mRNA_P-fluviatile_contig1.221.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig1.221.1
Unique Name	mRNA_P-fluviatile_contig1.221.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A835Z565_9STRA (DNA-directed RNA polymerase subunit beta n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z565_9STRA)

HSP 1 Score: 1646 bits (4262), Expect = 0.000e+0
Identity = 813/1140 (71.32%), Postives = 943/1140 (82.72%), Query Frame = 3

Query:  423 HDQVPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSP-EDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKV---RASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKG-TAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQDF 3827
            H+QV GVK KWKLLPHFL++RGLMRQHIDS++YF   +I KIV AK N  VLSD    +FL+YT + +  P +  +   V+ ITP++CRLRDCTY +P+ VNVRYT+G  I+ K  + IG +P+ML S  C LTGKSE +LA MKECPYDPGGYF+VKGVEKVILMQEQLSKNRVIIE D K N+SA I SSTHERKSRC IH+K+GKVY+ HN+LGDDVPIVV ++AMG  SDQEIVQLVGSEP +++AF  S+EEA +VGV TQKQAL YIG KMR P     +A   +  ++    P EDEAR++LS V+LSH+P   Y+FRAK VYTAHIVRRVL TV+DP+++DDKDYYGNKRLE AGQLISLLFEDLFKRFN +LKR AD  L+K N A  +DI   L GS  IT GF HAISTGNWV+KRFK+DRQGVTQVLSRLS+IS LGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSD+E  P++RLC D+GVEDV  LSG E+N   + LVF+NG+I+GA   P L   ++RFLRR+GMVGEFVSVYLH V+RAVYIASDGGRVCRPLLVVE+G+T LT+ H+ Q+A GV  L+DL++ GVVEYVDVNEENNCL+AL+DADLT  HTHLE+DPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQA+GT ALN +ERIDGLLY LV+PQKP+  TRV+DL+HFD+VP GQN+ IAVMSYSGYDIEDA VLNKGS+DRGFGRCMVFRKHQ  ++ +P+G+ D I G      A  +P+G+ D  W +Y+ALD+DGI  VGA+L   T+++NK +P  T  S    A +      LSYK  + SYVDKV++ +NE E+   K+LVRQ RRPEVGDKFSSRHGQKGVCGIIVPQ DMPF++ GICPDLIMNPHGFPSRMTVGKM+EL+AGKAGVLHGHQAYGTAFGEE+G+AD+V   CQALV+RG+SY GKD+L SG  GEP++NYIFAGPVFYQKLKHMVMDKMHARARGPRA LTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTA VC+GCGLLGY GWCQ CR P+ M+ I +PYACKLLFQELQSMNIVPRL+LQ++
Sbjct:   47 HEQVKGVKDKWKLLPHFLQMRGLMRQHIDSFNYFCTTEIKKIVAAKSNCVVLSDSKADWFLEYTDVYIEEPSMFNEMGNVRDITPYECRLRDCTYQSPIKVNVRYTKGNNIIRKNGIVIGYLPIMLRSAMCHLTGKSEDQLAQMKECPYDPGGYFIVKGVEKVILMQEQLSKNRVIIELDNKGNVSANIQSSTHERKSRCAIHVKHGKVYLHHNTLGDDVPIVVFMKAMGVESDQEIVQLVGSEPHLVDAFGESIEEALAVGVMTQKQALKYIGRKMRNP-----KASLNRKQYKARNIPAEDEAREMLSSVVLSHIPCPNYNFRAKCVYTAHIVRRVLTTVLDPSSLDDKDYYGNKRLESAGQLISLLFEDLFKRFNGDLKRYADTCLAKQNHATPWDISGMLAGSMNITQGFIHAISTGNWVVKRFKMDRQGVTQVLSRLSYISCLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDEEPEPLVRLCMDMGVEDVTALSGAEINAPDTYLVFMNGAIIGAHARPELFVRRLRFLRRQGMVGEFVSVYLHDVQRAVYIASDGGRVCRPLLVVENGQTLLTERHMAQLASGVRGLKDLLRIGVVEYVDVNEENNCLIALSDADLTERHTHLEVDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAIGTIALNQYERIDGLLYTLVYPQKPMCKTRVIDLIHFDEVPAGQNSIIAVMSYSGYDIEDASVLNKGSIDRGFGRCMVFRKHQVALKTHPSGTSDSINGPPDPNNADLYPKGENDRGWKKYKALDKDGIAYVGAKLEKDTVIINKMTPVGTDISADRAAATKMREASLSYKTSSPSYVDKVMIASNEVENQFFKVLVRQVRRPEVGDKFSSRHGQKGVCGIIVPQADMPFSEMGICPDLIMNPHGFPSRMTVGKMIELIAGKAGVLHGHQAYGTAFGEEFGNADKVTDICQALVDRGFSYCGKDILMSGINGEPVLNYIFAGPVFYQKLKHMVMDKMHARARGPRATLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTAYVCEGCGLLGYQGWCQGCRRPDSMSSISVPYACKLLFQELQSMNIVPRLRLQEY 1181

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: I2CNY0_NANGC (DNA-directed RNA polymerase subunit beta n=3 Tax=Monodopsidaceae TaxID=425072 RepID=I2CNY0_NANGC)

HSP 1 Score: 1591 bits (4119), Expect = 0.000e+0
Identity = 790/1168 (67.64%), Postives = 941/1168 (80.57%), Query Frame = 3

Query:  402 EMEKDDVHDQVPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNG-KVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPK---AGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVR---------------ASEFPRG----KEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSG---SKGTAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQDF 3827
            +  ++DV   V  V  KWKLLPHFL+LRGLMRQHIDS+D+FVN +I  IV A  NRE+ S+ DPKF+L+YT + VG P +D+D Y    +TPFQCRLRDCTYSAP+ V+VRYTRGRQIV K  V IGRIP+ML SCKC L G+SEAELA+ KECPYDPGGYF+VKGVE+VILMQEQLSKNRVIIE D K N+SA+ITSSTH+RK R NI +KNG KVY+K+N LGDDVPIVV+L+AMG  SDQEIV +VG  PE+++AF  SLEE   +G+ TQ QAL YIG K+R   +    G   M   + +RR  SPE+EAR++L+ VIL+HVPV+ +DFR K ++  H++RRVL+T  D + +DDKDYYGNKRLELAGQL+SLLFEDLFKR N +LK+ AD  LSKPNR  +FD+ K +  + TITNGF  AI+TGNW L+RF++DRQGVTQVL+RLS+IS LGMMTR++SQF+K RKVSGPR+LQPSQWGM+CPADTPEGE+CGLVKNLALLAHVT+D+E+ P+ +LC+DLG+EDV  LSG E+N   + LVFLNG IVG    P      +R LRRKG+V EFVSV LH V+RA+YIA+DGGRVCRPLLV E G  RLT   + Q++ G+L+L +LI+ GVVEYVDVNEENNCL+ALA   LT+ HTH+EIDPLT+LGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGT ALN +ER+D LLYA+V+PQKP+VTTR LDLV+F+++PGGQNA +AVMSYSGYDIEDA+VLNK SLDRGFGRC++ RKHQ  +RKY NG+ D + G                  A     G    + DPR  R++ALD+DGIC+VG RL  G++M+NK SP S +      G   + F  TPLSYK PA S+VD+V++T+NE  D L+K+ VRQ RRPEVGDKFSSRHGQKGVCGIIV QEDMPF D GICPDLIMNPHGFPSRMTVGK++E VAGKA V+ G QAYGTAFGE++GSADRV  C  ALVE G+SYVGK+++TSGT GEPL+ YIF GPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGAS+L+ ERLMISSDAFTA VC+ CGLLGY+GWCQ+CRS E+MADIRLPYACKLLFQELQSMN++P+LKL +F
Sbjct:   32 DQSQEDVSKPVTDVADKWKLLPHFLQLRGLMRQHIDSFDFFVNREIKDIVNAASNRELRSEADPKFWLRYTDVHVGEPSVDDDAYVSSRVTPFQCRLRDCTYSAPITVDVRYTRGRQIVVKRGVMIGRIPIMLRSCKCILAGRSEAELAEKKECPYDPGGYFIVKGVERVILMQEQLSKNRVIIEEDNKGNVSASITSSTHDRKGRSNIFVKNGTKVYLKNNLLGDDVPIVVVLKAMGMQSDQEIVCMVGDSPEMLDAFAPSLEEPYHLGICTQAQALRYIGAKIRNTTQNRGPGPSGM-GFAFYRRASSPEEEAREVLASVILNHVPVINFDFRTKCIFVCHVIRRVLLTHRDRSQLDDKDYYGNKRLELAGQLLSLLFEDLFKRLNVQLKKQADQGLSKPNRTQSFDVIKCIR-TDTITNGFIQAIATGNWKLQRFRMDRQGVTQVLTRLSYISCLGMMTRINSQFEKTRKVSGPRSLQPSQWGMICPADTPEGEACGLVKNLALLAHVTTDEESEPIRKLCFDLGIEDVTLLSGAEINASSNYLVFLNGLIVGCHSRPLRFVRLLRLLRRKGLVAEFVSVCLHEVQRAIYIATDGGRVCRPLLVCEKGVPRLTNMMMRQLSSGLLTLAELIRCGVVEYVDVNEENNCLIALAQTQLTVKHTHMEIDPLTVLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTVALNQYERLDSLLYAMVYPQKPLVTTRTLDLVNFNELPGGQNAIVAVMSYSGYDIEDAVVLNKASLDRGFGRCLILRKHQTSLRKYANGAADNLRGPPEDTAAVCSGMGGEPSAAQSNLAGAYSIRRDPRLRRFEALDKDGICQVGERLGNGSVMINKESPISVADLNMGSGADPTPFKPTPLSYKGPAPSHVDQVLITSNEGGDLLVKVSVRQCRRPEVGDKFSSRHGQKGVCGIIVAQEDMPFNDDGICPDLIMNPHGFPSRMTVGKLIEFVAGKASVMIGRQAYGTAFGEDFGSADRVVACSGALVENGFSYVGKEIITSGTSGEPLLTYIFQGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASSLLTERLMISSDAFTATVCERCGLLGYAGWCQSCRSSERMADIRLPYACKLLFQELQSMNVIPKLKLMEF 1197

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A6U4JF41_9STRA (DNA-directed RNA polymerase subunit beta n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4JF41_9STRA)

HSP 1 Score: 1549 bits (4011), Expect = 0.000e+0
Identity = 763/1132 (67.40%), Postives = 932/1132 (82.33%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGS---KGTAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKL 3818
            V  V++KW+LLPHFLKLRGL+ QHI+S++YFVNV+I KIV A+ N EV S+ DPKF+L+YT + VG P +D+ ++   SITPF+CRLRDCTYSA ++V+VRYTR  +IV K  + IGRIP+ML SCKC L GKSEAELA M+ECP+DPGGYFVVKGVEKVI M EQL+KNRVIIE D K    A+I SSTHERKSR  I +K GKV++KHN+LGDDVPI+V+L+AMG  SDQEIVQLVG E ++ + F  S+E+  ++G++TQ+QAL YIG K+R   K+   ++      RR  S EDEAR++L+ V+L+HVP+ G+DFR K +Y   +VRRVL    D + +DD+DYYGNKRLELAGQL+SLLFEDLFKR N++LKR+AD VLSK NR   FDI K +  + T+T GF HA+STGNWVL+RF++DR GVTQVLSRLS+IS+LGMMTR++S+F+K RKVSGPRALQPSQWGMLCPADTPEGE+CGLVKNLALLAHVT+D++  P++RLC+DLGVEDV+ +SG E+N +   LV +NG I+G    P  LA ++RFLRR+G VGEFVS+YLHS +RAVYIASDGGRVCRPLLVVE GR RLT  H+  +++G+ +L DL+  GVVEYVDVNEENNC +AL + +LT +HTHLEIDPLT++GVVAGLIP+PHHNQSPRNTYQCAMGKQAMGT A+N +ERID LLYA+V+PQKP+VTTRVLDL++F+QVPGGQNA +AVMSYSGYDIEDA+V+NKGS+DRG+GRC+V +K QA IR+Y NGS D+ VG    ++  R K D R+ ++ ALDEDG+  VG ++ PG I++NK SP  TS     +G + +++  TP+++K+ A   VDKV++T+NENE +LIK+ +RQ RRPEVGDKFSSRHGQKGVCGIIVPQEDMPF + GICPDLIMNPHGFPSRMTVGKM+EL+ GKAGVL G QAYGTAFGE++G+ADRV    + LV  G+SY GKD+LTSGT GE + +YIF GPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGAS LIMERLM+SSD FTA VC+ CGLL   GWCQNCRS E +AD+RLPYACKLLFQELQSMNI+PRL+L
Sbjct:   16 VKEVREKWRLLPHFLKLRGLITQHIESFNYFVNVEIKKIVAAQSNFEVRSEQDPKFYLRYTNVYVGEPTVDDPNFVESSITPFECRLRDCTYSAMIYVDVRYTRNNKIVVKQKIPIGRIPIMLRSCKCLLAGKSEAELAKMQECPFDPGGYFVVKGVEKVINMHEQLTKNRVIIETDRKGQTCASIISSTHERKSRAYIFVKAGKVFLKHNTLGDDVPILVVLKAMGLESDQEIVQLVGPETDMQHLFAPSMEDPYALGIFTQQQALKYIGEKIRSSVKSFRGSLPVN---RRNISVEDEAREVLAHVVLNHVPIAGFDFRRKYMYICQLVRRVLKADKDRSQLDDRDYYGNKRLELAGQLLSLLFEDLFKRMNADLKRHADSVLSKANRTKPFDIIKNIR-TDTLTQGFVHALSTGNWVLRRFRMDRAGVTQVLSRLSYISALGMMTRLNSEFEKTRKVSGPRALQPSQWGMLCPADTPEGEACGLVKNLALLAHVTNDEDAAPIIRLCFDLGVEDVSYVSGAELNRQDVYLVIVNGLIIGIHPDPQDLARRLRFLRRRGCVGEFVSIYLHSGKRAVYIASDGGRVCRPLLVVEGGRLRLTTNHIRHLSMGLGTLPDLLADGVVEYVDVNEENNCFIALKEEELTPSHTHLEIDPLTIMGVVAGLIPFPHHNQSPRNTYQCAMGKQAMGTVAMNQYERIDTLLYAMVYPQKPMVTTRVLDLINFNQVPGGQNACVAVMSYSGYDIEDAVVINKGSIDRGYGRCLVLKKAQASIRRYANGSLDRTVGPPPMTDESR-KNDKRYRKFLALDEDGLPHVGEKVEPGQILINKESPLRTSDPGILEGGSVTEYKPTPVTWKSSASVNVDKVMITSNENEQFLIKVNLRQCRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFNNDGICPDLIMNPHGFPSRMTVGKMIELLTGKAGVLRGRQAYGTAFGEDFGNADRVQFASEELVRHGFSYYGKDILTSGTSGEQICSYIFMGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASNLIMERLMLSSDQFTATVCEKCGLLQRPGWCQNCRSDEAIADVRLPYACKLLFQELQSMNIIPRLRL 1142

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A7S2WH87_9STRA (DNA-directed RNA polymerase subunit beta n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WH87_9STRA)

HSP 1 Score: 1540 bits (3986), Expect = 0.000e+0
Identity = 753/1144 (65.82%), Postives = 916/1144 (80.07%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSK-------GTAHSDFASTPLSYKAPAES--YVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSG----WCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQD 3824
            V  V++KWKLLPHFL +RGLM QHIDS+DYFVNVDI  IV A  NREV SDVDP+++L+YT +SVG P I +D +     TPF+CRLRDCTY AP+ V++++TRG QIVN + V IGRIP+ML SCKC L+ +S AELA +KECP+DPGGYF++KGVEKVILMQEQLSKNRVIIE D K + +A ITSSTHERKSRC+I +K G+VY+KHN+LG+D+PI ++ +AMG  SDQEIVQ+VGSEPE    F  SLEE   + + TQKQAL YIG K+R   + G    ++        S EDEAR+IL+ V+LSHVP+  Y+FR K +Y  HI+RRVL    DP  +DDKDY GNKRLELAGQL++LLFED FK+ NSE+KR AD+ L K NR + FD+ K L   + IT GF HAISTGNWVLKRF++DR G+TQVLSRLS++S+LGMMTR+ SQF+K RK SGPRALQPSQWGMLCPADTPEGE+CGLVKNLALLAHVTSD++  P+ RLC+DLGVEDV  L+G E++   + LVFLNG IVG+   P L  + +R LRR+G VGEFVSVYLHSV+RAVY+ASDGGRVCRPLLVV++G+  L + H+ Q+A G+ +L+DL+++ +VEY+DVNEENNCL+AL+D  LT  HTH+EIDPLT++GVV+GLIP+PHHNQSPRNTYQCAMGKQAMGT A+N +E ++ L+Y+LV+P KP+V TRVLDL++FD+VPGGQNA++AVMSYS YDIEDAI+LNK SLDRGFGRC+V RKHQ  +R+YPNG+ D + G     EF RG++D RW RY  LD+DG+C VG +L PG +MVNK  P + + +        G         PLSYK   +   YVDKV++T NE E  LIK+LVRQ RRPE+GDKFSSRHGQKGVCG+IV QE+MPF+D GICPDLIMNPHGFPSRMTVGK++ELV GKAG+L+G Q YGTAFGE++G+ADRV  C + LV+RG+SYV KD LTSG  GEP+  YIF GPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCL+GYG++ALI ERLM SSDAF+A+VC+ CG+LGY G    WCQNCRS   M DI+LPYACKLLFQELQSMNI+P+L L++
Sbjct:   17 VAEVREKWKLLPHFLAMRGLMTQHIDSFDYFVNVDIKNIVNAASNREVRSDVDPRWWLRYTNVSVGEPEIFDDAHQRTPATPFECRLRDCTYYAPIIVSIKFTRGNQIVNMSGVPIGRIPIMLRSCKCVLSRQSHAELAALKECPFDPGGYFIIKGVEKVILMQEQLSKNRVIIEVDSKGHTAATITSSTHERKSRCSIFVKAGRVYLKHNTLGEDMPIAIVFKAMGIESDQEIVQMVGSEPETPAQFALSLEEPVVLQILTQKQALTYIGNKIRANQRPGMNHAQK--------SVEDEAREILASVVLSHVPMRAYNFRPKAIYMGHIIRRVLSADKDPELLDDKDYCGNKRLELAGQLLALLFEDKFKQLNSEIKRQADLNLHKANRISPFDVSKLLRPDSCITQGFIHAISTGNWVLKRFRMDRAGITQVLSRLSYVSALGMMTRITSQFEKTRKTSGPRALQPSQWGMLCPADTPEGETCGLVKNLALLAHVTSDEDVTPLRRLCFDLGVEDVELLTGEEIHSTQNYLVFLNGLIVGSHSRPRLFVDMLRALRRRGRVGEFVSVYLHSVQRAVYVASDGGRVCRPLLVVKNGQPMLRQIHMQQLAAGLRTLKDLMREEIVEYIDVNEENNCLIALSDRMLTPEHTHMEIDPLTIMGVVSGLIPFPHHNQSPRNTYQCAMGKQAMGTVAMNQYELMNSLIYSLVYPHKPMVKTRVLDLINFDKVPGGQNATLAVMSYSAYDIEDAIILNKASLDRGFGRCLVLRKHQTSLRRYPNGATDHLKGPPNPEEFHRGRQDTRWQRYAKLDQDGLCEVGEKLEPGQVMVNKVMPTNVNDNLDHPPTMGGAVMGAEKPAPLSYKGSVDHHVYVDKVLMTRNETEHCLIKVLVRQCRRPELGDKFSSRHGQKGVCGLIVNQENMPFSDFGICPDLIMNPHGFPSRMTVGKIIELVVGKAGILNGLQGYGTAFGEDFGNADRVVECSKELVKRGFSYVAKDYLTSGITGEPMKAYIFMGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLVGYGSAALISERLMTSSDAFSAHVCRKCGILGYLGERGMWCQNCRSSTAMTDIKLPYACKLLFQELQSMNIIPKLTLKE 1152

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: K3X1L2_GLOUD (DNA-directed RNA polymerase subunit beta n=32 Tax=Oomycota TaxID=4762 RepID=K3X1L2_GLOUD)

HSP 1 Score: 1511 bits (3912), Expect = 0.000e+0
Identity = 751/1148 (65.42%), Postives = 903/1148 (78.66%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFR-----RPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVED--GRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGK------VRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGS---KGTAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQDF 3827
            V  VK KWKLLP+FL+LRGL++QHIDS++YF NVD+  IV+AK N  V SD DPKFFLQYT I +G+P IDE+ +   S+TP QCRLRD TY+AP++V+VRY RG +IV    V IGRIP+ML S  C LT K EAELA +KECPYDPGGYF+VKGVEKV+L+ EQLSKNRVIIE D K+N+ A+ITSSTHERKSR NI +   +VY+K NS G D+PIV++ R MG  SDQEIV L+GSEP++ +A  AS EEA  + V+TQ QAL YIG+KM    K GA   R +         + +S  D AR  L+ ++L+HVP   Y+FR K +Y AHIVRR++ T  D T +DDKDYYGNKRLELAGQL+SLLFEDLFKRFNS+LKR ADMVLSKPNRAA FDI K +  + TIT GF HA+STGNW LKRF++DR GVT VLSRLS++S+LGMMTR+ SQF+K RKVSGPR+LQPSQWGMLCPADTPEGE+CGLVKNLALL HVTSD+E  P+ RLC+DLGV DV+  SG E+N   + LV LNG I+G   +P     ++R +RR G++GEFVSV +H V+R VYIASDGGRVCRPLL+++    +TRLT+ HLD++  GV  L  LI +G VEYVDVNEENNCLVAL ++++    THLEIDP+T+LGVV+GLIPYPHHNQSPRNTYQCAMGKQA+GT A+N +ERID LLY +V+PQ P+V TRVLDLV+FD VP GQNA++AVMSYSGYDIEDAIVLNK SLDRGFGRCMVF+K+Q  I+KY NGS D+IVG       V       G    R  +Y +LD DGI RVG  +  G IM+NK  P   + S   +      ++ +P +YK P  +YVDKV+LT++E   +L+K+L+RQTRRPE+GDKFSSRHGQKGVCG I  QEDMPF D GICPDLIMNPHGFPSRMTVGKM+EL+AGKAGVL+G +AYGTAFGE+YG+AD V  C + LV+ G++Y GKD LTSG  GEP++ YIF GP++YQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGAS L+MERLMISSDAF+A+VCQGC +LGY GWCQ C+S EK+  IR+PYACKLLFQELQ+MNIVPRL L+++
Sbjct:   32 VGDVKDKWKLLPYFLQLRGLVKQHIDSFNYFTNVDMKNIVRAKANNMVRSDADPKFFLQYTDIQIGSPSIDEEAFVSSSVTPHQCRLRDRTYAAPVYVSVRYRRGNKIVTNNKVLIGRIPIMLRSANCVLTEKGEAELAKLKECPYDPGGYFIVKGVEKVVLIHEQLSKNRVIIEEDAKQNVCASITSSTHERKSRTNIFINKNRVYLKSNSFGSDIPIVIVFRGMGMESDQEIVSLIGSEPDVTDALTASFEEASDLKVFTQLQALEYIGSKMNAVTKVGATGGRHRGXXXXXXXXQDRSLADAARSALANLVLNHVPCEDYNFRLKCIYVAHIVRRIIFTDKDRTRLDDKDYYGNKRLELAGQLLSLLFEDLFKRFNSDLKRQADMVLSKPNRAAVFDILKCIR-TDTITQGFYHALSTGNWTLKRFRMDRAGVTHVLSRLSYMSALGMMTRISSQFEKTRKVSGPRSLQPSQWGMLCPADTPEGEACGLVKNLALLCHVTSDEEAAPIKRLCFDLGVTDVSLSSGEEINHSSNYLVVLNGVIIGTHVNPRAFVTRLRRIRRAGLIGEFVSVMMHDVQRVVYIASDGGRVCRPLLLIDPVTHKTRLTQRHLDELRAGVRDLHSLIVEGCVEYVDVNEENNCLVALHESEIGERTTHLEIDPVTILGVVSGLIPYPHHNQSPRNTYQCAMGKQAIGTIAMNQYERIDTLLYTMVYPQMPMVKTRVLDLVNFDHVPAGQNATVAVMSYSGYDIEDAIVLNKASLDRGFGRCMVFKKYQTMIKKYANGSYDRIVGPPDFDSLVSNGGGGAGNMGFRNAKYASLDADGIARVGGVVQNGAIMINKEQPTQFNDSVDGRDPLDVTYSPSPTTYKGPIPAYVDKVLLTSSEANHFLVKVLIRQTRRPEIGDKFSSRHGQKGVCGTIRNQEDMPFNDQGICPDLIMNPHGFPSRMTVGKMIELIAGKAGVLNGRRAYGTAFGEKYGTADNVLDCSRELVKNGFNYAGKDYLTSGITGEPILCYIFMGPIYYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASMLLMERLMISSDAFSADVCQGCRMLGYEGWCQYCKSEEKVVSIRIPYACKLLFQELQAMNIVPRLTLKEY 1178

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A7S4I9T1_9STRA (DNA-directed RNA polymerase subunit beta n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4I9T1_9STRA)

HSP 1 Score: 1494 bits (3868), Expect = 0.000e+0
Identity = 736/1156 (63.67%), Postives = 900/1156 (77.85%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQ-SSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRT--RLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLT-----------LNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKG-----------TAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQD 3824
            V  +K+KW+LLPHFLKLRGLM+QHIDS+DYFVN+++ +IVQ+    E+ S+ DPKF+L+YT   VG P ++ED Y     +PFQCRLRDCTYSAP++VNVRYTRGRQIV K  V +GR+P+ML S KC L GK+E ELA ++ECPYDPGGYFV+KGVEKVILMQEQLSKNRVI+E DGK  + A+ITSSTHERKS+  I +K+G+VYM+ N+LGDD+PI V  +AMG  SD EIVQ VGSEPEIM+A   S+EE   +G+YT+ QAL YIG K+R      AR   Q    FR+  S +DEARD+L+ V+LSHVPV  +DFRAK +Y  HIVRRVL+       +DDKDYYGNKR+ELAG L+SLLFEDLFK FN +L+R AD VLSKPNRA AFD+ K +     IT G   AIS+GNWVLKRF++DR GVTQVLSRLS++S++GMMTRV+SQF+K RKVSGPR+LQPSQWGMLCPADTPEGE+CGLVKNLALLAH+T+D++TGP+ RLC D+G +DV  L+G E N   + LV LNG +VGA   P+     +R +RR GM GEFVSVYLH  +RAV+IA+DGGRVCRPL++V++     RL + H++ +A+G + ++DL++QGVVEYVDVNEENNCL+A+ + +L            + +THLEIDP+T+LGVV+GL+ YPHHNQSPRNTY CAMGKQA+G   LN + R+DGL+Y +V+P KP+V +R LDLV+FDQVPGGQNA IA+M+YSGYDIEDA+VLNK S+DRGFGRCMV RKHQ  IR+Y N + D+  G      FP G++D R+ R++ +D DGIC VG  +  G++MVNK SP  TS   G            A+  +  T +SY++ A SYVDKV++T+NENE +LIK+++RQ RRPEVGDKF+SRHGQKGVCGIIVPQ DMPF + GICPDLIMNPHGFPSRMTVGK++EL+ GK GV  G QA  TAFGEE+GSAD      + L+  G +Y GKD+  SG  GEPL  YIF+GPVFY KLKHMV+DKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLI YGAS LIMERLM SSDAF+ANVC  CGLL Y  WCQ CRS E +ADIRLPYACKLLFQELQSMN++PRL+L+D
Sbjct:  296 VGSLKEKWRLLPHFLKLRGLMKQHIDSFDYFVNIEMKQIVQSPSACEIRSEHDPKFYLRYTDCWVGEPSVEEDSYAFTQASPFQCRLRDCTYSAPIYVNVRYTRGRQIVVKKKVVVGRMPIMLRSSKCLLKGKTERELAKLRECPYDPGGYFVIKGVEKVILMQEQLSKNRVILEIDGKGLVQASITSSTHERKSKAYILVKHGRVYMRSNTLGDDIPIAVAFKAMGMESDLEIVQTVGSEPEIMDALALSMEEPVKLGIYTETQALKYIGNKIR------ARVAPQGFGGFRKTASLQDEARDVLANVVLSHVPVPNFDFRAKAMYVGHIVRRVLLVHTGKMPLDDKDYYGNKRIELAGSLLSLLFEDLFKIFNKDLQREADRVLSKPNRAQAFDVVKTIRPDI-ITGGMQSAISSGNWVLKRFRMDRAGVTQVLSRLSYMSAIGMMTRVNSQFEKTRKVSGPRSLQPSQWGMLCPADTPEGEACGLVKNLALLAHITTDEDTGPIERLCRDMGTQDVTMLTGNETNANGAYLVLLNGLVVGAHTRPWRFVRDLRRMRRGGMAGEFVSVYLHEGQRAVHIATDGGRVCRPLVIVDERTALPRLKQCHVEGLAVGAVDMRDLLRQGVVEYVDVNEENNCLIAVTERELEQARKVGLDKQKMRYTHLEIDPVTILGVVSGLVAYPHHNQSPRNTYTCAMGKQAIGCIGLNEYARMDGLIYTMVYPHKPMVKSRTLDLVNFDQVPGGQNACIAIMAYSGYDIEDAVVLNKASIDRGFGRCMVLRKHQTSIRRYANMTMDRTCGPPDPDAFPDGEDDKRYARFRGIDRDGICMVGEHMENGSVMVNKESPTDTSTGVGGGFGPDGAAAAVANISYKYTGMSYRSSAPSYVDKVLITSNENEQFLIKVMLRQVRRPEVGDKFASRHGQKGVCGIIVPQVDMPFNEDGICPDLIMNPHGFPSRMTVGKLIELLVGKCGVFEGRQALSTAFGEEFGSADTPDAAAEVLIRNGLNYFGKDVYYSGASGEPLDAYIFSGPVFYMKLKHMVLDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIAYGASNLIMERLMHSSDAFSANVCMTCGLLQYQNWCQYCRSGEGVADIRLPYACKLLFQELQSMNVLPRLRLKD 1444

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: B7FVD4_PHATC (DNA-directed RNA polymerase subunit beta n=1 Tax=Phaeodactylum tricornutum (strain CCAP 1055/1) TaxID=556484 RepID=B7FVD4_PHATC)

HSP 1 Score: 1491 bits (3860), Expect = 0.000e+0
Identity = 742/1203 (61.68%), Postives = 934/1203 (77.64%), Query Frame = 3

Query:  327 DAFEQRPTEGSDYDREEEEEHGKG--REMEKDDVHDQ----------VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQ-ETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVED--GRTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLT-----------LNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKG-----------TAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQD 3824
            DA +Q P   +     E+++HGKG  + +++  VHD           V  ++ KW+LLP+FL+LR L+RQHIDS+D+FV+V++ +IVQ+    E+ S+ DPKF+L+Y    VG P ++ED Y+VKS TPFQCRLRDCTYSAP++VNVRYTRGRQIV K  V IGR+P+ML S KC L  +SE +LA MKECPYDPGGYFV+KGVEKVIL+QEQLSKNRVI+E D  K I A+ITSSTHERKS+  I +KNG+VY+K+N+LGDD+P+ V+L+AMG  SD E+VQLVGSE  I+NA   SLEE   +G++TQ QAL +IG K+R   ++G       SS+R+  SPEDEAR++L+ V+LSHVPV  +DFR K +Y  HIVRRVL+  +    +DDKDYYGNKRLELAG L+SLLFEDLFK FN +LKR AD+VLSKPNR  AFD+ K +   T ITNG  +AI+TGNWVLKRF++DR GVTQVLSRLS++S+LGMMTR++SQF+K RKVSGPR+LQPSQWGMLCPADTPEGE+CGLVKNLALL H+T+D+ +T P+ R+C DLGVEDV R++G E+N   + LVFLNG I+G    P  L   +R +RR+G+ GEFVSVYLH  + AV+IA+DGGRVCRPLL+V++  G  +L + H++ +ALG + + DL++QG+VEYVD NEENN L+A+ + DL            + +THLE+DP T+LGVV G+IP+PHHNQSPRNTY  AM KQAMG+ ++N +ER+DGL+Y L++PQKP+V +R LDLV+FD +PGG NA IAVMSYSGYDIEDAI+LNK ++DRGFGRCMV RKHQ  +R+Y NG+ D+         FP G++D R+ RY A+D+DGICRVG ++  G++MVNK SPA T+ +              AH ++  + +SY+  A +YVDKV++T+NENE +LIK+++RQ RRPE+GDKF+SRHGQKGVCG+IVP+ED+PF + G  PDLIMNPHGFPSRMTVGK++EL+ GKAG+  G Q Y +AFGEE+GSAD      +AL+  G +Y GKD+L SGT GEPL  YIF+GPVFYQKLKHMV+DK HARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLI YG S LIMERLM SSDAF+ANVC  CGLL Y GWCQ CRS EK+ADIRLPYACKLLFQELQSMN++PRL+LQD
Sbjct:   14 DAVDQHPLGSAGRKLLEDDDHGKGGKQHIQQPQVHDYGSTKTPDDAPVGSLRDKWRLLPYFLRLRSLLRQHIDSFDHFVDVEMQQIVQSPSACEIRSEHDPKFYLRYEACWVGEPSVEEDSYSVKSATPFQCRLRDCTYSAPIYVNVRYTRGRQIVVKRKVMIGRMPIMLRSKKCLLRDRSEDDLAGMKECPYDPGGYFVIKGVEKVILIQEQLSKNRVILEEDN-KGIMASITSSTHERKSKAYILIKNGRVYLKNNTLGDDIPVAVVLKAMGIESDLELVQLVGSESPIINALALSLEEPSRLGIHTQAQALRFIGAKIRG--RSGPSG--PSSSYRKNVSPEDEAREVLANVVLSHVPVTHFDFREKALYIGHIVRRVLLVHLGKMPLDDKDYYGNKRLELAGNLLSLLFEDLFKIFNKDLKRQADLVLSKPNRTQAFDVVKTIRPDT-ITNGMINAIATGNWVLKRFRMDRAGVTQVLSRLSYMSALGMMTRINSQFEKTRKVSGPRSLQPSQWGMLCPADTPEGEACGLVKNLALLGHITTDEADTRPIERICRDLGVEDVKRMTGHEINSHQAFLVFLNGLILGVHTRPRELVRNLRKMRRRGLAGEFVSVYLHDEQCAVHIATDGGRVCRPLLIVDEETGLPKLQQIHMESLALGTMDITDLMRQGIVEYVDCNEENNTLIAVTERDLEVAILHGLETRKMRYTHLEVDPFTILGVVGGIIPFPHHNQSPRNTYTVAMAKQAMGSVSMNQYERMDGLIYTLIYPQKPMVKSRTLDLVNFDNIPGGHNACIAVMSYSGYDIEDAIILNKAAVDRGFGRCMVLRKHQTSVRRYANGTMDRTCAPPDPGSFPDGEDDKRFARYMAIDKDGICRVGEKIENGSVMVNKESPADTTSNMAGVDFGFNSGMSMAHLNYKPSGVSYRGSASTYVDKVLITSNENEQFLIKVMLRQVRRPEIGDKFASRHGQKGVCGLIVPEEDLPFNEFGHVPDLIMNPHGFPSRMTVGKLLELLVGKAGLYEGRQGYSSAFGEEFGSADTAQSASEALLRNGLNYTGKDILYSGTNGEPLDAYIFSGPVFYQKLKHMVLDKAHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIAYGVSNLIMERLMHSSDAFSANVCLTCGLLQYEGWCQYCRSGEKVADIRLPYACKLLFQELQSMNVLPRLRLQD 1210

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A1E7EUM7_9STRA (DNA-directed RNA polymerase subunit beta n=1 Tax=Fragilariopsis cylindrus CCMP1102 TaxID=635003 RepID=A0A1E7EUM7_9STRA)

HSP 1 Score: 1489 bits (3855), Expect = 0.000e+0
Identity = 731/1155 (63.29%), Postives = 903/1155 (78.18%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRT--RLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTL-----------NHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKG-----------TAHSDFASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQD 3824
            +  +K KW+LLPHFLK+R LMRQHIDS+DY VNV++ +IVQ+   RE+ S+ DP F+L+YT   +G P ++ED Y V + TPFQCRLRDCTYSAP++VNVRYTRGRQIV K  V IG++P+ML S KC L GKSE +LA MKECPYDPGGYFVVKGVEKVIL+QEQLSKNRVI+E D K  I A+ITSSTHERKS+  I MK+GKVY+K+N LG+D+PI ++L+AMG  SD E VQLVGSE  I+ A   SLEEA  VG++TQ QAL YIG+K+R          R  +S+R+P  PEDEAR+IL  V+LSHVPV  +DFRAK +Y  HI RRVL+  +   ++DDKDYYGNKRLELAG L+SLLFEDLFK F+ +LKR ADMVLSKPNRA A+D+ K +   T ITNG  +AI+TGNWVLKRF++DR GVTQVLSRLSF+S LGMMTR++SQF+K RKVSGPR+LQ SQWGMLCPADTPEGE+CGLVKNLALLAH+T+D++T P+ RLC DLGVEDV RLSG E+N   + LV LNG I+G    P      +R LRR+G+ GEFVS YL+  +RAV+IA+DGGRVCRPL++V+D  +  +L ++H++ +ALG + ++ L+++G+VEYVD NEENN L+AL + DL +            +THLEIDP T+LGV+ G+IPYPHHNQ+PRNTY  AM KQAMGT  +N +ER+DGL+Y LV+PQKP+V +R LDLV FD +P GQNA IAVMS+SGYDIEDAI+L+K  +DRG+GRCMV RKHQ  +++YPNGS D+  G    S F  G++D R+ RY+A+D+DGIC VG ++ PGTIMVNK SPA+T+G  G            A + +  + +S+K  A  +VDKV++++NE+E +LIK+++RQ RRPE+GDKF+SRHGQKGVCG+IV QED+PF + G  PDLIMNPHGFPSRMTVGK++EL+ GK+G   G Q Y +AFGEE+GSAD      +AL+  G +Y GKD   SG  GEPL  Y+F+GPVFYQKLKHMV+DK HARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLI YGA+ LIMERLM SSDAF+ANVC  CGLL Y  WCQ CRS EK+ADIRLPYACKLLFQELQSMN++PRL+LQD
Sbjct:   82 IGSIKDKWRLLPHFLKIRSLMRQHIDSFDYLVNVELKQIVQSPSAREIRSEHDPNFYLRYTDCWLGEPSLEEDSYAVSTATPFQCRLRDCTYSAPIYVNVRYTRGRQIVVKRKVKIGQMPIMLRSQKCILNGKSEQDLARMKECPYDPGGYFVVKGVEKVILIQEQLSKNRVILEKDNKGEICASITSSTHERKSKAYISMKHGKVYLKNNVLGEDIPIAIVLKAMGIESDVEAVQLVGSESYIVAALAMSLEEASKVGIHTQLQALKYIGSKIR----------RNTNSYRKPMPPEDEAREILDRVVLSHVPVHQFDFRAKAIYVGHITRRVLLVHLGKMSLDDKDYYGNKRLELAGNLLSLLFEDLFKLFSKDLKRQADMVLSKPNRAQAYDVVKSIRPDT-ITNGMINAIATGNWVLKRFRMDRAGVTQVLSRLSFMSCLGMMTRINSQFEKTRKVSGPRSLQASQWGMLCPADTPEGEACGLVKNLALLAHITTDEDTQPIERLCRDLGVEDVLRLSGHEINSHQAYLVLLNGLILGVHTRPIKFVKNLRSLRRRGLTGEFVSFYLNKEQRAVHIATDGGRVCRPLIIVDDNTSLPKLKQSHVEALALGTIDIRYLLQKGIVEYVDCNEENNTLIALTEKDLEIARKQGVENLRMRYTHLEIDPFTILGVIGGIIPYPHHNQAPRNTYTVAMSKQAMGTIGVNAYERMDGLIYTLVYPQKPLVKSRTLDLVGFDNIPAGQNAVIAVMSFSGYDIEDAIILSKSGIDRGYGRCMVLRKHQTSVKRYPNGSIDRTCGPPDVSNFTDGEDDKRYARYKAIDQDGICMVGEKVEPGTIMVNKESPANTTGDIGGADLGLNMGMSAASTQYKPSGMSFKGQAPCHVDKVLISSNEHEQFLIKVMLRQVRRPEIGDKFASRHGQKGVCGLIVQQEDLPFNELGHTPDLIMNPHGFPSRMTVGKLLELLVGKSGTYDGRQGYSSAFGEEHGSADTAEATSEALIRNGLNYTGKDTYYSGFSGEPLDAYVFSGPVFYQKLKHMVLDKAHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIAYGAANLIMERLMHSSDAFSANVCLTCGLLQYENWCQYCRSGEKVADIRLPYACKLLFQELQSMNVLPRLRLQD 1225

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A024TUJ8_9STRA (DNA-directed RNA polymerase subunit beta n=12 Tax=Saprolegniaceae TaxID=4764 RepID=A0A024TUJ8_9STRA)

HSP 1 Score: 1488 bits (3853), Expect = 0.000e+0
Identity = 742/1135 (65.37%), Postives = 898/1135 (79.12%), Query Frame = 3

Query:  441 VKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDG--RTRLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGK--VRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKGTAHSD--FASTPLSYKAPAESYVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQDF 3827
            VK KW+LLP+FL+LRGL++QHIDS+DYF  VD+ KIV+A+ N  + SD DPKFFL YT I++GTP IDED Y   ++TP QCRLRD TYSAP++V+V+Y  G ++V K  V IGRIP+ML S KC L  K EA LA +KECPYDPGGYFVVKG EKV+L+ EQLSKNRVI+E D K+N+ A+ITSSTHERKSR NI +  G+VY+K NS  DD+PIV++ R MG  SDQEIV L+G E ++ + F ASLEEA  + V+TQ QAL YIG KM+   + G+            Q   D A D L  ++L+H+P   ++FR K +Y AHIVRRV++T  D + +DDKDYYGNKRLELAGQL+SLLFEDLFK+FNS+LKR ADMVL+KPNRA  FDI K +  + TIT GF H +STGNW LKRF++DR GVT VLSRLSF+S+LGMMTR+ SQF+K RKVSGPR+LQPSQWGMLCPADTPEGE+CGLVKNLALL HVTSD+E  P+ RLC+DLGV DV   SG E+N   + LV LNG I+G    P +  +++R +RR G++GEFVSV LH V+R VYIASDGGRVCRPLL+V+    + RLT+  + ++  GV ++  LIK+GVVEYVDVNEENNCLVAL + D+ +  THLEIDP+T+LGVV+GLIPYPHHNQSPRNTYQCAMGKQA+GT  +N  ERID LLY +V+PQ P+V TRVLDLV+FDQVP GQNA++AVMSYSGYDIEDAIVLNK SLDRGFGRCMVF+K+Q  +++YPN + D+IVG      S F       R  RY +LD DGICRVG ++  G IMVNK SPA+   S  +   D  ++ +P+SYK     Y+DKV+LT++E++ +LIK+LVRQTRRPE+GDKFSSRHGQKGVCG I  QEDMPF D G+CPDLIMNPHGFPSRMTVGKM+ELVAGKAGVL G +A+GTAFGE+YG+ADRV  C + LV  G++Y GKD LTSG  GEP++ YIF GP++YQKLKHMVMDKMHARARGPRAVLTRQPTEGR+RDGGLRLGEMERDCLIGYGAS L++ERLM+SSDAFTANVCQGC +LGY GWCQ C+S EK+ DIR+PYACKLLFQELQ+MNI PRL LQ++
Sbjct:   63 VKNKWQLLPYFLQLRGLVKQHIDSFDYFTEVDMKKIVRAQANNTIRSDHDPKFFLTYTDINIGTPSIDEDAYVTTAVTPNQCRLRDRTYSAPIYVSVKYRLGPKVVTKNKVLIGRIPIMLRSAKCVLKDKDEAALAALKECPYDPGGYFVVKGSEKVVLIHEQLSKNRVILEEDPKRNVCASITSSTHERKSRTNIFLNKGRVYLKSNSFVDDLPIVIVFRGMGLVSDQEIVSLIGCEADVTDHFAASLEEASDLKVFTQTQALTYIGNKMKS--RGGS------------QKVTDAALDALV-MVLNHIPCEDFNFRMKCIYVAHIVRRVILTDKDRSRLDDKDYYGNKRLELAGQLLSLLFEDLFKKFNSDLKRQADMVLNKPNRATVFDIIKCIR-TDTITYGFIHCLSTGNWTLKRFRMDRAGVTHVLSRLSFMSALGMMTRISSQFEKTRKVSGPRSLQPSQWGMLCPADTPEGEACGLVKNLALLCHVTSDEEPEPIRRLCFDLGVNDVCLSSGEEINHPTTYLVMLNGIIIGTHVDPKVFVSRLRRIRRAGLLGEFVSVMLHDVQRVVYIASDGGRVCRPLLLVDAATQKPRLTQRQITELQTGVRTISSLIKEGVVEYVDVNEENNCLVALHERDIDVKTTHLEIDPVTILGVVSGLIPYPHHNQSPRNTYQCAMGKQAIGTIGMNQFERIDTLLYTMVYPQAPMVKTRVLDLVNFDQVPAGQNATVAVMSYSGYDIEDAIVLNKASLDRGFGRCMVFKKYQTVVKRYPNNTYDRIVGPPDFEGSSF-------RNQRYASLDADGICRVGGQVVSGGIMVNKESPANVDISITSEVQDVSYSPSPVSYKNATPGYIDKVMLTSSESDQFLIKVLVRQTRRPEIGDKFSSRHGQKGVCGTIRNQEDMPFNDLGMCPDLIMNPHGFPSRMTVGKMIELVAGKAGVLSGRRAFGTAFGEDYGTADRVLDCSKELVSHGFNYAGKDYLTSGVTGEPILCYIFMGPIYYQKLKHMVMDKMHARARGPRAVLTRQPTEGRARDGGLRLGEMERDCLIGYGASMLLLERLMLSSDAFTANVCQGCQMLGYEGWCQYCKSEEKVVDIRIPYACKLLFQELQAMNIAPRLTLQEY 1174

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BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Match: A0A7S4QYU8_9STRA (DNA-directed RNA polymerase subunit beta n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4QYU8_9STRA)

HSP 1 Score: 1480 bits (3832), Expect = 0.000e+0
Identity = 734/1158 (63.39%), Postives = 898/1158 (77.55%), Query Frame = 3

Query:  432 VPGVKQKWKLLPHFLKLRGLMRQHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDEDDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVMLLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRVIIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVILRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGTKMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRAKIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKRFNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLKRFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWGMLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLSGGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLHSVRRAVYIASDGGRVCRPLLVVEDGRT--RLTKTHLDQMALGVLSLQDLIKQGVVEYVDVNEENNCLVALADADLT-----------LNHTHLEIDPLTLLGVVAGLIPYPHHNQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDLVHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQAPIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLNPGTIMVNKHSPASTSGSKGTAHS-----------DFASTPLSYKAPAES--YVDKVVLTANENEDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPDLIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHLCCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMISSDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMNIVPRLKLQDF 3827
            V  ++ KW+LLPHFLKLRGLM QHIDSY++FVN D+  IVQA    E+ S+ DP+F+L+YT   VG P ++ED Y     TPFQCRLRDCTYSAP++V+VRYTRGRQIV K  + IGR+P+ML S KC LTGK+  +LA MKECP+DPGGYFVVKGVEKVIL+ EQLSKNRVIIE D KK ISA+ITSSTHERKS+  I++  GK+++K N   +DVPI ++++AMG  SD EIVQLVGS+PEI++A   SLEE   +G+YTQ Q L YIG K+R     G  A +   S+++PQ+PEDEARD+L+ V+LSHVPV+ ++FR K +Y  HIV RV+M  +    +DDKDYYGNKRLELAG  +SLLFEDLFK FN+ LKR AD VL   NRA AFD+ K +   T ITNG  HAIS+GNWVLKRF+VDR GVTQVLSRLS+IS+LGMMTRV+SQF+K RKVSGPR+LQPSQWGMLCPADTPEGE+CGLVKNLALLAH+T+D++T P+ RLC DLGVEDV  L+G E+N   + LVFLNG ++GA   P      +R +RR+G  GEFVSVYLH  + AV+IA+DGGRVCRPL++V++     RL + H++ +A+G + +++L++ GVVEY+DVNEENNCL+A+ + DL            + +THLEIDP T+LGVVAGLIP PHHNQSPRNTYQ AMGKQA+G   +N + R+DGL+Y +V+P KP+V TR LDL+HFD +P GQNA IAVMSYSGYDIEDA+VLNK S+DRGFGRCM+ RKHQ  IR Y N + D+  G    S FP G+ D R+ +Y+A+D+DGIC VG +L+ GTIMVNK SP  TS + G A             ++  + +SYK+ A+   +VDKV++++NENE +LIK++ RQTRRPEVGDKF+SRHGQKGVCG+IVPQ DMPF + G  PDLIMNPHGFPSRMTVGK++EL+ GKAGV  G QAY +AFGEE+GS D      + L+  G +Y GKD   SG  GEPL  YIF+GPVFYQKLKHMV+DKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLI YG S LIMERLM SSDAF+ANVC  CGLL Y  WCQ+CRS EK+ADIRLPYACKLLFQELQSMN++PRL+L+DF
Sbjct:  215 VGSLRDKWRLLPHFLKLRGLMTQHIDSYNHFVNTDMKLIVQAPSACEIRSEHDPRFYLRYTNCWVGEPSVEEDSYASTQATPFQCRLRDCTYSAPIYVDVRYTRGRQIVVKRKIMIGRLPIMLRSSKCLLTGKTHRQLARMKECPHDPGGYFVVKGVEKVILIHEQLSKNRVIIEEDAKKCISASITSSTHERKSKAYIYINKGKIFLKSNIFAEDVPIAIVIKAMGVESDLEIVQLVGSDPEIVDALAISLEEPNKLGLYTQLQCLRYIGGKIRSRVSGGPFAAK---SWKKPQAPEDEARDVLANVVLSHVPVINFNFRPKCIYIGHIVLRVVMVHMGKCQLDDKDYYGNKRLELAGNFMSLLFEDLFKLFNANLKREADRVLRHTNRAQAFDVVKIIRPDT-ITNGMVHAISSGNWVLKRFRVDRAGVTQVLSRLSYISALGMMTRVNSQFEKTRKVSGPRSLQPSQWGMLCPADTPEGEACGLVKNLALLAHITTDEDTAPIERLCIDLGVEDVNMLTGNEINSMGAYLVFLNGLLLGAHTRPRQFVQDLRTMRRQGQAGEFVSVYLHEGQHAVHIATDGGRVCRPLIIVDEKTALPRLKQVHVEGLAVGAIDIKNLLRHGVVEYIDVNEENNCLIAVTERDLEVARKSGLDKRKMAYTHLEIDPSTILGVVAGLIPNPHHNQSPRNTYQSAMGKQAIGAIGMNQYSRMDGLIYTMVYPMKPMVKTRTLDLIHFDSLPAGQNACIAVMSYSGYDIEDAVVLNKASIDRGFGRCMILRKHQTSIRTYANRTMDRSCGPPDPSAFPDGENDKRYEKYKAIDKDGICMVGEQLDSGTIMVNKESPTDTSTNIGGAEFLAGNMAALSQVNYKYSGMSYKSAAKVPVFVDKVLISSNENEQFLIKVMTRQTRRPEVGDKFASRHGQKGVCGLIVPQPDMPFNEFGHPPDLIMNPHGFPSRMTVGKLIELLVGKAGVYEGRQAYASAFGEEFGSTDTPSSASEILIHNGLNYFGKDCFYSGANGEPLDAYIFSGPVFYQKLKHMVLDKMHARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIAYGVSNLIMERLMHSSDAFSANVCLTCGLLQYQNWCQHCRSGEKVADIRLPYACKLLFQELQSMNVLPRLRLKDF 1368

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig1.221.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A835Z565_9STRA	0.000e+0	71.32	DNA-directed RNA polymerase subunit beta n=1 Tax=T...	[more]
I2CNY0_NANGC	0.000e+0	67.64	DNA-directed RNA polymerase subunit beta n=3 Tax=M...	[more]
A0A6U4JF41_9STRA	0.000e+0	67.40	DNA-directed RNA polymerase subunit beta n=1 Tax=P...	[more]
A0A7S2WH87_9STRA	0.000e+0	65.82	DNA-directed RNA polymerase subunit beta n=1 Tax=R...	[more]
K3X1L2_GLOUD	0.000e+0	65.42	DNA-directed RNA polymerase subunit beta n=32 Tax=...	[more]
A0A7S4I9T1_9STRA	0.000e+0	63.67	DNA-directed RNA polymerase subunit beta n=1 Tax=O...	[more]
B7FVD4_PHATC	0.000e+0	61.68	DNA-directed RNA polymerase subunit beta n=1 Tax=P...	[more]
A0A1E7EUM7_9STRA	0.000e+0	63.29	DNA-directed RNA polymerase subunit beta n=1 Tax=F...	[more]
A0A024TUJ8_9STRA	0.000e+0	65.37	DNA-directed RNA polymerase subunit beta n=12 Tax=...	[more]
A0A7S4QYU8_9STRA	0.000e+0	63.39	DNA-directed RNA polymerase subunit beta n=2 Tax=D...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig1	contig	P-fluviatile_contig1:2758076..2783442 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1525.4
Seed ortholog evalue	0.0
Seed eggNOG ortholog	67593.Physo108881
Preferred name	POLR3B
KEGG rclass	RC02795
KEGG ko	ko:K03010,ko:K03021
KEGG Reaction	R00435,R00441,R00442,R00443
KEGG Pathway	ko00230,ko00240,ko01100,ko03020,ko04623,ko05016,ko05169,map00230,map00240,map01100,map03020,map04623,map05016,map05169
KEGG Module	M00180,M00181
GOs	GO:0000428,GO:0001817,GO:0001819,GO:0002682,GO:0002684,GO:0003674,GO:0003824,GO:0003899,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005654,GO:0005666,GO:0005730,GO:0005736,GO:0005737,GO:0005829,GO:0006139,GO:0006351,GO:0006360,GO:0006383,GO:0006399,GO:0006725,GO:0006807,GO:0007275,GO:0008150,GO:0008152,GO:0009058,GO:0009059,GO:0009304,GO:0009553,GO:0009561,GO:0009987,GO:0010467,GO:0016070,GO:0016740,GO:0016772,GO:0016779,GO:0018130,GO:0019438,GO:0030880,GO:0031347,GO:0031349,GO:0031974,GO:0031981,GO:0032479,GO:0032481,GO:0032501,GO:0032502,GO:0032648,GO:0032728,GO:0032774,GO:0032991,GO:0034062,GO:0034641,GO:0034645,GO:0034654,GO:0034660,GO:0042797,GO:0043170,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043231,GO:0043232,GO:0043233,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044271,GO:0044422,GO:0044424,GO:0044428,GO:0044444,GO:0044446,GO:0044451,GO:0044452,GO:0044464,GO:0045088,GO:0045089,GO:0046483,GO:0048229,GO:0048518,GO:0048583,GO:0048584,GO:0048856,GO:0050776,GO:0050778,GO:0050789,GO:0051239,GO:0051240,GO:0055029,GO:0061695,GO:0065007,GO:0070013,GO:0071704,GO:0080134,GO:0090304,GO:0097659,GO:0097747,GO:0098781,GO:0140098,GO:1901360,GO:1901362,GO:1901576,GO:1902494,GO:1990234
EggNOG free text desc.	DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates
EggNOG OGs	3QAXU@4776,COG0085@1,KOG0215@2759
EC	2.7.7.6
COG Functional cat.	K
Best tax level	Peronosporales
Best eggNOG OG	NA\|NA\|NA
BRITE	br01611,ko00000,ko00001,ko00002,ko01000,ko03021,ko03400
Hectar predicted targeting category	other localisation
Ec32 ortholog description	DNA-directed RNA polymerase, subunit 2
Ec32 ortholog	Ec-00_002160.1
Exons	28
Model size	5159
Cds size	3633
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig1.221.1	prot_P-fluviatile_contig1.221.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig1 2759405..2783245 -

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


Feature Name	Unique Name	Species	Type	Position
1622815305.9403553-UTR-P-fluviatile_contig1:2758075..2759404	1622815305.9403553-UTR-P-fluviatile_contig1:2758075..2759404	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 2758076..2759404 -
1693561459.1378603-UTR-P-fluviatile_contig1:2758075..2759404	1693561459.1378603-UTR-P-fluviatile_contig1:2758075..2759404	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 2758076..2759404 -
1622815306.3773034-UTR-P-fluviatile_contig1:2783245..2783442	1622815306.3773034-UTR-P-fluviatile_contig1:2783245..2783442	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 2783246..2783442 -
1693561459.8675008-UTR-P-fluviatile_contig1:2783245..2783442	1693561459.8675008-UTR-P-fluviatile_contig1:2783245..2783442	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig1 2783246..2783442 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig1:2758076..2783442-
coding sequence from alignment at P-fluviatile_contig1:2758076..2783442-

protein sequence of mRNA_P-fluviatile_contig1.221.1

>prot_P-fluviatile_contig1.221.1 ID=prot_P-fluviatile_contig1.221.1|Name=mRNA_P-fluviatile_contig1.221.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1211bp
MLKGPTTNLAFLTQVFGSDAEGVEDLSEEERRRAAAIGLAKYRDAFEQRP
TEGSDYDREEEEEHGKGREMEKDDVHDQVPGVKQKWKLLPHFLKLRGLMR
QHIDSYDYFVNVDISKIVQAKGNREVLSDVDPKFFLQYTGISVGTPCIDE
DDYTVKSITPFQCRLRDCTYSAPLWVNVRYTRGRQIVNKTNVNIGRIPVM
LLSCKCALTGKSEAELADMKECPYDPGGYFVVKGVEKVILMQEQLSKNRV
IIEYDGKKNISAAITSSTHERKSRCNIHMKNGKVYMKHNSLGDDVPIVVI
LRAMGATSDQEIVQLVGSEPEIMNAFMASLEEAQSVGVYTQKQALLYIGT
KMRVPPKAGARAMRQQSSFRRPQSPEDEARDILSGVILSHVPVVGYDFRA
KIVYTAHIVRRVLMTVIDPTTVDDKDYYGNKRLELAGQLISLLFEDLFKR
FNSELKRNADMVLSKPNRAAAFDIGKFLEGSTTITNGFTHAISTGNWVLK
RFKVDRQGVTQVLSRLSFISSLGMMTRVDSQFQKERKVSGPRALQPSQWG
MLCPADTPEGESCGLVKNLALLAHVTSDQETGPVLRLCYDLGVEDVARLS
GGEVNGRHSSLVFLNGSIVGATGHPFLLANKIRFLRRKGMVGEFVSVYLH
SVRRAVYIASDGGRVCRPLLVVEDGRTRLTKTHLDQMALGVLSLQDLIKQ
GVVEYVDVNEENNCLVALADADLTLNHTHLEIDPLTLLGVVAGLIPYPHH
NQSPRNTYQCAMGKQAMGTTALNMHERIDGLLYALVHPQKPVVTTRVLDL
VHFDQVPGGQNASIAVMSYSGYDIEDAIVLNKGSLDRGFGRCMVFRKHQA
PIRKYPNGSQDKIVGKVRASEFPRGKEDPRWPRYQALDEDGICRVGARLN
PGTIMVNKHSPASTSGSKGTAHSDFASTPLSYKAPAESYVDKVVLTANEN
EDYLIKILVRQTRRPEVGDKFSSRHGQKGVCGIIVPQEDMPFADSGICPD
LIMNPHGFPSRMTVGKMVELVAGKAGVLHGHQAYGTAFGEEYGSADRVHL
CCQALVERGYSYVGKDMLTSGTGGEPLMNYIFAGPVFYQKLKHMVMDKMH
ARARGPRAVLTRQPTEGRSRDGGLRLGEMERDCLIGYGASALIMERLMIS
SDAFTANVCQGCGLLGYSGWCQNCRSPEKMADIRLPYACKLLFQELQSMN
IVPRLKLQDF*

mRNA from alignment at P-fluviatile_contig1:2758076..2783442-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig1.221.1 ID=mRNA_P-fluviatile_contig1.221.1|Name=mRNA_P-fluviatile_contig1.221.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25367bp|location=Sequence derived from alignment at P-fluviatile_contig1:2758076..2783442- (Porterinema fluviatile SAG_2381)
ATGTAGCAGTAGGCCGAGGTAGGCCGAAAGTAGCAGTATCCTCTAGAAAT
ATCCACTAGGTCCACCAAGGATTGAACAAGTTACAGCACCCTTATTCAGC
GGGATTGCCAAGAAAGAGGCACAACAGCAGCAGCAGCGGCGGCGGCAGCA
GCAGGGTGTGAGGGAGAGGCGGCGGAGCTGTTTCGTCACCAAGCATCATG
CTCAAGGGACCGACTACGAACCTTGCGTTTCTCACGCAAGTGTTCGGGTC
AGATGCGGAGGGAGTCGAAGATTTGTCGGAGGAAGAGCGTCGACGAGCGG
CAGCGATTGGCTTGGCCAAGTACAGAGGTATGCCATGCACCACTGCAGCA
GGACGTCGACAAGGATGTTGTTGTTGGTTTGATCTGATTTCCCTATCGTG
TAGTCTGTTGATGTCTGTTTTAGTGTACTGTTGAGCGTCGGTCGTACACG
AGGACTGTGTGGCACGCGGCTTAAGCACCTCGTCGTGCGATGCACAAGGT
TTACTGCTGTAGGCCGTTAGCACCCTGGCAACCGACGAAGCGTATGATAG
GTTGTTGAACAACCCAGAGAAGTGTGTTCGCCAATGAACACCTACCGACA
CGTATTGTCACACCCATGACCCCTCTCTTATCCGCAGGTTCTTATCCCTC
CTTACCTGCAGATCCGAAGCGCACCGGTTGTGTCTCTGACGGCAGACGGA
ATCTTGTCAAGTGTATGGATCAACGGCATTCTCACCTTACCAGAAGCAAA
ACCGCACACTAGTCGAGAATGGGTGCAGGATGCGGAAGCTTGGGCCATGA
TTAGTCTAACTGTATGCCCCAGGCAGCGCTGGCCAACGAAGGGGCCGTTC
TGAACCACTGCAAGAAGCATTCCTGGTCGACGTCTTCTTCAAACTCGCCC
TGCCCGCGACCTCTGTAGGGTTCGTAGCCCTTACATTTAGGGTGAGGGTT
GGTCAGCCTCACATCCCCAAACGGAGGCACCAGATCCATGTCAATGCGAA
ATTTATCGGGAATAATACCCAGCAATCGACCACGGGCACACATCGCCAGG
ACTTGTTGCACCAAAGAAAACGCAATGAATCAACGAAGCGAGATACCGGG
GTCGTTGCCGCGAATCCAAACGCCTGCGGAAGAGTTGAGGCCTTGGTTTG
GTGTACCCCTTGCCACAAGGAGATGTGGTCACTTTTCAAGCCCATGACTA
AACTAATCTCAAAGCAGAGGGTTTCAGAGGGTTTTATATAGCCGGTATGG
AGCGGTGCCACGGGGTTCCGTGTGCACTTTTCAGGGCATGTCACCGTAAG
CAGGGATGCGCTAGACCGGAACCCCCGCTGTACACTTGGCAGATGCTTTC
GAGCAACGTCCTACAGAGGGGAGTGACTACGACCGCGAGGAGGAGGAGGA
GCACGGGAAGGGGCGGGAGATGGAGAAGGACGACGTGCACGACCAGGTGC
CGGGGGTGAAGCAGAAGTGGAAACTCTTGCCGCACTTCCTGAAGCTTCGG
GGGCTGATGCGGCAGCACATCGACTCCTACGACTACTTCGTCAACGTAGA
CATCAGCAAGGCAAGGGCGGGAGCAAGAGGTGGAACAGAGCGACGAGAGT
CATGCGCCGCGTGTTCACGAGACAGAGAAAGCATACCTCGCACTTGTTCA
GGATGCAAGGAAAGAGGACAATCGAAAACAAAGTCGCCGCTCGAGCACGC
CGGTGGCAATCAAAATGTGACGATGCGTCGTTTGAATAACCGGCGTTTTT
TCTTATGCATGTGGTGTGTGTTGCGCGAGAGCAGATCGTCCAAGCGAAGG
GAAACCGGGAGGTGCTGAGCGACGTGGACCCCAAGTTCTTCCTGCAGTAC
ACCGGCATCTCCGTCGGTACCCCGTGCATCGACGAGGACGACTATACCGT
CAAGAGCAGTTGAGAAGCTTGGCCAAACTTCCTCACATTCCATTTCCCCC
CTATCCTTCCGCACCACTGGCGTACAATTGAATGTGGGCGTTTGTCAGTG
AACGTTACGATCGCTTGTACGCAAAAACACGCTTTAAAGGAGGCTAGAGG
TGCAGTATCGGCGGCGAGTTGATTCGTCGATGTCGAGCGTGGTTGCGTTA
AACTGCAGCCAGCTGCAGCATAGGCACGCAATCCGGGTCAACGGTACCGA
TTTATGTATCAGCTCTGTGTCTCTACTTCGTGCAAGGGTAAGCAATTTGT
CCGTGACCCAACTGCTGGTGCGACTGACTGACAACATCCGTTTTGTTGCT
GCTTTTCCTGTCTTATCAACCGTCCTTACTGTCTGTCTTCCTGTTTGTCT
TTCCGTCCGTCTGCATTTGTGCCGTGCCTCGCTCTCTCCTCGACCGTCGT
GCATGCGCCTTTTATCATCTTCCGCCGACCACACTCGCCAACCCGTGGGC
CGAGCACGCTCCCCTCCACACCTAAAGTCACGCCGTTCCAGTGCCGCCTG
CGCGACTGCACGTACTCCGCCCCCTTGTGGGTGAACGTGCGCTACACGAG
AGGGCGGCAGATCGTCAACAAGACGAACGTGAACATTGGCCGCATACCGG
TCATGCTCCTCAGGTACCTCATTTTGCCTCGTGTCGAATGCCCCTTTTCA
TTCCGCCAAGCTAGATTTTTCCCACACGAGCTTTGCCCGCGACACTGATT
ATTCGTGATTCGTTGGTTCGGAGCGTGCTTCAACCTTAATCGCATGCATC
ACATCGGGAATTGCCACGACCCCATTCTTCTCTCGGGGGCATTTTCCCGC
GTGGTATCGTCGAAACGATTTGATTCCCTCCGGATTCTCTGGACGGGGAA
GGATCTCGTCCTAGATACATTTGGGGCCCTAATTCTGACGTCTCCTCGCC
TGCTGCTGCTGCTGCTGCTGCTGCCGTTTTCCCTTTTCTGCACTTTCAAC
GTTTCTCTTTGGATTGCCGTCGCTGCTTCATCCGCGGGGCACGGTCACCA
GCTGTAAATGTGCCCTCACCGGCAAGAGCGAGGCGGAGTTGGCGGATATG
AAGGAGTGCCCCTACGATCCCGGAGGCTACTTCGTTGTCAAGGGGGTGGA
AAAGGTGAGCGGCGTATGTCTCGTTGGTGTTTCCATTGCCCCCTTTATTT
CGTATCCTGGTGGCCCCCTGGTTGTTCTGCTCTTGCTCCCGCTTGTTCGT
TTTTAAGGGTTCGGTGATTTGTCGGTCCATGTTGGTTGTTGCGCTTTTCT
CAAGTGCAGTGGTTGCGAAAATACGAGTCAACACCTGAAGATCGCGTTAG
AGCTGTTTTTCCGCCAATGCGCTGTAATTGTTGCCCCAGCCCGGCATTCC
CTCGTCTTAACAATGACGGGAGCTTGACTATCTCGGGTGGCACGACTTCC
AGAGAGTAGACGGGATTTGGCGGAGACAAAAACGTCCTCGCCGGAACTCC
ACAGAGGGTTGATTTCCGGGTTGTTGGTCTTCCGCCGAAGAAGGGTTTGT
ATTGTGTTGTATCCTTTTCTGGCCTTCTGTGGACTTTCTCGAGTTGTTCG
CGATGTCTTCCACACAGGCGAGGGCGAAGGCTTAGGGATTTCGCTGCCCT
AATTGATTCCCCGCCTCCTTTTGAAGTAGTCTGGCCTCGGCCGTAAACAG
ACTGCCTCAAATGCTTTGTACCTGGTCTCGAAGTCCGGCATTTCCACGCG
ATGGTGGTGCTCGCATTTTTGCGTGCTTCTTGATGATGCCGGTCCAAGCG
GCTATTCATTCACGGCACTGATTCGGCCAGTTTCGGCCGTATCGTTTGCT
CTCCTGTGGGACTCTCCCTGATGACTCTGGAAGCGTTATTTTTTTGTCAG
AATTTCTGTCGCTTCCTGCGATTCCTGGAAGACCCTCTGTGTTGTTTGTC
TCTAGAGTTGATCGCTGCATGACCGCATTTTCTTGTTGTTTTTTTTTTTT
TAAGTTTTCAACCATGTTGACCAGCGCTCACGACCATCATTCTTGGACCG
TCGTCCCCGTGCAGGCCTTGTGTGTTCTGTTGTGCTTCCTCACGAACGTT
GCTGGTTGACCGCCTTTTACCTTCCTTGTCATCTTCGAGTGCCATTCTGC
CTCCTCCCGAAGGTCATGCTCCAAGTCCGTTCACACGATTGATAATGTGC
TTGTTTATGTTTCCTCGCGCGCATCCTCTCCTCGACTCCATTCACATTGT
TGGCATGGATTCTTTCGTGCTTCCTCACGAACGTCCTGCTGGAAGTCCTT
TCACGCGGTCGACCTTGGGCGTATTTCTGTTTCCCCCGTCACATCCCGGC
ATCATCGTCCACTCTCGTCCTTGACATGTGTTTTTTCTCGTATTTCCTCG
AACGTCCTGCCCGAAGTACTTTCACGCGGTCGATCTTGTGCTTACTCGCG
TTCCCTCCGGCACATCCTTTCCTCAACTGCCAACCGCATGGCTGACTTGG
GTTCTTGTTGTGCTTCCCCTCAAACGTCCTGCTCGAAGTCCTTCCACACG
GTCCGCCCTGTCCTTGTTTGTGTTTCCCCCCGCGCATCCTCTCCTCGATG
TCCGTCGTCGTTGACTTGCTTTCTTTTTGCGCTGCATCCCGAACGCCTCT
GCTTAATGCCCTTTCGTATGTCGTTTCTCGTGTGTCTCTCCCCGGTCCTT
CGCTCCGTACGTCCACCCGTCGCGCTCCCGGCGCGAGGAAGAGATACCCG
CGAGGCTGGGGGGAGTCGTGAATATAGGCGTGGGTATGCGTTTGTGTATT
TTTTTTTGTAATTTCTCCTCTTGGAGTGATGGTGTCTGGTTTGTGACCAT
GGGTCCGAGATATCTGGAAGTTGCGGTTAAATTGATACAAATGACAACTA
CAACTACAACTACAAATACAACTCCCTCTTCAGGTGATCTTGATGCAGGA
GCAGCTGTCTAAGAACCGAGTGATCATCGAGTACGACGGCAAGAAGAACA
TCTCGGCGGCCATCACGTCCTCCACGCACGAGAGAAAGTGAGAGCGACAG
GAAACAAAACGAAACGAAGGGATGAGATGGGAAATCCACGCGTGCAAGGA
CAGTGAAAGGCGGCGGATCGAATCCAAGCAAATCGAATCGAATCCAATCG
AATCCAATCAAATCGAACCCAAACCAATCCAGTCACATCCAATCCAACCC
AATAGAACCGAGTCGAATCCTTTCGAAATGATGTCATGTTATTAGCATAG
CTGCACTGTTGCTCTTCTTCGTCTCCCTGGTTGTTGTTTTGACGGCGGTT
TCGCTTCTTGTGGGGGCTCAAGATTTATAGCCATGATCTCCATTGTGTTT
CGTGAGCTGATCGGATGTACTGTGCGCCAACGCTATCTGCGCGATCGATT
TTTTTAGTCTTCTTCTTCTCTCCCTGTCGTCTCTCAACCCTGTTGGATGG
CGGGCATCATCAAAAGCGTGTGGGAGGAGGTGCCTCGTTTTGAGTAGGAG
CGGTGCTCCGTCGCTGAAGATATGTGTAGTCAGTGAAGAAAATGACTCAG
GCAAGCGTCGAGTAAGTACGCTCCCCCGTCCCTGTCCCCTCCCTTTCGCC
CCTGCCCAGTTACCCGTGATTTTTATACATGTACCTTTGGCATCCCTAAT
GATTCTCGTTGGAAGAAATCGTCAGCATGAACAGCGTCGTTTTTCGTCGC
CCGTCTCTGTTCCTTCCGTTAGGTCGCGGTGCAATATTCACATGAAGAAC
GGGAAGGTCTACATGAAGCACAACAGCCTGGGAGACGATGTGCCGATCGT
AGTGATTCTTAGAGCGATGGGGGCAACCAGCGACCAGGAGATCGTTCAAC
TTGTACGTTGCTGTACTCTTACTAAAATGAGTATTATTATCATTTAGACC
GCTACAAAGCATGTGCCGATCGCAGTGATTTTAAAGCGATGGGGGCACCA
GCGACCAGGAGATCATTCAGCTCGTAAATCGCGCTATTCTTGTACTGATT
GTTTAAGTCATTGTCATTACTAATATCAAGTATTGTTCATTTTCGTCAAA
TCCCTCACTTGATGACGTGATTTTAGTATTGTCGCGATAATGCAGGTAGA
ATCTCATGTCTGCGTTTTTGTTGTTGCAGGTCGTTGGTCGAAATGTATTG
GTTTCTCGTTCCCCGCTGGGGCACCGTGCCTCTGCTCGCAGGTGCGTATG
TGCGTGTATTTGTTCAAGGGCTGCGGCGACTTTTGTGCGCTTCGTGACAA
TGTGCGACAGGTTCTGGAGGCAGAGCCTGTGTGAGCGAAAATACAACATC
TGCGTATTAGAAGAGATTAACTGTTCTGTTTTATTTTGGTCCGTTTTTGT
TCCCCAAGGTGGGCTCCGAGCCGGAGATCATGAACGCCTTCATGGCAAGC
CTTGAGGAGGCGCAGTCGGTGGGGGTCTACACGCAGAAGCAGGCGTTGCT
GTACATCGGCACGAAGATGCGGGTGCCTCCCAAGGCTGGCGCCAGGGCGA
TGCGGCAGCAATCCTCGTGAGTGCTGCGACAACCCACTTTTTCTGCCCTG
GTGTGTACTGCCGGTTCGCTGCTGCTGCCGTTATTGTTGTTGTTGATGTT
GTTGATGTTGTTGTTGGTGGTGCTGCTGCTGCTGCTGCTGCTGCTGCTGC
TGCTGGTGGTGGTGGTGCTGCTGGTGGTGGTGGTGGTGGTGGTGGTGGTG
GTGGTGGTGGTGGTGGTGGTGCAGGTGTTGTTGTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGATGTTGTTGATGTTGCTGTAGTTAGTCATGTTTCTCG
TCCCATACATCCCTTAGCCAGTGTTCCGATAATTTGCACGGTACCGGCCG
GGATTACGCAGGAGGGTGACGAAACTTCGCGAATGCGAAGCCCCCCCTCC
GCCCTCTTCCAAGCTCTGCATTCTGCAGATGTATGACAGATGCCGGCAAT
CTTCGCCTGCCCGTGTTGTTGTGGTGCCAAATCGCGCACGAGTGTAAATA
CCGCCAAGTACTTGCCATCAAATGCGCTCCGTTGTTTCGTTACATCGGAG
GATTTTTTTCCCTTGCGGTCCAAGCAATCAAGTCTAGAGATGATCCATTT
CATTCCAGTTTTTGTCAATCCAAACGGTAACGATGCCCAGAGAGTGCTGC
TTGAAATCTTTGTGCTTCTCGCCACCGCTCTGTTTCTCCAACTCTGCTTC
CTTCACACTCGCTCCTGACGTTTTCCGCCTTGTTCGTCTTGTTGCTGTCG
GATCGACAAAAAAAAGGTTTCGGAGACCGCAGTCTCCAGAAGACGAGGCG
AGGGATATCCTTAGCGGGGTCATTCTCAGCCACGTACCCGTGGTAAGAAC
CAGCCCTCTTGCCCCCCAAAATGTTGTTCCCGAGGACGAGAAAACGGCGC
TACGGATGCAGTCTGCGAGAGTACGCTGAGCAGACTACTTCGAAGCACTT
GCTTCTCCCCACGAGATGTGTTGCAGCTTGAAAAACAAGGGTGAATCGTA
CTGTGTGCTTCCCGTGCACAAGCTCTGCGGGAATCCCTGTGGTTTACCGA
TCCACGCCCCCCCCCGTTGATCGGCGGAACGAACGGCCCGTAGGTTCTCT
GGGAGTTGTGCTCTGTTCAGGGGCGCCTTTTACGCGTGTGCGACTGTGCG
CCGGGCGTGCTTGCAAAATCGACGGCGCATGTACGTGCGGCCGGGGTTTC
TGTGGGCCGCACCTTGTATAACGTTGATGCGATGATGCCGCTCGAAATAT
TTTTGCCCACCCCGTAGTTAGAATCTCTCTCCTTGAAAAAATGTGGTGCG
AGCGTGTTGGCTTGAAGTGTGTCGGGGGTGTTTGAATCAGCACCCTCGCT
CGTTGAGTAATAACACGCGGGGTCGAACGCTGAAGGCGACAGGAAGAAGG
CGTGCAGGGTTGGGTGACAGAACATCAAGAAAGTAGAAACAGAAGCTTAA
GTGAAGAAGTTTTTAAGTGTTTGTGGTGGCGCCCGTTTGCGAAAAGAAAT
CATGTTCGGGAAGAGCGCTCCAAACCTGGTGCGCTGCTGTGAGACAGAAT
TTTATTCAAGAATGTCTTCGTCAAGAGAAAGGGGTCACCTCCGGATCTTC
GCCGCTGGCCCCCAGCCAAACAAACGAATACCCGTGAAGTGCGAGTTGAC
TCCTGCTGAGCAGAGCAAGATTTGTTACTCCGTATGTCGAACGGCCGGGT
CAGGTGGGGTACGATTTTCGCGCCAAAATCGTCTACACGGCGCACATCGT
CCGTCGGGTGCTGATGACCGTCATCGACCCCACCACCGTCGACGACAAGG
TGAAAGGAAGGGGGACGGGCGGAGGGGAGGGAGGTGGGGGGTGTGGTACT
CGTCGTCATGTATGCAGTAGTCGTAAGACAGTTGACGTTGCATCCCTTCA
AAGCCCGGGGAGGGGGGAGTCGAGGGGGCTCGCAGAGTGGAGAAATATTA
CGCAGGTAGACGCGCAGGGGGTGGGAGAAGGAGGAACGGTGAGACTATGG
GAGACGGAGGTGCGGTGGGGGAGTTGTGCTCATAGTCATGCATGCCTTAG
TCGTTCGACGATTGACGTCGTATCCTTACAATGCCCGGGGCATGCATTGA
CGTGGCGCAGGTGTCTCATGTCACCGTTGCTGTCTCAGTCTCTTGAGATG
AGACGAGCGTGCCTGTACTTGCGGATGCTTCGAAGCGTTTACGTGCGTGA
CTTCTTGCGATTCGGCGCGGAGCAGCTGGCGTCGCAAACAAAATCGAATT
TCGAGTAAAAATTGCAACGAATATATCCTGGTCAACTGCGTGCGTCCGAG
TCTGAGCCCTTTCTGTGTGCTGCGCGCGTTACTATTTTCGCCGAACGATA
CGTTGCTTTGCTCCGCCGCGGATCAACCAAGTGCGAGACATGAAGGCGTC
GACAAAGGAAATCGGTGTTTTTGTTTTTTCTGATGACAAACGAGGGCAAC
CTTGCACTGTTCGAATCATGGGCGTGAACACCAGTCGAAACGCGCCGGTG
TATTGCACACCACCAGGACTACTACGGGAACAAGCGCCTGGAGCTGGCGG
GGCAGCTGATCTCCCTGCTGTTCGAGGACCTCTTCAAGCGTTTCAACAGC
GAGCTCAAGAGGAACGCCGACATGGTCTTGTCAAAACCCAACCGGGCGGC
GGCCTTCGACATTGGTGAGTAAATGAGCGGCTAGTTGGTCACTTCGGGGT
TCATACTGCTCAACCAAACCACGGCCGCCGGGCTTTCTGCCATGGCAGAT
TATTTTTGTCATTTTTGCACACATGTTTGTAGGGTTTCGTAAATCATATT
TGCTTCGCCGCACCTGCCGTTACGTGCTGCAGGAAAGTTCTTGGAAGGTT
CCACTACCATTACGAACGGCTTCACGCACGCTATCTCTACCGGTAACTGG
GTCTTGAAGCGGTTCAAGGTCGACCGGCAGGGGGTGACCCAGGTGCGGCG
GCGTTTTGTACGATTGCAACAAGGACCAGCTCTCTCTCGTTTGGCATCTG
TCGGGACAAAGCAACGTTAAACGTTTCTCCTGGCGCGCGTGGATTGGTTG
CGGTCTTTCGTTTGTGTTTTGTTGAATTGGCGCGTATCTGTGTTTTTTTT
TTTTTCATGCTTTCCCGCCGTTGTTCATCTCGTGCCTGGCTGTAATACGA
GCCTGGCGGTTTCGTTCGCGTCGCACAATGATATGCAGAGGCAACAGCAA
CGCAATACGCGTACAAACCAACTATGTAGCGTGCAGTAGTACGGACCCAC
CAACAGTTCACACTCAACAACAACAACAACAACAACAACAACAACAACAA
CAACAACAAACCGGCGCGCAGGTGTTATCCCGGCTAAGCTTCATCTCGTC
CCTGGGCATGATGACGAGGGTGGACTCCCAGTTCCAGAAGGAGCGGAAGG
TTTCGGGACCACGTGCGCTACAGCCCAGCCAGTGGGGCATGCTCTGCCCC
GCTGACACCCCCGAGGGAGAAAGCTGCGGCCTCGTGAAGAATCTCGGTGA
GAGAGGGAGAGGCAGAGAAAATCTCGGTGATCGAGAGGGAGGGGATAGAA
ACTCGGGGAGAGCCAGAGAGGTGGAGGGTGTCCATGATAAGGATGGGGGG
GGGGCTCGCAAAGGAGACGAGGAGCGAAGAGAATAGGATAGGGGTAGTGT
ATCTAGCTGGGTTTCCGGTCTTGTGCTGGCAGGGGATACGAAGAGACACG
GAGAACGTTGCGGAAGGGGAGAGGCAGAGAGCTGGGGCAATTGAGAACAC
CAAAGTGAACTTCGGCAACCCTGAACCAAAGTGTAGATGTACACAGCCTT
CCCCCCCGTGTATGATTATGCCGAGAGTCTATCAAATACTTTGAATTTAG
ATTTGCTGAAGGACCCCCGCTTGAAGTTTTCGTTCGGTCTCCCCTCGTCA
AGGACTCCTTCGCGATTTTCGCTGATGCCGGCGACCACGGCTCTCGCCTC
TCCACCCACTCGTTGCGCCGTACCTACCCCACCCCCTGGCGACTCTGTCG
GGAGGCAGAACGGTTCTCCTCCTCGGGCGTGGGGCACCGTAGATGCGTGG
CTTGTTGCCCATAGCAACCCCAAGAGCGAAGCAACCACTGAGAACCCCGA
CCCCCTCCTCCTTCAAAGCCTGGTCCGGTGAGAACCCGGCGTACTCCGTC
CCGGCTTTGTAGGGATGCGAGGTCAATGGTCTAACGACTACGGCATGCAC
GACTATGAGTACACCCCCCTCCTCCTTCAAAAGCAACCACAGAGAATCCC
GCTCCACCCACTAATTCTTGCTTTTTCAACAGCATTCACCGAGAGCCTAC
TTACTTATAGAGAATCCCGCTCCACCCACTAATTATTGCTTTTTCAAAAG
CATCCGCCGAGAGCTTACCCCTACCCCCCCCACACCACCCTTCAAGAAGC
ACAGCCACAAAGCGCCCATGCCCCGCCCCTCCCTCCCTTTGAAAAGTAGT
TCACGGTGACCACACCGCTTCCATCCCTTCCCTTTCTTCAACTACCATCA
CAGATACACACCCACCCCCTCCCTCGATTCCCCCGACCCCCCTTGTGCTT
ATTCATCCACACACTTCGATCGCGTTTGTGCCCTCCGTTGTCCGTCGGCC
TCTTCTCAGCGCTCTTGGCGCACGTGACGTCGGACCAGGAGACGGGGCCG
GTGCTGCGGCTATGCTACGACCTGGGCGTGGAGGACGTCGCCAGGCTCTC
GGGGGGGGAGGTCAACGGCCGGCACTCGTCGCTCGTGTTTCTCAACGGTT
CCATCGTCGGCGCGACCGGGTGAGTGAGCGCGGCACACTCCTGTGGGGTG
GTACGGTGCGGTTCGGTGCGGAGCGGAGCGGTGATGTGCGGTATGATATG
GTGCGGTGCGGCATGGTGCGGTGCGGTGCGGTGCGGTGCGATACGATACA
GTGCGGTGCGGTGAGGTACTGATGGTGCGTCGCGGTATGGTGCGCTGCGC
TGCGGCTTTCGTGGCCTTGTTAATCTCTTTTTTTTGCTGTTCTTTATCAG
GTGTGGGTGCGTGCCGTACCGCGGGGGTGTTGCGATGCGATGGGTGCGGC
TTTCGTGGTTCTTTGGATGTGACCACAAATTTTTATTTTTTTGTTCACAG
GTGTATTGGGGTGCGATTTTCTATCAAAGACAAACCTTTTCCTCGTCCTA
AATAATGGGGATAGATTATTTGGTCTTTCGGTTTTGAAAATCTACTCAAG
ATTTTTTAAACGTTTTCAGGAGTTCTACAAAGTTTTGATAATAGACATAG
AATAATGACCACAACAGCTTTAATAACTAAAGGGATTCTTTGCTTCCAGA
ACAATGAGAATGGTTAGTTAAAAGAATACAATTTTTCAAAGAATCTTCAA
GGGTCACTATACAAAAAAGCGTACATGGAAGATCTACGAAGAGTAAGTTT
AACACCAACACTTTTAAATAGTCGCGCGGCGACCAATTGTGGCTTGATCT
TCCTTCTTTGTCCTGTGGTCTTGAGGTTTTGCGCGTTTCGGTTGCGAAAA
GATGCCAAGATTTAGATTGCATTTTTTGATGCGGGTGTGCTACACGTGTA
ACGGGCTATGATTCTCGCGACACTCAATCCATCATTTGGTCGACTCTTTT
TGGACCCCGCGCCCCCCCGTGGTGGCGCACTAAACTCATGCCAAACCAAA
CCGACAAAAACCAGGCACCCGTTCCTGCTGGCCAACAAGATCCGGTTCCT
GAGAAGGAAAGGTATGGTCGGGGAGTTCGTCAGCGTCTACCTCCACTCCG
TGCGGAGAGCCGTCTACATCGCCAGTGACGGCGGCCGGGTGTGCCGGCCC
CTGCTGGTTGTAGAGGACGGACGCACCCGGCTTACGAAGACGCACCTCGA
CCAGATGGCGCTGGGGGTGCTGTCCCTGCAAGGTGCGCGGCCGGGTTGAT
TTGGGGGGGGGGGGGGCGCGGGGATTCGTGGGTGTTGTCAGGAGTCTTAT
CCTAACGGAAGTCAAGGTATGCGGCTGGAACGAGAAGGGGGCTGGGGGCG
GGGGTCCGTGGTTTCCGCAAAGGTAACCATTGTGTTAGTGCGCTGTGGGT
TCTTGGCTCTTCTCAGGCACGATAGGGTTCGGATATTCTCGCTGAAGCGA
ATTTTAATTTGTCCACCCGGCACACAAAGTGGGGTCGACACCGACCACCA
CAAGTGATCACCACAAACAAAAAAACAGTTGGACAGCAGCAATACAGAAC
GCATTCATCCGGTTTCACGCAGCGGACTCTGACGCGTTGAGCGATGCCCT
CGACAAACCAACTCCAGCCGTCTCCGGTTGTCGCAGTGTCGTGAGGGGGG
GGCGGGACTCGCGGGCGCCGTTCCCGGTGCTGCAAGCGACTTCCTTCTTT
GAGATATCCGAGGTGTTCATCGCAGATCGACCGGAGCTCCGCCATGCTGC
CATGCTCGGAAAAGCACAGCCGATCGCCCGTTTTCAACGTTTGGTGATCG
AAAGAAGGGACCTGGAACGGGGGCGGGCGCGATCGAAGGGTGCTGAACGC
GATTCGTGACACGATAACAACCTTTCTCGAGCGATTCATCCTAATGTTCG
GCGTCTCTAGCATCGACGAGCAGAAACCGCCTCTGTTCGCTCATTGCTTT
CGATAGCGGCAACAAGCTCTCCGATTGACCGCTCCAGAAGGTTCTCCACC
TGCATTTTCTGCATTTACCGCACTTTCGAGTTTAGTTTCTTCTCGTCTAT
TTCTTCTAGTTTCTTTCTCCCTCCTTTTTTTTTGTGCGTATTCTCAGACC
CGATGAAGCGGGGCGTGGTGGAGTACTTGGGCGGGAACGAGGAGAAGAAT
TGCCTCATGGCCCCCACCGATGCGTTTTTGCATATTTTGTTCAACAAAGG
AACGCATGTCTTCCTCCCCCCCCCCCTTTCCCCCCCCCTTCTCTCAGACC
TGATCAAGCAAGGGGTGGTGGAGTACGTGGACGTGAACGAGGAGAACAAC
TGCCTCGTGGCCCTCGCCGACGCGGATCTGACTCTGAACCACACGCACCT
CGAGATCGACCCCCTCACGCTGCTAGGGGTCGTGGCAGGGCTCATCCCCT
ACCCGCACCACAACCAGAGCCCGCGTAACACGTACCAGTGCGCCATGGGC
AAGCAGGTGCGTGGAAGACTAAATATTTTATTGTGTGGGTTTTGCGCGTG
TATTGTCGTGGCGCTAGAGACGTTGGTCGAATCTCTTCACGTGTGTTAGC
GTCGGCCACCTGCGCTGCGCTATCGGTATGGTGGTTGTTGTGCTTGGCAG
GGGACCACATCTCCAACTTTTGCCAGGAGTGATGTCTAATGGTGCATGCT
CCTGAGTTTTCGTTTGTTGATGTGTTTTATCGTAATGGTCGACAGAGGGT
ACATTTTATCGTTGTGGTCGACACAAGGTACATTTTATCGTAGTGACCGA
TAACGGATACATTCTGGGTCGGTTACTCGCCGAGTTTCTTTCGGATTCAC
GCCTAGGTGGCACCAGGATTCAGAGGCTCAGAAATTCGGTTACGGTTGAT
CCGCCTGTCGACTTGACCCACACCCATCGCATGAGTTGCGTCGTTTTGTC
CCGCTTCTGTCTTTGCCCTGGGTTGTGCGTGTAAATTTACGTCCGTTCAT
CATGCAAGCGACCGCTGTATATATGCAACGGACCGATTGAAATGTTATTG
ACGCCGATTAACCAACGGCACGGCAAGAAGTTTCGTGCGTCAGGCGAAGT
TGGGCAAAACAAATCTGGAGCCGCGTAGCCTCTGAAATCACTGGAGCTAC
CGACGTTTTCGGGTCTGTTTGTACGCGTTTGTTCACATCGAGGCATGCGT
GCCTGTCCGAATCACAGGGCCGGATGTGGTTGTGGCTGTGCGTATTTTGT
TGCTATGACTGTCTGTCTGCCTGTGCCTTTCTGCTTGTTGGTCTCCCGTC
AATCTATTAATATCTGCTTGTCTATCTGTCTCTCTCTCTGTGTGCCTGTC
TGCCAATCTGTCTGCCTGTCTGCCTATCTGCCTGCCTATCTGTCTGCCTG
CCTGACTGTCTGTGTGCCTATCTGTCTGCCTGCCTGCCTGTCTGCCTGCC
TGTCTGTCTGTCTCAGGCGATGGGCACGACGGCGCTCAATATGCACGAGC
GGATCGACGGCCTGCTGTACGCCCTGGTGCACCCCCAGAAGCCCGTTGTC
ACTACCAGGGTGCTGGACCTCGTGCACTTCGATCAGGCATAACACTTGAA
TTGCGTCCCTCCTCCTCACGATTTTTCGTGGACTTTTGTTTTTGCTTTTC
CAACGAAGATCGCACGTGTAGATTAGACAGGCCTGCTTATGCCGTTCCTT
CATACCACGTGCATAGCATTGGTGCATCATCCTTCTTTTTCAACTCATCA
AATACGGAGCCCCCTGCCAACTTGCTTTGTCTTCCGTTGCCCTCCTAGCT
CGCCGCTTTTCACGTTTGCAGCGCGCATCTTTCTGCTTTTTCGAAATGCC
TTAATCGCTGTTTTCACCTCTGTCGAGCTTTTCCTCAATGACGCCAGCGA
CGCTCGTTGTGTTGATTGAGATCAATGGGGCGAACGTGTCGTTTTTTTTG
GGGGGGGGCTGATGGTTGCATCACTTCGGGGGTGGAGCACCCGGTCGGAT
TCAAGCGATCGACCTACAGTAGGCGACCGAGAGGATGTCCTGAATTACGC
CCCGTCGCGAACCCCGTCAAGAGTTTTCCGCCGGACCCAACGTGATGAAA
GTGCCTCGGTAATGCGCGGCGGGCTTTTGCCGGCGTCGGCTTGGTTTTTT
CCCATCTCCGCTTCCTCAGACACGCTTTGTTTCCCCCCCACCTTTTTTCT
GTCCGACACACAAACGCCTCGGTGTATTCCCAGACGAGAAGCATTTTTGT
CTCAAAAGGGCCGAGCGCTAAATTTCGATTGCACGAGTGGAGAGGTACTT
TGTCTTTTATGAACCATGCCTGAACCCAATATCTTTCGCTCTCCCTCTCC
CTTCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCC
TCGCTGTCGTCGCGTCGTCTGACTTTTATTTTTGCCTGCGTTTTTGGTCT
TTTGCGCTACTCTCTCGTGTGTGATGCGGCGGGCGGGCCTGCAGGTCCCC
GGAGGCCAGAACGCGTCGATCGCGGTGATGTCGTACTCTGGGTACGATAT
CGAGGACGCCATCGTGCTCAACAAGGGGTCTCTGGACCGCGGCTTCGGCC
GATGCATGGTCTTCAGGAAGCACCAGGTGGGTCAGGAGAAGTTGAGTTGT
CTCCGGAAGCGCGACAGTCTTGAGTTCACGAGAACGCGGATGGCTCGCGA
GTAAGCATTGACTAGGCCAGGAGAAGTTGAATGGTCTTGGGGAATTGGGA
AATGCAAGGTCGTCAGGAAGTACCAGGTGGGTCACAATGAGATACATGGT
CCCCAGGATGCACTGTGGTAGATAAAAAGGTGCGTAGGAAGAACGACGTA
GGTTAGGGGATGGTGCACGGTCTCCACTATGCACCAGGTGGATTATTTTC
TCCACGAGCGAAACCTGCATTTCTTGTAAATTTTCTCAAGGCGCCGTCGT
TTCCCCACTATTGTCCAACTCGGGCCAATGCGTAGATCGTGGAAGGACGG
GGGGGGGGGTATTGGTGGCGGGTAAAGTATGGGCCCCCTCTTGCCTGTCA
CTACGAGGAGGCTCAAACGCGTAATGCTTGCTCTCGTCGTAATTTGTTCT
CGTGCCTATCAATGTGTGCTTCAAATTCGACAAACCCCCCGATTCGTGCT
CCCAAATCAGGCGATTACATCTCGCTTCTGCCGCACCAATCGTGCGTAAT
GGCGTAAAGTACAAGAACAACACCTCGCCTTACGCTTTTTTGGGCGAGGA
AACGAGCTTCAAGTATTGCATATACCAAAGACTCCATTGGCGCATTATTC
CAGCCGAAGCATGCCCTGCTTGCTGTCGTGTCGCGTATGCGGACATGTGG
CATGCGGAACTTTTTTTTGAAACTGGAAAAAGAAACGAAATGTCAAAACG
GGACGATAAAATCAAAACGGGATGGTAAAATCAAAACGCAGGCGCCAATC
CGGAAGTATCCCAACGGTTCCCAGGACAAGATCGTCGGGAAAGTGCGGGC
TTCGGAGTTCCCGAGGGGCAAAGAGGTGGGTGGGACGTAAGGTTCGAACC
GCCGATGTGGCAATGAAAAAGAGTGTGGACCAAAACGAACCACGGCCAAC
GGTTTTCGAGGTGCGTGAGTGAGGGGTGTTGTTGATTCGGCGGTGTCAGG
AATGTTTGAAGGTGGTCAGTCGAGCCCCAGACGACTTTCGTGGATTGCTG
ATGGAGTAGTCGCGCCGCCCGGTCAGATCTCGAACGGTTGGCGCAGGGAG
TCAGTCTACCTACACCGGAGAGAGTCTCGTTCGGAATGGCCTGTCCCTTG
ACGACAAAGACATCATGCTCAAGGAGGCGACGTCATTGGAGGGGTACTGG
ACCTCAAAAGCATGGTGTTACTACAACAAGGGAGTGTATCACAACACAAG
CGTTTTTATTATTGGTGTGCTCTTGACTAACACCGTCACAGTCACGGTTG
CTCTTTGTTTCGCCTTTTTTCAGTTGCACGTGTACTCCTTCTCCCGCCGG
CAACAATGTTTGTCGCACACGAGGCCATCAAATGGGCCGGGCCTGAGGAA
TGGCCGCCAGAGTGGTTGATCTTCCCATCGCGCGCTCCGTGACGCTCCAC
CCCAGACAGCAATGGTCATTCTGCGCCGCTTCCTTTCTCCCCCTACTTCG
GTCGCAGATCTGGTCTTTTGCCGGAGATCTGATTTGTCGTGTGCTCCTTC
TGCCCGTGTGCGTGCGCGTGTTTGCTTGATTTCCCTTACTTTCCCACATG
CGTCATGCCTCGCAGTGAGTGGCGCATGTCGCGCTGGTGCGTCCTTTTTC
TTATTTTTATCGCTGCTATCGTTGTCCTTCTTCCTCTGGCCCAGGACCCT
CGATGGCCGCGGTACCAGGCCCTGGACGAGGACGGCATCTGCCGGGTGGG
AGCCAGGCTTAACCCCGGCACCATCATGGTCAACAAGCACAGCCCGGCGA
GCACGTCAGGTATATATATGACAGTAGGGGGTCACCTGAAGTTCGGGTGC
TCGGTAAAGTGCTGGTGACGTAACATTTCATGGAAGTTCCCCATCATACT
TATACCTCCATCTGCCCCGATTTCTGGATAGAGCGGGTGCCCGCCGGCTT
GCGGGCAAGGAGGTTTGGCGCATACCCAAAGTTTTGAGGATCATCCACGG
ATACACGCGCGGGCGTGCAGACAGGCGTGCAGGCAGGCGAGCTTTGTACA
TACCGTAGATGTTTGCTTCGAACGCAGGGGTGAAGCCGGAAGGACTGCTT
TCCTGCTCCGTTTCGCTTCGACATCCGACCTCCGTCGTTGTAGACATTGA
TAAGAAGTTGAATCGGCGGTACCTTGAGGCAGGCATGCAGGCAGGCAGGG
ATGGAGGTAGGCAGGACAACTACTTACTATGCTTCATTTTTGCTTTCAAG
TCCGACCTTCGGCGATGCATGGATGCATGGATAGTGAAATTGAGTTGACG
GAACCTCGAAGAATGTTTCACGGAGAATGGTTCTCGAAGAATGGTTCTCG
AAGAATGGTTCTCGAAGAATGGTTCTCGAATAATGGTTCTCGAAGAATGG
TTCTCGAAGAACAGTCCTCGAAGAATGGTTCTTCTGGGCTGTGCTCCGAA
TTGCCACCCCGTCCTTCGGCTTTTGATTATGAGCCCGGTTTTGCATCTTC
CCGTGGACAACGCGTCGATGCACGACCTCCGGCTGTTGATCGTGATTCAT
CGTGGCACTTCTCTTGCATGCTTGCGTGTGCCTCGAAAGTACCACCCGTG
GGTTCTCATTCGTATTCGGTGGCGCGTTTTTTTTGCTTGTTTGCACACGT
ACCTCGGAGTACAGATCTTGGGCTTGTGGTCAAATTTTGAAGCGCCCCCT
GTGTGTACAAGTGTACCATGGAGCACCTTCGGGTTTTGAAACCACCTGAG
CAATTCAGGGCATTCTAAATTGGAAGACGTTACAGCACGCATGAGAGGAA
GAACGACGTTTTCTTTTTCAAGAAACCTCAGGTCAAGCAGCCACCAGAGG
GCCGTTGCAAACGCAAGCAGGGAAAATCAAAGGCTGAAGACGAGAAGAGT
CAGTCCAATCCAGAGGGCGGAAGCCCTAAAAGTCCCGCGACTCGAAGTCA
TCAACGCGCTTCAAGAGTCAAATGCTGTGAAATGGCGGCGAGCTAATCAC
ACTGAAGGAATGGGGAAAATTCCCCATGAAAGGGGGTGTCGGCATCTCAT
TCCCGCCCCGCCATGTCGCAGTAGCAGCAGAAGCAGGAGGGGAAGCCAGA
CCTTCGTTCGCGCTGCGTTTGTTCTCTTCTACCTTACTCGACTCTCGGAC
CGCGAGCCTCTGCTCCCCTGTGTTTGTCGGTGCCCGCCTCTGCTGCGGCG
CTCCGGCCCGGGAGGAAACCAACGAGCTGTGGGGAAACCGTCATGTTACT
TGACGCGATACTACCGGCAATAAATGAGCACCCCCAACCCCCCGATTCCC
TCACTCTTCCGCAGCCCCAACGCTCATCCCCCTCGTGCCCCTTCCCTCTC
CCTCCGCCGACGCCACCAATTGATTTTTTTCGTCGATTTTTTCCGGCAAA
ATGGCAGGGTCCAAGGGAACGGCCCACTCGGACTTCGCCTCCACGCCCCT
CTCGTACAAGGCGCCGGCGGAGAGCTACGTGGACAAGGTATACCACGTTA
CGGATCCACACGGGGCTGTTGCAACCGGGCTGATATCAGCGGGGTGTGCG
TCTGGTGATGGAATGTCTGGGCATCTCGTTCTTCAACACGTTCGAGGTTG
TGTCAGTGGGAAGAATACCCTTGGTCGGGAAAATTGTGTTCCGTACGGAT
TGGGCTGACGCCCTTTCGTTTCATTTTGCCGCCGAAAGTGAGTGTCTGCT
GCCGCGACCTTCTCACTGCCTTTGCGATTTACAAGGCACACGCAGGGCGG
CGTGCGGTCACGGACGTCTATTTGTGGGACGCTACACAGCGGTGTTGCGG
AGCGGGGTGGTGAACGTGTGCGAGTGCGTGTGTGGTTGGCGTGCGTTCTG
GGCAGTTTCGGCCGTGATGCACATCGTGTACGCTACCTATCTCACGGTGT
CTGTGTTTTACCTGTGCTCCTCGATTTTCGCCACGATTATGACTTTCCGG
GCTGTGTTGGTGAAGGCCTGACGGCTTGACGATAGCGGCCGGTGAATTCG
AAACACTTGCACTGCCTGCGCCGGCCTCTTCCACCATCTTTTCACCGTTC
CTCCTTTCCTCTCGTCCGATGATCGTCATTCGTGTCGCGGGCGCTCGCTC
TCTTCTTCTGTTTTTCGATCTTCCACCTGCGTGTGCCCTTCTTCCTCCGT
ACGGTGGCAAAATGTCGATTCGCGCCCCCGGCCGCGTTCTTACCCGATCC
GCAACGACTTTTCGGTCATGCGGTGCGTGCGTTCGCACGGTGTGCTTGAT
TCCAGGTGGTGCTCACGGCGAACGAGAACGAAGATTACCTCATCAAAATC
CTCGTCAGGCAGACCAGGAGACCAGAGGTGGGAATTCATCCCGCCTGCTC
ATCGGGGAGAAGCCGCGCCGACTATTGAAATCCCCGACCCTAGATCCCGG
GCGTTGTCCTTGCGGAAACCGCTGCTGCTAAACCGAGCGTGCTTGTCCCG
ATGAAAGAGTTTTCGCTACGCACTTCACGGCGTTTCCGCTTCATCGAACA
TGTTTTTTTGTTGTGGCTCTTGCTGCAAGGAGTTTGTCGGAGGGAGGCTG
TGTAGGAAGCAGGTCAAGCCGACGGGCGACTCGTTTCCATGGAAGAAGCG
GTGCCCGTTTTTTTGTTTTTCTTTTGGTCTTGTTTGCCTCCTCGGCCTCT
GTCAGTTCATGATACCTACAGCCGTGCCATTCTCCATTTCCCCACCGCCT
TCCTCGGTCCCTTCTTAACTTTCCATGATGTCCTCTTGTTCACCGTCGCT
TCCTGCTCCACCTCTTTTCGACCGTCTCCTCGGTCTGCCCCTCTGTGGGG
CCCCGTGCCTGCCGGCTGTCTATTTTTCGGCCACTCTCTGTTCGCCTTTC
TGCCTGCTCGCCTGTCGGCCCTTTAGGTGTGCCTGTCGTTATCTGTGACT
TGTCTTCTGTCTTCTGCTTCGCCGGCCCGTCTGTATCCCCTCTGGTGGAT
TGTGTTGTGCTGCATGTGCGCGTGTATCCCTGCGTTGTGTCTAAACATGT
GTTTCTAGGTGATTGTATTCTTGCGCGCGTGTGTGCGTGCGTGCGTATTG
TGCTTGTGATGTGCGTGTGTGATGTGTGTGTGTGATGTGCGTCCGTTTTG
TGCTTGTGTGTTGTGCGTGTGTTGTGCGTGTGGTTGTTTGTTATTTTCTA
CTTTTTTGTTTTGTTTCTTGCTTTATCGCAGGTGGGAGATAAGTTCTCCT
CCCGGCACGGGCAGAAGGGGGTCTGCGGCATCATCGTGCCCCAGGAGGAC
ATGCCCTTCGCTGACTCGGGCATCTGCCCCGACCTGATCATGAACCCCCA
CGGGTTCCCGTCGCGCATGACGGTCGGCAAGATGGTCGAGCTAGTGGCCG
GGAAGGTGCGTGGAGAGGAAGGGAAGGAGGGGGGAGCAAGGGAGGGAGCA
AAGGGGGGGAGGGGGAGGGATCGAGGGAAGAGAAGAGGGAGGGGGGAGGA
AGAGGACGAGGCAGGGAGAGAGGGAGGAAGAGCGACAAACTATGTTCTAC
CACTCATTTTGTGTGGGGTCAGCAGTTTTGCAGCGATGACTCGCTACACC
CGGTGTAAAACATGTTATTTTTTTCAAGGATAATAAGACGTGCCAAGTCT
CCTTCCCTCCATTGCTACTGCTGTGGTAACTTGCATCTCCGGTGCTCGTG
CTGCTGTCGTTTTATGTCGACTGCCGCTGCTGCTGCTGCTTCTGTTGCCG
CCGCCGCCGCCGCAATGCACATTTTTCCTCGCGGCGTCCGAAGGCGGGAG
TGCTCCACGGCCACCAGGCCTACGGGACGGCGTTTGGAGAAGAGTACGGC
AGCGCCGACCGGGTGCACCTCTGCTGCCAGGTAAAGACATGGGCGCTCCA
CCTGCGCCGTTGCCAAAGGGATGAAGGGAGTAAAGCGACATCGTAACGCT
GGTGTCGTGTGTTGGAAGATGACGGCTGAAGAGGGTGGGGAAAGCCGTTG
ATGAATGGTGCAGCAGTTTGGTATCGTCTCAATCAAAAACAGCCTCGTGG
TTGTCGTTCGGGAGCAGAGAGGAGGTTTCCATGTTTCAACCTCCTTCGAA
ACCGATGGCGCGCACGCGCGGCAGGCTTTGGTGGAGCGAGGCTACAGCTA
CGTCGGCAAGGACATGCTGACATCCGGTACGGGGGGGGAGCCGCTGATGA
ACTACATCTTCGCCGGGCCGGTGTTTTACCAGAAGCTAAAGCACATGGTC
ATGGACAAGGTAGGTGGGTGGGTACGTGGGTTACTAAACGGCCGTTTTGC
CCGGCGCGGCCCTGTTCGTTCAAGCTGATTGCTGTGTCGTCTTGGCTTCA
GTTATTGAGCGCGACCGCCGATGGGTTGGGAAAAATTAACGGCGGCTTTG
GGCTGGAAGAAACTCGTAGTGGTGGGCCAACCCCGATTACAATCGCACGA
TGTTTTGTACCTGGCATCAAGAGCGTTTGCTGTGCGCGGTCAGATCTCTC
TCCCTGTCGCCGCCCCGGCCGCCCCTCCTGTTTTTCCGTTCCACGCTCTG
GCTTTCTCTCTCTCTCCCTCCCTCCCTCTCTCTCTCTCTCTCTCTCTCTC
TCTCTCTCTTTGTTTTGTTTTGGCGTCAGATGCACGCGAGAGCAAGAGGT
CCCCGGGCAGTGCTGACGCGGCAGCCCACCGAGGGTCGTTCGAGGGACGG
CGGGCTGCGGCTGGGCGAGATGGAGCGGGATTGCCTCATCGGGTACGGCG
CCAGCGCGCTCATCATGGAGAGACTGATGATAAGCAGCGACGCCTTCACG
GCGAACGTTTGCCAAGGGTGCGGCCTGCTGGGGTGAGTCACCCACGTCAA
TTGTCGGCTTCTGCATCGTAAGTGCTGCGTTACTCTTGAGACGTATGCCA
GAGCTGAGGTTTGCTGGGGTGAGTCAGCTTTACGCGTCAACGGCCAGCTT
TGTTCTGAATCACAATGGTGCGTTGCTCCGAGCGTGAAGCCGGCCTTGGT
GAAGTACACGCGTCAACTTTCGGCTTTTTTTTTGCGTCGTACACGAACGA
TTTTGGGCTACGACGAACACGTGCCAGGGGCGCGGTCTGATGGGGTGAGC
TACATGTGTCAATAATAATTCTCGTTTTGCGTCGCATGCGTGCAGATGGG
ACGTTGAGCGTGGCTTGTCCGGCTTATGTTCTGATGGTGTCCTATATTGC
ACTCGGCTCAACCACGACGCGTCAGAAAGACGGCGATGATCGACGTTGGA
ACACCCAAGGCCGCCCTCCATCCCATTTTGAGTACACATTATTTTTTGTC
TCAGTCCAGAGATTGCCGTCACGGATGAAAAAATGCTACGTTCGCAAGCT
GGAAGCCCTCGCCGAGGTAGTATTCCTGCGTAGTAGATGGTGCGTTGGGT
GCAGCCTTCTCGGTTGGTCCTTCATTGTTGTCGTGGAACGATGTTGGTGC
TACAACTTCGACGCAACTTGCGAAGTGTTCTGAAACAATTTGTTTTTACA
TTCTTGTAGGGTATGCGGACGAGGCTGTTTATTGCGCTTACTTCCGCAGA
TCGAGCAATAAACTGCCGTATTTCTATCGCACGTGAGCCCATTCCCACAG
CATGAGGCGTTTGCATGTCATGCCTCTTTACCTCTGTCGATTTTCACCCC
TCCCACTTACCCTTTTGCTGTCCTTGGTTCGGGAGAAACGTCAGATTTAG
ACGAAAGGGTAGGACGCAAACTACCATATCCCCCCGGTCGCTGCAATCTA
TCAATTCAATGCTCGATGGACATCTTGCAGGTACTCTGGATGGTGCCAAA
ACTGCCGCAGCCCCGAAAAGATGGCAGATATCCGACTACCCTACGCGTGC
AAGCTTCTCTTCCAGGTACACGTGGTGCTGGCACGCATGTGCATGCCACT
GGTCAGATCTCACCTGCCGCTCGGGCTCTATTTCAGCCTTCACAGGCTCT
TGTCATGTCTTGTGTGTTAGAATGTGGCAAGCAGGCTCGCCTGCTGCCGC
CGTCTCCTTCCGGAAAAAGCCATGGCCACCGGCTGCCTGTTTTGGTTCGT
GGCTGGCAATCATAACATTTGCTGCAATGGGCGAAAAAAGGTCTGCCACT
TATCCATTTTCGGACTCCGGCTGGGTGTAGGGTGCTGCCGCGCAAGCTTG
TTGTAGGTTTTCTAGACCTCCGCGCAGGCGGAACGGCCTTCTTATTGGTC
GACAACTACGTGCGCATGATTGCAAGATGTCCACCTGTCGCTGATCAACC
GCCGCCCTTCTGCAGCTTGCTTGTGCTTCCGCTGTGGTTGCTCTCCGCCG
TTTGCCTCTACTCCCACCTCCAACCCTGCTGTCGTGAATTCCTCGTGTTC
TTTCATCGCTTCTGCTGCCCCTCGCGAACTATGGCAGGAGCTGCAGAGCA
TGAACATCGTCCCCCGACTCAAGCTCCAAGACTTCTAAGGCACTTGAGTG
TCTGCAGCAGCTGAGCACGGCGTGCGCCGTGCTTTTGTTGCGAGATTTCT
AGCCGTAAGGCGAAATATCTCTGCTAAAAGGAAGTGCACACGGACAAGAG
GCGAGATAGGCAGACGTGGAGGTCGAGGAGTCGTTTTCCAGTCCTTGCAG
CGCTCGCTGCTAGCCGCTGCGGCGAAGCGGAAATCTTTGCCTCGGACAAG
TGAATTGCAAATGCACGAGCAACTCTTCCTGCTGTCCGCGTATTTTGGGG
GCCGAACTCGCGACCTTTTCCTTACCCTTATGCCTGCCGGGGTCTGATAT
CTGTTTGCGTGTAGCCTGTGTGAGGCCGGGCTCGCATCGGGGAAAAGTGC
GTTCTTCATGTCGGTTGCCGTTATCTGCTTTGTCTGTTGTCTTCGACTGT
TCCCCTTAGCTCGGGCGAGATGTCATCAGCCGCTCAGTGGCTGTTGTTGT
CCGTCCGGTCGTCGTCATCCCTTACGCGTAGCGTTCTTCGCTCCTTGAAG
TGATCGGTAGGGGATGAGTTCTCCCAGGAAGTGATGTTCCTGAAGATTTT
CTCTGTGTCCACACGGCCGCCTCCAATCCTGGCTTTTTTTTTTGTTTGCG
ACGGTGTTTTGTTTCTGGGGCGGGCGTGGGAGACAGGGGGTTCACAGGGC
TGGCTCCAATCCGGCGTCGTCTGTTTTTCGTCAGGCGATGATAAGGGAGC
GATGCGCCCAGGGGAATGCGTTCCCGAAACGGAGTGTATTGTGAAAGGGC
TCGATTCCCAAAAGCGTCAGCTTGGGCTTCCACGTTCAAAAGCTTCTGAA
TGTTGTTTGTGTCTGTCGACTAAAATCACAACCAGGGCACCCCTTTGCTC
GACAGATTCCCAGAACGTGATCTCGGCCCACGGCGCATTCCCGTCGGTTA
CCAATGGCATCTCTGCGTTCGCGATAGCATTTCGCAGTACAAATGGTTTC
AGCGTATCCCATGCACTGCCGCGGAAGAAACCAAGGGCGATATTTTTGTT
ATCTCCAATAGAGTGCAACCCGTGTAGTTATTTTCGCCTGGTTTGAGGCC
GTTTGACAGGGAAAAGAGAGTGCTTCGATTGCTAGTTTTGGTGGTCAGTG
AACTGCCTGCAATTACAGCACAAAGGACGTGACGAGCCTCTGTGAAAGCG
AGGACATATGGTGTGCTGTTCAAGTTGTTCGAGAATTTCACCTGAGACGA
TTTCTGGGTGCCACCCGGAGAATTTACGTAATACTCCGGAGTGTAAAAAT
GGAAGATGATTTTTCCCTTCTCTGATGCTTTTCTCTCCTCCTTTGAAGCT
TCTTTCCAAAAACAAAT

Coding sequence (CDS) from alignment at P-fluviatile_contig1:2758076..2783442-

>mRNA_P-fluviatile_contig1.221.1 ID=mRNA_P-fluviatile_contig1.221.1|Name=mRNA_P-fluviatile_contig1.221.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=7266bp|location=Sequence derived from alignment at P-fluviatile_contig1:2758076..2783442- (Porterinema fluviatile SAG_2381)
ATGCTCAAGGGACCGACTACGAACCTTGCGTTTCTCACGCAAGTGTTCGG
GTCAGATGCGGAGGGAGTCGAAGATTTGTCGGAGGAAGAGCGTCGACGAG
CGGCAGCGATTGGCTTGGCCAAGTACAGAGATGCTCAAGGGACCGACTAC
GAACCTTGCGTTTCTCACGCAAGTGTTCGGGTCAGATGCGGAGGGAGTCG
AAGATTTGTCGGAGGAAGAGCGTCGACGAGCGGCAGCGATTGGCTTGGCC
AAGTACAGAGATGCTTTCGAGCAACGTCCTACAGAGGGGAGTGACTACGA
CCGCGAGGAGGAGGAGGAGCACGGGAAGGGGCGGGAGATGGAGAAGGACG
ACGTGCACGACCAGGTGCCGGGGGTGAAGCAGAAGTGGAAACTCTTGCCG
CACTTCCTGAAGCTTCGGGGGCTGATGCGGCAGCACATCGACTCCTACGA
CTACTTCGTCAACGTAGACATCAGCAAGATGCTTTCGAGCAACGTCCTAC
AGAGGGGAGTGACTACGACCGCGAGGAGGAGGAGGAGCACGGGAAGGGGC
GGGAGATGGAGAAGGACGACGTGCACGACCAGGTGCCGGGGGTGAAGCAG
AAGTGGAAACTCTTGCCGCACTTCCTGAAGCTTCGGGGGCTGATGCGGCA
GCACATCGACTCCTACGACTACTTCGTCAACGTAGACATCAGCAAGATCG
TCCAAGCGAAGGGAAACCGGGAGGTGCTGAGCGACGTGGACCCCAAGTTC
TTCCTGCAGTACACCGGCATCTCCGTCGGTACCCCGTGCATCGACGAGGA
CGACTATACCGTCAAGAGCAATCGTCCAAGCGAAGGGAAACCGGGAGGTG
CTGAGCGACGTGGACCCCAAGTTCTTCCTGCAGTACACCGGCATCTCCGT
CGGTACCCCGTGCATCGACGAGGACGACTATACCGTCAAGAGCATCACGC
CGTTCCAGTGCCGCCTGCGCGACTGCACGTACTCCGCCCCCTTGTGGGTG
AACGTGCGCTACACGAGAGGGCGGCAGATCGTCAACAAGACGAACGTGAA
CATTGGCCGCATACCGGTCATGCTCCTCAGTCACGCCGTTCCAGTGCCGC
CTGCGCGACTGCACGTACTCCGCCCCCTTGTGGGTGAACGTGCGCTACAC
GAGAGGGCGGCAGATCGTCAACAAGACGAACGTGAACATTGGCCGCATAC
CGGTCATGCTCCTCAGCTGTAAATGTGCCCTCACCGGCAAGAGCGAGGCG
GAGTTGGCGGATATGAAGGAGTGCCCCTACGATCCCGGAGGCTACTTCGT
TGTCAAGGGGGTGGAAAAGCTGTAAATGTGCCCTCACCGGCAAGAGCGAG
GCGGAGTTGGCGGATATGAAGGAGTGCCCCTACGATCCCGGAGGCTACTT
CGTTGTCAAGGGGGTGGAAAAGGTGATCTTGATGCAGGAGCAGCTGTCTA
AGAACCGAGTGATCATCGAGTACGACGGCAAGAAGAACATCTCGGCGGCC
ATCACGTCCTCCACGCACGAGAGAAAGTGATCTTGATGCAGGAGCAGCTG
TCTAAGAACCGAGTGATCATCGAGTACGACGGCAAGAAGAACATCTCGGC
GGCCATCACGTCCTCCACGCACGAGAGAAAGTCGCGGTGCAATATTCACA
TGAAGAACGGGAAGGTCTACATGAAGCACAACAGCCTGGGAGACGATGTG
CCGATCGTAGTGATTCTTAGAGCGATGGGGGCAACCAGCGACCAGGAGAT
CGTTCAACTTGTCGCGGTGCAATATTCACATGAAGAACGGGAAGGTCTAC
ATGAAGCACAACAGCCTGGGAGACGATGTGCCGATCGTAGTGATTCTTAG
AGCGATGGGGGCAACCAGCGACCAGGAGATCGTTCAACTTGTGGGCTCCG
AGCCGGAGATCATGAACGCCTTCATGGCAAGCCTTGAGGAGGCGCAGTCG
GTGGGGGTCTACACGCAGAAGCAGGCGTTGCTGTACATCGGCACGAAGAT
GCGGGTGCCTCCCAAGGCTGGCGCCAGGGCGATGCGGCAGCAATCCTCGT
GGGCTCCGAGCCGGAGATCATGAACGCCTTCATGGCAAGCCTTGAGGAGG
CGCAGTCGGTGGGGGTCTACACGCAGAAGCAGGCGTTGCTGTACATCGGC
ACGAAGATGCGGGTGCCTCCCAAGGCTGGCGCCAGGGCGATGCGGCAGCA
ATCCTCGTTTCGGAGACCGCAGTCTCCAGAAGACGAGGCGAGGGATATCC
TTAGCGGGGTCATTCTCAGCCACGTACCCGTGGTTTCGGAGACCGCAGTC
TCCAGAAGACGAGGCGAGGGATATCCTTAGCGGGGTCATTCTCAGCCACG
TACCCGTGGTGGGGTACGATTTTCGCGCCAAAATCGTCTACACGGCGCAC
ATCGTCCGTCGGGTGCTGATGACCGTCATCGACCCCACCACCGTCGACGA
CAAGGTGGGGTACGATTTTCGCGCCAAAATCGTCTACACGGCGCACATCG
TCCGTCGGGTGCTGATGACCGTCATCGACCCCACCACCGTCGACGACAAG
GACTACTACGGGAACAAGCGCCTGGAGCTGGCGGGGCAGCTGATCTCCCT
GCTGTTCGAGGACCTCTTCAAGCGTTTCAACAGCGAGCTCAAGAGGAACG
CCGACATGGTCTTGTCAAAACCCAACCGGGCGGCGGCCTTCGACATTGGA
CTACTACGGGAACAAGCGCCTGGAGCTGGCGGGGCAGCTGATCTCCCTGC
TGTTCGAGGACCTCTTCAAGCGTTTCAACAGCGAGCTCAAGAGGAACGCC
GACATGGTCTTGTCAAAACCCAACCGGGCGGCGGCCTTCGACATTGGAAA
GTTCTTGGAAGGTTCCACTACCATTACGAACGGCTTCACGCACGCTATCT
CTACCGGTAACTGGGTCTTGAAGCGGTTCAAGGTCGACCGGCAGGGGGTG
ACCCAGGAAAGTTCTTGGAAGGTTCCACTACCATTACGAACGGCTTCACG
CACGCTATCTCTACCGGTAACTGGGTCTTGAAGCGGTTCAAGGTCGACCG
GCAGGGGGTGACCCAGGTGTTATCCCGGCTAAGCTTCATCTCGTCCCTGG
GCATGATGACGAGGGTGGACTCCCAGTTCCAGAAGGAGCGGAAGGTTTCG
GGACCACGTGCGCTACAGCCCAGCCAGTGGGGCATGCTCTGCCCCGCTGA
CACCCCCGAGGGAGAAAGCTGCGGCCTCGTGAAGAATCTCGGTGTTATCC
CGGCTAAGCTTCATCTCGTCCCTGGGCATGATGACGAGGGTGGACTCCCA
GTTCCAGAAGGAGCGGAAGGTTTCGGGACCACGTGCGCTACAGCCCAGCC
AGTGGGGCATGCTCTGCCCCGCTGACACCCCCGAGGGAGAAAGCTGCGGC
CTCGTGAAGAATCTCGCGCTCTTGGCGCACGTGACGTCGGACCAGGAGAC
GGGGCCGGTGCTGCGGCTATGCTACGACCTGGGCGTGGAGGACGTCGCCA
GGCTCTCGGGGGGGGAGGTCAACGGCCGGCACTCGTCGCTCGTGTTTCTC
AACGGTTCCATCGTCGGCGCGACCGGCGCTCTTGGCGCACGTGACGTCGG
ACCAGGAGACGGGGCCGGTGCTGCGGCTATGCTACGACCTGGGCGTGGAG
GACGTCGCCAGGCTCTCGGGGGGGGAGGTCAACGGCCGGCACTCGTCGCT
CGTGTTTCTCAACGGTTCCATCGTCGGCGCGACCGGGCACCCGTTCCTGC
TGGCCAACAAGATCCGGTTCCTGAGAAGGAAAGGTATGGTCGGGGAGTTC
GTCAGCGTCTACCTCCACTCCGTGCGGAGAGCCGTCTACATCGCCAGTGA
CGGCGGCCGGGTGTGCCGGCCCCTGCTGGTTGTAGAGGACGGACGCACCC
GGCTTACGAAGACGCACCTCGACCAGATGGCGCTGGGGGTGCTGTCCCTG
CAAGGCACCCGTTCCTGCTGGCCAACAAGATCCGGTTCCTGAGAAGGAAA
GGTATGGTCGGGGAGTTCGTCAGCGTCTACCTCCACTCCGTGCGGAGAGC
CGTCTACATCGCCAGTGACGGCGGCCGGGTGTGCCGGCCCCTGCTGGTTG
TAGAGGACGGACGCACCCGGCTTACGAAGACGCACCTCGACCAGATGGCG
CTGGGGGTGCTGTCCCTGCAAGACCTGATCAAGCAAGGGGTGGTGGAGTA
CGTGGACGTGAACGAGGAGAACAACTGCCTCGTGGCCCTCGCCGACGCGG
ATCTGACTCTGAACCACACGCACCTCGAGATCGACCCCCTCACGCTGCTA
GGGGTCGTGGCAGGGCTCATCCCCTACCCGCACCACAACCAGAGCCCGCG
TAACACGTACCAGTGCGCCATGGGCAAGCAGACCTGATCAAGCAAGGGGT
GGTGGAGTACGTGGACGTGAACGAGGAGAACAACTGCCTCGTGGCCCTCG
CCGACGCGGATCTGACTCTGAACCACACGCACCTCGAGATCGACCCCCTC
ACGCTGCTAGGGGTCGTGGCAGGGCTCATCCCCTACCCGCACCACAACCA
GAGCCCGCGTAACACGTACCAGTGCGCCATGGGCAAGCAGGCGATGGGCA
CGACGGCGCTCAATATGCACGAGCGGATCGACGGCCTGCTGTACGCCCTG
GTGCACCCCCAGAAGCCCGTTGTCACTACCAGGGTGCTGGACCTCGTGCA
CTTCGATCAGGCGATGGGCACGACGGCGCTCAATATGCACGAGCGGATCG
ACGGCCTGCTGTACGCCCTGGTGCACCCCCAGAAGCCCGTTGTCACTACC
AGGGTGCTGGACCTCGTGCACTTCGATCAGGTCCCCGGAGGCCAGAACGC
GTCGATCGCGGTGATGTCGTACTCTGGGTACGATATCGAGGACGCCATCG
TGCTCAACAAGGGGTCTCTGGACCGCGGCTTCGGCCGATGCATGGTCTTC
AGGAAGCACCAGGTCCCCGGAGGCCAGAACGCGTCGATCGCGGTGATGTC
GTACTCTGGGTACGATATCGAGGACGCCATCGTGCTCAACAAGGGGTCTC
TGGACCGCGGCTTCGGCCGATGCATGGTCTTCAGGAAGCACCAGGCGCCA
ATCCGGAAGTATCCCAACGGTTCCCAGGACAAGATCGTCGGGAAAGTGCG
GGCTTCGGAGTTCCCGAGGGGCAAAGAGGCGCCAATCCGGAAGTATCCCA
ACGGTTCCCAGGACAAGATCGTCGGGAAAGTGCGGGCTTCGGAGTTCCCG
AGGGGCAAAGAGGACCCTCGATGGCCGCGGTACCAGGCCCTGGACGAGGA
CGGCATCTGCCGGGTGGGAGCCAGGCTTAACCCCGGCACCATCATGGTCA
ACAAGCACAGCCCGGCGAGCACGTCAGGACCCTCGATGGCCGCGGTACCA
GGCCCTGGACGAGGACGGCATCTGCCGGGTGGGAGCCAGGCTTAACCCCG
GCACCATCATGGTCAACAAGCACAGCCCGGCGAGCACGTCAGGGTCCAAG
GGAACGGCCCACTCGGACTTCGCCTCCACGCCCCTCTCGTACAAGGCGCC
GGCGGAGAGCTACGTGGACAAGGGTCCAAGGGAACGGCCCACTCGGACTT
CGCCTCCACGCCCCTCTCGTACAAGGCGCCGGCGGAGAGCTACGTGGACA
AGGTGGTGCTCACGGCGAACGAGAACGAAGATTACCTCATCAAAATCCTC
GTCAGGCAGACCAGGAGACCAGAGGTGGTGCTCACGGCGAACGAGAACGA
AGATTACCTCATCAAAATCCTCGTCAGGCAGACCAGGAGACCAGAGGTGG
GAGATAAGTTCTCCTCCCGGCACGGGCAGAAGGGGGTCTGCGGCATCATC
GTGCCCCAGGAGGACATGCCCTTCGCTGACTCGGGCATCTGCCCCGACCT
GATCATGAACCCCCACGGGTTCCCGTCGCGCATGACGGTCGGCAAGATGG
TCGAGCTAGTGGCCGGGAAGGTGGGAGATAAGTTCTCCTCCCGGCACGGG
CAGAAGGGGGTCTGCGGCATCATCGTGCCCCAGGAGGACATGCCCTTCGC
TGACTCGGGCATCTGCCCCGACCTGATCATGAACCCCCACGGGTTCCCGT
CGCGCATGACGGTCGGCAAGATGGTCGAGCTAGTGGCCGGGAAGGCGGGA
GTGCTCCACGGCCACCAGGCCTACGGGACGGCGTTTGGAGAAGAGTACGG
CAGCGCCGACCGGGTGCACCTCTGCTGCCAGGCGGGAGTGCTCCACGGCC
ACCAGGCCTACGGGACGGCGTTTGGAGAAGAGTACGGCAGCGCCGACCGG
GTGCACCTCTGCTGCCAGGCTTTGGTGGAGCGAGGCTACAGCTACGTCGG
CAAGGACATGCTGACATCCGGTACGGGGGGGGAGCCGCTGATGAACTACA
TCTTCGCCGGGCCGGTGTTTTACCAGAAGCTAAAGCACATGGTCATGGAC
AAGGCTTTGGTGGAGCGAGGCTACAGCTACGTCGGCAAGGACATGCTGAC
ATCCGGTACGGGGGGGGAGCCGCTGATGAACTACATCTTCGCCGGGCCGG
TGTTTTACCAGAAGCTAAAGCACATGGTCATGGACAAGATGCACGCGAGA
GCAAGAGGTCCCCGGGCAGTGCTGACGCGGCAGCCCACCGAGGGTCGTTC
GAGGGACGGCGGGCTGCGGCTGGGCGAGATGGAGCGGGATTGCCTCATCG
GGTACGGCGCCAGCGCGCTCATCATGGAGAGACTGATGATAAGCAGCGAC
GCCTTCACGGCGAACGTTTGCCAAGGGTGCGGCCTGCTGGGATGCACGCG
AGAGCAAGAGGTCCCCGGGCAGTGCTGACGCGGCAGCCCACCGAGGGTCG
TTCGAGGGACGGCGGGCTGCGGCTGGGCGAGATGGAGCGGGATTGCCTCA
TCGGGTACGGCGCCAGCGCGCTCATCATGGAGAGACTGATGATAAGCAGC
GACGCCTTCACGGCGAACGTTTGCCAAGGGTGCGGCCTGCTGGGGTACTC
TGGATGGTGCCAAAACTGCCGCAGCCCCGAAAAGATGGCAGATATCCGAC
TACCCTACGCGTGCAAGCTTCTCTTCCAGGTACTCTGGATGGTGCCAAAA
CTGCCGCAGCCCCGAAAAGATGGCAGATATCCGACTACCCTACGCGTGCA
AGCTTCTCTTCCAGGAGCTGCAGAGCATGAACATCGTCCCCCGACTCAAG
CTCCAAGACTTCTAAGAGCTGCAGAGCATGAACATCGTCCCCCGACTCAA
GCTCCAAGACTTCTAA