EMLSAG00000002697, EMLSAG00000002697-685463 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000002697
Unique Name	EMLSAG00000002697-685463
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000002697 vs. GO
Match: - (symbol:hfw "Protein halfway" species:46245 "Drosophila pseudoobscura pseudoobscura" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0035073 "pupariation" evidence=ISS] [GO:0035075 "response to ecdysone" evidence=ISS] [GO:0035556 "intracellular signal transduction" evidence=ISS] InterPro:IPR001611 PROSITE:PS51450 GO:GO:0035556 GO:GO:0035073 EMBL:CH379063 GO:GO:0035075 eggNOG:NOG289130 OrthoDB:EOG75B85J RefSeq:XP_001355425.2 ProteinModelPortal:P84329 STRING:7237.FBpp0272920 EnsemblMetazoa:FBtr0274482 GeneID:4815430 KEGG:dpo:Dpse_GA15922 FlyBase:FBgn0086366 InParanoid:P84329 Uniprot:P84329)

HSP 1 Score: 80.1073 bits (196), Expect = 1.612e-14
Identity = 90/373 (24.13%), Postives = 159/373 (42.63%), Query Frame = 0

Query:  106 LRRIVLCDPQISSCGDVFP---VLETLDLRNNFVSDSISPTTLF-DIPTLKQIYLSGNPWSCFSKDNNQS------SHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCP-----QNCICLTINI-------NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGE-LRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADLLACG-----------------------------------------VDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L+ + + D  I+   + FP    L+ L++ NN +S+   P+ +F D+P L+   +S N  S     N         S  +  L +     +  D      PK +    N       S+++     LE  +    +CP      +C C   +I       ++P    V C  L L +LP  LP NT  L+++ NK+ S+G+  +TN  YHN+++L A  N+I+S+ +  G+ F+       NFQ   + +  L K   YF +  L+  G                                         + QS  +I++   + C++     DY++ +I  E+ILL+ ++++++YD   ++ SG LPW A  M
Sbjct:  223 LQSLAVTDGNITRLINAFPRHSALKCLNISNNNISEI--PSRMFKDVPHLEFFGMSRNNLSLVPHHNQNKNITVDISGNMRMLCNPLNEIINNDSFNFVNPKHSYCLYNATHEWFQSTDLVSVEQLESTKRCMTKCPVIPNYGSCKCRFESIMIIQDDQSKPK-CHVDCSNLGLVELPPRLPDNTFVLNITNNKITSLGDHFQTNPTYHNINRLVADNNQISSIYEFEGTKFIE------NFQRIYMRNNSLSKIPEYFLNNALMDTGRRIYLAGNKLQCDCNSAKTLQNWLKERSTDIPDYMEIRCRNIPQS--VIELQEAKLCQSPPDWTDYIYYLIAAEVILLLGLITKVSYDYWVFKTSGYLPWPASKM 584

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BLAST of EMLSAG00000002697 vs. GO
Match: - (symbol:swi2 "swi2" species:7227 "Drosophila melanogaster" [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0035073 "pupariation" evidence=ISS] [GO:0035556 "intracellular signal transduction" evidence=ISS] [GO:0035075 "response to ecdysone" evidence=ISS] EMBL:AE013599 GO:GO:0035556 GO:GO:0035073 ChiTaRS:SMARCA2 GO:GO:0035075 GeneTree:ENSGT00530000065147 EMBL:AY084149 RefSeq:NP_611247.3 UniGene:Dm.19951 ProteinModelPortal:Q8SXT3 SMR:Q8SXT3 BioGrid:62696 STRING:7227.FBpp0086049 PRIDE:Q8SXT3 EnsemblMetazoa:FBtr0086889 GeneID:37010 KEGG:dme:Dmel_CG14485 UCSC:CG14485-RA CTD:37010 FlyBase:FBgn0034262 eggNOG:NOG270713 InParanoid:Q8SXT3 OMA:INISWTN OrthoDB:EOG7KH9JQ PhylomeDB:Q8SXT3 GenomeRNAi:37010 NextBio:801485 Bgee:Q8SXT3 Uniprot:Q8SXT3)

HSP 1 Score: 63.929 bits (154), Expect = 1.492e-9
Identity = 58/221 (26.24%), Postives = 102/221 (46.15%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLI---QDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCP-----QNCICLTINI---NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLY 335
            L+ LDLR N +     P  L      +Q+YL+GNPW+C        +    WLL   ++  +   +D+  C+  K                 + +HY LE    L+++C      +NC CL  +I       L  V+C  L   +LPD LP NT+ L ++ N +  I  LR N  Y ++  ++   N+I+++ +L  + +++N    +N + N++    +Y
Sbjct:  179 LKVLDLRWNQLIQLDGPLLL--PRNFEQLYLAGNPWNC--------TRNFKWLLLQPEKGRLVVDRDELICTDRKYK----------ERQMLMVMHYKLE----LKRQCQSHEDLRNCTCLMHHILPKTHIPLYTVNCSHLQFHRLPDFLPDNTTTLVINDNMISDINPLRDNPHYRHVVDMQLENNQISNVDNLEDTYWLQNF-RLLNLRGNNLRKLHVY 374

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BLAST of EMLSAG00000002697 vs. GO
Match: - (symbol:hfw "halfway" species:7227 "Drosophila melanogaster" [GO:0005575 "cellular_component" evidence=ND] [GO:0003674 "molecular_function" evidence=ND] [GO:0035075 "response to ecdysone" evidence=IMP] [GO:0035556 "intracellular signal transduction" evidence=IMP] [GO:0035073 "pupariation" evidence=IMP] GO:GO:0035556 EMBL:AE014298 GO:GO:0035073 EMBL:AL021726 GO:GO:0035075 EMBL:AJ626646 EMBL:AY070931 RefSeq:NP_001259135.1 RefSeq:NP_569933.2 UniGene:Dm.5411 ProteinModelPortal:Q9W568 SMR:Q9W568 BioGrid:57671 MINT:MINT-1023607 PaxDb:Q9W568 EnsemblMetazoa:FBtr0070270 EnsemblMetazoa:FBtr0333115 GeneID:31120 KEGG:dme:Dmel_CG3095 CTD:31120 FlyBase:FBgn0001189 eggNOG:NOG289130 GeneTree:ENSGT00530000065147 HOGENOM:HOG000264157 InParanoid:Q9W568 OMA:FKTAGYL OrthoDB:EOG75B85J PhylomeDB:Q9W568 ChiTaRS:SMARCA1 GenomeRNAi:31120 NextBio:772017 Bgee:Q9W568 Uniprot:Q9W568)

HSP 1 Score: 63.929 bits (154), Expect = 1.993e-9
Identity = 87/371 (23.45%), Postives = 155/371 (41.78%), Query Frame = 0

Query:  106 LRRIVLCDPQISSCGDVFP---VLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQS------SHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNC----------------ICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGE-LRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADL----------LACGVDQSPIL--------------------------IQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L+ + + D  I+   + FP    L+ L++ NN +S+ I    + D+P L+   +S N  S     N         S  +  L +     +  +      PK +    N   +   S++      LE     RKRC  NC                + +  N ++P    V C  L L +LP  LP NT  L+++ NK+ S+G+   TN  YHN+++L A  N+I+S+ +  G+ F+      I  +NNS++    Y       D+ L          L C  + +  L                          I++   + C++     DY++ +I  E++LL+ ++++++YD   ++ +G LPW A  M
Sbjct:  237 LQSLAVTDGNITRLVNAFPRLSALKCLNISNNNISE-IHSRAVKDVPHLEFFGMSNNNLSLVPHRNQNKNITLDISGNMRMLCTPLNEIIYTESINFLNPKHSYCQYNATHTWFQSTDKVSVEQLEN----RKRCVTNCPVIPNYGSCNCTLENIMIIQDNQSKPQ-CHVDCSNLGLVELPQRLPDNTFMLNITNNKITSLGDYFHTNPTYHNINRLLADNNQISSIYEFEGTKFIETF-QRIYMRNNSLSKIPEYFLNNALMDSGLGRRIYLAGNKLQCDCNSAKTLQNWLKERSSDIPDYMEIRCRNMPQRVIELQEAKLCQSPPDWTDYIYYLIAAEVLLLLALITKVSYDYWVFKTAGYLPWPASKM 600

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BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883452|gb|GAXK01074923.1| (TSA: Calanus finmarchicus comp274930_c1_seq6 transcribed RNA sequence)

HSP 1 Score: 109.383 bits (272), Expect = 1.402e-24
Identity = 111/395 (28.10%), Postives = 165/395 (41.77%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHMYLGC--TYAGLRKSTLPTLFRNTE 433
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+         G   STLP++    E
Sbjct:  380 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHLCWSVPGISRGRWTSTLPSMCAQGE 1528

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BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883453|gb|GAXK01074922.1| (TSA: Calanus finmarchicus comp274930_c1_seq5 transcribed RNA sequence)

HSP 1 Score: 108.997 bits (271), Expect = 1.673e-24
Identity = 111/395 (28.10%), Postives = 165/395 (41.77%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHMYLGC--TYAGLRKSTLPTLFRNTE 433
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+         G   STLP++    E
Sbjct:  419 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHLCWSVPGISRGRWTSTLPSMCAQGE 1567

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BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883457|gb|GAXK01074918.1| (TSA: Calanus finmarchicus comp274930_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 109.768 bits (273), Expect = 1.925e-24
Identity = 111/395 (28.10%), Postives = 165/395 (41.77%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHMYLGC--TYAGLRKSTLPTLFRNTE 433
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+         G   STLP++    E
Sbjct:  419 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHLCWSVPGISRGRWTSTLPSMCAQGE 1567

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BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883456|gb|GAXK01074919.1| (TSA: Calanus finmarchicus comp274930_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 109.383 bits (272), Expect = 2.465e-24
Identity = 111/395 (28.10%), Postives = 165/395 (41.77%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHMYLGC--TYAGLRKSTLPTLFRNTE 433
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+         G   STLP++    E
Sbjct:  380 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHLCWSVPGISRGRWTSTLPSMCAQGE 1528

[Close]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883455|gb|GAXK01074920.1| (TSA: Calanus finmarchicus comp274930_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 108.227 bits (269), Expect = 4.795e-24
Identity = 105/371 (28.30%), Postives = 157/371 (42.32%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHM 411
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+
Sbjct:  419 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHL 1495

[Close]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592883454|gb|GAXK01074921.1| (TSA: Calanus finmarchicus comp274930_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 107.842 bits (268), Expect = 5.586e-24
Identity = 105/371 (28.30%), Postives = 157/371 (42.32%), Query Frame = 0

Query:  104 SHLRRIVL--CDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF---------SKDNNQSSHKLSWLLSSF--KRSLIQDDPTCSKPKSNAWHQNHARSGSHS--SNVTLHYFLEFNETLRKRCPQNCIC--------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRT-NRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH---------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWXXXXXXXXXXXXXXSRLTYDVINYRRSGELPWLAKHM 411
            S LR + L  C    ++ G     L  LDLR N V     P    ++  L  IYLSGN W C          SK N     K+SWLL  +  +R + +    C+         +H +S         ++  FL+F +     CP  C C         T+       V V C  L LT LP  LPP+T  L+++ N++ S+  L   N DY ++ +L    N + S+  L  S   RN P  ++ ++N IT                                        +FL KY     D + + C  D    L+ +DY + C  + DYM  VI+ E ILL+ ++ +LT+D + YRR+G LPW+A+H+
Sbjct:  380 SRLRTLRLRNCSISDTTFGSGLEGLRVLDLRGNKVDAFREP----ELEMLDSIYLSGNNWPCIDPSKEKRFRSKSNLIFGEKMSWLLDMYWNERWIDRKLTFCNL-------DDHLQSVEEEIVKKHSVESFLQFTKKTNSTCPALCDCEVADETIKFTLEDMSKYKVNVVCTDLGLTSLPSRLPPDTIYLNMANNQVSSLDLLSNLNPDYKSIERLILTNNSLKSMQGLENSWLQRNGPVLLDVRDNFITQLDTSALESMLSKASINTESNYFFAGNPWSCNCQNIKTIQEFLEKYSSLIMDTEHMHCS-DCECTLLHLDYKEMCTKDHDYMIWVILVEAILLVAIMLKLTWDCVRYRRTGHLPWVARHL 1456

[Close]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592899554|gb|GAXK01058821.1| (TSA: Calanus finmarchicus comp127583_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 56.225 bits (134), Expect = 1.608e-7
Identity = 65/230 (28.26%), Postives = 99/230 (43.04%), Query Frame = 0

Query:   58 PELFFPDSTFKLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNN--SHLRRIVLCDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIP-TLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKL 278
            P L   D +   ++R  ESL +L              +  I + NN  +H+R I             F  L+++D+ NN +SD ++   L ++P +LK + +SGNPW C        +  LSWL   +  SL    P   + K +    N   S +H  +  L     ++  +   CP  C C        INI+    V V+C   NLT  P  LP  T+ LD+S+N L
Sbjct:  933 PHLVTIDLSHNYLVRVDESLTAL------------HKLQNINLSNNHITHIRPIF----------SAFKYLKSVDISNNKLSDDLNKLVLKELPISLKFLDISGNPWPC--------TPTLSWL---YPWSLSM--PLSIQEKLSMAECNIENSPTHQLSPLLTVMKYYSLKVNPHCPDKCSCHFYHFAAGINISPTYTVIVNCSYQNLTSFPS-LPQQTTVLDLSHNLL 1514

[Close]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592899555|gb|GAXK01058820.1| (TSA: Calanus finmarchicus comp127583_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 56.225 bits (134), Expect = 1.626e-7
Identity = 65/230 (28.26%), Postives = 99/230 (43.04%), Query Frame = 0

Query:   58 PELFFPDSTFKLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNN--SHLRRIVLCDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIP-TLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKL 278
            P L   D +   ++R  ESL +L              +  I + NN  +H+R I             F  L+++D+ NN +SD ++   L ++P +LK + +SGNPW C        +  LSWL   +  SL    P   + K +    N   S +H  +  L     ++  +   CP  C C        INI+    V V+C   NLT  P  LP  T+ LD+S+N L
Sbjct:  982 PHLVTIDLSHNYLVRVDESLTAL------------HKLQNINLSNNHITHIRPIF----------SAFKYLKSVDISNNKLSDDLNKLVLKELPISLKFLDISGNPWPC--------TPTLSWL---YPWSLSM--PLSIQEKLSMAECNIENSPTHQLSPLLTVMKYYSLKVNPHCPDKCSCHFYHFAAGINISPTYTVIVNCSYQNLTSFPS-LPQQTTVLDLSHNLL 1563

[Close]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592877207|gb|GAXK01080513.1| (TSA: Calanus finmarchicus comp3012137_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 53.9138 bits (128), Expect = 2.930e-7
Identity = 64/231 (27.71%), Postives = 101/231 (43.72%), Query Frame = 0

Query:   23 TLKNDCDCFGVTELGIMCQGLSLKSSLEPSFKICKPELFFPDSTFKLIIRDSESLQSLDLSKD-FGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSCGDVFPV-LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCF--SKDNNQS------SHKLSWLLSSFKRSLIQDDPT--CSKPKSNA----WHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC 237
            T++N C+C    E  + C      S++E +  ICK      +S+    I++S+ + SL +S    G+      +     +  S +RR+ + +  ISS    F   LE LDLRNN     ++     ++P LKQ++LSGNPW CF   K +N +        +++WLL         D     C K K N+     H     S    +  +L  FL  +      CP +C C
Sbjct:   25 TVQNICNCI-YKEPALEC------SNMEVTENICK------NSS----IQESDDITSLSISNSTIGQDTSLLNLLSSLNLLPSQIRRLSITNTDISSISLNFLANLEYLDLRNN----ELTVLKRLELPQLKQLFLSGNPWICFIAEKPSNWTFSSLDHGLEMAWLLQPEWSDQWMDKQITFCDKQKINSAQITLHLQRNVSPKLRTGFSLQQFLLLSANTSVSCPASCNC 654

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BLAST of EMLSAG00000002697 vs. C. finmarchicus
Match: gi|592914548|gb|GAXK01043827.1| (TSA: Calanus finmarchicus comp50772_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 45.8246 bits (107), Expect = 3.486e-4
Identity = 46/190 (24.21%), Postives = 81/190 (42.63%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRS-LIQDDPTCSKPK--------SNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSL 306
            L++L L  N +S  ++P    ++ +L  + L  NP++C        +  ++W     +R  L    P C+KP+        S A H+    +G+    +  +Y           CP  C C            V C    LTK+P  +PP TS+L +  N++ SI   R  +   +L++L    N+++ L
Sbjct: 1797 LKSLSLYGNLIS-CVTPGAFDELGSLTSLNLISNPFNC--------NCHMAWFADWLRRKDLTASGPRCTKPEHLKNKAIHSLATHEFRCTNGNDVGCLGDNY-----------CPPECSCTG--------TIVRCSHAKLTKIPKGIPPETSELYLDVNEITSIDNHRL-QHLKSLTRLDLSNNQVSVL 2279

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BLAST of EMLSAG00000002697 vs. L. salmonis peptides
Match: EMLSAP00000002697 (pep:novel supercontig:LSalAtl2s:LSalAtl2s155:110260:184497:1 gene:EMLSAG00000002697 transcript:EMLSAT00000002697 description:"maker-LSalAtl2s155-augustus-gene-1.3")

HSP 1 Score: 1044.26 bits (2699), Expect = 0.000e+0
Identity = 510/510 (100.00%), Postives = 510/510 (100.00%), Query Frame = 0

Query:    1 MGYPHGTLLDFFLILCLTLEIKTLKNDCDCFGVTELGIMCQGLSLKSSLEPSFKICKPELFFPDSTFKLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHMYLGCTYAGLRKSTLPTLFRNTECQSNCNRANSSLHEDARRLDDENDENHRHSHEDNSSKTSRTFILREAFRPKRLTVITGSSSSRSDQQEDFELGDSCI 510
            MGYPHGTLLDFFLILCLTLEIKTLKNDCDCFGVTELGIMCQGLSLKSSLEPSFKICKPELFFPDSTFKLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHMYLGCTYAGLRKSTLPTLFRNTECQSNCNRANSSLHEDARRLDDENDENHRHSHEDNSSKTSRTFILREAFRPKRLTVITGSSSSRSDQQEDFELGDSCI
Sbjct:    1 MGYPHGTLLDFFLILCLTLEIKTLKNDCDCFGVTELGIMCQGLSLKSSLEPSFKICKPELFFPDSTFKLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHMYLGCTYAGLRKSTLPTLFRNTECQSNCNRANSSLHEDARRLDDENDENHRHSHEDNSSKTSRTFILREAFRPKRLTVITGSSSSRSDQQEDFELGDSCI 510

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BLAST of EMLSAG00000002697 vs. SwissProt
Match: gi|108935844|sp|P84329.2|HFW1_DROPS (RecName: Full=Protein halfway; AltName: Full=Protein singed wings)

HSP 1 Score: 80.1073 bits (196), Expect = 1.232e-14
Identity = 90/373 (24.13%), Postives = 159/373 (42.63%), Query Frame = 0

Query:  106 LRRIVLCDPQISSCGDVFP---VLETLDLRNNFVSDSISPTTLF-DIPTLKQIYLSGNPWSCFSKDNNQS------SHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCP-----QNCICLTINI-------NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGE-LRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADLLACG-----------------------------------------VDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L+ + + D  I+   + FP    L+ L++ NN +S+   P+ +F D+P L+   +S N  S     N         S  +  L +     +  D      PK +    N       S+++     LE  +    +CP      +C C   +I       ++P    V C  L L +LP  LP NT  L+++ NK+ S+G+  +TN  YHN+++L A  N+I+S+ +  G+ F+       NFQ   + +  L K   YF +  L+  G                                         + QS  +I++   + C++     DY++ +I  E+ILL+ ++++++YD   ++ SG LPW A  M
Sbjct:  223 LQSLAVTDGNITRLINAFPRHSALKCLNISNNNISEI--PSRMFKDVPHLEFFGMSRNNLSLVPHHNQNKNITVDISGNMRMLCNPLNEIINNDSFNFVNPKHSYCLYNATHEWFQSTDLVSVEQLESTKRCMTKCPVIPNYGSCKCRFESIMIIQDDQSKPK-CHVDCSNLGLVELPPRLPDNTFVLNITNNKITSLGDHFQTNPTYHNINRLVADNNQISSIYEFEGTKFIE------NFQRIYMRNNSLSKIPEYFLNNALMDTGRRIYLAGNKLQCDCNSAKTLQNWLKERSTDIPDYMEIRCRNIPQS--VIELQEAKLCQSPPDWTDYIYYLIAAEVILLLGLITKVSYDYWVFKTSGYLPWPASKM 584

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BLAST of EMLSAG00000002697 vs. SwissProt
Match: gi|56404631|sp|Q8SXT3.1|HFW2_DROME (RecName: Full=Protein singed wings 2; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 1.168e-9
Identity = 58/221 (26.24%), Postives = 102/221 (46.15%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLI---QDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCP-----QNCICLTINI---NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLY 335
            L+ LDLR N +     P  L      +Q+YL+GNPW+C        +    WLL   ++  +   +D+  C+  K                 + +HY LE    L+++C      +NC CL  +I       L  V+C  L   +LPD LP NT+ L ++ N +  I  LR N  Y ++  ++   N+I+++ +L  + +++N    +N + N++    +Y
Sbjct:  179 LKVLDLRWNQLIQLDGPLLL--PRNFEQLYLAGNPWNC--------TRNFKWLLLQPEKGRLVVDRDELICTDRKYK----------ERQMLMVMHYKLE----LKRQCQSHEDLRNCTCLMHHILPKTHIPLYTVNCSHLQFHRLPDFLPDNTTTLVINDNMISDINPLRDNPHYRHVVDMQLENNQISNVDNLEDTYWLQNF-RLLNLRGNNLRKLHVY 374

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BLAST of EMLSAG00000002697 vs. SwissProt
Match: gi|56404674|sp|Q9W568.3|HFW1_DROME (RecName: Full=Protein halfway; AltName: Full=Protein singed wings; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 1.562e-9
Identity = 87/371 (23.45%), Postives = 155/371 (41.78%), Query Frame = 0

Query:  106 LRRIVLCDPQISSCGDVFP---VLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQS------SHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNC----------------ICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGE-LRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYFRDADL----------LACGVDQSPIL--------------------------IQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L+ + + D  I+   + FP    L+ L++ NN +S+ I    + D+P L+   +S N  S     N         S  +  L +     +  +      PK +    N   +   S++      LE     RKRC  NC                + +  N ++P    V C  L L +LP  LP NT  L+++ NK+ S+G+   TN  YHN+++L A  N+I+S+ +  G+ F+      I  +NNS++    Y       D+ L          L C  + +  L                          I++   + C++     DY++ +I  E++LL+ ++++++YD   ++ +G LPW A  M
Sbjct:  237 LQSLAVTDGNITRLVNAFPRLSALKCLNISNNNISE-IHSRAVKDVPHLEFFGMSNNNLSLVPHRNQNKNITLDISGNMRMLCTPLNEIIYTESINFLNPKHSYCQYNATHTWFQSTDKVSVEQLEN----RKRCVTNCPVIPNYGSCNCTLENIMIIQDNQSKPQ-CHVDCSNLGLVELPQRLPDNTFMLNITNNKITSLGDYFHTNPTYHNINRLLADNNQISSIYEFEGTKFIETF-QRIYMRNNSLSKIPEYFLNNALMDSGLGRRIYLAGNKLQCDCNSAKTLQNWLKERSSDIPDYMEIRCRNMPQRVIELQEAKLCQSPPDWTDYIYYLIAAEVLLLLALITKVSYDYWVFKTAGYLPWPASKM 600

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BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: EGK96403.1 (AGAP000601-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 90.8929 bits (224), Expect = 2.160e-18
Identity = 86/331 (25.98%), Postives = 151/331 (45.62%), Query Frame = 0

Query:  129 LDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSK---PKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC----LTININ----RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTIN---------------FQNNSIT---------HQFLYKYKLYFRDADLLAC-GVDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L++ NN +S+ I P    ++  L  + LS N  S     N +    +   +    +SL++   +  K   P+S     N   +  +S++    + LE  + ++  CP+NC C    L  ++N    + +  +V+C GL LTK PD LP  T  L++S N + S+  L T   Y +L +L A  N+I+SLSDL G  F+         RN+  T+                 + N +T           +L   K    D + + C G      L+ I  ++ C++     DY++ +I  E++LL+ ++ +++YD   ++ +G LPW A  M
Sbjct:  312 LNVSNNNISE-IEPRAFRELRNLTMLDLSYNNLSTIPSTNGKFRLDIRGNVGMLCKSLLESLKSGVKFKDPESTFCLTNRTFNWFNSTDSLPLHQLETIQRVQDECPENCTCELDRLNFDLNNTERKTITTRVACTGLGLTKFPDRLPAGTVTLNISNNNITSLEALNT-PPYQSLLRLHADDNQISSLSDLEGMDFISRFTLFSIRRNKLKTVQSYIFTKSLDLGSYIFLEGNPMTCDCNAAKGFKNWLLSRKAQVPDHENIFCEGNTNLQQLVTIQESKLCQSQHDWTDYIYYLIATEILLLVALVCKVSYDYWVFKTAGYLPWPANKM 640

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: EAA06520.4 (AGAP000601-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 90.8929 bits (224), Expect = 2.160e-18
Identity = 86/331 (25.98%), Postives = 151/331 (45.62%), Query Frame = 0

Query:  129 LDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSK---PKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC----LTININ----RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTIN---------------FQNNSIT---------HQFLYKYKLYFRDADLLAC-GVDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L++ NN +S+ I P    ++  L  + LS N  S     N +    +   +    +SL++   +  K   P+S     N   +  +S++    + LE  + ++  CP+NC C    L  ++N    + +  +V+C GL LTK PD LP  T  L++S N + S+  L T   Y +L +L A  N+I+SLSDL G  F+         RN+  T+                 + N +T           +L   K    D + + C G      L+ I  ++ C++     DY++ +I  E++LL+ ++ +++YD   ++ +G LPW A  M
Sbjct:  312 LNVSNNNISE-IEPRAFRELRNLTMLDLSYNNLSTIPSTNGKFRLDIRGNVGMLCKSLLESLKSGVKFKDPESTFCLTNRTFNWFNSTDSLPLHQLETIQRVQDECPENCTCELDRLNFDLNNTERKTITTRVACTGLGLTKFPDRLPAGTVTLNISNNNITSLEALNT-PPYQSLLRLHADDNQISSLSDLEGMDFISRFTLFSIRRNKLKTVQSYIFTKSLDLGSYIFLEGNPMTCDCNAAKGFKNWLLSRKAQVPDHENIFCEGNTNLQQLVTIQESKLCQSQHDWTDYIYYLIATEILLLVALVCKVSYDYWVFKTAGYLPWPANKM 640

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: gb|EFA00539.1| (Protein halfway-like Protein [Tribolium castaneum])

HSP 1 Score: 85.8853 bits (211), Expect = 5.038e-17
Identity = 63/230 (27.39%), Postives = 105/230 (45.65%), Query Frame = 0

Query:  227 LRKRCPQNCIC------LTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKY----------KLYFRDADLLACGVDQSPIL--------------------------IQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            LRK C +NC C      L       + V V+C G + T LP  LPPNT  L+VS N + S+    T+  Y N+ +L A  N+ITS+  L GS F+ +    ++ +NN +     Y +          +  F   + L C  + + +L                          I ++ ++ C+T     DY++ +I  E++LL+ +++++ YD   ++ SG LPW A  M
Sbjct:  243 LRKDCRKNCTCEPSRLDLVSGKQATIAVAVNCSGQSWTSLPSPLPPNTIALNVSNNNITSLELFSTDSSYQNIRELYADNNQITSILPLEGSQFLSSF-AVLSLRNNKLKSLPTYIFSNILDRNNYVRYVFLGLNRLQCDCNTAKVLKVWLLTKQKNIPDFEEIYCDNMDMKVIDLNPSKLCQTQQDWTDYIYYIITIEVVLLVGLIAKVVYDYCVFKTSGYLPWPASKM 471

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: XP_006568654.1 (PREDICTED: protein halfway isoform X2 [Apis mellifera])

HSP 1 Score: 81.6481 bits (200), Expect = 1.209e-15
Identity = 73/266 (27.44%), Postives = 122/266 (45.86%), Query Frame = 0

Query:  204 NHARSGSHSSNVTLHYF----------LEFNETLRKRCPQN----CIC----LTININRP--LLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNR-------------PTTI---NFQNNSITHQFLYKY---------------KLYFR----DADLLACGVDQSPILIQIDYTQFC---ETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            NH      S++ T H+F          + +   L+  CP+     C C    L I   +P  L V V C G+ +T+LP+ LP NT  L+VSYN +  + +L TN  Y ++ +  A  N I+S++ L GS F+ N              PT I   N  + S T   L K                K++ +    D+D + C   +  + I ++ ++ C       DY++ +I  E++LLI ++++++YD   ++ +G LPW A  M
Sbjct:  222 NHENETVCSASKTWHWFNTTEQVPLKQVRYLSLLQTECPKGDTWQCQCNFRRLDIVEGKPPTLAVNVDCSGIQITELPEKLPRNTIALNVSYNNITVLDDLSTNPCYEDIREFYADYNNISSINKLEGSKFLDNYAFLSLRYNKIKSLPTYILSPNTHDKSFTSSRLVKLGGNELHCDCNTAKYLKVWLQTRILDSDEVFCENVKEKV-IDLEPSKMCVYPGDWTDYIYYIIATEVVLLISLIAKVSYDYWIFKTAGYLPWPANKM 486

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: XP_395627.4 (PREDICTED: protein halfway isoform X1 [Apis mellifera])

HSP 1 Score: 81.6481 bits (200), Expect = 1.442e-15
Identity = 73/266 (27.44%), Postives = 122/266 (45.86%), Query Frame = 0

Query:  204 NHARSGSHSSNVTLHYF----------LEFNETLRKRCPQN----CIC----LTININRP--LLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNR-------------PTTI---NFQNNSITHQFLYKY---------------KLYFR----DADLLACGVDQSPILIQIDYTQFC---ETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            NH      S++ T H+F          + +   L+  CP+     C C    L I   +P  L V V C G+ +T+LP+ LP NT  L+VSYN +  + +L TN  Y ++ +  A  N I+S++ L GS F+ N              PT I   N  + S T   L K                K++ +    D+D + C   +  + I ++ ++ C       DY++ +I  E++LLI ++++++YD   ++ +G LPW A  M
Sbjct:  227 NHENETVCSASKTWHWFNTTEQVPLKQVRYLSLLQTECPKGDTWQCQCNFRRLDIVEGKPPTLAVNVDCSGIQITELPEKLPRNTIALNVSYNNITVLDDLSTNPCYEDIREFYADYNNISSINKLEGSKFLDNYAFLSLRYNKIKSLPTYILSPNTHDKSFTSSRLVKLGGNELHCDCNTAKYLKVWLQTRILDSDEVFCENVKEKV-IDLEPSKMCVYPGDWTDYIYYIIATEVVLLISLIAKVSYDYWIFKTAGYLPWPANKM 491

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: gb|EFA09304.2| (Protein singed wings 2-like Protein [Tribolium castaneum])

HSP 1 Score: 75.0998 bits (183), Expect = 1.221e-13
Identity = 82/349 (23.50%), Postives = 143/349 (40.97%), Query Frame = 0

Query:  123 FPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQD--DPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTINI--------NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRN-------------RPT-----------------TINFQNNS---------ITHQFLYKYKLYFRDADLLACGV---DQSPIL--IQIDYTQFCETNIDY------MWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            FP LE LDLR NF+    +    F +  LK++YL GN W+C        S  L+W+L    +++++D  + TC               G+   N  L     F + L+  CP  C C    +            L++V+C    LT LP  LP  +  + +  N+++ +  L+ ++ Y  +  L    NK+ ++ +L GS F+++              PT                 TI+   N          +  + L K+     D   + C     D++ +L  I++  +  C +  +Y      +   ++  LILLIL   +L YD   ++++G LPW+   M
Sbjct:  114 FPNLEILDLRENFLQSLGN----FSVGKLKELYLDGNTWNC--------SQDLNWVLK-LNQTIVKDLNNLTCQ--------------GNPHPNKNLVTIARFTKDLKNNCPSICSCTLPKVVFTKMGSQRLEPLIEVNCSHRGLTHLPLDLPAKSRIIHLEGNEIEDLKPLKHHQIYRKVLDLYLDNNKVKTIEELEGSYFLKHFRVFSLSGNKLTEVPTYALDNALTQNPHMPNALTISLGGNPWRCDCVFTPVFQEMLQKFAPQIHDLREVKCSYVEGDENSLLPIIELSRSSVCRSPSEYSVQALDLLNGVLASLILLIL--GKLAYDYYYFKKTGRLPWIVTKM 433

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: XP_006566479.1 (PREDICTED: protein singed wings 2 isoform X1 [Apis mellifera])

HSP 1 Score: 74.7146 bits (182), Expect = 1.959e-13
Identity = 85/343 (24.78%), Postives = 142/343 (41.40%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQN-CICLTI--------NINRPLLV--KVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM-------------RNRPT-----TINFQNNSIT------------------HQFLYKYKLYFRDADLLAC----GVDQSPILIQ-IDYTQFCETN--------IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLA 408
            L  LD RNN   +    T  F+IP+L  IYLSGNP  C  +          W+L+  K SL                + + R  +      L   +E   TL++ C +  C C  +        +I + L+    V+C    LT++P  LP NT+ L +S NK+K +  L TN  Y  +  L    NKI S+  L GS +M              + PT      +    N+++                     L +Y    +D + + C    G D S  +I+ +  T+ C ++        +D + I++     L+ L++ +L YD  +++++G+LPW+ 
Sbjct:  150 LRILDFRNNSFPELNVAT--FNIPSLHHIYLSGNPLKCMEET--------KWILNREKGSL----------GHKIADKEYLRCTAPYDGRPLIPVVEIINTLKEECTKTVCDCELVYVVGNGGKHIYKQLMAFASVNCSHRGLTEMPSFLPANTTTLHLSGNKIKDLRPLTTNPVYKGVIDLYLDGNKIESIVQLEGSSWMDHFRLFSLRGNKLTDLPTYALENVLQHNGNAVSLYLGKNPWTCDCLFTPGFQDLLIRYTNLIKDINDVRCSPNNGDDNSDRIIRDLKRTEICVSSDEDSIIHPLDVLNIILA---FLIFLIIGKLLYDYWSFKKTGQLPWIV 469

[Close]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: EEB11208.1 (protein halfway, putative [Pediculus humanus corporis])

HSP 1 Score: 68.5514 bits (166), Expect = 1.383e-11
Identity = 65/236 (27.54%), Postives = 106/236 (44.92%), Query Frame = 0

Query:  227 LRKRCPQNCICLTININ-----RPLL-VKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRN-------------RPTTI---NFQNN--------------------SITHQFLYKYKLYFRDADLLAC--------GVDQS-PILIQIDYTQFCETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            +++ C + C C +  ++      P + V V C  L L KLP+ LP NT  L+VSYN + S+  L  + +Y ++ +  A  N+I+S+  L GS F+ N              PT I    F  N                     +   +L   K +  D D L C         +DQ+   + Q D+T       DY++ +I GE+ LL+L++ +++YD   ++ +G LPW A  M
Sbjct:  149 IQESCTKGCTCRSYRLDMVSGKHPTVSVLVDCSSLGLKKLPEYLPKNTISLNVSYNNITSLDPLTFDENYKDIREFYADYNQISSILALEGSKFIDNFLVLSLRENNIKSLPTYILSNTFDRNYHIRRVNLGGNRLVCNCSVAQVVKVWLLSNKKHIPDYDQLLCDNTGERVMALDQNKACMYQRDWT-------DYIYYMIAGEIGLLLLLVGKVSYDYWVFKTTGYLPWPASKM 377

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BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: XP_016770262.1 (PREDICTED: protein singed wings 2 isoform X3 [Apis mellifera])

HSP 1 Score: 66.6254 bits (161), Expect = 6.273e-11
Identity = 63/204 (30.88%), Postives = 90/204 (44.12%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSL---IQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQN-CICLTI--------NINRPLLV--KVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM 315
            L  LD RNN   +    T  F+IP+L  IYLSGNP  C  +          W+L+  K SL   I D             + + R  +      L   +E   TL++ C +  C C  +        +I + L+    V+C    LT++P  LP NT+ L +S NK+K +  L TN  Y  +  L    NKI S+  L GS +M
Sbjct:  150 LRILDFRNNSFPELNVAT--FNIPSLHHIYLSGNPLKCMEET--------KWILNREKGSLGHKIAD-------------KEYLRCTAPYDGRPLIPVVEIINTLKEECTKTVCDCELVYVVGNGGKHIYKQLMAFASVNCSHRGLTEMPSFLPANTTTLHLSGNKIKDLRPLTTNPVYKGVIDLYLDGNKIESIVQLEGSSWM 330

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BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Match: AAF57813.3 (swi2 [Drosophila melanogaster])

HSP 1 Score: 63.929 bits (154), Expect = 5.661e-10
Identity = 58/221 (26.24%), Postives = 102/221 (46.15%), Query Frame = 0

Query:  126 LETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLI---QDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCP-----QNCICLTINI---NRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLY 335
            L+ LDLR N +     P  L      +Q+YL+GNPW+C        +    WLL   ++  +   +D+  C+  K                 + +HY LE    L+++C      +NC CL  +I       L  V+C  L   +LPD LP NT+ L ++ N +  I  LR N  Y ++  ++   N+I+++ +L  + +++N    +N + N++    +Y
Sbjct:  179 LKVLDLRWNQLIQLDGPLLL--PRNFEQLYLAGNPWNC--------TRNFKWLLLQPEKGRLVVDRDELICTDRKYK----------ERQMLMVMHYKLE----LKRQCQSHEDLRNCTCLMHHILPKTHIPLYTVNCSHLQFHRLPDFLPDNTTTLVINDNMISDINPLRDNPHYRHVVDMQLENNQISNVDNLEDTYWLQNF-RLLNLRGNNLRKLHVY 374

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BLAST of EMLSAG00000002697 vs. nr
Match: gi|157129197|ref|XP_001655320.1| (AAEL011387-PA, partial [Aedes aegypti] >gi|108872317|gb|EAT36542.1| AAEL011387-PA, partial [Aedes aegypti])

HSP 1 Score: 90.1225 bits (222), Expect = 7.294e-16
Identity = 67/237 (28.27%), Postives = 110/237 (46.41%), Query Frame = 0

Query:  221 LEFNETLRKRCPQNCICLTININ--------RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSI----THQF------------------------------LYKYKLYFRDADLLAC-GVDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L  ++ ++  CP NC C    +N        +    +V C GL L   P+ LPP+T  L+VS N + S+  L   + Y  + +L A  N+ITSLSDL G+ F+ +R T  + + N +    T+QF                              L   K    D D++ C G      ++QI  ++ C++     DY++ +I  E+ILLI ++ +++YD   ++ +G LPW A  M
Sbjct:  181 LLLSQRIQNDCPTNCTCALERLNFDLNNTDRKTFTAQVDCSGLGLMDFPEHLPPDTVTLNVSNNNITSLKAL-IGKSYSTVHRLYADNNQITSLSDLEGTDFI-SRFTVFSIRWNKLKTIQTYQFRSSLDLGSYMFLEGNPMTCDCTAAKNLKNWLLSKKAQVFDHDMIYCEGNTHLSKVVQIQESKLCQSQHDWTDYIYYLIATEIILLIALIGKVSYDYWVFKTAGYLPWPANKM 415

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BLAST of EMLSAG00000002697 vs. nr
Match: gi|939630358|ref|XP_014277702.1| (PREDICTED: protein halfway [Halyomorpha halys])

HSP 1 Score: 90.5077 bits (223), Expect = 7.789e-16
Identity = 70/201 (34.83%), Postives = 102/201 (50.75%), Query Frame = 0

Query:  250 VSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNR-------------PTTI--------NFQ---------------NNSITHQFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFC--ETNI-DYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            V+C  L LT+LP  LP N   LDVS N++KS+  L TN++Y  + +  A  NKI S+  L GS F+ N              PT I        NF                + ++T  +L   K Y +D D + C  D   + I ID ++ C  E ++ DY++ +I GE+ILLIL++S++TYD   ++ SG LPW A  M
Sbjct:  261 VNCSNLQLTELPP-LPANIIYLDVSNNQIKSLELLATNKNYSEVREFVADNNKIESIVILEGSQFIDNFNVLSLRNNQIKSIPTYILSKAFDRNNFHQRIVKFGENKLNCDCSTALTKMWLLNNKHYIQDYDEVQCDKDFQRV-IDIDPSRVCIHEKDLTDYIYFIIAGEIILLILLVSKVTYDYWVFKSSGYLPWPASKM 459

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|347964135|ref|XP_310477.4| (AGAP000601-PA [Anopheles gambiae str. PEST] >gi|347964137|ref|XP_003437043.1| AGAP000601-PB [Anopheles gambiae str. PEST] >gi|333466871|gb|EAA06520.4| AGAP000601-PA [Anopheles gambiae str. PEST] >gi|333466872|gb|EGK96403.1| AGAP000601-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 90.8929 bits (224), Expect = 1.057e-15
Identity = 86/331 (25.98%), Postives = 151/331 (45.62%), Query Frame = 0

Query:  129 LDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSK---PKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC----LTININ----RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTIN---------------FQNNSIT---------HQFLYKYKLYFRDADLLAC-GVDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L++ NN +S+ I P    ++  L  + LS N  S     N +    +   +    +SL++   +  K   P+S     N   +  +S++    + LE  + ++  CP+NC C    L  ++N    + +  +V+C GL LTK PD LP  T  L++S N + S+  L T   Y +L +L A  N+I+SLSDL G  F+         RN+  T+                 + N +T           +L   K    D + + C G      L+ I  ++ C++     DY++ +I  E++LL+ ++ +++YD   ++ +G LPW A  M
Sbjct:  312 LNVSNNNISE-IEPRAFRELRNLTMLDLSYNNLSTIPSTNGKFRLDIRGNVGMLCKSLLESLKSGVKFKDPESTFCLTNRTFNWFNSTDSLPLHQLETIQRVQDECPENCTCELDRLNFDLNNTERKTITTRVACTGLGLTKFPDRLPAGTVTLNISNNNITSLEALNT-PPYQSLLRLHADDNQISSLSDLEGMDFISRFTLFSIRRNKLKTVQSYIFTKSLDLGSYIFLEGNPMTCDCNAAKGFKNWLLSRKAQVPDHENIFCEGNTNLQQLVTIQESKLCQSQHDWTDYIYYLIATEILLLVALVCKVSYDYWVFKTAGYLPWPANKM 640

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|568257622|gb|ETN65887.1| (hypothetical protein AND_002335 [Anopheles darlingi])

HSP 1 Score: 89.3521 bits (220), Expect = 3.452e-15
Identity = 91/365 (24.93%), Postives = 163/365 (44.66%), Query Frame = 0

Query:  101 VNNSHLR---RIVLCDPQISSCGDVFPVLET---LDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSK---PKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC----LTININ----RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTIN---------------FQNNSIT---------HQFLYKYKLYFRDADLLACGVDQS-PILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            V+N +LR    + + D +I      F    +   +++ NN +S+ + P    ++  L  + LS N  S     N +    +   +    +SL++   +  K   P+S     N   +  ++++    + LE  + ++  CP+NC C    L  ++N    + +  +V C GL LTK P+ LP  T  L+VS N + S+  L +   Y +L +L A  N+I SLSDL G  F+         RN+  T+                 + N +T           +L   K    D + + C  D S   L+ I  ++ C++     DY++ +I  E++LLI ++ +++YD   ++ +G LPW A  M
Sbjct:  264 VSNRYLRTLHSLAITDGKIQRISTSFARFSSPVCVNISNNNISE-LEPRAFRELRHLTMLDLSFNNLSTIPSTNGKFRLDIRGNVGMLCKSLLESLKSGVKFKDPESTFCLTNRTFNWFNTTDSLQLHQLEMMQRVQDECPENCTCELDRLNFDLNNTERKTITARVDCSGLGLTKFPEKLPSGTVTLNVSSNNITSLEALNS-APYESLLRLHADDNQIGSLSDLEGMDFISRFTLFSIRRNKLKTVQSYIFTKSLDLGSYIFLEGNPMTCDCNAAKGFKNWLLSRKAQVPDHENIFCEGDTSLQQLVTIQESKLCQSQHDWTDYIYYLIAAEIMLLIALVCKVSYDYWIFKSAGYLPWPANKM 626

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|1012980960|gb|KYQ54860.1| (Protein singed wings 2 [Trachymyrmex zeteki])

HSP 1 Score: 88.1965 bits (217), Expect = 4.301e-15
Identity = 109/421 (25.89%), Postives = 186/421 (44.18%), Query Frame = 0

Query:   62 FPDSTF--KLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSC-GDVFPVLETL---DLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLL-----SSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQN-CICLTINI--------NRPLLV--KVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYK---LYFRDADLLACG-----------------VDQSPILIQ----------------------IDYTQFCETNIDYMWI-------VIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            +P +TF  + I+R    L+ L ++      L + F SE+Q      L +I + D ++     D F  L TL   DLRNN + + IS  T+FD+PTLK IYL+GNP  C        +  ++W+L     S+  + + +D   C+ P     H              L   +E   TL++ C +  C C  I +         R L+    V+C   +LT++P++LP +T+ L +S NK+K +  L TN  Y ++  L    N + S++ L GS ++ +R   +N + N +T    Y  +   LY  +A  L  G                 + + P +I+                      +  T+ C +  +  W+       +I+  LI L  VL +L YD  +++++G+LPW+   +
Sbjct:   57 WPKATFDPQEILRGFTYLRKLMIANSNLTRLSTAFPSEMQF-----LEKINVTDTKLRLLPNDAFSNLRTLSCLDLRNNALEE-IS-ITVFDVPTLKDIYLAGNPLRC--------TEDVAWILDSSEGSAASKVVDKDKLLCATP-----HDGRP----------LVPIVEIIVTLKEECKETVCDCELIYVVARAGKLTQRQLIAFTSVNCSHRDLTEMPEILPADTTTLHLSGNKIKDLTPLATNPAYKSVLDLYIDDNLVESIARLEGSDWL-DRFRLLNLRGNKLTDLPTYALENALLYNSNAANLYLGNNSWTCDCHFTPGFQDLLIRHPNIIKDINDIRCAFTSDNDNSNKQIRDLTRTEICISPDEDSWLHPLDILNIILASLIFL--VLGKLLYDYWSFKKTGKLPWIVAKI 444

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|1069688085|ref|XP_018304495.1| (PREDICTED: protein singed wings 2 isoform X1 [Trachymyrmex zeteki])

HSP 1 Score: 87.8113 bits (216), Expect = 5.138e-15
Identity = 107/416 (25.72%), Postives = 183/416 (43.99%), Query Frame = 0

Query:   62 FPDSTF--KLIIRDSESLQSLDLSKDFGEGLPSQFISEIQIVNNSHLRRIVLCDPQISSC-GDVFPVLETL---DLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQN-CICLTINI--------NRPLLV--KVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYK---LYFRDADLLACG-----------------VDQSPILIQ----------------------IDYTQFCETNIDYMWI-------VIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            +P +TF  + I+R    L+ L ++      L + F SE+Q      L +I + D ++     D F  L TL   DLRNN + + IS  T+FD+PTLK IYL+GNP  C        +  ++W+L S + S            S    ++     +      L   +E   TL++ C +  C C  I +         R L+    V+C   +LT++P++LP +T+ L +S NK+K +  L TN  Y ++  L    N + S++ L GS ++ +R   +N + N +T    Y  +   LY  +A  L  G                 + + P +I+                      +  T+ C +  +  W+       +I+  LI L  VL +L YD  +++++G+LPW+   +
Sbjct:   73 WPKATFDPQEILRGFTYLRKLMIANSNLTRLSTAFPSEMQF-----LEKINVTDTKLRLLPNDAFSNLRTLSCLDLRNNALEE-IS-ITVFDVPTLKDIYLAGNPLRC--------TEDVAWILDSSEGS----------AASKVVDKDKLLCATPHDGRPLVPIVEIIVTLKEECKETVCDCELIYVVARAGKLTQRQLIAFTSVNCSHRDLTEMPEILPADTTTLHLSGNKIKDLTPLATNPAYKSVLDLYIDDNLVESIARLEGSDWL-DRFRLLNLRGNKLTDLPTYALENALLYNSNAANLYLGNNSWTCDCHFTPGFQDLLIRHPNIIKDINDIRCAFTSDNDNSNKQIRDLTRTEICISPDEDSWLHPLDILNIILASLIFL--VLGKLLYDYWSFKKTGKLPWIVAKI 460

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|1059414491|ref|XP_017780123.1| (PREDICTED: protein halfway [Nicrophorus vespilloides])

HSP 1 Score: 88.1965 bits (217), Expect = 5.447e-15
Identity = 71/247 (28.74%), Postives = 115/247 (46.56%), Query Frame = 0

Query:  215 VTLHYFLEFNETLRKRCPQNCICLTININ-----RPLL-VKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITHQFLYKYKLYF-----------RDADL----LACGVDQSPIL--------------------------IQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            V L      NE LRK C  NC C  +  +      P++ V VSC   +LT+LP  LPPNT  L+VS+N + S+  +  +  Y +LS+L A  N+ITS+  L GS F+       NF   S++H  L K + Y            R  +L    L C  + + +L                            +D ++ C++     DY++ +I  E++LL+ ++++++YD   ++ +G LPW A  M
Sbjct:  238 VPLEQIERVNE-LRKDCTINCTCQPLRFDIVPGKSPIINVYVSCTSQHLTELPSPLPPNTKALNVSFNNITSLQPVSKDPSYQSLSELYADHNEITSILPLEGSKFI------TNFVALSLSHNKLEKIETYVLTNIFDRNYNSRRVNLGHNKLLCDCNTAKVLKVWLMTKQKHIPDYDQIDCENMDMKVSDLDPSKLCQSQHDWTDYIYYIIATEVLLLVFLIAKVSYDYWIFKTAGYLPWPASKM 477

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|668453091|gb|KFB41825.1| (AGAP000601-PA-like protein [Anopheles sinensis])

HSP 1 Score: 87.8113 bits (216), Expect = 7.678e-15
Identity = 86/334 (25.75%), Postives = 150/334 (44.91%), Query Frame = 0

Query:  129 LDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKL------SWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQNCIC----LTININ----RPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTIN---------------FQNNSIT---------HQFLYKYKLYFRDADLLAC-GVDQSPILIQIDYTQFCETN---IDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            L++ NN +S+ I P    ++  L  + LS N  S     N   + +L        L  S   SL +      +P+S     N   +  +S++    + LE  + ++  CP+ C C    L  ++N    + +  +V+C GL LTK PD LP  T  L++S N + S+ E   +  Y +L +L A  N+I+SLS+L G  F+         RN+  T+                 + N ++           +L   K    D + + C G    P L+ I  ++ C++     DY++ +I  E++LLI ++ +++YD   ++ +G LPW A  M
Sbjct:  237 LNVSNNNISE-IEPRAFRELRNLTMLDLSYNNLSTIPSTNGLPNFRLDIRGNVGMLCKSLLESL-KSGVKFKEPESTFCLTNRTFNWFNSTDSLPLHQLEMIQRVQDECPEKCTCELDRLNFDLNNTERKTITTRVACTGLGLTKFPDRLPAGTVTLNISNNNITSL-EALNHPPYQSLLRLHADDNQISSLSELEGMDFVSRFTLFSIRRNKLKTVQSYIFAKSLDLGSYIFLEGNPMSCDCNAAKGFKNWLLSRKAQVPDHENIFCEGNTNLPQLVTIQESKLCQSQHDWTDYIYYLIATEVLLLIALVCKVSYDYWVFKSAGYLPWPANKM 567

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|1070198531|ref|XP_018354399.1| (PREDICTED: protein singed wings 2 isoform X1 [Trachymyrmex septentrionalis] >gi|1009412032|gb|KYN30971.1| Protein singed wings 2 [Trachymyrmex septentrionalis])

HSP 1 Score: 87.0409 bits (214), Expect = 9.189e-15
Identity = 108/418 (25.84%), Postives = 175/418 (41.87%), Query Frame = 0

Query:   62 FPDSTF--KLIIRDSESLQSLDLSKDFGEGLPSQFISEIQI-----VNNSHLRRIVLCDPQISSCGDVFPVLETL---DLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSKDNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEFNETLRKRCPQN-CICLTININRP---------LLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGS--------------------------PFMRNR-PTTINFQNNSIT---------HQFLYKYKLYFRDADLLACGV----DQSPILIQ-IDYTQFCETNIDYMWI-------VIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            +P +TF  + I+R   SL+ L ++      L + F SE+Q      V  + LR +           D F  L TL   DLRNN + D IS  T+FD+PTLK IYL+GNP  C        +  ++W+L S + S            S    ++     +      L   ++   TL++ C +  C C  I +  P         + + V+C    LT++P+ LP +T+ L +S NK+K +  L TN  Y +L  L    N + S++ L GS                            + NR    +   NNS T            L ++    +D + + C      D S   I+ +  T+ C    +  W+       +I+  LI   LVL +L YD  +++++G+LPW+   +
Sbjct:   73 WPKATFDPQEILRGFTSLRKLIIANSNLTQLSTAFPSEMQFLEKINVTGTKLRLLP---------NDAFSNLRTLTCLDLRNNALED-IS-ITVFDVPTLKDIYLTGNPLRC--------TEDVAWILDSSEGS----------AASKVVDKDKLLCATPHDGRPLVPVVKIIVTLKEECKETVCDCELIYVTPPGELTQRQLIVFISVNCSHRGLTEMPEFLPTDTNILHLSGNKIKDLTPLATNPAYKSLLDLYIDDNLVESIARLEGSDWLDHFRRLNLRGNKLTDLPTYALEDALLHNRNAANLYLGNNSWTCDCHFTPGFQDLLIRHPNIIKDINDIRCAFMSDNDNSNKQIRDLTRTEICILPDEDSWLHPLDILNIILASLIF--LVLGKLLYDYWSFKKTGKLPWIVAKI 459

[Close]

BLAST of EMLSAG00000002697 vs. nr
Match: gi|939249001|ref|XP_014244011.1| (PREDICTED: protein halfway [Cimex lectularius])

HSP 1 Score: 86.2705 bits (212), Expect = 1.675e-14
Identity = 89/283 (31.45%), Postives = 136/283 (48.06%), Query Frame = 0

Query:  184 RSLIQDDPTCSKPKSNAWHQNHARSGSHSS----NVTLHYFLEFNET---LRKRCPQN----CICLTINI----NRPL-LVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFM---------RNRPTTI-----------NFQNNSI------------THQFLYKYKL----YFRDADLLACGVDQSPILIQIDYTQFC---ETNIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
            RSLI+  P+ + P     H N  +  S +S    N TL   L+  ET   L + CP+     C C    +    ++ +  ++V+C GLNL++LP  LP NT  LDVSYN + S+  L T+  YH + +L A  NKI S++ L G+ F+          NR  TI           N+Q   +            T Q L  + L    +  D D L C  D   +   ID+T+ C   +   DY++ +I  E+ LL+L++S+++YD   ++ SG LPW A +M
Sbjct:  174 RSLIEVPPSINTPTFR--HSNLTKCESVTSFKWFNSTLSVTLDQVETWKRLEEECPKGPNYRCTCAPYRVFFVADKTMNTIQVNCSGLNLSELPS-LPANTGLLDVSYNNITSLDRLATDPSYHAMIELIADNNKIDSITTLEGTRFIDNFATLSLRENRLRTIPIYILSNTFDRNYQIRRVRLGGNRLNCDCSTAQVLKLWLLANTEHIPDYDELLCEKDLERVK-NIDHTKVCVYQKDWTDYIYYIIAAEVFLLLLLVSKVSYDYWVFKTSGYLPWPASNM 452

[Close]

BLAST of EMLSAG00000002697 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold52_size450388-snap-gene-0.12 (protein:Tk02858 transcript:maker-scaffold52_size450388-snap-gene-0.12-mRNA-1 annotation:"protein singed wings 2 isoform x1")

HSP 1 Score: 202.601 bits (514), Expect = 1.023e-57
Identity = 136/423 (32.15%), Postives = 211/423 (49.88%), Query Frame = 0

Query:   63 PDSTFKLIIRDSESLQSLDLSKDFGEG---LPSQFISEIQIVNNSHLRRIVLC------DPQISSCGDVFPVLETLDLRNNFVSDSISPTTLFDIPTLKQIYLSGNPWSCFSK------DNNQSSHKLSWLLSSFKRSLIQDDPTCSKPKSNAWHQN--HARSGSHSSNVTLHYFLEFNETLRKRCPQNCICLTININRPLLVKVSCVGLNLTKLPDVLPPNTSDLDVSYNKLKSIGELRTNRDYHNLSKLRAVKNKITSLSDLRGSPFMRNRPTTINFQNNSITH-----------------------------------------QFLYKYKLYFRDADLLACGVDQSPILIQIDYTQFCET-NIDYMWIVIVGELILLILVLSRLTYDVINYRRSGELPWLAKHMYLGCTYAGLRKSTLP 426
            P    +LI+ + E L    L++   E    L  + ++ I IVN+  L  + LC      D ++  C  +  V E +DLRNN +  S+ P  L  +  L++++L GNPW CF +      D+  S+  L W L    +   +D   C K ++  W      + S   S NVT+H +L     +R+ CP  C C   +I  P  + V C  LNLT++P ++P NT  L V +N++ ++ ELRTN  Y NLS+L A  N I +L DL+G+P + N+PTTI+ + N +T+                                          F+Y Y  Y RD   LACG   SP ++   Y + C   ++DY+  + + E ILL+LV S+L YDV+ YRR+G+LPWLA+ + +GC++ G +  + P
Sbjct:  233 PVQAARLIMENIE-LPQFSLTQALLEDQLQLSGKELAGIVIVNSPRLHSLALCSNFLKPDHRLLPCASLQSV-ELVDLRNNGL-QSLGP--LNGLSGLQRLFLQGNPWPCFQRSQYPGPDDELSNADLMWWLEFEDQVQERDQTFCEKHENTQWSNTVVSSPSSRSSRNVTVHEYLTSFLHMRQTCPFECTCQIYSIAPPFKINVDCSYLNLTEIPPLVPNNTQILHVEHNQICTLVELRTNPLYVNLSQLFAANNDILALGDLQGAPLLLNKPTTIDLRANLLTYFDLEVLEPTLKSVKTVHFDALNFLLAHNPWDCGCDSLKETQDFIYAYGSYLRDGQHLACGKSGSPEIVSAKYVELCTPHHVDYLLWITILEAILLVLVCSKLIYDVLQYRRTGQLPWLARALCIGCSHTGSKSHSRP 650

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BLAST of EMLSAG00000002697 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold67_size430214-snap-gene-1.16 (protein:Tk00769 transcript:maker-scaffold67_size430214-snap-gene-1.16-mRNA-1 annotation:"AGAP005417-PA")

HSP 1 Score: 53.9138 bits (128), Expect = 6.886e-8
Identity = 94/344 (27.33%), Postives = 144/344 (41.86%), Query Frame = 0

Query:  125 VLETLDLRNNFVSDSISPTTLFDIP-TLKQIYLSGNPWSCFSKDNNQSSHKLSWLLS----SFKRSLIQDDPTCSKPKSNAWHQNHARSGSHSSNVTLHYFLEF-NETLRKRCP--QNCICLTININRPLL--------VKVSCVGLNLTKLPDVLPPNTSDLDVSYNKL--KSIGELR-TNRDYHNLSKLRAVKNKITSL-----------------SDLRGSPF-----MRNRPTTINFQNN----SITHQFL-YKYKLYFRDADLLACG--VDQSPILIQIDY---TQFC--ETNIDYMWIVI----VGELILLILVLSRLTYDVINYRRSGELPWLAKHM 411
             LE LDL +N + ++I+P  L  +P +L  + +S N W+C        S KLSW+ S      +RS++Q+ PT              R      +  L   +E+ ++ +   CP   NC C   ++   ++        V+VSCV   L+  P  LP NT  +D+S NKL  +S   L+ +  +Y  +  L    N++ +L                 ++L   P+     +      I   NN    + T Q   Y      RD   + CG   D+     QID       C  ET  ++  + +    V   IL+ILVL RL YD   YR  G+LPWL   M
Sbjct:  258 TLEALDLSSNNLDENINPDILRRLPESLTSLDISANQWNC--------SPKLSWIYSWSQPYLQRSILQNIPT-----------TQCRYIDSPYDGRLILVMEYYSKYVIPSCPTQDNCACALTSVQEKMVHARERVYTVEVSCVKGGLSHFPK-LPKNTRTVDLSGNKLNGRSFTYLKVSEHNYKEVDNLTLDSNRLKTLPEKLLDMKLGLSFSAKHNNLTSIPYDFSQRLMKTTAVIKLSNNPWKCTCTSQITDYNLLAKIRDRSEMTCGPSSDEHLKAKQIDLLSPEMLCPPETKGEFRELFLQILCVILTILIILVLLRLAYDYWKYRTKGQLPWLVLKM 581

The following BLAST results are available for this feature:

BLAST of EMLSAG00000002697 vs. GO
BLAST of EMLSAG00000002697 vs. C. finmarchicus
BLAST of EMLSAG00000002697 vs. L. salmonis peptides
BLAST of EMLSAG00000002697 vs. SwissProt
BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
BLAST of EMLSAG00000002697 vs. nr
BLAST of EMLSAG00000002697 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000002697 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 3


Match Name	E-value	Identity	Description
-	1.612e-14	24.13	symbol:hfw "Protein halfway" species:46245 "Drosop...	[more]
-	1.492e-9	26.24	symbol:swi2 "swi2" species:7227 "Drosophila melano...	[more]
-	1.993e-9	23.45	symbol:hfw "halfway" species:7227 "Drosophila mela...	[more]

BLAST of EMLSAG00000002697 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592883452\|gb\|GAXK01074923.1\|	1.402e-24	28.10	TSA: Calanus finmarchicus comp274930_c1_seq6 trans...	[more]
gi\|592883453\|gb\|GAXK01074922.1\|	1.673e-24	28.10	TSA: Calanus finmarchicus comp274930_c1_seq5 trans...	[more]
gi\|592883457\|gb\|GAXK01074918.1\|	1.925e-24	28.10	TSA: Calanus finmarchicus comp274930_c1_seq1 trans...	[more]
gi\|592883456\|gb\|GAXK01074919.1\|	2.465e-24	28.10	TSA: Calanus finmarchicus comp274930_c1_seq2 trans...	[more]
gi\|592883455\|gb\|GAXK01074920.1\|	4.795e-24	28.30	TSA: Calanus finmarchicus comp274930_c1_seq3 trans...	[more]
gi\|592883454\|gb\|GAXK01074921.1\|	5.586e-24	28.30	TSA: Calanus finmarchicus comp274930_c1_seq4 trans...	[more]
gi\|592899554\|gb\|GAXK01058821.1\|	1.608e-7	28.26	TSA: Calanus finmarchicus comp127583_c0_seq2 trans...	[more]
gi\|592899555\|gb\|GAXK01058820.1\|	1.626e-7	28.26	TSA: Calanus finmarchicus comp127583_c0_seq1 trans...	[more]
gi\|592877207\|gb\|GAXK01080513.1\|	2.930e-7	27.71	TSA: Calanus finmarchicus comp3012137_c0_seq1 tran...	[more]
gi\|592914548\|gb\|GAXK01043827.1\|	3.486e-4	24.21	TSA: Calanus finmarchicus comp50772_c0_seq2 transc...	[more]

Pages

BLAST of EMLSAG00000002697 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAP00000002697	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s155:11026...	[more]

BLAST of EMLSAG00000002697 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|108935844\|sp\|P84329.2\|HFW1_DROPS	1.232e-14	24.13	RecName: Full=Protein halfway; AltName: Full=Prote...	[more]
gi\|56404631\|sp\|Q8SXT3.1\|HFW2_DROME	1.168e-9	26.24	RecName: Full=Protein singed wings 2; Flags: Precu...	[more]
gi\|56404674\|sp\|Q9W568.3\|HFW1_DROME	1.562e-9	23.45	RecName: Full=Protein halfway; AltName: Full=Prote...	[more]

BLAST of EMLSAG00000002697 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 14


Match Name	E-value	Identity	Description
EGK96403.1	2.160e-18	25.98	AGAP000601-PB [Anopheles gambiae str. PEST]	[more]
EAA06520.4	2.160e-18	25.98	AGAP000601-PA [Anopheles gambiae str. PEST]	[more]
gb\|EFA00539.1\|	5.038e-17	27.39	Protein halfway-like Protein [Tribolium castaneum]	[more]
XP_006568654.1	1.209e-15	27.44	PREDICTED: protein halfway isoform X2 [Apis mellif...	[more]
XP_395627.4	1.442e-15	27.44	PREDICTED: protein halfway isoform X1 [Apis mellif...	[more]
gb\|EFA09304.2\|	1.221e-13	23.50	Protein singed wings 2-like Protein [Tribolium cas...	[more]
XP_006566479.1	1.959e-13	24.78	PREDICTED: protein singed wings 2 isoform X1 [Apis...	[more]
EEB11208.1	1.383e-11	27.54	protein halfway, putative [Pediculus humanus corpo...	[more]
XP_016770262.1	6.273e-11	30.88	PREDICTED: protein singed wings 2 isoform X3 [Apis...	[more]
AAF57813.3	5.661e-10	26.24	swi2 [Drosophila melanogaster]	[more]

Pages

BLAST of EMLSAG00000002697 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|157129197\|ref\|XP_001655320.1\|	7.294e-16	28.27	AAEL011387-PA, partial [Aedes aegypti] >gi\|1088723...	[more]
gi\|939630358\|ref\|XP_014277702.1\|	7.789e-16	34.83	PREDICTED: protein halfway [Halyomorpha halys]	[more]
gi\|347964135\|ref\|XP_310477.4\|	1.057e-15	25.98	AGAP000601-PA [Anopheles gambiae str. PEST] >gi\|34...	[more]
gi\|568257622\|gb\|ETN65887.1\|	3.452e-15	24.93	hypothetical protein AND_002335 [Anopheles darling...	[more]
gi\|1012980960\|gb\|KYQ54860.1\|	4.301e-15	25.89	Protein singed wings 2 [Trachymyrmex zeteki]	[more]
gi\|1069688085\|ref\|XP_018304495.1\|	5.138e-15	25.72	PREDICTED: protein singed wings 2 isoform X1 [Trac...	[more]
gi\|1059414491\|ref\|XP_017780123.1\|	5.447e-15	28.74	PREDICTED: protein halfway [Nicrophorus vespilloid...	[more]
gi\|668453091\|gb\|KFB41825.1\|	7.678e-15	25.75	AGAP000601-PA-like protein [Anopheles sinensis]	[more]
gi\|1070198531\|ref\|XP_018354399.1\|	9.189e-15	25.84	PREDICTED: protein singed wings 2 isoform X1 [Trac...	[more]
gi\|939249001\|ref\|XP_014244011.1\|	1.675e-14	31.45	PREDICTED: protein halfway [Cimex lectularius]	[more]

Pages

BLAST of EMLSAG00000002697 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2


Match Name	E-value	Identity	Description
maker-scaffold52_size450388-snap-gene-0.12	1.023e-57	32.15	protein:Tk02858 transcript:maker-scaffold52_size45...	[more]
maker-scaffold67_size430214-snap-gene-1.16	6.886e-8	27.33	protein:Tk00769 transcript:maker-scaffold67_size43...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s155	supercontig	LSalAtl2s155:110260..184497 +

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-LSalAtl2s155-augustus-gene-1.3
Biotype	protein_coding
Evidence	IEA
Note	Protein halfway

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000002697 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000002697	EMLSAT00000002697-698544	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s155:110260..184497+

gene from alignment at LSalAtl2s155:110260..184497+

Legend: mRNA

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

>EMLSAG00000002697-685463 ID=EMLSAG00000002697-685463|Name=EMLSAG00000002697|organism=Lepeophtheirus salmonis|type=gene|length=74238bp|location=Sequence derived from alignment at LSalAtl2s155:110260..184497+ (Lepeophtheirus salmonis)
AGAAGGACGGTGTCTTCAACGAATACAACTTATTATATTTATAATACTAA
TAATCACTTTTTCACTTCTTGTGTTTATATACATATTCAAACTCTCTTAT
TATTATTAATTATATACATCCGTGCTTCTCAACGATAGAACAGAGTCGTA
ATTACATGTTCCCCATCTCCATAATTACTTTTTGATAGTGAAGGGATGTA
ACATAATTAGTAACTAATTAAAAGGACTGTATTTCATTTCTGAGGGTTTG
TTCTTCACGTGCGTGTTCTTCCATTATTTTTCAACAACATTTGATTAGCA
TACGATCCATAAGCGGTTTAATGATTTGTACGAGTGTTATCAACCAAAAA
GAAGTTTTAAAACATCCTAAGAGGTAAGGATATTTACATATTAGATTAAA
GTCCTTGTTCATTGTTTCCAAACCAGGGACTTCTATGGAGATAGAATATA
AATAATATATAAAGGTTTCGTTGAGCATATTTTATATGTTTTAAAGATAT
TAAGAAATACAATTGTGCTTCTTGGACATGAAATGTGTTGCTCAAATTGT
TAAAATAAAATAATTTTTTATAAGTGTTATAATTTATTGCAATTGGTATG
AGAGTTCACACAATAAACATTCCAATATTTTACAAATGTGTTGTGATGAA
TTATAGGCTTTGTTTTCAAATTTGAGAGATGATTTAAGATGCCTCAAAAT
GTTACGTAGACATAAAAACCTTTGTTTTGTCTGTGGGACATAATTTAACC
ACTATATGGCCTTTCAAATAAAACTTGCCAATATCTAAATATTTCTTTTT
GAGGATGAATTTTTGATACTTTAATTGCAATATGTGTCTCCCCCAAAGGA
TTAATTAGAATAATTGTTTAATAAAAATGGATAACAATTCATGGAGGAAC
ACAAATCTAATACAATACTGGCTTTTGTGTTCGGAATCAACATTCATACA
GTTTATTTTCTTCCTAACGTAATTCACCCAGACTAGAATGATTTGAGAAA
GTTATTCTATTTGAAGCAAAGGGCACTTATATAATACTTCAAGTATTATA
TAAAAAAACTATATGGTTCCTAGTAGATAGTTTTAGTAATGGTTATCTCG
CCTTGTATACGTCCGATCAGTTTACGCCTGAGGGCTTTAGAAAGATTATA
TTTTTAAAAGAAAACTTTCTTAGATAGTAGATACATTTATCAAATAAATT
TGAGTCAATTATAGGCATTCTGAAAATTTAAATTTTGTTTTGATGAATGT
CTTAAGACACCCAAGAGATTTAGCTATTGTTTAAAGCCTGGTCTTTAAAG
ATGGTCTTTGAAGTAAAACCTATCAATTTTTCATTCTAGTATTGCCGCGA
TCAATTTTAATTGCTTTGTGTGCAATTAGCCGTGCCTCGCAAGGGTATCT
AAGACTAATTTCTTTTTTGAAATTGACAATGATTTGTCAAGGAATTCAAA
TATAATCCATACTCAATTTTGAGATGAACTTATGGTGTGTATAGAAATAA
ATAAAAAAAAGGTACTAGGAACATATGACACTGATGTTGTAGTAAAGCTC
TTTAGTTCTTCAAATTATAAAAATAGTCATATTTTATTAACCCGAAAAAA
AATTCACCGTAATATTCCACATTCGATTAGTTCGAAAGTTGCTTAGTGTT
TTCTTTGAAATGCTTAGACAATGCATGGCAATCAGTAGAAGTAGTAAAGA
TGCAGGTGGGGCTTTATTTTAGAGGTAAGATTCTATAAAGTATTTCTTGG
AGGTACAGCCAGTTGTACTCATACGTTGAATTAGTGAGAAAAAAAAATGA
AATAGAACAAATTGAAATTTAGCACCTACTTTTTTTCGGTTCAATTTATG
AAAATCAGTTAATTCCTTCAATTTCTAATATATAAAAACAACACACAATT
TTTTCAGTTCATTTTATAATTTGAAAAATCTTTGAACACAAATAAATCTA
CCAATAATTATCCTAAAAAGCTAAAACTAGTTCCATCAGATTTTAATCTG
GTGCAGTTTGTTCAAATCAAATAATTGGAAAAGAGCCCCTTCAGCCCCTC
CCCCCTCCCTCGTGTCACTTTCCCAAAATAGGTCTTCCAAGTGTTCATCT
TTACTTTATCAGCCCTTCAAATCATATTTACAAAAGTAAAAAAATAATTT
TTGATTGGGGAATTTTTTTTAAAGTACTATTAGACCAGAAATTTAAAATC
ATATTTTTTGCGTTCAACACTCAAAAAAATAAACCTGTATCGTGTATTCA
ACGCATGTTCCATGGAAAGACGTTCAAATTTTTAGTTCGGTTCACAAGCC
TGGTGTCACTAATATTAAAGTAGCAGACTAGAAACAAAGGCACAGAGAGT
GCGTCTAGGCCTGTCTTGTCACTAAGAGTCAACATGGTTATTGAGAATTT
AAAATATCATTACTATACAACCTTTTGTTTTGGAGTTGCATGAACTTATT
CATGTATTTTCAAGGGACGGGACATATAGGGAACATCACTTTACACTACT
CTAGTAATGGTGTTCATGGAGATTATCCTCTCAAATTTCTCGCATAGATT
TATTATTAGAGGGTCTATCAAGTACAGCAAACTTTACATATTTAATACAA
TCATATACGTAAAAACAGCACCCATTTTAGCGCTAAAATAATTCTATTTG
CTCTTTATCTTTGACCAAGCAAAATTAGGGACTAATAGCTTTTTCACGGG
TAATCTGTGATTGGATTTTTCTCCAATTGATGTGTTGAGAACCCAAAACA
ATCTCAACTAAACTGAAATCTTGAATTTGAAATTTTCCAATAAAATGTAT
TTTTTTATGGATATACAATCCTTTATTTTCTATTCTTTGTTAAACTAGTG
TAAACATTCCAAAGTCTTTTTAAATGATGTAAATTGAAATTAGTTCTATA
TGTAATGTGCAAATATTTAAATATTGGTATAGTTTTGATCGAAACCATTA
AATATATTTGTTTTGTTTTTTGTAATGATCTAGACTAGTGTTTCTCATTT
TTTTGGGAAATTATTATTGATCGAGAAAAATAATGGTATATCGTTCGTAA
ATAACAAATACGGCACAATTTAAGTATTTATTTTTATAATTTTAGGCCAG
TTTTACCAACATCTTCTAAATAATCATATCTTTCATTTGATCATTTTCAT
TAATAGTACGTGGGTTGGTTTTTTTAGAGCCTTGTGGGTTCTAACTTTTT
GAATTCCGTAACTTGATTCGATCCACAACAATATTTTATTGTTCTGCCAG
TAAAGTTTCATCATTCGAAATATGATGGTGCTTTGTGGGGCATAATTTAT
TTTTGTTGCGCATTCTGCCTCATTTGCTCAGTCGTAAAGAGTTTATGCCG
AGTGAATCCTTATTTAATATGCATTCAACGTTTAATTTAATGTATTTTTA
TATAATTAAATGAAGCTTATAATATGGAAAAATTTAATTGCAGGATTTCC
TGTAGGTGTAGAACCCTGGGAAAATGGGATGCACGGAGAAATATTCAAAT
CAAAACCAAAGCAACTAGATTAAACTTTTAAACATATTTTTATGCATTTT
AGTTTAGGGTCGTAATGTCACTCATAATTTTATAATATCCCTAGATTCTA
CTCTAAAAATACTAAGAATCAACACTGAAATCCTAAGAACATAATACTAT
TTTTACAATATATTAATACAATTTGACACTCAACTTGAATGAATTATATT
TAGTAATGTAAATCGTGTTTACTTTTTAGGGGGACTGTTTTTTTTTGTTT
TTTTTTTGAGTTGTAATCTGAAGAATGAATTTTCTATTCTTTGGTTGCTG
TCATTAGTATTAAAATCCTGAGTAGTGAACTTTTGTTCTACTACGTTCAA
TTATTTTTTAAAACCTGAGTCCTTGTTAGACTGTGAGTAGAATTGAGGAT
CGACATTGGTGTATTGTCACAGGTGATTGTAGCTAATATAATGAAACGTC
ATGACAGCTAAGCTTATACCCTCCTAAACATTCTTTAAATTGTCAGGATT
ATCATTTTTATTTTTTAACATGCCCATAATACACACAATTTTCATAACTA
GCTATATTTTAAAATCTTCTTCACCTACAATATCYCCTTCTGAGGTATGA
ATGATATTATTTTCTTGCTATGTTTGAAGCCTATTTTTGTACCGTTGATG
AACATTGTCCTGTTCAAGTTTCGTTATTNAAGTCTATATTAAGCCTCCAG
TTTGAKTATTTTCCACTTTTATTTCTAATATATTGTTTCGTCGTTGTTAA
AATTAGACAAAACGAGGAGAAGTTAAGTACTTCTAAACGAGTAGTCAACT
CCTAAGACTTTAAATTAACACAGTTTGAAAATATAATGAAAGGTGTCAGG
AAAAAATGCAACGGAAAATATGTCAAAGAAAAAATGGTTGTGGAAAAAAT
GACAAGATTTTTTAAAACTAATATAATACCTACAGCGATTCCAATGGAAA
AAGTGCTAATCACTTAACTCTCCGTTATCAATTATAATAACTAATATCGT
TAAACATGATGGATTATTCCTWTTCCANAAGACTATGATTAGCAGACAAG
CCTTTACATAATGCTAGGCAAGAGCAGCGATTTCCACTTTGTTATGATCC
AGGATGTGTCAAAAGAAGAGGTTGTTGGCTACGGGGTGACAAACCACTGA
GAGGATTTAGGCAGGTTGTCAAAAATCCACTAGTTGGAGAGTGTGAGGAA
AACTGTAAAAGCTCTTCATAAACCTTCTTTCTTGTCCAAAGAGAACGAAA
CTGATGTAATTACTTAAAGGACTTCAATTTTCCAAGTTGTTAATCTTGGA
CTGTTAATTTATACTTCTAATGTATGAAGTCAAGTCATGGTAACCATAAT
AAATTACTTATAGGCTCTTTCAATGAATTTGTATGTGTATTTTTCTAGTA
TGATACAATGACATTTGTATTTTCTCCGGACATTTTTCCTAAATTCATTA
TTAATATAATCAAACTAAAGTAATTTATAATTGTTGCATGTATAAAATCC
CAAGATCTCTACATATTGATATAAATCATCCCTAACGTAACGTCAATATC
CAAAAATCTTGGAATAAGTACCAAGGAGTGGTATTTTTAGTCTAGGGTAT
TCTTTACTGAGAGGGGGAGATTAGATCTTATTTAAACCTGTTACTTCTTT
GGGGTGTTCATCAATCTCAACGTTCTTAATTTACCATACTTCCTATATTT
TATTTAATATCCGATCTATTGATTTAGAAACATCCTTTACTGTCTACAAA
TTGTAATACTTTGTAGTTCCAACTCCTATTTTAGATAATAAATTAACATA
TAAAATATTAAAGTAGGGATCACTGGGGTAATATGTGCATCTGAGTAATA
TGAGAACTCTAATGTACACTTTACAATTTATTCTAGAGTTACTTTCTTTT
GACATGTAATTGTGAATGGTATCAACTTTCAGCCAGATTGCATTCAAGCT
AATTGTACTACCCATGTGAAAAAGGTATGGATTGATTATTTTTAACTTTT
TTCACAGATTTTTAAGTTTTTTAATAGAAGTCTGTCAGTAGATGAAATTA
GTTTTGTAGACAATAATAAAATAGTGGACATAGAATACAATACACCATGG
AAAATGTTGTAGTATTAATATTTAGTTTCTAAGATGACCCATTTTTTGGT
AACATTGTGAAATATATAAAATGGCTGTGTGAGTAATATGAGACACACTG
ATTGGGKAATATTGCCGATGGCTCTGTGGATATTTCTGATATTGTCATGA
GGCTTTCAAGTCCTCAATTTATTGGAGTTGCATCCAAAGCTGGCAGAATG
TGTAATTTTGGCATAGATTTGTTAAACTTTACAAAATAGGAGGTGTAACC
TAAATAAATTGTAACCAGCACCCCCAGTAACCCCATATTACATATGCTAT
TTACCATGTCCTCCATTAAAATCTGAACACTTTTAATTTTAAGCTGCAAC
CAGATATAATTTATTAATTAATAATTACATTTTAACAAAATTAATACCTT
AAATAGATATGTGTCTGTGCTCTCTTAATCAATACTGTAGCCGTCCTCAG
CGGCAACGATGGCTTCAGTGGTAAAAGACCTGGTCTCTGCTGCGAATGTA
CTCCTTTGTCATGGCGTCTCAGTGCTGAATGACAGTGGTTTTGAAGGCCT
TGGTATTAGGATGAAGGACTCTGCAGGTTTTCCCCATTACATTCACCCAA
AAGGTGTAGTCAAGGGGTTAGCATCATGATTGTAGGGCGGGGCTAAAAGT
TGGTTTCTTTAATTGCTGTTGTCAAAAGTGTTCTCTCCACTCTCACAATG
CTCACAATTGCATTTATGGAAATGATCTAAAAATAATATTGAACTTGGCC
TCTTGTGTCTATTTAATAGAAAATTATAAACTACACATCGATCAGTGTCC
TTAACCCACAGTACGATAGTACTTCCCAGGCGTGTTTGGCCGCCCTGACA
TTAAAATGGACCTTTCGAAACATTGTTTGCCCTAAGGGACATAGTTGTTG
CATATGATTCTATAAATATCAGTTAACAAGTTGACCACTTTTTTACCAAT
ATATGTTATATGAGTGAATTCTTTTTCTAAAAAAGTAGTTGAAGAAAACA
ATATTAAATTTCATAGATTAAATGAGTTATATCATTTTGAAATTGTTACA
AAAAAAGACTTCTTCTATAACAAATAAGAATGACCAACTCCGGTTATCAT
ATTCATCGTTGATGTAGAAAAATACAGAGTGGGGACCCACAACTTGCAGT
AACATTTAATTGAAATTTTATTCCCCTTATTTTTCATAAAGTGTTTTATT
ATGCAACCAAACGACATTTAAAACTTAAATAAAGAAGTTTTTTTTTAATC
GCATGCCCTAAATGTAAAATTGTCGAAGGAACAACAAAATAGGCAACATG
TTTGTGATTCTCTTTGGGCCGGTGTCAGTGCCAAGAAAGCAGCAGAGATT
GTTTGCATCTCCATATGGACTGCCTAAAACATCAACAAGTCAATTACAGC
TCCATAAAGTAAAAAAGAACTGAAATTTCTGTAGCAACAATATTGGTATT
TTCTAGCATGCTTCGATGTGGTCCTCCTCCACCCCTGACCATGACCTTCT
GGAATTTGAAATTTAGGCCTTTTTGGCCAAGAATCTGTGCCACATCTCTC
AAGCAAATTTGGATTCACTCTGAGCTACCAACGTAACAACGTAGTACGTC
TTGGACACGTATTTTATTGTCTTTTTGCAGGCCTGTCGAGACTGTTATTG
CATGTAAAGGAAGGCATATTGAGTAAAAAAAATTATTTATAGTGTTTAAG
GATGTGACAAATTATTTTTCAGAGTTATTTTCTTGATTTTGTATTAGTCA
TGTTTTTCGTAATTTATTTATGATAATGCAAGTTTTGGATATGTGTCCTG
TAATACGGGGAAAAAACCCCATAGAATCTCCCTAATAAGTAATTAATAAA
TTTTTAATAACACATAAATTAATAAAGTAATGCCCCTAAAAAAAAAGAAT
ACAAAAAGTATATGATAAATTCAAAATTGACATGGAAGGTGGAGAAAAAA
ACTGATACACAAGATATTACAATGGTATTTCCGTCTTTGGGATAGATAAA
CACAATAGGGAATTAACCAAAATTAAAATCAGTGTTTATCAAGCTATGTG
TCATGCACGTCCCAAATAATTCCAAAGACGTTTCATATATGTACATATAT
NCTGCCATTATCTGTTAATAAACACGACCAAAAATTTATTTCAATGGTGT
ATTCCATGACCGGGTTTGTTTATTTCATTAGTAAATCGGCTTKAGKCTTA
AGCTCTATAAATATGTTGCTCGTCTACACAAAAGGAAACCAGAATGGCTT
TTTTTCTTCTTAAAAATGAGTTTGGATTACAGTTGGATTTTTTAACAAAT
TATAATCGTCAATATCTATTAAAAAAATATTCTTCAATTGGGTTTGGTGC
AAATTGCGCTTAAAAACCAAAATCGATCGTCACAATATACAATAATTATA
AATTGATATATTTTGTTTAAAAGACATCATCGGAGCAAATATAAGTCTCT
TAAATCTCACAAAGGTATTAAACTTTAGGGTAAATCCTTGCGTATCTTAA
TTCATCCCAAAAAATTGTATTCAAATCCTTTAATTGACTCAATAATGTCT
ATGAAAATCTGTATGTTAAAAAAATAAAGCAGGATTTGATCAAGATTCTT
TTGATGTTGATGCACGACATGTATTATTCTTCAAATTCACGCAGTACATA
TCTTACAATTATAGTCATTCAACATTTTAAATCTAAATGAATGTAGTGTG
ATCACGGATCTTTAATGATTTTTTTATATATACAATTTTTGTTTATGATC
TTATAGAATTTTTATCTTTTTTCTAGACTTGAGCCAAGTTTTAAATATGT
ATATATTTGTATGACAATAAATCTTTCTTCTGCAAAACTTTACGTTTATT
TCAAAAATGAAATGGTATAATTCAAAGGAAATATAATTTTATGGTTAAAA
AACAAAACTTATATAATTAAAGGATATGATTGGAAAAAAGCAGCACCTAA
ATATTTTTTTTTGTAAGAAATTTTAATGGAAATTGCTAAGGTTTTGTGCT
GAAATATTAAAATATCGTTTATAGAAAATATATCGAATCAAAATTTGTTA
AGCTATGAAGAGTTACTAACAATTATTGAATAATAATTCCATAGATGGAG
GAATACTTGACAAACTTTAATCTGGTTTCGTGCGTTTTTTTCTTTCTTTT
TGGAAGAAAGTTTGTAATATATATAAACGTAACTACATTTTAAGTGTTGG
TTGGTTAAACTCAAGTTATATATTATGAAGAATTATATACAATTATTGGA
TAATCATTGTATAGTTGGAAAAATTGTCTAACTGTCAAGTGGTCCATTAA
AATCAGAGGACTTTGAGCTTTAAGCTTCAACAAGATATAATTTGTTAATT
AATTTCAAAAAATTAATACAATACGTCGATGAGTGTTAGAGCTCTCTAAT
GTAGCCGCCCTTTTTGGCAATGATGGCTTCCAGGTGGAGGCGAAAGGCCT
GGCACCCAATGAAGATAAATTCCTCTGTCATTAAGTCCCATTGCTGGCTG
ACAGGGGCTTTGAGGGCATCGGTGTTTTGATGACGGACACTGCAGGTCTT
TATCTCGACATGCACCCAAAAGATGTAGTAGAGGGGGCTCGTATCAGGGT
TATAGGGGGCCAAAAGTGTCAAAAAATAGTTTAAAAGACTCTTTCAAAAG
AGAGTTTACCAACGGAGGAGATGAGTTTCTTTCATTGCCCGTGTCTAAAG
TGGCCTCTCGAACCCTCACAAGACTCTTTCCACCCACTTTTTGATAGCTC
TCTGGACATTAGGATGAGAAACTCCAAGATCTCTTGCATTTACCCTCATA
GACTTGAGGAGATTGGCCAGGGCTGTGTCTTTGACTCTTTCCGGGTTCAG
TTTGTTTATTTGAAATGACCATTCTTCCTCATCAACGTTTTGGACTTGCT
AACGGTGTAAACGGTGGTTTTCGTGTAGCCCAACTACTTGGAGTGCGCAA
GTGTAATTTTCTCGACTTGTACGTAAACTAGAAAGCTTATTTTTTAGGTA
GGTAATTGTTTATGCTTTAATATATCAAAAATGAATTAGTTTCATTCACT
TCATCTTAGTTAATTATTGAATTAGTAAGTGGTCAGATTTCAATGGATCA
TTTGGTATTACTAATTAGTTTTGGCTCTTTTTATGCATCTTTTTTTTCTT
AGAAAAGGTTGCAATATACAATAAAGTGTAATACATGCTAAGCAATGTAG
TTTTTATAATTATATTATTGACCTTGACTGGGCTTTCCCACAAAATAAAG
CAAAAAACAAATCTATATTCAAATGGAACAAGACAATTTAGAAGCAGATA
ACATTTTTTTAAAAACAAATCACAATTTCTCTCCAAATACATCCTTCAAA
ATGTTTTTTTTGAAATATGGAAGTTGTTTTTTCTTCGGATTGAATATTTT
CATATAAAATATAATCACATATTTGAAATTAACATTATATTTTTCAGATA
ATATGCATTTTTTCATACTCCAATTTGGCTCAATTATATTAAAATGATAA
AAAAATCATACTCATAAACTGATATGATGAAATAAAAATAACTAAAGATT
CGTGATTAATAGACGCTCAAAACATGGTTTACGGTGACCTTTCTTGGGAA
AATTATTAATTTTACTTTGCTTTGTGTAACAATGGCACATTTAAAAAAAA
ACTGGTATGAAATAAACAGAGAAAAATTGGATTCTACTATGATTACAATA
CAGCTCTTCATGATTCTTTGAGGATATTTTACCAGAAAAAATCCAACTTT
AAAAACCCTCCTTCATTAAGATCTCTTTTTTTAGGTAAATAAGTACATAT
ATGATGCAATCAGGGCTATGATTGTATGATAGGATCTGTGAGTGAGCCAG
ATTCGACAMCAGCCAATTAGAGGATGGGAAAATTTGGCACAAAATTGACT
GTTGAATAATTCTCTTTGAATCTTGTTACAAAGAATACATACTTTGCCCC
AAATTGAGAAATCTTGATCTCCCATTTATGCTTAAAGTTAGACGTATATT
CAGTAGCGGGGATGATGAGATACAACATGACTCCTGCAAATCGGTTCAAC
TGCTAATGTGGACGTCTTTTTGTAGGTTTTAAACCTCCAATACTGATGAA
AGGTAAAAATGAAAGGCAGAAAATCTTTATGAAATCTTGATTTCTTGAAA
TAATATAGATAAATTTATGAATAAATTATTGTGAATATAAAACAATACTA
ATTGGTTTAAATTATTCATATACATAAAACTGTAGTTTTCTTTAGAAACA
AATTGCTCAATTTGGATCTTTTGGGGGCTCATTTTTAAAAAAAATTCGCT
CTCGTTTTTTACTCATTTTGGCCCAAAAAAAATCTCTCAAAAATCCTTAC
ATAGTCTAGTGATCAACTTCTCAAATATACTTTTATAATAAGATATGATA
CTTGACATATTTTTTTTTTGTATTGACCTTTCACTTTCATTATCACTTTC
TCAAATTATTTAAGTACATTTTTACACATGGATAGATAAAAGTAATAGCG
TGAATTTTTAAAGTTTGTTGTTAATTGAAATAAAGACCATAAAAACATTT
TTTATGGACTTTATTGCTAAAATTGAATTTCTTCATAATCGTAAAAATAC
CTCATATTTTTTTTTAAAGTGGAAGTATGTATAGGACATTTGTAGGCATG
AAAGTTCAAGCTCGATTATATACATATATATATAAATAAATACTTCAATT
ATTATTATACTGTGTCTTTCAAATGTTTCATACATTTTTGTAAGAGAGCC
ACATTTAGGGATCCCATTCTCTATGATCCATATGTCGTATACAGCTTGTT
ATTTTGTACAAGTTGTAATTGGTATACACGGTACAAGTTACAATAAAAAA
ACAAGATAACTAAATTATATCTATCAATTGATTAAAATTCTGTTAGATGC
TATAGATATATGTATGTAAATCATACGTAATATTTGAGTTCATTGATGTA
TTACTCATTGATAAGTGCTTCATGACACATTATCATCTTCAAGTGTTATC
AGTTCCATCACTCATAATAAGTGTAGTAAAAATAAATGTATTTTGTCAAT
AGATGTCGTTAGTAATGTGTATCTCGCGTAGTATAAGTGTGATCAGTTTA
CCCTAACTTTGATTAAAAAGATAAGATTTCATATAAGAATAATTATTTAA
AAGAGTCTTGCAATTGTTTTGATTCAGTATTCTTTGAGCACGTCAAAAAT
GGGCACTTCAAAGAGAAAATGTGCCACATTTATGGTTATTCTTAGATAAA
GGTTAATCACAAGGCAGGTGGCTGAAGATGTTAATAGTGTTTATGGTCTT
GATACTGCAAAAAGCTGAAAAATGAATAGCTAAATACTTAATTTTAAAAA
CTGACTTCTCTAATTGTAATCTTTGATGTTGTCAGAAGCAGACATAACCT
AATGAAATCTGCATCGTTTAGTAAAGATAGTTCTATTAGATATCTTTTAC
ATCCGGAGGCATCTCTAAGATTTAGGACAGGACCTGACAGAATGCCATAA
TTTGGGAACAGTTACATCCCTAAATAAAATCAACTCTATTCCAACAATTC
TCGCAATTCATTCTGTAAATAAATTAGTTATTCGTTAAGTAACAACTTAA
ACAGTTTCCTTGTACATGTTGGTATGGTTTAATATACCATACATGTGTTT
TTTACTTCCCTCAGTGAGATGCTGTTTTTATGCAAAATGTTGCAATTAAA
TCAAAACGATATTTATTTCAATTTATCAAAAAAACAAAAAACAATTTAAC
TCATATCTCTTGAATTACAATATTTAAATTTAGTGTAATATACTCACTTA
AATTGCCTGGGATTGCATATGTATGTGGATAGAATTATTTTGTTATTAAT
TAAAACACCCATTCCCAACCTTTCTGGTGCCGTGACCCCTTCATCATATT
TACCAAGTTGCAGTGACGCCAATGAAACAATATAAGTTGAGTTGATCCTC
TTTCTCTACATTTTCGGAGCTAACTAGTGACGGTGTTATTAGTCTTTGGT
TGCCAGAACCTACTTGACAGCAATAGAGTCAGGTTTCTTGGCTTTGGCGA
GTCTGAGAGCCACCAAATATRAAGTATCAATGGCTGCCATATTTTCGTAT
TGGTATTTACCGCCAAAATCCAGTTTTTTTCTTTACTTTACCAGCTATGT
TCTTAAAATACTGGATATCTGTGTGCATAAAGTTAAGATGTTTATCATCA
AACTGAGGTTTCATTTTGATTGGCTTCATCAATTCGGCTGRCATAATATC
TTTTCGAATAACACTTTGTGGCTTTTTAATTGCTAACTCAACAAAAGGGT
GATTCAAAACAAGCGGTTTTTGGATTGTAGAAATGAAAAACATAAAATAT
TCTATTATAGTCAAAACTTAATTTTGAACCGAAAGAACAATCCTTTACAA
TTTTTTCTAGGAAATAATCCCCTTCATATGTTGGCTGCAACTGGCCTTTA
AATGGTCCATTCTTTCGCGCCAATTTTCGATGATGTATTCGAGTATTGTG
ACCGGAATCTCACGAATAACTCGCTCAATATTTGCTTCCTATGCTTCAAT
TTTCGCTTGTTTATCCACATAGACATTTGCTTTTACGTAACCCCAAAGAA
AAAAGTCTAAAGGTGTGATATCACACTATCTTGGTGGCCAATTCACCGGG
CCAAAACGTGAAATTAATTGCTTTCCGAAATAATGTCCCAATAAGTCCAT
TGTTACGCGCGCTGTGTGGCACCGTCTTGTTGGAACCAAATATCGTGGAG
ACCATGTGCTTCAATTTAAGGTACCAAAAAGTCTATTACGGCAAGCCAAG
TTGTTGAGAGCGGTGGCAAATCGATTCTTCACGATCTTTGGCTACACTCT
TGGCTACGGCCGCAATATTTTCTACGCTGCGAGCTGTACGTGGCCTACCA
GACAACGCGACATCCCAGCAAGTTGCTGCCCCTTCAAAGCTTTTGATTAT
TCTGCGAATTGTGGATTCTGAAGGTCGATTATGTGGACCATAAGTTGGGC
GTAATTTTGGAAAAACTTCTTTCACAGAACGCTGATTTTCATAGTACAAT
TGAACAATTTGTATACGTTGTTGTGGCGTATATCTTTCCATGAAGAATTG
TAAAACAATTGAGTAAAAATGACGTATGAATTTGACAGAACTCGTGCGCG
CCTGTCAAAAAATCCCTACTGGAAAAAACCGCTCGTTTTGAATCACCCTT
TATAAAAGTAATTCCATACTTTAAAAATTCCTCACTATATTTTCTTTTCC
TTCTTCGTGTCTCTCGATTTATCATGGGCAATCTGAAATTTTACGATGTA
TAATTTATTTTGTTGTCTATTATGATTAGAAAATATTGATATTAAAACGA
GAATACAAGATATGGGCATTCTGTATCATACAACAACTATTTAAAACGTC
TTAGGCGACCCCTTACAAATTATCAGGCAACCACAGTTAGGCTTGCCACT
TAAAGGTTGGGAAGCACTGGATTAAATGGTAAATAGAAAAAAAAGGGGTG
GTGTATCCCAAGAGCACAGCCTACGATGTCTACAACCGCTGAAAGAAGGA
GGGACAAGTAAGAAAAAAACCCACAAGTACCGGAGTGATAAAAAATGCTC
TCCAAGATTCCTCGTAGTCCTGAACGCTCTGTGAACATATTTCCCGTAAC
TTTGGAAAATGTTCTTTCCAAAAAGTGCCAAGTAAGCTGTGCAACAGTCT
CCAGGCCCATAAACACTTAACCGAGGATGAATCTATATCTTCTCTACAAA
AGACATATCCTTAAGAGACAAAATGAAAGCCAAATGGGTTGCTCATAGAA
GAAAATTGCTGAACAATTGAAGTCCCATGGTAATTGAATAATCTTTTATT
CGTATGAAAACAATCCATTTGTTCTCATCCGAATAAAAGATAATTAGATA
ATTTATAGATAAGATACGGCTTYATCCTGAGGCAGNGTTTATAGCCCTAG
AGACTGTTGCACCGACCGTTTCAGACCTACAAAAATTCTGGGAGTGCATA
TTTAATCACTCCGGTAAATGTAGGTTTTTTTATATGTCCCTTCCTCCTTC
GGTTGTAGTCGTCTTTAGATATCCAAGCATCTTCTTGATGTAAGCTGGAC
AGTGTGTCTAGGGGTTTCCTCTATCGTAAATACTTGTTTTGAATTAAAAG
TTGCACAAATAACATAAAGAGAACGCTCAACATCACACTTTAAAATTAAA
TTAGGCTAGTTAAATACTTTCCGTATGGTTTTGGATGTATTTAAATATTG
TTTGAATTTACCTGAACGAACCTCTATATACTTTATAGCCCTTCAATATT
TGAAATAAACAATGTTTGTAACTGTCGAGTCTTTTATTCGAATCTGAACC
TATACTCGGAGTTTTAATTGGTCTTTAGTTTCAATTTATTTAGATTGATA
TTTGACTAAACCATAAGTATTGGGTGGCGTGTGAATTTTATCATTATCAG
AGATCAAGAAAATTTTGAGTTTGTTTAAATATATAAAACAGAGAATTTTA
ATTTAGTTATACATATAAACTGATGTTTTCACAACGATATTCGTCTTCTT
TAAGATGTAAATATTAAATTTATGTATGATAAAAATTTAAATTATTTTCT
TCCACGAATATTTAAATTATTTAATTCAAACAAAGGGAATATTTGGCAAA
GAGTTTGTGAGATAATTAAATTGTAGATTCTTAGAAAAAGATACTCATAA
TATCATAATGATTAGTTTATGTGAAACAGTATTACTCATAAATTTATTGC
TGCTTAATAATAATTAATTGTTTTAGCGTATATTTTAGATTGCAATTTTC
TTTTTCCTTCTACTTCTTTTCCCTAAAGATCTTTCAAGATCTAAAAGCTT
CAATCCCATTTATCAAAAATTGATTTTTTTTTTTGACATTAAAAGTATTT
TTATGCTCATTACATCACATATTTAACATTTTTCATAGCAAGGTCTAATA
TAATTCCACAAAAATAAAATTAATGNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNAAAAGATTTTCTTTTTTTTACTTACAAG
AGATAAGTTTTTATTATTTTATTATGAACAGGGTATACCCAGGTAATTGA
ATTTCGGACTAGATAAGAATAGTATATTTTAACACTAAAACAGCCGTGTT
CTGTGATGTCATAATAATATTCTCAGCGATTCCTGTTGGTAATTTATATC
ATCTCGTTATTAATGTAGTCGTATAATGGACTTCTTCAAGGCCTCTACAG
ACGAATAATACTTGTCACAGGCGGCCCCTCCCCCAGAGATAGAAATTGCA
TGGGTTCATGTTCAGGCTGTTTGCAGGCCAAAAATCTGGGCTTCAATAGT
TGGGGGCATTTTGTGGCCAATAAATCCTCAATTTTGGCCTTGTTGGAAGT
TGTAATTTCTTTCTTAGGATACACCATCCATGAAATGACGGGGTGGTCAG
ATTTTTATCGATTGATTTTTCGAGCCCTCCCACGAGCTTGGGGGATCTTT
TTTTGTCAGCTCTTACCTTGTGGTGTTTTTTGTGGGTTTTCCTCTTGGTG
TCAAATTCATAACAAATCTGGTAAACTGTCTTTTTCGAGTACTTGAAACG
CTTAATAATCTTATCTGGAGTGAATACCGTGCGACGCAATTCGCATTTAA
CGGGTTCTCTGGTCTTCTTCATCTCTAACTGTCTACTAATTTTTTTATTT
ACTATCATCACAAGTAGCTATTCGGAACTAAAGTACTTTTTATCACATAA
CCTATTAAAACCGAGGTATAAGGATTTAAATTGCTCCCAGTTTATCTGGT
CCAACCTGAAGATTAAAAAAGATAATTTTCAATTCATCTATTCACTGTTG
TTGGCAAAAATCTGTTCCAGCTTGCTCCTAAACTTTTAACTACTGTTTTT
GATGAAGTTCAGATCCCAGATGGCTCAAGTGCCAACTACGGCTACCTAGA
ACTGGTACTTACACCTGAATATAATGCCACTGAGGCTGGCCTTCAAACGC
CTTAATAGGGTATAGTCCATTGATGTATCATCAGGTGAGTGGGGAGCCCT
ACAATACTTTGGCAAGAAGCCAGGAGCTTCTTCATCATCATCTCTTGCTT
GACTTTCTAGGTGTGACATCTGGTGCCATACTGCTGCAGCCATCAGATAT
ATTAATAGGCCCTTCTGGCCTAAGGAAGATCCATTTATCAAATAATTAAT
GTGGGTGGCTGAATCTAATCCCTCGCCTGGTTCAAAGAAGACGATATTGC
AATTTGGTCAATCCATCCAACCTTTCCTTCTTTCTCCTCAATCGCATTTT
GGACAGTCTCATCTGGCCTTACGAAACGTGGCATAACCTTCTCAGAAGTC
TTAGAAGTTTCCCTCTCTATTTGTCATTTGTCCATCATTCTGCCTGGAAA
CACCAGTCACGGATGATTTTTGTCGATGTCTTGCTTTAGTGAAAAGGCCA
AATATAGCTCTCCTTTGCTCCATCTGAGTCGTCCGATTAATGTTTCCCAT
GATGATAATCAGGAGGAATTGCTTTGTCACTCTGTTTTATTAATATTTTC
TAGATTTGAATAGATTTACTGATTGACTAATGGCAATTTTAAGTGTATTG
TCTTAAACCAACACAACTGTAAAACTTTACTTGTTGTTACATATGATACA
ATAATCATCTCAGAACAAACTGATACAAAGACAACTTTTCTTATTTGTGT
GTCAACTGTCATTCTTTAGTGTAATGAAGCCTTGTTACTAAATGCTACTG
CAAGGTTTGGATTCTCACTTTTTTCATATTTCCTTCTTCTTAGGTCAGCT
TATAGCTAATCGAATAAAACATTAATATAGTCAATCTGCTTTTCTTCAAA
ACATTCTTTAAATTGTCAGGTTTTCCATGTTGATTTTCTGTATCTTTTTT
TTTAGCATACTGACAGATCATATTTTATACAACTCTACTCATTAGAAATA
GCGATGGATTATAAATCCCTTTGTGACAGCAGTGCTCGCACACGTAAACA
TTTTATTAAGTTAATTGACTCAATCGACCAGGATTTTTTCTTAGAATTTG
AAAATCGACTCAACATTTAGTAACTAATACCGAACCAAGTCTATAATTGT
TCGAGTCCGCACAACACTAATATAATATACATAATGTGCATCTATTTGTT
TTCGTTCATCATTCTGTTAAAGGGGGAGGGTACAAGGAGTGTGATGTTGT
GATGGATATATGTATGTGATGCTCATCAGTTATGACCATCTACAAAAGGA
ACTATGTACTAAACATTAACTATGTATAAAGATGCATCACTAAGTAATGA
AAAAAAAGCTTTTAAGAAAGGGAAAATGATAAGACATTCATGCAATAACT
TATATACAGGAAGAGAGTTAAAATGTGGCTAGATATTTTAAGTACTTCAA
TTAAGAATATGGTATTATGCTCTTGAAGGAGTAGAGAAGATATATCTGGA
CAAAGCTCTTTTCCAACAGCATCACAAAAGCTTTCAGAGGACCAGAAAAA
TTCGTTATACTGCCAGTCCAAGTTGAGTCTCAAATTCTTGCTCACAAGTC
AAGTCCTTGCATATTTTTATCAAGTCTAATTTAAGTCCTTAAAAAATATG
TAATGCTTTACTCCCTTCCAAACTACTTTAGAATAAAAATTAATACGGTC
TTTGGAGTCCTAATCGAGTTGCAAGTCTTAGTGGTTGAATCCATGTCAAG
TCTTTGATTGATTAATACAAATTGAGTCTTGATTCCTATTCCTCGCTTTT
ATTTACATAACCAAAGTAAATGACCTTTGAACTTGATGCTAATTCGTTCT
GGAAGGAGAGTCGAGAAGCGACACAGTCGTATTTTGACACTTTCTATTAG
AAATAACTGAAAGAAAACGAATGAATCCGTTGTCATCTATGAAGTTTTTT
TATATCTACATTGGCTTTAAGTCCACTAAACAATAATGGCAATTAGCTAA
ATGTGACTGAAGCACAAATTGTTTTTTTGTTAACAATACCACGTGAATGG
AGTTTTTTTTCTCGAGCAAAGTAGCCATCTCTCACTGGTTCAAAAAATTG
GTAAATTCATTCTCATAACCTTGGTCTGCTTTATAATATGTCAAATTCTC
AAAAAGTATGACCCTACATTTGTGTGGCCCCTGGGAGTGAGCAAATTGCA
TTGTACTTCTCATTACTCATTTTTCCATTTACGGGTATAGGAAAGCCCTT
CTGGTCTTAATGCAAATCCACGCCAATGCTTATCTTAAGTATATTGTAAA
AATCATAGTATTTTCAATAATTGCGTGTCGAGGGAAATTTCTCAGAAATT
TAATAAATTAAAAGCAGTTTGATATATTTTAATTAAAGTACTTTGTACTG
CAAAAATTATAGAAAAAATAAATGTTTATTTTGTTATGACTAGCATTACT
CAATTTGAACACTCTTGGAAGTAGTCCCATTCTTAACACTGGAATGAAAC
ATGAACGTCCACCTCCCCACCTTGTATTTGGCCTCAGTATCAACATTTCC
TTATGCTTAAAGAAAATAGGTTAACATGCTTGTCATCAGACGGTACGACG
TCCAGATATACTGCCATTGCAGCACGATACTTTGCTGTAAAGGTCCCATA
AGCCATAAGACCAGGTCGAAAATGAAGATTTACCTACCCGATAAAATTTT
TACAAAATCAGAGAAGATTTGTTGCTTTTTCGCTTCTAATTTTTTGTCTA
ACTCTATAAAATATATATTTAGGGGTGAAATGAAATGTTTACATGTCCGC
TATTTGTATTTTTTTGCCCTTAAACAATGACAGAATCAAATAAACCTGCC
TTGATAAAATACCTCCCATGCTCTTAACTTTATAGNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNAAAAAAGTTTGTATACGACAAGAGTGTAAATT
CTAAGCATTTTCTCGTGTGCTTAATTCTATTTATTTATTGATCAGAGGAG
TGTTTTCAATCTTTCAAAGAAGTTACCAATATTATTTAGGATTAAATATA
AACAAGCTATTCATAAGTTTAAGTTTTTGTTAGACTTATAGTAGAATTGA
GGATCGACAACGGAGTAATTCCTGTCTATGAGAGTTAATAGAAATACAAG
GTTATACCATAGCGCGTGTACGACTGATGTTTGACTTCCACCACGCTTTT
TAATATTGACGTCATAGACTATGAGTGGTTGCGTGTTTTCTCAAAATCTG
TTTTTCTTGCTCAGCAGTCGGTACGATACATCAAATTGAAAATTCTAGCA
ACAAGATTCATGATGGTCTCACATTGTATTTCTATTATCCTTGCTGTCTA
TGTATTTGTTGGATAAGGAGTGGGATTTCTCTTAATATACTACCTTTCCC
AACTGCTCAGAGCTAACCTAATTAAACTTTATGACTGTTAAGCTGCACTT
CTCCGAAACGTTCGTCAAATTATCAGGGTTGTAACTATGTGAATTTTTGT
TTATTTATAAGATATCAAATGTGCTTCGAGCTTACAACTCTCTGAATATC
GGATGAAAAATTTAAATCACTCGGTAAAAGTTCTTTTTTTAGTAGAGTTG
TCCTTTGCCTTGTTCCATTCTTGCTAATATAATAACATTTCAGCCTAAGT
AGAAAAAGTGTAGTTTATTTAATTACATTATGCTCATAACATTCATCTGT
TTAGTAAGCAGAAGACGACTCATTTATTTCGAGTGATTAATCTTTAAAAA
AATACACATAATACATCTCACTAATATTTCAGCCCTAACATGACGCAAAA
AGGATTATTCATTAGCAGGAACTGATTAAATCGTTGATTATGCATACAAG
TACATACAGGGTGTTATAGATAAATCCTCACAAATTAAAAGCCTGCTTGA
ACCTTAAGCATTAGTTGTGTCAGTCACAAAGGATGTCATAGTAAAGCCTG
GGATGGATGCAATTGCCAATCTAAGTTCTTATACATTTTGAAATGGTAAT
GCAGGGCAATGTAAAGACGAATTAAACCAAATGATTTGCAATAATCTAAT
TTTTGGCAGAGGCTACAATGTGCCCTAAAATATCCCAGACGAACTATCTA
CATAGGATGTTATRGAAGCTTTTGTCGAGAAGGGAAAGGTCACTAAGGTG
GAATATAAACCAAGTAAGGTTAGGATCTCTACGGTTGTGACCAGCCTAGA
GAAAAACCAATCACTGCCAAACCAGATCTACACACATCTGACTTTTATTT
GTTGTGAAGGATTAAGAATAGGGCTTTTGTCAACCTTTATGGCAAGGTTT
AGTCTTTGATGACTCCAATTGTCAAGGAAATAGTGTAGTCGAATTCTGCA
GAGTTCGCCAGGGCTTGCAAATCTTTCAGACATTGTGTTGAAGTTGTTGA
GGAAGAATATGAAGAACATTGCAAATATATACTATAACTTGTACTTAATT
TCCTCTACCAACGAAGTTGAACGGATCTTATGTTTTTGCTCCTGTTTTTT
GGTCGCCAGAATTACAGCAAAAGTTACAAATCAATATTCATCTTACTTAG
AAAGAAGATTATATATTATCACAGTAAGAGCACATAAAATTTTGAGAGCT
TATCTTAGCACAAAAGGTTAAAAATACATAATTGGCCATAACTTTAGAAT
AAAAGTTAAAAGTACAGAGCTCAAATTGGTGGCTTTAATAAGTATGCTTT
ACAACCAAAAATGCAATTTATGAAAAAGACCATCGGTGGAGGTTTGTACT
TTAGCAAGTTGCCCAGTCTATATGCTTAAAAAATTACAATGTTTTACTCG
CAATTCTTCTTGATATGTAAGGTATTTGCAGATTGATCTGCGACACCCCT
GTACATAGATGTGACCTTCTTACAAGTAAAATTCAATCCGTTATAATAAA
GTATAAACTTATGTTATTTTTTTATGACTACTACATATGTGTATTTTTTA
TTATTTTTGCATACATTAAATGAAAAATGCAAATCAGCAAATAGGAATAA
TAAATAATTGTAATTAGTAAAAACATTGGATTTATTTTGCAATTATGTAA
AACAGCATAAATTTAAAATAATGCATTTTAAAATTATACTTTGATAGAAA
TTATTTTGAGAATGAATATATAATATCAAAAGTACACGACTTCTTTTTGT
GTACATGTATCTAATGACTCAATTGATGTTATATTCACAATTATGTTTCT
AGCAACTTGGACACGATACTTGTGACACGACTTGGACTTGCGTCTGTATT
TTGCAGACTTGCAACTCTACTTGATCTCACAGTCAAAGACTCTAGACTTG
ACTTTGACCCTAAAGTCAATTTTGAGTGAACTCAAGAAAAGCATTAACAC
TATTGACCCTTTATCATAAAAATGGAGTTTACATAAGATGAAACTAACTA
TAAGGACTCCATTAAAAGATTCAAGAACTTGGATGTGTGCTCAAATACTC
GCAGTTTAAGCATGTTCCCCCACCCCCGCTTCGGATAATGTTGCTATAAA
TTACCCTTTCATCAGTTTTTGACCTTTTCTTCCTCTCCGAACTACTTCTG
GTTGTGTATCATCAAAGGGACGACCATTGAAGCACACTATTTAAATTTGG
AGTTCCTTACTATCCCTAGACCTTTACTAGACTTTTGGGACCTCAATATG
TGGCCGCCCTCCTCTCCAGATGCGAACACCTTGCACTACCCTATCTATGG
GCGTAGAAGAAAGAGTCTTTGCTACCCCTCACAGATGTGCCCAGTCTCTA
GGAGCTCTCATCTAGAAGGAGTGGACCTAGCTCGAGTTTGACTACGTTGT
CAGGTCTGCAAGGGATTAAGGTCTCGTATTGAGGTAATTACTACCGTTCA
GGGCTCACATATTGAGTAAAAACTGTGCCCATCACTATTTTCAATTAATT
TTGTTAAATGAATGTCCTCACAAAAATTCTGGGTTAAATACTACTCTTGA
GAAATTGAAAAAAATAAAATTTGTACCACTAGATAAGATCAKCCCTGCCT
ATATACACTTATGGAGGACCAATTTTAAGTCGTAAATAAGAATAAGTATC
CGGCATGGTCTAGGGGTTAGGATYGCTGGATCTCACCCAGCAAGCCCGCC
ACTCTAATTTTTTATCTTTAAACCAATGCGTTCGATTATGAATACGAACG
AGTATATATCAGATACTCATTCGTTTTGCATAATTGAGTTGTTCTGTAGA
TTTTCATGCTTCATCGTACATTTTTGTTTTTAATTAATATAAAGTGATGT
TGGATATTGTCATATTTTCTTGTCTCAAATGTTAACTATGATGGATATTT
CATGTAATAGTGTACATATAACATGTTATCTTGAAAAATAACTTTAGGAG
TTCTGACTGTTCATTTATGTGTATGTTGAGAAAATATAATAAAATATATT
TACTACAAAATTGCAAAAATGAAGGTTTGTTGAGCCCATTGATACGATAA
GTCTTGCAAGAAAAGTTAATAAATTAACAAAGTACATAACAAAGGCGGTT
CTAGGTACAATTTGAAACTGACCTGTAAAAAAAGAAAAAAAAGGTAAACA
AATACAAAATAATCCAATACATTTCTTACCTAAAATATTAAAAACAATGG
AAAAAAACTTCATTTATCAAGGTAAACTTTTTGATTACTATTGTAATTAA
TTTTCACTTTGACCAGGTTCATTTAATCTTTGCAAAACTTTTTACTCAAA
AATCATAATGCAGATGTTCATAAATTTATATTTATTGTGTATATACGTGG
TATGTCAATACAAAAGCAATCTTTAATGAATTCCCTCGAAATTGAGTCTG
TAGTACTTTTCTATTTTTTGACAAATTATCGGTTTTTTTATCATCAAATT
AATCTTAAAGTAACCAAAAATTCAAAAGGAAATCATTATAAATTGATGAA
TTTTATTTGGAAGGTCATATCGCTGTCAACTAAAAATCAAATAACTTATC
AAAAGCCTATATATGAGAGTAGTTTTAGAAAATTCCGACCTAACAATGTT
AAAATATTTTCTTTCTGAATTTATTATTTTATTTTTCAACATACTCTCCT
TGTAATTATACAGACTTTTCCCAGAGATGCTCCTATCCCTGGAACCCGTC
CAAATAGTCCTTGACGTTTTTCTCTGCAAAATAATTTTTCAAATGACAAT
TTTAGTTTTTGCCTCAATTTCTTATAGTTAGATTGACTTGGACTCGTCAG
ATTGTAACACAACCAGCCTTTATATGTCTGTTATTGTTTGACTCTATGTA
AAGGGTAAAATTTCAAGAACAAATATTTAATGACAGCTCAATAATTAATT
TTGTCCATATTTTTAAAAACATTCACGTCAACTCACTCAAACAACTGTTA
CATAACAGATTCGCTCCAAATTGTCTAAAATTTTGGTGATAAACACAGTA
AATGTGAGGTTGGAAACTTTTCAGACGACCCTCACATACATAATTATATC
TAATAAATTTGAATATAAAGCAAATGATTTGGTGAAATATGTCGCAGCGC
ACACCAAAACTCGTCTAATCTTTTTATCTTAAGACTTCAGTCTGTCCACA
TTTAGGCGTGAGGTCCTGTTGTTTTCCCTTTTGAAAGTACCCCATATAAA
AAAGCCCAGTGTGTTCAAATCTGGTGAGGAATGGGGCCATATCTTATTGT
ACTTGAATAGAGTCAAGTTATTTGCACATAACTTTTGGTACTTTGTGGAC
GTGTGAGAGGGCTACCCTCTGCGTAGTTGGTATTCAGGCATTGTAAGATT
TGTACCGAAGCACCTTATAGTAGGCCACCTGGCCAATTTTCTATACTGCC
ATGAAAAAGAACGGCGGCATCTTCATTCCATTAGAGGCCACAAGGCCGAA
GACCATTTTTTGGATAGGATACTTGATGTGGTAACCCCATGGTACCTATT
CTTTTGTTTCTCCAAGCCAGCAGTCTTTCCGCCAGTTATAGATTTGATCA
ACTGAAATTTTCTCGGACAAGAAGATTTTTACAATTTACCTATTTGCCTT
GATATATGTGAGGATTTTCTTGCACTCGGCTTTTATGCCCTCTGTCTGAA
GATTTTTTTGGGTCCTTGTGAAAGAAACTAATCCCAAGTTGTGCTTTATA
GCCGTCCTGATGGTTCTTGGAGCCACAGAGAAGTCGTTGGCGAGGCAATC
GACATAGTGGGACCCTCGTTTATATTTTTCTCTGAACTTATCAAGAACTT
CATATCCCTCTTTCAACTATTCCTTCCAGTTCCTGACATCTTGGAGAAGT
CTTCCCATTTTATTTCATTGATGCTTACTTAAAAACCAGGCAGGCTCTTT
GAACACTGAAAGTCCGTAATCTTCATCACTTTCACTCCAGCATCTACAAG
ATCTGAGATGCACTGCCTTTTGCTTGTTGCTCGCTCATGATGATGAAATG
ACTAATGATTAGTTTAGTGTGCTTATTTATGAGTGATGGTGGAAACATAG
TATTAAAAAATAAACATTAAACCTTTTCTTACTGATGAGAAAATTAACAA
TAATTAACTGTCCTCGTTTTGTTGCCCTACCGTGCAAATTATTTGTTTTA
GCTATAAATATCAACAGTAAAATTTGCATATTTTGTCGATTTGGTATCGA
AAATTTTATAAAGTATAATGTTATTATAAAGTCCCGTAATCAGGATTTTT
TTTTATTAGATGTAATTTTTAATTATTGAACTGATGAGAATAACTATGGA
TAGTTTTTCTGTCCGTCCTTATTTTTTAAGTTCTTTCGTAGGACTGGTCC
TTAGAACTGTTGGTCCCTAGGACTGTCAGTACTTGAAATGATTAAACAAA
GCACAAATAAAGTTGAGTAACATAATCAAGAACCAAACTTATTAACAACA
AGTTTTTATGACTTATATGGAGGACTAAACTGGACCGGGTCGAGTCTGAA
CTGGAAGCAACCGCAGTCTTCAGTTCTAAATAAGGAAAGATATAATACCG
TAGTTGCAGACATTTTATACAACAGTATACAGCTGATTTATGGAGTATAT
TTTTGGAAATTGATATTTTTTAACAAATAAAAGTATTATGATTTGTATAA
CATTATGTAATATTATTTTTATACAAAGAGGAGATTAAAGCTCTGAATTT
TATCATTTATTTTGATAAATAATATAACTACAAGTTATGATAAATATTTA
CTTTGTTTGAATTTTAAGTTGCAATTTTGTCAATTCGTGAAATATTTTTT
TTAAAAAGAATATTAAAGTGATTCCTTATTTAACTCTATGTATAGTACCT
CGTCCTTGCCATCGGTGTTATTTAAGTTATTTCACAGGCTAATATCATTG
CAAACAAATAATTTGTAATTTAATATATAGATAAGTGATTCGGAAAAATG
AGTTATTTATTATTTGGGATATTTGGTGCGTCAACATAACACAATCTTGA
AAAAAATGAAGACAAGGAGAACATTCAAATTTATCATTTTACTTTATATA
ATATATATATACATACCTTGACTGTAGCGTAATGACAAATTTGGAACTTG
GTATTGCAAGGTATTTTGTGTTTTGAATTTTATTCCTCTAAGCAAGAAAA
TAACCAAATTAAAAAAAAAGTTGTTTCATGGACGCGTTTGGTTTAAAAAT
CAATTCTGAGGGCGGATCCATTGACTAAAACTTCTTTGGGTTTTAGTTAA
TATTTAATAAACTTGCTTCCTAATTCATCCAGGATTCTGCCAAGGAATTC
AATGCTTTCTGTGTTAAAATGTGTAAATAATAACAGTTGGCCCTGTAAAG
AAGTTGGTACAAGCCAAGCACTTCCTACTTATTTATTAGTCTTGTCTCTT
GATACAACTGGAATAATGAAGTTAGTAACTAAATCATTTTAGCTGTGTGT
CAATAAAAAGACCAAAAAAGGACAGGTCCTATTACTGATAAATTTCATTA
CGACTGGTCAGATATGATTGCAGTTTTTTTAGACCGATCCAACACTAATT
AGGATTCATCTAACATTTATTCTAATGAAATGCAAATAGAAGATTATCTT
AAAAGGACCCTGAAAAGAAAAACTGTATTTACCAACATGGAGAAATTTAA
AGATCCTTTTTTCATGGACATTATTTCTTAGTTCCTGATGATTATCATTT
ATTTAGAAGATGAATCAGAGCAATTTAGGATTTAATGTTGCTGCAATTCA
TATAACAATTTATTATTAATAACCTAATTTCATCTACTTTAGAAATACAA
ACCTTCATGCTCAATTANTTCAAGTATCAATAAATCTTATTACTTTATGA
AGAATGTTGTTCCCATACAGCTATTATTATTGTGAATTATTACTACTGAA
TTTGATTACCTAAACATATTTATTTATTATATTTTGCCTGTCCAATTATC
CTTATCATAACCATAGAGTAATTACGTGTGTTAGTATATTCACACTATTC
AGTTCCTTTTTAAAATAGAAAATATTTATGTTTCACAAATATAGTTTTCC
AGTAATATACAAATATCAATTGAGATAATTGGTAGAATAACAAATCTTGA
ATACAAAGAGTTGAGAGGGTTGGGAAATGGGTACAAGAAAATGTGTGTTT
CCAATATTCAATTGAATATTTAACTGTAAAATAGTAAGGAACCACATTTT
CTCGAATTCCAGTGGGTTCAAATCTTTAGCTGTAGATCTGCCCAAACAAA
CTGATTCTGATTTGAAACCAAAATTGGGCTGATATTTTACTGGAATTTTA
TGAGTATTTTACCCAATATTCGAGTCTAAATAATATAAAATCCGTATTAA
GATTACATTTTGACTGATTACTGAAACTGGAACTATGAATACACCCAATT
TCAATACCATTAGAAAATGACAATGATTAGAATCAATACTTTAATAATAT
TAGAATGACTATGCGATACAATTATTTCTAATGAAATTGCACCAAGATAA
ATAGAGATGCTACCTTCGATATATATAATATCTTTTTCAAAACTTGGTCT
AAGAATTAAGCAATAATATTAGCTTTTTAAGGTCCGAAAAGTTACAAAAA
CCTTATAACACTTTCCATTAGCTGCAGTGTTCTTCAGATGAAATTAAAAA
AGCAGTGCTTCCTCCCAATTGTGTTTTGTTAGTACGAAGGTTGACATACC
GAAACATAAAGGAAATACGTTGTTTTAACATAAACGACATGACACAAATT
GATTTTTATAGGGAGTAGATGAATATTTGTTGATTGATGCCATCTTAAAT
AAATCTCTTTAAATTTATATTACTCCTAATATTTCGCTAATCATTGGAAA
AATTCCTCGAATTTGGCCTGTGCGTAGATCGAAAACCTGAGGTTCGACAT
GAACAGAACTTATATTTCCGAATTTCATCGATTTTTTCCTTACCAAAAAC
CTACAAAGCTCCATGACTTACTTCTTATCGTTTGTAAAAGGCGTTCTGTC
TTTGGGTTGAGCTCTATTGTCAACAATTGGTTGGAACTATGGGTCCCAAG
ATCCAAGATTGCCGTTTTTACAGGAGGTATCGATATTTGAAACCAAGAGA
AACATTTATTTTCACAGGAAATACCTCATTCAATTATTCTATTGATGAAC
TATTTGACTTATATACCNNNNNNNNNNNNNNNNNNNAAAAGTATCTGGAA
CACCCCTATCAATGTTTATGATATATATATATTTCTTTTTTTTTGTTGTG
AGTATTTACAGAATTAAAAAAAAGTGGTACCTGTCGCCTCTAAAAACCAA
CTTGTACACAATATTGATAAAAATAAAAATTATTCTTGATGAATGAAAAT
AAATACTTATGTTTAACTGTCATTTTTATTTCCTAACGGATTTTTGAATT
ATTTCAATGGATCTCGTAATTAAAAAAATATTTCCCTAGATAGAACTTAA
AGACAGTGTCCTAGGAAATAAGAAATAACGATTAATTCTTACTACCCTAA
TTTCATCTACTAAAGCCCTTAATGCTTAATTATTCAAGTGCCAATAAATC
TGATTACGTTATAAAGAATGGTGTTCTTATAAATCCATTATCTCCTTGAA
TTTTTACGACTGAATTTGATTACCAAAACAGTTTTATTTAATATATTATG
GCTGKCCAATTGTCCTTATCAAAACCATAGAGTAATTACGTGTGTTATGA
TAATCAGGCCTATTCAGTCTCTTTTTAAAATTGAAAATATTTATGTTCCA
CAAATATAGTTTTCCATTATTATGCAAATATTGAGATAGATTCCTTGTAT
AATGACTAAAATTGAATACAAAGAATGAGAGATGAGTCCAAGGAAATATG
TGTTTCCAATATTTGTTTAAATATTTGACAGTAAAGATAGTAAGGACTCA
CATTTTCTCAAATCCTGGTGGTGACGTAAATTTAGAAAAATTTTACTCGA
AAATAAGGGGTTTTTTTTTTGCATTCGGGTAAATTATGCAGCAGAGCAAT
AAAATTTATTTGAGATTTTTTTTTTTTTGAAAAAAATTAATATTTCTTTT
CTTTTCTTTTGAAAAAAAATAATATTTGAATTCTTTTTAAAAAAAAAAAA
TTAATTTTCCAAATAATTTTATTGTCTGTGAATCCTATGGATTTGTTAAT
TTAAAAAACAAAATAACAATATAGTATATTTTTTTCAAAAAAGTTTAATA
TTTGAAATAAATAAAAAAAATCCAAAAACAAGCACTCCCATCAATAAATT
ATATATATATAAATTATCCTTCAGACGCCCAGGGATACAGAACTCAATTT
GATGTTAGGGAGAGATTTTGCACTCTACTGAGTGTCCATTCTAGTGAATC
AATGTTTTCACAAATGTTATTTTATATCTTTGGACTGAAAATCCAACTTA
TTTACCTTATTTTGGTAAATGACTTGCTATTTCTAAGACATTACATGTAC
CTATACTTTTTTTCCTTCAACATTACGTTTTTGCATATAGAAAATTATGC
ATTTAGGATCGTTAAAAGTATAGTTATTACAAGGAAAGGTAATAAAACAA
AACATATTTACGTTCGGATTCTACGAAAAATAAAATTAGAAAAAAAGTGT
TTAATTATATTATTTGTAATTTTTTACCTTGTGTACGAATAACACATTCC
TTTTAGTCAAAGTATATATATATATTGCCCAGACTATTTAAGTATTTTTA
ACCATTGCCCTCATTGGCAGTTGTTCAAAAATGTTCAGTCATTATTAAAT
ACATGGCTAATCGTAGACCCAGACACAATGCTTTTTTATTTATTTAAAAA
ATAAACCCCTTCAATGTTTAATCTGACTTTTTCTTCATCTGGAATTCCCC
CATGGAACCAACTCTGTACATGAAACGCACACTTTTTTGACAATCTACAG
GCTAMTCCAGATAAATTGGGAAAATCTTTAAAGGCTTATAGCGAACGACC
TCCTTGGGGTAGAAATATATTTTTTTATTTTTTGAAAGTTACATTTAATG
ACATTCAATTATTCTTAATGTGATTCACCCTCTTGATAACCATCGCCGTA
CAGCGCGGGAAGAGGTTTTTCCGGCCATGGTGACCTTGTGCGGATCCAAC
TTTGCCCATTGTGCTGGTTCTAGTTTTGCACTTTAATTTACATGGCCCGG
ATGGATAAAGTAGCCCATGGAAGAAATTACACTTTCCAACAAGACAGTAC
TCCAAATGGATTTGGAGCACGGATTTTTGGTGTGCAAACCACCTGAACCT
ATGCAATTTCTATCTCTGGAGAGGGTTAAGTATGAGGCTTGTACTAATTA
TCATTCCTCTGTGGAGGCCTTAAAGAAGTATATTACTTGTACGAGGGCAA
AACTGTATCCACACACTGTCGCCCAAAGCTTCCGMCGCCGTGTGGCCCAG
TTTATCAAGCCGCGAATCTCATTAATAAATAATTGAATGTTACAAAATAT
AGCTTTATCTCTTGTAAGGTTGAGTACAATTCCCATGAATCGTTGAACAG
TAATTCAATAGCTTGAAAGAATTTGACTAATTGCTATCACCTGATGTTTG
GGTTTTTTTTCTTTTGTTTCAGAGTTATTGTTATTATATAGAGTCAAAGT
AACGTCCTGTTCAACACATCTTCAAAATATGATAATTAATGAATATGACA
GATATAATGATTTCTTGTTTGCAATTTTTTTTAATGATGAGGCCAGTTTG
TGGTACAAAAAACGGTAGGGAACGCTGTTTTTGATACGATTCTTTAATTT
AATTCCTTATTTTGATTTTACAACTTTTCTACTCCAAAAAGTGTGACATA
ACTGGTCAAAAAAAGTGGAACACGTTTCATCTATAGAGTATTACTTGCTG
AGGTTCAAGTTTAGACTTGGGAAAAGCTCTTTTATATTCTTCATTCATTT
TATCTAAAAATATACTCATAATTCAAAATTTGAATAATGCCACAGTTGTG
TATACCATATTGTCAAACTTTTTATCTTTATGAAACAGACAAGAGAAACT
ATGTCAAAGTCATTTAATTTGTTTCTGATACATGTTCAAGTTTTAGAAAA
AAATTATCAGCTTATACATCTATGCCATATTATCTTTATTCATAAAGCCA
TGTTTGTCTGTCTGCGTATTTGCTCAAAACAGTCTTAATTCAGTATTACC
ATAAGTCTTGCTCCTGCCTTTCCTTCGTGCTCTACAAAATTGTCAATCGC
TTAAGATTTGTTATCCCGCCTGAAATGTGTCATTCATGTCATCAAAATCT
TTGGTTCCCATCTTTTTAACTTAATTATAATTTTAGATGTGAAACCAATA
ACTTATATATAATAACTCATATATAACTTCATCAGTGCATTTTTTTAACA
TTATGATAAATACCTTTATAAAAAACTGGCCGTAACGCTAAATCAATAGG
AGCCCTGAGCTTATTTTTTAGCAACGAAATTGTCCCATTCGGTGGCAATT
GCAGAAAAAAACACCTGAAGTGGGTTGTGTTTGTCCAATTTACTCCTTTG
CATTGTTTCGATGCTTGTGACTTCACAGACCCCCAAAGAAACTTTGCAAA
GACGGCAGTTTCCTACTTATTATTCTATCTGGCTTAAATTTTGAAGTGCA
ATTAAGGCGGATACGATCGTTTCAAAATAAAAGACCGCTCGACTTATACT
GGGAGTAAAGGTGTTATTATCATTATTTCATTCTTAAGAAGATTTTTCAA
GTGAAAAGTATGACCAGGAGTGTGTGTGCGCATATGAATGAAGGAGGTTA
GCCATGATGATTTATTGGGGGTATTATTTGTTCAAGTACTTGTACAGGGG
CGTCTGCAGGGGTTGGGCTGTAGCCCCCCTCCTCAAGTTAAGGATTTTTG
CTTTTTACAGGAAAATTTTATATCAAAATTTAACTCAATTTTAACAAAAA
AAAAAAAAATTAATTTTCTCCAAATAAATATGAATTTTTGGAATTTTTCT
CCAGAAAGTTTAATTTTAAAAATTTAGGTGTCGAAAATTTTGTAAAACTT
TTTCTTTTGTGTGACTCTTTGAAATTTTTCTCCAAAAAATTAATTTTTTG
CAAATAGCTATGAAGTCATGATTTTCTTTTCTAAAAAATCTTATTTTTTG
TGAACCGTTGTTAATGTTCGAATTTTTATTATACAATTTTATATTTAACA
TTTATTTCTAAAAAATTTAATTTTTTGTGATGACTGAAAGTTTTTGGAAA
AAAATATAATTTTTTGCAACTGGCTATGGATTTTTGAATTTTTTTTTGTA
AAAAATCTTATGTTTTGTGAATGGTTGTTAATGTTAGAACTTTTTTTTGA
AAATATATATTTGAAATTATTTTCAAAATTTTGAACTTAAAAAAAAAAAA
TATATAATCCTGCAAAGCCCTACTCGCCCAATAAATATATTGATAGTTAA
TATTTTCTTCCTTTCTTACTAAGTGTAGATGAAGTTTTATTACGGTGGAG
ATTAAAATAATTAATAAAACATCAAACAACTGATAGATCCACTTACCGTT
CCACGAGCTGAGGATTAAGGACCACTAATCGAACTAGTCACTACTTTTAA
ATATTTTTTGCTGACTTGCTGTTTATATCAGACTATTTATGTTTTTTACT
ATTTGCAGCTTGTTAACAAATGTACAATAAACTTGGATTATTATTAAACA
CATTTGTTTCAAGTAAAGAAGGATTTATTCTTTTTCTTTGTGCTTATATA
AGTGCTTACTCACATAGTAACGTTTGACGCATTTAAGTCATAAAAATTAA
TTCCTATGACTCAATAAGCAATAGTTTATGTTATTCTTTGTAATAAAGCA
GTTTATGTATGAAGGTCAAAGTCCATTATATACATCTTGTTACTACCATA
AAGGTGAAGAAGATCTTTAAAGGATTGTCACATATATGTGCAAAGGTAGC
TAGGCACATCTTTTAGAGTCAAGGCTATACGTATATAATTTTTTATATTA
TATGTAAAGTACAATATCTTGAAATGACGATTTAATACTTTATAAAACAA
TCATGCTTTAGCGGATGTAGTGGGGAAAAAACTCACTCTGGCTTCATCAA
GTACAATGAGCAGTAGATAAATTAATTAATTGAAATTGATAATTTTATAT
AAATACCGAATGGTCCATTATAATCTGAATACTTTAAATTTTAAACTAGA
ACAAGATATAATTTATTAATTAACAATATAATTTTAATACTAATAATATA
TGTTTGTTGGAGCTCTCTTAATCATAAATGTGCCCACCCTTTGCGGCAAT
GATGGCTTCCAGGCGGCTGKAGAAWGTCTGGCACCCACYGCGGRTGTAGG
CCTCAGACTTGGTGTCTCAGTGCTGGCTGAGAGCGGCCTCGAAGTCCTCA
ATATCAAAAAAGAGTTCAAAAGAACTCAAAAGACTCATTCAAAAGAGTCT
CGCTACGGAGAAAATGGGGTTCTTTCATTGCGGGTGTCAAAAGTGGCCTC
TCCACCCCCACAAAGCCCTTTCATTCCACTTTTTTGATAGCTCTCTAGAC
AATCTGGTGTAAAATACCAAGATCTCTTGTATAGGTCCTCATGGACTTAA
AGGGATTGGCCTGGGCTGTTTTATTTAACTCATTCAGTTCAAATTGTCCT
CATTGACAAAGCCTTTCTTCATCTCCCAACGTTTTTGGACTTGCTGACGG
CGATTAATTATTAAAATATTTTTTAAGCCAATGGTACATGAACTAATAAA
TGTGTTATGAAGAGGTGCATTCTTTTATGCAATTTGAAAAAAAGGGATTT
TAACACATTGTGAGTAAACTCCATTAATTTATGAGTTTTTATCAGCGTTG
CATTGTTAGAAATATGACTCTTTTTTCATTTTGATGTGCATAGGCTCTAG
TTAAAGGTTATCAATGTTCTCAATGTCATTTTTTCTCATACTACATNAAT
ATAAACTYACKWCTCACATCCTAATTTTGAGGATAGCTAGTTATTTAATT
GTTAATTAATTCATTTAATAAATGTTTAATTAGCTTTTTAACCCACCTCT
TTTAACTTTATGTCAGGATATATTTTGTTTTTAACAAGTCAAGACCAATG
CTGCTATATCATTGATAGATTTGTAAATATTAAATGTGATATCTTTTGCA
ATATTTTTAGTAATTTGAACATTATTTTTTTATTCAAAAGCTATTAACTC
AATAGTTTTTAATACTTTACAAGAAAACATCTAAGTATAAAGTATTCACT
TGTAAATTTTGTTGGTCCTATAATAGAAATAATAGCAKTAGCCAATATTT
CTCAGAGTTGTTAGGGGCTGACAAACAGACAGACTTTAATGATCGAAATT
TGAAACTCTCTAACTTGTTCAAGTAAAGTCTACAGTTTCATTATCACACA
CTGAAAAATGAACATGTCACATCTTTAGTAATGAACATATCATATTCATC
ATTCATAACCGGCCTGTATATAGCAATTTTCTTCTACTGTGTGGTAAATT
GAAATTTGAAGAATTACTAATTCAATAATTAATGAAATTTGAAATTAATT
CATATTTCGATNATATTAAATATAAACAATTGGTTTGCAAATAAAAAACA
AATATATATATATAAGCTCTCTAGGTAACGAACAAATCGACAACATGACA
CTTCAACATGATCGACGAATTTCCATGCGCACTCTCCAAGCAGTTAGGCG
TCTCCTGGACCACCGTCTAATCTGTCAGCATGTCTGAAACGTTCGAGAAG
AAGAAGGGCTCTGTCAAGAAGGTCAAACTGGACCTAGAGGAGTTAATGAA
AACAGCCCAGGCAAATCCCCTCAAGCCATTGAGGCCCATGCTAGATATAT
TGGGTTCTTCAAACCAGACTGTCTAGAGATAGCATAAAAAAGTGTGTGTA
TAGAGCCCTAGACCTGGTGGAGAGGCCACTTTGGATAGCTCCAATGCAAG
AAACCCATCCCCTCACTTGCAAGACTCTTTTTTTAAATTTTTTGTTACCT
TATAGCCCTGATATCAAGGTCCGCGGCTACACCTTTTGGGTACATGTCAT
GGGGAAGGCATGCAGTGTCACTCATACAAACATTTAAAATTAAAAGCGCT
AAAATTTTAATGGACCACTCGGTATTTGTGGACGCATATTATTTTGAATC
CGAATATAAGAATTATATTATATTTGTTTCAAGTGTTGCAGTGTTGACAG
GGTTTATATCAGAGACACTTGCCCTAACCCAAGGGCTAATAATCAATTCC
GACAAATATTAAATATATATTCATATATTTAACTTTTTACTTATCTAACA
TTTTTTGATAAATATATAATTTTATATTGAATCCATCATTTCCTGTTGGT
GTATTTATTCTGTTCATTTTGGATTGATGGTATATACACATGTACAATGT
ACACACTCATATTTGTTTTGTTAAAGGACTTTTGGCTATATCTATCAATA
AAAGGGAGTCAGAAGAATTGATAATATGATTTATACAATATTTATGCTTA
TTGACAACCGTAATTGATGGTAGTACACAAGGGTATTCAAAATATCTCCA
AAATAAAAGATAGAGTAAAAAAAGTTCTTTATTTTTCCAATATATGGATT
TAGTAGTGTGTAGCTCGTGTTGTATAATAACGATCTTTTTGGCCTATAGG
GTGTTACAAAGATAAGGTTTTGTACTAAAAACAGATTTGAGAATTAAGTG
ATTGTTAGAGTCAGTATAGTTTGAGTGGTTGTCACAGATGGACACTAGCA
AAGAGAAAATAAGCCATATTTTACAATTATTCTTCGAACTAAGGGAAATC
CCAAGCCAGGTAGCTAAAAATGTGGATGGTATTGATGGTCTTGATACTGT
AACATCCAATTACGTGATATTTAAAGGTATCGTCAGACCCATTCCGATAC
TTTTGATGTGAAAGATGTTCCACGCTCTGGAAGGAAGGTCAATTGTCGAA
AATATGGACCAATTAGCACTTTGAAGGATCATGAAGCTGGATAGGAGGTT
TCTTTTTGTAGAGGAGGTTATGAGTTAGTTTCTTACATTATCAACTACGA
GTGATGGTCCAAAAATTTCGAAAAAGTTAAGATCCCCTTTTGGTGGTCAT
ACAGTAGACCTGAGGATCGACATCCGATGAGGGAACATCTATGTATTAAG
TGAATTTGTGAATATCTTTCCTCTCACGGTAGCTTGTATCTGGTCTATTA
AAACAGCAATACATCTAAAATGCTCTCCTTCCGATCATGCCTTAAATTGT
CCAGGATACCATGTCATTTTCACTTGTTGTTTTTCCACACACCGGAAATG
CTTAGAATTTACAATTATATTCAATTTAAAGCTCCTTGACATACTGTTAT
TTTTATTGTGTTATACAACCTTTCGAAAGAAATGTTGCATAAAAAAGGCC
CAAAATCAGTTGTCAGATTGNNNNNNNNNNCCCAACTCTCGAATTGTTAT
TTAACAAKKKTTTTTTTTTCTTTCTAATAGTTAAATTTTCACTATAATGT
AGATAGACCATTGAATATTTAACAAAAATGGCAAGAATTTATAAGGTATA
TGGAGTTGTACCTCCATAATTAAGTTACAAAAACACAGGGCACAGATTGT
ACTAATTATCCTTAAAATATTGTCAGTTAGATCAAATGAGTAGATAATAA
TCGATATTTTTGTTAAATGATGTCAGATTTTTAGTTGAGAGCTGTTTTTG
ACTAGCCTCTTTCAACTTAGTTACGTCTTGTGGAGTAAAGATTCGCAGAG
AGTTCAAACTGAATTTTGCCATGGGTATTACTTTAGAGAGGGTTAGAGAC
TTTTGCGAACTGGGATCTTGCCTCTTTGATTTGTGTGTATGGAGGAAATG
TTGATAAGTGTTGTGAGGAAGTGGTGCTGATTTGATTGTTGGTTACGTTG
AAGCGCTGAGTGTTATTTAATAATTGTTGAAAAGTGTTTACAGATGAACA
AGATCTAATGTTAATTCAGCAAGCAACGTTCATAACACTGATTAGGGGGA
AATAAGGAGAAAATTGAACGTTGACAACAAATGGCACTCTTCATTTTTGT
GTTAGTGAGGTAACGCCGAGTTGATTAGTTAAAAATCAACAGTTTACCCA
TGTAGGAAAATATTTAATGAAGAATCATTATAAATAATATTAAATGGTGA
TCACTTATAATGAACACGCATAATGAAGGGGGTACAATTTTTTGTTTTGT
TTATATGAATGTATGTATTTTCTAATAAAGAGAACATATATACTTTAATA
AGGCAATTAAGATATTTTAAAACGAACGAAGCGGTTCACATAAATTCATT
CAATCCTCATAAAGGAAAATGTTAATTGCTCTAGTTAAATAGAGCATTCT
TTAAAAAAGTAATAAGCATTATTTATGAGTACATAAAATTCAGAAAATAT
AAATTGTTAATTTAAAAAAAAACGTTATTCATTCATTAGTCATTTTTGAA
ACAATTTTTTACTCTTTATTATTCCAGGTAGTCCCTAATTTAATATGGGG
TATCCTCATGGAACTCTCCTAGACTTCTTCCTTATTTTATGCCTCACACT
GGAAATCAAGACGCTCAAAAATGATTGCGACTGCTTTGGTGTAACAGAAC
TCGGCATTATGTGTCAGGGACTCTCCCTCAAATCTAGTCTGGAGCCTTCT
TTCAAAATCTGTAAGCCGGAGCTCTTCTTTCCAGATTCAACCTTTAAACT
CATTATTCGGGACTCTGAGTCCCTTCAGAGTCTGGATCTATCTAAAGACT
TTGGAGAAGGACTTCCATCTCAATTCATTTCGGAAATTCAGATTGTGAAT
AATAGTCATTTGAGAAGGATCGTTTTATGCGATCCACAGATATCCTCTTG
TGGTGATGTGTTTCCTGTATTGGAGACACTTGACTTGAGGAATAACTTCG
TGTCTGACTCCATATCTCCTACCACTCTCTTTGATATTCCTACTTTAAAA
CAAATATATTTATCGGGTAAGTGTTTTACGTCTTACTTTAATCATTTGGT
ATTCTTCTATTGCTCATTTAGGAACGACTCTGTCAAACATTTCATTTATC
AAAACTCTTTATAAATGAGATCACAATGATCAATTTGAATATCTTTACTA
CGAAAAAAAAAGAAGAAGTCTTGAGACCATTTTTAGATGCATTTTGTGAT
TAATCTTTTTTTTCTTCTTCTTCTGTGGTTTCATTTCAGATATGCAATAT
GAAAGTAAAATAATTAAATAGTAATGTTCCAGATCTTATAGAAATTTATA
TTTAAGAAATTCTACATCTTCAGTAATATAACTACTTTCTTTACATTCGA
GCCGGGTGTAATTATATGAAAAACCCTTAAGCCCAAGGATTAATTTAAAC
TTAAATTAAAAAAAACCAAACAATTACATGGTCCATTATCTGTATATATA
TATCTGTAAAAGCTGAACTTTTGGCGTTTTGATTACTTACATGTTTTATT
CATAGCACACAAACCATATATCTGTGCAAATATTATTAAAATTAGTATTC
TACTCATTTTTGGCCGATAAATAATAAAAATATATTTTTTAAATATGAAT
ATAATATTATGATTTTAATTTATGGGATGGAAATAAATTAGAAATAATTG
TTTTTTATTCGCAAAAGGATTTGTAGTTTTTTTTATTTTTTCATATGTAT
GCACAATTAAATTATTTTTAATGGTAAAGTTTTCAAACTAGAATGTCCGT
CATTTTGATATCATTCATCAAAAGTAAATAGAATAATTGATGTCAAAATA
GCATCCCTGACTAATTTAACTGAATATAAGTACTACCCAATTATTTACAA
ACTTACAGGATTTGTTAAAATTAATATTAGCATCTTGCAAAGGTATGAAC
TATACCATCTTGTGTCGTACTAGTCTATATTTACTATCTAGATGTATTTC
ATATCAAACAAAAATAAAGACTGTCAAATTCTAAAATTATTCTTGCAGCA
TGTGATTTGTATCTTGACACACTTTAAAAAAAAAAAGATTATAAGTTTTA
AAGGAGAAGAAAAAGTTAGAGAGAATAAGACAAATAATTTTTGATAATAA
TGTGAAATATGAGCGCACGACAGTTCAACTTTATTATTTTTCTTCTCTGA
AACTTATAATTTAATATTTTTAAAGTGTGTAAAGATACAGTCAAAATCCA
ACAAGAATAATTCTTAGAATCTTAGGATGTTTATTTTTTGTTTTATTAAT
GCAGAAGAGTTCAGAATTAATTTAAATGTCTTAATGTCCCTGGCAACGTC
CGCAAACCCACTCTGGTTATTTGTAGTAATGGTACGATTCAAAAAAAAAA
ATTATGATTCCTATTCTTTAATATTTTAAATAATAGTTCAAAAATATACA
ACTATTCACAAAAAATTTCAAAAATCCACAACTGTTCACAAAAAATTAAA
AAAATGGAAATAATTTCAAATATTTAATTTGTTGAAAAAAACAAAAACAG
TCAAATATATGTTCCAAACTAAGTTATTTTTTGAGGATATTCTATTGTGA
ATTTAATTGAAGCACTTATTTGGTAAAATTCTTACCTTGTCATGGCAAAT
ACTAAATTGATATTATTACACATTAAAATCCTTATTTATCACTAGGAGAA
AAACAAACCTTAAGTACGTTTGTTTATTTCTGAACAAAAGTGAAGTACAT
CCATTCATAAATCACGGGTAATACTGTGATTTTTTGACAATGAAAAGTAA
CTTTTTTTATCTGCCAGCAGTTGATGTGTTTTTTCGTGGCCGTAAAGTAT
TCTAAACATTTTTTTGAATTTAAATTATTATATCCCAACTATTCAAACAG
TTAGTGATGATAACGTAATAGAATAAATATTTTTGACATATTTGGTCTAT
TTCTATCCGGAAGAAAGGTTGAGTGATACAATTTAAACCTTAGTTGAGAA
ATATAAGTTTATAATTATATATTTTATGTTTATTAAGTTTATGCGAACTA
GGAGTGATGCTAATCTTAAGCATTTTTTAGCTCCCCCGTTTTTTGGAGTT
GGTAACGTGAAGAGTGTTTTTTTTTTTCCTTTTCTCTGTAATTATCAATA
TTATTTAATTCATGTGTGAGTCTGATTTCCATTCTTCCTGCTTGGAAACA
ACCATTATAAAAACTTTAAGAACGGAGACTGATACAAACTTTAGACATGA
AATAAAAGTTTTTCAATATTTTGTGTTACGTACGTAGAATTATGCTTTAT
TAGGATCCGACAAGTTTTTTTTGGCTCTGTAAGGCAAGTCTTTTTTTCGC
TAATATGTTAATTTTCTTGATAAAACAAGGTCGACTCCCCGTGTCTCATT
TTTTTTAAAGGTATGGATARTCGATTCGAAAATGCACCAAAGAAATCAAT
AATCCGAAAAATAAATTATTGTACAAACGGAAAAAAAGAGAACGTATATT
AAATACGAATTAAAAAAAGGAATTAGGAAAATGAAGGAAGAAGAGGATTA
GTGAGTTAGTCTTAGTATGTATCTCCAATCTTTATTATGGTTGAAGAAGG
CACATGGGAAGTTAGCAGTGGCAAATACAAATAAATAAATTACAAAGTCA
AACATTTGAAAAATTGATTTATATTTACAGAAATCAGTATTTTCACATGG
TCAATTATATGTTGCACTTTCAAGAATATCAAAAGGGGTCCAGGTTTGAT
TATATTTGCATCAAATGGACAAAAAACAACAAGAAATGTTGTAAACAAGG
ATGTTTTACAAAAGACATAATTTTGTATATTTATAGTAAATAATTTTAGC
TTAGAATTTTAACCTAAACAAACTAAATATAATTTTTTTTTAAATTTTTC
ATTGGCTACCTTTATGATAGCGTGCTCGCTGTAGTCATTGATTAACACAA
AAATGACTCATAAAAGCCGGAAAGTAACCGTAGGATTTGTTGCAGAGTTA
TGATTCTAGGTACCTGTGGACTCAGAGAAGAATTGAGAATCGACAACGGA
GTAATTCTTACTTAGTTTTGTAATTCCTACCTATATTCTTGTTAGGTATG
GAGTGGGATTTCTTCTTATTTTCTAATGAAACAAAATGACTCAGCTGCTT
TTTTCCATTACATTTTTCAAATTGTCAGAGCTACGGTTTTGATTTTTGGT
TTCTTTTTTTAACATGCCCAAAGTGCTAACAATTTTCATGTAACTAATTA
GTATATCTTTTGTCTTTATAAAAATATAATCATTCTTGTTTTTTGAAATA
AAATAGATTATAATTATTTGAAACAAATCTTTCAAATTTTGAAATATTAA
AAGAGTAAAAGTTTGAAGATAACAGTCAACATAATCCTAAGAAAAAAAAT
ACCCTTATGAAAGGGAAGAAAAATATGATTTTTTCATAATTTCAATATTA
ATCTTGAGGTGAAGTTGAGCATTAATCGAAATGTCCTCATCTTATGTTGA
AATAAAACTGACTTGGTGATTTTGGTATTATCTCTAACAAAATCTTCCAA
TTTTTATGTAGAAAGTACATGTGGCGGAAGATAATATGAAAAAGACAGAG
AAAATGCGAAAGATATAGACAGAGAAAAAAGAGGCACATCATGACCTATG
AGGGCAAAAATAAGTAAATTTTTGTGATATCTCCAAAAAAGACATATCTA
TAAAGATATATACGATATCATAATCTTTTGTGTTGTTGAAGTATCATGTT
TACTGAGGGGTGTCCCCAGGACTATATATATATTATTATTATTTATTTTT
TTGGGGGGAGGGGGGGAGGGTTGGGGGAGGTTATGGCAAGTATTTTGAAA
TTAAAAAAAAAATTAAATTGAAAAATTAAATTTTTTTTAAATACATTTCA
AAAATCAATAGTTGTTCTGAAAAAAACTAAATTTTTTGAAAAAAAAATTC
AAGTCTGTAGCTACTACTAAAAAAATTTAATTTTTTATTAATNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNTTTTGAAAAAAATTTTAAATNNNNNNNAAAA
AAATACAAATATTTAATTTTTGAGAAAAATTTCAAAAATCCATGGCTATT
CACAGACAATTTCGAAATATTCCAATTCTCTACGCATCGTAAATGGATCC
CTTTATTGTTTCGATTCTGGTATTTCATTCCCAAGGAAGGAGTCCACTCT
ATTCTCTTATTATGTTTGGCAGTTTCCCTTGGATTAATTCTCCTCTGTCA
TTGCTTGTGAAAATTGGAATCCGTATTCGAACATCTCTTGAGATGGATGA
TCAAGTTAGAAGGATCTCCCATGACGAGGCATGACGTCATGAAATTGGCA
ATGATATGGGAAAAATATGATTCTAACTTTTTGCTAGTACACCCCATAAA
AATGGGATCAATACAAAATGGAATAAAAAACCCTTGGAAATGCATATTTT
CTAGATCTTTTTTAAAATTATACATTGAATWTTTTTTTATAGTATAAGCT
ATGATATTATTTTCCACCACTATGTATTATTAATAAGTTATAAAGGTCTA
AAAAAGACTGTCGTTTTTTATCCTTTTTAAGCCTAAAATGGAAATATATC
GAGTTCAGTAATAGATTCAGAATCAATAACTACAATTTCACATAATTTTT
GTAGATCCTACCTTTAATTATGGGACTGTTTTACGGTTGAAAAATAATTT
TGAACAATAATAGACCTACGATAATTTCAGATATTTCAGAATTTAGATGA
CTGCGAAAAAAAGAGAGATCAGTTTTGGATTCTGCCCTTATAGATAAATT
CGATTATTGTCGTCAATTCATTGTACCCCCCCCCCCCCCTCATTGTTCCC
TTCCTTATGTAAACAGTAAGAAACCATAACTGTGAAAACAACAAAAATTG
GGGTTGTAGGTAATTTTACCGATAATATTTTCACTGCAGGTAATTTAAAT
AACTTAAAATATTCCATAAACAGCCGTTTCTGCTTTTATATTTTAGGTGC
ATAAAACTGCTCTCATGTTTCTACCCAATATATGCATGAAATATTATACT
AATGCCATTTTGACTTCAAAAGGTTTTGGCTTTTAGGAGAATAAGTTGTA
TCGACATAGGGAAAGACAGTGATATATGATGAAAAGAGAAGAGCAATAAA
GATGGTTGCATTATGAATTGCCTTTCAAAATTATATTTCGTATGTTATTT
GAACTGCATCCTTTAACGACATTTTAGAACAAATTCTCCTAAATTACATA
CATTTTCTGTCAAAGAGACTTTCTATTTCTATGGCAGATTATTCTGTAAA
GTAATTTTACAAGAACCATGTTATTTATCTTCATTAATTTTTATCTAAAT
ATTCCCTTTGTTAATAATCATTAATTAAACAAATMCCCTAGGGCGTGAGT
CACGACAAACGGTATAGCCAGCCTTTCCGAAAAAATGCAATACTTTAATT
TTTTTATGGATCAACACTACATCAAAGACTACTTAAATAGAGAAAAAACT
CAATGGTACTCTTCTGAAATCAAAATTTATTATCATTTTAACTAAATGGC
TTATCACTCTAAGGCATTTGGTTAATGCCTTGGAAGAGAGAAGCGTATCT
TGAGTTTTTACTAGATACGCTTTGAATAACTATATGAGAAAGAAAAGAAA
AAAACCCAAATAAACTCCGTGTTTAGCAAGAAAGGAATTCTCTGATGTTT
ATCATCAGCTATCCTCTGAGTCTAACAACAAAAACATACAATTATAACTC
CCAACTAATCATGAATGCTACTTTCTGTCTTTCATGAGCAGATCCACTGT
AAACTCAAATATTCCCACCTCAATATACTTGTTAAAGCAAAGTTTGTGTC
GTTTGTTTATCATCGCAGGGTTCATTTTTGAATCTACAAATAGTATTTTA
GAACCACGTGGCTACTATATCTAATAAGCAGTTAGATTTTAGCAGCAAGC
AAATGTAGCTAAAGCTCAGCGCGTCATTTAAAAAAAGAAAGAAAATAAAT
GGGAAGTACTCTATAGTAACAAAGCAAAGTTTGTCTGTTTTTCGAAGTAA
ACTGAGTAATGCCGAGTATTCCTGCTAATTAAAGAATAATGATGAGGGTA
ATAGAAAATTTAAAAAAAACACTCTTCAGTTTGGCAACTAAAAAAAAACA
TAATTGTTTTAGGTAAAAAATTTTCAAGTATATCTACAAATAGTCAGAAC
TATCTAACCAATTAAAAAAACAACTATATTTGTTTTTCGGAAAGAGAAAC
TGAAAAATTGTTCATTTTTTTCATATTATTGTCAAAAAATTCTTTGTTTT
AGTCTCTCTTCATTTTTTTCTTCTTTAAATCTTAAAATCTCGTTTTAAGC
AAAGTGTGCAAATATTAAAACCAACAACCAGCTAGAATTTTTTTATTTAT
AATTAAACAGTTTTTATTTTCTATTTTATATGAAATAGTCGTTTGTTTTT
AAAAAATTTGATTTTTAGAATAATGATCTTGAAAGGACCTTATAGCCTCG
AAGACATAAAAAATTCTTACCAGTACCATTTCTTGAGCCTTAAAAACCTA
CATGAAAAACTTCATCAAACTTCACTCTTATCATATTTTAATTATATATA
TAACTTTTTTACAATTGAAAAAATTATACTAAATTAATATGTTACTGTTA
TAATACAATATTGATCAATAAATACTTATTATAATTCATTAATGTATGGT
ACATTAAATCTTGAGTAAATTACGAACTAAATTACTTATTATTCTAAAGT
TTTTCTATTTTTGGATATTTTATGCCATAAAAGAAATAGTAAGTTTCTGA
TTAGAAAACTTTATTTTTACTGACTCAACTTTATTTTTATGAGTTATCTC
TACAGTAAATAAGAGAAAGGATTTTTTACAATAATATGAAAAATGATTGA
ATGACTGTTCAATATCGAAGATTTTTTCTTCTCTAAACCGAATAATCTTT
TTCTTTTTTTAAAGTAGAAAAGTGTACTGTAGTTATTGCTAAGACTTTGT
ACAAGACACTATTTTTATTTATTTATTATTATTATTTGGTTTTATGTGTG
TGCGGGGAGGGGGGGCAGTCTTTAGTGATTTTGTTGAGGCCGAGATATTT
GGGTTGAGACAGGAATCTTCGACTGTACACCAAAATTAAATTGTTTTGAA
ATGTCGAACTAATTTTTTCGGCCTCAATATAAATACTAATTATTTTTTGG
TTATCGTTGTAAGAACCAATTTTTTACCAATGCTGATTTATAAGTTTTAC
ATATTTTGCTTGAAAAATCGTGATTGTGATGATGTTCACAATTTTGAAAC
AAAATGAATTGAATAACAATCGGTCTTAACCGAACTTTAAATGAAACCGA
CTCTACTGATTTTTTGGAGGACAGATACAGCACAACTTTTTCTTTGATAC
CCGCCCACACCAAGTACTTAATTTTTTCAGTCTCCTTTAAATCATAACGT
TCGCAGACCGTTTTAGGATTTTCAAACCATAACTCAAAGACTAGTAGCTA
TGAGATAATTTGTGTGAAATTCCTGTGTGGGAACTGGACATCACTGTTGA
GTGTATCGAAACGTTAAAATCAGGCGACGATTAGACAAAGTTTGACTGTT
TTTTTTCTTTTTTGCAAAGTATACAGTTCTAACAATTTATTAAATATACA
TAAATTAGTTTTGGAAACGAAAATTAATCAAATTTTACAAAATTAATATG
TAAATATTATATTATAATATGGATAAATGAATAATAATTATAAATTATAA
TTCAATAATGTATGGTTTATTAGATATTAGGTATGTTACAAATTAAATTT
CATATAGTTTTATTGATGTTTTTTTTTTTTAAATGGATATTTTATGATAT
AAAAAAATAATATGTTTTTGATTAGAAAACTTTATTTTTTACTAATTCAA
CTTTCTTTTTTGTTGGATATCTTTATATTTTTAGCAAGTATAATAAATTA
ATTAAATACAACCTGGGAATAATATATTATATTTATTGTTTGACCTTATT
TCCCAACAATGTTAAAAAAAAAAACTTCGTTACAAAAATCATATATATGT
TTTGCATGGKGATGATGTAACGAATATTACAAAATCTTGGAATGTTATTA
AAATAAAAATTTAAGAGGTTTCGTAGGGATTTTTTGAAACATCTGATTCA
AACATTTGACGCAATAACTTTAAAAGTGAGGTCAACACCTTAGGTAAGAT
TAAATACTATTATGTAGATAATGGAAGCAAAAAGAAAAGAAGGTGGCGTT
CCTGTGCCCACCGGTCACATCAATATTATAAAAATGTTACCAATTGGACG
GTGTTGCGGTTGAGGAAACGACTTGAAGCTGGAAATAAAATTGAAGACAA
ACCTCAAAATGGTGGACTAACGAAACTAGCTCAAAAAGCAGCCCAAATGA
CATTTGAAGACATTTTAAGAAGGAAAATGGCTGAACTGGCCAAAAAAATT
ATTTTTAAGTCAACAGTGTCAAACCCCGAATTAATTGCTGGTGGCAAGTG
CCTAAAGTTTCAGAAACGAACTTGACTTAGTCAAGTCCAAAAAACCCTCA
TCTCCTATGCTGTAAACACATCCTAAATCATCTTAAAAATGACGGAGACA
GGGTCATTTTCATCAGTAATAAAATAAACCTCCAATGTTGATCCTGTTAT
TAAGCGGCAAAGGGATATATTGATAAATCCCGTTAAAATTGGAATCTGAG
AGAAAAACCTGTTTCCTGATACTCCAGACAATCTGGTTACTGATTTAGAG
AGTGTTCCTGATGACCATAATTTCTTAGGTTTCCTTTTCCAATTAAAATT
ATTTAATATAACCAAACCAGGTGACCTCACTTCTGAAACTATTGTACGAA
AAAGTTCAAAGCGGCGGATGTTAAAGAAACCAATCTCTTCTGTTGCAAGA
CTCTTTTGAACTCTTTTTTTTGAAACTTTTGGCTCCCTACAGACCAGATG
TCAACTCCTTGAACTACATCTTTTGGGCACATGTCGCGGTGAAGGCCTGC
AGTGCCCGTCATCCATACGCCGAGGCCCACAAAACTACTTTCAGCCAGTA
CTGGGACGCCATGTCAGAGGACTACATATGCAGCAGTTGTCAATCGTTCA
GCCTCCCCCTGGTAATTATCATTGCCACAAAGGATGGCTTCATTAATGAT
TATGAGAGCTCAGACACTCATCTATTTATAGTATTAATTTTGTTGAAATT
CTATTGTTAATTAATAAATTGTATCTTGTTGAATTTTAAAGTGTTCAGAT
TTTAATGTAACACTCGGTAGTGTAAGTTATATACAAATTATTTTTTATAA
AAATATTCAGAGAAAGGTGCTAAATTTAAAAAAAAAGAAGTTGTAAATAC
ACTTTTTGATTATCATAACGGAAAACTATAATGATGAACTATGGAGATTT
AAACATGGAATTATATTGTCCTGGAACCTCCACTCCAATAATTTATTGGT
TTTTTAAATGTAATTAAATAACTGTTTAACAAACATTTGATAACACAAGG
TTCTTTGTTTTTGGCAGCATTACACGCTTGATTAAAAGTCTTATGAGATT
TAAGATTACATTTACCATACAAAAATATCCGGAATGAAGTAGTTCATGTC
CTGTAGGATATACATTTTCACGGATATTATAAAAGAAGTCCTGTTAGTTG
AGATAAGGAAGATTTTAAATAGACATAAAAGATGTTTGGGAAAACCTAAA
GCTTGGTCACTCCATTCACCTGGAAAAAAAAACCTATTGATGTTTATGAT
AAATTGGAGTGACAAGTTGTTAAAACAGCTTAAGTATTTCATGATTATAC
AGGTTCTAACATTGATTTTTTTTACGAATGTCAAGTAGATATAGTCTAAA
TATGTTCTTTTTAATAAAGAAATATATACAGTTTGAGCCAAAATGATCAC
TACTTTTTGATGAAAAAAGAAAGTAATTGTAAGTGAAAAACAGTATTTCA
AAATTAATATTTGTTTTAGTTAACATTGACTTTTCACAATACTATGTAGT
AGACTAGCATGGCTARTGGCTACCCTCTATGCAATTTAGTGATTTGCACT
TTAGAGATGTTCAAGAATTGTTATTATATGAAACATAGAGCATGCTTGAA
ATTTGTGTGTAAACTTATTAACTAGTTTCAACTTTTAAGTTAAAAAAATA
AATAATACCATGTACGGAAGACATTGAAAATCATCTTCTTCCAAGCTTCA
TTCTACTCCCTGATGGGCATCTAGGACAATTCTACGCGGAGGAGCGCTTC
TATCTCAATTCTCTTCTCGTAGTATGTGCTCATGGGGGCGAATGGGACAA
TTTTTTTCTTAGCAATCAACATCTAATTATGTCTTCAACGACATTGCTCA
TAGGAAAATAGTAAAAAAAACAACTCTATATTTCAAAATTTGCATAGTAG
AGATGAGTAAATAATAACGGCTGKCCTGGKACATCAAATACAGTTATGTT
TATYACATAGAGKGTACTGTGAATTTTTATTTACTTAAAAATTAAGAAGG
AATAATCTATGTAACTTATTTATGATGTAAGTTAAAGCTACTTACTGTCA
CACCCCCTTACGGATTATATATCTATCTTACGAGTTGTTTACGTATGCCT
TATTGAAACATGTACATACAAACTAATTCAAATTCCAAACACTTTTCGAA
ATGAAGCTTACACGAAAATATTTATTGTGTAATATTTGATACATATCTCA
ATCGATATGCTGTAGTATAAAAACTATGATATAGTCAAACTTGTTCCTAC
CATCACCTGTTTTAAGCATCTAGCTGCACTAAGTGGCAATATCAAATTTT
CAAACGAAGAAGCGTTAAAATTTTTGAGACCTAGTTGAATAAGTCATTTG
CACTAAGCAGTCTAATTCTCAGTTTGCCTTGCCTGACCACTTAGTACAGG
TATGAAAATGGCCGACTCGATTTTAAAACTATGATTTAAAAAAAATAAAT
TATTATGTTTCAAAAGTGTAAAAGCAATTGTCCTCCTGTAGCGCGTAGGG
TCCTGATTTATTAGAGTTGCGTTTTATCCTGCAAAATGAGTTTTATTTAT
TCAGTTTGTCATTAAAGGTACTTTAGTATCTCTGTTTGCAATTTTGAATA
GTTTTTCAGAATTTAATAAAACCCATGTATATCAAAATACCAAAATTGAG
GCCTCCATTCACAATTGGGGGTAAGGATGTTTTAAAACTGAAACACTCTT
TCATTTCCTGCAACTTTTTGGTAAGAGGTCGTGCAGTTAAGCAATTACGT
GACACACATTGGTACTACCTAATATTGGGACCCTACACTCTGGCATTATT
GCTTTTTCCATTTTGAGCATCACCGGAGTTAGGAGAGGCGTTTCTGAAAG
AGTCCTGAGGAATATCCCGATATATTTAATAAAAAGACGTCTGGATCAGT
TCGGTATCAACCCCAGCCACCTTTTTTTAAATATTGCCGGATGTATTCTA
AAAAATCCCTTCGCAAACTCAAAACACTTTTGCAGTGTTGATCTCTGAAA
GCGACTGGCTCATAATGATTGACCAGGCAGTGGATAAAAATATGAAATTT
GATTGCATAATAACCGATTTCCTTCCATCAATTTTTCAACATAAACAGTG
CAGTAGTAAAAAAAAAAGGAAAATTACATTAACATGATGACCCTTTTTCT
GAAGCACTTGGCTTGTCTTCTTCACTCTTTTTTTTATTCTGCAAAATAAT
AATAATTTCTAATTACATGGTTCAATTTTAACATAAATAGTAATTATTCA
TACATGTAAAAAATGCACATTTTTCTATTAGACTACTTTATGAATGGTGG
TAACAAAGTTGTTGATAAACAAATGTGTTATAGTTTTATAAAATAATACA
GAATATTGTATTTTATGAAATTTAGTATTTTGACTAGGTTTTTTTTTTTT
TTTTAAATGAAACACTCTCATATTTTAAGCTGCACAGAACACAGTTTGTT
TCTGAATTAATAAAAATTCTTCACTAGTATACCAATCCCGCTAATATTTA
AATGTTTTCATATTTTGATTGATGTAGTTCTTAACAATGTGGATATCTGT
TAAAGGTTTAATCACGTGAAAATCCTTTATTGTGACTTTTTTTGCTCATT
TAATTATGTGGTTTAATTACATCGTTGTTATTCGTTTTTTGCAAATTGAT
TAACCTTTGTTTCATAAACATATAATCCCTTCATAACAATATTATGAGAC
TGAAATAATGAAGTTGGGGGAATTAAGATCAATACCTATGTTTTTGAATA
AGAAGATATGTAGTATATAATGATCAACCTCCTGAGTAAAGATTCAACGT
CTTAACATGAAGTTTGCCCGTACTAGGAGACAATCAACATATCGGTTAGT
ACATTATATAGGTCTATTTTTTATGCAATCAAATAAAATTAAAATTTAAT
TTTCCAAAAAAAACAAAATCCATATTTTTCCCTTTACAAACTTAATACTT
ATTTTTTCATTTAGATCTATATTTTTCATTTAAAAACTAAACAAATATAT
TTTTTTCTCAAAAAAAATTGTTAGATTTAAAGTTTTTAATTTCAGAACCA
TTATTTGATTTGCCCCTGAATTAATTTTTTTTGGCCTAACGCATGATAAC
GTTTTATCCCTTTTAATTATAATTTATTGTCTAAAAACTGTATAAATTCT
TATTAATAGTTAATCTGCCCATCAATTAATTATAGAGTTGTCAAATGATG
ATGCTTGGTCAATTATTTGATTAATTTTTTTACGATTATTATTATTTGTT
TTTATCATAAGCTCTATTTCACAAAAAAATATATGAAAAATACACGAAAA
ACTAAAAAAAAATATATGAGGGAATGCGAACATAAAAATTATAAATAAAA
ATTCCAGATTAGGATTTCGAACGTTCTTTAAAAAAAATGTTCCATACTTT
TGTTATCGGTTATTTAACCTCAAAGTTATCAGTATTGTTCATAAAAAATC
AAAAACGTTCGAGGTTTAGTCCATAGTTCATTGGAATACTAGCATTAGAG
TGGTCCAGGGGAATTTACGTATTTAAGATGGTATTATACTAGGTTGATAT
TCTGGAGCCAACACATATTAAATTGTCCGTCAATAATGTATCAAAACAAA
AGAGAGTAAGAAAAAAGTTTTTATTACGTCAACAAATTTTAGAGCTAAAT
CTCTCTCAGCACCTCGGTATGGACATCCCGTAAAGGTAGATTTCATATCT
ATCCCGTGTGTACATGCATTGAAACTGATCAAAGGACAACTTACCCCAAA
ATGTATCTTTCTGATCATTCTGCTATTGAAGACAGGTTCAGCAGTAAAAT
GTCTTCTCATCTTAAAAGGTCACAATGTGTCTACAAGTTCAGGATCTTTT
TCTCTGTTGATGGGGACTTGTTCATCTTCCTCGGCATGTCAGCAATTCAA
CAATTCGGTTTTTTATTGAAGGCCAACTTTAGTTGGTTGACGGGCACGGA
GGGTTTTCTTACCTAGTCCGGGAGAATGTCTGAGGKCCTCCCCGACCTTC
AACCGCATGTATACATTGTAAATCGTCTTCCTCAAGGCCCCAGTCTGCTC
CTGGATGGCCTTTTAGAACAATTCCGTGTGGAGGAGCACTGTTATCTCAA
TCCTCTACAATATTGTTCATCGGAACATTGTAAAAAAATGTATCTTAACC
TATCAAACTTTGCAGAATAGAGATGAGTATACGTATAATAAGGGTTTGCC
GGGAATTTCTAAAAACTTTTCATATTATAATCTTTAAACTTGATCAATCA
TCCTATACAAAATAAAGTGTTTGTAGTTTAAAATGTGTTTGTGTTTTTTT
TTTTTGTAGGAGTAGACATGTTCAGAATAATTACATTTTTGCAGCAAGAA
AATTACTAACGTGAAATTTTTTCTCCACCAAACATGAAACCTTTAAAATC
AAATAACCTTTTTATTTTGATAAATACAATTGTTGAGGTTGGAAAATTTA
AAATGTGCAAAGTTTTTTTGAAATAAATTACATTGTAATTCAATAATTAA
TTCAATTGGACTAATTGAAATCAATTCATATTTCAAAAAACTAAAGCATA
AACAATTAGTTACAGAACAAAACAAACTTGAGCTCTCTACCTTATTTACA
AGTTGAGAAAATATCATTTGAAATTGATTGGCGAATTTCCATTTCTGCAA
CGTTAGAGAGGGAGAAGGGGTCTTTTAAAAAGGACAAACTGGATGTGGAT
GACATAAAGAAAACTMCCCAGGACAATCCCCTCATTTCCATGAGATCCAT
CCAAGAAATCTCGGTGTTTCAAACCAGACTATCCGGAAAAACTGTCAAAA
CATGTCAAAAAGTGAGTGGAAAAATACTTTTGACGGTGGGGGGGGGGGGC
ACTTTTGAGACTAGTAATAAAAAAAATCAATCTCCTCCGTTGCAATACTC
TTTTGAAGGAGTATTTTGAGTTCTTTGCGGTCCTTTACACTTATGTTCCC
CAAAACCCTTATGCCAACTTTTGAATGTATGTCGAGGGGAAGGACTACAG
TGTCTGTAATCCAAACACCGAAGGCATCAAAGCCACATTCAGCTAGCACT
GCTACGCCATGACAGAGGAATACATCTGCAGCGGGTATCAATCCTTCCGC
CACTGCCTGGAAGCCATAMCTGCCGCTAAGGGCAGTTACATTAAAGATTA
AGAGAGTTCAGACGCACATCTATTTGTGGTATTAATTTAATGAAAAATTC
CATTGTCAATTAATAAGTTATATCTTGTTGAAGTTTAACAAATATTGGCA
TTAGTATTGAGACTCGCTCCAAAATCGACTTTCTTCCTGTTTGGATCTTA
ATAGATTTATCATTGGATCAATTTGCACCCATATCTTGGTCCAGATGACG
ATTTAATCCTTTCCAAATTTTCGACCAATTTGTTTTCTGTCTCCTTCTTT
GGACCGATTTTCTCTAATAATCTGATTTATGACCTATACAAATATTATTT
ATCAAACACATTTTCCTTCATATGATGTTATTGTGCAACATTCTAAAACA
TGTATCACTTTATCAATAATTTATATATGGAATATGTCTATCTCGAATAT
TAAATGAGATCAATTTATTCCTTCGAAACTGGTCCGGACCGATCTTTTTA
AAATGACATAATTATGTTGGCACACTAAAAATCATAAGGGTCTAGGATTA
TCAGACCAAAACACAAAACTAATTTTCAAAGTTCAAAACCTAGTACTTTG
TTTTCTATTCACTTAATTCCATATTTTTTGATGTTTCATAAAATTATATA
TATTTGGTTTGGTTTGATCACTCTAATTAACTTATAAATTTCCTGATTTC
TTCTAGGTAATCCTTGGTCCTGCTTCTCTAAGGACAACAACCAAAGTTCG
CACAAGCTCTCTTGGCTTCTTTCTAGCTTCAAGCGCTCCCTCATACAGGA
TGATCCAACTTGCTCAAAACCAAAATCAAATGCATGGCATCAGAACCATG
CAAGATCCGGATCTCATAGCAGTAATGTCACACTTCATTACTTTCTAGAA
TTCAACGAAACTCTGCGAAAACGATGCCCTCAGAACTGTATTTGCCTCAC
CATCAATATCAATCGCCCTCTTCTTGTAAAAGTATCCTGTGTAGGACTTA
ATCTAACAAAATTACCTGATGTTCTCCCACCCAATACTTCAGATTTGGAT
GTGTCCTATAACAAGGTATTCATTTTTNTTGTTGCAGCTGTTTTCAATCA
ATTTTTCCATCTTCCTTTCTAATTATAGCTGAAGAGCATTGGAGAGCTTA
GAACGAATCGTGATTATCATAATTTATCAAAATTAAGAGCTGTTAAAAAT
AAGATAACGTCTTTGTCAGATCTCAGAGGAAGTCCTTTTATGCGGAATCG
TCCCACAACCATTAACTTTCAAAATAATTCAATAACGCATGTAAGATTTA
ATATCCTAATGATTTGTAAAATAATAGCATTGTTGATATCGGCGGKCTGG
RGAAACACACGACGAGCTTTTTGGGATTAAAAATAAAACAATGTCTTTTA
ACTTCAGTTGTTTGATCAGTTGACTGTTCTTGGAATTAAAACAGTTGATT
CTTTTCATTTATGAACTCACAAGTGCATTTTTTGGTATATAAAAATAAAG
GAACCAAAAATCAGGATGGTAACCCTGACAAGTTGAATAATGTTTTTATT
GATATCAGATAGCAACTCTTAGCATTAACCATCGATATATCGAAACCAAT
GTTTTGACTTTCGTCTTTTCCTATTCTGAATTCACAATACATGTTTGATT
TGAGTGCAATTAATAGATTAGGGGTGTCTACAGGGGCATGACCTGAAGTC
ACTGTAACCYCCCCCCCCCCCAAAAAAAAAATAAAGACATTTTGCTTTTT
GGTAGAAAATTTAAGATTTGATTTTTTTTTTCTAATTTAATACTTGAATT
TAATTTAATTCTCAAAAAAAAAATTCCAAAAAGTTTCATTTTCTGCGAAT
GGATATGCATTTTTTAAATTTTCAAAAAAAATTATGTATCTGAAATTTTT
TTCTCAAAAATTTTATATTTGCAAACTATTGATTATTTTCTACAAAAATT
TAATTTTTTGTTATAGCTGTGGATTTTTGAAATTTTTTTCACCAGTTTTT
CTTGAAAATTATTATTATTAGCTTTTTTTACAAAAAAAATTCAAAAACAA
GTTCCCCCCCCCCCCAAAAAAAATATCATCCTGCGGACGTCCCTGKGGAT
AGATTTTTTTTTCTGACGTTGTCATTGTATAAATCAGTTAGTGATGTTAT
CATCATGAACATCTTGGAGATACAAACAATCTCATTTTGAACAAAAATGA
ATTCTTAAACATTTCCTTTGGACCCAGGATATAAATAATCTGATAAACTA
TTTAATGATTACATTTAATCTAATAATCAATTAACAAAGAAACTGTTACA
TTTTTTGTAACCAAGTTCATTTTATCTCTAATCTTCATATTTGACTTTGA
TATGATGCAACGTAGAACAATCATTATAATCTTTGATCCAGACATATTTG
TTCATCACTTATTATTATGTATTTTTTGTTTTTATTTTGGATTAGTTTGA
TGTTGATCTTATGGGGCCATTACTATCCGAAATGCGAAATAAGAACTTTC
ATGGCTCTGTGGATTTTCTTTTCTTTGGGAACCCTTTGGATTGCAACTGC
AAAAACCTAACAAAGCTCCAGGTAAGATACATTCAAATTGGAACCTCTTA
GGAATAGCTAATTTTTTTTTTTTTTTGGAACCGGGTAGACACGGATAATT
AAACTCTGGACTAGGTTAAAATCCGGTATTTTAATACTTTTGGATATAAT
TTTAGAGGTACAAAACTATTGCACTATTGCAACTAAGAGATTTAGTTAAG
GTATTGATGGGTTATATCACCTCTGCACATTTGGCAAAGGAACCATTGGT
CAGTGATTAAGTGTTAATGGATTATTTTCAGTATGATGATGCTTTAACAG
TCGGCTAAAACTGCAATAGAACAAAATCAGGACAACAGTCCAATAATATA
TTAATTAAAATAGAAAGAAAATATTCATATTAAATGGACAATCTGAATGA
ATCGACCGTTTAGGTCAATGGTTCTTAACCTGCGGGAATTGCACACTAGC
GGGGAATGACTGAGTTGTCAAGTGGGGAATGACTGGTCCGACACACGAAA
CACTGCTTCAAAATGTGACCAATTTAACCAATCTTTCTATAAAATGTAAT
TACAAAAACAACCAATATATAAGGTATTGTGATTCATGTCGGGGTAAAAG
TGACGACACTATGTTTCAGAGTATGGTTGAGATCAAAAATAACTGTTATA
AAAATATAGTATGTGCTAACAAATATTAAGGGCCGTAAAAATGGCAAAAA
AAACAAAAAACGTATGTTTACGTACTAAACACTGAATGGGTTCAAATCGA
ATTTGTCAAGGGGTGATGCTGTGGTAGGAAATGAAGAGTTGGCTTACTAA
AAATTGGAGAATTGGAAAATAAGCTTAATAACCACCCCTAGTTTAGATCA
GAGGTGTTGGAGTTTCTAACATATGTACATGATTGATTGTCATTTCCTCT
TGTCAGTCTCTGACTGTAATTATTATCAAATATATTTCTTTTATGTTTTT
TGCAAAATGTCTGTTCGGCAGAGTTTTCATTCAGCAAAATGGCTTTCGGT
AATAAGGTCTTTAGTGTTCTAAAATTGTGATATGTTGTTATAAATACATG
ACGTCTTTTTCATAAAACTMCTTCCAGCTCTCGATATTTTAACTTGTYCC
CAGCCACTCTGGCGATGAATGAGAGCACATAAAAACAAAAGAGAGTCTAG
TGTATAGGGTAATTTTTGGTTCGGTCACTAAAAAATGAGTGAGGCAAAAA
TACAAATATTCAATTTATGACTCATATCTCAATAGACAATGGTCACAGAA
GAAATTATTTTTATGAACTCAATGTGCCTGGGTTAACGCCTGGACTAGAG
AAGGAAATATAATATGTGTAAATGGAATTCACAAAAGATTCCTATGTCAA
ATGGAGTTAATGTAATTATGTTATATTAACTTGTATTGTTTTCTTATACT
TAAATATGACAACTCCATCTGGTCAATTAAGAGAACATTAAAAGAAAATA
TATATATGACTCATCATTTGTCTATATAAATACTCATAACATAGATATTG
AGCTTTATACAGACAAATAAAAGGGTGTTTATGGTTTTTTTAACTACTTT
GTACACTTTATGTCGTTTTTCTAATTAATTATAACTATATAGCCAAAAAC
TTAAAATAGCTTATCAGTATTTATAACTTTTGTTATCTTTATTCATTAGA
CTATAAGTCGACATTTAAAACTAAGTAAATATACTTTTAAATCAAATAAA
TTTGGCTCTGATTGAATAAAAAACAGACAATATTTAACATAGAAAAAAAA
ATGTCAAACAGTTTAATTTTAAGTAATAAGAACTTTTTTTTTCAATTTGG
TCTTATTTGGTGAATTTTTTCAAATTATATATAACTACATACAAAATATA
AGTCTTGGAAATACTCGTAGCCGGAACATCAATGTAACAAAAAACAACGT
ATATTACTAAAAAAAACTGTGTGACCATGACAGGTAGTTTTGATGTATAC
ATTTTCTCCTCCAGTAATTTTGCCATTTGAGATTTTGTCGTATGACATAT
TTGCTGCCTTTCCATGTTTTAAAATTATCGGTTCGAGCTTTACCTTTGGT
ATTTATCTCAGCTATACATCAGGTGAGCTAAAAAATTGGAAATATTGTGA
AAATGAAGGAAGAAAATTGTTTATATGAACGAAAAAGTCAGGGATCTTTT
GTTTATTAAGGATACATTACTCATAGTCATAAAAAGACGGAAAAATTATG
GACAAGGAATCGTGAGTCTATTCAAGGGTGTCCACTGGGGTTGATTTGGG
GGGAGGAGGGGCTGCAGCCATCCCACCAAGTTAAGGATTTTTTTTTCTTT
TTATTAGAATTTTTTCTTTGGTCAGGATGAATATTTTTTGGCCGTAAATA
GAGGTAAAATTATAATTGTTTGACAGATTTATTTTCATAATTCCTAAAAT
CATTTGGGCAAATTATGAAGAATACGAGAAAGTAAAATTTTTGTTGAATA
GCTATGGATTTTTTAATTTTTTTTCATAAAGTTAATATTTGAAATTTAAT
TTTTTTTAATTTTTGTGTATAACTTTGTGGATTTTCGAAAAAAATTAATA
TTTGAATCATTATTTCAAAAAAACTAATATTTGGAATACATATATACATA
TAATCCTGAGGACGCCCCTGCTATTTTAAAAGCACTCATTGGTAGGTTGT
ACATTACTCATACATTACATCATCAAATTATTTAAGTCTTAAAGTAGGTA
CAGATTAGGCTTTATGCCTATTTCCTCCTTTTTATAGCTGCTTGCCCCCA
ATCTAATGAAACGTCATGATAGATAAGCTGCTCTTCGACAAAATATTCTT
CAAATTGTCATGGTTATCATATTATTATTAATTTTTTGAGCATATTTTTT
ACTATTCAACTCGTAGAAAGGGATGGGATTTTTATAGAGAAAAACATGAT
GCAGTAATTAGAATAGAAAAAAGGTTGGTGCGTGTGGTCTGTTTACATTT
ATGTTTGTTTTTTAATTGAGCATTGTGATAGTAACATTTATTTCAAAAAC
AATAATTTCCACCTATATTTGGATAAAACTGCTTCAAAAATATATAAAAT
AATAATAACATACACATATCTTAATATATTTTTAACACATTTTCTCTCAT
AGTAATGCATTTTCTTCTCCTAAGTTCATATAACATGCAGCTGATGGTAG
CAAGGGTCTAAATTCAGTAAGACAATAAGTATTACTACCCTGTCTTCTCA
TTGTGCCCTAGAAAAATCCTATCTCAATTCTTAGCTAAGATTGCTCTGCT
TTCTATATGCTTGCTATATGGCAAGGAATTATTTTTGTGGATATATTAAT
GAGCATCTGTCCCCCATTCGACACGCCCGAGAATAGATTTATATCACTTG
ACAAAGAAGGCCGTGTCCAATCTGTACTATGCTGCCATGATGGTAGCTTG
TAGCGATTCCAAATTTAGAGAGGTACAGCCGACATTCTTCTCCAAGACGC
CAAAACTGGAAAGTCCAGGGGTTTGAGGTTAGAGCTGGAGGAGAACCCCA
TGAAGTCAGCAATATTGCTAGCGCATAATTTTAGGTTCTTTCTAGCTGTA
TGGGATGGTAAACCATCTTGTGTTCATACATAATTATCCTTAGGGCAGTT
GTTTGTCCGCCACGGCTAGACTGTGTACCTCACCATCTTGTATTACTTTT
CCGTGCCAACTCTCTATATAAACTTAAAAAGTAAAGCGGTATATTCTTCT
CGTGACCATCTCTTGGACCCTATGCTTGGTACTGATGATTCCCTGAATCT
CCTCTCTTGTTTCTGCAAGGAACCAATCATTTTGCCAATTCACAACAGTG
TCTAGAGTGAATATTTACTAGTCTGAGTAAATATTACTATTCTTCTTGAG
TTAGGAGAGTATCACCTTGCACCTGTAAACCCTCTGCTGTTTCTGTCTTC
TGTAGATATGATTTAATCACCAATTTGTTAAAGATGGCCTTACGCATGGT
CTTGGTGTCAACTTCAACCTTTTTGGATATGAAGCCGATTAAGGTAGTGG
GGTCCTTGTTGATCTTTGCTCCAGATCACATTTGAAGCTCACAGAACGTT
TCAAGTTTTGGCCATCATTGTCAGAAGCCCTTTTTACAACATTCCCATCC
TTAATGTCATTATTAATATTGTAAACAAGTCTGAATGGATTTTCCTAAGG
TCTCTACCGCCTTTTCATCACTGGCATTGGAGCAGAGGAGATCGCATACG
CATTGCCTTTTTTGTTATTGCTACACCATTTTACACTTTGAGACATTGGA
TAATAACAAAACTAGTTCATTTATGTTTCAACTGTCGTTTGGTTGCGCAA
TCAAACCTCATAATTAATGATAAATGGAAGAAAATCGTAATTAGATGGTA
ACGCAAGTTTTGGATCCCACTCTGAATACAACCACGATTTAATAATCTTA
TTATGTTCTCATGTTTGGTAAAGATGTGTTTATATGTACAAGTATGTTAT
GCGCTTTAATAAGAAAGATATTTGCCAGTAACACAATTGTTAGAGTAGAT
CAAAAATCAGAATTGTAGAAATCGATGATTCAAGTGAACTGGGGACCTCC
AAAATAGAGCACTAGTCCATGCCAAATTTCAGGATAGTGGAACGTATTTT
AGAGGTTCCTCAGTTCACTTGAAACTTTATTTATTCCTATTTTGTTGATT
ATTGTTCGTTTATTATTACCAATTATGAAAAGAAATTTGATTCCTAGATA
AACTTGAGAGGTATGTACTTTTAACATATTATACTAATCAAATAGTTAAA
GTTTTGTTCTTATTTGTTAATTAATATTTATTTTCTTGTTACTATGAAAA
GACTAAGTGATTTTTTTTCTGGATTTTTTGTTTACACTGACATTTTTATA
TAAACAAAATATACTAATCATGTATTCATTTCATCATCATCAACAACAAG
CAAAAGGGCTTCTCTGATCTCCTAGATGCTGCATTTGATCGGATGAAGAT
TACAGACATTGATAAGTGTTCTAGGAGCCTGACTTTTAAGTTGACCCATA
TGAAAAAAATTAAAAAGACCTTCCCAGGATGTCAGGAAGTGGAGGGCATA
ATTTAAAGAGGAACGTGAAGTTCTTGTTATGTTTGGAGAAGAATATTAAG
GTAGTCCCAACTAAGTCAATGAATCCCTATACCAACGACTTCTTTGTGCC
TCCTAGGACCATCAGTAGGGCTATAAAGTACAATTTGGGATTAGTTTCTT
TCGCAAGGACATTTTGACCAATGGAATGAAAGCCAGGAGGCTCGAGAAGT
GCAAGAAAATTCTCATTTGGGTCAAGGCAAATTGATAAATTATGAAAAGT
TTATCGGACAAGAAGATATTCAAAATTGATCAATYCCACAACCGCCGGTA
CAACCCCTGACTTGCTGAAACAAAAGAAGAGGTCCAAGGTTTTTACCACA
CCAAATATACGGCTCAAACATTAGTCCTTGAGGTTGTGGCCTCTGATTTG
AAGAAGATATCTCCGTTATTTTTCAAGGTCGGACAGAAAATTAGTCAGGA
GGCCACTAATAGCTGCATTGGTACAACATCTTGCCATGGCTGAAGAACAA
CTAAGGGTCTCAGGACGGTGCCCTCTCTCACACATCTGCCAAATGCCATA
AGTTTTGCGTAGATAACATGGCTCAATTATGGTTGGTCTAAAGAACTATG
TCCCATTCCTCACAAGATTTGAACTCATTGAATTTTTCTAAATAGAGAAG
GAAAGCAACAGGACCTCACACCCAAATGTAGACTCACTAAATCTCTCCAT
ACTGAAAAATAATTTAAGTTTGATTTTTGTGTTAACGTCAGGCTGCCMGT
GCCCCCCCCCCCTCCCCCCAGATTTTAAGCTATTGTTAAGAAAATGTATA
AGAACTTGTTTTTTTGGTACATAAACTTTATATTACATACACGATTGAAA
CCCTAATAAAACTTCATGTTTGAATAAATTGCAGTGATTGCTCAAAGATC
CTAGTAGAGCTATGTGATTGAATATGAGAGGTATTTAGTTTTGATAAAAT
GGGATATCTAAATTCAAGGCTATGATTACTACATTCTTAACTATCCCAAA
ATATTTAACCCTTTCTCTCATGAACTAAAAGTAAGTGAATAAAAAAAATC
GCTTTCTATTTTGCAATGTTTTGATTATAAGAATCATACTCCAAGAAAAA
TAAAATATATCTTAGAAAAAAAAATTACGAAATGTTGCCTCAAACAACAT
TCTGAAGTTAAGGTCTATCTATAATTCCCATTAAAAATTAAATTAATTTT
GTTTAAGATTCTATAATCATTATTTTATTTATTTAATACTAAATTTTATT
TCATAAAACACTATTTATATCCTTATTCTACTAATAAATAATTTACTTAC
AAATTCCTAGACATAATAGTTTAAAGGTTATTGAAACTGAAAGGATTGAA
ACAATCATGAAACAGGCAAACTATTTTATTTTCGATGGTGAAATGCATTA
GTATTTATCCCTAAGCACATATCAACACAATATTTCTTGCAGGTCATCCT
GAAGTGTTGTCCTAGGCAACGATATGAGAGAAAGGGTTAATCATAATCCA
TTATCCCATTGGCTATTCATTTCCCTTTACTTGCACCGAAACAAAGAGAA
AATTATTTTGCTGATTAATATAAGCTTTATTGTTTATCTGTAGGTGAACA
TTTGCAATTATCTAATTAAAATTTAAAAAAATAAAGATAAGATAATAAAT
CGTTATAGTAAATATTCTTGAAGCCTCGTTTTTTTTTTGGTTTTTTTAAA
TCTTGGGCTTTAAATAGCTACGTCAGGGGTTTCATTAAAAAGTTCACTAA
CACTCAGGTTGTCGTATTTTATCTATAAGTGGGAGTTCATATTGAATACG
TATGATCTTCAGATCTTTTCCCCTTTTCAAAGTTCGAAAAAGTTGATCAA
AGCCCGTCAACACAATCCCTCCTAATACTCATTCATATCAGGTGTAACTT
TTGGTTTTGAAAACCTCATTTTTTATATATACTATTACATAGAACATAAA
TTATAACTTTAAAAGTATCTTTTGAAGAACACAAAGATTGTTTTTAAACA
TATAATTGTTTTTTTTCCTTTGGTTGATATAAAACAAAAAAAATCTTTTG
ACTTTGTAAGTCNTTTTGACTCAAAGTATGTTCACTCAAAATAGGGACAA
GCTACGTTTCATTTAATTAATTATCAGTTCCTGTAAAAATAAGTATATCT
ATTCTTGAAAATATTTTTATAAAGTTACAAAATTTGAGTAAAGGTTGAAA
CAAAGAAAATTCAAAAATTTCACCCTGGACTTGAGATAATATGTTTTTTG
ACTGTTTTTTCCGACTCCAGAAACATGATAATTACCTCTTTAAAGCCAAA
TTTTTATGGATGGKATATGAAAAAWAGCTCTCTGTTGGCCACAAAAGCAG
ACATTTCAGGTTTAAACAGATCCTTCTCAATTTTCTTGAGGTAAAGGAAA
TCAGGGACACCCCATCTAAATCTAAGGGAAGACATGAGTCAACTTGTATA
CTAAATTTTTTTGATCAAAACAAAATAACAGTTTATACGTTAATGAACAT
TTGTAACATCATAACAAAAAGATAAATATGAGAATCGAAAGAAGATTCGA
AATTAGAAAATAATTGTTTTTTTTTGATAGGACATTATATTATCAAATGA
ATTAAAGATACATAAAAAGACATGAACAATTAAACGATGTTTACAAAGGA
AATGTGCTTTTATTTCAGGATTTTGAAGCAATAATCTAGTCTTTTAAACC
TGTTTAAGAGCAACTATTTAAAATACTACTCCAATAATGACTTAATATAT
AAGCAACATTAATTAAACATTCTTCGAATAGTTTGAATTTTTGGTTTCAA
CCTTCATAAATTCCAAAAATTTCTACATAAAAAAAATCAGGAAATTAATA
AATATATATTAAAAAACATTTGGTTGAAATTGTTTCTATCTCAAATTTAC
TCTCCAAAATAATATCCATAAAGTTGTTTCATACAAAAATTAAAATTTTG
AACATCCATTAGAAATGTAAGGAGAACAAAATTATTTTTTAATAAGATTT
ATATTGTTATTGGATTTTTTTACTCCGATAATGTATATCTCCTTGGTAAT
CAAAACCATGGTTAAATGGAGGCGGGACTCGACTACTTCTATTATTTTTT
CTACATTTTCGACCATTCCTGTGTGAAAGAGTGTCAGAATTATCAAAGCA
TTACTTTTTTTGCGCTATGATAACTTAATATTTATATTAGAAAAATAACA
CATTTATAAGCTGTTAAAAGATGTTTTGAGATTTCCAAGACCAAAAAATT
AAATGGAAAAATAAAGTCAACTTATAAGCATTTTAATTTTTATGGGTAAA
CTATAGCATTTCCCGGTAGATAGACATTATTTTTATATCGAATATTACTT
GTATGTACAATTATATATTAATTTTTGTACTGGGTTTTCTATTCAAATCT
GTATGCTTAATAATTCATGAAGATTGAGTTATTAAAATTAATTTGTATTT
CGATCTATTGAAGCATAAAAAGTTAGTTACAAAACGAAACAAAATTTGAG
CTCTCTAACTTACGTAAAAGTTGAGAAAATGACACTTAGACGTGATCAAC
GAAGTTTGTTTCGTGCACTCCAATCAATCTGGCGTCTCCAGGACCACCAT
ATAGGCCATCAGCAAGTCTTGAACGTTGTAGAGGAAGAAGAGCTCTGTCA
AAAAGCCAAACATGAGAAAGAGGAGATAGCCTAGGGTTAATGAGGGCCCA
TGCAAGAGATCTCAAAGGTTATCATTAGACTGTACAAAGAGCTGTACAAA
GGATGGAGACGCCACTTTTGACACCAGCAATAAAANAAAAGGTTATCATT
AGACTGTACAAAGAGCTGTACAAAGGATGGAGACGCCACTTTTGACACCA
GCATAAAGAACCCATCTCCTTCGTTGCAAGGCTCTTTTGAACCCTTTTTC
GACACTTTTGTCCCTCCTGCTACACTGATGCAAACCTCTTGACTACACCT
TTTGGGTCCATTACGAGGGTAAGGACTGCAGTCTCGGTCATCCAAACTCC
GAAGACCTGAAATCCACTGTCAGTTAGCACTAGAACGCCATGACAGAGGA
CTACATCTTAGCGGGTAACAGGCCTTCCGCTGCCCTTGAAAGCCACCATT
GTTGCTAAGGGAAGGGTACATTAATAATTATGAGAGCTCAGACACAAATC
CATTTATAGTATAAATTCTGTTGAAATTCTATTGTCTATTAATAAATTAT
ATATCTTGTTGAAGTTTAAAATTCAAAGTGTTCAGATTTAAATGACCGCT
CGGTATAACTTAATTGCGACAAGCCTCTGAGTTATATAGTCATTAAATTT
ACACACACTCCAAGTAATTGAAAAATACATTAATGCTTTCTTACATGAAC
ATATTTATTTTTATATATAGTTCTATTCATTTTAATTACTACGACAAAAA
GTGCAAGGTATTAATACAAATACAACAGCTCAATCTGCTAACCTTGTTAT
TTCTAAAAATGTTTATTAACTGAAGAAAGGATAAGTAAATGCTAATGTAT
GTAGGTAATAATTTAATTATTAATTTTACGAGTTAGTTAATGTATTTTGA
CATAATTGGACTAACAATTACTACGGTGTCCCCGGAAAAATATAAGAAAT
TATAGTGTGTAAGTTATTAAGATATAAATTGGTTTTTAGGGTTCTGTCGA
TAAAATATTTGACAAATAAAAATGTCTTTGAGTTTTTTGTTGTTTTTTGG
CAGAGTAGTTCACATATTTTAATGCCAAAGGGATCATAATGCAAAAAAAT
ATAGGAAACAAAAGTTTATTTATGTTCAATTCGGCAAATCTGAAACACTA
TCCGTATCAAGTTAAAATAATTGTTTTTATGTGCTTCACAAATTGACCCT
TATAACAATTTTTTTCTTATCAAACTTGTAATCAATTTACAGAAAAGTGA
AAATTGGCTTCCCAAAGTTTGACGTTAAGACTCGTCTTAATTTTAAAAAA
AGTAACAGATTCAGACGCCAAAATCAATTTATATAACAATCTTTGCAAAA
TGAAATCCTTATATATATTAACCAGTGATATCTTTGTCAATTAATCTTCA
CTAGTTTTATTTAAGAAAGATTTAATAAGTTATAAACTAAGACAATTCGT
GTGCATTAAATATACGAACAGTTTTACTATTTCATTTAATTCAAATGATA
AACTTACGGACTTTTTCAATAATGTTAGTGACAGTGATGCCTTCTAGGGG
GAGTAGTAAAATTTGGAACGTTTTTCAAGACCGATAACTAAGAAGGAACG
TGGAACGAGACCCATTTTAAGTCTCATATTAAGAACCAATACCCCTCTCA
TTATTTGGTTATAATTCAAGTATTATCCTAGTTGTTTACTTTTATTTGTA
TGGTATGTGAATTATTTGATTAACTAAGCATTGTTATTATTTTCGAGATT
CAGTTATATTAATCCTTTGCTGAATAATTTAATAACTACTGAAACTTAAT
AATAAAACATCCATTAGATTATAATGGATGTTCCTAACTAGGGTATAATC
TCTTGGGGCTAAACAGAATAGGATGTGGAGGGTTTTCATGTCATAAAACC
TCTTGAGCCTGCCTTAATATTATACTCGCTTACTTTTGGAACAATATTGT
TCATCAACCCTACCTATACGAGGCAAAGTCCAGGGAGCAGCAATACGGAG
AATAAGAAAGCTAAAAATTGGAGGTTCACTACACTTTAATAATTTTGGCA
GTGCGGATGGATGCTTAATCCAGTTATAAGCAGATTGAAGTTCTTCAAAA
ACCTCTAGGATCAATGGCAGTATCTTAGTCTTCACAAAGGACTACTGTTG
GTCATGAGTTTGAAAACTTGGCTTTTATTATTCAGGAAGTGAAGGATAGC
TATACGTTTTTTAGAGCCTAGTAAGGTTTAAGGTGATGGTTTACTAAATA
GTGCATTTTTTTTTGTCGGAATAAAATGAAATTTGTCTTATACAATCATT
AGACAATATTGAATTTTTCTGATGAAATAATTTTCGATGATTGCATCATA
CATCAGTATAAAAGGGCTCAGAGAACACCACAGGATGTTAGTTGAAATTC
AATATCCGAAATGGTGTGAGAGCACTCTTTGGAGACGGGAGACNAGTATT
AAAAGGGCTCAGAGAACACCACAGGATGTTAGTTGAAATTCAATATCCGA
AATGGTGTGAGAGCACTCTTTGGAGACGGGAGACAAGGCTTTTGCCATGA
TAGAGGGTGGATCAAGCCAGAGAGACTTTGCTCAAAGGTTACAGATTCAT
CTAAGAACCATTGATAATTGGTGTAAGAAAAGGAAGGATGGACAACCCCA
TGCAAATTCGAAGGGCCAAGGAAGGAAGAAAAAAAATAGAGAAGTTCCGA
TACTGGTGATTTCAAAATCTATGACCAAAAAGAGACAATCCACAAGGAAA
CTTGCAGCAAGATTGACTTCAAAGGGATATCCAATATCCAAGTCCTATGT
CCACAACCACCTGAGGCACTCTTTGAATGCGTTGCCATACAAATCTTGTC
TGCACCACAAACTTTCAGAAAACGTACGGAAAGCCTGGCTTTAATTCTGT
CGTGAGCGGAAGCACTGGAGTGCAGATGACTGGAAAAGTATCCTCTTAAA
TGATGAAAGTCTATTTGAGCTATTTCATGCCTGGAATCTCTAGACAGATT
GGGGTTGGGCATGAGATAAGGGAGATATGGAAACCACTCAAACTGTGAAA
TTTCCTCTGAAAACTCAGGTTTAGGCCGTTATCAGCCGCCAGGCAGTGTC
AGATCTTCACCTGATTCCATGAAACCAAACTGTTACGGCCAAGTACTACG
TAACAGAGATCCTCAGCAAGTCTCTGATGCCAGTCTTGTCTCGTACTGAA
GAAACTAGACCTCCTTTGACGAGGAAAATGTTGTCTGACACATCAAAAGC
CATTTTCCATCAGGATGGTGCCCCTGATCACCACTCCAAAAAGGCGCAAA
AATAGTATTCAGACAACATGGATTCTTTCTGGACCAAAGGCACATGGCCT
GCCAGAAGTCCTGATTTGTCTCCCATCGAAAATTCGTGAGCCTTNAAGGC
GCAAAAATAGTATTCAGACAACATGGATTCTTTCTGGACCAAAGGCACAT
GGCCTGCCAGAAGTCCTGATTTGTCTCCCATCGAAAATTCGTGAGCCTTG
GTACAGAGGGAACTCAAGGAAAATGCCCCAACAACTTCAGGGGATGAAAT
TTAAAAAAAAAAAAAAAAAAGAACTTGGGAAAAAATTTCTCCAYATACTT
TCAAAAATCTGTWTGAAGGGAMGCCAACAAGCATAAAAAAATGTGTTAAG
CTTAAAGGTCGTCATATTGGGAAGTAAAAACAATTTTTCGTCTAAAATAA
TCACATGTTTAGGTTATTATGGTGATTTTTTTTTAAAATCACCATCACTT
TTTGGACATACTGTAGAAATTTGGCTATTCATTAATCAAATTTTTCAAAT
TTCGATTATTTCCGGAATAGCTATGTGAAATTAAAAAAAATATATTTTAG
GCAAGTTCTAGACATTTTCTAAAAAAATTATACGTAAGGGTAAATTCGAT
TCTTTTCGAGTTGGAATTATACTGGAACCTACACTAGGTTATACAATGAA
ATAGCTGAAACTAAATATTGTTTGTTATGTTTAGGAGTTTGAAGCATTTT
CGATTTTTTTCGCCAAAAAAAATCACTTGTTTAGGTTATTTCATGAGTTA
AAAAAAAAAGCCACCATCAATTGTTGGACATACTGTAGTTACTGAAAAGA
GACATAAATGAAACTATATTGGACKCCTGCAATGATGAATCGAGGTCATC
CATAATGAAGTCCATGTAGGTATCCATTTCGATCAGTATTTCAGTAGGAA
TACGGGAAAGAACTGATTAAAAAAAATGYAAGCCAATGCATCCGATGTCG
TGATCAAGATTGGTTTTCATTCTTACAAACTTATAAAGGGTAAATCATTT
TAGCTTTTTCATAGAACCTCGTAAATTACTATGAATTGGAATATAAGGCC
AAAAAATTTATGGGACGGTAATTCAAATCAACTCTGTATAATAAGCTTTT
AAAAGCAAATTGGGTATTCAATAGACACATCTTTGTAGCTTATTTTATTC
TTTCTGCATTAATCCATATTTTTTGTAAATTTTCCGAAAAGTTTCGAAAT
TAAATAGTATTGGAATATACAATGGAACAAAATTAAGGTCTTTCAGCTTC
CGAAGAATCGATTTTTATTATAATTTATGTGAAGTACTGAGCTTTAGCTA
TAAATACTCGCTGTGACGTTGCATTTTCTTAGATCAAGTAGCCCAACAGT
TCTAAGATTTTAAATGCAGATTCAAAATTGATGAACAATCAAAACTTTCT
CTATTAATATAGATAAGTTATTATTTAATTGCTATCGGATTTTTTTTCAC
GCAACACTCATTTGTTACATATTTCATAAAATAATTAAAAGCTCAACTAA
AATTTTTAATCCAAATCAACTTTCTTACAACAAATCTTTTTTAGATGCAA
TATAATGTTAAAATTTGGTTTTACTAATATTAAGCAATTGAAAATTTGAT
TATTTTTCAAGTAGGATCCTTAATTGAAAAAATATTTTATAAACAGATTT
TTAGAAATTTTAATCAAGATAACATAATAAATGATTTATTTTTCTTATGC
TGCAATGTTTTTATCAGTTGGTTTTAAACTTTATTTTTATTTAATGGTTA
TTTCACGTCAAAATATGGCTTTGAAGCCAAATTATACTCATTTTTATACT
TATTTTCGTGTTTTTCGGCTTAATTAACATTAATTAAAATAAATCTTAGC
TGCCAGGCAAAAATATTGTTGCATCGTGATGTTATGAAATGCAATTCCTG
GTTGTTCGTTCATTGAATTAAAGTTGACTTATTATTACCGGATATATATA
TATATATGCTTCTAAGTCTCTTGAATATTAAAAAACAACAACATGATAAT
GCTGAATACTGGGTGTAAGAAAAGGAATGGGTTTCTTTCTAAAAATACAG
TTTTGAATAGGTGTTGTTGATGAAATCTNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNAGATTCAAAGCCTTTGATTGATGTTCATGTTATAACAAAAATTATTT
ACATCTTGCAATGGAGGCAAGAAAAGCAATCAAAAGCAATTTAATCCGCG
CTAGAAGGACTATACGGATATCATGGTGGCCTTTAATGTCAGCAAAGTCA
TAGTCTGKCGGGKCAGAAATTGTTTTTTTTTAATAAGGACAATCTTAAGG
CAAACTAAAGTGCGTAAGACCCACCAAAGGGAAACCTAAAGATATCATGG
AGATATCAACACAACAGTGAAGATGTCAGAGTTACCCAGAAAGAAGAAGG
TGCATCGGTTTACTGTTGGCAAGGGCATCCAAAAGACTAGAAGAAAGTTG
CTTAGAAGAATTGTGAACAAACAAGTGATGATATTAGGGGTTGTGACATT
AACTAGAGAAAAAATGTCTCCAATTTGGTATCCGATTGGATACTGGCTAT
CCACAGTCGACTACTTGATGCTGTTGAAGGAAAATGTGGTCCCATATATC
ACCAAGATCACAAAGTAGTCCAAACAGGCCACTCACTTATTTCAGTAGGA
CGGGGCTCCGACCCATATTGCCAATATTGCACAAGAGTGGATGGGKAGSA
ACATGAAATTCTGGTCCAAGAACCTTTTGGCCCCTCAGAGCCACTATCTG
AATTCACTGAATTATTCCATTTGTTGGCAAATTGAAAAAAAGTCCTGTAA
AGTCTGCCACCCGAATATTGATGACCTGAAGACCTCTGTTAACCAGTAGT
GGAGGATCATGAAAATTGACTACATTGCCAATGTGTGCATATGGTTAGGA
AAACGGTTGGAGGCTTTCATTGAGGATGATGGTGGKCAGATTCAAAATTA
ATGTGCATTATTATACTAGTAAAAAAAATGATAAAATATAATTTTCTATG
TACGACATTATCCTGATAAATTTTGAGTATTTTAAAGACTACTTAGAGGA
AAGTCTCCCTACTTTTTCTACACCCAGTATATTATTTAGTGGATAGGTAG
AAACTAGGCCATTATGTACAAAAGTAAAATAAAAAAATTCTAGGAATGGC
ATTTACAAACAATTTTCATATGTGCGTTTAGGTGAATACATTATTATTAT
AACTTTTCAATCTTTATAAATCAATCAATTAATCTAAATGTCAAATTAAT
ATTTATTCTTATATATTTCATGATGTATTTATTTTTTATTTTTCCAGCAA
TTTTTGTACAAGTACAAACTCTATTTTAGGGACGCGGATCTGTTAGCATG
CGGTGTGGATCAGGTAATATTTTCATTATGTATTTTGCCTCCATTAAATG
TAACACAATAAATAAGTAACATCCATATGGTTGTTTTACAATAATTTGCC
TATTAAATTGGTATGTTTAGTTAAGGAATATTTTACATGGAACATGCACT
TTTTTTTGAGAAACTAACGCCCACTTTTTTTTCAGTAAATAGTTTTGGAA
GAAAAGATTAGATTAAATTAAAGTAATGCCATAATGAATGTTTTCAAGAA
ATGAAAATATACATATGTTTAGTTGATCTATTTATTTCATGTGCCAAAAT
TATAACCAATTATTAAAATAACTTCATGAATTCACTAACTAATTATTTTA
GTTTTAACTTACTATTTCTTTTCATAACTATCCGACTTATAAATAAAATA
GCCTTAACTTGTTTTAAAAATGAATAGAGCTTGCTTTTCATGTAAAAAGT
GTTCCTTGGTTTAGTAATGGGAATGACAAGTTTGGAGTTAATTTTATTTT
TTAGTTCAAAATCTTCAATAAATGTAAATTTACGCTGTCTTAGGGTTGTT
TTATTAAAATGATTGGCGTAAAATAAAAAATATAAAAAATCAATTTATTA
AATTAAACTTCCATAACATAGTCATAGCAATACTTTTATATGTCAAAAAT
TATTAAGGGTCATTTATAAGCAATGTTTTTTTTTGTATAATGTGGGCTCG
TTTCCCACTTTTTACTTGCGAACTTACTTAGATATTTTGATTATTTCTGT
CCTTTTATAGCCACGTGTTTATTTTTTATCCCCCTTCTTCAAAAAATTAT
AATTTAAAAAAAAAGTATTAATGCTTTCTATATCTAAATTACATTTTTGA
ATAAGATTTCCCTCGTCCTTGGATATCTAACATCATAATCACATACATTT
AGAACTTTCCACAAATATCCGTCTTTCGTATAAGCCACACATCGGGTAAT
GTGATAGATCAAAGTTTAAACTTGCAATACATGAATAAAGGTTTGACTGA
CTTTTGTTCTGAATGATGACGTTGAGATAAATCCTCAAAAGCTACAATCA
CATTGACAGATTATTTTTTACCATCTTTGTCAATCACATAACCTAAATAT
TCCACTTACCATTTCCCACCAGCGGCCACGTTGTTTGCAAATATCCCCTA
TACAAGAGTCAACCTTTTTTATTTACGGAAGTAAAGCTTTATAATAGGTA
AAATAAAGAGGTTTGAGCATTTTTACACTTTATTTTGACAATTAAATAAG
CATAGTTAGGATTATCCGATTTTGATGGTTCCAAACGGGTTTTTGACTAA
TATTCAGTTCCTGGATAATGGAATAATTGCTAGCATGCCGTTCCTACTCA
TCCATTTTCATTACTTTATCGAAATTTTTGACGTCCATATTACCAGAACG
GAATCGTTGGAACCACCGTTTTGCTGTTGCGTTCGATACTGTATTGTTAC
CCTAAGAAGCACAATTTTTTTTGCCCGCCTGCTCTACCTTTTTACCTTGG
TAGTAGTGATACTGAATTTTCTCTTTTTTACTTCCATTTTGGAATGCTGT
AACACACAACTGGCTTCACCAAAAACAAAACTGTAAATCAAACTTTTTTT
AAGTGTACGGTTAACCTTTAAGATTACTTTAAGCTTTTTTTTATGTAATG
TTGTAATTCTTGAGATATAGCTCACTAAAGACAATTTACGAAAAATGCTC
AGAACTTTTTACTTGACATAATATAATAATTAAATTGTAATTATTTTGAC
AAGGGATGGCTTCAATCATTTTTGTAATTTTTGATCGAAAGTTTAATTAT
GTTTGTAATGCATTTGTATTTGTTGGTCTAGCTACAAAAATCAATAATTA
ATTCGGTATTTTAAAGTTTGTATTGCAAAATTTAAATTCCCTGATATTAA
ACTAATAATTTTTAAGGGATTAAATGTAAAAAAAATAAATATGTTTCACA
GGTTATTCTTATGCCCTAGAATCTGATATATTTTTTATTGTAGATAAAAA
GGGTTTTTATCCGTTTAATTTTGAGAATTTTAAAGTCCTTTAGCTTTTTT
ATGTGTAGTAGGGCGACAATAGTTTTTTTTTTAAAAGTAAATGGTTTAGG
TAAAAAAAATGATTCTCAAATGTACAATAAAATAATTGAGAAAAGTTTGA
ACATTTGGAAACATATTTAGAGGTAGTTCAACGGCTTTAAAGTTCTGAAA
ATTTACACTTCTTTAGAAAAAAACATAGTATTTGTTTGAATACTGTCGAT
AAACTTGAAATTAAAGCTTTTTGTTGAAGATTAATTTTGGAGTGGGACAA
ACCAATAATTCTCCAAGTTGGAGTTAGAAGAGAAAAATACACTTTTTTTT
TCAGTGTACATAAATATATTTCACTCCTTTTTGGGAGCCTTTCAATCTTT
TTTTGTCGGAGAAATAATAAATTGACCTTGAAAAACTTACAATAATTATA
ATTTTTTTGTAAATAATTATAAAAACTTTAGGGTGTTTGAGCTACCTCAA
AATATTTTTCCAAACTGTTCAAGTTTTTCTTTAATGTTTAATTGTACATT
AAGAAATCATTTTTAACATATGGCTTTTACTTTTAAAAAAAAAAAAAAAA
AATCTCCTGTATGTGTAGTTTTTTTTCAATTTCTCTGTTAAAGTTGTAGC
TTTTCGATCTCTTCACCTCTTTCATTTTTACAATCATATGCTTTTAATGT
TCACTAATTCATTTGAAAATGTTATTGCACCTTACTTGCAAATTAAAAAA
GAGTAATTATCATACACTTACTAATTTTTTATTACGCTGGTATATAATTT
TTAATACCTTTCAGAGTCCAATCCTAATACAAATCGATTATACTCAATTC
TGTGAAACAAACATCGACTACATGTGGATTGTCATTGTAGGAGAGCTCAT
TCTTCTAATTCTGGTTCTCTCTCGTCTTACCTACGATGTCATCAACTATC
GACGCTCGGGAGAGCTTCCATGGCTAGCAAAACATATGTATTTAGGATGT
ACCTACGCAGGACTTCGTAAATCCACACTTCCAACTCTATTTCGCAACAC
TGAGTGTCAAAGTAATTGTAATCGGGCGAATTCGAGTCTTCATGAAGACG
CAAGGAGATTGGATGACGAAAACGATGAGAATCATCGTCACAGTCATGAG
GACAATTCTTCAAAAACCAGTCGGACTTTTATATTGAGAGAGGCTTTTAG
GCCTAAGCGGCTTACAGTCATAACGGGATCTTCTTCTTCGAGAAGTGATC
AACAAGAGGATTTCGAACTTGGTGATAGTTGTATTTAATTTTAATTCTAC
TTCAATGAAGGAGTTGTCGTGTAATCATTTTAACAAAAAATTATAATATA
CTTATATATTGTGAATCATAATTTATCGAAAGACTGAA

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