mRNA_P-littoralis_Contig669.32.1 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig669.32.1
Unique Name	mRNA_P-littoralis_Contig669.32.1
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: D7G464_ECTSI (PlsC domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G464_ECTSI)

HSP 1 Score: 1149 bits (2972), Expect = 0.000e+0
Identity = 582/652 (89.26%), Postives = 623/652 (95.55%), Query Frame = 3

Query:  114 MVKLYAPAFLAQISQTQAQAGWMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGKSEQFKVTEVVSNTSLRLGERVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRMQKDSAAEAEGIEKMAAEAASVMSEDAPNPKKDD 2069
            MVKLYAPAF+AQISQTQAQAGWM+CG+MLA+D+LNPIKI+AWSLR+DQRLFA+PF  MLVSLIA+QFADIMYFSVRIFFSSIISIFF KVDIIGQSNVP EGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRP  ETIVA+GD++TG+NTKFTELF+DRDK+RFRGKSEQFKV  VVS+TS++LGE VP+DY GMGPSAFDVLKYVDQG VFGRVH+ALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTL+KHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKT+KKEAYSQFLMQ+EEAMRGCIITAPDY+SLQLVYTARRLWQSDDV+PPP+QKQDMNRRFAESYKILAQ+YSE GMP+EA +LKERL++YRQ+LG LGMRDYQV TL +PNPLKATYTVIHM VVLLLASVPSFILNLPVG+VARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLW+FYAVLM+ALTDWE STKV+VML FPLFSYAGVVGTASGMVDLKD+KPLLNMLRPS R LMN+LPAVR ELQKDLRAFIKKVGPELGEIYT PDLKWGDLFRMQKDSAAEAEGI+KMAA AA  M  D PNPKK+D
Sbjct:    1 MVKLYAPAFMAQISQTQAQAGWMICGIMLAIDTLNPIKIMAWSLRMDQRLFAVPFTIMLVSLIATQFADIMYFSVRIFFSSIISIFFNKVDIIGQSNVPAEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPSTETIVANGDMITGINTKFTELFKDRDKLRFRGKSEQFKVEAVVSDTSIKLGEAVPQDYVGMGPSAFDVLKYVDQGKVFGRVHIALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLEKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTDKKEAYSQFLMQIEEAMRGCIITAPDYDSLQLVYTARRLWQSDDVMPPPEQKQDMNRRFAESYKILAQKYSEEGMPQEATELKERLESYRQSLGKLGMRDYQVRTLDKPNPLKATYTVIHMLVVLLLASVPSFILNLPVGVVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWMFYAVLMMALTDWEFSTKVLVMLCFPLFSYAGVVGTASGMVDLKDIKPLLNMLRPSTRTLMNELPAVRRELQKDLRAFIKKVGPELGEIYTKPDLKWGDLFRMQKDSAAEAEGIQKMAANAAEAMG-DLPNPKKND 651

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A835Z717_9STRA (PlsC domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z717_9STRA)

HSP 1 Score: 729 bits (1881), Expect = 8.240e-251
Identity = 377/672 (56.10%), Postives = 486/672 (72.32%), Query Frame = 3

Query:  117 VKLYAPAFLAQISQTQAQAGWMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGKSEQFKVTEVVSNTSLRLGERVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGG-------------------------------MPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPD-LKWGDLFRMQKDSAAEAEGIEKMAAEAASVM 2036
            V  +A  F   + + ++Q   +   +ML+VD+LNPIK+I   L V     A PFA MLV L++S  +++ YF VR+FF+SI+SIFFTK+D+IG SNVP +GPIIFTGNHANQFVDALQV+T CGHKVG+LIA++SW+R V GFFARA+ CIPV RPQD+A+K P  +TI   G+++ G +T F      +DK+RFRG SEQ  V E+VS+T L + + V E++  +G SA+D+L+YVDQ  VF  VH AL  G+CLGIFPEGGSHDRTDLLPLK GVA+IAFG L+KH + VP+VPIGL+YFRGHRFR RAVVEFGPP+RIS EL ELY+TN+++AY+  L+Q+E++MR CI+TAPDY +L+LVYTARRL+Q    +P P+ KQDMNRRFAE YKIL +RYS+ G                               +PE+A  LK  L+ YR+ L  LG+RDYQVPTL +P+PLKATYT++H+F+V LLA++PS +LN PVG+VAR  A  ERK+ALAGSVVKI  RDVM+SKKI+ISIVMVP LWL YA+ +    DW+ STKV+ +L+ P+FSYAGV+ T +GMVD KD+KP+L  LRP  R  M  LPA+R  +Q +LRAF+ +VGP LG+IY +P  L W  L   Q  S +    +E MA EA +VM
Sbjct:    3 VDTHANDFARSLDKARSQGAVLAACIMLSVDALNPIKVICGLLGVPTYFAAYPFALMLVYLLSSYLSELTYFGVRVFFTSILSIFFTKIDVIGHSNVPRDGPIIFTGNHANQFVDALQVMTNCGHKVGFLIAQRSWERPVVGFFARALGCIPVARPQDAAMKMPPSQTIRGKGNVIYGTSTSFKSQLRHKDKVRFRGHSEQLVVKEIVSDTELLMMDDVGEEHEALGDSAWDLLRYVDQTRVFDGVHEALRMGQCLGIFPEGGSHDRTDLLPLKVGVAIIAFGVLEKHNIQVPIVPIGLSYFRGHRFRGRAVVEFGPPIRISPELQELYRTNRRQAYTTLLLQIEDSMRSCIVTAPDYNALRLVYTARRLYQPSHRIPTPELKQDMNRRFAEGYKILLRRYSKPGASAEPPSSPSRIDKGYTSDDDQQHGTFPDENLPEDARMLKRHLEEYREKLQRLGLRDYQVPTLGQPDPLKATYTLLHLFLVALLAAIPSIVLNAPVGLVARKMAEAERKRALAGSVVKITARDVMMSKKIIISIVMVPTLWLAYALALFFWADWQTSTKVLAVLAMPVFSYAGVMATEAGMVDAKDLKPVLMRLRPEVRREMLALPALRARVQAELRAFVARVGPSLGDIYNNPQPLSWSTLMAHQPQSRSTT-NLENMAKEAVAVM 673

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A4D9D4W8_9STRA (PlsC domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9D4W8_9STRA)

HSP 1 Score: 579 bits (1493), Expect = 1.620e-192
Identity = 315/638 (49.37%), Postives = 427/638 (66.93%), Query Frame = 3

Query:  192 VMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGKSEQFKVTEVVSNTSLRLGERVPEDYA-GMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRMQKDSAAEAEGIEKMAAEAASVMSEDAPNPKKDD*SIQTSHLRGQ 2102
            ++LAVD+ NPIK+IA S+ +  R FA P   MLV L  +   + +Y  VR+FF SI+SIFF ++DI+G  N+P  GPIIF+GNH+NQFVD L V+T   H+VG+LIA+KS+   V G FA+    +PV RPQDSA  RP   TIV  G  V G  T F       DK+R +G+++Q+KV  V S+ SL L E  P   A     SAF+ L  VDQ  V+  V   L  G+C+GIFPEGGSHDRTDLLPLK G+A+IA G ++K+ + VP+VP+GLNYFRGHRFR R VVEFGPP+R+ E+L E+Y++N++EAY + + +VE+ MR  ++TAPDY +L LVYTARRL+Q D+ +P P +K D+NRRFAE YKIL  +Y +   P    +L+ RL+ Y++TL  LG+RDYQVPTL   + L+  YT+ H+F+V  LA +PS +LN PVG++AR  + +E+KKALA S VKI  RDV++SKKI +SIV+VP LW+ YAVL++  T    ST  ++  S P+FSY GV+ T +G++D KD+KP+L  L P  R  M  LPA R  LQ DLRA+I ++GPELG +YT   +KW +  R  K S+A          +  S++   +PN K  D   +T   RG+
Sbjct:   27 ILLAVDA-NPIKVIATSIGIPARWFAYPCLAMLVHLFLTHSQEFLYDGVRVFFRSILSIFFRQIDIVGIDNIPKHGPIIFSGNHSNQFVDGLMVLTTAQHRVGFLIAEKSYKHPVVGTFAKLAGAVPVTRPQDSA--RPMQGTIVIHGRHVEGQGTVFLRDLVPGDKVRIKGQADQYKVETVASDESLTLSEDGPLPPAQATAASAFEKLAKVDQSRVYNAVFEHLKQGRCIGIFPEGGSHDRTDLLPLKMGIALIALGMVEKYNITVPIVPVGLNYFRGHRFRGRVVVEFGPPIRVPEDLIEMYRSNRREAYQRLMAEVEDGMRATLVTAPDYHALHLVYTARRLFQKDNWIPSPGEKMDLNRRFAEGYKILMNKYGDE-RPAALNELERRLNDYQKTLHRLGLRDYQVPTLREDDSLRLCYTIAHLFLVFTLAMLPSLVLNAPVGVIARFVSSREQKKALAASRVKIEARDVIMSKKITLSIVLVPTLWIVYAVLLLRFTSLPPSTVAVLFFSCPIFSYLGVMATEAGILDAKDLKPVLLRLLPGARKKMATLPAERTLLQHDLRAYIHEIGPELGSLYTDKTVKWEEYIR--KSSSA---------TDLQSLLPSGSPNGK--DGRAETEDTRGE 647

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A7S2XUT5_9STRA (Hypothetical protein (Fragment) n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2XUT5_9STRA)

HSP 1 Score: 554 bits (1427), Expect = 8.540e-183
Identity = 304/646 (47.06%), Postives = 413/646 (63.93%), Query Frame = 3

Query:  138 FLAQISQTQAQAGWMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGDIVT---GVNTKFTELFEDRDKIRF---RGKSEQFKVTEVVSNTSLRLGERVPEDYAGMGPSA----FDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEG--------------GMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPL-LNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKW----------GDLFRM 1970
            F   +++ ++Q   +   ++L+ D LNP+K++  +L V   +F     F L+    +    I Y+  ++FF +++SIFF+++++IG+ N+P  GP++FTGNHANQFVDAL V+  C HK+G+LIA+KSWD  V G  AR + CIP+ RPQD A K      + A    V    G + K   L   +DK+R     G      V  VVS+  L   E      A  GP A    ++VL YVDQ  VF +VH AL+HG CLGIFPEGGSHDRTDLLPLK GVAV+AFGT +K+G++VPVVP+GLNY+RGHRFR R VVE+GPP+ IS +L E YK +KK+AY ++L  VE+ MR C++T P Y++LQ+V+ ARRLW     +P   QKQD+NRRFA+ YK+L  +Y +G               MP   A L+ RL  Y + L  +G+RDYQVPTL   N  K +YT +H+  V  LA+VPS  LN PVG++ R+ A K RKK+LAGS VKI GRDVMLSKKI +SIV+VP LW+ YAV +  LT    ST  ++ +SFPLFS+ GV  T +GMV +KD++P  L ++ PS R  M+ LP +R EL ++L+AFIK++GP  G IY   ++KW          GDLF+M
Sbjct:   11 FAHSVAEIKSQLTILSALMLLSFDELNPVKLVGGALGVPLYVFGWTATFFLLYTFVAHLRTIFYYGTKMFFIAVLSIFFSEIEVIGRDNIPRHGPVVFTGNHANQFVDALNVLCNCEHKIGFLIAQKSWDTLVVGILARLLGCIPIARPQDKAKKGAGKIEVAAGSTTVRASEGADFKAMNL-RAKDKLRICPAAGSVVLLTVKAVVSSGELECSEAADLP-AACGPEATAFGYEVLGYVDQSTVFAKVHEALSHGVCLGIFPEGGSHDRTDLLPLKVGVAVMAFGTQEKYGISVPVVPVGLNYYRGHRFRGRVVVEYGPPIYISNDLMEKYKESKKDAYGEYLGMVEDGMRACLVTTPSYQALQIVHMARRLWVPSGYIPSSQQKQDLNRRFAQGYKLLHAKYDDGLPSEVTEDDVVEKQEMPPAMAHLRNRLLEYIKLLQEMGLRDYQVPTLEL-NMWKVSYTFLHLISVFALAAVPSLFLNAPVGLICRILAEKHRKKSLAGSKVKITGRDVMLSKKITLSIVLVPTLWVVYAVALYFLTGLAFSTIFVIFMSFPLFSFMGVKATEAGMVAMKDLRPAYLRLIDPSVRKKMDTLPNIRAELVQELKAFIKEMGPSFGSIYNDTEVKWDEYMSKSGSTGDLFQM 653

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A7R9U143_9STRA (Hypothetical protein n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9U143_9STRA)

HSP 1 Score: 534 bits (1375), Expect = 2.390e-175
Identity = 293/635 (46.14%), Postives = 420/635 (66.14%), Query Frame = 3

Query:  138 FLAQISQTQAQAGWMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGKSEQFKVTEVVSNTSLRLGERVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTN-KKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRMQKDSAA-----EAEGIEKMAAEA 2024
            FL ++SQT+ +  ++    ML+ D+LNPIKI+   LR+           +L++++      I+Y  VRIFF SI+SIFF ++ ++G +N+P  GP+IFTGNH+NQFVDAL V+  C HKVG++IA+KS  R V G FARA+ CIPVVR QD+A KR   + I  +G  V G+ T+FT+   ++ K+R  G +E+ +VTEV+ + +  L E   E       SAFD++ Y+DQ + F +V  A   G CLGIFPEGGSHDRTDLLPLKAG+A+IAFG +++ G+ +PVVP+GLNY R H+FR RAV+EFG P+ ++ EL E YK+  K+EA + FL  V ++MR  I+TAPDY+ +QL+ TARR+W  D V+  P +KQD++RRFAE+YK L Q   E  + ++   L++RL  Y+Q L   G+ DYQVPTL R    +  Y + HM  V +LAS+P+ +LN PVG++A+  A KER +AL  S VK+  +DVMLSKKI I I++VPLLW+ YAV++       L   +++ +SFP+FSY GV+   +GMVD+KD++P L  L P  + ++  LP  R +L+ DLR F+ K+GP LG +YT  D+ W    R+ + ++      E E  E+ AAE+
Sbjct:   14 FLREVSQTENRVIFLFTLCMLSTDTLNPIKIVTNLLRLPTWPITYICGALLLNVVYVNAYIIIYSGVRIFFHSILSIFFREIQLVGVNNIPQHGPVIFTGNHSNQFVDALMVLCNCRHKVGFMIAEKSMHRPVIGHFARAIGCIPVVRAQDTA-KRASGQ-IRINGTRVEGLGTEFTKSVAEKYKLRIAGLAEEMRVTEVIDDHTAVLKEEPSEASQKSDFSAFDIITYIDQKDSFKKVWEAFQEGTCLGIFPEGGSHDRTDLLPLKAGIALIAFGAVEELGLEIPVVPVGLNYIRRHKFRGRAVIEFGAPITVTPELEEQYKSGQKREATAAFLDMVVDSMRSVIVTAPDYDRMQLIQTARRIWSQDGVIMNPKEKQDLSRRFAEAYKRL-QESDEPEIKKQVQALEDRLAKYQQRLDEFGLHDYQVPTLKRRRTWRMVYKLTHMTSVFVLASLPTVLLNAPVGLLAKYLAEKERVRALEKSRVKLEAKDVMLSKKIQICIILVPLLWIAYAVVLYV-AGVPLQMTILLFVSFPIFSYLGVLSAEAGMVDVKDLRPYLMQLLPDPKGVLESLPIERAQLRTDLRRFVSKIGPTLGVLYTEKDIDWVAYTRLARTASGNHLVQEGEASEETAAES 644

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A6G0WBM8_9STRA (PlsC domain-containing protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WBM8_9STRA)

HSP 1 Score: 510 bits (1314), Expect = 5.900e-166
Identity = 287/609 (47.13%), Postives = 393/609 (64.53%), Query Frame = 3

Query:  177 WMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKR-------PDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGK-----SEQFKVTEVVSNTSLRLGE--RVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKE---RLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKW 1952
            WML  +ML++D LNPIK ++  L +D  +F      +L+ ++ +  +D+MYF VRIF +S++SIFF  ++I+G+ NVP +GP+IFTGNH NQFVD + V+     KVG+L+A+KS    V G  AR+M C+P+VRPQD+ +K        PD    V +  I+ G  T+FTE     D+IRF GK      +  KV  V  +T L L    R  E+ A   PS++ +LK VDQ   F  V+ AL  G+C+GIFPEGGSHDRTDLLPLKAGVA++A G  D++ +NVPVVPIGL YFRGHRFR R V+EFG P+ ++ EL E YK ++++A + FL  VEE MR  I+TAPDY  LQLVYTARRLWQ   V       QD+NRRFAE+YKIL        +P+    L++   +LD YR++L  +G++D+QVP +A  +      + I+   +  LAS+PSF+LN PVG++AR  A  E+ KALAGS VKIA RDV+LSKKI  S+V VP LWL YA+L +  TDW  S+  ++  SFPLFSY GV    +G+++LK ++PL   L+P  R + ++LP  R  LQ ++R F+KK  P LG +     + W
Sbjct:   16 WML--MMLSMDFLNPIKALSAFLGLDSHVFGWLNFLVLLGVLYNNLSDVMYFCVRIFLNSVLSIFFKSIEIVGKDNVPMDGPVIFTGNHMNQFVDGIVVMMNSFRKVGFLVAEKSMKLPVIGHIARSMGCLPIVRPQDAVVKGDGLVFMLPDP---VDNAYILVGEGTRFTEQVGPGDQIRFNGKIVKESGQPVKVASVQDDTHLVLVAPLRDSEEQAIATPSSYGILKKVDQSTTFAEVYTALKRGQCVGIFPEGGSHDRTDLLPLKAGVALMALGAKDRYHINVPVVPIGLTYFRGHRFRGRVVIEFGEPIFVTNELMEEYKEDRRKACNTFLSAVEEGMRSVIVTAPDYNVLQLVYTARRLWQPSGVKLTAKDTQDLNRRFAEAYKILKD------LPDSQDDLRQLSLKLDEYRKSLSLMGLKDHQVPHIAWWSVHDVLASAIYGLCIFALASIPSFVLNAPVGLIARYVARAEQTKALAGSNVKIAARDVILSKKISFSMVAVPTLWLSYALLAILFTDWSWSSIFLLTASFPLFSYFGVRSVEAGIIELKTLRPLFYRLQPKYRKIQDELPQRRARLQMEVRMFVKKYAPVLGPLADPAPMDW 613

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: T0RLC0_SAPDV (PlsC domain-containing protein n=2 Tax=Saprolegnia TaxID=4769 RepID=T0RLC0_SAPDV)

HSP 1 Score: 510 bits (1313), Expect = 1.510e-165
Identity = 275/601 (45.76%), Postives = 396/601 (65.89%), Query Frame = 3

Query:  192 VMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGD----IVTGVNTKFTELFEDRDKIRFRGKS-----EQFKVTEVVSNTSLRLGERVPEDYAGM--GPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPE---EAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKW 1952
            +M+++D++NP+K +   L +D          +L+ ++    +D++YF +RIF +S++SIFF  ++I+G+ N+P +GP+IFTGNHANQFVD + V+  C  KVG+L+A+KS  R V G F+RAM CIPVVRPQD+ +K P    + A  D    I+ G NT F       D++R+ GK+     E  KV +V+ +T + L   V      +    SA+ + K VDQ + FG V+ AL  G C+GIFPEGGSHDRTDLLPLKAGVA++AFG  D + +NVPVVP+GLNYFRGHRFR R V+EFG P+ ++ +  ++YKT+K+ A + FL +VEE MR  I+TAPDY  LQL+YTARRL+Q   +   P + QD+NRRFAE+YKIL++      +P+   E   L+ +L+ YR++L  +G+ D+QVP +A  +      + ++   +  LAS+PSF+LN PVG++AR  A  E+ KALAGS VKIA RDV+LSKKI  SIV VP+LW+ Y VL +  T+W+ S+  ++  SFPLFSY GV    +G+++LK ++PL   L+P  R + ++LP  R  LQ D+R F++K  P LG +  S  + W
Sbjct:   23 LMMSMDAINPVKAVCSFLGIDPYTIGWLNLLVLLGVLYYNLSDVLYFCIRIFLNSVLSIFFKSIEIVGKDNIPMDGPVIFTGNHANQFVDGMIVMMNCYRKVGFLVAEKSMHRPVIGDFSRAMGCIPVVRPQDAVLKGPGKACMQASDDDSEFILVGENTTFLTSLARGDQVRYDGKTVMESGEPVKVEKVLDDTHVVLSGHVKNHDGDVIYDFSAYGIFKKVDQSHTFGDVYTALKRGNCVGIFPEGGSHDRTDLLPLKAGVALMAFGVKDTYHINVPVVPVGLNYFRGHRFRGRVVIEFGEPISVTNDDMDVYKTDKRTACNAFLHKVEEGMRSVIVTAPDYTVLQLIYTARRLYQPSGIKLSPKETQDLNRRFAEAYKILSE------LPDAQDEMNALRAKLEEYRKSLSLMGLTDHQVPYIAWWSIHDVISSAVYGVCIFALASIPSFVLNAPVGLMARHVARAEQTKALAGSTVKIAARDVVLSKKIAFSIVAVPVLWISYMVLAMLFTNWKWSSIFLLTASFPLFSYFGVRSVEAGIIELKTLRPLFYRLQPKYRKIQDELPQRRARLQMDVRLFVRKYAPVLGPLAQSAPMDW 617

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A1V9Y5U2_9STRA (Glycerol-3-phosphate O-acyltransferase n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9Y5U2_9STRA)

HSP 1 Score: 505 bits (1300), Expect = 9.830e-164
Identity = 283/616 (45.94%), Postives = 401/616 (65.10%), Query Frame = 3

Query:  192 VMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIKRPDDETIVADGD--IVTGVNTKFTELFEDRDKIRFRGKS-----EQFKVTEVVSNTSLRLG-ERVPEDYAGMG-PSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKL---KERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRM--QKDSAAEAE 1997
            +M+++D++NP+K I   L +D          +L+ ++    +D++YF +RIF +S++SIFF  ++I+G+ N+P +GP+IFTGNHANQFVD + V+  C  KVG+LIA+KS  R V G  +R M CIPVVRPQD A+     +  +  GD  I+ G NT F +     D++RF GK+     E  KV +V+ +T   L  + V  D A +  PS + +LK VDQ   F  V+ AL  G C+GIFPEGGSHDRTDLLPLKAGVA++AFG  D + +NVPVVP+GLNYFRGHRFR R V+EFG P+ +S E  + YKT+K++A + FL +VEE MR  I+TAPDY  LQL+YTARRL+Q   +   P + QD+NRRFAE+YKIL++      +PE A +L   + +L+ YR++L  +G+ D+QVP +A  +      + ++   +  LAS+PSF+LN PVG++AR  A  E+ KALAGS VKIA RDV+LSKKI  SIV VP+LW+ Y VL + LT+W+ S+  ++  SFPLFSY GV    +G+++LK ++PL   L+P  R + ++LP  R  LQ ++R F++K  P LG +     + W        + D  AE E
Sbjct:   23 MMMSMDAINPVKAICSFLGIDPYTIGWLNLLVLLGVLYYNLSDVLYFCIRIFLNSVLSIFFKSIEIVGKDNIPMDGPVIFTGNHANQFVDGMIVMMNCYRKVGFLIAEKSMHRPVVGDLSRIMGCIPVVRPQD-AVLNGAGKVHMQSGDEHILVGENTTFLKDLARGDQVRFNGKTVMESGEPIKVEKVLDDTHAILSSDLVNHDGATITEPSPYGILKKVDQSQTFSEVYTALKRGNCVGIFPEGGSHDRTDLLPLKAGVALMAFGVKDTYHINVPVVPVGLNYFRGHRFRGRVVIEFGEPITVSNEDMDEYKTDKRKACNAFLHKVEEGMRSVIVTAPDYTVLQLIYTARRLYQPSGIKLTPKETQDLNRRFAEAYKILSE------LPEAAEELDAIRGKLEEYRKSLSLMGLTDHQVPYIAWWSIHDVISSAVYGVCIFALASIPSFVLNAPVGLMARHVARAEQTKALAGSTVKIAARDVVLSKKITFSIVAVPVLWVSYMVLAMLLTNWKWSSIFLLTASFPLFSYFGVRSVEAGIIELKTLRPLFYRLQPKYRKIQDELPQRRARLQMEVRLFVRKYAPVLGPLADPTPIDWSAYMHSVSKTDETAEEE 631

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: A0A024UHC0_9STRA (PlsC domain-containing protein n=2 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024UHC0_9STRA)

HSP 1 Score: 504 bits (1297), Expect = 3.120e-163
Identity = 281/614 (45.77%), Postives = 390/614 (63.52%), Query Frame = 3

Query:  177 WMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIK---RPDDETIVADGD--IVTGVNTKFTELFEDRDKIRFRGK-----SEQFKVTEVVSNTSLRLG----ERVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRMQK 1976
            W+L  +ML+VD+LNP+K I+  L +D  LF +    +L+ ++    +D++YF VRIF +S++SIFF  ++I+G+ N+P +GP+IFTGNH NQFVD + V+     KVG+L A+KS    V G  A+AM C+P+VRPQD+ +    R   E+  AD +  ++ G  T FT      D++R  GK         KV  VV +T   L     +R         P+ F V K +DQ   F  V+ AL  G+C+GIFPEGGSHDRTDLLPLKAGVA++AFG  D++ + VPVVP+GLNYFRGHRFR R V+EFG P+ ++ E  + YK +K++A + FL  VEE MR  I+TAPDY  LQLVYTARRLWQ   V   P   QD+NRRFAE+YKIL    +     E+  +L  +LD YR++L  +G++D+QVP +A  +      + I+  V+  LAS+PSF+LN PVG+VAR  A  E+ KALAGS VKIA RDV+LSKKI  S+V VP LWLFY +L + LT+W  S+  ++  SFPLFSY GV    +G+++LK ++PL   L+P  R + ++LP  R  LQ ++R F+KK  P LG +     + W      ++
Sbjct:   15 WLL--MMLSVDALNPVKAISSFLDLDSNLFGLLNFVVLLGVLYHNLSDVIYFCVRIFLNSVLSIFFKSIEIVGKDNIPRDGPVIFTGNHTNQFVDGIVVMMNSFRKVGFLTAEKSMRLPVVGHIAKAMGCLPIVRPQDAVVVGVGRVYMESSSADDNSFVLVGEGTSFTRDVAPGDQVRANGKIVKESGAPVKVENVVDDTHAVLASPLLDRSGAVVTSAKPTEFGVFKKIDQSTTFTEVYTALKRGECVGIFPEGGSHDRTDLLPLKAGVALMAFGAKDRYHITVPVVPVGLNYFRGHRFRGRVVIEFGEPIAVTNEAMDEYKADKRKACNAFLTAVEEGMRSVIVTAPDYNVLQLVYTARRLWQPSGVKLTPKDTQDLNRRFAEAYKILKDAQT---AQEDLTQLALKLDEYRKSLNLMGLKDHQVPHIAWWSVHDVLASAIYGVVIFGLASIPSFVLNAPVGLVARYVARAEQTKALAGSNVKIAARDVILSKKISFSMVAVPTLWLFYTLLAILLTNWRWSSIFLLTASFPLFSYFGVRSVEAGIIELKTLRPLFYRLQPKYRKIQDELPQRRARLQMEVRMFVKKYAPILGPLTDPSPIDWSAYMHARR 623

[Close]

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Match: W4GF89_9STRA (PlsC domain-containing protein n=7 Tax=Aphanomyces astaci TaxID=112090 RepID=W4GF89_9STRA)

HSP 1 Score: 500 bits (1288), Expect = 5.640e-162
Identity = 279/610 (45.74%), Postives = 391/610 (64.10%), Query Frame = 3

Query:  177 WMLCGVMLAVDSLNPIKIIAWSLRVDQRLFAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPTEGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMSCIPVVRPQDSAIK---RPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGK-----SEQFKVTEVVSNTSLRLGERVPEDYAGM---GPSAFDVLKYVDQGNVFGRVHMALAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGLNYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMRGCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQRYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTVIHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVMLSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVVGTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGPELGEIYTSPDLKWGDLFRMQ 1973
            W+L  +ML++D+LNP+K I+  L VD  +F      +LV ++    +D++YF VR+F +S++SIFF  ++I+G+ N+P +GP+IFTGNH NQFVD + V+     KVG+L A+KS    V G  A+AM C+P+VRPQD+ +    R   ++   +  ++ G  T FT      D++R  GK         KV  V+ +T L L   +  D AG      +AF + K VDQ   F  V+ AL  G+C+GIFPEGGSHDRTDLLPLKAGVA++AFG  D++ + VPVVP+GLNYFRGHRFR R V+EFG P+ ++ E  + YK +K++A + FL  VEE MR  I+TAPDY  LQLVYTARRLWQ   V   P   QD+NRRFAE+YK+L+         ++ A+L  +LD YR++L  +G++D+QVP +A  +      + I+  V+  LAS+PSF+LN PVG+VAR  A  E+ KALAGS VKIA RDV+LSKKI  S+V VP LWL YAVL + +TDW  S+  ++  SFPLFSY GV    +G+++LK ++PL   L+P  R + ++LP  R  LQ ++R F+KK    LG +  S  + W     ++
Sbjct:   15 WLL--MMLSMDALNPVKAISSFLAVDSTIFGWLNFVVLVGVLYHNLSDVIYFCVRVFLNSVLSIFFKSIEIVGKDNIPLDGPVIFTGNHTNQFVDGIVVMMNSFRKVGFLTAEKSMKLPVVGHIAKAMGCLPIVRPQDAVVTGVGRVYMDSSSTESHVLMGEGTSFTRDIGPGDQVRANGKVVKDSGAPVKVETVLDDTHLVLASPLV-DRAGAVVTSATAFGIFKKVDQSTTFTEVYTALKRGQCVGIFPEGGSHDRTDLLPLKAGVALMAFGAKDQYHITVPVVPVGLNYFRGHRFRGRVVIEFGAPIAVTNENMDEYKADKRKACNAFLSAVEEGMRSVIVTAPDYNVLQLVYTARRLWQPSGVKLTPKDTQDLNRRFAEAYKVLS---DVTVAQDDLAQLGLKLDEYRKSLTLMGLKDHQVPHIAWWSLHDVLASAIYGLVIFALASIPSFVLNAPVGLVARYVARAEQTKALAGSNVKIAARDVILSKKISFSMVAVPSLWLSYAVLAIVVTDWRWSSIFLLTASFPLFSYFGVRSVEAGIIELKTLRPLYYRLQPKYRKIQDELPQRRARLQMEVRMFVKKYASLLGPLAESTPMDWSAYMHLR 618

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot

BLAST of mRNA_P-littoralis_Contig669.32.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G464_ECTSI	0.000e+0	89.26	PlsC domain-containing protein n=1 Tax=Ectocarpus ...	[more]
A0A835Z717_9STRA	8.240e-251	56.10	PlsC domain-containing protein n=1 Tax=Tribonema m...	[more]
A0A4D9D4W8_9STRA	1.620e-192	49.37	PlsC domain-containing protein n=2 Tax=Monodopsida...	[more]
A0A7S2XUT5_9STRA	8.540e-183	47.06	Hypothetical protein (Fragment) n=1 Tax=Fibrocapsa...	[more]
A0A7R9U143_9STRA	2.390e-175	46.14	Hypothetical protein n=1 Tax=Pinguiococcus pyrenoi...	[more]
A0A6G0WBM8_9STRA	5.900e-166	47.13	PlsC domain-containing protein n=1 Tax=Aphanomyces...	[more]
T0RLC0_SAPDV	1.510e-165	45.76	PlsC domain-containing protein n=2 Tax=Saprolegnia...	[more]
A0A1V9Y5U2_9STRA	9.830e-164	45.94	Glycerol-3-phosphate O-acyltransferase n=1 Tax=Ach...	[more]
A0A024UHC0_9STRA	3.120e-163	45.77	PlsC domain-containing protein n=2 Tax=Aphanomyces...	[more]
W4GF89_9STRA	5.640e-162	45.74	PlsC domain-containing protein n=7 Tax=Aphanomyces...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig669	contig	P-littoralis_Contig669:108757..127553 +

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.D7G464
Preferred name	GAT
PFAMs	Acyltransferase
Model size	2905
Max annot lvl	2759\|Eukaryota
KEGG rclass	RC00004,RC00039,RC00041
KEGG ko	ko:K13507
KEGG Reaction	R00851,R09380
KEGG Pathway	ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110
KEGG Module	M00089
Hectar predicted targeting category	other localisation
Exons	17
Evalue	0.0
EggNOG OGs	COG0204@1\|root,2QQ2N@2759\|Eukaryota
Ec32 ortholog description	Phospholipid/glycerol acyltransferase
Ec32 ortholog	Ec-02_001440.1
EC	2.3.1.15,2.3.1.42
Description	glycerone-phosphate O-acyltransferase activity
Cds size	1959
COG category	I
BRITE	ko00000,ko00001,ko00002,ko01000,ko01004

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680791390.4398293-UTR-P-littoralis_Contig669:108756..108869	1680791390.4398293-UTR-P-littoralis_Contig669:108756..108869	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig669 108757..108869 +
1680791390.6553798-UTR-P-littoralis_Contig669:126720..127553	1680791390.6553798-UTR-P-littoralis_Contig669:126720..127553	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig669 126721..127553 +

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_Contig669.32.1	prot_P-littoralis_Contig669.32.1	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig669 108870..126720 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig669:108757..127553+
coding sequence from alignment at P-littoralis_Contig669:108757..127553+

protein sequence of mRNA_P-littoralis_Contig669.32.1

>prot_P-littoralis_Contig669.32.1 ID=prot_P-littoralis_Contig669.32.1|Name=mRNA_P-littoralis_Contig669.32.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=653bp
MVKLYAPAFLAQISQTQAQAGWMLCGVMLAVDSLNPIKIIAWSLRVDQRL
FAIPFAFMLVSLIASQFADIMYFSVRIFFSSIISIFFTKVDIIGQSNVPT
EGPIIFTGNHANQFVDALQVITACGHKVGWLIAKKSWDRKVPGFFARAMS
CIPVVRPQDSAIKRPDDETIVADGDIVTGVNTKFTELFEDRDKIRFRGKS
EQFKVTEVVSNTSLRLGERVPEDYAGMGPSAFDVLKYVDQGNVFGRVHMA
LAHGKCLGIFPEGGSHDRTDLLPLKAGVAVIAFGTLDKHGVNVPVVPIGL
NYFRGHRFRARAVVEFGPPVRISEELHELYKTNKKEAYSQFLMQVEEAMR
GCIITAPDYESLQLVYTARRLWQSDDVVPPPDQKQDMNRRFAESYKILAQ
RYSEGGMPEEAAKLKERLDTYRQTLGTLGMRDYQVPTLARPNPLKATYTV
IHMFVVLLLASVPSFILNLPVGIVARVTAIKERKKALAGSVVKIAGRDVM
LSKKIMISIVMVPLLWLFYAVLMVALTDWELSTKVMVMLSFPLFSYAGVV
GTASGMVDLKDMKPLLNMLRPSKRALMNDLPAVRLELQKDLRAFIKKVGP
ELGEIYTSPDLKWGDLFRMQKDSAAEAEGIEKMAAEAASVMSEDAPNPKK
DD*

mRNA from alignment at P-littoralis_Contig669:108757..127553+

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig669.32.1 ID=mRNA_P-littoralis_Contig669.32.1|Name=mRNA_P-littoralis_Contig669.32.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=18797bp|location=Sequence derived from alignment at P-littoralis_Contig669:108757..127553+ (Pylaiella littoralis U1_48)
CTCCTCTATCATCATACACTCCGTCTTTTATTTTTCACTTGCACACACAG
CGGTGGGTGTGTACCAAGCGAAGGTGTCCTTGGCAGTCGCTGCCTGGGTG
CAGCGATAAAATCATGGTCAAGCTCTATGCCCCTGCCTTCTTGGCGCAAA
TATCGCAAACCCAGGCGCAGGCGGGGTGGATGCTGTGCGGAGTCATGTTG
GCGGTCGATTCTCTCAAGTAAGGGTTAAATTCTCAACTCCGATTCAACGT
TCATATTTGTTTTCAGTACAAGTCCCTAGGGCTGGCTCCTTACCCTACTC
TGGAACTGCTGTACTGCTCTACCCCCGGATATCTCGACGTACTGATTTAC
ATACGATGTGTAGCCAAGATGTTTATATATGTGCCTGCTTCGATGTGTGT
GCCGATGTTGAGCGGCAGCACTCGCACGTGCAAGGTCTAACATCAGCCGC
AGTTCAACCTCAAGTTTGAGTAGTCGACTTCGTGCACACCACAAGTACTC
ATGCGCCGTCTCTGTCCTCTCTCCCTCTCTCTCTCTCCGGTGCGCAGTCC
CATAAAGATCATTGCTTGGTCTCTGCGGGTGGATCAGAGGTTGTTCGCAA
TACCTTTCGCATTCATGCTGGTATCGCTCATCGCCTCGCAGTTTGCCGAT
ATCATGTACTTCTCCGTTCGGATCTTCTTCAGCTCCATCATCAGCATATT
TTTCACCAAGGTGGGCATCCTGAAAGCGGTTGCATTGCGACCCCTGTGCA
CACTAACATACAGCGTTGAAGTTTGTAACGTAGAAAGGCCAGGGTTCATC
TTATCGAGACCAAATTCTTGATTACTTCGTATGATTTTTTATTCTGATTT
TGATTATGACGGCTCGCACGCTCAAAATCAATGGAATTCCCCTGGCCATC
TTGTCGACGACGCGACACAGAGGCGAGATTGATTTTGATTTTGGAAACCG
CACTCGAACAGACCAACACGGGTCATGTCGGGGTGATTTTTCCTGTGCAA
ACAGCAAGCAGTCTGTGTCACAGACAACAACAGGAGGGCATCGCGCTGGT
TGGTGTCGCTGCCATTCTCGCCCCAGCACCACTTACACTAATCATACGTA
CTGCTGTCTCTAACTTCATGGATGGGCTCGCTGACGGGCTGTGGGGCGGA
ATCACGAGACATCTGTACAGCAGTGAGGCTGCTGGATTGTATTGCATGTA
TGACGAAAGATACATGAAGAAGTGCAAGGGCCTATATGATCGGAACTAAT
TACTCCGAGTATTAATTTTGGAGGAATGGCCAAAAAAGGGTATACCCGAC
GGTTTTCCGGCCACTATCGGGTACCTTGCTTGGCCAGCGTCACAAATGGT
CTCAGGGAGCAATCCCATTGGCCAAACCACGCCGCCACCCGGTCCTGGCC
AGATTTCTGCCAGGTATACCCGGTTGTGGCTACTTTCCCCCACGGAGGTA
CCCGATCTTCCCATCCACTACCCGAAAGTGGCCGGCGACGCACAGGCTCT
TCGTGGCGAATGGCCCACTCACGTCACACACATATTTTCCTCCGAGATCT
TCCCGCACACTACCGACGGCGCCCAAAAGAGAGACTGTCTGTATGTTGTT
GTTGTCGCTGTATCAAACAAAGAGAATGTATGCTGTGGTTCTGTGTACTG
CTGTAGTACACAGCAGTATTCCTGCTGTGAAACAGCGCGGAAACATCGAC
TACACAACACAGACTACACATCGTACTGCTGCTGTAAGATATGATAGCTC
ACATACCCTACATTATCTTGTGAATGAGTACAAGTAAGTGCAGTTCGTTT
TTCTAGAGTAATGTAACCTTGCCTTGCCTGTGTTCCTTATCCCAAACCAA
AGGGATCAAAATAGAGCAATGTAGTGAACAGCAGTAACGGGATTGAGGGC
TGTTATCATTCAAGGAATCGCACCAATTTCGCTCTAAATTTCAAGTGACG
CACGTACAGCATGGCACGCAGTACTCTACCCGCAGTACTACGGAAGCAGC
AGCAGTAAAGTACAGGAAATGAACACACTTTTGGAGACATGATGATACTA
CTGCTGTGACTCATATCGTTCGTTGTGTGCTTGTTGTGTGGTGGTGTGAT
GAGAGAGAAAAGAAGGTATCAAATGATGCGTACAACAGTCAGCAGAAGAT
CAAGACGTTGATTAAAGTACATACAGCATTATGATGGTGTAGTCTGTGTT
GTGTAGTCGATGTTTCCGCGCTGTTTCACAGCAGGAATACTGCTGTGTAC
TACAGCAGTACACAGAACCACAGCATACATTCTCTTTGTTTGATACAGCG
ACAACAACAACATACAGACAGTCTCTCTTTTGGGCGCCGTCGGTAGTGTG
CGGGAAGATCTCGGAGGAAAATATGTGTGTGACGTGAGTGGGCCATTCGC
CACGAAGAGCCTGTGCGTCGCCGGCCACTTTCGGGTAGTGGATGGGAAGA
TCGGGTACCTCCGTGGGGGAAAGTAGCCACAACCGGGTATACCTGGCAGA
AATCTGGCCAGGACCGGGTGGCGGCGTGGTTTGGCCAATGGGATTGCTCC
CTGAGACCATTTGTGACGCTGGCCAAGCAAGGTACCCGATAGTGGCCGGA
AAACCGTCGGGTATACCCTTTTTTGGCCATTCCTCTTAATTTTGAATACT
GATGTTGATTCTCATTATGACGGTTCGCTCTTTTTTTTATTTTCATTTTT
CTGGTTGGTTGGGTTAGCTATCATTTTTCTTTATTATCTCAGGCGGTTTC
TTGTAGGGCCGGATGTTTTATTCATTTTTTGATAGATTCCGATTCTTTTT
AGAGTCGAGGCTTCTCGTAGGCTCGGAAAACACCTTTTTCCGAACAACAT
TTTCCGAACAAAATTTTCCGAACAGCTTTTGATCGGATTTTGTTCGGAAA
ATCGGACATTTTCCGAACGCTGGATCAGTTCCGAAAATACGATCGGAAAA
TATATATAAAAAAAGTGTGTGAAGTTATCTCTCTCTTGGCGTATGGACAA
AACAAACGATATTAATCACAACAGAGCATCAGAGGAGGAGAGCTCTGCTA
CTACTTTCTGTGTCGTTGCAGCTGCTGCTCCTGCTGCTGCTGCTGCTACA
ACTGCTTGCTGCTGTCCATACATACATGTGTCCACCATCTTTCTGCGTGC
GCTTGCCGTGTCATCATTCATACCATCGTGTTCATCAACAACCAGAACCA
ACCAACCGTATGTAGCAGCAGCATCATCAGCACAGCAGCAGCAGCAGGAG
GAGGAGTATCAAGCTTCCTCTGTGAGAGACCACAGTTTGCATCTTCGCTC
GTAACTCCCCAATGAATGAAGCCACAGCGATGACAAACCCATCTCCCGTG
AGCTGTGCGTATGACTCTCCTCGTGTGGTAATCGTTTGGGTGAGGATTAC
ACTGGCACGTTCGCAAAATGGTCATCGCTCGTGGCTGTGGCATGTTAACT
GTTGTGTTGTAAAAAAGAACCCGAGCTATCATCTCCTCCTTTGTCTACTG
CTGTACAACTACCATACATACAGCAGTATATAATAATGCTGCTGTACAGC
AGACCGGCTGATACATCTTTCTCAATTTGTTTCGCATGAGTTGGCCATGA
GCAAACCTACGTTGCGAATGTACGGATGTAACCCTAACCCAAGCGATCAC
GACACGAGGGGGATCATATACACCGCTCACGGAAGATGCCTTCGTCATTG
CTGTGTCTTCATTCGTTCGAAAGTTACGAGCGGCGATGCAAACGGGTTTC
AGCGCAAAAAACACCACCCTGCGGTCCTTCGATCTCTTCAACCATCTACT
TAAAAAAAGGATCATCGAAAATCCGAACACCTATTTACCTATAAGAACAG
CGGATCGGCAGCCGTTGGCCGGAAAAAGTTCGTTCGGATTCTATCAAAAA
ATGAAAAAAAATCCGGCCCTACAAGAAACCGCCTCACAAGACTACTTATT
ATAGCTGGAAAAATCTCCTTAAAATCCGCCTTTTTCAATAAGAAGAATAC
AAACAGGATCTTCGAAAAGCACCACTTCTTATAACAGCGATTGATTTTAT
TTTTTCCGTGGGGGATTAATTTTTTTTACAGACAGACGGTGTTGACATCG
TTTCAACAGGCTGCTGCTACTGCTGCTGTAATGTATTTGTTGATCACTTT
CGAATGAATGAAGCCACAGCAATATCAAAGCCATGCCCCGTAAGCTGTGT
GTATGGTCGTGCATCTCTGATTGATTGTCCTTTGAGGCCGCGAGGCATCA
ACAGGCTCACAAAAAAAGAGTGCAGGCGTCGATGACGTGTGAAAAAAAAT
AGGAAAAAAGAAGGAATCCGCAGCAGGAGCAGGAAGCAGCAAGGTATTTT
GCGCAGGTACACCAGTTTGGTTTCTCTTCCATAACTATCGAACCAATTGA
GCCACAGCAATACCGAAGCCATCGACCGTGAGCTGTGTGTCTTGTCCCTC
TCCTCCGTTGGTAATCTGGGGCCGCAAGGCATCAACAGGCTAGGAATCTA
GCTCTTGCAGAAACCGATCACTCGTGAAAAAAGAGAAGAAATCTCCGCCG
TCTGTCTGTCTGTACTGCTGTACAGAAGTATATATACAGCAGTATGTATT
TACTGGACTCAACGGCCTTTCCTCTCAATTTTTTCACAACTCGTCGGTTT
CTGCAACGCTTCTATTGCTAGCCAGTTGATACCTTGCGGCCTTAGATGAC
AACCGGAGGACAAGGACCAGAGGCATAGCTCACGGGCGATGGCTTTGGCA
TTACTGTGGCTCAATTGGTTCGAGAGTGATGGATGAAAAACCAAACTCAT
GTAGCGGCCCAAAATACAAAATACCTGCTGCTGCTGCTTGCTGCGGCTCC
ATCCTCCTGCCCGCTCTCCTCCCTCGCCCCACACTACTTTTGAGTTCCGT
CCATTGCTCTTGAACGATTGAACCCTAGGCAACAACAAAGCAATCGCCCT
TGAGCTGTGTGTCTGGTCCCTCTCCTCTGTAGGTCATCTGGGGCCGCGAG
GTATCGATAGGCTTGCAAAAACAATACCGCTGTATGTAGTTGTTCAAGTC
ACCCGACCCATCGTGAGAGAAAGGCTGTGTGAGGAGGGCCCAAACTTTTT
CAATAAGCGTTTTCTGATCGATCGAATTGCTTAGAAAAAGTGACTTTTCT
GAGCGATTGGGTCGATCGGAAAAAGTTATTAGAAAAGTTGAGATCAAAAA
AGGGGGTTTTTCCATCTATAACAAGTGGTCAAACCGCCCAAAATCAAAAA
AGGCCTCTTCTAAGGAGGGCTTTTGCAGCTATAATAAGTGGTCTAATAAC
GTGTTTGCGAAAACAAAAATTTCATGGCTAACGACCAGTTTGGAGCCCCA
AATGTTTCTCCGGAAAATGATTCCGACAAAAATTTGCTCGAACCTGAGCA
AATTTGCTCGATTTCGAAGAAAACTTTGTAATTATAACGACCACGAGCTG
TGGTTGGCGCTCTTCGCATCACAAGCTGTACTTGGCGCTCATGACACAGT
CGCGCGCGTCAGCGATAGGAAAGGTCTGATACAGCTGTGGCTCCCAGCTT
GGTTTTGGATGCTGACTACTACCATATCGAGGAAATGGACCTCTTGGAAG
CAGGGCTGGGCAGGGACGCTGGTTGCGTGGGCATATACATGCATACAGCA
TATCATACCGTACAAAACATGCGGCTTGCGAACATATTCATTCCTCAAAT
GGCAATTCCAAAAAAAAAGAGGGAGAGAGGGCTGAGGGTACAGAACACAG
AACGGAGCACTTCCCTGCGTGTATGTATGCGATGCATCCGTGAGGAGAGC
AGAGAGACTGACGGAAGACAAGTCGATGCTTTCACGGCATGAGCTCTGGC
TGAAATACTTCCGGCTCTTGCATCTACCGCACTCCTTTCGCTGTCATTGC
TCCCTGATTGATTGTTGTAGATTACCGCGGCGATACCACCCGACCGGGCA
TGCACGCATGCATGTTCTGTTGTATATACGTGTTGTTCGTGTTGTACGTA
CCTTGTAATTCAAAGCTTCATATCATACGCATCTAGAGACACGACCGCAA
CACGACGCAGACGTGCCGTAACGGCCCTCCCTGGTTGGGTAATTACGGCT
TCCATTTTTATTTATTTTTAATTTGCAACTTTCGCAAGACACATCTTTCA
TCCGAGCTTTTTTCCGCGTACCGAAGAAGGGCTGAATCTGATTTTTTTTG
CAGTGGCGTCACTTCACAAAATATTTGTGATTTTCGCAAAGACGTCAATC
AACGACCGAAATCAAAATCAAGAAAATGAAATCATTTTTCATATAATTTT
TTTATTATGGGCGAATGGGCACGTGATTCTGGGATCGGAACAACGTTGGC
TGCTTCGAAGACCGTTCGGCACGCACTGCGGGCCACTTTCGTCTCTGTTA
TTTTTCTGTACATATTATGGTTTGTGAGGACGTATGCTGGTATGATATGT
AGATACAACAAGTAGCTGCGAAGTAAATAAAAAAGTCCAGAGAGGCAGCA
AAATATCAGCGGATCAGAAAGGGAGGCGTTCAAACTACCTCCTCTCTCTG
CTCTGGGGCTTGACCGAGAGAGGAAACACGGACAAACCGGCGAGTAGAAC
GGACGAGGTTTCCCGACAGTCTGGCATGTCGCGCGATGTCTGCGCCGATG
ATCCGTCAGTTCATCATCATTCAAGCAACGCCGCCGCAGCAGCAGCATCA
TCAGCAGCAGCAACGAGAAGAATAAGAAGTACAGCAGCACTACTTCAGAG
AAATATAACACTTCTTCTTCGTGTATCGTTCGTCATACATGTAATATAAT
CCAGCAGCCTCACTGCCTCACTGCTGCTGCTGCTGCTGCTGCTGCTGCTG
CTGCTGCGGCGTTGCTTGAATGATGATGAACTGACGGATCATCGGCGCAG
ACATCGCGCGACATGCCAGACTGTCGGGAAACCTCGTCCGTTCTACTCGC
CGGTTTGTCCGTGTTTCCTCTCTCGGTCAAGCCCCAGAGCAGAGAGAGGA
GGTAGTTTGAACGCCTCCCTTTCTGATCTGCTGATATTTTGCTGCCTCTC
TGGACTTTTTTATTTACTTCGCAGCTACTTGTTGTATCTACATATCATAC
CAGCATACGTCCTCACAAACCATAATATGTACAGAAAAATAACAGAGACG
AAAGTGGCCCGCAGTGCGTGCCGAACGGTCTTCGAAGCAGCCAACGTTGT
TCCGATCCCAGAATCACGTGCCCATTCGCCCATAATAAAAAAATTATATG
AAAAATGATTTCATTTTCTTGATTTTGATTTCGGTCGTTGATTATGAGAT
AACAAAAAAAATGACAGCTAAACCAACCAGCGGAATAATAAAAAGCGCGA
ACCGTCATAATCCAAGTCAAAATCAATAATCAAAATCAAGAATTAGTCTC
GATAAGATAAGACCTAAGCCTAGCTTAGGCAGACAGCAGCTGATGCAAGC
ACCAAAAGAGTCGGAGCCGGAAGATGGTTGTTGTGTTTTTTTGTTATCAA
CAGCACGCCGCGGTAAAACTTGGATCAAATTCACCTTCACATATCGTCCC
CTTTCCCTTGAAGTTTAAGTTTTAACAGCTCCGAGAGGAGCTGCGTAGAG
GTGTTTTGAGAAGAACCCGGTGGTTCGCTGCGAGTTTCGAATTTCCAGAT
TTCTTCTAATATTTTAGGTGGTTTCTTAGGCGGTTTCTTGTAGGGCCGGA
TTTTTTTTTCATTTTTTGATAGAATCCGAACGAACTTTTTCCGGCCAACG
GTTGCCGATCCGCTGTTCTTGTAGATAAATAGGTGTTCGGATTTTCGGTG
ATCCTTTTTTTAAGTAGGTGGTTGAAGAGCCGGCTCCAGAGTATATATCT
GCATCGAAGGACCGCATGGTGGTGTTTCTTCCGCTGAAACCCGTTTGCAT
CGCCGCTCGTAACTTTCGAACGAATGAAGACACAGCAATGACGAAGGCAT
CTTCCGTGAGCGGTGTATATGATCCCCCTCGTGTCGTGATCGCTTGGGTT
AGGGTTACATCCGTACATTCGCAACGTAGGTTTGCTCATGGCCAACTCAT
TCGAAACGAATTGAGAAAGATGTGTCAACCGGTCTGCTGTACAGCAGCAT
TATTATATACTGCTGTATGTATAGTAGTTGTACAGCAGTAGAGAAAGGAG
ATGACAGCTCGGGTTCTTTTTTACAACACAACAGTTAACATGCCACAGCC
ACGAGCGATGACCATTTTGCGAATGTGCCAGTGTAATCCTCACCCAAACG
ATTACCACACGAGGGGAGCCATACGCACAGCTCACGGGAGATGGGTTTGT
CATCGCTGTGGCTTCATTCATTGGGGAGTTAATTTACGAGCGAAGATGCA
AACTGTGGTCTCTCACAGAGGAAGCTTTGGTACTCCTCCTCCTGCTGCTG
CTGTGCTGATGATTCTGCTGCTACATACGGTTGGTTTTGGTTGCTGATGA
ACACGATGGAATGGATGATGACACGGCAAGCGTACACAGAAAGATGGTGG
ACACATGTATGTATGGACAGCAGCAAGCAGTTGTAGCAGCAGCAGCAGGA
GCAGCAGCTGCAACGACACAGAAAGTAGTAGCAGAGCTCTCCTCCTCTGA
TGCTCTGTTGTGATTAATATCGTTTGTTTTGTCCATACGCCAAGAGAGAG
ATAACTTCACACACTTTTTTTATATATATTTTCCGATCGTATTTTCGGAA
CTGATCCAGCGTTCGGAAAATGTCCGATTTTCCGAACAAAATCCGATCAA
AAGCTGTTCGGAAAATTTTGTTCGGAAAAAGGTGTTTTCCGAGCCTATAC
AAGTAAGAAGCCTTGACTTTAAAAAAATTCGGAATCTATCGAAAAATGAA
TAAAAAATCCGGCCCTACAAGAAACCGCCTTACAACTTTGAAAATGCCGA
TCGATTTCCCCTATGTTCGATCGAGAGCAGAAATCCATGTCGTACGGAGA
CCAGAATGCCCATTTTCGATCTGAGATATTCCTATATACGCAGATCAGAA
TCCTGTAGGAAACCTGAGGGATTTTCGACGCGGTCAACCGAGCGATTTTT
GCGCTCGGATTGTTGTTGTGCTTGGGTCTTCTTTCTAATGTGGTATGATG
AGTCATGTGGGTGGCTTGCCATCATCATCATACACACACACGCACACGCA
TACACATGTACACTACCAAGCACTAGCCACAAAACCCAAGCAAGGAGAGC
AACAACAGCAGGGGAGGAGACGTACTGTTGCTGCTGGTGCTGGTGCTTCG
CTGCTCGGCTGCTGTTCATGTAGCACGTGCCGGGTGTCACAGGTGTCGGT
GTTCTCTATGTGCCCTCACACTTTTACATGGCTCCGCCCAGCGGGTCCTT
TTCCTCTGACACCGGCTTGCTTTTTCATCCACCACTACTACTCTCGAACG
AATGCAGCGACAGCTTTGATATGGGCATCTGCCGTAAGCTTTGTGGGTAA
TCCCTCTCGTGTGGTGATTGTTTGGGCTCGCGAGGCATCGGTAAGCTCGC
ATACAAATCTGCTCGTGACAATTGTCACATGGTACTGGAAACGACCAGAG
AAGAGGGAGCTGTTCTGTTGCACTGCTGTACAGCAGCACTGACCGGTGGG
GTTTTCTTGAACTTTTCCACATGTGGTTTGAGACAATCAGTCTGTTTCTT
GCGGACATACCGATGTAGCCCTAATCTAACTGGTCACCAACCGACAAGGA
CCATGCACACAGCTCACGGCAGCAGATACCTCAGGTATTGCTGTGACTAC
ATCCGTTCGGGAGTGGTGGACGAGAAACCAAACCGGTGCCAGAGGCGAAA
AAGACCTCCTTGGCTGCGCGGAGCAACCACGGCAACTATTTCTTGTAGTT
TTTTTTGGCGTATGTTTGACGCACATCATCATCAACAAGCAACATCGTTG
CGAGCCTACCCACTCCTCCAGGGCTTCAACGAGCATCACATGAGGAGAAC
TATACACACAGCTCACGAGAGATGGCTTTGAGATGACTGTGGCCTCGTTC
GTTTGAGATTTACAAGCTAGAGTGCAAACTGGTCTCACAGGAGAATTGAC
ACCCTTCGCTGTTCTGCTGCTGTGCTGCTCCTTGTTGGCAGTTCTAGAAA
AATGGCAGGAAAAAGCGATCACGTCAAGAAAGCGGAAATGAAGATCTTCA
GCAGTGAAATGCTCGATCGAATATAGGGGAAAATTGATCGGCATTTTCAA
CATTACAAGGAACCGCCTTGATGAATAATAACAAGTGCGGGAGAGTTGTA
CGCTGAGAGTGCAGACACACCAGGATGTTTTGGGAGAGTTAGTAAAGCAT
CGGTTTGACCCAGCGGCGAAGACCCTCTTTATCCCACTTCGCCAATTCGC
TCAGCTCCTCTCTGCAGAAGACATAACAGCTCGTCGGCCTTTGATTAATC
AATCAATTTATTGTCACACAAATCAATGCATCGACCAAAGAAGCACACTC
ATACATAACTGCTGTCGCTTGCGTGGTGAACGGGGATGAACGTCCACGCT
CTGGTACATGAGTTCGGGACACGATACGCTGGTACCTACTCCAGCTGTTG
GGAACATTATCCAAAGTTATCTACGAATGTCAACAGGAGTCAGCGACGTT
TCTTGAATCTTTAGATTAACCACAGGTAGTCAACGTTTGTTGTTGTGCGT
GCGTGCGCCCTGCCCATCTTTTTGTCGTTCGTTGATTTCTTGGGTTGCCG
TATCTTCCTGGGAAATCCTGCACTTTCCGTGACAAACCAGTGAATGTGAG
AAATCAAAACAACAGCCTCATGTACGAATACGGCTAGATCTTTTCAGAGC
ATTGTGTTGAATGACCGAGCTTGTCTACTATGCTTTGCGCTTCCTTGCTT
GTTTTCCGGTGCGCCGTATCAACCCACGTGGGACGTATGCACATAAATGA
TAAACGTGAACAGGTGGATATAATCGGGCAGAGCAACGTGCCGACTGAAG
GTCCGATCATTTTCACCGGAAACCATGCCAACCAGTTCGTCGATGCTCTC
CAGGTCAGCTCACCAAGTCTGCTGTTGAATCGAACGCTTTGAGCGGGTTG
CATCCCAGCGCATGGCACAGCTTCCGTGTAGATTACGCAGTACGTTTGTA
CGACGAATATGTTGTGGTGCAGTTCTCGTTGTTCTACAAGTAAATGAGTA
CCCCCGGGTGTTATTTATTTTTCGTTTTTTTCTCGTCGCCGCGGTAGGAT
ACATAATCATTTAGCATGTTTTCTTTCATTGATTCCAAATAGTTTTTGCA
GTGACCGCAAAGAATAGACGCCTTTTTGCGTACCCAAGTCTTAAACCCAT
CTGTGGTACGAAGCATGTGGTTGCATCCCCGCTGATGTTAGCAACAATTC
CCCTGTGTGAATCAAGCTCAACACGGCAACTGTGTGGTTGTCTTGTGTGT
CACATCGTACCATCGTTTTGTGGTGCATGCTACGATCGTTAGTGAATTAT
CTCAAATAGGTGAGAGGTGTGTAACAACAGGTGACGATGAACCGACAGCA
CATATTAATACAATATTATTTTTGTTCCTGTGGTGTTAGGGCGGTTGTTA
GCGTGTGCTATCACCCGGAACTATTGGCAGACGACGTACCAATACTCGTG
GATATAACTAGGTCGATAGACGACTCCTACGGGTGGTGAACATGCATAAG
GCAAAATGAAGCATCGGACATACCTGGTGAGTATCAGGGGATATTCGGCC
GCAAACAGTCGTCGGAAACAACGGCTACTCCTGACATATTTTGCACGAAT
CACCATGCGATAAACATGCGCATAGCGATTGCACGGTTTGTGGCTTGATG
TGCCGGAGGCGGTGCTCGCGGTTGCGCATTTACGTTCATCCACGGACGAA
TTCGCCCCTTGTGCTGCCAGTATACGTCGCGAGTGTGTAAAAATGAAGCG
CGAACCCGCTGGTCTCGTGCAACACGTAAAACGTCAGGCTCCCCGACATT
TGGCATCACTTGGTAGCCCAACCTCCCCTCCTGCTCCCTACCGGTATCTG
GCATGAGTCATCAGGTCATCACTGCGTGCGGCCACAAGGTCGGCTGGCTA
ATCGCAAAAAAGAGCTGGGATCGCAAGGTTCCCGGGTTCTTCGCACGGGC
TATGTCGTGCATCCCGGTGGTTCGTCCCCAGGTAACAATTTTTATCAGAT
ACCAGTTGTACCGGGCAACCCTGTTTCTAAGTGTGCACTACTTGTGCCGG
TGGTGTTGGTTGCGGGGTCTTCGCAGCTGGCTTTGTTTTCCGACGTGAAT
GGGGCACCTTTGCGTTGTGCGCCAATTAATCCCGGTGCACTCCGTCCCAC
TTGCAATGCGGCGATTTTTTTTTTTGTTGGCCGAGGATGCGTGCTTCTGC
CCGCATCGAGCACTGTCGTTGTTTCTTGTGTTTTTATTAGGTGGTGCAGC
GGTACCAACATCCCCGCATTTTTCTCGCAGGACTCGGCGATCAAGCGCCC
TGACGACGAGACCATCGTGGCTGACGGTGACATCGTGACCGGGGTGAACA
CCAAGTTCACGGAGCTTTTCGAGGACAGGGATAAGATTCGCTTTCGTGGG
AAGTCAGAGCAGTTCAAGGTAGGCTTGTTTATGTACTTCCGCAGTAGTCC
TCATGCTGCCTCTCACCTAGCCTGACGAAGAGTTTCCAGTTTTCGCCAGC
GGTTTGAATGTAAGTTCAGTACACCGAATGGTTGATTTGTTTACAAGTAC
CTGTATTGTACCGATGTGCCGGTTTTTTTTCTATCCCAAATGTCTCAGGT
GACGGAGGTTGTGAGCAACACGTCGTTGAGACTGGGGGAGAGAGTGCCAG
AAGACTACGCCGGGGTGAGTTGTTGCAGATTGGGGTTTACTCGCGTGGCG
CGGGAATACTGTTTTACTGCCCTGCATGGGTGCATCGCTCGTCAACACTC
CCTGCACCAGGGCGTGTGGGCTTGCGGCAAGGCGTTGCGGGACGCCCATG
GGCGTGAAACAATATAGTTGCCGAGCACACGGTAAATGCTGAAGCCCACA
ACGGTTACGTGCTTGGCGAAGGTGCTTCTCAAATCGACGGAGGTTTGCGA
AGTACGTATTTCCGCTCATGTTGTGCGTGTTATACATATGGGTTAAATAT
GAGCGCAGTAATCGTCCACGAGCCCTCAGCTCTGATGTGATATGGAAACA
TTTGGGAGCCTCCGCGGCGCTAGCGGTACACCACAGCAAGGTTTGATTAA
TTTGTCCCCTTCGAACTCGGCTTCGACAGATGGGACCGAGTGCGTTCGAC
GTTCTCAAGTACGTTGATCAGGGGAACGTGTTCGGCAGGGTGCACATGGC
GCTGGCGCATGGCAAATGCCTCGGGGTGAGTGAGCTGCATGCATCCCATT
TTTTTCACGCGTGGGTGCTGCTGATGCAGACTGGTGTGGTGTGTGTCGTT
TGTCCCGGCTCGATCTTGTTCACTGAGTGCGGTCGGCTTTGTTGTGAAGG
CAAGACTTTAGTGCGAGCGCACGTTACGACGCCGTTGAGCGAAAAACATC
CCTTGTCTGGCTTCGTACATCATGGGTAGTACCCGGTATTCGGTGTGATA
CTAGATTACTCATCGTTCCTGTTTCTCGTTTCGCAGATCTTTCCAGAGGG
TGGATCGCACGACAGGACGGACCTGCTGCCTCTAAAGGTGGGTGACTTTT
GCGGAACTTCCTGTCGGGTGGTGTTTTTTTTTTCAAAAGGCTTCACGCCA
AGCATTGCTTTGTTCAGAGACCGTGCTTCTACCCGTTTCAACGCACGCAC
AAGATTGTTGCTGACCTCGATGACCCACTAAGGACTTTGCCCTAACTCTC
GTTCTGGTCTTTTTCAGGCCGGGGTGGCAGTGATCGCGTTCGGTACTCTG
GACAAGCACGGGGTGAACGTCCCTGTCGTGCCCATCGGGCTGAACTACTT
CCGAGGCCACCGCTTCAGGGCGAGGGCTGTGGTGGAGTTTGGACCTCCTG
TGCGCATTTCGGAGGAGCTGCACGAGTTGTACAAGTGAGAACAAAATGTT
CTGTTTTGCTACGTTCCGAAAGGCGACTTCCGTGAGTTTTGCGTGAGACA
CACGCAAAGTGGAGCCGTGCCCACGTTTTTTGTGCCAGACGTACAAACAT
TTTTCATGCACGACACACACGATGTTTTCGATGTTGTGAATTTTTCATTT
GAACCACTTGCAGGACGAACAAGAAGGAGGCGTACTCCCAGTTTCTGATG
CAGGTGGAGGAGGCCATGAGGGTGAGACCTTGGCGCACGATATGTGTTAA
ACTTGTTTGGTGGTGACATCGTCTGGAAGGTATGGAGGCAGCGGCGGGCA
GATTGCTGTTCGTTTGTATCAGCGAGTTGCGGCCGGTCATGCAGAAGGCT
GGTGGCTGGTGTTTACATTGGCTTACCGCAATGCGTATGCGCGCCGCGTG
CGTTTACTTCGCTCTAGGGCTGCATCATCACGGCGCCAGACTACGAATCT
CTGCAGCTGGTGTACACCGCTCGAAGATTGTGGCAGTCAGATGACGTCGT
GCCGCCGCCAGACCAGAAGCAGGATATGAACCGTCGCTTTGCTGAGAGCT
ACAAGATTCTCGCTCAGGTCAGACGGTCGCTGCGAAGATATGTTTGCTAA
CTCTAGAGACTACCCAGCAACATGCATGGGCGAACAGGTGCGGCCCGATG
CTACCATTGATCTCACGAAGGTAGGCTCTTGTAGTTGGATGATGACCCCG
TGAACGATTTGTACAGAGTCCGGTACCTCTCGTGCAATCTGTGTTTGTCG
ATGTTTCGTCCTGAACGAATGCTGTCGCGTTACTGCAATCCGCAAAAGGA
CGACCAAAATCACGTCTATTTGCAAGCGTATTTTTCTGGCCGCACGCGTC
CTCCCACCACGAGTTACCCACGTTCAATGCGCCATGTGTCGCGTAAAAAT
GTGTTGGCCTGTTGTTTTCAGCGATACTCGGAGGGGGGGATGCCTGAAGA
AGCCGCGAAACTGAAGGAGAGACTAGACACCTACCGCCAGACGCTGGGAA
CGCTGGGCATGAGAGATTATCAGGTGTGCAAAAATTCATTTTTTTTATTC
CAAGCGGCGCCATATGCTGTGTCGAGCGCATGCTGTTTCTGAGTCTGTTC
AACAACATTATTGGGGTGCAACAGCAGTATGAAGGAAGCATTTCGTGTCG
CAAAGGGGCTTTTTGTGTCTAAGATGAAGGCCTGCACCGGTACCGGTTTG
ATATTTTTTACCCGAAAAGAAACGGGTGCGGCGCCAACAAAAACGAAAGC
CATACAAGTATCCGCCTCGGTATCTTTGGGCTACGACATCAAACAACTTC
AGGACACTTCTAAGAGCTAACGGTTTGGGTCGTGCGATTCTGGTATGTGC
TGATATTCGACGCCGTCGTGTCTATACTTCGCACGAGTACCAGCTCAGCG
AACGCGATTGTTCGGGGCGCAGCATCTATATCACAGGCCCGATGTTTCTT
GGTGAATCGCACATCACAAGCATGCCCTTGTTGCACGTTCTGTTTGAAGG
TGCCCACGCTGGCCAGGCCGAACCCGCTCAAGGCCACGTACACGGTGATC
CACATGTTCGTAGTCCTGCTGCTGGCGTCGGTGCCCTCGTTCATCCTCAA
CTTACCCGTGGGAATCGTGGCCAGGTATACGGTGGGCTGGAGATGGTCTT
GTGCTCCCAACGCTTGCTCCACTCCATGCAGCGTGTGTACCACAAGACCC
GATAAGGCTGCCCCGGCCTGCATATTGAATTTTTGCTCTGTCTAGACGGG
GCGCAGGTTAGCTCTCGAGGTGAAAAATAACGCGTCATGACCCCGCTGGC
CGCCTCTCGACTCACCCACCAACCTTCTCGTTTGACCTCAGAGCCTCTCT
CTTTTCAAGTAATCCGTTGGTGCACACATGAATAATCGTCAACATCGTGG
TTCGGCCTTCGAAAAATCCTTGCTGCTTCTTCGAGACGTGGTATTCGTGA
ACATTCCCGTGTCATCTGTTTCGTTTGCATGTCTCTTGCGAAATTTGGGG
GGAAATGTCTTAGTGAGCTCTAGTTAACGAGTTCTGCTTAAGCATGTACC
ACTTCATACCACTGTTTGCGTGTTTGTAGTGTACCCGCCTACACCATCCA
GTTTGTAGGTTTAATTCCTCCTGCCGCCATCGAATGCTTCGAAGTAGTTT
ATTTGTAGCAATTGCGCTGAGTCAGTTTGTTACATTTGTTGCATCATATC
GAAGGGTGACGGCTATCAAGGAGCGTAAGAAGGCCCTGGCGGGATCTGTG
GTGAAGATCGCTGGCCGAGACGTGATGCTCAGCAAGAAGATTATGATCTC
AATCGTCATGGTCCCGTTGCTCTGGCTGTTCTACGCCGTGCTTATGGTGG
CGTTGACCGACTGGGAACTCTCAACCAAGGTGAGCCAGTAGATGAGCCTC
CATGTTGGGAAACCTGCTACTTGTACAGTAGAAGAAACAGAAAGGATACC
GCAACACACGCATCGGCATCCAAGCCCCGAGTTTGGGTTATGATTTTTGC
CTGAAAGCTGGTTCGAGAACCCCAGAAGCTCGCCCGCTCTGTAAGGTTGC
AGCCACTGCCGTCGGAAGATGACACAACGGCGGTATTTTTGTTGTGTTTT
CCCTGTATCACAGGGCGAACAGCCACGTGGAGGGAGTTCGATCATGTACA
GATTGTACCGGAATAATTGTGTCACTACTGTCCGGGGTCGTTTCCGCCTT
GCATGGGAGTGCCTGTGTGGTCGTTCTTATCTGCCGATAATTCCACCGAG
GGGGGCGGAAGCGGTGAAGTAGTGCATTGCAATGTTGTTTCCCGGAGCAC
AGCGGGTCACACATGCTCCAAAATTGGAGATGGATACTGCTGTGTTTGCT
GCAGCTTGAACCAGATTGTTTTGTGGTGAATTTGTGGCAGGTGATGGTGA
TGCTGTCCTTCCCGCTGTTCAGCTATGCTGGCGTGGTCGGCACCGCGTCA
GGAATGGTTGACCTCAAGGACATGAAGCCTCTCCTGAACATGCTTCGTCC
CTCGAAACGAGCGTTGATGGTGAGTGTAATTTGTCGAGTAGACAGACGCC
CGAGAGCACCTTAACAACGGTTTGGCTGGCATGTTGGGAACAAAACCCGC
TCGGATATTTCATCGAGACACCGCAGCTTGGAGAAACCGGCAAAAATGTT
GTGGCATCAAATCTACATTTGAAGTACAACAACACCAAGCGTCTGGTCGG
CTCGCGCACCCGAAACCACTGAACAACTTTCACAGCAGCACAAACACTGA
CGCGCGGTGTCATCTGTGATGCCTGTCCCTGAAAGTGTGTTCCACTTCAA
TTTTGACACCATCGTATCCCTCCGGGTTTCTTTGGCTACCTTCATCGTCC
CAACCCGCCAGAATGACCTGCCAGCAGTTCGACTAGAGCTCCAGAAGGAT
CTCCGGGCGTTCATCAAGAAGGTTGGGCCGGAGCTTGGAGAGATCTACAC
TTCACCGGACCTGAAGTGGGGTGACCTCTTCCGCATGCAAAAGGTGCTGC
AGCCGACCGCTCGCCGACTTTCTGCAAGGCTTCATGGCACTTTGGGCCAT
CATTGTGTAAATAGCTGATGGTTGCGATTTGGAGTTGCGCCCTCGATCAA
CCTTGCAGATGGTTCGAAGTGTTCGGCATTTTTGTAACAACTTATTTGCA
GACCAACACAACGACACCACGGACGGCGCATTGGCGGCAAAGGTGGCCCC
GAGCGAGTTTACTCTAAGTGCACATGCCACTCGCCGAAGCAAAACGTTTT
CACCATGCGCAGTCAGTCCGGGTACGTCTTGAGTTCTGTGTGTACCCGTT
GAAAGACAACTCGCTTACTAGTGCCCACTTCACCACGTCTTGAAACCCCA
CTTCTACCGCTTAAACAGGACAGCGCGGCGGAGGCAGAGGGGATCGAAAA
GATGGCGGCGGAAGCGGCAAGTGTCATGTCCGAGGACGCCCCCAACCCGA
AGAAGGACGATTGATCTATTCAAACTTCACATCTGAGGGGACAAGCGGCG
AGGAAGCAGTATATTTTCCTTCGGTTTGCTTTCATCGAATTTGGTCTCCG
TGAAAGGTGCTTCTTTTTAAAACGGCGGCGACAAGGGGTTGGACAGTGCC
CCGGGGTCTCGTTGTGTTCCCCAGGAGATATGAAACCGTCAGCTGGGCGG
CACATCAATGTGGTGTAGTGAGGTCATCGCACTCAACTGCAGAGTTCTAA
GATTTTCGCGTCTGACAGGCGCAGGCGTAGTTTGTTTTTGGCGAGGGCAT
GGCACTGGCGTTGTGAATTATTTCAGACTATTTTCGCTGCGACGACGTTC
AGTGCAAGTATGATAAAGTGTACCTGGTACCGGTTATCTGCGTCGGAAAA
AAACCACTCAAACAAATCTTCAGCGGAACCCAGTTCTCTTCGTGCGAGAC
GATCGACGAGAAGAAACGCTCATGAGCCTGAATTGCGATATTAAACCGCC
TAAAGGTGCGGTCTGCTATTGGACGCTCTTGAACAACCTGAACTGTGGAT
AATATATAATGCAGTTGAAATTGCCCAGGGTTGCGTTTCATGGTGTTGCC
GAAGCTGCACCGACCAGGTTGATAAGGAAATCACCCACGTCCTCCGGCAC
AGGGGACAAGGGCGCCCCGGGGGGAAAGTGGCTTTCATGTGTGCATTCGG
GCTTGTCCTTGAGCGGATTGTTTGCTGTCCTACCGAGGATCTGGAGCAGA
GCCCAAAACCGAGGTTTTGAGTAATGCCACGAACACATTACCACACGATC
GGAAAGCAGATGGGGGCACCCGCGAAAAATTCCTTTTCACCGGTTGA

Coding sequence (CDS) from alignment at P-littoralis_Contig669:108757..127553+

>mRNA_P-littoralis_Contig669.32.1 ID=mRNA_P-littoralis_Contig669.32.1|Name=mRNA_P-littoralis_Contig669.32.1|organism=Pylaiella littoralis U1_48|type=CDS|length=1959bp|location=Sequence derived from alignment at P-littoralis_Contig669:108757..127553+ (Pylaiella littoralis U1_48)
ATGGTCAAGCTCTATGCCCCTGCCTTCTTGGCGCAAATATCGCAAACCCA
GGCGCAGGCGGGGTGGATGCTGTGCGGAGTCATGTTGGCGGTCGATTCTC
TCAATCCCATAAAGATCATTGCTTGGTCTCTGCGGGTGGATCAGAGGTTG
TTCGCAATACCTTTCGCATTCATGCTGGTATCGCTCATCGCCTCGCAGTT
TGCCGATATCATGTACTTCTCCGTTCGGATCTTCTTCAGCTCCATCATCA
GCATATTTTTCACCAAGGTGGATATAATCGGGCAGAGCAACGTGCCGACT
GAAGGTCCGATCATTTTCACCGGAAACCATGCCAACCAGTTCGTCGATGC
TCTCCAGGTCATCACTGCGTGCGGCCACAAGGTCGGCTGGCTAATCGCAA
AAAAGAGCTGGGATCGCAAGGTTCCCGGGTTCTTCGCACGGGCTATGTCG
TGCATCCCGGTGGTTCGTCCCCAGGACTCGGCGATCAAGCGCCCTGACGA
CGAGACCATCGTGGCTGACGGTGACATCGTGACCGGGGTGAACACCAAGT
TCACGGAGCTTTTCGAGGACAGGGATAAGATTCGCTTTCGTGGGAAGTCA
GAGCAGTTCAAGGTGACGGAGGTTGTGAGCAACACGTCGTTGAGACTGGG
GGAGAGAGTGCCAGAAGACTACGCCGGGATGGGACCGAGTGCGTTCGACG
TTCTCAAGTACGTTGATCAGGGGAACGTGTTCGGCAGGGTGCACATGGCG
CTGGCGCATGGCAAATGCCTCGGGATCTTTCCAGAGGGTGGATCGCACGA
CAGGACGGACCTGCTGCCTCTAAAGGCCGGGGTGGCAGTGATCGCGTTCG
GTACTCTGGACAAGCACGGGGTGAACGTCCCTGTCGTGCCCATCGGGCTG
AACTACTTCCGAGGCCACCGCTTCAGGGCGAGGGCTGTGGTGGAGTTTGG
ACCTCCTGTGCGCATTTCGGAGGAGCTGCACGAGTTGTACAAGACGAACA
AGAAGGAGGCGTACTCCCAGTTTCTGATGCAGGTGGAGGAGGCCATGAGG
GGCTGCATCATCACGGCGCCAGACTACGAATCTCTGCAGCTGGTGTACAC
CGCTCGAAGATTGTGGCAGTCAGATGACGTCGTGCCGCCGCCAGACCAGA
AGCAGGATATGAACCGTCGCTTTGCTGAGAGCTACAAGATTCTCGCTCAG
CGATACTCGGAGGGGGGGATGCCTGAAGAAGCCGCGAAACTGAAGGAGAG
ACTAGACACCTACCGCCAGACGCTGGGAACGCTGGGCATGAGAGATTATC
AGGTGCCCACGCTGGCCAGGCCGAACCCGCTCAAGGCCACGTACACGGTG
ATCCACATGTTCGTAGTCCTGCTGCTGGCGTCGGTGCCCTCGTTCATCCT
CAACTTACCCGTGGGAATCGTGGCCAGGGTGACGGCTATCAAGGAGCGTA
AGAAGGCCCTGGCGGGATCTGTGGTGAAGATCGCTGGCCGAGACGTGATG
CTCAGCAAGAAGATTATGATCTCAATCGTCATGGTCCCGTTGCTCTGGCT
GTTCTACGCCGTGCTTATGGTGGCGTTGACCGACTGGGAACTCTCAACCA
AGGTGATGGTGATGCTGTCCTTCCCGCTGTTCAGCTATGCTGGCGTGGTC
GGCACCGCGTCAGGAATGGTTGACCTCAAGGACATGAAGCCTCTCCTGAA
CATGCTTCGTCCCTCGAAACGAGCGTTGATGAATGACCTGCCAGCAGTTC
GACTAGAGCTCCAGAAGGATCTCCGGGCGTTCATCAAGAAGGTTGGGCCG
GAGCTTGGAGAGATCTACACTTCACCGGACCTGAAGTGGGGTGACCTCTT
CCGCATGCAAAAGGACAGCGCGGCGGAGGCAGAGGGGATCGAAAAGATGG
CGGCGGAAGCGGCAAGTGTCATGTCCGAGGACGCCCCCAACCCGAAGAAG
GACGATTGA