mRNA_P-fluviatile_contig13.1620.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig13.1620.1
Unique Name	mRNA_P-fluviatile_contig13.1620.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: D7FNV1_ECTSI (Methyltransferase type 11 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FNV1_ECTSI)

HSP 1 Score: 546 bits (1407), Expect = 6.230e-188
Identity = 270/348 (77.59%), Postives = 307/348 (88.22%), Query Frame = 2

Query:   74 RPRMHASPGVDTFAEDDNYATLEGLED---SSPLGLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLKGPVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVAYVDK 1108
            R RMHA+     F+E+D+YATL GLE+   SS LGL++V KAID LFAFEP+F++ V +AR+KIVKRSY LGV W E V+GMRRNMDELQGEYDRLLD +VSTP+YYYAPFHCYPEGNL WQAALEVEPSA+CVH++IYT +  V+ER GDDKLR  + QRM+EMLKGP PKDILDIGCSTGLST++LA  FP ARITGVDLSPHMLAVGRYFLRTREEQR ARGRV+Y+HAAGEMTG+GD SMDLV+LSLTSHELP +ATR++FREA+RVLRPGGAISFMDMNP+SP FQKLANNPFAFAGFKSTEPYL +Y+SLDL  EL +AGFR+PEVRSNS RHRTCVAYVDK
Sbjct:   78 RSRMHAN----AFSEEDSYATLAGLEEKQGSSDLGLKVVSKAIDTLFAFEPFFDYMVVEAREKIVKRSYTLGVGWAENVDGMRRNMDELQGEYDRLLDAKVSTPSYYYAPFHCYPEGNLSWQAALEVEPSAICVHADIYTGKKGVYERHGDDKLRGNFHQRMKEMLKGPEPKDILDIGCSTGLSTLKLAETFPLARITGVDLSPHMLAVGRYFLRTREEQRHARGRVEYLHAAGEMTGMGDASMDLVSLSLTSHELPAEATREVFREAFRVLRPGGAISFMDMNPQSPAFQKLANNPFAFAGFKSTEPYLQEYISLDLGKELEAAGFRNPEVRSNSTRHRTCVAYVDK 421

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A6H5KG82_9PHAE (Methyltransf_11 domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KG82_9PHAE)

HSP 1 Score: 398 bits (1023), Expect = 4.170e-132
Identity = 197/259 (76.06%), Postives = 226/259 (87.26%), Query Frame = 2

Query:   83 MHASPGVDTFAEDDNYATLEGLED---SSPLGLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLKGPVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATR 850
            MHA+     F+E+D+YATL GLE+   SS LGL++V KAID LFAFEP+F++ VE+AR+KIVKRSY LGV W E V+GMRRNMDELQGEYDRLLD +VSTP+YYYAPFHCYPEGNL WQAALEVEPSA+CVH++IYT +  V+ER GDDKLR  + QRM+EMLKGP PKDILDIGCSTGLST++LA  FPSARITGVDLSPHMLAVGRYFLRTREEQR ARGR++Y+HAAGEMTG+GD SMDLV+LSLTSHELP  ATR
Sbjct:    1 MHAN----AFSEEDSYATLTGLEEKEGSSGLGLKVVSKAIDTLFAFEPFFDYMVEEAREKIVKRSYTLGVGWAENVDGMRRNMDELQGEYDRLLDAKVSTPSYYYAPFHCYPEGNLSWQAALEVEPSAICVHADIYTGKKGVYERHGDDKLRGNFHQRMKEMLKGPEPKDILDIGCSTGLSTLKLAETFPSARITGVDLSPHMLAVGRYFLRTREEQRHARGRIEYLHAAGEMTGMGDASMDLVSLSLTSHELPADATR 255

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A836C987_9STRA (S-adenosyl-L-methionine-dependent methyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C987_9STRA)

HSP 1 Score: 311 bits (798), Expect = 9.120e-97
Identity = 188/384 (48.96%), Postives = 225/384 (58.59%), Query Frame = 2

Query:  134 TLEGLEDSSPL--------GLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQG-EYDRLLDPQVS--TPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLK---GPVPKDILDIGCSTGLSTMQLARGFPSAR-ITGVDLSPHMLAVGRYFLRTREE----------------------------------------------QREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVAYV 1102
            T++ L   SPL        G ++   A+D LF F P+FE     AR KIVKR+  LGV+W   V       DELQ  +YD L    V+  TPAYY +PFH Y EGNLCWQAALEVEPSA+ VH+NIYT   +  ERDGDDKLR  +  R  E+L+    P PKDI+D+GCSTGLST+ L+R FP AR ITGVDLSPHML++ R  L TR +                                               R A  R+ Y++AA E TGL D S DLV L L +HELP  ATR I  EA RVLR GGA++FMDM+P SP FQ++A NP AFAGFKSTEP+L DY+SLD K  L   GF    +RSNS RHRT VA+ 
Sbjct:   16 TVDVLSAESPLAAAQAGNAGFRIASAALDKLFKFPPFFETAKNSARTKIVKRAALLGVDWDARV-------DELQRIQYDALYSADVAAATPAYYKSPFHAYAEGNLCWQAALEVEPSAISVHANIYTENGEF-ERDGDDKLRSTFLSRTLEILRDSGAPAPKDIVDLGCSTGLSTLALSRTFPDARHITGVDLSPHMLSIARLQLATRPDLTSSVNFKPINFILNFNFTPRLXXXXXXXXXXXXXXXXXXXXXXXXXRAAPRRIDYVYAAAEATGLPDASADLVCLCLVAHELPQGATRAILAEARRVLRRGGALAFMDMDPLSPAFQRMATNPMAFAGFKSTEPFLLDYVSLDFKAALAETGFERVAIRSNSPRHRTVVAFT 391

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: W7U5V8_9STRA (Methyltransferase type 11 n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7U5V8_9STRA)

HSP 1 Score: 303 bits (776), Expect = 8.460e-94
Identity = 156/317 (49.21%), Postives = 210/317 (66.25%), Query Frame = 2

Query:  161 PLGLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLK--GPVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREE--QREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVAY 1099
            PL  ++  K +  LF+ +P F    +KAR+ I+ R   +GV+W E V G++R+M+EL+ EY+ +   +V  P YY  PFH Y EGNL W  A+E E +++ VH+  YT      + DGD KLR  + +RM+EML     VP  I+D+GC+ G+ST  L   FP A + GVDLSP+MLAV +Y L  R E  Q +  GRV Y+HAAGE  GL D S+DLV++ L +HELP +A R +FREA+RVLRPGGA++FMDM+P +P FQ++  NP  FA FKSTEP+L +Y+ LDL  EL  AGF   +VR NS RHRT VA+
Sbjct:   53 PLSYRVADKVVGTLFSIDPIFNVLAKKARESIIARGEKIGVSWSERVEGLKRHMEELETEYEGVHRKRVVIPEYYQKPFHAYKEGNLGWAPAIEFEAASLSVHAPTYTRGPTELQEDGDAKLRGNFHKRMKEMLAKFSFVPSRIVDVGCAAGMSTFCLQASFPEAEVLGVDLSPYMLAVAKYNLNARPEFAQVKREGRVDYVHAAGEDLGLPDASVDLVSICLVNHELPNEAARAVFREAHRVLRPGGALAFMDMDPTAPAFQRIVKNPMLFALFKSTEPWLKEYVVLDLPSELARAGFSHMDVRGNSPRHRTVVAF 369

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A0G4GZ14_VITBC (Methyltransf_11 domain-containing protein n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4GZ14_VITBC)

HSP 1 Score: 301 bits (770), Expect = 5.990e-93
Identity = 156/307 (50.81%), Postives = 204/307 (66.45%), Query Frame = 2

Query:  191 IDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVST--PAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLK---GPVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            ++ +F  +P   +    AR  +VKR   +G +W + V+ ++R  ++L  EY+RLLD  + +  P+YY  PFH Y EGNL WQAA+E EP+AV VHS +Y         DGD  LR  + Q M  MLK   G  P+ I+DIGCSTGLSTM+L   FP+A+ITGVDLSP+M AVG Y L+ R    +A   ++Y HAAGE TGL D S+DLVT+ L  HELP  A +DIFREAYR+L+PGG+++ MD+NP SP F KLA NP  FA F+STEPY+ +Y+ +D+  E+  AGF D E R NS RHRT VA
Sbjct:   60 LEGIFKVKPIMGFAAANARKMMVKRGESIGYSWSDEVDALKRAKEQLDAEYERLLDADLHSNYPSYYCVPFHAYDEGNLSWQAAMEAEPAAVTVHSPLYGDNPSDLRPDGDRMLRHRFHQEMVVMLKERGGMTPERIVDIGCSTGLSTMKLHETFPTAKITGVDLSPYMCAVGAYKLQQRGSP-DALAHIEYRHAAGEATGLADGSVDLVTICLVHHELPTHAAKDIFREAYRLLKPGGSLAVMDVNPVSPTFVKLATNPLFFAAFRSTEPYITEYIQMDIAHEMQEAGFCDVESRENSPRHRTVVA 365

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A0G4GWH0_9ALVE (Methyltransf_11 domain-containing protein n=1 Tax=Chromera velia CCMP2878 TaxID=1169474 RepID=A0A0G4GWH0_9ALVE)

HSP 1 Score: 295 bits (755), Expect = 1.260e-90
Identity = 148/343 (43.15%), Postives = 220/343 (64.14%), Query Frame = 2

Query:   83 MHASPGVDTFAEDDNYATLEGLEDSSPLGLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQV--STPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQ---EMLKGPVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            MH+SP      E+    ++   E+++   ++     +D +F ++P   +   KAR  I KR   +G NW E V+ +    D L+ E++ L   +   +TP YY  PFH Y EGNLCW AA+EV P+A  VH+N++T +      DGD+ LRR + + +Q   E+ +   P+ ++DIGCS+GLST++LA  FPS+++TGVDLSP+ LAV  + L+  E Q + + R+ Y+HAA E TG+ D S+D+VT+ L +HELP  A RD++REAYR+L+PGG +S MD NP S  +++LA NP A A F+STEPY+ +Y++ D+K+EL  +GFR    R NS RHRT +A
Sbjct:   33 MHSSP---VSTEETAAPSVTEKEETASFAVRWSSAILDRVFRYKPLLNFMSAKARGMIRKRGDKIGANWSEEVDSLLSLRDNLEAEFESLYSQKTDENTPEYYKVPFHAYSEGNLCWDAAVEVIPAAKTVHANLFTEDRNDFRLDGDETLRRRFMEELQSEMEVRRLRDPQTVVDIGCSSGLSTLRLADSFPSSQVTGVDLSPYFLAVANHKLKDSENQ-DHKNRIAYLHAAAEATGMADSSVDMVTICLVNHELPAAAARDVYREAYRILKPGGVLSLMDANPASDNWRRLARNPIALAAFRSTEPYMDEYVNFDMKIELQRSGFRSVTFRYNSPRHRTVIA 371

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: E1ZE69_CHLVA (Methyltransf_25 domain-containing protein n=1 Tax=Chlorella variabilis TaxID=554065 RepID=E1ZE69_CHLVA)

HSP 1 Score: 264 bits (674), Expect = 6.620e-79
Identity = 150/321 (46.73%), Postives = 202/321 (62.93%), Query Frame = 2

Query:  155 SSPLGLQLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLK--GPVP-KDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARG----RVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            S P G  LVG A++ LF F P+F    + AR  IVKR   +G+++   ++ +R N+D  Q E   + D  V  PAYY  PFH YPEGNL W  A+E+  +A  VHS +Y    K  + +GDD LR  Y + MQ++L+  G  P   ILD+G +TGLST+ L R FP A +TG+DLSPHMLAVG Y  R R EQR A G    R+ ++H AGE T L   S DLV++ L  HELP   ++ IF+EAYR+LRPGGA++ M+MNP S  F+++ + PF +  FKSTEP+L +YLSLD+   +  +GF   +   NS RH+T VA
Sbjct:   35 SRPSG-PLVG-AVEALFRFPPFFNMAAKHARAMIVKRGEKMGLDFEAEIDELR-NVDWDQ-ELQAVEDASVQYPAYYTVPFHAYPEGNLGWTPAMEMTVAARSVHSTVYDPTGKTLDPEGDDNLRSSYSRCMQQLLEEQGARPIGQILDVGAATGLSTLALLRAFPDAEVTGIDLSPHMLAVGSYLQRQRNEQRAASGQPPERLHFVHGAGEDTRLPSESFDLVSVMLVCHELPAAISQAIFKEAYRLLRPGGALAVMEMNPASDGFRRIFSQPFPYVAFKSTEPWLLEYLSLDMAGAMDESGFTAVKQLENSPRHKTVVA 351

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: I0ZAU4_COCSC (S-adenosyl-L-methionine-dependent methyltransferase n=1 Tax=Coccomyxa subellipsoidea (strain C-169) TaxID=574566 RepID=I0ZAU4_COCSC)

HSP 1 Score: 261 bits (667), Expect = 2.060e-78
Identity = 137/308 (44.48%), Postives = 196/308 (63.64%), Query Frame = 2

Query:  185 KAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLKGPVP----KDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            +A++ LF F P+F + V +AR+KI +R  ++GV++   V  +R   D  + E   + D  ++ P YY  PFH Y +GNLCW+AAL+V  +A  VH+ +   E K+ + +GD +LR  Y   M  +++        K+ +DIGC+TGLST++L   FP A+ T +DLSPH LAV R+  + RE +  A   V+++HAAGE TGL   ++DLV+  L  HELP  AT++I  EA+RVLRPGG  + M+MNP SP FQ++  NPFA+A FKSTEP+L +Y+SLDL  EL  AGF       ++ RH T VA
Sbjct:    4 RAVETLFKFPPFFNFAVSQAREKIAQRGREIGVDFEGEVAALRGGTD-WEWEMRGVRDADLAYPDYYTQPFHAYAQGNLCWEAALQVNAAAKSVHAPVMDPEGKLLDPEGDAQLRGSYTANMLRLMERAGASRRVKNAVDIGCATGLSTLELRSAFPDAQFTALDLSPHFLAVARHLQKQREAESGASEPVRFVHAAGEATGLPSETVDLVSCCLVMHELPRAATKNIIAEAHRVLRPGGTFAIMEMNPASPGFQRVFKNPFAYAAFKSTEPWLMEYISLDLLAELQQAGFDTVLQAESTPRHFTMVA 310

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A2P6TS77_CHLSO (Methyltransferase type 11 n=1 Tax=Chlorella sorokiniana TaxID=3076 RepID=A0A2P6TS77_CHLSO)

HSP 1 Score: 262 bits (670), Expect = 3.090e-78
Identity = 143/315 (45.40%), Postives = 203/315 (64.44%), Query Frame = 2

Query:  176 LVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRR-NMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLK--GPVP-KDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGR----VKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            LVG  ++ LF F P+F +  + AR  IVKR   +G+++   ++ +R  + DE   E     DP V  P+YY  PFH YP+GNL  + ALE+  +A  VHS +Y  E K  + +GD KLR  +    + +L+  G  P +DILD+G +TGLS++ L + FP +++TG+DLSPHM+AVGRY  R R   + A G+    ++++H AGE T L D  MDLV++ L  HELP  A++ IF EA+RVLRPGGA++ M+MNP SP FQ++ +NPF +  FKSTEP+L +YLSLD+   + +AGF  P    NS RH+T VA
Sbjct:   46 LVG-LVEALFKFPPFFAFAAKNARAMIVKRGEKMGMDFQAEIDALRSVDWDE---EVAAARDPTVKYPSYYKKPFHAYPDGNLAMEPALEMTVAARSVHSVVYDPEGKKLDPEGDAKLRSTFNDCTKVLLEEQGARPVQDILDVGAATGLSSLALLKAFPGSQVTGIDLSPHMIAVGRYLQRQRNADQAAAGQQPEQLRFVHGAGEDTRLPDGCMDLVSIMLVCHELPAAASQAIFAEAFRVLRPGGALAVMEMNPASPIFQRIFSNPFPYVAFKSTEPWLLEYLSLDMPGAMTAAGFLPPRQLENSPRHKTVVA 356

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BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Match: A0A8J9SU40_9CHLO (Probable demethylmenaquinone methyltransferase at C-terminar half n=1 Tax=Coccomyxa sp. Obi TaxID=2315456 RepID=A0A8J9SU40_9CHLO)

HSP 1 Score: 262 bits (669), Expect = 9.440e-78
Identity = 139/313 (44.41%), Postives = 195/313 (62.30%), Query Frame = 2

Query:  173 QLVGKAIDVLFAFEPYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQVSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDGDDKLRRYYQQRMQEMLKG-----PVPKDILDIGCSTGLSTMQLARGFPSARITGVDLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLSLTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAFAGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVA 1096
            +L+ KA++ LF F+P+F + V +AR+KI +R   +G+++   V  + R  D    E   + DP +  P YY  PFH Y +GNLCW+AAL+V  +A  VH+ +   E        D +LR  Y   M  +++      PV +D++D+GC+TGLST++L   FP AR T VDLSPH LAV R+  R RE +      ++++HAA E TGL   ++DLV+  L  HELP  ATR I  EA+RVLRPGG ++ M+MNP SP FQ++  NPFA+A FKSTEP+L +Y+SLDL  EL +AGF       ++ RH T VA
Sbjct:   69 ELLFKAVEALFKFQPFFNFAVSQAREKIAERGRQIGLDFEGEVAALERETD-WSAELLAVQDPHLVFPDYYTQPFHAYRDGNLCWEAALQVNAAAKSVHAPVMDPEXXXXXXXXDAQLRSSYTANMLRLMERAGCSRPV-QDVVDLGCATGLSTLELRSAFPEARFTAVDLSPHFLAVARHLQRRREAESGTSEPIRFVHAAAEETGLPSETVDLVSCCLVMHELPQAATRAIIAEAHRVLRPGGTLAIMEMNPASPGFQRVFRNPFAYAAFKSTEPWLMEYISLDLPAELRAAGFDTILQAESTPRHFTMVA 379

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig13.1620.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FNV1_ECTSI	6.230e-188	77.59	Methyltransferase type 11 n=1 Tax=Ectocarpus silic...	[more]
A0A6H5KG82_9PHAE	4.170e-132	76.06	Methyltransf_11 domain-containing protein n=1 Tax=...	[more]
A0A836C987_9STRA	9.120e-97	48.96	S-adenosyl-L-methionine-dependent methyltransferas...	[more]
W7U5V8_9STRA	8.460e-94	49.21	Methyltransferase type 11 n=2 Tax=Monodopsidaceae ...	[more]
A0A0G4GZ14_VITBC	5.990e-93	50.81	Methyltransf_11 domain-containing protein n=2 Tax=...	[more]
A0A0G4GWH0_9ALVE	1.260e-90	43.15	Methyltransf_11 domain-containing protein n=1 Tax=...	[more]
E1ZE69_CHLVA	6.620e-79	46.73	Methyltransf_25 domain-containing protein n=1 Tax=...	[more]
I0ZAU4_COCSC	2.060e-78	44.48	S-adenosyl-L-methionine-dependent methyltransferas...	[more]
A0A2P6TS77_CHLSO	3.090e-78	45.40	Methyltransferase type 11 n=1 Tax=Chlorella soroki...	[more]
A0A8J9SU40_9CHLO	9.440e-78	44.41	Probable demethylmenaquinone methyltransferase at ...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig13	contig	P-fluviatile_contig13:40304..47566 -

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	551.6
Seed ortholog evalue	2.6e-154
Seed eggNOG ortholog	2880.D7FNV1
KEGG ko	ko:K20069
EggNOG free text desc.	Methyltransferase domain
EggNOG OGs	2CV5Z@1,2RRD0@2759
COG Functional cat.	S
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko04131
Hectar predicted targeting category	other localisation
Ec32 ortholog description	Methyltransferase type 11
Ec32 ortholog	Ec-12_003260.1
Exons	8
Model size	1958
Cds size	1047
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig13.1620.1	prot_P-fluviatile_contig13.1620.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig13 41151..47502 -

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


Feature Name	Unique Name	Species	Type	Position
1622815538.6082137-UTR-P-fluviatile_contig13:40303..41150	1622815538.6082137-UTR-P-fluviatile_contig13:40303..41150	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig13 40304..41150 -
1693562174.4126377-UTR-P-fluviatile_contig13:40303..41150	1693562174.4126377-UTR-P-fluviatile_contig13:40303..41150	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig13 40304..41150 -
1622815538.7244265-UTR-P-fluviatile_contig13:47502..47566	1622815538.7244265-UTR-P-fluviatile_contig13:47502..47566	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig13 47503..47566 -
1693562174.4818814-UTR-P-fluviatile_contig13:47502..47566	1693562174.4818814-UTR-P-fluviatile_contig13:47502..47566	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig13 47503..47566 -

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_contig13:40304..47566-
coding sequence from alignment at P-fluviatile_contig13:40304..47566-

protein sequence of mRNA_P-fluviatile_contig13.1620.1

>prot_P-fluviatile_contig13.1620.1 ID=prot_P-fluviatile_contig13.1620.1|Name=mRNA_P-fluviatile_contig13.1620.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=349bp
MRRRPRMHASPGVDTFAEDDNYATLEGLEDSSPLGLQLVGKAIDVLFAFE
PYFEWEVEKARDKIVKRSYDLGVNWVETVNGMRRNMDELQGEYDRLLDPQ
VSTPAYYYAPFHCYPEGNLCWQAALEVEPSAVCVHSNIYTSEYKVHERDG
DDKLRRYYQQRMQEMLKGPVPKDILDIGCSTGLSTMQLARGFPSARITGV
DLSPHMLAVGRYFLRTREEQREARGRVKYIHAAGEMTGLGDRSMDLVTLS
LTSHELPVQATRDIFREAYRVLRPGGAISFMDMNPRSPYFQKLANNPFAF
AGFKSTEPYLADYLSLDLKLELVSAGFRDPEVRSNSKRHRTCVAYVDK*

mRNA from alignment at P-fluviatile_contig13:40304..47566-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig13.1620.1 ID=mRNA_P-fluviatile_contig13.1620.1|Name=mRNA_P-fluviatile_contig13.1620.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=7263bp|location=Sequence derived from alignment at P-fluviatile_contig13:40304..47566- (Porterinema fluviatile SAG_2381)
AGAACTTTCCACTAGCAGGAGCAAGCCTCTCTCCCCACGCGGAGGCCGCC
AGCAGCAGCACGGAATGCGGAGGAGGTATGTATCATGTTCGAACGACGGG
GGCTCTGCCGATTGAGAATTAGCCGTGCGGGTATGGTTGGTTCTGATGTT
ACAGGTTACATATCTTGGAGGCGGAAATGGGTCCTTGTGGGCTGTCGGGG
GGACTCGCTCCGTCACGCCGTGCCGTTTCGCCTGCACACAAGCTTTCTGC
TTTGATTTCACGATTTTTCGTGGAATCAGTCCCTCCTTTCCCTTTGGGAC
AAACGCGGTACGGGGTTTTGCCAGCCTTCGGAGAATTTTGGATGGCGGGG
AAGCAAAGCAGGAAAACGACGAATGAGAAGGATGTGGAGAGCGAAAGATA
AAGGCGTGCAAAGGCGTGCCCATCCAATGTTGTCAATTGAGTATCCGCTC
TTCGATTCGATCAACAAAAACGGGTTCACGCGCATGTAGGAAAACGTTCG
AACCGTCTCGCCCGTCCGGCGACGTTTCACACAGCACAGCAGTACTCCCC
TGTTAGCAGCAGTGCGGTAGATGGGGCGTGGGGAAATGGGATATGGGAAA
ATCTCGGGGATATTTCTCGCCGTGTACCATGCGCAGGGGGGCCGTGCAAA
AGACAGGCAGATGATGCCCGCCAAAGCAGGCAGATATCGGGGATGAGGGC
CCTGAGTTGCGCCCCGTAGCCCACCGTCGTCGGACGCAATACTGATTCCT
ACGCTTTTCTACTGTTAACCCGGAAAAGTCTCTCCGATCGATGCGGGGTT
GGGAACAAAGACTTGGCGATTGCTGGCGCGGATGGTCTTTTGATGGTGTG
CCTGGCCCCTGGCCACGCCCTACAGATGCTTGAGACGGCTTGATGGGGAG
GCGCACCTAGTCACTATCTCGTCGTGTCCGTCTCCCTCGTATCATCGGCT
ACCCAAAAGCTGCAGCGCGGGAACGGAGTTCGACAAGCATCCCGAAAACC
CGAGAAATCAATCCGTGCCCTTGCCCGCATCCCACCGTGTCTCCACCCGC
CCGCCCGCCCGCCCGCTTGCGCGCTCGCGCGCCCGCGCGCCCGCCCTCGC
CTCCGAAAAAACTTTCCTTATGACTTGTGACTCGGACCTACTTTTCAAGA
CCGCGTATGCACGCATCACCCGGTGTCGATACGTTTGCGGAAGATGACAA
CTACGCGACGCTTGAGGGCTTGGAAGATAGGTCAGTCGGGAGTTTTTGCG
TCGAATGTCGGTAGAACAGAGCCTGATTCAAGATGACACTCGATTATATT
TACCCCGCGCATGCGAGTTGTTTGTTCGGTTGGTGTGGTGTGGCTGCTTT
CGATGCGCCCACTTCCCGGTCCTGAGCGATTATCGACGCTCGGAAATGAA
CGATATGCCTCGGATAAGAGGCTGTTGTGAACAACGTGAGAGTCGAGTGC
TCCAAGATGATTTTTGTGATTGGTCAAAGAGCCATTGCATGCTTGTGCCC
AGCTCCTCTCGCGTGCACATCCCGCATCGCCCGATGTATCGGAGAGTCGG
GTCGTCCAAAGAAGGTTGTGGCTCGCCAGAGAACCACTGAATACTTTCGT
GCCTAGCACCCGCACGCTTGCGCCTACCCATCCCGTATAGCCCTGTATAT
TTTTCTCCGGGCCCTCCCCGCCTTTTCTCCGGTGCCAGAAACTTTGCTGG
TACTGCGCAAGCGAAATATCGATCGGAGTTTCACCGTCGCGGGTGACCAA
GATGATGATCACGACAGTAAAACGAACCAACGGAACATGCAACAACGAAC
ATTTTTGCCTCGCCCTCAGCTCCCCGTTGGGGCTGCAGCTTGTGGGGAAG
GCGATCGACGTACTCTTCGCCTTCGAGCCGTACTTTGAGTGGGAGGTGGA
GAAGGCTCGAGACAAGATAGTGAAGCGCTCGTACGACCTCGGCGTGAACT
GGGTGGAGACCGTCAACGGCATGCGGCGCAATATGGACGAGCTCCAGGGT
GAATACGATCGACTGCTGGATCCACAGGTAAGTTGACGACGCCCTTCTCT
TTTCATCGCCAAGATAGCATCGCTACCCTGTTGTACCGTGGCCAAGTGAG
GCAAAGCTGCTCCGCTGCCATTGCTACCAAGTAAGTAAGGCAACACCCCT
CTCTGCTGCTGGTACCAAGCTTGTTGCCGATTAGGGTCAAACAGTATCGT
TGAGCCCCGGTCGAAGACTCGAGCGCCTGCACCGGCGTGCCGTCCGCTTT
ATTGGGAGGGACACAGAACTGCTTCAGTCGAACAGCACGAAACACGTTAA
CCCCCCCATATGTCGCCCCTTCCGCTGGCTCTCACCTCGGTGTTTGCCAT
CGGGATTGGGTTTTCGTCGCTTGGCAACGACGTTGTAAAACAAGCCAATT
CACTTCGTGAACTCGGCAACCAGGTTACCGTCTTTTTTTTTCCTCTGTTT
TTTTTTTGGCGGTAACCATAATGGTGGTCGAGAAGATCATGTTGTGCGGG
GTGGAGAACCTTCACCCGCGCAAGGGGATGATCGCACCACGTTGTGTTAA
AATGGTCAAGCACCCTCGAGGCAGTTACGCAGTGCTTACAACTGTCTCTG
GAAGTGAAAGCACCAGCCAATAAATTAAGCCATATGCAGCTGTCATCTGT
ATGCAAGGAAGTAAGCACAAGATGCCGAACACCCTTAGCAGGATGCAGCG
CACCCTTCATGCGACTCGCCGAATACCTCACGGCGCTTCGCGCTTGGTGG
TGTGAGAGTCTGGTCCGGTGAGAACCCGGCGTGCTCCGTCCCGGCTTTGT
AGGGATGCGAGGTCAATGGTCTAACGACTACGGCATGCACGACTATGAGT
ACACCCCATATGTCGGAAACCCCTAGCTAACTCGCGCTGTTGATGTGTGA
AAAATTGTTGACTCGCCACCTTGCGACGAGAAATCACGCACATACCCCGT
TGCACCCTCACCCGACCCCACCCCTCACCGTCATTCCCTCCTCTCCCTCC
CTTCCCAGGTATCCACCCCCGCCTACTACTACGCGCCTTTCCACTGCTAC
CCGGAGGGAAACCTCTGCTGGCAAGCCGCGCTGGAGGTGGAGCCCTCGGC
GGTGTGCGTCCACTCTAATATTTACACGAGCGAATACAAGGTTCACGAGC
GCGACGGAGACGACAAGCTGCGGCGCTACTACCAGCAGCGGATGCAGGAG
ATGCTCAAGGTCGGTGGGTCAGGTGGAGTTGGGTTAACGCCGGGTCCGGA
GCTAGCTGACTTGGCTCCGCTCTGCTCTGCTCCGCTCTGCTCTGCTCAGC
TCGGCTCGGCTTGGCTTGGCTTGGCCTGGCTTGGCGTGGCGTGTGTGGTG
TGGCGTGGCGTGGCTTGGCTAGGCTAGGCTTGGCTAGGCCTAGCTTCGCT
TAGCTTGATTTGGCTTTGACTGAACGCCCGGCCGGCCGACGTGAATACTC
CTTCGAGTGTAACGTGATGTGGCGACGGGAGCAGCGTGGAGGTAGCAGCG
TAAGGGTAGCGGAATGTCAGAGGTTACCGTACAAATGTGTTGCAGAGGAT
GGCGAGAGACTAGAAAGGGGTCATTTTGCCGGCACGGCTGGAGAAGAAAA
TGTTCTGATGCGCCAAGAACCCTATCCCAACTGCAAAGAGAGGAAAGAGC
GAGGAGAAATGGTGTGGATCTTGGAGGTGTAGGTGGAAGCTGCGCTTGAA
AGTCTCGAAAGGGGCGCGTTTAGCTCAGAGGATGGACATTTGCACAGCTG
CTGGGCATCAACACTGCCTTGGGCGTTGCGAGTAGCGCGCCCACACATCC
CCGGTAAGCCAATGAATTCTTCAAGGTGAAAATCGAGGGACTCCTCAAAA
TGGGGATTCAGCCTCCATGAAGTTCCCTCCCTCCCTCCCTCCTGCGCGCT
CCAAACAAACGAAATGACACGCCACCAGGGCCCGGTGCCGAAGGACATCC
TCGACATCGGCTGCTCCACAGGGCTATCGACGATGCAGCTGGCGCGGGGG
TTCCCGTCGGCTCGTATTACCGGGGTCGATCTCTCGCCGCACATGCTGGC
GGTGGGGCGATACTTCCTGCGCACGAGGGAGGAGCAGCGGGAGGCGCGAG
GCAGAGTGAAGTACATCCACGCGGCGGGGGAGATGACGGGGCTGGGGGAT
AGGTCCATGGACCTAGTGACGCTGTCGCTCACCAGCCACGAGCTGCCCGT
GCAGGCCACGCGGTGCGTAAAAGTGTTTGTCTGCGTGTGCGTGTGTTCTT
GCGTGCGTTATATGTGTGCGTGCGTGCTGTGTTATCTGTTGTATTTTCGA
TTTAGTTGTTGAAATGCATTCTGTGAGGTGGTGACACCGACGGCGGCAGC
GGTGACGGATTGACAGCTTATGAATTTGGTTCGGGCTTTCAGTTCGGTGG
CGACTGTTGCGTTCTGAGCCAGCCACTGGGCCAAATGTACGAGAGGCATC
GCACTCGGTCGAGTGTGGAGCATGAGGCACAGCAGCAGCACGGCAGGGCA
GGGGGGATCCATACACACATGTTGCCACGTCGGGCACCAGCCTATTTGTT
CAATATCACATTGCAGCCAGGACATTTTAGGCGAATGCCGTAACTTTTTC
CACAATATGCGTGATAATTTTGTCCCCGCTTGCTCTCTGTCCGTTATTCT
CTCCTCTCCACCACCAACACAACGACCAACACCACCATTAACCCCGCCGC
CCTTGCCGCCGCCGCCAGGGACATCTTCCGGGAAGCGTACAGAGTTCTCC
GCCCCGGCGGCGCCATCTCTTTCATGGTGAGTCCAGCCGCAGTCCGCTTG
TGTGTCGATGTTTTTGCAGCGAAACGCGGGACCGAACATGGAGGTGAGGC
GAGGCGAGGCAAGGCGAGGCGAGGCGAGGCGAGGCAAGGCGAGGCGAGGG
GTGCAAGCCGGGCGACTTGGCCGAAACCAGCCTTTGCCTGCTCGCGCTGC
TGCTACTCTATGGCTTCGGCGAGAACGAAAGAGCGAATGGATCGATCATG
CTTGCTGTGCGTATTAGTGACAAGAGGCTAGTGCTTGTTGCCGTCGTGCC
TTTGAGGATAGTGCGTCACAAACACGCGCTCTTCTCAGTAGTGATGCTCT
TGCTCGCTCCCCTTTGCAAGCCCCCCTCCCCACCCCATCCTCGCTCTGCT
TCCCTTATTCCCTCCGCCGTCTCAGTACACGCTTGTTTGATGCGTGTAAT
ACCCGCTCTATTTCTTTACTCCAAAGCGTTTCGAGACCGCCGCTTGGAGG
GGCACACGCCGTTCATTTTTTTCCCGGTTCGTCTCCTCCCCAACCTGTTT
TCTTTGCCCCTCTCCCCGCCCCCTTCCTCCGTTCCCTCTTCCTCCCGCCA
TTTACCGCTGCGGCGGTCGCGTTGACCCGTCGAACGCAACACTTCCATGG
TTCTGAAGGACATGAACCCCCGATCCCCATACTTCCAGAAGCTGGCCAAC
AACCCGTTCGCATTCGCTGGCTTCAAGGTACGGATGCCACTTGCCTTGCT
CTCCGTGTTCTCCTCAGTATTGAGGAGTTGAGGTTTATGTTTGGGAAAAA
GTGTGAGAAATTGCAAATTTGATGCCACCGGCCGTGTGCGGCTAAGCGCG
TAGCGGGAAACACGAAGTGCGCTTGCCATCTTTCAAAGTCGTGTCGATGC
GTGCGTCTTGCAGGCGCCCTTATCGTTACATGTGTGTGTGTTGTTTCGCG
CTTGGCGTTCCACTTGGCTCCCAGTGCAACCACGACTCTTGTTCCATCTG
CGTGAGAGCGGCGCTTGTTGATGAATGTCCGTATTAAATGCTGAGCAAGA
AGAGGAGGAAACAACGGTGTCCGGAGTTCCCTGCTCCGCGTTTGCTTTAG
CAGCAGCAAGACGAGTTAGCCACGGCTGGTGACCACTTATCGAAAGTATT
CGCGAAAAACCAAAACGCGATGTTCCCGTTCAGGCAAAGCTTCGTCCCGC
TCAGAGCGCTTACAGCATTGCGCGGCCTTCTCACGAGAGCAGGGTCAACG
TCCGGTCTTGAGAGCCGACAACAATCTGGCTTTCAGTTATGCCCAACGGT
TATTTCAATCAAGGAGAAAACTACAGCTCGGCAAGCACCCGCATTCGACC
GCCTCGTTCCTCTGCTGGTATCCCGGTGGGTCACCCGACCCAGAATTCGC
AGCAATGAAACCCTCGGCCTCCGGACGCTGAACATAGTCAGGCCCCCACC
CCGCAGCCCCCCAACTGAACCCCCCACCACCGGCCCCCCTGAACCCCCAC
CGTCTCCGATCCATTTTTTGTCCACCCTCAGAGCACGGAGCCTTACCTAG
CGGACTACTTATCCCTGGACCTGAAGCTGGAGCTCGTGTCTGCGGGCTTC
AGGGACCCGGAGGTCCGGTCGAACTCTAAGAGGCACCGTACCTGCGTCGC
GTACGTGGACAAGTAGGGTTTCGCTGCAGCTGATACCGCTGCTGCTGCTG
CCGCTGCTGCTGCTGCTCTTTATCACAGTTGCTACAGCAGCAGCTGCAGC
GGTTGAGAAACATAAGAGCTTTCATGTTGAGTGCCAGGGCTTTGCTCCTG
ATGGTCGTCTGATTTCACGCAGAAATTCACGTCTCTCCTCGCGATGAACC
AGTGAAACCAGTTTGTTTGGGCAAGGGTGGTGGCAGCCCCCAGGGCCCGA
GGATTAGACGGGGAAAGGATTTGCGTGAAGCGTTTAACTTTGGCCGTTAC
AAGTGGCTGATGAATGTAGGTGAGTGCCGTGCGTTTATTTTAAATTATTT
TTAGAGGAAGACAAAACACGCCATTGGCACAAATGTTTCAAGGAAGTGCC
GCGCGGGCGCGTCGACGAGCGGGTTTATTCATCCGAGCCGCCAGCCGGCG
ACTTGTGAATGGTGGCATGCTCTGCGCTCGGTTTCTGCCGCTGCTCAATA
AAAGGCACAAAAGCATCTGAAGACTTTTGAGACTTTCTTCGCGACACTTT
CAAGGTTTTGGTCCCGTCGGGTGCTCTGGGGTCGGGCGAGGGAGTGCACA
AGCTCAGCCGTCCAGCATGCACTTTGTTGTTTTCGGATATCTCTGCAAGT
GTCTTGTTTCCACGCTCCCTGCAAGTTTGACGTCCCGTGGCAGGATGTTG
CTGTCAGCGTTCGAGCTCTAGACGAACATGAACAGGAAGGGCGGGTGGAC
GTCAGCTTAGTACCGGCGAAGTTGGTGTGCCTGCCCTGGCCGAGTGTTCC
CTATGTGTGTCATGGGGTAGAACGAGGAGAAAACTGAGCAAACCAGACGT
TCTCTAATACCCG

Coding sequence (CDS) from alignment at P-fluviatile_contig13:40304..47566-

>mRNA_P-fluviatile_contig13.1620.1 ID=mRNA_P-fluviatile_contig13.1620.1|Name=mRNA_P-fluviatile_contig13.1620.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2094bp|location=Sequence derived from alignment at P-fluviatile_contig13:40304..47566- (Porterinema fluviatile SAG_2381)
ATGCGGAGGAGATGCGGAGGAGACCGCGTATGCACGCATCACCCGGTGTC
GATACGTTTGCGGAAGATGACAACTACGCGACGCTTGAGGGCTTGGAAGA
TAGACCGCGTATGCACGCATCACCCGGTGTCGATACGTTTGCGGAAGATG
ACAACTACGCGACGCTTGAGGGCTTGGAAGATAGCTCCCCGTTGGGGCTG
CAGCTTGTGGGGAAGGCGATCGACGTACTCTTCGCCTTCGAGCCGTACTT
TGAGTGGGAGGTGGAGAAGGCTCGAGACAAGATAGTGAAGCGCTCGTACG
ACCTCGGCGTGAACTGGGTGGAGACCGTCAACGGCATGCGGCGCAATATG
GACGAGCTCCAGGGTGAATACGATCGACTGCTGGATCCACAGCTCCCCGT
TGGGGCTGCAGCTTGTGGGGAAGGCGATCGACGTACTCTTCGCCTTCGAG
CCGTACTTTGAGTGGGAGGTGGAGAAGGCTCGAGACAAGATAGTGAAGCG
CTCGTACGACCTCGGCGTGAACTGGGTGGAGACCGTCAACGGCATGCGGC
GCAATATGGACGAGCTCCAGGGTGAATACGATCGACTGCTGGATCCACAG
GTATCCACCCCCGCCTACTACTACGCGCCTTTCCACTGCTACCCGGAGGG
AAACCTCTGCTGGCAAGCCGCGCTGGAGGTGGAGCCCTCGGCGGTGTGCG
TCCACTCTAATATTTACACGAGCGAATACAAGGTTCACGAGCGCGACGGA
GACGACAAGCTGCGGCGCTACTACCAGCAGCGGATGCAGGAGATGCTCAA
GGTATCCACCCCCGCCTACTACTACGCGCCTTTCCACTGCTACCCGGAGG
GAAACCTCTGCTGGCAAGCCGCGCTGGAGGTGGAGCCCTCGGCGGTGTGC
GTCCACTCTAATATTTACACGAGCGAATACAAGGTTCACGAGCGCGACGG
AGACGACAAGCTGCGGCGCTACTACCAGCAGCGGATGCAGGAGATGCTCA
AGGGCCCGGTGCCGAAGGACATCCTCGACATCGGCTGCTCCACAGGGCTA
TCGACGATGCAGCTGGCGCGGGGGTTCCCGTCGGCTCGTATTACCGGGGT
CGATCTCTCGCCGCACATGCTGGCGGTGGGGCGATACTTCCTGCGCACGA
GGGAGGAGCAGCGGGAGGCGCGAGGCAGAGTGAAGTACATCCACGCGGCG
GGGGAGATGACGGGGCTGGGGGATAGGTCCATGGACCTAGTGACGCTGTC
GCTCACCAGCCACGAGCTGCCCGTGCAGGCCACGCGGGCCCGGTGCCGAA
GGACATCCTCGACATCGGCTGCTCCACAGGGCTATCGACGATGCAGCTGG
CGCGGGGGTTCCCGTCGGCTCGTATTACCGGGGTCGATCTCTCGCCGCAC
ATGCTGGCGGTGGGGCGATACTTCCTGCGCACGAGGGAGGAGCAGCGGGA
GGCGCGAGGCAGAGTGAAGTACATCCACGCGGCGGGGGAGATGACGGGGC
TGGGGGATAGGTCCATGGACCTAGTGACGCTGTCGCTCACCAGCCACGAG
CTGCCCGTGCAGGCCACGCGGGACATCTTCCGGGAAGCGTACAGAGTTCT
CCGCCCCGGCGGCGCCATCTCTTTCATGGGACATCTTCCGGGAAGCGTAC
AGAGTTCTCCGCCCCGGCGGCGCCATCTCTTTCATGGACATGAACCCCCG
ATCCCCATACTTCCAGAAGCTGGCCAACAACCCGTTCGCATTCGCTGGCT
TCAAGGACATGAACCCCCGATCCCCATACTTCCAGAAGCTGGCCAACAAC
CCGTTCGCATTCGCTGGCTTCAAGAGCACGGAGCCTTACCTAGCGGACTA
CTTATCCCTGGACCTGAAGCTGGAGCTCGTGTCTGCGGGCTTCAGGGACC
CGGAGGTCCGGTCGAACTCTAAGAGGCACCGTACCTGCGTCGCGTACGTG
GACAAGTAGAGCACGGAGCCTTACCTAGCGGACTACTTATCCCTGGACCT
GAAGCTGGAGCTCGTGTCTGCGGGCTTCAGGGACCCGGAGGTCCGGTCGA
ACTCTAAGAGGCACCGTACCTGCGTCGCGTACGTGGACAAGTAG