AAATGTGTGCAAAGATACATGCAAACATGTAATGAGAATCATTCGTAGAA
ATTTACGGCCTTTATTTTTGAGTTTTTTATAAAGCAGAAGAGTTCAGAAT
TAATTTTAACTTCTTAATGTCCCGGGCCATTCACAACAAACCTACTCTAG
TCACAAAGAAATATGATACCTGATTGAATTGAAACCCTAAACTAATTTTG
TTAAAACGAATTTAAAAAAAGGATGTAGATATTTTTTCTACATATCTTGA
ACGAATAAATGTATTTTTAGCATAGCTATTTATGAATGCAGAATTGATGA
AATAGTTAAGAAACTGTTACAAATATGTTTAACGTGTAATTTTGAGTATA
TAACGAGCCCCACTTTGGGTAGTGGTTCCCAAAGTGGAGGTTGCAGGACA
CAACGGAGGGTTAATGAGATGATTTACAAAAAAAAAAGAATATAATTTAA
ATTGATATTACTTATATTAACTTAACTTAAACAATGCTGAATATACATAT
CGTTTATAAGTCTCTTTGGGATCACATTAAAAAGTATTTTCAAGAAGATA
GCTCTCCAAAAAAATATAACTGGTCCCTTTTMCCGCCACAACTAATAATC
TGTTCTCTAATATGAAGGATTTGCTTATAGAACTTTCATGTGACCAAAAA
CTAGGACAGATTTTAAATATAAAACACTTGCCGAATTTTCGATTTCTGTT
ATGTTACAGGTGCCTATGGCAGCTTTCGATTTACTTAAAGCATTTGATTC
AACTTATTTWTGTGAGAAGACCTTTTCCGAATTAACTTATTTAAAATAAA
TAAAAATCGCGGCTTAACGTGGAGAATGATCATTAAGTGGTGGTGTCCAC
AATGAAACTGAGAAGATACCTAATTTGCTCGATGCACAGTGCACATCCGT
CATAATAAGACCTTGATTCGTTTATAAATCTWTTTGCACATCCACAGCCT
CTAATGTTATTTCTTTGTCAGTCTCAATTTAATCTATTTTATTTACCAAA
AAAAAAGATTATTGATTCTATAAAAATGATTCTTAGCAGAACATAAATCG
TTGATTTTATATTTACAATATATATTCGATTATTTCGTCGGTTTATTTCT
TATTTTTTTTATATTTTCAATATATATAGAATTAAAATCTTTATTTTGAT
CAATATATTCAAATAAATTAACTTATTTGCCTCTTGGTTGAACTTTAAGT
GCTCATATGATCGTTAAGTCATTTATTTTCACAAAATGCATCCTAAATTT
TATATTCATCTCTCAATGTGAGACATAGGGGTCGCACATTGTATGCCAAC
ATATTTTAAGGGTTGAACTCCAAAAAATTAGTGAACCACTGTATTAGGTA
TGGAAATTTTTAGAGCAACAATTTATTCCTGTTCATTCACTACATTGAAA
AAGGATATTCAATAGAGAAGGTTTAAAAAGAGTTCTTTGTTCAAATTTAT
TTCATACAATAAATACAATACTTCAAAATATTAATCTTAGAGTTCAAAAT
CAAATTTGTTACTTTTTTTTCTAGGTACTGTATATAATGAATGTACGGAA
ATCGATCATGTATGGAAATGGTGCTCCGTGTTTAATTTACCTAATGGAAC
GATGAGGAACTGGGGAGAATGTTTGGGTAAAACCTGTGAACCAATTGGTA
AGTTTGGAATACTTAAGCAATTAGCTTTTCTTCTTTTTCTAAATAACATT
TGGCAGAGCCTTGAATAACATCATTATATAATAATCATTTACTTATAATA
TTTTCTTCATGCCAAATCATATGGGGACACACATATTTGGACATCGTATG
ATGATTGATTGCCAAATTGTACCTAATATGTTTGTATATTTGTACAATAT
GCATTCATACAGAACTTATAAACGATTGTGACCACATGATTAGAATTAGT
ACAGGGAAAAATATGTGAGGATTTATTAAAATATACAGGAGGTCCCCTCT
AACACGGATTTTGCATAATTTTGGATTTTTTTTTACTCTTAACATAGTAC
AGTATCGCGGTTTTTTATGTTATGATAATAAATTATAAGAAACTAAATAC
ATATTGAGGGAAACAAGAATTTTTATAATGTGATGAATTCGTTCATACAC
TGGATATATATTCATAGAGTATAAGTGTATAATTTTGCATAGGGCGAGAG
TCCTGTAAGTATTTGATTTGATCCTTAGGAATAAAACATTTGGTAATTAC
TTTTTATACAGACTTGCAAATAAAAAAGCTGCTAAATAAATATTGGTTAA
TTTCAGATTATTAACAGCGCTAATTGGACTTTTACCATTGTAAATTTGAC
TGTTCTTATTTTAAAGAGCTCTATTCCATTTTGAACTGAAATGTTCTCAT
TCTGAATTAAAAATGGTATAGATCTTGTATATTATTATTTGTCAAAGCAA
AGGAAATGAAAATTCCTTTGGTCTCAAATTTCCATAAATTCAAAATTATA
TGTGGAAAAAAATAATAATAAAATAACAACTTTGGGCATTTTTCTTAACC
TGTTTTGCTTAAAATTAAATATATTTTCCAACACCGAAATATAACTATTA
AAGTTATGAATGAACTCATTTAATTTAGAGATTTTACTTTGAGGTCAATG
GAAAAAAAACTTCATAAAGGGTGCACGTAAAGGAGGATTCCGTGCCTTCT
CCAGTTATTTGATGCAACAAATTCGTCAATTGATTCCATTTTTTTTTTCA
ACCGATAGCAGGTATTTTACAAGCTATCTAACAAAAAAAAAGTATATATC
AGCTGCTTAGTATTCGTATTTGCCTAAAAGAGAGGCCCAAAGTGACGATA
TAGATAGCTTGCACACCCTGTATGTGTAGTTAAAGATAAGTATCGACTTA
CTACGTCTTTTTATTTTCATTTCAAATAAAATCCTAGCTTTGATGGCCAT
ATTATTTTTCAAAAGTTCTTCTATGGCGTATGTATTTGCTTTATACCATT
GTATGTATGAATGAATGTTACTTATTTCAATTCGTGACAGGCCTACATTA
ACCACAATATTATATTTATTATCATAACAACTACAAATATGGACTCACAG
CATTTAGTAAAATACTTTCAAACCAAATTAAATGTATACAAAAGTAAAGC
TAAATATTATGGACTACTTCTAATATTATTTTTTTAAATAGCTGTAGTAC
CTCTCATTATCCGGAGTTATTGCACGTCGATGCATTGACAAACCTTGATT
TAATTTTCTTAAAATCAAATTTTTGAAAAATATAAATTTTTTTGGAGGAA
AATTTAAAAATTAACAGGGTTTTACACGAAATAACTTTTTGAAAAATAAT
TTAAAATGTTAAACTTTTTCGAAAAAAATTTAAAAGATCAGCAGCTGATC
ACAAAAAANNNNNAATTTTTGAAAAATATAAATTTTTTTGGAGGAAAATT
TAAAAATTAACAGGGTTTTACACGAAATAACTTTTTGAAAAATAATTTAA
AATGTTAAACTTTTTCGAAAAAAATTTAAAAGATCAGCAGCTGATCACAA
AAAAAATAAATTTCAAATATTAAATTTTTTGGAGAAAAATTTCAAATATT
AAATTTTTTGGAGAAAAATTTCAAATATTTAATTTTTTGAATTTTTTTTT
CAAAAATCCATGATCGATCACAAAAATTAAATTTCAACTATGAAATTTTT
GAAGAAAAATATCAAATATTATTTTTTCTTGAGAAAAATTGAATGATAAT
GATGTAAAGGTTATTGAAACTGAAGGGATTGAAATATTCGTGAAACAGGT
CAACTCTGGCATTTCCGATGCTAAAATGAATTAATATTTATCCTTAAACA
CATATTAAAATGATAATTCTTGCTGGTCATCCTTTTTTTGATATTTTTGA
TAATAGAGCCTATGTTCGGAAGTGTTGCTCCTGGGCAACGTTATGAGAGA
AAGGTTTAATGATGAAAATCCGGCGTAATTTTAGCCCGCCCGTATTTTTG
GAATTGGTTAATTGAAGAATTAATTTTCTTTTTCTTAGCCGTTGTCATTA
TTTTTTAATTCGCAAATAGTTAACTTATTTTCCTAAATATATTCAATTAC
ATTGAAAAACTGATTAAATATTTGCGTGTGCTCATAACGACGTAGCTTAA
TCTTGAAAATTTGTTACAGAGTTATAATTAAAAGTCTTTATTAGACTCAG
AGTAGAATTGGAAATACATAGGAGATATTGTGGCAAATTTGTTTGTGTAT
ATTCTTTTCGCCATGAAACGTCATAAGTATGACTCTTTCCCTCCTCCTAA
ACATTCTTCAAATTGTCAGGGTTACCATGTTGATTTTCGGTACCTATACA
TATTCTCCATTTTTAGTGTGAAGTCCATGCTCGATTGTATTGTTATTTCT
TAAATAATGTATCTATGCACTCCGGACATACATACAAAGAGTTATATACC
AAAATGATACACCTGTTCATACAGACAGACAAACTAGGTTTTGTTAATAT
ATATTTAGACCTAACGTCAAATCATTTATCATTGAAATTAACAACACAAG
GCAATAAAAAAATATGTTTTAATTCCATATTCAATACAAATAGTATTTGA
TGCATTTATTAAGAATCTGTAATTAGTTTTTAGTTCAACCTAAATTTAGA
ATAATAGCCAACTATTCTCGTGATTCAAAGATACTTAAAGTTTGATCAAA
CTTTTTCATTTTTTTTTTTTGTCAATTGAAGTACTTCACTATAATATTAG
TAAAAGTATTACCTTTTAGATGGCTCTCGTTTATCAAAGCCTGATAACAA
GGATGATACGATGGACAGTTCCATTTTTAAGTTCCATCTTTACTAACGAT
ACTAGCATAGGTTATACCATTGTGAATTATTTCTAAAATATATTTTTGTG
TAAGTTATAAAGCTCTTTAGTCTCCAATATTACCTATTATTTTGAAGCTT
GAACTTACAAGTAAATTCGAATTATATTATATATCTCAGTTGCATGTACA
GGGTGTCCACGATAAATCGGAACTATCTTAAAATTCAACCTGCTCGATGA
AAATCGAATTTAGGGTGTATTTGTTAATATGAAAAAKTTAGACAKGATAT
TAAACAAWAAATTTATTCAACATGYCCYCCCNCAGCAGCCACCATCTTCT
CCATCCTGTCCCTAAAGGATTTGCATGCCCTGATGACTTCTGCGGAATCG
ACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNGTTCCAATTTATCGTGGATACCC
TGTATCTCTAATATACAAAAAAGAAAATAACACAATCGTAAAACAATTGA
TGTGACTGACGTAGCTTGTTGACRAAKAATAGATTTCGGGGCTTTCTTTC
CTCTTTTCAATAGGAAAGTAAAGAGATTTTAATTGAGTTAATAATTTACA
TTAAACTTATTGAATTGTGTATCATTCCTAAATTAGAAATCTCTATTCAG
AAACTGACATTTATGTATATTCCTGTCTCAAGTATTGATTTAAAAAAAAA
AGAATATCAGGGGATATTTCTATTAATAAATTATTCACATCCGAAAGTCT
TTTTATATAACAATTGTGCTGTCGTTTTACATAGATGTCTTGCATTCATT
CATTAAACTTATTCAAATAGKCCTGCCAGTGGTTTATTAGCCCTAATCTT
GATAATTGTGGGGTTTATATTTCACAAAAGCTACAAAAAAAAGTGAAGAA
ATGGTATTTGTCGTTTAAATATGCTTCCTTAGCTGAGTGAAAACTTTTCT
GCAAGAAAATGTTTCTATTTGAGATACCACAAATGACGTTACTTTTTTAT
TTACCCTATTGAAATATTCAATTTTTTGATCCTTCTGCATAATTTATCTA
GTTAAGGTTCAATAGAACCTTAAGGTAGTAATATAATAATGCATGACACT
CTCAGCTCCCACTAGTAAGCACATTTTTTTTTTTTGGTAATCCACAAAAC
TGTTATAAAAATTTACTTCTTGACTTTTTTTTGCCACTTGGTTTATGGGT
TTACCCCCAACAACTTATATTTGTTTTTTATCCATTGTCTTACGTAACTC
AACCTACATATCTCTAAAGCGAGTCATATCAATGGGAAGGCCAAACTACT
TTAACTCTCCCATCCCCTAAAAAAAAGCTTGTTTGTTTTTCAGACAATTT
GAGAACAATGTAGATAGGAAATAATGGTACAAAATTAAGTACTCACTCAC
TTGCTCACCTCTTGAACCCAACCAATGATATGGAGGTGATATTTGTTTTA
ATAGAAAAATTCCATTACGACAATCCTAATATTAGGTTTGAATCAATTTA
AACGTTCATCAAAGGAGATGAAGAAAAAAAAAGAGTCTAAATTTAACTTT
TTGACTTACCTGAATGCTTCATTAAACCAAGATATGAAAGAATCGATTTG
ATACTCTAGTCCCTCATTAGTTAGTGTGCCGAACGTTGATTCACTAAGTT
TAAATTATATCTTGTCAATAGTCTACTGTAATATGTATACAATACCATTG
TCGTATCCCGAAAAATCAACAGCTCATGTAATTTTTACATATCGTTTATT
CATTTCTGATTGCGTAGGGATTTTTATCAATTATCAATCTCATTTCTTAA
AAGAAAAAAGTAAATATTTTCGTTAACAAAAAATGGTAGCTAGCCTTTTG
TAATTTTCTTATTGCCAAGTATTAGTTATTATTTACATAAAGGCCATTAT
TGTACCTATTGAATTTATAGTTTTCTCAATTTTAACCAAAGACTAAGTAT
GAAATGACAAAGATTCTAAACAAAGTTACTTGATTTATATAAATAAAAAT
CATATGTTACCCCTATTTTTGAGTTCATAATGTTTTATATCATATAAGAG
TAACTCATGAAAACAAATGATAGAAGAATACATTGGATTTTTGTTTATTT
ACAAAACTTTACGTACTAAAAGGTGTTTACCTCAATAAAATAAAACGAAG
NTTATAATATACTTATGCTCTCTTTTCAAAAGGACAGGAATACAACTGCT
GGTTGATCTTTTGTCGTATATATATTGACCATTTTATAATTTGTAGAGAA
AAAGTTTTTGCTTGCATATAAAAATATACCTGGTCTTTAAATAAAAAAAT
ATTACTTATCAATATTATAACACAATATCGAATAAAATACTATATAGAAT
TTTAATATTCTGAAATACTAGGATGTCCCCATATTATAGATTTATTWAGA
ATTATTTTATTAGTACATACTAAAACGACACTCTTTTCTTTAGACCATTA
TAAGTTCATAGTGATAAGGAACATCATAGAAATTTATTCCAAAAGCCCTA
TTCTAAAATATACATCTTTAAAGATTTATGTTCGACTTTTTCTTTCTTGA
GTGATCCTATATTTTATGAGGCTGTACATGCAAACACAGAACAAAGTTAT
TTTATTGTATACGATTTCAATATCTTATAATGACACAGTAATAAATAATC
CTATACTTCAAATATTTACATTCCAAGCTCTCCATGAATGGATCCCTTCA
TAGTTTCAATTCTTGAATCTATTCAATTGTTTTATATGGATTGATAAGAT
TCCCCACCTAAGGAAGGAGTCGACTCTACTCTTTTGACCCTTGGATTGGT
TTGGTTTTCTTCCTCGGATAAAGTTTCAATTTGCCATCACTCCCGCAGAT
ATTGGAAATCGAGCATCTATTGTCCTAATTATTAGAAAACATGGAAGTAT
TTCTGTTTTTAATTGATTAAGATTGCTCTAATGTGATCTAAGATGAAAAA
CACATCTAAATTAAAAATAAGTCTCACCATTTATCTAATTATTTGTGTTA
ATTATGTTTGATATGTTTCAACATTAAAATAACACTAATGTGTTGGACAA
AAAAGAAGGTTCATAAAGTGACGAAGAACATCGTTTTATTGCAATTTCAG
ATTTCTCCATCAGTACTAGGCTTTACAGTTTTCATCGCACTCTCCAACGK
CTCGKCCTTTGACTKCCTGCCCGAATCCTCTCAGTGGTTCGRCGGGCCAC
AGCCAACCACCTCTTCTTCTGACACATCCTGGATCATAGCCATGTGGAAA
TTGCTGTTCTTGCCTAGTATTATGCAAATGCTTGTCCGTCAATCCAAGAG
TCTTGTCTAATCCATCATGTCTAATAATATTATAATTAATAACGTAGAAT
TAAGTGGTTATCGCTTTTGCCATTGGAATCGCTGTCGTGTTAGTTTTTTT
TCCTTTTACGATAATATATATTATATTGATGATAGGTATTATATCAGTTT
AAAAGAATATTACCATTTTTTCCACTTACAAACTTTATTTTTCTGACATT
TTTTCCTTGACATTTCACCTAAAATCCATATATGAACATCCTATGTACTA
TAATATTGTACATATATATCTATGTATATCTAATTCATTATTTATTGTGG
GGAAATAATATGACAATGATAATTTGGGAGTACTTTAAAAAGAAATAACA
GTTGGTATGACTGACTTAATTGGCTAACTATTGGGCCTTTCTTCTATTTC
TTTTTGGAATAAAGCTTGCGTGACATAATACAAGTATGTGGTAGTAATAC
ATTCTTTTTTTTATCACCCGAGATTAGGAACTTTTCTGTCATTCACATAT
ATTTATAATTTCATACTACTCAAAGAGTTTTACAATGTAATATATTGGAT
TAAGCTGTTATCCAATACAAGTGAGCATATCCCTACTATTAAATAGAGCA
TAGTAAAACAATTGGAGGGATTGACGCATTTGGCTAATTGTCATAGTATA
ATTTTGAATCCTTTTCTTTTCTCTTTTCGGAGGGAAGGGTGAGAGAGATA
CAATACTGAATGCTATACCATTCCTTTACATAGCATATTAACTTTACAAA
ATAGTTTCATAATATCATAGTTATTAATAAAAAGGAAAAATAGTGTTTTT
AATATTTGCTAAGGTATTAATTGAATTATAATCGAAAATATTTTGATCTT
ATCCCCCATTTCAGTAATTCTACATCAATTATTTACAGGAGGCAAAAAGT
CCATGGGTATTTGCCACTCTATTAACCAGAATTACAAAAAAGAGTTTTAT
GGTCCACTTCATAGTTACTCCTGTCATTGGCGTTATCATTTGAGAAAAGC
CGTTGGATCATAATATATATCCAAGACTCAACTAAATACAAAGTAAAGCT
TAAATAATATTGATTCTTTTGGTCAATANCAACCATTTTGAGGTTAAAAA
ACTGATTAATCGATCGATATTGTTTATAAATGATCCTTGGAAAAAACAAA
AAAATATTCAAATATTGTCATTCTATATACACATTGTATTGTTCTTTCTT
GTCACTAACAGTTCATCCAGCAATATTTTGAGTAATTATATCTGAGAATA
TGTGGATATTTAAATTAATGAATGCCTTAGGTCTCAAAAATGAGCTGAGA
GGCTTCAAGCTTTGTCAATTTCAGTTTTGTTATGAAAAGGTCTTATTACG
GGCCGGGGGGGGGGGGATATTAAAACGAAAANCCTTAATATCAACCGATA
TATGGATCTGTTCTTAAGAAAAACTCAGCCCAAATCATTCTTTCTGATAT
TTTTTAAAGGCTAAATATGTCCAACGGAATCAAACATAAAAATACTGAAT
ATTTTGATAAAATGTGATTTGTAAATCAACCTTATAGACTATCCTAAGAC
ATAAAAAGTCCATTGACGTCATTCCGTTTTTCTTCCAATCCCTTCCACTT
GTATATAGATCTTTAAACCATATACTTTATAACCTTATATTTGTTTGTGC
TTAATTTGTATTTAGACCAATTTTTGTTTGTAATTTTTTGGAAATGAGCA
TATTAGACGATATTCGTGGATTTAATGAGTTTTTCTTTGTAAAATTTTCA
TTATAAATCATTGTTGAGATTAAAATTTGTAATGAAAAAGAATGTGAAAA
ATACCAATTTTTCCTGACGTTTGCAGTTTTAAATTAAAAAATTTTAAACG
CAATATATTCAGGCTCTATTTTACTCTGATTTATTTTAATATATATTAAA
ATAAAAAATGACTCATTTAAAAAATAAATGTAGAAAGTTYGAGAATCCAA
CTTATTCAAATTAAAAATTCGGTCATTATTTCATAAAAATGTTTCTACAT
CAACGACATCATAATTGATTTTATTAAGTTATATTTTTTTTGAGTGAGTA
TTTATGCAAATGAATATAATTATTTTATAACTTTCGAATTTCATGGAATA
GAAGGAATGTAATTCAATTATAATTATAAATATATACATATATGAATTTT
CTACGATTTTAATCATGTATATCCAAATGTTTATATACTACATAGTTACT
TGTTCTCGGAATACGCAATTTAATTGCTTCAGGGGTCGAAACTTGTGGAG
AAAATTGAGATGTTTTTTCCATCTCTGAACTTTCTTCATGTTCAAATTGA
TATAATTATTTTTCAAAATTCTAATTATTTTTCTCAAGGCAGGTTTAAGT
ATTTAATAATGATTGATACATTATCCATTATTGAACTTTATATACGGTAA
TATAACTATATTGTAATTGCCATTGCTCATTTTTAGTCCGAAGATATCAG
AACATTATTTTTTCTTGAGTTCCGCGTAATTTTTCTTAATATTTTCCCAT
ATTCCATACTACATATACGAGGATAAGATGAAAAATTATCAGCCTGACAT
TGAAAGACTGCAATTTTTAGTTAAAAAATGATTTTATTTCCTTGCATCAT
CTCCCTTGACTTTCACAAACTTGATACAGCGCCTCTCCAACATCAGTATT
CCTTCCGGAGGTGAGAGTCTTGAGAACTGGGAAAATATTCATCTTCATTG
AATGCGAAACGCTTTCCAAGAAACAAATATATTTAGGTTTGTGAANCAGA
TGGAAGTCTGTGGGTGCTAAATCAGGAGAATATGCAGCAAATCATAGCCC
AAACCACATATTTTTTCATTTACCAACGCACTCTTGTGTCCAGGTGCATT
GTGCTAGTAAAATATGATTTTTTTTTCCTCTTTAAGCCAGGCCTCTTTTC
GCAAATTTTGTCCTCTAGATGGCCATGAAGTTTAAATTAATATTCGCCTG
TATTTTTTCCGCTTTTTTATAATAATCAATAAAAATTTAACATGATTCAC
GTGGAGGATGTGGAATCACGTTTAAGTTTTTAATATTTGATATGGAATGA
GAACAGTCCCTGTAAACTTATAATTAATTTTTTGAGGAGCTCATCCATCC
AAACGAATAATTTTATAGCCGCACGATATTTAATTTTATCCAGTTTAACA
GTAAAACACAAAATGTTTACTGACACAGTTTGTGTAAGCAAATTACTTGA
GCAAATCAGTTGAAATTAGTCATAAAAGAGTATGACCATTACACCAAGAA
GGAAATATTATTAGTTGATAATTTATCAATTAACTATTTGACACAAGTCT
TTAGCCAACAAAGAGATTTGTAGAAGACTACATGATCTAAATGTCAGAAA
ACTCATGTATACAAAACAATAATGTTTAAATCGGCGCAATGCAATTTTAT
TTTTTTTCATTCAAGGTGGCCCAAATATAACTTAGCGTCTTGTAAAATTT
ACGTCAAATTTATATCTTTTTAAAAAAAATATATACTCAACAGAATTCAA
GCAATTTAAAGATCTCAAAAACTAAACTATTACATGTGACTGGATATGTG
AAAATTGCTGTAATCCCAATAAAGATAAAGGCCACATATAAAACAATATG
GTAAGTGGTACTTGAACCATGTTGCCACTGGCTAYAAWCCATTTGTAATG
ATGAGGAGGAGGCAGMATTTTATATATGACGTCACAAATTGATGATACTA
TCCGTCATAAAGCTATTTTTTTTCCAAAATGTGTAGCTTCTTGGCTCTCT
AGTTACAAATTGATCTTCATTATATCTCTACAGAAATCAAGAAACATGAA
AATGATTGTTAATTTCTTAATATTTAGTAATTAAATTAATATTTATGTGA
AAAATATTTAAATTCATCTTATGAATGTTCAAAAATCAATAAAGAACAGG
ATTGAGAGAAAAGGGACTAGACTTTTTTGCCTGCCTTTAATTATGTAACT
TGTCATATAATTAGGATTAAAAATGTGACAGCTAGGTATTGCTCCATAGG
CTACTTTTAAAAATAAAATTTCCCTGGAAATCCAGGCCTCTTCTATGAGT
TCCCTACCAGCTAATAGTTTTTCAACAAATAGAAGGATTTACCACAAGAA
AAGTATAAGTTTATTATTTTTCGTGACTACAAACATTTTTTATGGTTAAT
ATGAATTATTTTACACTTATTTAACAACCAAATCCCCATACTTATTTTTG
AGTGATATTAAAATAATATTTTATTCAGGAAAAAAGCTATTAAGGGTGGA
GAACATTGGTGTCTCTAATCCTTTTTTTGAGCTTTTGAACCTCTTTAAAA
GTTTCGGAAGCCTCCACCCAAAAAAAAAAAATAATAATAATGTGATAATC
AAACCAAAAAAGGATTACTTGGAATGAGGGAGGGTAATTGGATAATTGAA
TATTAAATGGAACACCAACCATGCAAAATACTTCAAACTCGCAAAATTTG
AAAAGTCATCTTACTTTTTGAACACACCTCGTATACTTTTGATAGTATCA
TTATATGCAATCCAAAGTATCCTTGTAATGTTGTAAACAGCAAAGCTTAT
CAGTCATTTATTAGTAATTATTTTGCTTCATTTAGTGGGATACAAAATAG
AATTCATACTTTTATAATAATATTAGAAAAATAAGATAATTAAATATTAA
TAAGTATTATATAAATCATGTACATCCAAAGTCCGCATTCTTTGTTTGAT
TCATGTTGTAATACAAATATTTATTCAATACAAGTTGTTGTTTTTTATTT
ACTACATACTTGCGTATGAAATACGGTCAGCCTATTTCAGTACAGTTAGG
TATTTTAATTTAAAATTATGTTATAAAAAATGATAGATTTCCATGGTTTA
TCTTTTAACTATGCTTCTATATATATTTTCCCCCATTTTTGTAGATATAA
GCCGGTGTTTGCATACTTGCTATTTAGGTATCCTCCTTTTTTTCCTACTA
ATCTTTAATCAAGGGGGTTTTAAGCTCACCCCAATTTCCACAAGTTTCTC
ATTCTTATTTATAAGTGTAAGTGTTTTTGGGCATTGCAGTAATTCCAGGT
ATTTGTGTTTATTTCCTTCCGCTAATAGCAGCTTGTAGCTAATCTAAAAA
AAGTCATAACAACCAAGCTGTTCTTCACCAAATTAACATTTTTTTAAATG
TCTGGATTACCATGTCATTTATCGTTTTTTTTCACTTTAAATATACCTAA
AGTGCATATTTTATGCAATTCTACTGATTATTGTATTTTATTCTCATTTT
TTACCTTATATAAGACGATTATAACATTGGCTTATCTACACGTAACTGAG
TCATTTTACTTGTGTATTTTAATGCCTGATTTACACAGGTGATGCAACAT
AACTTCTTTTTTCCAAAAAGATAATAAAACAAATTTGATTAATCAGACAA
GTTTTAATTATTCATAATGATAGTAATAGGAAGTGTCAGTATGAAAGGTC
ATTTATAAATTTTAATTTAAGCTGTTTTTTTTTAAGCTTCCAAGTAGCCA
ATATAGACATATTTTTACAAAAAATGGCGTTGGTCTCATACCAAGCTCAT
TTTATGCCACTGTGACACTTTTATTTATTTTCGATACAGTATTATCTATA
TCTGTACTTCTGTTATGTATTTAATATGTCCTTTCTGGTTTTTATCTTCC
TGTATATTCGTTTATGTATTTAAGTACTGAGTTTTATGTATTATAAATAG
TGTCGTCTTATGTAAATATATTTAGAGTATAATTAGAATACACATGAGCA
TATAATCAGTGTGTAGTTTCATTCCTCCACGTCCTTCTTCCTCTCATCTC
TCCCGGTCATCCTGGATCTCTCCTATGACAAAGAAGTTTGACTCTCTCGT
TCGTCAAGACGCAACAACTTCTATCATATGTAAATACACTATCTAAAAAC
TTTTTCTGGTGTACTTTTAGGCGTAAAATGCTTTAAGGCACATTTTAGAA
TACTTAAATATAATGTTTGTACAACAATTTGGGAAAAACCACAATTTTAG
AACCTAATTTAGTGAGACATTTTGATGTAGAAGTTACCAGTATTTTAGTA
ATTATAATAGGAATTACACAATAACATTCAAAATTGTAATTATACATAAA
ATGATAAAAAACAGATTAGAGAGTTACACGTCAAAACATAACACTGAATG
TTGTTAAAAATATCAACAATATCGTTTTTTTAAACAAAATATATGCACGC
TTTATTCCTGTATAATCCCAATCTCCTAATCTTGATAACTGGTAGTAATC
GTGTACATAATTAATATTAAACATAACCAACGCCCCCTCATTGATATTTT
TAATTCTAACATATTTAAAAAAAAATATTTCTATGAAAGTGTATCCCATC
CATGTTTCCATCGAAGTAAAACCCTAATTATCAATGAAGTTGACCACAAA
TGTCCAACGTTATTGCCACTATGTTATTTCGAGAAAAGGACATGGAGTCT
TGGGGTTTTTTCATTGGCTTCTGGTTCTTCTACAGCTATTTAGCCATAAT
TTTTCAGCTTAACCACTATCTCAACCTCAGTCAGAAATATGATGGGTTCG
GTTGCTACATAAGGGGATGAGTTTGTATATCATTGTAACTTAGGTGACTT
TTTTGACCTTACACAGTCAAGGTCTATCCATCACATCTCTCGGATGGTCA
CTCTATAGTACTTGAGCTCTTGAGAAGTATATTATATAAGCATGAGGTCA
GCTTTGCTTTTCCAAAATAATCTTTTTTTTTGAGCAGATTGTGTTGCCAA
CGACCCGAACTTTGTTATATATATCTCGTAATTCAGATTATTGGTTTGAA
GATGCTTCCGTTGCTTGTCTGTCTGACAATTTATGAATATGTGTTGTTCT
TATATTACTACTTTTTCTCCATCTCATCACATCTCTTTCGGAAATAAAGA
ACTTTTCTCTCTTTTCAAACTTTGAACGGGATGTGCTCCCTAAAGATGAT
GTCCTAGGAAAATAGAATTTTGGATAGATTATTTTTTTATCGTACCATAA
CTTTTTATAATTAACCCTTATCGAAATTCAAAAGAAGTTGAAAAACAAAC
CGCCCTATTGTGTAATCACAATAAAGATAATTAAATGCAGTAAACCTTTT
CTTACACAATTTGGAACCATCATTATTTGTGCACAATATAATGGCACATA
TACTTTTTGTACGTTTTTGTTTTTTTTGCAAACGCTAATTTATACGGCTT
AGCTGCAAGATTTAATGCAATAAATGTGTTCATTATTAAGTAATATAGAT
ATAACATGTAAAGAATAATTATATGTTCTAAGCTCTAAGAAGATTAATGC
TCAAAGTGTATGTACTTCCTAAGAGAGAAATATTTCTCTAATTAATAGTG
TTTCTTAATGGCGTCACTTTATTTAGTAAAAATTTTCATATACATAGGAC
TACAACGCATAAAAAATAGACATATTTTCCCCCCAAAAAGTATTCTTTTG
TTCTTTATAAATAGGAATAATATTTTATTGCCTTCTACCAAAAAAAAAAG
CAGCAAAATGGCTGAACAGTATCTGTGCCCTCTATGAAGCTGTTGCATAA
CTAACATAGTATATGATGAAGCAAGAATTAACATTGTAATTAAATACGCA
CATGATAAAAACCCATTTTTTATTGGGATGGTCATTACGACTAACAATGT
CATTGAATAGACGCTAATAACAAATCATAACTTTTCAAATAATAATTCTA
TTCTTATTTCGACTTTACACCTAATTAAGTTACTCCCAACCGATCATAGG
GATAAGTGGAAGTTATATTTATCTTCATTTAACCGTTATTCTACGTTTCT
TTTCCTAAGTTCTAACGCGAGTAGAGGTAAAATAGGGACAGGTAACTCAT
TTCAATTTTCTACGGATTTTGCTTTAGCTCTGTTGTAAAATAACAAGTAA
TCACCTATTATTAAGTTTTGAATTTACTACATTTTGTTGAGGGTTTCTAA
TCCTAAAGTGCAACATTTTTTCTCAATTTACAACCTCGGAGTATTTTTTT
AGGGTCATTAATTTTCTTTCGGAGTGGAAGTAATTCTTACATTTCCTTTT
TAATATTATGACGTCCATATATTACTTTTTACTAGAGTTGACATGTTAGT
TTTGAAAAAGACTCTCTTTGAATATTTGAAAAGGAAAAACAGTTTTTGCG
TATGAACCTTTCTTCTTTTTGTTCATTGTTTAATAGATTGTCGAGGTATC
AATTTCTCCCTCTGAAGTAAGTATTCTCAACCATTTCTGGTATAATTGTT
TTAAAAATCCATAATTAAATGAATATAAATGGATTTAAATATAATTATGA
TATTTTTTCTTTACTAATGCTATTTTAAATGTAAAAGGTTCTCCTCTTTA
TAACACGCAGCTGATATTAACAAAGGCCATAATTCAGTAATACCATTTGT
CTTGCTCAAGCCTTCTCCTAGCACTCTTTTTTTCCTTAGAGAAATATCAA
ATCTACTGATGAGTGAATGGACCTTATAACAGGGGGCCGAGGGACCATTG
TCTCACCCCCTTTTTAAAAGACCATAACAATCCAAAGCTGAGTGATAATG
CTGTCATCAATATATATTTAAAAGCCATTTTTGTCAAACTGCCGTATATC
ATTTATTACTCTTGAAATCATTGAGGATGTCATTTATGTTTAAAAAAAAA
GAGTGTGAGGGGATGGCTAAAGTGAGACATATGGTATTACTGAGTTAAGA
CCTTTGTTACTATCAGCTGCCTGTTTTAGGGGTTTTTTTTTACCCTCTAC
ATTTAAAACATCAGTTTTATGGCGGGAAAAGTTGATAATGATGTTTGAAT
TTATAAATATTTATTATATTATGCATTTGATTAGAATTGACAGCAAAAAT
AGACGATAATGCTTACTTTAGAGGGAGAAGTTAAAACACCACGACAACTT
TTTAAATAGCAAGAAAAAAAGATGAAAGGATCAAATCCAAGATCCTTTTT
TCCTTTTCCAATTTAAAATCTTATTTTATTCTTTACAATAAGGCCATCCT
TAGATATCATATGTAGATTGGAATCAGAAACGGGGTTACCTCACTAAGAA
AAATGTATTATATATCTTGATACAAGTTGTCAATTTTTCTGCTGTTTTCC
CCTATATTATTGTTCCAAACAATGATTGGTTGAAATATAATTAGATCTTG
TTAAGTTTTGAACGATTCCCATCTCAATTATTAGATCCTCAATATAAAAT
TGGAAAAAATGAGCTACAAACCAAGAAACATTTGGACCTTTTAACTTGTT
TCTTTTTATGAAAGTTTGCGAGGTACTATAAAGGTAACGACATGAAAGTA
AAGAAATGGCACATAACTTACAGAAGTTAATGTTATTATGAAAAGGTTTT
CAATGAAAATTTAATAGCATAATGGAATACGCCATTAGGACACCCCAACA
CAAGAATAAAACTATGGCAATAATTGAAAACACTCAATATAGCGTTAATA
AATAAGATATAAACGAAAAAAAAAAAATTAGATCCTACTACATTTTTTAC
GCATTACATTTACCCAACCAAATTTTTCCAATGACGTCACTAGAAAGATA
ATTACTTATTAAATCTTCTGTGTTTGCCCTACGATTTTCTTGCAGCCAAA
ACTTGTTCTAAAAACATTGAGAGAATGAGCGTATGACGTTACTTACATAG
TAAAAATCAAGATGGCGGTATGACATCACTAAGCATCAAATTTGAATGCC
GATTTGACAAATAATATTTTCGTTTTATCAACTCCTGATTGCATATTAAC
AATCTAGGGAGCAATTCCTAACGACTCAAGGCAACTTGTTAGCATGCAAG
ATTCCATTTAATATGCTATAGAATTGTTCGTTGAATTGTCTTTTATTATA
ATACAAAAATATCTGTACTTCTATTTAATTCCTTACAGGGATTTTTCCTG
GAACGAGTTTTTTAATGGGGATTTTCCCTGTCTTTTCTTGAGAACTGTAC
TCTAAGTTTATTGTCTAAAATAGGACTTGGCAAACAGAACATTAAATTTT
GTAGATAATCTACAATATACTTTCCGAATTAATAAATCATGATCAAAAAA
GACCTTTTTTATAAATAATAAAATATTCATCTATTCTGTTTTCTGTGGAG
ATTATATTTTTCATTTTATCTATGTCTTATAGATAGATTTTAAATAGCGT
TTCATGAGAGTTAAAGTATTCGGTTGACACTGATAAAAATGATAGTGTAT
GGATACCTAGTATTGCAAGGAAAAGGAACTAGGGGGATTGAATAAACTTT
GGCTTTAAATAAAGTATATATTAACGCCCATTTCATTGCGACAAATATAT
ATTTTGTGTGTATGTATTTTTTTTATCAATGATTTACTGCATTGAAGTAA
TTCTATAAAAAACGCGTTGTACACTTGTTTTTTTCGGTTTGTAAGTTGAT
TGCTTCAATAATAACATACTAAACGGGTAGTATAATACACTTGCTTAATG
GTTACGAGGTTTAAGGATTGTTTTAACCATAGATAAAGAAAGGCATAGAC
AAAAGAAGATGTGCAAATGATTGAGCAAAAATACTTTGNGTTCATAAAAA
AATTAATTTTGTAGAAAAAAATTCAAATATTAAATTTTTAGGAGAAAAGT
TTAAAAAAATCCATAGCTAATCGCAGAATTTTTTTTTTAATTGTTATATT
TTTGGAAAAAAATTGAAATTGTAAGTATTTGAGTAAAGACCAAACATATT
CTTAATTTTTTTGGAAGGGCCTACTGCCCCTCTAGCTTACCACCTGAGAG
CGCCCCTGATTATTGCCTTTAATCAATGTATAGTTAATAAAATCTAATTG
TTTTCTAAATTTATCAGCTTACATACGCTGTATTATTAGTCAACAAACAA
AAAAAAAAAGGCGGGAAAAAAGCTATGGATARCAGATCTTATCTGCACGC
ATCACTCTGTAAATGGCTCTGTTGAGCTGCTTTGTTATGTCAGGAGGCTC
ATTGATAGCTGCGAAAGCCTCTCCAGGAAGGCAAGAAGTGGAGGACACAA
CAATATTGTCATTTAATACTAATTGGCAAAGGTATGTGGCTCTACGTTAG
GTTTAGGGATACCAGGAGATGATGAAAGAGGTTCTGAAACCCTGGTTGTG
TGCCTACTATCCCAAACTGGATTACTGTTGCCAAAAAGACTCTGCATCTG
GCAAAAAGGTCATGGCAACTCATGCTTGGTTCAAGGAAAACCTCCCTGAT
TTCTATTCTCCAAACTTGTGGCCCTCATCACCAGACTGCGTCACTGTACT
ATGAAATATGAGTCTTCCTGTTCATCAATTTAGAAGAAAATCGCTCGAAT
TTTCCCTCATTTTTATAAGTTTGTATTACTTATTCTGTTTCTACCTCTTA
TGAGATAACATTAACTAATTTGAGGGATGAAAAATAATTGTAAAGATTGG
AAGAATAGACAGTTGAAGTTATGTCTCAATCTTTTTTTTTCATGCTGTAT
CTGTGACGCTCTACTGTTTTGGTTGACGAGCTTGTCTCTTATGCATCTGC
CCACTTTAAGCAGACTCAGATATTGGTTCCCTCAGAGACACCGCTGCCTC
CTTCCTGTGTGGGCATAGCGTTGGAAGATAAATCTTTATTTTTAGTCAAC
GAATTGTCCGAACTGAAATACGATTTTCTTATATTTTTACATATTAAATC
GACATAAGATCTCAAAATCTCACACACGCATAAGTTCAAAAACTTCAGAT
ACCTGTGTTCATGCTCAAGCTAATTATCAGGCTTCTGTGGATAATAGCGG
ACGAAACTTTGTAAATACATGTCCCATAAGACCGTGGTTCCCAATCTTTT
TGTGCCCAAAGGTCACCAAAATACAAATAAAATTATTCTAACAGATTTAT
TTCAATTAAACTAATCATTTGGATTATTATAAGCTATTGCAAATAATTTA
TGGTTGTCACAAATTGTACGGCACATTTGAAATTGTAATATATGGAATTT
AATTGCAATCATAAAGAGTTCACCTTTACGAGTAAAAATGAGCGCAGTTC
ATTTTTAATTGAGTGTGAACAGGAGAGCGTTCATTCCTTTCAAACGAGTT
GGAGTGCACTCTCAAAATTAGTAAAGGAGCGGGAGCCAGCTCATGATTAC
TTTAGCAAACTAATGTACTGACGGTAGTTTATATTTTATAAAACTTTAAC
CATCCCTAAGTATATAGTAGCATGTCATAACCAAAGTTATAAATCAATTG
GCGAAANNNNAAGACCACGGGACTTATATTTGTCCAAATGTAATTGGCTA
AGTGTTTTGAATTAAATAGATGAATTCTGCAAAAGGAAGAATAAATTACA
TACAAAAAATGATATAGTAACGTCATTTCTGGTATCTCAAAAGCGACATC
TTGCGCTGAGAAAAGATTTCACTTAGCCAAGGATTCTACTCAAGCGTACA
AGCGTGTTTCTCCACTTTATGCTATTGCTTTGGTTATTACTTATATAATG
TATTGAGTTGTTTTTTTCTATTGAATTACTTGCTTACTTGGTAACATTTT
TTTACCGCATTAAAATTTGAAATAAATCAAATGGATATTATAGTCTAACA
AAAGAAGCAAAGCAAACATAACGTCTTAGTGTATGGATATATTGGCATAG
ACTTCTATTATACTCTGAGTACAAATATGTCCACGGATTGTTTTTAATTT
ATTCTTTGTTGAATTATTATAATTTGTGACCTCTTTTTTGGTTGTGTGTG
TATGTTCATAAATTTCATAAAAATAATTGATTTATGTTCAGTCTTAGGTA
CGTCATATACTTTTGCGTTGTAACTAACCCAAGGCACAGCTAACCATATA
AATAAGTGAATAACAAACATATTTGCATTACAATGGCAATAATATTTTCA
TATTTGTAAAATTATGTATTAGTACATTATTTTACCCCGTCACATCTTGT
TCTTTGGAGTGAAAAAAAAATGCAATATATTCACAGTTCCGCTATTTCCA
TCAACGGATCTTTGTCTGATTTAAAGCAACTAACTTTTATGAATGCCAAG
GGGTATTATTATTAGATGATAGATATAAGTCAATGGTGCCAAAATGTATT
TAGAAGTTGAGGGGGGGGGGGGGGTATTTAATGGTTACGTCATCAAAATA
AAGAGCATTTGGCTTTTCGACAATTAGGCAGAATGTTTAAGTTTTCTACT
TTTATATGGAAAAAAACTTTTTTGAAACTTTTTTAAAGTTAATTTTTTTT
CAAAAAGATAAAATCCGAAGGAATGGCCTTTTTTAGAAAATGGTTTAAAC
TTTTATCTATTTTTAGCAATTTAAATTAGTTTGTAAAAATTGTTTTTCAA
TGTTATATGTTACAAAGGAATACAAAACGAGTGGTGGGCTAAAATTGAGG
GAGATAATTTAGTTAATGATAGTTAAAATTGGTGTTTTAATGTTATTTCA
TCATGTTTAGTATTTTTTTATTTTATAATAAAAACCTATGAACAAAAAAA
AAATAATCTTTTAAAAAAAAATCACAAATCCAAGAAAAAAAAATCTTCAA
ATTGTTCCATTTGAATTTTTTTAAGCTAGACAGAAAAAATTGATATTGAT
CATTATAAAAAATCCCCAAAGGGAAAGGGAAATTACACATCGGTCCCTAT
GGTTTTGGTACCACTGGTATAAGTCTTTGTCACCTTGATTGTATTTTGCA
ACCTTTCATTCAAAATTAAACAGAACAAAAGGCTCAAAATCAGTTGGTGA
TATAGCACCCATTCTTCCAAACTATGGAATTATTATTCAAAAATTGTATG
GAATTGTAAATAAATTAACTAAAAATTTTCTAATATAACACTGATAGGGA
AAATAGAAACAGACGGGTTACAAAGTACTTTTTTTTAATTACTCAAATAG
CGCAGTGATAAATATTGAGAAGGTTTTGAGCTTAAGGAAGGTAGGAAATG
ATAGTTGGTATTACTAGATTGATAAACAATTTGAATTCAATCTTCTCTTT
ATCGTTGAAGTGACATTAATTATCTCCGTATCCTTCAAGGAGGCCTTTGT
GAACCTCTTAAAGAGTTTTGTGTTTTGTTCTTGGTGTTCAAATTTGATTC
AGTCCTATCCATCAATTAAGTCGAGTTTTCACATCTATAGGACGTACTGG
AAACTACGTTTATAATTTTCCTTAGACAACTTATTTCTAAGAAATTTTCT
CAAAATAGTACATTGGTTCTCCCGTGAGAAATATTGAGACAGTGTTGAGA
TTAACAAAGGAAATAAAAAGAACAGTTCCTACTACTTTGTTAATAAACAA
TTTAAAATTTAGTCCTCAGAGTACCGTTTTTATCGAAAACTGGTTCATTT
ATCATTCAAAGATGTATTCTTTGACCACTTAAAGTGCTCCGTCTTTTATT
CTCCCATCAGAGGCATGTCCTTCAAATTTGCTTCAGCTCTAAGATAAAAT
AAGGTTAGTTTGCATATCTATAAGACGTGTACAGTGTACCCTATACAACG
TGTATAATTTTGGAACGGACCAATATACTATTGGTATATATCATTATGCC
TACTCTCTGTTGCTTTGTCTACAAACTAATATAAGTAAATAACACTCATG
TCAAAGTTTAGGCTAAAAGACATGGTCGTCATTTTGTCACTGGGTTTTAG
CTTAGATCTTGAGATACAATATTATGTCTTTGAAGAACAATAAAAAAGGA
GAGAAGTAAATAAAGTCTAAATGAACACCATTCAAATATATTTTCCCCGT
TAATGTTTCCATTTTCCTCCTGTTCAGGTGCTCACCATGAACGATAATAA
GGGAATAATGCTCAATATTCAAGCCTGCGTAGAACCAAATGATTAGTTGT
TTTCAAGGGTGGATCTATTATACACTACCATTTATGTTTATTCCATTCTG
AAATGCTTTCTACGTACTTCTCCAAATCAAGCTTTCGACATGAATATTCC
TTGTCTGATAAAGTATTATACATACACAAATGTTATATATACTATTTTTT
AAGCATGACACTAACCGCTATTAAAATAAAAATATACAGGACGTCATAGR
ATACATTGCTTCATAGTCACTTTTATTACTAATAAAACACACACAACCAA
ATATTTGACTATATTTGTTTATACAGGGTAGGGATATTAAATCCAGAACA
AATATATACTTCAATAACTTGGAGGCCCTAAGATCTTTGTTTATGAAAGT
GTGCCCTTCAGATTCAACTGACAAAACTGTATAAGAGTTATTGATGTGTT
GTTGGCGAATGTCACGGCTCAATGAGCTGGCTTTTTGAAGTGCACAACGG
AAGCTGGCTCCCTACTAACCAGGAGTCAGTCACTTCCAAAGAGCTTATTG
AGTTTACAAAGTTGCCCAATTCAACTGTCCACGCTGCTGTCAATGCTTTT
AAGGAGTCTGATTTGTTTGGAATACCTTCAAGGAAGAGTCATGGTTGTTC
TGAGAAGAAAAAACACACTCCAGACTTCCTAAAGACCCTGCAGGACAGGA
AATGTGCCCTCCTAGCTTGCCAGATCTGAACTCCTTGGACGACTATTCGT
GGGGCCTATTGGAGAGAGAGTCCAATTAACGTGCACATAACTTTTTTGAA
TTCCTTGCGGGCTTCTGTTCTCAAGGCAGTGGTCGACATCGACAAGGAGT
TCCTCATCAAGGCCTCGGTCAGGTTCAGAGTCAGGTTGGAGGCTGGGGTT
GAAGATGGMAGACTGTTTGATGGAGTGATTGACTTCACTATGGACCTCAT
CATGTAAGAGAAAAATGTTTCTGAACTGCTTAGTTAATTATGGGAATTCA
ACTGTAATATACATCCCCCTTAAGTTTTCTGGATTTAAAATCCACACCCT
GTATATGAGCGAGTGTTATTTTACCATACACCACATCGCCTCTTTGTATA
TATTTATATATTACGACCATACAATTACTCTCATTGATTATATAGTGTAT
ATAAAAATCTACTCAAAGCTACTTTAATTAGTGCTATGGATTAATTATTT
AGATATAAATACTTATATTTGTTAAAAAAAATGCTTTATTACTTATTCAT
ATTGTATGTACTTGAATAAATGTCATTTATGTAAATGATACAAGGAATTT
TAATGCAGTGAGTGATGCGCAAAGGAGTTTTTTGTTCTTAAATCCCTTCC
TTAAAGAGTTATATTAGGGTTCTATTTGTCTGTTTCCCTTTTGTAGGTCC
TTGAAAACGTCGTAGATTTTAGAACATCCTCTAAAAAGCAACAACTTCAC
TACTATTATAATTAGAGCTGTAAATTATCGTGTGCAGACATTTTGCATAA
AAAGTAATAAATATATTTCATGGTGATTCATTTTGCAACACTATGTAATT
ATGGTTCTCATTCATGTTACACCAATTTATAAAGATAAAAATGTTTAATT
ATTTGCCACGAATTGCAATGATTAAGTGTGGATCAATCCCGAATTGATTT
ATTTCATTATGAGGATGCTGCAACAGTTGGCTCGAACCGCTATTAAAACT
ATCGTAACAAAATCATGACAACAATAAATAATTTAAAGAAGTGAAGGAGT
CTATCAATCAAGTGGATAATGAGAATAAATGAATCATTTGGATCGAATGT
GTGGTTGCTCTTATGTACCTGTTCAAGTCTTGATCGACTCTCTTCTATCC
TGAGGTCGTCTTTAACTACTATGTTATTAAGATGTAGCTGTCATTAGAGT
AGTTTAGGAGATAATTCCATAGTATTGCAGGATGAATCTTCATATGTATT
ATTTTTTCGGCAAAGTGTTTGTTTGTAAAAATGTCATTCGAGAAAGTGAC
TGTCGGCAATAAGGTTTCCAGCAAAGTGTCCTAGAATTATAAATTATAAA
TATTTACTCGCCTATAAATGTCTTTGTTGTTGGTCGTATGAAAAGTATTT
TTTTATTTCCGAAGGTTTTATCATTATTCTTGTATTCCTAAAGAGGGAAC
ATCATAAAGTTTGTGTCAAATATGAAGGGCAATGAGTAACTCTAAAGATT
TGTTCTGGAGATATGAGTTTAAGTCCTTGTTGGACTCGTAGTAAAATTGG
CGATCGACTTCGGAGCAATTCCCGTCCATGTATGTACTAGATACAGAGTG
GGATTTGAACTATGTTAATGGTCGATTTCTTTATTTTTTACATACCGTCA
TGTAATATTTTACACGATTCTAATTATATTATATTGATGAACGACTATAA
TTTGATTTTTAAAAAGATATTACATGCCCGGATCAGCACTGGCTTAAGGT
TTCTTGAACATTTTCAGAATATGTAGATTATATTAACAAATTTTGAATCT
TGTTTTGTTTTTGGAAAACATGAATTGAATCTTTTTTAAATTGTTATATT
TTGGTCCTATTGAATGTATAATTTATCAATTTTCCCCTCTACTGTGAACA
ACTCGATCGTTTGAAGCTGGCGATCGAACAGAATCTAACAGAATTAGTGA
ATAGGAGACAACAAGACATCATCAGGACAACGCCAGGCCGCACATATCTT
TGATGACGCGCCAGAAGCTCTTGGAGCTCGAATAGGAAMTTCTTATMTAT
CCAATCTATATTCTGTACCTGGAACTACGTTAGTGTAGCAACCAGAACAA
CGCGTTTGGGGGAACAAATTTGACCTGAATTGAGCCCTATTAAAATTTGT
TGTCCAAGTTTATTGACAATAGGGACAAGGGTTCTTATGNAAGGAGATTA
TGAAGCTGGATTCCTGTTGCCAACAAGGTATTGAACAGAACCGGACATAC
TTGGCTTAAATCAGATGATTGTGACATTTTGTATAAAGCATTGATATAAA
GCGATAAAGGCGAAATAATTTATTCACCAACCTAATATGAAGTACAAAAA
TATATTGAAAATTCTCCTTCTCTTGTTTTTGTTCACGATTGTTTTTATGT
TGACCCACCAAAAATGTTTACGATTCTTAATTTATGCCAAAATAAAGTAT
TTATTATTCTTATAAAAATATGTGAAGATTGATTGATGATTATGTCATTT
AACAAAGATTGTTATGAGGAAGAACTTTTATGTCCAATGGGTACATGTTC
TTTAAAATTTTAGGACGATACATCTAAATATTGGGACTCCTACCTCCCTA
CATACTCGAATTAGTTGTATATTTCAATAAAAAGGTCAGCTTTCGAATAG
GAAAAAATACATAAGATATGTATATAATTTATCATCAAAAAAGCTTTCAT
TTCAACAACATCAACCTATTGATTTTCAAAAGGATTTTTTCATTACATAA
TACACACTTTATTTTTAATAAAGAGATCTACAAAAATACATATCCTTTAT
TCAAGTTATTTAATTCTTAGACGTACATATATAATAATAAATGTACATGA
AATGCCCGGGATTTAGGGAAATAGAAAGCTCTATAAAAATAAAATATTAA
GGACTAGGGAAAAGAAAAGAAAAAAAAGATGGTATAAATTTTTACTCTAT
TTTCTATGAGAAAATCCTTGAAGCAGAATCTACAAATCCTTGACAACTTT
ACATATATTACATTTTGAACATGTTCTAATGAGGCCCATTTATGTATTTA
CATGAAATAATGAAATAACTGTTTCCTTCTTTAAATAATTTTAATTTAAA
AGGCGTTTCTTTTTTTTCCCGCACAATATTTTAAATGATTTTTTCCGTTA
CACTCTCTAAGTTTCCCTGCACGTCATACCATCTCTTTAAACCTCAAAAT
TGGAGACAGTGATAGCAGAAGTTGAAATTCAATTATTGCAATCTTTTAGT
ACTAAAGAAATAGCGAAGCGAAACGAAGCGAGAATGTATTATTGGAGGAG
AATGGGAGGGGATGATCGCGACTTTGTCGAGATATTTGGACAATTAGCAC
TTTAGAAAAACTTTAAATTAGATGAAGGTATCAGTATGTGGAGAAAGTTG
TACGTTTGTGTCTAATGGAGTATTCGGGGTGGAGAGGGACATGTGGTCGA
TCTGTGGACTGAAATATGAGGCCGAAGGAAATCACATCTCAATTTAATCC
TACGTAGAAACTTATTCGAGCAATTGTGATCGAAGAAATCATAACTCAAT
TCATTGACAACTAATTAATAATTAAATAATGGGCAATCAGTAGTACTTGG
CTTTGCAGGGAATTATTATGCCTCGACGAAGATACAAAATTTTCGTTAAT
AATATAGAATATAATTCTCTAACAAATCATTTTTCTCACTTTCGCTTTTT
CATGAGCACACTCTTACGTAGCTACTCCCTTAGTACTTAGACGTTTTTTA
ATATAAGTTGAGCTAAACGCCTGGGMGATTTAATTAATTTTGTACAGTGC
AACCTGTGACAATTTTTCATACATTCATACCTATACACTTTGCTTTATTA
ATATAGATTAATACTTCGTATGACGTAACATAATATTTAGCTTGTACAAG
TGGCATAAAAACTACGCGTAAAAATTAATTAAATTATTTTGAGAATTCAC
TCCTTAATAGAGTTCATTGATGTCAAAAATCTATGTATGCATAAATATAT
TTTACTACATCTAATTCACTGGAATTCTCTAAAATATCAAAAGTCCCTTA
CATAATTAGATGAGATCTCCTCCGGCCTCAACCCTCAGAGTCTTTGAGTG
CCTATTCCACCTCCAAGCACTCCATAAGAGACAAAATCAGAACCTTCTCC
TCATAATTAGACCTTTCATTTACATACTTTAATGATCCTCCAAAGTGTTA
ATTGTTCGAATATCTCGAATAATACGAGATCCTTCTCCTCCAATTCTAAT
TACATATTCTTCCTGTAGCTTCACTTAAGGAAGTTATATCTTTATTATTA
AAAGGTTGTGATATTTGAACTTCAACTTTCCGCTTTCACGGTCTCCAATT
TCGAGATAGAAAGCGAAAGTATGACGTGTGGGCAAACTTATAAAGTGTAC
CCGCGTTTTCCTTTTTAAACTTTCTTTGTGCAAATTCAATATTCTTATAT
GTTACATACCACTGCTTTAAAATAAAATTTCCTATCTGGTCAAGTTTCAA
ATTCGTTTAAGAGAGGAAATCAGTAATGGTTTCTTCTCTAAAATGTATGT
TATAACTAGTATATATAGACTTATGGGATAACTGAATAAAATCCCTTGTT
AATAACAGCTGCCTGTTATATGATTTTGAAGCTAAAAAATTAATTACTGT
TATAAAGAAGAGTAACATTAAAATATATTAGAGCAGGGAAGATTTGATAA
TAAAGTATTAAAAAAAAATAGTTACAAAACAAAACAAATTTGAGCTCTCT
AGCTTACCTACAAGTCGAGAATATGATACTTGAAAGGGATCTATAAATTT
TCATTCTTTGCACTCCAAGCAGTTGGGTGTCTCCAGGACCAACATCTAGC
CATCCGCAAGTCTGAAACGCTGGAGAGGAAGAAGGGCTATGTCAAAAAAG
CCAAACTGGATCCGGTGGTGTTAAAGAAAACATCCAGGGACAATCCCCTC
AAGTCCATGAGTACCTATGGAAGAAACCTTGGGATTTCGAACCAGATTTT
CCCGAAAGTTATAAACAAAATGTGTGAAAAGAGCCTTGTGATTATGGAGA
GTCCACTTTTGACAGTAGCAAATGAAAGAACCCCATAGATTAGACACACA
TCTATTTGTAGTATTAATTTTGTTGAAATTCTATGGTTATTTAATAAATT
ATATGTATATATTGTCGAAGTTTAAAATTCAAAGTGTTCAGATTTTAATC
TATAGTCTATATATATATGAAATCTCTTTTGTTCAACATACATACATACT
TTTACAAAGAATTACAAATATGAAAATGATTTTATTTAGACTTATGGTAA
ACAAGAGTAGATAAGTACATGGCTGATGCAAAACTATGGTTATATATATT
TATCAAAAATACCAAAACAACTAACGATAAAAAGTACTATTAGTGTACAT
TGTTATATATTTTTAATAAAGCAATCATTTAGTTCATGTTAAGTCTCAAA
TTCTGAATTTGGAGATCAAATACAATCATATCCTAACTCAATGGAATGAA
ATTTCGAAGAAAAAGAATTTTCCTAAAATATAATTTTAATTAAGCTTCAA
TAATTATATATTTTGTCCTTCAAAAATAATTGTTGAGACTGTCTATCAAT
TTTAAATGATGGTTTTTGTACTATAAAAGTTGGTCATAGCCATTTACAAA
GTTTAATTATTACTGCAATGACGTCTTAAACAACTTTAAAAAATAGAAAA
AATCAATTTAAATTAAAGTAGTTGGTCTATTTTTATTTACTTACAGGCTT
GAGTGCAGAAACTTCGATATTCACTCTTCTCAAAACAATGATTAGATATA
TCAATAAATATTCTGATTATTAGTTATGAGTAGTGTTGTAAAAAAAATGC
GACATTAAACAAGTGCGATATTTTTGTATTTGTAAAGTAAACAGTTATTT
TTTATTTTCCAAGGCTGTTAATATTATATTTATATTATAGAAGATATAAC
ATCCAAGAATAAAGTAATCACTAGCGATGTGAAAATTCCTTAAATCCTCG
TAAAAATAAATCAAAAAGAAAAATATATAGTTGGCCATACGACATTTATG
CTGACAGAAACCACTATAAAAGCTATAGTGCTTCTTTATTTATGTGTAAA
CGCTTTATTAATGGAAGAGGGAGGTCATGTATTCATGGGGCTATTACTCA
TATTAATATTAGAGTTAGGAGTGAGGCTAATACGTTAGAATTAATATCTA
CACTAATATCTTCCAGGTTACCGACTTATACATAGATTACTTACTAGGAT
TTCAACAATTTTCCCACCCCTAGTATGTGACAGACGAACAGTGACCCTTA
ATGATTTTTTGGATAGATATAAGTGTTAGTCCATGTTGGACTCAGATTAT
AATTAATCTCTGACGTCAGAGTGATTCCTACCGACACAGAGTGTTATTTT
TTTATTTTTTTTTTCATCTTCCAGTTGTTTGTAGCTAGTTGAAGGAAACG
TCRTGACAGTCTAGGTGCTCTTCTCTAAAACTTTTTTCAAATGGTCTGAA
GAATCACTTTAATGTTCGATTGTTTTTTTTCCAAAGCTAATCAGTAGGTC
ATATTTTCTACAACTCTTCTTACAAGAAACTAATGGGGTTATTTCTTTTC
TGAACAAAACTTTAGAAAAGGTAGTTTCCTAGATATTTAAATTAAATTTG
CATGGGTTGGAATGATTCAACATAAAATATAAACTTTTATTTAAAATTAA
TATAACATTTTCTAGATAATAAATTAATTTTTATGTGACTACTGATTTTT
TTCCCTCATACCAAAGTTAGCACAAAACTAAAAAAGAAGTTCAAAATACT
CAAATATTCAAATAGAAAGCTATGTAACACCAGATTTGATATAAAAAAAA
AGTAATACCATATTTGTGATCAATGCTTCATGTACCGACTACAAGAATAA
AATAATAAGTAAATTCAAATTTATTTGAAGAATTAAAATGTTGTTAATTT
GTATTGTCCATGTAAGTTATGGCCATGACTAAACTACATATATCATAAAT
TTTTACCAAAAACACACAGCCTTCACCTTTGTTTTGACAAACCTTTTAAA
AGTCGTCCGGCACATAAGACATTTTTCACATTGAAACAGCTAGCGACTCA
ATAAAAGATTTTAAACATTTTTACATCTTAAAGAGTGTTGGGGATAGAGT
ATGCAGAAAATTTACACTGCTTATAACATCAAGAAGTCTAATATAGCCTC
ATACAACCAAGGAAACTGTTGCAGCAAAATATGGCTGRCTTCTAGTCTGC
CTGCAGGTTGCCTTCATCAAGCCCTTACCACAACCTCTTGGACTTTTCAG
TTTGAGATGACTTGGAGAAGAGTGTCTGGCACATTTTTCACCCAAACTTT
GATTCGCTCCGAAATGAATCATGAGAGTATGGTACGCAGTGGTAAGGCCT
TCATCGTCAAGAGCTGCAAATCGGTTCGTATGTGCGTCAAGGCTGAATAC
ATTGAATTAAAAACATAGCTAGATATGATATTTAAACATATGACAAAATG
ATTTTGAGTTGTTTTTTCTTGATTCCATAAAAACAAGCTTTATCTTAATT
TAGTCACACTACTGAAAGTTTTGTACTGTGTAGAGTATTCCCTGCATAGT
CGTTTTTTTATTCAGGAAAACGAGTAAAATCTTATATTTGAATAGCAAAC
AATTTTAAACTTTTAAAAAACTCTTTCTAACTTTTTCCCTATCATCGAAA
CTTTGTCTATTGAGAACCACATAAATATTATAATATGTGTGTGTAGAAAC
GTCTTTTTCTGCCTTTTATCAGAAATGCTGATAACTACAAAAAAAAAAAA
AATGTTTGAAATATATAGGGACTTTTTTTTTCATGGACTTGCATAAATTC
TGATGATTTTGAAGATAGTAGTTTTTTATTACTTATTATTAGTATTATTT
TCACAAATCAAAGTTGTTTTTTATAAAAGAAAATATCCTATTCATCAGTT
ATAAATAAGAGGAAATTTCGTCGTAGAAGGAAAATTACTTACTGCGTATA
AATATCTTTTGACATATTTAATTCCCTAATGCATAATTGATTCCAAGTAC
CTATTACATACATTGGAATAACTTAAGCTCAAATAAATCATTGTAGAGTC
TAAATTTGATTATAATTGAGTGATGTGATAAATATAATCTGATTATATTA
CTAAAAATGGCATCGTATATACAATAATATCTATGAAATGTAAAAATTAC
TAATGTGTCTTGGATATGAGTAATTTGCAACTACATAGACTGAGTTGTAA
ATTCTAACATTTACTCATGTGTAAAAAATAATCTAATTGGCAATCAGAAG
ATTGTTTCTATTTTTGGAAGTTGTTATCATTATTTTTTAACCACTGAAGA
GCGAATATCTATAAGTTTAATGTAATCATTAGGGCGTATGCGCATGAAAG
ACGGATAACTATTCATATGCTGTAAATTTATTGTGGTCAATCTTTGTAGA
ATTGAGGATCGACACTCCAGTAATTCCTGTCTATGTATGTTCCAGCTAGA
TACGGAATGGGATTTATTTTTCCCTTCATTCAATTATTTTGTAGCTAATA
TAATGAAACGACGTGACAGCTAAATTGTCCTTTTCTCCTTTTTCTTAATT
GTCAGTGTTACCATACCCTTCTTTGCTATCTTTCTTAATATACACACAGT
GCTTTGAATAAAATAATAAAGTACTCATGCAGCTCCTACACCTATGGTAC
TGACGAACGATGCGCATAAGCACCGGAGTAGAGGGCAGAGGGAGGATAGG
GGCATCGTACCTCTGACTTTTTCAAAGGCAGTAACAATGAAAAGTTGCGT
GATAATGTTGTAATCAATATAACAGTATGACGTTTATTTTTTGATAAAAA
AATATACTATTCTGTGTAACTTAGTCGTGACCTTTCACAACAGATATTGA
TGTTACAAAAAATTAACATTTACTTTGTATGCTGTGTACATGCAAGTTGT
TCATAAGTATTTCAAAAATAAAAAATTGAAATTTGCAGTCACTTATGATA
TATGTATATAATAGGTGAAATGAAATATATGGCTCTTGTAATGTGTATCT
CGTATAGTATATATTTAATTTGTATGGACACCAGCAAATAGAAAATACGC
CATATCTTACAGTTTTTCTTCAGTCATGCAGCTGAAAATGAGAATAGTGT
TTATCGTCATGACACTGTAATATCTAATCATGTCAAATTTTGGTTTTGTC
AATTCCGTTCCAGTAACTTTAATGTGAAAGATGCTCCACGCTATGGAAGG
TTAATTGTTGAAAATGTGGATTAAATATAAGAAATCGTCGAGTCTGACCT
TCATGTAATTATTATTTATTTTGATTGCCAAGGAGATACAGATTAGTGGA
AAATATAAATTCCTTAAAAATACGTGGACTTTTAATGAATCTCTTTTTAG
TACATCTTATATTTTACCAAATATCCGAACAAAAATGCATACCAACTAAT
ATATAAACATTATAATTTTACTCACTGACTGGTAAAATTAGCAATTACCA
AAAGGTATCCATTTTTCCAAGTAATCTGTAAGATTTTTTTACTCTTACGT
TCTGAGTACAAAAAACTATCCAGGCTCATTGCTTTTCAAAATAATTTTGG
ATTTGTTTTTATTCTATAAAGATGAATTTGAACAAATCAGAGTAATTATT
AAAAAAAAGTAAAAATATCATGATATTTAAGGACAAATATATATTTTTAC
ACACAGAGTGTTTAAATATCTTTATTGAATCTCGTACAATATTTGGATTT
TTGAGTTCTGCATTGCTTAAATAAAAAAAGAAGTAGATTACGTCACGTTT
TTAATCATATTTTTAGAATATATTAAGTATATGGCAAGAATGACAGAATA
ATTAATTTTAGAAATATCCTGAAATACGTCTCAATTCAATTGACTAAAGA
TAAATTGTGTGTTAAAATGACTTAAAAGGTATTTGAAGATATCTATTGGG
TTTTTAAAATATTAAAGCTTTTAATATGGCTTATAATATCAGGAATGTTT
TTTAAATAAGAGCCATTTTTTGTTGTGATGCTTCCCTCTAGCGCAGTGGG
CCCAAACTCTTACTCAATACTGAGCTCTGGCTATGACATTGCGGTAAAAC
GAATATGCTTCACAAAATGCGTTATTTATTATTTATGTAATCTTTTTGCA
GAGCACACCGGCTTTGAGGAGCCCTGGTTGAGAACCAGAAATACACTGAC
GATTCCCCTATCCCCCACCAAAAAAAAATAATAATAATAATAATTGTATT
GCAGGCTGATAATTTTATCGTAATAATAGGTGTAGCAAAAATAAATATCA
ATTTTTTCTAAAAGATGGGTTTAGTAATGTGTATCACATATTGATAAGTG
CTATTGGTTTACCATAGACAGTGTTAAAAAGATATGATTCTGTGGTAAAT
AAATTTATGAGACAGTTTTAGTGATTTTTTTAATCGGATTTGTTTGAGTA
TGCTTTAAAAATGGACATTAGCAAATAGAAAATACGAAATAGAAAATAAT
AGAAATAATATCACAAATATGAGAAATAATAGATAATAGAAAATAATATA
TTTATCCCCCCCCCCTCCTCCTATATTACAATAATATTATCACAACTTTA
AGGTACTCCCTTGGGGGATGGAACAAACAAATATGTTTCGATATTTGTCA
TAAATAATATTAAGCTACTTTATAATGTGTTAAAATATAGGTAATTTTTC
CTTGCTGGCAATTTTCTCCTTTTCAATCTTCAACGTGCAATTTTCCCACG
GGCAGTTTTCCGTGTACGAATAGAAACCTACATTGCTTCTACTATCTAAG
TATGAATGAATTTGTAAAGAATGGATTCACTTCTCCCTCTGCTTGTACCA
CCACAAGTACAAGTAGTTTACTTATGACTTCTTTCCTCTTCAACTCATTT
TATGTAGCATTTCCGTTCCTTCTTTTCCTGTCTATTTTTTATTTTTCCAA
TTTATCTTTCTTGAAAAAATTATATGAATCTCAATTCTTTTAAATTCTTC
CTAGTAACACACCTATAAAATTATACTAATCACCCATCACTAGCATAACT
TAATTCGATTTGCAGAAGTTTTATTTTCAATAAAAAAACAAAGCATATAT
TTATTATTTCCCTCCCTCACGGCTGGTTTTAGCTGTTATAATTAAACCTC
TTGGCGGCTAAGCTGCTTTCATTCTAAACATTCTTCAAATTGTCAAGATT
ACCATATTAATTTTTGGTTTATTTTACTTTCACATACCGACAGGCCATAT
TTAATACAGCTCTATATTTAAGGACTTTAAAGACAACTTCTAAGTCAATT
GGAGTCATTATGATACTATAATGTATTCTTAATCGGTGAAAGTCCATTCT
GACCAATTAAAAGAAAAAATATATATATAAGAATACTACCGGGTAGTCCA
TTAAAATCTGAATACTTACTAATTCAGTGTGTTGAGTGCTTGAAAATAAT
TCATATTTCGATATATTAAAACATAAGCAATTAGTAGCAAAACAAATTAA
ACCTGAGATCTCTAGCTTAGAAACTAGTCGAGAAAATTATAATTGAACAT
TATGGACGGATTTCCATTCTCTCACTCCAGGTAGTTGGGCTTCTCCAGGA
CCAACATCTACGCCATCAACAAGTCTGAAACGTTGGAAAGGAAGAAGGGC
TCGGTCAAAAAGGAAAAACTGGACTCAGAGGAGTTACAGAAAACATTCCA
AGCTAATCCCCTTAATTTCCATGACGGTCCATTTAAGAGATCTCACCAGA
CTGTCCACCGAGCTATTAAAAAATAGGGGGAAAGAGCCTAGTTAGGGCAA
AGAGTCCACTTATGACACCAGCAAAGAAAGAATTCCATCTACCCATTGCA
AGACTCTTTTGAGTTCTTTTGATCTCTTTTTTAACAAAGAATTGGCTAAT
TCCCATGTGATTTGGAGCTTTTATTCTTTTCCTTTTAATTAAAAGATTGC
GATATGCAAGAAAGGAACAACATGATCAAAGAGACATTTAGTATTTGTTA
GAGTTGTTAATGGTGTCCTTGTTGGACWAAAAGTAGAAKGGAGCATCGAT
ATCGGAGTAATYCCAGCCTATGTCCTTGCTACATATGGAGTGGGATTTAT
GCTTACTCCTTTCATCTTTTAGCAAGTTGCAGCGTCTAATAAAATACCAT
AACTCTCCTCCAAAACATTCTTCAAAGGCTCAGGCTTAATAAGTTGATTT
TCTTTTTCTTTTATTTTAGCATACGGGTAGGTCATATTATGTACAACTAT
AGATGTCAGCCTATTAGTAGTTNAGTTTACATAAGCGAGGATAGTAGCGC
CATCTTGAATTTGTTATCATTAGTTTTTTTTACTGAGTTGTTTACTACGA
GTAATTAGTACATTTGCTGGTATTTGCGGATATTTATGCTTATTTTGTAC
TCTTTAGGAACTGACACACGGTATCATTGATTCCTGTCCCTGATCTTTGG
ATATACATAAATAAGATAAATATAAAATATGGAAGTAAAATAAAAGAAAA
AGTTTATTTTTAAGTATAATAAACCAAAAAATGATTCCATCCTTTTGATT
TTATTTCACTATTTTATTTTGTAAAGCAGTCTATGTAAGTTGTTATTTCG
TATTTCAGTTGAATTTGTGATAGGCGTTTATATACATTTTATATTTAGCT
TTCTAATCCGTGGATATATTCACATAATGTTCAGAGTGCTTACATTATCT
GGTACTCTATTTGTATGTATGTAAACTTCAGTTTCTTTGGTCTTTGGCTC
AAAAATGAATAATCGCATCTGATGCAGTCATTTTCAAGAGTGCTCTTTTG
AATTATGTTTATTCATTCTGCCAAAAAGAATAAGAAAAAAAGAGGATAAG
AAGATTTATTTTTCGATTTGGCAGGCACTCAGTAAATGAAGACTTTTATT
TATCCTACTTTTGATTTTGATGATGACAATATGAGCTAAGTTATATGAAT
AATGAATCCACTTTATAAAATTGAAATAAGTATAAACATCAAAAATAAAT
CGGATTTACAGGCTAAATTTATGGGTTGAAGTATCCTCTCTTATAAAATC
TTATTGAAATAAAATTATTCAGCTGAAAATAAGCTTTTATTTAGGAATAG
TTTGGAGAAAACTTGGAACTATCCAAAGAAATCCCAGTTTCTATAATTTT
ATCACGTGAACTAATAGATTAGCTTTGATTAACTTAGTTCAATTAGGTTG
TTAGGAATTATGAATCATTCTTCTAGTTGTAAGGAGGTTGATTGATAATA
CAGATTATAACATAAGCTAATTTGCTATATTACAATTGACAGGGATTTGG
TCAAACTCCATCAGATATAATTTTATACATCCCTTCAAAGCATTTGCTCC
AGTATAACGTTGTCATTGTTATTATGTTATCTCATCGAAGGTGTTGAATC
AAAACTTTTAAGTGATTTGATGTCGAATCAACTATTCTTTAATATTTTAA
AAATATATATTTCTAACAATATTTATTACAAAGCTAGGGGATATTATTCA
ATTCTTATTTTAAAGGGAGCTTTTCCACCAGGAAGACTTGCAAAAGAATA
AACCTAATTTCAAAGAAGAACATGAACTCCAACCATTTTTCCTTTACTAA
TCATATTGCTGACTTTTATATCCACAAAAACTTTTCTAGCAGTTTGTATA
AATAACTTTAAATTTGCCTAGATTTTGCCAAGCATTTTAGGGCAGCCAAC
TAGATACAATTTGACAAAATCATTTCGAATGTTAATGTAACGTTATAAGT
AAACTCTACAAGTTATAATTNTGTAAAAGTAAATTGTACAAGTTTAATTT
ATTTTGTACGTCTCATTCCATCTTATCTAGTTAAAACATCTCTAGTTTTT
AATTAATAGCTATCATTTTTTGGAATTTTTACCGCCATTTGGGAGTCTAT
GTCGAGTCTCGAAACTGCATTTACCTCTTTGATGAATATATCTCAAGCTT
GGGTAACGAAATCAATTCATACACCACTCTTAATTTCATTTACGTTAAAG
TTGATGGGACTATATTTCTCGATCACCTTATAGGTATGATATGTAAATAT
TATTTATAGCGAGGAGATACAAAAAGTAGATAAAGCACTATACAGGAGTC
GAGTAGTTTATTTTATTGTGTAAAAGTGTTGATATTTTTTTACTGTTATA
TGGTACTTATATAAATAGTATAAAGTTTCTAGAGAAGAGTCATTTCATTA
CAAACTCAATGTATCTCAAACCCTGGTTTCTAAAAAAAAGAAGAACGATT
TATTTTGGACAGTAATTGCGTATGTATTTTTTTTATGATTTAAAAAACAA
AACTATAACCCATTAATCTGTAGTTTTATGACTTTTTTCTTCCTTTAATA
GTATGTAGATTTAAATGGGTTTTTATAGTTTGTTTCTTAATAGTTGCAAA
AATGAACTCCCTCACCCTCCAAAATACTGGACTTTCGCACTTACACATTA
TGTAAACTATAAACCTTCATTTTAAATAATACACTATGTAACAATTTACT
TGCTTTCTAATCCTTTTTATACCAATAGCAAGAGCTTTCACGTCTACATA
TTAACAGCTATTAGTATACAGGTAGTTAGTTATTGAACGTAGTTATCATC
ATTATTCTAATTAAGTTTTGTGTGTAATAATTGGAGTCGTAAATTCTAAG
CCTTTTCCATATAAAAGAAAATTTGAAATAGTAACCCTGACAATTTGAAT
AATGTTTTGGATGAGAGCNNNNNNAGCTGGGATGTTGTTTCATTCGATTA
TCTACAAGTAGCTGTGACCAGGGGGAGGAATAAAATAAAAAAGGCTATAG
GCAAGGAATACTCCGACGTCAATCCTCAATTCTAATCTGAGTCCAACAAG
AACTTACGATAATTACTCTGCAAAAAATCCTACAGGTTACTCTTTGTCTT
TTATTAGGACACATGAAAATTCAGTCAAATTTTGAAAATAATTGAATGTA
GTAGAAGAGGACGTTTACTACTCAGGAGTCATTCAATAATGACAACAGAT
GAATAAAAGGTTACCAATTCCAAACAAATAAAAAATAAAAGGTGAGATAA
AAAATAAACACGATTTACATCACTACTAAACATTGACGAAGAGTTATTTT
CTAGGCAAGCGGCGCATTGTGGTCTGACGGCTTTCAAATTCACGAGCAAG
GCCATTGCTGGTCACTTTGCCTCTTTTACTCTCAATGGCGCCTTTAAATG
CCACAACCATTTCTTTTGGCTTGGATACGGACTTTGTTGAAGCTTTTGTG
TGCCTTTCGCAGTCCCGAGTACGCAGTAGAGCTGTTATATCACTGCCTTT
TAGAGATATCTGCGGATAGCTCCAGAATTGCAGCTCCAGCATTTTTGTTC
TCAGTTGACTTTGCTTTATTTTTTTTTTTTTTGCGTTAAAGTTCCCTTAG
ACAATTGTTTAGAATATGATTAAGCATCAAAATATAATAAATAGGATTAA
GGTGCATCATTAAAAGTGTTTGAATTTTAGACTAAGAGGGCTGTGTAACG
GGGATTTTGACCTCATATCTCATGGGATTTCAGAGACCATTATCAATCAA
TATTGCACATTTATTTGTATAGGCTTACATACTCTGAGTATAATCAACAG
TTAGGGGGTTAATAAAGGATCTTGATCACTTACAAATATGGTTGAATGTA
CAAACACAGTCTAGTTAAAGGGAAAGATAAAATACATTCATTCATATGAA
CAAGTTACAAGACGCAACATACAACAAAGGAACACATATATTTATATTGT
ATATATATATATATCTACATGTAGTTGGTATTTATACTATGACAAAACAA
TAATATTAAAAAGGAACTAGCTGGGAATGGAGAACAACAAATACACAGAA
GAAAGTTTTCAAGAACTTTCTGTTGCAATAAAAGGAAGCAAAAGTATTTG
TTGCGTTCAAGGGGCTTAATAGAAACATAAGAATATCTTTATTTTTTAGT
AGTGTAGTCAATTGTTGTATAGCATGCAATTTCCTTACTACTACAGCAAG
AACAATAAGTGTTATTTAATTCGTGTGTTAAATTTATTTAGTGATGCGTC
GACTTAAGTCCAACCGAACCAACTTGATAAATTTCAAAATGAAAAAAAAA
TGAACTAGCTACATCCAGAGTTGAAAACAAAAATTACCCACAACATGTGT
GATATTTTTGTAGTTGACAATTTGATCACTGCTTTTTATTTCCAAAAGAT
GTTACCATTATTATTTATTTCTTGAGGAGAGAACATATAAGTATGCAGTA
CAACCAGAAGTGTGTGGACTTCTGGTTATGCTGTATACTTATATGTGCAA
CCAGAAGTATGTACATGCTCATGCATATCGGAGAATAACTATGATAGTTT
TTTGAAAAGTTATAAGCAGAGGTGTTTAAAATATGTACTAAAAAGATGGA
GTGGCTTTTTCTAGTAAGCAATCAGATCAGGCTTTATTATATTCCAAAGC
ATCTAGCATTAATATTTAACATTTGGGAAGAGAAATATACGGAGTGGGAT
TTGTCTATAATCTCTTCCTTTCACGGCTGATTGCAGCTGATCTAATAAAA
TGTCATGGGTCGGTACTCTCTTACTTAACATTCTTCAAATTGCCAGGATC
AACATGTTCATTAACGGTCTCTTTTATGTTAATATAACCGAAGTATGATT
TATGCATCACTAAGTATAAGTGTAAGTTATCTTTGAGCTCTCAAAATAGA
ATTGAGGATTGACATCAAATTTATGGCTGSTTATACAGTGTGCGTTTCCT
TCCTCTCATAGCTCATTATTCTTTCATTCTTTAGGAAGGAACATCTAAAT
ATAGGTTGATTTGCTTATTATTAACAGAAACTAAAGATTTGTTGGAGGAG
TATAAGTGTTAGTCCTTGATAAACAGGGAATGGAGTTGAAGACAGTATAT
GTATATGTATACAGGGTGAGTACTCAAAAATTATAAAATTTTAAAAGCAA
AAGTTGATAATTTAACAATTTTTTAAACTTTTTAAACAGTATGCCCCCCC
TTTATTTAGAATGAAGGCTTCAATTTGGGGACAAACAGAAGAACAGCTAG
CCTTGATGAGGTCCGAGGACAAGTTGTTCCACTCCTCCGTTGTCCCAGCC
TTCGGATTATCGACATGCGGGTGAAAAGTCTTGTTCGTCTTACACTCCAA
GGCGCACTAAACAGCAAAGTCCAAAGGCTCATTTCGTGAGGACGAATGCC
ATAAGTCTSCCAGCCAGAAGACAGGCATGTTCTCCCTGCAGAAATGTTGC
ACCTTCTTGTGTGCTGTGTGCCGGGTTGCCGTCTTAGCTAAACACATAGT
TGTCCCTGGGGAACGCGCTCTTCTATATGGTACCTGAGGACCTTGTAGTA
CACGTCCTTGTTGMCTTTCTCGTTGCCCTTGAAGAAGTAGGGAGGAATCT
GTCTGCCGTTGGACGCTATGGTGCCGAGGACCATGACCTGAGCTGGATGT
TTGGTACTGAAGGTCCCCTCGACCTGAGCTCTAGATTCAGCCAAAAATCG
ATTCTTTCCCCTGTTCAGAATAGCGTTCCCTGAGAAGATCTTCTTGTCAA
AGATCGACTTGTGGAAATTGCACACCCTCTGCCGTTTTACTTCTTGCTCG
CATATTTTTGATCGCACAAAAACAAAACAAACATTAAATTGTTGCTTTTT
GTCAGTTCTTTAGAACTGAGGCTAGACGGCCTCGCAGAGAATTCTAATTT
TTGAGTCCTCACCCTGTATGTCCTTGCTAGATACAGAGTTGAATTTTGGG
TTTATTTCCTTTCCCTTATAGTTGTTTGTAGTTAGTCTAATACAGCATCA
TGATAGGAAAGAAAAAAAGGCTTCAAATTGTTATAAATACGATGTTGACT
TTCAGTTTCTTTTTATTAGGACACCAACAGGGCATTTTTTAAACAGCTAT
TCTCATATCCCTTTTTCCTTTATTAATTTCCCAAAAAAATTATTTATTGT
ATTTTCCTGTGTTTTAATAACTTTTTTGAAAAAAAAAATTAGTATTTCAA
TGTTTTTTCCAAAAAATTAAAATCTTTATGAATAGCAACGGATTTTTTTT
TCTTCTTACAGGCTGTGATTTTTTGAATTTTTTTTCCAAAAATTCAATTT
ATTGGGAATACTTGTAAATTTTGATTTTTTTCCAAAAAAAATTATATTTG
AATTTTTTTCCAACTTAATATTTTTTTGAAAAGCTGTCGTTTTTTGATTT
TTTTTTTTTGAAGTCTATGATTATTTGAAATTTTTTTCCAAAACTTAATT
TATTGGCAAAAGCTGTGGATTTTGAATTTTTTTTGAAAAATTTAGTATTG
GAATTCTAATTATTGTAATCTTTTTTCAAAAATTTAATATTGGAACTTTA
ATTATTGCAATTTTTTTCCAAAAATTTAGTTTTTTCAATTTTTTTTTTTT
TTTTAAATAATTTAAAAAACCAAGCCCACCGGAAAAATTGATCCTGCGGA
CGCACCTGTACTATTTTGGGTGTTTTTGTTAGTGTGAGAAAATGAAGTGT
ATTGTATTTAGTGTGTCTCTTTAGGAATTAGAAGAACCTCATTAGGAGTT
ATGATAAATTAGTAAGAATTTGAAAATCATTCGAGTGGAACCAACACAAC
ATTATATTTTTTTTTTTTTGCACTTTTCATTCTTTGATGTAGGAAAAAAA
CGGAATCTGTCAACAGGGATAACCAATGGGAATACAATATCTGTTTGTTT
TTTAGTGTGTATGTCATTGTATATATTTTTGGAAAACATTTATACATAAA
TAGGGACAGACTTTTTCTCTTTACTTTTTTTATCTTTTGCGTCTTACTCC
TTCCCCCCCCCCTCCAACCCATTTCTGATATAAGGCACATTTGAGGTAAA
TGCTTTCTAATTTTACTGCATACTACCAATATCAACAAACGGAATTTAAC
AATTCCAAAATGTATAACTCTTTATTTAGGTATTATCAATATCATTTAAT
GGGCCGTTTAGGCTTTCATTTAACTCTACAAACGTGAGTAATTAATTTTC
TCGGATTAATTTATTAAATAAAGCAGAGGAGTTATTCTTTTTTTTCTAGA
TGTTTGAAATTATCTATTCAAACATTCTGTGAGGTAATCATATAGAAAGA
TTAAAACTGGTTTTATATAATACATGTGTGCGTGTCTAAAACTGAACCCT
CTGAAATTTAAAAAAATAGTTAAATAATTCTGTAATTTTTAAAGGGATCA
ACGAAATAATTTATTTAACATGAAACATCAGAGTGTTAGACACACATCTA
TTCAATATGGCCGTCCATGTTCTCCACTACCAACTCCAGCCTGGACCGGA
ACTTACTGCATGACTTGGGGATGAAGCTCTGTTCGATGTTGGCTCAGGCA
TTCTTGAGGGCAGACTTCAGCTGGTCCTTGGACTGGTATTGGACTACTGA
CAGCATCCCATTTAAATGCCCAAACACTGTGAAGGCAAGCGGAACAAAAC
GATGACATCGGCTAGCTTTTTCTTAAGCTTGTTGAGAAGAATCTTTGACC
ATGCGAGGCGTTTTTCCTTGTCTACAGGCTTGAGAGCTTGACGAGGGGTT
CTCTGGTGGGCGTTAAGGCCAAGWTCTTTCTTAWYTAGCCGGTCCATGTT
CCTTCTACTGATGTTGAACTCCCTGGAGAGGCCGCTGACGGTGACCTTGC
CTCTCTTGTCCTTGACATACTTTTTCACGGCAGCAACCATTTCGTCCGAC
TTTCGAGGCCTTTACTTAGATCTTGTGATCGCCTCAGGAGTCCCTTTGAC
TACCACACTGTAAACGGGGGTGCGGTTGCAGTTCAGATCATTGGCAATTT
TAGTGGGAGTTTTTCCCCGTACGGATAGTTCCAAAATATCGAAACGACGT
CTCTCCATATTATCGGCTGTTGTTCCACTGTTACTATNAACTCCCTGGAG
AGGCCGCTGACGGTGACCTTGCCTCTCTTGTCCTTGACATACTTTTTCAC
GGCAGCAACCATTTCGTCCGACTTTCGAGGCCTTTACTTAGATCTTGTGA
TCGCCTCAGGAGTCCCTTTGACTACCACACTGTAAACGGGGGTGCGGTTG
CAGTTCAGATCATTGGCAATTTTAGTGGGAGNTTTTCCCCGTACGGATAG
KTCCAAAATATCGAAACGACGTCTCTCCATATTATCGGCTGKTGTTCCAC
TGTTWCTATTTAGATTTCGCTGAAGTTTTYTTTATAACTAGTCAAGACCC
TTGCCTCAAAGTATAAACGGGTTTCAACTCAATAAATTCACGAATATGTG
CATGGCGTAAAATTTAAAGGAGTGTTCAGTTTTAGACGCGTCCACCTGTA
TTAGAATGCACTTTTGTATAGAATATATTTGTATTAGTATAATTGGAATC
GTCTATCAATAGAAATGTCATAAGTTGATAACYCCACATGGCMCAGCCAA
TAAAGTGCCTTACCACGAATTTAGGCAAATGGAACACGTCAAATTTCAGG
ACTTGGGAACTTTATGGGAGGAGTGGAGTCCTTAAAATTAGAGGAAAGAA
CAGAGGATATGATTGGGATGGTTCAATCCATCATGTCCAAAGTTGAGGAT
GCCTTTCAAAAAATGGAGACAAGATTCAAATCCTGAGTTATAAGGGGAAG
AAGTTCTCAGACTGGCATCTCTGTCTTGGACTACAGGGACAAGAAGTAGA
GCTCAGCTGTATTCATGAATACTATTTTTACACCCTATGCTTGATCACGA
GTACAAATAATAGACGTCCACGCAAAGAGATTCTTCGTCAGAGTAAGGAC
AACCATAAAAAGCGTATAAGCCATGGCCAGGGAGTCGGCTTCATCTAAGG
AGCAAAAAATAAAAGATGAAAAACAAGCAAATGTTGCTGCTTACAAAGAT
CAAGAACAAAATGAGACTAAAAACAAGAAGCTTCATCCTCCGCCAGAACT
GAAACGGAAATGCTACAGATGTGGTGAGTCAAATACATTACATCGACCTT
TTAATTGTCCTGCTAAAAATGGGACGTGTAATAAATACAAAAAGAAGGGT
TATTTAGAGACAGTATACCTATATGATGCCAAATGAAAAGGAAGGCCAAG
CCTATCAAAACGTCAACGATCCGAGCCAACTTTTTACCAAGAAAGCTCTG
CCTGATACAGGAGCTACTGAGTCACTTATTTCACACGATTTGTTATTGGA
GTACCGCATCGAAATAGAGTCAACTAAAATATTCTCCATCACAGCAGAGA
ACAATTCAAGCTTGAAATGCATGGGCGCCGTCAGTCTTCGTATTAAAATT
GGAGCAGTGGCTTGCTCTGCAAAAATGGAGGAKTATAMCTGAATCCTTTC
CTCAAGTCATTCAAGTTTCTCCAAATGAGTCTATCATCTGTAAGACAGTA
TCGACGAGGGAGACTACTGTTTCGTGTATTAAGTGCTTCAAAGCTATGAG
TTTTTATTTTGAAAATTTAATTCAAGCCTGCAATGATGATACATCATATG
GAGCTCTGAAATCTGCTCTTATGAAAAATATGAATCCAAAACAACTCCTC
ATTCCCATCCAGTAAGTTTATTCCCCAGACAGTAGGATATTCTCTCAATA
GATGAAAGCAATAACTTATTATTTTATAACGGTCATCGTATTGTGGTTCC
CTCCTCAAGCCGTCAAGACATCCTCAAAGAGCTCCATACATGACACCAAA
GCATTCGAAGAACTAATAAAATAGCAAAAGTGCTATGTTTTTGCCCTAGA
ATGTCAAATTAAGTTAAACAGTCGATATCAAGCTGTAATTCATTCCAAAA
GCTAAGCCCTTCATTTACTCTAGAATCACTACAACGTTCTTAAGCGGCAA
TGCCCTTCGAATCTCTGTCTTCCGAGCTAAAGGAGGTCAACGGGAAAACT
TATGTCGTCGTCGTGGACGGCTATTCAGGGTGGCCCCTCATAAGTGAGTA
ACGAAAAACTTCAACTATGTCAGTCACTGATATCATGTTGACGTGGTTTG
AATATTGGGGCCTTTCAATGCATATTCCAACTGACGGTGGACCACAATTC
ATGACTTAATTCTGGGACTTATTTAGGTTTTAAACATGAGCTGGCATCCT
GATACTCACCCCAATCTAACAGGCATGCAGAGGCTAACGTCAAATCCATG
AAGATGATCCTCAAAAAATCTAATGACTTGTGSTTCATTTCGTTCATCAC
TCCTTGAATGGAGAGATACACCCAGATCTGACAAACTCAGCCCAGCCTAA
TGGGTATTTGGCTACTGTAATAGAATTCGGGTACTAGCATTGCCCATTGT
CTACACTCAACTGTTACCTTCCGACTTTGAGAGGGCGGGGGAGAGGAAGA
GAGAGAAGGACCTCTCATCCAAAAACTACTACGATCGTATCTCCACAAAT
CGAAATCCTTGGATTACTGGAAATCACGTTAGGATCCAAAATACAAAGAC
AAATTTGTGGGGCACACGATGAGTAATTACAAACACTCGGGAAGATGCTA
CTTTGTTGATGTAGAAGGAATGAAAATTATTTGTAATAGATGCTTCCTAA
AAACGTATCAACCAGAATGTATTTAAAAACGACTTACACAATATTAGTAT
TATATAATTATCCGTCAGTGTTGTATATTAATGTTTTGTGAAGTTTATTA
ATATTATATGATAGTAATGTTAATATATTATGGTATTTTTCGTCTTGGGG
GGGAGATATGAGGGCATCACATAGAAAGATTCAGCCTGTATGTATGTAAT
ATAATAATGTACTTTTGTATAGAATATATTTATATTAGTATCAATAGAAT
CGTCTATCAATAGAAACGTCGTAAATTGATAACTCAACATATTCGAGCGA
ATCTTTAAATAGATTGTGTAAGGTTATTTTAACAGTGGATATAAAYATTC
ATAKTTTTTTWTTTTTTGTATTAGGAAATTTTTGCAAATTAAAATATTAA
AAAANCTTATTCATAGAGTTGGGAGAAATGTCGAGATTAAGGAATGAAAG
AAAAAGGAGACTACCAATATCTTGATAAGCAATGGGAATTTAATATTTTC
TATACTGTTGCGAAACTTGTTTAATTATCCTTCAAAGACGCTTTCTTAGA
TCACTTAATGCATTTTCGTCTTTCATTCTTCCTACAGAGAGCTTATGTTC
CAATTTATTTTAGTTATTTCTACTACTTAGTGGGCGTTATCACTCATGTC
AACAAATATTACACCCAGATTTATTATAGAAAGGGATGTTTCTTATATAC
AAGCTGTAGCAAATAAGTCCGACACTTGTGACGAATCCGACACATTCGAC
GAAATTCTGCAATGTTTTTTTTGTAGTGAAATATACATATAAACGCTTCT
CTTAGTAGTCAAAATKCCACCATGGAGTCAACCACAGAAGATCTCAAGCC
TCTTACATTTTCAAAGGGAGAATTAATATAATAATAGTGATCATTTGTTT
TACATTGTTCAAACAAAAAAAAAATAATAATATATGGGTAAATTAAAAAA
GAGAATAACAGCTGGACGAAAATCTACTAAATAATTAAATTAGAAGACAA
AAATATTGCCAATTCCATTTCCAATCATATTGAACCTCTCCAGCACTTCG
TGGAATCTTAAGAAGACTCTATCCAGACTAGCAGGTATGCAACAGTTCTT
ATTTCTTGCGGCATAGAGAATAAATAGCAACTCAGTTATTAAGTATTCTA
TTTTGAAGTGAAATATATGTTGAGGTGGGTTTACCATTKCCAGCCAATCC
CAAATCTTTATTTCAGAATAATAGTATTTCCTCAAAAACTCAGTGTTCAT
CTGCACAATGTTAACTCCTTCTGGGCAATCCCAAAACAGATGACTTGTGG
TCTCTAAACTGGACTTACATAATGTGCAGTCTCTCTCTATATATATCTTT
GACACTCGATTTATTTTGTAAAAAGGGTTGAAMTAGCCAATCTATGGCGG
AACCACTTTTCTTTCTGTCTATTTTTTTTACACGTCTTCCGGCTATTTTT
TTTAATTTTTTTTATTGGGCTTTTATTAAAATTTAATATAAGAATATAAA
AATTAAAATAATAATAAAATACATCAAGAAAGGTTCTGATAAAATTAATC
ATAAATGAATGTTAAAGTTTAAAATTAACGCCCTAGATCAAACCCCAACC
CTTCAATATTAACAACTCGTGTTTGTTACAGACTATAATAAAGTCTACCA
AAACAAAATATGGGTACATTTTGAAAATACATAATAAAACAGACAAATAA
ACAACGACTATGTCTTTGATATTCTTGTCCTCGTCATCAGGTATCTTCTT
AGTATAAATTTAAGGGTTGAGTAGATTATATAATAATTGTGGGAAAAGGA
AAAGGCTGCGTTTCTTGAAGTAGGTGCAATGAAAATTTTCCTCGGAGAGT
GAAAGCTTACTGGTCGCCCAGAAGGGAGGCAGATACCTATGTATGGTTTA
GCACTAACTAGAGCAAAGCAGAAAATCCCAGTTTCTGGGGTCCTCTTTTT
CCATGTGGGCAAACAAGTACTGGGGAAGGTAGTCACTTAATATTCAAATC
GAAGACATATCAAAAACCAGATAATGCTAGGCATCTTGCAAATGCATGGA
TGACTGAGTTAAAACTCCTTCCACAGTTCTTACAGGGAGAGTTGAAGTAC
AACCCGTTGAAATTTGAAACTGAGTCGTAAATTTCCTATCCTCCTTGACA
AAAGTGAGGGACTCCATTATCACCTTTATCCATTTTTGCAGCAGGTCAAG
AAGATCAATATATGTTTGACAAATTTTCTATGTATTATGTTCCAAGGGAG
CCAGACGTAATATCGTTAAATGCCAAAGTATAAAGGATTTATAAAACTTA
GCTGCTTTTAGCAAAGGGTAATTAAATTTCCCAGAATTATCCCTTGACTC
TTGTATTGTAAACATATCATTGATAAATCAAATTTCTTTGAAAACAGCCT
CAATCTGGAGACTAATTGGCCTATCAAAAGGTCCAAAAACACTTTCTTTT
TTTAAAACTGACGAATCATGTCTACAGMGGAAGCCGAGTCATACGTCGTA
GAAGCTTTCTACAAAATTCTTTGGGAGGCAGCCCAGGAAGGAGATATGTC
AAAGAGAAGAAAATTAGAGAAATCTGTTCCCATCATAATGTATTCAAATA
TTTTACTATTAGAAATGACAAAACGCATTCTTTTTCTGGATTACAGGATA
GATCAATTATGATCTGTTTATATTTTTTATGTAAAACATGACGTAACTGA
ACTAGCCATCCCCCCCCCCCAAGTTGTCTCCTTAGCCCTTTTAGAGCCTG
AATATCACTTCGGTAAGATAACTTCTCTGGACAACCTTCTTCTGATTCGA
TCGCCCAATTGGCCAATCTTGGCAACGCAGTAGCTAAATAAAACACTTAA
GGAATCAACCTTACGTTGTACATGTCGACCCGCATATGCAAGTTCAATCT
CAGCAGGACCCATGAAAATTCTTTCATTGAATGGAATCCGGCATTAAATA
AAAGCCCTTCTCATTCGCCTCATCTATAGCGTCTTGGATCGATCTTGGAA
TGCCTTCTGCTCKGCTTCCTTTCATAAAACCCTCTTGTGTTTTCCGGATA
ATTGACGGAAGTGCCTGAACTATTATATTGTTGATAATTCCTGTTATAAT
TTAGTAAGAGGTATTAAGAAGCATTATTGGTCTATAATTTGCTATATTGG
TTTTTTTTTGTCCTTCTTTAGTATCAGTATCAGAGTCTCCTAAGCTTTGG
AATGGAACCTAAGTTCCAAATCTCTTGCTAAGAAGCTTCTAAGATGGACA
TAGTTTTTTCACGAATGTCTTGTACCTTGTTTTTTAGAATTGTTTCATCT
ATAAAGATTCGACTAAACTACAAAAAATTTTGTGTAATTTGTGTGGACTC
TTGAGTTACCTCTCCATTCTCCCGTNNNNNAAACGACAGTTTCCTCGAAC
TTTGAATATTTTTCTCTTGTTGAATTCCAACCAAAGTTATTGTATAAAAC
ATCTGGGTTGTTAGATTACATAAAATTTTTTGGAGGCTAACATATTTGCT
TGTGCGCACTGTATGTTTGCCACGTATAGTAAATGAAAAAAGATATTGTA
TAATTATTAAACGTGTGCTGTTTGATCTAGCTACGATGGCAGTAAAAAAT
AGCGATTGAGTATTGAAATAACATACCAATAACCAATTATGTCATTTTCC
CCAATATTTGTACTAGTTTTCAGGCTAACAGACGCGTTACGTTACATACA
TGTAAGATATTTGCATTGCTTAACAATAGCTAATTAGTGTTGTACAACTT
AATATTCAGAACGCCAATAAGAGATGGGATACGAACAAAATTTACAGTAG
ATAAAAAAAGAAAACCTTCAAATTTGCAGATTCGGAGATAACGCTGATCT
AAGTGCAGTGTGTTTGCCAAGCTATAAAACAAAATAACGTAACGCGTCTG
TTAGCCTGAAAACTTTTTCTCCCCCAATATGTCATCTATGAGGTAAAATA
AATGATGTTACAAAAAGAAACCAAAAATCAACATTTTAATTCAGACCATT
TGAAGAATGTTTTGGAAGAGAGCAGTACAGCTGTCATAACGTTTCATTAG
ATCAACTACAATCAGCTGTGACAAGGAAGAAGGGGAAAATAAAATAAAAA
ATGGCATTGGTAATAATGAATCCGATGTCGATCCTCAATTCTATTTGATC
CCAACAAGGGCTTACAATTATAATTCTGCAACAAATCCTTAAAGTTACCT
TATATGGGAACATACGAATTTTCCATAAGTTGTTGAATATAATTGGATCT
ATTTAGGAAAGGAAGTTCATTACCCAGGAGAGAAATAATAATGACAACAG
CTGAAGAAAAGAAAACCCATTTTTCAGATTACCAATTCCAAATTAACAGG
CACGGTAAATTTATATGTTACTAGGAGGCTTTTCTGTATGGGATGAAAAC
AATATAAATAAATATTGAATATTTATGGTGGAGGTTAGTTGAAAGAGGGC
AATAACACTTTATCATTTTTTTTAGCTGAACAAAATGGGGATCGATGGTG
GGATACTGATTCGTTTCTGCACAATTAAATTTCTGGCTAACCTTTATATG
GATTACTTGTACATTAGACTGTCTTGTTTTTGGTTTAATATTTTTTCCTT
GCACAAATACCTTTTCTGTTGGAGAAAATCAAAAAATCAGTTTTGGGAAA
TTTTGAGACTATTTTTGCCGTGATACAGGCTATTTTGATATAGACAAAAT
TGTATTTTTGTGTCAAAGTTAGCAATTATTAGGGCTCTTGGACCTTTCCA
AATATGTTGCTATAAGTAAAAATGGTACATTTTATATTGTTGGGTATTTT
ATTTATCAATTAAAAATATTTTCCACCTTCTTTTTAATAATTTAAGGGAT
AGAAGATGTGCTCAATGACTTGTGATTTCCTTGTTTTATTAAATTTACCA
CAAGATAATGTTGTCCTTTTTATTCAAGAAATATTGCAATTCAATTCAGG
TTAATTTTTAATGTGTTATCTTAAAACGTCCAATTTGAGCCCAAAAATAA
TATTTTTTCCAAATTTAAATGACCTGTACAACGTCAAAAATGGTCTGCGA
GACCTGAAAGTTTATCAAGTCTGTTTTTTTTTTGTCCTCAGCAGAATAGG
TCTGTGTGCAGGATAATAACCCAAAACAGTACAATCTTATGTACATATTT
TAAACATTTGTTTGATTATTATTTTCTATTGTTTATCCTAACCCAACGTT
AACATTAATACCTTTTTTTCATAATATTTTATACCTGTGAATTCATAAAC
TAAAATAGGTGTTGCAGAAAGGAATATTAAATTTTGTAATTTGTATGAGT
ATGAAGGATCGGTTATTCCTTATTTAATATGTAGAAACCCCCACTAATAA
AAAATCCCCTATTGGACAAACCCCATCTAGATAAAAATCCCCCTATGCCA
AAAACCACTTCAGATAAAAAATTGCCAATAAACAAAAAATTAGCCTACTC
TCCTTAAATATTTTGCCATTTTTTTGGTGTCATGACAACCTCGACTTTAT
GTCATTGCTACCTGAATATATATTTCTAAAGCCGTTCTCATTTATTATTT
TATCCTTGAAAAGAGAACATATACCCTATAAAATGTACAAATAATGTGTT
TGCTCATGAATGACGCAGAGTTCGCTTGGACGCTATAAGTGTAAGTTCTT
TTTGGATTATTACTTGCCAATGTCCTTGCTAGATATTACAGCCTGGGATT
TGTTTCAATTTCCTTCATCTCATAGCTCTCGCAGCCAATTTAAGGGAAGT
TATGACAGCGAAGGTGCTCTCCTGAAAAATGTTCTACAAATTGTCAGGAT
TACTATGTTAACTTTTGATTTCTTTTTTTAACATACCGGCCTATAGTATT
ATATTCACCCATGATTCAATCATTTTCAAGTTCTTGTAAAGAACAAAATA
AATAAAAACTGTACTTTGACCGGTTTGCTAAAAAAAGAATCATAGCGAAT
GAAAATTGCTGACTTCATTTTATAAAATTTTAATTTGTAGGTAAATATTT
AATTAAGAACCACTCCATTGACCATTGATATGGTTAGATTTAATCAATAA
AATATTCAAATTACTTATTTTTAGTTTTCTCCAATTTTTCCCAAAAAGGG
GGTTCAACATTATACCCAGCATGGGAATTCTCCTATTCGCTTACAAGTAC
TCATCGTTTAAGTAGATACTCAATAAGGACGCATGAAAAAGTATTCTTTG
AAACCTCGATAATTAATTATAGACTATATTAATACCTAAGAAAATAATAA
AAGTACGTACCAAAAGTTTATATAAAGAAAAAATATGCTACAGGCAAGGT
ATCACGAAACAATTTGAGTCTTCGAGGGTGGATAAAGGCACTCCAGGTAA
GCATCAGAGGATTAATTAAGAGTATAAAAGGTAATTAAGCCTAACAACGA
CCATATGATAACGAAATATTATCTTATCAATACTTTTGGGACCATAGTAT
TTTGCCAATGTTGTTATTCTTGTTGATAGTAACAAATACAATATCTCAAA
ATAATACTTTTTCATATATTAGATGCATCAAAATTAATTAATTAATACTT
TAACTAACTAAAAGCAATTTCCTCCATTTTCAATGCAATAATTATTTGAG
TTTGTTTATTTATAAATAATCTATAAAATAGAGTTATGAGTCTTTAAAAA
AATGTTAATGCATGCATTGAACGTGTGTTCTAACATCCAAGGCATAATGG
GAAAACTTTTATAATAATATATATTTTTAATTATCAAAGAATTGTTAAAT
GGATACAATATGGTTTTTTTAAAAAGTCCCATAGTAAATTAAAAGTGAAC
CAAATCCAGAAGATACAAAATTTACAAACACATTTTGAAGATTTAAGAAT
GAAAAAGGAAAAATACAAAGGTTATGTAAAATGATCAACCATGGTCTTGA
TGACCTTCTCCAAACGCTTTGTTGCCACTTTACATGTAGCTCGTATAGTT
TTTTCTGGGATTTTCTCCCAAGATGGATTATACGGACAAAAAGGTTGTTC
TCGAAAAATCATTGGTATTCCTCTCAACTAATAGTAACCCTCATGAAAAA
ACCAGAGGGTCAAAACTGGTGACAAAGGATGTTAATCTTCTAAATAAATT
ACTAAACTTTCTAAATCGGCTCATTTAAATTTACTATAAAACTCTACCAC
CGTGCACATGAACATCCCCGATTAAAACCGTTAGATCTTTAAACAATTTT
AGAGTGGGGACTGAAAATTTGCAGTACTACTTAATTACGATTTTATTCCT
GCTTTTTAACAACGATGTTTTATTACGCAACCAAACGACACCTAAAACAA
AAATTAGCTAGTTTTTGTTTTTATCCTATGTCTTTAAGTGTAAAAATGTC
TGGGCAACAACAAAAAAGACAATACAGATGCAATCTCCTCCGCGCTGGTG
TCAGTGCCGAGAAGGCTGTAGAGACCTTTGCTATTTTCATATGGACTGTC
TACAACATCAATAAGTCCAATACAGCCAAGAAGAACCCAAACTTCTCCAG
TAATACTATGGCTGAATTCTTGTCTGCCCTCCTCCAGCCCTCACCTTAAC
TCCTGGACTTCGCAGTCTGGGACGCCTTGGAGAAAAATATCTGAGGCACC
TCTCATTCAAATTCGGATTCGCTCTAAGCTGCGATCATGACAGCGTCCTA
CGCTTCATCGTCAAGAGCTGTGCAAGGTTGTTTGGCCTAAAAAATATAGT
ATTTTAACATATCCCAAGTTGGTTTTGAGTTGACTTTTCTGGGTTCCATA
AAAATTTCGTTTTTCATAACTTAGTTTTACTACTGTAAATTTTGGATCCC
AATTCTGTATCTTTTGAATAATGGGACAAAGCTATTTATAAAAAGTGGGG
AAAAAAAAATATTATAATAATTACATTTCTAAGAATAACAATTATACTAT
TTTTTGCAATTAAAATAAATTATATTATTTACAAACATAGATTTCAAAGT
AGTTAAATGAACATTAAAAACATAAAATCACAAAATATTAATGGTGCTAT
AAAAAAATAAGAAGCAAACAATTTTTTTTAAATTGCAAATATACAGGGTT
GTTGTATATAAATGACCGTCCCTTCAAAATTGGATTATACTTTCTCTGGA
ATTATAGTTACAATTAAGTGAATTAAATAATATTCTCTATTGTCTGTCAA
TAGGGTGCATATCAATAACATTGATAATTGATTAAATATGTTCACCTATT
GTACAGACCACAGTTGTAAATCTTTTAAAAGCACCAATATTCCTCACACG
AACAGTTTGGTAATGAATATCTGATGCTTACTTATTCTTGGAAACAACAC
ATTGTCTTTCTTCTTTACTATAGCCTATAAGCAGCGGTGGCGGAGTGTTT
TAGCAGGGGAGGGGGGGGGGGGGTTTGGGAAAATAATATTTTCTTAGATT
AGACATAAAGCTTCTTTTTTTTTATTATTATTAAAAAGTAAATTTTTTGG
AACACTAAATTTGCGCGAATAAATTAATGGTTCCAAAAGGCAAATTCAAA
ACTTTTGACATTTAATTTTTTTTCACAATACTATAATTTTATTTTAGCAT
AACTATAAAGGTGGGGTCCAATGACTCTGGTCCCCTAATCATTCTGGTTC
CACTGCCTATAAGGCAGAGTCCATAGGGTTCCAATTAAATGAAAGAGGAG
GCTCAAATATTGGACGTACACGACTCTCAGGCCCGGTTTAGGAAGGGGCA
TTTGCATCGGACCTGCTCTTAACTGTGGGAGCTACGCTAAAAAGAATTTG
TCTATATATATACGAAGAAGATATTTTCCTAAAAATGGAAAAAACTATGA
CCTTTATTTTTAAATAGACAAAAATTCTTTTTTTTTTATAGATAAAATAA
AAAAGCTTCAGCAAATGAAATAAAACGTAATTTTTTTTAAAGTAAGGCTT
AGTCTTTTCTAAGAAAAGGTCATCATCTGAAAAAAAAAAAAAAAGGAATG
AGCCTCGCATTTTGTTCTAATAAATCAATCTAAAAAAAACACACACACAC
ATTTATTATTATCAAAGGTTTTGCTCACGCTAAAACCGGCCCTGATTACA
CCTCCACAATTTTAGTTGTGTGGGTGGGTGTCCATTTCTGTTTATAGCAT
TTTGTGGTTCTTTTTTAATATCAGTAGTTTAGTCATCAGGAAGTCCAAAT
TGGGTCCTTTGTTGTTCTTAAAGCAGTCAGGAATACAGACAGAGGTGATT
TATTTAGGTTTTTTTTTTTGTAAATTGCGGCCACTGCAACTCATATAAAA
TAAAGTCCTGTTTTCAATGTGTGTCTATTACTTACTTGGAGGGTGGAACA
AAAAAATGGATGGGATGGTATTTTACATATGTTAACCCTCCACTATGAAC
ATAATATCATATTTCTAGTTATAATAATAAATAAATATTTGTACATGGTA
CACTTGAAACATTAATGGAGCATTATCTCATAGGGNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NGCTTTCTCAAACACGATTGAAAATCAAAGACAAGCAGTCATTTCTTATA
TCAAGAAGGAAATAAGATTTCCAACAAATTTTGGGATCTTAGATGAGCTT
ATAAGCATAAGAGGGATGTATAATATCCTAAAAAGGGTTATCGGCACTGA
AAGTACTCAACCAAAGAATTGTAAAAAGATAACTCATTAAATCCATAAGA
ATATATCAAAACTGTGATGACTTAATGAATGGGATGGGATGACTCATTCA
ATAAGAATAAGTCCTATAAAAAATATATCTTATTTCCATATATATATAAG
AAAGAAAAAACTATAAAATAACTTTTTTTACAGAACATTGAATTTGGCCT
TTATATTTAAAAGTATGTGTTACGCTTATTGTCCCAATACTGTAAATGAA
TTATATATATAGACAAAGATGATATGAGTACAAATAAACTCAGGCTCAAG
TGCTTCAAGTATTTAAAGAGATAGGGAATCTATTAATGACAATTKTCGCC
ATAATAGTTTAGATGATGTTTTTAAATCAAGTGGGCTTACCTCGGTTGGA
GAAATAGAATGGCGAGRCGTAGAACAAGATGNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCCAA
ATAAAAAGATAAAAAAGAGGGTGACAAATCTGTATATAATTGGTAAATTA
GTAGTTGAGAGAAGACTCTTAGGGGACAGCGCTTCCAGAGAGGACGTCKA
TGACCATAACCGACGGACTGTCATGCAGAACCCTTTTTCATATGGAAAAC
AAAAATGGTTTCGCTATAAGATGGCGCCTTTGGGCCTCAGCACGAACATA
TCGAATCCAGAAAAGGATAAGCAGAGATGTTCTCTTTGCAAGGAAGGAAA
AGAAACAAGCCAGTACTTCTTCTCCAACTGTTTGTATATCCTAGGAGTTC
GTGCAATCTTAAAGGAAAAAATTAAAGAAGAATATTTTAATATAGACTTT
TTAATTACACGTGTTTTGAACATACTGTACGCTGTTCCATGTAAAGGCGG
AGGCCTTCCTAAAGGCTTAAAAACTTTTATTTAACGGAGTATAACTTTAT
TGAGGAGGTTTGACGACAAAGGGTCAAGGAAAATGCATTGTTAATGTGGT
TTTTTTTTCCTTAAATTAAACACCGACACCATATATAAAATAATATTGAT
TTAATATAAAAATTAATCTGTGAGAACAATTTAAAAGAATAAAAAAATAT
ATATATTGGAAGCGATAATATTTTTAAACAACGATTTGGACAATACTAGA
TGACAATTATTTGACGAAAATATCTCGTTAAAAGATGTTAAATCCTTTAT
ACAAAGTTTATTTCATTATTAATATGAAGAAAACTACACTCAAAGAGTTT
TCTAATAATACTGAGTATACTTACAACATATCAATCATACAACAATGAAG
AAAATACAAGCTGTAAATCTCAACTAAAATATTTCATAACATACAAGTCA
TTTAATGACGCCCGAGAGTCTGATTCCTGGGATAAAATACAATAGTAAAA
GCACTTGGATCCGAGTCTCAAATTTTCAGATCTTGAAAGAAGGAAGGAGG
TCCTCAACTCCCTCAACCGTTTTTAATAAACACCAAATTCGCCATTTTTA
AACACTCAAACGCAGATTGAACCCTCACAAGTGTTTTGGATAGGATGGGA
GGGACAACTCCGATTTTCAACCGTATCAGAAAACTCCACAAAAGACAACG
TTAGTCTTGGGCCGTATTCAAAAGATAAAACAACGGCAAGTATTAAGTTC
AAGAATCGATGGGGACGCTGACTTCAAACTTAAAGTACGAACCGGAGGGC
CACATGACACGAATCCCCTTTTTGGGCCATTCTGGTGTATAGTTTGGTTT
TCAAAATTAATTGAAATCTTCTAAAGATCCAATTACAGTCCGGATTGAAT
GTTTTTGTAAATAAGCAGTTAGATCCCATAAATTGATCATGCACCTCAAG
AGACTTTCTTGTAGATTGTGCTCCCCGATCGGAAGGAATGTAGATTGAAA
AACTGAATCTTGACACCCATCTTCAAAAGAATGTCTTATAACTGTTTAAG
ATTTAGAATCAACCATTCTAACAGCATCTGTCCACCTTGTAGCACAATAC
GACATCATCAATGTCAAGACCCACTATGTCGAGTTGGAGGACATCAAATT
TTTCGTCGGCATCACCAATGAAAAAAAAAAGTACAATCAAGGAGTCTCTA
TGGAATACAGACTATGTTTATCACAGATCAATCATATAAAATTAAAGAAA
ATACGGATTGTATCTCTGGACTAAAATAACTACATTCAAAAGGGCGAAAG
TATAACCAACTGTCGAACCATTCACTTTATATGGTGGACATTATGATGTA
TAAAGTCTTAGCTGACAAAAAAAATAAAAACAACTGACCCGAAAGGATAT
ATGTAGTTTGACATATTAAAATAATAACGAATAAAGACTGCTTATTACTT
CTCAAATATGAAATGGGATTTTTGGTCATGATTGGCTACTCTTATTAAAA
AAGGTTTGCTTGATAAACTAAAAAATATGTAGAATTGAACTTATGTTTAC
AAATTATTGCTTACAAAGAAATATTTTTTTGTTTGTTTGCCTCTCTGTAG
ATTCCCTGTGCATAGATATTTCAAAGAAGATTTTTTTTTTTATCTTTTTT
TTATTTAAATAAAGAGTTTTTCATATTTTTCTTGAATAACATTAGACTAA
TGATAAACAATGGAGAAAAGATAAAATATGCTCATTTAGTATCTCTGTCT
TKCCCTARCCCTCTCTATAGCCGCAMTATCCATTAAGTAAATGTCTGTAA
GAAAAATAAATAAATTAACAAACCCCGAGATCTCTTTGAGTTAAATATCA
TGTCTACAAGAATACGTAGAATTTCACAACTTTAATTAAATTCGTGAAAA
TGTAGGGGAAAGAGAAAGGTAAATAATCTTGAAAGATCAATTAAAGTTAA
TATGTATGCATATGCTTAATAATTATGCCCCTCCAAGATAGTTATCATTG
TTCATCATTTCATCAAATCATGCTTACCCATGGCTCCATTAATTAAAACT
ATATTCCTCTGTTTAAAGCAATATTAAAAGTAATGAGGATTTTTTTATTC
TAAAAAAATCAACCGTGAAACTTTTGAAGAATTGTTTATTCTTCTAAAAT
AGCTATTTGTTTACTTAATTCTAAATTTTGAAGAAAAATACAATCTTTTA
AATTTTTATTAAAGAATTTTACCCAAAATTCTTTTACGTTTTTCATTTCT
TCAGTGGTAAAAAATTGTAGAGAAAACCAAATTACCTTTCCTTTTTATCC
ATCAAAAACAAACTAACAATATAAATTTGGTAGATATGTTCACCAACATA
ATAAAAATATTAATTTGAGTATAAAATGAAAATTCAAAATTATAAAATAA
TGGTTTATTTTTTATCAGCACATCTTACATACCCTGTCGATTATTAATTA
TTTATACCGGTGCAAGGATGTTACGCTCCAGGCAATTTAGCCCTGGTAAG
TTCTGTCCTGAGAAGTTTCACCCTGCGGAAGTTACGCAATCATACATATA
TTAGCATAAATGTATCTTCCACCTATAATTTAAGGGGTTTAAAATGAATC
TTCCTTACTTGAAGTCATTTTTAATGTATTTTTACTTTCATTAGATTAAA
AGTAGTGCATTTAATTTACTCTTAATTTTTTTTAAATATAAATTATCAAA
CATGAATTTAGAACTTTTTTATAATGATTTGGAACCGACATCTTTATAAA
CTGTTGATGAGAGAAAAGAAGAAGAAACTAAATAAATAAAATAATATCCC
CAAGAAGCTCACATATAGAATGCACTTTGGAAATGACTCCTACTAATAAG
GAGCACAACAGATATAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNTAACTCGTTAAAAAAACGGTTTTAATTCATTATATA
CAATAGAAACAATGTTTATTTCAATTGAGTTACTTCTAAATGCCATAATT
TCATAATTAATTACAAAGGACTTCAAGTAAAGTAACCTTTAATNNNNNNN
NNNNNNNNNTATAATATATGGATGAGGGCGTAATTTACACAGAAAGAAAA
TTCCCACGGCTAAACTGCACAGGGCATAACTTCCGGTCACCATTTATACC
CTACTTTTGTTATATTAATAATTAACATGTTGGACCACAAATCGGTAGAA
AAAAAACCCCAATAATGAACGATAATTTATGGATTTATTTTCGGCTTATT
AATCGATATTATGGTATTTCTTATGCCTAATATAATTTACATTTGTACAA
TATGTCGTGTTCATGAATAAATACATACATCATTTGTCATCCCCCATGTC
CTTGATGCGGAATTGAAGTAGGTCCCTATATACATATTCTGCAGATAATT
TTTCTTCGTGAATGTATATATAAATATTTAAACATACAGAATACGTACTC
ATTGTTAGATTGTAAAAGAGACATAATTGTGGAAGTAATTACAAGGCTTA
TGGAAAAATAATTAATATCATGTATTTCAAAATGATGCACATTACTGTAG
AGATAGAAAAATGGCTGAAATCCCGGCAAGCGTAAAAACCACGTCCATCA
TAAATTACAAAAATCACCATACTTAAAGTCGTCAGAAATGTTGAGGGAGT
GTTGAGTTTAAAAAAGAAAATCAAAATAACATTTTTTATTACKATCCCAT
GATAAATTCAGTCTTTTTTTTATGAGTGAATTGAAATTTTTTTGCAAATT
TTGTTCAAATCTTTCAAGAAAAGGTATTTTACACCAGTAAAAAAAAAACA
TCTTTTCCTCACTCTTGTCAAGGAGTTGATTTTCAAATTAGTATCTGTCC
TTCCCATCATTTATTGAATATTGTATATAACAAGCATTGGATAAAATGGC
GTGCTCACTCTCATATTTTTTCTATTTATTTTGTTACTTGTCTATTAATG
GGATTTGAATCTTCAAAATAGGGAGGAAAAAAAAATAAGAGCAAACTTTT
TTTAAATATACGCTCGCCCGGATTCCATCAATTTGTAAATCTCTAGATTA
TAATATATTTAATAAGTAATTAGTAGAGGAGTTTTAATTGTATAATTGGA
AGTGTATAAAATATATAGAAGTTGAATATGAAATAAATATATTTATTTTT
TTGTGTTTTGGAAGAAATGGACAAAAAATATGCAGTTGGTTTTTTATGTT
GATAAAACTTGGGAAGGAAAAGTCTTGATTTCTATTTAAACCCAGTTGAT
CTTTACAAATGAAGAGACAAAAGAATAATAAATTATAAGGTATATAGGTA
TATATATTGAATGACATATTTATATAAGAGTTTCAAATGATTGTCACTGG
CAAGTGTTCTTGGAAAAAGAAAGGGGGAAAATGGATTTAAAATACAACTC
TGCGCTTTCCATTTATGATCTAGCGTAATAAGTCTTCATAAGTTTTTTTA
TAACTCGTTAAACCATGCAACAACTGAGTGGAATTAAGTACAATCTATAT
AGCTATGTAAAAGTATGTATTGTTTTGATATGTTCGAATCAAAAATTGGG
AAAGTATATGACTAAAGATAAAATAAAGAAAGTTTTATGATACTTAGTTG
TAACTACCTCCTTATGTAGAGGAAGTAAATCCGTTTTGAAAGCTAATACA
TATCTGTATCTGGAGACAGTTTACGATGATGATGTATATTTATTAACATA
CTATATGTTAATAAATATGTACCCATGTATGCAGAGGTAATATCAATAGC
ACAAAAGAGTGATGGTTTTGAATTAGAGAAGATAGAATGCATTCATTAAA
CACAGGTCGCCGCCAGAACAGCAGACCCATCCTCCTTTCGCCCACTCTCA
GAGTTTGAGAACTCTCCTTCATCGGATCCTTTTTCCGATGAAGAAGAGGA
GATCAACTCTGGATGTGCAATGATTTCTGGCTTCATGAGAGTCATTTCCG
TACCTTGTTTCATGGATGAGGACAAGTGAGCCGTAGAGGATCCATTTACG
TCTCCTCCAATGATAGATGACGTATGTGCATTATTAGACTCATCTTCAAG
TGCTTCAGAGATGTCTACAAGGGGTTCTTTACTTAGAGCGGCTTYTTTTC
GCTCCMTTTCTTCAAGAAGTGTTGTGATCATGGGAATATTTTTATGTGCC
GGATCCGGTGGTGGCGGCTCTGGCTCCTTCCAACAAAAGGAGAAGAACAT
GAAAACGAAAATAACGCCCACATAGATGAGGATTATGAGACTAAAGACAG
AGTCACTGATTAGGGGAAGAGGTCCGTCCTCTTGCCATTTAATTGAGGTG
CTTGAGCTATGATTATTATTAGTGGCGGRTGAGGTGCTTGGAGCAAGGGA
GGATTCGTTGCTTTCTTTTTGAGCAAACCTGTTGCGATCATCAAAGTTGG
GATCGATAGATTTAATTGTAGAGGATAGGACTGTAGAAAAGAGATGTCCA
CTTAGACTCGCAGAGACGGAAAAGAGTAATCCCGTTGTTGTCTCTGGAGG
GAGCAGCATCTCGTCGTTCGTTAGTTCCTTTGTATGTATCCTTCCTACTC
ACAACAAATGTATTTTTACTACTGTTGAGCTCTGACTACTTCCTACAACT
ATGTACAACACCGTTAGATTGTAGCTCCTTCTTTCATGTCGTCTTTCTCC
CATAAAATATATTAGTATGAAATTTGTTGCAATATACGGAGAAGAGAGAA
AGAGAGAGAGAGAAAAAAATAAAAAGATTTGGACCCCCAGAAATAAATAA
TATGCTGTATTCTATATATATATGTATTAATATGATACAGCACTTCACCC
CTAAATTTTGTTTTATTTTTCCCTAGGTTCGTTCCTACAACTTTGGATCG
AGCACCTCAAGAAAAAAATAAACAAAAAGTAAAACAAAGCAACATTGAGA
CCTTGAATATACACAATAATATATACTTGTATATACCTATACTTTAATCA
GAAATCTCTTTTATAACTACAACATACTATAATACTTCCATTTACTTAAT
CAAGTGTTTTATATTTTGATTACTTTATAAACCATTTTGTGCTGCATTCA
TATGTATATACAATGAACTAAGTATCAATTCAAACCAATTTAGCAAGGCG
TTAAAATAGGGTTGTGCCGTACGTTATCCAAATAACACTCAGCTCAAAAT
ATGAGTCACTTTTCAAATTTGAAAAAAAAAAAAAAATCAACTCTGAGTTA
CTTCAAAATATATTATGTCTATGATTAGTGATTCTGACCAATAAACTTAA
TCAAATGTATTGAGATTCGGGGCGCTCCTGCCCCTTAGTGGTTATCTAAT
TAAATAACACGTCTTTAACTTTAATGCAGAGATCGAGTAACTTTTTAGCG
TTACCCCCAAAAGAACTTAATAGTAAAATTAATTTAGCCAAAAACGAGCG
CATAGGTGTTTGCAGGATTATATTTATATATTTTTTGGAGAGGGGGGTGG
GAGGTCATGGTTTTGGTTTTTTTTTGAAAATCAAAATTTTTTTTTTTTAA
TTTTTCAAAAATTAAATTTAAAAAAAAAATTTCATATATACATTTTTTTG
AAAAAATAAATCAAAAATTCATAGTCGTTTAGGGAAAAGGATATAATTTT
TGAAAAATTACATATTTTTGAAAAAAAAATTCAAAAATTCATAGTTATTT
AGAGAAAATTATTTCTCTTTGAAAAAAATTTGAAAAATTAGATATTTTTG
AAAAAAATGTGAAAAATTAGATATTTTTGAAAAAAATTTCAAATATAAAA
TTTTTTGGAAAAAAATTCAAAAATTCATAGTTATTTAGAGAAAATTATTT
CTTTTTGAACAATTACATATTTTTGAAAAAAAATTTCAAATATAAAATTT
TTTGGAAAAATAAATTCAAAAAACACGAGTTATTTTACAATAAAAATCTT
CTTTTTTTTTTCTCTTTTTTTTTTTTGTGGTGGGKGTCTCCMGCCCCTTC
CTTGCAGACTCCTCTGTAGCGGCATGTTACATATATTTATTTCATTTGAC
ACTAGGAAGTAGTACTCCCATTACCCCCCAAAAAAATTATAAATTACCCC
ATTTGTGGTAATTTACCCTTTTCCCCAACCACCGCTTTATTGTTTCTTGC
AACCATTCTTCCAAAACGAACAAAAAAATGGTCATAATCCATTGGCAGAT
AGTCGATTCTTCCACAGTTTCACAGCTTGTTCAGAGTTAATTCTAATTCG
ACCAATCAATATTCAAAAGACTGATAGAGGGGGGGGGGGAGGAATAGAAA
CAACGTTAGCTGACAAGAAAATACAGTATATATTTTTGTGTTATTCAGTT
AACGTCGTGGAAGTCACGATATTTATTGAAGTTCTTCTCATCTCTGAGAA
GACAGAATATGCATAAATATACTTTTGTTTTTTTTTAAATTGCCCGATCT
CACATTAAGTAACTATATTAGCTAATTAGTGGGCATATAGTAAAAAAAAA
CCGAATAATTAATGGAATTTGGGCAAGCGCTTTCTTCCTTCTCCTTGCAG
ACATAACAAACATACTTATTATATCAAACTTATGTGGTTCTTTTATTTAT
ATCCCTTTTGAATTAATTTTGTTTTAGTCCTAACTGATTAATGGATTAGT
GCATCTTACACTCAAAATCATTTTTTTGATCTTCTTTTTCTTTGATTCAA
TCCTATCAATAGTTTATGTTTATTTTAATAGGATGTTTTTATGGAATCAT
GACTAATCGGTCACAGGCAAACACTTTTGAGAGTGTAGATTGCAAATGAT
CGGTTTAAGTAAGTTTGATCTGAGTGTCACAATTAATTTAAAATTATCTT
TCTAAAAGAGGTTAGATAACTTATTTAATAAATCATTTAAACTATTAACG
ATAACTTTTTAACAAATGGGCGTTTTTAAATCTTACTGTTTAATGAACAA
GTCCTATATAGGATTTTTTTTCTATTGGTTTTATAATTTGAAGCATTGAA
AAAAAACAAAAAAAACAATTATATACATTATACAAGGTGGATTTTTTAAA
CAGTGTTCCTATTTTTGATTAAAAATATCGATACTAGTATAAGGGTTGAC
GATTCAATTGACATCATAACAAAGATTTGTTCTTTCAATCTAAACAAAAT
TTGTTTCAACTTTTTTTCCAACAAATACTCAAAAAAATTAATGTGGAAGC
TGAAATATTATGAATTGAAGGCATGATGCTTCTTAAMCCTCGGGTTCTAG
ACGCTGTCAAAATAAACAAAGACAAAGGTGTCCGCAGGGAGTTTACTGCA
GGAGCTTGAGCTCTCCTCCCATAAAAAAAAAGAATTTTTGTGACTTTCAC
TCAAAAATTATGTATTTGTCAAAAACATTTTATAAATATTTTTTTTTTAA
ATAAGGACATTTCTTAAAATTCAGGCTCAACCTAAAAAGTTTGTAACAAA
TAAGCCCCTCCTTCCGAACAAATCCTGCAAATACCTTTGAAGGAGGTATA
TTTAGAAGAAAAATGTAGTGCTATGGATCCCTAATACTCTCCCAAGACAA
AAAGTGAGCTTCTTGCCAAATAAAGCACCTTACTCATACCGTTTTGAAAG
TGTAATCTTGGTTCAAGAACAATATGAACCCCTTATGATACATTTACAGT
TCACCTTTCTCTTCAGAAAACTATGAACCCTACCCTATGGCTTATGTAAG
TAAGGAATAAAAGATCAATCAAGTTTCCAGAACGAGCAAATACAACTTAT
ATGTCCATATTAAGCAATTTRGGGCCRAAAYCCMARAAAAWTCTNYKYTA
GCCACTTGCAAATCGGTTTAAATCATTAWAMGAAGKTAWWCGACMCCAAG
AGTCCTCATTTTACATNAACCTTTCCATATTTCTCTTTGCATACCTAAAT
CTTCAAATTATATAAGGAAATTTTCTTTGATTCAAATTTAACTATTTTTA
AGTGTACAAAACTACAGTAAAATGTGTCCTTTTTATGTTTATGATTGTGG
ATTCAAAACGATGCATGAGTTAACATTCATACTTTTGTACTATGCATTTG
CTATATGCATGGATCTATTGGAGTGTGAGAAAGCAGATAATAATAGAGTC
ATATATAGAATCTAAACGGTCATTAGACTCTTCATATGTTCTTAAATAAA
GAAGAACTTCATTAAGAATTAAAATACAGTTAGTCCGTGTTTTTTTATAC
CAAGACGAACGTGAATGAAATGTCAATTCCAAAGCCTGGGCAATCATTTG
TGAAAGCATATTTAGATATATGTGGGGTTAATATGGTTCTACTTAAATAA
GATGTTTCTTAAGAGCGTTCAACTCGCATGGATCGATTTATGTTACACAG
GATTTGTATACTTACTTTACTATGGACTTAAATATGTGGTTCTAAAGGCA
TGTATTTTGGGCTCATTTATCTGGAGTGTTTTGTTATACTATATTAATCT
GAAAGAAAGAAAAAACGGTCTACGAGGAATCCTTTTTTTTAAGTTTTTGT
AAGAAATTAGTTAATAATTTATACATAGATTTGTTACTTCTAAAAAAAAT
CAATATGAAAAAAAAAAAGGAACTAGAAAAATGACATGGTTATCCTGACA
ATTAGAAGAATGTTTGCCAAGAGATCAGTTCAGCTGTCATGACGTTTCAT
CAAATTAAATACAAGCAACTATAAGAAGAAAAAAATATACACAAATTCCA
CTCCGTTTCTAACAAGTACATGGGTAGTAATTACACTGATGTCGATCATC
AATTCTACTCTGAGTCCACACTTAGACTGACACCAATAACTCTCCCACAA
ATCCGCAGTGTTACTCTCTATTTTGCATAAGCAAAGTCATACGTAGTTAA
ATTATCCTTAAATGGTATCTACTTAAAAATTAAAAAATAATGATAACAAA
TTTGGAAGAAAAAAAGACTTTTCAGATTACCAACTACAAAAATATTGCAC
ATTGTAAATTGCTTAGTATTTACAGCTTCAAGTACCCAGTATTGTCATAT
TTGATTGATTTTTGGCCTTTCACTATTGTAAGGCTTGAAAAACAAAAAAC
AAATGCAGGAAAGTTTACAACTCTTTTTCACAGTTGATCGAGCTCTTTTT
ACTCAGAGGAAAGTTCACTTTGGAGATAATGTTCGAAAAAAGGTTGTTTG
GGAGAAAAAATTAAGCATGATTCATTTCTTATTTTACTTCATTTTTAATA
TTATAATAAATTATCCACACACATTCTCAAAGTGAATAGATAAGTCTAAT
ATGGGACTTCAAATCGGTACCTTCCCTGTTATTGGTTATAAAACATTCTT
TACATTGCATCATTATCACAAATATTAAATTAAAGTAGCTATGGATTTTT
TGATCAAACTAAAGAATATGAACTATCTACAAGGTGGTGTAAGTGTGTAG
TTTGGGACGTAACATATGTAAATCCAAAAAGGTATTCCTTTTTCATTTTC
TTGCCCCCAAATACACTTTTGAATTTGAATTTACAAATAATAAATTTATT
TAATGATATTATCATTTAAAGAGTTGTATTATTTACCACAAGACGGTACC
AATTTTTCTTCTTTTCTAAACAACTCTCTTCGATGATAGCAAAGGTTGTT
TCTTTGGACATTTTTTACGTCTGAATCATTAGATAACAGACGATAAGTCG
AAAAAGTGAAGGTATACTCCCTATAAATATGTAATTTACTTGACACAAAC
GAAAAGAGAACATAATTTGTAGATTAGATTTAAATTTCATATTTTTAACA
ATATTAAATTATTATTTTTATAAATAACTGTAAATGAAATTTGCTGAAAT
AAGGAATTATTTACACAATTCAAAAACAATATTTATTGTTTTTCAATTGA
TTGTAAAAGTGAACTCTCAATATTCCAAAAATAAAACTATTTATTGTATC
ATTATTATCTTATTAGGAGTAATCAATTTAATTTTTTAATATTAGACACA
AAAATTGGAATAAATGTTTAAATTTATAATAGTTTTCTTCACAATGAAGC
TTCCTCCCGGAATTATATCATTTAAATAAATTTAAATTACTGCAACAATA
TCCTTTTTTCTATTCGAATTATATTTAAACAATAAACATTTAATATCTTT
CCAAAATCCATTATTTCTGCATACTTTTAAGTAGTCAAATTGAGGTTATG
TGACATTAACTAAGATGCTTAAATTTATTTTTACATAACATAATAGTATG
GATTTAAATTGCTTGTAAATTATACTGACAAAAAAGGTTAATTAAAATTC
TTAACTAATTGAAATTTGATGAATAAAGTGAATTTCCAGGGGACATTTGG
ACCTTACGACTGTATTTATGAAAATAGCCTCAAAATCTAATATATATATT
TAAATATGATTTACATCGTGCACAGAAAATTGCTATTTTTGTAAGTGCAT
CATCATTTAATAAAAATGTAATATGGGATTATACTTTAGTATATACACAA
TGTCTTAAAAATAAATCCAGAAAAAAACAAGCTTTTGCAAAAAGGAGACG
TAAATATATTTTATTTAGCACCAGCAAATAGATTTATGACGAAACATGAA
TAATGGCATATGAAGGTTAATGAGGCCTCCAGATGGAACGACTATAAACG
CTGAGATTGGCGATAATAGATTTCTTCAGGTCTACCAAAATTCTCAAAAT
CCTTTTTGTATCGGATTGGAGATCATATTCTGCCCTTCGGACCCTTTTTG
TTATTTACAGCTCTTTATGACGTCATGAACTTTGCTCTAGGCGTATTCCG
TTGTGACGATGGCTTCACTAGAGTCCAAGATGGTGGATCCATAATTTTCT
TCCAGGACAGCATGATTAATTTAATGAACAATTTAAATAAAGACAAATAG
AGGAATATTTATGTTGATGTGTAAGTTGATCAAATAAAAAACAAAAGTTA
TTATTAACCTGTGTTCTTGGATGTCAATTTACACCGCAGTCATCAGTAAA
ACCTTGTAAACATCGATTAATGAGGCATGATCGTTGTTTACCGAAATTAT
TTTGTTTACAAAATGACAAATAGTGGCGCCGAATTGAGGCAAAATAATAT
GATTCATTTTAGAGAAAATTTCAATTCAAAATTGTATTTGTGGTGAAAAA
AAATTTAATTAAAAAAGAATACTCTTTTTAATTTATTTATGGTTCGTCCC
AAGATAACATACTGCCACACCCAAGGCTGTGGACTCAGACTCGCGGTTTC
ACTATTTTTTCATAGAAGTTGGACTCAGAATTTTACTATTTTTCCATAGG
AATCGTGTAAATTTAGTAAAATTCAGAGTCCTTCTTTCTGTTTACTCTTC
TGCATAACAGTTTCTTAAGACTCCCATTAGTCTGGCACTGAAATGTCCGC
TTTTATTTATACAACTGCGGTGTTTGGAAACTGAAGAGTAGTTGCATAAG
TAGTGTACTATTAATTTTTTATTGTTTATAGGGATTATTCTTTTAATTGT
AGCCTTACCAATAAAATTACAAAAACCTGCATTTCTAAGGAAAAAATTAA
TATGTTTCCATAATTCAAAAACTGGCAAAATGCCATATAGTACAAATTGS
AATTCWTTCTATKTAGCCGCTCTCAMCCTTCMCCGCAGCCTCCACTAAGC
CTCTAAAGCGAGCAGTGGCAGCCTTCACCATTTCCTCTTATATCTTACTT
CCCTCTTCCTTGATTGTGTTGAATAGAGGTAGGTGTCTTTGTGTTGTGGA
CACATCTATGAATACTTGATTCCAACACGCACCAGAAAAAAAAATTAAGC
AATTAGATTTAAATCAAGAGAGTTTGGGATGTCATGTATCCTTAGAGAGT
TCTCTTTGACAGCAGCTGACCAATCTAGAGCTTGTATTAACTGCAGAGTA
AATCTTCTTGGATACATCTTGCCATTGTGTTCCTGTTAACCCCAAATTCC
CTTGCCATGCTGGGAATTTACTTACTGGGATCATCCGAAATGGCATCCAC
CAATCTCATGATGAAGTTGTTGTCCCTGGACTTCATCCTGTCCTCCTTTG
CCTTCAACTCCTTCTTGATTATTGACTCAAGGTGCTCCTTATCCTCATTA
AACTTCTTCCAGATCCTGAATCGCATTTATTTGCATTAGTTTGCCCTGAG
ATTTTCCTAACCCCATTATAAAGGCGCATCGTCTCTGTTCTTCATTAAAT
TCAAAATTATATAATTATCTCTATGCGGACTCTATCGTAATTTACATCCT
ACAAAATAATTTGTCATTGTTTCATAAATCAAACAAGATCTAACATGGAA
AGAAATCTCAATGTCATCATCCTTTTAATGACGCTTTTCTACGAAGACAA
TTAAAAGTGGAACTCGGTATTTACAACCCAAAAACTCATATTTCCAAATT
GATTTTCTTGTGTAGGCCAATTGGAGTTATGAAAACAAAAAAGCTTCAAA
GAAATACAACAAAAGTGGCTCTTCTTACGCCAGAGACTCGAGACTCTATG
TTTGTTCACCCTATGTAATTGAATCTATCCCGTTGGTTATTATTCGTAGT
CCCTTGTAACTTTTCCAATGCTAAGTTAAATATATTTTCCTTCAAGTTTA
TTTAAGTTATCAAAATATTTTTGCTTTTATTTCTCCAATACAATAGACGG
ATAAATTTTAAAGGATTTTTGTGATTTTTAACAGGTCTTCTTTAATATGC
CCAGCAATGTTAAATCCAAAGTTTACGAGCATTTTCTTCAATTTAGAGGA
AATTTGTTCTTATGAGAAAATCGGTTCGGCAGAATATGCTGGTSCTGCCG
GTAAAAATGCATCTACTTTAAAGAGGCACATGAAAATAAAATATCCCTCG
GAGATTTCAAATTTGGAAGTTTTATACAACAAAAGGAGCACATCATGTGA
TGTCAAAAATTCGGACATCACAATCTCAATCCTCAATGACGAATTTTGTT
GTGACAAAATCAATTAAGATTATTTTAAATGAATAATCCTATAAATATGT
CGTAGATCTTGTAGTAAATGGAGGAGTCTCTCTTCTCAGTTTCGATTCTT
CACGGATATGAGGGCTCTTGAAGCCTATGGCCTATCAGCTTGGGGTTGGA
CTTTCTTGTGAAACTGTAAGGGCATACGTGATGGAAATGTATCAAAGAAA
GAAAACTGACCTTAAGGATAATTTCAAAGGAAAATTGGTGCTACACGTCA
CCTAAAGAATTTCCTGCCTATATATATCCAATTGCTTGAATAAAATGGGG
AGAAGTGTGAGAGGATAAAATTTTATACGCTTCGAATCTTTGACATGAAA
CGGAAATACACGAGCAGCAACACACGTATTAGGGTTCAAAATATAACGAA
GGAATTCAATATATGGAAAAAAACAGTTGTTGCTGCCTTTACCGAAAATA
CCTCAGCTACACAAAATACAGTTCAAAAACTGCCATTTTGAATCATCCGT
GCAAACTTATTCAAAATATGAGGAATTCCAAAGTGTTGGGTGTCACTCGT
AAGAAGACCAATAAAGTACCAATCCTAGATTATGTGATGAGATGAGGAGC
ACAAAGCTCAATTAGCATCGAGGAATTGTGGATGATTTAACAGCGGTGCC
CCAGGATTTCTACAAGTCAGAATCTATATGAACTTCCATTACCGAATTGA
ACCATGTCCTTGAACAAAAGTTTTGAGACGTTTTTTAAAACTTAATAAGG
AAGCGTTGTACTACATCAATTGGAGTATTCTTCCCTTCTTTAAAGAGCAC
TGAGTCTCTTCTTTATGTTATCGTTAAATTCAAACATATAAGTTTATTAT
TTGGTCGCAAGAACAACAAAGGCGAAAGATCGTAAACTTTCTGGCTACTG
GAATGCCCCCAAAAGTGGTGGTTATAGCGGGAAAACATGGCTCAAAGGCA
ATCGTCTGTATGCTTTTTCCTCCAGGATGTATACCCCTCCCGCACGACCA
AAATTGTTCTGCAATTATTGGGATATAACTGTGAATTCTGGGACAAGAAC
TCTTGTCCTACTCAATCGCCAGAACTGATTCCCCTAGACTATAGTCTCTG
GTGCCAAGTTGAGTCTCATACTTGCTATGCCCGACACCCAAATGCTGAAG
CCTTAAAGAACTGTCAATGAACAGTGGGCTTTAATGTCAGAGGCCTACAT
CAAAAGCACCTACAACAAATTCCTGCCGCCCTCTGAAAGTCGTTATTACT
ACTAACGGTGGTCATATTCAAGATTAATTATTAAATGTACATCTTCGTCT
CAAAGCTTTGCATGAATCGATATATATATCAAATCAAAATATATATTGTT
ACATGGTGTTAAATAGTACACACCTGCAATATAGTCTGTCCAAAAATTGA
GGGTACTTTTTAAAAAAAATCATTAAAGAACCTAAAGAAGTGATTTTTTT
TGTCAAAAAGCTTTATTTACTTCCCAATATGATGACCTTAAAGCTTTATA
TATTTTTTATGCGTTTTAGCATCCCTTCATACAGATTATTTAAAGGATCG
GGAGAAATTTTTTCCCAAGCTTTTGTCAGTTTATTTTTTTTTTTTAATTC
ATCCTCTGAAGATGATGGCGCATTGTCATTGAGTTCCCTCTAGACCACGG
CTCACAAATTTTCAATGGGAGACTGATCAGGACTATTGGCAGGAATCCAA
GTTGTCTGAACACCCCTTTTGTGCCTTTTAGGAGTGGTGAGCAGGGGCAC
CATCCTGCTGTAAAATGGCTCTCGATGTGTCAGACGACATTTTCCTCTTC
AAAGGAGGTCCAGTTTCTTCAGTACGCGACAAAACTGACATCAGAGACAT
GCTGAGGATCTCCGTTACGTAGTACTCGGCCATAAGTTTGTTTTCGTGGA
ATCAACTGAAGATTTGCCACTGCTTGGTGGCTGATAGTGGCCCAAACCTA
AATTTTCAGAGGAAATTTCACAGTTACATTGGGTTTCACATCTCCCTTAT
CTCTTGCCCAAACCCACCATGTTAGGGGATTTGGGGCATGAGATAGCTCA
AATTGACTTTCATCACCAAATAGGATACATTTTTAGTCATCTGCACTCCA
GTGTTTCGGTTCACGACAGAACTGAAGCTGGGCCTTCCTTTGGGTTTCTG
AAAGTTTGGAGTGCAGACGAGGTTTGTATGGCAAAGCATTCAGAGAGTGG
CACAGGTAGTTGTGGATAGATGACTGGGATATTGGATARCCCTTTGAAGT
CAATTTTGCTGCAAGTTTCTTTTTGGATTGCCTCTTTTTGGTCAAAGATT
TTGAAATCACCAATTTCAGAACTTTGCTGAATATTTTCTTCCTTCCTCGA
CCCTTTTGATTTACAAGGGTTTGTCCATCCTTCCTTTTCTTACACCAATT
TTCAATGGTCCTAAGAGGAATCTGTAATCTTTGAGCAACGTCTCTCTGGC
TTGATGCACCCTCTATCATGCCAACAGGCTTGGCCCTGGTCTCCAAAGAG
GGKTCTCTCACCATTTCGGGTATTGAATTTCAACTACCATCCTATAGTAT
TTTCTGAGCCCTTTTATACTGATGTATGATGTAATCATCGAAAATCATTG
CATCAGAAAAATTCAATATTACCTAATGATTGCATCCGCCAAATTTCATT
TTATTCCAACCAAAAATATTTTTTTTTACTATAAACGGATATTTTTAATA
CCACTATCAATTTTTGGACATACTGTATAGTTTAGATGTTTTTAGTAGTG
ATTAATGGAAACAAAAAAATTTATTATTCATTCAAAATTTAATATATAAA
ACTTTTTTAAATTATAAATAATAGTTTTGTTTAAAATAATTTAATTAACT
AATAATTTTAAATAACTATAATTAGTTTAATTTATTTTGTCTTTTTCATT
TAGGTGAGGATGAAGCATCACCTTCAAATGTGTTCCTAGCTTTTTTCATT
CTCAGTTTGATTTTCAACGTTTTATTAGTCAGTTTTGGTAAGTTTGAACA
TTAAAAGTCAATTTCAAAATGGTATAGATATATCAACTCACGTCAAACAA
TTAATTGAACTATATTGAAAAATACTTTTGAAAAACTTTGGCCCATTTAT
TTAACATGCCTATGTTTTCTAAGGACAATTCCTTATTAATATACTAATAA
TTGATTTAATACTAAAAATATTTGGACAGCAAAAAATAAACCCTATTAAA
CTACATCCTTTTTTCGGTTGTTTCTTTTATAATGTCTGCACCAACGTGCT
AGAGAAATTCCCGAGACAGAACATATACAAAATTATTCAATGGATATATT
TTGTATTTTTAAACCTTTGTTTTATATTTTTATCTTTTGTTCTGAAGCCA
TCGTTTGATAAAATTTTCCACGTTTCCAAAAATATATTTATATATAGTTT
AGTATCCAAAATCTGAACAATCATAGAGAGTGTATTTTTTCCGATTTTAA
ATTGTTAGGTTTAACATGGAAGTACGTTCAAAAAAACTAATTGTTANNNN
NNNNNNNATTAAAAATGTTTATTATTTAAATACAAAGCCTACTATATTAC
TGGCATTGCTTCGATTTTTCAAAAAGCTTTCTAAACATACTTAGTACTTC
AAAGGTTCTATATAGCCTCCAAATCCTTCCACAGGGACTGCCTATTTTTT
AAAAGCCAACATTCATTTGTTATATATATGTTTTGCATATAAATAAATAT
AAATACTTTCACAAATTCGTTCAAACCCAGAAAATTTAAAACTAGGCTTT
AGAACGAAAGAAAAATTCAGACACATATGTATATATTATATTCAGCTTAG
TTTTTTTATCCTTCCACACATTTTTTTAAGAATCCAAAATATTACGTGAA
ATTTGTCTCCTTTATCAATTTGTGAATGAAAGTAACGATGTCGATGAGGT
TTTTGTCGAGGTTAAAAATAAATATTATTTTTTACCATCCTCCTTTATTT
TCAATTAAACACTATTCAAAAGTGCCAAAATAATAAAATTAGAATCTTAA
TATTGTGAATTAAGCCTTTTTGATAAAAGTAAATGAAGCAAATATATTTT
CAAAAAAAAAATATTTCTCTAAGATAAAACTTCGTCAATTTCAGGCAATT
TTCGTCGTACCTTGCACTACATATTCAATATCAAGTCTTTATGGTACATT
GTGACCACTAAAGCTGAGAAAAGGCCACCCACCAAACTATTGCTCTGTAA
GGCATAGAACACGAAAACGAACCTATCAGTTGCAATAGTTTTGATCTTTA
AAGCCTTTTTTTTATTATAATTTATATTCAGAGGCATATTTTTACATTAA
ATAACTATACAGATGCAAATTTTATGTAATAACAGTTTGATAAAAAACAT
TCCAGCATTCAAAAGATAAATTATTGACTAAGTTATGTTATATACAGTTA
CTATAAAATGTGTCTAATTATACAAAAATCCAGTAATTTTGATTGATTTT
TTTTTGGTTTAACTTTTTATTTTCTTATAGAATATATAATGAATAATCAA
TGAAGGGTTGCATGAAAATGTTTCAACGTTGTATATAATTGAGAAAATTA
TTTGACTATTTGTAATAAGTAATTAATATTTTAGAGGCCGGAGTTTGCAT
ATAATAGCTGAATTCATAGCTGCTTACAAAAAATTAAATTTTTGAAAAAA
AATTCACTATTTATTTTTCACTTAAAAATTTTCTCGAAAAAAAATTCAAA
TGTTTCATTTTTTGAAAAAATTTCAACTATTTTATTGTTTAAAAAAATAA
ATTAAATTTCAACTATTAAATTTTGCAAAAAGAATTTCAAATATTCTTTT
TTTATTATTCTCTTTACATTAATTTCATATACATATACATTCCCAAAAAC
ATCTAGTAAATTAATCACAAAATAATATTAATTAATTAATTTAACAATAG
TAACAATCCTTTGTTGTTCATTTTTCAAACAAAAAAAAGACATGTGTAAA
TGAAAAAAGATAAAACCATCTTAACGAAAATCTGCTAAATAATTAAACTA
AAAACAAAAATATAAGACAATTCCATTCCTATCGAACCTCCCCAGCACTT
TGAGGGATCTTAAGAGGAGTCTGCCCAGACTAGTAGGTATCCAAAAGTTC
TTACTTCATGCGGTGTATAAAATAAATAAATAGTACCTTTGTTATTAAGC
GACCTATTTTGGAGTGAAATATATGTTTAGATGCTGACATTKCCAGCCAA
TCCCAATCTTTATTTCTTAATTGTGGCATTTCCTCAAAAACTCAATGGTC
ATGTACACAATGTTAACCGCACTTGGGAAATCCCAAAACAGATGTCTTGA
AGTCTCTAAACTGGACGTGCAGAACGTGCAGTCTCTCTCTCTGTTTCTTC
GACTCTACATTTATTTGTAAAAAGGGTAGAATTAGCCATTCCGTAGCGAA
ACTACATTTCTTTTGAGCCCATGAAAGGGTTGTAAAATATTTTTATTGAG
TTTTTCAGAACATCTTCCCACAGTTTACACCCTAATCTAAGTAAGCGTTT
ACGAACCAAATCAGCTGGAGAACCCACAATTTGGCTTTTGATGACTTTCT
TGCAGACACTTGAAATAGCTATGGGCTATAAAACTTTGTATAATACGGCT
TAATCATTTTTTTATTATTATAATATTCAAGAAGGTCGTTGGTGTGGCAT
CTGTGGACTCGCTCCACAATTGTCTAATTGCTGAAAGTCCTGATGCCTTG
ATGAATTCATCTCTAGTGTTCAACCACAGGTTGTAGTTCAATGGTTCGTG
TTTACKCCTACCATAGGAAGAACAGAGTCTTTTTTTTGGGGGGGGGGGGG
TCTACCCGAACCAGCCCACCCCAGTGTATCCCTCTGCTATGATAAACTCA
AAAATGACTTTACAGGTATCCATCCAAAGACACAGGCAAACTTTGCTGTA
TTGGTGCAGCCATTTCTTGATTCTTATTGGTATGTACTTTTATTTTTAAT
ATGCTCGCTATTTAATTATTTGCTTAGCATTTGAACACTAGGATATAGAC
TCTAGTTTATTTGAACTAGCTTTATACTATATAATATTGAACTAAAAAAT
ATTTCCATGTATATAATGTATCGGACAGCTGATCAATCTTCGTCATCAGA
CTTTTACATAGGAATAAAGTGCTTATGATTACTCCTTTGTAGACTACTTC
TATGTATAGCGTAGTTTTCCATGATATGTAAATGATTATAAATACTATTA
TATAAAGAGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAA
TTAACTGAGTATAATAAANTGGACAGGCTACCGTAAATTCARTATGTAAW
AAAAAACAACATTCGAGGATTCCTTTTCATTATTATAATTAAAATTACAA
TAGGAATGTGGTTGTTCTTGTATGAATTATATTCTACATTTATATCTTAA
AATCTCATTAATTTTTGTTTTGTATTGCAGTGATATATAAATGCTGGATG
GATCGACGCACGAGGAGAAAAGTTCGATTCGTTGTCAAGTCCCACTTTAA
TGAGGCTCAAAATTCTTTCATTATTAACGAGGAGAATGATGAATAA
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