EMLSAG00000001967, EMLSAG00000001967-684733 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000001967
Unique Name	EMLSAG00000001967-684733
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:HABP2 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR000001 InterPro:IPR000742 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00008 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50026 PROSITE:PS50240 SMART:SM00020 SMART:SM00181 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 PROSITE:PS00022 SUPFAM:SSF50494 OrthoDB:EOG75B84T PROSITE:PS01186 TreeFam:TF329901 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 CTD:3026 GeneTree:ENSGT00740000115022 KO:K08648 OMA:YWNSHLL EMBL:CU571297 RefSeq:NP_001230619.1 RefSeq:XP_005657518.1 UniGene:Ssc.55031 ProteinModelPortal:F1S5J5 Ensembl:ENSSSCT00000011636 GeneID:100157966 KEGG:ssc:100157966 ArrayExpress:F1S5J5 Uniprot:F1S5J5)

HSP 1 Score: 48.1358 bits (113), Expect = 1.985e-5
Identity = 47/181 (25.97%), Postives = 76/181 (41.99%), Query Frame = 0

Query:   31 KLLFISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVT----------------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            K  ++ V+ G  DL++         V+KI+ HS Y+E    +  +  NDI++L+L        +   +V                 I G+G T  G  S  L  AK ++ +    C  R             L D  ++ N +C+   +K    SC GDSGG +   +DD Y + G+ S+G
Sbjct:  359 KAKYLKVVLGDQDLKKTELHEQSFGVEKIFKHSRYRE----KDDIPYNDIALLKLKPVDGHCALESKYVKTVCLPDSPFPSGTECYISGWGVTETGEGSRQLLDAK-VKLISNAVCNSRR------------LYDHMLDDNMICAGNLQKPGQDSCQGDSGGPLTCEKDDAYYVYGIVSWG 522

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:PLAT "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001666 "response to hypoxia" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005615 "extracellular space" evidence=IEA] [GO:0009986 "cell surface" evidence=IEA] [GO:0014909 "smooth muscle cell migration" evidence=IEA] [GO:0030141 "secretory granule" evidence=IEA] [GO:0031639 "plasminogen activation" evidence=IEA] [GO:0045177 "apical part of cell" evidence=IEA] [GO:0045861 "negative regulation of proteolysis" evidence=IEA] [GO:0048008 "platelet-derived growth factor receptor signaling pathway" evidence=IEA] InterPro:IPR000001 InterPro:IPR000083 InterPro:IPR000742 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS01253 PROSITE:PS50026 PROSITE:PS50240 SMART:SM00020 SMART:SM00181 GO:GO:0005615 GO:GO:0009986 GO:GO:0030141 GO:GO:0006508 GO:GO:0001666 GO:GO:0045177 GO:GO:0045861 GO:GO:0014909 GO:GO:0004252 InterPro:IPR013032 PROSITE:PS00022 GO:GO:0048008 SUPFAM:SSF50494 OrthoDB:EOG75B84T PROSITE:PS01186 TreeFam:TF329901 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 GO:GO:0031639 GeneTree:ENSGT00740000115235 OMA:AHVRLYP EMBL:AADN03008108 ProteinModelPortal:E1C209 Ensembl:ENSGALT00000005886 PRO:PR:E1C209 Uniprot:E1C209)

HSP 1 Score: 47.3654 bits (111), Expect = 3.637e-5
Identity = 43/181 (23.76%), Postives = 76/181 (41.99%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLF-RDFHFSS-------------------VIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            + ++ G        ++    +VK   +H  Y       S    NDI++L+L S  +   +  D V            R+ CL    DL+   W  C+   + R+  FS                      ++L ++T+  N +C+ G+ +H   +C GDSGG +  ++DDR  L+G+ S+G
Sbjct:  372 LKIVLGRTSRATPEEKEQKFQVKNYVVHERY------DSENYNNDIALLQLNSDTEDCAIETDTV------------RAACLP-TPDLQLPDWTECEISGYGRNEEFSPFYSEHLKVGHVRLFPASRCTTQHLHNRTVTDNMLCA-GDTRHLDDACKGDSGGPLVCMKDDRMHLIGIISWG 532

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:zgc:55888 "zgc:55888" species:7955 "Danio rerio" [GO:0003824 "catalytic activity" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0006508 "proteolysis" evidence=IEA] [GO:0005575 "cellular_component" evidence=ND] [GO:0008233 "peptidase activity" evidence=IEA] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0008236 "serine-type peptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 ZFIN:ZDB-GENE-040426-834 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 EMBL:BC044526 UniGene:Dr.78671 ProteinModelPortal:Q803D5 HOVERGEN:HBG098804 InParanoid:Q803D5 NextBio:20814187 Uniprot:Q803D5)

HSP 1 Score: 46.595 bits (109), Expect = 7.477e-5
Identity = 42/154 (27.27%), Postives = 69/154 (44.81%), Query Frame = 0

Query:   55 KVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDF------------VTILGYGT-TNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            +V+KI+ H +Y +         ENDI++L+L SPL  S   +               T+ G+G+ T NG +      A  L+ +     + +    F+   V+K +         +C+  NE     +C GDSGG +   + +RY L GV S+G
Sbjct:  129 QVQKIFSHKNYNQ------KTNENDIALLKLQSPLVFSKFVRPIGVFNNDLPPLVTCTVTGWGSVTENGPQ------ASRLQEVNVTVYEPQKCNRFYRGKVLKSM---------ICAGANEG-GMDACQGDSGGPLSCFDGERYKLAGVVSWG 260

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:Klkb1 "kallikrein B, plasma 1" species:10090 "Mus musculus" [GO:0003824 "catalytic activity" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] [GO:0005615 "extracellular space" evidence=ISO] [GO:0006508 "proteolysis" evidence=IEA] [GO:0006954 "inflammatory response" evidence=IEA] [GO:0007596 "blood coagulation" evidence=IEA] [GO:0007599 "hemostasis" evidence=IEA] [GO:0008233 "peptidase activity" evidence=IEA] [GO:0008236 "serine-type peptidase activity" evidence=IEA] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0031639 "plasminogen activation" evidence=ISO] [GO:0042730 "fibrinolysis" evidence=IEA] [GO:0051919 "positive regulation of fibrinolysis" evidence=ISO] InterPro:IPR000177 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PRINTS:PR00005 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS00495 PROSITE:PS50240 SMART:SM00020 SMART:SM00223 MGI:MGI:102849 GO:GO:0005615 GO:GO:0007596 GO:GO:0006508 GO:GO:0006954 GO:GO:0042730 GO:GO:0004252 SUPFAM:SSF50494 eggNOG:COG5640 OrthoDB:EOG75B84T GO:GO:0031639 InterPro:IPR003609 PROSITE:PS50948 HOGENOM:HOG000112467 HOVERGEN:HBG000399 InterPro:IPR003014 Pfam:PF00024 TreeFam:TF343687 GO:GO:0051919 GeneTree:ENSGT00730000110467 MEROPS:S01.212 CTD:3818 KO:K01324 OMA:TIYTNCW BRENDA:3.4.21.34 EMBL:M58588 EMBL:BC026555 PIR:A36557 RefSeq:NP_032481.2 UniGene:Mm.482691 ProteinModelPortal:P26262 SMR:P26262 STRING:10090.ENSMUSP00000026907 ChEMBL:CHEMBL1250359 PhosphoSite:P26262 PaxDb:P26262 PRIDE:P26262 Ensembl:ENSMUST00000116473 GeneID:16621 KEGG:mmu:16621 UCSC:uc009lot.3 InParanoid:Q8R0P5 NextBio:290227 PRO:PR:P26262 Bgee:P26262 Genevestigator:P26262 Uniprot:P26262)

HSP 1 Score: 46.2098 bits (108), Expect = 1.166e-4
Identity = 40/173 (23.12%), Postives = 75/173 (43.35%), Query Frame = 0

Query:   40 GYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAEN--DISILELFSPLKLSGMGKDFVT--------------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            G L L EI   +   ++K++ IH +YK        V+E   DI++++L +PL  +   K                  + G+G T     +  +     +  +    C+K+ +RD+             +N   +C+ G ++    +C GDSGG +      R+ L+G+TS+G+
Sbjct:  450 GILSLSEITKETPSSRIKELIIHQEYK--------VSEGNYDIALIKLQTPLNYTEFQKPICLPSKADTNTIYTNCWVTGWGYTKEQGETQNILQKATIPLVPNEECQKK-YRDY------------VINKQMICA-GYKEGGTDACKGDSGGPLVCKHSGRWQLVGITSWGE 600

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:CG33226 species:7227 "Drosophila melanogaster" [GO:0005575 "cellular_component" evidence=ND] [GO:0006508 "proteolysis" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR001254 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00089 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 EMBL:AE013599 GO:GO:0006508 GO:GO:0004252 SUPFAM:SSF50494 OrthoDB:EOG7RRF7Z RefSeq:NP_995917.3 UniGene:Dm.27801 ProteinModelPortal:Q7KVM8 SMR:Q7KVM8 STRING:7227.FBpp0071611 GeneID:2768859 KEGG:dme:Dmel_CG33226 UCSC:CG33226-RA FlyBase:FBgn0069056 eggNOG:NOG281923 InParanoid:Q7KVM8 GenomeRNAi:2768859 NextBio:848348 Uniprot:Q7KVM8)

HSP 1 Score: 44.669 bits (104), Expect = 2.767e-4
Identity = 37/152 (24.34%), Postives = 64/152 (42.11%), Query Frame = 0

Query:   56 VKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRD-------FHFS-SVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGG----MYFLEDDRYVLMGVTSYG 195
            VK+I++HS Y+++          DI++  L  P++ +G  ++   I    T+N       L Y       GW   + +L          FH        + D+ +    +C+      ++++C GDSGG     + F    R VL G+ SYG
Sbjct:  118 VKRIFLHSSYRDYH-------NYDIALFLLAKPVRYNGKHRNHAPICVLQTSNKDKLRQFLNYVAMFNVTGWGKTESQLTSTILQTTSLFHLDRKFCAQIFDRKIGWPHICA---GHSQSSTCTGDSGGPLSAELTFSGVKRTVLFGIISYG 259

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:C1R "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] [GO:0006956 "complement activation" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR001881 InterPro:IPR009003 InterPro:IPR018114 InterPro:IPR024175 Pfam:PF00089 PIRSF:PIRSF001155 PRINTS:PR00722 PROSITE:PS00135 PROSITE:PS50240 SMART:SM00020 SMART:SM00179 GO:GO:0005576 GO:GO:0005509 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 SUPFAM:SSF50494 PROSITE:PS01186 InterPro:IPR000436 Pfam:PF00084 SMART:SM00032 SUPFAM:SSF57535 PROSITE:PS50923 Gene3D:2.60.120.290 InterPro:IPR000859 Pfam:PF00431 SMART:SM00042 SUPFAM:SSF49854 PROSITE:PS01180 GeneTree:ENSGT00560000076882 OMA:PRCLPVC OrthoDB:EOG7W6WK4 TreeFam:TF330373 GO:GO:0006956 ProteinModelPortal:F1SLV6 Ensembl:ENSSSCT00000000733 ArrayExpress:F1SLV6 Uniprot:F1SLV6)

HSP 1 Score: 44.2838 bits (103), Expect = 4.807e-4
Identity = 48/180 (26.67%), Postives = 81/180 (45.00%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTIL-----------------GYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGG--GMYFLEDDRYVLMGVTSYG 195
            + V  G++++ EI    + H V++  IH DY++     S   E DI++LEL + + L   G D + I                  G+G T         + + DLR +     K+ + +    S + K   +   + N  C+ G+   K  SC GDSGG   M   ++D++V MG+ S+G
Sbjct:  512 VDVFLGHVNVDEITKLGN-HPVRRFIIHPDYRQED---SHSFEGDIALLELENSVTL---GPDILPICLPDNDTFYDWGFMGYVSGFGITER-------KLSHDLRYVHLPIAKREMCQ----SWLQKKNRNDVFSRNMFCA-GSPTLKQDSCQGDSGGVFAMKDEKNDQWVAMGIVSWG 672

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:MASP2 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0001867 "complement activation, lectin pathway" evidence=IEA] [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] [GO:0048306 "calcium-dependent protein binding" evidence=IEA] InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR001881 InterPro:IPR009003 InterPro:IPR018097 InterPro:IPR018114 InterPro:IPR024175 Pfam:PF00089 Pfam:PF07645 PIRSF:PIRSF001155 PRINTS:PR00722 PROSITE:PS00135 PROSITE:PS01187 PROSITE:PS50240 SMART:SM00020 SMART:SM00179 InterPro:IPR000152 GO:GO:0005576 GO:GO:0005509 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 SUPFAM:SSF50494 PROSITE:PS01186 PROSITE:PS00010 InterPro:IPR000436 Pfam:PF00084 SMART:SM00032 SUPFAM:SSF57535 PROSITE:PS50923 Gene3D:2.60.120.290 InterPro:IPR000859 Pfam:PF00431 SMART:SM00042 SUPFAM:SSF49854 PROSITE:PS01180 GeneTree:ENSGT00560000076882 OrthoDB:EOG7W6WK4 TreeFam:TF330373 GO:GO:0001867 EMBL:AADN03008063 Ensembl:ENSGALT00000004765 OMA:WICANTS PRO:PR:F1NAP7 Uniprot:F1NAP7)

HSP 1 Score: 44.2838 bits (103), Expect = 4.834e-4
Identity = 44/170 (25.88%), Postives = 74/170 (43.53%), Query Frame = 0

Query:   47 ILDRSHVH----KVKKIYIHSDYKEWSLLQSIVAENDISILEL---------FSPLKLSGM------GKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDD--RYVLMGVTSYG 195
            IL+R  VH       KI+IH  YK       +  +NDI++++L          SP+ L G         D VT+ G+G T   + S  L Y  +L  +  + C        H  + +       +  N +C+ G E+    +C GDSGG +  L+    ++ ++G+ S+ 
Sbjct:  500 ILNRYSVHYEEVHAVKIFIHEGYKN----DLVNFDNDIALIKLERKVPVSTTISPICLPGKEEFQIKANDTVTVAGWGRTETRSSSVVLLYT-ELMIINQKECADAYANKSHSGNPL------VITENMLCA-GAEEGGRDACHGDSGGPLVVLDAQTRKWFVIGIVSWA 657

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:Habp2 "Hyaluronan-binding protein 2" species:10116 "Rattus norvegicus" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] InterPro:IPR000001 InterPro:IPR000742 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00008 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50026 PROSITE:PS50240 SMART:SM00020 SMART:SM00181 RGD:1302979 GO:GO:0005576 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 PROSITE:PS00022 SUPFAM:SSF50494 eggNOG:COG5640 PROSITE:PS01186 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 HOGENOM:HOG000237314 MEROPS:S01.033 CTD:3026 HOVERGEN:HBG106385 KO:K08648 EMBL:AB177406 RefSeq:NP_001001505.1 UniGene:Rn.161908 ProteinModelPortal:Q6L711 PRIDE:Q6L711 GeneID:292126 KEGG:rno:292126 UCSC:RGD:1302979 InParanoid:Q6L711 NextBio:633801 PRO:PR:Q6L711 Genevestigator:Q6L711 Uniprot:Q6L711)

HSP 1 Score: 43.5134 bits (101), Expect = 7.905e-4
Identity = 43/178 (24.16%), Postives = 75/178 (42.13%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVT----------------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            + V+ G  DL++        +V+KI  +S Y E    +  +  NDI++L+L        +   +V                 I G+G T  G  S  L  AK ++ +    C  R             L D T++ + +C+   +K  + +C GDSGG +   +D  Y + G+ S+G+
Sbjct:  369 LKVVLGDQDLKKTESHEQTFRVEKILKYSQYNE----RDEIPHNDIALLKLKPVGGHCALESKYVKTVCLPSDPFPSGTECHISGWGVTETGEGSRQLLDAK-VKLIANALCNSR------------QLYDHTIDDSMICAGNLQKPGSDTCQGDSGGPLTCEKDGTYYVYGIVSWGQ 529

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:Habp2 "hyaluronan binding protein 2" species:10116 "Rattus norvegicus" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] [GO:0005576 "extracellular region" evidence=IEA] InterPro:IPR000001 InterPro:IPR000742 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00008 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50026 PROSITE:PS50240 SMART:SM00020 SMART:SM00181 RGD:1302979 GO:GO:0005576 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 PROSITE:PS00022 SUPFAM:SSF50494 eggNOG:COG5640 PROSITE:PS01186 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 HOGENOM:HOG000237314 MEROPS:S01.033 CTD:3026 HOVERGEN:HBG106385 KO:K08648 EMBL:AB177406 RefSeq:NP_001001505.1 UniGene:Rn.161908 ProteinModelPortal:Q6L711 PRIDE:Q6L711 GeneID:292126 KEGG:rno:292126 UCSC:RGD:1302979 InParanoid:Q6L711 NextBio:633801 PRO:PR:Q6L711 Genevestigator:Q6L711 Uniprot:Q6L711)

HSP 1 Score: 43.5134 bits (101), Expect = 7.905e-4
Identity = 43/178 (24.16%), Postives = 75/178 (42.13%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVT----------------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            + V+ G  DL++        +V+KI  +S Y E    +  +  NDI++L+L        +   +V                 I G+G T  G  S  L  AK ++ +    C  R             L D T++ + +C+   +K  + +C GDSGG +   +D  Y + G+ S+G+
Sbjct:  369 LKVVLGDQDLKKTESHEQTFRVEKILKYSQYNE----RDEIPHNDIALLKLKPVGGHCALESKYVKTVCLPSDPFPSGTECHISGWGVTETGEGSRQLLDAK-VKLIANALCNSR------------QLYDHTIDDSMICAGNLQKPGSDTCQGDSGGPLTCEKDGTYYVYGIVSWGQ 529

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BLAST of EMLSAG00000001967 vs. GO
Match: - (symbol:Habp2 "Hyaluronan-binding protein 2" species:10116 "Rattus norvegicus" [GO:0004252 "serine-type endopeptidase activity" evidence=IEA] InterPro:IPR000001 InterPro:IPR000742 InterPro:IPR001254 InterPro:IPR001314 InterPro:IPR009003 InterPro:IPR018114 Pfam:PF00008 Pfam:PF00089 PRINTS:PR00722 PROSITE:PS00134 PROSITE:PS00135 PROSITE:PS50026 PROSITE:PS50240 SMART:SM00020 SMART:SM00181 RGD:1302979 GO:GO:0006508 GO:GO:0004252 InterPro:IPR013032 PROSITE:PS00022 SUPFAM:SSF50494 OrthoDB:EOG75B84T PROSITE:PS01186 TreeFam:TF329901 Gene3D:2.40.20.10 InterPro:IPR013806 InterPro:IPR018056 Pfam:PF00051 SMART:SM00130 SUPFAM:SSF57440 PROSITE:PS00021 PROSITE:PS50070 GeneTree:ENSGT00740000115022 OMA:YWNSHLL EMBL:AABR06011096 EMBL:AABR06011095 Ensembl:ENSRNOT00000044183 NextBio:35582592 Uniprot:F1M8H8)

HSP 1 Score: 43.5134 bits (101), Expect = 8.127e-4
Identity = 43/178 (24.16%), Postives = 75/178 (42.13%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVT----------------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            + V+ G  DL++        +V+KI  +S Y E    +  +  NDI++L+L        +   +V                 I G+G T  G  S  L  AK ++ +    C  R             L D T++ + +C+   +K  + +C GDSGG +   +D  Y + G+ S+G+
Sbjct:  369 LKVVLGDQDLKKTESHEQTFRVEKILKYSQYNE----RDEIPHNDIALLKLKPVGGHCALESKYVKTVCLPSDPFPSGTECHISGWGVTETGEGSRQLLDAK-VKLIANALCNSR------------QLYDHTIDDSMICAGNLQKPGSDTCQGDSGGPLTCEKDGTYYVYGIVSWGQ 529

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BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592816735|gb|GAXK01137833.1| (TSA: Calanus finmarchicus comp1530263_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 53.5286 bits (127), Expect = 1.174e-7
Identity = 45/169 (26.63%), Postives = 74/169 (43.79%), Query Frame = 0

Query:   49 DRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLS-----------------GMGKDFVTILGYGTTNNGARSCCLRYAKD--LRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVS 198
            D+   +K+  +Y H  Y + SL   I   +DI+IL    P++LS                 G+    V++ G+G  +  +R+  +   +   L  +G R CKK        +  I    D     + +C+ G       SC GDSGGG+    D+  +++GVTS+G  S
Sbjct:  458 DQLKAYKIDHLYFHPGYNKKSLTNDISDGHDIAILRSSQPVELSPSVQPICLPHPNLDNDIGLEDQDVSVNGFGR-DGKSRNAVVETLQQGCLYIVGSRQCKKTYEPIVEKAPYI--FADGKWEGDQICATG---AGVDSCQGDSGGGLVVNVDNVNIILGVTSFGSTS 946

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592804339|gb|GAXK01150229.1| (TSA: Calanus finmarchicus comp1221267_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 50.0618 bits (118), Expect = 1.290e-6
Identity = 32/98 (32.65%), Postives = 51/98 (52.04%), Query Frame = 0

Query:   98 FVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            + T+ G+G T     SC LR AK           K+++ + H   + +  +D  M+ + +C+  N K  + SC GDSG G+  + DD  VL+G+ SYG
Sbjct:  701 WATVAGWGATYKFDGSCILRQAK-----------KKIYPNHHNLCLDE--SDYVMDRDKICAY-NPKWYSDSCQGDSGSGLVVMADDGPVLVGIVSYG 952

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592804340|gb|GAXK01150228.1| (TSA: Calanus finmarchicus comp1221267_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 50.0618 bits (118), Expect = 1.297e-6
Identity = 32/98 (32.65%), Postives = 51/98 (52.04%), Query Frame = 0

Query:   98 FVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            + T+ G+G T     SC LR AK           K+++ + H   + +  +D  M+ + +C+  N K  + SC GDSG G+  + DD  VL+G+ SYG
Sbjct:  716 WATVAGWGATYKFDGSCILRQAK-----------KKIYPNHHNLCLDE--SDYVMDRDKICAY-NPKWYSDSCQGDSGSGLVVMADDGPVLVGIVSYG 967

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592804341|gb|GAXK01150227.1| (TSA: Calanus finmarchicus comp1221267_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 50.0618 bits (118), Expect = 1.322e-6
Identity = 32/98 (32.65%), Postives = 51/98 (52.04%), Query Frame = 0

Query:   98 FVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            + T+ G+G T     SC LR AK           K+++ + H   + +  +D  M+ + +C+  N K  + SC GDSG G+  + DD  VL+G+ SYG
Sbjct:  763 WATVAGWGATYKFDGSCILRQAK-----------KKIYPNHHNLCLDE--SDYVMDRDKICAY-NPKWYSDSCQGDSGSGLVVMADDGPVLVGIVSYG 1014

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592853116|gb|GAXK01104428.1| (TSA: Calanus finmarchicus comp5889780_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 45.4394 bits (106), Expect = 8.840e-6
Identity = 21/49 (42.86%), Postives = 31/49 (63.27%), Query Frame = 0

Query:  150 KTMNSNSVCSIGNEKH--KATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            K +    +C IG + H     SC GDSGGG+Y+L  ++ VL+GV S+G+
Sbjct:   79 KKLRGEQICGIGADMHSQPVDSCTGDSGGGLYYLGFEKAVLVGVVSFGE 225

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592858514|gb|GAXK01099048.1| (TSA: Calanus finmarchicus comp238145_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 45.8246 bits (107), Expect = 5.571e-5
Identity = 45/183 (24.59%), Postives = 72/183 (39.34%), Query Frame = 0

Query:   37 VITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLK----------LSGMGKDFV----TILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTD-KTMNSN---------SVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYG 195
            ++ G   L E           +I++  D+     +      NDI+++ L +PL           L G G D+     TILG+G T     S                     F D    +V++ +TD +  NSN          +C+  +      SC GD+GG +   E+ R++L GVTS+G
Sbjct:  793 IVAGEYSLSEESGNEQRSSASQIFVRDDFNGHDYV------NDIALIHLATPLMIDEVTTNRICLPGQGADYTNQDATILGWGYTEEDGGS---------------------FSDILQEAVVQTMTDAECRNSNYNENFIYDHHICAAAS---GVDSCAGDAGGPLMIEENGRWILAGVTSWG 1251

HSP 2 Score: 43.1282 bits (100), Expect = 4.132e-4
Identity = 42/176 (23.86%), Postives = 76/176 (43.18%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGM----------GKDF----VTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDD-RYVLMGVTSYG 195
            ++V+ G  DL +         V +I ++ D+     +      NDI+IL L +PL +             G+DF      I G+G T  G     +    ++ +     C+   ++        +++ D+      +C+ G ++    SC GDSGG +   +DD R+ L G+TS+G
Sbjct: 2326 VTVLAGEHDLTDESGDEQTEAVSEIIVNPDFDGHDYV------NDIAILRLAAPLDVDEFLVNSICIPEQGEDFSDMTAMITGWGNTVEGGEGSNVLMEAEVTTFTDSKCRNMGYKP-------EFIYDQ-----HICA-GYQEGGTDSCKGDSGGPLTVRKDDGRWYLAGLTSWG 2796

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592908982|gb|GAXK01049393.1| (TSA: Calanus finmarchicus comp1471540_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 44.669 bits (104), Expect = 9.029e-5
Identity = 43/162 (26.54%), Postives = 64/162 (39.51%), Query Frame = 0

Query:   56 VKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKD---LRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNS------------------VCSIGNEKHKATSCIGDSGGGMYFLEDD-RYVLMGVTSYG 195
            V+ + +H DY  +S        ND+ +L L  P++      + V I             C+    D       GW     RLF+D  F+ V+K L    +N+                    VC+ G +  +  +C GDSGG M  L  D RY L G+ S+G
Sbjct:  532 VEIVAVHPDYDSFSFA------NDLVLLRLTEPVRFQ---PNIVPI-------------CIPEDDDDDYAGETGWVTGWGRLFQDGPFAPVMKELDLPIINNTECEASYKRAGFWEEIPDIFVCA-GYKDGRKDTCEGDSGGPMAVLRPDGRYELAGILSWG 948

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592847375|gb|GAXK01110169.1| (TSA: Calanus finmarchicus comp1480213_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 43.8986 bits (102), Expect = 1.987e-4
Identity = 33/107 (30.84%), Postives = 48/107 (44.86%), Query Frame = 0

Query:  103 GYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSPFK 209
            G+G   NG     LRY  +L  +   +C   L        V   +TDK      +C+      + T+C GDSGG +      R+VL+G TS+     ++ D QSPF 
Sbjct:  177 GWGKMENGDLPETLRYV-ELNIVPNISCVANL------GVVSIEITDKM-----ICTFKGPTGRETTCTGDSGGPLMVRRSGRFVLVGATSF-----SLVDCQSPFP 446

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592847711|gb|GAXK01109833.1| (TSA: Calanus finmarchicus comp225331_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 43.5134 bits (101), Expect = 2.456e-4
Identity = 45/190 (23.68%), Postives = 82/190 (43.16%), Query Frame = 0

Query:   36 SVITGYLDLREILDRSHVH-KVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGK-----------------DFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSP 207
            SVI G  D+   ++   +   V+ +  H  ++     ++ VAE DI+I++L  P+  + M +                 DF+ + G+G T     S  L++   L  +  ++C+  ++        +  +TD T+  + +C+ G    +  SC GDSGG +       + L GV S+G      CD   P
Sbjct:  111 SVILGQTDISGPVELPGLEIDVENVVRHPQFR-----RNPVAEMDIAIIKLVQPVSFTDMIRPICLFSPNIKEVEDPVNDFI-VAGWGRTERARSSDTLQFTF-LNFVPKKDCQT-MYTAAEKEGRLGPITDFTILESQLCAQG--AGETDSCSGDSGGPLMSQVGSTWYLAGVVSFGT---QQCDSSLP 641

[Close]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Match: gi|592847710|gb|GAXK01109834.1| (TSA: Calanus finmarchicus comp225331_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 43.1282 bits (100), Expect = 2.795e-4
Identity = 45/190 (23.68%), Postives = 82/190 (43.16%), Query Frame = 0

Query:   36 SVITGYLDLREILDRSHVH-KVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGK-----------------DFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSP 207
            SVI G  D+   ++   +   V+ +  H  ++     ++ VAE DI+I++L  P+  + M +                 DF+ + G+G T     S  L++   L  +  ++C+  ++        +  +TD T+  + +C+ G    +  SC GDSGG +       + L GV S+G      CD   P
Sbjct:  111 SVILGQTDISGPVELPGLEIDVENVVRHPQFR-----RNPVAEMDIAIIKLVQPVSFTDMIRPICLFSPNIKEVEDPVNDFI-VAGWGRTERARSSDTLQFTF-LNFVPKKDCQT-MYTAAEKEGRLGPITDFTILESQLCAQG--AGETDSCSGDSGGPLMSQVGSTWYLAGVVSFGT---QQCDSSLP 641

[Close]

BLAST of EMLSAG00000001967 vs. L. salmonis peptides
Match: EMLSAP00000001967 (pep:novel supercontig:LSalAtl2s:LSalAtl2s134:768078:795597:-1 gene:EMLSAG00000001967 transcript:EMLSAT00000001967 description:"maker-LSalAtl2s134-snap-gene-7.47")

HSP 1 Score: 432.95 bits (1112), Expect = 1.002e-155
Identity = 209/209 (100.00%), Postives = 209/209 (100.00%), Query Frame = 0

Query:    1 TQIYHWKSEIRNLQIQQNCGKKSESIACSGKLLFISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSPFK 209
            TQIYHWKSEIRNLQIQQNCGKKSESIACSGKLLFISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSPFK
Sbjct:    1 TQIYHWKSEIRNLQIQQNCGKKSESIACSGKLLFISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSPFK 209

[Close]

BLAST of EMLSAG00000001967 vs. L. salmonis peptides
Match: EMLSAP00000008424 (pep:novel supercontig:LSalAtl2s:LSalAtl2s515:254114:260016:-1 gene:EMLSAG00000008424 transcript:EMLSAT00000008424 description:"maker-LSalAtl2s515-augustus-gene-2.15")

HSP 1 Score: 114.005 bits (284), Expect = 5.600e-31
Identity = 68/175 (38.86%), Postives = 105/175 (60.00%), Query Frame = 0

Query:   38 ITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKL--SGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVI-KYLTDKTMNSNSVCSIGN-EKHKATSCIGDSGGGMYF-LEDDRYVLMGVTSYGKVSHAMCDYQSP 207
            ITGY + ++  D   VH+VK+IYIH  Y+    L +  + ND++ L++   + +    +G   + I  + T+  G  SCCLRYA+++ ++    CK+ L +   + SV  K L D T+N N+ C  G+ + HK T+C GDSGGG YF  ED RYVL+G+TS+G+ +   CDY+ P
Sbjct:    1 ITGYFNRKKDTDPHRVHEVKRIYIHPQYEILDFLGAQASLNDVAXLKIKDRIDILRPDIGTACLPIREFNTSIVGF-SCCLRYAENIATVSMDKCKRALKQ---YGSVPGKALMDITVNENTFCIKGDHDNHKVTTCFGDSGGGSYFKTEDSRYVLVGITSFGRSNADGCDYRFP 171

[Close]

BLAST of EMLSAG00000001967 vs. L. salmonis peptides
Match: EMLSAP00000000324 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1049:95471:127166:1 gene:EMLSAG00000000324 transcript:EMLSAT00000000324 description:"maker-LSalAtl2s1049-snap-gene-0.29")

HSP 1 Score: 57.3806 bits (137), Expect = 3.301e-10
Identity = 26/94 (27.66%), Postives = 42/94 (44.68%), Query Frame = 0

Query:  114 CCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVSHAMCDYQSP 207
            CC  +   L  +GW+ C   +F  F    ++K +    + S   C + ++      C  D G GMY     RY+L+G+ S+G     +C   SP
Sbjct:  196 CCPHFNAKLWKIGWKECIYEIFELFPKRHMLKKMMSIILTSKMSCVLYDKNVHNDQCFNDKGAGMYLRTSRRYLLVGILSFGPNETTICTSPSP 289

[Close]

BLAST of EMLSAG00000001967 vs. L. salmonis peptides
Match: EMLSAP00000005322 (pep:novel supercontig:LSalAtl2s:LSalAtl2s285:6438:17827:-1 gene:EMLSAG00000005322 transcript:EMLSAT00000005322 description:"augustus_masked-LSalAtl2s285-processed-gene-0.0")

HSP 1 Score: 49.6766 bits (117), Expect = 1.786e-7
Identity = 44/155 (28.39%), Postives = 68/155 (43.87%), Query Frame = 0

Query:   55 KVKKIYIHSDYKEWSLLQSIVAENDISILELFS---------PLKLSGMGKDFV----TILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDR-YVLMGVTSYG 195
            KVK++ IH DYK+ +       ENDI+ILEL S         P+ +  +   F      + G+G    G     + +   +  +    C+K   R  H  +V+          +S    G ++    SC GDSGG +   +DDR +VL G  S+G
Sbjct:  242 KVKRVVIHKDYKKPTF------ENDIAILELESEIERQPHIVPICMPDISTVFEGKMGIVTGWGKLEYGGNVPNVLHQVSVPIITNDKCQKMFTRSGHKKTVL----------DSFLCAGYDEGIKDSCEGDSGGPLMVQKDDRSWVLAGTVSHG 380

[Close]

BLAST of EMLSAG00000001967 vs. Select Arthropod Genomes
Match: gb|EEC01143.1| (secreted salivary gland peptide, putative [Ixodes scapularis])

HSP 1 Score: 53.5286 bits (127), Expect = 1.037e-7
Identity = 45/153 (29.41%), Postives = 71/153 (46.41%), Query Frame = 0

Query:   56 VKKIYIHSDYKEWSLLQSIVAEN-DISILELFSPLKLSG-------MGKDFVTILGYGTTNNGARSCCLRYAKDLRSMG---WRNCK-KRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGG-MYFLEDDRYVLMGVTSYG 195
            V+KI IH  Y  +S    I A   D  +L  F P+ L         + +    ++G+G+T  G  S     +K+LR +    W N + K++F   H   +     DK +    +C+ G  +    +C GDSGG  MY  E  R+ L+G+ S+G
Sbjct:  236 VEKIVIHEKYSSYSHYYDIAAVRFDRDLLRPFMPICLPTPSYASRQLAEKVAHVIGWGSTKFGGPS-----SKELREVELPIWSNAECKKVFDPLHSQHI-----DKGIVPAQLCA-GRREGGVDACQGDSGGPLMYLDEKKRWTLVGIVSFG 377

[Close]

BLAST of EMLSAG00000001967 vs. Select Arthropod Genomes
Match: EFX87128.1 (hypothetical protein DAPPUDRAFT_44015, partial [Daphnia pulex])

HSP 1 Score: 51.9878 bits (123), Expect = 1.540e-7
Identity = 51/165 (30.91%), Postives = 76/165 (46.06%), Query Frame = 0

Query:   49 DRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGM------------GKDF-VTILGYGTTNN-GARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYF-LEDD---RYVLMGVTSYG 195
            D      V KI IH +Y + SL      +NDI++L L SP+K +                D  VT++G+G TN  G+ S  LR+A  ++ +  + CK               L D  + +N +C+    +    +C  DSGG M F L DD   R++ +GV SYG
Sbjct:   39 DAEQTRNVLKIKIHPNYDDKSL------DNDIAVLTLDSPVKYTKKIAPVCLVPDCFDSNDLSVTVMGWGNTNTGGSNSDVLRHAF-MKVVDNKQCKVD-------------LDDNELANNVLCAYSEGQD---ACQNDSGGPMVFELLDDAKCRFMQVGVVSYG 180

[Close]

BLAST of EMLSAG00000001967 vs. Select Arthropod Genomes
Match: EFX72363.1 (hypothetical protein DAPPUDRAFT_216144 [Daphnia pulex])

HSP 1 Score: 50.447 bits (119), Expect = 9.262e-7
Identity = 47/174 (27.01%), Postives = 77/174 (44.25%), Query Frame = 0

Query:   38 ITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSP-----------LKLSGMGKDFV----TILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDD-RYVLMGVTSYG 195
            +TG+ +    ++++    VK++ +H DY E +       END++ILEL SP           L L+  G DFV     + G+G  ++   +  + Y  D+  M    C     +  H   ++          +S    G  + K  SC GDSGG +    DD R+ L+G  S+G
Sbjct:   71 LTGHSEPNTPMEKN----VKRVVVHRDYVERTF------ENDLAILELESPVEFKPYIVPICLPLTSEG-DFVGKKAEVTGWGKLSHNGPTPGVLYEVDVPIMSNPECHDMFKKAGHEKRIL----------DSFLCAGYSEGKKDSCEGDSGGPLMLERDDGRWSLVGTVSHG 223

[Close]

BLAST of EMLSAG00000001967 vs. nr
Match: gi|157120076|ref|XP_001659578.1| (AAEL008904-PA [Aedes aegypti] >gi|108875056|gb|EAT39281.1| AAEL008904-PA [Aedes aegypti])

HSP 1 Score: 66.6254 bits (161), Expect = 9.475e-10
Identity = 54/181 (29.83%), Postives = 82/181 (45.30%), Query Frame = 0

Query:   35 ISVITGYLDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLS----------GMGKDFVT-------ILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGKVS 198
            I +  G  +L E+ D   +  V KI+ H DYK          ENDI++L +  P++ S           + +D          + G+G T NG  S  LR A  L  +    C   L  D       + L    +N N  C+ GN   + +   GDSGGGMYF + DR++L G+ ++GK++
Sbjct:  104 IELHIGQQNLSEVSDNVVIRDVSKIHEHPDYKP--------NENDIAVLVMRLPVEYSSTVIPICLDQNVDRDLRELEGERGWVTGWGKTENGILSEVLRTAS-LPVVKHLEC---LLND-------RLLFGHVLNDNVFCA-GNRNGRTSPFPGDSGGGMYFNDGDRWILRGIIAFGKIN 264

[Close]

BLAST of EMLSAG00000001967 vs. nr
Match: gi|1000773372|gb|KXN65109.1| (putative trypsin-like serine protease precursor [Conidiobolus coronatus NRRL 28638])

HSP 1 Score: 60.4622 bits (145), Expect = 1.453e-7
Identity = 47/166 (28.31%), Postives = 78/166 (46.99%), Query Frame = 0

Query:   42 LDLREILDRSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSP--------LKLSGMGKD---FVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDKTMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            L  RE+++    +KV K+  H DYK           NDISI ++ +P        L     GKD    +T +G+G T++G  +  +     +    ++NC  R +R          L+    N   VC+ G  + +  SC GDSGG ++  E+ + +L G+TS+G+
Sbjct:   81 LSKREVVEGGKTYKVTKVIDHPDYKG----PQGSYHNDISIWKINAPKGNGTNVELDTGKYGKDQESLLTTIGWGATSSGGPASNILLEVKVPVYDYQNCA-RSYRQ---------LSINVDNDKQVCA-GYPEGQRDSCQGDSGGPLFVYENGKQILTGITSFGE 231

[Close]

BLAST of EMLSAG00000001967 vs. nr
Match: gi|1073631663|gb|JAT91140.1| (putative serine proteinase trypsin-like protein [Tityus obscurus])

HSP 1 Score: 58.5362 bits (140), Expect = 8.550e-7
Identity = 45/156 (28.85%), Postives = 70/156 (44.87%), Query Frame = 0

Query:   50 RSHVHKVKKIYIHSDYKEWSLLQSIVAENDISILELFSPLKLSGMGKDFVTILGYGTTNNGARSCCLRYAKDLRSMGWRNCKKRLFRDFHFSSVIKYLTDK---------TMNSNSVCSIGNEKHKATSCIGDSGGGMYFLEDDRYVLMGVTSYGK 196
            ++++  +K IYIH  Y +          NDI ILEL +P+ L+        IL    ++    + C  +       GW     +  R     SV   +T +         T+N N +C+ G E   A  C+GDSGG +    ++RYV+ GV S+GK
Sbjct:  154 KNYIRGIKSIYIHPKYIDEKF------NNDICILELDNPVPLNRSSDLRAAILPPQDSSLSPGTVCTVW-------GWGRLSYKGERSHILQSVKVPITSREECQKHLSHTINQNMICAGGEEGKDA--CLGDSGGSLLVQVENRYVICGVVSFGK 294

The following BLAST results are available for this feature:

BLAST of EMLSAG00000001967 vs. GO
BLAST of EMLSAG00000001967 vs. C. finmarchicus
BLAST of EMLSAG00000001967 vs. L. salmonis peptides
BLAST of EMLSAG00000001967 vs. SwissProt
BLAST of EMLSAG00000001967 vs. Select Arthropod Genomes
BLAST of EMLSAG00000001967 vs. nr
BLAST of EMLSAG00000001967 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000001967 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 10


Match Name	E-value	Identity	Description
-	1.985e-5	25.97	symbol:HABP2 "Uncharacterized protein" species:982...	[more]
-	3.637e-5	23.76	symbol:PLAT "Uncharacterized protein" species:9031...	[more]
-	7.477e-5	27.27	symbol:zgc:55888 "zgc:55888" species:7955 "Danio r...	[more]
-	1.166e-4	23.12	symbol:Klkb1 "kallikrein B, plasma 1" species:1009...	[more]
-	2.767e-4	24.34	symbol:CG33226 species:7227 "Drosophila melanogast...	[more]
-	4.807e-4	26.67	symbol:C1R "Uncharacterized protein" species:9823 ...	[more]
-	4.834e-4	25.88	symbol:MASP2 "Uncharacterized protein" species:903...	[more]
-	7.905e-4	24.16	symbol:Habp2 "Hyaluronan-binding protein 2" specie...	[more]
-	7.905e-4	24.16	symbol:Habp2 "hyaluronan binding protein 2" specie...	[more]
-	8.127e-4	24.16	symbol:Habp2 "Hyaluronan-binding protein 2" specie...	[more]

BLAST of EMLSAG00000001967 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592816735\|gb\|GAXK01137833.1\|	1.174e-7	26.63	TSA: Calanus finmarchicus comp1530263_c0_seq1 tran...	[more]
gi\|592804339\|gb\|GAXK01150229.1\|	1.290e-6	32.65	TSA: Calanus finmarchicus comp1221267_c0_seq3 tran...	[more]
gi\|592804340\|gb\|GAXK01150228.1\|	1.297e-6	32.65	TSA: Calanus finmarchicus comp1221267_c0_seq2 tran...	[more]
gi\|592804341\|gb\|GAXK01150227.1\|	1.322e-6	32.65	TSA: Calanus finmarchicus comp1221267_c0_seq1 tran...	[more]
gi\|592853116\|gb\|GAXK01104428.1\|	8.840e-6	42.86	TSA: Calanus finmarchicus comp5889780_c0_seq1 tran...	[more]
gi\|592858514\|gb\|GAXK01099048.1\|	5.571e-5	24.59	TSA: Calanus finmarchicus comp238145_c2_seq1 trans...	[more]
gi\|592908982\|gb\|GAXK01049393.1\|	9.029e-5	26.54	TSA: Calanus finmarchicus comp1471540_c0_seq1 tran...	[more]
gi\|592847375\|gb\|GAXK01110169.1\|	1.987e-4	30.84	TSA: Calanus finmarchicus comp1480213_c0_seq1 tran...	[more]
gi\|592847711\|gb\|GAXK01109833.1\|	2.456e-4	23.68	TSA: Calanus finmarchicus comp225331_c0_seq4 trans...	[more]
gi\|592847710\|gb\|GAXK01109834.1\|	2.795e-4	23.68	TSA: Calanus finmarchicus comp225331_c0_seq5 trans...	[more]

Pages

BLAST of EMLSAG00000001967 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 4


Match Name	E-value	Identity	Description
EMLSAP00000001967	1.002e-155	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s134:76807...	[more]
EMLSAP00000008424	5.600e-31	38.86	pep:novel supercontig:LSalAtl2s:LSalAtl2s515:25411...	[more]
EMLSAP00000000324	3.301e-10	27.66	pep:novel supercontig:LSalAtl2s:LSalAtl2s1049:9547...	[more]
EMLSAP00000005322	1.786e-7	28.39	pep:novel supercontig:LSalAtl2s:LSalAtl2s285:6438:...	[more]

BLAST of EMLSAG00000001967 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000001967 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 3


Match Name	E-value	Identity	Description
gb\|EEC01143.1\|	1.037e-7	29.41	secreted salivary gland peptide, putative [Ixodes ...	[more]
EFX87128.1	1.540e-7	30.91	hypothetical protein DAPPUDRAFT_44015, partial [Da...	[more]
EFX72363.1	9.262e-7	27.01	hypothetical protein DAPPUDRAFT_216144 [Daphnia pu...	[more]

BLAST of EMLSAG00000001967 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 3


Match Name	E-value	Identity	Description
gi\|157120076\|ref\|XP_001659578.1\|	9.475e-10	29.83	AAEL008904-PA [Aedes aegypti] >gi\|108875056\|gb\|EAT...	[more]
gi\|1000773372\|gb\|KXN65109.1\|	1.453e-7	28.31	putative trypsin-like serine protease precursor [C...	[more]
gi\|1073631663\|gb\|JAT91140.1\|	8.550e-7	28.85	putative serine proteinase trypsin-like protein [T...	[more]

BLAST of EMLSAG00000001967 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 0


Match Name	E-value	Identity	Description

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s134	supercontig	LSalAtl2s134:768078..795597 -

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s134-snap-gene-7.47
Biotype	protein_coding
Evidence	IEA
Note	Hypothetical protein

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000001967 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000001967	EMLSAT00000001967-697814	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s134:768078..795597-

gene from alignment at LSalAtl2s134:768078..795597-

Legend: mRNA

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

>EMLSAG00000001967-684733 ID=EMLSAG00000001967-684733|Name=EMLSAG00000001967|organism=Lepeophtheirus salmonis|type=gene|length=27520bp|location=Sequence derived from alignment at LSalAtl2s134:768078..795597- (Lepeophtheirus salmonis)
ACTCAAATATATCACTGGAAATCGGAGATCCGCAATCTACAAATCCAACA
AAATTGTGGTAAAGGAAAAAATGATATCCGAAGAGGGAAAATCTATGGTG
GAACCATTGCTTCTCCAGGAGAATTCCCTTGGATGGTTTTAGTGATTAAA
ATATCTATGATAAGTGATTTTCAACAATTTTTCATGTGTGTCAATTCAAT
TTTTATTTGAATGTTTGACATATTTTTTCTAATACCAGGACTAAAATCCC
TCACACAAAATCTCCCTCTGGGAATAATCCCTCATTCCCTCTAGACAAAA
TGCTCCGAGTTAGATCTTTTTTTGATCATCGGTATTTTGTATTTTAAGGG
ATTTTTTTCCTGAAAGAGTTTTGTCCACCGAGAAGTTTGGTCCTATTATT
TTTACATAATTCGGATCTTGAAATTGAAACTTAATCCATTTATGTACTTC
AAATAAGAATTGAAATTTTATAAAATTATTTAATCAGGTAAAAAATCAGA
GTCCATAGCTTGCAGTGGTCAGATTTTAACGGAAAAGTTTGTCATTACGG
CTGGRCATTGCGTGAACAAAGCAATACAAATGTTAGGTAAGTGGTTTTGA
ACAAATCTCAAATATACAAATACATAAAATAATCTTTTAGAATTCATATC
TAATTCTAGTAATACTTGAAGCACTAATCACGAATCTGTAATTCTCTTTT
TAGCATCAAGTCTTATTTTAGAGCGTTTTTTAATAAATTTTGTTATAGTA
CTTTTACTATTTTAATCTGTTAAATCCAACATCCGTGTTTATATTTCATT
TGGGGTACACAGAGGTTTTTAAATTGTGTGAGGGGGGGATTTGAGGTCTT
TTCGTCATAAACCTTGTAAATTTTTGGAGGCATTAAGCTAATCTGAGGGC
ATCTATCCCCGTCCCAAATTGCCAACAGTTCCCATGTACAGAGTGCGACA
GGAAAATTTTCTGCGATCAAGAAACAAAACCAAAACCTTAATAACTTTTT
ATTACAAAAGTATAATGAATAAAAGTTATTGGAAAAACTTTTAACAATCA
ATCTAGGCAAGAACTATTCAATATGGCCMCCTCCTGCCTATATTGCAGCT
CCCTCACAAGGTCGGAACTTGGCGCATGTTGATGACACATTACATTTTGA
TGGTAGCCTTGAGCTCCTACAATTTCTGTGTGATGTCTTCCCAACCTTGA
TCTCTAAGACGATCCACACACTGAAGTCGAGGGAATTGAGATCAGGACTG
GAAGAGGGCCAGAAGGTATTGTCCCAGAAGTCAGCAAAGTGCTCCTTCCA
GAAGTTATGTGTCTTCAAGGCTTTAGAGCTTTCAAAACTTGGTTGACTCT
GAAGATATTCTTGTCTTTGAAGATCTTCACAGTCGACAGATGACTTTTCA
AGTAATTAAGGACTTTTTTGCATCTCCCAAACCTTAAGGCATTCATCCTA
TCAGTGAGGAGATGTCTTGAAGTCCTGAAAAGCTCTTGCGGTTGACGTCA
TCATGAAATGCCTCTTGTTGATCTTAAACAGTTTTTAAAATATTTTTTCA
TTACACTTATTATTATGAGTGGAGATGTTAAAATTGTCAAAATTGCGGCG
AGTGTTAAAATCATTTTTATGAAAATGCCATAAAAATATAAGTTTGAGGG
ACAACATATCTGCTGAACTAAATCACTATAAACTATAGTACTCCTTGTTC
GCTAATACATTTGAGCTTTCAAAATAACGAAGAATTATTAATCAATGCAT
TAATATCTTGTAGGTTATCCACATATACTTTTTTTATTCATTTAGGCTTG
TGAGGATTTTGACCATTTTCAGATCTTCTTTAATTATGGCTTTTATCAAT
CTACAGGGTTGATCTTATTCAGTGGTACACATTTTATTATTTTCAATTTT
TCAAGAGTAAAATTTGAAAGAAAGGTTTTTTGAGGACATTTATTTAGCAA
AATCATCATAAAAGTGCTCAGCACATCTTTTAGTCAATATGTGAGCCCTC
AGCTCTAATAATTGCCTCAATACGAGGCCTAAATCCCTTGCAGACCTTGA
CTATGTAGTCAGACTCGAGCTTGGTACACTCCTTCTTGATGGAGGCCTCT
AGAGTGTAGAAACTCATGTGAGGAGTAGCACACACCATCTCCTCCAGACA
CATCTAGATAGAGTAGTCTAAACGTCTGGAGAAAAGGGCGGCTACATGCT
GGATTTTTGGTTCTGACGAAATTTCTCACTGAAGCTGAGGCATTGTCTGG
ATATTCGGTTATGATGTAGTGGCTGKTCTGCTTATTCACAGTGTCATCAA
CAGTGAAAATATTTTCATCAGAAAATAAAAAAACTTGGCCGAATTTTTGC
TAGCCTTGAAAAAATTTAGAATCTTCTTTGCTCTTTCCAACCATCTCAGC
TTGCTTTGTTGAGAATAATATGTCTTGTTGTCTCTCTCCGTGATTTTGCA
CCAATGTCATTCCGGATTGAAAATAATACAATTTGTACCGCTAGATAAAA
TCGCGCCGCTAAGACTCAGGTCTTCCTGAGATACAACTTCCCGAACTTTG
GGGATCTCAACCGAACTGAGGGCCACCCTCCTCTTCAGAAAACAAAGCTT
TGGACTACGCTATGTAGGTGCTTCTGGAGGAGAGGATATGTGCTACTCCT
CAGACTCCTCACAGGAGTGCCCAGTCTCTGGAGTATTCTATTATGAAGGA
GTGGACCAAACTATAGCCTCACTACATAGTCAAGGTGTGCTAGGAATTTT
AGGACTCGTATTGAGACTAATTATTAGAGCTGAGGGCTCATTTATTGAAT
AAAAGTTATACTAAGTATTATTTTTAGATGATTTTGTTAAATAAATGTCC
TCACAAAAGCTTTTGTTGAAATTTTACCCTTGAAAATTGAAAATATTAAA
ATGTGTACCACTAGGTAAGATTAACCCTGTATAAAAAAAAACTATAGGAG
GAAAATTGCTTCGTTTGTTCAATTGACCCCTTTGAACTTAGTGCTACATT
ATCTCAAATTTATCCTCCATTTTGAATTTTTATACAATTATATCAAGTGA
TAGTAAAATAATCAATAAATCAATGTATATAAATTGCATAAAAATGAGAA
AGTGGCTAAATAGTGATCCTTCAAAAAATTAATTTTACTCCTCAAAAAAA
GTTGTGTAAATTTTGTGGCTGKAGCTATTTTCATGATGAAAAAAGGGCTC
GTTTCAAGCGTCATGTTTTGCATCAAAACCCCATTTTTCCTATTTTTTAT
TTTATCTACTCCGAGCTGTAATACTTGACTGACTACTAGGACTTGAAAAA
AGTGGAGTACAGTCGAAGTCGAATACAGCTCTGGGCATATCTTATACTGT
CTATCTATATTCTATACCATACATTTTAGAAGAACATGTAAAATATAATT
GTGTCTCATCTGAGCAATTTTGAAATGCCCAAATATGGTATTTTTATTCT
ATAGCAGTTAATTTTGACTTCAACTTATTATATTCACAAGTTTGATGCAT
TTTCTAATAATATTTCATCTTAATTAATAGGAAAACTTTTATTCATTTCA
GTCATTACTGGATATTTGGATCTTAGGGAAATACTTGACAGGAGCCATGT
TCACAAGGTGAAAAAAATATATATTCATAGTGATTATAAGGAATGGTCCC
TCCTCCAATCTATTGTGGCTGAGAATGACATCTCCATTTTGGAGCTGTTT
TCTCCTTTAAAACTATCAGGTGAATAACAATTTCAAAAACTTTTTGGAGA
ACTATATTTGCAATATTAGAAACTTTTTGAAAAGTAGATCCGGAAATTGG
TGTGGCGTGTTTGCCCATTCCGAATGAGAATGTCTCAAGTATAAACTTTA
GTAAGCTTTATTTTATTAGATGATTCATCAACTATTGATCAAATTTTATT
TGTTTAGGGATGGGAAAGGACTTTGTGACGATTCTAGGGTATGGAACGAC
CAATAATGGAGCTAGATGTGAGTATCAAACCTAATCTATTGCCACTCATT
CATTTATAAGCACATTATGTAGTCTAATGTAAACCTGTTGAAATATTATT
GGAATATATTTTAGTAAAATATTTTTATTTGGTCATAGTTTTTGGGACTT
ATAAGACTATACAATACAGTTGTGTCTCATATGGAGTAATTAGGCGTTGG
CTAAAAAAATTTGCTTTAATATAATAAAAGACAAGTCATCCACGAATGTT
CAGTGTTACTCCGTTTTTTATGACCAAACTCACACGTAGCTACTCCAGAG
TTTTATCAATTCATATATGTTCTCTCCTCAAGAATGAAATAATAATTATA
TAATAATATAATGAGCCAGGAAGTACTTTAGTCTCTTTAGCATTCACTGG
CTATACTTTAACTGCACACACTCGTTGATAAACCTAATTACATTTCACAT
TCAGTATTTTGTACTTTCAATACTATATAAATACAATGACATTGTTATTT
CAAAGATCAAAAATACCTCAGGGAGCACTATAGGTATAGTTGACAGGATT
GTAATTAAAAAAACTACTTTTGAAAATAAGAAAGGAAAAACAGTAGCCGC
GKGTGTCCTTTTTTTTTTTTTTTTTTTTTGTTTATATTATATAATAGGTC
GTTTTTGGTGTTAACGTCTCTCTCTGGAGTAAGCATTATGCCCAATCTTT
GGGATAAATTGTTTGAAAAATACATTATAAAATAAATATATACGAATTCA
AATACAATTTCAAAAAATCCGAGTACTAAAATTATTAAAATGTACAATAT
TCTCCTCTTAGTAGCAGTAATTCCTTTTCTCCCCCACCCCAATCATATAG
TAGGCAGTTGGGTCTTAATTCAGTAGTACCATATGTCTCGCTCTCGTGTT
CTCGTCGGGCTCATTTTTTTAATTACAAACATGTCACCCCTAACTGTAGG
TATACAGTACCGGTAATTTCGCCACCTACATTTTTTCCGCTAGTAATTTT
GCATCGACGAGATTTTGCTGTATGACATATTTTATAATAATAATGATAAA
ATAAATTAAAAATAATAGTCAAAAAGGAATAGCCAATAAGTTCTAATACT
ATTTGGAGTAGCATAAACTTCAATCATGCAACCTGTTGTAGTAAAATTAT
CTTATCACTTCTTTAAATTCCTACTTGTCAACTCATATGAACTTAATAGC
ATAATATTTCTGGTTGTTGCAATTTTATATCAACATCACATAGTATTCTG
AGCAGCACTTTAATTTTCGGATAATATTTGAAATCCAAAGAATGTATACA
AATCGAAATCAAAGAAGAACAGAACTGACTATAAAATACATTAATCCTAA
GTCAATCATATTGTTATTTTTTTCCTTTTTTTTCTTTCTCTGGCTATATA
ATTAATCTGATGGAGATTAAAGTTCGAACCAATAATATAAAAGCATAAAA
AGGCAGCGAATATATCATGCGGAAAAATCTCCTTGGATTAAAAATGTAGG
CGGCAAAATTACCAAGAGAAAAAAGTTTCACCGGAAAATTACCCAGACCA
CTTGTGCACCATCTATAAACGTTGCAAGTTACATGCTTAAATTGTTATTT
CTTTGGTAAAAAAATGCTTATTTTCATTCATCTTTCAAGATCTTTAATGT
TTTTTTCGAATTTCTTATTTAAACGTTCATACAGAGAAACTTTACTTTAT
AATATATATTTATAAATATTAGTGGAGAGATAATGATTACTTCTATGAGC
AACATTACAGCTTTGTATATATTATTTTGAAGAGAATTTATAGTCAATTC
CAGAAATTTATGTATACTTTGCAATTTATATCTGTAGCTTGTTGTCTACG
ATATGCCAAGGATCTTCGATCGATGGGTTGGAGAAACTGTAAGAAACGTT
TGTTTAGAGATTTCCACTTCTCTTCAGTTGTAAGTTACTTCAAAACATTT
CCCTGGATTTTGTCGATTTCGTGGTTTTAATCATTGTAATATTTCAGATT
AAATATTTGACAGACAAAACCATGAATTCAAACTCTGTTTGCTCCATTGG
CAATGAAAAACATAAGGCAACGTCTTGTATTGTAAGAATTTAACTATTAC
TTATGTATTTACGGTAAAAATAAAAGTGATTTGATTTGTTACATAAAAAA
GGGTGATAGTGGAGGTGGAATGTACTTTTTAGAAGATGACAGATATGTTC
TTATGGGAGTGACTTCTTATGGAAAGGTATCTCATGCCATGTGTGATTAT
CAATCACCTTTTGTAAGTGCGAATATCAGAGTGTATATTGATTGGATATT
GAAGATTATTCACGGAGATAATTTTGAAATACAAGAGTAAAATAAAAGTT
TTCTAAAGTTCAACATAAATTAAAACTCACGTCTAATTTTATTTCCACTA
TTGATTTAATATAGAATTCATGCCCAATGTATATATGTAATATGTAAATG
TCCTCAAAATAAAATAAATGGCAGTACAAGGAAAATTGAGGGACCAATTA
TATGCATATATGCATGAAAATCGATTTCTTTAGCGTGACCATCACGAGTA
AGTTTAAAGAAGGTAACTACTTTTTCTAATAGATTGACCGATATTGCAGC
AATTTTTCGTTCGATATTTTCTCTGAACTCTTCTAACGTTGCCAGTGTAT
TGGCGTAGTACGGCAATCTTTTTTTTACTTCGGGCCTGATATATGATAGC
ACGGGCCGCATAATCATTTTGTTTTGTAACTTGTTAGAGTGACAGATTCA
TTTTCAGCAAACTTTCTCGTGAAGAAGTTTCTTTGAGTTTCTAAACAACA
TTTCATGGACTCATAATTCTCAGAGTATAATGTTCTAGAAAACTTTTAGT
AGATGTTTTGCTTCATTGGGACGACGAAGCACATATCTTTGCTACATATT
AAGTAAGTAGCTTTCTTGTCCTTTGTTTCCATAAAGAAATATTTCACTCC
ACGCTATTCTTGGAAAACGCACCACTTGKTATCCACTTTTCAATTTTTTA
KTAGCCATAATCAAGAGTGAAGGAAAAGGTATCTGAAAATGAAAGAACAG
GAAAGATATATAATTGTGGAATACCCAAACGGAGATGGAGAAAATGAATG
TAGCCCCTGCTTGTGCTACATGGGCACATAATATATATTTCTTGAAATGT
ATAAAAAAAGACAAAGATACTCTATATTTATTTAAAAGATAATACATCTA
AAATACACTACAACAATAGTCAATGTAAATCACGTCTATATCTTTTAGTT
TTCCCAACAACATATTCCAATTTAAATTTTATCACAAAGTTTCGTATTCC
ATACGTTTTATAAAGCAAATTCAAGTATCGTCGGCGGGRTAGATGAACTG
ACGKCGAGAGCCGTAGTTTGGTGACCCCTGGCGTAGACAAATGACTTCAC
GTGCCCCTAAAGAAAATAATTTAAAGGCGTTAAATTGCACGATCCAGGCG
GCCAATCAAATTGTCCATTTCACAAAATAACGGGCTCACTAAATTTGTTT
TCCTATAAATCGATTGTAACGTTTGCTATATGAAAAATAGCACCGTCTTG
TTAAAACCGCATGTTAGCTAAATTCATATCTTGCAATTGGGTCCCAAAAA
AATTAGTTTTTATGGTGCGATAGCAATTTCTATTTACATTAACGTGGCGA
TTATCATCATCAACGAAAAAATATGGACCAATGATCCCTCCAGCATAAAG
TCCACACCAAACAGTAATTTATTGAGGATGCAATTATGTCTTGTCACGCA
TTTGATGCCTGACCAATAACGCATATTTTGTTTATTAGTAAAGCCATTGA
TCCAAAAATTAGCTTCATCACTTTTTATGATTTTGCGATGAAAATCAGTT
CTTTTTTATGACGGTTATTTTGATAATAAATTTGGATAATTTGCAATCGT
CAATCAAGTGTAAATTGCTTCATGATCAAATATATACTAGTGAAGTTTTT
AAATGTCAAGTGAAGAAAATAAATAAGGTGTCAGTTTTTCCCAAACAGAA
AAAAAGTTGAAGCGTCTTTAACGAAAAACCCTTTATAATAACTATGCACA
TTTTCACGACAAGGAAAGTTAATAATGAAGTCTTACGGAATCAACCAAAT
TTTGTCAAAACGAATGGAACATATACAATACACTATAAGTTAGTTAATAT
AACTTAGAGCTTTGGCCGATTATCAAGTAAATATATTGATGATGATGATG
TCTATAGATGCCCACTTGGGAACCCTGACAATTTGAAGAATCTTTAGCTG
TCAACTTCATACCATTAGGCTCTTGTAAATCAAAATACTCTACGCATAAA
AAATATATCCCGTATGGAGACGGCATTATTTACACATGGCTTCCCATGTA
AAGGCTGAACCAGACCGTTATTAGTTACATTATGGTATATTGTGGTCAAA
TTTATGTGGGATAAGTTTTCAAATCAAAATTATCATAATAAAATAAATTA
ACATAACTTGGAACTTTTTCATCATATTTTCAATTTCATTTTACTCCAAT
TTAGGTTAGTCAGCCTCCATATTTACCATTGCACAGTCATTTATCATAAA
TTTCAGGTTGGATGGTACATTAATATATTAACATGAATTATTTCCTACAT
CAATATATAAACAAAGATTATTTCGTTTTAAAACTATCTAACATCACAAT
TGCTTTTGTGGTTAATTTGAAAACGGTTGGTAACCATAAAAAATCAACTT
GGTAATCGAACCAGTTGGGCATTAATTCAAAGTTATATAAAAATATTATT
TTATAACAAAAGAAATACAAAAATTTAGCAAAAATTTACACAAAAATGTA
ATTCTCCAAATAAACATCCCTTTATAAGACTTTTTATTCAGCTTACGTAT
AATATTTTTGATTCAACATTACCAAATTTGGACGTCCATATGTTGAAATT
TAATGAACAAAATAGCTTAAAATTTCTAAAACTATTAATTCTACATAAAT
ATTATTAAAAATAGGCTAACTTTGATATATTTAAATATAAAATTTATCTC
TTTATGAACATCCAATAACTAGAATTTTTTTTATATAAAATAAGGACTCA
TTAAAAAGGAGCTTGAAAATCCTACCGGTGTACCACTTGAATTCTCAAAC
CATTTTTTCTCTTCAGTCAGGTATTTATTCCATTTAATATAATAAATCAA
ATAACAAATCATTAAATTGATAGAATAAAGAAAATTTGTTATAAATTTTT
CTATTTGAGTTTAAATTAATTATGTTACAAACACTTATAGAAACTTATAT
AAAAGCAAATTATTTTACTCACTAATATAATATTTTTAAAACTTAATGTA
ATTTACAAAAAAACAACTCAAATGAATTAGAAAAGAAAAAGACAAATCAA
TCAGTAGTTTCTTTCTTATAATTCTTATATAAGTGAATAATAAACCTAAA
AGTACTTTCATACCCAAATGATATCGATGGAAAATAATTAACCGATTTAG
CTATAATATTCTTCTATAACTTGTTACAACCAAGCTTGTGAGGACTTATG
CCTCTCTCAATAACCAAGGATAATGAAATTAATGGACTGTATTACTTACT
CTACAATAAAACACTAGACAATAATTACAGATGTGTTTCGGTACAGAGTT
TATATTTCGAATGAATAATATAATAAAAGATCAGACAAAAACCGCCTTTC
TTTTTGACGTAAAAACATTTGAATATAATCAGGGTTGCCAATAGATGGCT
ATATGACCAGATATTCAAAAGACTCAGATTCCAACAGAAAATGAGGGGTT
AGTCAGAATACGACATTTTCTGTCTCTGTGTCGTTGCATATCCTACTCAA
TTTCGACTGGAATTGATAGACCGCCAGGTTGTAAGGCTTAGATATTTCCA
GGAAGTCTCACTAAGTGGGCAAAGTGTAAGTTCAGAGAAACAATGCGTTA
ATGTCTGTAACAACTACCTTGTATTGCCAAACTATGCTCCAGATAACTTT
ATAATTTGTGGGGGGTCTAAGTACTTTCTTTTCACAACATTATTAGGGTC
TTAAGTAACAAAAAAAAATGAAATAAAAAAAATTGGTCTATGTTTATCCT
GTACTCGTAGCTCGGGTTTGGAATAGGCAGACAAGTTGGTAGGTTGTCCG
ACTCCCGTGACAGTTTTAACATAAGATGTTTTTTAAATTTATTAAATAAT
TGTTTTACTTTATCTTTCCATGCATGGATTGAGATGTTTAATGGTCMCCT
TTTTTTTTTTTTTTTCTTTTTGGAGTATCAGCAACATCTCTCTCTGATGT
CTCTTCTGAATTATAAAGAACTGGTTCTCCAGACATGGTAGCTGTTTTCC
AAGGAATTACTTTATCCTCTTTGCGGCAGTGTCGATCTCGAACAGGAGAT
TGGCACTTCTGAGTCGATTGCACACACAACTCATGGGACCGTCAACGTCT
GGTCTAGATTTCAAGCACGTCCACATTGATTGGTCAATTTAGATTCCACC
AGTTCTTTTTCAGCAACTTTAGACTCTAATACAGCAATTTGTCTAATTGA
GTGCAAAAAAATTACTTCCAGTTGTTTAGCTTAGTGTTGCTGAATTGAGA
ACGTGTAACAGGTATTTATGGACTTCAGTAATCCTTGCTTACTTCCATGA
ACTTTTCTCTAATCATTCACGTTTTAGGATTACTGTATCATCCTTTTTGG
TTGAGTTGGCTTAAGACTTAATTATTTTTGCTAATACTTAATTCATTGAA
ATATTCTTGTCTCNCATTCACGTTTTAGGATTACTGTATCATCCTTTTTG
GTTGAGTTGGCTTAAGACTTAAATTATTTTTTGCTAATACTTAATTCATT
GAAATATTCTTGTCTCCATCTTGTCCAAAAACCTTTCATAAATTTTTCCT
TGACAACTACATGTTACCGTAGAGTAACGTGGACAAGATTGATTCATTTG
GAGTATTTATCATACCATTTTGGCCATCAGGAATCGGGAGGTTTGGAGTA
ATAGCTGAAGGTGATATGGATCAGAAACTCCCAATTATTATTTATGATAC
TTGTTATTTCTATAATTAAAATTTCTAAAAGAAATCCTTATGGAATTCCT
TTTTTTAAATTTTTATTCGTATGGATATAAACATTTTTGGTATATCTATT
TTTGCAATAAACTTGGGCATTTTTGAATGTAAAGTTAATTGTACAATTTG
TGGTAATAAAAAAATGTAGTTTGGTGATAACTTATTTCTTGCGTTGAAAT
TCTTCCTACAATTCCGTTATTTAAGTCATTTTAAGTATCACTTACTAATG
ACAGATTTTCTGATTTCTGATTTCAGTCAGAACCTTTTTCCACATAGCTA
ATGCTCTGTTATAATTATTACTCATTTGATGACCTTTAGCATTAAGATCT
TTCCATGGCTGTAAGTGATTTATCATCAGGTTCATGCAGACTTATCTCCA
CGTTTTCTTCCTATAAAAATTTGTTTTTTTAATTATAAAATTATACAACA
TGTGATGGTAAAACTGTCGTGGGAGTAATTACCATAAAGTTTTAAGGAGT
TGAGCACAACCATTAAACAACTTAGTGATAACGCTAGATCAACGTTATTT
GAATGTTGTTTTTAACCAACAAACAACTATGAGATAACGTTCGATCAACG
TATTTAATAGTTGTTTTTAACCATTTGATAACGTTAATACAACGCTTAGA
CAACTTTCCAACACAACCATGCATTAAGCATGGAGCAACCAAAATTAAAG
TTTACACGACGTTCAGACAACTTAAGGCTTACGTTAATACAACGTAATAT
CAACGTTAAATTGTTGTTTGAGAAGGGCTCATAATAAAACCAGACGCGTT
GATATTTGAAATTTGCAGGACTCATTATAAAACCAGGCGTGGTGGTATTT
GAAGCTTGATTGACTCATTGTAACACGGCACATATTCAATTGGGATTTTG
AGTATATTGAAAGAATAAACCAACGTAAGGGGCTCATTGTAACAACTCAA
CCAATCGATCAGACTTCATTGAGTATATTAGAAGAAGGGATTGTAGTAAG
GTATTTGAATCTTATTATAGTGCTCATTATAAAACCATACGCGGGGACAT
TGAAACTTAAAGAGCTCATTATGTACTAATATATTTTTTAAATTATATTG
AGAGTTGTGTTAAACACAAACGGTTTAATATAAGTTATTGAACGACATTT
TGAAAGTAATCTATCTATTCAATTCAAATTCGTCAATAAGATAAAAAATA
TTAATTATTAAAATTGTTTTGTTTGAAAGCTGAAATAATAATTCAAACTT
ATATATTTCTTTATATGTTATAGAAAAATAATTAAAACCAAAATAATGGA
TGAAGGAAATCATTCAACCCCGAGATATCTTGAAAGTCATGAACCTTAAG
ATATATTTCAAGAACATATCTTCACCAATTTAACCTCGGAGAAAGAAATA
TCAATCGAAAAGATATTTAAACTCTCCGTCCATTATGGAAAAAAGAGGTA
GAAAAATAGAATCCTCAAATGGATGAGAAGAATATACAAATAAAAGTCTA
GATTTAGATCAAATACCATAAAATCTCCAAAACAAGAAATAAATAAACAA
TCTAACGCGATATCGATTGTTGATTCTAAGCCTTGGAAATTATTCAACCA
TTAATTCAACCCCGAAGGAAGAAGCAGCTATCAATGAAGATATCAAAATT
TAATTTAAACATACATTTATATAATAAGTTTTGTGATTTGTAGAACACAT
AATCTCTACACAAGTATGAAATATCCAAAAGCCCTGAAAATAACTACAAA
ACAATTTATTATGTTCGTTGAAGAAAAGGGATTTATTTTAACTTATCATT
ACATATGGAATAGGGCATTACTATAAAAGGAATTGTGGTCTTTGTCATTG
CCATCATGTTCCAAGAGATCATTCCATTTTGAATGTGTTCTAGAAACCAT
ACTACTAAAAAAATTTAAGATTAATAAGATTTAGATAAAAAAAAATCTAG
GTATAATCAGTATAGCGAAAATAAATATTTAATGTTAAAATGTAACTCCA
CAAATAATGTAAAAACAGCTCCTTCTAATTCACAATTTAATTAATGTTAA
AAATAATTACTTTTCTTTCTAACCACACCAATTAAGTATTTCAAACTCTA
TTATGTGTTATTTATTGAACCTATTTAACAAAAAGTCGTCAAGGTAAGAC
CCCTACTTTACTCTTCTTCTAATACCTCTCTTATAAAACAAAAGACTATT
AAAAAGGTGGGTCTTAATGATCCTCCCAAAAATTCTGTGAATGAACGTTG
CAGATAAATGATTAAACTGCTACAACAGGAAAAATGTATGTTATGATTCA
TTTAATGAGGTTATCTAACAAATATTTAACTGAACTTATGACAACTCTTA
CAATTAATGAAGCTGGAGAACCACTTCAACCAGTACTTATCAATCCAAAG
GACTTCACTTCAATGAAATTATCTGANCTGCCGCAACAGTGACGTCACTA
CGTCAGTTGAGTCAGCTAACGGCAACCAGACTGCCTCAGAATATACTTGT
TGCCTCACCTTTATATATAGTTACCTTGGAGGGAGTGCATTCATTGTTTT
AAATAACGAGGGAATAAGGGATTGCCCTCATTATTTTAGATACCGATAAA
ATAGCTCAATTTTTGCTCATTTATATACCTTTGTATCACTTTGTCTGTTT
TTACATCTTATGAGATAACATCAAAAAATTTGTGAGATGAAGAATCATTT
TAAAGATTGCAAGAATAGACGATTGAAGTTATATCTTAAGATCAGTTAAA
ATTTTTTGTGACGAACTAGTACTTTCGGTTGACGAGTTTGACCCTCATGT
AGCTTGCAACTTTAGAAAGAATCAGATATTGGTTCCCCCAGAGACAGCGC
CAGCTCCTTGCTTTGCGGAGATATCGTTGGAAGATAAATGTTTATTTTCC
TTATATTTTGTATGTAGTAAATTGACATAAGATCTCAAAATCTCACGCAA
GCATAAGTTCAAAAACTTGAGAAGCCTTCGTTCAAGCTCAAGCTAATTAT
AAGGATTAACTAGATGATAGCACACAAAATCTCGCAAATATATGTCCACT
AAGACCGTGGTTCCCAAACTTTTGGTGCCCAAGGCACACTAAAGTCAAAT
TGATATTTCTTTAGTCACATATTTACCTTATTAAACCAATCATTTGGATT
ATTATATGCTATTGCAAATAATGTATGATTGKCAAAATAATTTGTTTTCG
GAATCGAAAAAAGGGTCACTATGACTATTAATATGTAAAGACGCATAATG
TACATTGTAAATATATTTTTGAAATATGAATACCNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNGATATTTGATCTAGTAAAGGGGG
AAAATCATTTTTAAAGCGTTACATTGAAGCATTTTTGAACCTACTGCTGT
ATAATTATTTTATTATTTCTAAACATAATGTATTTATTAAGCAACATATA
TATTCTAGTTAATTAGATATAATTTATGCACTTTTTCTCCTTGAAAAAAA
GTATGTATCTAAAAAATCACATATATTCATGTACTAAAACTAATATTAAA
TTTTAAGGGGCATTCGCAGGGGAGAGGCCCTCCCCCAAATCAAGGAATTT
TTGAGAAAATGTCTTATAAATAAATATCAGGCCGGAAGTTTCAGGCCTGG
CAAAATGGGATTCAAACGGCTGGCTTTATGGATTGGGCCTAAACCGAACC
CCCCTTTGAATTAAAGCAATAAAATAAAGTATACAAAAAGTGACCGTTTG
TTTGAGGAGAAACAATGATCCAGCGTTTTACTATTTTTTACAAGATGTCG
CTTTTCGTATGACATCTCTCAGTTGATTTTCTTAACTACTGACGTAGATA
ATTAATTACGTGTAAAAATATAATCTTTTTTTCTTCATATTTCTTTGTAG
CCTTCATAAAAATGTAAATTTTATCCGGATTTGTATATTGTCTACGCAAT
TTACTTTTAATAGAATGATTTGGAACATTCCTAACCACGTTTAAGGACCT
AGATATTTTGGTTGCGTTAAATGAGAGATGAAGAGATTGCTTCAGTATCC
CTATTCCAAGATGAGTAGTTCAAAACATCATCTATATTATTAGAGGCCCC
AGTTCCTTCGTATCTCCTTGGATAAATGAATTATATCCCCCGTGTTTCCT
TGATGTGGTCTACTCGCCACAATTATCTGACATATATATTCTTATTCTTT
GTTTCCATTACCAAATCTTCCCATGGAATATGATTAGTGGTGAACTCGAA
GTTTCTCTTACAGACTACATATAAATAATTTTCAAGCGAAATTTGACCAA
AAATACACTATTATACCAGTACCTTGGGATACATAATGTGACCGAAGTAG
AAATAAATTAAAATTTCCAATTGTCGATATATTATACAAATTATTTATTT
ATTATCATTGGAGACTAATGAATTTTACATCTTGTTCATAGTATGCGGTT
TCTTCATGAGACAACCCTTTCTAATGGCGATACATGTGTGATGTGAGTAT
CTTCCCATAAATGAGTCTGATTAAACAGATCCAGTAATAATTTGTGTTTG
TTCTAAGTTTGTCTTTAGTGAGCCATAAAACTAATAAGTACATGACGAAT
GAGAAAGTTGATGAATCTTAAAGTATAACAAAAACTAAGAGTAAATTATT
TTTGATACAGTCTAACTCATTCTTAGTACGAAAAGCTAAACAGTCTGAGG
CATACTTCAATTTGATATCCCCAAAAATAAAGTTAAAAGTTATATTCATC
TCAAAAGATACAAGTCAACCCATGATATATTTCTCCTTAAGCTCAATGTT
CAATTTCCGCCTTTTGAACCTCGAATGAGCATCTTCTAAAATGTGAAATC
TAAAAAGTAAATAACTAAACAGTCTTTCTATCCGAAAAGAAAGTAATTTC
TGTCCACCAATACACAGACACACACTAAAATAAATTTCTGAAGATGTTGA
TCTTTTCTGTTACCTTTAATATGACATTAAAACAATACTTAACCAATAGA
ATAATATAAAGCCATTTCTTTAAGTATAAAAGGGCATTGATGGTCACAAA
ATTCACGAGTTTTTTCTGATTACTTTGAAAATAGGTTAAAAAACAGGGTT
GAAAAAGAAATTTTCGGGTTAAGAGTTTGTGGGGGAAGATTGGTGGTGGA
TTTTCACTTTTTTTTGACCAAAATATGCAGTCATTAGAAAAGTTGGGCTA
ACATTGAATTATCTCATTTTTATAAAATTAACAGTTTTTTTCAAACTTCA
GAATAGTAATATTTAAAGTTTTAACCCCACTTAATCAATCTTAGAATATC
AATAGACCCCTTCATCCCCTTTTGGGTGAGATACACTGGATTAGAACCTT
TAAAATACAAGACAAAATTAAATAATGAATCTAATTTAAGAACACTAATT
AAAAACGTGTAGTATTAAAATAAACAACTTTTTGTATAACAAGAAATTCA
AGGTATTGATAGAGATTCCCATTAACATATGATTGATATATGTATTATTT
AGATTTCCCTACATTCATTTAAATATATTTAATGATGAATGTACGAAATG
AAAATGGAACATTTCAACTATTGAAATTGATTAGATTGTAGAATAAAGTA
TTTAGAATTGATCAAAGAGTGCACCCACACGGGATGTGGGTGGTTTACCA
TGTTTTCATCTTTTTCAATTTATGGAGCAAGTCAAATTTAATTTAAAATT
TATTAGAGTGCTTTTTTTTTAAACTTTTACAAATATCACAAAAAATGTCA
TTTTGATGTTGAAAACTGTCATTTTCAGACAGAGTGATTATTTCATCTGA
ATAATGCATTATGCAGATGCCGACATTTGTTTGAAAATAAGTGATCAATA
TCGGGATAGTGTTGGGTTGCCTGCGTTTTAGTCTTTTTTTTTCTCTCCTC
CGCCTTACTCCCCTCTTTCAGTCTTTTTTCAAACCGGTCCAATTTTTTCT
ACCATTTAACAGTCCATTGAGTTGGTCCTTCGGTCTTATCTAGGACTGGA
GAAAATAATGAATGATCGCTAGAGTATTATATCGCTAGTTAGACGCTTAT
TCAATGTCCTTGTCATAGACACTATGGTCCATCTTAATTTTTAGTGTTCC
TTTAATTGGTCAGATGGAGTTACACTGACTAAGTATAAGTAAACGTTATA
GTATTACATTTACTTCATCTGATCTAGGAATCTTCTTTGAACTCCATATA
CATGGAAGTATATTTCCTCTTCTAGGAACGACCTGGCAAGAAACTACGCA
CATTGACTTAAAGAGAAAAAAATCACCCGAGTGCGTTGTCCATTGAGCTA
CGTCGTTCCATAACTATAGTCCTTTTTTATGTTCGGAAATATTGATGAAA
TTTCAAACCCCTGAAAGGAAGAAGTTTTAGAAGACCAATAAAGTTCTGTT
ATAGAACAAAAAAAATTAATCCAGACTGGACGACTAGACCATCCATCACT
ATATCGATATAGGTCTGGAGATCAATTTTTAATTGTTCTTGTATCGGTTT
CATTCCATTTAAGTGTTGATTTCATAGACAAAATCATAGCAGTATAATAT
TTTGTTACGATTGGTATCGAATTATTTATCAACCCCAGACTGAATTCCCT
GAATGGACATAGTTGAACGGACAATGCACTCGGCAGAAATTATTTTCTTG
AACTCAGTATACGTAGATTCGAATTCTAGAAATATATTTTATTTATTTTA
TTGGGATTTCAAAGACAGATCCTAAGTCAAATGAAGTAATTGTAATACTA
TAATATAACTTATTATTAATCAGTGAAACTCCATCTGACCAATTGAAGGA
ACATTAAAAGAAATCCTCTCTATTTCTTATGAATGATTAATTTGAGATAC
AATAAAAGATATAGGTTTAAAATAATACACAAAAAAATACTTTTTTACGG
CACTTTGACGTAACTTCAACGTTATAGAGGAGGATTAGTGATTAATTTTT
TTTTGTATTTTGGGCCTGTTACAAAACCGAAAATCAACATGGTAACCCTT
ACAATGTGATTGATAGCAAACTAATATAAAAAATTATACTGCAATATAGG
AATCACCTTGGGTCCTGTTCATATAGTTGAATTTACAAGGGTACTAATTA
CTAACACTGTTCAATAGCCAAAAATTCGCAGAATAAAAATAGTTTAATTA
ATTCTCCTGATTCCAAATATGACCTTATATTTTCTGTATTACCCTCAGGG
TATTCAGAAAAAAGCTATGAAATGGTTTTTTAAATATGTTTCAAAGTCTA
ATGTTAAAAGATTCCAAAAACAGTTTTTAAAATGAATTTCTTATGTTTAA
AACTCGAGTTATCTTACTTAAAGCTGAAAACGGGGTTTTTTATTTATTTC
AGAGGTTCATTGCTCCAAGAAAAATATATCTAGAAGGTGTACAGATATCT
CTATCAAGATGAAACCCTGAACTATAATTTAAAAAGGTATCCATTCAAAA
ACTCTCTATATGGTTGTAAGACCATCACAATATTTCAAGAATATAACATG
GATTTGATGAAGGTTTTGGAGGAGATCAGCTACAATCAGCTTAGATAAGG
GAGAAAGGCGGAAGGGAAAAACAAGGGTATGGGCAGGAATTACTCCAATA
TCGATCCCTAACTTTACTTTGAGTCCAACAAGGACTTACAATTATAACTC
TGCAACAAATCTTCAAGTTTACCTTCTTTCTTTCTTTTGTGAGCACACAT
AAATGTTCAATGAAGTTTTGAATATAATTGAATGTAGTATAAAGAAGATT
TAAAAAAATCATTTTCAGATTACCGATAAAAAAATTTAAAAAAACTACGA
TCTAAAAAATACCCACGATTTACATATCTAAAGATGAACATCTTGTAGAC
ATACACAACTAACTTTAATGAAAATAAAAACGCCATGTATTTGAATATCA
TAATTGTACTGGCCAACATCTTCTTTGTTGTATCCCTCATCCAAATATAA
AGAAATAATAATAAGCTATTATATCGTTAAAAACTTGCATTTAGTGTGGC
TAATAAATTAGCACTTACCTTCTGTGAATGTAAGTTGTGCGACTATCCTG
CTCTTCTAAGTTTCCATTCCATCTGGAAGAAAATTGATTATAAAATTTAA
CATTTCCAAATTCCTTCAAGTCATCAGCAGTCATGAAGTTAGTCACATCT
ATCTAGCATATATTGATCGCTACTCATCAAAGTTTCAGTTCTTATGTAAC
AGTCGTTTTCGTGAGTTGATTGAGTGTGTTTTTTTTTAAATGGACAAAAT
CGAGTATCAAGCTGTCATTAAATATTTGTTTTTTAAAGTATATTCTTTAA
ATAGATTCACACAATAGCAGACATATAAAGGCTTTTTCGATAAAAATTTG
ATTCGTCTAAGTCAATCCAACCCGAGAGAAATTGAGTCAAAAACAAAAAG
TGTCTTGTGAACAATTATTTTACAGAGAAAAATGACAAGTACTAAATATT
TGGACGGGTTACAGAGATGAGAGCATCTTGAAAAAGTGCAAGGAGATGAT
TATCTTGAAAAATAAAAATTCAGAAAAAATGTGTTGTATGTTTGTTAAAT
GGGAAACTTTTCAGACCACTCTCATACATTCGACTATTTAAATCTAATGC
ATGGATGTTTTTCAATAAAAATAGGACAAATAGTTAACAAATGGCCTTAT
CAACTTATGTTATGTTATTGAAGTAATTACTCAGTTCTTCTACCCCATTT
GTAGTGGGCTTGATTGTGCTTTCACTACCAGGTTTCGAATATTACATTTA
TATGTCTTTTGTACCATTTTCTTTCTCTTCTCTTCTTCTTATGGTCCTTA
AATAATTAATTGAATAAATTGATCCTACAAGATAAATTCAATAAGGAGCT
GTATTCTTAAAATATTGTGATGGTCTGACAATATATAGTAGGTTTTTTGA
GTGAAGGCTTTTTTAAATTATAATTAAGACTTTCAGCTATCAAATGAGAT
ACATTAACACTCATTGGATTTATTCTTCTTGAAGCTAAAAGCCTTTTAAA
TAAAAACCCCACATTATTTAACTTTAAAGAAAGATATCAAAGTTCTTCAC
ATGATAAATACATTTTAAAAATTGTTTTGGAATTTTTTAACATTAAGCTT
TTGAAATATATTCCTATAACTTATACAGGGTGAGGACTCAGAAATTAGAA
AATTTGTGTAAATCCGTACGACGTCTAGGGGGGGTGGAGTGGAGGAACTG
TAGCCCTCTTTAGATCAAGGAATTTTTGTCTTTATCACGGGACAAGTTTT
TAATAGGAAAGTAGTGGGAAATTTTTTGAAAGGATTTTCTTTCTCAAAAG
TTCATTTGATCAAATTCATCCCTGGCCAAAAAATTAAAACTTTAAAATGT
TTGCAACGAAAACTTAGCACCCCCCCCCCTCTCCAAAAAAAAACCTCATA
TGAACGCCACTGATCTCTCTAAAGAAGAGTCTAATCCCGAATCCAGGATA
GGTCCTCATCAACAGACGCGTCTGCATATGAAAATGCAACTACTCTTGTA
CTATGAGTAGTAAATAGTAGAAATGAGGATCGATATGGGAGACATTCTTG
CAATGTCTTTGTTTATTTCCTTCTCCCCCTATGTATTTTGTTGTCAGCTG
TCGATTCCATCTTCTCCCTTGATACGTCATGGCTATTTCCAAATGTAAAA
ATCCAGTATGGAATGGGAATGAAAAAAAAAAAAGAAACCGAAAATCAACT
TGGTAACCCTAACAAATACATATTTTGGATGAGAGAAAGAAAAATATTCA
TGACATTTCTAATAAAACGTCATGATAGCTAAATTGCTCTTCTCCAAAAC
ATTCTCAAATTGTCAGGGTTGCCAGGTGTAATGACCAAAATACCCATGAT
TTACTTCACTACTTTAAAAGCCTCTCCCTTAGAAGACTTTGAAGATTTAT
TTTAAACCAAAAATTTCAAATCTACTTTTTTAGAAAATTAATTATTTAAT
TAAATCATTCATAGTGTACGTACTTATTTTCAAGCTTAAAACTAGGGAGT
AAAATGTCAAAAGGTTCTTGTTAGGCAGGGAAGATTGTTAGAGGAAAGAT
TTATGAAAATTGCTCTCATTCGGATAATTTATATTAATGATATTTTATAC
AAAATCGTTTGCGGATTACAAAATTTGTTTCTGAGAAAAAGTTAATCTTA
TCTTAACTTTGCTCTTATCTGTGTGTATATTAAATTTTAAATCGAAATGG
AAGGAATTCAAAATATTGTATATGTTAGAATAATTAATGTTTGAGTTTAA
TCATAGATATTAACTGAAGTATCTCTTTAAAAAATCTCATCTTCTTTTAC
CCAAGTGATCATAAGAACCATTCATTAAAATTTGCAGTTGTTTTTTTTGG
CATAAGAGGGATTCTAAGAAGGACTTAGTCATATTATAGTACTCAAATAA
ATAAACATAACATCCTCATAATAAAAAAAAGCTTGTGGGTTTATAAACAG
GGCTAAAATTGAAGTCAATTTTGAAAATATGATTCATTTAGTCTTTTTCT
TTATTTGTGATCATCAGGACTGGTCATAACATTCCATGACCAAGGGGTCG
AAAAAGTATTGTAGGGGTAATGATTTAACATATTCACTGCGTAATTACTT
ATGCTAAAATATTGTGATGTTTCAATATTTACAATGTTTAATAGATTGGC
ATTCATTAATACTTTTAGAATGATGCCTAATTTTAGGAAGTATCATATTG
ATCTCACTTGGGATTATTCAAAATAATCATTTGGACACCCTTTCAAAAAA
TACCTCTTTTGAAAAAATATATAACATGCTTAGGTGTATTTGATGGTGTG
TATATGTAATCCAGTACTCCCACTATATATTTATATTCCAAAAATGTCAT
GTGTTGATAATATTGAGGTTGATCTTCCAATTTGTGTCGGTCCGTGATTA
TATTAGGGCCTAGCAAGGTTAACAGAAATACAAGGTTAGACCATCATATA
ATCGGGCTTACTAGAATTTTCAATCTCATATATTTTACCGACTGCTGGGC
AAAATAGGCAAGTTTTGACAAAACGCGCAACCACTCATAGTCTATGATGT
CACGATTGTTAGAATTTTCAATTTAATGTATCTAATTGACTGTTGGGCAA
GAAAAACAGATTTTGACAAAACATGCAACCACTCATCTACTATGTATGAC
GTCAATATTAAAAGCGTGGTGGAAGTCAAACATCAGTCGTAGACATGTTA
TTGTATAACCTTGTATTTCTATTAACATTGGGGACTAGGAAATGATATTC
GATACAAACAGGACCGCAACTACCTTATACGCAGAGTTTGTAGTCGCCCA
AGCTGGCGCAGGGGCCCTGAAAACTCGTAATAAGGAGGCCTCAGTTTAAA
ATGTATAAGTGTAGAGAAAGCATGGTATAGGGAAGTTTGGGAACCCCTGG
CTTTAGAAATATTATAGTTATCCTATTATAGGGTCCCAACAAGCTTATTT
GCGGACCTAGATCTATAATCTACCCCAAAAAGCCTTTAGCTATATGGAAC
TAAGATACAACTGTATTACCTGTTAATGTAAAATATAATTGGAAATCACT
GTAATTGACAAAAAAAAAAAAACTAAGGAAATTCTCTACTTGATTAAAGA
TAATTTTTATATTCTATATAGGAACAAAAGAACAAGAACCGATACCGATA
AGCAATATATCTGGTCTCGGTTCGAATTTGTCGGTTTCGGTTCTAGCAGT
TCAAGCAGTTCCGGATCTTGAACTGTTAGAGCCGCAAGACCGCTAAGGGC
ACAACCTTGATCATATGCGTTAACATGTCCCACGTAGTTACCTTTATTGT
ATCACGCAATCTTTCCTCCGCACAGAAAATATGCCAGAAATCATCTGGTA
GTTAGAAAAATCAATCAATCATACCAACTGCTATTTATTTCTCATGTACT
CTACGACTATCACTGTCAACAAAAAAATTTCTTCACGGTTTTTAAAATGA
ATTATATATACCCCCATATATTTCGTAATGTTAAAATCTTACATAGTATT
TTATGGGATACTGTATTATATTTTTGCTTAGCAATATTTTATTAAAAGTG
TAGTTCTACATAATTATTTGTGTATGACAGCAAAAATTTATTCATAGAGA
TAATAAAATGGACAATATATATTATATATACGACGAGGAATCAACAAGAA
ATTGTATTCCTGTTCTTTTGAAAACGGAGCAAAAGTAGAGAATAACTTAA
TACTTATTTTATTGATAAAAAGAATAAATTATGAAATACCCATGAGTAAT
GACGTATCAAGCGAGACGAGGGAATCGACAGCTGACAAAAAATACATTTA
TAAGGTATTTTATTTTTAGCGATTTAACGCCATGATCCCTCTAAAACAAA
AATTTTCACCTATCTTTGGTGTAAATTAATTTAAAAATATATAATAAAAC
ATAGACAGGCTTKAAAAWTGAACAGAGKTCACACTTTCCGTTCTTTTTTK
ATGAATTAACGGTAAAAAAATGAAAGGTGTTCATTTTTATTATTTCTAAT
GACTATTTTTTCCAAAGATTACTACCTTTTTTTTCCATGATTATGGGCAT
AATTAGTATTATCTTAGAGGGTTCCTAAAATAAAATAAATAAATATTGAA
AAATTATGGATCTAATTTTGTGTGTACAATTATCAATTGATTAATTTCAA
TGAAATATCTCACAGGACACCATTTGCAAACCACTGGATTATGGAATGGT
CGTGTATGAAATTCTAGGCTATTTTAGAGTGCAATTTTCTACACACCCAT
TCATTTTTTTGTTTTTTTATAAGACAAGATTGTGAATGTAGTATAAATGA
AATACATTCATGGGGATACATGTAAATGTGCGATTGGTGATTATTTACTA
CCAGGACTGTGATGTTAGCACAAAATAGGGCGTAATAAATAAAGTACTTC
CGATCTTTTTTCATTGCTTCTAAAGTCTGAACTAAAGTTTATACACAGAA
ACAGTTAAAATAAGGACTTCAGCTATGGACATAACCAACCAGTTACAAAA
AAAAAGACGCCAAATAAATAATTATTCGCTACAGTTTTCTATTTAGATTA
CTAATGACTTAAAAAGTTATACTACCGATAAGTAAAGACGATATTACTCG
TAAACCAACAGCTGATCCGTCTGCTATTGGTGTCAAAATGTTTAGCGCGT
CATAGGTTTTAATTATTGTTTACCAGTTGTAGCAATAGCATCACTCTAAG
GGCCCAAGAAAAGCCAATATGTTCAATGAGAGAGATCGAAGGTGCAATTC
AGATTAAGCGTAGTGATCATATGAAATTAAGTAATTTTGACATCGCTGGC
ATTCTGAAAATGCCAGTTAGAACTGTGAGCAGTCTTAGGAAGCAACTGGC
GGAGTCGTCGAGCCCAATTGGACATTGTTGAGAGGAAGACTAAGGGTGAG
AAGAGCACCAGGAACGTCCGGGAGGTCGACTTCATTAAGAAGGTCCAGGA
TGTCATCGACGAGGACCCACAGCGGTATCAAAATGATACTCTAACATTAA
CAGTAAAGGAAGGCGATATATAGCTACTCTTAGTAACAGTTATACTCTTT
GACTTCACTATTGAAAAGCGTGGTGGAAGTCAAACATCACTCAAACAGTG
TTATGGTATAACCTTGAGATTGACGAAATTTTTCTTGTATCCCAAACATT
CTTCTAACATTTCAGGGTTACCACGTTAATTTTCGGTTTCTTTTTTTTAC
TACGGACTGCACATATTTTATACAGCATTAACTAAACGGATGCTCCATTT
TGATTTTTGATATAACACACACGCTCGATGCAATATTATTATTTCTTGGA
TCAAACATCTAATCCGTGTCAGGAAAAAATGGAGAGGTGACCAAGTGGAA
AAAATAGCAATTTTTTAAAAAATTTAAACAATAACTATCACGAATATAAT
ATATAGGTATTAAGATTAAAGAAAAATAAATAAACATAACAAAATTTGTT
CAACACTAATGTAATTATCCAATTTGGTGAATTACGGTGCGTATGGTTGG
TCGAACTCTATGAGAAGGTTTCAGGCCCATAAAAATTTCAGGTACCTTAT
ATGTCTCAACATAAGTTATTGTTTGTTAGTCAGTCCATGATTCTTATCCA
ATATGAATAATAGATCATGTCTGATAAGTTGATAAAGGCGACTGAATTGA
TTAGCACTTCTTCCATTCGAACTGATGTCGTGTTTGTTAATTTTTATTTT
ATCTGATTATGTTGTTCATAAGTATAAAAGTTAAAAAGAATTTGACCATT
TTTTCCAGTTTGTCACTAATCCTTTTTTTTCCTTGCCATTTTTTCCTCTC
CCATTTTCCCTACAAATATCTACTCAGTACCAGAATACACTCAAAAATGA
TGCACCAAGACAAACTTTGCTGTATTAATATAGAAGATATAGATATTTAC
ATAATAAAGTGAAGGAGAACAACTGTTGACGTGAACATATGTGTAAAGAG
GGGATGTTGGTAAAGAAAAAACTAAGTTTACCGATTAGAAAAAGAAAAAC
GGGTGATGCGTGTGCTCTTTCTTCTTTTTTGTTTATTATTTACAATTTAT
GTAAAAATGCGTAATAAAATAATTATATATGAATTTAAACATAATTATAA
TATTTTCCTTGTACTAATGCTGTTTTAAATGTAGAAGATTATCCTCGTTA
TAGCAGTAACTCATTTTCTCCCTCCAAAATCATAAAACAAGGAGCTGATA
TTAACTGATTAACGGATATAACTCCTGTGCTTTCCTCGCACTCTTACAAA
AAAAAAACAGCGTCCCCAAGCAATCTATACTTATCGATGGTCAACTTTCT
CTCAAAAGAAAAATTCTACTCCCGGCCCTGAAAGAGCGCAATATGTTGTT
GTTCAAAAATTAAAATTGCTAGATTCAAGTGGATTGACTTTAATCATGAA
TGTTGTGATAATACAAAATATGTTCATGTCAGTAAAAATTTCTTTATAAA
TAAATGATGTTAAGTGATTGTATTAATATTATAGATATCAATGATTGAAT
AAATACTTTGTTGCTTGACTAACTTCAATCTTATTCTAATACRTCTCTAA
ATAACATAATACCTACATGTATCACGATGTTATCTCGCTAGCACAAAATT
AAAATTAGTCTTCTCATTTTTTGGTTACAATTTGTACAATTTGCTTGTAC
AAGTTAAAACTTGCACATTAATATATTTATAAATATTGGCCATCGTATTA
TTTCTACGAAGAAATTGTTGGTTTTCATATAMAAATATAAAAGTATASCT
CCACTTTTAATRAAATATTACCTAGCCATATTAATTACTATAATACATTA
TCGAATAAAATACTATGTAGGATTTTAATTTTAGGAAATACGTAAATATG
TAATTCATTTTAAAAATTGTGGGGAAATAATATGACAATGATAGTCTGGG
AGTACCTAAGAGATAAATAGCAGTTGGTGTGATTGACTTATTAGCTAACT
AGTAACTAATACCCATAGACAACTACTATATATATTGTCTATGCTAATAA
CTGATTTTGGGATCGTTTTCTGTTTCTTTTCGGAGGAAAGGTTGCGTGGT
ACAATTAAAGAAACGACGTGATATTATGTTATCATCAAGGCATTAAAAAT
CAATGTATTAATTGTGTTTATTGTATGTATATCTATGCAAGAGTATAATT
TTTTTTTTTTTTTGTACATTGCACACGTGTCATCAAGATAAGAATCACAT
ACTTTTATAGAAACGAATAGAACAATCGTAATACAACATTTATATATACA
GAATATGTCAATAGTATTTAATCAATCAAAATTTTCATCCCACAAAAAGA
ATATAGATTATATTATCTAAAAATACAAATTGCGAAAATAACAATTGTAC
AGCAAGAAATCAAACCCAACAGTTTTCACTCGCCAAATTCACCAATGTTT
GCATATTGTGTTGTGTACAGCAATTCCACATTTAGTACGGATTTGAAAAA
GATTATTCGGCTAAATCTTTTTTTTTTCTTTAATGTTCCTTCAATTGGTC
AGATGGAGTTGTACTGACCAAGTATAAATAAACATTGAAGTATTACATTT
ACTCCATCTGACCTAGGAATCTTCTTTGCAGTCCATATACATGAAGTATA
TTTCCTACTGTAGGAACGACCGGGGCTCTAACTTATGCACATTGAGTACA
AGAGAATAATTTTTAACGGGCAAATTATCCATTGAGCTACATTGTTCCAT
CGACAAATTCTTGTCTGGTACAAAAAGAAAATAATTGTTAAATTTTTAAA
TATTTTTTTTTTTTTTTCAAATTTGTCTTCCCTAAAAACAAAGAAGTAAT
TGTCAATTCTTGTATACAGTATAATGTATATCTACAGTCTCGTATATTAT
CAGTGAAACCAATTAACCTGTGATAACTATATTTTTATTTCTAAAATGTA
TTTTATTTTAGGGAAGGGAGTCTTTATATATTTTTGAGCATTAAAGAATA
AAATATTAATAGATTTGATATATTTGTTGAAAATATATTTTGTATCTTGT
TTTATATATATATTAAGAAA

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