mRNA_P-littoralis_Contig648.9.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig648.9.1
Unique NamemRNA_P-littoralis_Contig648.9.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: D7FIF6_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FIF6_ECTSI)

HSP 1 Score: 2026 bits (5250), Expect = 0.000e+0
Identity = 1260/2068 (60.93%), Postives = 1419/2068 (68.62%), Query Frame = 1 
Query:  646 LEKQGVTLKATSAMLRGNSVSN-NLFRRGSTRLSFEGVDEALQSKHADEIKKANHLRKKLVAYHEEARIALAKRLQVESTRMGRVIKTNLGKYANPKLAQGAKRAVLASVVEYLNGEEYVRIVTAPLTYQSPDFVRAIEKEQEAVGLAFSPTN--QRSSTNIASEAVDYDSKMAQLQEKIRLEQQQQMADEAMRHSEMLARENKAAMEQEAADALARANEENWRRXXXXXXXXXXXXXXQRRQXAEHQXHLRXEXXVVRLKHKEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDMEXXRXXXXXXXXXXXXXXXXXXXXNE-----------------------EARVEQEALEQMKWRAQKEEEDERRRLEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXIEAELEARVVRDIQAERDRVAAESAALQAKIREFEEQREAAAAQAAADQETERXXXXXXXXXXXXXXXXXXXXXAQKLELSRAAPQKQVVNVNPDGSVDVILTDGRDMNRVPSAEVSHSAAKRPDRYRIGDSVDALCTPVGAPAGTKAFIPGEVVNINPDGSVDVILTDGRMKENVPLTEIKVATREIPPSPKFLLDQTKSF--GHIPKMEARAGSLDDILGTQMKAVAAVETAKAAGGEQGSTKLKKRGSLDEILGIKVGNRPGKGSPTGTMTTILQKGDIVEALAPAPSTSDGRPPTFSLGVIRRVHDDGGVDVDLDMGDELVKRPSKEIRLVQKNG----SSSGQLP----------------------VAIGDLTEGDRVEARYGGNSSFLPGVVTSLEDGVSVNFDEGWHGASIPLKHIRWPGSNANSSLPVSGPKAGNSTHLSAGAKMRSMGSIADLDVGSLGGDTFSRGDQVQLREEHGVEVSPPLTHNGVIHTAHPNGLYRVGFKDGSMRDKVSVGSLTAFEWTPDGSADYRRALGDDPKTTSTFNLTKSAAEIAKGKRQNHAS--GGNEMNDAAGGRPDXXXXXXRLSRSLRDVIFDKFGPSARVSPEGALRSTADGVGGG-----------RRSTHVGMVGGRDPGLRL--NMVHFSPQEFMDPDTAAQQAVLTPNNAGMFRARERQWQGKGGQGEGQEKGHRQVLSELSYNSTTDGSDTERSE--------AAAQSG------------ASKKTHQNK----DITQLGYAPKRRMTFGGFRSDKGGEVYKAQRRPSFMEKVAKKAVDLTETAVKSTR-LSIQGNNGQGFELVAIGDRKNSVNKI-QRQSRSKPGEGGGDEGSENSLCEFQTHFYNRRRHVFEPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGGLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAANDDSFSSFSPSLAISRIKERARRASCFDRKQITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWVWVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVVMTLVSMWLLGEAG 6564
            LEKQGV LKA SAML+G   ++ +LFRRGS RLS EGVD AL +KH DEIKKA HL+KKL A+H+EAR  LAK+LQVE+ R GRVIKTNLGKYANPKLAQGAK AVLASVVEYLNGEE+VRIV APL YQSPDFVRA+E E   + ++FSPTN  QRS  ++   A DYDSKMA LQE+  +EQQQ                 KAAMEQ+AADALA AN  N RR           XXX    X    X   XE  + R++HKEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX   XX XX      X      XXXXXNE                       EAR+E+EALE+M+ R           L+                         XXXXXXXXXXXXXXXXXXXXX   X                XXXX       IE ELE RV RDIQ ERDRVAAESAALQAK++EFEE+RE AA +AAA+ E ++                     A+ L L RA   K  ++     S + + +D RD    PS   + +A   P  Y +GD+V ALCTPVG   G+K +I GEV ++NPDGS+DVIL DGRM++ VP+ EIK  +R  PPSP       +SF  G+    E+ AG                                                                                    F+ GV+RRVH+DG  DV+L+ G  L++R ++E+R+V K      SSS  LP                      +A+GDL  GDRVEARY G   F PGVVTS EDGVSVNFD+GWHGASIPLK +R P      S      + G  + LSAGA++ S G I DLDVGSLGGDTF+ GDQVQ R   G+   PP THNGVI TAHPNG Y VGF+DG+ RD+V V SLT F+WTP GS  YRRA  D  + T+                 +H +  G   ++    G+P             R  +FD+FG   +V P+G       G+G             RR+TH G+V   +PGLR+  NM+HF  Q FMDPDTAAQ A+LTPNNAGMFR       G GG+G     GHRQ  SELSYNSTTD SD +R E        A  + G            +S K + N      +   G APKRRMTFGG RSDK GEVYK QRRPSF+E + ++A ++ E A K+TR +SI GNNGQGFELVAIGDRK S ++  +R+S  K G+  G+  S +   E +THFYNRRRHVFEPQHTE APSAWWIRT G+ NL+CMAAYLWWR TRSL GV HIIW +IFL AECIMAIGMIVGHSSRSFP HREKVYMDDLTD D+AIG LKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNAR++TLRI+VLDEK REEV KLVSLVYTL+EVVLDK VREILMREGVAPISAKGFY HFANG++GQRMYDDVNFIRGIE+V+EIDKLIA NDD+ S FSPS+AISRIKERARRASCFDRK+I PGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNP EEPLIG+AAVIV+NDVRHELYPEFLQRTVPYFFT+D  RRCYKWA+IAF+QTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTK++K+  G  EDQVG+QGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFP E LA CTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYA+ GENWGT+FQK         VFAFDAVSYFLQAFAGE+LLIFP+VYGFTNSAPFNTWNIEFALYFFPFIITG+LPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGT+TRKDPSNAWECKCPVWPLY HFV + +A+ FNTA WA+RSYEEPWVWVSCIGS+LFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVVMTLVS+WLLGE+G
Sbjct:    3 LEKQGVALKAASAMLKGGKTADKSLFRRGSKRLSNEGVDGALNAKHLDEIKKAEHLKKKLKAHHDEARAVLAKKLQVENARTGRVIKTNLGKYANPKLAQGAKAAVLASVVEYLNGEEFVRIVAAPLNYQSPDFVRAMEAESGVMEISFSPTNARQRSMASLPVGAPDYDSKMALLQEQKAIEQQQXXXXXXXXXXXXXXXXXKAAMEQDAADALAMANAANQRRLEEMQRQQDEEXXXXXXXXXXXXXXXXXEAELARMRHKEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLARHAEXVARHKAXXXXXNEGVGLENGVLTSQSDSPGVVHHQQEARLEKEALEEMRRRXXXXXXXXXXXLQEAVAKHQEETRLEAERVKAELEALKXXXXXXXXXXXXXXXXXXXXXRARXAEAAAEALRIEQENDRXXXXEVAMRAQIEKELEERVARDIQIERDRVAAESAALQAKMKEFEEEREKAALRAAAEVEAQKAAEAALVARERAA--------AESLALGRALSAKADLDATT-ASKEGLSSDRRD----PSGREAGTAPV-PIGYLVGDNVQALCTPVGGATGSKEYISGEVAHVNPDGSLDVILADGRMRQEVPIAEIKFVSRSEPPSPAGSSAGEQSFWDGNEQGSESSAGQNSVRXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKASTMFAPGVVRRVHEDGSADVELETGSVLLQRSAREVRVVWKGKPSVTSSSLSLPSSLXXXXXXXXXXXXXXXXXSPLALGDLAVGDRVEARYAGEPEFYPGVVTSTEDGVSVNFDKGWHGASIPLKDVRRPNVKPGRS------RDGKPSTLSAGARLSSTGCILDLDVGSLGGDTFAVGDQVQFRLTLGLRAGPPQTHNGVIRTAHPNGSYLVGFEDGTTRDQVQVRSLTGFDWTPHGSEAYRRAATDTSQATTAVXXXXXXXXXXXXXXXSHGATTGAGAVSPLDSGKPSKGPP--------RGSMFDRFGFPRKVFPDGG------GLGXXXXXXXXXXVLQRRATHGGVVDSGEPGLRVDVNMLHFRSQ-FMDPDTAAQ-AILTPNNAGMFRPHVIGRGGGGGRG-----GHRQTASELSYNSTTDESDADRDEDGDSNNRAAGHRPGDHTRTKKIEGPRSSSKKNNNAARVVPVVSTGSAPKRRMTFGGLRSDKTGEVYKEQRRPSFLEDIGRRATEMAEAAAKATRRISIHGNNGQGFELVAIGDRKQSTHETGRRKSAKKGGKDAGENSSGSDHSENETHFYNRRRHVFEPQHTESAPSAWWIRTIGVINLLCMAAYLWWRITRSLKGVDHIIWAFIFLSAECIMAIGMIVGHSSRSFPAHREKVYMDDLTDIDEAIGALKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARRDTLRILVLDEKRREEVHKLVSLVYTLSEVVLDKTVREILMREGVAPISAKGFYEHFANGEHGQRMYDDVNFIRGIEVVSEIDKLIAENDDNISRFSPSVAISRIKERARRASCFDRKEIQPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPQEEPLIGEAAVIVINDVRHELYPEFLQRTVPYFFTFDKPRRCYKWANIAFIQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKFVKK--GMPEDQVGQQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPNERLACCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAVLGENWGTTFQK---------VFAFDAVSYFLQAFAGEILLIFPIVYGFTNSAPFNTWNIEFALYFFPFIITGVLPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTITRKDPSNAWECKCPVWPLYLHFVAITIAVCFNTADWAARSYEEPWVWVSCIGSALFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVVMTLVSLWLLGESG 2018
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A6H5KTF3_9PHAE (GT2 protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KTF3_9PHAE)

HSP 1 Score: 1130 bits (2923), Expect = 0.000e+0
Identity = 700/1284 (54.52%), Postives = 817/1284 (63.63%), Query Frame = 1 
Query: 1960 IEAELEARVVRDIQAERDRVAAESAALQAKIREFEEQREAAAAQAAADQETERXXXXXXXXXXXXXXXXXXXXXAQKLELSRAAPQKQVVNVNPDGSVDVILTDGRDMNRVPSAEVSHSAAKRPDRYRIGDSVDALCTPVGAPAGTKAFIPGEVVNINPDGSVDVILTDGRMKENVPLTEIKVATREIPPSPKFLLDQTKSFG---------HIPK-------------MEARAGSLDDILGTQMKAVAAVETAKAAGGEQ---------------GSTKL-KKRGSLDEILGIKVGNRPGKGSPTGTMTTILQKGDIVE---ALAPAPSTSDGRPPTFSLGVIRRVHDDGGVDVDLDMGDELVKRPSKEIRLVQKNGSSSGQLPVAIGDLTEGDRVEARYGGNSSFLPGVVTSLEDGVSVNFDEGWHGASIPLKHIRWPGSNANSSLPVSGPKAGNSTHLSAGAKMRSMGSIADLDVGSLGGDTFSRGDQVQLREEHGVEVSPPLTHNGVIHTAHPNGLYRVGFKDGSMRDKVSVGSLTAFEWTPDGSADYRRALGDDPKTTSTFNLTKSAAEIAKGKRQNHASGGNEMNDAAGGRPDXXXXXXRLSRSL-RDVIFDKFGPSARVSPEGALRSTADGVGGG-----RRSTHVGMVGGRDPGLRL--NMVHFSPQEFMDPDTAAQQAVLTPNNAGMFRARERQWQGKGGQGEGQEKGHRQVLSELSYNSTTDGSDTERSE--------AAAQSG------------ASKKTHQNK----DITQLGYAPKRRMTFGGFRSDKGGEVYKAQRRPSFMEKVAKKAVDLTETAVKSTR-LSIQGNNGQGFELVAIGDRKNSVNKI-QRQSRSKPGEGGGDEGSENSLCEFQTHFYNRRRHVFEPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGGLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEV------------------------------------------VLDKNVREILMREGVAPISAKGFYTHFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAANDDSFSSFSPSLAISRIKERARRASCFDRKQITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQ 5460
            IE ELE RV RDIQ ERDRVAAESAALQAK++EFEE+RE AA + AA+ + ++                     A+ + L RA   K  ++     S  ++  D RD    PSA      A  P  Y +GD+V ALCTPVG   G+K +I GEV ++NP GS+DVIL DGRM++ VP+ EIK  +R  P S K LL+QT+SFG         H P                +  G LDD+LGTQ++  A  E A A  G                 GS +  KKRGSLD+ILGIKV NRP + S    +  IL++GD VE   +L+ +P T  G      +    R+ +D    V L  G     RPS+E     ++ S+     VA   L     +   Y G   F PGVVTS EDGVSVNFD+GWHGASIPLK +R P      S        G    LSAGA++RS G I DLDVGSLGGDTF+ GDQVQ R   G++  PP THNGVI TAHPN  Y VGF+DG+ RD+V V SLT FEWTP GS  YRRA  D  + T     T +      G+      G       AG          +LS++  R  +FD+F    ++ P+G       G         RR+TH G+V   +PGLR+  NM+HF  Q FMDPDTAAQ A+LTPNNAGMFR       G+GG G  +  GHRQ  SELSYNSTTD SD +R E        A  + G            +S K + N      +   G APKRRMTFGG RSDK GEVYK QRRPSF++ + ++A ++ E A K+TR +SI GNNGQGFELVAIGDRK S ++  +R+S  K G+  G+  S + L E +THFYNRRRHVFEPQHTE APSAWWIRT G+ NL+CMAAYLWWR TRSL GV HIIW +IFL AECIMAIGMIVGHSSRSFP HREKVYMDDLTD D+AIG LKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKN R++TLRI+VLDEK REEVQKLVSLVYTL+EV                                          VLDK VREILMREGV PISAKGFY HFANG++GQRMYDDVNFIRGIEIV+EIDKLIA NDDS S FSPS+AISRIKERARRASCFDRK+I PGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNP EEPLIG+AAV+V+NDVRHELYPEFLQRTVPYFFT+D  RRCYKWADIAF+Q
Sbjct:    5 IEKELEERVARDIQIERDRVAAESAALQAKMKEFEEEREKAALRVAAEVKAQKAAEAALVARERAA--------AESMALGRALSAKADLDATT-ASKKMVSLDRRDH---PSA----GTAPVPGGYIVGDNVQALCTPVGGATGSKEYISGEVAHVNPGGSLDVILADGRMRQEVPVAEIKFVSRSSPSSLKHLLEQTQSFGQKTSETKAPHSPADGEGLQDGGKPRWQTSTNGILDDVLGTQLR-TAEKEAAPATRGTXXXXXXXXXXXXXAAAGSRETPKKRGSLDDILGIKV-NRPDRRS----IRNILEEGDSVEXVLSLSSSPETEPG------VAAGSRLEEDDSPAV-LPQG-----RPSEETTTTVRDASAV----VAERFLHTLLPLVGVYAGKPEFYPGVVTSTEDGVSVNFDKGWHGASIPLKDVRRPNVKPGRS------SDGKPPTLSAGARLRSTGCILDLDVGSLGGDTFAVGDQVQFRLTLGLQAGPPQTHNGVIRTAHPNRSYLVGFEDGTTRDQVLVKSLTGFEWTPHGSEAYRRAATDTSQAT-----TAAXXXXXPGQXXXXXDGSRGATTGAGAVS--PLDSGKLSKAPPRGSMFDRFRFPGKIFPDGGGLGRTTGXXXXXXVLQRRATHGGVVDSGEPGLRVDANMMHFRSQ-FMDPDTAAQ-AILTPNNAGMFRPHVI---GRGGGG--RRGGHRQTASELSYNSTTDESDADREEDGDSNNRAAGHRPGDHTRTKKIEGPRSSSKENNNAARVVPVVSTGSAPKRRMTFGGLRSDKRGEVYKEQRRPSFLQDIGRRATEMAEAAAKATRRISIHGNNGQGFELVAIGDRKQSTHETGRRKSAKKGGKDAGENSSGSDLSENETHFYNRRRHVFEPQHTESAPSAWWIRTIGVINLLCMAAYLWWRITRSLKGVDHIIWAFIFLSAECIMAIGMIVGHSSRSFPAHREKVYMDDLTDIDEAIGALKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNTRRDTLRILVLDEKRREEVQKLVSLVYTLSEVSILLQSGTVYVRGGLAKKSKIAPNIHRVTRDQTLRSSTSPKVVLDKTVREILMREGVVPISAKGFYEHFANGEHGQRMYDDVNFIRGIEIVSEIDKLIAENDDSISRFSPSVAISRIKERARRASCFDRKEIQPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPQEEPLIGEAAVVVINDVRHELYPEFLQRTVPYFFTFDRPRRCYKWADIAFIQ 1230
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A835YIK8_9STRA (Cellulose synthase, family GT2 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YIK8_9STRA)

HSP 1 Score: 818 bits (2112), Expect = 5.300e-271
Identity = 410/698 (58.74%), Postives = 506/698 (72.49%), Query Frame = 1 
Query: 4522 RCTRSLIGVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGGLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQRMY-DDVNFIRGIEIVAEIDKLIAANDDSFSSFSPSLAISRIKE---------------RARRASCFDRKQITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRR-CYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPK----EVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWVWVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVVMTLVSMWLL 6552
            R T+SL G+ + IWGYIF  AE ++ +G++V H SR+FP+HRE+V MD+L D+D   G LKVA+L+PT GEK  VML+ALFG LQLRLW S  AR +TLR+++LDEK R +VQ+L SLVYTLAEVVLDK VR+IL RE V   +A+ FY  F++G     M  D++ F+RG+ IV EIDKL+  +D S      +   S                   RARRASCF +  I+PG  K W +N  +PT+VY+SR DAG PR+SPKAGNMN AIF  +   E LI  AAVIVVND RH L PEFLQR +PYFFT D  R   Y WAD+AFVQTPQRF D   W DPDPLGNQAATQFDIVN GRDGA G LSCGQGS+WRV  LRDGIRPDG+KY+  ++   E  +GR GGLGFR+EVLIEDTHTS+DL RQGW+SVYV  P     EVLARCTLPPD+V WR KQVLRWHQGAVQLA+  G+ Y     +W + +Q+         VFA DA++Y LQAFAG++LL+FP+VYGFTN +PFN  N++FA YFFPF+IT  LPT+AALGW KT S +VMRDEQ+WFAT++VQ+ AV + +W  + R+DP++AW   CPVWPLY  F+ +  A++ NT  W  R +  PWVWVSC+G+ LFALHSLWP+VSFGLGVT+P A+Y RVFGML++MTLV+ W+L
Sbjct:   14 RLTKSLDGIKYPIWGYIFFGAEVLLIVGLLVSHVSRAFPIHRERVTMDELVDSDPQTGDLKVAILLPTAGEKLQVMLQALFGVLQLRLWSSSRARCDTLRVIILDEKRRWQVQQLASLVYTLAEVVLDKGVRDILRREEVPASTARAFYELFSDGLRRHTMNTDNLMFVRGVAIVDEIDKLLHDSDGSVHRLDGTATTSLAPPXXXXXXXXXXXXXXVRARRASCFVQNTISPGFTKTWAKNARLPTLVYHSRTDAGMPRVSPKAGNMNCAIFRKDGKGETLIAGAAVIVVNDARHALQPEFLQRALPYFFTRDARRAGAYVWADVAFVQTPQRFDDVPQWADPDPLGNQAATQFDIVNPGRDGASGVLSCGQGSLWRVAALRDGIRPDGSKYID-TKADREGLIGRTGGLGFRSEVLIEDTHTSLDLLRQGWRSVYVVSPASSKGEVLARCTLPPDSVTWRVKQVLRWHQGAVQLALSHGFAYVFGSGHWASPWQR---------VFALDAITYVLQAFAGQILLVFPIVYGFTNQSPFNALNLQFATYFFPFLITAALPTMAALGWLKTSSDRVMRDEQVWFATTYVQLQAVCNVIWCKLLRRDPADAWTATCPVWPLYAQFLAIAAAMVANTGYWIQRGFTSPWVWVSCMGAGLFALHSLWPLVSFGLGVTLPPAYYNRVFGMLILMTLVAFWML 701
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A836CP13_9STRA (Glyco_trans_2-like domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CP13_9STRA)

HSP 1 Score: 522 bits (1345), Expect = 3.160e-156
Identity = 297/733 (40.52%), Postives = 423/733 (57.71%), Query Frame = 1 
Query: 4429 EPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHII----------WGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIG-GLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQR--MYDDVNFIRGIEIVAEIDKLIAANDDSFSSFS---------PSLAISRIKERARRASCFDRKQ--------ITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLK-RSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWV--WVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVV 6525
            +PQ     PSA+ IR   + N+    AYLWWR TR++  +              W + F   E  + I + +GH+ R F V R ++ MDD+   DD++G   +VA+L+PT GEK  V++KAL G + LR W +   +    R+VVLDEK R+ V  + + VY LA +V   NV  IL  EGV  I+AKGFY  +  G    R  +Y+D    +   ++  +++  +    + S F              + R  ++  +AS     Q        I PG  + +N N  +PT++YY+R DAG P++SPKAGNMN A+F+ + P   PLIG + ++VVND RH+L PEFLQRTVPYFF  D   + Y+WA +AFVQTPQRF +    +DP  LGN AA Q+D++N G+DG G   S GQGS+WRV  L+ G+  DG  Y   + RG     VG +  LGFR+E+LIEDTHTSI++FR GW S YVN P E L+ CT  P+++ WR KQVLRWHQGAVQL  +KG G+ + G  + T F +         ++AFD  +Y+LQA  G +LL+ P++YG     PFNT   EF L+F PFI+T +LPTV +  W+   S ++ RDEQ+W +T++VQIYA +   W  +  K  ++AW  + P WPL+  F     AII     W S+   E W    +  I S+  A+H+LWP+VS  +G  +P  +Y ++   L++
Sbjct:  335 DPQGMTPLPSAFVIRAIVVLNICVSCAYLWWRVTRTIFQIDDYFFGIPFLPVQGWAWAFYAVEICLTIAIWIGHTQRLFAVQRVRLTMDDIVREDDSVGYNSRVAILLPTNGEKLDVVMKALLGVVSLRGWDTSVEKCAAQRVVVLDEKRRKGVLNMAAAVYALATIVRHPNVLSILQAEGVHAITAKGFYEWWKTGGGYARKHLYNDHFLNQACRLLEYMEEEASTEAVAMSVFGLEELPAGVKGKQDVKRNSKKTTQASANSMLQAMNVGNVTIEPGYVQTFNTNVALPTLIYYTRRDAGTPKVSPKAGNMNSALFALDYPDMPPLIGSSTIVVVNDCRHQLQPEFLQRTVPYFFELDADGQRYRWAKVAFVQTPQRFTNNVQADDP--LGNHAAVQYDVINHGKDGIGAVSSSGQGSLWRVAALK-GVDADGNSYADVKERGL----VGHR--LGFRSEMLIEDTHTSIEMFRAGWSSRYVNEPGEHLSICTHQPNSIAWRIKQVLRWHQGAVQLLFFKGIGFTVWGGKFPTIFHR---------IYAFDQATYYLQAIPGYMLLLMPIIYGVCGQPPFNTTVGEFFLFFTPFIVTAMLPTVISGSWRGVDSHRLTRDEQVWLSTTYVQIYAFLSMCWQQIRCKGTADAWAVRAPTWPLFAVFAGEFGAII-GALVWVSQEGFERWAANLICVIVSASLAIHALWPMVSLQMGWQVPSLYYLKLLAWLLI 1048
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: D7FSC3_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FSC3_ECTSI)

HSP 1 Score: 509 bits (1310), Expect = 6.380e-152
Identity = 316/773 (40.88%), Postives = 439/773 (56.79%), Query Frame = 1 
Query: 4414 RRHVFEPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVA--------HIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIG-GLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQR--MYDDVNFIRGIEIVAEIDKLIAAND--DSFS--------------------------SFSPSL-AISRIKERARR--------ASCFDRKQITPGQKKVWNRN-------------KYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFF-------TYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAG---WASRSYEEPWV--WVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVF 6510
            R +   PQ     PSA  +R   + N      YL WR T +              + W ++F  AE  +AI + VG + R FPV R KV MDD+T  DD +G   +V +L+PT GE   V+ KAL G L  RLW S     +TLR++VLDEK R EV ++ + V+ + E++  + +++ILM EGV  ++ KGF     NG   +R  +YDD      ++++  +D +  AN   D+F+                          S  PS+ A++ + + AR         AS  +   ITPG  +V+  +             K +PT++YYSR +AG P+ISPKAGNMN AIF  + P   PL G++ ++VVND RH+L   FLQRTVPYFF       T     R Y+WA +AFVQTPQRF  R + ++ DPLGN A +Q+D++N G+DG G   S GQGS+WRV+ L+ G RPDG K +        D VG++  LGFR+E+LIEDTHTSI+LFRQGW+SVYVN P EVLA CT  P ++ WR KQVLRWHQGAVQL ++KG  Y   G ++ T + +         ++AFD  +Y+LQA  G VLLI P+VYG T + PF T   ++  YF PFI+T +LPT  +  W+K  S ++ RDEQ W +T++VQIYA +  VW  +TRK P NAW  K P WPL F    V +  +F  AG   W  +     W   + S +  +  A+H+LWP+VS  LG ++P  +Y ++F
Sbjct:  251 RVYCANPQEKRLFPSAHLVRVLAVANAGLGVLYLHWRYTSTFPPTVGRWDYMSWKLYWWWLFFSAEFFLAIAVWVGLAQRLFPVQRIKVTMDDITSVDDQVGYNARVCILLPTAGENLEVVFKALVGALSQRLWDSGLPGSQTLRVIVLDEKRRLEVYRVAAGVHRIGELLAGRRIQQILMAEGVTELTQKGFIDWCRNGSGYERKHLYDDKKLNEAVQVLRLLDAMCLANGLTDAFALEARPSSATYNPITAAAWNAAAQAQKSNKPSVEAMAEMSDAARSEAEAKMLGASAMN---ITPGFFEVYGTHLDPDNMETSKEVQKGLPTLIYYSRKNAGTPKISPKAGNMNAAIFPVDDPTMTPLTGESTIVVVNDARHQLEGNFLQRTVPYFFELAGGHPTVASGGR-YRWAKVAFVQTPQRF--RMELSN-DPLGNHAISQYDVINHGKDGIGAVSSSGQGSLWRVEALK-GQRPDG-KIVDDP--TELDLVGKK--LGFRSEMLIEDTHTSIELFRQGWRSVYVNEPGEVLAWCTHQPSSLTWRIKQVLRWHQGAVQLLLFKGIRYTSFGGHFPTMWHR---------LYAFDQATYYLQAIPGYVLLIMPIVYGVTGTPPFVTSLKDYFQYFTPFIVTALLPTAISSQWRKIDSHRLTRDEQTWLSTTYVQIYAFLQVVWTGLTRKSPENAWVAKVPTWPLTF----VFLGQVFAVAGGVYWVVQKGFVIWYANFFSIVVVAGLAMHALWPMVSLSLGWSIPSFYYIKLF 997
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A835YSM9_9STRA (Cellulose synthase, family GT2 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YSM9_9STRA)

HSP 1 Score: 496 bits (1277), Expect = 6.320e-150
Identity = 287/722 (39.75%), Postives = 412/722 (57.06%), Query Frame = 1 
Query: 4429 EPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIG-GLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQR--MYDDVNFIRGIEIVAEIDKLIAANDDSFSSFS---------PSLAISRIKERARRASCFDRKQ--------ITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWV--WVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVV 6525
            +PQ     PSA  IR   I N+    AYL+WR T ++  +    +G  +L                   PV R K+ MD+L   DD++G   +VA+L+PT GE   V++KA+ G + LR W +   +  + R+V+LDEK R+ V  + + VY LA +V   NV  IL  EGV  I+AKGFY  +  G    R  +Y+D    +   ++  +++  A    + S F              + R  ++  +A+     Q        I PG  + +N N  +PT +YY+R DAG P++SPKAGNMN A+F+ + P   PLIG + ++VVND RH+L PEFLQRT+PYFF  D   + Y+WA +AFVQTPQRF  +T+    DPLGN AA Q+D++N G+DG G   S GQGS+WRV  L+ G+  DG +Y    +      +G +  LGFR+E+LIEDTHTSI++FR GW S YVN P E L+ CT  P+++ WR KQVLRWHQGAVQL  +KG G+   G  + T F +         ++AFD  +Y+LQA  G +LL+ P++YG T   PFNT   EF L+F PFI+T +LPTV +  W+   S ++ RDEQ+W +T++VQIYA +   W  +  K   +AW  + P WPL+  F     AI+     W S+   E W    +S I S+  A+H+LWP+VS  +G  +P  +Y ++   L++
Sbjct:  110 DPQTMTPLPSAMVIRAIVIINIGVSLAYLYWRVTHTITNIDSYFFGITWL-------------------PV-RIKMTMDELVREDDSVGYNSRVAILLPTNGENLDVVMKAMLGCISLRGWDASVEKCISQRVVILDEKRRKGVLNMAAAVYALATIVRHPNVLSILQAEGVQAITAKGFYEWWKTGGGYARKHLYNDHFLNQACRLLEYMEEEAANEAVAMSVFGLEELPAGVKGKQDVKRNSKKTTQATANHMLQALNVGNVTIEPGYVQTFNTNVALPTFIYYTRRDAGTPKVSPKAGNMNAALFALDYPDMPPLIGNSTIVVVNDCRHQLQPEFLQRTIPYFFELDADGQRYRWAKVAFVQTPQRF--QTNQQADDPLGNHAAVQYDVINHGKDGIGAVSSSGQGSLWRVAALK-GVDADGQQYADTQQ---RSLIGHR--LGFRSEMLIEDTHTSIEMFRAGWGSRYVNEPGEHLSMCTHQPNSIAWRIKQVLRWHQGAVQLLFFKGIGFTCWGGKFPTIFHR---------IYAFDQATYYLQAIPGYMLLLMPIIYGVTGEPPFNTKVGEFFLFFTPFIVTAMLPTVISGSWRGVDSHRLTRDEQVWLSTTYVQIYAFLSMCWQQIRCKGTDDAWAVRAPTWPLFVVFAGEFAAIV-GAMIWVSKEGFEKWAANLISIIVSASLAIHALWPMVSLQMGWQVPSLYYLKLMAWLII 793
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: D7FSC4_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FSC4_ECTSI)

HSP 1 Score: 491 bits (1264), Expect = 4.070e-148
Identity = 305/747 (40.83%), Postives = 416/747 (55.69%), Query Frame = 1 
Query: 4411 RRRHVFEPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHIIWGY-IFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGG-LKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARK----ETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYT--HFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAAND-------DSFSSF---------SPSLAISRIKERARRASCF--DRKQITPGQKKVWN-RNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGG-LGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWV--WVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVFGMLVVMTLVSMWLLGE 6558
            +R     PQ  E   S++ IR   + N+     Y+ WR  ++        W   +F + E  +   + +GHS R F V R +  MD +   D A+G    VA+L+PT GE+  V+LK L G    R W S +A K    + LR++VLDEK R+EV  L S V+ L+  +L  + R+IL  EGV  ++   FY   H   G     ++ DV   R + +V ++D L+  +D       D   SF         S S     ++E     S    +   ITPG  +V+  + K    ++YYSR DAG PRISPKAGNMN A+F  + P   PLIG + ++VVND RH+L PEFLQRT PYFF  D + + YKWA +AFVQTPQRF  R D  D DPLGN AA+Q+D++N G+DG G   S GQGS+WRV+ L+ G  PDG        G +   +G  G  LGFRAE+LIEDTHTSI+LFRQGW+SVYVN P EVLA CT  P  + WR KQVLRWHQGAVQL   KG  Y   G ++ T F +         ++AFD  +Y+LQA  G VLL+ PVVYG T   PFNT    +  YF PFI+T +LPTV +  W+   S ++ RDEQ W +T++VQIYA +   W  + R +P +AW  + P WPL   F    VAI      W   +  + +    +S    +   +  LWP+++  +G+  P  ++ ++ G  VV+  VSM +LG 
Sbjct:   74 QRGEKINPQTKESFSSSFLIRGVVVLNVASGFTYMVWRFLKTQDVPPEYKWXXXVFFMVEVFLLFAIWLGHSQRLFAVQRIRTTMDQIVSIDPAVGANAVVAILLPTAGERLDVVLKCLLGASSQRSWPSSSAAKMGRGDGLRVIVLDEKRRKEVYMLTSGVHALSTQILAPSTRKILQAEGVRNLTPLAFYEWCHEKRGFGKVHIFKDVGLSRAVAMVRQMDDLVTGDDGGDLYRLDRNQSFLNQGLDEDISKSKEGDEVEELTHGVSLLADESVHITPGFFQVFRGQAKQAACMIYYSRKDAGTPRISPKAGNMNAAMFPIDDPTSPPLIGPSTIVVVNDARHQLQPEFLQRTTPYFFDVDAITQQYKWAKVAFVQTPQRF--RKDLPD-DPLGNHAASQYDVINIGKDGIGAVSSSGQGSLWRVEALK-GRSPDGKT------GVDPKDLGLVGKKLGFRAEMLIEDTHTSIELFRQGWRSVYVNEPGEVLAWCTHQPTNLTWRIKQVLRWHQGAVQLLYTKGLRYTSFGGSFPTVFHR---------MYAFDQATYYLQAIPGYVLLLMPVVYGVTGQPPFNTDITSYFSYFVPFIVTAVLPTVISAQWRSIDSHRLTRDEQTWLSTTYVQIYAFLQVSWTRLIRGNPDHAWVARVPTWPLTLVFAAQFVAIA-GAVYWTLHNGFDTYYKNTLSICAGAFLGMFYLWPMMALQVGLGRPSFWFFKL-GAYVVLG-VSMVILGS 798
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A835ZCE1_9STRA (Cellulose synthase, family GT2 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZCE1_9STRA)

HSP 1 Score: 479 bits (1233), Expect = 4.420e-142
Identity = 277/734 (37.74%), Postives = 410/734 (55.86%), Query Frame = 1 
Query: 4468 IRTCGITNLICMAAYLWWRCTRSLIGVAHI----------IWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIG-GLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKN-ARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYT--HFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAANDDSFSSFSPS------LAISRIKERARRASCFDRKQI------TP------------------------GQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAI---IFNTAGWASRSYEEPWVWVSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRV 6507
            +R     N+   A YL+WR T ++  +             IW ++F   E  + IG+++GH+ R FP+ R  V M+DL   DD +G   +VA+L+P+ GE+  +++ AL G +    W+  N    + LRI++LDEK R+ V  + + VY L  ++ +  V  IL  EG+   + KGFY    F  G   + +Y+D    +   ++  ++K     +D+ S F  S       A S+     +    F R  +      TP                        G    ++ N  +PT++YY+R DAG PR+SPKAGN+N AIF+ + P ++PLIG A ++VVND RH+L P FLQRTVPYFF  D   + Y WA +AFVQTPQRF       D DPLGN AA Q+D++N G+DG G   S G GS+WRV+ LR G   DG +Y   +     D +G+   LGFR+++LIEDTHTSID+FR GW S YVN P E L+ CT  P+++ WR KQVLRWHQGAVQL  +KG  Y   G  + T + +         ++AFD  +Y+LQA  G +LL+ P++YG T ++PF T   +F LYF P+I+TG+LPTV +  W    + K+ RDEQ+W +T++VQIYA +  +W ++  +   NAW  K P WPL+  F   + A+   +F    +  R++ +  +  S   S+L  +H+LWP+VS  +G  +P  +  ++
Sbjct:  222 LRLIMAANVGFSALYLYWRATSTITTIDTYFYNIKYFPVQIWAWVFYGVEICLTIGILIGHTQRMFPIKRAIVAMEDLVREDDCVGYNARVAILLPSAGERLDIVMLALLGAMSQSTWRGGNRTTSQMLRIIILDEKRRKGVLNMTAAVYALGTLIRNPEVVTILQAEGIDAENVKGFYDWWKFGGGYARKHLYNDPWLNKACLLLEYMEKHAGNGEDADSIFLLSDMPIDAAAGSKAALHGKDVEEFARSMLQALNIPTPSPDAGXXXXXXXXXXXXXXXXVDAGYVHQFSSNPDLPTLLYYTRKDAGTPRVSPKAGNLNAAIFAVDYPEDDPLIGDATIVVVNDCRHQLNPTFLQRTVPYFFELDAEGQHYGWARVAFVQTPQRFKPDQMTLD-DPLGNHAAVQYDVINRGKDGIGAVSSSGHGSLWRVEALR-GADVDGRRYADPT---VVDNIGKT--LGFRSQMLIEDTHTSIDMFRHGWTSRYVNEPGEHLSICTHQPNSIAWRIKQVLRWHQGAVQLLFYKGISYTSFGGRFPTLWHR---------IYAFDQATYYLQAIPGYILLLMPIIYGLTGNSPFETRVADFFLYFTPYIVTGMLPTVISGSWGDVDANKLQRDEQVWLSTTYVQIYAFLSMLWTSLRCQKHENAWAIKAPTWPLFTVFFGQVAALGGGLFWVGKYGFRAWAQNLI--SVFASALLCMHALWPMVSLQMGWKIPSMYIIKI 937
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: A0A835YVP7_9STRA (Cellulose synthase, family GT2 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YVP7_9STRA)

HSP 1 Score: 457 bits (1175), Expect = 1.270e-136
Identity = 277/744 (37.23%), Postives = 405/744 (54.44%), Query Frame = 1 
Query: 4429 EPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLIGVAHII----------WGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGGLKVAVLIPTCGEKTAVMLKALFGNLQLRLW----KSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPISAKGFYTHFANGDNGQR--MYDDVNFIRGIEIVAEIDKLIAANDDSFSSFS----PSLAISRIKERARRA-----SCFDRKQITPGQKKV-------WNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFN-PAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPYFFTY-----DDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWVW--VSCIGSSLFALHSLWPVVSFGLGVTMPEAFYTRVF-----GMLVV 6525
            +PQ T    S   IR   + NL     YLWWR T ++  +              WG+ F   E  + IG+ +GHS R F V                    +V +L+PT GE+  +++ AL G +  R+W    KSK+A     +++VLDEK R+ V ++ + VY LA +    ++ +IL  E  A I AKG Y  + +G    R  +Y+D +  R  +++  + +L     +  + F+    P   +    ++ R A            I  G  K+       ++ N  +PT+VYY+R D G PR+SPKAGNMN A+F  + P +E L+G + +I VND RH+L P FLQRTVPYFF       D     Y W  +AFVQTPQRF    +  D DPLGN AA Q+DI+N G+DG G   S G GS+WRV+ L+ G+  DGT+Y   +   N   +G +  +GFR+E+LIEDTHTSID+FR GW S YVN P E L+ CT  PD++ WR KQVLRWHQGAVQL  +KG  +   G  + T + +         V+AFD  +Y+LQA  G +LL+ P++YG T  +PFNT   EF L+F P+I++ +LPT+ +  W+   + K+ RDEQ+W +T++VQ+YA +  +   +  +   NAW  K P WPL+  F     AI      W +R   + W    +S + S+  A+ +LWP+V+  +G  +P A++ +V      G+LVV
Sbjct:   10 DPQRTTPMSSHLLIRCVILANLAFSVLYLWWRVTSTITTINSYFFGIKALPVQAWGWTFYAVEICLTIGIWIGHSQRLFAVSSYNA---------------RVCILLPTAGERLDIVMLALLGCISQRMWACGRKSKSA---MFKVIVLDEKRRKAVLQMCAAVYALATLARSPSIVQILQAENAASIDAKGLYEWWRDGGGHARRHLYNDSHLNRACQLLEFMLRLSLCEGNEGNLFNLTEMPEDQLQSPDQKKRSARHLVEGLLQALNIPQGAAKIPPAFMQSFSTNGALPTLVYYTRRDPGTPRVSPKAGNMNSALFPIDYPDDESLVGDSTIIAVNDCRHQLQPNFLQRTVPYFFKLQQSANDGSGLEYTWDRVAFVQTPQRFPKDMNAED-DPLGNNAAVQYDIINHGKDGIGAVSSSGHGSLWRVEALK-GLAADGTRYADPT---NRALIGSE--VGFRSEMLIEDTHTSIDMFRHGWTSRYVNEPGEHLSTCTHQPDSIAWRIKQVLRWHQGAVQLLFYKGITFTSFGGKFPTIWHR---------VYAFDQATYYLQAIPGYILLLMPIIYGITGESPFNTEVAEFFLFFTPYIVSAMLPTLISGSWRGVDANKLQRDEQVWLSTTYVQVYAFLSMLATALRCQKHENAWAVKAPTWPLFAVFFGEFCAIG-GALFWVARYGFDRWSQNLLSVLASAALAVFALWPMVAMQMGWRIPSAYHLKVLVWATLGVLVV 718
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BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Match: D8LMC3_ECTSI (Cellulose synthase (UDP-forming), family GT2 n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LMC3_ECTSI)

HSP 1 Score: 458 bits (1178), Expect = 1.140e-129
Identity = 272/729 (37.31%), Postives = 394/729 (54.05%), Query Frame = 1 
Query: 4429 EPQHTEGAPSAWWIRTCGITNLICMAAYLWWRCTRSLI-GVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHREKVYMDDLTDTDDAIGG-LKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKNARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMRE---------------GVAPISAKGFYTHFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAA-NDDSFSSFSPSLAISRIKERARRASCFDRKQITPGQKKVWNRNKYIPTIVYYSRIDAGQPRISPKAGNMNRAIFSFNPAEEPLIGQAA-VIVVNDVRHELYPEFLQRTVPYFFTYDD-VRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNSGRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGGLGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWKQVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVSYFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVAALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECKCPVWPLYFHFVIVIVAIIFNTAGWASR-SYEEP--WVWVSCIGSSLFALHSLWPVVSFGLG--VTMPEAFYTRVFGMLVVMTLVS 6540
            +P   +  P+++WI+   + N++  AAY+WWR TRS+      ++W ++F   E I+  G+   H  RSFP  R+   MDDL + D  +     V +++PT GEK   +   L G    RLW S+      LRI VLDEK R EV    S+   +A   + +       R                  AP   + F T     D   +M     ++ G E     D  +   N    +  + + + S +  + + A    R  +  G KK++  +  IP+++Y +R + G P++SPKAGNMN AIF  +P EEP+IG  A V+VVND RH L  EFLQRTVPYFF  D    + Y+WAD+ FVQTPQRF D     D DPLGN A   F + N  +DG GG  SCGQGS+WRV  LR G+  DG + +     A  D VG     GFRAEVLIEDTHTS++ F+Q W+S YV    E LA C   P+TV WR KQV RWH GAVQL +  G G+  +     T   K         +F  D+++Y++QA  G  +++ P+++      PFNT ++EF  +FFP+IIT  +PT+ A+GW+     +V+ DEQ W +T +VQI+A    VW  +T  +P NAW   CPVWPL   F ++IV+ I  T  WA   S++E   W++++  G+ +  ++S+WP+V       V++P A++ +   +L+ + L S
Sbjct:  825 DPARIKHHPTSFWIKLSAVLNVVAGAAYIWWRATRSMPDNPKSVVWNWLFFAGEVILTFGVWTSHLQRSFPSVRDVCSMDDLVEIDSNVSNEATVCIMVPTAGEKMKNLKHVLLGAYSQRLWVSRLPTSSQLRIAVLDEKGRREV----SVTTLVARGAMGERKSATSWRRCTVWPRPSSSPPYSRSCAPSFDEPFITPKIFMDYFNQMDALDQYVFGPECHPAFDMAVRMENYTGQAKLARASSSSGVPGKKKAAKALPR--LEEGFKKLFRSSPNIPSMIYSARANPGTPKVSPKAGNMNAAIFPNSPGEEPVIGDPARVVVVNDARHRLKTEFLQRTVPYFFKLDRRTGKKYEWADVGFVQTPQRFEDL---GDGDPLGNHAVLTFFVSNVSKDGVGGVTSCGQGSLWRVDALR-GMAADGKQVVDSV--AKPDIVGHD--CGFRAEVLIEDTHTSLEFFKQQWRSAYVCEAGETLAVCVEQPNTVAWRVKQVFRWHIGAVQLLLKDGVGFLCTSRM-PTPLHK---------MFGLDSLTYYIQAVGGFFIILMPIMFSIFQETPFNTVDLEFVYFFFPYIITATIPTILAVGWKNVNPNRVLTDEQFWLSTCYVQIWAFALGVWNRITCANPDNAWNLVCPVWPLGLLFGLLIVSAINTTVYWAFYLSFDEDGIWIFLASFGACIVVMYSIWPMVKLWWPGWVSLPSAYHQKFCYILIFIALTS 1529
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig648.9.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FIF6_ECTSI0.000e+060.93Cellulose synthase (UDP-forming), family GT2 n=1 T... [more]
A0A6H5KTF3_9PHAE0.000e+054.52GT2 protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 Ta... [more]
A0A835YIK8_9STRA5.300e-27158.74Cellulose synthase, family GT2 n=1 Tax=Tribonema m... [more]
A0A836CP13_9STRA3.160e-15640.52Glyco_trans_2-like domain-containing protein n=1 T... [more]
D7FSC3_ECTSI6.380e-15240.88Cellulose synthase (UDP-forming), family GT2 n=2 T... [more]
A0A835YSM9_9STRA6.320e-15039.75Cellulose synthase, family GT2 n=1 Tax=Tribonema m... [more]
D7FSC4_ECTSI4.070e-14840.83Cellulose synthase (UDP-forming), family GT2 n=2 T... [more]
A0A835ZCE1_9STRA4.420e-14237.74Cellulose synthase, family GT2 n=1 Tax=Tribonema m... [more]
A0A835YVP7_9STRA1.270e-13637.23Cellulose synthase, family GT2 n=1 Tax=Tribonema m... [more]
D8LMC3_ECTSI1.140e-12937.31Cellulose synthase (UDP-forming), family GT2 n=2 T... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig648contigP-littoralis_Contig648:73722..101261 -
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.D7FSC4
PFAMsCellulose_synt,zf-RING_4,zf-UDP
Model size6567
Max annot lvl2759|Eukaryota
KEGG rclassRC00005
KEGG koko:K00694,ko:K10999,ko:K20924
KEGG TC4.D.3.1.2,4.D.3.1.4,4.D.3.1.5,4.D.3.1.6,4.D.3.1.7,4.D.3.1.9
KEGG ReactionR02889
KEGG Pathwayko00500,ko01100,ko02026,map00500,map01100,map02026
Hectar predicted targeting categoryother localisation
GOsGO:0000271,GO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005739,GO:0005829,GO:0005938,GO:0005975,GO:0005976,GO:0006073,GO:0008150,GO:0008152,GO:0008194,GO:0009058,GO:0009059,GO:0009250,GO:0009653,GO:0009987,GO:0010927,GO:0016020,GO:0016043,GO:0016051,GO:0016740,GO:0016757,GO:0016758,GO:0016759,GO:0016760,GO:0022607,GO:0030154,GO:0030243,GO:0030244,GO:0030435,GO:0030587,GO:0031150,GO:0031154,GO:0032502,GO:0032989,GO:0033692,GO:0034637,GO:0034645,GO:0035251,GO:0042244,GO:0042546,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043934,GO:0044042,GO:0044085,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044262,GO:0044264,GO:0044424,GO:0044444,GO:0044448,GO:0044464,GO:0045177,GO:0045179,GO:0045229,GO:0046527,GO:0048646,GO:0048856,GO:0048869,GO:0051273,GO:0051274,GO:0051703,GO:0051704,GO:0070590,GO:0070726,GO:0071554,GO:0071555,GO:0071704,GO:0071840,GO:0071944,GO:0090702,GO:0099120,GO:0099568,GO:0099738,GO:1901576
Exons33
Evalue6.68e-149
EggNOG OGsCOG1215@1|root,2QQSH@2759|Eukaryota
EC2.4.1.12
DescriptionCellulose synthase
Cds size6567
COG categoryM
CAZyGT2
BRITEko00000,ko00001,ko01000,ko01003,ko02000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig648.9.1prot_P-littoralis_Contig648.9.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig648 73722..101261 -


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

Feature NameUnique NameSpeciesTypePosition
1680791349.8013337-CDS-P-littoralis_Contig648:73721..741051680791349.8013337-CDS-P-littoralis_Contig648:73721..74105Pylaiella littoralis U1_48CDSP-littoralis_Contig648 73722..74105 -
1680791349.8147142-CDS-P-littoralis_Contig648:74587..747941680791349.8147142-CDS-P-littoralis_Contig648:74587..74794Pylaiella littoralis U1_48CDSP-littoralis_Contig648 74588..74794 -
1680791349.826019-CDS-P-littoralis_Contig648:75472..755871680791349.826019-CDS-P-littoralis_Contig648:75472..75587Pylaiella littoralis U1_48CDSP-littoralis_Contig648 75473..75587 -
1680791349.8400269-CDS-P-littoralis_Contig648:76159..762241680791349.8400269-CDS-P-littoralis_Contig648:76159..76224Pylaiella littoralis U1_48CDSP-littoralis_Contig648 76160..76224 -
1680791349.857302-CDS-P-littoralis_Contig648:76731..768451680791349.857302-CDS-P-littoralis_Contig648:76731..76845Pylaiella littoralis U1_48CDSP-littoralis_Contig648 76732..76845 -
1680791349.8730218-CDS-P-littoralis_Contig648:77752..778241680791349.8730218-CDS-P-littoralis_Contig648:77752..77824Pylaiella littoralis U1_48CDSP-littoralis_Contig648 77753..77824 -
1680791349.8880215-CDS-P-littoralis_Contig648:78407..785571680791349.8880215-CDS-P-littoralis_Contig648:78407..78557Pylaiella littoralis U1_48CDSP-littoralis_Contig648 78408..78557 -
1680791349.9033337-CDS-P-littoralis_Contig648:80054..802321680791349.9033337-CDS-P-littoralis_Contig648:80054..80232Pylaiella littoralis U1_48CDSP-littoralis_Contig648 80055..80232 -
1680791349.9170816-CDS-P-littoralis_Contig648:81062..811601680791349.9170816-CDS-P-littoralis_Contig648:81062..81160Pylaiella littoralis U1_48CDSP-littoralis_Contig648 81063..81160 -
1680791349.9265068-CDS-P-littoralis_Contig648:81640..817341680791349.9265068-CDS-P-littoralis_Contig648:81640..81734Pylaiella littoralis U1_48CDSP-littoralis_Contig648 81641..81734 -
1680791349.9355564-CDS-P-littoralis_Contig648:82709..829061680791349.9355564-CDS-P-littoralis_Contig648:82709..82906Pylaiella littoralis U1_48CDSP-littoralis_Contig648 82710..82906 -
1680791349.9539711-CDS-P-littoralis_Contig648:83737..838491680791349.9539711-CDS-P-littoralis_Contig648:83737..83849Pylaiella littoralis U1_48CDSP-littoralis_Contig648 83738..83849 -
1680791349.9638798-CDS-P-littoralis_Contig648:84262..843901680791349.9638798-CDS-P-littoralis_Contig648:84262..84390Pylaiella littoralis U1_48CDSP-littoralis_Contig648 84263..84390 -
1680791349.9787762-CDS-P-littoralis_Contig648:84695..849361680791349.9787762-CDS-P-littoralis_Contig648:84695..84936Pylaiella littoralis U1_48CDSP-littoralis_Contig648 84696..84936 -
1680791349.9955826-CDS-P-littoralis_Contig648:85724..858431680791349.9955826-CDS-P-littoralis_Contig648:85724..85843Pylaiella littoralis U1_48CDSP-littoralis_Contig648 85725..85843 -
1680791350.0098188-CDS-P-littoralis_Contig648:86166..865921680791350.0098188-CDS-P-littoralis_Contig648:86166..86592Pylaiella littoralis U1_48CDSP-littoralis_Contig648 86167..86592 -
1680791350.0231624-CDS-P-littoralis_Contig648:86789..872281680791350.0231624-CDS-P-littoralis_Contig648:86789..87228Pylaiella littoralis U1_48CDSP-littoralis_Contig648 86790..87228 -
1680791350.0341105-CDS-P-littoralis_Contig648:87740..878591680791350.0341105-CDS-P-littoralis_Contig648:87740..87859Pylaiella littoralis U1_48CDSP-littoralis_Contig648 87741..87859 -
1680791350.044447-CDS-P-littoralis_Contig648:88786..890601680791350.044447-CDS-P-littoralis_Contig648:88786..89060Pylaiella littoralis U1_48CDSP-littoralis_Contig648 88787..89060 -
1680791350.0547845-CDS-P-littoralis_Contig648:89475..898471680791350.0547845-CDS-P-littoralis_Contig648:89475..89847Pylaiella littoralis U1_48CDSP-littoralis_Contig648 89476..89847 -
1680791350.0676177-CDS-P-littoralis_Contig648:89898..900451680791350.0676177-CDS-P-littoralis_Contig648:89898..90045Pylaiella littoralis U1_48CDSP-littoralis_Contig648 89899..90045 -
1680791350.0863333-CDS-P-littoralis_Contig648:90854..911471680791350.0863333-CDS-P-littoralis_Contig648:90854..91147Pylaiella littoralis U1_48CDSP-littoralis_Contig648 90855..91147 -
1680791350.0985768-CDS-P-littoralis_Contig648:92197..925161680791350.0985768-CDS-P-littoralis_Contig648:92197..92516Pylaiella littoralis U1_48CDSP-littoralis_Contig648 92198..92516 -
1680791350.1162887-CDS-P-littoralis_Contig648:93373..935281680791350.1162887-CDS-P-littoralis_Contig648:93373..93528Pylaiella littoralis U1_48CDSP-littoralis_Contig648 93374..93528 -
1680791350.1329825-CDS-P-littoralis_Contig648:93726..938311680791350.1329825-CDS-P-littoralis_Contig648:93726..93831Pylaiella littoralis U1_48CDSP-littoralis_Contig648 93727..93831 -
1680791350.1450222-CDS-P-littoralis_Contig648:94437..945721680791350.1450222-CDS-P-littoralis_Contig648:94437..94572Pylaiella littoralis U1_48CDSP-littoralis_Contig648 94438..94572 -
1680791350.159328-CDS-P-littoralis_Contig648:95042..951391680791350.159328-CDS-P-littoralis_Contig648:95042..95139Pylaiella littoralis U1_48CDSP-littoralis_Contig648 95043..95139 -
1680791350.174948-CDS-P-littoralis_Contig648:95903..960881680791350.174948-CDS-P-littoralis_Contig648:95903..96088Pylaiella littoralis U1_48CDSP-littoralis_Contig648 95904..96088 -
1680791350.185948-CDS-P-littoralis_Contig648:96425..965431680791350.185948-CDS-P-littoralis_Contig648:96425..96543Pylaiella littoralis U1_48CDSP-littoralis_Contig648 96426..96543 -
1680791350.198162-CDS-P-littoralis_Contig648:97022..972471680791350.198162-CDS-P-littoralis_Contig648:97022..97247Pylaiella littoralis U1_48CDSP-littoralis_Contig648 97023..97247 -
1680791350.2141418-CDS-P-littoralis_Contig648:98561..988071680791350.2141418-CDS-P-littoralis_Contig648:98561..98807Pylaiella littoralis U1_48CDSP-littoralis_Contig648 98562..98807 -
1680791350.2249472-CDS-P-littoralis_Contig648:99249..994501680791350.2249472-CDS-P-littoralis_Contig648:99249..99450Pylaiella littoralis U1_48CDSP-littoralis_Contig648 99250..99450 -
1680791350.2397413-CDS-P-littoralis_Contig648:100824..1012611680791350.2397413-CDS-P-littoralis_Contig648:100824..101261Pylaiella littoralis U1_48CDSP-littoralis_Contig648 100825..101261 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig648.9.1

>prot_P-littoralis_Contig648.9.1 ID=prot_P-littoralis_Contig648.9.1|Name=mRNA_P-littoralis_Contig648.9.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=2189bp
MDRSPSRLRNAGDSLSSVGFPMPSPSKSQHGDRNSPVRGSTHAADHARGQ
VQVALDSLLGDDPQLAPPSPSGYEPFTANAQTHGGQSPEGRRVSFLPAKQ
ESVPVDATLPPRDRLSTDGAHPPPRKPSGMTVESGGYTPSAAGGRRRRSS
VRSPKSYDMGTSQRQGVNISTLEDIKVFLEEKQNEVVKAHTRRTKELDAT
LAKEERYFRAILDNHLEKQGVTLKATSAMLRGNSVSNNLFRRGSTRLSFE
GVDEALQSKHADEIKKANHLRKKLVAYHEEARIALAKRLQVESTRMGRVI
KTNLGKYANPKLAQGAKRAVLASVVEYLNGEEYVRIVTAPLTYQSPDFVR
AIEKEQEAVGLAFSPTNQRSSTNIASEAVDYDSKMAQLQEKIRLEQQQQM
ADEAMRHSEMLARENKAAMEQEAADALARANEENWRRQEEMQRRQDEELE
AQRRQLAEHQEHLRREAEVVRLKHKEELDLRRAEIEREREAILAQQAEAK
RLQEKELEKQRTEIQRQHDEDMERQRQEVTRHAEELARHKADLAKHNEEA
RVEQEALEQMKWRAQKEEEDERRRLEGEVAKHQEQVRLETDRVKMELETL
NLERENVTRAEAAERAAEEEAVRVQVAKTAADALKAARDEERRQAAEAAM
RAQIEAELEARVVRDIQAERDRVAAESAALQAKIREFEEQREAAAAQAAA
DQETERAAAELAAADREAAVAAREEEAAQKLELSRAAPQKQVVNVNPDGS
VDVILTDGRDMNRVPSAEVSHSAAKRPDRYRIGDSVDALCTPVGAPAGTK
AFIPGEVVNINPDGSVDVILTDGRMKENVPLTEIKVATREIPPSPKFLLD
QTKSFGHIPKMEARAGSLDDILGTQMKAVAAVETAKAAGGEQGSTKLKKR
GSLDEILGIKVGNRPGKGSPTGTMTTILQKGDIVEALAPAPSTSDGRPPT
FSLGVIRRVHDDGGVDVDLDMGDELVKRPSKEIRLVQKNGSSSGQLPVAI
GDLTEGDRVEARYGGNSSFLPGVVTSLEDGVSVNFDEGWHGASIPLKHIR
WPGSNANSSLPVSGPKAGNSTHLSAGAKMRSMGSIADLDVGSLGGDTFSR
GDQVQLREEHGVEVSPPLTHNGVIHTAHPNGLYRVGFKDGSMRDKVSVGS
LTAFEWTPDGSADYRRALGDDPKTTSTFNLTKSAAEIAKGKRQNHASGGN
EMNDAAGGRPDGRPDGRRLSRSLRDVIFDKFGPSARVSPEGALRSTADGV
GGGRRSTHVGMVGGRDPGLRLNMVHFSPQEFMDPDTAAQQAVLTPNNAGM
FRARERQWQGKGGQGEGQEKGHRQVLSELSYNSTTDGSDTERSEAAAQSG
ASKKTHQNKDITQLGYAPKRRMTFGGFRSDKGGEVYKAQRRPSFMEKVAK
KAVDLTETAVKSTRLSIQGNNGQGFELVAIGDRKNSVNKIQRQSRSKPGE
GGGDEGSENSLCEFQTHFYNRRRHVFEPQHTEGAPSAWWIRTCGITNLIC
MAAYLWWRCTRSLIGVAHIIWGYIFLVAECIMAIGMIVGHSSRSFPVHRE
KVYMDDLTDTDDAIGGLKVAVLIPTCGEKTAVMLKALFGNLQLRLWKSKN
ARKETLRIVVLDEKNREEVQKLVSLVYTLAEVVLDKNVREILMREGVAPI
SAKGFYTHFANGDNGQRMYDDVNFIRGIEIVAEIDKLIAANDDSFSSFSP
SLAISRIKERARRASCFDRKQITPGQKKVWNRNKYIPTIVYYSRIDAGQP
RISPKAGNMNRAIFSFNPAEEPLIGQAAVIVVNDVRHELYPEFLQRTVPY
FFTYDDVRRCYKWADIAFVQTPQRFHDRTDWNDPDPLGNQAATQFDIVNS
GRDGAGGALSCGQGSVWRVQVLRDGIRPDGTKYLKRSRGANEDQVGRQGG
LGFRAEVLIEDTHTSIDLFRQGWKSVYVNFPKEVLARCTLPPDTVKWRWK
QVLRWHQGAVQLAMWKGWGYAMSGENWGTSFQKASYCSLFLYVFAFDAVS
YFLQAFAGEVLLIFPVVYGFTNSAPFNTWNIEFALYFFPFIITGILPTVA
ALGWQKTPSAKVMRDEQIWFATSFVQIYAVMHAVWGTVTRKDPSNAWECK
CPVWPLYFHFVIVIVAIIFNTAGWASRSYEEPWVWVSCIGSSLFALHSLW
PVVSFGLGVTMPEAFYTRVFGMLVVMTLVSMWLLGEAG*
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mRNA from alignment at P-littoralis_Contig648:73722..101261-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig648.9.1 ID=mRNA_P-littoralis_Contig648.9.1|Name=mRNA_P-littoralis_Contig648.9.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=27540bp|location=Sequence derived from alignment at P-littoralis_Contig648:73722..101261- (Pylaiella littoralis U1_48)
ATGGATAGGTCTCCCTCGCGGTTGCGAAATGCGGGGGACTCCTTGTCATC
TGTCGGCTTTCCGATGCCCTCGCCGTCAAAGAGCCAACACGGCGACCGTA
ATTCCCCGGTGCGCGGTAGCACTCATGCTGCTGACCATGCCCGTGGCCAA
GTGCAGGTGGCTTTAGACAGTCTTCTCGGCGATGATCCCCAGCTAGCCCC
TCCATCGCCCTCCGGATACGAGCCATTCACTGCCAACGCTCAGACACATG
GAGGACAATCGCCTGAAGGACGACGCGTATCATTCCTACCCGCGAAACAA
GAGTCAGTCCCGGTAGATGCAACCTTGCCCCCGCGCGATCGACTGTCTAC
TGATGGTGCACACCCTCCGCCGCGTAAACCCTCTGGGATGACGGTCGAAA
GCGGCGGCTACACGCCTTCAGCTGCTGGAGGCAGGAGGTAATCACATAAC
TGGTTAAACGAAAAATGTCTACTGATGATGTTGTATGATTTGAGGAAGGG
TTGCGCGTGTCGCCCAATTAATTGTATGTGGTGGACAATACAAATGAAAG
ACTACCCTTTGAAACGTTTACACGACGGGAGACCAACTGCTGTACCGCAA
AAGCCAACAGTTGAATGTCTCTGCCAACAACGCCGGTCCGCTTGCAATTT
TTCGCGAACGAAGGGCACAAACTACATGGTTCTCCTGTATTCGAAATCCA
GGAGTGTTCACGTGAGATTATCTCATACGCTCTGAAAATGATTCTTGAAG
GTACTAAAGGGGGGTGTTTTGGGCGAAACAGGACAGAATTTCCCAAAACA
GGACAGAATTTCCCCACCGCTGCCCTGTTCAACCTAGCCAGTAATAAATG
CTTCTAATTTTCAACACGAGTGTCAAGAAGAATATACTGGAGAAAAACAG
CGTGCGGCATCGATCGGGTTGCGCCTCTCTTTGGAACGGCACAGTCATTT
ATCGCCTTGCCCCACAAACAATACGCGTCATGGGTGGGGCTATTGTAGTG
ATATTATGTACGAAGTACTCCGTATTATGCTGCATAAAGTTGAGGGGGGC
CTCGGTCGTGTCGGGCTGGCGTTTAAGCAGACGTTCAGAGGACCCAACGG
TAGTAAAACATCGCAGAACAACCGAGAGTCGCGCCATTCTTTGGCCGGAG
CGTGTTAGATACGCACCTTACCACTGTTCGTAACATTCAGCCGCGCTGAC
TGTTTGGCTCAGCGGTAAATGTGTTTCTCACAAAGTCACATCCGGGGATC
GGACAGCTATTAGGCTGTTAAACCACAGATATCCAACAGGGGCTATGTTC
CCTGTAATCAGCGCTGCCCCTTGCCAAGCTAGGGCTTAGAGAGTGGAAAA
AGTGGTTTGCGCTTTTATCTTGAAACTCGATAAAAGCGTGCATTTTAGGT
ATTCCGCAAAATATCCGACCTGCTCGAGGATTGTACTACGGATGATCCTG
ACGCAGCACCAATAGAAATTGAGAGACGTCCTGACTCACCCTCGGGTTTC
GCCTTGCGCCAGCGTAGGAGGCAATACGACCAGTCGTCGTGTTCGGGGTA
GAGGGAGCGTGTGTGCTTGTGGGTACGCCGTGCAATAACTTACCGCGTGC
CAAGACGATTTCTCTGGTTACGGCCCATCAGCTGCTGTCAGTCATGCTGG
CGATTCCCTCTTTGCAATGTTTCTCATTTCCCGTATAACTTGACTCGGTC
GAAAATTTCAATATTTGGTAAACAACGATACAACTATTTTCCGACCTCTT
GAATTCTAGCTTGTGACTTCGCGATACCATTTGGCCCACACATGAACCTT
GGCACCACCAGGAGACGAAGCAGCGTGCGGTCTCCAAAAAGCTACGACAT
GGGGACCTCCCAAAGACAAGGAGTAAATATCTCCACGTTGGAAGATATAA
AGGTTTTTCTGGAGGAAAAGCAGAATGAGGTGGTAAAAGCACACACTCGC
CGAACGAAGGAATTAGACGCTACCCTGGCCAAGGAAGAGCGCTACTTCCG
TGCCATACTAGAGTGAGAAATCCTACTGCAATTTTACCATGACCACAAAT
CATCCTCCTGCTGGCCAATACTGAGGTTCCTGAAGAATCGTGTCTAATAT
CACATTTAGCTCGAGCCGGGTACAACCAGCTTTTTTACGGTATTGTTTTG
TTGTCGTGGCATGTACGAGTTTCATGACGCCCGAGTACCATTTGTACGCG
AAATGCTTGTTACAGCTTCCGTATACTGGCAGAACGTACGGTTAAAGGGT
GGTAAGAGGGGACAGCGACATTGGTCCCTCTGTGTAAACCCGGCGGATCC
CGGGTGGCATGCACTGTAAGAGGCCTAAAGAGGGAGAGTTATAAGATTTC
AGCCAACAAAACAAATCATAGTCCGTGGAGCGAGCGAAACACTATGATAG
TAGCGAAAACACGAATGACACCATATTTCCGTGCGCCTTGCCCTGGTGGA
CCAGCAACCACCTGGAGAAGCAGGGGGTCACGCTCAAGGCTACATCAGCA
ATGCTGAGAGGAAATTCCGTGTCGAACAACCTCTTTCGACGCGGTAGCAC
GCGATTGTCTTTCGAAGGTGTGGACGAGGCGTTGCAGTCCAAACACGCCG
ACGAAATCAAGAAGGCTAACCACCTCCGGAAAAAGCTAGTGGCGTACCAC
GAGGAGGCGCGTATTGCTCTTGCCAAGAGACTTCAAGTGGAGAGCACCAG
GTGACACGTCTACTACTTTTTCGTGCAAGGCTCGCCTGATACGGGACTTC
AAAATTACAGAAAACAATTGAATAGAAGGGTACCCCAGGGCTTCGTGACC
CGTGCGATCAACCAATTTTTTCACACGCTTCTTGACGCAGGAGGCACAAG
ATGACACAGGGAACATTAGCCAGAGAGCCAAGTAGAATTCAATACTTCGA
AGTAGGTGTTTAATTTGCAGCAGCATACTTCTTTCTCGCTCTCGCCTGTA
TACGATATCCCAATGGAGCTCGAAAAACAGGGTCTTCACTGCTGTGAAGT
TAAGTTTTGAGCGTTTGAAGTTCGGTACAAATATCGAACCGATAACACGT
TTTGCTGTTCAGCACCAGCCCCTGTCCGAGCCAGCTCTCCACATGTAACT
ACAGCCCAGAAAATCGATGCAGCCTGCTAATGTGGTGTGCGAGGGGGGAC
GTACTCCAGAAAACAGTAGCACGCAGCCAGCAACGACGGATATCGGTGAT
TTCGTTAAGTTGTAGCCGAAAACTGGAGCATAAAATTGCGGTGATGATAC
GGTAGAAATGCGCCGATAGAGCAAACGTGGTTCAACTGAACTATCCAACC
TTAAGTCGTGGGTTCAATCTTGATCAAAAACCAGATCTGACGCGATGTTA
CCAGGGCTCATTTGATGTTTGTAAATGTTTCCACCACGCGATCTCATATG
TGCATCCCAACTTTTGATGGTTTTGTGAGAGGTGGTCGTGAATTTGTACA
ATAGAAATAGTATTTGTACCGAAAAAATTGGAAAAATATACAATTCTTGC
TGATTGCGAACCTTCAAATTCAAGTCGGTTGGTACGCCGTGGCAGAAATA
CCCCCCCAGACTGTTTCCTACATCTTATACCTTTGGTAGAGTGGTGTCAG
GATGGTCTTCAAGTGTTCGCCCCGGCACAATCTCTGCGTAGGTGATTGAT
ATGCGCACGAGGTTCAAATGCTTTTCCCTCGGAAGTTGACCCCCCAAAGG
ATTTTATAACCTGTTGTGTTTCTATAAAAGTGCCACCGCTCTCAGCTACT
TTTCGGTTTGAGGGATATGTAAGTCTACCCAGGAGACGGTGCATACATAG
TCTTCAAGGTTTCCCATCGCTGCCTCTGGTAGTACGCCTGCATGGATAAG
CTTCTGGCCGATTTGATGGATTCGTCCCTGGAACCGCACGAGGTTGTTAG
CAGAGTAGGCAAGGGCCGGAAATCGTTTCGAAATCAAGCTGCAAGGCGCT
TACCACTCTTAGCGTCGCGCCTGCCCCTCGTGTACCGCTGCGTGTGCGCT
TTGAACGCTGCAAGGATGGGACGCGTGATAAAAACAAATCTTGGCAAGTA
CGCGAACCCCAAGCTAGCCCAGGGTGCGAAGAGAGCCGTTCTGGCGAGCG
TCGTCGAGTACCTCAACGGAGAAGAATACGTCCGGATAGTTACGGCCCCC
CTCACCTACCAAAGCCCGGACTTCGTACGCGCAATAGAGAAAGAGCAAGA
AGCGGTGGGGTTAGCCTTTAGCCCCACAAATCAACGAAGGTATTGCAGAA
TTGGCCGATGTCAATGCTAGGGTGTCGCAGCTCTTTTGTGGCTATTGTTC
GAATGGGTTTTCTTTCGCTTTACCGTTGTTGGTTTGACGCATGCGAGAAC
TATGTCAGTGCCGCCTACAGTAGCACGATTGATGGACTTTTCCACTCCTC
AAAGAAACGTCTTGGGGATGGTATTCCTATGACGCATGTATCGAAAGAAT
CGGTGTTACCGCACTCGTACACCGTTCTGCCTTCCGACGTCGAGGGGCTT
CCTCACTTCACCATGCCTTCGACGGCGGGCACTAGAAACGTGCCTAGATA
GGTGCGTTTTCTCTATCACATTTACACGAAGTTCTTTCGTGTAGCGATAA
GCAGTACCGTGGAATTACGCTCAGAAAACGCGGTACGCTTCATTCGAGCC
CCGCAGTTTTTAGCTGATTTTTAGCATGTTCAGCTGCCGGTGGCTCAATT
TTCTGCTCCTTTCAGGAGCTCGACTAATATCGCCTCAGAGGCAGTCGACT
ATGACAGCAAGATGGCGCAGCTGCAAGAGAAGATAAGGCTGGAGCAACAG
CAGCAGATGGCGGACGAAGCCATGAGGCACAGTGAGGTGAGCTGTGTTAT
ACGAAACTGCTACAATTTGGGTCTATCCTCCTACCCAAGTGACCCCAGCC
GCAATATTTTCTAAGGTTAGTATTCGCTATGCGTGTGGTTCTCTCGACAG
CACAACTTCTGCACCGCTCGCTAAACAAGCCATAACCAATCAGTCGCAAT
ATATTGTTGACGTCGGAATTATACTTCAGGGGAAGGGAGAACACAAAAAA
AAGTAGTGTGCTTCGTGTTAACGTTCGGCGCCGTTGTCCTACTTAGCCTA
CTTCTACCTCTATTCCACAGTAATTGAACGATATATCGGCCACGCATGCA
CACTTACCGTGTTGTACGCAAAGATGCTGGCACGTGAAAACAAGGCTGCA
ATGGAACAGGAAGCCGCCGATGCTCTAGCACGGGCCAACGAGGAGAATTG
GAGACGGCAGGAAGAGATGCAGAGGCGGCAGGACGAAGAGCTCGAAGCGC
AGAGGCGCCAGTTGGCTGAGCACCAGGAGCATCTCCGGCGGGAGGCAGAA
GTTGTCAGGTGTGCGAACGAACGAGTCCATGCAGTCTTGCAACAAACTCC
TGGCAATCGCGATTTTCTAGGTCATGCGTTGCTCGCGGCGAATGACGAGT
GATGTTGAAAAACGCGCGTGAAGGAAGATGGTTCGTTGTATATCTGTGTT
TGTTGAAACGAGCAGAACACCTTGGAGGCGCGAATCATTCGTGATGTGTA
GGTATGCCTATAGGCTATTAAAAAAAATGAATCAGCAACTCCCATTCTGC
TTTTCAAGTAATTTTCAAGCACGGACGTCCGTTTCCCCCAACCTTTTCCA
CACTTGTTTCAACTCTCCAATCTCTGAGACTTGTGTTCGTATCGTACACA
CCTTTCCTTCAGCACGTCGTGTGTGTACGAAAACAGAGGCTCACACCAAA
ATAAGTTGAAAGAGATACTGTGCGATTCTGTGTGAGAAACGATTGCTATT
GGCCAAGCTGTAGCGTTTCGATATTGGTCCATACCTGTAGATACGGATCC
GGTCAGGATCAATCAGGTCTGTGCGGACCGAACGATGCATCCTCGATCTA
GTCAGCACAAGGTGGAGGCTGGTCCTTTGTCGAGCGGAAGCGAAAGAAAG
CAGACAGGGCGTCCATCAACACATCGAGCGAGAGCGAAAATAACTTGTTG
AATGACCTAATTGAGCTGTGTGTCCTGCCTCAATGTCGGCTCTCTGTACC
CTATTGGCGACTACCGTTCTAGTTTTGGACAAACAGCTCTATCATTAGTG
TGATCTTGGATATTGGAAACAGGTTAAAGCATAAGGAGGAGCTGGACCTC
CGTCGAGCAGAAATAGAGCGAGAGAGAGAAGCCATCCTGGCTCAGCAGGC
TGAGGCAAAGCGGTTGCAGGTGCGCGTGTGCGTGTGCAGCGCGTTATCTA
GTATTGTCCGGTCCCATCTTTCGGTTCATTATTGTGCTCTTGACAACCAG
CTTACTCACTCTTGTTCCTTGGGGTTGAAGAATGCGTGGGACAAGTCCTT
CTGTCATTGAAAATCGAGCGTAGGGGCGAAAACAAATGGAACACGTGTGT
GCGACGGGCGGGGGTGAAGGAGGTGGAACTGCGATGAGGTGGAGTGGAAC
GAAGATGCTTGAGCTCTGAGTTTAGGAAGATTACCGTGGAGTAGGACGTA
CGGGTTCGATATAGGGGCATTTCTATAGCGAGAGCTCGAACAGAATCTTC
GAGTGGAGCGGGGCTGTGCTCCGCCGTAAAAACGTGCCACTTTTCAAGCA
CGAATGCAGTCGGAGGTGCCGCCAAAACGAATGTGACCAGTGCACCTTGG
TCCACAAACTGCAGAACGTTCCTTTTTCCGACTCGGTAGGAGAAGGAACT
GGAGAAACAACGCACGGAGATACAACGGCAGCATGACGAGGATATGGAGA
GGCAGAGACAGGAAGTTACGAGGCACGCGGAAGAATTGGCCAGGCACAAG
GCGGATCTAGCCAAGCACAACGAGGTAAGAAGGAGGACATAGTAAGTGCG
TCCGCTCTAAAGTAAAACAAACGCTAGTCCCGAGTTTATCGCAAAAATCG
TTGTCCTGTCCTGGCGGGGCAGCAGAGGAAAGGGTTTTTCACACCTTCTC
GTTGAATTGAAGGGTGACGTTTAATCCAAGGAGGCTTATATTGAAATACG
TACTTCATGATCGATTTTTTGTGTCGCTCTCTTTTCCTAGAGATGAGAGA
AGTGGTGGACTGTCCCAAATTCAAAGCGAAATACATTCAAGTCGTGGTGA
AAGCACAGTTCTGATGTCATCAAGGGCTGCATGCAGTGCCGTTGTTGGGA
AACTCATAGTGATGATAAAATAGGCGATCGGTCTTACAGCAAGCAAACGA
GGGATACTCTGCAGCGTATATTTGTTGACTCCGAGTACCTTTGTGCGTTG
GTTTATTTGGCGGTGCCAATTTCGGCAACATTTGTTGCCGAACATTTCGA
CGTTCTCTGCTCCTGAGTTGTGGGCGCCGATCGCCCGCACAAGAAAGCTA
CGACTTAGAACTCGAAAACTGTTGTACACATTGGAAGCTCGAGCTTTTCA
TCTCATGGCCGGTCGTTGGGCGTCCGACAGGAGGCCCGAGTGGAGCAAGA
GGCCCTCGAACAGATGAAATGGCGAGCACAAAAGGAGGAAGAGGATGAAC
GGCGACGCTTGGAGGGGGAGGTTGCTAAGCACCAGGTGTGAATGTTTGTG
CGAGAAACCTACCCGGTCAAACCGGCCACTATTCGTACGAGGCGTTCTTC
ATGCTCTCTTCCTGTACATTGTTTCGGTCGTCCTATGTGAAGATGCAGCC
ATCACAACTTGCAACGTTTTTGCGGTCGCATATAACTTACTTCCCTCGAA
TTGCAATTTGGGCCGAATCTTATGAAACACCAGGAGCAAGTGAGGCTCGA
GACAGATCGCGTCAAGATGGAGCTGGAGACCCTAAACTTGGAGCGGGAGA
ATGTTACCCGGGCGGAGGCGGCCGAGCGTGCGGCCGAGGAAGAAGCAGTT
CGAGTACAAGTTGCCAAAACTGCTGCTGACGCCCTCAAGTACGAAAACGG
TTTGCTTGGCTTTTGGCCTATTGGCAGAGACTTTGGAAGAGATTTCTACA
ATCTTCTGTTCCTGCAAGGGAAGGCGGTTTTGTTCTGGCCAAGTTTTATT
GAAACGTAATGTTATTTGTCACTAAGCATCCCTCTGACTCTCGCTTAAGG
TGGGTTATCCTTCTTTGATGTTGAGTGCTTCTCCTGAAACCCGATGACGG
CCTCTCGTGCAGCTGGAGACAAACAAACCAAAAACGGAAGCATTTCATGA
CGGGAGAGACAAAAAATGACCTCTACTGCGTACTCCTCGTATCAATCTAC
GTCGTACTTCATACCTGACGGAGGTCTAGGCTGAGATGGCCGAGGTCGTG
CGGTGTTGGACGCTCTCACAGCTGTTTACTTGCTTCAAATTTACGGTACA
TCGTTGGGATAAAATAGTACGGCAGTATATTGGGTTTCAAGGAGGCTCTT
CGACCTCAAGAAACAGAAGGTGTCGCCCGCGAAAGGTTCAAGAATGGGGC
GCAAATAAACACAACCTTCACAAACAAAGGAGAGCGCCAGGGACGGCTAC
GTAGTGGCGCCTAAGTCGGTCCATGATTTCACAGCGCAACACCAAACATG
TCTCAATATCGAATGACCCGCATGGTACTCTCAAAACTGAACTGCTCTAG
TAGCGTCGACAAGAAACACGCGTTGCGACGGGGTGTTGTTGATTATGCCG
AAAATGTGAAGAATAAACTGTAGCTGCAGTAGAATGACATGCCGTCAACT
GCAGACCGATTTCGGCGTCTCTTTTTCTCGCTCGCTCGCTCTCACTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCCCAGGGCCG
CGCGTGACGAAGAACGGCGCCAAGCGGCCGAAGCGGCCATGAGGGCTCAG
ATAGAGGCCGAGCTCGAAGCAAGAGTCGTTCGGGACATCCAAGCCGAGAG
GGACCGCGTGGCCGCCGAGAGCGCGGCTCTTCAGGCAAAGATAAGAGAGT
TTGAGGAACAGAGGGAAGCAGCTGCGGCGCAAGCGGCCGCGGACCAAGAG
ACCGAGAGGGCGGCGGCAGAACTGGCGGCCGCGGACAGAGAAGCGGCGGT
TGCAGCCAGGGAAGAGGAAGCGGCACAAAAACTGGAGCTCAGTCGAGCTG
CTCCGCAGAAGCAGGTAGGTCTGGGATGAGTTGTGCTACGGCATAGGGGG
GGGGGGGCTTAAAGCACGGGTATCGAAAACACCGGTCAACGACACGATAT
GCACGGACTATGAGAGCAGTCGACGACAGTTTTCACATTACTGTGTGATC
ACTTGCTGTAAATGTGGGCCTACCTTTGTGACCATCATGAGATGAAGGTT
CTTACCCGACCGGGTAGGAGTTCGAGCGAAGACGAGGCCCTTCATACATA
ATACTATACTTACGCACTAAATTTTGTTCGGTGACGTTCTTCGACCCCTC
CCAAACCCAATTTCGCGTGGCAACAAGCCAGTTGAAATGAAGGGGCATAC
ATTGTAATGTGTTGGTTGGGAAAATAGTAGGAGTGACGGGGTGACACCAG
GTCGCAGCCTACACCTAAATTTTAACATCGGTCCCGATGTAAGCGCTACG
ACCTCTGAACCTCACCCGAACACCGAATCCGGAGACGTTGACCTTGCTCC
CAACACACCGGGAGATGACCTTGTGGCCTAAAATTGGGCTGATATTCCCA
CCCGTTTACCCTACCGGGCATGGCTTAGGTGGAGGAGAGGTGGTACCGCG
TTGGTGACAAGGTTGATGCGTTGTGCACTCCGGTTGGAGCACCGGTGGGC
ACGAAGGCCTTCATCCCCGGCGAGGTGGTGAACGTCAACCCCGACGGATC
TGTGGACGTTATCCTCACGGACGGACGGAATATGCATCGTGTGCCGTTGG
CGGGAGTGTCTCAAAGCGTAGCGAAGGGACCCGATAGGTACCGCGTTGGT
GACAGTGTAGATACCCTGTGCACTCCGATTGGAGCACCGGCGGGCACGAA
GGCCTTCATCCCCGGGGAGGTGGGGAACGTCAACCCCGACGGATCTGTGG
ACGTTATCCTTACGGACGGACGGAATATGCAGCGTGTGCCGTTGGCCGAA
GTGTCTCAAAGCGCAGCGAAGGGACCCGATAGGTACCGCGTTGGCGATGA
GGTGAATGCCCTGTGCACTGCGGTTGGAGCACCGGCAGGCACGAAGGCCT
TCATCCCCGGGGAGGTGGTGAACGTCAACCCCGACGGATCTGTGGACGTT
ATCCTCACGGACGGACGGGATATGAACCGTGTGCCGTCGGCGGAAGTGTC
TCATAGCGCAGCAAAGAGACCGGATAGGTACCGCATTGGTGACAGTGTAG
ATGCTCTGTGCACTCCGGTTGGAGCACCGGCGGGCACGAAGGCCTTCATC
CCCGGGGAGGTGGTGAACATCAACCCCGACGGGTCTGTGGACGTTATCCT
TACGGACGGGCGGATGAAAGAGAATGTGCCGTTGACGGAGATAAAAGTCG
CGACAAGGTGAATAGAGAACTCCGCTCTAATATCTTCGACGGTAGATGTA
CGGCAGGTCAGCTTTGTTAACAGGTAAAAAGAGCTGTTGGATGTGGTGGA
ATTTGGAGCACGCAAGGGATAACAATGACATCTCATACCGCCGTGCCCAC
AAAATTGACGAGTGGAGACCCGTGTGGGGCACGGGTTTGACATGCTGTCA
TCGTCATCGAGGGCCGTGCAGCACGCTAAAAATTACGCCCTTCGATAATG
ACCCGACATTCAAACCGAATGAAGTATGATAAAGGTATGAAAATAAATAG
ACAGGAAGTACACGAACCTTCGACCATGGGAATGAAGTGGTTCACTAAGC
GAGAACAGTTGTATCTCACGGATAAACGCAACGATCAATAAACTTTACAT
TGAAGCAGGCAAGAGATGAACACGCCTCGCCCAACTTCTTCCGTTACCCC
AGGTCGGCTGGGTCGAGCACACGGGGGCTTCATGGTGCTGGTGGTCCCTA
TCGTTGCGTTTCAAATCGAAAATGATTATTGCTGCATTTCTTTTGTGTCT
CTCGTGAAAAACTGATGCAGTCATCAAACAGGGTAGGGTTTTGCAACCCG
ATATAACACTTTGTCCACGCATATGTTCAGTAGCAATACGACCTCGACTC
TTTGGAGCGTCAAAACCAAAATAATTACTTGTAGTTTGGATTTCAGCACA
AGGAGAAGTTATTGCTCCCCACCTGGTTCGTAGTCAAAGCAGTTTGTAGC
TGAAAGAAGGCGCCTCCTTCCCGGCTGCTCTGGTCCTCCGTGCCTCGTTT
GTCTCTTCATCAACAGGGAAATTCCGCCATCTCCGAAGTTCCTCCTAGAT
CAAACCAAATCTTTCGGACATATACCTAAAATGGAAGCTAGAGCCGGCAG
CCTGGACGATATTCTAGGCACCCAGATGAAGGCGGTCGCAGCGGTAGAGA
CCGCAAAGGCAGCGTCTGGGGGGGCAGGAACAAACGTTGCAGCCGGGAAC
ATGAACGGAAACAGCGGGGGGGAGCAGGGATCGACGAAGCTGAAGAAAAG
AGGCAGCCTGGATGAAATTCTCGGGATCAAGGTGGGCAACCGGCCGGGCA
AGGGCTCTCCTACAGGTACCATGACGACCATCCTGCAGAAGGGAGATATC
GTCGAAGCCTTGGCTCCAGCTCCGAGTACAAGTGATGGCAGACCTCCCAC
GTTCTCACTGGGCGTGATACGTCGCGTTCATGATGACGGTGGCGTCGACG
TGGACCTCGACATGGGAGATGAGCTAGTGAAACGGCCGTCGAAGGAGATA
CGGTTGGTGCAGAAAAATGGGAGTTCTTCTGGGCAGCTCCCCGTCGCGAT
CGGGGACCTTACCGAGGGGGATAGAGTGGAGGCCAGGTAAATTTCATATT
TTTCTCGATTATTTTTGTTGTAGGTTAAGAAGGTACCTTGCGAATGTATG
AAGGACGGTCATACCACCCTCCCCTTTTCAGGGTCTGATTTCAAAGCTCG
ACGATGATACTCTGCAACGAAGAGGGCAATGCCAATGCATGCGTTGGAAA
CACTGCTAGTATACGCACGTGCCCTTACATACGTGTACGCTGAAGAGCTG
CTGTTATCTGGTGCTATGAACGGGTGCCTTCAACGAGGAGACGCATATGC
CAGCCAACAGCAGACCCTACCATAGGGGACAAGGCTTTGCGTAAAATCCA
ACCTCCCCTCGTCCTTAGCTTTCCGCTACTCACTTCGTCTTTCTCCTCGA
CCCCTCGCCCCCTCCTCTGTGCAAATCGAATCCGCCCTTCTTCTCTTTTA
GATATGGCGGAAACTCTAGTTTTCTGCCCGGCGTGGTGACATCCTTAGAG
GACGGAGTGTCGGTCAACTTTGATGAGGGCTGGCATGGTGCGAGCATCCC
TCTCAAGCACATACGGTGGCCCGGCTCCAACGCCAACTCGTCTTTGCCGG
TGTCCGGACCCAAGGCTGGCAACTCCACACACCTGTCCGCCGGCGCAAAG
ATGAGGTCAATGGGAAGCATCGCCGATTTGGACGTCGGGAGTCTTGGTGG
AGACACCTTCTCTCGAGGAGATCAGGTGACACAAACAGTCAGGACGTTCT
GTTACTGCACGATGACGTTTTCCCCTGCAACTATGTTCACATCTCTGCTT
CATCTGATAATCCCCAGCAAAAAAGGCGTTGTGAAATTTTAATACCGCAC
GATGAACTTCTCGATGGGCTATGTCTTGGCAAGTCCCTTCTTACGCCACC
CTTTCTGGCACGTTTGTCATACCCCGCTCTCTTCACCACGGAAGATGAAA
TAAGTCCTTGAAAACCGGTCGGGTGTGTGTGTGAGAGATTCTATTCAGCA
GAAAATAGAAGTGTTGGGTTTGCGCGTTTACCCTGTAGACTTTCCTTTTG
TCAGTGGTTGTCTTCTCTAGTCAGCCACTCTCTCCCTCGACCTCCGGCAT
CAATCAGTCGGTCTCGAACTTTCCGGCGCACAAACTTACGAGAACTCGCT
GGGAACACAACTATTGATTCAGCATCGAATACTTCGAGGTACGGTTGCCT
CAGAACCGACGTATGCAATCCTTACCAGCAGTGTTTGAAACACCCTACAG
TAACAACTAGAGATGTTACGGGCGACCTGTTCCCCAGTGCGTCCCGCTAA
GGCTTTCAAGGGGATACTCTCGCATCCCATCAACCACATCGTCACCTATT
CACCATCACCTCTCTCCGGCGTCTAGATTACGGACCCGGCGGTCCTTCCG
GTAAGAACCCCAAAGCTACGACAGCAAAACCTGCACACGATCCTGTCAAA
GACGAGGGTCAGGCGGCGTGACATCATACCGAGGTTGTATCATAACTCCT
CGCACGCAGCCTGACTGGCGCAAAGCTCTCTATTGCATCAATGTTCACGC
ATTCTCGTGTGTCGCCATCAATAAACACTTTTCTTGAGACCACGGCCCCC
CTCCGACCGACGCATGCCTCCTGTCAAACAAAATCAATCTTTGTTTTCCA
AGGTGCAACTTCGAGAAGAGCATGGTGTTGAAGTGAGCCCTCCACTGACC
CACAATGGAGTCATCCACACGGCACACCCGAACGGTTTGTATCGAGTCGG
CTTCAAAGACGGGTCAATGAGGTGAGGGCTCATGTAGTTTGGAGGGGACA
CGGGGTAAACTTTACCTCTTCCGTCCATTAATTTCGTTGAGATTTCGAAT
TTCACAGATGGAGACAGCCAACCAATGAAATATACACCTTTGCTCAAGCC
CCATTTCTCATCAGCGGCAGAATTTGCTCGAGGATGGCTTAGCGGAACAA
CCGCTTGGTGTTCGGCGAGGTAACCGGCCTCGTGGATTCCCTTTTACGAT
ATTATGGGCGTTTTGCCCCGGGGGATTTTCGCCGCACTTGGAATCCTTCA
GGCCACTCCACAAGCCGCCTTCAGAGGCAACTCAACAACGAAGTTTTGCG
ATTAGGAACTGCTGTTTGCTATGCGTATGCTCGGAAATAACGTGAACAAA
TCGATTTTCTTGGCGATAACCCTAAAAAAATGGTGAGTGTTGTTTTTGGT
TTGCTCTTCTCCTCCGAAAACGGTGAGTAAATCCCGTGATGTATACCAAA
GTTCACGGTTCTTTCCCGTCGTGTATCAAACAGAGACAAAGTGAGCGTGG
GCTCTTTGACCGCCTTCGAGTGGACTCCCGATGGATCGGCGGACTACCGC
CGCGCGTTAGGCGACGATCCGAAAACCACCAGCACATTCAACCTGACAAA
GAGCGCTGCAGAAATTGCGAAAGGGAAACGACAGAACCACGCCTCCGGTG
GAAACGAAATGAACGATGCCGCGGGTGGTAGGCCGGACGGTAGGCCGGAC
GGTAGGCGCTTGTCACGTTCGCTGCGGGACGTTATTTTTGATAAGTTCGG
GCCCTCGGCTAGGGTTTCACCGGAGGGTGCCTTAAGGAGTACGGCGGACG
GGGTGGGTGGCGGAAGGAGGTCGACGCACGTCGGGATGGTGGGCGGTAGA
GACCCAGGTTTGAGGCTAAATATGGTACACTTCAGCCCGCAGGAGTTCAT
GGACCCCGACACGGCCGCTCAGGTACTATGCGGACGGCGGTAGTGAAAGG
GAGAAAATGAGTAAAGATGGCGGTAGTGGATTGGGAGAAATACTCTCAGT
TTCCGATTCAACGATGCTTTAGGTTCCTTTTGACGTTTCAATATTTCTAA
CGCTGATTTACCGACACAACTCAATGCTTTCCGGTTACCAACTCGGGTTC
ATGCGTGCTCGTGTGTGAGCAGGCCGTCCTCACCCCGAACAACGCGGGGA
TGTTCAGGGCAAGGGAAAGGCAGTGGCAGGGGAAGGGGGGACAGGGGGAG
GGGCAGGAGAAAGGGCACCGGCAGGTACTCTCAGAGCTGAGTTACAACTC
AACTACGGACGGTTCCGACACGGAAAGAAGCGAGGCAGCAGCCCAAAGCG
GCGCAAGCAAGAAAACCCATCAAAACAAGGACATCACGCAGTTGGGGTAC
GCGCCTAAACGTCGGATGACTTTCGGAGGATTTCGCTCCGATAAGGGGGG
TGAGGTTTACAAAGCGCAGCGGCGACCCAGCTTCATGGAAAAGGTCGCCA
AGAAGGCAGTGGATTTAACCGAGACTGCGGTAAAGAGCACGCGACTCAGC
ATCCAGGGTAACAACGGACAGGGCTTTGAACTCGTGGCCATCGGGGTGAG
AAAGCGAGAGAGCTAGTGAACGAGGAAGCCAGTGCAAGATATTTTTTCGG
ATTGTTTTTGTATAGGATGGCAGTATTCCCATGCAGCGTTGAAAGTTACT
AGAGTGGAAAACAGTGTGACAAATCGCTGGTTATGGGAGGATTGCGCAGT
TGCGAATGCCTCAAAACGTTAAAAAGACGGAACTGTCGAGTTGGCAGGAA
TCATGCGACGGCCGAAATGTTCCACAGATGACGGCAGCGGCCTCCAACCT
AACAGTTTTATTTCGACAGGCATTTTATGGAAATCAACGTTTTGTTACTC
GCCACTCTATCTCGGCAGGACCGCAAAAATAGCGTCAACAAGATTCAAAG
ACAGAGCAGATCGAAGCCCGGGGAAGGAGGCGGAGACGAGGGCAGCGAAA
ACTCTCTCTGCGAGTTTCAGACGCACTTTTACAACCGGTATGTACGAGGC
CTTTCCGGTCTAGACGTTGACTTTGAGGTCGCTTTCCTATTTATGACATT
TGCTGCACGTCTCTGCGTAGGATCTGTTGCCAGGTTTCCGGCTCACACAA
AACGGCTACAGTACGTGCGAATCGCAACCAACCAGCCCCACTAGCCGTAA
AGAGCGTGTGAACAAGTATTTGTTTTCTGCTTTTCAGGGTCTTTACTACA
TAGCGAGTTTCCTTGCTGGGGACAAACTCTAGTCTTATCCAAAGTTTCTT
GGAACTCAAGCACTGCCGTGTACGTCCTCGAATACACTGAAAACAGCGTG
ATTCAAAATCACATGGGGGACGTTGTGGGTGTTGATGAATACTTCGAAGT
AGAACATAAGTGGGATTGTGGAATGATTGATCGTTCTCTCAGCTAGTTTT
GGGGTAGGCCTTGCCTGTGATAGTATGCAATAAAACAACGGGCTGCTCCA
GGTATCATCCAGTTGATGACGCAAGGCGTGTCGCATACTATCTGGGGTAT
ACCACAGGAGCCATCATTTGTGAGTAGCTCAACCTCGGTACAAAACGTTC
AGAAATATTGATCGAAAAAACGTCATATTATTTTGATTGACTCGAGTTCA
GAATGTCGGTGTGGTTGCACATGCAGGACCGCGCGCTGGTCGCACAGATG
ATGGAGAGTGGGGGAGGGGGGTATCGCGGGATAGGCTGTCCTTCTGTAGC
AATTTTACTTTGGGATGGCTTTCGTTCGAACGACCGTCCCCAGAACTAAA
CCAACCAAACTGGTGTCGTTGCCAGGAGGAGACACGTGTTCGAACCCCAA
CACACCGAGGGCGCCCCGTCGGCGTGGTGGATTCGCACGTGCGGCATCAC
CAACCTCATCTGCATGGCTGCCTACCTGTGGTGGAGGTGTACGCGCTCTC
TGATCGGCGTGGCCCACATCATATGGGGGTACATTTTTCTCGTTGCGGAG
TGCATCATGGCCATCGGGATGATCGTAGGGCACAGCTCGAGGTCTTTTCC
TGTGCACAGAGAGAAGGTGGGCTAACCTTTGAAACAGCAACAACTGCCAT
ATACCTGAACGCTTGGTTTTGCTGCAACTTGCGAGCACATCCATAATATA
CATCACCCATCTGTGTCCATCAGACTTCACAAAAACATTTTACTCTTCGC
AGTGGTCCCGGCGAAGTGTGTAATGGGGTCTGTCTGTCTGTCTGTCTGTC
TGTCGAATCTCCCTTGCCAAGTAAGAAATGCAGTGCTCCCCGGCAGCACA
CACATTAAAAAGTTTGCCAATACATTGTTTGATTTAGGCTTTTTTTTTGT
CTTTTGTGTTCCCATCCGAAGGTGTACATGGACGATCTGACTGACACAGA
TGATGCCATTGGCGGGCTCAAGGTTGCCGTGCTCATCCCGACGTGCGGAG
AAAAGACTGCAGTTATGCTCAAGGCTCTCTTCGGCAACTTGCAACTAAGG
TGATCATCGTACAGCATTGGCAAGGTCAATTTGAGAAAGAGGGGTTGTTC
AGCAACATTAGTAAATTTTCGCGTTGTTGTTTGTGTGTAGGTGGTGTACA
TCAAGCTAGACGCACTTTCTTATACTGCGCAACAAACGAGGTTTGTTTTT
AGCCGCGAAAGGGCTGTGGTGGCGTCGGAAATGCCTACAGCACTCGAGAG
CTGACCGACAGAGTGTCGTTTGTCGGTGGCACCGCCTTCGTTTCGGAATG
CTGGAGTTAGCTGGGGGTAATGCATCCCTTCGCATAGAGTGCAATACCAT
CCTCAAACCAAGCATCTTGTGCTCAAAATGCTTAACTTTGAACGATTTTA
CATGCTCGATTGATCAGTCAAATGTTTTTTGCTACTGTGCTAATACATGA
ACTACGTCACAGGCTTTGGAAGAGCAAAAACGCAAGGAAGGAAACGTTAA
GGATAGTCGTATTGGACGAGAAAAATCGAGAGGAGGTGCAGAAGCTCGTC
TCCTTGGTCTACACTCTCGCAGAGGTGCGGGTTTACACCACAAAGCAGGA
GCCCCCTCACGAAAACCTCGACGTGAATCTTTTTTCGGAAAAGATTATAA
AAATCTAGTTTGCGGGCTTACATCACACCTGTTATCATCGCCTGCGAACT
ACGCTACGGCTGACCTGTTCTGAGTGACTCGAAAGCCTCTCCTCAAGCTA
TGAAGTCAACAACTGTACTTGAAAGCGAAGCTTGTCGATTTGTCTCTGTA
ACAGCCTGGATAAATGTTCTCCTGGCAAACGTGTGGGTCCTTCCCACTAC
GTAAGAGAGGCTGACCCCGCCAAACACCCGAATCACTCATTGAAGGTGAA
TTACCTGAGAGACACGTGACACATACCAGTACTTTTCAATGTCCGAGACC
TAAGGTGGCTATACATACATGTGTTTCAATTTCGAGTGTTTTTGGTCTAC
ACTCTGTTCGGCAAGGAGGGCGCATGAAACTGCTTTTGTACGTTGCCTTG
AGGCCAAGTCGCTTGCCTCCATTCTTCGGCGGCCCAGGACAAACCTGTCG
CCGATATCATCGTAAGCGCCACGGCTCCGACATCTTTTATTGCATCCCCT
CTTCGTGTCCATCTCCTTTTCCAGAAAAAATGATTTGAAAAACCACGAAA
ACAACAGCGTCTCATCATCATCATCCTCATTCTCATCTCATCGCTGGGTA
CATGCCACCAGTTGTTTCTCGAGAAGCGTGCATGCGATAGAGAAAAAAAC
GTACAAGAAATGTATGTTCGTTTTCGGTGCTCCGATGTTTATTTATTTTT
CTCTTTCCGTGTGCAAAAAATCGTCCTCAATGAAACACATCAATTTCGCA
CTCAGGTTGTCCTTGACAAAAACGTGAGGGAGATTCTCATGCGCGAAGGC
GTGGCTCCGATCTCCGCTAAGGGCTTCTACACCCACTTCGCCAACGGAGA
CAACGGGCAGAGGATGTACGACGACGTTAACTTTATCAGGGGGATAGAGA
TTGTAGCCGAAATCGACAAACTCATCGCGGCCAACGACGACAGCTTCTCC
AGGTACAGTACAGTCAAATATATACTACCCAAAAAAAAAATGTCATTCTT
GAAGCTCGATGTCTCTATCTCCACAGAGAAAATAATATCCACGCCGATAC
AAGTTACTGCAAAATATCTCGTCGAGAGCTGTCCCAAAACTCGTCGTTTG
GTTATTGCCCCCGCCATCTTTGTTCCGGACGGGTTTTGGAGTTTTAAAAC
GTCGTTTCTGTAGAACTGTTACGCTACGCTTTCGATTAAGCACCCGACAG
ATGATTCGTTCTAAGGCAACTTCTCACTCTAGAACAATCGTGGCGCTACC
CCAACCTTAAGCGCCACCTATAGAGCACCCCCTTTACATGCAGAAACTTT
AGACACTCCATCGAACGGTCATCATCATACCATACCAGAGGTGACACGCA
GTGCTAAGGTTTTCCACAGTCCCGGAAACACCGCTGACGGCCGATATCTC
TCGACAATGAGAAACTCACCGAAGCCAAACGATGGATTGTTTTCTGAAGG
TTCTTGGGAAGATATCTCCAGCACCGCCAAAAAAGAAAATCGACGCCTTC
TCCGCCGTGGAGTAATTGGGCGTCAAAAATTGTCCTAGGAAGGAGGGGGG
GGGTACAAAATTGTCGCCACCGATCTGTAGTGCCCTCGTTCCGTTCGCCG
TATTGCGATACGCGGACACTGCAGAAGCTCAGGGGGGCTAGTCTCTACTC
ACTCACGGTCAACGATTTGACACGCCAATTTGACTTCAGGTCCTACAGTA
AGACAGAGATATCCGCGAGAAAGGCGACCCGAACACAGCATGTGCATTCC
TCGAGCAGGTTGTTGTGTGTGAGCTTACTATTGTAGAACTATCGCGCTGG
TACACAGCAAATTATCCTCCACGCAAACCCAACGGTACGTTGTCTAGGCA
TCTTCGTGTGATTGCAATGGTAACAACCCTAGGAATGCCGCATACCCACC
GCCTGACGTTCCGCCCACACCATACAGTTTCTCTCCGAGTTTGGCGATCT
CTAGGATAAAAGAGCGGGCTAGGAGGGCGAGTTGTTTCGACAGAAAGCAA
ATTACGCCTGGACAAAAAAAGGTGTGTACCCTGTTTATTGCCTGGTATGA
TGTAGTACAGTTTTTCACTGATGCTCAGACAGCACTTAAATATCATATAC
AATGTATTTGGCATGTTAATGCATACCTGGTACTTCGAATATTCTCCATT
TTCAATATGTCGAGGATTGCACGTCGTATGCGTAAATGTTTCCACTGCAG
CGAGTAGCCGGGACATCCTAGACTACCGCCGCGGCTAGTGCCGCAAACTT
CATGTCATGCCGGCGAGCTCCACCAGACAGAAGTCAAGATTGACGGAAAT
CGAAAAAAACAGCAAACGCCTTGTTTTGAGCCCGTTCGTGACAGACAGGA
AGGATGATATCAGCGAGCTAAAATAACGATACTACGATGAGCAACGCTCC
TGCTGTAAGCTGGTGTCAGAGATTTATTTTGGGCGCGAGTCAGGCCTCTC
TTCAAAAGGATTGCATAAGTCATGGTGCCGTCGTTCGACTGAACCTCCCA
GGTTTGGAACAGGAACAAGTACATCCCGACGATCGTATACTACTCCCGCA
TCGACGCTGGCCAGCCCAGAATCAGCCCAAAGGCCGGCAACATGAACAGG
TGGGTCGGTTTCCTCGGTGCCCGGTTTTTCCAGTAGTATACATGTATGTA
GCTGTATGTGTGTGCATACGTATGCGGTGTGCATGTTTGAATACTATGTG
TATATGAATAGACGTGTGCGCTACGGAGGACAAGCTGCCAGTTGGACTGC
GTACTTTTTGCCCTACGCGACGTTCTCCTTCGCATGACAACGTCGAACGG
CAAATCGCAACTGAGGAATACGAAGTATACATGCAAACCTAAAACGACGC
CGCATGAGCTTAAAATATCGCGCCAATCTGTACTGTTCGGATCAGTCTTG
GCGAGTTGTTTCTGAAAGTTTTTCGACTTTCGATCACATCAGCCTGTGTC
CTTGTGTGCATGCGCTTCGGGCTTCCATTTTCTGTTTTGAACAACATTTT
TTGGTGCAAGCACTCAAATGGCGTTCTGGACAAGTATCGAGGGTTCACCC
AGTGCGATATTGTAGTTTTGACTCGCAGGAGATATCCTTGACGGGAGGAG
CACTTCCAGTCAAGCAGCGCTATAACGGGGCAATTGTCTTCACGAATCTT
CACGAAAGGAGTGGACGTATCCACCCACCCACCTCCGCGTTGGCCTTAGC
TCGTTCCCCATCAACGTCCCTGTCTATGAAAAGTACTGTGGCTACAAGTC
CAACGTGCAAGACGAATCTTTCTCTGGGGAAATTTGATGATTTTCTGTCT
ATCATTATCTTTCTACACACGAGCACGATGGCGTCGAAAACATTCAAATA
GCGTCTACGCCTCGCGATTCGCTGATGTCATCGAAAATATCATGCTCGCC
CGTGTCCAACAATCCAAAACACTCTCCAGAGCGATTTTCAGCTTCAATCC
GGCAGAAGAACCGCTCATCGGACAGGCCGCGGTTATCGTAGTCAACGACG
TCCGCCACGAGCTTTATCCCGAGTTCCTGCAGAGGACGGTGCCTTACTTT
TTTACGTACGACGACGTCCGCCGCTGCTACAAGTGGGCTGACATAGCTTT
CGTACAGGTGAATCCTTGTTGTGCTGAACGCCACAGCCAGCCGTAAGGAT
TGACGCCCCCGACCCCTCTTTCAAAGATATAGTCACAATCATAACAACTT
GTTACATTCTTGCTTTCGCTACGTAAGCGGGTTTCTAACGTTCCCACTTT
TTAGAATTCCACCAGTAGAATGCGGTGCACCCAACTTCAACAGTGTGCTG
CTATGTCTACCTTTGGCGGAGACCGGTTAGTATCTGCAAAGTGGTGTCGA
TACACAAACAATTTTCAGGACGCTGCAGGTGGAGAGAATGGCGCGCAGCC
TTTGCTGCAGTGAGGCAAAGCATCATTTCTTGAGTGCGTGCGCTAGTGGC
CATTTTTGTTTAAACACTAAATGTAAAGGTCTAAGAAGACGTATTCCTAT
CCCACCACGGGGGCGGCGTCTTCTTCCTTTCTTGGGATGTGGCGAGGAAT
GCCAAGCGTCTCCGTGCGAACTCGAATAGGCTAGGGTAATGTTGAGAGAG
TGAGGTCAAGCCATCGTGGACTGTTTTTCCCCGACACTCAAGATTCCGTC
AGCGCTCGCAGCACTGAGGAATCACCTGTGTCCAGATATGGATACCGCTG
GGATCATTATGCCCCGCGAGGATGCATATCTGCACGATTTGTATGTGCGT
ATATACTGCTAATAAGATGAAACACCCTGGCATCCATACAGCCCTCCTCT
CTTCGTGTCAATAATCTGTCTTCGCTAGAGATAAATTTTGGCGCTCATTC
AGGTCGATTAAGGAATGCATTGTCGTGGAGTCGGTATTATTCATCTTCCG
AGCGGTATTGGTTTGGTTCTTGAATGCCATGTCCCTTCCTCACTACCCGA
AGATAGCTTCACTGCCGTGTGGAGTACGCATGAGGATACTTCGACAGCGC
AAGGACAAATCATTTTCAAGACTTACACTCAGTAGGTGTTCTGGAGCCTG
TCTGGGTGTTCTAAATGTGCTCAACACCATACGTTCATGCTTGAAAACAA
AAATGCTGTGTCTCTTATTTCACACAAATGCTAGGATGGCGTCCTTGTTT
GGACGCTTTACGTTCATGCTTGAAAACAAAAATGCTGTGTCTCTTATTTC
ACACAAATGCTAGGATGGCGTCCTTGTTTGGACGCTTTACGTTCATGCTT
GAAAACAAAAATGCTGTGTCTCTTATTTCACACAAATGCTAGGATGGCGT
CCTTGTTTGGACGCTTTACGTTCATGCTTAAAAACAAAAATGCTGTGTCT
CTTATTTCACACAAATGCTAGGATGGCGTCCTTGTTTGGACGCTTTCCTT
TTGACTGTTTACAAATTTTTTGTAAATGTTTAGTTTTTGCCCTATTACGT
TCTTTTTACTTTTTCGCGGGGTATGTTGTTCGATGCTCTTTGGCTGAGTA
AGCCTGAAGCTACATCGGCACCGGTGCAAACTCTTTCACTGCCGCTCATG
TATTAATTCTCTGCTGCCGCCGCAACCTGATGTCACCAACTCCTTTCAAT
GAAGACCCCACAGCGTTTTCACGATCGGACAGACTGGAACGACCCCGATC
CTTTAGGGAACCAAGCCGCGACGCAGTTCGACATCGTCAACTCCGGGAGG
GACGGGGCCGGGGGAGCTCTCTCTTGCGGTCAAGGGTCTGTCTGGCGGGT
ACAGGTGTGTATAGGCGTGCTTCTGTTGCTGACCATACTATTTGTGTCAA
TGGCAATCTTCACATTAGAACGACAGCGATGCTGTTGTTGCTGCTGACGA
TGCTTTTAGTGCTGAACATCTTCGCACAAGGACCAACTTTGTTCCCTGCG
ACCACATCAACATCCTCCTTTTAGAACGGAAGTAGTTTGTTCCTCGGGAT
TAGCCGCGAAAAAGGAGCGCGCGACCATTATTTTTCTACCCCCTACTGTA
ACCGGAACGAACTGTTTCTCTGAACAATCCTGTGAGAAGATATTTGTAGA
AGCCGCCGCCTGTGTTCAGTATAATCAGTCTTCCTTGTCGCCGAGTTTTT
GGGCGTTACAGTGGCATCACGTACGCAAGCAAATATGTTGAACGCACACA
CACAACGTACACCCATCTGCCTGCGCAATTTATTGCTTCTTTGCGGCACC
GTGCTGCTCCTGCTTGATGCACATGGCACGATCCGAGGTACCGTTCGTTG
TGCTCACTCCGACAAAATGGTAGTTGTGCCCGTGCCAACGTTTCCAGCAA
CGTGTGGCGCTTGAATGAAACTTAACCCCTTTCAAAGGTGCTGCGAGACG
GGATTCGGCCGGACGGGACTAAGTACCTCAAGAGGAGCCGCGGCGCCAAC
GAGGATCAGGTAAATCTTATTATCTATGGTGAACCTGAGACTTAACGTTA
TAAGGCTGAAAACGTGCACAGAACCCACAACAACGGGTAAAGAATCATCT
CTGCATACGCGCGTGCGTATTTGGTGCACCAAGAGTGAACATTTTGCGAT
TTGCGCACAAACAGCTCCCACTACGAATATTACTGAAGAACGAGGATTTG
CGAACCCGTACGTATTTATTTATTTATTCCTCCTAGCACGATATGTGCCT
GGTTTGTGACCACGGGCTAAACTGCGGCGGTAGTGAGCTAATGTGAGAAT
CAACAACAACAACAACAACAACAACAACAACAACGTATCATATATACGTT
CGTTGTTCTCGTGGTTCCTCATACGATAAGCTCACCTCGAAAAATCTAGC
CCGTGGTAACCAAAAACGCTGGACCCTCTTTTGAAGATGCGGAGCCCCCA
AACAATGCATGAGATCGAGGAAGATTAAAAAAAAATTCCTAATCTAGATG
ATTGCGCGCCCCACAGAATTCCATTCAATCACAGCAGCCGAATTTTCCTC
CGGTGCCACCACTAACCTTCTCGTAGCACATTGTTCGCAGTGGGCAGAGG
TACTGTCTGGAGTATAGTCTGCGCCAAGTAAAAGGAAAGGCTCTCATTCT
ACAGCAGACTGTGCATCTTTTCATCTAAAACCATTCGACACGAACTTCCC
GGCTCGAATGCTTGTAGTTGGGTGGGGGCCTAGAGCAGAATGTCTGCCTT
GCCTTGCCTTGCGTTACGTCAGGAGATGATGAGAAACCAGTCGCCGCCAA
TTTTCTCTGTAAGTGGGGTGCAAAACAAACGCTCATCTACGATCGGCATC
TGTCGACAAGCTTTTCCCAGCTACTTCATCTTCGCGAACGGCTACTCTCC
AATCCGTTCACGACAGGTCGGGCGACAAGGAGGGCTAGGGTTTCGCGCTG
AAGTGCTGATCGAGGATACACACACTTCCATCGACCTCTTCCGGCAGGGC
TGGAAATCTGTATATGTCAACTTTCCGAAGGTGAAATAATTCGTGGTCAA
CACAATACTTTTGTCTTGCAGGTATACCAAGGGGTTTAACTCTGCGTTCA
TAATGGCAGGACAGCGGACAGCGCAACGATAATCTTTTATTTTTTAATTT
CGTTGTAACATACAAAAACCTTGAGCTGATCAAAGTAAACTATCTGCCGG
CATGTGTCTGATACCAGTATTCTTTGCGCAAAAGGACGAAGATTCTGCAT
AACATGAAATCAACAGCTTTACCGCAAGAGAAAGGTCTTGCATTGGCACA
AATACTACGTATCTGCAGCTGAGTGCTGCGGTTCAGCCGAGGAAAACCAA
CACTGTGGTTCGGTGATGGTAGGAATGTTGATTACGTCCAATTGCATGAC
AATCTACCGGCCTAACTTAAACGTGGCATTGATTCTGGGGTATAGGCTTC
GCCACTCCCACAACGACGTTCTGGATTGGGTCTCCAAGTCTAACCTCTGG
CAGTCTTCCTTGTGCATTAACTGCCCCATCCCCGCAGGAGGTACTGGCAC
GCTGCACGCTACCTCCGGACACCGTCAAGTGGCGCTGGAAGCAGGTTCTA
AGGTCAGAGAGCCTTCTTCCAATGGAAACTTCTGTTGGCACTGCTGTGCA
GTCAGATCAGTGGTTCAAGGAATGCGGTCCCCTCTATCATTGGGTGGAAG
GGGCCGAAGCGTTGACCCTAGTGTACAGACATCGATCCGTCGGACGCTTT
TTAGGAAACGTACCGGAAAAGTGCCAGGTAGAGCAGTTCGCCGTTGCGGG
TACATAGCGCTCACCATGGGGCAGGCGAAACAGGCGTTCACTCACTGTCA
TGCATGGCCGTCATGTAGCCCTCAAACCCCTACAAAGCCAGGGCAGAGCA
CGCAGGGTTCTTGTCTTCGATGCAGGGGGGTACAAAGGAGGTGGGGCTCT
TAAAGTGCATGGCAATCATTTGGCACTTTCACTTTGATGGGACCAAGCTG
CAGCGGGATTACCGAGACAGAGGGAAAAGTAAAGAGACAGGCTTTTTTCG
TAGGAAATACTTCACGCTCGAACCCATCGTAACTTGTCCTCGCGAGGTGG
TCGATTCCGCCATTTGTCTTCACCTCTGTAAAGCTCATATCACGTATTAT
ACATTATTTCTTGTATTTCTTCAGATGGCATCAAGGGGCCGTGCAGTTGG
CGATGTGGAAGGGCTGGGGGTACGCCATGAGCGGAGAGAATTGGGGCACT
TCCTTCCAAAAGGCAAGTTATTGCTCTCTCTTTCTTTATGTACTTTTCTC
TCTCTCCCTCTTTCCCTCCCTCTGTCACACACACGTGCCATCCGACACAA
CGTTAGTCCATCAAAACCATATTCTATGTTTGAAGCGTTGAAAGTATTAC
GCTTCCAACGCTTCTCCTATTACAGAAGCTCAGGGTTCCGCCGGGTGTCA
CAGAAGAGGGCTTGGCCTCCCCCGCTCAACCAGGTTTATTCCTGTGTTTG
TTTGTGACTACGCGCCGGCATCAGTCTTCACGTTTGGCTCGTTGGCTTGT
GTCAACCTTCGCGTGCGAGATGGTGGGTCTCTTTCTGCTACATGAGACCG
CCGAGACAGGGAGAAATTCGAAGGCATGACATCAGTTGGGAGGCGGAGTC
CCGATTTGGGACTTCGTAATCTCTCATAATTTCAACTTACCACTCAGCCT
AATCATTTTCATGTATCCCAACAAGCTCTGACTCCTAAGTTAGCTGTGGG
GGTTTATGGTATTAGTGATGGTAACGGGATGAGGGGCTTGTCCCAGGCGT
AAAACCCCTCACGTGATGTGAACCCGAGGTCGTCAAATAGGAGGTTTGTT
TATCTAGCGCGTCCCTTCTACCGAGGGTGACCGTTCGACGACATCAAGAC
TAAAATTACCATTTGCTCGTTTGTGTCTTCTTCCGTTCGGCGGCGGCGCG
TCGAAAAATGTTGTCAGGTTTTCGCGTTCGACGCCGTGAGCTACTTTTTG
CAAGCCTTCGCTGGGGAGGTTCTACTTATTTTCCCAGTCGTCTACGGCTT
CACAAACTCGGCGCCTTTTAACACTTGGAACATCGAGTTCGCCCTGTACT
TCTTCCCCTTTATTATCACGGGGATACTCCCAACGGTTGCCGCATTGGGT
TGGCAGAAGACGCCGTCTGCAAAGGTCTGGAGTCTACACTGGACCTCCCT
CGCACAGCCCAATGTTCTCCCCACATATTCACATCGAGTGCCTTCGGCCT
CTCTTGAACATAATTCGCTCACAATAGCCTATTCCACGTCTTTCGTTCGT
GGGATTGTTTCCAACAACCGGCTCAATGAGGTGCCATTTGCAAGGATAAA
ATGACCACCAAAAATTCCTGGTGATGATAGAGGGTTGTGTTCATTGCATG
CAATTTGTTTTTGTTGCAGTGTGCCCTATACTTCTAGGGAAGCGCTTGTT
CGCGAACTTGCGGAGCTCGACTATCCTTAGATGATCACAAGTGAACGAGG
ATGGCCTGCCTCCCCCTTTTGTCGGGATAGGATGTACTGCAGTAGGAACG
TGGAGGGCCTCAGAGAGATGTATCATTCTGTCTGACCCCATTTTTACCCC
CCGCACGCCTGCTACACAATTTGCCCCCACCCATCCCCGCGCACACAATT
ATACAGGTAATGCGAGACGAACAGATCTGGTTTGCGACGTCTTTCGTGCA
GATCTACGCCGTGATGCACGCGGTCTGGGGCACCGTCACCAGAAAAGATC
CGTCCAACGCGTGGGAGTGCAAGTGCCCTGTCTGGCCTCTGTACTTCCAC
TTCGTCATCGTTATCGTTGCTATCATTTTCAACACTGCTGGTTGGGCGAG
CCGGAGCTACGAAGAGCCATGGGTGTGGGTAAGCTGCATCGGATCGTCAC
TGTTCGCTCTGCACTCGCTTTGGCCCGTGGTGTCTTTCGGGCTGGGCGTT
ACCATGCCCGAGGCGTTTTACACGAGAGTGTTCGGAATGCTCGTGGTGAT
GACTCTGGTCAGCATGTGGCTCCTGGGCGAGGCGGGCTAA
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Coding sequence (CDS) from alignment at P-littoralis_Contig648:73722..101261-

>mRNA_P-littoralis_Contig648.9.1 ID=mRNA_P-littoralis_Contig648.9.1|Name=mRNA_P-littoralis_Contig648.9.1|organism=Pylaiella littoralis U1_48|type=CDS|length=6567bp|location=Sequence derived from alignment at P-littoralis_Contig648:73722..101261- (Pylaiella littoralis U1_48)
ATGGATAGGTCTCCCTCGCGGTTGCGAAATGCGGGGGACTCCTTGTCATC
TGTCGGCTTTCCGATGCCCTCGCCGTCAAAGAGCCAACACGGCGACCGTA
ATTCCCCGGTGCGCGGTAGCACTCATGCTGCTGACCATGCCCGTGGCCAA
GTGCAGGTGGCTTTAGACAGTCTTCTCGGCGATGATCCCCAGCTAGCCCC
TCCATCGCCCTCCGGATACGAGCCATTCACTGCCAACGCTCAGACACATG
GAGGACAATCGCCTGAAGGACGACGCGTATCATTCCTACCCGCGAAACAA
GAGTCAGTCCCGGTAGATGCAACCTTGCCCCCGCGCGATCGACTGTCTAC
TGATGGTGCACACCCTCCGCCGCGTAAACCCTCTGGGATGACGGTCGAAA
GCGGCGGCTACACGCCTTCAGCTGCTGGAGGCAGGAGGAGACGAAGCAGC
GTGCGGTCTCCAAAAAGCTACGACATGGGGACCTCCCAAAGACAAGGAGT
AAATATCTCCACGTTGGAAGATATAAAGGTTTTTCTGGAGGAAAAGCAGA
ATGAGGTGGTAAAAGCACACACTCGCCGAACGAAGGAATTAGACGCTACC
CTGGCCAAGGAAGAGCGCTACTTCCGTGCCATACTAGACAACCACCTGGA
GAAGCAGGGGGTCACGCTCAAGGCTACATCAGCAATGCTGAGAGGAAATT
CCGTGTCGAACAACCTCTTTCGACGCGGTAGCACGCGATTGTCTTTCGAA
GGTGTGGACGAGGCGTTGCAGTCCAAACACGCCGACGAAATCAAGAAGGC
TAACCACCTCCGGAAAAAGCTAGTGGCGTACCACGAGGAGGCGCGTATTG
CTCTTGCCAAGAGACTTCAAGTGGAGAGCACCAGGATGGGACGCGTGATA
AAAACAAATCTTGGCAAGTACGCGAACCCCAAGCTAGCCCAGGGTGCGAA
GAGAGCCGTTCTGGCGAGCGTCGTCGAGTACCTCAACGGAGAAGAATACG
TCCGGATAGTTACGGCCCCCCTCACCTACCAAAGCCCGGACTTCGTACGC
GCAATAGAGAAAGAGCAAGAAGCGGTGGGGTTAGCCTTTAGCCCCACAAA
TCAACGAAGCTCGACTAATATCGCCTCAGAGGCAGTCGACTATGACAGCA
AGATGGCGCAGCTGCAAGAGAAGATAAGGCTGGAGCAACAGCAGCAGATG
GCGGACGAAGCCATGAGGCACAGTGAGATGCTGGCACGTGAAAACAAGGC
TGCAATGGAACAGGAAGCCGCCGATGCTCTAGCACGGGCCAACGAGGAGA
ATTGGAGACGGCAGGAAGAGATGCAGAGGCGGCAGGACGAAGAGCTCGAA
GCGCAGAGGCGCCAGTTGGCTGAGCACCAGGAGCATCTCCGGCGGGAGGC
AGAAGTTGTCAGGTTAAAGCATAAGGAGGAGCTGGACCTCCGTCGAGCAG
AAATAGAGCGAGAGAGAGAAGCCATCCTGGCTCAGCAGGCTGAGGCAAAG
CGGTTGCAGGAGAAGGAACTGGAGAAACAACGCACGGAGATACAACGGCA
GCATGACGAGGATATGGAGAGGCAGAGACAGGAAGTTACGAGGCACGCGG
AAGAATTGGCCAGGCACAAGGCGGATCTAGCCAAGCACAACGAGGAGGCC
CGAGTGGAGCAAGAGGCCCTCGAACAGATGAAATGGCGAGCACAAAAGGA
GGAAGAGGATGAACGGCGACGCTTGGAGGGGGAGGTTGCTAAGCACCAGG
AGCAAGTGAGGCTCGAGACAGATCGCGTCAAGATGGAGCTGGAGACCCTA
AACTTGGAGCGGGAGAATGTTACCCGGGCGGAGGCGGCCGAGCGTGCGGC
CGAGGAAGAAGCAGTTCGAGTACAAGTTGCCAAAACTGCTGCTGACGCCC
TCAAGGCCGCGCGTGACGAAGAACGGCGCCAAGCGGCCGAAGCGGCCATG
AGGGCTCAGATAGAGGCCGAGCTCGAAGCAAGAGTCGTTCGGGACATCCA
AGCCGAGAGGGACCGCGTGGCCGCCGAGAGCGCGGCTCTTCAGGCAAAGA
TAAGAGAGTTTGAGGAACAGAGGGAAGCAGCTGCGGCGCAAGCGGCCGCG
GACCAAGAGACCGAGAGGGCGGCGGCAGAACTGGCGGCCGCGGACAGAGA
AGCGGCGGTTGCAGCCAGGGAAGAGGAAGCGGCACAAAAACTGGAGCTCA
GTCGAGCTGCTCCGCAGAAGCAGGTGGTGAACGTCAACCCCGACGGATCT
GTGGACGTTATCCTCACGGACGGACGGGATATGAACCGTGTGCCGTCGGC
GGAAGTGTCTCATAGCGCAGCAAAGAGACCGGATAGGTACCGCATTGGTG
ACAGTGTAGATGCTCTGTGCACTCCGGTTGGAGCACCGGCGGGCACGAAG
GCCTTCATCCCCGGGGAGGTGGTGAACATCAACCCCGACGGGTCTGTGGA
CGTTATCCTTACGGACGGGCGGATGAAAGAGAATGTGCCGTTGACGGAGA
TAAAAGTCGCGACAAGGGAAATTCCGCCATCTCCGAAGTTCCTCCTAGAT
CAAACCAAATCTTTCGGACATATACCTAAAATGGAAGCTAGAGCCGGCAG
CCTGGACGATATTCTAGGCACCCAGATGAAGGCGGTCGCAGCGGTAGAGA
CCGCAAAGGCAGCCGGGGGGGAGCAGGGATCGACGAAGCTGAAGAAAAGA
GGCAGCCTGGATGAAATTCTCGGGATCAAGGTGGGCAACCGGCCGGGCAA
GGGCTCTCCTACAGGTACCATGACGACCATCCTGCAGAAGGGAGATATCG
TCGAAGCCTTGGCTCCAGCTCCGAGTACAAGTGATGGCAGACCTCCCACG
TTCTCACTGGGCGTGATACGTCGCGTTCATGATGACGGTGGCGTCGACGT
GGACCTCGACATGGGAGATGAGCTAGTGAAACGGCCGTCGAAGGAGATAC
GGTTGGTGCAGAAAAATGGGAGTTCTTCTGGGCAGCTCCCCGTCGCGATC
GGGGACCTTACCGAGGGGGATAGAGTGGAGGCCAGATATGGCGGAAACTC
TAGTTTTCTGCCCGGCGTGGTGACATCCTTAGAGGACGGAGTGTCGGTCA
ACTTTGATGAGGGCTGGCATGGTGCGAGCATCCCTCTCAAGCACATACGG
TGGCCCGGCTCCAACGCCAACTCGTCTTTGCCGGTGTCCGGACCCAAGGC
TGGCAACTCCACACACCTGTCCGCCGGCGCAAAGATGAGGTCAATGGGAA
GCATCGCCGATTTGGACGTCGGGAGTCTTGGTGGAGACACCTTCTCTCGA
GGAGATCAGGTGCAACTTCGAGAAGAGCATGGTGTTGAAGTGAGCCCTCC
ACTGACCCACAATGGAGTCATCCACACGGCACACCCGAACGGTTTGTATC
GAGTCGGCTTCAAAGACGGGTCAATGAGAGACAAAGTGAGCGTGGGCTCT
TTGACCGCCTTCGAGTGGACTCCCGATGGATCGGCGGACTACCGCCGCGC
GTTAGGCGACGATCCGAAAACCACCAGCACATTCAACCTGACAAAGAGCG
CTGCAGAAATTGCGAAAGGGAAACGACAGAACCACGCCTCCGGTGGAAAC
GAAATGAACGATGCCGCGGGTGGTAGGCCGGACGGTAGGCCGGACGGTAG
GCGCTTGTCACGTTCGCTGCGGGACGTTATTTTTGATAAGTTCGGGCCCT
CGGCTAGGGTTTCACCGGAGGGTGCCTTAAGGAGTACGGCGGACGGGGTG
GGTGGCGGAAGGAGGTCGACGCACGTCGGGATGGTGGGCGGTAGAGACCC
AGGTTTGAGGCTAAATATGGTACACTTCAGCCCGCAGGAGTTCATGGACC
CCGACACGGCCGCTCAGCAGGCCGTCCTCACCCCGAACAACGCGGGGATG
TTCAGGGCAAGGGAAAGGCAGTGGCAGGGGAAGGGGGGACAGGGGGAGGG
GCAGGAGAAAGGGCACCGGCAGGTACTCTCAGAGCTGAGTTACAACTCAA
CTACGGACGGTTCCGACACGGAAAGAAGCGAGGCAGCAGCCCAAAGCGGC
GCAAGCAAGAAAACCCATCAAAACAAGGACATCACGCAGTTGGGGTACGC
GCCTAAACGTCGGATGACTTTCGGAGGATTTCGCTCCGATAAGGGGGGTG
AGGTTTACAAAGCGCAGCGGCGACCCAGCTTCATGGAAAAGGTCGCCAAG
AAGGCAGTGGATTTAACCGAGACTGCGGTAAAGAGCACGCGACTCAGCAT
CCAGGGTAACAACGGACAGGGCTTTGAACTCGTGGCCATCGGGGACCGCA
AAAATAGCGTCAACAAGATTCAAAGACAGAGCAGATCGAAGCCCGGGGAA
GGAGGCGGAGACGAGGGCAGCGAAAACTCTCTCTGCGAGTTTCAGACGCA
CTTTTACAACCGGAGGAGACACGTGTTCGAACCCCAACACACCGAGGGCG
CCCCGTCGGCGTGGTGGATTCGCACGTGCGGCATCACCAACCTCATCTGC
ATGGCTGCCTACCTGTGGTGGAGGTGTACGCGCTCTCTGATCGGCGTGGC
CCACATCATATGGGGGTACATTTTTCTCGTTGCGGAGTGCATCATGGCCA
TCGGGATGATCGTAGGGCACAGCTCGAGGTCTTTTCCTGTGCACAGAGAG
AAGGTGTACATGGACGATCTGACTGACACAGATGATGCCATTGGCGGGCT
CAAGGTTGCCGTGCTCATCCCGACGTGCGGAGAAAAGACTGCAGTTATGC
TCAAGGCTCTCTTCGGCAACTTGCAACTAAGGCTTTGGAAGAGCAAAAAC
GCAAGGAAGGAAACGTTAAGGATAGTCGTATTGGACGAGAAAAATCGAGA
GGAGGTGCAGAAGCTCGTCTCCTTGGTCTACACTCTCGCAGAGGTTGTCC
TTGACAAAAACGTGAGGGAGATTCTCATGCGCGAAGGCGTGGCTCCGATC
TCCGCTAAGGGCTTCTACACCCACTTCGCCAACGGAGACAACGGGCAGAG
GATGTACGACGACGTTAACTTTATCAGGGGGATAGAGATTGTAGCCGAAA
TCGACAAACTCATCGCGGCCAACGACGACAGCTTCTCCAGTTTCTCTCCG
AGTTTGGCGATCTCTAGGATAAAAGAGCGGGCTAGGAGGGCGAGTTGTTT
CGACAGAAAGCAAATTACGCCTGGACAAAAAAAGGTTTGGAACAGGAACA
AGTACATCCCGACGATCGTATACTACTCCCGCATCGACGCTGGCCAGCCC
AGAATCAGCCCAAAGGCCGGCAACATGAACAGAGCGATTTTCAGCTTCAA
TCCGGCAGAAGAACCGCTCATCGGACAGGCCGCGGTTATCGTAGTCAACG
ACGTCCGCCACGAGCTTTATCCCGAGTTCCTGCAGAGGACGGTGCCTTAC
TTTTTTACGTACGACGACGTCCGCCGCTGCTACAAGTGGGCTGACATAGC
TTTCGTACAGACCCCACAGCGTTTTCACGATCGGACAGACTGGAACGACC
CCGATCCTTTAGGGAACCAAGCCGCGACGCAGTTCGACATCGTCAACTCC
GGGAGGGACGGGGCCGGGGGAGCTCTCTCTTGCGGTCAAGGGTCTGTCTG
GCGGGTACAGGTGCTGCGAGACGGGATTCGGCCGGACGGGACTAAGTACC
TCAAGAGGAGCCGCGGCGCCAACGAGGATCAGGTCGGGCGACAAGGAGGG
CTAGGGTTTCGCGCTGAAGTGCTGATCGAGGATACACACACTTCCATCGA
CCTCTTCCGGCAGGGCTGGAAATCTGTATATGTCAACTTTCCGAAGGAGG
TACTGGCACGCTGCACGCTACCTCCGGACACCGTCAAGTGGCGCTGGAAG
CAGGTTCTAAGATGGCATCAAGGGGCCGTGCAGTTGGCGATGTGGAAGGG
CTGGGGGTACGCCATGAGCGGAGAGAATTGGGGCACTTCCTTCCAAAAGG
CAAGTTATTGCTCTCTCTTTCTTTATGTTTTCGCGTTCGACGCCGTGAGC
TACTTTTTGCAAGCCTTCGCTGGGGAGGTTCTACTTATTTTCCCAGTCGT
CTACGGCTTCACAAACTCGGCGCCTTTTAACACTTGGAACATCGAGTTCG
CCCTGTACTTCTTCCCCTTTATTATCACGGGGATACTCCCAACGGTTGCC
GCATTGGGTTGGCAGAAGACGCCGTCTGCAAAGGTAATGCGAGACGAACA
GATCTGGTTTGCGACGTCTTTCGTGCAGATCTACGCCGTGATGCACGCGG
TCTGGGGCACCGTCACCAGAAAAGATCCGTCCAACGCGTGGGAGTGCAAG
TGCCCTGTCTGGCCTCTGTACTTCCACTTCGTCATCGTTATCGTTGCTAT
CATTTTCAACACTGCTGGTTGGGCGAGCCGGAGCTACGAAGAGCCATGGG
TGTGGGTAAGCTGCATCGGATCGTCACTGTTCGCTCTGCACTCGCTTTGG
CCCGTGGTGTCTTTCGGGCTGGGCGTTACCATGCCCGAGGCGTTTTACAC
GAGAGTGTTCGGAATGCTCGTGGTGATGACTCTGGTCAGCATGTGGCTCC
TGGGCGAGGCGGGCTAA
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