mRNA_P-littoralis_Contig650.21.4 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig650.21.4
Unique NamemRNA_P-littoralis_Contig650.21.4
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: D7FZ64_ECTSI (Long chain acyl-CoA synthetase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FZ64_ECTSI)

HSP 1 Score: 1215 bits (3143), Expect = 0.000e+0
Identity = 610/693 (88.02%), Postives = 650/693 (93.80%), Query Frame = 3 
Query:  336 TGSNYRMLDTKKASASWKSLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGEDGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVLDP-PTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALYASKR 2411
            TG  +R+ +     ASW SLPEMWDFL GECG+LTAIVDP+HPPDMPDGKRPPKG+ETRLTYSEMR SIG++A+AL+GLG++K+DCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIY DSESVGAVVETPKLL+LL+ E GKGLEGADGA PRFLMVLFP GK+GKELQESLNIPESIKVVTF+ECL  G VLD  P +ERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTM YSNVRNFKSDLK FKPHFLIVVPRLLETIWKGVQTQL AKSKGAQKAAGALT VSS RMKAARR SG VIRD++PK PEKALSAV+MG+TLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAG+RVLVGYGLTETSPVIANRVA +NTKGTTGKP+PGSEVK+AD E+GQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDK+GYFDTGD+GRFNPITGDL+VTGRAKDTIVLSNGENVEPQPLEDAISG CSLIDQVMLFGQDERFLGAIVCLNP+N+GAAGIISQ DASRYS LLGPTPLTTGP GTP+EL DAEKEIL APGL++AVM+QLK  AGEERPWEQVG VIMKFEPFTTSNGLITQTLKTKRNVV ++F +EIDALYA+KR
Sbjct:   33 TGLRHRLRNYITVGASWNSLPEMWDFLAGECGDLTAIVDPVHPPDMPDGKRPPKGSETRLTYSEMRTSIGSMAAALIGLGLEKQDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYGDSESVGAVVETPKLLKLLVEEGGKGLEGADGAEPRFLMVLFPGGKNGKELQESLNIPESIKVVTFSECLDKGGVLDAAPVVERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMGYSNVRNFKSDLKKFKPHFLIVVPRLLETIWKGVQTQLEAKSKGAQKAAGALTRVSSLRMKAARRFSGTVIRDSKPKGPEKALSAVLMGVTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGVRVLVGYGLTETSPVIANRVATENTKGTTGKPVPGSEVKIADQETGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKDGYFDTGDLGRFNPITGDLIVTGRAKDTIVLSNGENVEPQPLEDAISGACSLIDQVMLFGQDERFLGAIVCLNPLNMGAAGIISQEDASRYSGLLGPTPLTTGPAGTPKELADAEKEILGAPGLERAVMDQLKAVAGEERPWEQVGSVIMKFEPFTTSNGLITQTLKTKRNVVAERFSKEIDALYAAKR 725
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A836C922_9STRA (Long-chain acyl-CoA synthetase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C922_9STRA)

HSP 1 Score: 721 bits (1862), Expect = 5.770e-245
Identity = 367/687 (53.42%), Postives = 473/687 (68.85%), Query Frame = 3 
Query:  339 GSNYRMLDTKKASASWKSLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGEDGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVLDPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            G  YR L   +     K +P++W F++ +C    AIVD +H            G     TY+E+R  I  +A A   LG+    CVSVFSENS RWL AEQGIM AGGCNAVRG  APV EL+YIY +S SVG VVE  +LL+ L+   GKGL G  G  PRF MVL+  GKSG +++E L +P  ++V+TF E + +   L P  I     ATLVYTSGTT KPKG +L H+N++HQ+ +NSF+R+ G   +PWVGD FVSILPCWHIFERTAEYF L RGV MVYSN+RNFK+DL  ++PHFL+ VPRL ETI+KG QT  A++ K  QK     TA+S+ +MK    ++G V+ D  P    + ++AV + L  P    A+KLVW K+R G+GGR+K +VSGGSSL  +LEDFF+M G RV+VGYGLTETSPVI NR+   N KG+ G P  G+ +K+ + E+ + V  G+ G +  +GPQ+M+GY  N EAT  V+D EG+FDTGD+GR NP TGDL++TGRAKDTIVLSNGENVEP+PLE+A+ G+   +DQVML GQDERFLG IV +NP  L A G++   +A R S LLGPTPLTTG  GTPQ+++DA+ +++A P +K AV+  LK      RPWEQ+  ++++ EPFT SNGL+TQTLK KRNVV D+F  EI A+Y
Sbjct:   72 GRGYRKLTATEKDI--KVVPDLWTFMEKQCPSQIAIVDALH-----------GGITVVYTYAELRERIVRLAGAFQALGLAPGQCVSVFSENSNRWLTAEQGIMLAGGCNAVRGVAAPVEELQYIYENSLSVGVVVEKAELLKKLVFS-GKGLNGDQGP-PRFAMVLYAAGKSGAQIREELGLPVDMQVMTFQEAITARKPLAPVRITADQPATLVYTSGTTSKPKGVILRHSNMVHQILENSFNRANGGKYDPWVGDTFVSILPCWHIFERTAEYFMLARGVEMVYSNIRNFKNDLVKYRPHFLVAVPRLYETIYKGAQTNFASQPKSKQKLVAIFTAISTLQMKLRSVVTGMVVGDKPPSPLRQLMAAVALALVSPFHKVADKLVWSKVRAGMGGRIKCLVSGGSSLAGYLEDFFDMIGHRVVVGYGLTETSPVILNRLVEHNLKGSVGLPPGGTTIKLVNPETREPVPAGEIGVVCAKGPQIMAGYNRNEEATRQVMDSEGFFDTGDLGRINPATGDLILTGRAKDTIVLSNGENVEPEPLENAVVGKSDFVDQVMLVGQDERFLGGIVVVNPAGLAAGGLLPASEARRLSGLLGPTPLTTGVKGTPQDMDDAQ-QLVANPQIKAAVLADLKRIGKGGRPWEQIQDIVVRLEPFTISNGLMTQTLKVKRNVVTDRFAAEIKAMY 742
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A7S2Y0I5_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2Y0I5_9STRA)

HSP 1 Score: 593 bits (1529), Expect = 1.220e-197
Identity = 301/567 (53.09%), Postives = 400/567 (70.55%), Query Frame = 3 
Query:  705 RYIYADSESVGAVVETPKLLELLMGEDGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVLDPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEE--RPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            +YIY +S SVG VVE P LL+ +  + G     A GA+P+F +VLF +GKSG+E++  + +P  +KVVT+ E L     L    ++    A LVYTSGTT  PKG VL H+NLLHQV  NSF+R+     +PWVGDVFVSILPCWHIFERTAEY+TL+RG  +VYSN+RNFK+DL  +KPHFLI VPRL ETI+KGVQ   +++    +K     TA     MKA R ++  VIR   P   EKA +A+ + +T PL + A+K+VW K+R+G+GGR+KV+VSGGSSL   LEDF+EM G RV+VGYGLTETSPVIANRVA  N  G+ GKP P +++KV D+E+ +++ +G+ G IL RGPQ+M  Y +NPEAT   ID EG+F+TGD+G  NP TGD+V+TGRAKDTIVLSNGEN+ PQP+ED + G C+ +DQ+ML GQDERFL A+  ++P  L + G+I++  A+R + LLG TPLTTG  GT +E+E   K +   P ++KAV+ ++K  + +   RPWE V  V +  EPFT +NGL+TQTLK K+NV  D+F+  I  +Y
Sbjct:    1 QYIYENSNSVGVVVEKPALLKSIAADPGLKSAKA-GAMPKFAIVLFAKGKSGEEIKAEMGLPAEMKVVTYKELLAMKRPLKEAAVDPDDPAALVYTSGTTSYPKGVVLRHSNLLHQVHNNSFNRANNRKYDPWVGDVFVSILPCWHIFERTAEYYTLSRGAKLVYSNIRNFKTDLVKYKPHFLIAVPRLFETIYKGVQQNFSSQKGIKKKLVTFFTASCMLYMKAKRVVTNMVIRQKAPDILEKAWAALTLAVTWPLAMLADKMVWSKVREGLGGRMKVMVSGGSSLSPVLEDFYEMIGGRVIVGYGLTETSPVIANRVAEHNLVGSVGKPPPNTQIKVVDVETRKELPIGEKGLILARGPQIMREYMSNPEATREAIDDEGFFNTGDLGMVNPPTGDIVITGRAKDTIVLSNGENIAPQPIEDLLIGNCATVDQMMLVGQDERFLSALAIVSPSGLESQGLITKDHATRLNNLLGATPLTTGIAGTAEEMEKETKILQEDPAIQKAVLNEIKKESKKAKLRPWENVQDVRVLLEPFTMTNGLLTQTLKVKKNVATDRFEPLITDMY 566
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A4D9CQD3_9STRA (AMP-binding domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9CQD3_9STRA)

HSP 1 Score: 572 bits (1475), Expect = 1.260e-186
Identity = 321/698 (45.99%), Postives = 439/698 (62.89%), Query Frame = 3 
Query:  336 TGSNYRMLDTKKASASWKSLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGEDGKGLEGADGAL--PRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVLDPPTIERSMK-----ATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSP--MNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEE-RPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            TG+  R +D  K    W++LP++++ +     E  A+ D +H P              ++TY E+ R IG +A+     G++   CVSVF+ENS+RWLIA+Q I+KAG CNAVRG  APV EL+YIY +SESV +VVE+ + +E           G    L  P    +  P   S  EL    N+P   +V+TF E L S  +  P T     K     ATLVYTSGTT KPKG VL H+NLLHQV+ NSF  S       NP +GDV VS+LPCWHIFERTAEY+  ++G+ +VYSNV+NFK+DL   +P F++ VPRLLETI++GV  + AA+    +K     T   S  +KA R   G V+R   P   E+ L+ V+  +  PL    +KLVW K+R G+GGR+KV+V+GGSS+P  LEDFFE+    V+VGYG+TETSPVI NRVA  N  G+ G+    + VK+ D ESG ++  GQ G +L+RGPQ+M+GY++N EA+ AV+D+EG+ DTGD+GR +P+T  L++TGRAKDTIVLSNGENVEPQP+ED +    +L+DQV+  GQDE+ LG +V  N   L  AG++ +  A R + +LG   LT G  G+  ELE+ E  +     +KKA++  +  A G+  R  E+VGVV +  EPF  +NG +TQTLK KRNVV  ++ +EI+ +Y
Sbjct:  109 TGTYLRGMDRYK----WRTLPDVFETVASLAPEAVAVEDMVHTP------------TAKMTYGELNRQIGALAAFFQHEGLKPGQCVSVFAENSHRWLIADQAILKAGACNAVRGVKAPVDELQYIYQNSESVASVVESVEQIE-----------GTSTLLSFPPTQPLCEPTAASRAELA---NLPPPTQVLTFDEAL-SASLARPLTFRPVPKDVRSVATLVYTSGTTNKPKGVVLRHSNLLHQVNYNSFTDSPSKEPAYNPVLGDVLVSVLPCWHIFERTAEYWMFSKGIHVVYSNVKNFKADLAKHRPQFIVAVPRLLETIYRGVLQKFAAEKGAKKKIIDFFTRTGSAWVKAWRVARGLVLRSRAPNPIERLLALVLALVLSPLAAVGDKLVWSKVRAGLGGRIKVLVAGGSSMPLVLEDFFELLRTPVIVGYGMTETSPVITNRVAEKNLAGSVGRTARDTVVKIVDPESGARLPEGQPGLVLMRGPQMMAGYKSNAEASKAVLDQEGFLDTGDLGRIHPLTKQLIITGRAKDTIVLSNGENVEPQPIEDVVCANSALVDQVVCVGQDEKALGMLVVPNVRALARAGLVDRSLAERVAEILGGQVLTNGIAGSRAELEEVEASLREKKEVKKALLADIARAMGKSFRETERVGVVEVVLEPFNMANGFLTQTLKVKRNVVSGRYAQEIEQMY 775
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: W7T8D8_9STRA (Amp-dependent synthetase and ligase (Fragment) n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7T8D8_9STRA)

HSP 1 Score: 480 bits (1235), Expect = 1.910e-154
Identity = 259/519 (49.90%), Postives = 345/519 (66.47%), Query Frame = 3 
Query:  867 LQESLNIPESIKVVTFAECLGSGDVLDPPTIERSMK-----ATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSP--MNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEE-RPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            L E  N+P   +V+TF E L S  +  P T     K     ATLVYTSGTT KPKG VL H+NLLHQV+ NSF  S       NP +GDV VS+LPCWHIFERTAEY+  ++G+ +VYSNV+NFK+DL   +P F++ VPRLLETI++GV  + AA+    +K     T V S  +KA R   G V+R   P   E+ L+ V+  +  PL    +KLVW K+R G+GGR+KV+V+GGSS+P  LEDFFE+    V+VGYG+TETSPVI NRVA  N  G+ G+    +EVK+ D ESG ++  GQ G +L+RGPQ+M+GY++N EA+ AV+D+EG+ DTGD+GR +P+T  L++TGRAKDTIVLSNGENVEPQP+ED +    +L+DQVM  GQDE+ LG +V  N   L  AG++ +G A R + LLG   LT G  G+  ELE+ E  +     +KKA++  +  A G+  R  E+VG V +  EPF  +NG +TQTLK KRNVV   + +EI+ +Y
Sbjct:   14 LAELANLPPPTQVLTFDEAL-SASLARPLTFRPVPKDVRSVATLVYTSGTTNKPKGVVLRHSNLLHQVNYNSFTDSPSKEPAYNPVLGDVLVSVLPCWHIFERTAEYWMFSKGIHVVYSNVKNFKADLAKHQPQFIVAVPRLLETIYRGVLQKFAAEKGAKKKIIEFFTRVGSAWVKAWRVARGLVLRSRAPNPIERLLALVLALVLSPLAAVGDKLVWSKVRAGLGGRIKVLVAGGSSMPLVLEDFFELLRTPVIVGYGMTETSPVITNRVAEKNLAGSVGRTARDTEVKIVDPESGARLPEGQPGLVLMRGPQMMAGYKSNAEASKAVLDQEGFLDTGDLGRIHPLTKHLIITGRAKDTIVLSNGENVEPQPIEDVVCANSALVDQVMCVGQDEKVLGMLVVPNVRALARAGLVDRGLAERVAELLGGQVLTNGIAGSRAELEEVEASLREKKEVKKALLADIARAMGKSFRETERVGAVEVVLEPFNMANGFLTQTLKVKRNVVSGHYAQEIEQMY 531
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A7S2UNN2_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2UNN2_9STRA)

HSP 1 Score: 476 bits (1226), Expect = 1.470e-149
Identity = 284/696 (40.80%), Postives = 408/696 (58.62%), Query Frame = 3 
Query:  390 SLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVG-AVVETPKLLELLM------GEDGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVL---DPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDN--TKGTTGKPIPGSEVKVADLESG------QQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQ-ELEDAEK--EILAAPGLK--------KAVMEQLKLAAGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEID 2390
            S P +W  L   C    AI+D      M D K         LT+ EM ++I   A+A   LGV+K   V++  ENS +WLIA+ GI   GG ++VRGA AP  ELRYIY  SES   AV++ PKLL+ L       G  G GL+       + +++L     S  ++QE +  P  I+V   ++ L +   +   D P I     +T+VYTSGTTG+PKG +LTH NLLHQ+              P  G++ +S+LP WHI ERT E +  +RG  +VYS++R+FK+DL   KP ++++VPR+LE +  GVQ + A+ S   +      TA  + + +  +  SG ++ D +P + ++ ++ +++ L  PL    +KLVW K++DG GGR K ++SGGS+L   LE F+E+ GI ++VGYGLTE SP+IA+R    N  T G  GK +  +E++V D ES       + V +G+ G ++ RGPQVM GY  NPEATA  +DK G+FDTGD+GR NP TGD+++TGR KDTIVLSNGEN+EP P+EDAI  E SL++QVML GQD R L AIV LNP  L  AG +++ +     A        +  V  P+   ED  K  +ILA   +K        KA++  +K A  + R WEQVG V +  EPF  +NG +TQ+ K KR+ V++++ + ++
Sbjct:  119 SCPGLWKDLAKNCPNKRAILDEH----MCDEK-------VDLTFKEMEKTIRASAAAFASLGVKKGMNVAILGENSAKWLIADHGIQLLGGASSVRGADAPSEELRYIYEHSESAKVAVIQGPKLLKRLAKDAKTKGLSGLGLQNEKYGSVKTIVLLHREKMSNDKIQE-IAAPLDIQVFVLSDLLETVKPISANDVPKIGLDDLSTIVYTSGTTGQPKGVMLTHGNLLHQLGHRLAPTKPYDETEPLPGEIMLSLLPVWHITERTFELWMFSRGCNVVYSSIRSFKNDLAKHKPQWMVLVPRVLEKVALGVQGKFASGSAVVKTLVKLFTATGTMKHENLKIASGVIVGDEKPSSFKRLIARLIVALLAPLNAVGDKLVWSKVKDGFGGRQKCIISGGSALAGSLESFYELCGIDIIVGYGLTECSPLIAHRRLDANLITGGCVGKAVLDTELRVVDPESKADSGERKSVPIGEVGVVIARGPQVMKGYFKNPEATAKAVDKFGWFDTGDLGRVNPATGDIILTGRCKDTIVLSNGENIEPSPIEDAILSESSLVEQVMLTGQDGRKLVAIVVLNPSELVGAGFLNKKEGKALQA-------ESERVNDPKCSEEDCAKGCDILAEASVKLRSDKELGKALLVDMKSATKDFRKWEQVGDVYITLEPFAMANGQLTQSYKVKRDSVLERYGDSLE 795
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BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: UPI001686FE36 (AMP-binding protein n=1 Tax=Microcoleus sp. FACHB-831 TaxID=2692827 RepID=UPI001686FE36)

HSP 1 Score: 464 bits (1195), Expect = 7.410e-147
Identity = 282/690 (40.87%), Postives = 408/690 (59.13%), Query Frame = 3 
Query:  351 RMLDTKKASASWKSLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGEDGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAEC--LGSGDVLDPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKA-PEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEERPW----EQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            R++D   A    +SLPE+W       G+  A++DP   P            E  LTY+++ + I   A+ L  LGVQ ED V++FS+N  RW IA+ GIM  G  + VR + A   EL +I A+S S   VVE  K L+ L        E  D  LP  L++L    +  ++         S+K++ FA+   +G+ + L P +  R   ATL+YTSGTTGKPKG +LTH NLLHQV       + G+ + P +GD  ++ILP WH F RT EYF L++G T VY+N+R  K DLK F+P +L+ VPRL E+I++GVQ Q   +    Q+    L ++S  R   +RR+S A+    QP + P++ ++ +      PL   AEKLV+ K+R+  GG++K V+SGG SL   LE+FFE+ G+ VLVGYGLTETSPV   R    N +G++GKP+PG+E K+ D E+ + + VG+ G +L+RGPQ+M GY  NP+ATA  ID EG+FD+GD+G       D+V+TGRAKDTIVL+NGEN+EPQP+EDA     + IDQ+ML GQDER LGA++  N  +L           S+++AL  P       + TPQE    + +++      + +  Q      + RP     ++VG   +  EPF+T NGL+TQTLK +RNVV++++++ I  ++
Sbjct:   20 RLVDYSSA----QSLPEVWSIARERFGDAIALLDPHSQP------------EVSLTYTQVYQQIQQFAAGLQALGVQPEDRVALFSDNCPRWFIADAGIMTVGAADVVRSSQAEREELLFILANSGSTALVVEDRKTLKKLR-------ERLDD-LPIQLVILLSNEEPERD--------SSLKMLNFAQVTEVGAKNTLKPVSRNRENLATLLYTSGTTGKPKGVMLTHGNLLHQVI------TIGAVIQPQLGDRALTILPTWHTFGRTGEYFLLSQGCTQVYTNIRYIKKDLKEFQPQYLVGVPRLWESIYEGVQKQFREQPPSKQRLVNNLLSLSQ-RYIESRRVSQALSLSPQPASLPQRVVAGIQTAALAPLHAVAEKLVYKKVREATGGKLKYVISGGGSLAMHLENFFEIVGLEVLVGYGLTETSPVTHARRYWSNMRGSSGKPLPGTEAKIVDPETRKPLPVGKVGLVLLRGPQIMQGYYQNPQATAKAIDAEGWFDSGDLGWITA-ENDVVLTGRAKDTIVLTNGENIEPQPIEDACL-RSAYIDQIMLVGQDERSLGALIVPNLESL-----------SKWAALQNPPLHIPDKLTTPQEASALDSKVI------QDLFRQELNREVQNRPGYRADDRVGPFKLILEPFSTENGLMTQTLKIRRNVVMERYRDMISGMF 651
[Close]
BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A0G4EEM4_VITBC (AMP-binding domain-containing protein n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4EEM4_VITBC)

HSP 1 Score: 470 bits (1210), Expect = 3.860e-146
Identity = 288/697 (41.32%), Postives = 402/697 (57.68%), Query Frame = 3 
Query:  390 SLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGE---DGKGLEGAD-GALPR---FLMVLF--PRGKSGK--------ELQESLNIPESIKVVTFAECLGSGDVLDPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSE----------GSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKGTTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALY 2399
            S+PEMW  L    G+ TA+ DP H      G+   +G    LTY ++   I ++ S L   G+ K D V+  +ENS+RW+I +Q IM AGG +  RGA A + EL +I   SES   V ETP +L+ L+     +   L   D  AL +   F +VL+  P  K G         + Q++L +     +VT      S     P  +     AT++YTSGTTG+PKGAVL   NLLHQ++ N+F   E          G  MNP+ GD F+SILP WHIFER AEY+ L+RG  M+Y+   +FK+DL  F PH+LI VPRL ET+ KGV+ +    S   +     L +VS   +KA R +    + D  P    +  S + M    PL   A  L+W KIRDG+GG +KV++SGG++LP  +EDFFEMA + ++VGYGLTETSPVI NR   DNT+GT G  + G+++++AD E+G+ +  G+ G I  +GPQVMSGY NN EAT AV+  +G+F+TGD+G   P TG L +TGRAKDTIVLSNGEN+EP+P+E  I     L+DQ ML GQDER LG ++  N   +   GI++     +Y  L+  +          + L  A  E+ + P +  A+   L+  +   RP E V +  +  +PF+  NG +TQT K KR+VV+ KF + ID++Y
Sbjct:   81 SIPEMWPLLTERFGDRTALKDPYH-----GGEGDGEGGRA-LTYRQLDEEIRSLGSGLATAGLLKGDKVTFIAENSHRWIITDQAIMLAGGISIPRGAAADLKELLFILGHSESSVIVAETPAVLDKLLHYVYVEAPALPDVDLTALKKRLKFAVVLYDDPSAKGGHLSLQGVATKYQKNLTVYGYDALVTHGSTYSSA--FRPVALGPDDVATIMYTSGTTGRPKGAVLRQRNLLHQINTNTFSGQEIVDKDKDGLLGYNMNPFPGDRFLSILPTWHIFERAAEYWGLSRGTEMIYTTKLHFKTDLSKFSPHYLIAVPRLYETVVKGVEKKFQEGSPVKRGLVRLLRSVSRKYVKARRIVRNRNLFDFNPGFITRLKSRLAMVFLWPLYKVASVLLWKKIRDGLGGSMKVLISGGAALPMKVEDFFEMADVPLVVGYGLTETSPVITNRNVDDNTRGTAGTVVTGTQIRIADQETGEVLPAGRVGVIEAKGPQVMSGYYNNEEATDAVLTPDGWFNTGDLGMITP-TGQLTLTGRAKDTIVLSNGENIEPEPIEVDIMNS-PLVDQAMLVGQDERQLGGLLVPNLDAMWEEGIVTTEARDKYKKLVEES-------SDERALRKAADELQSIPEVDAALRRLLREKSQSRRPDEAVRMYRLILQPFSQENGCLTQTFKVKRHVVLSKFGDVIDSIY 760
[Close]
BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: B8C658_THAPS (AMP-binding domain-containing protein n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8C658_THAPS)

HSP 1 Score: 466 bits (1199), Expect = 1.190e-145
Identity = 288/694 (41.50%), Postives = 397/694 (57.20%), Query Frame = 3 
Query:  390 SLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVG-AVVETPKLLELLM------GEDGKGLEG-ADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVL---DPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDN--TKGTTGKPIPGSEVKVADLES----GQQVAV--GQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPLTTGPVGTPQE-------LEDAEKEILAAPGLKKAVMEQLKLA--AGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEI 2387
            S P +W  L   C +  A+VD     +  D           LT+ +M   +   A+A   LGV+K   V+V  ENS  WLI + GI  AGG +AVRGA AP+ ELRYIY  S+S G AV++   LL+ L       G D  GL   + GA+    +VL  +GK   +  ++L     ++V   +E L S   L   + P I+RS  +T+VYTSGTTG+PKG +LTH NLLHQ               P  G++ +S+LP WHI ERT E F L RG  +VYS +R FK+DL  ++P ++++VPR+LE +  GVQ + A+     +      TA S+ + K  +   G V+ D  P   +  +S +++    PL     KLVW K++DG GGR +V++SGGS+L   LE F+E  GI +LVGYGLTE SP+++ R    N  T G  G     +E++V D E+    G++ A+  G  G +L RGPQVM GY  NPEAT   +DK G+FDTGD+GR NP TGDL++TGRAKDTIVLSNGEN+EPQP+EDAI  E  L++QVML GQD R L AI  L+P  L  AG++ +   SR   +L    +   P  + +E       L  A  EI A   + K V  ++K A  +G  R WEQV  V +  EPF  +NGL+TQ+ K KR+ V  ++Q+E+
Sbjct:  114 SCPAIWKELAINCPDNRALVDDHLCDEKMD-----------LTFKQMEDKVRRSAAAFKNLGVKKGVNVAVLGENSAMWLIVDHGIQLAGGASAVRGADAPLDELRYIYEHSDSAGIAVLQDVNLLQKLAKDAKAKGLDSLGLRNDSSGAVKT--IVLMHKGKKTDDEIKALGDANGVEVRVLSELLDSTTPLRDKELPAIDRSDLSTIVYTSGTTGRPKGVMLTHGNLLHQTGHRMAPTRPYDETEPLPGELMLSLLPVWHITERTFELFMLVRGCHVVYSGIRWFKNDLAKYQPQWMVLVPRVLEKVAFGVQDKFASGGAAVKALVKLFTATSTLKNKHQKIRKGLVVGDEPPTPMDGIISTIIVKALAPLNFLGNKLVWKKVQDGFGGRQRVIISGGSALAGSLETFYENCGIDILVGYGLTECSPLLSYRRTDSNLVTAGCVGFAATDTELRVVDPEANPENGERKALPDGLAGVVLGRGPQVMKGYYKNPEATGKAVDKWGWFDTGDLGRINPATGDLILTGRAKDTIVLSNGENIEPQPIEDAIMSESDLVEQVMLSGQDGRSLIAITVLSPNELVNAGLLEE---SRAKQILKDHDIVNDPKCSEEECAEACERLAKASAEIRAKGAVTKQVASEVKRATSSGSFRKWEQVSDVYVTLEPFAMANGLLTQSYKVKRDFVAKRYQDEL 791
[Close]
BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Match: A0A7S1VYX9_9STRA (Hypothetical protein n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S1VYX9_9STRA)

HSP 1 Score: 466 bits (1198), Expect = 2.940e-145
Identity = 275/690 (39.86%), Postives = 395/690 (57.25%), Query Frame = 3 
Query:  387 KSLPEMWDFLDGECGELTAIVDPIHPPDMPDGKRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLIAEQGIMKAGGCNAVRGATAPVAELRYIYADSESVG-AVVETPKLLELLMGE------DGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGSGDVLDP---PTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSEGSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLKNFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAARRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGRVKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDN--TKGTTGKPIPGSEVKV-------ADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAAVIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAISGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLGPTPL---TTGPVGTPQEL-EDAEKEILAAPGLKKAVMEQLKLAAGEERPWEQVGVVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEI 2387
            +S P +W  L  +C  L A+ D  H  D           +   T+ +M   +   A     LGV K   V++  ENS +WL+A+ GI  AGG +AVRGA AP  ELRYIY  S+S   AV++ P+LL+ L  +       G GL+   G++   L  L  R K   +   +++    + +   A+ + +   L+    PT+ R   AT+VYTSGTTG+PKG +LTH NLLHQ++   +   +     P  GDV +S+LP WHI ERT E + L+RG ++VY+++R+FK+DL   +P ++++VPR+LE +  GVQ + A+ S  A+      T   + R    +   G V+ D +P +  K  S +++    P+     KLVW K+++G GG+ K ++SGGS+L   LE F+E+  I+++VGYGLTE SP+IA R   +N  T G  GK    +E++V       +D    + +  G+ G ++ RGPQVM GY  NPEATA  ID+ G+FDTGD+GR NP TGDL++TGR KDTIVLSNGEN+EP P+EDAI  E SLI+QVML GQD R L AI  L P  L  AG I  G+  R         L   +    G   +L  +A K++     L KAV+  +K A    R WEQV  V +  EPF  +NGL+TQ+ K KR+ VV ++++E+
Sbjct:  136 QSCPAIWSQLAKDCPNLRALYD-AHLCDE----------KVDYTFKQMNEIVQKSARVFHDLGVTKGVNVAILGENSAQWLVADHGIQLAGGASAVRGADAPAEELRYIYEHSDSKNIAVLQGPRLLQKLAKDAEANSLTGLGLKNEYGSVKTIL--LMHREKKSDDDLAAMSSDLGVTIRVLADVINAASPLEGDSLPTLTRDDLATIVYTSGTTGRPKGVMLTHGNLLHQINHRIYPTVQFEDAEPIPGDVMLSLLPVWHITERTFELWILSRGSSVVYTSIRHFKNDLAKHQPQWMVLVPRVLEKVAMGVQDKFASGSAVAKTLVKLFTKTGTIRDVHRKVSQGLVVSDKKPSSLSKLKSKLIVTALAPINAVGNKLVWSKVQNGFGGKQKAIISGGSALAGALESFYELCSIKIMVGYGLTECSPLIAFRRGDENLVTAGCVGKATSDTELRVVNPEIQASDESDRKALPDGEVGVVIARGPQVMKGYYKNPEATAKAIDQYGWFDTGDLGRINPATGDLILTGRCKDTIVLSNGENIEPSPIEDAILSESSLIEQVMLIGQDGRSLTAIAVLTPNELVNAGYIDAGEGKRLQKANEKVNLPNCSEEECGVASDLLNEAAKKLRNNASLNKAVLADMKEATKPFRAWEQVSNVYLTLEPFAMANGLLTQSYKVKRDFVVKRYEDEL 812
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig650.21.4 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FZ64_ECTSI0.000e+088.02Long chain acyl-CoA synthetase n=1 Tax=Ectocarpus ... [more]
A0A836C922_9STRA5.770e-24553.42Long-chain acyl-CoA synthetase n=1 Tax=Tribonema m... [more]
A0A7S2Y0I5_9STRA1.220e-19753.09Hypothetical protein n=1 Tax=Fibrocapsa japonica T... [more]
A0A4D9CQD3_9STRA1.260e-18645.99AMP-binding domain-containing protein n=2 Tax=Mono... [more]
W7T8D8_9STRA1.910e-15449.90Amp-dependent synthetase and ligase (Fragment) n=1... [more]
A0A7S2UNN2_9STRA1.470e-14940.80Hypothetical protein n=1 Tax=Attheya septentrional... [more]
UPI001686FE367.410e-14740.87AMP-binding protein n=1 Tax=Microcoleus sp. FACHB-... [more]
A0A0G4EEM4_VITBC3.860e-14641.32AMP-binding domain-containing protein n=2 Tax=Vitr... [more]
B8C658_THAPS1.190e-14541.50AMP-binding domain-containing protein n=1 Tax=Thal... [more]
A0A7S1VYX9_9STRA2.940e-14539.86Hypothetical protein n=2 Tax=Ditylum brightwellii ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig650contigP-littoralis_Contig650:97448..120018 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FZ64
Preferred nameAAE15
PFAMsAMP-binding
Model size3381
Max annot lvl2759|Eukaryota
KEGG rclassRC00004,RC00014
KEGG koko:K01897
KEGG TC4.C.1.1
KEGG ReactionR01280
KEGG Pathwayko00061,ko00071,ko01100,ko01212,ko02024,ko03320,ko04146,ko04216,ko04714,ko04920,map00061,map00071,map01100,map01212,map02024,map03320,map04146,map04216,map04714,map04920
KEGG ModuleM00086
Hectar predicted targeting categorychloroplast
GOsGO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0006082,GO:0006629,GO:0006631,GO:0006633,GO:0008150,GO:0008152,GO:0008610,GO:0008922,GO:0009058,GO:0009507,GO:0009526,GO:0009536,GO:0009941,GO:0009987,GO:0015645,GO:0016053,GO:0016874,GO:0016877,GO:0016878,GO:0019752,GO:0030497,GO:0031967,GO:0031975,GO:0032787,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043436,GO:0044237,GO:0044238,GO:0044249,GO:0044255,GO:0044281,GO:0044283,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464,GO:0046394,GO:0071704,GO:0072330,GO:1901576
Exons19
Evalue0.0
EggNOG OGsCOG1022@1|root,KOG1256@2759|Eukaryota
Ec32 ortholog descriptionlong chain acyl-CoA synthetase
Ec32 orthologEc-02_006430.1
EC6.2.1.3
Descriptiondecanoate-CoA ligase activity
Cds size2382
COG categoryI
BRITEko00000,ko00001,ko00002,ko01000,ko01004,ko04147
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig650.21.4prot_P-littoralis_Contig650.21.4Pylaiella littoralis U1_48polypeptideP-littoralis_Contig650 98415..119986 -


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

Feature NameUnique NameSpeciesTypePosition
1680791361.8285618-UTR-P-littoralis_Contig650:97447..984141680791361.8285618-UTR-P-littoralis_Contig650:97447..98414Pylaiella littoralis U1_48UTRP-littoralis_Contig650 97448..98414 -
1680791362.0886757-UTR-P-littoralis_Contig650:119986..1200181680791362.0886757-UTR-P-littoralis_Contig650:119986..120018Pylaiella littoralis U1_48UTRP-littoralis_Contig650 119987..120018 -


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

Feature NameUnique NameSpeciesTypePosition
1680791361.845764-CDS-P-littoralis_Contig650:98414..985521680791361.845764-CDS-P-littoralis_Contig650:98414..98552Pylaiella littoralis U1_48CDSP-littoralis_Contig650 98415..98552 -
1680791361.8553693-CDS-P-littoralis_Contig650:98876..989601680791361.8553693-CDS-P-littoralis_Contig650:98876..98960Pylaiella littoralis U1_48CDSP-littoralis_Contig650 98877..98960 -
1680791361.8645682-CDS-P-littoralis_Contig650:99833..999261680791361.8645682-CDS-P-littoralis_Contig650:99833..99926Pylaiella littoralis U1_48CDSP-littoralis_Contig650 99834..99926 -
1680791361.881007-CDS-P-littoralis_Contig650:102018..1021441680791361.881007-CDS-P-littoralis_Contig650:102018..102144Pylaiella littoralis U1_48CDSP-littoralis_Contig650 102019..102144 -
1680791361.8969433-CDS-P-littoralis_Contig650:102954..1030641680791361.8969433-CDS-P-littoralis_Contig650:102954..103064Pylaiella littoralis U1_48CDSP-littoralis_Contig650 102955..103064 -
1680791361.9125977-CDS-P-littoralis_Contig650:107109..1072271680791361.9125977-CDS-P-littoralis_Contig650:107109..107227Pylaiella littoralis U1_48CDSP-littoralis_Contig650 107110..107227 -
1680791361.9233532-CDS-P-littoralis_Contig650:107703..1078421680791361.9233532-CDS-P-littoralis_Contig650:107703..107842Pylaiella littoralis U1_48CDSP-littoralis_Contig650 107704..107842 -
1680791361.9326878-CDS-P-littoralis_Contig650:108606..1087761680791361.9326878-CDS-P-littoralis_Contig650:108606..108776Pylaiella littoralis U1_48CDSP-littoralis_Contig650 108607..108776 -
1680791361.9435403-CDS-P-littoralis_Contig650:109586..1097331680791361.9435403-CDS-P-littoralis_Contig650:109586..109733Pylaiella littoralis U1_48CDSP-littoralis_Contig650 109587..109733 -
1680791361.9604425-CDS-P-littoralis_Contig650:110122..1102181680791361.9604425-CDS-P-littoralis_Contig650:110122..110218Pylaiella littoralis U1_48CDSP-littoralis_Contig650 110123..110218 -
1680791361.975266-CDS-P-littoralis_Contig650:110935..1110761680791361.975266-CDS-P-littoralis_Contig650:110935..111076Pylaiella littoralis U1_48CDSP-littoralis_Contig650 110936..111076 -
1680791361.9885197-CDS-P-littoralis_Contig650:112243..1123931680791361.9885197-CDS-P-littoralis_Contig650:112243..112393Pylaiella littoralis U1_48CDSP-littoralis_Contig650 112244..112393 -
1680791361.9978728-CDS-P-littoralis_Contig650:113159..1132491680791361.9978728-CDS-P-littoralis_Contig650:113159..113249Pylaiella littoralis U1_48CDSP-littoralis_Contig650 113160..113249 -
1680791362.0103674-CDS-P-littoralis_Contig650:113637..1137431680791362.0103674-CDS-P-littoralis_Contig650:113637..113743Pylaiella littoralis U1_48CDSP-littoralis_Contig650 113638..113743 -
1680791362.0270321-CDS-P-littoralis_Contig650:114512..1146311680791362.0270321-CDS-P-littoralis_Contig650:114512..114631Pylaiella littoralis U1_48CDSP-littoralis_Contig650 114513..114631 -
1680791362.0370939-CDS-P-littoralis_Contig650:115344..1155551680791362.0370939-CDS-P-littoralis_Contig650:115344..115555Pylaiella littoralis U1_48CDSP-littoralis_Contig650 115345..115555 -
1680791362.0466347-CDS-P-littoralis_Contig650:115938..1160931680791362.0466347-CDS-P-littoralis_Contig650:115938..116093Pylaiella littoralis U1_48CDSP-littoralis_Contig650 115939..116093 -
1680791362.0647247-CDS-P-littoralis_Contig650:116620..1167521680791362.0647247-CDS-P-littoralis_Contig650:116620..116752Pylaiella littoralis U1_48CDSP-littoralis_Contig650 116621..116752 -
1680791362.0764623-CDS-P-littoralis_Contig650:119929..1199861680791362.0764623-CDS-P-littoralis_Contig650:119929..119986Pylaiella littoralis U1_48CDSP-littoralis_Contig650 119930..119986 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig650.21.4

>prot_P-littoralis_Contig650.21.4 ID=prot_P-littoralis_Contig650.21.4|Name=mRNA_P-littoralis_Contig650.21.4|organism=Pylaiella littoralis U1_48|type=polypeptide|length=794bp
MNKLTFVLAAHAAGAGAFVPTSGPSLRPGEREGGRTSYAHGGGRTIAVSS
PRLAATARSTSCRARGNTVAMMVAASRPVDMLETSTSTSTTAPPAAASAP
DTGSNYRMLDTKKASASWKSLPEMWDFLDGECGELTAIVDPIHPPDMPDG
KRPPKGAETRLTYSEMRRSIGTIASALMGLGVQKEDCVSVFSENSYRWLI
AEQGIMKAGGCNAVRGATAPVAELRYIYADSESVGAVVETPKLLELLMGE
DGKGLEGADGALPRFLMVLFPRGKSGKELQESLNIPESIKVVTFAECLGS
GDVLDPPTIERSMKATLVYTSGTTGKPKGAVLTHANLLHQVSQNSFDRSE
GSPMNPWVGDVFVSILPCWHIFERTAEYFTLTRGVTMVYSNVRNFKSDLK
NFKPHFLIVVPRLLETIWKGVQTQLAAKSKGAQKAAGALTAVSSFRMKAA
RRLSGAVIRDAQPKAPEKALSAVVMGLTLPLKLAAEKLVWGKIRDGVGGR
VKVVVSGGSSLPSFLEDFFEMAGIRVLVGYGLTETSPVIANRVAGDNTKG
TTGKPIPGSEVKVADLESGQQVAVGQTGKILIRGPQVMSGYQNNPEATAA
VIDKEGYFDTGDVGRFNPITGDLVVTGRAKDTIVLSNGENVEPQPLEDAI
SGECSLIDQVMLFGQDERFLGAIVCLNPINLGAAGIISQGDASRYSALLG
PTPLTTGPVGTPQELEDAEKEILAAPGLKKAVMEQLKLAAGEERPWEQVG
VVIMKFEPFTTSNGLITQTLKTKRNVVVDKFQEEIDALYASKR*
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mRNA from alignment at P-littoralis_Contig650:97448..120018-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig650.21.4 ID=mRNA_P-littoralis_Contig650.21.4|Name=mRNA_P-littoralis_Contig650.21.4|organism=Pylaiella littoralis U1_48|type=mRNA|length=22571bp|location=Sequence derived from alignment at P-littoralis_Contig650:97448..120018- (Pylaiella littoralis U1_48)
ATCACATCAACCAGCCAAGAAGCACAAAGGTCATGAACAAGCTTACCTTT
GTGCTTGCTGCACATGCAGCAGGAGCTGGCGCATTTGTGGTGAGAGAGAG
GGAGAAATTCCTACAGATCTTACGGCGCATTCGGTTGGTGTGACTGATTG
TGTATCCTAAAAATCTGCAAAACTTTCTCTCCGCTCTCGAGTCGTTTGTC
TTGTTGAAGATCTGTATCATACTCCCACGATCTGTCCTCCTTTACTACCT
TGGTATGTGTCTCTGTGGGGAACATTTCCCTCCCTCTATCTATCTGTGTC
TCTCTCTCCCGCCCTCTCCCTCTCTCTCTTCATCTCTCTTTCTGCCGTGT
TTTTGTGCGATGCCGATATTTGTCAGACGTCCCAAAGTGCATGAATAAGG
TGAAAGAAATGCTGGCTCACTTTGTTCAACATGCTTTCAGTATTGTATGA
TATCATATCATATGCATCAACGCCGATTCCTCTGGATCCCCGTACTGGGG
GTACATACCTCGTACCCTGGCACCACAAGCATACACTCATGATGGTACAT
GTTGTAGGGCTGCGCTCGGTAAGTACCCTCTGTGTGGTTCCTAGCTGCCC
ACCCACCGAGCTAGCATCACATAGTATAATTGGTTCTTGTTTTTCTTTCA
AGTACACGTTGCAAAACAGCGACGGAAAGCAGCAATCGATTCATTATTAC
TTACGAAGTGCTATTCGAAGTACGGAGTATATCATATTATATGACATGAT
CATTTCAAAGCAAAGATATCTGAGGACAGCATTCAGTATTTACATCCTGG
TGGGTGAACACTTCGTATATAGCACGTCTCTATATGCCATCATCCTACGA
AGCACTTTTCTGGACGCCAACCTGCGCGTAGGTTGAATCACCGACAGCAC
TTTGTCACTCCTGACTCAGCAGGACATACTTGTAGAGACCGTAGCGTATC
TTCGCTCTGTGTACTTTTGACGAAGTCTTCAAACAGATCTATAGAGTGTG
TGTGTTGTCATCCCATATTCTCTGGCACACTAGTCTGCAAACTACAGGCT
AGGCCCATCGACGGGGTCACACAGGAGAAAGGTCAACACAGGAGGAGTTA
CCCCCACCTTCCTTCTGCGGTACATGCGTGAGATTTTTTCTCGCGAGCAG
GGGTCCGCGGTCCCTACCCTCGTCGGCGAAGCCGAATCTGCTTTTACTAA
CAGCATTGCCGCTTTCAAAGTAGCAAAGGGACACATTCACCGGGAATCGA
ACCCCCGTTCCTCTGCATCTAGTGGTTAACGAGGGACTACTAGTCCACCG
GGGCGACCGGTCTGTTTAATTGGTACTGCTTCGTACCTGGTATCCATTAT
CCATGCATCATGGTATGCATGAAACACGCCTCACGATAAAAAATCTTATC
GATTCCGTCCCATTTCTCCCACGTAACCCTCCTGGGCAGTAAGTACAGGC
GAACGCACCCATGTGTAACCTTGTGTTGCAAGGCAAATGTTTGAAGATGA
CGCGTTTTCGAGACAAAAAGTACAGCCGTGCCCACCTCGACTTCGTTCCC
CGACCGAGCTGATCGCAACCAAGGAGATGCCCCCCCTCGAAACCAATGGC
CCGGAATCAACTCAAAACCATTGAGGGATCGCTCTCAAAGAATGTGTCTT
TATTTTCAACGATGAAATAGCCCACCCTCTATCCAAGAGTATAACGCAGA
ATGCTCAGAATAAGCGTTCCCGTGTACTTTTTCCCAGATGCATCCCTAAT
ATGAGCAGGATAAGCCATGTATCATAGCTGTGGCCTACGCTCAGATCTGC
TGCTGGAGCCAATATATTGAAGGTCAAAATATTTGTCGAGGCAGTCCAGA
AATCGTCCGCATCTCAGCCAGAAACCAGACACCTGCCGCTGCTGTACTCG
TCGCCATGAGCAGTAGCTAGTGGTTTTGTAGACCCACCGTTCCAGGTAAA
AGGCCCGTGGTGACGAGTACAGCAGTGATCACAGACAGGGAGATGTTTGG
GGTTTGGCGGAGATGCGGATGATTTTTGGACTGCCTGAAGCCTGAACCAG
AATTTCGACCTCCGATACCTTGGTCCCAGCAGCAGACCTGAGCGTATGCC
ATCACGAAGGTTACAGCTTCATGGTGTCTCGTGGTCATTCTAGGGGCGCG
TCCGGGATGAAGTACTCGTACAGGGGGGTGCTCAATCTGACCAATCCGCG
TTATCGTCTTGGATTGAGGCCGACCACTTTCGTTACTTAAATATACTCCA
AAACTTCGAAGCACGAAGTATTCATCTTCCAGAGCAATCCCTGAACATGG
GCTTGGCCGAGAGGATAGTGATTCAAACACACGGGAAAATGTATCCCAAT
CCATTTGGAGTCAGATTCTGGAGGGGGGGTGTTATACACCGTATGGTACC
ATATTGTAAGAGCTCCGCGTTTTTTTGCACTTGATGGAGCACAAAAGCAC
GGATATCGATTTCCAAGGTGTACAGGTTTTGACATCGCCATTTTCGATGC
CGCTGTCTTGCCTCGCCTTGCTCTATGATACGACTACTGAAACTAATGGT
ACACATACAAACGCCTCCGCCCCGTTGTGTTGCGATCGCTGCTCTGAAGC
GTGTTCGTGGTCTCTTCCGTGGCCGGTCGCGCCGGTAATTGAGTGGGTGC
CCATCGGAAGCTTCCGACAGTGCGGTCTTGATTTCGAATCTTGATGAACT
GGGGTTCTTGCTCACACAAATCATGACATTGGAAAACGGCCATATTGTGA
GTAAGTAAATTCCGACTCGAGAGGCGACGAAGTAGTGGGACGGCCGAACC
CTGTTGGAAAGAGTGTACAAAAAAAGGCAACCGCCGCAGATGTGTGATCT
TCCTCCTGTATGAACCTGGCTGGTGCACCCTACATACTCATACCCAAGGG
TGCGGGCTGGCGTCGAGAATGGATGGTACAACACACAAACACACACACTT
TTTCGACCCTGCCATTGAATTTGACGGCGTCCCAAAAGACGTATATACAG
TCCCGATTTCGTTTGGGAATCCCCCCCTGCCCTTGTCGAGTTGGGCAGGG
GCGGTTCAATCGTAGTACTCTGACAACCCTACGCCCCGGGCCAACCTTTC
GAGAGTTTCAACAAATTCCGCGTACAGGTATTTCTGCATGCCCCTGGCTG
ATGCGCCGGCATACACCGACAGGTGTATAGACTGGCGTCCATGATGGGCG
GGAGATAACTCACACCCACGCTTTTTGGCACCCGCCCCGCGGCACTGCAC
TTGGCTTCCCTCCCAGCCCACCTCAGGTCCATCATTACGGCCAGGAGAAA
GAGAAGGAGGGAGAACGAGCTATGCACACGGCGGGGGCAGAACCATCGCG
GTGTCATCACCGCGACTTGCTGCTACAGCTCGCAGCACTTCTTGCAGAGT
GAGCAGTGGTTCCAGCGTAAAGTCCACGTACTTTCTGCTTCGTGTCGGTT
TACGGTCGTGGTTTAGCGACCCCGGGTTGGCACTTCAGTACGGTTGAGTA
TTTTAGTCGCCATTGTTGGTGCAAAACGTTTACCATGGTGTTGATTGTGT
TCGCAGGTATGTATGTGCCTGTCATGGACCGATTTCATGATAGAACCCAA
GATGATACTGCAAGAGCTGTGGAGCTGGGCAGGCGTGCTTGACCCTCTGA
TAACGCTACGAATAACTCCAACGTTCTGCAGGTCTGGGGGGCCTTGCTGC
TGTACGCATTCATCTCGCCGCTTGTACCGTAACGTCGTCACAGATGTCGG
CAACGGGGTTGCTTACAGCGCATCTGTTGACGGACGGTAAGAGTGCTAAG
CGGGACGGCGTGTCTGTCCTATCGGCAAAGCTTCGCGAGAACCAACTGCA
CAAACATGTTCTTAATGTTTTTGCAAGTTCGAAGTTTTGTCCTCTTCCTC
ACCTTTATGTCTCCTATGTTTGCAGGCCCGAGGTAACACGGTGGCGATGA
TGGTGGCCGCATCAAGGCCCGTCGATATGCTCGAAACATCGACGTCGACA
TCGACGACGGCACCACCGGCGGCGGCATCAGCTCCAGATACCGGCTCTAA
TTACCGCATGCTAGATACCAAGAAGGCCAGGTCAGCACGCCGAGGAATTG
GAGAGGACAGCAGTATCATGTGTGCAGAACGAAAGTACAGCAGTAGCGGG
AATTTGGAGGCAAGTCTTCCCGACTCCTCGCTTTTTTTCGCTGTGAGTGT
CTCGGCTTCTCCCTCTCGTGTGTGTGCTAAGTATGTCTGTCCGTCTCTGC
TAAAAAGAGTGGCATGCTTTGTTCAAAGACCGCGGAAGAAGGACGCCCTC
TCCCTCCCGTCCCCCTGGTCGTTTTTCGCTTGCGCCCGACGTCCACCTTT
CCGTGCTACGTTCTTGTCGAACTATTGTTTTATTTGCGTTCCGCTCTGCT
GCGGCCGTGCTTGAAGTCCTGCTTGAAGTCCTGTTTCTTCTCGTCGAAAA
ACTTAATTTTCAGCGCGTCGTGGAAGTCTTTGCCAGAGATGTGGGACTTT
TTGGACGGTGAGTGCGGCGAACTTACGGCCATCGTGGACCCCATTCACCC
TCCCGACATGCCGGACGGAAAGCGGCCTCCCAAAGGAGCGGAAACCCGGC
TGACGTACTCGGAGATGCGACGGAGCATTGGGACCATAGCGTCCGCTCTG
ATGGGGCTTGGCGTGCAGAAGGAGGTACGGCAGTTAGGGTGGGAAAAGGG
GGGGGGGGTACATGTGATACAGAGAGCGAGAGATTACCGGCGAAAGGTCA
TCAAGCCAATTGTTTTGTTGGACGGACATGGGCCTGTCCCCTTAGTTGGG
CTTTTCTGGCAAACGAGGCGGCTGTCTGCAGACCCTTGCATCAACAACAA
TAACAACAGCAGCAGCAGCAGTAGCAGTAGCAGTAGCAGTAGCAGTAAAA
GGCAGTGTAGCATATCTCGCTTTGAAGTTGGGAGTAGGCTCCAACGATGT
TTTGTCATCTACCCTAACCCGAATTTCTGATGCTGGGTCAAGTCGCATAT
TGTTCGTGCACTCGTGGTTTCTGTTTGGGCATGCCATGCCATGCCATAAG
GAAAGGGTGGTTATACATAAATGAGACGGAAGGCGGGGAGCAGTGACCAG
GGAGGCTACGTCACACGCCATCTGCTGTGCCGTTTCGTCAGTAGCTGTCA
AGTGCCCTCGAGATGGCAAGCAACGCGCCACTTGTGTCCCTGTTGTTTCC
TCTCCCTTCCGATGCTGTTCCTATCAGCACCACTCGTGCATAGCGCGTGG
CACGTGCATGCAAGTTGCACTCATGTGTACTTCGGCCGGTGTCTGCGGTA
TCATATTTGCCGCACGTCTCGTCGATGTTGTTCTTCACTGCGGCAATCCT
TGATCGCATATCGCGTTGTCTTTTTTACCGTTTGCAGGATTGCGTGTCCG
TATTCTCGGAGAACAGCTACCGCTGGCTCATCGCGGAGCAAGGGATAATG
AAAGCGGGCGGGTGCAACGCTGTCAGGGGAGCGACAGCGCCGGTAGCGGA
GCTGAGGTGTGCATCAGCAGCAGCGGCATCACTTGGTTGTCTAGCAGCAG
GAAGATTTTTGTGGAAGGGATCTCTGAGACGTGGGCGTGGGCGGTCGAGA
GGGCTACTCCTGTAGCGAAAAATTACCCCACCATATGTAGCAGCACAGAC
ATTAAACGTTACACATCAACACGGGTGGTAAGTCCCTGCTGTGTGCGTAA
AGAGGGCGCTGTACCATGCTGTCCCTTGACAGTTTCAGGCCCCCCTTTGA
TAAGATATGGGTCAGAAGTCATTACATTTTGCTTGAGCACAGGAAAAAGG
AAGACTGGACGCCGTACTTCGTTGTGTCTACTGTATTTGAGTTAAGGGTC
AGGGTTACACAACCCTAACCCTAACCCTGAACCACACGTTGATAGGTCTA
CGGTACTTACCAGGAAAAAGTGCCGCTACCGATGCGAAACGGACAAGGTA
CGGTAGCTCGCAGATACGTGGTACGAAGGGGATGACGTACGGCGGTGTGT
AGTAAATACGTGCGTGCTTCTCCGTGTGTAGTTGAGAGGAAAATGCCTCC
ACAGCAGTAGTGTCACCAAGAGGAAACCCAATGTAGACTATCAATCGGGG
CTCCGGTCGCATCACCGGCAAATAGTCGACTTTACCCGTAAGATACAAGA
TACGTCGTACAAGATACACACGCACTCATTGGGCGTGTCAGCGAAAATGC
TTGCTGTGGTTGTTACCAAGTGCTTGGATAAATCACAACACAGACCACCA
ACTTTCTGATGCAACCACCATGAAGGTACATCTACGCGGACAGCGAGTCC
GTGGGTGCCGTGGTGGAAACGCCGAAGCTTCTGGAGCTGTTGATGGGGGA
GGACGGCAAGGGGCTGGAAGGAGCGGATGGGGTGAGTTAGACAGAGGCCA
AGAGGGAGAGAGAGAGAGCGAGAGAGAGAGAAGGACGGGGCGGGCGGAAA
GAGGAGGAAGAATGAGAGCTTGAGAAACAGTTACAAGGGGGAGAAAGAAG
AAAGTGGGGGGACAAAGTCAGGCAGAAACCAAGACAGGAAGCCGGGCAGG
ACTGTCATTTCCGTTTCGCGCTGAACCAACCGACATTTCACGAAAATGGT
ATTAGAGCTTGCGGTTGTTCGGGTGCCGTTGGCAATGATTTCACATGTGG
TATTTTTGAGCCGATATTTGGAATGCTCCACCAGGCCTCTCTTAGTCTTG
ACCTGTCGTTGTTCCTCGTGTTGAAAGTTACCCCTTGTATCCGCTGTCCG
TTTTTTCGTCCTCTGGCAGGCCCTACCGCGGTTTCTGATGGTGCTGTTTC
CTCGCGGCAAGAGCGGTAAGGAGCTGCAGGAAAGCCTTAATATCCCCGAA
TCAATCAAGGTGCGCCATAGTGCCAATCTGCTGCGGTGTTTCAGTGGCGA
ACAATCACCATCGACAGCCACCCCATGATCGCCAACATGAGATTTTTTTA
CCAAAAGTACTGGTGGGCGTGCACAATACGCAAAGTGTGCATACACATTT
TTGTTTTCAGGGCTCAGGGTAGGGTTACGGTTAAGACAGGATGGACCAAC
AAAGATGCCTTACTGTTTTTGTTGTTTTGTTGATTCTCGAATTGGCTCAC
CGCCTATAGTCTGGCCCGTGGGCAGAAACCAGGCACGTATCGTGCGAGGG
GGAAAATAAATAAAATGAAATAAAAGAAGGCCGTTCGTATAAAAGAGAAA
AATATAGAAAAGCGAAGGTACCGCCCTGACTCAGGGGTACCTTTATTTTC
TGTCACGGCAAAAATGCAGAAAAATACAGCAGCGATGCATACAGACTCGA
AAAAATCGAAAACAAAACAGCCAAAAACAGAAAAGACCCAGATTGAGTGC
TGTGGACCCTTTCGCCACCCGCCCCGGTTCCTCCCCTTCTGTTCTCGCAC
CGCCCATCCGAGGACATCCGACGTTTTCCGATGGCATCCGATTGCATCCG
ATGATTCCCATCCGGTTGTGGCCCTCCCCCTCTGTGTTGATGTTCCACCT
CAGGTAGTTACTTTCACGGGAGTGCCTACAAAGCGAGGGCGTTCTGGATT
CTCCTGCGATTGACCAATCGATGAAAGGCACATCTGTTTGTATCCCTTCC
CTCATGTGGTGATGTTCCACCTCAGGTGGTTACTTTCGCGGAGTGCCTGG
GGAGCGGAGACGTTCTGGATCCTCCCACGATTGAGCGATCGATGAAAGCC
ACCTTGGTTTACACGTCTGGAACGACCGGGAAACCGAAGGGGGCTGTCTT
GACGCACGCAAACTTGCTTCACCAGGTGTGTGTGTGTGTGTGTGTGTGTG
TGTGTTTTAAGTGCACCAGCAGTGCCGAAAGGGAGTGCCGTCCTCAATAG
CGCCATTGGTGTCCGCATGACAGTGTAGCTTGCAGCGTCTTGCACGCATC
ATCGCGTGTTCACTACTATTTTACCAATAGAACAGGTTGTGAAGCACGAA
CGTTAAAAACGAGGGACACTCCCTGCGTCCCAAGCACGCATGGCAATTCC
GTCACTCGCTTTGACCCCCGCCGTTTGTTCGTTTCTATATTGCATCTTAG
CTTATCCTCGCCGTTCCACCTGGCTCGAGCTCAGACTCGTGTGCCCAACT
TCGGTGTTGTCTCTTTCGTACATCTTGGGTATTCAACCCTTATCAGTCAG
CGTGGACTGCTTCCTACACGAATCTCCGTTGAGGGCGATCTCAACGGTAT
CGTATTCGCACAGGAGTTAACAGCATGTGGTACACGTGGGTTGCAGGCTT
AATGTGGTCATTTTTGTCGAGCAATGGCGTTCATGCTTCTTTCACTCAAG
GGGGAGGCTTTCAGTTCAAGCCAGGCGGTTTGTTGACGACGGAAGTGCCG
ACGTGAAGAGGCCGTTTCCTGGTGCCTCTTGGTCTCGGAGATGACGTCAT
CGTTACCGTCATCTCTTCGGCTCTGTTACACGACGAAAAGGGAAGCATCC
CACCGCCTCAGCCCTCGTCGGTTCGACCGCATACCCCTGCTACTGTAGTG
CCGCGGCAAGTACGAACGTTCACGAGTGTTTGGGCAGCCACGACACGATC
AAAGCACCAACGCCAATCTTTGTATAGCCGCCGCAACACGAGTGCGTACC
AGTTTACTTACTTCGAAGAAGTCTAGGGTCCTCGTTTGATGGCTGATCTG
GTTAATAGTAGCCTTGTTGCGTGGTGTTCAAAGTAGGTGTAGAAAACCTT
GAGTTTTTTTCGTGGGTTGAAGGCGCCGGTCTACAGAGTGGCACCTAGTC
AGGTGTGTGTGTGTATGTGTGTGTGGTCATCCCGTCTCATCTGGACTCCA
GTCTACACCTTGAGGTGCCTCAAGGTGGTGTATCTAGAAATACGGTATTG
GTTCGATGGCGAATACGGTGGTACAGTAGTTTCTGGAAGAAAGATGAAGA
TGGTGATGGCGATGGCGATGGCGACGATGTTAATGGCTGCAGGTCTCGCA
AAACTCTTTCGACCGATCAGAGGGGAGCCCGATGAACCCGTGGGTTGGTG
ACGTTTTCGTGTCGATCCTGCCCTGCTGGCACATCTTCGAGAGGACCGCC
GAGTACTTCACGCTCACCAGGGGCGTCACCATGGTAAGTATGCTACGTTT
ACATAGATAGGTCGATATCACACTGCCGTATTCGTGGGAGACGGGAGGTG
AAGCATGGCTTGTGTGGGCGGATATTAACGCCAAATGTAGTTTGTGTTGC
GATTCGACGGTATGCTGCGAGGGCGCCAATAACCCAAGGATTCGCCAGTT
CTGGGTGTGAAACAGAAACCTGAATTTCCCAGCAAAGGCACTACTGCTTT
GCAGAGGGGCAGAGAAACTCGGGCTGAAGGTGTAAGGTGAGGTGTCAGGA
CAACGCACCCAAGAGAGAAGTCTCACCGGTCCTGTCTTGGCTGCTGTGGT
GTGGTAGGCAGGCATGTCGTCTGTCATCTCCATGTAACTCCACAAAAATG
GTGTACTGCTTTCCTACTACTCTACTGTATATCGTGCACGGCAAGACGGT
GTAACAGGAGAAGCGTGGCGTTGATACTATATGGTGGAAATACGGCAGTG
TTGCAAGGCGAGGGTGTTTAGTAGACCACAGGCATGTCTCATGCCGTAGA
ACTTTGATCGATCATATCATCCCCTGGGCGACGAGCTCAGACTCTTGAGA
TGGAATCTCCACCTCGTATGATTCAATGCAACGCGCTGACACCGAATCGC
AAAAGGCCTCAGGGTTCAAACACCCGTGCTTCTGTCCCCTGACACCCGTG
TCTTCTGTCCCCTGTGCGATCGCCCCCTGATGCTGCTCATGGCCGAACAG
GTGTACTCCAACGTCCGCAACTTTAAGAGCGACCTCAAGAATTTCAAGCC
TCACTTCCTGATCGTTGTGCCCAGGCTGCTAGAGACCATCTGGAAGGTGG
ATGCGGGGTTGCTTTTTGGGTGCGGGAGCATATTTTATTAATCCGTCCAT
GCTTGAACGACTTTTCCGTTTCGACATCCTGGGTGCTTGGTCGGTGTTGC
TCTCCCGGACAAGTTGTGCCGCAATCGTCGCCAAACTCGCGACCGCGGGG
CTTAGAAATGGGGCGAAATGCGCTAAAGGTACCAAGCAGGGGGGGCGAAA
CCGAAGGGCCCTGCGTCCGCGCAGGCGATGCCTGGCGGTGCTTGTGAGGA
TGCCAGGCACAGGTTGAGAGAGGGCTACAATACTGCTGTCGATTATGACG
CTCCTCGTGAATCGTGAAATGTGTTTTTGAACCTATGGCACGGCACACCC
CCCCCCCCATGCGCGCTTACGAACGCCTTTCCCAGGGGGTACAAACCCAA
CTTGCGGCGAAGAGCAAGGGAGCACAGAAGGCGGCGGGAGCTTTGACAGC
GGTGTCCAGCTTTCGCATGAAGGCCGCCAGACGGTTGAGCGGGGCGGTGA
TTCGGGATGCACAGCCCAAGGCCCCGGAGAAGGTACGTGGTGTTGTAGAT
TATTATAGTACGCTTGGAAATACCAATCTCGTTGGGTTTGATACACGGCA
TTTACTGTAGTATGCATCATAGCATGAAACGAATGCCAGGGTACCTGTAC
TATTTGGCCGTTTTGTTGGCTTCGGATCGTGTTTTGTGTCGTACGATGTG
ATGATGATGGCGATAATGATGATGTCACGCCATGTCAACTCATGTCATGA
TATGGTATATGGTTGCGAAGTGACCTTTAGCAATAGCGCGCGCATGATTT
CACACTTTTTTCCCTCGGCAAACGGCTGTGGCAGGGCGGCTCTAGTGTAT
AGTGACATGGCAAGTGCCTCGGATTCGCGTGTCGCGTTTCGATCGATTGA
CTGGTGATCTCTCTTACTTGTTTCACTCGCCTCGTGCGTCGATATTTGTA
TACTTCGAAGTATGTTGCAGTATTTACTCAGAAGATAGCTGTCGTCCCAC
TGTGTAGTCTTGCTCGTGGCTTCCCTTTTTTTCTGTCTCCCCTCTGTTTT
TGTTTTGCTGTCGCTGGAAGTCGCTCGCTCTCTGAGTCGCAAATCGTTGG
AAACCCGGCGAGACCTCTTGACAGCCAAGATAGAATAGTAAACCCGTAGA
CTTCACTATTTTCTCTTTTCGTATGCATGTGGACCGGTATGTCGCATATC
TTGATTCTTTCGTTTTTCGCACGACTTCCGTACACCGGGTTGGACCAATG
CTGGACCAGTACGGTACCTAAACGAAATGCCTGTGTGGGTTTTTGTTGTT
GGCACATCTGCTGTCGCGCTGCCGTGTGGTTTGTCGCACCAGGCTCTCTC
GGCGGTCGTGATGGGCCTCACGCTGCCCCTCAAGCTTGCGGCGGAGAAGT
TGGTGTGGGGGAAGATCAGGGACGGGGTGGGTGGGCGTGTTAAGGTCGTG
GTGTCGGGGGGCAGCAGCCTTCCGTCCTTCCTGGAAGACTTCTTCGAGAT
GGCCGGCATCAGGTGTGGTGTTTCTTCATGTTTCGCTTCGCTTGTTTTGG
CGGACCTCGCTATCCGATTGGCAAGAACAAAAACACGTCGCTTTCCAGCC
GATCAACAACCAAAATGTCTCTTTACATTTATCTTGCCCTCCCAGGAGGG
GGGGGGGGGGGCGGTGTAAGGTGAATACCATAGTATTGCTCCTGCTACTG
GTTAGTGTCGCAAACCAGTGTGAATCGTTTCCTACTCTACTTTAAGCGTT
CCACCTGCGATGTCCACCAAAGATGTGGAGTGGAAAAACCCGGATGGCGC
CCGTTGGTGTAGGATTTCTTTGTGCTGGGTGGGAAAGGGTTCGGTCTAGG
ATTCGTACTGGTACTGGTTTGCATGCACAACGCGTGGATGCCTTGTGTCT
TTTGTATCCCTCTGAATATTCTGTCTCGTGCTGCAGCCCTTGCTCTCACC
GATGAACCCACAAACAACAGTAAGGTGGTACGGTGTCCAGGTTGAGGTGG
CTGTGAGCCGTAGTTGTGACCCCCACTTGCATCCCAGGATTGGCGTTTCA
AACAAATTTAAGGAGGGGGGGGGTCCGACTCCTCATGCCCAACTGCGAGC
GTGTGCGGGACCCCGAATCCCGAAAAATTTTCCAAATGCTGCCCACTTGG
AGCCAACTTTTCCTTGCGCCTCATGCAATTACTGACCCCCCACCCGCGTT
TGATGTGTCTCAGTTTATCTTAACAATCCATTCAATCTGAGTTTGTATTT
TCTTTGTTTTGCACTGCTATGTTTAGGGTGCTGGTGGGGTACGGCCTGAC
GGAGACGTCACCGGTGATCGCGAACCGCGTGGCGGGGGACAACACGAAGG
GCACCACCGGCAAGCCCATCCCTGGATCGGAGGTCAAGGTCGCCGATCTG
GAGAGCGGACAGCAGGTAGCCAAGCACCCCCTGCTGTCAACGATGGTGTG
CCACAGCTGCAGCAGCTGTGCAGATTGGTTCAGGAGTACGATACAGTTGA
AGAGGAATCCATCCATGATATGGTGTGTGTCAATCATGCTCGCCGACCTT
GTCTGGTGTTGACCCAAACAGGGCTGTCCACGTACTGCGCGGTTTGACGA
CAATCCATGGCCCCGAAAATTATTCAAGATACAATTGCTGCTGTCACTTG
TTGAATAGGATTCTACTTTTTTTTCGTTCGCGATACCAAATCCTGCATGA
AGCGGAGCTTTCAAAACGCCGGTTTCCTTTCTTTTCCTTCCGCTGCCAAT
CCACCAGACCACCACTGCTGTTTTTGGGTCAATCCTGCCGTAGACCCGAT
CGCCCCCATTCACCCTAACCCTTGTGTTGGAATACTCAGAATTTTGATTC
GCGTTGTTCGCGCTGCCAACATGAAAACCCCTCCTCCTCAGGTGGCAGTG
GGGCAGACGGGGAAGATTCTTATCCGGGGGCCTCAGGTCATGTCCGGATA
TCAGAACAACCCAGAGGCTACTGCAGCCGTGATTGACAAGGAAGGGTATT
TCGACACCGGTGCGTTGAAGTTCATTCGACCTGAGTCCCATCGCCATTGT
CTTTGTTGTTGTTGTTTGCTTTCGGAGGGGGCTTTTGACTTCCATGTACA
AGTACTAGCATTGCGTGCCACATTGTTCGAGCTTGTAAACCCTAAAAAGT
TGAAAAGCGTACCGGTATGCATAGTTTGATGCTTCGTTTTTTGTGTGGTG
GGTGCATGCTTTCCAGTGTTGGCCGTTTCGTGTATTTGTGTGATTCGTGC
TGGCGCCCTGTCTCAAAATGCTCCAGATTTTTTGGAGCTGGTTCTCTGAC
GCTCTGGCGACCTAAAAGAGTTTCACGGCTCCCAGTTTCACAGCTCCCAG
TCATTTCGTGGTGTTTTGTTCATGAGAACAATCCGAACCTCGCTGATGTT
GAGCCATGTTTTTGTATCGATACTGTATACTCCGTATATTCTTCATCCCA
AGCACGCCACGTGAACCTTTCCAAAGCCCTTGGGCAAGGAAAGCGTCGCG
CACAACAACTCACCCATACCGTAAACTACGGAGTTTTCCCCCCCCCTTAG
AGTTTTCCCCCCCCCCCATCACCTTTTCGGCCTTGAAGCATGCATACTGA
GTTTTAGCCCCGGGGTAGATCGTTTTCGACAAAAAAAAAACAGCTCCCCC
GGGGTACGTCAATTTCCCCCCGGGGTACCAATTTTCCCATGACATCCCCC
CGGGGGGATGTATTTCCCGTGTTTTTTAAGGTCGGGTTTTTGGCTTCGCG
AAGCACAATGAACATGATAGGGTACGGAAAGTTCATCTGCAGATCTGCGC
TTCGAGCGAGATTTGTGTTATAACGTACGACAATTGGCCTTCGACCTTGT
TTTTAGGTTAAGCGCTTTGTGTTTTGTTGTGTCTTGTATTAATATTTTAG
TCTCTGGAGTCCATCTGCAAGTAAAACGTACCACAAAATGCCGACACACC
TAGCCCAGGAAGGGTGCAAAAATACTTCGTATTCATTTTTGGATCTCAAC
ACACACTAGGTAGAACCGAATCACAAACATATCGTACTTCCTGCGGACAA
ACACTACGAATGAACTCTTGTGCATGAGCTACAGCAACACCTCTCCTGCG
ACCCGACACAAACAACCCGACCCTGTGCCACACCCTCGCCACGGCTTGCT
TGTCTCCACCTAACCCAAACTACAACTCATCATTCTCTGAACCCTCTGAT
TCCTCCTCCGCCAAGTCAATGACGTCATCAGTGCTATCTTCCTCGTCCGA
GTCGTCCGGGCGCGTTAGAGAGCCTGCCAGCGTTGCCGCCGCCGCCGCCA
CCGTGTCCTCGACGCCGTCTCCGGTAGGGATGACCGGTAGCTGGAGCGGT
TCGAGCCCGATGCCGTGCGCTTGCTCCCACTCCTCGCGCTGCTCGCGAAG
AACCTCGCGGTAGTTGTCTCCGAACGTGTAGATGCACCACGCGTGGTCCT
CGCTTCCGTCGAGGTTGAGGGTGAGACCGCAGACCTTGAAGCACGAGCGG
ATGGTCCGCTCCGAGATGTTGTCCCACACCTCCTTTACCCACGTCGCGAC
CAGCCCCCTGCTCGGCGCGGTCACCTTCTGCCCCGAGCGCCCGTAGTTGT
CCCGGATCCAGCTGGTGTACCTGGCCCGAACACCTCGCTTGAACTCCTTG
TTGATGTTCCGGTCGAGCGGCTGGCACACCGGGGTCAGCCCTCCACCAAG
CATCACCACCAGCGTCTTGGCCAGGTCCATTAGCTTCTTTTGGAACCTCT
CTTCCCGGTGGCACCTGAAGTCGTCGAGCACGAGAACGCTGGGACGCTGA
TCTCTGGAGGTAGACCCTGGGCGGCGCATGAAGTCCTGGGTTACCCACTC
GTCGGACTGGGTGCCGTCGCACCACGACGACTTCTGCACCCCGAGGCTGA
TGCCGCCAGCCGGGTAGCCGAAGCTCGTCCGCTTGTCTGGGAGGTGCTCG
TACGACAGGCTGTTCTTGCCAGGCTTCTTGGCTGAGCCTGACTTGTTGGT
ACCCCCGACGAAAGGGTTCCCCTTGTAGATGATGCGCGGCCGCACCTTCT
GTCCATCACCCCGGACAGCTAGCACCACGGTGTACCGCAGCTTCTCCTTG
CCTGGTGCGAAAATTGGGGCGTATGCAAACAAAGGAAATCGTGTTAAAAG
AAAATACTCCGCAAAGCAGTACAATTATTAATCGTATTGCCTGCCACAAC
AAACAAAAAATAAATAATAATAAAAAACAAACACACACCTTTAACTCCTG
GGGTGTAATGCCTACCACAACATAAAAAGTAAAATAGAAACAAACTCCGG
TGTATACGGTAAAATATATATTGCCCCCCAAAACATATGTATATTAAAAA
AAATACTTCAGCGGAATACCATATGAATAATTTCATCGCTGTGTACCGGT
AGTTCGAAGGGACAGGCGATACAGCAGTACGTACCGTACTTGCAGGCAAT
AGAAGAACGAAAGCGTGCACGTGACGGCAGAAGCAATGCAAAATATTATA
ATTCCCCGTTTTTCCGCCGTCGGCAAATTTGTAATTCCCCGCTTGTTCCA
TCGTCAGAAAATCTCCACCATGTTGGTTTGAACTGAATTTCAACAATCGA
AATACCTTTAGTACACCGTCTCACCTCCTGTCGTGATGCAAGCGCTCTTC
GTACCAGTCTTCTCCACCGTGGTGTCCGGCGGCATCTCAGCCTGGATCGG
GGTCTGGTCCATGTTGTACAGAAGGGCGAAGATCTTGCCCTGAACAGCCA
GAAGTTCCTCCGCAGTTGCGATGACGTCCATCTCGATCTCAACGGTCCCT
CCGTCCTTCGCTGCCTGGGCTGCCCTCTCCAAGAGAACGGCTTCCTGCGC
GTGCTCACGCAGGCTTGAGCGAAGCTTCTGGATGAATGCCCACGCCTTGC
CCTCCCATCCTTCCGGCTTCTTCTGCCCCACGCTCGTCTTGCGTCGGATC
GAGAACCGGTGCCTCTTGAGGAACCTGTAGTACCAGGCGTTGAAACGCTT
CTGAAATTTTTCCATCTTCTCCGGCTCGTCTTGGGACGGCATGCCCCCTG
AAAAGGTTGGCATCTCGGAGAGAAGCTTGGCCATGACGAGGTCCCGGGTC
ACAGCAGCACCGTTTTTCCTGAGCGTGTTGATCTCGTCCACTATGGCCAC
CTCCACCTCCTTCGTGTCAGCCTCGCGTCCAGTGTGCAACGACCGCTGCT
TGCTTGCGTTCTCCTTCTTCGAAAACGCCACAAGCTCTGCCTCCTGGCTC
TCCCAGTCCCGGATCAGCTTCTTGTCGATGCCGAACACCTTCCGCGCACC
ACGCCTTCCGACTGGGTGCCCATCACCACACGTTAGCCGGCTGAACTTCA
GCACCTCGAGCTTCTGCGCGTTCTCGTATGCGCACCGCCCGCTCTTTCCA
GATACTCGCCGCAGTGTGAACGGAGCTGGCGGGTACTCTCTGGAAGGCGG
GCCCTTCTTCTTCTTGGCATCACCAGAGGGACGAAGCAAACTCCCCCAGC
TGCTGTCCTCCTTGCTTTCTTCTTTCTGTTCACATTCTGCGCTCTTTTTA
CGTTCCTCAACCCTCTGCTTCTTGAACGCTTGCTCGTAAATCTTTTCCAT
CGCGGGTCGCTACTCTGTGTGTGTGTGGACCACAAATATTTTGCACAACC
CCCGGGGGGGTACTTCCCCCGGGGTAGCACTGAGTCAAAAATAACTAACC
CCCCCCGGTACGTCAATTTCCCCCCGGGGGGTTTGATTTCAGAAAAAAAA
AAGATCCCCCCGGCGGGGGGAAAACTCCGTAGTTTACGGTATACGGCAGG
ATTCCCCCAATACTAACGGCATATGTGGACTCCAAGAGTCCGGGATAGCA
TGGTTTAGCATCGCGCCCATCCTTATCAGCCGGTTGAAAAACGGACCCGT
GTGGGGTGCCGACCCTCGCGCCAACTTATACGAAGTTCTTCGGAGTACAG
CAGTAGTTTAACATTTGTCTCCAACCCCCTTCTTTACTATGTACCCCATC
GCACCTTACCTACTTCGCTATCCTTTCCTTACTATCCTGCTCGTGGCCGG
CAAGGCGACGTGGGGCGGTTCAATCCTATCACGGGAGACCTGGTCGTTAC
GGGCCGGGCGAAGGACACGATCGTACTCAGCAATGGGGAGAATGTCGAGC
CTCAACCGTTAGAGGTGAGAGGCTTCCAAAGCTAAATGCCGCACAGTACC
ATGCATATATACAGATTCAAGCCAGTGCAGCACTCGTGTACTCGTATACC
TGTACGTGTTCGGGTCTTTTTTTTTTTTAGCTTTCGCCGTAATTGGCGCG
AACATCGTTCGATCGATGCACGATGGAAGTCGATACGTTTCTTTTTTTTT
AATTGTGTCATGAGATGGAGACGCTCTTCACAGTACAGTCGGGTGATGCG
AGGTGTGTTCAGATAGCTTTTTGTTGGAGCGATGTTCGATCGAGCAAACG
ATACTCTTTCCTTACCATCCCAAATCAATCAACTTGCGGCGTTGGCCTTA
AAGAAGAAGACATGGCCATCCCGAAAGGGAAGAGTAGGATGAGGGTTATC
AAGACCGGGGTCGGGACAACCTTAATCTTCTCGTGCATGAAATTTTGTAC
GAAACACTATCGCCTGCATCAGAACGCCGTTTGAGCGATGGGAGTTTCCA
GATACCCCGCTTGGATACTTGTAGTGTTCAATGGCTGGTGAAGTTGCCCT
TTCATCGGACGCAAAGTGCCTGTCTTGTCGTGCATAGGTTATCACCTCAA
ATGAACAAATAGACAATTGGACACATGCTCCACCTATACTCACAGAAACA
GCGTTCACATCCGCTCTCTCGAAGCACGTGTGAAATTCAGTGTGAATTCG
GTGTGAAATATACCCACGCATCTTGTATTGTTCTCTTGCCTATGAAGCCC
CCCCCCCCCTTTTTGTTTCGGCGTGTTTTTCTTTTCCACCGGGCTCTCCA
CATGAACTCGCCGCGTGGCTACAGGACGCGATATCGGGAGAGTGTTCTCT
GATTGACCAGGTGATGCTCTTCGGACAAGACGAGCGTTTCCTCGGAGCGA
TCGTCTGCCTGAACCCTATCAACTTGGGTGCGGCCGGCATTATTTCGCAG
GTGAGGCACTCCACTGTACCATAGCTCCTAATCTGGCAATCCCTCTCCCC
CCCCTGCCGCCGCATGCCGCCATTGAGGGTCTCATCAATCGCTTTGCCGC
ATGTACCTGTGGAGGCCCATGCTACCCCGTGTTTTAGTGGACCAAAAACC
ACGGCATGTTTGCATGTGTTCAGCCTACCTGCTGCGTGCGAAGTACCAAT
TACGCGCGCTTGTGTAGTGGTTTGGACTTGGGTCGGCTTGGGCCGCACGA
AAGACAAACGCAAAACGCCGTCCAGCTGTGCGCCCACCAAGCATACCTCT
CACTGCTCGAGAAGGAGTCAAGGCAGCTTATAACGGGGGTGCTAAAGAGA
GCAGGAAATACACAAAAATCACTATTCCGTGGCATGTGTCTCTGCGGATC
GACGACATTTCCAATGCTCTACGTTGCGTGTCGTGTGTGGTAAAAGGGTT
GAATATTCCATGCTTTGGGGGCTGGTTAGTCGGGCAGTGCGAAAGTCGCG
AATGAGGCAGCACCACACGTTTTGCCGCCCACTTCTCAGACGTGCTTGGA
ACGTATCATATCTGCTTCCTGCATTTACCGTTTACATCGCATGATTTCGT
AGCGGCGGCAGCACGTTGTACAACCCTAAAGCCCTCGGTTGTATCGCTGT
GCCCCCCCCCCCCCCCCCCCCCCCCACAAGCACACAAACACACACAAAGG
CGATGACCGGATTTAAAGTAGAAAGCCCTAGGGCAGTCGACAAAAAGGGG
TATACCTCCAGTTTCTAGGCTCAATAGGGGGGGTGTTTTTCGTACCGTCG
CGCCGGGATGTCGCTCCTTGGTAGCTTTTGTATTTCGGTCTTTTTAGCGG
AAACAAGGGGGGTTTTCACCGTCGGAAATCCTGAATCTGATACTTGAAAG
TACTGAATGAACGAGAAGAATGCCATGCCTTTTATTTGACACAGATTCTG
CTGGGCGTACCGTTCGCCACGTTTAAAATATCTCGGTGTGCTGCCTCTGA
TATCTCGGTCTGCTGCCCTTGTGTATGCCGCGCGAACCACTATAGCAGTA
CCGCTGCAGTTGTACCATACCATTGGATGTATGGTTATTATTGTACGCAG
CAACAATCATTGACTCGTGAACGTATTTGGGACATCCCCACATGAGCCAG
AGTCGAGCATCGTTGTTCTGTTCAACGCGCACTGTAATATGCCTTCTTTA
GGATACTCAAGGTCGTGCAGCGTTGCCAACATCAAAATGAGTGCACGCAG
CAGAATGGCATGCATACCGCAGTAGAACACCATAAATGAAGAGGGCCAAA
CACACCCACACACAGCATTCGTACGATGAGAGTTGGGAGCTGGGCGGACA
GACGAAGCGGCGTAACATAACAAGCAGTGAGGCATTTGCCGTACATCTTT
CGTCTAGACAGCTACTGAATACGCAGCCGATTGGTGATTCCCCTGCGGAT
GGTTCCGCGCGTGGGAGGCGAACAAAAAGGGGTGAAATGTGTATGATATG
CTTTGAACAAGAAGATAATTTTGGGTGAACACAATGGGGTAGTGCATCAT
TTTTGAGCTGAGAAGGTCTACTCTCCGGATTCGTCAAACAAAAGGGGTAC
ACTGAGAAGTCGTACGTTTCCACGCCCCAGACAAAGCCATTCCCACTCGT
AAAAAGACAAAACAAGCGTTTGGCACGCTGCCTCCACTCCGTGTCTGTCG
GTCTGAGGCGCCAGATTCCTTTTCAGAGCACGTCGAACCGGCACGAAGAA
GAGCACTACCCCCTTTTTGTGCCTAAAAGCAAGGGGTATACCCCTTTTTG
TCGATTCCCCAAAAGCTCATCCCGATCGCGAGTGCAGAACCATAAAGCAG
CACACCTGACCGGTTCTGATGTCATAATAGAACGCGCGCTTCCACGGGAA
ACGAAATCACAGCGAGCCTCATCTCAAGACTCTCCTTATGACCAAACAGT
CCAGCAGCAACCAAGCATTAAGTATGACCGATTGTCGATGAAACTCGACC
CAGTGTCGATGAAACTCGACTCAGAATAGCTCATCCACGACATGCCTCGA
TGCTGCTTTTTTGTTTCTGGTTGTGCTTCGGGGTGGTTTCAGGGGGACGC
GAGTCGTTACTCTGCACTTCTTGGCCCGACGCCTCTCACAACGGGTCCGG
TGGGCACCCCTCAGGAGCTGGAAGACGCAGAAAAGGTCAGAAATACCAGT
AATCGACAAGGATAGTATTGCAGTGGTGGTGATGGCAGTAGTCGTTACCG
TGGTGGAGGTGGTGAATGGAAATTATGTTTGATTCAGAAGACTGCGAGGG
TATTGAAGACTTTATTGAAACTATCAACATGGTACATTGGTGGTTGACGT
GTCGTATATTGTTAACACGATCGCGTATTAATTATACCAATATGATATTT
ATGTACGGAGTATTTCTTTTATTTCGGCGAGAACTATACCTGTCTACGCC
AAGGAACAGTGCCGAGTCTCTTCCTTCGCAACTGGCCATCTTTGGCTTAG
TTTGGCCGCGATGGCCGCCTCCTGTCGCCCGTCTCTTAGCAAAATATGGA
GCTAAAAGAGGAAGTAGGACTTCTCTCCACACATGTACATCTGTGCCGTT
TGGCGATAAAGAAAAAAACGAGCGTTGTACAGCATGTTCTGCGTGCCGTT
GGTTGTGCCACGATCACCCCCGGGTCCACCAGAAAGACGCCAAACCGCAT
CGTGATGGAATACAGTATCCCTGCACGAAGAGAGCCCTACCGCACCACGC
ACAGGTTGCATACGGTACCGTACTGTAAGGCATGATACCCTCATAAGATA
CCACACCCCCTGAGAAATGCTTCGAAGTTTGAAACAATACCACACCCGTG
CGTTCATTTCTTAATCCCGACCTGGGTCATGTTAGTAAGGTACAATCAAT
TACAAGGAGGTTCGTTTCCGCAAGATTATTTGCGGGCTGTCATATGATAC
GTACTCAGATGCGAGCGCTCTCCTCCACCAATCTCCGGGTATACCGCCGC
CGACGCCACATTGAAACCCTTCAACCAACATTGTATTTTACTGTGTGGGG
TGGTACAGGAGATATTGGCCGCGCCTGGGCTAAAAAAAGCCGTGATGGAG
CAGCTCAAGTTAGCAGCGGGGGAGGAGCGGCCGTGGGAGCAGGTACGCCT
CTTTTGTCGCACCTGAGCGCGCCGAAGTGTGCGGTAGTGCCTGTGTACTT
TTTTAGGCGGGTCGGGAGCTTCATCGGGACTGCTGTAGCTGCAGCGGCAG
GTGCATGCAGTGGCGCGATAATTTCGAGTACAGCAGCACATTGATTTTGT
ATTCGTGGGTTTGCTTGTACTTCGAAGTAGCTGTTTTCGGCCTTGGTAGG
AAAGTTCGGGACAGTTGCTCACAGCCAAAATGGTGTCAAATACGAATTGC
GTGGTATTCCATTTTTGACGAAATCGCGCCGCTTTTGCATTTTCGCGTCT
GTCGGTGCTCCCACAGGTTGGCGTCGTCATCATGAAGTTTGAACCCTTCA
CAACTTCCAACGGGCTAATCACGCAGACACTCAAGACCAAGCGAAACGTG
GTGGTGGACAAATTCCAGGAGGAAATCGATGCTCTTTACGCCTCGAAACG
CTAATTGCTTCCTCGAAAATCCTGACGACTTGCTTGATTCGATTCCGTTG
CAGTTCGGATGAATCGACCGGATAGACTTGGTGCGGGAGGCGCAGCGACC
CAGAGAGAGACACACACAAAGAGAAAGATAACGAGCTAACGAGCTGTAGC
GGGAGAACCTAACCTCCCTTAGGTAGAGCAGTTCGCCCTCGATTCATGCA
TATCTGATTCGATCACCCGAACGGTAGACGAGGCATCCAGTGTCTCTCGG
CCAGATGGGCCTGACCTATCGGCCAGCCACACGGCTCGACTGTTGTTCGG
GTACGTGTGGTAGCACTGCCGTAATGTAGTCATCTGCAGAACGACCTTTT
CGTTTTGGCTTTTCATGCGCATGTCTTCAACTCTGAAGCCGGAGAGGGGG
GCGCTCTCTTTGCTGCTGCGTCGAGGGCTGCGCTTTTGTGAGCGTTTGGG
TTCGTGGGTGCTCGTTCTACCCAAGCAGAGGGTAAACCCCCGGTCCATTT
TATGTTTTGCTGGGTCGTGCCGCCATCCGTGGCCCATTTTAGATTGTCTC
GTTGCTCGTTTGTGTATACACACATCGATATGTGGCATCTTGTATTTTGT
TCAACTATATGTAATAGACTTTCTACGCAAAAGGCAGCTCGCTACTTGTG
TACCTATGTACTTTCTATTTTTGCACCGAGACTGAGGCGGTTGTTTGAAG
CGCTTGGCTTGGACTGGAGACCATGCGATCCATGGCACCTCCGCCCCACT
ACACGAACCTTGGACAAAAACTCGCCCATTACTGTATGATGTATGGGTAA
CCGCCTTGTCTATCTCCTCCCCGCCGGGCCCGCCGGAAGTGCCATGATGT
TCATAAAACGGTTGATGAATGTATTTGTGTTTTTTTGTGGATTGCTTTGG
TGGACGGATGACGGACGTGCAATTTACATGTTTGTTGAAACCGTGAAGTT
GGATAAGCTCCACACCGACAG
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Coding sequence (CDS) from alignment at P-littoralis_Contig650:97448..120018-

>mRNA_P-littoralis_Contig650.21.4 ID=mRNA_P-littoralis_Contig650.21.4|Name=mRNA_P-littoralis_Contig650.21.4|organism=Pylaiella littoralis U1_48|type=CDS|length=2382bp|location=Sequence derived from alignment at P-littoralis_Contig650:97448..120018- (Pylaiella littoralis U1_48)
ATGAACAAGCTTACCTTTGTGCTTGCTGCACATGCAGCAGGAGCTGGCGC
ATTTGTGCCCACCTCAGGTCCATCATTACGGCCAGGAGAAAGAGAAGGAG
GGAGAACGAGCTATGCACACGGCGGGGGCAGAACCATCGCGGTGTCATCA
CCGCGACTTGCTGCTACAGCTCGCAGCACTTCTTGCAGAGCCCGAGGTAA
CACGGTGGCGATGATGGTGGCCGCATCAAGGCCCGTCGATATGCTCGAAA
CATCGACGTCGACATCGACGACGGCACCACCGGCGGCGGCATCAGCTCCA
GATACCGGCTCTAATTACCGCATGCTAGATACCAAGAAGGCCAGCGCGTC
GTGGAAGTCTTTGCCAGAGATGTGGGACTTTTTGGACGGTGAGTGCGGCG
AACTTACGGCCATCGTGGACCCCATTCACCCTCCCGACATGCCGGACGGA
AAGCGGCCTCCCAAAGGAGCGGAAACCCGGCTGACGTACTCGGAGATGCG
ACGGAGCATTGGGACCATAGCGTCCGCTCTGATGGGGCTTGGCGTGCAGA
AGGAGGATTGCGTGTCCGTATTCTCGGAGAACAGCTACCGCTGGCTCATC
GCGGAGCAAGGGATAATGAAAGCGGGCGGGTGCAACGCTGTCAGGGGAGC
GACAGCGCCGGTAGCGGAGCTGAGGTACATCTACGCGGACAGCGAGTCCG
TGGGTGCCGTGGTGGAAACGCCGAAGCTTCTGGAGCTGTTGATGGGGGAG
GACGGCAAGGGGCTGGAAGGAGCGGATGGGGCCCTACCGCGGTTTCTGAT
GGTGCTGTTTCCTCGCGGCAAGAGCGGTAAGGAGCTGCAGGAAAGCCTTA
ATATCCCCGAATCAATCAAGGTGGTTACTTTCGCGGAGTGCCTGGGGAGC
GGAGACGTTCTGGATCCTCCCACGATTGAGCGATCGATGAAAGCCACCTT
GGTTTACACGTCTGGAACGACCGGGAAACCGAAGGGGGCTGTCTTGACGC
ACGCAAACTTGCTTCACCAGGTCTCGCAAAACTCTTTCGACCGATCAGAG
GGGAGCCCGATGAACCCGTGGGTTGGTGACGTTTTCGTGTCGATCCTGCC
CTGCTGGCACATCTTCGAGAGGACCGCCGAGTACTTCACGCTCACCAGGG
GCGTCACCATGGTGTACTCCAACGTCCGCAACTTTAAGAGCGACCTCAAG
AATTTCAAGCCTCACTTCCTGATCGTTGTGCCCAGGCTGCTAGAGACCAT
CTGGAAGGGGGTACAAACCCAACTTGCGGCGAAGAGCAAGGGAGCACAGA
AGGCGGCGGGAGCTTTGACAGCGGTGTCCAGCTTTCGCATGAAGGCCGCC
AGACGGTTGAGCGGGGCGGTGATTCGGGATGCACAGCCCAAGGCCCCGGA
GAAGGCTCTCTCGGCGGTCGTGATGGGCCTCACGCTGCCCCTCAAGCTTG
CGGCGGAGAAGTTGGTGTGGGGGAAGATCAGGGACGGGGTGGGTGGGCGT
GTTAAGGTCGTGGTGTCGGGGGGCAGCAGCCTTCCGTCCTTCCTGGAAGA
CTTCTTCGAGATGGCCGGCATCAGGGTGCTGGTGGGGTACGGCCTGACGG
AGACGTCACCGGTGATCGCGAACCGCGTGGCGGGGGACAACACGAAGGGC
ACCACCGGCAAGCCCATCCCTGGATCGGAGGTCAAGGTCGCCGATCTGGA
GAGCGGACAGCAGGTGGCAGTGGGGCAGACGGGGAAGATTCTTATCCGGG
GGCCTCAGGTCATGTCCGGATATCAGAACAACCCAGAGGCTACTGCAGCC
GTGATTGACAAGGAAGGGTATTTCGACACCGGCGACGTGGGGCGGTTCAA
TCCTATCACGGGAGACCTGGTCGTTACGGGCCGGGCGAAGGACACGATCG
TACTCAGCAATGGGGAGAATGTCGAGCCTCAACCGTTAGAGGACGCGATA
TCGGGAGAGTGTTCTCTGATTGACCAGGTGATGCTCTTCGGACAAGACGA
GCGTTTCCTCGGAGCGATCGTCTGCCTGAACCCTATCAACTTGGGTGCGG
CCGGCATTATTTCGCAGGGGGACGCGAGTCGTTACTCTGCACTTCTTGGC
CCGACGCCTCTCACAACGGGTCCGGTGGGCACCCCTCAGGAGCTGGAAGA
CGCAGAAAAGGAGATATTGGCCGCGCCTGGGCTAAAAAAAGCCGTGATGG
AGCAGCTCAAGTTAGCAGCGGGGGAGGAGCGGCCGTGGGAGCAGGTTGGC
GTCGTCATCATGAAGTTTGAACCCTTCACAACTTCCAACGGGCTAATCAC
GCAGACACTCAAGACCAAGCGAAACGTGGTGGTGGACAAATTCCAGGAGG
AAATCGATGCTCTTTACGCCTCGAAACGCTAA
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