EMLSAG00000011295, EMLSAG00000011295-694061 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000011295
Unique NameEMLSAG00000011295-694061
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:TTC37 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005634 "nucleus" evidence=IEA] [GO:0035327 "transcriptionally active chromatin" evidence=IEA] [GO:0055087 "Ski complex" evidence=IEA] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 GO:GO:0005634 Gene3D:1.25.40.10 InterPro:IPR006597 SMART:SM00671 GO:GO:0035327 GO:GO:0055087 KO:K12600 GeneTree:ENSGT00390000016407 CTD:9652 OMA:NTQPKRM OrthoDB:EOG7JHM4S TreeFam:TF323569 EMBL:AAEX03002043 RefSeq:XP_003639002.1 RefSeq:XP_005618151.1 RefSeq:XP_005618152.1 RefSeq:XP_005618153.1 RefSeq:XP_005618154.1 RefSeq:XP_005618155.1 Ensembl:ENSCAFT00000012687 GeneID:479150 KEGG:cfa:479150 Uniprot:F1Q2K9)

HSP 1 Score: 246.128 bits (627), Expect = 7.812e-65
Identity = 208/775 (26.84%), Postives = 358/775 (46.19%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEH----------------SLWHDFGLLYFLTLKEQSLENTCKIVTSVKSL--------KRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF---------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSL-------ILEILQQMNIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSN 1165
            + +AL +FLK+  L+      + Y+  YY D +  + RA  CY K ++L+  D E G    ++    ++ +  L  L  +   +   + +WA +R G+  L   +   A+  LQ+ + +     + N  E+LG+AY+ RG Y +ALK F +       + +STYS +++A I+ +LG    A+   + +     + V   KGL E +L  ++  +   LD         AL+Y   AL     V CLWKL  +  +++  VS          P +V        N K+  + LG     Q L  N   H                + W D G+ Y+   + Q+L  T      +K L        K+A++L   ++ YWN LG ++ H  I N++LAQHCFI +++ +   A++WTNLGV Y+  +    A++AF+ AQ+ D +Y   W GQAL+A+   S + MDL RH   L         Y   +C  L+D + N++  E Y Y I ++  + ++   + K++ R    A  + + G L E +   K A  A+         T+++   N    N  R+   +  Y K+IQ   S    +++     +L+ +     K +  +Y+ +L    S QDK++IL AL    Y     +V KTLL + + L   T+  L ALC LG+ M D +L       +L+ ++Q + +    ++ S + A LQ +        +K +H +P+ P +W +L+   ++ ++     K   I  N
Sbjct:  475 KTKALTHFLKAARLDTYMGKVFCYLGHYYRDVVGDKNRARGCYKKAFELDDTDAESGAAAVDLSVELEEMETALAILTTVTQKASAGTAKWAWLRRGLYYLKAGQHSQAVADLQAALRADPK--DFNCWESLGEAYLSRGGYTTALKSFTKASEL---NPESTYSVFKVAAIQQILGKYKEAIAQYQLIIKKKEDYVPALKGLGECHLMMAKAALVDYLDGKAVDYIEKALEYFTWALQHQADVSCLWKLVGDACTSLYAVS----------PSKV--------NVKVLGVLLGQKEGKQVLKKNELLHLGGRCYGRALKLMSTSNTWCDLGINYYR--QAQNLTETGNNTNDLKELLEKSLHCLKKAVRLDSKNHLYWNALGVVSCHNGIGNYALAQHCFIKSIQSEQINAVAWTNLGVLYLASENIEQAHEAFKMAQSLDPSYLMCWIGQALIAETVGSYDTMDLFRHTTELNMHTEGAIGYAYWVCTTLQD-KSNRDT-ELYRYNIVQMNAIPAAQVVLSKYIERIQNYAPAFTMLGYLNEHLQLKKEAADAYRRAMLLLQTTEDQDTYNVAVRNYGRLLCSIGEYDKAIQAFKSTPLEELEDIIGFALALFMKGLYKESSKAYERALSIVESEQDKAHILTALAITEYKQGKMDVAKTLLFKCSILKEPTIESLQALCALGLTMQDATLSKAALNELLKHVKQKDSDYQKCLLTSAIYA-LQGRSLAVRRQASKAVHSNPADPALWSLLSR--VVAQYTHQSAKGGAIAGN 1219          

HSP 2 Score: 68.1662 bits (165), Expect = 5.842e-10
Identity = 36/82 (43.90%), Postives = 52/82 (63.41%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKEALK  K VL  +  NYN  VF G+    L + ++   A++KA   +  ++LA+QGL SLYEK
Sbjct:    5 EVKTALKSARDAIRNKEYKEALKHCKTVLKQEKNNYNAWVFIGVAAAELEQPDQAQGAYKKAAELEPDQLLAWQGLASLYEK 86          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:Ttc37 "tetratricopeptide repeat domain 37" species:10116 "Rattus norvegicus" [GO:0005634 "nucleus" evidence=IEA;ISO] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0035327 "transcriptionally active chromatin" evidence=IEA;ISO] [GO:0055087 "Ski complex" evidence=IEA;ISO] [GO:0005730 "nucleolus" evidence=ISO] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 RGD:1306062 GO:GO:0005634 Gene3D:1.25.40.10 GO:GO:0035327 GO:GO:0055087 GeneTree:ENSGT00390000016407 OMA:NTQPKRM OrthoDB:EOG7JHM4S TreeFam:TF323569 EMBL:AABR06011526 EMBL:AABR06011527 PRIDE:D3ZL50 Ensembl:ENSRNOT00000062017 UCSC:RGD:1306062 NextBio:35568399 Uniprot:D3ZL50)

HSP 1 Score: 240.35 bits (612), Expect = 3.750e-63
Identity = 206/758 (27.18%), Postives = 354/758 (46.70%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVS--ELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYF-----LTLKEQSLENTCKIVT-SVKSLKRAIQLSPTSYRYWNTLGFIA-FH-INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN---------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSL----ILEILQQMNIEED--SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSN 1165
            R +AL +FLK+  L+      + Y+  YY D      RA  CY K ++L+  D E G    ++    +  +  L  L  +   +   + +WA +R G+  L       A+  LQ+ + +     + N  E+LG+AY+ RGSY +ALK F         S  STYS +++A I+ +LG    A+   + +     + V   KGL E +L   +  +   LD         AL Y  +AL     V CLWKL  +  + +  VS  ++ +R    L  + E    L ++    L+ LG     + L      ++ W D G+ Y+     L     S+ +  +++  S+  LK+A++L   ++ YWN LG +  +H + N++LAQHCFI +++ +   A +WTNLGV Y+  +    A++AFQ AQ+ D +Y   W GQAL+A++  S E MDL RH   L         Y   +C  L+D + N+E  E Y Y I ++  V ++   + K++ R    A  + + G L E +   + A +A+ +   L +             N  R+   +  Y K++Q   S    +++     +L+ +     K +  +Y+ +L    S QDK++IL A+    Y     +  K+LL + + L   T   L  LC LG+ M D +L    + E+L+ +  + D    ++ S + A LQ         +AK +H +P+ P +W +L+   I+ ++ Q   K   +  +
Sbjct:  475 RTKALNHFLKAARLDAHMGKVFCYLGHYYRDVAGDRNRARGCYRKAFELDDSDAESGAAAVDLSVELEDTETALAILTAVTQKASSGAAKWAWLRRGLYYLKAGHHSQAVADLQAALRADPK--DCNCWESLGEAYLSRGSYTTALKSFTRASEL---SPDSTYSVFKVAAIQQILGRYSEAIAQYQLIIKKEEDYVPALKGLGECHLMLGKAALVDFLDGKAVDYVEQALGYFTRALQHRADVSCLWKLMGDACTCLHPVSPAKVNVRVSGALLGQQEGQEVLRKDE---LLHLGGRCYGRALKLMSTSNT-WCDLGINYYRQAQHLAETGSSMNDLTELLEKSLHCLKKAVRLDSNNHLYWNALGVVTCYHGVGNYALAQHCFIKSIQAEQINAAAWTNLGVLYLATENIEQAHEAFQMAQSLDPSYLLCWIGQALIAERIGSYETMDLFRHTTELSMHTEGAIGYAYWVCTTLQD-KSNRET-ELYQYNILQMNAVPAAQGVLCKYVERIQNYAPAFTMLGYLNEHLQLKREAAEAYQRATALLHSAEDQHTYNVTVRNWGRLLCSIGDYDKALQAFKSTPLAELEDIIGFALALFMKGLYKESSTAYERALTVCKSEQDKAHILTAMAVTEYKQGKMDAAKSLLFKCSILKEPTAESLQVLCALGLAMQDATLSKAALNELLKHIKQKNDYHRYLLTSAIYA-LQGHSVAVQRQVAKAVHSNPADPALWSLLSR--IVAQYTQQNAKGGAVAGS 1218          

HSP 2 Score: 67.0106 bits (162), Expect = 1.272e-9
Identity = 35/82 (42.68%), Postives = 52/82 (63.41%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKE LK  K VL  +  NYN  VF G+    L + ++   A++KA   + +++LA+QGL SLYEK
Sbjct:    5 EVKTALKSARDAIRNKEYKEVLKHCKTVLKQEKDNYNAWVFIGVAAAELGQPDQAQGAYKKAAELEPEQLLAWQGLASLYEK 86          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:TTC37 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0005634 "nucleus" evidence=IEA] [GO:0035327 "transcriptionally active chromatin" evidence=IEA] [GO:0055087 "Ski complex" evidence=IEA] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 GO:GO:0005634 Gene3D:1.25.40.10 GO:GO:0035327 GO:GO:0055087 GeneTree:ENSGT00390000016407 OMA:NTQPKRM OrthoDB:EOG7JHM4S TreeFam:TF323569 EMBL:DAAA02021316 EMBL:DAAA02021317 ProteinModelPortal:E1B885 Ensembl:ENSBTAT00000042662 Uniprot:E1B885)

HSP 1 Score: 238.424 bits (607), Expect = 2.054e-62
Identity = 207/775 (26.71%), Postives = 355/775 (45.81%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEH----------------SLWHDFGLLYFLTLKEQSLENTCK--------IVTSVKSLKRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN---------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSL----ILEILQQMNIEED---SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSN 1165
            + +AL +FLK+  L+      + Y+  YY D +  + RA  CY K ++L+  D E G    ++    ++ +  L  L  +   +   + +WA +R G+  L   +   A+  LQ+ + +     + N  E+LG+AY+ RG Y +ALK F +       + +STYS +++A I+  LG    AV   + +     + V   KGL E +L  ++  +   LD         AL+Y  +AL     V CLWKL  +  ++++ VS          P +V        N  +  + LG     Q L  N   H                + W D G+ Y+   + Q L +T          +  S+  LK+A++L   ++ YWN LG ++ +  I N++LAQHCFI +++ +   A++WTNLGV Y+  +    A++AF+ AQ+ D +Y   W GQAL+A+   S + MDL RH   L         Y   +C  L+D + N++  E Y Y I ++  + ++   + K++ R    A  + + G L E +   K A  A+ +  +L               N  R+   +  Y K+IQ   S    +++     +L+ +     K +  +Y+ +L    S QDK++IL AL    Y     +V KTLL + + L   T   L ALC LG+ M D +L    + E+L+      D   S++  +I    LQ +        +K +H +P+ P +W +L+   ++ ++ Q   K   +  N
Sbjct:  477 KTKALTHFLKAAKLDTYMGKVFCYLGHYYKDVVGDKNRARGCYRKAFELDDTDAESGAAAVDLSVELEEMETALAILTTVTQKASAGTAKWAWLRRGLYYLKAGQHSQAVADLQAALRADPK--DFNCWESLGEAYLSRGGYTTALKSFTKASEL---NPESTYSVFKVAAIQQTLGKYKEAVAQYQLIIKKKEDYVPALKGLGECHLLLAKAALVDYLDGKAVDYIEKALEYFTRALQHRADVSCLWKLVGDACTSLSAVS----------PSKV--------NVSVLGVLLGQKEGKQVLKKNELLHLGGRCYGRALKLMSTSNTWCDLGINYYR--QAQHLADTGSNSDDLQELLEKSMHCLKKAVRLDSNNHLYWNALGVVSCYSGIGNYALAQHCFIKSIQSEQINAVAWTNLGVLYLANEKIEQAHEAFKMAQSLDPSYLMCWIGQALIAETVGSYDTMDLFRHTTELSMHTEGAIGYAYWVCTTLQD-KSNRDT-ELYRYNILQMNAIPAAQVVLSKYVERIQNYAPAFTMLGYLNEHLQLKKEAANAYHRAILLLQTAEDRDAYYVTVRNYGRLLCSIGEYDKAIQAFKSTPLEELEDIIGFALALFMKGLYKESSKAYERALTIVESEQDKAHILTALAIAEYKQGKTDVAKTLLFKCSILKEPTTESLQALCALGLAMQDATLSKAALNELLKHSKPNSDYQRSLLTSAIC--ALQGRSVAVQRQASKAVHSNPADPALWSLLSR--VVAQYTQRNAKGGAVAGN 1220          

HSP 2 Score: 68.1662 bits (165), Expect = 4.852e-10
Identity = 36/82 (43.90%), Postives = 52/82 (63.41%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKEALK  K VL  +  NYN  VF G+    L + ++   A++KA   +  ++LA+QGL SLYEK
Sbjct:    5 EVKTALKSARDAIRNKEYKEALKHCKTVLKQEKNNYNAWVFIGVAAAELEQPDQAQGAYKKAAELEPDQLLAWQGLASLYEK 86          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:TTC37 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0005634 "nucleus" evidence=IEA] [GO:0035327 "transcriptionally active chromatin" evidence=IEA] [GO:0055087 "Ski complex" evidence=IEA] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 Gene3D:1.25.40.10 InterPro:IPR013105 Pfam:PF07719 GeneTree:ENSGT00390000016407 OrthoDB:EOG7JHM4S TreeFam:TF323569 EMBL:AC192759 EMBL:AC188816 Ensembl:ENSGALT00000023641 PRO:PR:E1C576 Uniprot:E1C576)

HSP 1 Score: 237.654 bits (605), Expect = 3.389e-62
Identity = 217/818 (26.53%), Postives = 373/818 (45.60%), Query Frame = 0
Query:  442 LLYFLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELD-----LNLIENYKLY----LIKLGVHFTVQGLNCNPFEHSLWHDFGLLYF-----LTLKEQSLENTCKIVT-SVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILC---------NDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEE---DSI----IIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTF-------LITSNEESVVLGTLLELKFFG------KTKKTLNNILKLVHKYPFQAKTWTILF 1208
            L +FLK+  L+      + Y+ +YY D      RA  CY K ++L+  D E G    ++          L  L+ +   +   + +WA +  G+  L   +   A+  LQ+ + +     + N  E+LG+AY+ RGSY +ALK F +       +    YS YR A ++ +LG  + A+   + +   + E V   KGL E YL  +R  + + LD         AL++  +A  + P +  LWKL  +  ++V  +S          P +V +      L   EN ++     L++LG     + L   P  + +W D G+ Y+     LT     +    +++  S++ LK+A++L   ++ YWN LG +A    I N++LAQH FI +V+ +    ++WTNLGV Y+       A++AF+ AQ+ + +Y   W GQAL+A+   S + MDL RH   L         Y   +C  L+D + N++  E Y Y I ++  + ++   + K+  R P +A+ + + G L + +   + A  A+ +   L          N    N  R    +    K+I+  +S+   + D+   ++L+Y+    L+ +  +Y+ +L  A S QDK++ L AL  I Y     +  KTLL + +   PST   L ALC LG+   DV+L    L+++   E   D I    +I S V A LQ +       ++K +H +P  P +W +L+ L  ++   + K           L   + + V+    +     G      +    L NI K +H  P     W +L 
Sbjct:  500 LTHFLKAAKLDSYLGSAFCYLGNYYRDVAGDKSRARGCYKKAFELDGTDEESGTAAVDLSVELGDTDTALSILNEVTEKANAGAAKWAWLHRGLYYLRTGQPSKAVADLQAALRADR--MDPNCWESLGEAYVSRGSYAAALKSFRKASEL---NPDHVYSIYRAAAVEQILGKYENAIVTYQQILEKTEEYVPALKGLGECYLMLARSALEKYLDMRAVGYIEQALEFFTRATKQRPDISSLWKLLGDTCTSVHVIS----------PTKVNVQVLGSLLGKNENKQMLKKSELLRLGGRCYGRALKLIPLPN-IWCDLGINYYRQAEHLTAVGTDMNEIRELLEKSLQCLKKAVRLDSKNHLYWNALGVVASCSVIGNYALAQHSFIKSVQAEEINVVAWTNLGVLYLATGNIEQAHEAFKVAQSLEPSYLMCWIGQALVAEAIGSYDTMDLFRHTTELSTHTEGAKGYAHWVCSTLQD-KSNRDT-EQYLYNIVEMNAIPAAQVVMSKYTERNPDDASAFTMLGYLNDYLELKRQAKDAYERAATLLKNSEDTEKYNTAMQNYGRSLCAIGECDKAIEVYTSIPLTEFDAIMGIALAYFKKGLLEESIKAYEKALSVAKSEQDKTHTLTALAIIEYKRNKVDAAKTLLFKCSLKEPST-ESLKALCTLGLVKQDVTLATAALKELLKHEKGSDGIYERCLIASAVYA-LQGRNLGIQREVSKAIHSYPGNPALWSLLSRLIPLYTPQKAKGGAVAGNIAHALDLRHGKDVLRNVAVNQLAAGCHMLEDERNNPLKNIQKAIHICPDNPAAWAVLM 1297          

HSP 2 Score: 70.4774 bits (171), Expect = 9.683e-11
Identity = 37/82 (45.12%), Postives = 53/82 (64.63%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKEALK  K VL  +  NYN  VF GL    L + ++   A++KAI  +  ++LA+QGL +LYEK
Sbjct:   28 EVKAALKSAREAIRNKEYKEALKHCKAVLKQEKNNYNAWVFIGLAAAELEQPDQAKGAYKKAIELEPNQLLAWQGLANLYEK 109          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:ttc37 "Tetratricopeptide repeat protein 37" species:8355 "Xenopus laevis" [GO:0005634 "nucleus" evidence=ISS] [GO:0005737 "cytoplasm" evidence=ISS] [GO:0035327 "transcriptionally active chromatin" evidence=ISS] [GO:0055087 "Ski complex" evidence=ISS] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 GO:GO:0005634 Gene3D:1.25.40.10 InterPro:IPR013105 Pfam:PF07719 GO:GO:0035327 GO:GO:0055087 KO:K12600 CTD:9652 HOVERGEN:HBG090717 EMBL:BC076821 RefSeq:NP_001086571.1 UniGene:Xl.29076 ProteinModelPortal:Q6DFB8 IntAct:Q6DFB8 GeneID:446406 KEGG:xla:446406 Xenbase:XB-GENE-5929219 Uniprot:Q6DFB8)

HSP 1 Score: 237.269 bits (604), Expect = 4.470e-62
Identity = 215/822 (26.16%), Postives = 364/822 (44.28%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKL---AAECISTVT--DVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKE----QSLENTCK--IVTSVKSLKRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF---------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM--------NIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLF----------------IIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILF 1208
            + +A+  FLK+  ++P     + Y+  YY +      RA  CY K ++L+  D E G    ++          L  L  +   +   + +WA +R G+  L   +   ++  L + + +     + N  E LG+AY+ RG Y +ALK F   M  ++ +  S YS Y+IA IK +LG    AV + + +   S E V   KGL E +L  ++  ++  LD         A++++ +A+   P + CLWKL   A  CI  VT   V   VL       +E +L LN  E   L     G    +Q         +LW D G+ Y+   +      SL N     +  S + +K+A+ +   ++++WN LG ++    + N +LAQH FI ++  +     +WTNLG  Y+      L+++AF+ AQ+ D  Y + W GQAL+A+   S E MDL RH   L         Y   +C  L+D   N      Y Y I ++  ++++  ++ K+  R   + T + + G L E +   K A +++          ++K   N    +  R    +  Y ++IQ  SS    + D  + ++L+++    L+ +  +Y+ +L  A S Q+K++IL AL  I Y     +  KTLL + + L   ++  L +LC LG+   DV+L    L ++        NI E  +I  +I    LQ +   A     + +H HP  P +W  L+ L                 + +  N    K  L+ +    +  G LL      + K  LN + +  H +P     W  L 
Sbjct:  475 KTKAVTQFLKAAKMDPFMSRAFYYLGHYYSEVAGDKSRARGCYKKAFELDDSDGEAGAAAVDLSMELGDMDVALAILTSVTERADAGTAKWAWLRRGLFYLRVGQHSKSVSDLHAALRADPK--DSNCWECLGEAYLSRGGYTTALKSF---MKASELNPDSIYSVYKIASIKQILGTYKEAVNEYQQILMKSGEYVPALKGLGECHLMLAKSALSDFLDLKAVDAIEKAIEFLARAIRLRPDLLCLWKLLGDACTCIYAVTHSSVKVNVLGILLGNDEEQQL-LNKPEVLALGGRCYGRALRIQSTA------NLWCDLGINYYYQSQHLMGYDSLTNDASELLEKSQQCIKKAVMVESGNHQFWNALGVVSCSKGMGNNALAQHAFIKSIHCEQNNVAAWTNLGALYLMNGNIELSHQAFKVAQSLDPLYVRCWIGQALIAETVGSHETMDLFRHTTELSMHVEGAKGYAHWVCTTLQDK--NNRNTALYRYNIVQMNAITAAHLALSKYTERIQNDRTAFEMLGYLNEHLNLKKQASESYRRVVSILQEREDKESSNSALQHYGRSLCAVGQYQEAIQTFSSTPLTEFDDLTGIALAFFKKGLLQESMKAYKQALSVAKSDQEKAHILTALAIIEYNRGEFDTAKTLLFKCSVLKEPSIESLQSLCALGLAKRDVTLATAALNELLKHVKIKDNIYERCLITSAIY--VLQGRNEAAQRQACRDIHSHPGNPELWAFLSRLVPQHVPRDAKGGAVAGTVAYTLNINHSKKALLYAAVNELSAGALLA---DDRKKNALNTLQRAAHFFPDNPAVWASLM 1277          

HSP 2 Score: 71.633 bits (174), Expect = 4.007e-11
Identity = 35/83 (42.17%), Postives = 55/83 (66.27%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKM 86
            +++ +LK+AR  I +KDYKE LK  K VL ++  NYN  VF GL    L + ++   A++KA+  +  ++LA+QGL +LYEK+
Sbjct:    5 EVKAILKNARDAIRNKDYKEVLKQCKAVLKLEKNNYNAWVFIGLAASELEQPDQAQAAYRKAVEIEPDQLLAWQGLGNLYEKV 87          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:TTC37 "Tetratricopeptide repeat protein 37" species:9606 "Homo sapiens" [GO:0005515 "protein binding" evidence=IPI] [GO:0005634 "nucleus" evidence=IDA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0035327 "transcriptionally active chromatin" evidence=IDA] [GO:0055087 "Ski complex" evidence=IDA] [GO:0005730 "nucleolus" evidence=IDA] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 Pfam:PF13181 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 GO:GO:0005634 eggNOG:COG0457 Gene3D:1.25.40.10 InterPro:IPR006597 SMART:SM00671 GO:GO:0035327 GO:GO:0055087 KO:K12600 Orphanet:84064 EMBL:AB002370 EMBL:BC015163 EMBL:BC056893 RefSeq:NP_055454.1 UniGene:Hs.482868 ProteinModelPortal:Q6PGP7 SMR:Q6PGP7 BioGrid:115010 IntAct:Q6PGP7 MINT:MINT-1194694 STRING:9606.ENSP00000351596 PhosphoSite:Q6PGP7 DMDM:74758339 PaxDb:Q6PGP7 PeptideAtlas:Q6PGP7 PRIDE:Q6PGP7 Ensembl:ENST00000358746 GeneID:9652 KEGG:hsa:9652 UCSC:uc003klb.3 CTD:9652 GeneCards:GC05M094826 HGNC:HGNC:23639 HPA:HPA037905 MIM:222470 MIM:614589 neXtProt:NX_Q6PGP7 PharmGKB:PA162407226 HOGENOM:HOG000154707 HOVERGEN:HBG090717 InParanoid:Q6PGP7 OMA:NTQPKRM OrthoDB:EOG7JHM4S PhylomeDB:Q6PGP7 TreeFam:TF323569 ChiTaRS:TTC37 GenomeRNAi:9652 NextBio:36233 PRO:PR:Q6PGP7 ArrayExpress:Q6PGP7 Bgee:Q6PGP7 CleanEx:HS_TTC37 Genevestigator:Q6PGP7 Uniprot:Q6PGP7)

HSP 1 Score: 236.113 bits (601), Expect = 1.071e-61
Identity = 208/775 (26.84%), Postives = 354/775 (45.68%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEH----------------SLWHDFGLLYFLTLKEQSLENTCKIVTSVKSL--------KRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN---------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSL----ILEILQQMNIEEDS---IIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSN 1165
            + +AL +FLK+  L+      + Y+  YY D +  + RA  CY K ++L+  D E G    ++    +  +  L  L  +   +   + +WA +R G+  L   +   A+  LQ+ + +     + N  E+LG+AY+ RG Y +ALK F +       + +S YS +++A I+ +LG    AV   + +     + V   KGL E +L  ++  +   LD         AL+Y   AL     V CLWKLA +  + +  V+          P +V        N  +  + LG     Q L  N   H                + W D G+ Y+   + Q L  T   +  +K L        K+A++L   ++ YWN LG +A +  I N++LAQHCFI +++ +   A++WTNLGV Y+T +    A++AF+ AQ+ D +Y   W GQAL+A+   S + MDL RH   L         Y   +C  L+D + N+E  E Y Y I ++  + ++   + K++ R    A  + + G L E +   K A  A+ +  +L               N  R+      Y K+IQ   S     ++     +L+ +     K +  +Y+ +L    S QDK++IL AL    Y     +V KTLL + + L   T   L ALC LG+ M D +L    + E+L+ +  ++ +    ++ S + A LQ +       ++K +H +P  P +W +L+   ++ ++ Q   K  ++  N
Sbjct:  475 KTKALTHFLKAARLDTYMGKVFCYLGHYYRDVVGDKNRARGCYRKAFELDDTDAESGAAAVDLSVELEDMEMALAILTTVTQKASAGTAKWAWLRRGLYYLKAGQHSQAVADLQAALRADPK--DFNCWESLGEAYLSRGGYTTALKSFTKASEL---NPESIYSVFKVAAIQQILGKYKEAVAQYQMIIKKKEDYVPALKGLGECHLMMAKAALVDYLDGKAVDYIEKALEYFTCALQHRADVSCLWKLAGDACTCLYAVA----------PSKV--------NVHVLGVLLGQKEGKQVLKKNELLHLGGRCYGRALKLMSTSNTWCDLGINYYR--QAQHLAETGSNMNDLKELLEKSLHCLKKAVRLDSNNHLYWNALGVVACYSGIGNYALAQHCFIKSIQSEQINAVAWTNLGVLYLTNENIEQAHEAFKMAQSLDPSYLMCWIGQALIAEAVGSYDTMDLFRHTTELNMHTEGALGYAYWVCTTLQD-KSNRET-ELYQYNILQMNAIPAAQVILNKYVERIQNYAPAFTMLGYLNEHLQLKKEAANAYQRAILLLQTAEDQDTYNVAIRNYGRLLCSTGEYDKAIQAFKSTPLEVLEDIIGFALALFMKGLYKESSKAYERALSIVESEQDKAHILTALAITEYKQGKTDVAKTLLFKCSILKEPTTESLQALCALGLAMQDATLSKAALNELLKHIKHKDSNYQRCLLTSAIYA-LQGRSVAVQKQISKAVHSNPGDPALWSLLSR--VVAQYAQRNAKGGVVAGN 1219          

HSP 2 Score: 67.0106 bits (162), Expect = 1.168e-9
Identity = 35/82 (42.68%), Postives = 52/82 (63.41%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKEALK  K VL  +  NYN  VF G+    L + ++   A++KA   +  ++LA+QGL +LYEK
Sbjct:    5 EVKTALKSARDAIRNKEYKEALKHCKTVLKQEKNNYNAWVFIGVAAAELEQPDQAQSAYKKAAELEPDQLLAWQGLANLYEK 86          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:CG8777 species:7227 "Drosophila melanogaster" [GO:0000956 "nuclear-transcribed mRNA catabolic process" evidence=IMP] InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF13181 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 EMBL:AE013599 eggNOG:COG0457 Gene3D:1.25.40.10 GO:GO:0000956 KO:K12600 GeneTree:ENSGT00390000016407 OrthoDB:EOG7JHM4S EMBL:BT011380 RefSeq:NP_610452.2 UniGene:Dm.8974 STRING:7227.FBpp0087646 EnsemblMetazoa:FBtr0088565 GeneID:35921 KEGG:dme:Dmel_CG8777 UCSC:CG8777-RA FlyBase:FBgn0033376 InParanoid:Q6NNB2 OMA:QNWNLLG GenomeRNAi:35921 NextBio:795835 PRO:PR:Q6NNB2 Uniprot:Q6NNB2)

HSP 1 Score: 174.866 bits (442), Expect = 7.098e-43
Identity = 186/712 (26.12%), Postives = 320/712 (44.94%), Query Frame = 0
Query:  422 FEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYY-LDSMAYERALKCYAKCYKLNPFDTEVGICISNILG----TCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSES---VLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPY--VCCLWKLAAECISTVTDVSELVLRKYFELPK-----EVELDLNLIENYKLYL-----IKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINN--FSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSG-ECMDLLRHAALLGYEPLSCYEYGVLICKVLKDT-RINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNI--YGILLESMGHFKSAIKAFTQEKILC------NDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQD--KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMN 1099
            FEA  + G  H       +AL Y LK+  L P     + Y+   Y L +  + RA KCY KC  LNP   E    +S I          +   L  L  + S++ +  Q+   +LG+   + +K +SAI   +  + +   C  I+  E+LGDAY  RGSY SA+++F +I+     S ++ Y+  +IA +K  +     ++ D +++   +   +   +G AE ++  +    +Q L     ++  LAL+++  A ++     +  LW+L+A            +  +  +LP      +V  +L   E    YL     ++L   F +  L      + LW++  L  + +      +    + T+ K+ K AI+     ++ WN LG I  +  N    LAQHCFI AV ++     +WTNLGV Y+ L    LAN+AF  AQ     Y+  W GQA++A+      E  DL RH     Y P +   +   +C++L      +K       + IE ++    + D+I  +++    +AT  ++   G L      ++ AI+AFT+   LC      +    NL  +Y K+    ++   ++++          L+ +YY + +L+ +Y  Y S L       D   + IL+A+ ++ Y  +G    KTLL Q   L    +  L +   LGI   D +LI  IL ++N
Sbjct:  406 FEAYLLCGKLHMALKNYSDALNYVLKATRLRPHFAECFDYLGKLYPLATGDFSRARKCYEKCISLNPLAEEAVDALSFIYQEQGEEELNETLLLNTLSHLGSNESIRLQY---KLGLHFSHVKKWDSAIQCFRIAIKNDSRC--ISYWESLGDAYAGRGSYNSAIRVFQKILEL---SPENNYALLQIASVKTTIRMYTESIEDYDTLLQRNPTYLPGLRGAAEAHIGIANSLKSQNLYGRSKAHFQLALEHLQSAFLQREAQGMVWLWRLSAN-----------IFVQTAQLPHSLANLDVAGNLAKREEPIAYLSRKDLLQLAQRFYLCALKLKQNTY-LWYELSLASYYSAILIPEDANGHLETATKACKMAIKECSNRWQNWNLLGVINMNSENENLPLAQHCFIQAVVLEKKCYTAWTNLGVLYIKLNEVRLANEAFTRAQQSSPVYANAWIGQAMVAELIGDREEAFDLFRHCQQFDYHPEAALGFAHWVCEMLSTPGSFDK---PRIKHAIEHMYADVLALDAINWYVQNEETDATPASLSFQGFLYARKNLYRQAIEAFTRACKLCEPGADRDKLYTNLGYLYLKIDQPEQAAHALNTVAHATFKPIIGLAQAYYLAGQLQESYSIYNSVLGNVVDHGDDKAATILVAMASMIYDFQGEADTKTLLYQCVLLKEVPIQALFSALALGILHRDNALIHTILTELN 1094          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:SPCC1919.05 "Ski complex TPR repeat subunit Ski3 (predicted)" species:4896 "Schizosaccharomyces pombe" [GO:0006402 "mRNA catabolic process" evidence=ISO] [GO:0005737 "cytoplasm" evidence=ISO] [GO:2000766 "negative regulation of cytoplasmic translation" evidence=ISO] [GO:0055087 "Ski complex" evidence=ISO] [GO:0005829 "cytosol" evidence=IDA] [GO:0010972 "negative regulation of G2/M transition of mitotic cell cycle" evidence=IMP] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 Pfam:PF13181 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 PomBase:SPCC1919.05 GO:GO:0005829 EMBL:CU329672 eggNOG:COG0457 Gene3D:1.25.40.10 GO:GO:0006402 GO:GO:0010972 GO:GO:2000766 GO:GO:0055087 PIR:T41230 RefSeq:NP_588487.1 ProteinModelPortal:O94474 BioGrid:275708 MINT:MINT-4684459 STRING:4896.SPCC1919.05-1 EnsemblFungi:SPCC1919.05.1 GeneID:2539136 KEGG:spo:SPCC1919.05 KO:K12600 OMA:TSLGIYY OrthoDB:EOG747PS9 NextBio:20800308 PRO:PR:O94474 Uniprot:O94474)

HSP 1 Score: 102.064 bits (253), Expect = 2.001e-20
Identity = 195/890 (21.91%), Postives = 344/890 (38.65%), Query Frame = 0
Query:  388 NDDSCNELA-----SGIYAHVIGRNDKALQILSFYKDSCFEAAQIF---GIY---HHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSK-----------QWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLE---SVSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWK-LAAECISTVTDVSELVLRKYF-ELPKEVELDL-----------------NLIENYKLYLIKLGVHFTVQGLNCNPFEHSL-----------WHDFGLLYFL-----TLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSS-GECMDLLRHAALL--GYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCN-------------------DCNLNLPRVYYKLAYYTKSIQEISSLTSL-------DMDSSSL-LSLSYYSSS----KLKNAYCSYQSSLKRATSPQD----KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHD----VSLILE---------------ILQQMNIEE-------DSIIIKSIVQAFLQRKPRCAVIY---------------LAKTLHIHPSLPN 1138
            ND S +EL+     +G     I   +K L +L       F+ A+ +   GIY     + +  E++   F+ S+  +P     Y  +  YY D     RA KC+ K ++L+    E    ++           N + L  + S ++L+             W +  LG+L+LN +    AI H QS +  +    + N+   LG+AY   G Y SALK F              Y +Y IA ++  +G+ + AV  L    +V S+ +     LAE Y++ ++ Y  +   S  A +   +++     L ++      W+ L   C+S         L+ Y    P  +  D+                 N+I    L      +      + C     SL           W++ G  Y+      T K+ +L+       ++  +K+AI+L   +Y +WN LG +         AQHC+I ++ ++   +  W N G   +       AN AF  + + D   SQ W G+A  +    S  + + ++ HA  +  G  P   Y Y         DT ++    E++   +     + S+  +I+++L   P +   + I   LLE +G    ++ +  +   LC                    D    L R+Y     +  S+++      L       D+  ++L L+L+  ++S    KL+ +   ++ +L  + S  D     S +L ALG+      G +  +  L ++    PS +  L  LC+  I ++D    V   +E                L+Q+ I E       D  +IKS++Q FL   P  A  +                A TL+ HPS P+
Sbjct:  496 NDPSLSELSWCYFKTGNLPKAISTVEKCLDVLLSMDVERFKIAEAYYRYGIYILNRKSENYLEDSFSAFVSSLRKDPNYAPAYTSLGLYYRDIHDMVRATKCFQKAFELDASQVEAAEALAKTFAEA-----NEWELVEVISRRVLNTSENDLKRKKKFNWHHTSLGVLELNAKNFHKAIVHFQSAL--RISPKDTNAWSGLGEAYARSGRYVSALKAFNRASIL---DPDDWYVKYFIATLEKDMGEYEVAVSTLSEILAVRSKELCVQVSLAETYVRLAKLYHARGFYSRAADSLEKSIQICCNVLKEDITSIFSWEILGDACLSFCQ------LKNYHNRFPNSLISDILFTTEAMKCANNGRQFENMIYLPDLETSSGAIFIAAVAITCFTIHLSLVADDKLLLPVSWYNLGSSYYRFYECDTTKDATLQ------VAINCIKQAIKLEAKNYVFWNMLGVLFSQTKAVRSAQHCYIQSLLLNERSSGVWANYGALCIQNHDVECANAAFTRSISIDPDNSQAWLGKAYCSIAVGSIRKAVQIIHHAFEISSGKMPDVNYWYA--------DTMLHAVNTEDF---VTTDGDIWSATYAIKRYLGENPTDTFAYYIKASLLEHLGETTDSVPSAIR---LCELLEQEYDVSESPVILKRFIDAKALLGRLYLAKKSFENSVEQAGIALDLLEGEEDEDIKRTTLGLNLTCGTASFFLNKLEKSLDCFEKALLVSDSNADVVVLVSKVLWALGS----ENGKQAAREQLFEALEQSPSHIGSL--LCLGAIAIYDEDDAVCSAIEDSIAHLKKDEVLRSGALKQVQIMEVLLTKKIDESMIKSLLQRFLHVYPFAASSWTLLTNRYASKSLANAFATTLYTHPSRPD 1343          

HSP 2 Score: 60.8474 bits (146), Expect = 8.137e-8
Identity = 42/139 (30.22%), Postives = 72/139 (51.80%), Query Frame = 0
Query:    9 LKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKAL 147
            LK+A+  +  K+Y+ A++  K  L  D  NYN  VF G+      +  +  +A+  AI+ D+K +LA+QGL++LYE        + E+  I+  L   KF + + Q        C   +N+ + + +  G+K+D  KAL
Sbjct:    6 LKAAKEALVVKNYELAIEQSKKALSFDANNYNANVFLGVAYFSTKQLSESKEAYLDAIKIDEKAVLAWQGLWNLYESTHD----ISELHKITPILAS-KFLELEEQ------NKCLNTVNKYMEVVKKYGNKADEFKAL 133          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:AN3014.2 "Translation repressor/antiviral protein Ski3, putative (AFU_orthologue AFUA_3G08810)" species:227321 "Aspergillus nidulans FGSC A4" [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 EMBL:BN001306 EMBL:AACD01000051 Gene3D:1.25.40.10 KO:K12600 OMA:TSLGIYY OrthoDB:EOG747PS9 HOGENOM:HOG000195859 eggNOG:NOG302935 RefSeq:XP_660618.1 ProteinModelPortal:Q5B8W6 STRING:162425.CADANIAP00010065 EnsemblFungi:CADANIAT00010065 GeneID:2874052 KEGG:ani:AN3014.2 Uniprot:Q5B8W6)

HSP 1 Score: 102.064 bits (253), Expect = 2.289e-20
Identity = 140/594 (23.57%), Postives = 238/594 (40.07%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCIN-------------SSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYE-------IMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKFK----GLAEVYLQS--------------------SRKYI-------NQMLD----SNGASNASLALKYVYQALIKNPY------VCCLWKLAAECIST-VTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLK------EQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSG-ECMDLLRHAALLGYEP--LSCYEYGV-LICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSA 958
            R  A   FL SV  N      Y  +  YY D    + RA +C+ K ++L+P +    I  +  L     D++    ++ ++              SK     W    LG +Q+N Q+   +I   Q+ +      Y  +S   LG++Y   G Y +A K FY        + N  KG  +  ++ Y +A++K  LG+ D A+   E V     LK +    G+    LQ+                    +RK I        +  D      G  +A   L YV     K P       +    + +A CI T V DV E  L    +  K++    N      +   K  +H ++Q  +        W++ G   +   +      E+  ++   +  +++  KRAI+L   +  +WN LG +   ++   +AQH F+ ++ ++   A  WTNLG  Y+      L+N+AF  AQ+ D  YSQ W GQ  LA  +    E   L  HA  +      L   +Y + L   ++ D  ++ E     S +I+ LF       ++ +   + P +    +++ +L E +G F  A
Sbjct:  543 RAGAYASFLASVQANISFAPAYTSLGLYYADYKKDKVRARRCFHKAFELSPSE----IVAAERLARTFADQKEWDLVEAVSQRVVDSGKAKPAPGSKRKGYSWPYAALGTVQINKQQYPKSIVSFQAALRISPDDY--HSWVGLGESYHNSGRYIAATKAFYHAQQLEPTLSNTEKG--QIWFARYMLANVKRELGEYDDAIARYEEV-----LKIRPNELGVTIALLQTLTENSWKCLESGLFNDCAELARKAIIVAKSLATERADIFNLWKGVGDACAILSYVKSKAAKLPMKEVRGLLSTQLEASALCILTDVDDVGENHL-TALDDGKDILTLANDCMYASILAYKRAIHVSLQDTHAQAVS---WYNLGWAEYRASRCIKLVGEKKKQSRRLLKAAMRCFKRAIELEAGNSEFWNALGVVTTSMSP-RVAQHAFVRSLHLNDRSAQVWTNLGTLYLIHNDIQLSNEAFTRAQSTDPDYSQAWVGQGFLALLFGEPREARGLFEHAFDISRSSSRLPKQQYTLTLFDHLVADASVSNEV----SQLIQPLF-------TLYQLTSQDPSDLPFVHLFSLLAERIGEFSDA 1107          
BLAST of EMLSAG00000011295 vs. GO
Match: - (symbol:AN3014 species:162425 "Aspergillus nidulans" [GO:0005829 "cytosol" evidence=IEA] [GO:0010972 "negative regulation of G2/M transition of mitotic cell cycle" evidence=IEA] [GO:0003674 "molecular_function" evidence=ND] InterPro:IPR001440 InterPro:IPR011990 InterPro:IPR013026 InterPro:IPR019734 Pfam:PF00515 PROSITE:PS50005 PROSITE:PS50293 SMART:SM00028 EMBL:BN001306 EMBL:AACD01000051 Gene3D:1.25.40.10 KO:K12600 OMA:TSLGIYY OrthoDB:EOG747PS9 HOGENOM:HOG000195859 eggNOG:NOG302935 RefSeq:XP_660618.1 ProteinModelPortal:Q5B8W6 STRING:162425.CADANIAP00010065 EnsemblFungi:CADANIAT00010065 GeneID:2874052 KEGG:ani:AN3014.2 Uniprot:Q5B8W6)

HSP 1 Score: 102.064 bits (253), Expect = 2.289e-20
Identity = 140/594 (23.57%), Postives = 238/594 (40.07%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCIN-------------SSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYE-------IMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKFK----GLAEVYLQS--------------------SRKYI-------NQMLD----SNGASNASLALKYVYQALIKNPY------VCCLWKLAAECIST-VTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLK------EQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSG-ECMDLLRHAALLGYEP--LSCYEYGV-LICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSA 958
            R  A   FL SV  N      Y  +  YY D    + RA +C+ K ++L+P +    I  +  L     D++    ++ ++              SK     W    LG +Q+N Q+   +I   Q+ +      Y  +S   LG++Y   G Y +A K FY        + N  KG  +  ++ Y +A++K  LG+ D A+   E V     LK +    G+    LQ+                    +RK I        +  D      G  +A   L YV     K P       +    + +A CI T V DV E  L    +  K++    N      +   K  +H ++Q  +        W++ G   +   +      E+  ++   +  +++  KRAI+L   +  +WN LG +   ++   +AQH F+ ++ ++   A  WTNLG  Y+      L+N+AF  AQ+ D  YSQ W GQ  LA  +    E   L  HA  +      L   +Y + L   ++ D  ++ E     S +I+ LF       ++ +   + P +    +++ +L E +G F  A
Sbjct:  543 RAGAYASFLASVQANISFAPAYTSLGLYYADYKKDKVRARRCFHKAFELSPSE----IVAAERLARTFADQKEWDLVEAVSQRVVDSGKAKPAPGSKRKGYSWPYAALGTVQINKQQYPKSIVSFQAALRISPDDY--HSWVGLGESYHNSGRYIAATKAFYHAQQLEPTLSNTEKG--QIWFARYMLANVKRELGEYDDAIARYEEV-----LKIRPNELGVTIALLQTLTENSWKCLESGLFNDCAELARKAIIVAKSLATERADIFNLWKGVGDACAILSYVKSKAAKLPMKEVRGLLSTQLEASALCILTDVDDVGENHL-TALDDGKDILTLANDCMYASILAYKRAIHVSLQDTHAQAVS---WYNLGWAEYRASRCIKLVGEKKKQSRRLLKAAMRCFKRAIELEAGNSEFWNALGVVTTSMSP-RVAQHAFVRSLHLNDRSAQVWTNLGTLYLIHNDIQLSNEAFTRAQSTDPDYSQAWVGQGFLALLFGEPREARGLFEHAFDISRSSSRLPKQQYTLTLFDHLVADASVSNEV----SQLIQPLF-------TLYQLTSQDPSDLPFVHLFSLLAERIGEFSDA 1107          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781520|gb|GAXK01173048.1| (TSA: Calanus finmarchicus comp133289_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 250.751 bits (639), Expect = 2.186e-70
Identity = 183/588 (31.12%), Postives = 306/588 (52.04%), Query Frame = 0
Query:  526 WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLIENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQEIXXXXXXXXXXXXXXXXXXXXXXXXXNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM 1098
            WA +RLG+  L   ++ +A+  LQS +        +   EAL DAY++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V      +P ++       E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+   +++S    S   L++++YS    + AY +Y+S L   A +   KS+IL+A+G++AY VEG +  KTLL QS +L P+++  L ALC++G++  D++LI   L +M
Sbjct:   12 WAWLRLGVHYLAVDQAANAVTALQSALRGDSS--SVMCWEALADAYMVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIEHYQAISSTTFYSQVGLAMAHYSLGNYQQAYEAYESCLHWLADNDGLKSHILVAMGSLAYKVEGMQAAKTLLFQSCQLAPTSVRGLFALCVIGVQHSDMNLIEAALSEM 1721          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781519|gb|GAXK01173049.1| (TSA: Calanus finmarchicus comp133289_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 228.794 bits (582), Expect = 4.128e-63
Identity = 167/542 (30.81%), Postives = 282/542 (52.03%), Query Frame = 0
Query:  572 ILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLIENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQEIXXXXXXXXXXXXXXXXXXXXXXXXXNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM 1098
            ++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V      +P ++       E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+   +++S    S   L++++YS    + AY +Y+S L   A +   KS+IL+A+G++AY VEG +  KTLL QS +L P+++  L ALC++G++  D++LI   L +M
Sbjct:   12 MVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIEHYQAISSTTFYSQVGLAMAHYSLGNYQQAYEAYESCLHWLADNDGLKSHILVAMGSLAYKVEGMQAAKTLLFQSCQLAPTSVRGLFALCVIGVQHSDMNLIEAALSEM 1589          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781516|gb|GAXK01173052.1| (TSA: Calanus finmarchicus comp133289_c2_seq5 transcribed RNA sequence)

HSP 1 Score: 200.675 bits (509), Expect = 3.738e-54
Identity = 135/445 (30.34%), Postives = 224/445 (50.34%), Query Frame = 0
Query:  526 WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLIENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF 962
            WA +RLG+  L   ++ +A+  LQS +        +   EAL DAY++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V      +P ++       E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K  
Sbjct:   70 WAWLRLGVHYLAVDQAANAVTALQSALRGDSS--SVMCWEALADAYMVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVM 1350          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781518|gb|GAXK01173050.1| (TSA: Calanus finmarchicus comp133289_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 201.06 bits (510), Expect = 7.200e-54
Identity = 143/480 (29.79%), Postives = 238/480 (49.58%), Query Frame = 0
Query:  526 WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLIENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQ 991
            WA +RLG+  L   ++ +A+  LQS +        +   EAL DAY++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V      +P ++       E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+
Sbjct:  121 WAWLRLGVHYLAVDQAANAVTALQSALRGDSS--SVMCWEALADAYMVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIE 1506          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781528|gb|GAXK01173040.1| (TSA: Calanus finmarchicus comp133289_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 175.637 bits (444), Expect = 5.939e-47
Identity = 110/311 (35.37%), Postives = 172/311 (55.31%), Query Frame = 0
Query:  779 LSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN------LNLPRVYYKLAYYTKSIQEIXXXXXXXXXXXXXXXXXXXXXXXXXNAYCSYQSSLK-RATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCIL 1081
            LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K       L  +         NL R+  KL    ++I+   +++S    S   L++++YS    + AY +Y+S L   A +   KS+IL+A+G++AY VEG +  KTLL QS +L P+++  L ALC++
Sbjct:    2 LSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIEHYQAISSTTFYSQVGLAMAHYSLGNYQQAYEAYESCLHWLADNDGLKSHILVAMGSLAYKVEGMQAAKTLLFQSCQLAPTSVRGLFALCVI 931          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781517|gb|GAXK01173051.1| (TSA: Calanus finmarchicus comp133289_c2_seq4 transcribed RNA sequence)

HSP 1 Score: 179.489 bits (454), Expect = 7.278e-47
Identity = 127/434 (29.26%), Postives = 214/434 (49.31%), Query Frame = 0
Query:  572 ILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLIENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQ 991
            ++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V      +P ++       E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+
Sbjct:  121 MVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIE 1374          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781515|gb|GAXK01173053.1| (TSA: Calanus finmarchicus comp133289_c2_seq6 transcribed RNA sequence)

HSP 1 Score: 176.407 bits (446), Expect = 2.935e-46
Identity = 121/403 (30.02%), Postives = 201/403 (49.88%), Query Frame = 0
Query:  572 ILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDV-SELVLRKYFELPKEVELDLNLI------ENYKL---YLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIK 960
            ++RGSY +A K F ++++       + YS+  IA IK  LG    A+ D + +   + + +   +G  E  L   + +++Q +D N       AL  + +A +  P +   W+L  E  S  + +  E+V         EV +   L+      E  K+    L+++ V    + L  +     +WHD      L L + +L+   K   +V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K
Sbjct:   76 MVRGSYSAARKAFEKVVSL---EPDTVYSKLMIAGIKHKLGHYQDAIVDYQGLLTNNPDYLPALRGEGESQLALGQTFLDQFVDKNVLDCVQAALHVLTRAALVRPGLAGTWRLLGEAGSMCSVLPGEMV---------EVMVPSKLVRVGGGDEGEKMDKQGLLEVAVRCYTKALVLDGDNAGVWHD------LALVQAALQQMDK---AVQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYK 1218          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781527|gb|GAXK01173041.1| (TSA: Calanus finmarchicus comp133289_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 151.754 bits (382), Expect = 4.061e-39
Identity = 99/272 (36.40%), Postives = 151/272 (55.51%), Query Frame = 0
Query:  818 AISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQEIXXXXXXXXXXXXXXXXXXXXXXXXXNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCIL 1081
            A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+   +++S    S   L++++YS    + AY +Y+S L   A +   KS+IL+A+G++AY VEG +  KTLL QS +L P+++  L ALC++
Sbjct:    1 ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIEHYQAISSTTFYSQVGLAMAHYSLGNYQQAYEAYESCLHWLADNDGLKSHILVAMGSLAYKVEGMQAAKTLLFQSCQLAPTSVRGLFALCVI 816          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781525|gb|GAXK01173043.1| (TSA: Calanus finmarchicus comp133289_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 146.362 bits (368), Expect = 6.826e-38
Identity = 73/192 (38.02%), Postives = 111/192 (57.81%), Query Frame = 0
Query:  770 VKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIK 960
            V++L++AI LSP     W +LG +     +++LAQHC + A++++ + A+ WTNLGV Y+ L    LANKAF+EAQN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K
Sbjct:    1 VQALRKAISLSPRQASTWVSLGLVYAKQEDWALAQHCLVRALQLENS-ALCWTNLGVVYLNLGEQTLANKAFKEAQNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYK 573          
BLAST of EMLSAG00000011295 vs. C. finmarchicus
Match: gi|592781526|gb|GAXK01173042.1| (TSA: Calanus finmarchicus comp133289_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 117.472 bits (293), Expect = 1.137e-27
Identity = 82/245 (33.47%), Postives = 131/245 (53.47%), Query Frame = 0
Query:  845 QNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF-TQEKILCNDCN-----LNLPRVYYKLAYYTKSIQEIXXXXXXXXXXXXXXXXXXXXXXXXXNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCIL 1081
            QN + +Y++GW+GQAL+A+      E MDL RH   LG EP S   YG  +C  +       +   +  Y++EK+FG+    DS+  +  R P +       G+L E MG  +S  K      K++ N         NL R+  KL    ++I+   +++S    S   L++++YS    + AY +Y+S L   A +   KS+IL+A+G++AY VEG +  KTLL QS +L P+++  L ALC++
Sbjct:    1 QNAEPSYTRGWTGQALVAEVAGFKSESMDLFRHCTFLGPEPESARGYGDWVCSTMAALEKGDKVETHNKYILEKMFGIVVGVDSLSSYCERNPGDDVALCQLGVLYEKMGLVRSGYKVMEMSNKLVKNTVEKDKVLTNLGRLLTKLGRCEEAIEHYQAISSTTFYSQVGLAMAHYSLGNYQQAYEAYESCLHWLADNDGLKSHILVAMGSLAYKVEGMQAAKTLLFQSCQLAPTSVRGLFALCVI 735          
BLAST of EMLSAG00000011295 vs. L. salmonis peptides
Match: EMLSAP00000011295 (pep:novel supercontig:LSalAtl2s:LSalAtl2s777:228321:335780:1 gene:EMLSAG00000011295 transcript:EMLSAT00000011295 description:"augustus_masked-LSalAtl2s777-processed-gene-3.0")

HSP 1 Score: 2496.85 bits (6470), Expect = 0.000e+0
Identity = 1224/1224 (100.00%), Postives = 1224/1224 (100.00%), Query Frame = 0
Query:    1 MMGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLIEKVIPLQKSLSRNMSLIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRIASL 1224
            MMGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLIEKVIPLQKSLSRNMSLIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRIASL
Sbjct:    1 MMGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLIEKVIPLQKSLSRNMSLIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRIASL 1224          
BLAST of EMLSAG00000011295 vs. SwissProt
Match: gi|82235853|sp|Q6DFB8.1|TTC37_XENLA (RecName: Full=Tetratricopeptide repeat protein 37; Short=TPR repeat protein 37; Short=Thespin homolog)

HSP 1 Score: 237.269 bits (604), Expect = 3.254e-62
Identity = 215/822 (26.16%), Postives = 364/822 (44.28%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKL---AAECISTVT--DVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKE----QSLENTCK--IVTSVKSLKRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF---------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM--------NIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLF----------------IIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILF 1208
            + +A+  FLK+  ++P     + Y+  YY +      RA  CY K ++L+  D E G    ++          L  L  +   +   + +WA +R G+  L   +   ++  L + + +     + N  E LG+AY+ RG Y +ALK F   M  ++ +  S YS Y+IA IK +LG    AV + + +   S E V   KGL E +L  ++  ++  LD         A++++ +A+   P + CLWKL   A  CI  VT   V   VL       +E +L LN  E   L     G    +Q         +LW D G+ Y+   +      SL N     +  S + +K+A+ +   ++++WN LG ++    + N +LAQH FI ++  +     +WTNLG  Y+      L+++AF+ AQ+ D  Y + W GQAL+A+   S E MDL RH   L         Y   +C  L+D   N      Y Y I ++  ++++  ++ K+  R   + T + + G L E +   K A +++          ++K   N    +  R    +  Y ++IQ  SS    + D  + ++L+++    L+ +  +Y+ +L  A S Q+K++IL AL  I Y     +  KTLL + + L   ++  L +LC LG+   DV+L    L ++        NI E  +I  +I    LQ +   A     + +H HP  P +W  L+ L                 + +  N    K  L+ +    +  G LL      + K  LN + +  H +P     W  L 
Sbjct:  475 KTKAVTQFLKAAKMDPFMSRAFYYLGHYYSEVAGDKSRARGCYKKAFELDDSDGEAGAAAVDLSMELGDMDVALAILTSVTERADAGTAKWAWLRRGLFYLRVGQHSKSVSDLHAALRADPK--DSNCWECLGEAYLSRGGYTTALKSF---MKASELNPDSIYSVYKIASIKQILGTYKEAVNEYQQILMKSGEYVPALKGLGECHLMLAKSALSDFLDLKAVDAIEKAIEFLARAIRLRPDLLCLWKLLGDACTCIYAVTHSSVKVNVLGILLGNDEEQQL-LNKPEVLALGGRCYGRALRIQSTA------NLWCDLGINYYYQSQHLMGYDSLTNDASELLEKSQQCIKKAVMVESGNHQFWNALGVVSCSKGMGNNALAQHAFIKSIHCEQNNVAAWTNLGALYLMNGNIELSHQAFKVAQSLDPLYVRCWIGQALIAETVGSHETMDLFRHTTELSMHVEGAKGYAHWVCTTLQDK--NNRNTALYRYNIVQMNAITAAHLALSKYTERIQNDRTAFEMLGYLNEHLNLKKQASESYRRVVSILQEREDKESSNSALQHYGRSLCAVGQYQEAIQTFSSTPLTEFDDLTGIALAFFKKGLLQESMKAYKQALSVAKSDQEKAHILTALAIIEYNRGEFDTAKTLLFKCSVLKEPSIESLQSLCALGLAKRDVTLATAALNELLKHVKIKDNIYERCLITSAIY--VLQGRNEAAQRQACRDIHSHPGNPELWAFLSRLVPQHVPRDAKGGAVAGTVAYTLNINHSKKALLYAAVNELSAGALLA---DDRKKNALNTLQRAAHFFPDNPAVWASLM 1277          

HSP 2 Score: 71.633 bits (174), Expect = 3.143e-11
Identity = 35/83 (42.17%), Postives = 55/83 (66.27%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKM 86
            +++ +LK+AR  I +KDYKE LK  K VL ++  NYN  VF GL    L + ++   A++KA+  +  ++LA+QGL +LYEK+
Sbjct:    5 EVKAILKNARDAIRNKDYKEVLKQCKAVLKLEKNNYNAWVFIGLAASELEQPDQAQAAYRKAVEIEPDQLLAWQGLGNLYEKV 87          
BLAST of EMLSAG00000011295 vs. SwissProt
Match: gi|74758339|sp|Q6PGP7.1|TTC37_HUMAN (RecName: Full=Tetratricopeptide repeat protein 37; Short=TPR repeat protein 37; AltName: Full=SKI3 homolog; Short=Ski3; AltName: Full=Tricho-hepatic-enteric syndrome protein; Short=Thespin)

HSP 1 Score: 236.113 bits (601), Expect = 7.786e-62
Identity = 208/775 (26.84%), Postives = 354/775 (45.68%), Query Frame = 0
Query:  438 REEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYE-RALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINS-SKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEH----------------SLWHDFGLLYFLTLKEQSLENTCKIVTSVKSL--------KRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN---------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSL----ILEILQQMNIEEDS---IIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTFLITSN 1165
            + +AL +FLK+  L+      + Y+  YY D +  + RA  CY K ++L+  D E G    ++    +  +  L  L  +   +   + +WA +R G+  L   +   A+  LQ+ + +     + N  E+LG+AY+ RG Y +ALK F +       + +S YS +++A I+ +LG    AV   + +     + V   KGL E +L  ++  +   LD         AL+Y   AL     V CLWKLA +  + +  V+          P +V        N  +  + LG     Q L  N   H                + W D G+ Y+   + Q L  T   +  +K L        K+A++L   ++ YWN LG +A +  I N++LAQHCFI +++ +   A++WTNLGV Y+T +    A++AF+ AQ+ D +Y   W GQAL+A+   S + MDL RH   L         Y   +C  L+D + N+E  E Y Y I ++  + ++   + K++ R    A  + + G L E +   K A  A+ +  +L               N  R+      Y K+IQ   S     ++     +L+ +     K +  +Y+ +L    S QDK++IL AL    Y     +V KTLL + + L   T   L ALC LG+ M D +L    + E+L+ +  ++ +    ++ S + A LQ +       ++K +H +P  P +W +L+   ++ ++ Q   K  ++  N
Sbjct:  475 KTKALTHFLKAARLDTYMGKVFCYLGHYYRDVVGDKNRARGCYRKAFELDDTDAESGAAAVDLSVELEDMEMALAILTTVTQKASAGTAKWAWLRRGLYYLKAGQHSQAVADLQAALRADPK--DFNCWESLGEAYLSRGGYTTALKSFTKASEL---NPESIYSVFKVAAIQQILGKYKEAVAQYQMIIKKKEDYVPALKGLGECHLMMAKAALVDYLDGKAVDYIEKALEYFTCALQHRADVSCLWKLAGDACTCLYAVA----------PSKV--------NVHVLGVLLGQKEGKQVLKKNELLHLGGRCYGRALKLMSTSNTWCDLGINYYR--QAQHLAETGSNMNDLKELLEKSLHCLKKAVRLDSNNHLYWNALGVVACYSGIGNYALAQHCFIKSIQSEQINAVAWTNLGVLYLTNENIEQAHEAFKMAQSLDPSYLMCWIGQALIAEAVGSYDTMDLFRHTTELNMHTEGALGYAYWVCTTLQD-KSNRET-ELYQYNILQMNAIPAAQVILNKYVERIQNYAPAFTMLGYLNEHLQLKKEAANAYQRAILLLQTAEDQDTYNVAIRNYGRLLCSTGEYDKAIQAFKSTPLEVLEDIIGFALALFMKGLYKESSKAYERALSIVESEQDKAHILTALAITEYKQGKTDVAKTLLFKCSILKEPTTESLQALCALGLAMQDATLSKAALNELLKHIKHKDSNYQRCLLTSAIYA-LQGRSVAVQKQISKAVHSNPGDPALWSLLSR--VVAQYAQRNAKGGVVAGN 1219          

HSP 2 Score: 67.0106 bits (162), Expect = 9.163e-10
Identity = 35/82 (42.68%), Postives = 52/82 (63.41%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++  LKSAR  I +K+YKEALK  K VL  +  NYN  VF G+    L + ++   A++KA   +  ++LA+QGL +LYEK
Sbjct:    5 EVKTALKSARDAIRNKEYKEALKHCKTVLKQEKNNYNAWVFIGVAAAELEQPDQAQSAYKKAAELEPDQLLAWQGLANLYEK 86          
BLAST of EMLSAG00000011295 vs. SwissProt
Match: gi|817033905|sp|F4I3Z5.1|SKI3_ARATH (RecName: Full=Tetratricopeptide repeat protein SKI3; AltName: Full=Protein SKI3 homolog; Short=AtSKI3)

HSP 1 Score: 105.531 bits (262), Expect = 1.467e-21
Identity = 173/778 (22.24%), Postives = 327/778 (42.03%), Query Frame = 0
Query:  428 FGIY-HHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLD-SMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQ-WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINS-AEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLES---VSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLA-------AECI--STVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQ-GLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVT-SVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQA-LLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF------------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTS---LDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIA---YIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDV-------SLILEILQQMNIEED----------SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFE 1151
             G+Y   N    E+A  +F+ S   +P N + +KY+  YY   ++   RA KCY +   +NP D++ G  + ++    ++ KE L    C ++S+   K  WA  RLG +QL+ +K   A+   QS+ H+  G   ++   EALG AY   G + +A+K +   +      +   ++    A+I  +LG     V   E    +S +++    GLA   L  S++ IN       AS    A K    +      + C+WKL        A C   S  T+ SE  L+ +         D  L      Y   L    + Q  L+  P++ +++ D  +   L        +T        K +  A+ L   +  +W  LG ++   +N +L  H  I A+ +D + A++W  +G  +        A +AF  A++ D T +  W+G A   A++ +S E  +    AA +   PL+ ++ G+    +L+    + + F               +C  IE+ ++R P+     N++G++ E+  ++ +AI ++            +  K      ++NL R   K   + +S+ E ++L S   LD     + + S + + +  +A  S    L    S ++K++I   +  I    Y + G +      I S + +P      S +  +   +H +       S++      +  +E+          S ++K+    FL  +    + +L+K +H++P    I  +L Y+ +  E
Sbjct:   23 LGLYLWDNGGDSEKAAEHFVLSAKSDPNNAVAFKYLGHYYSRVTLDLNRAAKCYQRAVLINPNDSDSGEALCDLFD--RQGKEILEIAVCRDASEKSPKAFWAFCRLGYIQLHQKKWSEAV---QSLQHAIRGYPTMSDLWEALGLAYQRLGMFTAAIKAYGRAIEL---DETKIFALVESANIFLMLGSYRKGVELFEQALKISPQNISVLYGLASGLLSWSKECINLGAFGWAASLLEDARKAAKASSELASSMSCIWKLHGDIQLTYARCFPWSGGTENSEFTLKTFS--------DSILSWRSICYSAALSAKASYQRALHLAPWQANVYTDIAITCDLVSSLSDDSDTSSSWKLPEKMVLGALLLECENSEFWVALGCMS---DNSALKLHALIRALHLDVSLAVAWAFMGQIFRESDEMKFAKQAFDCARSIDPTLALPWAGSADTYARESTSDEAFESCLRAAQIS--PLAEFQVGLAWLALLQGNISSPQIF---------------AC--IEQAVQRSPYYPEPHNLHGLVCEARHNYHTAIASYRLALAAMSIYPESSVKSHAGKVSINLVRSLSKAGRFKESVMECANLKSKGLLDAGGLQIYAFSLWRTGQNDSAL-SVIRDLAGRISTREKTSIAFPISFICSLLYCISGLDSA----ITSIQKMPKDFFQSSKISFIVSAIHSLDQSDRLQSIVASTRSYITSQEEIVAMHYLIALSKLLKTGAGDFLGYEK--GIAHLSKAIHMYPHSNLIRNLLGYILLAGE 755          
BLAST of EMLSAG00000011295 vs. SwissProt
Match: gi|74676201|sp|O94474.1|SKI3_SCHPO (RecName: Full=Superkiller protein 3)

HSP 1 Score: 102.064 bits (253), Expect = 1.570e-20
Identity = 195/890 (21.91%), Postives = 344/890 (38.65%), Query Frame = 0
Query:  388 NDDSCNELA-----SGIYAHVIGRNDKALQILSFYKDSCFEAAQIF---GIY---HHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSK-----------QWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLE---SVSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWK-LAAECISTVTDVSELVLRKYF-ELPKEVELDL-----------------NLIENYKLYLIKLGVHFTVQGLNCNPFEHSL-----------WHDFGLLYFL-----TLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSS-GECMDLLRHAALL--GYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCN-------------------DCNLNLPRVYYKLAYYTKSIQEISSLTSL-------DMDSSSL-LSLSYYSSS----KLKNAYCSYQSSLKRATSPQD----KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHD----VSLILE---------------ILQQMNIEE-------DSIIIKSIVQAFLQRKPRCAVIY---------------LAKTLHIHPSLPN 1138
            ND S +EL+     +G     I   +K L +L       F+ A+ +   GIY     + +  E++   F+ S+  +P     Y  +  YY D     RA KC+ K ++L+    E    ++           N + L  + S ++L+             W +  LG+L+LN +    AI H QS +  +    + N+   LG+AY   G Y SALK F              Y +Y IA ++  +G+ + AV  L    +V S+ +     LAE Y++ ++ Y  +   S  A +   +++     L ++      W+ L   C+S         L+ Y    P  +  D+                 N+I    L      +      + C     SL           W++ G  Y+      T K+ +L+       ++  +K+AI+L   +Y +WN LG +         AQHC+I ++ ++   +  W N G   +       AN AF  + + D   SQ W G+A  +    S  + + ++ HA  +  G  P   Y Y         DT ++    E++   +     + S+  +I+++L   P +   + I   LLE +G    ++ +  +   LC                    D    L R+Y     +  S+++      L       D+  ++L L+L+  ++S    KL+ +   ++ +L  + S  D     S +L ALG+      G +  +  L ++    PS +  L  LC+  I ++D    V   +E                L+Q+ I E       D  +IKS++Q FL   P  A  +                A TL+ HPS P+
Sbjct:  496 NDPSLSELSWCYFKTGNLPKAISTVEKCLDVLLSMDVERFKIAEAYYRYGIYILNRKSENYLEDSFSAFVSSLRKDPNYAPAYTSLGLYYRDIHDMVRATKCFQKAFELDASQVEAAEALAKTFAEA-----NEWELVEVISRRVLNTSENDLKRKKKFNWHHTSLGVLELNAKNFHKAIVHFQSAL--RISPKDTNAWSGLGEAYARSGRYVSALKAFNRASIL---DPDDWYVKYFIATLEKDMGEYEVAVSTLSEILAVRSKELCVQVSLAETYVRLAKLYHARGFYSRAADSLEKSIQICCNVLKEDITSIFSWEILGDACLSFCQ------LKNYHNRFPNSLISDILFTTEAMKCANNGRQFENMIYLPDLETSSGAIFIAAVAITCFTIHLSLVADDKLLLPVSWYNLGSSYYRFYECDTTKDATLQ------VAINCIKQAIKLEAKNYVFWNMLGVLFSQTKAVRSAQHCYIQSLLLNERSSGVWANYGALCIQNHDVECANAAFTRSISIDPDNSQAWLGKAYCSIAVGSIRKAVQIIHHAFEISSGKMPDVNYWYA--------DTMLHAVNTEDF---VTTDGDIWSATYAIKRYLGENPTDTFAYYIKASLLEHLGETTDSVPSAIR---LCELLEQEYDVSESPVILKRFIDAKALLGRLYLAKKSFENSVEQAGIALDLLEGEEDEDIKRTTLGLNLTCGTASFFLNKLEKSLDCFEKALLVSDSNADVVVLVSKVLWALGS----ENGKQAAREQLFEALEQSPSHIGSL--LCLGAIAIYDEDDAVCSAIEDSIAHLKKDEVLRSGALKQVQIMEVLLTKKIDESMIKSLLQRFLHVYPFAASSWTLLTNRYASKSLANAFATTLYTHPSRPD 1343          

HSP 2 Score: 60.8474 bits (146), Expect = 6.382e-8
Identity = 42/139 (30.22%), Postives = 72/139 (51.80%), Query Frame = 0
Query:    9 LKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKAL 147
            LK+A+  +  K+Y+ A++  K  L  D  NYN  VF G+      +  +  +A+  AI+ D+K +LA+QGL++LYE        + E+  I+  L   KF + + Q        C   +N+ + + +  G+K+D  KAL
Sbjct:    6 LKAAKEALVVKNYELAIEQSKKALSFDANNYNANVFLGVAYFSTKQLSESKEAYLDAIKIDEKAVLAWQGLWNLYESTHD----ISELHKITPILAS-KFLELEEQ------NKCLNTVNKYMEVVKKYGNKADEFKAL 133          
BLAST of EMLSAG00000011295 vs. SwissProt
Match: gi|20981715|sp|P17883.2|SKI3_YEAST (RecName: Full=Superkiller protein 3)

HSP 1 Score: 67.3958 bits (163), Expect = 6.351e-10
Identity = 95/446 (21.30%), Postives = 185/446 (41.48%), Query Frame = 0
Query:  742 SLWHDFG---LLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECM---DLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSA--------------IKAFTQEKILCNDCNL--NLPRVYYKLAYYTKSIQEIS---SLTSLDMDSSSL---------LSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPST------LLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLF 1147
            S W++ G   L  F+TLKE    +      ++ + K++IQL   +   W  LG     IN F ++QHCFI A  ++     +W NL +  +  K    A +   + Q+     S  W G AL+ ++   G+ +    L  H+ +L        ++  +  K + +  IN    E     +EKL   +++  ++E+F ++ P +        + LE + H+++A               +    E+ L N   +     R++  L  +  SI+       + S   D  S+         L LSY+  +        +Q  L   +  +D  ++++ +  + Y V   +  +  L + T  + ++       L ++A+ IL  K  D+S+ILE L+ + + +  II K     +L       +  + K L+ + +   +W+   Y F
Sbjct:  946 SYWYNIGISELTAFITLKEPQYRDA-----AIFAFKKSIQLQSNTSETWIGLGIATMDIN-FRVSQHCFIKATALEPKATNTWFNLAMLGLKKKDTEFAQQVLNKLQSLAPQDSSPWLGMALILEE--QGDIIGSSKLFAHSFILSNGRSKAAQF--MYAKNVLENHINNGDDERDIETVEKL---TTASIALEQFFKKSPDSQFALQCALLTLERLHHYENANELANRLIGILEKKFEKTQDERELFNFAIIKGQFARIHLGLGNFELSIENADLSQGIISESSDEKSMKTKISNHICLGLSYFFLNDFDQTLNQFQELL---SISKDSKHLVVLIAKVLYDVGESDTKEIALQELTEYIATSGADLLVTLTIAAMSILDDKREDLSIILEELKALPLSK-QIIDKHKDAPYL-------IEEITKRLYRNDTGKQVWQRSAYFF 1367          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: gb|KYB26666.1| (Tetratricopeptide repeat protein 37-like Protein [Tribolium castaneum])

HSP 1 Score: 301.982 bits (772), Expect = 1.569e-83
Identity = 274/978 (28.02%), Postives = 467/978 (47.75%), Query Frame = 0
Query:  306 IYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQE-MKALKVHVLYLTFQINEIS-----FEGIEFDDQ----LNSLRNNVN-----AFRGILND-DSCNELASGIYAHVIGRNDK---ALQILSFYK-DSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQ-WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKF--------KGLAEV-YLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE----LVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKS-LKRAIQLSPTSYRYWNTLGFIAFHIN--NFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYY-----KLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQD-KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAF---------LQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFN--------QLKPKTFLITSNEESVVLGTLLELKFF--GKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRI 1221
            ++  VL +KC  +L  +   + + NK+ K  ++K+ +++ +  L V VL  + +  ++      FE IE + +     + +R N+N       + +L + +S ++    + A ++ + +K   AL+IL     +SC    +I  +Y       +++L+ FLK+  L+P N   + ++  +Y  +  +++A +CY K +K+N    E GI +S I    K    NL  L  + S  I +K  WA ++LG+  L     + A+ +L+ ++   +     +  E+L DAY+ +G+Y SALK + +  +      ++ Y   +  HIK +LG+   A      +  E +LKF        KG+AE   LQ+   Y +Q L ++   +A +A  ++ +AL +   + CLWKL       V ++ E    L++ K F   ++V  D  ++E   L+ +     F   GL  + F   +WHD  + Y             +++T  ++ L+     +PT + +WN LG +A H+N  N+  AQHCFI AV  D+  A+SWTNLG  Y  L    LAN+AF +AQ  D  Y   W GQALLA+  +  + MDL RH+  L         Y   +CK LK++ +     +   Y I  +  V  +CD I  +    P NAT WN+ GIL E MG    A++AF     L +    +L RV Y      L  Y +++   + + +   +S S L+L+ +     K +Y  Y+S+L   +   + +SN+L+AL ++AY+ EGPE  KTLL QS +L   +     A+  LG+   D +L   +L ++      II +S    F         LQ K + +V  ++K + ++P    +W  L+ + I    +        Q+  K    T+   + +L  L+ L F   G T K L    K +H YP  A+ W +    L  S  R +R+
Sbjct:  296 VHAWVLLLKCCMQLLLYDEAINAANKLEKLLQNKKILKKSVNVLMVEVLSRSEEEADLRKALQLFENIETEVKSACNQHLIRANINLKKFTEAKSLLQEFNSTDKTHILLKAQLLHKQEKFSEALEILERENCESCEWWLEIGSLYWDCGHF-DKSLIPFLKATKLDPNNYKCFLFLGHFYKRNNDFDKARRCYEKAFKINKRCAEAGIELSKIYRKLKNWDANLNLLQALTSGIINAKNSWAWMQLGLHHLEQLDYDKAVTNLRFVIRIDEN--NAHCWESLADAYLAKGAYTSALKCYEKTSSLVS---EAWYPMLQKGHIKQILGEFAEA-----RLEFEEILKFNKFYVPALKGMAETCLLQARHCYKDQRLGTS-RDHAQVATDHLIRALSQRGDLSCLWKLLGNGCLFVANLPEKHSCLLIAKKFVEGRDVVGD-TVLEKSDLFALAARCFFKSLGLVEDNF--LIWHDLAVCYLSHGLSSGSS---ELITKAQTILQHCTANNPTYWPHWNLLGNVAMHLNPPNYKFAQHCFIKAVIADSHSAVSWTNLGTLYFLLGDFKLANQAFSQAQRSDPNYVNSWIGQALLAETLAHEDAMDLFRHSTQLRVHKQGALGYAHWVCKTLKESPV-----DTVVYSIHNMHAVPVACDVITWYTEHDPMNATAWNMLGILKERMGLKLGALEAFKNALTLSDKKQRDLARVNYGRLLAALGKYQQAVDSFTKVEAATFNSGSGLALALFKDKLYKESYEVYESTLHWLSDDSNLQSNLLVALASMAYMFEGPEAAKTLLFQSIQLENPSPWGFYAISSLGLLHDDFNLTDLVLSELK----KIISRSCGPHFAVLASYFHLLQGKNKQSVCEVSKIVFMYPDQAPVWATLSSVLIRVGKDAKAAANCAQIAMKLGQATNTNVTKIL-CLVALSFLIVGDTAKALLMAQKAIHCYPNLAEGWAVFIAALVRS-KRTNRV 1244          

HSP 2 Score: 71.633 bits (174), Expect = 1.873e-11
Identity = 39/103 (37.86%), Postives = 62/103 (60.19%), Query Frame = 0
Query:    2 MGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLG 104
            M D + +LK AR  I +K+Y+ ALK+ K +L  +  NY  LVF G+ L    +N K ++AFQ+AI  +    LA+ GL + YEK+ ++ T L+ I +  + +G
Sbjct:    1 MKDSKLVLKEARDAIKNKNYETALKLCKQILKEEKNNYMALVFLGVSLQETGQNAKALKAFQEAIEANPSNPLAWNGLINYYEKIDTKETKLDLINAYISLIG 103          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: EEB12833.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 270.011 bits (689), Expect = 3.076e-73
Identity = 220/820 (26.83%), Postives = 397/820 (48.41%), Query Frame = 0
Query:  445 FLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSES---VLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVEL-------DLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLK----EQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFI--AFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN-----------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDS-------IIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIF-----EFNQLKPKTFLITSNEESVVLGTLLELK-----FFGKTKKTLNNILKLVHKYPFQAKTWTILF-KVLKSSFIR 1217
             LK+  LN    L + ++  YY   +  +E+A +CY K ++LN  + EV  C+S+I  T  K+  NL  L         SK WA ++LG+  L+  +++ AI  LQ  + +        + E LGDAY  +G+Y SA+K + + ++    S    Y  ++IA IK ++G    +V +   ++S++   +   KG +E  +   ++Y++Q ++         A+ Y+ + L     + C+WKL  +C   ++++     +KY +L     L       D  ++   K+ ++KLG     Q +  N    +LW+D    Y   +K    E+S +   K+  S  S+K++I L+   +  WN  G I  +  + N+ LAQHCFI A+ ++ T AI+WTNLG  Y++L    LAN AF EAQ  D  Y   W GQA++A +    E MDL RH+  LG+    C  Y   + + L + +   +  ++Y Y I+ +  +  S D +  +  R+  N   +N+ G+LLE    +K +  AF +   L  + N           LN  RV   +  Y ++I+ +  +      +   L+ +++ +   +++Y SY+++L+  A+  + KS+IL+A+  + Y+ +G E  K LL+QS +L P+++  L A C LG+   ++ L    L+++N   D         + KS +  F  +K + ++      +H HP  P++W  L+ L +       + +  +     + +   S+ +  ++ L        G+  K+L +  K VH +P   + W +L   VL  S  R
Sbjct:  465 LLKAAKLNQWCYLNFLFLGHYYSSLLKDFEKARRCYQKAFQLNSTNVEVCRCLSDIYRTLGKEDLNLQLLSAATVINPKSK-WAWLKLGLHYLSVNQAKEAIKSLQIAVRT--------TWECLGDAYFAQGAYTSAIKSYQKTLDLESNS---IYPIFQIARIKHMIGSFSESVQEFRLINSKATDYIPALKGHSEACISLMKQYLSQHMNGLAQDICQEAVYYLIKCLELRKNLICIWKLLGDCCLLISNLP----KKYCQLKISCWLMNDFKMEDKEILILDKVQILKLGCKCFCQAIAINGNFPNLWYDLAYAYNSMVKISKTEESRKQMRKLACS--SIKKSIMLNGNCWESWNLYGIILSSKELENYYLAQHCFIKALTLNDTNAIAWTNLGALYLSLNDLQLANLAFTEAQKFDQDYVHCWVGQAIIAYRTGHHEAMDLFRHSTQLGFNSEGCLGYSAFVIRTLLNIKNKND--KDYVYSIKNMNAIPVSVDLLTWYTDRFTDNPWAFNMLGLLLERKQLYKGSADAFYKALELLGERNENNTSRLDKILLNYSRVLSNMNRYEEAIKHLKLIKIPTFANQCELAFAFFKAKLYEDSYSSYETTLEWFASDTEMKSHILVAMAAVVYLHQGHEDAKILLMQSCQLKPASVQGLFACCALGMLHSNLELSELALKELNAYRDDPNYLSHIALFKSYIYLFKGQKEK-SIRAFYDVIHRHPVTPSVWLSLSLLMLHLHESCNKKSAARCAEVALATGRSSIDVSKVMSLVSLSNLLCGEGLKSLRSSQKAVHMFPDVTENWVVLLASVLSKSLQR 1263          

HSP 2 Score: 56.225 bits (134), Expect = 7.855e-7
Identity = 33/94 (35.11%), Postives = 53/94 (56.38%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIK 97
            +I+ +LK+A+  +D KDYK A+K  K++L  D  NY  LVF G  +    +  +  +A++KA+       LA++GL   YEK   +  + E IK
Sbjct:    5 EIKIILKAAKENLDQKDYKSAIKNCKSILKEDGNNYMALVFYGAAIQETEQKSEAPKAYKKAVEILPDHNLAWRGLACYYEKYECKNNSKELIK 98          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: XP_006564351.2 (PREDICTED: tetratricopeptide repeat protein 37 isoform X1 [Apis mellifera])

HSP 1 Score: 262.307 bits (669), Expect = 9.007e-71
Identity = 239/892 (26.79%), Postives = 408/892 (45.74%), Query Frame = 0
Query:  372 QLNSLRNNVNAFRGILNDDSCNELAS------GIYAHVIGRNDKALQILSFYKDSCFEAAQIF---GIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLD-SMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE--------LVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLK-EQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSC--YEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN-------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLK-RATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEED------SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFE-----FNQLKPKTFLIT---SNEESVVLGTLLELKFFGKTKKTLNNIL--KLVHKYPFQAKTWTILFKVLKS 1213
            +L+ L N  NA+  + N +S +E  S       +Y     + D+A+ +L    DS  E ++ +   GI +        +L+ FL  +  +  N     Y+  YY +     ER+ KCY    ++NP   E GI +S      K    N+  L  + + +    +WA ++LG+  L+   +E AI   Q ++       + +  E+L DAY +RG+Y SALK +  ++       KS Y   ++A+IK ++G  + A  D E +    S  +   KGLAE  L  +++Y  +            A+  +  A+ +     C+WKL  +    V  + E         +L KY ++        N+I   K  +  L +      L+ +P    LWHD  L Y + L+ + S+ +      S+ + K AI+L+P+ + +WN LG I    +I NF+LAQH +I A+  +   AI W NLG  Y+  +    AN+A+  AQ  D  Y   W GQAL+A+     E MDL RHA  LGY   +   Y + VL      D  +N +  +N   +      V ++ D +  ++  +P +    N YG+LL+    +KSA + F     +CN  N       +NL  V  KL  Y ++I+   ++ +++ +S   L+L+ + ++K + AY +Y+++L+  A +  +KS  L A+G IAY  +     KTLL Q  ++ P  +  L A   LGI   D++L   +L ++ + E+       ++  S     +    + A+  L+K +  HPS  N+   +  L I+ E     F++   K   +    ++E    +   L   +F +     N I   KLV  YP   ++W +   V  S
Sbjct:  386 RLSILLNQPNAYILLNNLESKHETKSQANILRALYLKQNKQLDEAVNVL----DSVLETSETWLFLGIIYWEMAEYNYSLMAFLNGIKADRYNWKCLVYLGHYYREYGNDMERSRKCYQSALQINPNSEEAGIGLSTAYRLLKNQDANIKLLQVL-TVQGSGPRWAWLQLGLQYLDQGNAEQAIKAFQHVIRVDPN--DSHCWESLADAYFIRGAYTSALKSYQRVLELCP---KSLYPMIQLANIKLIIGQYNEAKNDFEHILIYESRYIPALKGLAETCLALAKEYTAKQFLGRANDCLQQAMNSLIVAIKERKDTSCIWKLLGDICYRVAILPEKYSYLKVSSILIKYEDIE-------NIILLKKQDMFSLSIRCYCCALSLSPQSALLWHDLALCYLMQLQYDPSINHKNLASKSLAAAKHAIKLNPSIWIHWNLLGVICMSPYIKNFALAQHAYIMAIDTEINNAIVWCNLGTLYLYTENLYKANEAYSRAQRADPAYINSWIGQALIAEMMHRKEAMDLFRHATQLGYHSQAAIGYTHWVL------DMILNSDTKKNSLNICVTENAVFAATDVMTWYIENHPNDCYARNAYGLLLQRQKLYKSAAEQFAVA--VCNSINNKKDLVCVNLAHVLIKLKKYNEAIKLCQTVQNINYNSQCHLALALFKAAKYEEAYTTYETTLQFLANTEIEKSYALCAMGAIAYTFQKVNDAKTLLFQCIQIQPPVITGLLAAASLGILHGDINLTTLVLNELQLYENHLEYGYHVVNLSAYFYLIGNDVKKAITILSKAIFTHPS--NVKNWIRLLRILLETNVHMFSKCAQKVLFLNKYITSENHANVACALSYSYFMQNLVPANIIAMQKLVFTYPGNIESWAMFIAVFLS 1250          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: XP_006564352.2 (PREDICTED: tetratricopeptide repeat protein 37 isoform X2 [Apis mellifera])

HSP 1 Score: 261.151 bits (666), Expect = 9.433e-71
Identity = 240/895 (26.82%), Postives = 409/895 (45.70%), Query Frame = 0
Query:  372 QLNSLRNNVNAFRGILNDDSCNELAS------GIYAHVIGRNDKALQILSFYKDSCFEAAQIF---GIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLD-SMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMH---SKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE--------LVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLK-EQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSC--YEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN-------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLK-RATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEED------SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFE-----FNQLKPKTFLIT---SNEESVVLGTLLELKFFGKTKKTLNNIL--KLVHKYPFQAKTWTILFKVLKS 1213
            +L+ L N  NA+  + N +S +E  S       +Y     + D+A+ +L    DS  E ++ +   GI +        +L+ FL  +  +  N     Y+  YY +     ER+ KCY    ++NP   E GI +S      K    N+  L  + + +    +WA ++LG+  L+   +E AI   Q ++    +   C+E     +L DAY +RG+Y SALK +  ++       KS Y   ++A+IK ++G  + A  D E +    S  +   KGLAE  L  +++Y  +            A+  +  A+ +     C+WKL  +    V  + E         +L KY ++        N+I   K  +  L +      L+ +P    LWHD  L Y + L+ + S+ +      S+ + K AI+L+P+ + +WN LG I    +I NF+LAQH +I A+  +   AI W NLG  Y+  +    AN+A+  AQ  D  Y   W GQAL+A+     E MDL RHA  LGY   +   Y + VL      D  +N +  +N   +      V ++ D +  ++  +P +    N YG+LL+    +KSA + F     +CN  N       +NL  V  KL  Y ++I+   ++ +++ +S   L+L+ + ++K + AY +Y+++L+  A +  +KS  L A+G IAY  +     KTLL Q  ++ P  +  L A   LGI   D++L   +L ++ + E+       ++  S     +    + A+  L+K +  HPS  N+   +  L I+ E     F++   K   +    ++E    +   L   +F +     N I   KLV  YP   ++W +   V  S
Sbjct:  233 RLSILLNQPNAYILLNNLESKHETKSQANILRALYLKQNKQLDEAVNVL----DSVLETSETWLFLGIIYWEMAEYNYSLMAFLNGIKADRYNWKCLVYLGHYYREYGNDMERSRKCYQSALQINPNSEEAGIGLSTAYRLLKNQDANIKLLQVL-TVQGSGPRWAWLQLGLQYLDQGNAEQAIKAFQHVIRVDPNDSHCWE-----SLADAYFIRGAYTSALKSYQRVLELCP---KSLYPMIQLANIKLIIGQYNEAKNDFEHILIYESRYIPALKGLAETCLALAKEYTAKQFLGRANDCLQQAMNSLIVAIKERKDTSCIWKLLGDICYRVAILPEKYSYLKVSSILIKYEDIE-------NIILLKKQDMFSLSIRCYCCALSLSPQSALLWHDLALCYLMQLQYDPSINHKNLASKSLAAAKHAIKLNPSIWIHWNLLGVICMSPYIKNFALAQHAYIMAIDTEINNAIVWCNLGTLYLYTENLYKANEAYSRAQRADPAYINSWIGQALIAEMMHRKEAMDLFRHATQLGYHSQAAIGYTHWVL------DMILNSDTKKNSLNICVTENAVFAATDVMTWYIENHPNDCYARNAYGLLLQRQKLYKSAAEQFAVA--VCNSINNKKDLVCVNLAHVLIKLKKYNEAIKLCQTVQNINYNSQCHLALALFKAAKYEEAYTTYETTLQFLANTEIEKSYALCAMGAIAYTFQKVNDAKTLLFQCIQIQPPVITGLLAAASLGILHGDINLTTLVLNELQLYENHLEYGYHVVNLSAYFYLIGNDVKKAITILSKAIFTHPS--NVKNWIRLLRILLETNVHMFSKCAQKVLFLNKYITSENHANVACALSYSYFMQNLVPANIIAMQKLVFTYPGNIESWAMFIAVFLS 1097          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: gb|KFM77324.1| (Tetratricopeptide repeat protein 37, partial [Stegodyphus mimosarum])

HSP 1 Score: 259.996 bits (663), Expect = 8.431e-70
Identity = 213/744 (28.63%), Postives = 370/744 (49.73%), Query Frame = 0
Query:  426 QIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMA-YERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCI-NSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHS-KDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLES---VSSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVEL-----DLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSL---KRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQE-KILCNDCN--------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCK--TLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM---NIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTL-HIHPSLPN 1138
             + G+    ++ +++A   F+K+  L+P     + Y+  YYL+++    +A  CY K + L+  DT+ G+ +S++L    K++EN+  L  I +++ + S +WA  +LG+ QL N     AIF LQ+ + +  +  Y   S E L DAY+ RGSY SALK F         + K+ Y  Y+IA I+ + G    A+   +S   + S  V    GLAE Y+ S++K     L          AL+ + +    N  + CLWKLA +  +   +  +    K+F L    EL     + + +   K  +++ G  F  + L       +LWHD G+ Y L     S++N  K+  + K+L   ++A+ +SP    +W  LG +A    + + +  QH  I +++++   A +WTNLGV Y+  +   L++ AF+ AQ+ + TY   W GQA +A K    E MDL RHA  LG  P +   Y   +C++L +T INK+  E+Y Y IE++  V  + D   KF+         +NI G+L E +G ++ +++++ +  K+L  D N         N  R+   +   +++I+E   L  +D       +L+ + + + + A   ++ +  +A  P DKS+I +A+  +A  ++GPE     TLL +S+++ P ++  L AL  +G+   D  + L   +++       D     S + A L  K + A    ++ L HIH  LPN
Sbjct:  449 HLIGLVLWESEQKDKAFKVFIKAAELDPYFSKNFLYLGHYYLNNICDKSKACMCYQKAFHLDNTDTKTGMSLSHVLKALGKEEENMRILKIITDNASLGSCKWAWTQLGLSQLQNNIFSDAIFSLQNAVRADPNSSY---SWECLADAYLKRGSYESALKAFERASEL---NPKAMYPLYQIATIQKVRGFFTEAIEQFKSLLDIVSSYVPALIGLAETYVLSAKKAFGVCLFGLSRDYCQEALQVLARVAASNSRLACLWKLAGDACTLSFNFDD----KWFPLSIPPELHQKAEECDALTCSKSEVLQFGSKFFGRALIIKENVSTLWHDLGVTYHLQ-SMHSVDNNEKLDFAKKALICFQKAVCISPNYEVHWTALGVVAAGKELRDSAFGQHALIKSLQLNRNNAETWTNLGVLYLENENIELSHIAFRMAQSAEPTYPLSWVGQAFIADKVKHSETMDLYRHATALGSHPEALLGYSRSVCEMLLNT-INKDT-ESYKYNIEQMNAVVVAVDCATKFVANKDDCPEAFNILGMLSERLGIYRVSLRSYNRALKLLERDNNNEYMEMVRTNYARMLSVIGLISEAIKEFLMLKKVDSALLCSFALTLHKAKEYEKALKLFKQAFDKAEKPGDKSHIKVAMAMVARNLQGPEFPNPLTLLFESSQISPVSVPGLLALFSVGVLNDDPRIALAAQKELIPFKFHADYCTAISFLSAALANKLKGAQAGRSELLKHIH-CLPN 1178          

HSP 2 Score: 77.0258 bits (188), Expect = 3.501e-13
Identity = 45/103 (43.69%), Postives = 62/103 (60.19%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDL 106
            +I+ LLK AR  I +K+YK ALK  KNVL ID  NYN  VF G     +++ ++   AF++AI     +ILA+QGL S YEK  S+   ++E+ S    L DL
Sbjct:    5 EIKSLLKQAREAIKEKEYKTALKHCKNVLKIDKNNYNAWVFVGAAAQEIDQPDQSEAAFKRAIEIAPDQILAWQGLCSFYEKHESQEY-MQELLSAYKKLIDL 106          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: EFX90284.1 (hypothetical protein DAPPUDRAFT_220148 [Daphnia pulex])

HSP 1 Score: 229.565 bits (584), Expect = 3.487e-60
Identity = 217/864 (25.12%), Postives = 389/864 (45.02%), Query Frame = 0
Query:  435 NDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSM----AYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGIL---------QLNNQKSES--AIFHLQSIM--HSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSL----ENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTT---YAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGY-EPLSCY---EYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAF------------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGP--EVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM-----------NIEEDSIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKT-------------FLITSNEESVV-----------LGTLLELKFF--GKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSF 1215
            +D RE+++   L  + +N     PY  + ++Y +      + +RA++C  K ++L+P+ T     +  +          L  LD +  S   +++WA ++ G+L         Q+++++ E+  AI  LQ+ M   S D     +  EALG+AYI RGSY +ALK F         + +STYS Y+IA IK ++G+   AV   E +   + + V   KGLAE  L  + +Y+            S AL  + +A   N ++ C+W L       +  + E       ++P  +  D N     KL L+++G  F +  L   P   +LWH+  L Y      QS     E+     +++ ++K+AI L P    +W+ LG IA      ++ QH FI A+++       A +WT+LG  YM      LA++ F+++QN D  +   W GQ ++A++ S  E MDL RH + +G   P  C     Y   +   L D    +    +Y Y I ++  V ++ DS+ K++  YP ++   N+ G+L E  G F  A +AF            T  +   +    NL R+Y  +     + +   SL   ++ S+  ++L+++ +++   AY +Y+++L   A+  + +S++L+A+   A+  + P  E  K LL +S++L P ++  L AL  LG+   D +L     Q++           +I   S   +S++   LQ +       + + +H+ P++  +W +L             P +             F      +S V           + +L+ L +   G+   +L    K VH  P  A +W++L      S+
Sbjct:  460 SDQREKSVTIMLNVIKINRDIAEPYILLGTFYGEQRHNPSSMQRAVRCLEKAFQLDPYQTRTSEKLLELYRLIDDITSALKLLDVVVHSNAKNRRWAWLQKGLLHLKMFQKVKQVSDKEKEAGLAITCLQNAMAIDSNDS----SGWEALGEAYIARGSYTAALKAFQRASEL---NSQSTYSSYQIASIKQIMGENAEAVTAFEELLKQTPDYVPALKGLAETLLNQAAEYLTDGFTGRLVDCCSKALDMLVKASRLNSHLACVWSLLGHVCLLLRSIPEDDF-TLLDVPPVLLSDENSPVAKKL-LMEMGPKFFLSALRLLPDSAALWHNLALSY------QSCWMVDESVAHKSSALAAIKKAITLEPKDSSHWDLLGQIA---EQPAIRQHAFIRALELSPNAPRTAATWTHLGALYMENGDLHLAHECFKQSQNIDPFHVSAWIGQGIIAEQLSPAEAMDLFRHTSTIGSGSPGQCEGSPSYAQWVMNTLADPLAKQTA--HYRYSIVQMHAVPAAIDSLVKYVALYPDDSCALNLLGLLYERQGLFTKAEEAFLKGIQHLSLDDTTINRTRIDKMKANLARLYTSMDRCDDATELYGSLQESELSSACGIALAHFKANRHAEAYVTYEAALHWLASDDEKRSHLLVAMAMAAFRRDFPDAEAAKLLLYESSQLQPPSVYGLLALGALGLLTDDETLTTAAFQELLPYQTESRYVADISRLSAYQQSVIGNELQGQRE-----IVRNIHMLPNVAELWTLLASFKASLTVQASHPLSSDGLQVARWAEIAFDARRQSDSAVDHVFQPIDLSQVISLISLGYLLAGQGSTSLITAQKAVHCNPHSAASWSVLLAAALPSW 1298          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: EAA03563.5 (AGAP003279-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 203.756 bits (517), Expect = 3.475e-52
Identity = 267/1228 (21.74%), Postives = 495/1228 (40.31%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYL-SLIEKVIPLQKSLSRNMSL---IRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKKS---YMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNE-------------------HIYGMV--LYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEM--KALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSA---EALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKF---KGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFE--LPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTS------VKSL-------KRAIQLSPTSYRYWNTLGFI--AFHINNFSLAQHCFINAVKIDT-TYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSS-GECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWN--------------IYGILLESMGHFKSAIKAF-----------TQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSL-LSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAFLQ------RKPRCAVIYLAKTLHIHPSLPNIWEIL 1143
            + +  LK AR  + +K + +A+K+   VL     NY  L+  G      +K E      +    T +  I+A QGL        ++ T L ++     TL   KF          D  A  F +          G     L+ L++    +      R +   +EY+  +     +L+      + +++E+ I     + ++      +++    + YD  A   + +  E FP+ ++  E +   Y + +   +        S   Y ++ L + P      L +G + +E  +  E+ R L   NE                     YG+   LY     + ++++I L+      K  +  RC   +      V +L+   + + +  E    + ++  L          +  D  + L   +   + G  ++A++ILS +  S     ++  +       R+++ L  LK+  L+P N   +  +   Y       RA KC  K   L+P      I +S +     +   N   L     S      WA + LG+  L  Q+ + AI   ++++      YE+N+    E L DAY+ RGSY SA+K+F +I    +    + Y   ++A+IK  +      +   E + +     F   KG+A+ ++      + Q L      +A   ++++ +A+   P   CLW    + + TV            E  L   V+    L++  +L   +L      + +  NP     W++    +F    E +  N     T+      VK L       K+AI+L P  ++ WN LG I     +NN +LAQHCF+ AV +D  T A +W NLGV Y+      LANKAF  AQ  D+T+   W GQA++A++     E MDL RH   LGY   +   Y   +C ++ +   ++   E Y + I+ +  +  + D+I            GW+                G L   +G +++A  A+           T+++ILC+     L     K   + +++Q    +       + +  + +Y+ +++ + +Y  Y+  L   A +  +K+ +LIA+  + Y   G +  +T+L Q   L    +  L + C LG+   D  L   +++++   ED  +    V  F+       ++P+    YL   +H +P  P +W++L
Sbjct:    5 EAKAALKEAREAVKNKKFSDAIKLCNKVLKEQSDNYMALLLLGASYQDSDKKEAATYLRRAVSCTTEPPIVALQGLVGC-----ADDTELPDVCEKLLTLTPDKFA---------DLHAKLFGV-------AARGTLGKALRLLEREATDAGCEETRRAS--AFEYLGKLVAQYSELEIAEPALVGTVLEREIRNDGDVYQHDKFNRYLKLLHREKRYDRLAAIAAAMH-ERFPNDIYPLEWICKLYSERIVPEETLSTVLTHSLEHYFDRALAIAPKSPTVLLARGKLLYEAGKLSEAERYLRRANEIQPLWSACMTLLAEIYFRQKAYGLAENLYRNMKVQSRNYAIALMQDESEEKLREANRCFATLYETDRSVELLFHWCKTSLLLGEHDAAEQRMGELEPTE------IEPDQLDYL-RALRTKMAGNVEQAIEILSRHPASSICLLELSLVLDGVEGRRDDSFLAALKATKLDPNNAACFYRLGKLYQQQGDALRARKCLEKSVHLSPAARNAVILLSGLYRRYNEWDANAALLS-TTFSLCSGAAWAQLLLGLHHLGRQEYDEAIGAFRTVLR-----YEVNNPTAWEGLADAYLGRGSYSSAMKLFEKIT---ERDPDNPYPLLQLANIKNTVKQHRDGLELFEQLLARHENYFPAIKGVADSHMGLCFYRLGQRLVGRSRDHAQACVEHLTRAIKMKPNFLCLWHQLGKVLDTVAAFPSTHSHLSIEGSLAGSVQHQRVLLKRNQLS--ELAARCYGRIVKQNPDNSVYWYELAANHFRRAMELTPANADPNGTNSGTSERVKMLHIAQDMAKQAIKLDPARWQNWNLLGVICATGEVNNLALAQHCFVEAVTVDRKTAAAAWNNLGVLYLGHGPLGLANKAFGRAQQCDTTFMNAWIGQAMIAERVGQMDEAMDLFRHCTQLGYHREAALGYAHWVCSIVNEDNYHEN--ERYRFAIDAMAALPVAHDAI------------GWHCADLADRSSVVALRFLGNLSSRLGLWRTASDAYGRAAQAATNPATKDQILCD-----LGHCLTKQGRHAEAVQCYERMRGEPGFRAVIGRAQAYFRAAQYEQSYAEYELGLNHLAKTDAEKAYVLIAMSAMVYAFHGQDAARTVLFQCIALPQPPIEALFSACALGLLHKDAMLTDLVIKELRKHEDDPVQGHHVVFFVSEFYWQTQQPKQCYTYLLSQMHRYPHRPKLWQVL 1171          
BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Match: AAF58990.2 (CG8777 [Drosophila melanogaster])

HSP 1 Score: 174.866 bits (442), Expect = 2.693e-43
Identity = 186/712 (26.12%), Postives = 320/712 (44.94%), Query Frame = 0
Query:  422 FEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYY-LDSMAYERALKCYAKCYKLNPFDTEVGICISNILG----TCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSES---VLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPY--VCCLWKLAAECISTVTDVSELVLRKYFELPK-----EVELDLNLIENYKLYL-----IKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINN--FSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSG-ECMDLLRHAALLGYEPLSCYEYGVLICKVLKDT-RINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNI--YGILLESMGHFKSAIKAFTQEKILC------NDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQD--KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMN 1099
            FEA  + G  H       +AL Y LK+  L P     + Y+   Y L +  + RA KCY KC  LNP   E    +S I          +   L  L  + S++ +  Q+   +LG+   + +K +SAI   +  + +   C  I+  E+LGDAY  RGSY SA+++F +I+     S ++ Y+  +IA +K  +     ++ D +++   +   +   +G AE ++  +    +Q L     ++  LAL+++  A ++     +  LW+L+A            +  +  +LP      +V  +L   E    YL     ++L   F +  L      + LW++  L  + +      +    + T+ K+ K AI+     ++ WN LG I  +  N    LAQHCFI AV ++     +WTNLGV Y+ L    LAN+AF  AQ     Y+  W GQA++A+      E  DL RH     Y P +   +   +C++L      +K       + IE ++    + D+I  +++    +AT  ++   G L      ++ AI+AFT+   LC      +    NL  +Y K+    ++   ++++          L+ +YY + +L+ +Y  Y S L       D   + IL+A+ ++ Y  +G    KTLL Q   L    +  L +   LGI   D +LI  IL ++N
Sbjct:  406 FEAYLLCGKLHMALKNYSDALNYVLKATRLRPHFAECFDYLGKLYPLATGDFSRARKCYEKCISLNPLAEEAVDALSFIYQEQGEEELNETLLLNTLSHLGSNESIRLQY---KLGLHFSHVKKWDSAIQCFRIAIKNDSRC--ISYWESLGDAYAGRGSYNSAIRVFQKILEL---SPENNYALLQIASVKTTIRMYTESIEDYDTLLQRNPTYLPGLRGAAEAHIGIANSLKSQNLYGRSKAHFQLALEHLQSAFLQREAQGMVWLWRLSAN-----------IFVQTAQLPHSLANLDVAGNLAKREEPIAYLSRKDLLQLAQRFYLCALKLKQNTY-LWYELSLASYYSAILIPEDANGHLETATKACKMAIKECSNRWQNWNLLGVINMNSENENLPLAQHCFIQAVVLEKKCYTAWTNLGVLYIKLNEVRLANEAFTRAQQSSPVYANAWIGQAMVAELIGDREEAFDLFRHCQQFDYHPEAALGFAHWVCEMLSTPGSFDK---PRIKHAIEHMYADVLALDAINWYVQNEETDATPASLSFQGFLYARKNLYRQAIEAFTRACKLCEPGADRDKLYTNLGYLYLKIDQPEQAAHALNTVAHATFKPIIGLAQAYYLAGQLQESYSIYNSVLGNVVDHGDDKAATILVAMASMIYDFQGEADTKTLLYQCVLLKEVPIQALFSALALGILHRDNALIHTILTELN 1094          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|1130251543|ref|XP_019766605.1| (PREDICTED: tetratricopeptide repeat protein 37 [Dendroctonus ponderosae])

HSP 1 Score: 335.88 bits (860), Expect = 1.219e-92
Identity = 337/1293 (26.06%), Postives = 586/1293 (45.32%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLIEKVIPLQKSLSRNMSLIRIYLENQVYDN-KAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKK----SYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEH----IYGMVLYVKCLYKLKDFSIILISI---NKIIKSSKDKRCIQEMKALKVHVLYLTFQINE------ISFEGIEFDDQLNSL-RNNVNAFRGILNDDSCNELAS--GIYAHVI--------GRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQ-WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYI-NQMLDSNGASNASL--ALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE-LVLRKYFELPKEVELDLNLI-ENYKLYLIKLGVHF---TVQGLNCNPFEHSLWHDFGLLYFL--------TLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFE-NYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLP-----RVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQ-DKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSII------------IKSIVQAF--LQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKTF---------LITSNEESVVLGTLLELKF--FGKTKKTLNNILKLVHKYPFQAKTWTILFKVLKS 1213
            DI+ LLK AR  +  KD+  ALK+ K+++  D  +Y GLVF GL L  +    + ++AFQKAI  D    LA+QGL S +EK+ S+++  E +K     L  ++  +AK+     ++      LN         GD  +  K L           +   A++   ++    + +      LD Y + +E ++P   ++S       I + N+     + +++S    ELFPS V     +   + + M++ +   V         +  K L+L+P   M    +  + F  +   E+   L L  +     +Y  VL    L +L+  S  L S+    K+++S  +   + +++   + +L L+  +++      I+ E ++ +  L  L R +VN     L +   + L S     AH          G+   A Q++  +  +  +     G+ H       + L  FLK+   +P N   + ++  YY      ++A +CY K +KLNP   E G  +S +    K  + NL  L  +    + S   WA ++LG+  L      +A+ +L+ ++  +      N  E+LGDAY  +G++ SALK + + ++    S+ S YS  ++A+IK +LGD   A  D E++   S++ V   KGL+E  L  +R+ + NQ L   GA+   +  A+  V  A+ +   + CLWKL A+C+  V  + E     K   LP       + I E  +L+  +    F    V     NPF   LWHD G  Y            K + L N   I     SL      +P  +++WN LG  A      N++LAQH FI AV  ++  A++WTNLG+ Y+ ++   LANKAF E Q  D  Y   W GQA++A+     + M L RH+  L         YG  +C    D+ IN++C + ++ Y I  +  + ++ D++  F  + P ++  WN+ G+L E MG   SA KAF    +L    + +L      R+ Y+   Y ++I+  S + +    S +  +L+ + + + + +Y +Y+ +L   T  Q  +S +L+AL ++AY  +G +  KTLL QS  L P +   L A   L +   D  L   +L+++   E S                +++  F  L+   + A+  L++ +H +P++ + W  L+ + +  E ++ + +           L   N ++  +  L  L F   G  K+      K +H  P QA  W  L + L+S
Sbjct:    2 DIKTLLKQARAALKAKDFAAALKVSKSIVKQDKNSYMGLVFLGLALQEVGPTHQALKAFQKAIDLDAANPLAWQGLISYHEKLNSDSSQTELLKLYKAYLA-IETNEAKLL----EYAKRLLGLN-------GQGDALETCKVLLSTANKCSTEARVEIAKLVAHHLESGVETKL-----LDLYEACLELLLP-SAAVSEGFYSSYITVLNKSRQMLRVLEHSQKMHELFPSSVVALSWICKVFNE-MSIEENSEVDSITPKIGGFTAKLLNLEPANAMALFTQAVLLFRDRNVFEAREKLLLVTKQRQGLVYAWVLLTDVLIRLRLSSEALASLARSQKLVRSLTNPVLLHKVRIQHLEILSLSDNVDDWQKCLDIAAEDVDQNQCLEPLIRASVNLQEFSLAEKHISALESLKPEAAHAFKIRLYRKQGKYTAAQQLIEEFTCNSTDWWIEVGLLHWEMGQFSKCLDPFLKAAKCDPSNFACFVHLGQYYNRVGHLDKARRCYEKAFKLNPASPEAGSELSKVYRKLKNWESNLSLLLNLTEGLVDSANVWAWLQLGLTYLEQGNPVNALEYLRIVI--RIDPENTNCWESLGDAYFAKGAFTSALKCYQKALDL---SEFSLYSALQVAYIKKVLGDYVEAQADFEAILTRSNQYVPALKGLSETCLCQARECLKNQRL---GAARDFVQDAVNKVTLAITQRSELTCLWKLLADCVMFVAQLPEKYSCLKLPHLPASGSPQKSAILEQTELF--EWATKFYCKAVSSAEDNPF---LWHDLGTCYLQYACNHNDPVKKNELLNNAISIAQHCTSL------NPEYWQHWNLLGVAAVLREPPNYALAQHSFIKAVIAESNSAVAWTNLGILYLRMEDLELANKAFGEGQRSDPNYVNCWIGQAIIAEAMGHSDAMGLFRHSTQLQQHQEGSLGYGHWVC----DSLINRKCNDKSWEYNINNMHAIPAAFDNVLWFTEKSPDSSCAWNMLGLLAERMGLLGSAKKAFKHALVLAERAHKDLARTNYGRLLYRTGEYEEAIEMFSHVEAATFSSGAGFALALFRNGQYEESYAAYEQALHWLTEEQTSQSELLVALASMAYKFQGADAAKTLLFQSIGLNPPSPWSLYATFALSLLQKDWKLSQLVLKELVALETSSFGLNHNQPEFIYHYATLLSQFYLLKNDRKEALAGLSRLVHKYPNIGSTWLSLSQMILRLEVDKGRLQAGANCANIALKLGQRNMDASKVQCLAALSFQRAGDWKRAALFAQKAIHLCPDQADGWATLIRPLQS 1252          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|817070258|ref|XP_012257142.1| (PREDICTED: tetratricopeptide repeat protein 37 isoform X1 [Athalia rosae])

HSP 1 Score: 330.487 bits (846), Expect = 9.384e-91
Identity = 336/1305 (25.75%), Postives = 584/1305 (44.75%), Query Frame = 0
Query:    9 LKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNK-NEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFS----KIAVKSRFAEVTYEYIYYIYQHR-----------KDLKFD--LDYYLS-------------LIEKVIPLQKSLSRNMS----LIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLF--NYYLKFMALADGCPVKCKKSYMEKYLDL-------KPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKD-------KRCIQEM----KALKVHVL----YLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQ---IFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYY-LDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDG---CYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENY----KLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENT-CKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQE-KILCND-----CNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQ------AFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKP--------KTFLITSNEES-----VVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVL 1211
            LK AR LI+ K+YKEA+KI KNVL  D  NY  LV  G  +  + +   +   A +KA       I+A++GL + YE+  S   AL E+ + S+ L +L     K  F     +   + L       +N+   +DV+       + S    K  +    A +  EY   + ++            KDL      +YY               L+ +   + +  S + S    + R+Y EN + +      S   +E+ P     YE L   N      A+A G  + C+K  + +  D+       KP++   +L    +  +   FEE+ R  +L  E +  +    K  +++K     LI I  ++KSS         K+C ++M     + K+ +L    Y+  Q           D +  SL +        L+ +   ++ + +   +  +N + L+  + +  S  E+++   I G  H        +L+ FLKS++ +  N     Y+  YY       E++ +CY+K  ++NP   E GI +S      K  + N+  L  +       K WA ++LG+  L+  + E A+  L++++ S      C+EI     L DAY+ +G++ SALK +   +  + GS    YS  +IA+IK +LG    A  D ESV       +   KGLAE  L  S ++  + L      NA  A+ ++  A+       CLWKL  +       +S L L+  F       +     E Y    +  +  L V    + L+ +P    LWHD    Y   L+  + E +      +  + K+AI+L+P+S+R+WN LG I     I N++L+QHC++ A+ ++   AI+WTNLG  Y+ L  +  AN+AF  AQ  D  Y   W GQA +A+K    E MDL RH   LGY   +   Y   +   L D    K+    Y+  IE +   + + D +  ++   P +    N YG+LLE    +  A + F++  K++  D       +NL R+  KL  + K+++   ++ + D +S   L++S + + + + +Y +Y+++L+  AT   DK+++L A+  IAY+ +G +  KTLL Q  ++ P  +  L A   LG+   D++L   +L ++ + +D    +S +         L+  P+ A+  L+K +H HP      ++ +++F++    +  P        K  L+   + S     VV  + +     G+ K+ L    K VH +P+ A++W  +   L
Sbjct:    9 LKEARHLINQKEYKEAIKICKNVLKEDKSNYVALVLLGAAMQEVEELRSQAPLALKKASELQPNNIVAWRGLVTFYERDPSNPAALLELITASSKLLELHGELEK--FSSTSNKIVDYTLQ-----LKNDTAVADVVSTFQHLREISSEDRKKVINLSLARILTEYPQDLKEYSGLLEATLAAVCKDLNIPNRQEYYKKYLKILYKAGKANVLLTEAARMHEQFSDDTSSLEWICRLYSENSLSNG-----SCNGIEITP----FYEALLALNTESSMAAMAKGVDL-CQKDQLIESRDILNQVALVKPNWLYPWLALAEVNLKLYCFEETERN-ALRAEQLMTLQTSDKLQHRVK-----LILIEAMVKSSNSNQVKAAIKKCEEQMTSEDSSTKIELLLARAYIYLQ-----------DPKAESLLDK-------LDSEPETKVEATVLRAIGLKNSQKLEEAADFLGSALESSEAWLILGKIHWEIGDYSHSLMAFLKSIHADRYNWECLVYLGHYYQRHGNDPEKSQRCYSKALQINPDSKEAGIGLSTAYRLLKNSEANMQLLQGVTMYGSGPK-WAWLQLGLHYLDQDEPEQAVRSLRNVIRSDPNDNICWEI-----LADAYLEKGAHTSALKSYQRALELSPGS---VYSMIQIANIKLVLGQFLKAKVDFESVLLRKQHYLPALKGLAETLLALSDEHGKKQLLCRSRENAQSAIDHLTTAITVESNFSCLWKLLGDA---CYKISHLPLKYSFLKVASGLVKAETPEPYVTIDRADVFALSVRSYCRALSLSPDSALLWHDLASSYLAQLRLSATERSYEIAEKAEAAAKQAIRLAPSSWRHWNLLGVICMTKEIKNYALSQHCYVMAIDMEPQNAIAWTNLGTLYLHLDDSYRANEAFARAQRADPEYINCWIGQAFIAEKVRPKEAMDLFRHTTQLGYRDQAALGYAHWVLTTLLDPEAKKDPLRRYA--IENMHAATVATDGMSWYVEHVPDDPCALNAYGLLLERQKLYNPAGRVFSKALKLVTKDNERDALQVNLSRILIKLNKFDKAVELCQTIKNADFNSHCQLAISLFKAERYEESYGAYEAALEWLATGGSDKAHVLCAMAAIAYMFQGADAAKTLLFQCIQMQPPIVSGLLAAAALGLIQQDLNLTTLVLNELKVYKDHPEHRSDITFLTAYLHILRNDPKSAIRVLSKGVHRHPD-----DVQSWVFLVRFLFESSPDIAGNCAEKALLLGRKDCSDIVAEVVCTSSISRLVSGQGKEGLRLAQKTVHSFPYMAQSWATMIAGL 1253          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|817070260|ref|XP_012257143.1| (PREDICTED: tetratricopeptide repeat protein 37 isoform X2 [Athalia rosae])

HSP 1 Score: 328.946 bits (842), Expect = 3.622e-90
Identity = 336/1304 (25.77%), Postives = 582/1304 (44.63%), Query Frame = 0
Query:    9 LKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNK-NEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFS----KIAVKSRFAEVTYEYIYYIYQHR-----------KDLKFD--LDYYLS-------------LIEKVIPLQKSLSRNMS----LIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLF--NYYLKFMALADGCPVKCKKSYMEKYLDL-------KPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKD-------KRC---IQEMKALKVHVL----YLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASGIYAHVIGRNDKALQILSFYKDSCFEAAQ---IFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYY-LDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDG---CYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENY----KLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENT-CKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQE-KILCND-----CNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQ------AFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKP--------KTFLITSNEES-----VVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVL 1211
            LK AR LI+ K+YKEA+KI KNVL  D  NY  LV  G  +  + +   +   A +KA       I+A++GL + YE+  S   AL E+ + S+ L +L     K  F     +   + L       +N+   +DV+       + S    K  +    A +  EY   + ++            KDL      +YY               L+ +   + +  S + S    + R+Y EN + +      S   +E+ P     YE L   N      A+A G  + C+K  + +  D+       KP++   +L    +  +   FEE+ R  +L  E +  +    K  +++K     LI I  ++KSS         K+C     E  + K+ +L    Y+  Q           D +  SL +        L+ +   ++ + +   +  +N + L+  + +  S  E+++   I G  H        +L+ FLKS++ +  N     Y+  YY       E++ +CY+K  ++NP   E GI +S      K  + N+  L  +       K WA ++LG+  L+  + E A+  L++++ S      C+EI     L DAY+ +G++ SALK +   +  + GS    YS  +IA+IK +LG    A  D ESV       +   KGLAE  L  S ++  + L      NA  A+ ++  A+       CLWKL  +       +S L L+  F       +     E Y    +  +  L V    + L+ +P    LWHD    Y   L+  + E +      +  + K+AI+L+P+S+R+WN LG I     I N++L+QHC++ A+ ++   AI+WTNLG  Y+ L  +  AN+AF  AQ  D  Y   W GQA +A+K    E MDL RH   LGY   +   Y   +   L D    K+    Y+  IE +   + + D +  ++   P +    N YG+LLE    +  A + F++  K++  D       +NL R+  KL  + K+++   ++ + D +S   L++S + + + + +Y +Y+++L+  AT   DK+++L A+  IAY+ +G +  KTLL Q  ++ P  +  L A   LG+   D++L   +L ++ + +D    +S +         L+  P+ A+  L+K +H HP      ++ +++F++    +  P        K  L+   + S     VV  + +     G+ K+ L    K VH +P+ A++W  +   L
Sbjct:    9 LKEARHLINQKEYKEAIKICKNVLKEDKSNYVALVLLGAAMQEVEELRSQAPLALKKASELQPNNIVAWRGLVTFYERDPSNPAALLELITASSKLLELHGELEK--FSSTSNKIVDYTLQ-----LKNDTAVADVVSTFQHLREISSEDRKKVINLSLARILTEYPQDLKEYSGLLEATLAAVCKDLNIPNRQEYYKKYLKILYKAGKANVLLTEAARMHEQFSDDTSSLEWICRLYSENSLSNG-----SCNGIEITP----FYEALLALNTESSMAAMAKGVDL-CQKDQLIESRDILNQVALVKPNWLYPWLALAEVNLKLYCFEETERN-ALRAEQLMTLQTSDKLQHRVK-----LILIEAMVKSSNSNQVKAAIKKCEEMTSEDSSTKIELLLARAYIYLQ-----------DPKAESLLDK-------LDSEPETKVEATVLRAIGLKNSQKLEEAADFLGSALESSEAWLILGKIHWEIGDYSHSLMAFLKSIHADRYNWECLVYLGHYYQRHGNDPEKSQRCYSKALQINPDSKEAGIGLSTAYRLLKNSEANMQLLQGVTMYGSGPK-WAWLQLGLHYLDQDEPEQAVRSLRNVIRSDPNDNICWEI-----LADAYLEKGAHTSALKSYQRALELSPGS---VYSMIQIANIKLVLGQFLKAKVDFESVLLRKQHYLPALKGLAETLLALSDEHGKKQLLCRSRENAQSAIDHLTTAITVESNFSCLWKLLGDA---CYKISHLPLKYSFLKVASGLVKAETPEPYVTIDRADVFALSVRSYCRALSLSPDSALLWHDLASSYLAQLRLSATERSYEIAEKAEAAAKQAIRLAPSSWRHWNLLGVICMTKEIKNYALSQHCYVMAIDMEPQNAIAWTNLGTLYLHLDDSYRANEAFARAQRADPEYINCWIGQAFIAEKVRPKEAMDLFRHTTQLGYRDQAALGYAHWVLTTLLDPEAKKDPLRRYA--IENMHAATVATDGMSWYVEHVPDDPCALNAYGLLLERQKLYNPAGRVFSKALKLVTKDNERDALQVNLSRILIKLNKFDKAVELCQTIKNADFNSHCQLAISLFKAERYEESYGAYEAALEWLATGGSDKAHVLCAMAAIAYMFQGADAAKTLLFQCIQMQPPIVSGLLAAAALGLIQQDLNLTTLVLNELKVYKDHPEHRSDITFLTAYLHILRNDPKSAIRVLSKGVHRHPD-----DVQSWVFLVRFLFESSPDIAGNCAEKALLLGRKDCSDIVAEVVCTSSISRLVSGQGKEGLRLAQKTVHSFPYMAQSWATMIAGL 1252          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|926623353|ref|XP_013777093.1| (PREDICTED: tetratricopeptide repeat protein 37-like [Limulus polyphemus])

HSP 1 Score: 319.701 bits (818), Expect = 1.776e-86
Identity = 239/816 (29.29%), Postives = 402/816 (49.26%), Query Frame = 0
Query:  439 EEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSS-KILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAE------CISTVT---DVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVT--SVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCN---------LNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEED------SIIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFNQLKPKT--------FLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSS 1214
            ++A + FLK+  L+P     + Y+  YY     +E+AL+CY K + LN  +  VG   S+IL  C +   NL  L  I S+  + S +WA +RLG+ QL   ++ +++  LQ+ +  K    +I+  E LGDAY+ RGS+ +ALK F +            Y +Y+ A+IK LLG    A+ + + +       V   KGL E +LQ +R + ++ L      + + AL+ +  A++  P   CLWKLA +      C+        V E++  + F           L +  K   + L      +GL+  P    LWHD G  Y+   +E S       +   SV  LK+A+ +  TS   WN+LG ++   H+ N++LAQHCFI ++  +    ++WTNLGV Y+      LA++AF+ AQ+ + +YS  W GQAL+A+K +  + +DL RH  LLG  P     Y   +C  L+D       F  Y Y I ++  +S++ D++ KF R+   +++ + + G++LE    +K A  AF    +L  + N          N  R+   +    +++++ S + ++D+ +   L+L+Y    KLK+A  +Y+ +L  AT   D+S+IL+AL  +A  ++G E  KT L QS++  P+++  L ALC LG+ ++D SL    ++++   +        I   +     +Q K + A+ +L+K  H HP+  +IW  L     +  F+  K  T         L   N   + L  +      G   ++L    K VH +P + + W  L  +L SS
Sbjct:  469 DQAKISFLKAAKLDPFFYKNFLYLGHYYKSIGDFEKALQCYNKSFDLNKRNDIVGAAFSDILFECGETDLNLKLLKKITSTAPVGSAKWAWLRLGLHQLRVGETMASVLSLQNAL--KADSSDIHCWECLGDAYLQRGSFNAALKAFTKASEL---QPNQLYPQYQKANIKQLLGSYKEAIEEYQCILKLEPGYVPVLKGLTEAHLQQARLHFSKSLFGLALDSCNEALQTISTAVLSRPNFSCLWKLAGDACMLPACLGPQKFSLWVPEVLFSQGFS-------SQELKKICKSEAMTLAATLYSRGLSLLPEVPGLWHDLGFCYYFQAEESSDSQFATELAKKSVMCLKKAVSMQSTSPHTWNSLGVVSLSPHVRNYNLAQHCFIKSISCEPNNFVAWTNLGVLYLQNDNIQLAHEAFKVAQSLEPSYSVCWIGQALIAEKVNHPDTLDLFRHTTLLGEHPEGLLGYAHWVCTSLQDLGNRNTNF--YKYNIVQMRAISTAVDALTKFTRKIHDSSSAFCMLGLVLERERLYKGACWAFKMSLLLLEEENCDEIIDKVRTNYGRLLALIGQNDEALEQFSQVKNMDLAAYCDLALTYQKLGKLKDACQAYRQALTLATVQGDQSHILVALAMVAVKIQGLESAKTPLFQSSQKKPASVQGLQALCALGLLLNDFSLSTAAMKELCPHQQDPYYGADIAFLAACVLIVQGKMKMALHHLSKFAHGHPNSASIWSHL--AGHLLSFHPYKATTAARCAMSAVLTGKNVTGLPLLVIQCHMVAGNKNRSLQTAQKAVHLFPDKVEHWCSLLGILSSS 1268          

HSP 2 Score: 69.3218 bits (168), Expect = 4.725e-8
Identity = 36/82 (43.90%), Postives = 50/82 (60.98%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            +++ LLK AR  I DKD+K ALK  K VL +D  NY+  VF G     + + E+ + AF KAI     ++LA+QGL + YEK
Sbjct:    5 EVKMLLKQAREAIRDKDFKSALKYCKTVLKLDKNNYHAWVFIGAAAEEMGELEQTLAAFNKAIDISPDQVLAWQGLCNFYEK 86          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|919048001|ref|XP_013407175.1| (PREDICTED: tetratricopeptide repeat protein 37-like isoform X1 [Lingula anatina] >gi|919048004|ref|XP_013407176.1| PREDICTED: tetratricopeptide repeat protein 37-like isoform X1 [Lingula anatina])

HSP 1 Score: 318.546 bits (815), Expect = 4.195e-86
Identity = 313/1243 (25.18%), Postives = 557/1243 (44.81%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVK-SRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLI-EKVI--PLQKSLSRNMSLIRIYLENQVYDNK----AIKYSHLAVELFPSYVFGYEN----LFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNA---FRGILNDDSCNELASGIYAHVI---GRNDKALQILSFYKDSC------------FEAAQIFGIYHHNNDLREEALLYFLKSVYLNPC--NPLPYKYIASYYLDSMAYERALKCYAKCYKLNPF----------------------------------DTEVGICISNILGTCKKDKENLYFLDCINSSKIL-SKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSES---VLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAEC-----ISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVT---SVKSLKRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKA---------FTQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDM-DSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM-NIEEDSIIIKSIVQ-----AFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIF 1150
            +++  LK+AR  I +KDYKEALK  K +L +D  NYN LVF G+    L + E+ + A++KA  +   ++LA+QGL + YEK   +A   +++  +   L         +   + DFE  F    +  ++++  G   D LKA++      K   +  R     Y+ +  I + +K+L  DL   L +  EK++  P   S     S+ +IY+   +         I+      +LFP   F  E     + N +     + D C +  K   +E+     P   M  L +G   +    F+E+ R L L    +    +       L    + L     ++++S+  + I + +A   H       I EI         +L    + V A    + +++ DS    A  +  +++   G  D+A ++   + DS             F A Q+           EEA     K+V L+      + Y+     +     ++ AL  + K  K++P+                                  + E G    +IL +  ++   L  L  + ++    S +WA +RLG+ QL + +  +AI   Q  + +     + +  E L +AY  RGSY +ALK F ++   A+ S+ + Y  Y+IA IK  LG    AV +  ++ ++S   V   KGL E Y+  +R  + Q+           A+ ++ +A    P + C+WKL  +      +     VS  V     E  K  E +       K  ++ LG     + L   P   +LW D GL Y+    + +++   K  T   +V++LKRA+ L P ++++W +LG +A    + + +LAQHCFI ++K +    ++WTNLG  Y       LA++AF+ AQ+ D  Y   W GQA++A+     + MDL RH   LG+       Y   +C+ L+D + N++  E + + I ++  + ++CD++ K+      N   + +YG+LLE  G +K A +A         F Q++   N  + N  RV   +   T+++ +   +  L+  +    L+L+ Y S +L  +Y +Y  +L  A + ++KS++  A+G +AY V+  +  KT+L Q ++  P + L L ALC LG+   DV+L   +LQ++  +EED+ ++  I       A LQ K +     + K +H +P+   +W++ +   + F
Sbjct:    5 ELKQTLKNAREAIRNKDYKEALKHCKAILKVDKTNYNALVFVGVAAEGLEQPEQALSAYKKATDSAPDQLLAWQGLCNFYEK-NDKAEYKDDMLQVYEKL---------MALYESDFEKKFETGYKLCDVYDGRG---DFLKAVEIGQSLLKCCQEDGRKTLNVYKKLVKILESKKNLPDDLFELLHVACEKIVHSPPDGSEKDLESIWKIYINGLIQKTSESAIVIEKCKAMAKLFPKSAFPLEVQCQIMMNSFSAEFDVKDICDISMK---LEELSGSTP---MAILARGWTSYYSSDFKEA-RALLLEGVGMGSQSIPAGAWLLLARSQLKLHDNMGVVETSERAKKILKKEATNKHAAL----IREILLCQAAALLELGKDTHLVQAKELVQEVISKDSTCTTAKELLCYIVLAEGDLDQAQKLCMGFSDSSSASMLALEGWCLFVAGQL-----------EEANTKLTKAVELSAGEDGKILYQLARVQWKQGTCHKEALTNFLKAAKVDPYYSQPFLYLGHHYAQAGDQVKARRCYQKSFDLDSNNDEAGAAFVDILNSLGEEDGALAVLSRVTAAASAGSVKWAWMRLGLHQLKHMEPTAAIASFQCALRADSN--DRHCWECLAEAYATRGSYTAALKAFTKV---AEMSEDNMYGLYQIASIKQTLGLYAEAVLEYRAILTKSPDYVPALKGLGEAYVHLARDSLKQVFSGRAVDQCQEAIHHLTRAASFRPDLSCVWKLMGDACTLIHVVAAERVSMRVPGMLLEKGKSAESE----HLSKAQVLTLGARCYGRALKLLPECSTLWQDLGLNYYRQ-NQATVDLQVKKATMDKAVQALKRAVSLDPRNHKHWTSLGVVAADMVVGDSALAQHCFIQSLKAEQNNVVAWTNLGTLYFNNGQVELAHEAFKSAQSLDPGYVACWIGQAMIAETVGHEDAMDLYRHTTELGHHLEGSIGYANWVCRTLED-KSNRDS-EVFKFSIVQMDAIPAACDALAKYTDLVCTNPAAYMMYGLLLERQGLYKLAAQAMGNAVKLIDFVQDQDKRNVIHSNYARVLCHVDQATEAVAQYQLIQPLNRYEDVCGLALALYRSGQLTESYQAYDQALHLAPNAEEKSHVFAAMGMVAYKVKDLDTAKTVLFQGSQCSPPSKLGLKALCSLGLIEGDVTLSAAVLQEIPQLEEDADMLTDITWLTAALALLQGKAKAGRNLILKAVHKNPTSKELWKLASKYLLQF 1200          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|919048006|ref|XP_013407177.1| (PREDICTED: tetratricopeptide repeat protein 37-like isoform X2 [Lingula anatina])

HSP 1 Score: 317.775 bits (813), Expect = 8.967e-86
Identity = 313/1243 (25.18%), Postives = 557/1243 (44.81%), Query Frame = 0
Query:    4 DIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDKSDVLKALDKRVKFSKIAVK-SRFAEVTYEYIYYIYQHRKDLKFDLDYYLSLI-EKVI--PLQKSLSRNMSLIRIYLENQVYDNK----AIKYSHLAVELFPSYVFGYEN----LFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLVKGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNA---FRGILNDDSCNELASGIYAHVI---GRNDKALQILSFYKDSC------------FEAAQIFGIYHHNNDLREEALLYFLKSVYLNPC--NPLPYKYIASYYLDSMAYERALKCYAKCYKLNPF----------------------------------DTEVGICISNILGTCKKDKENLYFLDCINSSKIL-SKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSES---VLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAEC-----ISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVT---SVKSLKRAIQLSPTSYRYWNTLGFIAFH--INNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKA---------FTQEKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDM-DSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQM-NIEEDSIIIKSIVQ-----AFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIF 1150
            +++  LK+AR  I +KDYKEALK  K +L +D  NYN LVF G+    L + E+ + A++KA  +   ++LA+QGL + YEK   +A   +++  +   L         +   + DFE  F    +  ++++  G   D LKA++      K   +  R     Y+ +  I + +K+L  DL   L +  EK++  P   S     S+ +IY+   +         I+      +LFP   F  E     + N +     + D C +  K   +E+     P   M  L +G   +    F+E+ R L L    +    +       L    + L     ++++S+  + I + +A   H       I EI         +L    + V A    + +++ DS    A  +  +++   G  D+A ++   + DS             F A Q+           EEA     K+V L+      + Y+     +     ++ AL  + K  K++P+                                  + E G    +IL +  ++   L  L  + ++    S +WA +RLG+ QL + +  +AI   Q  + +     + +  E L +AY  RGSY +ALK F ++   A+ S+ + Y  Y+IA IK  LG    AV +  ++ ++S   V   KGL E Y+  +R  + Q+           A+ ++ +A    P + C+WKL  +      +     VS  V     E  K  E +       K  ++ LG     + L   P   +LW D GL Y+    + +++   K  T   +V++LKRA+ L P ++++W +LG +A    + + +LAQHCFI ++K +    ++WTNLG  Y       LA++AF+ AQ+ D  Y   W GQA++A+     + MDL RH   LG+       Y   +C+ L+D + N++  E + + I ++  + ++CD++ K+      N   + +YG+LLE  G +K A +A         F Q++   N  + N  RV   +   T+++ +   +  L+  +    L+L+ Y S +L  +Y +Y  +L  A + ++KS++  A+G +AY V+  +  KT+L Q ++  P + L L ALC LG+   DV+L   +LQ++  +EED+ ++  I       A LQ K +     + K +H +P+   +W++ +   + F
Sbjct:    5 ELKQTLKNAREAIRNKDYKEALKHCKAILKVDKTNYNALVFVGVAAEGLEQPEQALSAYKKATDSAPDQLLAWQGLCNFYEK-NDKAEYKDDMLQVYEKL---------MALYESDFEKKFETGYKLCDVYDGRG---DFLKAVEIGQSLLKCCQEDGRKTLNVYKKLVKILESKKNLPDDLFELLHVACEKIVHSPPDGSEKDLESIWKIYINGLIQKTSESAIVIEKCKAMAKLFPKSAFPLEVQCQIMMNSFSAEFDVKDICDISMK---LEELSGSTP---MAILARGWTSYYSSDFKEA-RALLLEGVGMGSQSIPAGAWLLLARSQLKLHDNMGVVETSERAKKILKKEATNKHAAL----IREILLCQAAALLELGKDTHLVQAKELVQEVISKDSTCTTAKELLCYIVLAEGDLDQAQKLCMGFSDSSSASMLALEGWCLFVAGQL-----------EEANTKLTKAVELSAGEDGKILYQLARVQWKQGTCHKEALTNFLKAAKVDPYYSQPFLYLGHHYAQAGDQVKARRCYQKSFDLDSNNDEAGAAFVDILNSLGEEDGALAVLSRVTAAASAGSVKWAWMRLGLHQLKHMEPTAAIASFQCALRADSN--DRHCWECLAEAYATRGSYTAALKAFTKV---AEMSEDNMYGLYQIASIKQTLGLYAEAVLEYRAILTKSPDYVPALKGLGEAYVHLARDSLKQVFSGRAVDQCQEAIHHLTRAASFRPDLSCVWKLMGDACTLIHVVAAERVSMRVPGMLLEKGKSAESE----HLSKAQVLTLGARCYGRALKLLPECSTLWQDLGLNYYRQ-NQATVDLQVKKATMDKAVQALKRAVSLDPRNHKHWTSLGVVAADMVVGDSALAQHCFIQSLKAEQNNVVAWTNLGTLYFNNGQVELAHEAFKSAQSLDPGYVACWIGQAMIAETVGHEDAMDLYRHTTELGHHLEGSIGYANWVCRTLED-KSNRDS-EVFKFSIVQMDAIPAACDALAKYTDLVCTNPAAYMMYGLLLERQGLYKLAAQAMGNAVKLIDFVQDQDKRNVIHSNYARVLCHVDQATEAVAQYQLIQPLNRYEDVCGLALALYRSGQLTESYQAYDQALHLAPNAEEKSHVFAAMGMVAYKVKDLDTAKTVLFQGSQCSPPSKLGLKALCSLGLIEGDVTLSAAVLQEIPQLEEDADMLTDITWLTAALALLQGKAKAGRNLILKAVHKNPTSKELWKLASKYLLQF 1200          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|676436546|ref|XP_009047918.1| (hypothetical protein LOTGIDRAFT_230642 [Lottia gigantea] >gi|556112632|gb|ESP01284.1| hypothetical protein LOTGIDRAFT_230642 [Lottia gigantea])

HSP 1 Score: 306.99 bits (785), Expect = 3.477e-82
Identity = 222/764 (29.06%), Postives = 373/764 (48.82%), Query Frame = 0
Query:  421 CFEAAQIFGIYH---HNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYER-ALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFL--DCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAE------------CISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQ---------EKILCNDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDS--IIIKSIVQAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIF 1150
            C     I+ I      + +L+++    FLK+   +P N  P+ Y+  YY++     R   KCY K Y L+    E G  I +++     D+E  Y L     N +   S +WA +RLG+ ++       AI   QS + S     + +  E LG+AY  RGSY +ALK F +    A+   +S Y  Y+IA I+ +LG    A+ + + +   S + V   KG+ E YL   + +I + LD     N   ALKY+ QA  +   + CLWKL  +            CIS    + E    K  E  +EV+         KL ++ +      + L   P    LWHD G+  +  L   + ++       ++ L++A+ L    Y +WN LG I+   +I    LAQH FI ++  +    ++WTNLG  Y+      L+++AF+ AQ+ D  Y   W GQA++A+     + MDL RH   L Y P     Y   +C VL+DT+  K   + Y Y I+++  + S+ D++ ++L R   + T  N+YG+LLE    ++S++ A T+         +++  N   +N  RV  K+  Y KS++  S++T+  ++       S Y S  L  ++  Y+S+L++AT+ +DKS+I   LG IAY  +     KT L +S+++ P ++L L ALC LG+   D++L+  +LQ++   +++   I  ++ Q  +Q +    +  L ++LH  P     W IL  + + +
Sbjct:  456 CLMGKVIWTILQDKLQDTELQQKCYTTFLKAAQFDPQNGEPFLYLGHYYVNIRKDNRLGRKCYEKSYHLDKSLDESGAAICDMMIN-DGDEEGAYGLLVKVTNEANTGSAKWAWLRLGLCEIKLDNPIGAISSFQSALRSDPT--DSHVWECLGEAYFNRGSYTAALKAFTKASELAE---ESFYCLYQIATIRQILGMYVEAIEEYKLILQKSPDYVPALKGIGETYLLLGKDHIKENLDGRVKDNCQQALKYLTQAASERSDMSCLWKLLGDVCLLVQPLSKDTCISVPVKLLEKCDDKTEEY-REVD---------KLTVLDIASRCYGKALKILPESSMLWHDLGVSLYYQLPLTTSDSKPTSEKCLQCLRKAVSLDSNYYLHWNALGVISASKYIMKLDLAQHSFIKSIHCEANNVVAWTNLGTLYLQNDNVQLSHEAFKIAQSLDPNYVACWIGQAMIAETVGHEDTMDLYRHTTELSYHPEGSIGYAHWVCTVLQDTK--KHHTDLYQYCIKQMAAIPSAADTLTRYLEREKDDITALNMYGLLLEQQKLYRSSLTALTRCVELLEIEGDQVKLNQAKINQARVLCKVGEYEKSVKIFSTITTDQLEDICCYGYSLYKSGNLGLSFKVYESALEKATNDEDKSHIYTVLGMIAYQQDDIATAKTYLFKSSQVTPPSVLGLKALCGLGLLQSDITLVGAVLQELVKHDNTSDAIWLTLAQHLVQGQINDGIRILQRSLHTDPLNSTNWLILAKILVQY 1201          

HSP 2 Score: 72.4034 bits (176), Expect = 4.784e-9
Identity = 36/81 (44.44%), Postives = 56/81 (69.14%), Query Frame = 0
Query:    5 IQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEK 85
            I+  LKSAR  I  K+Y+ AL+  +N+L+ D  NYN LVF G+    L+KNE+ ++A++ A  ++ +++LA+QGL S YEK
Sbjct:    6 IKNALKSAREAISKKEYEVALEHCQNILEHDNKNYNALVFTGVAAEKLDKNEQALKAYKTATESNPEQVLAWQGLCSFYEK 86          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|229577037|ref|NP_001153421.1| (tetratricopeptide repeat domain 37 [Nasonia vitripennis])

HSP 1 Score: 304.294 bits (778), Expect = 7.785e-82
Identity = 315/1306 (24.12%), Postives = 574/1306 (43.95%), Query Frame = 0
Query:    1 MMGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGV-QAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLGDLKFTQAKIQFDQKDFEACFFNLNRAVNIFENNGDK--SDVLKALDKRVKFSKIAVKSRFAEVTYEYIYYIYQHRKDLKFDLDYYL-SLIEKVIPLQKSLSRN---MSLIRIYLENQVYDNKAIKYSHLAVELFPSYVFGYENLFNYYLKFMALADGCPVKCKKSYMEKYLDLKPDYNMEFLV---KGAIYFEHQRFEESIRCLSLHNEHIYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAFRGILNDDSCNELASG------IYAH--VIGRNDKALQILSFYKDSCFEAAQIFGIYHHNNDLREE-----------------------------------ALLYFLKSVYLNPCNPLPYKYIASYYLD-SMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHS-----LWHDFGLLYFLTLKEQSLENTCKIVT-SVKSLKRAIQLSPTSYRYWNTLGFIAF--HINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCND------CNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKR-ATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVP---STLLPLSALCILGIKMHDVSLILEILQQM--NIEEDSIIIKSIV-QAFLQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIF---EFNQLKPKTFLITSNEESVVLGTLLELKFFGK-----TKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDR 1220
            M  D + +LK AR L+  K++   +KI K VL  D  NYN LV  G  +  + + +  V +  +KA        LA+ GL   YE   +      E+  + N L         +Q ++   +   +  N + ++ + N DK  S+ +  L K     +  V+    ++  E I  +      +  +LD  L  ++  +I  + S++R+      +++  +++ +D K I  +     +F   ++  E +   Y +++ + D     CKK  +  Y +   D++ E ++     A+Y    R   + R +  H  H+     +   L    D S+                C ++ +   +H   L  + +  +   +     L +L  + N  + +  +    EL+ G      + AH  V+ R+ +A  +++  K+   +  +I G   H  DL +E                                   +L+ FLK +  +P N     Y+  Y+ + S  Y+R+ KCY K  ++NP   + GI +S +    K ++ENL  L  + +++    +WA ++LG+  L+   S  A+  L++ +  K    + N  E L DAY+ RG++ SA+K +   +   K + +S YS  ++++IK L+G++  A  D   +   +  +V   KGLAE  L+  + Y    L +    N   A+     A+ +     C WKL  +    V  + E    KY  L    EL  +  +N+ + + +  +        C     S     LWHD    YF  L   +  +  +I   S+ + K A+++ P+++ +WN LG I     I N++LAQH F+ A++ +   A+SWTNLG  Y+ L+    ANKAF   Q  D  Y   W GQAL+A++ S  + MDL RHA  LGY   +   Y   + K + D+R  ++    Y+Y+IE +  V+ + D I+ +   YP +    N YG+LLE    +K A + F+       D       ++NL RV  +  +Y ++++   S+      S   L++S + +   K +Y +Y+++++  A S  DK+++L A+ ++AY+ +     KTLL Q+  + P   S  L L+AL +L    H   L+L+ L+    N E  + I+K +     +Q     A     + +H +P    +W  L  + +      F +   K   ++ N  S  +  ++ +    K       K L  +L  VH YP    +W+ L   L   + ++ +
Sbjct:    1 MSKDTKTILKEARELLKQKEFNTTIKICKKVLKEDKRNYNALVLMGAAMREVKELKSQVPKTLKKATDIQPDNPLAWHGLLVHYEGEPNSIEICAELIPVYNKL---------LQLEKDTTKFILYLKNLSESLLQANDDKALSECIATLCKLKAKEETDVEK--VKLINETIASVLTQYPKITNELDEILEQVLSILIQDENSINRHDYYKRYLKLLYKSEKFD-KLISEAAKMYSIFNQDIYPLEWICRAYSEYVIIHDS---SCKKIDIPMYYETLLDHDSESILGYFAKAVYLYQTRSLINARNILSHLVHVKPKWFHAWLLLGKIDISLY---------------CWEDAETAALHAEKLIPEGDPQNLRHVINLLLLEALIKSSNKLKWMKAESKFEELSDGSVKSSILRAHLYVLLRDKRAKVLINNLKND--QNTKIEGTVLHAMDLLQERHLEEAADVLGSILETSEAWLTLGKIHWEMADYGHSLMAFLKGIRADPNNWECLVYLGRYHQEHSKDYDRSKKCYQKALQINPNSEQAGIGLSLVHRLLKNNEENLKLLTQL-TNQGRGPKWALLQLGLQYLDQGNSSEAVAILRNAV--KADPIDSNCWECLADAYLARGAHLSAIKSYERAL---KLNSESIYSMTQLSNIKLLVGEKALAKEDFLKILEKNERNVTALKGLAECCLRLGQDYAKAQLLARARENFQEAVDNATIAIKEKSTFLCNWKLLGDICYNVAALPE----KYCYLTVVPELVQSDSKNFNITITQKDILLLASRCYCRALSMSKNSPLLWHDLSRCYFAQLHLDTSIDPNEIANKSLAAAKEAVKIDPSNWFHWNLLGVICMSNEIKNYALAQHSFVMAIETEPNNAVSWTNLGCLYLLLEDLYRANKAFSWGQKIDPAYINCWIGQALIAEQVSQNDAMDLFRHATQLGYHHEAAVGYTHWVIKTIMDSRAKQDPL--YTYVIENMHAVTVASDGIQWYTVHYPNDPYALNAYGLLLERQKLYKPATERFSTALEFIKDNKHKDLLSINLARVLVQQEHYEEAVKICLSIKEASFASHCQLAISLFKAEHFKESYEAYKAAVEWLADSDSDKAHVLCAMASMAYMTQESTAAKTLLFQAVEIKPPIISGYLALAALGMLDGDKHLTDLVLKDLKTHDNNSEYRNHIVKLMAYSCLIQNDREGASKVFRQYIHCYPDSSELWSDLGKILLTISDDSFYKCVEKALFLSENLSSEHIAKIICMSSLSKLITSSPNKGLRAVLNTVHSYPANVDSWSNLITALLPRWAKISQ 1262          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|642927943|ref|XP_008195456.1| (PREDICTED: tetratricopeptide repeat protein 37 [Tribolium castaneum])

HSP 1 Score: 303.523 bits (776), Expect = 9.628e-82
Identity = 274/978 (28.02%), Postives = 467/978 (47.75%), Query Frame = 0
Query:  306 IYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQE-MKALKVHVLYLTFQINEIS-----FEGIEFDDQ----LNSLRNNVN-----AFRGILND-DSCNELASGIYAHVIGRNDK---ALQILSFYK-DSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQ-WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKF--------KGLAEV-YLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE----LVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKS-LKRAIQLSPTSYRYWNTLGFIAFHIN--NFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYY-----KLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQD-KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAF---------LQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFN--------QLKPKTFLITSNEESVVLGTLLELKFF--GKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRI 1221
            ++  VL +KC  +L  +   + + NK+ K  ++K+ +++ +  L V VL  + +  ++      FE IE + +     + +R N+N       + +L + +S ++    + A ++ + +K   AL+IL     +SC    +I  +Y       +++L+ FLK+  L+P N   + ++  +Y  +  +++A +CY K +K+N    E GI +S I    K    NL  L  + S  I +K  WA ++LG+  L     + A+ +L+ ++   +     +  E+L DAY+ +G+Y SALK + +  +      ++ Y   +  HIK +LG+   A      +  E +LKF        KG+AE   LQ+   Y +Q L ++   +A +A  ++ +AL +   + CLWKL       V ++ E    L++ K F   ++V  D  ++E   L+ +     F   GL  + F   +WHD  + Y             +++T  ++ L+     +PT + +WN LG +A H+N  N+  AQHCFI AV  D+  A+SWTNLG  Y  L    LAN+AF +AQ  D  Y   W GQALLA+  +  + MDL RH+  L         Y   +CK LK++ +     +   Y I  +  V  +CD I  +    P NAT WN+ GIL E MG    A++AF     L +    +L RV Y      L  Y +++   + + +   +S S L+L+ +     K +Y  Y+S+L   +   + +SN+L+AL ++AY+ EGPE  KTLL QS +L   +     A+  LG+   D +L   +L ++      II +S    F         LQ K + +V  ++K + ++P    +W  L+ + I    +        Q+  K    T+   + +L  L+ L F   G T K L    K +H YP  A+ W +    L  S  R +R+
Sbjct:  296 VHAWVLLLKCCMQLLLYDEAINAANKLEKLLQNKKILKKSVNVLMVEVLSRSEEEADLRKALQLFENIETEVKSACNQHLIRANINLKKFTEAKSLLQEFNSTDKTHILLKAQLLHKQEKFSEALEILERENCESCEWWLEIGSLYWDCGHF-DKSLIPFLKATKLDPNNYKCFLFLGHFYKRNNDFDKARRCYEKAFKINKRCAEAGIELSKIYRKLKNWDANLNLLQALTSGIINAKNSWAWMQLGLHHLEQLDYDKAVTNLRFVIRIDEN--NAHCWESLADAYLAKGAYTSALKCYEKTSSLVS---EAWYPMLQKGHIKQILGEFAEA-----RLEFEEILKFNKFYVPALKGMAETCLLQARHCYKDQRLGTS-RDHAQVATDHLIRALSQRGDLSCLWKLLGNGCLFVANLPEKHSCLLIAKKFVEGRDVVGD-TVLEKSDLFALAARCFFKSLGLVEDNF--LIWHDLAVCYLSHGLSSGSS---ELITKAQTILQHCTANNPTYWPHWNLLGNVAMHLNPPNYKFAQHCFIKAVIADSHSAVSWTNLGTLYFLLGDFKLANQAFSQAQRSDPNYVNSWIGQALLAETLAHEDAMDLFRHSTQLRVHKQGALGYAHWVCKTLKESPV-----DTVVYSIHNMHAVPVACDVITWYTEHDPMNATAWNMLGILKERMGLKLGALEAFKNALTLSDKKQRDLARVNYGRLLAALGKYQQAVDSFTKVEAATFNSGSGLALALFKDKLYKESYEVYESTLHWLSDDSNLQSNLLVALASMAYMFEGPEAAKTLLFQSIQLENPSPWGFYAISSLGLLHDDFNLTDLVLSELK----KIISRSCGPHFAVLASYFHLLQGKNKQSVCEVSKIVFMYPDQAPVWATLSSVLIRVGKDAKAAANCAQIAMKLGQATNTNVTKIL-CLVALSFLIVGDTAKALLMAQKAIHCYPNLAEGWAVFIAALVRS-KRTNRV 1244          

HSP 2 Score: 71.633 bits (174), Expect = 8.852e-9
Identity = 39/103 (37.86%), Postives = 62/103 (60.19%), Query Frame = 0
Query:    2 MGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLG 104
            M D + +LK AR  I +K+Y+ ALK+ K +L  +  NY  LVF G+ L    +N K ++AFQ+AI  +    LA+ GL + YEK+ ++ T L+ I +  + +G
Sbjct:    1 MKDSKLVLKEARDAIKNKNYETALKLCKQILKEEKNNYMALVFLGVSLQETGQNAKALKAFQEAIEANPSNPLAWNGLINYYEKIDTKETKLDLINAYISLIG 103          
BLAST of EMLSAG00000011295 vs. nr
Match: gi|1004398430|gb|KYB26666.1| (Tetratricopeptide repeat protein 37-like Protein [Tribolium castaneum])

HSP 1 Score: 301.982 bits (772), Expect = 7.674e-81
Identity = 274/978 (28.02%), Postives = 467/978 (47.75%), Query Frame = 0
Query:  306 IYGMVLYVKCLYKLKDFSIILISINKIIKSSKDKRCIQE-MKALKVHVLYLTFQINEIS-----FEGIEFDDQ----LNSLRNNVN-----AFRGILND-DSCNELASGIYAHVIGRNDK---ALQILSFYK-DSCFEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCINSSKILSKQ-WANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESVSSESVLKF--------KGLAEV-YLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSE----LVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFLTLKEQSLENTCKIVTSVKS-LKRAIQLSPTSYRYWNTLGFIAFHIN--NFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYSSGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTRINKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILCNDCNLNLPRVYY-----KLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQD-KSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDSIIIKSIVQAF---------LQRKPRCAVIYLAKTLHIHPSLPNIWEILNYLFIIFEFN--------QLKPKTFLITSNEESVVLGTLLELKFF--GKTKKTLNNILKLVHKYPFQAKTWTILFKVLKSSFIRLDRI 1221
            ++  VL +KC  +L  +   + + NK+ K  ++K+ +++ +  L V VL  + +  ++      FE IE + +     + +R N+N       + +L + +S ++    + A ++ + +K   AL+IL     +SC    +I  +Y       +++L+ FLK+  L+P N   + ++  +Y  +  +++A +CY K +K+N    E GI +S I    K    NL  L  + S  I +K  WA ++LG+  L     + A+ +L+ ++   +     +  E+L DAY+ +G+Y SALK + +  +      ++ Y   +  HIK +LG+   A      +  E +LKF        KG+AE   LQ+   Y +Q L ++   +A +A  ++ +AL +   + CLWKL       V ++ E    L++ K F   ++V  D  ++E   L+ +     F   GL  + F   +WHD  + Y             +++T  ++ L+     +PT + +WN LG +A H+N  N+  AQHCFI AV  D+  A+SWTNLG  Y  L    LAN+AF +AQ  D  Y   W GQALLA+  +  + MDL RH+  L         Y   +CK LK++ +     +   Y I  +  V  +CD I  +    P NAT WN+ GIL E MG    A++AF     L +    +L RV Y      L  Y +++   + + +   +S S L+L+ +     K +Y  Y+S+L   +   + +SN+L+AL ++AY+ EGPE  KTLL QS +L   +     A+  LG+   D +L   +L ++      II +S    F         LQ K + +V  ++K + ++P    +W  L+ + I    +        Q+  K    T+   + +L  L+ L F   G T K L    K +H YP  A+ W +    L  S  R +R+
Sbjct:  296 VHAWVLLLKCCMQLLLYDEAINAANKLEKLLQNKKILKKSVNVLMVEVLSRSEEEADLRKALQLFENIETEVKSACNQHLIRANINLKKFTEAKSLLQEFNSTDKTHILLKAQLLHKQEKFSEALEILERENCESCEWWLEIGSLYWDCGHF-DKSLIPFLKATKLDPNNYKCFLFLGHFYKRNNDFDKARRCYEKAFKINKRCAEAGIELSKIYRKLKNWDANLNLLQALTSGIINAKNSWAWMQLGLHHLEQLDYDKAVTNLRFVIRIDEN--NAHCWESLADAYLAKGAYTSALKCYEKTSSLVS---EAWYPMLQKGHIKQILGEFAEA-----RLEFEEILKFNKFYVPALKGMAETCLLQARHCYKDQRLGTS-RDHAQVATDHLIRALSQRGDLSCLWKLLGNGCLFVANLPEKHSCLLIAKKFVEGRDVVGD-TVLEKSDLFALAARCFFKSLGLVEDNF--LIWHDLAVCYLSHGLSSGSS---ELITKAQTILQHCTANNPTYWPHWNLLGNVAMHLNPPNYKFAQHCFIKAVIADSHSAVSWTNLGTLYFLLGDFKLANQAFSQAQRSDPNYVNSWIGQALLAETLAHEDAMDLFRHSTQLRVHKQGALGYAHWVCKTLKESPV-----DTVVYSIHNMHAVPVACDVITWYTEHDPMNATAWNMLGILKERMGLKLGALEAFKNALTLSDKKQRDLARVNYGRLLAALGKYQQAVDSFTKVEAATFNSGSGLALALFKDKLYKESYEVYESTLHWLSDDSNLQSNLLVALASMAYMFEGPEAAKTLLFQSIQLENPSPWGFYAISSLGLLHDDFNLTDLVLSELK----KIISRSCGPHFAVLASYFHLLQGKNKQSVCEVSKIVFMYPDQAPVWATLSSVLIRVGKDAKAAANCAQIAMKLGQATNTNVTKIL-CLVALSFLIVGDTAKALLMAQKAIHCYPNLAEGWAVFIAALVRS-KRTNRV 1244          

HSP 2 Score: 71.633 bits (174), Expect = 9.166e-9
Identity = 39/103 (37.86%), Postives = 62/103 (60.19%), Query Frame = 0
Query:    2 MGDIQGLLKSARVLIDDKDYKEALKIIKNVLDIDPVNYNGLVFCGLCLHHLNKNEKGVQAFQKAIRTDDKKILAYQGLFSLYEKMRSEATALEEIKSISNTLG 104
            M D + +LK AR  I +K+Y+ ALK+ K +L  +  NY  LVF G+ L    +N K ++AFQ+AI  +    LA+ GL + YEK+ ++ T L+ I +  + +G
Sbjct:    1 MKDSKLVLKEARDAIKNKNYETALKLCKQILKEEKNNYMALVFLGVSLQETGQNAKALKAFQEAIEANPSNPLAWNGLINYYEKIDTKETKLDLINAYISLIG 103          
BLAST of EMLSAG00000011295 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold201_size263271-snap-gene-1.29 (protein:Tk08049 transcript:maker-scaffold201_size263271-snap-gene-1.29-mRNA-1 annotation:"tetratricopeptide repeat protein 37")

HSP 1 Score: 402.134 bits (1032), Expect = 2.829e-120
Identity = 306/1033 (29.62%), Postives = 485/1033 (46.95%), Query Frame = 0
Query:  269 LDLKPDYNMEFLVKGAIYFEHQRFEESIRCL-----SLHNEHIYGMVLYVKCLYKLK-------DFSIILISINKIIKSSKDKRCIQEMKALKVHVLYLTFQINEISFEGIEFDDQLNSLRNNVNAF----RGILNDDSCNELAS--------------GIYAHVIGRNDKALQILSFYKDSC---FEAAQIFGIYHHNNDLREEALLYFLKSVYLNPCNPLPYKYIASYYLDSMAYERALKCYAKCYKLNPFDTEVGICISNILGTCKKDKENLYFLDCIN-SSKILSKQWANIRLGILQLNNQKSESAIFHLQSIMHSKDGCYEINSAEALGDAYILRGSYYSALKIFYEIMNFAKGSKKSTYSEYRIAHIKCLLGDEDGAVGDLESV---SSESVLKFKGLAEVYLQSSRKYINQMLDSNGASNASLALKYVYQALIKNPYVCCLWKLAAECISTVTDVSELVLRKYFELPKEVELDLNLIENYKLYLIKLGVHFTVQGLNCNPFEHSLWHDFGLLYFL-----TLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTR-INKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILC-----------NDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDS-------IIIKSIVQAFLQ----------------RKPRCAVIYLAKTLH-IHPSLPNIWEILN--------------YLFIIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILF 1208
            L + P   +  L +GA+ +     +E++  L        N + YG  +    L KLK         S+ L++I K+ + S      +++  L +  LY  +  +E   E     D + +L  ++  F    R  L +D   +LA                I     G+  +A  +L  +  S     EA    G        R+++L  FLK+  LNP NPLP+ Y+  +Y      ++A KCY KC++LNPF  E G  +S+I      D+ NL FL  +   S   + +WA +RLGIL L+     +AI  LQS + S     + N+ E L DAY  RGSY +AL+ + +++    GS    Y++++I  IK +LGD+  A+   E +       V   KGL +  +  +R ++   ++     N   AL+++ QA    P + CLWKL  E  + +  +   ++R   ++P+ + ++    E  K  ++ LG    +Q LN NP +  +WHD  L Y       T +EQ+L      V    ++K+AI+L P  + +W+  G +A    N++LAQH FI +++ +   A++WTNLG+ Y+      LANK+FQEAQN D +Y +GW GQA+LA+  +   E MDL RHA  LG EP +   Y   ICK +K     N     +  Y I+ +FGVS + D + ++    P +A   N+ G+LLE  G  + + KA   EK L                +NL RV +KL  Y+ SI   S L          L++S+Y     + +Y SYQS+L  A S ++KS++L AL +IAY  +G E  KTLL QS +L P ++  L ALC+LGIK  ++ LI   L+ M   +D        + ++++V   LQ                R P+ A ++     H +H +  N     +              +L  I E ++    T    SN   +V   LLE    G  +      ++ VH YP     W++L+
Sbjct:  187 LQMSPMSTLGLLSQGALKWHLGELQEALDILRGVLDGNANPNFYGSYILCDTLVKLKMYSDAERQISVTLLNIGKVKEESTRSGMERQLHKLMITSLYNQWS-SEKMLEAKTILDGMAALDKDLRVFSLKIRAFLGEDIETDLAQNTLDIPVDERTFLEAIAYKSRGQLKEAQHLLEGFVQSHPDHSEALIALGQVEFEGGQRDQSLTRFLKAAKLNPSNPLPFLYLGHHYRSLKDLDKARKCYQKCFQLNPFSEETGAALSDIYREQGLDENNLQFLTSVTKGSASRTNRWAFLRLGILYLSRNDPTNAILSLQSALRSD--AEDANAWEGLADAYQARGSYNAALRAYDKVLQLNPGS---VYTQWQIGTIKHILGDQWTAIEAFEKILHGEPGYVPALKGLGDSLVSQARDFLADGINQTAVVNCQRALEHLTQAAESRPDISCLWKLMGEACTLIHPLPAAMVR--MKIPQALAVN-GERELSKYGILSLGARCYLQALNNNPEDPQVWHDLALNYHCQAESGTSEEQALLRQRATV----AIKKAIKLQPKGHSHWSLFGVVALKAENYALAQHAFIRSIEAENN-AMAWTNLGILYLMKGEQELANKSFQEAQNHDPSYLRGWVGQAILAETMAYHSEAMDLFRHACFLGNEPEASIGYANWICKTMKSLEDQNNPTHAHNVYCIKNMFGVSVASDCLTRYTEIVPDDACALNMLGVLLEREGVLQPSRKAL--EKALSVVSTIGQRDWEASIRINLARVGFKLHDYSGSIGHYSLLPP-SFPVLCGLAISHYKVGHFQESYVSYQSALNLAGSNEEKSHVLAALASIAYQFQGGEAAKTLLFQSCQLQPPSVQGLFALCVLGIKQKNIQLIQSALEAMQPYQDHPKYLAEVVGLQALVSMLLQGDSGHQAKGMICRQVHRNPQSASLWFTLATHLLHTAASNQSAYQSAAKCAQKSVGLSSIHLPGILEPHEQHKSTPTAASN---LVTLALLE---SGSREAARKAAMRAVHLYPNDMGAWSLLW 1196          
BLAST of EMLSAG00000011295 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold176_size284796-snap-gene-1.23 (protein:Tk06860 transcript:maker-scaffold176_size284796-snap-gene-1.23-mRNA-1 annotation:"conserved hypothetical protein")

HSP 1 Score: 221.476 bits (563), Expect = 1.070e-61
Identity = 162/506 (32.02%), Postives = 246/506 (48.62%), Query Frame = 0
Query:  754 TLKEQSLENTCKIVTSVKSLKRAIQLSPTSYRYWNTLGFIAFHINNFSLAQHCFINAVKIDTTYAISWTNLGVTYMTLKYNLLANKAFQEAQNGDSTYSQGWSGQALLAKKYS-SGECMDLLRHAALLGYEPLSCYEYGVLICKVLKDTR-INKECFENYSYMIEKLFGVSSSCDSIEKFLRRYPFNATGWNIYGILLESMGHFKSAIKAFTQEKILC-----------NDCNLNLPRVYYKLAYYTKSIQEISSLTSLDMDSSSLLSLSYYSSSKLKNAYCSYQSSLKRATSPQDKSNILIALGTIAYIVEGPEVCKTLLIQSTRLVPSTLLPLSALCILGIKMHDVSLILEILQQMNIEEDS-------IIIKSIVQAFLQ----------------RKPRCAVIYLAKTLH-IHPSLPNIWEILN--------------YLFIIFEFNQLKPKTFLITSNEESVVLGTLLELKFFGKTKKTLNNILKLVHKYPFQAKTWTILF 1208
            T +EQ+L      V    ++K+AI+L P  + +W+  G +A    N++LAQH FI +++ +   A++WTNLG+ Y+      LANK+FQEAQN D +Y +GW GQA+LA+  +   E MDL RHA  LG EP +   Y   ICK +K     N     +  Y I+ +FGVS + D + ++    P +A   N+ G+LLE  G  + + KA   EK L                +NL RV +KL  Y+ SI   S L          L++S+Y     + +Y SYQS+L  A S ++KS++L AL +IAY  +G E  KTLL QS +L P ++  L ALC+LGIK  ++ LI   L+ M   +D        + ++++V   LQ                R P+ A ++     H +H +  N     +              +L  I E ++    T    SN   +V   LLE    G  +      ++ VH YP     W++L+
Sbjct:   67 TSEEQALLRQRATV----AIKKAIKLQPKGHSHWSLFGVVALKAENYALAQHAFIRSIEAENN-AMAWTNLGILYLMKGEQELANKSFQEAQNHDPSYLRGWVGQAILAETMAYHSEAMDLFRHACFLGNEPEASIGYANWICKTMKSLEDQNNPTHAHNVYCIKNMFGVSVASDCLTRYTEIVPDDACALNMLGVLLEREGVLQPSRKAL--EKALSVVSTIGQRDWEASIRINLARVGFKLHDYSGSIGHYSLLPP-SFPVLCGLAISHYKVGHFQESYVSYQSALNLAGSNEEKSHVLAALASIAYQFQGGEAAKTLLFQSCQLQPPSVQGLFALCVLGIKQKNIQLIQSALEAMQPYQDHPKYLAEVVGLQALVSMLLQGDSGHQAKGMICRQVHRNPQSASLWFTLATHLLHTAASNQSAYQSAAKCAQKSVGLSSIHLPGILEPHEQHKSTPTAASN---LVTLALLE---SGSREAARKAAMRAVHLYPNDMGAWSLLW 558          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000011295 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-7.812e-6526.84symbol:TTC37 "Uncharacterized protein" species:961... [more]
-3.750e-6327.18symbol:Ttc37 "tetratricopeptide repeat domain 37" ... [more]
-2.054e-6226.71symbol:TTC37 "Uncharacterized protein" species:991... [more]
-3.389e-6226.53symbol:TTC37 "Uncharacterized protein" species:903... [more]
-4.470e-6226.16symbol:ttc37 "Tetratricopeptide repeat protein 37"... [more]
-1.071e-6126.84symbol:TTC37 "Tetratricopeptide repeat protein 37"... [more]
-7.098e-4326.12symbol:CG8777 species:7227 "Drosophila melanogaste... [more]
-2.001e-2021.91symbol:SPCC1919.05 "Ski complex TPR repeat subunit... [more]
-2.289e-2023.57symbol:AN3014.2 "Translation repressor/antiviral p... [more]
-2.289e-2023.57symbol:AN3014 species:162425 "Aspergillus nidulans... [more]

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BLAST of EMLSAG00000011295 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 24
Match NameE-valueIdentityDescription
gi|592781520|gb|GAXK01173048.1|2.186e-7031.12TSA: Calanus finmarchicus comp133289_c2_seq1 trans... [more]
gi|592781519|gb|GAXK01173049.1|4.128e-6330.81TSA: Calanus finmarchicus comp133289_c2_seq2 trans... [more]
gi|592781516|gb|GAXK01173052.1|3.738e-5430.34TSA: Calanus finmarchicus comp133289_c2_seq5 trans... [more]
gi|592781518|gb|GAXK01173050.1|7.200e-5429.79TSA: Calanus finmarchicus comp133289_c2_seq3 trans... [more]
gi|592781528|gb|GAXK01173040.1|5.939e-4735.37TSA: Calanus finmarchicus comp133289_c1_seq1 trans... [more]
gi|592781517|gb|GAXK01173051.1|7.278e-4729.26TSA: Calanus finmarchicus comp133289_c2_seq4 trans... [more]
gi|592781515|gb|GAXK01173053.1|2.935e-4630.02TSA: Calanus finmarchicus comp133289_c2_seq6 trans... [more]
gi|592781527|gb|GAXK01173041.1|4.061e-3936.40TSA: Calanus finmarchicus comp133289_c1_seq2 trans... [more]
gi|592781525|gb|GAXK01173043.1|6.826e-3838.02TSA: Calanus finmarchicus comp133289_c1_seq4 trans... [more]
gi|592781526|gb|GAXK01173042.1|1.137e-2733.47TSA: Calanus finmarchicus comp133289_c1_seq3 trans... [more]

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BLAST of EMLSAG00000011295 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000112950.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s777:22832... [more]
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BLAST of EMLSAG00000011295 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 5
Match NameE-valueIdentityDescription
gi|82235853|sp|Q6DFB8.1|TTC37_XENLA3.254e-6226.16RecName: Full=Tetratricopeptide repeat protein 37;... [more]
gi|74758339|sp|Q6PGP7.1|TTC37_HUMAN7.786e-6226.84RecName: Full=Tetratricopeptide repeat protein 37;... [more]
gi|817033905|sp|F4I3Z5.1|SKI3_ARATH1.467e-2122.24RecName: Full=Tetratricopeptide repeat protein SKI... [more]
gi|74676201|sp|O94474.1|SKI3_SCHPO1.570e-2021.91RecName: Full=Superkiller protein 3[more]
gi|20981715|sp|P17883.2|SKI3_YEAST6.351e-1021.30RecName: Full=Superkiller protein 3[more]
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BLAST of EMLSAG00000011295 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 8
Match NameE-valueIdentityDescription
gb|KYB26666.1|1.569e-8328.02Tetratricopeptide repeat protein 37-like Protein [... [more]
EEB12833.13.076e-7326.83conserved hypothetical protein [Pediculus humanus ... [more]
XP_006564351.29.007e-7126.79PREDICTED: tetratricopeptide repeat protein 37 iso... [more]
XP_006564352.29.433e-7126.82PREDICTED: tetratricopeptide repeat protein 37 iso... [more]
gb|KFM77324.1|8.431e-7028.63Tetratricopeptide repeat protein 37, partial [Steg... [more]
EFX90284.13.487e-6025.12hypothetical protein DAPPUDRAFT_220148 [Daphnia pu... [more]
EAA03563.53.475e-5221.74AGAP003279-PA [Anopheles gambiae str. PEST][more]
AAF58990.22.693e-4326.12CG8777 [Drosophila melanogaster][more]
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BLAST of EMLSAG00000011295 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1130251543|ref|XP_019766605.1|1.219e-9226.06PREDICTED: tetratricopeptide repeat protein 37 [De... [more]
gi|817070258|ref|XP_012257142.1|9.384e-9125.75PREDICTED: tetratricopeptide repeat protein 37 iso... [more]
gi|817070260|ref|XP_012257143.1|3.622e-9025.77PREDICTED: tetratricopeptide repeat protein 37 iso... [more]
gi|926623353|ref|XP_013777093.1|1.776e-8629.29PREDICTED: tetratricopeptide repeat protein 37-lik... [more]
gi|919048001|ref|XP_013407175.1|4.195e-8625.18PREDICTED: tetratricopeptide repeat protein 37-lik... [more]
gi|919048006|ref|XP_013407177.1|8.967e-8625.18PREDICTED: tetratricopeptide repeat protein 37-lik... [more]
gi|676436546|ref|XP_009047918.1|3.477e-8229.06hypothetical protein LOTGIDRAFT_230642 [Lottia gig... [more]
gi|229577037|ref|NP_001153421.1|7.785e-8224.12tetratricopeptide repeat domain 37 [Nasonia vitrip... [more]
gi|642927943|ref|XP_008195456.1|9.628e-8228.02PREDICTED: tetratricopeptide repeat protein 37 [Tr... [more]
gi|1004398430|gb|KYB26666.1|7.674e-8128.02Tetratricopeptide repeat protein 37-like Protein [... [more]

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BLAST of EMLSAG00000011295 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 2
Match NameE-valueIdentityDescription
maker-scaffold201_size263271-snap-gene-1.292.829e-12029.62protein:Tk08049 transcript:maker-scaffold201_size2... [more]
maker-scaffold176_size284796-snap-gene-1.231.070e-6132.02protein:Tk06860 transcript:maker-scaffold176_size2... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s777supercontigLSalAtl2s777:228321..335780 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionaugustus_masked-LSalAtl2s777-processed-gene-3.0
Biotypeprotein_coding
EvidenceIEA
NoteTetratricopeptide repeat protein 37
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000011295 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000011295EMLSAT00000011295-707142Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s777:228321..335780+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000011295-694061 ID=EMLSAG00000011295-694061|Name=EMLSAG00000011295|organism=Lepeophtheirus salmonis|type=gene|length=107460bp|location=Sequence derived from alignment at LSalAtl2s777:228321..335780+ (Lepeophtheirus salmonis)
ATAGTATTTAAATCAATCTTAAACAGAAACACAGTATAATGGATAACATT TGATCATGAATAAGTATTCAATTATACTATGGACATATAAATAACTTAAA TAAATCTTAGTGAGTAATTTTTTGGAACTTTATCAATTATATTTAAAATT AAATGGAACGATATTAATATTATACATTATAAAAATAAGTTGGAATTAAT ATATCGTTTGCCATAACAACTTGAAATACAAGTAAAAAATTACATTTTAT GTTTTATTTGTCTAGTAATACATCTAATATATTTTCATATTATAATTCCA TTTTTTTTCGGGGAAAAGTTCTATGTCATGGCATCTAAATATAAAATATT CTACATTGTGAAAGGTGTTCTCATTCTCATGGTCTTTGGAGGTGCCATAA TTATGGGACTAAATTACTACATTGAAAGGAACGGTAGCTCATTCTACTTA CCTTTTATGGCAAGCCAAGAAGGMAATACATTCTTAGGAATAAATATATA TTTAGTGTTGCGACTTTTGTTGAGATGAGTGAGCACTCCTGCACTTGTTA TCTGGTTCCTTTATTTCAACCAATGAGCTACTACTTATTTACTATAAATA ATAAACAGCAGGGATAAGTTTAATTTATGTATTCGTACCTATTGTTCTTT TTCTTTTTGCCTTACCCATACCTTTTCTCACCAAAAGTCGTCACCCTATG TGAACCTATGTATATTTGTCGTTATATTGGCTTAGAATAAACTTAACTAT TTTAGAATTCTTGTCGGGTAAACAAATAGTTAATCTATTTTAAGAAAACT GTTATTATATTAATTTTAAGAATAATATCTTATTCTTTAATTTATAGAAC AAAATAGCAGTTAATCTAAAAGAAAAAAATTAATTTGTGTATAATGATTT TAACAATTAATGTTATGTTTTATAATATCGAATTTATTTCAAATAAATAT TTAATTTAAATCTTTAAATGTTAATTAATACATAACAAATTAAGCAATTG ATATTATTATTTTTTTAAACTTAAAAGTTTGTGGTAAAACATCAATGTAT TTATTATTCAAAGATACAAATAAATATCTAAGCATGTATTTAACATGAAC ATTTTTATTAGAAAATTTCATCTTTTATCATTATTATAGCGCTACATTAC AACGAATACGTCGACAATCATCTGTATAAAACTGATTTTTGGGTTGATTG TTACGTTCCGTTTGAGATTAACAATAACTATCATGTGATTCGTCAAATTT TAGGACATATTCACTCGGATAAAATAGGACGTAATGGTCGTATTTTCCAA TTTTTCTCCCCGATTTCATCACGAATTAAAAAATCTATTAGTGAAATTAC TCTAAACACGTCTTTGGCTATAATTCCAAAATCTAATGATTTTCCTATTG AAAGTACTAAATTATTATATCCATCACTATATATGGTTGAAAATATGAAA AATGTACGTTATCAATAAATAATTTTCTTTACTCTATTATCATAGGATAC ATATATTTTAATTCATTGTTTAGCAAGTGTAAGTATACATTTTAATCATG ATTTACAATTAATACCATTTTTTTTTGTACAAAAGATGGTAATAGAAATG AAACGAATGGATTTTGAGTTACATTTTTTGTCTATTGAAAATTCGTCTAA TAATAAACGACTTTAGTATATATGTTATTAAACTTGCTAAATTTTATAGT AAACATGAAAACACCCAATTTTTTACCTCTAGGCTAATAAAAATCTAACA AAAGTATCGTTGAAAACTTCATCAAACATTGTGATTTCAAGTATGAACCA TACCATCAACTATAATGGAACGTTAGATAAGTACGACGAAAATAAATTTG ATAATGATAGCTTGGAGTCTACAGTGACATTACTTCGAAAAAAATTACAT TCTCTTCAAAGGAGGACATCTTTAGATCCAAATCTTCTAAATGCCCTGAA TCAAACATTGTCAAATCCAAGCTCAGAGAATACAATATTAAGTTTATTGA TAGAAGTTGTTAAGCAATTAGAAGAGTCTGACCATCAAGCAGATAAAGAG ATATATTACAATAAAAACTCTTTATCTAGAGTAGTTGTTCCTAAAGTGGT AAGCAAATAATTTTACTTATAAGTCAAAAAATAAAAAAAATATTCAGGAT GCAAAGGTATTCCAACCAGTTGATCTGTGTGAAAATATCAGAGACTTTAG GATTTTCCCGAATGATTCCAAAACAGTTGTTCTTAAAAAGCAAGCTTCTT TGATGCGATGTTATATGAACATTACAATTGATCCTTGCCAAGACTTTTAT GAATATGCTTGTGGAAATTGGCACAAACATCATACAATTCCTAGAGATCG AGGTTCATGGGATATTTTTGAAATTCTTCGAGAAGATCTGGACGTTAAAC TTGTTAACATTCTCAATAATCCTATCCAACCATCGGATAATAATTCAACT AGAGCGATAAAAACTTTATACTCATCATGTATGAATACTGGTGAGAATAA TTATATCGACACCTTTTGAAATAAAAAAATCAATTAAATTACATTCAATA ATTTATTTCAGATCAAATCGAGAAATTAAGACATTACCCACTATTACAGC TGCTCAAAAATTTAGGTGGTTGGCCAGTTTTAGATGAAAATTGGAACTCT GATAAATTTGATTGGATTGAAACGATAGCAAAGTTAAGATTATTTAATAA CGATATTCTTGTAGCAGTTTGGATAGGTCCAGATGGTGAAAAGTCTGAAA ATAATATAGTACAATTTGATCAAAGTGACTTGCACCTTCCTAGCTTCGAA TATTATAAACTAGGAATAATTCATCCTATAATTCAAACATATTATAAGTT TCTTGTAGATGTAGCAACGCTTTTAGGTGCTAATAAAAGTAGAGCAATGG AGGAAATGATGAATTTAATTCATTTTGAAATGGAATTAGCAAATGTAATT GTTCTTATTGTATTATATTATCATGTGAATGTTTATTTATAATTTTTCAG ATAATGATTCCACCTCATCAAAGGCGTAACTTTTCGCAAATGTATCAGAA AATGACATTAGGTGAATTATCAATTTCCYTTCCAAAGTTTAATTTTTCTG CCTACTTAAAGGACCTTTTCCCTAGAAAATTACAAAGTTCTGAGCACGTA GTAATGTATTCTCTACCGTACTTGAAAAAATTAACCACCATTATTGAAAA AACTAATAAGAGGTACATTCATGTATCCATAATTTTTTTAAATATTGTAA CATATTTTGATTATGTGTTTGAGTTTGTAGAACCATAGGGAATTACATTT TATGGAGATTCATTCGACATCGCATCAATAATTTAGATTCTCGTTTTCAA AGAGTTCAAAAGGACATATATCTAAAATTAAGTGGAAGAGTAGAAACACC CCCAAGATGGAAATATTGTGTAGCTTATGTAAATGGAAATTTAGGATATT CAGTGGGAGCCTCCTTTGTGAAAAAATACTTTGATCGGCAAAGCAAAAAA GATGTAAATATGAACTACATAATTGGATAGGAACATATAAAATTTTATCT TTACTTCTTCATTTTAATAGATGGAGTTATTGACAAATGAAGTTCAGACG ATTTTTCGTAAACTTGTTCGAACAAGAGAATGGTTAACAAACACCACTAA AAAGTTAGCTGATGAAAAAATTAAGGAAATATTCCATAATATTGGCTACC CAGATTTTATTTTAAACGATGATCAATTGCAAGAAGAAGTTGATGGTGTA AGTTTTACATATTAATTTTATAAAATAACTACCAATTAAAAAACAATTAA TTTCACCTACGTAATTAGTTGAATTACAATAAAGACGGATTTTTTGACAA TGTTCTAAGTAATTTAAGAAGTCGGACTATGAAGGAAATGCAAAATTTTG AGCAAAAAGTGGACCGAACTGTATGGACAATAACACCGGCTGTTGTCAAT GCATTTTATTCGCGAAATAAAAATCAAATAAGTAGGTCATATTTTTATTC TTGATCATTTTTGATATCTATATTTTAACATAACCTCATGATATTTTTAA TTCAATATTAATTTATTTTTTAACACAGCTATTATTATTAATATGTTTTT ATCACAATTAATAAAAATTGATAGCCAGAACCATAATATGAAATTTGTGT ACTAATTTAATATGAAGGTTAAATTATTTTTATATCTCTCATTTACAACA ATAATATGTAAATGTATTTATATAGGTATCTCAACAATTCAAGTTATTGA AAATATTGATTGATTTTATGATAGTATTACATATGATTTATAAAAATTTT TCCTCGATTCAATATATCTTAAATACAGATAAATGAATTAATAAGAAGCC AATATACTCTAGCTATGAGTCATTTCAGTGTCTTGGTTTTGGTATCTTTA TATCACAGTGCTGCACGATGTGTTTCTTACTATTTTCTAACGCAGTTTTT TTCCTTTGTATTTCCATATTTAATTGAATAAAAACAAGGAGGAAATAAAT TTATAAAATACGTTGCGTAAAGGAAGGTTACCAAATCTAAAGAGTTGACA TTTTTTGTAAGGGAAAAAAAGAGTACTAGGAGAGTAGGGAGAGATACATA TATTTTTAACTAAATTTACATTTTTGTTAATATCGGCTACCTGTTATATG ATTTTTATGGAAGAAAACGAATTACTGCTATAAAGAGCATAACTTTCTAC ATTTAAAATAGCAGTAGTGCAGGAAAAATATTATAATTATATTAAAATTC ATATATATTTATTTTATTATGTATTTTTTATAAACAATTATACCAAAGAT AGGCAAGAATGTTGACTTCAAAGGGAGAAGTTAACACAACGACGACCTAT TAAATAATGAACAACCGAAGAAAAAAAAACGTATTGAACACCCGTTTTTC CTTTTTCTAATTTTTAAACGTAGTTTTTTCATTACATACATGTTAACTTT ACACACTTTAGCATGTGTGGAAACAAACTTTATTTCTAAGAACATTGCAT ATGATAATCTTCAAACTTTAACAACTTTCCCTTTCAAAATAAAGAGGTTC TGTCATTTAAAATTAATCTTGTTTTGGGGCGAGAAAAGGAAAATTAGTTT TTTTGTACTTCCAATGTTTAATTTATTATGGCATTTTCACTCCTACAAAC AAGACACATTTTAAATCATATAACCTCTTCATTTTTATGGGATATATTTT CTGAAGTTTGAAGATTAATGAGCAAAGTTTTAATAAATTAATTGTCTATA AACTTATACGTGGGTGTACATAATAGATCTGATAACCTGTTCAAATGTGA CAATATCACAAGGAGCTTTTCTTTTCGTCGTCTAAACATATCTTGTAAGT TTAGACGAAGAAAAGAAAAGCTCGTTGTGATATTAATTATTAGGGATGCC AAAAATTTATAAATGTCAGTGAGTGTAATATCCATACCTAAACGTGAGTT ACAACATCTATCATGTGTTTATGGGCGATTTAAATTAAAAAAATTTGCAT ATTATAATCTTCAAACTTCAACAATTATCCCTTTCAAAATGAAAAAGTTA TGTGATTTAAAATGTGTCTTGTTTGTAGGAATGGAAATGGCATTATAAAT ATAGTTCAATATTAATTTTATTTACTTATATTATCTCCATTTTATCCAAT GCTAAAAAAAAGTGATTTTTATAGAAATAAATATAAGATAAAAAAAAGTC CTTATACCTTCTAAAACTTTATTATTTAATAAATTGAATAAGNCCTATAT ATAATACGTTCTACCTAATTTTGCATTTGAGTTTCAGTTTTTCATACTTT TAATTTGTGTGTTAATATTGTTTAAAACATATATTGCCCCAAAAACAAAC AAATATTTAAGATAAGATAGTATAATTTTTGAAACTGAACCGTAAAGTAA AATACACTCATTTAATTTGTGTATAGACTATATATTTCTAATAACTTTTG CATATTATAATCTTCAAACATCCACAATTTGAAAATGAAGTGTCTTTTTG ATTTAAAATGTGTTTTGTTTGTTGAAGTGAAATTACGATAACAAAATATT TTTGGAGGAGCATGAAATTGTGCATGTTTCTCTCCCATACCAGACACATT TCAAATCACATTAATTATTTATTTTGACAGGGCGAATTTTTAAGGTTTTT TTTTGGGGTGGGGGTGGGGGGGGGGGGTATTTGGTGGGTGAGGCTTAGAA GAGTTTGGAATGTAATAATATTAAAAAGTCAATCTACTACTACCAAGGGT GGCTTGGACTAAGAATAAGAAAAATGAAGGAAAATGAAAGAAAACATAGA TTTTCGAACTCCAATAAATCCAACTCAATAGGTAATCCTGAAATCTATAA TTTATTAATATTTTTCCTTTTCATTTCATATTCTTTTAAATATTTTTAAG ATATTATTCTTATTATTAGATATTTTTCATTGTAGAATCATATTCATTTT ATGAGAATCAAGTAATTGTGTTTAAAGTTCAAAATTACCTTAACGATAAC AACAAATATTTGCAAAATCTCAAAGTAATTTTGAACTATAATCGTTCAGA GTTATTTTTCCTTATTAAGACAATCCCCAAATTGAAGTACGATGAACAAA ACTGGTGTAAAAGAGTTTTAATGATGCTAAATGTGTTTTTGTATTGATTC TGTATCTTGTTCTGAACTCAACATATTTCATTTTTTATGCAAAGAAATGA TATTATAGAAAAATACTACATGTGATTTAAAAAATTTTTACCAATTTAAA NNNNNNCCTATTTTTTATTGGGTGTACTAACAAATATGAAATATTATTTT AATAATTTTTACCATTCTAAAGTAACGATAATGACGTCATACAACTTAAT AATTATTATAAATATCACAATCAGATAATGTCAATATAATACTGCGCTTC GTCCAAATTCCAATGAAGTAATTACTTATTATATTTGCAATATTGAAATT CCCTACTCATTGTGAATGGCTCTCCTCATTCTTGCAATTCTAAAATTATG TACCCTAGAAAGGAATCGACTCTGCTCTCTTATGAAGCCTGGTAGTTCTT CTCCGATGAATTTTTATCCTGCTGTCGCCTGTAGAATACGGAGTTCCAAT TAAGAGCATATTTAGATCGATGAYGAAGTTAGAAGCATCTTCTTTACGTT TATATTAAGATCAAATGCTCTGGATGTGAAATATAAAATAAACAGTCATC AATTATGGCAACTTCAGGTTGCATGCGAAAGTTGACAGCATTACGGTTAA TAGGACATACTTTTTAGTTAATAGAAAGAATATTTTATCTAATTTTTTAT TATTTACACCAGAGGAAATATTGAAGAATGCAGTCAAGCTGTTTGCTATG AAGTCACGTGGTTCTAGAATATAAGACATTTACCTGTTGCTGATTGTGGT GATAAATAATATTTAAATTACGAAAGAGTACAAAAATAGAAAAACAGGCA TTCATCGACGCAAATATAAAAAGAAACTTATTCAAAGAACGTTTCAATGA ATTATTTGATATAGCAGATGCTGCAGCTCTTGAAAAGACGGCATTTGCTG AAGACATGGCTTTTTATAGAAGCTCAACGAGAAAAAGGAAGATAGGTTTA CAAAGCACCTGTGGTTTAAGGCTAAAAAACGATCTTGAGAATAAACTTAT GGACGTCAAACTGAAAAAACTGTCTAGAAAAGTTAAAGCAACTACAGTAT AACACTTTACTTCTACTAGTAACAAATTAAAAAAAAAATACAATTGCCAA TTACATAATTAATAGGAACGCCTAGACATTATCTATAGCAGTAGATTAAA AAGAATTTATAATAGTAAGAGCTACTACAGCGTCACTTTGTTTGCAAAAT TAATAAGATTCTTATAACTAGAAGCACTATATGGAAAAAATGAATTGCAG TGCGGTAGAAAATTACACAACACATCACACAATCATTTGAATGCCACATA CTGCTCACATTAGGTTGGGACAAAGGCTCGTCCCTGATATTTTTGATGAT GTAAATTTGGAGACCCATTATTCCATGGGGTGGAGTAAAGTCTAAGCTTA TAACTACCTGAAAAGTTAAATCTGCCATAGGAAGAAATATGACAACTGCT GTTGTCGAAACTCTAGAAGATTGGTGAATAAAAGACCGTGTTCAAGCCAT GTATTCCGATACTACAGTAAAAAATAGGATGAGGATTGCGCCTACAGAGG ATACCACTAATTAAAAAAATGCATCGATATTACCTATTAAGCTATTATTC AAATATTCATGTTGAACTGCATGCAAAGTATTATGTAACTCTTTGTGATT TTTCAAGGATTTTAACAATTAGGCATTGTGAAATATGGATCTGCATCCAC CCGTCCTTCCCCTTCCAAGGTGTTCATATTTTTGCTACATGGGCATCCAA TCTACGCGAATTTTAATCCTCTCTTCCTCTGTACGATCTGTTCAAAGAAT TTCGTCCCTTAGTGTCCCACTTGGTGGATCTCATCTTCTTTTTTTGAAAA TGATTGTTTATTATGCTGATGTTCCTTTAAATCAAAGTCTGTGATTGTGA CTTCTGACGGTGTGAATCTTTATTTTCAAAAATTCATTAACTTCTTCAGA ATCGTGGCATACTTCTAAAATAAAAACCAAGGAGTTCCTACAAAGGACAG ATTAATTGAATAAACGAACAGTAAGAAACAATCAAAGTTATCATCCTCCA TCCACACCTCATTCATTGAAATTCTTTAATCCATGCCTCTGTATCTGAAT TTTTCCGTCAACAGTTTTCCAAAGCTAACCGCATGATATCCGGGAATATT TTTTTAAATTTCATGCTGATGTGAGGAAACAAAAATTTAGGACTTATTGC AAAATTCTCTTACCTCCAGTACCAATTAACACGCGTTAAAAAATTTAGTT AAAAAAAAAGTGTATTATTATGTTGAAGATTTCGATAAANGTACATAAAT TCAAAAATGTTCTCAGAGAAAGCAATATTTATATTATATTCGTTAATGTC ATTTTTATTCTATATTCAATGGATACTTTTTTCATGATTACCCTCCAATC GGTCAATTTTTATTTTATGTACCCTGGCTTAAAATAATTCATTTTGCCAT TGCTTCATTATTTTCAACATTTTTTATTACAAAAATATACATAATATTAA AAATAAGTTATATCATGCTAAAAAAAGGAAATGATGATGTTAAAATAACA AACATAAAACTTAATTTGTCACATATCTTGAACATCATAAATATATCATA AAGATTTTCCCTCTTGATTTTCATATAAGATATAAGTCTCTTATGTTCCT CACCACACTGGGATTTCCACTAGGTGTAACCATATGAGAAAGTTGAAGTG ATCATCTTCGGTGACTTTGATTCGTATGCTTCGCTACGACATCAAAGAAT CTCAAGGGATTTGAATGTCGCACTCCCTTTAGTAAAATAAAGACATGGTC AAGATTATACAGGTGTGCGCTTCTAAAACCGAACACTCCTTTAAATTTTA CAGCTTGAGGGCTTGACGAGGAGTTATCTTGTAGACCTTAAGCCAAGATW TTTCTTAARTAGCCGGTCCATGGTCCTTCTGCTGACGTTGAACTCCCTGA AGAGGCCGCTGACGGTGACCTTGCCTCTCTTGTCCTCGACAGATTTTTAC ACGGCAGCAACTATTTTTCCGACCTTCGAGGCATTGACTTAGATCTTGTG GTCACCTCAGGAGTCCCTTTGGCTACAGCTGTAAACAGTGGTGTGGCTGS YGTTCAGAACCTTGGCAATTTCAGTGGGAGTTTTTCCCTGCGCGGAAAGT TCCGAAATTGTGACTCGACGTCTTTTCATATTATCGGCTGMTGTTTTACT GTTCCTATTTAGATTTTGCTGGAGTTTTGTTTATAACTAGTCAAGACCCT TGTATCGAAGTATAAACCGTTTTTAACTCAATAAAATTTCAATCGGGCTT TAATCCTAAAAAAAACTAACTAGAGTATCAAAATGTGGTTAATGAGTATA GTTCAACAGACAAATGACTGATTTCAGATGTTTTCAATGACTCTTTGCCA TCTTTTGATGGCCTGTTCTTTTTTTCGTGTCACTAATGTAGTGTGTTGGA GACAATTGAGCAATATTTTTGATTTGATTCCTTCTTCTAGAGACAGTTTT ACCTGTCTACTTCGTCCTTAATTTAGATAAATCGGTATGATCCACGGCAA AAAGAGGTATATTACAAGAAGCAAGTATGTTTAAGCGGTTGAAGTTAAAG TTTGAGTTTCCAGCATAATCAAAATCGGATGTTGTCTAAATACATTGATG TTCTTGATATGGGACGAGGTTATTGAATGTCTTACAATGACATATTCGAC AAAATAATTGTCGTCATCGGGTAAGTAATTCCCAATTTTATGANNNTTTA TTAATCGCAACCTAGGAGAAAGGATAAGTTTGTTTGAGTAKTTCACAAAT AATATTAATGATATTGTCTAAATGTTGGCGGCAAATTATATTTCCTTTAT TAGATGGATATATAATCACAACAAGTCCTTGGCTAAGAATGAAGAAAAAA GAGAAAAGAGCACAATCAACACCCATTTTCTCCTTTTATAATCACAAAAC AGTTACTTATCCATAGCTTTTTGTTTGATTTTGTTAACATATTATAAGTA ATATCTAAACATTATTTGAAAAGGTTTTGCAAAGTAAAAAAGTGCATATT TTTTCCAAAAAATTACTTTTAGTGAAATGGATCGTAGTATTTTTTCTCAT TATGCGAGTACCATAAAGACATTAAATATATAAGTTGATCATACTGTTTT TTAATAGTATCTCTGTTTTTTTTTTGTTTTTTTTTCGGTACATCACAAAA AAGGAATACAATTTCGCCTCACCTAGCTATGCATTATCCTAGTTGGATAC CATAAGGAAAATATGTATTAAAAGTACCCAATTGGTCATTTTAAGAAAGG TTTTTTTATTTTTAAAATGGCTCTAATTTAAATACAATACTGTTGATCAT ATAATTTAATTCCATAAGCATACTGTTATCATTAATCAATCACTATTAAA AATTAAAATACTTTAAAAGTTAGATATCTAAAAAAAAATTTGTATGTACT AATATGTACAGAAGTATATAGTGTGGACTCTTGAGGAGAAAAAAAATTGT GGAATATGAAGTGTTCGTTTTTTTTTTAGATCAGTGAGTGCAAAAGATCA TCGTGCATTGATTACACTATACAACAAAATGAAGGTGTTGGAGTGTCTGC AGGCTGAATCCACATTTATTATTACTATTTAAGCCATAGAACAAAACTAT GACCATTAAAACATTTAAAAAATGTAGGTTTGGCTTTTTTAGCTTTAAAA AAAAAAGTTTTTTGGGTTATAGCTACGATTTAGTGTCATATTTTGAAATG AAAGACCTATATAGATGAAAATCAAATATAATAACAAATTTATACAAATA TTCAGCATTTAAAAAATAAAATATATTGTTTTTAATTTATCTTGATTGCA ATTAATAAAAAATGTATATAACCAAAAAAAAAAATCAAGTAAAATGAAGG ACATTAGTTAAAAGCGAATACCTTTTCTTATTTTTTCTTCAAGTACTTCA TATGCTAAGTAAATTTTTAGAATAGACCTTATATTTTAGTATAAAAAGGT CAATTTTGATTGATTTCTGGTCTATTTTGTTTTTAATAGTTATTAAGGAA TTTAAAAAAAATTTCTAGCATGTTAGGTTGAATTGAATATCGATTAAGAT TATATTCAGTGAAAAAAATGAAACTCTTCAAGCATTTTTCAACAACAATA TATACAATATATGTATTAATATGATTTAAAATTTTGATGAAAGGGGATTA AAATTTGTTACATAGTGTTAGATATTTTTAAAGTGGAGCTGAGACTACAT CCAGGAGGATCTGCCTAGTTATACTTATAACAGAAGTAAGGACTTATACT TTTCCGTTAAGTGGATTCCTCCTTTTTCCTAGACGCCATTTTCCTCCCCA CTAAATTTTACTTCCTCTTCAACTCAAAGAGCTTTGATCCTCTGCTTTAT CGAACTTGACCGGCCTGCTTCATTAAGCAAGAGTGTATCTTTGTACTGTC TATTGATTTTTAAATAAGACGGGATAAAAATGGCGGACTACCTCCTGATA AGCCACCAGATGATATTTTTTGGGGGGTCCTTATACTCAGATATTTTGAA GAAAGAGAGGAAAACAAGGAGATTCGAACCTTTGTCAAATTTTAACTTAA AACTAATCCCTCTAGAGCAAAACATTTGTTGTTTTAATAAAATCCACACA AGGCAAGTTGCTTGGAGAGAAATTAATAATAAAGCATGTAGATGCATATG ATATTGCTTTAAAATATGGCTTAAAAGAGCACGAAGGGATAGGGACTAAT CATAAATTTGGATCTAATTAAGCATGTTTCTACACAAAATATCTAGTTGA CGTGAGAAGTAGAGGAAGGAGCTCAAGGGATATCACTTTTGGGGGANTGA AAAAGGGGGATGGAACAAACCTGGACCTCAAAATTAAATTACAAGGGATG GACAAAATTATCGAGGATACAACACAGAAAATACTGGTTACGCTTTGTAA TGCTTTTAAGAAAATTAAAGAGTAGAAGGCAGTTCAATAGATGAAACAAT TTGGACAAATTGTGGAACATTATCGAAAAAAAAAACAAAAAACAATTTGA TGGTATAGCAGAACAAATGTATACAAACTATAATGAAATTTGCGTGGATG TTGTTGGGAGTGTCGCAGACACATTAACTCTACCTCAAATAATGCCCATT CAAGGCCTTTTGATAAGGCTTAAATTCCAAGGATCAAGACTACAACATCA AAATTGTTTTAATTATGGACAAACTAAACATGTATGCAAAACTAGGAGGA TGAAATCAAACGAATAGGTTAATACTTTGCAATAATCTATTATGGAATGG AGTAAAAATGAGTCTTCAAATAATCGTGAAGAAAAACAATCTGACTCTCT AGAAAGGCGAGAAAAAACTGAAAAAGAAACTGTTTCCACGATTGAAGAAG ATATAGTGGATATTGAAAATTTGCAAAATTATGTGGAGGAGATTTCCTTC AAAGTTAATACCAATGAAAAATAATGAATCCAATAAAAGGAGCTGATAGT GACATCCCCTCCGCATTAGTCCCAATGCCAAAGATTTTGAGGGAATTACT ATTGATGAAACAAATATTGTCTCAGGTAACCCTTATGATGACTCAAATCT GGAACCGGATAGAGAATATTCCTCCCTAAGAGAAACTGAATAATTTAAAA AAGGACAAAGTATAAATATTTGCGAAAAATTGTCGCAAAAGAACCTTTGA AGCCTCCAAAAACCTAGAAAACTTAGTTTAACTACTGATAACATATTGAG AAGTCGAACCAAATCAGGATCAGGAAATTAATTTGCAACTGATTCCGGAC TATCACCAAGAATTTTGTCAAGTAAGACTATTAAGAATTCAAAACTCTGA GTTTTTTTGTTTGTTTTTGTTCTTGTTTTTTCTTTTTTAAATATTCAATG CGAAATCATTTTGATTATTACTTTGATTGGAAATATGAATTTATATTCAA CTACTTATTTACCTCTGCCCACATACTTACAGTGTCGTCACTTTTATCCT TTTGATCGTCTCTGCTAAATTATAGACACATTATTTCATTAATTATCTCA GATTTTAATTTATTAATAAGTGAAAAATAATTAAAAATGCAAATAATATT AATTAATACTTCGTTATATATATAATAATGATAAGCACTAATAATCTTTC CACTGGAAAACAGCTTGGCTTCAAATCTAATTGTATACAGATAAATATTG GTAAAAGTTCCATCAGAGTTTACAAACTGAGTAAAAAAAATGGTTGTTTG GTCCATAGATATTCCTGTTATGACATTTTTTTTCATAATTGTTCCACAGG ATCGAGCGTTAGGGTTGGTATTATGGTTTTGAAATGTTTAAAGGCAGTGA GCTTCATTGATTATTGTATTGGAGATATGGTGACAATAACATTAAAGCTT AAGAACCTGCAGATTGTTGTGGTATAATATTACGCGGGTATAGCATTACA ATGTGGTTTTTCATTGTTTGAATAAATTATAAAATGTCTAAAGAAGAGCG AACACCCGTTATGATACGTATGGATACTAATACACATAGTACATTATGGG GTGCTGAAACTATAAATAAGAAAGGTGAGAAATAGAAGAGATGTTTGCAG CACTTGAATTGAACATATGCAACGATGAGAGATAGTTTACATTTGGAGGA AGAACAGGTTCCAATTATAGATGTAACCTTCGTCGAAGACTACATACTTT CTAATGTCACTTTGTGGGGTATTTCTGAAAAACAATCAATGTCAGACGAC AAATATTTTATGTTTAAACTTGAAATTGAAATAGAAGGTGCATCCACTGA GGAAAATTGCTACAACTGGAGTAGAAAACAAGACATATATGAAGGTAATA TAACTTCTAGCTAGCAAAATAACGAGTTCACTCGTCGAAGCTCTTTATGA ATTGGTACCTCACTGTACAAAAAAATATAAACGAGTTACACCATTGTGTA CAGAAGAACTGACATGATTGAAAAAGGAAACTAAAAAAGTTGAGCAAAGA GTAACAAAACCCAATGCAGTAGCAATAGAGTTGACGATTACACATATAAC ACAGAAATTAGGAGGGTAATCAAACTGCAGAGACATTGGAGGGAGATATG CACAGAGTTGCATTCTTACATAGCAATATCGGCTGCAATAAAATGACAAA ATGGTCATAATGGACCGAGTATAGGCATGTTAAGCAATAAAGAAGGGGGA TTATGGTAATGGACGGCTTAAATGATTTAGTGAGACGGGATTTTGGTGAC TCAATTATTCATAGGTCAGATGAAACATATGAAGAAGGAAGTCAGAATGT ATTGTTTGAAAACATGAACGCAAAATGGACAAATGATATAACAGTTTCTG CGAATCGTGATGTTTTATATCGTTTAAAAGGTTTAAAAAAGCTTTACTTG ATGGACTTTCCCCAGTAGTTTTCCAAAATTTACTAGATGAGAATTAGGAG AGAATTGCTTGGTCCAAAAATCTGGAGTAATGCTTGGGTAATTTCAAAAG CCTAAAAACCAATCACACTAATTAATACCATATTAAAAGGAATTGAATGA ATAATTTGTTGCCATATTGAGTCCCTGAAGCTAAACGTTTCTATGATAAA TTAATTTGGATGCCGAAATGGGAAGTCCATAGACTCGGCGATAGGAACAG TAGTAGATAACACTGAATGTATGGTATTTCATAAAAAATATGCCATAATA GTGTTTTTTGACATAGAAGGAGTTTTTGATCATCTTCCCTTAAAGCTATA GAAGACGTTTTTGTTAAGTTTGGCACTGATCATTTTACAAACAAATGTTA TAAGTACTTTTTGAAAAATAGATTGTTTAGAGATACAACTGGGACTCCAA TTCATTTATGCGTATTGTGGGATCCCCTGGAGAATATTAGGAGGAATATG GAAGACTCAGCCTAATAAAAAAAATTACTCAACATTGCAGCTGCTAAGAA GACTGGGTATTTTAATCACGTTGTTTAAAACGGCCAAACAAACTTTACAT AAAAAGCTAGTTAAAATTATCCTTCCTTTTTGTTGACAGATGACGTCAGG TATACAATTTGCGTATAGGGTATTGGCGAGCCTCTAGAGTATATTTGCAA CTATACATAGTAGTCCAACGGGTTAAAACAACAGTTCTTTCAATTAAGTA CTCAGATTTTTTTATAATTCACTCTTGAACAATATTTGAAGTATGAAATT TATAAAAAGACCAAACTAGACTTTTGAGACATCTTAGTGATTTTGTTGAT CTATGAAAGAACTTTTTTTTTCAATATCGCCAAGTAGTCGACCGATGTTA ATCGGTATCCTTTATCAAACCAGATTGGTTAATGTTTTACTACAACAAAA ATCATAATACTGATGCAGGATATTTTATCCTTTATTTGTGGTTAATTTCA TTAGAGCCCTTTATTTTTCCAAAATGATCGGATCTATTTTGAATGTCTTC TCATAAAAGAATCAGTAAACAAATCTTCTATTTTGCTGAGTAGAATCCAA AAAGGATAGATCATGTTCGAAACAGAATTTTCTGTGTCTTTGAGACAAAA AGGGATTTTCCAAATATCTCAAGGAATTATCCCTAGCACCTTTAAAAGAA TTGAGTACGGTGGTTTTTCAGGGTAAATTTAGTAATGGACATTTCTGGAA TATATTTAAATACATTTATTGGTCTAAATTAAGATCTAACTATTTTCAAA ATATCTTATTTACCTGAGAATTTGACAAGTCTCAGAATAGAAATCTTTTT CTCTGCTTCCAGGATCTGTTTCACGCTAATGTAGTAGATKCCTCCACTTA GTTGGCTGTKCCAGCCTAGCCCTCATTCGATGGGATCACACTGGAACATG CTGAGGAGTACATAGGAGAAGATACTCTGCCAGATCTGCTGCAGCAAGGC AAGTCTACTTTGTTGCTAGGAAGGTGCTTTACTGTTTTGCTACTCGATCA GAAATTTGACGAAATCTCTCAAGAAAGAGAGGCCAAGTTTATTCTTCGCA GAGATTGGTTCCAAGCTCCTCTCTCTTTTCGTAGTCAACTCTAGATGTCT TGACGTTTAAGATATTCAACATAGTTCTGATAAACTTTGAAAATTCGACA GTGTCTTTAAAAACTCCGGTCTGTTGTCTCTTTTGGAGTAGTACTAAAGT GCTGCAATTGATGATTCGTGAAACACAGCATGCTGCTGTAGCTAATTGAA CTGTTGAACCCTATGTTGATATGACGTGATCAGAGCTTGAGTTGGCCTTG ATGACGCTCTACGAGTTAAGAGGTAGTTGGGACAGTTTGGCCATAGGGAT GGTACTACATCTAGTTTGAGGTACCTGTAAAAGAAGGGCAGTTATTAGTT AACGCATCAAAAGTGAGCAGCTGTCTTACCTCTTCTTTAGACCCTTGCCA TGGATTTGACTTCTTTTAGACTCACAGATGAAATCAGAGTCGTTGAAAAG CAGGGAACACAGTTTTGTACTTTTGGATGGTGCCTAATCTATCTTCTTCA GATATGTTTCTCTTGGAATGGCTCTGAGCCTGGCGGMATCAAGTCCGGGG TTTCTCTCTTAGTTTGGCCACAGATGGATCGTAACACCAGAATGTTGTGG CTCGRTGTCATACACTGTTGTATACCCTGGAACACAACACTTAGTGGGCA TGATTGGAATTAAAAAACCCAATAAAGATGGCTTCCACAAAGTAACTAAT AGTCATTTCTTATTATATTACCAAACACGTTGCATAGTTTTTGTTTTTTT CAATATACCCATGTGCCACGTGTATTTGAATTCATGTTTACGCGTGACCG GTCCTGCTTACAGCAATTCTTGGTTATTGCCACACATATTATGAACCTGA TATTAAAGCTTTGACAGCGGTAGTACGCATCATAAAAAAATAAAGTGAAT GTTGTCTTCTTTTGTATTTAGTTTTTTATGAGGTGGATTGATGTTTTATA TACTTTGGTCTATGTTACAATCAAAATAATTTAAAAATATATGTAATAAA CTTATTACCAAATAGATAGTAAAAAAATATGTTTCAGAATAAAACAATGG TCTTCACCAAATTCAACCTAACGAATTTCCTAGAAGTATATGTCTTCTAC TATTTGTTTTAAAATATTATTCTTAGTAAATTTTTTTTTTTGATGAAGAT ATAATTTTCTTGAAAATAGACGTGTTGTTTTTAACTTTTGAAAAAAATCA ATAAGAAAACGTACAAATGAAGCGATACAATGACTTTTTTTACACTTCGA TGCCTTATAATCACAACAACCTTCTGGAACGGATCCATTATTCACCATAT GGATAGATTTTAAAGTAACGCACTTATAAATAAACCTTAGATCAATAAGA GTAGTATTTATAAAACTTATGCGTTTACTACATAGCAATATATTTTAATT ATGTAAGGTAAATCGTAGTAAAATTAATGAATTAATTATCAAATATATTA TAAAGCTAAACAGTCAATACAAAATAATAATCAATGAAATACATAAATAG ATATATAAGTACATCACAACATTATATACAATTATTATATAAGAAAATAA TTTTAAGAATTAATGTCATATTAATTTGCTTTATAATTGGCAATGCACTT AATCTATCATATAGTGTCAATAACTACTGAAACAATCATTTTTATATACA GTTTTGTAACATTGTTATTAAGCAATTTTATGACTACAGTTTATCACAAG AACTGAAGTGCTAAATTATTTTATTTATTCGTCCTTCATCCCAAGATGTA GCTTGAATGTAAAAAGTTTCATTGTGCTTCTTATTTTTGTTTGCTTATAA ATTATTCATAACACTCATTCCAAAACCTTGTATAATACTACTGATCCAAA GAATATAAGAGCAATTATATTTTTAGAGGTACAAGCAAGGACTCTCTACA GAAAGTAATAACGACTTTGATCTGGGTTTTGCATACGATTGATGAAATAT ACGGTCAAACTAAAATAGGTGGTATTGTTACAGGAAGTTCAAATATCTGA AGTGAGGGAAATCTGTTCTGCCGTTGCTAATTTACTCATGAGATGAGTCT TCTTTCAGTAAAACTTAAGAGGGAGAAATTTATTACTAAGTATCTTTCTA TTAGTCAAAACATATCCTAGATCAAGATTTGGCGAATAAATTTCGAAATC TAAAACCTTCAACACAAGAGAAAGGGCGATGATCTTTGATAATCATTTTT AAAACAAGATTGTCTAATTTCTTTTGGATTGCACGAATTTTTGACGCGAC AGATGTATTCTGATATATTAGGAAGCTTATTAGACTCTTTACTAAACTCC GCAAGATTAAGAGGCTTGAGATGTTTCACTATTTCAGAGGTACTCCCAAC ATGCCCTTATTTTTATTTTTTATTGCAGAAATGACAAACCACCTTTTTCT CCATCTTGGTTTTGTAAAAAATAAAGGAGCCTGACTTCGGGGATACTGCT CTAGAAAAAGAACTCCCTTTGTTCTTGGTAGTTGACGGTTCCTCTATGGA TTTAAAAACGTCTACGAATAATTATTCAATAATAAAGAAGTACAGACAAA GTAATAACTTTCATTATCCTTTGATGATTGCATTGGGAGGCAATAAAATA CAATATAATAACAATAAAATCATAATTTTGACTCCATTCATAATTATCAA ATCATCCTTCCGTACTACTTCCAGGTCTATCCAGGTACATGCACTGGCAA GACGAAAAAGGATCCCACTCTTCCTGACACTTCATCTCATAATATAAAAT ATACCTAGGCAAAGCTTATTTTTATTGATGAAATGAAAATACTTAGGGTG AAATATTTATATCGACTAAACACAAAATCTATATACCGTACAGTTGTAAT CATATAATAAACTGAATAAAATAGCAAGGTTGCGTTATTTCAATACAAAC AGCTCTTCTTTTATTGTCTAGAGTAGGATATGCTACAGTTTTCAAACATA AATGGAGTAAAAATGGTATCTTCCTCAGAAAATAAATAGCCGTATTCTTT TGATAAAATATTACTCATGAAGAMTTTTTKCCCGCCATGTTTCTCATTTT ACGGTAAAAATGCAGGTATATTTTTCTTTGATTTTTCAAGTACGTGTCCA CAGGTAAGAGTATTACCCGTACCCATCTCTATTCTGAAGTAAATCCCCTT ATTCAGAAAGTCTTAAATAAGTATACCTTCTGTTTCAAGATTTGTAAAAG TTTCTTGTAAAAATTACAAATTTATTTTTGTTGAAAGACTTCCACGGACT GGATCTTCAAGAATTTGCTGTCAATTTTCAATCACAAGGCTGTCCTTTTG ATTCAATTCATATACAATTTTCTTCATCGGCTGMGTAGTACATGGTAGGC TTGTCCCATAACCCTTAAGAGATTCATGTTAAATTGTGCAACATCCAATC AGAGTTAGGAAAAAATTGGCTAAAAAATCTTTCACCTTTGTTGGAAGATT CAAGGGGATTATTGAACAGTAACTTTGTCCCAAATTTCCTGCTCTTTTCA TTAGGTGTTAACGGAATCTGGCTCCCAGACATATCTGAATATGTAATTAC ATAGATAGTTTTTCCTCCAAAAAGAATAAGTTTTTTCCCCATTGTTTTCC CTCCTAATGTAGGAGGGTTTTTGCAAGTGACTTTTCCCTTCAAATATATG ATCAAAGTTGCTGTGTAATCTAACTAGATTCCAAATTTTATCTACCTATT TCATACCAGACTAAWAAATGAGCAAGTTTTAKKAAAAAAAAAAAAAAKCC SGGCAAAATAAGTTGTTTCTACGAGAAAGGTCAAAATGAGTAATTTTTTG GGCGATTGAGCTCACAAATACTAATTCTACTAATTATTAATTAACATATA TATTTTATATTTCACATCCAGAGCCTTTAAAATAGATACCCAAAGACTAA AACCGAACCAAACAAAGAWGGTATAGTCGATTTCTTCTATAGGTGGGAAT TTATCAATCCATATAGATATATAACAATCAATATAGCGCATGGTTGAAAC TTTGACAGGATCCACTAACTTTTAGATTTATATTAAAGTCTCTTGATGTT ATGTACAAGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNAAATTGCAATGTCTGCACAAGTTAAAATAGCAAATT GTACAAGTTGTAATTTCTTCGTATTAAAATGCATTATTTAATTGTATCAT TGAGTATTCTAATTACAAATTTTACATTGATTACTATCATATAATTTTGA TCTATTGAAATTATGTGGTTATTATGTAGTTATGAGTAATATAACTGTGG GCATTTGAAATTTATAATGTGTCTTATAAAACTTATATTTTATTAATTTG TAATAATGTAGTCAAAAATTATCCATGGAATATTCAATTATTGTATGATC CTCATCTCAAATAGTCGAAACCCTTCATCCAAAATTATTCATCTCATTTT TTGGTTGCAACTTATAAAATTTGCTAACAAGTTGTACTTGTACAAATTCG CAAGTTGTTCACACATTTATAACAAATAAATGTTTATTATATACTACTAC AATATTAACAAAAAACGAATATTTATAACAATTTCAAATTTAGATTTGCT TATAATGAGGTAATTTCTAAGACTTAAGATCATTTTAAATTAATTGGGAA GTGGGCTTCTATGTTTTCCAAGAGCTAAAAACAAAGGAAGATATTTCTAA AGGACTTATAACTTTATCATCCATCTCAAGAAATTCTCAAATTCTTAAAT CCATATTTCACAAGGGACGACTAGATGAAAATTAATCATAATAATACTAC CAACCCTTATAAGAGAGTAGAGTAGACTTCTCCTTTTGGGAAGGAGATTC CAGAATCAAAGCAATTAAGAGATCCGTTTAAAGGGGGTAGGGAAGCTAAT TATTTAAAATATAATTAACAATTATTTTATTTGAACTTGTACGATACACG ATATTACATTATCAAATACGATATTAGTTATATTTGATAATTAAGGCGTA AGACGTCATGAGAATGTATTGAAATTGTAAAAAATATTTAAATAACATTG TCTGTTTGTTGGTACACCTCTATAAAAAATGGGAACACTCAAAAATACAA AACCAAACAATTAGGTATTTTTCGAATAAAACAAGTGTATATTTTTCGAT AGTGTAAGTTATAATATTCCTTATCTCTATAATTGATAAATAGTTTATAA GGTTCTAAAGAAGAGTGTCATTTTTCATTTTTTAAGCCTAAAAAAAGGAA GAATATAGAGATGAAACAAGATAGACTATCAATAAAAAAACTTTGATACT CATGGGCTTTTAAATAAGTTTTATAAATGGTTCTTTTAATGTTATGATTG TCTTAATGGTGAGAAAAGGATTCTGAACGATAATAGTCCCACATTGCTAT AATCCCAGATATTTCAGAGTTTATATGTGTAAGAGATAAACTGAAATCTA TTTTGGATTTTGCAATCAAATAAAAATTCCATCATTGGCTTAAATTCAAT AGAATTTTTTTAGTTACCTTGTCCAGTGAGTACAATAAAAATGGAGAATG CACTCTTTTCTACATGTTTTTTTTAATACACTAGTACACATTCACTTAAT TTTCCACAATGTCCCTAAATAAATTTATTTTCAAATCTTATTACCGTTTG AATAATTTATGTTGTAGAAATATACTAAAAGTTAAGATTTATAATATAAA TCGTTTTTGAATTCTAAGAATGATTCAATTCGTTCTGTTACCCCAACACA AGAATCAATATAAATTAAAACACAATACATCTTAGTAATTATAACTTTAC ATTTATAAAATATATTACATAGAAACCCATACAAAATACAAAAATTACAA CAATGTACTTAATTTTTTAAATTGTTTTCCCTGATTCAATATATTTTGGC TTTCTTCGTTTGTTCGAATGAAACTGACTATTCATATCCTTAATATAACT TTTTGAAAATAAATCAGACAATTTAGAAGTAACAAAATTCAAATAAGTTA AAAATTCATGGACATTAGCAAACTTGGTGCAGATAATCCATGTCACATAA TCTTGACACATCAGCATTTCTTTTAAACAAAATATAAATACATTTCTATA ATCCTTATTAAAAAAATATATATTTTTAACATCACAAATAAATATAAACT TCAGTAAATTATTAATATGAAATACAGTCAGAAACATAAAATCACTCCGT CTCACAAGTCCACCCTATTAAGTTCATTAAAAAAAGAATCAATAATTTGA TGGCTACCATTTTCATCGATTAAAATATTAAGATGACATGAGCTAAGCAT ATCCCTAGAACATTCATTTATTCCTAAAATAGTTTTGCATAAAAGAGCTC CAATGATATATTGATATACTGATTTTGTTTTTTTCAATAGGTTGAGGAAA TAAGACTTGGTGAGAGAGTTGATGTGTATAATTGATTCCTAGGCCCATTT CTTTTTGATACATTTCGACAACCTGGTGAGAATGAGCTTCCAAGTGTTCA TCGTGGTGTTCAAAGGATGGAAAAGCTGTTTTACTATGTTAACTATTTAT TAGGTTATTTTAGAAATTTTTGAAAATAAGGATTGAATCAAATAATAAGA ATATCTTTTCTTTTGAGATGGAGAAATAATTTTAATATGTTGTAGGATAA AACAATTTCCTAATTCGTTCCTAAAAATTAATGGTTGATCGAATGTCCAT CAGTCAGGATGGAGGCTGGMCTAAATCTGACGTCAGTAACAGGMTTAAGA ACTTTGAAGAACCATTTTTTCATGACTTTCGAATCAATTCTCGATAGAGG AACCATTACAGCTACGTGTTATACTTGCCCACGACAGTTTTTAATATAAA ACAAAGATTGTTTTGGTCGATCCGTTATCTTCATATCCGTAGAATTTTCT GCCTGACAATGCAACTATTTGAGCAGAAAACACCTCGTCTATGATGATTG AGACATTTCTGTCCTTAGGATCGAGCTAAACTATTTAAAAACTCAAATAA TCAGATGTTGAATTATCTATTCCTGCTTCCATTGATAAAATGCTGTTGAG TCTTTTGTATTTTTCAGAAGGCTAAACAAATAAGCCGGACGAAATTATTT GTCGATATAAACTCAGACTTGTTGTTTTCCATAGCACGTACATTCCTAGA ATTAGTGGAGAACATATCCTTCCACATGGATTTTTTGAATGAAGGAATAG CTGCTATTTTATAAATTCAAAGTGACTAATTTTTTCCTTGAAGTTATTGA GGGTACCTATAATACTCTTAAGTAAAGAATTACTCCGTTCCTTCTTTATA ACTACTAGAATAGGCTGAAACATTGTTCAAATTTTGATCATCAGGCTCAA ATTCATGAGCAAGAGATCTTCGCTTGACATTGGAATTGCAATCAGGACAG CAGCAATGCATTTTGTATGATCTAAAAAATAAAAATTGCTTGTATTAATT AAATATATAATGAGAGTCGTGGAGTCGGAGTTGTAAAAAACATCATACGA CTCCACAACCATCTAATAATGAGTGAAGTGTGACTGAATTATCAAAAATA GTTATAATTCCAAACATTCCAATATACTTCGTAAGTGTAGTACTAGTAGT AAATAAAAGGCCACAGGGCAGGATTTATCATAATGACAGAATGGGCTGAA ATTCTAGAGCCCCTCACTGCACTTACTACATAAACGAATCCTCTCGAGTA AAAACATCAGGATACTATGAATAAATAAAAAGGAAACAAAACATAGATCT ACTACTAAGGTAGTAAACAAAAAACAGTACGCTCTCCATCTCTATAGTAC TCCCTGCCTTGTGTTATTGTCCTAGCTTACAATGCTGTTATTACACCATC TCTAAAATGTATTTTATAAGAAACATAATTAATATCTTTTGACCCTATCA ACCAATCTAGTTTAAACTTTGAACATATGGACTTATTAAATTCATAACTG CAATGAAGACAGATGATTCTAAAAGAAAAAATATTTTTTTTTAATATTTT AATGTAAAATTATGAAAAACAAAAGACTTGACTCTGTGAATCATGGGAAA CGATATTGCCAAGATTGCCTGAGGATGAAAGAGTTCAAAAATTCTATAGA TCTTTTATACATCATAGACTACTTGTTTTGGGAAAATATCATTCACAATC TTTTGCGTACAAGACTGTTGATAAGTAAAAAACTATCAAAATCCATTAGT GACAAAAATAAAAATTACGTCAACATCCCTAAAAATTGTCATGAGTTATT TTTTTTAAGGTATAAAGATAGTTATCTACGTACTATGTCTGATGTAATGT CAAGTATTGAGTTTGGTGGATTGGATCTACATGAAGCTAAGGAAGTTCAT TTAAAAATTATCAAATTTTATTTTGTTTTGATGTAAAGACTTGTTAATTT CTTTGTCTTTGATCCAAATTCTTTTTTGTAAGATATAAGAGTTTGAAGGA TTGAAGAAGTATTAGTGAGCACAGTGCTAGGATTGACTATATTACGATAG TAAATCCATTTTATTATTTCCTTCTTAAAACTCCTCCAAAAAAAGGGCTA ACCTTGAATGAAGAAGGAATAAACTGGACTCGAATGGCAATTTGTTATGA AATCCGGAAGCATATTAACTGGGAATATTTGTACTTAGACTAGTAAATGT GGCTAKAGCTTTTGTTCATTTCACGTTCATTATGGAGAGCCTTTAGGCAG TGAAAATAATCAAGAATCTATTATCCTTTATGAATAACTCTAGAAGGATG TGGACTTATCTGCTTACTAATATATCCAGGCTCGTACCCGTTCACTCTTT TTTCATTAAAATCATTAATTTTGAATGATTTACTTATTTATATTATTATA AATTGGGATCTTACAATTTAGAGAAAGAAAATACACATGGCACGTTCCTA CAAAATTATAAATTGTGTGGTTAGAAAGGAATAGAGACATTAAGTCTACA CAGTGCCTCTATTCTGTTACATTTATAGGGTTGTGGGAATCGTGTTATGT GCAAGCGCGCCCGCAAATACAACTCCACTAATCTGGTTCCTCTGTTTTCT TTCGGCCATAAAAAAACCCTTTATTCATAAATCATACTTGATGGCCGATG GGTAATTTCGAACATACTTATAAGATATCTCAATTATGATTTTTTTAACA TTTCAACTTATCTGAAAATGTACTACATATAAAAGCTTTCCTTTGTCAAA ATATAGCTTTACTTAGTACTAGTTACTCAAAATAGCATTATCCGGAAAAT GTCTTAATGTTAATCATAATTTATTGTATGATACAAACAGTATTAAATAT TAATTGTCATAATATAAAACTTTGGTATGTTAATATAGAGAAGAACAAAT AAAATTATTTGATGATGCAAATAAAATATGTGAAGGATATATTAATGGAG AATAGTAGAAACGGCGAAGAATAATCAAAATTGTCTAAATGATTTAGTAT AAAAGTGTAACGCAAATACAAAGTCATGTGGATACAATATATATCGAAGA AGTCAAAACTGTAGGAGATCGTGGAACAAGAACCAAGAAAGACAGTGTAG ACAGTGTGGTTTCCAATTGCCTCCTACGAATGAGAAAGTTTGCCTTCCAA AAAGCGTCGAATGCACAAGATGTGGTAAGAGAGGCCACTATGCAAAAGMA TGCAGGTATCTAAAAGAAAGCTCTATTTCGATCATCCTCTCTATTAAAAA TTTGAACTTAACAAATTACCCATCGATGCATTGAATGTCCATGGAAATTA CTTCAAAAATATAATAGCTACATATGATAGTGGTGCAATTGTATCTGTCG CTGGATTAAGAGTTCTCAGTAAATATTGATTCCAACCCATTTTTAAAGAG CATCGTTTAGAATATATTTTCAACTTAAATTATTTATTTATTTACACATG AAGGAAGAGGGATTGTTGTATATTATTAATATATAACTTCCCTATAAATA ACTTCATAAATTTATATGATATTCTGTAAATTTATGCAACACAAAATATA TTGTTAGTTAGAAAACATCAAACCCATCATTAAAGAAAGTGTACTCATTA CTTCTTAGTGAGGACTGACCATAAAGGATGAATAGATAACTTTGGCACGA AATCTAAAGAATAGAAATGAGGCAATTAAGTAACAAATTATTTAAAAAAT ATTGGTAATATTTACGTGTTAGCAATTAAATGATAACAAAACATTAATTA CATTTGGTGATTAACAATTCCCTCGACTTCTTATAACTTAGTTTGGACTT TCTTTTCGTATTGATGATATTCATCATACTAAAAAACTCTCTTAGCATCA CAATTGACAATTGGAGTATTTTTGTATACAAGGTTTTCACTTGTTGACAG TTCTTTTAGTTTTGTGTAACCAGGATTCTTTTGAAGCACTTCTTTTAACT TGGTCTTGAATGGCTCTTCGTTCAAATCTTGAGTCAGATTTTCAACTATG GTTAGGCTGTTAAGGAGAGGCAATCTTTCCTCAAGTGCAGTTATTGCCAA AGGTATTTTACGAAAAATTTCCTGTATAAATAAGACTTTTTTCCTTAAGG AATCATTATTAATTACGTTTTGTGTTATTCTGATTGCCGCCAAACCTTCA TCAAGGTTGTTTAAATATTCTCTGAAGAAGTCGAAGTGATGGTAGTAGTA CTCCATTGCTTTATACCAAGCTCCCTATCTTGTTATAATTAGTGATTGAG GGAGGGGAATTTCGTACGAAGCAGTAAATATTATATTTCTTTTTCTAGAA TTCAAAAACTTTTTCACATTGGAAATAAGTTCGTTCGTTAGGGGAAACTT TTGTTGAACCATATCTGCAACTGTATGTAATCCATGAGAAATACATGTAA TGTAAATCAATTTGGGGAATTTTTTTCGAAGATCTTCTCCTACTTTGAGA CAATACGAGGTGGTATCAGTGATGAAAATTTTAAGTCCACACGGAACAAA ATCTTCTCCCAATAACTTATAAACTGAGCTTATGAAACTGTTCTTTACAT TGTTTGCGTTTGCAATCTCAATATCAATCAAGTGAATAAGGTACGGTCTT CCACAGAAATGTTTGTCCAAAGGGTCAATCAAAATTGCCGTCATTGACCT CCCTTGATGATCTTTTGTCTCATCTAGTGCAACAAAAATATTATTTTCTT CCACCTTTTCATTTATTATATTTACAACTCCTTGACATACTTCCCCAACC AAGTTGTTAATAACGCATCGACCTCGAGAAGTTTTTCCACTATATTTTTC AATAAACTTGGAGAAATTTGAAGGAAACTGAACATTTAAATGGATGTTAC ACGACAGAAATAACTTTTCTACGTCCAAATTGAATGATGAACCGTTTAAT TATCCTTCGTCTCCTTGAATCTTGTGTTTCTTGAAGACTTTTAAGTTGTT GATGTGATGGGAGGTTATGGAGTAGCGGATTACTAACCATAAAGAACGAG ATGGGCACGAGAACCCGCAAAAACGGCAGGYTATACTATTATTTTCCAAA TCATAATTCCACACATCAGTACCTGCTTTGTTAGAAACCCTTGAAAAAAG GGACCTTTTCTTCGGCATGATGATGATGCACGTGAGAGAGCAGTAAGGGG AAGTTGCTTTGCTTATGATTAGTACAATACTGAGGAAAGTTGTTTAGCAG ATACAAGGGTACCAAGTGTTTAATTCCTTTTTTATATATAATCTCTTTCA ACCAATCTAATTCGTTTTTCTTCAACGATTCCAAGACCCGTATACATTTA ACATTAATTTGTTCTCACAACGTAAAAAAGAGGTCGCAAAAGCGTATTAC AGTGCCAAAATTAGTTACATTAACATTTTTTTTTAATGCAACTAAGTTTT GAGGAACAATGTAAACATTAACTAATTAAGCCCGAAAGTTAAATAAAAAT TCGACTCTGAACAGCTCTTCCTTTTGAAATGATAATTTGTTATAATGAAA AATTAATCTATAAGTATCAAAATATGCACTTATATTCTCAGACTATTACT AAAGAATTAAGTATTTAGATGAAAATAGGTATGCCTATAAAAAATTTACG GAAAGAAACACTTAATTGTTGTCGAAACAAGAAAACATTTAATAAATTCT CTCTCATATCGAATAATATTTTTTAAATAAAAAAATGGATTTATTAGTGT CAAAATTGGAAGATAAATAGTTATGTATTGTATATAAAAAAAGTATATCT ATGTAGAAAAAAAAGTACTATGAGATACACTACGTTAATAATGTACGGTG CGCCATTTTTTAGCTTGAATATCTTAAAAATATAATTATAAATATTGGAA TTACTTCATATGCTATGGTATTATATCAATCATCATGAGCTTCAACAAAA GTTCAAATAAATTAAATATTCATTGAGATATTACATGTTTAAATTGGTAT AAATAGCCCTGTAGAAAAATCTACAATTCAGTTTGAATGTGTTGATCCTT ATGTACATAGGCAAAAAGTACAGATATGCTAATCTTCTATTTTTTGTGGC CATTTCATTGAATAAATATGAGCGGCTTCCAATCATAATGAATTCATCTC CATTTCCATTGAACTACCAATAACTTCAGCTAATTTATATTTTTCATTTA TTATATTAGACATCTTGTGATGTCTGCAAATTATCTATTCAGGCACATGC AAGCTCCTCTATCCAACTTGGACAATAACAATGATCCCGCTTTGACGACT GGTGAATAAACTAAAATTGTTGGGTTAGACCTTTCCATGAAAATAATCAC AATAGAAAGTAATTGAAATTTGCACACACAAAATCAGACCTATAATTTTT AAATATACATATAAAACTATATTTTGGCTACGATCAAAGATACTAATAAT AATTATACACATAATCATGAAAAAAGGATAAAGCAATTTTCGGAAAAAAA TAGTCAAAACCAATACCTTATATAAAATGAACGCAGTTCATATTTTTTTC CTATTCATCGTTTTTTTTTCGTTCGTCATTTATTCGTACAAAAAATGAAC GGAAGACGTGAACGCTGTTCGTTTTTCTGTTCAATGTCCAAGCTTGAATA CATCACATATGAAATCAGTAGGTCTACCAATGAATCGAAATAGCTCCCAG TTTATTTCTTTATCCCTAGTCCATCCCTCCCAAAAACTATTTTAGTATTT ACTGTTAACAAATAACAATTGTACTAAATTCAACAAAAATCTTAATATTA TACAGGGATAATAATTTTTCGATACTTTGAACTTTTTAAATGTATATTTA CAATGTGGAAATATATCATAACCAATTATATTAATGGATGAGAATAATAT TATCTTTACAAATATTGATTTTTTTTAATATTTCGAAGAGTTCTATGGGC TAGATTTTTTGATTTTTTTTTGGTTATATTTTTTTTTCAATTTGTCAACA ACTACCAGAATCATCAACATCTCCAGTGATGAAAATCCGGTGTATTTTTT AGCTGGCCCGGTTTTTTTTTGGTTTTTTTAATTGGTAGTCTGAAGAATGA ATTTTCTTTTCCTTAGTAGTTGTCATTATTATTTAACTCCTTAGTTGTGA ACATCCTTTCCTTGGAATATTTTGATATATTCAGAATCTAATTGAGCATT CGTGTGGCCCATAAAATACTATGAAGTTTTGTTTTGGAGTTATAATTGTA AGTCCTTTTTAAACTCAAAATAATATTGGGGATTGAATTAAAGTAATTAT AACAACAGTTTATATTCTTTTCTCCTTCCTTCGTCCCTTAGCACAGCTGA ATGTAGCCCATCTAATGAAAAATCAATACCATTATTTTTTCTCAATTCCA AAAAATTCTTCATATCGTCCGGTTTCTTTTTTTAACATGACCATTCTACA CTGGATTTACATAATAAATTATCACATTCCTTGATGCACGTTATTTTCCA AATTGATAAAATTGTTTGCACAGTGTATAAATCAAAAGTAACAACAATAT AATTCTCCCTAATCTTTAAAAAAATTATAATTTTCAAACAAATGATCTTA TAAGCTTAAATGTACTAATTTGAAATTCATCACAATCCATGGATTTGAGA ATAAATAATTGCAATTCAAACTTAATGGATAAAACAATTATAGGCTATAT AAATAAATTGAAATTAATTTCAATATACAAATTAACGGAACATCGGGATA TCATTATATATGGATTAAATATTCTTATTCAATGAATAAAATAAAATAAA TTCAGATTGATCAGAAGCATGAGTCAATAGTATTAAATTCACAAGTACCA AGAACTTTACAACAAATTGTTCAAAATATCGATATTTCCTTCCACTGCAC AAGAGATCCAAGATTTGATAGACATAGTATTTAGATTTCTATTAATTATA TGAAGAGAAAGTATTGATAGATTATGTATGTTGTTGTTGCCTTTATTAAT TTCCTAGAAAGTTATCATTCCTCAATAAAAAAATTATCTTGACTTTAGTA CGAAGAAATGTTGGTCATTTTCCTCAAACTCCTCAAAATGACTTGTCATG CACATATTTCAAGTTGCTTATATTTACATTCAAAAACAATATCAATGTAG GAAATCAATCATTGCGTAGTTAAAACTTCTTCAAACTCCCCTTATGATCT TTATCAATCAATACAGTAAAAGAGTAATTCATGAATGGACAATATTCATA TTTCTCTTGAAAAATCCAGATTCAATGTAGGGTTCTTTAAGGATCTTGTA GTAATGACATTTTCTAATATGAAATTCAGCACTCACGTATACAATATTGT TAGAAAAGCGAACAGAGCGTTTGGGTTTGTTAAAAGGAGTTTTAAAACCA GAAATATGAAGCTGATGAAGAAACTTTATGAAGTATATGTTATGCCTATT TGAAACTAAGCTTCTCAGTTATGAAATCCAATATATGGAAAGGAAATCCA AGCTTTTAAAATGTACAGAAACGCTTTATTAAGATGGTATGCGACGATAT ATAATATGAGGTTGGTTTACATTTAGTTGGGTTATTGTTTCTTGAAAAGA GGAGGAAACTTCAGGATTTGGTTATGATGTTTAAAGTTATTAATGGACTG AGTCCTTGTAATATCAAGCCCCAAGTATGTAGTAAGATGTACAACACTAG GTTGTCTTCCGATTTTTACTTAGCTCAGCCATCGGCAAATACTAATTACT TTAACCTTAGCTTTTTTAATCGAACTATACGAATATGGAACAGCCTCCCT GAAGAGGTGAAAAGAACGTCTTCACTTTGCAGGTTTAAAATACTTTTAAA AAATAATCCACATCGACTTTTATTCCAAACCACATTACATAAATTCAATT TACCATATTATTTCATTAGATTTCATTATATTCTTTTATTATAGTTTATC ATAATGTTAATTATATTTTATCATGAGTCGACAATATTTGGCTTTCCTTT AGCCACTAGTCGAAACCAACCAAATACATAAAATAAAGAAAACGGTGGGA TGTCTTACTTATATTTTTGAGCCAGTCCTTGATCACTAAAGAGACAAATT CTGAGGGTTCACTTCTTTGACATTACCATGCGGCGACTAAATGACGATGA GAGCAAGTCGAAACTTATTTATAAACTCTTTCACATGAAGCAAAAAAACA GAGACAATGAAACAAGTAGGTAGATTCATCATTGCAAACAAATGTTTCTA TAAATACATAAGATATAGTACTAAATAAAATGTCATATGGTAGAACAATT AATGAAATCCCTGACCAGACCCATAGGGCATATAGTCTGAACAAATCAAA TAGTGATTTTTTCCATGTAGAAATACTAAAGATAATTGTTTATGTTTATA AGATTTAGATATATTATGTCAAATAATTGGGCATGTTCATCAATGAAATT TTTATGAAAACAGCGTCTCCAATGTAACTTGTCTCTAAGTATCTTGGCTA TATCAATCATAGATAACATCAAAGGAAATATATTTATTGAGACAAAAGGT AACCTTCCTTCTGTTCTTACACAGGGTAAAATATCTTTGATTTATAAAAA AGATAATGTGACTCGGATAAATCATTGGAGACCATTAACAGTTCTAAACG AAGCATATAGAGTTCTGGCCGGAATATTAGCTAATAAAATCGAACCTATA TTAAATAGAAAAATTGTTCATCAATAAAAAGGGTTTTTAAAGAAGAAACA TATGGTGGACATTTCAAGGAATATACAAACTGCTGTTGACTCCACAAGAT TAAGAGACAAATACGGAGCAATAATTCTTGTTGGATTCAGTAAACCTTTT GATTTAGTGATTAGTTTATCCTAAAAGCTGTGAAAAACAGTTGTAATGAC GTTTCTTCAACCTTATTCATGCAGGTTTTTTTTATTTTTATGGATAACCC AGAGTGAACCCATAAAGCTTGAACAAGGGTGTCCAGTTTCTCCCCTTCTT TTTGCAATTGCAAAGGATACATTTAAACCTTTACTTGAATCGCAAATACA AGAGTATTGGAAAGTATGTCATGTGGTTCATTTATAAGCTGATGACGTTA AGCTCATGATTGAAGGAAATTCAAGTAAACAATTGGAAAAACGAGTCAAA ATTATTATTTTTGCTTTTGGAAAGTTCACCAGGGTTTCGGGTATGAGTGT GAATTTCGACAAAAACCTATCCTCCCTTTAGGTCATTGGCATCCTTTATC GGCTTTGAAGAAATTTGGCTGTGTCATAGTTCACACAGTCAATATCTTAG GGGTTGAATGGAAAGAGGATGAATCGGTTAATTCTAATTAGAGGAAAATT AACTCCAAGGTTCGTAAGTGGTGTTTCCAGTGGATAAGATTCAAATTTCA AAGGAGAATAGATCTCCATAACCCCAAACTCATTTCTAAGTTTGCATATA TTGCTACTAATATCCCTTTGGTGGGGTAGGAAAAGTTAATGGAGGAAGAT AAATGGCTTGGAACGTTGTTTGATAAACGTTACCTTCTTTCCTTAAAGCG GACCACAGGCTCAATAGGGCATGCGCTTTGTATACTTATATTCATTTGTA AACACATCACCAGTGAGTAGCACCATATTGCGGAAAAATAATAAACCTCC CTGAATGATCATTATGATTATCCAGCCAAAGAATACTAGCTACTCACAAG AGAAAATTTAATAAAAAGTTGAGTCGCCTGCTGACAAAAGGCCTTTAATT TTATTGCTCATTATTAATTGAGACTTTATGAAACTGATTTTATTAAGTGA TAATTAAATTAAGTGTATTCTTAACTCGAAGTGGTTCTTGCATAAATGAG TTAGACAATCCAAGAAGTTAATTTCAAGAATCTACTCTTTTCAAGAAATA AGAAAGTTTAGGAAAGGGACCAACATTTCTTCTCATGTATGTCAAGATAA TTTTATTGAGGGATGAATACATTCTAGCTCCTTTAAATAAAGACAACAAC AAAATTTAACATCTATGAAGAATTTATCTTCATTCAATTTATAGAAATCT AAATACTATTATGTTTATCGGAGCCCTCTGATCTCTAATATAATGGAAGA AATAACTATTTTTTAATATTTTGTTGTAAATTTTCCAGCATTTTGAATTA GATACTTATCACGTCGACTTTTCTTTTTTGATGTTAATATTTAACACATA CATGATGGTATACGTATGGTCTTTTTAAATATATTTTTTWWTCTGAAATA CATCTCAATTTATTTCTTTAGTATTTACCATATAATGGTTTTAATTAAAT TAGGAGTCTAAAGNNNTGATTTATTTTAGAATCCATTGTTTGCAGCTGAT ACCAAATTATTTGATTTAAGTTTATTTCATCCCTTGTTTGAATAATATTG AAAATTAATAAAAAATAGTGATTTCCATACTACGCATACAATTTCATAAT TTAGGAAGATTAAGTGCATCAGGAAAGTGATGATGATTATTAAAACAGTT TTTTTAAATTTTTGATTATAAATTGATAAGATCCAAGATCATACCTGTAT TAGCAAATTTCGACTTAAAGTCCTCTGGCATGTAGAGGTCTATGATGTCA TTGGGAAAGAACTGATACATTTCCTTAAGTTGATAATACATAAAGTTCAA CCAAAATAATAAATGTCCTAAATACTTTTCCGACTGATGTACAGGGAATT TTAAACTTATTGCTCAATATCCACCTTGTTTTGGTGTAACTTTATGAATG TGAGGAATAACTTGTCTTCTCGAGTTAAGGACTCATTTTTATAGTTTAGA TGATCAAAAGCAGGCCCAAAAAGAAAAATACAATAATTTGAAGTGACTGT AGTTACTCAGTCCTGTATAGTAGGGGAGGGCTGAAATAAATTGAACTGTT TACAATCAAATTCACACTAGTCTATAGGATAGGTCATGAATATTTTAAAG ATGTATAAATATTCCTCTTAAAAAATATGTATAAAGTTATATAAGAAAAA AATTGGTTTTACCATTTTTTTTTACAAAAACACAGATGCTGATTTAAAAT TTAGTATCCGTTTATAATATATTCCAGTATATAAAGTATTTTATTCATTC ACCTGATGGATTATTAACAAAGTTTTGGATCGAGAACACAGGTTGAAGGA GTTCTTCTTTGTTACAAGTAGAATGAACATATTGATCATTTGTGATATTC GGATCTGATTGGTCATCTTCGTTTGGTGCTGGAGTTAAAATACCCTTGTT GATATTCTCATTCTGTACCTTCTCCACTATCACATCCCTCTATTGATCAG GAGTCATGATCATTCTGTTGTCATAGATATTAATTATGTTACCAAGTACC AAGTTGCATAGCTAAGCGTAATATGTAAGATGAAGTGATTGATGAGATAG ATCTGAGAGCTATATTAATATATGCTGCTGCTATATATGCAGATTCCCCA GCTGCATGATACTTCCTGTAATTATTTATCTGCTAAGACATGCTATGGCT TTAGGAACCATCATTAATATGCACACAAGACACTGAATCAACATCGCAGG CTTAGAAATGAGGATTTTTTTTCATACTTTGTCTCACTATGTATCCTTTT AACTGTTATTTTATAGTTGTTTATGTTATGTACTATGTTTTCTTATTTCT TTAGTGATGGTTTTTTTATTTTATATCTCTAAGATTTTAGACGTCTGAAG AGAAAATAAATTCTAACCTATAATGTTTATTTATTTTTTATTCTAAACAC AAATTTCCCTTATAATCAAATTACTATTGTGTTCTTATTTTGTTTTGAGC GTGTGTGAATAAATAAAGATCTAGTTGAAGAGAAAAAATTAAAAAAAGTA TCCATAAATTCCAACAATTTCAATGCTACTTCAATCACATTGAATTATGT GTTGAAGAAACAGATTTCATAAATTTATTTAACAAAGAAGATATATTCGA AATGAGAATTATGTTAAGGAGAAAAAGATTCACTCATTTAATAAGGAAAA CATCAATGAAGAGCAAAACGTTCAAATTAAAAGACTTCCAGAGATGGTAG AATTAAATACTAGAATTTATACCAAGGAGGGTACAATTAGTTTAAGCAAT GAATACTTAAATGAAAAGGAAGAGTAGGGATTCGAGATGACACAATATAT TGGGTATTCTCAAGGTTAATAGAAATACAAGGTTAGACCATCATGTAATC AGCCTTGCCAGAATTTTCAATTTGATGTTTCGTACCAACTGCTGGGGAAG GCAGACAGATTTTGACAAAACGCCAAACTACTCATATTCTATAGTGTCAC TATTACAAGAACTTTCAATTTGATTTTTCATACTAACTACTAGGAAGAAA GACAGATTTTGACAAATCATATTCTATAACGTCACTATTTAAAAGTGTAG TGGAAGTCTTACACCCCCACCATCATATTTTTGAAACCTTTTTTACTCTT AAGTTTTTATTTTTATAGAAGTTCTTTTTATATCTTTTTGTATATTATTA TTTACTTCAGAAAATAATTTTTTTGCCATGGACTTGAAAATTTGACCAAT ATATAAAGCTAGACACTTATGAATAAACCTTAGACCAATGAGAGTATTTT ACAAAATCTTATGTTTTCAATACATATTTCGATATTTATAAGTATATAAT TGTAATTTGTAGTAAACATCAATTATCGAATATTTTATAAGGCTCAATTA AGAAAAATAAAAATATGAACTTAAACCATTTTTATATGGGTGCATTACAT CATTATTTCTAGTTGATAAATAAGGAAATAATAATCACAAGTGTTTATGT CATATTAATATGTTTATCACAGTAACGGTTTTCACAAAAAAGTGCTTTAT CATTTTATTTATTCCTCATTGACGAACCCATGAAGTAGTTTGAATATAGA AAGATTCGCGGCACTACTTATTCCCTCTTGCTTACATATTATTGGTTTAA GTAATTAATGGATGGCTAAAAAAAATAAGGTTGTACGCCTCTTATATCTT CCCCTTTCTTTTTAACTCATATTGTAAAGACGAGTGGACTGTATAAAGGA GACCACTGCCTCGAACAGGACTGTGATGCAATAAAAAAAACCAAAATAAA TTAATAAATACAAATACCTTAATAAATACACGTTATAATCAGTTTTATGT ATAAACTTTAATTGGAACTTAATGCCTTGAATTATATATCAATAACAATT AACAAAACACACACCCATTCAATATCCCTTTGCTTTTCGTGCCTACACTT TACATCATCCAATGCGAATATTAGAGAGCGCTGAGGTAGGATGAGTGCAT TCACTCTGCTTCTAAGCAAAGAGCAAAGCTAAATGTACAAGAATGAACTT GTATGTTTTTAGAATGAATAACATTTCTGGAGGGTTCTTGATTATTCTTG AACAACTCTAAATATATAACTATCGATGCTAACTTTGATTATGCAATATT GCTCTATGATAGATTTGCTGGAACACATATCATGAGAGGGTTGCCACATC GTTAACTTTATTGTTTCGGGCAACCTTTCATTCAAAAAGAAACAGTAAAA ATGCCCGATATCATGTGTTACTTAGCCAAATCAGTCAATCATGCCAAATT TTATATGTATCTTTGTTACTCCCAGACTTATCATTGTCATTTATTATTTC TCCACAACTTTTAAAAATCAATTATATATTATTTCATAATTTTAAAATCT TGCACTGTATTTTATCGATACTGTATAATAATTTAAACTGTATTTAAAGC TTTTTATTTGTATATGATAGCCAATATCTTTTTATAGAGATAATAAGATG ACCAATATATACGTATGTATATGCTATAAGGTTTCAACAAGAAATTGTAT TCCTGTCCTTTTGGAAAAGGAGCATAAGTATAATTAAAACAGCCTATTAC TTCGTTTATTTTTCAAAAATAGTAAATTATGAACAATGCATAATGTATTT TTGTGTTAGCGAGGTAAGGCCGTCTAGAATAGTAGATGTNCCACAAATTT GAAATAGGCCAAGGAGTTCCTTCACTAACACAAAAATATACAAAGTGTTT TCTTGTCAGCTGTCGACATTTTTACTACTCTTTTCCGAATCAGTCTTCTG AACGTTGATTGGTTGAATTGGAATTAGATTATTTAAAACTAAACAATTCA CAACAATAATTAAATAATAACAGTTACTGATTGGATTTCTCACTTTAAAA AAAACTTGTCCTTTTAAACCTTTTTTTTTGCATGTAATCTTTGTTTAAAT AAAAGAGATTATCAGTTAAATTTTGCGGTACAAAGATCTATGGAATAAAA AAATAAAAAAAGTAATAATGTCAATATTAATTGAAAATCACCTGATATAT AAGTTCCTTGATACGTAACTCATTGTCGATTTGACTACTAGATGGAGAGA ATCACACATTTAAAACCTTCTAATAAAAATTTAAAACCTCCAGACTCATC AAAATCGAATTATCATGAAGGTTGTTGAAAACAGTTTTATAAACGATGGT TCTATTTATCGTCTACTTTTGTTTTATTCGATCCGTGTAGGCTTCCATAA CATGAATTTTTGCTTTGATTAGAGTACAATTCAAAATATATTGTGGGAAG TTATGTCTTCTTTTATTGCTCTTAGCTATACCGAACAAGGACCATTCCTA TGGATAGTCTTTTAAACCCAATAAGTGATATAAGTCTGTTGCTAGTTTTC TTTGTAATATCGATTTTTTACACCCTGTAAAAATATGTAAACGTTTAATA ATTTATCTGCATTCCAAAAGCATTAGTCTGTTTATGTCAAAACATAGGCA GTTTCCATGCATTTGGAATTGGATGTTCCTCCCCTGAAAGAAATTCAGAC CTTTAGTAGATCTTTGGATATCCTATCTCACTATAATTTCACATCAGAAT CCAGTATTGACTCATATAATAGGCCATGGCTTAGGGTATTTTATAAACAT TTTCTGTTTTTTATCCTGCAGTCTCTTATTCTTCCTAAGATCCATATTCA GTAGGTTACTATCACAAAAAATCTGATTCGCCCCATTCATTGTTTTTTTT CATAACTGTTTCTTATTATAATTCCGGAGTAAATGTTTGATATAATTTAT TCTGAGTAGTTTAATTTAAACCTCCGATATAAAATTGGTACTTCCAATTC CTTAATATTGTTCATAGGAGAAGTAATCTTCTTCAGTATATTAGCGTCTT TAAAATTTTTTTAAAAATTTACCAAACAACAGTAATCTGTTAAATGAAAT TTGAAATTTAATTGTCAACCTACGCATTTTCAGGAAATACATAGGTTGAC ATTAACAATCCTCTTTAGAATTTCTATGTGTCTAAAAATTCTTTTATTTC ATCAGATTATGGCCGTGGCAGTGATTTAATTAATTATTGACCAAACAACT TTATACTTGGGAATTTATCTCATATATTTATGTATGAGAAAAGTTCTTTT GCAAATAGAAATGTACCTATTCGTCTGTTTCCTACAGGTTTCCTGTTTCT TCCAAAAGAATTCCTTCATAAGTTTCAACTGACTCTCTTCATGCTCATTT AGATAGTAGAAGTTATACGCTCGGAATATGTTTCTTAAGAGAACAAAGAC TGACACCAAAAGATAAAAAAGAATTCACATCGTTTATGTATCTGTATTTT CAAAAAAAAAAAATGAGTACTGCCAATTTATGAATTATTCCTTGACACGT TGTGATGGATAAATTACTTAAGGAGAGTTCGAATAAGTAGTAACTGAGAA TGATAAGTTTCTTACATTTGAGGATTTTGTTTTCAATGAAGCATTACATA TTACAGGGAATAAAAATCATCTTACTAACGAAAAATTGAATTGTGATGTG TATACCTTGATAATTGGCAATTTTGAAATATAATTAAATAATTTGCATTA ATTTATTATTTTACTAGACTATTTTAATAAATATGTTGTGTACAAGTTAC GGTGTCCATACAAGTAACAACTTGTTTAAGCACATTTTACAAGTAGCTAT TTTTCGTCCTAAAATGTATTATTTAATTACTACATTGGTTTTTCTAATTA CCACTTCTTAATTGATACAGCATTTTCTTTTGAATCTTTTAAAATTGTAA ACTAGTTATGTAATTATAATTAATATATATGGGCATTTGAACTTTATAAT GTGGTACAAAATACTTATATAGTAGTAGTATGTATTAAAATAGTCCAAAG TTAATATATCGATTATCCATAAAACCTACAACTTGTACAAAATCGTAACT TTTACACAACATATAATAATTAATAATTTTTTACTCTGCCTAGTATTTTT CTATTAAACATACTTTATTTGGTTTATATATTATATAGAAAATATATATT TATTTAAACCAGAGCCATTGCATTACAAGTACATAAATAAACGTTATAGT CTATACTTAATGTTCCGAACTAGAATTTTAAACAATATTCTGATAATCAA TCAGGTTGCAGGATGGGAAGAATATTTTCTCTTCTTTTTTCAGAAAAATT TATGAGAACAATCGTCCTTCTACGTAATTTAGCATGAATCAGAATTGGAG GCTCTTCTGGACACCTGATAATGATTTAAAATTTTCAGACTAGTATTTTC TCAATGAAGATAATAACACCCCCCACACACACACTGATTGTAAACGAAGA AGTAAGTTTATTAAGATGATTAGGCAAGGAAAAGTTAAACCATCAATGAA CATCAGGCGATTTAGTGTAGGACTCCGTGTTGTCTCAATTTCAATAACAA AATAACATTTCGATGTCTAAGATAAAACTGAATGAATCAATAATATAAAA ATCAAATAATGGAGAACTCAAATACAGGAAATTTATATTTAGAAGAATAC TTTTGCTGTTTTAATTAGTTATATTTCTTCAAATAATACTCAAACAATTT TGATACATTTTAACTATTGTCTTTTATCAAACAGCTTAATAATTAACTTG TATATCACACGTTTACTAGATTATTTACTTTTGTAAAGATCGTAGATCTT CAAAAGATTAATATTCCAATATCCTAACAAGCAATTTAGCTGTTCAGAAG AAGATCCTGAGTGAATAATTTTGGGAATTGCAACGACAATAAGATATTCC AATAGAAATCTATTAAAGTTAAGAAGTCAATTATATTTTTTAAAGCAAAT AGTCACTTTAAAGTTCCCAATAACTATTTATATGTAATAGCATACTAGAA TAATACATTGTAGACCATAACAGGGAGAAAAGAGGAGGATATAATCTTTG AAAGTTAAAAATATTTTTCTTCTTGTTTTCCAAAGGCAAAATAGTCTTAC GAGTACTAAAGACATTCGAAGTGAGGCTTGAAGTGTTGAAGATGTATAAT TGCCCATATTTTCAGTTCAGCACGAATTCAGACTTATAAATGTAATATAT ATTTGTGATAGATACTATTGAGTAGTGATTAGTGCGTTTTAGGCATTAAA GAGACCAAAGGACTGTTATCAAAGAAAAAGTTTACTTAAAGTAGGAATTG AAGTAGATTTGACTTTAGGATGGAGAATGAGAAATCCTCCGAGTATTTTC GATTATATTTTTCTTTGTCTAAGTATTAATAATTATTTAAAGGCAATAAC ATAATAAAATATGCTTTACAGACAAACCTATCAAGAAAAGAGAAGCGAAT TTAGAATCATCTTCCACTTGTTGTCGAATCGCAAAAGAGACTAACAACTA TTAAATAAGTCACTAATTAGGAATGCGGCTTAGAGCATCCAATTTCTATA ATCTTCCATTTAGATTGTACATCTCAAACTCCACCTTATAAATGGAATTG GTATCAATGTGATTGAGATGATATATTTCTGCGTTACATACATCAAGAAC ACTTATCAATGGAATAGGGTTCTTAGAGTAGGAGACGAGGCAGAATAGAC TTAAGGAGAAAAATACTCAAGAACTTCAATGAAGGAGCAGTGAATGGTTG ATGAGAACTCTCTCCGTTCGTCACGGGATCTTTCAGTCGATTATTTTGTT GTATTATGGAACTTAATAGTTCATATATGTAGAACTATACCATGATTCCA TAGAAGATCTGGAGGAATTTATGTATTCTTGAGCATATATGCAATTATTC ACAAAGTCAGAAGTCACTATCACATACCTTGATGTGAAGGGGCTTCTGCA CAATGAAGAATTTATCATTACAGGAGATGAAATACACCGATTTTCTCTAT TTTTTTACTCCTCCGGAGCTTATTTTGACTTTTTGAAAAAAAAAAAAAAT CATCGTCTTGAAAATGAAGAGGGCAAACATGTGAATTTGAAGGTGCCTAG ACTCTACACAGTAGTGTCCTTTGATGCATTTTTATATCCACTACGACAAT TTGGTACAAAGCAGCAAGCGGAGGTATGAAAAAAGATATGAAACATGATT TCAAATGCATTAGGTACATATGTTATATAAGTAAGACCAAATAATTGCCT CTTATAATAATTATTATCATTAATATAGTAATCGTTCAAAGAAGTCATTA TGGAGTCCGGTTAATCAAATTACATCAATTTTCTTATAAGCTTCCTTTCA CTCTAATCTCAACAATTTTGGCATCACGAATGTTAGAATATTCCGTGATA TGGAGWGAATAATCAAAAATTCAATCTAAATTATATAAATGAAGAAAAAT ACCAGATTTCGTTGTTACGTATAAGAAAAATATGATAAACAAAATAATAG AAAAAAGTACCTAACTCGTAGGGGGAAAAAGGAAAAATTAACAGCGTCAT TCTTCCATTTGTCTGGAATTCTTAAAAAATATTTAAGGATATAGATGGTA AGGCAGTCTACAAATGCATCAAGTGTGTTATTATATAGCTTTTCGAAGTC CTAGCAGGGCTTTGCATATTTAATACTATCTGTGGAGATTTATAACTGAA CGGTAAACTTTTTATCATCATTTATCCCCTCAGAGAAGACACTATTCTTC TTTTTCAAATCATAGGGAGGCCCAAACGCTTACTATGCAGCTCCCACTGT CAATTCACAGCTTTATCAAAGTTTACAGAGATTATCTTAACGTGCCACAG GCATGGTATTCGTAATACTTTGAAGAATTAATAAGTGGAAATCTTATTCT ACCATCGTCGAGTAATTCTTTCGAATTTAAATTATGAACTGATAAAATAT CTTGCCTGATTGTGTGTTCTTCTAAAATTGAGGGACCCTTTAAGTTTATA AAATTGAACTTTTTATTTATATTTTGTCGAATTATATGAATAGTTGAGTA ATTTCCACAACCAGAGGTGAGTATCCAAATTANTTTTCTGAGTTGAGTCC CAAACTGGGTAGATTAAACAAGTAATTTTGTTTGTTAGATTGGTCCCTAT CATAATCCAGAGGTACAGTTCTCGGTTCGTTATACTTTTCTTCATTGTAT TGCTGGATTTCTTGGAAAATCCACAAAAATTTTGGAGTAAATGAGCTACT CCACCACCTATATGTAATTTTTGCCTTTTCATTCCTTCAATATAATTCAT ATAAAACAAACCATAAAACAATTTGTCTTGTTCTAAAAGAACTTTTTCAG CTAGTTGTGGACTTGTTGTAGCCTTATATAAAATTAAAGATATTACCAAA TTGTTATTAAAGTATACCATTTTTTGATGTTTGAATCTTTTCAAAAAGTT TTTTTTTTGTGTAAGAGGTATAAATTTTGTTCCAATTATCTTCATAAATA CCACAACTATTCCATTTTATACCCAATATTTCTACCATTCTTCTAAGTTA CAGCTTCCAACTTTAAGATCCTCTGTAGGCTTCCAGGAGTCTAAAGGTAA AATAAATGTCTTATCCTGTTTTTTCTTGAAACTTGAGAAAATAATTCAGT AGGAATTTTTTAAGTTTTTCCAGTTTTTTAAATTTCGTTTTGTAGTTATT ATCTTCTATCCCCCATTTTGGCGTCCTTAATTTAGAAGTTTTAAAAACTC TGTGTAGTTCCAAGCAAATCAATTTATGATCAAAGGAAGGTTTAGGTTTA TAAAATGCATTTTTTACACATATGAATCAAAGTAGGAGAAGTCAAGGCAA GTCAATTCTCGGAGACTGATTCCCTATTGTTGAAGAAATACTTTCTTCCG GACTAAATTTTTTATTAAAGTCAACGAGATTGTACTTAAAAATTATATTT TCTAGAGCAGTAAAGTTTTGATAGTCTTAAGAAAATTTATGGAGATCAAC ATTTAAATTCCCAATTAGCTGGAACTGAGCCGAATCCTTTATTCGAATTC GAATTTTATATCAATCACTTTTGTAGGAGAACTCCTCGACAAAGGAAAGA TTATTGATTTTCTTTGAAATAAGAGTCAAGACTCCTCTATTTGATCTACT TCCACTAAAAAACAATGTCGTCATTTAGCTAAGCAAATGGGACAGTTATT ATAGCAAGAACAAGATATCTTCGATATAATATCTTGAAAACAAACGACGT CAGGATCCATTGACATTACTGCATGTCTAGATCTTTCTATTTTTACCCCC TCTCCCCTATTTAAAGAAATTATTCTATTGATACCCATATTCAATTTTAG TTCCTAGAAAATTTTATAAGGAAAAAAGTCCGCAACTTTGGTCTGTATTT TTTTGTTTGAAAGATTCATTTATAATAATGAAAAAAAAAATCCAAAAATG GGGGCTGGGGGGATCTACCCATAATCGATTTACTAGCATTTATTTATTTT CTTTAGAAACAACTTTCGCAAGCGTTAAATCTTTGCTATTTTGATTTCCT ATTGTACTATAACCTCTAATGTCCATATTCCGAAAACAGTAAAAAAAACT ACTTAATTTTTTTCAATATCCTGTTCGGGCTCTTCTCTTTAATGGTAGGM CCTCTATTTCTATTGGGGAGATTCAAAATGAAGGAGTCAATTTTACTCTA TTATGAGGCCTTATATTTTTCCTGGTATACATTTTCATCTTGTTTTCTCT TGCACAATACGGATTTCCAAATTTGAGCATCTCATGAGGTGAGTAATGAA ATTAGAAGTGTGTTTTGTTTCGAAATATATTAAAAATAAAATACAAAAAA ATTTGAGTCAAATGATATATGAATTGTTTATTTAAATATGATCTTCAATT GCTTGGATCGATCTTGATTTATTCAAGACAGAAAAACTTCCATCTTCTAT AAGAATTAGAATAAAAGAAGAGATCGGGAATACTCTATTCTCAACAAAAG ATACTTAAATTCCAATATCTGGATAACCTAGTTTCCTCTAAATAAAATAT TCTTGTTATTTACATCCAATGTATTATAATTGAATAAGATATAATTAGAT TTATATTATAGATCCCTAAATAATATTGTAGATCTTAAAAATTTACTCTC ACAAGTCTAACCCTTGCGGGGAGCCTTGCCATAGTTAAACAAATTTCTGG ATGTAAAATTGAAACTATATAAAATAATAAATAAGATAATAGATAGATAC AAGGAAAATGTTAACACTCCTTGTAACTAAACTCTTTCTACTGAACCTTA CAACATCTTTAATTTTTCCTCAATGAGAGTGCCCCAATTTGAAAAATTAT ATCTACATCAAGGAAAATAATAAAGAATTTTGTGAATATAACTATTGATG TCCAAATTATGTAAATAAGATTTATTTAGATTTTGGGGTAGAAAATGTAT ATTAGTACAATTGTTCCATTGTAATGGCTCTGAATACACAATCTCTAAGT TTTCCTCTCCAAAACAAAAGAACTCTGTATTTTAGGTTCCCACCCACCTT AATCCTATCCGTCTTCCCATCAAGGCTATTGAAGTTTTTATAATCAATTT TCCCTCTATAAATATTAAGTGCATCCATTTTTCTTTTCATTACTAACACT GTTCAACAAAAAAAAAAAAATTTCATGCATGGACTTGGACAACGGATTCT TATATAGTTTGGGCTGTTGATTCCAAATGCATGCTTAGATCTGCCACATC AAACCAAGTTTTTGTGATATCTGATATTTAATATTTGTGGATGTTTACAT AAAAAAGCCTATAGTGATAACACGTGTTCCTGTTATGTATGTATCCTTCT CTCTCTTTGACTCGAGTACCATATATCTTCATGTGTGCCACCTCTTCCTA TGGCAATCAATATATCCTTTATTTAATCAAATCTATACCAGTATAACTCT CATTGGAAATTATTTCTTGTGTTGCTCTCATTTGGATTTAGTAAACGATA GAGATTATATATTAAATATTTTTTAAATCGCCATCATAGCTGTTTGCGAA ATCCTAACACATCTATATTAGTGCATAAGCTAGCCATGTCTACATCCACA CGGGAAAAAAATGCTATAGCAACCCAGATATATTCTGCTATATCTGTGGA TGCTGTAATTTGTCTCCTCAAAGACGGAAAACAACTCACTTTCTTAAGAG GGTGTACCTTGCTTATTTTAAAGTACCGCTTCGAGACCAAAACAAAAAAT GGGTACCTCACATAGTATGCACGACTTGCCTCGAAACTCTGAGATTTTGG TCTCAAGGAAAATATTCTAAGCTCAAATTTAGTGTGCCGATGATTTGGGG AGAACCAACAAACTACCTAGATAATTGCTACTTCTGCCTTGTAAATGTTA AAGGATTCAATAAAAAGAACAAGCTATACATGACATACCCTAGCATCTCC TCTGCAATACGGCCAGTTCCTCATTCGGACGAAATAACTGTACCTGTTTT CACCAAGTTAGCAGATATTGATGATGAAGTACATACTTCAGTCGATGATG ATGATGAAGAAGATACAGATGAAAATTACACACCATTGGGTTAATTGTTT GGTCAACCTTTCTGTATAGTCAACCTGAATTGAATGACCTGATTCGAGAT TTGAATTTACCTAAACAATCTTCTGAGTTGTTGGCTTCCAGACTGTAAGA GCAAAACATGCTTGCTCAGGGCACATGTGTCACACTTTATCGTAACAGAG ATGGAGAACTGTGGACGTTTTTTAATTCAGACAATCACTTTGATTACTGT CGTGACATTGAAGGTCTTCTTGTGGCTATGGGATTATCTGCGTATCATTC AAGTGAGTGGATACTCTTTTTTGATAGCTCAAAAAGAAGTTTAAAGTGTG TTTTACTTCCCAATGGTAACATATATGGAGGTGTCCCTATTGGGCACTCA GTCTCCATGAAGGAGGAGTATGGAAACATCAAAATAGTACTTGAATGATT GAAATACCTCGATCACCAATGGTTAATCTGTGTGGATTTAAAAATTGTGA ACTTCCTTTTGGGTCAACAAGGAGGTTACACAAAATACACTTTGCTACTG GGACAGTAGAGCTAACAAGGATCACTGGGTTAGAATGGAATGACTATCAA GGCATACGTTGGTACCTGGAGAGAAGAATGTCATTAATGAACCACTACTT GATCGAAAAAATATCTTCCTTCCACCATTCCAACATACATTTCATTGAGA GGATGACCGCTGTCGAATCTGAGGATGCACTGCACTACTAATGTGGTGCA GGGTTTTCTTTGGAACAAGAAAAACGTCAATTACCAAGAGATTGTGGATT ACCTTCTCCTTAGTCTACGAGAGCTCGGGTGCTTAATGAGCATCAAACTG CACTACTTACACAGTCACCTGGACACGTTTCTAGACAACCTTGGAGATGT TAATGACGAACAAGGTGAGAGGTTCCACCAAGACATTAAAGTCATGCAAG ACAGATATCAAGGTCGTTGGGACTCGCATATGATGGCTGATTACTGCTGA AGTTTGATGAGGGACCATTCAGATGCTCTACATAAGAGGGCGTCATCAAA AAGGAAGTTTACTCCAAAAATGAACTAATATGTTTGTCTACAAACAAAAT ACACTGTTTCTGCATCTATTAGTTTGATATAACATTTTATGTTTTTAAAA ATATTGAATTTTGTCAAATATGTGTTAGTACTTTCATTTTTTGTATTTTT TTAGTTTTGTATGTTAAAACAAAATTAGATTGTTGTGTCTTGTATTGAAA AATAAAATAAAACCTTTTAATCAACTTATAGTTCAAAACCTCATGTGATA ACCAACAACTAGTYACACATTYAAATCASCAGCCATTATGTAAATAAAAT TACAAAAAACAAAAATAATCTATCATTTTTCTTTCGTAAATTAAGGATTT TTGGTATGTGTTGTTGTATTTTTTCATCACCCCGTTATTCAAAAACTTGA TATGATATGCAAAAACTAATGACAGATTTGGAATCAKCTGCCAATAGGTA GATAGATTCACCGTAAAGCCCCATGCGAGAAAAATTGTGTTGGCCAGTGT AATATATAACTATACTAGAAAATACTTACATTTAATGCTGTGTTTATTAA ATATTAGGTATTACAGTACGTAGTATTCGACTGTGCCAAGAATTGTGGAG CCCTCTGTCGTCATTAAGGAGCTATATTGCCCCAATACGAGTTTGTTGCC TCTTTTAATTTTCCCTAAACGTCAGTGCCGCCTCTTATAAGGTAGGGAAC ATAGTTTGAGGCACCCTACTACTACTACAAAAACTTTTTCACTGTTAAGG AGTTTATTCAGCAAATGCCTGACGACGAGAGTAGGGCCATCGATAATTCC AAGGAGCTCTTTGAGGTGCCTTTCTTGCCCAAGACCTTGCCAAAATAAAG TCAAACTTCAAATTTCTAAAGGAGAGCGTCACCCAGCTCAAGGAAAGATT GAGTCTTCTCCAGACCTTGTCCATCATTAGGAAGGTCCATAAGAGTCTGA CTATCCCAAGTTTGCCCACAAGCTTGAATAAATTATCAAAATTGAACGAT CATTTAAGAAAATGAGTTATATTAATTTTGTACTTTCTAGTGGTAATATT AATTAACTTTTTACTTTGCTGGTACTCATCTATATCTGGAACATAGTTCT CAGTCAATAATAACTCAGATCTTTAGAGTACCCTATCCACCGTCAACTAT GACATTAACCAGAAATGTGCCATTATTTTTTCTTCCACAATTTATTACAG CAAGACAATACTCTCGATTAGCCTGGACAACAGGTCTTTGGAACTTGTTC CCCCTTCTTGAAAAGCATGTCACAAGAGATAATACAGTGTTATAAAATCT GAACTTTTGATATCATAATTGGTGTATCAAAACCTCACAGAGGATTATCC TCACTAATGATATGGGTGTAGAATGGGCATGTTAAAAACAGAAAACTGAA AATAAACATGGTAATTCTGACAGTTTCAAGAATGTTTTTGAGGAGAAAAA GAATAATCCTATTACGTTTCATTAGATCTGCTAAAATCAGATGTGACAAG AGAGGAAGGAGAAAGGGATATAAACAATGACATTTGCTAGAATTACTCAA ATGTCGATACCAAATTATTACTCCTTAACAAATCCTCAGGGTTAAACATA AATTTGGTGAAAAAAACGGGCCAGCAAAAAATACACCAGATTTTTATCAC TGATCATCCTACCTGGGATAAATGCTTCTAGGCAATATTTTTATATGTGT TTATGGGAAACTACTTTCAGTAATAAATGTAACAGCGGACTTATTTGAAG TTGGGCTTAGTGTCACTATTACTTTTACTTCTTTACTTAGGAAGGTAACT TTTAAGTTTTTGAAAAAAGCTGAATCTAAGTTAATTTTCTTAACCTTTGT CTTAAATAATGATGTAATTACCTGTTCCCATTGTCTGTTTGGTAAAGTAA GAACATGATCAATGTAATATTAATATTACCTAATTAACGTGCATTGAATC TAAATTTCGAATTTTTATGTACTTTCATTTGCTTGGATTGATTTTCATTA TTTAAGACGGGAAAGAGTTTCATTTTTGCCATATATTCGGATAAAGAAAG AAAAGGGCAGTTACAGATACTTGATTCTTTAAAAGTAATGCTTGAATTCC ATATCTACAGGGACGACAAAAAGATGAAACTTTATCCAAGTTAGACAAAA AAACAAGCGAAGTCTAATAAGAAATAAGAGTCGAATCCTTCTTTCATGGA GATTTATATATCTAAAAATAACAATGAACCCATTTAAGGGTTGAAACTAT TAATTATGAAGGGTTCTTTCACTTTCAGATTCATATAATAGGGTCTGAAT GTGAAATATAAAATACAGATAGGTTAATTAGGTTATACTACAATGTAAAG TTCTAACTATTTAAAAAACAATACATTAAAATCATTTAGTAAGTATAACA AATAATTGTTTTCAATTTGGATGTACTTTTGATTTTCAAATGGCTAAGGC CTACTATCCTACGTCATTCATATATGTTCGAATTCGAAATTCCGTATCCG TAAAAATGTTATAATGTTGTTTAATTGTTAATACGCCCTCTAAATATAGA ATCCCCCAAAAAATATCCCATCTGACAAAAATGATTGGAGGTGCACATAC GTTTAAAAGGTATTTATATAAAAAAAAGATATGGCTTATTTTTGATTCAT ATAAAATATGATATTTCTTATTACTATGAATCAGTTATTACTTATAATGT CTAAAGTAATCGTAAAAAAACATTTACTTAAGTTATAATGATCTTTTTTT GCATTTGGTGATTGTCTTGGAGGTGAAAAATAATTTTGAACAATTTTAGA ATTAGTTTTGGATTTTGTGCTCTAAGATTCATTACTTTCTGGGCTTAAAT ACAATGCTTGAAAAATTGTGTAATATTAGTATACCTATCTTGTATACATT TATTTTCTTATGTATAACTACGTGTACGTTAAATTTTAGATGTAACTCCT TATTATTTCTATACAATCGTATTTTTTAATTTAATAGTTCTTCATTAAGT TCAAAATATATTTTACATCTTTAAATCAATTTTATCAACTTTTAAGAATA CCATTTAAGTTATACATTTTTATTTTTATGATATTTTTAGTGTTTCCCGC TGGAATCTTGCAACCACCATTCTATCACAAGTATTTTCCAAAATCGATTA ATTTTGGGGGTATAGGTGTTGTTATAGGACACGAAATAACTCATGGTTTT GATGATAAAGGGAGACAGTTTGATCAATTTGGAAATATTCGACGTTGGTG GGACCATTCTTCATCTGAAAAATTTGAAAGCAAAGCTAAATGTTTCGTGG ATCAGTATAGTAATTATTTAGTAAAAGAAGTTGGAACATACTTAAATGGT TGGAACACTCAAGGAGAAAATATTGCTGATAACGGGGGTCTTAAGGAATC GTATATGGTGAGAATATATTTAGTGTAACTGTTTATCAATACCAAATAAC GCAATTAATTCATACGTTTAAGTTTAGATAATTCGTGGGTACAAGTATGA AATAAGTTTTTGAAAGATTTTAAGATTAAAGAAAAATTAATTGTTAGAAC TAAAATCTAACACGTCTTTTTTATTGAAATTTGTATAAAGTTTGTAAACA AACAAAATAACATTATATCGGGATTTAGTATAATCATAACCAATTATTTC ATATTATAAATTCTAACACTGCAAAGTTGCAAAATATAAATTGGATCAAA TATGATTAAACGCGTTTAATAACTTTTATTCTTTTTACAATTGTTTAAGT GTATGTAGAATGTTTGGTATTAAATTGAGATATTTTGTATTTGAACATTA GAAGTAATGCTTCAAAAAATATTTTATAGCCGATAGTTCTAGAAAAGTGC TATTTCTGATGGTATTTTTACTGTGGACAAAATACAAGGCAATAAAAGAA TATTTAAAAAAAAAGAAAAAAAGTATTCTGAAATAAGGGCAATTCAGTAC ACCGTTCTCAATTAAAAAGTGTATATTGCAAAAGCTATAAAAAGTACGCC AGGTTAAATGTTCAAGAGTATGCTTATGTGCTAAAACAAGCTATTGCAAG AAGCAAGGCAAATGACTCCCTGTTTAGTATTCCAGATAAAGAAATTCCTC AAGAGAAGATTATTTCTGAGGCAACATTTGTACTATAATCAAGAAAAGAC TCATCATGTCTCGAAAAAGTAGTACAAACGTATTTTGAAATCTCTGATAA GGTCCCAGAAATGGCATGCGAGGAAGATACAAATGGAGAAACCGAGGAAG GCCCTGAAAAAGGATCAACTTGTGTAGAAACCCGTCCTTTAATTGAGGAA AATAAKATMGTTCCRTCTGAGGTATCAAAAATAATATGGGAGGAGGATAA TAGTGGAGAAACCAAGGAGGACCATAACAAAGGATCAACTTATGAAGAAA AGCGTCTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNAAAGAAACGACGTTTTAAGGCCCCAATGTGGG TAGTGATAGATAATATTTTTATCAAAGAACTAAAGTCAAATTTGACTCAT CGTTCTAAGACTACTTTTAATCCAGCAAAAATAGCTAATGTGTTGGCCTG TACTGTTAAATTCAGAACAATACAATTTATTAGAAGGAAAAGATTTAAAG GAAAAGATTGAAAAGGATCTTGAAGATGTTTTGAATAACATCTCTCATTC GACGCTCAATTGCATCAGAAACTGCCAATTTATATCGTACTTCGGAGATT GCTGAGAGGGAGTTTAATGAAAAAATTGTCTCGGAAACAACGACGTAGGC CAAACTATCAATGACCCACAGAGAATTTTGAAGCTCTTTCATAGGCTCTT CCAAAAGCTTGTTGGGGGGGAGGGAAGAGGTTTCCTCGTTCTAAGTTAGG AAAACGTTCAATCTTCACAAAAAATGTTATATCAAATTACATAACAAATC ATTTTAAGAATGGAAAAGCTTCTGGTCCAGATGGCATCGGTGGGAAGATT TTTATACAATGTGTAGAATAGAACCCATTTTGAACTCCAAACTTGGCAAA GAACAAAAAGGCTTCCTAAATATACAGTCTGCTGTGGAAATTATACGTAA AAAAGGAACTTTTGGTGCAATTATAGCTGTAGTCTTTAGCAAACCATTTT ATTCTGTCCAACACAGTCATATTTTGAAAGCAGCTAAAAGACTTTGTCCA AAATGATACTTTAATCCTATTAGAGCGCTTCTATTCAATGGAACATCAAC TATTTCGAGGGAGAAACCGACCCAATTACCTTAAGAAAGAGCTGTCGTCA AGGTTGTCCTTCAGCCCCCNACTATTATGTGTTGCTGCACTAAAAGATCT TGGAGATTCCATTATAGAGAAATTCAAGGGGTTTGGGGGGGATTTTGGGA CCTGGAGACATATAATTGATATGTATGCCGATGACCTCACATTGATGTTA GAAGCTAACTCTGAGGCTCAATTAACTAGACGAATTAAAGTAGTTCTGAA CTATTTCAAGAAGTATGAAATGAGGTCCAGTTTGAACATCAACTATAAAA AGACAGGTGTTCTTCCTATTGGTAAAGGGAGTCCAAGTAAGGCTATTCAA CTTGCCAACTGTTAAATTGAGGACACAGTGGAGAGATTGGGAATTGTATG GGATTCCAAAGGTGCCTCTTATTCAAACTGGATATTCCTAAAAAAGTATG TGTGTTCTTCCATTTACCAATGGAGAAGTTTCAATCTTCAAAAGAGGATT GATCTATATAATTTCTTAATTATTCTTAATATCCTATATATGGCAACAGC TATTCCCTGGCTCACTGAGAGAGGAATTGAAGAAGAAGACTCCTGGCTTA ATATGTTTTTTCATAGGATCTATCTACCCTCAATCAAATGACCTAGATCT CTTATGGGTGGAGGATTATCTCTGCTCCCAAGAATACTACCTAAAGTCTA TCAAAAAGTTCTAATAGACCTTTCAAGATATCCAGAGAAATAGTAGCGAG CTACTATTTTGTCTTTCGACCTTATGTTTTTTTTTAGTAGTATGAGTTTG ATAATTTTTATTCATTTGTTTTTTACCTGATCATTTTACTAATTTTATTG AAGATTTTAATCAAATGTAATATTGATAAAATAGTTGCTTGCTCTATTCG CCAATTTTTTCCTCAGAGCTCCAGAGCCTGAAAATAACCCTGTCGGTCTC CATTCGAATAAAATCTTTTTTATTTCATAATGTCCTTTATGAAATTATAA CGTCACAATCAGCCAGTTATCGTTGGACCGTGATATCCTCTAGGCCTCTC AAATGGAGGTTAATTTTAACCTCACGAGATGTTCTAATCTTGTACATTCG AAGAATAGAAGTGTCCGCTTCTATTTATAAAAAGAACACTATTTTTCATA TTCCTTAAAGTTATTGACAAATATTGAAGATGCAGCCAACCTGTATCAAA ACTACTTTTCTTTTAAACTAATGAGAGGGTTACAAAATATTATCCACTGA GCACCTCAAAATATGGTTCATTGGCAGACATAATAGAGGAAGGAAACAAT TATTGACTATTCTAATTGGAGACTCCCGTCTGAGATGACTATTGAACACT TTTTGTATTTTGCTGGATGTATGTTAGGGGGTATAAGGGGAGCTCAAAAT TGAGCAGTCACTAAGCTTTTTACAGTTTTATAAACGATACCTGGTTATAT ATTATCCCACGTGTAAGATCTTGGATTGAAGTTTATCAGTTCATTTGAAA CCAGAAGTGAAAGCACAAACATAAATATGAACTCCCTAGAGGTAGTCATT TTCCTGAATAATCTACTCTCCTTTTCGACGTTACAAAGAACTTTCCATGT CCTTTGTTTCTTTGAACAAAAAATAGTTGAAATTGGTAGAATTTTCTTTG GCGTAACATGTACAAGTCTATATAATCTTCTAAAATCACCAATCTGTTAA TTCTCAAGGCCTTCCATGTTGATTCTATACACTTCAAACCGAGACCTTAC AGTATAAAGCATGAACACACATCAAAGATATTTGGAGCTTCAAATGTACT TGTGTGGAATTTATTATAACTTATTTTTGAATTTTTCAGAGTAAAAACAA ATTTGAGCACGTGAGTTACCCTGAATATCATTATTTTGTTCCAAACTTTT ATAATTTGCAATGGGTTTATGAAGGTGTGATTAAACTTGTTCACTGAGTT TGATATTATATTTACGACATTATATTATATTAAATCCTCATTACAAAAAA TTTCAAAAATGGACAAAAAAAATAGCAAAAATCACAAGTACAATTGCCAT AATAGAAATAAACTATCCAAGCCTATAGAAAGGCGCCTGTTACCACAAAC ATTCTCTTCTTTTTTCTATTTATTTGGATTTTTTTGAATACCATAGGGAT TTGTGGGAATTATTTCTTAAAAGTATCGTAGGCTTAACATCAAGACAAAG TTCTCGCTTATTTACAAGGTTGTGCCCTAATCGGTCTAGCAGTTCTAGCT TTTGTTCCTATTTAGAATATATAAAGAAAATATAATATGTATTTTAAAAA TAAATTAGCTTTAAATTAGTCAGTTTTCTCAGTTTTTTTCCCCGTACAAT TGCAGTGTTCTACACTACACTAATACATTTTTTACTGAGGCCCCTTTTAT ACGAAACAAGTGTTCTGTGTATGTGTGGACTGAAAGCAGTCGTCAATTCR CCATGATACAGCACCCCCCCCCCCCCGAGCTTCCCTTCACGACCCCACTT TGAAAATGTTGCTCAAACAACATAATTTTTCGGGCCTCCTTCTGGAACTT GGGGTACTACTTATGAGGTAACTGCCATCCTGTTTGTATATGGGCCCGAA TTTTCTAGCAACGTCCCTTGTTTTAAATGCCTGTTACCAACTGAGCTTGT ATAAAAAAGAACTGAATGAATATGTTTTCTTTGTACATTACGCTAGGTTA AAAAAATATATATATAAAGACGACATTGGTTCTAGAGCAACACAAAGAGG ATCCAGATTTTGTCTTCGAGTCCTGTATATTTAATAAATCAATATTTTTT AAACACAACCTTTCTTATCGGTGTATGTTAAAGCCTTCGAATAAATAATA TTTTCAGGATATAGATATTCAAATCAAATTATAGTAAAATAATTTACAAA GGATCAATATTAGTTGTTTTTCTAACTTATTATTTATAATATATTAATTA GAAAAAATTTCAGCACGGCAAACTTTCTATACGATGAATTTTTTCAATGC AAGTTATCCTCACGGCTAGGCATCCAACGTCAAATCTACCGACGGCGYAC TTTCATAGATCCACTTCAGCAGGAGAATAAAACAATTTTCTAAACACTTA CTTTTTGGACATATCTTGAAGGCATGCATTTTTGGAGGTATATCACTGTC TGAGTATAGAAGGTCGCTATTCAAGAGGGTCATTGAAAAGGATAACAGTG GTAATTGTTTATAAATATGATTTAATTACGAGTAAGATCCAATAATTGAG GTAGAAAAAGAGGGTTCAGCTTAGTGGAGTAGCAATGTAATAATATCGGA AGATCAAAAAATATCACAAAAAGGAATCCTTAGAAAATATTGGACAAACA AGTCAACAAAATGTGATATCGTAACGGGAAAAATAATATTCAGAAACCAA TCTTGAAGTTAACACACCTTCCAAGTCTGGCGAGTTAAACATTCAGAATT AAAATTGTGATACTCAATCCGTTTATGATCTAAAATAGTGATTCATAAAT TAATTCCAACGAAGAGGATCTTAAAAAAAAGAAAAGAAAAAAAGAAACTG AATATCTCCCAGGAGATATTATAAAACTCCAAGGAAAACAAAAATTATAA TTAATTTCTCCATAAGGCTTACTGTTGAACTTAAAGAGACTGTAAGGAAA AAGGCAACAAACATAAGGAGAAAAGAAAGTACCACTTTGAGTTCTGATAT ATCTGAAATTGAATACTTAGCGGTGTTCATTTTTTAACTAGCATCAATGT TAGGGATAGGATTTTTGTAAAAAAAAAAATCAGATTTATTGTCATCGTGC TCCAATAAATCCCATTCCTTAACATTTTTTGATCGAGGGTATGTAAATAA CTGAACATAATACAAAGAGCCTGATAGCACAATTATATCAGAATTTAAGN TACAATCTAAAATTAGATACAACTATTTTGTTTGGCTATTTAAATATGGC CGAAAAATAGAAAATAAATTTTACTAAGTACTTTTATGAATTTAAGGTAA AAAGTAATTAAGGTCAAATACTACTTTTGTACCTGAAATAAATAAATCCA TAGCATTATTCAAAAGGTTTTTCAGAAAAAAATTTACATAAATCATTTTT TATTAAGTAAATATAAAAAACTCTATCAGAACAAACAATAATATTTTAAA TAGTAGACGTGAAGATTTCTTTTAAAAAAACAGTTCTATAGTTTTATTTC CTACCTGTAAATATTAAGAAGAGGTAGGGCTGGATTTATAAATTACGATT TGAACTTGATGTTATATGCCTTTATTTTAGATGTAGATGGTTACTGTTAT ATATTTTTCCAAACAATATAAATTTGTGCATAATTATTAAAGTATATTTG TCAATTATTGGTCTATTACAAATGATAATATTAATAAAAAATAAATGAAA CTAATATAAATCAGTAACTATATCAATATGTGTACGCTCAAATTATTTTA ATTTGTGTAATGGCAACATATTTTATGATTTGTTTATAGTTGAAAACTTC ATTAACTGGGATCCTAAAACAAATGTCCTAATAACAATGTAAGAGGGATA TAGAAGTAGGGGGAAATGAGTCCAACTATTGATTTGAAATGATATTTTAT TGAGCAGTGATAACAACCCTACTACAAACCATATTATAATCCTGCAGTAG GCTTGAATAACGTAATAAACTAAGTATGAAAAATGCAATGAAAATTGCTA TGTGTTACATAGAGAACAAATTATTACTTTTCAAAATATTCTTGTTGATT AAAGCACATCTGTGGGAGAGAAAGGAGTGTTGGGGAGGGATTGTTTGTTA AATCATCAATTACGATATAAAATTAGTTATGATTAATTTTTTTATAATAC AGGCTTTTAAGAATCGCCAAAAAACTGAAAACATTGAAAAAGTTCAACTT CCAGGATTCGAAAATTTTAGCCATGATCAGCTATTCTTTTTGAACTTTGC TCAAGTATGGTGTGGAACGGCCAGGTTGGAGTCCTTAAGAAACAAGTTAA GATCAGCCGTCCATGCCCCTGGCAACTATAGGTATTTATTATCTCATATT TATGAAAACATCAAGTCTGTATAAAAATTTTCAGAGTTAAAGGTACACTA GCCAATTCAAAAGAGTTTGCAATAGCATTTCAGTGCCCCAAAAATAGTGA AATGAATCCTGAGTCGAAGTGTTCGGTTTGGTGAATAATCTTTTATTTCT TTTCAATATGTTTTACTTATTGATATAATATTAATTTTGAAACTTATAAA TAAATATCTTAAATCAGTAATAACCAAAATTTATAATTTTGTGCTTGTAA AAATCAATTATAATTTATATTGGTTTATACGTTGATCTTAAAAATTTTAT ATATGTTAAAATATCACCAAAAAATTAACAAATAATTGAAAAATTTAAGG CTGTTTCTCTATTTAGAAGAAATAATAAACATAATTCAATGTAGTATCAT TTATAAAAGAAATATGTTTCGTAAAATTAGTGATAAAAGTATATATTCAA CATTTTACATAATGTTTGACTAAGTTGTTTAAGTTAGCTATTATTGTTAA TTGTAATTGATGTCAATATTCTTATCTAATGAATGAAAACTATATTCAAT CTTCGTCAGTTTAAAAATAAATTTTATATAAAGTGTGTCATATACAGTAT CGTTCAAAAACAGTTCAAATATTCAATCGTTTAAATACAGTATCGTTCAA AAACAGTTCAAATATTCAATCGTTTAAATACAGTATCGTTCAAAACGAAA CTTTATTTCTTTTATTCGGATTCAAAAAGTTTCGTGTGGGTGTAAATCAA AAAGTATAAATATTTTGCGTTTTTCTTAGAAAACGTTTCCGTATAGCAAT ACTGATTTTGTCATCCGTAGATTGTTCCTAATATTGGTCATATTCAATTT AAAAAATTTAATTCCTTTAGAAAATTTGTATAATTAAAGATATATTGATT TTGAAGATTAAAAAAGTCCAAGAATATTAGAACCGATGACACTAATAATA GCATGTCGCTTTGTTTTTCAGTAGTGCCAATCTTCAATATATACGCAATT TCATTATATTCCTGTCTGTCGTTGTCAATATGTTAATGGGTAACAATTAT TTTTGGATTAGTCTAAAAAAATAAAATGACTGCAGTCCTATCAGTCCGGT CCTAATACAAATGACGTTGTTAGTCTAACTACTTTATTTGGGTCGCTGAA GTTACATCTTAATTCATAACCTCTTTCAAAGAGACAAAATACCTGTAAAA GATGTGTTACTAGAGCATTTTTATTGCACGTTCTACCTATAATTTATTAT TTTCTTAGTTCTTATATTCTTCAATCCTTGCTATGAGTGAAGAAAATAAA CAGATATCTAGGACTGTAAGACTGAAGGACCAATGTATCAGTCTTAACGA CCGTTGAATGGTAAAAAAAATCGGACTGATAAAAAGACTGAAACACTAAT AACATTGGTTTTTTGTTTAATACACAACCAAATAAAAAATCGAAAAAAAA TTGATGATGTTATTTTGATCTTGAACCCGATCGATTTCACAACAAAATTT TTAATTTAAACTACTTTTATAATGAAACACATTTGTGAAATGAACAGTAT AAATGAACTGAAGATTGTTTTACCTAAAAATGAAATAACCTTAATTTATT ATTATTTGCTTATTTTTCTATAATTTTTATTTAAAAAATATTTCAATTAA CCCTATGTAGAGTGCAAAAATTAAGGTTAATAAATATGAAAATATCCTGC CAAATAATAATAAAGCTTTAGTAATTGGTATTGCTTAATGTAATGGATGG TGCCTCAGCTTTAAAGACGAGGACTAATAACAAGGGTCATAATTAAATCT GAGTTGAATGTGATTGTAATTGTTGAAACTTTTAACCTCGAATTCTCTCA AATTTCCAAATCAGGGTTTAGTTCTGGGAATTTGTATTGTCATCTTGTTT TGAATAAATATAATACAGTTTAGTGTTGTGTAGCGAGTAGGTTTTCCAAA GTTTGCCTCAAAATCTTCTTATCTTATACCTGCAGCATTGGTACCACTAA AAAAATTACGTACATTCCCGCTCACTGCCCCAATTTTGTGAGGACGCTCC TGCTCTTGCTCATTTGGGTATATTACAAATTTAATCTTAAAAGTGTTCTT TTTCTATTCATTTCAGTCATTTTCTGTTAAACTATCTGCAAAATAAGATA TCAGTTTTTAGTCTCCTATGATTTAGGAAGTAACATTATTTGTCTTGCCC CTCATTAAATAATTTATTCATAATAATATCAAGATCGGAAAAAAGTTTCA ATATGACCGACAATCAATGTATTCCGGTTTCTCGACTAGATTATATAGAT TTACTGGTACTATAGGGTCTAGCAACAAAACTTCCTTTTTTTATCATGCA TGGCAATCAGACTATAGAAATTGTAGCAAAGTGGTGTTGATTTCATTCTA GAAAGTTTTCTTGAAAATACAGTCAGTTGCTATCATGTATTAAAGTAGTG AGGAACGTGCTATTGCCTTCGAAAATAAATATTGCTAAAAAATAATTTGA TTTAATATTTTCTAAAAATAAACTCATTAGAATTTAGCTCTTGAGTTTTC TTTGTGGGATCTATAAAAATCAGTTAATTGCTTCTATTTCTATTACATGA AAAACAATTTTTTTAAGTTCATTTTCATGATTTTAAATTTGTAAAATTCT TTGAAATCTATGTTATGCAAGGATTCAATATTGGTGCAGATTGTATTTGG AACCGAATCAATTTTGGTAAAGCTAACATTTATAAGACCTTTGTAAACTC GCCACGAACTAATAAACGAATCGTCCACAGCTATAACATAAGATATTTTG TAAATTAAGTAAATATAAAAAGTTCTGTTCCCGCACCTTGCATAATAAGA CTGAGTTGCTAAGTTGGAGCTGATTAATAATATAAGTAATCATATTAAGC AAAAGCAATAACTAAGTTTACAATTAATCATATCCGTATAAATTAGTGAT ACAAGTTGATGCATTTGCCAGTATGGAGATATTTGATAGATATCCCACCA AGTTTCAAAAGTCCACGACATCTGTKCCTGACACTGAATTTCATATGGGT TATTTAACTCTATGAACKCCATTTGAAGCTACACAAGCTGAATCCGTCCA CTTCATTTCATTAACTTCAATCAATAATGGAATTTTTACAATAGAAAATA TTGCTATGGTGCTTGAAGTCATGGAATCTTGATATGAATCTTTGCTTAAT ACAAGTTATCACGTCGCATAACCGTGATTGACAGGGAAGGAGAGCGTCTA CATACATCGCCATAAACTTTTGCACGGTGAAGAATAAACGGTAATCCCCA GAGGCTTTGTTCGACCACATCTAGTTTGTCAGTACTAGCACTCGTACAGA ACTCATGCTTGGTCTCCCCTACCCCTCCCTGTATCTTGAGATTAAGTTCG TTCAAGTACTGGGTAATGACACAAAGAAATCAAACAAACAACATCTACTT TTTATCATCCAAAAAGGAAAATCGGGAATTCTGTCCTTGGCTGACCATGA CAGATTTGAGGGGTTCAAATAGGTTCAAAAATGTGCAAACATATGTGTGG GGTTAATCTTGAGGCTTGAAAGGACCAATATAAAACTATACCATAGTATT TGAAACTTGAAGGACTCATAGTAACACCACACACATTCAATCGGGCTTTC TTGAGTGTATTGAGGGGATTCATTTGATATTATACAATTGTGATATATTT TTGGAAGATTGAATGAAGGGCATGGACCTTGAGGGTTGAAAAGATCATTA TAAAAACCATACTGGTAGTATTTGAAACTTAAAGGACTCATAGTAACACC ACACACATTCAATCGGGCTTCTTTAAGTGTATTGAGTGGATTAATTTGAT ATCATACGATTTCGAGATATTTTTGGAAAATTGATTGAAGGGCTTGTACC TTGAGGCTTAAAAGGATCATTATTAAACCATACCGGTGGTATTTGTAGCT TAAAAGCCTCATTATAAAACCAAACGGGGTAATGTTTGAAACTTGAATGA CTTATTCAGGCACTACGCATATTCAATCGGGCTTCCTTGAGTATATTGGA AGAATAAACCAATGCAAGGGGCTCATTGTAACAACTCACCCAATTGCTCA GACTTCTTATAGTTTATTAGAAGAAAGGACTGTAGTATATTATTTGATAC TTAAAGGTATCATAGTAAAACCATGCACGTGGACTTTGAAGTGTAAAATA CTAATTGTAACGCCACGTAGATTCAGTCAGACTTCTTTGAGTATATTAGA AGTAGGGGTTGCAGTATGGTATTTGAAGCGTATAGTGATCATCATAAACC ATACTTTGGGAACTTGACATTGCTTCCAAGGAGGAAGAGGGAGATCACAT TGAAAATGAATAATTTAATTGTAAAAATAAAAAAAATATTCAGAGCATAC TTCTATATGTAAATATACTAATAACTATAATATGAATGTTCGTTGTTGTC GAAATAATTCTAGTTCTCTTGGATTCTCTCTAATACAATGGAGCGGGAAA TTGACTATATGTTATCTGTATACAGCCATTCCATGCCAAATCGATCAAGA AAGAGACATTTTTACGACCCCATCACCAATTTTTTTTGAAATTTTGCATA TAGCTTAATATTGACTAGAAACTCAAAAATCTAAAATTTTAGTTTTCATT GACCTCCATATCTGGAGTTAGAAGCTCTAAAGTRCCAGCCTCGAGGCCAC CACCCATGTGTTTAAACAGCTATATCTCTTGTGTTTTTAAACGTGGTTGG ATAGATATTTACACATTGATTATTCTATGTGTTATACTTTTACCCACTAA AATGTTTCTTTGACCTTGAGGTCACGAAGTCAAATCTTTCACCTTAAAAT TTTCAATCATGGTATACTTCAATTTTATCAAATTTTCATGAATGGCATGT ACAAAACTTGGGTACAATATAAGCAAAAATAATTAATTTAGAATTGTGGC GAGACAAATTTACAATCATTTATATATTCTTTTAAATCCAAGTTATATAG ACTTAGTATTCTATGTACAATGGCCTTACGTGTTTGTAAATATATAGGGT ATTATAAACCTAAACTACTACAAATTTTACTAAATGGTTTCAAATATAAA ACTTATTAACTCATATCTACCCAACCAAATTTACAATTTCAATAAAATAC AGACTAATGAAAAGATCCCGAATAAAATTTCTAACTTTATTTCTGTTATC AAGAATTCACAAATAATTTATAATGGCACACAATAATTTTTTTTTTTTTT TTACTAGCTGCTGTATTTTATATATAATTTCTAAATCAATACTTCACTTT TTTTTGGTGTAGTGATAACTCTTTTAACTATCGATACTTCAGAACCAGTA AAATGTTTCACCTGTAAGGAAAATTTCATCAAAGGGGTAAATGAGTGATT CTTTTGAGTTCCAGGTATAGTGGTGGCCCTTTTTTGCCAATCGCTTAAGA AAGCCAATTCTCGATTATATTCACTACATTTGGAATATGCAAAATTTATT TTCTTAATATTTTCTTCACAAAATTTATAAAATTCCATAGGAGTTAACAT TGTTTCCGAGTTTTTTCCTTCTGAACAACTCTGTAGACTTGCTTTACTCA CTAAGCGTTTAATTGTACCGCTTAAACCATCACATGATCCTTTTCCATGA CTTGTTCCAGAAAAGTCCATTTCTTCTGAGATTCCAAAATCTTCTTTGTG GTAGCAAAGGTTTAAGAAGTTAATATAATTTTTAAAGTGTCCTACACATC TGTCCGAAAGGTATTTTATGTATTTAATGTATGGCAGTGTTTCTTTAACA CATTGGATTAATTTTTTCATGTATAAATGGACGCTCACAGTACCGTACGG GTTACACTCAGATATCACTACAAAATTTACATGTTTTAAGAGGGCGTTTT GCTTGAAATATCCAACGAAAGGGTGAAGGGTTACTATATAACTGTTCCCA TGAAAACTTTGTACTTCGTCCTGCACAACGAAAGAAAAATTCCCAGTAAA GTCACAAATCACTACCATTTATCCATCTTCGAACTCTTTCTTCGCTGTTT TAAAGCCGGAGGATTACATTTTGGTTATAAACGCATGCGGTTGAAATTTT TGAAGACCTTTTGTAAAATCTTCGACGAAATCTTGACTAGATTTCACTAA TTTTTCCAGTTGTGACCTATCTGTATGTGTTCATTTTCTATAAGTTATTT TATGAATCATATTTTGCTCCAAAATCTTAGATAATATATTTTTAATTTTA AGTTCGTCACCACACATTCCACATTGATGGAGACAGCATTCTACAGAGGG GGGACTACATTGGAGAATAATGAGGAAATCATCAAGTCTAACATTATTAT ATTCTGAATTTTCCATCCAACACAATTTATTAAAATTAGCTCCATGGAGC ATGAGCTTCATATTTTTGTGAATTATGCAAACCCATACGGAAAAGTTCCC AGAACTTCCGACTGACACATTTTCCTTAGGTCTAAACTCTGTAAACTTCG AAAAACCCATTTTATATTGTGGATATATTTGTTTCAAGAGAGAGCTTCTC GTAAGTTACATAATATGAGGTACTTTTGCTCTTTGATCTTGTCTCCATTC TTATAAACACTCACAATAATTTTTTTGTATTACCATTATCCTGTTCACAT CTTCACATCGGATTTATAAAAGTTGTTCACGTCTTGAGCAACATGTTCAT CAATTTTGGAGCCCCCTCCTTGGATTTGGATCCGCTAAAATTCCTTGTTC ACGGTGAACTTCTTGGAAAAATGATAAAATGTTTTGAAAGTAATTTGGAT TTTCCAAAAAGGGCAAATATGCAAAAAGATAGTCAAGATTTTTTTTTTGT TGTTGAGTTATTAAATTTATCCTGTAAATCTTTGATGAGTTGATCAAACT CTTGAGCATTTAATGCCTTTGTAGTTTCTTCGTCAACATATATATTCGAA GCTAAATCCAAACCTTCATAGTTATTTATTAATTTGTTTTGAATAGCTTC CAATGTTTTGTACCTTTTCTTGGACATATTTTGGAGTCATATGACTAACC CTTTTTGTAAGACTTTCTCTTAATGCAGATAAACATTTATTGAAGTCCAA AACTGCAAATTTGGGATTGCTAGGTTCGTCTGGATCACTTTCGTTTGAAG AATTTAAGACCATTGTGTTGTTTTCAATGGCAGTATCTATTTGAGGAGGT TTTTCGTTTTTTTAGCTTCTCCTCGCATGGACTGCATATATTTCTTGATG TTAACGACCATTTTTTGACAAGGTCCTCGGAAACTAATCGAATATTTTTT TATGTTTATTAAATGGATCACTAAAATTTTTTAATTCATTTAAATAGCTA CCACACTGATATTCCATTTTGAAAATGATTTGTTATGTTGAAACTAAATA AGTAACTTTCCAGTTGTTTGCTAATGTACGTAATTAAAGTATTCCCAATC TTTAGTTTCAATAAAGTACTTGCTCAATTTTATTTTCCTAACTTATTCAT CTCCACCKNCTKCCCCCCCCCCCCCCTTTGGTATTGAACTCATACAGTAT ATATGAAAATAAAACTAATGTTAGCCTATACACATATAACCAATACATTA GTGAGTGGCGCTCAATCGAGCGCTGCTCAAAATTAAATTATTGAAAGAGT GCGGGAGCGCGCTCATTMTTTTGAATAAGAAGCAAGAGCGGAAACACACT TGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTTGAT AGACTTATCACTTATACAATTAAGACATTGTATTTTACTAAATATATATA CCATATAATAAAATATGTAAATGAGTATAAATTTGTCTCGCAACAATTTT AATTAATTATCTTTTCTAATATTGTACCCAAGTTTTGCACATCCCATTCT TAGTATTTCGCTTATATGACCCAAATTTAAAAACAGCCCTAAAACTTCTT TGAAGTAAATTAATATATGTTGACGGCCATTTTATGAAAAATTGAAAAAA AATGAAGTATACTGTTTGAAATTGTTAGGGTCAAAGATTTGACCTCGTGA CCTCAAGGTCGAAGAGCCATTTTGTTGGGTAAAAGTATGGAATATAGAAT AATTAATGTGTAAATATCATCCAATCACGTTTAAATTAGATCGATATCAT TCAAAGCACAAGAAATATAGCTGTTTAAAAATATGGGTGCTGGCCTCGAG GCTTGAACTTTAGGAGCCTTTAATTCCTGATATGGTGATCAAAGAAAATT AAAATTTTTGATTTTTGAGTTTCAATATAAAGCTATATGCAAAATATCAA AAAAAATCGGAGATGGTGCTGTCTGACGAGTGATCAATTTGATGTGGAAT GACCCATATATATAAAAGAGTGGGTGGTGTTTGTAGAGATGTCCTTTATA CGTTCCTACACCATTGAACCCTAGGAGGATGAAATTTTGCCTGGTTTGTA TTTAAAGTGATGGATAACTGTTGAGTGTATGTAATTTCGTCCAATGCAAG AAATATATAATTGTCATCAAATTTTTCTCCTTATCTTGTTCAAAATTACT TTACTTCGAGACTTTATTGGCTTMATGATGAAAAACGGAGAAGGAATTAC TTTTCAGTGGAAATTTCCATGAATTTAAAATTTTTTTGATGATTCACGAT ATGTAGTGGAATAGTACAGGAAATAAGAATCTTGGTCATATCAATAGTAA AATTGAAAATATTAGAATTTGAATTAATTATGCTACTTGTATAGAGTTCC AAGTTCCTCTCTTGAATTTGTTGTTTACTTCGATATTCTAATTTGAAAAT TTTGACAAATGATAAAAACGTCGAAGCAACGTTATAATTCTATACATTTT TACCACCATTATCATCGATCCAGGATTTAATATTAATAGTCATTACTTTA TCTCAAACTTCATCACGATACAACTTTATACGTTTCTAAAAGTTATAAAT AAAAAATAAGTCGTTCATTGTTATATGTTACATATTTATACAGGAGGTTT TGCATAACGTGATGATTGGAATATTTCTGAACCCTCATATCAGGTTTTTT TATATTATGATAATAAAATATAAAAACTATATATTGAGTGAAACAAGAAT TTTTCTAGTTCTTGATGAGTTCATTCATACTATGCCTATATATATAAATA TATATCTATACATATATATATAATATAAGTGTATAATTTTGGAGAGTGTC CTGTAAGTAATTGGTTCGACAGCTACACTTAAAACTTATAGTGACTACTT ATTACTTGCAATTAAAAAGGTTGTTGAATAAATATTGGTCAAGTTCCGAT TATTTCAACCTTACAGTATGGAAATTATCAGATTAAAAATCAAGTAAATA CCCGATTAAGATTATATTTTACAGGTATCTTGTCTAGTATATATCATTTT AAATAATTTCTGATGAAAAAAATGTTTTTTTTGTCCTTACTATACTAAAA GACAAAGGAAAATGAGTAAAAAGTAGACTTTGAAAAATAATTTCCCCTCT TTTACGGGTTTTAGTACTACGCTGATTGCATATATTATGGATTTTTCTTA TTCATAAAAACTACAATAAGGACAAACCCATTGTATATGATTTATGATTA TGAAGTATGATATGTCTTCTCCTAAGAATGAAAAATAATGATGACAGCTT TTATTACTGTTTAGATTGCGAATTACAAAAACTGCTCCAACTTTTTAGGA CATCTAATATGAATAACTCTTGATGCACAATATTTCATCCGTATAAGAAA ATTTTCTGCTGTTTTCTGCACTTCTTTCAATTCTATTTATAAAAATTATC GCCATTGTTTTTATTTGTTGCGAATGCTGTTATTTTTTCTAGTCCAATTT TAATATGTTTCCAGTAAAGTGTTATTTATTTAAATGTATGTTGTTCAATT TTTGGTACAATCATGTCAAGTTTGTATTCTGTAATATCAAACTTACTCTT GATCGTTAAGATATAAATGAGTAATTCTGGTGTGTCATTGAGATCAACGC TTTCGTATATTGGAAGGCAGACAAACTTTGGAGATGACAGTTTTTCCTTT GTGGGGCTAAACATTATTTTTTATGACAAATTCTGTTGGTAAACTCATAT GATCTTTGTCCAATTATAAGAATAATAGTTTGTCGGTGTTGTAGTTTTTT TAACAACATCACGTGGTATTTTATTTAACTCTTCCATTTTGGGTTAGCAT TTCAAATCTCGAAAAATTGTTTTTGAGGAGAAAATGATGGACTTAATTCA CGTTCACAACCCAAAATCAAAGTAGATATTTTTTAAAAGGTTATCTAAAG TAAATCGTGAAAAAATAATTGAACTAATTATTTAAACGGATAAATTTCCC CTTCAAAAATAAAGTATAAACTTCAGTTCGTGTTTGTACAAGATTATGTA GTATCAGTTTCATCTAATAGATATTAATCTTGTAATCATACAATTATTCA TTCATTATGGTAAACAAGTGTGTTTATGTTGGGTGTCGAACTSCAGCCGA TAGGAAACTTCCTTCAGGTGTTGACTACATCGATTTCCCAAATGTTAAAG TTATATATCATATAATTCTAATGAAGAAATAACACAGCTTGGGAAGTAAC CTTTGAGTAAGTAGAGTATTTACACACAGGGTTGAATGGATTTGGAAACA CATCATCCAAATGTTGTATTCAGACCCAGGATTACTAAATAACATTTATA GTTAAGAACCATTAATTGTTATACGTTTGTAGTCCAAATGAAATTGTAAA TATTTCTTATGAATTTATAACTTAAATTTTATTTCAAGAATGAAAACCTC TTTCGCATAGAAGTGTTTATTTGAAGTTTGTTTCATATTTTTATTTTGTA TTTTGAATGACAAAATTTTATTCTGACTCCACAACCCATATAATAATTAT TTTTTCAAATATACTTTTTTTAAATCTAATATAATTAATAATTACAAAAT GTCATAATATAAATCAATTTATTGTTTATAGATACATAAGTTTAATTCTG ATAGTTTAACGAAATTTATTTATTTTTAAAGATGAACCAAAAAAAAAACC TTACTCAACCGTCCACCAATCATATAGGTATGTAAATATAGATGAATTAA GTCATAATTAATTATTAAAATCTATTATATATATGTAACTTATGACCAAC TCATAATAGTACAGAGTCATTATAATAAAATTACATATTTGTAGCARGTC CACCCAAAGGGAAGTTAGATAATTTTTCTCAAAATGGAACATGGAATACA TTTTCCAACAAATTATAGTTCATTTAAATGAAAAAATGATTCTGNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNAAGACAATATTGGGGCCAAATTAAGTCGAATAGATAAA ACGGAAGTTTTAAACTACAGTTAACACTCTCGGGTATCTCAATTCATCAC AGAAATTTGAATTCATATCCTGTAATTTACCGTAATATATCTTTCAAATA TTGTCTGTCATTTTATAAATATAAATGATTGAACCTTTGAATATAAAACG CATTTTCCGCTTCCCGTGATACATTTCTGCTNNNNNNTAAATTACTGCAA TTATTTCAAGAYAACTTTACAGCCAAAAATAAAAAACAAAGATGCACACA ACATTTTTCGTATGGATTTAAAGTACTTCACATTGAGTGGATATTTGAGT TAGATATTACMTTTAACGTTACTGMTTGKAAATGTYAAGWKCTTTKCAGC CAAAAAAAACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCACACAACATT TTTCGTATGGAGTACTCTTGAAATATTTAAGAGCGTGAGAATTTGTTTCA TTGAATACAAGATAAATTAAATTATTACTGCTTAAAAGGGACATAAATAA TAGTTATATACTTTTTAGAGTGGATTGTTGCAGTAATTTATTAATTATCA TAAATGTATCACGGGAAGCGGAAAATGCCTTTTAACAACCAGTTGGTGAT TTGTTCTATCGGTCAGAAGGAAATACAGAAGGACCACTTTAATGATCACA AAGTTATACTCCATAAGAATGACCCCAGCTGCAAGTATCAAGTGAAAATT GATCATAAGAAACAGAAAACATTGAACTTTGCTGTTAAGAAAACTTCCTC TGCTACATCCTCATCCTCAGTCACTGCCTCCTCCTGTCCCAATGACCCTG CTCCAGTTGAGGCCTTACAGCCTGAACCAAGATCTGAAAAGTCCGTTTCT GCTGGAGAGAAAGTTACTGCAGACAAAGAAAATAATGGCGNAAAATTGGT TCTGTAAGTTCCCGTGGCTAGAATATGACGAAGTTGAAAAGTCAGCCAAA TGTTTCGCCTGTTCCAAATTTTCCATTTCCAACCTTAGGAAATTTAAGTT CAAAACATGGAAAAACAGTTCCTCGTTGAAAGTTCATTCTAACAACAAAA AACACAAACTGTCGATGGAAAAGTGGATCAATTTCCTCACATCAAGGAGA AACAATACCTCGGTTCTTGGGCATGTTCAGTCTCAACATGCTGAGGAAGT CGTGAAGTGGCGAGCTTATTTGAGGTATCTTTTCCAAACTGTTGGGTTCC TTGCAAAGCAAGGATTGGCTTTTAGGGGCGATTCCGAAACAAGGGAAAAG TTGACGGAATCTAATGAAAACAATGGAGGAAACTTCTTGGAGCTTTTGTC CCTGCGTTCACACGACAACCATATGCTCAAAGATAAACTGGAGGCCGAAG TCAAAAAATTTGGTTTAGCTGGGGCAGGTTTTGCCAAATGGACTTCACCT GACATCCAAAATGAGCTGATAGAGATTATAGCATCCAGAGTGACGGAAAA TATAATTGAAGATGTCAAGACTTGTGCCGGCAATGATGACTACTGGTTCT CTGTGATTGTTGATGAGATATCAGATATTTCAAACACGGAGCAGTTCAGT CTGTCACTGGGATATCTGATGAGTGAAGGCATCAAGAAAGAGAGCTTCCT CAAGTTTGTAAAAGTTACCCAGACTGACAGCAAATATTTGTTTGAGAAGC TTCACAAGGCTGTCAAGGATTTCGGCCTTAACCCCGCCCTCACTGTCTCC CTGGCCGCAGACGGTGCCTCCAACATATCCGGCATCAAGAAGGGTCTTGC CGCCAGGTGGAAGGAAGCAGCCCCACTGCATGTCTACATCCACTGCTACG CCCATGTCCTCAATCTTGTAGTCAAGGATCTACTCTCAGGTATAACCCTG TTGAGAAATATAATGGGGACAGTATAAATTTTATACAACTTCATTGAAGA GTCACCAAAGAGGTCAGCAATCTACAAGTCGGTGAAGATAACAAGTAAAG ATGAGGAGCATGCCAAGGTGATGACCCTGAAGAACCAGTCTGCTACCCGC TGGAGTCTCCCCTACGATGCTGTACACGCTGTATCTCTAGGGATGGTCAG AATCATGAAGACCCTCATAATAATGAGAAAAGATAAAGATACATTGTCGA GTTCAACAGCAKCTTCTCTGCTCAACAGCATCTTTATTCAAGAATTTGTT TTCGGCATTGAACTGTTGAAGACACTCCTCAGACACACATCTAACTTGTC AGATGAACTTCAAGGCAGAGAGATTGACCTAACAAAGGCCCGGAAACACG TCAACCTANNNNNNNNNGTGATTAGGACTCTTGAAGATCTTAAGAATGAG AAAATCTTTGAATCAATCTAGAAACTTGCTGAGTTGAAGTCGTCTGAGAT GAAATCAGTATTTGACCAGGAGGACTCAATTGATTTGGAATTCAAGGAGG CGAAGATTCCAAGGAGAATAAAGTGGAAAAGAACAGCTGAATCCTACTTC CGTGAAACACATTTCGATGTTGCAATCAATAAGATTGTATTAGAGCTTGA GAGCAGATTTGCCGCCGACAATACAAACATCACAATGGATCTCATTGCAA TTGTCAATGACAGTGAAGTGGAGACCTGTGTCATTGAGCGTGTCTCCAAG CACTACAGACTTGAACTCGAGCAGCTCCAGTCAGACCATGCAATCTTCCA GCAATTCAAGGTTAATATTATAATGTTTCATTTTGCATTATATGTTTAAA ATTTATATTTCTCTAGGCAGATATTGAAACAGAAGACATGGTTTCGTCAC AAATTGCTGCGGAGTTAATAAGCTTGGGAGTGTTCCACCTGATGCCGGAG CTATACAAGGTGATCGTTATCCTAGCCTCAATGCCCATCAGCAGCTGTGA GGCGGAGCGGTCATTCTCCTGTCTCAGAAGGCTCAAGAACTACATGAGGA CCACCATAGACCAGGAGAGGCTCTCCTCCCTCACCTTCTTGAACATGGAC AGGGTGATGGTGGACAAGGTGCTCCATGAATACATGGACAGTTTGATTGA CACCTTTGCGTCAAGAAAAGAGAGGAAAAACTTCTTCTTCTAATCTTGAT AAAGAACATATGCATTTTTTTCAAACACATCACCACGTATACATGCGAGT TAAGAACATCAAGACTTGTGAACATAATTTATTTTCTGTAGATGTAACCG TTTCATGGTATATTATAATCTCGTTCATTATATTCATCCGTTATTATTTT AAAAGTATTTAAGGAGGTTTAAATTGTTTGACTTAATTGTATAGTTCAAA AATTTTCTCTCATTCTTGCACCGTCATTTTATACTCCATTATACTCTTTC CTTTATGAATAGGTCGGCATTGACTTTCCGACTAGAGTTTTTCCTTTTCC TTTTATTTTTCCCAATGTTTGCCTGAAGAAAATAATGGTCCCACAGTCCA TTGGACGATATTATTGCAAGATTTAATCTATGCTGTAGCATTTGCCCTGT TTAAATATCCCACGTTCACCACTGAAAATCAACCGTTCACCCTTGTAAAG TGGACTGAAAAATCTTCCTGACATACGGCACTGTACAGAACCTATGATGA TCAAGAAAAAAAATCGATTTAATTGAAGGATACTGTTTATGAATTTGACT ACTGCAAACGTGTTTTTTGTTGAACCTTCGTAGTTATTTTTTTAAAGTGG AATTAAGACTGCTACAATTTTGGCACCCATAATCATTTTTCGCTTCGAAA ATCCGTTTTCGAATCATTAAGGATCATGTAAAGGGATTTTTTTTTGCTAT CATCTTCGTACTCTATTTAATTCCGGTTAATGACCTCAAGTGTTAATCTT CTGTGCTGCTACTCTTTTTAGTTGAATAGGTAATATTTATATATCGTAAC CTTTTTTTTCTCTCTCCCTCTTTATTGTGGTCGATATTATATTTATATTT TAGTGACAATTAGTGATTCTAATGGGAGAATCCGTTTGGGATTCCCCTTT CATTACCTTGTCATCTGTTATAGAGGAAAACTTTTTCTCAGTTGTTGTAC AAACAGCAAAAATACTTTATATTTTTTCCCAAGAACGCGGTTCTTCTTGG AGCAAATAAAACCCTTCTTGAGGATAAAGACAGGGACACGATTTTTCTTC GTTCCTCAGTTAAAATCCCTGTTGCTCATAAGGTAACAGAAAATAAATTG CAAACAATGTCTTATAGTAGTGTTGGAACCACACCCCTGAAGAAAACTAA TGTAAATCGTTCGAGCGTCTTTTCAATATAAAGTTAATGATTGTGAATGA ATGAAAGTTAATGTTAATGAAAAGTGTGTGACAAGGCATTGCGATCTATT CTTGAACCTTTTTGTTAGATCATCCCTTTTGGCATTGGAAATTCATCCAC TACTGAAAAGTCATATTTGAAAAAAATCTCTATTTTTAATTATTCAAGGT TTCAAAATTGTAAAAGTTCGGATTGAATAATCAATGTAAAGGGAAATCTA AGGAACGTCTTTGATTCTTTAGGGGCGGAGATTGATTCTTTAGAATTCAT CGGACAGACGCAACAATGTGGAAATTGTTTTATGTTTGGACATTATAGGT TTAATTGCAAGGGGAAAAATAGTCTGGCTGCTATTCTAAGTCGTGGATGA TTTCAAGAATTGGAAGTTCCAAATAAGGATATAAAAACAAAGTCTGTGAG CAAAAAGCTGATAGTGTTATTTTGCCGTTACAATTATTTTATAATGGCAC TCAAGAAAGTTAGATTGTTGATGATAATAGGGAATTTTCTTCAACAAAGC TCACTTATAAACGAATCATCAGCCTACATTTCAAACTGTGGGGATAAAGA GAAATCAGANNNNTGTTGATGGGAAATTACATCACATGTTGAAATTCATT TACGATCCTTCAAGACCTTATTAAGTATAAAAACCTTTAATAAGGGAGTA TGCAGTTTCGTTGGCTCGAATCAAATCTCAATCATTAAACAAAAGAAACA GACTTGATTTAAACAGCAATCTAAATTCAAACCTCGATACTTCGAACCAT AAGAAGAAGACGAGAAACGATTTAACTCATTAAATGACTGATAATCWATT GAAAGATACCGAACAAAATAATACTTTTAGTAATTGAAATGTTGAAAAGA AKATGGGTAATAGAAAGATCCTGTTGCTAAATAGGAGAGGAGTCAAGAAT CACTTATCACGCCACGCTTTAAGGAAAAGATTTTTATTATTTTAGCTTTG ATGTTATATGTCCTCAGGACATCAAAGCTAACGAAAGTATCCTTGTTATG TAAGAATGATTGCACCTTCTGTATTGCAAGGCAGTTTAACTGTTTTTTTA ACGGCTAAGGKACAAATCAAGGAGTTCTATCCTTGGTTTAATCATCTCTT AATGATCCCACATGTCCAAATCCTACTCTAGTGCAAGTGACTGGAATAAA ATTTTAATATCCAATGAATAGGCTAAATTAATGCATATGGTACTAATGGT TTTTTTAAAGCCCAATAGACATATCTTTATTTATAATTCTGACAAAAACA GCTATTCTTTAGCATATCCATTTTTGCTTTGATTAAGTAAAAGGATTTTT AAATAGTATTTTTGCATCGAAGTTAACCATTTGGGAGATATAGTCAGTCC AACCGTTTGGTTAGCAGCTTTTCCGCTGAGGTTTCTCCCTGACCTAGTAG TTCGGTTCTTATTCTTTTATTTTTTATTGTTTCCAGAGCTATAAAAAAAG GAGTTGGTGGACCAAAACGCCTAGTTTTTTTGTACTGAGGAATACTGAAG TAGTCCTCCTGTGAGTTACAAAGTTTGACAGGCCAACTCTTCGTTAATTC CAAAGCCAGAGTTCTCCAGCGGTGGTAATATTGAAGTGTATTCATGTTAT AATCATAATAAAGAGTCAATCATTCTTCTAGGTCATTATTAACAATTGTA AAGGTAATAATTTACCAATCTTACTCGTGGGAAACCTTAACATTGACTTA CATTTGTTGCAGCAACTCATATCAAAATTTAAGATTTCTGGAGAAAATTA TATGAGAAGTAAATTTGATTGAGTTAMCAGCCAATTTTCGTAATTACATT AACATTATGGTCGTCCAAACCCCTCACGCTTAAACTAATAAATCATCTCA GAATATGTAATTTTGGACCTTCGGAAAAAGCGTGTCTAATAGTAATAAAT AATTTACCACAATTTTTCATGTAATTCCACTGAAAAAGATTATCAGACCA AAGTTTTTCCTCCAATATGGCATCTTCCACCAATATTGGTAAAGAGGTAG CCTTATCCCAAACATTTGGAATGACAAAAGTGTTGTAAAGATCTATTCTT TTTTTAAACGTAAAAACTGAGMCAGCCTTTGATAAAATTATTGNCTCTCG CTTTTAGTTCCAGCCAATTTAATTCTGAGGGGCGATCTTTTCTCTGCATG TCGTAAATATATTTCCATCAATCCCCTCCGGACTAGAGGCCTTATTGTCT TTAAAGTTTTTCCTAATGTATTCAGATAATATCTCGTTAGGGAAGATCGA GATTATTTTCCTTTTCCTTTTACGGAAATTACTTCTGATCCCTACGATGA ACTTCTGGAAGGTTTTACGAAATGCCATTAATGTTCTCTCGCTTTCTTAT AGTTTTACCACCTTACTTTATTCTCTTTATTACTGAGGCTGAGTAATTAT TTTTGTTGGTAAGGTTTTTAATTCTTTGAAGAGGATTATTTTCCTTTTCT ATTTTAGACATAGCATCTAACCGTTTCCTCAATCCGGAAGGATTTATAAA ACACAAAAGGTATATTTCGTTAAAAAAGTTAATCCACGTTCAAGGTATGG TCCAAATTATCGTTAAAATTAACCCTCACTTTTCTCTTTTCACTAATGTA GCTTCTGACAGAACTATATATTGTGCATTTAAGGGAAACCCATATTTTTT TTCTTCAGAAAATGAAGAATGAAAACTATTTGCTGTGTTAATTTGCATTT TATTTATGCATTTTTTCATCATAAATCAACCTGAAAGGGAGTTTCTGGGG CTTTGAAGAAGTTTCGAGTANGAAGAATGAAAACTATTTGCTGTGTTAAT TTGCATTTTATTTATGCATTTTTTCATCATAAATCAACCTGAAAGGGAGT TTCTGGGGGACTTTGAAGAAGTTTCGAGTACGAAATTAAACACTATCATC CTGTGATCGTATAATGGTTCAGAACAATAGAAGGCATACTTAGTATTTTT ATAGATGAATTTTGACACAAGTGCTAAATCAATTTGTGACGTTGATCTGC CTCTTCTGCATCACACACTATTACTGGGGCTAAAATTGGCTGMTAAGTCA TTCAAATTTAATTCACATAAGTACAAAGAAACTAGGCGTTTTGGACAACA ACTCCTTTTTTGGTAGCTCTGAAAATAATAAAAAATTAAAAAATGACAAC GATACTACTAGGTAGGGCAGAAACCTCAGCTGAAAAACGGGTAAGCATAC GAGGTTTGACTTCGTCATAAAAATACTATTTAAAAAACCTTTTACTTCAT CAAAGCAAAAATGAGAAGATCAATCTTAAACAAATAAATACCGAACATCA CAACAGGAACACAAAGAAAAATATTTCCAATTCTGCTTAAAAAAATTAAG GAACGCTACTCGCGTATTGGTCTTGAATCCTCCTATTAAGTCTTCCTCGG AACTTTGCTTTAGCAGTCAAAGGTTTAGAAAAAGTTTTATTATTGAGGGG AATAGAAAAAACAAATCTATTTCGATATATAACCTTATGTATTTTATATT AATATCATTAAGGGGATTTTCTGGTTTTTCTAAACTGTTCTTCTTTTCCA TTTTTTCTATCGCTTGTAATTGTTTATGAAGGTCAATAATAAATAAGCAA AGAGCATTTTCAGAACTGTTATAATTATAATCTAGTATAGACATGGTAAA TGAATTTAAATTGTAAATAAAAGTAGTCCAGATGTGCATATCATAAATTA TGCTTCATAGAGGGCGTTTTGATATTTAAGACACCTTCGAAGGACGAATA AATTAAATTAATTTAACTTTCCAAATCAGACAATTCAAATTAAACAAGCA TGATTTGCACAAGGAAAAAGAGGGGAAATAAAAACATTGTACGCTATAAG TAATATTTGTATTAATTTTCTCTTCAACTATTTTGTATTGTTATTCATAC TATAAATATTTTTTTCTCAAAATAGCATAAATATATGTTAGAGTATATTA CGTCATCTTTAAAAAAAATATAGAACAGAAAAACTTTTATTGTGAACTAT TTTCACGATAATCGTAGAAGAAGGTAATTTTTTTCGAAAAAAATGGCAAT TTTCAAAACTTTGAGGGCGTTGAGCTACCTCTAAATATAATTTAATCTAT TTAAAACATTTACAATTGTATCTTTTTGCAAGTAACATTTCAGGATCATT AAGCGATCAGGACATTTCAACGCAATTAAAAATAAGAGACACCCACCTGT TAATGTTACCTTGTGAGAAAGCATTTTAGGAAGTAATAAAAATTAGTGGA AAGAGTATCTAGGGGGAAAAAAAAAAAATATTAAGGCTGTGGAAGTAATG GCCATTGAGGAAAGGATTGTTCCAGAAAAAGAAGAATCCGAGAAGATCTT AAGGGTGAACTCTACTTAGATAACGTCCCCCAAAGTACAATTGCCATTGC AGACAGAACTGTTACCAAATGGATTAGATGTAGCCGGAAAACTTTGGGAA AACCACTTTCTCAGTGATATACCTGAGTTAGAATTAGCAAAATTAAATCT GTCATGTAATCAACCAATTTGGTTCTTAGCTGAATTTTGTGGAATACAAT TTCAAGAATTAGCTTATATTGGGAATCCAGCATTCCATCTTATTCTAACA AGTACTTGGAAGAGGCGGACATTGTAATGGGTTTGGTCGGAGACAATTGC TTTAATATTATAGGTATTCCTATTGTGCCGGTAGAAGTTATGGTTGGTAA TATAAAATAGCCGTGGAAAACTAGGATCTTAGTAATTCTTGAGCTAGAGG TATCATTAATTCCCTGTTTACGTAGGCTGATATATATATATATATATTTC TGCCCTAGGCTACACTAAGTGTTACCAGGTGTAATTTGACATTTCCTTTG GTAAGCTTGACATTTTTCGTCGCCAGAAGATGCTGTTGAAGCGTTTAAAA ACAATGTTTTGGAGGTGTCTCAACCGGAGTGGAAAAAGAGCTTCGACAAT TGGTTTGAGTGCATTAAAAAGTGTATAAATGATGCTGGAGAATACTTTGA AAACAATAAAACCATTTTAATGATAAAAATTCGCATTTTCATTCTTAGGC CAGAAATATATATAGATGCTACGTATCAATGTATGACATTACAAAATTAG AGAATTAACCTAATTATTGGAAATAAGTGAATATATCATTATTAAATTAG TACCAAACCATACATGGAAGAAATATATTGTGTCGTATGAAACTAAGAAA CTTCTCTCCACTCGAATTTCAATTGATTTTGAAAAACTTATGATGTAATT ATAACTGGAAAGACTTCAATTCCTGTAGATAAATAGTTATAATTGTAGCG ATATCTCAAAAATAAAAGCTAAATTATAGCCGTAAATCAGCTATTATGGT TTCAGCTACGGAAGCAGATGGGAAAATCTATTTTGAATCACAATTAATAG AAGTGAGGAAGACAATACACGGCAATAGTCCTATATCATTAATCATTTTG ACTAATGTGGGAATGACTTCGGCAGATATCCCTTGGACAAATATAATTAC TACGCAGCTCATGAATATACGTAAACTACTATCAAGCTAGAGAAATTTCT GTTCTTCATCAAAGAATTTGAAGAGTACATGTGGGTTACCAAATCTATCA TGCTTGTTCATAAATTTTATTTGTACGAACTTCAATTTTTATAGTTATGT AGATCGAAAAAGAATGCTGATTCTTTGCATAGAAGACCCAATCATCAAAA AAGTGTAATAGAAGAGAAAAAGAGAAAAAAACAATTTGATTTCAAACTCA TGTAGGCCAATTGCAAACCTATTAAAACTATTACTAAAGTTAGAACTTGT CGATGAAAGAACAAATATAATCAGGAACAAGGAAAGATTAAGGAGGTTGA AAAAGACATGACTATGATCAAATAAAACGGTGACAGAATCAATAATAATT TAATAGACAAATTGATTTTTATCAAAAATGTATTAGTTTTCCTAGACGTT CCTTGATAAGAAAGGAAAGGGTTAAATCAATTCGTACAGCAGATAAAGTT TAACTATCTCAAGGCAAATAAACCTATCTTAGAGCGTAAGATCAATGATG TATAATTGATAGTAATGTATATATGAAATATAAGGAAAATGATGATTAAG AAATATGTGACTGGAAAAATTTCTACGCATAGTTATTGACCCTGTGCCTG TGCATCATTTATCAGCTCATCCTGCGATAAAAAAATCCAAATTAATAGCC AAACATTATTTCTATTCACCATATATGGATAGAGGTTTAACTTTGTATTT CTGTTAACCTTGGGTGTGAATAATTAAGTTTTTGCAGAATCTCTTTCCGT TTACTTTTTGGAATTACCAATCGATTTCTTTATAAAATCAAGCCTCCCTC AGTACTCATCTTAGTTAAAAAAAATTATGTAAAGTTTCATTCCATCCCCT ATCACATTGTTTTCAATTGCATTTACAAGACCAATATATCCTTCATCACT TATGGACTTTTCATCACTATATTTTACTGATGGATCAATTATTTGTTCTT CGTTTTCCTATTGAATTATTCTAATCTGAATTACTTCCTCTCGATGGTGA CCAACTTTTTTTTCAAAATTTTCATAGCCTTCTGGGGATCAGGCAGGTCC TTTTAATAATGCGTCTGGGATATCACTATCCTTTCCTCTATTCTACCCTA AATTGATTCATTGACAACTTAAGTTTATATCAGATCAATCTCACATTTTC AAACATATCTATAGAGTAACTACATATAATAGGGATAATAAGTTTCAGTT ATAAACGTAAATGTAGGTAATCAAGCAAAAAATATATGGCCCTTCTTAAT TGCCAATAAATTTCTCAAGCACTCCAATATGATAATTGCATACTTTGTCT GCACTGGACAAAAATCGAGATACTCTTTGTATTAATTTCCATCTTCAGGG CATTCCAATTTGCAGATATCAGACAAACACTTCATACTAGGATTAGATTT TATAAAGAGAAACAATTTAGACCTCGATATATCACGAGGTCATTTCATCA TTCAAGACAAAAGAATACCTCCTGAAACATCTAGAAAAAAAGATATTATC AAATATCTCCCATCTATTTAAATAAAAAATATATTAAAAAAAGTTCCCTA CTTTTCCATTTAGGAAGTTCGACATTGTTAAGAATATATCTGACATCACC GTAACTACTGAATACCTGTAGTTTGTGAGCTTCGTACATTAAAAAAAATA AACAGCCAAAGCAGAGTTTGATAAGCTACTCGATGCAAAAATAAATAAAA GATCAGAGAGGCCATGGAGTTCGCCCATTCACATGGTAACAAAGTCTAAC AGTTCATGGATTATGTGTAGGCATTATATACTTTGAAATTATAAAACTAT GCACGACAGCTATGCATCTGATAACATTAATTATCTTGCAAACTCTTCAG CTGAGTGTGAACTTTTTTCTATGATGGACCCAATAAAAGCATAACACCAA TTTCCTGAAAATAGAAAAAAACTACAGTTTTGACCACCTTTGGTTCATTT CAATGTATTATAATCCTATTTGGCATTAAATTTCTATAATTGATAATATA AAAAAAGAAGATAATGGTGCGTTAAAAATTTAGTGAACCCAACTTTCTTA AAAAAAATGTGAATTTCCAAGGATTTTTTAAATTTGTTTTAATGTTCCTT TAATTGGTCAGATAGAGTAGCAATGATCAAGTATAAGTAAACAAGCAATC AGAAAAAAAAAGTAGTTACCCAAAATATTATAATTGTAGTATTAAATACA AAAATAATATCAACTAATAATGATTATTTTCGTAGTCTTTTATTGTTTTA AGATGTATGGTAGTGCTCTAGGGGATAAAAATATGGATCTGACTAAAGTA TTTCTTTATTTTTTTACCGTTTTATTCTCCCGGGGGGGGGGGGGGATTTC GAAATCCATATTTTGAAGCCTTGCGACTCAARTTGWTCTCACAATCAAAG ACTATAGACTTGAATGGACTCGATAGCTAAGACTCGTGAATCGACTTGGA CTGGAAAGATAGTATAAAGAGGATAATTGTTGCAGGCTCTTGCAAGTAAA AAGTGGTCATCATTAAATTAATATATTACCTAGGAAACTACCTCGTAATG ACTGACCATGTAGAACGGTTTGATTTTTAACATTTTGCGAGTTTTAATTT CGTCTAGTGCAAAAAAGTTGTCATATGGTATGAAAATGGCCTCTGCAAAA TTTCATTGTCCTACATGGTCATCTTTCGGTCGTACATCTTTATTAAATTA TGGAAAAAGGCAAAAACTCTCTACTTTGTCAATATAGATACAAAGAGGAA ATTTTAGGTTATTTTGCATTAAATAATTTTGATATAAATTTTTCACCTAT AAAAAGTGTTTTTCTAAAAGAAAAAAAAACAAACAGAGGGAAGAAGAAAT GAGATAGAAACAAAGAGAGAGAGAAGGAGAAATAGAAAAGCTATATTATA CATAAGGTTGATGATTTTGATAAGAATACAAAAGCGTGCGAGGAGAAGAG AAGAAATACTTATGGCATCATTGATTAAATAATATACATCRTKTTCTAWC AAGWACCTTATAATTCCCGCCTTTATTATTCAATGTTAATATAATATTAG ATACTGATAGTCGATAGAGAACTGAATAAAATGACTAAAATAACGCCACC TTCTGCATGGATTTCTGAAATGGAGGCCTAGGAATTTGGAAAATACTTAC CGGATGAGAAATAGATGGCTTGTTGGATTTATCTATATAAATGTGCCTTT AGTCCCCTGTCTATAAATACACGCCACTCATTATCCTCATCTCATAACAC GAGTTATATTCATTTATAAAATCAAGTTAACGATGAATACATCAAGTCAG ACTTTAACCTTGATCTCACAAAGACGCTTATTGTATGTAATATAACCTTA TACATTGCTAATCATCCTACATTCAAAAAATTATGGATAACTACACGGGT AAATTCTTCCCTTCCCGAAGAACCATCATTAATTAATGGAGGATGTTGGT AATGATGTCATTTATAGAAATACCCCCATTGTAAATTGTGAAGTTAAGAT AATTTTGAGTATGTTTAGAGTCATCCACACCAAATTACGAAATGGAACTC TGAATTTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNATTTTAGCCAAATTTATCAAGAATTATGATACACAACTCAT TAAATTGCAAAAATATGTGCTTGAATGGTCACAACAACGGGAGYAGTAGC TTTGAATGGYTTGCAACTAGTTTGTCTGACATTAGTTTCTTCACTTAAAT ACTTGGGTATGATTTTTAGGTTTTCCAATATTACATAGTCAATAAATATT ACTTTTTTATCACTTCAGGATTAGCTATGGTTGATAAGCCCCAAGCAATG GTGCTCAAAAACTCATTAAAAGCAAAAACAACTACTTAAATGGTCACAAC AACGGGGATAGTGCCATTGGGTGTATCATTATAATTAGCAATTATGCGTA TCCTTCACGATAATAGTAGGGTGTTATACAAACCTAAATAACGGGGGGAA ATCTTTTTTGATGCCCTTAATAAGGATTAATACTGCCGGACATTAGCTTT TGCACTAAATCTTTACGATGTATTTCATTCTTACATTTTTTTTAGTACAT TTATTGTCTAATTTTATGATTTTGACATTTACTTTATTATTAATAATTAT TTAGATCTCATCCGTTCAGATATATCTATCATGTGCGCAATTGTATATAG CAATTTCCACATTAGGAAAAAAGGGGGATGATTTTTTTGATTAAACTCTA CGTCTGGCTTGTGTTTAGCAACTTAAAGCTATGACATATTTAACTGAATT CATGTCATAACAAGAAAATATTTTTGGGATCAATCTATTTTTTCAATATT CTATATTTATAATTTATTGTTACTATTAGTTATATGATTTTAATTATTTA ATTTTGTATATTTAACATAACTGTATGATGGTTTATTTTTTGGTATGTAG ATTATACATAATTTAGGCCTTCTTTTTAAGCTTGGAACTTCAAATATGTT TCGATATACTATCTATGTCGTTTCATTATTCTGTGAATATGGCTTATAAT GAATTACAACTTCATGGAGTGTTACGTTTTCAAATCTACTGTAACAGATA AAAAACGTCTAAGTTAATTATACGTAGTATATCTTCATTAAACATTTTAC GCATAAATACTTTCGTTATACCCTTCAAAATCATAATAAAGCAGGCAAAT GATAATCACATCAGTATTTTAAACAATGATACCATAATTCTTTCTCCCCC TCCCCTTCTCCTTGCACGCGTTTTTCTCTAAAGAATTATCAACTTTAATT ATATAATTTGTTATAATATTTAGCCTCATGTCAAAAAACTATATAAATAA ATTATTTCAAACTTCATGGATACAAGAGGACGCGCTGCATACCCGTAGTG AGTGTGGGATTCCAAAAAACGGACATTCAAGAGGGCCCTCTCCGCAAATC TTTTTCTTTTTCTCTCTCTTTGATTTTATTTCATTTCTTCTTCTCTGTTT TAGTTTATATATCTTCTAGCTGGAGCATATGAATACTTATGGACTTTTAA TATGAGATCAATTCAAAAATGAGCGTTTTCCTTGAAATATTGTCGGGCCC TTATCTTAAGTTGACAACGATATAGAGTGATTTTTGTGAGACTCCTTTCT TTTTCAATTAAAGATCATACTTTGAACTATCGAATGCAATATTTTTAAGT TTTTTGAATCTATTTGTCTTGAAGCTATGAGGCTCTGAATAAACATAACC TATTTTCTGCTTGAAACAAAATTAACTCGTGTTAAAAGTATGATGCAGAC ATTTTAAAAATAGTTTGAGAATTTTTTTAACGATTAGTTCTAAACATTTT TAACATTATTTATCCCTATCTTCAACACCAAGGGCTTTTTACACAGCTTT GAGACTTAAATAAAGCCAAAAATAACATAAAATTGATGGCCTTTTTCTGA AGGCTACGAGGTTATGAGAGAAAAAATAAGGGCATATTTTGAATCAAGGG ATCAAATTCTATTAGATAAAATATATAATATTTTTGTACCATTTTTGCTG TTGGACAGTGTTATTAATATAACTAAGTCAATTAGAAAGGAAACATAATT GAAAGTTCCTTTCCTGCCTTCGAATACTAAATAACTACAAAATTCCTGGG AATAGTAATAGTTAATGAAGTATTAGCCTTGGGAAATATAGTAATGGGGA TTTGATGGCAGATATAATTCCAAACTTCATAAGCCAATTGTAAAGAATGC AAAACTTAAAAGTGATCCCCATGGTGTCTCAAAAATTTAGGTTTGATCGG ATTTCGGAAAATATTTAAAAAATAGCTCCAATAATAAAAACCATTATCGA ACTGGGATATATTTCAAGGGTCGGGGATGTCGAAAATATCCTCACTTAGA TTACAAGGCCACCAGTGTGACCAGATACAAAAAATAAATCAACTCGATGG AGTCACCTGGAGGATTCTTGAGATATATTTCAGACGAGAATATTTTCAGG GGTGACCGCTCATTCAGCTGCAGGAATGACATATGGATCTGTTTACACCC TTGTATGCCTATACCATGCCATCATGAAGACGAAGAAACCTGCCGTAATC ATCATCCTGGATCTCATCTCTAATGGGAGGGGGGATACCCCCTTGACATC TTCAAGAAGGGCGAAACAGTGATGGTGGACGTATACCTGAAGGTTCTTGG AGAGGTCTTCATTCTTTGGATGGATGGAGTAGCCCAAGGAAGAAATTATA TTGTCCAACAAGACAGTGCMCCGGCCACAAGTCCAAAAAATTGTCGTATG ACTTGGGCACAAAATGTCTTCACTTCATATTGGGTATTACCTACTTTAAC GACTTCATCAATTACTCATTGTTCAACCTAGTGAAATTTTTCTATTCAGT TAATAGTCCTGCAGACAATGATGTGATGCCCATTTTAGGGCATTTGAGAA TGTCTTTTACATTCAATTATAAGGGAAAAACTTATAAAATATGGGACATG TTCTTAAAAATATTGGACCTACACATATTGTGGAAGAAGATAATCATAGG TTCAATTTCTATAGTCAAAGATGAAAAGCGATTTACATCACAATTTCAAG TATCGTCAGGATGTATATTCTTCGATGCTCCTTACAAGGACTGTCCAAAA TAGGTTAAAACTGTTATTCCTGCTTTTGCAGGCTGCCTTTCACTACACAC ACTGAAAAAAAAATCATCTTGCTTAAAATAGTAGGAATAAGTAATAAAAT CATGACTCCTATGCGTTTATGCAGATTCACTTCAAATATTTTGAGCGCTC CTACAAAAAACTCGAGCCAGAGAGTTAGTTCTCTCGAGCTGTATAGGTAG GATAGCAGAGAAGCTGACGGAAGGTTAACCCTATCCGAAATGAATAATTT AGAACTATTCTGATTTCGACTACTGCAAAATACTCTGTCTTTGCAAAAAA AAAAATATATATATGGATTCTCCTAATCTAATGTGGCAGTATAGGGAGAT CTGATATGTTACTTACGAATACCCATCTTGTTCGAAATATAATATAACGT TGCTTCGCCGTATAATACGCATCCACAGATAATTTAGAAAGTTTTGTGCT TCGAATGTTAAATTTTTGATCTTTTTGTCTCTATCCTACTATTTTTAGTT GTTTAAAGGCTATTTTTCTTTAAATTCTTATTCTAATAATTTTTATTCAT TTTTTTTCTACCAGATCCTTTTACTTATTTTATTGAAGATTTTAATAAAA TGTGATAATCTACAACTGAGTATTTTTTAATCTTTTAACTCCTTGTGCTA ATTAACTGTTGTATTTACTTTTGTTAAGGGATATTATTGTTAACTAGAAT GTTTATTTATATACCAGTATGTAACTGTTGTAAAAAAAAAAGTTGTTTTT TTGAAGGGTGGAATCCAAGCATTGTTTTTCAACTTTGTCATTTTATTGAT AAGTTTTCGTTTTTTCGGTCCATCAATAATACCGTATTCTTCAAAATTAA TTTGTATATTTCAAATGCGTGAGACATTAAGTTTGGACTTAAGCAATTTT TTCTTATTCAACTAAGAAAGTAGGAGCTTAGATACTTTTTTTATAATCCC AAAATCACATATCAAATGATTTAATTTGATACTGATTAAATTAAATGATG TATCTTCTAAAATTTCAAAGTCTACATCATTTTTTTCTTCAGCGTCACCA TGATTTTCTAGAGAAGATTCAGATATTGGTACCAAAATTTCATGAAAAAC ACATATTTGAATACACAGTAAAACTTTAATTTTTATTCGTAAATCCATAT ACAAATTAACTTAAAAATGAAAAAATCAATTCAATGAAAATACGAAAACT CATCAGATCTTCTATTCAAGAGATAAAACAAAAGGAAAATAGAGGGAATC GAAGGAAGATACTTCTAACTTGATCATCCATCTCAAGAGGTACACTTATT TGGATCTCCGTATCCACGGGGACGACAGGATGATAAATCATCAAAGAAAA ACTACCAGGCTTCGTAAGAGATTAGAGTGAACTCCTTCCTTTGGAAGTAC ATTCTAGAATCGAAGCAATAAAGAGATTTACTTACGATGAGTAGGGAATT TAAATATTTCAAATATATATAGTGAACAATTTATTTAAATTTGTACAAAG TGCAATATTATGATATTTATTACTGGATATGACGTCATTATCATGACATA GAAATCGTAAACAATATTAAGATAATGTTTTTTCTATTTTTAGTCCACCC GTATAAAAATAGGATTACTCAAAAATACTAAATCGAACAACAATCTTTGG ATTTGCATATAATTTATGCATAGTTTTTTTAGATTAAACATTCAATATAT GTCTATAATATACGCTNTTAAGATAATGTTTTTTCTATTTTTTAGTCCAA CCCGTATAAAAATAGGATTACTCAAAAATACTAAATCGAACAACAATCTT TGGATTTGCATATAATTTATGCATAGTTTTTTTAGATTAAACATTCAATA TATGTCTATAATATACGCTTTGATATTCCTTATCACTATGTTGCTCTCAC GGATATTTCTTTTAGTCAACAATAAGAGTTAATATATAAAAATATTTATG TAAACGTATAAACGCACGATAGATGTGGTAACCCGGCTTGTTTATGTTTT CGAAAATGTTACTTACGTTTTGCAACTATTTTAATGCAATACCCTGAAAG TTTATAAAATAAGGGCTACCTAAAAATGACCATCCAGATCAGAGATGGGG AACTGGCGTCCCAGGGGCTGCACAAGGCCATCGTCCTCACTCAGTACGGC TCGCAAATAGATCAAWAATAATTTATAAAAGTTAAGAAAACAAAAACTTA AAATTATACTGTTTTATACCCATAGAGAGCGCCATACGCAAACAATAGCG AGACTCAGGCTCCCTTCGCAACATCAGCGACAAAAGAGAAAAATTGACAA AGAAAATCGCACTTTTCAGCCAAAATGGAAAGAAGAGTACTCCCTCACTC ATTTAAAAGGGAAACCAATGTGTTTAGTTGGCTAAGAGACATTATCAGCC CTAAAAGATTACAACTTAAGTCGCCATTACAGCTTATTGTATATGCTTAA ATATGGGAAGTACACTGCAACTGCCAGAGCTGCTGTAGTAGCAGACCTCA AAGCTAGAGTATTTCGACAGCAGGTCTTTTTCACAAAAGCCACGACCTGT CAAGTGTTGGCCATCACAGAGTCTTTTGAAGAGTCACTCGAGCTTACWAA GCCAAAGAAACCACTGTCAGATGGAGAGCGGTCAACCGTGCACCGTGGAA ACGGCCAAAACATTTGCTAACAAAAACATTGCTAAAAACTTTGAAGCTGT GTCTTTGTCCAGACGCACAGTAACTTGAAGTAAAAATGAAACACGTTCAT TGTAAGGCAATATTATCTTGTGCAATTTCCAAGGTAGTGGAGGATTACGA TGAAAAGTATACAACTTTTATAATTTGACAGAAGTAAACAGGCCCATTTT AATGACGTAACAAATGTATGGAAAACACTGGTCCGTACTTGTATTTTACT CTAAGATTGCAAGGAATCTAACTAAAACTGTAATATTTACTGCTAGTAAA CTGGGCCTGCGGCTATATATAGGGGCCTTTACATCTTATTTTCATACTTT ACCCTTGTATGTATGACAAATAAAATAAAAAAGTGAAGATTTATATCCGT TTATGAATATAATACGATAGACTACTATTACTATTAGCTACCTTGTACTT TGAACAACTCCAACTCCATTTATGAATATTTTTCACTTTTCTTTATATAG AAGATATACACCATTATCATTATCTTAATATTAGGTATATGAAATTTCTA CTCGCCTGACAACAATCACAATAATAAAATAGCCTTTCATGTCCAAAATA TAACAGAATTAATAAAATAAAAAAAATAAGGGAAAACTCATGTAAATGTT AGAATTAAATGCATTTTTTCTTCCAATCTTAGTACGAACAGCTGTTAGAA TCCTACTTTCATTTATTTCATGTTTATCTAAAAAAAAGAAAAGTTAATCA ATACAGTCAAATTTTAAGCCTTAATCACTTATCTTAGATATAAAAATAAG ACTCTTTTATAACTGATAAGACAATTCTGGCAACCATTCTTGACTTAATG TAGTTTTTAACATGACATCGTAAAGATTTAAAGCAAAAGCTGATTATTTA GTAATGTCCGTCGATGTTACTCCTTATTAAGAGCATCAAAAAATAATTCT TTTTCCGTTATTTATGCTTGTATAACAACATGCTTTTATCATGACGGATA CACATAATTACTAATTATAATACTGCACCCAATGCAGCTACCCCCGTTAT TGTGACCATTTAAGCAGTTGTTTTTGCCATTTAATGAGTTGCGTATCACA ATTCTTGATAATTTTAGCTAAAATAGAATCATATTTTATGATTGGATTTA AAAAAAATTAATACTTACCGTTAGATGGTACAAAATTCAGAATTCCATTT CGAAATTAGTAAATATGTTATACTTTTACTGATAACTTTGATCGTAATTT GGTGTGGATGACTCTAAACCTGCTGAAAATTCTCTCAAATTTACTATTTT TAATGGGGCTATTTCTATAAATTGAATCTTCAACGCATGATAGGTCTCAC AGTTCATTGTAAGCTGGATTTTATGAAAGGAAATTGGTCAATTTAGATCG GAATGGCTCTAGCTTAATATCATTTCGTAACAGTTCAACGATGGTAATGC TCAAAAGTAAGGGTAATCTTTCTTCTAAAGCTGTGAAGGCCCAAGGAATT TGATTGAGATTATTATGAATAATGGTCAACTCGGCAAATATATATTCCTC ATTAATAATCTCCTTTGCTTTAAATATAGAAGGCATTTTTTCATGGAGGC TACTTAAATATTGCCTGGTTACTATAGAGTGATTGAAAGAGMAATCTGCT GTTTTTAACCAAGTTCCCTAACGTGTAATTACTGGAGCTGGGGGTAAGGG ACTTTCGTAAGAACTAGCTAATTTACTTTTTCATAGTCCAGCGTTCAAAA ATATTTTATTCATTTCGGATATTAATTCATTTGGTCTAGGGAATTCTTTA CGAGCAAGTTCAGCAACGTTATGGAGCCCATGAGCCTTTATCAATCAATA TATCCTTTATTTAATCCAATCTATACCAGTAAAACTCACATTGGATATTA TTTCTTGTGTTGCCCTCATTTGGATTTAGTACACGTTGGAGATTGTATAT AAAATATTTTTTAAATCACCATCATAGCTGCATACGAAATCCGAACCCAT CTGTATAAGTGTATAAACTAACCAAGTCTATATCCTAACGGAGATGAAAG GGATGTAGCGACCAAGATATATGCTGCTATATCTGTGGATGCTTCACTTT ATCACCTCAAAGACGGAACAAAACTCACTTCGTTAAGAGTGTGTATCTTG CTTATTTTTAAGTACCGCTTGGAGACCAAAACAAAATATGGGCACCTCAC ATAGTATGTACGACTTGTCTCGAAACTCTGAGATCTTGGTATCAAGCAAA ATATTCTAAGCTCAAATTTGGTGTGCCGATGATTTGGAGAGAACCAACAA ACCACATAGATGATTGCTACTTCTGCCTTGTAAATGTTAAAGGATTCAAT AAAAAGAGCAAGCTATACATGACATACCCTTGCATCTCCTCTGNCCTTGT AAATGTTAAAGGATTCATAAAAAGAGCAAGCTATACATGACATACCCTTG CATCTCCTCTGCAATACGGCCAGTTCCCCATTCGGACGMAATAACTGTAC CTGTTTTCACCAAGTTAGCAGATATTGATGATGAAGCACATACTTCAGTC GATGATGATGATGAAGAAGATACAGATGAAAATTATAAGCCATTGGGGTC ATTGTTTGGTCAACCTTTTCTGTATAGTCAACCTGAATTGAATGACCTGA ATCGAGATTTGAATTTAAGTAAACAATCTGCTGAGTTTTTAGCTTCCAAA CTGCTAGAGTGAAGCATGCTTGCTCAGTAGCACAAGTGTCACATTTTATC GTAACAGAGATGCAGAACTGGGGAAGTTCTTTGATTCCGACAATCACTTT GATTACTGCAGTGACATTGAAGGGCTTCTTGTGGCTATGGGATCATCTGC GTATCATTCAAGTGAGTGGAGACTCTTGGTTGATAGCTCAAAAATAAGTT TAAAGTGTGTTTACTTCACAATGATAAAATAAATGGATGTATCCTTATTG GACACTCAGTCTCCATGGAAACATCAAAATAGTACTTGAAGGATTGAAAT ACCTCGATCACCAGTGGTTAATCTGTGTGGATTAAAAAATGGTCAAGTTC CTTTTGGGTCAACAAGGAGGTTACACAAAATACCCTTGTTTCCTTTGCTA TTGGAACAGTAGAGCTGACAAGGATCACTGGGTTAGAATGGAATGGCTAT CAAGGCATACCTTGATACCTGGAGAGAAAAATGTTATTAATGAACCACTA GTTGATCGAAAAAATATCATCCTTCCAACATTGCACATCAAACTCGGTAT TATGAAGCAGTTTGTAAAAGTTCTTGATCACAATGGTTATTTTTTCCAAT ACATATGTTCCACCTTTCCGATTCTTAGTGATGCGAAGAAAAAGGCAGGG ATATTCGACGGACCCCAGATCAGAACATTACTTAGGGACATACATTTCAT TGAGAGGATGATCGCTGTCGAATCTAGAGCGTGGATGCATTTACTAATGT AGCGCAGGGTTTACTTGGGAATAAGAAAAACGACAATTGCCAAGAGATTG TGGATGAACTTCTCCTTAGCCTACGAGAGCTCAGGTGTAGAATGAGCATC AAACTGCAACTTACACGGTCACCTGGACACGTTTCTAGACAACCTTGGAG ATGTTAGCGACGAACAAGGTGAGAGGTTCCACCAAGACATTAAAGTCATG GAAGACAGATATCAAGGTCGTTGGGGCTCGCATATGATGGCTGATTACTG CTGGAGTTTGATGAGGGACCATTCAGATGCTCTATATAAGAGGGCTTCAT CAAAAAGGAAGTTTACCCCAAAAATGAACTAATATGTTTGTCTACAAACA AAAATACACTGTTCCTGCATCTACTAGTTTGATATAACATTCTNNNNTTT TTAATAATATTGAATTTTGTCAAATATGTGTTAGTACTTTCATTTTTTGT ATTTTTTTTAGTTTTGTATGTTAAAACAAAATTAGATTGTTGTGTCTTGT ATTGAAAAATAAAATAAAACATTTTAATCAACTTATAGTTCAAAACCTCA TGTGATAACCAACAACTAGTGACACATTGAAATCAGCAGCCAATATGCAA ATAAAATCACAAAAAACAAAAATAATGTATTATTTTTCTCTCGTAAATTA AGGATATTTGGTATATGTTGTAGTATTTTTTCATCACCCCGTTATTCAAA AACTTGATATGATAGGCAAAAACTAATGACAGATTTGGAATCAGCAGCCA AAATGAGGTTAGATTCACTTAAAACCCCCAATGCAAGAAAAATTGTGTTG GCCAGTGTTATTTACTAATTATTGTTGTACAGCATCTCTCTTTAATAAAG GCTATAGTAAGCCGCTTACCTTATAAACATAAGTTATAAYGATTTGWWAT ATTAAAGAGAGCAGATTCGACTCCTTTCTTGCAAATAAGATTAAAAGCTT GAAACATTGAAAAGATCCATTCATGATGAGTATGGAATTTCAATATTTCA AATATAGTTAATATTTAATTTATTTGAATTTGTATGCATGGTATTACATA GAAATATAGATTATTAGTATATATGATTAGCAATGCAGACAAAACTATTG AGAAAAGAGAGGCACATTATCTTAAGGATTCTAGAGTTATCCTTCACTCT CTTTCCAATGACAAAAGAGGCACACAAATAATAAAGAAATCGAGGGTATA TGTTGTATAAGATTTTAGGAAAAAATGGAAAGGGAAAAAAGGGCAAGATA AAAAAAAAAGTGTCTAAATGGAAAATAAGGCAAGATTCTTTTAAACTGAT ATAATATCTATCACCAATATAATATATAATAAGACAAAAGAAAAATAAAC AAACACGACAGTGGTTCTAATGGAAGGAGTGCTAATCACTTATTAATTAT AATGTCATTACACATGATGGACTATTCATATCGGACAAGATTCTCCACCC AAGGAAGGAGTCGACTTTTCCCTTTTGAGGCTTAGCTTGGTTTGGTTTTC TTCTTTGGATAAAGTACAATCTGTCATACTTCCGCAGAAATTGAAATTCA AGCATCTCCTGTTGATGATAAAGTATCTCGGATCCCTTCTTTTGTAGTAA TTCTTAGAGAACATGGAAGTATTTCTGTCTTTAATTAATGAAGATCGATC TAAGCATATGAAAAACACTTCTAAATTAAAAATGTGTCGCTTCATTTATC CAATTGCTTGTGTGTATTATGTTTGACATGTTTCAACATTAAAATAATAA CTAATGTATCATATTTATGCTGTGATAGTCGTAAGTAAACATATTTATTT TATCACAAATTGATAGATATAACTTTTATGATTTATAATTGATTTTTTCA CATAGAATAAGATCTAAATTACTTGAAAGTTACGCATTTTTTAAACATCC ATAAGGCGAAAATAACGATTGAAATTACTAATTTGATGATATATATTTTC TTCATTAAACGAACTTTTTAAGGGCATTTCAAAAAAATATTAGTGTATTT ATGATCACCAGAAGTGGACTAATACCCACAATGACCAAAGAAATGAGAAA GATTGTATTTCTCTGTAATTGAAAGGTTAATGGGAGTTAAATAGACACAA CAGTTTCACAAACACCAAACTTTTAAAATACAATATAGTTATGAGAAATA TATGGCACTTGAAATCTTTGAGGGCCTGAAACCTTCCCATAGAGTTGGCT ATAACTATACGTACCTAAATTAACCAAATTAGATAATTACATGAGGTCGA ATAACTTTTTTAGAGCCGTTTTTGTCGTCATAAAATATTTATTTACGTTT ATTCAATAAATAAATTAATTTATGGCATTAAAGAATGACAAAGGAGTTTA CATTAATATTTCTTTTACAAGTTAATGAAGTTGGAGCTTTATTCTCATTC TAAATTGAAATGAATGAATATATAGAGTTTTAATATTCATATTTGTTGAT AAATATCACTGGAGACCATTATTATTTATTACAAACGTAGTTACATATTC AAATGTCATAGTATCATACTAGAAAAATATACTTAAAAATTCGTTGAAAG AGCCTATAATCACTTGTTATGCTTTTATAACTTGGCTTAATACATTGGAA GTATGAATTCACAATCCCAGATAAACAACTTTGAGAATTCGAATCCTATG GGTAACTACGTAATGCAGCCTGTTTCGTTCTCTTTGGGCAAGAAAGAAGG TTTATGAAGAGACGAAGACCATCGTTCTATTGCAATTTCAGATTGATCCA ACTGTACTGAGCTTTATAGTTTTCCTTGCACTCTCCAACGACTCGACCTT TGACTACCTGTCCAAATCCTCTAAGTGGTTTGTCGCTCCACAGCCAACCA CCTCTTCTTCTGACACATCCTGGGTCATAACGAAGTGGAAGTCGCTGCTC TTGCCTAGMATTTTGCAAATGCTTGTCTGGCAATCCAAGAGTATTGTCCA ATATGAATAGTCCGTCATGTCTAATGATATTGTAATTAATAACTGAGAAT TAAGTGATTAGCACTCCTTCCATTGGAACCACTGTCGTGTTTGTTTATTT TTCTTTTCTCTTATTATTTATTATATATTGATTTGCTCATCTACAGCTGA CCCTGGGTACTGATCTTGTATTCAAAGTTTCAATTGATGCAGATAGGCCT CCCATACTTCCACTGAAAGAGGACACACTGAAGGCTCATCTGTTCTCCAT TTATTTTTAATTTTACTGAACCAACACATCGACGCCATCTTGCCATTTTT TCCATTTAGGCACTTTTCCTTTTTTTATCTAGCCATTTTTTCCGTTGCCA TTTTTTCCTTGACATTTTTTCCGTTGCCATTTTGCCTAACACCGTTATAT AATTATCCATATAGATTATACATCACAAACTCCAATCATGAATACATGTT TGTTAACTCTAACAAAGTAAGTTTAAATATTCAAAGAAAAGATAACACTA ATAATGTCAATTTTTTGACATTATGAGAGCTAAGTTTATATTTCACTTAT AATGTAATTTAGGACTGATAAATATTCATGAAATGCAATAATTTAAAAAA GTAAACATTTTAAATTCAATAGGAGTAGTTACAAATTTTAGGCCAAATCA CTTCGATACATTATAGGAATTCTACTATTCTTAAAAATTTATCTAAAAGT AAAAATAAAAACAATATATCATAATCTTGAGAGAGAGGAGGCTTAGACGG CGATATACATCAGATCTATGCAGTTCAGAGTACATATTATTTTTTGTCAA AAGCATACAATCCTGGAAGAAACGGTAGTTGTTACCGTTTTCTTCCAGGA TTGAGACGCAAAAACCATAGACATATCATATATCCCTGAACAATTTAGAA ACAAACTTTGGATAAGATAACAGATACTCTTTGTGGAAGGGACAGTCATA ATCTATTAATTCAAAACAAAATGACTTGGCACTAATTTAATTGACGGATT TAAAATTTTTTTGGTAAAATTTGGGATATTTTGCAGTTCAATTCAACTTA GATATAACAAGACTTGTTGACCTTGTTATTCCTCTCATTTATAATAAAGG CTCCTCCCATTATGTTCTGCTGTACCAACTATTATAGCTATAATTATTTT TTAGGGGGATATTTGGATAATAATTAACCCTAAATTGCATACTTTCCAGA GAGCTAATTAAAATATTTATGTAATAGAAATTATAGAATATTATGCAATG AATAGTAAACTAACATCGACACTAATTTTAGGAAAAATAATCGTATTTTG TTGCCCTGTAATTACTTCATAATTATGTTAATTTTTATAAGAAAAAACAA GAAAACCCTCTAAACGGAGGCATGAACATTTTATTGGGGGTCATTTTATG TTTATAGCCTACCTACCTTGATAAATTATAAGCTCACGTTGTTATATTAT ATTATTATTTTTATATATTAGTGAATAGTGCATTTGTGACGTCACACAGT TCAGCAAATCAGAACGGATAATCTAAGCGAATCGCCTACCCTTTTCACCA ACTTTTCAATTTCATTGCAATTTATACTAAATTCGGACTATAATACTATT GAATAATGAAGAATATGCCAGAATAGAACTCTTCTAATATGGTATAATAC GCCCAGCCCCACAGCTTGTGAAGGGGAACTGCTGGGCCCCGTGGTAAGTT AAATTTATCTGCAGCCGCATCCTTGAGCATCAGGGAACTCTTCTGATATT CCAAAATAAACCCCGTCCCTCAGGTTGTAAAGGTGAAGTGTTGGACCCCA AAGTAGTTTAAATKCCACAGCTGCCACGTTTCTAAGCACCAAAGAGTCCT TCTATGTAGGACTACCATAGAGTTTATATACTTTTCTTTTGTTTCCATTA AAACGTTAAGTATTAAGATATCAAACGGATTTGGCCTTGGACAACCCTTG GGGCGGGGTGTATTATAGCATATTAGAAAGGTTCCTTGGTGGTTAGAAAT GCGTTGGCGGTGGAGTTAAAACTGTCTTGGGCCTCAGCACTTCATCTTCA CGACCTGAGGGCTGTGTGTATTTCGGGATATTAGAAGCTCAGGGAAGCGG AAGTGGATAAATTTAAGTTGCCTCGGCGGACCAGCAGTTCACCTACACAA CCTGTGGACTAGAATGTATTATAGCATATTAGAAGGGTTCTATCCTGGCA TTTTCTTCCTCATTCAATAGTTATATCGTCCGAATATAATATAAATTGAA ATTGCATACATTAATATTGACTTGCAATTAAATTACTCACAATCATATTG CTTACAATGATGTTGCTTCACGATGCCATTACCCACAACAATTTGTCTCA CAATSATAAGGTACACAACGATTTTATCTCGCAACGATATTACCCCCAAC GATTTTTTCCGCAACCTTTTTAGCACAATCATTACTGATCACCCTTTTTT GGAGACAAAGTTGCGGGGTTTAATAAAGCTGAGAACGATTTGAAAAGGAT GCCAGAGAAATAACAATAAAAAAAGGAAGAAGATTTGCGTTTATAAATAC ATCAGTGCCACCTTAATAGGAAAGAGAAGAATTCCAAAAGGGAAAGAGGT GAAAATCATATTTGTTATTATGATATTTTAAGTAACAAGCGATAACTAAT TACCATTACAATGATGGGTGATATCCAGGGTTTGTTGAAGTCTGCTAGAG TCTTAATTGATGATAAAGACTATAAGGAAGCTCTTAAAATTATCAAAAAT GTACTAGACATCGATCCCGTCAATTACAATGGCCTCGTGTTTTGTGGTCT ATGTCTTCATCACTTGAATAAAAATGAGAAAGGAGTTCAAGTGAGATATA ATTTAACAATTACAAGAACATCGATTAAATATAATTGTCTATTTTTTAGG CGTTCCAGAAGGCTATTCGCACTGACGATAAAAAAATATTAGCCTATCAG GGGCTTTTTTCCCTATATGAAAAGATGCGCTCTGAGGCGACTGCTTTGGA AGAAATCAAATCAATTTCTAACACTCTTGGGGATCTTAAATTTACTCAAG CAAAGATTCAATTTGATCAAAAAGACTTCGAAGCATGTTTTTTTAATTTA AATAGGGCCGTTAATATTTTCGAAAATAATGGCGATAAATCTGATGTATT AAAGGCATTGGACAAACGTGTTAAATTTTCGAAAATTGCTGTTAAATCCC GTTTTGCAGAAGTAACGTATGAATATATATATTACATTTATCAACATCGG AAAGATTTAAAATTTGATCTGGATTACTATTTGAGCCTGATTGAGAAAGT AATTCCATTACAGAAATCTTTGAGCCGAAACATGAGTTTGATTCGTATCT ATCTTGAAAATCAAGTTTACGACAATAAAGCAATAAAATATTCTCACTTG GCCGTTGAATTATTTCCAAGTTACGTTTTTGGATATGAAAATCTATTTAA TTATTATTTAAAGTTTATGGCTTTAGCTGATGGTTGCCCAGTCAAATGCA AAAAATCATACATGGAAAAATACTTGGATCTTAAACCAGACTATAATATG GAATTCTTAGTCAAAGGAGCTATTTATTTTGAACATCAAAGATTTGAAGA ATCAATTCGTTGTCTTTCTTTACATAACGAGCATATTTACGGAATGGTAC TATATGTCAAATGCTTGTACAAATTAAAAGATTTTTCAATCATTTTGATT TCCATAAATAAAATAATTAAAAGTTCGAAAGACAAAAGATGTATTCAGGA AATGAAAGCGCTTAAAGTTCATGTTCTCTACCTCACTTTTCAAATAAATG AAATAAGTTTTGAAGGTATTGAGTTTGATGATCAGCTTAACTCACTTCGG AATAACGTTAATGCATTTCGAGGCATACTGAATGATGACAGCTGTAATGA GTTAGCTTCAGGAATATATGCCCACGTTATAGGACGCAATGATAAGGCTC TTCAAATTCTTAGCTTTTATAAAGATTCATGCTTCGAAGCTGCTCAAATA TTTGGTATTTACCATCATAATAATGATTTGAGAGAGGAGGCGCTACTCTA TTTTCTAAAATCTGTCTACCTCAACCCGTGCAATCCCCTACCTTACAAAT ATATTGCAAGCTATTATTTGGATAGTATGGCGTATGAGAGGGCTCTAAAA TGCTATGCAAAATGTTACAAGCTAAATCCATTCGACACGGAAGTTGGAAT TTGTATTAGCAATATCCTTGGAACCTGTAAAAAGGATAAAGAAAATTTAT ATTTTCTGGATTGTATTAATTCATCTAAAATATTATCCAAACAATGGGCT AACATACGTTTAGGTATTCTTCAATTGAATAATCAAAAATCAGAATCTGC AATATTTCATTTGCAAAGTATAATGCACTCAAAGGACGGATGTTATGAAA TCAATTCAGCAGAAGCCTTGGGAGATGCTTATATTCTTAGGGGTTCGTAT TATAGTGCGTTGAAAATATTTTATGAGTAAGTGTATATGTACTTTCCATG TATTTAACTATTTTTATTTTTTTAAGGATCATGAATTTCGCCAAGGGTTC AAAGAAGTCTACCTATTCTGAGTATCGTATAGCTCATATAAAGTGTCTCT TAGGCGATGAAGACGGGGCTGTAGGTGATCTTGAGTCTGTATCTTCAGAA TCGGTACTTAAATTTAAGGGGTTGGCCGAAGTGTATTTACAGTCTTCAAG GAAATATATTAATCAGATGCTCGATTCAAATGGAGCATCAAATGCCTCAC TTGCCTTAAAGTATGTCTATCAAGCCTTGATTAAAAATCCTTATGTATGT TGTCTTTGGAAACTAGCTGCTGAGTGTATCAGCACAGTTACTGACGTAAG TGAGCTTGTCCTTCGTAAATATTTCGAATTGCCGAAGGAAGTTGAATTGG ATCTAAACCTAATTGAAAATTATAAATTATATTTGATTAAGTTAGGAGTT CATTTTACTGTTCAAGGTCTTAATTGTAATCCGTTCGAACATAGTCTTTG GCACGATTTCGGACTTCTATACTTTTTAACTTTAAAAGAACAATCACTTG AAAATACATGTAAGATAGTTACATCAGTGAAATCTTTAAAACGTGCTATT CAGCTTTCGCCAACGAGTTATCGTTATTGGAATACACTGGGATTCATAGC TTTTCATATAAATAATTTTTCTTTGGCTCAACATTGTTTCATCAATGCTG TAAAAATTGATACTACATATGCTATATCTTGGACTAATTTGGGTGTCACG TATATGACTTTGAAATATAATCTACTTGCTAACAAAGCTTTCCAAGAAGC ACAAAATGGAGATTCAACTTATTCACAGGGTTGGAGTGGACAGGCTCTTC TTGCAAAAAAGTATAGTTCTGGAGAGTGTATGGATCTATTACGTCATGCT GCATTGTTAGGATATGAACCTCTTTCTTGCTATGAGTATGGAGTGCTCAT TTGTAAGTAAGTGCATTATTTTTGTATTCGATTACATATTTTACTAAAAT AATTCATTTTCTTGGATAATTATGATAATATACATATATATATATATGAT AATAGCTAAAGTTCGTATTAATGTCGGTATTTATTCGTCTTGCTTCTAAA TTTTCTTATTATTATGAACATTTATCAATTATAGCAGTTTGTAGCAAATA ATTAAACATTTTATCTTTTTAAATTGGAGTAACATGATTGAGAATCGTAA TTACATATTATTGCTGCGTGAATATTATCAAATATATTTTTTATATTTGG TTTGGCAATAAGTCCGTTCGGAAAAATGGCATTCGGCAAATTGTTTGTGA ACGGGTTACTACATACTAATTCAAATTTTTGACAATAGTCCGWTAATTWT NTWTTTAGTCGAAACGTATATTCTTTTTTTTTTTTTTTTTTTCGGTGTTG TAATTTTTMTTAAAAYAAATATACTACCTTGATATGTATATTATTTTTAA GTGTTTCTCAAATATTTTAAATACCGGTTGCACGTGCGGTTTGATAAGTT TAAATTTAGGGTGTAGACGATAAAAACTCTGCTCTCCAGTATTAATTGTC AGTTCCATTTTTATTTCTAAACATATAGTAGTAGCTCAATATTTTCCTAA ATCTGAATGAAAAAGGTCTTTTATTCTTATATAACTTAGTTATTTAGGCC CCAAGATAGTCGACATCGACAATGCTGACGTCACATCTATATATTCTATA CAGAAAATACTTTGAATACTGAATATAATTTATCAAATCTGAAGATTATT AGTGAGATATATACAGGGTGCGACAACATAACTTTCTTTTTTATAATTCG TGGCAGTCAGACTGTATAAGTACTAGCGGAAGGGCCTGATTTAATTCTGA AGGCGATATTCTTAAATTTTCTTGGAAATATAGTCAGCTCCTATTATGGG ATGGAATAGTGAGGAAAGTCAGTTTGCTGTCGAAAATATATGTTGCCAAA AAATGGTTTGACCGAATATATGGTAAAATTAAACTAATTGTAATTTAGCT TCTGAGTGCTATTTATGAAAATCAGTTAATTGCTTCAAATTAGGATAAAC AAAAAACATTTTTTTCAATTCATTTTCATAATTTAAAATTCGCCAAGTTC TTTGAACGGGAATAACTCTACAGATACTGATGTTAGAGAGCTAAAATTGG TACCATTAGATTTTATGTGACACAAGGGCTTTAAATTGGTCCGGCAATCG GAACCGAATTTGTTAAAAAAAACATTTTAAAGACCTTATATGCTTACATT TGAATAACATAATTACCTAATATATATATTTTTTTTAAATAATAACTTTT TTTATATATGTTTTGTAATTAATATAAATTAATTATATTAATTAAAATCT TGTTCGCTGCTTATTACTTGATTTTTTATTATTATTTAACTAAGATAAAA GAGAGAGGAGTGCTTTTATGAATAATAATGATGATAGTTAATTTTAATAT ATATTATCTTTTTGAAGGGTTTTGAAGGATACAAGAATAAACAAAGAATG CTTTGAAAATTATTCCTATATGATTGAAAAACTATTTGGCGTTTCTTCAA GTTGTGACTCCATTGAAAAGTTTTTACGAAGATATCCCTTCAATGCTACT GGTTGGAATATATATGGAATATTGTTAGAAAGTATGGGGCATTTTAAATC TGCAATTAAAGCTTTTACTCAAGAGAAAATTTTGTGTAATGATTGTAATT TAAATTTACCGAGAGTTTATTATAAATTGGCGTATTATACTAAATCAATC CAAGAAATATCATCTCTTACTTCATTAGACATGGATTCATCATCTCTTTT GTCATTAAGCTACTATAGCAGTAGCAAATTGAAAAATGCTTACTGCTCGT ACCAATCCTCTTTAAAGCGAGCAACATCTCCTCAAGATAAGTCAAACATA TTAATTGCCTTAGGTACAATTGCATATATTGTTGAAGGACCTGAAGTATG TAAGACTCTCTTGATTCAATCAACAAGGCTTGTTCCATCTACCTTACTAC CACTAAGTGCTCTCTGTATTCTTGGCATTAAGATGCACGATGTATCTCTA ATATTAGAAATTCTACAACAAATGAATATTGAAGAAGATTCTATTATAAT TAAATCTATTGTGCAAGCCTTCCTTCAAAGGAAACCAAGATGTGCTGTAA TATATCTTGCTAAAACTCTACATATTCACCCATCTCTACCAAACATTTGG GAAATTCTGAATTATTTGTTTATCATTTTTGAGTTTAATCAATTGAAACC AAAAACTTTCTTGATAACTTCTAATGAAGAATCTGTAGTTTTAGGAACTT TATTGGAACTAAAATTTTTTGGAAAAACTAAGAAAACATTGAATAATATA TTGAAATTAGTACATAAATATCCATTTCAAGCCAAAACATGGACTATATT GTTTAAAGTTCTGAAGTCATCTTTCATCAGATTAGATAGGATTGCCTCTC TATAAAGTATTTTGGTACGGGAGATATTTCAGAAAGCAAAGCGAAATTTC CAATTCAAAAAATAAATTAGTTATTTTTGGTGTCCTTTCTTATTAAAATG GTCTTTAATTTTTTCTCATATGATGTATTATATTAAAATTAATTAAGTAC CAATACAGTCGTTAATCATAATCAAACATAGATGCGTACATGTTTTGATG GATGGTTTTTGGTTCTTTTGTACAATGGTAAATTTAATTGTTAATATCGA AAGTGTTGAAACGTATACCAAATGTAAACATGGGGGGGGGGGGGAGGACT AGTTATAGTTATATGATCATAGTTTTTAAGTTGATAATTTATGTATTTTA ATCATCGAATTTTTGTCTCATTCATATGAACCATATTAATTTGATATAAA AATGGTTTGTTCCTCCTTACAATTTGGAATATATAAAAAATTGACAAGTT TCATAGAGCGTAGATGTTTTTTTTCTATTGAGGATTGTCTTTGAATGATG CAACTTTCCACAAAATAGAACCGTGGTCAAAATATTTGAGAGGAAATTGC GTAAATACGTTATACTTACTAGAAACGTGAAAATTGCTGGAGTTCTGTGT AGTATAAAAACCCTGCCTGCAGGAATGTAATAAAAAAGGGTAATCGCAAG AGACGTATATCTTCCCGGAGATATCACTATAGTTTTTGTTTTTTACTGAG AACATATGAATCTTTAAAATAGGAAAGAATAATTCATAATATTCATAGCT ATTTCACAAAGTGACGAGACTCGCTGTTAACTTAGGAGATTTACTTTGCT ACAAAAAATGCATCCTCTCAAGATGTCACTTTTAAAGTATTACCGATGAC ATCACTTAAACATTTCCCCCATGATATATGCTTTTTTTCTTCTCTTTGCA CTATTCTTGATTCCTGGAAATTTTGAGAAATGTATTTTATCTATTCCTCA TAATTTTTTCGTAATTCTCGGAATATTTATCAATTGTAGTTATCCTGAAT CTGTAATAAGTAATAAGTTTCTACAAGTCGATTCAAGGAATTCTAAAACT ATTGGAAAGGAAAGAAAGTATCTCGCTCACACAAAGTGGCTGAATCTCTC TTTTCTTGTAACTATAAAAATGAGAAATGACTAGTATGATTTATGAACAT TGATTGATAAATTTAGCCGACTCGTAACAATGTTTCAGGATCTAAAATTA ATCAATTTCTTAACTTGTCCTAAATTATATTTCTCCTTTTAACTTAATAA TTTCATTTTTACCCAGACAAATTAAAACTTAATTTATATTACTGTCGATA TTCATTTAGTATATTTTTCTTTTTCATTATTTTAAAAATAGTTTTTATTT CGTATGTAATGATATAAATATAATATTAGAAGTACAATCATCTGTTAACT CGAAGGAAGTTTGGTAATGTTTCTGTTGTTGTACTGTTGATAAGAAATAT TTTCTCTTCAGTATGCAACTCAAAATTATTCATCACAAAGTTCATAAGTA AATTAACTATTTTAGGAATATAGGTAGAGAAACAGTGACCAGATTTGCAA GTTGTTGATAGTATTTTACAGGATATTGGATAAGATATAGGGTAAATACT CAGTTACATTTACTTATTAAATACTATCATAATTCCCTCAACTAAAAGTA ATGTGATATATTACTCTGTGATGTTCATTATGTGTATGTATCTTAGTGAT TGTGACTTTTGACCTAATTATTAGTTGGCAATAAGAAAAATACTAAAGAC TAACTCTCATGATTTTTTTAAATTTTCCTTTCCCCTGTACAGTTGAGGTT GAGAGTGGATGAAAAAGCTAGTCGTGCATATAGTATATAGAACTCCCTGC TATGCTGTAT
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