EMLSAG00000008427, EMLSAG00000008427-691193 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000008427
Unique Name	EMLSAG00000008427-691193
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:frm-3 "Protein FRM-3" species:6239 "Caenorhabditis elegans" [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] InterPro:IPR000299 InterPro:IPR000798 PRINTS:PR00661 PROSITE:PS50057 GO:GO:0005737 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 GO:GO:0019898 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 eggNOG:NOG282099 KO:K06082 OrthoDB:EOG7HF1HC EMBL:Z97190 RefSeq:NP_509934.2 UniGene:Cel.815 ProteinModelPortal:O17905 SMR:O17905 IntAct:O17905 STRING:6239.H05G16.1 PaxDb:O17905 PRIDE:O17905 EnsemblMetazoa:H05G16.1 GeneID:181346 KEGG:cel:CELE_H05G16.1 UCSC:H05G16.1 CTD:181346 WormBase:H05G16.1 HOGENOM:HOG000021058 OMA:SPPFIDD Uniprot:O17905)

HSP 1 Score: 89.3521 bits (220), Expect = 1.402e-19
Identity = 40/67 (59.70%), Postives = 51/67 (76.12%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D EK +  QI   S++  F F VKFYTP+P  +EEEYTRYLF++QIKRDLA G L C+DNTA+L+
Sbjct:   79 WLDREKTILRQITNGSTDAKFYFVVKFYTPNPIDLEEEYTRYLFTMQIKRDLALGELHCSDNTASLL 145

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:farp2 "FERM, RhoGEF and pleckstrin domain protein 2" species:7955 "Danio rerio" [GO:0005089 "Rho guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0035023 "regulation of Rho protein signal transduction" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] Pfam:PF00169 InterPro:IPR000219 InterPro:IPR000299 InterPro:IPR000798 Pfam:PF00621 PRINTS:PR00661 PROSITE:PS50010 PROSITE:PS50057 SMART:SM00325 InterPro:IPR001849 ZFIN:ZDB-GENE-030131-2993 GO:GO:0005737 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 GO:GO:0019898 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0005089 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0032319 OrthoDB:EOG7B5WVD TreeFam:TF351276 CTD:9855 KO:K06082 OMA:MHVCWYR EMBL:CU467043 EMBL:BX957353 RefSeq:XP_001922658.2 UniGene:Dr.121941 UniGene:Dr.31724 ProteinModelPortal:E7FE33 Ensembl:ENSDART00000013400 GeneID:567490 KEGG:dre:567490 NextBio:20888703 PRO:PR:E7FE33 Bgee:E7FE33 Uniprot:E7FE33)

HSP 1 Score: 75.485 bits (184), Expect = 5.854e-15
Identity = 37/72 (51.39%), Postives = 47/72 (65.28%), Query Frame = 0

Query:   61 KMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            +M   W+D  K +  Q+       LF   VKF+ PDP Q++EE+TRYLFSLQIKRDL  G L C +NTAAL+
Sbjct:  100 QMNWVWLDPSKLIVKQVR-RPMNTLFRLSVKFFPPDPGQLQEEFTRYLFSLQIKRDLLDGRLSCTENTAALL 170

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:E1C5B7 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016322 "neuron remodeling" evidence=IEA] [GO:0016601 "Rac protein signal transduction" evidence=IEA] [GO:0030316 "osteoclast differentiation" evidence=IEA] [GO:0030676 "Rac guanyl-nucleotide exchange factor activity" evidence=IEA] [GO:0031532 "actin cytoskeleton reorganization" evidence=IEA] [GO:0033623 "regulation of integrin activation" evidence=IEA] [GO:0071526 "semaphorin-plexin signaling pathway" evidence=IEA] [GO:0071800 "podosome assembly" evidence=IEA] Pfam:PF00169 InterPro:IPR000219 InterPro:IPR000299 Pfam:PF00621 PROSITE:PS50010 PROSITE:PS50057 SMART:SM00325 InterPro:IPR001849 GO:GO:0005737 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0016322 GO:GO:0007155 GO:GO:0016601 GO:GO:0031532 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0032314 GO:GO:0030676 GO:GO:0071800 GO:GO:0030316 OrthoDB:EOG7B5WVD TreeFam:TF351276 OMA:MHVCWYR GO:GO:0033623 GO:GO:0071526 EMBL:AADN03005777 Ensembl:ENSGALT00000009299 PRO:PR:E1C5B7 Uniprot:E1C5B7)

HSP 1 Score: 75.485 bits (184), Expect = 7.364e-15
Identity = 38/73 (52.05%), Postives = 51/73 (69.86%), Query Frame = 0

Query:   62 MMAYWVDVE--KQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + +YW+ +E  K +  Q+    +  L L  VKF+ PDP Q++EEYTRYLF+LQIKRDLA   L C+DNTAAL+
Sbjct:   99 IQSYWIWLEPMKPVIKQVRRPKTTMLRL-AVKFFPPDPGQLQEEYTRYLFALQIKRDLAEERLTCSDNTAALL 170

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:si:ch211-243g6.3 "si:ch211-243g6.3" species:7955 "Danio rerio" [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0005856 "cytoskeleton" evidence=IEA] InterPro:IPR000299 PROSITE:PS50057 ZFIN:ZDB-GENE-121214-124 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 OrthoDB:EOG7B5WVD TreeFam:TF317513 EMBL:AL935188 ProteinModelPortal:E7EY21 Ensembl:ENSDART00000109141 Uniprot:E7EY21)

HSP 1 Score: 73.559 bits (179), Expect = 2.381e-14
Identity = 34/67 (50.75%), Postives = 49/67 (73.13%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  QI   +S+  F F VKF+ PDP Q+++  TRYLF+LQIK+DL+ G L CNDN+AAL+
Sbjct:   34 WLELLKPVAKQIK-NTSDVAFHFIVKFFPPDPGQLQKGLTRYLFALQIKQDLSNGSLTCNDNSAALL 99

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:FRMD7 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0010975 "regulation of neuron projection development" evidence=IEA] [GO:0030426 "growth cone" evidence=IEA] [GO:0043025 "neuronal cell body" evidence=IEA] InterPro:IPR000299 PROSITE:PS50057 GO:GO:0005856 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0043025 GO:GO:0030426 GO:GO:0010975 OrthoDB:EOG7B5WVD EMBL:FP565748 ProteinModelPortal:I3L599 Ensembl:ENSSSCT00000025868 OMA:NVNEDIV Uniprot:I3L599)

HSP 1 Score: 70.4774 bits (171), Expect = 2.484e-14
Identity = 33/67 (49.25%), Postives = 44/67 (65.67%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  Q+     E +F F VKF+  DP  + EE TRYLF+LQIK+DLA G L C+DN  ALM
Sbjct:   24 WLELLKPITKQVK-NPKEVVFKFMVKFFPVDPGHLREELTRYLFTLQIKKDLALGRLPCSDNCTALM 89

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:FRMD7 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0005856 "cytoskeleton" evidence=IEA] InterPro:IPR000299 PROSITE:PS50057 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 EMBL:DAAA02067528 EMBL:DAAA02067529 EMBL:DAAA02067530 Ensembl:ENSBTAT00000064287 Uniprot:G3N0H3)

HSP 1 Score: 69.707 bits (169), Expect = 1.022e-13
Identity = 33/67 (49.25%), Postives = 44/67 (65.67%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  Q+     E +F F VKF+  DP  + EE TRYLF+LQIK+DLA G L C+DN  ALM
Sbjct:   56 WLELLKPITKQVK-NPKEVVFKFMVKFFPVDPGHLREELTRYLFTLQIKKDLALGRLPCSDNCTALM 121

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:frmd7 "FERM domain containing 7" species:7955 "Danio rerio" [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0019898 "extrinsic component of membrane" evidence=IEA] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] InterPro:IPR000299 PROSITE:PS50057 ZFIN:ZDB-GENE-060825-67 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 OrthoDB:EOG7B5WVD TreeFam:TF317513 EMBL:AL954767 Ensembl:ENSDART00000142234 Bgee:F1QR05 Uniprot:F1QR05)

HSP 1 Score: 71.633 bits (174), Expect = 1.114e-13
Identity = 32/67 (47.76%), Postives = 49/67 (73.13%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  QI    ++ +F F VKF+ PDP +++ E TRYLF+LQIK+DL+ G L C+DN+AAL+
Sbjct:   37 WLELLKPLAKQIK-RRNDLIFRFIVKFFPPDPGELQREVTRYLFALQIKQDLSNGSLTCSDNSAALL 102

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BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:Farp1 "FERM, RhoGEF and pleckstrin domain-containing protein 1" species:10116 "Rattus norvegicus" [GO:0005829 "cytosol" evidence=IDA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0007416 "synapse assembly" evidence=IMP] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0010923 "negative regulation of phosphatase activity" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0030175 "filopodium" evidence=IEA] [GO:0030425 "dendrite" evidence=IDA] [GO:0030676 "Rac guanyl-nucleotide exchange factor activity" evidence=IMP] [GO:0031234 "extrinsic component of cytoplasmic side of plasma membrane" evidence=IDA] [GO:0032314 "regulation of Rac GTPase activity" evidence=IMP] [GO:0043197 "dendritic spine" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] [GO:0048365 "Rac GTPase binding" evidence=IPI] [GO:0048813 "dendrite morphogenesis" evidence=IMP] Pfam:PF00169 InterPro:IPR000219 InterPro:IPR000299 InterPro:IPR000798 Pfam:PF00621 PRINTS:PR00661 PROSITE:PS50010 PROSITE:PS50057 SMART:SM00325 InterPro:IPR001849 RGD:1305346 GO:GO:0005829 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 GO:GO:0043197 GO:GO:0030175 GO:GO:0048813 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0007416 GO:GO:0030676 GO:GO:0031234 GO:GO:0010923 OrthoDB:EOG7B5WVD TreeFam:TF351276 CTD:10160 KO:K17477 OMA:QGMKHLA EMBL:AABR06085873 EMBL:AABR06085874 EMBL:AABR06085875 EMBL:AABR06085876 EMBL:AABR06085877 EMBL:AABR06085878 EMBL:AABR06085879 EMBL:AABR06085880 EMBL:CH473951 RefSeq:NP_001100757.1 RefSeq:XP_006252534.1 RefSeq:XP_006252535.1 RefSeq:XP_006252536.1 UniGene:Rn.92109 ProteinModelPortal:F1LYQ8 PRIDE:F1LYQ8 Ensembl:ENSRNOT00000015271 GeneID:306183 KEGG:rno:306183 NextBio:35579230 PRO:PR:F1LYQ8 Uniprot:F1LYQ8)

HSP 1 Score: 70.4774 bits (171), Expect = 3.182e-13
Identity = 34/72 (47.22%), Postives = 47/72 (65.28%), Query Frame = 0

Query:   61 KMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + +  W+D+ K +  QI       L  F VKF+ PD  Q++EE TRYLF+LQ+K+DLA G L CND +AAL+
Sbjct:   89 RKIVVWLDLLKPIVKQIR-RPKHVLVKFVVKFFPPDHTQLQEELTRYLFALQVKQDLAQGRLTCNDTSAALL 159

[Close]

BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:Farp1 "FERM, RhoGEF (Arhgef) and pleckstrin domain protein 1 (chondrocyte-derived)" species:10116 "Rattus norvegicus" [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005829 "cytosol" evidence=IDA] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0007416 "synapse assembly" evidence=IMP] [GO:0008092 "cytoskeletal protein binding" evidence=IEA] [GO:0010923 "negative regulation of phosphatase activity" evidence=IEA;ISO] [GO:0030054 "cell junction" evidence=IEA] [GO:0030175 "filopodium" evidence=IEA] [GO:0030425 "dendrite" evidence=IDA] [GO:0030676 "Rac guanyl-nucleotide exchange factor activity" evidence=IMP] [GO:0031234 "extrinsic component of cytoplasmic side of plasma membrane" evidence=IDA] [GO:0032314 "regulation of Rac GTPase activity" evidence=IMP] [GO:0043197 "dendritic spine" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] [GO:0048365 "Rac GTPase binding" evidence=IPI] [GO:0048813 "dendrite morphogenesis" evidence=IMP] Pfam:PF00169 InterPro:IPR000219 InterPro:IPR000299 InterPro:IPR000798 Pfam:PF00621 PRINTS:PR00661 PROSITE:PS50010 PROSITE:PS50057 SMART:SM00325 InterPro:IPR001849 RGD:1305346 GO:GO:0005829 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 SMART:SM00233 PROSITE:PS50003 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0030054 GO:GO:0045202 GO:GO:0030425 GO:GO:0043197 GO:GO:0030175 GO:GO:0048813 Gene3D:1.20.900.10 SUPFAM:SSF48065 GO:GO:0007416 GO:GO:0030676 GO:GO:0031234 GO:GO:0010923 OrthoDB:EOG7B5WVD TreeFam:TF351276 CTD:10160 KO:K17477 OMA:QGMKHLA EMBL:AABR06085873 EMBL:AABR06085874 EMBL:AABR06085875 EMBL:AABR06085876 EMBL:AABR06085877 EMBL:AABR06085878 EMBL:AABR06085879 EMBL:AABR06085880 EMBL:CH473951 RefSeq:NP_001100757.1 RefSeq:XP_006252534.1 RefSeq:XP_006252535.1 RefSeq:XP_006252536.1 UniGene:Rn.92109 ProteinModelPortal:F1LYQ8 PRIDE:F1LYQ8 Ensembl:ENSRNOT00000015271 GeneID:306183 KEGG:rno:306183 NextBio:35579230 PRO:PR:F1LYQ8 Uniprot:F1LYQ8)

HSP 1 Score: 70.4774 bits (171), Expect = 3.182e-13
Identity = 34/72 (47.22%), Postives = 47/72 (65.28%), Query Frame = 0

Query:   61 KMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + +  W+D+ K +  QI       L  F VKF+ PD  Q++EE TRYLF+LQ+K+DLA G L CND +AAL+
Sbjct:   89 RKIVVWLDLLKPIVKQIR-RPKHVLVKFVVKFFPPDHTQLQEELTRYLFALQVKQDLAQGRLTCNDTSAALL 159

[Close]

BLAST of EMLSAG00000008427 vs. GO
Match: - (symbol:Frmd7 "FERM domain containing 7" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005615 "extracellular space" evidence=ISO] [GO:0005856 "cytoskeleton" evidence=IEA] [GO:0007399 "nervous system development" evidence=IEA] [GO:0010975 "regulation of neuron projection development" evidence=IMP] [GO:0030426 "growth cone" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA] [GO:0043005 "neuron projection" evidence=IDA] [GO:0043025 "neuronal cell body" evidence=IDA] InterPro:IPR000299 PROSITE:PS50057 MGI:MGI:2686379 GO:GO:0005856 Gene3D:2.30.29.30 InterPro:IPR011993 Gene3D:1.20.80.10 InterPro:IPR019749 InterPro:IPR019750 InterPro:IPR014847 InterPro:IPR014352 InterPro:IPR019748 InterPro:IPR019747 InterPro:IPR018979 InterPro:IPR018980 Pfam:PF08736 Pfam:PF09380 Pfam:PF00373 Pfam:PF09379 PRINTS:PR00935 SMART:SM00295 SUPFAM:SSF47031 PROSITE:PS00660 GeneTree:ENSGT00740000115312 GO:GO:0043025 GO:GO:0030426 GO:GO:0010975 OrthoDB:EOG7B5WVD eggNOG:NOG282099 CTD:90167 HOGENOM:HOG000231290 HOVERGEN:HBG080212 OMA:FPFGSEF TreeFam:TF317513 EMBL:AL670230 EMBL:AK032347 EMBL:BC147257 EMBL:BC147258 RefSeq:NP_001177261.1 RefSeq:XP_006541568.1 RefSeq:XP_006541569.1 UniGene:Mm.393050 ProteinModelPortal:A2AD83 SMR:A2AD83 STRING:10090.ENSMUSP00000057103 PhosphoSite:A2AD83 PRIDE:A2AD83 Ensembl:ENSMUST00000060650 GeneID:385354 KEGG:mmu:385354 UCSC:uc012hgz.1 InParanoid:Q8CCP8 NextBio:405223 PRO:PR:A2AD83 ArrayExpress:A2AD83 Bgee:A2AD83 Genevestigator:A2AD83 Uniprot:A2AD83)

HSP 1 Score: 70.0922 bits (170), Expect = 3.438e-13
Identity = 33/67 (49.25%), Postives = 44/67 (65.67%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  Q+     E +F F VKF+  DP  + EE TRYLF+LQIK+DLA G L C+DN  ALM
Sbjct:   56 WLELLKPITKQVK-NPKEVVFKFMVKFFPVDPGHLREELTRYLFTLQIKKDLALGRLPCSDNCTALM 121

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592952006|gb|GAXK01006547.1| (TSA: Calanus finmarchicus comp69722_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 115.161 bits (287), Expect = 6.559e-29
Identity = 52/68 (76.47%), Postives = 57/68 (83.82%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D +K MN QI L+S EPL  F VKFY PDP+Q+EEEYTRYLFSLQIKRDLA G LQCNDNTAALM
Sbjct:  766 YWLDRDKAMNQQIGLSSGEPLLRFTVKFYIPDPSQLEEEYTRYLFSLQIKRDLAAGQLQCNDNTAALM 969

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592952007|gb|GAXK01006546.1| (TSA: Calanus finmarchicus comp69722_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 115.161 bits (287), Expect = 6.618e-29
Identity = 52/68 (76.47%), Postives = 57/68 (83.82%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D +K MN QI L+S EPL  F VKFY PDP+Q+EEEYTRYLFSLQIKRDLA G LQCNDNTAALM
Sbjct:  838 YWLDRDKAMNQQIGLSSGEPLLRFTVKFYIPDPSQLEEEYTRYLFSLQIKRDLAAGQLQCNDNTAALM 1041

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592854270|gb|GAXK01103274.1| (TSA: Calanus finmarchicus comp60931_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 57.3806 bits (137), Expect = 1.515e-9
Identity = 29/68 (42.65%), Postives = 44/68 (64.71%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPL-FLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WV  ++++N Q+     EP+   F V+FY PDPAQ+ E+ TRY   LQI++D+ +G L C+  T AL+
Sbjct:  684 WVQNDRKLNKQM----KEPMKCWFQVRFYPPDPAQLSEDITRYQLCLQIQQDVKSGKLPCSFVTHALL 875

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592854271|gb|GAXK01103273.1| (TSA: Calanus finmarchicus comp60931_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 57.3806 bits (137), Expect = 1.990e-9
Identity = 29/68 (42.65%), Postives = 44/68 (64.71%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPL-FLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WV  ++++N Q+     EP+   F V+FY PDPAQ+ E+ TRY   LQI++D+ +G L C+  T AL+
Sbjct: 1263 WVQNDRKLNKQM----KEPMKCWFQVRFYPPDPAQLSEDITRYQLCLQIQQDVKSGKLPCSFVTHALL 1454

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592911437|gb|GAXK01046938.1| (TSA: Calanus finmarchicus comp138102_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 57.7658 bits (138), Expect = 2.072e-9
Identity = 29/68 (42.65%), Postives = 42/68 (61.76%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFL-FCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D  K +  Q+ +    P+ L F VKFY  DP+++ EEYTRY   LQ+K+DL+TG L    +T  L+
Sbjct: 3590 WLDPSKPIRKQMRVKGVTPVTLHFRVKFYVTDPSRLHEEYTRYHVYLQVKKDLSTGRLIAPISTVCLL 3793

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592854272|gb|GAXK01103272.1| (TSA: Calanus finmarchicus comp60931_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 57.3806 bits (137), Expect = 2.337e-9
Identity = 29/68 (42.65%), Postives = 44/68 (64.71%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPL-FLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WV  ++++N Q+     EP+   F V+FY PDPAQ+ E+ TRY   LQI++D+ +G L C+  T AL+
Sbjct: 2158 WVQNDRKLNKQM----KEPMKCWFQVRFYPPDPAQLSEDITRYQLCLQIQQDVKSGKLPCSFVTHALL 2349

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592854265|gb|GAXK01103279.1| (TSA: Calanus finmarchicus comp60931_c5_seq1 transcribed RNA sequence)

HSP 1 Score: 56.6102 bits (135), Expect = 2.906e-9
Identity = 29/68 (42.65%), Postives = 44/68 (64.71%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLF-LFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WV  ++++N Q+     EP+   F V+FY PDPAQ+ E+ TRY   LQI++D+ +G L C+  T AL+
Sbjct:  187 WVQNDRKLNKQM----KEPMKCWFQVRFYPPDPAQLSEDITRYQLCLQIQQDVKSGKLPCSFVTHALL 378

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592750113|gb|GAXK01204300.1| (TSA: Calanus finmarchicus comp410028_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 2.585e-8
Identity = 25/67 (37.31%), Postives = 40/67 (59.70%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WVD+++ +  Q+   S+EP     V FY  D + +E+E TRY + LQ+K D+  G L+CN   A ++
Sbjct:  638 WVDLDRPLKKQLDKYSTEPYLYLGVIFYVTDVSLLEDEVTRYHYFLQLKMDVVEGRLRCNYEQAIVL 838

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592750114|gb|GAXK01204299.1| (TSA: Calanus finmarchicus comp410028_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 2.597e-8
Identity = 25/67 (37.31%), Postives = 40/67 (59.70%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WVD+++ +  Q+   S+EP     V FY  D + +E+E TRY + LQ+K D+  G L+CN   A ++
Sbjct:  638 WVDLDRPLKKQLDKYSTEPYLYLGVIFYVTDVSLLEDEVTRYHYFLQLKMDVVEGRLRCNYEQAIVL 838

[Close]

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Match: gi|592878661|gb|GAXK01079240.1| (TSA: Calanus finmarchicus comp267890_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 49.2914 bits (116), Expect = 9.573e-7
Identity = 26/58 (44.83%), Postives = 37/58 (63.79%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLL 122
            +W+D  K+++ QI   S   L+L  VKFY+ DP ++ EE TRY F LQ+K D+  G L
Sbjct:  688 HWLDPTKRVSQQIKGISPITLYL-GVKFYSADPCKLVEEITRYQFFLQVKLDILQGRL 858

[Close]

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Match: EMLSAP00000008427 (pep:novel supercontig:LSalAtl2s:LSalAtl2s515:271110:319367:1 gene:EMLSAG00000008427 transcript:EMLSAT00000008427 description:"maker-LSalAtl2s515-augustus-gene-3.11")

HSP 1 Score: 275.018 bits (702), Expect = 5.969e-96
Identity = 132/132 (100.00%), Postives = 132/132 (100.00%), Query Frame = 0

Query:    1 METLDGISREGTLNRQYHRRQSGGDEDCGTISGCASGGDDIGGRGSVGGGRXPPPRMRAGKMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            METLDGISREGTLNRQYHRRQSGGDEDCGTISGCASGGDDIGGRGSVGGGRXPPPRMRAGKMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM
Sbjct:    1 METLDGISREGTLNRQYHRRQSGGDEDCGTISGCASGGDDIGGRGSVGGGRXPPPRMRAGKMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132

[Close]

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Match: EMLSAP00000004470 (pep:novel supercontig:LSalAtl2s:LSalAtl2s232:29894:32555:1 gene:EMLSAG00000004470 transcript:EMLSAT00000004470 description:"maker-LSalAtl2s232-snap-gene-0.8")

HSP 1 Score: 53.5286 bits (127), Expect = 3.212e-9
Identity = 29/68 (42.65%), Postives = 42/68 (61.76%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPL-FLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            WV  +++++ Q+     EP   LF VKF  P+PAQ+ E+ TRY   LQI+ D+ TG L C+  T AL+
Sbjct:   56 WVSGDRRISKQLG---CEPRNCLFQVKFXPPEPAQLSEDLTRYQMCLQIQNDIKTGKLPCSFVTHALL 120

[Close]

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Match: EMLSAP00000007642 (pep:novel supercontig:LSalAtl2s:LSalAtl2s443:128347:151747:1 gene:EMLSAG00000007642 transcript:EMLSAT00000007642 description:"snap_masked-LSalAtl2s443-processed-gene-1.4")

HSP 1 Score: 52.373 bits (124), Expect = 6.977e-9
Identity = 26/64 (40.62%), Postives = 37/64 (57.81%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTA 129
            WVD  KQ+  Q+ +      F   +KFY+ +P  + EE TRY F LQ+K+DL    L+C  +TA
Sbjct:   87 WVDPSKQIRKQVKVGPPYA-FRMRIKFYSSEPNNLHEEITRYQFFLQLKQDLFASRLECPYHTA 149

[Close]

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Match: EMLSAP00000002109 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1398:6760:17346:1 gene:EMLSAG00000002109 transcript:EMLSAT00000002109 description:"augustus_masked-LSalAtl2s1398-processed-gene-0.1")

HSP 1 Score: 52.373 bits (124), Expect = 7.100e-9
Identity = 27/76 (35.53%), Postives = 44/76 (57.89%), Query Frame = 0

Query:   63 MAYWVDVEKQMNHQI--ALTSSEP----LFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            ++ W+D  K +  Q   A++S+         F VKFY  DP+Q++EE+TRY   LQ+++DL  G L+   +T  L+
Sbjct:  138 VSRWLDAHKMIKKQTKNAISSNTKGSLLTLYFRVKFYVTDPSQLKEEFTRYHVYLQVRKDLMEGRLKAPSSTLCLL 213

[Close]

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Match: EMLSAP00000002840 (pep:novel supercontig:LSalAtl2s:LSalAtl2s163:455612:507996:1 gene:EMLSAG00000002840 transcript:EMLSAT00000002840 description:"snap_masked-LSalAtl2s163-processed-gene-5.5")

HSP 1 Score: 51.2174 bits (121), Expect = 1.533e-8
Identity = 28/71 (39.44%), Postives = 41/71 (57.75%), Query Frame = 0

Query:   56 RMRAGKMMAYWVDVEKQMNHQIALTSSEPLFLFC-VKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCN 125
            R +  K   +W++  K+++HQI   +  P+ L+   KFY  DP ++ EE TRY F LQIK D+  G L  N
Sbjct:   57 RYQDNKNQTHWLEPGKKVSHQIRGVA--PITLYMGXKFYAADPCRLVEEITRYQFVLQIKADILQGRLPLN 125

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|510791480|sp|F1LYQ8.2|FARP1_RAT (RecName: Full=FERM, RhoGEF and pleckstrin domain-containing protein 1)

HSP 1 Score: 70.4774 bits (171), Expect = 5.183e-14
Identity = 34/72 (47.22%), Postives = 47/72 (65.28%), Query Frame = 0

Query:   61 KMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + +  W+D+ K +  QI       L  F VKF+ PD  Q++EE TRYLF+LQ+K+DLA G L CND +AAL+
Sbjct:   89 RKIVVWLDLLKPIVKQIR-RPKHVLVKFVVKFFPPDHTQLQEELTRYLFALQVKQDLAQGRLTCNDTSAALL 159

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|288561892|sp|A2AD83.1|FRMD7_MOUSE (RecName: Full=FERM domain-containing protein 7)

HSP 1 Score: 70.0922 bits (170), Expect = 6.738e-14
Identity = 33/67 (49.25%), Postives = 44/67 (65.67%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  Q+     E +F F VKF+  DP  + EE TRYLF+LQIK+DLA G L C+DN  ALM
Sbjct:   56 WLELLKPITKQVK-NPKEVVFKFMVKFFPVDPGHLREELTRYLFTLQIKKDLALGRLPCSDNCTALM 121

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|74749680|sp|Q6ZUT3.1|FRMD7_HUMAN (RecName: Full=FERM domain-containing protein 7)

HSP 1 Score: 69.707 bits (169), Expect = 9.848e-14
Identity = 33/67 (49.25%), Postives = 44/67 (65.67%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+++ K +  Q+     E +F F VKF+  DP  + EE TRYLF+LQIK+DLA G L C+DN  ALM
Sbjct:   56 WLELLKPITKQVK-NPKEIVFKFMVKFFPVDPGHLREELTRYLFTLQIKKDLALGRLPCSDNCTALM 121

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|93204574|sp|O94887.3|FARP2_HUMAN (RecName: Full=FERM, RhoGEF and pleckstrin domain-containing protein 2; AltName: Full=FERM domain including RhoGEF; Short=FIR; AltName: Full=Pleckstrin homology domain-containing family C member 3; Short=PH domain-containing family C member 3)

HSP 1 Score: 68.1662 bits (165), Expect = 3.528e-13
Identity = 37/78 (47.44%), Postives = 48/78 (61.54%), Query Frame = 0

Query:   57 MRAGKMMAYWVDVE--KQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            M      +YW+ +E  K +  QI    +  L L  VKF+ PDP Q++EEYTRYLF+LQ+KRDL    L C D TAAL+
Sbjct:   87 MEFQNTQSYWIWLEPMKPIIRQIRRPKNVVLRL-AVKFFPPDPGQLQEEYTRYLFALQLKRDLLEERLTCADTTAALL 163

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|341940687|sp|Q91VS8.2|FARP2_MOUSE (RecName: Full=FERM, RhoGEF and pleckstrin domain-containing protein 2; AltName: Full=FERM domain including RhoGEF; Short=FIR)

HSP 1 Score: 67.781 bits (164), Expect = 4.630e-13
Identity = 35/73 (47.95%), Postives = 48/73 (65.75%), Query Frame = 0

Query:   62 MMAYWVDVE--KQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + +YW+ +E  K +  Q+    +  L L  VKF+ PDP Q++EEYTRYLF+LQ+KRDL    L C  NTAAL+
Sbjct:   92 VQSYWIWLEPMKPIIRQVRKPKNAVLRL-AVKFFPPDPGQLQEEYTRYLFALQLKRDLLEERLTCTANTAALL 163

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|14916561|sp|Q9H4G0.2|E41L1_HUMAN (RecName: Full=Band 4.1-like protein 1; AltName: Full=Neuronal protein 4.1; Short=4.1N)

HSP 1 Score: 63.5438 bits (153), Expect = 1.472e-11
Identity = 32/67 (47.76%), Postives = 42/67 (62.69%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D  K++  QI   SS   F F VKFY PDPAQ+ E+ TRY   LQ++ D+ TG L C+  T AL+
Sbjct:  151 WLDPSKEIKKQI--RSSPWNFAFTVKFYPPDPAQLTEDITRYYLCLQLRADIITGRLPCSFVTHALL 215

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|81872831|sp|Q9WTP0.1|E41L1_RAT (RecName: Full=Band 4.1-like protein 1; AltName: Full=Neuronal protein 4.1; Short=4.1N)

HSP 1 Score: 63.5438 bits (153), Expect = 1.545e-11
Identity = 32/67 (47.76%), Postives = 42/67 (62.69%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D  K++  QI   SS   F F VKFY PDPAQ+ E+ TRY   LQ++ D+ TG L C+  T AL+
Sbjct:  151 WLDPSKEIKKQI--RSSPWNFAFTVKFYPPDPAQLTEDITRYYLCLQLRADIITGRLPCSFVTHALL 215

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|134047752|sp|Q9Z2H5.2|E41L1_MOUSE (RecName: Full=Band 4.1-like protein 1; AltName: Full=Neuronal protein 4.1; Short=4.1N)

HSP 1 Score: 63.5438 bits (153), Expect = 1.560e-11
Identity = 32/67 (47.76%), Postives = 42/67 (62.69%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D  K++  QI   SS   F F VKFY PDPAQ+ E+ TRY   LQ++ D+ TG L C+  T AL+
Sbjct:  151 WLDPSKEIKKQI--RSSPWNFAFTVKFYPPDPAQLTEDITRYYLCLQLRADIITGRLPCSFVTHALL 215

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|131531|sp|P29074.1|PTN4_HUMAN (RecName: Full=Tyrosine-protein phosphatase non-receptor type 4; AltName: Full=Protein-tyrosine phosphatase MEG1; Short=MEG; Short=PTPase-MEG1)

HSP 1 Score: 62.7734 bits (151), Expect = 2.668e-11
Identity = 32/67 (47.76%), Postives = 43/67 (64.18%), Query Frame = 0

Query:   66 WVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            W+D  K +  Q+   S   L  F VKF+  DP +++EEYTRY + LQIK+D+ TG L C  NTAAL+
Sbjct:   84 WLDPNKPIRKQLKRGSPYSLN-FRVKFFVSDPNKLQEEYTRYQYFLQIKQDILTGRLPCPSNTAALL 149

[Close]

BLAST of EMLSAG00000008427 vs. SwissProt
Match: gi|74738821|sp|Q7Z6J6.1|FRMD5_HUMAN (RecName: Full=FERM domain-containing protein 5)

HSP 1 Score: 62.003 bits (149), Expect = 5.371e-11
Identity = 33/70 (47.14%), Postives = 43/70 (61.43%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFC--VKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            +W++  K +  Q+    S+P F  C  VKFY  DPA ++EE TRYL  LQIKRDL  G L C  + AAL+
Sbjct:   70 HWLEFTKSVVKQL---RSQPPFTMCFRVKFYPADPAALKEEITRYLVFLQIKRDLYHGRLLCKTSDAALL 136

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: ABW08601.2 (Chondrocyte-derived ezrin-like domain containing protein, isoform G [Drosophila melanogaster])

HSP 1 Score: 120.168 bits (300), Expect = 1.166e-31
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  123 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 190

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: AAF52081.2 (Chondrocyte-derived ezrin-like domain containing protein, isoform C [Drosophila melanogaster])

HSP 1 Score: 117.472 bits (293), Expect = 1.493e-31
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  123 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 190

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: EGK97612.1 (AGAP001287-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 118.627 bits (296), Expect = 3.744e-31
Identity = 50/68 (73.53%), Postives = 58/68 (85.29%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK +N Q+ L+  EP+  FCVKFYTPDP Q+EEEYTRYLF LQ+KRDLATG LQCNDNTAALM
Sbjct:  104 YWLDLEKSLNRQVGLSLVEPVLRFCVKFYTPDPLQLEEEYTRYLFCLQVKRDLATGSLQCNDNTAALM 171

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: ABI31137.1 (Chondrocyte-derived ezrin-like domain containing protein, isoform E [Drosophila melanogaster])

HSP 1 Score: 117.472 bits (293), Expect = 9.121e-31
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  123 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 190

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: AAF52080.3 (Chondrocyte-derived ezrin-like domain containing protein, isoform F [Drosophila melanogaster])

HSP 1 Score: 117.472 bits (293), Expect = 9.208e-31
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  123 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 190

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: EGK97613.1 (AGAP001287-PC [Anopheles gambiae str. PEST])

HSP 1 Score: 117.087 bits (292), Expect = 1.071e-30
Identity = 50/68 (73.53%), Postives = 58/68 (85.29%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK +N Q+ L+  EP+  FCVKFYTPDP Q+EEEYTRYLF LQ+KRDLATG LQCNDNTAALM
Sbjct:  104 YWLDLEKSLNRQVGLSLVEPVLRFCVKFYTPDPLQLEEEYTRYLFCLQVKRDLATGSLQCNDNTAALM 171

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: EAA01206.5 (AGAP001287-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 116.701 bits (291), Expect = 1.617e-30
Identity = 50/68 (73.53%), Postives = 58/68 (85.29%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK +N Q+ L+  EP+  FCVKFYTPDP Q+EEEYTRYLF LQ+KRDLATG LQCNDNTAALM
Sbjct:  104 YWLDLEKSLNRQVGLSLVEPVLRFCVKFYTPDPLQLEEEYTRYLFCLQVKRDLATGSLQCNDNTAALM 171

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: XP_016770218.1 (PREDICTED: FERM, RhoGEF and pleckstrin domain-containing protein 1-like isoform X3 [Apis mellifera])

HSP 1 Score: 111.694 bits (278), Expect = 7.802e-29
Identity = 49/68 (72.06%), Postives = 57/68 (83.82%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK +  Q+ L+  +PL  FCVKFYTPDPAQ+EEE+TRYLF LQIKRDLA  LLQCNDNTAALM
Sbjct:   98 YWLDLEKPVCRQVGLSLIDPLLRFCVKFYTPDPAQLEEEFTRYLFCLQIKRDLAQALLQCNDNTAALM 165

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: XP_016770217.1 (PREDICTED: FERM, RhoGEF and pleckstrin domain-containing protein 1-like isoform X2 [Apis mellifera])

HSP 1 Score: 111.309 bits (277), Expect = 1.543e-28
Identity = 49/68 (72.06%), Postives = 57/68 (83.82%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK +  Q+ L+  +PL  FCVKFYTPDPAQ+EEE+TRYLF LQIKRDLA  LLQCNDNTAALM
Sbjct:   98 YWLDLEKPVCRQVGLSLIDPLLRFCVKFYTPDPAQLEEEFTRYLFCLQIKRDLAQALLQCNDNTAALM 165

[Close]

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Match: gb|EFA03623.2| (hypothetical protein TcasGA2_TC013716 [Tribolium castaneum])

HSP 1 Score: 110.153 bits (274), Expect = 3.804e-28
Identity = 46/68 (67.65%), Postives = 58/68 (85.29%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D++K ++ Q+ L+  +PL  FCVKFYTPDP Q+EEEYTRYLF LQ+KRDLA GL+QCN+NTAALM
Sbjct:  104 YWMDLQKPISRQLGLSLVDPLLYFCVKFYTPDPGQLEEEYTRYLFCLQVKRDLAQGLMQCNENTAALM 171

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|322784641|gb|EFZ11508.1| (hypothetical protein SINV_07056, partial [Solenopsis invicta])

HSP 1 Score: 112.849 bits (281), Expect = 3.586e-29
Identity = 63/125 (50.40%), Postives = 73/125 (58.40%), Query Frame = 0

Query:   45 GSVGGGRXPP--PRMRAGKMMA-----------------------------------YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            G  GG R PP  PR +AGKM+A                                   YW+D+EK +  Q+ L+  +PL  FCVKFYTPDPAQ+EEE+TRYLF LQIKRDLA GLLQCNDNTAALM
Sbjct:   25 GVDGGSRTPPATPR-KAGKMLAAKALGRVLFDQVCKQLHLLEADYFGLEYQEPNFTKYWLDLEKPVCRQVGLSLIDPLLRFCVKFYTPDPAQLEEEFTRYLFCLQIKRDLAQGLLQCNDNTAALM 148

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1037040903|ref|XP_017140552.1| (PREDICTED: microtubule-associated protein futsch isoform X3 [Drosophila miranda])

HSP 1 Score: 120.553 bits (301), Expect = 4.182e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  127 YWLDLEKPMNRQVGLSLVDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 194

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|969467958|ref|XP_002137781.3| (uncharacterized protein Dpse_GA30107, isoform C [Drosophila pseudoobscura pseudoobscura] >gi|969473461|ref|XP_015037880.1| uncharacterized protein Dpse_GA30107, isoform F [Drosophila pseudoobscura pseudoobscura] >gi|950766417|gb|EDY68339.3| uncharacterized protein Dpse_GA30107, isoform C [Drosophila pseudoobscura pseudoobscura] >gi|950766420|gb|KRT00849.1| uncharacterized protein Dpse_GA30107, isoform F [Drosophila pseudoobscura pseudoobscura])

HSP 1 Score: 120.553 bits (301), Expect = 4.223e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  121 YWLDLEKPMNRQVGLSLVDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 188

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|194746574|ref|XP_001955755.1| (uncharacterized protein Dana_GF18918, isoform A [Drosophila ananassae] >gi|964163215|ref|XP_014767157.1| uncharacterized protein Dana_GF18918, isoform B [Drosophila ananassae] >gi|964163218|ref|XP_014767158.1| uncharacterized protein Dana_GF18918, isoform C [Drosophila ananassae] >gi|964163221|ref|XP_014767159.1| uncharacterized protein Dana_GF18918, isoform D [Drosophila ananassae] >gi|964163224|ref|XP_014767160.1| uncharacterized protein Dana_GF18918, isoform E [Drosophila ananassae] >gi|964163227|ref|XP_014767161.1| uncharacterized protein Dana_GF18918, isoform F [Drosophila ananassae] >gi|190628792|gb|EDV44316.1| uncharacterized protein Dana_GF18918, isoform A [Drosophila ananassae] >gi|939225949|gb|KPU80755.1| uncharacterized protein Dana_GF18918, isoform B [Drosophila ananassae] >gi|939225950|gb|KPU80756.1| uncharacterized protein Dana_GF18918, isoform C [Drosophila ananassae] >gi|939225951|gb|KPU80757.1| uncharacterized protein Dana_GF18918, isoform D [Drosophila ananassae] >gi|939225952|gb|KPU80758.1| uncharacterized protein Dana_GF18918, isoform E [Drosophila ananassae] >gi|939225953|gb|KPU80759.1| uncharacterized protein Dana_GF18918, isoform F [Drosophila ananassae])

HSP 1 Score: 120.553 bits (301), Expect = 4.563e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  121 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 188

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1036871476|ref|XP_017092793.1| (PREDICTED: uncharacterized protein LOC108122623 isoform X1 [Drosophila bipectinata])

HSP 1 Score: 120.168 bits (300), Expect = 5.027e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  116 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 183

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1037060992|ref|XP_017081672.1| (PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108114970 [Drosophila eugracilis])

HSP 1 Score: 120.168 bits (300), Expect = 5.380e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  122 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 189

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1036942125|ref|XP_017119676.1| (PREDICTED: uncharacterized protein LOC108141048 isoform X1 [Drosophila elegans])

HSP 1 Score: 120.168 bits (300), Expect = 5.381e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  126 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 193

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|195396043|ref|XP_002056642.1| (uncharacterized protein Dvir_GJ11053, isoform A [Drosophila virilis] >gi|968098732|ref|XP_015026201.1| uncharacterized protein Dvir_GJ11053, isoform B [Drosophila virilis] >gi|194143351|gb|EDW59754.1| uncharacterized protein Dvir_GJ11053, isoform A [Drosophila virilis] >gi|946560173|gb|KRF79050.1| uncharacterized protein Dvir_GJ11053, isoform B [Drosophila virilis])

HSP 1 Score: 120.168 bits (300), Expect = 5.646e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  128 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 195

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1036983846|ref|XP_017031192.1| (PREDICTED: uncharacterized protein LOC108080808 isoform X2 [Drosophila kikkawai])

HSP 1 Score: 120.168 bits (300), Expect = 5.648e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  117 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 184

[Close]

BLAST of EMLSAG00000008427 vs. nr
Match: gi|1013923355|ref|XP_016033235.1| (uncharacterized protein Dsimw501_GD19754 [Drosophila simulans] >gi|900912017|gb|KMZ01519.1| uncharacterized protein Dsimw501_GD19754 [Drosophila simulans])

HSP 1 Score: 120.168 bits (300), Expect = 5.703e-29
Identity = 51/68 (75.00%), Postives = 59/68 (86.76%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            YW+D+EK MN Q+ L+  +P+  FC+KFYTPDPAQ+EEEYTRYLF LQIKRDLATG LQCNDNTAALM
Sbjct:  125 YWLDLEKPMNRQVGLSLIDPVLRFCIKFYTPDPAQLEEEYTRYLFCLQIKRDLATGSLQCNDNTAALM 192

[Close]

BLAST of EMLSAG00000008427 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold85_size395806-processed-gene-0.2 (protein:Tk03908 transcript:snap_masked-scaffold85_size395806-processed-gene-0.2-mRNA-1 annotation:"chondrocyte-derived ezrin-like domain containing protein isoform c")

HSP 1 Score: 127.872 bits (320), Expect = 8.425e-37
Identity = 53/70 (75.71%), Postives = 64/70 (91.43%), Query Frame = 0

Query:   63 MAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            + YW+D+EKQMNHQ+ ++++EPL  FCVKFYTPDP QIEEEYTRYLF+LQ+KRDLA GLLQCNDNT+ALM
Sbjct:   98 VTYWLDLEKQMNHQVGISTNEPLLRFCVKFYTPDPGQIEEEYTRYLFTLQVKRDLALGLLQCNDNTSALM 167

[Close]

BLAST of EMLSAG00000008427 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold505_size153196-snap-gene-0.22 (protein:Tk05999 transcript:maker-scaffold505_size153196-snap-gene-0.22-mRNA-1 annotation:"4.1 G protein ")

HSP 1 Score: 51.2174 bits (121), Expect = 1.102e-8
Identity = 26/65 (40.00%), Postives = 39/65 (60.00%), Query Frame = 0

Query:   65 YWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTA 129
            +W+D  K+++ Q+ + S   L+L  VKFY  DP ++ EE TRY F LQ+K D+  G L  +   A
Sbjct:   83 HWLDPSKRVSDQLQVISPITLYL-GVKFYAADPCRLVEEITRYQFFLQVKLDVLQGRLPVSQELA 146

[Close]

BLAST of EMLSAG00000008427 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold5_size1054832-snap-gene-0.15 (protein:Tk04017 transcript:maker-scaffold5_size1054832-snap-gene-0.15-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_304861")

HSP 1 Score: 49.6766 bits (117), Expect = 3.178e-8
Identity = 25/82 (30.49%), Postives = 42/82 (51.22%), Query Frame = 0

Query:   51 RXPPPRMRAGKMMAYWVDVEKQMNHQIALTSSEPLFLFCVKFYTPDPAQIEEEYTRYLFSLQIKRDLATGLLQCNDNTAALM 132
            R   P++R       W D+++ +  Q+   + EP     V FY  D + + +E TRY + LQ+K D+  G L+CN   A ++
Sbjct:   70 RRSYPKIR-------WADLDRPLKKQLDKYAQEPYLYLAVMFYVHDVSLLGDEVTRYHYFLQLKLDVIEGRLRCNYEQAIVL 144

The following BLAST results are available for this feature:

BLAST of EMLSAG00000008427 vs. GO
BLAST of EMLSAG00000008427 vs. C. finmarchicus
BLAST of EMLSAG00000008427 vs. L. salmonis peptides
BLAST of EMLSAG00000008427 vs. SwissProt
BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
BLAST of EMLSAG00000008427 vs. nr
BLAST of EMLSAG00000008427 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000008427 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	1.402e-19	59.70	symbol:frm-3 "Protein FRM-3" species:6239 "Caenorh...	[more]
-	5.854e-15	51.39	symbol:farp2 "FERM, RhoGEF and pleckstrin domain p...	[more]
-	7.364e-15	52.05	symbol:E1C5B7 "Uncharacterized protein" species:90...	[more]
-	2.381e-14	50.75	symbol:si:ch211-243g6.3 "si:ch211-243g6.3" species...	[more]
-	2.484e-14	49.25	symbol:FRMD7 "Uncharacterized protein" species:982...	[more]
-	1.022e-13	49.25	symbol:FRMD7 "Uncharacterized protein" species:991...	[more]
-	1.114e-13	47.76	symbol:frmd7 "FERM domain containing 7" species:79...	[more]
-	3.182e-13	47.22	symbol:Farp1 "FERM, RhoGEF and pleckstrin domain-c...	[more]
-	3.182e-13	47.22	symbol:Farp1 "FERM, RhoGEF (Arhgef) and pleckstrin...	[more]
-	3.438e-13	49.25	symbol:Frmd7 "FERM domain containing 7" species:10...	[more]

Pages

BLAST of EMLSAG00000008427 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 15


Match Name	E-value	Identity	Description
gi\|592952006\|gb\|GAXK01006547.1\|	6.559e-29	76.47	TSA: Calanus finmarchicus comp69722_c0_seq2 transc...	[more]
gi\|592952007\|gb\|GAXK01006546.1\|	6.618e-29	76.47	TSA: Calanus finmarchicus comp69722_c0_seq1 transc...	[more]
gi\|592854270\|gb\|GAXK01103274.1\|	1.515e-9	42.65	TSA: Calanus finmarchicus comp60931_c1_seq3 transc...	[more]
gi\|592854271\|gb\|GAXK01103273.1\|	1.990e-9	42.65	TSA: Calanus finmarchicus comp60931_c1_seq2 transc...	[more]
gi\|592911437\|gb\|GAXK01046938.1\|	2.072e-9	42.65	TSA: Calanus finmarchicus comp138102_c0_seq1 trans...	[more]
gi\|592854272\|gb\|GAXK01103272.1\|	2.337e-9	42.65	TSA: Calanus finmarchicus comp60931_c1_seq1 transc...	[more]
gi\|592854265\|gb\|GAXK01103279.1\|	2.906e-9	42.65	TSA: Calanus finmarchicus comp60931_c5_seq1 transc...	[more]
gi\|592750113\|gb\|GAXK01204300.1\|	2.585e-8	37.31	TSA: Calanus finmarchicus comp410028_c0_seq2 trans...	[more]
gi\|592750114\|gb\|GAXK01204299.1\|	2.597e-8	37.31	TSA: Calanus finmarchicus comp410028_c0_seq1 trans...	[more]
gi\|592878661\|gb\|GAXK01079240.1\|	9.573e-7	44.83	TSA: Calanus finmarchicus comp267890_c0_seq1 trans...	[more]

Pages

BLAST of EMLSAG00000008427 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 5


Match Name	E-value	Identity	Description
EMLSAP00000008427	5.969e-96	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s515:27111...	[more]
EMLSAP00000004470	3.212e-9	42.65	pep:novel supercontig:LSalAtl2s:LSalAtl2s232:29894...	[more]
EMLSAP00000007642	6.977e-9	40.63	pep:novel supercontig:LSalAtl2s:LSalAtl2s443:12834...	[more]
EMLSAP00000002109	7.100e-9	35.53	pep:novel supercontig:LSalAtl2s:LSalAtl2s1398:6760...	[more]
EMLSAP00000002840	1.533e-8	39.44	pep:novel supercontig:LSalAtl2s:LSalAtl2s163:45561...	[more]

BLAST of EMLSAG00000008427 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|510791480\|sp\|F1LYQ8.2\|FARP1_RAT	5.183e-14	47.22	RecName: Full=FERM, RhoGEF and pleckstrin domain-c...	[more]
gi\|288561892\|sp\|A2AD83.1\|FRMD7_MOUSE	6.738e-14	49.25	RecName: Full=FERM domain-containing protein 7	[more]
gi\|74749680\|sp\|Q6ZUT3.1\|FRMD7_HUMAN	9.848e-14	49.25	RecName: Full=FERM domain-containing protein 7	[more]
gi\|93204574\|sp\|O94887.3\|FARP2_HUMAN	3.528e-13	47.44	RecName: Full=FERM, RhoGEF and pleckstrin domain-c...	[more]
gi\|341940687\|sp\|Q91VS8.2\|FARP2_MOUSE	4.630e-13	47.95	RecName: Full=FERM, RhoGEF and pleckstrin domain-c...	[more]
gi\|14916561\|sp\|Q9H4G0.2\|E41L1_HUMAN	1.472e-11	47.76	RecName: Full=Band 4.1-like protein 1; AltName: Fu...	[more]
gi\|81872831\|sp\|Q9WTP0.1\|E41L1_RAT	1.545e-11	47.76	RecName: Full=Band 4.1-like protein 1; AltName: Fu...	[more]
gi\|134047752\|sp\|Q9Z2H5.2\|E41L1_MOUSE	1.560e-11	47.76	RecName: Full=Band 4.1-like protein 1; AltName: Fu...	[more]
gi\|131531\|sp\|P29074.1\|PTN4_HUMAN	2.668e-11	47.76	RecName: Full=Tyrosine-protein phosphatase non-rec...	[more]
gi\|74738821\|sp\|Q7Z6J6.1\|FRMD5_HUMAN	5.371e-11	47.14	RecName: Full=FERM domain-containing protein 5	[more]

Pages

BLAST of EMLSAG00000008427 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
ABW08601.2	1.166e-31	75.00	Chondrocyte-derived ezrin-like domain containing p...	[more]
AAF52081.2	1.493e-31	75.00	Chondrocyte-derived ezrin-like domain containing p...	[more]
EGK97612.1	3.744e-31	73.53	AGAP001287-PB [Anopheles gambiae str. PEST]	[more]
ABI31137.1	9.121e-31	75.00	Chondrocyte-derived ezrin-like domain containing p...	[more]
AAF52080.3	9.208e-31	75.00	Chondrocyte-derived ezrin-like domain containing p...	[more]
EGK97613.1	1.071e-30	73.53	AGAP001287-PC [Anopheles gambiae str. PEST]	[more]
EAA01206.5	1.617e-30	73.53	AGAP001287-PA [Anopheles gambiae str. PEST]	[more]
XP_016770218.1	7.802e-29	72.06	PREDICTED: FERM, RhoGEF and pleckstrin domain-cont...	[more]
XP_016770217.1	1.543e-28	72.06	PREDICTED: FERM, RhoGEF and pleckstrin domain-cont...	[more]
gb\|EFA03623.2\|	3.804e-28	67.65	hypothetical protein TcasGA2_TC013716 [Tribolium c...	[more]

Pages

BLAST of EMLSAG00000008427 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|322784641\|gb\|EFZ11508.1\|	3.586e-29	50.40	hypothetical protein SINV_07056, partial [Solenops...	[more]
gi\|1037040903\|ref\|XP_017140552.1\|	4.182e-29	75.00	PREDICTED: microtubule-associated protein futsch i...	[more]
gi\|969467958\|ref\|XP_002137781.3\|	4.223e-29	75.00	uncharacterized protein Dpse_GA30107, isoform C [D...	[more]
gi\|194746574\|ref\|XP_001955755.1\|	4.563e-29	75.00	uncharacterized protein Dana_GF18918, isoform A [D...	[more]
gi\|1036871476\|ref\|XP_017092793.1\|	5.027e-29	75.00	PREDICTED: uncharacterized protein LOC108122623 is...	[more]
gi\|1037060992\|ref\|XP_017081672.1\|	5.380e-29	75.00	PREDICTED: LOW QUALITY PROTEIN: uncharacterized pr...	[more]
gi\|1036942125\|ref\|XP_017119676.1\|	5.381e-29	75.00	PREDICTED: uncharacterized protein LOC108141048 is...	[more]
gi\|195396043\|ref\|XP_002056642.1\|	5.646e-29	75.00	uncharacterized protein Dvir_GJ11053, isoform A [D...	[more]
gi\|1036983846\|ref\|XP_017031192.1\|	5.648e-29	75.00	PREDICTED: uncharacterized protein LOC108080808 is...	[more]
gi\|1013923355\|ref\|XP_016033235.1\|	5.703e-29	75.00	uncharacterized protein Dsimw501_GD19754 [Drosophi...	[more]

Pages

BLAST of EMLSAG00000008427 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3


Match Name	E-value	Identity	Description
snap_masked-scaffold85_size395806-processed-gene-0.2	8.425e-37	75.71	protein:Tk03908 transcript:snap_masked-scaffold85_...	[more]
maker-scaffold505_size153196-snap-gene-0.22	1.102e-8	40.00	protein:Tk05999 transcript:maker-scaffold505_size1...	[more]
maker-scaffold5_size1054832-snap-gene-0.15	3.178e-8	30.49	protein:Tk04017 transcript:maker-scaffold5_size105...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s515	supercontig	LSalAtl2s515:271110..319367 +

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-LSalAtl2s515-augustus-gene-3.11
Biotype	protein_coding
Evidence	IEA
Note	FERM, RhoGEF and pleckstrin domain-containing protein 1

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000008427 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000008427	EMLSAT00000008427-704274	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s515:271110..319367+

gene from alignment at LSalAtl2s515:271110..319367+

Legend: mRNA

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

>EMLSAG00000008427-691193 ID=EMLSAG00000008427-691193|Name=EMLSAG00000008427|organism=Lepeophtheirus salmonis|type=gene|length=48258bp|location=Sequence derived from alignment at LSalAtl2s515:271110..319367+ (Lepeophtheirus salmonis)
TGAAGATTTGAGTGCCCCTACGGAGCAGCGCTGTTTGCGCCCAAGTAAAT
AAATATTCTGGCCAAAGTATTCCGCATTTCGAAGAAGATCCGAGATTACT
AATATAAAAAAAATAACGATTGGTGTTCTCTTGAAGGGATTTCGTGTTTT
CTTTACATTTCGTATCTATTAAAAAGTGTTCACATCGTATATCGATTCGC
AGAAATGGAAACCCTGGATGGGATTAGGTGAGAAATGATTTTTCCATTTG
AATGTTTCCCGGGAGTGTGTGGGAGGTGAGACCTTAGCTGAATCGGAGTT
CCTATTTCGGGAACAACTTCAGAGAGCACTACTTAAAATGATATTCATGA
CCTAATTATGCTCATCCTCCATTCCGAGTCCAGTGGCTCAATTATGAATG
GGGGGGGGGGAGGGGGAGACTGAGATATTTCATCATCATGGAAGTCCGCT
CCTCATACATTATCCTATCTCATGATAAGATTAGATTAATATCATGACTC
AATATTTGTGTGCGCCTAATAGTTTTTACTATGTGACGTTTATGACTTAG
TTATTAGTAGTATTGAAAATCCTTTTGCATCTATCTACATCCATTGATCC
TGGACGAAGGATTTCAAATCATCATTAAAATATATGCATGCTTAATTCCC
CTTTTACTGCCATTAACATAGTAGCTTTTAAGATGTATATACCATATCAG
AACGGCCAGATAACTTTTCAATAAAACCCCAGATCCAAGGCTTAAGAATA
TTAAGTTAATGAGTTATTTTATTATCCGTGAATTCTTTTTGGTAGAAGAG
GATCTATGGATATAATAAGATCTATACCAGCAAATGAAATTTTGTTTTCA
CCTTCAATTGATTTTTTTACTATAAATTGAATTATATTTACACTATTTTT
AACCAAATCAAAACATTTTTAAAGTTTTACATAACTTTTATGTAGCATAA
GCATGGATTTATTTGCCTTTTTTTTTTCCTGGGGCAACACTTAAAAAATA
CGAGATTCAGCATTTTTCGTATCTTATTAAGGCCTATCTTTTAATTCAGG
TACAGCTAACCATTCTGCTTTGAAACACTAAATCAGGGGTCGGCAACCTA
TGGCACGTGGAAGAATATTCACTGGCACTTGCAAATGAGAACATATTCCT
CTAGTTTGTGTGTGTTTTTACAATTATTGATAATAGTGGCAAACTCATTG
ATTAGAAATGTTTAAGTTGGCACTTTATGTCTCAAAGGTTGCCTATCCCT
GCACTAGATGGTCAACTTTCGAACATTGACAAAGTCTGTTCTCATCAGTC
ATACTAAAGAGGATTAATTGTCGAATACAATTAGTGTGAAAAATTTGGTT
GATTATGCTTTAGTTAACCTGATGAATGACGAACAACGTGAGACTTGATA
AGAGTGGCACAAACACTTATGAAATGTGTGATGAACCTCTGGCTATTGTG
TCACTATAGTTTCAAAACGTTTAATTTAAAGATTTAAACGTTTTAAAACC
TACGCCTTTGGAAAGGTTTCAATGGTATATGTAGTATGAAGCTTTATTTG
CTTGAATCATATATATTTTTTTAATGTAATAACATTGTAATTGTTCTTGA
TTAGCTTAGTACATACGAAAAACCCAAGATTCTATAAATGTGTTAAACTA
AAACACAATACTCCAAGATGGTACTGCAAATCCTAAGATCAGCCCTGTGC
CATATTATGTATATTACTACTATATTTTTCATGTTTGAACTCTACTTTAT
CCATCACTATTATTATTACTATATGTATTTTTATTTATTTTTAATCCTTC
TAATTCCTCTTTTCATTATTATTTTTTATTTATGACAAATACTTGATTTT
CAACTTGTCTTTATTAGTCAACATCACGTAGTATTTTGCTACTCTCAAGC
ATCTTTAAAACTCTGCATTTGATCAATTTGCTTATTTGAGGAGAGTTACA
TATACATGTATACACACTGCAAAATATGTTTATATCTGTTTCATTCAATG
CATCTTTGTTCATATTAGTACTATTAACCTATTTATTATGATTCATTGAT
GTTTGTGAATTATTTTATTTTTTTAAATCTCTTAAGTGACATGCCTCATT
ATAAAAGACTGTTCATTCGGGGTTTTTTTATGAATACAAATTTAAAAATA
TGAACGGAGTGATATTTTGTCATAGATAAATCCGCATCTGTGTTTGTTGC
AACATGCAGTAGTGCTGCTTATGTGTGACTTATTAATTGATGTTTTTTTA
TTAGTTCTCTTCTTTTTTGAAACTGTTTTTTCTCAAATACTACTTATACA
TTATATGTAGTCATTTAGTTATAAGTACCTATAGAGAGTATTATGAGTGA
GAGATGCTTCTGTTTTCTCACAAATTAATATCTTATTTTGAACATCCGTA
ATTCCTATATTTATGTTGTGTACTAGTTGCAAATTGTATAAGCAAACTCT
ACATGTTGCAACCAAAAAATCAGATGAATCATTTTAAATGAAGGATTTAG
AGTACTTGGGATGAGGATAGTGCAGTAATTGAATATTCCATGGGTGAATT
TTTGACTATTTTAATACAAATGACTAAAATATCAGTATACTGTGGGACAT
GATGAAGTTTAAATGCCAACAGTTATGTTANNNNNNNNNNTCATAAATAC
ATATAATAGCTCAACATCTAATGATAATATAAATTAAAAGTACCAACGTT
GTAATTTAAACTTGTAAAACATGTTCATACAAATTGCATCGTACACAGAC
ATCATAACTTGCAATGGATATTGAATCCTTTTCTCAACTATGTTATGAAT
AAAATGGCATGTCGATGGCGTAACCCCTTCAATTTCTGACCCCTTACCCA
CCTCAAGCAAGAATTACAAACTTTTTTCTTCTTTTTTTTTTGTAGAAAAA
GTCATTTGATTGATGAGTTAGCCGCCACCCCAAACAAAAATTCCGCGTTA
AGTGAATGTTAATTACTATTCAAGGCATTTTTGTTATATTTTTTTAGTAC
AAAATGTCTCAAAAAGTGCCTGAATACCGATACTTATCTTGGTACCCGTA
TGGAAATATTAGTATTGTGGCAATACTCTGTAGTATGTTGTACGTCTTCA
AATAAGCTTCTCCATATTATGTATTTCTTGTGTATTTTTCTCGCCTTCAA
AATGTGCTTGATTGAAGTTCATTGCCATTTGGTAATTGCTCCCTCTTCAT
TATTTATAATTTATTATTTCATTTCATTGTTGTTTTTTCTCGTTGTTGAG
AAATCTTGTATTTTCATCTCTCATCTACGTAGACGACAATGTTTCTTTTC
TCTAGCCAGTCCCTCTAGTTGAAATGAATTCTAAGCGTTCTAATTATTTG
TCATACAAAGTCATGATTTGACTAAATTTATAGTCATGCAAATATATTAG
CATCCATATATATTTTTCCGTGTTTTAACTTAATTGACCACGTGTCGTCT
ACTTTTACTATAAATATATATTCTTATATATTTATACAATGAGGATCATT
TGCATTGAAATGCTATATGATTCGCCAGAATCAATCAAGTGATAATGAGG
AATAGTCTAGTCATGATAGATTTGTAGTATTGCGATACTTATAGCCGTTA
CAACATATATATACACATATAAAAAAGTGTTGGATTGAGTTCAGCTGAGT
TGGAGTAATTTAATATTGAGTCAAGTCTATTTCGAGTACATTCATCGGAC
AAAGAAAAGTGTTTTATCATTGAATTGATAAAATCAACAATTGAGATAGT
TTGACTACTGATTAATAAAGCAGTATTAGTCAAATAATGCAGGTAATTAT
CTAAAATATATATTTGCATATTATTTTTTTATTTCAAAAAGTTATATCTA
TGAACTATAGCTAAGCCTAAATTAAATTAATTTAGATTTCCATGAATAAG
TATTGTTGTTTATTTCTCAGGCGGGCATCACAACCAATTATATTGATTCT
TTTCTATTAGTGTTAATCATTTAAGCTCAAGTCATTTTTAGAAATTTGTA
ATTTATAGCTATAGGTACTAAATAATTGTGACAGGTGTAATTAAAATATT
TGGAAAATAAGATATCTAACAAGATGAACAACAAATGAAAAAAAGTCTAT
CTATACATTCATAAGTTTCTGAACATAATTTATGTACTCGTAACCGAGGA
ACAACAATACAAACAACCTCTCTCCAGCGTTACTCTTTACTCTGAAGACA
TTGACTAAGTCAAAGTAATTAATTAGCATGGCTTGTTGCTATACTCTACG
GAACATATTGATTTAGACTTTAGAGCTGTTTTGGAATTGCGCGTCTATAG
ACTATTGAGCACGTTTGAAATTTGTGAATTAAACTTTTAAATGAATTAAC
TTTCAAGTTTCATGTGTTAATAGTACTTATTACCAATCATTTATCATTAT
TTAGGAAAAAACTTTACGAACACTCAATCTTAGCCTTAGATTATTAATAA
GTTTTTTTACATTAATTATAATAATTTTTGTAGTCGGAGTCTGTACACAA
TTTTCGACTCCAAAGTCCTGTTAATGACACATTATAATGTTTAAATGTCC
CCCCCCCCATTATATGACTCATAAATACGTAATAACCATGTAATTATATT
GAACGTATTAAATAAAAATGAAATGATAGTATCAATTAATAGTTGGTTAT
TAGAATGATGAATGTTGTAAATAAATAAGGCATTTAAAGACGAAGAAACT
GCAGCGTCTTCAATTTGCTTATACAAGTTGTTATTTGTAAAAACAAATTC
TGCAAGTTGCAACCAAAACATGAGATGAATAATTTTAAATGATGGATTTA
CAGTATTTGGTATGAGGATAATGCAATAATTGAGTATTCTATGTATGATT
GATATATAAATGCTACAATTTTTGAGAATTTTAATACACATCTTCAAAAT
GCAAGTGTTCTGTGGCACATGGTAAAGTTCAAATGCCCACCGTACTGTAA
TTTAAAAAGATCAAAATGAAATGATAGAAACTATTAATAGTTGGTAATTA
AAATGACCCATGTTGCTATTAAATAGGGTATTTGAAGATGAAGAAATTGC
GACTTGTATTATGTGCACATACAAGTTGCAACTTGTACAGAACATTTATA
CATATTTTCCTGTCTCCTCCCTTTTGTTAATTGTGTTTGATCCCAATGTG
AACAGCAAGTGGTGTTTTTTTTAACCAATTACAACATTTATTTGATATAT
AAATCTGTGGATATGTATACCACCACACCCTGTCTGGATTTTATATTATA
ATTTACAATTGATCATATTTTAATCAGGCAGGATACTTTTTTCATCTTTG
CTATGAGTCATACTATATTTTTGTCTGCTTCTATTTTTGGGTAACTCTTT
GACATACCTACATATATGTATATTAAGAAGTAAGAGTGAGGCTGATATAT
GTATTACTATGTTGGCTATACATAGACTACTAATGTACAGTTTCTCCCAT
TTTTCTGCACCCCTTTTCCATTCCCAAAACAGAAAAAGAAAAGAATCTTT
CTAAATTCATAAAAAAAGTGAATATTCGTTTCCTGTATGTACATTACATA
TATTGTATGTTTATATTTTTTTTGTCAGAAAGCACAAAGTATGTTGTACT
CTGAGGATGTTAGATATTATAATATACGTATAAAGTGCTCATGTATTCCT
TTTGAGAGATGTACATCATGGGCGTCCCAAGGGGTGGGCTGGAGGGCTGT
AACCCCCTCCCTAAATTAAGGATTTATTTGCGCTTTTTATTTGAAAATTT
AATTTTTAGGAATTTTTTTCTAAAAAATGTAATTTGGTAAATTTATCATT
TGAATTTTTTTCAAAAAAAAAAAAATTTTGTAAACAGCCGTGGATTTAAA
AAAATTAATTTTTTGAGACAACTATTGATTTTTGCCATATAAAAAATTCA
ATATTATAAATTTTTTGTGAAGAGCTGTGAATTTTTTGAGTATTTAAATC
CAAAAAAAAAATGAATTTTTTGAGAATATATATGTATTTTTGAAATTATA
TTCCAAAAAATTACATTTTTTGTGAGTGACTAAAGATTTAAAAAAAAAAA
AAAAATCCAAAAAATGTATTATTTTCAAACTTTTTTTTTTTTAATTTCAA
AAGTTCCTTATTCACTTACAAAGGTTGATAAATAATATTTGGTACCCATT
ATGGATTGAATGGGCAGATGGAAGGCTGTTGTGAGGATGGATTTGTCCTA
TTTTTATCATGCTCTAATACAGGGTGTTTTTTTGGCTTGTTTGCCCAAAT
AGATGAAGAGATCCTCTCGTAGGCTACACAAATGGAACATTAGCTTTAAT
TGGGTACATAATAAAAATAAATGACGTATGAATATTTATATTAATACATG
TTGCAGCTCTAATGACTGTCATTTGCTCATGGAATTCTCAACTATCTTTT
TAATCTAGTTGGCATCCTGACTGGTTGTGACAATCCTCATTATCTGATTT
TAGTGCTCTCATGAGTTATTTTTGTACTATATTTACTTTTCACCACATTT
ATCTCAAAGGAAATAGACTCAAGTATAAATATAGGATAAAAAGAGGGAAC
CCTGAAATCGGTCGTAGGATCAATTTTACTATTTACTAATTTTATGGAAC
AAATTTTCTTTTCTTTAGCTGTTGTCATTATTATTTATACTCCATTCAAT
AATATTTATAACTTGATTGCACATTCGTGTGTGCTCATGCAAGACACTTT
GAGGATTTGTTGTGGAGTTATAATTGTAAGTCCTTGTTCGACTCAGAGTA
GAATTAAGGACTGACGTCAGAGTAATTCTTGCGTAGTGTCCTTATTTATT
TACTTCTCCCCCGTTTCCCTAGTCACAACTGATTGTAGCTGATCTAACGA
AACGTCATGGCAGKCAAACTGCTTTCCTCCAGAACATTATTCAGATTGTT
GGGGTTATCATCTTGATTTGTGGTTTCTTTTTCCTTAACATGCCTAAAAT
ATACACGATCTTCATTACAATATATTAATACCTATGACCGGCAGAAACAA
TTGATGGCAATTGATTTACCCACTTCTGCGATTATTCGGTAGTGCACGGA
TAATCATACAATTATCCAATGCATATATAAAAATATTAGTTAATCTTTTT
TGTGGCCCAGACTTAGCCCGTGGGCTGCCTGTTGATAATTCCCGTTCTAT
TATATCCTTACAGTTTGTGGATCCAAGAGTTGGATTATAATATTAATTAT
TGATAACATTGTCCTTTTTTTTATTGCCATCAAAACCTTTTTTTTAAAGA
AAAATATACATTCTATGGAAAATCCAGTCATTGAACAAAATAAGAAGAAG
AAGGAAGTTGTAAGGAATCTCTCAATGCTGTGTTGTATTCACCAAAGCTT
TAAAACAGAGTGGCAAAACACCCCTGTTAACTGGAGCATATTCCTTGTCA
TATTTCACGTTATTACTTCTATTGTGTCACTGAACCATTCTTCTTAACAA
AAACAAGGAAAAAGGCCCAAAATTAGTTTGGTAGTTAGGCAATTCTTCCC
AACATTGGAATTAAGATTTGGTAATTGTTGAGAATTGTCCACAGATTCGA
GGGAGCTAATTTTAATTCAACCAATCAACGTTCAGAACACTGATTAGAAG
AAAAGAAGCAGATGCACTCACAGCTGACAATAAAATACACTGTATATTTT
TGTGTTAGCGATATAACGCCGTGATTATTATCCTTTTCGTTTAGATATCG
CTTTTTATGATACTATATAACACATCCCTTAATCATTTTAACTCCCAAGA
TACACAACTTTATCTTGCCTTTGCAGAATTTACTTTGTTGAAGGGGTGGA
TTCTTGGAGATTGTTGCAATGCTGTTTATAGCTTCATATTCAAGTATACT
AGCGGAAACATGATTTCGCGTAGCCAATTATTTTTAGAAAAATATTGATC
ACGTGGCCTTTGTTTCGTTTCCTCATATTTTTTTTTTTTTTTCATATTCT
CCTCCACGAAGGAAAATGCTTTAATTCATAAAAGATAATTTAGCTCTTAA
ACATTTGCCGCAATGTGTTTTGACTTATCATACAAGTAGTTTTTATATTA
CATACATATAACCTATGTTAAAAGCGCTTTTTTTATTATTAATCACAAGG
GAATTTGGAAATTGTAATATGAATCCAATGATGGAGTAAATGCGTTTTGA
TTACACAGATTACAGTGACCTCCCTATTCGAGAGGCTATCAGTAATATTC
TCTTAAATATCATATTGCTTTCACACCTTCTACTTGTGTATATGTATTAG
GGTGACCATCCATCTTCTTTTGTTGGGATAAGTTCTTCGGGGGCGTAGAG
GGGCTTTTAATAAATTGATAAAATATCCAATATTTGGTGACAAATAGTTA
TAAATATGTAAATAACCTCACCCCTCTCTCCCTTAAATCCCATTAGGGTC
ACCTTATAACTTCAAACCAAAGGGGCCGGAATCAATTCATAAGGCAGTAT
TAAAAAAAATTACGTCACATCCTGTTATAATTATTGTCATCATAATCACG
CAACTTGTCATTGCTTTGTTTTTCAACCTCTCTACAATTATTTCTTCTGT
ATAGTGCATTCTAATGTTGTTGCAAGTTCTATATTTTCATACCGGATCCG
ATACCTAAATTGATGTATTCGTACTTTCCTATACTTTTTCGACTAATAGT
TTCAAAAAGTTTACAGTCCGGTTAATTTTTGTTTATCGTGATGGGTGAGA
AACTATCCCGGAAATGTAAGGACATTATCTTGGTAAAAGACTATTTTTAT
TACTTTATATATATATATATAAAGTATGATTTTCTTTTGAATAAATGGGG
GGGGGGTAAAATGGGGGGATTGCAGCGTCTGGGGCCAATTTTGTATACAT
GGCGTTGCCGKGCCGGATGTACCTGTTGTTGTAATATCAGTTTCATATAC
TTCAGTTTTAAGTTGTTATTACTACTATTTAATTCTTTAGACAGGACAAC
TAAGTATAAAGTAATAACAAGTGATTGGGTTCATGAAAGACAGAGAGTAA
CAATGAAGGCTTGCTCGGGAGTTATATGTGTTCGTCGTCCTTGTAGGACT
CGCAGTGGAATCGAGTATCAACAGAGGAGTAATTTCTGCATATATGTCCA
TGCTGTATAAGGAGTGGGATTATTGTTTATTTCCTTTCTCTTACGATACA
TTGCAGCTGAACTAATAAAACGTCATGACAGCTAAGCTGCTCTTCTTCCA
AACATTCTCCAAATGATGAGGATGACCACGTTCATTTTCTTTGTCTTTTA
TTTTTACTTACAGACATGACATATCTTATGCATCAGAGTCAGTGCCCTAG
TACCATTAAATCACCAGTAAATTGAACAACATAGTTCAAACATATGCGTC
TTCAAGATTACACCCATAGTAATAATCACCCCAGTTGTGCATGTTTTGTT
TTTCAAACTCTTCTCTCATTACTATTTCTGCATAGGGGCTATGTAATTTT
ACAAGAATGGGCGTTAGGGCGCCCCCTATCCAATCAGAACTTCATAGGAA
CTCAAATGATAAACACTGAGAGGAAGTTGGAATCTCTCTCGAAAAATTTA
AAATGAATCCGTGCCAACATTTTCTTGTGATATAAACTTTGCTTGGAGCT
TGACTTTTTCACATGTCATATTGTCTTCTACCATAATTATCGTTTAAAAT
CTTATGAGGTGATACTAGTGCCTCTTATCAGCAGATAAAACGTGCTGAAC
GTTAAACATACCCTATATAAGTTAATGCATAACATAATTTAATCGCTGTT
TCTTTTGTGAGTAGGTTTTTTTCGAATTATTTAACGGGTGGTCCATTGAA
ATCTGAACACTTACTAATTCAATAATTAATGAAGGTTGAGTAATTGAAAT
TAATTCATATTTCCAAATATTAAAGCGTAAAGAATTACTTACAAAACAAA
ACAAACCTAAGCTCTCTTGCTTATGTACAAGTCAAGAAAAGGACACTTGG
ACATGATCGAATAATTGCCATTAGCGCACTCCAAGTGTTTGGGAGTCTCC
AGGACCACCGTCTACCCTTTCAGCAAATCAGAAAAGAAGGGCTCTGTCAA
AAAGCCACAATGAATCCAGAGGACTTAAAGAAAACAGCACAGGCCAATCC
CCACAAGTCCGTGAGGGCCCATGCAAGAGATCTCGGGGTTTCACACCAAG
AGCCAACAAAAAAGTAGGTGAAAAGAGCCTTGTGAGGGAGAAGAGGCCAC
TTTTGACACTAGCAATGAAGAAAAAAAAATATCTCTCCTCCGTTACAAGA
GTGAATAAGTCTTTTGAACTCTTTTGGTCCCCCTACAGGCCTCATGCCAG
CCCCCTCGACTATATTTTAATGGGTACATGTTAAGGGGAAGGCCTGCAGT
GTCCGTCATCCAAACACGGAGGCCCTCAAAGCCACTTTCAGACAGCTTTG
GGACGCCATGACAGTGGAATACATCCACAGCATGTACCAGGCCTTCAGCG
ACCGCCTGGAACCCATCATTGCCACTAAGGACGGCTTCATTAATAATTAA
AGAGAACTCAGACACACATATATTTATAGTATTAATTTTGTTGAAATTAT
ATTGTTATTTAATAAATATATTTAGTTTGTAANCAAAGTAGTTCAGATTT
TAATGGACACTCCGTATACATTAATGTGAGAGAAACAGGGATAGAAGGAG
TAGTTAATCAAAATAGTCCAAGGAGTATGGAATTAAAATATTTTTATGAG
TTTTGCTCCTCTCTTTTTATATATTCTATACCTATCCATTGTATGTAGAG
ATACTTAGAATAGAATAAAGACATTAAAATAACAGACAGGGACGAGGAAG
TTAAAATGAGATGGAATTTAAAGTATAAAAAAACGATCGTAAATCCTCTC
TTTGACCTCTTTCAACTGACCTCATCTCTACATATTCTGCGCTATGTCAC
AAATGAAAATATTTAACCAGAGAGAGAAAAATCTTATTTTAGAGAGTATG
TAGACAAACAAATACATATTTCCTTGTATCTTTTTTAAGAGAGAATAATG
AATCATTCATTCTTTGACTCAGGTGGGAATGCTTTCCATAATGAGCACTT
CTAACTCTTGCAACGATTTTTTCATGWCGCACGTCAGAATCTCACTTAAG
ATAGTGGGTAGGTTTTTTTTATATATATTTTATTACTCNTCATTCCCTCT
AAATTTTAAATTATTTATTTATAGATAGTTAAATGAGCTCGTTTCTTGGG
CTCTCTCAATATTTTTTGTGATGTAAATCGTTTGTATTGTTTAGCTCGCC
TCCTTTTTTTGGAATTGGTAACCTCATGAATGAATTTTCTATTCCACAGC
TGTTGTCATTAATATTTAACCCTCCTCAGTAGGGAAATTTCTATTCTACT
ACATACAATCATATTCAAAACCTGATATAACATTCTTGTGTGCTCATAAA
TATCGAGAGTAACCTTGAGGATTTGTTACGAAGTTATAAATGATGGTCCT
TCTTGTACAAAGAGTAGAATTGATGATCGACGTCGGAGTAATCCTTGCTA
ATGACCTACCTTAATTCCTTCTCCCCCCTCATATCTTGTTATAGCTGATC
TAATGAAACGTTAGGACAGCTAAGCCGCTATTCTCCAAAACATTCTTCAA
ATTGATTTTTGTTTTTTTAACATGCCCAAAGTATTTCATGAAGTAAGAAA
TAATATTAATTATTTTTTCCCAAAACTGTTACATGACTTTCAAATTATTG
GATTATTCGATATGGCCTCCCACAGCATTTATGTGAGCCTCCAKCCTCCT
TCTGAAGCCTATGGCAAACCTTACTGACATAGTCCATTGAATTCCGGGCT
GACATCATGAATGCCTCAAGGGATGCTGTTGAGCTGTCTGATTTGTTGCA
GGCAACTCCCTCAACCTGTGTGGCATGGGCACCATCCTGTTGGAAAAGAT
ATGGCTCATCTTCAAACAGCGCATCCATTTCGAGCTTTCTATGTGTCTCT
AAGAGATGTATGTTATGGACTGCATCGATTTTTTCATTGTTACGGATAAA
AATCTGAGGATATTCCTACAATACCCAGGATCATTACAGAACCAGATTGT
TTCGTCTTAAATGTATCGATCCGTAAGGGAGTTGGCAACCTGATCTATCC
TAAAAAGTTTTTCATCAGAAAAAACAAAATAGTTGGCGTTCCATGCTCGA
ACTTGTTGAGGAGTAGTCTTGATCTCGTGAGCCTTTTTGCTTTTGTTGAG
TCATTGATGAAGTGCTTATTTCTTCTTATTTGACTTCATTCCCGGGTCCT
CATGAACGATCGTTTGGACTGTGTTGGAGGTCAAGGATATAGCTTTTGCC
ATGTCACGAATGGTCCTGAATAGATTTCTCTTGATTTGAGCTTTGACTGA
ATAAACTTAAGTATTTGTCGGAACTGACCTTTCTGCCTTTGGCCTGATCC
CACACTACTCAAATTGTTTTTGATTGTATATATTGACTTTCGGCTCCTCC
CCACAGCCTTTAATTTTTTCAAATTAATTCATTAGTTTTTTTATTCAAAG
CCATTTATGTGAGTGTTTCCTTTTTTTTCCTTTTTAACATAGTGTATACA
TATAATTTGTAAAGAAATGTTAACTGTCAACATAAAGCAAGCAAGGATGT
TTTTTAATATCCAAAATGAGTTAATTTATCAACATATAATTATCTTCTAT
TTCTAATAATAAATTACTCTGATTCAGTCGCTAAAATTCTCAGTCACAAC
TTGGAAAAAAAGAAGATAAAAATGCTAAATAACAACATCTAAAAGACCAC
CACAAATGTAGTCTCATAATTTTTCAAAGAATCTAAATTGTGTTGAGTCG
CTGTTCAAGGACGAATTTTGTTCCCCGGTTTGGTCATAAGTAATTTTATG
TTGACCTAAATTAACGTGGGATCGGATCAAAACCACTTTTTTTGTCGACC
GAATTGTACTACAGGACTAATCAAATCGAATTAGACCGGTGTAGGATTTC
CAGACCAAGACACTACATCTTATTGAGTGTGATCGAACCTTTTTATGCCA
GATCATTATCATGGCATTAGAAAAAGTATGAGAAAGACAACTTTTGGTAT
TTATTTAATCTTAACATAACATAAGTTTATATTTTACTGGCTGAGAAACA
ATGCTTCTGTGTATCTCGAAATCCATCTTCGATCTATATAATAGATTTTG
AATATAAGGATCATATTTTTTTGGTATGTGGTATTCGTTTATTGAACAGG
AACTTGACAACATTGGCCTCAGCTTTCATCTAAGATATCACTTTGTCATA
CAGGAGTTCTAGGTACCTGTCGGTAATCACTCTCTCTTGGGTCAAAGAAG
ATGGGGAGGGGGCATGACATTGCCGTTGCTCCCAATGACCCCAAAGGTGA
TGATTCTGGCCGAAAATTTGGTTTTTAAGATGTGGAGGACATTATCTCTC
TCTATGGCCAACCATCCGTCGTTCCGGATGTTGTGAAATCTATCGACAGT
CTATTATTTCTCATCCGAATAAAAGATGATTCGGCAACCATGAGAATTCA
AATCTTTCAGTAATTATCTTCAGTGGACAGCCTGGGTGCCCTTCATTTTG
TCAGTAAGAAGTTGTCTTGTAGACATGGTATGAATTCATCCTCAGGTCAG
TGTTTATCGACCTGGAGACTGTTGCACGGCTTACTTGGCGTTTTTTGGCA
AGAGCGTGAATTGGAGTCTGAGAAGATGCCTTCACAGGCCCTTTTAGACC
TACGAGGAATCGGGGAGGTCGTTTTTTATTACTCCGGGACTTGTGGGATT
TTCTCTTAACTGCCATTCCTCCTTCCAGCTATTGTAGACGTCGTAGACTG
TGCTATTTGGATACCTGAAAATTTTCTTGATGTACGCTGGGGTTTTCCTG
TGCAATTCAATTCGATGATGGTGTTCCTCCGGGTCTCTTCTATCTTAAAA
ACTTGTTTTGAAAATAGTTGCGCAACCAACTTATAGCTAAGACTCTACCT
TTTACTTTAAAATTTGAATAACCTAGTTAAATGATTTCCTTATTGTTTAG
GATATAGTTACCGGAAGATGTTCCGGATTTACTTGAAGCCCCTGTATTTA
TAAAGTGCAAATAATAAATTATGARATTTTTCTTCTTTTTCGTGATTTTT
GTTACAGATTGCTTATCCATTGAGGCACCACACGCATATGTGTATAAAGA
GGACTCATAATTAAAAGCCTTACTTTCATTTACTTTTACCATCATCCTCC
TCCTTATTAATACTACAACTATTTCTATTATAGTGAAGCCTCAAGGCCTA
TCTATGTATGTACATATTAAAATAATAACAATAATAGCCTACCACAAAAC
TAAGTAAGTGAAATTGAGATTATACTGGAAGAAWAAATAATGAGTTTCCT
CCCCCCCCCCCCCCCCRTCTCCTCTTTATTCATCTGATTAGAAAMAATGT
TGTTTGAACCCAAAAGGAAAMGGCTCTACCACCACGCATATTATATAATG
TACTTTTTCCAAAAATAATTACAACGATATGATTTGTCCATATATGGGGA
GGATCGTGGTACAAAAAAGGAGGAACNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNTCTTGAGAGTAGGAGAGGTTCGTTAGTCATAATTTATAT
TTCTAGTGATGGGAAGATCCCATAAAATATCCCGATTCCGATGCAATACT
AATAAAAATTCCCGAGGCCAATTCTTTAATAGTTAAAGAATACCACTTGA
CTGTCAATTTCTATGAATTACAATTGATAAAATAAATCCCTCTACAAAAA
CTTTCACATCTTATCTATTATTTATTGGTCAGCTCAATCTCCTGATTTAA
ACGCAATAGAGAGCTATTGTGGGAACACCTAGACAGAAAAGTCTGGTAAA
AGTACACCACAAGTAAGTGAAACATTTGAAGAATGCTTGGAATGATATCA
AMCCCGCCTATCTTGAAAAACTAACAGTAAGAATGCCAAAAGTCTATACA
ACAGTTATAACGTAAATGGAGGATTTTTTAATGAATCTAAAATTTAAACA
AGAATACTTTGATTTTTTGCATATAAATGTTTATACACATCAATTCAATT
TTTCTTCATTTTAATAGCCTCATTACTGCGATACCTGATAATATATTCAT
AGGTAGTTGAAAAAAAAAAGTGAAATTCCATTTTTTTTCCAAACTTTTTC
TTGCCAGTGTATGAAACGAATAATGAGAACAGCATTAGAAAATTTAAAAA
AAACGAATTAATGTAGCAACTTCAAAAAGCCGGGCGCCTTCTTCCATTAT
ACATAGTATTATTTTCATTTATACATATGTAATACTTCTAATTTATATGA
CGTCATCGATTCGATGCTGACTATTTGGTAGCACACCCGGCATGACTTCA
ATAATTCATTTTTAAGATCTGCTTTGAGCGAATTATAAATGAGACTGATT
AAGACATTATTTTTTGTTGGAAGGATCTAGACTGAATTGAGCTTTAAAAA
GAATCCAGATTCTAGACACAAATTTTCTATTAGACCCAACTTCTTTGAAG
GACCTAATGAGTTTGTTCTAATAAAAATTGTAAGGGTCCTTAACCGGTCT
AGGATTTCCAAACTGAGATCCAACACTAATGCTTAAAACCTACATATATT
TTACTTAAACATAGTCCAAATATTGATATACTATGTAAAGAACAAACGTT
GAACGAAAATACATATTTACAAAATAAGAAAATGAGAAGAAAATAAAGTT
TTATAGCATTCCTGTCATATTTTTTTTGACTTCACAATAAAATATAAAGG
AACATTAAAATACAAATTTCAGCTCTGTTAGATCGAATTTCAAACAAAAA
ACAATTACTAAGTGTTACTAATTTAATGCCTAGTGTGCAATTTGGCTTTA
AATGTTTCTTAATTCCTAAAATATATATTGGGATATATTCTAAATTAATC
ACCCTGAATGGATTAATCGAAATTTTCTCTAGTACAAATTTAAGATCATT
AGTTCTGTAGAGTAAGGATCTGCAGGACACTCCATTTTGAAGTTGCAAAA
ATTAACTTGTTAAATGTTTTTTCATTGCAATTCATAAACTTAAATCTACA
TAATCACATTTTTGGATATTCGATACATCAGTAATATGATTGTTATCTTA
TCTAAGATAAGAACTAAAGTTTCATAGTCATGTACTATGAATATTGAATC
AACTAATCTTATCCAAGGACAGCAATATGTGTGGCGGATAATTTGATAAA
TTATCATATAATTCAATTGTACGAAACACAAAACTTGCAGTAACATTTAA
TTATCCCTGTTATTTTTAAATAAGTAGTTTTAATGCGCAAATCAAATGAT
AGCCGAAATAAAAATAAACAAGTTTTGTTTGTATCTCATGTCTCTTAGCG
TAAATTTTTTTTAACATCAACACAAAAAGCAACGCGTATGCGATCTCCTC
TGCACCAGTGTCAGTGACGAGAAGGCTGCATACACGGTTGCCATTTCAAC
CCAGGCTGCCTACAACATCAAGAAGTCAATTACAGCTCCATACAGCTAAG
AAGAACAAAAACTTTTAGCCTGCCTCCATGTGGCCCCTTCTCTAGCCCTG
ACCTCAACGTTGCAGTTTGTGAGATCTTGGAGAAAAATATCTGCCGCACC
TCTCATCCAAATTTGGAATTGCTTCGAGCTGCCATCATGACAGCGTGGTA
CMCCATGGGCATGGCCTTCATTGTMAAGASCTGCCAATCTATTCCCCGGC
ATGTGCAGCCTGTTAATGCTGATAAAGGAGGACATAATGAATAAAAAATT
AAGCTAAATATGTATGGTATTTCAAGATATCGCAAATGAGTTTTGAGTTG
TCTTCCTTGTTTTCATAACAATCACATTCTTCGTAATTTAGTCCAGCTAC
TTTTAAGTCCATTAAATATTCTAACAATAAATCAAAATTCATGCATAATT
ATTAATTCAATGGCAAGATAGATTGAAATACTATAAATATATATCTGCAT
GATGAGTGATTTCCATTTCTTGGTATAAATTAGCCTCCCCGCCATTTCTT
ATAATACTTTATTTAGTTTAGAAATGATGGATTGCCATAGTGTTCTTCTG
TATTGTATTGTTGTTTTTTTGTATGATATGTACAGAAACATTTATATTTT
TACTTCGTATGAGTATTTGCTATTATTCCTTTGATAATTTTATCAAAGTC
AAGTTTTTGATGATTATTCAAATATATACTTGCAATCCACATAGTTATAC
ATACATATTTCTCTCAGCAGTAGAGAGGATCAAAGGAGGACTAGTAAAGC
ACTGTCATTATTTGTGTCAAACATACTTATTAGCCTATTACTGAAAAGAA
ATGATGAGAGATAAGCGTACTTTAAATTTAGGGAAAAAGATAATAATATA
TTATGTAATGTCTGTCATTTCGGGGGTTAATGCGACATAATATGCGTTTA
TGTTCACTAGGAGTTATAGATAAATTGGTCGTCGGGGTGCTAACTTCTTC
CTCTGAAGTAAGCATTTTCGCCTATATTTGTGGTAGATTGTTTTAAAAAT
GCATTAGATAATGAATAGATTTGACTTTAATGCTGTTTTAAATGTAAATG
ATTCTCCTCTTTATAGCAGCAGCAATTCATTTNNNNNNNNNNNNNNNTCT
TATAACAGGCAGCTGATATTAATAACCGTCTTAATTCAGTAGTACCATAT
GTTTCGCTCTCGCCTTCTCCTTCCTCTTTTTTTTCTTACAAAGATATCAA
CTCTATACATAATATATGTCTCTCCGGTTTGTAAAAATAAAAGAAGCCTA
AAATAAACATGGTATCTAGGGGGGGTTGGGCTAGCTTTCATGATTTTGGG
GGGCATAGTGACTGATATAATTAATAATATTTATAGGTTTATTATATATA
TATTGAAAAAAAAGTGGGGTAGCAACGCGACTGCTTATGAACAGGGACGT
TGTTAACTTTCATCATTTGAGGGGGCTTAGCCCAAAAATTATCAATTCCT
TAATACAATCACAGTCCAGGCCAATCTCATGAAGTCCAAGAGATCTCAGG
GGTTCACACTAGACTGCCCAGAGAGATATATATATATAAGTTTGTGGAAA
GGGCCTTGTGAGAGTGGAGAGGTCACTTTTGACACGAGCAATTAAAAAAC
AACGATCTCCTTCGTGGCAAGACTATTTTTAATGATTTTTTTAAAAACTG
TTTTTGAGACTTTTGGCCCTCCGACATCCCAGATGCCAACTACACCTTTT
GGGTGTATGTTGAGGGGAAGGTCTAGAGTGTCTGTCATCCAAACACTGAT
GCCCTCAAAGCGATTGRCAGCCAGTACTGGGACGCCATGACAGAGGKCTA
CATCTGCAGCAGGTGTCAGCCCTTCTGCCGCCGACTGTAATAAAAAGTAT
AAACAACATTTCAACTAGATTTAAATTTTGCTATGTTATGCCTGATAAAA
AAGGAAAACCGCAAAATATATAAACTTGAAAAAGGAACATTAATATACAT
ATATATAAATATATATGTAATTTATACATGTTTTGAGTGCACAGTGTTGA
CCATTTGTTGTATAAAAGAAGAGGAGGAAGGAAGGCCTAAAGGTTTATAA
TAACTCGTTTTGTGGTGGACAATGTGATATGTATCTTTAGCTACATCTTA
CAATAAACGAAGAGAAGGAGTTCCTGAAATATTTTATTTTATTTTATGTA
AGTAATTTGTCAATAGGAATTTTGGATATCTGTCTTTATTGTTGATACGT
GTAGAGTTCAGTATGATTTCTGGACATTTCATTCGATTATCTACCAAATA
ATATGTCCTTCATATTCATGTAGGGTAGATCAAGGACTGAAGAAGGAATT
GAGAGAGCTATTTACTGCAGTTCTTAAGTGCAATTCATTCATTAGATTTT
CTTTATTTATTTTTTKCCTCCGCCATAGAAGTTGTTTTTTCCTCGGTTCT
AACTTGCTACAAAGATTACATATGACCACAGTAAGATGCCATTAAGAGGT
CAACGTAACACGAAACGTTAAAAATACATCATCTACCATAGCTTTGGAAC
ATATTGAGGTACAGAGCTCAAATTGGGGTCATTACGTAGGTTTCAAAAAT
ACTTCATATAACAAAAAATTGAATTTAGAAAAAATGTCCTTAGGGGGAGT
TTTGCAATTTAGCGAGTGCTCTTTTTTTACCTCTGTTTTTTTCCCTAAGC
TGCTATCATTATTGTTTAATTCATGGGAAGTGATCGTTTTTTACTACTAA
ATACCGATTGACGAACTTCCATTAGCACATTCCTAGCTGTTGGGAGTCTC
CAAGACCATTGTCTATGACGTAGGGAAGTCTGAAACGTTGGAGAGGAATA
AGAGCTCTGTCAATAAGGCCAAACCGGACCTGAAGGAGTTAAAAAACATC
CTCACGTCCATGAGAGTCCATGCAAGAGATCTGAGGGTTTCACACAAGAC
TGCCCACAGAGCTATCAAGAAAGGGAATGGAAAGAGTCTTGTGAGGTTGA
AAATCCACTTTTGACACCAGTAATGAAAGAACCCCATCTACTCCGTTGCA
AGACTGTTTTGAATTCCTTTTTTTTTTACGCTTTCCCCCCCCCCCCCAGA
CGTGATGGCCAACCCCTCGACTACACCTTTTGTGTGCATGTTGAAGGGAA
GGCCTCATCCACACACCAGGCTCTCTCTACGCCACTGCCAGTCATTACTG
GGACGCCATGATGGCGGACTACATCTGCAGAGGGGGCCATGCCTTCCGTC
GTAGCCTGGAAGCCATCATTGGCGCGAAGGGTGTCTACATCCATGATTAA
GAGAACTTAGACACACAACTATTTATAGTATTACTTTTGTTGAAATTCTA
TTGTTAATTATAAATTATTGAAGTTTAAAATTCAAAGTGTTCATATTTTT
CAATGGACCACTCGGTAAAATTATGATCGTGCTACTGTAAATAACGATCT
CTCCTGACTTGTGGTTAATTATTCTTTAATAATTTGGTGTAGTTGTTTTA
TATCAAAGAGTAGCAAAATATTTCATACAGAGAAGAATTTTGTATTTAAA
AAAGGAGTGAAAGTATGTAACTCCATTAATGTATTATATTGATATCCCTC
CCTAATTAAGTGGCCGTGAACAAACAAGGTTTGATATTAACCACGAGCAA
AATATGTATGTATATAAAAGAGAAGCAATAAAGAACATTACAACCATTGT
TACTATATTTTTTTATTGACTTATTTGCAATGTATGTTGTGTACTGAAGG
AGAGAGAAAATATACATGGAAATGGTTCCTGAATGCAAGGTAATTATTTA
TGCTACTTGATCAAGTTTTAGATAAGGAAGAGAGGAGAAGGTTATAGCTT
TTCCATATTTGTACATTGTGCAATCCTACAGATAATATATATAAATTAGG
TTTGGCTATTGGTCTGAAAAGGAGTACTTAATTATATTGAACCAAATTTG
GTGAAGGTACTGGGTGGTCCATTCAAATGTTAATTTTAATTGCTAATTCA
ATAATTAATTAAGGGATTGAAATTAATTCATATTCCTGTATATTAAAGCA
TTCACAATTAGTACTTAAACAAAATAAACCTAAAGTATGTACCTTTCGAA
CAAATGACCCTTGAACATGATCGATGAATTTCCATTCCCGCGTCTCCAGT
ACCACCATCTACGTCGTCAGCAAAGTACAAAACGTTGGAGAGGTAGAAGG
GCTCTGTAAAAAAGGCCAAATCGGGTCCGGAGGAGTGACAACTAGAACTC
TGGCGTGGTTCCTGGTCGTGTACAGGCTCATGGGGTCCGACTATGTGACT
ACCTTTGCAAACTATCCTGATGGAAGTATAGCTACCTTTGCAAACTATCC
TGATGGAAGTATAGCTTTCAGCAGGATGGTGCACCTGCACACACCTCAAA
ATGATAAAGAATGGTTGGCCAGCAACATTACCATCTGCCCCTCCCCCTAT
AGCCCTAATTCCAAACCCCTCGACTACAACTTATGGGTGCATATCGAGGG
GAAGGCCTGTAGTGTCCATGAAACCTAACACTAATATTTGTATATATATA
TACATTTATATAAGCAAATCCAAGTAGGTACAATCTATATAAATCGTGCT
TGTTGTTTCTTCTTCATGAAAAATGAGGAATACGTGTGTTAGTGGTTAAA
GCTGGTTCTACAAATGTGGTACATACGTAGGTATAATAACCACATCATTT
TCAATTGTATCAATTGATTCCAATGAGGGTTTATATTACTTTTTTTCTTT
CTTGGGGAGTCGCCCACACATATGCTACTGCTACCTATTTATGGGATGTC
CATTGCCCTATCTCATAATTAATTATATTAGTACTTGTTCATTCTTGGAT
AATTTAAATATAAGGTGTCATATTGATGGTGAAAATTTGTCAAAATGTCT
AATAAGTGTTTTGTTAAAAAAAACATTCATTTTATCCATCCTTTTTCTGC
TTTGTTTCATATAATTAAGCCTTCAAATTCATGTATTAATTTTCGTCAGG
GCTAAATAATGATAATCGAATTCTGTGTCAATAGTTCATCCTTTTCCTAC
AACATAAAAATATGGTCTTTATTCTTATAAAACTTGATTGTCTAGGCCTC
CCAAGATTATAGACATAACAATACTGACTTAAGCAATAGGAATCCGTAGA
TATTGAACTAAGAAATCAAAATTCGTGAATAATAATTTTAATGGCAAGTT
AAAGATAACTACAGGAAGGGTGATAATTTATTTGGTAAAATTCGATTTAT
TTATTCAATGGTGTTACCTTCAAGGGCGATACAACGATTATAGTGTTCTT
ACAATTTTCTGAAGACATTTTTAAACTACAATTTTTAGTCTTTAAATATA
CCTCAGTTTTGGGGATTAGCTCTTCATTAGCACGGTTAATATAAATACAG
GGTTGTACCGTAGTACTTTTCCGATTAATGTTTGACTTCCACCAAGCTTT
TTAATAATGACGTCAAAGAGTATAACTGTTACCAAGAGTATCCATATATC
GCCTTCCTTGACAGTTACTCTTACAGTACGACTGTTACACTTTATGACAT
AAAAATCTGTCTGTCTTTGTCAGTGGTCGGTACCGTATATCAAATTGAAA
ATTCTGTCAAGCCCGATTACCTATTAACCTTGCTCATTACCTCTGATTTT
TTTTTACTGCGGGCATTCTTTTGAGTTCTGCAAAGTCACTCGGGGCAGAT
CTGGATGGATGGATGGATGGGGACGCAATTCGTAGCCTAATTCTTGTTTC
TCCCATCGTTTTTAATGATTAGTGTCACAACGTGGTGCATTCTCTTCATA
AAACACTCTTAATCATCTCTTAAAATAATAACTTAATAATGCATCGAGCG
GACAAAAAAAGTTTCTGTCTACCAAGACATTTTTCAGCTATTGTTCACGT
GGGCATCGTTTCGCTACTTGGTTTAAAAGGTTAAAATCTCTAATACAAAT
GTAGGAAACACAGTTTCTCTAGCGATTGGAAAACCCTACCCATGTATAAT
TTAGAATCTCCTCGTCATAATAACTTGTTTTTTCTATCATGCAAGTTGTG
AGGAATAGCTAAAATTTAGTATAATATGAAATGCGGAACGAGTTATAGAT
ATATAGACTAGGGATGGGATGATTAAACTCGTGTTTTTTTTTATAATCGG
GAAAAATACTGTTTAATTTTCGACTCCGATTCTTATTTAATATTAGTATT
TAACTATTTATTACTTTTCTAAGTTAATATTACGCCCCACCCCCTCCCCC
CAAAATTAAGGAATTTTTGCTTTTTACAAGAGCATTTAAGATTTGGAAAT
TGTTTGTTTTTTTAAAATTGATTTGAAATTTACTTACATTTGTTCCCCCC
CAAAAATTAACTTTTTTTGAGTTTATATGTATTTTTTTAGTTATTTGTCA
ATAGTTGTGGATTTTTGAAATCTAAATGTACAAATTCGCCCACCTCCCTT
CCCCAAAATATAATGCTGTGGACGCCCTTGATAGCTAAATTGTATTTTTA
ACTATTATTAAAAAGATTAAAGAATTCGAATCAACATCAGTCATTTTTAC
TAGAATCGCATCAGAATCACCATTGGGATTTTTTTTTAAATCGTCACATC
ACTAATAAACACCACACATTCTGCCTCATCATTAGAGCTAAAACAGAGTA
AGTGTCCTTTGTTTTCAACATATGTTTGACAATCTACTTGCATTAGTTCA
ATCCAATTATGTTCCTGCAATAGCTAAAAATACAATTATGTACTTAGTAT
TATTATCCTTTCCCTTTCTGTTGTTTCCTACACACTATAGGCATAACAAT
AATAAATAAGTTTCATTTGCAGAATGTACCTAGATACAACCATATATTGA
GTCCATCAATTATAATTATCGTACTACTAGGGGGCGTACTGAAGAAAAAA
TAATAATTAATTTATGTGCATCAAGCTAGACTATGAAGGTATTACAGTCA
AACCACGGAAGTCGACCACTTCAGTAAAAATAAGACGGGTCTGGGTTGGT
ACGGATATAGACAAAGAACCGGGGGTTCAATTAAAATCGGAAAAATTACT
GATTCGATAATTAATGAAGGTTGAGTGATGGAAATTAATTCATATTCCGA
TGTATTAAAGCATAAACAATTAGTTACAAAACAAAAAAATATCTTTTGAA
TGAGTCTATGGCTCCCTACAGACATGATGCGAACCCCCTCGTCTACACCT
GTGCATGTCAAGGAAAATGCATGAAAAAAGTTCGTCATCCAAATACCAAA
AGCAGTTTACATTAATAATTAAGAGAGCTCAGACACAGATGATTAGGATT
TTGTTCCAATGTTTTCTGAATTTCGACCTGGACTCAAATATGCAAAGATT
GAACCCAGAAAAAAACCGTTTAATTAAATTTGATTGAAAAAAACGGACAG
TTAGTAAGATATTAAGCGCATAAGGTATTAATCGCATACTCAAAAATAAT
GCAACTACAAAAGACATGCAAACCTTGTTTATTAATGTAGATGAAGGGTT
ACGGACCTTTTTAAAGCTTAGGGCGGCTTTCAGATTCCCAAAAGGCTTGA
GGGTTACCAGGTATAAAAATATGTATAAATGAATAAAGGAATCAAAAGCA
TACATTACTTTAAGAACCATTTTAGCGGGATACCGGGCGCTTGCGGACAT
AGGGTTGGTGACCCTTGATGTAGATGAACATAGTATGCTATAATCCGTAG
GATTATATTTGGGGGGGGGGYGGCTTGGATTTTTTTGGAAAAAATCAAAT
TTTTCTTCTCATGGAAAAGCTATCCTTTAAAAGATTTTTTTTACCTCGTA
AAAATTTCCTCCTCAGGAATGTTTTTTTAAAAAGTATAAAACAAGAATGC
CTTTATTGGGGAGGGTGGAGGCGTTTGGGGACGTCTCTGATAATAAGCTG
TCATTCTCAAATCTGGATCACATTTTACTACACATACAGAAGAAATAAAT
AATATTAACAAAGGCATATAATTTGCATGAGAATGGATATTTTTTTTTTT
TTTTGTAGTCAAATGAATGTCAGCTATTAATAATAATAATAATAATTTTA
TTATCATTAATTATATAACAAAATTATTTTTTTGTCAGATGCTGATAAGA
AGAGTCACACAAGTTCCGTAATTAATGCTCAAATTTATTAGATGATTATC
CCTCACTACCTGCTCCATCTCTTTATTGTATTGTACCCCATTGAGAGGCC
TTCGCAGTTCTCTTTCTCTCTAATCATAATGGATAATCACGAATAGGGTT
TTGCGGACTTGACTATCTCAATTCTCCTCTCGGACTTTGTGCCCTTGGTG
GCAAATAGGACAATGGGCTTCTTAGCAATCGAACAAAATATCTTATTCTA
AATTGATATTCATCACCATTATGGTTTCACATTAATCTAAATTATATGTA
ACGGGTGTCAATTTAATTCTTACACCTTATCTCTTAAACTTTTATTACTA
CTAGGTACTTGATATTTGTCCTATTGCACAGATAACAATAAAATAACTAT
TTTATTCAAAAAGAAGTCTTTCTTCATAAAAATAATATTCCCTGGTTCAA
GTTTTGTCTATTCCTCTGTAATTCGTTCCTTGAGTACATTCAAATTTGAT
GGACGTTTAGAACAGGCCTGACCTCAATACGAACCCATATGTGGTTGATG
GAGGGCGAAATTTTTTTGGGCAATAAAACACATTTATAAGTGGTTTTAGT
ATTATGGACTGTAGCAAGGTTCACTCCACTCATAAGACGAGGGTTACTCC
GTGTATAGTAAACAAATTGTGCTCATCATCTCTGAAATCTTACTATGGAT
TGTGTTTGGGATTTCAAAAATGCGTTGAGATATTTAAAAACTTTTTTTTT
AACAATGTGGAACAATATTAGTTGAATAATTGTTATTTATGGAACCTTTC
CCAAAACAAATCCTCTAAAAAAAGTGTCATAATTAAATTAATACCCTGTA
CTAATATGTTCCATTATGTACACATACCTATTTGATATGTATATATATAT
ATATAACTGGATTAGAGCAAGGTTGTCATCAATAATAAATGTATGTATAT
AGATATGTTGAGAATATTTGTCATTGCAAAAAAACAAAAAAAAATATATC
CCAAGACAAAGCATTTATTTGTTTGTTATCTATTTTAAAATACTTTTTAA
ATAGTTTGTAGTATAGTTATTTCATACAAAATGATAATAGATTTTCAAGT
GCTCCCCTAGTACAAAAATATAATTTTAAACATGTCTGTCCAATTAATTA
AACTTTGTGAATGATTTACTTAGTTAGTAATTNAGAGGAACCTTGTCATG
ACGTTGAATTAGGTGAGCTACAGGGTGGTATTTTAATGCATTAAATCCAT
TAGAGTCCTAGTAAAAAATATCAACGTAAAATTTCAGGCAGTTCTAGTTC
GCATTTGGTACGCCTCTCTTTGACCCCTTTTCCTTATAAAGTACGCAGAA
GCTGAGTAGGTAATTTCAGATAACCATTCTACCTGCGACCGTAATTTGTA
CTTATCCCCTTAAGTGTTGTTATATTCTAGAATTAAGGAATCAATTTAAC
ACCTCTGTAAAATATACATCACTGTTCCAATTTCCAAACTGCTCAAAATT
TCAGACGCAAGTAAATATATAAGATTTACAACTTAAGAAAGTTCTATGAA
TATAGTCATATATGAAAATAATGGTAGTTTCCATGTGCTAAATAGATGTT
TTTTATTTTCCAAAGCTCTTACCCTCATTCTTGACGAGATAACATATAAG
TATTAAGTAAGAGTTGGGTTTTTGTTCATTCACTTTTTCCTCATAGCTGC
TCGCAGCTAATTTAATAATGACAAATGACAATAGTATATCTTTTAAATTG
TTTATTTCTCAAATTGTTGGGATTACCATGTTGATTTCCGGGATTTTTTT
TAACATACCCAAAATACTATAGAATCGTATCACTGCTGTTAAGTAAGTGT
AAGTCTTTATTGGTTAGAATTTAGGATTAGAATCGGAGTAATTCCTGAAT
ACATCATTGCTACACACGGAATGCCATTTTTTGGTTTCTCTTATTTGAGC
ATACCGGTAGATCATACTCTTCTCAACTATGGATGTAGTTCTCTTTAGGT
TTGTGTCAACATGATTCGAGATGAAGAATGAACGATTCAAATCGATTTTA
TACTTCTATGAAGTCAAGACAATCATCATTTCCTTCTTTATACTATACTA
CATATTGCATCGGTATATATAATGTTTTTAAGTTATTCATTCCTGACAGT
CCATTTTATCCATTGATGATATCGTAATTGACGTATCCCTTTGGTTTTTT
ATATTTTTTGAAGTGGAAGGMCCATGAAATTCTACTTTCATAGTAGTAGT
TAATAAGCATTTGATGATCCTATCACCATTGTGTGTATGGGAATTAATTA
TCCAGTTGCAGCCTTACACATTGACATCCATTTGATTTTTTAGTTATTTG
AGGCCTTTTAACATACCTCATATATCTTCCTCCAGCACATTGGACAGCTT
TAGAGACTGTAGACTTGCTCATTTTCATTATCCACGCAAACTTTGAGATA
CTCATGGTTGGATTGACCTCAAGTGCGTTTGTAGCATCTTCTGATGTCAA
TTTTATTGGTCAACCATTTCTAGGCCGTCTTTTTCTATCCTGCAAAGCTT
TTTGACCTTGTACACTGTATGAAGCTTAACCCAACTCTTAGTTCAAGAGT
TCAACCAATCCACGTTCAAAACACTGATAAGGGAAGAGAAGAAGAAGACC
CATCGATAACTGAATATGATTCACGGTGTTGAATTTTTGAGTTCTAGAGC
ACGTCGTTACTTTTATTGTATCATGCAACCTTTTTTTGTTCAATAATCTC
GTTCACCAATCAAGGTTCAGAACAATGATATGGGAAAAGTTATGTAGCGT
CCAGAGTCTCAACATCAATTATGCCTACCATAATAATAATTATTAGTACT
ACTGAATTTGAATACTAATTATTTTACTTTAAAGGAAAACTCTACATATT
ATTGCAAAAATATAAATGTATGTATATAAGATGCAATTATAATTCCGAGG
GGGTTCCTTATTTATTTATATTTGTAATAGGTACAAGGTAGAAGTTTTCT
TATTTTTGAATTATTTTTTTTTCGAAAAAACAATCCCTAATTACTCTTTC
ATGTTGTTACATACATCCATGCAGAAAAACCACCGCTGTGTATAATAATA
ATTATGCTGTAAAAGGTTATATACTAATCCGGAGATAAAGGTTTGTTGGT
TCTGCCTGTTATAACGAACTATAACTTTGTATTGTGGGTTTTGGCATCGG
AATCGACTCAATAATAATGATTCAACCAATACCTGTACTTACTTAATTGT
ATACAGGATCTATCTTGTCTAATGGTACATTATTATTTTCAATCCGGAAT
GACATTGGTGCAACGTCATGGAAGAGTACAAAAAAAAGAGACTTCTTTTC
TCTGAAGAGAGTAAGCTGAGACGGTTAGAAAGAGCATAAAAGATTTTAAA
CTTTCTCAAGGGCAACAAAAACCGAACCAAATTTTGCTCTTTTCTGATTA
AAATTTTTCACTGTTGAATAAGCAGAACAGCCACAGCCGAATATCAAAAA
CATGTATTCAGAGTAAAAGTCATGTGGCCGCCCTCATCTCCAGACGCAAA
CCCATTGGATTGTGTACCACTTGGTAAGATCAACTCTGTTCATTATTAAG
AGAGAAAAAATCTAATTGATAATTTAAAAGCGTCAAACAATAAAATGAAG
AATGGATCATATCTGCTCGAGGCTAATTCAATGACAGCTATCCCACTCTT
CTCCTGCTCACAAATTTAAGACATTACTTTTCTTTAAATATGAAGACGAA
TTATTCATATATTAGTATATATTCACGAGTAGTAACCTTGATCACAGATG
AGCCCTTAATAGATTAATAAACAAGTGTCTCATAAGTATGAAAAAGTTGA
AGAGTAAGGATCTGAAGTGCACTCAAATTTGAGGGGGAGAATATACTTTC
TTCAATAAATGTTCTTCAAATACATACATATATTGCATTGTGGCGATTTG
GAGTCATAATAGTAAATATATAATATATATTTATTTTTTATAAACGAAGA
ATAGCAAAGATTAACTAAATAAGAAAAAGTAATCCTTCTTATTTATTGAT
ACTGCTCTGCGGCATTTTGAGCTCTCTATACATATATGTATATATTGTTT
CCTTATTTTTGAGAGTTAAATTGAATTTACTTTTCTGTGAAAATGTACTA
TAAAATTAAATTAAACCTTGAGTTTGTTTTAATAATGTTGAATGTACATG
TATTATGTAAATAATTGATTCATTCTCCATTTGAGTGGGGGCTTCCTTTC
TTATCAGAGATCAGTGGTATCTGTTAGATCCTACCCAATAAATTTGTTAC
TCACGCAATCAAACACTGGGATCTTGGGAGGAGGCGAAGTAGAAAAAGAT
CCTGCCAAATATGTAAATGAGAGATCCATCTTTTGATGTATTTAAATACA
TTCATATATATTTTTGTATACAGGATCGTTCAGATCAATTGGGAAAATCT
TTATGGGTTTATAACGCACGAACTAGAATGGGTAAAACCATGTTTTTTAT
TATTATTTGAAAGCTACATTTAATGACATGCAATTATTCATAATGCAATC
TTTTTTTCTTGTTAACTTCGACTACAAGATCCTGGAAGCTTTAACAGGTC
ACGTACGACCTCGTGCGCGTCCAACTTTGCCATTATATTGGTTCTGGGTT
TGCACTTTTAATTTATATGCCAAGATGGATGTAAATTGCACCTTCCAACA
AGGCAGTGCACCACCACACAAGGCCAAAAAAGAGCAGAATTTCTTGGTCA
CCAAATGTCCTCCCTTTTGGAGCCCGGATTTTTATCTCTGAGGGATCGTG
GAGCATGTGGCCTGTGTCAAGTATCATTTCTCTATGGAGGTCCTGAAGAA
GTATATTTCCCGTACAATCACCAGGTTGGATCGGCACGAGGTAGTCTGGG
CCTGTCAAAGCTTCTGGCGCCGTTTGTCTGAGGTTATCTAGAGAGGCGAA
TCTCATTATAAATAACTGAATTTCATAAAATGTAGCTTTCAAATAAGAAA
AAAAGAAAACATGGTTCTACCTTATCCAGTTTGTTATTTATAAGGCTTTA
ACCAATATATCTGGGCCACCCTATACATATATAGTCATAGCTCGTTCTCG
AATTTGTATTGATTCATTTATACTAAAGTGACATTTGTTGATAAACTATA
GAAATAATTTTTAATACTAAGGTATTATTTGATTTGATTTTTATTCTTGA
TTACTCATTAGAACACACTTGGTGTAGCAGACATCCGTTTTTTGACTTGC
AAATAGTCACCTAAAATATGTTAGTAAGAAGTTCATTGAAGATAAATACA
TTTTTTGTTCACAGCTGTTAACACTTGCCTAATGCTATTTTAAAGTATCT
GACTCTCTGTGATTGATATGTACTTATGTTGAGATTCGGTCATAGACCGA
ATGTTTTCCTGGTTCCGTTTTTGACTGATATACAAACCCTGGGTAGAGAT
AGAGTGGCTCTTAGACCCGATGTGGATCCGAAATACTTAGGTACAATATA
AGTAAACTTATTTTATCCGAAAATATTCGACACACGAAGTGGCTTCGGGM
AATCAAACTTTACAGAACTTCAAAAGGCTATATTATTGCTTAATAAAGAT
AGGACGGGTCTTGGATCCGTATTTAAAGTACTCTAATACAATTTAGTTAC
ATTTGTAATGTCAATGATCCCGAATCCAAAAAGGCTTAAGATCGTCGAGC
TTCTACGGATCTTTAAAAAAATCCGTTTGACTTTTTGTATCTTAAAAAGC
TAATAGTTGCCTAAAACTTAATCCTAGATTTAAAAAAAAAAGAGAAGATA
TTATCTATATCAAACGTAGCATCTCTATTTATCATGATTAGTGCTCGTTG
CGACATCCTAATAAACATTTTCATTGCTGGTTATTCCAATATTATTTTAG
CAATAGTTCTAGTAATAACTAATTATTATATTCGAATAGTAATGCCATTG
GGTTATCTATTGTTTTGGTAAAAATGTAACTTGAATCCGGATCCTATTTT
TTAGGACCGAACATCAGGTAAAATTCGAGACAGGTGTCCATCTAATTTGG
GTTCGAAAGTTTGGGTGCACTATATGTATTTAGCGGACTATATCTCACGA
TTAATACATTGCAAAAAATAAGCTTAAAGTATACTTAAAGGTTAAGCGTG
CACTTAAAAAAGTTCATTTAGAGTTTTGTGTTTGTTGAAGCCAGTTGTGT
GTTACAGTGTTCCCATAAGGAAGGGGGGGAAAAAGAGAAAATTCGATACA
TTCTTCAGTATCAAGGTGGAGCAGGTGGGCAATTTTTTTTTGTTCTGTTT
AGGGACCCAATACAGAATCGAATACAACATTCATGCGGTGGTTCCAAAGA
TTCAATTCTGGATTATATAGTGTATTTGGATAATTTTGATAAACTAATTG
TCTAGTTGGACCGGCATATGAGCACTTATTCCTTTGCCCAGTAAACGAAG
ATTAGCTAGAAAAGTGTTTGGAACCATCTAAATTGTATAATCCTAATTAG
GTTCATTTTATCGTGAAAATAAAGCGAACTCTTTACTTCACCTATTAATT
CCATTTTAAGATCTGAACTGACCCGGATTCGAGAAAATGTGTGTCCTCTC
TATTTCTAACTGTAGGACAGAATTCCTTTTTTTTCTTGGTTTTTCTAGAT
TGAGTATCTTTTTTAATTAGTTAAAATGATAACTGTCTCAGACCGGTCTA
GGATTTCAGACCGAAGCCTAACATTAATATAAACGCATTCAATACTTGAA
CATGTACAAATAAAAAAATTAATATGTTATTTGCTTTGTTCCGAGGATAA
TCTTGAAAATCTCTTGTCATATTATTATTGTATTTGAGTGTTGGACTTAC
GTATTACTCGAACTCGAAATGAGACGATAGGAGACTTATTTTCCAAAACT
TATTCAAACTTACCTCTACTATACATATATATATTACTTCACTCGAATAT
TTGATATAGATCGAAACATTACAGTAATAATGATAATTCAAATTTCTAAT
ATTTTTACTCACGATTAGAATCAAAGTCTACTACATACGCTACTTTTTAC
TAAACTAAAATAAAAGCACATTGCATACAAAATATGATGAAACTCTCACA
AAACTTGAACTTGACCGAACTCGAATCCAACACTAATTATTATTAATACA
ACAACTCCATTATGTACAAATATACAGACGTGATACAACAATTCCTGTAT
TCACCTCATCACAAATGCTTCTTTCTTTAAGAATGTGTTGTTGTCTCAAG
TGTTGAATCAAACAACGACATGTGGAGAGAGGAAGTGATGATGACTGATA
GTCGGGGCTATGAGTGAGATCCCATTTACTTCTTTGTTGTCTGATCAGGG
ATTTTTATGCATGGAGTCACATTTTGTAAAAAAAATATATATATGATTGT
TTGTATTATGGTATTAACTCTTTCTTAAAAGTCGTCCTTATTTTCCAAAT
AGGAACTTTATACATCAAATAATACCAATTTGAAAGTTTTTATTTTATTT
ATTCATGTGTCACGTTTCGTGTCAAAAAGAGAAACAACGCCGCATCATCC
CAAACGGTTAAGAATGTGAATATTATTAGTAGTAGTTAGAGAAGGGAAAC
CCATTTTTAAATGACAAACTTTGAATAATCGTATACAAAATTTGATTTTT
TGACAGACGAATTGGTTAGTGCACAAAAAAGTGTTTGGTCCGCAGGAGGT
GGACCGGAGAGGCATCCTAAATCAATGAATTTTTGTCTTCAACACTCTAT
AATTATCAGTTAGGCATAAATTACAAGTTTCATACCCATGAGAGTAACGA
GTATAGCTCGRAATTTTTTGAGTGATTGTTTTATAAACTCGAAAATACTC
GAGCAGCAAAATCCAGCTTGCTACACAATCATTTATGTCATTATATTTAG
GCATGCGTAGTTTTTTTCCTCCTTATTGGTCTAAGGAAGTTACTTACTCA
AAAAATATATAAATAAACATTATGGATTATAATTAAACCCCTAAACTAAA
AGGGCATGATAACTATAAATATGGTGAACATTATTACATGTATTTTCTCT
AAAAGATTGATAAAATCTGTCCATGGCTAGCAAACAAACATGAAAATAAT
CCTAAAAATTCACATTGAAATATTAATATTGTTTTACTTTTTATAAATAC
ATCTTCAATAAGGGGCAACATCCCCTGGTTTGTTTGTTTGCTTGCTCAGT
CAATACAAGCAGTGGAGGTAGGAACATATGGTATTTATGTATATGTAGAA
TGTACAAACATTCAATACTTTACCTTTAAAAAAAATACAAAGCATACTTT
CTGATCGACATAAAATAAAATATTTCAGGAAATATACTGCCTACCCTTGA
CAGTTTAAGCTTAGAGTAGGCAAAGTAAAATGTTCTGAGCGTTTTTCGCT
TTATTTTGACAATAAAATCAAAAGTCTGATTTACAGTGATAACTAAAACC
TARCCTTCCAATATATAGTAATGAAATAAAACGAAAAATGACGGGGCCAC
CCTAGTCATTCTAAAAAGGTTTAGTGCAAGAGCAACTTAGCTATCATGAC
GTTTTATTAGTTCAGCTGCAAGCAGCCGTGGGATGAAGGAAATAGACAAA
AATCCCTTTCCGTATATAGCAAGGACATATAGGCACAGGGGCGTTCACAA
GGGAGGGACTGGAACCCCCCAAATTAAGGGATTTTTGCTTCTTATTAGAA
AATTGAATATCTGATTTTTTTTGTATCAAAAAAATTTAATTTAAATTCTC
TACTTTTTTTTTCCCAGAATATTGCTATACTTCTGTGAATAGCTATAGAT
TGTAAAAAAATGTCTCAGAAAAATTCCATTTTTTCTGAACAACAGTGTAT
TTTTGATTTTTTTTTTTTCAAAAAATTTAATTTTTGAAATTTATTGAGAA
TCGCTGTAGATTTTTCTAAAATATTAATGGATGATAGTTAGTGTGTATAC
TTTCAAGAGATGCTACTAACTAAACATGGCCTCAATACGCGGCAATAGTA
ACATCTCTCGGAATTTGACCGGACTTTTCATTCGAATCTCTTATTAATTG
ATATAATTGTGAGCATACTCATGTCAAACGGAGAGTAACACTAAGATTAT
CTTCTATATTATTAAAGGTAAATTTGTCTTTTAGCCGACCCCTAATTACT
CCGTGCAATGCCGGATACTAACTCTAGTAATTCATAAGAATATTCCTTGT
TGATAGAAATTGACGAATATTCGTCGAAGAATACACTTGTAATCCAGTTC
CAATTTTTGTTAGAAAATCATTCCAACTTACTTTTGTGTTGACGGGCCTC
ATTTGTTATGAAGGCAATGTCTAGAATACATGCAGTATAACAATTTGTAG
AGATTGAATAAATGATGTCCTTACTCATATAGTTTTGTGTACAATTGTAT
TGTACATATATATCAAGTTAATGAAGAAAAATAAATTTTTTTCTTTTGTT
TGGAGAAATGTCTTGACTTAATGGCTCCRGTTGTTATGACATGATTATAT
GTTTTMCACCTACAATACACTATGTATGAACCTACCTGAGTAATTCTTTC
CCACAAAAGTGTAGCTAATAGGTACACATTCGTCACAGTCGACTGGAGCT
TCTCCAACTGAAGGAAGGGCAGGCCTCGGAGCTGTACATTGAAACTGTAT
CATTATTACCTTTCTTTCATATAATATACGTACATTTATTTGGAACAAGT
GATCACAAATGTATGATTTTTTCAAAAGAAAATACGTATATTTTTTGTTC
ATAATTGGCTTTTTGAACGGATTTTTTTTTTTCACTCAAGAAGCAGTGTT
AAATTAAAATAAAAAAATTGTTCTTGATCCCTTGTTTTGCAAATAAAAAA
GTAGTGTCACACTTAGTAAATTAACTCACAATGCCGTCTTTTGATAGGGT
GTTAGTAACTGAGAATGAGGTTTTAAAAAAAATCCGCCCTCTATTTGCGA
AGCCCGGGACGTTTGGGCCCATGATTTATGTATGTATGTTCTGTACAAGT
TGCGATTTTGTTCAAGTTATAACTTGTATAAGCAGATTATACAACTTATA
ATTTGTTGGTCACTAAAAGAATGATTCAATTAGAAAAACAGTCCTTTTAA
TTACCCACGATTAAAAAAGGAAAATCAGTGGTTGCGTGATTAATCTTTCC
TCTTTTTTCCTCTCTGAAGTAAGCATTATCTCCTATCCTTGGTTTTAATT
GTTTTTTATAATGCAGAATAAGATAAATGTATATGAATTTAAATATAATT
ATAATATCTTCATTGCACTTGTTCTATTTTAAATGTAAACATCTTATAAG
GCAGCTGATAGTAACAAGTGTGTGAATTCAGTAATAATATAAGTATCGTA
GTAAAAGTATTGATTTTATCTGGTTCAAAATCAGATATATATATATGATA
TATCCTATGCATTCATCAGATGAGTGGTTTAGGAGCTACAACTTATTGGG
TCTTCAAGACAACTTTGTATTTCATTCATCATGGACAAGAACTCGGAGTT
GGACTAAGTTCCAGATCTCTAAATTTATTTTCGAGTTCTCCAATGGTAGT
TTATTTAACATTACAAATTGTGTTCCAATCAATATGTTAATTTTCTATGG
TGTGTGTTAAACCCACATATGTATATAAAATATTTTTAAGCTAATCTATT
GTATAAACGTATATATTTCGAAAATAAAATGGAGCTTAATTCAAAGAAAA
GTCTGCTCAAACCAACTTTAACAAAAATATTTCTAAAGAAAAGTTTTTAT
TTATTTATCTATTAATGAACAAATTACAAATCAATGGTCAAAGGGATTTA
ATATATTATAGACAATCATTAATTAATTAATTGTATTTGTTGTCCTTTTT
GAAAAGTTTTTTTTTTTTAAATAAAGATAATATCCTTTTAAAAACTTTTA
TTTTTTTCCTAATAATATAGAAAGCTGTACAGTGATGMTTTGAAGWTTTC
SANTTTYAAAKAAGCCTCTCTCTATATATATCCGGGGTCTCAGCTTTACT
ATTTTTTTTTTTATGGAGGGCGCTTAGTTTTTGGAGTTTCTATGAATAAA
ATTTAAAAAAAATCGAGNNNNNAAATAGAAAAATTAAATTTTTTAGAGAT
AAATTTCAAAAATCGGCAGCTATTTACAGAAAGTTAATTATCTTTGTAAA
AATATTCAAAACTTAAAAATATTAACATATAAATTTTTTTGAAATATAAT
TTTAAAAAAATAATCATTGGAAATAATGTATTTCTTTTGACTACACCTAA
TAAAACTAACTTTCATGCCCATAGTAACAGCAGCACCTACTCAATTAACC
CCATGCTATACATACATATATTCCTAAGTATGTATTTAMTAGCCAAAACA
GCACATGTTAAAGAAAACGACAACATGTTGTGTACTGTGTACAGATACAA
CATAAGAAGTAGAAAAAAAAAAAAAGAAAGACTTGAAACGTGATATCCCT
TGTGTGTATACATTTATATATGTATAATACATTCCATGTCCAATTCATTT
ATATGTACATTTATTTTACTATTTACTCAATTTTCACATACAAATAGCCA
TTATACATGCCTATCCATCCCCTCCCCCGTGCCTGAAAATACAGTTTCAT
CATAATATATGTAAACATCCTCCAAGCAGCACGGTTTTGGGTGTACATGA
GTCATGTATACCGGGTGCAGAAAAAGTAAAGGAAATTATGAAAAAGTGTT
GTTGATTAAATCTAAAAGTTCCAATTATTTTGGAATAGCTTAGATGCAAA
CACTTTTGATTGATGTATATGTTGCAAACAAAAATTCTGTATATGTCGCA
ATGGAGGTAAGAAAGGCCATCATAGGTAATTTAATCTGCACCAGGAGGAC
TACCTCTGGCATCATGATGATATTAAATGTCAGCAAGGCTACAGTCTGTC
GGGTCAGAAATCGTTTGGCTGATCGGGACAACCTAAAAGAGTGGAAGACC
CACCAAAGTGAAGCCTGAAGACATCATGGAGGCTTTTAAATTCAATCCAA
CAATGAACATGTCAGAGTACGCCAAGAAAAAGAAGGTGCATCGGTGTACT
GGAGGAAGGTTGTTTAGAATAATTGACAGGCCACTCCTGTCCCAACCTCA
AAAATAACTCGTGTCTTCAGCGATGCCAACACCCTTTAATGAGCTAAAGC
ACAACAGCAACCGGGTAATTTTTGTATCTGATGAAAATATCTTTACCCTT
CCCCTGTCTACAACAAGCAAAATGATCGGGTGTTATGCTTAGACTAGGCT
TACATCAGTATCAGGACAGTCACCAAGAACAAACATCCAGCCCCTGTGGC
GATTCTAGGGGTTGTGGCATNNCAACTGGAGAGAAAATACCTCCATTTTG
GTTTCCGCAGCCGACTACTTGATGGTGTTGAAGGAAATGTGGTCTGATAG
ATCACCAAGACCATAAAGAAGTCGAACAAGGCCAAGTAGATATTTCAGCA
GGACGGGCTCTGGCCCATACTGCTAATATTGTAACAGAGTGGAGGGGMAG
CAACATGAAKTTCTGGTCTAAGAAAGTTTGACCCCCTCATAGCCCAGATC
TGAATCCACTGGATGACTCCATTTTGTGGAAAATTGAGAAGAAGGCTACA
AAATCTGCCACCTGAATATCGATGCTCTGAAGKCCTCCGTTAATCAGTAT
CAGAAGATCATGAAAAAGGACTACGTTGCCAATGTGTGCAAGGGGTCCCG
GAGGCTGTCGCTGAGGCTGYTGGMGACCCTATTCATAATTAATCTACAAC
CCATACCTTAAAAAACTTTGAGACACGGGGAATCCGATCTTGTGTTGTAT
GAAAAAATTCAACTTGTTTGTGGAGATGTAATTGTAATTCCTTATTTGAC
TTAAGTAGAATTGGGGATCAACTTCGGAATAATAATAGCAAATGTCATTG
TTCATATCATTTTTTCCTTCATCTCCTGTCACAGCTGATTGTAGCTGATC
TAATGAAATGTCATGATAATTATTCTTTCTCTTCTCTAAAAACATTTTTC
AAATATTGATTTTTTTTTGTTTTTTTTAACATGTCCACTCTACACTAGAT
TATCACCTGAAACACTTTGATCTTGACGTCATTGTACCAAGTTTCATAAA
TCGGTATTACAAATGAGGTCATGAAGAATCCCTCTAGATCGAACTTCTTT
AAAGGTTTTTGTCTAACAAAAATTATTACGGTCTCAAGTTATGTAGAATT
TCCAGACACCATAGCTATATAGACAATAATTGAATCTCTTTTTCACCCCT
ATGGCGCCTCCATACATACCACCCAATATTTCACCATTGTTTGCTCATAA
TTTTTTATTATAAATTATAACATATGTACAATATTACATCTTTGACTGCT
ATTGTTGTTTAATTTATTAAAAGTTCAAGAAAAAAAATAGGAGAAGATGT
GGAGGAGGGGAGAAAAGAGTTATGTTCCTTGTCCCTTCATATTAGTGATG
TGCCGCGAATTGGATTTTACTGTATGAATATTTTCGAGATTTAAAAGAAT
ACTCGAGGAATGACGAGCTGTACTCGTAAAGCGGATCTAAATAAACGTCA
TGAGAGCTAAGCTAAACTCTTAAACTTCTTAATTCTGCTTGCTTTAGATC
ATGATTAGGATACCAAATCATCAGTGCCCAGAATAGTGCACTTCGAAACG
TGTCTCGAATAATCATATAAGATATATGATACATAGATAGTTGACACATA
TTATAATCAGACAAGAAAATGTGATGCAGATTCGTTAAAGTGACAATTGA
TGAGAAGATAAGGGATAGGAATACAAATCAATCAACACATTTTGTTCTTC
TCTTCTTAAAAACAAGGATTTACTCCACATATATATATACATATTGTGAC
AGAGACAAAATATTACGTAATCAATTTATTTTTTCCCTTTAACAGATTTG
TCATGGAAATAGAAAAATAACTTGAAAAGTTATTTTCTTCCTTCAAGTCT
TTATTCACAAACATTAGCAGGGAATGACTGAAATCACTGCACACTCATTC
TAAGTCATGTATCTGATGGTCCATTGAAATCTGAACACTTATTAATTCAA
TAATTGATGAAGGTTGAGAGATTCAAATTAATTTTGTATTTCGATAAATT
AAAGCATAAACAATTAATTACATAATAAGGCAAACCTGAGTTGTCCTGCT
ATGTAGAATTCGAGACTTGATTGACGAATTTCCATTCGTACACCAAAAGC
AGTCTTCAGGATCCCCGTCTACACTGTATGCAAGTCCAAAACGTTGTCAA
AATGACCAAACTGGATCCGGATGAGGTAAAGAAAACAACCGAGGCAATTC
CCCTCAAGTCCATGATTACTCATGCAAGAGATCTCGGGGATTCACATCAG
ACTGGTCAGAGAACTATCTAAAAAGGGGACGGAAAGTGTCTTGTGAGGAT
GGAGATGCCACTTTTGAAACCAGTAAGAGGAAAAAACAAACCATATCATC
AGTTGCAAGGCTCCTTTGAATGAGTTTTGAATTTAGGCTTTCGAGTTCTT
TTGAACTCTTTTCCCTGACTTTTCACCCTACTGTAGCCCTTATGCCAAAC
TTCTTGACTACACCTTTTGGGTGCTTGTCGAGGAGAAGGCCTGCAGGTCC
GTCATACAAACACCGAGGCCCTCAAAGGTACTGTCAGTCAGTACTGGGAC
GCCATGACAGAGGACAGTGGGAGACTGGCCTTCGGCTGCCTGGAAGGAAC
TCAGACACACCTCACTTTCTAATATTAATTTTGTTGTAATTTAATTTGTT
AATTAATAAATTATAACTTGTCGTAGTTTAAAATTCAAAGTGCTTTGATT
TTAATGGGCCACTCTGTATTTATTTAAACTTTACCTATAGTTCTTACAGT
TTAACATTATTTTTTTTCTATTGATGGAGTTTCTTACATTTCTTCCTGCC
TCATTAAAGGTCAAGACTATGAGTAAGTTTTTTCCAAATATACCCATGAT
CCCGGATTTATGAGTCCTTTGTCCTTAGAAACACTTCTCCTTTTTTTCCC
TTGCTATTCTTTCTCTTCTTATCTATAGCTGAGGTTCAACAATAAAAAAT
AAAGGTAAAGTTTGAACTTATAATATTTAGATGCATAAAAATGCGGCAAA
TATGTCATGTGGTTAAATCTTCAAGATACGAACTTACCCTCTCACGTGCT
GCCGGTATGTAGAACAAACTAAAGAAGACGAATGACGTCATAAATACAAA
AAAAACAAAAAATCATTTTTTTTACATATCGACATTGCTAATGGTTTAAT
TTTAAGTTGGGGGTTTACACAAATTGTTATCTTAACTTGTATGATTATTT
TACGCGCACCGGTATTAATTATTTTTTTTACAGCTATTAGTAATGATTAA
AATCCCCCAAAAGGTAGAAGTTATTGAACAAAGTAGTTACTACCGGTAGT
ATCCAGCATTGCCCGAAGTAATTATGCCTCGATAAACTAACATTATTTGC
TTTACTAATATAGAAGATCACTCTCCAACAAATCTTCAGTGTTACTCTCA
GCTTTTCATGAGCACACTCACAGGTGTCTACTCAATACTTGGATGTTCTC
TCCTCCAGAATGATAAAAAAAACTTGATATTTTTCTTAATATGAGGTAAT
GAGCCAGGGAATAGTTTAGTGCTAGAGCGCCCTCTGGCAGAGCTTTTGCT
AAACACATTCGTTGTTAAAATATGTTTGATCAAATTTAAGATACACTAAA
AAATCTATGTACATGATGAGTAACAATAATTAATAACATTCATTATGAAC
AAGTTCTTATTTGGGCGAGCTTTTTTTCAACGTCGTTCATTTCAGAAACA
TTTTCATACAGTAAACCAGGAGTAGCTATAGACCAAGGGGACTATCTTTT
GTCCTTTAAGAAAGCTGAATATGTCTTCATCCAATGAAGCTAACAGACTC
ATAATGGAGCACTCAAAGAGATCCGTCCCAAGCCTTTTACTAAAAAGAAC
AAAATGCGTATAGTTTTACTATATGAAATAGTCACGTAAGTGAGTAATGT
TGAAGAAAAGGTCCTTCAAATAAATAATTGCTGGAATGAATGTTGCTAAG
ATGACACTATCTGAAATTAAGATTCCTCAAATGAACGCTCACGAATCCCT
ACATATATACGGACAAACTTTGCTTTAATAATATAGATAATTCAAATAGA
GTTTGTTTTAGTTGCATCAAATGGAAATGCAATTGAAGAGAAGGAGAAGA
AGCTGTTAAAATAAATGACGCAATAATCAACTTTGATTTATGCACATAGT
ACACACTACACAGTAAAACTTTCAAATAATATATAATTAAAGAAATAAAT
CACTTGATTTATCATCCTATGTATGATAATTATTTAACAAAAAAAAAAAG
AGAAGTATAATGGTGCATTGTTTAGAAAAGAAACAAAACCCGCTTTTTGG
CATTTGCATGGTCACGCATGTAGGAGTTACACTTCCATATATGTCTTCTT
CAAGTGGAATTTTATTTATACATATATATATATATTCAATTTGAAGCACT
CACTATATTAGTGTTCAGATTCGGTTGGAGACTGATTTGGAGGGATGTTT
GGGTCGAGATGGCGCAATTTCATKCTCTGGATCGAAATTTGATTTTTTTT
CAATTGTAGCCAAACTTCTTTGGTCTCACTCTTTAAACCGGGGTTCTCCC
CTGTCCAGCTATACGAGTTGTACGCAGATSAAACACTCGCAGGTGTTGCC
CAGAGTTATCAGGCGTCGAACAACAGGCAAACTTTGCTTTAAAAATATTT
AAGATAACTACCCCCAAAAAAAACCCAAGTCTTACTCTAGGTTTTTCATG
AGCACCTTCACACGTAGTTACTCAATATTTGGATGTTTTCTCCTCAAGAA
TGAAAGAATAGGAATAACCACTTCATTTTTTGTATAAATATCCCACTGTG
AGCCAGAGAGTACTTCAGTCTCTAGAACGCTCTTGGGTTCGTTGCTAACC
ACATTCTTTATTTTATATAACGTACTTCCATTTTCTTTTTTTTAATATGA
TCTTAAGCTACAACTGCTCGTTCTAAGATATGAGTCCTCTGCTCATTTTT
TTCTTTCTTATATTAATTATCTACGCAGTCCTAAGATACACGCAAAAATT
GCTTTAGGGAAAATATACAAACAAACATTGCTTTAATAATCCAAATCAAG
ACGTGATTCGCAGCTTAATTAGATAGGTTTAATTCAATTTCTCCCAATTT
ACGTATACACATAATAATACCACATAATAGAAAAGATGAGAGTTGTAGAA
AATTGGAAAGCTGGTCCAAATGTTTATATTATTAAGTTTAATCTTTAGAT
GTATCTTCCATTTTACACAATTATCGTTAAACAATAAATGAAATAGTCAT
TATAAGGTAAACAGTTAAAAGACATTTAATCAGTACAACTGATTAGTACA
GTATGTCTACCTACATATTGTACCTATGTATATATAATGATATGATATTG
AAATGACTAAAACAATTATCTGGATTGCATGTCTGCAAAAAAATAAAATC
ATATACGTACATACAACTACAAGATGATATACGTTTTACCTGATTTAAAG
CGCTTTATCAGAATGTTAAAGAACAATAAATGAAACTGAAACTGGATATG
GTATAATTCTTTCAATAGCTATTATTATGTAGAGAGGGACGAAATTTTTG
AAAGATTTGTAAAGAGAAGGTGGGACTAAGACTAACGGTATTATTAATGA
ATTGCTACTATCCAAGGGTCGTTCCACGAGAAATTTACACAAGGACACGG
GCTGTCATTGATATTTAGTCCTACTCAGAAATGAAATATTAGATCCGTCA
CTCAATCTAACAATTGAGTTCGTTGGCTTTTAATATGAAGTCATTAGTAT
TTTGATGCATTTTTGAGTTGAGATATATTGTAAACCAAAGTATTGATGGG
CATGTATAGTTAGTTTTGGATCGGTCTAAAAGGACTGCAGTCTAATCGGT
CCGGTCATAATCAAATGTGTCAGTCTTAGGACAGGTCTTTATCGATATTT
TAGGGTAACTACGATAGCTAAAATGACGTAGTTACAAAGTACTTTCATCT
GTTCAACATAACCTCTTTCAAAAATACTTGATATCTGAATTTTAAACTAG
GTTGCGTCGGGCTAGAACTTATTATTATCATTCATTTTTTCCTTCGTTTT
TAAAATATTTAATGCAAATTATGACTGATCTTTGTGGTACACATTTTATT
TTATTTTTCTATTTTTCAAGGGGAAGAATATGTACGCCTAAAATGAGATT
TTAGCTTTCCGTTCCAATAGTACTTACATAAAATTCAGGATATCAAAGTG
TATACATTTTTTTTTACTTTTTTAAATATGATTTAAAGGCCCGATAAAGC
AAAGACGAACGCTTGGGAGACATATACATTGTGGCAGMGGMACAGGAGGG
GMAGATACCATGGTATAGAGCAGGGCTAGGCAACCTTGAAGACATAGAGT
GCAAACTTCAACATTTCTAATCAATGGGTGTACCACTATCAACAATAATG
GTAAAAACACACACACAAGCTATGGGAATATTTTCTAATTTGCCCTTGCC
AGTGAGGATGCCTCTGTGTGCCCACAGTGGCACACGTGCCATAGGTTGTC
AATCCCTGTCCTAGAGGATTCATGTCTCGCTCCTCATTACACGGAGCGAG
GGCACAAACCATTTTCCCATTAATCGGGAAAAAATCTCCTTGAGGACGTC
CTGATACTTCTTGGTCCCCATTTTCAGGCCGTACAGGAACCCATACGGGA
GTATCCTCTTCCTGTCTGATGCCACGCTTCCCAGCATCATGCTGAAAACT
TAGTCGGGTTGACCGGCGGAACCTCAGAGATTGTGTAGGTGAGGTAGCAG
TCGTTCTAGGAGTTTCTCGACTAGTCCACGGTACAGTTTTTGTTTCTTGT
TGCGTTGCTTGGCGCTAATAAAATCGGCTTTACTTAGCCTCTTGGACTCC
ATCTCGACACTGAATGAACCGATTTTAGTCAGTTGTAACTCATTTGAAAC
CTAATTTTTACCCAATTATTGTGTTAAAAAATCTTGAAACCTAGTTCTCA
AATGAGGTTTTCCTGACGCTATCAAAGTGGAAGTTGCGATCTGCTGTCGT
ACAGTGTATATGACACTACCTTATGATTGAATCGAGGAACGGAACGGATG
TAATGGCTGAACGCCGAACGAAAAAAACAAAAACATAAAAAACGTAAAAC
TGAACGGAACGCCTAAATACAGGAACGCTTACATGCCTCATTATTGGCGT
TTACTGATTGCAGGTTATCCTTCCTTTTAAGAGGAAGGAGATATATATAG
GTACAAATATATAGAAATGGGGTCATTGCACTCCCGGTATTTATATAAGA
GAAAGGATGTTGAATAAAATGTTGATTTATGTATTTGATAATTATATATG
TATATATATATATATTTGTCTTTCTGTTCGTAATTCTGTCTACTATACAT
ATATCTTGCGAAATGAGTCTTCCTCTCTTTTTTCCATTTGTTTACTTTAT
TTTAACTTAAGTATTAATATGACATAATATTGTTTGGGAACAATTTCTTA
CGGATATAGGTATTTATGACTGAAGAACTTTAATCCCTGATTAATAATAC
AACGAGAGGGGAAGAAGACACAAATGTTTATTTGAATAGTATCTCCATTT
CTCATGTTACTTCTTGTTTGATGTTCTTCGTAGGTAGATTCAAATAAATG
CCTTCATAATTTTCCCAATTCATGTCATTTCATCATTTTACATCTACACA
TATTTCAGCGGTGTGCGCAGGTTTATATTTTGGAGGGTTTGATTTTTGGA
ATTTTTGTAATCTATGATTTTTAAATTGTGTAATTCGATTAATAGGTCTC
TTCTAGCTTCTTACAATGCGAGTCGGAGAATTATCTTTTTTAAATATATA
AATGGTCTATTTCCACATAGAAAAAATGAAACAAAATTTTGAAACAACTG
ATACCCAACCCTGTATATTTTTGATTCTTATATATCTTGTCATTTATTCG
AATATTTTTTTGATGTACACTCTTATTTTTAGGCACCTGGATCTATCAAA
TCTGAACCTTCACCATGCAGATAAAGTACAAAGGAGCTCTTGAAAAAGGG
ATCCAACATTGGCATTTCACTCTGTCCTCTTTAACTGCTCCTTTTCGTCG
ATTATTCATCCTCAAAACGAGGACGACGTCGAAAAAGAAGAACAGAAGCG
GAATCTTCACCAGGAGTCTTCCACCCTTCTTTTTGGATTCCCCACTATCC
TACAAACATACTATTGATAACCTTCACCACAAGTTTAGCATTCTATCAAA
GATTGCATCCATTCCATTATAACAACGTGTCATGTCCATTAGCCGCGAAG
GGACTTTAAACCGTCAATATCATCGTCGACAGAGTGGCGGMGATGAAGAC
TGCGGAACAATTTCGGGATGTGCCTCCGGAGGGGATGACATTGGCGGAAG
AGGCTCTGTGGGTGGAGGACGAKCCCCTCCACCCCGAATGCGAGCGGGTA
AAATGATGGCAGTTAAGGTCAAGATGTTGGATGATTCCATCACGCTCTTT
CAAGTTCAAGTGAGTACCTACATCCATCCCGTTGTTCTGATCTATACCAA
GGTTAATAGAAATACAAGGTTATATCATAACGCCTTTCCAACTGATGTTT
GACTTCCCCCAAGCTTTTTAATAATGACGTCAAAGAGTATAACTGTAACC
AAGAGTAGCTATATATCGCCTTCCTTGACTGTTACTGTTAGAGTACCGCT
ATTATACTCTATGACGTCTAAATATGTCTGTCCTGCCCAGCAGTCGGAAA
GGTGCATCCAATTAAAAATTATGGCAATCCCCATTATATGATGACATAAC
CTTGTATATCTATTAAATTTGGTCTATGTCTATTTATAACAATTAATTAA
TTATTTTTCAGGTGAAAGCTCAAGGTAAAATCCTTTTTGATCAAGTCTGT
AAACAGTTAAATCTCTTGGAAGTAGATTATTTCGGATTAGAATATCAGGA
CCAACTTGGTGTTACGGTAAGATTACATCAGATTTTATATTTTCTTCAAT
AGTGTACATATATTGTATTTCAATCTTGAACAAAAATCAGAGGGAGTAGA
AAAATCCCAATTTATATTTTAGAACATATTTCAGTCAATTATAAACTTTG
TACACAAGTTTGTGGGATGAGTTTAAATACAAAATAATTGTGGTTATAGT
TTATAAACTTTATATAATTGAASATAKKYWTAACGGGMCATTTTTAGGAT
GATATTTTGGGGGAGGCTTGTGTTTTTTGGTGTTTTCTAATAAAAATTTA
AAAAAAAATWYWTTTNAAAAAAAAAATATATATATNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNTTTTTTTTTTTCAATTACATTTTTAATATATT
TTTTTTTTGTCTTAMATTAMATTTTTTCGAAATAATATTAAAATATTGTT
AACTTTCTTAGAAAAAAAAATTTATAAAATACCTAACTATTCTCAAAAAA
TTATTTTAATAAAATTTCCATAATTCTATTAGAAAAWAAAATAATTTTTT
TTTTGTGAAAAAAAAAATTCACAAATTAAATTTCAATTATTAATTTTTTG
TAAAGAAATTTCAAAAATCCATAGATATTTYMAAAAAAATCAAAAATCCA
TAGATATTTATAAAAAAAATCAAAAATCCATAGCTATTGACAGAAAATTA
AATTTTTTGGAATTTTTTTTTAATATTAAATTTTCTAGTTAAAATCAAAA
AATCCATTTTTTGGGAGGGGGATACAGCCTTCCAGCCTACCCCTTGCGGA
CGCCCTACTAACTTGGTCCTTATAAAATCCTCAATTTATCATTTTTTTAT
TGTGACAATTTTGTATAATTTAATTTGGATTTGCTGCACACCCAAATAAT
CTTTTTTGATAGAACTTGACGAATATTTGTCGAAGAATACAAATTTAATT
GAGTTCCAATTTTGAGAAAAATCGTTTTAACTCCTTTTTATGTGGAGCTA
AGGCTCCACATATTTTGGACTACATGTGCATAATTATAATGATATAAATG
ATTGCAGATGAGGTACACTTTTATATTCTATAATTAATTTTCTGCCATTT
GTATTCTGATTAATCCTTCGGAAGGGTTACTAATTATATTTTTAAGTAGT
GATGGGACGATTAATCGGAATCGGGAAAATAATGTGTAATTTGCGATTCC
GATGCTTGTTTATTACTTTTCTAAGTTATGAAATAAAAGTAAAATATTCT
ATCATTTGACCCCCCAATGATATAATTTTTACTCTTTACTAGAAAATTAA
TATAGTGGAATTTTTTTTTTCTACAAAAATTTAATGTTTGTACTTCAATT
GGACTTTTTCTTAAAAATTCGAAATTTGTCTCCAATTTTTTTTTTTTTCA
TACCAATAAAATGATGCGTGAATCAAGACTGTATGTCTTTCCTATTAGTA
GATATAGCTACCAAAGGCCAAACATTTATTGAAAAGTTTTGAATGATTGA
TTACCCGTATTACTTATTTTTTCAACGGCCATTGCACAAAAGTTAAAGAA
GAAAAAACTGAGCATATACGTTTTATTTTAAAGTCCTGGGTACTATATAT
CATTTTAACATCAATAATTGTCTTTTAAATGTACATATGTAGATTTTAAA
CGTCTACAAAATTGGGATTTCAAATTTTGTGCTACGCAAAACAGTCATTT
TTTGGGGAAATCGCTCATAAATTCAAATTTCTTGGCTGAACGACACAAGA
TAAAGTTTTAAAGGATCATAATCTACAGACATCTTTACCTCAGAAAAGAT
TTATAAAACAATTCTCAATGCTCATTTCCTACTCTAAATATATGTATTTT
TTTAAACTTTTGGCAGTGAAACTGGGGTCAAATCTTCAAACATGTTGTAT
ATATTTTATCTTATAACGGAATAATAATAAATAAATAAAACAATACTCAC
AATGACGTCACAAGGGATGGATTTTACCTTTTTGAAGGACCGACAAGTTG
GACTGGATGGKACTGCAGTCCTATTTAACATGACTTCCAATAGAAAAGAG
TATAGTGCAAAAATCCAATAAAGGGGACACTCCATGTATTGTACAAAATA
GGCTCATAAATAAATGACATATATATATATGTATCTAATTTATATATCAA
CGCAATTATTAAATCATTAATTATGTATTTCATGAAAGAATACTCCAGAT
GTTTTTTTATGTTTCTTTTTCGTATTCATCAAAAAATGTATAGAACGTAC
ATTTATCTTTAATATATTAAAATCTAATTGCTTAAATATAGTGTATAATT
AGTTTTTAAGTATATAATAAGCATATATGATTTTTATCTTTTTTTACTCT
CTAGTACTGGGTGGATGTTGAAAAACAGATGAATCATCAAATCGCATTGA
CTTCATCCGAGCCCTTATTCCTTTTCTGTGTCAAATTCTACACTCCAGAT
CCAGCACAGATTGAGGAGGAGTACACGCGATATCTCTTTAGTCTTCAAAT
TAAAAGGGATCTTGCAACGGGTCTTCTTCAATGTAATGACAATACTGCGG
CTCTTATG

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