EMLSAG00000010063, EMLSAG00000010063-692829 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000010063
Unique Name	EMLSAG00000010063-692829
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592892930|gb|GAXK01065445.1| (TSA: Calanus finmarchicus comp4378_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 238.424 bits (607), Expect = 1.220e-67
Identity = 129/299 (43.14%), Postives = 188/299 (62.88%), Query Frame = 0

Query:  192 IDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWD-KLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEA 489
            +  LKAR  V +++DEKLK +  FN  +K +   L ELE W   G++R DELLNP   I  +++V+ TMEL  D+  Q+E  +     WD ++ P++AGE++ E+K   SR   + + LST+N+E   E AKFGEDVK+LAD T   K+ DPW+ K+E K   GM + ++L EA    ++ K W  +      I +   E+A KM++H+++D  Y A  ++  AV    K+WI K + ++K+W+ QA TA KV+AAIS+     + SEMKLEDLE HL+SLK MFIEKQKMM+G++  A
Sbjct: 1239 VTDLKARASVNDQIDEKLKLIDGFNGKLKNYITVLAELEAWNAGGRKRMDELLNPPAAISAEDKVLQTMELGEDITAQVEIHQGQQNLWDSEMAPSQAGEESAESKELVSRMGTVYTLLSTLNEESETEAAKFGEDVKHLADVTNSNKKFDPWIMKSEEKVKAGMKKASSLGEATITLDEVKKWQEETEKMKKIIDGGNEAAHKMSMHDEADRVYAANCKKWEAVAAAIKDWISKMEALVKMWESQAATADKVTAAISAP----AASEMKLEDLEAHLNSLKQMFIEKQKMMDGMNPSA 2123

HSP 2 Score: 237.269 bits (604), Expect = 3.288e-67
Identity = 114/191 (59.69%), Postives = 144/191 (75.39%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            M FWQENYAFIKDV+D R++KMV++MDK +K+IA V+ D IYTS EFKKVKE F S A++LEQ E  +WL STKETLM D+  K + +E  KLK +L R+D L+PK++DTK   D LWK+YQ+TD+L P MEWL +    ++R IN+NSA +TE+ IEKQEK +DQLDKKRKV  EN  KG K+  DPK P
Sbjct: 2469 MAFWQENYAFIKDVFDDRSQKMVEVMDKCEKAIAEVLADKIYTSNEFKKVKETFSSIAKSLEQSEVKDWLESTKETLMADRDAKSKGDEENKLKAVLGRFDALLPKVQDTKKACDSLWKAYQYTDELTPHMEWLVERRVMATRDINSNSAGETEELIEKQEKVIDQLDKKRKVFQENIAKGTKLKDDPKCP 3041

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592822053|gb|GAXK01132515.1| (TSA: Calanus finmarchicus comp27602_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 208.764 bits (530), Expect = 2.715e-62
Identity = 98/196 (50.00%), Postives = 142/196 (72.45%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP--IDG 194
            MTFWQENY+FI++VYD R +KMV+ MD  + +I  V    +YTSAEFK+ K+NF S  +NLE+ ET +WL+ T ETLM +++  EQ EE KKLK ++ER+ TLIPKI++T    +C WK Y + DDL P+ E+++D+ +RS + + + ++ QTE+HIEKQ+K L+ L+ KRK+VM+   KGEK++ DP  P  +DG
Sbjct:   80 MTFWQENYSFIREVYDTRYQKMVEWMDNVEMAIQKVCASKVYTSAEFKREKDNFHSLCKNLERAETKKWLTETLETLMKERAPDEQKEEHKKLKLIMERHKTLIPKIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKELLSGNSEQTEEHIEKQDKVLNSLENKRKMVMDFIAKGEKLMQDPNCPKFLDG 667

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592822054|gb|GAXK01132514.1| (TSA: Calanus finmarchicus comp27602_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 208.764 bits (530), Expect = 6.036e-62
Identity = 98/196 (50.00%), Postives = 142/196 (72.45%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP--IDG 194
            MTFWQENY+FI++VYD R +KMV+ MD  + +I  V    +YTSAEFK+ K+NF S  +NLE+ ET +WL+ T ETLM +++  EQ EE KKLK ++ER+ TLIPKI++T    +C WK Y + DDL P+ E+++D+ +RS + + + ++ QTE+HIEKQ+K L+ L+ KRK+VM+   KGEK++ DP  P  +DG
Sbjct:  147 MTFWQENYSFIREVYDTRYQKMVEWMDNVEMAIQKVCASKVYTSAEFKREKDNFHSLCKNLERAETKKWLTETLETLMKERAPDEQKEEHKKLKLIMERHKTLIPKIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKELLSGNSEQTEEHIEKQDKVLNSLENKRKMVMDFIAKGEKLMQDPNCPKFLDG 734

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592822055|gb|GAXK01132513.1| (TSA: Calanus finmarchicus comp27602_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 209.92 bits (533), Expect = 3.511e-60
Identity = 116/312 (37.18%), Postives = 186/312 (59.62%), Query Frame = 0

Query:  189 KSPIDG----LKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPG---DGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAA 493
            K+P+ G    +K RM++L + DE+L F+ +FN  + VF   +TELE+WL EG++R D + NP E + P++RV  TME+Q D+  + E       E +++ P +  + + +AK F  R   + + L+ +++E+++E AKF EDVKY A+F  G K  DPW+KKAE +   G+ +P +LVEA +    +K +  +      I E++  SA+KMT H DSD K +A KER   V  I+KEW+ +   +++ W+K      ++S+ +++K     DG  SE+ +E LE  L++LK MF EKQK++  L    A  A
Sbjct:  225 KAPMAGEVQEIKTRMDILKKTDERLDFILDFNKRLSVFHTCVTELEDWLGEGRKRLDGIRNPVELLSPEDRVTKTMEVQEDITKKSEFCGKQETEKNEIFPKQGEKVSSDAKKFMERLKTVRTELNKLDEEIKSECAKFSEDVKYFAEFQTGIKAFDPWMKKAEQRITDGLMQPKSLVEACEILGSSKNFQEECEAKLKILEEAAASAQKMTTHADSDEKVEAYKERWVKVHEISKEWVARMTTLVECWNKLDGNVGELSSWVTTKDSAAPDGK-SELSIEKLETQLNTLKTMFAEKQKLVADLEVYGAGGA 1157

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592922442|gb|GAXK01035947.1| (TSA: Calanus finmarchicus comp109346_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 210.305 bits (534), Expect = 5.729e-60
Identity = 100/196 (51.02%), Postives = 142/196 (72.45%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP--IDG 194
            MTFWQENY+FIK+VYD R  KMV+ MD  + +IA V    +YTSAEFK+ K+NF S  +NLE+ ET +WL+ T ETLM +++  EQ  E+ KLK ++ER+ TLIPKI++T    +C WK Y + DDL P+ E+++D+ +RS + + + +  QTE+HIEKQ+K L+QL+ KRK+VME  +KGEK++ DP  P  +DG
Sbjct:    2 MTFWQENYSFIKEVYDTRYSKMVEWMDNVEMAIAKVCASKVYTSAEFKREKDNFQSLCKNLERAETKKWLTETLETLMKERAADEQKAESAKLKAVMERHKTLIPKIQETLIKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKEVFSANGEQTEEHIEKQDKVLNQLENKRKMVMEFISKGEKLMEDPNCPKFLDG 589

HSP 2 Score: 149.828 bits (377), Expect = 2.170e-38
Identity = 80/217 (36.87%), Postives = 129/217 (59.45%), Query Frame = 0

Query:  184 ILSDPKSP-----IDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKM 395
            +L D K P     I  +K RM++L   DE+L+F+ +FN  + +FD  L +++NWL+EG++R D + NP E + P++RV  +MELQ D++ + E TK   +E + + P    + + +AK FA R   + +TL  + DE   E AKF EDVK+ A+F  G K   PW+K +E +K  G+ +P++LVEA +    +K    +A     + E++  SA+KM
Sbjct:  881 MLPDEKKPEITDQITEMKTRMDILKTTDERLEFIDDFNKRLNIFDQGLKDMDNWLVEGRKRLDLIKNPPEEMSPEDRVTKSMELQEDLNKKSEFTKKLEQEKEDIFPGAGEKVSSDAKKFAERLKKVRTTLDALADEASVECAKFSEDVKFWAEFQTGVKIFGPWMKNSEVRKQDGLKKPSSLVEACEILGDSKNLQDEAEAKLRVLEEAAASAQKM 1531

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592822056|gb|GAXK01132512.1| (TSA: Calanus finmarchicus comp27602_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 210.305 bits (534), Expect = 1.121e-58
Identity = 116/312 (37.18%), Postives = 186/312 (59.62%), Query Frame = 0

Query:  189 KSPIDG----LKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPG---DGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAA 493
            K+P+ G    +K RM++L + DE+L F+ +FN  + VF   +TELE+WL EG++R D + NP E + P++RV  TME+Q D+  + E       E +++ P +  + + +AK F  R   + + L+ +++E+++E AKF EDVKY A+F  G K  DPW+KKAE +   G+ +P +LVEA +    +K +  +      I E++  SA+KMT H DSD K +A KER   V  I+KEW+ +   +++ W+K      ++S+ +++K     DG  SE+ +E LE  L++LK MF EKQK++  L    A  A
Sbjct:  954 KAPMAGEVQEIKTRMDILKKTDERLDFILDFNKRLSVFHTCVTELEDWLGEGRKRLDGIRNPVELLSPEDRVTKTMEVQEDITKKSEFCGKQETEKNEIFPKQGEKVSSDAKKFMERLKTVRTELNKLDEEIKSECAKFSEDVKYFAEFQTGIKAFDPWMKKAEQRITDGLMQPKSLVEACEILGSSKNFQEECEAKLKILEEAAASAQKMTTHADSDEKVEAYKERWVKVHEISKEWVARMTTLVECWNKLDGNVGELSSWVTTKDSAAPDGK-SELSIEKLETQLNTLKTMFAEKQKLVADLEVYGAGGA 1886

HSP 2 Score: 209.534 bits (532), Expect = 2.256e-58
Identity = 98/196 (50.00%), Postives = 142/196 (72.45%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP--IDG 194
            MTFWQENY+FI++VYD R +KMV+ MD  + +I  V    +YTSAEFK+ K+NF S  +NLE+ ET +WL+ T ETLM +++  EQ EE KKLK ++ER+ TLIPKI++T    +C WK Y + DDL P+ E+++D+ +RS + + + ++ QTE+HIEKQ+K L+ L+ KRK+VM+   KGEK++ DP  P  +DG
Sbjct:   57 MTFWQENYSFIREVYDTRYQKMVEWMDNVEMAIQKVCASKVYTSAEFKREKDNFHSLCKNLERAETKKWLTETLETLMKERAPDEQKEEHKKLKLIMERHKTLIPKIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKELLSGNSEQTEEHIEKQDKVLNSLENKRKMVMDFIAKGEKLMQDPNCPKFLDG 644

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592832153|gb|GAXK01125391.1| (TSA: Calanus finmarchicus comp24050_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 207.994 bits (528), Expect = 1.197e-57
Identity = 97/191 (50.79%), Postives = 137/191 (71.73%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            MTFWQENY FIK+VYD R  KMV+ MD  + +IA V    +YTSAEFK+ K+NF S  +NLE+ ET  WL+ T ETLM +++  EQ  E+ KLK ++ER+ +LIPKI++T    +C WK Y + DDL P+ E+++D+ +RS + + +  + QTE+HIEKQ+K L+QL+ KRK+VM+  TKGEK++ DP  P
Sbjct:  158 MTFWQENYGFIKEVYDTRYAKMVEWMDNVEMAIAKVCASKVYTSAEFKREKDNFQSLCKNLERAETKRWLTETLETLMKERAADEQKAESVKLKAVMERHKSLIPKIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKELFSGHSEQTEEHIEKQDKVLNQLENKRKMVMDFITKGEKLMEDPNCP 730

HSP 2 Score: 200.675 bits (509), Expect = 3.866e-55
Identity = 107/296 (36.15%), Postives = 177/296 (59.80%), Query Frame = 0

Query:  192 IDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDG--SGSEMKLEDLEKHLDSLKLMFIEKQKMMEGL 485
            I+ +K RME+L + DE+L F+ +FN  + +FD  + ++E+WL EG++R D + NP E + P++RV  +MELQ D+  + + TK   +E + + P    + + +AK F  R   + STL+ + +E   E AKF EDVK+ A+F  G K  +PW+K +EA+K  G+ +P +LVEA +    +K    +A     + E +  SA+KMT H+++D+K  A KER   V    KEW+ +   +++ W+K      ++S+ +++K       GSE+ +E LE  L++LK MF EKQK++  L
Sbjct: 1076 INEIKTRMEILKKTDERLVFIDDFNKRLNIFDQGVKDMESWLGEGRKRLDLIKNPPEEMSPEDRVTKSMELQEDISKKSDFTKKLEQEKEDIFPKAGEKVSSDAKKFIERLKGVRSTLNALEEEASQECAKFSEDVKFWAEFQTGVKVFEPWMKNSEARKIEGLRKPISLVEACEILGDSKNLQDEAEAKLKVLEDAAASAQKMTSHQEADIKVVAFKERWTVVHECFKEWVARMTTLVECWNKLDGNVGELSSWVATKDSAAPEGGSEISIEKLETQLNTLKTMFAEKQKLVSDL 1963

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592781806|gb|GAXK01172762.1| (TSA: Calanus finmarchicus comp1017282_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 182.57 bits (462), Expect = 3.778e-51
Identity = 103/302 (34.11%), Postives = 169/302 (55.96%), Query Frame = 0

Query:  207 EKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDG--SGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAAILESKEEAVPPAA 506
            E+L+F+ +FN  +  FD  + E+E+WL +G++R D + NP E + P++RV  +MELQ D+D + E TK   +E D + P    + + +AK F  R  A+ +TL+ + DE   E AKF EDVK+ A+F  G K  +PW+KK+E ++  G+ +P +LVEA       K    +A     + E++  S++KMT H+++D K  A KER   V    KEW+ +   +++ W+K      ++S+ +++K        SE+ +E LE  L++LK MF EKQ+++  L       +         PP A
Sbjct:  174 ERLEFIDDFNKRLNAFDKDIKEMEDWLGDGRKRLDLIKNPPEEMSPEDRVTKSMELQEDLDKKSEFTKKVEQEKDDIFPKAGEKVSSDAKKFIERVKAVRTTLNGLIDEASTECAKFSEDVKHWAEFQTGVKVFEPWMKKSEERRLEGLSKPCSLVEACQILGDCKNLQDEAEAKLRVLEEAAASSQKMTSHQEADGKVVAFKERWTVVHECFKEWVARMTTLVECWNKLDGNVGELSSWVNTKDSSAPEGKSELSIEKLETQLNTLKSMFAEKQQLVADLEAYGPTGS-------GAPPQA 1058

HSP 2 Score: 38.1206 bits (87), Expect = 5.840e-2
Identity = 46/175 (26.29%), Postives = 74/175 (42.29%), Query Frame = 0

Query:  123 FTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKK----RKVVMENQ----TKGEKILSDPKSPIDGLKARMEVLN-----------RMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLN-PTETIEPQERVMATMELQSDVDTQIEKTKAAA 277
            F  D+  + +WL D   R     N       ED + K  +  + LDKK    +KV  E        GEK+ SD K  I+ +KA    LN           +  E +K  +EF + +KVF       E W+ + + R+ E L+ P   +E  + +     LQ + + ++   + AA
Sbjct:  510 FDKDIKEMEDWLGDGRKRLDLIKNPPEEMSPEDRVTKSMELQEDLDKKSEFTKKVEQEKDDIFPKAGEKVSSDAKKFIERVKAVRTTLNGLIDEASTECAKFSEDVKHWAEFQTGVKVF-------EPWMKKSEERRLEGLSKPCSLVEACQILGDCKNLQDEAEAKLRVLEEAA 1013

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592922438|gb|GAXK01035951.1| (TSA: Calanus finmarchicus comp109346_c2_seq4 transcribed RNA sequence)

HSP 1 Score: 179.874 bits (455), Expect = 3.799e-50
Identity = 100/284 (35.21%), Postives = 165/284 (58.10%), Query Frame = 0

Query:  204 RMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDG--SGSEMKLEDLEKHLDSLKLMFIEKQKMMEGL 485
            + DE+L F+ +FN  + +FD  + E+E WL +G++R D +  P E + P++RV  +MELQ D+D + E TK   +E D + P    + + +AK F  R   + +TL+ + +E  AE AKF EDVK  A+F  G K  +PW+KK+E ++  G+ +P +LVE+       K    +A     + E++  S++KMT H+++D K  A KER   V    KEW+ +   +++ W+K      ++S+ +S+K       GSE+ +E LE  L++LK MF EKQ+++  L
Sbjct:    4 KTDERLVFIDDFNKRLNIFDQNVKEMEGWLDDGRKRLDLIKCPPEEMSPEDRVTKSMELQEDLDRKSEFTKKIEQEKDDIFPKAGEKVSSDAKKFIERLKKVRTTLNALIEEASAECAKFSEDVKNWAEFQTGVKVFEPWMKKSEERRLEGLNKPCSLVESCQILGDCKNLQDEAEAKLKVLEEAAASSQKMTSHQEADGKVIAFKERWTVVHECFKEWVARMTTLVECWNKLDGNVGELSSWVSTKDSAAPEGGSELSIEKLETQLNTLKNMFAEKQQLVADL 855

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BLAST of EMLSAG00000010063 vs. C. finmarchicus
Match: gi|592922439|gb|GAXK01035950.1| (TSA: Calanus finmarchicus comp109346_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 179.874 bits (455), Expect = 1.780e-49
Identity = 100/284 (35.21%), Postives = 165/284 (58.10%), Query Frame = 0

Query:  204 RMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDG--SGSEMKLEDLEKHLDSLKLMFIEKQKMMEGL 485
            + DE+L F+ +FN  + +FD  + E+E WL +G++R D +  P E + P++RV  +MELQ D+D + E TK   +E D + P    + + +AK F  R   + +TL+ + +E  AE AKF EDVK  A+F  G K  +PW+KK+E ++  G+ +P +LVE+       K    +A     + E++  S++KMT H+++D K  A KER   V    KEW+ +   +++ W+K      ++S+ +S+K       GSE+ +E LE  L++LK MF EKQ+++  L
Sbjct:    4 KTDERLVFIDDFNKRLNIFDQNVKEMEGWLDDGRKRLDLIKCPPEEMSPEDRVTKSMELQEDLDRKSEFTKKIEQEKDDIFPKAGEKVSSDAKKFIERLKKVRTTLNALIEEASAECAKFSEDVKNWAEFQTGVKVFEPWMKKSEERRLEGLNKPCSLVESCQILGDCKNLQDEAEAKLKVLEEAAASSQKMTSHQEADGKVIAFKERWTVVHECFKEWVARMTTLVECWNKLDGNVGELSSWVSTKDSAAPEGGSELSIEKLETQLNTLKNMFAEKQQLVADL 855

[Close]

BLAST of EMLSAG00000010063 vs. L. salmonis peptides
Match: EMLSAP00000010063 (pep:novel supercontig:LSalAtl2s:LSalAtl2s663:144957:208544:-1 gene:EMLSAG00000010063 transcript:EMLSAT00000010063 description:"maker-LSalAtl2s663-augustus-gene-2.10")

HSP 1 Score: 1013.83 bits (2620), Expect = 0.000e+0
Identity = 506/506 (100.00%), Postives = 506/506 (100.00%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSPIDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAAILESKEEAVPPAA 506
            MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSPIDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAAILESKEEAVPPAA
Sbjct:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSPIDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAAILESKEEAVPPAA 506

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BLAST of EMLSAG00000010063 vs. L. salmonis peptides
Match: EMLSAP00000006584 (pep:novel supercontig:LSalAtl2s:LSalAtl2s361:367157:370951:1 gene:EMLSAG00000006584 transcript:EMLSAT00000006584 description:"maker-LSalAtl2s361-augustus-gene-2.17")

HSP 1 Score: 191.045 bits (484), Expect = 4.015e-53
Identity = 84/191 (43.98%), Postives = 136/191 (71.20%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            M+FWQENY+FIK+VYD R  KMV+ MD  + +I  V    +YTS+EFK+ K+NF S  +NLE+ ET  WL+ T +TLM ++ G+E+ EE +KL+ ++ER+  LIP+I++T    +C WK Y + DDL P+ E+++D+  RS + + + +   TE+HIEKQ+K L+ ++ KR++V++  +KG+++++DP  P
Sbjct:    1 MSFWQENYSFIKEVYDTRYAKMVEWMDNVEMAIQKVCASKVYTSSEFKREKDNFHSLCKNLERAETKRWLAETLDTLMKERVGEEKKEELRKLEVIMERHKMLIPRIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRHRSIKEVFSANQEHTEEHIEKQDKVLNSVENKRRMVIDFISKGDRLMTDPNCP 191

HSP 2 Score: 178.333 bits (451), Expect = 8.641e-49
Identity = 104/324 (32.10%), Postives = 187/324 (57.72%), Query Frame = 0

Query:  187 DPKSPIDG----LKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNP--TETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTP-EAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDG--SGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANAAILESKEEA 501
            D K+ ++G    ++ RM VL   D+KL+++++FN  + V +   TE+E+WL +G++R D+++ P  + T+ P+++V  TME+  D+  + E T+    E + + P +  E  P +AK F +R D +  T+  M +E + E A+F +D+KY A+FT G K  +PW+K+AE +K  G+ +P++L+EA      +K +  +        + +  SA+KMT H ++D K  +L+E    +   +KEW+ +   +++ W+K      ++S+ +S+         SE+ +E LE  L+ LK+MF EKQK++E L  EA     + +KE A
Sbjct:  298 DKKAEMNGKVQEIQTRMAVLQNTDKKLEYINDFNKRLAVLNTNATEIESWLQDGRKRIDDIIKPADSSTLSPEDKVTKTMEIMEDLQKKSEFTRKQEIEKEDIFP-KGDERVPSDAKKFIARLDKIRKTIDNMEEESKTECAQFSQDIKYWAEFTTGIKEFEPWIKRAEIRKNEGLIKPSSLMEACQILGDSKNFQEECEQKIKTLDDAAASAQKMTTHIEADTKVNSLRELWLVIHEASKEWVSRMTTLVECWNKLDGNVGELSSWVSTSDSTAPEGESEISIEKLEGQLNQLKIMFAEKQKLVEDL--EAYGPENVSNKESA 618

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BLAST of EMLSAG00000010063 vs. L. salmonis peptides
Match: EMLSAP00000006540 (pep:novel supercontig:LSalAtl2s:LSalAtl2s358:369162:372163:1 gene:EMLSAG00000006540 transcript:EMLSAT00000006540 description:"maker-LSalAtl2s358-augustus-gene-2.24")

HSP 1 Score: 161.77 bits (408), Expect = 6.937e-44
Identity = 79/191 (41.36%), Postives = 126/191 (65.97%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            MTFWQENY FIKDVYD R  KM + M+  +K+I+ ++ D +YTSAEFK+ ++NF +  ++LE+ E  +WL    E LM +++ +E+ E+  KL  L+++++ LIP +  T+  VD  WK Y + D+L P +E+L+ ++  S+R I  +     ++ IE+QEK+L QL+ KR VV E   KG+++L +P  P
Sbjct:    1 MTFWQENYHFIKDVYDMRQTKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERVEVKKWLQQILEILMAERAKEERKEQLGKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLETKRNVVKELIGKGKQLLENPDKP 191

HSP 2 Score: 80.1073 bits (196), Expect = 3.080e-16
Identity = 59/224 (26.34%), Postives = 112/224 (50.00%), Query Frame = 0

Query:  135 EDMVSRSSRSINTNSASQTEDHIEKQEK----TLDQLDKKRKVVMENQTKGEKILSDPKS-----PIDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPE-AKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAE 348
            ED + +  +  N  SA    D +EK++K    T + ++   K + +N       L D K       +  +  ++ V+N+ +EK+K +  F +++  FD +L  L  W+ + + + +++ N ++ + P++RV  TMELQ DV  ++E  +   +  ++L P   G+  P+ A+ F      +   +  +  +V  E   F EDVKY A++  G K   PW++ AE
Sbjct:  244 EDEIKKVKKRFNLQSAF---DDLEKRQKIFADTKNTVETIYKSIQDNYDIMTMTLPDEKKDFVKKEVKAVTDKLGVVNKFEEKVKKIETFVNSLNGFDKSLKTLNTWMTDAETQLNDIKNNSDKMTPEDRVSLTMELQEDVAAKVEIIRENIKNEEELLP--QGDKVPQDAQDFKDELKRIEEFIVNLQKKVMQECDNFSEDVKYWAEYKTGIKEFRPWLENAE 462

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BLAST of EMLSAG00000010063 vs. L. salmonis peptides
Match: EMLSAP00000011113 (pep:novel supercontig:LSalAtl2s:LSalAtl2s751:615730:616145:-1 gene:EMLSAG00000011113 transcript:EMLSAT00000011113 description:"maker-LSalAtl2s751-augustus-gene-6.18")

HSP 1 Score: 56.225 bits (134), Expect = 1.080e-9
Identity = 35/107 (32.71%), Postives = 62/107 (57.94%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKI 107
            MT+W +N  FIKD+ D++ +K+ D + + ++      + ++    E KK +E+F+  AR LE  +T E ++S  ET+  D    E+D+E ++L  +  +YD  I KI
Sbjct:    1 MTYWADNIKFIKDILDSKFKKIEDAIVELEEQ-----ESILSKEPEQKKAREHFIEAARTLELIDTNE-MTSLAETMFKDMPDTERDKEIQRLDEIKSKYDKAITKI 101

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BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: gb|KYB25173.1| (hypothetical protein TcasGA2_TC034351 [Tribolium castaneum])

HSP 1 Score: 76.6406 bits (187), Expect = 1.337e-13
Identity = 54/178 (30.34%), Postives = 89/178 (50.00%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVS-CARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y+ R + MV  MD+ D ++ N+  DV  T  EF++ K  F + C     + E  +WL  T ++L +     +   E KKL+ L+ RY  LIP +E T    D L K Y +  D+  +   L+ +  +S R     S     + I+ QE  + QLD++R  +M    KG++++ D  +P
Sbjct: 1107 YNTRFDVMVKWMDEVDNTLRNIFNDV-NTMEEFEREKAIFQNICKEADSKREDMKWLVQTLDSLASHCPESQALTEQKKLEALITRYKNLIPSLEVTMVKTDTLSKCYTYRRDVKEVCSLLKRVRDQSQREAQPQSLDSVNELIKHQEIAISQLDQQRPHIMSMLQKGKELVKDTNAP 1283

HSP 2 Score: 67.3958 bits (163), Expect = 1.101e-10
Identity = 50/235 (21.28%), Postives = 109/235 (46.38%), Query Frame = 0

Query:  202 LNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTE--TIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWD 434
            L  + EK+ FL ++N+    F   L EL+NW ++      +LL+  +   + P+ERV  T  LQS++  +I       ++ +    T    D P+ K   ++   +   + T+N  V ++ A   +D+K    + A  + + PW++K+E +  +G P+P +L EA     + K +  +        +     ++++T   ++  +  ++  R   +     +W +K + ++  W+
Sbjct: 1406 LENVQEKVVFLEQYNTKWSNFQNKLGELQNWSVQSA---PQLLSAVQEDNLPPEERVTKTTLLQSELCHKIN----LLDQLNAEALTLMIGDNPDVKQLQAQVSELQERVVTINRNVESQAASITKDLKNWQVYQASIQDIKPWIEKSEHRIQVGAPKPASLEEALILQRENKDFAKECDSQFGKIQNVAGLSQQITSKTNAPDEIDSIHSRWTIINETTHQWGQKLEKLVHTWE 1633

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: gb|KYB25172.1| (hypothetical protein TcasGA2_TC034351 [Tribolium castaneum])

HSP 1 Score: 76.6406 bits (187), Expect = 1.348e-13
Identity = 54/178 (30.34%), Postives = 89/178 (50.00%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVS-CARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y+ R + MV  MD+ D ++ N+  DV  T  EF++ K  F + C     + E  +WL  T ++L +     +   E KKL+ L+ RY  LIP +E T    D L K Y +  D+  +   L+ +  +S R     S     + I+ QE  + QLD++R  +M    KG++++ D  +P
Sbjct: 1107 YNTRFDVMVKWMDEVDNTLRNIFNDV-NTMEEFEREKAIFQNICKEADSKREDMKWLVQTLDSLASHCPESQALTEQKKLEALITRYKNLIPSLEVTMVKTDTLSKCYTYRRDVKEVCSLLKRVRDQSQREAQPQSLDSVNELIKHQEIAISQLDQQRPHIMSMLQKGKELVKDTNAP 1283

HSP 2 Score: 67.0106 bits (162), Expect = 1.120e-10
Identity = 50/235 (21.28%), Postives = 109/235 (46.38%), Query Frame = 0

Query:  202 LNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTE--TIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWD 434
            L  + EK+ FL ++N+    F   L EL+NW ++      +LL+  +   + P+ERV  T  LQS++  +I       ++ +    T    D P+ K   ++   +   + T+N  V ++ A   +D+K    + A  + + PW++K+E +  +G P+P +L EA     + K +  +        +     ++++T   ++  +  ++  R   +     +W +K + ++  W+
Sbjct: 1406 LENVQEKVVFLEQYNTKWSNFQNKLGELQNWSVQSA---PQLLSAVQEDNLPPEERVTKTTLLQSELCHKIN----LLDQLNAEALTLMIGDNPDVKQLQAQVSELQERVVTINRNVESQAASITKDLKNWQVYQASIQDIKPWIEKSEHRIQVGAPKPASLEEALILQRENKDFAKECDSQFGKIQNVAGLSQQITSKTNAPDEIDSIHSRWTIINETTHQWGQKLEKLVHTWE 1633

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: ADV36946.1 (Muscle-specific protein 300 kDa, isoform H [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.303e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1356 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1532

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: ADV36947.1 (Muscle-specific protein 300 kDa, isoform I [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.343e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1356 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1532

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: AGB92625.1 (Muscle-specific protein 300 kDa, isoform K [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.404e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1356 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1532

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: AGB92626.1 (Muscle-specific protein 300 kDa, isoform L [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.600e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1715 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1891

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: AGB92624.1 (Muscle-specific protein 300 kDa, isoform J [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.613e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1374 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1550

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: ADV36944.1 (Muscle-specific protein 300 kDa, isoform D [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.668e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1715 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1891

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: ADV36942.1 (Muscle-specific protein 300 kDa, isoform B [Drosophila melanogaster])

HSP 1 Score: 69.3218 bits (168), Expect = 2.686e-11
Identity = 50/178 (28.09%), Postives = 92/178 (51.69%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  +   MVD M+  D+S+ N+V +V  T  EF+K K  F    ++ + + E  +WL  T ++L++  +  E + E KKL+ L+ RY  LIP IE T    +   K Y +  ++  ++  L  +  +++     +S  +    IE+Q+  ++QLD +R  +M    +G  ++ D  +P
Sbjct: 1715 YHLKFNDMVDWMNGVDQSLKNIVNEV-NTMEEFEKEKVVFQKICQDADNKREDMKWLVKTLDSLLSYATEDEANLEQKKLEDLIARYKNLIPTIEITMVKTEVFSKCYTYRREVHEVVCLLSKVKDQTANIPAPDSLDRVNRLIEEQQYAINQLDHQRPHIMSMLQRGRDLIKDVHAP 1891

[Close]

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Match: EEB15072.1 (Nesprin-1, putative [Pediculus humanus corporis])

HSP 1 Score: 68.1662 bits (165), Expect = 5.293e-11
Identity = 49/181 (27.07%), Postives = 92/181 (50.83%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQF---TDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  + ++MV+ MDK D++I  + K    T  +F K ++ F +  + +E + ET +WL    + L++ ++  E ++E K L+ L+ RY  LIP IE T    +   K Y +    DD+  L++ + +    +      N+ +Q    I +QE  +  LD +R  ++    +G ++  DP +P
Sbjct: 1078 YHQQYQEMVNWMDKVDENIKKLFKKT-ETLDDFNKERQEFQNICKEVEGKRETIKWLVQNLDDLISSRNDSEAEKEQKLLQNLIARYKALIPTIEMTVTQTELFIKCYTYKKEADDVCNLLKRVGETSETTPHPETLNAVTQM---ITQQEAAVSNLDNQRSNIISMLQRGRELAKDPHAP 1254

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BLAST of EMLSAG00000010063 vs. nr
Match: gi|339787896|gb|AEK11985.1| (calmin-like protein, partial [Tigriopus californicus] >gi|339787898|gb|AEK11986.1| calmin-like protein, partial [Tigriopus californicus] >gi|339787900|gb|AEK11987.1| calmin-like protein, partial [Tigriopus californicus])

HSP 1 Score: 115.546 bits (288), Expect = 3.081e-27
Identity = 51/118 (43.22%), Postives = 81/118 (68.64%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLW 118
            MTFWQENY FIKDVYD R +KM++ M+  +K+I+ ++ D +YTSAEFK+ ++NF +  ++L + E  +WL    E LM +++ +E+ E+  KL  L+ER++ L+P +  T+  VD  W
Sbjct:    1 MTFWQENYHFIKDVYDMRHQKMLEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLYREEVKKWLQQMLEILMAERAKEERKEQISKLDGLIERHENLVPNVNQTQIKVDLYW 118

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|1067061714|ref|XP_018019630.1| (PREDICTED: chromosome partition protein Smc-like isoform X2 [Hyalella azteca])

HSP 1 Score: 122.479 bits (306), Expect = 3.920e-26
Identity = 74/232 (31.90%), Postives = 121/232 (52.16%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQD----------EEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP------IDGL-----------KARMEVLNRM 205
            M+FWQENY F+K+VYD R  K ++ MD  +  I  V+ +  YT+ EFK +K+ F S  R+LE+  T  WL    E L    +  E+           +E KKL+ ++ER+++L+    + ++ V    + Y F DD+ P+M+ L +    S + I+ ++    ED I+KQEK L  ++ +  +  E   +G K+ S+P +P      ID L           K R+E+LN +
Sbjct:    1 MSFWQENYGFVKEVYDFRCSKYLEWMDNIEAIIGKVMANTQYTAKEFKIIKDTFTSLCRDLEKENTKSWLDMMLEKLSAHSAEGEEGLSGRDKAMKAQEKKKLEAMIERHNSLMAPTMEAQSKVAHYSECYAFGDDIHPVMKVLNEQKHLSCKEIHPHTMEMVEDQIDKQEKVLRTIENQASIYNELIKRGAKLRSNPNAPSFLEKEIDRLETEWKETNEKAKIRLEMLNNV 232

HSP 2 Score: 72.4034 bits (176), Expect = 8.232e-10
Identity = 59/262 (22.52%), Postives = 116/262 (44.27%), Query Frame = 0

Query:  198 RMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQ-----DAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVW-------DKQAETAAKVSAAI 447
            R  ++ +++  L  LS+FN  +      + EL  W++    + + +   TE + P++RV    +LQ+ V+ ++   +    E   L   +  ED+   +S  +++     + +  TL+TM+++V  E     +D K+ A++  G K   PW+  AE      + +P  L +A     + K + A         + + ES  KM     SD + + L  R   V  +A E ++K   ++  W       +   ET   +S+A+
Sbjct:  323 RSVIVQKIEALLHELSDFNDRLNKLVEKMAELHAWMVPASEKLEFITTSTE-LTPEDRVKEIFDLQAQVNERLPLLEPLEAEAHDLLDAKGEEDSEVQQSETAKRHMEEFELIKETLTTMHEKVEIEAGSITQDQKHYAEYFQGVKNFKPWMDTAETVAKTPLAKPQTLEDALKLLEEVKTFEAGCCENKGKLDSAVESKSKMEKQTKSDNEVETLTGRWDGVKKVADERVKKVQELVDTWSELSTLTNNLTETICNISSAV 583

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|1067061712|ref|XP_018019623.1| (PREDICTED: chromosome partition protein Smc-like isoform X1 [Hyalella azteca])

HSP 1 Score: 122.479 bits (306), Expect = 4.125e-26
Identity = 74/232 (31.90%), Postives = 121/232 (52.16%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQD----------EEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP------IDGL-----------KARMEVLNRM 205
            M+FWQENY F+K+VYD R  K ++ MD  +  I  V+ +  YT+ EFK +K+ F S  R+LE+  T  WL    E L    +  E+           +E KKL+ ++ER+++L+    + ++ V    + Y F DD+ P+M+ L +    S + I+ ++    ED I+KQEK L  ++ +  +  E   +G K+ S+P +P      ID L           K R+E+LN +
Sbjct:    1 MSFWQENYGFVKEVYDFRCSKYLEWMDNIEAIIGKVMANTQYTAKEFKIIKDTFTSLCRDLEKENTKSWLDMMLEKLSAHSAEGEEGLSGRDKAMKAQEKKKLEAMIERHNSLMAPTMEAQSKVAHYSECYAFGDDIHPVMKVLNEQKHLSCKEIHPHTMEMVEDQIDKQEKVLRTIENQASIYNELIKRGAKLRSNPNAPSFLEKEIDRLETEWKETNEKAKIRLEMLNNV 232

HSP 2 Score: 74.3294 bits (181), Expect = 1.704e-10
Identity = 62/265 (23.40%), Postives = 119/265 (44.91%), Query Frame = 0

Query:  198 RMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQI---EKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQ-----DAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVW-------DKQAETAAKVSAAI 447
            R  ++ +++  L  LS+FN  +      + EL  W++    + + +   TE + P++RV    +LQ+ V+ ++   E  +A A +    K  E  ED+   +S  +++     + +  TL+TM+++V  E     +D K+ A++  G K   PW+  AE      + +P  L +A     + K + A         + + ES  KM     SD + + L  R   V  +A E ++K   ++  W       +   ET   +S+A+
Sbjct:  323 RSVIVQKIEALLHELSDFNDRLNKLVEKMAELHAWMVPASEKLEFITTSTE-LTPEDRVKEIFDLQAQVNERLPLLEPLEAEAHDLLDAKALEGEEDSEVQQSETAKRHMEEFELIKETLTTMHEKVEIEAGSITQDQKHYAEYFQGVKNFKPWMDTAETVAKTPLAKPQTLEDALKLLEEVKTFEAGCCENKGKLDSAVESKSKMEKQTKSDNEVETLTGRWDGVKKVADERVKKVQELVDTWSELSTLTNNLTETICNISSAV 586

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|1067061716|ref|XP_018019638.1| (PREDICTED: coiled-coil domain-containing protein 150-like isoform X3 [Hyalella azteca])

HSP 1 Score: 122.479 bits (306), Expect = 4.422e-26
Identity = 74/232 (31.90%), Postives = 121/232 (52.16%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQD----------EEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP------IDGL-----------KARMEVLNRM 205
            M+FWQENY F+K+VYD R  K ++ MD  +  I  V+ +  YT+ EFK +K+ F S  R+LE+  T  WL    E L    +  E+           +E KKL+ ++ER+++L+    + ++ V    + Y F DD+ P+M+ L +    S + I+ ++    ED I+KQEK L  ++ +  +  E   +G K+ S+P +P      ID L           K R+E+LN +
Sbjct:    1 MSFWQENYGFVKEVYDFRCSKYLEWMDNIEAIIGKVMANTQYTAKEFKIIKDTFTSLCRDLEKENTKSWLDMMLEKLSAHSAEGEEGLSGRDKAMKAQEKKKLEAMIERHNSLMAPTMEAQSKVAHYSECYAFGDDIHPVMKVLNEQKHLSCKEIHPHTMEMVEDQIDKQEKVLRTIENQASIYNELIKRGAKLRSNPNAPSFLEKEIDRLETEWKETNEKAKIRLEMLNNV 232

HSP 2 Score: 73.1738 bits (178), Expect = 4.522e-10
Identity = 60/260 (23.08%), Postives = 114/260 (43.85%), Query Frame = 0

Query:  198 RMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQI---EKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVW-------DKQAETAAKVSAAI 447
            R  ++ +++  L  LS+FN  +      + EL  W++    + + +   TE + P++RV    +LQ+ V+ ++   E  +A A +    K     + +  AK      + +  TL+TM+++V  E     +D K+ A++  G K   PW+  AE      + +P  L +A     + K + A         + + ES  KM     SD + + L  R   V  +A E ++K   ++  W       +   ET   +S+A+
Sbjct:  323 RSVIVQKIEALLHELSDFNDRLNKLVEKMAELHAWMVPASEKLEFITTSTE-LTPEDRVKEIFDLQAQVNERLPLLEPLEAEAHDLLDAKEDSEVQQSETAKRHMEEFELIKETLTTMHEKVEIEAGSITQDQKHYAEYFQGVKNFKPWMDTAETVAKTPLAKPQTLEDALKLLEEVKTFEAGCCENKGKLDSAVESKSKMEKQTKSDNEVETLTGRWDGVKKVADERVKKVQELVDTWSELSTLTNNLTETICNISSAV 581

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|1067061691|ref|XP_018019546.1| (PREDICTED: uncharacterized protein LOC108676008 [Hyalella azteca])

HSP 1 Score: 114.39 bits (285), Expect = 2.109e-23
Identity = 67/195 (34.36%), Postives = 114/195 (58.46%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVV-KDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLM---TDKSGKE------QDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKIL 185
            MTFWQENY F+K+VYD R  K  + MD  +  ++ V+ ++V YT  EFK ++++  S  R+LE+    EWL    E +    +D+ G        ++ E KKL+ L+ER+D L+P   +T+  V+   + Y + DD+ P M+ LE+M   SS+ I+ ++ +  E+ IEK EK ++ ++  R+   E   +G+K++
Sbjct:    1 MTFWQENYGFVKEVYDFRLAKYQEWMDNLEGIVSKVLSQNVQYTYKEFKIIQDSLTSLCRDLEKEGMKEWLDLMLEKVAIRASDEGGPSSRDKELRNAEKKKLQALIERHDKLMPPTIETQAKVEMYARCYAYGDDIKPTMKTLEEMRHLSSKEIHPHNMNMVEEQIEKAEKVINTVESSREQYEELLKRGQKLV 195

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|817182471|ref|XP_012271225.1| (PREDICTED: nesprin-1 isoform X4 [Orussus abietinus])

HSP 1 Score: 81.2629 bits (199), Expect = 2.426e-12
Identity = 53/178 (29.78%), Postives = 94/178 (52.81%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  R + MV  MD  D ++ +++K+V +T  EF+K K  F    R  + + E  +WL  T ++L +++S  E   E  +++ L+ RY  LIP IE T    D   KSY +  ++  +   L  +  +SS  + + SA Q +  ++ QE  L QL+++R  ++    +G+ +L D  +P
Sbjct: 1310 YRQRFDDMVRWMDHVDDTLRSILKEV-HTLEEFEKEKAIFQKICREADGKREDMKWLVQTLDSLTSNRSDHEATSEQYQMEQLITRYKNLIPTIEITMTKTDIYSKSYTYRKEVREVCTLLRRVREQSSAEVPSESAEQLQHAVDHQESRLGQLEQQRANIVSMLQRGKDLLRDQHAP 1486

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|817182473|ref|XP_012271233.1| (PREDICTED: nesprin-1 isoform X5 [Orussus abietinus])

HSP 1 Score: 80.8777 bits (198), Expect = 2.490e-12
Identity = 53/178 (29.78%), Postives = 94/178 (52.81%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  R + MV  MD  D ++ +++K+V +T  EF+K K  F    R  + + E  +WL  T ++L +++S  E   E  +++ L+ RY  LIP IE T    D   KSY +  ++  +   L  +  +SS  + + SA Q +  ++ QE  L QL+++R  ++    +G+ +L D  +P
Sbjct: 1310 YRQRFDDMVRWMDHVDDTLRSILKEV-HTLEEFEKEKAIFQKICREADGKREDMKWLVQTLDSLTSNRSDHEATSEQYQMEQLITRYKNLIPTIEITMTKTDIYSKSYTYRKEVREVCTLLRRVREQSSAEVPSESAEQLQHAVDHQESRLGQLEQQRANIVSMLQRGKDLLRDQHAP 1486

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|817182469|ref|XP_012271215.1| (PREDICTED: nesprin-1 isoform X3 [Orussus abietinus])

HSP 1 Score: 80.1073 bits (196), Expect = 4.630e-12
Identity = 53/178 (29.78%), Postives = 94/178 (52.81%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  R + MV  MD  D ++ +++K+V +T  EF+K K  F    R  + + E  +WL  T ++L +++S  E   E  +++ L+ RY  LIP IE T    D   KSY +  ++  +   L  +  +SS  + + SA Q +  ++ QE  L QL+++R  ++    +G+ +L D  +P
Sbjct: 1310 YRQRFDDMVRWMDHVDDTLRSILKEV-HTLEEFEKEKAIFQKICREADGKREDMKWLVQTLDSLTSNRSDHEATSEQYQMEQLITRYKNLIPTIEITMTKTDIYSKSYTYRKEVREVCTLLRRVREQSSAEVPSESAEQLQHAVDHQESRLGQLEQQRANIVSMLQRGKDLLRDQHAP 1486

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|817182465|ref|XP_012271197.1| (PREDICTED: nesprin-1 isoform X1 [Orussus abietinus])

HSP 1 Score: 80.1073 bits (196), Expect = 4.672e-12
Identity = 53/178 (29.78%), Postives = 94/178 (52.81%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  R + MV  MD  D ++ +++K+V +T  EF+K K  F    R  + + E  +WL  T ++L +++S  E   E  +++ L+ RY  LIP IE T    D   KSY +  ++  +   L  +  +SS  + + SA Q +  ++ QE  L QL+++R  ++    +G+ +L D  +P
Sbjct: 1310 YRQRFDDMVRWMDHVDDTLRSILKEV-HTLEEFEKEKAIFQKICREADGKREDMKWLVQTLDSLTSNRSDHEATSEQYQMEQLITRYKNLIPTIEITMTKTDIYSKSYTYRKEVREVCTLLRRVREQSSAEVPSESAEQLQHAVDHQESRLGQLEQQRANIVSMLQRGKDLLRDQHAP 1486

[Close]

BLAST of EMLSAG00000010063 vs. nr
Match: gi|817182467|ref|XP_012271205.1| (PREDICTED: nesprin-1 isoform X2 [Orussus abietinus])

HSP 1 Score: 80.1073 bits (196), Expect = 4.879e-12
Identity = 53/178 (29.78%), Postives = 94/178 (52.81%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y  R + MV  MD  D ++ +++K+V +T  EF+K K  F    R  + + E  +WL  T ++L +++S  E   E  +++ L+ RY  LIP IE T    D   KSY +  ++  +   L  +  +SS  + + SA Q +  ++ QE  L QL+++R  ++    +G+ +L D  +P
Sbjct: 1310 YRQRFDDMVRWMDHVDDTLRSILKEV-HTLEEFEKEKAIFQKICREADGKREDMKWLVQTLDSLTSNRSDHEATSEQYQMEQLITRYKNLIPTIEITMTKTDIYSKSYTYRKEVREVCTLLRRVREQSSAEVPSESAEQLQHAVDHQESRLGQLEQQRANIVSMLQRGKDLLRDQHAP 1486

[Close]

BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold150_size309978-snap-gene-1.12 (protein:Tk09110 transcript:maker-scaffold150_size309978-snap-gene-1.12-mRNA-1 annotation:"muscle-specific protein 300")

HSP 1 Score: 263.077 bits (671), Expect = 4.739e-80
Identity = 148/301 (49.17%), Postives = 206/301 (68.44%), Query Frame = 0

Query:  192 IDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLSQEAANA 492
            +  +K RM +L+RMDE+L  L +F   +K FD +L ELE W  EG+ R +ELLNP + + P+ERVM TMELQSDV+ Q++K +   EEWD++KPTE  E T EA++F  R + +++ L  + +EV+ EG KFGED+KYLADFT+GCK+ +PW+  AE KK  GM +P NL EAK      + W  D+     + + +  SA+KMTLH++ D+K+    +R  A+   A++WI +   M++VW KQA+TAAKVSAAI++ P DG+  EM LEDLEKHL+SLK MFIEKQKMM  L +   +A
Sbjct:  306 VKAIKTRMSILDRMDERLTNLDDFIKRLKAFDVSLKELEKWNAEGRTRMNELLNPPKPLLPEERVMYTMELQSDVEVQLDKHRKHGEEWDQIKPTEGPEKTDEAEAFVKRLEVVNAFLGQLLEEVKNEGEKFGEDIKYLADFTSGCKKFEPWIGAAEVKKKAGMHKPKNLDEAKASLTDAQKWKQDSDQMKAVLDAAHTSAQKMTLHDEPDLKHDINIKRWQAIDAAAQDWIRQLQAMVEVWQKQADTAAKVSAAIAADPADGA-PEMNLEDLEKHLNSLKQMFIEKQKMMAQLEKSGGDA 605

HSP 2 Score: 263.077 bits (671), Expect = 5.260e-80
Identity = 120/191 (62.83%), Postives = 163/191 (85.34%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            MTFWQEN++FIKDVY++R+ K+++LMDKTDK++  V+ D IYTS EFKKVKE F   ARNLEQP+T EWL+ TK+TL++D+   EQD+E+KKL+ LL+R+D+++P+I+DTK  VDCLWK+YQFTD+LAP ME++ED+ S+SSR I TN+A++TEDHI+K EK +DQ+DKKRK +++   KGEKIL+DPKSP
Sbjct:    1 MTFWQENFSFIKDVYESRSSKLIELMDKTDKAMGAVLADKIYTSNEFKKVKEVFAGLARNLEQPDTKEWLTVTKDTLLSDRPN-EQDDESKKLQALLDRFDSIMPRIDDTKKAVDCLWKAYQFTDELAPYMEFMEDLRSKSSREIVTNAANETEDHIDKHEKCMDQMDKKRKSILDQLAKGEKILADPKSP 190

[Close]

BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold95_size379157-snap-gene-0.23 (protein:Tk00594 transcript:maker-scaffold95_size379157-snap-gene-0.23-mRNA-1 annotation:"calmin-like protein")

HSP 1 Score: 172.555 bits (436), Expect = 7.237e-52
Identity = 77/162 (47.53%), Postives = 118/162 (72.84%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEK 162
            MTFWQENY+FIK+VYD R  KMV+ MD  + +I  V    +YTS+E+K+ K+NF S  +NLE+ ET  WL+ T ETLM +++G+E+ EE KKL+ ++ER+ +LIP+I++T    +C WK Y + DDL P+ E+++D+ +RS + + + +  QTE+H+E+QEK
Sbjct:    1 MTFWQENYSFIKEVYDTRYFKMVEWMDNVEMAIQKVCASKVYTSSEYKREKDNFHSLCKNLERAETKRWLAETLETLMKERAGEERKEEQKKLEVIIERHKSLIPRIQETLIKTECYWKCYSYGDDLIPIFEFIDDLRNRSIKDVQSGNQEQTEEHMERQEK 162

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BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold95_size379157-snap-gene-0.18 (protein:Tk00588 transcript:maker-scaffold95_size379157-snap-gene-0.18-mRNA-1 annotation:"Nesprin-1")

HSP 1 Score: 165.236 bits (417), Expect = 8.154e-45
Identity = 81/191 (42.41%), Postives = 126/191 (65.97%), Query Frame = 0

Query:    1 MTFWQENYAFIKDVYDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLEQPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTEDHIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            MTFWQENY FIKDVY  R  KMV+ M+  +K+IA ++ D +YTSAEFK+ ++NF +  ++L++ E  +WL    E LM ++   E+ E++KKL+ L+E+++ LIP +  T+  VD  WK Y + D+L P +E+L+ ++  S+R I  +     ++ IE+QEK L+QL+ KR VV E   KG+ +L +P  P
Sbjct:    1 MTFWQENYPFIKDVYIMRQTKMVEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLDRAEVKKWLQQILEILMAERGKDERSEQSKKLEELIEKHENLIPNVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKALNQLETKRNVVNELILKGKALLENPDKP 191

HSP 2 Score: 142.895 bits (359), Expect = 6.452e-37
Identity = 83/299 (27.76%), Postives = 158/299 (52.84%), Query Frame = 0

Query:  189 KSPIDGLKARMEVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTP-EAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMMEGLS 486
            K  +  +  ++E++ + DEK+K + EF   +  FD ++ EL+ W+ +G ++  ++   ++ + P++RV  TMELQ D+  ++   +      + L P   G+  P +A+ + +    +   ++ +   V  E   F EDVKY A++  G K   PW++ AE K   G+ +P  L +A   F   K +         + E +  ++ KMT H+++D +   L+ER   V V+A EW+ K D ++K W     T +++++ ++    DG+ ++  LE +E  L  LK +F EK+K++E L+
Sbjct:  304 KKEVKAITDKLELVQKFDEKVKKIEEFVGNLSTFDKSMKELDKWMTDGTQKLIDIKEKSDQMTPEDRVSYTMELQEDIGDKVIVIQELIASEEGLLP--QGDKCPSDAEDYKAELRRIEQYVTDLQKRVMTECDNFSEDVKYWAEYKTGIKEFRPWLENAETKSTEGLHKPQTLDDANGMFATVKDFAESCIKNLRVLEAATAASLKMTTHKEADSEVAELRERYNKVKVVADEWVTKVDTLVKEWQLLDTTVSELNSWVAEDRKDGNENQFSLEKMESTLGELKNIFKEKEKLVENLN 600

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BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold95_size379157-snap-gene-0.22 (protein:Tk00590 transcript:maker-scaffold95_size379157-snap-gene-0.22-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC578961")

HSP 1 Score: 139.813 bits (351), Expect = 8.124e-38
Identity = 85/285 (29.82%), Postives = 157/285 (55.09%), Query Frame = 0

Query:  229 LENWLIEGKRRKDELLNPTE--TIEPQERVMATMELQSDVDTQIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKRVDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVWDKQAETAAKVSAAI--SSKPGDGSGSEMKLEDLEKHLDSLKLMFIEKQKMME-----GLSQEAANAAILESKEEAVPP 504
            +ENWL E +++ D+++ P+   +  P++RV   ME+Q D+  + +      +E +++ P E  + T +AK F +R      T++ + +EV+ E  KF +D+KY A+F  G K  +PW+KKAE KK  G+ +P  L EA       K +  +      I +++ +SA  MT+H ++D++ +A K R   V   A  W+ +   +++ W+K      ++++ +  ++K        + +E LE  L+ LK++F+EKQK+++     G+ ++A N AI  S+  AV P
Sbjct:    1 MENWLREARQKMDDIIKPSSDSSFSPEDRVTRAMEMQEDIMKRSDYLDRYEQEREEIFPKEEEKVTADAKVFLNRLVQARKTINDLAEEVKQECTKFSQDIKYWAEFQTGVKTFEPWMKKAEEKKLKGLGKPETLEEACQILGAAKGFQEECENKLRILDEAAKSALLMTIHAEADLRVEAFKTRWNNVHQTAMAWVARMTTLVQCWNKLEGNVDELNSWVEDTTKSAPEDCGTIPIEKLEGQLNQLKVIFMEKQKLVDDLEAYGVEEKAKNDAIAASQVVAVNP 285

[Close]

BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold207_size258870-snap-gene-1.17 (protein:Tk01452 transcript:maker-scaffold207_size258870-snap-gene-1.17-mRNA-1 annotation:"PREDICTED: nesprin-1-like")

HSP 1 Score: 82.0333 bits (201), Expect = 1.997e-16
Identity = 78/316 (24.68%), Postives = 146/316 (46.20%), Query Frame = 0

Query:  200 EVLNRMDEKLKFLSEFNSTIKVFDGTLTELENWLIEGKRRKDELLNPTETIEPQERVMATMELQSDVDT---QIEKTKAAAEEWDKLKPTEAGEDTPEAKSFASRQDAMSSTLSTMNDEVRAEGAKFGEDVKYLADFTAGCKR----VDPWVKKAEAKKAMGMPRPNNLVEAKDFFNQTKIWLADAXXXDNIXEQSXESAKKMTLHEDSDVKYKALKERLAAVLVIAKEWIEKYDGMIKVW----DKQAETAAKVSAAISSKPGDGSGSEMKLEDLEKHLDSLKLM---FIEKQKMMEGLSQEAANAAILESKEEA 501
            ++L   DEK++ L E +     F   L EL++W+ + K + +++      + P +RV  T+ELQ DV     Q+EK +  A    +  P  A  +  + +    ++D     +  +N  V A+     +D+    D    C+     + PW++KAE K AMG+PR  NL +A +   Q K +  +    + +  Q+ +    ++  +       ALK RL AV     +WI + + ++K W    +   E    + A +++  G  +  ++ ++ L   LD LK +     +KQ  + GLS++    A+  S++ A
Sbjct: 2028 DLLEECDEKIQHLGELDVKWTEFHKNLGELKDWVGKAKGKLNQITKLD--VSPDDRVKMTLELQQDVKCKMKQLEKLETDAHNLFENVPHTATVNDLKIEVETVKKD-----VEALNMNVDAKSVAIAKDL----DIWNACQNDLLNIKPWLEKAEMKVAMGLPRHTNLQDALNELTQLKRFEEEIFGKEKLLVQAADKGANLSCGQGISDDVDALKSRLQAVKANVTQWIPRLEDLVKTWKHFDNGYDEIDGWIEAKMTNMKGHDNLGDLSIDALTGELDQLKALNDNLTQKQVELLGLSKDCDIVAMNMSQDTA 2332

HSP 2 Score: 70.4774 bits (171), Expect = 7.689e-13
Identity = 53/181 (29.28%), Postives = 91/181 (50.28%), Query Frame = 0

Query:   15 YDARAEKMVDLMDKTDKSIANVVKDVIYTSAEFKKVKENFVSCARNLE-QPETAEWLSSTKETLMTDKSGKEQDEEAKKLKFLLERYDTLIPKIEDTKNVVDCLWKSYQFTDDLAPLMEWLEDMVSRSSRSINTNSASQTED---HIEKQEKTLDQLDKKRKVVMENQTKGEKILSDPKSP 191
            Y+ +  +MV  MD  D S+A + K     +  F+  K+ F    R+++ + +  +WL    ++L++ ++      E K+L+ L+ RY ++IP IE T   VD   KSY F  +   +   L D+    ++SI  N  +  ED    + ++E  L QLD  R  V+    KG  ++ DPK+P
Sbjct: 1727 YEKKFSQMVRWMDTVDNSLAKMFKGQADANT-FEGEKQGFQELCRDVDNRRDDMKWLVQKLDSLVSQRADDAGLSEQKRLEGLITRYKSMIPVIEMTMQKVDIYSKSYHFQAEAHNVHNLLNDI---QNKSIEDNFPATEEDVQALVNREEAILQQLDDHRGPVLSLLQKGLDLMRDPKAP 1903

The following BLAST results are available for this feature:

BLAST of EMLSAG00000010063 vs. GO
BLAST of EMLSAG00000010063 vs. C. finmarchicus
BLAST of EMLSAG00000010063 vs. L. salmonis peptides
BLAST of EMLSAG00000010063 vs. SwissProt
BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
BLAST of EMLSAG00000010063 vs. nr
BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000010063 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000010063 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592892930\|gb\|GAXK01065445.1\|	1.220e-67	43.14	TSA: Calanus finmarchicus comp4378_c1_seq1 transcr...	[more]
gi\|592822053\|gb\|GAXK01132515.1\|	2.715e-62	50.00	TSA: Calanus finmarchicus comp27602_c1_seq3 transc...	[more]
gi\|592822054\|gb\|GAXK01132514.1\|	6.036e-62	50.00	TSA: Calanus finmarchicus comp27602_c1_seq2 transc...	[more]
gi\|592822055\|gb\|GAXK01132513.1\|	3.511e-60	37.18	TSA: Calanus finmarchicus comp27602_c1_seq1 transc...	[more]
gi\|592922442\|gb\|GAXK01035947.1\|	5.729e-60	51.02	TSA: Calanus finmarchicus comp109346_c0_seq1 trans...	[more]
gi\|592822056\|gb\|GAXK01132512.1\|	1.121e-58	37.18	TSA: Calanus finmarchicus comp27602_c0_seq1 transc...	[more]
gi\|592832153\|gb\|GAXK01125391.1\|	1.197e-57	50.79	TSA: Calanus finmarchicus comp24050_c0_seq1 transc...	[more]
gi\|592781806\|gb\|GAXK01172762.1\|	3.778e-51	34.11	TSA: Calanus finmarchicus comp1017282_c0_seq1 tran...	[more]
gi\|592922438\|gb\|GAXK01035951.1\|	3.799e-50	35.21	TSA: Calanus finmarchicus comp109346_c2_seq4 trans...	[more]
gi\|592922439\|gb\|GAXK01035950.1\|	1.780e-49	35.21	TSA: Calanus finmarchicus comp109346_c2_seq3 trans...	[more]

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BLAST of EMLSAG00000010063 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 4


Match Name	E-value	Identity	Description
EMLSAP00000010063	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s663:14495...	[more]
EMLSAP00000006584	4.015e-53	43.98	pep:novel supercontig:LSalAtl2s:LSalAtl2s361:36715...	[more]
EMLSAP00000006540	6.937e-44	41.36	pep:novel supercontig:LSalAtl2s:LSalAtl2s358:36916...	[more]
EMLSAP00000011113	1.080e-9	32.71	pep:novel supercontig:LSalAtl2s:LSalAtl2s751:61573...	[more]

BLAST of EMLSAG00000010063 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000010063 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 14


Match Name	E-value	Identity	Description
gb\|KYB25173.1\|	1.337e-13	30.34	hypothetical protein TcasGA2_TC034351 [Tribolium c...	[more]
gb\|KYB25172.1\|	1.348e-13	30.34	hypothetical protein TcasGA2_TC034351 [Tribolium c...	[more]
ADV36946.1	2.303e-11	28.09	Muscle-specific protein 300 kDa, isoform H [Drosop...	[more]
ADV36947.1	2.343e-11	28.09	Muscle-specific protein 300 kDa, isoform I [Drosop...	[more]
AGB92625.1	2.404e-11	28.09	Muscle-specific protein 300 kDa, isoform K [Drosop...	[more]
AGB92626.1	2.600e-11	28.09	Muscle-specific protein 300 kDa, isoform L [Drosop...	[more]
AGB92624.1	2.613e-11	28.09	Muscle-specific protein 300 kDa, isoform J [Drosop...	[more]
ADV36944.1	2.668e-11	28.09	Muscle-specific protein 300 kDa, isoform D [Drosop...	[more]
ADV36942.1	2.686e-11	28.09	Muscle-specific protein 300 kDa, isoform B [Drosop...	[more]
EEB15072.1	5.293e-11	27.07	Nesprin-1, putative [Pediculus humanus corporis]	[more]

Pages

BLAST of EMLSAG00000010063 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|339787896\|gb\|AEK11985.1\|	3.081e-27	43.22	calmin-like protein, partial [Tigriopus californic...	[more]
gi\|1067061714\|ref\|XP_018019630.1\|	3.920e-26	31.90	PREDICTED: chromosome partition protein Smc-like i...	[more]
gi\|1067061712\|ref\|XP_018019623.1\|	4.125e-26	31.90	PREDICTED: chromosome partition protein Smc-like i...	[more]
gi\|1067061716\|ref\|XP_018019638.1\|	4.422e-26	31.90	PREDICTED: coiled-coil domain-containing protein 1...	[more]
gi\|1067061691\|ref\|XP_018019546.1\|	2.109e-23	34.36	PREDICTED: uncharacterized protein LOC108676008 [H...	[more]
gi\|817182471\|ref\|XP_012271225.1\|	2.426e-12	29.78	PREDICTED: nesprin-1 isoform X4 [Orussus abietinus...	[more]
gi\|817182473\|ref\|XP_012271233.1\|	2.490e-12	29.78	PREDICTED: nesprin-1 isoform X5 [Orussus abietinus...	[more]
gi\|817182469\|ref\|XP_012271215.1\|	4.630e-12	29.78	PREDICTED: nesprin-1 isoform X3 [Orussus abietinus...	[more]
gi\|817182465\|ref\|XP_012271197.1\|	4.672e-12	29.78	PREDICTED: nesprin-1 isoform X1 [Orussus abietinus...	[more]
gi\|817182467\|ref\|XP_012271205.1\|	4.879e-12	29.78	PREDICTED: nesprin-1 isoform X2 [Orussus abietinus...	[more]

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BLAST of EMLSAG00000010063 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 5


Match Name	E-value	Identity	Description
maker-scaffold150_size309978-snap-gene-1.12	4.739e-80	49.17	protein:Tk09110 transcript:maker-scaffold150_size3...	[more]
maker-scaffold95_size379157-snap-gene-0.23	7.237e-52	47.53	protein:Tk00594 transcript:maker-scaffold95_size37...	[more]
maker-scaffold95_size379157-snap-gene-0.18	8.154e-45	42.41	protein:Tk00588 transcript:maker-scaffold95_size37...	[more]
maker-scaffold95_size379157-snap-gene-0.22	8.124e-38	29.82	protein:Tk00590 transcript:maker-scaffold95_size37...	[more]
maker-scaffold207_size258870-snap-gene-1.17	1.997e-16	24.68	protein:Tk01452 transcript:maker-scaffold207_size2...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s663	supercontig	LSalAtl2s663:144957..208544 -

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-LSalAtl2s663-augustus-gene-2.10
Biotype	protein_coding
Evidence	IEA
Note	PREDICTED: chromosome partition protein Smc-like isoform X2 [Hyalella azteca]

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000010063 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000010063	EMLSAT00000010063-705910	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s663:144957..208544-

gene from alignment at LSalAtl2s663:144957..208544-

Legend: mRNA

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

>EMLSAG00000010063-692829 ID=EMLSAG00000010063-692829|Name=EMLSAG00000010063|organism=Lepeophtheirus salmonis|type=gene|length=63588bp|location=Sequence derived from alignment at LSalAtl2s663:144957..208544- (Lepeophtheirus salmonis)
ATGACTTTTTGGCAAGAAAACTACGCTTTTATTAAGGATGTCTACGACGC
AAGAGCTGAAAAAATGGTGGACCTCATGGATAAAACGGACAAGTCCATTG
CAAATGTCGTAAAGGATGTAATTTACACTTCAGCTGAATTTAAAAAAGTC
AAGGAGAATTTTGTGGTAAGAATTTGACGTCTTTATAATATAATAACTAT
TTTATAGGTATAATTAATCAAAAGATTACAAAATTATTTGGAAAATGTCA
ATCTTTTTTTGAGATCATGAAATTAACTTTCTAATGAGCTGATGCTTTAG
TATTCTTATGATAGATGCATTTTTAACATAGTTGGACTGATTATCTGACA
AATCGTTTTATTTGATCGGAGTTTTTAACTTTATTTTTCCGTCCATGCGA
ACTATAACTAATCAACTAGAATCAGTTGATACTGGTATGAAAGTATATAT
ATATCAAAGTCCTGTTCTTCTGGGTAAACTTGAATAAAATCGAACGGAAC
AGTCTGAAATTTGGAAAGCACATACTTGGTTGAGCTATTGGCAACCATGT
AAATATACTAATTGCCCTATTTTTGCAATACACCCCTGAAAATAGAAATG
TAACTTATTTTTTAACAATAAACCAATTTTTTTATTAAATCAAGAATGAA
AAAGTAAATATCTAATGAATACCACTTTATATCCGAGTGAGCCCTAGGAG
GCTGTTAGAAACAAAATTATTTTACATGTGAAAAAGTTGTCCACTTATCT
ATATGAAAAAAAGGACAAGGAGTATTTAAAGCAACAAACTGGGCCTCAAA
GTATAATTTATTTATTATAATTAAAAAATCGGAAGAAATTGATTTAAATA
TAAATAATAAATGGGACGTAGATATTGAAAATCGTACAAACTACATATAT
GTACAATTTTCAACTTGTACGCAGTTTATAAGTATACGGGTATGTAAGTT
TTGAAATAGGCATAATCCTTTGGGTTGTAGATGTATGTACGACATTCCAA
CTTGTTTTGTTTTTTTAAATATGTAGGTATGTACTTAAAGAAAGCAAATG
CCCCAAAATATATATATATGTAAATGAGTTTACCTCCCCGATATATACAG
TATTTATGTTGGATATTTACTTTTCCGAAATAAGTACACTTTAAAAGTTT
TATTACAGGGATGATTTAAAAAAATAGATAATTGAATGTATATGTAATCC
AACTTATACTAGTAATATTGTTAACAATTAGAATTGTACAAAATATGACC
GGAAGGACGTAAAAAACAAGAAAATGAACGTGGGGCCCCTGACAATTTGA
AGAATGTTTAGGAGAAGCAGAAATTAAGACGTTTCATTAAATGAGCTACA
GGCAGCTGAGTGACAAATGAATAAATACCATATCTAGCATGGCCAGACCT
AAGCAGCAATTACTCCGATGTTGATCGTACAATTCTACTCTGAGTCCAAC
AAGGACCTACATTTATAACTACCGAAGGAAAAACGTAAAAAAAATGATTT
TTTAGATTCTAAAAAGGAAAATACGGATGAACCACCGTTCCTTTCACTAT
ATTTGCTTATTCTTTAATCAATCATTCCACTCTGAATGATGAATTTCTGC
TTAATTTTGATGTATTTTATTTTTTTTAATCCTTAATACAATAATTATAT
CTATGTAAAATTAAAATTTTACGATACTTTTCATGCATCAATGTTATTTT
AAATGTTGATCAAGCATAGCAAGCAGCTGATGATAGCAAAGGTCTGGATT
CAGATATGCCACAAATCTTACTCCTCCCATTTCCTTGCACTCTACGAAAT
GCCCATGCCTAATTATAACTCCTTACCAATCCTACAGATTAATCTCTGTT
TTCATAGACAAACACACAATAATTACTGTTAGAAGTGAAGACTAATGAAA
AATGATTTGGAAAATAAAAACACCTTTCAGGCTGCAACTACAATTGCACG
CGTTCTAGGTCATATTTTATAAATCTCTATAGTAACAGTAAATTAAAATT
AGAATTGGAAATTTACCTAGGCATATTCATTATTAGGTATAATGTCAATG
ACATACCTTGGCACATTATACATACATTTACCTAAGTATTAGATTTGCCA
ATATGCAAATATAAATAATTTGTTTATCAAAAATGTATTTTTTTTAAATA
GTCATTATAGTTTGAAAACATTCTATAGATTTCTAACTATCTCAGTTAAT
ATTGTACAATGTTCTGTTTAGCACTATAAAGACTATTAAAGGGTGTTTTG
AATACATTTAGATTATAGTTATCCCTAGTAGAGTCCAGATTTTTCGGGTG
CAAAATTTTCATTTCCATTAGATTTTTTAGTGATAGGGGTCATACATAAA
TGAGATCTGACTAAAAGTTCTAAAATTTTAGTCCTCATTCCTCCTGTCTT
TTTTTTTTTTGTCCTGAAACTGAGAAAAGGTAAATGTAACGTCTTTCACA
AATTTTCAGTTGACCTTTTTTTACAATTTTTTTATACTTAAAAAAATTTC
AAATATCGATAACAAATGTAGCATGAGCACGCCACAAAAAAAAAATCATT
ATCCACAATGTGGTGGTCCAGTATATAGTTTGTGGCGGYACATATATGGA
CTAAAAAATTGATTGCTTTTTAATTTATTTTTCTAGCACCCCAAATACAT
TTTGAATTTACAAATAATAAATATTTTCATACATCAAATAATATTACCAT
TCAGGGAATTGTAGTATTTTGCTGCATGATGGTACAACTCTCGACCATTT
TGTAAATTTTTTGAACCCCCTACCCTTCTCTGGATATGATATATTTATAT
AGTTCCATACAAAAATGCAAAAAACTTTGTGCTTCGATTCATCTGTTCTG
GTGTATAAGGGTTCATTTCATTAGGCAGGACTAAACGAAATTGATTAGTT
ATTAATGAATTTTGTATTACACTGAAGAGACGGTGGAAACAAAACTAAAC
TGGATGAAATGTGATGCAATGAGATTAATATCTACAAGTTGATGAATTAA
AAATTTGAATCTTCTTTGAGACCGTCTAGCCTTAGTTCTAAAAGTCTGAC
AATTTTGTACTTAGTGCCATTCAAAAGAAGTAACAAAAAGCTATAATTTG
ATGTTTGCTTCGTTTTTTTGCAATCAAAAATGTTCTAGCAACAAGCAAAA
CAGTAGAGGCGCACGTGTTGATCTTCGACAAGAAGATCTTATTAGTGGAT
GCCGATCGGGACAGGAGAAATTTTCGCTTCTAGACTGAATCAAGAGATCA
GGTCGAGATAACCCTCAGAACCAAACAGCTCAGATCATGGTCCTCGGCGT
CGTGGCGTCCAACGGGAGCAAGATGCCCCCTACTTCTTCAAAACCAACGA
GAAAATCACCAGGGATGTATACTACAAGGTCCTCAGGTATCATGTCTTGT
CATAGTTGAAGAGCAGTTTCGCTAGGGACAACTATGTGTGTACCAAAGAC
AGTACCCCGGTACACACGTCCAAAAAGGTGCAGCATTTTTGCAGGGAGAC
ATGGCTGCCTTCTGGCCGGCAGACTTCTGGMTTCTGCCCTAATCCGACGT
GAACCCCTTGGTCTTCGCTGTGCAGTGTGTCTCGGAGGGCAATACAAACA
AATCTTATCAGCCGAATGTCGATACCCTGAAGGCCGTGGTCACAGAGAGG
TGGATCAACTTATGCACGGACTTCATTAAGGCCACCTGTGCTTCTGTTCG
TCCCCATATTGAAGCAATCATTCAGAATGGAGAGGGACATATTCAATAAA
AGCTGTAGAAAATTGTTGAATAACCAACTTTTAATTCAAAAGTTTTCCAT
AAAAATTGCACAAAATAAAAATATGTAGAAGTGATAATAATGTTTCATTC
TTATACAGTCAAACCTTGTCAAACAGCTACTTATTTTAACGTGTCACCCT
CCTAGGCGTTTATATTTAGTTTTGAACAAGAATTAAGAAAAAATTTAATG
TCCAATTTTTTTTAACATCATATATTAAACAGTTGGCCTATTTTAGTCAA
TTTTAATCTCTATTTGAAAGAAAATCATTTTTTTTATTATTTAAATTTCT
AAAATGAGTTTATATAAGACTTTATTCGATTTATTACATTTAATTTGGGC
CCCTTTCAATATAAATCTATCAATTTTTAATTATTTTATTGGAGCAATGA
TTTTTTTTCTTCATCAAAACATTTATTAGAATAATTTGTCGGTAGAAAAT
GAGGCAAATTGTCGAAAAACATACATGTAATACAGACTCAATTTTGCAAT
AAATCCCTTTAGCTTCATTTTGTGTTGATATGGGAAATAGGTAAATTCGT
ATTAGAATGTTCAATGAATTATTAATTATAATGTATTATGAAATGAAGGT
AAAACGATGTAGTCGATCAATTAAATTAAAAGCCTAAATTGTTTAATGCT
TATGGGTATATTAAACATTTTTTATGGTTGCTATCAATAAGAAATAATTG
ATTGATGTATCAATGTACTAAGATAGGTATAGTTCGATTTGTAAATCATA
AGCATTTTCTAGTTATAATATATATATATATATATAATCGAAAATTTACA
TGGTGACCGTGACAATTAGAATAATGTTTCAGAATTAGGAGCTAATTTTT
GATGAAGTTTCATGTACTGAAAAAGCAACTTCTTAAAGCATTAATTTGTC
ATGAAGTTTCATAAAATCAGCTGTGAGAGGATGTAAAAAGAAGAAAATAA
TCACACATACTACTTTGTATAAAGTAAGGACACGGTCAGTCCATTTTCGA
TCCTTTATTCGACTCTAAGTCCAACTAGACTTAAAGATATAAATCCTTAA
AGAATTATCAGTCTTACTCTACTTCTTTCAAGAGGACACACACTGGGTAT
TAGTTTATACTTAGAAGTTATCTCCTTTAAAAAGAAAATAATAATGATAA
GATCATTGAAAAATAAAGACGGAGAGAGTAAGATCGTATATTTTTTTGGG
AATTATATTATGGATAAGTCCCTGTGGAATTGTAAAGTAGAACTGAGGAT
CGACATCGAAGTAATTCTTGTTTATGCTCATGCTAGATACAGAGTGGGAT
TTAGGAGTATTTCCATAATCCCATAACTACCTTCATGTAACGTCATGACG
GATAAACTGCTCTCCTCAAAAGATATTCAGGATGACCATGTTATTTTTCG
TTTTCTTGTTTGAACATACCAGTATATAGAGACGCTATAACCATATAGTA
GGGGTATGAATCCAAGAAAATGAAGTTTCAAAAAATAAAATGTAATGGTT
AGAGAGATAAATGAAAGTATGATTGATGGTTTGTTCATAGTTTTTGAAAC
AAGTTAACAATTTTTAATAGTACTTTTTCCTATTTCGTCTGTTTATTTTT
GTGGAAATAATAAGTATAATTTGCTCAACAAAATAAAAGTACATAATATT
TAAAAGCAGGTTAATTTATTTACTTACAGGCAGCCATTAGAAAATAAAAT
AAAGCATTACAAAGTAATGTAGGTATGTAAACATACAATCCTCTAAGTAT
ACCTACATCCTCCTGTTACATGCATAATTGATGCCCTAAAACATCCATGT
GTTATGCATTGAAACTTTCTTAAAGACAATCCGTATTTTGTTGTTTTACC
TTATCTTGAATTTGGAGACTGCGTATAAATGGGTTAGCGCATCTATCATC
TGTATAATCTTCAATAATCAACTCCGCTCTCTTTCAAAATGATGAGATTT
TGGGATTTAAAATATACTCTGGCTGTCGGAGTGAAAATATGTACTGCAAC
TCCCTGAATTATTTAATATAAAATATAGGTATGTTACTCACGTAGAGGAC
GCTGTGAAAAATGGGTTTTCACTCCCAATCTACAAACTGTTACGCCACAA
AGCAGTTAATATATTTTTTTTAGTTTGAAGAGAAGGATCATGATTCTTTG
AAGTCATTCGGACAATTGGCACCCCAAGATAATCAGAAGACTGAGAGACA
AGGTATATCAATCATTTTTTCAACTGTGCCAAGCGGATCTGACGAAAAAG
AAGATAAATAAGTTGTGTGTTCAAGAGCCGTATGGGACACTCAACCCACA
CGACTGTTGAAATACAAATTTGTGCCAAATCACGAATAAGGGCAACAAAA
CAACTTATCTGTTGGAAAGAGCAAAGAAGATTCTAAATTTTCTTGTTGCC
AACAAAAATTCGGTTATAGTTTTGTTCTTTTCTGATGAAAACAATTTCAC
CGTTGATGCCACTGTGAATGTACAGAACATCCTCTACGTCACAACCCAAC
ATCCAAACCATGTCTCAGCTTCAGTAAGACATGTCTTCAAGATAAAAAGT
CCCGCCAGAACCATGGTCTTGGGAGTTGTAGGGTATACCCTCCCATTTCT
GTGGAGAGGAAGAAGCGGCTCAATACAGATGCTTACTTTGAACTTCTCTG
GATAAAAAAAGTGCTACCTTGGAACACAGAAAAGTTCAGGGGGAAATTTC
CTGAGAGGCAATTTTCTGTTCTCTTGGTACCTCAACATGTGGCCACCCTC
TCTTCCATCAGTGCAGCCCTTGGACTACTGTATCTACAAGTGTCGGGAGG
AGAGAGTGTGTGCTACTCCTCCGAAGTGTGTCCAGTCTCTTAAGGCTCCA
ATCAAGAAGGAGTGGACCAAGCTCGAGTCCGACTACATAATCAAAGTCTG
CAAGGGATTTAGGCCTCGTACTGAGGCAATTTAATAGAGCTGAATGCTCA
TATCTTAAATAAAACTTGTGCCGAGTACTATTTTCAGATTTTTTTTGTAA
AAAAAATATCCTCAAAAAAATGTGTAGATCTAGATAAGATCAACAACGTA
TAGTGTTGTTTTATCATATATTTATTGCGTTAAAAAATTGTGCGTGCTTT
TCAATCTTTCTTTTTTATCAAAAAAGTGTATTCCATATACCTGGACCCTA
AGTATATTACCCATAATTGGACCTTCCATCTCCTTTCAAAATCAGTCAAA
GTGCTTACCGTGTAAATAACTCAAATAATTGGGATCCCTCGGTTACTTCG
AATAACCAAGTTATTTCCGTATCCTTTAAAGGTTGCGATCATTGAATTTA
AACCTTCCCCTGACAATGTCAAAGAGGAAATTTGATGTGTGACAAAATTA
TATAATACCAGGGGCTTTAAGGAGATATACCTACTGAAGTGTTCACAGTA
TTGTTGGTGGAGGCCTCAGTCCTTCTCAGAGATTAGATGACGTTGTTTTT
AAAAACACAATTTTAATATATTCCCCAGCTCATAATTTTTTGTTTTTCTT
AGGATGGTCAAATATTATTATCTCGTAATGTACCGTTACTAATACTAATG
GTATATCGTGCTGTTTAAATTGTGTCAATAGCCCGGTACTATAAACAATA
ATTTGTACCATGGGTATTAAGAAAACTGCTCTGAGGAAAATTGCACAAGG
AAGATTGTCCTGGAGAAAATTGTCCGTTAGAAAAATTGGCCGCATTTGGC
TCAAACTTCATGATGAAATTAATCGAGAGGATTGGTAAGGAGAGGGGGTA
TAAATAATTTAGAGCCTCATAAAATATGGTTGAATACCCTCCACCCCTCG
GATTGGCCCAGGGGTCGTATGGGATAACTAAAAACTACCATCAATTCATC
CAAAACACCAAAAACAAAACTAAAAAAAAGTTTAACTCCATGGTTTGCAA
ATTAAAAACTGCATTTTTCTGTGTTTTTACGCCATTTAACTCCTTTTTTT
TTATGGATGCTACGTGACATACAAATAACATTATTTGTATTTGAGTAGTC
ATATGAATCATCCTTATTTCTTTAATTTTGTATTGAGTGCACTCAATTTT
AAATTAGTTTTTTGTTTTTTTCATTTTGGAAGGGTTAGAGTATCTAAATG
ATTTCTGTTGGAAATAATTTATCTAATCCTATGAGTCAACGGTAAATAAA
ATATTATTTTAATCATTTTAATTTTACAGAAGTATACATTGAACTAACAT
AACCTATAAGATTTTAATTTTTTTTAGTGAATTTGAGACATGCAGATTGT
TGATTCGGCCCATGACACTTGGTTTTTAAAACTACCAAGACTTCCACTCC
CAATCCAAAGGTTTGAAGCTGTTTTTTGGTATTAGAGGGGTTCCTTGGAT
ATATTGGCAGTGGTTTTTAAGGATCCAGGGCACTCCCTTGGGGGATGGAA
CATAGAAATATGTTTAGATATTTNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNCATTATGAAGTTTGAGCAAAATAAGGGCAATTTTCTCG
CAGGTAATTTTCCTAACTGACAATTTTCCTTCTTGGCAATTTTCTCCCTT
GCAATTTTGCCCAAGGCAGTTTCCCCCGCACGTGTACAATGTACATAATA
TACTACACACCACTTAATTTAAATAAATGAACGAACATGCCCACATATAT
TATGGGTATGATAATAAATTATGCATAATGTAATATAATTTAGTGGGTTT
TAAGTCTGTTTTTATTTTTTTTTATTTCCCCCTTCCCGAATTGTACCATT
ATATTACATGGAATATCAGAATTTATGTTATTAGAATCAATTATCCTTAG
TTATTCCTCTTTTATCTAAAGGATATTAGAGCCTCATTTAATGAAAATGT
CCCTTTTTCACGACTCATTATACATAATGTGTGCCATTGGTAAACAAATA
TAGTTTATATAACAATTAACAGATGTGGGGATTTGAAATTGAGACTTGCG
ATTGGTCTCAAAAATGAAAGACTCGACACGGGACTTGAACTCCAAAGCCT
TTTTATCACACTAACACAAGAAACCCCTTAGGACTATGGACCCAATATTA
GAATTTTGGATTTGAAATAAACTCAAAAGATATCTGAGGACTCAAACGTG
ACTCGATTAAAATATTGAAGGACTATGATGGAGTTGTGAGTAAAAACTCG
AGACTCGAGCATATAACATAAAATTACGTGTAATGAACCAATTTATGTTA
AGATTAGCCTCAATTGATATTAGTTCCTCCCCCATTGGTGCCATTGATGA
ACAAAAGTATTTTTCAAATAATTAACAGAGGGTAGGGTCTGGGATTCGAG
ACTTGCGACTTGAGTTGGAGTSGATAGCYACATATTTTATACGGAACTCA
GAAAAAGTATNNNNNNNNATGGACTTTACCTCATAATTCAAGACTCGACA
CTTGASTTGGASTSGATAGCTAAGACTCCTGACTTGAAAGTTATTTTAGT
ATACTGAACTCTTGAAAAGCCTTAATAATATTGGTTTTAAATGTGCTCAA
AAGTAATATGAAGGCTCTTTGGAGTTTTTATAAAAATATTCAAGGATTTG
GATTTATAATAATACATCAGATTGGTTTGTTTTTTTTAAACTAATAGTTA
TGAATGATTCATGAAGGAAGTTTGAGACTATGCTCAGCATTTTCCCAACT
TTTATCATGAATTACAGTATTTTATAGAACACCAATAAAATAATCATTTA
TTAACAACTTTTACACTAAATTGTTTTTGTGTCTTTGTTGAGTATTGCTT
TTTTGGTTTGGGTGGATTCTTTTCAATGAGTTTACTTTTTGGGAAAGTTC
CATTGAATGTATATTATTACGTATACAAAGTTTACACACAAAAAAAAAGT
TATACAGCTAATAGCTAATTCTATGCAGGGTTGGTCAGTAAAACGTGGAC
TCAAAAGGGTGCATTAGAAATACTTTTTTTTTTAAATATTTTAAATAATA
ACAGTTTCAACGCAATTTGTAAGCAAGGTCTTCGCAAACTTAGTCAACGA
ATATGGACACCTTCAGCATCAATCACAGGGTACACAAGTCAGCGAAAGTC
CATGCAGGAGTTGATGACAAMCTCCTTAAAAAAGTCGYCCCNCSCAGCCA
CTATTGCAGCTTCAGTGAGTCTGCATTTGGGTGTGGAGTTTTGTTGGTTT
CCTTCTCCATGGTGTTCCACATAACAAAGCCCACCTGGTTCAAATCCCGC
GAGGAAGGGGCCACATCTCTTTTGACCAGAATCCAAAAAACAATTTATTT
TAATTTGATATATTATTAAATTCTTCCCCCAACTTCCTGTTTTCCTTGAT
AGGTATTTCCCATCATTCTTCATCTTGGCTACCTTAAAAACTAGGCTCTT
GGAACACTTCACAATGCCCACAATCCTCACCACCTCAAGTTTAGCATCCA
AGAGATCTGAGTTGCGCTTTCTTTTGGCTCTTTGCTCAATCGTGATCACG
AAATATGTCTTAAAGTTCGTTAATACACAAAGGATAGATGAGCCTTAATG
TACAAAAATAATCAATAAAACTTCCTACATTAATGAAAAAGTTAACATTA
ATTAACAGTCCAATTGTTGCTACCCAAACATGTATATCTTAGCATCAACA
CTAAACCAAATGAGAACTTTTTTCTCTCTCAACTGAGTCTAGATTGCAAT
TTACGTACTCTCCGACGAATTATCGCCAATTTACATCAACTAATTATTAT
AATCAATCCTTTGAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAGCTCAA
TTAAGTCCCATAAAAGAAATAATGTTACTAAATTATTGTTAACCTTCTTG
TGTATCTCAAATCATAGCAGAAATTTGAAATCAAAGCCTATAATTCAGCT
ACCTATGTTCATGATATATTGGCCTATATATATTTGATTAGAGTTTATAT
TTTTCTAAAGAATGAGCTAAGTTTAGAAAATAGAAAAGGAAAAACGGTTG
TTATACGAGTGCTCGCTCTATTTTGTTTCTTATTTAATCAATCGTGGGGA
TGTTAGAACAATTATCGGTTATCTTCGATGTAAATTGTTTTAAAAAAATG
CATAATGAAATAAATCAATTGGAATTTAAATTTAATTAGAATATTGTTCC
CTGCACGAAGACTATTTTAATTGTACATGGGGCTCCACTTTATCGCAGTA
AAGATGATTTTTTCCGCCCAGGACAAGTGTACCATATGTCTCCCTCCCAC
CTTCTCATTTTTTTTTTCTTACAAAAATGTCTACTCTATACATATATGTA
TGTTGGACATCATATTTCTTTTTTCCTTGATTTTTGCTGATTACTATTTT
CGTGTTAATTAAATCAAATATGTTTTTATCAAGAAGTTAGAACAGAAAAG
CTCATTGCAATAAAAGTGCAATATTTATTTGAGGATGTAATATTCTATAA
AATTTTACCGCATAAATAATTTTGTCTACACTTTTAAAACGTTGAGGGAG
GTAGAAAGAGTAAAAAATGGAGTTTGCAGAGAATGTTTAATATATATGGA
ATACATGATATATATAGACCTTGAAAGCAGATATTTTAATATATTAAATT
TAAGTTTATTTAGAATAACTCCGTCCCCCCCCCCCTTCCTTTCTTTAAAG
AAAGTAGATAGTTAGGCAAGTACTCTGTTCTTGTAATAATACTTATGTTT
GTTTGGAGAATGTATACAACAAGTATTGTTTGTCATGTCAAAAGGTGTCT
GCAGATAGAAGGAGAGTAATTTTTAGAGTTGTACAAAATATATCTAATCT
ATCAGTATGTTAAAAAAACCTTGGTAACCAGTACAATTTAAATAACGTTT
GCGGGAAGAAAAGCTAAGCTCTCATTACGTTTCATTAAATTAGCTTGGAC
CAACTGCATGATGAAGGAATTAAAGACAAACCCAACTCTGTATCTAGGAG
GACATTTTATGGGATTACTGTGTTTTATATTCTCAATTTTACCTGTAGTC
TTAGAGGAACTTTTCTAATAACTCCTTCACAAATCACCAGTGTCAATATC
CGTCAGTCATGAGCATTAAAATTTTTGCTCAAGAAGCATAGATTGAACAA
ATTTGTCTTCTTTCAGAGCGATAATTAAATCCTCCTTAAAGACGCCTCTT
AACTTTATCTTTAGAAGTTTTCTCTTCAAGAACTAAATAATAATTATAGT
TCAGCTCTAATAGATCAAAAAACACTCTTCAGGATAGCAACGATGTACAA
ACAATTCTTTGATGCGTTTAGATTAGGTCAAGGTTAATGGAAATACAAGG
TTATAACATAACGCGTGTACAATTGATGTTTGACTTCGATCACGCTTTTT
AACATTGACGTCATAGTGTATTAGTGGTTGCTAATTTTCTGAAAATCTAT
TTTTCTTACACAACAGTCGGTGCGATACATTAAATTGAAAATTCTAGCAA
TAGTGACGTAATAGACAATGAGTGGTTTCTTATTTTGTCAAAATCTGCCT
GTCATGCCCAGCAGTCGGTAGGATACATCAAATTGAAAATTCTAGCAAGC
CCAATTACATGATGGTTTAACCTTGCATTTCTATTAACTTTGCGGTTAGG
TATTTTATTTTATAAAACACTTAAATAAACTTTTTGATACTTTTTTTTTT
ATTTAAAGCCAATACATAGATATGCAATTATAGAGTTTTATACATAAGAT
CTGCCAGTGTGTAAAAAGAAATCAAACGGAAAACCTGGTAATTTGAAGAA
TGTTTATTAATTATATTGTATCCTGTAGCCTTTCCATCAAAAAGGCATAG
AAAAAGGGACCAAAATTCAGATAATAGCTATCCAATTCTTCCAACTATTG
AATTCTTCATAAATAATTGCTTAAGCAGAATAAGAGGTAATTCAAATTCA
ACCAAACATGGTTGAGTACTCTGATAAGAAGAAAAGAAACAGTAAAATCG
ACAGTTGACAACAAAATACAATGTATTTTTCTATGTTAGTGAAGTAAAGG
CCTGATCAATTACATAAATAGATATTAAATAGATTGTTTGTTGATTATCA
AATTTATTAATGAAACGGAAATTAAATTTATTAGAATAAAAGCTAAAACT
ATTTCCCTTTTTAAAAAGCTTTCTTTTTTTCTATTTTTTTTTTACATATT
ATTATTACGAAATATTATGAATATTATACCGTTGCAGAAATAATAACACA
ATTGCTTTAAAAGAGTTCTTAAATGTTATCCAATTAAGTTTTAATGACTG
GCGATTTATTATCTGTACATATATAGATTGCTGAAATATTTTCCTGTGAA
TGAGATATGTAGGTTAGACTCAAATCAGTGCAAAGTTGGATACGGTGTTT
TTGTGGAAAATTGCGTCTTATTCTATTATTTTTCTGGATATATTTTTTAA
CCAAAATTTCATCTTCAACAAATGACGTTCATATTTATTTTATTTTTCCA
TTCAATTTGCTCAACTGATGCCTACCCTTTTTTCCGCACCAATTCCGGTT
TTTATATGGGTATCGGTATTTCCGTACTTTCTATACTTTTACGATTAAAA
ATATTGATAATGGAAAATGACATGTACTTATAGAGTTGTATAAAATATTA
CCTCGTGGTATGTAAAAGGAAAAAAACCAAAAACATGATCATCCTAACAG
TTGAAATAAGGTTTAAATTACTCCAACGTCGATCCTCAATTATAATATGA
TTCTAAGCACAGACTTACCCTTATAACTCCAAATAAATCATCAGTAGTCT
TTCACTAGTAGTTCCTTTATACTTAGATATTCTCTCCTCAAGAATGACAT
AATAATGATAGCGGATTTATAACGTAAAAACGTTCTTCCGATTATCAGCT
ATTTTTACAAAATTATCACATGTGCTTAGATTTTATTTTATTGACCCCTA
TACACTTTAATAGATGACGTCTACCTAATTCATGATTAGGGGGAGGCTAG
CTCAAAAATTTGATAACGTTTTTAATATAAGAAAATTTATAATTTTTGCT
TTGTTTCATAAAGAATAATTTCATTTGAGATGAGGTTCCGAAATTTGAGG
GGTTACGTGATCGGCTGMAGTGGYGMTACACGTACCGATTAAAATATCAG
TTGAACAGTGTAAATCCCCCGGTATCACTATATAGAGAACAACACTAATC
TTCTTCTTTTTTGTTTTTTTAAATCCATCACTACAGCCCATATTTACATA
TATCCAAATATAGGCATATACATATAAGTGCCTGAAAAACTGTCTTTCTA
TTTTTATCTCATTATTTTTCTTTTTTAAATAATACTTTCCATAATTTTTT
TTCTTTAAGTTAAAAGACAACTTTTTGTTTTGTTTCACCTTGAGGATATA
CTTATATGTAAGCCTTATTCAAGTTTTTTGTTTTTTTTCATGGATAAAAT
ATCGCAATTTTTACTTTAAATGAAGTAAAATTAAATTAAACAAACTTCAA
AATGAAATCTTTAAAAAAAAAGCATTTTTTTTCATCTTTAAAATGTATCT
ATCTAAGTCATAGTTTAAACTATTGCTCAAATTACAGAAATTGTATATTG
TTTCATGGGACATATTGTTTATCAATAATATTGTAGCACAAACATAAATG
TATACCGTAACGACAAAAGTTGGGAATTGAATATCAATATGATATTTTAA
TTTTGCATTTTATTCCTTTGAATAAGAAAATCCTTCTCAAATGTAAGAAA
AAATTATTTTTTATGGATGTATTTTGATTTAAAAATCCATACTAACTGTT
TCTTGTTCCTTTTAAAATTATTGAGATATATGATTTTTATTTAATCATTA
ATTATAATTAACTATATAAAAGTATATCTTCAAGCAATATTATAACAATA
TTGCTCTAATTTTCCTCATGTTATGAGTATTTTAGCGCCAAACATGATGC
AAATAAATAAATATGTGGTCCATCAATATAAAAGTAAGCTAGAATGATAG
TTATCATAATTGAGAGTGGATTACATACGCATTCTTCTACGAACTATCGT
CAATTTGTACAAAAAAATTATTCCCATTGCAGCTGTCGGAAAATGTATAA
GCTACAAGATTACTACAATTAAAGGATTATAAATTGATAAATTTCGTATG
AAAGGCCATATTGGGGCCAATATTTGTATCCTAAATAAAATATAGGTTCT
AAACATAGTTTATATTCTTGGGTATCTTAACTCATCCATATATTTGAATA
ATAGGCCTATAATTGACTCAAATATGCCTATGAAACATTGGGCTGTATAT
ATTTATGAAGTGAAATATGTTTTTCGTTTTCTTTAGTCAATATTGTTTTT
AAGTTGATGCACCACATTTACCTGATTTGTACCGCGTATAACGTGCAAAT
ATTTTAATGGTTTTTCATTATTTTTACTACAAAATTTGCATTTTTGAAAA
AAAAAGTATCTAATAAAAAGTATGAAATATTATTCTTCATCTCCCGGTAG
TTGCATAAATACGCGGACTAATTTTTAAACGCTTGTATCTCGAGGTTACG
TGACCAGAAATAAAAAATTCCACACAAGTAACTCGGTAAATCTTTTGGCT
TTGTTTTTGTTTTTCTTACTCGCACCAAACAAAATCGTTTACGATGAATG
ACAAGGCCAAACGTCATATGGTTGCCACTCTCCTCCGCACCGGTAGGTCT
GTCAAGGAGATAATCAAGGACACTAGATTATCCAGGACTACTGTGTTCAA
GGTCCAGAAGCTTGTCAAGGAGGGAAAAGATCTGAAAGACCTGTCCATAC
CTCTGGAATGACTCAGGATTGGCTCSCYGCCMACAWGCCMTTTTGGAACA
AAAACACTTGGCCACCTCAATCACCTGATTTGAATCCCCTTGACTACAGT
GTGTGGTAGCAAAATGAGAAGAAGACCTGTGCTACACGCCATCCGAATTT
GCACTCATTGAATGCCAGCGTCAATGAGCAGCCATGGAAGACCATTACAT
CATCAATGTGTGCAAAGCCTTCCGCGGGCGCTTGGAGGGTGGCATAGCAG
CTGAGGGTGGTTATATTCAGTAATTATATTAAATTTTATCCCAGAATAAA
TTTTCTATTATATAATTCTCAAAAAAAATACGTCATACGAATTTTATTAA
ACATTTACTTATTTGCCACAAATAGTCCACATATTTATGCAACTACCGGT
ATCTCAAATACCTGAAAATGATATTATGGCGTATTATGGACCTTTACCCT
TTAAATTTGACCTTATGGATCAAATATTATCTTTTTCATCAAACCAGACT
TATTTTTTTAGTAGCATTGAATGTATTCAATAATATATTACTATATGATT
TTAATATAGATATTAATCATTTTATGCAAACAAAAAAAATTAACTATTTA
ACTCTTAAAAATACGACCTTTATCTGTCATTATAGTAGACTCAATGTATA
CATGATATAATATTGAATTACCGGAACGAAAGATTTAAAAATGAAGGCAG
TGTCTATTTACGTATATTTATTTATCTTAATCATCCATCCGTAAAAAATT
CAGAGATTTTTTTAATAATATTATGTATAATTAATTCCTTTTGCAAGTTG
TGAAAGTAATTTTTTTTTTTACCTCTTTATAAAAACAATTTTGCATTCAA
AGATATATTTGCTAATTTAAATGACGTCATAGATTGCATAATAACCCAAA
AGCGACACCATTTTAAATAAACGTAATATGTAGTCCATTCATTTGAAAAC
CATTCAGATCAAAAATCAAGAAAAAGACGAAAATCCAAAATTATTTATTT
ACTTCCTATATACATACAGGCCAGTATTTCATTGACATATTTGAGTTAAT
TATAGGCCGTATACTCAAATTTTTGGGATGACTAAAGATATTCAAGAATA
TTAGTTATAGTTTAAAACCTTTATTTGATTTAATAGACTTATATTGACAC
CGATATGACATTTCAAATAAAATCTGTTAATTTCTACTTTTTTTAATTGT
GACGATCAATTTTGACGACATTAAGATTGATATTTGCAACAACACGCCCG
CCCAAAGGCTTAATAAGAATAATTTGCTATTCAAATTTGATAATAATTTA
TTGAAGAATATAAATCTAAGCCATACTCAATTTTTAGATAAATCATTTTA
GCTTACTTTTGTTTTGACGGGTCACTTTTGTAGTTGATATAGACTTACTA
AACAAAATGCACAAATTTTCTCCCAAAAATCTAAAGGAAACTCTATCATC
ACTTACTTATAATTTAATTTTTGATTGGAATAAGGAATTTAAAAAAGTAA
CTCCTCCAGGCTCTAAAAAAACCTACGCACTATGATTATGATCAAAATGA
AGAAAATGGTAATTGTGAATATATGAGTAAGATTCCCATAAAATCTTCTT
AAAATATAATAAGAAATATTTCTATTTCACAGTAGTTATTATTTACAAAT
GGAATACCGTATTTTAAAAATGTATTTAACATGATCCCGGGAAAAAAAAG
ATCAAGACTAAACCAAATTTCAAATATTCAAGTCTTCTTATTTCTGAAAT
AAAGTAATTATCGAACTTATTTTGATGCTAGTCCGTTTTGGGGCATCATT
CCCCCTCTGACCGTGGATCAAGTTTTATCTTGTTTGCCAAATTTGATTCA
TTTTTTAAGGCTCTGAATGTCATTTATAATGCAGTTTTTATCCTTTCCGA
TTATGAGATGTTAAGATGAAAATCTGTGGGGGATTTCATGAGGAATACCC
CAAATTTAAGTTTGTTTGACAGGCTCAAAGCTCTAATTAACGTACGTTTC
CTAGATTTACTTAAAAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTGCA
ATAATATTATTGTTGTTTTACTTAGCCTCAAATCCGAAGGTCAAATCTGC
TTCAAAAATCGAATTTTTGGGGTATAAATATGTAAATTGTTTATCATTCA
GGGGGGGGGGGGGGGAGTTATTTGTATACCTCTTTTAGGGGGGTCGTAGG
GGGCGGTATTCAAATATGTATTTGACATTTTTTACTCATAAATTTACTAG
TAGGTATGTAAGTTGGGGATGAAGGACACTCCCTAATTACATACATAGAT
ATGCACATCATAGATCATTGCAAATACACTGTGCAATGTGCATACATCAT
ACCCTTTGGTAAACGTCATGAACTTTACTACTTTTAAGCAGCGTTGAATA
TACAATCGAAATGAGAAAAGCAACGAATTTATTTTCAATTAAAAGTTGTC
AATTTTCACACTAACAAATTAAAGATGTGAAAAGTGTCGAAATAGTTTTG
AGCAGAAAGTTAAAAACATAAACTTATGGTACTAGAAAAATAATTTCTGG
GGAAAATTGCACGTGGAAGATTACCCTGAAGAAAATTGTCAATTAGCGAA
ATTATCCATAATTGAGTTCAAACTTCATTATGATTAATAACACATTATAA
ATTCATTTAATATTATTTTTAATAATTAGGTATCCAAATATATTTATTTG
GTCCATTCTCCAAGGGAGTACTTTCAAGTGTGGGTAATATTATTGTAAAA
TAATTTCCTTGAAATTTTTTTTGAATACCCCCTCTCACCTAAGATTAGCC
CGGGGATAATGTGGGATTGCTAAAAACCACCAACAATTCATCCAATACCT
CCAAAAAACACCTTTAATACAAAAAAAAAATAGTTCCAAGACATCAGGTT
GCGTGGGGTACTTGGGGATACCCCTGAATCCTTAAAAACAACTGATATTC
ATCCAATATTCATCAAGTATTCTACCGTATTTTAAGAGGCCCAAAGATAT
TTACCCCCCACCACACACACACACACCCAATCCTCCTCCTATAGTGAGTA
ATAATATTACTCACAGTTGAAAGTACTCCCTTGGAGGGGATAGAACCAAC
AAATATGTTTATATGTTTGTCATATATAATATTAAGCAAATTCATAGTTT
GCTATTATTCATCATGAGGCTTGAACAAAATACGGGTAATTTCCTAACTG
GCAATTTTCCTCCAGGGCAGTTTCCCGCGCTCGTCCATAAATGTATATGC
TGCTAACTTTGAGAGACGACATATCTGCAAACAGATATCACCAAAGCTTT
CAAGCCAAGTTTCAGAAGGAAGACTACAGGATTAATATTTGTACAAAGTA
GTAGTACTAATAACACTTTTTTATTCATGAATACATAATTTTACCCAAGA
TTAATTCATATAAATGTAGAAAAAGTTTCATACGTAAAGAGGGGAAATGA
TAAATTGACGTCATTTGTGGTATAATAAAAATGGACACCTGAGTTGAAAA
AAATATAACCTAAAACGCCTTTTTTGTATTTGACCATCTGAGCAATGGTT
TTTTTATTCTAAAATGCTTGAGGAGAGAACATCTAAGTGTAAAGTAAAGT
GTTCTCGGGAAGGATGAAGTATCAAAATGATGATTTGAGGAGAGTTATAA
GTGTAAGGCCTTGTTGGACTCTAAAACGAATTGGAGTTCGACATCGGAGA
AATTCCTGTCCATGGTCTTGCTAGATATTAAGGAATGGGATTTGTGATAA
ATTCCTTACTCATAGGGAGGGATAATTAATAAAATCACTAATATCTTGCT
GGTTACCAATATCTATATATATTTTTTAATATATGATCGTAAAAATTTCG
ACTATTTTCACATCTCTATTCCTTCTCATTGTATTCATAGAGTCCATATT
CCTCTGTAAGGTCATTGAAAACACAGCAAAATAAATAAATTTTAGTCATA
TTTGATTGTATGCTTTAATTTGCAGTAATACTTTACCAAAGTAAAAATAT
CCCGAGGTTTTTTTTAAATAAAAAAAAAAGGTGATGAATATAAAGTAAAA
TTGTTAAATAACTTATTTTATTTTTCCATTGTAATTTAATTTGTCAGTAT
GATTTATATTGGCTTKTCAATAAMGATTGTGCTATCCAAATAGTTCATGC
ATTGCAAAATAATGATAAACAATAATACAATATTAAATTACTATAATTTT
ATAAAAGAAGACTCTCTTTCGTCAAATTAAATTCCCAAGATTGGGTATAC
ACAAATTAGCTATTGGAAAGCCCTCAATATCCCTATTATTAAATAGATAA
TAGTCCAACAGTTGGAGAGAATAATTACAAGGTCTAATAATTATTTTAAA
TTAAATAGATCCACTAAAAATTGCTCTAATTTAATTTTCCCATTTCTTTC
ATAACTATTCTACTCTACAATGTACATCTTATTTGGTCAAAAAAAGAAAG
GGGTAAAGTACAGTGCAAGGTATATTCATATAGTTTGAAATATTTTAGCC
TATTGTTATTCATTTAGAATAAAATATCAACACTACTCATAAACTTTCAA
TTTGAACAATATATATTTTTGAATCATTATTATATTTGTATAGTTATACT
AAGATTACTCTCTTATTATGGGCCATGAATGATGAATTTGTCATTCAATA
TAAGCACAAAAGAATAGTAGGCTAACTGAATGAATGAATTTCTTTCATCA
TGAGTTTGAATGTATATTAGGGTGTGATGTTTTTTAGAGGCTTKGAGCAA
CTTTTTAAACAATTTAAAAAGGGGTATTGGAAAAAGCTGTGTATAAGTAT
AAAAGTAATTTGTTCAAAATACACAATTGGGAGTGGGTCTCAGAGTTGTT
GTTTTTACAATACCTATAGTACAATTTATAAATGTCTACTTTTCCATACA
ATGGACTTCTTTTGTGACTATGATATAACAAGATTACTCTATTTATGTTT
ATGAAGAGTAAGTATTTATTAGGTGTCGATGATTATAATAATTATTGACA
CAATAATATTTAAGAAAAAATACAAAATTTCATTTGTTAAACCTATATAT
ATTTTTTTTTAATCAGAACTAAACTTAAACCATTTGATAATAGAGTTTAA
AAAAATGGTCAAGTTTCTCCAGGAATCAAATTACTGACCATAATTGGCAA
TATCATATAAATATATATAAATTAAGTTTCAACTGAATTGGGGATCCTCC
AAAACACGTTTAATTGTCCTCAAATTTGTCATGGAATAGGTTTTTATAGT
ATGACAAATTTTCATATACCCTCATCATTGATTTCTCAAATTCTGATTTT
CAACCCACTCTAATGTACATATACATTATTTCTGACCTTTTTTTCAAGTA
TATTTTAGGCAGTATATTATGCATCTTATGTATGCATTATATAAACGCTA
AAGTGTCTTGGAACATCTATAATAAACATTATTATTTTCATTATTTCATT
TCTTTTTTTTACACACATGTGTCTTAATTTAATTACTATTGTTCAAGGAT
GTTCAGACCCCTCAAATACATAATGCAATTTGAGGAATGTGTGACCGATG
TATAAGAGTATTTTTGTAGAGCCTGCAATTTAATTGTAAGGTTATATACG
AGTATATGTAGAAGAATTACAACTTTGGATTGTTTCAGAACGTGGAGGAC
AGATATCAAATCTACACAGTGTTTAATTATCAATTTATGTATAGAGTACA
AACTATGATTTCTCATTTCCTGGTAAATTATATTTGAGGCAGATTCTGGG
AAATGTCGTGATCCTATTAGTAAAAAATAAATACTGTGAAATGTATATCT
ATGTTTTTAAATTTTAAGAAAGTCCTAAACCATATACCTATTTAGTCTTA
ATTCTAATATTCTTTATTTCTATCATTATTGCTACTAATAGTGGGCACGT
TGGCTTTTAAAGGCTGTGAGTATAGCCTTTTTGAATTTCGTAACCAAATT
GCAAAAATATATTTATAAAATAGTGAGTAATTTTTAAATGAGGGGATCTC
TTTAATAAATATCAAATGTTGGGAAACTAAGTAATTGTTTTTATAGATTA
AGAATAAATAAAAAGCTTTAAACAATCACAAAAAAGTTGATTTTTAGTGG
ATTATAAATCATTAAATGAAACTTATATTATATAATAATTAAATTCAGGA
TTTCCCATGGGTGGAAATCCCTAGAAATCCTATTATTTATTTTTTTTAAA
CAGCCTAAATAAAGTTAAGTTGACTAGGGTTGTTTTTTTTTTGAAAATTT
AGACTTAATTTTTTTTGAAGAAAGCTATAATTTTATAACCTTACCGATAA
AAAAACATACAGCCCCTCTATTAACCACCTTCCCTGCAGACACCCTTGCA
TTTAAATTTAGCCTTTGGCTTAAGGATTTCCTTATTTTTATACTGGCTCA
AATCAAGAGGAAATTAGTTATAGTTTTTACTCCAAAAGTACAATTTCTTA
TCTATATACATATATATTAGTTTAGAATTACAAGAAGAACTTTGCTTAAG
GATTTTACTTCAGTATTACAAAACATTGTGAATTATATTCACAAGAATTA
AGATAAACGTTTAGTTAAGATAATAAGCTGATATTTAGTTGTACCCCGGT
ACAAAAAAAAAACTATTTCATAATATAAGTTTGTAATATATCGGTATAAA
ATTTCAGTATATGAAATATAACATGTGTTTTTGAAACATTGGTAGGAAAA
ATGGCATTTCACATGCTTCATATTGTACTAAAAAGGGTGATTGATTCTGT
TTATGAGTGTGAACGACTTTTAGCCAACGGATTGACTTTATATCTTACAA
TTATACAGCCCAAAACTAGATCAAAAATTAGGTCCTTCATCATTTTCTAT
TACAGGTGTGATTGGGTTACGGAATTTAAAAAAAAAGACGGTGGGACTGG
GCTCTAAAAAAACAACCTCTAATGTAAATAAATATTATTTTATGTACAAG
ATCCAGATATTTCCCAAAATCCCGCTAAAAGACTATTACCGGGGAATGAA
GAACTATAGGTCTTACATTTTTAATGAATGAAAAATCCTAAAAAGCAATA
AATCATGTGTGTCGTCATTTTGTTTACAAAATTCTCTTGACAAATAWTTT
TTTTCAAATTTCCTTCAAAGATGAAAATAAAAGAAAAACTCATCAGTCAA
ACGAAAAAAATRAAAATGCWAAAAWAMCCYCYCWTTTTTAGTAWACAGTM
CYMCCCCCCNNCCCCCCCCCCCKTTTWTTRTWTWTTRAAAWAYAAWAAYT
TTCGCTGCTGGAGTAAAGATATTTCATTTCAAGACAATTACAATATTATA
ATTCATCACTTACATACGAAAAAGATAAAACGTTAGTTTGTTTTTTAAAA
AGATTTGTACACTACTCGAATCATAGAACTTCAATGAAATAAATATTTTT
TGTCAGGTCTATAGACTCGAGTTTTATTATTCAAGTCTATAGACTTMAAT
CCTGGGACTCGAGTACATATACAGACAGCTGTTGCATGTAAAATTTATTT
TATGTTATATTACATCAAATTAAAAATTTAGAGAAAAGAAAAAGATAGAG
GAAAACGTATTTTAAAAAATGGCCACCAAGGCGCCCCCTATCAAATTAAT
TTGCAATTCTTAATAGGATTTGTAAACTGTAAGTACCAATAGGAAGTCGG
TATTTCTGTCCAATAAATATAGGAAATATATCTTCATAATAAATACGTTC
AACAGTAGATATAGATCCTACCAACAGCTATTTATCTAGGTATACGCGAC
AAAAAACGCCCTGGATCAGTCTGTAGTAATCTTTGGGCTGTGCACATAGT
AATAAAATAAATTGAGGACTTACGCTGATTGAAAGCAAGGATTTATTTTA
AGCCAAAAATTAGATGTACAAAAACATTCATATTCATTAAAATATGACGT
ATAAAACCAGGACTTAATAAACAAAACCAAGTAAAAAAAGTTGACGCCAT
ACATAAGTTTAAACTGCTTGAGGGCGCTAGTGTCCCGTAAGTTCACATCA
ACTGTTATACTTATATATTATTTGAAAATCAAGAAAAAAAGAACATATTT
TTTTATGGACTATTATTGCATAAATAACCCTACAACAGCTGACATCATCT
CAAGTTGATAACAATAAAAAAATTGTCTCTTTATAGGGACTGTTTAACGT
CTCGTATCGCAGCAAAACTCAATAGGATTTTAAAGGATAATTTTGGCAGA
AAAGATTATTAAATGTGAAAAATCCAGGCTTTAAGTAATGTTTATATGAC
AAAAAAAAAGGATACTACCGAATAATTTGAGTTAGTCGACATAAATTTGA
CTTCCTCATAGTGTTTAAAATGTGAGATTCTGTCAGGTTTTGATTGGGTA
GAGGGTCCCGTAATGGCTAKAGACCTTATATATTCTCTATGGTTAATCCC
CTAATATAGCAGTTTCAAGGACGTGACAGGCAGCAACGGCCTATAATTGA
TTAAAACATCATCAAATGTCTTTTTAAAAAAAAAAGCATAATCACTGAAT
TATATTGAATACTACTTGATGACAGTGAATTAAATTATATTAGATACAAA
TATATGATCCTTGCAAATGTAAGAGTGAATGTCTTGTCTTCACTTTGTAA
ACGTCAATTCGTTGTGATGCAATAACATATTTAGTACATGTTAGGGTCTG
ATATTTAAAACCCTTTCATTGACCTCATATTTTTAATCATAATTAAAATC
TTGGAACCTTATAGTTGATATTTTTAGTACATAAAATGTACAAATTGAAA
TCAATCTTAATGAAACATCTTCAAATGGGTATAAGATTTTAAATTATACT
TTACACCTGTATTGAATACTAAACGATATCAATGATAAATACTTTGATTA
TAATTTATTCAAAGTTAAAGTACACGAAATTTCTCTAGTTTGGCTATATT
TATAGCAAAAATTAATTAAGGAAAGGACAAGAAAAGTAGGATAATTAAAG
AAAAATATCTTATTCTTTCTATTGTTATTGTTAATTAACTATTATAATTC
ATTGTCTACACAGTGAAAATAAGATTTCATAACGATCTAATAACATATCC
TTAATACATATTAGGCTCTGACATACAATAAAASGAGCCATTAAAGGTAT
ATATTTTCAGTCTAATGCTTACATTCAAAGAGTTCACCATTTCCTTTTAA
TCTTAATGAAAAAAGGATTCTCATTCGTATGAAATTTGATTGTGTAGGCT
CCAAAGACAGTCCACATTAAAAATATTACAGGGAATGAATATAATAACAT
TCATAGCTTTAATAGGGCGTAAGATCCTGATCCCAACTTGAAGAAACAAA
CAAGTAAACATCTCTCATAGTAAAATATGAACGTTACTATCAAACATTCA
TAGACACAGGATGGCCCAGAAAACCCGGGACAATTAAAAATATTGTTACA
TTATAGAGTGTTTCAATGTGACGGACCAATATTATTGTTGTAGGCTATTT
TGGGCGACTAAACAACCAAGTTTCATACGTAAAAACGTTTCTTTTAAATT
AATAATGAACTATTCCATGTCAAAATGGGACCAATAAATTAAAGGACTTA
AATTTTACTTTTATATCAAAAATTTACCCCTCTAATGCCTATTTGATTAT
AAATGGGTCCCTAAAAAGTATTTAAAATATGGTATTACATCGATAAACAA
TCTTATTTCCAAAGGTTAAACAATGCAATGGAGATAATAGGATATTTTTA
CTTATTTTTTAGATCTTTATTTAGACAGCAAATAATTTATAAAAATTAGA
ATTATCTAAAACTTTCTTGTGAAAATGCATTTACAAAAATATAATTCAAC
ATTATAATTTCAAATTTCTTCACCAAATTAAGCCTTACAAAAATAGAATA
TTCATATATCTAATCCAACAACTAAAAAGTTTTAGTATTTTCAGCAAAGT
TTGAAGATGTCTTGATGCGTTTGATGAATGATATCTAATCAATCCAGAGG
TCATTCCCATACACCCTCAATCCCCCTAGGGATCTTCAATTCAAACACTC
TATATCTTGTCACCACCGAAATTAAAATAATACAAATATCCTCCGCAACC
ACAGGTTCCCCATCAGTGTTATATTCTTTTCTAGGGCGCTCTTAACATTT
ATTAAAGCATTCCTTATCAGCCTAGCTTTAGGAGTACTATTTTTTATTTT
TTTATGACACGCCGAATATAATTATCGCCGTAAATATATTAATGTTATTG
TCCTCAAGACTCCTCAGGCTTAAACTAATAAATAATCTAAGAATATGTAA
TTGTGGACATTCCAAAAAAGGGTGTGTAATAGTGTTGAAAAATTTACCAC
AATTTTTACATGGAGTGCTGAAAAGCAAATTCATTTGGCATTTTACTTAT
TATCCTACGTATCTTGTACCTAATCGATCAAAAAAGTAAAATTGAATATA
TTCAGTTATGTTATAGGGATATTTTATACATGTTACTTCTTATATTTAAT
TTCAATATCACTGTTTATCACTGATATTATCATGTAGTATTCGTTGTGGG
TCTTAAGTTTTTTGTTTCATTTTTAAATTCTCAAAGACATTTGATGAAGT
TTTATCAAGATTTATTGGGAATTTGTCCATTTTACGCATTACAAATATCA
ACTATGAGCCTCCAAGATGGCATTGCCTTCGACTATGACGTCAGTAAAAA
CGCTCTATTGTCCTCCAAATAGGGCTGACTGTATATTATGTCAACATAAA
AAAAATTGAAATCATTTCATTATTTATTTCTTAAATATGCATTTTCTTTG
CTACAAAACCTAATGAACCGTAGAAATTGTAAATATTTTTTAAAATATCC
AAGATGGAGTTATTTTTGCTAATGAAGATATTTATACATTCATTGTATTA
CATGACGTTCAAAAACTACTCTGCCACTTAGAGGAGAACAAGTAAGGTCT
GAGACCATGTTTCCCTTTGTTGAAAAAAGAAGGAGTCAACATGAACCCAC
GTAGAACTTAATAGTATGACAAATGGTGTAAATGACGTCATAGGGGGTAC
AAAAAAGTGAAAAATAGAAAAAGGGTAACCAAATTACTTTTTTGAAAAAG
AGTGACCTTTCCAAAAAACCAAGGTCATTTTAGAAATAAAAAGAAATATT
TGTTCTCTAAAAAAACATTATTCTAGCTTTTAAAAATAGTTAAATCAATA
AATGAAAAAAAACATTATTCTAGCTTTTAAAAATAGTTAAATCAATAAAT
GAAAAAAAACATTATTCTAGCTTTTAAAAAAAGTTAAATCAATAAATGAA
ATAAAACATTATTTTCTAACAAAAAAACATTTGATAAAATTAGAAAAAAA
AAAAAATAAATTTTAAAAAAAGGTCACAATAGGATTTGTATTTTATTTTC
AATTTTTTTTTAAATTAGGGGGGACGGGAGGGGAGTAACAATAAAATCAC
GTCATTTTTGAATGACCTTCAATTCAATTATCAAAAAAAAAAACCTTTTA
CTATTAGGCCAAAAATTTTAATTTCTTTAGTAATTTCGTAATTTTTATGT
ATTAATAAACGTTTTATGTATTTTTAATCATACGATTAAAGCGAATTTTT
TATGTAACACAATAAAATACGCATTAAAATGAGTGGTAATATATTATTTT
GATACTTTTTTTCAAATGAATATCCATTCATTAGTTTTCATATAAATCAT
TCAACTTCATTTTATGATCACAATTGTATTGTGTCTATATGTTTAAATTT
CTACATAATAGAAAAATAACTTACAATTGGATTACAAAGGGCCTTTCATT
TATATATTAAAGCAATGAGTACCTCAGTAAACTGTACCAATATAAAAAGG
CTTTCTATAAATCTAGTTGTTTTTTTAAAGTGTATTAATATTCCTGATAC
TTATACACAGAATACAAGATGTGCAAGCTATCCGCTTTTAAAAAAAAAAA
AAATTCTCCAACCAGCTTCAAATTAAAAAAATAAAAACAAATTCTAAAAG
GAAGATAGATTTCAATTTATTTAACTTAATAAAATCACTTCCAGCCTCAA
TTAGAGTCTCTCAACGAGACCAAAAGTGCAAGCAGGCCTTTGCCACTTTA
TACCTTGGCAAATCCTAGAATTTATTCTTGATCCGACTGATAAGTCAATG
TTGGTTGTTTCAGGGAGTGCAGTTGGCTTATCGTTCAATTGCGCCTCATA
AAAAATATCTTATAGATAACCCAAATGTGTCATGTCATCATCAATCAATC
TTCATCAATTTGTATATGAATAATAAATAATTTAATTATATAAAAATAAT
GGCAAAATATTATTGTTCATAAAAGATACCGTGTGTTCATTGTGACGTCA
CTTAAAAAGTATCGCTGATTTTCGATCATAAGGGTATATCCTCTAGAAAT
CCAGATCTAAACCCTCCAATACATAGTAGGTACAAACGGTATTTGACTGC
TTTTAATAGTGAACGGCATTTTTTTCTTTGAGTTGCAAGATAAACCAATT
ATAAATTTTGCATATATTATTTTAATATAAATAGTAATTATCAAAATATC
AATGATAGAAAAAAAAACTATTACAAAACAAATCATTTAAACTAGACAAT
CCTAAAAAAAGTATGTTATAAATCATCCAAAGACATGGAACCACAATTAC
GTAACCATTAGTAAATTCTTTTATATACAATTTTATATAACAATTAAAGT
CTAACTTTTATATGTACTTCTATCAAGAATATAAACGCTGTGAACATATG
TATCAAAATAGTATAAAAATAAATTGGAGAATCGAACGAAAATTGAATTC
AGAATTAGAAAATAAGGGTTTATTTTCGATCAACCCTAACATTTTCTCAG
ATATTGAAAGGCACTAAAAGGAATCCGTGCTGCTTCAACAATTATACTTA
AAAGGAAAATGTACAACGCGCTCCTGATAAATTATTCTCTTGAAATCAAT
GTTCGTAGATTTCGCGCCCCGGTGTTCCTAGAGATGGAAATATATTTTAT
GTAAATGAACATCAAGGAAGATTCATAGGTCGGAGGGAGTAAATGTATTA
CCACTATAACGTTTACTTATACTTAATCACTGCAATTCCATCGGACCATT
TAAAAGAACATTACAAAAATGGACGAAAGTACAATTTTTACAAGATATGT
TATATACAGTCATATCTTTTGACCTACAGCAAACCTCCGCGATAAGGATC
CACAACTGATTCAGAGTTTATTTACCAAGTAATTTGTGGGACTTCCGTGT
GTTAGTGTTGTGTTTCAGTCCTTGGGACTGGTCCTAAACTCTCGGTGTTT
GGAATTTTTTCTAAAAATCTCGATGGTTTATTTAGCCAAATAAGATATAT
GGTAGATATATTCAGAGCATTCCATAAATTATTCAGGTTTTCATTGTAAT
GCAACATATTATATTTTTACTTAGTTAACAGATAAATTCTTTTATATAAC
AGAATAATTAAATGGAAGGAAAATCAACATCAATAACGTCTAAGGGATCC
ATTATGCCTTCTTGAGTGACCGTTATGTTGAACTGGACCGGACCCCGTTC
CTTTATAAAGACCGACAGAACACCACCCTGAATTTCTATGATTTATTAAA
CGTCGACAAACAGACAAACTTTGAAGAATACATGTGTACCAAAATAATTT
AGATTCGAATCAGAATTAAAATAGAAATTCGAGAAGAAGAGTTTCTTATT
GATCAGATCTCGTATATGAAAGCTTGGCTACTTATATGTAATATGTCCCC
TTGTGTCTCTTCCATGTTAGGACTTGTTTTATTTCAAAAAGTGGGTAGGG
GGAAATAAGAAAAGAAAGTATAGAATTTGTAATATTCTTTTGTATAGCTA
AAAGTGTACATCCATACCTACTCGTTCCTTTTTCTCTTAGTCTTCAAAAA
GAAAAACAATTCTTTATTCCATGTATGTGTACATATGTTCTTTAATAAGT
ATTTGTTGGAAGATAAAAGGTTGAAGAATTTATGTACATTCGTAGACATA
TGTATTAATATTATTATTATTATATAAAACATGCTTATGTTTTTTCAACT
TTGTACCAAGAATTTTACTCCTGAATAAAATAGTAGATTGTATGTTGAAG
AAATAGTATAAAAAATTCAAAAGTCATAAATAATCATTTTTTTTATTATG
AAAAAAAATATATATATACTTAAATATGTTGATGCTTAGAGTTGTCAAAC
TTATGCAAATAGTAGGCAATCTGAACAGTGTTTTTATTTTATTGTCGAAT
AAAGATATATATTTGGAATATAAGGACTGCAGAAATTGCAGTGAGTATTT
AAAAAAGTATATGTTGGTAAGAGATTCCATATAACTTTTTGTTGTTGTTG
TTGTGTTGGCAGNCCTGAACAGTTTTCTCCAAAGCTGTTATTCTTGAGAT
TCGAACATCTATGTATAAAGCGAGTAAAGGTGATTCTTTGTTGTGGAGAT
ATAATCCTAAGTTCTTGTTAGACTCAGAGTAGAATTAAGCATCGAAAAAA
GGAGTAATTTCTGCCTATGTCCTTGTTGGAATCAGAGTGGGACTTGATCT
CATAATCTTGCAGCTAATCTAATGACTCCTTATGACAGCCAAGCTGCTCT
TCCCCATAACAATTATTCAAATTATCAGGGTTACCATACTCAAGACCGAA
AATTCTAATGATTTAAAATCCTAATTATAACTGTTCAACGTTGGATAGTA
TCACTGATTATTCGTTGTGGAGTTATAAGTATAATTCCTTGTGGCTCTCT
GACTTGAGGATCCACATAGCAATTTCTGACTATGCATTTACTGTAAAAGG
AGTGGGATTTGTGTATATGTCCTTCCTCACTGTCTAATAGCTGCTTGAAG
CTTATCTTATAAGTAGGATTAACCATTTTGTATAGCACGAGGAGAAATTG
GGAGAGAGACGAAAGGTAACCCTGAATTAAAACCATTGTTAATATCAGCT
GCCTTTTATATGATTTGGGGGGGGGGGGGGATGGAGGTAAATGAATTACT
TCAAGGAAGAGAATAATTTCTTATCTTTAACTTAGTGTTAACTCTCAACA
ACACAAATATATCCTTTGTGTTTTGTTGTCAGCTATCGATTCCCTCTTCT
CCGTTAATACGTCATGGCTTTATCATAATTTATTCTTTTTCATTAATACA
CAAAGTATTCAGTTATTATATACTTATACTCAGTTTCCAAAAGAACAGAA
ATACAATTTCTTGTTGATCCCTGGCTGCTTATATAGTATATATATTGACC
CTTCTATTATTTCTATGAAGAAGCTTTGGCTATCATACACAATTAATAAT
GTATAACTTCACTTTTAATAAAATATTACAATACAGTATCGAATAAAATA
CTATGTAGATTTTAATAATATGTAATTCATTTTAAAAATGGTGAAGAAAT
AATATGACATTGATAGTCTGGGAGGATATAAGATATAAATAGCAGTTGGT
ATCATTAATTTATTTGGCTAACTACCAGATGATTTTGGGCCTTTTTTCTC
TTTCTTTTTGGAATAAAGGTTGCGTGATACAATAAAGGTAACGACGTCTT
AAATTAATATTATTGCAGAGAATTTTTTTGAAAGTCATACTCTTACCAAG
TTTGTTTGAACAAATTAATTTTTTACTACAAAGAAGTTCAATATGAATAT
AAGATATTTTATTCTTAAAAGTCTTTTAATAGGAAGATTTTTTTTATGAA
ATCGTTATGTAAACTCTAATATTTCATTACGAAACTGAACATATGAAGAG
AAAAAAAAAAGAAAATCAGCCTGGATCGGTCACATAGAAAGCTTATAAAA
ATTAATTCTAGATTGGTCCCACAAAAAATATTGGTTAGTTGATTTACCTA
CAGCCCACGGGTCCTGATTTTTTGAATTATGTAACCTGATGTGATCCGCA
ACAAAAAAGTTATAAGTGATTAATGAACTCATTTTTGGAGCATCTGGGGT
TGTATAATTGTAAAATACACAGGACAACCTGAAGGGTCATATGTTAACTC
ACGTGTCATTAGAGACCATGTAGCTTTTTATATACAAAAAAAAATATGAT
ACATCTGAAATATCATACTTTACACTGATGCTTCAAAACCACATGTTATA
TTCCCATTACAGAACTCTTGCTTCAAGTATAGAACAGTTTACAAAAGCAT
TTAAATGACACAAATAATGAGTGAATATACAAAATTATGACTATATTCTT
TATGGAAGTCATTTGATCCAATGATAAAATCCATTATTTGAAATGACGTT
TAGATAATTAAATCTATATATTTTTTAAAGAACATCACAAAGAAATAATA
TTTAAAAAATTATTTAAGATGTATTCCTTTAAAATATGCATTACCTTATA
AATATTAAATAACCGATCCTTGTTTACAATATATGAAATGCATTTAAAAC
TTTGGGTTATGAAGGTCATTTTAATTTTTCTCCATATAAAAACAAAATAT
GCAGTATTTCAATTAGTGTTAATATCATTTCTTTTGCAGAAATTGAGTTT
ATAAGATAAATTATACTCTTTTTAAATTTTATATCTTTGAAAGGTTTATA
TACATGAAATAAAAATGTCAATTCTTTTTAATTTTAATTTTTTTTTAATA
ATTTTTTTTTAGGGAAATGAACAATGATGGCTCTAAATATGCCTAAAGTA
GACAATTTTAATCAGTTAACGATATATCTGTCAAGCTCTAATATATAAAA
TTTATATTGTACGTATGGACTAGAAACAGTACTGGTTTTATAATGAGGGG
GGCTTGGGGCAAGGATAAATGTGGGTCTCTTTTCTTTCTTTTTTTACATT
TGCATTTTGTTAATTTGGAAAATTAGTTTCAAAAAAGATCGCACAAATCT
CTTTATATACCGGGTGGTCATTGAAATCTAAACACTTACTCTAATTCAAT
CATTAACAAAGGTTGAGTGATTGCAATTAATTCAAATTGCAATATATAAT
AAAAACATAGCAAATAGTTACAAAACAAATCTGAGCTTTCTAGCTTGCGT
ATAAGTTGAGAAAATAACACTTGAACTTGACGAATTTCCATTCGCTTAGT
ACAAGCAGTTGGGCGTATCCAAAACGMCCGTGMCCGCCGTCAACAAGTTT
GAAACGTTCGAGAGGAAGAAGGGCTCTATCAAAAAGGCAAAACTGGAGGG
GGGAGTTGACAGCCCAGGCTAATCCATTCAAGTCCATGAAGGTCTTAGCA
AGAGATCTAGGGGTTTCACACCAGGGGGTGGAAAGAGCCTTTTGAGGATG
GAAAGGACACTTTTGACACCCATGTACTCTGTCGCAAGATTTATTTGAAG
GAGTCTTTAGAGTTCTTTTGAACTCTTTTTTGACACTTTCCCCCCCCCCT
CCCCCTCCTACTACCTGMTGTCAACCCCCTCGACCCCMCACTTTTSGATG
CMTGGCAAGGGGTAGCCTCCGGTGTCCGTCATCCAAATACCGAAGCCCTC
CAATCCACTGTCAGCAAGCACTGTTMCGCTACGACAGAGGACTATTCTGC
CTGTGTGTGCCAGGCTTTCTGCCACCACCAGAAAGWCATCATTGCCGCTA
AAATGGGTACCATAATTGATTAAATGAGCCCAGACATACATACATTCATA
GCTTTAATTTCGTTGAAATTCTAATGTTCATTATTAAATTATATCTTGTT
GAATATTAAAACTAAAAGTGTTCAGATTTTAATGTACTGGTTGAATATAT
ATAAAACAAGTATGTATATCATGAAATTGCTGTTCCATCCAGTTTACACA
TGAAATAGTGGATCACTTTCCGTGACATAAGGAAGCGTCATGAATGAGTT
CAGACTTTAAAAGACCAGTTGCTATAAATAAAATGTTGAACCTTTTTATT
TATTGTTCTATACTGACTGACTTATAGTATTAAGTCCTAGTACTCATGTA
CTAGGACTTTTTTAAACCAGTTTTATAAATCAAAAAAGTTTTTATTTTCT
TTCATTATGATAGTACATATTTAAATTATAGTTCTACATAGTTTTGAATA
TCCTATCAGATAGGTGAACAGAGTTACAACAGTTAATTGTAAAAAGTAGT
ACAACAACTGACTACTCCTTCAAAAAGTAACTTTGTTAATTTTCTTGATT
TCCAAAGTAACTAAGTTAGGCTACAAGTTACTTTATTAGTAAAATTCAGC
AGCTGGACCTGTTTCTGACCCTATGCATAGCCTTGCTCTCTACATAAGAG
AAGAGACACGTGGCAATCATCTTTATTCTCTGAGAGTACAGATCCAAAAA
CGTGACCACATTCATCAACTGTGGTGGATTCTTCCTCTCCATCTCATNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNTTCATCATCCGCTACTGWTGGAAC
TACTTMGTTGAGTATTCCATATGAAAAGTGAATGTTTTTTATTTCTGTAC
CAATAACATCATACGTATGTCTACCGGGAATTATCCTACATGTAAATCCA
TCCTTGGGGCGTTATAATGTGGATATACCCATCCGGTGGAGCGTTACTTC
CATGAATTTTCTATTTTAGCTGTCCAAATACCCACAGTAGTTGACACAAA
GTCGACCTTATTCAGTGCCACCCTCAGATTTATCTCCATCTCTGCATACT
CCTTCTCCAGTCAAGAAGAAGGATAAGTTATGTGAGGCAGCTCAAGGGTA
TTGATGGTAGGGATCTTGTTTATAATGACACAAAAGAAGTTGGAGTCAAC
CAGTCATTTCCTCACATTAACATACTATTCAAACTGATAATAAAATCACG
AATATGTGCATGGCGTAAAATTTAAAGGAGTGTTCAGTTTTAGACGCGCA
CACCTGTATAATCAAGCCTGGGACCAAGGTAAGTGTTCTCAATGCCCCCT
TAAAACAGACGATGACAACAAGGGTGTCTTTAAGATTAACGTGATGGATA
TAGGCTTTATTTGAAATGAAAAAAAACACACACACATATATATAAAATAC
TTATATACACTAAGGCAATATATTAATATAAGTATTTAATATGTAACTTT
AAAATATATTCATATAAAATAATTAAAATAAAAACTAATATAAAAGTTTT
ATTAAAAAAATGTAATATATTCAATTGNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNAATATTTAGAGGTTGTTCATCGTCCTTAAAGTTCTA
AATCTTATTTATAGTCTTATATATATATATATAATTTTTAAGTAAAAATC
TTATTAGTAAAGCAAAGTTTATCTGTATGAATGTCTGAAAAACAATCACA
GGGTTCAGTATACCTACTGCTCCCTGATGTATATCATATATATTTTTTTG
TGATCTAAGAAATAAAAAGGAGTCGTACTTTTGAAACATTGCAAAATTGT
GTTTATAGCATCAAAAGTGTATACAGGGTGCACTTGATATTGCTCCCTGA
TTTATATTTTAGATCTAAAAAAAACTTAAAATGTAGGTGTATTAATGTTT
CTCCTTGTGACCACTCTGGAGACTAAAGTACTCATTCATCTTCCCATCAC
ATAACAAAAAAAAATGAACAATTTTAAAAATGTATTATAACTCAATTTAA
TTCATAGGGAGAGACAACGTCATATGAATAGATTTAAGTATTGAGTAATT
ACATGTGAGTGTGATCATAAAAAATGGAGATTAAAATAGAGTTTTTTTGG
GGATTATCTTTTATATTATATTATAGTGTGTCTTTTTGTTGACGTTTAAT
TACTCACGGCAATGCCTCGTACAACTATTATTAGTCAATATCAGTTAAAA
TAGAGCATTTTTAAAAGCATAACTATTTTTGATAAATAAAAAATCTTTCA
AAAGGTTGAATGTAGATTTACCATTATTTTTTTTTTATTTTTTTTTTCTC
AACAGAAAGGTTTTTATTCATAATTATTTATATGAATAGACGAATGAAAA
AAAAATATATATATACATACATAAAAAGAAAATTGCGTCGTTATAAACAT
AATGGAACATTATAGAACTGCAAATTTAAAAAAAGCAATCATATTCACAC
ATACACTATTAAAATATTATAACCGACTTAGAAAAGTATGAAGGAATCTT
TTCTTTAAGGTATAAGACATGAAAAAAAAATATAAGAACAATAAAAAAGC
AAATAAAAAATAATTATCATTCTAGAATAAGTATCATACACTCCGAAATT
AATTTTTATTGTAATGTTTTCTAAACTGTATTTTGATCAAATTTAAAGCT
TTTAAATGTCTGACAGAGATTGATGAATAAAATTTCATTAGATTTGCGGC
AAAATCCCAATTTTTTCCTTGTAACTGTGGAACTATTATGGAAAACATTG
AATATCTTGCTGCTGTGGAGATCATTCTTTCTCAAATATAGTAGGGTTCG
ATAAGTTTTTCTTCAGTTAATTTATGTATTTCATAAGCCTTGACACTACT
GATGGCGAGATTCAATGCCTTTTCTTCCTCAGTATAATTCAACTATCTAG
AAGCAATGCCGAATAACATTGTAGCTCCTAAACATTGGACTGCATTTCCT
TCAAATCCAATCCTAAAAACTTATTGACTATTCACAAAGAAGGAGAGTCA
CAAAAAACGAGAAGTGTATTATAAAACATTTTCCTATAGTCTATGTATTA
CTTAATATAACTTATGATATCCTCCTTTGATATCTGTAACTGAGAGGTGA
ATTTCCTCCCGTCATGAATGCCTTCCATTGAAAAGAGCATCTCTCAAGAT
GCTGGCAGATCTAGCAATGATATATACTTTTTACAAATGATTCCCGGTTC
TGCGGACTTCACAACCCATAATGAAACTTCATATACCATGGCATCAATCG
TACTATTATTAACCCCTAGCATGATAGTACACTACTCCGGGATGGCTAAA
TTATGTATATTCTTTTTGATGGAGTACCGACCAAAAAATCAAAGGAAGTA
ATTTAAAAAATTCAATAGCTATAACATGTCCTATTCGAATAAGTTGTACC
TTTAAATATGCCTGAAATATGCAGTATAACACTACTTTGCTTATAATTTT
TTTTATTAAAATAATAATCATAGTAGATAAAAGCTATTAAAAAACTTTTA
CATGGTTATTTATTATTAAAAAATAGTTATTAAGTATAAATTATTCCATT
TTGACCATTTTTAGATAAAAATGATGAAATTTAAAAAACTAAAGGCCCTG
CGCAACCTTTCATAATCAAACTATAGGGTGAAAACCTTATCATTCTTCCC
TTTTTAGCTAGAAGAACATTTTCAGGACATGGCCTTTCAAAATTTCGAGA
AAAAAAACACATTTAAGAGCAGTCTAATATAGACCTAATGAAAAAAGATC
GTAGGTGTAAAAACCCAAGAAATCCCGGTAAAATGGGACTCCTAGTATAC
ATATATGTATTCAAAATCTGAGCTCATATATTGAATATTTGTGATATAAT
GATTATACTAATTTTGATATAAAACGGACCCTAAATTAGTATATAGTTAG
GCAATTCTTCCAACTATTAAACTAAGTAATAAACAATATTTAACTTTTGA
TAAGTGTTCAAAGATTAAAAGAAGAGAATTCTAATTCAACAAATCAACTT
TCAGTACACTGATTAGGATAACAGAAGCAAATATATCGACAGCTAAAATC
AAAATATACTGTACATTTTTCTGTTAGTGAGGTAAGGCTGTCTTCATAGA
AATATAAAATTGTTGGACAAATTATACCTGATAAGTATACAGAGTGCAAC
AGGGAAATATTGCAAGTCATTAAAATTATTTTTTATTAAGGTTTCAGGTG
ACATCTCTAGCAATATTCCGATACATGTGTTTTTTGTTTTTTTTTTTGCT
TATTGGACGAAAAATGAGTGAAAAGGAATAAAAAAGGCAAAAGGGTTCGG
ATCTTTTCGACGCGGAAGAGATCACCATCAGAAGGGCAGTTCTGACCTCG
CCCTTAAGAACTTTTGTCAGGACTCCAAGTCATCTCCTTGCCGATAAGAT
GAAGGCCTTAAGGCTTGAGAGATACAAAAAAATGTCCTTAATTACTTGAA
GAGTCATCCATAGACTTTGAAGATCTTCTCAGACAAGAAGATCTWCAAAG
TCGACCAGGCTTTGAACCTCAGAAACGACCGATTTAGAGCAGCATCACCT
GAAAAAGTCCAGGGCACCTTTAGGACAAAACATCGGGCCCAAACAATATG
TATGGGAGTAATGGTCTCTGATGAGAAGAAAATGGTTCCATTCTTCTTGA
AGCCCAATGAGAAAAATGGTGATGAGGCCTACGATAAGTTACTGAGGTAG
AAAATATTGCCATGGCTGAAGGCTAACTATCATGAGAACAACTATATGTG
TACCCAAGATAGTGCCCCCAAACATACAGTCTAAAAGACAAAGAACTTCT
GCAAGGAGCACTTTGCTGACTTCTGGGATAAGACTTTCTTGCCCTCTTCC
AGTCCGGATCTCAATCCCCTAGACTTCAGTTTGTGAAGCGCCTTAGAGAA
TAAGGTTTGGAAGACATCACACAGAAATGTGCAGGAGCTAAAGACCAGTC
GCAAGAAGCAATGGGACAATATATCCCAGATTATACTGTGTCATCCTTAG
GCCATATATTGAATCATTCATGCCAAGATTTATTGCTAACAGTTTTTCAA
TCACATTTTTCATTACACTTTTCTTTTAATAAGTTATTAAGGTTTTGGTT
TTGCTTTTTGATTGCGGAAAATTTCCCTGTCACAGTCTGTAAATAATTGT
TGTTACCTTTATTATATCTTGCAGCCTTTCCTTCTCCAAAAACAAACAAT
ATAAATAAGCCCTAAATCAGTTTTTAATAGTCAGCCTATTTCCCGTAGGT
GTAAAATTCCGAGAAATCCCAGGATCCTGCGAGAGAAACCCTAATAATAA
ATTATTATTTTGGGTTGATTATACTATATAAGACAAGAATTATCGAATAT
GTAATATAATATATTCATTAGATTATCTCTATGAGAACTCCGATGATAAG
AACTTTATTCGTAAAGTTATATTAATAAGATAAAGCTTATATAAATGTTC
GTATGTACTCTGTACAATCATTTTGAGTGTATAATAGGACTGCTTAGATA
CTTGAACCAAGAAATAACAGTGTATTCGAGCGTGCGCGTCATTTAGAAAA
GAAAAAGGAAGTACATTATTAAAATAAAAATAATGAATGTGAAATTAGAT
GAGGTTTAGCGGTTACAGGAAACTTCATCGCGCTCTTTTCACCCCCGGAA
AGTTTACCTACCTCTTTTCATCCCAAGGAAAGTTCATCCCAAAACAAGTT
TATCTCGAGGAACTAACATATTTTATATAATCTAAGTTATAATTGTTAGA
GAAGGTTAAATGAGTGCATTGTACTCTAAATTAGTAATATATCTATATTC
AATTTAGGGAAATAAAAATGGCATAATGTTATGTAGCAAATTTGTTGTGA
TCCGTGGTTTTTTCGTTAAGCTTAAGAAGTTTAAGTTCTTATTTCAATTA
GGAACTTATTTACTAAGATAATGATTATATTACTGAATGAATAAATCCTT
GAATTAAAAGTAGAATAATATACTACATCAAAGTAGACTTTTTTTCATTA
AGATATATTCCAAATATGTGTATTGTTGGGGATGAATTATCCTCGGGATG
GACTTGTCTTGGAAGGAACTTTCCTATCGATAAACTTCCTTTGTGATGAA
CTTGTTTTTGATGAGCTTTCCTTGCAATGAACTTGCTTCGGGATGAACTT
ACCTTGGGGTGAAAAGAGGCAGCTCAGTGCCTATTATTTATAAAAAAAGG
GGAGCATCAACTCATATATTTGGTTGTAATTACGTGTGAGTGTGCTCATG
AAAAAAGTAGAGTAATACTGAAGAATTGTTGGGGGGTTATCTTCTATAAT
ATTGCATGAGATCTATAGTATTAAAACAAATTGTGTCCGTTCGTCGATCC
TTTATAACTACGGGTAATCCAGGTACTACGGCTARWTTATTACAATATAT
ATTYACTAARGATAAAATGTACTATACATCAAGGATAATCAAAATCGCCA
TTTCTACTGGGTAAAAACATTATTTCAAATGACAAAAGTATTGGTGAGAA
ACAATCCAAAAATTAAAGATAGTTTGCATAAATAATAAAATTATCAAATG
CATTTTTATTTTTCGGCATTCACATTTGTTTTACTTTGAAAATCTTGAAG
AAGATTTTATTATTCATATTCATATTGAACTTCCACTATGAATATTTCTA
CGAATCTAAAGGGGTAAAAATACATATTCTCAATTACTAAAATTAAGTAA
AACAGGACATATTAAGTAATGATCAGAGTTCTTGCAATTCTACGTCTAAA
TGATTCAAAGTATCTGAGACGAGTCGGAGCCCACATCAGAGCAAGTCACT
GTCTCATAGTCCACAAAATTTAAAAATAAATAAAATGACTCCAGATTTAT
TACGGCAAATCCAAGATAATTATAGCAGGTTTTTGAAAAGTTGATGAAAG
GCAATCTATACAATCTTTGGATGACGATAAAATTTGTAGAGCGGAACCAA
CAATTAAACCGTGAATTGGATATTGTAGTAATCCCAGGAATTTATATAAT
ATTATGGTACCTGATGCTTTGCATTCTTTATCTTGCCGTAGTTGGAATTA
CGAGTAGGGGATAAGAATCTCTAACTTTTGTGTTCCCAGCTTATGATGGA
GGTTTCATTTTCTATTTTTTTATTATAAAGTAAAGGATTGGGGATTAATG
TCTAGGGTTGGTTGCAGAGTTGGGCAAGTTAATGCAACTGAACTTAACTT
AGATAAGTTAATAAGTTAAGTTAATTATTTAAACAGCGTTATTTTAACAT
TTAACTTAACTAGTTAATTTTTTAAACTGATTTGTCTTAACTAATTAACT
TAACTTGATTAAGTTAATTAGTTAAAGTTAAATGTATTTTTTTATTCTCA
GTTGAAAAACTAAAAAAAACTTTCTTGAAATGAACTTTAGTTCCCCAATA
ATTTAGTTAAACACTATGTCAACAGTATCTGTTTTTCAAACTTTGGAACT
GGGTCATTCCACACCACATAGTTTTTATATTATCTCCTATATTTTTTTAT
TTTACATATAACTTAAAATTAAATAAAAACTCAGAAATTTAAAATTTTAG
CTTTCTTTAACCTCCATTTAATTAGTTAATTTCTCTTGCATTGTTTTTTC
GCTTCGAGTTGGAATCTGTATTTTTTTCTGGATCCTTCAATTGGAAGTAG
AGAAAATCCCAATCATAGAGACCGAAAGAATAATCTTTATTATAAAGGCC
TTGATAAATTTAACAATTCACATTAACTTAAATAGTTATTTTTTAATATC
GTAATTAATTTTAACTGTACCAAGGTGGAGTGAGTTAATTTAACTTACAG
CGCTCTAAAGTGATTTAACTTAAACTTACCTAGTTACAAAAGTAAACTCG
AAAATAACTTTAACTTAATTAGTTAATTTTCATAAAAATCGAAATTAACT
TTAACTCAACTAGTTATTAAAAAAATAAAATAATAATTAACTTTAACTTA
AGAAGATAAAAAGATAAATTAAGTTGCCCATCACTGGGTGGTTGTCTTTA
TTATGTCATAATATAGCTTTATAAATAAGCCGCAAGTATGTAAACGAGGA
TAGACCCATTAAGTTTCTTTGGCAATGTAATTTCTTATTCATCATATAAT
TATTTATTTATTTATGAAATGCTACACAAATAATGGATATTGGACACAAT
AGCAAGAACATACTAAATGTATAAAGTAATTTATTATTAAATCATCTAAT
TGAATATTCAATTTGAAAATCAAGGAGAAAAGACAGTTGATATCTCTAGA
GTGCATAATGTAAATGCAAAACGTCTTTTGCACACGAGTTTATTTTAAAA
GTTTTTTATTATATTTTATGTCATTTTTTTTATTTTTTTTTAAATATGAG
GAAACACAAATTTGAAAGACACATTTCTGACTTTTTCAATACACAATATT
TGAGGCCTTGGGAATATTATTATGAATTAAAGGTGGGCGTTTCGGGTATT
TCATTTTTTTAGAGCAAAGTTATTACATTTATATCTCAACACACGGGAAT
AATTACTTAAGTTACAAAAAACTTCAAAAGTACTGAATATTACAGTAATG
TAAATAACTTACAGATGATTGATGAGCGTAGCCGCCTCAACAACMCTGCC
ACCTAACTTTTTAAATGCTGCCATAAAAATGGGATTTCATTTATATAGTA
TACTTTACTCCTCGAACACTTTTGAGTAGTGCGTTTTCACGTGGCGTCTA
CAATGTTGATTTTGGCCATCTTGGTGACCTAAGCATAGATAAATATAGAC
TTATCAAGGACGCTGTACCTACTTATGTCTARATAAGCAGCTGTTTAAAG
GKGTTTCTCTTCATTTTATTTTCTTTATTATTATAATTCGTTGTAAAGGG
GTTTCCAATAATTATATTTTTTGAGATAAATGATCGGATGCTTATTTMAA
TGTAAAGGTATGTCATTAATAATGAAATACAATAYCAGCCAAATGGCCGC
CACAGCTACGCTTATAGAACCGTATCTTTTTTATCAAATTTTTCATTACT
GATGAGTTAACATAAAAACAATCTTACACAAAAATAAAAAATAAAAAATT
TTACATCATATATCTCAATATTTCATAGACATATTTTGATCAATTATAGG
CCGTTTATTCAAAAGTTATCGAATGTATTGAGATACACAAGAGTTTTAAC
CATATTTCAAAAAATTTAGTAGATTTATAATACTTAATTTAGTTCCAATA
TTGCCTTTATAAAATCAAACCTATGAATTTCAAAATATTTACTTGTGACA
ATGCTTTTTTGTTCCTTGCAAAGTGCAATTTGCAGGGCCTTTAAAGGGAG
TAATCAAATGAATTGTTGATAGAAATAAACAATAATTCTTTGAAGAATAC
AAAATGTAATCTATTCTCCATTTTGAATTAAATCATTGCAACATATTTAT
GTGTTAACGAGACGTATAATATATATAATATGAACGAGAGGTTGTATCAA
TTAAATTACACAAATTTTCCGTCTTAAAATACCTCTTATTTATTTATCTT
TTTTATTTTTCAGAGCTGTGCTCGTAATTTAGAACAACCTGAAACTGCAG
AATGGCTCTCATCAACAAAAGAAACTCTCATGACGGACAAAAGTGGCAAG
GAACAAGATGAAGAGGCAAAAAAATTGAAATTTCTTCTGGAAAGGTTGTA
TTAACAAAAATATTTATAAGGATTTTTTTCTCTTTATGAATAAGGTATAA
TGTCTAGAGTTGTCAATCACAAGCAATTTTGATATTTAAAAGAAAGAAAC
TGAAAACTATCATGGTAAACCTGTCATTATTGAAAAATCTCTGATAGAAG
AGCAGTCCAACTGTCATTACCATTCACTTAATTAGTTGCAAGTAGCTGTG
GAATGAAGGAACTAAACACAAATCCCACCCCATATCTACTAAAGATATTT
AGAGGAATTACTCGGTTGTTGATCCTCAATTGTACTCCAAGTTCAATAAG
AACATATTTTTATAATTTCCCAACAAATCTTTTGTCTTATTCTTTATTCA
TGAGCAATCTTTATACTTAAATGTGTTCTCCTTAAGAATACAAAAATAAT
GATAGTAGCTTTAGAAATTTAAAAACAAAATTCAGCCCCCCCCATTAAGG
AATTTTTTATTCCTACTAGAAAATTTAGTATTTGAATTTTTTTTTTTATT
TAAAATTAAATTTTTTCTGAATTTTTGAAATTAGTTTTCAAAAAAATTTA
TACTTTAAATTTAATTTTCGAAATTTTTTCCTAAAAAATCATTTTTTATA
GACAAAATTGGATTTTTGAAATTGTTTTTGTACAAATTTAACTTTTTGAG
AATAGCTATAGATTTTTGAAATAAATCTTCGAAAATTTAATTAAATCTTA
TAATTGGTTTTTTTCAAAAAATTTTATAATTGAAATTTAATATTATATAT
ATTTTTTTGCGAAAAATTTAATTTTTGGAAAATATCTCTAGATTTTTGAA
AAAAAATTTCCATATAATATGAAGGTTTGAAATTTTTTTACCAAAAAATT
GTAATTTTTGAAAATTTTCTCCGAAAACTTAATTTTAGAATTTTTTTTTT
CATAAAGTTTTTTAATTGAACTTTAATTTTATACATTTTTTCTAAAAAAA
TTAATTTTTTGATAATAACTGCATTTTTGAAACAAAAATTCCAGAAAATT
AAATTTTGAAATTTTTTTACAAAAGTTGTAATTTTTTAATTTTTTTTTTC
AAAAAAATAAAACCAAGCCCCCTTCCCCCAAAAAATGTATTTACAATATA
TAATCGTACGGACGCCCCTGATTACCAACTAAAAAAAATTTAGCACGTTA
AAAAATGCTTAGGATTTATAACACTGATGATTACATTTGTATACAATACC
ATCAAAAAGTGTACCCATACTTTTTGCAGTTGCAACCTGAGCAAAGTTTT
TATAATTAATAAAATTGTTATCATATTTTTTAACCTTGTGGATAGAAAAT
GTAAGTATAAAATGCATGATCTCATATATAATGTTGAGTAACACTAATTA
TTTGTTGGAGTAGTTTCTTGTTAGACTCGGAGGAGAACCTAGGATTGACA
TCGTAGTAATTATAGCCTATACACTTGTTTAATCTAGAGTGGGNTTTGAT
TTTCTTTCCTTGCTCTTAAAGTTGTTTTAATTATCAAGGATTATCATTTT
GATCTTTTTTTTTATTATAGAGGCAGGTCATATTTTAAGCAACTCTACAA
ATGATCTCTATCTAGTCCTTCACCTAAAAATCTTGACATCAATGACACAA
CATTTAAAGATAAATTTATCTTCACTTCAGNNNNNNNNNNNNATATTTTT
GTGAATGAATACAATTCCTAATTTTATTATTGTTTATTTTAAATATTATG
TTGAATAAATATGTCAAATATTGTACGAAGAAAATAAGAGTTTTTTTAGA
AATAAGTATAATTTTTTACATGGATAATAAACGTTTTACCTGTATATATA
GATATGACACTTTGATACCTAAAATAGAAGATACGAAAAACGTCGTGGAT
TGTTTGTGGAAATCCTATCAATTCACAGATGATCTTGCTCCACTCATGGA
ATGGCTTGAAGACATGGTTAGTCGATCATCCAGAAGTATCAATACCAATT
CTGCTTCCCAAACGGAAGACCACATTGAGAAACAAGAGAAAACATTGGAT
CAGTTAGATAAGAAAAGAAAGGTCGTCATGGAGAATCAAACCAAGGGTGA
AAAAATCCTTTCAGATCCTAAATCTCCAGTGTTTCTCAAGGGGCATCTTG
ATAAACTAAAAGGACTATGGACGGATTCAAACAAATATGCCGAGGATCGT
CTTCAAGATTTAAAAGGTATTGAATAAAGTAGGGTGATCAACCGATATAT
TTTGCCAGGACATGTACTCTTTTTACATCCAATCCAGGTTTTTTTTATAA
ATACATGAAATGTCGGGGTCTATGGGTTAAGACGAATTCAAATAACAGTC
TTTTTTTTTTAACTAAAGAAAGAACAAAATAATTCTTGGATTAATAAAAA
CTACAAGATCAAGAAATAAAAATTAAAATATATTAATATTTTATTCATAA
ATTTACTTATTTTTGTAAATCAAAATATGGTTACCCTGGAATATAAATAA
ATTACTTGTTATTGAATGGTATGACAGGGGCGTCCGCAGGCAAAGGGCAG
GAAGGGCTTTAGCCCCGCCTCCCCCCCAAAAAATAATTAAGGAATTTTTT
TATTCTTACTAGAAAATTTAATATAAATAAAATTTATATTTGAATTTTTT
TTTCAAGAAATTTAATATAAATAAAATTTATATTTGAATTTTTTTTTCAA
GAAATTTAATATAAATAAAATTTATATTTGAATTTTTTTTTTCAAGAAAT
TTAATATTTGAAATTTCATTTAATTTTTCAATTGCTTTTTGCGAAATATG
TAATTCACTGTGAATAGCTTTTTTTTTCTGAACAGCTCTGGATTTTTTAA
ATTTTTTGAAAATAGCCTTGGATTTAAAAAAAAAAAAAAATTTAAATATT
AATTTATTGGTGAATGGCTATGAAGTTTTGAAATTTTTCTCCGACAAATT
TAATATTTGAAATTTAGTTTTAGAAATTTTTTTCCAAAAAATTTAATTTT
TTGAAAATAGTTGTGAAATATTGAATTTTCGCCAAACAAAATTTATATTT
GAAACGTTTTCCCAAAAAAATTTATATTTGAAATTTAATTTTAAAATTTT
TTTTCCAGAAAATTTGATTTTTGTAAACAGTTCTGAGTTTTTGAAGTTTT
TTTCCGAAAAAATTAAATTTTTCAATTTTTCATTGCAGTAAAATTTAATA
TTTAAAATGTTTTTTCCAAAAAATATACATAATCCTACGTACGCTCCTGT
ATGATTAAGTACATATTCCAATCTCTATGCAGACAATTTGGCCGCTTGGG
AACGATATGAAATGAGGCGGGATGAATTAGTTAATAAAATTGATGCAGCA
GATTCGGAGTTCAATGACACGAAAAAAGTATTTTCTTTATCGGATGGGCC
GACTGATCACGCCACAAGAACAAAAACTGCGGATTCTATGAGGAAGGACA
TTGAAGGAACTTTTAAAGTTGTGAATGATGCAAACAATATCCTTCAAAAG
CTCCTAGATGATAACAAAATGGCTGAATTAAATGGAGAGGTAAGCCATTT
TATTTAATAAATATATACGTATAACCAATGAGACTATAAGGAAAGGATTT
ACAAGACAGCTGAAATAATAAAGAAACAAAAAAGAATTACTTCAATTAAG
TTTACACATTAATGCAGCCTCGATCAATTATAAATAAAGGTGGATTCCCC
CAAGGTTAATATTAACCAATGGTTTCCCCATAGATCGTCAGTGATGGGCA
AGTTAATTGATCTTATTAACTAGTTAAGTTAAATTTTATTATTATTTATT
TTTTAATAACTAATTGAGTTAAAGTTAATTTTTAGTTTACTTTTTTTAAC
TAGTTAAAATAAAGTAAACTTACTTTAGAGCAATTTAAGTTCAATTAATT
TACCCAACATTGATTCAGTTAATGTTAATTTTGAAATTAAAAATGAAAAT
TATTCCGAAGGAAATATCTCATTATCTAGTATTAACTAATGGGTATGCCT
ATTCATGACGGAGAGTAATAATAAGGGTTTGCTCGGTAAGTCCTTGTTTG
ACTTAGAGCAGAATTAAGGTTAGATATTGGGGTAATTTCAGCCTAAATGA
AGAGAGGGATTTGTGATTATATTCTTCTTCGCATAGCTCCTTGCAACTTA
TCTACTGAAACGCCATTACCATAATTAGGGGCATCCGCAGGGAGAGGGGT
GGAGGGGCTGTTTTAATTAAGAATTTTTAGATTCTTCCGAGAAAATTAAA
AAAATTGAAACTTAATAAAATATTTCAATTTCTTTGCCATAAATTTAACT
GTCTGTGAATAGCTATGGATTTTTGAAATTTTTCTTCGAAAAATTTAGTA
TATGAAATTTAATTTTGGAAATGTTTTTCCAAAAGATTTTATTTTTGAGA
ATAGCTTTGGAATTTATAGATTAATTTCCCAAAGAAAAATAATTTTTGAG
AATGAATATGAATTTTTCAAATTTTTTCTATAATATTTAATATTGTAAAG
TTAATTTAATAAATAATTTTTCAAAATTTTTTTTTTTTTTGGAAAATAGC
TTAAGACTTTTGAAATTGTTTCCAAAAAATGTAATTGTGAGTGAAAAGCT
ATGAATTTTTGAAAATTTTATTTAAAAAATTTAATATTCGAAATTTAATT
TTGGAAATGTTTTTCTAAAAGATTCCATTTTTCGAGAATAACTTTGGAAT
TCTTCGATTAATTTCCCAAAAAAAATAATTTTTGAAAATTAATAAGGATT
TTTCAAAAAAAATTCCATAATATTTAATATTACAAAAGTTAATTTTAGAA
ATAATTTTTCAAATTTTTTTTTTTTTTGCAAAATAGCTTTAGACTTTTGA
AATTTGTTTCCAAAAAATTTAATTGTCAGTAAATAGGAATTTTTGAAATT
TTTCCGCGAAAAAATTTAATAATTTAAATTTTTTCTAAATAATTTTATTC
TTTAAATTTAATTTTAGAAATTCAAAAATAAAAACAGCTATGGATTTTAG
AAATTTTTTTCTGAACMATTTTCTTCCTAAATTTTTTTTTAAACNNNNNN
NNNNNNNNNNNNTTTTTTTTTAACTAAAAGTCCTAAAACCAAGCCACCTC
AAAATATCTGCACACGCCCCTGCTAATATCTCATGGAGTGTGGTTTTTAC
ACACCGAGAATGTCTCTTTTTCAATTCTCTACGTTACCCGAATATTCCTT
AGTTTTCCTTAAGCCGAAGGGAGGTGCAATTTGCAGTAATTTTGACTCTT
AAATTATTTAACATTCTTTTTTTATATATATAAATACACATATTTAAAAA
GAAACTATGTTACCTTTTACAGTAATGCAAATATAAGAAGGCCACTCTGC
AATAAAATCATATTTTTCACGTATCATACTGCCCAATTCATTAAAAAAAA
ACTTAACTAATCACAACACATTATGACTAATTAATATAAACGTTTAAAAA
ATATTAAAAGAAATTCACATACCTTACAGTTTTGATTTAAAGATTTTTTT
TTTTTTTTCATCGTTTCTCCTTTCACTTATAACACGGTTTTTTTTAGTGT
AGAAAAGCATTGTACGATGATTTAAACGCTCAAGATAATATTGATAAATT
CGTAAAAACATATTTTGACCTAAAATGTAATATTTGGATAAGAAAAAAGC
AGTTTAATGTGTGGCAAGAAATCTTGCTACTCGACATTAATGGTTTATTT
GCTAGATTATTGATAATTTTTCATCATTGGGGGTACAATTGCCCCCCCCC
CCTTCCTTTTTWTCTCAATCCCCTATTAATTGAGTTTTATTTTTATTAGG
CATATTAATTTACGGGCGGTTTTAATCATCCATGAGACAAAAAAATAAAG
CAAATGCTACTCAAATTTGTTATTACAAAAAAAAATAAATCACGTCTGGA
AATTTAATTTGATGTTATTTCTTTAGGAAAAAAGATGTAACAGCTTATTT
TAATAATATTTTCTACGTATATATATACACAGACATGATAAGTATACTTT
TATTTTATTAGCTCATTAATCCCCCCGGGTATACGTGCTTCAAATATCCC
ATTTTCTTAGATAATTGAACTACATTTTTAAATTACGAGTAAATAAGTGC
TGTTGTTTTTCTTAATGAGATTGAAGATTATTTTTTTAATCTGATTTTGC
AATGAAAGTTTTTCTTTTTTTTGAATAAATTGAATAGTTTGAGAAGATTT
AGATAATTGAAATGGAGAAACTTGGTAAAAAATGAAGCTAGTAACTACCT
ACCTTTTTGCTATCTATACCGTGTAGCATCTCCAATACTCCAGATATTTA
TTACTAAATTATCATTTACTAGTGGGAGTCGACACCATTACTCTGAGTTA
TAAGACGTCGAGAGATAAGATTACGTATCCAGACAAAATTAGTCTTATTA
ATATAGAAATTTACAAAACAAAGTCTGTATGTTTGTTGAGGGGTCATTTT
TGAGTGTGCACTTCATACCTTAAAGACTATTTGACGATTAATTTTCGAGT
TAAACAACCCTACAATATTCTTACTTGGACCCAGGAGAAAAAACACAATT
TTTACAAAAGAAATACATCATCTGACAATTTAAATTAGTCATTTTTTAAA
GGAAACTGTGATACAGTAATGGTTGTAGTTTCCTCACGATTTCCTTTTTA
ATCATGCTCCCCCTGGCGTTGAATTTCCGAATCAACTCTCCCTCTCTGGT
CAATCTAATCACTTCCGTATTTGGTGTCACTTTTGTACTTTCATCATTTT
GGATTAACATCAGATCAGGGAAGAGTAGTGTGAAATGTACATTCGGTAAA
TTGTTCCTGGGCAAATTGACCGTTCGGCGAATTATCCATTCGGCAAATTG
TCCTTCGGCAAAATTGTCCTATAACTATCTACACTAGTTTGCTGACTGAG
ACTTAAAAATTAATAAACCCCACGTTTGAGAATACATAAATTCCCTTCTT
TACCCGCTTCTGACTTGGGGGGAATAGGGAGGGGAACTAAATCTACGTAA
GTCAGTTATTCTAAAATTCTGGCATCTGCATCATATTACGATCCATTCTA
TATAGAGCATACGAGGTTGCTAGAGCTTTTAGTTGGATCCATTTTATGAA
CATTGGAGGGATGCCCACAGATTAATGTATGTCAGTAAAGGCCTATTTAG
AACTTATCCCCTCCACATTTATTACTACAGGTTTGTCAATTATATCATTT
AGTTCATACTTATCCTGTTCTTATCTCTTTTATCTTTTTCTCGATCTGCA
AGTTCACATGCGTCAGACACAATGGTCGGATCTGCCCATAAAAAATTATA
ATACCCCATTCGGAGCAACGTTAACTTCCCGTGCTTTTATTCCCCTCTGG
CTCAGGTAGCTCACAATCATTCTTTGAATATGATTGTGTCTTTCTGTCCA
TGTATTTTTAATTTTGGACGTGAACATTCCAGACGGTGGCAAGAAACCTG
CCACCCACTGCGGATGTATTCCTCAGTCATGGCGTCCCAGTGCTGGCTGA
CAGTGGCTTTGAGGGCATCGATGTTTGAATGAAGGTCATTGCAGACATTC
TCCTCGACATAAACCCAGAAGGTGTAGTTAAACTGGTTGTCATCAGGACT
TTAGGGGGGCAAAAGTGTCAAAAAAGAGTTTTCTCAACCCCCCTCCCCCA
CAAAAAAAAACCATATAAGAGGCAGCTGATAGTAACAAGTGTATACATTC
AGTAATATCATAAGTGTCGCTCGCGCTTTCTATTCGATCTTAGTTTTTTT
AACAAAATGACATCCATCCATTTAATTTATTAAAATATACGTTTGCAGAA
AACTGCCCTGGAGAAAATTGCCTGTGGAAGATTGCCACGGAGGAAAATAG
TCCGTTAGGGAAGTTGCCCGTATTTTGTTCAAACTTCATGATGAATGAAA
ACACTTTATAAATTTTTATAAATTATTTTTTTACAAATATCTAAACATAT
TTGTTTGTTCCATCTCCAAGGGAGAAACTTAAAGTGTTAGTAATATTATT
GCTAACTATAGGAGGGGAGGGGGGTTATGTATGTGATACTTTGACGGTAA
TTTTGAGGATCTATGGGTCCCCCAAGCACCCCACGCAACCCGAGGCCTCG
GAACTATTTTTTGATATTGGTTGAATTACCGTTGTTTTTTAGCAATACCA
CTCTACCGCCGGGCCAACCTGAGGGTTGAAGGTATGCAATCATATTTTAA
GAGGCCCTGAGATACATATTTATCCCTCCCTCCTTCAAATCCTCTCGATT
CTTTTCTTAGAAGAATAGATTAAATTTTTAAAAAAACTCTTCTCTCAAAC
ATTTTTCCCAATTTTATTTGTTTTTTTTAATACAGTTATTTCATATTTTC
TACAACTCTACAGATAACGAATTTTATTAGAATATAATGAAATTATACAG
ATGTTATAAATTTTGAGCCCCACATGACGTCATCACCTCTAAAAAATCGG
GCTAGACCGAATTTTATATTTGATTGATTTATTTTGTGGGNAAGGATCAA
GATCGAATTTTTTTATGAGACAGATTCACAACATAATTTATTTAAATGAC
CCAATTAGTTAGATCCGTCCAAAATTATAACATCCTATGACTGGCCTATG
CAGAACTTCAAGACCATAACTGGATACTAATTTTTCGATACTACCTAAAT
ATGTCAATTTATATTTTAATATATTATCATATATTATTTAACAAACAGCC
CAATATTTCGTAGACATACTGAAGTCAACTATACTGTAACAAATACCCAA
GAAAGGTAACTGTAGTATAAAACCTTTATTTGATTTGATTTTTGTATGAC
GAAGATTTTTTCAGCGAGGCTCGATATAGCAAAGTTTTTTTTGATGTCCA
AATTTATTTGAAGAGGTTTTTTTCCAGCTGGGATCTTTTCAGTGAGGTTT
TAATGATAAAATATTATAATAGTGTGAACAGGAGAATGACAATTGATGAT
TAATGACGTCATTTCATAAGAAGCTTCAAAATTATATTTTTTACAATTAT
GTACATATTTATAATTTTGTCGTCACCCATCTTCCCCCCCATGTATTCCA
ATTTTCGAACTTAAGAAATGAATATTCCCTATAGTAAAGTAAAGAACATT
CATCTGTTGGAGTAGGTCCATTATAAATAATGAGTATCAAACATCATCAT
AAGTCCAAGAAGCTCATTTGAATTAAGTATCTGAACAAAATAATGAGTTT
CATCGCTGAAAAAAAAAGACGTTCAAATAAATTTCAATAGAAAAAAGCTC
CCTGTAATGTATGGCAGCCAGTTGATTTATGCAACTTCATTTTGCCTCAA
TATTTCGCCGGCTTAAAATCAAATGAGCAAACTAAAAAGTATATTTTATC
CACTAGGTGGCGTGGGAGTATGATATTTAAGTAGATAAAATATTCCTTTT
TAATTTATTTTTCTTGCACCCCAAATAAAATTAGGAATTTGGGTTCACAA
GGAATAAATACACCACGTCGTTACCCTTATTGTATCACGCAACCTTTCAT
CTTAAAAGAAACAGGGAAAAAACCCTAAAATTATCTGGTAGTTAGCCAAA
TAAGCCAATCGCACCAACTGCCATTTAAATCTTATATACTCGGAGACTAT
CACTGTCATATTATGTCTTCACCATTTTTAAAATAAATTACATATTATTA
AAATCTACATAGTATTTTATTCGATACTGTATTGTAATATTTTATTAAAA
GTGAAGTTATACATTATTAATTGTGTATGATAGCCAAAGTTTCTTCATAG
AAATAATAGAATGGTCAATATATATACTATATAAACGGCCAGGGATCAAC
AAGAAATTGTATTTCTGTTCTTTTGGAAACTGAGTATATGTACAGAATAA
CATATTACTTTGTGTTTCTATGAAAAAGAATAAATTATGAAATAGCCATG
ACGTATGAAGGGAGATGAGGCAATCGACAGCTGTCAACAAAATGCATAGG
GTATTTGTGTGTTGTCGAGGTACCATAGTTTCATTTACATCACTAGTTTA
TGATGTTACCGCCAGACGGCGTCTCTAACTATTGAACAAACAATTGTAAG
TAAACAAATCTCTTGCTCTATTAATTTTGTTATTGAAGCGTTATGTAATT
TTATGGCTTTGCTTATCAAAAAACTGCAAACATACCCCATCAAKWATGGC
ATAATTGCCCCATAAGTATGTGACAAAAATGTTTCTTCAGCTATTAGAGG
GAGAAAAATATAAGTCATTATTTGCAGATGGAAAATATATACAAGAGTCC
AAGTACATATTATATACTATGAAAATAGGAGCAATTTATTGATAAAAGTA
GAGATATATATATATATATATATAAATAGCTAAAATGCCTTATAAATTCC
ATATTCAATCACAGTACCCCTTTACGTGCAGATAATTGAATCTGTAATTA
GTTTGTCGAATCAAATCTGGTTTTTAATCANNNNNNNNTTTGAATTTTTG
AGTATTTAAATACTCTTTTTATTGGTTTGAGGCAACTGTTGATCAAGTAT
ATTCCACATTACAATTAATCTATTTTTTGCAAAAAAAGTTATATGAATTT
TAAATGCGAGTATTTAGTTATGTTTTATATGGGATCATCCAATCCCGAGA
AAATTTAATTCAAGTTACAAAGAAATAACCAATTTTAAGGGTTTTGTTTG
AAAAGGAATATTGCCTCAATTAAATAATAAGGATTTTCCTTCCCAAAAGA
GTTTTTGGGTTTAAAAGGTCTAATTTAATACATTTTTATAACAATTTACA
CCAAAGATAGTCAATAATGCTTACTTCAGAGGTGAACACAACGACAACCT
ATTAAATAATGAATAATAAAAAGAACACACAACAACCGTTTTAATTTATA
AGCTTATATTTTTCCTTAAAAAAATGGCATTCTTGATTATATGTTGTACA
ATGCTCATAGCTTGAAATAACAACAATATTGAAAGACAAGGGTATATTGC
ATAGTGTCAGAGAAAATATCAAGATCTCCAAGTACAGACATTAACTGAAA
CTTTTTAAATTTGCCAATTTTTGGGCTGTTCTTCTTTTATAAAAAAACTT
CTCTGTTTGGAAAGAAAAAAAATATTAGACTGCCTAAACTCTGTCATTTA
ATTGTACTTTTATGAAACTACCATATACTACAATTATCTTACTTTTTTAG
ATTGATGGACTGAAAGCCCGTATGGAAGTTTTAAATAGAATGGATGAAAA
ACTCAAATTCCTGAGTGAGTTCAACTCTACTATTAAGGTATTTGACGGAA
CATTAACGGAACTTGAAAACTGGTTGATTGAAGGAAAAAGGAGAAAGGAT
GAACTTCTCAACCCAACTGAAACCATTGAGCCTCAAGAAAGAGTAATGGC
AACCATGGAGTTGCAATCTGATGTGGACACACAAATTGAAAAAACCAAAG
CTGCAGCTGAGGAATGGGACAAGTTGAAGCCCACAGAGGCCGGGGAAGAT
ACTCCCGAAGCTAAGGTATGTCACATCCTTCTTTTTTTCCAAGAAACTTT
ACAACTCTCTTTTGTCATATTTTGTAGAGCTTTGCCAGCAGACAAGATGC
AATGTCAAGCACACTCTCCACGATGAATGATGAAGTCAGAGCAGAAGGAG
CTAAATTTGGCGAAGATGTAAAATATTTGGCTGATTTTACAGCTGGTTGT
AAAAGAGTTGATCCCTGGGTTAAAAAGGCAGAGGCGAAAAAAGCAATGGG
TATGCCTAGACCTAATAATCTTGTGGAGGCCAAAGATTTCTTCAATCAAA
CTAAGGTTACCACTGCTTTTGATTTACATTTATTTGTTGTGGTATACGGT
ATCATGATTTATGAGGATGTTGTGTACAAGTTGCGAAATGATGAATAAGT
TGTATCGTATATAAGCAAGGGGTACAGGATTTTAGAATGGTTCAAAATAC
AATTTACCATTAAAAAAACATATATAGGTATATAGTTTTAAAAAAAGTAG
GATTATAAACATTTTATATTTTAAATGCCTATAGTTATATAACTAATAGT
AGGCACATAATAAATATGCAATTTTAATAGATCAAAATGAAGCTATAGCA
AGCCAAAGCATCAATTGATAGTTGGTAATTGAAATGATTGATGTTGTAAT
TAAATAAAGTATTTTAAAACGTAGAAATTGCATCTTGCACGCAGTATATG
TCTGTATAATATGTGTGTGGTTTTAAAGTCTCATCCGGAGTGAGTACATT
TGTAAGTTCATAAAAATCTGTCAAGAAAGGGACATTATTATGTAGGGTAC
GTACATTTTTAGAGTGATTACTTTTTTTTTTTAAATTATGAATGCAACAT
TTCTAAGAATTGAAACAATATTTTTGACTTCTCTCAAGAACTCTTTACAA
AACTCACCATGACCATTCAAGCCTCAAATTCAATTAATTTATTATTTTTT
CATCATTAATTTATTTGTTATTGTTACACTTTTATGACGTCACGAATAAA
AATGATCAAGGATTAGAGTTGGAGATGTCTTATAACTTATCTCATAGACA
GTCCCCACCCGACTTTCAGTCGTTTTCTTATCGAACCGATCTTTCTTACC
ATTCAACGCTCATATGAACCGATTAATCAATTCTTTAGTCGTACGGTCCT
AGCTATCTTTTAATTTTCTTCTTCAATCCTACTTTAAACTTAAGGTTTAT
TAACAGTTGAATTGACATAGTTAGTAACTACGTCATTTTAGCCGTTGGAT
TTACCATAAAAGACGGATAAATGTTATAAGGATTGGACACTGATAGGACT
ACAATGTTTTTATTTTCCAACAGTAGTAATGAATTACTAATACAACAGCT
CACTCAACTTTGTATGTAGTCCTTGCCTTCAGTAGTCCTTAGATATACTA
CCAAGGGATGAAACAGCCCTACTAAACAATTAAGTTAGTCGGCATTACAA
ATAAAGCATAACCTTCACTAAATAAATAATTTAACTTTTTCCGAAATTTG
AATCTATGGAAACTTTTCGAAAATTGAATCAATTACGATGTCGATAAGTA
TTTATAACAAATAAATAAAATAATGACAATAAAATTAAAATAAACTTGTG
AAAACAACATTAATAGAATATATATTTATTTAATAAATATCATGAGATTG
ATCTTTAATATACTAAAAATATTTATAAAATACCATTCAATTTGGATATG
TTTTTTTAATCTTTCTTATCAAAGTGCTTATTACTTTGCTGTATATGATC
TATCTTTTCTGTAACGAAACTTATCATTAATACAGATTGTATTTCCCCAG
CATTGAGGTTTTCTTTGTTAGGGAAATCCCAAATCTACAGTTTTCTTTGT
TAGGGAAATCCCAAATCTACAGTTTTCTTTGATATTATATTTACCTTCTC
TGACCCAATTTGCCAAATTTGGCACATATGGAAAAATAACTTATAAATCA
AATAGCTGTGAATGCATCTGTTAGAAACTTCTCATACCGATTAAGACCAC
GTTTGGAAAAACTCTGAGGCTGTGTACTGCGCAAAAACACGTATGGTATT
TTAGTTATATTATAATCCTTCAATAGATGTGCAAGTGTTTTTGAAAATTT
AAAAATCTAATTCGAAAATGATTTGGCTCCTAGAGGGTTAATCCTTCCAA
CTCCATTTTCTGAGTAGTGGGAGCAGCAAATGAAGATTGATTGCTTTCTG
AATTTATGATTAATTTTCGAAGGATGGGATTTTTTCAAATGCGATCATAG
AATTGCTTACTAATAAAACTACTTTTATATAACATTTTTGATGAGGCAAG
GAGGCCACTCATCTCTATTATATATTTTAAGATATTCAAGATTATACATA
TATTTTTTCCCCATTTGAAGGATAAACTTAATCGACCCTACTTTTTTATG
GTCTTTTTTGGATGGTACATCTTTCTTATTGAGAGAAATAGATAGGGAAC
TTATGCGAACATAATATATTCTCCTTTTTTCATAGCACGGATGACCTGTT
TTACTTTCAGGTAAAATTCAAAAATCTGGCATTCCCACAAAACATAAAGT
TTACTCAATTTTATGACAGAAATTGCTTTTTAAAAGTAATATATTAGCTA
ATCAATTCATTGTACATTCAAAGGAATAAGTATATTAAGTTATAGACAGG
AATCTGCAAATATTATGTCGGCTAATGTATAGCACGCAGAAAAAATAGTT
TTTTTTGTTACTAATCCTTTTCGTGTGTAATCTATATTTCAACAATACTT
CACTATGTTGATGAGATACTGCAACTTAGTCATTGCTCACATAAATTACA
AAATAACCAATATTATCAGTAACTTTTATAACTGATTGGGTTTCAATTTT
ATTTGAAGTACACTAAATGCTTCTTTCTTCACACTTTTTTAAAGTTTATG
ATGGAATTTTCTATACTTTGTGAATATTCGATTTGTTTTGGGAACGGATT
ATTTTTATTTTGCAAAGGTAATTACTTTGGAAAATAACAATTTTATAGAT
TATCCCAGCCTCATACTAAATAAAACTAGTTACATATTATAAGATGGCTT
GGTGAGTTTTGAAAATACTTAGAGTGAATTCCAAACTATGTTTGTAACAT
ATGCCACATCAGGGGCGTCCACAGGGTTATAAATATATATATATATTTTT
AAGGTGTGGTTTTTGAAAAAAATATCAAAAATCCATAGCTATTCACAAAA
AAATTCAAAAATTAAACTTTAAATATATATTTTTTTTTAATTTGAAACAA
AGAATTTTAAAGAATTAAAGAATTTATCTATACAAAAATTAATATTGGGG
AAAAAATTTCAAAAATCTGTAGGTGTTCACAAAATAAATTAATTTTTTGG
TAAGAAGTTTCAAAAATTAAATTATAGATATTTAATTTTTTGAAAAAAAT
TTCAAATATTACATTTCTTGGGGAAAAAAAAATGTGAAAAATCCATAGCT
ATTTACCGAAAATTAAATTTTTTGTGAAAAAAAGTTTCAAAAATTGATTT
TTTTTTGAAAATTTAAGATAGAGCTACAGTACCTCCACCCCCACCCCAAG
TGGACGTCCATACACATTCATACTTTAAATAGAGCACTTCGTACTATCTT
ATTTCAAAAATATTAATCGCTCTAATGTAAAATGTTCTACATATAAATAA
ATATTCTTTATGAAAAATAACTGGGGTATGTTTAATAAATGATATCGTTA
AGTATTATACTCTTTTTATCCGTAGTAATGTTTGTACTTTCGGAGAGTAG
GACATTGATTAATTTGCACTACTAGATAGTTACTAGGGTTTTTCATTTTC
GGGAAAATTGTAGTTAAGTGGGATCCCAGGAATTATTGGGATTCCGTTGG
TAAATAATAAATACAGTGAAATTTACGTATTTATTAATATTACTCATTTA
TTCTAAATGTTTATTTTTCTCATGAACACTAATGTGGGAGCTTGTAGGGG
CGTCCGCAGAGGGTGGATTATGCTTTTACAAGAAAATTTAATATTTGAAA
TTTTAATTTAATATTTAAAAAAAATATATTTTTTTAAATTTAATTTCCTG
TGAATACCAATATATTTTCTTTAAATTTTCCTCCCAAAAATTTGATATTT
GGAATTTTTTTTATAAAATTTTAATTTTTTCGAACAACTGTGAATTTTGG
AAAAAAAAAATTTCAAAATTTAATTTTTTTTTTAAATATCTCTGAATTTT
TGAAATTTTTTCCCAAAAAATTTAATATTTCAAATTTTTTGTGAACAACT
GGATTTTTGAAATTTTTTTCCATAAATTAATTTTTTGATACTAACTATGG
TTGTTTGATTTTTATCCAAAAAAAATACATTTTACTGAATAAAGGTGGAT
TTTTGAATTTTTTTTCCAAAAAAATTATTATTTGAAATTTCTTGATAACA
GCTGTTGATTTTCGATTTTTTTTTTCCAAAAATTTACTTTTTCATAAATA
GATATGAATTTTAGAATGAAAATTAGAAAAAATTTATTTTTTCAAATTTT
TTTCCAAAAATTTATTAATTTTTTGCAAAAAAATTATTAATTTTTAAGTT
TTCTTTAAAAAAAAATCCAAAAAAACAAGTACCCCCTAAAAAAATCCTGT
GCTCGTCCCTTGGTGGTTTCTACATTTTTGAGATAGAACCCCCGGGTCCC
CCTTTTTAAATTATGTTACCCAATGAATGGAATTATAAAGACATGAAGNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNTTTTACAAATTTGTAGGGGAAATAA
TAGAATAATTACCTACAAAATACTAAACATAACTTACAAGGAGAAATTTA
TAAAGAAAAAGTTAAACATTAAAAAGGTTAAACAACGATTACTTCTTTTA
AAAACTAATAAATAAATTATTGATGTACCACATATTGCGCGCCCTTTTTT
GTCCTATATGTATAATAATATAACATAAGATCTAAACTTTAATTGAAAGA
CATTTTTCAAAGTGAATATTTTCTGTCTGTGGATCACCAGGGTTAAGGCA
AAAGTCACAAATTGATTTTGAGCTATCCGGGTACGTGGATTATAAAGGAT
CACAGAAAAAGGTCATTAAATTTTGAGAGATCCAGGTCAAGGTAGTATAA
AACGTTTAAAACAGATATCGGGCATAACCTTAGAACATATTGAGGCACAG
AGCTCAAATTGTTGTCATTGTGTAGGTCTCATAAAGAGGCTTTATATAGC
GAAAAAAAATTTAAGGTCAAGATTCAAGGTCAAAGTAAAACAAAAGTTCA
AAAAAGTCATATGGACAATCACTTCTAAAAACAAATCCTCTCTTTGTGGT
TCACAATACATTTATTAAAGTATGAATGCAATAGATATTAAATTTAACAA
GTTTAACGTTAAACGGTTATAATTATACCATAGAGAAGAAACAATATTTC
ACAAAGGGAAAMTAACCATAGGTGAAGGTTTGCACTCTACAGAGTGCACA
TTGTAGTTATAATATGTGCTACTCGTATAATTAGAAGAAGAAGTATATTT
CTTTTATACATCTTACTTTAGTCAAAAATGCATTTTTTTGACAAAAAACC
AAACTAATCTAAGAAATCAGTCTAATGCACATTGTATAGACAAATACATG
TATCTTTATTTGTAGGATTTGGCCATTTGTATGAATACAATTGATGTAGT
GATGTGAAAAACAAGTTAAAGAGGCACTTGCATCCTTGGTTTGCTTTTAT
ACCTAATCATTTCCGATGTTTTCKCCTWTTTWGCCAAGGAATACTCTWTA
CATGGAACGMGCKCTRTTTTTTTRAAACTAYAAGNNNNNTTTTTTTTTTT
TTTTTTAGTAGTATAATGGTTATGAAATGAAAGGAGGAATTGTATTAAAA
AATTATGGAATGATTGTCCTAAGAAATTAACATTAAATTATCTAGACGAC
AACGTCTGTAAAACAATGTTGTAAATCGTTTATGCAGATTCGAAAAGTTT
TGCATTCACTCAAGGAAGATATATACTTCATCTCCTCTGGTTAAGAATTG
GATGAATGATGTACCTAATAGGAATCGTATTATTAGAGAAGGGTAAATGA
GCGCATTTGGAATGTAAAAAATAACTTCTTCTCTTAATTTGTACAAGCAG
ATACCGTAAACGGTGCTGTGAAGTTACTTCACTCTAGAAGTTATATTCAA
AAAATATCGTTTTAGGTCTAACAATGAATGTGAATGCAAACCCAAAACGG
ATAAAGATTTTGCCTTTTCCTCAGAAAGCGTTTCTGTTTGGTATTGACTT
GATAAATTAGAAAAGGAAAAAAATAAANTAAATAACTAAGCATAGCCACC
GCCAATTTTGGCTGTTTTATTCTTTATCTAACTATTATTGCAAAAAAAAT
TATTTATTTAATAGACTGACTAAAGGTATTTACAAAAAGATATTGATAAA
TATTGTTCATTTTCATATTTGACATAAATAAAAAATACTAATTCTAAAGG
TAGATTTCGAATGGTTAGCGGGGAACTGAATGAAATTAGTGTGTGGGTGT
GTGAACATTTGCAAAAATACCCCCCCCCCATATTCTACTTATATATAAAC
AATTGCATCTTATGACGAGTTTGAACCATATTGAGCAATATAAATAGGCC
CAAAATTGTGATTAATTAGAAAATCACTTTAAGACAGTGTCATGAAAATC
AAAATATTTGACGATTTTTAGTGATAAAAGTTAAGCTGACAAAATAAAAA
TGTGAAGTCAACTCTGGTTTTTCGGAATATTTGAAAATGGACTCACCATA
TCAGTTGAGTCAAAAAATAATCAACTCAAGTCGCGTGAACACATTATTAA
TTTATTTATAAACTAGTGTTAGTACATGTCATTGCCCAGACTAATTAGGC
GTAGCCTAATAGAAAAATTTTACGCGTACGTCTTGGGGTACTCGGGGGGG
ACTCCAAGGGGTACATGAGATTTTGAAAGAATATTTAACATGTAGGAAAT
AGCTCAAGGGCATCCGCAGGATGGGGGAGGGGGTGGAGGGCTGTAGTCCC
CTACAAAATTAAGAAATTGAAAGATTTGAAATTTTTCTCCAAAAAAATTA
AATATTTTTAATTTTCTCAAAAAAAATTAAATATTTGAAATTTTCTCAAA
AAAAATTTCCCAAAATTTTGAAATTGAAATTTTGTCCTAAAAAATTATAT
AATTTGTGAACAACTGTAGATTTTGATTTTATTTTTTTCCAAAAAACTTA
ACTTTTTGAGAATAAATATAGATTTTTGAAATTTTTTTTCAAATCATTTA
ATTTTGGTATTTTTTTTTTTTTTAATCCAAAAAACAAGCCCCTSCYCCAG
AATATAATCCTGCGGMCGCCCGCCCCTGAAGCTAAAAATGCTTTGTGCTA
GTACTTGAGTTTAATAAATATTTTACAAGGTTTACATCGCTAAAAAATGG
TCAAGAATCCCTGCACTGTACCATTTATTGACAATTTGATTAACAAAACA
ACCCTTGCCAGGTAAAAAAGAAGGAGGAGAAAAAAAAGACTGCATGTTTC
GTGTATAGATTGTTCCTTGATTCAGCTTTCTCTTTTATTAAATAGCAATT
AGTATTATTATTTTTTTTCTTATTTATTTACAGATTTGGTTAGCGGATGC
TGRGKCCTTWGATAATATTTTWGAGCAATCCMACGAATCAGCGAAAAAAA
TGACTCTTCACGAAGACTCTGACGTCAAATATAAGGCACTTAAAGAGCGA
TTGGCAGCTGTTCTTGTCATTGCAAAGGAATGGATTGAAAAGTATGATGG
AATGATCAAGGTTTGGGACAAACAGGCTGAGACAGCTGCTAAAGTATCTG
CTGCAATTTCTTCAAAACCAGGCGATGGCTCTGGATCAGAAATGAAATTG
GAGGATTTAGAAAAACATTTGGATTCCTTGAAACTAATGTTTATAGAAAA
ACAAAAAATGATGGAGGGGTTGAGTCAAGAGGCAGCTAATGCCGCCATAT
TGGAAAGTAAGGAGGAAGCCGTACCTCCTGCTGCATAA

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