mRNA_P-fluviatile_contig12.1616.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig12.1616.1
Unique Name	mRNA_P-fluviatile_contig12.1616.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: D8LSS8_ECTSI (PDZ domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LSS8_ECTSI)

HSP 1 Score: 986 bits (2550), Expect = 0.000e+0
Identity = 652/1033 (63.12%), Postives = 716/1033 (69.31%), Query Frame = 2

Query:  329 GPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAK-MRRNDAG-SKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRG 3421
            GPTM DAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVK+MEVAE+ELNP+GAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEY + GYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGA ++TAAAFYLPL KIVRALELIQRGEKV+RGT+Q+VL+HTAFDEARRLGL+  TEA +R+EFP+ETGVL V EV+PKGPADG LEPGDVVVRM GE ITTFLPWE+ LD+G+G E+E+QVQRGGK+V  R+TVGDLHAITP+E+L+VS+SVLHPLSYQQARNYNLPVEGVYLAQAGYMLER+WI+SQCLITSIGSDPTPDLDACEAAL KH DGARVSVRYKAL DRHRT TAVITIDRKW+ MQ                                                                       VDGVS  YC GVGV+VD ELGLVVVDR TVQVSLGDVMLTFNGSEEV A PIFSHPTQNF VV+FDPSLV+G FTAA+LSSR+ +  D     D   E              GG      XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                                                                               AP R  AAVVKLE +S  +SAHPQFTAH+VEVLQFDQIASC+GG+FIAVPR        ++ASP                                 PVVSAFWHSFAFST++GRK T RGLPAPVVRRAV+ +RRDLL  +    XXXXXXXXXXXXXXXXXXXXXG E + +  ND+G   D  P+     + A GAE                 ELSKARAGLGLS++W+ RI+R+CG  R+  VLEV RCM GTPAF VVETGDIILAV+GK VTRFREVEVAVEEGEG  VRLTILR+LEERE+TVKPS LPTRET+RL MWAG M+Q+PHLAVLQ G
Sbjct:   18 GPTMVDAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKFMEVAEVELNPDGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYDTGGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGARVETAAAFYLPLTKIVRALELIQRGEKVTRGTLQTVLRHTAFDEARRLGLKPDTEALLRKEFPEETGVLVVGEVVPKGPADGVLEPGDVVVRMKGETITTFLPWESALDDGVGGEVEVQVQRGGKEVIARLTVGDLHAITPAEYLDVSSSVLHPLSYQQARNYNLPVEGVYLAQAGYMLERAWISSQCLITSIGSDPTPDLDACEAALCKHADGARVSVRYKALGDRHRTKTAVITIDRKWYTMQ-----------------------------------------------------------------------VDGVSGSYCIGVGVIVDAELGLVVVDRNTVQVSLGDVMLTFNGSEEVAARPIFSHPTQNFGVVKFDPSLVSGSFTAALLSSRETEHEDKXXXQDLEEECSDVD---------GGDDDVESXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX--------------------------------------------------------XXXXXXXXXREAPTR--AAVVKLERLSLASSAHPQFTAHTVEVLQFDQIASCIGGLFIAVPR-------SDAASPSPPRTGGDAKDPSPGKRKS-------------VPVVSAFWHSFAFSTSDGRKQTMRGLPAPVVRRAVERLRRDLLLGKAAAXXXXXXXXXXXXXXXXXXXXXXGQEKRVLADNDSGVGVDGGPAEDG--LDAAGAEAXXXX-XXXXXXXXXXXELSKARAGLGLSEKWSRRIERKCGGGRQKQVLEVRRCMAGTPAFSVVETGDIILAVNGKLVTRFREVEVAVEEGEGSSVRLTILRELEERELTVKPSYLPTRETDRLFMWAGQMIQSPHLAVLQLG 889

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A6H5KZL9_9PHAE (PDZ domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KZL9_9PHAE)

HSP 1 Score: 802 bits (2071), Expect = 3.190e-261
Identity = 522/1011 (51.63%), Postives = 578/1011 (57.17%), Query Frame = 2

Query: 1118 DLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADH---ADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKE----------------------------QEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAG----------------------------------------------SKDEEPSNVAAA---------------------------------------------------------VTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVHNCGGGTTISIS 3748
            DLHAITP+E+L+VSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLER+WI+SQCLITSIGSDPTPDLDACEAAL KH DGARVSVRYKAL DRHRT TAVITIDRKW                                                    +  GD  GI+SSLVMV FDIPHLVDGVS  YC GVGV+VD ELGLVVVDR TVQVSLGDVMLTFNGSEEV A PIFSHPTQNF VVQFDPSL++G FTAAVLSSR+ +  D     D  +E  +                        XXXXXXXXXXXXXXXXXXXXXX                       ++    PTAG         TP                                       PPLRPGD+AEFYGLT+ANAPVRQRAAVVKLE +S  +SAHPQFTAH+VEVLQFDQIASC+GG+FIAVPR        ++ASP                                 PVVSAFWHSFAFSTT+GRK T RGLPAPVVRRAV+ +RRDLL  +                            QEK                         A+  R  A                                               S+    +N  AA                                                         V+AEG+  SLLGA PCLPL LVT+ELSKARAGLGLS++W+ RI+R+CGERR+  VLEV RCM GTPAF VVETGDIILAV+GK VTRFREVEVAVEEGEG  VRLTILR+LEERE+TVKPS LPTRET+RL MWAGLM+Q+PHLAVLQ GFLPKEGGGV+ S WCYGSPAHKY+ GCT WIVEVNG PTP LDAFL+VV+ IGDKS AR+KTVGLDSKV+V TLRTDHHYWPTLELRR+   WTRT+H      T S +
Sbjct:    5 DLHAITPAEYLDVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERAWISSQCLITSIGSDPTPDLDACEAALCKHADGARVSVRYKALGDRHRTKTAVITIDRKW----------------------------------------------------EAAGD--GISSSLVMVVFDIPHLVDGVSGSYCIGVGVIVDAELGLVVVDRNTVQVSLGDVMLTFNGSEEVAARPIFSHPTQNFGVVQFDPSLISGSFTAAVLSSRETEHEDEDKDQDLQEEDSDVEGGDDNVDSDDNGKNCVGGNAEPXXXXXXXXXXXXXXXXXXXXXXKVTADKTAAADATAATADGDSKDKEEREAPTAGT------TATPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPPLRPGDMAEFYGLTAANAPVRQRAAVVKLERLSLASSAHPQFTAHTVEVLQFDQIASCIGGLFIAVPR-------SDAASPSPPWTGGDAKDPSPGKRKS-------------VPVVSAFWHSFAFSTTDGRKQTMRGLPAPVVRRAVERLRRDLLLGKAAXXXXXXXXXXXXXXXXXXXXXXXXXGQEKRVLADNDSGVGVDGRPAEEDLDAAGAEAERVLAAAAAQVATAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAPVSRGTPRANEGAAXXXXXXXXXXXXXAEATDIERDVDTAATXXXXXXXXXXXXXXXXXXXXXXXXXXXAGVSAEGSGRSLLGAAPCLPLQLVTLELSKARAGLGLSEKWSRRIERKCGERRQKQVLEVRRCMAGTPAFSVVETGDIILAVNGKLVTRFREVEVAVEEGEGSSVRLTILRELEERELTVKPSYLPTRETDRLFMWAGLMIQSPHLAVLQLGFLPKEGGGVYSSRWCYGSPAHKYSLGCTTWIVEVNGIPTPNLDAFLDVVRHIGDKSPARVKTVGLDSKVEVTTLRTDHHYWPTLELRRTGDGWTRTLHKGAPAITTSTT 935

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: K3X1C9_GLOUD (Uncharacterized protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3X1C9_GLOUD)

HSP 1 Score: 775 bits (2002), Expect = 5.940e-252
Identity = 471/1187 (39.68%), Postives = 627/1187 (52.82%), Query Frame = 2

Query:  158 SGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGG-ITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVH 3715
            S  W ESL K I AIV +R+ +V AFDG   S++ ATGFVVD+ RGIILTNRHVV PGP +ADA+F+NKEEVDLV IY DPVHDFGF+RFDP  VK++++ EI L PE AKVGVEIRVVGND+GEKLSILPGILA++DR AP Y S  Y DFNTFY AAA   SGGSSGSPVL +DG A+ALN G   + A++FYLPL ++VRAL+L+Q+G  V+RGT+Q++ +HTAFDE RRLGLQA+TEA +R +FP ETG+L V +V+  GPAD  L+ GD++++  G+  TTFL  E FLD  + + +EI+ QRGG    V V VGDLHAITP  +LE+  S++H LSYQQARN +LPV GVYLAQAG+M  ++ +   C+IT++   PTP LD     LS  P+G R  +RY  + DRHR  TA I +DR+WFPMQ   RND DGLW+    P                                 G ++G  +  SLVMVSFDIP++VDG+S     G+G+V+D + G V+VD+ TV ++LGDV++T   S E  A  +F HP  NFS+V++DPS + G   A + S    +K                                                                                                                                              PL  G+  ++ GL+S    V  ++ V KL+ + F     P++ A +VEVL FD+    +GGVF+        GG                                          VSA W SF++    GRK  +RGLP  VVR  VD +R                                                              +G +   V  LP+ L+T  LSKAR+GLGLSD+W  ++++ C E  K  +L + R   GT     +E+GD++L VDG+ V R  +VE AV++     + L +LR  EE  ++V+ +RL    T+R+V+WAGL++Q PH +V   G++P+EGGGV+ S WCYGSPAHKY    T W+VEVNG PT TLD FL VVK++ +  + R+KT+ +++K  V TL+TD+HYWPT+ELRR E  W    H
Sbjct:   49 SKRWMESLEKCIRAIVSIRLLSVRAFDGNGASFSVATGFVVDQTRGIILTNRHVVTPGPVVADAIFLNKEEVDLVAIYRDPVHDFGFFRFDPSKVKFLDLHEIPLKPEAAKVGVEIRVVGNDAGEKLSILPGILAKVDRDAPSYGSNTYNDFNTFYYAAAXXXSGGSSGSPVLNIDGCAIALNAGGAKKAASSFYLPLDRVVRALKLVQQGLDVTRGTLQTIFKHTAFDEVRRLGLQAETEAVLRAQFPAETGMLVVDQVIQHGPADQKLQTGDILIKFAGQYETTFLNIEEFLDSHVEQNVEIEFQRGGMTHVVEVEVGDLHAITPHRYLEIGGSIVHSLSYQQARNASLPVGGVYLAQAGHMFMKAHLTQPCIITAVDGKPTPTLDEFVRVLSALPNGYRTVLRYFMIRDRHRVRTAFIMMDRQWFPMQICTRNDRDGLWYAEVCPDVSASKSLEVSIPSFAPAPLSFPG---------GSELGKKLLRSLVMVSFDIPYMVDGISSSSYHGMGLVIDADQGFVLVDQNTVPIALGDVLVTIAASVEAPAKVVFVHPVHNFSIVKYDPSRL-GAVAAHLASVTFAEK----------------------------------------------------------------------------------------------------------------------------------------------PLEVGETTDYIGLSSNWTVVTMKSVVTKLDRLVFRDFQPPRYKASNVEVLHFDRTTKSVGGVFM-----DEMGG------------------------------------------VSALWLSFSYQDASGRKEVFRGLPISVVRPIVDELR------------------------------------------------------------NGQGRVPSFVNILPVQLLTYSLSKARSGLGLSDDWIQKLEQ-CYED-KRQILGIKRSAAGTDCAKKLESGDLLLEVDGQVVVRDSDVESAVKDKTN--LDLLVLRNQEELRLSVETNRLSGMGTDRVVVWAGLVLQQPHYSVATLGYIPEEGGGVYCSRWCYGSPAHKYGLRATIWVVEVNGEPTATLDEFLNVVKKLHNGDSVRLKTIAINTKPKVFTLKTDYHYWPTVELRREEWDWKYVSH 972

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A5D6Y2Q7_9STRA (Pro-apoptotic serine protease NMA111 n=1 Tax=Pythium brassicum TaxID=1485010 RepID=A0A5D6Y2Q7_9STRA)

HSP 1 Score: 772 bits (1993), Expect = 1.160e-250
Identity = 478/1232 (38.80%), Postives = 637/1232 (51.70%), Query Frame = 2

Query:   86 MDAQHSNVHMQQQPFAMDP-----------------LAPSVSG----MWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGG-ITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVH 3715
            MDAQH ++   +QP    P                 L    SG     W  SL   I AIV +R+ +V AFDG   S++ ATGFVVD+ RGIILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGF+RFDP  VK++ + EI L PEGAKVGVEIRVVGND+GEKLSILPGILA+LDR AP Y S  Y DFNTFY AAA   SGGSSGSPVL +DG A+ALN G   + A++FYLPL ++VRAL LIQ   +V RGT+Q++ +HTAFDE RRLGL A TEA +RE FP ETG+L V +V+  GPA   L+ GDV+++  G + TTFL  E +LD  +G+ +E++VQRGG    V + VGDLH ITP  +LEV  S++H LSYQQARN +LPV GVYLAQAG+M  ++ +   C+IT++   PTP LD     L+  P+G R  +RY  + DRHR  TA I +DR WFPMQ   RND DGLW++                                     GG++G  +  SLVMVSFDIP+++DG+S     G+G+V+D E G V+VD+ TV ++LGDV++T   S EV A  +F HP  NFSVV++DPS + G   + + S    +KA                                                                                                                                              L  G+  ++ GL+S    V  ++ V K++ + F     P++ A +VEVL FD+    +GGVF+        GG                                          V+A W SF++  + GRK  +RGLP  V R  +D +R                                                             + G +  +V  LP+ L+T  LSKARAGLGLSDEW  +++R   ++R+  +L + R   GT     +E+GD++L VDG+ V R  +VE AV++     + L +LR  EE  ++V+ ++LP   T+R+V+WAGL+VQ PH +V   G++P+EGGGV+ S WCYGSPAHK+    T WIVEVNG PT TLD FL VVK++ +  + R+KT+ +++K  V TL+TD+HYWPT+ELRR    W    H
Sbjct:    1 MDAQHDDLDDFEQPLPPPPPMDTEQSDGSAELGGAELLVGASGGDSKRWLASLDVCIRAIVSIRLLSVRAFDGNGASFSVATGFVVDQQRGIILTNRHVVTPGPVVADAIFLNKEEVDLVPIYRDPVHDFGFFRFDPSKVKFLSLHEIPLKPEGAKVGVEIRVVGNDAGEKLSILPGILAKLDRDAPSYGSNSYNDFNTFYYAAAXXXSGGSSGSPVLDIDGCAIALNAGGAKKAASSFYLPLDRVVRALRLIQSDLQVPRGTMQTIFRHTAFDEVRRLGLPADTEAVVREHFPAETGMLVVDQVVQDGPAHQKLQAGDVLIKFAGTVETTFLNIEEYLDSHVGRSVEVEVQRGGTAHVVTIPVGDLHEITPHRYLEVGGSIVHSLSYQQARNASLPVGGVYLAQAGHMFMKAHLTQPCIITAVDGKPTPTLDDFVRVLAALPNGYRTVLRYFMIRDRHRVRTAFIMMDRLWFPMQMCTRNDSDGLWYSE--------VCTNLSASDAPVLAPIPSFAPAPLSFPGGGELGKRLLRSLVMVSFDIPYMIDGISSSSYHGMGLVIDAEQGFVLVDQNTVPIALGDVLVTIAASVEVPAKVVFVHPVHNFSVVKYDPSQL-GAVASHLASVTLAEKA----------------------------------------------------------------------------------------------------------------------------------------------LEVGESVDYIGLSSNWTVVTMKSVVTKIDRLVFRDFQPPRYKASNVEVLHFDRTTKSVGGVFM-----DEHGG------------------------------------------VNALWLSFSYQDSTGRKEVFRGLPISVARPVIDALR------------------------------------------------------------SSRGHIPPSVNILPVQLLTYSLSKARAGLGLSDEWIQKLERCYDDKRQ--ILGIKRSAAGTDCAKKLESGDLLLEVDGQVVVRDADVESAVKDKT--KLDLLVLRNQEEMRVSVETNQLPAMGTDRVVVWAGLVVQQPHYSVATLGYIPEEGGGVYCSRWCYGSPAHKFGLRATIWIVEVNGEPTTTLDEFLSVVKRLRNGDSVRLKTIAINTKPKVFTLKTDYHYWPTVELRRDGWNWEYVTH 970

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A1V9ZKT9_9STRA (Pro-apoptotic serine protease-like protein n=3 Tax=Saprolegniaceae TaxID=4764 RepID=A0A1V9ZKT9_9STRA)

HSP 1 Score: 766 bits (1978), Expect = 1.080e-248
Identity = 477/1190 (40.08%), Postives = 636/1190 (53.45%), Query Frame = 2

Query:  158 SGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRG-EKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRP-VRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRS--EGVWTRTVH 3715
            +G W  SL + IPAIV++R+ +V AFDG   S++ ATGFVVDK RG+ILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGFYRFDP  VK++++ EI LNP GAKVGVEIRVVGND+GEKLSILPGILA+LDR AP Y + GY DFNTFY AAAS TSGGSSGSPVL +DG+A+ALN G   + A++FYLPL + VRAL+LIQ+G   + RGT Q++ +H A+DE R+LGL A  EA +R + P ETG+L V +VLPKGPA G LEPGDVV+R+ G+L TTFL  E  +D  +G  + + +QRGG+ +TV +TV DLHAITP +FLEV   + H LSYQQARN +LPV  VYLAQAG+ML ++ IA  C++ S+   PTP L+A   A+   P+G R  +RY    DRHR   AV++IDR+W+PMQ   RND DGLWH T            XXXXXXXXXXXX           D      + SSLVMV+FDIP ++DG+S     GVG+V+D   GLV+VD+ TV ++LGDV++T   S E  A  +F HP  NF+++Q+DP+L+                                                                                                                                       G T     E  R+V          L+ GD  +F GLTS    V  ++ V K++ +       P++ A +VEV+ FD+I   +GG+F+                 D+S                                V+A W SF++    GR+  +RG+   ++R  VD                                                                A  +   AV  LP+ L T  LSKARAGLGLS  W   +++   ++R+  VL + RC  G+ A   +++GD++L++D   V +  +VE        +P V L +LR+ +E  +TV+ + L    T R++ W GL++Q PH AV+  G++P+EGGGV+ S WCYGSPAHKY    T WIV+VN  PTPTLDAF++VV+ + + ++ RIKTV L++K  V TL+TD+HYWPT+EL R    G W    H
Sbjct:   29 AGRWLASLQEAIPAIVIIRLMSVRAFDGDGASFSVATGFVVDKTRGLILTNRHVVTPGPVVADAIFVNKEEVDLVPIYRDPVHDFGFYRFDPSRVKFLKLHEIPLNPSGAKVGVEIRVVGNDAGEKLSILPGILAKLDREAPNYGTSGYNDFNTFYYAAASXTSGGSSGSPVLNIDGEAIALNAGGAKKAASSFYLPLDRAVRALKLIQQGIVDIPRGTWQAIFRHAAYDEVRKLGLSADVEADVRRKLPDETGLLVVDQVLPKGPAFGLLEPGDVVIRIQGQLETTFLAMEELVDANVGNVIAVDIQRGGEPLTVHLTVQDLHAITPHQFLEVGGCIFHSLSYQQARNASLPVGHVYLAQAGHMLMKAHIAQPCIVVSLDGKPTPSLEAFIDAIKDLPNGHRTVLRYFLTRDRHRIRNAVLSIDRQWYPMQLYTRNDVDGLWHRT-----KYEAPPAXXXXXXXXXXXXPLSVPGLNSDLDKETFTKLLSSLVMVAFDIPCMIDGISSSSYNGVGIVLDAANGLVLVDQNTVPIALGDVVVTVAASIETPAKVLFVHPVHNFAIIQYDPALL---------------------------------------------------------------------------------------------------------------------------------------GDTRLESAELSREV----------LQVGDQVDFVGLTSTWTVVAMKSLVTKIDRLVLRDFQPPRYKASNVEVIHFDRITKSVGGIFV-----------------DSSGC------------------------------VTALWLSFSYQDEGGRREVFRGMSVDIIREVVDLF--------------------------------------------------------------AASAPPRAVTVLPVQLYTYPLSKARAGLGLSPHWIRELEQCYDDKRQ--VLAIKRCAAGSHAASQLQSGDLLLSIDNTVVAKDFDVERL---SMRKPTVELVVLREQQELTLTVETTELSGWGTSRVITWCGLVIQEPHYAVVNLGYVPEEGGGVYCSRWCYGSPAHKYGLRATMWIVQVNNEPTPTLDAFIKVVENLQNGASVRIKTVALNTKPKVLTLKTDYHYWPTVELCREPESGDWAYVFH 954

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A8K1FES9_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1FES9_PYTOL)

HSP 1 Score: 767 bits (1980), Expect = 1.710e-248
Identity = 465/1190 (39.08%), Postives = 632/1190 (53.11%), Query Frame = 2

Query:  158 SGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGG--ITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVHNC 3721
            S  W +SL K I AIV +R+ +V AFDG   S++ ATGFVVD ARGIILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGF+RFDP  VK++++ EI L PEGA++GVEIRVVGND+GEKLSILPGILA+LDR AP Y S  Y DFNTFY AAA  TSGGSSGSPVL +DG A+ALN G   + A++FYLPL ++VRAL+ IQ+GE V RGT+Q++ +H AFDE RRLGL A TEA +RE++P+ETG+L V +V+  GPADG L+ GDV+++ + +  TTFL  E +LD  +   + ++ QRG + +T  +T+ DLH+ITP  +LE+   ++H LSYQQARN +LPV GVY+AQAG+ML ++ +    +IT++   PTP LD     LS  P+G R  +RY  + DRHR  TA I +DR+WFPMQ + RND DG W++T  P                                 GG   G  + SSLVMV+FDIP+++DG+S     GVG+VVD E G V+VD+ TV ++LGDV++T   S E+ A  +F HP  NFS+V++DPS +                A H +S+                                                                         V+                                                            PL  G+ +++ GL+S    V  ++ V K++ +       P++ A +VEVL FD+I   +GGVF+       +G                                           V+A W SF++    GRK  +RG+   +V+  V  +R+ ++                                             P++V                   LP  L+T  LSKAR+GLGL+DEW  ++ + C E  K  +L + RC  GT + + +E+GD++LA+DG+ + R  +VE A   GE   V +TILR  EE  ++VK S L    T+R+V+W GL+VQ PH AV   G++P+EGGGV+ S WCYGSPAHKY    T WIVEVNG  T  LD FL VVK++ +  + RIKT+ L++K  V TL+TD+HYWPT+ELRR+   W    H C
Sbjct:   68 SRQWMKSLDKCIRAIVSIRLNSVRAFDGNGASFSVATGFVVDMARGIILTNRHVVTPGPVVADAIFLNKEEVDLVPIYRDPVHDFGFFRFDPAKVKFLQLHEIPLKPEGAQIGVEIRVVGNDAGEKLSILPGILAKLDREAPSYGSNTYNDFNTFYYAAAXXTSGGSSGSPVLNIDGCAIALNAGGAKRAASSFYLPLDRVVRALQFIQKGESVPRGTLQTIFRHIAFDEVRRLGLGAATEALVREKYPQETGMLVVDQVVQGGPADGKLQTGDVLIKFNDQYETTFLQIEDYLDSHVEGTVTVEFQRGSETLTTELTIQDLHSITPDRYLEIGGGIVHALSYQQARNASLPVGGVYMAQAGHMLLKAHLTHPSIITAVDGKPTPSLDEFIRVLSALPNGYRAVLRYFMIRDRHRIRTAFIMMDRQWFPMQLSVRNDHDGFWYSTEIPDASAETAVPVSIPAIAPAPLSFP----------GGSALGKKLLSSLVMVTFDIPYMIDGISSSSYHGVGIVVDAERGFVLVDQNTVPIALGDVLITIAASIEIPAKVVFVHPVHNFSIVKYDPSELGA--------------ASHLESA----------------------------------------------------------------------VFAVK------------------------------------------------------------PLEVGETSDYIGLSSNWTVVTMKSVVTKIDRLVLRDFQPPRYKAMNVEVLHFDRITKSVGGVFM-----DDKGH------------------------------------------VNALWLSFSYQDGSGRKEVFRGVAVNIVQPIVAQLRQGII---------------------------------------------PTHVT-----------------ILPAQLLTYPLSKARSGLGLADEWIQKLAQ-CYED-KRQILGIKRCAAGTDSTEKLESGDLLLAIDGQVMVRDIDVEQAT--GEKEEVAVTILRDQEEMTLSVKTSSLSAMGTDRVVIWCGLVVQPPHFAVACLGYIPEEGGGVYCSRWCYGSPAHKYGLRATIWIVEVNGEKTEDLDDFLRVVKKLKNADSVRIKTISLNTKPKVFTLKTDYHYWPTVELRRNGWDWQYVSHTC 990

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A662WDP6_9STRA (PDZ_1 domain-containing protein n=1 Tax=Nothophytophthora sp. Chile5 TaxID=2483409 RepID=A0A662WDP6_9STRA)

HSP 1 Score: 762 bits (1968), Expect = 8.530e-247
Identity = 475/1195 (39.75%), Postives = 623/1195 (52.13%), Query Frame = 2

Query:  158 SGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGV-------EIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITS-SLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRP-VRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVH 3715
            S  W  SL K I AIV +R+ +V AFDG   S++ ATGFVVD  RGIILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGF+RFDPK VK++E+ EI L PE AK           IRVVGND+GEKLSILPGILA+LDR AP Y S  Y DFNTFY AAASSTSGGSSGSPVL +DG A+ALN G   + A++FYLPL ++VRAL  IQ+G+ V RGT+Q++ +HTAFDE RRLGL A+TEA +R+ FP+ETG+L V +V+  GPA   L  GDV+++  G+  T FL  E FLD  +G  LE Q QRG +  T  + V DLH+ITP  +LE+   ++H LSYQQARN +LPV GVYLAQAG+M  ++ +A  C+IT++   PTP LD     ++  P+G R  +RY  + DRHR  TA I  DR WFPMQ + RND DGLW+  P                                   G  VG  T  SLVMVSFDIP+++DG+S     G+G+VVD   G V+VD+ TV ++LGDV++T   S EV A  +F HP QNFSVVQ+DP  +      AV S        H +S+                 E+                                                                                                                    PL  G+ A++ GL+S    V  ++ V KL+ +       P++ A +VEVL FD+I   +GGVFI       +G                                           VSA W SF++    GRK  +RGLP  ++R  V+ +R                                            S+  +  N+                   LP  L+T  LSKAR+GLGLSD W  +++  C E  K  VL + RC  G+     +E+GD++LAVDG  V R  +VE AV    G+  +R  ++R  +E E+TV  S+L    T+R+++W GL++Q PH AV   G++P+EGGGV+ S WCYGSPAHKY    T W+VEVNG PT TLDAFL VV+++G++ + R+KT+ +++K  V TL+TD+HYWPT+ELRR E  W   +H
Sbjct:   49 SKRWLASLEKSIRAIVSIRLLSVRAFDGNGASFSVATGFVVDMERGIILTNRHVVTPGPVVADAIFLNKEEVDLVPIYRDPVHDFGFFRFDPKKVKFLELHEIPLRPEAAKSTTCQPILLPSIRVVGNDAGEKLSILPGILAKLDRDAPSYGSGTYNDFNTFYFAAASSTSGGSSGSPVLNIDGCAIALNAGGAKKAASSFYLPLDRVVRALARIQQGQPVPRGTLQTIFRHTAFDEVRRLGLSAETEAVVRQRFPQETGMLVVDQVIQGGPAHDQLRTGDVLIQFAGQYETAFLSIEKFLDSHVGDTLEAQFQRGNEMYTASLRVQDLHSITPDRYLEIGGGIVHALSYQQARNASLPVGGVYLAQAGHMFMKAHLAQPCIITAVAGQPTPTLDDFARVMAALPNGFRTVLRYFMIRDRHRVRTAFIMTDRLWFPMQMSTRNDQDGLWYAKPY-LQEAETANGKEPAIVEAANSNPTFAPAPLSFPGGSAVGKKTLLSLVMVSFDIPYMIDGISSSSYHGMGLVVDAAQGFVLVDQNTVPIALGDVLITIAASVEVPAKVVFVHPVQNFSVVQYDPKALG-----AVAS--------HLESA--------------MLAEK--------------------------------------------------------------------------------------------------------------------PLEVGETADYIGLSSNWTVVTMKSVVTKLDRLVLRDFQPPRYKACNVEVLHFDRITKSVGGVFI-----DEQG------------------------------------------AVSALWLSFSYQDAAGRKEVFRGLPVGIIRPVVEELR-------------------------------------------ASRVPDSVNI-------------------LPAQLLTYSLSKARSGLGLSDAWIQKLES-CYED-KRQVLGIKRCAAGSDCASKLESGDLLLAVDGHVVVRDADVERAVN---GKTELRALVVRDQQEMEVTVHTSQLSAMGTDRVIIWCGLVIQNPHYAVASLGYIPEEGGGVYCSRWCYGSPAHKYGLRATIWLVEVNGEPTHTLDAFLRVVERLGNRESVRLKTISINTKPKVFTLKTDYHYWPTIELRRDEWDWKYVLH 985

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A485L763_9STRA (Aste57867_17037 protein n=1 Tax=Aphanomyces stellatus TaxID=120398 RepID=A0A485L763_9STRA)

HSP 1 Score: 758 bits (1958), Expect = 1.100e-245
Identity = 459/1217 (37.72%), Postives = 628/1217 (51.60%), Query Frame = 2

Query:   89 DAQHSNVHMQQQPFAMDPLAPSVSGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHT-----TPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRP-VRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRR--SEGVWTRTVH 3715
            + ++ +VHM     +    +    G W  SL + IPAIV++R+ +V AFDG   S++ ATGFVVDK RG+ILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGFYRFDP  VK++++ EI +NP GAKVGVEIRVVGND+GEKLSILPGILA+LDR AP Y S GY DFNTFY A        SSGSPVL ++G A+ALN G   + A+++YLPL + VRAL LIQ G  + RGT+Q++ +H A+DE R+LGL A  E   R  FP ETG+L+V +VLP GP  G LEPGDV+VR+ G+L TTFL  E  LD  +G+++++++QRGG  +TV + V DLH+ITPS FLEV   ++H LSYQQARN +L V  VYLAQAG+ML ++ IA  C+I S+   PT  LDA    + + P+G R  +RY    DRHR  +AV++IDR+WFPMQ   RND DGLWH      TP+P                                D   +  + SSLVMV+FDIPH++DG+S     GVG+V+D   GLV+VD+ TV ++LGDV++T   S E+ A   F HP  NF+++Q+DP L+               + + A  S E+                                                                                                                                     L  GD  +F GLTS    V  ++ V K++ +       P++ A +VEVL FD+I   +GG+F     V + G                                          +V+A W SF++    GR+  +RG+   VVR  V   +                                                               G+   AV  LP+ L T  LSKARAGLGLS  W   +++   ++R+  VL + RC  GT AF  +++GD++L++DG  V +  +VE    +  G+  V++ +LR  +E+ +TV+   L    T R+++W GL++Q PH AV+  G+LP+EGGGV+ S WCYGSPAHK+    T WIV+VN  PTPTLDAF+ VV+ + +  + R+KT+ L++K  V TL+TD+HYWPT+E++R    G W    H
Sbjct:   13 EEEYEDVHMDVMANSPSSSSSPEGGRWLASLQQAIPAIVIIRLMSVRAFDGDGASFSVATGFVVDKKRGLILTNRHVVTPGPVVADAIFVNKEEVDLVPIYRDPVHDFGFYRFDPSRVKFLKLHEIPINPSGAKVGVEIRVVGNDAGEKLSILPGILAKLDREAPNYGSSGYNDFNTFYYAXXXXXXXXSSGSPVLNIEGAAIALNAGGAKKAASSYYLPLDRAVRALHLIQNGMDIPRGTLQTIFRHAAYDEVRKLGLAAAVETEFRRRFPDETGLLTVDQVLPDGPGYGLLEPGDVLVRIQGQLETTFLALEETLDSHVGQQVQVEIQRGGMPITVDIPVQDLHSITPSRFLEVGGCIIHSLSYQQARNASLAVGAVYLAQAGHMLMKAHIAQPCIIVSLDGKPTDTLDAFIETIRRMPNGHRTVMRYFLTRDRHRVRSAVLSIDRQWFPMQLYTRNDSDGLWHCVEYEDTPAPDAPVIPAFPAAPLRVPGAGSEV----------DKDMLTRLLSSLVMVAFDIPHMIDGISSSSYNGVGIVIDATAGLVLVDQNTVPIALGDVVVTVAASIEIPARIRFVHPIHNFAIIQYDPKLLG------------ETRLESARLSSET-------------------------------------------------------------------------------------------------------------------------------------LHVGDQTDFVGLTSTWTVVAMKSLVTKIDRLVLRDFQPPRYKASNVEVLHFDRITKSVGGIF-----VDAHG------------------------------------------LVTALWLSFSYQDESGRREVFRGVAVDVVREVVSAFQ--------------------------------------------------------------AGTCPDAVTVLPIQLYTYPLSKARAGLGLSPHWIRTLEQCYDDKRQ--VLAIKRCAAGTHAFAQLQSGDLLLSIDGVVVAKDFDVE---RQCMGKSHVQVVVLRDRDEQTLTVETCALSGTGTSRVIIWCGLVIQEPHYAVVNLGYLPEEGGGVYCSRWCYGSPAHKHGLRATMWIVQVNNEPTPTLDAFIRVVESLRNGESVRMKTISLNTKPKVVTLKTDYHYWPTVEIKRRAETGDWAYVHH 960

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BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A024UW98_9STRA (Uncharacterized protein n=2 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024UW98_9STRA)

HSP 1 Score: 755 bits (1950), Expect = 1.630e-244
Identity = 469/1188 (39.48%), Postives = 625/1188 (52.61%), Query Frame = 2

Query:  161 GMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRP-VRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSE--GVWTRTVH 3715
            G W  SL   IPAIV++R+ +V AFDG + S++ ATGFVVDK RG+ILTNRHVV PGP +ADA+F+NKEEVDLVPIY DPVHDFGFYRFDP  VK++ + EI ++P GAKVGVEIRVVGND+GEKLSILPGILA+LDR AP Y S GY DFNTFY AA     GGSSGSPVL ++G A+ALN G   + A+++YLPL + VRAL  IQ G  + RGT Q++ +H A+DE R+LGL A  E   R  FP ETG+L+V +VLPKGP  G LEPGDVVVR++G   TTFL  E  LD  +GK++ ++VQRGG  +TV++ V DLH ITPS FLEV   ++H LSYQQARN +L V  VYLAQAG+ML ++ +A  C+I S+ + PT  LDA    + + P+G R  +RY    DRHR  +AV+TIDR+WFPMQ   RND DGLWH    P      XXXXXXXXX                 D   +  + SSLVMV+FDIPH++DG+S     GVG+V+D   GLV+VD+ TV ++LGDV++T   S E+ A   F HP  NF+++Q++P+L+                  H +S+  S E                                                                                                                                   L  GD A+F GLTS    V  ++ V K++ +       P++ A +VEVL FD+I   +GG+F+                                                   +V+A W SF++    GR+  +RG+ A VVR  V   +                                          AG     P  VA                  LP+ L    LSKARAGLGLS  W   +++   ++R+  VL + RC  GT A+  +++GD++L++DG  V +  +VE       G+  VR+ +LR+ EE  + V+   L    T R+++W GL++Q PH AV+  G++P+EGGGV+ S WCYGSPAHKY    T WIV+VN  PTPTLDAF+ VV+ + +  + R+KT+ L++K  V TL+TD+HYWPT+EL+R +  G W    H
Sbjct:   37 GRWLASLEGAIPAIVIIRLMSVRAFDGDAASFSVATGFVVDKKRGLILTNRHVVTPGPVVADAIFVNKEEVDLVPIYRDPVHDFGFYRFDPSRVKFLALHEIPIDPSGAKVGVEIRVVGNDAGEKLSILPGILAKLDREAPNYGSNGYNDFNTFYYAAXXXXXGGSSGSPVLNIEGSAIALNAGGAKRAASSYYLPLDRAVRALRCIQNGLSIPRGTWQTIFRHAAYDEVRKLGLTANVETEFRTRFPHETGLLTVDQVLPKGPGFGHLEPGDVVVRIEGRHETTFLALEETLDSNVGKDIAVEVQRGGTPLTVQLRVQDLHTITPSRFLEVGGCIIHSLSYQQARNASLAVGAVYLAQAGHMLMKAHVAQPCIIVSLDNKPTETLDAFIETIQQMPNGHRTVMRYFLTRDRHRVRSAVLTIDRQWFPMQLYTRNDLDGLWHCHEYPVPPVADXXXXXXXXXAPLRVPGTGSEV-----DKHMLTRLLSSLVMVAFDIPHMIDGISSSSYNGVGIVIDSTAGLVLVDQNTVPIALGDVVVTVAASIEISAKIRFVHPIHNFAIIQYNPALLGET---------------HLESARLSNEV----------------------------------------------------------------------------------------------------------------------------------LHVGDQADFVGLTSTWTVVAMKSLVTKIDRLVLRDFQPPRYKASNVEVLHFDRITKSVGGIFV-----------------------------------------------DAAGLVTALWLSFSYQDESGRREVFRGIAADVVREVVAAFQ------------------------------------------AGQS---PRTVAV-----------------LPVQLYAYPLSKARAGLGLSPHWIRTLEQCYDDKRQ--VLAIKRCAAGTNAYAQLQSGDLLLSIDGVVVAKDFDVEKLCM---GKTTVRVVVLREHEELTLDVETLELSGTGTSRVIVWCGLVIQEPHYAVVSLGYMPEEGGGVYCSRWCYGSPAHKYGLRATMWIVQVNNEPTPTLDAFIRVVEGLRNGDSVRMKTISLNTKPKVVTLKTDYHYWPTVELKRRDESGDWAYVHH 960

[Close]

BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Match: A0A3F2RZ61_9STRA (PDZ_1 domain-containing protein n=4 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A3F2RZ61_9STRA)

HSP 1 Score: 756 bits (1951), Expect = 1.660e-244
Identity = 468/1219 (38.39%), Postives = 629/1219 (51.60%), Query Frame = 2

Query:   86 MDAQHSNVHMQQQPFAMDPLAPSVSGMWKESLAKVIPAIVVVRVCAVAAFDGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVPIYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEKLSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVDGKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHTAFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVVVRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAITPSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLITSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRKWFPMQRARRNDDDGLWHTTPSPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXQDGGDVGGITS-SLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVVVDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPFTAAVLSSRDNDKADHADSSDESGEXXXXXXXXXXXXERGGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVRDGAACPTAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDDDSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHSVEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSXXXXXXXXXXXXXXXXXXXXXXXXXXXTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRRAVDCIRRDLLQKEQEKGXXXXXXXXXXXXXXXXXXXXXGPEAKMRRNDAGSKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDEWAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRFREVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLMVQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTPTPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRRSEGVWTRTVHNCGGGTTI 3739
            +DA  S    Q     +D  A   S  W  SL K + AIV +R+ +V AFDG   S++ ATGFVVD  RG+ILTNRHVV PGP +ADA+F+NKEEVDLVP+Y DPVHDFGF+RFDPK VK++E+ EI L PE AK+G EIRVVGND+GEKLSILPGILA+LDR AP Y S  Y DFNTFY A       GSSGSPVL +DG A+ALN G   + A++FYLPL +IVRAL  IQ+G+ V RGT+Q++ +HTAFDE RRLGL A+TEA +R++FP+ETG+L V +V+  GPA   L  GDV+++  G+  T+FL    +LD  +G+ +E   QRG +  T  + V DLH+ITP  +LE+   ++H LSYQQARN +LPV GVYLAQAG+M  ++ +A  C++T++   PTP LD     ++  P+G R  +RY  + DRHR  TA I +DR WFPMQ   RND DGLWH  P                                   G  +G  T  SLVMVSFDIP+++DG+S     G+GVVVD E G V+VD+ TV ++LGDV++T   + EV A  +F HP  NFS+VQ+DP  +                                                                                                   GAA   A + GSV                                           +  PL  G+ A++ GL+S    V  ++ V KL+ +       P++ A +VEVL FD+I   +GGVFI     +  G                                           V+A W SF++    GRK  +RGLPA +VR  +D                                                              E +   +  +V  LP  L+T  LSKAR+GLGLSD W  +++  C E  K  VL + RC  GT      E+GD++LA+DG+ V R  +VE A + G+     L ++R  +E E+ V+ S+L    T+R+++W GL++Q+PH AV   G++P+EGGGV+ S WCYGSPAHKY    T W+VEVNG PT TLDAFL VV+++G++ + R+KT+ +++K  V TL+TD+HYWPT+EL R E  W    HN    +T+
Sbjct:   19 VDANGSAASFQLNGLGVDATA-GESKRWLASLEKCMRAIVSIRLLSVRAFDGLGASFSVATGFVVDLERGLILTNRHVVTPGPVVADAIFLNKEEVDLVPVYRDPVHDFGFFRFDPKKVKFLELHEIPLRPEAAKIGAEIRVVGNDAGEKLSILPGILAKLDRDAPSYGSSSYNDFNTFYYAXXXXXXXGSSGSPVLNIDGCAIALNAGGSKKAASSFYLPLDRIVRALVHIQQGQPVPRGTLQTIFRHTAFDEVRRLGLSAETEALVRQQFPQETGMLVVDQVIQGGPAHDQLRSGDVLIKFAGQYGTSFLSIAEYLDSHVGETVEAHFQRGEEKYTSTLRVQDLHSITPDRYLEIGGGIVHALSYQQARNASLPVGGVYLAQAGHMFMKAHLAQPCIVTAVAGKPTPTLDDFARVMATLPNGFRTVLRYFMIRDRHRIRTAFIMMDRLWFPMQMCTRNDGDGLWHAKP------YAQDSADSKLLDTVNGNPTFAPAPLSFPGGSALGKKTLLSLVMVSFDIPYMIDGISSSTYHGMGVVVDAEQGFVLVDQNTVPIALGDVLITIAATVEVPAKVVFVHPVHNFSIVQYDPKAL---------------------------------------------------------------------------------------------------GAA---ASHIGSVVL-----------------------------------------AEKPLEVGETADYIGLSSNWTVVTMKSVVTKLDRLVLRDFQPPRYKACNVEVLHFDRITKSVGGVFI-----NDEG------------------------------------------AVNALWLSFSYQDNAGRKEVFRGLPASIVRSTID--------------------------------------------------------------ELSASRIPASVNILPAQLLTYSLSKARSGLGLSDAWIQKLEA-CYED-KRQVLGIKRCAAGTDCATKFESGDLLLAIDGQVVVRDVDVERAAD-GKTELTAL-VVRNQQEMEVVVRTSQLSAMGTDRVIVWCGLVIQSPHYAVASLGYIPEEGGGVYCSRWCYGSPAHKYGMRATIWLVEVNGEPTHTLDAFLRVVERLGNRESVRLKTISINTKPKVFTLKTDYHYWPTVELYRDELDWKYVEHNSSADSTM 974

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig12.1616.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LSS8_ECTSI	0.000e+0	63.12	PDZ domain-containing protein n=1 Tax=Ectocarpus s...	[more]
A0A6H5KZL9_9PHAE	3.190e-261	51.63	PDZ domain-containing protein n=1 Tax=Ectocarpus s...	[more]
K3X1C9_GLOUD	5.940e-252	39.68	Uncharacterized protein n=1 Tax=Globisporangium ul...	[more]
A0A5D6Y2Q7_9STRA	1.160e-250	38.80	Pro-apoptotic serine protease NMA111 n=1 Tax=Pythi...	[more]
A0A1V9ZKT9_9STRA	1.080e-248	40.08	Pro-apoptotic serine protease-like protein n=3 Tax...	[more]
A0A8K1FES9_PYTOL	1.710e-248	39.08	Uncharacterized protein n=1 Tax=Pythium oligandrum...	[more]
A0A662WDP6_9STRA	8.530e-247	39.75	PDZ_1 domain-containing protein n=1 Tax=Nothophyto...	[more]
A0A485L763_9STRA	1.100e-245	37.72	Aste57867_17037 protein n=1 Tax=Aphanomyces stella...	[more]
A0A024UW98_9STRA	1.630e-244	39.48	Uncharacterized protein n=2 Tax=Aphanomyces invada...	[more]
A0A3F2RZ61_9STRA	1.660e-244	38.39	PDZ_1 domain-containing protein n=4 Tax=Phytophtho...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig12	contig	P-fluviatile_contig12:3584275..3609530 +

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	996.1
Seed ortholog evalue	1.6e-287
Seed eggNOG ortholog	2880.D8LSS8
Preferred name	DEG7
GOs	GO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005829,GO:0006508,GO:0006807,GO:0008150,GO:0008152,GO:0008233,GO:0009314,GO:0009416,GO:0009507,GO:0009536,GO:0009628,GO:0009642,GO:0009644,GO:0009892,GO:0010109,GO:0010205,GO:0016787,GO:0019222,GO:0019538,GO:0031323,GO:0031324,GO:0042548,GO:0043155,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043467,GO:0044238,GO:0044424,GO:0044444,GO:0044464,GO:0048519,GO:0048523,GO:0050789,GO:0050794,GO:0050896,GO:0065007,GO:0071704,GO:0140096,GO:1901564,GO:1905156
EggNOG free text desc.	serine-type endopeptidase activity
EggNOG OGs	COG0265@1,KOG1421@2759
Ec32 ortholog description	PDZ domain
Ec32 ortholog	Ec-15_002760.1
COG Functional cat.	O
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	other localisation
Exons	23
Model size	6178
Cds size	4143
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622815534.743745-UTR-P-fluviatile_contig12:3584274..3584359	1622815534.743745-UTR-P-fluviatile_contig12:3584274..3584359	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 3584275..3584359 +
1693562168.3356829-UTR-P-fluviatile_contig12:3584274..3584359	1693562168.3356829-UTR-P-fluviatile_contig12:3584274..3584359	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 3584275..3584359 +
1622815535.057-UTR-P-fluviatile_contig12:3607580..3609530	1622815535.057-UTR-P-fluviatile_contig12:3607580..3609530	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 3607581..3609530 +
1693562169.0155556-UTR-P-fluviatile_contig12:3607580..3609530	1693562169.0155556-UTR-P-fluviatile_contig12:3607580..3609530	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 3607581..3609530 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig12.1616.1	prot_P-fluviatile_contig12.1616.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig12 3584360..3607580 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig12:3584275..3609530+
coding sequence from alignment at P-fluviatile_contig12:3584275..3609530+

protein sequence of mRNA_P-fluviatile_contig12.1616.1

>prot_P-fluviatile_contig12.1616.1 ID=prot_P-fluviatile_contig12.1616.1|Name=mRNA_P-fluviatile_contig12.1616.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1381bp
MDAQHSNVHMQQQPFAMDPLAPSVSGMWKESLAKVIPAIVVVRVCAVAAF
DGASESYAKATGFVVDKARGIILTNRHVVMPGPTMADAVFMNKEEVDLVP
IYYDPVHDFGFYRFDPKAVKYMEVAEIELNPEGAKVGVEIRVVGNDSGEK
LSILPGILARLDRAAPEYTSMGYRDFNTFYLAAASSTSGGSSGSPVLTVD
GKAVALNCGALLQTAAAFYLPLPKIVRALELIQRGEKVSRGTIQSVLQHT
AFDEARRLGLQAKTEARIREEFPKETGVLSVQEVLPKGPADGALEPGDVV
VRMDGELITTFLPWETFLDEGIGKELEIQVQRGGKDVTVRVTVGDLHAIT
PSEFLEVSASVLHPLSYQQARNYNLPVEGVYLAQAGYMLERSWIASQCLI
TSIGSDPTPDLDACEAALSKHPDGARVSVRYKALADRHRTTTAVITIDRK
WFPMQRARRNDDDGLWHTTPSPLPPPPPTCNPASPASKAKAKAKAKAKAK
AKAQDGGDVGGITSSLVMVSFDIPHLVDGVSDGYCRGVGVVVDKELGLVV
VDRTTVQVSLGDVMLTFNGSEEVMAWPIFSHPTQNFSVVQFDPSLVNGPF
TAAVLSSRDNDKADHADSSDESGEDSDDESGDESSDERGGGGDDNQEVDD
EEDGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGVRDGAACP
TAGYRGSVDDNGTPRKRLRRRRRGGSRGCSSGRTTGRGQEWMRDVGHDDD
DSPPPLRPGDIAEFYGLTSANAPVRQRAAVVKLEWVSFPTSAHPQFTAHS
VEVLQFDQIASCLGGVFIAVPRVSSRGGGKNSASPDTSSSVPSSSSSSSS
SFSPSARSPSSSSSSTVTPVVSAFWHSFAFSTTEGRKHTYRGLPAPVVRR
AVDCIRRDLLQKEQEKGEGKGKEKEKEPEKEREKGKEKGPEAKMRRNDAG
SKDEEPSNVAAAVTAEGAEGSLLGAVPCLPLHLVTVELSKARAGLGLSDE
WAARIKRRCGERRKNSVLEVWRCMVGTPAFDVVETGDIILAVDGKTVTRF
REVEVAVEEGEGRPVRLTILRQLEEREITVKPSRLPTRETERLVMWAGLM
VQAPHLAVLQRGFLPKEGGGVFVSHWCYGSPAHKYNPGCTNWIVEVNGTP
TPTLDAFLEVVKQIGDKSTARIKTVGLDSKVDVATLRTDHHYWPTLELRR
SEGVWTRTVHNCGGGTTISISPGTGRRGLVDDADCGACTSTTATSTVSSS
ELLGEDETDGDEVGGGGGGGDNDDAGEGVEHDEGRGDDAEVGGDDNKARG
DDDKVETEDKVGGDDGEVVEGGDMVRQDDNKAGADETTDEGMPVVACEVP
APAAMAAPAEEDDKEGSLREATPPTDTAQA*

mRNA from alignment at P-fluviatile_contig12:3584275..3609530+

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig12.1616.1 ID=mRNA_P-fluviatile_contig12.1616.1|Name=mRNA_P-fluviatile_contig12.1616.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25256bp|location=Sequence derived from alignment at P-fluviatile_contig12:3584275..3609530+ (Porterinema fluviatile SAG_2381)
CTGCAACTCCAGTGGTTGGACCATCTCCTGCATACACACGCCAAGCTCAC
ACGACCCACAAGATCACGCAGCTTCGATTGGCGTGATGGACGCTCAGCAC
TCAAACGTCCACATGCAGCAACAACCCTTCGCCATGGACCCCCTCGCGCC
TTCCGTTTCCGGGATGTGGAAGGAATCTCTTGCCAAGGTCATCCCGGCTA
TTGTCGTAGTCAGAGTCTGCGCTGTGGCAGCCTTCGACGGGGCCTCCGAG
AGCTACGCCAAGGCAACAGGCTTCGTCGTCGACAAGGCTCGAGGAATTAT
CCTCACCAACCGGCACGTCGTCATGCCAGGTACATATGGCTCGGGCACAA
AACACGAACACATTTTTTTAAAAACGAGAAAAACATTGGGCCGGCGAAGT
TGTTCGGGCGGGTCAAGCGGAGAGTTTGGCATTGCGGATTTGGTGACGTT
ACACAATTGTAGAGAGCGCACACGCACGAACGCACGCACACGCCATCTCG
TTCCTGTTGCGCCTGCTGCCATAAAGATCTGGCCACGGCAGGGGAACACA
ATGTATAGCCGGCGTCGCCGCCGCCGCCGCCGCCGCCTTCGCACCGTGTA
GAAATGCTAATTTGAACTTCGTGAAATCGGAATGCGCATTGCGACACCTG
CGGCATTGGAACTCACGTTCACACTTGAAGTTTTCTTCAGCTGCTTCTTT
TCCTTCCCTTCTCCAGATCGTCGCAAAGCGATGGGTCAACACATGGAAGT
TTCGTGTCTGTTTTCCACCTTCCCGCACGCACAAACTACTAATCTGTCTT
CAAAACACATACCGACGACGCGCGCAACATCGCACGCGTAAACAACGCAC
CCTGGAATTAATTCTGCTATCAATCCCTCTCTTTCTCGCTCGCCCGCTGA
AACTTATTAACATAACACCACTGTTTTTCAGGGGGGGAGCTCATCTCATT
CCTCTGCTGTAACCGCTCCCCCCCCCCTTCCGCCACCGCCTCCTTCGCCC
CCACCTTCATCTTCGCTGCTATCTCTCTCTCTCTCGCTCTCTTGCTTTTC
TCGAACCCGAAGGGCCGACTATGGCCGATGCCGTATTCATGAACAAGGAA
GAGGTGGACCTCGTGCCTATCTACTACGACCCCGTGCACGACTTCGGCTT
CTACAGGTTCGACCCCAAGGCGGTGAAGTACATGGAGGTCGCCGAGATCG
AGCTGAACCCGGAGGGGGCCAAGGTCGGCGTGGAGATCCGAGTCGTGGGG
AATGACAGCGGGGAAAAGCTCAGGTTTGGGTCGACTGGTGGGGGGCTGAG
CGCCGGCCCATGTGGGAGGGCGCGCGTGTTTGCGTCATGTGCGCGTGTTT
TTTCTTATGGGGGCGGTGTTCAAACACCCGACCCGCACCGCGCCGAATGT
ATATGGACATATATTTTATTCATCGGGCGGACAAGTCGCCAGGCCTCGGG
AAGCGCATGGCTGTGATGGGTAAAACTTACTGTCATGGGTGCATGCATGC
GGAATGGGTACGGATAGCAGCAGTTGTGGTTATTATAAGGATCTTGATCG
GACTCGCGCGACGGTGGTGTAGACTGGAAGGCGCGTAGTTACTTCAACCC
AATCCACGACAGGGCTTAGCTCAGCCTTCCCCATTTCTCGCAAGCCGCAT
CAAGCTACCGCCGACTGCGACAATGACCAAGTCGTATGGCGACACGATTC
GAAATTGGAGGACGCTGATTTCCCACCTGACGGCAGCTTCGGTAAAGTAA
ACGGCGGGGGGAGTTCCACGCGGACGTCAAGGCGCACGCTGAAGTGGTTT
GATGACTCCGCGCCAGCCCCACCGACCCCACCCCATCCCACCCCTACCCT
GCCGCCCTTCGGCTTACCCAGTCCAATAGCACTCGCCGAGTATCGTTTTG
CCCGTGTGAAAACCGTGAGCACATCTTCTTGTGAGCTGCATTTACTGCGC
ATCAGCGGTGCCTCTGCTGCTGCTGCCATCCACCGCATGCCAGCATGCAT
GCCCTTCTCTGTGCTTCGTTTTATAACGCCGCCGCTGCGCTGCTGCGGCG
GTTGCTGTCGTCAACGGAACGCGTGCATGCCTGGATGCCCGTTTCTTCAT
ATTGTCGCCATCGCTGCGTCTTCACTGCTGCTGCTGCCGTCGTCTCCACC
TGAAATCCCAGCATTCTCCCCGGAATTTTGGCGAGGCTCGACCGCGCCGC
CCCCGAGTACACGAGCATGGGCTACCGCGACTTCAACACCTTTTACCTGG
CGGCGGCAAGCTCGACCAGCGGCGGCAGCAGCGGCAGCCCTGTCCTTACC
GTGGACGGGAAGGTTCGCGTTCGTGCAGAGGGGAAAGAAGCGGCGGGGCG
GGCGTTTTCAAATATGCGCGCACACAAGATGCGCAACCGCGAGAAAAAAT
GCAGCGGCCAGCAACAAAGAGATTCGGCCTTTCATTTAAGCTCGGCCTCT
GCCCTACGGGCTTGTACTCCGTAGGCGATTGATTGATTTTTGCAGGAGAG
GGGGAGATTTGATACTTTGATTCGCTTGGAATCAACTTGGATGAGTATTA
ATGGGAAAGAAATCGCATTAGGACTTTAGGCCTTCTGCGCGAGGAGAGCA
GCGTCAGAACATCCCGCTCTGGAGGCGTGCGGACAAACATTCCGGTGGCA
AAAAGTCACCTTCCGAAAGAAAGTTACGCCGCTGCTTGTGTCGACCGGGA
TTACTCATACCTCTGTCGAATGATACGACCCTAAGTGCTTTCTTTCTTCC
GCTCTCTCTCTGTTTTTGCCTCCCTGCATTCCCCCGCCCCCGCCACCCGT
TCCTCCCTTGCCGTGCCCCTGACCTCGGTGTCGCCGCGGTCAATGCATGG
CCTCCCGCCCTTTTGTTGCTCCGGACCGCTACAATCAATTTCAGGCGGTT
GCGCTCAATTGCGGTGCGCTTCTCCAGACGGCCGCAGCGTTCTACCTCCC
GCTTCCCAAGATCGTGCGAGCGCTTGAGCTGATTCAGCGGGGCGAGAAGG
TGCGCGACACTGAGAAAGGGGGCGGGATGGGGTGGGTTGTGTTGATTGAT
GGTCTGCTGCAGGCGCTGCAGCAGGAACTTTTCCTGGCGCTGCGGGATTC
TCTGCAGGTTGGGATCGTGACGGGTCCGTCGCGGACACGGCAACACTTTC
TAGCCCCAGTGTCCCCTGCAATCTTCTCCGACCCAGCAGAACACACCTCG
AGAACTTACCCCGGGACTTTCGCAAGTGTCCGGTGATTGGAGGGACGGTA
TCTAGCCAACACGACTCACGGCAGCCGGCAACCCCTGTCCCGCTTCTCTG
AGCGTTGGTTTCGTTCAACATCTTTGCAGACCCTATCCTATTTGATATGA
ATCTCACACAACTCAACACAACACTACACATCACAGCACCTCAAACGCTT
GCACTCACGCGTCCTTCTGCCACGACTTCCACGAAAGGGCTTTGCTCTGC
TCTTTGCTTTGCTTTGCTTTGCTGTGCTTCGCCTTACCGCTGTCGCATCG
ATCCACGGATCGATTGATGGATCGATCTCGAACGCGTGGGCATCCTCCGC
GACCAACGAGCCAAAACACAAGTAAACAGAACTCACGTTCGCTCGCGCAC
ATGCTTCCATCACGGTCTGCACAGACCGGCCTCGCTTCGGTCTGCCTATA
TCTCACCGATAGATCGTTAAGCATCATCAATCGACCATCGATCGATCAGG
CGATCGATCTACCAATCGGTCACTTGAGTGACCCGAGGTAAGATCCTGAC
GGGCTTCCGAAAGTTTATCATGCGCTGGTGGAAACCCCAGGAGGCTAGCC
ATTCGGAGCTCCGACAACGTTTCAAAACGACGGCGCTTTGTGAAATATCT
GCTTTGCTGTCACTTTGCTCTGCTTTGTGTTGCCGCCGCCGCATCGGTCA
AGCATCATTGTCGGTGTAATCGCCCCATCGATCGATCCGCCAATCTCCCG
CGCAGGTGTGGCCCGTGTCACGTTCCAGGCACCACAACACGCAACACAAC
ACAACACAACACAAGATTGCTTGCGGGCGTATTTCTGTTGCAGCGGTTTG
ACCGGCCTCGGTTTGCCCTAGTTTACGTTTATTTTACCGCTGTCGCACCG
ATCGATCGATCAATCGACCCGATGTCGACCACTTAGGTGAGCCGAGGCAC
GATCCAGTCTGTCCTGCAGCACACGGCGTTCGACGAGGCGCGGCGCCTTG
GCCTGCAGGCGAAGACGGAGGCCCGGATCCGGGAGGAGTTCCCCAAGGAG
ACCGGCGTGCTCTCGGTGCAAGAGGTCCTGCCGAAAGGCCCCGCGGACGG
GGCGTTGGAGCCCGGGGACGTCGTGGTTCGGATGGTGCGCCGCGGGATTG
CTGGGAAGAAGTTGGTTCTGTGCGTTGTTGGTTGCCCCCGCCGAGATTAT
TACAGCTAGCTTTTTTTGGTTCTATTCTGTTTAATTTTTGATCGTCCTGT
TAGCGCAGCGCACGGTTGATGCTGCATGGTGGTGAAAGGCACACGCTGGT
GTACGGGTGTACACGAGCACACGCATAAGTACACCCAGCCCCTGAACGCA
CGCACTTCAACGCGAACACATACAACGCATTGCGCGTAGGCATGCACAAA
TGTTTGGTGATACTCCTCTCGTCGTCGTTATTTGTCGCTCAGGACGGCGA
GTTGATCACGACATTCCTGCCGTGGGAAACGTTCCTCGACGAAGGAATCG
GGAAGGAGTTGGAGATACAGGTGCAGCGCGGGGGGAAGGACGTCACCGTC
AGGGTAACGGTTGGGTGAGTTTTCGGGGGTTGGGTCGTCTCGACCCCACA
CGTCACCTTCGACGCCCTCCGAGGGGGGGAAGGAGGACCAAAACGGCGCG
ATCTAGGGTGTTCTTGTGCCACGAATTCGACGCACGTCGTGCATGCCGAG
CGGTTTTTCCTTGTTTCGTGGTGCATCTATCTCCTCCGCGCTTCGCTCGG
CTCTGCGCATGTGTCGCGGGGAATGGCGAGGGGACAGGGTACTGATTCGC
TCTTCTTGCGTGACCTGTTGTTCATGACCATCGATTTTCCTTGGTGGTAC
ACATTTACTCTGTCACCAAATTCAATAAGAAAGTATTGTTTTATGCGAAC
CTACTGCCGTTCTCGACACACCAATGCAGCGGGGCGCTTCGAGCCGGCCG
GCGCACGCTTGCCCGAGCCTCATTCCGTACAGACTTCCAAAGCGTAGCTT
CTTTGTCTGTTATTCGTCTGGGGGATCTCGCCGGGGTATGAGGATCCGTG
ACGGATCAAGTGGCGTGCACCCGTAATATTCTCGGTTCTGGGTGCAAATG
AACACTGACTGATTCGCTCTCTAGCACCACTTCATCCTGACAGCAAATGT
ACCACTCATTCGTGCGTGCCACACACGACACCCTCACTGTTATGGAAATG
TTAGCACATAGCAAGCATGAGTCAATGTTCAGTAGCACTGCTCTTGTGTA
TCGTAGATCATCGTAAATCTCATATGTATCTGTTCGTATGTAACGTATGC
GGAGGAATACTTCTGTAGGATTCGACGCTTGTCTGGACGACTGTCTTACA
CTCTCGTGTGCATCCTTCTGGACATCATGGCATCTTAGCTGTCCTGGTCA
TCTCTAGGAAGCAGCCGTAGTCTGGCTTCTGCATGCTCTGCGGTTTATCT
GTGTGTGTTGGCCACATTAGCGCCAGTGTTTACGTTATCACGACATCTTC
TCTACAACACGGAAGCACTTCTGGTCTTCCAGGCAACACTCTCACAAGTG
TCACCAAATCGACTAACGTCGATGACACAGCCTCTAGCCACTGTGCCGGG
ATATCACACAATATCCATAATACTCACCCTCCCATGCCTTTTACACGCCC
GGGAACCTTGGACGTCTCCCCAATTCCGCGGGTTGGAATCCTACTCCCGA
CTTGATTTTACGTATGAAATGTGAAGGGGTTTTGCCTCGTTTTCCTTGCC
CCCCCCCTTTCCCCCCGCAAAACTGAGACCCATAATCCCCCAGCCTGTGA
GGTTTCGAGGGTGGATTGGTCGAGGTAGGGTTGGCTCTTGTGGCATGGAG
CTGTAAAACTGCTGTATAGGGCATGGGGGTTGTTCATGCGGTATATCCTG
TGAGCTTGTGGACTCCGGTCCTAGAGATCACACCCTATAGGATGTCCGCT
GAACGCTGGATAGTTGGAACGCCCTAGAGCAATCATACTTATGAAATATC
CACCTGTGGGGTATATAAGCAGATTATTCTCCAAGTGTATCACACACGAA
GCGACGTGTTCGCTGTGTGTGGCGCGCCAATATGATAAGTGCGCGCAAAG
ATCGAAGTCCCTTGCGGTACTTGAAGAATAGTCGAGCCTGCCGAATGTGA
AACGTTTGGTTTACCGGATGCCCAATCAACCCATGGCAGACCCGGTTTGG
CTCAGCAAACACAAGGATGATGGCCAGATGCTGGCTTATCCTTGTGAAAC
GCGCCTGGCCGGCGAAAACCCGGCGTATCGCTCCGTCCCGGCATTGTAGG
TGACGCGAGGTCTATGGTCTGACCGACTACGGCATGCGTTTTCATGAGTA
CACCCCCCTTTCGTTTTTCCTGCCCCGAAACAGAGACCTGCACGCCATCA
CTCCCAGCGAGTTCTTGGAAGTAAGCGCCAGCGTGCTGCACCCCCTGAGC
TACCAGCAGGCCCGTAACTACAACCTGCCCGTAGAGGGGGTGTACCTTGC
CCAGGTAACGGGCGGGCGAGCGGATAGCCAGACAGGCAGACAACTATAAA
TAGCAGGGGCATCTGGTTCGCCCTGCTGAGTGCCGCCGCTGAGCGTTTCT
TTTCGAAAACACATTCTTCATTTAATTATATCGAATCCGCGCGTTTCTTA
GCCCGATCTCTCGCACCCAGACAGCAAAGTTGTAAGGCCTTGCAAGTCCA
TATGGAAGAAGATTTTATTGGAATCTTGCAACCAGCAGGTTCGGGAGGTA
GACAGGTGTTGGTGGAGACATGTGTCAGGCCACAGGTCACACAGGTGTTA
CCGCATCAAAGTAGCTCGGAAGCAAGCGCATCCGACGACGCAGAACAATA
TGTCGGGCGGAAAGTAGGACAAGTAAAGGTGACAATTGAGAAAGTGGGCA
GACAGATGGGAAGGTAGGATGCTATTCATATGGCGAGGAGGGGCCGCGTG
TTTGAGTGGTGCTTTTTGTGTGCGCACGCGTGGTTCTTCACATTGTCGGA
CGACAAACGAAATCGAAAAAAAAATGGAACGAGCAATCCCGCCGTGAGGC
GGAACTCTCGGAGCCCCGCAGGATCCCTTCCAGAAAGGGGTCTGTGCAGA
CAGCCAACTGATACACAAATATCCTGAGGATCTCCAATAGATGCGAAGTA
GCCCCCTATGCCGGCTCCGCCAGTTCAAGACGCAAAAGGAAAGCCGGACA
TATCCTCCACTGTGCTGCTGCCCCGTGATTCGCTCTCGTCCGGCCGTTCG
CTGTTCTTCCGCAGGCCGGCTACATGCTCGAGCGGTCGTGGATAGCCAGT
CAGTGCCTCATCACGTCCATCGGCTCGGATCCCACGCCGGACCTTGATGC
GTGCGAAGCCGCGCTCAGCAAGTGAGAAGGGGGGTCCTTCCTCTTGGCGC
GTGTGTCATGTTGCGGGTTGACGTCAATAATTTTCTCGAATTTTTTCTAA
ATTCATATGATATTGTATGAAGACGTCGATTACATTGCAATTGTGCTTGA
AATGATGGTGCTATGTAACACACCAAACCACACGGCATCAATCCGAACCA
TGTTGCGTCAAAATCATCGTGCGATTGCGATACCGCACCATGTATTATGC
CAAGATCATACCGCGCGACATGCCAAACCACACAATCCAGGCACCCCGAT
GGCGCGCGCGTGTCAGTGAGGTACAAAGCTCTGGCGGATCGACACCGGAC
CACGACGGCGGTCATCACCATCGACCGGAAGTGGTTCCCGATGCAGGCAA
GAGCGGAAGAAAGCATCGTTTTAAATGCTGGCGGGGGTAGGGGGAGAAAA
AAGGAGAGAGAGGGGGTGAGAGAGAGAAAAATGGAGAAGCAGAAACAGAC
GCAAAATCAGACAGATCACAAGGAACTCAGGCAGAGAAGAATGGAGAGGG
TGAGGGAGGGTGTAAAATGCACAAGACAGGGCGAGAGCAAGACATGTACA
TAGATGGCAAGCAGATGTGAGAGTTAAGGAAAGGAATAGTTTCGGGACGG
GCTGAAGGCGAGATAGTGGCAACAGCACTGGATGATTTTTTCTTGACACA
CTTGATTTTGGTACCGCGGCCGCGGCTAAACCTGTATTTTTGCTCCTACT
TATGCTGTGCTTTCTTGTGCCCTCACGCGTTTTATCGCACGCCACCGCCA
ACACGCACCATTTGCAATCGCCCATGCTCTGGCGCTCGCTCTCCACCCCT
TCCCTCCGCTCCTCCCTTCCTCGCCCACCGCCTACCCACCGCCTGCACCG
TCCTATCCCCTTCCCCAACCACAATGCGAAACAGCGAGCACGGCGCAACG
ACGACGACGGGCTGTGGCACACCACACCGAGCCCCCTCCCCCCTCCACCG
CCAACGTGCAACCCTGCTTCACCCGCATCCAAGGCTAAAGCCAAGGCTAA
GGCCAAGGCCAAGGCCAAAGCCAAGGCTCAGGACGGCGGCGACGTTGGAG
GGATTACCTCCAGCCTAGTGATGGTTTCCTTTGACATCCCGCACCTGGTG
AGTGTATGCGTTTGAGCGCTTGTTTTGCTTTCTTTCGAATTGCCTTTTCT
TTACTATTTCCTGGGATCCCCGACGGAGAGAGAGAGAAACATCGTCGTCG
CTCTCTTTCCCCTGACCCAAAGACGGGGTTTCTCCCTTCGACTGTGTACT
AATCTCACTGCACACACACTATACTCCGACGACAAGAGCCTCCCACATGG
TGCTACTATTTGTACTTCCTCCAATCTCGATGTTATCGTGAGCCTAATGT
GGTTGCATTGGGTTTATTTGCACCTCATTTTCCGCTACACCGTTCGTTCC
CCCGGCTGTTTCTCGACTCCCCTCGTCTTGTCCCCGAGAATTCGCGACAC
CTGCCGCGAATCCTCTACATTGTCTGCTGTGTACAGTATGTACGCGTCCG
ACTTCAATCTGACCGCTGTCTGAATGACTCGTTCCGAAACTTCAACCGTG
GCAAGAGTCGACGCTCCCCCAATCCGAAACGAGTGCAACGCGAATTCCTC
GGGATTCCTCCCGGATATCCTCGCTCCGTCTCTCATCGCTTGGAGAGCTT
ATCCGTACTTCACAACTCCTGCTCCTCGACCACACCGGTACGACGACAGT
GGTGCATTGTCAGGCAGTGCCGGATGACACGACATCAAAGCCGCCATCAG
AGCAACCGCACTCCCATTTGTACTGCACCGCGAAAGTGGACCGCTAGGTA
CATCTCTAGTTCGGGCCCGTACTTCTCCGATCTGCCCCTGATCCTCTCTG
TGCCCCCAAAATCGACCAATTTTGTGGTCACCGGCCTTCATGAGCTGAAG
TCCCAACTGCGTGATATTTGTTTTCACAAAGAACTTGCCCGGCCTCATCA
CCTCACACAGCTGCAATTTTCCCCCGACAACGAACGAACAGCTGCTAACG
GCGCTGATCGCCGTGTGGGTGGCCACTCGTACAACAATTCCTGCACCTGC
ACAACAATCTGCTGCGGCACAGAGATGATCATTTGCATTGAATCTGTCGA
AATCGCCAACATTCCACCTCAATGTCCCACGACGACGTATTTTCGCGTGC
AAACAGCGAAGGTTCTCCTCTACTCCGAGTCCCAAACAGACGAAAGCTAC
CCGACGTGAACGACCTAATAGATGCTCGAGAACATCGCCGACCCTGCACA
GTACCCTCAAGCTCGACAAACAATGCATCGTCAGCATACGTACGGACGAA
AAACTTGTCCCGCAACCCCCCTCTAGTTCCCCGCAGAAAAGCACACTCGG
GCGGTAATGGCGCGATCACTTCGTCTGCCCTCGGCGGCTCTACGGTTACG
TGGCTCGTGGCTTCCTCGCCCTTGGCGCAATGACGGCAGTCGAGAACATA
GTGTTGTTGTTTGCCTCTTCCACTGCTGCTGCACACACACCCCTCAGCGC
CGGCGAACTCTGCCATCCGAATTTGAAACATCGGTTTCTTGTTGGATAGA
AGGTCCCCAAACAAATACCCGAAATCGGTGTCTTTTCAGCGGAAACGGTT
ACCAGCCGGGATGCTTTCCTGGTGTCTATCTTGGCAAGCAAAATCCTGAG
GGGGGGGGAGAACGCGAATCGCGCACGGCCACTCTGAACAAACACAACAC
TCGCCAGATCACGTCTCTCGACCCAAGCCCGATCTTGAGGTCTGGCACGA
AAGACACATCCGTCGCCTCGTTCACACTCTGTCCTGCTGCGGCGAATGAC
AAGTAGTGACAGATTCCGGCCTTCGATGCACTCACTGCCATAGTCAGAGA
TGGAATTCGACAACGTTCAATGCGGTTCCCGAAGTCGCGAGAGAACGATG
AGAACTTTGTCGACGATCTTCACAAGAATATCTTGCTCATACTCTGCAGC
CGATCTGTTGTTTCCGTGCTCGAGAGCCGCCTCGATCTCACCTTTCCTCG
ACACTTCCATTGGCACTCCCTCGCTAACAATCTGCAGAAAATCGATGAGC
TCAAGTTCCTTCACGTTTCCGAGCCACCGCCGAATTTCTCGTGTGGCACT
GGCAGGGTCTTCCACATCGCAAGCAAGGTCTCAAACCGACCTTCATTGGC
CAAAAGGTACTGCCAACTTGCCTGCGCAACGTTGTGCAAGAGAGGCCACA
TAGATCGAGACGCAGTCTCCTGCATCGACTCTTTCAACGTCACAACACCA
CACCTTCGTTGGGCACTTGCCCCATTTGATCGTTTCTCGCGTCCCGCTCC
CGTGGCACGTCCCGATGGCTGAACGAGGTTGGCCCTCCGCGCGGCAGAGC
CCGAGCCCCTAGTGGAACTTTGCTCCTCCTCCGGAACGTCCCTCAGTGCT
GCTTACTCTGTCCTTTCGGCCGCGGCTCGCCACGCCCCTACTTGCGCCGC
CGTCGCCTCCGCCGGACTCCAGTCCACAGGCATTGCCGCTAGCACTGCGG
TCCCTTCGCCGCTTCACCGGCGGCGTGGTGCTCGGTTGCCGTGGCGCCGA
TGACAACCTCCGCCTCGTTGCGGTCGTCCACCTCGGCGAGGAGTTGGTGA
ACCATGCCATTGGATAGTTCGAGCGAATCATTCATTTCTTCCAGATGGCC
TCGCAGCGTTGGTATCGGGCGTGGACGAGCGGCCCCCCTTCCGATTGGAC
ATGCGCGGGGCCGGGAATGTCCTGGCGGCGCGACGGTTTTTTCTCGCCGG
TGTCCGTGACGTTCGTGGCGAGGGCGGGGCCGAAGTAGACCGTCCGCGAC
CCCAACTTGACGTAGCGCTCGGTGGCCGGGAACTCGAGGCGGTGCCCGCT
CGCCGACCAGATGCCGACCTTGTCGTGACTGACCACATCAGTGATCTGCT
GATCATAGTAGGTAAGGTGGAAGGGAAAAGGTACCGGGCAGAGCTGCACA
GTAAGCATGTCCTGTGTTTGCCAAATTTTTCAAGCGGCCATCTCCACTCC
GCAGAGAGGTGATGGGATCGACAGTTCGATCGCTGGTGACTATCAAAGGT
TCGACGATGGAGAAACATTTCTCGATGGCAAGCTCATCACATCGCACGTG
CGATGAGCCTTTTTCAGCCACAATGAATTCTCTTAAAACTGCATTTCGAC
CCAGGTCGAGGGAAGCGTGTCACAGCGGCAATCTCATTCGTCCGGAGTAG
ATTGATTCCGTGTAGTGGATGTATTGCTGCTCTCGAAAGTGCTGCCGGGA
GATGCGGGGATGACGCGCCCATTCTCTTGGCGGCAATTCCTCGTGTGAAG
GGTTTGTTCAGCAATCATTCTCCTTCCGTTGCTCTCGACCAGTCGACAGC
CGAAAAAGCCACGGTTTCTCGGCGGCAAAACCATGCATTCATTTTTTTGT
TCAACGGATGTTCAGTAATATGATCGCACGTGGCTTCCGAAAAATCGACG
TCAACAAACAAAGCTCAAGGGCAAGCTCATTACAAATGTTTGTCCATGAT
AAGTCTTGTTCCACGTCGATGTGCTCTCTTCAAACTGCTTTCCGACACAT
GTCGAACAGCAGTTACCTCGGTCACAGCGGCAACCTGCACATCTCCATTG
TGTTGGTTGATTCAGTTTATTCATAAAATGATGGGGGACAGAGCAACAGC
ATCTCTCACTCCGTTGCTCGCGACGAATCGGCAATGAAGAGGCGATGTAC
GACTTCTCGGCGGCAAACAACAATGCGTGACACAGTGTTTGTTCAACGGA
CTCAGCGTGCTGTATTCTGACTCCTCCTCTCCTCTGTAGGCTTTGCGGCG
TATATGTGTATCACGCACCACGCTCAACTTATCACTGATACCGGTCTGCA
AGTTTGGTGAGCTCCGGTGTACTTGCACCCCGTGCGCCGCTCCGAGTGTC
TGCAAACGGACCAGGTTGACGTCCGCAGGACTTGTGCCCCTGATAAAAAA
GAAGCAACTTTGTTGATCGCCTTCAGCTCTGGCCAACCTTCGATCTGCTC
TCTCTCTTCCCCCGCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTGCAGCTCG
TGTCGTCTCGTCGCGCTCTCTAGTGGCGGCATTTCGTGGGGTAGATTTCC
CTCGAGAGTAAGCAATTATCTACAACTCAGACGTCATCCTGCGGAGCCCC
CAAAACCGCTACGTTTTGGCAATTCGATTGGATTCAATACACAATGGTTT
GTGGATCTCACGTCTTTTTGTGATCCTTCGTTCCACAAACCAAGAGATAA
AGCACGAGCTTTGCATTGCGCGTGTCGTGGTGTGCTTTTGGTTGGACCCA
TGAAGCAAATGCAACAAGGACGACTGTTGGATCGTTCCTGTCGCCTCCTC
TTTCTCCCGCTCGTTCTCCTTTGGCGCTGAGTACTCCTTCGCTGCTAGCT
GCAGAGGTTACTCACGTGTTCTGCTCGTGGTAAGCCGAGGCTGAAATATC
AAGAAATCTTTTCTTGTGATGGCCAATCCCCGAACCGAGATGGGCACCGT
GCAGTCTACGTGCAAGCCTGCGTGTTAGCTTGGTGATGGGGACGACGGCC
TGCTGTGAACCGATTCAGCAACTAAGAACAAAATAACAAACACACACAAC
AGGTGGACGGAGTCTCTGATGGCTACTGCCGGGGCGTGGGCGTGGTGGTG
GACAAAGAGCTCGGGCTAGTCGTGGTGGACAGGACGACGGTCCAGGTCTC
TCTCGGTGACGTCATGCTCACCTTCAACGGCAGCGAGGTAAGAAAGCTTG
AGTTATTGTCGCTCCTACTTTCGGCAACACCAAACTGAGGCTACTCCCCT
CCGTTGGAGGGATCCTTTTATTTATGCAGCAGGAGGCATGGTGGGTCGTC
TTGCTCTGAATTTTTAGGACACTTCCCCGCGTTGCCTTGGATCGGACAAG
AGTGGTGCCCATAATGCGGGGATTACTCTTTTTGTTCGCGATGGGATATG
CCTATTTCTTTCTTAATTTGCGGTGGTGAAGGGAGCTTCCGGTTTTGTTG
TGCCCCCCGAAAATACAGCATGCGCGGGTACACCTAACCTGGCGAGCTTT
TGTTGAGGCTTTTCCCCTCGCACAGAGAGAGTCGACGCCTCAGCAGTATT
GCACGGTTGCGAACATACCAGTTCCCGATGTATACGGAGCATAAAGAATA
ATTCGGATATATTTTTTTTTTCTTCGCTTCCGGTTTTTTAGAGAATCATC
CCCCTCACGCGGAAATCCTGCAATTTTTTGTGCGTTATTTCTTCTGCTTG
CTGTACGGTGCAGAAAGTGGGTGCGGCAAGTGTTGGGACGCCCCAACTTC
TTGCACCCAACCCCCCCTTTCCCCAACGGAATACTCTGACCTTGCGATTT
CTTGCTTTGCGCTGATCTGCTTGCTTGCACGGCACGGCGCAGGAAGTGGC
AGCACGGCCGACCTTCTCGTACCCAACCCCCTTCTCCTCCCCTCCCCTCT
TCCCTGTGCCCCTCGGAACACTCTCACCTTACTTCTTGTCCGTTCCTTTT
TCTCTGCTTCCTTGCACGGCACGGTGCGGGAAGTTGTGGGACTGCCAATC
TCCTCGCACCCGACCTACCCCACCCCTCCCCTCCCTTCCCCCCTGCCCCC
CACGGAACACCCACGCCTTGATTTTTCTTACTTCCTTTATCTCTGCTTGC
TTGAACGGTATGGCGCAGGAAGTGATGGCATGGCCGATCTTCTCTCACCC
GACCCAGAACTTCAGCGTGGTGCAGTTCGACCCTTCCCTCGTCAACGGAC
CCTTCACGGCCGCCGTGCTGTCGTCCCGGGACAACGATAAGGCGGACCAC
GCGGACAGCAGCGACGAGAGTGGGGAGGACAGCGACGACGAGAGCGGCGA
TGAGAGCAGCGATGAGAGGGGCGGCGGTGTCGAGGATGACCTTGTCAAGG
GCGGCGACGGCGCTAGCAGCAGCAGTGGCGGCGACGGCTGCGATACTGTT
CCTATTGGGGGGAGCGGGAGCAGCATCAGCAACAGCGAGATGAGCAAGGG
GGACGACAACCAAGAAGTGGACGATGAAGAGGACGGGGGAGGAGGAGGAG
GAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGA
GGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGG
AGTGCGAGATGGAGCAGCGTGCCCCACCGCCGGGTACCGCGGCAGCGTCG
ACGACAACGGCACACCTCGAAAACGGCTGCGGCGGCGGCGACGAGGAGGC
TCCCGTGGATGCAGCAGCGGCAGGACGACAGGGCGGGGGCAGGAATGGAT
GCGGGATGTCGGGCACGATGATGATGACTCGCCTCCACCATTGCGCCCCG
GAGACATCGCCGAGTTCTACGGGCTGACTTCGGCCAACGCCCCCGTTCGG
CAGCGGGCGGCGGTGGTGAAGCTGGAGTGGGTCTCGTTCCCGACGTCAGC
TCACCCCCAGTTCACCGCACACAGTGTGGAGGTATGTTGATGTGCACTCG
TTCAGGGGGTGAGGTGCGTTTGGTGCTTGGTTTGGGTTGTGCGTTGTAAA
CGTCCTCTTCGCATATCTGGTTGACTGTCTGTCTGTCTGTCTGGCCTTTC
TGTCGTCTGCTTGTTTTCCGGATGGATGCGTATCTTCAAGAGTTCCTGCC
CTTCTGCCTAAATTTGAATTTCGTATTTCCTGGACCCTCCAGAGCGCGAA
AATATGCAATTGCTTGTCTTTCCATGCGATCGAGCGGGGGAGAGGGCATC
CCGTCCTCAAGGCTCGCGTCGCAACCGTCCCCGGGCATGAACGCAAATAT
TCAAAAATGCTGTCACTCCTCATCAACCCCCCCCTCCTCCACTCACCCGT
ACTGTTAACACCCCCCGTACTCCTCTGACTTTCGCCCCTCTTACAACCAT
TGGTTATTTCGTGTTCAGGTCTTGCAGTTCGACCAGATCGCCAGCTGCCT
GGGGGGGGTCTTCATCGCCGTCCCCCGGGTGTCGTCACGGGGAGGGGGTA
AGAATAGCGCATCCCCCGATACCTCCTCCTCGGTTCCCTCTTCCTCCTCC
TCCTCCTCCTCCTCCTTCTCACCGTCGGCGCGATCACCGTCATCGTCGTC
ATCATCAACGGTTACCCCGGTAGTTTCGGCGTTCTGGCACTCCTTCGCGT
TTTCGACGACCGAGGGGCGAAAGCACACGTACCGCGGCCTTCCCGCCCCT
GTCGTGCGCCGGGCGGTGGATTGCATCCGACGAGATTTGCTACAGAAGGA
GCAGGAGAAGGGGGAGGGGAAGGGGAAGGAGAAGGAGAAAGAGCCGGAGA
AGGAGAGGGAGAAGGGGAAGGAGAAGGGGCCGGAGGCGAAGATGAGGAGG
AACGACGCTGGAAGCAAGGGTGAGGACGGCCGAAGCGGAGAGAACGGAGG
AGGAGAAGAGCAACAAGGAAGAGAACAACAAGGAGACCAGAAAGAACAAG
AAGTGCTGCAAGGAGACCGAGGGCAGGGAGAGGACGGCCAAAAACAGGAA
TATGGACAACAAGCGGATGTGCAGGCGGCGAAGGATGGCGAGAAGGAAGG
GGAGGCGAAGGGGCGAGTGCAGGAGGGAGAGGGGGAGATCAAGGCAGGTA
GGAACGAGGAGGAAGGAAAGGAAGATGAGGAGGATGAAAAAGAGGATGTA
CAGGACGACGAGATCCAGGAAGACGAGGAACCATCCAACGTGGCGGCAGC
GGTAACGGCGGAGGGAGCCGAAGGCAGCCTCCTGGGCGCGGTGCCATGCC
TGCCGCTGCACCTTGTGACCGTCGAGCTCAGCAAAGCCAGGGCGGGGCTG
GGCCTCAGCGACGAGTGGGCCGCGAGGATCAAGAGGCGGTGCGGCGAGCG
GCGTCAAAAGCAGGCAAGACGCACGAATGAATTGAGGAAGAGAGGGCAAC
CAAAAGGCAAACGAGGGCCAGAGAGAAAATGACGACACAGTAATCAATGT
GCCTTTAATACAGGCCAAGCAGCGTAATAGAACGACTCTTCAAGAGTCAG
GCAAGACGCGTACAGAAACCGTAATAATAGAAGTCGAAGAATTAGAAACA
CATGAGGCGGCAAAAGAAGGAAGACGCACTCAAAGTAGAAAGGAAGGAAA
ACATGATCAGCTAGACTTAGGGAAGACGCACGACAAGCGTTGTAGCAGGG
CGATCGCACACAGGCAGTCGGCGAGGCAAAAATAGCGTCTTGGCGAGGCA
CACACGTGCAAAGCCGACAAGTGAATGACATAAAAAGACGCCCGAGTCGG
TAGGACATTCACCACAAATTTTAATACTCGCGGACGCAACCAAGGAGACA
TCGATCGATTATAGCGGTGTGTATGTATGTACGGAGTATCAGTTGTTTTG
GGGGGGGTCTGTTGTCAAGACAAATGAAAGCGTCGGCGGGAGAAAATGAG
TCGGCAGGAATAGACAGAGGACCGGACAGAGGGGGGCGAGGGGAGGACGA
CGTAACCACGCTGAAAGGAAGCAAGACACGCTCATCCCTGCAGAACATGT
AAAAGTAACGCGGGAACAGATGGCCTCGAAAGGGTGCACGCGCCTCGCCT
CGCCTCAACGCTCACAGTCGGACAAGAGGCGCCGCCTTTTTTTCCTTGGG
GGGATCAATGAGAGCGTTACAATGAGCCCGGCTTTGACCTCGTTTGTGTC
TTTCGTGTCCAGCAGAAAGTTAGTCCAGTAGAGTAGAGTGGGTTGTGGGA
CGCGGCCTATCTCGTGCTAGTAGCACGTCCGATCTTTGTACCTTTGTCCA
TCGCTGTGTTGACGACCCGTTCCATTGAACCATGGTTTCCCTATAGTTGT
CCCTGTTCATGAATGTGGGGGGACACGACCATGCTTTACCCGGCGGTTGA
ATCCCGGTCGTTGATTGATGGGTGGCCACCCGAAACCCAAAGAACCATCG
CTCTCGCCTGCTCTCTTCTCCCTCACAGGTGCTGGAGGTGTGGCGCTGTA
TGGTCGGCACCCCAGCGTTCGATGTGGTCGAGACCGGCGACATCATCCTG
GCCGTGGACGGCAAGACAGTCACCAGGTTCAGAGTGAGTTGGTCAGCCAG
CCAGCGAGGGAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCGGCAGCAGCA
GCGGCAGGAATGAGGCCATGACTGCTCACACATCTGGTGGCAGTTGTAGT
AGCAGCAGTAGGAATAGGGCGGGGATGTTCACATTACTGTTTATTTGAGT
ATACAGAACTGGAAGTGGTATATAGGGAAGTCCGTGTGCCGCTGCAAGAA
ACCAAGCGTCGCGCGCGCGGCCTTATGTCGAAGGTTCTAAAGGTATTTTG
CCAAGGTATTACAAGCTTCCATTAGTGCCAGAAAACGGGGGCTGTGGGTT
TCCCTTCGCAGCAGGCGAGAAACGAATGCAGAACGCGCGAGACTTCTTTC
AAGGCGTGCACCCGCATGACTTGTGCCGGCTGTGCGATGGAGTATGCATA
CTTCTTGTGATTTGCTCTGTAAGGTATGTTTGGTTCCCTGTTCAGCGCGT
TTCGATTTGTTTCAGGGCATTTTCGTCTGAACAATGGTGTCCCTTTTTTT
CCTTGCCCTTGATGCTTGTGGTTACCAACAGGAAGTGGAAGTGGCGGTGG
AGGAGGGCGAAGGGAGGCCGGTTCGGCTCACCATCTTAAGGCAACTCGAG
GAGCGGGAGATCACGGTGAGAAGACGAAGGAGGCTAGCAGGGAGGGGCCG
GGAGCTGGCGGAGAGAGAGAGGGACAGAAGGAGAGATATAGCAATAGAAG
TAGAGAGAGAGGGAATGAAGGAGAAAGAGGAGAAGGAAACGTGATGGAGG
AAGGCATCAGGCACTCGGGTGGGTGGCAGAGGGTCTCTCGCAGAATTCGG
GTGTAACGCACTTCTACGGCGAATGCACGTTCGATTTTCCAACGCACGCG
TCGTGTGAAAGCAATACACGCCACCCTCAAGAACGCAAAAGGCGCCGCGA
TATTTTATAATCGGCGAGTCGCAAGGGAGGGGGGTACTCATGTCACGCAT
GCCTCAGCCGTTTTGCCGTAGAGGAGGGGGCTTGCATCTCATGAACTAGT
CCGTTTCGGGCATAGTTTCGCATGTCTCGGCTTTGTATTACTTGATTAAT
TCTTTTCGGGTGCGCCCGCCAGCCCGTCGGGGACCGCCCACGCAAATTAA
TTACTCCGGAGTATATTTTTTGTGTTTAATGACGAGGTAGGGATTGCTTG
GAATCTAACCGTATCACCCTGGACAAACACTGATTTTTTACTCTATCCCA
TAAGTTTGCGTGATGAAAACCTGCGTAGGCTACGGCGGCGGGGGCGTCAG
CGTCGGTTGCAAGGAGTTTCCCGCAAGGTCTGTGCCCGAGGCGCGTACAA
ACGAACAGAAAGTGTCAAAGCTTGTACTCGGGGTATATTTTGCATCCGCA
CGCGCACGCGTGTATAGTTGCAGTGGACGGAACCCGTGCTCTCGACAAGC
GCTCGACATGCATCATAGACATCCATGGACATCCTGGCAGCTCAAAAAAC
TATCAAGGCTTGATCAAGACCCTCAGCACGTTGGACAATGCTCGGCACAT
GCGCTCAGTACCTTACGTAACCCTACCCTACCCCACCCCATCCCTCCCCA
CGCTTCGTTGTACTCCCGACCCCCGCATCGTCGTGGTCACGACACGCCAG
GTGAAGCCATCGCGCCTGCCCACTCGCGAGACGGAACGGCTGGTCATGTG
GGCCGGGCTGATGGTGCAGGCGCCGCACCTCGCCGTGCTCCAGCGAGGGT
GCGTGCCGTCAGACAAATGCTTGAATCATTCACGTCCTGTTTGCTACGCG
TTTGGTCGTGTTTCGTCCTCATCTAGGGCGCGTGCTGGCTAACCGACGCT
TGAATTGCACACTTCCTGTGTCGTGTGACAGCCTTTGGTCGTGTTTCGGC
CTCAGCTAGGGTACGTGCTGGTTGGCCGATAATTGAGTCAGTTACTTACT
GTGTTCGTCTTTTATTTTATGTTTGGTCGTGTTTCGCCCCCAGCTAGGGT
CCGTGCTGGCAGACTGTAGCTGTCTCTGTTACACATTGGGTTGTGCTTCA
TCCTAAGTAAGGTTTCTCCTTGCGGAGCTGAGATTTGCGATGTCGCTCGC
CGTGGGGTGGTCCTTTGTCGTGCTTCGTACCTCAGCGTACCGGCTGCAGC
TGCAGTGTCTTCTCTGGTCGTGGTTCCACCGCACTTGAGCGGCAGTGTAG
CTCTTTGCTCCGCTTGTGTGATCGGGCTTGTGCATGTGTGGTGCTTTCTT
CGGCCACATTTACACAGTGCTATGCTTTCCTCTGTCCTGCTTTGAGTTGT
CCTGCCTTGCCTTGCCTTGCTTTGCCTTGACTTGCTTTTCCTTGTCTTGA
CTTGCCTTGTCTTGCCTTGCCTAATCTTGCGTTGCCTTGCGTTGCCTTGC
CTTGCCTAATCTTGCTTTGCTTTGCCTTGCCTTGCCTTACCTAGTCTTGC
TTTGCCTTGATTTGCCTTGCCGTCCGTTGAAGTAAGCAAGCGTTCGAAGG
AGTTTTTCATCTCGTCGTTCCCGCTCTGATTAAGCAATCTCTCAGCAATG
AGGCGTTCTCGAAATCGCCTGGGTTATATGCGCCCTCGCAGGTTTTTGCC
GAAGGAGGGGGGAGGCGTGTTTGTATCCCACTGGTGCTACGGGTCTCCGG
CGCACAAGTACAACCCGGGCTGCACCAATTGGATCGTCGAGGTGAACGAA
TCGCGTCATCCCGTTCCGCGACCCAGCCCACAGCTTTTCCCCAACGATGC
ACCCCGCCTCTTCCTTGCCTTTCTCTGGAGATGGCGGTCACACAGTAATG
GGAGCTTCTGGCCAGCACCAGTACTATTTTCACATGCATGTGTACATCCC
GTAGCGGGCATTCGTGGTGGGTGGGGGCGGATTCTACAGAGGTGGGAGGG
ACCGCTTGGAAACCGAGTTTCATTACGGCCTTATTTCTAACATTTTGTTC
AGATAAGAGAGATAACGCTTGTGGTCAAAGCCGCCTGCGGAGGCGGCCAA
GGGGACGTGATGGGATGGAGGGATACCTTTCGGGTGGATGACCCTAGATT
GGACCAGCACTTGTGTGTTCATTTAACATGGCAGTATTTGCGCAGTTGGA
TCAAGCACGAGAAGGTCGACGTATGGTGCTCTCTCTCGCCCTTGTCTGTC
GTTCTCGAATAGTGACAAGCGTGGTCCAGTATAACTACGTGCTCCAAATC
TCGATCGCCAGCTCCCAGCGAACAAACACCAGCGCCTTGTCATTCCGCTC
TCACCCAACCGGCTCCTGGCTCTGTGCATGTGCTCCGGCTAAATCTCTTG
TGTGTGCGCGGACACGCGTGTGTGTGTTTGGGGGGGGAGGGAGCAGGTAA
ACGGCACCCCCACCCCTACGCTAGACGCCTTCCTTGAGGTCGTAAAACAA
ATCGGCGACAAGTCTACCGCCCGGATTAAGACGGTGAGTGCGTCGTCGCT
GACAAATGCGTGCGAAAAGTACAAACCCCTGGACCCCGTCAGACGACGGC
GGCGCCGAACGGACAACCGTGGGCCTCGTGAAAGAATGTCAACATCGGAG
ACTGCAACTCTAATTTTCTTTTCCATTTTGCCCGGAGAGGTCTTGCGTGT
CTTTCGGTCCACTGCGTCTCGAGGCTTTGGTGTTCGTGCGCGAGTTTTAG
GGGTCTTCGGTCGGGGCAGGTACATGCTCGCTAGCGATGTGTTCGCGGAG
CCGGCCATACCTGATGCGTGCGGAGAGAGGGCGACAGATCATTTTCCTCG
CCAGCGAGACTTTCCGACCACCACCTCTGATGGCGGCGCGCCGCCTGCTG
CATGCCAGAGCCCGCGCCCCGCCAGGAATATTGGGAGCTCTCGGGAGGCT
GTAGCCCTGAGGGCCTTCCGGGAACGGTGATCTATCGCTCGCAACAATGG
CCGCAAGCTACGACGGTCGAGAGGTTGTTCTTAAACGCACAGCACGTCAA
AGCTGTCTGCCAGCGTTCCTGCTGATGCACGTGCTCTCTTGCAAGTCCAG
CCTCGTCTGCAAAAGCGTGGACATTCGTCTTCCTTTCTTGTGCCGTTTGT
GCCGAGCCTCTACCAACCCTGCTCCCGTGACCACAACCAAATCCCTCCCC
CGAAATCGTCTGGATCCCGAGTCTTTGAACAGCGCATTTTTGTGTCGCAC
TTTTACCACGAGCGGACCTGCGACCATTATCAAATCGCTGTGCATTGCTT
GTCTTGATCCATGGTCCAAATCATTCGTGCCGCCTTTGCCGAAGGTGGGC
CTGGACTCGAAAGTGGATGTCGCAACGCTCCGCACAGACCATCACTATTG
GTGAGTGCAGTTCGGGCGAGGGCGGCGGAGTTGGACGGTGTTTGCTTGAT
AAGGGGAGGGGTCGACTCCCCAGCGAACGATGTGAAACATAATCGACGCT
TAGAAGACCAGACTTAGGTTCCTCCATAAGATTAGACACGTGGGCGGGTC
ACAGATAAGCTGCGGGAGACAGATTGTGGTCCTCTTAGAGGAAGACACGT
CCCTTTGCTTCCGTTTTGGGGAGATGGACAGAATGGAAGGTGGACTTGGA
AAGATGGATGTGGTGTTGTATTCCTTCATTCATCGCGTAGGGTGAGTTCA
CAAAAGGCAAAAAATACTCAAAGGCTTAATGCCGCAGTTCAGACCGTGCC
GGCAGCACACATAGGAACGTCGAACCAAAGGCTTCCGTGCCTGCAGCCCA
TGCGCTTCGCTGGATGGCTGCTGATATTTTTGTCGCCCACTCCCCGTTTC
ATCGCCGCTCTGGCGTGTCCCCGTGCAATCGATTTCCCCCACTGGTCGTC
TTCGTGATCGTTGTGAGCCATGTCCGGCGCTTCGTTCGCTTCCCGCGGCG
GACCTATTGACGGCTCTCTACTGTTTTACGCTTGCTCTGAATGACCTGGC
TATCCCCTGAAATTCAATTAGACTCGTCTATAGATGTGGTAAAGGATGTA
CTGTACAATGTTGCGCTGCCACGCTTCGACCCCATCTCGACCTGTTAATC
CCCAGCTATCTCTGCACATATTCGTGAGACCTCGACCTGATGTTTTTCGG
TCTTTTCATTTTTTTCTTTTCATTTTTATGGCGTTTGGAAGGCCCACGCT
GGAGCTCCGCCGCTCGGAGGGCGTGTGGACGAGAACGGTGCACAATTGCG
GCGGCGGCACCACCATCAGCATCAGCCCCGGCACCGGACGTCGCGGCCTC
GTAGACGACGCTGACTGCGGGGCCTGCACCAGCACCACCGCCACAAGTAC
GGTATCCTCCAGCGAGCTCCTTGGAGAAGACGAAACTGACGGCGACGAGG
TCGGCGGCGGCGGCGGCGGCGGCGATAATGACGACGCCGGCGAGGGCGTA
GAACACGACGAGGGCCGTGGCGACGACGCCGAGGTCGGGGGAGACGACAA
TAAGGCCAGGGGAGACGATGACAAGGTCGAGACGGAAGACAAGGTTGGGG
GAGACGATGGCGAGGTCGTGGAGGGCGGTGACATGGTCAGGCAGGACGAC
AACAAGGCTGGGGCCGACGAAACGACCGACGAGGGCATGCCTGTTGTCGC
GTGTGAAGTCCCGGCGCCGGCGGCGATGGCAGCGCCAGCGGAGGAGGATG
ACAAGGAGGGATCGTTGAGGGAAGCAACGCCACCAACTGATACCGCTCAG
GCCTGAAGCAGAACTCTCCGCCTTCAGCGGCCGCGGGGTGCGACCGCGGG
CAAGAGACAGCGAGCAGCGTTGAAGCGGATCCGCTTGCCACGTTTGCCGA
CGAGCGCGGGGAGGCGGATCGGGGGAAGTGCAGCAGAGGGCGGAGGAGTA
CTTTGTTGGCCGCTACGACCATGCTATGGCAAGGTCGTGGAACAGGAGGG
AGGCAGTGGCGCGTTGTTCCCTGTGCTTCCCAGTGCCCTCTAGCCTTGCT
TCAACTGGCGGGACGCTCTCGTGTGCGATTCTGTCGTTCGAAAACTCGAC
ACGGAAACGGAAAGCACGTGGAGATTGCAAGTTGAGGTCGGTGCACAGAG
AGCGACGGAAAAACGTGCAGGGAAGAAGCGGGCGTCTTGGGCAATGCTGA
CTGTAATGATCGGATAACAAAAGAGACACGAGGTTTCAAAACATTTCGTT
CCCCGCTGAGGTTTGGCCGCGCCACGCTCCTGGTCGTGTGCGCCGTCGTT
CTGATTGCTTTTGCGGCGCGCACAAACGGGGTTTCGGTTGGTTGGTCGGG
GGGAGGAGGGGGAGGATTCAGCTTGGCATCGAACTTCGTCTCAGTTTTGG
GCACCATGATGCGCAAAGAGCATCGAATGGCGGGGGCGGGGAATGTTTCA
CGTCATATACGGAGGTATATTCCTCCCGCAATTCATCGATAAGTTCGGAA
GTGATTTTGAAAATATTTCTTGTGCATTGCTCAGATCGTGATCTTTTTTA
AAGCTTTATTTCAAGCGCGATTTTCGAGGGGCGCCACAGAGCATTCGTTT
CGCGTGTACAGAAGCTGACCCGCTGCATAAGGGCACACAAGCATCGTAAT
TTCTCCATCAGGTGCGCTAACTGTGTTCGGTTGTGGACAAGTCAGTAAAA
AGGAAAGGATGCCGGAGTCAATTGAATTGTCAGCAGCTAGTCATTTCTGC
ATTTTTCGAAGGGAGAATCCATATGGTGTCCGGAGGATCAGACCAAGGTC
GGCTATTTTCATAATTCCCTTACGTGTTGGAGTCCACAAGCATCTGTGAC
CATGGTTTAGCAAATTTCATTATCACTTAAACCTGTGTTTTGGTTGCGGT
CCCGAGGTGTAAGCAATTCTTCACCGTTTTTTTCATTTATTCCAGTGTAG
TTCGGTTTGTTAGAAAGATAAATCTGAATGTGCTTTGGTCATAGCGGAGT
ATTGCGTGTTCATATTTGGCGCTTGTCTGACCGGCGGTTCCGATCCTGTT
TTTTTAGATTTGTTGGCCTCCGCTTCTCCCTCCCTTTCCTTTGAACGGCC
GCGCGCTTCTACATTGTTCGGCGGTCGCGCTGCCACGAGTTGAAGGGCGG
AGGCGGTTGAGAAGTCGCGGGGCTTTTATGTATTCACAATTAATTGGTGA
TTGTCACGAAATGCATAAATTCACAGGTAATTGGTATAGTCTATGTCACG
AAATACAAACATTATCATGTTTGATCGTTTCCGATAGGATTGTGTTCCGA
CTCTCTGCGGAGGGTTCGCCCGTGAGACCCAGATACGAGTGAGGAGAGAA
AAACCTCTCAACGGCATTACACTGATGTAGAACATCTGAAGGACACCGAG
TTGCGATGTATTCTTTCTGTACAACGCACGGTCGGGGCCGTCCGCGTGAT
CCTGCCTTGAGAGCGGCTTTGCGAGAGCGAGAGCGGCACCCATCGGCGGG
ACGGTTGTGTTCACCTGTCTTGGAGTCGCGGGAGGACTTATTTTCAGTCC
GAGCAACAACACCGACGGCTGCTCTTCGTTACGGGTTACGGTGCCCTTTA
TGTGTTGCGGAGCGGTTTTTCTGTGGTACCCACAATGTGCAGCCTTCTGT
CGAGATGAGAAAGATTCGCAGCCCGCTTTTTGACCTCGTACTCTATGATC
GAATCGCCTGTCGTAGGGGGTTTGCTTGTTCTAGGGTGCGGCATGGGGTG
CTGTGC

Coding sequence (CDS) from alignment at P-fluviatile_contig12:3584275..3609530+

>mRNA_P-fluviatile_contig12.1616.1 ID=mRNA_P-fluviatile_contig12.1616.1|Name=mRNA_P-fluviatile_contig12.1616.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=8286bp|location=Sequence derived from alignment at P-fluviatile_contig12:3584275..3609530+ (Porterinema fluviatile SAG_2381)
ATGGACGCTCAGCACTCAAACGTCCACATGCAGCAACAACCCTTCGCCAT
GGACCCCCTCGCGCCTTCCGTTTCCGGGATGTGGAAGGAATCTCTTGCCA
AGGTCATCCCGGCTATTGTCGTAGTCAGAGTCTGCGCTGTGGCAGCCTTC
GACGGGGCCTCCGAGAGCTACGCCAAGGCAACAGGCTTCGTCGTCGACAA
GGCTCGAGGAATTATCCTCACCAACCGGCACGTCGTCATGCCAGATGGAC
GCTCAGCACTCAAACGTCCACATGCAGCAACAACCCTTCGCCATGGACCC
CCTCGCGCCTTCCGTTTCCGGGATGTGGAAGGAATCTCTTGCCAAGGTCA
TCCCGGCTATTGTCGTAGTCAGAGTCTGCGCTGTGGCAGCCTTCGACGGG
GCCTCCGAGAGCTACGCCAAGGCAACAGGCTTCGTCGTCGACAAGGCTCG
AGGAATTATCCTCACCAACCGGCACGTCGTCATGCCAGGGCCGACTATGG
CCGATGCCGTATTCATGAACAAGGAAGAGGTGGACCTCGTGCCTATCTAC
TACGACCCCGTGCACGACTTCGGCTTCTACAGGTTCGACCCCAAGGCGGT
GAAGTACATGGAGGTCGCCGAGATCGAGCTGAACCCGGAGGGGGCCAAGG
TCGGCGTGGAGATCCGAGTCGTGGGGAATGACAGCGGGGAAAAGCTCAGG
GCCGACTATGGCCGATGCCGTATTCATGAACAAGGAAGAGGTGGACCTCG
TGCCTATCTACTACGACCCCGTGCACGACTTCGGCTTCTACAGGTTCGAC
CCCAAGGCGGTGAAGTACATGGAGGTCGCCGAGATCGAGCTGAACCCGGA
GGGGGCCAAGGTCGGCGTGGAGATCCGAGTCGTGGGGAATGACAGCGGGG
AAAAGCTCAGCATTCTCCCCGGAATTTTGGCGAGGCTCGACCGCGCCGCC
CCCGAGTACACGAGCATGGGCTACCGCGACTTCAACACCTTTTACCTGGC
GGCGGCAAGCTCGACCAGCGGCGGCAGCAGCGGCAGCCCTGTCCTTACCG
TGGACGGGAAGCATTCTCCCCGGAATTTTGGCGAGGCTCGACCGCGCCGC
CCCCGAGTACACGAGCATGGGCTACCGCGACTTCAACACCTTTTACCTGG
CGGCGGCAAGCTCGACCAGCGGCGGCAGCAGCGGCAGCCCTGTCCTTACC
GTGGACGGGAAGGCGGTTGCGCTCAATTGCGGTGCGCTTCTCCAGACGGC
CGCAGCGTTCTACCTCCCGCTTCCCAAGATCGTGCGAGCGCTTGAGCTGA
TTCAGCGGGGCGAGAAGGCGGTTGCGCTCAATTGCGGTGCGCTTCTCCAG
ACGGCCGCAGCGTTCTACCTCCCGCTTCCCAAGATCGTGCGAGCGCTTGA
GCTGATTCAGCGGGGCGAGAAGGTGAGCCGAGGCACGATCCAGTCTGTCC
TGCAGCACACGGCGTTCGACGAGGCGCGGCGCCTTGGCCTGCAGGCGAAG
ACGGAGGCCCGGATCCGGGAGGAGTTCCCCAAGGAGACCGGCGTGCTCTC
GGTGCAAGAGGTCCTGCCGAAAGGCCCCGCGGACGGGGCGTTGGAGCCCG
GGGACGTCGTGGTTCGGATGGTGAGCCGAGGCACGATCCAGTCTGTCCTG
CAGCACACGGCGTTCGACGAGGCGCGGCGCCTTGGCCTGCAGGCGAAGAC
GGAGGCCCGGATCCGGGAGGAGTTCCCCAAGGAGACCGGCGTGCTCTCGG
TGCAAGAGGTCCTGCCGAAAGGCCCCGCGGACGGGGCGTTGGAGCCCGGG
GACGTCGTGGTTCGGATGGACGGCGAGTTGATCACGACATTCCTGCCGTG
GGAAACGTTCCTCGACGAAGGAATCGGGAAGGAGTTGGAGATACAGGTGC
AGCGCGGGGGGAAGGACGTCACCGTCAGGGTAACGGTTGGGACGGCGAGT
TGATCACGACATTCCTGCCGTGGGAAACGTTCCTCGACGAAGGAATCGGG
AAGGAGTTGGAGATACAGGTGCAGCGCGGGGGGAAGGACGTCACCGTCAG
GGTAACGGTTGGAGACCTGCACGCCATCACTCCCAGCGAGTTCTTGGAAG
TAAGCGCCAGCGTGCTGCACCCCCTGAGCTACCAGCAGGCCCGTAACTAC
AACCTGCCCGTAGAGGGGGTGTACCTTGCCCAGAGACCTGCACGCCATCA
CTCCCAGCGAGTTCTTGGAAGTAAGCGCCAGCGTGCTGCACCCCCTGAGC
TACCAGCAGGCCCGTAACTACAACCTGCCCGTAGAGGGGGTGTACCTTGC
CCAGGCCGGCTACATGCTCGAGCGGTCGTGGATAGCCAGTCAGTGCCTCA
TCACGTCCATCGGCTCGGATCCCACGCCGGACCTTGATGCGTGCGAAGCC
GCGCTCAGCAAGCCGGCTACATGCTCGAGCGGTCGTGGATAGCCAGTCAG
TGCCTCATCACGTCCATCGGCTCGGATCCCACGCCGGACCTTGATGCGTG
CGAAGCCGCGCTCAGCAAGCACCCCGATGGCGCGCGCGTGTCAGTGAGGT
ACAAAGCTCTGGCGGATCGACACCGGACCACGACGGCGGTCATCACCATC
GACCGGAAGTGGTTCCCGATGCAGGCACCCCGATGGCGCGCGCGTGTCAG
TGAGGTACAAAGCTCTGGCGGATCGACACCGGACCACGACGGCGGTCATC
ACCATCGACCGGAAGTGGTTCCCGATGCAGCGAGCACGGCGCAACGACGA
CGACGGGCTGTGGCACACCACACCGAGCCCCCTCCCCCCTCCACCGCCAA
CGTGCAACCCTGCTTCACCCGCATCCAAGGCTAAAGCCAAGGCTAAGGCC
AAGGCCAAGGCCAAAGCCAAGGCTCAGGACGGCGGCGACGTTGGAGGGAT
TACCTCCAGCCTAGTGATGGTTTCCTTTGACATCCCGCACCTGCGAGCAC
GGCGCAACGACGACGACGGGCTGTGGCACACCACACCGAGCCCCCTCCCC
CCTCCACCGCCAACGTGCAACCCTGCTTCACCCGCATCCAAGGCTAAAGC
CAAGGCTAAGGCCAAGGCCAAGGCCAAAGCCAAGGCTCAGGACGGCGGCG
ACGTTGGAGGGATTACCTCCAGCCTAGTGATGGTTTCCTTTGACATCCCG
CACCTGGTGGACGGAGTCTCTGATGGCTACTGCCGGGGCGTGGGCGTGGT
GGTGGACAAAGAGCTCGGGCTAGTCGTGGTGGACAGGACGACGGTCCAGG
TCTCTCTCGGTGACGTCATGCTCACCTTCAACGGCAGCGAGGTGGACGGA
GTCTCTGATGGCTACTGCCGGGGCGTGGGCGTGGTGGTGGACAAAGAGCT
CGGGCTAGTCGTGGTGGACAGGACGACGGTCCAGGTCTCTCTCGGTGACG
TCATGCTCACCTTCAACGGCAGCGAGGAAGTGATGGCATGGCCGATCTTC
TCTCACCCGACCCAGAACTTCAGCGTGGTGCAGTTCGACCCTTCCCTCGT
CAACGGACCCTTCACGGCCGCCGTGCTGTCGTCCCGGGACAACGATAAGG
CGGACCACGCGGACAGCAGCGACGAGAGTGGGGAGGACAGCGACGACGAG
AGCGGCGATGAGAGCAGCGATGAGAGGGGCGGCGGTGAAGTGATGGCATG
GCCGATCTTCTCTCACCCGACCCAGAACTTCAGCGTGGTGCAGTTCGACC
CTTCCCTCGTCAACGGACCCTTCACGGCCGCCGTGCTGTCGTCCCGGGAC
AACGATAAGGCGGACCACGCGGACAGCAGCGACGAGAGTGGGGAGGACAG
CGACGACGAGAGCGGCGATGAGAGCAGCGATGAGAGGGGCGGCGGTGGGG
ACGACAACCAAGAAGTGGACGATGAAGAGGACGGGGGAGGAGGAGGAGGA
GGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGG
AGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAG
TGCGAGATGGAGCAGCGTGCCCCACCGCCGGGTACCGCGGCAGCGTCGAC
GACAACGGCACACCTCGAAAACGGCTGCGGCGGCGGCGACGAGGAGGCTC
CCGTGGATGCAGCAGCGGCAGGACGACAGGGCGGGGGCAGGAATGGATGC
GGGATGTCGGGCACGATGATGATGACTCGCCTCCACCATTGCGCCCCGGA
GACATCGCCGAGTTCTACGGGCTGACTTCGGCCAACGCCCCCGTTCGGCA
GCGGGCGGCGGTGGTGAAGCTGGAGTGGGTCTCGTTCCCGACGTCAGCTC
ACCCCCAGTTCACCGCACACAGTGTGGAGGGGGACGACAACCAAGAAGTG
GACGATGAAGAGGACGGGGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGG
AGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAG
GAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGTGCGAGATGGAGCAGCG
TGCCCCACCGCCGGGTACCGCGGCAGCGTCGACGACAACGGCACACCTCG
AAAACGGCTGCGGCGGCGGCGACGAGGAGGCTCCCGTGGATGCAGCAGCG
GCAGGACGACAGGGCGGGGGCAGGAATGGATGCGGGATGTCGGGCACGAT
GATGATGACTCGCCTCCACCATTGCGCCCCGGAGACATCGCCGAGTTCTA
CGGGCTGACTTCGGCCAACGCCCCCGTTCGGCAGCGGGCGGCGGTGGTGA
AGCTGGAGTGGGTCTCGTTCCCGACGTCAGCTCACCCCCAGTTCACCGCA
CACAGTGTGGAGGTCTTGCAGTTCGACCAGATCGCCAGCTGCCTGGGGGG
GGTCTTCATCGCCGTCCCCCGGGTGTCGTCACGGGGAGGGGGTAAGAATA
GCGCATCCCCCGATACCTCCTCCTCGGTTCCCTCTTCCTCCTCCTCCTCC
TCCTCCTCCTTCTCACCGTCGGCGCGATCACCGTCATCGTCGTCATCATC
AACGGTTACCCCGGTAGTTTCGGCGTTCTGGCACTCCTTCGCGTTTTCGA
CGACCGAGGGGCGAAAGCACACGTACCGCGGCCTTCCCGCCCCTGTCGTG
CGCCGGGCGGTGGATTGCATCCGACGAGATTTGCTACAGAAGGAGCAGGA
GAAGGGGGAGGGGAAGGGGAAGGAGAAGGAGAAAGAGCCGGAGAAGGAGA
GGGAGAAGGGGAAGGAGAAGGGGCCGGAGGCGAAGATGAGGAGGAACGAC
GCTGGAAGCAAGGGTCTTGCAGTTCGACCAGATCGCCAGCTGCCTGGGGG
GGGTCTTCATCGCCGTCCCCCGGGTGTCGTCACGGGGAGGGGGTAAGAAT
AGCGCATCCCCCGATACCTCCTCCTCGGTTCCCTCTTCCTCCTCCTCCTC
CTCCTCCTCCTTCTCACCGTCGGCGCGATCACCGTCATCGTCGTCATCAT
CAACGGTTACCCCGGTAGTTTCGGCGTTCTGGCACTCCTTCGCGTTTTCG
ACGACCGAGGGGCGAAAGCACACGTACCGCGGCCTTCCCGCCCCTGTCGT
GCGCCGGGCGGTGGATTGCATCCGACGAGATTTGCTACAGAAGGAGCAGG
AGAAGGGGGAGGGGAAGGGGAAGGAGAAGGAGAAAGAGCCGGAGAAGGAG
AGGGAGAAGGGGAAGGAGAAGGGGCCGGAGGCGAAGATGAGGAGGAACGA
CGCTGGAAGCAAGGACGAGGAACCATCCAACGTGGCGGCAGCGGTAACGG
CGGAGGGAGCCGAAGGCAGCCTCCTGGGCGCGGTGCCATGCCTGCCGCTG
CACCTTGTGACCGTCGAGCTCAGCAAAGCCAGGGCGGGGCTGGGCCTCAG
CGACGAGTGGGCCGCGAGGATCAAGAGGCGGTGCGGCGAGCGGCACGAGG
AACCATCCAACGTGGCGGCAGCGGTAACGGCGGAGGGAGCCGAAGGCAGC
CTCCTGGGCGCGGTGCCATGCCTGCCGCTGCACCTTGTGACCGTCGAGCT
CAGCAAAGCCAGGGCGGGGCTGGGCCTCAGCGACGAGTGGGCCGCGAGGA
TCAAGAGGCGGTGCGGCGAGCGGCGCAAAAATAGCGCAAAAATAGCGTGC
TGGAGGTGTGGCGCTGTATGGTCGGCACCCCAGCGTTCGATGTGGTCGAG
ACCGGCGACATCATCCTGGCCGTGGACGGCAAGACAGTCACCAGGTTCAG
AGTGCTGGAGGTGTGGCGCTGTATGGTCGGCACCCCAGCGTTCGATGTGG
TCGAGACCGGCGACATCATCCTGGCCGTGGACGGCAAGACAGTCACCAGG
TTCAGAGAAGTGGAAGTGGCGGTGGAGGAGGGCGAAGGGAGGCCGGTTCG
GCTCACCATCTTAAGGCAACTCGAGGAGCGGGAGATCACGGAAGTGGAAG
TGGCGGTGGAGGAGGGCGAAGGGAGGCCGGTTCGGCTCACCATCTTAAGG
CAACTCGAGGAGCGGGAGATCACGGTGAAGCCATCGCGCCTGCCCACTCG
CGAGACGGAACGGCTGGTCATGTGGGCCGGGCTGATGGTGCAGGCGCCGC
ACCTCGCCGTGCTCCAGCGAGGGTGAAGCCATCGCGCCTGCCCACTCGCG
AGACGGAACGGCTGGTCATGTGGGCCGGGCTGATGGTGCAGGCGCCGCAC
CTCGCCGTGCTCCAGCGAGGGTTTTTGCCGAAGGAGGGGGGAGGCGTGTT
TGTATCCCACTGGTGCTACGGGTCTCCGGCGCACAAGTACAACCCGGGCT
GCACCAATTGGATCGTCGAGGTTTTTGCCGAAGGAGGGGGGAGGCGTGTT
TGTATCCCACTGGTGCTACGGGTCTCCGGCGCACAAGTACAACCCGGGCT
GCACCAATTGGATCGTCGAGGTAAACGGCACCCCCACCCCTACGCTAGAC
GCCTTCCTTGAGGTCGTAAAACAAATCGGCGACAAGTCTACCGCCCGGAT
TAAGACGGTAAACGGCACCCCCACCCCTACGCTAGACGCCTTCCTTGAGG
TCGTAAAACAAATCGGCGACAAGTCTACCGCCCGGATTAAGACGGTGGGC
CTGGACTCGAAAGTGGATGTCGCAACGCTCCGCACAGACCATCACTATTG
GTGGGCCTGGACTCGAAAGTGGATGTCGCAACGCTCCGCACAGACCATCA
CTATTGGCCCACGCTGGAGCTCCGCCGCTCGGAGGGCGTGTGGACGAGAA
CGGTGCACAATTGCGGCGGCGGCACCACCATCAGCATCAGCCCCGGCACC
GGACGTCGCGGCCTCGTAGACGACGCTGACTGCGGGGCCTGCACCAGCAC
CACCGCCACAAGTACGGTATCCTCCAGCGAGCTCCTTGGAGAAGACGAAA
CTGACGGCGACGAGGTCGGCGGCGGCGGCGGCGGCGGCGATAATGACGAC
GCCGGCGAGGGCGTAGAACACGACGAGGGCCGTGGCGACGACGCCGAGGT
CGGGGGAGACGACAATAAGGCCAGGGGAGACGATGACAAGGTCGAGACGG
AAGACAAGGTTGGGGGAGACGATGGCGAGGTCGTGGAGGGCGGTGACATG
GTCAGGCAGGACGACAACAAGGCTGGGGCCGACGAAACGACCGACGAGGG
CATGCCTGTTGTCGCGTGTGAAGTCCCGGCGCCGGCGGCGATGGCAGCGC
CAGCGGAGGAGGATGACAAGGAGGGATCGTTGAGGGAAGCAACGCCACCA
ACTGATACCGCTCAGGCCTGAGCCCACGCTGGAGCTCCGCCGCTCGGAGG
GCGTGTGGACGAGAACGGTGCACAATTGCGGCGGCGGCACCACCATCAGC
ATCAGCCCCGGCACCGGACGTCGCGGCCTCGTAGACGACGCTGACTGCGG
GGCCTGCACCAGCACCACCGCCACAAGTACGGTATCCTCCAGCGAGCTCC
TTGGAGAAGACGAAACTGACGGCGACGAGGTCGGCGGCGGCGGCGGCGGC
GGCGATAATGACGACGCCGGCGAGGGCGTAGAACACGACGAGGGCCGTGG
CGACGACGCCGAGGTCGGGGGAGACGACAATAAGGCCAGGGGAGACGATG
ACAAGGTCGAGACGGAAGACAAGGTTGGGGGAGACGATGGCGAGGTCGTG
GAGGGCGGTGACATGGTCAGGCAGGACGACAACAAGGCTGGGGCCGACGA
AACGACCGACGAGGGCATGCCTGTTGTCGCGTGTGAAGTCCCGGCGCCGG
CGGCGATGGCAGCGCCAGCGGAGGAGGATGACAAGGAGGGATCGTTGAGG
GAAGCAACGCCACCAACTGATACCGCTCAGGCCTGA