mRNA_P-littoralis_Contig90.30.2 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig90.30.2
Unique Name	mRNA_P-littoralis_Contig90.30.2
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: D8LIN4_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LIN4_ECTSI)

HSP 1 Score: 1063 bits (2750), Expect = 0.000e+0
Identity = 536/660 (81.21%), Postives = 589/660 (89.24%), Query Frame = 1

Query:    1 QLGVLYMSFMFFSKQFQAHQVKEAVAIMKESEQDAVSQGLKPLDKGEEN-VNWVKEAMGLQSSRIPQFPEYDARGRQLLVHRCTFNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYGQSAKMSEDALKIREAQESMEPRVARVPRRSKKDKAS 1977
            +L VLYMSFMFFSKQFQ HQ+KEAVAIMKESEQD VSQ LKPL KGEE+ VNW+KEAMGLQSSRIPQFPEYDARGRQL VHRCTFNRG+K+DLHVYMSGSED +S+W E          A  EG+    + L  RLLWHE+ LVFAGEA D+TRST+L LDLPP LLNNGSAWAH+FLTK+G SP+P DP Y+D GVSHQ AQLNRY+P+PK+KDGHYL++SK+SAADA  E E++E+DEKEAA A    AGADR+M+N+WKPTLTLGQ+DFTAIFQRNHIPS+FAGHITFQ STGNYHPV+YVNEFWLQ+KHL+ LNSTVE+V+LEL ISP+ +WKFQ  MSQLESQW AQAK+GMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVR MLVNLFFQ VIFL LAD+DTTYMIL TNAIGLAIEVWKVGRFMVGRLDWGG+DGQPRR +PR+  QAKE+YRKSKTKEFDD+ATAHLL+LV PLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAF+VPMP MHRLACFRDDI+F +FLYQR+LYPVDK+RRNEYGQSAKMS DA KIREAQ + EP   RVP R K+DKAS
Sbjct:   44 KLAVLYMSFMFFSKQFQTHQIKEAVAIMKESEQDEVSQVLKPLPKGEESDVNWMKEAMGLQSSRIPQFPEYDARGRQLSVHRCTFNRGQKVDLHVYMSGSEDEASVW-ETQGEEAGERGAGPEGEEGTANSLPARLLWHESNLVFAGEAGDMTRSTTLKLDLPPMLLNNGSAWAHVFLTKKGHSPNPNDPDYKDSGVSHQTAQLNRYLPKPKNKDGHYLVDSKKSAADAAVEKERKELDEKEAAVAL---AGADREMINYWKPTLTLGQLDFTAIFQRNHIPSSFAGHITFQSSTGNYHPVLYVNEFWLQQKHLLALNSTVESVDLELSISPISLWKFQ-TMSQLESQWAAQAKIGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRGMLVNLFFQAVIFLSLADNDTTYMILVTNAIGLAIEVWKVGRFMVGRLDWGGEDGQPRRWVPRMMFQAKESYRKSKTKEFDDVATAHLLYLVGPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFIVPMPIMHRLACFRDDIIFFIFLYQRHLYPVDKARRNEYGQSAKMSADAEKIREAQVAPEPGGVRVPTRWKRDKAS 698

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: A0A836CN46_9STRA (Cleft lip and palate transmembrane protein 1-domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CN46_9STRA)

HSP 1 Score: 597 bits (1539), Expect = 1.840e-201
Identity = 320/651 (49.16%), Postives = 418/651 (64.21%), Query Frame = 1

Query:    7 GVLYMSFMFFSKQFQAHQVKEAVAIMKESEQDAVS-QGLKPLDKGEENVNWVKEAMGLQSSRIPQFPEYDARGRQLLVHRCTFNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAP-RLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYGQ-SAKMSEDALKIREAQESMEPRVARVP 1950
             +LY++F  F++   A  V +  A M+  + DA++ Q L PL   E +V+ +KE  G+QS R+PQFPEYDARGR L + RCTF  G+ MDL+VY                       A G       D LA   LLW E GL F  +  + TR    T+ L PTL NNGSAWAHIFLTK GVSPDP  P +R   V+H V QLN Y P PK++    L+         +EE  +              G   + ++ NFWKPTL +  VD TA FQRNHIP+ FA  I F  +TGNY+P++ VNEFWLQ KH   LN+T     L +   P+G+ K+Q +MSQL  QW  +A+MG+  + E D+  ++L +T+P +LV+T ++S LHS+F+FLAFK+D+SFW+ K+RSLEG+SVRSM+VN FFQ VI LYL D++T+Y+IL ++A+GLAIE+WK+G+    + +W      P R +P IT+ A  +Y KS+T+  D+ AT+HLLF+V PL+VGY AYSL+ ++HRGWYSWVLNSL GFV  FGF+ MTPQLFINYKLKSVAH+PWR M YK +NTFIDD FAF++ MP MHRLACFRDDI+F V+LYQR+ Y  D SR NEYGQ      E   ++    ESMEP     P
Sbjct:   55 ALLYIAFSLFTRHHMAKSVAQQRAQMEAVDPDALAEQALAPLSVEEVDVSPLKEFFGVQSKRLPQFPEYDARGRPLPLQRCTFKPGQVMDLYVYKQEG-------------------ANGTAAASHKDALASGELLWLEKGLTFDWQPSN-TRQKDATIPLSPTLANNGSAWAHIFLTKAGVSPDPRHPTHRPPDVTHVVHQLNTYRPLPKARKARNLLAKGGKGGGVEEEQGE--------------GERREGEIGNFWKPTLAIQLVDMTADFQRNHIPAVFAEDIKFHAATGNYYPIVVVNEFWLQTKHYTALNATAPAAALAMSYRPVGLGKWQ-IMSQLARQWRTRARMGLQSESETDSIVDMLGDTSPWLLVLTFLISALHSIFDFLAFKSDVSFWR-KRRSLEGLSVRSMVVNCFFQIVITLYLFDNETSYLILVSSAVGLAIELWKLGKAFSAKCEWA-----PGRLLPSITMTASASYAKSETRRHDETATSHLLFVVVPLVVGYTAYSLVQREHRGWYSWVLNSLTGFVCEFGFIAMTPQLFINYKLKSVAHLPWRTMVYKSLNTFIDDCFAFIIKMPWMHRLACFRDDIIFFVYLYQRWAYRTDYSRVNEYGQVMVPKPEQEAELTATTESMEPNGMPAP 664

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: A0A4Y7IMW7_PAPSO (Uncharacterized protein n=2 Tax=Papaver somniferum TaxID=3469 RepID=A0A4Y7IMW7_PAPSO)

HSP 1 Score: 445 bits (1144), Expect = 1.430e-143
Identity = 225/540 (41.67%), Postives = 334/540 (61.85%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            FN+GE +D+ VY+S  E  +    E                          L WHE  + +A    + TR+ SLT    P + NNGS +AH++  + G SPDPTDP+Y+      +   L +Y P+ K      L+ ++       EE ++ ++D ++             + +++WKP +T+  VD    + +N  P   A ++  +P+TG+Y+P IY NEFWL R   + +N +V  V L L + P+ M K+Q L  Q++  ++     G   +GE D  + +  E NP++L+ITM VSLLHSVF+FLAFKNDI FW +K +S+EG+S ++++VN F Q +IFLYL D+DT++MILA++ +G+ IE WK+G+ M   +D  G+       IP +  + +++Y  +KTKE+DD+A  +L +L+  L++  A YSL  +QHR WYSW+L SL   VYMFGF+MM PQLFINYKLKSVAH+PWR M+YKF+NT IDDLFAFV+ MP +HRL+ FRDD++FL+++YQR++YPVDK R NE+G
Sbjct:   67 FNKGETLDMWVYLSEHEKFNEFGNEEL------------------------LTWHETNIPYAVWGSESTRTLSLTYHPSPAVQNNGSVYAHVYFARSGYSPDPTDPEYQPLAAFGRTHPLVKYSPKSKKSKKRSLLGAEEEGKQVSEEIDESQIDAEDT---------GPTEWISYWKPNITINLVDDFTRYTQNAAPPNVAPYLNIEPTTGSYYPTIYFNEFWLLRDKYIAMNESVTEVPLHLEVGPISMTKWQ-LFMQVDQSFQIHRSYGSMVEGEGDELKRVFLEGNPVLLLITMCVSLLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKTVVVNFFSQLIIFLYLLDNDTSWMILASSGVGVCIEFWKIGKAMHVEVDRSGR-------IPMLRFKDRDSYSGNKTKEYDDMAMKYLSYLLFFLVICSAIYSLKYEQHRSWYSWILGSLTSCVYMFGFIMMCPQLFINYKLKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPWLHRLSVFRDDLIFLIYIYQRWVYPVDKKRVNEFG 564

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: A0A7J7C120_TRIWF (Cleft lip and palate transmembrane protein 1 n=1 Tax=Tripterygium wilfordii TaxID=458696 RepID=A0A7J7C120_TRIWF)

HSP 1 Score: 443 bits (1140), Expect = 4.970e-143
Identity = 228/543 (41.99%), Postives = 338/543 (62.25%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAAD---AKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            F +GE MD+ VY+S  E  S    E                          L+WHE G+ +A  + + T+S SL       L +NGS +AH+F  + G  PDPTDP+Y+      ++  +  Y+P+ K+     L+ + + A +   A +  +  +VD K+             + +++WKP +T+  VD  + +  N +P   A ++  +PSTGNYHP ++ NEFWL R+ L+P+N +V  + L L + P+ M K+Q L  Q+E  ++ Q   G   +GE D  + +  E NP  L ITM+V++LHSVF+FLAFKNDI FW +K +S+EG+S +S++VN   Q ++FLYL D++T++MILA++ IG  IE WK+G+ M   +D         R IP +  + +E+Y K+KTKE+DD+A  +L +++  L V ++ YSL+ +  +GWYSW+L+SL   VYMFGF+MM PQLFINYKLKSVAHMPWR M+YKF+NT IDDLFAFV+ MP +HRL+ FRDD++FL+++YQRY+YPVDK R NE+G
Sbjct:   68 FEKGESMDMWVYLSDLEKFSDFNNEDA------------------------LIWHETGIPYAIWSPESTKSLSLKYHPSEALKHNGSLYAHVFFARSGYPPDPTDPEYQPTAAFGRMHPVVTYLPKSKADTRRKLLSNSKDAQEGETASQVVDDSQVDLKD---------DGPVEWISYWKPNITINLVDDFSRYPHNAVPPNIAPYLYVEPSTGNYHPTVFFNEFWLLREKLIPINESVTELPLNLEVGPISMTKWQ-LFLQIEQSFQMQRNYGSMLEGEGDEIKRVFLEGNPYFLAITMVVTVLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKSVVVNFISQLIVFLYLLDNETSWMILASSGIGCCIEFWKIGKAMHIEIDRS-------RFIPLLRFRDRESYAKNKTKEYDDLAMKYLSYVLFFLAVCFSIYSLMYEPQKGWYSWILSSLTSCVYMFGFIMMCPQLFINYKLKSVAHMPWRQMTYKFLNTIIDDLFAFVIKMPMLHRLSVFRDDLIFLIYIYQRYIYPVDKKRVNEFG 568

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: L8H030_ACACA (Transmembrane protein, putative n=1 Tax=Acanthamoeba castellanii str. Neff TaxID=1257118 RepID=L8H030_ACACA)

HSP 1 Score: 441 bits (1135), Expect = 2.680e-142
Identity = 238/559 (42.58%), Postives = 341/559 (61.00%), Query Frame = 1

Query:  220 GRQLLVHRCTFNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYGQSAKMSEDA 1896
            G+ L  HR  ++ GE+M L V+ S +E+ +                    +  +P      LLW E  L +    ++  R   + +   P ++NNGS WAHI+L K   SPDP    Y+   + ++  +LN Y+P+PK K    LI  +                E +    A+  A    ++V+FWKP LTL  V    ++ R  IP      ++F  + G+YHP +++NEFW+ R+HL P+N T   + L L  + + MWK+Q +M Q++  ++ Q   G A +GE D  + +L ETNP +LV+T  VS+LHSVF+FLAFKNDISFWK+KK +LEG+SVR++ VN   Q +I LYL D+DT+++IL + ++GL IE WK+ + +   + W      P   +P I+ + + TY  ++TKE D  A  +L +L+  L+VGYA YSL    H+ WYSW+LNSL G +Y FGFVMMTPQLFINYKLKSVAHMPW+   YK +NTF+DDLFAF++ MPT+HR+ACFRDDI+F +FLYQR++YPVDK+R NE+GQS +  E A
Sbjct:   55 GKALQPHRPLWHGGERMQLLVFQSENEEMTPE------------------EFKDPG----PLLWSEDQLFYDWRPEN-ERIREVVIKTTPGMMNNGSLWAHIYLIKGDHSPDPASEHYKKSALLYKRQRLNTYLPKPKLKGRKNLISGEM---------------EDDPEMLALQKAKESVELVSFWKPNLTLNMVHDFTVYPRGGIPPQMEELMSFD-AEGSYHPTLFINEFWIFREHLYPINDTTPELPLRLEYNTLSMWKWQ-MMVQMQHSFKMQESWGSAAEGESDEIKRMLVETNPWLLVLTFAVSILHSVFDFLAFKNDISFWKEKK-NLEGLSVRTIFVNCITQFIILLYLFDNDTSWIILISASVGLLIEAWKITKAVEVIVQW------PNGGLPSISFKDRATY-SARTKELDVAAMKYLSYLLYVLVVGYAIYSLAYDTHKSWYSWILNSLTGCIYTFGFVMMTPQLFINYKLKSVAHMPWKTFVYKALNTFVDDLFAFIIRMPTLHRVACFRDDIIFFIFLYQRWIYPVDKTRVNEFGQSGEDGEPA 565

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: M4CZP9_BRARP (Uncharacterized protein n=4 Tax=Brassica TaxID=3705 RepID=M4CZP9_BRARP)

HSP 1 Score: 441 bits (1134), Expect = 4.420e-142
Identity = 239/543 (44.01%), Postives = 335/543 (61.69%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYR---DDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            F++GE +D+  Y+S  E  S                  EG           L WHE  + +A    +  R+ SL      TL NNGS +AH+F  + G   DP+DP+Y+     G +H VA    Y P+ K+     L+       +AK+  E +   EK     + V      + V+ WKP +T+  VD    + ++ +P   A H+  +PSTGNY+P IY NEFWL R  ++P+N TV  V LEL ISP+ M K+Q L  Q++  ++ Q   G   DGE D  + +  E NP +L ITM VS+LHSVF+FLAFKNDI FW +K +S+EG+S +S+++N   Q VIFLYL D+DT++MILA++ +G+ IE WK+G+ M   +D  G        IPR+    +E+Y  +KTKE+DDIA   L +++  L+VG + YSL  ++H+ WYSW+L+SL   VYMFGF+MM PQLFINYKLKSVAH+PWR M+YKF+NT IDDLFAFV+ MP +HRL+ FRDD++FL++LYQR++YPVDK+R NE+G
Sbjct:   72 FHKGESLDMWFYLSEQEKFSDF--------------SNEGA----------LYWHETNIPYAVWTPESIRTRSLKYYPSETLQNNGSLYAHVFFARSGFPIDPSDPEYQPLNSFGRTHPVAT---YFPKRKANKKKSLL------GNAKDSDESQPEPEKLGDKNSEVKEEVPVEWVSLWKPNVTINLVDDFTHYSQSGVPPNIAPHLLVEPSTGNYYPTIYFNEFWLLRDKMIPMNETVSEVPLELEISPISMMKWQ-LFQQVDQSFQMQRSYGSMLDGESDELKRVFLEGNPYLLGITMFVSMLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKSVVLNFICQFVIFLYLLDNDTSWMILASSGVGVCIEFWKIGKAMRIEVDRSGM-------IPRLRFHDRESYASNKTKEYDDIAIKFLSYVLLLLVVGLSIYSLAYERHKSWYSWILSSLTSCVYMFGFIMMCPQLFINYKLKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPILHRLSVFRDDVIFLIYLYQRWVYPVDKTRVNEFG 572

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: Q8VZJ5_ARATH (AT5g08500/MAH20_6 n=29 Tax=Brassicaceae TaxID=3700 RepID=Q8VZJ5_ARATH)

HSP 1 Score: 441 bits (1133), Expect = 5.490e-142
Identity = 231/543 (42.54%), Postives = 334/543 (61.51%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQ---REVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            F++GE +D+  Y+S  E  +    +                          L WHE  + +A    +  R+ SLT     TL NNGS +AHIF  + G   DPTDP+Y+      +   +  Y P+ K      L+ S + + +++ E E+   ++ D KE             + ++ WKP +T+  VD    + +N +P   A H+  +P+TGNY+P IY NEFWL R   +P+N TV  + L L ISP+ M K+Q L  Q++  ++ Q   G   DGE D  +++  E NP +L ITM VS+LHSVF+FLAFKNDI FW +K +S+EG+S +S+++N   Q VIFLYL D+DT++MILA++ +G+ IE WK+G+ M   +D  G        IPR+    +E+Y  +KTKE+DDIA   L +++  L++G + YSL  ++H+ WYSW+L+SL   VYMFGF+MM PQLFINYKLKSVAH+PWR M+YKF+NT IDDLFAFV+ MP +HRL+ FRDD++FL++LYQR++YPVDK+R NE+G
Sbjct:   69 FHKGESLDMWFYLSEQEKFNDFGNDRA------------------------LYWHETNIPYAVWTPESIRTKSLTYYPSETLQNNGSLYAHIFFARSGFPIDPTDPEYQPLNSFSRTHAVATYFPKQKKNKKKSLLGSPKDSDESEPEVEKVGDKKSDPKEEVPV---------EWISLWKPNVTINLVDDFTHYSQNGVPPNIAPHLLVEPTTGNYYPTIYFNEFWLLRDKFIPVNETVSELPLNLEISPISMMKWQ-LFQQVDQSFQMQRSYGSMLDGESDELKKVFLEGNPYLLGITMFVSMLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKSVVLNFICQFVIFLYLLDNDTSWMILASSGVGVCIEFWKIGKAMRIEVDRSGM-------IPRLRFHDRESYASNKTKEYDDIAIKFLSYVLLLLVIGLSIYSLAYERHKSWYSWILSSLTSCVYMFGFIMMCPQLFINYKLKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPILHRLSVFRDDVIFLIYLYQRWVYPVDKTRVNEFG 569

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: M1C5J3_SOLTU (Cleft lip and palate transmembrane protein n=16 Tax=Solanoideae TaxID=424551 RepID=M1C5J3_SOLTU)

HSP 1 Score: 440 bits (1131), Expect = 1.360e-141
Identity = 230/547 (42.05%), Postives = 337/547 (61.61%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRD----MVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYGQSA 1878
            FN+GE +D+  Y+S  ++ S    E                          L+WHE  + +A    + TRS SL   L   + NNGS +AH++  + G SPDP DP+Y+      +   +  Y+P+ K+     L+   R++ D+KE+    E DE+   A          D     +++WKP +T+  VD    +  N IP   A +I  + +TGNY+P ++ NEFWL R  L+ +N TV  V L L +SP+ M K+Q L  Q++  ++     G   DGE D  + +  E NP +L +TMIVS++HS+F+FLAFKNDI FW +K +S+EG+S +S++VN F Q ++FLYL D+DT++MILA++ +G  IE WK+G+ M   +D  G+       IP +  + +E+Y  +KTKE+DD+A  +L +++  L V +A YSL+  +H+ WYSW+L+SL   VYMFGF+MM PQLFINYKLKSVAH+PWR M+YKF+NT IDDLFAFV+ MP +HRL+ FRDD++FL+ LYQR++YPVDK R NE+G +A
Sbjct:   67 FNKGEPLDMWFYLSEQQNFSDFGNEGA------------------------LIWHETNIPYAVWGPESTRSLSLKYHLSEAVKNNGSLYAHVYFARSGYSPDPNDPEYQPLAAFGRTYSIVTYLPKSKADKKKSLL---RNSEDSKEDVTIPEYDEQFPQAVQEAQHDLKEDGPPEWISYWKPNVTINLVDDFTRYTANAIPPIVAPYINIESTTGNYYPTVFFNEFWLLRDKLIAINDTVTEVPLHLEVSPISMTKWQ-LFLQMDQSFQVHRSYGSMLDGESDELKRVFLEGNPYLLGVTMIVSVMHSLFDFLAFKNDIQFW-NKNKSMEGLSAKSVIVNFFCQFIVFLYLLDNDTSWMILASSGVGCCIEFWKIGKAMHIEIDRSGR-------IPMLRFRDRESYAGNKTKEYDDLAMKYLSYVLFFLAVCFAIYSLMYDRHKSWYSWILSSLTSCVYMFGFIMMCPQLFINYKLKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPMLHRLSVFRDDLIFLIMLYQRWVYPVDKKRVNEFGFAA 577

[Close]

BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: UPI00125DA212 (cleft lip and palate transmembrane protein 1 homolog n=3 Tax=Ipomoea TaxID=4119 RepID=UPI00125DA212)

HSP 1 Score: 438 bits (1127), Expect = 6.460e-141
Identity = 226/540 (41.85%), Postives = 341/540 (63.15%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            F++GE +D+ +Y+S  E  +    E                          L WHE  + +A    + +RS SL       L +NGS +AH+F  + G SPDP+DP+Y+      +   +  Y+P+ K+     L+ +   A D+K+E++  +V E++ A +         + V++WKP +T+  VD    + +N +P   A ++  +P+TGNY P ++ NEFWL +  L+P+N TV  + L L +SP+ M K+Q L  Q++  ++     G   +GE D  + +  E NP +L ITM+VSLLHSVF+FLAFKNDI FW +K +S+EG+S +S++VN   Q ++FLYL D++T++MILA++ IG  IE WK+G+ M   +D  GK       IP +  + +E+Y  +KTKE+DD+A  +L +L+  L+V ++ YSL+  +H+ WYSW+L+SL   VYMFGF+MM PQLFINYKLKSVAH+PWR M+YKF+NT IDDLFAFV+ MPT+HRL+ FRDD++FL++LYQR++YPVD+ R NE+G
Sbjct:   70 FHKGEPLDMWLYLSEQEKFNDFGSETA------------------------LFWHETNIPYAVWGHESSRSLSLKYFPSEALKHNGSLYAHVFFARSGYSPDPSDPEYQPLAAFGRTHPVVTYLPKSKADKKKSLLGN---AEDSKDESDVPKVVEEDMADSK---EDVPVEWVSYWKPNVTISLVDDFTRYTQNAVPPNIAPYLNIEPTTGNYFPTVFFNEFWLLKDKLIPINDTVTELPLHLEVSPISMTKWQ-LFLQIDQSFQIHRSYGSMLEGESDELKRVFLEGNPYLLAITMVVSLLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKSVIVNFICQLIVFLYLLDNETSWMILASSGIGCCIEFWKIGKAMHIEIDRSGK-------IPMLRFRDRESYAGNKTKEYDDLAMKYLSYLLFFLVVCFSIYSLMYDRHKSWYSWILSSLTSCVYMFGFIMMCPQLFINYKLKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPTLHRLSVFRDDLIFLIYLYQRWIYPVDRKRVNEFG 570

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BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Match: A0A7C9DAD9_OPUST (Uncharacterized protein n=2 Tax=Opuntia streptacantha TaxID=393608 RepID=A0A7C9DAD9_OPUST)

HSP 1 Score: 437 bits (1125), Expect = 8.300e-141
Identity = 224/540 (41.48%), Postives = 335/540 (62.04%), Query Frame = 1

Query:  250 FNRGEKMDLHVYMSGSEDASSLWKEXXXXXXXXXXAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTSLTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRYMPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDMVNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEFWLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGMAGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKKRSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVGRFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFLVAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYKLKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFLYQRYLYPVDKSRRNEYG 1869
            F++GE +D+ VY+S  E  +                          G    L+WHE  + +A    D TR+ SL       L +NG+ +AH+F  + G +PDP+DP+Y+      +     R++P+ K+     L+   + + + K  +E+ E  E E      V      + +++WKP +T+  VD    +  N +P   A ++  +P TGNY+P IY NEFWL R  L+P+N TV  + L L + P+ M K+Q L  Q++  ++     G   DGE D  + +  E NP +L ITM+VSLLHSVF+FLAFKNDI FW +K +S+EG+S +S++V+   Q ++FLYL D+DT++MIL ++ IG  IE WK+G+ M   +D  G+       IP +  + +++Y+K+KTKE+DDIA  +L +++  L+   + YSL+ ++H+ WYSW+L+SL   VYMFGF+MM PQLFINYK+KSVAH+PWR M+YKF+NT IDDLFAFV+ MPT+HRL+ FRDDI+FL+++YQR++YPVDK R NE+G
Sbjct:   68 FHKGEPLDMWVYLSEHEKFTDF------------------------GNDKALIWHETNIPYAVWTPDSTRALSLKYQPSEDLKHNGTLYAHVFFARSGYTPDPSDPEYQPLAAFGRSHPAVRFLPKSKTDRRRSLLGDTKESMEEKTPSEEVEASEMEPKDEGPV------EWISYWKPNVTINLVDDFTRYSMNAVPPNIAPYLNVEPKTGNYYPTIYFNEFWLLRDKLIPINETVTELPLHLEVGPISMTKWQ-LFLQIDQSFQIHRSYGSMVDGEADELKRVFLEGNPYLLAITMVVSLLHSVFDFLAFKNDIQFW-NKNKSMEGLSAKSVVVSFISQLIVFLYLLDNDTSWMILVSSGIGCCIEFWKIGKAMHIEVDRSGR-------IPLLRFKDRDSYKKNKTKEYDDIAMKYLSYVLFFLVACSSVYSLMYERHKSWYSWILSSLTQCVYMFGFIMMCPQLFINYKMKSVAHLPWRQMTYKFLNTIIDDLFAFVIKMPTLHRLSVFRDDIIFLIYVYQRWIYPVDKKRVNEFG 568

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot

BLAST of mRNA_P-littoralis_Contig90.30.2 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LIN4_ECTSI	0.000e+0	81.21	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A836CN46_9STRA	1.840e-201	49.16	Cleft lip and palate transmembrane protein 1-domai...	[more]
A0A4Y7IMW7_PAPSO	1.430e-143	41.67	Uncharacterized protein n=2 Tax=Papaver somniferum...	[more]
A0A7J7C120_TRIWF	4.970e-143	41.99	Cleft lip and palate transmembrane protein 1 n=1 T...	[more]
L8H030_ACACA	2.680e-142	42.58	Transmembrane protein, putative n=1 Tax=Acanthamoe...	[more]
M4CZP9_BRARP	4.420e-142	44.01	Uncharacterized protein n=4 Tax=Brassica TaxID=370...	[more]
Q8VZJ5_ARATH	5.490e-142	42.54	AT5g08500/MAH20_6 n=29 Tax=Brassicaceae TaxID=3700...	[more]
M1C5J3_SOLTU	1.360e-141	42.05	Cleft lip and palate transmembrane protein n=16 Ta...	[more]
UPI00125DA212	6.460e-141	41.85	cleft lip and palate transmembrane protein 1 homol...	[more]
A0A7C9DAD9_OPUST	8.300e-141	41.48	Uncharacterized protein n=2 Tax=Opuntia streptacan...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig90	contig	P-littoralis_Contig90:130822..146677 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
Pylaiella littoralis U1_48 OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D8LIN4
PFAMs	CLPTM1,LRR_6
Model size	2439
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	other localisation
Exons	15
Evalue	0.0
EggNOG OGs	KOG2489@1\|root,KOG2489@2759\|Eukaryota
Ec32 ortholog description	Membrane-associated protein
Ec32 ortholog	Ec-11_004530.1
Description	apoptotic process
Cds size	1962
COG category	S

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig90.30.2	prot_P-littoralis_Contig90.30.2	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig90 131281..146659 -

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


Feature Name	Unique Name	Species	Type	Position
1680791802.808744-UTR-P-littoralis_Contig90:130821..131280	1680791802.808744-UTR-P-littoralis_Contig90:130821..131280	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig90 130822..131280 -
1680791803.0050879-UTR-P-littoralis_Contig90:146659..146677	1680791803.0050879-UTR-P-littoralis_Contig90:146659..146677	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig90 146660..146677 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig90:130822..146677-
coding sequence from alignment at P-littoralis_Contig90:130822..146677-

protein sequence of mRNA_P-littoralis_Contig90.30.2

>prot_P-littoralis_Contig90.30.2 ID=prot_P-littoralis_Contig90.30.2|Name=mRNA_P-littoralis_Contig90.30.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=654bp
MSFMFFSKQFQAHQVKEAVAIMKESEQDAVSQGLKPLDKGEENVNWVKEA
MGLQSSRIPQFPEYDARGRQLLVHRCTFNRGEKMDLHVYMSGSEDASSLW
KEEEEEEGGGGGAQGEGQVVEPDGLAPRLLWHEAGLVFAGEADDVTRSTS
LTLDLPPTLLNNGSAWAHIFLTKRGVSPDPTDPKYRDDGVSHQVAQLNRY
MPRPKSKDGHYLIESKRSAADAKEEAEQREVDEKEAAAAAIVGAGADRDM
VNFWKPTLTLGQVDFTAIFQRNHIPSTFAGHITFQPSTGNYHPVIYVNEF
WLQRKHLVPLNSTVETVNLELGISPMGMWKFQQLMSQLESQWEAQAKMGM
AGDGEQDTFRELLAETNPIVLVITMIVSLLHSVFNFLAFKNDISFWKDKK
RSLEGISVRSMLVNLFFQCVIFLYLADSDTTYMILATNAIGLAIEVWKVG
RFMVGRLDWGGKDGQPRRTIPRITLQAKETYRKSKTKEFDDIATAHLLFL
VAPLMVGYAAYSLLNQQHRGWYSWVLNSLVGFVYMFGFVMMTPQLFINYK
LKSVAHMPWRVMSYKFINTFIDDLFAFVVPMPTMHRLACFRDDIVFLVFL
YQRYLYPVDKSRRNEYGQSAKMSEDALKIREAQESMEPRVARVPRRSKKD
KAS*

mRNA from alignment at P-littoralis_Contig90:130822..146677-

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-littoralis_Contig90.30.2 ID=mRNA_P-littoralis_Contig90.30.2|Name=mRNA_P-littoralis_Contig90.30.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=15856bp|location=Sequence derived from alignment at P-littoralis_Contig90:130822..146677- (Pylaiella littoralis U1_48)
CAGCTCGGGGTGTTGTACATGAGTTTCATGTTTTTCTCGAAGCAGTTCCA
GGCGCACCAGGTGAAGGAGGCGGTGGCGATCATGAAGGAGAGCGAGCAGG
ACGCCGTGTCCCAAGGCCTCAAGCCGCTGGACAAGGGCGAGGAGAACGTG
AGTCTACTTTCGTGTGTTTCACACATATGATATCATACACAGCAGTTGAG
TATTTTGCTAACTTGTGGACTCAAGTCGTGAAAAAAAAAAAAATCAAGTA
TTACGTGTCTTCTGACAGTGCGCCGGGAACAAACTTTAAGAAATGTCACA
TCATGCTTATAATTTACACACACACGCAAGATACTATTGTTCGTGTGTGA
CCCGGGCTCGTGCACCCACTTCACACGGAAAGTTGTAGACTGCTGTTGCC
CAGAGTAAATGGGATGCAAACACAAGACACACACGCACTTGCACAGGCGT
GAAAAAAAACTACTGCTGCGTTGACTCTTTTCTCCGGTGTAACCGACCCC
GTCCGGTGTGTCGAATGCTTTCTTGACACACGAAAAAAAAAAAAATGTGT
CCCATGACAGAAACCCCCCGGCTTTTGTGGTCAAATGCCTTCTTGACACA
CGCAAGCAAAATAATTGTGTCCCATGACAGAAAAAAACCGGCTGGTGTGT
CAAATGCTTTCTTGACACACGCAAAATAAATAAAATATTTGTGTCCCCAC
GACAAAAAAAAACGGTGTTAACCTCCCCCGGCTGGTATTTACCGGACCGA
AAGGTGTATTGACGTCCAGAACAGATGGGATGGCAGCACACCCTTAACAC
ACACGTACAGCAGCAGGAGTCATTACATGCAACCCTTGAATCGCAAAACA
CAGGTGAACTGGGTGAAAGAGGCGATGGGCCTGCAGAGCAGCAGGATTCC
TCAGTTCCCCGAGTACGACGCGCGCGGGAGGCAGCTGCTGGTCCACCGGT
GCACCTTCAACAGGGGGGAAAAAATGGACTTGCACGTGTGAGATTATATT
GGATATGCCACAACAGACAAAATAAATAAAAAATAAATGCGATTATTTAT
TTAGACCTCGATATTTGCCTCCAAAACAGACATAAATAAATAAATAAGCG
GTTATTTTTGTAGACCTCGATATTTGCCTTTCTCCGGCATCGTGCACGCC
ACAAAAGAGACACAAACAAAAATATTTAATCCAAACACTGGCTGCTGTTT
ATCCAGACCTCGATGTTTGCCCTGCGGCATCATCATCGTGTACTTTTACC
TACCAGTACGGAAATGTTGCGTGGCCTTATCTGAAAGCATTTCCTTATAT
GATGCAGCTGGCACAGAATACTGCGGGGAAGGGACCTCGACATTTGACCC
TGCGTCATCCCCTCTGCAGACCAACACCTCGTGTTGTTTTCGGCGCTCTG
AGTGTTTGGACTTTTTTTGTAGACGAGGGTGCCGCTCTGCAAGTGAACAT
CGGAGCGCAGGCTCAGCGCATTATTTCATAAAATAACAGCTCTCACCACC
ACCTTTCTGCACAAGTGTGTGTGTACCGGTTTTCTGATGCCCTGCACCGA
AAAAAATTGCTACGACGTACTTCCTCATACATATGATATGATGATTGCTG
TGTGTGGTGTGTCGTCGGTGGTGAACGATATTTTGGTGTATTGTTTCCCC
TTTCTAGTACCGTAAGCCTTCCACCCTTTTCAGTTCGGTTTGGTTTTCAT
TTTCTTGGACTTTTGTTCTTCAGGTACATGTCCGGCTCTGAGGACGCGTC
GAGCCTGTGGAAGGTTAAGGAAGAGGAGGGGGGGGGGCAGGCGGAGGAGG
AGGAGGAAGAGGAGGAGGGGGGGGGGGGGGGTGCACAAGGGGAAGGGCAG
GTAGTGGAACCGGATGGTCTGGCTCCTCGGCTATTGTGGCACGAAGCTGG
ACTGGTCTTCGCAGGGGAGGTGAGCGAAGTGCCGTTGTTGTTGTTGGTGG
TGGTGGTGGTGGTGGTGGTGGTGGCAGTGGTGGTGTTGAAGGTGGTGTTG
ATATTTTTGCTGTTATTGTTGCTGTTGTTGATGGTCTTGTTTGGGGTGAT
TGTGTATGTGTTGTTGTTTTTTTTCGTGGGCGGCGATTTCTCATTGAAGT
ATGTACAGAGTATACAATGATACAGTAACTTCCGACAAACGTTAAGGCCA
CCCGGGCATGGGGTGCAAGTTATTTGCAGGCATTCGACAAACGCCTGATG
CTTCAGGGTTTCCAAAGTCTATCTTCACAACGAATCTACCATCGCAGAAG
TTCTTCCACAGGCAGTCGCTTTGATCAATAACGAGTGTCCAGAATCCAAG
TCCTTGCAACATACTTTAGGTTCGCCGTCTGTGGTTTGTGAAACATGCCC
TCCTTCATCGAGTTCTGCGAGCTACGAGGCGTAGTTCGGGTGCTGCTGTG
GCAGCCGTATTTTTGAACGTTCTGGCACACAGCACCCGAAAAGTAGAGCA
TACGTGAGTGCCTGCGGCCTTGAAATCAACGACGGCGATGGTTAGGGTAT
GTCGCAAGGACTTGGATCCTAGACACTAGTTACTGATCACAGGGACTGCT
TCTGGGAGAATTCCGCGATGGCATCATACGAAGGTTCGTACAATAGATAG
ACTTCGGAAACCCGGGTGTCCGTAATAGTGACGTACGTCGAAGCAAAACA
TCAAGAGGCGCTCCGCGGTGGTCGGTGTCGACGGCCACATGAATCGACGC
ATCCCAGCTGCACCCCTTATTTTCCTACCTCCCCCCCGTCCCAACACCAG
CAACCCCGTAGCCCCCACACCCACCAATGCACCAATGATTCGACGTGACC
CCCACCCCCCCTCCCCCCCCCGGCGCGCGCACATACACACACTTCATCCA
CAAAGGCCGACGATGTGACTCGGAGCACGTCCTTAACTCTGGACCTTCCG
CCGACGCTCCTCAACAACGGATCGGCGTGGGCACATATTTTCTTGACCAA
GAGAGGAGTGTCCCCGGACCCAACCGTAAGTGTTGGATATTTTTTTTTTT
ACTTTTGACACGTTTTTAACTTGTACCGGTATTTTGTTTTCGAGTCTGTA
CAAGTTTTTCTTCTTGTGTGTTTATTCTGATCTCAAAACAGAAGATATAC
GGTATCCCTGTTTTTGCGTGGCCTGTACTCTTATATTCATTTCAATTTCA
CAATATGCTGTTTCTGTTTTCCTCCTATCGCAGCACGAAAATTGTGTCTG
GTTTTTCACCACGGGCAAGATTTGGCAATGAGCTTTTGTGAGAATTAACA
GCACCATCATCATCATCAACATCATCATCAACATCATCATCATTGACAAC
AATAGCAGCAGCAGCAGCAGCAGCAGCATGCATCGCATTGTTCCGTTTCG
TTTTTCCTTCCGCTCGTCTACCGCCACTGCCGTGCGGGTGGTTTTATTTT
TATTATTTTCCAGGGCATATACTTCGAAGTATATAGATGTATGTACTTCT
GTATATGAACTTCGAGGTACAGCAGCCTATGCTTTAGGATAACTCCGGCG
GGTATATCTCCGGTATTCTTAACTACGGGGAATATTTTCGTTTTTATGAA
GCCGTACGATCATGATATGTTTGTTTTCAACCCGCAGCAATAGTACTAGA
AGCGCAATTTGCCGCTCCTCCGCGGTCTTCCGTATGTGTCCGCGTGATTT
TCTTTTTTCTTTTTTCACCAGGCGTATATATATATATACTTCCTCTGTAT
CATAAGTCTGTGCCGTTATGTTTTTACGCCCCCTCAACGGTGTCCGATGT
CTTTGGTGATAATTTTTTCGAAATCTTCGGAGTTTTTTGGGTTGAAACAC
ATATATATTTTTTTCTTGCGCACTACCCTGCGCATGGACTAGCGGCTAAC
AAAAAAGTAGTCAGGCCAAAAATGGCCGTATTAAACCCTTTCCAGAGGTG
GAGTGAGGGGCGGGGGCAAAAAAAAAAACAATGCAATCCCCCCCAAAATT
ATCCCTAACCCTGAACCTAGCCCCCCTACCTCAAAGATTCATGTCGAGTC
CCTCCTTACTAAAATCAGTATAAAAGTGACGCGACGCTAAAACCAAGACA
CTTGGGTTTGCCACACTAAAACGAAGATACTTGGGACTCATGCTCTAAAA
CCAAGACATCTGGCGGAATCAAAATTCTTGAAATGGGCCAAAATGGGCAT
ATTTTGACTTCATTTTAGTATCAACAACTGGCTTTTTTTGTTTGCTTTTT
TTTTTGTATCAGCTTCTTTGAGACTTCATCTTTCGAACGCACCCAGCCAA
AGGCTGAACGTCAACGTGTAAGTATCTTTACTACTTCACGCACCTAACAG
CCCAGACTTATGATACAGAGGAAGTATATATATATTTTTTTATATGTTGT
ACCGGGACTGGTGTTTGTACACAATATATGCTCCGGGATAACTCCAGAGT
GTATAACTGGGGGATACACAATATATGCTCCGGGATAACTCCAGAGTGTG
TAACTGGGGGATACACAATATATGCTTCGGGATAACTCCAGAGTGTATAA
CTGGGGGATACAGTGAATGCAATTAGGTATACGCTTTCATAAAGCTGTAT
ATACGATCATGATCTGTCTCTACCACCCGTAGCAATAGTACTAGAAGTGC
ACTTGCGGCTCCTCCGCAGTCTGTCGTATGTGCGGTCGATTGAGTCTGCC
TGGCACTACCATATCCACTGTTGAAGCCAACGGAGCACACACATGCACTT
CGAGGATACACGAAGGTATACTCCCCACAACCTGGTCATTATTTGTCTAC
GGATACTTTCAGCAGGCGGCTCAGCCGAACCTTTCCCTTTTCGAGGATGG
CCACTACCATGCAAACGCCTTTTTTGTTTTTACCAACCATGCAAACGCCT
TTTTTGTTTTTACCAACCATGCAAACGCCTTTTTTGTTTTTACCAACCAT
GCAAACGAAACGCCTCATAGTGTTGTCGCTGTTGCTGCAGGGCCTCGAAC
ACAAGAGACGACAGAGTTTTCCCACCAAACAGCCCAGCTACACCGACACG
TTCCCAGAAGCTCAGAGCGAGGATGGCCACCTACAGCAGTAGTGCGAACG
CCTCAACTTGGTCTTGTTTCCAATGATGCAAAGGCCTCCGTTTGTGCAAA
CACCATGCGAACCAAACGCCTCCTTCTTTGTACCTGGCGTGCATCTTTTG
CCAACCATGCGACGGAAATGCCTCTGTTCTTGTTTTCCTTTCTTTTACCA
ACCGTGCAAACGCCTCTTTGCATGATTGTGATCTTGTTGCAGGACCCGAA
GTACAGAGACGACGGAGTCTCCCACCAGGTTGCTCAGCTTAACAGATACA
TGCCGAGACCCAAGAGCAAGGATGGTCACTACCTCATTGAGTCTAAGAGG
TCTGCCGCGGATGCCAAGGAGGAGGCGGAGCAGAGGGAAGTGGACGAGAA
AGAGGCGGCGGCGGCGGCGATAGTAGGGGCGGGGGCAGACAGAGATGTGA
GTCTGGACGTTTGGTGTCGGTGGTGATTGTGTTGGCGGTAGTGTTGGTGG
TGTCGCAGGGGCGGGGGCAGACAGAGAGGTGGGATAGAACGGCGTTGTTG
TTGTTGTTGTTGTTGTTGTTGTTGTTGTTTTTGGTGGTGATGGTGGCGAT
TTTGGTGTTGTTGTCGTTGGTGCCGCTGTTGCTTCTGTTACTGGTGGTGG
TTTTGGTCGTATTGTCATTGCTGCTATTGCCATTGCTTCTATTGGCGGTG
GTGGTGGTACTGCTACTGCTGCTGCTGTTTGTATGAGACATGGAGGTGCT
AGAGAGATATTCCACCACCGTCACTACTGCTGTTGGGGTCGATATTATCA
CATCACTGGGGAAGCCACGTATCCCCTCGTGAACCCTCCCCCATCCTGAC
CGTGCACTACCACCAAGCATGTTCGTACCCCCTCCGTCCAGCCCGTGCTT
TTCGTTTTGTGATATATTTGCTGCCACCCCGTTATGTCACCGCCCGTCAC
CGCCTGTTTACGCAGATGGTAAACTTCTGGAAGCCTACGCTAACGTTGGG
GCAAGTGGACTTCACGGCGATTTTCCAGCGCAACCATATCCCGTCTACGT
TTGCCGGGCACATCACGTTCCAGCCGTGAGTGAGGGTAGTCAGCGCCAAC
GTGTGAACAAGCTATAGCCCCACATGCTGTGGTGTGTGTTGCTGTTGTTG
TTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGGTGGTGGTGGT
GGTGGTGGTGTTGATGTAAGTGTTTTGCTGTTGCTGTTGCTGTTGTCGTT
GTTGTTGCTGCTGCTGCTGTATGGTTATGGTTGCTGCTGCTATACGGTTG
TGGCCGGTGCCGTTGTCCTTGTTATTAACCGTGTTCTGGTTTTATGAATC
GATTTTTCATTTTTTTTATTTTTCCTGCGTCTAAGGTCAACGGGCAACTA
CCACCCCGTGATTTACGTGAACGAGTTCTGGCTGCAACGGAAGCACCTGG
TGCCCCTGAATTCCACCGTGGAGACGGTGAACTTGGAGCTGGGCATCTCT
CCCATGGGCATGTGGAAGTTTCAGGTGTGCATCATACGTCGTGCGTGTTG
TGTGCTGCTGCGGTGGAATAACTCCCCCCTCTCCCGCAAAATGTTGTTCC
GCTTTTTCATAGAGTAGAAGTACCCGGTCGCCCCGGTGGTTCAGCTTATT
ATCTTCGAAATCTTCTGACACGTACGCTTGAGTTCGAATCCCGGTGCAGT
AACATCAACAGGAATTCTTCTCATGCCATGCGTGAGGGTGGAAAACGATT
AATTCGTGAGTAAACAAAATTTGAAGTGTCGACGAGGGAAAGGGTTGGCT
GTACCCCTTCTCGCGAGAAAAAATTAAGGCAAGTACCGCAGTGGGAAGTG
GAGGAAATTAAAGAAAATGAATTAAAGAAAAAACTCCTGTGTTGACTTCC
TACTGTGTGACCCCGGTCGGAGCGTCTACCTACCCGAAAGGTGTAGTTGT
GGCGTCCAATTCCAATTAAAGGGATGACAACACACACACAGAACACCGTT
AAAATCAATTGCCATCGTATCATGCGAGAAGGGTTTTTCTCCGAAGGGAC
CTCAAGAGGCCAAAAGGAAGTGATAAACACCCCGTGTCAAATTAGGTGAC
CGGACCGACGACGGTCCTGCGTCTCCGCTGTTTTGTCACGGAAATCACCC
CCGCGATATTGTCGTTCCGCCGTTTCGCAGGGTAGAAAACGTATGAGACC
GACCGAGACACGATGGTACTACACGATGATAGTGCGGCTGCTGTCTCTGA
TATTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCCTCTACCGCTGCTG
TTGAAACTGCTGCTGTATCTCCGTTGTTGCTTCTCTCAAGTCTATCTCTT
GAAAAGAATCGAATCACCGTGTACGATGTGTGACGCACAATTGCTGTCCC
GCTGGTTTTTTTGTCGCGGACGGTGTGTGGGGGGCGGAGAGCAGCTGATG
TCCCAGCTGGAGAGCCAGTGGGAAGCTCAGGCCAAGATGGGCATGGCCGG
AGACGGCGAGCAAGACACCTTCAGGGAGGTACGTACGGTAACTTTTATTT
TTGCTTTTGTTATATGCTTTGCGTTTGTGTTTGTTGTGTGTGTTTGTGTT
TGTGTTCGTTGTGTGTGTTTGTGTTTGTGTTCGTTGTGTGTGTGTTTGTG
TTTGTGTTCGTTGTGTGTGTTTGTGTTTGTGTTTGTTGGGTTTGTTTGTG
TTTGTGTTTGTTGGGTGTATTTGTGTTTGTTGGGTGTGTTTGTGTTTGTT
GGGTGTGTTTGTGTTTGTTGGGTGTGTTTGTGTTCGTTGTGTGTGTTTGT
GTTTGTGTTTGTTGGGTGTGTTTGTGTTTGTGTTTGCTGGGTGTGTTTGT
GTCTGTTGGGTGTGTGTGTGTGTAGAAGTTTGTTGTCCCTCGAAGCCAAA
CTCGTGCCATAATAGCCCATCAGCAGCAGGAGGACACCTCCAACACGTTT
CTGCCGTCGTTGTTCGCGCGCCGGACGTGTCTGTTGTTGTTGATTCTCAC
ATTAGCTCACTACCGCCGCAGTCTAGCCCGTGGTCACAAACCAGGCACAT
ATCGTGCTAGGAGGAAAAATAAAAATAAAATATATGGACTATGATCACCC
ACAGTCAAATCAGATATGGTACCGTTGGGGTACCATCTGTGGTGGCCAGA
ATACGAAACAAATACAGAAAAAAACAACAGGCTCGAAAGAAAAACAAAAA
TTGGAAACAGTCCGACAAACAAAAAAGTAACCAAGACAAACCTCAACCAT
AACCACATACTTCGAAGTACTTCGTACATCGAACCAGGGCCCAGGGCCAT
GACAGAGCAAGGCAAACGCAAACCAGGGCGATGGTCCAGTAACTACATGA
TCAACAGACGAAAGACAAAAATAAAATAAAAAAGAAGAAGATAGAGGGAG
GGCACAAAGACTGAGGGAGTGCATTCGTAGACAAACACAACAAACAGGCC
GCCAAACAAAGAGGAAGCAGGGGAACGAAAAGGGAAAAGAAGACCGGCAG
TACCGGAAGTCGGGGGGGGGGGGGAGGTGATAAAAATAAAATAAAAGGCA
TGCAATCAATCGCAAACGTGTCTTGCCACGAGGTCTGCCTGTTCACGCTT
GCTCTCCTCAGTCGCACTCATGCCTCCTGCTACTGGCACCACCATACCCA
GTTGTTTCTGCCCCACATCTTTGGCAGCAGCTACACCGCCACTCCGCCCT
ACAGGTTTTCCACTCCGGCCACCCCGTAGCTTGGCATTGGACTGCTTCTT
CTTGTGCTGTGCAACTCCAACCCCACTACCCCGCTGCCCTTGTGCCCCCC
CGTACCCCTCCTCTCGTTTGTCCCCGCCATCCGTTCTCCCTCTTTTGGTC
AAGGCCTGCCTCTCAGCCGCGTCCCTCTCCCTTTTCCGTCGACGTGTCTC
TGATAGGTCTCCCTCTTTCTTGAGCCACTCGTCCGTGAACCGCCGCGCAC
CCTCGTCGATCCTGTCGTACCACTCGTCAGCTCTCTTGGCACTTGCCTCC
CACCCCTCCTTTTTGTCGACCACGATGTCGAACGCTTCGAGGTCCTCCTG
CATTCGCCTCAGCCAGTCAAACTCTTGCCCCCCCAGATACCTCGCTCCCC
CCTGCAATTCTCCCAAAAGAGCAATTTTCGGGAGTCTCTCGTCTCTCATG
CGCGCAACGGATCCTGCGAAGCACAGTCTCCGCTTGCGCACGGTGGCCTC
AACGCTCTCGTTGCAACCCGCGGTGATCAGGGCTTTGGCGTAGGAGAGGG
GTCGGTCTGTTCTCTCCCTCTTTTTCCATCCGATGCAGCGTATGTTGGTT
TGGTGGTGTCGTGCGTAACTGTTGTGTATTTGTTGTTTGTTCGTCCACGA
CAGAGTTGTTGTCCGCCATCAGGAGCAGGACACCATCAGAGGTATCAATA
CCCTTGTAAAGTAGACAACTGATTTTTTTTTTTTAATGCTTGCGTGTGTG
TCGCGCTGAGCAGGACTCTTTTTTTTTTTTCAAGGCGATTGCTTCCTTCC
TCGTGTGTACACGCTACTTGTAAACGAAGTATAATGGGTAGAGTACACCA
GTTTACAATAATACTAAGCGTTTACATATTATCACACATAATGGTCTATG
ATCTACTCGTATCTCTCAGTCTCTCTTGGGGTTTTGGGTTTTGGGTGTTG
GGTGTCGTGGAAAAAAACGTGCATGACCTGCTTTTGTTTTTGTTCTTTGT
TTTTGTTCTTTGTTCTTTGTTTTTTGTTTTTTTTTTGTTTTTTTGTTTCG
TTCTTTTGTGTTATTTCATACGATAAATGTTCTTCCGCCTCCGATCGGTC
GTGATTCCGAAATGGAACCAAACCTGAACTCAACCCAGAAACGGAACGGT
AAGTTGGTGAACCCGAAATGGAACCAAACCTGAACTCAACCCGGAAAGGG
AACGATCAGTTGGTCGCGTGGACTATTCCCGATCGTACTGGGAATCACCA
ACAACTGCCGTCAAGCGCATTATTCACTTTTCTATTCCCCTTCCGATTCT
GGATCCAAAACCGAAATCAGAACCAGAATCAGAACCAGAACCAGAACCAA
ACCTGAAACCCGCCGGAACCGGAACCGGAGCCTAGAGTTTCTGGCGGGGA
AAACCCCGATCGCGGTGGTCATCACTCTTACGTGTGCATTTTTCCTTATT
TCGTATCCCGTGGAACCGAAAAGAGCCAAACCGGAATCCGAACCCGAACC
TGAACCGGAACCCGAACCCGAACCCGAACCCGAATCTCAATGTTGCTGGC
GGAGATAAACCCGATCGTGCTGGTGATCACCACTTACTGTAAATTCCTTT
TTTTGTTTTTTTGCTCGTTGTGTTGATTCCGTCCTGAAACGGTTACAACC
CGAACCGGAACAATCCGAATCGGAACCAACAAACTTGAACTCGAACCGGA
AACTGGAACCGAACCGAAAAGTTGCTGGCGGAGACGAACCCGATCGTGCT
GGTCATCACCATGATCGTGTCCCTTCTCCACTCGGTGTTCAACTTCCTGG
CCTTCAAGAACGACATCTCCTTCTGGAAAGACAAGAAGCGGTGAGTTCTA
CGATAAACGTACAGCAGTACTGCTGTACGTGAAAAACAACCGTTCGGCAT
CATGTCTCCTGGAGAAACCGCGACGTCACACCACGCGATACGCATATATA
TCGTTTCGCGATGTCTTACCAATGAATAATTATCATCTTTCTGTATTTCA
GACGCGGTCGATGTAGACTGCTATATATTGTAGTCGCTGCGCGTAAATCG
CTCTTGTGGTGTCAACTAAACACGATCGGAAAATTGCTGAGATGGCCTCA
CCCGTGCAGTCGGAAGCTGCTGCTGCCACTCACTGCCGTGGGACGCATGT
GTCCCGCGCGTTTTGTGCAGTTGGAGCTGCTGCTGCTGCTGCTGCTGCTG
CTGTGTGATGCATGTGTCCCCGCGTTTGTTTTTTGTTTTATTTTACTAAA
AAAAAAAACTTTTCGTTTTTTGTTTTTCCCTGTCCGCTGCTGTTTCACCG
GCGACGTTTTCGCTTTCTTGGTCACGGCAACAGGTCGTTGGAAGGCATCT
CCGTGCGGTCCATGCTGGTCAACCTCTTCTTCCAGTGTGTGATTTTTCTG
TACCTCGCCGACAGCGACACCACCTACATGATCCTCGCCACCAACGCCAT
CGGGTTGGCCATCGAGGTGTGACGAGCGGGCGAGCTTCGCCTGTCCCACG
AGTACCCGTTGTTGTTGTGGTTGTTGTCGTGGTTGCTGCTGTTGTCGTTG
TTGTTGCTGTTGTTCTTGTTCTTGCTCTTGTTTTTGTTCTTGTTGTTCTT
TTTGCTGTTGCTGTTGCCGTTGCTGCTGCTTCTCTGGCGTCAAAACCGCC
TCTCCAACCGCGCACGCACACAGCACCGACTCTTGCTGTGCCCCCACTAA
TCTATGGATCGATGGAGGCATTGATTCGCTCATTCTCATCTCCCCGGGCA
GGTCTGGAAGGTGGGGAGATTCATGGTCGGCCGGCTGGACTGGGGAGGCA
AGGACGGACAGCCGCGCCGCACCATCCCCAGGATCACCTTGCAGGCAAAG
GAGACTTACCGCAAGGTATCGTACGATTTGGTGTGGCATGTGTGTGTTAA
GGGTGTGTTATCGTCCCATCTATTTTGGACGCCTCTCTACACCCCTTTCG
GAATACCGTAGAGACCGGTGTTGTGGCGCCGGCGGGGGTTACGTTTTTTC
CCGACCCCCCTGGGGCCAAATTGTGTCTTGGGGGGGGAATTTTTTTTTTC
TGCAACATTTATCCCGGGGGGCAATCTCCCCGAGGGGGAAAACCCAATAT
TCTGTTTTTCAACGCTTACCCCGGGGGTAACAGAAAAACACCTGCACGCA
CAGCATAAATAGACACTACAGCAGTACCGGTACCTCCAACTCTCTTATTA
ACCCCGCGATCGAAAATATCGACACCCTCCTCTCGTAGAAGCACCGGTAT
CCGAACAAAAACAGCTCGCCGGCCTCAAAGAGCCGGGGCTTTTTCATTCA
ACCCCGTTGGAAACGCATCAGAAAAAAATTGCCCCGGGGGAAAATTGTGC
CTCGGGGGGGGGAACTATTTTTTTTTGTAACAAACGTTCCCCCCGGGTAA
AAATCTGAGGTTCATGGTGCAAGGCTGAAAAGGTGATGGGGAGGGGGGGC
TAAACACTACCAGGTATAGGGGGGCCACGTAACCGGTCTCTACGGTAGTG
GGTAGACGCTCCAGCCGGGGGGTCACACAGACAGAAGGACGTCAAGACAG
GAGTTTTTTTTTTGTTTTCTCCATTTCCCACTCTGCGGTGCTTGTGCCTC
TTTCGGGTATTTTAATCTCATGTGTACAAGTCACTAATTTTTCAAAGCGT
GCGTCATCTATGCCACCGGTGCTGCCCGCCTCGCTGTCGTCGACATGCTG
CCTGCTGTCCCTTTCGCTGTAGTTGGCTGGTCGTTCTCAGCTTTCTGTAT
CTCGGAGGTCCGGATTTGTTGGTTGGTTGGTTGGTTGGTTGGTTGGTTGG
TTGTCGTCGCCTTTCCCTGGGTGGTGTGAGCCAGTTGATGAGTCCCGCGC
CGTCCGTCTTTGATATATATCCCCCCTCCAACCACAACAAACAGTAGACA
GACGACGACGAAGGAGTTCGACAAGACGTGATGTGGTATCATGCACGCCC
GTAGCGATACACACATACGACGAGCATGGCGTACCTCCAGCGCGGTGGCT
AACGATGATGACGCTCTCCGCCTTTTCTTGGCCGCAGCTGCATTTCGGTG
TCTCCTTGAAGGTCAAAATGGGAATAATGTTGGTGCGATATGACATCATT
CTGCTGGCACTTGTGTTACACCTAATGAAAAAAAAAACAAGAACGACGAC
GACGACAACAAACCCGCACGAATCTGAGAACGAAACAAAACAAAAAAAAC
TTTCAACTTCTATCGCACATTTTCAAAGGATACCCACTCGCGAACCATGT
ATACAGCAGTAAACCATGCACGCCATTTGATACAGCAGCATCCAATGCAC
GAAAAATGCTTAATTTGACACCTCGACCACCACCACTACCACCACCACCA
CCACCACAAACAAACAAACATCAACCTTCTCTCACCACACTACATAGAGC
AAGACGAAGGAGTTCGACGACATTGCGACGGCGCACCTCCTGTTCCTGGT
GGCGCCGCTCATGGTCGGGTACGCGGCGTACTCCCTGCTCAACCAGCAGC
ACCGGGGGTGGTACAGCTGGGTGCTCAACTCTCTCGTCGGGTTCGTGTAC
ATGTTCGGGTTCGTCATGATGACGCCTCAGCTCTTCATCAACTACAAGGT
GAACCCATACTGCTGCATGTATGATGTCATAGCAACGGATCTTTCTTGCT
TTACAAGTTGATGCTTCTTCCGCATCCGCATCCACTCTTCGCACTGCTGT
GTGTACCGGTTAGTACTCGTATCGTATCGTGCACGTGCGCGGGTATCTCA
TGATGACTCAGCTCTTCATCGGCTGCAAGGTGGAAGCTTCGGACCGCTGG
GCTGCTGGGCTGCTGTAGATGTGATCGCCAAAGAGGTCCAATTACGCTGG
CGCTCCACACACATCCGACTATCATACCGTGAAAATGCCGCCTCGACCCT
TCTTGAAAGATCGTTTTCGTGCGAATAATTTCTGCCTCGCCTCAGCTCTC
GGTCGATAACAAGGTCATGGAGAACACCAGCCTTTTTTTTTTTACTCTCG
TGGGTAGTCTATTCTTCAGGTATCGCAGGAAAACGTCCTAAATAAATGGA
GAACCTTTTGCTTCTTTTTTTTTTTATCTTTTTTCGTCCTTTTTGTTGAA
GAGATGATTTCATATTACATGTATCTGTCTGGTAGACTTTTTCATCAAGT
GCCAGTTTTTTTAGTGATGTCTTGATCGGTTGTCGTCCGGAAACGCAGTC
ATGAAGGGGTTCTTCGGGGCTCGCGGTTGTTTTTGTCAGGTTTTGTCGGG
TTTTGCACCCCCCCCCCCCCCCAATTGTTCTGAACCCCCTCTCTCCTTGC
CCGCCCCTTTCCTTCTTGATTCCTTTTTCCCATCGTTCTTGTCCTGCTCT
CCGAATCCTGCACCCTTTTTGGCATGACCACCACCATCACCAACGGCAAC
AACGACAACACCACCACCACCACCGCCAACAACAACAACAACAACAACAA
CAACAACAGCTGAAGAGCGTGGCACACATGCCGTGGAGAGTCATGTCGTA
CAAGTTCATCAACACCTTCATCGACGACCTGTTCGCCTTCGTCGTGCCCA
TGCCCACCATGCACCGCCTCGCCTGCTTCCGAGACGACATCGTATTCCTG
GTGTTTTTGTACCAGCGCTACCTGTACCCCGTCGATAAGAGCAGACGGAA
CGAGTATGGACAATCGGCGAAGATGTCCGAGGACGCACTAAAGGTACAGC
AGTATGATGACGTTGCAGCAAGTGTACATCGACTGGAAGTACGCAGAAAA
GGTACAGAAAGTGGAAGTGTAGGTGTGTGTGAGTGTGTGTGTACCCGGAC
GGTCGACGAAGGCGTGCCAGAGGGCGCACTAAAGGTACAGTAGTACGTCG
CAGTTGTACCGACCGAGTGAAATTGCGCAGAAAAGGTACAGAGGTGATCG
TGCTTGTATTTATGTGTGTGCACGGACGGTCGACAAAGATGTGTCCGAGG
ATGCACAGAAAGGTGCAGTACGTTGCAGCAGCACAGAGTGAAACTACACA
GAAAGGCACAGAATGTGTCATGTGTGTGTCTAGTTTTTACGTACGGCATC
AGGGATATCTCTGCTGTATATGAGTTTCGTTTAGTGCCTTGTTTGTGTGT
GTTCGAGTAGCTTGTCACAATCAAGCTGTGATTCCCAGGTTTCCACGAAA
AAGAGGGTGGCGCTTCACCATCACCAACCCCATTGTTCTTGGGTGCCGCG
TGGTGCTGTATCTCTTCCATTACGTACGTGCATGCAAGGTTTTTGATTTA
TCACGACACCTCTATCTTCGTCTCCTCCCACTCCCACGCCTCCATCGACG
ACAAAAGATTGAGGCGGTACGTCCGTCAGTGTTGAGAACCCACCGCCAGC
GCAGGACGAACTCGTACAAATTTGCTGCTTGCGATAGCTTCCTCTCGGTA
ACAGCAGTACGGCTGTGCCTATGGATAGGATATTATGTGTATATTTTCAA
GCCTGTCATGCTGTTGTTTGAAATCCGCGGCCTGGACTGGACATCCACTC
GTTGTGCTGGTCCGAAACTGGTTGGTAAATCTGCACGTTTGGTGGAAACC
CTACAATGTATGCACGTGAACCCGATTTTTGACCTATCGGCTGCGTTTGC
TGCCATTGATGCCACGCAGATCCGCGAAGCTCAGGAATCCATGGAGCCGA
GGGTGGCTAGGGTACCACGGCGGTCCAAGAAGGACAAGGCTAGTTAGCGT
CAGCGTTGTAGCGTGTGCACGCACACCACTTTCTCTACTCGGGTGTCGAA
ACGTGATGTCATACGCTGGTGTTGTGGATGACGGCTGCCGTATGTATGAT
GGCCCGGATCTAAAGGCTGGCGTGAATATACTTCGAAGGATACTAGTATT
TCTCTAGTAACATCCGAGGCGTTGTGCGTCAACCGCAACATGACTCCTCG
GCAAAGTCCAGAGGTAGGCTACGATGCGTTTTGGTTCATTTTTTGTGACG
ACGAGTTTTTCCGTTTTTTTTTTCTGTCCTTAAGGGTTAGAGGGGGTCTT
ATGTGTAGGTGCTGTGTGTGCGTGCGTGCTTGCGATTGTGCATGCGTGGT
GGCGTATACAAAACAAGAGACAGGCGCACCACACGCTTGCCATATCATGT
CAAATGACACGATTTGTACACCGCTTTATGTAGAGCAGATTTGAGTGAGC
GCGGGG

Coding sequence (CDS) from alignment at P-littoralis_Contig90:130822..146677-

>mRNA_P-littoralis_Contig90.30.2 ID=mRNA_P-littoralis_Contig90.30.2|Name=mRNA_P-littoralis_Contig90.30.2|organism=Pylaiella littoralis U1_48|type=CDS|length=1962bp|location=Sequence derived from alignment at P-littoralis_Contig90:130822..146677- (Pylaiella littoralis U1_48)
ATGAGTTTCATGTTTTTCTCGAAGCAGTTCCAGGCGCACCAGGTGAAGGA
GGCGGTGGCGATCATGAAGGAGAGCGAGCAGGACGCCGTGTCCCAAGGCC
TCAAGCCGCTGGACAAGGGCGAGGAGAACGTGAACTGGGTGAAAGAGGCG
ATGGGCCTGCAGAGCAGCAGGATTCCTCAGTTCCCCGAGTACGACGCGCG
CGGGAGGCAGCTGCTGGTCCACCGGTGCACCTTCAACAGGGGGGAAAAAA
TGGACTTGCACGTGTACATGTCCGGCTCTGAGGACGCGTCGAGCCTGTGG
AAGGAGGAGGAAGAGGAGGAGGGGGGGGGGGGGGGTGCACAAGGGGAAGG
GCAGGTAGTGGAACCGGATGGTCTGGCTCCTCGGCTATTGTGGCACGAAG
CTGGACTGGTCTTCGCAGGGGAGGCCGACGATGTGACTCGGAGCACGTCC
TTAACTCTGGACCTTCCGCCGACGCTCCTCAACAACGGATCGGCGTGGGC
ACATATTTTCTTGACCAAGAGAGGAGTGTCCCCGGACCCAACCGACCCGA
AGTACAGAGACGACGGAGTCTCCCACCAGGTTGCTCAGCTTAACAGATAC
ATGCCGAGACCCAAGAGCAAGGATGGTCACTACCTCATTGAGTCTAAGAG
GTCTGCCGCGGATGCCAAGGAGGAGGCGGAGCAGAGGGAAGTGGACGAGA
AAGAGGCGGCGGCGGCGGCGATAGTAGGGGCGGGGGCAGACAGAGATATG
GTAAACTTCTGGAAGCCTACGCTAACGTTGGGGCAAGTGGACTTCACGGC
GATTTTCCAGCGCAACCATATCCCGTCTACGTTTGCCGGGCACATCACGT
TCCAGCCGTCAACGGGCAACTACCACCCCGTGATTTACGTGAACGAGTTC
TGGCTGCAACGGAAGCACCTGGTGCCCCTGAATTCCACCGTGGAGACGGT
GAACTTGGAGCTGGGCATCTCTCCCATGGGCATGTGGAAGTTTCAGCAGC
TGATGTCCCAGCTGGAGAGCCAGTGGGAAGCTCAGGCCAAGATGGGCATG
GCCGGAGACGGCGAGCAAGACACCTTCAGGGAGTTGCTGGCGGAGACGAA
CCCGATCGTGCTGGTCATCACCATGATCGTGTCCCTTCTCCACTCGGTGT
TCAACTTCCTGGCCTTCAAGAACGACATCTCCTTCTGGAAAGACAAGAAG
CGGTCGTTGGAAGGCATCTCCGTGCGGTCCATGCTGGTCAACCTCTTCTT
CCAGTGTGTGATTTTTCTGTACCTCGCCGACAGCGACACCACCTACATGA
TCCTCGCCACCAACGCCATCGGGTTGGCCATCGAGGTCTGGAAGGTGGGG
AGATTCATGGTCGGCCGGCTGGACTGGGGAGGCAAGGACGGACAGCCGCG
CCGCACCATCCCCAGGATCACCTTGCAGGCAAAGGAGACTTACCGCAAGA
GCAAGACGAAGGAGTTCGACGACATTGCGACGGCGCACCTCCTGTTCCTG
GTGGCGCCGCTCATGGTCGGGTACGCGGCGTACTCCCTGCTCAACCAGCA
GCACCGGGGGTGGTACAGCTGGGTGCTCAACTCTCTCGTCGGGTTCGTGT
ACATGTTCGGGTTCGTCATGATGACGCCTCAGCTCTTCATCAACTACAAG
CTGAAGAGCGTGGCACACATGCCGTGGAGAGTCATGTCGTACAAGTTCAT
CAACACCTTCATCGACGACCTGTTCGCCTTCGTCGTGCCCATGCCCACCA
TGCACCGCCTCGCCTGCTTCCGAGACGACATCGTATTCCTGGTGTTTTTG
TACCAGCGCTACCTGTACCCCGTCGATAAGAGCAGACGGAACGAGTATGG
ACAATCGGCGAAGATGTCCGAGGACGCACTAAAGATCCGCGAAGCTCAGG
AATCCATGGAGCCGAGGGTGGCTAGGGTACCACGGCGGTCCAAGAAGGAC
AAGGCTAGTTAG