mRNA_P-littoralis_Contig120.11.1 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig120.11.1
Unique Name	mRNA_P-littoralis_Contig120.11.1
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: D7G7H8_ECTSI (Transmembrane 9 superfamily member n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G7H8_ECTSI)

HSP 1 Score: 1033 bits (2671), Expect = 0.000e+0
Identity = 536/722 (74.24%), Postives = 577/722 (79.92%), Query Frame = 1

Query:  115 VAWSGLALGVGILGGAGGVQASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERYMFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFRE-NGKTFLNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            +AW+ LAL     GG  GV+ASWLPSIGPK F +G KLPLFVNELTSVR Q PLDHYHVAYC+PEH+H N ENIGAYLEGDREENS YDLEVG+ QACRVLC+K+    ERYMFA+VIRD Y SHM+IT+LPAAY                                                                P     A  L E P   +M            T  +E V+ RGFPVGFR  +GK FLNNHLR TVA+N RD ++++FHIVGFLVEP SV H FQ PY E A I TCS + G T +DPSRYL+ EYEGE+LFTYDVTWDYT+MPWTQRWDIYTS  VDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDMEEANEETGWKLVHGDVLRPPTTAPMLFA+CVGTGVQLWSVSFLVLFFS+MRLVSPLKRGDMLTVC+LIYVLTGGIAGYN+AK+HRRFRGTEW+KMTL TAF+FPALAGSVF+LE IQQW IGS+GAVP +IL+LL+ ML FV TPLVFLGSFYGFKKEQP QVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYS GYYFTVL+M+GWMAASLFFGYTFVMT+CFFLLTGTVGYFSCQWFINVIYSSIKVD
Sbjct:    1 MAWTSLALLAVAGGGGSGVEASWLPSIGPKVFDKGSKLPLFVNELTSVRTQAPLDHYHVAYCRPEHLHENAENIGAYLEGDREENSLYDLEVGVLQACRVLCSKTLKPQERYMFASVIRDGYQSHMSITHLPAAYD---------------------------------------------------------------PKPDGKAGKLTETPVTTSM------------TDDQEHVYQRGFPVGFRAADGKAFLNNHLRFTVAINARDIEETQFHIVGFLVEPMSVVHEFQTPYHEGAFIETCSEQ-GYTTNDPSRYLNAEYEGEILFTYDVTWDYTTMPWTQRWDIYTSGAVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDMEEANEETGWKLVHGDVLRPPTTAPMLFAVCVGTGVQLWSVSFLVLFFSVMRLVSPLKRGDMLTVCLLIYVLTGGIAGYNSAKIHRRFRGTEWMKMTLLTAFSFPALAGSVFVLEGIQQWFIGSTGAVPVRILVLLVAMLLFVQTPLVFLGSFYGFKKEQPPQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSVGYYFTVLNMSGWMAASLFFGYTFVMTSCFFLLTGTVGYFSCQWFINVIYSSIKVD 646

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A835Z917_9STRA (Transmembrane 9 superfamily member n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z917_9STRA)

HSP 1 Score: 533 bits (1372), Expect = 1.340e-170
Identity = 280/495 (56.57%), Postives = 359/495 (72.53%), Query Frame = 1

Query:  805 TKKKEPVFNRGFPVGFRENG---KTF-LNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            T    P ++RG+PVGF  N    K + LNNHL++ VA+N  + D   +H+VGFLV PFS  H  Q P V N  IT      G+     S++   +    V FTYDV WD   MPWTQRWDIY    V +QIHWFSITNSS+IV+FLT LVAMIM+RALR DI RYNA ++EEA EE+GWKLVHGDV RPP T P LFA+ +GTGVQL  ++FLVLFF+M+ LVSP +RG++LT  +L++VL G  AGY+AA++H+ FRGT W+K+TL  A  +PA+  ++F L       +GS+ AV    L  ++ +   V  PLVF+GS+YGFKKE P+Q VRTNQIPR +P  PW++ P VA+PF G+LPFGAV VEL F++TA+W QQLYYIFGFL+ VM+IL +TCAEISIV+CYFQLC+ED+RWWWRS+ W+GSCAG+MF+YS  YY   L M+G++ A ++FGY+ ++   F L+TGT+GYFSC WFI  IYSSIKVD
Sbjct:  122 TADMAPYYSRGYPVGFITNDDDKKHYNLNNHLQILVAINKVEGDA--YHVVGFLVVPFSFNHKAQ-PGVCNEGITG-----GLL---ASQFQRIDEPTTVRFTYDVVWDEADMPWTQRWDIYMHG-VGDQIHWFSITNSSLIVLFLTALVAMIMLRALRSDIARYNAAELEEAKEESGWKLVHGDVFRPPHTLPTLFAVFIGTGVQLAVMTFLVLFFAMLGLVSPAQRGNILTCIMLLFVLMGAFAGYHAARIHKMFRGTSWLKVTLLAATLYPAVCFAIFFLINFALRMVGSTAAVSFSALATIMLLWLTVQAPLVFIGSYYGFKKELPEQPVRTNQIPRQVPPQPWFLHPAVALPFGGILPFGAVSVELYFILTAVWLQQLYYIFGFLLLVMVILVLTCAEISIVLCYFQLCAEDHRWWWRSVQWAGSCAGYMFLYSMWYYLQDLQMSGFVPALMYFGYSALLAVSFALVTGTIGYFSCLWFITRIYSSIKVD 604

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A7S2B0N8_9STRA (Transmembrane 9 superfamily member n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2B0N8_9STRA)

HSP 1 Score: 488 bits (1257), Expect = 3.540e-153
Identity = 271/713 (38.01%), Postives = 400/713 (56.10%), Query Frame = 1

Query:  175 ASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERYMFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGF---RENGKT---FLNNHLRMTVAVNPRDEDQSKF---HIVGFLVEPFSVRHGFQ--EPYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNA-EDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            A +LP + PK ++  DK+PLFVN++TS + Q P  +Y + +C+P+     +EN+G  LEGD  ++S Y++E+ +P AC++LC K  +  E  +F  VI D Y     + NLP A R                                                                                                ++     RGFPVGF      GK    FL NH+R+ +  +   ED ++F    IVGF + P+S+ H +   E + E     T  +     ++DP  + S E   EV++TYDV W  +++ W+ RWDIY     D++IH+FSI NS +IV+FLT +VAMIM+R LRKDI  YN  + +EEA EE+GWKLVHGDV R P  +PML ++  GTGVQ+++++   + F+++  +SP  RG +LT  +L++V  G  AGY +A+ ++ F G EW   T+ T+  FP++  ++F +  I  W  G+S AVP   +  L+ + F +  PLV +GS++GFKKE  +  VRTNQI R +P+  WY  P  A+   G+LPFGAV +EL F+M+A+W  Q+YY+FGFLM V+ IL  TCAEI+IVMCYFQLC+EDY WWWRS L SGS A ++ +Y+  Y+ + L +TG ++ +++FGY F+++  FFLLTG +G+F+C WF+  IY +IKVD
Sbjct:   35 AFYLPGVAPKSYKTRDKVPLFVNKVTSTKTQLPYAYYDLPFCKPKRPKEASENLGEVLEGDMIKSSLYEMEMKVPDACKILCLKRHSKAEMRLFRQVIEDQYRIDWIVDNLPGAMR-----------------------------------------------------------------------------------------------NEQYDYVTRGFPVGFVAPSNFGKKKMHFLYNHVRIILKYH---EDYTQFKGGRIVGFEILPYSINHMWDRLEEFDEFTTTLTTCNEMNPAQNDPGNFQSVEEADEVIYTYDVKWVPSAISWSHRWDIYLKGNPDDEIHYFSIVNSLMIVLFLTGVVAMIMLRTLRKDITTYNEMQTVEEAQEESGWKLVHGDVFRAPEFSPMLLSVFAGTGVQIFAMTLSTMTFALLGFLSPANRGGLLTALLLLFVFMGFFAGYYSARFYKLFNGKEWKTNTMLTSLLFPSVMFAIFFVLDILLWTEGASTAVPLSTMCALVLLWFGISLPLVLVGSYFGFKKEVFEVPVRTNQIARHVPEQMWYTHPVFAIALGGILPFGAVCIELFFIMSALWLHQIYYVFGFLMIVLFILIATCAEITIVMCYFQLCNEDYHWWWRSFLSSGSAALYLMLYAVWYFISKLEITGVVSIAIYFGYMFIISVAFFLLTGAIGFFACFWFVRKIYGAIKVD 649

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A8J2WZ90_9STRA (Transmembrane 9 superfamily member n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2WZ90_9STRA)

HSP 1 Score: 487 bits (1254), Expect = 6.190e-153
Identity = 247/499 (49.50%), Postives = 349/499 (69.94%), Query Frame = 1

Query:  820 PVFNRGFPVGFR---ENGKT--FLNNHLRMTV----AVNPRDEDQSKFHIVGFLVEPFSVRHGFQE--PY-VENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYN-AEDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            P   RGFPVGFR   E+GKT  FL NH+++ V    AV    E+  +  +VGF VEP+S++H + E  P+  +  ++ TCS++     +DP+ Y   +   EV+FTYDV W+ ++ PW  RWD++     D++IHWFSITNS++IV+FLTV+VAMI+VR L +DI  YN A  ++EA EE+GWKLVH DV RPP+ +PMLF++C+G+GVQL  +  L L F++   +SP  RG ++T  +++YV  GG  G+ AA+L++ FRGT+W+  TL TA   P    + FL+  I    +GSSGAVP   LL L+ + F V  PLVFLG++ GFKK+     VRTNQIPR++P  PWY+ P +   F G+LPFGAV VEL FVM+A+W  Q+YYIFGFL  V +IL  TCAEI+I++CYFQLC+EDY WWWRS++ SG+CAG++F+Y+  Y+ + L +TG + ++L+FGY  +++  FFL+TGT+G+++C WF+N IY SIKVD
Sbjct:  138 PYHVRGFPVGFRQEDESGKTQHFLFNHVKIVVSVHRAVERSTEEDERVRVVGFRVEPYSIKHVYDENIPFSTKETQLNTCSAQRP-ARNDPTNYQRIDGSTEVVFTYDVEWEDSATPWAHRWDVFLQGNPDDKIHWFSITNSTMIVVFLTVMVAMILVRTLSQDIAHYNDAALLDEAKEESGWKLVHADVFRPPSFSPMLFSVCIGSGVQLGCMVLLTLTFALFGFLSPANRGSLITALLMLYVFAGGAGGHAAARLYKSFRGTDWMLNTLLTATLVPGFTFACFLVIDISLLSVGSSGAVPVSTLLTLVVLWFGVSVPLVFLGAYVGFKKDVAPNPVRTNQIPRLVPPQPWYMHPALTTIFGGILPFGAVSVELFFVMSAIWLHQIYYIFGFLFLVSMILVATCAEITILLCYFQLCNEDYAWWWRSVMSSGACAGYVFLYAVWYFISELEITGGVPSTLYFGYMTLVSGIFFLVTGTIGFYACLWFVNKIYGSIKVD 635

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A7S2WW63_9STRA (Transmembrane 9 superfamily member n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WW63_9STRA)

HSP 1 Score: 486 bits (1251), Expect = 2.470e-152
Identity = 270/711 (37.97%), Postives = 396/711 (55.70%), Query Frame = 1

Query:  175 ASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERYMFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFR-----ENGKT--FLNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQ--EPYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNA-EDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            A +LP + PK ++  +K+PLFVN++TS + Q P  +Y + +C+P+     +EN+G  LEGD  ++S Y++E+ +P  C++LC K+   +E  +F ++I D Y     + NLP A +  Q                                                                                                    RGFP+GF      EN K   +L NH+R+ ++ N   E  S   IVG  + PFS+ H +   E + E     +  +      +DP  + S E   EV++TYDV W  + + W+ RWD+Y     D++IH+FSI NS +IV+FLT +VAMIM+R LR+DI  YN  + +EEA EE+GWKLVHGDV R P  +PML ++  GTGVQ+++++   + F+M+  +SP  RG +LT  +L++V  G  AGY AA+L++ F G EW + T+ TA  FP +   VFL      +  G+S AVP   L  L+ + F +  PLV +GS++GFKKE  +  VRTN I R IP+  WY  P  A+   G+LPFGAV +EL F+M+A+W  Q+YY+FGFLM V+ IL  TCAEI+IVMCYFQLC+EDYRWWWRS L SGS A ++F+Y+  Y+ + L + G++++SL+FGY  +++  FFLLTG +G+++C WF+  IY +IKVD
Sbjct:   32 AFYLPGVAPKSYKTREKVPLFVNKVTSTKTQLPYAYYDLPFCKPKRPKAASENLGEVLEGDMIKSSLYEIEMKVPDGCKILCKKNHNKVEMKLFRSMIDDEYRIDWIVDNLPGAMKNEQYG-----------------------------------------------------------------------------------------------YVTRGFPIGFSIAPPLENMKPKHYLYNHVRIVLSYNEDPEQFSGSRIVGLQIIPFSINHMWDRLEDFSEATTTLSTCNEMNPAVNDPGNFQSIEEADEVVYTYDVKWIPSDLTWSNRWDVYLLGNPDDEIHYFSIVNSLMIVLFLTGVVAMIMLRTLRRDISTYNEMQTLEEAQEESGWKLVHGDVFRAPECSPMLLSVLAGTGVQIFAMALSTMMFAMLGFLSPANRGGLLTALLLLFVFMGSFAGYYAARLYKLFGGKEWKRNTVLTATLFPGVVFVVFLFLNTLLYSEGASSAVPFSTLCALILLWFGISLPLVLIGSYFGFKKETFEVPVRTNVIARHIPEQMWYTHPLFAIALGGILPFGAVCIELFFIMSALWLHQIYYVFGFLMIVLFILMATCAEITIVMCYFQLCNEDYRWWWRSFLSSGSAALYLFLYAVWYFASKLEIQGFVSSSLYFGYMLIISVVFFLLTGCIGFWACFWFVRKIYGAIKVD 647

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: F0Y3U4_AURAN (Transmembrane 9 superfamily member n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y3U4_AURAN)

HSP 1 Score: 483 bits (1243), Expect = 3.060e-151
Identity = 241/501 (48.10%), Postives = 344/501 (68.66%), Query Frame = 1

Query:  817 EPVFNRGFPVGFRENGKT-----FLNNHLRMTVAVNPRDE-----DQSKFHIVGFLVEPFSVRHGFQEPY---VENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDM-EEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            +P   RGFPVGF+  G       +L NH+++ VAV+   E     D+ +  +VGF VEP+S+ HG+ +      ++ E+TTCS+    T +DPS Y   +  GEV+FTYDV W+ ++ PW  RWD++     D++IHWFSITNS++IV+FLTV+VAMI+VR L +DI +YN   + +EA EE+GWKLVH DV RPP  +PMLF++C+GTGVQL  +    L F++   +SP  RG ++T  +++YV  G   GY A+++++ F+G++W+  TL TA AFP      FL+  +    +GSSGAVP   LL L+ + F V  PLVF G++ GFKK+     VRTNQIPR++P  PWY++  +   F G+LPFGAV VEL F+M+A+W  Q+YYIFGFL  VM+IL  TCAEI+I++CYFQLC+EDY WWWRS+L SG+CAG++ +Y+  YY   L +TG + ++L+FGY  +++  FFL+TG +G+++C WF+N IY SIKVD
Sbjct:  143 QPYHVRGFPVGFKLAGSAGKAEHYLFNHVKIIVAVHRAGESAGGGDEERVRVVGFRVEPYSIAHGYDKDAKFSTKDTELTTCSATRPAT-NDPSNYQRVDGAGEVVFTYDVEWEDSATPWANRWDVFLQGNPDDKIHWFSITNSTMIVVFLTVMVAMILVRTLSQDIAQYNDTALLDEAKEESGWKLVHADVFRPPRVSPMLFSVCIGTGVQLALMVLFTLTFALFGFLSPANRGSLITALLMLYVFMGSAGGYAASRVYKTFKGSDWMTNTLLTALAFPGFVFGAFLVIDMSLLAVGSSGAVPLTTLLTLVVLWFGVSVPLVFGGAYCGFKKDVEPHPVRTNQIPRLVPPQPWYMNAALTTTFGGILPFGAVSVELFFIMSAIWLHQIYYIFGFLFLVMIILVATCAEITILLCYFQLCNEDYNWWWRSVLSSGACAGYVLLYAVWYYVFELEITGVVPSTLYFGYMILISLSFFLITGAIGFYACFWFVNKIYGSIKVD 642

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A7S2WV93_9STRA (Transmembrane 9 superfamily member n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WV93_9STRA)

HSP 1 Score: 479 bits (1233), Expect = 1.080e-149
Identity = 246/502 (49.00%), Postives = 342/502 (68.13%), Query Frame = 1

Query:  817 EPVFNRGFPVGFR----ENGKT--FLNNHLRMTVAVNPR---DEDQSKFH---IVGFLVEPFSVRHGFQE--PYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYN-AEDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            EP F RGFPVGF+    E GK   FL NH+R+ ++ N     D  + KF    IVGF VEPFS+ H + +  P+ ++  + +  +      +DPS Y + +   EV+FTYD+ W+ +  PW  RWD+Y   + D++IHWFSITNS++IV+FLTV+VAMI++R L  DI  YN    +E+A EE+GWKLVH DV RPP T+PMLF++ +G+GVQL  ++   LFF++M  +SP  RG +LT  +L+YV     AGY+A+++++ FRG +W++ T+ATA  FP L   +F+   +     GSSGA+P      L+ + F V TPLVF+GS++G+KKE     VR N IPR IP  PW+++P V + F G+LPFGAV VEL FVM+A+W  Q+YYIFGFL  VM+IL  TCAE +I+MCYFQLC+ED+RWWWRS+L SGSC+ ++F+Y+  Y+FT L + G + A L+FGY  +++  FFLLTG +GY SC WF+  IY SIKVD
Sbjct:  148 EPYFTRGFPVGFKARDYETGKEMHFLYNHIRIIISFNEDHNPDAAKRKFQGSRIVGFRVEPFSIAHSWDDALPFSKHDTLLSTCNEMKEAVNDPSNYQNVDRATEVVFTYDIAWEESDTPWANRWDVYLRGSPDDKIHWFSITNSTMIVVFLTVMVAMILIRTLNSDIANYNDPAAIEDAKEESGWKLVHADVFRPPATSPMLFSVVIGSGVQLLMMAIATLFFALMGFLSPANRGSLLTALLLLYVFMSSFAGYHASRVYKFFRGEDWMRNTVATALLFPGLLAFIFVALDVLLMFEGSSGAIPLSTFCTLVVLWFGVSTPLVFVGSYFGYKKEAYTPPVRVNLIPRQIPPQPWFMNPLVTIFFGGILPFGAVSVELFFVMSALWLHQIYYIFGFLFLVMMILVATCAETTILMCYFQLCNEDHRWWWRSVLSSGSCSIYVFLYAVWYFFTELEIEGVVPALLYFGYMAMISIGFFLLTGAIGYLSCFWFVAKIYGSIKVD 649

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BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A1Q3D5Z9_CEPFO (Transmembrane 9 superfamily member n=1 Tax=Cephalotus follicularis TaxID=3775 RepID=A0A1Q3D5Z9_CEPFO)

HSP 1 Score: 472 bits (1215), Expect = 2.820e-147
Identity = 271/706 (38.39%), Postives = 389/706 (55.10%), Query Frame = 1

Query:  181 WLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERYMFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFREN------GKTFLNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEITTCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNA-EDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            +LP + P++FQRGD LP+ VN+L+S + Q P D+Y + YC+P  +  N EN+G  L GDR ENS Y  ++   Q+C V C     +     F   I D Y  +M + NLP A                                           +R    G    T  H                                                GF VGF+ N       K F+NNHL   V  +  D D     IVGF V P S++H ++E   +N ++ TC+          +     +   EV+FTYDVT+  + + W  RWD Y     D+QIHWFSI NS +IV+FL+ +VAMIM+R L +DI  YN  E  +EA EETGWKLVHGDV R P  + +L  + +GTGVQ++ ++ + + F+++  +SP  RG ++T  +L++V  G   GY++A+L++ F+GTEW + TL TAF FP +  +VF +     W   SSGAVP   +  L+ + F +  PLVF+GS+ GFKK   +  V+TN+IPR IP+  WY+ P  ++   G+LPFGAV +EL F++T++W  Q YYIFGFL  V +IL +TCAEI++V+CYFQLCSEDY WWWRS L +GS A ++F+YS  Y+FT L +T  ++  L+FGY  +++  FF+LTGT+G+++C WF+  IYSS+K+D
Sbjct:   23 YLPGVAPRDFQRGDPLPVKVNKLSSTKTQLPYDYYFLKYCKPPKILNNAENLGEVLRGDRIENSVYTFKMREEQSCTVACLVKLDAGSAKNFKEKIDDEYRVNMILDNLPVAV------------------------------------------LRQRRDGSPSTTYEH------------------------------------------------GFRVGFKGNYEGSKEEKYFINNHLSFRVMFH-MDPDTGSARIVGFEVTPNSIKHEYKEWDPKNPQVATCNRDTKNLLPGSTVPQEVDTGKEVVFTYDVTFKESEIKWASRWDTYLLMN-DDQIHWFSIINSLMIVLFLSGMVAMIMMRTLYRDIANYNQLETQDEAQEETGWKLVHGDVFRAPINSGLL-CVYIGTGVQIFGMTLVTMIFALLGFLSPSNRGGLMTAMVLLWVFMGLFGGYSSARLYKMFKGTEWKRNTLKTAFMFPGILFAVFFVLNALIWGEQSSGAVPFGTMFALVCLWFGISVPLVFVGSYLGFKKPAIEDPVKTNKIPRQIPEQVWYMKPVFSIFIGGILPFGAVFIELFFILTSIWLNQFYYIFGFLFIVFVILLITCAEITVVLCYFQLCSEDYHWWWRSYLTAGSSALYLFLYSVFYFFTKLEITKLVSGILYFGYMVIVSYSFFVLTGTIGFYACFWFVRKIYSSVKID 635

[Close]

BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: A0A383W0E5_TETOB (Transmembrane 9 superfamily member n=5 Tax=Scenedesmaceae TaxID=3086 RepID=A0A383W0E5_TETOB)

HSP 1 Score: 468 bits (1205), Expect = 2.070e-145
Identity = 286/737 (38.81%), Postives = 399/737 (54.14%), Query Frame = 1

Query:  172 QASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCA-KSFTSLERYMFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFR------ENGKTFLNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEIT-TCSSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNA-EDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGY--------------------------NAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            Q+ +LP + P++F++GD + L VN+L+S+R Q P  +Y + YC+PE +    EN+G  L GDR ENS Y + + + + C+VLC  +S +  +   F   + D Y  +M + NLP A                                                                                   MV    I  D SG + K   + RGF VGF+      ++ K FL+NHLR  +  N RD       IVGF VE FSV H +++P+   A +  TC+    +  S        E   EV+FTYDV +  + + W  RWD Y   T D+QIHWFSI NS +IV+FL+ +VAMIMVR L +DI +YNA E  EEA EETGWKLVHGDV RPP  A +L +  VG GVQ++ +  +  FF+++  +SP  RG ++T  +L++V  G +AGY                          +AA+L++ FRG +W KMT+ TA  FP     VF +  +  W   SSGAVP   L+ L  + F V  PLVF+GS+YGFK+   +  VRTN+IPR IP+ PWY+ P  +    GVLPFGAV +EL F++T++W  Q YY+FGFL  V +IL +TCAEI+IV+CYFQLCSEDY WWWRS   SGS A ++F YSA Y+++ L +T ++   L+F Y   ++  FF LTGT+G+++C WF   IY +IK+D
Sbjct:   21 QSFYLPGVAPQDFKKGDAIYLKVNKLSSIRTQLPYQYYSLPYCRPEKIVPFAENLGEVLRGDRIENSLYQIHMRVDEQCKVLCRIESLSEAQADAFIAKVDDDYKVNMILDNLPVA-----------------------------------------------------------------------------------MVK---ILKDESGRQLK--AYERGFYVGFKATIEGQKDIKFFLHNHLRFNILYN-RDAATDLSRIVGFEVEAFSVNHQYEKPWDPKAPVLKTCNPNRMVAVSHTQPPQPVETGAEVIFTYDVKFTQSEIRWASRWDTYLQMT-DDQIHWFSIVNSVMIVLFLSGMVAMIMVRTLYRDIAKYNALEAQEEAAEETGWKLVHGDVFRPPENASLL-STYVGVGVQIFGMLLVTTFFALLGFLSPSNRGGLMTAMVLMFVCMGVVAGYRGVAGSVGGGCXXXXXXXXXXXXXXXSAARLYKTFRGDQWKKMTMRTALLFPGTVFGVFFVLDLVIWGQKSSGAVPFGTLVALCFLWFGVSVPLVFVGSYYGFKQPAAEDPVRTNKIPRQIPEQPWYMHPVFSCLVGGVLPFGAVFIELFFILTSVWLHQFYYLFGFLALVFVILCLTCAEITIVLCYFQLCSEDYNWWWRSYFTSGSSALYLFAYSAFYFYSKLDITKFIPMLLYFTYMATISYGFFCLTGTIGFYACYWFTRKIYGAIKID 666

[Close]

BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Match: R0FLX3_9BRAS (Transmembrane 9 superfamily member n=3 Tax=Brassicales TaxID=3699 RepID=R0FLX3_9BRAS)

HSP 1 Score: 466 bits (1200), Expect = 1.580e-144
Identity = 275/744 (36.96%), Postives = 402/744 (54.03%), Query Frame = 1

Query:  166 GVQASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYCQPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERYMFANVIRDSYVSHMTITNLPAAY---RVVQNSSWCVVLCCVVLWCGAVFRIVSFSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEVPERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFRENGKTFLNNHLRMTVAVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEITTC---SSRFGITESDPSRYLSTEYEGEVLFTYDVTWDYTS---------------------------------MPWTQRWDIYTSATVDNQIHWFSITNSSVIVMFLTVLVAMIMVRALRKDIQRYNA-EDMEEANEETGWKLVHGDVLRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCILIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAIQQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRTNQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYIFGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMFIYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFINVIYSSIKVD 2277
            G  + +LP + P++F++GD+L + VN+LTS++ Q P  +Y + +CQP+ +  +TEN+G  L GDR EN+PY  ++   Q C +LC  +  +     F   I D Y  +M + NLP      RV Q S                                               ++ ++L                          G+ +         KE  F              F++NHL  TV  + RD       IVGF V+P+SV+H ++  + E   +TTC   + R  ++ + P      E + E++FTYDV +  +S                                 + W  RWD Y   + DNQIHWFSI NS +IV+FL+ +VAMIM+R L +DI RYN  E  EEA EETGWKLVHGDV R PT + +L  + VGTGVQ   +  + + F+M+  +SP  RG ++T  +L++V  G  AGY +++L++ F+GTEW ++   TAF FPA+  ++F +     W   SSGAVP   +  L+ + F +  PLVF+G + GFKK      V+TN+IPR IP+  WY++P  ++   G+LPFGAV +EL F++T++W  Q YYIFGFL  V +IL VTCAEI+IV+CYFQLCSEDY WWWRS L SGS A ++F+Y+  Y+FT L +T  ++A L+FGY  + +  FF+LTGT+G+++C WF  +IYSS+K+D
Sbjct:   27 GAYSFYLPGVAPQDFEKGDELKVKVNKLTSIKTQLPYSYYSLPFCQPKKIVDSTENLGEVLRGDRIENAPYSFKMREAQMCNILCRVTLDAKTAKAFKEKIDDEYRVNMILDNLPLVVPIERVDQGS----------------------------------------------PSIVYQL--------------------------GYHVGLKGQYEGSKEQKF--------------FMHNHLAFTVRYH-RDVQTDAARIVGFEVKPYSVKHEYEGEWSEKTRLTTCDPHTKRLVVSSATPQEV---EQKKEIIFTYDVDFQASSFLSTLWVVSLKKCHGFRYSIFFYNFLLLFQESEVKWASRWDAYLLMS-DNQIHWFSIVNSLMIVLFLSGMVAMIMLRTLYRDISRYNELETQEEAQEETGWKLVHGDVFRLPTNSDLL-CVYVGTGVQCLGMVLVTMIFAMLGFLSPSNRGGLMTAMLLLWVFMGLFAGYASSRLYKMFKGTEWKRIAFRTAFLFPAVVSAIFFVLNALIWGQKSSGAVPFGTMFALIFLWFGISVPLVFVGGYIGFKKPAIDDPVKTNKIPRQIPEQAWYMNPVFSILIGGILPFGAVFIELFFILTSIWLNQFYYIFGFLFLVFVILIVTCAEITIVLCYFQLCSEDYLWWWRSYLTSGSSALYLFLYATFYFFTKLQITKLVSAMLYFGYMLIASYAFFVLTGTIGFYACLWFTRLIYSSVKID 678

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot

BLAST of mRNA_P-littoralis_Contig120.11.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G7H8_ECTSI	0.000e+0	74.24	Transmembrane 9 superfamily member n=2 Tax=Ectocar...	[more]
A0A835Z917_9STRA	1.340e-170	56.57	Transmembrane 9 superfamily member n=1 Tax=Tribone...	[more]
A0A7S2B0N8_9STRA	3.540e-153	38.01	Transmembrane 9 superfamily member n=1 Tax=Dictyoc...	[more]
A0A8J2WZ90_9STRA	6.190e-153	49.50	Transmembrane 9 superfamily member n=1 Tax=Pelagom...	[more]
A0A7S2WW63_9STRA	2.470e-152	37.97	Transmembrane 9 superfamily member n=1 Tax=Rhizoch...	[more]
F0Y3U4_AURAN	3.060e-151	48.10	Transmembrane 9 superfamily member n=1 Tax=Aureoco...	[more]
A0A7S2WV93_9STRA	1.080e-149	49.00	Transmembrane 9 superfamily member n=1 Tax=Rhizoch...	[more]
A0A1Q3D5Z9_CEPFO	2.820e-147	38.39	Transmembrane 9 superfamily member n=1 Tax=Cephalo...	[more]
A0A383W0E5_TETOB	2.070e-145	38.81	Transmembrane 9 superfamily member n=5 Tax=Scenede...	[more]
R0FLX3_9BRAS	1.580e-144	36.96	Transmembrane 9 superfamily member n=3 Tax=Brassic...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig120	contig	P-littoralis_Contig120:79768..101759 +

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.D7G7H8
PFAMs	EMP70
Model size	4305
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K17086
Hectar predicted targeting category	other localisation
Exons	16
Evalue	0.0
EggNOG OGs	KOG1278@1\|root,KOG1278@2759\|Eukaryota
Ec32 ortholog description	EMP/nonaspanin domain family protein
Ec32 ortholog	Ec-02_000340.1
Description	positive regulation of protein exit from endoplasmic reticulum
Cds size	2280
COG category	S
BRITE	ko00000,ko04147

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig120.11.1	prot_P-littoralis_Contig120.11.1	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig120 79768..99734 +

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

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


Feature Name	Unique Name	Species	Type	Position
1680789514.8018048-UTR-P-littoralis_Contig120:99734..101759	1680789514.8018048-UTR-P-littoralis_Contig120:99734..101759	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig120 99735..101759 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig120:79768..101759+
coding sequence from alignment at P-littoralis_Contig120:79768..101759+

protein sequence of mRNA_P-littoralis_Contig120.11.1

>prot_P-littoralis_Contig120.11.1 ID=prot_P-littoralis_Contig120.11.1|Name=mRNA_P-littoralis_Contig120.11.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=760bp
MAPTTTASRGQPLHSSSTGASSRSSSRRAGSSMSSWSCVAWSGLALGVGI
LGGAGGVQASWLPSIGPKEFQRGDKLPLFVNELTSVRAQYPLDHYHVAYC
QPEHMHRNTENIGAYLEGDREENSPYDLEVGIPQACRVLCAKSFTSLERY
MFANVIRDSYVSHMTITNLPAAYRVVQNSSWCVVLCCVVLWCGAVFRIVS
FSACVRLRVRVRCVCIRSAWFGCSRDTLHHRLIMCSVPGSWDPAPLLCEV
PERGAMVSGHSIAADSSGTKKKEPVFNRGFPVGFRENGKTFLNNHLRMTV
AVNPRDEDQSKFHIVGFLVEPFSVRHGFQEPYVENAEITTCSSRFGITES
DPSRYLSTEYEGEVLFTYDVTWDYTSMPWTQRWDIYTSATVDNQIHWFSI
TNSSVIVMFLTVLVAMIMVRALRKDIQRYNAEDMEEANEETGWKLVHGDV
LRPPTTAPMLFAICVGTGVQLWSVSFLVLFFSMMRLVSPLKRGDMLTVCI
LIYVLTGGIAGYNAAKLHRRFRGTEWIKMTLATAFAFPALAGSVFLLEAI
QQWCIGSSGAVPPQILLLLLGMLFFVHTPLVFLGSFYGFKKEQPQQVVRT
NQIPRMIPQTPWYVDPKVAVPFAGVLPFGAVLVELVFVMTAMWEQQLYYI
FGFLMSVMLILTVTCAEISIVMCYFQLCSEDYRWWWRSLLWSGSCAGWMF
IYSAGYYFTVLHMTGWMAASLFFGYTFVMTACFFLLTGTVGYFSCQWFIN
VIYSSIKVD*

mRNA from alignment at P-littoralis_Contig120:79768..101759+

Legend: polypeptideCDSUTR

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

>mRNA_P-littoralis_Contig120.11.1 ID=mRNA_P-littoralis_Contig120.11.1|Name=mRNA_P-littoralis_Contig120.11.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=21992bp|location=Sequence derived from alignment at P-littoralis_Contig120:79768..101759+ (Pylaiella littoralis U1_48)
ATGGCGCCAACAACGACCGCTTCCAGGGGACAGCCCCTTCACAGCAGCAG
CACCGGCGCCAGCAGCAGGAGTAGTAGTCGAAGGGCAGGCAGCAGCATGA
GCAGCTGGAGTTGTGTCGCCTGGTCGGGGTTAGCGCTGGGGGTCGGGATT
TTGGGGGGGGCGGGGGGGGTGCAGGCGTCGTGGTTGCCTTCGATCGGCCC
GAAGGAGTTTCAGAGGGGCGACAAGCTGCCGCTTTTCGTGAACGAGCTCA
CCTCGGTGCGGGCGCAGTACCCGCTGGACCACTACCAGTGAGTAAACTGG
TTCAATTGTGTTGTTGTCTTTTGCTGTCTCTTTTTGTTCTGTTCCTTTTT
TTTTTTTCCTTTTTTCCCTTCTCGTTTCGTATTAGCAGTTTGTTAGTGTT
GTTGGTGTTGTTTCCATTTTCTATTTTCTATTTTCTGTGTTGTCTTGTTT
TTAAATATCGTTGTTGTTGTTGGTGGTAGTGTTGTTGTTGTTGTTGCTGT
TGTTTCTTTGTTTTGTATATTGGCAGTACAAAAATGTTTTTCCCAAGATA
GACGTCAGATTGTGCTGTTATTCTCTCGTCTTGCCAGAAACGATGAAAGG
CGTAACCCTCACCAGTACGTGCACGAATGTATGTTTTGTGTTCGTGTGTG
CGTGTGTGTGTGCGTGTGTTTTTTGTCGATGTGTGCATGCGTGGTGTTGC
TGTTGTCGTTGATTCCCACATGAGTTCGCCACTAAAGTCTAGCCCGTGGT
CACAAACCAAACACACATCGTGCTGTGACAGGAGGAAAGTAATATAACAA
GGGTAATTAAACAAATAAACCAAAGCAACTCGAACAAAATCAGATAATGC
ACCGTTGGGGTAATTTATGCGGTGGCCAGAGTACAAAAATACAGAAGTAC
AGGCTCGAAAAACAAGCATGGGAACAAACAAAAACGGGGTAAACTGTTCC
AACGAACCATACCACAGAGCGAAGGCAAAGCAGAGCGCAAACTCCAGAGT
TGCCCATAATTATTTCATGTTGAATATTATTAAGAACACTCCCTTTTACC
GCAAGGATATGAAGACAGGCTGCGCAGCAGCGCGCTGCGCCAAGGATGTC
TGGAAAGTGTTGCGCAAAAGTCGAGCGGAGCAAAAATAGCGAAGTTATAC
AATTGTAAAGGTGGCCGCTCGGCCGAGCACGTTTTAATCCAGGGTCCGAA
AAGTGGCCCCCTGTCGTGGGATGAGTCATTTGCATAATATTTCAGAAGCA
GTTTTGTTTTGTTTCACATCCTCCCGTTTTACCATTTTTCATAGACGAGC
TCCGAGCCCAACCCCCCCGCCCACCCGCAGAGCCCTGGCAGGTCCCGTTG
AATCAGTGCATCCCAGTAGGCGCTGCAACTTTCTTTCACCTGTATTTGGG
CTCACCAAAGTGTGCTCGTCCAAATTTACGTATGATATGATATGATAATT
GAACGCGCGTATGCCAGAGATTGTCTCTTTTTTTCGTCGCCTGCCGCATA
AGGTACAAGGTGGTTGGAGGAAGAAAAACGCAAAAAAAAATCCTCCAGTA
TGACCCTTCTTCCGTGTGACCGAGGCTGTGGTACAGGACTCAATTCATAC
CGAAAGTGTATAGACTGGCGCCCAGAATAGATGGTCTGAAAACAGACACT
CACACACGTACATTGCACACACACACACACCACAAAGCAGGGTACATACA
GCACAGCTGCTGCTGTCGCGCCTCCTCTTGTGACTCTTTTGCCACTTGTC
CAAAAAGGGTACATCTGATACGATACAGCACTGCCTTGCGTTTTTCGCGT
CGAGTCGAGGCCTCCTTCCTTGTGAACGCCACCGTTGCTCCTGTTGCGCC
CCTTTTGTTGCAAACCAATCCACCTTGTTGACTCGCTCGTACCCCCGCCC
CCCGCGCTGCCGTGCTTGTGTCAGCGTGGCGTACTGCCAACCGGAGCACA
TGCACAGGAACACGGAGAACATTGGTGCTTACCTAGAGGGAGACCGCGAG
GAGAATTCGCCGTACGACTTGGAGGTCGGGATTCCGCAGGCGTGCAGGGT
GCTCTGCGCCAAGGTATGTTGTACAGGTACCAGTGCTTAAGCTTGACTTT
TGCACTTGCTTTTCTCAGGGCAATCAACACAGAGGGGTGTACCCCTCTGC
AGTCGAGGTTCCGCAGGCGTGCAGGGTGCTCTACGCCAAGGTATGTGGTA
CAGGCACCAGGGCTGAAGCTTAACTTCTGCACGTACAGACAGCAGCACGT
GAGGCGTTTTTCAGTAGTACGTGAGGCGTTTTTTAGGGCAACCGAAAGAA
AGGGGTACATCATTCCCCTTACTTCTTGGCCCAAAAGGGGTGGTGTGCGT
TTTAGTACGCGGAAGGCGTTTTTCAGGGAAATCGACGAAGAGGGGTATAC
CCCCCTGCAGTCGGGATTCCGCAGTCCTGCTGCAGGGTGCTCTGCGCCAA
GGCATGTACAAATATCAGTGCGTCGAAGGCGTTTTTCAGAGCAATCGACA
AAAAGGGGTATACCCCCCTACAGTCGGTATTCCGCAGTCCCGCAAGGTGC
TCGGCGCCAAGGTATCATATGTCGAGTACCAGTGCGAAGTACCAGTGCTT
CAGCTTGCCTTACGCACGTACAGCACTAGGTGGAAGGCTTTTTTGTGGCA
AACGACTAAAAGGGGTACAGTATTCGCCTTACTTCTAAGCGCTCAAAGGG
GTGATGTGCTTTATTTGTTTCGTGACGCCGCGCCGGGATGTCGCTTCTCG
AGCACGAACCCTTTTTCGTGAGTTGGTCTTTTTAGCGGCGAACTATGATA
GGGGGGGTCGCCCCCAGCATCGAAAAAAGGCCCTTCACTATCGAAAAAGC
CTTCCCCAGCATCGAATAAAGCCCCCCCCCCCCAGCATCGAATCAAAACG
CATCAATAACAAGAGTTATTTCTTGTACCTCGAAGCGGCACTTGCAAAAG
CAGCACGCGTTTGCCTGCAGTCCTGAGATCTTTCACCGGGGCGTAAGAGT
CGCTGACCGTGAGAAGAAGATCGACTCGTGAACAAGAGGGGGAGGGGCCG
CTGGACGTATCCGGGCCCACAGGCACGCGCCGACATGTTTAGGGTGTGAT
CCTGGAGCTGGCTCGTTTTTGTGTCGATGTGTGACGTTGCCCCGCGGAAG
AATACTGTAGCAACAGAGAGGGGCGGAGCGCGGCCCAACAAATTTGCTCC
AGGCCCCGTTGTTGTCGTAGTCATATACATACGTGGGTAAGCAGCAGCCT
ATACTACTTTTGACACCTTTTAACGGTGCGATGCGCACTTGGCGCGGGTA
GTTTGGTACGCGCAACAGATTTGGGGGCACGCAGGGGCACTGTGCATCTT
CGTCTGTAAACGTATGATGGCGAACTGTTGATTTCGCCGCGGAGAGTCCC
GCGCACGGGAGGCGTCAGTGAGCTAAGAGGGGTAGAAGGGGTGGGCTTTG
AACAAGAAGAAAGTTTGGGATGAACGAACTGGGATAGTACACAAACTTTT
AACTTTCAGCAGACAAGGAGGCGTTCCCCCTGGATTCGTCAACAAAGAGG
GGTGCATCGTGAAGTCGTACTTTTCCACGCCCCAGATATCACCATTCCCG
CGCCTGAACAACCGTAAAAAGATCGGGCGCGCTACCTGTATCTATACTCC
GTGTCCGTCTGAATACTCTTGAGGGTTGGTACAGTCGACATGCATTTCCT
CAAACCAGCACGAAGAGCAGTGTACTCCTTTTGTTCCTAAATGCAGGTAG
ATTCACTAGTGGTCCGTTCTACAGAGCATGCTGCACAGAGTACGGCCCCC
GTTGAGATCACACCTGCTGCACTCGAAATGTCTGCTTAATCCAGTCCTGT
TCGCCCAACAAATGATGGTGCTGCGTCCCGGAAAATCAGGTGGTAGGACA
CCATATGGTGCATAACATTCTGCTTTTTGAACACGAATAACGAAACAGGA
CTTAGCTTTGATAAAGTTGACTCGTCTATCTCTGCGTGTGCGGTATTCTC
TTCTTTTCTTGATCCCTCCCCCCCCCCCAAGCACTGCGTTATGTTTCCCC
TGACACCCCCCCCCTCCCCCGTTGTCATCCCTTCCCCCCCCCCCCAAGTG
TCCGGTACTGAACTGTTATTCTCTGATATCATACCCCCCCCCTCTCTCTT
CCTCCGTCCCGCGATGTCTGTTGCCGCCCACAGAGTTTTACTAGCCTGGA
GCGATATATGTTTGCCAACGTCATCCGCGACTCGTACGTGTCGCATATGA
CGATCACGAACCTGCCGGCGGCCTATCAGGTACTTCGAAGTACTTAATTG
CACGGGTCGTGCAGAACAGCAGCTGGTGTGTTGTGTTGTGTTGTGTTGTG
TTGTGGTGCGGTGCGGTGTTTCGTATCGTGTCTTTCTCTGCGTGTGTGCG
TTTGCGTGTGCGTGTGCGTTGTGTCTGTATCAGAAGTGCTTGGTTCGGCT
GCTCACGGGACACGCTCCATCATCGGTTGATCATGTGTTCAGTACCTGGA
TCATGGGACCCTGCCCCCCTGTTGTGCGAGGTGTGTGTTCAATTTTGGTG
CTTTTCGGGTACGCTGCACACTGGATGGTACCATATGTACTTAAAGTAAC
AGCAGTACCTGTTGCCGTGGATCCCCCCCTGTTATGCGAATTGTGTGTAC
GAGTTGGGTACCCTGGTTGGTACACACCTACTGCTGCATGTCACCGGACA
CCCTTTGGGTCAAGTGTTCAATTCGTGTGTTCGATTCGGCTGCTGAAGTG
TTACGCTGTAACCGGTGGTTACTTACCGGCATACATCACGGGGTCCCCGT
GAATCGATTTCACTAGTTGTGCGTGCGTTCGATTTGGCTGCTAACCGGGT
ACGCTGTATGTTGGTTGGTATGCACCTACTGATATGTTCCTGGGGCCCCC
TTGCGTCGATTGTTCAAGGTCAGCACGCAGACACACATGCAGACGCAGAC
GCAGACGCGTTCACCTTCTGCAGTCTACGACAGCGTCGTGTGGTCGACGT
AGCCTTCTTATTTTTTTCTCACACCCCAAATAAAAAAAAAAAACTGCGTT
GACCTTCTTCCTTGTCTGTGGTGACCCCGGCTGGTGCGCCCAGTCGTACC
GAAAGGTGCATAGACTGGTGCCCAGAATTGTTGGGACGTGAACACACACA
CACGCACACACACTGTGGTGACCACGGGCTAGACTATGGTGGTGAGCTAA
ATGTGAAGAATCAAGAAAAATCAACACTCCACTGCTGGATGATCTGTTCC
CCCTCCGAAACGCCCCCCTCACCCCCCTGTCTTCCGACGTCTTTGGTGCG
TGTTGTCGGCTAAAATTGAGGGCAGGTACCGGAGAGAGGAGCGATGGTTA
GCGGCCACTCCATTGCAGCAGACAGCAGCGGCACCAAGAAGAAGGAACCG
GTTTTCAACAGGTAAGGCGCGGATGGGGGGAGGAGGGGGGGCAATGGACA
GTTTCGGCATATACTTGAACGTATTGTTCGCTTTGCTGGGGGGGGGTGCT
GAATGGGTGGGGAGCAATGGATACGGTATAGGTATACTTAGAATGTTATT
CGTTTGGTTTCAGGACCCCCCCATCAACGCAACAACACTTTCTTTTCCGC
GCGGAAGTATGTTTTCGCAGATGGTGCCACCAGGAAAGGACTCGGCAGTT
GGCTAGCCTCAATTTTTTCGTTCATACAGGAACCGAAAAATTGAGCCTTA
GTCGTTGTGACGCCTGGTCAAGTACCCGACACCCTGAACCTATACTCTGG
AACATTGGATGTTGGTAGTCACCAGAGTAGGTAAAAATCCGAGCCTCGCG
ATAAACAAGAGGCTTTTCAGTAGTGGCGCTCCCTCTCAAGCACCCGACAC
TTAAACTTGTGTCGGTAGAAGTACAAGGCCTCTGGCGCTACGCGCCCCCG
CTCAGGGCGAGCGAATCCAAGGCAAATGTTCATGGAAAAGTCCTCTTTTT
CTCGATGATGACTTTGCCTGTGATGCAAATGCAAAGAAACTGCAACGACA
TCGATGTACCTTCTGAAACTCAAGAGACAAAAAGGATCAGACACAACAGG
GTTGAAACTAACCCGTGATGAGCCAAGAAACGAAGCGAAGTATAGGTGGC
TTTTGGTAGCTCGCTTCTGAGGTGATGAGATAAGAACCCGAGCCTCACGT
ACGAGGCTCTTCAGGGCTGGCGCTCCATCAGAGAACCCTTCACCTTAACC
TTACTATCGAAAATTTCCAGGGCTGGGAATCGCGGCCGATTCACCCAGTC
AATTTGATTCTTCGAAGTAGTTCCGAAGTACACCGCAATCGTAATTCTTG
AAAATCGTCACGATATTGATCCATATTTTGACAACCCACAAATCGGTCAA
CAATGTCAAAAACCGGTCAAAAACTGAAAAAAAAATCGACTTGGGCGGGA
CGCCCCCTGTAAAGCTCCCTGCCGCCGAGGGAGCGTAGTACACCGATGTT
TTTATCGAAAAGCTCGCTCGATATATCGAAATACGCCGGGGGAGGGGGGG
GCGTGAGGTGCTCGCTGCGCTCGCCCAATTTTATCGGAATACCAGAAGGT
GGAAACTCAGGGTTACCCTCACCGATAAACCGACTTCCACTATTTTACCC
TAACCCTGCCGGGGAGGGGAGGGGGCGTAAGGGGCTCGCTGCGCTCGCCT
GGTTTTATCGGAATATCGGCTGCGCCGAAAACCGATATTTCGATATTTTA
AACACCTGAAAAATTCGCCAATTCCGGTTCGTAACACGCAATTAGAAAGG
CACCCCGCACTTACACGCGTAGAAGTATATACACACTTCGAAATGTCGAA
CTGGATGTTGGTAACCGTAGAGGAGACAAGGGAAGGACCGGAGCCTCACG
CCAAACGAGAATTTTCTGAGCAACCTACACTAAACTAAAACCTTCAAAAC
CTTTGAATACATGGTATGTATTTGGCTGTCGGCACTGCTGTAGCCCGCAG
TGGAGAAAAAAAACCCGAGTCTCACCCCAAACACTCGTATGAGGTTGTCA
TGATTGGTGGTGGCGCTCCCTGCGTTTCATGTGTAGAACGATCGCATATT
CCTTTTCTTTGGGGGAGGTTGTTTGGCTGGCACCTTCGTTTCTTGAGATG
AGAATCCGAGCCGCACGCGAGACACGAGGTTCTGATAGGGTGACACTTCT
CTAGGAACCTCAAACCTAAACCTATCTTCGAAGATGTTGTGCCGGTGCCC
CAACATCTTCTCTTTTTGCTCGCTTCATGATATTTTGTTAAGGGGCGTGG
GTTTCCCCGGTTTGGGATGCCTTGATGTTTCTGATATGTCTTTCCCGAAT
GCCTCTCTGAACCATCACACTCTTATCTGCTCGGATCTCGGACATCCACT
CCACTTTTTTTTCTAATATTTTTTCATTGATTTCTTCCCGCGTTTTTTTT
TTTCCGTTTTTTCGTTTAATGTTTTTTAGGGGTTTCCCGGTGGGATTCCG
GGAAAATGGAAAGACGTTCCTCAACAACCACTTGCGCATGACGGTGGCCG
TTAACCCGAGGGACGAGGATCAATCCAAGTTTCACATCGTGAGCATTTAC
TGGTGGAATTTGTAACAACAAAGTGATTCGGAGTATTTTTTTTTGGTGAA
AAGTGCTGTATTATACCCCGAAGTATACACGCCGGTGAAACAATCCAAGT
TTCACATTGTGAGCATTTACTGGCGCATCATACTTGTAAAGAAAGTATGA
TACTTCGGAGTGTTTTTGTTTTTGAAAAGACTCCTGTATATACTGCATAC
ACGTACTGTTCAAAAATCCAAGTTTCACATCGTTAGCATTTCCTGGTTTA
CTTGTATGACTGAAAAGTACTTTGGAGTATTTTGTTCTTGAAAGGACTGC
TGCATCATATACACTTGATATATTATTATTTCTTGTTTTTTTTTTTTTGC
ATCATGGCAGGTCGGTTTCTTGCTGGAGCCGCTCTCGGTTAGGCACGCCG
ATCATACAGTTCACTGGTGTACTTTTACAGAATCATATCATTATCGTGTT
TTGCTATGTTTTCTTCCCGTCCTTTTTTTTTTTTTGTTACCTTGACTTTT
TTTTTTGTTGTTTTGTGCCTTCATGACAGGTCGGTTTCTTGGTGGAGCCG
TTTTCGGTGAGGCACGGATTTCAGGAGCCCTACGTCGAAAACGCCGAAAT
AACCACTTGCAGCTCGCGCTTCGGGTAAGCGCAAGTTGTTTGGGCTCGTA
CCCTTTCCATACCGGAGTACCCACTTTACCCGTGTCATACCCGCCTCCTC
ACCTCTACGATACGATAAATGTATCATATCGAAGTATGATATTATGGTAT
TTTATTATACCCAATACATACACACATATCATGCAGTGCCACTTGAAGCC
CGCGCTACGGGTAGGCGAGAGTAAGGTGGGCTCGCACCCTTTATACGGGA
GTACCCACTCTTTACCCATGTGATACCCGCCTCCTTACCTCTTTGATGGG
ATTAATATATTTTGATGCGTTTTGTAGTGTTATTTTCCACCAGGAGACAA
CTGCAACGTGTTCCCCAACACCGTTACCAAAGAGGAAGTACTTCGAAGTA
TGATACGCAACATAGGAGAACTCACTCCAAGTTATTTACCCTAAACTATA
CACCCAAATGCATATCAATACAGCTCATGCCTTCCCATTGAAGACAGACG
CCACGTTCACGCTGACCCTTCCATGCTCGTTTGTTTTGTGAACGTCTCGC
GATGTTATTTTTGTTTGAAGGTTTTGTTATTATAAACCGGGTAAATATAG
TTTCAACTCACCATATCTCGTCCCATTTATGTCCCCAATCATGCCGTGCC
GGCTTTTTTTCCGTTCCTTTTTATCGTATGTCATTTTTTTTCCTAAACGT
TCCTCGTTCCGTCTTCCTTGTCCGTGTCGTCCTGACTTGACCTTGCTCTT
GTTCTTGACCTACCGGCAGCATCACGGAGTCGGACCCTAGCCGCTACCTC
AGCACGGAGTACGAGGGGGAGGTTCTCTTCACGTACGACGTGACGTGGGA
CTACACCTCCATGCCGTGGACACAGAGGTGGGCTTACAGCAGTAGTACTA
TCATGTAATACCACGTCTCGTTGTTGTTGTCGTTGTCGTTGTTGGTGGTA
GTGGTGTTGGTGTTGGAATGGGTGGTATTGGTGTTGAATGTGGTGGTGTC
ATTGCCTGCTGGTTGTTGTTGCTACACCTCCGTGCCTTGGACACAGAGGT
GGGTTTTCTAGTAGTTGTTGTTGCTGTTGCTGTTGCTGCTGTTGGTTCTT
GGTGTTGTTGCTGTTGCTGTTGCTGCTGTTGGCATCGCGGTCGTCGGGAT
TGTTGTTGGTAGTGGTTGTTGTTGGTGTTGACGCTGTTGCTGTTGTTGTC
TCTGCTGTTGACGCTGTTGCTGTTGTCCAAATTGTCGTCTGGGTTGTTGC
TGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTCGCTGTTGCTT
ACTGCATTGTCTTTGTTGATGCCGTTGCCGTTGTTCACCATATTGTCGTT
GATGGTGTTGCTGCTGCTGTTGCTCTTGTTTTCTACTTTGTTGTTGCTGG
TGTTGATGTTCCGCTGTTGCTCTTGACCGTCGTTTGCTCGTTTGCGTGGA
AAATCTCACCCATGGGCAATATGCAAACAACGCCAACAAAAACATGCGTC
CGTGAAACAAATAGCTAAAAAGTACCACACACAGCAGTGAGCAGCACGTA
CGCTTTTGCTTCCGACAATATCGCTGCTCCTGTTCGGTGGTGGGTTTGTT
TTTTCTTCAAATCATGTTTGTTGCATTGTTCTCCTTTCAATTGGTTCGCG
ATCGGCTATTGCTTTGCGTGACGAAAACATGGAAGCGCAGCCGTGATATT
CATAAATTAGGTGGGTGAGGAAATCACACGTTATGCAAGAAGAAAAAGGA
ATGTGTGAACCCCGGTGTAGACAGGAGACAACAGACAAGACAGACACACA
CACACACACACACACGAGTCACACAATGATGGACATCATGCTCCGAAATT
TCACTTCGGTTTTTTGCTGTAATACGAAGTATGTATTCTACATTGGGAGA
TGAACACGAACCGACCCTGTACACTACAACCGAGTCACACGATGATGGGC
ATCATACGCGCTATTCACTTTCAAGTGTCGTGCTTTATGTTGGTCTAGTG
GTTTCCTCGTTAACCTGCCAGTTGTAAGGTCGTAGGTTCGATTCTCTCTC
GAAGCGTTTCTTGAGACTTTACGTGGAAAGCGAGTTACTCGTGAGTAAGC
AGAGGGAGGGGACTGCTGTACCCGACTCGCATTAAAAATCAAAGGCACGT
ACCGCAGGAGGAAGGTTTGGGCAATAAAACAAGTTAAAAACAAGATGAAA
TGCCCGTGTGTGACCTTCCTTCTGTGTGACCCCGGCCGATTCACCCACTT
CATATCGAAAGGTGTAGACTGCTGCCCAGAATAATGATCTCTCGTACTTC
GTACGTGTAATGGAAGGTGCAACGTTTACACGAGCGCAACCTACATGATA
CCAACCGTCACACTATGATATGATGGACATCATACGTTACCCAAGTATAT
CCGAAATATATTTGTTTCATCATATCATACGTACGTGAGTTGAAAGTTGG
GACATTCACTCGAGCGCCACCTATCATGTATCATGCAACCAAGTCAGACG
ACGATGGACATCATACTACATCTTTCACTTCCAATTTTTGTTTCTATGAT
ATATCCGAATGTGTGGCATTTACACGAGCGCAACCTATATCATACAGCTC
TATCGTACAACCGAGTCCGACGACGATGGGCATCATGCTCCGTTTTGCAC
CCCAACTTGAAACATTTGTTCATCATATCGTTTATATCATACGACCCGTG
AAATCGAAGGTGGGACATCTACACGAGCGCGACCGTGGACAACCAGATCC
ACTGGTTCAGCATCACCAACTCGTCGGTGATCGTGATGTTCCTGACCGTG
CTGGTGGCGATGATCATGGTCCGCGCTCTCCGCAAGGACATCCAGCGGTA
CAACGCGGAGGACATGGAGGAGGCCAACGAGGAGACCGGCTGGAAGCTGG
TTCACGGAGACGTGCTCCGTCCGCCCACCACCGCGCCGATGCTCTTCGCG
GTGAGACAGGAAGAAAAGAAGAGGCGCATTTTTTTTCGTTTCCTTCTTTC
GGCGCACAGCAGTAGTATCGTGTTGATTCGTTGTGTATGTGTATGTGTGT
GTGTTTTTTTTTTTCTTGCAATTTCGATATCGTGTACGTAATTTTTTTCT
CGAGCTGACTCGTGTCGTTACGTGATCCGCTCTCCCACCACCGCGCCGAT
GCTCTTCGCGGTGAGGAAGGAAAAAAAGAGGAGGCGCCTTTTGTTATTAC
TCCGTATTTTTGTTTTTTTGTTGCTTCCGGTACAAGCAGTAACGTGTTGT
TGCTCTTGTCATTGTGACTCGTTTTGTATTTACCCGTTCTTGCGCCTCCG
TGTAGCGTTCGTTTTTTCTCAAGCTGGCTCGTGTCGCTGCGTGCTCCGCG
CTCTCGGGTGAGGATGGGGGGAAGAACAGGCGCCTTTTCCTCTTTTTTTT
GTTTTTGTTTGTGTTGTCTTCCGGTACTGAATGAAGTATCGGGTTGTTGC
TTCTTTCACGTTGATTCGTTTTTTCTTCTCTTTTTTCTTCTTCTGTTGAT
TCATGTGTCGATTTTTCCTTCTTTGCCTCACTGCTTTGACTTCGTGGTTT
GATTTTTTTTGTGCTTCTCTATGAGAGGGTGTTTGTTTTTTGGTTCTTAT
GTTGATGGACATCGTGTTGTCGTTTTCCTCTTTTCGCTTCTTTTTTTTTT
GTTATCATTTTCCTCTCTTCGCTGGTGTATCGCGTTTTCTTTCTCACGTC
GACGCGTGCGATGGTTCCCCTCTTTGTGCCGTAGCAGCGTCTTTTTTTTG
TTTTTGTCGTGCTGTGCTCTTCCTTTGTTTTCTCAAGGTGGCTCGTCTCG
TGTTCTTATTTTATTTTCAGGCACAGGTTGATTCATGTTGTGTCATCACT
TTGTCTTCTCAAGTTGACCCGTGTTGTCGCTTTATTTCCTCAAGTTGACT
CGCTGTTGTGCCGTCACTTTGTCTTATCAAACCGTGTTGTCACTTTATTT
TCTCAAGTTGACTCCTTTTGTATTTTGTTGAGTTCTCACATCTGCTCGTG
GGACCTTGGTTTAGTTCGGTGAAATTCCGGCGTCCCGTCTCGTCTAAGAG
GAATGCGAGCTCGATGGTCGAACGGACTTTGGTATCACATGTATATCATG
GATACACACCCCCCCCCCATTCCGAATACTCGTGACTCAAAAAAGGAATT
GCGCATTGTCCGCTTTTTTTAACAAGAAAAAGTGTGCCGGGTCGATGATG
TAAAGGACCACGGTATGCATGACCATGAGTACCTTCTCGCCACCTCCTTC
CCATCTCGAGTACTCGTGTCTAACTAGAAAACCCAGGCATTCATCCGTGG
GAACCGGAGTGTATTTGTTGTCTGTTACCCTTATGGTTTTTGTATTCAGC
ATAATGTTTCCCCCCCCCCCGCCATTTCAATACTTTTGTCAATGTATACC
CCAGGCATGCGTGAAAGCCGGCGTATAGCTGTGGTTTGTCACCCTCATGG
TCATTTTATTCAGCATAATGTATATCCCCCCCCCCCGTTGTGGCGTATAA
CTGTGGTCTGTTACATACCCCCATGGTCCTGTTATTCAGCATATTGTATA
CCCCTCCTCCCCGCCATTTCGAGTACTGTTGTCAGTGTATGCCCCAGGTA
AGCGTGATAGCCGGCGTTTAGCTGTGGTCTGTTACCCTCATGGTCCTGTT
GTTCAGCATAATGTATATCCCCCCCCCCATTGTGGCGTCTAACTGTGGTC
TGCTACATACCCCCATGGTCCTGTTATTCAGCATATTGTATACCCCCCCC
CCCCTCCCCGCTATTTCGAGTACTGTTGTCAGTGTATGCCCCAGGTAAGC
GTGGGAGCCGGCGTTTAGCTGTGGTCTGTTACCCTCATGGTCCTGTTGTT
CAGCATAATGTATAACCCCCCCGCCATTTCGAATACTGCTGTTGTCAATA
TATGCCCCAGGTTTGCGTGGGAACCGGCGTTCAGCTGTGGTCACATGCCC
TCATGATGTTGTTAGTATATTGTGCCCCCCCCCCGCCATTTCGAATTCTA
ATGTTGTCAATATATACCCCAGATTTGCGTGGGAACTGGCGTTCAGCTGT
GGTCCGTGAGTTTCCTGGTCCTCTTCTTCAGCATGATGAGGCTGGTCAGC
CCTCTCAAGCGAGGGGACATGCTCACGGTCTGCATCCTCATCTACGTCCT
CACGGGCGGCATCGCCGGGTATAACGCGGCCAAGCTCCACCGCCGATTCC
GCGGCACCGAGTGGATCAAGGTGTGTTGCCTAATATCATACTTTCGTATA
AAAAGGGTTAAATGTTGCCCGAATCAGTCCTTGACGCGAGTGGACAAAGG
TGAGTTACCTGATATCCCGATCAACACGTTGCCCCGAATCAGTCCGTATC
GCAAGTGGATACAGGTGTTAGCGCCTCATTACCCGATCCACACGTCGTCC
CGAATCAGTTCGTAACGCGAGTGGATAGGCGTGCTTCATTTTATCATATA
CTCCGTATATAGTTGTATTTTGGGTAAGACTTCTTCTGCCGCACGCTTTA
TTTACTTCCTTTTTTCATTTAAAGCGTTGTGTTAACTTTCGGTTTACCCT
GGATTTTTCCCCCGCGATCTATGTACCCTTTTTTTTGGGTAAGTTGCCTG
TGACCTCGGAAAGCCTCCCGTACCGGATTGAGTCAGCTCGACGACATTCA
GACATTAAAAGGTACCGGTACTATATACCCTTTTTGGGGTAAGTTGCCTA
TGACCTCGGAAAGCGTCCCATACCGGATGATCCAGCACAACAGACATCAG
AAGGTACCGGTACTTTATACCCTTTTTGGGGTATGATAGGTTGCCCGTGA
CCTCGGAAAGCGTCCCATACCGGATGAGTCAGCACAACAGACATTAGAAG
GTACCGGTACTCTGTACCCTTTTTTGGGAAGGCATCCTGTGACCACGGAA
TGCGTCCCCCATCGGATGAGTCAGCAGTACGGGCGTTAGAAGGTACGGAG
TGGAGATCAGAACGGTTTTTCATGTGAAGACAACACACACCTTATTATAA
CCTGATCGACACGTTATCCCGAATCAGTTCGTTACGCGAGTGGACAACGA
AGGGTGTTTCGCCGTATGACTCGATCCACACGTTGTCCCGAATCAGAGTC
CGTAACGCGAGTGGACAAAGAAAGGTGTGACACCTCATTACATATCCCCC
CCCTACTCTTGTTACCGACCGCACCCTGTGAGAACCAAGGACAACAACCC
CCCTCCCCCTCCCCCGCCTGACCCCCCCCGCTCCCGTTACCGACCGCACC
CTGTGAGAACCAAGGACAACAGCCCCCCCTCCCCCCTCCCCCGCTTCACA
CCCCCCACCCCACCCCCGCTCCCGCTATACCGACCGCGCTGTATCACACC
AGATGACGCTGGCGACGGCATTCGCGTTCCCGGCCCTGGCAGGCTCCGTG
TTCCTCCTGGAGGCAATCCAGCAGTGGTGCATTGGGTCTTCGGGGGCCGT
GCCTCCTCAGATCCTGTTGCTGCTCTTGGGGATGCTGTTCTTCGTGCACA
CGCCGCTCGTGTTCCTCGGCTCCTTCTACGGCTTCAAGAAGGAGCAACCG
CAGCAGGTTCGCGGGCTGTCGATTGATTGGTTGGTTTGTTAGTTGGTTGA
TATCTCGATCTTCATAAAGCCGGTATTTGAAACCTATCTGAAAACTACTG
AAATACTCTGGGCTCTTCCTACGGCTTCAAGAAGGAGCAACCGCCGCAGG
TTCGCGGGTTCATGTCAGTATCGTAGATGGTGGCGACGTGGCAGTGCCGG
TGTCGTATATATTGTGGCGTCAGTAAGACAAAGGTTAATGTTTCGTCGGC
GTTTTCTTGAGCAACACTAGGCTTGACCACATGGTGCGAGGACGTTGTGG
GCTCCCAGTGTCTTGGTGTGTGCGCACCTCAACGCGAAGAAAATTCCTTG
AAAACGAACCCCCCCGACAAACGCAATACGGCCTACTCGAATCAAGGGAC
AAATGCGCCACCAAACCTGTTTTAACGTTGGCTACACGATATACCACACA
TCCCCCATTCTTCCCTGCCCCCCGCTTCGCTGCTTTTGGTGGGGAACGCT
TGTTGTGTCTCGTCGTCTTCCTCACGTGCGGTTTGCTTGTACTGTACTGC
TGTACCGTGCTGTACTGTACTGTACTGTGTGTCCGTTTCTTTTCTTCTTT
CTTTTCGTATCAGGTGGTGAGAACCAACCAGATCCCCCGCATGATCCCGC
AGACGCCGTGGTACGTCGACCCCAAGGTAAGCAGGGCAGTTTACATCGCC
CCCCTCGTAATTTCAAGACGTCGGTCATTGAACTCCCGACGTAAGGTCAG
CATTGACACCCCCCCACCCCCCTGTAAAATTTACACCAGTCACTGGCCAC
CCACCCTCCACCCCAACCTAGAATTATGTGGAAGAAGTCGAAGGCAAGAG
TTTCGTTCCAACGTGTATCTCGTTCGGGGTTGTGTTGTCCTGAAACGCAG
CATTCATGATGTACAGCAAGTCAAATTGTTACTTTTGTAAGAACAAATTA
TTCGCGTAAGTGTACAAAAATACCTTTTAGGTATCTTTTAGGTATCTTTT
CAATGACGAGTGAGAAATGCTCGCACGAGTATGGGTATAATTTCTGCAGG
GACACAGCATTGACTGTAGTGATACTCATATCATACAGCAGTAAATTTGG
CACGTTGCCTGTTTTTTTATGATCGTAATCTCGATGTGACAAAATACACT
TCGAAGTTCAGTACCACCGGTACGAATAATACAGCAAATGTCCTACGAGT
ACTTGATTTGCAAACGAAAAACGGGAGGCCGTTTGCCTCGCTGGAGTCTT
GCAGTATAATACAGCAAATGTCCTGTGTTATTTGCAAATGGAAAATAGGC
AGCCGTTCCGTTCGCGGGAGTCTTGCAGAATGATACAACAAATGTCCTCT
ATTTGCAGATCAAGAACAAGTGGCCGTTCCTTTCGCGTGAGTGTTGCCCT
CAAGAACATTGTAAAACAACTGTTCTTTAATTTTCAAGTGAAAAAAGGCG
GTCGTTTCTTTCGCGGGAGGGAGTCTTCCCCCTAAGAGCGGTATGACACA
AAATGTCCCACTCTATTCGAAAATGAACAATAGGCGTCCGTTCCTTTTGC
GGGAGTCTTGCAGTACAATACAACAAACGTCCCACTCTGTTTGCAAATGG
AAAACAGGTCGCCGTTCCTTTCGCGGGAGTCTTGCCCTTCGGAGCCGTTC
TGGTCGAGCTGGTGTTCGTGATGACGGCCATGTGGGAGCAGCAGCTGTAC
TACATCTTCGGCTTCCTGATGTCGGTCATGCTCATCCTCACCGTCACCTG
CGCCGAGATCAGCATCGTCATGTGCTACTTCCAGCTCTGCTCTGAGGACT
ACCGCTGGTGCGTGTTGTTCTGTCCGTGTGTTGTAATCATTCCTTCCCGA
CGCCGGTCTACACCTTGTAGTGCAGGTTGACTACCGCTGATACATGAGGT
CAATCACGTATTATTGGATGGTTTCCACGCACGAAAACAAAAGCGTCACA
GCAAAAGGAAAAAGGGCGTGCACATTTATTTGCCGAAGATGAAATAAGTA
CAGCAGTACGGTACTCGTTTTGTGCCTAAACAAAACTGCGTGCGTGTGTA
TGTTCGTATGTATGTATTTTTTGAATCAAAAGAGGCGTTTGTCTGTATTT
TTGTCACATTTACTCTGTACGCAGGTCTAAACCTTTTAGTACAGGTTGAC
TACGTACCGCTGATACGTGCGATGAGCCACGTATTATCGGATGGTTTTAC
ATAGGAGTATACGGTACTCGTTTTGTACCAAACCGAAACTATTTCACTGT
ACTGCGTCACCGCTCCTCCCCTGCTAATGCGTGGCCCGCGAGTACCGAAA
GGTGTAGACTGACGTCGAGAATAGATTGAGAAACAACCAACACATACACA
AACACGATACGTCGCTTTTCTCTGTGTTTTGTATTTTTGGCCACCACAGA
TGGTGCCCCAACGGTACCCAATCTGATTTTGACTCGGTTACCATCGCCTA
TTTCCTGTGCTTTTTGACATCCCCCTAGCACGATGTGTGTCTGGTTGATG
ACCACGGGCTAGACTGTGGCGGCGGTGAGCTATTGTCAGAATCAACAACG
ACACACAAAACACGAACACGATGCGTCGCTTTCTCCGCGTTGGTGTTGAA
GGAAACCAAAACAGTCATCAAGCTGTCGGACTCAGAGGATTCCAAACTCA
CGCTTGGCACTATTTGTCCCGTTACCTGCACAGCACGAAACCTCTCCTTC
CTGTTGTCTGTATGGTAGGATCGTCATCTCTTTTTTTCACAGGCCTGCAT
TTAGAGGGGACGACCGCGTGTGAGCGCATGAGCACGCGTTGATGTACGCA
CTGCCAGTCCTGTTACAGCCGTCCTAGATTTTTTTCGCGGTTGGCAGCAC
AATCCGACGATTCGTTGCTGCTGCTGATGGTGGTAATTTATTTCCCTTTT
TGCTTTGTTCCGTATGTTCTCTTCGTTCCCGAGGGGAAAGCGTTGTGGTA
ATCCTCGTATCGTCGCGGTTGGAAAGCACCACGTGACAGTTCCGTTGCTC
CGGCGGATCTTCACAAGTGGACAGTCCCGTTGCTACGGCTGCCCTCCACA
AAAAAGTTGACAGTCACGTTGCTACGGCGGCTCTTCACAATTGACAGTCC
CGTTTCTACGGCGGCGCTTCACAGTTGACAGTCCCGTTGCTACCGCTTTT
TGTCTCTGTCTCGTTACTTGTTTGTTATCCAGGTGGTGGCGTTCGTTGCT
GTGGTCTGGCTCGTGTGCCGGGTGGATGTTCATCTACTCCGCTGGATACT
ACTTCACTGTGCTCCATATGACGGGGGTAAGTTGTGGTGCTGCTGCTGCT
GTCGGTGCTCGGTTCTTGAAACTTGATGTATGGAACTCTTGAGCTTCTTG
TCCATATTGTTGTTGTTGTTGTTGTTGTTATTGGATATTGTTGTCTCTGT
CGTTATTGTTGTCGCAAATGCTGTTGCTGTCGATGGTGCTACTGGTCCCT
GCACTTGAACCAACTCACCCCACCACGACAACTTGGGCGCACGCTGCGCA
TATTTGCTCCTCTTCCCACCTGAACAAACGCTGCTGCTTTTCATATGATG
TATACCAGTGGATGGCGGCTTCTCTGTTCTTCGGGTACACGTTCGTGATG
ACCGCTTGCTTTTTCCTGTTGACCGGCACCGTGGGATACTTCTCCTGCCA
GTGGTTCATCAACGTTATCTACTCCTCCATCAAGGCAAGGATGTTAGGTG
ATTTGTCATTTTATGATTCGACGAATATTGTTGCTGTACCGTCTCATTTT
TCTGCAGCGGGGAATGTGATGTACTTCGAAGTATTATACAAATACTTCGT
AGTATTTGTAGCATGACGTTATGTCATGTGATTTGTTCTTGCCATCCTGC
TTTACCGCTACAAGTCGTACCCTGAGTCGGTTGGTGAGACCTCCCGCGTA
TTGTGTATACCCCCGTTCGAGTAATCAGCTCGACCACGAAATCGTTACGA
TCGGAGGACTCGTGCGAGGTTGGAATGGCTCTTATTGTAAAGACAACAAA
CAACAACAGCAACAACAAACACAACAAACAGACATCAAAGGTGATCAACT
CTGCACTCACACACTTTCAAGCCTTCCCCCTGTTTGTCGTGACCCCGGCC
AATGCGTCCACAAACACCTAAAAGTGTAGACTGGCCTTCAACATCGATGA
GAGAAAACACACCGAGACATGAGGAACACCGCGTCGCATTCACACCGCGT
ATCTGTGGGAGTGCATGTACCGCCAACACTCAGCTTACACACTTCCTCCA
AGCCTTGGATTTGGTCGTTACTGTACACGTATCATATGATCGACTCATAA
ATTACGTCATAAATAATGTCTGCTTTGTCGTGTGACGAAAAATTTTATCA
TATTTGTTGTGACGATTCGTTCAACATATTTTTGGGACATCCACACAAAA
TCACGGTCGCGCCGGTGGTTAGCGGGGTAACTTCGGAAGCCTTCTAATAC
CAACGGAAGTCGTGAGTTCGAATGCCGGTCGGGGGTTTCCTCACCTAAAC
ATCAAGAAGTGGAAACTCACGACCTTCCTCCTGTGCCACCAACCCCCGCT
GGTGCGCCCAACATATACCGGATGGTGTATCCTAGCGTCTATAGTGAACG
GGACTTAAAATACACGCGCACGTTTCATTTTTACATGGCATTCCTCTACG
CAAAACCAGCCACATGTCATAATGTACGGCCTGTCTTTCTCTTCCCCCCT
CCCTCTCTAAGCACGCACGCAAGCATGCACACACACGCACATGCTTCCTT
TGCTTCTGAATCCTGAAACCGGTTCAAGAAGCGCCCGAGTTGGGCACGAT
CCGCCGAGTGCTTTCGTTTTCAGTCCTCCCTGAAACCGAAAACTGTTCAT
CGTGTCGTCACGGAAGGACCATGTAAACGCCCCCAAGAGGATAAAACGGG
ATGTGATTGATAAAGATGGAAACACCCGTGTTGCTGTCGTTTCCCGTCTT
AAAAAACTTTGGAGTATTTGTGAACTCATCTTACGGAAGAAAAAAATCAA
CAAAACACTTGAGTATTTGTGATGCCATTTTACAGAAGAAGTAAAGGCAC
CCGAGGGGTGCAACGAGATGCGGTTTACATGGATGGGTTTGGGATTGGAG
GATGGATGGTGCACGGTATTCCTTTCACTATGCTCTTTTCGCTCTCAAGA
CTTGACTGGCCGACTGACAATTTTCCCTCATTCTCGAATCAACGACGCTT
TTCTTTTCTGCTGCTGACGTTTCTTTTTGTGTCTGTTATGATCTTCACGA
CTGTGCAGGTGGACTAAAGGATATTTATTATGAAATAATCTGAGGATTTA
AGAAGAAACAAAAAAAGCGGCAAGGTTACTAAATTTCGCGGAGGACCAAC
AAAATTCGCGTGAGAGGGGAAATTCCCCTGCGGCCACAGGCTCTTGCAGG
TGTCTGTTGGGTGGCGTGCCAGCCCATGTTGTTGCTGGTAGAGAGTCGCG
GGTCGATTGGGGATCACTACCGCGCTGCCAAAAATAAAATGGGTGTGCAT
TCATGGTTCCTTCCGAACTCTTCCTTTGGAAAGGTTGTTTCCCCAAGTTG
TTGGGATCGGATTATCGCCGCCTGGTCGGCAAAAAAAGTTGGAGTACATT
TTACTGGTTGCTTCCAAATCCGTCTTCCTGAAACGGAATGCTTTTGCCCG
AGTTGTCCACAACAAACGGGAATGCGGAAGGAAAGCTTTTAAGTCTTCCG
TCTGAACGCGGTGGCGGAACGTGTGGAAATGGAAGTTGCCGGATAGAAAT
CGGAACTGTTTGATGTGAATGGGCAGCGAAGAGAGATCGATCGGGGTCCC
AGTAGATACCCTCCCTTGATTGATCCTTGCGTTGCTCCACGATAAGAGGG
GGGAGATTGTACACTGTATGCACAGCACTACTGTTTCTCTCATTCGTACG
TCGGTAACAATAGGAGAACAGAAGCCGCCGTCGTCGTCGCCGTTGTTGTG
GTTGATTGTCAGGATTGTCCGCAGCACGTTGTAAGAGGTGTATTTTCGGA
ATTCGTGCCGTTGTTTGGGTCCGCAACAAGTCGGAGAAGGGACTTTTGCC
GTTGTAATTTATTTCTGAGCGGTGAACACTGGGGGAGGGAGGGGGGAGAG
GGGTAGAAGATGCCCGCGTTGTCCATGCCCAGCGGAGGAGACGGAATATT
TTTTTGTAGTTGCTGGTGCCTGGATGGGTTGGTTCATCCGCAACGTCATG
GAGATGGAGAGAAGTTGTCGACGTTGCTTCGTACCCCGGAGGCAACGTTG
TCGACACTCAGATATTTAGCAATGGAGCAAATATTTGTACCAGGTATTGG
GGGGAGAGGGAAGGGGGGGGGGTGATAATTAAGGGGTATTGTGTCTTGTC
ATCCCATATATTCTTGACGCCGGTATACACCTTTCGGTAAATGTGGGCGC
ACCAGCCGAGGTTGGTCACACACGGCGGTACATACATGTGGTTTTAGGAA
CCTTCTGGGTATTTTCGGCTCGAAGCGTGCAGGGGTTTTGTCCACCCCAT
GCCTCTGTACGCTATAAAGGGTGGTTCAACGTTTCCGGTTTGTTTTTCCC
TACTCGTAGTTTTTTGTTTTTTGTTTTCCCGCAGGGCTCGGCTTTCTCTC
TTGTCTACCGCAAGAGGTTAGAATGTACCAGGGGAGAAGGGGGGGGGGTT
CCTATCGGAGCTGTCTATCCTCGTGCACGGAGTAATTATTGCATTACGGT
GTAATTTCTGTGGCTTCGCTGTGCATGTTTTGTGACCAAAGTAAAACAAC
GAGCGAAAACAGGGAGAACGATAGCACGAGCGTTGCGGACGCGGCACAAC
ATTTCACGCTTGGGGCGCAGGTTGTGGTCGAATGTCACAACTGATATTTT
CGTGTGGAGTCCTCCTGCTGGCGGGAAAGGGGAGGGGGGTCACGGTGTGA
ATGGTGGGCTGGGGGTGGGCTGTACTGCTGTACGCAGTATTGGCGAGCGT
GATGTTCTGTTCTGTTTCTCATCAGCATTCCAGTAGCAACCAGGACAAAC
GTCGTTTTCCTACCGAGCACGGAAAGAAAGAGAGCGAAATGTAACAAGCG
TTTGCTTGCCCCTTTTCTCCATTCCGCACCACCGCAGCCCCCTTCCCTAT
GCGGCAGGTCTTCACATGTCATCATGTGATACGAATACCATATAACGAGA
TACTGCTTATACGTACATGTTTTTCTCTGTCCTTTGCATCATTTTTTATT
GTGTGACATAATGGGAGAAGTTTGAACTCCCTCTTCTCTCTTATTCTACT
TTACGTTTATTTTCGCCATCTTCGAAAGGCTGCTGCTGCTGC

Coding sequence (CDS) from alignment at P-littoralis_Contig120:79768..101759+

>mRNA_P-littoralis_Contig120.11.1 ID=mRNA_P-littoralis_Contig120.11.1|Name=mRNA_P-littoralis_Contig120.11.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2280bp|location=Sequence derived from alignment at P-littoralis_Contig120:79768..101759+ (Pylaiella littoralis U1_48)
ATGGCGCCAACAACGACCGCTTCCAGGGGACAGCCCCTTCACAGCAGCAG
CACCGGCGCCAGCAGCAGGAGTAGTAGTCGAAGGGCAGGCAGCAGCATGA
GCAGCTGGAGTTGTGTCGCCTGGTCGGGGTTAGCGCTGGGGGTCGGGATT
TTGGGGGGGGCGGGGGGGGTGCAGGCGTCGTGGTTGCCTTCGATCGGCCC
GAAGGAGTTTCAGAGGGGCGACAAGCTGCCGCTTTTCGTGAACGAGCTCA
CCTCGGTGCGGGCGCAGTACCCGCTGGACCACTACCACGTGGCGTACTGC
CAACCGGAGCACATGCACAGGAACACGGAGAACATTGGTGCTTACCTAGA
GGGAGACCGCGAGGAGAATTCGCCGTACGACTTGGAGGTCGGGATTCCGC
AGGCGTGCAGGGTGCTCTGCGCCAAGAGTTTTACTAGCCTGGAGCGATAT
ATGTTTGCCAACGTCATCCGCGACTCGTACGTGTCGCATATGACGATCAC
GAACCTGCCGGCGGCCTATCGGGTCGTGCAGAACAGCAGCTGGTGTGTTG
TGTTGTGTTGTGTTGTGTTGTGGTGCGGTGCGGTGTTTCGTATCGTGTCT
TTCTCTGCGTGTGTGCGTTTGCGTGTGCGTGTGCGTTGTGTCTGTATCAG
AAGTGCTTGGTTCGGCTGCTCACGGGACACGCTCCATCATCGGTTGATCA
TGTGTTCAGTACCTGGATCATGGGACCCTGCCCCCCTGTTGTGCGAGGTA
CCGGAGAGAGGAGCGATGGTTAGCGGCCACTCCATTGCAGCAGACAGCAG
CGGCACCAAGAAGAAGGAACCGGTTTTCAACAGGGGTTTCCCGGTGGGAT
TCCGGGAAAATGGAAAGACGTTCCTCAACAACCACTTGCGCATGACGGTG
GCCGTTAACCCGAGGGACGAGGATCAATCCAAGTTTCACATCGTCGGTTT
CTTGGTGGAGCCGTTTTCGGTGAGGCACGGATTTCAGGAGCCCTACGTCG
AAAACGCCGAAATAACCACTTGCAGCTCGCGCTTCGGCATCACGGAGTCG
GACCCTAGCCGCTACCTCAGCACGGAGTACGAGGGGGAGGTTCTCTTCAC
GTACGACGTGACGTGGGACTACACCTCCATGCCGTGGACACAGAGGTGGG
ACATCTACACGAGCGCGACCGTGGACAACCAGATCCACTGGTTCAGCATC
ACCAACTCGTCGGTGATCGTGATGTTCCTGACCGTGCTGGTGGCGATGAT
CATGGTCCGCGCTCTCCGCAAGGACATCCAGCGGTACAACGCGGAGGACA
TGGAGGAGGCCAACGAGGAGACCGGCTGGAAGCTGGTTCACGGAGACGTG
CTCCGTCCGCCCACCACCGCGCCGATGCTCTTCGCGATTTGCGTGGGAAC
TGGCGTTCAGCTGTGGTCCGTGAGTTTCCTGGTCCTCTTCTTCAGCATGA
TGAGGCTGGTCAGCCCTCTCAAGCGAGGGGACATGCTCACGGTCTGCATC
CTCATCTACGTCCTCACGGGCGGCATCGCCGGGTATAACGCGGCCAAGCT
CCACCGCCGATTCCGCGGCACCGAGTGGATCAAGATGACGCTGGCGACGG
CATTCGCGTTCCCGGCCCTGGCAGGCTCCGTGTTCCTCCTGGAGGCAATC
CAGCAGTGGTGCATTGGGTCTTCGGGGGCCGTGCCTCCTCAGATCCTGTT
GCTGCTCTTGGGGATGCTGTTCTTCGTGCACACGCCGCTCGTGTTCCTCG
GCTCCTTCTACGGCTTCAAGAAGGAGCAACCGCAGCAGGTGGTGAGAACC
AACCAGATCCCCCGCATGATCCCGCAGACGCCGTGGTACGTCGACCCCAA
GGTCGCCGTTCCTTTCGCGGGAGTCTTGCCCTTCGGAGCCGTTCTGGTCG
AGCTGGTGTTCGTGATGACGGCCATGTGGGAGCAGCAGCTGTACTACATC
TTCGGCTTCCTGATGTCGGTCATGCTCATCCTCACCGTCACCTGCGCCGA
GATCAGCATCGTCATGTGCTACTTCCAGCTCTGCTCTGAGGACTACCGCT
GGTGGTGGCGTTCGTTGCTGTGGTCTGGCTCGTGTGCCGGGTGGATGTTC
ATCTACTCCGCTGGATACTACTTCACTGTGCTCCATATGACGGGGTGGAT
GGCGGCTTCTCTGTTCTTCGGGTACACGTTCGTGATGACCGCTTGCTTTT
TCCTGTTGACCGGCACCGTGGGATACTTCTCCTGCCAGTGGTTCATCAAC
GTTATCTACTCCTCCATCAAGGTGGACTAA