mRNA_P-littoralis_Contig110.83.1 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig110.83.1
Unique Name	mRNA_P-littoralis_Contig110.83.1
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: D8LMF6_ECTSI (cGMP-dependent protein kinase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LMF6_ECTSI)

HSP 1 Score: 1800 bits (4661), Expect = 0.000e+0
Identity = 894/1028 (86.96%), Postives = 957/1028 (93.09%), Query Frame = 1

Query:  268 ASPHGVVAMGCARSKEQADAPSTNGDGSNSSQPLNQREIQERIDAPPSSETIQIGGCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLAKERDLDNIAAHGLRPVRKEASRHSKR-LIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNL--DSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPAVPMLQELQLLGEITKDDLGQINACRLPHDSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMARLGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQADSEMSIYNKISSHRGGTLDIPTSFAPAMGDFIDRLLHHDPVERLGSKADDMTAIKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKAQQLAGQEGELPDGGKGYSENQSVWQRF 3342
            AS     AMGCARSK+Q D P  NGDGS S QPL  REI+ER+DAPP SET+QI GCSLR+A+VSQRGFYPDDR+KANQDAYGVATH+ GD +KALFTV+DGHGKEGDLCA FCKDTLPG+L+++LRE+RTVEDGLK+AFNRTNDQLHRNRNVDD+LSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGV+ADPEIIRRRIHP DKFLVIASDGVFEFLTNQSVADMV+ +PDPL+ACK+VVQESYDLWLQYEVRTDDITIIC+YIEGMEA K GSP AKE DLDNIA  GLRPVRKE S H KR LIMSNEPVGWRKP+RLEGT+EESY++EDHVVPKS EERA ILQAIKTNFLFEHTT++QNKVLVD MRKR V+AGE VI+QGDKGD F+IIDKGTFEVRVN    +  V+T E+DAG+TVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKT+GSLWELDRPVFQHVLLKKS RDVAHTLRQVGVLQTLTLLQVHQLCDVL+E VYE GQ IITQGE+GD FFILKEGRA+VTQN  +P    K++RHMEEYS FGERALLT EPRSANV+AETKVRCLVLSQQAFEKQLGPL+ALID+ERIKRE++  VPMLQ+LQLLGEI KDDLGQINACRLP  STPFTLRTMWKSDVV +QQR LVLKSSEMLKHIAEAP+MR GCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSL+E KTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRM+RLG TNAFT+CGTPEYLAPEQVRHQE SKAVDFWGLGVLIYELSYG SPFQADSEM+IYNKISSHR G L+IPTSFAPAMGDFIDRLLHHDP ERLGSKADD+TAIKTHQWFAGFDWGGVQAGEY+NQEL+QLAHAKAQ+LAGQEGELPDGGKGYS++QS+WQRF
Sbjct:   59 ASRRAACAMGCARSKKQVDDPLANGDGSGSGQPLTTREIEERVDAPPQSETVQIAGCSLRYAYVSQRGFYPDDREKANQDAYGVATHYGGDANKALFTVYDGHGKEGDLCAAFCKDTLPGVLSQELRESRTVEDGLKRAFNRTNDQLHRNRNVDDALSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVTADPEIIRRRIHPDDKFLVIASDGVFEFLTNQSVADMVSMYPDPLDACKKVVQESYDLWLQYEVRTDDITIICVYIEGMEAEKTGSPKAKEADLDNIALQGLRPVRKETSWHRKRQLIMSNEPVGWRKPLRLEGTKEESYTLEDHVVPKSAEERACILQAIKTNFLFEHTTDEQNKVLVDAMRKRKVKAGEWVIRQGDKGDCFFIIDKGTFEVRVNPYPGTTGVITDEKDAGQTVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTNGSLWELDRPVFQHVLLKKSRRDVAHTLRQVGVLQTLTLLQVHQLCDVLSEVVYEAGQTIITQGEVGDTFFILKEGRALVTQNGGKPGREEKRLRHMEEYSFFGERALLTREPRSANVIAETKVRCLVLSQQAFEKQLGPLSALIDKERIKREDRGGVPMLQDLQLLGEIAKDDLGQINACRLPQRSTPFTLRTMWKSDVVVEQQRTLVLKSSEMLKHIAEAPTMRLGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLMEMKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMSRLGTTNAFTICGTPEYLAPEQVRHQEHSKAVDFWGLGVLIYELSYGTSPFQADSEMTIYNKISSHRAGMLEIPTSFAPAMGDFIDRLLHHDPQERLGSKADDITAIKTHQWFAGFDWGGVQAGEYYNQELQQLAHAKAQKLAGQEGELPDGGKGYSDDQSIWQRF 1086

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A6U4GZ25_9STRA (cGMP-dependent protein kinase n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4GZ25_9STRA)

HSP 1 Score: 785 bits (2026), Expect = 3.670e-256
Identity = 437/978 (44.68%), Postives = 611/978 (62.47%), Query Frame = 1

Query:  292 MGCARSKEQADAPSTNGDGSNSSQ-------PLNQREIQERIDAPPSSETIQIGGCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQ-----EHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLAKERDLDNIAAHGLRPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKP----AVPMLQELQLLGEITKD----DLGQINACRLPHDSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSM---------RNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMAR--LGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQADSEMSIYNKISSHRGGTLDIPTSFAPAMGDFIDRLLHHDPVER 3132
            MGC +SK++A+    +  G   S+       PL++ EI  R+    S+E+ +IG C++RFAF SQRG+YPD  DK NQDA+    HF GD + ALF VFDGHG+EG LCA F  + +P  L K L         L +    TN +LH +  +DD LSGTTA+ + + G   +VANVGDSRAIV Q     +  G ++A+ LSSDQTPYR+DE +RVKA GARVMSMDQIEG  P+HENWGD++LG +LDEGGDPPR+WSPFG+YPGTAFTRS+GD +AEELGV A+PEI+ R IHP DKF+VIASDG+FEFLTNQSVADMV   PDPL AC+  V+ESY+LWL+YEVRTDDIT+I +Y+E  E  +   P      LD +   G+RPVR+  SR  K++I + +              E+   +E   VPK++EERA I  A+  NFLF+H T++Q + +++VM K  V  G  VI+Q ++GD FYI D+G +EVRV    A  +  +   G  VH Y  T+TS P FG LALMYS PR+ASV AKT G LW L+R VF+HV+L+++ + +  TL  V VLQ+LTL Q+ +LCD++ E  +  G  I+ QGE+G+  +I+  G AV      +  GR K V  +++   FGERALLT EPR+A+VVA + +R L +S++ FE+ LGPL  +ID +R +RE +     + P LQE+ L G +T +    D+G+  +   P D  P TLR + K+ V A  Q   +  S+ + + + +   +         + G V +P    TY  E  +++L++     ++  +L+     P   V ++  C+   L ALH+ D +YR+ S + VF+D+ G+  L +Y  ++   G   AFT+CGT EYLAPEQV+      +VD+W LG  +YE+ +G+SPF   SE++IY+ I+SH  G + I  S +  +   I  LL  +PV+R
Sbjct:    1 MGCLQSKDEANPQGGSAVGLTQSRKAQKQNGPLSRDEINARLTTCESTESFRIGNCNIRFAFRSQRGYYPDQPDKENQDAFIAIPHFMGDDNLALFGVFDGHGREGHLCARFVAEKVPYNLTKFLSRKMGFAKALHETMKLTNQELHSDDGIDDQLSGTTAIVMLIHGNLCYVANVGDSRAIVAQTTGEDDQNGRVIAKALSSDQTPYRRDECQRVKACGARVMSMDQIEGHVPMHENWGDINLGEDLDEGGDPPRVWSPFGDYPGTAFTRSLGDSLAEELGVFAEPEILTREIHPHDKFMVIASDGIFEFLTNQSVADMVRDIPDPLAACEACVEESYNLWLRYEVRTDDITMISLYMEMDEGFQ---PTRASVRLDEVQIGGVRPVRRVMSREKKKVISTTDEXXX--XXXXXXXDEDVLDMEALAVPKTDEERARIRDAVHQNFLFKHLTDEQLEQVINVMAKVPVVQGAVVIRQNERGDKFYIADEGIYEVRVTSSPAEALAAQ---GTPVHTYVATETSHPGFGELALMYSHPRAASVVAKTEGLLWALNRKVFRHVVLRRNRKALIKTLSNVEVLQSLTLQQLQRLCDIMQENTFTSGTKIVKQGEVGNEMYIVSSGTAVC--QIKDSFGRRKDVLELKDNMYFGERALLTEEPRAADVVATSDIRVLTISKELFEEVLGPLQNIIDADRERRERRAVQRDSKPPLQEMALSGSVTYEGGATDIGEWVSGATP-DGEPVTLRILNKASVEAHGQAKALECSALVSRELQDEADVGADQVEAIRKEGGVCLPAF--TYKDENRVYMLYKREIAASIHDVLDGDIAPPAGHVLYIAQCIARALVALHNADAIYRSFSLDHVFIDATGHVCLADYGFSKWLAGAEQAFTICGTAEYLAPEQVKQAGYDDSVDWWALGCFVYEILHGRSPFVGGSELAIYSNITSHVKGAVRIDPSVSTELKALIQGLLDPNPVDR 965

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A7R9UFT1_9STRA (cGMP-dependent protein kinase (Fragment) n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9UFT1_9STRA)

HSP 1 Score: 691 bits (1784), Expect = 6.270e-222
Identity = 397/892 (44.51%), Postives = 558/892 (62.56%), Query Frame = 1

Query:  286 VAMGCARSKEQA--DAPSTNGDGSNSSQ----PLNQREIQERIDAPPSSETIQIGGCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQ---EHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLAKERDLDNIAAHGLRPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPA-----VPMLQELQLLGEITKD----DLGQINACRLPHDSTPFTLRTMWKSDVVAQ------QQRALVLKSSEMLKHIAEAPSMR---NGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMARL--GLTNAFT 2874
            ++MGC ++KE+   +A S     +  +Q    PL++ EI +R+     +   +IG C++RFAF SQRG+YPD  DK NQDA+   T F  D + ALF VFDGHG+EG LCA F  D +P  L+  L       + L +    TN +LH + ++DD LSGTTA+ + + G   +VANVGDSRAIV Q   E+   ++A+ LSSDQTPYRKDE +RVKA GARVMSMDQIEG  P+HENWGD++LG +LDEGGDPPR+WSPFG+YPGTAFTRS+GD +AEELGV A+PEI+ R IHP DKF+V+ASDG+FEFLTNQSVADMV + PDPL AC+  V+ESY+LWL++EVRTDDIT+I +Y++  E  +   P      LD++   G+RPVR+  SR  K++I + +               +   +E   VPK+EEE++ I  A++ NFLF+H T++Q + +++VM K  V AG  +I+Q DKGD FYI D G +EVRV    A     E   G  VH Y  TDTS P FG LALMYS PR+ASV A+T+G LW L+R VF+HV+L+++ + +  T++ V VL TLT+ Q+ +LCD++ EE Y  G  I+ QG++G+  +I+  G A  T    +  GR K V  + E   FGERALL  EPR+A+VVA + VR L +S+  FE+ LGPL  +I  +R +RE +       +P L+E+QL G I  +    D+G+  +     D    TLR + K+ V A       +  ALV +  +  K + EA   R   +  + +P    TY  E  +++L++ S   ++  +LE +   P+D + ++  C+   L ALH    +YR+LS + VF+D+ GY  L ++  ++   G   AFT
Sbjct:   54 LSMGCYQTKEEGVVEASSVGLTAARKAQKPAGPLSREEINQRLTTCDGTRQFRIGDCNVRFAFRSQRGYYPDQPDKENQDAFIAITQFMNDENMALFGVFDGHGREGHLCARFVADRVPRNLSNFLARKLGFAEALHETMVLTNQELHADDSIDDQLSGTTAIVVLMHGNFCYVANVGDSRAIVSQARDENSSRVMAKALSSDQTPYRKDECQRVKACGARVMSMDQIEGHAPMHENWGDINLGEDLDEGGDPPRVWSPFGDYPGTAFTRSIGDSLAEELGVFAEPEILTREIHPHDKFMVVASDGIFEFLTNQSVADMVNEIPDPLAACEACVEESYNLWLRFEVRTDDITMIALYLDVDEGFQ---PTRASVRLDDMQIGGVRPVRRVMSREKKKIISTTDEXXXXXXXXXXXX--DVLDMEALAVPKTEEEKSRIRDAVRMNFLFKHLTDEQLEQVINVMAKVPVTAGTVIIRQNDKGDRFYIADSGVYEVRVASTPAEAQAAE---GTPVHTYMATDTSHPGFGELALMYSHPRAASVVAQTTGLLWALNRKVFRHVVLRRNRKALIKTMKSVDVLDTLTVQQLQRLCDIMKEETYTKGTKIVKQGQVGNCMYIMASGTA--TCQIKDGFGRKKDVLQLAENMYFGERALLNEEPRAADVVATSDVRVLTISKALFEECLGPLQDIIKADRDRRERRALLHNDKIP-LEEIQLSGTINLEAGAMDIGEWVSGSAA-DGAGVTLRILNKTAVEAHGLSKTVECCALVARELQDAKDVGEAAVQRIQASEGICLPQF--TYKDENRVYMLYKRSIAASIQDILEGEIAPPEDHILYIARCIAHSLVALHEAQAVYRSLSLDHVFIDNSGYICLADFGFSKWLPGAEQAFT 931

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A7S4EWS5_CHRCT (Hypothetical protein n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4EWS5_CHRCT)

HSP 1 Score: 692 bits (1787), Expect = 3.440e-220
Identity = 420/1084 (38.75%), Postives = 628/1084 (57.93%), Query Frame = 1

Query:  235 RCWGRNCCPAGASPHGVV-------AMGC--ARSKEQADAPSTNGDGSNSS--QPLNQREIQERIDAPPSSETIQIGGCS--LRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRE-TRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLAKERDLDNIAAHGLRPVRKEASRHSKR-----LIMSNEPV---GWRKPIRLEGTQEESYSI---------EDHV------VPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPAVPMLQ-ELQLLGEITKDDLGQI---------------NACRLPHDSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMA-RLGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQA-----DSEMSIYNKISSHRGGTLDIPTSFAPAMGDFIDRLLHHDPVERLGSKADDMTAIKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKAQQLAGQEGELPDGGKG 3309
            RC  R C     SPH ++       AMGC  + SK+     + + D       QPL Q E+  RI    S+    +G  +  LR+A++SQRG+YP+D  K NQD++ +   F+G+ +   F VFDGHG +GD C+ F +D +   L   + +     E   K+AF   N Q+H  ++ DDS+SGTTA+A+Y    +++VAN+GDSRA++ +      +A  LS DQTPYR+DERERVKAAGA +MS DQ+EGL   HENW  V LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GVSA+PE++ + + P DKFL++ASDGV+EFLTNQ+VADM+ K  +PL+AC+ VV ESY LWLQYEVRTDDIT+I  +I+      A  P+A++         G+R  RK + R S+R     + +  + V   G  +P+R   ++E+  ++         ED V      VPKS+EE   I  A+K NFLF+H  EKQ +++ DVM + +V+A + VI+QGD GD+FY++D+G F V +          + D    V  Y     S P FG LALMYSKPR+A+V A T G LW +DR  F+++L+K S   +  TLR V VL++L++ Q+ +L DVLTE  Y+PG  +I QGE GD FFI+ +G+AVVT+  +E + + +++  +     FGERAL+   PR+ANV+A+ +++CLV+S+ +FE+ LGPL A+IDE+R +RE       LQ E + L  + +DD   +               +  +       +TL+ + K+ VV   Q A     + +   + E          VP  +S++    SL+ + +V  V  +S+LLE +    +    +  AC++L ++ LH+  ++YR LSP+ +F+D++G+  LM++R A +         CG   YL+PEQV     S  VD W LG+LIYE+  G +P+       DSE++IY++IS+H    L  P  F+  + + +D LL  DP+ R+G++      ++TH WF+  D   ++AG        +   + AQ+ A     L + G G
Sbjct:   15 RCAARACTEGAPSPHPLLDRLCSAAAMGCNGSTSKDAVQGGANHHDNHEEDDYQPLTQEEVNARIQCCDSTLYYDLGESNYKLRYAYLSQRGYYPEDLYKNNQDSFKIIPAFNGNKNTIFFGVFDGHGSDGDACSYFVRDNIEAHLKLTMSKYPDDFERAYKEAFTDLNQQMHM-QSFDDSMSGTTAIAVYFNNNEIFVANIGDSRAVIGETKGKRTIAYSLSIDQTPYRQDERERVKAAGAVIMSCDQLEGLVEYHENWN-VALGDELDNGGDPPRVWAPGKSFPGCAFTRSIGDSVAETIGVSAEPELLCKELTPDDKFLIVASDGVWEFLTNQTVADMICKFTEPLDACRAVVAESYRLWLQYEVRTDDITMILAFIDS----GAEPPIAEDTPTPQ---GGVR--RKSSRRESRRGSADGVFLGMDVVRAGGENRPVRRGLSREKRKAMTVAGKAAPEEDDVDWVPIKVPKSKEEEHRIRSAVKANFLFQHLNEKQLQLVFDVMHRVSVKANDVVIRQGDPGDLFYVVDEGEFSVLIK---------QGDKEIEVMQYTTKGGSNPAFGELALMYSKPRAATVKATTDGQLWAMDRRAFRNILMKSSSTSLVRTLRSVDVLKSLSVGQLQRLEDVLTEVTYKPGDYVIRQGEQGDTFFIIMDGKAVVTKR-DESSAQEQRLMELAAGQYFGERALIEQAPRAANVIADGRLKCLVISKDSFEEVLGPLEAIIDEDRKRREKVALSKQLQRESEGLASVKRDDFTPVAMPFSTDYGHFAIATHLSKRDGSKNVYTLKVVSKAKVVELDQTARATGEASIYASLVEQHPY------VPLALSSFVDATSLYTVFKVRIVMDMSTLLE-EVHFDEASACYYAACIMLAVQHLHAEGIIYRNLSPDNLFVDAQGHVQLMDFRFAVKPDGPPPRDYCGLATYLSPEQVAGTGHSFPVDHWALGILIYEMLTGSAPWVTGDPIKDSELNIYSRISAHTAHGLSFPKEFSENLQELLDELLAPDPLRRIGTRGAGPEELRTHPWFSTLDMEEIKAG------TARAPQSIAQKCADVNAHLTESGPG 1064

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A7S0I3B5_9EUKA (Hypothetical protein n=1 Tax=Phaeocystis antarctica TaxID=33657 RepID=A0A7S0I3B5_9EUKA)

HSP 1 Score: 684 bits (1766), Expect = 2.550e-217
Identity = 407/998 (40.78%), Postives = 579/998 (58.02%), Query Frame = 1

Query:  361 QPLNQREIQERIDA--PPSSETIQIGGCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDL-RETRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGME---------AVKAGSPLAKERDLDNIAAHGL--------------RPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPAVPMLQ-ELQLLGEITKDDLGQIN-ACRLPH---------DSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMA-RLGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPF-----QADSEMSIYNKISSHRGGTLDIPTSFAPA--MGDFIDRLLHHDPVERLGSKADDMTAIKTHQWFAGFDWGGVQAGE 3219
            QPL   E+  RI     P   T+   G +LR+A++SQRG+YP+D  KANQDA+ V   F+GD +     VFDGHG +GD C+ F +D +   L K + + +   E   + +F  TN  +H +   DDS+SGTTA+  + +G  + VANVGDSRAIV +     ++A  LS DQTPYR DERERVKAAGA VMS DQ+EG+ P HENWG V+LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GV+A+PE++ + +   D F+++ASDGV+EFLTNQSV DMV K  DPLEAC+ VV ESY LWLQYEVRTDDIT+I  +++  E             G+P    R+    +A+ +              RPVR+  S+  ++ +M  E           G +E+    +   VPK+ EE A I  A++ NFLF+H  E Q + + DVM++  V  GE VI+QGD GD FY++D G F         AV   + D    +  Y     + PCFG LALMYSKPR+A+V A   G LW +DR  F+ +L+K S   +  TLR V VL+++T+ Q+ +L D+LTE  +  G  +I QGE  + F+++ EGR   T+  + P     ++  + E   FGERALLT+ PR+ANV+A  K++CL +S+ AFE+ LGPL  +I+++R  RE       LQ E + L  +++ DL  +  A  + H             +TL+ + KS  V    +A V+    +L  +A  PS       VP  ++++  E+ L ++ +   V  +++L+E + V  +   R     L L LE LHS  V+YR L PE + +D  GY  LM+   A +L    A    G  +YL+PEQV  Q  S  VDFW LGVLIYE+  G  P+      ADSE++IYN+ISSH  G + +P  F+ +  +   ++ LL  +PV+RLG +      IKT++WF+GF+W   +AGE
Sbjct:   61 QPLTTEEVNARIQCCDKPLLHTLGKSGITLRYAYLSQRGYYPEDLYKANQDAFKVIPSFNGDSNNMFLGVFDGHGSDGDACSYFVRDNIEANLKKAMVKHSDDFEMAFRTSFIETNTTMH-DAKFDDSMSGTTAIVAFFKGNQVTVANVGDSRAIVGERKGKRIIAYSLSIDQTPYRADERERVKAAGAVVMSCDQLEGIVPFHENWG-VNLGEELDNGGDPPRVWAPGKSFPGCAFTRSIGDHVAEGIGVTAEPELLVKEMTREDNFIIVASDGVWEFLTNQSVTDMVLKFDDPLEACRAVVAESYRLWLQYEVRTDDITMIMAFLDWSEDDGTTDPASGGGVGAPRLSRRESRRGSANNIGIGLDVVSRAGGENRPVRRGLSKEKRQAMMVQE--------NAMGAEEDDTDWKPEKVPKTAEEIARIKAAVRANFLFQHLNETQAQQVYDVMKRVPVMKGEVVIRQGDAGDWFYVVDAGEF---------AVTLSQADKQVEILKYTTQGGTNPCFGELALMYSKPRAATVTAVKDGVLWAMDRRSFRAILMKSSATSMVRTLRSVDVLKSMTVGQLQRLQDMLTEMSFADGDFVIQQGEHSETFYVIVEGRVRCTKREH-PADAEIELMQLGEGQYFGERALLTSAPRAANVIAMGKLKCLHISKDAFEEVLGPLQNIINDDRAAREKVAMQKQLQQETEGLASVSRKDLEMVGLAVEIYHGQLVLVKHKQGQEYTLKAISKSQAVESSLQARVMTEKLLLSTLA-TPSR-----FVPLALTSFLDESYLCIVFKARVVTEMNALIE-RAVFSEAQARFYAGSLALALEHLHSEGVVYRNLMPENISIDMYGYVQLMDLHFAIKLDEPPARDYSGRADYLSPEQVSGQGHSLPVDFWALGVLIYEMLTGSGPWITGDPNADSEVAIYNRISSHAAGGMPLPKDFSLSDDLAQLLNDLLAPNPVKRLGCRGAGAEEIKTYKWFSGFNWDECEAGE 1031

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A024UQF0_9STRA (cGMP-dependent protein kinase n=10 Tax=Aphanomyces TaxID=100860 RepID=A0A024UQF0_9STRA)

HSP 1 Score: 683 bits (1762), Expect = 5.670e-217
Identity = 408/1017 (40.12%), Postives = 590/1017 (58.01%), Query Frame = 1

Query:  364 PLNQREIQERIDAPPSSETIQIG-GCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRT---VEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLA------KERDLD-----NIAAHGLRPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNG---RGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENK----PAVPMLQELQLLGEIT----------KDDLGQINACRLPHDST-----------------PFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGC--VAVPPLVSTYNMEASLHVLHQVSAVCTLSSLL-ETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMAR-LGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQADS-------EMSIYNKISSHRGGTLDIPTSF-APAMGDFIDRLLHHDPVERLGSKAD-DMTA----IKTHQWFAGFDWGGVQAG 3216
            PL   EI+ RI         Q+    S+ +AFV+QRG+YPD  DK NQD+Y +  +F GDP+K  F +FDGHG  GDLC++F K  +P  L K + +        +     F  TN +LH +R +DDSLSGTTA+  +++G  + +ANVGDSRA++ +     +VA PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ P+D++++IASDGVFEFLTNQ+V D+V  +P+PLEAC++VV ESY LWL YE+RTDDITIICIY+E   AV   S ++      K  DL      N     LRPVR+  S+  +R  M  +        ++   ++ +Y++ DHVVPKS+ E   I++    N+LF+    +Q   +  VM +  V  G+ VI+QGD GD FY +  G F+V V  +S A   G+R+  + VH+Y     + P FG LALM++ PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  Q+ +L   LTE  +E G  I+ QG +G+ F+++KEG  + T     P     R ++V  + ++  FGERALL   PR+ANV++  + + L + +Q FE+ LGPL  +ID +R +RE K     AV  L+E   +              KDD+  +    +P  +T                 P ++RT+ K    +        K  E+++ +    ++R  C    VPPL+ T+     L++  + + VC  ++L+ E    +P+D+VR   A L++GLE+LH    +YR ++PE + LD+ GY  L+++R A+ +     +TLCGT EY APE V  Q  S  VD WGLG+LIYE+ YG +PF  D         +++Y+KIS +    L +P    +  + D + +LLHH P +RLG +   D+T     I++H WFA  DW  V AG
Sbjct:   31 PLTAEEIRSRIVCSDKPVKTQLTPALSIEYAFVTQRGYYPDAVDKPNQDSYTIVPNFAGDPTKIFFGIFDGHGATGDLCSVFAKKEVPDRLQKLMGKANASVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHIANVGDSRAVIAKSDAARIVASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGITPIHENWATA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTPNDRYIIIASDGVFEFLTNQAVVDIVKSYPNPLEACEKVVAESYRLWLHYELRTDDITIICIYLEHT-AVTESSEMSMRHASQKANDLLTTNILNTRVTELRPVRRGMSKQKRRDQMKKDMA------KMVTDEDLNYNMSDHVVPKSKPEMDKIMEITAGNWLFKQLNAQQRSDVYKVMIRVNVNEGDVVIRQGDPGDRFYCVQSGDFQVTVKSESTA---GKRE--DIVHLYR--GDTHPSFGELALMHNAPRSSSVVALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTSQLERLATKLTEITFEDGDYILNQGSIGNTFYVIKEGACICTVWDTTPGDDERRSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQTFEEILGPLQQIIDNDRAQREAKHLFQSAVSNLRESTRIANAAAPGAQDRSTLKDDV--MRGAVVPKYATQPTEVGLVVTYETFSHVPLSVRTISKKTTKSFN------KMEEVMREVNLHKNLRTNCRVATVPPLLGTWTDANGLYMAFESTFVCDFATLMSEHDAKLPEDVVRQYAAQLLVGLESLHDSGYVYRNMNPENLVLDTSGYLQLVDFRYAKCIEDARTYTLCGTAEYTAPEMVSAQGHSFGVDLWGLGILIYEMLYGVTPFACDDLENDKDVVLAVYSKISRYDKKDLVMPDQERSREVTDLLSQLLHHSPDDRLGCQGIVDITTGGSVIRSHPWFASVDWIKVAAG 1023

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: T0RJR6_SAPDV (cGMP-dependent protein kinase n=2 Tax=Saprolegnia TaxID=4769 RepID=T0RJR6_SAPDV)

HSP 1 Score: 682 bits (1760), Expect = 7.720e-217
Identity = 411/1021 (40.25%), Postives = 590/1021 (57.79%), Query Frame = 1

Query:  352 NSSQPLNQREIQERIDAPPSSETIQIG-GCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETR--TVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIE------GMEAVKAGSPLAKERDL-------DNIAAHGLRPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNGR---GKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKP----AVPMLQELQLLGEITKDDL--GQINACRLPHDSTPFTLRTMWKSD-------VVAQQQRALVLKSSEMLKHIAEAPSMRN--GCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSL-LETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMAR-LGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQADS-------EMSIYNKISSHRGGTLDIPTSF--APAMGDFIDRLLHHDPVERLGSKA-----DDMTAIKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKAQ 3264
            N + PL   EI+ RI     S  +Q+    S+ +AFVSQRG+YPD  DK NQD++ +   F GDPSK  F +FDGHG  GDLC++F K  +P  L K + +       +    AF  TN +LH +R +DDSLSGTTA+  +++G  + VANVGDSRA++ +  +  +VA PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ PSD++++IASDGVFEFLTNQ+V D++  + DPLEAC++VV ESY LWL YE+RTDDITI+CIY++      G E  K      K  DL       D +A   LRPVR+  S+  +R  M  +        ++   ++ +Y + DHV+ KS++E   I +  + N+LF+  T +Q   +  VM K  V   + VI+QGD GD FY +  G F+V V  ++     G R+  + VHVY     + P FG LALM++ PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  Q+ +L   LTE  +E G  II QG +G+ FF++KEG  + T     P       ++V  + ++  FGERALL   PR+ANV++  + + L + +QAFE+ LGPL  +ID +R +RE K     AV  L+E        K+D+  GQ++   +   S   TL T   +        VV+++Q     K  E+++  A   SM+       VP  + T+     L++    + VC ++ L L+ +T   +D++R   A L++GLE LH   ++YR ++PE + LD  GY  L ++R A+ +     +TLCGT EY APE V  Q  S  VD WGLG+LIYE+ YG +PF  D         +++Y+KIS +    L  P +   +  + D + ++L+  P ERLG +         + I++H WFA  DW  V AG      ++Q+    AQ
Sbjct:   24 NDNSPLTPEEIRSRIVCSEKSTRLQLTPSLSIEYAFVSQRGYYPDAIDKPNQDSFTIIPSFAGDPSKIFFGIFDGHGATGDLCSIFAKKEVPERLLKLMAKGTPGNFAEIYSAAFTDTNAKLHTSR-IDDSLSGTTAITCFMDGDIIHVANVGDSRAVIARNDQPRIVASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGIAPIHENWATA-INEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTPSDRYIIIASDGVFEFLTNQAVVDIIKAYSDPLEACEKVVTESYRLWLHYELRTDDITIVCIYLDHTASSHGNETNKERLQSQKNNDLITTNMLNDRVAE--LRPVRRGMSKQKRRDQMKKDMA------KMVTEEDLNYKMNDHVILKSKQEMDKIQEITQANWLFKQLTAQQRNDVYKVMEKVTVNETDVVIRQGDPGDRFYCVQSGDFQVTVKNETP---NGIRE--DIVHVYR--GDTHPSFGELALMHNAPRSSSVIALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTTQLERLATNLTEITFEDGDYIINQGTIGNTFFVIKEGACLCTVWDVAPGTTERTSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQKIIDNDRAQREAKHNFQIAVSNLREHNPEASSVKNDVARGQLSFKCVAQTSEVGTLTTFETTSKVRLTVRVVSKRQTKANNKIEEVMREAAIHKSMKRPISVATVPVCMGTWTDANGLYMAFNSNMVCDIAGLMLDAETKFSEDVIRQYAAQLLIGLETLHDVGIVYRNMNPENIMLDDNGYVQLHDFRYAKQIDDLRTYTLCGTAEYTAPEMVSAQGHSFGVDIWGLGILIYEMLYGITPFACDDLENDKDVVLAVYSKISRYDRKDLVFPGTEDRSKEVTDLLFQILNQSPYERLGCQGMIDINTGGSVIRSHPWFASVDWVHVAAGVQNAPHVQQIRQKAAQ 1027

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A485KSQ2_9STRA (cGMP-dependent protein kinase n=1 Tax=Aphanomyces stellatus TaxID=120398 RepID=A0A485KSQ2_9STRA)

HSP 1 Score: 681 bits (1757), Expect = 2.680e-216
Identity = 411/1055 (38.96%), Postives = 607/1055 (57.54%), Query Frame = 1

Query:  340 GDGSNSSQPLNQREIQERIDAPPSSETIQIG-GCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRT---VEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGM---EAVKAGSPLAKERDLDNIAAHGL-------RPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNG---RGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENK----PAVPMLQELQLLGE--ITKDDL--GQINACRLPH-------------DSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGC--VAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKT---VVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMAR-LGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQADS-------EMSIYNKISSHRGGTLDIPTSF-APAMGDFIDRLLHHDPVERLGSKA-DDMTA----IKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKAQQLAGQEGELPDGGKGYSENQSVW 3333
            G G   + PL+  EI+ RI     +   Q+    S+ +AFVSQRG+YPD  DK NQD+Y +  +F GDP+K  F +FDGHG  GDLC++F K  +P  L K + +        +     F  TN +LH +R +DDSLSGTTA+  +++G  + VANVGDSRA++ +  +  ++A PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++  +D++++IASDGVFEFLTNQ+V D++  + DPLEAC++VV ESY LWL YE+RTDDIT+ICIY+E     E  ++   LA ++  D +  + L       RPVR+  S+  +R  M  +        ++   ++ +Y++ +H V K++ E   IL+  ++N+LF+   E+Q   +  VM +  V  G+ VIKQGD GD FY +  G ++V V  DSAA   G R+  + VH+Y     + P FG LALM++ PRS+SV A + G LW +D   F+ V +K     +  TL++V VL++LT  Q  +L   LTE  +E G  I+ QG +G+ F+++KEG  + T     P     R ++V  + ++  FGERALL   PR+ANV++  + + L + +QAFE+ LGPL  +ID +R +RE K     AV  ++E    GE    KDD+  G +    + H                  T+RT      ++++Q     K  E+++ +     +R  C   ++PPL+ T+     L++  + + VC  ++L+        + +D +R   A L++GLE LH    +YR ++PE + LD+RGY  L ++R A+ +  T  +TLCGT EY APE V  Q  S  VD WGLG+LIYE+ YG +PF  D         +++Y+KIS +    L  P S  +  + D + +LLHH   +RLG +   D+T     +++H WFA  DW  + +G      +  L   KAQQ   QE +      G   + +VW
Sbjct:   25 GGGQVENSPLSPEEIRSRIVCSDKAIKTQLTPSLSIEYAFVSQRGYYPDAVDKPNQDSYTIIPNFAGDPTKIFFGIFDGHGATGDLCSVFAKKEVPDRLQKLMAKANASVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHVANVGDSRAVIAKSDQSRILASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGITPIHENWATA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAESLGVFATPEIASLQLTATDRYIIIASDGVFEFLTNQAVVDIIKTYTDPLEACEKVVAESYRLWLHYELRTDDITVICIYLEHSNVPETAESNQRLASQKASDLLTTNLLNTRVTEQRPVRRGMSKQKRRDQMKKDMA------KMVTDEDLNYNMNEHAVAKTKPEMDKILEITQSNWLFKQLNEQQRADVYKVMIRVNVNEGDVVIKQGDPGDRFYCVQSGDYQVTVKSDSAA---GARE--DIVHMYR--GDTHPSFGELALMHNAPRSSSVVALSKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTAQHERLATNLTEITFEDGDYILNQGSIGNMFYVIKEGACICTVWDTTPGSDERRAREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQQIIDNDRAQREAKHHFQSAVANMREASFGGERGTLKDDVMRGAVVPKYVAHVAEVGLLVTYESFSKATLTVRT------ISKKQTKEFNKMEEVMREVNLHKGLRTNCRVASLPPLLGTWTDANGLYMAFETTMVCDTATLMAEAADGVKMQEDTIRLYAAQLLVGLETLHDAGYVYRNMNPENLALDARGYIQLHDFRYAKYIDDTRTYTLCGTAEYTAPEMVSAQGHSFGVDIWGLGILIYEMLYGVTPFACDDLENDKDVVLAVYSKISRYDKKDLTFPDSDRSREVTDLLSQLLHHSSEDRLGCQGVTDITTGGSVVRSHPWFASIDWVKLASGALEAPNV-DLLTKKAQQ---QEAQATQCLLGEYTDSNVW 1054

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BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A6G0XF43_9STRA (cGMP-dependent protein kinase n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0XF43_9STRA)

HSP 1 Score: 678 bits (1750), Expect = 2.700e-215
Identity = 410/1029 (39.84%), Postives = 594/1029 (57.73%), Query Frame = 1

Query:  364 PLNQREIQERIDAPPSSETIQIG-GCSLRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRETRT---VEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSP---------LAKERDLDNIAAHGL-------RPVRKEASRHSKRLIMSNEPVGWRKPIRLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSNEPNG---RGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENK----PAVPMLQELQLLGE----ITKDDL--GQINACRLPH-------------DSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGC--VAVPPLVSTYNMEASLHVLHQVSAVCTLSSLL-ETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMAR-LGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQA-------DSEMSIYNKISSHRGGTLDIPTSF-APAMGDFIDRLLHHDPVERLGSKAD-DMTA----IKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKA 3261
            PL   EI+ RI     +   Q+    S+ +AFV+QRG+YPD  DK NQD+Y +  +F GDPSK  F +FDGHG  GDLC++F K  +P  L K + +  +     +     F  TN +LH +R +DDSLSGTTA+  +++G  + VANVGDSRA++ +  +  ++A PLS DQTPYR DERERVK  GARV++MDQ+EG+ PIHENW    +  E+DE GDPPR+WSP G +PGTAFTRS+GD IAE LGV A PEI   ++ P D++++IASDGVFEFLTNQ+V D+V  + DPLEAC++VV ESY LWL YE+RTDDITIICIY+E       G+P         LA ++  D +  + L       RPVR+  S+  +R  M  +        ++   ++ +Y++ DH+VPK++ E   IL+  ++N+LF+    +Q   +  VM +  V  G+ VI+QGD GD FY +  G ++V V  DSA   TG+R   + VH Y     + P FG LALM++ PRS+SV A T G LW +D   F+ V +K     +  TL++V VL++LT  QV +L   LTE  +E G  I+ QG +G+ F+++KEG  + T    EP     R ++V  + ++  FGERALL   PR+ANV++  + + L + +QAFE+ LGPL  +ID +R +RE K     AV  +++     +      KDD+  G +    + H                P T+RT+ K    A        K  E+++ +    ++R  C    VP L+ T+     L++    + V   +S++ E+ T + +DMVR   A L++GLE LH    +YR ++PE + LD  GY    ++R A+ +  T  +TLCGT EY APE V  Q  S  VD WGLG++IYE+ +G +PF         D  +++Y+KIS +    L +P +  +    D + +LLH  P ERLG +   D+T     I++H WFA  DW  V AG      ++   HA+A
Sbjct:   29 PLTPEEIRSRIVCSDKAVKTQLTPSLSIEYAFVTQRGYYPDAVDKPNQDSYAIIPNFAGDPSKIFFGIFDGHGATGDLCSIFSKKEVPDRLQKLMGKANSSVPFTEIYSNCFTDTNAKLHTSR-IDDSLSGTTAITCFMDGNIIHVANVGDSRAVIAKSDQSRILASPLSVDQTPYRTDERERVKRYGARVLTMDQLEGIAPIHENWASA-VNEEVDEDGDPPRVWSPTGNFPGTAFTRSIGDEIAETLGVFAVPEIASLQLTPHDRYIIIASDGVFEFLTNQAVVDIVKTYTDPLEACEKVVAESYRLWLHYELRTDDITIICIYLEHSAT---GTPDDRDDSAERLASQKASDLMTTNLLNSRVTEQRPVRRGMSKQKRRDQMKKDMA------KMVTDEDLNYNMSDHIVPKTKAEMDKILEITQSNWLFKQLNAQQRADVYQVMVRVNVNEGDVVIRQGDPGDRFYCVQSGDYQVAVTSDSA---TGKRQ--DIVHQYR--GDTHPSFGELALMHNAPRSSSVIALTKGVLWAIDCRAFRLVFMKSPTNVIVQTLKKVDVLKSLTTAQVERLATNLTEITFEDGDYILNQGSIGNTFYVIKEGACICTVWDTEPGTEERRSREVLRLRQHQYFGERALLNDAPRAANVISVGRTKLLQIGRQAFEEILGPLQQIIDNDRAQREAKHHFQSAVANMRDASTATDGASSSLKDDVIRGAVMPKYVAHTMEVGILVTYESFSHVPLTVRTISKKTTKAFN------KMEEVMREVNLHKNLRVHCQVATVPALLGTWTDANGLYMAFDSTMVTDFASVMYESDTKMSEDMVRQYAAQLLVGLETLHDAGYVYRNMNPENLVLDIHGYVQFQDFRYAKFIDDTRTYTLCGTAEYSAPEMVSAQGHSFGVDIWGLGIVIYEMLFGVTPFACIDLENDKDVVLAVYSKISRYDKKDLVLPDNERSREAADLLSKLLHPSPDERLGCQGVVDITTGGSVIRSHPWFASIDWVKVVAG------IQPAPHAEA 1027

[Close]

BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Match: A0A7S0IP13_9EUKA (Hypothetical protein n=1 Tax=Calcidiscus leptoporus TaxID=127549 RepID=A0A7S0IP13_9EUKA)

HSP 1 Score: 673 bits (1737), Expect = 3.650e-213
Identity = 405/1025 (39.51%), Postives = 595/1025 (58.05%), Query Frame = 1

Query:  286 VAMGCARS--KEQADAPSTNGDGSNSSQPLNQREIQERIDAPPSSETIQIGGCS--LRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGDLCAMFCKDTLPGLLAKDLRE-TRTVEDGLKKAFNRTNDQLHRNRNVDDSLSGTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDERERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFGEYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFLTNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGMEAVKAGSPLAKERDLDNIAAHGLRPV-RKEASRHSKRLIM----------SNEPV--GWRKPIRLEGTQEESYSIEDH-------VVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVDVMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAGETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHVLLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGELGDAFFILKEGRAVVTQNSN-----EPNGRGKQVRHMEEYSCFGERALLTAEPRSANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPAVPMLQ-ELQLLGEITKDDL-----------GQINACRLPHDSTPFTLRTMWKSDVVAQQQRALVLKSSEMLKHIAEAPSMRNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKTVVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYRMA-RLGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKSPFQA-----DSEMSIYNKISSHRGGTLDIPTSFAPAMGDFIDRLLHHDPVERLGSKADDMTAIKTHQWFAGFDWGGVQAG 3216
            V MGCA S  KE  +      +     QPL Q E+  RI A   ++   +G  +  LR+A++SQRG+YPDD  K NQD++ V  +F+ DP+   F VFDGHG +GD C+ F +D +   L   + +     E   K+AF   N Q+H ++  DD++SGTTA+  Y  G +++VAN+GDSRA++ ++    ++A  LS DQTPYR+DERERVKAAGA +MS DQ+EG+   HENW  V LG ELD GGDPPR+W+P   +PG AFTRS+GD +AE +GV A+PE++ + +   DKF+V+ASDGV+EFLTNQ+VA+M+ K  +PL+AC+ VV E+Y LWLQYEVRTDDIT+I  +I+G+  V   S  A +R        G R   R+E+ R S   I            N PV  G  K  R   T  ES   +D         VPKSE E + I  A+K NFLF+H  E+Q +++ DVM++R V+ GE VIKQGD GD FY+++ G + V ++   A         G  V  Y     + PCFG LALMYSKPR+A+V A + G LW +DR  F+H+L+K S   +  TLR V VL++L++ Q+ +L DVLTE  Y+ G+ +I QG+  + F+I+ EG+A+VT+  +     EP  R   V  ++E   FGERAL+    R+ANVVA+ +++CL +S+ AFE+ LGPL A+IDE+R  RE       LQ E + L  +   D            G++           +T++   K+ VV   Q++ ++    +        S+ N    VP  +  +   + L+ + +V  V  LS LLE+     + M     A ++L L+ LH+  + YR L+P+ +F+D  G+  LM++R A +L  T A   CG   YLAPEQV        VD+W LG+LIYE+  G +P+       DSE+++Y++I++ +G  LD+P   +  + + +  LL  +P  R+G++      ++ HQWF+  +   ++AG
Sbjct:   26 VRMGCAGSTNKELGEEKQGYDEQEEEYQPLTQEEVNARIVACDQTQLFTLGKTNFVLRYAYLSQRGYYPDDLYKNNQDSFKVIPNFNDDPNAIFFGVFDGHGSDGDACSYFVRDNIERHLKTTIAKYPEDFERAYKEAFVNVNIQMH-DQAFDDTMSGTTAITCYFNGTEVFVANIGDSRAVIGEKKGKRVIAYSLSIDQTPYRQDERERVKAAGAVIMSCDQLEGIVEYHENWN-VALGDELDNGGDPPRVWAPGKSFPGCAFTRSIGDSVAETIGVFAEPELLCKEVTEDDKFIVVASDGVWEFLTNQTVAEMICKFTEPLDACRAVVAEAYRLWLQYEVRTDDITMILAFIDGVAEVDEASGEAVDR------MQGRRKSSRRESRRGSADSIFLGLDVVRAGGENRPVRRGLSKEKRQAMTVAESTMSKDEDKEYVPVKVPKSEGEISRIRSAVKANFLFQHLNEQQTQLVFDVMKRRMVKNGEVVIKQGDPGDDFYVVESGEYSVLISQGDAP--------GVEVMKYSTAGGTNPCFGELALMYSKPRAATVKALSDGQLWAMDRQAFRHILMKSSSTSLMKTLRSVDVLKSLSVGQLQRLSDVLTEVTYKSGEYVIRQGDYTETFYIIMEGKAIVTKKEDPDSAVEPEQR---VMQLQEGQYFGERALIEQVARAANVVADGRLKCLYISKDAFEEVLGPLQAIIDEDRKWREKVAKSKQLQQEAEGLNNVKSSDFEAQAVPVATDCGRLVIATNTSTLNVYTVKVASKAKVVQLGQQSRIMSEKALFA------SLVNHHAYVPLALGNFMDNSCLYTVFKVRIVMELSVLLESVGTCDESMATFYAANVLLALQHLHNEGICYRNLAPDNLFVDRDGFVQLMDFRFAVKLDGTQARDYCGLATYLAPEQVAGTGHGLPVDYWALGILIYEMLTGTAPWLTGDPTRDSELNVYSRITAFKGD-LDLPKEMSTDLQELLSELLMPNPNRRIGTRGAGAEEVQRHQWFSVLNMEEMRAG 1024

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot

BLAST of mRNA_P-littoralis_Contig110.83.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LMF6_ECTSI	0.000e+0	86.96	cGMP-dependent protein kinase n=2 Tax=Ectocarpus T...	[more]
A0A6U4GZ25_9STRA	3.670e-256	44.68	cGMP-dependent protein kinase n=1 Tax=Phaeomonas p...	[more]
A0A7R9UFT1_9STRA	6.270e-222	44.51	cGMP-dependent protein kinase (Fragment) n=1 Tax=P...	[more]
A0A7S4EWS5_CHRCT	3.440e-220	38.75	Hypothetical protein n=1 Tax=Chrysotila carterae T...	[more]
A0A7S0I3B5_9EUKA	2.550e-217	40.78	Hypothetical protein n=1 Tax=Phaeocystis antarctic...	[more]
A0A024UQF0_9STRA	5.670e-217	40.12	cGMP-dependent protein kinase n=10 Tax=Aphanomyces...	[more]
T0RJR6_SAPDV	7.720e-217	40.25	cGMP-dependent protein kinase n=2 Tax=Saprolegnia ...	[more]
A0A485KSQ2_9STRA	2.680e-216	38.96	cGMP-dependent protein kinase n=1 Tax=Aphanomyces ...	[more]
A0A6G0XF43_9STRA	2.700e-215	39.84	cGMP-dependent protein kinase n=1 Tax=Aphanomyces ...	[more]
A0A7S0IP13_9EUKA	3.650e-213	39.51	Hypothetical protein n=1 Tax=Calcidiscus leptoporu...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig110	contig	P-littoralis_Contig110:407020..435060 +

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.D8LMF6
PFAMs	PP2C,Pkinase,cNMP_binding
Model size	5769
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K07376,ko:K14803,ko:K19477
KEGG Pathway	ko04022,ko04270,ko04540,ko04611,ko04713,ko04714,ko04730,ko04740,ko04923,ko04924,ko04970,map04022,map04270,map04540,map04611,map04713,map04714,map04730,map04740,map04923,map04924,map04970
KEGG Module	M00694
Hectar predicted targeting category	other localisation
GOs	GO:0005575,GO:0005623,GO:0005886,GO:0016020,GO:0044464,GO:0071944
Exons	24
Evalue	0.0
EggNOG OGs	COG0631@1\|root,COG0664@1\|root,KOG0614@2759\|Eukaryota,KOG0698@2759\|Eukaryota
Ec32 ortholog description	Cyclic nucleotide-binding-like
Ec32 ortholog	Ec-05_002560.1
EC	2.7.11.12,3.1.3.16
Description	protein serine/threonine phosphatase activity
Cds size	3054
COG category	T
BRITE	ko00000,ko00001,ko00002,ko01000,ko01001,ko01009,ko03009

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680789435.1527627-UTR-P-littoralis_Contig110:407019..407310	1680789435.1527627-UTR-P-littoralis_Contig110:407019..407310	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig110 407020..407310 +
1680789435.4030626-UTR-P-littoralis_Contig110:432636..435060	1680789435.4030626-UTR-P-littoralis_Contig110:432636..435060	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig110 432637..435060 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig110.83.1	prot_P-littoralis_Contig110.83.1	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig110 407311..432636 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig110:407020..435060+
coding sequence from alignment at P-littoralis_Contig110:407020..435060+

protein sequence of mRNA_P-littoralis_Contig110.83.1

>prot_P-littoralis_Contig110.83.1 ID=prot_P-littoralis_Contig110.83.1|Name=mRNA_P-littoralis_Contig110.83.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1018bp
MGCARSKEQADAPSTNGDGSNSSQPLNQREIQERIDAPPSSETIQIGGCS
LRFAFVSQRGFYPDDRDKANQDAYGVATHFDGDPSKALFTVFDGHGKEGD
LCAMFCKDTLPGLLAKDLRETRTVEDGLKKAFNRTNDQLHRNRNVDDSLS
GTTAVALYLEGRDMWVANVGDSRAIVVQEHEGNLVARPLSSDQTPYRKDE
RERVKAAGARVMSMDQIEGLEPIHENWGDVDLGVELDEGGDPPRIWSPFG
EYPGTAFTRSMGDVIAEELGVSADPEIIRRRIHPSDKFLVIASDGVFEFL
TNQSVADMVAKHPDPLEACKQVVQESYDLWLQYEVRTDDITIICIYIEGM
EAVKAGSPLAKERDLDNIAAHGLRPVRKEASRHSKRLIMSNEPVGWRKPI
RLEGTQEESYSIEDHVVPKSEEERASILQAIKTNFLFEHTTEKQNKVLVD
VMRKRAVQAGECVIKQGDKGDIFYIIDKGTFEVRVNLDSAAVVTGERDAG
ETVHVYEPTDTSKPCFGHLALMYSKPRSASVFAKTSGSLWELDRPVFQHV
LLKKSGRDVAHTLRQVGVLQTLTLLQVHQLCDVLTEEVYEPGQMIITQGE
LGDAFFILKEGRAVVTQNSNEPNGRGKQVRHMEEYSCFGERALLTAEPRS
ANVVAETKVRCLVLSQQAFEKQLGPLTALIDEERIKRENKPAVPMLQELQ
LLGEITKDDLGQINACRLPHDSTPFTLRTMWKSDVVAQQQRALVLKSSEM
LKHIAEAPSMRNGCVAVPPLVSTYNMEASLHVLHQVSAVCTLSSLLETKT
VVPQDMVRHLTACLVLGLEALHSCDVLYRALSPELVFLDSRGYAVLMEYR
MARLGLTNAFTLCGTPEYLAPEQVRHQESSKAVDFWGLGVLIYELSYGKS
PFQADSEMSIYNKISSHRGGTLDIPTSFAPAMGDFIDRLLHHDPVERLGS
KADDMTAIKTHQWFAGFDWGGVQAGEYFNQELRQLAHAKAQQLAGQEGEL
PDGGKGYSENQSVWQRF*

mRNA from alignment at P-littoralis_Contig110:407020..435060+

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig110.83.1 ID=mRNA_P-littoralis_Contig110.83.1|Name=mRNA_P-littoralis_Contig110.83.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=28041bp|location=Sequence derived from alignment at P-littoralis_Contig110:407020..435060+ (Pylaiella littoralis U1_48)
AAAACATACACATCGTCGTGCTGTCGTGCTGCAACATACGCGGCGAACGC
CGTACAGCAGCAGCAGCAGTAGACCCGGCAATACTGTATCACCATTTGGA
AGAGCTCGAGGCGCGAGGTAGCAGTGGCGGGCTTGGTCGAGCAGGGCGAA
GGAAAAAGAGCAAGACCAAACTCTCCAGCTTGCACAACAATTGCGGGAGA
CAAAGGCAAAGAGGAGGAAGAAACAGCTGATCGTCGCTGCTGGGGTCGTA
ACTGCTGCCCTGCCGGTGCTTCTCCCCACGGCGTTGTTGCAAGTGAGTGC
AAAACAGTAGAGCCCGTTTTAGTTTCTGTGTGTCGCTCTTTGGCGAGCTT
CTTGTTCGTCGCTTTTTGTGCATTGTTTTGCGATGGACGGAAAACGACAC
ATGCCGAGGTGCCAAAGGCACAGAGCAACCGAGGAATTTTACACCGCTCT
TTATCCAAATGTCTCGTGATTCTTGATTCAGCGCCTCGTCTTGTTCACAA
TTTGCATTTTGCCTGTACATCACATCACGAAAAAAGAATCCTTTTCTTGA
AATTTCACATGGGTTCGGCGGCTCATTTTCATTTATCTCCATTTGCTCCC
ACCCGCAATTTGTGTGCACCAGCTGCTTTCCACGCCCTGTGGAACTTTTG
GGAGCAGATATGGGATCAGGATAATCGATGCCCCCCACTTGGCCGGTCCT
TACTATCGACCAACAAGGCGGTGACCAGAAAAGTGCTGTGCTTTTCTGCT
CTTGTGGTATCATGCGGTGTTCCTGAACATACGGAGTGTTTTTTTATTTT
ATTTTTCTTACAAAGACATCAGTGTATTCGCCTCTCCCTAGACGAGGATC
CAGCAAGATTAGCAACGAACACTGGTGAGTGTTTCCAATTTCCAGCAGAC
CCCCATTGCAGCAGGCAGCAGCACATGCCGCAGTAACGTTTTACTCCTGA
TATCATATCATAGATGTTTCATGTAAGATCCTGAGAGAAGCCCTCTGGCT
TCCCGCAGAATTGGCCACTTCCATACTTTCAACAAAAAAATTACTCCGTA
TACAGCAGAGCGAGCCCGTTTGTTGCAATTTACAGGTACGTAGAGTGATA
TCATCATATGTAGGCTCCTCTGATGCACTTCGTACCATGGTACGTATAAT
CATGACATGTCTTCTCATGTTCTCCGTACTTCGAAGTACGTCGTATGATA
CAGATGACCGATAAACCTGCCGTATGAGGCAACCGGTTCAGACGGCAACC
AAGTCAATGCCTTTACTTTCAACCCCCCCTCTACTCCCAAATATTTCACC
ACCCGAAACTATCTGCGTTCCCAGCAGTTGTCTAGTCTACCCAGGGGGCG
TTCTTCGGGGTCACCCCGCACTCCGTGAGCTATGGCGGCACCTTAATTAC
AAGTATGACATGATAAAATCATTCAGTATCATACCATACTACTTCGTACG
AAGTACTTCGAATATAGTGAGGATCATATAATTTGTGTCAAACATACGAA
ATCATATCACACATACAACATGCAAATCATACTTTATACTCGTACTTGTA
CAGGTTAACGGCGAGAAGAAAAAACACTTCTCATTTTTTTCAAAATATAT
TTTTTTACCGTAATTAAACGCATCGGAGTACACTTGTAATGTGTGTGTGT
TGTCATCCCTTTCATTGGACGCCACTTTACACCTTTCGGGTAGGTAGACG
CTCCAACCGGGGTCACACAGGGGGAAGTCAGCACAGGAGTTTTTTTTTTT
TTCTCCACCTCCCTCTGCGGTGCTTTCCTTTTTGGTTGAGCTTTTTATCG
CGAGAAAGGGGACAGCGATCCCTTTCCCTCGTCGATGGTACGATCGAATT
TTTGTTTACTCACGAATTGATCGCTTTCCACTTTCACGCTCAATGTGAGA
AGAAAACCCAGATCGTGTTACTGCACTGGGATTCGAACTCACGCGTGAAT
GTCAGAAGGTTGCGTGGATAACCAACTGAACCACCGGGGCGAGAGAAGGC
TGAAATATGTCGCGTGTGATACGAAATCATTTCGGTAAAATTCTGCTTGT
TGTCGACTTGTTGTCGTTCACCTAGTACGATACTTGTAGTACTAACCTGT
CTTTGAAGTAAGCGAAATGGTATAATACGAAGTACCTCATGAGTCAAGAA
ACAATCGCGACGGGGTTTTTCATGCAGTTTTGGGGCTGGATGTACCGGTT
TACGGATATAGATGCACTCACACAGGGACGGTTTGGTTCTGTTCGTGTTT
CGCAGTCTGTTACCTCTCCATATTCGAATGTGATACGTACATGCAAATGG
ACAAACTTCCTCGAGCGAGCCAGCCCCCCAACAACATCAGTCAAAATGGT
GATCGTCTATCATAGGCTTCTCTTGCACAGCAGTTGGCGGGAAATAATGC
GTTTTCGCACTTCTGACGATGATTATCTGGTGCAACAGCAGCATGCCTAT
GGCAGCAGCATGCTTATGGCACTTTTACTTCCACGACCATTGCATGCATC
GCATGTACTACACAGCAGCAGTATGGCACATTGAAAGCAGGATCTTCGAT
GCCGCCCTCAGACTCTTTCCTTTGAACCACAGCAGCACCGTGTAACAGTA
CAAGCACCAGAGAGGTTAGGTATTGAGAAGAGTTGTGCGTTGGTATGGCC
GCTTCTCAAATAATTGCGTTAAGCCGTGTGCGTCACTGTTGGATGCTGTC
TGTGGGGAACTGGTGTGAAGACCGCTGTACGGGTATACCCGTACTGCAGG
GGTAGCGCATACCGCTGCTGCAGTGTGCTGCTGCAGAACAGCTGGTTTGC
GCCAGCACAACAAACACAACGCCCCTCATGAATCTTCAACGAGAAAAAAA
ATCGATAATTACGCGCCTCCGACAACATAGCTGGGCGCACCCAACACGGA
CTGCGGTGAACCCAGCAGCAACGGGTAGATGCCATTTACCTCATCAGTCC
AAGCCCTTGGTCGTACTGTAACGATCTGTGCTGAACTGGTGCCAAAGTTT
TGCGAAATGCGATCATTCTCTCGGACACACAGACACCATAAATCTCGGAA
ATTAAATAAAGGCACCCCTGTCTCTTTTTTGTTTTTTATTCGCGCATACC
CTCACACCTGGAGATCACTAAGCCGGTCTTAATTCGAAGCAGTTCGACAA
CATACTTACACTTTGCTGCGCTTGTGGACTGCTCCTTAATGTAAAAAGCA
CTACACAGGTGACACAACTGTTGTGGGTGTATGATGTTCCTTATTCAGGC
GACGAGCGTCCTTCTTTCTCCTCAAACGAATGTATAACGTGTTCCATTGT
ATCATACCTGGCACATGCCAATACATTCAATACATTCAATGCTGCTGCAC
AGATATGGAATGATATCGTACGATCCCACTTCAAATTAGAGGTATCTTAC
CTCAAGTACAAACAAACGCAATACCTGGTGCCTGTCGTTCACAACATTTC
TCTCGGGCTTCTCTTTTTGGTCCATTCCCTCTGCTGCTGTACCCATGCTG
CTGTACCGTAACTCGGCGGTTGCAAAGATCCGTTCTATTTGTTCCTTTCT
TTTTTCGGTTCTTTGATTTGATGCGGCGGCTCTCTTGCGTCATTGTGTGA
TTGCGGTAATCTGAGAGTTGTTTTGTACACCCATGGCATGATCATATCAA
GCGTGTGTGCGTTGTAACAACACATAAGTATATTATACTTGTATATTGCT
GCACGAGTACAGCAGTAGTGTAAAGTAGTGCAGTCTTGATCTGATTATGT
TTGGCGTTCGACGACGGCAGCAACATGCACATGCATGCGTACATGGCCGC
GCCTGCTTGTTGGAATTGTGACAGCATTTCTCGCGGAAGTGAGAGTTGAC
GTTGTTTTGGAAGCTGGCCGATTGGTAACACACCATCAATCAGCTCCCAC
CACACCATAACACCAGTCGCCCCGGTGGACTAGTGGTCCCCTCGTTAGCC
ACTAGATGCAGAGGAACGGGGGTTCGATTCCCGGTGAATGTGTTCCTTTG
CTACTTTGAAAGCGGCTATGCTGTTAGTATAAGCAGATTCGGCTTCGCCG
ACGAGGGTAGGGACCGCGGATCCCTGCTCGCGAGAAAAAAATATCACGCA
TGTACCGCAGAAGGAAGGTGGAGGTAACTCCTCCTGTGTTGACCTTTCTC
CTGTGTGACCCCGTCGATGGGCCTAGCCTGTAGTTTGAACCGCAAGGTGC
AGACTAGTGTGCCAGAGAATATGGGGATGACAACACACAACACACACACC
AAGGACGTGCTCAAGAAGAATGACTGACGCCAAGCCTAGCCGTGCAGAAA
TGAATCAAGTCCCCTTCAGCAGTACAGTAAAAATATCAACCCTGCTGCTG
CTACAAAGCACGGGTCATCTGCAATACATGCTTCTTAAATACGAAGTACT
TCTATCATAATTTGCTTTCGCAACTTTTGGGAGCAGCGTGTCTTCCGACG
CACCATGTGCTTGTGTGCTTGTGTATGCTCAATGCCTTCCTCTCAGCGGC
CACTCTCGATTTGCATTTTCGCTCTCCCTGGTAATGGCTGTTGATGAAAT
ACGAAGTAGTTGCTCACCCAGCCCCCTACCCCCCCATCCCGACTCCTCTG
TTCTCCTGCACGTGTTGCGTGTTGTGTCGTGTTGTTTTGATTGATGTAAC
AACGCCTGCTCACGTCGACGCCTCGTTGGAACGGCCCGCTGGAACACTGA
CGTACAACAGTGGGATGTGCGCGCTCCAAGGAGCAAGCAGATGCCCCTTC
CACCAACGGCGACGGGTCAAACAGCAGCCAGGTGAGCAACGGCCCCACTT
CAACTTGAACTTCAGTTTGAAGTGCGGCTTTCATTCGTTGGCGGTATCGG
TGTTGTTGTTCTTGTGGTTGATGCTGTCGTGGTAGTTTTTGTTCTTGTTG
TTGTCGTTTCGTCATCGTCCTGGGTTACATCAATGGTGGTGTTGGCGTGG
AGTTTATCGTCGCATTGCGTGCTACCGGTACTCCTTTTTTGTGCCAAACT
CTTCGCAGTTTGTCCAAGCATGCTTGTGGAAAGCTCAAGCAAAACCAACA
TTCCGCCAATCGATCTGCAAACGAAATCAAAACCCCCATCACTACCATCA
CTACCCCAACCCTCGCTGTAAACCCCCAACCCTCGCTGTAAACCCCCAAC
CCTTCCTTGACTCAGCGTTTAACCAAGCCACCCTCTTAGTACCCAATCAC
GAGTAAAGTCCACAACCCAGCGTTATACCGAAGCCGCTCCATCACCAGTA
TCAACCGATGCGCCCGATGAACCCAAACAGTACCGGCCGATGACCCTCCT
CCACGTTACATTTATTACCGTGGTTGCATCGTAAGTGGCCATATCCCTCG
AAGCATTCGAGCAATCCGAAACTGTGTTTCCGCAAGGAATTGAGCGCAAG
ATGCAGAAATGTTGTAACTCACATTTGTGACTAAGCCTTTGGGGTGCCGC
TCCCACCACCCTTCGCATGATTCACCGACCAACCCAACGACGCTTGGTGT
GCTTGGTGCTTGCGAGGAAAATGCATTATCGTGCTTAGAAAATTCTTACA
TATCATACGTGCCCCGTCCCGCATGCTTTTAGAAGTATGCGAGGGTCGAT
TTGTATTTGACATCATACGACTTCGTCGTTAAAGTAGACACTTTTTGCAG
AATTTATGTTCGGTAAATCGTTGTGTTTTGCTTAATATACCCCCCGCCCC
CCCCTTTGCGATTCGCGATACTCGTCCCGCTCGTTGCACCCGTTTTGGCC
TAACCTACGGCGATTTTGAAATATAACGCCAGCCGCTCAATCAGAGGGAG
ATTCAAGAGCGAATCGACGCACCTCCAAGCAGCGAAACGATTCAGATCGG
TGGATGTTCCTTAAGGTATGCACGAAGCATGACTCATGTGTGTCGTCGAT
TGGACCTTTATTTTGAGACGTTGGTGTGGGATCTGCCAAACCGCCTCGGG
TGCGTATGGCGTGTTTTCGTATTGCCGATGTTGCCTTCGTCGTTGCTTTC
GTTGCCCGAAGTTGATTGGTACCGTACGATCGGGTCGGCATGGGGAAGAA
CGAAGCTCTGGGTTTCTTTCGTCAGTGTGTGAAGATGCCCACGGTGTGTC
GCGGCATGTTTACTCTTCGGGGTACAATCGACGATGACGGATGCTAACGA
TATGGCGTTTGCGTCGAGAAGTTACTTGATGGAGGCGGGCTACCCCCACA
GGCGATTTATCGGCTGCCGAAGGCAGCACGAGGGCTGCTCGTATCATTGC
ACGATGGTGTCGTATCACCGGGCGCTCAGATAGTTGCAGGCAGCAGTAGC
GTTCTGCTCGGTAAGGCAAGACAGCCCTGCGGTAACGTATGTACGGCGCG
ATACTTGAGTGCGGCACCTCGTATGAAAGCAGAGTTTGTACATGCACGTC
ATCAGAGGCTGGTTCACCTTAGTCCTGCACTATCATTAACGCTTGCTTGT
TTGGATTGCCCTTTTACCCTGTCTGTAGTGACCCCGGCTGGTGCGCCTAA
CTTCAACGGAAAGGTGTAGACTGGCGTCTAGGATAGATGGGACGGCAACG
CACACACACACATAAACGTCCCACTCTCCCACCTGCAGACACGCCTGCTT
ACGTGTGATTTGATCGGTACGTCTGAAAAGTTCTTGTTATGTTCTGTCAT
TTTTTTTGTGGTTCATATTTTTCATACCATATGATTCTGCTGTAATCCGT
CTCGTTGCCCGCCTTTTCCCCGCAAGCACACACGTCCACGTATTACATCT
CAAATAAGATTGTTATGTGTTTCTTGTCTCTCGACATTGCACCCCCTGTA
TTTTCCTCCGATGCGGCCTTTGAATTGCACACATGCTTCTTCATTCCATC
TAAAATGTCGCTCCCCCTCCCCCCCCCCCCCCACCTCCCTTCAGATTCGC
GTTCGTATCTCAAAGAGGCTTCTATCCCGATGACCGGGATAAGGCCAACC
AGGACGCCTACGGTGTTGCAACACACTTTGACGGAGACCCAAGCAAGGTG
ACGTTGATGCTGCTGCTGCTGCAGCTGCTGCTCCTGTTGTCGTCGTGTTG
GTGGTTGGTCTTGTCTAGCTGTTTTGGTACTGTTGTAAAGAGGGTTGGCA
GATGTGGTTGTGGCGTTGATCGTCCGTCGCACGAGCGCCGATGAAACTTG
TGACGGTGGCGACCTGGTGCATTTGCTCTATGGCCCTCCTTGGACCAGGC
TATTCCGGCCGGACCACACGAACCGCCATGGTTCCAAATCAGAACCAACA
AGTATCCCCCCGAGAACCAGAAACACGTACAGCTGACAAAATAAACCAAA
GAGAACATCTCAGCACCCCGCGGACGTACAGCCAGCCCCCCCCTTGCGCC
CACATCAGGCTGGTAACGTCCCCGGAGCGGCTAGCAGGGCTACCCAGTGG
TCTCCATGCCGCTGCGAGCCATCTAACATCGCGGAAAGACGGCTGTCGAG
CATAGACCTCTCTCATCGAACCACTCGAACACCAACAGAAATAGAGTATG
AAGTAGGTAAAGAGTGATGCTTCCCGCAGTGGTTATTCCCCCTTGTAGCT
TCCGACACAGCGATTTCCTGTACTAACGTGCTTTCTTATGCTTTACCGGG
TGCCTAGCGCCAGGCCTTCGGACACACTATACTGTACGAGTAGCGCGCTC
CAATTTCTCCGCAAGCTGGATCGCAAAGTGACGAGGGCCGGTTGCTGCTG
CTGCTGCTGCTGTGTGCGAACCATTGCTTGATGATGTATGGCTGGTTACT
TTTGATGTTACTTGTGTGTGGTCGACTGCTGCTGTGCGTGCGGACGGGAT
GCAGCACAGCAGTATGCACAAGATGACATGCATTTGTTTTTGTGCAACAA
CCGGCAGCATGCCCCGAACGAATGACTTTTGCCGTTGCTGTGTGCGAGCC
ACTGACTGGCTAGGCTCGAACATACGTGATACATACAGCAGTTTAGTACT
GTAGATGGTGGCGAATAAGCCTGCCACGTCAGTCCTCGTGAAGAACGCCT
CCTTGTATTCTTTCCGCCGCAGGTTCGGGAAGAGGCTTTGAACGTCCCCA
GCCTAAATGGGCCGGCCAAAAAGTAATGAAAATGATGCGGTAATTTATTT
TGATTCCACCCCCCAGTAGTCACAGAAGGTTCACAGCGTAGATAGCCCTG
CAGGATTCCCATCGAGGGTCTTATGACACTTGTGTGCACCTGAAGCTCAT
GTTCGCTGGGTTAATCCGTGAACTCCCGTGCAGGCGTTGTTCACGGTGTT
CGACGGCCACGGGAAGGAGGGAGATCTCTGCGCGATGTTCTGCAAGGACA
CTTTGCCGGGATTGCTGGCCAAGGATTTGAGGGAGACCAGGACGGTGGAG
GACGGGTTAAAAAAAGCCTTCAACCGCACCAATGACCAGGTGAGCGTTCG
TTTCAACACTTTTGAACTCGTCTGCTGTCGCGCATCGTTGCCAGCGCATG
ACAGGCATTCAAGCAATGGGACGCACGTGACTGTTGAAAATTGTCGACTG
CGCTTTCTGCTGTCGTGCACTCTCTTACACTTCGTACTATACTCGAAGTG
TATCGCACGATTCGTTATTTCTGTCGGTGTACGATACGAGAGAAGTCCAC
TCACCCGTCTTCGATGGAAAGAGGACTGCCGAATCAAGCCTTATGGATTT
AAAATTGGAGGAGGCGTGCATGCGCGACAGAACGAAGGTGGGGGGCCCGG
AGAGAGGAGTCCCCCTGTGTGACCCGAGCTCGGCGGAATGAACACCGCTG
TGTGATTCTGATTCGTCAGACTGAAGAGGACACATGAAAAAGACAAAAGA
AAAATATTATTTACAGAAAAATTGATGGATGATATCATACGTACAAGTCT
GGGGAGAGAAGAGAAGCACGAGAGCGAGAGCAAGGCGGCTTGGAGACGAT
GTTTCGACCGCAATTATAGCGACGACACATCACGCTGACGTTCGATATTG
TCCCTCGACGCTGGACATACCTGGACGTGTGGACGTCCGGGATACGCCCG
ACCTAACTAACGTCGATGTTCAAGCAGAGCTGCTCTTGCATGCCTGGTGG
TCCGCTATACGATCCAAAGCGATTTTTTTTCATTCTTCAATGCTGTTGCA
CCCCTTTTAGGTACAGTACGGCGGTGACGTTGTATCACGTCTCGTGCGTA
TCCCGCACAACCAGCCCTGCTAGCGTAGTAAATACTCCGCAGTCACCGGG
ATCGTAAAGTAGACACAACTTAAGCTCTGTCGGGGTATGATGCGGTCGTG
GTGCCGTCCGTACCTGAACGGTGGAGAGATCAGCCTCGTGATGATGCGGG
TTGATTTGCACGTCTTTTGTGTTGCCTTTTTTTAGATCAACCCTCATGAA
CCCGGTACAAACGCCCGATGAGTCAAATTAACTGTCGGTGGCAGTTAGGG
AAAAAGGGACGGCCAACTCTTCCCGCGGTAAAACCTGAGGTAAGCACACG
CTGCTAAGCGTCGATTTTATGGATGCCCTGTTTGTTCCAGCTGCACCGGA
ATCGAAACGTGGACGACTCTCTATCGGGCACCACGGCCGTGGCGCTGTAC
CTGGAGGGGAGAGATATGTGGGTGGCGAACGTGGGGGACAGCCGTGCGAT
CGTGGTGCAGGAGCACGAAGGGAACCTGGTGGCGAGGCCGCTGTCGAGCG
ACCAGACGCCGTACCGAAAGGTGGGTATGATGGGGCGGGGAAGGGTGGCC
TGCGAACTGTTCATGTGTTGGCTATGTTGCGAATCAGAAACGTGAACGGC
GAAGTCTCTGTTCTGCGTCTTAGATCTGCGATCAACCAGTGGGCACAGCG
GTGCCAGGCCGGCAGTACTCACTGCCTGTATTTCGTTGAGGCAGATGGCG
GCGTCGCTTGGCATCAGACGTGGCGATTGTTGGGTCCAGAGATGTTACCT
TGTTTAGCCAGGGTGTGTTGGTGGTGGCAGTGTTTTTTGTGACTAGTGGC
GCTGTGTTGCCGTCGTGTTGGAGGTGTCAGGCGTGGTGTGTCATGTTGAT
GGCGCTTGCCGAGCGAACGGTCCCCTCGTCTATCTACCAACAGTCGCATG
TTGATATTTTTGATATTTTGTGACCGGGCAAGAGCAAAAGAGGGATACGC
AGATGTATGTGTTTTCGTCGCGTCTCGTCTGGAGGACGCCAGTCGTCACA
CCTTTCGAGATAAGTTGGGGCAGGTCAACACACAGGAGTTTTTTTTTTTC
CGGGTTTTTTTGTGTCCGCCTCCCTTCTGCAGGTCCTGCCTTTTACTTCT
ATCGCAAGAAGGCAGGGTTCGGATTTCCCTTCCGCTCGTCTACTTTCAAG
TCGGATCTTGCTTAGCGCACGAAACTATCGCTTTACACTGCCAGGCTTGG
TGTGAAAAAAAAACATGACTCACGACCTAGGTTAACAGTTTTGGTTGGAG
GTTTTCCACTGAAGCACGGGGGCGACCGGCTGTCACGTTGGAGTGCGCGA
TCGATGTCGGAGGATCAGCTGCCGGCTGGTTGGGGTACACCGCTTTCTAT
TTTCGCATCGTTAAGTGTTCTGTTGCGATTTAGCTGGTCCCCACTTGATG
TCTTTTCGTGTGCACGGAGCCTTTTGTTTTACCTTTCGCCGTTTTCGTGC
TTGATCATCGCCTTCCCATGGTTGATTGTTGTTCCGACAGGACGAGCGGG
AAAGAGTGAAGGCCGCCGGAGCTAGGGTCATGTCGATGGACCAGATCGAG
GGGCTGGAGCCGATTCACGAAAATTGGGGGGACGTCGACCTTGGTACGGC
ACACGACACTGCTGCTGCTAATGCTGATTAATGTCGACATCATGCTTCGC
ACGGGTTGCGGGTGTACCTGGGACGATGCTGCATGTTGTTGTTGGTCCTA
CACCTCCAAGCATATTTTTCAGCAGTATCCGACTAGTTGTCGTCGGCCAA
ACCTTTATATTCTCCAGCTTGACGCATCTCTTCTCTGATGCGGTCACAAG
CCAGGCACATACCGTGCAAGGAAGAAAATACAAACCACTGCTAAGGTAAC
GTGAAGTACTCGCGAGAAAGATAAATGCACAGTACAGGTTTCACACATCG
ACGCGCGGTATTTTTTTGCACGCGAACGGGCTGTTTGCGTCCTTGACCGT
GAAGTCTCATGACGTGGTGATGGCAACAGTTGACGCCGATTGCTTTTTTG
TATAAGGAGGGGTCGAGCTTGACGAGGACGTGGCGCGCACATGGTATCAT
ATCTCATTGAGTGTTTTATGACTTTTGGCGGCCTGTGCGGCGGGCGCGTT
TGTTTGACCCTGCACATGACATGATGAATGACTGTTGATAAATATTGTTG
ATGGTTTGTTTATATCCTTGGGGGTGGGTGTGCTCGTTTGACCGCGCACG
TTATGACGGAGGGCCCTTCGGATCTCGCGGCAACCTTTGCCGTCACTTAA
TTATCTCTGACGCATCCAGTTCAAAAACAGGGGAGCGCTTTGAGACCTAA
GAGAGAAAATATATCTCGTCACTTACGAAGATTACTCTGCTGATTTGATA
ACGTTTCGATGACAATCATACCGCAGGGGTCGAGCTTGACGAGGGCGGTG
ACCCGCCGAGAATCTGGAGTCCGTTCGGCGAGTATCCTGGGACGGCCTTC
ACGCGCAGCATGGGAGACGTCATCGCGGAAGAGCTTGGGGTGTCGGCAGA
TCCAGAGATCATCCGCCGAAGAATACATCCTAGTGACAAGTGAGTTAACG
TGTCAACTAGAACTGGACGCTGGTTGTTATTGTTCTTGTTTGTTGTTGTT
CTCGTCCGCTGTTGCTGTTGCTGTTGCTGTTGTTGTCGTTGTTGTCGTTG
ATTTCGTTGATTTCGTCGACGTCGTTGTTGTTGGTGTTTGTTGGCGCTGC
TGCTGCTGCTGCTGCTGCTGTTGCTATCTTCTTCGTTGTCTGTTGCCCTT
GTCTGCAGCTTGATGCACCCCATCGTGTGTGTTACGATCACCTTCTGTGA
TTTGATTTGGTACGATGGTACCATGTTTTTTTGTGTTTTTTTGCAGTTGG
CAGAGAAACAGACATTGCGAGCCGCGGAGAGCGCAGACAAGTAAAGTGCT
ACTATTCACAGGTTTTTCGAATCACGAAAAACCGATCAACGATCAGAGTG
TTGCGGACACAATTTTCCTCAAGGGATTCGATACTCCGGAGTACCTGGTA
CCAGGTGAATTGACGTATGGTACCAGGTGAATTGAACGTGGTACCGAGTG
AACTGATATCTGATACCAGGTACATTCATACGTGGTATCGGGCGAACTAA
TATTTGGCACCAGGGCAATTGATACCTGGCACCAGGTAAATTGACGCCTG
GGGCAAGAGACTTTAACTGGTACCCGGTACAAGATAAAGTGGTTTGATGG
TACAAGGCAGTAAGCTTATGTCGTAACCATATTTGTACATTTCGGTGAAA
TCAAAATGTAAAACACAGGTTTCTCGTGATCGCAAGCGACGGGGTGTTCG
AGTTCCTGACCAATCAGAGTGTGGCCGACATGGTGGCCAAGCATCCGGAC
CCCTTGGAGGCGTGCAAGCAGGTGGTGCAGGAGTCGTACGATTTGTGGCT
GCAGTACGAGGTTCGCACGGATGACATCACCATAATCTGCATCTACATCG
GTAAGCACTGCCGTCTGGCGCGCACTTTTTATCGGTTAGCGATTCCGTAC
CATGAACGTACACTGGGAGGCGTTCGTGTCATTTCCCCGGTGCACCGATG
AGTGTTTTCGCGCCGCCTACATGCACCGGGAAGCACCACTTGAAATCACA
AGACGCGTCAGGTGCAACGTACAAGGTGCAATGCAAACAACAGCGTATTG
TAGAGGGAAAAAAGGTTTATGGTGACAACTGCGATATGATATGTATGCTG
CGTGTTATCACAATTACAAGCGTGCGCGGCCAAATGTCCAAAAGGTTTGG
AAGACGAGCAAAAGCTGAAATGCCCACCGTACTCGCCACCACCCTCAGCA
GTACATGAGGGTGTCCATCAAGCCAACCAGGCCACCCTGTGCTGTTTCTT
TTCTGTGTCAGAGGGGATGGAAGCGGTCAAGGCGGGATCTCCGTTGGCGA
AGGAGCGAGACCTCGACAACATCGCTGCCCACGGGCTGCGGCCGGTACGC
AAGGAGGCGTCTCGGCATAGCAAACGCCTTATCATGTCCAACGAGCCCGT
GGGCTGGCGGAAACCAATCCGGCTCGAAGGGACGCAGGAGGAGTCGTACA
GCATAGAAGATCACGTGGTGCCCAAATCGGAGGAAGAGAGGGCGTCCATA
CTGCAGGCGATCAAGACCAACTTCCTGTTCGAGCATACGACGGAAAAACA
AAACAAGGTGGGAGAAGCGCGCCGTGCAGACGATACGAGGTGCGCGTCAT
ACCGCACACACCCCTCGGACCGTTTTTTTTTATACATATTTCGGGCTCGA
GGTCGTGTTTCCCACAGCGAAGCGAAGAGGCGTTATGCTACGAACTGTCA
CTAGTACTGCTGTACCATGCGTATGACAACACGTTTTCGGGCAGACCAGA
AAGCTCTCGAGCACTGACACTCTTGCTGAAGGGTCGACAGAGCTTTAAAA
ATCTCTTCAGGGGGTCTGTCCGGCGGTAACAGTATATTTTAGGTATTACC
TGCGGATACTAAAAGGGTGCACCGGTACACAATACAGCATACTTCTACAT
CACACGATTTAACCCCCTCTTTATTAGACTTCTTAATTACGCTATGAAAC
CCCCTCTTTCTTACACTTCTATGTAACATCAGTAAATCCCTCTTTCTTAC
ACTTGCACATCACACAACTTCACCCCCTACTTCTTCACCACACGAAGGGA
AACAAGTGTCCAAAACGGTTACTGACTGTGTGACTTCCTACTGTGTGACT
GCTCTGTGTCTGGCGTCGGCAAGGTCTGTCTCTCGTCGAAAACGTGAACC
GTCGTTTGATATGGTATGGTTTCGGCTACCGCTGTAACACTTCCCGTTTT
TTTAGTCGCGGAGTACTGTGATCTACGAAGCATTGCTTTCAAGACGGGGC
GACGGGACTACATTTGGTTACCAGAGGCTCAAACAAAGGCTTATGCAAAA
AATTATTAAAAAAAAGAAATGAATGAAGTACATTTTTGGTCGAGGTATAC
TGTTCAAACGGTAATTCACTATTTCCGTCTTACGCTGAAACAAAAAAACA
CCTCACGGGGCAGGGGTATATTCTCGAAGTAAATGGCAACAATGATCATT
TCCGTCGTATGCCGAAAAATAAAAACTCCGTGGGGTGGTATATAAATGGT
AATTGTTTTCATCTCTGTCGCATGCTGCATTTGAAAAAACTCCTTGTGGG
GGGTATATTAAATCATATCCTTCGTATTCTGAGACAGGAAAAAACTCCTA
CTACTGCGTGTGTGACCTTCCTCCTGTGTAATCAAACCTGGCTGATGCGC
GCGCCCGCGTGTACGGAAAGGTCTAAACTGGCGTCCACAATCGATGGGAG
ACAACACACACGCGCACGTACACACAACGTAGGACTTCGGTTCGTTTTGG
GTTTACCAGGGGTAGTTGGACTCGCGGCGTTGAAACGATGAGTCTTGTGT
CAAAAGTTCTCCCCCTTGATTGCGCTTACCGTGAAGGAGCAAATGCGAGA
TGTCGGCGGAGGTCGATTTTGCCACGAGGCTTTCGTACTTGTTGGAGCAC
ACCGCCTATTCTGGGGGCCTTTGACGAAGTTGCTGATCAGCCGCAAGCGG
TGGGAAAGAAGAACCAGCTTGTACCGGTAGAGACCACCGCACCGCATTAC
CGACGAAACACATGTAATTTAAAAAGCACTCGGGTTTAAGATGCTTTGTT
GTAGCGGGACCCTTTTCTTATGTTTCGGCTCTGTCGTGCGTGTTGCGTAT
TTGCGTTCATCTTCCCCCCCTCCGCTTCTCGCCATCAGGTGCTGGTGGAC
GTGATGCGAAAGCGAGCGGTCCAGGCGGGGGAGTGCGTGATCAAGCAGGG
TGACAAGGGCGACATTTTCTACATAATCGATAAGGGGACCTTTGAGGTCA
GGGTGAACCTCGACAGCGCTGCCGTCGTTACCGGCGAAAGGGATGCTGGT
GAGACGAGGCAGTCAAGACGGTCAAGCAGCCATCACCCGCTATTTCGCTG
TAGTTGTTTCCCGTCTTGTTGGTTTTTGTTGCTGCAGCTGTTGGCGTTGC
TGATGGATGCTTTAATCGGTCTCTTTGTGTTGCTGCTGTCCCTATTGCTG
TTGTGTTGCTGTTGCTTTCGTTACTGCTGATGCTACTGCCGTTGTTTCTT
GAACCAGCGCCTGTGATTGTTGATTGATCCTGTGACTAGTTGGTCATGAC
GCTCGAAAAAAATCGTGAGGAATTTTCTGTTGCGGTCGGATACGCGCTGT
CATGATCGTTGGTCCTGGGTTGATGCAACCATCTACTGTTGTTACCGAAC
GGTGTGGAGGTCGTATCTTCCATGCTTTGTTCTGCGCATGCTGGTTATTG
GCGTCGTCAGTGGCAGGAAGAAGGCCGGTGATACTGACAGTGCCACCTAC
TTGTTTGATTGTTCCTTCGTGTTGCTTGCTTGCTGCATGATGCGTGACAG
CACATCAAAAGGGAGACCCCGTGATTTCGTGACTACACGCCACGTCACTA
TTGGCAACCACCTCAATAACACCTCTTGCTTCATTCATGAAATGTTGTGA
CTGATGTGTTGCCCTGATCATGAAGTCACGTTACTGCAACTTGTCATGCA
TGAATATCTACTTATATCATGAACATCATATGACGACATCCCTTGCTTTG
GTTTCGTTTTTTGTCCTACCATTAATCAGGCGAGACGGTGCACGTGTATG
AGCCGACCGACACGAGCAAACCATGCTTCGGACACCTTGCGCTCATGTAC
AGCAAGCCGAGGTCCGCCAGCGTCTTCGCGAAGACGAGCGGGTCGTTGTG
GGAGCTGGACAGGCCGGTTTTCCAGCACGTTCTGCTCAAGAAATCAGGGA
GGGACGTGAGTCTTTTTGTTCTTTTTTGTAGTTTCGGGCTCTCGCATTTT
TTTTTTTTGTCACACGGAGGTATTCCTCCCCTTGAGCCCCCCCCCCCCCC
CTCCGCCTCTCTCACACGTTGCTTGAAGTTTGATATATCGATCTGTTTCG
CAACAATACGAACGCTGGGGGTGCTGCTACTGCTGTTGCTGCTGTGCTGC
TGCTGCTGTGCTGCTGCTGATGTCAGGTGGCCCACACGTTGCGACAAGTG
GGGGTGTTGCAGACGTTGACGCTCCTGCAGGTGCACCAGCTCTGCGATGT
TTTGACAGAGGAGGTCTACGAGCCAGGACAGATGATCATCACTCAGGTTT
GTCCGTGTGTGTGAGAAGAGACAGACGGTGTACATGACGAAAAAACCGGT
GTCCTCGTGAGGAAGTGACCGACGCGTGTAAGCATTGGGTTCTGAATCAG
CTGAAACGTGTTTCCGGGTTATCTTGACTGACGGTCAGCCGCGTCGGTTG
ATGCCTTTTCCCCGTTCATTTGATGTCCTTGTGTTGTATATAATTGACGC
CCTTTCTGTTGCGCTACGTCCACAAACCTTTGAACATTTGCTCTTGACTA
TCAAGAGTATCATACGGTCATACGCATGTCGTTCTGTTCTCATGTTACCG
CAGGGCGAGTTAGGGGACGCCTTTTTCATCTTGAAGGAGGGCCGCGCCGT
GGTCACGCAGAACAGCAACGAACCAAATGGCCGCGGGAAGCAGGTGCGGC
ACATGGAGGAGTACTCGTGCTTCGGGGAGAGGGCGTTGCTCACGGCAGAA
CCGAGAAGCGCCAACGTTGTCGCGGAGACCAAAGTGAGCAAAAGCGGTCA
GTGTTGTTGTTGCCGTACTCACTTTCGCTCATTATAAACAACCAAGAAGT
GCCGACGTTATCGCTGAGACCAAAGTGAGCGAAATATTCGGCCATCATAG
TCTTGTCGTCGTTGCTTTTTCGCTTTCGCTTTCGCTAGTCACCAACAAGG
TGTTTGCAGTGCGGAGAGAAGTCTCGACCAAAACAAATCCTGTATCATGA
TGTGTGTGTGTTTTTTTTTTATTCGTGTTGGGTACGTTGTGGTGGTGGTG
GTGGTGGCGGTGGCAACCAGACAAACCACTCCACCATTTTAGAACGGCCG
CAGTGTGGTGCTCTCTTCCTCTTGTGGTAAAGTTTCTTCGTCTGTTCGTG
TTTTGATGAAGTATTAGTATTTCTTGTATGAGGCATATAAAAAGTAGTGT
TGTTTCACCAGTGTGTTGTTTGTGTGATGATGCGGATGGCATCTTGGCTC
CGTGTCATACGTGGTAGATGAAGTAGTGATGCATTCATGTAATGACGCCA
ACGCTTCCTAGCGGAAGTGCCAACATTCTCATTTTCACAGAAAACAAGTC
AATGCTTGCCAGATAGCGCGTAGCCTAGGTGGGAGTGCCAGTCATTTGAT
AGAAATCGAATCTCTACCACCTCGCGCGCCCGTCTGTCGATATATACTTC
ATCTGTTTGGTCATTCATGTTCCAAAACCTCGTTAAAATTTTTGTTCAAG
TGCTCTTGTGCTGTGCTGTTACTGTGTATACGTCGCGTAGTATTGATTTA
CAAGCGGAGACTTGGTCTCCATATGATGGACTAAATTCATTTTTGAATGA
ACCCAAGAGACAATTGTCATGGCCCCCGTCCCGCACTTGTTTCGTCTGGC
TCGTCTTGCAGGTGAGGTGCTTGGTCTTGTCCCAGCAGGCCTTTGAGAAG
CAGCTGGGGCCGCTCACGGCGCTGATAGACGAAGAGCGGATAAAGCGGGA
AAACAAGCCGGCGGTTCCAATGCTCCAGGTAATCCAACAGCACACCATCA
AAGGAGTCATAGTAACGATACTATACTTCTTACGTCAGTCTCTTTTTTTT
TTTCCTGAGCCACTCTGACGGAACAGTCGGAGTCCACGCACCATCATTCC
TCTCCCCGAGGCCCCCCGCCCCAACTTACCTCTGCGGGTAGATACGTGCC
AGGGCTTCAAACTTTTATGACGACAGCATTTCAGCAGTCCACTTTTCATT
ATCAAGAGCGATTTTGTTTTTGGGGTGCATGGGCTGTTACCGCGACCGCA
AAAACGGTATGGCGGCGCCACTGGCGACGTGTGCACGTGTTCTGCCGCCG
CTTTTACAGTACTGTTGTTTCGTCGTTATGTGCGTGCTCGGGCGTTGGCT
CCGCTACGCCGCAACCTTGATAATGAGCGTCACCTTCCACCTTGCCCTCG
GTTTTACGTCAGGAGCTTCAACTCTTGGGGGAGATCACGAAGGACGATCT
GGGACAGATCAACGCGTGCCGCTTGCCACACGACTCCACACCCTTCACGC
TCAGGTGCGCAGCTTGGGCGACGTATTCACTGCTGTACAAACCAAACGCT
ACCGTATCATGCCTGGCTGTCAACGCCCTCCCTCCTTCTCTTGTTTACGC
CGGGGTTATTGGCCGAGAAGGGCTGTCACGCCACCAGTCAGCCGAACATG
TTTCCGCTCGTCACGGCCATTTCTACGCTATCGTCTGGCTATGTACCAGT
ATGTTTGTGCCAACGTCTGCCATGTGTACCTTTATTCTACGGAATAACGT
ATTAAGCAGTACATAAGTGGGTCTACCATATCGCAGGTTGACGATATCTG
TGAGGTACGGGCGTGAGTGAGAGTCCACCCACCCATCACATGCGTGACGG
ATTTAGGGCGTTTTTCGAGGATTTGGCTGGCTATCTTGCCGCCCGTGAAA
TTACACCGTTGCCCGTTGTTGGATGTTGGTTAGCAAGAACTCCCCGTGAA
TAAGACAAAGCCTTTGTCGGATAATCCCTGGCACACTATTTCTCCGAGTC
TTCTCAAGCCCTTTGGTATACGAAAGCGGTTGGTAGGTGCCTCGCACGCG
GCGGTATCCGATGGTCCGGGATAACCCGCGGTGGTCACGGCGTGGTGCCC
AGGTCACACGTTTACGTAGCAGAGCCTCCATCGCCTCTGCATTCAGCAGT
CGGGCCTCGAGAGTCCCCAAGGCGCTGACTGCCGGTCAACATGTTGTCGG
CAGAGCTTCTTGTGACATGCCAACGCGGCTCGGTTTCTACGGTTGATCTC
GTGTGTGAGGTCTCGATCCTTTTGTCACAAGGTAGCCCAAACATCAGATT
TCGCGGAGCTGTGGATTCGTCTCACCCGCTGCTTCAATGGCTTGCCAGAA
AATAATAATAATACAAAATCCTGAATCAAACCGTATGCGTTTTCTCTGCA
AACCGCCTCGAGTTGCTGTTTTATCCTGAGGTGCAGTCTCTATCATCTGT
ATCCATATCATCCATACAGCAATGGCGGTAGATTGTCGTCATCTAGGAGT
ACTAGTTCATTTGATGTGGTGCATATTGCCGTGTGCCGGTTAGGGCGGGG
CTCAAACCAAGCACACTCACCCACTCCTCTCTCACACTCACACTCACTGC
AGAATCCAGCAACGAACGGCGCGGGCAGCAATAAAAACATTACTTTAGGA
TTGGAGGCCGCCCTACTCAGGGTAACTTGTGTTATTACTGAGGCGTACAA
ACAAGTTGGAGGGCAGATGGCATCGTGTCATGATCTGCCAAGATTTCGGA
TCCAAACGAAAATTAAACACTAATATCGGCGCCTTTGTTTTGTGATGCGA
CCTATACCATACCGCTCCCTCGCTCGCTGGTCCAGGACAATGTGGAAATC
AGATGTCGTGGCTCAGCAGCAGAGGGCGTTGGTCCTTAAGTCTTCAGAAA
TGCTCAAACACATCGCCGAGGCTCCCTCCATGCGGAACGGGTGAGTCGTG
TGGTTGTTTTTGTTCTTTGTGCAATAGTGACTGCAAAAGAGTTCGGGCAA
TTGAACTATCGACTGTCTATGATTCGCGGCTGGTGTGTGCTCGCATGTAC
CATGGCATGTTTTTGCCTGTATGCGCGCGTCCCCCAGGCGTGAATGTAAA
CCTAGCCTGCAAGTGGATACTGCATGGTATTCAACACGGCCGACTTAAAT
TATTCATGCTCTGTTCGGGATGGTGTCGAACGATAACATCACGCGCAACG
CACCAGACTCAAGCGTGGTGTGCTATGATAGTATGCCATATCGTGTGTAT
GAACACGGTCCGTTGTTGCGTTGCTTCCGCAGGTGTGTCGCAGTGCCTCC
CCTGGTGAGCACGTACAACATGGAAGCCAGCCTGCACGTCCTGCACCAAG
TTTCGGCTGTCTGCACCCTCAGGTTTGTTAGTCTTGGTTTTTTTGCGACA
CACAATGCTCCCATTTCGTCACTGCTTGTCATGTCATTAATCAATTTCAC
CCGAAACTCTCTGGTTCCTCTTAGCACTGAGTGTGTAACAGCAGTCCTGG
TCTTGAACCACGCGGGATTGGTTCCTCTCCCTCAGCCCTCCTGGCGTCCT
TGAGCTGTTCGTTCTGTCGGTATGTCTGGTCCATGCGATGATTTTGTGTG
CACAACACAGTCAGTTGGTATGAATGATATGAGCATGTAACAACACACAC
GCGTCACCAAAACATAATACGAAGTATCTTTGTGTTCGCCTCACTCGTTT
CGTATCGTATCGTATGCAATCCTGGCTGATGCGCCCGACATACACCGAAA
CGTGTAGACTGGCGTCCACAATACTTGTAAATGGGATGAAACGACGTACA
CTCTCCCTCTTTCTCCCTCTCTCTCGTTCCCTCTCTCGTTCTCTCTCTCC
CTCCCTCTTTCGATCCGTCTCTCTTTCCTCTTGTCATGTCGATTGTTTGT
TTTTGACAGCTCGTTGTTGGAGACGAAGACCGTGGTTCCGCAGGACATGG
TGCGCCACCTCACGGCGTGTTTGGTGTTGGGGCTTGAGGCGCTGCACAGC
TGCGATGTGCTTTACCGTGCGCTTAGCCCAGAGCTCGTATTTCTCGATAG
CAGGTACGCGAGGTGGTGTAGGGAATTGCTTGCAGTCATGATTTATTGAC
ACCGCCGTGTGTCATATTTCGCGTACAAAGTGTTTCGGCATCATTTTATG
ACAACGATAAAATAGGTTCGTTGGAACTAGAGCTAGTGTGTACACACGGT
ATAAACGTTGTGTATTCATATAGACCAGTGTATGTTTTTGAAGGTGGGGT
CGACACATGTCTCTTAATAGCGGGCCCGTTTTTGTGCCTTGTTTCGGATG
GGTGTAAGTTTGCAACTGTTTGAGGTAAGGCTGTGATGGCTTGATGTCTG
TCTGTTTTCTCTCATCTGTAAGGTCCATATCGCTTTTCCCTTTTCTGCCC
CCCCCTCCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTGCTTTGTTGT
GTGCATATTGTTTCCTTGCTTACTTGATCTGGCTTGGTATAGTCAAACTT
CAGTAAATACTGTACGTCATGTTCTGCGATGTATCTTGTTAGCTCCGTCG
TGAACCGGTGTTATTTCATCGCTCTTGTTTCTGCCTGGCCGTTTTTTTAC
GTAATGGTGTTTCTGTCCCTGGATCGCCGCCGCGACTAACTGCTGTAGCT
TATCATCACCATTGCTGATTGATCGATTGATTGATTGATTGATTGGTCGA
TGCTGCAGGGGGTATGCCGTGCTGATGGAGTACCGCATGGCCAGGCTCGG
ATTGACAAACGCCTTCACTCTCTGCGGAACTCCAGAATACTTGGCGCCCG
AGCAGGTGGATTTTATGAGTCGTTATCACACATACATGTATCGCCTACCG
CAGTAGTATCTAGATCGCACAAGATACCACACGGGACGCCCTGGGCCGAT
TGTCAAATATGGTATCGATTAGGGTACTTCACAACAAGAGTGCAAGTGCC
GAAAGTTTTGATCCACCGGCCTTGAAATCATGGAACCATCTATCTCGTCG
ACAGCTTAGCTTTCCGAAAATGTAGAAATCGTTTGTTTGAGTTGACTGAT
AGTGTACCCTCTTCATTTTTTGTGGGGCGTCTGAGATTGGTTCTGGGGGT
CCAGCGGTATATTTTCCGACTCACGGGGAGTGCTTTATTCCCCCCCTCAC
CGGACATGTGACACAATTTGAATGATGACGTTGTGTCTTTGCGTGTTTCG
TGTTTCGTGGTGCTTTACATATGCCTTGTTATGTCGTGCGTGGTGTGACT
GGTTATGCGTACCATTGGAGGACTCAGTCTGTTTACTCCATTATACTTCG
TATTTTGTTTCGTTGCTCCGATGTTCATCAGTGTGATTGCTTTCTCTCGC
CTTTAGTCAAAACCTCGTATCTGCCAGATCACCTTATTATGTTGGAACCA
TGCTCATGGCTGGTACAGGTCGCATGGCATTTGTACAGCATCCGTGGCGA
GTTTCATGCCGTTTGTTTGTGGTATGTTTGTCCGTTCGTCCGTTATTTTT
TTTTTGCTTAGCTCGCGGCTTGTACTTGAGAACAGTTGCCGTCCTGCCTT
CCGTCATGTTGTGTCGCGGGCGCCTTTTAGGTCCGGCACCAGGAGAGCTC
GAAGGCTGTAGACTTTTGGGGATTGGGGGTGCTGATCTACGAGCTTTCCT
ACGGGAAATCTCCGTTCCAAGGTACGTGTGATGAGATGCATCGATATATT
GCGTCCTGCTGTCAGGAACGCCGGTGCTGTTTGTCTGTTGCCTCGGGTAG
TGTATACGATAGGGTGCTCGTGACGTGTGCGGTACGATAGCTCCCTGTAC
CGTGTCCCGGTGACGACTGAGAATGTACCGTGCTTGCATGATGTGTGTCG
TGTTGTCTCCTCGAGTCGTTGTTCTTTTTGGCTCAGGCTTGCTCTTGGGA
ATGACTACTTTCCGTATCCATTCGCAGAGTGTCTCACTCGGTTTGGAGAA
TGACGTACGAAGTTCGGACGAATGCCTGTCGATGCGGAGGATGGTTGTTC
GTTCTGATGATGACTCTCCATCCGCCCAAGAAGACGACAACCTCGTGCTT
GTTGACGGTGTTCCATACAGTGTGAATTTTCTACTGTGAGCTCTGGCTCT
ATCGTCTCTCTTGGATTGTTTGCTCGCTGCAATATCGTTGAAGAATCCTG
GCAATTTTTGTTTCATTCGACACATGAGTGGTCCGTCCACCCCTGGACTA
TCCTTCCTCCTGAGTTCGGTCGTGGGCCTGTCTTGCCCGATTCACCAAAC
AATGAAGACACGATTTCCCCCGAACCAGAGGCAAAAATCGGTATATTGGT
TAATTACCACCCCTACACGTTACCTTGCCAAGTACGAAGTACTTTGTATG
GTCATTAGATAATTTCGTGCACGCATGGATGTTTCATGGGTTCATATGTT
GTTCTCACTCATCGTTATGGTCACACCCGCTTCTCTTCTCCGGCAGCTGA
TTCTGAGATGAGCATCTACAACAAGATCAGCTCTCACCGTGGGGGAACGC
TGGATATCCCAACCTCGTTTGCCCCGGCGATGGGGGATTTCATAGATCGC
CTCTTGCACCACGACCCAGTGTGAGTGGGCGGATGGACGAACTTTACAAA
CGACGATATGCTGGTTTTGCATTTTTTGGGGATTGTCGTTGTTGTTGTTG
TTGCTGTTGCTGATGCCGTTGCTGTTGCTGTTGTTGTTGCTGTTGTTGCT
ATTACTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGC
CGCTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGCTGCTG
CTGCTGCTGCTGTTGCTGTTGCTGCACACGAAACACTCCGGATGAAGCGG
GCTACATCAAGACACCGCATAATATGTGCTGTGGAAGAGAAAAGATTTTG
GCAACATGCAAGCATGGTGCTGATTGGGGAGTTGGAGAAATTGTGAGCAC
TGCAGGCGGTCCCAAAAACAGCAGTACCGCATAAAACCGATCACCTCCGA
AATAAGATATCGTTGCGAACGAACTGGCCTGAACGAAGACAAGCAGACTC
TTCTTCGCATACACATGTTGGTGGTTTATCGCGGCGCCGTAAACATGGAC
AGAAGAAATGCTGAGAAATGTCTGCTTTTATTTTCCATTTTGTTTTTTTT
CCATCTTTTTTTTGTCCGGCAGAGAGCGGCTAGGCTCGAAAGCGGACGAT
ATGACCGCGATCAAGACGCACCAGTGGTTCGCTGGATTTGACTGGGGGGG
AGTGCAGGCCGGGGAGTATTTCAACCAGGTATACAATCAAGCCAGTACAG
AGTAGTCGGGGGGGGGGTTATGAGGTGTGACGTCCTCCGATGCCATCGAG
ATGGAAATTGATTTTTTTAGGTGCTAAATTTAGCACTCAGGCTACATCTT
ATGTGTCAGAACCGTTCATATATTTTTATTTTATTTGGCTGTTTTGAACA
TTGGACCAAAACGGAGCATCTTATGTGATCAGAAACAGCCATTTTAGACA
GCGACTTTTCGAATAAATTTTTCCGATAGCCCCAAACGATCAGAAAAAGT
CTTTTTCCTGATAGCCTGCAGCTATCGGAAACCTGTTATTTTTTTTGGTC
AAGGAGTTTGAACAACCCAAGTTACAGTCAGCCTTGCATGATGACATGAC
ATGAAACCTTTGTTTTGGTAGCCCATCGATTCCTCGCGGCCTCTGATGAC
CGACGCAGGAGAAGGATCATACATACACCTCACGGCCGATGGCTTTAGTA
TTGCTGTGGGTTCTTTCGTTCGAGAGCGATGGACCAAAAACCAAAATGGA
TTGGACGAGAGCTGGCAGCTGGCTGTGCTGCTGCTGCTGTCCTCTGAACT
CTTTCAACCAGCAGCAGTTTTTTTTGCCGCCACACCAGTTTGATTTTCTG
TTGATTGCTCTCGAACGAATGAAGCCACAGCAATGACAAAGCCATGCCTC
GCGAGCTGTGAACATGGTCTCTCTCCTCCGGTGGTCCTCTGAAGCAGCGA
GGCGTCGATAGGCTGGCGTAGAAGGATTGCAGGAATTGATGGCCAGTGGA
AAAAAGAAGAAATCACCACCACCTGCTGCTGCTGGTGGTCAGCTGCGTCG
ATTTTTTTTCATTTCTTCACACGTCATCGGTGATACCTGCAACCTTTTCT
CGCCAGTCTATCGATACCTCGCGGTGTTATATAACTACCGGAGAAGAAGG
ACCATACACCCAGCTCGCGAGGCATGTCCTTACCATTCCTGTGACTTCAT
TCGTTCGAGAGTGGTGGACGAAAGAGCGAACCGGTAACAGCAGTGCAAAT
AAATGAGAGTCAAGTTGGCTACCATCAAACCGCCCTAACCGAACAGGAGA
GACTTTTTTTCGGAAGTTATTAAAAAAAATAAAACCACCTGTTTTGACAC
ATAATATCGGGTCCTTCAACAGAGCCTGTTGGAAACGTTATTATCCGAAC
GGCCCAAAAGGAATAACGACGTTTTTAACACATAAGATGTAGCCTCAGAA
CGGCACTTCCTAATTTCCGCGTCTGTGCCCAATATTGAGGGCGCGGGTAG
CAACTGGCGCAGCCAGTCTAAACAAGCCCACCGTCAGTTACTGCCTTCGT
GTGTTTTCTCGCGCCTTCCTCTCGTGTCGAACAACGAACGAACGACACGG
ATGAATCCTGCTTGCCCATCTGCTGCTGCTTGTTTTATTTTTCTTGTTTT
CAGGAGCTGCGGCAGCTGGCGCACGCCAAGGCGCAGCAGCTAGCGGGGCA
GGAGGGGGAGCTACCGGATGGCGGCAAGGGGTACTCTGAAAACCAGTCCG
TGTGGCAGCGATTTTGACGAACGCCCTTATCCCAACAACGTCATCGTACC
TTTTGCAAAAAATCGTCGGTCGGATGACCCAGTCTGCCACACGTCTGTTG
TGGTAGGCTTGCAGCAGTGGGGAGCTGGGCTGGCTGGACGCTCTTGCGCG
TTAATTTGGGCGAGTTAGATTAATTGCGGTCGGCTGATGCTTGCGCGTTT
TTTTTTATTACTTTTGTGGCGTTGGCCTGCTCTCTGGTCGCTCCCTTCAC
TGTTGGCGATATTTTTACTTAAAGGAGCAGGTTGTGCGCCAAGGTCAACG
CTTTCGGACTGGGCGCGCACGCAGTTTTAGTTTTTTTTTCGTCCTAAGGA
AGTTTTAGATCATCATTTGCCTGGCCGGGAGGGTCTTGCGGTTGTTGGTC
GGGGACGTAGGGAGGGGAGGGTGCCCTCAGTTTTGACCCGTTGCGGCGTA
CGTCTTGCTCGATTTGGACGAGGTGGGCGGGTAGTGACAAACGGGGCTAC
TGCTGTTTGTTGTGACGAGCGCTGTGAGGAATGGATAACTGTAGCCCGAA
AGGAAGACGTAAAAAAGGTTTGGCCCGCTGTGTAGCGGGGAAGAATCTCT
TGGAGGCTGCCGCGACGACACTCATGCCCTCTATGACATGCATTAGATGC
TGCCGTTGTCGTGATCGGTGTTCTCGTGTGCTGCTGCTGCTGCTGCCGCG
ATAAGAGCTTGCTGGGGCGTAGCTGGGCACGACAATCTTAGGTTCTCTCC
GAAGAGCGTTCTTCTCCCTTGTTTGGTTTCGTCTTTTCGTTTTGGTGCTG
ATGTACTTCAAGCATGCTGCCTTGCTTCGAAGCATCAAAAGCACGACAGA
TCGAACGTGCCCGTTACGATTCGGTGGATGGATAGGAAGGGGAATGGATA
TATTACGACTCTTCGAGGCGAACACTCGCGGAAGGGTTTTGATCGGCTGA
GGAACTGACTGTTTCACGCGCTGCTGCGGCAAGACCTGTAGCAGGGGGAT
GTGATGCTCCCAGGACATGGTTGAAGCCACGCAACGTCTGCTGCTGCCGC
TACCATTTTTTAGTATTTGCGCCGATGCGAAAGGCAAGCGGAGGACGTGA
TTTGATCGCTTGATCGCCTCCTCGCTTGCTTGTTTCCTTGCTTGAAAGAG
TAGCGGCCTGTCTGCACGAACGACGTGTAGTCCATGATTTTGTTTTCGTC
GCGTGCAGTTTATTTCGACGACTGCTGGTAGGAGCCTAACTGCTTTTGGT
GGGTTTCCACCCCCGCGCGCGGAGGCGCCAACCCCTCGGGATCCTCCCTC
GTCCCCTCAATGTTGCCTGTACCAATGCGCAAAGCTCTTGTGCGTGCGCG
TCATTCCAGTGGTACGATGTCACGAGGCAGCCTGGTGGAATTCGCGTTGA
GTATCGTGGAATGTGCGTTGGTTTTTGCCGTCTGTACGTACACAGGGCGA
TACCAGCGTTTTTCTGTTGTTGTGTAGTGTTTCGGTTCTCTCTCCTTTCC
CGAGGAATGGAAGCGCTAATCCACACCACCCTCGATGCGCGTGAGTGACT
TTGTTTCGACACTGAAACTCGACGGACCTCCTAATTTTGTTTCCGCCTTC
CTGCAGTAGTAGACGAGCATTTCATGTTAGCACATGTTCTGGGATGAGTC
CTTCACTCTGCGATGCTTGGTCTGTACCGTGTATCTTGCCCTGTATCGTG
TTATTGTTGTTGACGAGGGCCTCCTTTCAGACAGCCGTGGAAAACTAGTC
AGGGAAAAGCACCCCTGGGACAACGTTGTTTTTTCGACCGAGCGTCCCAC
GGGCTTCAGTTGTTATCGCCAGACGCGCGATGAAAGAGGAAACGGCAACT
GACCCTAAATTGACGGCACGACCGGTGGTGCCTTTATTTGTCGTTTAGAA
CTGTCTTCAATTCGCGGCGGTGAAGTACGTGTGAGGGGCAGACAGCACAC
GTGTCGCGTGGCGTGAGGACGTGCGATACGTGTCGTGTATCATATACTAC
AGGCCGTACACGTACCTGACTTGCTTGTTTGACAAGCCCCCCCCCTCAAG
TATCGACGATGTCGTTCATCCGTGGTCGGACGAGAGGGGGATGGGTGGTC
TGGCCACGTGCTCAAATGGGGTCAACCACTTGTCACTCACGGAGCGGTTT
CGAGGAAGAGCGCGCGTGGGTGTGTGGGTGTGTATTTTGTCATCCCATTT
ATTTTGGACGCACCAGCCGGGTTCGGTTCAAGTCACACATGTGCAAGAAT
CAGTGAGCCTTCTTCTCTCATGTAATTTTGTGTCCGTCCTCGTAACGGTG
ATTGTGGTGTAATCTGCAAATGGGGGTGGGGTGGGGCAGTCGATTCATGT
GTATTTTCCGTGCGCTGTTTTAGACGTGTTTTTTCTCTACCGTATTTGAT
ATGAACTGTACTTCGTATTGTTTTTAATCGTTAACCCCACC

Coding sequence (CDS) from alignment at P-littoralis_Contig110:407020..435060+

>mRNA_P-littoralis_Contig110.83.1 ID=mRNA_P-littoralis_Contig110.83.1|Name=mRNA_P-littoralis_Contig110.83.1|organism=Pylaiella littoralis U1_48|type=CDS|length=3054bp|location=Sequence derived from alignment at P-littoralis_Contig110:407020..435060+ (Pylaiella littoralis U1_48)
ATGGGATGTGCGCGCTCCAAGGAGCAAGCAGATGCCCCTTCCACCAACGG
CGACGGGTCAAACAGCAGCCAGCCGCTCAATCAGAGGGAGATTCAAGAGC
GAATCGACGCACCTCCAAGCAGCGAAACGATTCAGATCGGTGGATGTTCC
TTAAGATTCGCGTTCGTATCTCAAAGAGGCTTCTATCCCGATGACCGGGA
TAAGGCCAACCAGGACGCCTACGGTGTTGCAACACACTTTGACGGAGACC
CAAGCAAGGCGTTGTTCACGGTGTTCGACGGCCACGGGAAGGAGGGAGAT
CTCTGCGCGATGTTCTGCAAGGACACTTTGCCGGGATTGCTGGCCAAGGA
TTTGAGGGAGACCAGGACGGTGGAGGACGGGTTAAAAAAAGCCTTCAACC
GCACCAATGACCAGCTGCACCGGAATCGAAACGTGGACGACTCTCTATCG
GGCACCACGGCCGTGGCGCTGTACCTGGAGGGGAGAGATATGTGGGTGGC
GAACGTGGGGGACAGCCGTGCGATCGTGGTGCAGGAGCACGAAGGGAACC
TGGTGGCGAGGCCGCTGTCGAGCGACCAGACGCCGTACCGAAAGGACGAG
CGGGAAAGAGTGAAGGCCGCCGGAGCTAGGGTCATGTCGATGGACCAGAT
CGAGGGGCTGGAGCCGATTCACGAAAATTGGGGGGACGTCGACCTTGGGG
TCGAGCTTGACGAGGGCGGTGACCCGCCGAGAATCTGGAGTCCGTTCGGC
GAGTATCCTGGGACGGCCTTCACGCGCAGCATGGGAGACGTCATCGCGGA
AGAGCTTGGGGTGTCGGCAGATCCAGAGATCATCCGCCGAAGAATACATC
CTAGTGACAAGTTTCTCGTGATCGCAAGCGACGGGGTGTTCGAGTTCCTG
ACCAATCAGAGTGTGGCCGACATGGTGGCCAAGCATCCGGACCCCTTGGA
GGCGTGCAAGCAGGTGGTGCAGGAGTCGTACGATTTGTGGCTGCAGTACG
AGGTTCGCACGGATGACATCACCATAATCTGCATCTACATCGAGGGGATG
GAAGCGGTCAAGGCGGGATCTCCGTTGGCGAAGGAGCGAGACCTCGACAA
CATCGCTGCCCACGGGCTGCGGCCGGTACGCAAGGAGGCGTCTCGGCATA
GCAAACGCCTTATCATGTCCAACGAGCCCGTGGGCTGGCGGAAACCAATC
CGGCTCGAAGGGACGCAGGAGGAGTCGTACAGCATAGAAGATCACGTGGT
GCCCAAATCGGAGGAAGAGAGGGCGTCCATACTGCAGGCGATCAAGACCA
ACTTCCTGTTCGAGCATACGACGGAAAAACAAAACAAGGTGCTGGTGGAC
GTGATGCGAAAGCGAGCGGTCCAGGCGGGGGAGTGCGTGATCAAGCAGGG
TGACAAGGGCGACATTTTCTACATAATCGATAAGGGGACCTTTGAGGTCA
GGGTGAACCTCGACAGCGCTGCCGTCGTTACCGGCGAAAGGGATGCTGGC
GAGACGGTGCACGTGTATGAGCCGACCGACACGAGCAAACCATGCTTCGG
ACACCTTGCGCTCATGTACAGCAAGCCGAGGTCCGCCAGCGTCTTCGCGA
AGACGAGCGGGTCGTTGTGGGAGCTGGACAGGCCGGTTTTCCAGCACGTT
CTGCTCAAGAAATCAGGGAGGGACGTGGCCCACACGTTGCGACAAGTGGG
GGTGTTGCAGACGTTGACGCTCCTGCAGGTGCACCAGCTCTGCGATGTTT
TGACAGAGGAGGTCTACGAGCCAGGACAGATGATCATCACTCAGGGCGAG
TTAGGGGACGCCTTTTTCATCTTGAAGGAGGGCCGCGCCGTGGTCACGCA
GAACAGCAACGAACCAAATGGCCGCGGGAAGCAGGTGCGGCACATGGAGG
AGTACTCGTGCTTCGGGGAGAGGGCGTTGCTCACGGCAGAACCGAGAAGC
GCCAACGTTGTCGCGGAGACCAAAGTGAGGTGCTTGGTCTTGTCCCAGCA
GGCCTTTGAGAAGCAGCTGGGGCCGCTCACGGCGCTGATAGACGAAGAGC
GGATAAAGCGGGAAAACAAGCCGGCGGTTCCAATGCTCCAGGAGCTTCAA
CTCTTGGGGGAGATCACGAAGGACGATCTGGGACAGATCAACGCGTGCCG
CTTGCCACACGACTCCACACCCTTCACGCTCAGGACAATGTGGAAATCAG
ATGTCGTGGCTCAGCAGCAGAGGGCGTTGGTCCTTAAGTCTTCAGAAATG
CTCAAACACATCGCCGAGGCTCCCTCCATGCGGAACGGGTGTGTCGCAGT
GCCTCCCCTGGTGAGCACGTACAACATGGAAGCCAGCCTGCACGTCCTGC
ACCAAGTTTCGGCTGTCTGCACCCTCAGCTCGTTGTTGGAGACGAAGACC
GTGGTTCCGCAGGACATGGTGCGCCACCTCACGGCGTGTTTGGTGTTGGG
GCTTGAGGCGCTGCACAGCTGCGATGTGCTTTACCGTGCGCTTAGCCCAG
AGCTCGTATTTCTCGATAGCAGGGGGTATGCCGTGCTGATGGAGTACCGC
ATGGCCAGGCTCGGATTGACAAACGCCTTCACTCTCTGCGGAACTCCAGA
ATACTTGGCGCCCGAGCAGGTCCGGCACCAGGAGAGCTCGAAGGCTGTAG
ACTTTTGGGGATTGGGGGTGCTGATCTACGAGCTTTCCTACGGGAAATCT
CCGTTCCAAGCTGATTCTGAGATGAGCATCTACAACAAGATCAGCTCTCA
CCGTGGGGGAACGCTGGATATCCCAACCTCGTTTGCCCCGGCGATGGGGG
ATTTCATAGATCGCCTCTTGCACCACGACCCAGTAGAGCGGCTAGGCTCG
AAAGCGGACGATATGACCGCGATCAAGACGCACCAGTGGTTCGCTGGATT
TGACTGGGGGGGAGTGCAGGCCGGGGAGTATTTCAACCAGGAGCTGCGGC
AGCTGGCGCACGCCAAGGCGCAGCAGCTAGCGGGGCAGGAGGGGGAGCTA
CCGGATGGCGGCAAGGGGTACTCTGAAAACCAGTCCGTGTGGCAGCGATT
TTGA