mRNA_P-fluviatile_contig15.2419.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig15.2419.1
Unique NamemRNA_P-fluviatile_contig15.2419.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: D7G5Q1_ECTSI (ATP-binding cassette, sub-family B, member 8 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G5Q1_ECTSI)

HSP 1 Score: 1003 bits (2593), Expect = 0.000e+0
Identity = 541/678 (79.79%), Postives = 582/678 (85.84%), Query Frame = 1 
Query:  418 MGFETSVWRSFGSFRRHVGETFRSSREKPETTRDAWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQIQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGLYKQGEQVATVQ 2451
            MGFE S+WRSFGSFRRHVGETF SSREK +  RDAWRYMG LVRSQRGVLLAS+VTL+LAA CE+AVPHYSSRALNAAAFA DR EFARSL+GMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHD+NETGALTSRLASDTAKISNVVSFHVNILCRQVIQA+GGLGYLY+LERQL+ V LVGLV VG ITTAYGRFSRRISAKVQTALAEAGSVAEQSLSL+RVVRAHANE+HERRR YG KIG SVELQETQGIAYGVARVVIGWSQAILL AVLLLGA RVF G MTGQQLTTFVFYTQFVTSASFDVGDQIQEALGAGQKVFELLDR+P+MTG AK +  G  S E+   +  T H++T    +      ++G+   G  D     P                       GRV+FD+VSFGYPTR  GVL+LD L+L VRPGEKVAVVG SGGGKSTILRL+CRFYDP GG I LGGRDLS Y P DISN+VSWVTQEPQLFPISV ENIAYG+  GS+ + DV++AAK+ANIHNFV  LP+GYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAG GRTVILIAHRLATIQRADR+VVMQNGR+VESGKH ELLSLGGVY+GLYKQGEQVAT++
Sbjct:    1 MGFELSIWRSFGSFRRHVGETFLSSREKAKAPRDAWRYMGTLVRSQRGVLLASIVTLVLAAACEIAVPHYSSRALNAAAFANDRVEFARSLQGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDSNETGALTSRLASDTAKISNVVSFHVNILCRQVIQAVGGLGYLYMLERQLACVALVGLVLVGGITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLIRVVRAHANEQHERRR-YGGKIGNSVELQETQGIAYGVARVVIGWSQAILLGAVLLLGAGRVFDGRMTGQQLTTFVFYTQFVTSASFDVGDQIQEALGAGQKVFELLDREPIMTGQAKTE--GKQSVEHSSSSTLTQHDSTVMEEHAPPLTNSVGSKGGGDADM----PSXXXXXXXXXXXXXXXXXXXXXXGRVEFDSVSFGYPTR-SGVLVLDGLNLTVRPGEKVAVVGSSGGGKSTILRLICRFYDPQGGSILLGGRDLSTYKPADISNVVSWVTQEPQLFPISVRENIAYGM--GSYSMEDVYKAAKSANIHNFVSELPEGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGKGRTVILIAHRLATIQRADRIVVMQNGRLVESGKHEELLSLGGVYAGLYKQGEQVATLK 668
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A7S2HIK7_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2HIK7_9STRA)

HSP 1 Score: 498 bits (1283), Expect = 5.300e-152
Identity = 308/662 (46.53%), Postives = 421/662 (63.60%), Query Frame = 1 
Query:  415 DMGFETSVWRSFGSFRRHVGETF-RSSREKPETTRDAWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQ---IQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNEL 2388
            D G   ++   F   +R + E   R  + K +     W  +  L  + + V+L SVV+L+LAA C+ AVPHYS+ AL A   A D      S+R +V  S+ +++FTGLRGA F +AG  VV ++R  L ++LLKQ+++F DA++TG LTSRL +D AK++NVVS+HVNI+ RQ I A  GLGYL+V++  ++  TL GLVF+ +++   G FSR +S K+Q  +A A SVAEQSLSLVRVVRAH  E+ E +R Y  ++  ++ LQETQG+AYG+ R +   S  ++  +VLL G + + AG +T  QLT+F+FY  FV+ A+FDVGDQ   IQEALGAG  +F+LL+R+  +           ++  +  ++APT+     A  + S   G++ A +   E S  +  +     ES S              R+ F+ V F YPTR +G  IL  L+L ++ GE V +VG SGGGKST+LRLL   YDPD GRI +G RD++     ++S  ++ VTQEPQLFPIS+ ENIAYGL  G + +  V  AA  AN+ +FV  LP+GY T VGEGGASLSGGQKQRVAIARA+IRDP +L+LDEPTSALD ESE LV            VI+IAHRL+TI RADR+VV+Q+GR +E G   EL
Sbjct:   58 DFGRVQTMSHFFSDVKRCIRERKPRVKKTKSQRPTGEWARLWRLAAADKNVMLVSVVSLVLAAVCDAAVPHYSAMALTAVT-ASDSNRIVTSIRSLVGVSMGSALFTGLRGAFFTVAGARVVTRLRDALFTNLLKQEVAFFDAHDTGELTSRLNADAAKLANVVSYHVNIIVRQTITATIGLGYLFVMDPLIATYTLSGLVFMSIMSWLNGSFSRWLSEKLQDEVASANSVAEQSLSLVRVVRAHTTEKTESKR-YRVRLAAALALQETQGVAYGLTRSLSVTSGLLVTLSVLLGGRQALTAGRLTAAQLTSFLFYATFVSGATFDVGDQWTKIQEALGAGTTIFDLLERKSTLK----------TADTHNSNSAPTT-----AAHHLSPEGGSLDASA---ESSTAMREE-----ESSSEYD----------NRIRFEGVHFAYPTR-KGQKILQGLNLDLKSGEVVGLVGGSGGGKSTVLRLLLHLYDPDEGRILIGDRDVASIPQAELSQRIAMVTQEPQLFPISIAENIAYGLPEGCWTMDQVKRAAVLANVDSFVKNLPEGYATPVGEGGASLSGGQKQRVAIARAIIRDPAILVLDEPTSALDGESEALVXXXXXXXXXXXXVIVIAHRLSTIARADRIVVLQSGRNIEEGSPLEL 683
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A6H5JVX5_9PHAE (ABC transmembrane type-1 domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JVX5_9PHAE)

HSP 1 Score: 480 bits (1236), Expect = 2.620e-149
Identity = 256/286 (89.51%), Postives = 269/286 (94.06%), Query Frame = 1 
Query:  412 SDMGFETSVWRSFGSFRRHVGETFRSSREKPETTRDAWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQA 1269
            +DMGFE  +WRSFGSFRRHVGETF SSREK +  RDAWRYMG LVRSQ GVLLASVVTL+LAA CEVAVPHYSSRALNAAAFA DR EFARSL+GMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHD+NETGALTSRLASDTAKISNVVSFHVNILCRQVIQA+GGLGYLY+LERQL+ V LVGLV VG ITTAYGRFSRRISAKVQTALAEAGSVAEQSLSL+RVVRAHANE+HE+RR YG KIG+SVELQETQGIAYGVARVVIGWSQA
Sbjct:  134 TDMGFELCIWRSFGSFRRHVGETFLSSREKAKAPRDAWRYMGTLVRSQTGVLLASVVTLVLAAACEVAVPHYSSRALNAAAFANDRVEFARSLQGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDSNETGALTSRLASDTAKISNVVSFHVNILCRQVIQAVGGLGYLYMLERQLACVALVGLVLVGGITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLIRVVRAHANEQHEQRR-YGGKIGDSVELQETQGIAYGVARVVIGWSQA 418
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A4D9CVG1_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CVG1_9STRA)

HSP 1 Score: 485 bits (1248), Expect = 2.470e-146
Identity = 292/654 (44.65%), Postives = 404/654 (61.77%), Query Frame = 1 
Query:  487 SSREKPETTRDA--WRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQ---IQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSR--VSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGLYKQ 2427
            SSR  P T+     W  +  + R +  +L  S +TL+LAA  EVAVPH+SS+AL+A    + + EF R++R +    +LA++ TG+RG CF LAGT +V ++R  L  SLL+QDI+F D  ++G LT+RL +D  KISNVVS +VNIL RQ IQ +GGL YL+ L  +++L+T  G+  + ++T A+GR++R+++ ++Q  LA + +VA  SLSL+R+VR H  E  E  R Y + + +++   E     YG  R+ +  +Q  LL AVL +G +   +G M+  QLT+ +FY QFV +ASFDV DQ   IQEALG+  +VF LLDR P M                                  SV+                L+P    P   PS    S      ER    V F  VSF YP RP    IL  L L + PG++VAVVG SGGGKST+LRLL R YD D G I+L GRDL  +S  ++SN V+ ++QEP L PIS+ +NIAYGL+PG+F  +DV  AA+AANI++FV  LPD ++T++GEG   LSGG+KQRVAIARAL+R PE+LLLDEP+SALD  S+ +VQ AL+ A  GRT ++IAHRL+TI+  D ++V+++G +VE G H ELL+  GVY+    Q
Sbjct:  144 SSRLTPATSPSPAIWPRLREICRPEYPLLTLSTLTLLLAASVEVAVPHFSSQALSAILQQKGQTEFFRAVRRVFELGVLAALSTGVRGLCFGLAGTRIVCRLRHALFKSLLQQDIAFFDRTKSGELTNRLTADCVKISNVVSLNVNILLRQAIQLLGGLLYLHRLHARIALLTAGGMAVIFLVTGAHGRYNRKMAEEIQDTLASSNAVAGTSLSLIRLVRTHVGESTELER-YDQALHKTLNNMEAHDFGYGAYRLAVRLAQTGLLTAVLTVGWQLTCSGAMSMDQLTSALFYVQFVMNASFDVSDQYSRIQEALGSATQVFALLDRTPAM----------------------------------SVKP---------------LSPSPSLPTFGPSSRVTSSPPSSSERHGASVVFSNVSFTYPLRPH-TPILSSLYLNIGPGQRVAVVGASGGGKSTLLRLLARHYDVDAGSIFLDGRDLLTFSQEELSNKVAMLSQEPPLLPISIKDNIAYGLKPGTFSQADVEAAARAANIYDFVQSLPDRFETVIGEGSVGLSGGEKQRVAIARALMRKPEILLLDEPSSALDQSSQAIVQAALERAAEGRTTLIIAHRLSTIESCDSIIVLKSGAVVERGTHAELLAKEGVYAAFRAQ 746
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A6H5KA98_9PHAE (ABC protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KA98_9PHAE)

HSP 1 Score: 419 bits (1077), Expect = 9.760e-130
Identity = 214/250 (85.60%), Postives = 231/250 (92.40%), Query Frame = 1 
Query: 1702 GRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGLYKQGEQVATVQ 2451
            GRVDF+ VSFGYPTR  GVL+LD LSL VRPGEKVAVVG SGGGKSTILRL+CRFYDP GG I LGGRDLS Y+P DISN+VSWVTQEPQLFPISV ENIAYG+  GS+ + DV++AAK+ANIHNFV  LP+GYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAG GRTVILIAHRLATIQRADR+VVMQNGR+VESGKH+ELLSLGGVY+GLYKQGEQVAT+Q
Sbjct:   53 GRVDFNCVSFGYPTR-SGVLVLDGLSLTVRPGEKVAVVGSSGGGKSTILRLICRFYDPQGGSILLGGRDLSSYNPADISNVVSWVTQEPQLFPISVRENIAYGM--GSYSMEDVYKAAKSANIHNFVSELPEGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGKGRTVILIAHRLATIQRADRIVVMQNGRLVESGKHDELLSLGGVYAGLYKQGEQVATLQ 299
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A8J2SL18_9STRA (Hypothetical protein n=2 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SL18_9STRA)

HSP 1 Score: 417 bits (1072), Expect = 3.670e-124
Identity = 260/657 (39.57%), Postives = 366/657 (55.71%), Query Frame = 1 
Query:  463 RHVGETFRSSREKPETTRDAWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQ---IQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISD--VHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGL 2418
            RHV     +    P  ++  W  +  LVR    +L A+ V L  AA  +VAVPHYSS AL A   A+D A     L G+   SL ++ FTG+RG  FWLAGT VV ++R  L  ++L+QDI+F D+  TG L SRL+ D AK+S+VVSF++NI+ RQ +QAIGG  YL  L+  L+ ++L G+     +T AYGR SR+ S +    LA   S A++++  VRV RA    E      Y R+I    ++Q+  G+ YG++RV +G  + +   A + LGAKRV +G +    +  F FY  FV  A+FDVGDQ   +++ALGAG   FEL  R+PV  G A                 P++ +A  A A PS                                            GRV+FD + F YP R E   +L  +S+RV PGE+VA+VG SG GKST+ +LL R Y    GR+ L G D+ +    D++  V+ V Q+P LF  S+ +N+ +GL       +D  V  A  AA +      LP G +T  G  G  LSGGQ+QR+AIARAL+RDP +++LDEP+SALD  SE LVQ  LD   +  +++++AHRLATI+  DR+ V++ G +VE+G H+EL+  GGVY+G+
Sbjct:   42 RHVRYADEAVAPAPRASKAQWAQLRELVRKDWPLLGAASVALTGAALADVAVPHYSSGALTAVV-AKDAARVRAQLWGLSIASLASATFTGVRGGLFWLAGTRVVTRLRLALFGAMLRQDIAFFDSTSTGELASRLSGDAAKVSDVVSFNLNIIARQTLQAIGGCVYLVALDPPLAALSLCGMALASFLTDAYGRLSRKYSRETSDRLAATASTADEAMRNVRVARA-CGAEPALYGAYERQIARLEQVQDRAGLVYGLSRVALGGCKGLAAVATMALGAKRVASGALAPDAMVRFAFYAAFVNGAAFDVGDQLARVEDALGAGAAAFELARREPVWDGKAP----------------PSALDAHDAPASPS-------------------------------------------EGRVEFDDIRFAYPARNESQ-VLRGVSVRVDPGERVALVGASGSGKSTLTKLLLRQYGATSGRVRLDGVDVRDIPQADLARRVASVEQDPALFSGSIRDNVRFGLTKDDPRAADEKVERACAAAGLDEVAARLPQGLETAAGAAGTLLSGGQRQRIAIARALLRDPSIIVLDEPSSALDARSEALVQRTLDR--LDCSLLIVAHRLATIKACDRIYVLERGTVVEAGTHSELVESGGVYAGM 634
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A8J5X9I9_DIALT (Uncharacterized protein n=3 Tax=Diacronema lutheri TaxID=2081491 RepID=A0A8J5X9I9_DIALT)

HSP 1 Score: 384 bits (987), Expect = 2.230e-112
Identity = 251/635 (39.53%), Postives = 354/635 (55.75%), Query Frame = 1 
Query:  523 WRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQ---IQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGL 2418
            W  +G+L      ++  S   ++ AA  E ++PHY+S AL AA     RA    +LR +V   L A++FTG RG  FW+AG  V+ ++R  L ++LL +   F DA+E+  L+SRL+SD  KIS+VVSF+VN++ RQ IQA+  L +L  +  QLSLV + GL+        Y   +R +S   QT +A A +VA +   L+R ++ ++ E  E  R Y        +LQ+ QG  YG ARVV G    +L   VL  GA    AG ++ QQLTTFV  +  +T A+  +G+Q   +QEALGA + +F L            +Q  GG + +              AR  P+     +                    AE  + V   A         ++ ++V F YP+R  G  +L  LSLRV  G+  A+VG SG GKST++RLLC  YD   G + + G +L   S  ++++ V+W+ QEPQLF  ++ +NIAYGL PGSF  +DV  AA  AN   F+  L  G    VGE GA LSGGQ+QRVA+ARAL+R  +VLLLDEPTSALD  SERL+QD +      RTV+++AHR++T+QRAD + VM+ G +VE G H  LL+ GG Y+ L
Sbjct:   66 WATLGSLCAQDLPLIALSTAFMVAAAVSEASLPHYTSAALFAATSGAPRAHVGGALRRLVGVGLAAALFTGARGCAFWIAGARVLRRLRSRLFAALLAKPAHFFDAHESSTLSSRLSSDVGKISDVVSFNVNVIARQSIQAVVALAWLVRIHAQLSLVLVSGLLLTFAANQLYSHANRELSRSTQTEVARAATVATEDFRLIRTIKVYSTEAREAAR-YDASCQRIEDLQDAQGRLYGSARVVNGALALLLSVLVLARGAHLCAAGALSAQQLTTFVLSSATITGATIGIGEQWVKVQEALGAAEDIFAL------------IQPDGGRAPDGL-----LRSSGIDARLAPAAPLRLV--XXXXXXXXXXXXXXXXXXAEPAAAVMLPARPA-----ALELESVRFAYPSR-SGSDVLRSLSLRVPEGQLAAIVGASGSGKSTVMRLLCGLYDQAEGSVKVLGDELRSLSQHELASRVAWLPQEPQLFSGTIRDNIAYGLPPGSFCDADVLRAAAQANADGFIEQL-GGLGAQVGEAGARLSGGQRQRVAVARALMRGAQVLLLDEPTSALDPTSERLLQDCVLGLVPERTVLVVAHRISTVQRADVIFVMEAGAVVEQGTHAALLAEGGTYARL 673
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BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A2B4SV92_STYPI (ATP-binding cassette sub-family B member 9 n=2 Tax=Stylophora pistillata TaxID=50429 RepID=A0A2B4SV92_STYPI)

HSP 1 Score: 375 bits (963), Expect = 1.480e-108
Identity = 238/639 (37.25%), Postives = 353/639 (55.24%), Query Frame = 1 
Query:  520 AWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAA---VLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGD---QIQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGL 2418
            AWR M         + LASV  L+ A G E+ +P+Y+ + ++A A  +D+ +F  ++  M   SL  ++  GLRG  F L       ++   L  S++KQ+I F D+ +TG + SRL+SDT K+S+ V  ++N+  R  +Q+IG   +++ L  +L++VTLVGL  V +I+  YG + ++++ +VQ   A+A  +A + +S ++ VR+ ANE+ E  R Y  K      L+  +   YG  R    W++ + LA    VLL G   V  G +TG  L +F+ Y   ++    +VG+    + EA+GA QKVFEL+DR+P      K+Q+SG                                                     +P  VS          G V F  VSF YPTRP+ + +LD++S  ++PGE +A+VGPSGGGKST + LL  FY+P  G + +    +  +    + N V+ V QEP LF  SV ENIAYGL         V   +K AN H+F+  +P GY+T  GE G  LSGGQKQRVAIARAL+R+P++LLLDE TSALD ESE LVQDA+     G TV+++AHRL+TI++AD++VV+  G+++  GKH EL+   G+Y+ L
Sbjct:  117 AWRLMSYCKPDLPYISLASVFLLLAATG-EIFIPYYTGQVIDAIAIDKDKTKFLNAIVIMTLISLGTAIAAGLRGGLFNLIAARFTKRISNFLFGSIVKQEIGFFDSTKTGDIVSRLSSDTTKMSDQVGLNINVFLRNCVQSIGTCVFMFKLSWKLTIVTLVGLPLVALISDIYGDYYKKLATEVQEETAKANEIAAEVVSSMKTVRSFANEDGEYER-YKSKQDGIYRLKVKESFLYGGYR---WWTEILSLAIDVIVLLYGGHLVINGDLTGGYLVSFILYLLQLSFYIDEVGEIYTGLMEAVGASQKVFELIDREP------KIQNSG---------------------------------------------------VVTPGEVS----------GEVTFQNVSFAYPTRPD-ITVLDKVSFSIKPGEVIALVGPSGGGKSTCISLLEHFYEPTSGEVLIDSIPVKNFDHKYLHNKVALVGQEPVLFARSVKENIAYGLGNDEIDQCLVENVSKLANAHSFISDMPQGYNTETGEKGLQLSGGQKQRVAIARALVRNPQILLLDEATSALDAESEHLVQDAIYKNLTGHTVMIVAHRLSTIEKADKIVVIDQGQVIAQGKHKELVEQNGLYAKL 682
[Close]
BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A0K6S6H4_9ALVE (Uncharacterized protein n=2 Tax=Chromera velia CCMP2878 TaxID=1169474 RepID=A0A0K6S6H4_9ALVE)

HSP 1 Score: 375 bits (962), Expect = 7.490e-108
Identity = 238/577 (41.25%), Postives = 332/577 (57.54%), Query Frame = 1 
Query:  721 SVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGD---QIQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEPGSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGLYKQGEQVA 2442
            SVFT LRGA F LAG  VVA++R  L  SL++Q+I F D  ++G L +RLA+D   I N  + +V++  R + QA+ GL  L+++  +L+LV +  +  V V    YG+ + ++S + Q ALAE G VA +    +R VR+ + E  +   RY  K+  + +L   Q   YG    V+G    + +A VL  G K V +G M+   LT+F+FYT +V  A   +GD   Q+ +A+GA +++F  +DR+P+      V   GG   +                      +G +G    G++  GV                     G    G + F+ V F YP R + V +   LS   +PGE VA+VGPSG GKSTI+ L+ RFYDP  G + L GR+L +  P  +   V+ V QEP LF  +V ENIAYG E GS+ + +V +AA+ AN H F+ G PDGYDT VGE G  LSGGQKQRVAIARAL+ +P VLLLDE TSALD ESE LVQ AL+    GRTV++IAHRL+T++ AD+V+V+  G++VESG H ELL  GG+Y  L ++  Q A
Sbjct:  234 SVFTMLRGAFFTLAGERVVARLRRRLFLSLVRQEIGFFDEVQSGELVNRLAADATTIQNAATVNVSMGLRWLAQAVLGLLVLFLVSWKLTLVMVAVVPPVAVFAVLYGKLAGKVSEQYQKALAEGGEVASEVFGGIRTVRSFSMEVRKEAARYNGKVDAAYKLGVKQAWYYGGFSGVVGLVAYLAIALVLWYGGKLVISGEMSPGTLTSFLFYTLYVAIAVGGLGDLFSQLMKAVGASRRIFSFIDREPL------VNCEGGERPD----------------------EGVLGRG--GKQTEGVKG------------------KGGAIAGEIVFENVEFAYPQRSD-VQVARGLSFTCKPGEVVALVGPSGAGKSTIVALIERFYDPTAGSVSLDGRNLKDLDPRWLHEKVALVAQEPALFSGTVAENIAYGREAGSWTMEEVQKAAEEANAHTFISGFPDGYDTKVGERGVQLSGGQKQRVAIARALMMNPRVLLLDEATSALDAESEALVQKALERVMKGRTVVIIAHRLSTVRDADQVLVLNQGKVVESGTHPELLKAGGLYRDLVRRQLQWA 761
[Close]
BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Match: A0A2V0NU49_9CHLO (ATP-binding cassette sub-family B member protein n=1 Tax=Raphidocelis subcapitata TaxID=307507 RepID=A0A2V0NU49_9CHLO)

HSP 1 Score: 377 bits (969), Expect = 8.240e-108
Identity = 245/627 (39.07%), Postives = 347/627 (55.34%), Query Frame = 1 
Query:  562 VLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDRAEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQDISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLYVLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSLSLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQAILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGD---QIQEALGAGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPSVRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFDAVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFYDPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEP-----GSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIARALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATIQRADRVVVMQNGRIVESGKHNELLSLGGVYSGL 2418
            +LLA+      AA     VP+Y+   ++ A+   +R +F  +   ++A + L  VFTG RG  F +  T +  ++R  L +SLL QD  F D  +TG +TSRLASDT+ +S+ VS ++NIL R   QA   L +++    +L++VT V +  V +++  YG + RR+S KVQTALA+A  VAE++LS +  VRAHA +   R   YG K+     L+ T+  AY        +  + +  AVL  G   V +G M+   L +F+ Y   ++ A   +GD    +  A+GA  KV EL++RQP +                                                   G LAP    PA                 GR++   V F YP RP    +L+ LS  V PGE VA+VGPSGGGKS+I++LL RFY P  G + + GRD+ +Y P  +   ++ V+QEP LF  SV  NI YGLEP     G+ G  +V  AA+ AN H FV   P+GYDT  GE G +LSGGQKQR+AIARAL+R P++LLLDE TSALD +SE +VQ+ALD    GRTV+++AHRL+TI+ ADR++V+Q G + E+G H+EL++ GG Y+ L
Sbjct:  246 LLLAAFAAGAAAALMAALVPYYTGLIIDYASIDPNRRKFNATTLRLLAVAALGGVFTGARGGLFSVCMTRLDCRLRRALFASLLAQDTGFFDTTKTGEITSRLASDTSTVSDQVSLNLNILMRSATQAAAVLAFMFSASWRLTVVTFVLVPMVLLVSKLYGVYYRRLSKKVQTALADANGVAEETLSSMPTVRAHAAQSGARAS-YGAKLDAFYALRSTEAAAYSAYAATTTFLPSCVAGAVLYYGGTLVLSGQMSPGALVSFMLYQSSLSGAFSMMGDVFSALTAAVGAADKVIELMNRQPALP------------------------------------------------PCGALAP----PALE---------------GRIELRGVRFSYPARPLHT-VLNGLSFCVNPGEVVALVGPSGGGKSSIIKLLQRFYVPQAGAVLIDGRDVGDYDPQWLRRRMALVSQEPVLFGRSVRRNIVYGLEPEDGVEGTPGQEEVEAAARLANAHAFVESFPEGYDTECGEKGLALSGGQKQRIAIARALVRKPQILLLDEATSALDADSEAVVQEALDRLMAGRTVVVVAHRLSTIRGADRIIVIQGGAVSEAGSHDELIAAGGAYAKL 803
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig15.2419.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G5Q1_ECTSI0.000e+079.79ATP-binding cassette, sub-family B, member 8 n=1 T... [more]
A0A7S2HIK7_9STRA5.300e-15246.53Hypothetical protein n=1 Tax=Dictyocha speculum Ta... [more]
A0A6H5JVX5_9PHAE2.620e-14989.51ABC transmembrane type-1 domain-containing protein... [more]
A0A4D9CVG1_9STRA2.470e-14644.65Uncharacterized protein n=1 Tax=Nannochloropsis sa... [more]
A0A6H5KA98_9PHAE9.760e-13085.60ABC protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 Ta... [more]
A0A8J2SL18_9STRA3.670e-12439.57Hypothetical protein n=2 Tax=Pelagomonas calceolat... [more]
A0A8J5X9I9_DIALT2.230e-11239.53Uncharacterized protein n=3 Tax=Diacronema lutheri... [more]
A0A2B4SV92_STYPI1.480e-10837.25ATP-binding cassette sub-family B member 9 n=2 Tax... [more]
A0A0K6S6H4_9ALVE7.490e-10841.25Uncharacterized protein n=2 Tax=Chromera velia CCM... [more]
A0A2V0NU49_9CHLO8.240e-10839.07ATP-binding cassette sub-family B member protein n... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig15contigP-fluviatile_contig15:880972..912924 +
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 score1003.0
Seed ortholog evalue7.6e-290
Seed eggNOG ortholog2880.D7G5Q1
KEGG koko:K05656,ko:K05657
KEGG TC3.A.1.201,3.A.1.209
KEGG Pathwayko02010,ko04142,map02010,map04142
GOsGO:0003674,GO:0005215,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0009507,GO:0009526,GO:0009536,GO:0009941,GO:0031967,GO:0031975,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464
EggNOG free text desc.ATPase activity, coupled to transmembrane movement of substances
EggNOG OGsCOG1132@1,KOG0058@2759
COG Functional cat.V
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko02000
Hectar predicted targeting categoryother localisation
Ec32 ortholog descriptionABC transporter-like
Ec32 orthologEc-12_008700.1
Exons26
Model size6644
Cds size2385
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig15.2419.1prot_P-fluviatile_contig15.2419.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig15 881041..903255 +


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

Feature NameUnique NameSpeciesTypePosition
1622815649.868791-UTR-P-fluviatile_contig15:880971..8810401622815649.868791-UTR-P-fluviatile_contig15:880971..881040Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 880972..881040 +
1693562707.8774781-UTR-P-fluviatile_contig15:880971..8810401693562707.8774781-UTR-P-fluviatile_contig15:880971..881040Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 880972..881040 +
1622815650.0963297-UTR-P-fluviatile_contig15:903255..9038031622815650.0963297-UTR-P-fluviatile_contig15:903255..903803Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 903256..903803 +
1693562708.0902581-UTR-P-fluviatile_contig15:903255..9038031693562708.0902581-UTR-P-fluviatile_contig15:903255..903803Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 903256..903803 +
1622815650.1081774-UTR-P-fluviatile_contig15:905113..9063391622815650.1081774-UTR-P-fluviatile_contig15:905113..906339Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 905114..906339 +
1693562708.0999007-UTR-P-fluviatile_contig15:905113..9063391693562708.0999007-UTR-P-fluviatile_contig15:905113..906339Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 905114..906339 +
1622815650.1171863-UTR-P-fluviatile_contig15:908242..9084611622815650.1171863-UTR-P-fluviatile_contig15:908242..908461Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 908243..908461 +
1693562708.109478-UTR-P-fluviatile_contig15:908242..9084611693562708.109478-UTR-P-fluviatile_contig15:908242..908461Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 908243..908461 +
1622815650.133387-UTR-P-fluviatile_contig15:909009..9091741622815650.133387-UTR-P-fluviatile_contig15:909009..909174Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 909010..909174 +
1693562708.1282089-UTR-P-fluviatile_contig15:909009..9091741693562708.1282089-UTR-P-fluviatile_contig15:909009..909174Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 909010..909174 +
1622815650.1478214-UTR-P-fluviatile_contig15:909624..9097051622815650.1478214-UTR-P-fluviatile_contig15:909624..909705Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 909625..909705 +
1693562708.137687-UTR-P-fluviatile_contig15:909624..9097051693562708.137687-UTR-P-fluviatile_contig15:909624..909705Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 909625..909705 +
1622815650.1608622-UTR-P-fluviatile_contig15:910065..9101611622815650.1608622-UTR-P-fluviatile_contig15:910065..910161Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 910066..910161 +
1693562708.145687-UTR-P-fluviatile_contig15:910065..9101611693562708.145687-UTR-P-fluviatile_contig15:910065..910161Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 910066..910161 +
1622815650.176563-UTR-P-fluviatile_contig15:910879..9124191622815650.176563-UTR-P-fluviatile_contig15:910879..912419Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 910880..912419 +
1693562708.153879-UTR-P-fluviatile_contig15:910879..9124191693562708.153879-UTR-P-fluviatile_contig15:910879..912419Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 910880..912419 +
1622815650.1927478-UTR-P-fluviatile_contig15:912609..9129241622815650.1927478-UTR-P-fluviatile_contig15:912609..912924Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 912610..912924 +
1693562708.1627395-UTR-P-fluviatile_contig15:912609..9129241693562708.1627395-UTR-P-fluviatile_contig15:912609..912924Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 912610..912924 +


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

Feature NameUnique NameSpeciesTypePosition
1622815649.8796728-CDS-P-fluviatile_contig15:881040..8814001622815649.8796728-CDS-P-fluviatile_contig15:881040..881400Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 881041..881400 +
1693562707.8886993-CDS-P-fluviatile_contig15:881040..8814001693562707.8886993-CDS-P-fluviatile_contig15:881040..881400Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 881041..881400 +
1622815649.8901472-CDS-P-fluviatile_contig15:882977..8830461622815649.8901472-CDS-P-fluviatile_contig15:882977..883046Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 882978..883046 +
1693562707.8973243-CDS-P-fluviatile_contig15:882977..8830461693562707.8973243-CDS-P-fluviatile_contig15:882977..883046Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 882978..883046 +
1622815649.90023-CDS-P-fluviatile_contig15:883631..8838051622815649.90023-CDS-P-fluviatile_contig15:883631..883805Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 883632..883805 +
1693562707.9100208-CDS-P-fluviatile_contig15:883631..8838051693562707.9100208-CDS-P-fluviatile_contig15:883631..883805Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 883632..883805 +
1622815649.9098709-CDS-P-fluviatile_contig15:884852..8849681622815649.9098709-CDS-P-fluviatile_contig15:884852..884968Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 884853..884968 +
1693562707.9205334-CDS-P-fluviatile_contig15:884852..8849681693562707.9205334-CDS-P-fluviatile_contig15:884852..884968Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 884853..884968 +
1622815649.920941-CDS-P-fluviatile_contig15:885750..8857971622815649.920941-CDS-P-fluviatile_contig15:885750..885797Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 885751..885797 +
1693562707.9296844-CDS-P-fluviatile_contig15:885750..8857971693562707.9296844-CDS-P-fluviatile_contig15:885750..885797Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 885751..885797 +
1622815649.9347281-CDS-P-fluviatile_contig15:886953..8870471622815649.9347281-CDS-P-fluviatile_contig15:886953..887047Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 886954..887047 +
1693562707.9374104-CDS-P-fluviatile_contig15:886953..8870471693562707.9374104-CDS-P-fluviatile_contig15:886953..887047Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 886954..887047 +
1622815649.9470952-CDS-P-fluviatile_contig15:887923..8880521622815649.9470952-CDS-P-fluviatile_contig15:887923..888052Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 887924..888052 +
1693562707.9449813-CDS-P-fluviatile_contig15:887923..8880521693562707.9449813-CDS-P-fluviatile_contig15:887923..888052Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 887924..888052 +
1622815649.9605975-CDS-P-fluviatile_contig15:889306..8894201622815649.9605975-CDS-P-fluviatile_contig15:889306..889420Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 889307..889420 +
1693562707.9533935-CDS-P-fluviatile_contig15:889306..8894201693562707.9533935-CDS-P-fluviatile_contig15:889306..889420Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 889307..889420 +
1622815649.9736013-CDS-P-fluviatile_contig15:890594..8906881622815649.9736013-CDS-P-fluviatile_contig15:890594..890688Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 890595..890688 +
1693562707.9623473-CDS-P-fluviatile_contig15:890594..8906881693562707.9623473-CDS-P-fluviatile_contig15:890594..890688Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 890595..890688 +
1622815649.986211-CDS-P-fluviatile_contig15:891176..8913111622815649.986211-CDS-P-fluviatile_contig15:891176..891311Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 891177..891311 +
1693562707.9802136-CDS-P-fluviatile_contig15:891176..8913111693562707.9802136-CDS-P-fluviatile_contig15:891176..891311Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 891177..891311 +
1622815649.996882-CDS-P-fluviatile_contig15:893103..8932881622815649.996882-CDS-P-fluviatile_contig15:893103..893288Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 893104..893288 +
1693562707.9908388-CDS-P-fluviatile_contig15:893103..8932881693562707.9908388-CDS-P-fluviatile_contig15:893103..893288Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 893104..893288 +
1622815650.008976-CDS-P-fluviatile_contig15:893698..8938621622815650.008976-CDS-P-fluviatile_contig15:893698..893862Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 893699..893862 +
1693562708.0012774-CDS-P-fluviatile_contig15:893698..8938621693562708.0012774-CDS-P-fluviatile_contig15:893698..893862Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 893699..893862 +
1622815650.0182981-CDS-P-fluviatile_contig15:894576..8946881622815650.0182981-CDS-P-fluviatile_contig15:894576..894688Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 894577..894688 +
1693562708.01016-CDS-P-fluviatile_contig15:894576..8946881693562708.01016-CDS-P-fluviatile_contig15:894576..894688Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 894577..894688 +
1622815650.029851-CDS-P-fluviatile_contig15:895537..8956621622815650.029851-CDS-P-fluviatile_contig15:895537..895662Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 895538..895662 +
1693562708.0178182-CDS-P-fluviatile_contig15:895537..8956621693562708.0178182-CDS-P-fluviatile_contig15:895537..895662Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 895538..895662 +
1622815650.0399485-CDS-P-fluviatile_contig15:896352..8964401622815650.0399485-CDS-P-fluviatile_contig15:896352..896440Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 896353..896440 +
1693562708.0261645-CDS-P-fluviatile_contig15:896352..8964401693562708.0261645-CDS-P-fluviatile_contig15:896352..896440Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 896353..896440 +
1622815650.052276-CDS-P-fluviatile_contig15:898087..8982051622815650.052276-CDS-P-fluviatile_contig15:898087..898205Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 898088..898205 +
1693562708.0419364-CDS-P-fluviatile_contig15:898087..8982051693562708.0419364-CDS-P-fluviatile_contig15:898087..898205Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 898088..898205 +
1622815650.065008-CDS-P-fluviatile_contig15:900552..9007081622815650.065008-CDS-P-fluviatile_contig15:900552..900708Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 900553..900708 +
1693562708.0527897-CDS-P-fluviatile_contig15:900552..9007081693562708.0527897-CDS-P-fluviatile_contig15:900552..900708Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 900553..900708 +
1622815650.0772862-CDS-P-fluviatile_contig15:902339..9023881622815650.0772862-CDS-P-fluviatile_contig15:902339..902388Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 902340..902388 +
1693562708.0706468-CDS-P-fluviatile_contig15:902339..9023881693562708.0706468-CDS-P-fluviatile_contig15:902339..902388Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 902340..902388 +
1622815650.0869555-CDS-P-fluviatile_contig15:903199..9032551622815650.0869555-CDS-P-fluviatile_contig15:903199..903255Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 903200..903255 +
1693562708.0806103-CDS-P-fluviatile_contig15:903199..9032551693562708.0806103-CDS-P-fluviatile_contig15:903199..903255Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 903200..903255 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig15.2419.1

>prot_P-fluviatile_contig15.2419.1 ID=prot_P-fluviatile_contig15.2419.1|Name=mRNA_P-fluviatile_contig15.2419.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=795bp
MTRVEKGSGDGGGDVGGAGGGGRIRWGLAASRLCGRGFRRRGGAIGRGAG
GDESGGGGGRPVLRAAAATAAGAATAAAASGAGRREAAGTRVGADGDGGS
FQEEAGRRRGGGGASDMGFETSVWRSFGSFRRHVGETFRSSREKPETTRD
AWRYMGALVRSQRGVLLASVVTLILAAGCEVAVPHYSSRALNAAAFARDR
AEFARSLRGMVAYSLLASVFTGLRGACFWLAGTHVVAKVRFDLLSSLLKQ
DISFHDANETGALTSRLASDTAKISNVVSFHVNILCRQVIQAIGGLGYLY
VLERQLSLVTLVGLVFVGVITTAYGRFSRRISAKVQTALAEAGSVAEQSL
SLVRVVRAHANEEHERRRRYGRKIGESVELQETQGIAYGVARVVIGWSQA
ILLAAVLLLGAKRVFAGTMTGQQLTTFVFYTQFVTSASFDVGDQIQEALG
AGQKVFELLDRQPVMTGHAKVQHSGGSSAENFDHAAPTSHEATGARAYPS
VRQGAIGADSTGREDSGVLAPQHPQPAESPSRVSYGAEHGERERGRVDFD
AVSFGYPTRPEGVLILDELSLRVRPGEKVAVVGPSGGGKSTILRLLCRFY
DPDGGRIYLGGRDLSEYSPVDISNIVSWVTQEPQLFPISVGENIAYGLEP
GSFGISDVHEAAKAANIHNFVCGLPDGYDTLVGEGGASLSGGQKQRVAIA
RALIRDPEVLLLDEPTSALDVESERLVQDALDTAGIGRTVILIAHRLATI
QRADRVVVMQNGRIVESGKHNELLSLGGVYSGLYKQGEQVATVQ*
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mRNA from alignment at P-fluviatile_contig15:880972..912924+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig15.2419.1 ID=mRNA_P-fluviatile_contig15.2419.1|Name=mRNA_P-fluviatile_contig15.2419.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=31953bp|location=Sequence derived from alignment at P-fluviatile_contig15:880972..912924+ (Porterinema fluviatile SAG_2381)
AGCCACTCGCATTCGTTCGCCTGTTCGTGCTCTCTCCCAGGCGGCCTGCC
CACAGGATACGGCGTCACCATGACGCGGGTCGAAAAGGGCAGCGGCGATG
GCGGCGGTGATGTTGGCGGGGCCGGAGGTGGTGGTCGCATAAGGTGGGGT
CTCGCTGCGTCTAGGCTTTGCGGACGGGGCTTCCGGAGAAGAGGAGGGGC
GATTGGCAGGGGCGCGGGCGGTGACGAGAGCGGCGGGGGCGGCGGCCGCC
CAGTCTTGCGAGCCGCGGCGGCAACGGCGGCTGGGGCGGCGACGGCAGCG
GCAGCGTCAGGGGCGGGCCGGAGGGAGGCGGCCGGGACTCGTGTCGGCGC
CGACGGGGACGGAGGCTCGTTTCAAGAGGAGGCGGGCAGGCGCCGCGGAG
GTGGCGGAGCGAGTGACATGGGGTTCGAGGTGAGCGCTCTTCGTGTCGCC
AAAATCACTCGCCTGCTTCTTGCGTGCTTGTTGTCGTGGCCTTTCTGCGG
CACAGGATCCCTGTAGGAGAGGCCACGGTCATGGGAGGGCTCGCGAGAAA
AAAAAAACGACGGCTTGCTGTGCGGTTTCAGGTGTTTTTCTCTTGTTTGC
CGACGCCGAATTCACCGAGGTGGCACCAGATAGGCGGCCGCGAAAAGCTC
GCACAAAAAATGAAGGCGTTCCACACTGGTGTGCCTCAAAAAGAGGGCAA
TGGTGTCCTAACCTGGCGTCGTGTTGCCGTTGACATGTTTCCGCTGGTGA
GTGGTGACATTTTTGAGATACCTGCACTTAATATTGATATTGTTATGCTG
CTCTTGCCGGGGCCGGTTCTGCTCTGCTGGCGGAGACGACGATTCTCGCC
AGAGCTTCCACGACTTGCGCCTTTCGTCTGGTCTTAGCATCCTGCCCTAA
ATAATGGCTGCTTTTGTTTGCGCTGGTGCTACGATAGAACACCCCCTTCT
TGGATCGTAATGTTGAGGCTTGTGCCCCGTAGGCGATTGGCTGCTTTTTG
AAGGGGGGGAGATTGCAACGAACATTGGTAGAGAATCAAGGTGCATCCAA
ATCGAGAAAACAATTGCCAACGGATTACAAGCGTACCTTTTTCTCCACCG
AGAGCGTCGAAACCGCCGCGGCTTTTGGCTACGAAAGTGCTCCCGAAGGC
GCGTCGGGCGCCCTCACCGTGCAGCGACTACCGCCCAATGTATACGACGG
TGTAGACCAGGTCCTGTTCAAAGCTCAATTGCTGCGCTATAGGGCAAACG
CAATACGCCGAATTGTACGTTTGTGGAAAGCCCTCTATGAGTTCCTTTCA
AGGCCGCCCCATTGCCCCCTGGGATTCATCCTTCTGTGGAGTTTTGCGCT
CCGAAAGTTGCCACTAACGTGGGTATGATATACGTTTGCTAGTTTGCGGT
AACCGCTGGCGCTGTTGGCGCCGCTCTTGACCGGCACTGTGCTGCTGTCA
TTACCAGCCATCCTGCGGCCTTTGACGATATTGTCGCACTCTGACGATTC
TGCCGCAAACTACCGGCGCATCGTGCGACGTTACCGTACCGCGGCTTGGT
CGCCTGGCTGTTAGATCTGCTCTCGCGCTTTTGTGGCTGCCGCCGGCGCC
GCTTCGTACGTCCGACGCGCTCCTGTCATGTGAAGCCATTCCTGCTTTAC
GAGCACCAAGCATTTTTTATATATATTTCGAGTGTCCTTAGCGCGGGGAA
GGGTCCTCAAGATTCAGTGGAAGAGGACTCATCATGACGCCGGCTTCAGA
AACGAGGAATTGTCATTGCAGCGGGGATGGAGTGCCTTTAATTTTGGCGG
TCATTGGCGCGGGAACGACTGTATCGTAGGTGCCCTACTTATTCCAGCGC
TTGTGACACACACCAATCGCCGGTGTTGCTGCGTGCGGGGTCGTGTTCTT
AAAACTAGACTTGAACCTAAGAAATATGTGCAGGATAATATTCTGTCAGA
GAATACATGAGATTGTGTAATTGTATATGCTTGTTCGCTTGCGTGCTCCG
TGGCAGACGTCAGTGTGGCGGTCGTTCGGGAGCTTCAGGAGACACGTGGG
GGAGACGTTCCGCAGCAGCAGAGAGGTACAGTGGGCGGCCCACAATATGC
TGTGTTGGAACGGGAGTTTCATCCACAGTTGAGCGACTACCCGCACTGGT
CAGAAGTGGGTTATATAACACTTTTTATGTGAGAAAACGTTCGTGCCGTA
CCGGGGACGCGCACTATCCAACCCGCACTTTATAGAGCCCCTGCTGTCGG
CACTACTTCTGGGATCATCCTGTTGAGCGCTCTTGACCAGCATTCTCGCC
ACTTTCGAGCAAGATGCGCATTATTCTCATATTTTTTTAAAGCAAATTAC
TACGCAGTGGGGCTGAAATTTGCAATAGCTTAAAAAAAAAAGTCAGTTGT
ACCAGAAGAAAACGGAAGATTAAGTAAGGGCGATGAGAGGCGGAGAGGTA
AGCCCAGCAGAGAATGGATCTCGATACTGCTGTGCCCCCAGCATCTCGGC
GTCCTGGATAATTCCCATCAGCCCCGCCCAAAATACTCCGACGTTGCATG
AGTAGTATTTGGGGGCTCAGTGACTCGGACTACTAGTACCGACACTGAAG
TCGATTCAAGTTTCACGGACCTCCGACCCTGCAACCCTGTGCGTTTCCGC
CACCCTCCAGAAGCCGGAGACTACGCGGGATGCTTGGCGGTACATGGGGG
CCCTGGTGCGGTCCCAGCGGGGCGTGCTCCTCGCCAGCGTGGTGACGCTC
ATCCTGGCTGCCGGCTGCGAAGTAGCCGTCCCTCACTACTCGAGCAGGGC
GCTGAACGCCGCGGCATTCGCGCGGGATCGCGCGGTGAGTCAGCGAGAGC
GCGCACTTGTTCAGCTGAAGGATGGACTTGTGGAAATTTCTTCACGTTTT
CATAACATTTTCATAACATTTTCATTTTTTTTCATTTTTCGCAGCACAAC
GCTGCGGAAATGTGTCGTTGGAGTCTTTCCTGCTTCCTTTCTTTTGCGTC
GGGCGATTTTGTCAAAACGTGATCCTCTGAACGAACGCTGCACCAGTATC
CAAGGGTCGCGTGGCGAGCTTGCTAGCGAGTGCGATTTCTTGAAGCAGGT
TTTGTGTCTCACTGTTGAAAGGCAACGTGACACGTGTCGTCGACGCTAAC
AGTCGTTCCTCTGAAACACTGTTCTTCTTTGACACAACTGTCCTCACTCC
CCGCATCATGACAGGCATTACACGTGCCCTCAGCCCCGATGCTGTTCCTC
CTTTCCCTCACGGGTCGGGTTGAACAACCCGTCAGGGAATCCTGTTTCGT
GCTGCACGACGAGTGTTTTTTTTTTTCAAGTTTTCGGGCGTAACGCCTAC
ACGTCGTATCCCCGTATAAATCCTCTCGGGGAACCGTTTTCGGCCACATT
AGCTTGCCTTACACTGTCGAGTACACGTTTCCCTTTCATCACCGAATATC
CTTCTTGGACCAATCGACCGATCGTACACGCTTCCCTTTCATCGCAGAAT
ATCGTTCCTCACCGGTTGATCTCTGAAGCACACCGTTATCCGTTCGTCTC
ATCGCCGAACACACCCTTGGCTGACCCATCGATTGATCAGAAATGCCTTC
TTTCTATCGCCGAACACCCTTCGTTCACCGTATGATCTATCAAGCGCACC
TGTTACTCACTGCGGAACACCCTGCCTTCACCCGTCGATCGAAAAAAGAT
ACGTTCTTCTCACACGCTTCGTTCACCTGTTGGTCGATCAAGCACGCCTT
CTTCTCATCGTCGAACACCCTCCTTTCACCCATGGAATTCAACGATGCAG
CTTGCGAGTCTCTGCATCGCCGATCACCCTCCTTTGGACCATGGACCAAT
CAAATCGATCCCTCTCAAAAATCGGTCGCAGGAATTCGCGAGGAGCTTAC
GGGGAATGGTGGCCTACAGCCTGCTCGCTTCGGTTTTCACCGGCCTGAGA
GGCGCGTGCTTCTGGCTGGCGGGCACGCATGTCGTCGCAAAAGTCCGGTG
TGTTGGGGGGGGGGGGGCGGTGCAGCAGTCGCTTGGAGCCTCTTTTTGGG
GCCGAGTACGCACTGTCTTGGAATAATTTTGGTATGTAGAGGGGCGGTGT
ATGCAGCGGCGGTTTTCGCCAGGGGTACTATTGGACAAAGTGCACTCAGG
AATCACCAGAAACAAGTGAGGGCTGCTTTGCAGCAGCAGTTGTCGTGTGG
AACTTGTCCTATGCCAAGCACTCGATCGTTCACGTCAGGGTGTGGACGTG
TGTGCGAATGTTGCTGACGGGAGGGGGTGGCGAGGGGGTTCCAGCGGCAG
TTGCGTACTTGAGATTCTGCCAAGCATGCGTTCGCCACGCCACGCAGGCG
TGGATGCGCAGCAGACACGTCGTAAGCAGCACCGACCTGTTCGTGTTCTT
TCGTGGTTGCCTGTCGTAGCTTCGAAATTTGTGTCAAGGCTCGGCCGATG
TTTGTAGAAGTACTCTGATCCTATTCTTCTCTTTGTTACAAGCAAGAAAC
TCTTGTACCCAACGTGACTGCTGTAGTCGCAAGCGGGGTCGTGGTGGCGA
TTTCGATAGTGAAAGCCGCGCTGACTCGGGGAGCTTGTGCAAACCCCATG
AACGCGGCGATGATGAGCCACCCTTGTGTTTTCCTCTCAGTCGAAAATGC
CGTACGCATGTCCGAGGTGACCAATCTGTCGACTTGTATATTGAAGGAAC
TTCTTTAAATGTTCTGAGACGGCTACCCCCCTCGCTCGCGTGCGCATCGC
GATTTTCGGTGCCCCCCTCGCCTCTCCAGCTTTGATCTCCTCTCGTCTCT
GCTGAAGCAAGACATCTCGTTTCACGGTGAGCTGACATGGCACGTCTTGG
TTAACGTGTGGTGGGAGACGGTGGACCTGCAGGCGGCGCCCCCCCTGAAC
AGCAGGAGAGGGCGACGCCGCTGCGTTTTTTTGCGCAACTCTTGATGTAG
GTCTCCAGTAAAACGGTGGGTGGTGGCGCGGACGGCATGCCGGTTTTGTG
TATCACATAGTTTTGCGCGATGGAAAAACAAAACCTCCCCGAGGCGGTTT
TCGATGCTCGATACCTCCGGGGAAACATGAGTACTGGGACGCACCGAGGA
CGGCTCTGGAAATATCCTACGGAGATCTGTTCGAAACGGCGTCGCCTGTG
CTTCGTGTGCTATTACTCTTGCCGCGCATCACCTAGTGCTTCGCATTTCC
GCTGCTGTTCTGAACCGTCCTCGCGCTACAGTCGCCGCAGGCACAGTAAG
TCCTCCGTGTGTTTTTTTATTTCCAGCAAAGGAAGAAACATTGCAGCATG
ACTGCATGCCGCACACGATCTAGTGCAACAAATGGAAGCAGAATCGTGAG
TTCCCAACCTTCCTTTTCCCGTTATCATCAACCAAAAAACGTTTTTTTTC
CCCTCCACGGGCTGATTGCTCTGATCCTGCGCTTCGGCAAATTGCCGACT
TTGAAAGTTCTCGGCCTTATTCCAGCGTCTTCCGTCGAGCTGCTGTTGCA
GTGACCGGTGTATTTGGTGGTTGATTTGCCAAAAACCAAACACGGGAAAA
AGGAATAAGGACGAAAAAACCCAGTATAATATCACTCGTACGTCTTGCCG
TTTTCTTTCCGAAAAACGCTTTTATAGCAAATTCTTGTTGGCGAACTTCG
TCCCGAGCTCCATGCCTTGTACGACTTTGTTGCATATCGATATCTGAACA
AAAAAAATCTGCCAAGCTCGAACGAGACGGTTGCAAGCTACGGGTCTGCG
CCTCTATCAGTCTCGTACTAGGAAGATCCTGAACCGCGCAACTTTGTACC
TCTCTCAACTCGTCTTCCCAAAAAAACAGAACAGAAACTAGGCAGCCCAC
AAAAATACCATTCGATTCGTCAAAATAAGACCCTTACAATCGCAAATATT
TGGTTTTGACTCACCGAAAACGAATGACATCATCGCCTTGCCTTACCACT
CGCTGCCGTGACGGAATCCACTCATTTTACAGACGCAAACGAGACGGGAG
CGCTAACGTCTCGGCTAGCGTCCGACACGGCCAAGATTAGCAACGTCGTC
AGCTTCCACGTCAACATACTCTGCAGGTATTGCGTCTCACACCCCTCCTC
AGCCGCGTTAGTATCCTCTTCCCTGCAGGAGAAGAGTCCCGAGGATGCTT
GACACCCTGAGACACCCGGCAAAAGTCTGGTGCAGGAAGTGTTGTTTGCG
TCGAGTCTTCCCACTTCCTGACACATGCCTCCAGCAGCACCCTTCGGCAA
ACATTGATGGCGAGTTTTGGTGCTTCCCATGTCTTGCTCGTGAGGAAATT
CGGACCGCCTTTGTTGTCTCTCTCTCTCCCTCTTTTTTTTTTTGAAAGCG
CAATACACAAGCGACGAACTACAAATTGTCTGCTAAGTCGGGGAGACGAT
CCAGATTCGCACACGCTTTCGGCGGCAACCTCAAAGAGGAAGGGTAATCG
CAACAATTCGTCGAAGCGATGTCGATCGCCATGGAGAGGATATGCGTTTT
TTGCCGAATGCGAAATCGACCGACGTTATTCGGAAATCGCTCCCGCCCCC
CTCCCTTGATTGAAAATTCACACTGCCGACGACATTCTCGAATCAACACC
CTCCCCTCCGATCATTCTCGAGCCCAACCGACGAGATTTTCAACTTGCCC
TTCCCCCCTTCCCCGGACTAGATTTAAACGACCGATGTATGCTGGTGGCC
AGATGGTCCTCCTTTTCAACGAGGACAGACGCCAAAGCCGCAAGCTCCGC
TGGAGAATGTGTTCCTCATGGCCACGAAGCACCGACTTGCAGCCGCACGG
CAAACCCCGTTGCCTATCCTCCATGTATCCCCGGCCCAAGGAGTTGGTTT
AGAGACAATAATTTCGAAGTTGTTTCCAAATCGCGTCGTTTCACAAGGGA
ACAAAACGAAGCTCGCGACGATATTTTTACCGGCGCTTCGCTACACGTGC
AGGCAGGTGATCCAAGCGATCGGGGGTCTGGGCTACCTTTACGTTCTGGA
GCGGCAGCTGTCCTTGGTCACTCTAGTCGGCCTTGTGTTTGTCGGGGTCA
TCACCACCGCCTACGGCCGCTTCTCGAGACGGTGAGGATATGGGGTTGTT
ACGGGCTTACCCCGGTGGCGGCCATTTTCAATTGGAGACGACGAGGTTCA
ATGTTTTATTGGGACGGGTCGCGCTTTCAGATTGTGAGCGTGAAGATGGT
TTGGATTCAAGCCCCTCGAGACAGTGGGAAAATGATCGTGTTCGTGAAGT
CATTCATCTAGTAGCTCTGGGGGCGGTGTCTTGAAATGGTATGGATTTGT
CCGGTTGCTTCTCGAGCCGGTGAACGTGAAAAAGGAGTGTGGATTTACCC
ATGTGCTCATCAAGACGGTGAACTTGAGAAACTGTTGTACCTAGGGGCCG
TAGGTTTACCGAGACGATGGCTTGGATGACGTGGATTCACCCAGTCGTGA
TTATTTTCTCGTCGAGGCGGCGCGAGATCGAATGAGGTGGGCCCGTCCAT
CAGAAAAACATCCCAGGAAGTTGCTGTATGCGACGTTAAGATTAGCTGCC
AGCGCCTCGAGGCGATAAGATGAGGAGGCGTAAAGCCCAAACAATTTTTT
CGTCGACACGGTGTCATGAGATGAAACGGAGGGGCAGGTTTACTCTCGGT
GTGGGGCGTTTTTGTCCCCGAGATGGGCGAGATTGACGGTAGGGATTGAC
CCTACGGGGGTGACCCTCTCTTTGAGTGGGAGGTATTCAAGGAGGTGGAT
GCCACACAATGGCGATGTTTTTTCTCAGAGGGTGGTGCCACAGGATGTGG
TTTCGCACAGTCTCTCGCTTCGTATGCTCCCTTCATGCTCTGTTTTGGAT
TCGTCGCCTCTCAGGAGGCCTCCTAAGGTCCAGACCGCTTCACACCGAGG
TTCACCCAGAGTGTAGTTGTCTCTACCGCCCAGTACCCGGTTTTGCATTA
CACGCCCTCGTAATATCCGCGAAGGTGCAGACCTCTCAAGCGGAGGCTCA
GCGTCTCGTTGCCTGTACCCCCGTTTTGTATTACACATCTTTCAGGGTAT
CCGCTAGGGTGCAGACCGCTCTCGTGTAGGCCGGTACTCGCTGCCTGTGA
CTCCGCGCCAACCTCTAACTCTTCGTTGGATTTGACGCCTCTTAGGATAT
CCGCCAAGGTGCAGACGGCTCTAGCAGAGTCTCAGCGTCTCGTTCCCCGT
ACCCCCGTTTTGCATTTTACATCTGTCAGGATATCCGCTAAGGTCCAGAC
CGCTTACCGCTTCATATCAGAGGTCCATCTCGTTTTTCGCTGTCTGCACC
CGCTCATACTCCAATTTTCATTACACGCCTCTCAGGATATCCGCCAAGGT
GCAGACCGCTCTGGCGGAGGCCGGTAGCGTCGCGGAGCAAAGCCTGTCCC
TGGTCCGCGTGGTAAGGGCTCACGCCAATGAGGAGCACGAGCGGAGACGG
TGAGCTACCGCGGGTCAAGATTTGTCATCAACCAGGGTGCCGATGCCAAA
AGCACGTCATTGGACATGTCGTCTTTCACGCGTCTTTCCGTCGTAATTGT
AGGAGGTGCCTTTTGGCAACCTCCATGCATGGACCAATCGTACTTCGAAC
GGCGGTTCAGGAGGTGTTGTACTTTTGCTACGTACGGTACCGCTGTGGCG
GGCTGCGAGCAAACGTCTGGAAGTAGATAGAAGGAAGCAGCCAGCCTTCA
CTTGTCCTTGTGAAAGTGCAAACAAATGAAATCCACCGAAGCACGAGCGA
AGACGGTGAGCTCTGGTGTGCTGGACCAGAACTACAGCGTCGTGTTCGAA
ACGAGGGTGTTTGCGGAGAGACATGCACAACTTGACTGGTTGGAACACTA
CAGCTGAACAATGAAAAGGGGCACTCACTTACTCACAAAACTTTCGCCTA
CTGAAGCAAGTGTGGCTGGGTTCGTGTGCACGCATTATTGTGGCCGAAAA
TGCATGAAAAATATGAACATTTGACTCCGCCGATGTCAAAATCGCTAACC
GCCCTTGCGCTTGCACGATATCTCATCAAGAGTTGACATCGCCAATTGGT
GAGCCCTCCTCCTCCCACGCACGCACACGCCTTCAATAATCGTGCCACCG
AAATCAACAATCGGAACGCACGCTTCTTCTGGCCACTTCCCAATGTCGCG
ATTGTTTTGACTTTAAAACGTCTCATTTCTTGTAATTCGTATCAAGCGAG
ATCCCAAAATCGTCGAAGTTGCCCCTAAACAACAACAGAAACTCAGAGAA
ACGTGTACTGTCCCTTGGATGATCAAGCGACCGCAACCAGCAAGCGAAGA
ACACGTTTCTTTTCCCCACCGACCGCAACCAGCAAGCGAAGAATGCGCAT
CTTTATTCCACCGACCGAAACTAGACAGAGAGGAACGCGCATATTTTCCC
CACCTCTCTAGCCATGATAACAGATTTTTTTCACCTTTCGAGTTATTTCT
TTCATGAAGGAAGATTAAAATGAACGGGTTAAGATGATCCCAAGATCATG
GACGGCCGGAGAAAACAGCAAAAAAATTAAAGAAAGGTTTGTTGCTAGAA
CACAAAAAATACCACATCGGAAGAAGAACCTTCCGAGTGTTCACCATCTG
CACGTGCTGGTCTGATTTCTGAGCAGATACGGCCGCAAGATTGGGGAGTC
TGTGGAGCTCCAGGAGACGCAGGGCATCGCCTACGGGGTCGCTAGAGTGG
TCATCGGCTGGAGCCAGGTTAGAGAATAATGTACACAAGAAGCTGTTACA
AAACGAAATTTGTACTCCGTATGAAGTAACATTAAATAAATGTCTTCATT
GTCTGACAACCCAGTCGAGGCGTCCTCAAGGAAGCTTGGTCGTCCCTGCA
CTCAATTTCTCATCCCAGATTACTCTTGGGTTCGGCGATGCTGCTACGTT
TTGGCATCTACCCGCATGTGGGTGACGCCGTTTTCAGCGATACGCACGCA
GGGGCCCGAGGCGGGGTTTTGAACTTTGGCTCCGACACGAGTTTCTCGCC
CAGTGTCAATCGATCCGTGGCCATTGATAGAACGAGAAGCTCGAGACTGC
GGCAGAGGGATGGAACTGTACATTCTCTCTATCCCCCTCTGTCTCTCTCC
CCCTCTCTCTCACTCTCTGCCTGTCTCTCTATCTGTCTCTCGGTCTCCCA
TGCTGTCATCTGGTCCGCTCTTCTCCTTTCGTTTGTTCGTTCAACGGCGC
TCAAGGCGATCCTCCTAGCTGCCGTCCTGCTGCTAGGGGCTAAACGGGTG
TTCGCCGGCACAATGACCGGCCAGCAGCTAACCACCTTCGTCTTCTACAC
ACAGTTCGTTACTTCGGCGAGCTTCGACGTCGGCGACCAGGTGCGGAAAC
AGTAGTGGAAGCCGTTGCTGCCGTCCGTACAGGTGTTGTTGGTGTTGGTT
GTTGCTGTTGTTGTAGTTGCTGTGGTTGTTGTAGTCGCTGTTGTTGTTGT
TATTGCTGCTGCTGCTGCTGCTGCTGCTGCTGTTGTTGTTGTTGTTGTTG
TTGTTGTAGTTGCTGTTGTTGCTGTTGTTGTAGTTGCTGTTGCTGTTGTA
GTTGTGGTTGTAGTTGTAGTTGTAGTTGCTGCTGTTGTTGTTGTTGTTGC
TGCTGTTGTTGTTGTAGTTGTAGTGGTAGTTGCAGTTGCTGTTGTTGTTG
TTGTTGTTGTAGTTGCTGTGGTTGTTGTATTTGTAGTTGTTGTTGTATTT
GTAGTTGCTGTTGTTGTTGTTGTAGTTGCTGTGGTTGTTGTAGTTGTAGT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGCTGTTGTTGTAG
TTGCTGTTGCTGTTGTTGTTGTTCTTGCTGTTGCTGTCGCTGCTGTTTTC
GTTCTGGTTGTGCGATGGTCGTGGTTATTGCTGCTGCTGCTGCTGCTGCT
GCTACTACTGCTGCCGTCGTTGTCGTCGGTGTTGTTGCTTTGTCCTTTAT
TTGTGGTGTATGTGTGACGCCCTTCGCAACAAAATGAGGTAGATTCGAAG
GCGCGGTTTTGTTGCACGACATGTTCCCGTCCAATACGTGCTCGGTTTGC
TCCACGTTATTGAGGTGTCGGTCGAAAATCCTGAAGGATCCAAATGTAGC
ATGGATGGAACGTGCGCAAATTGTCGTTGTTTCCCTAGTATACTCCTCCC
CCGCGAGGCTTGTCCGCCCGCCTCATGCAAGCATCCTAACAACCACTGTC
GTTGCATTTGTCGCTATTACAAGTATCACAATCGGCCGCACTCGCGCGAT
TGGCGTTGCCCCTGCTGCTTGCTACTGCTTGCCTTTGCCTTTGCTGCTGC
TTGCCTTTGCTGCTGGTGCTGCTGCCGCCGCTGCCGCTACTGGTGCTGCT
GCTTGCTGCTGGTGCTGCTGCCACGGCGATCGCGACATTGCAACCTCCAC
CGCCGCCCACAAAATCAAAAACAAACAACGGCGGGTCATCTTCGCCGCTC
CCGTTTCGCTGCGCAACAGTGGGCGAAGGTGACCGCTGTGTACCTTCGGA
ATTTTCCAGGGGTTGGTGTTATGTATGTACCTGCTTCGGCGAGACCACTT
TCATGTCCGTTGATTTTGTGATCTAGCCGCACTACTTGCCGGAGATACCA
TCGCGGAAATACCCCGCCTTTTGGGCGGGCTGCTTGTTACCGCCCCAATC
TGTTTGATTGTTTGCGACCCGCCGTTTGCGCATATTTTGGCGTGTTCGAT
TGCGCAAGATGCGATTGGGAACGATTTATATTGCGCGTGGCGTAAAACAG
CGAAACACGGCGGTGTGCCGTGGTACGGTGCAGCGTAGCACGATACGGCA
CGGCACGGATGGGTTGGGGTAGTGCGGCATAGCACAGAACGTTCGCGGTG
ACGCGCGGCAACAGCGGCCCGATCCGCCAACGATAACACGCCGACAGATT
CACGTCGATCTCGGTTCGTGGATTCGCGGATGGATTTCTCGGTTGCAGCG
TTTACTTTCCCCCCGTTGTTGAGCAGCATCGCAGTCGGTTCGCATTCTGA
GTCATGCCTCCTTGATACTTGCGTACAGGAATACTTTCGTATGTCCCTCA
TTCTTGACATACCGTGGCTGTTCTCTTTGAAACATCCAACATTATTGTTC
AACACACGTGTTGTACATACGCTACACGCTAGATCCAAGAAGCCCTTGGC
GCTGGACAGAAGGTTTTCGAGCTCCTCGACAGGCAACCCGTCATGACCGG
CCACGCCAAGGTACAGCATTCGGGAGGATCGTCTGCGGAAAACTTCGACC
ACGCGGCGCCCACGTCGCACGAGGCTACTGGCGCTCGTGCTTATCCTTCG
GTGAGGCAAGGGGCGATGTAGGAAGAAATGAACGAGTCGGTTGTGCGTTT
TGGGGTGGTTTCGGTTGACAAACGGATACGATCGGTGATTTTGTTTTTTT
GTACCCCGCAGAGGTCACGCGTCAGTGGGTGAAGCGAATGAAGCCCATGC
GCAATACGTGCTGGCTTCGTGCCCGGTGACGGGGGGTGGGCTTGACGTGC
CTTTGCTGCGAGCTTCTGTGACTCATCGCGGGAATTGCTGTGTCACTCGA
GGGTGCGAGACACGTTCGAGGGGAAATTAAACGACTTGCTGGTTGCATGC
ATTTTTTTTTTTTTTTTTTGCTTCCGTCTGCTGTAGCACTTCACCGAGCT
TTGCTAATGCCTCCCACCCAACCCCCCCTGGATTCACCCTCGCCCTCCCT
CGGCCGCCTTTCGATCACATTGCAGAGCGGCGCCGACAGCACCGGACGCG
AGGACTCCGGGGTGCTAGCCCCGCAACACCCGCAGCCGGCAGAATCGCCG
TCCCGTGTCTCCTACGGTGCGGAGCACGGAGAGCGAGAGAGAGGGAGGGT
GGACTTCGACGCCGTTTCGTTCGGGTACCCGACACGCCCAGGTGTGAGAA
ACCGGCGGTGTAACGCTTGTTTTCTAATATTATTATTATTATTATTATTA
TTATTACTATTATTATTATTATTATTATTATTATTATTATTATTATTATT
ATTATTATTATTATTATTATTATTATTATTATTATTATTGTTTCCGTTTT
TTTTTTTTTTTTTGGGCCCGGTCACCCCTCTTGAGGTTACACCGCGCACG
TGCCACACCCCCTTTTCGGTGAGAGAGCCAGAGAGGGAGGATGGTGGACT
TCAAGCCGGTGCCGTCGAGATGCCCAACGCGCCAAGTTTCGAGAAAATGG
TGGATGCTAAGACGATTCCTTTTCGGTATCGGTGTGTGAAGGCACAAATC
GTTCCTCCTTAACCCCGCCCTAGAGGCGGGCTTTTCTTCTTGCTTTCGCT
CTCGTCCCGCAGACCCCCGCGCGATGAGTGACAAGTCCTGTTGGTTTTGG
AATGCACCCTTCAAACAATCGTATGCATCGTTATTAGTGTCCCTACCGCG
ACGAGTTGCCAGACCACGACGAAAGTGGACGCGAAAAAAAAAAACTGCAC
CTCAGTTTCTCTCTCTCTCTCTTTTTCTCTCTCCCGAGGTCGGGTCTTGT
TCTCTCGCTCTCTCGCTCTCGAGGCTGAATCCTTCATATTCTTCCCTCCC
ACGCCCGTCCTTTCCTCCCCTCCTTCCTTGTTCCCTTCCCTCGTTCCTCG
TCGAGAAGGCGTTCTCATCCTGGACGAGCTTAGCCTCAGGGTGCGGCCGG
GGGAGAAGGTTGCTGTTGTCGGGCCTTCTGGAGGAGGAAAATCGACAATC
TTGCGACTTCTTTGCAGGTACGAATCAACAGAGATTTGGAATATCTTGCT
TTAATCGTTCGGGATCAATCTGCGGGGGGAGTGGAATCAACAACCTTGCA
TCTTGTTTGCAAATACCAATCAGACTAGATCTGGAATCATTTTCTATTGT
TGTTCGGGACACAATTCGGCGAGGAATATTCATGATCGTGTACATTCGTT
CTTGGCCGGTGTCAGTTCGGAGATCCGAAATGGCTAACTGTATTCGCCCG
GCATATGCACCTTGGGATAACAGACGACCTGGCGATTCCTTTGCAGTGCC
AAGCAGATGAAATTCAGAAAAATCCGCTGTAATCGTTCCGAATGATTGCT
CCCCGTGGCGAAGAGATTCGGGGCTCCGTTAGGTTCATGCGGGTATCTTG
GAGACATGCTGTGCCAACTGTGCCTCCCCCTGAGCTCCGCTCGTAGCGTC
CCGTGTTTTGTTGCGTGTGTCGTGAAATTTTCGAGCGCAACGTCTCTGTT
CTGGCTATCACCAGCTAGTTGATAGCACCACGCGATCGTGGGGGTTGTTG
TGTAAAAGGCTCGAGAACATCGTCGTGTCTGGCAGCAACCAACAAAGGGT
GAGAAGCACGACGCGGTGATGAGCATTTGTCGTGGAAAGACCACTAGGGC
ACCCTTTGGTGTCTCGCCGAAAGAGGGTCAGGGCGGAATCACGGCGGGCC
AGTGGACGATGCATAACTTCTGTGCAAAGGTTTTGGAACCGCGGACTGAA
CACATCGTCCGCAACAGAAGACCGTCGACACTTGCTGAAAAGTAGCACGA
AGCAAGGAAATGATGAAAAGTTACACTCTGATTGCGTGCGGCTTTTCTTC
CGTTTCCACACGTGAGGTTTTACGATCCAGATGGCGGCCGCATTTATCTG
GGAGGGCGGGATCTGTCGGAGTACAGTCCGGTGGACATCAGCAACATTGT
GTCTTGGGTGACCCAAGAGCCCCAGCTGTTTCCAATATCAGGTGCGCTTT
CCTTGTGATCTGTTTTTCCTGGCTCGCTGTGCAAGACGTGTGGGGATCGC
GCGTCTGGTCGTTCGTTAGAGTTGCTTGTTGTCCCCGCCGTCCATGGAAG
CCCCTATGCTAGCTCCATCGTCTTGTTCGCTGGGGGCTCATTCCCTGCTT
GAATCGCCGGAATCCCGGCCTGCCTGTCTGCCTACCCCCCCGCTGAGTAT
GCAAAGTACCGTAAGTGTTCGAGAGTTGGCACACCCGTGTTAGCGTTTTT
CTAAAGCGTTTTTCTCCACAACCAGGAGGGTGCCAACATTGACTGATACC
TCTCTGGAAAGCCCACGACGAGACGTTTCGAAAACCACCCTTTTTGGCAG
TGGTACCCTCCTAGTTGTGGAGAAATACGCTATTGAAAAACGCTAACACG
GGTGTGCCAACTCTCGAACACTTACGGTACCCAGCTGGCGTCTTCCGACC
TGTGGTGGCACTTGCACCACTGCTTTGTATCATACTTTCAGAAAGAAAAA
GGAAGCACTTCCTTGTATTTGATTTTTCTTTTGGGGCCGTTTTGAATGGT
AAGCAATCTTGCGCCTTCAAAAAAAAGGTACACATTCGCACCCACATGAC
GTCAAATTTTAGCGACACTAGCGTATGTTACAAAAAATGACAACTATTGA
CAATTGTTGCGCTTATTTTTATTTGCTTCAGTGGGGGAAAACATCGCTTA
CGGGCTTGAGCCCGGGTCATTCGGCATCAGCGACGTTCACGAGGCAGCGA
AGGCCGCCAACATACACAAGTGAGGAATCAAGGAATTGGAGAGGTTGAGG
TTGATGCAGTCGGCGCACGCGTCTCACTTCTTGCTCTTGCGGTAGTAGAA
CTCAGCTTTAATCTCACTTCTCCTCCCCTGGTGGTACGGGGCCCAGGTGG
TATCCGGTGGTGTGTAGTGGTCGGCAATTGCGCCAAAGCGTTTTACTGTT
TTGTCTGTGATTGGCCCGCTTTCATCCCGCCATAGATGATCCCCCCCGGG
AACTTAAAGTGTTATCATCCCGCCACTAGAGTACGCGGGAGAAGTTTGGG
AAGGGAACAAGAAAATAGTAGGAGAGTTGGAGGCAGCGCAGATGAAAGCA
GCGAAGATCATTCTAGGATGCTCCCAGCGCACAAGTAACGCAGCAGTAAC
AGCAGAGTTGGGGATTTACTCCTTAAGAACGGGAAGAGACATGAGGAAGT
TGACATGGCAATACCGTATGGAAAACATGGGAAAGGAGAAGTTACCGAGA
ATAGCTTGGGAGGCGACATGGGTAAACAAGCCCAAGGGTAGACAACCCAT
TGAGTGGGCTAAGGTTGTACAGGGAGCGTGGAGCGGGTTAGAATTGACGA
ACGGGAGACGAAGGGAGCGGAAAGCTTAGAAGGGTACAAGAAGAGTATCT
CAGAAGCCTTTGAAAATAGAGAAGACCAGAGCTTGCGGAAAGAGACCGAG
GAAAAGGAGGTTCTAGAAGTGTACGGAAGGCTGAACGAAGGAATAGGGTT
CAAGGAGTACCTGAACGGACCATTGGATGAAGGGACAAAGATGAAGGTCA
AATTTAGAACGGGCGACATTGACCTTCGGGAACGTAGAAGGAGGTTTAGG
AAGGTAGACGACGACGAAGACAAGTTCAAATGTGACTGCGGTGCCGAATG
CGAAGACCGAGTACACGTAGTTGCAGAATGCCCGTTATACGATCAGGAGA
GCGAAGGGTACATGATTGAGCTGGAAAAAGTAGACAGTCGGTATAGAGAG
AAGTTTGAGGCATGGAACAAAGAGGAGAAGACGGTAGCGGTACTCGGGTG
TAACATGTGGCCCAGGAAGGACAGGTATAAAGTAGACAGGTTAGGGAATA
CATTTTTGAGCCACCTTTGGCAAGGTAGGAAGGAATGATTGGCCATCGGT
GGTCGATCCTGCGGGAACAATGCTCCGTCCTCTCGAGGACGCGTGGTCAA
TGGTCTAACAACTAAGGCATGCAAAACATGAGTACGCCCCCCCCTCCCCC
CCCGGACACGTAGCCCAGCTTTTTCAGTGCTGATGCCTGAGCTACCGGCT
TGTCTGGTGCAGTGTTATGCATCCATACCTACAATGGTGAGGTGCTCGTG
CATCTTGTTCCAGCCGGACTGTCGTTGCTGCTCTCGTGTCTGCTCTACCT
CACTTGCGTTAATCTACCTCACTTGCGGTAATCCACCTCGGTTGCGGTAA
TCTACCTCACTTGCGGTAATAATTTTCGCAGCTGATGATTTCACTTCCCG
CTTATGTTTTGCAGCTCCTTCGCTTGTGATCACGGTCACTTCGCGTTCCT
TTCTCCTTTTCGTTTTCCAGTTGCCTCCCCCATTACTGCGGCCATTTTCT
GAAATACAACGCGGTTTTGTTTCACCCTTCGCTCTTTAAATCCCTTTTTT
TTTTTTCAACTTTCAGTTTTGTGTGCGGGCTACCCGACGGGTATGACACG
CTCGTGGGGGAGGGGGGCGCCAGCCTTTCGGGGGGCCAAAAGCAGAGGGT
GGCTATCGCCAGGGCTCTTATCAGAGATCCAGAGGTAAGGATGATCTTTT
AGACTTCGCACCGACTTTTCGCAGCAGAGGGTGGCTATCCCCCGGGCTCT
CATCAATACTTTATTTATGTTTCTCATCACGTTAAACCATCGTTCCTAGA
GGCCTACACCTAGAACTCTGGTCCGTGGGCACACAGAAGGTCTCCTGCCC
CAACCCCCCTCTTGCGGTTCATGCCTTCAATATATAACGAGAAGAGTTCA
GCACTCCCTTCCCTCAAGGGTGTGTACACACGAACTATTAAATAGCGCTA
TACACTGCCAGAAACGAACGCAAGAGAAAAAACTCATGTTGCAAGAAAAT
GCTTACGCATGTCGAGATTCGAACTCGTGAACTGACCACTCGAAGGTTAC
AAGGATACCAACTAGACCACCGGGGCGACCGGCCGATAACTTAGATCCAG
AATAGGAGACCTCCAGCGGTCAGTAGACCACGTTTTGTTTTTGCTTTTTA
TTCGGGTTTATGCCGCCTCGACTCTCTCATCCGAGATCCAGATTGATGAA
TCGCGTTGCTGTAATTTTGGCTGCGCCGGATTCAAAAAGCAGTGGCTGGC
AACCCGCCGGGGCTCTTGTCAGAGATCCAGAGGTCAAGCACTGCCGTCAT
GTTATTTGTTTTTTCGAGATTATATCCGCTTCTAAGGAGCAATGAGAAGC
CATCACCGGGGCTTCATGAGAGGTCCAAAAGGTGTTCATTCGATGCCTCC
ATTTGTTTTGGCGATTCACACCGGTTTCTCAAAGACGATGGTCGTCGCGA
GGGCTGTTACCAGAGGGGGGGGGGGGCGTGCGATTTAGAAATGGGTAATA
CAGGTGAAGAGTGTGTGAGAAATTTTTCATGCCAGTTGATTTCAACCCGC
AACCAAAACCACACCTGCGCTATCCAGCCCGCACTACAGAGTGCTCCCCA
CTATACTTGCTTTTCGTGCTTGATTTTCGTCTTCGAGTCTTCCTCCGCCG
TGTATTGACCCGTTTGTTGGTAACGTCGGGCAATCTCCACTTCAGCCCTA
CGCGTCAGTGGTCCCTGATCTTGGTTTATGTCTCGCAGATTCGATTGTGG
GACGGCGGGTAAATGTTCCGAATGGGGGATCACGCTTCCTCGGCAATTGT
TACGTGCGTGTTGGGCTTTGCAACGTCTTTTTATTTTTTCGCGGGATGTA
AAGTCTTTTTGTCCTTTCTTGGCTGGTGTTCATTTTTTTGTTTCGTCGGA
TGGTTGGCCATTTTCCCCCCTTTTGTCGTTTTGAAAGGTAAATCGTAACG
AAATATGCTCTTTCCACGATCACGACTTTTCTCCACGATCGTAGCGATCT
TACCTTCTCATGCTGCCGCTGATCGAAAATCACTGAACCAAAGAAGGAAA
CATAGTAGGGGGTCGCGCCCCTCGAGCCTGCGAACAACACGCAGGCCAGC
ACAAGCATGGACCGTGCAGCAAGCACTGATCGCATCGCTCTCGTCAGGGG
CTCCGAGCAACCTTTCGATCACCGTCTTGCTACCCTTGCCGCTAATATGT
GACGCACGTTTGCGGGAGGTGGACGTACTCCCCGACATGACACACCCAGC
CTCAGCTCCGCCGCTTGTTCGAGCCCAATGGAGGCGGCGGTTCACACACC
TCCACGGGCAATACTTTCGGTTGATAGTTCCCTAGACCACCCATGAAGCG
AAAGCTTGCCGGGATGAAAGCGGCAGATGGAGCCCACATCCTATCAGATT
TTCGCTTCGACGGTGATCTCGGGAGCGAGCAATGAAAAAAGAGTCTCGTC
GAAGTGCGGTGAAACTCTTTCTATTCTGGGCTCGAAACATCGGCGGGGGG
TTCAAGGGCGTGTGGATGCGTTGTGTACATTTTTCCCGCCTTGAGGACGC
CATCATCAAGAACACTCCCAGCGGTAAGGTACTTATTTTTCCAGAGCCAG
GGGACATACTCTCAAGGGCACTTCACCGCGTTACGGACACTTCGAACGCT
TCGCGTCCTTTCAATCATGTCGGAAGAATTTGTCTTTGTGCTCGCCCGGC
CACCGCACATCGCACATCAGCGGTCGGGGGGGGCAGGACAGAGAGGCAAG
GGTTGCTCGGAGCCCTTGGTGAGCGATAAGCGTCCAGTACTTCCTGCGCC
ACATCGATGTTTACTCCCGCTGAAAGCAAACCTTCTTTGTCCAAAGCAAG
GGTCGCGATGACTCCTCCTCCCCTGAATCCGAAGGGCACTTGCCCGAATA
AAGACAATCGAACCAGAGAAAAACGGGTAAGTGTTCGTACAGCGGGCATG
ATTGTGCATACACCAAGCGGTAGGCAACAAATCGGATCCGACCCTACGCG
ACGCTCGTCCCCGCGCACCGCCTTTGTCAAGGTCCTACTTCTGGACGAGC
CCACGAGCGCGTTGGACGTAGAGAGCGAGAGGCTTGTGCAGGACGCCTTG
GATACGGCAGGGATTGGCCGCACCGTGATACTGATCGCCCACAGGCTGGC
CACGATCCAGAGAGCGGACCGGGTAGTCGTGATGCAGGTGAATAGAGCTT
GGAGATAGTTCGCATGGTCTTGATGCAGAAGAAGGAAGGTTGGACTTAGT
TCGCATCGTCGTGATGCAGGCAAAGCGAGCTTGAAGTTAATTCGCATCGT
CTTGATGCAGTCAAAAGAAGGTTTGAGGTTGGTTCGCATCGTCGTGATGC
AGGTTAAGCAAGCTTGAAGTTAGTTCGCGTCGTCGTGTCGCATTTAGAGC
AATCTTGAAGTTTGTTCGCATCGTCGTGATGCAGTTAAAGCAAACTTGGA
GTTAGTTCGCATCGTCGTGATGCAGATAATGCAAGATTGAGGTGTGTTCG
CGTTGTCGTGGGTTACCCGAAAGAAAGCGTGAAGTTCCTACGCTTGCAAA
TTGCATCGGAGCAAAAAGACCATCCGCTTCACAACTTATTTAAGAATCTA
CACTCAAGGGCACTGCAACAGGAGAAAACACCGTTTCTACACAACGCAAG
TGTTCAGGAAAACGTACCGTGCCGTGCGAGCAGGGGGAGGGGGAATGGAC
CCAGTTTGTGCTCGATCTCGACCAGATGCGCCACCATTCCATGTGTAGAT
GCTGAATCGTGCGTTGGGAGGAAGCATGATAGAGTTCACGTGCATCCGTT
CATTCTCCAACGGAGGGGGTGGATGAAACCACAGAACAACTTCATTTTGT
GACACCATATTCAGTTACAGAAAGGAAACGCAGGTTGGAAGGAAGCTTGG
GGTGTCCTCTGTGTTGTTTCGTTCTCGGCGGGAGGTATAAAAACAAGAAC
AACATTATTTCCTCTGTTTTTGCGCGTCTATAATGTGCACGAAGTGACGA
GGTGGTCTACGGATGCACGGCACGGAACGTTGCTTTATGTCTCATCTCCA
ATCGCTGCGTATGCCTCAAGAACGCGCATGCTCTCTGCCGTGCGTCGTCC
GCTCGCCGCAGACGATGACTTCGTCGTTTTTCCTTCCAATGGTTTCGCTT
GTAGGGACTACACCCCCCTACGCTTTGTGATCCGATTTGGCTAGGCGGCG
CACCTAACAACAACTGTGCCCTCATATCTTTTTTGCACACTTGACAAATG
GTGGGCGAATCTCGGAAAGTTGCCGATGTGTCAGGGCTTGATGTATCGAC
AGGGGCGCATGTTTCTCAATTGTTCGCTGCTGTAGCCGTAGACACCTTGG
TCGTGTTTCCTTCCAGTGATTTCGGATGTGTATGGAATGCACGCCCCCCT
CCGGTCGGAAGTAGTTTGACGAGGGCCGACAACGATTCCATAACATCAGC
GACAACGCACGTGAACTTTTTATGTAACAAGGTCGACGTGTTCTCCCGAA
AGGCAATGGCTTGGAATCTTCTTCTCGAGGTTTTGAACCCTAATCGCCTT
TCCCCCTACAAGCAGCCATATCTGAGCAAGATCCGCTAAACCAAAGACGG
CCACCAAATCATCGCCTTCTTTGTTTTTTTCAAAAGTCGCGACTACTGAT
GGTCATCACCGATCAGCATTTGTCTGATCGTATACGAAAAAACGACACAC
AAGTTTTTCATGTCCCTCCACAGAAATCTGGCGTATGCGCACCCGCTTCC
GCGACAGCCGAAACTTCCGGTTATCGTTGTTTTTTATTTATTCATTTCCC
CCCGTTTGTGTGGCGCAGAACGGGCGAATCGTGGAATCCGGAAAGCACAA
CGAGCTCCTGTCCTTAGGTGAGAGCTCTCCGAACATGTGTTTTGCTGGTG
ACCTTTGGTGAAGGACGCGGACGTGTGAACATCCCTTGTTTTGGGCGTGG
AGTCTCGCTGCAATTGGATGTCGTGTTTGGGAGACAAATATGGGATTGTT
TCGACGATTGCTTTCTTCGGTGAAATGTCAGAAGGCAAACGATGAACTGA
AAAAAATGAGGAGGACCTAGCGAGCTCTCCTAACATTGGTTCAAATTTTG
GCTCGTGTTTGTTTCGCGATGGATTGTTGGTGCGAACCATCGTTTTTCAG
GCACCTCAAGCACAAAAAATAATTCGTGTATATCTACATTCCAACGAAAT
AAGAAACATTGCTAAACTTAATGATCTTCCTCCAAATTTTAGCAGCAGGA
TTGCATGGCGTACACCTCCACAGAGGGATCGTCAGCTTTCCTTCTACCTT
TTTCTTTTGGACGAACGAAACACATTTCGTTTCCCTTGCGGAGGCTGCAT
GATGTGTCGACTCTCGCAGCGATTGAGTAGGGAGGGCCTGCTCAACTGCT
CTTCGCAGGGTTACAAATCTAGCCTGTCTGTACTGTTGTGCGAAATGTCG
TTGTTCGAGGAGTGGACTCTCTACGCGATTCCAAAACACCTCAGGGAGTC
GTGAGGGCCCACAAACCGTCAACAAGGTTCCATTCGATCTTTGAGCGCTA
GTCTACTCAACACCTGTTTGCGCAATTCAAATCGTGGCAATGCCCGCCCT
TCCCAACCCCTTCCCTCTTCCCTTACGCTGTTTTTGCGGAATGCTATTCC
GCCCCTTGTTTTTTTTCGCGTTGTGAAGGCGGGGTCTACTCGGGGCTTTA
CAAGCAGGGAGAGCAGGTCGCGACCGTGCAATAGAGACACTCCCCCCCCG
GTCATCACGCGCGAAGAAGACGCCGCACCAATTTTGTTTCCGACCCAGGA
GAATGGGAGCGGCAGACTGCACGCTAGCTGACGCGGGGGGCCACCTCCCC
GAGGATTTGGTGCACGAGAAATGCCTTCCGGCTCACGTTGTATGCCTATC
TGGCCCTCCGTGACCTTCTACGATGACTTCGGTGAGAAAGAGTGCCACGC
GGAGGGAAATGAACAGTGGCGATGACGTCCAACCCCGCCCCCGCGATCCG
ATGTTTCTCCTCTTCGTTGATTGGTGTGATTTGAATACTTGGTGCACGCG
ACGGTTCACTGCGTACAGGGTGATTGACCGCAGCTGGCTGTCGAATCCGA
CCGCATAGCTCTTTGCTGAAAGGTCATGATGCCGCTGAGGGTCGGTGCGA
CGAGTGCGGGTGGGTGCCCCAGCGCACGATGCCACGATTTGTCCCACCTG
CTGGGTTAATCGGCCGCATCTGGGTCGAGTTTGTTGGGCATCCACGTTTT
GCCACGGGTCCAAAAACGCGGTGAGCGCGTGGCCTAGAAAGGAAGGCAGA
TAGCGGGAAATAGGCGAGAGATGTACATGTGAGGCGCGCTCAGTTGGAAC
GTCGTGGATGCAGCGCTTGATGGGTTGGCCCGAGAAACGTGTGGTTGGTA
CAGTCCCCGGAGGAAAAAGGTGTTCGAAAGTGAATTGTTACACGATGGCC
AAGGACCGCCCACAAAAGAGGTGCTCGTCTAGTGCAGGGGACGACTATGA
ATTTTGACTACCGAGTAGGTTTGACTGCTGTGTGCAGCCTCAACGTATTC
TTGGCAAGCTCTCCTTGCCAGACGGAATTGCGACCACGTACGCAAACAAA
CGAAAAAACAGTGATATCCGACAGATCTTATGCGATCGTTCAGTGTGGTA
AATCATGCGTTCACGTGTTGACGGTGGGAGATGTGATGGTGTAAAAGCTC
AGCGACACGTGTGAAAAGGGGAAAGAGGTTGATCGGCGCTTAGAGGGGGC
CTGCCTTGTCGTTGTTGAACACAACGTGGTTAGACTATGCCATGTCCACG
TTAGAACCGGAATGCGTGATTGGTTCTACGAATCAAATGCATAGCGATGA
CGTGCAAAATCTTGCTCATCTCAACATTGCCAGGGAATGGTAAAATCTGC
CGCCCACCAATATAGAAAAAGCAAATTTAGAAGAAGGATATAAGGCGAAC
AGGTGTAAAAATGACCTTGAGAGTGCGCACTCCGCGTCCCTTCGTCCGCA
TTTATATCCGCACACTCACCAACACACACCACACAACTTTCGGACCAAAC
GACCCCCTTTGCCTCAACCCGAACCCGAACACACAAAATTAAATATACAC
ACGGGGATTCTCCATCTCCCCATAACCTCCACCCGCCCTCGCTCGCGCGT
AGATTGACGATCTATTAAAAAGGCGCGTAACTTGACGACCCATCATCTCG
AAGCGAACACAGATCGATCGGGGGAGAAGCGCGTGCACATGAGATCAAAT
GTGTGTGTGTGTGTTGTCGTCACGCTAAAAATCAATCCGTCTCTCCGCCA
AGTACCTCTATACGTCCGTACTGTTCCAACAGACAAGTGAGGCAAAAGAA
ACTGAAAGAAACAGAGAGAAGGAGCGAATGATCCGTCTTGCCGGTTGCCA
CGGAAAAATCGGGATCTTTAATCTTTCGGGGCGGTTCTTCGCGCAATTGT
GCGCGAAATGTTGACGATTCGTGTCAGCTATCTCACGCCTGCGAAATGCC
CGGACTTCGCAGCCTTATTCACACAAGTTGCACGTATGCATTCAGTATTT
CTACCATGGAACGCTGCCCCGCTCGGTCCCTCTCTTGACCCACCGGTCTT
GTGTCTTGCATGTTCCCCCGAATTCCAAAAAAGGTTCATTTTTGAAGACA
TTTTTTTCCGTGTTGGAGCTCCCTCCAGCTCCCTCTCCCTTTCCCCCTCA
CATACACACCCGCCCCGTCCAACATCCTTCGAAGAGCGAACACGCGTGAC
CGTGTGCACGAGCGAGACAAAGAGAAGAGAGACGGACGAGTGAGAGAGAG
AGCGAGTGAGAGATACTCGAGATTCACAAGCCGTGGCTGCTCGTTGTCAG
CTCACACAGATCCATCTCTTACCAAGCAGCTCGGCAAGCAACCACAGCGC
GCGGCTGCAGCAACTAACCCTGGCGTGTGTGCGAGCGCGCGTGTGTCCTC
AATCGAAATGAAAGTCAGCGTTAGTGCAAACAACGCCGGAGAGGAGACGA
CCAACAGGAGCAGCACCAACAAAACCGAGAAACCCCCCCGCTTCCAGAAC
AACCCCCTCGTGGCAGAGGACGACATCCTCCGCCACTTGATCCCCTTCGT
GGCAGAGAGCGAGGGCTACCTGTACGTGGCCGGGGTTGCCTCGACCTGGG
CCCGAGGCTGGGTCGGAGACAAGACAACCAAGCTCCGCTCGGCCGTGGAA
TCCGCCGCTAGACTCGAGTCCGCGAGCACCAGCGCGAGGTCCCCGAACGC
TTGGGTCTGGAGCGACATGGCGACCATATGCTCGAGGGCCGCGGCGGGAG
GCCACCTCGGGGCTCTCCGCTGGGCCCGCAAGCAAAATTCTCCTTGGGGA
GAATCAGCCCGGGAGGCGGCGGCAAATGGTCACCTGGCGGTTCTCAGATA
TTGTTATGCGAACGGGGCTCCATGGGATAAGGAGGTATGCTCCAACGCCG
CCGCGAGGGGCGACCTGGAGATGCTGCGGTTCGCCCGGCGGCGCGGCTGC
CCGTGGGACAAGGATGTGTGCGCTAATGCGGCGGGAGCAGGGGAGCTGGA
GCTGCTGATGTGGGCCAGGAAGAACGGGTGCGATTGGGATGCAGCGACCT
GCAAACACGCCGCCAGAGCTGGAGAGCTCGAGATTCTCAAGTGGGCGAGG
TCGAACGGCTGCGACTGGGACGCGTGGTGCTGCACGTGGGCTGCTGGTGC
AGGGCACCTGGAGGTACTAGAGTGGCTGTGGGAGAACAAGTGCCCGTGGA
ATGCTACGACTTGCGCCGCGGCGTGCCGGGAGGGAAGGATAGAGGTGCTG
GGATTCTTGAGGTCGAAGGTAAGCGCGCGAACTCCGAGTATCATTGAGAT
TGTTCTGTCGGCCCGCCCCTCTCCAATTTCTGAGCATTAACGATGTTGTC
TCTTTCTCTCTGAGTGTGCACTCGCTGCGTTTCTGTACGCGTCTTCCGCC
TCCGCCGGCGCGTTGCAACGCACGCGCTCACACCACATCGGTGCAAAAGA
TTCGATCGTTGCGCATGTCCCAAAAGCGGAGAAAACAGTAGCAATGGTAG
TTTCATTGCACCTAAACGAAGTCCGCTGTTTCATCCCTCTTTCTTATTCT
ACACGAACGACAAGTTCCCAAGTTTGCCGTCATTTTCCGCCGAACTTTCG
ATGCAACGGCTGTCTTCCCCTTTCCTCCGCAATCCCTTTAGAATCTATGC
GTGACAGCTGTAGTGATGCACAGGGTTTCTCCCCCCTCCCGTCTCTGCAG
CGTAATTCTCATCAACACCACCACACGATGCTGTTTTTCGCCGCTGAAAA
ATAATGAAGTCCCGTTGTTGCTCCGGAAGTTCAAGATTCGCTCCGTCGTC
TCACATTTCACATGCGTTCTCTATTCTCTTTTTTTCTGGGGTTGTGCAGC
TCACGGGCATGGATTCAATGCACCCGTGTGTGCGTATGGGACGCCAAGTT
TGTTGTTGGTCGACCAAAGTTGCCGGAATTGATCGCTGCTGGTATTGTGT
CTTCTCGCTTTTCAACAGCTTTCTATCGTTGGAAGTAGCTCTTGAAAAGA
TGCACTCCAAGCTACGTACGCGGCCATTGCTAGCTGGAGACCACGCAGCG
CTGGAGCGAACACACGCACGCCGCCATGTCGGGGGCGGGGCGGGTCACAC
ACGCCGCGGTTTTATTACGCACGCCCTCACACCCTCGGCGCTAACCCTCC
CGGATGAGAGCGGCGAGCACAGGAACTCCCGGGTGCTCGCCGGAGCCATT
ATTTATTTGGTTCAACGCGCACGCCGGCGGGGAATTTTTTTCTCCCGAAA
GGAGCAAGAGCAATGGGAGATCGAATTTTGTTGAAGAGTCGGACTGAACT
TACTCCACCGTCGTGAAAAAGAACACATAGTAGAAGTAACACACCAGCGG
GAGTTAGGCCGGCGCGGGAGAGAGGGTGAGGCGAACAGAGTAGGCGTTTT
GCGTGATGCTCTGTTGTCTCTTTTTCTCCTGCTGTGGGCACTTTCCCCGG
ATAGACGTAGATAGACGATGCTTTCTCCCACGAAATGGTTTCACACGAGG
TTCAGGCGGTGTCGTTAAGATGCTGGCGGGGGCGGTGCGCCGGACGGGAA
TACCCCCGCCTGTGTGGCTCGGGGAAAAGGTTGCCTCCGCCCCAGGCAAT
TTCCCGAGTAATACGTTCGTCCACGTGCCATGTCCTGTATGTGGGTGGTA
GCAACGGAGAAGGTGGCCTCAGCGAGATGAGGCCAGAAAAAGATAGAGCG
GCAAGAACCTCACCTCTCGCCTTGGCTGGTTATCGCTTTTGTGGAATACG
AAGTTGTCCTCTCTCCTTTTTCCCCTTTCCTCCTCACTTCTGTGAGTTTT
CGTCCCCCATGGCGTCCTGCTTTTGTCTTTCAAGAAGGAACGGCGACGCC
ATCGATGCGCAGAATCAACATGAAAATTCTTCCCCAAGCCAACCCTCCCT
CCCCGTCTGAGAGTGGCGGTGAGGTTTGTTTGGAACCGTGACGAAATTTC
TCCCTCGCGCGATGTGCGTCTAATCTGTCGCAACGTGCCCAATTTTTTTT
TTCATTAGAGGCTCACACCAAGGAAGTGAACTCGTGCCCCAAGCAACGGA
GCGATCCCCGGCCAACCCTCGACACACTCGACCCGCCTACCCCTCAGTCT
TTCAACCTCGGCTCACGACCCTCCCCTCCTCCCCTTCTTCGATTCACCCC
TTCCCTGCGCGCCTCGACCAGGGCTGCCCCTGGGACGGGACGGCGTGTAC
CGCGGCCATCTACGAGGGGCAGTTGGAGACGCTCAAGTTCGCTCGTGCAA
ACGGCTGTCCCTGGGATCCTACCTCGTGCCGGTTCGCGGCGGAGATGGGT
CACCTCGAGGTGCTGGCTTGGTGCAAGGAGAACGGGGGCCACTTGGACTC
CCGGGTTTCCATAAGCGCCGCCGGAAACGGCCACCTCGAGGTACTGTTGG
TTGAACGATGCTGCGAAACACTTCAGCTTCTGTCGGCGTTATATCGAGAG
CCGAGGCTCTGTTATGCTCCATCGACAAAAATTCGACGTGACGTATTCGG
CCCATTGAGGAAGCGAAGCTTCGACGGGGAACGGCTGCTGTGCATCGTGT
GTTACGCAAGCTGTGATCGGTGGCGGCCACCGCCCTCACCCGCGGAATGG
AATACCTTCGCCTGGTATCCCATCGGGTATGCCCGTCACCGCAGAGCCTG
CCTGCTGTGCACCAGACGGTAGCGCCGGTCGCGCCGGAGTCCAATCACCT
GTCGCAAAACAGCCAGATCCTACGCACGCCGTCGCTTGCAAAAGAGTCTG
AAAGCGGTTCGAGTTCTGCCCCCGGGCTCTTCGCCATTTTACATTGCCTG
ATTTCTCACTGGTTTTTCATTGTTGCAAGTAGTCCAACCTGCCTGTCCCA
TCGTCCTGACTGTGACCTACGTGTCCCGTCGTGCCTCTCCTTCCCCCCCT
CCCCTCCGTATCTCCTTTCCTCTCCTATTCTGCTGAAGATTTTGAAGTGG
GCGCGAGCGAACGGGTGCGCTTTTTTCGACGAGGAGGTGGTAGCGTCGGC
GGCCGGCGGCGGTCACCTGGAGGTAGTCAAGTACTGCTGGGCTCAGCGGT
GCCCCTGGAACGAGTATACCACCGAGCTTGCGGCCGAGGGCGGCCACCTC
GAGGTCAGCCAGGGATTTCAATATGCTCGAAAATACGTATATATTCTTCG
TAGCGTGGGGTGGGGGGGACATCGTGAGAGCAGCCAACGAAATGATACGT
GGGGGGAGGTCGGCCATATTGAGGTCAGACAGAGACATGATGAGATGTGT
TCTGGAGGGGGGGGAGGGTTAGAAGGCATCACCGAGCTCGCGGCGGAGGA
CGGCCACGTTGAATTCAGCCGCACAAAAACGAGAAATGTGGTGGCCGGGC
GGCCTGAAAGGCCAAGGTGGGGGCAGACCTAAATAGAAGGCACACCGAAA
GAGGTTGATGAACATGTTTTTTGTTGGTTCCCTCGGTTACTTGAGTGGCT
TCGTCCTGATGTCGTTTTTTCCCTCCTATTGGCTTGGTTCCGTGCGTCAT
ACGTCAGCTCGGATCCCGCTTCCCTCCTACAAACTCCCCCACTTTCCTCA
CAGGTGCTCAAATGGTGCCGGTCGAAGGGCTGCCCCTGGGACGAGGACGT
GGCCGCGTTCGCTGCCGCGGAGGGGCACATTGACGTGAGAGCCGGTTGAA
TCCCCCCCCCTTCTTCGTCTCGTTGCCTCATGATGCTGTTGTGTTCACGT
TGTTTTTCGCATAATGGTAGCCCGGTCACTCTTCCGGGTCTTTGCTCTTG
GACCTACGCGCGCCCCTATTCCCGGCCACCTCTCGTATGTCGGACCTCGT
GTGTTTTCTGCTGTTGAGGGTTCTCGCACGAAGCCCCGCATGTGATGGTT
TGACAGCATGTTCCTAGCCCCATTGTTGTGACCCCACCCCCCCCACACAC
GCGGGCACCACCGCCCCCCCCTACCTGCCGCCCGATATCTGATCGGATGT
GTGATTCCGCGCCCCTGTCGCACTCAATCTGGTCGGAATTCCAGGTCCTC
AACTGGGCGGTGGCGAACGGGTGCCCCTGGGATAAAAGGGTGCGTGACTT
CATGCCCAGCGGCGCTTGCGGCGCGGTTGCCCTCCAGCAGGTACTTGCAG
TCTCCTGTCCTTCTCGTGCGGCTCGTCCACGTCATGTGGCCTGCGCGTGT
GTTTCTGATGCCCTGAGGTACTCTTGTCAACGATCGCCGAAGTGGCTGTT
TCCGCCGTCTGCGCCGCTTTTGCTCGCAATGTCGTCGATCGATGCGAACA
TTTTCCATTCTTTTTTTTTGCTTGCATCGCAACGTAGGTGGGGATGCAGC
CATTTGTTTTGCTGTTGTTCGTGATATTTTGGTAGTTCGCGTGAGCTGGC
CGGCATTGTCATTTGCAATTTTTTCGTTGAGCGCCAGTGGGTGTCCTCAT
CCCATCTCATCCCATCTCTCGTGTTGTTGCTCACAAACAGTTTAGGGCGC
CTATTAACGCTCCAAATTTTGCTTCCAAATTTCCAAACCCCGCAAAGAAG
CTCGATTTCTGGCTCCGAAAAAATGGAAAGCCTCCAACTTTGGAAGCACC
TCACCCGCGAAGAAAGACGGAGCCACACCCTTTCACATATTTTCCAAGAA
TTCGTAAAAGGACGATTTCATGGAAACACGGAATTTCGGGAAATTGGAAG
AAAGTTTGGAACGACCCTGTCTTTGCTCGACTGTTGTCTCCTCGCCTGGC
TCCCTCGGCCCCCTTTCGCTGTTGCTGTATTGTCCTTTTGTTGAAGTTCG
ACCCTAACAGTCCTACGTTCTGCGTTTTCTTGATTTCTTGACCGTTTTTT
TTCTACAGGCAAGCCCGAACAAGGCCTCTTCCCATGAATCGGACGTAAGC
GGGAATCCTACCGTTCTCCCCTCTACTAGCGGAATCCCCGAGCCTGCTAG
ATCGACCATTCCCGTGGGAAATCCAATATGCTGAGAACGCCTCTAAAACG
CAAGGGTAGATCATAAGACTTAACATGAAGAGAGAGTTGTCGCCTACATC
GTTTGTAATCTTGTTTCTCCATGGCGCAGTTTTTTCGGGGTGCGATTGGT
ACATGTTCGAGGGATGGAGGCGGGGGATTCGGGAGTCGTGGTGCGGTTTA
GCCTCCCGCCCCCGCGCTGTTGGGGTCTACGGAGCTGGCTGTGATCACTT
GCGCAAGTAGGGACCCAGACCAACCCGTTCTCTTTGAAGTGTGAACGAGG
TCGGCGGAGGCTTTTCGCGGAAGCTGTTCTGTCGCCGCGATCGTGATGTG
TTCGTCTCGAAGAACGTGCTCTATTTTTCATTATGGCTTGTTGTCGTTCA
TAGGGTGTGGGCGGTTCTTGCGGAAAGCTTGACACGCAGCCTGGGTGTTT
TTTGATACCGGTGAGTTCCCAAAACGGAATCAAGCGCAAAGTTTCGCCGG
CGTTTATTTATTTATTGGTTGCGCGGGAATCGCCCCCCCCCTTTTTTTTT
TCATTGCGCGTGATTTCCATCGTTCCATTATTTTACGTTTGGGTATGTTT
TTACATAATTTGGTAGCCTTGTTATGGTTCGCCCTTCCTTGCACAATTCT
ATGTTCTGTATTACGTGGAATGCATTGTACTGCTGTAGTGTCCGCAAATT
TGGAGATAAGCAATCGGTGTGATTTGGCGTCAGTCTAAGTGGGGGCGATT
GTCATCCCGTGAGAGACAGTGCGCTCCTTGACTCGCGGAGTGAAGCGTGA
TTATTTGGAGGCACAAGATCCGTCCCGACATTGAACGGCCGAGAAGCGTC
TTTCGCTACCAGACGGGAAGAAAGTTACATAAATCCCATCTAAGTGCATT
AGTCGAGTGGGGTGAATCTTTGCTGTCTCTAACGCTCAGAGAAGTATGTG
GTAGACTTGTCGATGGTGACACACAAACCAGCACGCGTAGCGGTAACGGG
TTGCCGACAGGGGTTTCATTCAGGTCGGGGGGAAAGGTCGGGGGGTGGGG
TGGAAGTGGATTTCGGCGTGTGTTATCTTCCAGGAAAGAGAGCCGCGTGC
CACGTACAAGGTAATTTACGTGATTTCGGACCGAGTTTGCTTGCGCATCA
AATGTTTGACCCTGGTGAGGGTTCCCTCCCAAGGTAGTCACTTGTTTCAT
GTGCATGGACGAGTCGGCGTGGGTTGCCCGTGGGCGATGTTTCATTCAGA
CGAGGGGGGTTGATTAAACATGGAGAAATTGGGTGGGGAGTGGGTGCTCA
CTCTTGAGCAATTGAACAAGAGGTTCCGTGGATTCACGCATATTGGCTCA
TTCAGGCGGCGAACGGCGACCATTTTCTGATGCCGAGATATTTTTGAGGG
ATGCAAGAATACGTGATTCACGTGGAACCTGCGGCTGGTTCGCTCTTGGC
GGGAACGTAGCTTGAATGTACATGTGCGAGGTAACGCGGGCTGACTTCGG
GTCAGAATGTCGGAATGGTATCTAGGCCGGCCGGATTGGTCGAAGTTCTG
ATGTGGTCACATCGGAGATCGGTCGAGTTTTTTGAAGGGTTGAAGACGGA
GTTCCTTTGAAATGCTCATCATGACCCACTGATGTCAGACCGCATTTTTT
TTTTTTTTTTTTTGAAAAATTTTGCAGGGGAATCCTCGGAGATTTTTTTG
TACTGATCCAAACGGGACGGTATTTCAATATGATAGTAGACTATGTCTTT
TGCCGAGTGACGGTATCCCAAAGTTCGATGACATCGTGTTGGCGGTAGAC
GGTATATCCAAAATGTGACGGTATCTCGACGTTACATCGAATCCATGGTG
CATTACGCTAGGTCGACGGTACACCAGATCCCCTCTGCAGAATGGCGCCG
AAGGTGGGTGATAAAAAACATAAACAGAACAGCGAAGACGGTGTTCACTT
TTC
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Coding sequence (CDS) from alignment at P-fluviatile_contig15:880972..912924+

>mRNA_P-fluviatile_contig15.2419.1 ID=mRNA_P-fluviatile_contig15.2419.1|Name=mRNA_P-fluviatile_contig15.2419.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=4770bp|location=Sequence derived from alignment at P-fluviatile_contig15:880972..912924+ (Porterinema fluviatile SAG_2381)
ATGACGCGGGTCGAAAAGGGCAGCGGCGATGGCGGCGGTGATGTTGGCGG
GGCCGGAGGTGGTGGTCGCATAAGGTGGGGTCTCGCTGCGTCTAGGCTTT
GCGGACGGGGCTTCCGGAGAAGAGGAGGGGCGATTGGCAGGGGCGCGGGC
GGTGACGAGAGCGGCGGGGGCGGCGGCCGCCCAGTCTTGCGAGCCGCGGC
GGCAACGGCGGCTGGGGCGGCGACGGCAGCGGCAGCGTCAGGGGCGGGCC
GGAGGGAGGCGGCCGGGACTCGTGTCGGCGCCGACGGGGACGGAGGCTCG
TTTCAAGAGGAGGCGGGCAGGCGCCGCGGAGGTGGCGGAGCGAGTGACAT
GGGGTTCGAGATGACGCGGGTCGAAAAGGGCAGCGGCGATGGCGGCGGTG
ATGTTGGCGGGGCCGGAGGTGGTGGTCGCATAAGGTGGGGTCTCGCTGCG
TCTAGGCTTTGCGGACGGGGCTTCCGGAGAAGAGGAGGGGCGATTGGCAG
GGGCGCGGGCGGTGACGAGAGCGGCGGGGGCGGCGGCCGCCCAGTCTTGC
GAGCCGCGGCGGCAACGGCGGCTGGGGCGGCGACGGCAGCGGCAGCGTCA
GGGGCGGGCCGGAGGGAGGCGGCCGGGACTCGTGTCGGCGCCGACGGGGA
CGGAGGCTCGTTTCAAGAGGAGGCGGGCAGGCGCCGCGGAGGTGGCGGAG
CGAGTGACATGGGGTTCGAGACGTCAGTGTGGCGGTCGTTCGGGAGCTTC
AGGAGACACGTGGGGGAGACGTTCCGCAGCAGCAGAGAGACGTCAGTGTG
GCGGTCGTTCGGGAGCTTCAGGAGACACGTGGGGGAGACGTTCCGCAGCA
GCAGAGAGAAGCCGGAGACTACGCGGGATGCTTGGCGGTACATGGGGGCC
CTGGTGCGGTCCCAGCGGGGCGTGCTCCTCGCCAGCGTGGTGACGCTCAT
CCTGGCTGCCGGCTGCGAAGTAGCCGTCCCTCACTACTCGAGCAGGGCGC
TGAACGCCGCGGCATTCGCGCGGGATCGCGCGAAGCCGGAGACTACGCGG
GATGCTTGGCGGTACATGGGGGCCCTGGTGCGGTCCCAGCGGGGCGTGCT
CCTCGCCAGCGTGGTGACGCTCATCCTGGCTGCCGGCTGCGAAGTAGCCG
TCCCTCACTACTCGAGCAGGGCGCTGAACGCCGCGGCATTCGCGCGGGAT
CGCGCGGAATTCGCGAGGAGCTTACGGGGAATGGTGGCCTACAGCCTGCT
CGCTTCGGTTTTCACCGGCCTGAGAGGCGCGTGCTTCTGGCTGGCGGGCA
CGCATGTCGTCGCAAAAGTCCGGAATTCGCGAGGAGCTTACGGGGAATGG
TGGCCTACAGCCTGCTCGCTTCGGTTTTCACCGGCCTGAGAGGCGCGTGC
TTCTGGCTGGCGGGCACGCATGTCGTCGCAAAAGTCCGCTTTGATCTCCT
CTCGTCTCTGCTGAAGCAAGACATCTCGTTTCACGCTTTGATCTCCTCTC
GTCTCTGCTGAAGCAAGACATCTCGTTTCACGACGCAAACGAGACGGGAG
CGCTAACGTCTCGGCTAGCGTCCGACACGGCCAAGATTAGCAACGTCGTC
AGCTTCCACGTCAACATACTCTGCAGACGCAAACGAGACGGGAGCGCTAA
CGTCTCGGCTAGCGTCCGACACGGCCAAGATTAGCAACGTCGTCAGCTTC
CACGTCAACATACTCTGCAGGCAGGTGATCCAAGCGATCGGGGGTCTGGG
CTACCTTTACGTTCTGGAGCGGCAGCTGTCCTTGGTCACTCTAGTCGGCC
TTGTGTTTGTCGGGGTCATCACCACCGCCTACGGCCGCTTCTCGAGACGG
CAGGTGATCCAAGCGATCGGGGGTCTGGGCTACCTTTACGTTCTGGAGCG
GCAGCTGTCCTTGGTCACTCTAGTCGGCCTTGTGTTTGTCGGGGTCATCA
CCACCGCCTACGGCCGCTTCTCGAGACGGATATCCGCCAAGGTGCAGACC
GCTCTGGCGGAGGCCGGTAGCGTCGCGGAGCAAAGCCTGTCCCTGGTCCG
CGTGGTAAGGGCTCACGCCAATGAGGAGCACGAGCGGAGACGGATATCCG
CCAAGGTGCAGACCGCTCTGGCGGAGGCCGGTAGCGTCGCGGAGCAAAGC
CTGTCCCTGGTCCGCGTGGTAAGGGCTCACGCCAATGAGGAGCACGAGCG
GAGACGCAGATACGGCCGCAAGATTGGGGAGTCTGTGGAGCTCCAGGAGA
CGCAGGGCATCGCCTACGGGGTCGCTAGAGTGGTCATCGGCTGGAGCCAG
CAGATACGGCCGCAAGATTGGGGAGTCTGTGGAGCTCCAGGAGACGCAGG
GCATCGCCTACGGGGTCGCTAGAGTGGTCATCGGCTGGAGCCAGGCGATC
CTCCTAGCTGCCGTCCTGCTGCTAGGGGCTAAACGGGTGTTCGCCGGCAC
AATGACCGGCCAGCAGCTAACCACCTTCGTCTTCTACACACAGTTCGTTA
CTTCGGCGAGCTTCGACGTCGGCGACCAGGCGATCCTCCTAGCTGCCGTC
CTGCTGCTAGGGGCTAAACGGGTGTTCGCCGGCACAATGACCGGCCAGCA
GCTAACCACCTTCGTCTTCTACACACAGTTCGTTACTTCGGCGAGCTTCG
ACGTCGGCGACCAGATCCAAGAAGCCCTTGGCGCTGGACAGAAGGTTTTC
GAGCTCCTCGACAGGCAACCCGTCATGACCGGCCACGCCAAGGTACAGCA
TTCGGGAGGATCGTCTGCGGAAAACTTCGACCACGCGGCGCCCACGTCGC
ACGAGGCTACTGGCGCTCGTGCTTATCCTTCGGTGAGGCAAGGGGCGATA
TCCAAGAAGCCCTTGGCGCTGGACAGAAGGTTTTCGAGCTCCTCGACAGG
CAACCCGTCATGACCGGCCACGCCAAGGTACAGCATTCGGGAGGATCGTC
TGCGGAAAACTTCGACCACGCGGCGCCCACGTCGCACGAGGCTACTGGCG
CTCGTGCTTATCCTTCGGTGAGGCAAGGGGCGATCGGCGCCGACAGCACC
GGACGCGAGGACTCCGGGGTGCTAGCCCCGCAACACCCGCAGCCGGCAGA
ATCGCCGTCCCGTGTCTCCTACGGTGCGGAGCACGGAGAGCGAGAGAGAG
GGAGGGTGGACTTCGACGCCGTTTCGTTCGGGTACCCGACACGCCCAGCG
GCGCCGACAGCACCGGACGCGAGGACTCCGGGGTGCTAGCCCCGCAACAC
CCGCAGCCGGCAGAATCGCCGTCCCGTGTCTCCTACGGTGCGGAGCACGG
AGAGCGAGAGAGAGGGAGGGTGGACTTCGACGCCGTTTCGTTCGGGTACC
CGACACGCCCAGAAGGCGTTCTCATCCTGGACGAGCTTAGCCTCAGGGTG
CGGCCGGGGGAGAAGGTTGCTGTTGTCGGGCCTTCTGGAGGAGGAAAATC
GACAATCTTGCGACTTCTTTGCAGAAGGCGTTCTCATCCTGGACGAGCTT
AGCCTCAGGGTGCGGCCGGGGGAGAAGGTTGCTGTTGTCGGGCCTTCTGG
AGGAGGAAAATCGACAATCTTGCGACTTCTTTGCAGGTTTTACGATCCAG
ATGGCGGCCGCATTTATCTGGGAGGGCGGGATCTGTCGGAGTACAGTCCG
GTGGACATCAGCAACATTGTGTCTTGGGTGACCCAAGAGCCCCAGCTGTT
TCCAATATCAGGTTTTACGATCCAGATGGCGGCCGCATTTATCTGGGAGG
GCGGGATCTGTCGGAGTACAGTCCGGTGGACATCAGCAACATTGTGTCTT
GGGTGACCCAAGAGCCCCAGCTGTTTCCAATATCAGTGGGGGAAAACATC
GCTTACGGGCTTGAGCCCGGGTCATTCGGCATCAGCGACGTTCACGAGGC
AGCGAAGGCCGCCAACATACACAATGGGGGAAAACATCGCTTACGGGCTT
GAGCCCGGGTCATTCGGCATCAGCGACGTTCACGAGGCAGCGAAGGCCGC
CAACATACACAATTTTGTGTGCGGGCTACCCGACGGGTATGACACGCTCG
TGGGGGAGGGGGGCGCCAGCCTTTCGGGGGGCCAAAAGCAGAGGGTGGCT
ATCGCCAGGGCTCTTATCAGAGATCCAGAGTTTTGTGTGCGGGCTACCCG
ACGGGTATGACACGCTCGTGGGGGAGGGGGGCGCCAGCCTTTCGGGGGGC
CAAAAGCAGAGGGTGGCTATCGCCAGGGCTCTTATCAGAGATCCAGAGGT
CCTACTTCTGGACGAGCCCACGAGCGCGTTGGACGTAGAGAGCGAGAGGC
TTGTGCAGGACGCCTTGGATACGGCAGGGATTGGCCGCACCGTGATACTG
ATCGCCCACAGGCTGGCCACGATCCAGAGAGCGGACCGGGTAGTCGTGAT
GCAGGTCCTACTTCTGGACGAGCCCACGAGCGCGTTGGACGTAGAGAGCG
AGAGGCTTGTGCAGGACGCCTTGGATACGGCAGGGATTGGCCGCACCGTG
ATACTGATCGCCCACAGGCTGGCCACGATCCAGAGAGCGGACCGGGTAGT
CGTGATGCAGAACGGGCGAATCGTGGAATCCGGAAAGCACAACGAGCTCC
TGTCCTTAGAACGGGCGAATCGTGGAATCCGGAAAGCACAACGAGCTCCT
GTCCTTAGGCGGGGTCTACTCGGGGCTTTACAAGCAGGGAGAGCAGGTCG
CGACCGTGCAATAGGCGGGGTCTACTCGGGGCTTTACAAGCAGGGAGAGC
AGGTCGCGACCGTGCAATAG
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