mRNA_P-littoralis_Contig186.1.80 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig186.1.80
Unique NamemRNA_P-littoralis_Contig186.1.80
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A6H5K0S5_9PHAE (Codanin-1_C domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K0S5_9PHAE)

HSP 1 Score: 1546 bits (4003), Expect = 0.000e+0
Identity = 951/1682 (56.54%), Postives = 1131/1682 (67.24%), Query Frame = 1 
Query:  271 GVHEAERDSNCGRYSKFKQYDPLTFVVTILNFLREDTALLLAPSGERPQT-VDHPSPACPAVNGGRAGALISEGDQPPIPRGLFPTTAFDIASADDFPSLPMGGAPRDNRTGNKQRRRIRPTPLSNADKPIEGDITAFGSTGTAAPSFGETSDVAAARLNVSAQGVPPAFEVAEPPQSRASKGVMVNTKLLNKASS-LPVGTEPSTDLAKERDEVEEVFAENEQGITHLRQATSGLMPDPGQLARRRLLVQGRDGDGARRALRSNRGRPAMMSLSFELASGDSSSMERAGGLPADRAQNPQSPFSEDIAKCDASSLGSGGQASTDCTLHTPKKTTVAGSNPRAGDGLLSRSGPAPSAPPVIMPKTPLEATSEKQERRRENDRPLAILASLYVHVMIRRFVPSLSTEMHLTIRLLHVHSEVELSRNDRVSRSERDRQEDPSSSRHIANSPTAAAETRLKEREECQGGVDDKPEEHIVFNTGLDCRSFAASVLLGLKSLLPHIGMDTLDLLAESLALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMALVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRL-SPQLSTPVGLGSPGT--HRIPAEVSTSSSNVISTPKSGSLDDEVVLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKPHSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYTESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSRFHVASHQMDRVDHVSPAPSSLVTGSSGGIRSTRDEGQSVDEVMAAFGRSLKSRARSLAGKRGNAVATATTLSLVPPSISPRVRQTVAVIAGHHAQQAAEKKILELMAATVSEAVSAYHAGQAANQETMIHSHSTGSI--RGRQSQQALGGLLTKVPVSNLFALTLTFVDSAHKLVGFREEI----IMEAAHRVSTSSASD---VQAVETVVVETSHLVNAIRHGRGSHSIPENCHVMHGADGSVRGTEHGNEGKGGPESTGKQQLRSQRVPQDPKMLGTFLSSLARLFGALPDHHHHIWQSFRKRSTSAGTLGTAFEDLVHLCAIAWESKDLSNSEVALPYANDGDLGGYHGRLHGGSWQRDVAP-TENCLCDFPWDPLLSLLSWGVVPVLTAEDSLLSCMQAAENPETGEAGVGNTPGCCWGGRSSSKSLVAVATAVARGYHSLAVGEDLSTVLLTDLLGVAANSLTSVRTASQPFFRYHPMDLSRLVARL 5271
            G HEA   +N  + SKFKQYD LTFVVT+LNFLRED A LLAPS ER Q   DH  PA  AV  G +    +E ++    +GL PTTAFDI+SADDFP+LPMG  PR  R  NKQ+RRIRPTPLSNADKP+EGDITA G+  TAAPSF ++ +VA ARL   AQGV P+ E AE   S + K      K+++K S  LP GT+P  DLA E+ + E  F ENE+GIT+LR+ATSG + +P    +RR L QG    GA        G P+ +S+  E  +G++   ERAG   AD A+   S F    A  +     S G A T+  L TP ++  A     +G G  SR G AP  PPV    TP  AT  ++ R R +++PLAILASLYVH+MIRRFVPSL+TEMHLTIRLLHVHSEV  S  DR  + E+DR+ED        + P+ ++    KE  + Q G   +    I+F TGLDCR FAA VLLGLKSLLPHIG DT+DLLA SLALASQSEELIE++RHV C+ KGD   +DGNG RNVGQQNADD AIVQSVGAPFAALQW E+DS+ N+RT SDRSMFQNRQESVDRFG+LLRDYQGS+KGLQQYP+RALQDL RTAAS LISGLAP N  WLAQYFL QLVGWGLA PEETDSEVMALVAPAGDKGR TLQKLHRRISTPS GED NALKSSQKLRHPG Q R+ HA QDRGSH++G  R  R G + P++RK+STGPR+ KGQ PA   RVP+APLQL+WFPGNQEFFYHVLLVLDSYTFN HLKAEL A IA LYQQ  TFK R KGV +++E   A+   N A  +G++GFTGTMVKLKVLAKFLGLLTF PNWGISA D+ S+R E P  + N++A +T CPLPL+ YLDHA ST GL+GAVPWM +FLRMMKWD+ISAQA  YR ILG LAKLHAQP M+P+HPAFTE+LLAVSCE+ESLFQDLGSDLGVHGYRL  P+ +T +   +P    ++         + +   P  GSLD EVVLSRRLI +CCPYLED+LTL  +LGR WK G V GGN+T LRAGQSPRT G +G+SPRSRRVIKPHSLKPIR + SLPEQ  RG +  EN G +R + +TESARLRLVEAFFHSLP +LQ +ADFVV R+VQNACEEVL +V+RPAV+ AV R  VA +Q DR+D+  PA  S V G  G IR   D    +    A  G  L S AR+LAGKRGNA+A ATTL+LVP S+S RVRQT A IAG+HAQQAA  KI ELM ATV EAV AYH     + E      STG +  R  +S + L  LL + P S+L A+               ++      +EA HRVS SS  D       +T++ ET HLV+A+R  +    IPE  H  H     +             E T  Q+ R   V QDP +L TFL+SLA  +  LPD    IW+S  K ST          +LVHL A AWE     N+                       W++D  P  E CL   P +P+L L+SWG + V+TAE+ LLSC+Q A    T +  V   P   W   +S  S++AVATAV +GYHSLA+ +DL TVLL DLL V A S+ ++   S+PF RYHPMDL RL+ARL
Sbjct:   30 GAHEA---ANEAKSSKFKQYDALTFVVTVLNFLREDAAPLLAPSVERSQQGADHSLPAS-AVEEGASDVPKNEKNE--SQQGLLPTTAFDISSADDFPALPMGEVPRGMRPANKQKRRIRPTPLSNADKPLEGDITALGALNTAAPSFDKSGEVANARLTFRAQGVRPSVETAEFRPSTSCKEEKAEAKVVHKPSDFLPGGTKPRADLAIEQHDAEG-FGENERGITNLREATSGSLLEPAHPEQRRFLEQG----GAV-------GVPSRISI--EPMTGET---ERAGRR-ADGARTEHSLFPVSTAASNPMLSPSNGAAKTNSVLQTPTRSAKAVPISPSGGGGASRGGCAPPMPPVNT-STPF-ATPVEKGRLRGSEQPLAILASLYVHIMIRRFVPSLATEMHLTIRLLHVHSEVTRSGGDRTLKLEQDRRED--------HPPSGSSAISSKEIRDYQHGTS-QARMKIIFKTGLDCRLFAAGVLLGLKSLLPHIGTDTIDLLAGSLALASQSEELIEDLRHVLCEAKGDGVNSDGNGSRNVGQQNADDTAIVQSVGAPFAALQWREEDSIKNWRTISDRSMFQNRQESVDRFGALLRDYQGSKKGLQQYPDRALQDL-RTAASALISGLAPENLGWLAQYFLDQLVGWGLAPPEETDSEVMALVAPAGDKGRETLQKLHRRISTPSSGEDGNALKSSQKLRHPGTQPRQTHAKQDRGSHVVGEIRTARGGVRQPQTRKSSTGPRYGKGQAPAQSTRVPTAPLQLRWFPGNQEFFYHVLLVLDSYTFNSHLKAELVARIAGLYQQLHTFKGRGKGVGNVDERGAASDTSNPAVNKGVRGFTGTMVKLKVLAKFLGLLTFSPNWGISALDSASSRHEPPLASTNDQAQMTGCPLPLEAYLDHAWSTAGLMGAVPWMADFLRMMKWDEISAQANSYRRILGTLAKLHAQPFMQPDHPAFTESLLAVSCEVESLFQDLGSDLGVHGYRLFPPETTTVIDFDAPRNCGNQYTKLRDKQYAKLGLKPAPGSLDGEVVLSRRLIQHCCPYLEDVLTLTRNLGRGWKQGFVVGGNTTPLRAGQSPRTFGVSGISPRSRRVIKPHSLKPIRALSSLPEQIHRGRSD-ENAGTARENAHTESARLRLVEAFFHSLPGELQASADFVVSRSVQNACEEVLVSVVRPAVAGAVRRLQVAINQTDRLDYERPA--SNVAGE-GLIRQHLD--LQIAWTTAVLGEGLASNARALAGKRGNAIAKATTLALVPRSLSLRVRQTAATIAGNHAQQAAASKIEELMTATVVEAVGAYHTYHN-DLERAQKEQSTGGVECRSPKSPEVLASLLPRGPASDLCAIASXXXXXXXXXXXHVDKCSCQGFLEAVHRVSISSTDDDIESNDPKTIISETWHLVDAVRRCQDFSRIPETIHDTHDVSEEL-------------ERTPAQRFRD-HVTQDPNVLETFLASLALFYRTLPDC---IWRSIPKSSTLGSMSSDVVGNLVHLAARAWEQ----NARY---------------------WRKDKDPGQERCLRFPPCEPVLQLMSWGAISVVTAENVLLSCVQTATRGSTSQTSV-MCPEARWN-ETSPSSVIAVATAVVKGYHSLALDKDLWTVLLDDLLDVTAGSVPAM-DLSKPF-RYHPMDLCRLIARL 1622
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BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: D7FKV8_ECTSI (Codanin-1_C domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FKV8_ECTSI)

HSP 1 Score: 1293 bits (3345), Expect = 0.000e+0
Identity = 774/1357 (57.04%), Postives = 912/1357 (67.21%), Query Frame = 1 
Query: 1246 LHTPKKTTVAGSNPRAGDGLLSRSGPAPSAPPVIMPKTPLEATSEKQERRRENDRPLAILASLYVHVMIRRFVPSLSTEMHLTIRLLHVHSEVELSRNDRVSRSERDRQEDPSSSRHIANSPTAAAETRLKEREECQGGVDDKPEEHIVFNTGLDCRSFAASVLLGLKSLLPHIGMDTLDLLAESLALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMALVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRL-SPQLSTPVGLGSP----GTHRIPAEVSTSSSNVISTPKSGSLDDEVVLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKPHSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYTESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSRFHVASHQMDRVDHVSPAPSSLVTGSS----GGIRSTRDEGQSVDEVMAAFGRSLKSRARSLAGKRGNAVATATTLSLVPPSISPRVRQTVAVIAGHHAQQAAEKKILELMAATVSEAVSAYHAGQAANQETMIHSHSTGSI--RGRQSQQALGGLLTKVPVSNLFALTLTFVDSAHKLVGFREEIIMEAAHRVSTSSASD---VQAVETVVVETSHLVNAIRHGRGSHSIPENCHVMHGADGSVRGTEHGNEGKGGPESTGKQQLRSQRVPQDPKMLGTFLSSLARLFGALPDHHHHIWQSFRKRSTSAGTLGTAFEDLVHLCAIAWESKDLSNSEVALPYANDGDLGGYHGRLHGGSWQRDVAP-TENCLCDFPWDPLLSLLSWGVVPVLTAEDSLLSCMQAAENPETGEAGVGNTPGCCWGGRSSSKSLVAVATAVARGYHSLAVGEDLSTVLLTDLLGVAANSLTSVRTASQPFFRYHPMDLSRLVARL 5271
            L TP ++  A     +G G+ SRSG  P  PPV  P +   AT  ++ R   +++ LAILASLYVH+MIRRFVPSL+TEMHLTIRLLHVHSEV  S  DR  + ++DR+ED        NSP+ ++    KE  + Q G  DKP   I+F TGLDCR FAA VLLGLKSLLPHIG DT+DLLAESLALASQSEELIE++RHV C+ KGD   +DGNG RNVGQQNADD AIVQSVGAPFAALQW E+DS+ N+RT SDRSMFQNRQESVDRFG+LLRDYQGS+KGLQQYP+RALQDL RTAAS LISGLAP N  WLAQYFL QLVGWGLA PEETDSEVMALVAPAGDKGRATLQKLHRRISTPS GED NALKSSQKLRHPG Q R+ HA QDRGSH++GG R  + G + P+SRK+STGPR+ KGQ PA   RVP+APLQL+WFPGNQEFFYHVLLVLDSYTFN HLKAEL A+IARLYQQ  TFK RR  V +++E   A+   + A  +G++GFTGTMVKLKVLAKFLGLLTF PNWGISA D+TS+R E P  +ANE+AH T CPLPL+ YLDHA ST GL+GAVPWM +FLRMMKWD+ISAQ                                     +ESLFQDLGSDLGVHGYRL  P+ +T +  G+P      +    +   ++  + S P  GSLD EVVLSRRLI +CCPYLED+LTL  +LGR WK G V GGN+T LRAGQSPRT G +G SPRSRRVIKPH LKPIR +PSLPEQ  RG +  EN G  R S +TESARLRLVEAFFHSLP +LQ +ADFVV RAVQNA EEVL +V+RPAV+AAV R  VA +Q DR+D+  PA ++L+  S+    G IR   D  Q +    AA G  L S AR+LAG RGNA+A ATTL+LVP S+S RVRQT A IAGHHAQQAA  KI EL+ ATV EAVSAYH+    + E       TG +  R  +S + L  LL + P S+L A+         K  G RE   +EA HRVS SS  D       ++++ ET  LV+A+R  R S  IPE  H  H     +             E T  Q+ R   V QDP +L TFL+SLA  +  LPD    IW+     ST          +LVHL A AWE     N+                       WQ+D  P  E CL   P +P+L L+ WG + V+TAE+ LLSC+Q A    T + GV   P   W   +S  S++AVATAV +GYHSLA+G+DL TV L DLL V A S+ ++   S+PF RYHPMDL RL+ARL
Sbjct:    3 LKTPTRSAKAVPISPSGGGVASRSGCVPPMPPVNTPTS--FATPVEKGRLPGSEQSLAILASLYVHIMIRRFVPSLATEMHLTIRLLHVHSEVTRSGGDRTLKFKQDRRED--------NSPSGSSAISSKEIRDGQHGTSDKPGMKIIFKTGLDCRLFAAGVLLGLKSLLPHIGTDTIDLLAESLALASQSEELIEDLRHVLCEAKGDGVHSDGNGSRNVGQQNADDTAIVQSVGAPFAALQWREEDSIKNWRTISDRSMFQNRQESVDRFGALLRDYQGSKKGLQQYPDRALQDL-RTAASALISGLAPENLGWLAQYFLDQLVGWGLAPPEETDSEVMALVAPAGDKGRATLQKLHRRISTPSSGEDGNALKSSQKLRHPGTQPRQTHAKQDRGSHVVGGIRTAKGGVRQPQSRKSSTGPRYGKGQAPAQSTRVPTAPLQLRWFPGNQEFFYHVLLVLDSYTFNSHLKAELVAKIARLYQQLHTFKGRRTRVGNVDERGAASDTSSPAVNKGVRGFTGTMVKLKVLAKFLGLLTFSPNWGISALDSTSSRHEPPLASANEQAHTTGCPLPLEAYLDHAWSTAGLMGAVPWMADFLRMMKWDEISAQ-------------------------------------VESLFQDLGSDLGVHGYRLFPPETTTVIDFGAPRDCGNQYTKLRDKQYATLELKSAP--GSLDGEVVLSRRLIQHCCPYLEDVLTLTRNLGRVWKQGFVVGGNTTPLRAGQSPRTFGVSGTSPRSRRVIKPHPLKPIRALPSLPEQIHRGRSD-ENAGTVRESAHTESARLRLVEAFFHSLPGELQASADFVVSRAVQNASEEVLVSVVRPAVAAAVRRLPVAFNQTDRLDYERPASNTLMGASNEAGEGLIRQHLD--QQLAWTTAALGEGLASNARALAGNRGNAIAKATTLALVPRSLSLRVRQTAAAIAGHHAQQAAASKIEELITATVLEAVSAYHS----DLERAQKKQPTGGVECRSPKSPEVLASLLPRDPASDLCAIASKLCAHVDKCEGHRERRFLEAVHRVSISSTDDDIESNDPKSIIGETWQLVDAVRRCRDSSGIPETIHDTHDVSEEL-------------ERTPAQRFRD-HVTQDPNVLETFLASLALFYRTLPDC---IWRPIPNSSTLGSMSSDVVGNLVHLAARAWER----NARY---------------------WQKDKDPGQERCLRFPPCEPVLQLMLWGAISVVTAENVLLSCIQTATRGSTSQTGV-MCPEARWD-ETSPSSVIAVATAVVKGYHSLALGKDLWTVFLDDLLDVTAGSVPAM-DLSKPF-RYHPMDLCRLIARL 1256
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BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: K3W6H7_GLOUD (Uncharacterized protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3W6H7_GLOUD)

HSP 1 Score: 139 bits (351), Expect = 2.750e-29
Identity = 196/725 (27.03%), Postives = 313/725 (43.17%), Query Frame = 1 
Query: 1711 CRSFAASVLLGLKSLLPHIGMDTLDLLAESLALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMA------LVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHP-GAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKA---STGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISASDATSTRTEMPSTNANEEAHV-----TNCPLPLDV--YLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRLSPQLSTPVGLGSPGTHRIPAEVSTSSSNVISTPKSGSLDDEVVLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTV--GTTGMSPRS--RRVIKPHSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYTESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVS 3822
            C SFAA V  G+++ L  +G D L LL  SLA A    E++   R  Q   + +  + + +            A+ V+    PF      E DS  ++R+ ++  M+ NR++  D F +LLR +Q  +  L      ++   +   A  L   +AP N  W A++F+ +L+  G     E+D +++       LV    D+    L+KLHRR ++    +   A  SS   + P G+     H      S   GGN      A  P SR     + G   N G   AI     +     Q F  NQ+FF+H L   DSY F+  +K +L       +Q Q+ +K      E IN D R N             FT T++KLKV+AKFLG L F P W  S+S    ++ + P+  A E+  V     TN  L LDV   L+ ++  + +   VPW+ ++L M+  D +S   T+++ +L  L +++   R+        E  L +  +IE +F  L  +L + G+ +  +  +P  L S     I  EV +S+       +SG  +   + S+  + +C   LEDL   I +                  RA  S R       G +P S   ++     L+P++V+     +    D   + T  S  +  T+  RL   E+ F   P+ L+   +FVV     N CE V+  V  P+  A V+
Sbjct:  126 CLSFAALVFNGIETTLTSLGADLLRLLMRSLADADICAEML--ARLQQFAQRREELRVEESARIGCKLPIETKASAVRDFALPFCE----EIDSRLHYRSPTESVMYSNREKIRDGFLNLLRQFQKQQHSLVGIENASVAAAAIDNARKLFGEVAPENRWWFAKFFVMELLQVGSNPFGESDKDLVLKIMEDKLVVKNPDR----LRKLHRRFTSQK--QSNKAPTSSNGNQGPSGSSTASNHFGSAAPSKPNGGNTTSSWKADRPESRSTGGPAAGTATNGGNT-AITTTFENTR---QHFAENQQFFFHFLHSCDSYEFSQLVKYQLE------FQFQSIWK------ETINADPRKN-------------FTETVLKLKVVAKFLGYLRFSPQWHNSSSLVQLSK-QNPAFKAAEKEAVGTLENTNDTLGLDVKLLLEQSIVESTISKCVPWLCDYLTMLSLDKLSTATTYFKQLLVLLERIYHSSRL----DGLGETGLYIGMQIERVFHVL--ELDIAGF-MDAEFRSPSLLPSSKLLLILEEVESSA-------QSGEDNLPFLYSQVFVQSCVNELEDLRGFIQT------------------RAKPSHRVTKRAAAGGAPLSGASQLTAIRKLRPLQVI----TEDEHNDTTADATMSSTATSLTDDDRLS--ESIFKIHPN-LKKVVEFVVEVVATNICEHVVQQVAIPSADAFVN 769
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BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A5D6Y5V6_9STRA (Uncharacterized protein n=1 Tax=Pythium brassicum TaxID=1485010 RepID=A0A5D6Y5V6_9STRA)

HSP 1 Score: 139 bits (351), Expect = 3.180e-29
Identity = 205/831 (24.67%), Postives = 344/831 (41.40%), Query Frame = 1 
Query: 1711 CRSFAASVLLGLKSLLPHIGMDTLDLLAESLALASQS---EELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMALVAPAGDKGRAT--LQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQL--QWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISASDATSTRTEMPSTNANEEAHV------TNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRLSPQLSTPVGLGSPGTHRIPAEVSTSSSNVISTPKSGSLDDE---VVLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKP-HSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYTESARL----RLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSRFHVASHQMDRVDHVSPAPSSLVTGSSGGIRSTRDEGQS-VDEVMAA---FGRSLKSR-ARSLAGKRGNAVATATTLS----------LVPPSISPRVRQTVAVIA 4095
            C +FA + L  L+ LL ++G + L L+  SLA A+ S    E +E V   + +++       G             A+ VQ    PF      E DS  +FR+ ++ +M+ NR+   D F +LLR +Q  +  L       +   +  +A  L++ +AP N  W A++F+ +L+  G     E+D +++  +      G+    L+KLHRR S+                          H      +                     S  P   + +  A      SA  +   ++F  NQ+FF+H L   DSY F+  +K +L A+    ++                           AA +  KGFT  +++LKVLA+FLG L F P+W     +A++     P+  A ++  V       +  L + + L+ +++   L   VPW+ ++L M+  D +S   T+++ +L  LA+++  PR+     A  E  + V+ +IE +F  L  D  V       QL  P        H  P   ST+   ++  P + +  ++    + S+  + +C   LEDL   + +  +            +   + + P + G +G+S  S     P   L+P++V+P        GD+   +   SR     ++ARL     L EA F   P  L+   +FVV     N CE VL  ++ P+  A V      S                      G+ + RD G S   E+ AA   F + +++R ARS+A   GNAVA A  LS          L+PP+  P + Q+VA +A
Sbjct:  353 CLAFAGAALAELEPLLRNLGAELLRLVITSLADAAVSPGTRERLERVLQQREELRVAESARIG-----CKLPVETKASAVQDFALPFCE----EMDSRLHFRSPTEAAMYANRERVRDGFLALLRQFQRQQHALVGIESAQVAASAAESAHKLLADVAPVNRWWFAKFFVLELLQVGANPFGESDKDLVLQILEDKLVGKNPDRLRKLHRRFSS--------------------------HKQAPSAAXXXXXXXXXXXXXXXXXXXXXSVRPAAGRAESSAKASPPSSATFEAAREYFAENQQFFFHFLHSCDSYAFSQLVKCQLEAQFQAAWRAPP------------------------AAADPRKGFTDAVLRLKVLARFLGYLRFSPHW----HNASALGKHNPALQAAKKEAVWTLENAESVGLDVKLLLEQSVADATLSKCVPWLCDYLTMLSLDTLSLATTYFQQLLVLLARIYRSPRL----DALGETGVYVALQIERVFHAL--DFDVTDALDDAQLQAP--------HLQP---STALEQLLREPPAPTPSEDHLPFLYSQVFVQSCVSELEDLRGFLQTRAKP-----------SHRVSKRPPGSAGGSGLSGGSSSATAPIRKLRPLQVVPE-------GDDAPSDELFSRAD---DAARLPDDDTLAEAVFKVHPT-LRKVVEFVVEVVATNLCEHVLQHLVAPSADAFVQSCAAES----------------------GVHAVRDGGSSSASELEAATILFLQLVENRTARSVADSVGNAVAVAMQLSEEKVRASIPHLLPPACHPTLAQSVARVA 1059
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A662X8N6_9STRA (Uncharacterized protein n=2 Tax=Nothophytophthora sp. Chile5 TaxID=2483409 RepID=A0A662X8N6_9STRA)

HSP 1 Score: 124 bits (310), Expect = 2.170e-24
Identity = 181/744 (24.33%), Postives = 306/744 (41.13%), Query Frame = 1 
Query: 1711 CRSFAASVLLGLKSLLPHIGMDTLDLLAESL--------ALASQSEELI---EEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMA------LVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISAS-------DATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGV---HGYRLSPQLSTP-VGLGSPGTHRIPAEVSTSSSNVISTPKSGSLDDEV--VLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVG-TTGMSPRSRRVIKPHSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYT--------ESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSR 3825
            C SFA  V   ++++L H+G D L L+ +SL        AL  + E++    EE+R  +    G     +              A+ VQ+   PF      E DS  ++RT +D  ++ NR++  D F  LLR +Q  +  L       +   +  +A TL++ ++P N  W A++F+ +LV  G     E+D +++       LV    D+    L+KLHRR S+      T+        + PG             +   G N+G         +  +    R +  +  A      +      +F  NQ FF+H L   DSY F+  +K +L  + + + +Q T+  T          DAR             K FT  ++KLKV+AKFLG L F P W +++S       +A     E   T   E A   +  L +   L+ ++    +   +PW+ ++L M+  D +S+  T+++ ++  L  L+  PR+        E  L ++ +IE +F  L  D+G      Y+    L +P + L   G   +                SG+ +D +  + S+  + +C   L+DL   I +  +               R   S R VG  TG++ R R       L+P++V   + E+    D++ E +  +   + T        E    +L EA F   P  L+   +FVV     + CE V+T V+     A V R
Sbjct:  424 CLSFAELVFHEIEAVLAHLGTDLLRLVKQSLRNAGGICTALLGRLEQVSQRREELRVAESARIGCRLPIEMK------------ASAVQNFALPFCE----ETDSRLHYRTAADSFLYSNREKVRDGFLDLLRQFQQKQHSLVGIENAGVAAAAIASARTLLTEVSPENRWWFAKFFVLELVQVGSNPFGESDKDLVLKIMEDKLVVKNPDR----LRKLHRRFSSQKSSNRTH--------QQPGP------VTSSNSNRKTGSNKG---------NSSSLRKDRPDSSEDDATKNFTATFDRMRGYFADNQLFFFHFLHSCDSYEFSQLVKHQLERQFS-VIRQATSPST----------DAR-------------KAFTEVVLKLKVVAKFLGYLRFSPQWHVTSSTRRFSTQNAAFKAEEREGTGTLEIA-ARDSSLDVKQLLEQSIVRASISKCIPWLCDYLSMLSLDQLSSGTTYFKQLMMLLQLLYRSPRLN----CLGETGLYIAMQIERVFHVLELDVGFLQSSEYQARDLLPSPQIRLALAGDDEV---------------ASGAGEDHLPFLYSQVFVQSCLSELDDLRGFIQTHAQPSH------------RLANSRRVVGGATGLAIR-RPTTAIRKLRPLQV---VMEEDHGVDDRHEGSIHATTKMNTVEFPPTRPEEEEDKLSEAVFKVHPK-LKTVVEFVVGTVTTDICEHVMTHVVISRADALVDR 1063
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A225WLP1_9STRA (Uncharacterized protein n=1 Tax=Phytophthora megakarya TaxID=4795 RepID=A0A225WLP1_9STRA)

HSP 1 Score: 120 bits (301), Expect = 2.220e-23
Identity = 181/748 (24.20%), Postives = 310/748 (41.44%), Query Frame = 1 
Query: 1711 CRSFAASVLLGLKSLLPHIGMDTLDLLAESL-----ALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMALVAPAGD--KGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNW-------GISASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLG-VHG--YRLSPQLSTPVGLGSPGTHRIPAEVSTS--SSNVISTPKSGSLDDE---VVLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTV-----GTTGMSPRSRRVIKPHSLKPIRVM----------PSLPEQHRRGDNQG--ENTGPSRGSIYT----ESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSR 3825
            C  FA  + L ++ ++ ++G+D L L+  SL       A   E L +E R  +     ++ +     P  + + NA     V+    PF      E DS  ++RT ++  ++ NR++  D F SLLR +Q  +  L       +   +  AA  L++ ++P N  W A++F+ +LV  G     E+D +++  +       K    L+KLHRR S+    + +N    S  ++  G       +        L  NR         +  + +T    +     A   R+        +F  NQ FF+H L   DSY F+  +K +L  +    Y  Q T                      + A +  K FT  ++KLKV+AKFLG L F P W       G+SA +A     E    +  E A   +  L +   L++++    +   +PW+ ++L M+  D +S+  T+++ ++  L  L+  PR+     +  E  L ++ +IE +F  L  D+G +HG  Y+    LS+             +E+  +    +V S  +S  + ++    + S+  + NC   L+DL   I +                  RA  SPR       G+TG+S   + V     L+P++V+           S  E+H  G + G  E   P+ G   +    +    +L EA F   P  L+   +FVV     + CE V+T  + P   A V R
Sbjct:  236 CLDFAEIIFLEIEFVIANLGVDLLQLVRHSLHDAEGICADMLERLDQESRRREDLRVAESARIGCQLPVEM-KTNA-----VRDFALPFNE----ETDSRLHYRTPAESLLYTNREKIRDGFLSLLRQFQQKQHSLVGIENAGVAAAAIAAARELLTEVSPENRWWFAKFFVQELVQVGSNPFGESDKDLVLKIMEDKHLVKNPDRLRKLHRRFSSQ---KPSNKSPQSH-MQRTGGPSNNNRSXXXXXXXSLRKNR---------QDTRTATNEDDSTKNFSATLDRMRG------YFTDNQLFFFHFLHSCDSYEFSELVKHQLERQF---YVIQKTI---------------------SPATDARKDFTEVVLKLKVVAKFLGYLRFSPQWQVTSSIRGLSAQNAAFKAVEREGIDTLEVAR--DSSLDVKTLLENSILHASISKCIPWLCDYLSMLSLDKLSSGTTYFKQLIVLLQLLYRSPRLN----SLGETGLYIAMQIERIFHVLRLDIGFIHGSDYQSKDLLSS-------------SEICDALVRDDVASPEESDCIGEDHLPFLYSQVFVQNCVSELDDLRGFIQT------------------RAQPSPRRKLSVGSGSTGIS---QPVTPIRKLRPLQVVIEDDRNMEGISSFAEKHDNGVHAGAPEVKLPTIGFPSSFPPVQEENDKLSEAVFKVHPK-LKAVVEFVVGAVTTDICEHVMTHTVSPRADALVDR 889
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A3M6VJB2_9STRA (Uncharacterized protein n=1 Tax=Peronospora effusa TaxID=542832 RepID=A0A3M6VJB2_9STRA)

HSP 1 Score: 119 bits (298), Expect = 5.440e-23
Identity = 180/746 (24.13%), Postives = 313/746 (41.96%), Query Frame = 1 
Query: 1711 CRSFAASVLLGLKSLLPHIGMDTLDLLAESLALAS-QSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADD--AAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMA------LVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISAS-------DATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLG-SDLGVH--GYRLSP-QLSTPVGLGSPGTHRIPAEVSTSSSNVISTPKSGSLDDEV--VLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKP-HSLKPIRVMPSLPEQHR---------RGDNQGENTGPS----RGSIYTESARL-----RLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSR 3825
            C  FA  VL  ++ +L H+G D L L+ +SL  A  +  + +E +  V    +   +       R +G Q   +  A+ VQ    PF      E DS  ++RT  +  ++ NR++  D F SLLR +Q  +  L       +   +  AA  L++ ++P N  W A++F+ +L+  G     E+D +++       LV    D+    L+KLHRR S+          K S K   P  +H +       GS         +  +   R+ +   GP+    +  A    + +      +F  NQ FF+H L   DSY F+  +K +L  +   +++                         +AA+ +  K FT  +++LKV+AKFLG L F P W ++ S       +A     E    +  E A   +  L +   L++++    +   VPW+ ++L M+  D +S+  T+++ ++  L  L+  PR+     +  E  L ++ ++E +F  L   D  +H  GY+     LS  V       H +  + S          K+G+ +D +  + S+  + +C   L+DL   I +  RA K                   +VG+  M+  +++ I P   L+P++V+  + + HR         + D+    T P       S+ +    L     +L +A F   P  L+   DFVVR    + CE VL  V+ P     V R
Sbjct:  381 CLDFAEIVLREIEPVLVHLGADLLTLVKQSLQDAEGRCSDTLERLNQVSRQYE---ELRVAESAR-IGYQLPVEMMASAVQDFALPFNE----ETDSRLHYRTPVESLLYTNREKIRDGFLSLLRQFQQKQHSLIGIDNAGVAAAAIAAARKLLAEVSPENRWWFAKFFVQELIQVGSNPFGESDKDLVLKIMEDKLVVKNPDR----LRKLHRRFSSQ---------KPSTK---PPQRHMQGSGSASSGSXXSSYRTSGKGSSSSQRTNRP--GPQTISNEDDATKTFMVTLERMKSFFTDNQLFFFHFLHSCDSYEFSELVKHQLERQFNVIHRA------------------------SAASLDARKDFTEVVLRLKVVAKFLGYLRFSPQWQVTFSIRQLSKHNAAFKAVEREGIDTLEVAR--DSSLDVKTLLENSILQASISKCVPWLCDYLSMLSLDRLSSGTTYFKQLVALLQLLYRSPRLN----SLGETGLYIAMQLERVFHVLHMGDCFLHSDGYQSQELSLSWQVRKALARDHDVSPDES----------KAGAGEDHLPFLYSQVFVQSCVSELDDLRGFIQT--RASK-----------------KLSVGSGTMA--TKQTIAPIRKLRPLQVV--IEDDHRVDTIFSFAVKSDDAVHATLPEIKLPTASLLSSFVPLQEENDKLSDALFKMHPK-LKPVVDFVVRTVTMDVCEHVLANVVMPRADTLVDR 1036
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: M4BMV3_HYAAE (Uncharacterized protein n=1 Tax=Hyaloperonospora arabidopsidis (strain Emoy2) TaxID=559515 RepID=M4BMV3_HYAAE)

HSP 1 Score: 117 bits (292), Expect = 2.770e-22
Identity = 160/659 (24.28%), Postives = 266/659 (40.36%), Query Frame = 1 
Query: 1930 AAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMA------LVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGI-------SASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRLSPQLSTPVGLGSPGTHRIPAEVSTSSSNVISTPKS--GSLDDEV--VLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKPHSLKPIRVMPSLPEQHRRGDNQGENTGPSRGSIYTESARL----------RLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRPAVSAAVSR 3825
            A+ V+    PF      E DS  ++RT ++  ++ NR++  D F  LLR +Q  +  L       +   +  AA  L+  ++P N  W A +F+ +L+  G     E+D +++       LV    D+    L+KLHRR S+      T  L S+ +     A HR P+   +  +   G N           SR   +  + +  +V A      +     ++F  NQ FF H L   DSY F+  +K +L   + + Y    T                     +AAA +   GFT  ++KLKV+AKFLG L F P W +       SA +      E    +  E    +N    +   L+ ++    +   +PW+ ++L M+  D +S   T+++ +L  L +L+  P +        E  L ++ +IE + Q L  D          +L +PV L S     I A    S        KS  G+ +D +  + ++  I +C   LEDL   + +  +               R  +    VG  G     + V     L+P++VM       + G    +N      S++T+S  L          +L EA F   P  ++   DFV     ++ CE V+T ++ P   A V R
Sbjct:  490 ASAVRDFTIPFNE----EIDSRLHYRTQAESLLYANREKIRDLFLRLLRQFQQKQHSLVGIETAGVAVEATAAARKLLVEVSPENKWWFANFFVQELIQIGANPFGESDKDLLLKIMEDKLVVRNPDR----LRKLHRRFSSQKLS--TKILPSNVQ-----ACHRSPNVSSNSNTSAHGNN-----------SRWNRSDVQSSTNEVEASKTSSAALNTMRRFFTDNQLFFLHFLRNCDSYDFSQLVKHQL---VRQFYVLGGT---------------------SAAAADARLGFTEVVLKLKVVAKFLGYLRFSPQWQVTSSIRELSAQNVALKAIEREGIDTLEVGRGSN--FDVKQLLETSILQASIAKCIPWLCDYLSMLSLDRLSLGTTYFKQLLLLLQRLYRSPLV----DLLGETGLYIALQIERILQVLNVD------EHQDELRSPVLLPSDQVCNILA----SGGGKFLPEKSVNGAGEDYLPFLYNQVFIQSCVSELEDLREFLQTQAQ---------------RPLRRKYNVGGVGKMAAGQMVAAVRKLRPLQVM------IKEGTCSDKNV-----SLFTDSTVLAAPHRTDENDKLSEALFKVHPK-MKAVVDFVAGTLTKDVCEHVITRIVTPRADALVDR 1055
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A6A3ZUN6_9STRA (Uncharacterized protein n=9 Tax=Phytophthora TaxID=4783 RepID=A0A6A3ZUN6_9STRA)

HSP 1 Score: 115 bits (289), Expect = 6.290e-22
Identity = 194/771 (25.16%), Postives = 308/771 (39.95%), Query Frame = 1 
Query: 1657 GGVDDKPEEHIVFNTGLDCRSFAASVLLGLKSLLPHIGMDTLDLLAESL----ALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADD--AAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSE----VMA--LVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGP------RHNKGQVPAIG-----VRVPSAPLQLQ--WFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGI-------SASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQDLGSDLGVHGYRLSPQLSTPVGLGSPGTHRIPAEVSTSSSNVISTPKSGSLDDEV--VLSRRLIHNCCPYLEDLLTLIGSLGRAWKLGLVAGGNSTLLRAGQSPR---TVGTTGMSPRSRRVIKPHSLKPIRVMPSLPEQHRRGDN-------------------QGENTGPSRGSIYTESARLRLVEAFFHSLPDDLQVTADFVVRRAVQNACEEVLTAVIRP 3801
            GGV     E   F   + C  FA  V L ++ +L H+G D L L+  SL     + S   E ++EV   + + +             +G Q   +  A+ V+    PF      E DS  ++RT  +  ++ NR++  D F  LLR +Q  +  L       +   +  AA  L++ + P N  W A++F+ +LV  G     E+D +    +MA  LV    D+    L+KLHRR S           K S K   P AQ            H  GG      G+  P S   + G       R N+    A        +  +A L     +F  NQ FF+H L   DSY F+  +K +L  +    Y  + T           + DAR             K FT  +++LKV+AKFLG L F P W +       SA +A     E    +  E A   +  L +   L++++  + +   +PW+ ++L M+  D +S   T+++ ++  L  LH  PR+     +  E  L V+ +IE +F  L  D G   +  S    +   + SP   R+  E     S    +P++G+ +D +  + S+  + +C   LEDL   I +                  RA  +PR   ++G+ G+      V     L+P++V   + E    GDN                   +   TG        +     L EA F   P  L+   +FVV     + CE V+T V+ P
Sbjct:  378 GGVAPSRGEASEFCWRVHCLDFAEVVFLEIEPVLAHLGADLLGLVKHSLRDADGICSSMLERLDEVSRRREEFRVAESAR-------IGCQLPIEMKASAVRDFAIPFNE----ETDSRLHYRTPEESLLYTNREKVRDGFLGLLRQFQQKQHSLVGIENAGVATAAIAAARELLAEVLPENRWWFAKFFVQELVQVGSNPFGESDKDLVLKIMADKLVVKNPDR----LRKLHRRFSQ----------KPSNKS--PQAQ-----------VHATGG------GSNGPNSNNRTNGKVNNNSLRRNRQDTKATANEDDATKSFTATLDRMRSFFTDNQLFFFHFLHSCDSYEFSELVKHQLERQF---YAIRDTMSP--------SADAR-------------KEFTEVVLRLKVVAKFLGYLRFSPQWQVTCSIRQLSAHNAAFKALEREGISTLEVAR--DSSLDVKKLLENSILESSISKCIPWLCDYLSMLSLDKLSFGTTYFKQLVVLLHLLHRSPRLN----SLGETGLYVALQIERIFHVLKLDAG---FMHSEDYQSRHLIPSPRV-RLALE-----SEDDPSPEAGAGEDHLPFLYSQVFVQSCVSELEDLRGFIQT------------------RAQPTPRRKLSIGS-GIMTTGHPVTPIRKLRPLQV---VIEDGHGGDNFSSFAVKHEDVVRAASPGMKSPATGFPSSFPPVQEENDELSEAVFKLHPK-LKAVVEFVVGSVTTDICEHVMTHVVTP 1042
[Close]
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Match: A0A8K1C9L9_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1C9L9_PYTOL)

HSP 1 Score: 114 bits (286), Expect = 1.350e-21
Identity = 143/559 (25.58%), Postives = 229/559 (40.97%), Query Frame = 1 
Query: 1642 REECQGGVDDKPEEHIVFNTGLDCRS-----FAASVLLGLKSLLPHIGMDTLDLLAESL---------------ALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIVQSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGSRKGLQQYPERALQDLSRTAAS----TLISGLAPGNFVWLAQYFLGQLVGWGLALPEETDSEVMALVAPAGD--KGRATLQKLHRRISTPSFGEDTNALKSSQKLRHPGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRH--NKGQVPAIGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLYQQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKFLGLLTFRPNWGISASDATSTRTEMPSTNANEEAHVTNCPLPLD-----------VYLDHALSTTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPEHPAFTEALLAVSCEIESLFQ 3201
            R  C  GV+  PE          C S     FAA  L   + +L H+G D + L+A++L                L  + E  ++E   + C++  +                      ++    PF      E DS  N+R+  +  ++ NR++  D F S LR YQ  +  L      A QD + TAA+    +L+  + P N  W A++F+ +LV  G     E+D+E+++ +       K    L KLHRR  T     DT A   + +    G     P  +  RG+   GG         P  S  AS+  ++       P +  R+ S      +F  NQ FF+H L   DS+ F   ++ ++ A+ A ++  +T+             DAR             K FT T+++LKVLAKFLG L F P W       TS      S NA  EA   +    L+            +L  ++    +   VPW+ ++L M+  D +S+  ++++ +   L +LH   R+     A  E  L ++ +IE LFQ
Sbjct:  326 RPSCNSGVE-SPEIEPCTAANEFCNSEVATAFAAIALETAEPVLSHLGADMVQLIAKTLEDFRLCGDLPSRLHHTLQEREERRVQESAKIGCELPIETK-----------------GTALRDYTLPFCE----ETDSRLNYRSPGESVLYSNREKVRDAFLSQLRTYQKRQNSLLA----ADQDRAATAAAEDARSLLRDVLPENMWWFARFFVMELVQVGSNPLGESDNELVSKIMEDKMVVKNPDRLHKLHRRF-TNQKPVDTAASTLAHRNHKAGGVP--PLRNSGRGNGSSGGKPNNSTRLVPSSSASASSSVQNASTAPSQPDVYDRMRS------FFTENQLFFFHFLRSCDSFQFTTLVQHQIHAQFASIWHAKTS------------SDAR-------------KEFTETVLRLKVLAKFLGFLLFSPQWHWLTLSTTSMAGTTGSKNAALEAAQRDAVKTLEDAKAMRSFDALSFLKDSIRDGTIAKCVPWICDYLTMLSSDALSSSTSYFQQLFQLLDRLHRSERLL----ALGETGLFIAMQIERLFQ 820
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig186.1.80 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5K0S5_9PHAE0.000e+056.54Codanin-1_C domain-containing protein n=1 Tax=Ecto... [more]
D7FKV8_ECTSI0.000e+057.04Codanin-1_C domain-containing protein n=1 Tax=Ecto... [more]
K3W6H7_GLOUD2.750e-2927.03Uncharacterized protein n=1 Tax=Globisporangium ul... [more]
A0A5D6Y5V6_9STRA3.180e-2924.67Uncharacterized protein n=1 Tax=Pythium brassicum ... [more]
A0A662X8N6_9STRA2.170e-2424.33Uncharacterized protein n=2 Tax=Nothophytophthora ... [more]
A0A225WLP1_9STRA2.220e-2324.20Uncharacterized protein n=1 Tax=Phytophthora megak... [more]
A0A3M6VJB2_9STRA5.440e-2324.13Uncharacterized protein n=1 Tax=Peronospora effusa... [more]
M4BMV3_HYAAE2.770e-2224.28Uncharacterized protein n=1 Tax=Hyaloperonospora a... [more]
A0A6A3ZUN6_9STRA6.290e-2225.16Uncharacterized protein n=9 Tax=Phytophthora TaxID... [more]
A0A8K1C9L9_PYTOL1.350e-2125.58Uncharacterized protein n=1 Tax=Pythium oligandrum... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig186contigP-littoralis_Contig186:26002..59039 -
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 ortholog65071.PYU1_T000568
Model size6086
Max annot lvl121069|Pythiales
Hectar predicted targeting categoryother localisation
Exons17
Evalue3.5e-30
EggNOG OGs2CFGF@1|root,2RWD6@2759|Eukaryota,1MD6Y@121069|Pythiales
DescriptionSource PGD
Cds size5142
COG categoryS
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680789889.5801032-UTR-P-littoralis_Contig186:26001..268041680789889.5801032-UTR-P-littoralis_Contig186:26001..26804Pylaiella littoralis U1_48UTRP-littoralis_Contig186 26002..26804 -
1680789889.7994175-UTR-P-littoralis_Contig186:58898..590391680789889.7994175-UTR-P-littoralis_Contig186:58898..59039Pylaiella littoralis U1_48UTRP-littoralis_Contig186 58899..59039 -


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

Feature NameUnique NameSpeciesTypePosition
1680789889.5975242-CDS-P-littoralis_Contig186:26804..279351680789889.5975242-CDS-P-littoralis_Contig186:26804..27935Pylaiella littoralis U1_48CDSP-littoralis_Contig186 26805..27935 -
1680789889.6064284-CDS-P-littoralis_Contig186:28219..283041680789889.6064284-CDS-P-littoralis_Contig186:28219..28304Pylaiella littoralis U1_48CDSP-littoralis_Contig186 28220..28304 -
1680789889.6144428-CDS-P-littoralis_Contig186:28512..293961680789889.6144428-CDS-P-littoralis_Contig186:28512..29396Pylaiella littoralis U1_48CDSP-littoralis_Contig186 28513..29396 -
1680789889.623036-CDS-P-littoralis_Contig186:29727..298381680789889.623036-CDS-P-littoralis_Contig186:29727..29838Pylaiella littoralis U1_48CDSP-littoralis_Contig186 29728..29838 -
1680789889.6357925-CDS-P-littoralis_Contig186:30118..302531680789889.6357925-CDS-P-littoralis_Contig186:30118..30253Pylaiella littoralis U1_48CDSP-littoralis_Contig186 30119..30253 -
1680789889.647039-CDS-P-littoralis_Contig186:30573..306841680789889.647039-CDS-P-littoralis_Contig186:30573..30684Pylaiella littoralis U1_48CDSP-littoralis_Contig186 30574..30684 -
1680789889.6596913-CDS-P-littoralis_Contig186:32834..330621680789889.6596913-CDS-P-littoralis_Contig186:32834..33062Pylaiella littoralis U1_48CDSP-littoralis_Contig186 32835..33062 -
1680789889.6767662-CDS-P-littoralis_Contig186:33284..335301680789889.6767662-CDS-P-littoralis_Contig186:33284..33530Pylaiella littoralis U1_48CDSP-littoralis_Contig186 33285..33530 -
1680789889.6896317-CDS-P-littoralis_Contig186:35487..357011680789889.6896317-CDS-P-littoralis_Contig186:35487..35701Pylaiella littoralis U1_48CDSP-littoralis_Contig186 35488..35701 -
1680789889.707458-CDS-P-littoralis_Contig186:36003..361351680789889.707458-CDS-P-littoralis_Contig186:36003..36135Pylaiella littoralis U1_48CDSP-littoralis_Contig186 36004..36135 -
1680789889.7211032-CDS-P-littoralis_Contig186:36418..366061680789889.7211032-CDS-P-littoralis_Contig186:36418..36606Pylaiella littoralis U1_48CDSP-littoralis_Contig186 36419..36606 -
1680789889.7321851-CDS-P-littoralis_Contig186:36784..372191680789889.7321851-CDS-P-littoralis_Contig186:36784..37219Pylaiella littoralis U1_48CDSP-littoralis_Contig186 36785..37219 -
1680789889.746065-CDS-P-littoralis_Contig186:37427..378941680789889.746065-CDS-P-littoralis_Contig186:37427..37894Pylaiella littoralis U1_48CDSP-littoralis_Contig186 37428..37894 -
1680789889.7545273-CDS-P-littoralis_Contig186:38151..384041680789889.7545273-CDS-P-littoralis_Contig186:38151..38404Pylaiella littoralis U1_48CDSP-littoralis_Contig186 38152..38404 -
1680789889.7643807-CDS-P-littoralis_Contig186:38726..387891680789889.7643807-CDS-P-littoralis_Contig186:38726..38789Pylaiella littoralis U1_48CDSP-littoralis_Contig186 38727..38789 -
1680789889.7738805-CDS-P-littoralis_Contig186:39913..400441680789889.7738805-CDS-P-littoralis_Contig186:39913..40044Pylaiella littoralis U1_48CDSP-littoralis_Contig186 39914..40044 -
1680789889.7891722-CDS-P-littoralis_Contig186:58570..588981680789889.7891722-CDS-P-littoralis_Contig186:58570..58898Pylaiella littoralis U1_48CDSP-littoralis_Contig186 58571..58898 -


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig186.1.80prot_P-littoralis_Contig186.1.80Pylaiella littoralis U1_48polypeptideP-littoralis_Contig186 26805..58898 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig186.1.80

>prot_P-littoralis_Contig186.1.80 ID=prot_P-littoralis_Contig186.1.80|Name=mRNA_P-littoralis_Contig186.1.80|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1714bp
MYPQHRPHRQYFAGSCKKGKDRDCAVFYFFKGYCLLGNVALQGGVHEAER
DSNCGRYSKFKQYDPLTFVVTILNFLREDTALLLAPSGERPQTVDHPSPA
CPAVNGGRAGALISEGDQPPIPRGLFPTTAFDIASADDFPSLPMGGAPRD
NRTGNKQRRRIRPTPLSNADKPIEGDITAFGSTGTAAPSFGETSDVAAAR
LNVSAQGVPPAFEVAEPPQSRASKGVMVNTKLLNKASSLPVGTEPSTDLA
KERDEVEEVFAENEQGITHLRQATSGLMPDPGQLARRRLLVQGRDGDGAR
RALRSNRGRPAMMSLSFELASGDSSSMERAGGLPADRAQNPQSPFSEDIA
KCDASSLGSGGQASTDCTLHTPKKTTVAGSNPRAGDGLLSRSGPAPSAPP
VIMPKTPLEATSEKQERRRENDRPLAILASLYVHVMIRRFVPSLSTEMHL
TIRLLHVHSEVELSRNDRVSRSERDRQEDPSSSRHIANSPTAAAETRLKE
REECQGGVDDKPEEHIVFNTGLDCRSFAASVLLGLKSLLPHIGMDTLDLL
AESLALASQSEELIEEVRHVQCDVKGDNDKADGNGPRNVGQQNADDAAIV
QSVGAPFAALQWSEKDSLNNFRTTSDRSMFQNRQESVDRFGSLLRDYQGS
RKGLQQYPERALQDLSRTAASTLISGLAPGNFVWLAQYFLGQLVGWGLAL
PEETDSEVMALVAPAGDKGRATLQKLHRRISTPSFGEDTNALKSSQKLRH
PGAQHRRPHADQDRGSHILGGNRGPRVGAQPPRSRKASTGPRHNKGQVPA
IGVRVPSAPLQLQWFPGNQEFFYHVLLVLDSYTFNIHLKAELAAEIARLY
QQQTTFKTRRKGVEHINEDARANCIGNAAAGEGLKGFTGTMVKLKVLAKF
LGLLTFRPNWGISASDATSTRTEMPSTNANEEAHVTNCPLPLDVYLDHAL
STTGLVGAVPWMVEFLRMMKWDDISAQATFYRHILGRLAKLHAQPRMRPE
HPAFTEALLAVSCEIESLFQDLGSDLGVHGYRLSPQLSTPVGLGSPGTHR
IPAEVSTSSSNVISTPKSGSLDDEVVLSRRLIHNCCPYLEDLLTLIGSLG
RAWKLGLVAGGNSTLLRAGQSPRTVGTTGMSPRSRRVIKPHSLKPIRVMP
SLPEQHRRGDNQGENTGPSRGSIYTESARLRLVEAFFHSLPDDLQVTADF
VVRRAVQNACEEVLTAVIRPAVSAAVSRFHVASHQMDRVDHVSPAPSSLV
TGSSGGIRSTRDEGQSVDEVMAAFGRSLKSRARSLAGKRGNAVATATTLS
LVPPSISPRVRQTVAVIAGHHAQQAAEKKILELMAATVSEAVSAYHAGQA
ANQETMIHSHSTGSIRGRQSQQALGGLLTKVPVSNLFALTLTFVDSAHKL
VGFREEIIMEAAHRVSTSSASDVQAVETVVVETSHLVNAIRHGRGSHSIP
ENCHVMHGADGSVRGTEHGNEGKGGPESTGKQQLRSQRVPQDPKMLGTFL
SSLARLFGALPDHHHHIWQSFRKRSTSAGTLGTAFEDLVHLCAIAWESKD
LSNSEVALPYANDGDLGGYHGRLHGGSWQRDVAPTENCLCDFPWDPLLSL
LSWGVVPVLTAEDSLLSCMQAAENPETGEAGVGNTPGCCWGGRSSSKSLV
AVATAVARGYHSLAVGEDLSTVLLTDLLGVAANSLTSVRTASQPFFRYHP
MDLSRLVARLTIA*
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mRNA from alignment at P-littoralis_Contig186:26002..59039-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig186.1.80 ID=mRNA_P-littoralis_Contig186.1.80|Name=mRNA_P-littoralis_Contig186.1.80|organism=Pylaiella littoralis U1_48|type=mRNA|length=33038bp|location=Sequence derived from alignment at P-littoralis_Contig186:26002..59039- (Pylaiella littoralis U1_48)
CGAGGTGTGTCTTGACTATCTGTACCCTGGTACATGTAGTTCTGCACCTT
CACATCCAGCCGGGAGATAGCGTGTGTTACTGCTACAGCAGGAGTTGGAT
ATGTAAACGGAGTATACTTACTTCAAGTAATCTGGTATAGTATGTATCCC
CAACATCGCCCGCATCGCCAGTACTTCGCAGGGTCTTGCAAGAAGGGGAA
GGATCGTGATTGTGCAGTCTTCTACTTTTTCAAAGGTTACTGCCTGCTTG
GGAATGTTGCATTGCAGGGCGGCGTTCATGAGGCGGAGAGAGACTCGAAC
TGTGGCAGATATTCAAAATTCAAACAGTACGATCCGCTGACTTTTGTGGT
CACTATCCTGAACTTTTTGCGTGAGGACACTGCTCTACTCCTAGCGCCGA
GCGGTGAGCGTCCCCAGACGGTCGACCATCCGTCGCCAGCATGTCCAGCA
GTGAACGGGGGCAGGGCAGGTGGGTGGAGCACAGTCGTTCTGGTACCTCA
AGTACCCTTAAATACGTTCGTATTGCTACTGTATAACACCGGACTGAAAT
CATGAAATCCTTACACTTCGAAGTGTATGATACAACAGGCTCCGGTTTCA
TGGGGTGCTCTAAAATATTTACTTCGAAGTACCAGGTACTCCGTATTATT
TGGCCCGCAGAGTGTTTGCTCGCCTCTGCTCGACAACAACACGCACATTT
CAGCACGTGTATGTGTGTACTGCTGTATAAACAGCAGAACGGCGTACGCT
GTACTGAGAAAACCAAAACCTCATCAGAGAGTATCGTATGGCGAGAAGGG
AGGGGGCTCTGTCTGAGGTGTGTGGCGTGTCGCAGTTTTTATGTATTTCT
TTGTGAAATACAAAAAAAACGTTGAACCAAAAACTGCTGCTGCTGTTGTT
GTCATGCTACTGATTTGTTGCAGCTGCTGTGTGCACAACGAGGAAGATGG
TTGTCGCTGCTCGTTGCTCTATAAGAATGGAGAGCTGTGATTGGCTTGCT
CTATAAAAATGGGGTCAAAAGCAGAGCCCCGTGATTGGCTTGCTCTTTGA
AATTTTGCCCCTACCCAAAAAACTCCCGACATACAACATGAAGTCCGTAT
ACATCTATGGGGTATGACTATAGAATAGCGAAGCTTGGAGGGCAACTAAA
AAACGTTTTTTTTATTTCGGTCATTTCACATACACTCGTGGAGGTAGACA
GGAGACCGGGGTAAGTGCGAGGTTGCAATGTAGGAAGGCCTTTCGCCTCG
GGCGGGGATCAGGGATTCTGGCACCTTCCACACACACACGTCGGCCCTCA
CACCTCGGCACGCGGTCCACGCGCGGAGGCGAAACCTCTTGGATCACCTG
AGCATTGCACCAGTGGAGCCTCGAGTCCAAGGTTCAGCGACGGAAGGTTC
GCGGTGAGTGCAAAAATCGTATTTCCTAGGGTCTCACAGGCGGCCCCTTC
TGACCCCGGCTTCCGACTACCCTCTCTAGCACGACAGCGTGCTCCTTCCA
CAGCGGTGGCAAGTGTAGGCTCGCCCATCCCAGCCGTTCGCCATACTCAT
GATCTACTCTCGGGAGCAATCCGCGTGGGAAACGATCGTGTGTGGGCGAA
GATATCAACACATACATGGGCACATGTCATATTCGGTTAGGGTTACGCCG
CACCAACAGGCGCACGCGGTGCTGTTTTTTTGTTTTTTGCTTGTATTTTT
TTTCGAAAATATTGGCGATCTGGAGGAAGGCCCTGATGGGTGAAATGCTA
CTATTAATGTACTATGGAGTATGACTACAAATTCGCTATAAATTCGCTTA
CGATATATAGTCATACTCCATAGGTGCCACTATGTTCCCTCTTGTGCCAT
CTTGTGCGTAAGAGGGGGGGTAGTTGTGAGTGTAGGACCCCGTCGTGCAT
GCTGGGATTTTTCACTTTAGGGCGGGCCTTGTACATTTTCTCGTGTATAG
CACTGCTGCACTAGTCTAGTCTTGCTGCGGCAGTTCAGCATCAGAAATTG
CCCGTCCGTAGGTAGTCGTGCCCTCAAAGTTTGCCAATTTTTTTCGTGGG
TCCAAATCTCGCAGCAGTACAGGACGTAAGCCCTGAAAAGACTGGCGTGG
TATTGCTTCATCACGAAGGTATACTCATTCATGCCTAAATATGTACGTCG
AACGTTAGGTTGTTCAGACATGGAGACGGAAGATGTGCGAGACGCCGCCG
AAGCGGGAGCGGAGCGGTTGCGGTTGAAGACATGTCCTCCAAGCTTCGCT
ATATCAGCCGGACGACGTCGTGCGCGGTGCGGCGCTGCGTCGTGTTGCCC
CTGTCGTGCTGTGTGAGGTACAACCAGATCGGCAGCCGTGTTTCCACGTG
CATCGGATGTCCGGCAGTGCCCCAGTTGGCATCCGGGAAGTAGTGGCGGG
CAACATCGAAAGCGCTTGAAAACTCGCATGGGGAGGCAGCTGTTTCCGTG
GGCTGTCCGCTGCACGCCGACACGTGTGCCGTCGCACCTGTAGCGCAGGG
GGATGTCATCGGGGGCACACCCTTGACGTAGCGACAACGTGAAGTGGTCG
TACCTGGCGCAAAACATCGGCAAGGGTGTGGCGTACAAAAAAAGGGAATT
ACTGAGTTTGCACGGAACTCTCACAAGACACGAACCGTCGGTGGCTGTCC
GAGTGGCTGACGGAGGCATATTGTATCACACTCCCACAGACGCACACAAA
ACAACCCTGGACACGAGCTCGACTCTGTGCGCGTAACTATTGTTTAACAG
CAAACCGCAGCAGGCAAGTGCATCGTTGGTACCGACGATGCCGGTAAGAA
CGGTCGCCGCAAACCACAGGCGCGAGAGGCGTCCAAAGCGCCCGACCGCC
ATGCCGGTGGCCGTCCTCCTTCACCTGTCGAGAGAAAGCACGCGAAGGGG
GGCGGGGGGACGAATTTAGCGCCGAACGAGTACGAAAATCGTCCCTGATT
TTCCATCGCACCCGAACGTCAACTTCGGTGGCCACATATCATAACTTCCA
TTGAACGATCACTTCACAGAGCAGCGGCTGCTGCTGTGACTTCTTTCTAC
ATATATTCCAACCCACTGCTGTGGAGTGGGTTTGAAGGGCCCTCGTGCAC
ATGTTTTATTGCGAGCGATTTATGACCTGCAGAAAACGAAAAACAAAAAG
TCGGGCCACACTATACCCACAGACTTTCGCACATCACCGCTGGCTCGCCA
CTTCTGCCTCGAAACAGCTTGGCAAACCAAACGCGGACTCTCGCTTTACA
GACCTGGATACAGACAGGTTCGCTCCGCTATCCCCGTCTGTCTGTTTTAT
TTATCTATTTATAGCCCTCCTCTAAGAACTACTGCTGTAATTCTCTAGAG
AAACTGATACACGAATCTGCGCGCCTAAATCTCGGGCGCAACTACGGTGA
CGGGACGATCAAGTAATTTGTACGGTCTCTGCAATAAACACCGCGAAAGA
AGGTGCATGATGGGGACGTGACAATGTTTTGATGAATGTTTTTTTTGTGA
CAACAAACAGCAGACGTTCCTCATTTTAAAAAATTTGCAAAAAATGCGAA
AAACCAGGGGCCTGAGGTCCGCCGAGCTCGTCGCATGTTCCTTCGCGGTC
TGCATTTTGTTGATATCTTCGCCCACACACGATCGTTTCCCACGCGGATT
GCTCCCGAGAGTAGATCATGAGTATGGCGAACGGCTGGGATGGGCGAGCC
TACACTTGCCACCGCTGTGGAAGGAGCACGCTGTCGTGCTAGAGAGGGTA
GTCGGAAGCCGGGGTCAGAAGGGGCCGCCTGTGAGACCCTAGGAAATACG
ATTTTTGCACTCACCGCGAACCTTCCGTCGCTGAACCTTGGACTCGAGGC
TCCACTGGTGCAATGCTCAGGTGATCCAAGAGGTTTCGCCTCCGCGCGTG
GACCGCGTGCCGAGGTGTGAGGACCGACGAGTGTGTGTGGAAGGTGCCAG
AATCCCTGATCCCCGCCCGAGACGAAAAGCCTTCCTACATTGCAACCTCG
CACTTACCTCGGATGCGGCGTAACCACCAGTTGCCCTCCAAGCTTCGCTA
TTCTAAAGTCATACCCCATAGGTATACATCGAATTGTGTGATACAAAATG
ATACTTCGAAGTACTCCGAACGATGTAGTTTTTACGAAGTACATATATAC
CAGGTGCGAATTTGTATTGTATGATACACTTTGTACGTCGTATACAACAG
CAGTACCGGTACCTCGTACGTGTCATCATTCAAAGTACTGTCACGTACAT
TGAGGCCCTGTAAAACGAAAGTCGGGAAATCACTACTGAAATAAATCATT
TTCTCATGGTCTCTGATTGGCCAAGGCTCTTATTACCTTCCGACGACGCC
CCTGATTTTTTGGGCATCACCGGCAGACCAAAGAAGTCCACAAAGACTCA
TTTTTCGGGGTCTAAACCCGATTGAAGGCTTTCTGAACGATGTGCCTCGC
GCACCATAGACAAGCGGACAGGCAGGCCAGACCAAATACTACCGAAGCAA
CCAACAGCAGTGCCACAGAACATAAAATGGAGGTTTGCTGTTGAACCAGA
AAAGCCAACGTCAGCACCACATGACAGCGCAACAAACAAACACGGCAGTT
CGCGTGATGACGTCCCATAACACACACCACACACGCCACAGGCAGGCCAC
GAGGTCGCCTCTCACAGCCCATGGCAGACAGACATATGATGATACGGCAG
TCTTGAGTGCATGAGCCAACACACACACCGCACACGTACACAAACGGGGT
GTCTCTCAGCATGCAGGCTTGGTGCACAGAGCCCACGACCTTGCCTCTTT
GCATGCGAGAGGACGCATATGATGCGTCGAAGTATTGCTGTACAGTAGTA
CTGCTGTACGAAGTACTTCGTGCAGCAGTAAATTTTATTGTTCTGTTTTA
CCCGTCGTGTCATCATCAGAGGTCGGCATCCTGCTGGCGTTTACAGGCCT
TCAAACAGCTTTTAAAAGCTTTTCCGTTTGAATGGGTTGAAGGCTTTGTC
GCAAAATCGTTCGCCCTGGTGGTCTAGTGGTTCCCTCGTTAACCTACTAG
TTGTAAGGTCGTAGGTTCGATTCTCTCTGAGAGCGTTACTTGTGACATTA
CAGCGGAAAGCGAATGACTCGCGAGAGAACAGAGGGAAGGGATTGCTGTA
CCCGACTTGCATTAAAAACCAGAGAGGGAAGGGATTGCTGTACCCGACTC
GCATTAAAAACCAAAGGCACGTATCGTCGGAGGAAGGTTTGGGCAATAAA
ACAGAATAAAAAGTGAAAAAGCTCGTGTGTGACCTTCCTCTGTGTGACCC
CGACTGACGCACCCACTTCATACCGAAAGGTGAAGACTGATGCCCAGAAT
AAAAGGGATGACAACACACACATCAATGATAATGATTCCATTAAGGATTT
TCCGACTTTCGTTAATACAGGGCCTAAAGGATGCAGGGACGAGTCACAAT
TTTTGAAAAACAGCGAAGGGGCCCTGACAATCACACACTGGGTACCTCGT
ACCAGTAGAAAGGTGTTGGGAAAGAGAAAATTGTTGGTTATCACACGCAG
CGGCAGGGCTTCTCTTTACATGCACATCGCGCGCTTATCTCCAATCTCCC
AAATGAATATCAGATCAAGAATTGTTTCCGCAACTCTAAGATCAAGTCGA
AATAGCTTATTTTGATGAGGCTCAAGTAAGGGCGTTGAGCGAACTCATCT
TTACTACCAGATAAGTACCTTTATCAGTAGAGGATACCGTGGAGCAGCTA
TGTGTGTGTCGGCACTTTCAGACATGCTGGTGGAGCTGAGACATCGAAGG
CTGAAGCAGTAGCTCAAAAAGCCCGCAAACTGCGGCCGAACTGGACCGAC
ACCAGAGGCATGGTAGTCGCCACCACAGGCCCCAGCCTCCTGAACTGCGG
GTCTACAGCAGTAGCTGATACCACTGGCTACATAGAATGGCCGCAGTTTA
GGTGGTTGTGGTCCGTGGCGGCGAGTACAGCAGTGACAAACCTTTGGTGT
CAGTCCAGTTCGGTCGCAGTTTGCGGGCTTTTTGAGCCACTGCTGTAGCC
TTCGATATCTCAGCCCCAGCAGCATGTCTGGATATGCCGACACACACGTA
GTACTGTAGCTCCATAGTGTTCTCTGCTGATGAAAGTACTTTGACTACTA
CTCCTTAACAGCAGACCAAGGAAGAGGTTAGCCAAATTAGCTATATAACT
TTTTTCAGAAATGTTGAAAAATTTTGTTGGTATTTATGAGATTGGAGGAA
GACACGTGATAAGCATGTAAATGAGAGCCCCGACGCTGTGCGAGATAACC
AAAAGTAGTTCTCTTTCTCGACGCCTTTCTACGGGTGTGAGGTACCCAAT
GAGTGATTGTCAGGGCCCCTTCGCTGTTTTTCAAAATCTGTGCCTCTCAA
CAATCTGTCGTCCCTGGATCCTTAAATCAAACACGGCGATGGATAGGGTA
TTTGAGGAGAGCACTGTGCTGAATAGCGGTCGCAGGTACACACGTACGCT
TTGCTTTTGCGGGTGCTGTGTGCCGGAAGCGTTCAAAAATATGACTCCTA
CCGCGGCATCCGAACCACGCCTCGTAGCTCACAGAACTCGACGAACGAGG
GCTCGTTTCAAAATCGGAATCGGTGAATTTGTATTCTGTTGCAAGGACTT
GGATCTAATACACTACTTATTGCTCACAGCGACTGCCTCCGGGAGCATTC
TGGGTGGCCGTAGATTGGTACCCAAGATAGACTTTGGAAGCCCAGAATAA
TCAGGCGTTTGTCGAAAGCCTGCAAGTTATTTGCACCCCATTCCCTGGTG
GCCTTAAAGTCACGCTGGGTTCAGTACAAAAATAAAGTGGCAGGAAGAAG
GGTGTGAAAACGAACGGCGTTTCGCTAAAAAAATGGAGCATAGACTGGGA
GATTTGCATAAACGCAGCTTTTTTTCCAGGGGACAAAAAAATCAACAGGA
CAGCTTATTTATTGGAGCATTTTGAGCGGTAGCGAATTTTCAATCTCGGC
CAACTCCAAAACCTCCGCATATTTTTACTGCTTGGCCAGCCCGGTAAGCC
AGCTACATTCGCGTCGAGTGCGTCTTTTAATGGGGGATGCACACGCGGAG
AACGGCAGTTTCGCATCATCGCACCCAGCACATTTCCAAGTGCGGTTCAA
TTTCGGGCGGCTATATGCATCTAGATACAAATATGCTCCGAAGAATACCT
CTAGAATCGGTTCTAGCTGCCCATTGCTACTGTCAAAGCATGGGACGCCT
CTCACACATATCTATGGGCTGTGGCACTTTCGAGCAGTGTGGCTGCCTGT
GGCGAGCTTCCACTGTCGTGAACTGGAGCAGAGTTTTCTGGGATTTTACA
CAAATTTCGACCCGGGGAGATCATGCTCAAAACGTTAGTTTCGATCGTCT
CGATCTCGCGCAAGGCCTAAACTGGCATGCGGCACAGTTTGACCCACTCA
GGATCACAAGTCAAGGTGATTTCTGCAAAAAGATCGGGAGGTTTTGTCTC
TGAACGCAAACAGGGGAGGGGATAAGATGTGGAGTGTACAGCAGTCAGGG
GGGCACGCCGAAGGGTTTCTGATCTAGGAGTTGAAAGAAAAATGACACCA
GTGAAGTAAAAATGCGACGATGGAACCCCGGGATACCGAGATGGCGTCTT
CACCTTTTTTTCTGTGCTGAACCCAGCGTGGCCTTAACCCCTCTAAGCCT
TATATCCCTTTTTCACGCGAAAAAATAAAATAAAAGTATCAAAAGAAAAA
AACAATACTTTTACAGACTCACGGTTGGCCAGGGCTTGACAGTCTCTCCG
ACCAAGCGCCAAACCTTTGAGTCGAATCAAATGTCCCATTCGGGGACATT
TCATACGGTTTCGTCAAATTAATTGTCCATTTCCCGGTAAACGGGGCACG
AGAAGAAGCGTTCGAGTATTAATAAGCCTACGGGATTAGTCTCTACGGCG
GTATACACTATACACAGCATACACCCACACACCACCACCGTCCCCCAACG
CAGCCGGCGTTCCCTGGAGAGCCCAACACGATGGCACACAACGGCGGCGA
CTTGTTTGCCATTAAAGGGTGAAATATACTTCCTCTGTATCATAAGTCTG
GGCTGTTAGGTTTATACGCCGCCTTAACGGTGTCCGATCTGTTTTTCGTT
GTTTTTGTCGAAATCTACGGCGTTTTTTTAGCAAGAAAACTTTTTTTTTT
CTAAAGCAGGTGCTTGATCCATGCGACTAAACGGCTAGAAAACTTTGAGT
CGGCCCAAAAACGGCCATATTTTGCACATTTCCGGGGGTGGGGTACGTGG
GGCATTGAGCCTAACCCCCCCCCAAAAAAAACAAGAATTATCCCCAACCT
TAAAGCTAACCCCGCCTAGACTCAGCCATCCACAATACGTCCCTAGACTA
AACCATAATGATAGTGACCCACACACAAAGTTCAAGACATTTTTGGGGTC
CACACTAAAACCAAGACACTCGTGGATCCCACACTAAAATTCTCAAAAAC
GTTCTCAAAAAAATTCTCAAAACAGGCCAAAATGGGCATATTTTGACCTA
ATTTTAGTGTATAACACGGTCTTCGTTTTTTTTTTTTTTAGTTAGCTTTG
CATATGTCTTGCCCTTCTAACGCACCCAGCCAAAGGCTGAACGTCAACGT
TTAAGTATCTTTACTACTTCACGCACCTAACAGCCCAGACTTATGATACA
GAGGAAGTATGACATTTATATTCTTTTTATGGCGACAAAAAGTCCCCAAA
AATCGATTTCGCGTTAAAAAGATGTAACGCCGGTGGGAAATTCAGCATCT
GATTTTTTTTTTGCGAGTCCGGTCTACTTGATGCGGATAACGCACATCGC
AATCAGCACCTTACTGCTTCACGTCGCAACAAAAATGAGACACAACAAGG
GACACCAACACAAACATACGTCCCGACATCATCGTCGTTCTCCACATTGC
ATGACACGTTAAGATACCTGGTACAAACACCGTCGTGGTGTACAGCAGTA
TACGGCAGCAGCAGCAGCATATTTGTGTGTGATACAAGAACAACAGAGAC
TACCAAGACAGCAGATAGATGCAAGATGGGGCACATACAGCAGCAACAGC
AGTAGTTGTAGCATATCACGTGAGAGCAGAGAATACACAAATATCCCAAC
GCAAGAGCTGTACACAGATAGGAGGATGCCGGCGAGAATTTTCTACCCCG
CCGGTGTATGCCTTTGGGAAATGCAGGCAGCAGAGAGCAGCGAACCATGG
GTGCGCTAGAGAGGCCGAAGGCCTGTGCGTCGAGGGTCTTAGAGATGTGC
AGATACCGGAAACCTTCAGGTGGGAACAAATGGGCATCTGGTATAGACAG
TATTGTAGATACTGAAGAAATAGAGGAACTGGTAATACAGCAGCACCACG
GAATCCACATTCCCCGCTCTGTCGGCGACAGGATGACGGCCGGGCGCGCC
GGGCCTTCTACTATCCAAACTAATCGATCCAGCCTATCACGGGCGTTTGT
CGCGGCCCCTGTGTGTATTAAGTTCGTGCTCGGGGGATGTGCTGCTGCCG
TTCGGAAGCGGCGAGATTGCCTTTTTTCCTGCTTAGGACTGTCTGCTTTG
TGCGAGCAGGAACCTTTCTGCCCGACAACATGTGCGGCTTTGGCCCCTTT
TTTTTTAATGCCGACAAAAGCTGGTGACGGGTACACCATGCGAACCCACT
ACGGAATTCGGAGCCCCTAAAAATTTGATCCAACTTTGTGCTGCTGATGC
CAGTTGGGATCATGACGCTTGTCACCACTGATGCTCCGCTGGCAGGCCGC
TGCTTGGTGTGAAATCAATAGGAGACCTCAAGAGGGTTATGTTCTATCTC
TCCCAGTACTTATCTGCCATGGTAATCCCTCAAACTGCAAAAATGCTGTG
TCATCACATCTGAAAGCAAGCCGTTTTTCTCAGGTTTTCTGTGTCTCCGA
ATCTCATTTTTAGGTCTCGTTAGGCAAACTCAAGCCACATGTGTGCACTC
GTAGAATTGGCTCAATCGGCTGAAACTCGAAGAGGGTGTAGCTTGGTAGA
TGTACTACTCAAACAAAGTTTGCAGAATTCGGGATCGGTCCTACAGCGCT
GACGATGGGCCTGCAAAAGTTACCCAAATTCAACCCAAACTCAACTCTAA
AACTCAGTATTCACGAGGTCGAAATTTTAAAGAAATAACCATTATGTGTC
TACCTCCAAAAATACCGCCAAAATATTAGCCTTGAGTGTTCCAAAACAAC
TTCAAGCCAAATGTGTGCACTCATAGAATCTCCCGAATCGGCTGAAACCC
GAGGGTATGTAGCTTGGTGGATATACCACTCAAAAAAAAGTTTGCAGAAT
TTTGGATCATCACTACAGCCGATGAATATGTCACAGGAAAATCGAGGCCG
GGGGCTCCGCGAAATAATAATATTTGTCGATATAAAAAAAAGAGATTATT
CTTTAGGGAGCCGCATATATGAGGAAAAATGAATGCTACTCGGCCAGCCT
TTTGTGAAGAGAGTCAGTACCAGAAGGTTAACCGGATATCTCGGTCCTAG
CTGACTCTGAGAGAAAGAGCCAGAAGATCCAATGAAAACTTGATGTGATT
TAAGTGAAGTGATGAAATTCATTACCTTTTTTTTTCAGCGTTTGCTATTC
GGACCGGACCTCTCAGACTTAATCGCAACATTCATTTTGAATCCAAAAAC
ATTTTCTGTCTGCGAGTCAGGGCGAATAGGCAGAGAGATGGGCCAATCGT
GACATAAGATCACAACATACGGCTTCTTGGAGGCCAGGAAAACTGTCAGC
TTGCCTCGGGAGGTGGCCACGTCGCTACACACTCATTCGCCCCACACCCA
CACTACACGGAATAGAGGTTCCACTCGCGAACCGCAGCCCACCCACAAAA
ACGATGATGCCCTCTTCGAGTGCCAAACGACAGCAGCAGCATGACAGGGA
GGAGCAGTAGCAGTACCACTCAGCAGCAGCAGCAACATCAGCCGCTGCAT
CAGCATCCACTGGCGCCGCAAGTGTGCCAATCGACATCCCACCACATACG
TAATACTTCCAACTACTGGTTTCGCGCCCGGTACAGTTTGTTCACAGCTT
TTTGTCCAAGGGGGTGGTCCTTGGCTCCTGTGGCACCGAACTGTGGGCAA
GCCGCAGCAGGAAGTCTTCACGCCGGGCGTAACCTATCGACTACAGCTCC
GCCGTTCTTTGTTCTGTCGCCGTGTGGGCTGTTCGTAAATGGCGCCGCGC
ACTGAAGTTCATGTCTGTATCTCGTTTTGGCTTTTTCGGTAAAGACAGAA
CACGCTTTTGCTCCGACACTTCATTGGATATTTCTGCTCCAACTCTCAGA
CTCAGAGCTCAGCCTTGAAGCTGATTTCGGACGATTCATTTTTGGATCTC
CTCGACGAGGTCTTTCCAGCGCTATGCAGTTGCAGAGCCACTTTTCTTGC
TTTGGGGTAGTCGAGCTTTGGATGTCAATCCGGGGGTTTTGTCATCTTGT
GCAGCATACGGAAGTGGCCATTTTTGTGAACCATTTTAGCTTCGTTCCTG
CCGGTTTGAGCCTCCTGCGCTCTTGTGAGCGTAGATTCCGCAGGGCAGCG
CCGTTTAATTTTCGGGCGAAACGTCAATCTTTGATGCTGCCTCGCCGAGT
TTTGCGCTCTGGCCTACCGTGAGTCTGGAGTTGCGGCCTCGACACCGCCG
CCGCGAGGCAACTATTGCGCCGCACCCTCCTGACGACGGTCGCTTTGGCC
AATCAGCAGCGATTGATTTTATTGCTCGTGACCTATATTCCACGACTGTT
CTCTGTGAGGTTCGAGGTTCGATCTTGTCACCCAAACGTCAAAATCGAAA
TCGAAATCGAACTCAAATTTCAAATTTCGATTTCAGAAAGCGAGGTGTCC
GTTTGTGTTTGCTCAAGAAGTTTGGAATGAAACCCAGACAATAAAAAAAA
AAATGTCTGATCTGAAAGAAGAAACTCGACTGGGGCTAACCCGACTTCAA
AACATTCCCACGATACTCTTTTTTTTCAAGGCCTCCCCGTCCCCTCTGGC
CTTTTTCATACTCTTTCTCCATTGGACAGCCCGATATTCGGCGGCTGTGC
TACGTTTACGTCCTCTAACTCCCCCTGAAATCGTGCTCGTGACACGTAGT
CTGACCCTTCTCCTCCTACTGTCACATACGAGTTACACCGCAAATGCTGC
TGATTTCCGACTTAAGTTACTTGTTTGACGTTCGTTTCGTTGCCATCCTC
TCTCACCTGCCTGCAACACGGTGACGTGAGGGGGGTTTTCGTGTAGGCTT
CGCTTTAAGCCTTGCGTGCGCTCTATCTATGGCCTTCCCTACTGCGGATA
TCCTGAAGTGTGTGGTGGGCAAATCCCATCTAGCTTATTGTACATCGTTT
GAAAATACTTGATCGCGGCTAGAAACCCTCCGATCGTCCCGCTTTAATTG
TTGTAAGAAATGCACGTCGACGCCATAAAAGGTAGTCAACTCCCTCACCG
CGCTCCCTGTGCCGTGCTCGTCATATGGCCCCCGACCAGCTTTTGCGCTA
TCTCCTGTTTCTGTCCAGGTTCTGAACACCCCACGATAGCCCCTGTTAGT
ACTACTCAGTATAAATCAACGATTCGTGCCCTGGGAGATATACTGCTACC
TCCCCTCCAACGCTCGTTTCTTTCGTTGCGTGCACTTCACTTGTTCCTCA
CAGCGGGCGACGAGGTAGCGTTTCGGTGATGATCGTTAGCATCTTTCTAT
CCTCCCTGCGACATCATCGATGATCTGCCTGTTTCTGTTCTTTCCCTTCT
CCTGTTCCGCACACTCAGTCACCCTCGTCGTCTCTGGGCTTGTCATAACA
TTCCAGGCTTTACCATCTAGCCACCGCTCTGGTAGCTTCTCCACTTGAAA
TCAGTTGAATCAGTACCTTTCCTCGCGCACCAATGTCTCGAAACGTCCAG
TTGTCGTCCCGTGTGAGTCTCGAAACGTTCTCTGCTACTCTATCCATTAT
CATCTAGATATTCCATCAGCAAAGGTATTTTTGCGACCTGGTGCATGTTT
CACTATACGATACCACCCATGTTTGATTTCGATTTGACCCAGCAGCCTCA
TTGTCAGCCCTGCTCGCCTATGTGTGAACCTCCACAGCTGTTTGCCCATG
AGTCGGCCGGTACGTTATCGCCCGTCATCAAGATGATTGTCCTTGTTCGT
TAGGTTTGTTCCTGACGATCGCTTGCACCACCCAGCATGTGACGACCATG
CCAGTCAGTCTACTGTAGAGTGTCGTGATTCCGCTCGTCTCATTGGCGAC
GGGCTTTCGTGCAAGCTGTCGAGGCAGGGTCGAGGGCGTATCTTAAAAAA
TCTCAAGCTCAGGACAGTATGCGCCCATGGCATCGAAACTGGCATCGGAG
AAATAGCAGCGGGCAGGGGGGCGATACATGTGTGCGAAGAAAGGCGAGCT
GAAGGATTCTCCGAGTCTTCGAAGTTTTTCTTCGATTGCCCATCTCCGGA
AATCTAGGTCACCATGGAACTCCCACCCCAAGCGAGCCTGCCGTATTTGA
CACGTCTTTCGTGTGGCCTTGTCATGCAGTCCAATCAGTCTCAACAGGTG
CCACACGGAATATTTTCATAACTTTCCAGCTAGACTCAGCACGTCTTGTA
CGCTGGCTTCTTTTCCATCGCAAGACCATTCAGTGTCACGCATTGTTTTG
ATCGTCTTTTTTCTTTTGGAAGTGGTCGCTATCCGCACTGTGTGGGTACC
AATCGTGTACGTGAGGAAGTCTTCTCGTGTGTCACAGTTGGTGCTTTGTT
TCGCCCCAAGTATTGGCGTCTCGCCAGGCTCTCTCGGACCAAAAAGCCTG
ACACAGTCAGAAGCTATGGATACCGATGCAGTTGAAGCGGATAGGTTATG
CGTGTGGTGACTGTACTTTAGTTAGGATGAAATCGTCCAAGTACGCGCCG
CAGAAAATACTGTCGTGAGGTCCACGGCGTTCGGTTTCACGTACGCTTCA
CGCGGAACTCGAGTGAGCGGTCCCGCTTCCCATGGCTCGACGACTTTTAC
ACGACCTCGTTTCGATTCCTTCTGGAAGCGGCTTTGCGTTCTCAACGTTG
GTGTTACTGTACAATGAACATGTTTACTGGAGACGCCATGGATCCCCAGT
ACCCGGGTGATCCCACCCACCCGGAAGTGAGCCTGAAATCCGCAACGAGG
ATACCTCCGACTCCGACTACAAAGCAGAATTTATGTGCGTGGTTGGCTGC
TACTCTAAAGGATAGGGATTATTCACATCCGTGGTGGCGAGCAAGATTCG
CTTGTCGAGCCACCTCACCCGATGGCTCTTGAGTTCACTGAGTAGTGCGG
GCATGATTTCGGCACATAAACAGTTGGGTACCGCTTCGGTGATTGTGTCT
CTGTTTACACCGCCTTTCTTCCATCGTTGTTCGGAAAGATCCGTGCTACT
GACTAACCTGTCTCTTTGTTCTCCCCATGTACCGGTTAGTTTTTTTTTTA
TCTTGCTCTATCGATGGGTTGTTTGTGGTGACTTTTTCCCGTGTGTGTTG
ATGTTGAGGCTCTGGTCCATCAGAAGTTGTGAGTGACGCCGACCCGATGA
CACATTTTCCAGACTCGTTACTGTTTTCCGTTTTTCTCGCCTTGCGGTGT
CCCTTCTGTCCGATGGTGGCACCACTTGTACATGCTGTCTTTTCGCATCG
GTCCTTCTGTTCGACCGTGGCACGTATGGCGTACGCCATCTTTACCCGTC
TGTGTGTCTGTGTGTCCGTCCGTGGCACCAATCGTGCATGCTGTATCTCC
TTGTCTGTCCTTCTATTTTTCCGTTGCACGTATGGTGCTTGCTGTCTTTT
CCCGTCTACCCGTCCGTCCATCCGTCCGTGGCACCAATCGTGCGTGGCAC
CAATCGTGCGTGGCACCAATTATGCGTGGCACCAATCGTGCATGCTTTAT
TTTCTCATCTATCCATCCGTCCGTCCGCGTCACCGATCGTGCATCATATC
TTTTCTCGTCCGCCCTCCACTTGTCGGTGATCCGTATGGTCCATGTTTCT
TCTACTATCCATCGGTCCTGTTCACGGCACCTGTCGTGCAAGCTACCTTT
TTTCGGGTTTCCGTCCGAGTCTGTAATTATTAGCGATGCATTCCATTGTA
AAATCGGCTCTGTGCTGAAAACAAACTGTGTGGTCATTCCTGCTGGGCAT
GTCGGGTCTACGCTCGTCGGTTCTTCTTCTCTCACCGTAAAACTCGTCCG
ATGCAACCGACCCAGGTTGGGGAGTTGCCCATATCGCTAGCGTTCTTCTT
TTGTCCACAAAAGCGTCCGTGCTAGCCGTTGTGTTGCTTCCTGTCTTTGT
CGGCCCCCCGTCTGGCAGGGCCCGTGCCCCCATGCGGTGCGGCCTGCGGC
AGGATTCCTTCCGCCTAAACGATAACGGGCGCTGTGTCGAGCAGCGAGTT
GGGGGGTGGCGGGGGCGGGGTAACCTGCGAAGGGGAGCAAAGCGGGGGGA
GCTGCAGGAGCGACAGCCGCAGCGGAAGTCTGGATAGCGGGTGCACGTCG
GGCGGGTACTCGCGGGGCCAGCCCTGGTTGGGGCCTCCTGTCGGTCGAGG
AATTCTAGGGTGTATGTACTTGTTCGTGGGTAAGGTTACACTCTTGGTCG
ATTGCAGGGAAGGCCCTTCCATCGTGTGAAGCACGCGTTTGCGGAGCAGC
CCCAGGCAATCAGTTGTGTAGCAGGTGGGGGGGGAGGGGGTTCCTGAAAT
AGTTGTGCGCGCGCGTGACGACACGCTGCCGTCGGGCGTTGTTGCCTTTC
TCTTTAAGCCTCTCTGCTGCTGCGGTTGCTGTAGCGGGAGGAGACCCGGC
TAGAGTATCTCGACGAAAGCGTGATTGCTCACCTCTGCCGTGTGGGTCAT
CAAGCGTGGGAAAGGCAAGGCAAGGGTTATGGGGCCTTGGCCGTCGGTCT
GTGCCGCAATAGGAAATTCCTGGCTCACCCACATGTCAACGTCCGCAACA
TTTCCAAAAGGAGGAGGAAAAACGAGCAAGTCATAGTGCTAGACAAAGGG
TCATGAAATGCATGCTGTTACGATTCCAAGACTAGTACGGGATCTACCGT
GCCTTAAAAGTAGTGCACGATAGTGCCCCACATCGGCCTAACTCAGGAGC
GTTGGTAATCCTTGGTTTGGGACCGATACCCGAAAAACTCGGCAAGATAT
GTGTGACTGCGTGTTGCACACAGCACCGGAAATGCCCTCCTGAAGGTCCA
AAAGCCCGAAAAGTCAGGCTTGTGAGCAACATCTTTCACCGTGGGAAGAG
TGCTCTTCGCTCAGTTCTCAGCAGACTTCACTCAAACAGATTACTCTGTG
CTCTAGGGGATACGAGCTTGTGTGTCAAGGTACAGCATGTGTTTTAAGTC
GTGTTGTGATATTGTGAGGAAAAGCATGCCAATGTGTTTGCACACTTGAT
CGCTGCTCTCCGGGTTATCATCAGAACGCGCTGGACCAAGTACTCTGTAC
AGTACGAAAAACAAGCTATCTGCTGGGGTATTACACATTGTCGGCGCAGG
TATACACGTTGTGCTTTGACCAAGTACGCAAAGACATATCGATGCCCACC
TATGTGCTCTCTCGCGGAATGTACCGAGACGCACAGCAAACACCTCGTTT
TTTCTACGTTGTTCGTTTTTGAGCCGCATTTCGATCTATTCGTTCCTTCG
ATTTCGAGGTACTCAAAAAGTATCGCAACACAAAAAAGTTTAAATCGAAA
ATGCGGCGTGGGCAGATCAATTCATGGCCAATCAGTGATCCTTTCAATTT
TCAATTTTAGGTTTGGATTCCCAAACGGCGATGAGGGTAGCCATTGTCGA
ATCAGCGATGAGGGTGGCCCGTGTCACCGCACTAAAGACGAATCGAAATC
TGAAATCGTAATCTCAAAGTCACTGGTTGGCCAAATTCTCTCCGCACATG
CGTCCAGCAGATTTTCGATTTCGACCTTATTGTTCCGAAAGCTAATGGAA
ACGTTAAACTCTAAAAATCCGATTATAGAAATCGGAAATGCGGCTCAAAG
ATCGAGGAGACCTAGAACGAGTGCAGAGGTGTTTGCTATGTATTCTGGGA
GCACATCGGTGCACATCGATTTGTCTTTACTCAGCTGGTCACAGCGCAAA
GTGTAGCCCTCTGTTGTACACGTGTTACTTAGGCAGAAGGTTGGTATCCC
GTAGAACACAGATCGCTTTGTTCGAGCAAATTCTGATAAGAATCCGGAGA
GCACTACAAGTGTGCAGAAGTGTGCAGAAAGCCGTTGCTCACTTGTACCG
GTGCTGCCGCGAATCTTGATAATATGATAACAAGATCGGCATGCTTTTGA
TTACCGTATTCTACACAAGATACCACACCCCGTGTTAAGCTTTTTGCATT
CCGTATAGCTCCACAACCAGGAGGGTGCCACTGCCGAAAAGGGTGGTTTT
GGAAAGATCTCGTCGAGAGCTTTCGTATGACGGGCTGTTTGGTGTTCGCA
CCCTCCTGGTTGTGGAGCAATACGGAATGCAAAAAACCTAACACGGGGTG
TGGTATCTTGTGTAGAATACGGTACGACGATATCACGAGTTGTAGCTGCC
TGCTGTACACGTACGGTACCTCCACACAAAGATGGTATCGCCAAAAACAA
AGAGAACTCTGTTTGAGCGGAGTCTGCTGAGGACTGAGCGAAGAGCTCAC
CCGCGTGCAATGCTGTTACTCTAGAACATGTACAACGGCTGACTTCATGG
GCTTCGAGGGCTCCAAAAAGCTTTGAAGGGTGTGCAACACCCAGTTAAAC
ATGCGTTTCTTGCCGTTTTTTCGGTTGTAGATCTCAAACTAAGGACTACT
CGCGCCTGAGTCAGGCCGATGTGGGGCACTATCGGGCACGGCTTTGGAGG
CACGGTAGCTCCCGCACTAGTCTTGGAATTGTCACAACATACATTTCGTG
AGCGTCTGTGTTCTGACTTGCTGGTCGTTCCTCCTCCTTTTTTACTTTTT
TTGTGCCTTCGCTTTTTCAATTTTAGATGAACGCAGCTGCACAGCCGCGT
CGACTCAACTCGCTTTCAAAATCGAAATAAAATTTCGAGTTTCCAAGTTT
CGATTTGGCCATTCCAAAGTGATGAGGGCGATCCTGACAAGACTCACCCT
GCGTAACGGATTCAGCAAGCAATTCCTATCGTACATCTATTTCAAAATGG
CACTTTTTTTCCTGGCAAAATATGCCGCTGGGTGCCGGTCGGCGGCATCT
GCCCTCCCGAGCCCTTCATTGCCTTTTTTGTTTTCAGCTACTTCGTTCCT
GCTGTGATGGCGCAAGCATTGCTGTAGCTTCCTTCGGTCGAAAGTGCTGA
ACGAAAGAGTGAACCGATTACATGGCAAAATGAATGTCAACCATAAATCG
GCCCCAAAATAATATTTTTTTTCGGAAACTTTTTTTTATCACCTGTTGTT
CGATCTTGATCACGTTTGATCGGGTGTTTAAAAAACTTGCTGGAAATCTT
GTTTCTTCTCTCGCCTTTCCCTTGGCATTATTTAAGGCCTACCATTCAGT
ATTTCGACGTCAGCATCTCTTCTTCTCCACCTCCCATATACTGGAGCTCA
TAAAGTACCTTTCTTTCTGCTCAGTCGAGCCGGCACCCTCTCGGGTGCCG
GCCCTGCCCCCTTGTACAGCAGTACAGCATTCCTGTGGTGCAATATCATG
CCTTGATCTGGCTTCAACGCTAGATTTGTGGCGTCTTTGTATTTCCACGT
TTGTTTTTCGACGGCATGGCCCACTCAAGACTCAAAAGTTTTCAATACGT
ATTCTTCGAAATTGCAGAAGGAGGTGCATGGGTTAAAGTATAAGAGCGCT
TAATTTCCCTCTGAGCAATATGCCTGGCTTAGAGACTGCGAGAATATGGG
GCCAATGGTCCTTCGGCAGAGTATTGCACGTGCTGTTTCCCCCAAGTGGC
GGCGCTAAATGGCCTGCTGAATATTTTCCCGCTATTGTGTGGCAGGTGCA
CTCATCAGTGAAGGGGATCAGCCACCGATCCCCCGAGGCTTGTTTCCGAC
GACGGCGTTCGACATAGCCTCTGCAGATGACTTCCCCTCCCTGCCGATGG
GGGGAGCGCCTCGCGATAACCGCACGGTGAGGTTGCTGCCGTGCATTGCA
AATAAAATACAGGGCTCTGATGGTGACACAACTACGTACGTACTACAGCT
TGGTTTTTGAAAAGTTCGCAAGAAATTTGTTCTGCCTTCGTACCGAAGTT
CAGCAATGAGATATTTGAAAACTGACAACAATGAAAGAGGGAGGCACATG
GGACCGCCGGAAACAAAAATGTACTACAAAAAAGTGTTGTGGCAGTGTTG
GTTTTATTCGGGAAAATATGACCACGAAAGAACGATACCGGTGACATAAA
ACATGGCGTCCTTAAAGGAAAGTAAAAGCACTTCTTGTACCACTCTGACC
GGCGAGGAAGATATTTTACACAGCATTTGTCATAAATACCCCTAACAAAC
GTGAAATCCCATGCATTACATGAAATATATTGGCTTTTTTCGCGTCGACC
TAAGAAGTTCAATATTACCAAGATAAAATACTTGAGTGCGGTGCTCAGTT
AAGGAATAAGCGCCGGGACTAAAATGGTGTCTTGCCGTGCGGGCCCCGAC
TGCTGTACGTATATTGAATAAAAAATTTAACCTCGGGTTTCATATACTCC
GTACTTATGATTGACGGTGCCTCACTGCATGTATAAAACGGGCATGTCAT
TGTTGTGATTCGCGTTCGTTCAAACCAAACCCATTGAGGTAGACCATGTG
GCTACGGTAAGGTTGAATCGTTCGCCTGTGTATCTGGTGAACATCCGGTT
GTTCGTTTGGCTGCTTTGACGTTTTATTGCATCGCTCCTGGCCGGGATGA
CCAAAAAGCACATGATATTGTTCTAATATGATTGTAGCCCCGCATGCGCG
GCATTTTTTTGTCATTTGCTGGCCGGGTACATTTTACCTCCGCTTACTTG
GTCCTAAAAAAATTATACTTCCTGTTTACACCCACGCTGTTGCTTCCACC
TACCTGGTCCGGTAGTTCCGTAGTAATAACGGGGTCGTATGTATTATGCT
AGTGCATATGTATGTATGTACCCGGTAATTCTCAAGAGCTGCAATATAAT
TTGTTTGTCTAAGCTTACAACACCCAAGCACGTTCGCAAATGACGGCCCT
CAATCCTCACGAACAAGACTTGATTGTTTTTATTGCGGCGCTTATCTCAG
GGTAACAAGCAAAGACGGCGTATTCGACCTACACCTCTGAGCAATGCGGA
CAAACCTATTGAGGTGAAGGAATTTGTCTACGCGGGAAATGTCTAAACTG
ACAACCCTGCAGGCTTCTTGTCTGAGAGTTTCCCTGATGGTGCGAGTGCT
GCGTTTGCCCTTCCTGGTGTAATACTGACCTTGTTGATATGTGTTGGAGT
CGCGCGCAATGCAGCGAAAGTAATACACGCCTTTCTCATTACTGATTGGA
GTCGCGCGCAATGCAGCGAAAGTAATACACGTCTTTCTCATTACTGGTTG
GTTTCTGTTGCTCTTTGTTAAGTAAGACACACGCTTTGCTGGCGGACGAC
GGGTACAATGGTGCGACTGGCCGTCTTTGATACAGGGAGATATCACAGCA
TTCGGTTCGACCGGCACTGCGGCGCCGTCGTTCGGCGAGACAAGTGACGT
TGCAGCAGCCCGTCTAAACGTTTCTGCTCAGGGCGTACCGCCGGCGTTCG
AAGTGGCAGAGCCTCCCCAGAGCAGGGCGTCCAAGGGCGTGATGGTGAAT
ACAAAACTCCTGAATAAGGCAAGTAGCCTACCAGTGGGCACGGAACCGAG
CACTGATTTGGCGAAAGAACGCGATGAAGTTGAAGAAGGTGAGCTCGAAG
CACCTGAGGAGTCCTGTTGTTGAATGCAGTGTACATGTCATCGCCTCCCG
CCGCTTATTGGCGAATCTGGTACCTGGTATTTGACAATTTGGGCGTCTTG
TCGCTTGTCCGGTGACCACCCAGCGAGTAGTGCATGGGACCCATGCCAAC
ACAGCAGTACCTCGTATCTCGTATGCGTCGGAATTATTATTGAAGCCCAC
GGGTGCTAATATGATACGTTGGCATGTGCTTCATTTCTGCGCAAGTGTTC
GCCGAAAATGAGCAAGGAATCACACATCTCCGGCAAGCTACCTCTGGCTT
AATGCCAGACCCGGGTCAGCTGGCACGACGAAGACTCCTGGTGCAAGGTA
GAGACGGGGATGGTGCACGCAGAGCTTTGCGCTCCAACAGAGGAAGACCC
GCCATGATGTCGTTGTCATTCGAACTGGCATCTGGCGACAGCAGTAGTAT
GGAACGAGCAGGAGGTCTACCTGCTGATCGTGCTCAAAACCCACAGAGCC
CTTTTTCTGAAGATATCGCGAAATGCGACGCCAGTTCGTTGGGCTCAGGT
GGACAGGCGAGTACCGACTGTACGTTGCACACTCCCAAAAAGACGACCGT
AGCTGGGTCCAACCCTCGAGCTGGCGATGGATTGCTTTCTCGGAGCGGTC
CCGCGCCATCGGCGCCACCCGTCATTATGCCAAAAACACCACTTGAGGCA
ACTTCTGAAAAGGTGCGACGAAACTTTTAACTTAAGTAACGTGCCCGCCT
GTGGTAACGATTGGTCGATGTGATGCGATCGAGATCCCACACACGCTGGT
TTTAACTATGCGAGTCCGGAGTTATTGAAATGTATTTCAGTCTCGTCTTC
GGTTTGAGGCAAATACTGCTTGTTCTCGACAAGTTTTCTCAAGCCGGTTC
GCGTTTTTCGCGCTGCACAGCAGGAACGACGGCGGGAAAACGACCGCCCC
CTTGCCATCCTAGCATCGCTTTATGTTCACGTCATGATTCGAAGATTCGT
GCCAAGTCTCTCTACGGAAATGCACCTGACGATACGTCTCCTGCATGTGC
ATTCGGAGGTTGAACTTAGTAGAAACGATAGGGTATCAAGGTCGGAGCGG
GATCGCCAGGAAGACCCCTCATCAAGCCGCCATATCGCAAACAGTCCCAC
CGCGGCAGCCGAAACTCGTCTCAAAGAAAGGGAAGAATGCCAAGGTGGAG
TGGATGATAAGCCTGAGGAACATATCGTCTTCAACACTGGCTTGGACTGC
CGTTCGTTTGCAGCTAGCGTCCTCCTCGGACTCAAGTCTCTACTTCCTCA
CATTGGAATGGATACGCTGGATCTCTTAGCGGAAAGCTTGGCCCTTGCTT
CTCAGGTGAAAATCGGCGCCATCTATTTTGTGATTGTACGCTGCGACATG
CTTTGTGCTGGAGGCGTAAAACGGCTTGTTTTCTATTTTGTGTTGACATG
TTGTACACTGACTTTGCCCTTCGCATCTATTGACCCATTTATTGTTGCAT
ACCTCACGTATCTCCTTCTTTCTTTTTGGCCAGTCGGAAGAACTTATCGA
AGAAGTGCGTCACGTCCAATGTGATGTGAAAGGTGACAATGACAAGGCTG
ATGGAAATGGCCCACGAAATGTTGGTCAGCAAAACGCGGATGATGCTGCT
ATCGTGCAAAGCGTCGGCGCACCGTTTGCTGCCCTCCAGTGGAGCGAGAA
AGACTCGCTGAACAATTTTAGGTGTGAACACAAGATGTACTGTGAAGAGA
CTGTCTTGTTGTGCACGAATCTTTCTCAACTTCGAACATTTCGAACATGG
CCCGCCTTGTTCCAATTCGTTGAAATGTATGTTCCATCGTGTCTAAGCTT
AGTGTTGATATATAAACATACACACGATACCGTAAACGAGCTGTAAACGA
TCGCCCTAGTAGATGTTTGATCTTCCGTATAATAGGGTACTCTAGCTGCG
AAATGAGTTTGAGCGAATCTCGTTTACTGTACGTCTGCGAAACTTCACAC
TTAGGACAACATCAGACCGAAGTATGTTCCAGAATCGTCAGGAGAGCGTC
GACCGTTTTGGATCCCTTCTACGAGATTACCAGGGCTCTAGAAAGGGGCT
TCAGCAATACCCGGAACGCGCCCTCCAAGATTTGAGGTACGCCGCTTTAA
AGTGTCCCCTATCAATTTTGCAGATACGAAGTCCTAGCATTCTAAGCCTG
ATGAGGATCGAATAAGCTTGGTGATTATTCATCATTTGCTTGGATTACAG
GTGCCCCACCTTGAGAGTAGAAGGATGAGCAGGAATTCGTTCATGCTTGA
TTGGTATCGTCACGTAAGTACGGCGCAAGATCCATTGCAAGCCGGCAACT
GCGTCCCCTTGCCTACGAAAAAATGGAGACCTTGTCGCCCTCGACCCTCA
TTCTCCGGTTATCGTTGTACCGCTCCGGTCCGCTGGAGTAGAACGGCCGC
ATCTACCTTGATAAGTGGTCTAGCCCCGGGAAATTTCGTATGGCTTGCTC
AATACTTTCTGGGTCAGCTGGTCGGGTGGGGCCTTGCTCTTCCAGAGGAG
ACTGACTCCGAAGTAATGGCGCTTGTCGCTCCTGCTGGGGACAAGGGCCG
TGCGACGCTGCAGAAACTTCATCGCCGTATTAGCACGCCTAGCTTCGGCG
AGGTGAGAGATTCCATAGAACAGGTCGTTTGCGAAGCTGGTGTTGCCAAT
GAGCTGCTTACTTCTTTATAGACGCTTTTGGTGTTTTTTCCCGGTTCCGA
TGCCGCGTGGCTAGACCTCACGTGAAGCGAACAGTGTCTGCCTCAACCGG
AAACGTTGAGTGTGCTTCCTTTCAATATCCGAAAGCGTGTTTGAGCCCGT
GGCTGTTGATCAGCCTTTGATAGGCGAATACAACCCTGCATCTCTGATTT
TGTATGGCTCGCTAGAAAGTGGTAACCGCTAGAAAATGTTGCTGAAGCCA
CGCCTGAGCGGAGCGTTCTACATGCGGTGTGTTTCGGACATCGGGTCCGG
AAAAGTAGGAGATACTAAAAGTTTTTCGATGGACGTCACAGGCACCCTTG
TAGTGTTGGCGTCTTCGATGACTATCCTCCTCACGTTACACTGCCTATCA
GAAGTGTCTGGTTAAGTGCTGGGCACCCTCAAAAGCTCACAGTCACCTTT
TGCACACCCCGGTAGTGATCTAACGAACCGCCGCCGCGGCCGTGTTCGCT
GGTATGCTTTCTTCGTGGCATGAAGTAAATGGATGCAAGGTTTACTTCGA
TCCACATAGATTGTCCGTATATTTATTAGATGCGATCAAAATTCCGACAG
AAAAGGGAAGATCTCCCACACTTCGTGAGCGTCGAATAGAGGGCTCACAT
TCCTTTGCTATGGCTCTGAGATAAAGCTTGGAGCCATCTCTGGTTTTTGT
AGGTGACGAAGTTTTTGGGTTGATTTTTCATGGTGCAACCAACCACGAGG
CCTCTTATGCGTGCGGCGAGATAAGTTGTCAAAGTGCAAGTCAATCACTG
AGCGCCATTTTTCATGATGCGAGCAAACCACAGCCCGCTGCTGAAGCCGT
ACATTGCGCCGCGCCGATTTTGTTTGCTTGAACGAGGTGAGACGTGCTCT
GTGTGGTATTATGTTTTTTCGTCCACTATATCTATTTTGTCCATCGTTGG
GTTGGTTCACGTACGGGGGCGCTGCGTTTTTCAGCCAGTGTGTACCAAAG
CGAGGTGCTGCGTATTTTTTCGTACATACCGTGGTGGTGACGATTGACTG
GTGTCGCGTAGATACAGTTCATCACACCACACCAAGCCCATGAGTCAGAG
CAAGAAAGTCCGTCACCTATCGGTATGTTTGTCCCAATCCCGTACCTCCC
GCCAATATGTATGGCGATGGTACCCAGTAGTAGGTTTCAAGATCCATTGT
ATCACCAGCGCACAATGTATTCATGTGAATCGTTGTTGTGTTGCCGACTT
TGTCTTGATCCCTAAATAACAGGTCATTGCATTCAGCTGCCCTGATTGAT
GATGTTTTGCTTCAGTGTTGTATTTTTCAAAATGCGATCGGTACCGTGAC
AAGAAGATAAGCCTCGGAGAGCAAAACGCCGCACGCCGCGCATACCAGGC
AGAGCAGCCTCACTTCTCATATACCTCGAAGTGTTTTAATGGTGATGCTG
CTGTACCTGTACAACCGTGCAGCAGTAGTATATTTTCTCTGAACTGCTTG
GCCAGGTTTTTCTGTTGAATACTTCGCATAAATAAATTCATACCCTGCAG
AATTGCCCTTACCCATTGAATATGAGCCTCTTATCAGAGCTGGATAAAGC
CGTATTGCCCGCATTAAACTTTTTTAGCTTTCGTGTTATGTGTGGGTCGA
AGTGTCGGGCCAAAACTAGTCGCTGACGATAAACTTCTGCAGAGCTTTGA
GCATGATACTGTATGTCCTTTGAATTCTCGAAGGTATCGGCCCTGAGCGA
ACGGCAATTTTATGAAGTGCTGTTTGAAAAGTTGCGAAACGTTTCTTGCA
TTTACCTCATGCACCCCCCCCCCGTGGGTGCTGCGTCTATGGTGTATTAC
CTCAAACACTTGTTGACGTTCTTGCTTGTATCCATTTTATTTAACAATAT
ATCGGACAGGATACAAACGCTCTGAAGAGTAGCCAGAAACTTCGACATCC
TGGGGCACAACATCGACGACCCCATGCTGATCAAGACCGAGGCTCACATA
TTCTCGGAGGTAACCGTGGACCAAGGGTAGGAGCGCAGCCACCACGATCG
CGCAAAGCTAGTACCGGGCCCCGGCATAACAAGGGCCAAGTACCAGCGAT
AGGTGTACGGGTACCTTCGGCCCCGTTGCAGCTCCAATGGTTCCCCGGTA
ACCAGGTGACGATTTCGGAGGAGTCCCGAAATTCTGCTCCGAAGGATTTC
ATTTATCACCGAAATCGGTCGTACACCTATGAACATAAAGCGTCCGAGTA
GTACCTCGCATTGTGCTTCAGTTGTGCTCCAATTTTGTACAACGCATCAC
ATGTTCGAAGAAACAAACCCTTGCACACCACCTTGACTTTCATTCTTCTT
TCTTGCCTGGGTTTCGGGACGCGACAGGAGTTTTTCTACCATGTTCTACT
TGTCTTGGACAGCTACACGTTCAACATCCACCTCAAGGCAGAACTCGCAG
CAGAGATTGCCCGGCTGTACCAGCAACAAACCACATTCAAGACGAGGCGA
AAAGGCGTTGAGCATATCAACGAAGATGCTAGGGCGAATTGCATTGGCAA
CGCAGCAGCTGGAGAGGGGCTTAAAGGGTTCACCGGGACGATGGTAAAAC
TCAAGGTGTGCCGCAGATGTATGAGTTACCTGGTAGGTGTACCAGATTGT
GCCACCGACAGTACCTAGTGTGCTTGTGCGCTTAACCCTGGCGACTCGAT
CGACCCACGCTAGATAGCAGATCGATCGAGATCAAGTTAGTACATATGCA
CGTACAAAATTCCAAGACATTTTACTTGATAATAGAGTGCAACTGCCAGG
TGACTTTTTGGGATTGGAAAAACAAGTTCCATATTTTCCAACGACACAAC
GCTCACCCTTTTCCACAACCAACCACGTCCACGCGAACAACGGACGCCGC
TCCATGCACTTGACATGTACGACTTGGCAGTTTCATGGCGTGTGAAATTC
CAATCCACGCTGCGTCGACATGCGTTGCACGCTTGTCGTCCGACACCGCT
GCGCGGACACCGAGCTATGCTGAAAGCTGCTGTGAGCAGGGTAAACATGC
ACGTACATGGAGCTCTGCGATTTTTGTTGAACACCCACGCGTGACATCCT
TTGCAAACAACGGCGATAATTCAGCAAAACACAAACGACGCTCCATGCGT
TCGACATTATGAACAACGTGAGGATTCTCGTACAACGTGAGGATTCTCGG
AGCTTGTAGTTGACCAATCCAAGCTACGTCAAGATGTGTTGTATGGATGC
GGTCGAGCACCGCTGGGGGTGTCTTGATACTTTACTGAGAGCTGCTGTGA
GCAGATGAAAGATATGTACGGGGGGGGGGGACTCGCGTGTTTTGGTTGAC
GCTGGCGCATCACATCGTTTACGAACAACCGCAAAAAATCAGCACGGCAC
GAAGGACCTGCGGCTACTACAATTGCACAGCGGTCTCCCTGCTCGCAGGC
GCGGATTATTTTCCTACCGGTTTTTCTGAAAATGTGGGCCGAGTCGTGGA
CCCCATCGACATCCACCAAATCCACAAAACGGCGGTGCTTATTTCGTATC
CATCCCATACAATTCATCTGTATTTCTATGTTCGGAAGGGGTCTCAGTAC
AGATAACATCTCATGCGGAACAAAAAAAAAAAGTTTTCTACCAACCGTAC
ATCGTCCACAACAACTTGCTGAATGCAGGATGAAGTGAAAGCAACAGGTC
AGATTCGGTACCCATCGACGTTTTATTCCAGCGGCCATAACAGATAAAAC
GTGGCGGAGGTGTATGTGTGCGTTGACTTTTCGTTAAAACGATACCTAAA
CCAGCATTACTTTGTTTGACAACCACCTTATTGAGGGGGGGGGGGTGCCA
ATCTGACCAATTTCGCTCAATTTTGAAATTCTGCAAAGAGAGCACCCACA
AGCGTCACGGAATAGGCATCAGACCACTAGGACAGGGTTGGGGGGCGAAA
CAAGAGCTGGACAAGGGTACGTACGTCGACATGAGTCACACACATGTCGC
AAATATTATTATGATTCACAACTCCGTGCTTATTTCGACAATTGTAAATC
AAAGACCATGATTAGCTCTACCGCGAATTGGCATTCCTTCCAACCAAATT
TCCCCCGTTGGCTCGCACAAAAATATCGAGTGCTGAATACTTGCCTGTAC
AAAGGATGGGATAACCACCCTCACGACACGCACATTGTGCGCAATAATTG
GCGCGCATTTGCATGTGCAAATCTGCACGTGATCCCCTTAATATGCTTAT
AATGTCGCGAATAAGCACAACAAGAAGAAAGCGCATGCTTGCCTTATTCC
TCAAAGTAATTTGGCTGACACAAAGACGATGAGTTGCCAAATGTCAGAAA
GTTATAAGTGCGACGGAAATCACCACGTCTAAACCTGTGGAATGCTTACG
CGGCTGATACTACCGACCACCACTCCTTCCTATCACCACATCTGCACTTT
TTTGCCCGGAAAGAACACCGTGCCAGCACCGTACCTATGAATGCAAAGAC
ACTCGACTTACTGAGCACTCTGGCCCCCCGGCCCATTGGGGGCAGGGGGG
CCGTTCTCTGATCCCTAGTTGAATATGCACTTCCTTCTGGAATCATTTTC
GCGGCCGAATCTCTTCACGCAATGGCTTAAGTTGGAGGTGCAGGCGTAAT
TTGAGTGAGCTCCCTACCCCACTTTGTCAGATTGCTTTTCGTTGCAAATG
TAGAACCACTGCATTTATCATGAACGCGTTTTGTTGTTGCCTTTTCGTTT
CGCAGGTGCTTGCCAAGTTTCTCGGGCTCTTGACCTTTCGTCCCAACTGG
GGCATTTCAGCCTCAGATGCAACGTCGACTAGAACCGAAATGCCTTCGAC
AAATGCAAATGAAGAGGTATGTCACAAAGGGAGCATTTGTTGTCGTGTCG
GCCGTTGAACGAGTATTGGTACAAGTTTGAAGAATGAAAGAGACCGCACC
CAAGGTATTAGAAAGTCTTCCTTTTGACACAAAAGAGGGACATTTCCATT
TGAACTTTCATACCGGAGTGAACCACTCAGATCCCAGTCTACACGGCTGC
CCGTGAGAGATACTAGGTACCGAGTGCTAGGCCGTTGAACAGTTGTCGAC
ACACCTCTCCAAAATATTGCATGAAACGAAATCTTGAGAGCCTAAAATTC
TTTCTTTTTTGGGTGTTCCTTGGTGCGGACATTTAGGCCCACGTGACAAA
TTGCCCTCTGCCGCTGGACGTCTACCTGGACCATGCTTTGTCAACGACTG
GACTTGTGGGAGCTGTGCCCTGGATGGTAGAGTTTTTGCGTATGATGAAA
TGGGACGACATCTCAGCGCAGGTAATCTCAAAGTCTCACAGTGAATGCGT
TCGCGATGTGGATGATGTCAACGTCAACTGCCCTTGTTGGTACCTATAGG
GTTGCTGATCACAGTCATCTTTTGTTGATCCGTGTGAGTGTATAATACTA
TCCATAATTGACTGGTTTGTTACTTCGTACTTCGTACTACGCTCCAACTG
ACCAGGATTGCAGACATCCAGTTGGATTTGAATGTATATTGACCGCCAGT
ATGCAGGGCTTCCTCCACCTTACAGACTGCATTTCGTCATACCTGGTGCA
GGCCACCTTCTACCGGCACATTCTGGGCAGATTGGCAAAGCTCCACGCTC
AGCCGCGCATGCGGCCTGAGCATCCCGCTTTCACGGAAGCACTACTTGCT
GTGAGCTGCGAGGTAATGAACCATCAACCGTGTGAATGGTCGGGCCGCGC
CCACTAGTTGTAGACATATTGGTAACATCATGGCACTATTTTTTAGCCTC
TCCATTGCAAAGGTCTATCGATACTTGCTGTTCACTGATGAGAATCTCGC
GAAACGACGCTCGGGAGGTGACTTTTGTTCAAAGACTCCAGCTCCAGAAT
TCGACTCGCTTTCTAGTTAAAAGCACGGAAGCAAAGTATGCACGATGACC
TGTTGTTTTTTGAGTGTCGACACCACCATTTTCGATCTGGAGGCCAACCT
TGACCCTACATCGCCACATTTTGCAATGTTGTGTTACCCTCAGATCGAGA
GCCTATTCCAAGATTTAGGCTCTGATCTTGGCGTGCACGGCTACCGCCTG
TCTCCGCAATTAAGCACACCCGTCGGCTTGGGTTCCCCAGGGACCCACAG
AATACCGGCTGAGGTCTCAACCTCCTCTTCCAATGTAATCTCGACACCTA
AATCTGGATCGCTGGACGATGAAGTGGTGTTGAGCCGTCGCCTCATTCAT
AACTGCTGCCCTTACCTAGAAGATCTCCTGACCCTGATAGGAAGTCTTGG
CCGGGCGTGGAAGCTAGGTCTGGTTGCTGGAGGAAATAGTACTCTTTTGC
GAGCGGGTCAATCTCCCCGCACAGTTGGGACGACTGGGATGAGCCCCCGC
AGTAGACGGGTCATCAAGCCCCACTCATTGAAACCAATACGCGTTATGCC
GAGCCTCCCGGAACAGCATCGACGTGGTGACAACCAAGGCGAGAATACTG
GACCAAGTCGAGGAAGTATTTACACGGAGAGTGCGCGCCTTCGACTAGTT
GAGGCATTTTTTCACTCGCTGCCAGACGACTTGCAGGTTACGGCTGATTT
CGTCGTCAGACGTGCTGTGCAAAACGCGTGTGAGGAGGTCTTGACAGCCG
TCATAAGGCCTGCGGTATCTGCCGCTGTCAGTCGATTTCATGTAGCCTCC
CACCAGATGGATAGGGTGGACCACGTGTCGCCAGCACCGAGCAGTTTGGT
GACGGGTTCCTCCGGAGGGATAAGGAGCACCAGGGATGAAGGACAAAGTG
TTGACGAGGTGATGGCTGCATTTGGGCGAAGCCTGAAGTCCAGGGCCAGG
TCGCTTGCTGGGAAAAGAGGCAATGCTGTGGCGACAGCTACCACGTTGTC
ACTTGTGCCACCATCGATTTCACCCAGGTACTCTCGAGGTCTGCAGGATT
TTTGCAGTTGGTACGGTGCGACAATATGTTTTCCTACATCGTTTTTTGCT
TTTTGGCTTTGACTTCATTTCGAACGATTACAAGACTAAAATATGTCTGA
TTTGAACGGTCGCCCCGCTTTGTTCATTCTGGAACCCTTCACGTAGTACC
TGAAATCCTCCCTCTCGAACGACGAAATGTGACAGGGTGCGCCAGACGGT
AGCGGTGATTGCTGGACACCACGCACAGCAAGCAGCCGAGAAGAAAATCC
TGGAGTTAATGGCGGCAACGGTAATGCTTCGATTTATCTGTCCCCGTTTG
TATTTTTTCATGGGAGCCGATGGGGGTGGTTGATGTGCGACGCTGTGTTT
TGCTTTTCGTGATTGCAGATCAACACATGTCACAGGCAAACCATTACCAT
TACGCTTTGCGTGCTCCGTAATCGTTGCTTGTTGCACCCTATCTGATTCA
CACGCTAATGAGATTGGTTGCACCGGTCGATCAGGGATGCATGGGCCGGG
CTTTGTCTGACGCGGTATATGACGCTCTTTTTTGACATGTGTCTACTATT
TCAGGTGTCTGAGGCCGTGAGTGCGTACCATGCCGGACAGGCCGCCAATC
AGGAAACCATGATCCATAGTCACTCGACCGGAAGTATACGGGGCCGACAG
AGCCAACAGGCGCTCGGAGGCCTGCTTACCAAAGTGCCAGTATCCAATTT
ATTTGCGCTTACATTAACCTTCGTTGATTCCGCCCACAAGTTGGTAGGAT
TCAGAGAGGAAATAATTATGGAAGCAGCGCACCGGGTGTCCACCAGCAGC
GCCAGTGACGTTCAGGCAGTCGAAACCGTCGTGGTCGAAACATCGCATCT
GGTGAACGCAATTCGACACGGGCGAGGTTCCCACAGCATCCCAGAAAATT
GTCACGTCATGCATGGCGCAGATGGTTCAGTGCGTGGGACTGAGCATGGA
AACGAGGGAAAGGGAGGACCTGAAAGCACGGGCAAGCAACAACTTCGAAG
TCAACGGGTGCCACAAGACCCAAAAATGTTAGGAACGTTCCTCTCTTCCC
TGGCTCGTCTCTTTGGGGCGTTACCTGACCACCACCACCACATTTGGCAA
TCGTTCCGGAAACGTTCAACGTCAGCTGGCACGTTGGGCACCGCTTTTGA
AGATCTGGTCCACCTTTGTGCAATCGCATGGGAATCGAAAGACCTTTCGA
ATTCCGAGGTGGCACTACCATATGCAAACGATGGTGACCTCGGCGGGTAT
CACGGTCGACTTCATGGCGGATCTTGGCAACGGGACGTCGCTCCAACAGA
GAACTGCCTCTGTGATTTTCCATGGGACCCTCTGTTAAGCCTCTTGTCTT
GGGGTGTTGTTCCTGTGCTGACTGCTGAGGATTCCCTTCTGTCTTGTATG
CAAGCGGCGGAGAACCCGGAAACAGGAGAAGCAGGTGTGGGGAACACTCC
GGGATGTTGCTGGGGGGGGAGGAGCTCGTCAAAGAGTCTGGTGGCCGTAG
CCACAGCTGTTGCAAGAGGTTACCACAGTCTGGCTGTGGGAGAGGATTTG
TCTACGGTGTTACTGACAGATCTCTTGGGTGTTGCAGCCAACTCCCTGAC
TTCCGTGAGGACTGCATCTCAACCGTTCTTCCGTTACCACCCAATGGATC
TGAGCCGGCTTGTTGCTCGTTTAACGATAGCGTAGGAAAGACGAAACTAT
CAAGATTCGACCAGTGTTGCATGTCAGTTGTTCAATTCCGCATGTCGGAG
GCATAGCTTGAGTGTCTCCGAGTAGAACTGGCTCCCAAATATGCCCGAAC
GTACACACTTATCAATATTACTCTAGCGGTATTTAGGTGGGTTCCATATC
AAAAGATCTAATTTGTGCCCCGGCAATCTACTGCTGCTCCAGACACCTGA
CCCCAATGTACATCTCCATTTCATACGTTTCCAGAATATTCAGGCCAGTC
CAGCTGTATTGCCCTACAGGCTTGTTCACGGGTAAGACGTCAAGTTTCCC
CAACAGCTTTCGCGCGTATTTTCGAGTTGGATATTGAAAATTTCAGGAAA
CTTTGCACCCATGTTCCGTGGGCTCCTATATACGCAACTTCGGAAACTGA
GTCCGACTATATTTATTTTTGTAAATTAAGATTTTTTGTGTCTTTCAGGT
TTACCGGGGTCGACTGGAACTCTACTTGGGTTACATAGAGTCGGCTTTGT
ATAGTTCAACGGTACAATTAGCCACCACATCAGTTCGTGGATTTGAGAGA
AGCAAATTGTGCACACCTTTCTTGGGTCGTCCATAAGTCCCGTAGACTGA
TCGGAAACAAAACACAATCTCTCTGCAAAGAACAAATAGACTGATGAAGA
ATATAATGTCCTTGCACGTTTTCAAGGTGAACTTCACTGGTCGAAACACC
TGTTGTCCCTTAGGGCCATTGCCACCGCCAGAGCTTTGAACAAAAACCCA
GCAATTTCATGGTCTTTTGCTTTTGACGGCGATCAGTC
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Coding sequence (CDS) from alignment at P-littoralis_Contig186:26002..59039-

>mRNA_P-littoralis_Contig186.1.80 ID=mRNA_P-littoralis_Contig186.1.80|Name=mRNA_P-littoralis_Contig186.1.80|organism=Pylaiella littoralis U1_48|type=CDS|length=5142bp|location=Sequence derived from alignment at P-littoralis_Contig186:26002..59039- (Pylaiella littoralis U1_48)
ATGTATCCCCAACATCGCCCGCATCGCCAGTACTTCGCAGGGTCTTGCAA
GAAGGGGAAGGATCGTGATTGTGCAGTCTTCTACTTTTTCAAAGGTTACT
GCCTGCTTGGGAATGTTGCATTGCAGGGCGGCGTTCATGAGGCGGAGAGA
GACTCGAACTGTGGCAGATATTCAAAATTCAAACAGTACGATCCGCTGAC
TTTTGTGGTCACTATCCTGAACTTTTTGCGTGAGGACACTGCTCTACTCC
TAGCGCCGAGCGGTGAGCGTCCCCAGACGGTCGACCATCCGTCGCCAGCA
TGTCCAGCAGTGAACGGGGGCAGGGCAGGTGCACTCATCAGTGAAGGGGA
TCAGCCACCGATCCCCCGAGGCTTGTTTCCGACGACGGCGTTCGACATAG
CCTCTGCAGATGACTTCCCCTCCCTGCCGATGGGGGGAGCGCCTCGCGAT
AACCGCACGGGTAACAAGCAAAGACGGCGTATTCGACCTACACCTCTGAG
CAATGCGGACAAACCTATTGAGGGAGATATCACAGCATTCGGTTCGACCG
GCACTGCGGCGCCGTCGTTCGGCGAGACAAGTGACGTTGCAGCAGCCCGT
CTAAACGTTTCTGCTCAGGGCGTACCGCCGGCGTTCGAAGTGGCAGAGCC
TCCCCAGAGCAGGGCGTCCAAGGGCGTGATGGTGAATACAAAACTCCTGA
ATAAGGCAAGTAGCCTACCAGTGGGCACGGAACCGAGCACTGATTTGGCG
AAAGAACGCGATGAAGTTGAAGAAGTGTTCGCCGAAAATGAGCAAGGAAT
CACACATCTCCGGCAAGCTACCTCTGGCTTAATGCCAGACCCGGGTCAGC
TGGCACGACGAAGACTCCTGGTGCAAGGTAGAGACGGGGATGGTGCACGC
AGAGCTTTGCGCTCCAACAGAGGAAGACCCGCCATGATGTCGTTGTCATT
CGAACTGGCATCTGGCGACAGCAGTAGTATGGAACGAGCAGGAGGTCTAC
CTGCTGATCGTGCTCAAAACCCACAGAGCCCTTTTTCTGAAGATATCGCG
AAATGCGACGCCAGTTCGTTGGGCTCAGGTGGACAGGCGAGTACCGACTG
TACGTTGCACACTCCCAAAAAGACGACCGTAGCTGGGTCCAACCCTCGAG
CTGGCGATGGATTGCTTTCTCGGAGCGGTCCCGCGCCATCGGCGCCACCC
GTCATTATGCCAAAAACACCACTTGAGGCAACTTCTGAAAAGCAGGAACG
ACGGCGGGAAAACGACCGCCCCCTTGCCATCCTAGCATCGCTTTATGTTC
ACGTCATGATTCGAAGATTCGTGCCAAGTCTCTCTACGGAAATGCACCTG
ACGATACGTCTCCTGCATGTGCATTCGGAGGTTGAACTTAGTAGAAACGA
TAGGGTATCAAGGTCGGAGCGGGATCGCCAGGAAGACCCCTCATCAAGCC
GCCATATCGCAAACAGTCCCACCGCGGCAGCCGAAACTCGTCTCAAAGAA
AGGGAAGAATGCCAAGGTGGAGTGGATGATAAGCCTGAGGAACATATCGT
CTTCAACACTGGCTTGGACTGCCGTTCGTTTGCAGCTAGCGTCCTCCTCG
GACTCAAGTCTCTACTTCCTCACATTGGAATGGATACGCTGGATCTCTTA
GCGGAAAGCTTGGCCCTTGCTTCTCAGTCGGAAGAACTTATCGAAGAAGT
GCGTCACGTCCAATGTGATGTGAAAGGTGACAATGACAAGGCTGATGGAA
ATGGCCCACGAAATGTTGGTCAGCAAAACGCGGATGATGCTGCTATCGTG
CAAAGCGTCGGCGCACCGTTTGCTGCCCTCCAGTGGAGCGAGAAAGACTC
GCTGAACAATTTTAGGACAACATCAGACCGAAGTATGTTCCAGAATCGTC
AGGAGAGCGTCGACCGTTTTGGATCCCTTCTACGAGATTACCAGGGCTCT
AGAAAGGGGCTTCAGCAATACCCGGAACGCGCCCTCCAAGATTTGAGTAG
AACGGCCGCATCTACCTTGATAAGTGGTCTAGCCCCGGGAAATTTCGTAT
GGCTTGCTCAATACTTTCTGGGTCAGCTGGTCGGGTGGGGCCTTGCTCTT
CCAGAGGAGACTGACTCCGAAGTAATGGCGCTTGTCGCTCCTGCTGGGGA
CAAGGGCCGTGCGACGCTGCAGAAACTTCATCGCCGTATTAGCACGCCTA
GCTTCGGCGAGGATACAAACGCTCTGAAGAGTAGCCAGAAACTTCGACAT
CCTGGGGCACAACATCGACGACCCCATGCTGATCAAGACCGAGGCTCACA
TATTCTCGGAGGTAACCGTGGACCAAGGGTAGGAGCGCAGCCACCACGAT
CGCGCAAAGCTAGTACCGGGCCCCGGCATAACAAGGGCCAAGTACCAGCG
ATAGGTGTACGGGTACCTTCGGCCCCGTTGCAGCTCCAATGGTTCCCCGG
TAACCAGGAGTTTTTCTACCATGTTCTACTTGTCTTGGACAGCTACACGT
TCAACATCCACCTCAAGGCAGAACTCGCAGCAGAGATTGCCCGGCTGTAC
CAGCAACAAACCACATTCAAGACGAGGCGAAAAGGCGTTGAGCATATCAA
CGAAGATGCTAGGGCGAATTGCATTGGCAACGCAGCAGCTGGAGAGGGGC
TTAAAGGGTTCACCGGGACGATGGTAAAACTCAAGGTGCTTGCCAAGTTT
CTCGGGCTCTTGACCTTTCGTCCCAACTGGGGCATTTCAGCCTCAGATGC
AACGTCGACTAGAACCGAAATGCCTTCGACAAATGCAAATGAAGAGGCCC
ACGTGACAAATTGCCCTCTGCCGCTGGACGTCTACCTGGACCATGCTTTG
TCAACGACTGGACTTGTGGGAGCTGTGCCCTGGATGGTAGAGTTTTTGCG
TATGATGAAATGGGACGACATCTCAGCGCAGGCCACCTTCTACCGGCACA
TTCTGGGCAGATTGGCAAAGCTCCACGCTCAGCCGCGCATGCGGCCTGAG
CATCCCGCTTTCACGGAAGCACTACTTGCTGTGAGCTGCGAGATCGAGAG
CCTATTCCAAGATTTAGGCTCTGATCTTGGCGTGCACGGCTACCGCCTGT
CTCCGCAATTAAGCACACCCGTCGGCTTGGGTTCCCCAGGGACCCACAGA
ATACCGGCTGAGGTCTCAACCTCCTCTTCCAATGTAATCTCGACACCTAA
ATCTGGATCGCTGGACGATGAAGTGGTGTTGAGCCGTCGCCTCATTCATA
ACTGCTGCCCTTACCTAGAAGATCTCCTGACCCTGATAGGAAGTCTTGGC
CGGGCGTGGAAGCTAGGTCTGGTTGCTGGAGGAAATAGTACTCTTTTGCG
AGCGGGTCAATCTCCCCGCACAGTTGGGACGACTGGGATGAGCCCCCGCA
GTAGACGGGTCATCAAGCCCCACTCATTGAAACCAATACGCGTTATGCCG
AGCCTCCCGGAACAGCATCGACGTGGTGACAACCAAGGCGAGAATACTGG
ACCAAGTCGAGGAAGTATTTACACGGAGAGTGCGCGCCTTCGACTAGTTG
AGGCATTTTTTCACTCGCTGCCAGACGACTTGCAGGTTACGGCTGATTTC
GTCGTCAGACGTGCTGTGCAAAACGCGTGTGAGGAGGTCTTGACAGCCGT
CATAAGGCCTGCGGTATCTGCCGCTGTCAGTCGATTTCATGTAGCCTCCC
ACCAGATGGATAGGGTGGACCACGTGTCGCCAGCACCGAGCAGTTTGGTG
ACGGGTTCCTCCGGAGGGATAAGGAGCACCAGGGATGAAGGACAAAGTGT
TGACGAGGTGATGGCTGCATTTGGGCGAAGCCTGAAGTCCAGGGCCAGGT
CGCTTGCTGGGAAAAGAGGCAATGCTGTGGCGACAGCTACCACGTTGTCA
CTTGTGCCACCATCGATTTCACCCAGGGTGCGCCAGACGGTAGCGGTGAT
TGCTGGACACCACGCACAGCAAGCAGCCGAGAAGAAAATCCTGGAGTTAA
TGGCGGCAACGGTGTCTGAGGCCGTGAGTGCGTACCATGCCGGACAGGCC
GCCAATCAGGAAACCATGATCCATAGTCACTCGACCGGAAGTATACGGGG
CCGACAGAGCCAACAGGCGCTCGGAGGCCTGCTTACCAAAGTGCCAGTAT
CCAATTTATTTGCGCTTACATTAACCTTCGTTGATTCCGCCCACAAGTTG
GTAGGATTCAGAGAGGAAATAATTATGGAAGCAGCGCACCGGGTGTCCAC
CAGCAGCGCCAGTGACGTTCAGGCAGTCGAAACCGTCGTGGTCGAAACAT
CGCATCTGGTGAACGCAATTCGACACGGGCGAGGTTCCCACAGCATCCCA
GAAAATTGTCACGTCATGCATGGCGCAGATGGTTCAGTGCGTGGGACTGA
GCATGGAAACGAGGGAAAGGGAGGACCTGAAAGCACGGGCAAGCAACAAC
TTCGAAGTCAACGGGTGCCACAAGACCCAAAAATGTTAGGAACGTTCCTC
TCTTCCCTGGCTCGTCTCTTTGGGGCGTTACCTGACCACCACCACCACAT
TTGGCAATCGTTCCGGAAACGTTCAACGTCAGCTGGCACGTTGGGCACCG
CTTTTGAAGATCTGGTCCACCTTTGTGCAATCGCATGGGAATCGAAAGAC
CTTTCGAATTCCGAGGTGGCACTACCATATGCAAACGATGGTGACCTCGG
CGGGTATCACGGTCGACTTCATGGCGGATCTTGGCAACGGGACGTCGCTC
CAACAGAGAACTGCCTCTGTGATTTTCCATGGGACCCTCTGTTAAGCCTC
TTGTCTTGGGGTGTTGTTCCTGTGCTGACTGCTGAGGATTCCCTTCTGTC
TTGTATGCAAGCGGCGGAGAACCCGGAAACAGGAGAAGCAGGTGTGGGGA
ACACTCCGGGATGTTGCTGGGGGGGGAGGAGCTCGTCAAAGAGTCTGGTG
GCCGTAGCCACAGCTGTTGCAAGAGGTTACCACAGTCTGGCTGTGGGAGA
GGATTTGTCTACGGTGTTACTGACAGATCTCTTGGGTGTTGCAGCCAACT
CCCTGACTTCCGTGAGGACTGCATCTCAACCGTTCTTCCGTTACCACCCA
ATGGATCTGAGCCGGCTTGTTGCTCGTTTAACGATAGCGTAG
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