mRNA_P-littoralis_Contig19.10.5 (mRNA) Pylaiella littoralis U1_48

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview
NamemRNA_P-littoralis_Contig19.10.5
Unique NamemRNA_P-littoralis_Contig19.10.5
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: D7G1M4_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G1M4_ECTSI)

HSP 1 Score: 1784 bits (4621), Expect = 0.000e+0
Identity = 988/1285 (76.89%), Postives = 1059/1285 (82.41%), Query Frame = 1 
Query:   55 MGSGDSKPAGVGGIP-RKRRKESSLL-PHEDDSRKARRSQEARLLGPAERSERRYLRNYDDLDDGIAHGGGGSGNXXXXXXXXXXXXXXXXXXXXXXVEDERSVGDDGVADIDQSIDRYDYLIAFPHSREGRCRGGXXXXXHRRWGELAGAEDGDSDDPDXXXXXXHDNTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAREWEARFRAPSDDTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGDKVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTEEEIAEEVRLYGKDEANETLEKLFQADKISPNDLAVFDEEVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGCTDSCVAELRTLLVAIFSVRFIMVGMEVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHLHGIVKDNGGDTPGAAGMESQRRGNLDIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDITRSLKIVKEQLQGAYQHEIFNEQTGIGETKHGLPLGCLNIKLIRLDGVEGEPQATTIVMSLRNSRQGDKTPPGPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPKRAGTCRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQIGG 3903
            MG+GDSKPAG GG+P RKRRKES LL P E+   KAR  Q   LLGPAERSERR+LRNYD LDDGI  GGG  G XXXXXXXXXXXXXXXXXX       ER  G+DGVADIDQ+IDRYDYLIAFPH RE   R G       R  EL+   DG+  D         +  +RITLTEVNDIWYSAVPGDE+TKTAAK+SLAREWEARFR PS D+EE+SIS +EWVRLAREVIVNTLFEKSGLQLKLTLSR GDKVLCRIRAPIVLLERQAAR++YRLQFRGEVDPGE+FWTE+EIAEE+RLYGKDEANETLEKLFQA+KISPNDLAVFDEEV P+QWS R H LERIADRV VVNRFPAYAEYTNDDKHRHLFQTYPSIRGRT+FRAKDRLALTKGIIDSFFDMGVLQAR       G+VDAVCALHDAN GEVIT EVLQKRWTLGFWRERSDR+GAPMLSMQMMDHG+SAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYG+G+EIYIL++GITF+  GW++ QVS+AVGIVLW  IYQELW REEK+IAVKWGT+GFEE+EKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQ LGLVVVLLFVAGLL+LVGLVE LEHYLETDLGY WAG  TS LASLQIQFLSFVYS V +RLNDFENYRTET YENNLIFKTFLFQMFNNYSALCYTAF++ ++YGCTDSC+ E+R LLVAIF+VRFIMVGMEV++PLVTSRM DA AK K    +   EDR  R SAVAGG  RG  G A +                    GEEEP+EAELRLPEYGGPFSDYSEIVLQYGYITMF SALP+VTFFAIAEVLLQIRTDSYKMVSLMRRPD EMAEGVGMWSTLMEAMG ++VLTNTAIICFT  TL+                                            FVV+KHLHG V+D GG+T G  G E+Q RGNLDIVGLQFDG QRGRQL PGASAQLGRLRTELRD+TRSLKIVKEQLQGAYQHE FNEQTGIGETKHGLPLGCLNIKLIRLDG+EG+P ATTIV+SLRNSRQGDKTPPGPALQ+SRPAERGSR PAP G  G  A  T A  GMVFSQVFVMAPIRSQDAELVFDVTQARH+G +SS+SRG GD++         APKRAGTCRVSLRELADQREHDLPLTVLKKA         NNRWV S ARLYVKVKFMYSK+VPLRNRIYALQDRKRSVEKEMTL+QIGG
Sbjct:    1 MGNGDSKPAG-GGVPSRKRRKESPLLLPQEESPGKARHGQGTPLLGPAERSERRFLRNYD-LDDGITQGGGIPGGXXXXXXXXXXXXXXXXXX-------ERDGGNDGVADIDQTIDRYDYLIAFPHPREQAARAGGRG----RRSELSAVGDGEGSDDSDSDTGGFEAAQRITLTEVNDIWYSAVPGDEVTKTAAKESLAREWEARFRTPSADSEEVSISQSEWVRLAREVIVNTLFEKSGLQLKLTLSRHGDKVLCRIRAPIVLLERQAARESYRLQFRGEVDPGETFWTEDEIAEELRLYGKDEANETLEKLFQAEKISPNDLAVFDEEVAPNQWSRRTHALERIADRVPVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTIFRAKDRLALTKGIIDSFFDMGVLQAR-------GIVDAVCALHDANRGEVITKEVLQKRWTLGFWRERSDRIGAPMLSMQMMDHGNSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGVGIEIYILVKGITFEESGWTFSQVSMAVGIVLWSVIYQELWDREEKVIAVKWGTSGFEEIEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQVLGLVVVLLFVAGLLLLVGLVEWLEHYLETDLGYTWAGYATSFLASLQIQFLSFVYSRVVKRLNDFENYRTETDYENNLIFKTFLFQMFNNYSALCYTAFIEEQIYGCTDSCIYEVRLLLVAIFAVRFIMVGMEVIIPLVTSRMLDAAAKGKGRGIEQADEDR-HRSSAVAGGEGRGGRGRAADGAEEDVSGK----------GGEEEPIEAELRLPEYGGPFSDYSEIVLQYGYITMFPSALPIVTFFAIAEVLLQIRTDSYKMVSLMRRPDAEMAEGVGMWSTLMEAMGFLAVLTNTAIICFTGGTLQD------------------------------------------EFVVEKHLHGFVQDGGGETQGPGG-EAQHRGNLDIVGLQFDGKQRGRQLSPGASAQLGRLRTELRDVTRSLKIVKEQLQGAYQHETFNEQTGIGETKHGLPLGCLNIKLIRLDGMEGDPHATTIVISLRNSRQGDKTPPGPALQASRPAERGSRTPAPPGRGGDSAASTVA--GMVFSQVFVMAPIRSQDAELVFDVTQARHSG-SSSMSRGGGDAKXXXXXXXG-APKRAGTCRVSLRELADQREHDLPLTVLKKA---------NNRWVPSPARLYVKVKFMYSKVVPLRNRIYALQDRKRSVEKEMTLLQIGG 1198
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A835YL56_9STRA (Calcium-activated chloride channel-domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YL56_9STRA)

HSP 1 Score: 1081 bits (2795), Expect = 0.000e+0
Identity = 665/1367 (48.65%), Postives = 819/1367 (59.91%), Query Frame = 1 
Query:  175 RLLGPAERSERRYLRNYDDLDDGIAHGGGGSGNXXXXXXXXXXXXXXXXXXXXXXVEDERSVGDDGVADIDQ-SIDRYDYLIAFPHSREGRCRGGXXXXXHRRWGELAGAEDGDSDDPDXXXXXXHDNTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAREWEARFRAPSD-----DTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGDKVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTEEEIAEEVRLYGK-----------DEANETLEKLFQADKISPNDLAVFDEEVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQ---------TYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGD-----------------KDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVV------VLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGCTDSCVAELRTLLVAIFSVRFIMVGMEVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQ-------------------------------------IRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKV------------LVHILIPDHPASLTIIKARQRFVVQKHLHGIVKDNGGDTPGAAGMESQRRGNLDIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDIT----------------------RSLKIVKEQLQGAYQHEIFNEQTGIGETKHGLPLGCLNIKLIRLDGVEGEPQATTIVMSLRNSRQGDKTPPGPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPKRAGTCRVSLRELADQ----REHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQIGG 3903
            R+L P ER+ERRY+R+Y   ++  A       +                      V   R  G   V    Q ++DRYDYLI FP+  E +         +R   E   A DG +             T  ITL EV +IWYSAVPGDE+ K  A+  L RE++ARFR P++     ++ EM++S  EW+RLAREVI+NTL+ KSGLQLKLT+SR G KVLCR+RAP+ LLE+QAAR+ YRLQFRGEVDPG  FWTEEEIAEE RLY K           DEANE LEKL+QA+KISPND+AVFD+E     +S R HTLERIADRV V NR+PAY+E+T D K RHL+Q         TYPSIRGRT+FRAKDRLALTK IID++FDMGVL A+        V+D++ ALHDAN G+ ITTEVLQKRW L +W E  DR+GAPM++M  MD G    W+++ F QPLDD+R YFGEK+A YFAWLGFY W+L  PA+  +  EIY+   GI+F +      Q+ VA  IV+WGA+YQE W REEK +AVKWGT GFEE EKDRP FEGD                 + +PGG RRRS VTNT++TY+PE KR+ RQALGL V      V+ F+A LL LV   E LEHYL+   GY W G   S+++S+QIQ LS+ Y      LND+ENYRTETAYE+NLIFKTFLFQMFNNYSAL Y AF+ G +YGC+ SCV+E+R LLV+IF VRF M G+E+           A  KRK    +                S  G + A+ E                     E    EAE+ LP Y G F D++ IVLQYGY+TMF SALP++   A+ EVLLQ                                     IR DSYK+VSLMRRPDPE+AE VGMWSTLM AM  +S+ TN AIICF+   L+ T+ A+KFLIWLV EH +L +KV             +H+ I D P  L  I+ARQRF+VQKH HG V+D+G    G+     Q+ G+LDIVGLQF   ++ RQ    A+ QL RL  E RD+T                      R LK  KEQLQ AYQ+E+FNE TGIGETKHGLPLGCLN+KLIRL+G+E EP  T++V+SL   +QGD   PGP  Q+SRPAERG       GG G           M F+Q          DAELVFDV                          GAP P+RAG+CR++LRELADQ     EHD PLT+ +K + +   AG         ARL+VK KFMYSKIVPLRN+IYALQDRKR++E+E+T++++GG
Sbjct:  765 RILNPLERTERRYMRSYGHAEEAAA-------DFADIDQEAAADIAVSSTGGACAVGSAR--GASNVPKFLQLTVDRYDYLIIFPNPAEDK------KSRYRDVEEACSAGDGGARTHAGDADAGEAGTF-ITLGEVAEIWYSAVPGDEVAKHEAQDKLRREFDARFRTPAEFSNLEESREMTMSRNEWLRLAREVIINTLYAKSGLQLKLTVSRDGSKVLCRVRAPVALLEQQAAREGYRLQFRGEVDPGYDFWTEEEIAEEQRLYSKGKANELSMYALDEANELLEKLYQAEKISPNDIAVFDQEPTDKHFSRRLHTLERIADRVPVTNRYPAYSEFTLDGKDRHLYQASLLIHNYTTYPSIRGRTLFRAKDRLALTKSIIDAYFDMGVLAAKD-------VIDSMTALHDANRGDRITTEVLQKRWVL-WWHEDPDRIGAPMVTMDAMDEGQRVSWYMRPFSQPLDDVRCYFGEKLAMYFAWLGFYGWSLAFPAILCMAAEIYMWSHGISFGSE-LDPVQIGVAAMIVVWGAVYQEFWEREEKAVAVKWGTRGFEESEKDRPQFEGDSIALKXXXXXXXXXXXXRSAPGGERRRSAVTNTYETYFPEGKRRTRQALGLAVALGLAVVVFFIACLLALVQFTEWLEHYLQDTRGYSWGGTAGSIISSIQIQVLSYFYGSAVTTLNDYENYRTETAYEHNLIFKTFLFQMFNNYSALFYQAFISGSVYGCSPSCVSEVRGLLVSIFVVRFAMAGVELA---------RAATKRKAQQEEE--------------ASLLGDTTASQEEEPFEP---------------EXXXFEAEVHLPAYDGTFDDFAAIVLQYGYVTMFVSALPLIVPLAMLEVLLQSSHXXXXXXXXXXXXXXXXXXXXXXXQVLLQAVQMRGIRVDSYKLVSLMRRPDPELAEEVGMWSTLMHAMSFLSIFTNAAIICFSGGALDGTSVANKFLIWLVAEHVMLGVKVNEHYFVMLGVKVCIHLSIDDVPGWLATIEARQRFIVQKHKHGFVRDDGNGDDGST--RKQQAGHLDIVGLQFQARKKRRQ-SSAATEQLSRLAAERRDVTSDSTRDWEKXXXXXXXXXXXXTRLLKTAKEQLQTAYQNEMFNEATGIGETKHGLPLGCLNVKLIRLEGLESEPAQTSVVLSLSAIKQGDSAAPGPPPQASRPAERGRASLQAEGGGGKV---------MEFNQ----------DAELVFDVMVKAA---------------------GAP-PRRAGSCRIALRELADQLADQTEHDYPLTLQQKVAGKWEPAG--------GARLFVKAKFMYSKIVPLRNKIYALQDRKRTIEREITMVEMGG 2016
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A8J2SE39_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SE39_9STRA)

HSP 1 Score: 608 bits (1568), Expect = 1.070e-190
Identity = 436/1219 (35.77%), Postives = 632/1219 (51.85%), Query Frame = 1 
Query:  367 DGVADIDQSIDRYDYLIAFPHSREGRCRGGXXXXXHRRWGELAGAEDGDSDDPDXXXXXXHDNTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAREWEARFR------APSDDTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGDKVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTEE------------EIAEEVRLYGKDEANETLEKLFQADKISPNDLAVFDE-EVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGW-SYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGCT---DSCVAELRTLLVAIFSVRFIMVGMEVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHLH----GIVKDNGGDTPGAAGMESQRRGNLDIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDITRSLKIVKEQLQGAYQHEIFNEQTGIGETKH--GLPLGCLNIKLIRLDGV--EGEP---QATTIVMSLRNS----RQGDKTPPGPALQSSRPAERGSRV-PAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPKRAGTCRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQIGGA 3906
            DGV   D + D+YD+L+ FP   +                      +GD                RI+  ++  +W+ A+PGDE  KTA  + L +EW +RFR      A   DT  ++        L RE +V+ L  K+GLQL+LTL++ G KV CR+RAP+ LLER+A   N++L+FRGEVDPG  FW +             EI EE  LY K++ANE LE L++A K+ PND AVFDE E     WS R HTLERIADRV V NRFPA+A++T   + RHL+  YPS+RG+T+F  KDRL LT  I+D  FD GVL           VV+   ALHDAN GE +T E     W L FWR      GAP +SM  +D G +  ++ + + QPL +IR YFGE++A YFAWLG+Y ++L  P +      IY  + G + D  GW    QVS+A  +V W A+Y++ W  E++  A KWG   FEE E DRP F GD D P   RR SP+TN  +TYYP  KR   Q    ++V L    +LV+  L+  LE+ L   L    AG +  +L ++ IQ+ S +Y+ +A  LN+ ENY+T+T Y+NNL+ K F F++ NNYS+L  TAF KG  +GC    D+C+++L+ L   IF VRF +    +V     SR   A  K      DT  ED D        G +  H    VE                   A E      E  L EY G F DY+EIVLQ G + M++     +   A  E+LLQ+R D+Y +V   +RP P  AE VG W TLM+ M  ++V TN  II +T+ +LE  ++ +K   + V E  LLL K L H+     P  L  I+ RQ  VV +H H     + +D   D    AG+   +RG++D   ++         + P   +++  L  +LR     + I + Q + A + E+FNE  G+  ++   GL LG + + ++  + V    +P    +   V+ +R+     ++  + PPGPA Q S+PA++  R    P     +GAR       MVF+Q F +AP+++  AE+  ++        A  + RGS                      ++L +L+DQR+  L L++L+  +  +   G+        A LYVK +F YS+I+P++ RIY L + +R + ++   +++G A
Sbjct:   42 DGVQ-FDPTCDKYDFLLVFPRPDDDESEA-----------------EGD----------------RISWCQIETLWFQAIPGDEDRKTAGIEWLRQEWVSRFRTDTVSSAEGGDTVPLTALQG----LVREHVVDRL-TKAGLQLELTLAQDGSKVFCRVRAPMALLERKADELNHKLKFRGEVDPGPEFWRKSADQDAEGKPIFCEIVEESILYEKNQANELLEDLYRAGKVGPNDAAVFDEAEPTKKHWSRRVHTLERIADRVPVTNRFPAHADFTTAPESRHLYDEYPSVRGKTLFLPKDRLYLTSKIMDEHFDFGVLVEHK-------VVEQCLALHDANAGESLTLEWFSDHWVL-FWRSGPRDCGAPRVSMPQIDKGEACQYWERPWAQPLMEIRAYFGEQVALYFAWLGYYGYSLTTPTIVLTAAGIYEFVTGQSADDEGWWKPVQVSLAFFLVAWSALYKDGWDVEQQWCATKWGMLDFEEEEADRPQFVGDADEP---RRLSPITNQNETYYPAEKRARTQFFNSIIVALLALLILVIFALIFELEYKLLDVLPASLAGYVLPLLIAILIQWFSRLYNPIAYYLNESENYQTQTNYDNNLVLKVFAFEIMNNYSSLALTAFFKGWYWGCISGDDNCLSDLKRLTGVIFGVRFALALWGIVGGGCVSRSYKAFLKLVLPEADT-NEDND--------GENPMHDD--VEEGDRLK-------------ALEHPAFVDEAELEEYEGLFDDYAEIVLQMGLVCMWSLGFYYMPLLAALEILLQMRVDAYGLVCDSQRPTPTPAETVGSWGTLMDTMSLLAVFTNAGIIVYTTKSLEDWSSNEKLCAFFVVEQLLLLTKALAHLCSTGIPTRLEEIQKRQEHVVDRHKHCRFEEVFED---DEDEVAGL---KRGHVDRSEVRERSQSTTDGMSPFTRSRIAYLDEKLRACESDVTIARSQYRVACKTEVFNEDCGVSYSRRTPGLALGMVTLTVLEAENVGQRHDPVNASSCRAVVHVRDPTPRHQRAYEGPPGPAPQVSKPAKKPPRSNELPEDLRSAGAR-------MVFNQTFSLAPVKTSKAEIFIEIMDH-----AKRLKRGS--------------------TTIALSDLSDQRKQALTLSILRPTATTTAQFGIPQE----AAVLYVKAQFQYSRILPIKRRIYRLLEGRRKITQDRQNLRLGKA 1144
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A8J2S5F9_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2S5F9_9STRA)

HSP 1 Score: 561 bits (1447), Expect = 2.330e-173
Identity = 406/1189 (34.15%), Postives = 594/1189 (49.96%), Query Frame = 1 
Query:  553 NTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAREWEARFRAPSDDTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGDK-VLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTE-------------EEIAEEVRLYGKDEANETLEKLFQADKISPNDLAVF-DEEVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQ---IQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGC-------TDSCVAELRTLLVAIFSVRFIMVGMEVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEI-------------------------------------VLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHLHGIVKDN---GGDTPGAAGMESQRRGNLDIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDITRSLKIVKEQLQGAYQHEIFNEQTGIGETKH--GLPLGCLNIKLIRLDGV--EGEP---QATTIVMSLRNSRQGDKTPPGPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPK-RAGTCRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQIG 3900
            +++ +   EV + W+ A+PGDE  KTA  + L R+W  RF       EE      + + L RE +V+ L  +SGLQLKL+L   G + V C++RAP+ LLER+A   +Y+ +F+ E+DPG +FW               +EI E+  +  +++A ETL++L+   +  P D+AVF D E  P  WS R H LERI+DRV   N + AYA Y    + RHL++ YPS+RGRT+F  KDRL LTK I+D  FD  VL+ R       G+V+   ALHDANHGE+ TT+ LQKRW   FWR  + R GAP+LS   M  G S P +++ + QPL ++R YFGEK+A YFAWL FY + LI PAL+   +  Y   + +  +  G    Q  VA  +V W A Y+E W  E +  AV+WGT  FE  E DRP FEGD   P   RR SP+TN  +TYYPE KR   + + L  V L +A L+ L+ ++  L+++    LG  + G + S ++ +Q   IQ  S +Y  VA   ND ENYRT+TAYENNLI K F F++FNNY+AL  TAF KG  + C         +C+ +L  LL  IF  R+ +     ++   +  + D  A    S                             E                     E    E+EL+L EY G F DY+EI                                     VLQ G ++MF   L +       EVLLQIR D+YK+ +L +RPDP  AE VG W  LME+MG ++V  N  II  T+ +  + ++  + +I+ V E  LL +K+ VH  I D P  L  +K R   VV +H + +  D+   GGD   A  +++     L +  L      R +++    + +L  LR +L    + L+ +++Q + A   E++NE  G+  ++    L LG +++++  + G+   G+P    +T +V+ +R +  G     GPA Q SRPA +       A     GAR       +VF Q F +AP+R+  AEL  +V                             A K R G   + L  L DQ++  L L + +      G  G    ++ +TA+      F YSK+VP++  I A  + +R + +++T +QIG
Sbjct:   63 SSETLKWNEVRETWFQAIPGDEEKKTAGVELLRRDWVQRFG------EEEECPKGDVLGLCREHVVDLLARRSGLQLKLSLPSDGARRVYCQLRAPVSLLERKADALDYKFKFKDEIDPGPAFWRRSSGTDRVSGRPVYDEIIEDATILDREKAQETLQQLYAQGRCGPADVAVFADAEPTPRHWSRRVHALERISDRVPCHNAYAAYAPYDAAPRERHLYEEYPSVRGRTLFLPKDRLYLTKRIVDEVFDFAVLKER-------GLVETFVALHDANHGEMPTTDWLQKRWVF-FWRAEATRAGAPLLSQTYMLKGRSCPCYMRPWAQPLMEVRAYFGEKVALYFAWLAFYGYYLIYPALFCAAVYAYDSAKDVDDEEEGVHVEQFLVAGFLVAWSAYYKESWDIESQYCAVRWGTLRFEAEEADRPQFEGDPAEP---RRVSPITNQSETYYPESKRTRTRIVSLAFVTLSIAALVTLIAVIFWLQYFFTYILGGTFWGGVGSCMSGVQALLIQVASSIYGSVAVARNDAENYRTQTAYENNLIIKKFAFEVFNNYTALVITAFFKGTYFKCDGGFSGDAGNCLGDLEELLAVIFITRYALA----LIGAFSRPINDLIAYCTPSC-------------------------LGAEEELPGEDDDDVENDQEEGPPAEAPRFESELKLEEYEGMFDDYAEIARPRRPVVRRRLPVIGMRRLRERWAWVVASSMLSSAQVLQMGLVSMFTLGLYLTPLLGAGEVLLQIRVDAYKLTALSQRPDPTPAESVGSWGVLMESMGLLAVYCNAGIIVATTKSFHAYSSLQRVIIFFVVEQCLLALKLAVHAYIDDEPTPLAELKKRNAHVVARHKNAVFDDDLDVGGD---AIAVDADA---LSVAAL------RAKRVARPEAKRLEYLRRKLLGCDKDLRDLRQQYRDATAQEVYNETEGVSYSREHPDLALGMVSLQVQDVVGLGSAGDPVDAASTRLVIHVRGTEPGRAA--GPAPQVSRPARQPRAEEGGADDLNVGAR-------LVFDQHFSVAPVRTTRAELRIEVVD--------------------------DAKKLRRGFAALPLPALGDQKQQALDLELARP-----GGQGGRPAFLRATAQ------FQYSKVVPIKAEITAKLEEQRRLHRDVTNLQIG 1147
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A7S3NJZ7_9STRA (Hypothetical protein n=1 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3NJZ7_9STRA)

HSP 1 Score: 556 bits (1434), Expect = 1.200e-170
Identity = 419/1261 (33.23%), Postives = 618/1261 (49.01%), Query Frame = 1 
Query:  364 DDGVADIDQSIDRYDYLIAFPHSREGRCRGGXXXXXHRRWGELAGAEDGDSDDPDXXXXXXHDNTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAREWEARFRA-PSDDTEEMSIS-HAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGDKVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTEE-------------EIAEEVRLYGKDEANETLEKLFQADKISPNDLAVFDEE-VVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGY-EWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGCTD-----SCVAELRTLLVAIFSVRFIMVGMEVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHL-------------------------------------HGIVKDNGGDTPGAAGMESQ------RRGNLDIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDITRSLKIVKEQLQGAYQHEIFNEQTGIGETKHG--LPLGCLNIKLIRLDGV-------EGEPQATTIVMSLRNSR-QGDKTPP-------GPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAP-KRAGTCRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQI 3897
            D   A  D + D+YDYLI F + +  +              +++  +D   +         H   ++I    + ++W  A+PG+E  K   +  L   W+ RF + P++D+EE+ +   +E   L R+ I++ L  KSGLQLKL+LS  G K  C++RAP+ LLER+A +  Y+L+F+ E+DPG +FW                E+ EE RL  KDE NE L  L++  KI P+D++VFDEE      WS R  TLERI D+V   N +PAYA +T   K RHL+  YPS+RG+T+F +KDRL LT+ IID  FD GVL+   L       VD + ALHDAN+GE+ T +   KRW   F++  +DRVGAP ++   +    + P +L+ F QPL +IR YFGEK+AFYFAWLGFY + LI PAL G+   +Y+L  G + +A G    Q+ +A+ +V+W A Y+E W  E +  A+KWGT  FEE E DRP F GD D  G  RR SPVTN  +T+YP  K                        L+  +E+ +    G+   A     VL ++ IQ LS  Y + A   ND ENYRT+T YEN L+ K FLF++FNNYSAL  TA+ KG  + CT      +C+ +L+ LL++IF  RF +         V   +           G TK +D D               G  +                      E +  E EL L  Y G F DY+EIVLQ G ++MF     +V    + EVLLQIR D+YK+ +  RRPDP  AE VG W  LME+MG ++V  N  I+ FT+ +  + +  +K LI+ V E   L++K++ H  I D P  L+  K R   VV++H                                      + + K    D   AA    +      +RG +D   L  +  +  + L      +L  LR +L  + + L +++ Q + A +HE++  + GI  ++    L LG L++ ++  +G+       +       I+  +R  R   D+T         GP  Q S+PA++  + P        G R       +VF+  F +API+   A L  D+ +   T     +    GD +    D   PAP +R G  RV L  L DQ+ H   +  + K   ES     +   V S   L +  +F +SK+ P++ +I  L   +R + +++T IQ+
Sbjct:   36 DSDAAAFDPTADKYDYLIVFKNDKPKK--------------KISHYDDEGQEQ--------HKEEEKIKWEWLENVWLEAIPGEEDKKEKGRDYLKFLWQQRFGSLPNEDSEEIDMQPKSEIELLVRDHIIDVLSRKSGLQLKLSLSANGRKQYCQVRAPMSLLERKATQLEYKLKFKPEIDPGPAFWQRTDGTYDRAGRPRYIELIEEQRLTSKDETNEALAILYKLGKIGPHDMSVFDEEETTEKHWSRRLRTLERIVDKVPCTNEYPAYASFTGKPKERHLYDEYPSVRGKTLFLSKDRLYLTRRIIDEVFDFGVLEENKL-------VDLITALHDANYGEMPTADWFLKRWVY-FYQAEADRVGAPYVTHYAIIKHRTCPRYLRPFAQPLMEIRSYFGEKIAFYFAWLGFYGYYLIYPALGGLICTLYLLFSGTSDEAIGIHPEQIIMALALVVWSAFYKESWDIESQYCALKWGTLNFEEQEVDRPQFHGDPD--GEPRRISPVTNQKETFYPPEKXXXXXXXXXXXXXXXXXXXXXXXVLIFEIEYLMYLQGGFLASATGAVGVLQAVLIQILSEQYGNFANARNDKENYRTQTEYENALVLKKFLFEIFNNYSALAITAYFKGVYFICTSGTYKQNCLGDLKLLLISIFGTRFALAIYSAYEERVNRIIELVF-------GPTKNKDDDAXXXXXXXXXXXXLEGGGINKKKSSANAI-----------SETQRFETELELKAYEGTFDDYAEIVLQMGLVSMFTLGWYLVPTLGVLEVLLQIRVDAYKLAAQTRRPDPAPAESVGSWGVLMESMGVLAVYANAGIVVFTTRSFSNYSFLEKLLIFFVLEQIALVLKIVTHASIIDVPTDLSDKKRRNDHVVKRHXXXXXXXXXXXXXXXXXXXTDEIPSSMTQRRNIGIGDDYDLQKKREADKKRAAEHAQKISDLALQRGAVDADLLDVNALKPDKPLTRIQQHRLEYLRRKLLGVDKDLALLRNQYKVACRHEVYKPKLGISYSRKDPDLALGLLSVTVVEANGLGTLDAPLDANKHPVRIIAHVREDRGDADETKEENPSISVGPPPQVSKPAKK-PKEPLEVD---VGER-------LVFNHSFSLAPIKKTQAALHLDILEELLTE-VPLVPTSGGDGKD---DNAPPAPQRRRGHARVPLALLRDQKPHRNHVVRIAKPG-ESDFIDEDED-VRSGPHLVIHAQFQFSKLEPIKAKIKDLLATQRKLHRDVTNIQL 1229
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A7S3XKI6_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3XKI6_HETAK)

HSP 1 Score: 459 bits (1180), Expect = 3.970e-140
Identity = 300/823 (36.45%), Postives = 445/823 (54.07%), Query Frame = 1 
Query: 1468 PWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGC-TDSCVAELRTLLVAIFSVRFIMVGMEVV-VPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHLHGIVKDNGGDTPGAAGMESQRRGNLDIVG-----LQFDGNQRGRQLPPGA-SAQLGRLRTELRDITRSLKIVKEQLQGAYQHEIFNEQTGIGETKHGLPLGCLNIKLIRLDGVEGEPQATTIVMSLRNSR---QGDKTPPGPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVMAPIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPKRAGTCRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVS-STARLYVKVKFMYSKIVPLRNRIYALQDRKRSVEKEMTLIQIG 3900
            PW+L  F QPL DIR YFGE++A +FAWLGFYA+ L+VPA  G+    Y +  G   ++ G +Y QV+    ++LW  +Y+  W +E  LIAV WGT GFEE E DRP F G  + P   RRRS VTN  +TYYPE +R   Q   ++++L  +A  L ++ ++  LE+ LE+ +GY+W   +  VL + +IQF +  Y  +AR LND ENY+T+T +E+ LIFKTF FQ+FNNY+AL + AF K  ++GC +D C+ E+R LL+ IF+ RF  +G+ V+       R + A+A                    V+   +   +G A +                       EP E E  L  Y G F  Y++  +QYGY+ MFA ALP     A+ E L+++R  ++++    +RPDP  AE VG+W  +++ M  ++VLTNT +  F+ +T        ++L +L+ EHA L +  ++H  IP  P  L    ARQ +VV KH  G+    G             RG+++I       L+  G   GR  P    S ++ +L   L  +   ++I K  L+   + E++NE TG+GETKHGL LG L IKLI  + V+ +P  TT+V+S++ ++   +G    PGP  Q+S+PA RG                 A P  + F+QVF MAPIR+QDAE+ FD+                           +  PKR G+CR+ LRELA+Q+EH+  L V  +        G +  + +   A L+V+ +F YSK+VPL+  I+ LQD+KR +EKE+TL ++G
Sbjct:    5 PWYLVPFAQPLHDIRDYFGERLALFFAWLGFYAYWLLVPAAAGLAYGAYAVAAGDPGESEGVNYYQVAFVTVVILWTVLYKTHWDQESALIAVAWGTHGFEEEEADRPQFRGWPEEP---RRRSEVTNRLETYYPEDQRARTQVGSVIMMLTMIAACLAVMFVLFYLEYELES-MGYDWGSWLVGVLFTCEIQFFNRYYKGIARNLNDLENYQTQTEFEDMLIFKTFFFQIFNNYAALTFAAFFKEMVFGCVSDYCLGEVRELLIIIFAGRFASLGLTVLEASSFQYRQKAAEAAML---------------VRVSLDPAEAQAGRAPQL----------------------EPFEQETLLERYDGEFDGYAKACIQYGYVVMFALALPFAPLLALLENLVELRLKAFQLTRTYQRPDPAPAEDVGLWGAVLDFMSLLAVLTNTGLFVFSGNTFAEYDLEVRWLYFLLIEHAALAVVFILHQSIPSIPEELEDTIARQSYVVDKHK-GL---GGXXXXXXXXXXXASRGHIEISAAAAGTLEKKGKGGGRDGPSKEESKRIRKLNQRLEILQNDIRIAKRNLKSVMKTEVYNELTGVGETKHGLSLGVLTIKLILAEKVDAKPDETTVVISIKPTKAVSRGGLAEPGPPPQASKPARRG-----------------AEPRTLDFNQVFTMAPIRTQDAEVTFDIMDK------------------------SAKPKRKGSCRILLRELANQQEHEKYLNVQVR--------GPDGHFQTIPEALLFVRCQFTYSKVVPLKANIFTLQDKKRQIEKEITLRRLG 733
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A7S2DV50_9STRA (Hypothetical protein (Fragment) n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2DV50_9STRA)

HSP 1 Score: 330 bits (847), Expect = 1.610e-95
Identity = 207/546 (37.91%), Postives = 301/546 (55.13%), Query Frame = 1 
Query:  583 NDIWYSAVPGDEITKTAAKQSLAREWEARFRAPSDDTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQGD-------KVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTE--------EEIAEEVRLY-GKDEANETLEKLFQADKISPNDLAVFDEEVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSV---AVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSP-------------GGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLET---DLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTET 2115
            +D WY+A+PG+   K  A  +L + W   F    D  E  SI  ++++ L R  I++ L  +SGLQLKL+ SR+ D       K+ CRIRAPI LLE++A   +Y+L  R EVDPG  FW+         EEI  +  L   K EA   LE +++   ISPND+ +F++E  P  WS R  TLERIAD+V V  R   YA +T     RHLF  YPS+RG T+FR+KDRL +T  I+   FD  +L++        G++D++  LHD+N GE +TT    K W    WR   D+VG P +S +  +  S+ P +   + QP  +IR YFGEK+A YF WLG+Y   LI P+L GI ++IY +        P     +V +   A  IVLW   + + W  EEK IAV WGT GFE+ E +RP F+GD+                   RR S +T   +TYYP  KR++++ +   V+  F   LLV++ ++  +  Y+E+   D G     D+ S+ +++QI+ LS+ Y    +   D+EN++T+T
Sbjct:   50 SDEWYNAIPGETDRKNKAVLALKQAW-MDFTGNDDVHETTSIEFSKFLELTRNHIIDILMNRSGLQLKLS-SRKRDANGETAEKIFCRIRAPISLLEKRADDLDYKLMLRPEVDPGTEFWSVKNKQTGAYEEIEADANLIESKGEAAGLLETMYENGHISPNDVQIFEDEPTPKHWSRRIRTLERIADKVPVSTRMHPYANFTLRPAERHLFMEYPSVRGSTLFRSKDRLYITDTILSEHFDFPILKSS-------GIIDSIFPLHDSNFGEALTTLSFNKMWIFP-WRADKDKVGGPYVSHEATERKSTCPIWWYPWAQPHMEIREYFGEKLALYFGWLGYYGVMLIYPSLVGIALQIYQIRYNDAATDPDGQNIKVYMVLYATFIVLWATAFTKGWGVEEKKIAVLWGTEGFEDNEGNRPQFQGDRAESFLLSCFFGCNTNIAEPRRLSAITLQMETYYPPEKREMKETINNTVI--FFLCLLVVISVI--INSYVESMLIDEGLSSIADLLSLESAIQIRILSYFYRFFVKMTCDWENHQTDT 581
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A7S2BNC7_9STRA (Hypothetical protein (Fragment) n=1 Tax=Florenciella parvula TaxID=236787 RepID=A0A7S2BNC7_9STRA)

HSP 1 Score: 259 bits (662), Expect = 1.020e-73
Identity = 140/326 (42.94%), Postives = 197/326 (60.43%), Query Frame = 1 
Query:  871 NYRLQFRGEVDPGESFWT--------EEEIAEEVR-----LYGKDEANETLEKLFQADKISPNDLAVFDEEVVPSQWSCRAHTLERIADRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGIT-FDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGD 1806
            NYRLQFR EVDPG  FW         EEE   E++     L  K  A E LE++++   I  +++ +F++E  P  WS R HTLERIAD++   NR+ AYA+++     RHL+  Y S+RG T+F  KDRL LT+ I+++ FD  VLQ    R +   V+D++  LHD+N+GE +TT    K W   +  +R D++GAP LS    D+GS  PW +  + QPL +IR YFGE +A YFAWLGFY + L++PA+ G GM++      IT +D+ G  Y  V  ++ +V+W   Y   W  EEK+ A+ WGT GFE+ E +RP F GD
Sbjct:    5 NYRLQFRPEVDPGPDFWQVQKPGIQDEEEKFVEIKNEEKLLATKAGAAEHLEQMYKNGYIHASEVHIFEDEATPKHWSRRIHTLERIADKIPSCNRWNAYADFSTRPTERHLYNEYASVRGTTIFMPKDRLYLTRQILENIFDFAVLQ----RVE---VIDSMFPLHDSNYGEALTTSSFLKTWIYPYMGDR-DKIGAPYLSHPANDNGSYCPWPMLPWAQPLSEIREYFGESVAMYFAWLGFYGYYLLIPAIVGSGMQLLYYYGIITHYDSSGIKYYMVLFSIFMVVWANYYNMQWTTEEKICALAWGTNGFEDAEGNRPQFHGD 322
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A067D3J2_SAPPC (Anoct_dimer domain-containing protein n=1 Tax=Saprolegnia parasitica (strain CBS 223.65) TaxID=695850 RepID=A0A067D3J2_SAPPC)

HSP 1 Score: 254 bits (649), Expect = 1.010e-67
Identity = 215/693 (31.02%), Postives = 323/693 (46.61%), Query Frame = 1 
Query: 1006 KISPNDLAVFDEEVVPSQWSCRAHTLERIA--DRVEVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSFFDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLG---YEW------------AGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKGELYGCTD----SCVAELRTLLVAIFSVRFIMVGM-EVVVPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEXXXXXXXXXXXXXXXXXXLAGEEEPLEAELRLPEYG--GPFSDYSEIVLQYGYITMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTLMEAMGCISVLTNTAIICFTSDTLESTTTAD-KFLIWLVFEHALLLMKVLVHILIPDHPASLTIIKARQRFVVQKHLHGIVKDNGGD 3009
            +  P +L    E   P +     H  E  A  DR    N F    +Y  DD+ + +++ Y     +  FR  DR+ L   II                 A  + D  CAL   N   +   E L   + L  + ER D++ A  +        SSAPW      QP  DI+ Y+GEK+  YF WLG Y   LI P++ G  M   I+MEG T DA       + +A    LWG  Y E W R   +I ++WG  GFEE EKDR  FEG++         SP+  +   Y+    R  R    L+  L+F   LLV+  +       +  + G   YE+            A  + S L ++QIQ ++ +Y+ +A RLN++EN+RT+T YE+NLI KTFLFQ  N+Y++L Y AF+K  +  CTD     C+ +L   L  IF +R       E V+P +  R+R   +K          +D + R  ++                                       +E ++ L  Y   G F DY+E+++QYGYIT+F  + P+  F A+     +IR D++K+    RRPDP+ AE +G W T++E M  I+V+TN A + FTS+T  S  + D K L ++  EH +LL+K  + +L+ D P  + +   R +F+V K ++ I  D+  D
Sbjct:  105 EFDPLELKAVAEAGYPDKGVAPIHISEEHAHTDRSPFQNIF---GKYDMDDRLQRVYKKYGPAGKQIPFRGVDRIKLINSII-----------------AAHLYDGGCAL---NTKMLEMKECLVTSFPLHDFDER-DKLNAKWIRW------SSAPWN-----QPYSDIKDYYGEKVGLYFVWLGHYTTWLIAPSIVGAVMLADIIMEG-TVDARLLGVFGLFMA----LWGTFYLEYWKRRNAVIRLEWGMDGFEEEEKDRAEFEGEEIE-------SPIDGSKMRYFSPEVRTKRVLASLL--LIFALILLVIGAVASIFVFRIFAERGRPLYEYTTLRMNGKDVPLASPIASTLNAIQIQVMNGIYTTIAVRLNNYENHRTDTEYEDNLIAKTFLFQFVNSYASLFYIAFIKSAVDECTDPKAGGCIYDLMVALGIIFCLRLTSGNFFEAVLPYLKRRLRGKCSK------PATPDDGETRAMSI---------------------------------------VEEQMTLGVYDDMGVFGDYNEMIIQYGYITLFVISFPLAPFLALLNNYFEIRIDAFKLAKESRRPDPKGAEDIGTWMTILEIMSTIAVVTNVAAVVFTSNTTFSGVSGDIKMLAFVGLEHGVLLVKFFLALLVEDVPEDVQLQLDRSKFLVSKIVYQIQDDDDDD 703
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BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Match: A0A7S3USK5_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3USK5_HETAK)

HSP 1 Score: 240 bits (612), Expect = 1.540e-66
Identity = 136/331 (41.09%), Postives = 203/331 (61.33%), Query Frame = 1 
Query: 1327 LHDANHGEVITTEVLQKRWTLGFWRERSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWLGFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAIYQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNTFQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEWAGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLFQMFNNYSALCYTAFVKG-ELYGCT-DSCVAELRTLLVAIFSVRFIMVGMEVVVPL 2313
            LHDA+ G+++T E L+K W    +R  +  VGAP+ +      G +A  F +L+CQPLDDIR Y+GEK+A YFAWLG Y W L   AL G+ ++ Y+   G      G+ Y   +V V +VL  +     W  EE+ +AVKWGT GFEE EKDRP F+ D++ P    R + +TN  +  YPE KR++  A+  +++   VAG++VLV ++     Y+E  LG+ WA D  S+  ++ I  LS +Y  +   + + EN+RT+T +E+ LI KTF FQ+ NNY+AL YTAF K    YGC+ DSC+++L TL++ I ++  +M  +E+ + L
Sbjct:   20 LHDASRGDIVTRESLRKNWVT-IYRAHAKGVGAPLGTDPEQQFGVNARPFTRLWCQPLDDIRSYYGEKLALYFAWLGAYCWFLRPWALLGLAVQAYLYFYGTGAAEEGFQYWTAAVCVLVVLQTSAMHVGWKAEEEALAVKWGTEGFEEQEKDRPAFKADENEPT---RINRITNEMELNYPEEKRQLHSAIHYLIIAGCVAGVVVLVHVLYATAGYMEYSLGFTWASDAASLALAIMIVVLSDIYEGIVEAMVEKENHRTDTEFEDALISKTFAFQLVNNYAALGYTAFYKQYSAYGCSADSCLSDLTTLMMFILAMTVVMNLVELEIHL 346
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig19.10.5 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G1M4_ECTSI0.000e+076.89Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
A0A835YL56_9STRA0.000e+048.65Calcium-activated chloride channel-domain-containi... [more]
A0A8J2SE39_9STRA1.070e-19035.77Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A8J2S5F9_9STRA2.330e-17334.15Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A7S3NJZ7_9STRA1.200e-17033.23Hypothetical protein n=1 Tax=Aureoumbra lagunensis... [more]
A0A7S3XKI6_HETAK3.970e-14036.45Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A7S2DV50_9STRA1.610e-9537.91Hypothetical protein (Fragment) n=1 Tax=Dictyocha ... [more]
A0A7S2BNC7_9STRA1.020e-7342.94Hypothetical protein (Fragment) n=1 Tax=Florenciel... [more]
A0A067D3J2_SAPPC1.010e-6731.02Anoct_dimer domain-containing protein n=1 Tax=Sapr... [more]
A0A7S3USK5_HETAK1.540e-6641.09Hypothetical protein (Fragment) n=1 Tax=Heterosigm... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig19contigP-littoralis_Contig19:62839..96267 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7G1M4
PFAMsAnoct_dimer,Anoctamin,ERK-JNK_inhib
Model size4592
Max annot lvl2759|Eukaryota
KEGG koko:K19327,ko:K19480,ko:K19497,ko:K19501
KEGG TC1.A.17.1,1.A.17.1.2,1.A.17.1.21,1.A.17.1.3
KEGG Pathwayko04740,map04740
Hectar predicted targeting categoryother localisation
Exons29
Evalue0.0
EggNOG OGsKOG2514@1|root,KOG2514@2759|Eukaryota
Descriptionintracellular chloride channel activity
Cds size3858
COG categoryU
BRITEko00000,ko00001,ko04040
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680789906.0517251-UTR-P-littoralis_Contig19:62838..635181680789906.0517251-UTR-P-littoralis_Contig19:62838..63518Pylaiella littoralis U1_48UTRP-littoralis_Contig19 62839..63518 -
1680789906.4084332-UTR-P-littoralis_Contig19:96213..962671680789906.4084332-UTR-P-littoralis_Contig19:96213..96267Pylaiella littoralis U1_48UTRP-littoralis_Contig19 96214..96267 -


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

Feature NameUnique NameSpeciesTypePosition
1680789906.0677905-CDS-P-littoralis_Contig19:63518..636801680789906.0677905-CDS-P-littoralis_Contig19:63518..63680Pylaiella littoralis U1_48CDSP-littoralis_Contig19 63519..63680 -
1680789906.080642-CDS-P-littoralis_Contig19:64227..643461680789906.080642-CDS-P-littoralis_Contig19:64227..64346Pylaiella littoralis U1_48CDSP-littoralis_Contig19 64228..64346 -
1680789906.0901053-CDS-P-littoralis_Contig19:64391..647071680789906.0901053-CDS-P-littoralis_Contig19:64391..64707Pylaiella littoralis U1_48CDSP-littoralis_Contig19 64392..64707 -
1680789906.100723-CDS-P-littoralis_Contig19:65221..653441680789906.100723-CDS-P-littoralis_Contig19:65221..65344Pylaiella littoralis U1_48CDSP-littoralis_Contig19 65222..65344 -
1680789906.1142125-CDS-P-littoralis_Contig19:65639..657081680789906.1142125-CDS-P-littoralis_Contig19:65639..65708Pylaiella littoralis U1_48CDSP-littoralis_Contig19 65640..65708 -
1680789906.1259012-CDS-P-littoralis_Contig19:66530..666961680789906.1259012-CDS-P-littoralis_Contig19:66530..66696Pylaiella littoralis U1_48CDSP-littoralis_Contig19 66531..66696 -
1680789906.137564-CDS-P-littoralis_Contig19:67421..675471680789906.137564-CDS-P-littoralis_Contig19:67421..67547Pylaiella littoralis U1_48CDSP-littoralis_Contig19 67422..67547 -
1680789906.1502907-CDS-P-littoralis_Contig19:67927..680771680789906.1502907-CDS-P-littoralis_Contig19:67927..68077Pylaiella littoralis U1_48CDSP-littoralis_Contig19 67928..68077 -
1680789906.1637723-CDS-P-littoralis_Contig19:68664..689721680789906.1637723-CDS-P-littoralis_Contig19:68664..68972Pylaiella littoralis U1_48CDSP-littoralis_Contig19 68665..68972 -
1680789906.175222-CDS-P-littoralis_Contig19:76174..763061680789906.175222-CDS-P-littoralis_Contig19:76174..76306Pylaiella littoralis U1_48CDSP-littoralis_Contig19 76175..76306 -
1680789906.1899917-CDS-P-littoralis_Contig19:77068..771521680789906.1899917-CDS-P-littoralis_Contig19:77068..77152Pylaiella littoralis U1_48CDSP-littoralis_Contig19 77069..77152 -
1680789906.2013068-CDS-P-littoralis_Contig19:77684..778411680789906.2013068-CDS-P-littoralis_Contig19:77684..77841Pylaiella littoralis U1_48CDSP-littoralis_Contig19 77685..77841 -
1680789906.2120917-CDS-P-littoralis_Contig19:77987..781001680789906.2120917-CDS-P-littoralis_Contig19:77987..78100Pylaiella littoralis U1_48CDSP-littoralis_Contig19 77988..78100 -
1680789906.222296-CDS-P-littoralis_Contig19:78935..790351680789906.222296-CDS-P-littoralis_Contig19:78935..79035Pylaiella littoralis U1_48CDSP-littoralis_Contig19 78936..79035 -
1680789906.2373247-CDS-P-littoralis_Contig19:79270..793921680789906.2373247-CDS-P-littoralis_Contig19:79270..79392Pylaiella littoralis U1_48CDSP-littoralis_Contig19 79271..79392 -
1680789906.248158-CDS-P-littoralis_Contig19:80172..802721680789906.248158-CDS-P-littoralis_Contig19:80172..80272Pylaiella littoralis U1_48CDSP-littoralis_Contig19 80173..80272 -
1680789906.2602386-CDS-P-littoralis_Contig19:80553..806751680789906.2602386-CDS-P-littoralis_Contig19:80553..80675Pylaiella littoralis U1_48CDSP-littoralis_Contig19 80554..80675 -
1680789906.2693846-CDS-P-littoralis_Contig19:81132..812101680789906.2693846-CDS-P-littoralis_Contig19:81132..81210Pylaiella littoralis U1_48CDSP-littoralis_Contig19 81133..81210 -
1680789906.2781708-CDS-P-littoralis_Contig19:81566..816351680789906.2781708-CDS-P-littoralis_Contig19:81566..81635Pylaiella littoralis U1_48CDSP-littoralis_Contig19 81567..81635 -
1680789906.290543-CDS-P-littoralis_Contig19:81925..820481680789906.290543-CDS-P-littoralis_Contig19:81925..82048Pylaiella littoralis U1_48CDSP-littoralis_Contig19 81926..82048 -
1680789906.302784-CDS-P-littoralis_Contig19:82371..825451680789906.302784-CDS-P-littoralis_Contig19:82371..82545Pylaiella littoralis U1_48CDSP-littoralis_Contig19 82372..82545 -
1680789906.3142307-CDS-P-littoralis_Contig19:82749..828511680789906.3142307-CDS-P-littoralis_Contig19:82749..82851Pylaiella littoralis U1_48CDSP-littoralis_Contig19 82750..82851 -
1680789906.3301523-CDS-P-littoralis_Contig19:83266..833501680789906.3301523-CDS-P-littoralis_Contig19:83266..83350Pylaiella littoralis U1_48CDSP-littoralis_Contig19 83267..83350 -
1680789906.3398316-CDS-P-littoralis_Contig19:83669..837831680789906.3398316-CDS-P-littoralis_Contig19:83669..83783Pylaiella littoralis U1_48CDSP-littoralis_Contig19 83670..83783 -
1680789906.350346-CDS-P-littoralis_Contig19:84154..842741680789906.350346-CDS-P-littoralis_Contig19:84154..84274Pylaiella littoralis U1_48CDSP-littoralis_Contig19 84155..84274 -
1680789906.3629315-CDS-P-littoralis_Contig19:84893..849831680789906.3629315-CDS-P-littoralis_Contig19:84893..84983Pylaiella littoralis U1_48CDSP-littoralis_Contig19 84894..84983 -
1680789906.3762434-CDS-P-littoralis_Contig19:85399..855901680789906.3762434-CDS-P-littoralis_Contig19:85399..85590Pylaiella littoralis U1_48CDSP-littoralis_Contig19 85400..85590 -
1680789906.3874676-CDS-P-littoralis_Contig19:86164..863241680789906.3874676-CDS-P-littoralis_Contig19:86164..86324Pylaiella littoralis U1_48CDSP-littoralis_Contig19 86165..86324 -
1680789906.3990905-CDS-P-littoralis_Contig19:96129..962131680789906.3990905-CDS-P-littoralis_Contig19:96129..96213Pylaiella littoralis U1_48CDSP-littoralis_Contig19 96130..96213 -


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig19.10.5prot_P-littoralis_Contig19.10.5Pylaiella littoralis U1_48polypeptideP-littoralis_Contig19 63519..96213 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig19.10.5

>prot_P-littoralis_Contig19.10.5 ID=prot_P-littoralis_Contig19.10.5|Name=mRNA_P-littoralis_Contig19.10.5|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1286bp
MGSGDSKPAGVGGIPRKRRKESSLLPHEDDSRKARRSQEARLLGPAERSE
RRYLRNYDDLDDGIAHGGGGSGNGVGGGGGGGGRGGNTGGGARGGVEDER
SVGDDGVADIDQSIDRYDYLIAFPHSREGRCRGGGGGGGHRRWGELAGAE
DGDSDDPDGSGGGGHDNTKRITLTEVNDIWYSAVPGDEITKTAAKQSLAR
EWEARFRAPSDDTEEMSISHAEWVRLAREVIVNTLFEKSGLQLKLTLSRQ
GDKVLCRIRAPIVLLERQAARDNYRLQFRGEVDPGESFWTEEEIAEEVRL
YGKDEANETLEKLFQADKISPNDLAVFDEEVVPSQWSCRAHTLERIADRV
EVVNRFPAYAEYTNDDKHRHLFQTYPSIRGRTVFRAKDRLALTKGIIDSF
FDMGVLQARTLRADARGVVDAVCALHDANHGEVITTEVLQKRWTLGFWRE
RSDRVGAPMLSMQMMDHGSSAPWFLQLFCQPLDDIRGYFGEKMAFYFAWL
GFYAWALIVPALYGIGMEIYILMEGITFDAPGWSYCQVSVAVGIVLWGAI
YQELWAREEKLIAVKWGTAGFEEVEKDRPNFEGDKDSPGGGRRRSPVTNT
FQTYYPEHKRKIRQALGLVVVLLFVAGLLVLVGLVECLEHYLETDLGYEW
AGDMTSVLASLQIQFLSFVYSHVARRLNDFENYRTETAYENNLIFKTFLF
QMFNNYSALCYTAFVKGELYGCTDSCVAELRTLLVAIFSVRFIMVGMEVV
VPLVTSRMRDADAKRKRSSGDTKTEDRDRRGSAVAGGSSRGHSGAAVEDG
GGGSGGGSGGGGDGGGLAGEEEPLEAELRLPEYGGPFSDYSEIVLQYGYI
TMFASALPVVTFFAIAEVLLQIRTDSYKMVSLMRRPDPEMAEGVGMWSTL
MEAMGCISVLTNTAIICFTSDTLESTTTADKFLIWLVFEHALLLMKVLVH
ILIPDHPASLTIIKARQRFVVQKHLHGIVKDNGGDTPGAAGMESQRRGNL
DIVGLQFDGNQRGRQLPPGASAQLGRLRTELRDITRSLKIVKEQLQGAYQ
HEIFNEQTGIGETKHGLPLGCLNIKLIRLDGVEGEPQATTIVMSLRNSRQ
GDKTPPGPALQSSRPAERGSRVPAPAGGSGSGARGTAAPAGMVFSQVFVM
APIRSQDAELVFDVTQARHTGGASSISRGSGDSRAGGGDGGAPAPKRAGT
CRVSLRELADQREHDLPLTVLKKASWESGLAGVNNRWVSSTARLYVKVKF
MYSKIVPLRNRIYALQDRKRSVEKEMTLIQIGGAN*
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mRNA from alignment at P-littoralis_Contig19:62839..96267-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig19.10.5 ID=mRNA_P-littoralis_Contig19.10.5|Name=mRNA_P-littoralis_Contig19.10.5|organism=Pylaiella littoralis U1_48|type=mRNA|length=33429bp|location=Sequence derived from alignment at P-littoralis_Contig19:62839..96267- (Pylaiella littoralis U1_48)
AGGGCGTGGACTGAGGGTGGCAGGAGCAGCAGATATCGGGGGAGGTAATC
AAGTATGGGAAGCGGAGATTCGAAACCCGCCGGTGTTGGCGGCATACCCC
GCAAACGAAGAAAGGAATCTTCGCTGCTGCCGCACGAGGTAAGATTTACT
TCGCACAAGCGCGATATTCCATTCATTACGTTAGTCCGCCTACTGGCGTC
GCGCTGGTGATACGCCTGCAGCAGTGATGCTGTTTAGCGGCAGCGCCCAG
GGACAAGGCGGCATGTCGAAGGCTACCGCGCTCATGGCCTGGCAGGAGCC
GGGAGGAGCGCGAAGGCAGCGAAATGCATCTGCTGCTGCTGGTAGCCCCT
TCGTGCCGACAGCGCCTCGTACGCTCCCCTATCGTGCTCGCGTGTCCTCC
GGATCGAGGATATCTTTGACTTTTTACGAAAACTACTCTCTCTGTTTCAT
TTGATCTGTTTTGCCGGCTGATGCACCTGCCAGTAGATCTGCCTCGAGAT
GCATGGCCCGAGGGCTATTGTCGGTTGTTGCTAACGCCGATCGTCACCGT
CTATTTTCTCTGCGTCGTGATGCATCGCTGTAGCGGTTCGTTGTTCGTTG
ATAACGAGGCAAAATGATGATGATTTATTTGGCGAGGTTATTTGCCCTTC
TATGCTTGTAGATAAATGAAATCGGTCGATAGTAAGTTTTAGTGCCAGCA
GTGTGCCATCTGCCATCTGCCATTGGTTGGATACCGACTGGTACCGCCTG
GTGATGATTGCAGCAGTAAACAACAAACAGTGAAAGTAGTTACCAAACCC
TTCATTTCACGCGAAACCTACACTATACGTCGGAGCTAGAAGTCAATAGC
GTTCATTCGGCAATTACATAAATTCGCCAACTGACTGCTGTTTTAGTATT
TTGCGAGTGGACCGCACCGTAAACTAAAGTAGTCGACGACGGGAAGGGGT
TACCTCGCGATCAGAAATTAATGAGGCAAGCACCGCCGTAGGGAGGCGGA
GGAGTAAAGAGCTCCTGCGTTGGCCATCTTTCTGCGTGCCCCCAGCTGGT
GCGCCCAACGTTCACCGAGAGGTGCACACTGAGGACTACGGTGTAAAAGC
CGGATGACGACACACGCACTTTTTCGCTCTTTATGGTTTCAAGTGAACAA
TTCAATCCCCCACGACTGGCTGTCGAAGTAAAAAATATCTGGATACAGCG
ACAAAGTTCGTGTATGTGCTGATGGACGCCAAAGCACGAACCGGGAGGAA
GATCGATGGTAAGAGGTCACAGGAAGGTGGAATGGGGGAATATGGACGTG
GTGAGCTGAATGATAACGGCAGACTGCTCCTGAGATTCGCGGTGTTGGAT
ATTTGGTGCAAGGTGCAGTCCCCCCGTGTGTGGGAGGATTGTGGGGTCGC
TTGGACGGTAGTGGCGCTGGGCCGTGGCGCAGGGCAGTGTGCTGGAGAGA
TAGATGATAGAACTGACTTTATTGATTAGCCAGGCCCGGAGGTCTGGCAG
GCCCGAAGGCTGGAAGGAACGCAAGGCCAAGTCGATCAGGAGAAGCAATC
AAGACGACGACTGCTGTTGTTGAACTGACGACTGACGCACACAAACACAC
AGCTTTTACAAAAGGCCACCAATGGTATCCCACAACACGCACAACCATAC
ACGTAACCCCCCGCAACGTTCCAGAATATCCCAGGATCTCCGTAGACCCA
CAGCCGGTAAGAACCGATCACATGCTGCTGCGAGTATATCCGACATCCCC
CCTGCTCGCAACAGCGTGCTGATTATTAACGGCTCAGCAGATGAAAATCG
AATAAAATATACTTCTGCGAACGTTGTACGTTACCCCATTAAGATTCATA
TCAGAAATCAACATCAACGAAAACTCTGCTAAATACTCTATATTTATGCT
GTCGTCATCTTCATCACACCATAGATAGTCCCCCCCGATGACCTGCAACA
GTACGGCAGAATTTCAGCAGGCATACACACAAATCCCTAGGACAGCCCTT
CTTTGGCTCTTAGATGCCATGTGAGAGCCTCTTCAGAAGCACCAGGCAAA
ACGGCGAATCCACTCACACACAAATTTTGAATCAAATCCAATAAAATCTC
CCAATAAAACGTCGTTCTACGAAATCTTTCGATCTCCCAATAAAACGGTT
GTTCTACGAAATTCTCTGAATCTTTTGCTTTCAAATCCTCATCCGTACGT
CACCAAAATACAGGAAAAACCTTTGGAAAATACCATCAATATGAGCCCTG
TTAGCTACTCCCCCAATTTCAGAGGTGAAATGCAGATTAAAACCAGTGCA
TATCACATAAAATCCTCTCCGATTTCTAGGGGAATTCTCCTCGAACTGGA
AATACCAAGAAGAGCAAAACACGAATCAATTGCACGGAACAACAATAACT
TATTGCCACGTTTGAAATACTTCTTACAGGAAAAACCCGAAAGGTCTCCC
TGCTGTAGCTTTCTCACCAAGAAAAAGTCATTGCTCATTGCTCATGACAA
CAGTATCACCGCAGAAAAAACGTGGTCACATTAAAACATAAAAAACAGCC
TGTTATCAACTTCCTGGAGCGCAAGTTAACATCGGGAACATGGAATTCTC
CCCCCTGTTTCTACGAGTCGGGGACGAGTACACAGAATTGACCGAAGACG
CACAAAAATATCAGAATATGAGCTGAAACCCAACTGACGCTGCGACGAGA
ATCATGGCATTACATCCCCCCACATGATTTTTGACGCCAGCGTTGCATAG
TGCTAAAACAAAAAATCTGAAGTAGAAAAAACAAAATGCAAACTCTGAAG
AATGAAACCGGAAACAAAATCGAAATCAGAACCCGTAGACTAAACATTCA
AACTATATTTTTCCAAAACCCATCTAGCCCCGCTTGCTTTGATCCCCGCG
GAAGCGGAGTCATCTTCCGCCGCGGCATCCTCCTTCTCCACCTCTTCTTG
CCGCGGCATGGATGTCATCGCACAAAATCCGCCTAGTTTGGGAGGGCAAG
ATTGTCGCTCCATAAGGATTGACTCGTACGTTGGGGTGTGTGTGCACCGG
AGGAAAGGGGTGGTGAATCAGTACCTACACCAAAGCAAAGTTGATGGTAG
ACGTTGATATGCATGACGCAGACACAAAACGTCCGCCCTCAAATCATCAA
GCAAACCAACGTGCAAAAAGAAACACATATACCTCACAAAGAAAATAAAT
GTACCCCCAAATTGGTCGGGTCTGACCCTACGTGCATCAATCAAGACAAC
AAAACAAAACAAGACAAGACAAAAGGCAACATACTCTCTACCAAACTCCA
AAACAATCAAGCATTCGTTGCTACTCCTGCCTTAAAGGAACGCGAAATCC
TTTTTTACGACAAGTCCACTACTACTGCTGTAAGGTTGACCTGAAGTTGA
GAGTTTCTCCACTTCTCCGCAAATACTCCATCTTGTACATTCTGTTGAAA
CACCAATTTGCGTTGGTGGGTAACTACTCCTCCCTTGCAACTTGATTATA
TCAGGAATCACGGGAACTTCTACGGCAAAGGGAAGTTAATTCTTAGCCAT
AAAATGCCCCAAGATTTCCCCATCACAACAAAATATTCAGATAAAACTAC
AGCAGCACCCATCTCATGAAAAACAAACACTTGTATTCCAAACATGCATT
TTAATACGGAATTTAATTTTCCTTTATTTTCTTTTTCTTTTTCACAGCAT
CTCAAACTCCTTTGCTACAGCTGTGTGTTGAAGCAGACTTCGCAAGCTCG
TCTTGCACTGCTGTACTCTTGTACGCATACAGTAGTCTCATCTCGCGCGC
AAATTTTTGACTCCCGTCAGTTCAGTTTTAGCTTGAATTGGCAACTGACA
ACCGTATCGTTGGAACTCGCAGTTTCAGGGTGACTGGTAACCGTGACATT
GTTGAGCGCGCAGTTCAACTGGGCCGAATACAAAATACAAAATACCCCAC
GAGCGTCAACGCCCCGCGGACGGGGTGGAGTTGGACCGTACCCGGCCGGG
ATATATGGTTGTGGGCAGTGTGTACCCAGAGTACCCTCGATTCTTCGCTG
TGTGAACGGGATATATTGTTGTGGGCAGTGTGTACCCAGAGTGTGTGACT
CGATTCGCTGTGTGAACGAAATGCTTCGCGCTATGTGAACGGAAAAACCT
CGCAGTTTTGTGGAGGAGTACTGGCAACCTCGAAATACCTCGCAGTTTTA
TGGAGGAGTACTGGCAACCTCGAAATACCTCGCAGTTTTATGGAGGAGTA
CTGGCAACCTCGAAATACCTCGCAGTTTTATGGAGGATTACTGGCAACCT
CGAAATCCTTCCTCGATACCTACCGCGTCTGCACGCGACACATATCACAT
TATGTACAAGAAACACTGAAACAAAATCAGAAATGTTCAAATCACGAACA
CGTGCCTGATCAGGCATGAGCCCTTGCCGGCGGCGACGACGGACAACGCC
CCGCGGACGGGGTGGAGTTGGACCGTACCCGGCCGGGATATATGGTTGTG
GGCAGTGTGTACCCAGAGTACCCTCGATTCTTCGCTGTGTGATCGGGATA
TATTGTTGTGGGCAGTGTGTACCCAAGTGTGTGACTCGATTCGCTGTGTG
AATCGAAATGCTTCGCGCTATGTGAACGGAAAAACCTCGCAGTTTTGTCG
GATGTTACTTTTGTTAGATGCACGCTTTACCACTGTGCTAGACAGTCAGC
GCTGACTGAGTGCTCTAATGGTTCAGCCCATCTAGTTGCCTAAAGATACG
CCGGGGGTTCGATCCTCGCCAGGTGTAGCGCCTGTTTGTGAGAAATAAAG
CTTGGGGCTGTGTCCGTGTACTCGGATCTAAAAGTGCGCGAGTTAGATGG
CGGGCAGGGTGTCCCACACCCACTAGGCTCGGAAGTCGCGCTGGCGAGGG
GGTGAGCCCCCGGAGATCACTGCCTGGCGAGGAAAACGGGAGTCGGACTC
CCAAAGCATATATTTTATCAGTTCGATGGACTTAACAACTAGAGCACACA
GACAGCGCTGACTGCGTGCTCTAGTGGTTAATACTTAGTACCATCTAACC
AACAATTTTTGTTGAGACTTGAAAGATAAGTTCCGATCGCCCGCTTCAGG
GAGAACAACAAATTTCAGCAAATAGCCAATCACCAGGCTTTCCTCCTTAA
CCGCAGGTCAACGTCCAACTGATACAATACGGTAGGCGATCACCCAGAAA
TCAGCAGTAAGCTTCAAACTCTTTCAAACCTCCTTGACAAACGCCACGAT
ACCTCACTAGCCGTCGACCTCTCACTCGCTGAATTGAGTGAGATTCAGCA
GCTGAGCGCCGTAAGCGTCACTCTTGACAGCGTTCCTGGCACCTGCGCCG
ATCATGGCTCCGGTCAGAGGGGCAGACTGAGCGACACGGTTGAGGGCGCG
AGACTTGAGAAGCGGGTGCTCCCTGTCGAATGTCTCGAGCATTGCCTTCG
CAACTGAGGCCATGGCAGCGACGTCAGACTCTGCGATATTGAGCTTCTCA
GCGCCATACCGTCACTGCCCCAACCCAGCGGTTAGCCTCGAGCATCCTGA
GAGCAGTCTCAAGTGTCGTAACTGCGCCTGCCATCCCGTTCACTGCTCCC
GGGATGGCTACCTGAATGTCGTTGTACGCTTGCTTCATAGCGGGCCAGAG
AGCAGTCCCGGCAGTAGCACAGTTGAAGCGCTTCTTCAAGGCTCCACAGC
ATGTCCCGCCCTCCACAGCATCTTGCCAAAACTTGTCAAGCGCCATGGGG
AAGATGGCATGCAGCGAGTTAGTCATCACAAAGACCCAGGGAAGGCCGGC
CGTGTCCTCTTCACGCTGACAGGAGCGCCAAAGTTGCTGGTAGCGCTCAT
CGAGATCTCTTAGGTAGTGGTGACCTCTCTGCCTGAAGATGAAGGCGAGC
AAGCAGACGATGTCCGTGAAGTTGAATGCGGCACTCTGCTTCCAGGCGCG
TAGAGCATCGAGAGCAGCGTTCGGGAAGCGGAGTCCCTCCACGTCTGTCT
CTTGCTGCGCCGTTGCGATAGGTTCCGACACAACCTCGAAGCACAACCAG
ACCACATTCGTAGCTAACCCTAAGGAGGCCGCAAGGGAATTCGCCGGAGC
TATCCTCGAAGCAGCACAGGCCATACTGCCGGCTGAAGACGGGATACCTC
GATGGCCGGAATGGTGTGAAAGCCTGGAAGCGAAGGCGGTGATGGAGAGA
GCCCTCGCCGAAAGACGAGTGACACGCCTACTTTTTCAAGCCCAACGCAC
CCCAGTAAGATGGAAATCTCTCGGACCGCCTAGAAGGGAGTGCGAAAAGC
AATAGACGCTGGCATGGATGCCCTCGAGCCTGGCATGAGGGGCCTGTATA
AACAACTCCAGAGATCCGTGGGGCTTAATGGGAGGCCATCAGGGGGACAT
CAGTTCATCCAGGATGAGAACGGTGTTCTGTGAAGGAGCCAAAGTGATAT
CGCGCAACGTTGAAAGAGGTTCTTCAGCGGCCTGCTCAATGCGAAACCTT
CCAAACTTCAACCAGACATCCCTGAGGAGGTGAGACGAAGACCAGCAGCA
GAACCAACAGATTATCAGGTCCAACTGGGCTCGGCACCACCGCTTTCAAA
GACAAACGGGCAGCTTAAGGAATGTAAAAGTGGAAGGCACTGGGCAGCGG
TTCCCTCCCTGTAAAGCTACTGAAGTTTGACGGCCTTGATGGAGATACTG
AACCCGGCTTCCCCCAACGTTCCCACGATATATATGCTCGTCCGCGTGTG
GAACGGGGGGAAAATTCCGCAGGAGTGGAAAGATGCAACCATGGTGCAAC
CATCAAAGTGCTCCACAAGAAGGCCGATAGATCCAACTGCAACAGCCACA
GGGGGGTTTCTCTGGTCTCCCACGCTGGCAAGGTGATGCTGAAGATTGTG
GCCAACCGCCTCAGCGAATACTGCGAAGCCCAAGAGATACTACCGGAGGA
AGAGAGCGGCTTCCGACTTCCTACCCCAGCGATCTACCGTCAGCATGCCG
TGCGTAGTGTACGCCGACTTACAAGGAAGTGGGACGACAAAAGAGAAAAC
CGCTGTATATGTGCTTCGTCGACAGAAGGCCTATGACTCGGTCGACCAAG
AACTGCTATGGAAGGTACTAGCCCGAGCCGGCGTACCCGACGAAATTGTC
ACAGTTATCCACCAGTTTCACGACGGCGTGCTAGCCCGAATCCGCATGGA
TGACGAATCATTCTCGGGCTGGTTCGACATCACCCAGGGGCTGTGACAAG
GATATGTACTGTCACCACTGCTGTTCAACATCTTCTTTGCAGCAGCACGC
GAGGTGATACTGGAGCGCAGCAAGGACGATGTTATCCTAAGGGATTCGGT
CACTTGGACGAAGAGGAGGAGGGTAAAAGGAGGGAAACCCCCCTAGAGCA
CGTTCGGAGGGCAGTTCGGGGGATGTTGTACGCCGATGACGCAGGCTTCG
TTTCGATATCACCCGAAGGTCTAGCTAGAATGATGACTATCGTCGTGGTT
TTTGCGGAGTACGGAGACTATGCTGATGCGAGTGCCGGAGAAACCCCGAA
AACCGGGGGAGCCTATACCTTCTCCTCCACCGAAACTTTCCATCGAAGCC
GCGGGTCAGAGGACGCATAAGTAAGCGAGTTTCGGTATTTGGGCGGCCTT
GTGACCGAGGATGGAGAGCTCACACAGAGATCAACCGCCGAAGCCGAGCC
GCTTGGGGCTGCCTCAAGATGTTCTCCCGTGAACTCTTCGATCGGCACCG
TGAAAACTCAAGGTCCGACTGCTGAACGCGGAGGCGATGGAGGCTTTGCT
CTAGGGTGTATGACCTGGGCACCTCGCGCCGAACACTACGCGCTACTGCG
GACAACGCACCACCGGCTCCTACTGCGGGTCGTCGGATACCGCCGCGTAC
GAGGCACCTACCGACCGCTTTCGTATGCCAAAGCGCTCGAGAAGACCGGG
AGTCAATGTGTTGAGGCGATCATCCGGCAAAGGCGACTTCTATTCGAGGG
AGCCCTGGCTAGACAAGACGACGGGCGCCTCCCGAAGCGGCTGATGTTCG
GAAAACTCGTAGGGGGTGAGGACCCAGGCAGAGGCCGTCCGGCGCAAAAC
TAGCTAAAATCGTTGGACGACGATTTCAACGCTTTCTGAGCCACGGACGG
TTCGACGAACGACAGGCGCCATACGTTTGGAATTGACTCTGCCCTATGGA
CTACGACCACGAAGGAAAATAATGGAGTGCCGTGGTACGCGGGGGTGATG
AAGGGGATTGCGCGGTTTATGACCGCCGGGCACAAGGAGGAGAAGGAGGC
AAGCAGAAAACGGGCAGGAAAACGAGCGAAGAAAGAACTAAGCGCAGCCG
ACGAGAGAACCGAGGAGGAGAAGGGGGAGGGGGAAGCTCGAGGAAGCAAG
CGCAGAAAGACTTGGAAGAATGACACGACGGCGGCAGAGGAGAGCAAGAG
GGAATTAATGGAAAGAGTAGCACGGTATATGCACCACATTGACTTACACT
GCTGTGATAGCATTAACCGTTTCCATCCTTTCCACCCGCATCAGTACGCC
CTCCCCTGATGTTGTGTTACCGTTGCCTGAGTTACTAAGCACTTTCGAAG
TTTGTATTTGTGTTTTCTGTACTTCTGCCTTTTGCCCTTTCACGTCTGCT
TGCATTTCCTGGAAGTGTCGCCGGGCCGGTGAAGAAAGTCTCAAACCCCA
TGTCCATTTTTGTCGGCACCTTGAGCAAATGCATTCGGTTTCTTTTGTCA
CCTCTTATTTCACTTTTGACTTCGCTCTGGACAATGCTCCCTTTTTTGTT
CTATTTTTGTAGCGTTGTGTGCTCTTTCGGATTCAGTTTTTTTGCTGAAG
TTTCCTTGTCGTACCTTTAGTGGGTTGATGGGATCTCCCGCGTACTATAT
ACTATATACCCCTTTGGGGTAAGCAGCCTGTGACCACGGAAATCATCCAT
GATCGGAAGAGTACGGATATAAGCAGGCCCTGAGGAGAAATCGAAATGGT
CTCTAATGTGAAGACAACACACACACACCGACGGACCCCAGTAAAAGCAG
AGACCAAACAGGCATTCTGGGATAACCCCAACCGAATGGTGAAGCGCATG
CCGACAAAGCAGTACGTGCCCTTTCACGTCTGCTTGCGTTTCCTGAATTG
TCGAGCCAGCGAAGAAAGTTGCAAGCCCGATGTCCATTTTCTCGGCAATT
TTTGGCAACTGAATTCGATTTATTTTGTAACCTTTAATTCAGTTTGACTT
CGCTCTGGACCATGCTCCCTTTTTTTGTTCTATTTTTGTAGCGTTGTGTG
ATCTTTCGGGGTTCGTTTTGTTTTGCCGGAGTTGCCTTGTCGTACCTTTA
GTGGGTTGATGAGATCTCCCGCGTACGAAACATCCTTTTTGGGTAATCAG
CCTGCGACCACGGAGGAAATCTTCCATGATCGGAGGAGAACGGACATAAG
AAGTTACTAAGGAGAGATCGGAATGTCTTTCAATGTGAAGACAACACACA
CACAGCAGAATTCATCTGTGCTACAGTAGAGGTACGAGCACCTTCTAGGT
TGTGCAATACGCATCGCTGTGACAGCAGTCAGTTGTTATGCGTAAGTCTG
CAGCAAAGGACCAAACATCATTTTCTAGATAAGACCCCAACAACAGACAT
TGAAATCGGTATGGTACGATGTACAGTACAAGTATACGCCAGGAGTGGAG
CAGTAGGTTGCTTTGGTTAGATATTTCGTGAGACGGGGGGTGCATTAACC
AGCGACAACCATGTGTATCTCGTTCGTGTATTTTTCAACATTTGAACAAG
CCCCTGCGTGATGTCACATCTTCATCATCGCAATCCCCACGATAAGCATA
CCTGCGGGCTGGCTATAGATAAACATGATGTGCGTTTTGTATGTGTGTAT
GTATGCGTGCGCCTTTTGCCTGGTGCTGATGAACACGACGAAGGACGATT
CCCGTAAAGCACGGCGCAGTCAAGAAGCGCGCTTGCTAGGCCCCGCCGAG
AGGTCAGAGCGCCGATATCTTCGCAACTACGACGACCTTGATGACGGCAT
AGCGCACGGTGGCGGCGGCAGCGGCAACGGCGTTGGAGGCGGAGGCGGAG
GTGGTGGTGGCGGCGGCTTGGGGGGTGCCGGTAAGGTTCCTCCCACCCCC
CCTACAGTCTAGATTGCGCACCAATCGTACCATATCAAAACAAATTGTTC
GACGGGAAATAACGCTATTGTTGTGGGCCTTAAGTCCCCAGAATATAACT
CTTGTTAGGCATATACTAAAAAACAGTATTAAGTTATTCCGGCCGTTACT
CCCCAACGCACCGTAGTCTTCGGGCCTACTGTAGCTGCTCCGACAGTTTC
CAGCTGCTTTTCTCGGAATCTGCTCATATCGTCTTTATTACTGGACGTAT
GATACGAGAGTGCGTTTGGAGTTTGCTCGCCGGTCTCCGCCTTCCTTCCG
CCTGCCTCCGATATTTGGGAGGGTAAGAATGACCGCTAAAAACAAATCCG
CGGAGTATGATACGCCAACGCTTCTGTTGGCAAATACCGTAGACCAAGCT
CCATAGGAGATCTGGGCGATCGCACGGGGCCTCCTAACCCCGCAAAACAT
TCCGACGCTTAAATTTACCCCGGGCGGCGTTGGTTTTGTCGGGGATTCGT
GTGCACCAATTGAATCAGGCGCAGGAGGTGGTAGGGGCGGTAACACTGGC
GGCGGGGCCCGGGGCGGGGTTGAAGACGAAAGGAGCGTCGGCGATGATGG
AGTTGCCGATATCGACCAATCAATCGACCGCTACGACTACCTTATCGCTT
TTCCACACTCGCGGGAAGGGAGGTGCAGGGGCGGAGGTGGGGGTGGGGGT
CACAGGAGATGGGGCGAGGTGAGAGTTTTCTCTTAATCCGTTTAGCAAAG
GCATTGAGTGAAGTTTGTGGCAAAAACATCTGCACAATATAATTCCAGAT
TTCTTGCGTCCACACCAAACGCGTCCCAAACCGACAGTCAAATGTGAATT
ACCCTTGTTTGCTGTCTCGATGCAGCCCAACCTCGGGACAAATCGTGTTC
CACAGCAACCGGTGCATCTGCGTTGTTCGACATCGCATTTGAAGTTGCAA
AATGCACGGATACATAATAATTTTGGATCTTAATATCAAAGCTGCTTTGT
TTTGTTATGCGACGCCTCTTTTGGCCGCGGGTGCCGTCTCATCCAAAAAT
AAAAAATCAATGGAACGAGATTCATCTTCATGAAGACCGATTGTAAACTT
GCAGGGTCCGTCCACTGCGACCGGCTACGGAGAGTTGGCGGGGGCTGAGG
ATGGAGATAGCGACGACCCCGATGGCAGCGGCGGTGGCGGACACGACAAC
ACCAAACGAATCACCTTGACCGAGGTGCGTGTGGCACAAACATCACGCAG
GGTATACCGATATACAGCAGAAGCGGTAATTTTGTAGACCGTGGTGCTTT
CAGGCCTGGCCAACTAATCTTCCATCAACCGCTGGAGAGATGTCAAAGAC
ATCTGAAATACATCAGCCCCATATCAATACAGTTCCCATTCGCACTGGTT
GAAAATTATATCAGTGTACACTGTTTTGAAGGCATTTTACATAATCATGC
TCGCAAAAAGTACCAATATCCCATTATTTTTTGTGGTCCATCCCGATGGA
CGAACTCCAAGATTGGGGGTGCAGCAGCTGACAGAGGAGTTTTGGAACCA
ATAGTAGGCAAACGAAACGAAACCAAAACGACGATGAGTCTTTCCGCAAT
TTTCGGTGTTAGATAGCCCGTGGCCACGGAAGGTGAGTCGTTTCATGCCA
ACACAGTGACCGGTACTTCTTGGTTTCATTTTTCAATGAACACCAGAGAC
GGTCCATGTTGTGAAGAAGGGGACAACAACAGCAACAACAACAAAAGCAT
ATCAATAAACATCAGCAGCAACCCGGGGTCTCGCTGATCAATGGATTTAA
AGAACGAGCCCGCTCGATGTGCAATGCCAACAACAACAATCAGGTGAACG
ACATTTGGTATTCTGCTGTGCCTGGAGACGAGATTACCAAAACCGCCGCG
AAACAGAGCCTCGCCAGAGAGTGGGAGGCCAGGTTCCGAGCGCCGAGCGA
CGACACTGAGGAGGTGCGAGGAAAGCAGCAGCGCTTCCACGTTTTGGAAA
CCATATTGAAAGATGGTCGATGAGATTCACTGTCAAAGAACGCTCGACTT
GTCTTCGTACGATCTGGCTGATTCATGGGGGGGATTCACTGTACGGCGTG
AGATGTAATCGCGAAGTCCCGGCTCGACACTGTACAGCCCCCTCGAAGAA
GAACTTCAAGAATAGAACGGCGGACAAACCAACATGTATCTACAGGTGGA
CGATCGAAAACGACCGTGACTCCTTCACCCTTAGCTGACGTCGGCGCTCC
GGCGCCGCTGCCTTTCCGCGTGTTTTGGCGTGTGAGCTCAACCACGCTAT
CGTGCGTTCCCTGCCCGGTCGCCGCCTCACTCAGATGTCGATTTCGCACG
CGGAGTGGGTCAGGCTGGCGCGCGAGGTGATCGTCAACACGCTCTTCGAA
AAATCCGGTCTACAGCTGAAGCTCACCCTTTCTAGGCAAGGGGACAAGGT
CAGCCAAACATATGAGCCCACCCACCCGTATGACATATGGAATTGTCGGC
GTCGTTGAAGTCTTTATTTTTATGTGTGTTTTCCACGTTGACGTTGTTGC
CACTACCCCTTCCCGTGTGCACCCGTGCCCCACAACATAGGATTGTCTAA
TGTCGGACACCCCAGTACCTGGTAGGTCCGATCGGCCTTTTCGTTAGTTC
CAACAGCGCAGACCGTTGTAAGCGACAGCGCGCAACGAGGCTCTCTCGCA
AGCGCCAGCATGTTATTTTATCGTCTCAATCTCAATGCTGATCCCCGACT
CGTGGACTTCGACACAGGTTTTGTGCCGGATCCGTGCACCAATCGTTCTT
CTAGAAAGGCAAGCGGCGAGGGACAACTATCGGCTGCAGTTCAGAGGGGA
GGTGAGTTCAGGCTTCGCTACCGAACCGGGAAGAGCGCTTGTCGCCGGCA
CTGATGCCGTTTGCAGCATAACCGAAAGGTCGCCCGTGTGGCATTTTATG
TTTCGCATTTAGTGTATCGTGCTAACAAAACTCGTGGAATCCGTTTTTGT
CGTTGTTTGTTGCATGACGTTGGAGCATGCTGATGGGGTCTATTTGACGC
GTGTTGCTCGGACAAAGTCACGTTGGCTGTTGGGGTATGCTTATGTATCA
AATTGACGTGGGTTGTTCGGACATCATTCTGACGTTGGCTGTTGGGGTAT
GCCGGGGTCGATTGTTCGGGAGTCTTTCCTCCCGAAAGGTCGGTAGCATG
TGAATACAACACTACCACGAGCACCATAAACAAGGGGGTGATTTCAGCAG
CAACGTACCTCGACAGGTGGATCCCGGGGAGTCGTTTTGGACGGAGGAGG
AAATAGCCGAGGAAGTTCGGCTCTACGGCAAGGACGAGGCGAACGAAACT
CTGGAGAAGCTCTTTCAGGTGCCGTGCATGAAACAACCGGGCTCGAATAG
CCAAGCCCCTTTAGAGTCCACCATGTTGATGCGCCCCGAAGTCTGCGCCC
GCGCTGCAGTACCCCAAAGTACTTCCCACCTACCAGGTACACTAAACGTT
TCCCTGAGCTTATTCAATGTAATCCCCACCCAAACTAATCATAAGAATTT
CCGTTTTTGACGTGCTGCGAAGGCGGATAAAATCAGCCCGAACGATCTGG
CCGTCTTCGACGAGGAGGTTGTGCCGAGCCAGTGGAGTTGTCGAGCTCAC
ACCTTAGAGCGCATCGCCGACCGAGTAGAGGTGGTCAACCGCTTCCCGGC
ATACGCCGAGTACACCAACGACGATAAGCACCGCCACCTGTTTCAGGTGT
GTTTGCTGTGTGGTATACGAGACGTTGAGACTTTGCTTGCTGTAATTATA
ACGTACCTCTTGTTCTCTCTGCACTGCCCATATCAGCAGGTATTATAGAA
CAAAATACACCTGCGTGAAGTTGTCAAATGGTCAAGCCAGGCTCATCGAA
GTTGAGGGGTGGCGGGTACAAACGTCGTCACTTGCAGCAGTACACTGTTA
GACCACGGCAACGACTGCAGTCTCAGCGCCCAATCCCATCCGAAGCCGCT
ACCATGATATTCAATACCAGGTATCGGTTTTTATTAGTTGTTTCTGCGGG
CGGCTGTTTTATGATGCAGACGTACCCGAGCATCCGCGGTCGGACAGTTT
TTCGCGCTAAGGACAGACTGGCGCTGACGAAGGGCATCATCGACAGCTTC
TTTGACATGGGCGTGCTGCAGGCAAGAACTCTACGTGCTGACGTTTAGCC
CACAGGAGTAGTCGTTTGGAAAGGTATGAACTCTTCTTCGTGTACCTGCC
TACGCAAATAGCGTTGGCACTCATTCGCCTGGCATATACATGTTTTGCTC
GTGTTCCCCGTTGTGTAATGCCATTGTTCCTCGAGGCGCAAATTCTTGGC
ACACTCTTCCCACTTCCGTTTAGGCTGAGCAGCTTCCAGACGATTGAAAT
ATCCTCAAACGTTTCTGCCACAATTGTTTGGATATTGGCTTTTGTTTGCT
TCTCTGTCCGCTGCCACCCTCTCTCGCTGCAGGCGAGGGGCGTGGTCGAC
GCCGTGTGCGCCCTACACGACGCCAACCACGGAGAGGTCATCACCACTGA
GGTAACACCAACTTGGAAGTGCACTCATTCTCATGTTCACCGAAACGGCT
TCCCCTCCTTCCCGGTGTGTTTTGACAGCCATCACCGGCTCAAATTGTGT
TCGTCTGCACAACCTCGTTAGTTATGGTGCCACTGCACTTCTTTCATCTG
ACAGTGCAAAATGTTAATGTTTCGGCCGAAACGCAAAGTGAATTTCTAAC
CTTGGCTCTAGTAGATTTGGTGAAGAGGGTTTCGCACGGCAAGCGATATG
TTGCTGAGCTTTTTGTTGCGCGGAACCATTCGTTCCGCAGAAATGACACA
TCAAAAATGCATAAGCCGTCAGAGCGTGACAGGGAGAGATAACGGCCTTT
TACACAGGTTTTGCAGAAGAGGTGGACGCTGGGCTTCTGGCGAGAGCGCA
GCGATCGCGTCGGCGCCCCTATGCTTAGCATGCAGGTGAAGCCTAAGGAC
GTTTCATGGTGGCGTTTACAGATACCTGGTGTGCCAGAATATTGCCGGGT
GGTTTTCTTTCATGCAAACACCCGAGCGCACTGTACGGACGATTACCCAC
ACCCAAGCTCAATTTTCCATGCTCGAAACCTCCGCAGCAGAGAGTGACGG
CGCCGAAAACGTTGATCGGCGTCCGACAGTTCCGTAAAAACAAAAATCGG
AAACCATGTCGTTGGCGCTTTCCGTATTCACCGAATACCTCCTGTATCTA
AAATGGCTACAAGGGTTTGGGTTCGTGCAGGGAACAACCAAGGTTTCCCG
GCTCAATCAATTGTCGTTGCCGAAACGAAAACCTGGTATCTCGACTAAGT
GCTATTGGGGACAGCTAACGGGGGTGGATGCAAAGAAAATCTGACCGGAA
AATCCGACTAACCACGCCTGGTTCAATACTACTGCTGCTCAGATGATGGA
CCATGGATCCTCAGCGCCGTGGTTCTTGCAGCTATTCTGCCAGCCGCTGG
ACGACATCCGGGGCTACTTCGGGGAAAAAATGGCCTTTTACTTCGCCTGG
CTTGGCTTTTACGCGTGAGAAAACCCTCCCGCCTGGGTCCCCTCGCTTTC
GCTGCCTCGTCGGCTTAGCCTCGGCAGCTTATTTTTGGCACGAGGGGAGG
TTTTTCCTCGATAAAAATGCACATGCATTTTCTAATATGGTACCATCAGA
GGTGGAGAGGAGCATGTTTTCTCTCTCATCCTTCCATCGTCTGTACTGTG
TGGTGAGAGCTCTCCCGTGGGAAATAGGCTCACGGGGACAACGCGGCTAT
CTTTCCTGTTGTTTTCTTCCCGCGCCCGCAATAACTAAATCAAAGATGGG
CGCTCATCGTACCGGCGTTGTACGGTATCGGCATGGAGATCTACATCCTC
ATGGAGGGGATAACGTTCGACGCGCCGGGCTGGAGCTACTGTCAGGTTAG
AGGCCAACGCTACAGAACATTGTGGGAGGAATGTTTGCACTTGTAGGCTT
GTCAGGCATGTCGATAAGTGTGGGGACGGGCTTCGAGATGAGTGTCTCTG
GGGCATTGGTGTGGAGTGCCTGAACTGCCTCGATTTCGCGCAGGACAGCA
CTCGAGGAACCGGACTGGAGCTCTTCTCAGGTAGCCAATTCATCAGCGCT
GTATTCCGTCACGCGGGCTCCTAAAAATACGGCGCGTGCTGACCTGCACA
CATGATGCGCGCAGCAGCTTCTTGGTCGAGGTTTTTCTCTCAGGATGTTC
GCTCATCCTTGTGCGTGTTCCCTATTTTTGCATGAAGGAAAGAAAATAGC
GTAGGAAACATGCGACGAGAAGGGGAAACAAAACGAAAGGCCAAGCGAGC
AACACACGCGGCCCAGCGCGCAATCAACCGAACCTGATCTCGACCGCAAG
AAAAACAGATACACTACAACATCCAAACGGAGCCCTCACGACCCCGACGC
AAAAGCAACGTGGACAAAGTCGAGTTAATCAAAACAGCCTTCAAATAGTT
ACAAAACAGCACGCAGAAGCTGGCCAAAACCCTGACCCAAAAGGGGATGT
ACGCCCTTCAGTGCACTTTTGTGTTAAACAGACAGCGTGGTGTGCAAGGC
CAACAAAAACAATGACAGCAACCACCATACTCTTGTGTGGACATGACTAT
TTCATATGGTGCGAAGTACGAGAAATGAACATCATACCCACTATCTCGAA
CGAAGTGTACCGTCGGCACTGGCAGGTGTCCGTGGCGGTGGGAATCGTGT
TGTGGGGAGCCATCTACCAAGAGCTGTGGGCACGGGAGGAAAAACTCATT
GCCGTCAAGTGGGGTACCGCAGGCTTCGAGGAAGTAGAAAAAGACAGGTT
TGTTCGTGTTGCAGCCACAGTGCGTGTGTGTGTTTGGGTTTCGGGGGTGT
CGGCAGGAAGATATTCGCACTGGCAGTTCTAAGGCCGTTGTCGCAAAAAG
ACGTGGGGCAAATCACTGATTACGTTGATCACAAAACATACCAAACATCT
ATCATTACACGCGGCCGTTTCCTTTTTCCTCACGCACGCGACACGTGCAC
ACGTTTGTGGGCGCCATTCCACCGTACTTCAGGCCGAATTTCGAGGGTGA
TAAGGATAGCCCAGGGGGTGGTCGTCGTCGCTCGCCGGTGACAAACACCT
TCCAGACCTACTACCCGGAGCACAAGAGGAAGGTACGAGGACGAACTAAT
GAGCTATCGCAAACCAGGTAAGCACCCAGGGTTCCCGCTCCCGCAGCAAA
AACCCGGTGTGGGCTTAACCCGATCTAGTGCGGAGTGATCCAAAAAGGTC
AGGGCTGAGCGGGCGCATCAGGTGTATGACTGAGGAGGCCACCAGGCTCA
CGACAATAAGAGTAGGATGCATTCTCAATCCCTCGGTGTAGGTTTTTTGA
CCTGAAAAATAAGAGGGTACCTCATTTTTACACACACAACAGTGGATTAA
ACCAGAGTCCAGCGGTGCGTAGGTAAAAAATGAGATTTTCTCGTGGCGTA
CGCCCTTGTGACTACCAACGCCATGTTTGACAAGTGTGTGTTCTGCCCCT
TCTTCTTCGGCTGTGGCTTGTGACGATGCCAATATTTACGAGTAGGTCCC
GAGCTGTTGGCAAACTTCCGAGACACATACGAAGCATCGTTTTGGGCTGA
CCAGTCCATGTGGCCAGGTCGTCAAACTCTACTCGTGGTGTCCCCCAAAA
GTGTGCACGACCGAAATAACCAATAAAGTGCACGTTTTTCCCAGGGACCT
TGCCTCGCACCTGCAAAATGTTACCTGAATTTGAGTAATCTACACATCAC
CGGCGTTCGGGGCTACAAGTTCGAACGCATCGCCGTTTGCCGAGCCTTCT
CTTGCCTGACCAGCGAAATATCCAAGATCTACGTTGCAGCTCTTCACCAA
CAGCAGGATTTTCACAAGAGACTTCCTCGCGGCTACTGTAGGCTACCGAG
TATAGTTACCAGGTATCGACTGACCCGGTCATTTCCATTTCCCCGCGACG
TGTATGGACGTGCACAGATTCGACAAGCGCTTGGACTGGTTGTGGTGCTC
CTCTTCGTGGCAGGTCTGCTAGTGCTTGTTGGGCTGGTGGAGTGTCTCGA
GCACTACCTCGAGACGGACCTTGGCTACGAGTAAGCACTACACGGGAAAG
TACCATTTTAACTTGCTGCTTCACAAAATACGGAAATCTGCTAAAGGCAG
CATAAACCTGACATGGACGAAGATTTTTATCCACGCAGTTCTCGTTTTGT
GTGTATTTTTTGTCTGACTCTACAAGATGGGCGGGCGACATGACTAGCGT
TCTGGCGTCCCTCCAGATACAGTTCCTGTCATTCGTTTACTCACACGTGG
CGAGGCGACTAAACGACTTCGAGAACTATCGGACGGAGACGGCGTACGAG
AATAATCTCATCTTCAAGACTTTTCTCTTCCAGGTTTGTGGCTTTGTTTT
TGTGAGAATTCTTCCTTCCACGAGAAAACTTTGTCTATGAGGTCTTCTTC
CTCGGGTTTGTGTCTCTGTTTCGTTCTGTTTTGTTATGTTGTGCCAAACA
ATCTTGGCTTGATTGTTTGCTATTCTGGTTCTGCCGGCGCACGTTTCTGA
GAGCCTGGCTCATGACGTACAGGTTTTGTTGATGATCTCACTCGAGACGC
TTAAAACAAAAACAACGACGAAGACGACGATGACCAGCGTATGGTAACCG
AATTAACCACCATCTATTTTGGTTGCTTTTTGCTTTCGATTTTTGTCCTT
GCGCAGGTTTTGACCACAACTACCATTACCCGCTATCCGACCAGCAAATT
TCGATGTTTTCCCGTATCACTAGGACAATGATGGCCGTACACCTCAACTA
TTTGTGCGCGTGTATATAGTCCGGTCGTTTTCGTATGCATCTGCTCAGTA
GTTGCCGGCATGCTCTGTAGTTTATAAATTATCGTCGATGTGTCGTCACC
CCCATCCGTCTCCAGATGTTCAACAACTACTCCGCCTTGTGCTATACGGC
CTTCGTGAAGGGCGAGCTGTACGGGTGCACTGACTCGTGCGTGGCAGAGG
TGACAACGACGAAATCTAGGAGGAAACCCGGCCCACTGTGCTGTAGAATA
AAGCGTGTAGTGAGCGTGCTTCTTTACAGTAGTGAACAGTGCTCTCAACC
ACCCGATATACTGTCTGTTGCCCAGGATCGTTGGACTCGTGAGATATTCT
CACGATAAAGTTGAATGAGGCATGCACGACGGAAAAGCACGAAATAGACA
ATTTGCTAAGGTAAATAGGCGATGATAATAAGGTGGGCGAGCTAAGGTTT
CTTCTTCCTGGCGAGTGTGAAACGGTTCGGCGTACCCGCACAAAAAAAAC
AAAAGGCCAGAGGCGCGAATGGTTCCAACGAAGATTAGCAGCGTCCCCTC
CCCTAAGTCTTCCCTTCCTTGCATAATGTTTCAACTCTTGTGCGAATGAT
AGCGTAACCAAACGAGAATCACTACTGTACTGTAAGGACTTCAATACAGA
AAAACTCCGTCCCAGGAGTTCTGTCTTGGGTTGTGTGTGGCTCGTTCCCC
TGGTATATGTGATGATGGCACGTATCAAATGTTTCCCTCAACAAATAAAA
CGGCGATGATATCTAAATTTCCCCGACAATCGTATGGAAAACTGCAACAA
GTTGATATCTGTATATGTTTCCGTCAAAATTCCATAATTCTCGTACAGAA
CCAAAACCATGACATCTATAGTTTCACCATAAATCATAGGAGTACATATA
GACAACAAAACAATTGATATCTACGTGGTACCCTCCCCTCAAAAAAATGA
AAATGAACAAGTTGCGGACGCTGTTGGTCGCTATCTTTAGCGTTCGCTTC
ATCATGGTGGGGATGGAGGTCGTCGTTCCCCTCGTGACGTCACGTATGCG
GGATGCCGACGCCAAGAGGAAGCGGAGCTCTGGCGACACCAAGGTGATAG
AGATACTAGAAATGTCAAAGGAACTGAGAAGCAGTGTGCGTTGGAGGGCC
GCTTCTCAAATAAGTGCGTTAAGCCGTGTGCGTTGCTGTTTGGTGGCGTA
TGATATGCCTGCTGCCTGACAGTGCTACTTACTGCTGCAGACCAGCTGTG
GTGTGCTGGTGTGAGTGTGCGCCAGCACAACGAACCCAAAACGCCTCTCA
TCATTTTTCACAAAAAAGGGACCACAATAATAACGCACTTCCGACAAGAT
AGCTGTGCACACAGGACACAGGCTGCAGTGGACTCAGGAGCAGTGGGTAG
ATACTATTTACCTCATCAGTTCAAGCCCTTAGTCGTAGCGATCTGTGCCG
AACTGGTGTCAAAGTGTTGTTGCAAAACGTGGCCAATATCTCGGACACAC
ACACACACACACACACACACACACACACACACACACACACACACACACAC
ACACACACACACACACACACACACAACACCGGTCGCCCCGGTGGACTAGT
GGTCCCTCGTTAACCACTAGATGCTGAGGAACGGGGGTTTGATTCCCGGT
GAATGTGTTCCTTTGCTACTTTGAAAGCGGCTATGCTGTTAGTAAAAGCA
GATTCGGCTTCGCCGACGAGGGTAGGGACCGCGGACCCCTGCTCGCGAGA
AAAAATCTCACGCATGTACCGCAAAAGGAAGGTGGGGGTAACTCCTCCTG
TCTGTGTTGACCTTCCTCCTGTGTGACCCCGTCGATGGGCCTAGCCTGTA
GTTTGCAGACTACGTAGTGTGCCAGAGAATATGGGATGACAACACACACA
CACACCTAACCCTCAAGGAGTGATACCTTCCTGCTGCTGCGCTGTGGTCG
AACGCCACGGGCGCGGCGTTAGAGTTGGGTTGCAGTTGGTGTGCCAGGTG
CAAATGTGTGGATTCGCGGGCCTTTTGGTTACAGCGGCAGTACAGCAATA
ATGTACATCACAAGGATTTGTGCGCGGAGGCAGGCGACACCACAGGTGAA
AAGACGGTACGATCCAGGATGCACAGAGGGATTGTGCCGTCCAGTAACCA
GTTTCGCAGTCAAGGACGGAGGTAAACGAGCAGCGACGAACGGGGAAGAG
CTTGGTCGATCTCACTCCGAGCGTGAACTTTTTTTAGAGAAGACTTGTAC
CTCAGGTGCACAGCGGAGTTTTTTAGGGAACTGATTGGAAAGAAACAACG
AGAAAGAGCTGTTATGTGAGAGCGGCGGTTATGGAGGTGACCTGAGGAAA
CGTCGGCAGTGAAGAAGCGTTACGAGAGCATGGTGCTGGTGATGTGGTCT
TGGGCAACGCCAACAGCAACGTGGACCCAGACAAGGAGGACATGTTTAGG
GCGACATTATCACCAGCGTCGCAAGGACGGCATGGAGACACCATCCTCGA
CAACATCTGATGATACGTGCGTGTTTTTGTCTGTTTATCTTTTTCTGTCT
TATCCGATTGCCAGGGCTACTTGTACGTTGCAGGCAGCACTCCAGACAGC
AACTAACTGCTGAAATCTGCAGCTACCTCCTGACTGCTTGTAGCAGCAGT
GGTTATTAGTTATGAGTGGGGCGGGAGGAGACTGAACACGATGTTGTAAT
CAAATGAGCGACGCTGGAAGTACGTTTGATTTTGGTACTACTGCTGTGAC
TGCTGTAGTTCAGTGATGCACACCGCGTAGGAAGGTGTATCTTCTTCGGT
CTTTCTTGGGTTGTTGTTGTTGATTCTCACATTAGCTCACTACCGCCGCA
GTCTAGCCCGTGGTCACAAACCAGGCACATATCGTCCTAGGAGGAACAAT
ACATAAATAAAATATATGGGCTATGATCACCCACAGTCAAATCAGATATG
GTACCGTTGGGGTACCATCTGTGGTGGCCAGAGTACCAAACAAAATACAG
AAAACAAATAACAGGCTCGAAAGAAAGACAAACTAGGGCTGGGTATCGGC
GCAGCCGATCGATACTATATATATCGAGATCGGCGCAGCCGATATATCGG
CGAGCGCAGCGAGCCCGCGAGCACAGCGTGCTTCGGCGCGGAGGCACTCG
AAGCTCGCTGTGCGAGCAAAATCAGCCCCCCCGGCTGGTGAGGGGACCCC
GCTGGAGGCGCCGCCGGAGGTAGAAAATTTGGGGCGTTTTCGGTTCATTT
CCAGTCAAAATGATATCAAAGTTGCCCCCAACACAGGTTTCGAATTTCTT
GCTTGCTTTTGGTGTTCGTCACGAAAATACCAAAAAACTCTACGAAAAAC
GCAGTAAACAAAAAGGGCTCAAAGCTGTGGCACCAGATGAGAGTCACGAA
TTTATAATTGTCATCACTAGCTAGTCATCACAGCAGTAAATTGGAGGTGG
AATGGACTGATATCTAGCTCGAATCGTTAATTTTAACCACACCACCAGTG
CTGTCTCCCTCCTTCCCCTTTGTCTTCGTCGGCACGTTTCTACAAGTTAC
AAGTTCCTACAAAACAACAATGAACAACAGCCCAACTCCGCCCACCCCAG
AACAACTTCAAGCTGCAGACCGCCCAGCAGACAACCGCACCAAGTTATTT
AACTCCTCCTTAAAAGCTCAAGAAAATTACGTGCTCGAACCACATGAGCC
TCTGACATGACATGCGAACTAAAACAAACGCCAAAACACCAACGAAACCA
CGAAACTTTCGCAGTGTTTTATACGGGGCTCCGTACGTGTATATGATGAT
CCACGGGGCCCCTTTTCGATTCACAGAATCTCTCAAAAATATCGTGGGTA
TATCGGTGCCCACGATACGATATCGCTACGCTATATCGCGACGATATATC
TTCCATATCGATACCGATACCCAGCCCTACAAAAATTGGAAACAGTCCGA
CAGCAGTGTGTATTCCCTTGTAGTTTCTTTCTGTTTTTTGGATCTTCAGG
GCTCAGTACTTTTTGTGACCACGGGCTAGATTTTGGCGATGAGCTAATGT
GGGAATCAACAACAACAACAAACACACAGACACGGAAAACCTTCAAAATT
AAATAAAGGCACCCTGTCTCCGATTTAATTTAATTTTTTTATTCGCACAG
CCACTCACACCTACCTGCACATTACGACAAGTCGGTATGAATTCGAAGCA
GTTCGATGAGGAACTTACACTTCGCTTCGCTCGTGGCCTGCTTCTCAATA
CAAACACGACCGTTTGTACTCACACGATGCCATCCAGGATGAAGAGATCA
CTCTATAGCTGTACACAGTACAGTAGTAAAGCCGAACAAAAAGGGAAATG
GACAAACGGGGATATACCCCCGCCCCTTTCAGACAAGCGGGGGTATATCA
AAACTACGCCCGCGGAGGCTGCCTGCAAGGAGCCCAAACCCGCCAGAACT
CCATTTTTGCGCCTCGACAGGTCGCTCAGACACCATGCCAAGCCTATGCG
GCACCTTACGGGGGGTTTTAGGCACATATTCCGGCCTCACAGCACCAAGC
CGCCCACAGGTCCATCCGTATGCCCCCGTTTGTCCGAGAACCTGGGGGGT
TGTTGTTGTTGATTCTCACATTAGCTCACTACCGCCGCAGTCTAGCCCGT
GGTCACAAACCAGGCACATATCGTGCTAGGAGGAGAAATATAGAATAAAA
TAAATGGACTATGATCACCCATAGTCAAATCAGATATGGTACCGTTGGGG
TACCATCTATGGTGGCCAAAGTGTGTGTGTGTTGTCATCCCTTTGATTGG
ACGCCACTCTACACCTTTCGGGTAGGTGGACACTCCAACCGGGGCGGTCA
CACAGTACAGGGGGAAGTCAACACAGGAGTTTTATTTTTTTTTCTCCATT
TCCCTCTGCGGTGCTTGGCTTGTTTTTGATTGAGCTTTTATCGCGAGAAC
GGGGACAGCAATCGATTTCCCTCGTCGATGGTACGATCGAATTTTGTTTC
CTCACGAATTGATCGCTTTCCACTTTCACGCGCAATGTGAGAAAAAAACC
CAGATCGTGTTACTGCACTGGGATTCGAACTCACGTGTGAATGTCAGAAG
GATGCGTGGGTTGCCAACTAAACCACCGGGGCGACCGGCTGTATGGTGGC
CAAAGGACCAAAGGACAGAAAAAAAATAACAGGTTCGAAAGAAAAAACAA
AAATTGGAAACAGTACGACAAACAAAAAATAACCAAGACAAACCTCAACC
ATAACCAACCATATACTTCGAAGTACTTCGTACATCGAACCGGGGCTCAG
GGCCATGACAGACCAAGGCAAAGGCAAACCAGGGCGATGTTCCAGTAACT
ATATGATCAATAGACGAAAGACAAAAACAATAAAAAAGAAGGAGATAGAG
GGAGGGCACAAAGACTGAGGGAGTGCACTCGTACACAAACACAACAAACA
GGCCGCCAAACAAAGAGGAAGCAGGGGAACGAAAAGGGAAAATAAAAAAG
AGACAAAGAGGAATAAAATACATATATGGAGAGTGCAGAGGGAAGACCGG
AAGTACCGGAAGTCAGGGGGGGGGATAGAAAATAAAAAATACCCCGACAA
CTCTACTAATTTTATGTATTTTTCTGCCCTTCTGCCTTTTTGCCCCCTTC
ACGCCTGGGTACTTTCGCTGCCTGAAACTGTTACTGGGCCGGTGAAGAGA
GTTGCACGCCCAATGTCCATTTTATCGACACCTTGGCAACTGAATTCGGT
GCCTTTTTGTCTTTTTGTCACTCCTCTGTGACATTTTATTTTATTTTTGA
CTTTTTGTTTTTTTTATTTCATTTTGTGACTTGGCTCTGGACCAGGCTCC
CTTTTCTTGTTTTCTTGTATCTTGTTCTCTATTTTTGCACAGCGTAGTGT
GATTTCTCGGAGTCCGTTTTTGTTTTTGCCGGAGTCTCCTTGTCGTGCCA
TTATTTGGTGGACTGAGGGGATCTTCCGAGTAGTATGTACCTCTTCTGGG
GCAAGCAGCCTGTGACTACGGAAATCGTACCTGATCGGTGAAGTACGGAC
ATTAGAAAGTACTGAGGAGAGATCGGAATGGTTTTTAATGTGAAGACAAC
AAACAACAACAACACAACCCCCGTTTGTCCATAAATTCCCTGCGTTTGTC
CAAAAACCATGCCCCTTTCTGTCCAGGGCATCCCCCCATTTGTCCATGTT
GGAAGCCATCCACAACACACCAACGTCATCTCTTGCCAGCCCGAACAGAC
TGAAAAGACGCACCGAACAACATCGACCAGTCACACGCGGGGAGACCACT
GTCAACCGACAAACAGCCAAACGACCAACACCCACCCACGGCACAATATC
CAGACCTTTTGGCCTCCCTGCAGGTATCTCTTCCGAGATGATGCGTCACA
TATCACAAACACAACAAGGGCGCACACAGCCACAACACAACACAGGCGCG
CACACAGCAGGCACATCCAAAGCGCCCGCGTTCACGCCTCAGCATGTCGC
TCGCTCTGCAGCAGAGCTTGCGGACTACGTGCGTTCGTTCCTGATGACTT
CCCGTGTATGTATCTCTCACGCGACATGTTCGCAATAAATCGTTGAGACG
TTTTCAACCTTTGCAATATTTCGCGCGAGAGCCAAACGTTCGAGAGAAAA
TTCCTTAATATTATGGTCAGTCATCAGAGTCGTTCGGCGAGGTTATGGGG
GTGGGGGTGGGGGGGGGGGGGTTGGTGCTCGTTGACTGCATAAGGGCGCG
GGTGTGGCCGGACAATATGAAGATGAAGTGGAGATGAAGTGGAAATAGGA
AGTGTGTGATATGTGACGCATCATCTCGGAAGAGATACCTGCGGGGAGGC
CAAAAGGTCTGGATATTGTGACGTGGGTGTGTGTTGGTCGTTTGGCTGTT
TGTCGGTTGACAGTGAGTGGTCTCCCCGCGCGTGGCTGTTCGATGTTGTT
CGGTGCGTCTTTTCAGTTTGTTCGGGCTGGCAAGAGATGACGTGGGTGTG
TTGTGGATGTCTTCAAACATGGACAAATGGGGGGATGCCCTTGGACAGAA
AGAGGCATGGTTTTTGGACAAACGGGGGTAATACATAAAATTTGTAGAGT
CGTCGGGATATACCCCAAGGTTCTCGGACAAACGGGGGCATACGGATGGA
CCTGTGGGCGGCTTGGTGCTGTGAGGCCGGAATACGTGCCTAAAACCCCC
CGGATGGGCCTGTGGGCGGCTTGGTGCTGTGAGGCCGGAATACGTGCCTA
AAACCCCCCGGAAGGTGCCGCATAGGCTTGGCATGGTGCCTGAGCGACCT
GCCGAGGCGCAAAAATGGAGTTCTGACGGGTTTGGGCTGCTTGCAGGCAG
CCTCCGCGGGCGTATTTTGGATATACCCCCGTTTGTCCATTTCCCAAACA
AAAAACAAGACGGATCTAACAGCCGTGATCAAGAAACGAGCAGGTACACC
GAACAGCCCGCTACAATAAATGGGGCTGACGTTGCACCAGATTATTGCCA
CCGTCATGCCGCATGTAAGTTCCGTCACCAGTTACAGCTAGGTGATCCTC
ACTTATCGTCTATATCTTCCGCCCTCCGCCCATATCTTAATACGCCTGTC
TGAGCTCGTGAGAGTTAGCGTTTGTTGGGTTTCTTCTTTGTGACTGTGTG
GAAGAATATTTCTGCGGTTCTACACCGTGCACCGGGCATTTCTTCATCCT
AAGAACGTTACTTTTGTTTCCTCTTGTCTTACTTCCGTATCTCTCCTGCT
TTGGCTTTCGCCTAGGAGACTGTCGCAATTTGCTCACAGACAAACACACG
GCACGCTGCGTTATTGCACTATCCTTGATTATTCACGATTCAAAGTTTGA
ATATTTCGCCCCAATGTTGTCAAGGTAGCCCACATGGTCTAGTGGTATGA
TTCGACATTCGGGTTGTCGAGGTCCGGAGTTCGAATCTCCGTGCGGGCCA
ACCTTTTTTCATACCCCGAGTATTATTTTCGAGTGTCTCTTCCGGTAGTT
CAGGTTGGGTTGAACACCCTTGGTGCTATGCAAGCTGCCTAACTCTACAG
AGAATGTGTGAGATTGCAGTTTCAGGATGAAGGAACGTCTTTTGTTCGCG
CATCGTGAAGACTGGGACAAGTGTGATTTGAAAAACTCAGCCCAGCTCAG
GTTTCTTTAGGCTCGCCTTTGACCTTGCCATCGATTGCTCTCCTACTACT
CTCAACTGGTGTGCGTGTACGCTCAGAAACGAGATGGCGACCGTCCCATC
GATTATTTGCTATTTCTTCTTACTCTACCTGATATACACGCTTAGACGGA
AGATCGCGATCGCCGTGGCAGCGCTGTTGCCGGTGGAAGTAGCCGGGGCC
ATAGCGGTGCGGCTGTGGAGGACGGCGGTGGTGGCAGTGGCGGCGGTAGC
GGCGGTGGCGGCGATGGCGGTGGATTAGCGGGAGAGGAGGAGCCTTTGGA
GGCGGAGCTCCGGTTGCCCGAGTACGGCGGCCCGTTTTCGGACTACTCGG
AGATAGTTCTGCAGTACGGCTACATTACTATGTTCGCGTCGGCGCTTCCC
GTCGTGACCTTCTTCGCCATCGCGGAGGTTCTGCTGCAAATCCGCACAGA
CAGGTGATATGTTCCTGCGTGTGTATGTACCTGGTATGTATGTTGTATGG
AAGGGAGGCAGGGGGTCAATGACGGAGAATTATTGAATTCTGGGGTGTAC
GAATTTTGAGGTGATCACACCGAAGGTATATCGTAGGAGGCACAATCCTA
CAATGAGGTTCGTCACACGATTGACGTCGTGGTGGCGAGGGCGAGGGCGA
GCTCGCGCCTTCAGAATTGCTAGGCGCGCCCCCCCCTCCGTCATTCACTT
GGCTTTCGCTACAACAATACCGATCTGTGGAGGGTAAGGAGATAAAATAC
ATAACACGGACCATACAGCGAGTTCGAGGATAAATCTTCTGGAGCCGAGA
GAATTCGCGGCCGCCGGGGTTCTTCAAACAAATGCGCCCGTTACCCCCCC
CCCCTTCCCATCCTACGCCAAAAATGGTTGTTATCTGTTTATGCTGCTGC
TGTTCGTACTTTCGTTGCTGGTGCAGGTGCTACCACTATTGCTGCTACTA
CTCCCGCCTTTGCCGTTGCTGATACCGCTGCTAACGTGCTGTGCTGTTGT
TGCTGATTTTACCTCGTCCTTCACTCGCATGTACCGACAGCTACAAGATG
GTATCTCTCATGAGAAGACCAGACCCTGAGATGGCCGAGGGGGTTGGAAT
GTGGTCGACCCTCATGGAAGCCATGGGGTGTATTTCTGTGCTAACTAACA
CGGCCATCATTTGCTTCACGTCAGACACCTTGGAATCGACGTGAGTCGCG
CCCCTGTCTCGCTCAGGAGGAGAGAGGGGGTTTTTGTTTGGAAACGACAC
TACTTCGTTTTGGGCTTGAGATGTTCCGGTATGTATTTCCGGAAAGGTCT
TCAGCTGCGAGGGAAGTACCATATGTAGTGTCGAATAGTGGATGATCGTC
AAATATCTGCCGCGTCGACGAGGGGTGTGTGGTCGATGGACGACGACACG
GGGTAAACAAATATCACACAAAACATGCTGACCCCACACCATACCTCGGC
TTCAGTGCGATGACGCAGTCTTAGAGTGTTGCGGTATTAGATCCAAAAAC
CCAAAAATGTTAGTCACGACTTCTCCGCACACGCACGATCGGTTCATGAA
TATCGTTGTTGCCGCGACAGGACGACTGCGGATAAGTTTCTTATTTGGCT
GGTCTTCGAGCACGCGCTCTTGCTGATGAAGGTGCTCGTGCACATCCTCA
TCCCAGACCATCCGGCGTCTTTGACCATCATCAAGGCGCGCCAAAGGTGG
GTGGGTGGATGGATAGTTGGGCTCGCGTTCAGTGTTCCCGTCCGCGTTGC
TTCCTACTTCACGCGTGATTCATGTCCGGAGGGTTGTTCTGCAAGACGTA
GAATTTTGCGCCATGAGATGGCGTAAACAAAGATACCACCTGGGCTACTT
TTTCGCCGTGCGGCTTCGCTTTAAGAAGGGGTATAACACATAGGCAAGCT
GCAAACCCCATGTCTCCGAGGATTGTGGAATGTGTAAAATAAGTGGTACA
GCACCCTCCTCCGGTACCTGCAGAGCAATCGTGCAAGAACCACCATCACC
CAGTCAGGAGGGAGGGACTTGCGTCACCTACGGTGTCGGCCATTATCCCT
CCCTGCAATATACGTCTAAGGCAAAATGCCCCCCTAGGCACGTGCAGCGT
GGAACCCTCCGACACCGCTCGGCGTAATTTGTCGACGCATGCTGTTGTAC
GTTTGCTCCCGGCGGCTCGCCCCAGGTCCCTCCCTGATCGGCAAAAATCA
AAACCTTTTCCTACCCAGCCCGTTGTGGACACGATGGCCTGTTGGCACAC
GCTACGGCCGCTCATGATGAATGGTGTACGCCTCTGGTCGGCTAAAACCC
AACCGGTCGCTGTTGCAATATGCTATGGCCATGCAAGCATAATGACTGCG
TCTGTCTACCCCCAAGTACACTGCTCCACGGTAATATGCGATGGTATATG
GAAAACACCATCCCCCACTAGGTTTGTCGTTCAGAAGCACCTTCACGGGA
TTGTGAAGGACAACGGCGGTGACACGCCAGGGGCGGCCGGGATGGAATCT
CAGCGCAGAGGTAACCTGGACATCGTGGGTCTCCAGTTCGATGGGAACCA
GCGCGGAAGGCAGCTCCCCCCCGGTGCCTCCGCTCAGGTAAGCTTAGTCG
CTTGCCCCCACCTCTTACCGTCTTGCAGATCCATATTTCGATTCCTGAAG
AAGCTGGATCTGCCTGCGTTGTTTTCCTCGTCCAACATATCCTCTACACC
GTGTCTACTCTTTGTCCATCTCCTTCAGAATGAAACATATACATACATGC
TGGGGTCCATCGGTACTCAGCGATTGTAAGACACCTTTGGGAAAACAAAT
CTCTGGGAAAGGCCATGCGAAAACGATTTCTCTCCATTTAGAACGTTTGT
TTTGGCGTCGACGCCGAAGCCATTGCAAGGGTTTTGGAGTGCGGAGGGGA
GGGTGGATCTGGGTTTCGTGGGGGTTGTAAAGAAGGTGGAGAAGGAGGGT
TTCCTGGTGGATTTACTGGCAATGCGGAGGGTGAAATGAGATCGCCAGAT
CCAATGTGCTTTTACATAGGACAGCCCACCACCTCCTGGAGCCGTCCATG
TACCCATACGAATATGATACGTCTCCCACTGCGGGGCCTACGCGCGCGAG
TATTTCACACGATGCTGAATGCCTTTCGTTAAAAGGCGTTTGTGCAGGGT
TTAGACACTTGGTCGTCATTTGATCACATCTTATTGAATAATCGTCGATT
GCGAGCGGCACCAACGCCACATCCCTCGCAAGGCCAGTTGATGAAAACAG
GCCACCTGATCAAGACTGTTTCCGCCACGAGCAAATATCCACACCGCCCG
CCCCATTCTGTCCAGCCCCTCAGCGCTGCTTGTCTGTCGCTTCCGTGCAA
ATTGTCCACGAACCTGTTGACCGCAACAAACGGGCCTGAACTTGGTTCCT
GCGGTGCAGCTCGGACGCCTGAGAACGGAACTTCGCGATATCACCAGGAG
CCTCAAAATTGTCAAAGAACAGCTGCAGGTATTTTCGACTGTAGAAAACG
GAAGTTTAGGCCGGACTCCTCGTCTTGAGTTCATTTATTTTCATCGGGGG
ATGCCGGGGGATGCGGTCGGGTCGTGTCATGTGTCACCAATGTTTTCTTG
CGGTGGTTTTGAGGGTGTTGCATTTTAATAACGAAAAAGCAGGCGGAGAG
CTCTAGTAGGGTGGATAGTCCCGGAAAAGAAACACCTTATTGAGACTGCG
GTAGCACATTTATCGCCCGCACCCGAGCAAACGCCCTGCTTTGTTTCCAA
CTCCTCCTCGTTTACGCACACAGGGTGCATACCAGCACGAGATCTTCAAC
GAGCAAACCGGGATAGGCGAAACCAAGCACGGCCTGCCACTTGGGTGCCT
CAACATCAAGCTCATCCGGCTAGACGGTGTGGAAGGCGAGCCCCAGGTGA
AGAGCGTTTCGGTTCCACCTCAATCATTGATTGTCGATTTGTTTTAATTG
TACGTGGTTCATCGTTTCGTGCACAGCAGGGAAAAGTGGTTTTTGTGCAT
TGTTAGCCGAGTGTTATATTTTTGTTGATCCCCGAGGAACATGGACTATT
GTACAGCTTTTTGAAATACAACGGGATATATCTATTTTGCGTCTGTGACA
CGTACAATCCATTGCTACCGCCACCGTCAGCAACAACACGATATTTGTGG
AACATCACCTTGGGCAATCAGTCAGCTATCTCCGGACGCAGTTCGTCCGT
TCGCCCCAAAAGCTTTGAAACGAATCGTAATCTTCCTTAGTTTTGCGTAA
CCCCTTTCAGAAATCGCCCAGAACAGATAATATGTACTGTAGGAATCGCG
CCTTTTCAAAGCGTGGTGGAAATCGTCGTCGTCTCGCGACTTCATGAGCA
AAGTCCGCACGTCTTCTCCCGTCCCCATGATCTCCCCCTCGCCCTACGCT
CGTCCGGAAGGCCACAACGATCGTCATGTCCCTGCGGAACTCCCGACAGG
GCGACAAAACGCCTCCGGGACCCGCCCTGCAATCAAGCCGCCCGGCCGAA
AGGGGCAGCCGGGTCCCCGCACCCGCCGGCGGTAGCGGTAGCGGCGCTCG
CGGAACAGCGGCGCCGGCCGGAATGGTCTTCAGCCAGGTGTTCGTCATGG
CGCCGATACGCTCGCAGGACGCAGAGCTCGTTTTCGACGTCACGCAGGCC
AGGCACACCGGGGGGGCTTCGTCGATATCCAGAGGAAGCGGGGATTCGAG
GGCGGGGGGAGGGGATGGCGGTGCTCGTGACAATGGGGGTGGGGGTAGCG
GCGGCAGTAGTAGTCGGGCAGCGGCACCGAAAAGGGCGGGAACTTGCCGG
GTTTCGCTGAGGGAGCTGGCGGACCAGAGGGAGCACGACTTGCCCCTCAC
CGTGTTAAAAAAGGCGAGTTGGGAGTCAGGTCTGGCCGGTGTTGGAGTTG
ACTTGGGATCCGTTGCGACCGGTGATATACACTAAGTATATTTAAGCTCT
TGTGGTGGGTGATATGGGCAAGCATCCGATAATAGAAGGCGCGGGGTGGT
GACCGTGTGAAGGGGCTCGCGGGAAGAGACTTCAGATCCAGTCTCCCTGT
GTCCCCCTCGACACAAGAGGCTGGAGAAGGCGCCAATGTTGTACGATTTT
ATCCAAACAGCCGTGGCTGGGATTTGGTAAATGCCGACAGCACGCAGACC
TGTGGAACTCAGGATCGATCTGATTTTTTCGTCTCTTTGCCTTGATTAAG
TTATCATGAATTCGTTCAGAGACAAAAGCATGCGGTCGCCACAAGGTGGT
TCAGGCTGAAAAGCTTGGAATGCTCTGACAGCTACATGGGTCGTGAGTAT
GATCCTCTGGGAACTGCTTCTACTTCTCAAACCATACCTGCGAGTGAAAA
GCGAATATGTCATTGAGCGTGAATCATCGGCTAATTAATGGGGTTACTAT
TTTTGTTGTTGTTGTTGTTGTCTTTTTTCCTCTCCAGGTGAACAATCGGT
GGGTATCTTCAACGGCAAGGCTGTACGTGAAAGTCAAGTTTATGTACAGC
AAGATCGTGCCCCTTCGGAACCGCATCTACGCGCTCCAAGACAGGAAGCG
ATCGGTGGAAAAGGAAATGACGCTGATACAGATCGGGGGTGCCAACTAAG
CGTCCGAGCTCTACGTTTCACAGCCGGAGAGTAGGGGATCGAAGCCGCTC
GACCTCCTGGGCGAGAGCAACAATACAGCACGCGCCCGAAGTGACTGACA
CACAGATACATGATGCGCTTTGCTGCCCAAAGTGAAATTGACCGCGTCGG
CATATGAATGAATATTCACAGCCTCATGACGTGCATGCCGCGATAGTTTG
TACTTCGTACTTTTCAAGACCCGCTGTGGATGGGCGATATTTGTGTTTGG
CCTGTGTGTGTGTCTGTGTGCTCGTGGTTGCTCGTACCAAGATGGATGTC
GAATACTGCAGCCAACCTTTCTGAAGGCAGGAATGATACGTTACGTGTGA
GGTTGCTTCGGTGTACATATTTTTGAGGCTGAAAACAATTTGATCATGTC
CGAGGGTTGTTTTATTTTTTGAAAGGTCAAAAGTGGGTTTGTATTGCTTC
CATGTGTTGGTGTCGCATCGTTGGTTCACACAATAACATTATCGAAGGGA
AAAACACCAGAAATGTTTCACATCACCAAATAGGGAGGAGGGAACAGAAG
GTTTCTTTTTGTCAAAAACATAACTGAAACGTAATTTTTTTCTATGTGAT
AGTCGCGGTCCGATTGCCGACATGATTTTTATGAAAAGCCGTTCACATAC
TAAAGAGAGGAAAAGGGAATGAACATACC
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Coding sequence (CDS) from alignment at P-littoralis_Contig19:62839..96267-

>mRNA_P-littoralis_Contig19.10.5 ID=mRNA_P-littoralis_Contig19.10.5|Name=mRNA_P-littoralis_Contig19.10.5|organism=Pylaiella littoralis U1_48|type=CDS|length=3858bp|location=Sequence derived from alignment at P-littoralis_Contig19:62839..96267- (Pylaiella littoralis U1_48)
ATGGGAAGCGGAGATTCGAAACCCGCCGGTGTTGGCGGCATACCCCGCAA
ACGAAGAAAGGAATCTTCGCTGCTGCCGCACGAGGACGATTCCCGTAAAG
CACGGCGCAGTCAAGAAGCGCGCTTGCTAGGCCCCGCCGAGAGGTCAGAG
CGCCGATATCTTCGCAACTACGACGACCTTGATGACGGCATAGCGCACGG
TGGCGGCGGCAGCGGCAACGGCGTTGGAGGCGGAGGCGGAGGTGGTGGTA
GGGGCGGTAACACTGGCGGCGGGGCCCGGGGCGGGGTTGAAGACGAAAGG
AGCGTCGGCGATGATGGAGTTGCCGATATCGACCAATCAATCGACCGCTA
CGACTACCTTATCGCTTTTCCACACTCGCGGGAAGGGAGGTGCAGGGGCG
GAGGTGGGGGTGGGGGTCACAGGAGATGGGGCGAGTTGGCGGGGGCTGAG
GATGGAGATAGCGACGACCCCGATGGCAGCGGCGGTGGCGGACACGACAA
CACCAAACGAATCACCTTGACCGAGGTGAACGACATTTGGTATTCTGCTG
TGCCTGGAGACGAGATTACCAAAACCGCCGCGAAACAGAGCCTCGCCAGA
GAGTGGGAGGCCAGGTTCCGAGCGCCGAGCGACGACACTGAGGAGATGTC
GATTTCGCACGCGGAGTGGGTCAGGCTGGCGCGCGAGGTGATCGTCAACA
CGCTCTTCGAAAAATCCGGTCTACAGCTGAAGCTCACCCTTTCTAGGCAA
GGGGACAAGGTTTTGTGCCGGATCCGTGCACCAATCGTTCTTCTAGAAAG
GCAAGCGGCGAGGGACAACTATCGGCTGCAGTTCAGAGGGGAGGTGGATC
CCGGGGAGTCGTTTTGGACGGAGGAGGAAATAGCCGAGGAAGTTCGGCTC
TACGGCAAGGACGAGGCGAACGAAACTCTGGAGAAGCTCTTTCAGGCGGA
TAAAATCAGCCCGAACGATCTGGCCGTCTTCGACGAGGAGGTTGTGCCGA
GCCAGTGGAGTTGTCGAGCTCACACCTTAGAGCGCATCGCCGACCGAGTA
GAGGTGGTCAACCGCTTCCCGGCATACGCCGAGTACACCAACGACGATAA
GCACCGCCACCTGTTTCAGACGTACCCGAGCATCCGCGGTCGGACAGTTT
TTCGCGCTAAGGACAGACTGGCGCTGACGAAGGGCATCATCGACAGCTTC
TTTGACATGGGCGTGCTGCAGGCAAGAACTCTACGTGCTGACGCGAGGGG
CGTGGTCGACGCCGTGTGCGCCCTACACGACGCCAACCACGGAGAGGTCA
TCACCACTGAGGTTTTGCAGAAGAGGTGGACGCTGGGCTTCTGGCGAGAG
CGCAGCGATCGCGTCGGCGCCCCTATGCTTAGCATGCAGATGATGGACCA
TGGATCCTCAGCGCCGTGGTTCTTGCAGCTATTCTGCCAGCCGCTGGACG
ACATCCGGGGCTACTTCGGGGAAAAAATGGCCTTTTACTTCGCCTGGCTT
GGCTTTTACGCATGGGCGCTCATCGTACCGGCGTTGTACGGTATCGGCAT
GGAGATCTACATCCTCATGGAGGGGATAACGTTCGACGCGCCGGGCTGGA
GCTACTGTCAGGTGTCCGTGGCGGTGGGAATCGTGTTGTGGGGAGCCATC
TACCAAGAGCTGTGGGCACGGGAGGAAAAACTCATTGCCGTCAAGTGGGG
TACCGCAGGCTTCGAGGAAGTAGAAAAAGACAGGCCGAATTTCGAGGGTG
ATAAGGATAGCCCAGGGGGTGGTCGTCGTCGCTCGCCGGTGACAAACACC
TTCCAGACCTACTACCCGGAGCACAAGAGGAAGATTCGACAAGCGCTTGG
ACTGGTTGTGGTGCTCCTCTTCGTGGCAGGTCTGCTAGTGCTTGTTGGGC
TGGTGGAGTGTCTCGAGCACTACCTCGAGACGGACCTTGGCTACGAATGG
GCGGGCGACATGACTAGCGTTCTGGCGTCCCTCCAGATACAGTTCCTGTC
ATTCGTTTACTCACACGTGGCGAGGCGACTAAACGACTTCGAGAACTATC
GGACGGAGACGGCGTACGAGAATAATCTCATCTTCAAGACTTTTCTCTTC
CAGATGTTCAACAACTACTCCGCCTTGTGCTATACGGCCTTCGTGAAGGG
CGAGCTGTACGGGTGCACTGACTCGTGCGTGGCAGAGTTGCGGACGCTGT
TGGTCGCTATCTTTAGCGTTCGCTTCATCATGGTGGGGATGGAGGTCGTC
GTTCCCCTCGTGACGTCACGTATGCGGGATGCCGACGCCAAGAGGAAGCG
GAGCTCTGGCGACACCAAGACGGAAGATCGCGATCGCCGTGGCAGCGCTG
TTGCCGGTGGAAGTAGCCGGGGCCATAGCGGTGCGGCTGTGGAGGACGGC
GGTGGTGGCAGTGGCGGCGGTAGCGGCGGTGGCGGCGATGGCGGTGGATT
AGCGGGAGAGGAGGAGCCTTTGGAGGCGGAGCTCCGGTTGCCCGAGTACG
GCGGCCCGTTTTCGGACTACTCGGAGATAGTTCTGCAGTACGGCTACATT
ACTATGTTCGCGTCGGCGCTTCCCGTCGTGACCTTCTTCGCCATCGCGGA
GGTTCTGCTGCAAATCCGCACAGACAGCTACAAGATGGTATCTCTCATGA
GAAGACCAGACCCTGAGATGGCCGAGGGGGTTGGAATGTGGTCGACCCTC
ATGGAAGCCATGGGGTGTATTTCTGTGCTAACTAACACGGCCATCATTTG
CTTCACGTCAGACACCTTGGAATCGACGACGACTGCGGATAAGTTTCTTA
TTTGGCTGGTCTTCGAGCACGCGCTCTTGCTGATGAAGGTGCTCGTGCAC
ATCCTCATCCCAGACCATCCGGCGTCTTTGACCATCATCAAGGCGCGCCA
AAGGTTTGTCGTTCAGAAGCACCTTCACGGGATTGTGAAGGACAACGGCG
GTGACACGCCAGGGGCGGCCGGGATGGAATCTCAGCGCAGAGGTAACCTG
GACATCGTGGGTCTCCAGTTCGATGGGAACCAGCGCGGAAGGCAGCTCCC
CCCCGGTGCCTCCGCTCAGCTCGGACGCCTGAGAACGGAACTTCGCGATA
TCACCAGGAGCCTCAAAATTGTCAAAGAACAGCTGCAGGGTGCATACCAG
CACGAGATCTTCAACGAGCAAACCGGGATAGGCGAAACCAAGCACGGCCT
GCCACTTGGGTGCCTCAACATCAAGCTCATCCGGCTAGACGGTGTGGAAG
GCGAGCCCCAGGCCACAACGATCGTCATGTCCCTGCGGAACTCCCGACAG
GGCGACAAAACGCCTCCGGGACCCGCCCTGCAATCAAGCCGCCCGGCCGA
AAGGGGCAGCCGGGTCCCCGCACCCGCCGGCGGTAGCGGTAGCGGCGCTC
GCGGAACAGCGGCGCCGGCCGGAATGGTCTTCAGCCAGGTGTTCGTCATG
GCGCCGATACGCTCGCAGGACGCAGAGCTCGTTTTCGACGTCACGCAGGC
CAGGCACACCGGGGGGGCTTCGTCGATATCCAGAGGAAGCGGGGATTCGA
GGGCGGGGGGAGGGGATGGCGGTGCTCCGGCACCGAAAAGGGCGGGAACT
TGCCGGGTTTCGCTGAGGGAGCTGGCGGACCAGAGGGAGCACGACTTGCC
CCTCACCGTGTTAAAAAAGGCGAGTTGGGAGTCAGGTCTGGCCGGTGTGA
ACAATCGGTGGGTATCTTCAACGGCAAGGCTGTACGTGAAAGTCAAGTTT
ATGTACAGCAAGATCGTGCCCCTTCGGAACCGCATCTACGCGCTCCAAGA
CAGGAAGCGATCGGTGGAAAAGGAAATGACGCTGATACAGATCGGGGGTG
CCAACTAA
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