mRNA_P-fluviatile_contig16.2798.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig16.2798.1
Unique NamemRNA_P-fluviatile_contig16.2798.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A6H5JZB1_9PHAE (NMO domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JZB1_9PHAE)

HSP 1 Score: 795 bits (2052), Expect = 1.940e-274
Identity = 476/670 (71.04%), Postives = 526/670 (78.51%), Query Frame = 1 
Query:    1 MGFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRDEAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTP---------------------------------------------------SQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRLRTDVDFDPP-RTRVAG-----TSLSANNIDDMDRDGGGVDAATGGVKRASTAGDLSNAGRAPPGTRQVISSGSSYEKLAGYSRAVRVGKHVQVAGTTATNPEGSGVLCEGDIVGQTQYVFHIIALALKEAGCSLDNVVRTRMYVTDISNAEKVMEEHRKVFNGIRPAATIIGVSALVHPDLLVEVEADAMD 1839
            M  STPFTKA+NLSVP+CLAPMAGVSGG    AVARGGGLGVIGAGS K  S+LDEEVR+FRDEAPLGAKLALGIISW+ALG  GHG TQA+L    +      XXXXXXXXXXXXXXXXXXXXXX         +    +  TG G  + KA       CDTSVL +L+ RYRPHAIWFFAPSTP                                                   +++AYTVCQEMGVEIIAQVGTV +AR A EMGASVVVAQGREAGGHGLRPE+ARG+LPLAAAV+VELA TGKPVLAAGG+VSGRGLLA+LALGCDGVVMGTRY ATYEALGT+DHKAKIV+TSGDETVRTRV+DMAAA+RP+NPV WPEPYDSSGVA NDFTA+WHT+EA LE  L++RDG+TGHS PTAQ+EDAER RDLSIAKV+MGEG GLIYSVDAAEKITRDVAREAEEQLD VNRLRTD +FDPP R  V+G      SLSANNIDDMDR G G  A T  VKRA+T  DLSN  RAP GTRQVISSGSSYEK+AGYSRAVRVGKHVQVAGTTAT+P+GSGVLC GD+ GQTQY+FHII+LALKEAGCSL+NVVRTRMYVTDI NAEKVM EH +VF+ IRPAAT+I VS+LVHPDLLVE+EADA++
Sbjct:    1 MVLSTPFTKAFNLSVPVCLAPMAGVSGGP---AVARGGGLGVIGAGSGKNISELDEEVRLFRDEAPLGAKLALGIISWSALGGDGHGVTQASLHGRNTNNRTSAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNDKGLRRDSSTGNGGSARKAA------CDTSVLQTLLKRYRPHAIWFFAPSTPCACVSSAVFFRAWAVFTGVGGAVLMTVPREAPLPLTPSPFVPPCARATVFPAKEAYTVCQEMGVEIIAQVGTVSQARTAVEMGASVVVAQGREAGGHGLRPEVARGVLPLAAAVSVELAETGKPVLAAGGIVSGRGLLASLALGCDGVVMGTRYCATYEALGTDDHKAKIVSTSGDETVRTRVFDMAAAVRPHNPVLWPEPYDSSGVAWNDFTAKWHTQEARLEEDLSVRDGVTGHSRPTAQLEDAERMRDLSIAKVYMGEGAGLIYSVDAAEKITRDVAREAEEQLDMVNRLRTDKEFDPPPRPHVSGGGDRPMSLSANNIDDMDRGGLGSQA-TARVKRANTVSDLSNPVRAP-GTRQVISSGSSYEKMAGYSRAVRVGKHVQVAGTTATDPDGSGVLCIGDVGGQTQYIFHIISLALKEAGCSLENVVRTRMYVTDIENAEKVMAEHCRVFSSIRPAATLISVSSLVHPDLLVEIEADALE 659
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: D7FU38_ECTSI (NMO domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FU38_ECTSI)

HSP 1 Score: 710 bits (1833), Expect = 4.400e-243
Identity = 377/463 (81.43%), Postives = 418/463 (90.28%), Query Frame = 1 
Query:  472 EEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRLRTDVDFDPP-RTRVAG-----TSLSANNIDDMDRDGGGVDA-ATGGVKRASTAGDLSNAGRAPPGTRQVISSGSSYEKLAGYSRAVRVGKHVQVAGTTATNPEGSGVLCEGDIVGQTQYVFHIIALALKEAGCSLDNVVRTRMYVTDISNAEKVMEEHRKVFNGIRPAATIIGVSALVHPDLLVEVEADAMD 1839
            E  CDTSVL +L+ RYRPHAIWFFAPSTPS++AYTVCQEMGVE+IAQVGTV +AR A EMGASVVVAQGREAGGHGLRPE+ARG+LPLAAAV+VELA TGKPVLAAGG+VSGRGLLA+LALGCDGVVMGTRY ATYEALGT+DHKAKIV+TSGDETVRTRV+DMAAA+RP+NPV WPEPYDSSGVA NDFTA+WHTREA LE  L+ RDG+TGHS PTAQ+EDAER RDLSIAKV+MGEG GLIYSVDAAEKITRDVAREAEEQLD VNRLRTD++FDPP R RV+G      SLSANNIDDMDR   G+D+ AT  VKRA+T  DLSN  RAP GTRQVISSGSSYEK+AGYSRAVRVGKHVQVAGTTAT+P+GSGVLC GD+ GQTQY+FHIIALAL+EAGCSL+NVVRTRMYVTDI NAEKVM EH KVF+ IRPAAT++ VS+LVHPDLLVE+EADA++
Sbjct:   96 EAACDTSVLQTLLKRYRPHAIWFFAPSTPSKEAYTVCQEMGVEVIAQVGTVGQARTAVEMGASVVVAQGREAGGHGLRPEVARGVLPLAAAVSVELAETGKPVLAAGGIVSGRGLLASLALGCDGVVMGTRYCATYEALGTDDHKAKIVSTSGDETVRTRVFDMAAAVRPHNPVLWPEPYDSSGVAWNDFTAKWHTREARLEEDLSDRDGVTGHSRPTAQLEDAERTRDLSIAKVYMGEGAGLIYSVDAAEKITRDVAREAEEQLDIVNRLRTDMEFDPPPRPRVSGGGGKPMSLSANNIDDMDR--WGLDSQATVRVKRANTVSDLSNPVRAP-GTRQVISSGSSYEKMAGYSRAVRVGKHVQVAGTTATDPDGSGVLCIGDVGGQTQYIFHIIALALREAGCSLENVVRTRMYVTDIKNAEKVMAEHCKVFSSIRPAATLVSVSSLVHPDLLVEIEADALE 555
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A813EEE4_POLGL (Hypothetical protein n=1 Tax=Polarella glacialis TaxID=89957 RepID=A0A813EEE4_POLGL)

HSP 1 Score: 194 bits (493), Expect = 6.800e-51
Identity = 159/438 (36.30%), Postives = 205/438 (46.80%), Query Frame = 1 
Query:    4 GFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRDEAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPS-TPSQQA-----YTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKP-----VLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRL 1284
              +T FT  +   VPI   PMAGVSGG LAAA ARGG LG I AG     S L E+V +FR  AP  A L +G + ++++   G G  QA L                                                                 +D            +RP  + FFAP+  P           V ++ G +++ QVG+V EA+ A E  A  +VAQGREAGGHGLR EL  G LPLAA VA ELA   +      VLAAGG+  G+GL AALALGCDG V+GTR +A+ EALG +  K  +V    D+ +RT V+D  A     +P  WP P+DS G   N  +  WH +E  LEA LA   G    +   A    A +A D   A V  GEG G I +++ AE I   + R   E +DQ+ R+
Sbjct:    8 SLNTAFTDRFGCRVPIMGTPMAGVSGGTLAAATARGGALGFIAAGHLSDPSALAEQVALFRALAPPEALLCIGFVGYSSMS-VGFGRLQAAL-----------------------------------------------------------------DD------------HRPSVVQFFAPALVPDADGCAWGNVAVAKKAGSKVVLQVGSVEEAKRALEAEADCIVAQGREAGGHGLRTELGSGTLPLAARVA-ELARGSERLLRPCVLAAGGITCGKGLAAALALGCDGAVLGTRLWASAEALGKDSLKRALVEAEADDVLRTTVFDTLA--NAYSPTPWPAPFDSVGALHNKTSKRWHGKEDELEALLAGGQG----AETIAVFRAAVQAGDAESATVLAGEGVGAIGAIEPAEHI---ILRIEVEAIDQIRRM 357
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A7S0VYN9_9CRYP (Hypothetical protein n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0VYN9_9CRYP)

HSP 1 Score: 189 bits (479), Expect = 3.350e-49
Identity = 146/428 (34.11%), Postives = 211/428 (49.30%), Query Frame = 1 
Query:   31 YNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQ--LDEEVRIFRDE-APLGAK--LALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQA--YTVCQEMGVEII-AQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAV-----ELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQV 1275
            + + VP+  APMAGVSGGRLAAAV +GGGLG I AG A  +S+  LD E+ +FR   + L  K  L LG I++++L                                                                               C  SVL+    +Y+P  + F AP   SQ A    + +E  + I+ AQVG++ EA  A   G  V++AQG EAGGHGLRPEL    +PLAAAV       +L   G  VLAAGG+  GRG+ AAL+LGCDGV MGTR+FA+++A+G ++ K  IV  + D  +RTRV+D+       NP  WP PYD++G   N+ +  WH +  +L   L  + G  G  +   +    + + + S+  V+MG+G   ++ +D AE + R +  EA E ++++
Sbjct:    6 WGVRVPVMSAPMAGVSGGRLAAAVCKGGGLGFIAAGHASASSEANLDAEINLFRKATSQLDPKPPLCLGFITYSSL------------------------------------------------------------------------------PCIASVLV----KYKPDVVQFTAPGV-SQGAGNIAIAREHHISIVMAQVGSIAEAEDAICAGVDVIIAQGTEAGGHGLRPELGTATMPLAAAVCSMVKNSQLQDQGPLVLAAGGISDGRGVAAALSLGCDGVSMGTRFFASHQAMGRSEEKQAIVQANADSAIRTRVFDLLNNTSSANP--WPPPYDAAGALHNETSRAWHNQPEALAQTLEAQ-GREGELIKAYR----QHSGNTSVTAVWMGQGVSDVHEIDDAEALVRRINDEAGEAIERL 343
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A1I7H1V5_9BACL (Nitronate monooxygenase n=2 Tax=Alicyclobacillus macrosporangiidus TaxID=392015 RepID=A0A1I7H1V5_9BACL)

HSP 1 Score: 163 bits (412), Expect = 1.420e-40
Identity = 148/430 (34.42%), Postives = 199/430 (46.28%), Query Frame = 1 
Query:    1 MGFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRD-EAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRLR 1287
            M + T FT+   +S+P+ LAPMAGV+GG LAAAV+  GG G++  G AK    L E  ++ R  + P G    +G ++WA        A  A L H                                                                              RP A+ F +   PS  A  V    G  +I QV +VREA  A + GA V+VAQG+EAGGHG   +  RG   L  AV V++A +  PVLAAG V  GRGL+AALALG  GV++GTR++A  EA+G    KA++VT+ GD+TVRTRV+D+           WPE Y    +  N    EW+ RE  L  KL           P  Q   A  A D  +A V+ GEG  LI+ V+ A +I R +  +AE+ LD+++ LR
Sbjct:    1 MPWETAFTQCLGVSLPVALAPMAGVAGGELAAAVSEAGGFGIVAGGYAKEEQFLPEIEKVKRKTDRPWG----IGFLTWAL--EQNPKALDAALEH------------------------------------------------------------------------------RPAAV-FLSCGDPSPWADPV-HAAGARLICQVTSVREAARARDAGADVLVAQGQEAGGHG---DSVRGTFSLVPAV-VDIAPS-IPVLAAGAVADGRGLVAALALGAAGVLVGTRFYAAAEAIGHPAAKARLVTSGGDDTVRTRVFDIV------RDTGWPERYPGRALR-NRLYDEWNGREDELRTKL-------DEVRPAYQA--AVAAGDFDVAVVWAGEGIDLIHGVEPAGEIVRRMVADAEKCLDRIHALR 323
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A848FJN8_9BURK (Nitronate monooxygenase n=1 Tax=Azohydromonas caseinilytica TaxID=2728836 RepID=A0A848FJN8_9BURK)

HSP 1 Score: 157 bits (396), Expect = 1.580e-38
Identity = 137/427 (32.08%), Postives = 193/427 (45.20%), Query Frame = 1 
Query:   13 TPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRD--EAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQAY-TVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRL 1284
            T  T+ + +  PI LAPM GVSGGRLAAAV+  GGLG++G G    +  L  E+ + +     P G    +G+I+W+A                                                                                 D S+ + L++ YRP+A+     S    + Y ++ +  G  +I QV  V  AR+A E GA V+VAQG EAGGHG      R  LPL  AV   +A T  PVLAAGG+  GRGL AAL LG  GV++GTR++A+ EALG    K K+V   G++T RT  +D+   +      +WPEPY+   +  N F   W  RE  L A++ I+  +            A +A D  +A V+ GEG  LI  ++ A  I + +A EA ++L    RL
Sbjct:    4 TALTEMFGIDHPIVLAPMGGVSGGRLAAAVSNAGGLGLVGGGYGD-SGWLSRELSLVKSLTSHPWG----VGLITWSA---------------------------------------------------------------------------------DASI-VELVLGYRPYAVML---SFGDPEPYGSIVKAAGCRLICQVQDVAGARLALEAGADVIVAQGTEAGGHGA----GRSTLPLVPAVVDAVAPT--PVLAAGGIADGRGLAAALMLGAQGVLVGTRFYASEEALGHPHAKRKLVEAHGEDTCRTTAFDVVRKL------AWPEPYNGRALC-NGFVKRWRGREDELAAQVDIQQHVYA---------SAVQAADHDVAVVWAGEGVDLIDGIEPAGDIVQRLAAEAADRLGWAARL 318
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: UPI001563E252 (nitronate monooxygenase n=1 Tax=Aquabacterium terrae TaxID=2732868 RepID=UPI001563E252)

HSP 1 Score: 154 bits (390), Expect = 1.370e-37
Identity = 139/421 (33.02%), Postives = 184/421 (43.71%), Query Frame = 1 
Query:   10 STPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRDEA-PLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWF-FAPSTPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQL 1266
            +T  TK + L  PI LAPM GVSGGRLAAAV+  GGLG++G G    A    E  R+  + + P G    +G+I+W+                                                                                  DT  L+  ++ +RPHA+   F    P      V +  G ++I QV  +  A++A E GA ++VAQG EAGGHG      R  LPL  AVA  +A    PV+AAGG+  GRGL AAL LG  G ++GTR++A+ EALG    K  IV   G++T RT V+D    M      +WP PY   G+  N F   WH RE  L A L    G           + A R  DL  A V+ GE   LI SV++A  + R +  +AE QL
Sbjct:    3 TTALTKMFRLEHPIVLAPMGGVSGGRLAAAVSNAGGLGLVGGGYGDPAWLRTELSRVKGETSRPWG----VGLITWSV---------------------------------------------------------------------------------DTG-LVESVLGHRPHAVMLSFGDPRPHG---AVIKAAGCKLICQVQDLAGAQLAVEAGADIIVAQGTEAGGHGG----GRSTLPLVPAVADVVAPI--PVVAAGGIADGRGLAAALMLGAHGALIGTRFYASDEALGHGLAKRCIVAAHGEQTARTTVFDTVRDM------AWPAPYTGRGLR-NRFMERWHGRERELSAALDAERG---------PYQAATREGDLDTAVVWAGEAVDLIVSVESAATLVRRIGAQAERQL 312
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A1W9I5X6_9PROT (Uncharacterized protein n=1 Tax=Proteobacteria bacterium SG_bin9 TaxID=1827385 RepID=A0A1W9I5X6_9PROT)

HSP 1 Score: 154 bits (389), Expect = 1.380e-37
Identity = 140/432 (32.41%), Postives = 192/432 (44.44%), Query Frame = 1 
Query:    1 MGFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRDEAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWF-FAPSTPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGK-PVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRLRT 1290
            M   TP T+ + L  PI LAPMAG SGG LAAAV R GGLG+IG G       L  E+ +  +E     K+ +G I+W+   +                                                                         PE       L+ L + ++P A++  F    P           GV +IAQV TV +A+IAA  GA  +VAQG EAGGHG      RG LPL  AV   + + GK PV+AAGG+  GRGL AALALG  GVV GT ++A+ EAL     KA  V  SGD TVR+ ++D+A        + WP+ + +     N F  EW  +  +LEA   I+           +  DA  A D  +A V +GE   L++ +  A +I R + ++AE ++  +N L T
Sbjct:    1 MPIVTPLTEQFELEFPIILAPMAGFSGGALAAAVGRAGGLGLIGGGYGD-GDWLKRELPLAGNE-----KIGVGFITWSLAKK-------------------------------------------------------------------------PE-------LLDLALDHKPRAMFLSFGDLKPFAGKIAAA---GVPLIAQVQTVADAKIAASEGAQFIVAQGSEAGGHGS----GRGTLPLVPAV---IDAVGKIPVIAAGGIADGRGLAAALALGAAGVVCGTAFYASREALTHERIKAAAVAASGDNTVRSSIFDIARR------IDWPKRW-TIRTLENAFHREWAGKPEALEADATIQ---------AQRYRDAAAAGDADVAAVIVGEAIDLVHEIRPAAEIVRSIGQDAERRIAALNGLVT 320
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A537K6C2_9BACT (Nitronate monooxygenase n=1 Tax=Terrabacteria group bacterium ANGP1 TaxID=2569760 RepID=A0A537K6C2_9BACT)

HSP 1 Score: 154 bits (389), Expect = 1.410e-37
Identity = 138/430 (32.09%), Postives = 191/430 (44.42%), Query Frame = 1 
Query:    1 MGFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKIASQLDEEVRIFRD--EAPLGAKLALGIISWAALGRSGHGATQATLRHTASGGXXXXXXXXXXXXXXXXXXXXXXXXXXGAGSSVGGAEAGVAEGGTGAGAESDKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGLIYSVDAAEKITRDVAREAEEQLDQVNRL 1284
            MG  TPF + ++L+ PI LAPM G++GGRLAAAV+  GGLG++G G   +   L+ E+ + R+    P G    +G+I+W       H   +A                                                                           + L +R+RP  ++F +   P   A  + ++ G  +I QV  V  A+ A   GA V+VAQG EAGGHG      R  LPL  +VA  +A T  PVLAAGG+  GRGL AAL LG  G V+GTR++A  E+LG    K +IV   G +TVRT ++D+          +WP P+    +  N FTA W  R+  L   L           P  Q   A  A D   A V+ GEG  LI  V +A +I + + REAE +L   + L
Sbjct:    1 MGIRTPFAERFSLTYPILLAPMGGIAGGRLAAAVSNAGGLGLVGGGYGDL-EWLEAELALAREGTRRPWG----VGVITW-------HAGIEA---------------------------------------------------------------------------VKLALRFRPD-VFFLSFGDPRPFAALI-KDAGCALICQVQDVDAAQQAKAAGADVIVAQGTEAGGHGA----VRAALPLVPSVADAVAPT--PVLAAGGISEGRGLAAALMLGAQGAVVGTRFYACQESLGHPSAKRRIVGADGGDTVRTHMFDVVRGY------AWPAPFTGRALR-NRFTARWAGRDDELARSL-------DEERPRYQA--AAAAGDFETAVVWAGEGVDLIADVPSAAEIVQRIGREAERRLGMASGL 319
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BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Match: A0A7R9ZM28_9STRA (Hypothetical protein n=1 Tax=Craspedostauros australis TaxID=1486917 RepID=A0A7R9ZM28_9STRA)

HSP 1 Score: 155 bits (393), Expect = 2.500e-37
Identity = 100/262 (38.17%), Postives = 139/262 (53.05%), Query Frame = 1 
Query:  505 LIMRYRPHAIWFFAP--------STPSQQAYTVCQEMGVEIIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVAVELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTNDHKAKIV-TTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAEWHTREASLEAKLAIRDGMTGHSMPTAQIEDAERAR---DLSIAKVFMGEGTGLIYSVDAAEKITRDVAREA 1254
            ++  +RP  + FFAP        ST +     +    G  ++AQVG+  +A  A E G   ++AQG EAGGHGLR E+  G LPLAA +    A  G PVLAAGG+  GR +   +++GCDGVV+GTR +A+ EALG    K K+   TSGD+ VRT+ +D  A       + WP+PYDS G   ND T +W TR+  LE  L         + P A +E  + A    D  +A V  G+G G +  ++    I   +  EA
Sbjct:  123 VLQTHRPDVVQFFAPAIARKGGHSTTAATNVDLAHAHGALVMAQVGSAADAAEALESGVDAIIAQGSEAGGHGLRREVGSGTLPLAARIVGLAAPNGIPVLAAGGICDGRTMAGMMSVGCDGVVLGTRLWASNEALGNARFKEKLAKATSGDDVVRTQSFD--AIWNSYRSIQWPDPYDSCGALRNDITDKWDTRQRELEKVL-------DSAAPPAWMEKYKHANEVGDSDMAAVLCGQGVGEVEGIEPTFDIVARINDEA 375
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig16.2798.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5JZB1_9PHAE1.940e-27471.04NMO domain-containing protein n=1 Tax=Ectocarpus s... [more]
D7FU38_ECTSI4.400e-24381.43NMO domain-containing protein n=1 Tax=Ectocarpus s... [more]
A0A813EEE4_POLGL6.800e-5136.30Hypothetical protein n=1 Tax=Polarella glacialis T... [more]
A0A7S0VYN9_9CRYP3.350e-4934.11Hypothetical protein n=1 Tax=Hemiselmis tepida Tax... [more]
A0A1I7H1V5_9BACL1.420e-4034.42Nitronate monooxygenase n=2 Tax=Alicyclobacillus m... [more]
A0A848FJN8_9BURK1.580e-3832.08Nitronate monooxygenase n=1 Tax=Azohydromonas case... [more]
UPI001563E2521.370e-3733.02nitronate monooxygenase n=1 Tax=Aquabacterium terr... [more]
A0A1W9I5X6_9PROT1.380e-3732.41Uncharacterized protein n=1 Tax=Proteobacteria bac... [more]
A0A537K6C2_9BACT1.410e-3732.09Nitronate monooxygenase n=1 Tax=Terrabacteria grou... [more]
A0A7R9ZM28_9STRA2.500e-3738.17Hypothetical protein n=1 Tax=Craspedostauros austr... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig16contigP-fluviatile_contig16:1989698..2014715 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Porterinema fluviatile SAG_23812021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score712.6
Seed ortholog evalue1.6e-202
Seed eggNOG ortholog2880.D7FU38
KEGG rclassRC02541,RC02759
KEGG koko:K00459
KEGG ReactionR00025
KEGG Pathwayko00910,map00910
GOsGO:0003674,GO:0003700,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0006355,GO:0008150,GO:0009410,GO:0009889,GO:0010468,GO:0010556,GO:0019219,GO:0019222,GO:0031323,GO:0031326,GO:0042221,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044424,GO:0044464,GO:0050789,GO:0050794,GO:0050896,GO:0051171,GO:0051252,GO:0060255,GO:0065007,GO:0080090,GO:0140110,GO:1903506,GO:2000112,GO:2001141
EggNOG free text desc.2-nitropropane dioxygenase
EggNOG OGs2RHJM@2759,COG2070@1
EC1.13.12.16
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko01000
Hectar predicted targeting categoryother localisation
Ec32 ortholog descriptionEndoribonuclease L-PSP/chorismate mutase-like
Ec32 orthologEc-25_000760.1
Exons16
Model size3470
Cds size1845
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815704.1139674-CDS-P-fluviatile_contig16:1989697..19897911622815704.1139674-CDS-P-fluviatile_contig16:1989697..1989791Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1989698..1989791 +
1693562997.0175393-CDS-P-fluviatile_contig16:1989697..19897911693562997.0175393-CDS-P-fluviatile_contig16:1989697..1989791Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1989698..1989791 +
1622815704.1287084-CDS-P-fluviatile_contig16:1995199..19952761622815704.1287084-CDS-P-fluviatile_contig16:1995199..1995276Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1995200..1995276 +
1693562997.0685346-CDS-P-fluviatile_contig16:1995199..19952761693562997.0685346-CDS-P-fluviatile_contig16:1995199..1995276Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1995200..1995276 +
1622815704.1437569-CDS-P-fluviatile_contig16:1995777..19958761622815704.1437569-CDS-P-fluviatile_contig16:1995777..1995876Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1995778..1995876 +
1693562997.0812998-CDS-P-fluviatile_contig16:1995777..19958761693562997.0812998-CDS-P-fluviatile_contig16:1995777..1995876Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1995778..1995876 +
1622815704.158286-CDS-P-fluviatile_contig16:1996446..19967351622815704.158286-CDS-P-fluviatile_contig16:1996446..1996735Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1996447..1996735 +
1693562997.0978434-CDS-P-fluviatile_contig16:1996446..19967351693562997.0978434-CDS-P-fluviatile_contig16:1996446..1996735Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1996447..1996735 +
1622815704.181271-CDS-P-fluviatile_contig16:1997723..19977761622815704.181271-CDS-P-fluviatile_contig16:1997723..1997776Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1997724..1997776 +
1693562997.107838-CDS-P-fluviatile_contig16:1997723..19977761693562997.107838-CDS-P-fluviatile_contig16:1997723..1997776Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 1997724..1997776 +
1622815704.197175-CDS-P-fluviatile_contig16:2000588..20006801622815704.197175-CDS-P-fluviatile_contig16:2000588..2000680Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2000589..2000680 +
1693562997.1235363-CDS-P-fluviatile_contig16:2000588..20006801693562997.1235363-CDS-P-fluviatile_contig16:2000588..2000680Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2000589..2000680 +
1622815704.2177076-CDS-P-fluviatile_contig16:2003604..20037631622815704.2177076-CDS-P-fluviatile_contig16:2003604..2003763Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2003605..2003763 +
1693562997.1321075-CDS-P-fluviatile_contig16:2003604..20037631693562997.1321075-CDS-P-fluviatile_contig16:2003604..2003763Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2003605..2003763 +
1622815704.2321026-CDS-P-fluviatile_contig16:2004158..20042201622815704.2321026-CDS-P-fluviatile_contig16:2004158..2004220Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2004159..2004220 +
1693562997.1403995-CDS-P-fluviatile_contig16:2004158..20042201693562997.1403995-CDS-P-fluviatile_contig16:2004158..2004220Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2004159..2004220 +
1622815704.2460787-CDS-P-fluviatile_contig16:2005240..20054091622815704.2460787-CDS-P-fluviatile_contig16:2005240..2005409Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2005241..2005409 +
1693562997.1490319-CDS-P-fluviatile_contig16:2005240..20054091693562997.1490319-CDS-P-fluviatile_contig16:2005240..2005409Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2005241..2005409 +
1622815704.2577913-CDS-P-fluviatile_contig16:2006072..20061421622815704.2577913-CDS-P-fluviatile_contig16:2006072..2006142Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2006073..2006142 +
1693562997.1584256-CDS-P-fluviatile_contig16:2006072..20061421693562997.1584256-CDS-P-fluviatile_contig16:2006072..2006142Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2006073..2006142 +
1622815704.2694693-CDS-P-fluviatile_contig16:2008223..20083481622815704.2694693-CDS-P-fluviatile_contig16:2008223..2008348Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2008224..2008348 +
1693562997.169381-CDS-P-fluviatile_contig16:2008223..20083481693562997.169381-CDS-P-fluviatile_contig16:2008223..2008348Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2008224..2008348 +
1622815704.2811844-CDS-P-fluviatile_contig16:2008740..20089181622815704.2811844-CDS-P-fluviatile_contig16:2008740..2008918Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2008741..2008918 +
1693562997.1778204-CDS-P-fluviatile_contig16:2008740..20089181693562997.1778204-CDS-P-fluviatile_contig16:2008740..2008918Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2008741..2008918 +
1622815704.2953503-CDS-P-fluviatile_contig16:2010601..20106761622815704.2953503-CDS-P-fluviatile_contig16:2010601..2010676Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2010602..2010676 +
1693562997.187081-CDS-P-fluviatile_contig16:2010601..20106761693562997.187081-CDS-P-fluviatile_contig16:2010601..2010676Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2010602..2010676 +
1622815704.3096893-CDS-P-fluviatile_contig16:2011191..20113021622815704.3096893-CDS-P-fluviatile_contig16:2011191..2011302Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2011192..2011302 +
1693562997.1957235-CDS-P-fluviatile_contig16:2011191..20113021693562997.1957235-CDS-P-fluviatile_contig16:2011191..2011302Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2011192..2011302 +
1622815704.3244493-CDS-P-fluviatile_contig16:2011837..20119661622815704.3244493-CDS-P-fluviatile_contig16:2011837..2011966Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2011838..2011966 +
1693562997.2037358-CDS-P-fluviatile_contig16:2011837..20119661693562997.2037358-CDS-P-fluviatile_contig16:2011837..2011966Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2011838..2011966 +
1622815704.346075-CDS-P-fluviatile_contig16:2013027..20130901622815704.346075-CDS-P-fluviatile_contig16:2013027..2013090Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2013028..2013090 +
1693562997.211578-CDS-P-fluviatile_contig16:2013027..20130901693562997.211578-CDS-P-fluviatile_contig16:2013027..2013090Porterinema fluviatile SAG_2381CDSP-fluviatile_contig16 2013028..2013090 +


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

Feature NameUnique NameSpeciesTypePosition
1622815704.3578076-UTR-P-fluviatile_contig16:2013090..20147151622815704.3578076-UTR-P-fluviatile_contig16:2013090..2014715Porterinema fluviatile SAG_2381UTRP-fluviatile_contig16 2013091..2014715 +
1693562997.2196507-UTR-P-fluviatile_contig16:2013090..20147151693562997.2196507-UTR-P-fluviatile_contig16:2013090..2014715Porterinema fluviatile SAG_2381UTRP-fluviatile_contig16 2013091..2014715 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig16.2798.1prot_P-fluviatile_contig16.2798.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig16 1989698..2013090 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig16.2798.1

>prot_P-fluviatile_contig16.2798.1 ID=prot_P-fluviatile_contig16.2798.1|Name=mRNA_P-fluviatile_contig16.2798.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=615bp
MGFSTPFTKAYNLSVPICLAPMAGVSGGRLAAAVARGGGLGVIGAGSAKI
ASQLDEEVRIFRDEAPLGAKLALGIISWAALGRSGHGATQATLRHTASGG
TTSPAAAAGGGVAANTANEEAAAAAAGAGSSVGGAEAGVAEGGTGAGAES
DKAPADPEEDCDTSVLISLIMRYRPHAIWFFAPSTPSQQAYTVCQEMGVE
IIAQVGTVREARIAAEMGASVVVAQGREAGGHGLRPELARGILPLAAAVA
VELASTGKPVLAAGGVVSGRGLLAALALGCDGVVMGTRYFATYEALGTND
HKAKIVTTSGDETVRTRVYDMAAAMRPNNPVSWPEPYDSSGVAANDFTAE
WHTREASLEAKLAIRDGMTGHSMPTAQIEDAERARDLSIAKVFMGEGTGL
IYSVDAAEKITRDVAREAEEQLDQVNRLRTDVDFDPPRTRVAGTSLSANN
IDDMDRDGGGVDAATGGVKRASTAGDLSNAGRAPPGTRQVISSGSSYEKL
AGYSRAVRVGKHVQVAGTTATNPEGSGVLCEGDIVGQTQYVFHIIALALK
EAGCSLDNVVRTRMYVTDISNAEKVMEEHRKVFNGIRPAATIIGVSALVH
PDLLVEVEADAMDT*
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mRNA from alignment at P-fluviatile_contig16:1989698..2014715+

Legend: CDSpolypeptideUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig16.2798.1 ID=mRNA_P-fluviatile_contig16.2798.1|Name=mRNA_P-fluviatile_contig16.2798.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25018bp|location=Sequence derived from alignment at P-fluviatile_contig16:1989698..2014715+ (Porterinema fluviatile SAG_2381)
ATGGGGTTTTCCACGCCCTTCACGAAAGCTTACAACCTGTCCGTGCCGAT
TTGCCTCGCTCCGATGGCCGGGGTCTCGGGTGGTCGTCTTGCCGGTGAGC
GGTTCAGTTGCCACTTGTACGAATCCGTTCTAGTGAAAAAATAATGCTGC
TCTCTCGGATTGTGCGGCAGTCACTGGTAGAAGTGGTCGTTGCTGATTGC
TGAGCTTGTATTGTCTGTTTGCGTAGGCGTTCCGATGGTCGGGTGAGAGT
GTAGATACGATGGAGCGAAGGTAGCGCCGCATCCACGCACGGTGTACGGC
CGAGGATTTTCGAGGACTTTCCCCACAAAGACGAGCGAGAGAGAGGCCTT
GGAGTGGAATTACTTTGTACAGCAGCAAAGAGCAGCAGCCACAATCACCG
CTCGGCTCGCTGGCTCAGGCCAGCCTGAGCTAGCAGGTAAACGGGTAGCC
ACTTTGCAGGGAGATCAGCTTGGTACGCAGGCACGCAGATGATTCAACGA
GATTCACAACGCTCGCCAAAAAGACACACGCAACACGAAACCATCATTTT
CCAAAGTGTACATCGCTCAACCATTTTTGATTTTGTCTTGCCGTGTAATC
CCCGCAATTTCTCAAACGTCGTGCAAACCCTGTCACGGTTTTCCTAATTC
GGCAAGCAGTACCTCCCCGCTCGACTGACACACAAGATAGTTGTGAAGGG
TGGAGCGGACAGCAGCTCGACTGACACAAGAGGTTGTGAAGGGTGGAGCT
GGCAGCAAGATTTTCTTTTTGCGGAATTCCTCTTCAGTTTGGCAACATTA
AGGGGACGTGCACTCACGCCGTCGGTGGGTCTGAATCCACAACTCTGCCG
GGGAAACAGGAGAGAGCCCTCTTAGAAGCGACAACCCAGCTGCAACGTAC
AGACGTAGGGCAGCGAACAGGCTTCGTGAAGAGTCACAGAACCTCTCGAA
GAGATTAGGGTGAGATCACAAAGCACGAGACACGCTACGAAAGCACGTTC
GAACAAACGAACTTGTGGGGGCGGACAACAACTGGTTGTGACATTTGGTG
ATTAAGCCGAGCTGCATGCATGTTCGTGATGTCCTCCTTGCCAGCCGATC
AGGGCTCGTGCGCATGAAAATGCGGGTTATCGACAAACGTGCAAGTGTGA
ACAACACACCTTGAACTGGACATGTGTTGGTATGCCGCCAGATGGACAAG
ACACAGACGGGGCAGCCAAAAAGCTGTGGGCTTTCGTCGCATTTCCGGTG
GTCAGTGACTGTATCGGAACACTTTCGTGCGGGAAGTGACTATCCTCAGC
GACAACTTATCCCGGCCCTCTAGGCAAGATGGGAGTCGTCAAGAATCAGG
GTTTTTGGTACCTGTAAAAACCAGAGTGTTCGTACTGATTTGTGTCCTTT
ATTTTACTCCGGAGTATAGAAATTATACCGATAATTTGTTTTTGTTTAAA
ATGTCTTTGTTAGGTCGAAAATTATACTGTATACATTTTGGATATCATTT
TACTTATGAAGCTCTAGATCGTGGACTTCTAGAAAGTTTAGGCCCTTTTG
GTTTATCTAAGGTCTTATTAAATCAAATTAATAAAAATCGTAAATGGCAT
TCAGGTTATTTATACCATTATTTATTGTCGGTTGGAGTAATCTTTTACCT
ATCCTCATTATTTCCTTCTCGCCGCGTAGACGTACCACCGATGGCTGGCC
TATAGCCGCCGGAAGGATTTAAGCGGACACATGAGCCACCGACAGGAATG
ATGATGAGGGCTATGCTATTGCATAGCTTACACGCGGAAACCGTATCTTC
AAACATGGAACACTACTGAAGAGCACGAGGTCCGCATGGAAGGCAAAGGC
AGAAAAATGTCAACACTACTGGCATGTACGGGGACAGCCCGCACATTATG
TATATATCTGTAAGCTGGTTTTGATTGTCCGGTGATAAATCACACATTTG
CGCCTATGTTACTGGCAGCGCGAGTACTCTGGCGCACAGGGATGCGAGGT
GTCGATACATCAGAGATGCTATTCCGGAAATCTTTTTACCAAGGGACAGC
ATACAACGGACACTCGAGTTTCGCTCTATCGCGGAAAGCACGTTGGGCTG
TGCGCGGTACGTTGACGTGGTTAAAAGTAGAGCATAGGAAAAAAGTAAGT
CATTAGACAACGAGCACCCGAGCGGAAGAATTGCGCTTACTCGCACCTGG
GTAGCAACTACCGATGGATTACAAGCACGTGGGTGCCGGACATCGGTTGT
TGTTGCTATCCCGATGAAGTAACAGAAAAGGTGGTGCACTACAGAGTGTC
CGAGGTGCGCATAAATTAGCCCCATGTGTTAAGCCGAGACAGCGGTAGAA
GTAGGACAAGACTCCCGCCGGGGAGGGATAAATGGTGGGTCCTGGGACAG
AATCGCAGCACGGCATGAGGCGAGATCAGCTCCGCTCACTGTGGGAGGAT
AGTGTGGTGATGCCAGACTCCCATTTGTGGACGTTGATCGTCGAGGATCA
GATGGTGCTGGAAATTGTCCAGCCAAGCGGCTCCTACCTCCCGTTGGTGA
CCATCGATGCCCTCGATAATGTACGATCCGATGGTGTCATGTTATCGTGA
GCCGTCGAGGTCAGAGGCAGAGGGAGTCGTGCCTACGAATACGTCGTCGA
GTGCCCTTTTATCAGGGGCAGGGGACGACGCGAGGACAACGTACTTTTTT
CATGCCGCCTGGGTGGACGGTAGTGTAGGTTGGTTCGTTGTGTTTGGACA
CGCGATGGATGACTGGCGAGAGCTGTGCTCGGACAGTGTACGGCCCTTGC
CAAGGAAAGTTAGCTTTGGCTTGGACACGGCGCTTGACAACAATTCTCGG
TCGCTTTCGAGTGGCATGATCTCATCGAGATTGCTGGCGGACACTTCAAT
GGTACCAGACATGAGGTGTGGGTGCCGCAACAAGATGGGGCCATCGCCAA
GTACGCGAGACAAACTCGTCGGCGACTTGGTCTCCATACGCTTCAAGGTG
ATTGGGGGAGGTTTTTCGGACGGCATCAAGGCTTTCACTTTTTGCGCGAT
CAGGTGGTATTGAGACAGAAAGGAGTCGGCGTCGATATATGTGGAGCCGT
CGTGAGGGATTAGGTTCTTGAAAATTGGTGAAGTTGAGCACATGCTTCTA
CTTGCTGTCAAGGCTGGGGCAAAGGGCTTGGTGAGCTCGGCCACACTGGT
GACAAACGAGGACAAGCCAGATGCTGGGACACGAGCACGCGGGGACTCAT
TCTGCAGTTTCTGCATGCTTACCAGCCGGTCCATCAGCATGAGCGTCAGC
GGGTACAGCTCGTCGATCTCGGCCGCGTTGAGCAAGGCCAGCTTGTTGCT
GAACAACCTTTGCGGCCGGTCGAGGGTGGACTCGAGGTCGGCAGGCTCTC
CTCCGGTGGAGCAGCCGGTGACGTCCTCGACGTCCATCGAAGCGAAGTAC
TCGGAGTCACGGGCGGTGTCTTCGTCGATGGCTGCGGTTGCAGCGCCGTC
GACGTAGTCTCTGATGCCGTCACCGAAAGAGTTGGGGTCGCCCCTGCCGT
GAGGGTTAAGGTAGGTGTATTCCCCACTTTTCTTCTTGGAAATCCAACAT
AATATAGACAGCGTGGAGTGTGTGCCACATGCGCAGAACGAACTGCTGAT
CGACGGCAAATAAGGGTGCGTACAATACATGTATATATAGCGCGGTCGGC
GGGTCTGAATCCACAACTCTCTGCTGTGAATGCAGGAGAGAGAATTCTAA
GACGCGGCAGCCGGGTGGCAACGTACAGACGTTGGACAGGAAGGGGCTTC
GGGAAGAGTCGCAGAACCTTTCGGAGAGATGAGGGTAAGATCACAGAGTG
ATCGAGTGGGGCGCCAGGAACGCGGCATGGCACAGGACCAAAACATACGT
GGCAGGCGTGTGCCACACACTTTGCCGGCATGCTACCCACTGAGCTTGCA
CACGCCGGCCATGGAAGACAACATCACCCACTGCAAGCGGGAGGCAAACA
CGGCACGCATACAAAGTGCGGAGGGATTCGTGGACGCAAGGGCGTATGCG
CGCGCACAAACGTTGGGAGGTTCCCCAGATAGGTTGAAGATTCTTACAGA
GGCAGAGGGTACCCACATCATCCATCGTTGCAATTGCGTTCCGGAATACA
TGCCGCGGAGGTCGCACACGAGATGAAGGGCTTCTCCCTCCGCTGCTGGC
ATTTGAAGTTTGCCCGGCGAAGAGGTGTGAAGTAGGACCTGATTTCTTGG
TTGACTCGAGATGTCTCTGCAGCAACCGTACCCGTCACACTTTCGTGTTG
AAGTGTCTGGGACATTCACGGGAAGGCAATTTGCCATGCCCAGTTCCTCC
AAAATTTTCTTCAAGTGTCCTGATACACACAGCAATGACTGCCCCGTTCG
TCGGCAGGCCTGTTCCAGGCCCTCGGCAGCGGTCGGCTGATTTTTGGAAC
GGGGAGGGGTTTTTGATGCTGATTCTGGTAAGGAATCGAAGAAGTGTAAC
TTAGAGAAGGGAAGAATCGCCTACAGTCATTTGGACTGGGTAAGGCTTGT
ACTCGTTAAACGATCGACTGATTTTTGAAAGGGGGAATGAAAATTTGTAC
TTAGTACGCCGTACTGGATTTTTTTTGGAGTCGAAGTAGGTGCATCTCAA
TCGGGGGGAGAAATGGCGGACCGATGAACGGCGGTGCTCCGGTCGGGAAG
GAAGTCTACAAGGAGCTCCGTTGGTCATCCCCTTTGACACCTAAGTTTAT
CGTCGAGTTTGCAACCGGGGGATATATTCACAATCGATAGGAAGTTCTGC
ATCTCCCATCTCCAACCCCATCTTCGAAGCACCTTTGAACGTGGGAACGG
GCGGGCAGACCTGAAAAATCCGTTCGAAGCTAGGTTAGGTTAAGCATTTT
ACATCCATTCGCGCACATTCACCCCCATGATCGGGCTGTGATAGCTTGAA
CTTGCATACATGCATCAGAGGGCATCCAGAAGCCAGCAGGCGAAAGCCGA
ATAATCTGGTTGCAGGGGGCGATTCAGGGGTGTTACTGAACTGTCTGCAC
GCAGTAAGGTTTACTAAGGTTTCGCTCCAAATTTCCGAAATTCCGATCAG
AAGAAACTATGTCTCGATTTTTGGCTCCTGCGAATAAATAGTTTTCGGAC
AAGTGAAAGAAGTCGCGAGGGGCCGGGGCGACAAAAAAAATGTTTGAGCC
TTTTTTAATTTGCTGCTTTTCCCCAACCACTCAAATCACAGAAACACCAA
CAGCGGCAACATCAACGATGGCAAATGTCGGCAACGGTAGCTGAACGCCA
CCACCACCACCACCACCACCACCAGCAACAACAACAACAGCAACAACAAC
AACAACAACAACAACAACAACAACAACAACAACTACAGCAGCAGCAACAA
AGTCGCAGCGACAGCAGCAACGACGACGACGATAGCATCAATTAAATCGC
ACGTCTCGACTTGCATCGTCCCGTGTGTCGTGCTTGAATTTCGATTGCCC
AGCCGCCGTGGCACGCGGGGGCGGGCTCGGCGTCATCGGCGCCGGGTCGG
CCAAGATCGCCAGCCAGCTTGACGAAGAGGTTTGTCTGTCCGTGGCGGTG
TTATAGTGTGCATAGTTATCATCATTGTTAGAAAATTGTTTGACAAAAGC
GCAAAGTTTCGGTTACGTGTTGCTTGTTAAAGGCAGCTTGTTTCGACAAT
CTTGGGGAGAATCCTCTCCCCTCTCCCATGTGTATTCGTACCACGTTGAA
TCGGGCACTCTTGCAGACACTGCTTCGCCACAGGCACAAAGCGGACGCTG
TCGCTAGAGTTCCGATCCGTGATCGTTCCTCTGCCTGAGGTCCCCCACTC
AACCTCTGCATACGTTCAATAATTGTGAGTGCCACAAGTTGTTCAGTGGC
AGGAATCCGCGATTGCCTCTCCTTGTTGTTTTGGATATCTAATCAGTACC
ACAGATCGTTTTGTGGCAAAAGTCGACGAATGCCTTCGCTTGGTGTTTAG
TTCGGGTGTCTTACCAGTACCAAAGGTCGCTGAGTGACGCGCCGTACGGC
TGCCTCCGCTTGCTGTCCTGTCTCGTGCAGGTAAGGATATTCCGAGATGA
GGCGCCTCTAGGTGCCAAACTGGCCCTCGGCATCATCTCGTGGGCCGCGC
TTGGAAGAAGTGGTCACGGCGCTACACAGGTCAGGTTACTCGTCGTGCAC
TCTTGGTCCGCTTCCTAACTTCGATAAATCTCTCAAAAGTAGTAGGTTCA
CCTCAGAGTTTCGCATTTGAACGAAAATAGTAGGTTCACCTCAGAGTTTC
GCATTTGAACGACGAGGTCATCGAAAATTTCATCAAAGAGTCTGCAGACA
CAAGCACCCTATCAACGCGGAGGAATCAAGCTTGACTAGCCCCAGCGGAG
GTGAGACATGTACCGTATTGCACTGCCAACGGGAAGTTGCTACGAATCAG
GTCGAAAGAGCAGCAGCATCACGCAGCTGCAACAGGTTTGTTTGATGAGT
CGGTTCGATTTGCTTTGTTGTCCCAAAGGGCCACTCTCCGCTCAACAGCG
CCACCGGCGGAAGCCCACCGATTTGCTGATTTTGTTTGAGTTCGCTCGGT
GCCTCGCAGGTCTGCACCACACCGGCCCGCGTCCAGCGGCGGCGTTGATC
GGCTGGTTGTATTTGATGCGCTGCCTCGCGGGCCTCTTTCCGCCTCATGA
CCAGCAGCAGCGCTGATTGGCTGATTTGATCTGGATTACTGCTACACAGG
CCACTCTCCGTCACACGGCATCCGGCGGGACAACCAGCCCCGCAGCAGCG
GCGGGTGGCGGGGTGGCGGCGAATACGGCGAACGAGGAAGCGGCGGCGGC
GGCGGCGGGGGCCGGGTCGTCGGTgGGGGGGGCGGAGGCGGGCGTCGCAG
AAGGAGGAACTGGGGCGGGGGCCGAAAGTGACAAGGCCCCCGCCGATCCA
GAGGAAGACTGCGATACGTCGGTGTTGATATCCCTGATAATGCGGTACCG
TCCCCACGCGATCTGGTTCTTCGCGCCCTCCACTCCATGTAAGTCTTCTT
TTCTGCTTTTCAAGGTGTTGGTCGGCCCGCGTTGTTGTTGTTTTTGTTGT
TGACTTCACCGAGAAATGTATTTCAAAATGGAACAGAAAGCGGATGAGCT
TGTGCACAACAACTAGCAACGGTGGTCGCCAAGCAACGCTGACCACGAAA
ACGCGCCGCGTGAAAATATTTTGGTGGACGTTTTCCACGCCAACAGACTA
AGCGGACTATCGTAGGGGAAGATCCCTCTTGGGTCAGCACGCACTTTTTG
ACCTAGATTCCAAGCAGGTGGATTTTCGAACCAACAGAGTCAAGGTGTAA
TAATCGACAACCGCAGGGCAGAAAGAGCTTAAAGTGTGGGTCCGGACAAG
CTTGTACTCGTGAGGCTTTTTCTTGCCGATTCAGACACACTTTTAGTTCA
ATGTACGCTATTTTTTGTGTAAAATCCCACCCCCTTCAACAACCAGTCAA
TCGCCTACGGGGTACAATCCTAGATCCGGAGGGCTTCCCCTCCCCACCCA
ATGTCTGTGGAAGGGGGTTTCGCGTGCCTGGCATGGCCCAGATCGAGCAG
TCTCTGCGTGCGGTATGTATTTGCAACTACCGCGCCGATCGTGGCCAGGG
GTCAGGGGTACATCACTCGTTGTGCCCATCGTCCGCAAGGCTATGAAACC
GAGGCGCCCGAACGAAGCGTCCCGAAGGGGACATGTGACGTCTGGGCGTG
GGCCTTCGCCTCAAGAACAGCCGCGCGTGGCAGCCAGGATCAGCGCTTGG
GAAAACACTCTGATCAAAAGCTTTCCTTTGCACAATGCCAGCAACTCTTT
GCCGCATCTTCACTTGCGGATGTGCGTTTCGGGCACAGCGTTGCCGAACG
TGAGTCGAAGTTCGCGCGGACTACAATCGAGTAAGGTTTTACTGCGTGCT
TGAAGGGGGCTTTATTCGTTCCGTCGCTCGGCGCCTCCGCTCTCCTATCC
CGTTCCCCTTTGCGCGCCTCGCCCAGCCCAACAGGCGTACACTGTGTGCC
AGGAGATGGGAGTGGAGATCATCGCGCAGGTGCGATCGGCTCGTATCATG
ATGTTGCGTAGATAAGGGCTAGGAACGAGACGAACGGGGTTTGAAAAAGT
AGCGATCGCATCATGTTGCATGGATCAGGGCCAAGAACTAGAACAGGGGT
CAAGGAAAGCGTTCGCGTCATGTGTTACCGTGCCAGGGCCGGTAATCAGA
TCAGGGGGCGAAAGCGATTCCGATCCCATTGTGATACGTTAGAGGGCCAG
GAATTAGAACAGGGGGTCGAAATGATATCGAGCGGATTGTGTTGCGTAGA
TCAGGGCGAGGAACCAGAATAGGGGTCGGAAATAATGAGGATCGCATCAT
GTCCCGTTTGCGGGCCAGGAATCAGAAAAGGTGTCGAAAATGACGTCGAG
CACATAGTGTTGCGTGGTTCAGGGCCAATATTCAGAACAGGGGTCGAAAA
TAGTATGGCATAGACCAGGGCCAGGAATCAGAAAAGGGGTCGAGAAGGAG
AATGATCGCATTGTGTTCGGTAGGTCAGTAACAGGGGCTGAAAATGGCTT
GTTCCTATTTCCGTGACGGTATGGCCCGTGTTTGCAAATTTCACGCTGCG
GATGTTACACCGCTTTCGTGTCCAGAGGCACCGTGAATCGGAACAACATT
CGGCTCCCGCCGTTCTGCCATAGTGCATCAAGTCTCGTCCTCGCCATCGC
CCTTGCTCTGGAAGTGTTTGATGTTTTGTATTTCTTCATCTTTTCCCGGC
TGTCTCGCTCGCCCGCTCTTGCTGAAATAGAAAGTCACCCCCACAGGGTC
ACCCTGTTGAGCACAGTGGGGAAAGTGTTCTTCAAGATCCTCAACAACAG
AATAGTACGAGTACTGGAGATGGAAAAGAGAATTAGTGAGGGTCAAGCAG
GTTTCAGGGAGGCTAGGGGGTGTGGAGATCACCTATACACGGTAGGGAGA
ATCATACAAGGTCGGAAGAGGGTGGGAAAGCCGACCTATTGTTTTTTCCT
AGACGTTCAGAAAGCGTATGATACAGTATGGAGAAATGGGCTCTGGAAAA
AGTTGGCTAAGTATGGGATAAACGGGAAGATGTGGAGAATGATTAAGAAG
ATGACAGAGAGCACGAAAAGCGCCGTGATGTTAGATGGAGAACTCTCGAG
GTTCTTCGACATTGAGCAGGGGTCCCACAGGGGCACAACAATGTCCCCAA
CGTTGTTCCAGGTATTCATCAACGACTTACTGAAAGAGGTAGAGGCGGTA
GGGAAGGGAGTAGAAGTAGGGGAAACCTCGGTATCGGGACTGCTATTTGC
TGACGACTTTGTTGGGATGTCGGACACGCCTGAGGGGCTCCAACTACACA
GATTAACGCAGCGAAGACCTACGCTGATAAGTGGAGATTCTCGGCCAACG
TCCCAAAGTGTGCCGTAATGGTATGCAATGAAGATGGTGACGAGGAAGTA
GGTACCAAGTGGACGTGGGGGACAAGGAGCTGCCAAGAGTGGAAAAATAC
ACATACCTTGGAGTAGAGGTAGCAAAGGACTGTAAATGGGATGCACACAT
GCACAAAATAGCGGACAAGGGCAAAGCAAGGGCAGGGAAGTTGCACCCAA
TCCTAGCAGACCGGCACCTTGATACACGCGTCAAAATGACCATTCTGAAA
AGTGTTATCATCCCGCCACTAGAGTACGCGGGAGAAGTTTGGGAAGGAAC
AAGAAAATAGTAGCAGAGTTGGAGGCAGCGCAGATGAAAGCAGCGAAGAT
CATTCTAGGATGCTCCCAGCGCACAAGTAACGCAGCAGTAAGAGCAGAGT
TGGGGATCTACTCCTTAAGAACGGGAAGAGACAGGAGGAAGTTGACATGG
CAATACCGTATGGAAAACATGGGAAAGGAGAGGTTACCGAGAATAGCTTG
GGAGGCGAGATGGGTAAACAAGGCCAAGGGTAGACAACCCATTGAGTGGG
CTAAGGTTGTACAGGGGTGTGGAGTGGGTTAGATATTGACGAACGGGAGA
CGACGGGAGCGGAAAGCTTAGAAGGGTACAAGAAGAGCATCTCAGAAGCC
TTTGAAAATAGCGAAGACCAAAGCTTGCGGAAAGAGACCAAGGAAAAGGA
GGTTCTAGAAGTGTACGGAAGGCTGAACGAAGGAATAGGGTTCAAGGAGT
ACCTGAACGGACCATTGGATGAAGGGACAAAGATGAAGGTCAAATTTAGA
ACGGGCGACATTGACCTACGGGAACGTAGAAGGAGGTTTAGGAAGGTAGA
CGACGACGAAGACAAGTTCAAATGTGACTGCGGCGCCGAATGCGAAGACC
GGGTACATGTAGTTGCGGAATGCCCGTTGTACGATCAGGAGAGAGAAGGG
TACATCGTTGAGCTGGAAAAAGTAGACAGTCGGTAGAGAGAAGTTTGAGG
CATGGAACAAAGAGGAGAAGACGGTAGCGGTACTCGGGTGTAAGATGTGG
CCCAGGACGGACAGGTATAAAGTAGACAGGTTAGGGAAAACATTTTTGAG
CCACCTTTGGCAAAGTAGGAAGGAACGATTGGCCATCGGTGGTCGATCCT
GTGGGAACAATGCTCCGTCCTCTCGAGGACGCGTGGTCAATGGTCTAACA
ACTAAGGCATGCAAAACATGAGTACGCCCCCCCACAGGGTCACCTCGGGG
GCACTGTGAGGGACACCTGGGTATCTGTTAAGCTCCTCTGGTTCGTCGTT
TTGCCCGCCACGGGTTGGCACCGCGGCGGGGCCAGGACCTCAGGAAATCT
GTTCCTTGTACATGCTTCTCCCCCCTTCGCTCTTTTTTTTTGTCATGGTT
TGTTGTGTTATGTCTGCTGGCTTATCTCCTTTCCGCAACAGGTTGGCACC
GTCCGCGAGGCCAGAATCGCGGCAGAGATGGGGGCCTCAGTGGTCGTGGC
GCAAGGTCGGGAAGCCGGCGGACACGGCCTCAGGTGACGCAAAAAGGAAA
CCGAGTGAAATTCATTTAAGTGGGGCTTTCCTGAACATGTCGTGGCGCAA
GGTCGGGAAGCCGGCGGACACGGCCTCAGGTGACGCAAAAAGGAAACCGA
GTGAAATTCATTCAAGTGGGGCTTTCCTGAACATGTCGTGGCGCAAGGCC
GGGAAACCGGCGGGCGAGGCATGTGTGGACGGAAAAGAAGCACATTGTGC
CGTGCGAAGATCTCAACAGAAGAAAAGACGAAGCAAGAAGTGGGGATACA
ACACGAAGCCAAGTCATGCACGAAGCGAAAAGAAGTCATCGATATGGGGT
GTTCTCCCTTTGGTTGCTTGTTGTTGGGTGTTTTCGGTCGTGGCGCAAGG
CCGGAGAGCCGACAGACACGGCCTTAGATTATGCAAAACGAATTACTTCG
TACGTTTTTTTTTTCTGGCAGGATACTATCAGAGAGTAGGCGGAGCGAGA
CGAGGAGCAAAACACCCAACCAGCTTCATTTATTCAACAAACATGAAAGT
GGGGGTTCTCTCTCTGGGTCATTTCCGGTCGTGGTGCAATGCCGTGAAGC
TGGCGGACACGGCCTCAGTGGGTGAAACAAACTTAACGTGCATTAGGTAC
GGTATTGCGGATTACCCCAAAAAGCGAAACGACCAACCGTGAGAGGAGGA
ACGATAACATCAAGTATAATTTTTGTAACGTCAAGTCATTCTTCGTTTCT
TTCTTTTTTCGAGATGCGAAGCACGAACAAGGCTTACTTCTCGTCGGGAG
TTTTCGATGATGCAGACGACTAAAGTTATCGCCCCGGTTATCCGCCCTTT
TTCCCTTGTCTCGTGCTTTTACGGGGGCTGTGGCGGGTCGGTAGAGAAAT
ATAGCTGCCTGCGGCCGAAATACCAGGAGAAAAGCAGTTGTGGGGGATAA
ACAGCGGGACGCGAAGTGCCATGGTCTTGAAGATGTGGATTGCTCAGGTT
TTGAGACCCGGGTTGATGCGCTGGAGTGGATTCCGTTTTTTGAACGCCCC
GGCCAGAGAGAGAACCCCCGCCCTCCTCCCCCCCAAATATCGGGAAATTC
AGCTCAATCGCCTTGAGAACGCCCCAAGGCACTTCCTTCTTCTTCTTTCT
TTTGCCCCTCTACCTTTGAGAACGCCCCACGGCGACGTTTTTCTGGCCTA
TTACGTGGTCGCTCCCCGGGGCGTTCGCTTGAAAATCCAACGACTTTCAT
GCCGGCAACATTGTCGTTGGCTGATGTTCTCGTCATCGCTGCTGTTGTAA
TCGACCTTGCTCCAGTGGCTTTGGTGATTGTGGTTTGACAGCGGTAATTG
TCGCAGTGAAGCCCTTTCCATTGAGAGCTGAATAGCCGTACGGAAACACG
CGACACACAAAGCATCACGCGCAGAGTCGTATCTAGTACTTGAAATATGG
TGCACGCCTGTTTGGCCCGGTGATGCGCGTGAGGGTGATGTTGGGTGTGG
GGTAGACTCGTTTCTGCCGGGGTTTTTCAGGCGTGGTAGGGGGTGCTATC
CTCCGGCCGCGAACGGCTCACGGTGCCCCAGGTGCCCTTTTGCCCGCGCG
TAATTTTGAGTTACGATATCGTGGGACCCAGAGCGAGAGCGTATGTGGGT
CTCACGGGGCGCCAGAAAGCGCGAAAGAGAGGCAACGCTCGGGGGGGGGA
TTTCACATCGACGTGATTTTCGATTTTGAAAGAAAACGCAAACCACATCG
ACGTGATTTTCGATTTTGAAAGAAATCGCAAACATCATGGAATACATGAT
CGCATGAGGCAAGACTGACGGTGCCCCGTTAAACAATAGACTCCTTGCAG
TAATGGGTTAGTTTTCAACCGGCCGAGGGTATCGAAAGCAAACAGGTCGC
TACCCTATACAGCTCTGCCAGGGCAATCAATATCAGCAGCGGAACGAAGG
CTTCCGTGTAGGACGCTGTGTGTTTGAATACATCTTTCCCTCCAGCGAAC
GCAGCGCAGGGTTTGATGACATGAGATCACATAGCTTCTTGAGGAACACA
ATGTAAAAAGTGTGCTTTAGTTCATCCGCGATCCTTGTTTGTGGAAATAG
GAGCATTACCGAAGAAGCGGATTTTTATTCCCCGACATGAGGCGAATCTG
AAGCAAGCGGGTAGTTGTAGATGTGTGTGTGTGTGTACTCTACGTGCTTG
CTGTGTGGCTGCGCATTGGACCTTCTGTGGGATAGTGGAATCTTTAGCAT
TCTCTTGGTTATTCTTTTTCTGAAAATATCGCCCCGCGATTCTTGAGGAC
GGGGTGATTTCTGTTCGCAAAACAAATCACCTCAGCGGCGTTCTCAAGCG
ATATTTCGGTACCTATGTCGTGGAGTCCAGGGGCCCAGTCCGACGATCAT
CGAACGTCACCCTACCCGCACCTGGAGCCTCAACTCGCGAAGTCCAGGAA
ACTTTTGAGGGGACCCATCGACCGCCGTTTGCCCTGCCTCCACTTATCGG
ACCAGGACGAGCGGGCCTTTGCGCCGCTTTCAGGGGCGAGTTGCAGGCGT
AGATCGATCCCTCTTTTTTATACCCCTCGGCAATCGAACATTGTTCCACG
TCGACCTTTCTCGTCCGTCGATTCAGCGTGTTATTTCCGTCTCCGGCCAC
CCAACGAAAGTAGGCCGCCAAGTGAAAGCTGAACGTCATTTCCTCTCCAA
GAGTCGGTCCGCCCCAGCGACAGCCGTGGATGATATTGACCGTTATCGAA
GAATGTCAGACTACACCACTCCCCCTTTCTTTTTGGCCGAAGGCTTTCTG
AGTGGTCGGTAAATGATGTGGAGTACCGCCAAATCCCCTTCCAAAGCGGT
TTGTGCAGGTCTCAGGCCTCGCCAAAGGCGCTCTCATAGACGCTCTGACC
AACCAGAAAGTGCGTGCCACGTTTTCTTTCAACGGGCGGTTCCAAATCGG
TTCTCAGGCCTGAGCTCGCTAGAGGTATTCTCCCCTTGGCGGCCGCGGTG
GCGGTGGAACTCGCGTCGACAGGCAAGCCTGTGCTCGCGGCGGGGGGCGT
TGTGAGCGGGAGAGGTCTCCTTGCGGCGTTGGCGCTGGGTTGCGACGGCG
TCGTCATGGGGACAAGGTGATTCGTTGTTGGTGTCCATTGTGGGCGGTGG
TTGTGGTTGCGCGTGTTTCTTGTTTGTATTTTTTTGCCGCTGCTGCTGCT
GCTGCTGCTGCTGCGTTAACTGCTGCTGCTTACTGCTATTGCTGTCGCTG
TTGTTATTCCTATTCTGGTTGTTGGTGCCGTCGCCGTTGACGTGGCCATC
TTCGTCTTGGACGTGGTGGTGGTCGCTAGAGTGGCTTCCATCGCGATTGT
TGTCGTCAGGACCTTTGTCTATCTTTCGCCGTTGCGGCTTTGATCCAGGC
GTGGAGTGTCGAACGCAACGGTTGGATTGAAGATGGGCGGCGCTTCTTCT
TGAATCTGATTGTGGAGGGTCCTTGAGGGCTAAGCTCGGGTCTTTAATTC
GTAATGTTCAGGTACTTCGCGACGTACGAGGCGCTAGGAACGAACGACCA
TAAGGCGAAGATCGTCACAACAAGTGAGAATGAGAAGCATCGTCGCTTCA
AGCCGTCGGTTAGGTTTTTAACGTCGCCGTCGTCATCGCCGCCGTCATCG
ATGTTCTTGCCACTGATTATGGTGGTGGTGGTGGTGGTGGTGGTGGTGGC
AGTGGTGTGGGTGGCGTGGGCGGCGGCAGTGAATGTTCTGCTCATGTTAT
TGTGGCGACTACAGAGGCTGAAACGACCAACACGAGCGAGCAGACGTATC
CACGTCTTCATTGCGATGCGTACCCAGTGGATTGCTTGTCATCGGAATAG
CACCCCTCGCTTCAACTACCCATGTGCCACCATGGGCGCGACGATCATGG
AAGCACTACCTCCCGCCACCGCCCACCATCCCCACACACAATCCCGGAAC
CTGCCCCACGAAGCGGCGGTTGGGGGTGCGTGAAAGCTTTAATTGTGTAC
ATGAACCCTGGCATGGCGGAGTCGATGCATCCGAGGTGGACTCGACTGTC
GTTTTGTCGACTTTCTGCTTCCGTAGCCACGCCGACGTGTGGGTCGCAAC
GGCATCAAGGAGGGGACAGGTCTACCGGGTCACGAATCAATGGGACGGAA
TGAGACAGGATGGGATGGGTTAGGACGGGACGAGACGGGAGTGGGTGAGG
CTAGACGGGAAGGGACGGGGCTGGATGGGACGCGACGGGACTGGATAGGA
TGGGAAGGGCTAGGACGGGACGAGACGGGAGTGGGTAGGAGGAGACGGCA
CTGGAAAAGAAAGGACGCGAGGGCAAGGGGTTGAGAATGGTATCCAGGCC
CAGTGATGCGTCTGAGAGGGTAGCCAATATGAGCCCCATGACTCCATGCT
TTGCACTCACCCCCGGCCCTTCCACAGAAGGAAACAGGCCTGTACTACCG
TTGGCCATGCCATAGTATTTGGAGGCGAAGGCACAGACCCGCATGACCTT
CAACCCGATCGTCCGCCCGTTCACCCAAGCCATCGCAAACTCGTCAATAC
CTCCCGCGGTTCCTACCCTGCCCCAAACCCCCCTCGCTCGAAGGCGGAGA
TGAAACCGTGCGTACGCGTGTGTACGACATGGCTGCCGCTATGCGGCCGA
ACAACCCGGTGTCCTGGCCAGAGCCCTACGACTCCAGCGGCGTCGCGGCG
AACGATTTCACGGCCGAGTGGCATACAAGAGAGGCCAGCCTCGAAGCCAA
GCTTGCGATCAGGTGAGGTCAGCTAACGTCGGATCACGTCGGGTCACGTC
GGAGGTCGGGTCTTGCTATGGCCACTATTAATATGTTGTGGGTGGTTGCT
TGCGATGATTCTCGTAGGTGTCGGAGACTGAGGAGCGCGTGGTTCGATGT
TAATTTACTTTTTCATCTCTTCGTTTGTGTTTTGTGTGCCCTGTGGTGCT
GTCCATACGTGATGGTAACGAAACCCAATCCGCGCTTTGAGATCCTTGAC
CCCACGAGCATGGTTGCGTCCCGTCAATAGAATCGACGCCGCTCTCGGCG
GAAAAGAATGTGGTTTATGTGGCTCTCGACTTTGCGCACTGAGCTGTTCC
GCGTCCCTGATGGTTGGTGCGATTACCGCGCAATCATCGCACGACAAGTG
CACTATGTCCTGTCGGTCTGCGCTTAAGAGTGACCATCCTCGGAAAAGGA
GGTTCCCGGTCTTGCTTCGAGTTAATGAGCTCGTGTGGCGGAGGCGAGTA
CCGGAAATCTAGTCGGGGCGAATGTATTCCGACTTAGAGACCTCATTTCG
ATTTCAACTTCAACATCAACATCGACAGCGGCAACAGCATCCCACCAGAA
CAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACA
ACAACAACGTCTCACGATTTACCAGGGACGGCATGACGGGGCACTCAATG
CCGACGGCGCAGATCGAGGACGCGGAGAGGGCGAGAGATTTATCGGTGAG
GGGCGAGTCTTTGAGAAATCACGCCGGTCTGTGTTGGTACCACAGGCTAT
AGTCAAACAACATGGGGGATATGGCGGTGTGCGGAGAACCTGAGAATTGG
CATGGCGTGTGTGAACCTTCAGGGAGACACGCCTCATTACTTTGGAATCA
CGCGAGACGGGAAGGGAATATGTGTTCCGTTTTCTTTCATTTCTCCGCCC
CGTGCAGCGCGATGGGGTGTCCTTTTCGATCTTTCCGTTCAACCCAATTT
GTGCCATATTGTTCCGGTGCTTTGTCGCCCCCCTCTACGAAGACTGGAGA
TGGAAAAGAGAATTAGTGAGGGCCAAGCAGGTTTCAGGGAGGCTAGGGGG
TGTGGAGATCACCTATACACGGTAGGGAGGATCATACAATGTCGGAAGAG
GGTGGGAAAACCGACATACTGCTTTTTCCTAGACGTTCAGAAAGCGTATG
ATACAGTATGGAGAAATGGGCTCTGGAAAAAGTTGGCGAAGTATGGGATA
AACGGGAAGATGTGGAGAATGATTAAGAAGATGGCAGAGAGCACGAAAAG
CGCCGTGATGTTAGATGGAGAActCTCGAGGTTCTTCGACATTGAGCAGG
GGGTCCCACAGGGGTGCACAATGTCACCAACGTTGTTCCAGGTTTCAGCA
ACGACTTACTGAAAGAGGTAGAGGCGGTAGGGAAGGGAGTAGAAGTAGGG
GAAACCTCGGTATCGGGACTGCTATTTGCTGACGACTTTGTTGGGATGTC
GGACACGCCTGAGGGGCTCCAACTACAGATTAACGCAGCGAAGACCTACG
CTGATAAGTGGAGATTCTCGGCCAACGTTCCAAAGTGTGCCGTAACGGTA
TGCAATGAAGATGGTGACGAGGAAGTAGGTACCAAGTGGACGTGGGGGGA
CAAGGAGCTGCCAACAGTGGAAAAATACACATACCTTGGAGTAGAGATAG
CAAAGGACTGTAAATGGGATGCACACATGCACAAAATAGCGGACAAGGGC
AAAGCAAGGGCAGGGAAGTTGCACCCAATCCTAGCAGACCGGCACCTTGA
TACACGCGTCAAAATGACCATTCTGAAAAGTGTTATCATCCCGCCACTAG
AGTACGCGGGAGAAGTTTGGGAAGGGAACAAGAAAATAGTAGCAGAGTTG
GAGGCAGCGCAGATGAAAGCAGCGAAGATCATTCTAGGATGCTCCCAGCG
CACAAGTAACGCAGCAGTAAGAGCAGAGTTGGGGATTAATTCCTTAAGAA
CGGGAAGAGACAGAAGGAAGTTGACATTGCAATACCGTATGGAAAACATG
GGAAAGGAGAGTTTACCGAGCATAGCTTGGGAGGCGAGATGGGCAAACAA
GGCCAAGGGTTTACAACCCATTGATTGGGCTTAGGTTGTACAGGGAGTGT
GGAGTGGGTTAGATATTGACGAACGGGAGACGTCGGGAGCGGAAAGCTTA
GAAGGGTACAAGCAGAGTATCTCAGAAGCCTTTGAAAATTGAGAAGACCA
GAGTTTGCGGAAAGAGATCAAGGAAAAGGAGGTTCTAGAAGTGTACGGAA
GGCTGAACGAAGGAATAGGGTTCAAGGAGTACTTGAACGGACCATTGGAT
GAAGGGACAAAGATGAAGGTCAAATTTAGAACGGGCGATATTGACCTTCG
GGAACGTAGAAGGAGGTTTAGGAAGGTAGACGACGACGAAGACAAGTCCA
AATGTGACTGCGGCGCCGAATGCGGAGACCGGGTACATGTAGTTGCGGAA
TGCCCGTTATACGATCAGGAGAGAAAAGGGTCATGGTTGAGCTGGAAAAA
GTAGACAGTCGGTACAGAGAGAAGTTTGAGGCATGGAACAAAGAGAAGAC
GGTAGCGGTACTCGGGCGTAAGATGTGGCCCAGGAAGGACAGGTATAAAG
TAGACAGGTTAGAGAAAACATTTTTGAGCCACCTCTGGCAAAGTAGGAAG
GAACGATTGGCCATCGGTGATCAATCCTGCGGGAAAAATGCTTCCTCTCG
AGGACGCGTGGTCAATGGTCTAACAACTAAGGCATGCAAAACATGGGTAC
GCCCCCCCCCCCCTCATGGAAAACAGATCGCGAAGGTTTTCATGGGAGAA
GGCACGGGCTTAATCTATTCGGTGGACGCCGCGGAAAAGATAACTCGAGA
CGTGGCCCGGGAGGCTGAGGAGCAGTTGGACCAGGTCAACAGACTCAGAA
CGTGAGGCGGCCATCATCAGTAAGGCTAACCACTCGTGGGCGTGCATGGC
GTTGCGTTTGCCTCTCGCGTCATCTCCGTTTTGATTCTCTTGGCTGTCTC
TCTGTCTCCCTCTCTTACTCTGATTTTCTGCTTCTTTCTCGCGATGCGAT
CAAAACGAGGAATCCCTTCGCCGCGCTTCGCGGCGGAGGGGGGATTCATT
ATTGGGAGGGAGGTGGGGGGTTCGTACACGTTTTTTCCTTCAAGATGCTT
GCCTCCGGAGAACAAAGGCCACGCGGCGAGAATGGTATCAAGAATATGAG
TCGCCCTCGTTTGTGAAATGTGGAAAAAGACGCAACAGGATGAGGCGCGA
CAACGAGTATGTTTTCAATTCTTCACTTTGTTGTCGCAAACAGAGACGTC
GACTTCGACCCACCACGGACGCGAGTTGCGGGGACATCGTTGTCTGCCAA
CAACATTGATGACATGGATCGCGATGGCGGGGGGGTGGACGCCGCCACAG
GGGGGGTCAAGCGCGCCAGCACCGCGGGGGACCTGTCCAACGCTGGAAGA
GCACCGCCGGGCACCCGACAGGTACAACTTCTTATTTTATGCGTGTTTTT
TTCACCTCTCAGAAACGGAATTCCTTCTTTCGTTTACGTGTGTGCTCGTG
TTTATTCTACGGCTGCTGCTGCAGCTAGCGGGGCTTGTTGGTTTTGTGAT
CGCACAGGTGGCTTCGGAAATTTTCGATCAAGGTTTTATTACCACGGCTC
TCCGCTTTGTGGTCCAGTGGGTCGTGAGAGGTTGCAAGCATCTTCGCCCA
TGGCCCATGGCGGCACTCGTTCCCGATGACGGCGGTGGCGCACGTTTTCG
CGTTCGTAGACGTACATGGTCGACCGTGGCTGTATATTTGTACAAGACGG
CCGAATGTTTTTCGGTTGAGGTCTTTGGCGTTTCATGGATGATTGCATGG
ATTTGTATCAACGCTCGTCGATGATTTTTTTGATGTTTTTCTACGGCTTA
AGGAAAGGCAGGATCAGTTGTCGTCGCAAGGTGGCCGTGAAAGTGGGTAC
CAACCACACAATAGTGGGCGAAGATAACGGCTACGTTTCTCAGAGAGGGG
TCGGAGACGCTGTAGGGGTGAAATCTTGTTTCGCAAAACAAGTAAGTCCA
AACATAAACTTTACTCCGTACAAGTGATCGCGGGGGGTCGTACCACGCAG
CAGCACACACTTTCTGCTTTTTTCGCGCATCTTAGGATGTAAACATGAGA
TTGTGCTCCTGTCAATCGCCGACTTCAGTCTTGATCTTTTAGTGGGTCCC
TTCTCAGCACACTCGCCATGTATCAAATCCTGCGGGATTCAAGTCTGATT
CCCCCCCCTCGTTCCAGGAAGGGGGTTTACTGCTGATACTCAGCTGACTT
GTACCTTCGGCTGGTGCGTACCTCCAGCTGATCTGAAACTCGCCCGATCA
GTCACATATTCTCGTGCCTAGACTACAATGGCCAACGGGGATACTGTGGG
CGGCGTGTTGGCATGCGCAGTACGATGTGTCCATATTTTTCCTGGCCTGG
AGACCTTGATCTCGGCGGCGCACGATAATGCCGAGTTCAGGTGCAGCCTC
TGCCACTGCTCGCCCCGACATATCGAGCACACTGAAAGAGGACACCGGTT
ATGGTTCGGGAGCGTTGCATGTCGATGTCGACGTTGGCGAGAGGGAGAAG
GAGGGCACAAGAGTGCTGCATGGTTGTGAGCACACAGGTGGTTTCGACCG
CCCTCTCCCCCGCTCTCTGTCTCCGTCTCGAGTCTCCTGGTATCCAACCT
CTCCCTGCTCCACAGGGTTCCTCCTTCATTGGTTCTCAAGGGGCTTCGAG
AACACCCCGACACCTGACAATGCTGTGGTTGCGTTTCTGGTTGTGAGCAC
ACAGGTGGTTTCGACCGCCCTCTCCCCCGCTCTCTGTCTCCGTCTCGTGG
CTCCTGGAATCCAACCGTCTCCCTGCTCCACAGGGTTCCTCCTTCATTGA
TTCTCAAGGGCTTCGAGGACACCCCGACACCTGACAATGTTGTGGTTGCG
TTTCTGGTTGTGAGCACACATGTGGTTTCGACTGCCCTCTCCCCCGCTCT
CTGTCTCCGTCTCGTGTCTCCTGGTATCCAACCGCTCGCTGCTCCACAGG
GTTCCCCCTTCATTGATTCTCAAGGGGCTTCGAGAACACCTCGACACCTG
ACAATGCTGTGGTTGCGTTTCTCGTTCGGGCGTATTTTTTGTTCTTTTTC
GCAGGTTATCTCTTCCGGTTCCTCCTACGAGAAGCTGGCGGGCTACAGCC
GGGCGGTACGAGTCGGGAAGCACGTTCAGGTCGGTCAGGCGAAAGAGAAC
TGAGCGGACAACAAACGAGGACCTAGGGGGTGTGGGGAGCAAGGAAGAAG
TGCGCTTGAGAAGGAAGCATTTGAAAGCAAAGTTGGTGTATCTAAGCCGA
GCATTTGAAACGTACGAGCCTTGTCGTCCGGTGATGATCACGCGTGAAAT
GAGCAGCAGAGCTAGTCCCCTTTTGGTACCATTGCATCCAGGCGGCGAAA
TCGGCGAGGACAAATTTATTGATGTTTAGCCCCCCGCTCCTTCCCCCGCC
TGCGCATCACCCTCTTTTTACCTTGGTTTGGTGGAGGTCCCAGGAACTAC
GATGACCGATCCAATGATGTGGCCAAGCCCCCTTCCCGTCTCCGCATCCC
CCTCTACGTGTGCAATTGTATGGTAGCGGTGGTGGGAACTACGGTGGCCG
ACACATAAATGTTGTGGCTTCGCCCCGTCTGCGCTTCGCCTCTCTCGTGC
GTTGGTTTGTCGAATCATTCCCTTTGTGCGTGTGTATGCCGAAGGTGGCG
GGGACAACGGCAACCAATCCAGAGGGGTCGGGTGTGCTGTGCGAAGGAGA
CATCGTCGGACAAACGCAGTACGTCTTCCATATCATCGCCCTTGCCCTCA
AAGAGGTATGCGAATGGTGTGTGAAAGCGCTCAGTACACCTTATCCGCGT
CTCATGTGTCAGACATAACAGGTGAAAGATCACCATATATGTTTCGCTTT
CGCTGAGGTGCGCATGGCGGGAACAGCTAAAGTCAGTTTTCCGTTAGGGA
TCGTGCAGGTCATGCGCGGCACGTGACGCCTCACCTGCCGCCGCCCTTAC
GCTCGAAGAGGTGGAGTTCTTCAAGAATTTGAAGCATCATGCGGCCACGA
AGTGAGGCCAATCCTTCCGTTCTTCTGACCATCTGCAGCTTCTCACTTTG
TATAGTAGGTCGGCAAATACGTGGCCATGAATTGAATGGCTTCTCAACAG
TAAGTAGCACCGCATGCCGAATGGCTTCCTACTCCTGAAATAAGAAGAAA
TACATTGGTTTCGTCACCTTTTTTGTTTCCGTTCTGCTGAAACTCAGTAA
GGAAAATAGCCACAAATAATGCATCTGCTACCGCAAACGCGCACCCGCTG
GTGTCGCGCTTGAATCAATCCCTTCGGACTCCTTCGGCAGGCCGGCTGCT
CGCTGGACAACGTCGTGCGCACTCGCATGTACGTTACCGACATCAGCAAC
GCGGAAAAGGTGATGGAGGAGCACCGCAAGGTCTTCAATGGCATTCGGCC
CGCCGCAACCATCATCGGCGTGAGTGGACCGGGCCTTATGGAGATGGAAC
GTGTCTAATTCAAAGCCCCGAGCCTCCCAACACAATCCTTCCCTCCCCCT
AGCCCGAGAGTCTGGATACACACGAGGGTCGTGCCCCCCTTTCGCTTGTT
TTCCTTAGCGGATAATCCAACTCATGGTAGTTGAGCCAAACCATTCGGTG
GCTAAGCCAACCCACTGCGTAGTCAGGTCAGATCATGTGGTGGTCAAACC
AGACCTGACTGTGGTGTTATCATAGACTACACGGGGGGGTGTCGCCTCGT
GTCGCATGCGTACGGCGAACCACAGCCCCCTTCCCCGCCCTTGCCTCCCC
TCGGGTGAGATCTTGGGTCATTCGGTAAGGACATGAAGGCAAACGTAATC
AGGCTCGTGCTCCGTAGGCGTTACTGATTCGATTCACTTACACTACATTC
GATGTCACAATAAAATCGGTATTATCATTCCTCCACTTCCGCAGACTAAA
GAAGGCAATCGCCTGTTGAGTACAGATCTATACCTAATTCGCTCGAACAT
GACGGCGGAGCAAGGACGCTTCGGTCGCCCATTCACAAGCACAATTTGCG
GTTGCAGCAACGACCCCGTCCTGCAGCAGCGGAACGTTTCCGATCGAAGA
TACCGAGGGGGAGGGGCGTCACGCGGTGGTGGGGCGGCTGACAATGACCG
CCTTTTTCAGGGCAGTGGCTCTTATTGAAAGGGAAAACACAGCAGGTTTT
GGTATGCGAGAGACCTCTCATCCGAAGTGCTTTCATCCGCCACGCAGGGG
ACAACCGCCTCATTAGGGCCGTCTCGTACCGAGTCTACCGACGGTAGCTG
CCACGTGGGTGCAGAAATAGGTCGAAGCGATGGTGTGTAACGGCCGCTCC
CTCCCCTGCACCACTCCCTATCCTCGAGGTTCCTCGGCGTTTTGAAGCCG
TTTTTTCACCCCTGGCAGGGTGTGTTGTGTCGATGTCCGCTCTCTGGTGG
GGTTGATCGTGGGCCTACACCTGACGTTCATTCACTCGTTTTTCGGGATA
TCGTCTGGCCTTCTCACCAAAACCAATCAGGTCAGCGCTCTCGTGCACCC
GGACTTGCTCGTGGAGGTGGAGGCCGATGCCATGGATACCTGAAAACGTG
ACCCCTCGGTTGCCCCCCCTTAAGAATTTACATCGCTGCGCCTTGTTTGA
GTCGGAGGGAATGGGATGCCGCTTGCGTGGCTGCTGCTCCTGCCCAACCT
AATTGTGGCGTGTTTTGCGTGGCGTTCGTTTTTGCGTCTTCTTGTCTTGG
GTGTTGCGAACGTGAAGGCGTTTTCCACCGAGGCCGCTAGTCTACACGTT
CACCCTAGTGTGTGGACGCTCCAGCCGGGATCACGTGAAAAGGTGGAAAA
CAGCACTTTGTCTTGTTCCTCTCCACCTTCCACTCGCAAGGCTTGTTTCG
TTTTTGGTTTCTTACGATCTGGTGTGCGGCACCGATATGTTTTGTCGTTC
CGCACGTACCGCCGTTTGTCCTTGCTCTAAGATGTGTAAAAAAAAACACA
TGTTGTCGTCAGGCCGCCTTACCTTGCACACCAGTGCGGCTTCGCAGTAT
TATTCATGGAAAAATAGACGGAGAAATGATGAAACGAACGTCCCGAGGCC
GGGCGACATGAGTTTTTGATCGCCTAGTAGAACCTTTTCCGTCTTTCAAA
AGCCGCCAAGATTCGGCACATCGAGTCTCCCCGTGTTTGTCCTGCAGGAT
GTAGATTGGTAAATGTGAATCCCGCAGCCTTTTCGGGGTGAAGACGGTGG
TAGTGAGGTTTGCTGCTCCAGAGAGGGGTAGGTGACTGATGGTAGATGAG
GCGGCGAAGAACTTTGGGAAGGCTTTCTAGTTCCTTACCTCCCCCTTGTG
CCGCTCGGTGCTGCTCAGTTCTGCCTCCCGCGACTCTCCCGCGCGACCAA
GCTCGAGCCGGTGTCTCTTTCGATTTTTGGGCAAAGCTGCTTCAGTGGTT
GCCGGCGACAGTTTGTCGCGGCAACGCGTCGGTAATTTTGGATTTGGCCA
CCATGGACCAATCGGGTACTTGGACATAGAAAAGCGTTGTTTACAAAATG
TGTGCGCGGTCCCGGGTGGAAGCGCCGGTTGAAGGGGGTTCGGGAATGAG
GGCCGTGTATCGTATTTGCTACGTCAAAGTTGTGCCCCCCGCGGGGGCTG
CATGTGGCCTTGCAAGAAGCGAGAACGAGCTTCTAAATTTTCGGAACCTT
GTGTCGTAGTTGTTGGGTGAATTGGCAGTCGCAGGGAGCTGCGGTTGGCG
CGTGCGCCTTTCTTGCAGCGCGAGCGGGGTGTGACTTCTGGCCGGGAAGA
GCAGGATTGAAAGTGTTGTGGGGATGAGCCGATCGCCCGCGTCCCGCAAG
GTATGTATCTACGACAGGGCAGGTGGGCTGGAAGCACGTCGCCCCTAAGG
GCGGGGACGAGATTTGTATGGGAAACCTGCTCATTTTGCTGGGTGTATTC
TAGGCGACGTTTTTGTGCGTTTGGGGCAGAGGAGATGGGGCCAGGCTTGG
CGCGGGCCACACTTTGTTGCGGGGGCGGTGTGCTGCTGCTGCTGGGTGGT
TTGGTCCAAAAGCTTGGATGGGACGAAGCTGACGAGGTCTGGCTGGCTGG
CTTTTGTAGTGTACATCCCGAAGCGGGTGCTTCGATGCTCGTTTTTTTTT
GTCTACTTGGTGTCCGATCGTAGCAAACGATGGATCCTTTCTTTGAATAA
CGCACTGGAGCGCACAAG
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Coding sequence (CDS) from alignment at P-fluviatile_contig16:1989698..2014715+

>mRNA_P-fluviatile_contig16.2798.1 ID=mRNA_P-fluviatile_contig16.2798.1|Name=mRNA_P-fluviatile_contig16.2798.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=3690bp|location=Sequence derived from alignment at P-fluviatile_contig16:1989698..2014715+ (Porterinema fluviatile SAG_2381)
ATGGGGTTTTCCACGCCCTTCACGAAAGCTTACAACCTGTCCGTGCCGAT
TTGCCTCGCTCCGATGGCCGGGGTCTCGGGTGGTCGTCTTGCCGATGGGG
TTTTCCACGCCCTTCACGAAAGCTTACAACCTGTCCGTGCCGATTTGCCT
CGCTCCGATGGCCGGGGTCTCGGGTGGTCGTCTTGCCGCCGCCGTGGCAC
GCGGGGGCGGGCTCGGCGTCATCGGCGCCGGGTCGGCCAAGATCGCCAGC
CAGCTTGACGAAGAGCCGCCGTGGCACGCGGGGGCGGGCTCGGCGTCATC
GGCGCCGGGTCGGCCAAGATCGCCAGCCAGCTTGACGAAGAGGTAAGGAT
ATTCCGAGATGAGGCGCCTCTAGGTGCCAAACTGGCCCTCGGCATCATCT
CGTGGGCCGCGCTTGGAAGAAGTGGTCACGGCGCTACACAGGTAAGGATA
TTCCGAGATGAGGCGCCTCTAGGTGCCAAACTGGCCCTCGGCATCATCTC
GTGGGCCGCGCTTGGAAGAAGTGGTCACGGCGCTACACAGGCCACTCTCC
GTCACACGGCATCCGGCGGGACAACCAGCCCCGCAGCAGCGGCGGGTGGC
GGGGTGGCGGCGAATACGGCGAACGAGGAAGCGGCGGCGGCGGCGGCGGG
GGCCGGGTCGTCGGTgGGGGGGGCGGAGGCGGGCGTCGCAGAAGGAGGAA
CTGGGGCGGGGGCCGAAAGTGACAAGGCCCCCGCCGATCCAGAGGAAGAC
TGCGATACGTCGGTGTTGATATCCCTGATAATGCGGTACCGTCCCCACGC
GATCTGGTTCTTCGCGCCCTCCACTCCATGCCACTCTCCGTCACACGGCA
TCCGGCGGGACAACCAGCCCCGCAGCAGCGGCGGGTGGCGGGGTGGCGGC
GAATACGGCGAACGAGGAAGCGGCGGCGGCGGCGGCGGGGGCCGGGTCGT
CGGTgGGGGGGGCGGAGGCGGGCGTCGCAGAAGGAGGAACTGGGGCGGGG
GCCGAAAGTGACAAGGCCCCCGCCGATCCAGAGGAAGACTGCGATACGTC
GGTGTTGATATCCCTGATAATGCGGTACCGTCCCCACGCGATCTGGTTCT
TCGCGCCCTCCACTCCATCCCAACAGGCGTACACTGTGTGCCAGGAGATG
GGAGTGGAGATCATCGCGCAGCCCAACAGGCGTACACTGTGTGCCAGGAG
ATGGGAGTGGAGATCATCGCGCAGGTTGGCACCGTCCGCGAGGCCAGAAT
CGCGGCAGAGATGGGGGCCTCAGTGGTCGTGGCGCAAGGTCGGGAAGCCG
GCGGACACGGCCTCAGGTTGGCACCGTCCGCGAGGCCAGAATCGCGGCAG
AGATGGGGGCCTCAGTGGTCGTGGCGCAAGGTCGGGAAGCCGGCGGACAC
GGCCTCAGGCCTGAGCTCGCTAGAGGTATTCTCCCCTTGGCGGCCGCGGT
GGCGGTGGAACTCGCGTCGACAGGCAAGCCTGTGCTCGCGGCGGGGGGCG
TTGTGAGCGGGAGAGGTCTCCTTGCGGCGTTGGCGCTGGGTTGCGACGGC
GTCGTCATGGGGACAAGGCCTGAGCTCGCTAGAGGTATTCTCCCCTTGGC
GGCCGCGGTGGCGGTGGAACTCGCGTCGACAGGCAAGCCTGTGCTCGCGG
CGGGGGGCGTTGTGAGCGGGAGAGGTCTCCTTGCGGCGTTGGCGCTGGGT
TGCGACGGCGTCGTCATGGGGACAAGGTACTTCGCGACGTACGAGGCGCT
AGGAACGAACGACCATAAGGCGAAGATCGTCACAACAAGTACTTCGCGAC
GTACGAGGCGCTAGGAACGAACGACCATAAGGCGAAGATCGTCACAACAA
GCGGAGATGAAACCGTGCGTACGCGTGTGTACGACATGGCTGCCGCTATG
CGGCCGAACAACCCGGTGTCCTGGCCAGAGCCCTACGACTCCAGCGGCGT
CGCGGCGAACGATTTCACGGCCGAGTGGCATACAAGAGAGGCCAGCCTCG
AAGCCAAGCTTGCGATCAGGCGGAGATGAAACCGTGCGTACGCGTGTGTA
CGACATGGCTGCCGCTATGCGGCCGAACAACCCGGTGTCCTGGCCAGAGC
CCTACGACTCCAGCGGCGTCGCGGCGAACGATTTCACGGCCGAGTGGCAT
ACAAGAGAGGCCAGCCTCGAAGCCAAGCTTGCGATCAGGGACGGCATGAC
GGGGCACTCAATGCCGACGGCGCAGATCGAGGACGCGGAGAGGGCGAGAG
ATTTATCGGGACGGCATGACGGGGCACTCAATGCCGACGGCGCAGATCGA
GGACGCGGAGAGGGCGAGAGATTTATCGATCGCGAAGGTTTTCATGGGAG
AAGGCACGGGCTTAATCTATTCGGTGGACGCCGCGGAAAAGATAACTCGA
GACGTGGCCCGGGAGGCTGAGGAGCAGTTGGACCAGGTCAACAGACTCAG
AACATCGCGAAGGTTTTCATGGGAGAAGGCACGGGCTTAATCTATTCGGT
GGACGCCGCGGAAAAGATAACTCGAGACGTGGCCCGGGAGGCTGAGGAGC
AGTTGGACCAGGTCAACAGACTCAGAACAGACGTCGACTTCGACCCACCA
CGGACGCGAGTTGCGGGGACATCGTTGTCTGCCAACAACATTGATGACAT
GGATCGCGATGGCGGGGGGGTGGACGCCGCCACAGGGGGGGTCAAGCGCG
CCAGCACCGCGGGGGACCTGTCCAACGCTGGAAGAGCACCGCCGGGCACC
CGACAGAGACGTCGACTTCGACCCACCACGGACGCGAGTTGCGGGGACAT
CGTTGTCTGCCAACAACATTGATGACATGGATCGCGATGGCGGGGGGGTG
GACGCCGCCACAGGGGGGGTCAAGCGCGCCAGCACCGCGGGGGACCTGTC
CAACGCTGGAAGAGCACCGCCGGGCACCCGACAGGTTATCTCTTCCGGTT
CCTCCTACGAGAAGCTGGCGGGCTACAGCCGGGCGGTACGAGTCGGGAAG
CACGTTCAGGTTATCTCTTCCGGTTCCTCCTACGAGAAGCTGGCGGGCTA
CAGCCGGGCGGTACGAGTCGGGAAGCACGTTCAGGTGGCGGGGACAACGG
CAACCAATCCAGAGGGGTCGGGTGTGCTGTGCGAAGGAGACATCGTCGGA
CAAACGCAGTACGTCTTCCATATCATCGCCCTTGCCCTCAAAGAGGTGGC
GGGGACAACGGCAACCAATCCAGAGGGGTCGGGTGTGCTGTGCGAAGGAG
ACATCGTCGGACAAACGCAGTACGTCTTCCATATCATCGCCCTTGCCCTC
AAAGAGGCCGGCTGCTCGCTGGACAACGTCGTGCGCACTCGCATGTACGT
TACCGACATCAGCAACGCGGAAAAGGTGATGGAGGAGCACCGCAAGGTCT
TCAATGGCATTCGGCCCGCCGCAACCATCATCGGCGCCGGCTGCTCGCTG
GACAACGTCGTGCGCACTCGCATGTACGTTACCGACATCAGCAACGCGGA
AAAGGTGATGGAGGAGCACCGCAAGGTCTTCAATGGCATTCGGCCCGCCG
CAACCATCATCGGCGTCAGCGCTCTCGTGCACCCGGACTTGCTCGTGGAG
GTGGAGGCCGATGCCATGGATACCTGAGTCAGCGCTCTCGTGCACCCGGA
CTTGCTCGTGGAGGTGGAGGCCGATGCCATGGATACCTGA
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