mRNA_P-fluviatile_contig9.15048.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig9.15048.1
Unique Name	mRNA_P-fluviatile_contig9.15048.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: D8LUB7_ECTSI (Intraflagellar transport protein 172 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LUB7_ECTSI)

HSP 1 Score: 1838 bits (4760), Expect = 0.000e+0
Identity = 957/1065 (89.86%), Postives = 1001/1065 (93.99%), Query Frame = 2

Query: 2051 DLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSA--LDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNKTAPAGFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQ 5239
            DL+GAEDVLVSQGKVEEAIAMRHGLHQYEEAL+LGRAHRLP+ERL  MAQ+YFRLLVDTKQEERAAALKEKEGDYEQAIRLY+KGGLPAQAGRVLKER VENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMD             SYTRGNA+RQAVELARRSFPAEVVDLQEMWGDYLMT+KQVDMAINHYIE RAN KAVGACLTS QWSKAAQL+ETLD DSARPHLR+LARHHE++GN ALAERF+VDADAPQLAVEMYTKANRW+AAHKLASSYMSEGEVRVLYM+QAQKMEA GSLLEAEKLY+QVGE+DLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKF+GGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQAC PAKLP IHLKHALFLEDEERFKEAE EFLQAGKPREAIDMFVHQKAWADACRVA+GHDPPAVSDVLCAQA DVAAAGDRAAAE+L+VRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLA K+HAQYQAAQAMTGTGGAKADYLSAGRALEQ+RDWSAAIDAYLKAT    M+ +D+EEVWERAITVARVDLPNRHM VVREVSRRL +MGRHEAAAEVL+AADQPEEAVAVAVAGGAWEKARESARG+  L++KVESAYQQHLMRGEATEELLQMG TNAALDILAQKGEWDRLWESAAKQ  G +TLAKYAGLRVR+VLDD ASWEKPV+GSD    LDDAVLV++EKGAPPITSG GRSS AVGAGVSSGSGGPAAD+YERLVKAVLGRDK  SARP A ET ERLLRVLQ QAQNL  SNKT+PAGFE++LMATHYTCLMGRCREKGGKDCLELA+K SITLLRYS+FIP DKCFYQA   GSLC++LGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVD RTLPTKQ IP ESEREEVRDWVLSVCMDAKIDQALPPEKEA GTLY+GLYASELPSCVVTGLPVHKRDLIQ
Sbjct:  671 DLRGAEDVLVSQGKVEEAIAMRHGLHQYEEALTLGRAHRLPEERLEGMAQDYFRLLVDTKQEERAAALKEKEGDYEQAIRLYLKGGLPAQAGRVLKERSVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMD-------------SYTRGNAFRQAVELARRSFPAEVVDLQEMWGDYLMTQKQVDMAINHYIEGRANAKAVGACLTSRQWSKAAQLLETLDGDSARPHLRTLARHHEQAGNHALAERFYVDADAPQLAVEMYTKANRWEAAHKLASSYMSEGEVRVLYMEQAQKMEAVGSLLEAEKLYLQVGEMDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFYGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACCPAKLPGIHLKHALFLEDEERFKEAEMEFLQAGKPREAIDMFVHQKAWADACRVAEGHDPPAVSDVLCAQATDVAAAGDRAAAEDLYVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAHKVHAQYQAAQAMTGTGGAKADYLSAGRALEQNRDWSAAIDAYLKATQSATMNAEDLEEVWERAITVARVDLPNRHMEVVREVSRRLADMGRHEAAAEVLRAADQPEEAVAVAVAGGAWEKARESARGHGQLAEKVESAYQQHLMRGEATEELLQMGQTNAALDILAQKGEWDRLWESAAKQESGVETLAKYAGLRVRSVLDDEASWEKPVSGSDDRRELDDAVLVLQEKGAPPITSGPGRSSFAVGAGVSSGSGGPAADMYERLVKAVLGRDKEPSARPAAHETVERLLRVLQDQAQNLKTSNKTSPAGFEHLLMATHYTCLMGRCREKGGKDCLELASKMSITLLRYSDFIPSDKCFYQA---GSLCKDLGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDDRTLPTKQHIPVESEREEVRDWVLSVCMDAKIDQALPPEKEAGGTLYEGLYASELPSCVVTGLPVHKRDLIQ 1719

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A6H5KQ80_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KQ80_9PHAE)

HSP 1 Score: 1156 bits (2991), Expect = 0.000e+0
Identity = 625/766 (81.59%), Postives = 649/766 (84.73%), Query Frame = 2

Query: 3011 VDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLK--------------------ATPGPAMSDDDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSA--LDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNKTAPAGFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQV 5242
            +DLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKF+GGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQAC PAKLP IHLKHALFLEDEERFKEAE EFLQAGKPREAIDMFVHQKAWADACRVA+GHDPPAVSDVLCAQA DVAAAGDRAAAE+L+VRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLA K+HAQYQAAQAMTGTGG KADYLSAGRALEQ+RDWSAAIDAYLK                    AT    M+ +D+EEVWERAITVARVDLPNRHM+VVREVSRRL +MGRHEAAAEVL+AADQPEEAVAVAVAGGAWEKARESARG+  L++KVESAYQQHLMRGEATEELLQMG TNAALDILAQKGEWDRLWESAAKQG G +TLAKYAGLRVR+VLDD ASWEKPV GSD    LDDAVLV++EKGAPPITSG GRSS+AVGAGVSSGSGGPAAD+YERLVKAVLGRDK ASARPGAQET ERLLRVLQ QA NL A                                                               GSLC++LGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDF EATNVPLVD RTLPTKQ IP ESEREEVRDWVLSVCMDAKIDQALPPEKEA GTLYQGLYASELPSCVVTGLPVHKRDLIQV
Sbjct:    1 MDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFYGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACCPAKLPGIHLKHALFLEDEERFKEAEMEFLQAGKPREAIDMFVHQKAWADACRVAEGHDPPAVSDVLCAQAVDVAAAGDRAAAEDLYVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAHKVHAQYQAAQAMTGTGGTKADYLSAGRALEQNRDWSAAIDAYLKVWLAGGIDVLDWRASAWMPQATQSATMNAEDLEEVWERAITVARVDLPNRHMVVVREVSRRLADMGRHEAAAEVLRAADQPEEAVAVAVAGGAWEKARESARGHGQLAEKVESAYQQHLMRGEATEELLQMGQTNAALDILAQKGEWDRLWESAAKQGSGVETLAKYAGLRVRSVLDDEASWEKPVPGSDDRRELDDAVLVLQEKGAPPITSGPGRSSSAVGAGVSSGSGGPAADMYERLVKAVLGRDKEASARPGAQETVERLLRVLQDQAHNLKA---------------------------------------------------------------GSLCKDLGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFTEATNVPLVDDRTLPTKQHIPVESEREEVRDWVLSVCMDAKIDQALPPEKEAGGTLYQGLYASELPSCVVTGLPVHKRDLIQV 703

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A835Z5T0_9STRA (Intraflagellar transport protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z5T0_9STRA)

HSP 1 Score: 1063 bits (2749), Expect = 0.000e+0
Identity = 589/1102 (53.45%), Postives = 769/1102 (69.78%), Query Frame = 2

Query: 2048 EDLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKER---VVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGG-DAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADV----AAAGD------RAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSD----DDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSA-----------LDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLG--RDKVASARP---GAQETAERLLRVL----QAQAQNLNASNKTAPAG--FENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDL 5233
            +DL+GAED L++QG+VEEAIAM                              Y ++L+DT Q++RAA LKE EGD E+A+RLY+K GLPAQA RVLKE    V   + Q LET+A+ L +AGMHD+AG+ +EE+ QLQRA+D             +Y RG A+R+ V+LARRSFP EVV L+E WGD+L+ +KQ+DMAINHYIEARANGKA+ A L++ QW+KAAQLVE LD  +ARP+ + LARHHE++G   LAE+F+V ADAP+LAV+MYTKAN+W+AAHKLASSYMSEGEVR+LY+DQAQK+EA G L EAE+L VQV E D+AI++YK+ +R+D MVRLV  HR ++LKETH +LAQQLE+EG   +AE HYA AGEWL+AVNM+R  DMW DALRVA+ HGG +A KRVAYAWALALGG D GA+ L K GL++ AI+YA E   F +A ELA+A  PA+LP+IHLKH +FLEDEERF EAE EF+ AGKPREA+DM VHQK W  A RVAQ  +P AV DVLCA+A D     AAAG       R  AE LF++A++PE+AL  +EEAG + +ALRVC RHLPH   ++  + QAAQA++G GG KA+YL+  RA EQSR+W+ AIDA L+A  G   +      ++E+VW RA+ +AR   PNRH+ V REV+ RLV +GRHEAAA+ L+ A Q EEA  VA+ GGAW+KARE A G+  L+++VE AYQ+HL+RGEA +EL+++G T+AALDI+AQ+G+W RLWE AA++ +    LA+YA LRV  +L +  +  +  T ++             + +AV  + E+G P      G                    +YE LVKAVLG  +++ A+A      ++E    L  VL    QA +       +++ A    E++L+A HY+ L+ +C   GG+DC  LAA+ ++TLLRYS+  P DKCFY+A   G L RE+G ++L FVLLNRYVDL EAIDEG+ASL+DNSDFA ATNVP+VDA TLP   ++ DE++REEVRDWVL VC+DA ++Q LP   +A GT+Y+ L+ASELP+CVVTG P+ K+ L
Sbjct:  612 KDLKGAEDALLAQGRVEEAIAM------------------------------YEKVLLDTNQDQRAALLKEAEGDAEEAMRLYLKAGLPAQAARVLKENERSVKSGRAQWLETLAAALGSAGMHDRAGDCFEELGQLQRALD-------------AYVRGGAFRKGVDLARRSFPGEVVKLEEAWGDWLVGQKQLDMAINHYIEARANGKAMEAALSARQWTKAAQLVEALDGGAARPYYKKLARHHEDAGQLQLAEKFYVRADAPELAVDMYTKANQWEAAHKLASSYMSEGEVRMLYIDQAQKLEAIGKLREAERLLVQVNEADMAISLYKRHRRYDDMVRLVTAHRGELLKETHMFLAQQLEVEGDFTQAEGHYAAAGEWLAAVNMFRGLDMWEDALRVARHHGGAAAQKRVAYAWALALGGGDKGARALTKHGLVDAAIDYAAELRDFANAFELARAAAPARLPDIHLKHGMFLEDEERFAEAEAEFVLAGKPREAVDMLVHQKDWTGALRVAQEQEPAAVPDVLCAEADDALATAAAAGGEALESARGRAETLFLQASRPERALAMWEEAGQYTEALRVCGRHLPHRLAEVEGRNQAAQAVSGRGGTKANYLATARAYEQSRNWAGAIDALLQARAGTMATSGAGTQELEDVWSRALDIARTQAPNRHVAVAREVASRLVALGRHEAAADALRDARQLEEAAEVAMGGGAWDKAREVATGHAALAEQVERAYQRHLVRGEAADELVEIGQTSAALDIIAQRGDWQRLWEVAARENVPPAALARYAALRVTGLLKEVEAARQRATAAEDGXXXXXXXXXXXMAEAVGTLAERGLPGAKEAMG--------------------MYEGLVKAVLGMTQEEEAAAEKLPENSREIVAGLRGVLYDLWQATSGGKGGQQRSSKAADDVEHLLLAAHYSALLQQCVRHGGRDCAALAARMALTLLRYSDLAPADKCFYRA---GRLAREVGEQSLGFVLLNRYVDLAEAIDEGDASLVDNSDFAHATNVPVVDATTLPRYHYLGDEAKREEVRDWVLGVCVDACVEQQLPSAADARGTIYEVLFASELPTCVVTGFPIAKQLL 1647

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A7S2W0W8_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2W0W8_9STRA)

HSP 1 Score: 1018 bits (2631), Expect = 0.000e+0
Identity = 564/1093 (51.60%), Postives = 757/1093 (69.26%), Query Frame = 2

Query: 2048 EDLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLK------ERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLD-DNASWEKP-------------------VTGSDSALDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETA--ERLLRVLQAQAQNL-NASNKTAPAGFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQ 5239
            +DL+ AED+L++QG+ +EAI M   LHQ++EA+++  + R  D     M + YF+ L+DT+QEERA  LKE+EGD ++AI LY+KGG+PA+A +++K      +R   N  Q+LE VA+ L+ AG++D+AGEF+EEM+QLQ+A+D             SY +G+AYRQAV+L+RR FP++V DL+E WGD+L+  KQVDMAINH+IEA+   KA+ A L S QW KAAQ  E L+ ++ARP+ + +A+H+E++  F  AE+++V A A + AVEMYTK + WD AHKLA+SYMS+ EV +LY+ QAQ+MEAAG L EAE+L+++V E DLAI MYKK +++DAMVRLVAK+R ++LKETHQ+LAQ LE E +LK+AEHHY EAGEWLSAVNMYRS+DMW DA+RVAK HGG SA KRVA+AWALALGG+AGAKLL K GLIEPAI+YA E+G FDHA ELA++    KLPEIHLKHALFLEDEE++ +AE+EF+ A KPREAIDM+VH + WA+A RVA+ +DP AV+DV  AQA   A   D A A+EL++ A+KPE AL  ++EA MW++AL + Q+HLPH   +++  YQ+AQA  G GG+KAD+LS GR  E+ R W+ AIDAYL A PG  +  D++E+VWE A+ VAR +  NR+  VVREV+ RL E+GRH AAAE L+ A   + AVAVA+ G  W++ARE A+G   L  KVE AYQ HL+    T+ LL++G TNAALD+LA+  EWDRLW+ AAK+ +G   LAKYA LR   +LD D+A    P                    T   S LDDAV  + + GA   T+ AG  ++                +  RL KA+L R +  + +   + T   + L  VL+  AQ   + S++      + +L+ATHY+ L+   R  G  D  ELA K +I+LL +++ IP DK FY A   G  C++ G+ NLAFVLLNRYVDL EAI+ G+ +++DNSD  EATNVP   A +LP+KQ +  E EREEVR+WVL+VCMD  +D ALP   EA GT+Y+G+++SE   C+VTG PV+   +I 
Sbjct:  690 KDLRQAEDILLAQGRADEAIDMYRTLHQFDEAIAVAESQRHAD--ADRMRESYFQHLLDTRQEERAGLLKEREGDVDRAISLYLKGGVPARAAKLIKTKRLLADRSASNM-QMLERVANALATAGLYDRAGEFHEEMDQLQKALD-------------SYIKGHAYRQAVDLSRRHFPSQVTDLEEAWGDWLVANKQVDMAINHFIEAQCATKAIEAALKSRQWGKAAQFAENLEPEAARPYFKRIAKHYEDARQFDEAEKYYVAAQATKTAVEMYTKNSMWDRAHKLATSYMSDREVGMLYISQAQRMEAAGKLREAEQLFLKVNEADLAINMYKKQRKYDAMVRLVAKYRKELLKETHQFLAQHLESEANLKDAEHHYCEAGEWLSAVNMYRSNDMWEDAIRVAKLHGGMSASKRVAFAWALALGGEAGAKLLTKLGLIEPAIDYAIETGGFDHAFELARSSLQRKLPEIHLKHALFLEDEEKYADAEDEFINANKPREAIDMYVHTQDWANALRVAETYDPAAVADVCVAQARAAAERRDFARAQELYLSASKPEFALTMFQEANMWQEALELAQKHLPHKLAEVNMAYQSAQASQGQGGSKADFLSQGRVWEEQRKWTRAIDAYLNARPG-LLPPDELEQVWEAAVRVARQECRNRYAEVVREVTSRLAEIGRHGAAAETLREAQDLDGAVAVALQGQCWDQARELAQGQPALEDKVERAYQSHLVSANNTDGLLELGHTNAALDVLARGKEWDRLWDMAAKEHVGPTVLAKYAALRANQLLDEDDADSHNPHPRASXXXXXXXXASVTGWTTAGTSRLDDAVAALHKYGASTSTAPAGLPTS----------------MLSRLTKALLSRPRSLAEKLEDRHTVSLQCLRDVLRLAAQEAADNSDRLRAKELQPLLLATHYSHLLQTSR--GEPDLKELAPKIAISLLAFNDVIPADKLFYDA---GIACKDQGHANLAFVLLNRYVDLIEAIEVGDPTIVDNSDLQEATNVPY--AESLPSKQHLTTEEEREEVREWVLTVCMDTAVDAALPTVDEARGTIYEGMFSSERKKCIVTGFPVYDELVIN 1742

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: F0Y092_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y092_AURAN)

HSP 1 Score: 1007 bits (2603), Expect = 0.000e+0
Identity = 548/1071 (51.17%), Postives = 728/1071 (67.97%), Query Frame = 2

Query: 2048 EDLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLP-NRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNKTA-----PAGFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQV 5242
            +D + AE +L+ QGK  EAI M   LH+++ A+++      PD    +M Q++F+ L+D+ Q  +AA LKE EGD+ QAI LY++GG+P +A R++K+  + N   +LE V+++L+A G+H++AGEFYE M+QLQRAMD             +Y +G ++R+AVELAR+ FP  VV+LQE+WGDYL    QV+MAINHYIEA  + KA+ A L++ QW+KAAQ++E +D D A+P+LR LARH+E+S + + AERF+V A AP  AVEMYT+AN WD AHK+ASSYM   EV +LY+  AQK+EA G L +AEKLY+ V E DLAI MYKK +++DAMV+LV KHR ++LKETHQYLAQ LE EGSL++AEHHY EAGEWLSAVNMYR++DMW +A+RVAK HGG +A KRVAYAWAL+LGGDAGAKLL KQGLIEPAI+YA ESGAFDHA ELA++  P KLP++HLKHAL+LEDEER+KEAE EF+QA KPREAIDM++HQ+AWA+A  VA  +DP A  DV  + A   A AG    AEELF+ AAKPE AL  Y +AGMW +AL + QRHLPH   ++   Y  A+A  GTGG K D+LSAG+  EQ + W  A++AYL A PG      ++EE+WE AI VAR  +P  +   +  +V+ +L  +GRH AAAE L+  +  + AV  A+ G  W KARE A G   L  +V++AYQ  L   E T+ LL++G   AALD+L ++ EWDRLW+ A ++ +     A+YAGL+   +L            +   L  AV  +++ GAPP                     GP   +Y  LV AVLG+   A A    + +   L  VL   A + + + + A       GFE +LMATHY  L   C  +G KD   +A K +ITL+RYS  IP DK FYQA   G++ R+ G++NLAFVLLNRY+DLTEAI+EGN   +DN+DF +ATNVP      LPT+Q++P E +REE+RDWVL++CMD  +DQ LP +++A GT+Y GLYAS+LP+C+VTG PV K +L+ V
Sbjct:  726 KDAKEAETILLVQGKTNEAIQMHQQLHKFDRAVAIAEERSHPD--AASMRQDHFQYLLDSNQAAKAAQLKEMEGDFLQAIELYLRGGMPGRAARLIKQHGINNPPSILERVSASLTAGGLHEQAGEFYERMDQLQRAMD-------------AYLKGASFRKAVELARKHFPGRVVELQELWGDYLFEHNQVEMAINHYIEASMSSKAIDAALSARQWTKAAQMLENVDLDIAQPYLRRLARHYEDSNDTSEAERFYVAAGAPDKAVEMYTRANLWDRAHKIASSYMEPREVSLLYISHAQKLEAEGKLKDAEKLYLTVDEPDLAINMYKKQRKYDAMVQLVEKHRRELLKETHQYLAQHLESEGSLRDAEHHYCEAGEWLSAVNMYRTNDMWEEAMRVAKLHGGPNASKRVAYAWALSLGGDAGAKLLTKQGLIEPAIDYAIESGAFDHAFELARSACPGKLPDVHLKHALYLEDEERYKEAESEFIQANKPREAIDMYIHQQAWAEALAVANKYDPSASPDVYVSHARAEADAGQHQHAEELFMLAAKPELALSMYRDAGMWTEALALAQRHLPHQLAEVSLAYSQAEAQRGTGGTKVDFLSAGQQWEQQKQWDRAVEAYLNARPGLLEDPKELEEIWECAIDVARRHMPPEKFRDIAIKVTHKLKAIGRHGAAAEFLRELNDIDGAVRCAMDGRCWAKARELAIGSSTLEAEVDAAYQSALRSAEDTDGLLELGHRTAALDVLVERKEWDRLWQMADREQIHLSVRARYAGLQAAQIL-----------AAKGDLTQAVRTLKQHGAPPP--------------------GPNVQMYHDLVLAVLGQS-YAQANLDHEHSVSDLRDVLFHLASSHDGAREDALGTQGAGGFEQLLMATHYYRLYLTCVSQGLKD---IALKIAITLMRYSGIIPIDKAFYQA---GTMARDQGHDNLAFVLLNRYIDLTEAIEEGNIDSIDNADFVDATNVPF--PFDLPTQQYLPREDDREEIRDWVLTICMDKSVDQQLPAKQQALGTVYSGLYASDLPTCIVTGYPVQKWELLNV 1741

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A7S2HGU3_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2HGU3_9STRA)

HSP 1 Score: 969 bits (2505), Expect = 0.000e+0
Identity = 535/1051 (50.90%), Postives = 708/1051 (67.36%), Query Frame = 2

Query: 2102 AIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNKTAPAGFENMLMATHYTCLMGRC----REKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQV 5242
            AI M   +HQ++EA+ +  +   P  +   M  EY R L++T+QEE+AA LKEKE DYE+AI LY+KGGLPA+A  V+K   + N   L+E VA+ L+++G+HD+AGEFYE M+QLQRA+D             SY +GNAYRQAVELARR F ++VV LQE WGDYL++ KQVDMAINHYIEA  + KA+ A L S QW KAAQLVE LDAD  + + + +A+H EES     AE+F+  A +PQLAV+MYT+ N+W+ AH+LA ++M+E EV +LY+ QA++M   G L EAE+L++ V E DLAI MYKK +++D+MVRLVA++R ++LKETH +LAQ LE EG+L+EAEHHY EAGEWLSAVNMYRS++MW++A+RVAK +GG +A KRVAYAWALALGG+AGAKLL K GLI+PAI+YA ESGAFDHA ELA++   +KLP+IHLKHAL+LEDEE++ EAE+EF+ A KPREAIDM+VHQ+ W +A RVA+ +DP AV+DV   +A   A     A AEELF+ A+KPE AL  Y+EA MW +AL +  +HLPH   +++  YQAAQA  GTGG K D+L+ GR  E S+ WS A+DAYL A     +  D++EE+WE A+ VAR +   R+  VV EV+RRL ++ RHE AAE+L+ A Q E AV  A+ G  W+KARE A+G   L ++V+ AY+ +LM    T  L++MG T+AALD+ A+  +W++LW  A K  +G D LAKYA +RV+ +L D         G ++ LDDAV+ ++  GAP                          ++Y  L KA+LGR +         ET   L  +      N+  S        E +LMA HY  +   C    R+    D   LA K +ITLLRY+  IP DKCFY    AG  C+E    NLAFVLLNRYVD TEAIDEG++S +DNSDFA A+NVP  +   LP + ++ DE  REE R+WVLSVCMD  ++Q LP E  A GT+Y GLY  +L +C+VTG P+  RD +++
Sbjct:    1 AIKMYQTVHQFDEAIVVAESRSHPKSQ--EMRDEYLRHLLETRQEEKAAELKEKENDYERAIDLYLKGGLPAKAANVIKSHNMTNNSHLVERVATALASSGLHDRAGEFYEMMDQLQRALD-------------SYLKGNAYRQAVELARRHFGSQVVSLQEQWGDYLVSSKQVDMAINHYIEANCSTKAIEAALNSRQWLKAAQLVEYLDADKRKAYFKRIAQHFEESEQLEEAEKFYKLAGSPQLAVKMYTENNQWEKAHQLAITFMTEREVAMLYISQAERMIGLGKLKEAERLFLAVKEPDLAINMYKKQRKYDSMVRLVAQYRKELLKETHLFLAQHLESEGNLREAEHHYCEAGEWLSAVNMYRSNNMWDEAIRVAKIYGGVNASKRVAYAWALALGGEAGAKLLTKLGLIDPAIDYAMESGAFDHAFELARSSLQSKLPDIHLKHALYLEDEEKYPEAEDEFINAQKPREAIDMYVHQQDWVNAMRVAETYDPSAVADVYVYEARACADQKRYARAEELFLAASKPELALTMYKEAQMWSEALELTTQHLPHKLGEVNMAYQAAQASRGTGGTKTDFLANGRMWENSKQWSNAVDAYLNARKD-VLPPDELEEIWECAVRVARTECRVRYPEVVMEVTRRLRDVRRHETAAEILREAQQIEAAVDCAMDGECWDKARELAQGQGMLQERVQKAYESYLMSRNNTAGLMEMGHTDAALDVYAKNRDWEKLWAQADKSEVGQDVLAKYAAIRVKQLLSD---------GVNAGLDDAVVTLQTYGAPEHEE--------------------YYEMYANLTKAILGRSQEQENEVDQSETLGMLRNIFMRLTTNIRLSYGQCDPVLEQLLMACHYMNVFRTCTAEFRKSKNPDIGTLANKTAITLLRYNSVIPVDKCFY---LAGMSCKEQNEVNLAFVLLNRYVDWTEAIDEGDSSGIDNSDFASASNVPFTEV--LPGQHYLSDEDLREEAREWVLSVCMDDNVNQTLPDEGGAQGTIYAGLYMCDLQTCIVTGFPIAPRDELRM 1001

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A7S4E4W1_9STRA (Hypothetical protein n=3 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A7S4E4W1_9STRA)

HSP 1 Score: 946 bits (2445), Expect = 2.730e-310
Identity = 526/1090 (48.26%), Postives = 718/1090 (65.87%), Query Frame = 2

Query: 2009 GIDWPSFERRESI--EDLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLP-NRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNKTAPA---------GFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQV 5242
            G+D+     R ++  +D + AE++L+ QG V EAI M H LH  + A+++ +  + PD     M  ++F+ L+D+ Q  +AA LKE  G++  AI LY++GG+P+ A R++K   V+N   ++E VA++ ++ G++++AGEFY+  +QLQRAMD             ++ +G+++R+AVELAR+ FP  VV+L E WGDYL+   QVDMAINHYIEA  + KA+ A LT  QW++A QL+E+++   A+P+L  LA H+E+  +   AERF+V A AP+ AVEMYT+ N WD AHK+ASSYM   EV +LY+ QAQ +EA G+L +AEKLY+ + E DLAI MYKK +++DAMV+LV KHR ++LKETHQYLAQ LE EG+L++AEHHY EA EWLSAVNMYR++D+W +A+RVA  HGG +A KRVAYAWAL+LGGDAGAKLL KQGLIEPAI+YA ESGAFDHA ELA++  P KL ++HLKHAL+LEDEER+KEAE EF+QA KPREA+DM++HQ+AW+DA  VA  +DP A SD+  +QA     AG    AEELF+ AAKPE AL  Y++AGMW +AL + +RHLPH+   +   Y  A+A  GTGG+K +++S G+ LEQ   W +A+DAYL A         D+EE+W  A+ VAR  +P NR   +V +VSR+L E+GRHE AAE+L+ ++    A+  A+ G  W KARE A G      +V+ AYQ  L   E T+ L ++G   AA+DIL ++ EWD+LW+    +G      AKYAGL+   +  D  +           L  AV  + + GAPP                     G    +Y  LV AVLG+D   S     Q+  + L+  L+    +L  SNK             GFE +LMATHY  L   C + G K    +A K S+TL+RY+  IP DK FY    AG++ R+ G++NLAF+LLNRY+DLTEAIDE +   +DN+DFA+ATN+P      LP+KQ++ +E +REE+RDWVLS CMD  IDQ LP  K + GT+Y GLYAS+LP+C+VTG PV K +L+QV
Sbjct:  700 GLDYFLVRSRHALLQKDGRAAENILLLQGNVTEAIRMHHQLHNLDRAVAIAKERKYPDAM--KMQLDHFQYLLDSNQVSKAAYLKEAGGEFLPAIELYLQGGMPSHAVRLIKHNNVDNSPAIVEQVAASFTSGGLYEQAGEFYQFADQLQRAMD-------------AFLKGSSFRKAVELARKHFPGRVVELHERWGDYLIENNQVDMAINHYIEASLSSKAIEAALTCRQWTRAIQLLESVECSMAQPYLCRLAHHYEDIDDTREAERFYVAAGAPEKAVEMYTRVNLWDCAHKVASSYMEPREVSLLYISQAQHLEAEGNLKDAEKLYLTIDEPDLAINMYKKQRKYDAMVQLVEKHRQELLKETHQYLAQHLESEGNLRDAEHHYCEANEWLSAVNMYRTNDIWEEAMRVATMHGGPNASKRVAYAWALSLGGDAGAKLLTKQGLIEPAIDYAVESGAFDHAFELARSACPEKLSDVHLKHALYLEDEERYKEAELEFIQARKPREAVDMYIHQQAWSDALAVANTYDPTAASDIYISQARVKVDAGKYQHAEELFLLAAKPELALSMYKDAGMWVEALALAERHLPHMLSNVSLAYSQAEARRGTGGSKINFISTGQQLEQKGQWDSAVDAYLNARQELIKDPGDLEEIWYCAVAVARQHMPTNRCHDIVADVSRKLREIGRHETAAELLRESNDLRGAIECAIEGRCWAKARELAIGSSEFEAEVDLAYQAALRSAEDTDGLFELGHRAAAMDILVERREWDKLWQKIDYEGFNFSVRAKYAGLQAAQITSDGTN-----------LIMAVHTLNQHGAPPP--------------------GSNMKMYRALVVAVLGQDH--SQVHLDQKHHKTLVSELRNVLFDLGRSNKETQHDALGVHTSDGFEQLLMATHYYNLYLTCMQHGLKG---IALKISVTLIRYAGIIPIDKVFY---LAGTIARDQGHDNLAFLLLNRYIDLTEAIDEESIGNIDNADFADATNIPF--PFDLPSKQYLVEEEDREEIRDWVLSTCMDKSIDQQLPGSKLSLGTVYAGLYASDLPTCIVTGSPVQKWELLQV 1733

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A835YVD3_9STRA (Uncharacterized protein n=2 Tax=Tribonema minus TaxID=303371 RepID=A0A835YVD3_9STRA)

HSP 1 Score: 905 bits (2338), Expect = 2.710e-308
Identity = 454/727 (62.45%), Postives = 546/727 (75.10%), Query Frame = 1

Query:    1 MQLRHLNTVTQPANSEGGDGVKISKVMAVAWAPNNRKLAVCTADRVVSLYDENGEKRDRFSTKPAEKGPKNYIVRDLCFSPDSTRLAVAQSDCIVFVYKLGLEWGESKSICNKFPQPSPITCMSWPETRPNEVVFGLAEGKVKIGQLRSNKPATLYNVESFCAALATSPDGNGVVSAHADGTLYRFLFDDNGA-PSHTKLVIHPSVPYALSWGASIVAAGNDGQVVFYDVDGGMERTFDYSSDPSCREFTTAAFNPTGDAVVLGNYDSFHVFAHNHRAGTWEEAGVRKVENMYTVTALAWRADGSRLAVGSLCGSVDVYDACVKRTRYKGRFELTYVSLSQVIVKRLSSGSRIVLKSHFACEISRVNIYQD------------------------------------------------SELSIIEYGRNEILGAVRTEHISAHLLSVCLSDKPPRRSDRNENTYPASARQQKARRDGVSQGTKTVAYLLDAQTINIKDLITSATTSVSHDSKVDWLELNSRADLLLFRDRRRRLHLYNIRTQTRGTLLNYCTYVQWVPDSDVVVAQNRGSLCVWYNIHAPDQASQDAVTTHEIKGEVYEIERLNGCTEVIVNEGYREASYVLDEALICFGGALDDGEYDLAVSILEPLEVTPEAAAMWQQLGSVALEEGNISVAERCAAALGDVSRARFLHKVSKSAGKAAGSDGFDAKDMQDHWSVRYRLALLRK 2034
            MQLRHL TV  P   EGG  + + KV A+AWAPNNRKLAVCTADRVV+L+DENGEKRD+FSTKPA+KGPKNY+VR +                  FVYKLG EWGE KSICNKFPQPSP+T ++W + RPN++VFGLA+GKVKIGQLR+NKPATLYN +SF AALA S DGNGVVSAHADG +YRFLFDD+G  PSH +L +HP VPYALSWG SIVAAGND QVVFY VDGG+ERTFDYS+ P C+EF+ AAFNP+GDAVV+GN++SF+V+AHNHRAG WEE G+++VENMYTVT+L W+ADGSRLAVG+LCG VDVYDACVKR+RY+G+FE TYVSLSQVIVKRL +G+RIVLKSHF CEI ++NI++D                                                 ELS++EYG NE+  AVRT+HISAHLLSV L+++PPR    ++   P        R D      K +AYLLDAQT+N+K+L+T A+ +V+HD ++DWLELNSR +LLLFRD+RR+LHL+N+  QTR TLLN C YVQWVPDSDVVVAQ+R SLCVWYNIHAPDQ     VT H+IKG+VYEIER +G TEVIVNEG+REASY+LDEALI FG A+DD +Y  A+ ILEPLE+TPEAAAMW QL  +AL  G++ +AERCAAALGDV RA +LH +S +A    G +G      +DHWSVR+R+ LLRK
Sbjct:    1 MQLRHLQTVLAPPG-EGGS-LPLQKVTAIAWAPNNRKLAVCTADRVVTLFDENGEKRDKFSTKPADKGPKNYMVRAMXXXXXXXXXXXXXXXXXXFVYKLGAEWGEKKSICNKFPQPSPVTALTWADARPNDIVFGLADGKVKIGQLRTNKPATLYNADSFVAALAASADGNGVVSAHADGAIYRFLFDDSGGGPSHARLAVHPCVPYALSWGRSIVAAGNDCQVVFYGVDGGLERTFDYSNSPKCKEFSAAAFNPSGDAVVVGNFNSFYVYAHNHRAGLWEEVGIKEVENMYTVTSLGWKADGSRLAVGTLCGVVDVYDACVKRSRYRGKFEFTYVSLSQVIVKRLGTGARIVLKSHFGCEILKINIFKDRYVAANTTETLLLGDLETLKLSEVPWNFNSGGEKFIFDAPAAALVFAAGELSVVEYGHNEVAAAVRTDHISAHLLSVRLNERPPRTGAPDDPDTP--------RADEHDGQNKKMAYLLDAQTVNVKNLVTQASVTVNHDCRIDWLELNSRGNLLLFRDKRRQLHLFNVDNQTRTTLLNLCNYVQWVPDSDVVVAQSRTSLCVWYNIHAPDQ-----VTNHQIKGDVYEIERSSGRTEVIVNEGFREASYLLDEALIEFGTAIDDRDYAKAMEILEPLELTPEAAAMWSQLCDMALAHGDVLIAERCAAALGDVPRAAYLHALSAAAAAVGGGEG----GGRDHWSVRHRMCLLRK 708

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BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: F0YKY3_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0YKY3_AURAN)

HSP 1 Score: 939 bits (2426), Expect = 1.560e-307
Identity = 526/1075 (48.93%), Postives = 706/1075 (65.67%), Query Frame = 2

Query: 2048 EDLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDL-PNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVLVIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKVASARPGAQETAERLLRVLQAQAQNLNASNK---------TAPAGFENMLMATHYTCLMGRCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNENLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFIPDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVVTGLPVHKRDLIQV 5242
            +D + AE +L+ QGK +EAI M   LH ++ A+++      PD    +M Q++F+ L+D+ Q  +AA LKE EGD+ QAI LY++GG+P +A R++K+  + N   +LE V+++L+A G+H++AGEFYE M+QLQRAMD             +Y +G ++R+AVELAR+ FP  VV+LQE+WGDYL    QV+MAINHYIEA  + KA+ A L++ QW+KAAQ++E +D D A+P+LR LARH+E+S + + AERF+V A AP  AVEMYT+AN WD AHK+ASSYM   EV +LY+  AQK+EA G+L +AE+LY+ V E DLAI MYKK +++DAMV+LV KHR ++LKETHQYLAQ LE EGSL++AEHHY EA  W S                           KRVAYAWAL+LGGDAGAKLL KQGLIEPAI+YA ESGAFDHA ELA++  P KLP++HLKHAL+LEDEER+KEAE EF+QA KPREAIDM++HQ+AWA+A  VA  +DP A  DV  + A   A AG    AEELF+ AAKPE AL  Y +AGMW +AL + QRHLPH   ++   Y  A+A  GTGG K D+LSAG+  EQ + W  AI+AYL A PG      ++EE+WE AI VAR  + P +   +V  V+ +L E+GRHEAA+E+L+  +  + AV  A+ G  W KARE A G   L  +V++AYQ  L   E T+ LL++G   AALD+LA + EWDRLW+ A ++ +     AKYAGL+   ++            S   L  AV  +++ GAPP                     GP   +Y  LV AVLG++    A P  Q+     +  L+    +L +S++         +   GFE +LM TH+  L   C + G KD   +A K SITL+RYS  IP DK F+QA   G + R+ G++NLAFVLLNRY+DLTEAI+EG+   +DN+DFA+ATNVP      LP +Q++P E +REE+RDWVLS+C+D  +DQ LP +++A GT++ GLYAS+LP+C+VTG PV K +L+ V
Sbjct:  680 KDAKEAETILLVQGKTDEAIQMHQQLHNFDRAVAIAEERSHPD--ANSMRQDHFQYLLDSNQAAKAAQLKEMEGDFLQAIELYLRGGMPGRAARLVKQHGINNPPSILERVSASLTAGGLHEQAGEFYERMDQLQRAMD-------------AYLKGASFRKAVELARKHFPGRVVELQELWGDYLFEHNQVEMAINHYIEASMSSKAIDAALSARQWTKAAQMLENVDLDIAQPYLRRLARHYEDSNDTSEAERFYVAAGAPDKAVEMYTRANLWDRAHKIASSYMEPREVSLLYISHAQKLEAEGNLKDAEQLYLTVDEPDLAINMYKKQRKYDAMVQLVEKHRRELLKETHQYLAQHLESEGSLRDAEHHYCEAAPWWS---------------------------KRVAYAWALSLGGDAGAKLLTKQGLIEPAIDYAIESGAFDHAFELARSACPGKLPDVHLKHALYLEDEERYKEAEAEFIQANKPREAIDMYIHQQAWAEALAVANKYDPSASPDVYVSHARAEADAGQHQHAEELFMLAAKPELALSMYRDAGMWTEALALAQRHLPHQLAEVSLAYSQAEAQRGTGGTKVDFLSAGQQWEQQKQWGRAIEAYLNARPGLLEDPKELEEIWECAIDVARRHMSPEKLRDIVTNVTLKLREIGRHEAASELLRELNDIDGAVRCAMEGRCWAKARELAIGSSTLEAEVDAAYQSALRSAEDTDGLLELGHRTAALDVLADRKEWDRLWQMADREQIHFSVRAKYAGLQAAQIV-----------ASKGDLIQAVRTLKQHGAPPP--------------------GPNIQMYRDLVMAVLGQNH---ANPPEQDAHINSVSELRDILFSLGSSHQGTQHDALGISGANGFEQLLMTTHFYNLYLICTKHGLKD---IALKVSITLIRYSGLIPIDKAFHQA---GIMARDQGHDNLAFVLLNRYIDLTEAIEEGSIDNIDNADFADATNVPF--PFELPLQQYLPREDDREEIRDWVLSICVDKAVDQQLPAKQQAAGTVHAGLYASDLPTCIVTGYPVQKWELLNV 1670

[Close]

BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Match: A0A7S3XRI9_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3XRI9_HETAK)

HSP 1 Score: 843 bits (2178), Expect = 4.030e-280
Identity = 453/809 (56.00%), Postives = 592/809 (73.18%), Query Frame = 2

Query: 2051 DLQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQEYFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVENQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILSSYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEARANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFALAERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQKMEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKETHQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKFHGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHALELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVHQKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPEKALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADYLSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLPNRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKARESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWDRLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVLVIEEKGAP 4477
            D Q AE VL++QGKV+EA+AM   LH++E+A+ +      PD   GA+ Q + ++L+++ QE RAAA+KE+EGD+ QAI LY+KG LPA+A +V++ + +     +LE VAS L+ AG+H +AGEFYE M+QL +A++             +Y RG+AY+ A ELARRSFP +VVDLQEMWGDYL+ +KQVDMAINHYIEA A+ KA+ A L S QW+KAAQLVE LD D+ RP+ R+LARH++E   +  AE+FFV  DA +LAVEMYT+ N WD AHKLA ++MS  EV+ LY+ +AQ++E  G L EAEKLY+ V EV++AI+MYK  +++D M+RLV+ HR ++LKETHQ+LAQQLEMEG+L+EAE HYAEAGEWLSAVNMYRS+DMW++A+RVAK HGG +A KRVAYAWALALGG+AGAKLL+K GLIEPAIEYAT+SGAFDHA ELA+AC   K+PEIHLK+ALFLEDEE+F EAE EF+ A KPREAIDM++HQ+ WA++ RVA+ +DP A  DV  AQAA     G+  AAE+LF+ AAKPE ALQ Y++A +W DALRV   HLPH A ++    QAAQA  GTGGAKADYLSAG+  E S+ WS A+DAYL A  G  +  DD+EEVW+RA+ VAR     R++  VREV+ RL E+GRH AAA+VL+ AD  +EAV  AV G AW+KAR+ A G+  + +KV   ++ +++  E  +EL+ +G  +AALD+LAQ+ EWDRLW  A ++ +    L KY   RV  ++ D  +           LD AV  +  +GAP
Sbjct:  248 DAQQAEGVLLAQGKVDEAVAMYQELHRFEDAIRVAEQANHPD--AGALRQGHLKMLLESGQEARAAAMKEQEGDWAQAINLYLKGNLPARAAQVVQAKNITQPPGILEQVASALTTAGLHGRAGEFYERMDQLTKALE-------------AYKRGHAYKAATELARRSFPNQVVDLQEMWGDYLVDQKQVDMAINHYIEANASAKAIEAALGSRQWTKAAQLVENLDRDAGRPYYRTLARHYQEVKAWREAEKFFVLGDAAELAVEMYTEVNLWDQAHKLAVAHMSPAEVQGLYIGRAQRLEEQGKLKEAEKLYLTVEEVNMAISMYKNHRKYDDMIRLVSAHRKELLKETHQFLAQQLEMEGALREAERHYAEAGEWLSAVNMYRSNDMWDEAIRVAKVHGGAAASKRVAYAWALALGGEAGAKLLDKLGLIEPAIEYATDSGAFDHAFELARACCQKKVPEIHLKYALFLEDEEKFAEAEREFVTANKPREAIDMYLHQQDWANSLRVAEQYDPAAAPDVYAAQAAFEQGQGNHKAAEQLFLSAAKPELALQMYQDAQLWADALRVAGAHLPHRAGEVQLASQAAQAAAGTGGAKADYLSAGKVWEASQQWSEAVDAYLNAKNG-VLPPDDLEEVWDRAVQVARAHCRERYVPTVREVAMRLREVGRHAAAADVLREADLVQEAVDTAVQGEAWDKARDVAGGHADMQEKVAKTFESNMISNENADELMDIGHVSAALDVLAQRDEWDRLWAVAQEKQVPPAQLQKYVARRVTGLVADGGA----------RLDAAVRTLRAQGAP 1030

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig9.15048.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LUB7_ECTSI	0.000e+0	89.86	Intraflagellar transport protein 172 n=1 Tax=Ectoc...	[more]
A0A6H5KQ80_9PHAE	0.000e+0	81.59	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A835Z5T0_9STRA	0.000e+0	53.45	Intraflagellar transport protein n=1 Tax=Tribonema...	[more]
A0A7S2W0W8_9STRA	0.000e+0	51.60	Hypothetical protein n=1 Tax=Rhizochromulina marin...	[more]
F0Y092_AURAN	0.000e+0	51.17	Uncharacterized protein n=1 Tax=Aureococcus anopha...	[more]
A0A7S2HGU3_9STRA	0.000e+0	50.90	Hypothetical protein n=1 Tax=Dictyocha speculum Ta...	[more]
A0A7S4E4W1_9STRA	2.730e-310	48.26	Hypothetical protein n=3 Tax=Pelagomonas calceolat...	[more]
A0A835YVD3_9STRA	2.710e-308	62.45	Uncharacterized protein n=2 Tax=Tribonema minus Ta...	[more]
F0YKY3_AURAN	1.560e-307	48.93	Uncharacterized protein n=1 Tax=Aureococcus anopha...	[more]
A0A7S3XRI9_HETAK	4.030e-280	56.00	Hypothetical protein (Fragment) n=1 Tax=Heterosigm...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig9	contig	P-fluviatile_contig9:425699..448848 -

Analyses

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


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

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1854.7
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D8LUB7
Preferred name	IFT172
KEGG ko	ko:K19676
GOs	GO:0000122,GO:0000226,GO:0001501,GO:0001654,GO:0001655,GO:0001822,GO:0001838,GO:0001841,GO:0001843,GO:0001894,GO:0001895,GO:0001947,GO:0002009,GO:0002119,GO:0002164,GO:0003002,GO:0003007,GO:0003143,GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005737,GO:0005815,GO:0005856,GO:0005871,GO:0005875,GO:0005929,GO:0005930,GO:0006355,GO:0006357,GO:0006508,GO:0006807,GO:0006810,GO:0006928,GO:0006996,GO:0007010,GO:0007017,GO:0007018,GO:0007154,GO:0007165,GO:0007166,GO:0007219,GO:0007224,GO:0007275,GO:0007368,GO:0007389,GO:0007399,GO:0007417,GO:0007420,GO:0007423,GO:0007507,GO:0008134,GO:0008150,GO:0008152,GO:0008285,GO:0008544,GO:0008589,GO:0009653,GO:0009790,GO:0009791,GO:0009792,GO:0009798,GO:0009799,GO:0009855,GO:0009887,GO:0009888,GO:0009889,GO:0009890,GO:0009892,GO:0009953,GO:0009966,GO:0009967,GO:0009987,GO:0010467,GO:0010468,GO:0010556,GO:0010558,GO:0010605,GO:0010629,GO:0010646,GO:0010647,GO:0010970,GO:0014020,GO:0015630,GO:0016043,GO:0016331,GO:0016485,GO:0019219,GO:0019222,GO:0019538,GO:0021510,GO:0021515,GO:0021517,GO:0021522,GO:0021915,GO:0021953,GO:0022008,GO:0022607,GO:0022611,GO:0023051,GO:0023052,GO:0023056,GO:0030030,GO:0030031,GO:0030154,GO:0030182,GO:0030705,GO:0030990,GO:0030992,GO:0031122,GO:0031323,GO:0031324,GO:0031326,GO:0031327,GO:0031503,GO:0031514,GO:0031982,GO:0032006,GO:0032501,GO:0032502,GO:0032838,GO:0032991,GO:0035050,GO:0035148,GO:0035239,GO:0035295,GO:0035735,GO:0035869,GO:0036064,GO:0036126,GO:0040024,GO:0042073,GO:0042127,GO:0042592,GO:0042995,GO:0043009,GO:0043010,GO:0043053,GO:0043170,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043231,GO:0043232,GO:0044085,GO:0044238,GO:0044422,GO:0044424,GO:0044430,GO:0044441,GO:0044444,GO:0044446,GO:0044463,GO:0044464,GO:0044782,GO:0045494,GO:0045880,GO:0045892,GO:0045934,GO:0046907,GO:0048513,GO:0048518,GO:0048519,GO:0048522,GO:0048523,GO:0048562,GO:0048565,GO:0048568,GO:0048583,GO:0048584,GO:0048598,GO:0048646,GO:0048699,GO:0048729,GO:0048731,GO:0048736,GO:0048793,GO:0048856,GO:0048869,GO:0048871,GO:0050678,GO:0050680,GO:0050789,GO:0050794,GO:0050896,GO:0051171,GO:0051172,GO:0051179,GO:0051234,GO:0051252,GO:0051253,GO:0051604,GO:0051641,GO:0051649,GO:0051716,GO:0055115,GO:0055123,GO:0060021,GO:0060041,GO:0060173,GO:0060249,GO:0060255,GO:0060271,GO:0060322,GO:0060348,GO:0060429,GO:0060562,GO:0060606,GO:0060972,GO:0061371,GO:0061525,GO:0065007,GO:0065008,GO:0070925,GO:0070986,GO:0071704,GO:0071840,GO:0072001,GO:0072175,GO:0072359,GO:0080090,GO:0097014,GO:0097223,GO:0097225,GO:0097228,GO:0097435,GO:0097542,GO:0097598,GO:0097708,GO:0097729,GO:0097730,GO:0099111,GO:0099568,GO:0120025,GO:0120031,GO:0120036,GO:0120038,GO:1901564,GO:1902531,GO:1902679,GO:1903506,GO:1903507,GO:1905515,GO:2000112,GO:2000113,GO:2001141
EggNOG free text desc.	cilium assembly
EggNOG OGs	KOG3616@1,KOG3616@2759
COG Functional cat.	S
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko03036
Hectar predicted targeting category	other localisation
Ec32 ortholog description	Intraflagellar transport protein 172
Ec32 ortholog	Ec-14_004390.2
Exons	35
Model size	5251
Cds size	3348
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig9.15048.1	prot_P-fluviatile_contig9.15048.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig9 425699..439495 -

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

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig9:425699..448848-
coding sequence from alignment at P-fluviatile_contig9:425699..448848-

protein sequence of mRNA_P-fluviatile_contig9.15048.1

>prot_P-fluviatile_contig9.15048.1 ID=prot_P-fluviatile_contig9.15048.1|Name=mRNA_P-fluviatile_contig9.15048.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1116bp
MFPEPDSCTRYQKAPARRRVRTGSTRRICKITGRCGIDWPSFERRESIED
LQGAEDVLVSQGKVEEAIAMRHGLHQYEEALSLGRAHRLPDERLGAMAQE
YFRLLVDTKQEERAAALKEKEGDYEQAIRLYIKGGLPAQAGRVLKERVVE
NQGQLLETVASTLSAAGMHDKAGEFYEEMNQLQRAMDRRVGIVRGRGILS
SYTRGNAYRQAVELARRSFPAEVVDLQEMWGDYLMTKKQVDMAINHYIEA
RANGKAVGACLTSHQWSKAAQLVETLDADSARPHLRSLARHHEESGNFAL
AERFFVDADAPQLAVEMYTKANRWDAAHKLASSYMSEGEVRVLYMDQAQK
MEAAGSLLEAEKLYVQVGEVDLAIAMYKKAKRFDAMVRLVAKHRPDVLKE
THQYLAQQLEMEGSLKEAEHHYAEAGEWLSAVNMYRSSDMWNDALRVAKF
HGGQSAHKRVAYAWALALGGDAGAKLLNKQGLIEPAIEYATESGAFDHAL
ELAQACYPAKLPEIHLKHALFLEDEERFKEAEEEFLQAGKPREAIDMFVH
QKAWADACRVAQGHDPPAVSDVLCAQAADVAAAGDRAAAEELFVRAAKPE
KALQCYEEAGMWRDALRVCQRHLPHLAPKIHAQYQAAQAMTGTGGAKADY
LSAGRALEQSRDWSAAIDAYLKATPGPAMSDDDVEEVWERAITVARVDLP
NRHMLVVREVSRRLVEMGRHEAAAEVLKAADQPEEAVAVAVAGGAWEKAR
ESARGYVHLSQKVESAYQQHLMRGEATEELLQMGLTNAALDILAQKGEWD
RLWESAAKQGLGADTLAKYAGLRVRAVLDDNASWEKPVTGSDSALDDAVL
VIEEKGAPPITSGAGRSSAAVGAGVSSGSGGPAADLYERLVKAVLGRDKV
ASARPGAQETAERLLRVLQAQAQNLNASNKTAPAGFENMLMATHYTCLMG
RCREKGGKDCLELAAKASITLLRYSEFIPCDKCFYQARFAGSLCRELGNE
NLAFVLLNRYVDLTEAIDEGNASLLDNSDFAEATNVPLVDARTLPTKQFI
PDESEREEVRDWVLSVCMDAKIDQALPPEKEADGTLYQGLYASELPSCVV
TGLPVHKRDLIQVCA*

mRNA from alignment at P-fluviatile_contig9:425699..448848-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig9.15048.1 ID=mRNA_P-fluviatile_contig9.15048.1|Name=mRNA_P-fluviatile_contig9.15048.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=23150bp|location=Sequence derived from alignment at P-fluviatile_contig9:425699..448848- (Porterinema fluviatile SAG_2381)
ATGCAGCTCCGACACCTCAACACTGTGACGCAACCAGCCAACAGCGAGGG
AGGCGATGGCGTCAAGATATCCAAGGTCATGGCAGTGGCTTGGGCGCCCA
ACAATCGCAAGCTTGCGGTTTGCACGGTGAGAGGTGAATAAATCCGAGCA
CGGCTTTGAGCTACACTCGGACACCCCCTGAACAGCATACAGTTTTGGGC
ATACCTCTGCAACCTTTGATCAGATTTGACCCTCGAAAGGCTTGTGTTAT
TGCTAAGGGTCGTGGCTACACGGTATAATTAGTTTTGGGTCAGTTGGAAC
CGTGTAAACTGAAATCCGGTTGGTGTCGTAGATGAAAACTTGAGGCACCA
GTCGCAATTTGAATCACCACAGTAGTATCTCAGCGTGCTGCATGCGCGCG
CGACGTGTACGTTCTGCATCCCGCGCGGCAAGGCTCGATTGCCAACCGCA
TGTGTTGCCTGTGGACGGTCTGCTCTCTGACATATAAAAGTGCTAAAACG
CACGAATGAAATTCCAGGAAATTGTAACTTGTCTCCGAAGGGCGAATGGT
TGTTCAAACGGCCGAGCCATAGTCGAAGGAAGTAGCGCCAACGCCACCCT
CCCTGCTCCCCCGCTTCCTTCGATATTTTCCTCTTACCTCCCCTTTGCGC
TCCTTCCCCTCCCCTTGAAGGCGGACCGCGTGGTGTCTCTGTACGACGAA
AACGGGGAAAAGCGGGACAGGTTCTCCACCAAACCCGCGGAGAAGGGGCC
GAAGAACTACATCGTGAGAGACCTCTGCTTCAGTCCCGACAGTACGAGGC
TAGCCGTTGCGCAGAGCGACTGCATCGTCTTTGTCTACAAGCTTGGGCTG
GAATGGGGAGAGGTCAGACAATCTGTTTGCTTCGAAGGAGAGGGAAGAGG
CAGAGATTGGACAAGATGAGAGGGGCTGCATCGTGTGGTGATTCATCCAG
CGTAAACCTGGTCCTTGTGTGCAGACTCGGACATATACCCTACAATATGA
AACAGGACTGGGACGGGGACGGATACAGGGACCGGGAATAGGAGCGGAGC
CAGAGATCGCGGTCATACGATGGTTGGACGGTGCAGTCATGCGATGGCTG
AATGTTCTTCGTTCGAATAGGCTCAGCTTAATGGGAAGGCACCAGGCCGA
AGCGACGCTCCGTAACACTAATCACGTTCAGAGCCTCCTCTCCTCGCGCG
CACTAACCATTTCACCCAAATCGTATCCCACCGTACCAGAGTAAGAGCAT
CTGCAACAAGTTTCCGCAGCCTTCCCCGATCACGTGCATGTCGTGGCCGG
AGACAAGGCCTAACGAGGTTGTCTTCGGCCTGGCGGAGGGAAAGGTCAAG
ATCGGCCAGCTCAGGTCCAACAAGCCCGCGACCTTGTACAACGTGGAGAG
CTTCTGCGCCGCACTGGCGACGAGCCCCGACGGTAACGGCGTGGTGTCCG
CCCACGCCGACGGGACCTTGTACCGTTTTCTCTTCGATGACAACGGTGCG
TTTCATGCCTCTTTTTTTTACTTCTCTCATCCCAGCGCTTTGTCTTCAGT
TTTGTTCCGTCATGGCGCGAGCCGGACGCAATCATGGCTATCTTTCAGCG
CTTTCGGTTTGAAAGCGCTTTCGACCCGATATCCTCTCCTTGTGTTTCTT
GCACCCTATCTCCTCAAAAGCAGCATCCAGTCGACTTCGTGCGTTGAAAA
AAGAATTTGCGCCTTTCTTGCTGTTCGTGCGTTCGTCAGCTTCTCGAGTC
GCTCGAGCAGCTTATTCCGGGCCCGGTTTGTAGTAGCTGTATCGCAAGTT
GTGAAGCACTGCCAGCAACACGAACACCCCGAGGTTCACGCGATCGTTGC
AGGATACACCTGTCTGTGGCCTCCGCACACACAAGATTGACGACGTCACC
GAGCCCACCGGTGCTGCACATGACCGAAAGATTTACACCAGATAGAATGA
GAGAAGTGGGAGTGAGAGAGTGGGAGAGAAAATGGAAACAAACCTGCACC
ACCATTCAAGCTTTGGGCACGCTTGTTGTGCTTCTTCGTGTTCTGCTGTC
GACGCGCGGGTGCACGCGAACGAACACCCACCACCTGTAGGTGCCCCTTC
TCACACGAAGCTCGTGATTCATCCTTCCGTGCCGTACGCGCTGAGCTGGG
GGGCCAGTATCGTCGCTGCGGGCAACGATGGGCAGGTACGGGGAACCAAA
GATTATGATTGCAAAAGCAGGCAACTTGACATGACGATCAATCGGGGGAA
CGCGTGATTCGGAAACATATTATAGGAGGCTGAGGCTCGCAAGCGCCGCT
GAATAGTGTCCAAATTTCCCAAATACATTCGTGAAAACACTGCACCTTCA
TCAACATTTTGACCGTGCATACCCCCGTCCGTCCACCTCCATCTGCCTCT
CATTTAACCGATATCTAGGTAGTTTTCTACGACGTGGACGGTGGCATGGA
GCGTACTTTCGACTACTCGTCGGATCCATCTTGCCGGGAGTTCACGACGG
CAGCGTTCAATCCAACAGGCGACGCGGTGGTGCTGGGGAACTACGACAGC
TTCCATGTCTTTGCACACAATCACAGGTGGAGAGCGGGTGTTTTCCCGTC
TGATGCGCGGTGACCCTACCTTACAGAAGGGGGCGGCGGTGTTGGACGAA
GTACGGCGGCCATGACGCTAAAGTCGCATCCACAACCCGCCGGTATTTCG
TTTGTCGAAAGTTCAACCGTCAGCCTCGAAAGCCGTTCCGCTGTGATGAA
CGTTTGCAAGCGGCAGAGATGACGAGGATAGGTCGTGCGGGGGAAGTGTT
GTCCATTTGACGTACGGTGGGCGAAATCCCCCCCCCCTCCCCCGCTGTCT
CTCCCCTCGGTGTTTGCCTTCGATTGGGTTTTCGTCGCTTGGCGACGACG
TTGTAAAACAAGCCAATTCACTTCGTGAACTCGGCAACCAGGTTACCGTC
TTCTTTTCCTCTGTTTTTTTTTGTGGTAACCGTAATGGTGGTCGAGAAGA
TCATGTTGTGCGGGGTGGATAACCCTCACTCCGTGCAAGGGGGATGATCG
CACCACGTTGTGTTAAAATGGTCAAGCACCCTCAAGGCAGTTACACAGGG
CTTACAACTGTCTCTACGCAGCTGTCATCCGTATGCAAGGAAGTAAGCAC
AAGATGCCGAACACCCTTACCAGGATGCAGCGCACCCTTCATGCGACTCG
CCGAATACCTCACGGCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCCGG
TGAGAACCCGGCGTGCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAACG
GTCTAACGACTACGGCATGCACGACTATGAGTACACCCCCCCCCCGCTGG
CTCTCACCTGGGTGCTTGCCATCGGGATTGGGTTTTCGTCGCTTGGCAAC
GACGTTGTAAAACAAGCCAATTCACTTCGTGAACTCGGCAACCAGGTTTC
TCTTTTTTTTTCCTTTTTTTTTTGGCGGTAACCATAGTGGTGGTCGAGAA
GATCATGCTGTGCGAGGTGGAGAACCCTCACTCCGTGCAAGGGGGATGAT
CGCACCACGTTGTGTTAAAATGGTCAAGCACCCTCGAGGCAGCTACACAG
TGCTTACAACTGTCTCTGGAAGTGAAAGCACCAGAAAATAAATTAAGCCA
TACGCAGCTGTCATCCGTATGCAAGGAAGTAAGCACAAGATGCCGAACAC
CCTTAGCAGGATGCAGCGCACCCTTCATGCGACCCGCCGAATACCTCACG
GCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCCGGTGAGAACCCGGCGT
GCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAACGGTCTAACGACTACC
GCATGCACGACCCCCCCATCCTTCCCACTCCGCCAACCGCTCTACGTGTT
TTTCGAGGCGGCAGCCGTCGAACACAAAGGCGTTTGTCCCGAGACGACCA
AAACGACGACGAAAGCCAGCATCGGCGACCCGGTTTTTTTCGCCGTACTC
GCAACAAACGGAGGCCGCTCTCACTTCCAGGAACCAATGAGACCCCAACG
AGCAGTGTTTATGTCCATGTACACGCAGGGCGGGGACCTGGGAGGAAGCC
GGGGTCCGCAAGGTGGAGAACATGTACACCGTCACCGCGCTGGCCTGGCG
GGCAGACGGTTCCCGCCTCGCCGTCGGCTCCTTGTGCGGGTCCGTCGACG
TCTACGACGCGTGCGTCAAGCGGACGAGGTGCGTGCAACGGACATATCAA
TGTTCCGAATAAGCCAGCCAACAAGCGGCCGCATCCGTTCGGGTTTTGTC
CAACATGCTGAATGCGGCAGACATATTAATGTTCCCAATACGTCGACGAC
CAAGCGACCGCATCCGTGCGGGTTTTGTCCAACATGATACTACTGCGTTT
CCGCTCCCCTCCCCCTGGCTGCATCACCCGCACAGCTGCATTAATGCGAT
GTACTCGCGCTCCCTTCCGTCCTCCGTCCCTTGCTTCCCCCCCTCCGTAC
TTCTCCTTGTAAGCTATCCAAAATCACCGCTTTGCCGTGGGTCCTTTTCT
CGGTCCTCGTTCAGGCATATTCCATCCCCCGTTACATTTCCTGAACAAGT
TGTCGCCAAATTCCTACTAAGGAAGAAAATCACGTGGCCGGATTCTTGCG
ACAGGTACAAAGGGCGCTTCGAGCTGACCTACGTCAGCCTGAGCCAGGTG
ATCGTCAAGCGACTTTCCAGCGGGTCGAGGATCGTGCTCAAGAGCCATTT
CGCCTGCGAAATATCCCGTGTAAACATATACCAGGACAGGTATGAGAACG
CGAGCAAGAGGAGAGAGAGAGCGAGATGCGGATTGCTTTCCCAACTTGTG
TCTGAAGTCGGTCGGTTTGCTAGAAAAGACAAGTCCAACCGGTTGTGAGG
AGGACCTTGTGGATTCGAACCAGACGACCATTGCTGCGATCACCCCGAGG
CCAGAAAGTGCGTGGTGTAGCTTTGTGAACGTGCTCAAGGTATCTAATGC
CAAAAAGATGATAGGCGAGTTCGGACGCAACGCACCCGTGAGCCGCTTGG
GTGGCATCCCTGCTGGCTTCTTGCCGGCGACACGTGCGCTCCAAATTGAA
TCTCTTTGAATACCGCTTATTTTCAAGCTTTGCTGACCATCTTGCCGTTG
TGACAACTCCCCCCTGCCCGTGTGTAAACCACCGATTCCAAAACGCCACA
CCCAACAAGATTTGTGGTCGCCAACACAACGGAAACGCTGCTACTCGGAG
ATCTAGAGACGCTCAAGCTCTCGGAGATCCCTTGGCAAGCTCGTGGCGGA
AGCGGGGCCGCGGGGGGTTGGGGAGGAGGCGACGGATCGACAAAGGCAGC
AGCTGCAGAGAAGTTCATATTCGACTCGCCTTCGGCTGCCCTGGTCTACC
ACGCCAGCGAGCTGAGCATCATCGAGTACGGACGAAATGAGGTAGGTGAT
GATATTGGAGAGGGAGAGTGAAGAGGAGTGGCGAAGGAGGAGGAGGAGGA
GGAGGAGGAGGAGGAGGGACTTTCGGCTGGCCCGTCATGATAGGTGGAAA
GAGTTGTTGGTCGATGGCGACAGAGGCGATGATGGCAACAGTGGTACTGA
TTTTACGACCTACGGATGGCGCGGTGCGCGGTGCCTGTGTATGGGTGTGA
AGGGCGGTGTAGGCGGGGTTGATGAAATCGTTGCGTGCGCTTCAGGGTGA
GGCGGATGGTGTCGTGTCTTTCTACGGCACCAAGCTATCATTTCTCTAAA
ATAGTGTTGCTTCCTTCCTTTAACCGAAGACAGGAGGTGCTGCTTAGTCT
CTATATTCGAGCGACTTTCGTGGCAAGAAAACATTCCTCCACACCCGGTA
AGTCAGCCCGCCTTCTTCTACTCTCTCGCTTCCCGCAAGCGCCCGTGCTC
CGCCACCCCCCCGCTCACAATGCCTTGTTTAGCAAATCGATGCCAATTGG
TGACGGTGAGATTCAACCCGCAACAAGATCGAACTACAGCATTGGGCACG
GTCTCCGGGAGCCCAAAAGGAAACGCTGCTCGATCGTTTCGACGAGCTTG
TGCCACGTGGCGTCCACGACTCAACACATGGATTCCTTCGCTCTTCACTT
CTCCGGTTTCGCCGTCTTGATTCGCTTCCTCCCGCAACGGGTACGACCTT
CGTCCGACCCCCTCATCCCCCGCTCCCACCCCCCTGTACCTCCGTACCCC
TGCACCCTCAATTGTACGTACATCCTCCTCTCCAACCCTTGTGCGTGTCT
CTTGCTGCTCAACGTCGTTGGCGTGCAGATCTTGGGCGCCGTGAGAACGG
AGCACATCAGCGCCCACCTGCTGTCGGTGTGTCTCAGCGACAAGCCTCCT
CGTCGGAGCGACCGGAACGAAAACACTTACCCGGCAAGCGCGAGGCAACA
GAAGGCAAGAAGGGACGTCGTGTTGTTCTTGCTGTCACCGCGAGGTAACG
GCTGCTCGAAGAGCGGCTCCTATTGTAATTATCGTTGCTGCTAGAGTTGT
TTCGGGAGTGACTGCAAAGACGGCTAGCATGAAGCTCAGATTCGGCGTCG
AGGGATCGAGCTGTGTGCTAGCCCAGGTGCGTCGATCTCGATTGGCCGGT
TGAGCGAGGTGTCGTCGTTTTGAAATCTGTGCCATGCAATTGGAGGGGGT
CTGCGCGTCTCTAAATGTCGATTTCGTGCCACTGTTGCGCGCGCGTGTCG
TCGCTTTTGCTTTATGGATTACGCCTAGGGCGTATCTCAGGGGACGAAGA
CTGTTGCCTACCTGTTGGATGCCCAGACTATCAACATCAAGGTAAACGGC
GGTGTGACCAGTTTAATCGTGGTAGGCAGGCAGAGACTACGATGGTCGTT
CCCGTAGAACAATTACCATGTGCTCGTGGCATAGCTATGCTAGGGCCTTT
CGCACGTTGGCAATCGTGCCACTTCCCCCGCAGATAGGATCGCCGCCATC
GCGACTGCGCTAGGTGCTGCGACAACCACACGGGAGCAAAGCCCACGGGC
CGCCCATCAACCTTCCACGATGACCTTTGCTCTGGACGGAGACAATTTTC
GACGCTGCAGTCAGCGAGCTATCAATTTGTCGATACCAAACCTTTTCCCA
CGCACCCTTGTAAAGCTTTTCCTTTACGACGTTTTGGGTCGTGCCGTTTT
TCGTGCACGGTTCCCGCTGAATCGAACGCAGGACCTTATCACGAGCGCGA
CTACTTCCGTATCTCACGACAGCAAAGTCGACTGGCTGGAGCTAAACTCG
AGGGCCGACCTGCTTCTTTTCAGAGATAGGCGCCGACGCCTTCACCTGTG
AGATGTGCTGTCGTCTATAGTGAAGGGAGCACTGGTTGTTGAGCAACGGC
GTCGTGTTGGTACTTGTGTTTGCTCCTTTTCGTTATCAAATACCTTTCGA
GGTGCGCAAACTCCTCCCCAAATTGAAACAAAGGCTGGGCTCAATAATGT
AGGCTCAAGAGGAATTAATGGGCGTTCAACACTAAATTTCCCTGAAAGTG
GGCAACAGATACGCCTGCCCAGCGAAACCCGACAGCGTGCGTACGTGCAG
ACTCCAGATTAAGGAGTAAGCCAAAAGTCCCCCTTTACGGCTGGCTCAAG
AAAAACTCCGACCAGCCTCCTCGGCCCCCCCGCACGCATCGCGATATTAC
GAATTCATTCACAACAACGACCAAAACAACAGGTACAACATCCGGACGCA
GACGAGGGGGACTCTCCTCAACTACTGTACGTACGTCCAGTGGGTGCCGG
ACAGCGACGTGGTGGTGGCGCAAAACCGGGGGTCCCTTTGCGTGTGGTAC
AACATACACGCCCCCGACCAGGCGAGTCAGGATGCGGTCGGTGGATGGAT
GGATGGTGGATGGATGGATCGATCGATCTACGACGTGCGCAAGAGGGCAA
AGGATGTTGTCGCTTCATCCTCTCGCTTTGAATACCGGCGCAAAGCCCGA
CTGTACGGTCTGTCATTACTCGATCAGTGAATCTTACCTCCTTGGTATGG
TCCGACGTAACGGCGGCCTTCGCATACTGCTGCACCCCCCTCCCCCCCTA
CGTCTTCCCAGCGAACAAGATATTGGCATTTTTCTTGTCATTGTTTTTGG
TGCCAGACTGTTGCCTACGTTTTATCTAGGTTGTGCGGTATTTGGCAAAT
TTCGCTGTTTAGTATCATCAAATCGTATTCTCGCGACACCTCATAGCCCG
CTCACTTCACTCTCCTCCGCTTCGTGGACAAGCCTCTTGTTCGCCGCTGA
CAAGCGTGCACGTCCCGACCTCCCAGCATTGAGAATGATTGATGGCGAGG
CTCCCTCTCACCTCAGACTCAAACGAGATGCCTTCGGTGTTGGCGGATAG
GTTTGTCGGGTTGATTGGCCCGACGCCGGCACCTGGCGTGCCCATGTTGC
TCAAACGAGATGCCTTCGGTGTTGGCGGATAGGTTTGTCGGGTTTATTGG
CCCGACGCTGGCACCTGGCGTGCCCATGTTGTCAAGTTGCTACGGACTGC
ATGTCGGCATCCCTCGACCCAAGCCTCCGCGCCGCGTCTGTCCCCTCGTC
ACCGCGGGACACCCCGCTCACTCATCACCTACGTCGCCCGTTCCGCGGGG
GGCGGTCATTCGCGCTATCCCTCCGCAGGTGACGACGCACGAGATTAAGG
GGGAAGTGTACGAGATCGAGCGGCTAAACGGCTGCACGGAGGTGATCGTC
AACGAGGGCTACCGCGAGGCGAGCTACGTCTTGGACGAGGCCCTCATCTG
CTTCGGCGGGGCCTTGGACGACGGAGAGTACGACCTCGCCGTTTCCATCC
TCGAGCCGCTCGAGGTCACGCCCGAGGTGTGTGTGTCAGGCTATTGCTTC
TGGCTTGACTGCGTTGCCCCCCTTTCTTGTTTCTCCTCTTCCGTTGCGTT
GCTTTGTTTCCAGCGGCATCAGAGTCCGCCCTCTTCGCCCATGTCGGACG
CCTTCGTTACGCGTTGGACGTGTTCTCTCCGCTGCATTCGCTCTGAACCC
TCCCAAGACGGTCGTTTTGTATTGTCGAAATCAGTGTCGGAACTGAACCT
TCTTGCTAAGTTAGGGAAGGAGCGAGAAGGGGTCGAGCTGTTGCAGCGCT
TCAGTCCCCCACGATCATGACTGCAAGTGTCGAAAAGGGTAGGTGAATTG
TAGACACGGACTTTTCGCTTTTCCCTTCAATCTTTCTTCCTGCCTCTCTT
GCCCTCCCCGCTTCTGCTGCCGGAACTTGATATGTCGTCTGAATTGGGTG
TCGTTCTTTGGTCAGGCGGCGGCTATGTGGCAGCAGCTCGGAAGCGTGGC
GCTCGAGGAAGGAAACATCTCCGTCGCAGAGCGATGCGCCGCGGCGCTGG
GCGATGTTTCCCGAGCCCGATTCCTGCACAAGGTGGGAGGCACGAACAGC
GACTATGGAATCTTCGTTCCGTCAATGGGACGTTTTATTTGGGCGAAAGT
GTCGATTAACGATAATGAGCAGAGGAGGATGGGGAAGAGAAGGAGGAGGA
CGAGGAGGAGGACGACTGGAAAGGCGTGCAACGTGTTTTGTCACATGTTG
ATGCTGAGTCGGCTAGGCTGCTCCGCACGCTCTGTGATCTCCCCATGGTC
CTCCCTCACACACTCCTTCACCACAGCCTCCCCCCTCCCTCCTCATCTCT
TACCGTTCAAGGTATCAAAAAGCGCCGGCAAGGCGGCGGGTTCGGACGGG
TTCGACGCGAAGGATATGCAAGATCACTGGTCGGTGCGGTATCGATTGGC
CCTCCTTCGAAAGGCGAGAAAGCATTGAGGTTGGAAGCCACTGGAAGTTG
GATCACAACCATTCAGGCAAAATGTTTTTATTGGTCGCCCGGGTTCGCTT
TCATGGGTCCGAATATCCTGTTGAAACTTTGGAAGATAGGGAGTCTCATT
TTCGTGAGGCTTGAGTCGCTTGGCGGTGGCAGATCGGAGCGTATGGAGGC
AGGCAGAAGGCGACAGCCTTCCTAGTTTTCGCTCGCGCCGAGTGCCAGTC
CCTAAACGACTGAGTTATTATTCAAGCCCCCACCACTCCACAAACACAAT
CTCTGTGTCGCGTGCCGCATTCAGGATTTGCAAGGAGCTGAAGACGTTCT
CGTGTCCCAGGGCAAGGTAGAGGAGGCGATCGCCATGCGCCACGGGCTCC
ACCAGTACGAGGAGGCCCTGTCCCTCGGCCGCGCACACCGCCTGCCGGAC
GAGAGGCTTGGGGCTATGGCCCAGGAGTACTTCCGGCTCCTCGTGGACAC
CAAGCAGGAGGAGCGCGCCGCCGCCCTTAAGGAGAAAGAGGTACGGCGAG
GTGTATTCATGTTGTTGCTCTTGTCTGCATCCTCCGATTCGGGTTGGAGC
GCCCGCTGACCGGGTGGCCGCAAAAACCACGTCAAACTCAATTACGGCTC
AATAAGGTCGTGTTTTCATCAACGGGGGGTTTGTTCGTGACGGCCTGGGC
GGAAAACATACATGTTCGCCGTGTCGTATATGAATCGCCGAACGTGTCGA
GTCAGAATGCCTACCCCCTCCCCCATTCCCCGGAGCGTTTGGCCAGTCAC
TGACGCAAATAACGATCTTGCGCCCAAAATTATCCCACTTTGGCATCCCT
TCACTCGAATCCTTGCACTCTATCTCACATTCCATCACCCAGGCGGGTAC
TCTACGCCGATTCGCCCGCCTTCACCTCAACCGAGGTTTCGAGTCAGCCC
TTCACTTGTTGGTCTGCGCTTGCATCCTCAAAATCGTCCACCCCCTTGCC
ACCCTTGTTCGTCCCGTTCTGATGTACTTTACTTTTTATCTAAAATATGC
ATGTAGGGAGACTACGAGCAGGCGATCCGGCTGTACATCAAGGGCGGGCT
CCCGGCGCAGGCCGGTCGCGTCCTGAAGGAGCGGGTTGTGGAGAACCAGG
GCCAGCTGCTGGAAACGGTGGCGTCCACGCTGTCCGCGGCCGGTATGCAC
GACAAGGCGGGAGAGTTCTACGAGGAGATGAACCAGCTGCAGCGGGCAAT
GGACAGGCGAGTTGGGATTGTTCGCGGCAGAGGAATTCTGAGTTCGTTGT
CAACGATCCGCCAACTCGTTGATTATGAAGTGTACACGCCGAGAAGTGTC
TATTTCTATAAGCACTTCAAGCGTGTGCTTTGACGCCCTGCCCAAGCAGG
AGGTCGGACGCGTGTTCTTTAGTATCAAATCATCGTGTTTGGAGGATCTT
CGGGGATAAGGCGGAGGATGGCAAAATGTCGAGGATCTGGCGGTCAGGGC
TCGCTCGAATAGGGCGGATATTGTGTTGGCAATGCGGTAGCCTTTTGTTA
AACGCTGTCCTCCTCTGTCACCCGCTCCGAGAGCAGCAACTGCAGGGCAC
CATGCACACCTCGTCTACTTATCGCCCTTCCTCTCCGACCGCCTTCCGTA
GTCGTCGTCACTATCATCATCTTCGTCATCGTAATTCTTCCCGTCATGTT
CACGTCGTTGATGGTGTCGCTGCCGCCAAATACTGTCGTGACAGTTACAC
GAGAGGAAACGCCTACCGTCAGGCCGTAGAGCTGGCACGTCGGTCCTTCC
CGGCCGAGGTGGTGGATCTCCAGGAGATGTGGGGGGACTACCTCATGACC
AAGAAACAGGTTAGCTTCGTCTCGCTCGGCACGCCCCCACAGCTAACCAT
AAAAAAAAAAAAACAGATGTCAGTATCCCGCGTTCAAACGCGCATTGGGC
AGTACGGGTTTGGGGTCAGCGAGTTCGTTCGACTCTCAGGGGGTGCTGTT
CGACCCCCCTTACCCCTCCACCCGCCGCGGGAAGAATAGGGTAGACGACG
CAACGGGAGGCGGTCATTTTTTTTCGGAAAAGGACGGTGAGCTCCGGAAC
CCTGGCACTCGAAGCTGTCCGGCACGAAAAACGACACGAGGGGGGGGCAA
GCTTCAAACGCTTTTGTGAGATACAGTGCTCGTTTAGCGAAAAACGCGTG
TTGGTTACAAAGCAGCCTACTTTTTGTATGAGGCGCGTGCCGATCGAGGC
CACACGCACGTTCCGACCCAGCCTCCAAGGACCAGACCACGCGAATGTTG
CCTCATTGCAACAACTTTCCGCTGAATTCGAGACCCTCTTGTGACTCCCC
ACCCTGAAGAAGGCGACGGCCATGCTCGCTACGCACATCTCAAATGCATC
TCTTGCACGAGATCGAGCTCAACAACTCTCCATCGCCTCACCCTAGCCCT
CGAACACACTCGCGTAAGGTCGATATGGCCATCAATCACTACATCGAGGC
GCGCGCCAATGGCAAGGCGGTCGGCGCGTGCCTGACTAGCCATCAGTGGT
CGAAGGCGGCGCAGCTTGTTGAAACCCTCGACGCGGACTCCGCGAGGCCC
CACCTGCGCAGCCTAGCTCGCCACCACGAGGAGTCGGGGAATTTCGCGCT
CGCCGAAAGGTTCTTCGTCGACGCGGACGCTCCGCAACTTGCCGTCGAGA
TGTACACCAAGGTGGACAAATGATGTTGGAGAAATGGTTTGGAGGAGGCG
TGAAGGCACGCATGACTGCGCATGCCGTTGGCTATGTTGAGACCGTAGAT
GTCGCATCGCTGCAGGCCCAGAGCGGACCGAGAATTGAGATCGCCGGATT
TAGTTCAAGAAGCACCGAGAGCCCCGCACTGTCGGCAAGTCGGCGATAGG
GGTCAAAGACAGGGGATACAAGGGGGTTCGGTGGGAGCGGGAAGCCTGTC
GTAGTTGCGGGTGAACTTTTCGGCCTGCTGTTGCGGTGGAGCCTGCCGCT
CCTCTGGAACAATGATTTTGGTGCTTTCCCGCGATGCTTGTTATCGTGGT
GTACTCCCAGGTGCTTCGGGAAGGGAAATGGAGTTGGGCAATATTTGTTT
TGTAACATATGTGTTGTATGACGAAATGACATCCCTTTCGAGACGAAATG
GCGTATGCTCAAGCTGACCTTCCTGCTGTGTTCCTACCGCTTGCGCCCTA
TCCATTCCAGCTGTCTGACCCATTTTCGTTGATTTCAGTCGGTCAACGCG
GCCTAACCTCTTGTTACCTTCCGCCGCAACACGCCTGATGTACTACGAAA
CAGGCTAACCGCTGGGACGCGGCGCACAAACTTGCGTCGTCCTACATGAG
CGAGGGGGAAGTGCGCGTGCTGTACATGGATCAGGCCCAGAAGATGGAGG
CCGCTGGCAGCCTCCTCGAGGCGGAAAAGCTCTACGTACAAGTCGGCGAG
GTACGAGGCGACGGGGGTTGAGGAGGTGGGCGAGAAAGGCAGTCGCTGTC
TCCCTGAGTCGGCGCGGGAAACACGTCGACACACAACCACTTGCGTGTTT
TGGCTGGGTCTGGCGGCGCAGGCTGAAGTGGCCGACCTGCGAGCACGACA
GTGCGATGGTGTTCACGCAATACGAAAAACAAGACGATGGTTTGAGATGG
TCATGAACGACCAAGCGCCTTCGTTGCTGGTTTCTGGCTACCCCCCGGAC
TATCTATCGACCAGCCTCTCCGTATCCATCTCCCGCTCCGCCTCACGGGC
CACCGCCCTTTGTGCTTTTGCTATCGCGAAAAAAAGATGGAGCTACTTGG
CAGGCGTACACAACACCCGATTGCCCACCACCACCTCCATCACGAGCATC
ACCACCATCTCCCTCATCTCCAACCTTTTGCGGAACCCCTCTAGGTGGAC
CTAGCGATTGCCATGTACAAGAAGGCCAAGCGGTTTGACGCCATGGTGCG
TCTCGTAGCCAAGCACCGCCCGGACGTGCTCAAGGAGACGCACCAGTACC
TCGCGCAGCAGCTGGAGATGGAGGGGAGCCTTAAGGAGGCAGAGCACCAC
TACGCCGAAGCGGGAGAGTGGCTCAGCGCAGTGAACATGTGAGGGGGATC
CGCGCGAATCGAGCCCGCGCCGATGTCGTCAGTGGTGTCTCTCCTCCCAG
CGATGCAATGAGACAAGCTTGTCGAACCCGTCTCAGATCTTGATTCTCCC
GACCGATCGCCGTAGTATTTTAGCTTGCCTTATCCCTGACTGACGCGAAA
AACTAGGAGGAGATCCTGTGCGCCGGCAGGCGACGCGCCGACGCCGAATA
AGTGTGCCTGGTGGGCGGAGGTGACACTGACTCTGTTTTCCCTCGCGCTG
TGTCTATTTCTTCGAGCGTCAACATTTGAAAAACGATCAAGAGCCGGAAT
CGGCCTGGCCGTGGTAGAAAATGTGATGTCAAGAGAAGGCAACTACTCTT
GTTCTCGTCGCCGCTCATTTTGATATTTTCTGGGTCTCTTGCTTAGCGGG
CGTGAAGCTGCCTGACAGCGTCTTGCACACCGCAAGTGCACTGCGACGGG
CGACGTCCCAGGGGGGTAATCACCCTCGAAAATCAAGCCTTCTTCGCTTC
TGGTTTATGATTATTGTGATATCAGAAACGTCGTAGATTTTTCTCAATAC
GTCGTGGTTGATTGAGCTGATTCGGCTTGGGAACAGTTCTGGTGGTAGGA
TCGGGAGAGCGGCAGCTTCGCAACGCCAACACGCGCAACGTGCGCACGAG
GCCTGTGTTCGTGTGATTATCCGCGTGTGCGTTTACGAACCCGACGAAAC
GGTATCTAGCTTTCACTTTGATGCGCCTCCAGGCAGCGGGCTCCACAAAC
GCCATCTCCAAAGTAAGGCCATTACTCCTCGTTCTCAAATCGCGTGCAGG
CACATTTTACGAACCACTACCATTTCCCTCGCTTCACATTAGTGAGCTAC
TCCTACGTGATCACGTACTTTCACCGCCTTAAATGTTGCCAGTGCCCCTC
TTGTACGAAGTAACGAGTTGGTGATCACGGCAAAAATGAAATAATCAAGA
TTTTTTTACCCGTTGTGAGGTACATACTTCATTTCGTGATACCAGACTGC
GCTCGCTCGCTCCCACGACAGTTCGCTGGCACCGAACTCAGTGCACCAAT
GACATCGACCGCGACCTGACGCGTGCGGGTCAGGTACCGTTCGAGTGACA
TGTGGAACGACGCCTTGCGGGTGGCCAAATTTCATGGCGGTCAGAGCGCC
CATAAGAGGGTCGCCTACGCCTGGGCGCTGGCGCTGGGCGGGGACGCGGG
CGCGAAGCTCCTCAATAAGCAGGTGCGCCGGAGAGCTTGGCGACGCGCTG
TTTTAAAGTCGTTGTCGTTCGCCGCGTGACCGCCCCTTGCATGTATCGCC
TCGTCCCAATAGGCGTTGTCGCAGACGTGGTTTTTGTAGTCTCGTCATGC
GGCGTGCTTTTTTGCACTGGGCGGTATATTTTACTTAGTGGCGGGGGCGC
GAGGCATTCATGACCAGAATCAGGCGCGTTGTTGCTTGTGTGGCAGAGGT
CGGAATTTGTCTCTGCTGCGACGCCAGAGAGAGGCGGACAAAGAGCGTGC
GGAGACCACGTGATCGGGGCCTCGAAACGATTCGAAGCAGGTCTCCTCTT
GACGCTTGCAGACATTAAGCAGTGCTGCTTTTAAGTACAAGTCAAGCGCC
GAGTGGACCTACAGCCGATAAACTCCGACGGACTGTAAATCGTCTGCTTC
TTGTGTAAGAAAGTTGTTCTAGCTTGGCTCTGGTGGCGCCGTTCCATAGA
AAGCAGCATCAAAAGGGCAAACGGCACCGAAGTGGTGCTGTGGCTTCGCC
GGAAACTAAAGTTATGTTGTTAATGTTATCAAATTCTCGGTTTCCGGAGT
TGATTCCGTCACAACAACGAGCACCTGCAGAGTTCAGCCGAAAACGCACT
TTTTCTGTTTGGTTGATCAATGCAGTCACCAACTCTTCGCTAGCGCTTTC
TTTTCTCGGCAGGGGCTGATCGAGCCGGCCATCGAATACGCCACCGAGTC
CGGAGCCTTCGACCACGCTCTGGAGCTCGCGCAAGCCTGCTACCCGGCCA
AGCTGCCGGAAATCCACCTCAAGCACGCTCTCTTCCTGGAGGATGAAGAG
CGCTTCAAGGAGGTCAGTTGGCACCAATCAGCATGATACGACGGCGCTTG
CTGCTGGGTAGTGTGAGTGTGGGTGAGGAGGGTGTGAGTGGGCGGTTGTA
TGGGGGGCTGGGCGATTTGGGGCGTGGGTCACGTGGCGGCTTTGGGTCCC
TTTCCCGCTGTTGACTGCCGATTGCATCTCGCTGCGGGCCGCAGATTCTC
CAAGCGTAGACTTGACAAACAAAGCGAAAACCCTCAGATACGTGCAAGCA
ACTGCATTGTCCAGCGAATCTCCTTCCCTTGGCTTTCAACCCCCTTTCCC
TCCCGACCTACCAACTCCTACAAATTAATCCTCATGCCCCCGTTAACGAA
AATGAACAGGCCGAGGAGGAGTTCCTGCAGGCCGGAAAGCCGCGCGAGGC
GATCGACATGTTCGTGCACCAGAAGGCCTGGGCGGACGCGTGCCGCGTCG
CCCAGGGGCACGACCCCCCGGCCGTGTCCGACGTGCTGTGCGCGCAGGCG
GCGGACGTCGCGGCGGCCGGCGACCGGGCGGCGGCGGAGGAGCTGTTCGT
GCGCGCCGCGAAGCCCGAGAAGGCGCTGCAGGTGAGAGAGGAAGGAAGGA
AGTGAGGGACGGAGGGAGGGAGGGACGGAGGGAGGGAGGGAGGGACGGAG
GGAGGGAGGGAGGGAGGGAAGGAGGGAAGGGGGGAGGGAGGGAGGGAGGG
AGGGAGCACGGGACGTGGGAAGGGTTGTTGGGTAGGCGGGAGGGAGGAGG
GGAGGAGCGGAAGCAAAGCTTTGATTTGAGCTGGCTAAAGCTGTGCTTTT
CCTGGTTCACAGTTCGGCACAGCAGTAGCGGAAAATATTTGCCATGTGTA
CTGCGTGTGTCAAACCCTTTCCTACCAACGAAGCTCACCGGCCCTACGGC
TGTATCGACCGGGCGTCGCCGTCGATTTGCAACACCAGTGCTACGAGGAG
GCCGGCATGTGGAGGGACGCCTTACGGGTGTGTCAGAGGCATCTACCTCA
CCTCGCGCCCAAGATTCACGCGCAGTACCAGGTGACAGGAGGGAGAAAGG
CTGTGTTGTGTTTGTTTCGCCGAAAACTTCTTACTTATTTGGCCTTCAAA
TGCTGATACTGTTGAAGCGTATTCGCTGTAGTAAGAGTTGTCCGTATCCT
GCGTGCACTTCTAGCCTCCCTTCGTGTTTCGGGTGTGCCTAGGGAATGCG
TTCACCGTTCGGATCGCGCTTGTGGCGCGTGCGTTTCACCGCTTCACCTC
CCACGCGCATCGTTGCGGCAGATCAGCCACGCCCTGGCAGGTCCTGCTCC
GATCACTTCTCGTTGACAGAGGCCCTCTCACATCCTCGAGATGTCGAACA
TCCAAAGCCGGATGCACACAACCCTGAACGCGACTAGCCGAATACTTTGT
GGTTCTGCAAGCGCAATTCAATACCTAACTGCCTGTTATAATGGAAACCC
GACTCCTTGGGAACACGACGTTGTTGGTCTGACAAGTAGACGGCTCCCAC
AAAGTATTCTGAAATTCGCTTCGCACACACACACCGCGTGCGCACAGATA
ACTCAGCCCTCGCCGTCAGGAACGCGCAGCCCCAGCCAGAGTTCTTTCCC
GAACGCTCCGAAGCTTTTGTCGGTTCCGAAGAGATCGAACCCCGTTTTGT
CGTCCTCGATTTGGTCGATGCCGTTGACAACGTGGGCACTTCACTCGCGC
GTTACCGTCGCCACCAGGCCGCCCAGGCGATGACCGGTACTGGGGGCGCG
AAGGCGGACTATCTTAGCGCCGGGCGCGCCCTGGAGCAGAGCCGTGACTG
GTCTGCCGCTATCGACGCCTATCTCAAGGTTTGAGCCACCGCTGCGGCCC
ACCCTTGCTGGTGTTGTTGCGTCTGCTCCCATAACTGCAAATGTCGATTC
CTTCTTAGACAATTACATTTTCTATGCGTGCAGGTGGTCATACCATGGGG
CTAGATGTTGGTTCGTAGACGAGCGCGCAGAAGCCGCGTGCTTTAAGGGG
ATGTCGGTAGCATTGTTTTCCTCCTCTCAAGTCTCCTCTGTACCCCCAGC
TCACCACCGAATACTGTTCCTCGTGCTTCCGTTCTGTACTTCCGACGTGC
GCTGCCTCAAAGCGACTCCCGCCTCAACGTGTGGGGCGTACACAACCGAC
TGCCCAGCCGCTACTCAGTCTTCACACATCCCCAGCAGTCGTTAAGCTTA
GACGCAAACTTCACACATCGGTCTAGCAGTTGTTAGTGTCGAAGGTTGTC
AAACGTGAAAAACCAAACTGACCGACTGATTTGCCGAGTACAACTTTTGT
TCAATACGTGGTTGGTTCGGTTAATCCTCGCGGCCCGACAGGCTACCCCG
GGTCCGGCGATGAGCGACGATGACGTGGAGGAGGTGTGGGAGAGAGCCAT
CACGGTGGCCAGGGTGGACCTCCCAAACAGGTACAGTATTTCTGCCTGTG
TGTGTGCAAGTGTGCGAGTGTGACCCGGTCGGCAGGAAACGCGCCACGAT
CTACCCGACATGTGGAGACTTCGAAATGAGCCCTGCCGTGGTGCCGACTT
CTTTCGTGCTCGGCGCCCATCCGCCCACCTGCCTGCCTGCCTTCCTTCCT
CCCCCCTTCCCCCTTGACCCTGCCCGCCGTCCGCCTCAGGCACATGTTGG
TTGTGCGCGAGGTATCCCGGCGTCTGGTGGAGATGGGGAGGCACGAGGCT
GCGGCAGAGGTGTTGAAGGCGGCGGACCAGCCGGAGGAGGCGGTGGCCGT
AGCGGTAGCCGGGGGAGCGTGGGAGAAGGCCAGGGAGTCGGCCAGGGGCT
ACGTGCACCTCTCCCAGAAGGTAACTGCGATGGCATAAAGGCAAAATACG
GTGTACAATGGTCGCCGGTGGTGGTGGTGGTGGTGGTGGTGGTGGTGGGG
GTGGGGGTGGGGGTCGTAATAGAATGGGTTGTAAGGTTGAATTGACCATT
GTGCATCGTGGTGTTTTGGGCTCGCGCGGCACGTGCTCCGTTTCAGGTCG
AGAGTGCCTACCAGCAGCACCTCATGCGTGGAGAGGCTACGGAGGAGCTG
TTGCAGATGGGCTTGACCAATGCCGCTCTGGATATTCTCGCGCAAAAGTG
AGCAGTTGGGTCGGGCCGTTAGTGAATCAGGCAAATCACGGGGCATTACC
AATGGTATATTCGACAGCATTCTTGACTCAGTGCGTGCCTTCTATAAAGC
TCGGCGCGTGCGGTGTGTGGTGCGTAACACTCGGGGTCCGTTACGCGTCA
CCCAGTGCACAGTTTCTCGGACAAACGAATAGCATTTCCAGCTGCGCCTT
CGCAATACCGGTCCGGAGCACAGCCCCCGGATTCGAGTTGAAACACATGC
TTTCTAGACCCATCAGCCTCCCCCCTTCCCGACACCCCCCCGTTCGTTGA
CCCACTTTCCGCCACCCGCCTCCCACACCCTCCAGGGGCGAGTGGGACCG
TCTATGGGAATCGGCGGCAAAGCAAGGATTGGGTGCGGACACATTGGCCA
AGTACGCCGGTCTCCGCGTGAGGGCGGTTCTCGACGACAACGCCAGCTGG
GAGAAACCGGTCACTGGTTCGGACAGCGGTGGCGGAAGGCAAGTTGATAC
GATGGACCGAAAAATCAAACCAGTAAGCGTTCAAACTCTGCGCAAGCAAC
CGCGGGCATTAATGATGTGTGTCGCAGACTATGTTGAGCGTGTGTGGGGG
TCAGGGGGTTAAGGGGTAGGGGGGTTAGATGGGCGGGCATGATTTATGTT
GATCTGGATTACGTGCTGGGAACCTCCCACCCTTTCCCGGCCCACGGCAA
CTGCCCACTGTACATCAGGGTCCCCGCATCTTGACCCCTTGCCCCTCTCA
ACCCCATCTTGTTGTGGACCACAAGTCCCTCCCTCTCAGGAGTGCCCCCC
TTTTCCCCGCTCGTTCCCCGCCACTTCCGTCCCCCTTCGTTCCTGCCGTC
TGCGCACCAGCAGGCGAGCACTCGACGACGCCGTTCTCGTGATCGAAGAG
AAGGGCGCGCCACCCATAACCTCGGGGGCTGGCAGGTCGTCCGCGGCAGT
CGGGGCTGGCGTCTCGAGCGGCAGCGGCGGGCCGGCTGCCGACCTGTATG
AGAGACTGGTGAAGGCCGTGCTCGGGAGGGATAAGGTGGCGTCGGCGCGG
CCCGGGGCGCAGGAGACGGCGGAACGACTGCTTCGGGTGCTGCAAGCTCA
GGCTCAAAATCTGAATGTGAGTCGGCACTGTGACGGCTTGCGGGCCTGGC
TGGTGGTCTTGCTCGCCTATCGGCGCAGAGCGGACGCGTGCCGGCCGCTC
TTCGGCGTGGAACGTTCTCGAGAATCGAGAGTGTCGAGACGCAGCTATTC
CTTGTCCAGTTCAGTTGAAAAATCGGTGCAAGCGCGGGCAGACTGCGCGC
GCAGAGTCGAGATGATGAGGCTTGCAACTTCCACTTCTGTCGTGCTATGT
GGAAGAGGTGTGGCATGAAATCCGAACCGTCGCGCAGCCATTTGCCGGTG
CTCACTATTTAAAAAAAGTGCCGACCGGGAGGGAAAACGCCTCGCTGAAA
CATCGCCAATTCGGCTGCGATGCACGCGCGCCCGCTATGTAATCCCAACC
TCTACTCTGCCGTGACGACGGCATTCCTCTTTGGCAGAATCTCGCACAAT
CGCACAACTTATTTTTCATCCCCCCGACCCCTGCCCTGCACTCTGTCCGA
TTCTCACCCTTCGTGTTGTGCTCGGCGAAACCCGAAACTCACCCCATCTC
GCGGTTTGCGTCCATGCTGTGTCGTACGAACTCATCCCACGGCGCCGCAG
GCGTCCAACAAGACTGCGCCGGCGGGGTTCGAGAATATGCTGATGGCCAC
GCACTACACGTGCCTGATGGGGCGGTGCAGGGAGAAGGGGGGCAAAGACT
GCCTCGAGTTGGCCGCGAAGGCATCCATCACTCTGCTGCGGTACAGCGAG
TTTATCCCCTGCGACAAGTGCTTCTACCAGGCACGTTTCGTAGATTCCGC
CTCTCTACTTGTCCGAGTTGTGTCCTGACAAAACAGCACACCGTTTCTGA
TTGCGGTGGGCAGACAGAGCAGCTTTTGATGACGCCGCACACGCATGGAG
GAGATGAAGTTCGCGTGACAGAACACGGCCACTGGCTTCAACTGCTTCCC
CCGCGTTTGGATCTTCGAGAAAAAAAAAAGAGTATGCCGCTCACTCACAC
CACACGCTCACGCTGCTCGTGTTCGTTCTGGGGGTGGAAAATGGATTTAT
GGATGATAATGAGACTGCAGATCCGTACCCCATCGGCTGGGAGTCTCCTT
CCCGACACGGCACAAATCGATAGAAATCTGAATCAGCTTCAATTACCAGG
CAATATATCTTGCCCGGAGACTCGACGCTCCTACGGCCGACCTTCCGCCC
TCTCTCGTTTCTGGACACGAACCGCACGCGGCGCCGGCGGCAAAAACCAG
GCCGGTTCCCTGTGCAGAGAACTCGGCAACGAGAACCTCGCGTTCGTGCT
GCTTAACCGCTACGTGGACCTGACCGAGGCCATCGACGAGGGCAACGCGT
CTTTGCTCGACAACTCCGACTTTGCCGAGGCGACCAACGTCCCCCTTGTG
GACGCCAGGACCCTCCCAACGAAGCAGGTGGGCGTGCAATACACTCCGTA
GAATAGAGAAATTTCCGGACGACACCGGACGGTGTCATTTTTTCATTTTT
GCTCCTAGCCAATGCAACAACGAGAAGGGAAGAGATCTAGACACATACTC
ATAATTTGCTAGTATTCTGTTCCTTGCGACCCTCCCCCGCGCCGCAACGG
AGCGATTTCATGCTGCTGCTCTCTGCTACGAACGAGTGTAGCCGGCAAGT
GACGAACCGCTGGTTGTTAAGTGGGCGACTGGCACGTCGAGCATGTGTAC
GCGCTTGCAATGTTCAGTATTGTCGTGACGCGGAAGCTTTGCGTGGAAGA
CCCGAGCACCCACCGTGCCGTGACCCGATACACTCTCGAAAGGTTGTCTT
CAATCTCGGAGGTATTTCACCGTGCCGTGCCCCGATACACTGTCGAAAGG
TTGTCGTCAACCTAAGGAGGTATTTTGTGAACAATCGCCCGGTCGGTGGG
TGGTTGCAGCGCCCTACTCGGTGGCCGTTTCACGCTGTCCATTGTCGTTC
ACTATTAGCGGTGCCCTTCACTACCTCTTTCTGCGCCACGCCATTGTTCA
ACGATCCATCGGATCGGTTGATCGTCGTCGCTCCCCTCGAAGCTCACCTG
CATTATACTTGGAATCAACTTGAAAGTGCACTTCGAAAAGTGACTTTGAC
CGATTGACCTTCTCTCAAAATGTCGTACGAAAGCCTAGTTGTAGCTAACC
GGCTACGCCACAATCCTCACTCCCCCTCCCGCCCGTGCACAAGTTAGGGT
GCTTCGTCCATTGAACAACTGGCGTGGTCTATCTGCAGCCGTGCTATGGC
CGCGGTTTGCACGAGGATGGTCATCCTTATGGTTGACTTCCATGCGCCGC
AACACACCTTTGATTGCTGTACTTTTTCGACCCGTGCCCCGTTCAACCAG
TTCATTCCGGACGAGTCCGAGCGCGAGGAAGTGAGGGACTGGGTACTGTC
GGTGTGCATGGACGCCAAGATCGACCAGGCATTGCCGCCAGAAAAGGAAG
CCGATGGGACACTTTACCAGGTGGAGCCCAAAACCAGTTTTGGTTCGTCT
CACCACCGCGTGCTCGCCTTCCGCTCTTCGTCTGCGCTCGCGGCACGCTA
GTCCTGCCGCTCCTCCATGTCTACGCCGAAGTTTTCGCCGCAGCTCCTAT
CCCTTTGTCGCTTTCGTGCCGCACTATGGCACTCTTGGGTGGGTATAAGT
ATCGCTTGATGACCGGCAGTATGTCCTTGCTGAGTACTCTCAAGGGGTAT
TCGGTGAGCGATTAGTATCCGTGTACCGAATTTGCAGTTCTGGCCCGAAG
TTTCCTCGAATTCTAGCGCGATGAAAGTTTTGCCCGCAGCACCGTGTTTG
TCGATAAACGAAGACATCGTCGTCATTTTTTTTTGCTTCGTCCCACAGTA
TACTTCTTGGCCACGAAGACATGCGTTCGTCAACTTGGCACGCCCCGTCC
CCGCCCCCCTGATCGCTCACAACGCTTCCCTTTCAACCGTGTGCGCCTGG
ATGTATAACCATGCAGGGCTTGTACGCGTCGGAACTCCCTAGCTGCGTGG
TAACCGGCCTGCCGGTCCATAAGCGAGACCTCATTCAGGTATGTGCGTGA

Coding sequence (CDS) from alignment at P-fluviatile_contig9:425699..448848-

>mRNA_P-fluviatile_contig9.15048.1 ID=mRNA_P-fluviatile_contig9.15048.1|Name=mRNA_P-fluviatile_contig9.15048.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=6696bp|location=Sequence derived from alignment at P-fluviatile_contig9:425699..448848- (Porterinema fluviatile SAG_2381)
ATGTTTCCCGAGCCCGATTCCTGCACAAGATGTTTCCCGAGCCCGATTCC
TGCACAAGGTATCAAAAAGCGCCGGCAAGGCGGCGGGTTCGGACGGGTTC
GACGCGAAGGATATGCAAGATCACTGGTCGGTGCGGTATCGATTGGCCCT
CCTTCGAAAGGCGAGAAAGCATTGAGGTATCAAAAAGCGCCGGCAAGGCG
GCGGGTTCGGACGGGTTCGACGCGAAGGATATGCAAGATCACTGGTCGGT
GCGGTATCGATTGGCCCTCCTTCGAAAGGCGAGAAAGCATTGAGGATTTG
CAAGGAGCTGAAGACGTTCTCGTGTCCCAGGGCAAGGTAGAGGAGGCGAT
CGCCATGCGCCACGGGCTCCACCAGTACGAGGAGGCCCTGTCCCTCGGCC
GCGCACACCGCCTGCCGGACGAGAGGCTTGGGGCTATGGCCCAGGAGTAC
TTCCGGCTCCTCGTGGACACCAAGCAGGAGGAGCGCGCCGCCGCCCTTAA
GGAGAAAGAGGATTTGCAAGGAGCTGAAGACGTTCTCGTGTCCCAGGGCA
AGGTAGAGGAGGCGATCGCCATGCGCCACGGGCTCCACCAGTACGAGGAG
GCCCTGTCCCTCGGCCGCGCACACCGCCTGCCGGACGAGAGGCTTGGGGC
TATGGCCCAGGAGTACTTCCGGCTCCTCGTGGACACCAAGCAGGAGGAGC
GCGCCGCCGCCCTTAAGGAGAAAGAGGGAGACTACGAGCAGGCGATCCGG
CTGTACATCAAGGGCGGGCTCCCGGCGCAGGCCGGTCGCGTCCTGAAGGA
GCGGGTTGTGGAGAACCAGGGCCAGCTGCTGGAAACGGTGGCGTCCACGC
TGTCCGCGGCCGGTATGCACGACAAGGCGGGAGAGTTCTACGAGGAGATG
AACCAGCTGCAGCGGGCAATGGACAGGCGAGTTGGGATTGTTCGCGGCAG
AGGAATTCTGAGTTCGGAGACTACGAGCAGGCGATCCGGCTGTACATCAA
GGGCGGGCTCCCGGCGCAGGCCGGTCGCGTCCTGAAGGAGCGGGTTGTGG
AGAACCAGGGCCAGCTGCTGGAAACGGTGGCGTCCACGCTGTCCGCGGCC
GGTATGCACGACAAGGCGGGAGAGTTCTACGAGGAGATGAACCAGCTGCA
GCGGGCAATGGACAGGCGAGTTGGGATTGTTCGCGGCAGAGGAATTCTGA
GTTCTTACACGAGAGGAAACGCCTACCGTCAGGCCGTAGAGCTGGCACGT
CGGTCCTTCCCGGCCGAGGTGGTGGATCTCCAGGAGATGTGGGGGGACTA
CCTCATGACCAAGAAACAGTTACACGAGAGGAAACGCCTACCGTCAGGCC
GTAGAGCTGGCACGTCGGTCCTTCCCGGCCGAGGTGGTGGATCTCCAGGA
GATGTGGGGGGACTACCTCATGACCAAGAAACAGGTCGATATGGCCATCA
ATCACTACATCGAGGCGCGCGCCAATGGCAAGGCGGTCGGCGCGTGCCTG
ACTAGCCATCAGTGGTCGAAGGCGGCGCAGCTTGTTGAAACCCTCGACGC
GGACTCCGCGAGGCCCCACCTGCGCAGCCTAGCTCGCCACCACGAGGAGT
CGGGGAATTTCGCGCTCGCCGAAAGGTTCTTCGTCGACGCGGACGCTCCG
CAACTTGCCGTCGAGATGTACACCAAGGTCGATATGGCCATCAATCACTA
CATCGAGGCGCGCGCCAATGGCAAGGCGGTCGGCGCGTGCCTGACTAGCC
ATCAGTGGTCGAAGGCGGCGCAGCTTGTTGAAACCCTCGACGCGGACTCC
GCGAGGCCCCACCTGCGCAGCCTAGCTCGCCACCACGAGGAGTCGGGGAA
TTTCGCGCTCGCCGAAAGGTTCTTCGTCGACGCGGACGCTCCGCAACTTG
CCGTCGAGATGTACACCAAGGCTAACCGCTGGGACGCGGCGCACAAACTT
GCGTCGTCCTACATGAGCGAGGGGGAAGTGCGCGTGCTGTACATGGATCA
GGCCCAGAAGATGGAGGCCGCTGGCAGCCTCCTCGAGGCGGAAAAGCTCT
ACGTACAAGTCGGCGAGGCTAACCGCTGGGACGCGGCGCACAAACTTGCG
TCGTCCTACATGAGCGAGGGGGAAGTGCGCGTGCTGTACATGGATCAGGC
CCAGAAGATGGAGGCCGCTGGCAGCCTCCTCGAGGCGGAAAAGCTCTACG
TACAAGTCGGCGAGGTGGACCTAGCGATTGCCATGTACAAGAAGGCCAAG
CGGTTTGACGCCATGGTGCGTCTCGTAGCCAAGCACCGCCCGGACGTGCT
CAAGGAGACGCACCAGTACCTCGCGCAGCAGCTGGAGATGGAGGGGAGCC
TTAAGGAGGCAGAGCACCACTACGCCGAAGCGGGAGAGTGGCTCAGCGCA
GTGAACATGTGGACCTAGCGATTGCCATGTACAAGAAGGCCAAGCGGTTT
GACGCCATGGTGCGTCTCGTAGCCAAGCACCGCCCGGACGTGCTCAAGGA
GACGCACCAGTACCTCGCGCAGCAGCTGGAGATGGAGGGGAGCCTTAAGG
AGGCAGAGCACCACTACGCCGAAGCGGGAGAGTGGCTCAGCGCAGTGAAC
ATGTACCGTTCGAGTGACATGTGGAACGACGCCTTGCGGGTGGCCAAATT
TCATGGCGGTCAGAGCGCCCATAAGAGGGTCGCCTACGCCTGGGCGCTGG
CGCTGGGCGGGGACGCGGGCGCGAAGCTCCTCAATAAGCAGGTACCGTTC
GAGTGACATGTGGAACGACGCCTTGCGGGTGGCCAAATTTCATGGCGGTC
AGAGCGCCCATAAGAGGGTCGCCTACGCCTGGGCGCTGGCGCTGGGCGGG
GACGCGGGCGCGAAGCTCCTCAATAAGCAGGGGCTGATCGAGCCGGCCAT
CGAATACGCCACCGAGTCCGGAGCCTTCGACCACGCTCTGGAGCTCGCGC
AAGCCTGCTACCCGGCCAAGCTGCCGGAAATCCACCTCAAGCACGCTCTC
TTCCTGGAGGATGAAGAGCGCTTCAAGGAGGGGCTGATCGAGCCGGCCAT
CGAATACGCCACCGAGTCCGGAGCCTTCGACCACGCTCTGGAGCTCGCGC
AAGCCTGCTACCCGGCCAAGCTGCCGGAAATCCACCTCAAGCACGCTCTC
TTCCTGGAGGATGAAGAGCGCTTCAAGGAGGCCGAGGAGGAGTTCCTGCA
GGCCGGAAAGCCGCGCGAGGCGATCGACATGTTCGTGCACCAGAAGGCCT
GGGCGGACGCGTGCCGCGTCGCCCAGGGGCACGACCCCCCGGCCGTGTCC
GACGTGCTGTGCGCGCAGGCGGCGGACGTCGCGGCGGCCGGCGACCGGGC
GGCGGCGGAGGAGCTGTTCGTGCGCGCCGCGAAGCCCGAGAAGGCGCTGC
AGGCCGAGGAGGAGTTCCTGCAGGCCGGAAAGCCGCGCGAGGCGATCGAC
ATGTTCGTGCACCAGAAGGCCTGGGCGGACGCGTGCCGCGTCGCCCAGGG
GCACGACCCCCCGGCCGTGTCCGACGTGCTGTGCGCGCAGGCGGCGGACG
TCGCGGCGGCCGGCGACCGGGCGGCGGCGGAGGAGCTGTTCGTGCGCGCC
GCGAAGCCCGAGAAGGCGCTGCAGTGCTACGAGGAGGCCGGCATGTGGAG
GGACGCCTTACGGGTGTGTCAGAGGCATCTACCTCACCTCGCGCCCAAGA
TTCACGCGCAGTACCAGTGCTACGAGGAGGCCGGCATGTGGAGGGACGCC
TTACGGGTGTGTCAGAGGCATCTACCTCACCTCGCGCCCAAGATTCACGC
GCAGTACCAGGCCGCCCAGGCGATGACCGGTACTGGGGGCGCGAAGGCGG
ACTATCTTAGCGCCGGGCGCGCCCTGGAGCAGAGCCGTGACTGGTCTGCC
GCTATCGACGCCTATCTCAAGGCCGCCCAGGCGATGACCGGTACTGGGGG
CGCGAAGGCGGACTATCTTAGCGCCGGGCGCGCCCTGGAGCAGAGCCGTG
ACTGGTCTGCCGCTATCGACGCCTATCTCAAGGCTACCCCGGGTCCGGCG
ATGAGCGACGATGACGTGGAGGAGGTGTGGGAGAGAGCCATCACGGTGGC
CAGGGTGGACCTCCCAAACAGGCTACCCCGGGTCCGGCGATGAGCGACGA
TGACGTGGAGGAGGTGTGGGAGAGAGCCATCACGGTGGCCAGGGTGGACC
TCCCAAACAGGCACATGTTGGTTGTGCGCGAGGTATCCCGGCGTCTGGTG
GAGATGGGGAGGCACGAGGCTGCGGCAGAGGTGTTGAAGGCGGCGGACCA
GCCGGAGGAGGCGGTGGCCGTAGCGGTAGCCGGGGGAGCGTGGGAGAAGG
CCAGGGAGTCGGCCAGGGGCTACGTGCACCTCTCCCAGAAGGCACATGTT
GGTTGTGCGCGAGGTATCCCGGCGTCTGGTGGAGATGGGGAGGCACGAGG
CTGCGGCAGAGGTGTTGAAGGCGGCGGACCAGCCGGAGGAGGCGGTGGCC
GTAGCGGTAGCCGGGGGAGCGTGGGAGAAGGCCAGGGAGTCGGCCAGGGG
CTACGTGCACCTCTCCCAGAAGGTCGAGAGTGCCTACCAGCAGCACCTCA
TGCGTGGAGAGGCTACGGAGGAGCTGTTGCAGATGGGCTTGACCAATGCC
GCTCTGGATATTCTCGCGCAAAAGTCGAGAGTGCCTACCAGCAGCACCTC
ATGCGTGGAGAGGCTACGGAGGAGCTGTTGCAGATGGGCTTGACCAATGC
CGCTCTGGATATTCTCGCGCAAAAGGGCGAGTGGGACCGTCTATGGGAAT
CGGCGGCAAAGCAAGGATTGGGTGCGGACACATTGGCCAAGTACGCCGGT
CTCCGCGTGAGGGCGGTTCTCGACGACAACGCCAGCTGGGAGAAACCGGT
CACTGGTTCGGACAGCGGGGCGAGTGGGACCGTCTATGGGAATCGGCGGC
AAAGCAAGGATTGGGTGCGGACACATTGGCCAAGTACGCCGGTCTCCGCG
TGAGGGCGGTTCTCGACGACAACGCCAGCTGGGAGAAACCGGTCACTGGT
TCGGACAGCGCACTCGACGACGCCGTTCTCGTGATCGAAGAGAAGGGCGC
GCCACCCATAACCTCGGGGGCTGGCAGGTCGTCCGCGGCAGTCGGGGCTG
GCGTCTCGAGCGGCAGCGGCGGGCCGGCTGCCGACCTGTATGAGAGACTG
GTGAAGGCCGTGCTCGGGAGGGATAAGGTGGCGTCGGCGCGGCCCGGGGC
GCAGGAGACGGCGGAACGACTGCTTCGGGTGCTGCAAGCTCAGGCTCAAA
ATCTGAATCACTCGACGACGCCGTTCTCGTGATCGAAGAGAAGGGCGCGC
CACCCATAACCTCGGGGGCTGGCAGGTCGTCCGCGGCAGTCGGGGCTGGC
GTCTCGAGCGGCAGCGGCGGGCCGGCTGCCGACCTGTATGAGAGACTGGT
GAAGGCCGTGCTCGGGAGGGATAAGGTGGCGTCGGCGCGGCCCGGGGCGC
AGGAGACGGCGGAACGACTGCTTCGGGTGCTGCAAGCTCAGGCTCAAAAT
CTGAATGCGTCCAACAAGACTGCGCCGGCGGGGTTCGAGAATATGCTGAT
GGCCACGCACTACACGTGCCTGATGGGGCGGTGCAGGGAGAAGGGGGGCA
AAGACTGCCTCGAGTTGGCCGCGAAGGCATCCATCACTCTGCTGCGGTAC
AGCGAGTTTATCCCCTGCGACAAGTGCTTCTACCAGGCACGTTTCGCGTC
CAACAAGACTGCGCCGGCGGGGTTCGAGAATATGCTGATGGCCACGCACT
ACACGTGCCTGATGGGGCGGTGCAGGGAGAAGGGGGGCAAAGACTGCCTC
GAGTTGGCCGCGAAGGCATCCATCACTCTGCTGCGGTACAGCGAGTTTAT
CCCCTGCGACAAGTGCTTCTACCAGGCACGTTTCGCCGGTTCCCTGTGCA
GAGAACTCGGCAACGAGAACCTCGCGTTCGTGCTGCTTAACCGCTACGTG
GACCTGACCGAGGCCATCGACGAGGGCAACGCGTCTTTGCTCGACAACTC
CGACTTTGCCGAGGCGACCAACGTCCCCCTTGTGGACGCCAGGACCCTCC
CAACGAAGCAGGCCGGTTCCCTGTGCAGAGAACTCGGCAACGAGAACCTC
GCGTTCGTGCTGCTTAACCGCTACGTGGACCTGACCGAGGCCATCGACGA
GGGCAACGCGTCTTTGCTCGACAACTCCGACTTTGCCGAGGCGACCAACG
TCCCCCTTGTGGACGCCAGGACCCTCCCAACGAAGCAGTTCATTCCGGAC
GAGTCCGAGCGCGAGGAAGTGAGGGACTGGGTACTGTCGGTGTGCATGGA
CGCCAAGATCGACCAGGCATTGCCGCCAGAAAAGGAAGCCGATGGGACAC
TTTACCAGTTCATTCCGGACGAGTCCGAGCGCGAGGAAGTGAGGGACTGG
GTACTGTCGGTGTGCATGGACGCCAAGATCGACCAGGCATTGCCGCCAGA
AAAGGAAGCCGATGGGACACTTTACCAGGGCTTGTACGCGTCGGAACTCC
CTAGCTGCGTGGTAACCGGCCTGCCGGTCCATAAGCGAGACCTCATTCAG
GTATGTGCGTGAGGCTTGTACGCGTCGGAACTCCCTAGCTGCGTGGTAAC
CGGCCTGCCGGTCCATAAGCGAGACCTCATTCAGGTATGTGCGTGA