mRNA_P-littoralis_Contig113.116.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig113.116.1
Unique NamemRNA_P-littoralis_Contig113.116.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: D7G7S8_ECTSI (Monooxygenase domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G7S8_ECTSI)

HSP 1 Score: 746 bits (1926), Expect = 3.620e-261
Identity = 354/494 (71.66%), Postives = 408/494 (82.59%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYA 1722
            MV+KK+VAVIGGG SG++AAK FAERGH+VHGFER    GGVW  S SYPD +TQS KDLYHFTDQ Y   VPEWPK  DV+AYLHSYA+KH + RLFRLNT+V+ MERR DG+ GWTLT+   G   +EDFDFVSVATG FS KHVATHPGE +F  QGG V+HSS+YTDPS + GK V+VLG SKSA DIAVN  + GAKSV+LVYRKNVWR+P+++GG++ KHLLYMRA E QFNGWLPS  GRVLR ILKPLIWANFRGLE  L FQLGL K+ MVP EPIE  +SCS  + TPGFFEAL+ G I+AVQ SIE YE+GA +L+NG TVPCDVAVMATGWK G+ FLPA  + KL+DSDGLYRLYRFAVNP + D+GF+G NSSFCS+LS+ELV++WLVRYADGQL++QPSADEM A ID +QEWR  DRPAAQV+GG C APFHFRHFDELL+DIGATK KR N + ELFVRP T +YG+FLASAPQY+A
Sbjct:    1 MVEKKRVAVIGGGFSGIAAAKTFAERGHEVHGFERGPAFGGVWELSRSYPDCQTQSPKDLYHFTDQTYGENVPEWPKAPDVNAYLHSYAEKHGVARLFRLNTSVETMERRADGRAGWTLTLQEDGCTKREDFDFVSVATGQFSQKHVATHPGEQEFAAQGGEVIHSSDYTDPSTIKGKRVVVLGGSKSALDIAVNVANSGAKSVTLVYRKNVWRLPYFVGGVNVKHLLYMRAQEEQFNGWLPSPIGRVLRMILKPLIWANFRGLEAALTFQLGLKKHKMVPDEPIEDIVSCSIGVATPGFFEALDKGTIKAVQGSIERYEEGAAVLSNGGTVPCDVAVMATGWKQGLSFLPAEAQHKLVDSDGLYRLYRFAVNPSLPDVGFIGFNSSFCSVLSAELVSHWLVRYADGQLEHQPSADEMNASIDVMQEWRRKDRPAAQVYGGLCIAPFHFRHFDELLKDIGATKRKRANPLVELFVRPSTAAYGEFLASAPQYHA 494
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: D7FZ04_ECTSI (Monooxygenase domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FZ04_ECTSI)

HSP 1 Score: 740 bits (1910), Expect = 1.110e-258
Identity = 351/498 (70.48%), Postives = 408/498 (81.93%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQ----EDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYA 1722
            M QKK+VAVIGGG SG++AAKAFAERGHDVHG ERS D GGVW PS SYPD ++QS KDLY FTD  Y   VPEWP   DVHAY+HSYA KHD+ RLFRL T V+ MERR DGQPGWTLT+   G + +    EDFDFVSVATG FS+K+V THPGE DF  QGG  MHSS+YTDPSI+ GK V+VLG SKSA DIAVNA S+GAKSV++VYRKNVWR+P++IGGI+FKHLLYMRA E QF+GWLPS  GR LR +LKPLIW NFRGLE +L  QLGL K+ MVP+EPIE T+SCS  +VTPGFFEAL+DG I+AVQ SIE YE+GA +L+NG+TVPCDVAVMATGWK GIPFLPA  + KL+D DG++RLYRFAVNP + D+GFVG NSSFC++LS+ELVANWLVR+ADGQL NQ + DEM A IDK+Q+WR  +RP A+ +GG C APFHFRHFDELL+DIGATK  R N + ELFVRP+T +YG+FLASAPQY A
Sbjct:    1 MAQKKRVAVIGGGFSGIAAAKAFAERGHDVHGLERSRDFGGVWEPSRSYPDCRSQSAKDLYCFTDHSYPEKVPEWPAAPDVHAYIHSYADKHDVARLFRLGTKVEAMERRADGQPGWTLTLIKEGDDKESASKEDFDFVSVATGQFSEKNVPTHPGEGDFTAQGGATMHSSDYTDPSIIRGKRVVVLGGSKSALDIAVNAASNGAKSVTIVYRKNVWRLPYFIGGINFKHLLYMRAQEEQFDGWLPSPVGRALRLLLKPLIWFNFRGLEAVLTLQLGLKKHNMVPSEPIEDTVSCSIGVVTPGFFEALDDGTIKAVQGSIERYEEGAAVLSNGDTVPCDVAVMATGWKQGIPFLPAEAQHKLVDDDGVHRLYRFAVNPDLPDLGFVGFNSSFCTVLSAELVANWLVRFADGQLGNQATTDEMNANIDKMQQWRREERPVAKEYGGLCVAPFHFRHFDELLKDIGATKQHRANPLVELFVRPNTAAYGEFLASAPQYRA 498
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A365UDB8_9RHOB (Monooxygenase n=1 Tax=Rhodosalinus halophilus TaxID=2259333 RepID=A0A365UDB8_9RHOB)

HSP 1 Score: 682 bits (1760), Expect = 4.580e-236
Identity = 321/495 (64.85%), Postives = 386/495 (77.98%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYAS 1725
            MV++KKVAVIGGGISGL+AA+AF  +GH V GFERS D GGVW  S SYPDV+TQS KDLY +TD       PEWPKG  VHAYLH+YA+KH L RLFRLNT V  MERR DG+PGWTLT+  GG    EDFDFV+V TG FS+K++ THPG+  F+ QGG VMHSSEYTDPSI  GK V+VLGASKS TDIAVNA  +GAKSV+LVYR+NVWR+P+++GGI+FK LLYMRA E QFNGW    A + +  + KPL+WANFRGLETLLK QLGL K+ MVP  PIE   SCS  +VTPGFFE +N+GKIR V  + E YEDG V LT GETVPCDVAV+A GWK G+P+LP   ++KLI+ DG YR+YR +VNP + DMGFVG NSSFC+ LS+EL+ANWLVRY DGQL  QP+ +EM A I+   EWR  +RPAA+V+GG C+APFHFRHFDEL++D+GAT+WKR N + E+F  PD  +YG+FLA+ P+Y A+
Sbjct:    1 MVKRKKVAVIGGGISGLAAARAFDAKGHRVCGFERSHDFGGVWELSRSYPDVQTQSPKDLYRYTDMPMPADYPEWPKGPQVHAYLHAYAEKHALPRLFRLNTEVAAMERRADGEPGWTLTLRAGGQEWSEDFDFVAVCTGQFSEKNILTHPGQDAFVAQGGRVMHSSEYTDPSIAEGKDVVVLGASKSGTDIAVNAARNGAKSVTLVYRENVWRIPYFVGGINFKRLLYMRAQEMQFNGWGRGPAAKAVAAVTKPLVWANFRGLETLLKLQLGLKKHNMVPKTPIEKEASCSLPIVTPGFFEYMNEGKIRPVIGTFEAYEDGGVRLTTGETVPCDVAVLAVGWKLGVPYLPEEYRKKLIEPDGQYRVYRLSVNPDLPDMGFVGFNSSFCTTLSAELIANWLVRYMDGQLARQPTREEMEADIEANLEWRRKERPAARVYGGLCSAPFHFRHFDELMQDMGATQWKRANPVVEMFSYPDADAYGRFLATTPEYRAA 495
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: UPI001A215C7B (NAD(P)/FAD-dependent oxidoreductase n=1 Tax=Rhodobacteraceae bacterium F11138 TaxID=2794865 RepID=UPI001A215C7B)

HSP 1 Score: 674 bits (1739), Expect = 6.810e-233
Identity = 315/495 (63.64%), Postives = 382/495 (77.17%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYAS 1725
            MVQ+KKVAVIGGGISGL+AAKAF E+GHDV GFERS D GGVW PS SYPDV+TQS K+LY FTD       PEWPKG  VHAYLHSYA+KH L RLFRLNT V  M+RR DGQPGWTL +   G    EDFDFV++ATG FS+K++ THPG+ +F   GG V+HSS+YTDP++  GKHVLVLGASKS TDIAVNA  +GA SV LVYR+NVWR+P+++GGI+FK LLYMRA E QFNGW    A R+L  I KPL+WANFRGLETLLK QLGL K+ MVP  PIE   SCS  +VTPG FE +N G+I+ V  SI+ YE G V LT G+ +PCD++++A GWK G+P+L    ++KLI++DG YR YR +VNP + DMGFVG NSSFC++LS+EL+ANWLVRY DGQL  QPS  EM   I  + +WR ++RPAAQV+GGQC+APFHFRHFDEL++D+GAT+WKR N + E F  PD  +YG+FLA+ P Y A+
Sbjct:    1 MVQRKKVAVIGGGISGLAAAKAFDEKGHDVCGFERSHDFGGVWEPSRSYPDVQTQSPKELYCFTDHPMPADYPEWPKGPQVHAYLHSYAEKHQLARLFRLNTDVLSMDRREDGQPGWTLRLRSDGKEWAEDFDFVAIATGQFSEKNIITHPGQDEFTAAGGQVLHSSDYTDPTLCQGKHVLVLGASKSGTDIAVNAARNGAASVHLVYRENVWRMPYFVGGINFKRLLYMRAQEMQFNGWGRGPAQRMLAAITKPLVWANFRGLETLLKLQLGLKKHNMVPDTPIEKDASCSLPIVTPGLFEEMNAGRIKPVIGSIDSYETGKVRLTTGDVIPCDLSILAVGWKLGVPYLAQTYRDKLIETDGQYRTYRLSVNPDLPDMGFVGFNSSFCTVLSAELIANWLVRYMDGQLARQPSVPEMEKNIQDMLDWRRNERPAAQVYGGQCSAPFHFRHFDELMQDMGATRWKRANPLTETFSYPDAAAYGRFLATTPAYRAN 495
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A1I1JXA4_9RHOB (Predicted flavoprotein CzcO associated with the cation diffusion facilitator CzcD n=3 Tax=Pseudooceanicola nitratireducens TaxID=517719 RepID=A0A1I1JXA4_9RHOB)

HSP 1 Score: 672 bits (1733), Expect = 5.480e-232
Identity = 313/494 (63.36%), Postives = 382/494 (77.33%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYA 1722
            MV +KKVAVIGGG+SGL+AAKAF E+GH V GFERS D GGVW  S SYPDV+TQS KDLY +TD    +  PEWPKG  VHAYLHSYA KH L RLF+LNT V  M+RR DGQPGWTL +  G +   EDFDFV++ TG FS+K++ THPG+  F E GG V+HSS+YTDP++  GKHV+VLGASKS TDIAVNA  +GAKSV LVYR+NVWRVP+++GGI+FK LLYMRA E QFNGW      + L  I KPL+WANFRGLETLLK QLGL K+ MVP  PIE   SCS  +VTPG FEALN G I+ V  SI+HYE G V LT G+T+PCD++++A GWK G+P+L    ++KLI+ DG YR YR +VNP + DMGFVG NSSFC++LS+E++ANWLVRY DGQL  QPS DEM   I+++  WR  +RPAAQV+GG C+APFHF+HFDEL++D+GAT+WKR+N + E+F  PD  +YG+FLA+APQY A
Sbjct:    1 MVNRKKVAVIGGGVSGLAAAKAFDEKGHRVCGFERSHDFGGVWELSRSYPDVQTQSPKDLYCYTDLPMPKDYPEWPKGPQVHAYLHSYAAKHRLARLFKLNTDVLSMDRRTDGQPGWTLRLRSGDNEWSEDFDFVAICTGQFSEKNILTHPGQEAFTEAGGTVLHSSDYTDPAMCKGKHVVVLGASKSGTDIAVNAAKNGAKSVHLVYRENVWRVPYFVGGINFKRLLYMRAQEMQFNGWGRGPLKKALAAITKPLVWANFRGLETLLKLQLGLKKHNMVPDAPIEKEASCSLPIVTPGLFEALNAGTIKPVIGSIDHYEPGRVTLTTGDTIPCDLSILAVGWKLGVPYLAQDYRDKLIEEDGQYRTYRLSVNPDLPDMGFVGFNSSFCTVLSAEMIANWLVRYMDGQLKRQPSRDEMDRSIEQMLHWRRKERPAAQVYGGLCSAPFHFQHFDELMQDMGATRWKRSNPLKEIFSYPDAGAYGQFLATAPQYQA 494
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A4P7JD51_9RHOB (NAD(P)/FAD-dependent oxidoreductase n=1 Tax=Boseongicola sp. CCM32 TaxID=2552942 RepID=A0A4P7JD51_9RHOB)

HSP 1 Score: 669 bits (1725), Expect = 8.540e-231
Identity = 314/492 (63.82%), Postives = 384/492 (78.05%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQY 1716
            M Q+KKVAVIGGG+SGL+AAKAF ERGH V GFERS D GGVW PS SYPDV+TQS KDLY +TD       PEWPKG  VHAYLHSYA KHDL RLFRLNT V+ M+RR DGQPGWTLT+  G     EDFDFV++ TG FSDK+    PG+ DF  +GG V+HSS+YTDP+I++GKHV+VLG SKSATDIAVNA  +GA SV++VYRKNVWRVP+++GGI+FK LLYMRA E QFN W  +   RV+  +LKPL+W NFRGLETLLK QLGL K+ MVP  PIE  +SCS  +VTPG FEALN G I  V  +IEHYEDGAV L+NG+ +PCD+A++A GW  G+P+LP   ++KLI+ DG YR+YR +VNP + DMGFVG NSSFC++LS+E++ANWLVRYADGQL  QP++DEM+A I+ +  W+ ++RPAAQ++GG C+APFHF+HFDELL D+GAT  KR   + E F  P+  +YG+FLAS PQY
Sbjct:    1 MTQRKKVAVIGGGVSGLAAAKAFDERGHRVCGFERSADFGGVWEPSRSYPDVQTQSPKDLYCYTDHPMPDSYPEWPKGPQVHAYLHSYAAKHDLARLFRLNTVVKTMDRRSDGQPGWTLTLEAGSHIWTEDFDFVAIGTGQFSDKNELVLPGQEDFTAKGGAVVHSSDYTDPAIVDGKHVVVLGGSKSATDIAVNAAGNGAASVTMVYRKNVWRVPYFVGGINFKRLLYMRAQEQQFNMWGKTPLQRVIAAVLKPLVWVNFRGLETLLKLQLGLKKHNMVPDTPIEKEVSCSVPIVTPGLFEALNAGTITPVMGTIEHYEDGAVRLSNGDLIPCDMAILAVGWTLGVPYLPQAYQDKLIEEDGQYRVYRLSVNPDLPDMGFVGFNSSFCTVLSAEMIANWLVRYADGQLARQPTSDEMSANIEMMLTWKRNERPAAQIYGGLCSAPFHFKHFDELLADMGATIRKRGP-LTEQFSHPNAAAYGRFLASTPQY 491
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A1H3NNM7_9RHOB (Predicted flavoprotein CzcO associated with the cation diffusion facilitator CzcD n=1 Tax=Citreimonas salinaria TaxID=321339 RepID=A0A1H3NNM7_9RHOB)

HSP 1 Score: 665 bits (1717), Expect = 1.430e-229
Identity = 316/495 (63.84%), Postives = 378/495 (76.36%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYAS 1725
            MV++KKVAVIGGG+SGL+AAKAF  +GH V GFERS D GGVW  S SYPDV+TQS KDLY +TD       PEWPKG  VHAYLH+YA K  L RLFRLNT V  M+RR DG PGWTL +  G     EDFDFV++ TG FS+K+V THPG+  F+ QGG VMHSSEYTDPSI  GK V+VLGASKS TDIAVNA  +GA+SV+LVYR+NVWR+P+++GGI+FK LLYMRA E QFNGW   AA R L  + +PL+WANFRGLETL+K QLGL K+ MVP  PIE   SCS  +VTPGFFE LN GKIR V  +IE YE   V LT GETVPCD+AV+A GWK G+P+LP   + KLI++DG YR+YR +VNP + DMGFVG NSSFC+ LS+EL+ANWLVRY DGQL NQP   EM   I+    WR  +RPAA+V+GG C+APFHFRHFDEL+RD+GA +WKR+N +AE+F  PD  +YG+FL++AP Y A+
Sbjct:    1 MVKRKKVAVIGGGVSGLAAAKAFDAKGHRVCGFERSHDFGGVWELSRSYPDVQTQSPKDLYRYTDMAMPAEYPEWPKGPQVHAYLHAYADKFRLGRLFRLNTEVMSMDRRADGAPGWTLRLRAGSHEWDEDFDFVAICTGQFSEKNVLTHPGQEAFVAQGGRVMHSSEYTDPSIAEGKDVVVLGASKSGTDIAVNAARNGARSVTLVYRENVWRIPYFVGGINFKRLLYMRAQEMQFNGWGRGAAARALAAVTRPLVWANFRGLETLIKLQLGLKKHNMVPKTPIEKEASCSLPIVTPGFFEHLNAGKIRPVIGTIESYEKDGVRLTTGETVPCDIAVLAVGWKLGVPYLPEAYRRKLIEADGQYRIYRLSVNPDLPDMGFVGFNSSFCTTLSAELIANWLVRYMDGQLANQPDRAEMERDIEANLAWRRKERPAARVYGGLCSAPFHFRHFDELMRDMGARQWKRSNPVAEMFGYPDADAYGRFLSTAPNYRAA 495
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A845LXI9_9RHOB (NAD(P)-binding protein n=1 Tax=Maritimibacter harenae TaxID=2606218 RepID=A0A845LXI9_9RHOB)

HSP 1 Score: 665 bits (1717), Expect = 1.480e-229
Identity = 311/496 (62.70%), Postives = 379/496 (76.41%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVI-LTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYAS 1725
            MV +K VAVIGGG+SGL+AAKAF+E+GH+V GFERS D GGVW  S SYPDV+TQS KDLY FTD       PEWPKG  VHAYLH YAKKHDL R FRLNT V  MERR DG PGWTLT+   G    ED DFV++ TG FS+K++ THPG+  F  +GG VMHSSEYTDP+I+ GKHV VLGASKS TDIAVNA  +GAKSV LVYR+NVWR+P++IGGI+FK LLYMRA E QFNGW      RV   + KPL+WANFRGLET+LK QLGL K+ MVP  PIE   SCS  +VTPG FE +N+GKI+ V  + E YE+G  + LT G+ +PCD++++A GWK G+P+LP   +EKLI+ DG YR+YR +VNP + DMGFVG NSSFC++LS+EL+ANWLVRY DGQL  QPS +EM   I+    WR  +RPAA+V+GG C+APFHFRHFDEL++D+GA +WKR+N +AE F  PD ++YGKFLA+ P+Y A+
Sbjct:    1 MVNRKTVAVIGGGVSGLAAAKAFSEKGHEVRGFERSHDFGGVWELSRSYPDVQTQSPKDLYRFTDMPMPEDYPEWPKGPQVHAYLHDYAKKHDLARHFRLNTEVLNMERRADGAPGWTLTLRADGKEWDEDVDFVAICTGQFSEKNIITHPGQEAFTAEGGQVMHSSEYTDPAIVKGKHVAVLGASKSGTDIAVNAAKNGAKSVHLVYRENVWRIPYFIGGINFKRLLYMRAQEMQFNGWGRGPLARVGAAVTKPLVWANFRGLETMLKLQLGLKKHNMVPDTPIEKEASCSLPIVTPGLFELMNEGKIKPVIGTFERYEEGHKLRLTTGDVIPCDLSILAVGWKLGVPYLPEHWREKLIEPDGQYRVYRLSVNPDLPDMGFVGFNSSFCTVLSAELIANWLVRYMDGQLKRQPSREEMERDIEANLAWRRRERPAAKVYGGLCSAPFHFRHFDELMQDMGARQWKRSNPVAEQFSHPDASAYGKFLATTPEYRAA 496
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A1H8PUE6_9RHOB (Predicted flavoprotein CzcO associated with the cation diffusion facilitator CzcD n=1 Tax=Salinihabitans flavidus TaxID=569882 RepID=A0A1H8PUE6_9RHOB)

HSP 1 Score: 662 bits (1709), Expect = 2.310e-228
Identity = 307/494 (62.15%), Postives = 378/494 (76.52%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYA 1722
            M++KK VAVIGGG+SGL+AAKAF ERGH V GFERS D GGVW  S SYPDV+TQS KDLY FTD       PEWPKG  VHAYLHSYA KH L RLF+LNT++  M+RR DG+PGWTLT+   G   ++DFDFV++ TG FSDK++ +HPG+ +F+  GG VMHSSEYTD ++ NGKHVLVLG SKSATD+AVNA  +GAK V++VYR+NVWR+P+++GGI+FK LLYMRA E QFN W  S   RV+    KPL+WANFRGLETLLK QLGL K+ MVP  PIE   SCS  +VTPG FE    G I+ +Q +I+HYE G  +LT G+ +PCD++V+A GWK G+P+LP   K+KLID DG YR+YR +VNP + DMGFVG NSSFC++L +E++ANWLVRYADGQL +QPS  EM   I+ +  WR  +RPAA+V+GG C+APFHF+HFDELL DIGA K KR N +AE F  P+  +YG +LASAPQY+A
Sbjct:    1 MIKKKNVAVIGGGVSGLAAAKAFDERGHRVFGFERSHDFGGVWELSRSYPDVQTQSPKDLYRFTDHPMPDDYPEWPKGPQVHAYLHSYADKHRLARLFQLNTSIVSMDRRADGKPGWTLTIEAAGHERKQDFDFVAICTGQFSDKNIISHPGQDEFVANGGRVMHSSEYTDSTLANGKHVLVLGGSKSATDLAVNAAKNGAKQVTMVYRENVWRMPYFVGGINFKRLLYMRAQEQQFNAWGKSPMQRVVAAAFKPLVWANFRGLETLLKLQLGLKKWNMVPDTPIEKEASCSLPIVTPGLFEGFRAGTIKPIQGTIDHYEPGHAVLTTGDRIPCDLSVLAVGWKLGVPYLPEAEKKKLIDEDGQYRVYRLSVNPDLPDMGFVGFNSSFCTVLGAEMIANWLVRYADGQLAHQPSDTEMRDNIEMMLNWRRKERPAAKVYGGLCSAPFHFKHFDELLADIGARKRKRANPLAEQFSYPNAAAYGTYLASAPQYHA 494
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BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Match: A0A0M7AP48_9HYPH (Cyclohexanone 1,2-monooxygenase n=1 Tax=Roseibium album TaxID=311410 RepID=A0A0M7AP48_9HYPH)

HSP 1 Score: 662 bits (1709), Expect = 2.310e-228
Identity = 314/494 (63.56%), Postives = 381/494 (77.13%), Query Frame = 1 
Query:  241 MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYPDVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRLNTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATHPGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHGAKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLRTILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGFFEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFLPAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANWLVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFRHFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYA 1722
            M ++K VAVIGGG+SGL+AAKAF ERGH V GFERS D GGVW  S SYP V+TQS KDLY +TD       PEWPKG  VHAYLH+YA KH L RLF+LNT VQ M+RR DG PGWTLT+   G    +DFDFV+V TG FSDK++ THPG+  F   G  V+HSSEYTDP+ + GK+V+VLG SKSATDIAVNA ++GAKSV+LVYR+ VWRVP+++GGI+FK LLYMRA E QFNGW PS  G+ L T  KPLIWANFRGLETLLK QLGL K+ MVP  PIE   SCS  +VTPG FE   DG I+ V+ S E YE+  ++LTNGE VPCD++++A GWK G+P+L    ++KLI+ DG YR+YR AVNP + DMGFVG NSSFC++LS+E++ANWLVRYADG+L NQPS ++M + I+++ +WR  +RPAA+V+GG C+APFHFRHFDELL D+GA K KR+N IAE F  PD  SYG+FLASAPQY A
Sbjct:    1 MTKRKNVAVIGGGVSGLAAAKAFDERGHRVFGFERSHDFGGVWELSRSYPGVQTQSPKDLYRYTDLAMPDEYPEWPKGPQVHAYLHAYADKHKLARLFQLNTNVQSMDRRNDGLPGWTLTLEAAGKTWTQDFDFVAVCTGQFSDKNIITHPGQDAFQATGRDVIHSSEYTDPTTVTGKNVVVLGGSKSATDIAVNAAANGAKSVTLVYREPVWRVPYFVGGINFKRLLYMRAQEQQFNGWSPSPLGKALFTAFKPLIWANFRGLETLLKLQLGLKKWDMVPDTPIEKDASCSLPIVTPGLFEGFKDGSIKPVRGSFERYEEDQIVLTNGEKVPCDLSILAVGWKLGVPYLAQEYQDKLIEHDGQYRVYRLAVNPDMPDMGFVGFNSSFCTILSAEMIANWLVRYADGKLANQPSDEDMNSNIEEMLDWRRKERPAAKVYGGLCSAPFHFRHFDELLSDMGAGKTKRSNPIAEQFSYPDAASYGEFLASAPQYTA 494
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig113.116.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G7S8_ECTSI3.620e-26171.66Monooxygenase domain-containing protein n=2 Tax=Ec... [more]
D7FZ04_ECTSI1.110e-25870.48Monooxygenase domain-containing protein n=2 Tax=Ec... [more]
A0A365UDB8_9RHOB4.580e-23664.85Monooxygenase n=1 Tax=Rhodosalinus halophilus TaxI... [more]
UPI001A215C7B6.810e-23363.64NAD(P)/FAD-dependent oxidoreductase n=1 Tax=Rhodob... [more]
A0A1I1JXA4_9RHOB5.480e-23263.36Predicted flavoprotein CzcO associated with the ca... [more]
A0A4P7JD51_9RHOB8.540e-23163.82NAD(P)/FAD-dependent oxidoreductase n=1 Tax=Boseon... [more]
A0A1H3NNM7_9RHOB1.430e-22963.84Predicted flavoprotein CzcO associated with the ca... [more]
A0A845LXI9_9RHOB1.480e-22962.70NAD(P)-binding protein n=1 Tax=Maritimibacter hare... [more]
A0A1H8PUE6_9RHOB2.310e-22862.15Predicted flavoprotein CzcO associated with the ca... [more]
A0A0M7AP48_9HYPH2.310e-22863.56Cyclohexanone 1,2-monooxygenase n=1 Tax=Roseibium ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig113contigP-littoralis_Contig113:504912..524500 -
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.D7G7S8
PFAMsFMO-like,NAD_binding_8
Model size2802
Max annot lvl2759|Eukaryota
KEGG rclassRC02233
KEGG koko:K00485
KEGG ReactionR08266
KEGG Pathwayko00982,ko01120,map00982,map01120
Hectar predicted targeting categoryother localisation
Exons3
Evalue1.05e-268
EggNOG OGsCOG2072@1|root,KOG1399@2759|Eukaryota
EC1.14.13.8
DescriptionN,N-dimethylaniline monooxygenase activity
Cds size1488
COG categoryP
BRITEko00000,ko00001,ko01000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680789459.4848392-UTR-P-littoralis_Contig113:504911..5059851680789459.4848392-UTR-P-littoralis_Contig113:504911..505985Pylaiella littoralis U1_48UTRP-littoralis_Contig113 504912..505985 -
1680789459.5072014-UTR-P-littoralis_Contig113:507473..5074881680789459.5072014-UTR-P-littoralis_Contig113:507473..507488Pylaiella littoralis U1_48UTRP-littoralis_Contig113 507474..507488 -
1680789459.5158093-UTR-P-littoralis_Contig113:523531..5236811680789459.5158093-UTR-P-littoralis_Contig113:523531..523681Pylaiella littoralis U1_48UTRP-littoralis_Contig113 523532..523681 -
1680789459.528944-UTR-P-littoralis_Contig113:524425..5245001680789459.528944-UTR-P-littoralis_Contig113:524425..524500Pylaiella littoralis U1_48UTRP-littoralis_Contig113 524426..524500 -


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

Feature NameUnique NameSpeciesTypePosition
1680789459.4949837-CDS-P-littoralis_Contig113:505985..5074731680789459.4949837-CDS-P-littoralis_Contig113:505985..507473Pylaiella littoralis U1_48CDSP-littoralis_Contig113 505986..507473 -


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig113.116.1prot_P-littoralis_Contig113.116.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig113 505986..507473 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig113.116.1

>prot_P-littoralis_Contig113.116.1 ID=prot_P-littoralis_Contig113.116.1|Name=mRNA_P-littoralis_Contig113.116.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=496bp
MVQKKKVAVIGGGISGLSAAKAFAERGHDVHGFERSDDLGGVWRPSCSYP
DVKTQSTKDLYHFTDQEYDRGVPEWPKGTDVHAYLHSYAKKHDLVRLFRL
NTTVQGMERRPDGQPGWTLTVNGGGSNVQEDFDFVSVATGLFSDKHVATH
PGETDFLEQGGLVMHSSEYTDPSIMNGKHVLVLGASKSATDIAVNAGSHG
AKSVSLVYRKNVWRVPHYIGGIHFKHLLYMRAMEAQFNGWLPSAAGRVLR
TILKPLIWANFRGLETLLKFQLGLAKYGMVPTEPIEGTISCSTSLVTPGF
FEALNDGKIRAVQASIEHYEDGAVILTNGETVPCDVAVMATGWKTGIPFL
PAGVKEKLIDSDGLYRLYRFAVNPGVSDMGFVGLNSSFCSMLSSELVANW
LVRYADGQLDNQPSADEMTAVIDKIQEWRLHDRPAAQVFGGQCTAPFHFR
HFDELLRDIGATKWKRTNFIAELFVRPDTTSYGKFLASAPQYYAS*
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mRNA from alignment at P-littoralis_Contig113:504912..524500-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig113.116.1 ID=mRNA_P-littoralis_Contig113.116.1|Name=mRNA_P-littoralis_Contig113.116.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=19589bp|location=Sequence derived from alignment at P-littoralis_Contig113:504912..524500- (Pylaiella littoralis U1_48)
CCAACACCTACCTTTCCTTCTCCACCTTCAGCCTTAGACTGAGCAAGGAC
TCCGGAGCCACCGAAAAGGCATTAAGTAAGTCCCAGTGTGGCTATCACTA
ACGTGATATTAATCAACATCATCTTCACCTTCGAGCTCGTGCAGTACGCT
CAACCTCTGCACAGCGCCCTTCCAGACAGGGTTCTGTTCTTCAACCTCGA
CATATATACTACAACACATGAGCCTCAGTACACGACTTTCCAACAGGTTT
TGTTTTTTTGAAGTCTCGATATACCGTAAACTACGGAGTTTTCCCCCCCT
TAGAGTTTTCCCCCCCCCCCATCACCTTTTCGGCCTTGAAGCATGCATAC
TGAGTTTTAGCCCCGGGGTAGATCGTTTTCGACAAAAAACAGCTCCCCCG
GGGTACGTCAATTTCCCCCCGGGGTACCAATTTTCCCATGACATCCCCCC
GGGGGGATGTATTTCCCGTGTTTTTTAAGGTCGGGTTTTTGGCTTCGCGA
AGCACAATGAACATGATAGGGTACGGAAAGTTCATCTGCAGATCTGCGCT
TCGAGCGAGATTTGTGTTTTAACGTACGACTGTCCTCCTTGCTTTCTTCT
TTCTGTTCACATTCTGCGCTCTTTTTACGTTCCTCAACCCTCTGCTTCTT
GAACGCTTGCTCGTAAATCTTTTCCATCGCGGGTCGCTACTCTGTTTGTG
TGTGGACCACAAATATTTTGCACAACCCCCCGGGGGTACTTCCCCCCGGG
GTAGCACTGAGTCAAAAATAACTAACCCCCCCCGGTACGTCAATTTCCCC
CCGGGGGGTTTGATTTCAGAAAAAAAAAAGATCCCCCCGGCGGGGGGAAA
ACTCCGTAGTTTACGGTACGCGGAGCGTCACGAGACGTCCGAACAAGATA
CGGCCGGTCAACGGCGGCGGTGAAGGACATCGGCCGTGCGAGGACCAAGA
TCTACTGAGGTGCTGTGTGGTGAGCGAAAGTCATCTCAATCACACAACCC
TCTACTGTCGCGGTGAAGTTGTTGTTGATTCTCACATTAATGGCCAAGGT
GTGAGGTTGTTGGATGCCTTACGCAGCGAGGAAAGGGATACCAAGTACCC
TGCACCTCGGTTCAACTGCTGTGGAGAGCATATTTATTGACATACTGAAG
TATCGACCCATTTTTCAGAGCAGCACAACAGTTATCTTTTCCACTCCATG
CTCGCCGAACAAAAGACGAGACTCCCTGAAAACTGCAGGGCGGGCGGTAT
ATGCCTATCTATCCTCTGTCAGGGTTGGCCAAGGTTTTGGGCTGTAGGGT
GTCAGCTCTCACGGGAGAAAAGGTTTTGTGATCACGTACTGTATCAAGGA
GACTTTTCAGGCATGCCCTGAAAAAAAGAACGAAAAAATTACTCTCCGTT
ACCACAGCTGGCTGCTGCTGCTGTCGAGTTCAGGGACGAAGCCGGGAGAA
AAACAGCTTTCTGCTGTCGGTCGTGCCACAGCCATAACTTGGGCTGCCTT
TTGGGGTGAGCTACCACTGCTGGACCCTCTGCCAGCAGTGTCTCGGCCTC
GCTTGGGGATGGATGTCAAAGAAAATGTCAAAGAAAATGTCAAAGAAAAT
GTCAAAAAGTGTGAGCCAAGTAGCTCACACTTTTGGGCTGCAGATCAGAT
CACACTTTTTGAAAAAGAACAAATAAATGCCTTCATACATGTGTCGACAT
GTTTGAAATGTCGAAATATTCGACATCAAAAGTCAATGACCCTGTACTGC
CGCTGTACATAAAGGCCCGCGAATCCGCAAATTTGCACCTGGCACACCAA
CTGCGACCCAACTCTACCGCCACGCCCGTGGCGTTCGACCACAGCGCAGC
AGCAAGAAGGTATCACTCCTTCAGGGTGAGTCCGGCGTTACACCCGCAGA
AAATACCCCCCCAACTCGCATTGGGTCTGCTTACAGCAGACCTTGCCTAG
GCAGCGAGGGAACGGAGACTGCTGTGTACGGTATCCCGAATAATACGACT
TTTGGTAGAATGCATCATGGGTTGACACATACCATACAGGTAGGTCAGAA
TACAACTCCTGTGGGCAGACGTGATACTTTGGTACATATGACGGATACTG
CTGTACAAAGTCCAGATGAACTACTAAGGAGCCAGATGAACTATGGCATA
GTGACAAGAACTAGACCGAACACTTTACGTCGGCTGTACTACGCCGGCAG
AAGCCTGTCGCATACCATGTGTGTGTTGTCATCTTTAATAGGACGCCACT
CTATATTGTTTAGTGTCAGAATTACCATCCGTGGTGTTGGACGACTTTCC
ATCCTTACGCATTACACCAGAAGAATTCCGGATCGCGCTACTGCACCGGA
CCGGACTCAAGCGTGAGGGTCAGAAGGTACAATACGCGGGGATAAAATCG
AACGAACAACTGATGATGTAGTCTATCTATCTATCACATACGTGAACATC
GGTCGAATTGGATATAGTCTCCATGTTTATCGGGCAATTGGGTACACGCG
GTCTTTGTATTCCGAATTAAACTGCGGTTGCCCCGAGTGCGAGATGAACT
GAACCATAGGGCTTGAGAATCGACGACACTACTGTGTTTGGGCCCAGTCA
ACACCAAATGACCGTCGGTGTGCAGGAGGTATAGCTAATACTCCGAATAC
TTTACTTCGAAGTAGATCGTATGACAAGTCATGGCGACGGCATAGACTAC
TTGTCTGTTCTTTATATAGTCTATATCGTATGATTGGTCATGGCAACAGC
AGTAGCCCCGCTGTAGGGAGAATATAAATAAGACTAATATAATACAAGTA
TGGTCTCCACCAGAATACGTCTTTCAACACACGCTTTCGCGTTCACGCTT
GCTTTTCGTCAAGTAGTGACGGTTGAAAGTTAAGCTTTTCATAATCGGGC
AGTTGGCGGCCACCGTAAAGAGGCTGAGTCTTATCACAAAAAAATCAAAT
CCGAGATTCGAATCCAAATCTGGAAAAAAGACTGAAAGATCCAGCTCAGA
TCTGGTTTCGTTTGCCGAAGTGTTGTTGTTGTTGTCGATTCTCACATTAG
CTCACTACCGCCGCAGTCTAGCCCGTGGTCACAAACCAGGCACATATCGT
GTAAGGAGGGAAAAAGAAAAGAAAAGAAAATATATGGACTATGATCACCC
ATAGTCAAATCAGACGTGGTACCGTTGGGGTATCATCTGTGGTGGCCAGA
ATACCAAACAAATTATACAGAAAAAAATAACAAGCTCGAAAGAAAAACAA
AAATTGGGAACAGTCCGACAAACAAAAATAACCAAGACCAACCTCAACCA
TAACCATATACTTCGAAGTACTTCGTACATCGAACCAGGGCCCAGGGCCA
TGACAGACCAAGGCAAAGGCAAACCAGGGCGATGGTCCAGTAACTATAAG
ATCAACAGACGAAAAACAAAAAATAAAATAAAAAAGAAGAAGATACTGTA
CAAGGAGGGCACAAAGACTGAGGGAGTGCATTCGTACACAAACACAACAA
ACAGGCCGCCAAACAGAGAGGAAGCAGGGGAACGAAAAGGGAAAAGAAGA
CCGGAAGTACCGGAAATCGGGGGGGGGGGGGGGAGGTGATAAAAAATAAA
ATAAAAGGCATGCAATCAATCGCAAACATGTATTGCCACGAGGTTTGCCT
GTTCACGCTTGCTCTCCTCAGTCGCACTCATGCCTCCTGCTACTGGCACC
ACCGTACCTAGTTGTTTCTGCCCCACATCTTTGGCAGCAGCTACACCACC
ACTCCGCCCTACAGGTTTTCCACTCCGGCCACCCCGTAGCTTGGCATTGG
ACTGCTGCTTCTTGTGCTGTGCAACTCCAACCCCACTACTCCGCTGCCCT
TGTGCCCCCCCGTACCCCTCCTCTCGTTTATCCCCGCCATCCGTTCTCCC
TCTTTTGGTCAAGGCCTGCCCCTCAGCCGCGTCCTCTCCCTTTTCCGTCG
ACGTGTCTCTGATAAGTCTCCCTCTTTCTTGAGCCACTCGTCCGTGAACC
GCCGCGCACCCTCGTCGATCCTGTCGTACCACTCGTCAGCTCTCTTGGCA
CTTGCCTCCCACCCCTCTTTTTTGTCGACCACGATGTCGAACGCTTCGAG
GCCCTCCTGCATTCGCCTCAGCCAGTCAAACTCTTGCCCCCCCAGATACC
TCGCTCCCCCCTGCAATTCTCCCAAAAGAGCAATTTTCGGGAGTCTCTCG
TCTCTCATGCGCGCAACGAATCCTGCGAAGCACAGTCGCCGCTTGCGCAC
GGTGCCCTCAACGCTCTCGTTGCAACCCGCGGTGACCAGGGCTTTGGCGT
AGGAGAGGGATCGGTCTCTTCTCTCCCTCTTTTTCCATCCGATGCAGCGA
AGTGTCTTATCCGGAAACTTCAGAAATCGAAATCAAATCCCAACAACCAG
CACTCAGCGGTCAGCTCAACCTCATCGAACAGCCTTCGTGATGACATCCC
ACATTGTTGCTGGTCATGCTGCTGCTGTTGATGCAGCAGCGGCGGGCGCG
GGAGTGTGCGAAGTAATTAATAATTTATGTCGTTCGAAAGGACTCCTCTT
GGTTTTTTTTTTTTGGTTTTCCCTTGCAATCTCGACCAAAAAAACAAGTG
GCGGTTTCAGAAAAAGGTTGAGACAACCTGACGGTTTCAGAATGATGCGG
TGTCACTTCAGCCAATGAGTGACCAATATTTCATTGATTTTATTATTTTC
CATCGGAGATCATCCCCACAAGCGATGCGGCTGCCTGGAGTCATCGGAGC
GATCTGGGCCAGCTTCATCATCTCTGCCCCAGAAGGTACGACGTTCGAAT
ATGATGTAGATTGTGTTGGAAGATGCCGACGCTGCAAGTTTCGTGTGTTT
TGGTTGGCTGTGTGTCGAAGTCTGGCAGCGACGTGTTTCGGGCGCCGACC
ACCCACCTTCAATAGCAGCAGGAGGCCGCTAATAGAGCCCACGTCGGCGT
TCGCACCCCACAGATCGAGAGTTCTATATGTTATTCGAGTACGTCCATTG
CCATGTGTTCCAGATGGGCTACGAACTGTGCCCGACCTCAATCGGTCCAC
TACAAGTTGAGAAATGTTCTAAAATGTGTTAAAATAACAGCTCGTGGATC
AGCTGTCATTCTGGAGGGGACAATGACCCGAGGCACAGCAGCCAGTGCCC
CACAAGGCAGTAAGCAGTTCCGGAGGACCGGGAAAGTTTCACCCATAGTT
AGTCATGGTAGTTGGCCTGTGAATGACGGTGGAATTGATGTTGTACATGG
ACTTCAAGCAGAATAAAACCGTTTTCTATTGAATGGGTCGTGGTTGAAGG
TCAGCCCCCACCTTGCCGTGACCCCATGACAAGGTCTCTATCGTGCATAG
TGCTGTTCTCTTTGGCTTCGATATGTACCAGGGCGTAGGAGCACTTGAGA
AATAGCTGAGATCAAGAAGCACAAACAAACAAAAAACATTGGGAGGTTAC
GAATTGGGCATACTTCAAAAAGTCGATACCGCAAAGCCTAAAATGCCCCT
AAAACGATGTTATTGTACCGTTTTTACTATGCAGCCAGCGGAGCGGGGCC
CGTCTGGACACCTGCACACCACTGGACATCGTCTCTTTGCTGGGCGCCCA
ACTGACCCAAGATGGTTTGCGTACGTGCGCAAGCGTCGAGCAAGATCTAG
GCCTTGATGACAACGCTGTATCCAGCTCATGACGCATTGCATGTGCCGGA
GTAAAAGGATAACAACCCTCGAAGGACCTGTGGGACAGACTAGGGAAAAA
AGCATGTATGGACGCCTTAGTAGACAGAGACCACATAGGGTTTGGTGACT
TGCGCTTTGTGGAGAGGGGAACGCTGCCCCAGATTTTAGCCATCCACGGG
ACTTCGACGAAAGAGAGACGATGGGATTGCTGGAGAGGATGCCGTAGATG
AGGATCGCAGTGCCGCTGCTCAGGAGAAGGAGACGTACGCGTCTGGCGGT
ATCGCCAGAGAGCACGAGATGAGGAAGGCTGCTGCTGCTGGGGAGGAAGT
GACCGATAAAGTTCGCCAAAGGTGCGGTCCTTCCTGAAATGATTCATTGT
TTATGTATGATTGATAAGTCTGTCCCGCGTTGGCAATGGTACGGTGATGT
TACGCTTTCGTGTCCGTAATTTGGTTAATTGTAGAGCTTTCCCTCTATGA
TCAAGTACTTGTGGTATAGCGAGAGACAGCGAGAGACATTGCCGTATGAT
AGGGTTAGTAGGAGACGACACCTGCCGAAGCGATTTGAAATCACAGATAC
TACACCCGAAGAGAGTATCACCATCAAACGATACGTTTACTCTCGACGAT
ACGTCTCTAATGCGCCCTTTACGGCACCGGCACATGTTTGTGAATCGGTC
CAGGGGGGTCCGTCGTATCTTACGGCACCCACGGAACACGCGCGTCACGC
CGCCACACACACCACGCAGTAGAGTTGTGTTCTGCTGTACAGCTGTATTC
TGCTGTACTGCTGCTGCTATACTGCTGCTGCTGTACTGCTGCTGCTGCTG
CGCTGCTGTTACTGCTGTACTGCTGCTGCTGCTACTTCGCTGCTGTTGCT
GCTGCTGAGATGTGTAATGTATCATCTCGAAGTATCATACTCTCACTCAA
GACGGAAAGCATAGCAGTGGCACATTACAACAACACAATAACAGAAGTAC
AGCAAGACGAGAGCGTTGTGTGTGCGGCAGGCTGAGGCGAAATGTGTAAA
TGCTGTGATGCGATATTTTAACACGAAAACAGGTCATATTATCATCACCT
ACAGGCGTCAACAACAAACAGTAGTACAGCCGACCGTGGGAACGGACTGT
AGACATGCTCGTAATGCTGGTGCGGTGTCGCTGGCGTAGGGGTGGAAGGC
TCGGGGGAAGCAGCAGCCAGGGCTGATAATGTCGTGAGGGAAGCAGCGGC
AGGTGGGCGGACTGCTGCTGCCGTTGAGCGTGCTGCCAAGGGCAAACAAC
CTGCAAGGGGTGGGAAGCTTCCGAAGGAGTGAGTCCGTGTGACCTTTTTG
TTTTGACTCGTTGTGCGCAGGCCGTCGCACATTGTAACCCTAGCTAGGTG
TGACTGTAAACTGGGTTTTTTTTGTCGGATAGAGGACAGATAAAACTGCA
CATTTGTGGAGTTGTTTTTTCTGTTGTGGATAGACACAATGACATTGTTG
TGTTATTTCGTTCTTGTGGATAGATACTAAAACACCGTTCTTTTTTTGTT
TATTGTAGTGGATAGAGAAAATCACATCGTTCTTGTACTGCTTTTGTTTA
GAAGATGGGCAAAATAACACCGTTCAGTTTTTTTATCATTTGTGAAACAG
TAGATAAAATCACCCCGTTTATACACTGTTTACTTTGTTGGAGTGGATAG
CAAAATCACACCGTGCTTGTATTTATTTACTTTTTTGTGGCGGATGGAAC
AAACCGCATGTTTTTTTTTGTTATTGTGAGATCACACTGTGCTTGTGCAC
ATTTTGTTTTTGGTATTGTGTTTTCACACTGTGCTTGTATTGTTTTTAGG
GTCAGGAAAGGACAAATCACACTTTTGTTTTCATTTTGTAGCGCGTAGAT
AAAATCCCATCGTTGTAACATCGACGTTTTTGTACTATTTTTTTAAAGTG
CAAACATCACGTGTCCATGAAACCATACCTATCTTGTAGGTACTCGGAGT
ACATAGTTTCTTTACTTCATAGACGTAATCACCCTTCTGTTCTTCTACTT
TTTTGTTTCAACGTCGGCTGCGACAGATGGTAAGCGGAGAAGGAGTAAGA
GAGCGGAGTCAGCAGCGGCGCCAATCGTTAAGGTTAACAGCGATACACCA
AACGCCACTGGCAAGCCAGAAACACCGCCGTCATCGCTTGCTGCCACGCC
AACAACGTCGACGGCGCCCAATGGTAGGAAGAGGAAGAGGAAGGGAGCGG
ACCCAGCAGCGGCACCAATCATTGAGGCAGACAGCGGCACAACGACGGCC
ACTGACCTCGAAAATACGTTTGCAGGGTTTGCCCCTTCCGCGGCACCAGC
GGCTGCGTCCGAGAGCGGGAGGTCCAGGAGCGGCAGGGTGATAGTAAAAC
CGCGGAGAGCCACAGAGTTCAAGGGAGTTGCATCCATCAAAGACAGCGAC
GGGTGAGCAGTTGGCTGCGGGCGGTCGAAGACGCGCGCGGGGTGGGGGTG
CGGGAGTGGGCCCGTCGTTGGCGTGCTTGCTGTCGAAGGGTGAATTCGGG
GCGGAGGAGGTGGAGTGGAGGTGGGGTGGGGTGAAGGGGTGGGGCTTCGA
CATGTGTGTGCGGGAGCGGCGGTGAGCTGGGGTGGCGTATCGGCATATAT
ACTTACTTCCTCATTTTTAATCTCCACCGCCTTCCATAATTTTCCTTGAG
GATTTTTTGTTCTCTATCGTGTCCTCGGAGACGGGGTAATCGCCATGTGT
GTGCAGGAGCGGCTGACCTTAGGGGGGGGGGCGGGGCCTACCGGCACTTA
TTTTCTTCCTTATTTTCATACTCCGCCGCCTTACCTACTTTCTATTTCAG
TTTTTTTTTCTGTTGTGTTACTGGAGACGGGATAATTGACATGTATGAGC
GGGAGCGGCAGTGAGCTGGGGAGTGCCGTATCGGCAGTCTTTTTCATTCA
GATTTCTATAATCTGCCTGGTGCATCCTGACGTATTTCTCCTTTCGGAGT
TTATTTTTCGGTTGTGTCCTCAGGCTCGACCTTGTGTGTTGGTATTTCAC
TTTTGTTTGTACACACGTATTCGCCGTACATAAAATATACCCGTGGGTAT
TCCTGCGTGTTGGTATGTAGCCTTCTTTTCGATGTCGTTTTTCTTTTCGT
GTGTCCTCGGAGCGTAATCACGTGCCTGTGGTTTGTTTCCACGGACTAGA
CTCAGGGACCTGGGCTGATGTGATGTCGATAAACAACAACAATACGACGT
AATTGGAAGTACATTTTTTTGCAGGTGGCCCGACATTATTCTTGGCCTGA
CTGGAGTTTCAAATATAAAACATACTCGAAGTACGTAATCCTCGAAATCT
TCTGACACTTACGCTTGAGTTCGAACCCCGGTACAGTAACACGATCCGGA
ATTCTTCTCATCACGTCACGCGTGAGGGTGGAAAACGATTAATTCGTGAG
TAAACAAAATTCGAAGTGTCGACGAGGGAAAGGGATGGCTGTACCCTTTC
TCGCGAAAAAAAACGAAGGTAAGTACCGCAGTGGGAAGTGGAGAAGGAAA
AGAAAAAAAGAAAAGAAAAAACTCCTGTGTTCGCTTCCTACTGTGTGACC
CCGGTTGAAGCGTCTACCTACCCGAAAGGCGTGAAGTGGAGTCCAATGAA
AGGGATGACAACACACACCCGCACACCCTTCGTATGAGGTTTTGTTCGAT
ATAGCACTCATTGGGGTCTACGTCAAACCCGTCGTTCGTGCACATCTATC
TGCGTACCACCGCGGCTCTACGAGACAGACACGCTCGGTCGTTTTTTTTT
GTATGGTCCATGTGCAGCAAATTGTCCCGCTCTGAGAACGTACGTGAAAA
ACAAGTTGGGGCGTGGAATAACGATGTCCGTGATCGCTTCGCCGAGCTTC
GTCGATAACCGCAGATTCTTGTTGAAGCTGGAGACAAATAGCATTATTTT
ACACCAAAACAACACACAGAGACCCCGTAAGTCGCCACGGAACTCCCTCA
TTTATCGCGGATTCAACTGTCATTGATTTCCTCTGAGACACCCCATCAAA
TATCATACCATATTTCTGAGTACAATTTAGTTTAATACTTCGAATATGCT
ACTTACTCGAAAGTATTTCCTATTTTCATGCCACCAATATCGTATCATAG
CACACTTCGTGTTTCAATGCCGAACAAGCGGAGACAAGCCCGTACGCTTC
TCATAAGTAATCAAACAGACAGACGCACCATGCGAAGTCGCCATTTGACC
ACGACTTATCTGATCCGCAACGTGTTCAGCAGCCTCTGCATGCCGGTGCT
GTCCCTGATTACAACAGTTTTCGAGTTCTCGCCGCTCCGTCCGCTCGTGG
GCTACGAAATACAGCAGTTGCTATTTTCCCGACAGCAATTCGCAAGCATC
ATCAGAGCCTCAACAGTGCTAGAACCACTTCAGTGGGTATTCGGTCCATT
CCTTTTCCAGGGGACATCTGCATCGCTCGTGCAAAGCACTGCCCACGCTT
GCACTGCTTACCCATGCCCGTACACCCGATCAATTTCGCCGCCTCCTGGT
GCAAATTGCTGCGGATCGTGCGAGCAAGGACATACGACACGTTGTCGAAT
TTTCCTCCCTCTCCTTTTGGCGATCCAGCACGCCCTGTCAGGTCATGCGT
TTCGGGGACGCGGGGGTGAGGGGGGGTGTTTTACTCACTGAGCATACTGA
GCATGTTCAGTAGCCGAAGAAACATCGAGACATACAACTCCAACAGCCTC
TTGAAACTACGAGACCCCAAACACACCCGAGCGATGTTTTCGAGTACTAC
TGACTGCTATCTTTTGTGTGATTTTATGTTAGCGTCAATTTCGATGGCTT
CGTTGATGGCATCATGTTTAAATACTTGGTACTAGACTACCAACGAGCAT
CGGCAACATCATCAAACATGTCGCTCGATACTACTATAGATCGTCCGCTG
TTCGTGCAGTTTATGTGTCCAGCAACCCCTGTACAGCAGGCATTTTTGAT
GTGGTGACACATGTGCTTTCGGTGAGCAGTTTTTCTTCAACAACATATAA
AGCGGGTACGTATGATAGCAGGATGACTCGTGAAATGCAGAGAGCCTAGT
TCAAATACCGATGCTGCTTTTGTCTTCAGCTCGTGTTGTATCTTGTGGTA
TCGTAAGTGTACTACTGACGTTGCCTACGGCTGCCGTTATTTGGGTTGAA
ACGTTTCATTCCGAACATGTCATATCATACATACCGCTGGCGCAAGAGGT
TCTCAAAACACTAACATGATGCACACACACCTGTCTACTGTATGTAGTAG
TAGTAGTTGAGACACGACGAAGCCCTGCTGATTGCCGCAAGTTGTCGTCC
AGTTGGGGTGTTTCTTGTCCCACCTCGGGAGAGGCATCTCGCATTCGCAC
TCTCCTGCAGCCTCGGATACTTGCTGTTCTAGTCAGTTGCGGATGTGGGA
GGGGGTCGTTTGTTTTGCTCCAACATCGCAGGCGCCAAAGCTTTCTTTGG
AGTACTGCCGTAGTCAGTCGAAGGAGGGGTGCCGAGAAGCGTCACCAGCT
CGTTTGACCCGGCTACGTAGCTGCCATTTCCAGCAGGCGTATCCGCTGCA
TTAGTCTCACGTGCGCCTTGTGCATCGCTTTCCTGGGAAGGAGGTACTCC
ACGACCACTTACAAACGCAGAGACAGTTGCAGCAGTAGCAGCAGCAGTAG
TCTCCGGTCTCGGGCGTTCTACTCTCGACATTGGACGGAATCCGTGGGCT
TCACGCGTTTTGCCGCACGCTTGTCAACATCAGTCGAGATGAGGCGTATA
AGCGGCAGGGACAAGAGGTCGTTGTGTGTGCACGCACGAGTTCACAACTG
GTGTGGTTTCTTGATGAAAGCGAAAGCACACAGCGTTGATGAGTCCGCGC
CAACGGTGTTGTTGTTCTATGGTTATACAGCATACCGCTTTCTTTCTTTT
TTCTTTTTTTACAGATCTCCGATTCCGATCGTGCAACAAAATCGGGCGAT
GAAGTCGAACCGGCACCTCCTTGCCGGCCTTTCTTTCTTTTTTTGGCAAG
GAAATAAAAAAACGCGATTTCTTATCATAGTGAAAATAGTGCTGCCTTAA
GAGGAATCGTTCGTTTGTGTTCTATTGGAGTCATTTCTCTAGACGGAGAT
ACGCATGCCATTGCCATGTATTATATTGTATCATATGATACTACTTGGGC
ACGAGGGGTGAGACACAGGAAACAACACACACTAGGCCGTAGCAGCGGTT
CTGTTTCACCCCGCGAAAATCGAGGCCATAGCGCATCGTCACCCACGCAC
AAACAAACAGCAGCGTGTAGCAGCATGCATCTATCTCTTGTGTGTGTTGT
ATTTTGACCGCGGAGGAATCACATTTTGTAGCATTAGCAGTGAGTACAGT
AGCGGAGAAGAAGCAGCACCAGATGGAGCAGCAGCGAGCGGTTCCAACCC
ACCCTGCGCAAGCCGAGGCGTGGCGCAGCATCACACAGCTAGCTGTCTGT
ATAGACAGTACTACAGTAGTGCAGCCTATGTGACCGCCGCTGCGGGTGGT
GGTGGCGCTGGTGCTGGTGCTCACAGCTGCTGCCGTGTCATCATCGCGTA
GGAAACACCATGACAGGAAGAAGTTCCCACCAAGCTATCTATGTGCACAG
CAGACACACACCACGTGCGTGTGCGTATACCCTTGCTGGCATACATACTG
GACAAGTTGCTATACCTTGGGTGAAAGGTTGCTGCGGTATGCCCGTCATA
TATTTTCTGTGCCCGTGGTGTGCTATACTACAGCAGTGATGGTAGCATCG
TTGTGTGCTTCCTTTTTCTTGTTCTGTTGTTGTTCAATACTTGTACTGCT
GTGCATTGTGCGTCCATGCAGCAGCAATACATATTTTGTATCATCTCTCT
TGTTCCCGCTGGTTCATAACATCCAGGAAGATCATCTCTCTTGTTCCCGC
TGTAAGTATGATGGTAAGAGAGCCATCGATTGATGTCATCTCGACAACTG
CTATAAGTATGATGGTGAAAGAGCCTTTGATTGATGTCATCTCGACATTT
AACACGGGATTCTGAAAAATGGGAACGAATTTTAAAAATGGGAACCAACT
TTTTTTTTTTGTGTTTGAATCCTCCAAAAGGTATCACCCTTTAGGCACCT
TCGAAGGCCATCTATGGCCAAGTGGCATTGCCCGAGTAGTTGTCGAGGTG
GCGTCACGAGGATTTACTGCTTACCTGTGTGGGACCCATCACAGCGTCTA
TTAGTGCCATCAACTCTGAAAATGATAGCAGTATTATTTTCCAGTCAACT
TGAAAAGTGACAACCATCCTTGATATTTGATTTCATATTGATGTACCTCA
AAAATCATCTACCTTTGAAGGATCGTGAAGTCAAGGATGGTCGTCACTTT
TCAAACTGGAAATAAATACTGCTGCCATTTTCAGAGTTGATGGCACTAAT
AGACGCTGTGATGGGTCCCACACAGGTAAGCAGTAAATCCTCGTGAAGCC
ACCTCGACAACTACTTGGGCAATGCCACTTGGCCATAGATGGCCTTCGAA
GGTGCCTAAAGGGTAATACCTTTTGGAGGATTCAAACACAAAAAAAAAAG
TTGGTTCCCATTTTTGAAATTCGTTCCCATTTTTCAGAATCCCGTGTTAT
TTAAGTATGATGGTGGAAGAGCCATCGATTGATGTCATCTCGATGTTTGG
TGTGAACACTTGTATATGTGATGGGGAAAGCCATCGATTGATGTCATCTT
GACATGTCCCGGGCGATTGTGTTGATCGTACGCGGTGGTAGTACGACAGT
CAGCGAAAGGGGTGTGACCGCACGATACAATTAATGTACCATGTCCCGAC
AACTTGATCATGGTGGCATCTTGAAAGAGCCATCGGTGTATATTTGTCAT
CTTGACAAATGGTGTTCCCGAGGGTGGTTGTGTTGATCCTCCCCAGAGGT
AGTACGACAGTCGGCGAAAGGGAGGTGACCGCACGATACAATTGATGTAT
AGTGTCCCGACAACGAAAGTATTATGATGTCATCTTGACATGTGGTCTAT
TTGCCATCTTGACAAATGGTGTTCCCACGGGTCGTTGCGTTGATCGTACC
CAGTGGTAGTACGACAGTCAGCGAAAGGGATCGCACGATACAATTAATGT
ATAGTGTTCTGACAACGAAAGTATTATGATGTCATCTTGACATGTGGTGT
TCCCGGTCGTAGTGGTGTCGATACAACTAATGTATCGTGTCCCGACCACT
TCCACAAAATGATTATGACGTCATCTTGGCGTGTGGTTGCCCGGGTAGTT
ATTACTCCTTGTGTCATATTGACTAAATTCTTATGACGCCATCTTGGCGT
GTGTTCCACTAAATTATTTTGACGCCATCTTGGCGTGTGGTTGCCCGGGT
AGACATTTCTCCGTGTATCATCTTGACAGGTGGTGTTCCGGGAATTATTA
CGCCGTAGTTGAGTTGATCGCACGCAGAGGTGTCCGGCAGCAGTCAACGG
ACAGGAACGTGACCGCACGATATGAAGAATAAACGTGACCGCATGATACG
ATTAATGTATCATACATATGCATATCATGCGAATCTGGTATCCCCAGAAG
GTATTAAGCTGCATGGGGAAGAGATACATGAGTCCCGATAAAACCCACTC
AACGTAGTATGGTATCCCCAATAAGGTATTTGGGTGGGAAGAGATACCGG
TCGCCCCGGTGGACTAGTGGTCCCCTCGTTAACCACTAGATGCAGAGGAA
CGGGGGTTCGATTCCCGGTGAATGTGTTCCTTTGCTACTTTGAAAGCGGC
TATGCTGTTAGTAAAAGCAGATTCGGCTTCGCCGACGAGGGTAGGGACCG
CGGACCCCTGCTCGCGAGAAAAAATCTCACGCATGTACCGCAGGAGGAAG
GTGGGGGTAACTCCTCCTGTGTTGACCTTCCTCCTGTGTGACCCCGTCGA
TGGGCCTAGCCTGTAGTTTGAACTGCAGGGTGCGGACTAGGGTGCCAGAG
AATATGGGATGACAACACACACACAGATACGCCAGGTCCCATAAAATCCA
CTCAACGCAGTATGCGGTACAGTAATGCCGGCTGGACGTGGGGCGGGTGT
CTCGCCACGCAGGCGCGGCGAAATAATATTCGTATGTGAACTGCTGTCAA
AAAAATGTACTGATGACAGAAAAGCCCCGGAAGCCAGCGGCATGTGTCTC
ATATCGTACATTTCTCCTCTTGACAAGCGAGATGTTGATGCGTGAACCGC
CGTGACGGTCGTGAGCCGCCATAAGACAAGACTCAGCCGCCTAGATAACG
GAGTGGTCATGCCTGTGCTTGTAGTGCCGAACGGCGCGCATGATGAAAAG
GCATGGGTAGAAATAATACCATGAGTAATTGTACCCTGAGGAATCGTGTA
AAGTGCCAAGCGACTCACAAATTAAACTTCTTTTTTGGGTACAAAAATAA
ACCGAATGTTCCAATAAATAGGCACGGGTAGAAATACTACCTTGAGTAAT
CGTACCCTGAGTGATCGTGCAGAGTGCCAAGCGACTCACAAATTAAACTT
CCTTTTTGGGAACAAAAAATAAACCGAATGTACCAAGGGATGCGCGAGGC
GGACACGACCAAGGCAAGCATTCGCCGACGAGCATGCAGTCGACAAGCAC
GGGCGACGACAACGCGGCGGCGACAAGCACATGGCACATGCCCGATCAAG
CCCGTAAGATAAACTCCTCACTCACCGGTACGCGGGAGTGTCCGATGTCC
GAGGACCCTGACACGAACAAGGATGACTCGGCCGATCATTGCAGGCTCGA
CTCGCACAGACTCCCGCAAATTCACAGACTCGCGCAGACTTGCCAGTTCA
GCAATGAACAGACTCGCCAGCTGCACAGGCTCGCCAGCTCGGCCTCTACT
AAGCTGGCTCGACCCTAATCTTCTCTGTCCAAGTTTGTGCTAGCGATCTC
TACGCTCTCTAGAAGACCTATGCCGTGACCTTTTCCCGACGAAGTGACAG
AGAGGGGTATCCACGGCTCATCATTACCATCTATCCCCGGGCTCCCCTAG
TAATAATGCCTCTGCCCAATTCTCCAGTACCTAAATAAACAACGGTTTAG
TTTTGTCTATGACAACGAACCTCCCCTTTGTCTGTACTGCATATGGTGTT
GTTATATTTGTCTGTACCGCATATGCCAGCACACCCAGACCGCAGGGTAA
CATAGATACCAAATAAAGCAAGCGACAGACATCTGATTTGTGTGTTGCGT
ATTTGTGCCTCTGGGGGGTGATATGAACCTGGGTGAAAGATCGGGGCGCT
TGATCACGCAAGGTTTACTGAAATTATTCGAGCGAGCCTGTTTTCGTCAC
CGTCCGTGGGCTGAGAAAGCAGCCTACACATCGGACGTTCCGGACGTTGC
TTAAAGCCGGGATCGCTGTGCAAGGACTTCGTATTCCCCAGTACGCGCTC
GTGTTCGTGCTGACGGAACTGCCATGGTCGGTCAACTTTAGAACTTGATC
GCACCGCCCGTGGCATATGCCTTTTCATCACGCGCGCAGGTCTATATCCA
CATGCATGCATAATTTGGTAGCTGCTAAAACATCGTTTTTATTGCTTGCA
TGACCGCGGTCGATGTTCGTGACCGCGCGATCAGGCACTACTAACCTTTG
ACAAGATCGATCGCGGTCGTGCACACTGGCCACACGCGCGATGTTCATGG
CCGCGGTCATGACCGCGGTAGGGTCCAAAGAACTTATGAGCCCCGTGGAC
GCTCGCAGTGTCTGCGGCAGTGGTCGTTGAGTGGTCGTTCGTTTGATGCT
ACACGCGAGCCAACGTAACGTAGAGGCACTCGCTTCTCTTTTATTTTCTA
CACCACATGGGACCTCTGCTATTCTTGAAGCATGCATTTACTGCCACAGT
AGAGCAAGGGCTGAATCGCATGCAGCGCGAGGACGCACTACGTGTACCAT
TGTCCAAATGCCGTTGTAAATAAAAAGATAGATGGCGTGTTCACTAGGAA
CCAAGATGATGCCAGGAACGCTCTCGGCTCGGATGGTGCTGCCGTAAGTA
CTGCAACAGGACCGCCCGCATTATCTGGAGCTGCAATCAATCACCTCGTG
TATCGCCCGTGGGCTCTTCACATTCTTCACTGCTGCGGCTATAGTCCGCC
AGGGCCTTCGTTTTTCTGTGCAATCCAAAAACCATCCCGGATACAACAAG
GCTTTGTGGAACGTTTCAGTCGAAGCTAAGTTCAGTCATGTAGAATCACT
AGGTACGACAGTGGTGCTGAAGAGATTTTCCTCAACCAAACCGAAATTTC
ACCAGTGTACGTGACATTTCTTTATTTTGTCGGCCGTCGCTCGCCCATTC
CCTCCTGATCAGTGGATAGCTGGTGGCATGGTCCAGAAAAAGAAGGTCGC
TGTTATCGGCGGTGGCATCAGTGGTCTTTCGGCGGCAAAGGCGTTTGCGG
AACGCGGTCACGATGTCCATGGGTTCGAGCGCAGCGACGATCTCGGCGGT
GTGTGGCGTCCATCATGCTCATATCCCGACGTGAAGACCCAATCGACCAA
AGACCTTTACCACTTCACCGACCAGGAGTATGACAGGGGAGTGCCGGAAT
GGCCAAAGGGAACAGACGTGCACGCCTACCTCCATTCGTACGCGAAGAAA
CATGACCTCGTTCGGCTATTCAGACTGAACACAACCGTTCAAGGGATGGA
GCGCAGGCCAGACGGCCAACCCGGCTGGACCCTGACAGTGAATGGGGGCG
GGAGCAACGTGCAAGAAGATTTCGACTTCGTCAGTGTTGCGACTGGACTG
TTTTCTGACAAACATGTCGCCACGCATCCCGGCGAGACCGACTTTCTTGA
GCAGGGGGGGCTGGTGATGCATTCCTCGGAATACACCGACCCGTCGATCA
TGAACGGGAAGCACGTCCTCGTGTTGGGTGCCTCTAAATCGGCCACAGAC
ATCGCCGTGAACGCCGGCAGTCATGGTGCGAAATCAGTCTCCTTGGTTTA
CCGCAAGAACGTCTGGCGCGTGCCACACTACATCGGAGGCATCCACTTCA
AGCACCTGCTCTACATGCGCGCAATGGAAGCACAGTTCAACGGCTGGCTG
CCGTCGGCGGCCGGGCGCGTACTCAGGACCATCCTGAAGCCGCTGATTTG
GGCCAACTTCCGTGGCTTAGAGACCCTGTTGAAGTTTCAACTGGGCCTGG
CAAAGTATGGGATGGTTCCTACTGAACCAATTGAGGGTACTATATCGTGC
AGCACCAGTCTCGTCACTCCCGGCTTCTTTGAAGCCTTGAACGATGGCAA
GATCCGAGCGGTTCAAGCCTCCATCGAGCACTATGAAGATGGCGCGGTGA
TTCTGACAAACGGCGAAACGGTTCCGTGCGACGTGGCCGTGATGGCGACC
GGATGGAAGACGGGCATCCCCTTTCTACCCGCCGGTGTAAAGGAAAAATT
GATCGACTCGGACGGCCTTTATCGTCTTTACCGCTTCGCTGTGAACCCCG
GTGTCTCCGACATGGGCTTCGTGGGCCTGAACAGCAGCTTCTGCTCGATG
CTGTCCTCGGAACTGGTCGCAAACTGGTTGGTGCGCTATGCGGATGGACA
GCTCGACAACCAGCCCAGCGCCGACGAGATGACCGCGGTTATCGATAAGA
TACAGGAGTGGCGGCTGCACGACAGGCCGGCGGCTCAAGTCTTCGGTGGA
CAATGCACGGCTCCGTTCCATTTTCGCCATTTCGACGAGTTGCTTAGAGA
CATCGGCGCCACGAAATGGAAGCGCACAAACTTTATAGCGGAACTGTTCG
TTCGCCCGGACACAACTTCCTACGGAAAATTCCTGGCTTCAGCGCCACAG
TATTACGCGAGCTAAGAAATTACCAGGGCACTGAGCAAGGACAGCGGGCA
CGTCAACGACCAACCGTGTGTTGAAAGACCAGGTTATAGGTGTGGTATGA
TATGTTCCTCGTTTTTTGTACAACGGACTGAGGTGGAGTAACTCACAGTA
CGGCAGAACCTAGATGTGTCGGGCAAGAGAGACAGTGGCTGCTCACGTGG
AGATTTGCGCGGCGTATATACACAGCCTGTCCCGCACTGGACGCTCCGTA
CGGGAGCGCACTTATTCTGCGGTGCGTTGGCTTTCGGGCACCTCTTGGCT
CTGACTGGGTAAGAAAAGGGTGAAATGTTCAAGGAGATTATAGGTAGATG
GTGGTGGGGACGGGGTAAGTCTTAAAGTTCTCCTTTGGGCACGCAAAAAA
AGGATGCCCTTTAGATTTTTTCACCGCAGTAGTGGCCTCCAAGGATGCGC
GTTCGGAAGGATTGCGATGGGAATGGGAAAATGGCTGCCCTTCAGATATA
TAACCAGATACTTTCTAAATATATTTGATGGATGCTGCCATTCGGTGGGT
ACTGTCTGTGGACGTCGGAGCTCTGTACGTAAACTGCGTCTGCCTTCGTA
TCACCACCAAGTCATTCGCGTTTTTGTACGAGCGAGCGAGTCACTGCCTT
AGGTCCCACGGTGGTGCGCGCGAGGACACCTGAACCGCATGTAAGCATCT
CGTATTTCAAGGCCTTCTACGATTTCGCTTCAAACGTGTTTACGTAGCCG
ACTGCGGTAAGCTTCCGTTATTTCGAGTGTAATTCCTGGAGAGAGGCGAT
ATGCTTACCTTCCGAGCACAACAAAGGTGCGGTATACTACAACAGGTGCG
CTCAGGGTGACGCAGCGGTATGGTAGTGAGGGAAGTTCTTTACAGGGCCT
TCCAGGTTTCACGCAGCAGAAGGCTCTCTTGAGGAACGGATCAGTACTTG
TGTTTCGTGCGTCGAGTTGTAAACCTTGTTCAAGGATGTATCACACATAC
GTACGAGGTGTTTTCAGGAGGGCTCATGTTTTCTTTGGTGTAGCCACACA
AACGTGTTTTTTCTCGTTTCATAACGAAGGCATCTCTCA
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Coding sequence (CDS) from alignment at P-littoralis_Contig113:504912..524500-

>mRNA_P-littoralis_Contig113.116.1 ID=mRNA_P-littoralis_Contig113.116.1|Name=mRNA_P-littoralis_Contig113.116.1|organism=Pylaiella littoralis U1_48|type=CDS|length=1488bp|location=Sequence derived from alignment at P-littoralis_Contig113:504912..524500- (Pylaiella littoralis U1_48)
ATGGTCCAGAAAAAGAAGGTCGCTGTTATCGGCGGTGGCATCAGTGGTCT
TTCGGCGGCAAAGGCGTTTGCGGAACGCGGTCACGATGTCCATGGGTTCG
AGCGCAGCGACGATCTCGGCGGTGTGTGGCGTCCATCATGCTCATATCCC
GACGTGAAGACCCAATCGACCAAAGACCTTTACCACTTCACCGACCAGGA
GTATGACAGGGGAGTGCCGGAATGGCCAAAGGGAACAGACGTGCACGCCT
ACCTCCATTCGTACGCGAAGAAACATGACCTCGTTCGGCTATTCAGACTG
AACACAACCGTTCAAGGGATGGAGCGCAGGCCAGACGGCCAACCCGGCTG
GACCCTGACAGTGAATGGGGGCGGGAGCAACGTGCAAGAAGATTTCGACT
TCGTCAGTGTTGCGACTGGACTGTTTTCTGACAAACATGTCGCCACGCAT
CCCGGCGAGACCGACTTTCTTGAGCAGGGGGGGCTGGTGATGCATTCCTC
GGAATACACCGACCCGTCGATCATGAACGGGAAGCACGTCCTCGTGTTGG
GTGCCTCTAAATCGGCCACAGACATCGCCGTGAACGCCGGCAGTCATGGT
GCGAAATCAGTCTCCTTGGTTTACCGCAAGAACGTCTGGCGCGTGCCACA
CTACATCGGAGGCATCCACTTCAAGCACCTGCTCTACATGCGCGCAATGG
AAGCACAGTTCAACGGCTGGCTGCCGTCGGCGGCCGGGCGCGTACTCAGG
ACCATCCTGAAGCCGCTGATTTGGGCCAACTTCCGTGGCTTAGAGACCCT
GTTGAAGTTTCAACTGGGCCTGGCAAAGTATGGGATGGTTCCTACTGAAC
CAATTGAGGGTACTATATCGTGCAGCACCAGTCTCGTCACTCCCGGCTTC
TTTGAAGCCTTGAACGATGGCAAGATCCGAGCGGTTCAAGCCTCCATCGA
GCACTATGAAGATGGCGCGGTGATTCTGACAAACGGCGAAACGGTTCCGT
GCGACGTGGCCGTGATGGCGACCGGATGGAAGACGGGCATCCCCTTTCTA
CCCGCCGGTGTAAAGGAAAAATTGATCGACTCGGACGGCCTTTATCGTCT
TTACCGCTTCGCTGTGAACCCCGGTGTCTCCGACATGGGCTTCGTGGGCC
TGAACAGCAGCTTCTGCTCGATGCTGTCCTCGGAACTGGTCGCAAACTGG
TTGGTGCGCTATGCGGATGGACAGCTCGACAACCAGCCCAGCGCCGACGA
GATGACCGCGGTTATCGATAAGATACAGGAGTGGCGGCTGCACGACAGGC
CGGCGGCTCAAGTCTTCGGTGGACAATGCACGGCTCCGTTCCATTTTCGC
CATTTCGACGAGTTGCTTAGAGACATCGGCGCCACGAAATGGAAGCGCAC
AAACTTTATAGCGGAACTGTTCGTTCGCCCGGACACAACTTCCTACGGAA
AATTCCTGGCTTCAGCGCCACAGTATTACGCGAGCTAA
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