mRNA_P-littoralis_Contig132.67.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig132.67.1
Unique NamemRNA_P-littoralis_Contig132.67.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A6H5JRD8_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JRD8_9PHAE)

HSP 1 Score: 649 bits (1675), Expect = 2.610e-218
Identity = 340/444 (76.58%), Postives = 373/444 (84.01%), Query Frame = 1 
Query:  406 MGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMRLSAHAFQMTEMCDIFGGRRLQ---RAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFGASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDIVEALST 1728
            MGSGFLALPAAFV+TGMFLGV VL  CM LLRMTAMYEVETMCRAEAWMKANLVPLVHKQ++R   ESEM LS+HAFQMTEMC++FGGR LQ   RAFN  LFLYMFCALWGYGAVFG+ALATYAPVPFLG VGAYRMYV LFG+VVVP+STLEIKEQATFQV+LTIMRF+ALVVMVG+I  SLY+GGEPFG GT E VGTT   TWRG+F+AVPAGIFALSLAA+T TIVSGL++KHSVG VVWTA ISA VTYT IS+ATAYYFG SV+GSCNVNW  YSPEGDGP  ++LAT GRM+AYFVVLFPAMDVTSVYPLNVMV+ANN+MAAVYNDHVDNAEND VIV TFR    V P +               G +TV+IAFVFPAYVNL+SKRMCEERFGASKTPFTGA TSSTP LYA I  G +LF  L+ +DI   LS+
Sbjct:    1 MGSGFLALPAAFVATGMFLGVAVLFACMGLLRMTAMYEVETMCRAEAWMKANLVPLVHKQRAREGAESEMHLSSHAFQMTEMCELFGGRMLQDIKRAFNFMLFLYMFCALWGYGAVFGEALATYAPVPFLGPVGAYRMYVVLFGMVVVPMSTLEIKEQATFQVVLTIMRFMALVVMVGTILTSLYTGGEPFGPGTEELVGTTPLATWRGIFKAVPAGIFALSLAATTPTIVSGLEQKHSVGNVVWTAMISAAVTYTGISLATAYYFGASVNGSCNVNWANYSPEGDGPVGSLLATSGRMMAYFVVLFPAMDVTSVYPLNVMVVANNMMAAVYNDHVDNAENDSVIVTTFRGEADVVPFI--------------DGCLTVMIAFVFPAYVNLLSKRMCEERFGASKTPFTGAITSSTPALYACIGFGLLLFVCLIGDDIATILSS 430
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: D7FWB5_ECTSI (Amino acid transporter n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FWB5_ECTSI)

HSP 1 Score: 651 bits (1679), Expect = 7.770e-217
Identity = 347/484 (71.69%), Postives = 388/484 (80.17%), Query Frame = 1 
Query:  289 APLQVRQTPPLARYKKYHEMAQHEGVGFFAGT--CVAI--NLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMRLSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFGASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDIVEALST 1728
            AP    +T  + R+    E    EG G   G+  C A+  NLVMGSGFLALPAAFV+TGMFLGV VL  CM LLRMTAMYEVETMCRAEAWMKANLVPLVHKQ++R                             RAFN  LFLYMFCALWGYGAVFG+ALATYAPVPFLG  GAYRMYV LFG+VVVP+STLEIKEQA FQV+LTI+RF+ALVVMVG+I ASLY+GGEPFG GT EFVGTT   TWRG+F+AVPAGIFALSLAA+T TIVSGLD+KHSVG VVW A ISAT+TYT IS+ATAYYFG SV GSCNV+W  YSP+GDGP +++LAT GRM+AYFVVLFPAMDVTSVYPLNVMV+ANN+MAAVYNDHVDNAEND VIV TFRI+C+VPPLLCAL+W+DFAAIV YAG +TV+IAFVFPAYVNL+SKRMCEERFGASKTPFTGA TSSTP LYA I  G +LF  L+ +DI   LS+
Sbjct:  112 APGTEYRTSSVGRFLDRSE----EGCGAVRGSASCGAVLPNLVMGSGFLALPAAFVATGMFLGVAVLFACMGLLRMTAMYEVETMCRAEAWMKANLVPLVHKQRAR-----------------------------RAFNFVLFLYMFCALWGYGAVFGEALATYAPVPFLGPAGAYRMYVVLFGMVVVPMSTLEIKEQAMFQVVLTILRFMALVVMVGTILASLYTGGEPFGPGTEEFVGTTPLATWRGIFKAVPAGIFALSLAATTPTIVSGLDQKHSVGNVVWAAMISATITYTGISLATAYYFGSSVHGSCNVSWANYSPKGDGPVASLLATSGRMMAYFVVLFPAMDVTSVYPLNVMVVANNMMAAVYNDHVDNAENDSVIVTTFRILCAVPPLLCALLWKDFAAIVGYAGCLTVMIAFVFPAYVNLLSKRMCEERFGASKTPFTGAITSSTPALYACIGFGLLLFVCLIGDDIATILSS 562
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A836CJG5_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CJG5_9STRA)

HSP 1 Score: 317 bits (811), Expect = 2.160e-89
Identity = 202/514 (39.30%), Postives = 273/514 (53.11%), Query Frame = 1 
Query:  253 CSWFGFWRRRLAAPLQ-VRQTPPLARYKKYHEMA-QHEGVGFFAGTCVAINLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANL------------------------------VPLVHKQKSRSATESE-----MRLSA-------------------------HAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQ-------------------------VILTIMRFVALVVMVGSIAASLYSGGE----PFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAG 1521
            CS+FG+ RRRL APL  + +TPPL RY+KYH+ A + +GVG FA  C+AINLVMGSGFLALP+AFV  G+ L   VL     ++ +T  +EVE MCRAEA +   L                                 +      +A ESE     +R+S                          HA+Q++E+C++FGG  ++RA+++ + LYM C LWGY AVFG+ALA+  P+  L    A+  Y+ LF  VVVPLS ++++EQ  FQ                         +++T +RF     M GS+A +  +G +      G G    +G    V W G+    PA +FA+ L +S+  +V  L  K  +  V+  A  +A V Y  I I  A YFG  VD SCNVNW G+          +L+   ++V +FVVLFPA+DV SVYPLNVMVLANNLMAAVY+D VD AE D VIV  FR+ C+VPP+L A+       IVDYAG
Sbjct:   12 CSYFGWLRRRLVAPLSALERTPPLQRYRKYHQKADESQGVGGFAACCIAINLVMGSGFLALPSAFVRAGLALSACVLAGVCLVMNVTVTHEVEVMCRAEAVLSHRLHSTDALPALPAAXXXXXXXXXXXXXXXXLRAATLEYPLDATAAESEREPLKLRVSTAQHLELGGGGXXXRRGKGGAGGLRRHAYQVSELCELFGGDGVRRAYDIVMVLYMLCTLWGYSAVFGKALASNVPLADLDFDAAFLAYIALFAAVVVPLSVMDVREQVQFQQAQVQVSAGGMYEQVQFQVIEGAARIVMTWLRFATATAMTGSVAYAWMTGNDGLFPSLGGGGGGRLGEVPAVAWGGLRVVTPAVMFAVMLNSSSPVVVHALAHKPDISWVINVAMGAAFVLYASIGITVAAYFGSDVDDSCNVNWEGFGATATTGVWRLLS---QLVGFFVVLFPALDVLSVYPLNVMVLANNLMAAVYHDRVDKAEQDRVIVAVFRLGCAVPPILAAVALNSLTQIVDYAG 522
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A7S2V546_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V546_9STRA)

HSP 1 Score: 263 bits (672), Expect = 5.480e-73
Identity = 167/495 (33.74%), Postives = 260/495 (52.53%), Query Frame = 1 
Query:  274 RRRLAAPLQ---VRQTPPLARYKKYHEMAQHEGVGFFAGTCVAINLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMRLSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGA----------YRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFG--ASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDIV 1713
            RR L APL+   ++ TP   R+ KYH  +  +G+  FAG C+ IN++MG+GFL LP  F ++G+ LG ++L+     +  T  YE E MCRAEA +  NL P      S ++ ES+M++  HAF MTEMC+IFG   L+R +   + +++   + G   VF  +L+   P+PFL               Y  YV +  +VV+PLS  ++KEQ  FQV++T  RF  LV MVG+   S  +G + F E  +            G        ++A  L +  + IV  L+ K  +G V+ +  I   + +  I    A  FG     + NV+W  ++  G+G        +  +VA FV++FP  D  S +PLN + L+ N+MAA+Y+D VD AE DP I   FR  C+   L+ A        I+DYAGS  +++A V P Y++ +S++   E  G  ++KT ++  F S+ P   AV   G ++F   ++++ V
Sbjct:    8 RRTLYAPLENQSLQHTPKPTRFLKYHVNSPGQGISTFAGICITINILMGTGFLVLPRVFYASGLVLGPVILLLVTIFMMQTCKYEAEVMCRAEAVVHHNLDP-GDVNSSTASAESDMQIRNHAFSMTEMCEIFGSPALKRLYIFLVAIFLMGTMVGSANVFAVSLSARIPIPFLNGNNVCLDSSECYELYLFYVIVMAVVVIPLSMKDLKEQVGFQVLMTFARFTVLVAMVGTTLYSTATGIQLFAEHDSVDFHPAPMYNLLGASTVFSTAVYAQILNSYVTIIVEPLENKKDLGKVLSSGLICTFLMFGTIGFFVAQRFGSQTSPAANVDWERFTGGGEGATVEGRPLWATVVANFVLIFPVFDTISAFPLNAINLSTNVMAAIYHDRVDKAERDPTICGFFRGTCASVALVAAAFCTKLDVILDYAGSFGILLAMVIPPYLSYVSEKGTREELGVRSAKTVYSSWF-STIPCAIAVGIFGIIMFIYSMVDNTV 500
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A8J2SF66_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SF66_9STRA)

HSP 1 Score: 215 bits (548), Expect = 1.020e-56
Identity = 165/496 (33.27%), Postives = 253/496 (51.01%), Query Frame = 1 
Query:  256 SWFGFWRRRLAAPLQVRQTPPLA-RYKKYHEMAQHEGVGFFAGTCVAINLVMGSGFLALPAAFVSTGMFLGVLVL-VFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMR---LSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLG--------AVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSG--GEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDG-PASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFGASK---TPFTGAFTSSTPVLYAVIAGGFVLF 1686
            S+  +WR       +   T PL  RY+ YH   ++EGV   A  C+A NLVMGSGFLALPAA    G+ L  + + V C+ +L   A +E E M RAEA ++A  +     Q S  +  S +R   LS   F++ E+C IF G++L+ A+     LY    LW Y  VF +AL+T++P+   G        A   YR   F+FG++ VPLS LE  EQ +FQ+++++MR V +V+M  +   S Y    G  FG G A    T  +V + G+ R +PA +FA ++      +   +  +  +   +      + V Y+ ++++ AY FG S+  + N  W  +   G G P S +L      + + VVLFPA+DV SVYPLNV + A+ L+     D  D A+         R   ++PP++ A    +  A++D AG +  +I   FP  ++++ +R C   FG  +   T +T     + P  YAV A G V F
Sbjct:    3 SFLRWWRGGSRGERRTINTTPLPQRYELYHRKRRNEGVSLIAACCIAFNLVMGSGFLALPAAVARCGLILSPITMGVVCLVMLTSLA-WEAEAMARAEA-LEARAL---RGQSSSPSLLSRVRRPSLSDRTFEVCELCRIFCGKKLEMAYAGTFLLYYLATLWAYAFVFAEALSTFSPL--FGHEACKHDVACVTYRKCTFIFGILAVPLSILEPGEQISFQMVMSVMRVVIVVLMASTALLSAYGVDFGPGFGPGAA--TSTAPFVRFAGLGRLLPATVFAQNMGGQVPLVAREMRDRDDLNKALCAGLAGSFVLYSILAVSVAYSFG-SIAKAANCQWDAF---GVGIPYSVLLDG----IRWLVVLFPAVDVFSVYPLNVSIAADTLVTLFAGDRADRAQRQVGYRRAMRACVALPPIIGAGCMANLTAMIDTAGILVFLICCGFPPLLSVLGQRKCRAAFGDGRLDTTRYTPDGGRTWPK-YAVAAFGTVAF 480
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A4D9DET5_9STRA (Aa_trans domain-containing protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9DET5_9STRA)

HSP 1 Score: 190 bits (483), Expect = 4.500e-48
Identity = 149/501 (29.74%), Postives = 247/501 (49.30%), Query Frame = 1 
Query:  277 RRLAAPLQVRQTPPLARYKKYHEMAQHEGVGFFAGTCVAINLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMR-------------LSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHV--DNAENDP--VIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFG--ASKTPFTGAFTSST--PVLYAVIAGGFVLFAGLVINDIVE 1716
            + L +PL++R      R       ++ +G GF       +N +MG+GFL LP A   TG  L ++ L    AL  +   Y +E+  RAE     +   L   Q     T + +R             +    ++M  +C +F G   +  + + L +Y++ AL  YG VF  ++A   P+P   A  +Y +Y+ LF ++V+PLS LE+ EQ + Q+ L   R + +  MVGS+ A+    GE F  G  E VG   W  W G+   +P   ++     S + +   +  K  +G +     + + + Y  I++  AYYFG  +  S N+ W GY   G           GR+V  +V+LFPA+DV S +PLN + L NN++  + ND    D + + P  V  V FR++ ++PPL+ AL  RD   I +YAG++ ++I  VFPA +NL S+   ++ F   +++T ++   +     PV  A+   G  LF  ++IN +++
Sbjct:    8 KALLSPLRLRGL----RVAVEDSSSKKKGFGFVVAVAFTVNYIMGTGFLTLPYATAQTGSVLTIVALFSMAALSNIAKDYVLESSARAELIENPSCF-LTEGQAGGIVTPALVRRIHVSQDLPLLLTVKKRKYEMPTLCQLFLGYHGKVLYMICLSIYIYGALLAYGTVFANSVAAMFPLPAPHADASYGVYLGLFAVLVIPLSCLELTEQISVQMALASCRLLMVASMVGSVLAACAHTGESF-PGQQEPVGIPLW-RWEGMPVFLPIACYSFIYHHSIAGLSHPVRDKTLLGQIFLATFVMSGIFYGVIALLVAYYFGPGMAQSSNLEWKGYGHTG----------LGRVVGTYVLLFPALDVASAFPLNAITLGNNMLD-MGNDQKRPDGSPDHPSRVTTVAFRLLAAIPPLVAALFLRDLGRISEYAGTVGIIITLVFPAVLNLRSRTRMKDLFQLESARTYYSNELSRKRYGPVNLAI---GIGLFLYILINLLMD 487
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: UPI001CFCC37F (uncharacterized protein n=1 Tax=Naegleria lovaniensis TaxID=51637 RepID=UPI001CFCC37F)

HSP 1 Score: 187 bits (475), Expect = 1.580e-46
Identity = 141/523 (26.96%), Postives = 238/523 (45.51%), Query Frame = 1 
Query:  310 TPPLARYKKYHEMAQHEGVGFFAGTCVAINLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAEAWMKAN-------LVPLVHKQKS------------------------RSATESEMRLSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLG-------------AVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLY--------SGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFGASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDIVEAL 1722
             P   R KK  E   +   G F   C  +N ++G G L +P  F   G+ +G + L        +   + +ET+CRA A+MK            L+H + S                         +AT          ++M E+  +F GR  +  + + L  Y++ +LW Y  VF +++A++ P+P  G                 Y++YV L+ LVVVP++ L + EQ   Q+ILTI R+VAL +M+G    S++        S      E    +V  T     +G++  +P  I++  L  S   +   +  K  +  +  +  ++  + YT + I  A Y+G ++ G+C++N+  Y   G  P       +  ++ Y ++LFPA+DV S +PLN + L NN+ AA +        +   I V FR++ +VPP++ AL   +   I+ Y G    +I FV P  + L+SK    ++FG  KTP+T +  SS  +    I  G       +I +IVE++
Sbjct:   40 APMKQRKKKSSEAHTY---GSFVAYCFCVNYILGVGVLGVPNGFQQGGVLIGPIFLFIVTIFAALVLNWILETLCRANAFMKEQEKQKLEEKSSLLHHEPSSEDGNETAVVTASVDTDNRVIIEDHTATSELFEFPQRRYEMNELSRLFLGRIGKVIYEIALCCYLYGSLWSYSTVFAESMASHVPLPINGWFTCNVYSDTSSTCDALYKIYVGLYALVVVPMTCLNLTEQKPVQIILTIFRYVALALMIGVAFISMFVDPYSRYPSNPHTAMERHPPYVSETYLARGQGIYILLPICIYSQILHHSVPGLCEPVRNKKHLPAIFTSTFVTTYLFYTILGIVLAVYYGDNILGTCSLNFGYY--RGGKPFGMSTPIWAELIVYVIILFPAIDVLSAFPLNAITLGNNIHAAFFTG--TKWMDSRKIQVVFRLVAAVPPIIGALFVSNLEFILKYVGLFGFLITFVIPPTLFLVSKYKARKQFGTEKTPYTRSIISSNILAVICILFGVAAIIYCIIANIVESV 555
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A7S2UWS4_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2UWS4_9STRA)

HSP 1 Score: 182 bits (461), Expect = 8.160e-46
Identity = 128/431 (29.70%), Postives = 215/431 (49.88%), Query Frame = 1 
Query:  460 LGVLVLVFCMALLRMTAMYEVETMCRAEAWMKANLVPLVHKQKSRSATESEMRLSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFL--GAV-------GAYRMYVF---LFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFG--ASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDI 1710
            LG+ +L        +T  YE E MCRAEA +   L     + + + + E ++++  HAF + E+C+IF G+ +++ + + + + +         +F  +L+   P+PFL  G+V       G Y +Y+F   +     +PLS ++I+E A  QV LT+ R    +VMV +   S  S  + F       V       +      +    +   L +  + IV  L  K S+G V+ +  + + V +    I+ A  FG +   S NVNW  ++  G+G        +  +++  V++FP +DV S +PLN+  LA NLMAAVY+D VD AE D  +   FR + +  PL+ A +      I+DY+G++ +++A V P Y++ +S+R  +E     +  T +T  F S  P L  V   GF LFA  +IN+I
Sbjct:    3 LGLFLLFIVTVTFNITCAYEAEVMCRAEAVVHQRLD---RQHQIQQSPEEDLKIKHHAFSVVELCEIFAGKGVRQIYIILVTILVIGGSMSNVTIFADSLSAQVPLPFLNGGSVCLEHHSPGCYELYLFYVLVMACWAIPLSVMDIQEMAILQVTLTLARIAVAIVMVATAIYSYISPDKLFDLSDVH-VEEAPMANYGHFGPMLCTAAYTQLLNSYVTIIVQPLQNKSSLGRVIASGYVCSFVAFCIFGISVALAFGSATAASSNVNWQRFTGGGEGVTIENRPIWATLISDIVLIFPVIDVMSAFPLNIHNLATNLMAAVYHDRVDRAERDKTVRKFFRGVSAAVPLVVASLITKLDTILDYSGTVGILLAMVIPPYLSYVSERGTKELLDLRSVNTAYTTIF-SRPPFLLVVAVLGFTLFAAAIINNI 428
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A7S4JC77_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4JC77_9STRA)

HSP 1 Score: 182 bits (462), Expect = 1.730e-44
Identity = 118/368 (32.07%), Postives = 193/368 (52.45%), Query Frame = 1 
Query:  634 FQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIA-ASLYSG-GEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGY-------SPEGDGPASTMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERFGASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDI 1710
            F++  +C +F G+     +   L LY++C LW Y +VF  A+A   P+ FLG   AY MY  LFG+VVVP+S +E+ EQ   QV LT  RF+ + +MVG+    S  SG G   G+  A F  +       G+ + +P  +FA     S   +   +  K  +G V  +    + V YT I       FG S++ S N+NW  Y         EG+    T +A + R + ++V+ FPA+DV S +PLN + L NN+ +A Y   +   EN+  + + FR++ ++P ++ A++ R+   I DYAG+   V+AF FPA + + S+R+  ++   S   +  ++ SS PV   +++ G  +   +V+  I
Sbjct:  251 FELNALCRVFLGKAGTNVYMGFLSLYIYCTLWAYTSVFSSAMARTFPIGFLGEDDAYAMYAVLFGVVVVPMSCMELHEQIVVQVFLTGCRFLMVFLMVGTSGRCSEESGSGTDKGDSVALFRPS-------GLHKMLPILVFATIYHHSIPGLAHPVANKRKLGPVFRSTTAFSGVAYTFIGCFLGAAFGDSIEQSSNLNWHSYRGGTGMIDEEGN---ITGVAFWARAIEFYVICFPALDVLSAFPLNAITLGNNMFSAFYGRRIHEVENNRNLRIRFRLLAAIPSIILAIIVRELGTITDYAGTTGFVLAFSFPALLYICSRRLALKK-NFSTVTYYSSYASSNPVAALILSFGVAMLIFVVVLGI 607
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BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Match: A0A7S1BWK7_9STRA (Hypothetical protein n=1 Tax=Corethron hystrix TaxID=216773 RepID=A0A7S1BWK7_9STRA)

HSP 1 Score: 167 bits (422), Expect = 2.270e-40
Identity = 108/335 (32.24%), Postives = 164/335 (48.96%), Query Frame = 1 
Query:  619 LSAHAFQMTEMCDIFGGRRLQRAFNLNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVPLSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFVGTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQISATVTYTCISIATAYYFGKSVDGSCNVNWTGYS-------PEGDGPAS-TMLATFGRMVAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTFRIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEERF 1599
            + A  F++ E+C +F G +    +     LY++ ALW Y +VF  AL +   V   G    Y  ++ LF  +VVPLS L+++EQ   QV L+  R + ++ MVGSI     +G E F    A        V W G +  +P   +A     S   +   +  +  +  +     +    +Y  I +   YYFG  +  SCN+NW GY         + DG    T +A + + ++ +VVLFPA+DV S +PLN + L NNL+ A + + +  AE        FR    +PP+  AL+ RD   I D+ G     IAF FPA +++ SKRM EE F
Sbjct:   86 VGARKFEVPELCLMFCGSQSLVGYMAATGLYLYGALWAYASVFANALESSDLVSGCG----YAGFIALFSAIVVPLSLLDLREQIAVQVSLSGCRLLMVLAMVGSIMGDALAGPEAFHFDPAVPHQDPPLVRWGGAYILLPIAAYASIFHHSIPGLSQPVADRAQLASIFGNVFVFTAASYCLIGLVVGYYFGDDIQTSCNINWGGYHGGTGTLVQDADGTQHRTDVALWAKALSAYVVLFPALDVVSAFPLNAITLGNNLLGAHFGEKIHEAEKSWHNRTRFRCYACLPPIFGALLVRDLGTITDFTGVTGFAIAFSFPALLSIYSKRMVEEHF 416
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig132.67.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5JRD8_9PHAE2.610e-21876.58Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
D7FWB5_ECTSI7.770e-21771.69Amino acid transporter n=1 Tax=Ectocarpus siliculo... [more]
A0A836CJG5_9STRA2.160e-8939.30Uncharacterized protein n=1 Tax=Tribonema minus Ta... [more]
A0A7S2V546_9STRA5.480e-7333.74Hypothetical protein n=1 Tax=Fibrocapsa japonica T... [more]
A0A8J2SF66_9STRA1.020e-5633.27Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A4D9DET5_9STRA4.500e-4829.74Aa_trans domain-containing protein n=1 Tax=Nannoch... [more]
UPI001CFCC37F1.580e-4626.96uncharacterized protein n=1 Tax=Naegleria lovanien... [more]
A0A7S2UWS4_9STRA8.160e-4629.70Hypothetical protein n=1 Tax=Fibrocapsa japonica T... [more]
A0A7S4JC77_9STRA1.730e-4432.07Hypothetical protein n=1 Tax=Odontella aurita TaxI... [more]
A0A7S1BWK7_9STRA2.270e-4032.24Hypothetical protein n=1 Tax=Corethron hystrix Tax... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig132contigP-littoralis_Contig132:282899..310011 -
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.D7FWB5
PFAMsAa_trans
Model size4235
Max annot lvl2759|Eukaryota
Hectar predicted targeting categorysignal anchor
Exons15
Evalue2.18e-230
EggNOG OGsKOG3832@1|root,2SA9U@2759|Eukaryota
Ec32 ortholog descriptionAmino acid transporter, transmembrane
Ec32 orthologEc-25_003760.1
DescriptionTransmembrane amino acid transporter protein
Cds size1488
COG categoryS
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig132.67.1prot_P-littoralis_Contig132.67.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig132 285403..301892 -


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

Feature NameUnique NameSpeciesTypePosition
1680789604.849518-UTR-P-littoralis_Contig132:282898..2854021680789604.849518-UTR-P-littoralis_Contig132:282898..285402Pylaiella littoralis U1_48UTRP-littoralis_Contig132 282899..285402 -
1680789605.0320551-UTR-P-littoralis_Contig132:301892..3020071680789605.0320551-UTR-P-littoralis_Contig132:301892..302007Pylaiella littoralis U1_48UTRP-littoralis_Contig132 301893..302007 -
1680789605.0402608-UTR-P-littoralis_Contig132:309883..3100111680789605.0402608-UTR-P-littoralis_Contig132:309883..310011Pylaiella littoralis U1_48UTRP-littoralis_Contig132 309884..310011 -


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

Feature NameUnique NameSpeciesTypePosition
1680789604.8632836-CDS-P-littoralis_Contig132:285402..2855551680789604.8632836-CDS-P-littoralis_Contig132:285402..285555Pylaiella littoralis U1_48CDSP-littoralis_Contig132 285403..285555 -
1680789604.8778613-CDS-P-littoralis_Contig132:285974..2860331680789604.8778613-CDS-P-littoralis_Contig132:285974..286033Pylaiella littoralis U1_48CDSP-littoralis_Contig132 285975..286033 -
1680789604.8932261-CDS-P-littoralis_Contig132:287257..2874171680789604.8932261-CDS-P-littoralis_Contig132:287257..287417Pylaiella littoralis U1_48CDSP-littoralis_Contig132 287258..287417 -
1680789604.9089103-CDS-P-littoralis_Contig132:288043..2881991680789604.9089103-CDS-P-littoralis_Contig132:288043..288199Pylaiella littoralis U1_48CDSP-littoralis_Contig132 288044..288199 -
1680789604.921914-CDS-P-littoralis_Contig132:288990..2890751680789604.921914-CDS-P-littoralis_Contig132:288990..289075Pylaiella littoralis U1_48CDSP-littoralis_Contig132 288991..289075 -
1680789604.9315472-CDS-P-littoralis_Contig132:290118..2902581680789604.9315472-CDS-P-littoralis_Contig132:290118..290258Pylaiella littoralis U1_48CDSP-littoralis_Contig132 290119..290258 -
1680789604.9429088-CDS-P-littoralis_Contig132:291295..2913911680789604.9429088-CDS-P-littoralis_Contig132:291295..291391Pylaiella littoralis U1_48CDSP-littoralis_Contig132 291296..291391 -
1680789604.9552808-CDS-P-littoralis_Contig132:292131..2923321680789604.9552808-CDS-P-littoralis_Contig132:292131..292332Pylaiella littoralis U1_48CDSP-littoralis_Contig132 292132..292332 -
1680789604.9652064-CDS-P-littoralis_Contig132:295511..2955981680789604.9652064-CDS-P-littoralis_Contig132:295511..295598Pylaiella littoralis U1_48CDSP-littoralis_Contig132 295512..295598 -
1680789604.9776993-CDS-P-littoralis_Contig132:296405..2964981680789604.9776993-CDS-P-littoralis_Contig132:296405..296498Pylaiella littoralis U1_48CDSP-littoralis_Contig132 296406..296498 -
1680789604.990006-CDS-P-littoralis_Contig132:297181..2972871680789604.990006-CDS-P-littoralis_Contig132:297181..297287Pylaiella littoralis U1_48CDSP-littoralis_Contig132 297182..297287 -
1680789605.000577-CDS-P-littoralis_Contig132:298188..2982341680789605.000577-CDS-P-littoralis_Contig132:298188..298234Pylaiella littoralis U1_48CDSP-littoralis_Contig132 298189..298234 -
1680789605.0097744-CDS-P-littoralis_Contig132:299488..2995491680789605.0097744-CDS-P-littoralis_Contig132:299488..299549Pylaiella littoralis U1_48CDSP-littoralis_Contig132 299489..299549 -
1680789605.0218396-CDS-P-littoralis_Contig132:301847..3018921680789605.0218396-CDS-P-littoralis_Contig132:301847..301892Pylaiella littoralis U1_48CDSP-littoralis_Contig132 301848..301892 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig132.67.1

>prot_P-littoralis_Contig132.67.1 ID=prot_P-littoralis_Contig132.67.1|Name=mRNA_P-littoralis_Contig132.67.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=496bp
MVGCSWFGFWRRRLAAPLQVRQTPPLARYKKYHEMAQHEGVGFFAGTCVA
INLVMGSGFLALPAAFVSTGMFLGVLVLVFCMALLRMTAMYEVETMCRAE
AWMKANLVPLVHKQKSRSATESEMRLSAHAFQMTEMCDIFGGRRLQRAFN
LNLFLYMFCALWGYGAVFGQALATYAPVPFLGAVGAYRMYVFLFGLVVVP
LSTLEIKEQATFQVILTIMRFVALVVMVGSIAASLYSGGEPFGEGTAEFV
GTTDWVTWRGVFRAVPAGIFALSLAASTSTIVSGLDKKHSVGGVVWTAQI
SATVTYTCISIATAYYFGKSVDGSCNVNWTGYSPEGDGPASTMLATFGRM
VAYFVVLFPAMDVTSVYPLNVMVLANNLMAAVYNDHVDNAENDPVIVVTF
RIMCSVPPLLCALVWRDFAAIVDYAGSITVVIAFVFPAYVNLISKRMCEE
RFGASKTPFTGAFTSSTPVLYAVIAGGFVLFAGLVINDIVEALST*
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mRNA from alignment at P-littoralis_Contig132:282899..310011-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig132.67.1 ID=mRNA_P-littoralis_Contig132.67.1|Name=mRNA_P-littoralis_Contig132.67.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=27113bp|location=Sequence derived from alignment at P-littoralis_Contig132:282899..310011- (Pylaiella littoralis U1_48)
CTACATTATCAGGACTCGAGTCGAGGTACAAGACCACCTCTGCAAGCCAT
ACCTTCGCTGGAGCCGTACTTGACTTTGCTCAAAGAAGTGAAGAGTCCTG
AGAGGGAAGCGAGCTGTTTGTACCACAGGTAAACGCGCATGTTTCGGGCG
AACGCACACAGAGCAAAAGTTCAATAAACCTTGCACTTGTACGTCAACAG
CAATTTCAGTTGTTCATATCGTAGGCAGCAGTCGATTTATGATATCACAT
GATACTCTTATTTAAGTTTATACACAGCAGTAGTGAAATGATGAATAATA
AGTGTTCCGCATTCGTATGCACGAAGCATTACAACTGCTGTACTACTGAA
CGTGTTCGTGCTGCCGTGTCTGGCGCCGGTTGCCTCTCGGCTTCCCGCGT
GTTGCGTTGTGTGTGCGTGCGCTGCGATTGATGGGTCATGCTGGCTGTTT
TGACGACTACTGCTGGCCTGCAGGTGCCGTGTGGCAATACAATAATATCG
GTTTTCTCGTAGACTAGAATCCGTCGGGCCTCACCCCCTTCTCGGCACAG
GAAGGTACGTTGTACAGTATCACACAGCGGCGGTGCACTTCAGCGGTATG
TCTATAAACTGCTGCTGCTGGTGCGGCTGTGGCTGCGGCTGCTGCGGCTG
CGGCTGTGCTGCTGTGCGGTGCACAGTAGTACTCCATTCACACCGAAAGA
CCATCTCGTTTCGTCATGACTCAACTTATGATATCATGCTGCAGCCGCCT
CTTCTGCTGCAGACCACCTGCGCTGGTTTCCCGGCTGGCTGTGAGAGGTG
GAGAGGTGGAGAGGTCTCCGCGTCCTGTGTATCTTGATTGACGACAGGAG
GGCAGGGAATATGCGTACAGCAGTACTTGCACAACGACAGTATGATGTCT
CATGCTCTCTCCTGAAATGACACGCACTTCTACCTGCTGTAGACATTTAT
GATACCACACGGTATATATTCCCATTCCTTCGCCTTGTAGCAGTACCTGC
CGGGGGTATTTACGTAAGACACTTGTGGTCACAACTGCTGAATGTATGAT
ATCAAATCAGATAAAGTATACCATATCAGATCATATATCATCACAAGATG
TGTACCTCTTGGTACCTCGGATGGGATGGTATACCATCTCAAGAAGGGAT
GAAATTGGATGGGGTGGGATGGATGTCTGAAGCTCGGTCCCACCACCAAT
ACCATCCCGTTCCCACCACGCCGGTCGGAGACACCATCTCAGTGATGGGG
TGGTTTTCGAACACTTCCCGTACCATCTAGGCTGGTTTCTGAACGCTTCC
CATACCAGCTGTGCTGTTTTTCGAACGCTTCCCATACCATGTAATATGTA
CGGCGAATACCATCCCTACCATCGTGCACCCCCCCCCCCCCCTACCCACT
ACAACGTACTTTCTGAGGGAGGGGTGTGGATAGCAGAAAATGTGTGGGGA
AGGGGGGTAGGGGGTCTGGCCCACACACACACAACACACTCTCCCACACC
GGCTGCCTCCCACACAACACATGGCTACCCCTACCGACGGCGGCGGCGGT
GGCGGCAGCGGCAGCGGTGGGTCTGTGCCAGTACCCCCAACGTCTTTATC
TGCCGAACCTGTCGGCGCAGCTGAAAATAACGGGACGAGCGCGGAGACAG
CCGTGCCGGTTGCTGGCAACTCTGTCACCAGAAGGGTGCTTGGTGCCGGT
GACGGGAAGAGAAAGCGGACGTCTGGCGTGTGGCCTCACTTTGAGCTGTT
CGATCCGGCCGGTTCCGACGGCAAGAACGTGAGGTGCGTCGTAAAGACAG
TGCTGCCCGCGTCTGGGTTGCTGCCCGAGCGCACGTCTGTGTGTGGCGCG
CGCTTCACCTACCGCAGCGCGAACAAACAAGCGAACATCCAGGGCTCGGG
TACGCCTGGGTTGCAAAACCACCTGGAAAGAGAGCATGCAGCCGTGTGGA
AAAGCGTGAAAGCAGGGCCTTCAAGCCAGAGCGCGAGGGCGGCCAATGAC
GACGACTTCGACCTACTCAGTACTGGAACGCGCGGGGTATTGACGGGGTA
GACGTGGAAGGGAACGTTGTAATGCCTGCCCGCTGGCCGCATGTAGGGTT
GCTAGCACGTTTGTACGCAGGCGTAGATACCACCAGCTGTCAAGCGGAGA
GGAACTTTTCCGCCCTCGAGCAGGTCCTCAGTGACATGCGTGCCGGTACC
CTGCCGCGCAAGATAGAGCAGATGCTGTTGCTCAGGCTTAACAGGCACCT
CGTCCCCGGTTTTGCGAAAGTAGAGCAAAAGCTGGCCGCATTGAAGGCAA
GGCACGATGCAAACGCAAAGGCGTCGATTGCCGCCCAGCAAGCCAGGGAA
GGTAACACTTTCACCCTGAACAAGTAGGGTTGCTGTCCTATCGCATTTAT
TTCAAGTACCAATTTCCAGTTTCCAAATCCTGAATTTCGGTTAAGGTGTT
TGACTCTTGCTTTTGGTTTTCGCCTGGTTTTGGTTTTTGACAAGCTGGAG
AGACGGACGTGGACTATGTATAGTAGTGTTCAGTGTTCAGTATTATATAC
GGTACAATATTGATTTATAATATTGGAGCTGGCATACTTGCCATACTGCC
TACCTGAGTTTTTCCAGCATTTTTTCTGTTTTCTGCTGTTTGTAGGTGTA
CATGCAAGCGGATGGGTATCGGCAACACTGGAAACATCTCTTGTGTACCT
ACCAAAGTTCTTTGTGTCCCCACCTTCCCGCCGCCCTGCCATCCCATCCC
ATCCCAGATACCGTCCCACCAGTTACCATCCCATCCCATCACCCGAAAAA
AACTTTACCATCCCATCCCATCAGCACCCAAACCTACCGGTAATCTCATC
TCGGCCATGTACAATACCGTCCCATCCCATCGTAATACCATCAGAAGTGG
GCGCAAATACCATCCCATCCAACGTGATGGGACGCCTAAAAAATTTCCCG
CTAGGCACCGCGTACCACCCTGAAAAAATTAAGGCAAGTACCGCAGTGGG
AAGTGGAGAAAAAAAAAAACTCCTGTGTTGACTTCCTACTGCGTGACCCC
GGTTGGAGCGTCTACCTACCCGAAAGGTGTAGAGTGGCGTCTAATTAAAG
GGATGACAACACACACACACTGAAGTATATATCAGTAGTTCTTCCAACAA
ATTACTGTTGACAGGGTCGTGTCTCCTTTGTACTATCATCGTGTCGTCAT
GCCTCGTCTAGAGCAGTAGTGATGCATCCGTAAACGGAGCCGTTTAGCTT
CACGTGTTTGTCATGAAATACTCAGGCGGCAGTTTGTCTTCGTGTTTGGA
TGTTCATCACCCCATCTACTCCGAGCCCAAGCAGCTCCACGTTTTGGAGT
TTGCACAACTCTCCATCCACGCATGGCACGATGTGAGGAGGAGGTTGGTG
GCGGCAACTCCGTGCGGGTGTCTGGTTGTATGTGTCTACCGCAGGCGGAA
CTCGGCGAGCGCGGTAAATGTAACAGCGACGTACATCCCATAGCGACGAT
ATCGTCGCTATTTCGGCATGCATTGGTGCCGAGCGATATGGGTGTCGCTA
TTCAGGGCATATCGCTGTTGAAGGCGTCGCTATATCGGGCCCCCTACTGT
ATTTTGTAGTATCATATGTACAAGTAAGCAGGTAGCCTCTGCCATCGCTG
CTGCGTCGGGTGGGACACGCCCACACCCACTACGGTAACCCTCTCATGGA
GCAACGGCGGTGCACGATACAAGTTCTCGATAAGGACATGATGTTGGCTT
TCATCCTCGATAGTGACATGACGTCCCTATTGAAAAATAAGAACCTTGTC
CCTGTTGAAGAATAAGGACACCGCCCTGAATGAGGACACTTCGGACTCCT
GACACTTGGGGTCCTTATATCGAGACCCCCATGTAGTACATAACAGGCAA
AAATAATCACCTCGCTGTTACGAATCTCTTGCCTTTACTTTTCGTGTGAA
TTCGTTGTCCCAACCTTACTCCCACACTGCTCTCTGTGTGTAAAAAGTAA
AATACCTGGTACGTTTTGTATTGACTTTGATTTTGTTTACAAGACTCAGT
AGTTGGTTGTTGCGTCTTGTTGTCCCTCAAAAAGAAAAAGAAAAAAAGTT
GTCCTCGCGGTCATGCATGGTCACGTTCTTCCTCCAACCATGAATACTAC
ACACAGGCAACAGGAGAGGCGTCTGCTCGAAACCCAACACATAAAAAAAC
AGAAGCGCTAGTAGGGCTCCCAAAATCAACTCTGCACCTCGCCTGGCATA
CTGTGTCTGCGTGTTTACTTGAAAACTCTTCTTGTACTCTTATGATATCA
TGCTTCTGTACTATTACATGTGTGTACATGAAAATACATATCGTACAAGT
GTCGTATATGTACATCCGGCACAGGTGCCTTCAATCCAAGACCTGTGTCG
CTCCCAGCGATGGATTGCGACGGGTCCCAAAGGGCCAAAGGGGTCATACC
GTGCCACAGCAATCTTCGAGGGCCGTCCAAATTTCATTTGCTATGATATC
ATATGCAGCGGTAGAAAACGCGGGGGCCTCCGACATTCTCTGTCTCGAGC
GCGCATCGGCGAAGAGAGAGAGTTCACCAGATGCACCGCCGAGGCACAAA
TCACATGCTACCATACCGACGTATGATACTGAAGTATAATAAGATACATA
CAAAAATTGGATAAGATGACGCACATCCGCACGGGCCGACTAACAATTAC
AAGTACCATGTACACGGCACAAAAATATATATCGGCCGTCTTTCGATACT
TCGTATATGTGTGCCGATATACAGGGTGTTTTCAGTCATATACCGTATAC
GACACAAGATAACACACCCCGGTGATCACATTTTGGAGTTTAAAAATGTT
ATCACCGGGTGTGTTATTCTGTGGGGGGTGTGCTATCCTATGTAACCCGG
CTGATAGAGTGCAGGTCGCGGGAGCCATGAATGGGGTGTGATAAACATAG
GGCGTGATAACACTGCCGCACTCTATTCTTGCAGGGGGTGTGGACATGAA
TGGGGTGCGATAATTATGGTGTGCAGTGACACGGCCACACTTTCCGTAGG
GGGGTTTGGTCATGAATGGGCTGTGATAACCATGGGGTGTGACGACACTG
CCTCACTCTTTGCAAGGCTTCTGACCACAAATGGGGTGTATAACCATGGT
GTGTAATAACACTGCGGGGTGTGATCACACTGCCGGCAAAGAATCTGCGT
ACCGGTAGCGTACCGTACTGCTGCTACACTTGCAATGGTCGTATTGAGGA
GGTGTGACAAAAATGTCACAACTTTCTACCGGTACCAGTACCGCAAAAGT
TTGGCGGGGGGGGGGTTAACAGGAGAGGCGATAAACCTCTTGAGCCCGAC
GTCCCTTGACATAGACGCCAACAGCCCCTCGATCGAGAACGGCACATTGT
TGCGATGTACGGTACTCCGTACTTCGTATTGAAAAAAACGTGCCATCCGT
GAAGACCACCTAAAAAAAAACATACAACATGCCAAGAAGGTTGGATAAGA
GCAATGAAAATTGATTCGTTCGTCAAGAGCGTTTGTGAGTGCTGCCCCCT
TGACAGAGGGGACTGCACAGAGGTGATACCGGTAGCAGGAGGGGCTCCGT
GACTGCAGGCGGCGTGTCCTCAGGGGGGGTGTTATCTTATGTAACCCGGG
TGATGGATGGGCCCCTCGGTGAAAATGTAAAAATAGCACCGGGTGTGTTA
TTTTGTGGGGGGGGTGTTATCTTGTGTCGTATACGGTATAGCCTACTGCT
ACAGCAGGAGCGGCATTGTTTCCAGCTCCCTCCAGCTCCCTCTGGACGCC
GGGGAGGACGCGTAGAATGTAGAACATGAAGTACAACTACCTGTAGTAAA
ATACGATGTGATACATACATGTGTCCATTTGGGTGAACTTCTCATCAACA
CAGCGGGCCTAAATTGATTGGCGAAACGACGAGGCCTGCTGTATCTCATG
CATTTATCATAATACCACATGATATCATATCAGATAAGAATCAGAAGATG
TGCTGTGCCAGATGCAATATATTTCTGTTTAGACGCCATTCTAGGCACCA
GGTAGGCCAAGCTTTGAAAGATAGGAGCGCCTTTCGAGTGGAGTTGCGGC
ACTCTTTTTTTTTTATGTTGAGACGGTGTGGCGAGTGTTTCTGTCGTTTG
TCCGTGAATTTGTACCACGTAAAAATTAAGCTCGGCGGGTGATGTCTCCG
CACTCAACGGCAGGACAGGTATGCCTGCGACCCTCGTGTGATGCGTGATT
GATTGCTGCGAACTAGGGGGAGAGTTGTTTTGTTGTGTTAGCAGCTTCAC
TTGATACCGCGTGCTGTTCTACTCTTTGGTGTTTGTCGGCATCTACACGA
GGAGCAGGCTTTGACGCGAGTGCAGGACCGTGTTTAAGACAGTGCACCTT
GAATCTGACGAAGACGCCGACGTATCTACACTGTTGCTAACTCACTGTTG
TTGGTGGCTTCATTCTGTGTGGATGCGTGGTTGAAAGCTGCTAGGGGGAG
TTTGTTTGTGGTTTTAGCTTCATACTCCGTACTAAACGGAGTATATATTA
CCGTGTGTTTTGTTCTTTTGTCTTTGTTGTGACTGTTGGCATCTACTGCG
AGGGACTGGTGTTGCTGCAGGTGAGGGGCCGCGTGGACAACCGCACGTTT
AATATACGGAGTATAACGAAAGAGGCCGACGTCTCTACACTGTTGCTATA
TACTGCTGTTGGGGGTTTCGTCAACGGCAACACGCGGTAGCTGGCATTTC
ATCGTCTGTCGGCATTGTAGAGTATGAATTACCGGAACATCGTTTGTTTT
TCATCAATTCTATGAATTCTACCTCACCTACTTAACCACCACTCTGGTAA
TTTAAGTAATTATTCCAATGCTGCTGTAGAAAGAACCCCGTTCGGTGGTC
AATATTGTTGCCCGATTGTGAAGGGAAATTAAGCCAAATGGCTTAAAAAA
ATTGCCTACGGCGGCGCCTCCAGCGGGGCCCCTCACCAGCCGGGGGGCCG
TTGGTGGCTCCGCCAAACGTGGCTCCGCCGCCTCGCTGCGCTCGGATGCC
GATTTTTTGCCGATATATCGGCAAAATATCGGCATATCGGCTGCGCCGAC
TTGCTGCGCGACGATACACAACCCTATCGATTTGTGTTCGTACGGCTCAT
AACCTCTTGAAGGCGAGAGTACCGAAATCGATCAAACTTTAACATCGGTA
CTGGGGGGCCATTGGTTTGTGTGATAGGCATCATTTCATGGTGATGTTTG
GATGGCTCATAACCCACCGGTGTTGGAGTACCGCAATCGACGAAGCTTTG
AAAATGTGTACAGAGGGTCCAGTTGTATATCATGCAAGCAACCTATGAAG
GCGTACCGCAGAGGCACCAGGTAGTGATGAGCGCCGCAACCGCTGGCTGT
CCTCGTCGGTTGGTGTCGAGGTGTCATGTTTGTTGTTTTTTACGGCGGTA
AAACCCCAAGGCTACGGCGTATGATACGCGCATGTACGTATCGGTATATC
CTCGGATTCTCGCAAAATACGCACGTCTAAATCACGCGTGCTTCGAAGTG
CTTCGAAGGAACTTCGAAGTACAGCAGTAGTATGATATTTCGTTCAATCA
CGACAGCAGCATACCCATGGTACACAGTACTCTGTAGTGAACGTTAAACG
TTTGCACACTTGTCAATACTGTAATCGGACGCATGATACTCGTAATATCA
TAATCGATTGACCTTTAACGTAGTGTAGCATTTTCCTGACGTCCCTGGCA
AACACGCCGTAGAATGCAGCAGTAGCAGCAGTGTAGTAGCATGTGCTTCG
GACGAAGCTGGCATGCTCAATCAATCATGCCGGAGGAGAGTACCAGGTAC
GGCATACAAAGTATACTTGAGATACGTGCTACAGCTGGCTCTCACATGTC
CGCATGACCTAACCCCCCCCCCCCCCCCACTTCCATCCCCCGACCCCCTC
CCTACGTCTGTTTTCCTGCAATGGTTCGTGTCGTGCCCCCAACCAACATT
TTAGAGGATCACAACGAGGCCGCCGGCGAGAAGCCGCCGCTTCAGGAGGT
TCCTTCCGTAGGCACCACCAGAGCGACGGGGCGGGCAATCAACAATAAGA
AGTACTCAAAGTTTGAGAGATGGTGGGCTGTTCGTGGTTCGGATTCTGGC
GACGCCGTCTTGCCGTGAGTATGAAACCGCCTGACTTCATTCAGCAGGCT
GGCGAGTGCCAGCAGTCATCGCTCGCTGTACGGTACGGCAGCAGCTGTGT
TGGCTTGGTGGCACGGGCGAGGAGGTGGAACAAACATAGGGGGGTGGTTT
TGCACGCTCAGGCGTATGTACAAGCTGCCCTCCTTGTCGGGCAGCAGTTT
TTTTCTTGGAAACACGCCTGCCCTCGTAACACTCTGTATCAAACCCATAA
CCTTCTACGTACGGCAAAGTAGTCGTCCTCGAATTACTGCTACTCCAACA
GGGTACAAAAACAGTATGTACCGCAGCAAAGTTTCCTTCGTCCTACTCTT
ACGACGTGTTTGTGTGTCTCTGTGTGTTAAGGGTGTTCTCATCCCATCTA
TTTTGGACGCCAGTCTACACCTTGAGGTATACATTGAGGAATCCAGCCGG
GGTCACGACAGACAGGAAGAAAGAATATCAACACAATGGTATGATAGTCT
TTTGTTGTTTTTTTCTTCGCCTTCCTTTGGCGGTTCTTGCCTCAACCTTT
TTTGGCGCGCGACAAGTGGCCAGACCATTATCATGCCTGTGCTGCAAGTT
GCCCGACATAAACAGCCACAGTAGTCGACCTCCAGTATTCCGGCAAAAAC
ACCGCGGCCCATTCACCCATTGTTACAATATTAATTTTACGCTGTCGATG
ACGGCACTACCATATAATGCGGGTCTTGGCACAAATCGGGGTCTCCGCAC
AGATCGGGGTCTTGGCACAGGGTGTGCGTTGAAAATACTGAAAAATAATA
TTTAATTCGATTATCGCACAGGCATCGGGGTCTCCGCACACTGTGCGGAG
ACCCGCACAATTACGGTATACCACCGGGTGGTGTCGAGCAGTTTGCGTAA
AAGCACATGCGGTACTTCAGAACTTGTAACACGGGCGGCACTGCTTTTCG
TCGGCCACGTGTCGGTGCTTATGGGCAATCAATTAGCCGTTTTCGTTCGG
TTGACTCTCTCTTTGTCGTTATTTTCATCGAAAATGGAACACATCACCCA
CACAAGCCGACCTACAAACTACCCGAGAACAGAACGCCGCAACCAGGGTA
CCTACCGACGCTTGAAACGTTCTGCGCTCTACGCCGTTCTTCGTTCCTTA
TACCAACCCAACACCTACCTATTCTACCGACCATGCCCCGCTGCAAACAC
CATGTTGTAACGCCAAACGTTGCTACTATCCACGCTTTTTGTTTTTTGGT
GTCCGGTGTCGTCGTGCGTATGTATATACAACTGCTGTTGTACGTGTGTG
ACTTAAGCATTTTGCAGCAATACCGTCTGCACGAGGTGCTGCTATGTCCG
CTGTGATTTGTTTTGATCGCACATATCGGCGTCTTGGCACAGGGGTGTGC
GTTCGAAACACCCTACAGCGGCGCTTGATTGCCTTTATCAGAATCGCACA
TATTGGGGGCTTGGCACAGGGTGTGCGTTGTACAGCACAACCAAAATATT
TAATTCCATTATCGCACAGGCATCGGGGTCTCCGCACATATCGGGGTGTT
GGCACAGGGTGTGCGTTGAAAATACTTGAACAAAATATTTAAAAAGGCGT
CCGCACAGTGTGCCAAGACCCGCATTATTACGGTAGTCATCTCACCCCCC
CCCCCTGTACTTGTATTAGTTATATTGAACAATTGGCAGGTATCTCCGCC
CAATATTCAATATTTCAATATTTCCATGTTTCTCTTAGTCCTCCTTTCAA
GTATACGAAAACAAGTGTTTGTATATCGCGTGTGCCAGTACGACAGGGGT
TAAGCCATACCCAGCAGTACGGTAGTACATTTGAGTGTTCCGATGATGGC
ATTGCACTTGTTGTTTACAGGCACAGCTTTAGCACAGCGTTTCCACGTGA
CACTGACGAAAAATGAGCTTGGTTTCTGCCAGCAGTTGGCGTGCTGTGCT
GTGCTGCGCTGTACAGATGGTCCCGAAGGATCACCCTCGCCGCCACCGCC
AACCCTAACCCTAACCCTAACCCTATTGAGTTGCTAGCAGTGGGCGCACG
GCTCTATAGACAGCAGTGTCCCTTAACTTGAACCTCGGCGCCGCCCGTCA
TGTCATGCTTGGGGTACAGTTGTGCCGGTCGACCCCGTGCTAGGCGGACT
ATGTGCTCCGGTTTGTGACGCACCATGCCTTGCCCCTTTGTCGCCAATGG
ACGCGACGATGACCGCTTGTGACGGAGCTGCTACACGCATGTTTCATGTT
TCATGTTTCCATGTCTCATGTCAAACTTGCGACCTCGCGTTGCTGTCGAT
TCGTCGATGCAGGCCCCTCTTCAAGTGCGACAAACGCCTCCGTTGGCGAG
ATATAAGAAGTACCATGAGATGGGTGAGTCAACTGCCTTGAAACCTCCCG
CCGCAGTCGATGGCCGTGCGTGTGTTACAGGATTGCATGTGCTGAGAGGC
AGAGGGGTTCTCTGCTTGTCCTGGCCGTGTGCGTGTGTGCGTGTTTTTAT
TAGGATCCTCCAGCAAGGGCGTTTTTTATACTTGTGCAGTGCTTTGTTTG
GTTTGGTTTGGTTTGCCGCGCTGTGCTGTGCTGTGCTGTGCTGTGCTGTG
CGTGAGAGGTTGATTGGGAGAAAAAGGAGAGAAAGGGGGCGAGAGAGACA
GGCAATAAAGTAGAGACACGGCCAGACAGAAAAGTGCAGAGACAGAGAAA
ACAGAGGGGGGCAGACAGACATACACATGGAAAAGGTGAGGTGCTTTTCG
ATATCGCCTGCTCGGACCTTCGCTGCTCTGGGTACAAACTTCAAAGCCTC
TTACATCTAACTACCGCTTGAGTTGTGATGCCTGCCTCTTGAGCGAACGC
TACAATTTGAGAAACTTGAAACTGTGTAGTCGCCTGGTGCTGCAAAATGG
AGAATGAGGTTCAGCAAGGAAGACCTCTATATACAGACAGTAGTGATGTC
AATTCCGCTACTTACGCTTGATCGTTCGCTAGTTTGCCCAGGCGCCCTCG
TTTATCTATCCCAGGCTGCTAGTATCGAGACGCTTACGTCGTCCTTGTAC
AAGATACCTGTCTTACATACAACATGCCATGTACATACTTCGATGTACTG
TATAAACGGAGTGTATTTTTTGAGAACACCCCTGAATGCACTTCTACTGA
GGAAATCTTACAACCAAGTGCTTAACACCATGAAGTTTCTGCGCCCTCCT
TGCCTTACTACGCCGAAAACGTGTCTTCAATCGAACCAATAGGCTAACAA
CATTTATTTACTGTCGACCCCCCCACATACCTGACCGTATACCATCCGAC
GAGCCCCGATTGCTTACAATGGCGGCTCGCATACTCAAGAGCCTGAGTTA
AATCGGGGGTTAAGGCTCAGATTCTCATCCAATCTCAAACGCTTAGTTAC
CCCTGCTGCATATATCGAGCCAGCAGGATTTTGACTCATCAACCCAGGTA
TTCTCGTTTTTCGTGGCAATCTTCGAAACATTTTTTCGATGCTTGTACTC
ATACACGTTTCTTTCTTTCTTCAACCGCGGGCCGCATCTTTTCACATCCG
TGTACGCCTTCCTCTCTTCCGCCATCCTTTTCCTTCTTCCGTTGTTTTTC
TGTCCCATTTTGCAAAAAAAAAAAAAGCCCAACACGAGGGGGTGGGATTT
TTTGCGGGAACTTGCGTCGCCATGTGAGTGTGGAACGAATGTAACACTCG
GCCTGATCAGTGCCGTCGTTGCGTTGGTATTGCCATCGTTTTCGTCGAAC
AAAAGGCATGTCATGTACAAGTATCGTCTATATCACAGAGCGTGATTTAT
TGTTTTACACTCGTACCCTTCGAACAGATACAAATGTGCTTTGGCATTGC
CATCGTTATCGTTGAACAAAAGGCATGTTATGTACAAGTATCGTCTATCA
CAGAGCGTGATTTTTTGTTTTATACTTGTACCCTTCGAACAATGTGTCTG
TGTGCGGCCTCCTTCTCCTCTGGACGCTAGTCTACGTGCGGGTCCATCAG
CCGGGGTCACGCAGAATGAGGAAGTTCTTCGGAGGATTTTATTTTGTTTT
TCCTTTTTACTCTGGAGTGAAAGTTGCCATTGGTGGTTTCATCATGATAA
AGCTACTCAATATATCCAACTGCCTCTGAGTATGATCTGGTTTGCAGGTT
TGCCCTTCGTCTTGCGACCGCTGCTGCGATCCCGTTTTTCTTTTTTCTCT
CCCTTGTGCAATATCTTGGCCATGTACAAAAATTTGATTTTTCGTGTGTT
GGACCGGCCTGTGATGCGGTACGCACGTGGGACATCCGTCGTTGGCCTCG
AAAATCGGCATGTATCAGTGTACGCTATGCTGTGCATACGATATGATATG
ATATGCCTGTGCATATCATACCTGAAACCAAAAGTTGAATATCGCCTCTA
ACCTAGCAGATGGGAGGTAATGTGCTTGACATCCACGGCAACAGCAACAG
CAACATCAAGCACACTTGTGGCAGCTACACCAGAACCCTCTCTGGCCGCG
TCTTTTGTTTTTCATTCGTGTGTTCGTTCGTTCTCTCCTATTCCATTCGT
TCGTCAATTTTTTCTTATTCGCAGAAACCTCGTGATGGGTTCGGGTTTTC
TGGCATTGCCGGCGGCGTTTGTGTCAACGGGGATGTTTTTGGGCGTCCTC
GTGTTGGTGTTTTGCATGGCACTGTTAAGGGTGAGAGGCATACGGCACGG
CACACGTTAGCGACGACGGTTGTCGTTGCTGCTTCTGTTGTTGTTGGGTT
TGCTGTGACCCTCTTAAGCCCTGTCTGTACGACGCAGGGTCAGAGGTGCA
GGCGTCCATTTCGAACAACTTGTTTCTGCTACGACGTAAACAGGTACAGT
AGCGAAATATAATATTTTGTGGCTACTGACTTTGACAGAAAGAGTTTCGA
AGCCGGAGACAGATGAGAGTATCCCAGGTTTGTCTTTGATGGGAATAAAG
AGGAAAGGCCGCGACAAGGATACGAACCATGCGACCCATCTGGTGTACAT
TATTTGACAGTTTTAGCATGTTCATCACCCTCCTGTCGACACGACTAGTG
TAGCAGCGCCAACACCAACGCTTAATTTTATTCGCGGTCTTGGCCTCGGC
GCATCACCTTGTCTACCACACGACAGCGGCAATAGCCACAACATGGGCAT
CGTCAACAGCTAGAAAACGCCGCGACTCCCACCACTGCCAGCACCACCAC
CAAACCCAACAGTTTCGTCACCATCAACAACAAATGCAACGATGCCAACA
GCAGCAGCACACGACGAGTATTTAATGCTTTCACTCTGTGATGTACACAA
GCTCATGAATTGTTTCCTTTCATGATGGTGATGGTGATGGCGATGGCGAT
ATCGCAATCTCAGATGACCGCAATGTACGAGGTGGAGACAATGTGCAGAG
CTGAGGCGTGGATGAAGGCCAACTTGGTCCCTCTCGTTCACAAGCAAAAA
AGCAGGGTGAGAGAGCGAGACTACCGTTATATATCCGCCTTTTTTTTGGC
ATCCGACGATATACTTCAGTATGTAATTGCAATTGTATAATTGCACGATC
TACGATCTACGATATAAACTTGCACGGATCTACCATTTCACGATTGCACG
ATCTATTATAAATCACCATTGCACGATCTACGGTATATCACGATTGCAAT
GCCTACAGTACGATCGCACGATCTACGATAGCAAAGTCTGCGATTCAGCA
CCGACGGTGTCACGATTGAACAATTTTTACCACCATGGTGCACCCAGCTG
CGATTGCTGCGGCCTAGCGGTGGGGAGGAAGGGTTGAGCTACTCCCTGCC
GTCCGCAAGCTAAAGGGCATGTCGAGGTTGCTTATCCTTGACCCTGTGGC
TTTGACGCCTGTGTACGCTCGAAACGGGGATGTTGTATCAACACAAAAAA
GGTTATTCACCCGGTCGATGGCGTCTCTGCAAAATCCCGAGCTATGCGGT
ACATACTAGGTTTACGCTTCTCGAGAGATTTTGGCAGCAAAGCTGGGAAC
GGTTCTGGTAGTCCACCACCCCCATTTCTCGCCATGACGTCCCGCGACGG
ATCACATCCACCCATGGTACGGTCCGCTCTCCGCTGAACTTGTGAGATCT
CCGAAAATCATTCTTGTTCGCCACGTTCTCCGGTTAACTCGAACAGTCTA
CTCCCTCGCTGAATCACGTTCTACGGCTAACTTGTGCGATCTCCGACGTT
TTGTTTATTCTCCGAATCGTCTCGTCCGGCGGACCGTGTGGGATCTCCGA
CGGTTCGGGCCAGAGCGCAACTGAGTCGGAGATGCGCCTGAGCGCCCATG
CTTTCCAGATGACGGAAATGTGCGACATCTTCGGAGGCCGCAGGTTGCAG
GTAACATTGTTGTTGTTGCAGGCTGCAGGTAACATTGTTGCTGTTGCAGG
CTGCAGGTAGCAATGTTGTTGTCGCTCGATCTCTCGGAGCAGTGGTCACA
GATAGACGAAGGCTTGCCTGTCCAGCACCGTCACTATACAACTTTATACA
ACGACAGGTTGTGAGCGGCTTCTTGTTCTGAGACTCTCAAAGATACACAA
AACCAAAAACATTACAGATACATAGTATAAAATTAAAGTAGTAAATCAGA
TAATAGGAAGTCAAATGAATGAAATAAAAGCTCATCGGAAGCGGCAGCAG
ACTTGTGCTCGGGGGGTTATTTAAATGGTGTGTTTACTCCCGGCTGACAT
TCCGAACCCTCTTTGCAAAGAACTCAACACATCACGGGTGAGTGTGCTTT
CGGACGATTTTCTATTTTTCTCAAAAAGAGCGTGAATCCGCTCGCACCCC
ATTTGCGATAATTGAGAGATTCTGTTCAGCATGAAGATGCTGTCTGCCTC
CGGCACTGGCGTAATTCAGATTTGGTTGTTGTTGTTAAGGCCGTGCAGAA
TTTTCGAAACCAAGTGGTACTGCAAGAAATAGAATATATTCCACGGAGCC
CCTTCTCGGGTGGGTGTTCTTTCTCTCATGTTTATTTTTTTCTCCTTGAA
CAAGCTTCATGTGTAAAAAGGAAATAAAATGAATGAAATAAAAGCTAATC
GTGCTCGGGAGGTCCTTCAAATGAAGGTTTGTTTGCTCCCGGCTTGACAC
ACCGAACCCTCTTTGCAAAGAACTCAACACATTCATCCCACGGAATCCCG
TTACGGGTGGGTGTTCTTTCTCTCATGTTTTTTTTTTCTCCTCAAAAAAA
CTTGACGTGGTTGTGTGTGCGGTATATCCGGAGGCCGCAAGCTGCAGGTG
CCCAGTCATGACATCCCGTCGTACGATAAAAAAGGGTACGGTAACCTTGC
ACCGACTTTCGAAGGTGAAGGTTTGTTGCAGATGTAAAGAAAGCCTGGTG
TGTGGGCGAGACCGTCTGGTGTCACAACAAGCGCCTAGTCCCGTGGTTGA
CTGGGTCGAGCTGCGGGCCCCCCGGAGCGTCGCCGGTTGGTGTCCGTTTC
GGAAGACTATGACTTCGAGAGCACTACTATTCCAATTTTTTTTCGAGCCT
GTATTGATGTACTTTGGCCACCACAGATGGTACCCGACACGGTACTTCAT
CTGTTTTGTTTTTTGTTGGCCATCGTTTATTTCCTTTTTATTTTTAGTTC
CCTCCTGGCACCATATGGTATGATATGTGTCTGGTTTGTGAGCACGGGCT
AGACTTTGGTGGCGGGCTAATGTGAGAATCAACAACAACAATAACAAGGT
ACTCTACCATAGAAGCGGGATGTATCGGCGGTGCATCGAAAACGGCAGCC
GGCGTTGATACAATCTCGTCGAGCGAGAGCGTTTCAAGGAACGTCGACAC
AGTTTGGTGATGTTGGCGTGGCTCATAACCTCTCATATTATCTTCGTTAA
TGAGATAAGACACATCAACCGTTATGATAGATCGATAATCGATCGAAATC
TTTGGGGATCGATGGCTCTTGCAACCTACCACACTCGGTATGTTTGTACT
TAACCCTAACCCCAACCCTATCCCTATTCCATGTTTGCACCAACCGACAT
CTGTGTCATGTCCGAACGACGCTTAGGGTCAGGGTTACGTGGCAATTTCA
TTTCATGCTCCAGGGTTTTCATTCCACAATACATACCACATATCATATCA
CATCATGCGATAGCTCGGCACAAATTATTTGGAGGCCACACCAGACACCG
GGCTGAGCTCGTACTGCACTGCGAGCAATGCTGAGCGGCATGTATGAGTT
AGCCCGTTGTCGTGGGAATGTCTCCCGGGAATGCCCCTCCAAAGCCCTGA
CCTCACGAACTTCTTGTGTTTTCTTGTGCTTTCTTGCGTAGGTTAGCACC
TGAAACATATCCTACTTGATACATACGTCGTACTTCGAGTACGTATTTAC
GTGGTTATATCATACCGTTTCTTACGAGTCTGTTTTTCGCTACATGGTTC
GTTGTTTCCTGAGGTCCCCCCTCCCTCCCAAATAACAGAGAGCCCAAACG
GTTAAAAAAGTACTTTTTGAGCACATCAGGAGACAGCACCAAGCAGAACT
CGACCCCTGGGACACCAATCGAGACTAGAACTGTTGGAGGGTACGCTTCA
GGTTTGAACAGGTTGGCCGCAGAAAATTTGGTGGGTGTTGGCTTCGGCTG
TGGCGAGTATTCGGCGGCGGTGTGGGTTGAGGTAGGAAAATCAGGTGAAA
AAAAATAACGCTGTCCGAGCCTGATACTTGGCCGAATAAACAGGCGCAAA
GTCTGTTATTTTGTTTCATCCATTTTTCCTACTCGACACACACCGCCGCC
AAAATCTCGCCACTAGAGCCCAAACCCACTGCCACCGAAATTCCTGTGAT
CAACTTGGGAACATTGGAGCACACCCTACATCAGGTTTGATCGGCATCTG
TGTCCCAGCAGGGGTCGAGTTTTGGTTGATGCTGCCTCAGGGCTGTTTTT
TTTTGCGGAGGAGGGGGGTTCTCTGGTTCGATTTGAGCAGGGGGGTCAAA
ACGCCAGACCAAAATATCGTGGGCCGTAAGAAACGGCCATAGGATACACG
TAATAAATCATGTTCGGGGATTGCGATGCGGCATACTTCGTGGAACATTC
TTCACGCCACCCTCCTTTGACTGTCTACCGGCCCGCCCGTTATTTTGTTT
TATCTTCCGGCCCGTCCCCACAGAGACCCTTACCCTTGGTCAAGTGGTCG
ACATTTCTGTGGCATTATTTGACTCGCCACCCTCGAACTCCAACCGCTGT
GCCCTGCTTGCTCTTCCTTCCCCCCACCCCTCCCTCCCTCTCTCTCTACC
GTGTACAGCGAGCGCTCAACCTGAATACATTCCTGTACATGTTCTTGCTC
ACCCCCCCCCCCCCCCACCCCTCCCTCCCTCTCTCTCTACTGTGCACTGC
GAGCGCTCAACCTGAATACGTCCCTGTACATGTTCTTGCTCCCCCCACCC
CTCCCTCCCTCTTTCTCTACTGTGTACAGCGAGCGCTCAACCTGAATACG
TCCCTGTACATGTTCTTGCTCACCCCCCCCCCCCCCCCCCCCCCACCCCC
CTCCCTCCCTCTCTCTTTACTGTGTACAGCGAGCGTTCAACCTAAATCTG
TTCCTGTATATGTTCTGCGCACTCTGGGGCTACGGCGCCGTATTCGGGCA
AGCCCTGGCCACGTACGCGCCCGTGCCGTTTCTCGGGGCCGTGGGTGCGT
ACCGCATGTACGTGTTTCTGTTCGGCCTTGTGGTTGTGCCGCTGTCCACT
CTGGAGATCAAGGAGCAGGCCACGTTCCAGGTGAGGGTTCCGTAGGATAT
TAGTAAAAACACCTGTTGAAGGTATGACATCGCAGCAGTATTTTCGAGGA
ACCGTAGTAAAATACCTGTTGGCAGGTATCACAGCAGTGTCGTGGTTGCT
TGGAATTGAAATACAAAATCAAGATCTTTTCGGTGTGAATGGTGGGTGGC
ATAGATTGAAACGGTGATGGTTGTGGGCCAATATAGAAAAGCAAGTTAAA
ATGGTGTGATGTTGTGATGGTTGTGGGCCAATATAGAAAGCAAATTAATA
TGGTGTGATGGTGTGGTGGTTGTGGGCCAATATAGAAAAGCAAGTAAAAC
TCCTTGTGATGGTGGGATGGGTTCGGGCCAATATCATACTTGTACTCCAA
ATAAGTAAAATTCGTGTGATGGTGCGTGCGCCAAAAATGATTTGACTTCT
CATACGTTCAGAAATGAGGAGACAACCCCAGTACACGCCAAGAATGTCCT
ACAGTTAGTACATACATATTGAAACGCCAGCACGATAGAAGAACTGTCTT
GTCATGAAAACGTTTTGTTTCACCGCATTACGGCGAGGAGAGAAAAGGTG
TGGCACCTCTCGCTTTCTCTTGTGTGTGTGTGTGTGTGTGTTTTTTTTTT
CTTTCGGTATCTTTGCTTGCACCGGGTACTGATTCGGTCCGATTTGGTCC
CTTTTTGTGATCCCAACGCTCCTGTGTGTGTTTGCCTCTCGTCTCTCTCT
TTTTGTGCCTTCTCTGGCAGGTCATCTTGACCATCATGCGGTTCGTGGCG
TTGGTTGTGATGGTGGGGTCTATCGCCGCCTCCCTCTACTCCGGCGGGGA
ACCCTTTGGCGAGGGGGTGAGTTTTATATACCATATCATCCTAACCGTAC
CAGTTGCATGCCCACATTCAGGTGCTTTTCGGACACAATCTGCAGCTCTT
GTTAGCAGAGCTCAAGTGCACATTTTGGACATCGTCTGCAGCTGTTGTTA
ATTTAGCAGAGCTCTGATCCAACGGCTATTTTCAGGTACACTCGCGGCAA
TATATTCCCTGAATGACAGATACCAGTTGCATGCCCACCTTCAGGTATGT
TTTGGACACGGTACAGCGTAGAGCTCTGATACCGGCGGCTATTTTCAGGT
ATCATCCCTCGGTAAAATAATACATCCCCTCAACGATAGATACCAGTCGC
ATGCCCACGTTCAGGTGTATTTTGGAAATCACGTGCTGTTTCTAGCAGGG
CTCTGATCCAATGTTTTTTTTTCAGGTATGATCCATCCCCCGGTCATGCA
TCCCCTGAATGACAGACACCAGTCGCAGCGGTGCTGCTCGGATTCTTCTC
GCACAAGTTTACATTCACGCTACTTCATGCTACTACATGCTGCTGTCGAA
GTTGGTGTGTGGACGTGGGGCGGGGGCAGGGCTGTACGCGTGCTCATGAG
GATCGTGTTGTTTTTTTTCGTGCCCCAACGCCATGCCTGATGCTCGATTG
AAGCCCTCACCACGGCCGTGTCATCTAAACCTCCCTACCAGTAGCCGTTT
CACCGAATACTCCCAGGATGTACCCCCCGGCCCCCCCCTAGCTGCTTCAA
AAAAAAATACCCCCCACAACTTTTTGCCGAATCCGCTTTGTATCATAAAC
CAGTAGCGATTTTACGCGTGCTTTTTGTCGAACCTTCATTTAATGCAGTA
CGTACAGCAGTGATACTTTCATCAGCAGCCATCCGTCATCCCATCATCCC
ATCGAACAAGGACTACGATACGAAGTTAGAAAAACAGCCGAACTGTTTCT
GTAAATAAAAAAAAATAACCCCTTCGTATGCTCTCATCCCATCAAACGTT
CCCATGCCATTATTATTCTCACCAACATTTCCCATCGGAAAAACGGAAAA
CAGACGGCGGAGTTTGTGGGGACGACGGACTGGGTGACGTGGAGGGGAGT
TTTTAGGGCAGTCCCCGCCGGAATATTCGCGCTTTCGTTGGCGGCTTCGA
CGTCAACCATCGTGTCCGGCCTAGACAAGAAACACTCCGTTGGGTGAGAC
GACCTACCAGAGGATATGTCATTGCTGTTGATGTCAAGGGTGTCTCATAG
GATATTATGTCAGGAATATACATGCATGTATCAACAGAGCACTCTGTTGC
GTCAGCGTCCCACGTATTGCAGCTGGTAGTTGTCTCGTATGATGCCAGGA
ATATACACATATCGCCTACTTTTATTGCGACAAGTAGCCGTTGGGGGGGT
TTGTATATGTATGCAGGGATTTCATCGCTGCCGCTCGTTGGGTGTTGCGC
TTTGCGCGATTGGTGCATTCGGGGGTTGGCGGAAAAAAATATATTCGTTG
GTGGGTTAGGCATCACTCATTGTGATGACCGGCCTGGACCAAAAAGCATC
CCGGTGGGAGAGGCGTTGGGTGAGGCCTGTACCGCTAGGATCAGCTACTC
CTATCTCGGAAATATTGTCCTTGGACAGTTGGTCGGGGTGTGCAATCAGG
GAGTTTGGATCGGACGAGCATTTTGTCGCGTCGTTGATACATTCAGGGTA
TACGTGACCGGAATTCTACCTGAAAATAACCGTTGCTTCAAAGCTCTGCT
GACAAGAGCTGCAGACTGTTTGACGTCCAAAATGTACAGGACTCACCTAT
CGTAAATACATCATTTTGGTGTGTTTAGTTGTTGCGAGAGGGAAGAGAGA
CGTTGTGTAGTACCTGCTCGAGGAACAACTTGTAGTAGTCACGGTACGTG
CGCCAACCATCGTGTTGTTGCGTCTGAGCCAAAAAAGTATTTCGCTGGTT
AGACCAGCTTCATTTCAAATGTTTTCTGCTGTGAACGAGTATATCGGTGG
CTTCGTAACCGATGATAGCCGCCTTGTCGTTTCTTGGCAGTTTTTTATCC
TGGTGCCGTGATGGTGGCATCCTCGCCTCGTGATTATCTGAGAATATGGC
CTCCTTGTTGTCGCTGTTACTGCCGCGGGATGCCTTATCGCATGGTGCCT
TATCGCGTGATCCCTTATCGCATGATCCCTTATCGCACGATGGTGCCTTA
TCGCGTGATGCCTTGTCGCATGATGCCTTATCGCAGGGGAGTAGTATGGA
CGGCGCAGATCAGCGCCACCGTGACGTACACTTGTATTTCGATCGCCACG
GCCTACTACTTCGGCAAGAGCGTGAGTTTACCCTTCGTACCATTTCATGT
CATGTGGAGTTATCTACTTCGTGTATCATACATCTGCTGTCGTTGTTGCT
GCCGTACGTTGCAACGTGAACTGGTGCGTGTGTGTTTATGTTATTCATAC
CTGGTATCGTATTTTGAGCTTCAACGGGTACGTATTTTTTGGATCTAAGA
TGAACAAGAGGTGCAACGTTCAACTGGCTTGCGCGTGTTCATTTCGTCCG
TTGCGTTTTGCGAGGGCGCACTCGTTGCGTGCTGACGGTTACATTCATTC
GGGGTGTCGTACGATGATGTAGGGGGAGCTGTATCGTTTACTGGGGTGTG
TCGCGTTCACACTTAGTGTGTCGCATCTTGAAGCAGTGGAGATACTTGTC
TGAGATTTCAGAGAGACGGGAGGTGCGAAGCGAAACCGTGCGTGCCTGTG
GTTCTCCATCTCTTGTGCCGTGTGTTCACGGTGGCATTTTGTTCGAGGTT
TCGGGTGGACGAGAATCGGCGTCCTTGTGTCCCGTGTGTTCCTCGTACCC
CATCTTGCATGATGGTCGGAAAAGTGGTTGGCAACCAGCATCGAAATTGT
TGTCCGTGTGTATCATATCATATGATATGTATAAAATGATTTATTTGGAA
GCATCGAAAATTGAAAAGCTTTCACTAATTTGGAACTGGATACGTAATTA
ATCTGATGTGATGATTCAAAATACTTTTAGATCGGTTCCCTCTCTCCCGT
GTCGAGTTGATTGGTCGCGTTCCGTCGACGGCTACGTTTGCATTTATTTG
GCGTTTTTTCAGGTGGACGGGAGCTGCAACGTTAACTGGACCGGCTACTC
TCCCGAGGGAGACGGACCCGCTTCCACAATGCTCGCTACTTTCGGCCGCA
TGGTGGCCTACTTCGTCGTCCTCTTTCCTGCCATGGACGTCACGAGCGTC
TACCCCCTCAATGTCATGGTAGGTGTTGTTGTACTAACTGTTTCCCCCGG
TCTCCGCTGTGTTTGTCAACCCCCACCCTCCGACCCCCCTACCCCCGGAC
CTCTTTTTATCCGTCGCTAGTTGCTAACGGAGACGAGGGGGTGGGTTCCC
CGTGTCCCACCGAACCGACGTGTTTTTGGAAAGCTTTCGACGGGAGGATA
CTTTTTTGTCCCAACGCCAACGCCTCTTGTCGTTTTCGGCTGAAACGCCC
TTGTTGCAGTGGAGTAATGGGGCTCCGACAATCGGTCCGTGGGAAGTAGG
GGGAGGGGGCAACACAAAATATTTTTTCGGTGTCCTCTCTTAACGCCACG
GCCGTTCACTTGTTGTACTGAAGGAGTTGACGCCACGGCCTTTCACTTGC
TGTACTGAAGGAGTTGTGATAGAACTGTTCGTCAGGACCTCTTGTGTGAA
GGAGAAGAAAAAGGAGAAAACGTTTTTTTTTGCAGTCTACCGGTGACTCA
CCAATCCGGGAAGCACTGTGTACTCAGACATTGTTTTGTTCTCGTGGAGT
TATTAAATTAAGTGGGAGGGATGATGATGAACGTGTACCAGCCTTATGAA
ACGGCCAGTTTCTCTCTCACCTCGACCGACCATCGGTACCGCAGGTTCTC
GCGAACAACTTGATGGCAGCGGTGTACAACGACCACGTCGACAACGCCGA
AAACGACCCAGTCATCGTGGTCACGTTCAGGATAATGTGTTCCGTGCCTC
CCCTCCTTTGCGCTCTGGTGTGGAGGGATTTTGCTGCGATCGTGGACTAT
GCCGGTGAGCAGAGAGATTCTAAGTGAAACGTCTAGCGTGAAAATGAACG
GAGGCTCTTTGGCTTCTTGACATGGAAATGTTAATGTTTAGAGGCGTTTT
GGCTGTTTGGAGTCAGTCACGAGCCCTCATGGGTGGCTCATTTGTTCTAT
TTTGGAGTCACGAGCCCTCACGGGTGGTTCATTTTGTTTGATTTTATGTA
TTTATTTGGTCGAACTTTTTGTCACCCCAAGGAATCAATGTGTATCCCCC
GAGGTAATATACAGTACACACGTCTTTGGTGGTTGTCCTCTTCTATTTCC
CCCAAAAAGAACTTCGAAACATGCCATCCACAGGGGTTTTACGTATTGAG
TCCATCATGTCCGGCACATATAACGGTACCACGCACCGCATACTTGTATT
TTCATCAGATACTTCATTCGTTGCACTTCGAGATTGTCCCGTGCGTTCTC
CGTTTCTCTCAAGCACATCGGGGCTTAGTCGAACGATTCAACTTTGTTTG
GCATCGAAACTCGAGATCGGATCAGTCAGAGGCCGGCGTTCAGATATTTT
GGTTGAAACTCGTGAACAAAGCTTCTTTTTTTTTTGTATGGATCTGATAT
GCAGGTCGAAAACTGTCAGTTGCGTAAACAAACAAACCACGTCCTACTGC
TGCAGCTTTCATGGGACGTACGAAGTACCTGGTACCTGGTGATTATCACT
CACGTTAATATTTATCCAGCTGTCTGTAGATGCTATATCACACCCACCAC
AAAAGCAGCGCATTTTCCGTCAGCGGGCTCTGCTATTGCACCCATCCCAT
CCCGCCCCGGGTTCAGTTTATGGAAACCCATGTCACGTTCGCTTCTCTCT
GAATTGTCTTTGCCGGGTGCAGTTCGACCCCGTTTTAGAAACGTCTACCC
GGGTACCCGGTTGGGTTCGGGGAGGTGGAACCGGCGGAGTTCCCGGGTAA
AATGGGGCGGTGGAATACGGTGCCCCTTTCCCCCCTGGAATAGTGAAACA
CGAAACCCTAAAAATCCTGAGAGGGCGCCGTGGGTGGTGTTCGTGGTGGT
ACCCCACTATCGAAGGGGCACCGTATTGCCAATTCCATTACCCGGGCAAC
AGACACTCTCTCTACTCGACAACGGCCGGGTATTCCGGTACCCGGGAACC
CGGGTAATTTTTAGACGGGGTCAAACTCTTGTGGTGCCGGCTCATCTGTC
CGTCCCTGTGCTCGTCCCTCGTTGGCAGGGTCCATAACGGTCGTGATCGC
GTTCGTATTCCCGGCGTACGTGAACCTCATCTCCAAGGTACGTAAATCGT
CCTGTCATACAGCACGAAGACCGAAAGTCAAGGCCACGGCTAGGGCTCAC
AGTAGAATATGGTCTATATAGGCAACTTGTTTTTTTGTTCCACGCAAACA
CTAAAGTGCGGGCGCCATGCTCGTTTCCGGATAAAATATTACGAAGTTTA
ATATATCATGTGTATACATGCATATTTTTTCGGGAATTGAATGAAACGTC
AGTCTCAATATAGCGAGAAAGCAATTTCATGGGCATACTGGTTTTTCCTT
ATGCCTCCTTCCTGTACAGAAAATGACACACCTTTTGACCTTGCCCACAA
CCATAACCTTACCCAAACCTTAACCTTCACACGTGTTTCTTGAATCGTCT
GGCATTTTCGTTTGCTTGCCGTCCGCGAACACTGAACGGGACACACTCAC
ACACAGAGGATGTGTGAGGAGCGGTTCGGGGCGAGCAAAACGCCGTTCAC
CGGGGCCTTCACGTCATCAACCCCGGTTCTCTACGCGGTCATCGCTGGCG
GATTCGTGTTGTTCGCTGGTTTGGTAATAAACGACATCGTAGAGGCGCTG
TCCACGTAGACAAGTACTCAGTTGCTGTCGGTTTGTTGAACCTGCCCGGT
TGCTGCAAATCGGTGACCGTAGCTGTTTAAGGACGGGCTGACGATGATGG
AATACGCCCGCACTTAATTGTGGACGCATTTTGTGTACTTTGGAGTATTG
AACAGCCCCCGGGTTGGGCGCGAACAGTGGGTATTGAGCCGGGATAGGCC
CCCATCCGCCAGCCACAGCTGGTGTGCCGCACAGCGGTACTGTTTTTTCC
CTCAGAGCTTGCCGGCAGACCACACAACAACGGCACTACGAAACAAGGCA
TTTTGAAGCTTCGAAGCTTTTGAAGATTTATGTTGTCGTTTTGGATTTGT
CCTAGGAGTCTTTGCAGAAAGACTAGATAGATAAGACTACGAAATACGGC
TTTTTTTTTTTTTAAGACTGGGAGCTTTTGAAGATTTATTTTTAAAGCTT
ACTCGAGTTTTTCTACACTGTTCGGTGTCGTTCTGGATATATGTCCAACG
CGTTTTTGTCGAAAAGCTCGTAGATAGGGCGTGAGGACGGCGGTGCTTGC
TTGAGGTGTTCCTCGTTGAGGTGAAACTGCAACGACACAGCCGCTCCTGT
GCTTCGTGCTTTTCCTTTACATCAAAGTTTTTGTTTTTTTGTTTTTTGTA
TTTGTCCCCCCCCGGGAATACCAAGCGTACAACACGAATCGCGGGATTCC
AAGATGAACGGTCCCTTTGCATCAAAACTGGCCGTTTTACGTCCAACACG
ACATTCGCTCATGTGCATGGTTTTGAGAAAGCGAGACATAGCAGTCGTGT
CGAAGGTCATGCGTGCCCGCTCCTACTACTGGTACTGTAGGAGGCGCGCG
TGTGATATGATATGCCTTTTTATACGTCCGAGGTGCCCGCTTGGTTGTTT
CAGTTTCGAGTGATGGGCGTTTTGATGGCCAATGCATCGAACTATGCGAT
CAGGCGAGAAGAGCACGGGCGGGCACTTCTGAACACGCGGTGGATGAATC
AGTTACGCAGCCCATGTTTTTGCCACGTTGTCGACGTTCATTGTTCGTGC
CAGGTACGCAGTACTTGCCTTTTTTCAATTCACTGGAAACATTTTTTTAA
GGGCCCGAGTGGAACGCGAGAGATTGGTCTGCTGGTGTTCGTTCACAACA
AGCAGTGTTATATTGTTGCTGGCGTGATGGGTACCAGCCGGCGGTGAGCG
CAGGAGGGCGTTTTAAGTGGTGCCACCAAGCTCGGACTTTTTACTCAGGT
TGCCTTGTGGCACACTACGTGTGGCGAGCTTGCCCACAGCATATCTCCAT
CATATGATGCATTCCCGCAAATGCTTGTACTCGAAAAAAGGTGCTTTTAA
CACCACCTTGATTGGGGCGTGCTCGAACCCATTTGTGCTTCCGTTGGGAG
GATGGTACACACGGCACTCGAACGTGCTGTATTCTATGTACCACGTTAGA
TTTGTGTATTGCTTGGATTTTTATGTACTACCTTGATATGACCCAGTGGT
TAATCACGTTGCCATGTTTTTGTCATGTCGGCACTTCGCACGTGGTCGTA
TTCCCCCTGCCGCACCCAAACTCCAAAAGAACACCCCGTATTTTTCAGGT
GTATTTTGTCGACTGGTGGAGCTGTTTTGCCGTACGCAGAAGAAGGGTTG
GAATCTGAGTTTGAAGGCCCTCTGCATGAACAGACGAAAAATTGGGTCCT
CTTCCTCTTTTTCTTTGTGTGTGATTTTGTACAGTATGCCTCAAAGCATC
ATTCTTAGTGTTATGAATTGGAACCGATTCACCCAATTAATCGTTCCGAT
TTAAATCGGAATCGGAATCGGAAAATTGAGCCGATATTTTTACCGATGTC
CAGCGGGACCCCCTCACCAGCCGGGGGGGGCCGGAGAAGCTCGCACAGGC
GAGCTTCCGTGCCTCCGGCTCGCTGCGCTCGCCGATATATCGGATATCGA
CTGCGCCGAATACCAATATTAAAGTATCGGAAAACCAAGCCGATTCATAA
AACTCATCATGCATGTTTCTGTGTTTGGTGTGTTACCCTGCGTTTTTATA
TTTGAGCTTTATACTTTCAGGAGAGTGGACAGGGAAGGACGGATGATGAC
CGTGTGTGACCCCGCGTTTTTGGAATTGAGTTTATGCTTTCACGAGGAGG
ATGGACAAGGCAGACCGGAAGGGTTGTAGATGGCCGTTACGCCTCCCGAA
GTATATGGGTCAGTTTTTTTGTGGAAATGAGAAAAGCGAGAGGGTATGTA
TGGTGTCCGGCAGCGTGCTTTCGTTGTTGGTGTACGACTCTCGCCCTTTT
AGGATCGCCGGCGATAAACTACTCGCGTGACGTCACCGACCATCCCTCAA
CAACTTTTCTCATCGAAATCGCGGATCATTGTTTTTTCCACGGTCATGTC
ACAACATTTTGGACTTTTTCGGTCCCCTTCATTTCTGGCCGGGGGGTTGC
GCCGGTAGAACTGCGGTGACATTTTATTATTGCCGCCCTGCATCCAAATG
CGCGCTCTGACGG
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Coding sequence (CDS) from alignment at P-littoralis_Contig132:282899..310011-

>mRNA_P-littoralis_Contig132.67.1 ID=mRNA_P-littoralis_Contig132.67.1|Name=mRNA_P-littoralis_Contig132.67.1|organism=Pylaiella littoralis U1_48|type=CDS|length=1488bp|location=Sequence derived from alignment at P-littoralis_Contig132:282899..310011- (Pylaiella littoralis U1_48)
ATGGTGGGCTGTTCGTGGTTCGGATTCTGGCGACGCCGTCTTGCCGCCCC
TCTTCAAGTGCGACAAACGCCTCCGTTGGCGAGATATAAGAAGTACCATG
AGATGGCCCAACACGAGGGGGTGGGATTTTTTGCGGGAACTTGCGTCGCC
ATAAACCTCGTGATGGGTTCGGGTTTTCTGGCATTGCCGGCGGCGTTTGT
GTCAACGGGGATGTTTTTGGGCGTCCTCGTGTTGGTGTTTTGCATGGCAC
TGTTAAGGATGACCGCAATGTACGAGGTGGAGACAATGTGCAGAGCTGAG
GCGTGGATGAAGGCCAACTTGGTCCCTCTCGTTCACAAGCAAAAAAGCAG
GAGCGCAACTGAGTCGGAGATGCGCCTGAGCGCCCATGCTTTCCAGATGA
CGGAAATGTGCGACATCTTCGGAGGCCGCAGGTTGCAGCGAGCGTTCAAC
CTAAATCTGTTCCTGTATATGTTCTGCGCACTCTGGGGCTACGGCGCCGT
ATTCGGGCAAGCCCTGGCCACGTACGCGCCCGTGCCGTTTCTCGGGGCCG
TGGGTGCGTACCGCATGTACGTGTTTCTGTTCGGCCTTGTGGTTGTGCCG
CTGTCCACTCTGGAGATCAAGGAGCAGGCCACGTTCCAGGTCATCTTGAC
CATCATGCGGTTCGTGGCGTTGGTTGTGATGGTGGGGTCTATCGCCGCCT
CCCTCTACTCCGGCGGGGAACCCTTTGGCGAGGGGACGGCGGAGTTTGTG
GGGACGACGGACTGGGTGACGTGGAGGGGAGTTTTTAGGGCAGTCCCCGC
CGGAATATTCGCGCTTTCGTTGGCGGCTTCGACGTCAACCATCGTGTCCG
GCCTAGACAAGAAACACTCCGTTGGGGGAGTAGTATGGACGGCGCAGATC
AGCGCCACCGTGACGTACACTTGTATTTCGATCGCCACGGCCTACTACTT
CGGCAAGAGCGTGGACGGGAGCTGCAACGTTAACTGGACCGGCTACTCTC
CCGAGGGAGACGGACCCGCTTCCACAATGCTCGCTACTTTCGGCCGCATG
GTGGCCTACTTCGTCGTCCTCTTTCCTGCCATGGACGTCACGAGCGTCTA
CCCCCTCAATGTCATGGTTCTCGCGAACAACTTGATGGCAGCGGTGTACA
ACGACCACGTCGACAACGCCGAAAACGACCCAGTCATCGTGGTCACGTTC
AGGATAATGTGTTCCGTGCCTCCCCTCCTTTGCGCTCTGGTGTGGAGGGA
TTTTGCTGCGATCGTGGACTATGCCGGGTCCATAACGGTCGTGATCGCGT
TCGTATTCCCGGCGTACGTGAACCTCATCTCCAAGAGGATGTGTGAGGAG
CGGTTCGGGGCGAGCAAAACGCCGTTCACCGGGGCCTTCACGTCATCAAC
CCCGGTTCTCTACGCGGTCATCGCTGGCGGATTCGTGTTGTTCGCTGGTT
TGGTAATAAACGACATCGTAGAGGCGCTGTCCACGTAG
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