mRNA_P-littoralis_Contig204.20.7 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig204.20.7
Unique NamemRNA_P-littoralis_Contig204.20.7
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: D7FN47_ECTSI (Methyltransferase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FN47_ECTSI)

HSP 1 Score: 766 bits (1979), Expect = 2.700e-273
Identity = 427/605 (70.58%), Postives = 463/605 (76.53%), Query Frame = 1 
Query:    1 MARGALKGLKRTRPTPGEKVVVKGQLAQGSAGRSPGQGTGGC--GASSQNGGADLDNPDLVSWLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQVS-------------------------------------------------------------------------------------GARSSPTKAAEMDYLTAGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGP----RNSDGDRGVFYDVHGLIFDRVAPNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALE---DGSGGSS----IRAYELEFTGRWSHRRKYVTQAITAAGMSVLGVRVVKGRTRLVSTAAGEIVLEAVPQERRTTIFLVGKGAM 1521
            MARGALKGLKRTRP+ GEKVVVKGQLAQG AGRSPGQ T G    ASS N GA+LDN +LVSWLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARA+ELSE+GAF+KAASLYERAVNIEETAERHV LGEALVLAERK EA+WHYGRAADL+DDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQV+                                                                                      ARSSPTKAAEMDYLTA LHS+SLRPSRAP AYVADLFDLE R++GFLES+  +T     E++D S   GP    R S+GDRG+FYDVHGLIFDRVAPNMRSMIEAALGLP  G+ R  LQWLDILDLGCGRG MGS+L+ LANFITGVDLSE AIK A++EGSYDSI+HGDA+ VV  MLPNSFDLVVAAD VPYFG+LGDLFRAIAAVTRPGGLVAFNADAL+   DGSGG++    +RA++L+FTGRWSHRRKYVTQ++ AAG+SVLGVRVVKGRTRLVSTAAGEIVLEA PQERRTTIFL GKG M
Sbjct:    1 MARGALKGLKRTRPSAGEKVVVKGQLAQGGAGRSPGQNTVGSQGAASSPNAGAELDNAELVSWLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARALELSEDGAFDKAASLYERAVNIEETAERHVLLGEALVLAERKGEALWHYGRAADLYDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQVAMSLLDSHNHSEAVGHLELATALVPDLTQAQELLANTLRDMGSVEEAIRQYKSIIAQRSTDIGTLVQLGYAYHELCDFSQALATYKKARSSPTKAAEMDYLTAALHSKSLRPSRAPTAYVADLFDLEVRKNGFLESQAKRTALASAEDSDSSESPGPLAEARRSNGDRGMFYDVHGLIFDRVAPNMRSMIEAALGLPTDGLGRRGLQWLDILDLGCGRGTMGSELKQLANFITGVDLSERAIKHALREGSYDSIQHGDAIAVVNTMLPNSFDLVVAADMVPYFGDLGDLFRAIAAVTRPGGLVAFNADALDAIDDGSGGANAGGNVRAFDLKFTGRWSHRRKYVTQSVAAAGLSVLGVRVVKGRTRLVSTAAGEIVLEAAPQERRTTIFLCGKGTM 605
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: F0XXG5_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0XXG5_AURAN)

HSP 1 Score: 217 bits (552), Expect = 6.070e-57
Identity = 201/639 (31.46%), Postives = 260/639 (40.69%), Query Frame = 1 
Query:  181 WLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQVS------GARS---------------SPTKAA-------------------------------------------------------------------EMDYLTAGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSD---------------------------------GDRG---------------------------------------------------------------------VFYDVHGLIFDR-----VAPNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADAL-EDG-SGGSSIRA-------------------YELEFTGRWSHRRKYVTQAITAAGM-SVLGVRVVKGRTRLVSTA 1446
            + NCEC FSL LV LLAALPFN++     Q+ E++V RA EL  +GAF  AA+LY+RAV+ EET + HVFL E LV   R  +A+ HY RAA L+DD   +V+ L S  ++  E G + +AV  Y++VL L       EVADAHVQ++      G+R                +PT AA                                                                   ++ Y  A L    + P RAP +YV  LFDL +RR GFL ++  +     P   D +G    RN+                                  GD+G                                                                     +F  VHGL+FD      V   +RS       L   G   G  +WLD+L+LGCG G  G  LR LAN +  VDLS  A+  A    +YD ++ G+ V+  +A+LP+S DLVVA D VPY G+L D F A+A+V RPGGL  FN D L EDG   GS  +A                   Y L FTGRW HR KYVT    A G  SV    ++K  TRLV  A
Sbjct:   33 FFNCECVFSLFLVALLAALPFNINAGYFRQSRESFVMRAEELFSDGAFGTAAALYQRAVDAEETPDGHVFLAETLVRVARVPDAIAHYERAAALYDDARERVAALASAARLHVERGSAAEAVAAYVRVLELDPGLRSPEVADAHVQLAAYSLGAGSRGGLYAAVGHLRRATEIAPTLAAAHLLLADGYRDLGLPEHAIESLRSVVKYRPRDAAGLSGLGAAHLELGHFKQSVNAYRKAHALAPAATDVKYALAALLGEPVVPPRAPPSYVEALFDLRSRR-GFLRADAARG--PPPPGWDLAGLEALRNASDAPADAKRRKKKKDAPRSASEATVLETISAILTGDKGADEVQRFSSVEEAIKAVRENATAAQRPXXXXXXXXXXXXXXXXXXXXXANPNAKAPLPPLNGTVQDEPHLFAQVHGLLFDDQLLDVVLETLRS------ALVVDGDADGGGRWLDVLELGCGDGVAGQHLRTLANRLHCVDLSAGALAVAEARRAYDVLERGEFVSTARALLPDSQDLVVAVDAVPYLGDLADFFGAVASVLRPGGLAIFNTDVLTEDGLEPGSPKKARDKAAESEGEAAAEPGTIDYRLAFTGRWQHRVKYVTGLARAHGFASVKPTMLLKVETRLVWNA 662
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: T0PZH9_SAPDV (Methyltransf_11 domain-containing protein n=2 Tax=Saprolegnia TaxID=4769 RepID=T0PZH9_SAPDV)

HSP 1 Score: 191 bits (485), Expect = 5.710e-50
Identity = 161/549 (29.33%), Postives = 244/549 (44.44%), Query Frame = 1 
Query:  154 DLDNPDLVSWLNCECFFSLVLVGLLAALPFNLH-TQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAV---ETYLQVLSLQQDEDPDEVADAHVQ------------------------VSG-----------------------ARSSPTKAA-------------------------------------------EMDYLTAGLHSRSLRPS-RAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRVAPN-MRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSHRRKYVTQAITAAGMSVLGVRVVKGRTRLVSTAAGEIVLEAVPQERRTTIFLVGK 1512
            DL  P  + WLNCECF SL+LVG+L ALPFNLH T++L+Q+ ETY+ +A E+ + GA + A  LYERA+ ++E A  H  L +AL    R  +A+ HY     L +    KV +L+S+G +  + G    AV   +T + +L   ++    E+ + H++                        VSG                       A SS  KAA                                           E  Y+ A  H     P+ RAP  YV+  FD+ A RS  L S+   ++                        F  +HGL F   AP  +  +++A LG     V  G+  WLDI+D G G G      +PLAN+I G+DLS  +++ A + G YD ++ GD +TV   +   SFD+V+A +  PYFG+L  +F     + R GGL+  N D L+D    +    Y L FTGR++H  +Y+T+      + V    V+     +  + AG +V  + P+   + ++L+ K
Sbjct:   65 DLQEP--IGWLNCECFLSLLLVGVLVALPFNLHSTKDLLQSRETYLFQAAEMVKVGACDDAIMLYERALVVQENAFIHNQLADALSKCGRTNDALDHYLSGIRLEETHRRKVPSLISMGDLYQKIGEYALAVKSFDTVVLILGDSKEAKSSELGEIHMKLAKAATGLGDYEQALRAYASATSLVSGNALVAEVYYRMGHCASILGRMDVAVSSLKKAAAKAPSSQKSLYLHELAYAYFESGDYEKGNDGLSRLFAMQSMYPEDRYVKAAFHDHGFPPTHRAPTQYVSTTFDMHAHRSVHLASDAFDSFV----------------------AFRQLHGLFFVDDAPTRIAEVLQAKLG-----VTPGD-HWLDIVDFGTGAGVAVRPFQPLANYILGIDLSAASVELARRSGLYDELQVGDLLTVTATLPTTSFDVVLAMNSAPYFGDLRPVFERAQRLLRVGGLLCINIDQLDD----NEAAPYTLRFTGRYAHAPEYLTELAAEMHLEVFHHEVLYDVQSVGQSVAGSVVALSHPRTVASDLYLLRK 579
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A1V9YQC0_9STRA (Methyltransferase n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9YQC0_9STRA)

HSP 1 Score: 185 bits (469), Expect = 9.670e-48
Identity = 156/549 (28.42%), Postives = 243/549 (44.26%), Query Frame = 1 
Query:  154 DLDNPDLVSWLNCECFFSLVLVGLLAALPFNLH-TQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDE----------------------------------------VADAH--------------VQVSGARSSPTKAA---------------------------------------EMDYLTAGLHSRSLRP-SRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRVAP-NMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSHRRKYVTQAITAAGMSVLGVRVVKGRTRLVSTAAGEIVLEAVPQERRTTIFLVGK 1512
            DL  P  + WLNCECF SL+LVG+L ALPFNLH T++L+Q+ ETY+ +A E+ + GA + A  LYERA+ ++E A  H  L +AL    R  +A+ HY     L +    K+ +L+S+G +  + G    AV+++  V+ +  D    +                                        VA+ H              V V+  + +  KA                                        E  Y+ A  + R+  P  RAP+ Y++ +FDL A+RS  L           P+ AD S             V   +HGL F   AP  + ++++  LG     V  G+  WLD++D G G GA  +  R L+N++ G+DLS  ++  A +   YD +K GD + V  A+   +FD+V+A +  PYFG+L  +F     + R GGL   N D   +     +  ++ L FTGRW+H+ KY+TQ      M V    V++    +  +  G++V    P   R+ + L+ K
Sbjct:   63 DLQEP--IGWLNCECFLSLLLVGVLVALPFNLHSTKDLLQSRETYLFQAAEMVKVGACDDAVMLYERALVVQENAFIHNQLADALSKCGRTNDALDHYLSGIRLEETHRRKIPSLISMGDLYQKIGEYALAVKSFDTVVLIMGDAKDAKSHELGEIYMKLAKAATGLGDYEQALRAYTSASTLVSGDAIVAEVHYRMGHCAAILGRMDVAVAALKKAAVKAPPSQKSLYLYELAYAYFQSGDYDRGNDGLDRLFAMQSMYPEDRYMKAAFYDRAFPPLHRAPSQYISTVFDLLAQRSLHLA----------PDTADLSA------------VLRQLHGLFFVEAAPARISALLQDKLG-----VAPGD-HWLDVVDFGAGTGAAMTPFRALSNYVLGIDLSAASVDIARRSQLYDELKVGDLIQVAAALTGGTFDVVLAMNTAPYFGDLRQVFEQGHRLLRVGGLFCLNTDQHNE----MAESSFALGFTGRWAHKTKYITQLAAEYQMEVFHHEVLEDARHVGQSPTGQLVPLVRPTTVRSDVLLLRK 577
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A024U3B7_9STRA (Methyltransf_25 domain-containing protein n=3 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024U3B7_9STRA)

HSP 1 Score: 180 bits (456), Expect = 5.480e-46
Identity = 142/499 (28.46%), Postives = 225/499 (45.09%), Query Frame = 1 
Query:  181 WLNCECFFSLVLVGLLAALPFNLH-TQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQ--------------------------------------------------------VSGAR----------------------------------SSPTKAAEMDYLTAGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRVAPNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQ-EGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSHRRKYVTQAITAAGMSVL 1401
            W NCECF SLVLVG+L ALPFNLH T++L+Q+ +TY+ +A+EL + G+ + A +LYERA+ +EE+A  H  L +AL    R +EA+ +Y     L +    KV +L+++G +  ++   + A  T+  ++S+ QD+   ++ +A+++                                                        V+ A+                                  +SP+   E  Y+ A          R+P  Y+A LFD+ A+R             T+P  A+                F  +HGL+F+   PN    I  AL +   G+  G+  WLD++DLGCG G   S LR L+NF+ G+DLS  +I+ A      YD +  GD + V   +   S+D+VVA + +PYFG+L  +F     + RP   VAFN D  ++       + + L F+GRW H  +YV + +   G  +L
Sbjct:   67 WFNCECFLSLVLVGVLVALPFNLHSTKDLLQSRDTYIVKAVELMKVGSCDDAVNLYERALIVEESAMIHHQLADALTQCGRPKEALGYYLSGIRLEESTHRKVPSLMAVGDLFLKQSDYNMATRTFETIVSILQDDPTKDLVEAYMKLAKVDMSLRRLSAAYSHYTAASDLIIGDSMQAEVHYRMGQCALIMGKLPLAIENFKVAAAKGTTSQKSLFTHSLAYAYLEHGMLAQGNDELAALFASPSMYTEERYIRASFQDHQYPSGRSPTQYIAQLFDIHAQRI------------TQPPPANHVD------------TFRQLHGLLFESGVPNA---IAKAL-MSKIGISDGD-HWLDVVDLGCGSGHAMSFLRSLSNFVLGIDLSPLSIENARNLTNMYDDLHVGDFLDVGGGLPDASYDVVVAMNSLPYFGDLRQVFELAHRILRPKAFVAFNVDVRQNDDDNDQ-QDFSLRFSGRWQHSDEYVKRVLERHGFELL 535
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A6G0WWW8_9STRA (Methyltransf_11 domain-containing protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WWW8_9STRA)

HSP 1 Score: 158 bits (400), Expect = 2.390e-38
Identity = 131/476 (27.52%), Postives = 226/476 (47.48%), Query Frame = 1 
Query:  175 VSWLNCECFFSLVLVGLLAALPFNLHTQ--ELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGRAADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQV----------SGARSSPTKAAEM---DYLTAGLHSR----SLRPSRAPAAYVADLFDLEARRSGFLESE--VHKTYRTEPENADPSGQAGPRNSDGD---------------RGVFYDVH-----------GLIFDRVAPNMRSMIEAALGLPAHGV-------------------VRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQE-GSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSHRRKYVTQAITAAGMSVL 1401
            V WLNCEC  SL+L+G+L ALPFNLH    +L+Q+ + Y+ +A+E+ + GA + A  LYERA+ ++++A  H  + +AL    +  EA+ HY  A  L +  + KV +L+++G +  +      A +++  ++S+ +DE   ++ +A++++          S A S  T A+++   D + A +H R    +L   +   A   D F +   ++   +    VH       E+    G     N + D               R  F D H             +FD  A            L  HG+                   V    +WLD++DLGCG G+     R L+N++ G+D+S  +++ A +    YD +K GD + V   +  +S DLV+A + + YFG+L  +F+ +  + RPGG  AFN DA  + + G     + L F+GRW H   Y+++  +  G +++
Sbjct:   56 VGWLNCECVLSLLLIGVLVALPFNLHHTKVDLIQSRDNYIVKAVEMVKVGACDDAVMLYERALVVDDSAHIHNQMADALSQCGKTSEALAHYMFAIHLEETNKRKVPSLMAIGDLYLKNMNYPMASKSFESIVSILRDEPTTDLVEAYIKLAKVDVGRRSFSAAYSHYTAASDLIVGDTMQAEVHYRMGHCALVMGKLQLAI--DNFKIACAKASPAQKSLFVHSLAYAYLEH----GMIAKGNQELDQLFSTNSMYTEERYIRASFQDHHYSSGRAPAQYISQLFDLHAHRSDFPNNLDSFLQLHGILFVQSAPKAVSTALQEKIGVSEGDRWLDVIDLGCGSGSSMQYFRSLSNYVLGIDVSPISVENARRRLDMYDDLKIGDILDVGSTLPDSSCDLVLALNTLQYFGDLRQIFQLVQRLLRPGGTFAFNVDAFNEDANGHQ---FSLRFSGRWKHDIAYISELGSHFGFALI 522
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A7R9YDF8_9STRA (Hypothetical protein (Fragment) n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9YDF8_9STRA)

HSP 1 Score: 149 bits (377), Expect = 1.090e-35
Identity = 96/210 (45.71%), Postives = 137/210 (65.24%), Query Frame = 1 
Query:    1 MARGALKGLKRTRPTPGEKVVVKGQLAQGSAGRSPGQGTGGCGASSQNGGADLDNPDLVSWLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARAMELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAE--RKEEAMWHYGRAADLF-DDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEVADAHVQV 621
            MARG LK LKRTRP+       KG+ + G++G +      G  A+S     +LD  DLVSWLNCEC  SL+LVG+LAALPFNL + + + T E +V RA +  + GA +KAA+LY+RAV++EETAE H++L E L   +  R  +A+ HY RAA+L+ +D E ++    S+G++ T+    D AVE+Y +VL    D DP EVA+A++Q+
Sbjct:    5 MARGTLKSLKRTRPSE------KGKASSGTSGVN----NSGASANSAANAEELD--DLVSWLNCECLVSLLLVGVLAALPFNLQSNDFLNTRENFVTRAEDYYKSGALDKAAALYDRAVSVEETAEGHLYLAETLAHPDLNRLHDAIRHYERAAELYHEDEEERIGIWKSVGKLYTDVDRPDLAVESYQKVLDAYDDADPAEVAEANLQL 202
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A7S4A0L2_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A7S4A0L2_9STRA)

HSP 1 Score: 149 bits (377), Expect = 3.680e-35
Identity = 100/256 (39.06%), Postives = 134/256 (52.34%), Query Frame = 1 
Query:  673 AGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSG----QAGPRNSDGD-------RGVFYDVHGLIFDRVAPNMR-SMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSG---GSSIR-AYELEFTGRWSHRRKYVTQAITAAGM 1392
            AGL +      RAP AYV  LFDL ARR         +  R E ++ D +     Q  P ++D D         +F   HGL+FD   P      I +AL +     +  +  WLD+L+LGCG GA+G  LR +AN +  VD S  +++ A    +YD ++ GD  T ++   P S DLVVA D VPY G+LGDL  A+A   RPGGL  FNAD L+D        S+R  ++L+FTGRW HR KYV       G+
Sbjct:  290 AGLAATKEFGYRAPVAYVERLFDLRARR---------RLLREEDDSWDSTSETIAQLAPNSTDEDDDRPLAKTDLFDHAHGLLFDDRLPKAHVKAIASALQVN----LTESSPWLDVLELGCGSGALGPLLRGVANRLHCVDASAVSLEFAASTNTYDDLERGDFATNIRNASPGSVDLVVAVDAVPYVGDLGDLLHAMARALRPGGLAVFNADVLDDDVSMFASDSVRETFKLKFTGRWQHRVKYVKAQAKGKGL 532
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: A0A485K3E8_9STRA (Aste57867_298 protein n=1 Tax=Aphanomyces stellatus TaxID=120398 RepID=A0A485K3E8_9STRA)

HSP 1 Score: 130 bits (326), Expect = 3.580e-29
Identity = 81/241 (33.61%), Postives = 122/241 (50.62%), Query Frame = 1 
Query:  655 EMDYLTAGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRVAPNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQ-EGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSHRRKYVTQA 1374
            E  Y+ A          RAP+ Y+A LFDL A R      + H                       D   F  +HG++F+  AP       AA      G+  G+ +WLD++DLGCG G   +  RPL+N+I G+DLS  +I+ A + +  YD +K GD + V  ++   +FDLV+A + +PYFG+L  +F  +  + RP G+ AFN D L+    G+  + + L F+GRW+H   Y+ QA
Sbjct:  208 EERYIRASFQDHHYSSGRAPSQYIAQLFDLHAHRI-----DTHT----------------------DIDAFRQLHGILFELTAPQAT----AAALRDIVGISDGD-RWLDVVDLGCGSGRAMNYFRPLSNYIIGIDLSPASIENARRLQDMYDDLKVGDFLDVSTSISNLAFDLVLAMNTLPYFGDLRQIFEQVLRLLRPSGVFAFNVDTLQAEDDGND-QNFSLRFSGRWNHEVAYIKQA 415
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BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Match: W4FLV8_9STRA (Methyltransf_11 domain-containing protein n=7 Tax=Aphanomyces astaci TaxID=112090 RepID=W4FLV8_9STRA)

HSP 1 Score: 123 bits (308), Expect = 4.370e-26
Identity = 89/295 (30.17%), Postives = 136/295 (46.10%), Query Frame = 1 
Query:  637 SPTKAAEMDYLTAGLHSRSLRPSRAPAAYVADLFDLEARRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRVAPNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFITGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPYFGELGDLFRAIAAVTRPGGLVAFNADAL---EDGSGGSSIRAYELEFTGRWSHRRKYVTQAITAAGMSVLGVRVVKGRTRLVSTAAGEIVLEAVPQERRTTIFLVGK 1512
            SP+   E  Y+ A          R P+ Y++ LFDL A R                        A   +S      F  +HGL+F+   P   +++ AAL L   G+  G+  WLD++D GCG G   +  R L++F+ G+D+S  +I+ A Q   YD ++ GD + V   +   S+DLV+A + +PYFG+L  +F     + RP  + AFN D L   +D        A+ L F+GRW+H   Y+ Q +   G  +L    V         A G I      +ER + ++LV K
Sbjct:  309 SPSMYTEERYIRASFQDHHYPSGRTPSQYLSQLFDLYAYRHSIA--------------------AASSSSSSTVDTFRHLHGLLFESSVP---AVMSAALRLRI-GISDGD-HWLDVVDFGCGSGHAMAWFRSLSSFVLGIDVSPMSIENARQLSLYDDLQIGDILDVGGHLPDASYDLVLAINALPYFGDLRQVFELAHRILRPEAIFAFNVDLLPRPDDDEQEHVDDAFSLRFSGRWTHNDAYIKQIVQQHGFVLLHEEQVDDDQPFFQPAPGVIQRRPYGKER-SNVYLVQK 577
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig204.20.7 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FN47_ECTSI2.700e-27370.58Methyltransferase n=2 Tax=Ectocarpus TaxID=2879 Re... [more]
F0XXG5_AURAN6.070e-5731.46Uncharacterized protein n=1 Tax=Aureococcus anopha... [more]
T0PZH9_SAPDV5.710e-5029.33Methyltransf_11 domain-containing protein n=2 Tax=... [more]
A0A1V9YQC0_9STRA9.670e-4828.42Methyltransferase n=1 Tax=Achlya hypogyna TaxID=12... [more]
A0A024U3B7_9STRA5.480e-4628.46Methyltransf_25 domain-containing protein n=3 Tax=... [more]
A0A6G0WWW8_9STRA2.390e-3827.52Methyltransf_11 domain-containing protein n=1 Tax=... [more]
A0A7R9YDF8_9STRA1.090e-3545.71Hypothetical protein (Fragment) n=1 Tax=Pinguiococ... [more]
A0A7S4A0L2_9STRA3.680e-3539.06Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A485K3E8_9STRA3.580e-2933.61Aste57867_298 protein n=1 Tax=Aphanomyces stellatu... [more]
W4FLV8_9STRA4.370e-2630.17Methyltransf_11 domain-containing protein n=7 Tax=... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig204contigP-littoralis_Contig204:44118..57697 +
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.D7FN47
PFAMsMethyltransf_11,Methyltransf_25
Model size1682
Max annot lvl2759|Eukaryota
Hectar predicted targeting categoryother localisation
Exons5
Evalue9.11e-275
EggNOG OGsCOG4976@1|root,2REQY@2759|Eukaryota
Ec32 ortholog descriptionMethyltransferase type 11
Ec32 orthologEc-06_008370.1
DescriptionMethyltransferase domain
Cds size1530
COG categoryS
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig204.20.7prot_P-littoralis_Contig204.20.7Pylaiella littoralis U1_48polypeptideP-littoralis_Contig204 44118..57545 +


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

Feature NameUnique NameSpeciesTypePosition
1680789997.2196746-CDS-P-littoralis_Contig204:44117..442411680789997.2196746-CDS-P-littoralis_Contig204:44117..44241Pylaiella littoralis U1_48CDSP-littoralis_Contig204 44118..44241 +
1680789997.2318122-CDS-P-littoralis_Contig204:54031..542371680789997.2318122-CDS-P-littoralis_Contig204:54031..54237Pylaiella littoralis U1_48CDSP-littoralis_Contig204 54032..54237 +
1680789997.2435923-CDS-P-littoralis_Contig204:54692..548451680789997.2435923-CDS-P-littoralis_Contig204:54692..54845Pylaiella littoralis U1_48CDSP-littoralis_Contig204 54693..54845 +
1680789997.256994-CDS-P-littoralis_Contig204:55036..551801680789997.256994-CDS-P-littoralis_Contig204:55036..55180Pylaiella littoralis U1_48CDSP-littoralis_Contig204 55037..55180 +
1680789997.2672138-CDS-P-littoralis_Contig204:56642..575451680789997.2672138-CDS-P-littoralis_Contig204:56642..57545Pylaiella littoralis U1_48CDSP-littoralis_Contig204 56643..57545 +


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

Feature NameUnique NameSpeciesTypePosition
1680789997.2760086-UTR-P-littoralis_Contig204:57545..576971680789997.2760086-UTR-P-littoralis_Contig204:57545..57697Pylaiella littoralis U1_48UTRP-littoralis_Contig204 57546..57697 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig204.20.7

>prot_P-littoralis_Contig204.20.7 ID=prot_P-littoralis_Contig204.20.7|Name=mRNA_P-littoralis_Contig204.20.7|organism=Pylaiella littoralis U1_48|type=polypeptide|length=510bp
MARGALKGLKRTRPTPGEKVVVKGQLAQGSAGRSPGQGTGGCGASSQNGG
ADLDNPDLVSWLNCECFFSLVLVGLLAALPFNLHTQELMQTPETYVARAM
ELSEEGAFEKAASLYERAVNIEETAERHVFLGEALVLAERKEEAMWHYGR
AADLFDDREYKVSTLVSLGQVQTEEGYSDDAVETYLQVLSLQQDEDPDEV
ADAHVQVSGARSSPTKAAEMDYLTAGLHSRSLRPSRAPAAYVADLFDLEA
RRSGFLESEVHKTYRTEPENADPSGQAGPRNSDGDRGVFYDVHGLIFDRV
APNMRSMIEAALGLPAHGVVRGNLQWLDILDLGCGRGAMGSQLRPLANFI
TGVDLSEEAIKTAVQEGSYDSIKHGDAVTVVKAMLPNSFDLVVAADFVPY
FGELGDLFRAIAAVTRPGGLVAFNADALEDGSGGSSIRAYELEFTGRWSH
RRKYVTQAITAAGMSVLGVRVVKGRTRLVSTAAGEIVLEAVPQERRTTIF
LVGKGAMAS*
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mRNA from alignment at P-littoralis_Contig204:44118..57697+

Legend: polypeptideCDSUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig204.20.7 ID=mRNA_P-littoralis_Contig204.20.7|Name=mRNA_P-littoralis_Contig204.20.7|organism=Pylaiella littoralis U1_48|type=mRNA|length=13580bp|location=Sequence derived from alignment at P-littoralis_Contig204:44118..57697+ (Pylaiella littoralis U1_48)
ATGGCTCGCGGTGCTTTGAAAGGGCTTAAGCGAACACGGCCTACTCCAGG
AGAGAAGGTGGTCGTGAAAGGTCAGCTGGCGCAAGGGAGTGCAGGTCGTT
CACCGGGACAGGGCACAGGTGGGTGTTTGTACGTACTATACTCTCCTTGG
TGATGTGATATGATATGAAATGTGCAACTACCGGGATGGCAACCGCCATC
TATTTACGGTACCTTACAGGAGTACTTGGCCGTATTATACAGGTCCTTCC
TAATCATATCATACCAGGCACAGCAGTGTATGATACCTCCGCATTTTCCT
CACCTTTACGGACATGAACTGCTTTTGCAACAGATATCAAAACCACATGC
CAGCCGATACGTTTGTAACGACCTTGATCAAAAGCTCATCTTCGGCATTG
TTGTGGCAGCCTTGGGGATTTTTCAAATGTCGTATCGGTAACGATTCCTG
AGGTGGGGACCAATTATCGTGGTAATCAGCACCGCAGTAAATGGCGGCAC
TTATTCCACAGTATTCGGCTGCCGCGGCAACCGGTGCCGCGTTACATGAT
GACCACGGCAATGCGCGTTTCCACGGTAATTGGCCATCACGGTAGTTTTG
TCACCATTGTTTTGTCACGGAAATCAACCAGTAATCACAGTAATTTCAGA
CACCGCGGTAATAAATGATACTGTACGGAGTAGAAACGTTTTTTGCATTC
CAGCGTATGATGTGGTGCGGCAAAGCGAGAACGTTCACAGAAGAACACGA
AATCGGCCGGAACCGCTCACGTGTCAACCTACTTCGAAGTATATCTCAAT
TTTGCTCAGTTTTGAAATCCGGCAATGAGCACTCAAAACGTCACGAAATA
GGGTCATCGAACAAGTATAATAGAGTTGGGGGCCGGAACAACTGCTGGAA
GGAGGTGGTTGGGGGGTTATCGGCGCAACAGCAGTATCGCGAAACAAATT
TGTGATTCAGAACTCCGTATTAGTTTCGCCACTTCAAATCACTGAGCACG
AGAGGCCCTTAAATAAGACGTTCGCTGTGAAATAAGCCGGGGTTACGCAT
GACATCTGAAGGAAACATCATGTAAAGCGTCGTGCATGTTGGCTGGCTCA
AATCTTCTGCTGGGGTTGTGCTATCGGCGGTTGAAAATATGTTGTACAGC
AGTCGGGACTCCGTCCGAATCTCGGCCCGATATCAAACACCTTGCATGAT
CTTCCACTGATTTAGTCACCCTCATGGGCCCCGATCTCCGGAACTTGGGG
TCAACATAGCAAGTAGCTCATACGTACCACTTGTTGCTTAGAACACTCAG
TTCAGGAGATCGGGTTCCATGGCGGCGAGTACAGCAGTGGAAGATCATGT
ACGATGTTTGGTTTAGGGCTGCGATGCGGATGGATTTTGGGCTGCTGCAC
CACATATCCTCGACCACCGATATCTCAGCCCCATCAATAGCTCTGAGGTT
GCCAACACGCACGTCGCCTTTACATGATTGTATTCTACTGATATCCTTAG
AAACCCCGGCGTATTTCACGCGGGAAGGTCGATTTCTATTTTTGTACTGG
ATCAAGAAAGGAAGTTTTTTTCAACTTTTCAACTTTGGTGAGGTTGACAG
CAGTGACCCCCTGAGGGCCCCCCTGAGGGGTTGTACAGGATTGGGGTTTT
GCAACAGGGAACTAAATGACTTTAAAACAGTGTCAAGGATTTGCACAAGT
GCAGCTTTATATGGAGGGTGCTCAAATCTTACCAGAAAAACAGGCTTTAT
AGTAGTTTTTGGGGCCGAAGATTAAATTTGTAACTGCTGTGCCCAATCAA
AAAACCCTGTGGGTTATTGGCCTAGGAGATCGCCCGATTAGGCAGCTAAA
CTCGCGTCCAATTTGTTTGTTGATCGGGGCTACACACGCGGAGAACGGTG
GCATCGCGCAAACGCACCCGTAGATCTCCCATTTTGGTGCAGTTTCGGAC
TGCTGCAGGCATCTATCCAGATAGAGTTCACACGAATACCTCTAGAAGGG
TTACTGGCTGCCTGCTACTGCTGTCAAGGGATGGGACGCCACTTACACAC
CACACCAGTAAGTTGTAGCAATTTGAAGCAGTGTGGTTCTGTGTGACGAG
CTTGCTCTGTCCGTAGCTGAGACCGACTCTTTTCATCCGGATATTATAGC
CTTTTTCGGAAATAATTTGAAAACATTTCCGGTCTGAACGGCCGACCAGG
CCTTAGGGCTTCTCTTAAGACCAAGTTCATTTTGATTATCGATTGATTAT
GACGGTTTGCTCTGTTTTTTTTCGTTTCATTCCTCTCGTTGGTTTAGCTA
TCACGTGGTATTTTTAATTATTATCTCATAATCAACGCCCGAAATCAAGC
TCAAGGAAATGAAATCATTTTTCATTTAATTTTTTTGAACTTCGGCGAAC
GGGCACTTGATTTCAGGATCGGAATACCATTGATTGGCTGCTTCGAAGAC
CGTTCGGTACTGCGGGCCACTTCTGTCTGTTCTCTTCTTGTACATACATA
GTCAAGAAGAGGCAGAAAAATCGCAGAATATCAGAAAGAGGCGCGTTCAA
ACTACCTCTTTTTTCTGCTCTGGGGTTTGACCGAGAAAGGAAACATGGAT
AAACCGGCGAGTAGAACGGACAGAGTTTCCCAGCAGTCTAGCATGTCGCG
CGATGTCCGCGCCGATAGTCCGTCAGTCATCATTCTAGCAACGCCGCAGC
AGCAGCAAGCAGCAGCAACGAGAAGAAAACGTAGTACAGTAGTACTTCAG
AGGATGATACACTTCGTGTATCGTTCGTAGTATACATGCAATATAATCCA
GCAGCCTCACTACTACTGCTACTGTACAGCTGGTGCTAGGGCGAGAACAG
CAGCAGCACCAACCAGCGCGATATCCTCCTGTTGTCTGACACAGACTGCT
GTTTGCATCAGGAATAATCACCCCGATATTCGTGTTGGTCTGTTCGGGTG
CGGTTTTTAAAATCAAAATCAATCTCGCCTCTTGGTTGCGTCGTCGATAA
GATGGCCACGTGAATTCCGTTGATTTTGAGCGTGCGAATCGTCATAATCA
AAATCAACAATTTGGTCTCGATAAGATAAACCCTTAGGGTCGTTTTAATC
ATTGACTTTTAATGTCAAATATTTCGACATGTCAAACAGTTCGACACATG
TATGAAGGCATTTGTCGACTTTTTTTTCCAAAAGTGTGATCTGATCTGGA
GCCCGAAATGTGAGCGACTTGGCTCGAACTTTTCGACACTTTCCTTGACA
TTTTCTTTGACATCCCCAAGCGAGGCCGAGACGCTGCTGGCAGAGGGTAC
AGCAGTGGTAGCTCACCCCGAAAGATAGCCTAAGGTGCGGCTGTGGCACG
ACCGACAGCAGAAAGCCATGTTTCTCCCGGCTTCGTCCCTGAATTCTCGA
CAGCAACAGCAGCCAGCTGTGGTGACGGAGAGTAGATTTTGTTGTTTTTT
TCAGGGGCATGGCTGAAAAGTCTGCTTGATACGTGATCACAAACCCTTTT
TTCCCGTCAGACCTGACGTCCCACAGCCCCAAACCTTGGCCAAGCCTGAC
AGAGGATAGGCATATATCGCCCGCCCTGCAGTTTTCAGAGAGTCCCGTCT
TTCTTTCGGCGAGCATGGAATGCAAAAGATAACTGTTGTGCTGCTCTGAA
AAAGGGGTCGAAAAGTCAACAAATATGCTCTCCACAGCAGTGGAACCGGG
GTGGGGGGTACTTGGCATCTCTTTCCTCGCTGCGAACGGCACCCAACGAC
CTCAAACCTTGGCCATTTCCGACGGCCAAGGAGCTCACCTCTACAGGGGT
GAACTCGGCACCGAGTCTCATCCCTTTTCGGGCGAGATATAATCAGATGT
GTTGAAGTGATATCTCGGTTAGCAAATGAAGCAAATTACCCACGCGAACA
GGCGGCGAAACAACGGACGAAATGCATGTCATGTAAGTGACAAAGGTTAT
GTCACTTATTTGGACATGAAAGCTCATGATTAAAACGCCCCTTATGGGAG
AGCAATCTGCTTGAAATCAGAAACAAAAAATCCAGGCCGTCGTGAATAAT
TTGAATCCCCAGGATGAGTAGGCGATTATCCTGGGTGTTGGGGAGCTCCG
AAATAGTTTGGGAAAGCCTTTCTGGAAGGCTTTCTGGCACAAAACAGTCT
CGCCAGCCGCTGTCGGGAAAATAGAACGATGTCAGCTGTTTGTGTGTCCA
TCTCTGTGTGCCTGTCTGTGTCAACTCCTCCCTGTGTGGGTGTATTTGTT
CGGAAGACCCACCAGTAGCGCAGCAATACAGTATGTGTGTAGCACTGGGT
GATAGCAACACTGGAGCAACACTGGCATTGTTGGGACACAGGAAGGTCTC
TTGGCAGTGTAGCAGCAGTAAGCAATCGGCGTCTGGCAGCGCCAGGTCTG
ATCATGGCCAGTAGTACAGCAGTACAGCAGTATAATGCGCGTACCTGTAT
TGTGCCTCTTCATTTATTTTCCCAAATGTTTTGGGAGAGTGGCGGGTGTT
GTGTTGTTATTTAGCTCGCCACCATATAACGTCGATCTAGCCCATGATCA
CAAACCAAGCACACATCACACATACGCATCGTCTATCTCGTAAACTGTAA
TCAATAGAGCAGTACGAAGAAAAGAAAGGAAGAATGATGCGCGATGCAGC
TCGCACGGTGGCTCGACTGGTTACGAAGCATCTATTGACGTGGCGGTAGT
TTCTTGTAAAGTTCGATCTGCGTCCCCCTTGCATCGTGATGAATATCTGG
CCGATATCTGGGTAAAATTTTTATTCGTGACAGGGACTGGTTCGGAAAAA
TCACATGTATTTCCAAAGCCCCTTTTTCGGCGTACCATCCCATGATTTCC
AGCACATCCTGGACTGAAAATATCCCCACCATAATAGTCGGTCTGAAGCG
CAGTTCCTGCTGTGTTTCGCGCAAAAATCCATCCGGCAAGATGGTGCCTA
AAACGTCAAGTTTGAGCACCTTGATCTCGCGCTACAAGGCATTTTCAGAG
GTTGGGTACAAATCTAATCCATACAGGAGTTCAAGCTGCTGTGAGGTCTC
TGAAAACCTAAAGAGGTTTGTGCCTCCCAAGGCTGAATGAATGGAGGAGG
GTGGATATGGAATGTACAGCAGTCAGGGGGGCACCGCCCAGGATATTTTA
TCTAGAAATTTGGGAACAAAATTACACCACGAAGCCAAAACAACACCACG
GAGCCCGAGGGGGTCCCCTTTAGTGTTCCCTTACTAGTAATACTCCGTAC
TTCGTACATTAGAGAGTTTGCACAAATAGATTTCTTATGAAATCTCAAAA
TTCAATTTTTTTTATCAAAAAAAATCAAAAACAAGCGCGGTGAAAAATAA
TTCAAATTACCCATAATTCGAAAATGAGTTTGCACGAAAGGAAATCCTGT
CTTACATGACACCCGCACTCTGCTGCGTGCAGAGCAACACACACACTCAC
TGCTGATGATGCTGCTTCTGCTGTAGAAGAGCCAACACAATGCGTCTTTC
GACTGACGTAGTGAGTGCCGAGTCAAGCGAAATAAATGCAAACTCAGGGG
CAGGGATGGGGCAAGTGACGGTATGCTCATAAGTCGGCAGAGAGGCTGTT
GTGGAGGAAGGCATCACTCTGTGTCTCAACTGCGATTCTATTTTCAAGTG
CAAATACACTTTGTATTTTCGTATTTTCAGCGTGGCAGGTCAGACCTCGA
TCGATGCTTCTCTCTGCCGATTGAATGAACCCACCTCCAAACCAACGTTC
TGCGGACGGAGAGCAGTGAACAGAGGGATAGCCAAGACGTTTTCACCTTG
ATACGTGATGTAGGGAGCGAAAGCATGACTTGGTGTTTTGATGTCTGTCG
CGTTCAATTGCTACTGCTGTGCCTCTGGGGACGATTTTAGAGGCCGCACA
GAACACCTGTCAATTCTACTTTCCAAGTGCAAGAAAAGTTCGTTTGTATT
TCAGCGTGGCAGGTCAGACCTCGAGCGGTGCTTCTCCCCGCCGATTGAAT
ATACCCACCTCCAACCCAACGTTCTGCGGATGGAGGGCAGAAAATAGAGG
GGACAGTCAAGAAGGTTTCACCTTGCTACGTGGTGTAGGGAGCGACGTGA
CTGTGGCGTATTGATGTCTGTCGCGTTCAACTGCTGTTATGCCTCTGGGG
ACCCACGCCAGCCCATACTTGCTACTTTCAAAGAGTCGCTCCTCAAATCG
TATGTTTTGCAGGCTGGCACACTTTCACCACATAAACCAGCGGCCAAGGT
GTTGGCACAGTAACTACAGGGTTGTACGGAACCCTCTTTGAGCTCGCTGC
CTTGAGAAATCATGGCGCAGTGGTCGGTGTTGTCGACTAAAGCGTAGTGG
TGAATCGTCATCTTCTCCCCCATCACTCGGTTCGGGTGGTGACGAGCTAA
TTTGGCCGATCACATGATGTGCTGACACGTGCTCGCTTGGAAGGTCAAAT
GTCCCTTCAAATATCCTTTATTTTCATAATTTTCCGGAATTCAAGACAAG
ATATTCTATTGGGCGCAGTTATGGGGCCTCTCGGGAGTACTCGGCGGAAC
CAAGAAAGGAAATTCGAGATAAGAAATCTTTTGCGCAAACTCTCTACTCC
TCCACATATAAGTCCGATAAGGAAATTCCGGAATATAAGGTCGGTTTTAG
TTTGAGGTGTTTCAGAGGTCATTCCCTTCCAAAATTTTTTCGCATCGTGC
TCGGATGTAATATGAACCCAAGTGAGATAAAAAACAGGGGATGATAATAT
TTCGTCCCCCCCTCGGAGAAAAAATGATTCCCTGCGACAGCCCTCAGTAG
GAAAAAAGAGGTGTCGTTATTTATCTCTAACGCGGCAAAAAAAAAGGCTT
TATTGCTCGTTTTTTTGTTGTTGTATTTTTGGGCAGTTGAGCTACCTTTT
TCAGTATTTCCACAAGTTCTTGGCTGTTGACCGGCCCAAAAACTTTAGGG
TGGCAAAAATTGGCAACGTCGAGGGGCAAAAACGAAGGGAAGACGTAACG
AAAAAATAAAAAGTGTTTTTTCGAAAAAAAAAGAGTGTTCACACCGCGAA
GTAGTTCGCCTGCAACCCAAACCGGACTTATACTTGGAGCCAGACGGAAT
ACTATGCAATATAGGCCGAAAGCAACTGTACGATTAAAATATGATCTCGA
TGCTTCGAAGGACCCATCACCACACACCCGCAATGTCGACTGCCTGTATC
GGTACCTGGTACAGTATCATGAGGTACTGCTCACACCAAACCAAAGCTCC
TCACATCAAAGCCGTGAAAAAGCCCATGCCCGTCTCAAAAGCTATGATTG
TGTACTGCACTTTTGTCGCAACATGGACACAAGTGCTACCGGTGAAGTAT
CTTCATATCTATACAGCACGAAACAAAAGTTGGAAAGGAGGAGAGCGCGT
GGAGGGCATTAAACCCGGCCCTGAACGGCTATGAAGCAGTATCATATACT
TCTATCGAACACTTATCCTACGAGGACACCTGTGACAATGCATTTACAAC
ATGTATTTTGTACGGTAATCTGTAAGTAGTATTTTGCACATATCGCGGTT
ATTACCGGTTTTACCGCGGTACCAAGAAATCCCAGGACCCTCGATATGTG
CGCGGTAATTTTTTCCAAGGGAATGGGACAACAGATTTTGATGGTAATGG
GAATCAAGGATCCACTAATAAGGGCGGTAAAAACTTTCCCAGGGAAAATA
GTATTTTGGATCCAAAGGGTAGATTTCAGTCTTTAATCAAGTCAAAACTG
CTTGTTTGGCTTGACCTCTCACTTGGCCTCGTGTGCACAAGGAAGTGGTT
GATTAAGTACTGCTATCAGTAGAGGACACCATGGAGCAGCTACGTGTGTG
TCGGCACGTTCAGACATGCTGCCGGTGCTGATATATCGAAGGCTGCAGCA
GTGGCTCAAAAAGTCCTCAAACTGGAACTGAGCTGGACCGACAGCTGGAC
CGACACTAGAGGTTTGTCACTGCTGTGCTCGCCGCCACGGACCCCAACCA
TCTGAACTGCAGGCCATCCGTAGCTAGTACATTGGCAAGCCTTTGGGGTC
AGTCCCGTTCGACGGCAGTTTGCGGACTTTTGAGCCACTGCTGCAGCCTT
CGATGTCTCGGCCCCAGCATGTATAAACATGCCGACACACACTTAGCTGC
TCCATGGTGTCCTCTCCTGAGCACTACTAAACCAACTTCTTCTTCCACAA
CAGACAAAGTGAGAGTTTAAGCCAAATATGATGTTTTAAATTGGTATTCA
TCGGAAACAATTGAAATCATCTTGATATTTATGAAGGAGATTGGAGGTAG
TCGTGTGATATGCATGTACAGAGAAGCAAACCCCCCGCCGCTGTGTGCGA
TAGCCAATAGCTTTCCTCTTTCCCAACGCCCTCCTACTGGTGCTGCTTTT
GTTGTTGTTGTTGTTGTTGTTGTTGGTTCTCACATTAGCTCACCACCACC
GCAGTCTAGCCCGTGGTCACAAACTAGGCACATATCGTGCTAAGAGGGAA
AATAAAAATGAAATGGAATTAACGATGGGCACATGGTCACCCAATTACAA
TCAGATAGGGTACCGTTGGGGTACCATCTGTGGTGACCAAAAGTACAAAA
TTCAGAAAAAACAAGGCTCGAATGAAAAAAAAAAAAAATGTAAACAGTAA
AAAACCAAGACAAACCTTAACCATACATACCGCTCAATGTGAGAAACAGC
CTTTTTCGTCGAATTTTGTGAAGCAAGAAAATCGCTTTCCACCTCGAGAA
GAAAACATAAAATATCTAAACTGCCGTATCATTGAGGAGAAGAGGGCATG
TTGTGCTGTTGACCTATCGAGCAGAGATAACAAAGTGGTTTCTTCGTAAA
CATGCCTAAACAAATATTTCGACTAAGGTAGGACGATAATATGGGGGTCT
CATTGTATGGATGTCTAAGAATCATCCGCACTGTCCTTCGTTGATGTTGA
ATTCTGTTTGAATGGAAGGAACGCTCAAGTGTGACAGGACTCAGGGGAAT
GCCTTAAATTTGCCGGGGTTACGTGTGGCCGGCCGAAAGAAAAAGCACTG
AGCAAGTGAGAAGATAGAAACGCACCTCTGTTCAGAAAAAATAGCCATCG
CTAAAAGTGGAACTTTCAGAAGTGTATGTTGGTGGCGTCATCGAAGGTGT
GTGTTGTTGATGACGTGGTGCTACCGAAGTGGCTCCTCCACGCGCGCCCG
CAAGAAAAGCACACGACATGCTAGATGGTAGGGCTGTGAATCGGCTACGT
TTTGAACATGGGAGATCGTTCGAACGCTAGAGAGCTCCCTGTGTGAGCCC
CAATCGCCCCCCGGCTGGTGAGGAGGCCGCGCTGGAGACGCAAATATATA
GAAATATCGAGAGCGATACTTGTGTTTCCGGTTCCGATTACATTGATCCG
GAGTATTTGGATGAATCCGCTCCGAATTACAGCCCAGGAGATATTATCAT
AAAACCGAGTTAAGGTTTGTTTGCTGTCATGCCCACGTTAGTGCGAATGC
ACATTTGTGCGAGCAGACATTGCAATGTAACACAGGTGCAGTATGTCAAA
TTATACCCTAGACAGCAGTGGACAATGGTACGCTACGTAACAGATTGTAT
TTTACTGCGCTATTCGTAGAAAGGTTTCTGTCGTATTTGATTACGAAAAC
ATCATTCCGCTGTCGACTTCAGTAGCCATCGATCGACGCCCTTTCCAGCA
AATTAGGTTAGGAGTCTGCTATTTCCATCGCTGAAGAATACTTGTCATCA
GTGTATCGATTTTCTGGGGCCAACAAAGTTCACTCTGTTGTGATCTCCCC
GAGTACCTGTTTGTATTTTTATTGCTTTGAAACGTGCTGCATCCAGCGAG
TGTCTCTGTGTACCTCGTTATTCACGGCATTATTTGGTTCGACTTGGTTT
TACTTCTTTGGCAGGTGGGGCATCAAGCCAAAATGGAGGTGCTGACTTGG
ACAACCCGGACTTGGTGAGCTGGCTAAACTGTGAATGCTTCTTTTCTCTG
GTGCTTGTGGGTCTGCTGGCAGCATTACCGTTTAACCTACACACGCAGGA
ACTGATGCAAACGCCGGAAACGTACGTGGCTCGAGCAATGGAACTCTCGG
AAGAAGGCGCCTTTGAGAAGGTGCTACGCTGTTTTCGGTCATGAAGTTAC
AGTGCAAACGATCTGAAAGGTGTAGCAAATCATTTTCTGGCTCCCCGTTC
CACTTCATGTATGTGATTGGAATAAGGCATGAGGATTATCCCGGCACCGT
GGCAGCCGTCGTTGGTACTACTGTTCTACTTTACATTTTGATGCCATAGC
AGTTGCCGATAGTGCAACCGAAGGGTTACTGCAAGAACAGCAGAATCGTG
ACATCGCACCCAGTACCGCGGCGTCAAGTCTGCTTCAATCGTGCAGTACT
CTCTTGTACTCGATCTCACGTATTTTGTTTTCAGTGGAACACCTCAATAA
TCTGCACAGCAAGTGTACCATATGCTTCACAGGAGTTCAAGCTCCGTGTT
GATGAGGTGAATAGCAGTAATATCATCGTTATACGCATCAATTTAACACG
CGGTTTTACATCACCGCTACGCCAGGCGGCTTCGCTGTACGAGCGCGCCG
TGAATATCGAAGAAACTGCCGAAAGGCACGTTTTCTTGGGCGAAGCCCTT
GTTCTGGCGGAGCGAAAGGAAGAGGCCATGTGGCATTACGGACGGGCTGC
CGACCTGTTCGATGATCGCGAATACAAGGTAGGAAAGTCCGCGTCTTCAT
TTTGAATACTGCGTACTTGTAATACGTTCCTGATGACGAGCTGCAAGCGC
CTGCCGGAAGGCAGGGACGATATCTTCGGGGCACGCTTGTGTCTCCCACA
CTATTCGTCGAGATTGCGATGCTGTTGATGTTCTTCACGGACTTACCCTT
CTCATTCGGCTGCGCACAGGTTTCAACCTTGGTGAGCCTCGGCCAGGTGC
AGACCGAGGAGGGTTATTCTGACGATGCTGTGGAAACTTACCTGCAAGTC
CTGTCGTTGCAGCAAGACGAAGACCCCGATGAGGTGGCAGATGCGCATGT
GCAGGTAAGTGGTGTTTCAGCTACTCTCCGGTTGTATGCCGGTTGTATGC
GTACCGCATATCTTGTGGAGAAAATTTGAAATGCCCTGTTGTAGGAGGGA
GGTGATACGGACTGTCAAGAGTGGCGTCATTAGCTTCAACAGTTGCTTTG
TCACGTTATGCACAAATATATTTACCATGCGTTTGTTTGCCAGGTCGCAG
TAAGCCTGCTCGACAGCCGCAAGCACTCAGAAGCTGTGGGGCACCTTGAG
CTAGCCACCGGTAAGGACTTGATGGGGGCAGTGTCGCTTGTAAAACAAGT
TTTCGACTGCTGTGCACCGCAAACGTGAGTTAACTTTGTGTATTCTGAGC
GTCAAAGTTACAGATGGGGTCTGCGTTGGTGATCAATCCTTAGGCAAGTC
ATAATGCTGAACCATAACGCTGAAGCCTGCGTCAGTGGTGTACTCGGCTA
TTCCGAGCTCTGTATGCCGAATGAAATGTGTCTACTGCAAACTATTGAAC
TGAGGTACCCTTGTCCTTCACGACAACCTGAAGTGGCACAATTTGTGCGA
ACAAATGAGCTCATTCCGATGTACGATTTAAACGTGTCACGTCCGTTTTT
TTGTTGGTTCGCCAGCTTTGGTTCCCGATCTCACTCAAGCCCAGGAGTTG
CTGGCCCATACGCTCCGAGATATGGGATCAGTCGAAGAAGCAATAAGACG
GTACAAGGGTATCGTCGAACAGCGGTCAACGTGAGAATCGGAGTAAAGGT
CATGGTGTGAGTGCAGGAAAGCAGGAAGGTTTTCCATGCTCTCCTCACCG
TGACTTCCTTTTGAACAGATCGAATGGAACCCTTCATGGAGAATTTGCTG
TCAACAACCTATTGCGAGCCTTACACGTGACAGCTCGTGAGTCGTACGGA
TGGTGTCACGACGCGTCTTCCTCGAAATGTTCATATTTGATCCGATACAC
TTCAGCATGTGTTCGCGTTCGTCGGCGATATGTTGCACGCCAAAAGCTCA
AACACTGTTCGATGCGGCCGACTCTATACTTCTTGCATGTCCGATTGTGT
TTCTTGGATCGCAGAGATATCGGAACGTTGGTGCAACTCGGCTTCGCTTA
CCACGAACTGTGTGACTTCTCACAAGCTCTGGCGATCTACAAAAAGGTGG
CGGGAGGAATCCACGTTTCTTTGTGCACTCAGATTTTTGGTGGTGTTAAC
AGCGAGAACGCATCGCGAGGCGGCTCTTATTTGTTGAGATGAAGACTTTT
CATGTTGGTGCAGGAGTTTGCCTGAACTGCTGCACGTGGTCATGTCAGTA
CAAGACCCTCAGGACCTTCGTGCACCGCCTAATACCTTCCGTTATCAGAG
TGTATGCAGGCCCGTCTGATGAAAACAAGAGCATGTAGATTCTTCGGGGT
CTCACGCTTTAAGGCCTGCCTGCCGTGCTACCGTGGCCCACCTCCTCTAC
ATGACGGATGTTTCTTGTATTCCAGGCGCGATCATCGCCGACGAAGGCAG
CAGAGATGGACTACCTCACCGCAGGATTGCACAGTAGGTCTTTGCGTCCT
TCCAGGGCCCCTGCGGCCTACGTTGCTGATCTGTTCGATCTGGAAGCCAG
AAGAAGTGGTTTCTTAGAATCGGAGGTGCACAAAACTTATCGTACGGAAC
CCGAAAATGCCGATCCTTCAGGGCAAGCCGGCCCGAGGAATTCTGACGGC
GATCGTGGTGTATTTTACGACGTGCACGGGCTTATATTTGATCGCGTTGC
ACCCAATATGCGATCGATGATTGAGGCTGCTCTAGGCTTGCCTGCACACG
GAGTTGTTCGGGGCAACTTGCAGTGGTTGGACATCCTTGATCTAGGGTGC
GGGCGAGGGGCTATGGGAAGCCAGTTGAGACCACTTGCCAATTTTATTAC
AGGAGTAGATCTCTCAGAGGAGGCCATCAAGACTGCGGTACAGGAAGGTT
CATACGACAGCATCAAGCATGGAGATGCCGTCACTGTCGTGAAGGCTATG
CTACCGAATAGTTTCGACCTTGTAGTGGCGGCTGATTTTGTGCCGTACTT
CGGCGAGCTGGGTGATTTGTTTCGGGCCATCGCGGCTGTCACGAGACCGG
GTGGGCTGGTGGCGTTCAACGCGGATGCGCTGGAAGATGGGTCTGGCGGA
TCAAGTATACGAGCTTATGAGTTAGAGTTTACAGGGAGATGGAGCCATCG
TCGGAAGTACGTAACCCAGGCTATAACTGCGGCCGGTATGTCGGTACTAG
GAGTGCGCGTGGTTAAGGGAAGAACGCGCCTGGTGAGCACGGCGGCTGGT
GAGATTGTGTTGGAGGCAGTCCCGCAGGAGCGGCGAACAACGATTTTTCT
TGTGGGGAAGGGTGCAATGGCTTCTTGACGATGAAACTAGAGTTGCAGAT
GTAACCATCAAGGGAAAATTACGCCTTGGATACGGCCGACTTTTATCCAA
ATGTCCTCAATGTTTTGGGTCGTGGTTTTTGTTGTAAGAATATGCTGTTA
CTTGAAGACCGCAGCCTTCGTAAATTGCGC
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Coding sequence (CDS) from alignment at P-littoralis_Contig204:44118..57697+

>mRNA_P-littoralis_Contig204.20.7 ID=mRNA_P-littoralis_Contig204.20.7|Name=mRNA_P-littoralis_Contig204.20.7|organism=Pylaiella littoralis U1_48|type=CDS|length=1530bp|location=Sequence derived from alignment at P-littoralis_Contig204:44118..57697+ (Pylaiella littoralis U1_48)
ATGGCTCGCGGTGCTTTGAAAGGGCTTAAGCGAACACGGCCTACTCCAGG
AGAGAAGGTGGTCGTGAAAGGTCAGCTGGCGCAAGGGAGTGCAGGTCGTT
CACCGGGACAGGGCACAGGTGGGTGTGGGGCATCAAGCCAAAATGGAGGT
GCTGACTTGGACAACCCGGACTTGGTGAGCTGGCTAAACTGTGAATGCTT
CTTTTCTCTGGTGCTTGTGGGTCTGCTGGCAGCATTACCGTTTAACCTAC
ACACGCAGGAACTGATGCAAACGCCGGAAACGTACGTGGCTCGAGCAATG
GAACTCTCGGAAGAAGGCGCCTTTGAGAAGGCGGCTTCGCTGTACGAGCG
CGCCGTGAATATCGAAGAAACTGCCGAAAGGCACGTTTTCTTGGGCGAAG
CCCTTGTTCTGGCGGAGCGAAAGGAAGAGGCCATGTGGCATTACGGACGG
GCTGCCGACCTGTTCGATGATCGCGAATACAAGGTTTCAACCTTGGTGAG
CCTCGGCCAGGTGCAGACCGAGGAGGGTTATTCTGACGATGCTGTGGAAA
CTTACCTGCAAGTCCTGTCGTTGCAGCAAGACGAAGACCCCGATGAGGTG
GCAGATGCGCATGTGCAGGTAAGTGGTGCGCGATCATCGCCGACGAAGGC
AGCAGAGATGGACTACCTCACCGCAGGATTGCACAGTAGGTCTTTGCGTC
CTTCCAGGGCCCCTGCGGCCTACGTTGCTGATCTGTTCGATCTGGAAGCC
AGAAGAAGTGGTTTCTTAGAATCGGAGGTGCACAAAACTTATCGTACGGA
ACCCGAAAATGCCGATCCTTCAGGGCAAGCCGGCCCGAGGAATTCTGACG
GCGATCGTGGTGTATTTTACGACGTGCACGGGCTTATATTTGATCGCGTT
GCACCCAATATGCGATCGATGATTGAGGCTGCTCTAGGCTTGCCTGCACA
CGGAGTTGTTCGGGGCAACTTGCAGTGGTTGGACATCCTTGATCTAGGGT
GCGGGCGAGGGGCTATGGGAAGCCAGTTGAGACCACTTGCCAATTTTATT
ACAGGAGTAGATCTCTCAGAGGAGGCCATCAAGACTGCGGTACAGGAAGG
TTCATACGACAGCATCAAGCATGGAGATGCCGTCACTGTCGTGAAGGCTA
TGCTACCGAATAGTTTCGACCTTGTAGTGGCGGCTGATTTTGTGCCGTAC
TTCGGCGAGCTGGGTGATTTGTTTCGGGCCATCGCGGCTGTCACGAGACC
GGGTGGGCTGGTGGCGTTCAACGCGGATGCGCTGGAAGATGGGTCTGGCG
GATCAAGTATACGAGCTTATGAGTTAGAGTTTACAGGGAGATGGAGCCAT
CGTCGGAAGTACGTAACCCAGGCTATAACTGCGGCCGGTATGTCGGTACT
AGGAGTGCGCGTGGTTAAGGGAAGAACGCGCCTGGTGAGCACGGCGGCTG
GTGAGATTGTGTTGGAGGCAGTCCCGCAGGAGCGGCGAACAACGATTTTT
CTTGTGGGGAAGGGTGCAATGGCTTCTTGA
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