mRNA_P-fluviatile_contig2.3772.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig2.3772.1
Unique Name	mRNA_P-fluviatile_contig2.3772.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: D7FS58_ECTSI (Subtilisin n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FS58_ECTSI)

HSP 1 Score: 1253 bits (3242), Expect = 0.000e+0
Identity = 667/991 (67.31%), Postives = 784/991 (79.11%), Query Frame = 1

Query:  946 GEEARGSADDRAPPNEAQLHRIRNALVREHGLDDVERLWAQTVDHSSKEGSCDFGRLRASSVPDDV-----RTDSGAQGLGKNSRPHDERSHRNGGSGPSPRDSASTKRASGEKHDRVVLRGAGSLGNTPESNAHCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTGGKSGTHSPTESSSQRSWFVRWEMDIDGIPISQVATEAFEDGIAEAISSETGGYTEVNSTVVVKIDHPADGDSSDGSTVTVEIVVASEVDGHAVLTYILSHVEGTSSTSPLSSAGVDGGKDGIVDALNAALQSRTTSGCLCVAAPVGAGAEGGGYDCSACAEGGTFSTARSITTSSRG-YDLLSVDRSSGKSPVSVFDS--DNPEGDDD-MFWGDFAGGQGIRGFIRCDTYFDMGGVVVALVLFTCMGLLALRQC-FNGDGGDLEKRLNSTLRGRGSRGGEPSPGVGNKAGLLSSADNAHTRAVRKQQRRSNTTEHMQSDSSIFTPKATPAP 3888
            G E RG   D AP ++ ++HR  N L+  HGL D+  LW QTVD SSK+G+CDF RL ASS P++       T    +G G +     +R        PS +     KR  G  +DRVVLRGA SLGNTPE NAHCLLTV+AYLVTRPEV+Y+D+LPQVFELNVEAAWITQSGE+ +Y +WNEGIDG TEIIA+ADSG+ +NSCFF+ED TDDNI+CS++S PVFDLTKRK+VQYVG+VDC DTE+GHGTHVAG+A G +S +SPG+HFGDG  FG KLAVFDFGNS+G L      ++QMLQPPYDIG+RISTNSWGAVRT+YTSLDRQ+DDFAY+  DMV+++AAGNCGDEISGC+YQN  I+G+GSILSPALGKN+I+VGASE++PS+AGLA+N+DEVAYFSS GPT DDNRIKPDV+APGYHLFSASA+PD   SCE+GPMAGTSMATPV AG AAMIRQYFVQGWYPSGIATPS++FNPSNALVKAM+V+SGTAMA+YD SAG+T LG PPD  QGFGRVLLDSVLNVRGSVDL+VED +DMTHG+V+S+ I+M GV+SSAFDG+MKVTMVWMEPAG+S SV+PVFNDLDL VVA+DG SESTFYPNNLAAKDPDNTVEM+VIP+VDSYEWFN+TVT ASVTT SLPYYALVVTGG +GT+SPT S++ RSWFVRWEMDIDGIP++QVATEAFE G+AEAIS+ETG YT+  S+VVVKIDH     S D STVTVEIVVASE DG+AVLTYI+S VEGTSS+       V  G  G+V ALN AL+SRTT GC CV        +GGGYDCSAC EG  FSTA SITT S G YDLLSVDRSSG+ PVSVF S  DN + DDD MFW D +GG+ IRG IR D+Y  M GVV A+VLFT +GL ALR+   + +G    +RL+ST    G  G  P  G   KA L   +D   T++V    ++++ ++       IFTP+ATPAP
Sbjct:   67 GNERRGLNVDEAPTSQTRMHRTWNTLIESHGLTDLGSLWEQTVDQSSKDGACDFRRLGASSAPEESSKAGSNTKDSKEGAGPHGTTRQDRRP-----SPSHKGPVGKKRREGGANDRVVLRGADSLGNTPEDNAHCLLTVLAYLVTRPEVSYVDDLPQVFELNVEAAWITQSGEETAYSMWNEGIDGSTEIIAMADSGLDVNSCFFTEDLTDDNIDCSSWSNPVFDLTKRKIVQYVGFVDCVDTENGHGTHVAGSAAGGLSNSSPGEHFGDGAGFGAKLAVFDFGNSEGGLVTPSSLKSQMLQPPYDIGARISTNSWGAVRTTYTSLDRQVDDFAYLNQDMVIVIAAGNCGDEISGCQYQNADIYGSGSILSPALGKNIISVGASEASPSTAGLADNVDEVAYFSSQGPTVDDNRIKPDVVAPGYHLFSASAKPDQESSCEIGPMAGTSMATPVVAGAAAMIRQYFVQGWYPSGIATPSNIFNPSNALVKAMIVTSGTAMASYDSSAGSTTLGSPPDAIQGFGRVLLDSVLNVRGSVDLFVEDRVDMTHGDVNSHFIEMDGVSSSAFDGDMKVTMVWMEPAGFSGSVAPVFNDLDLKVVAYDGTSESTFYPNNLAAKDPDNTVEMVVIPDVDSYEWFNVTVTAASVTTTSLPYYALVVTGGVAGTYSPTASTA-RSWFVRWEMDIDGIPVAQVATEAFEAGLAEAISAETGDYTDETSSVVVKIDHSTASASDDRSTVTVEIVVASEADGYAVLTYIISFVEGTSSS-------VAEGNQGLVAALNEALESRTTEGCACVEVQA---IDGGGYDCSACEEGAVFSTASSITTMSPGGYDLLSVDRSSGRYPVSVFASASDNSDADDDGMFWSDLSGGKTIRGIIRSDSYVHMAGVVAAIVLFTSLGLFALRRGRLDAEG----RRLSSTSGSGGDGGVSPQRG---KARL---SDTGTTQSVAD--KKASGSKRRDDSREIFTPQATPAP 1029

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A6H5JJQ5_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JJQ5_9PHAE)

HSP 1 Score: 614 bits (1583), Expect = 2.570e-198
Identity = 347/522 (66.48%), Postives = 405/522 (77.59%), Query Frame = 1

Query: 2335 GWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTGGKSGTHSPTESSSQRSWFVRWEMDIDGIPISQVATEAFEDGIAEAISSETGGYTEVNSTVVVKIDHPADGDSSDGSTVTVEIVVASEVDGHAVLTYILSHVEGTSSTSPLSSAGVDGGKDGIVDALNAALQSRTTSGCLCVAAPVGAGAEGGGYDCSACAEGGTFSTARSITTSSRG-YDLLSVDRSSGKSPVSVFDS---DNPEGDDDMFWGDFAGGQGIRGFIRCDTYFDMGGVVVALVLFTCMGLLALRQCFNGDGGDLEKRLNSTLRGRGSRGGEPSPGVGNKAGLLSSADNAHTRAVRKQQRRSNTTEHMQSDSSIFTPKATPAP 3888
            GWYPSGIATPS++FNPSNAL+KAM+V+SGTAMA+YD SAG+T LG PPDG QGFGRVLLDSVLNVRGSVDL+VED +DM HG+V+S+LI+M GV+SSAFDG+MKVTMVWMEPAG S SV+PVFNDLDL VVA+DG SESTFYPNNLAAKDPDNTVEM+VIP+VDSYEWFN+TVTGASVTT  LPYYALVVTGG +G +SPT S++ RSW+VRWEMDIDGIP++QVATEAFE G+AEAIS+ETG YT+  S+V+VKIDH     S D STVTVEIVVASE DG+AVLTYI+S VEGTSS+       V  G  G+V ALN AL+SRTT GC CV   V    +GGGYDCSAC EG  FSTA SITT+S G YDLLSVDRSSG+SPVS+F S   D+   DDDMFW D AGG+ IRG IR D+Y  M GVV+A+VL T +GL ALR+       D E R  S+  G G R G  SP  G KA L   +D   T+ V    R+++ ++       +FTP+ATPAP
Sbjct:    6 GWYPSGIATPSNIFNPSNALIKAMIVTSGTAMASYDSSAGSTTLGSPPDGIQGFGRVLLDSVLNVRGSVDLFVEDWVDMAHGDVNSHLIEMDGVSSSAFDGDMKVTMVWMEPAGISGSVAPVFNDLDLKVVAYDGTSESTFYPNNLAAKDPDNTVEMVVIPDVDSYEWFNVTVTGASVTTTRLPYYALVVTGGVAGAYSPTASTA-RSWYVRWEMDIDGIPVAQVATEAFEAGLAEAISAETGDYTDETSSVMVKIDHSTAFASDDRSTVTVEIVVASEADGYAVLTYIISFVEGTSSS-------VAEGNQGLVAALNQALESRTTEGCACVEVQV---IDGGGYDCSACEEGAVFSTASSITTASPGGYDLLSVDRSSGRSPVSIFASASDDSDADDDDMFWSDLAGGKTIRGIIRSDSYVHMAGVVIAIVLSTSLGLFALRRGRL----DAEGRRLSSTSGSG-RDGVVSPRPG-KARL---SDAGTTQGVAD--RKASGSKRRDDSHEMFTPQATPAP 505

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A835YK17_9STRA (Subtilisin (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YK17_9STRA)

HSP 1 Score: 617 bits (1590), Expect = 2.310e-195
Identity = 359/738 (48.64%), Postives = 457/738 (61.92%), Query Frame = 1

Query: 1273 HDRVVLRGAGSLGNTPESNA--HCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTS--PGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQN-TAIFGAGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMT-HGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLP-YYALVVTGGKSGTHSP-TESSSQRSWFVRWEMDIDGIPISQVATEAFEDGIAEAISSETGGYTEVNSTVVVKIDHPADGDSSDGSTVTVEIVVASEVDGHAVLTYILSHVEGTSSTSPLSSAGVDGGKDG-IVDALNAALQSRTTSGCLCVAAPVGAGAEGGGYDCSACAEGGTFSTARSITTSSRGYDLLSV 3459
            HDRVV+RG  +L ++  + A  HCLL++ A+L+T   V Y+D LP V  LN  AAWI QSG + +Y +W  G+   TEIIA+ADSGV L SCFFSE+   DNI CSTY+ PV DL KRKVVQYVGYVDC D + GHGTHVAGT  GA    +  PG H GDG+AF  KLAVFDFG++ G+L        QML  PY  G+R+S+NSWGA R SYT+LD QLD +AY RPD VV+VAAGNCGD  SGC      AI GAGS+LSPAL KNVI VGASEST +SA L   +  VAYFSS GP A D RIKPDV+APGYH FSA A P    SC V   AGTSMATPV A  AAMIRQYF+QGWYPSG   PSD+ NPS ALVKA+LV++   M AY G A T  LG  PDG+QG+GRVLLD+ LNV GSVD++ +D + M   G V +Y         +A+ G+ + TMV++EPAG   + SPV NDLDLLV AFDG + S F+PN     D  NTVE + +P+  +Y  F +TVT + V T + P ++ALVVTGG+   + P   S +  + +V     + G    +  T  +    A A+++         +  V  +       ++D + V++ + VA    G AVL Y+L+  E T            GG++  +V  L +AL   T+ GC+C        A  G YDC+ CA G  + T  ++T ++  YDL + 
Sbjct:    1 HDRVVIRGVDALSSSGSALARRHCLLSLTAFLLTSDAVCYVDVLPAVTALNTVAAWIVQSGVEGAYPMWTAGLQADTEIIAVADSGVDLASCFFSEEDPTDNIACSTYTNPVTDLAKRKVVQYVGYVDCGDEQAGHGTHVAGTLAGAQRSAAGAPGQHLGDGLAFAAKLAVFDFGDAAGALYTPSDLAAQMLAAPYAAGARVSSNSWGAARDSYTTLDAQLDAWAYARPDAVVVVAAGNCGDAASGCAGDGGAAIAGAGSVLSPALAKNVIAVGASESTGASAPLGGGVGNVAYFSSQGPLAGDGRIKPDVVAPGYHTFSAQANPAEPGSCRVAAKAGTSMATPVVAAAAAMIRQYFLQGWYPSGAPNPSDIHNPSGALVKAVLVNAAVPMTAYRGLAATVPLGTGPDGYQGWGRVLLDAALNVAGSVDMHAQDMVYMNVTGMVKTYTF----AVDAAYAGDFRATMVFVEPAGAVGAASPVLNDLDLLVTAFDGYTHSVFHPNGGPGADGVNTVERVTVPDAQAYASFAVTVTASRVATPTQPPFFALVVTGGQVVGYQPGLLSYADTAMYVSARFTVAGSSPQEATTANYAGAFAAALAAGFAAXXXXXAADVALVRVDTVAGAADAAAVSLRVTVADITAGGAVLAYLLAVSEDT------------GGENAALVARLVSALSGVTSDGCVCATT-----ATAGTYDCARCAAGQPYGTVTAVTLAAGDYDLFTA 717

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A6H5JFT7_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JFT7_9PHAE)

HSP 1 Score: 468 bits (1204), Expect = 1.200e-144
Identity = 272/527 (51.61%), Postives = 330/527 (62.62%), Query Frame = 1

Query:  196 MWHTSLGIELDGASFGRENAFRATIDSQWALLISQDERDKNSHRFLLEGKNSARGTTKPLTRSPFLVCGDRHPDAILALESVAHRARTQLAYSRGDTACLLAGLRLDEVETVRQSDGIHVVEPLPQPAKLSRSLHATLDDRSDSSDGGASLENNDGKS-------GDGAPHQRLSPPC-----------------------------------NIRFNHGEGLPSDLDVSLTPGTWGLDMMETWTEHLTSFESTAHLWNEHLRERFMWTRSPARDEDEPFGVPRSIDTQNDKGEEARGSADDRAPPNEAQLHRIRNALVREHGLDDVERLWAQTVDHSSKEGSCDFGRLRASSVPDDVRTDSGAQGLGKNSR-------PHDE-RSHRNGGSGPSPRDSASTKRASGEKHDRVVLRGAGSLGNTPESNAHCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKV 1626
            MWHTSLG++LD +S  RE A+R+ +D QWA+L SQD+ ++      L G+ S   +  PL+RSPFLVCGDRHPDA+LA+ESV HRARTQLAYSRGDT CLLAGLRLD+V+TVR+S+ +HVVEPLPQPAKLSRSLHA LD+   S  G   + NND  S        DG   +R+ P                                      +RFNHGEGLPSDLDVSLTP                                         DEDE  G  R     +D G+E RG   D AP ++ +LHR +N L+  HGL D+  LW QTVD SSK+G+CDF RL ASS P++      +   G N+R       PH   R  R+   GPS +D    KR+ G  +DRVVLRGA SLGNTPE NAHCLLTV+AYLVTRPEV+Y+D+LPQVFELNVEAAWITQSGE+ +Y +WNEGIDG TEIIA+ADSG+ +NSCFF+ED TDDNI+CS++S PVFDLTKRK+
Sbjct:    1 MWHTSLGVQLDDSSSVREEAYRSIVDFQWAILASQDDANQTQQSSSLAGQTSESDSLTPLSRSPFLVCGDRHPDAVLAVESVVHRARTQLAYSRGDTVCLLAGLRLDDVDTVRRSETVHVVEPLPQPAKLSRSLHAKLDEPPKSPVG---VVNNDSFSPSNRNSGDDGETRKRVLPVAATERAGGVPSPATQQTESGETVISDNDGQQGQQQRRVRFNHGEGLPSDLDVSLTP-----------------------------------------DEDE--GAVREGAGDSD-GKERRGLNVDEAPTSQTRLHRAQNTLIGSHGLTDLGSLWEQTVDQSSKDGACDFRRLGASSAPEE------SSNAGSNTRDYKGHAGPHGTTRRRRDRRPGPSQKDPVGKKRSGGGVNDRVVLRGADSLGNTPEDNAHCLLTVLAYLVTRPEVSYVDDLPQVFELNVEAAWITQSGEETAYSMWNEGIDGSTEIIAMADSGLDVNSCFFTEDHTDDNIDCSSWSNPVFDLTKRKL 474

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A835Z5P2_9STRA (Subtilisin n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z5P2_9STRA)

HSP 1 Score: 490 bits (1261), Expect = 4.150e-142
Identity = 344/1012 (33.99%), Postives = 464/1012 (45.85%), Query Frame = 1

Query:  376 TRSPFLVCGDRHPDAILALESVAHRARTQLAYSRGDTACLLAGLRLDEVETVRQSDGIHVVEPLPQPAKLSRSLHATLDDRSDSSDGGASLENNDGKSGDGAPHQRLSPPCNIRFNHGEGLPSDLDVSLTPGTWGLDMMETWTEHLTSFESTAHLWNEHLRERFMWTRSPARDEDEPFGVPRSIDTQNDKGEEARGSADDRAPPNEAQLHRIRNALVREHGLDDVERLWAQTVDHSSKEGSCDFGRLRASSVPDDVRTDSGAQGLGKNSRPHDERSHRNGGSGPSPRDSASTKRASGEKHDRVVLRGAGSLGNTPESNA-------------------HCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDN----------IECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYD-IGSRISTNSWGAVRTS----------YTSLDRQLDDFAYIRPDMVVLVAA------------------------------------GNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKS-----------CEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISEST-FYPNNLAAKDPDNTVEMIVIPN----VDSYEWFNITVTGASVTTFSL-----PYYALVVTGGKSGTHSPTESS-----SQRSWFVRWEMDIDGIPISQVATEAFEDGIAEAISSETGGYTEVNSTVVVKID 3105
            +R+  LVC +R   A+ A+    H  R QL +S G  ACL+      E + + ++  +  +  LP  AKLS  L A L   +D                      R S P          LP+ LDVSL PG      +  W   L   +    LW +HL                                                     +A       DD    W    D  + +G CDF  L                                   GP            G  HDRV +RG   L       A                               R +V Y+D LP +   N  AAWI QS  + +  +W+ G+ G  E+IA++DSGV   SCFF+E+               ++CS +++PV DL +RK+VQYVG+ DC D   GHGTHVAGT  GA +  + G H GDG+AF  KLAVFD G SDG+L      + QML P Y   G+RIS NSWGA+             YT+LDRQ+D +AY  PD V++VAA                                    GNCGD+ SGC      + GAGS++SPAL KNVI VGASES   SA L  ++D VAYFSS GPT  D RIKPD+LAPGYH  SA A                  C V  MAGTSMA PV +  AA++RQYFVQGWYPSG   PSD++NPS ALVKA+LV+    MA Y G A +  LG  PDG+QG+GR+ LD+ L++ GSVDL+V   +D  +    +++   S      +DG+ + TMV++EP G   +VSPV NDLDL+V A+D  +  T FYPN  AA D  NTVE +V+        ++  F++TV  A++ T S      P++AL VTGG++  +    ++     S  +W+VR  + ++G    + AT  F   +A A+++  GG     +  + ++D
Sbjct:   69 SRAAVLVCTERSSQAVSAVVQSVHGVRAQLVHSSGTRACLIVHATAAEAQALSEAQSVEGLTLLPHSAKLSPDLLAGLRPAADG---------------------RSSSP----------LPASLDVSLCPGVHAKGQLSHWRRALR--DHGRRLWTQHL-----------------------------------------------------SAATSLSADDDAAGFWRDVADAHAGDG-CDFAALWVEDA------------------------------GP------------GTAHDRVTVRGVDRLARVRSGAAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXAARGDVLYVDALPALRAHNTVAAWIAQSARRGATPLWSAGLRGGGEVIAISDSGVDAASCFFTEEPRXXXXXXXXXXXXAVQCSNFTSPVTDLRRRKIVQYVGFADCADAPGGHGTHVAGTLAGAQAGATAGRHLGDGIAFDAKLAVFDLGASDGTLLTPADLKAQMLTPSYKGAGARISNNSWGAIXXXXXXXXXXXXMYTTLDRQMDMWAYNNPDAVLVVAATFPTPSQYPHPRXXXXXXXXXXXXXXXXXXXXXXXAGNCGDKGSGCAGGAGQLAGAGSVMSPALAKNVIAVGASESALGSAALGGDVDNVAYFSSQGPTPGDGRIKPDILAPGYHTVSAEAAXXXXXXXXXXXXXXXXXCRVAAMAGTSMAAPVVSAAAALMRQYFVQGWYPSGRPNPSDVYNPSGALVKALLVNGAAPMARYRGRAESVTLGAGPDGYQGWGRIQLDAALDIGGSVDLHV---VDRVYVRAANFVATYSYTVRDGYDGDFRATMVFVEPPGAVGAVSPVLNDLDLIVTAYDSAARPTVFYPNGGAAPDAVNTVERVVVKRDTAAARAFVAFDVTVRAAALVTASASPPQPPFFALAVTGGRARGYDAAAAATRFDYSDATWYVRLTLSVEGTAPQEAATANFGRALAAALAAAYGGGLSAAAVSLTRVD 948

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: D7FS20_ECTSI (Subtilisin n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FS20_ECTSI)

HSP 1 Score: 379 bits (972), Expect = 1.290e-103
Identity = 229/553 (41.41%), Postives = 323/553 (58.41%), Query Frame = 1

Query: 1336 CLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQ--MLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIFG--AGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAM--AAYDGSAGT--TILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISEST---FYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTGGKSGTHSPTESSSQRSW 2961
            CL  ++A+   +PEV Y+    +    N++AAW+TQS       +W+E + G+ EII +AD+G+ LN C F ED  D NIE S +  PV DL KRKVVQY+ +VD  D   GHGTHVAG+  GA S    GD   DGMAF GKLAVFDFG+SD       P +    +L+P YD G+R+ +NSW  V T YT+L  ++D+F Y   +M+V+ AAGNCGD  +     N ++     G++LSPA GKNV+ VG+SES         ++D V+YFSS GPT D  RIKPDV+APG   +SA+A     ++CE G   GTSM+TP+ AG  AM RQYF +GWY +G    S  F+PS AL+KA+L++S T M  A  +  +GT    L  PPD  QGFGRV + + LN+  +V ++ ED +++  GE   Y  D+S    +  D ++++T+VW +P     S   + +DLDL+V+A     EST   +YPN L   D  N VE I I +    E + I V+   ++ +    +A++  G    T++   +     W
Sbjct:  384 CLSALLAFFSLQPEVRYVTARRKTATQNLDAAWVTQSAVDGYTPLWDENLQGQDEIIGVADTGLDLNHCQFREDDGD-NIEASDWDDPVTDLDKRKVVQYIDFVDDFDEADGHGTHVAGSICGAQSGEDAGDDDADGMAFQGKLAVFDFGDSDNFNALTTPDEIDSVILEPAYDGGARVHSNSWDTVSTEYTALSNEVDEFVYTHQNMLVVFAAGNCGDTSTDDLIDNCSVLDDDEGTVLSPAQGKNVVAVGSSES---GGVTGKDMDTVSYFSSKGPTID-GRIKPDVVAPGDPTWSAAAD-TTGETCEFGSQTGTSMSTPIVAGNGAMARQYFREGWYNTGSKNESLGFDPSGALLKAVLINSATGMSFAGVNPDSGTLDVTLTTPPDTHQGFGRVTMINALNINSTVGIFFEDWVEIREGETIDY--DVSLYEDADTDKDLRITLVWTDPPASVGSTEALIHDLDLVVIA-----ESTGTEYYPNGLEEADTVNNVEKITITDTTQGENYIIRVSCNELSEYDTQNFAVIANGEFIKTNALPTAQDPSDW 923

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BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: K8ZC45_NANGC (Subtilisin n=2 Tax=Nannochloropsis gaditana TaxID=72520 RepID=K8ZC45_NANGC)

HSP 1 Score: 335 bits (858), Expect = 3.600e-92
Identity = 220/560 (39.29%), Postives = 310/560 (55.36%), Query Frame = 1

Query: 1288 LRGAGSLGNTPESNAHCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYD-------IWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTS-YTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPSSAGLANNIDE-----VAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTI-LGDPPDGFQGFGRVLLDSVLNVRG-----SVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTG 2910
            L  A    +T    + CLL ++A++ + P V Y++E   V   N  AA +TQSG+   Y+       +++ G+DG  +++ + D+GV  NSCFFS+ +    +  +T S   FD ++RK+VQYV + D  D E+GHGTHVAGT  G    TS      +G+A G KLA FD G S G L       T++  P Y  G+RI +NSWG      YTS D ++D F Y   D +VLV+ GN G E            G G + SPAL KNV++VGAS        L+N   +     VAYFSS GPT D  RIKPD++ PG  L SA++      +C V    GTSMA PVAAG+AAM+RQYFV+GWYP G+   +D F P+ AL+KAML++S   MAA+D + GT + LG PPD +QG GR+ L  VL ++      + +LYV +   +   E H Y   +     S     +K+T+VW++P   +SS + V +DLDL+V  +     S+++PN     D  NTVE + + +    +   +TVT  SV T     YAL  +G
Sbjct:  355 LEQAYDSNSTISDQSACLLALLAFVSSDPAVLYVEEYSSVVLYNAAAAHLTQSGDDGQYNQATSSFPLYDVGLDGTNQVVQVVDTGVDQNSCFFSDAKGP--LPTTTISEAAFDSSRRKIVQYVQWADSTDVENGHGTHVAGTMAGVSLDTSMDMSSYEGVARGAKLAFFDMGFSSGGLTLPSNFATRLFPPGYAAGARIFSNSWGTPSAKFYTSADTEIDKFMYEYDDTLVLVSGGNKGRE------------GIGGVASPALSKNVLSVGAS--------LSNRYADLDPTHVAYFSSWGPTKD-GRIKPDIVTPGRRLVSAAS----GATCGVTIKQGTSMACPVAAGSAAMVRQYFVEGWYPRGVKRAADGFVPTGALLKAMLINSAVPMAAFDFNNGTLLPLGLPPDVYQGHGRIKLADVLPIKSLGATTTPNLYVVNGASIKEEEKHVYKFSIPATGKSP----VKITLVWIDPDTTASSATTVLHDLDLMV--YSQKEGSSYFPNGRTNADNVNTVEKVALYSPTPGDTLTVTVTATSVATRPEQRYALAASG 881

[Close]

BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A4D9CUI1_9STRA (Subtilisin n=2 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CUI1_9STRA)

HSP 1 Score: 335 bits (859), Expect = 1.570e-90
Identity = 220/557 (39.50%), Postives = 312/557 (56.01%), Query Frame = 1

Query: 1288 LRGAGSLGNTPESNAHCLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYD-------IWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTS-YTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPSSAGLANNID--EVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTI-LGDPPDGFQGFGRVLLDSVLNVRG-----SVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTG 2910
            L  A    +T    + CLL ++A++ + P V Y++E   V   N  AA +TQSG+   Y+       +++ G+DG  +++ + D+GV  NSCFFS+ +    +  +T S   FD ++RK+VQYV + D  D E+GHGTHVAGT  G    TS      +G+A G KLA FD G S G L       T++  P Y  G+RI +NSWG      YTS D ++D F Y   D +VLV+ GN G E            G G + SPAL KNV++VGAS S   +     ++D   VAYFSS GPT D  RIKPD++ PG  L SA++      +C V    GTSMA PVAAG+AAM+RQYFV+GWYP G+   +D F P+ AL+KAML++S   MAA+D + GT + LG PPD +QG GR+ L  VL ++      + +LYV +   +   E H Y + +     S     +K+T+VW++P   +SS + V +DLDL+V  +     S+++PN     D  NTVE + + +    +   +TVT  SV T     YAL  +G
Sbjct:  356 LEQAYDSNSTISDQSACLLALLAFVSSDPAVLYVEEYSSVVLYNAAAAHLTQSGDDGQYNQATSSFPLYDVGLDGTNQVVQVVDTGVDQNSCFFSDAKGP--LPTTTISEAAFDSSRRKIVQYVQWADSTDVENGHGTHVAGTVAGVSLDTSMDMSSYEGVARGAKLAFFDMGFSSGGLTLPSNFATRLFPPGYAAGARIFSNSWGTPSAKFYTSADTEIDKFMYEYDDTLVLVSGGNKGGE------------GIGGVASPALSKNVLSVGASLSDRYA-----DLDPTHVAYFSSWGPTKD-GRIKPDIVTPGRRLVSAAS----GATCGVTIKQGTSMACPVAAGSAAMVRQYFVEGWYPRGVKRAADGFVPTGALLKAMLINSAVPMAAFDFNNGTLLPLGLPPDVYQGHGRIKLADVLPIKSLGATTTPNLYVVNGASIKEEEKHVYKLSIPATGKSP----VKITLVWIDPDTRASSATTVLHDLDLMV--YSQKEGSSYFPNGRTNADNVNTVEKVALYSPMPGDTLTVTVTATSVATRPEQRYALAASG 882

[Close]

BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A4D9D260_9STRA (Subtilisin n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9D260_9STRA)

HSP 1 Score: 332 bits (851), Expect = 1.910e-89
Identity = 209/551 (37.93%), Postives = 312/551 (56.62%), Query Frame = 1

Query: 1336 CLLTVMAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTEIIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSA-SAQPDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVKAMLVSSGTAMAAYDGSAGTTI-LGDPPDGFQGFGRVLLDSVLNVR--GSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLA-AKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTGGKSGTHSPTESSSQRSWFVRW 2973
            CL +++AY  + PEV +L+  P V   +  AA   QSGE+ S  +W+ G+DG  +II +AD+GV + SCFFS+     N+  + +   ++DL++RKVVQ V   D  DT  GHGTH AGTA+G  +  S  +    G+A+  KLA +D G ++G L      Q +M  P Y  G+R+ +NSWG+ +  YT +D + D F Y +PD +++V+AGN G              G+G++ SP+L KN + VGAS+S   S   +  ++ + +FS  GPT D  RIKPD++APG  L SA S+  D   +C V   +GTSMAT V AG+ A++RQ+F++G YPSG   P D F P+ AL+KA+L++S   M  Y    G +I LG PPD +QGFGR+ LD  L ++    V L+V D + +   E H+Y   +    +S       VT+ W +P   +S+ + V +DLDL +  + G +  T+YPN L    D  N+VE +V+      + + +TVTG S++T     Y+L V G     H   E S + +    W
Sbjct:  330 CLTSLVAYFASHPEVIFLETFPIVKPSDAIAAATVQSGEQTSTPLWDAGLDGSGQIIQVADTGVDMTSCFFSDPTG--NVAPTRWDAGMYDLSRRKVVQLVVGEDAFDTPAGHGTHCAGTALGNSATPSRFNLNFRGVAYMAKLAFYDGGTANGGLKFPASMQMKMFAPGYHAGARVFSNSWGSNQPKYTYMDTEFDGFMYSQPDALIVVSAGNLGAR------------GSGTVFSPSLSKNALCVGASQSLRRS---SYRVENIPHFSGQGPTFD-GRIKPDLVAPGAFLTSANSSSGDPRYACSVTSKSGTSMATAVVAGSVALLRQFFLEGRYPSGAPNPPDAFVPTGALLKALLINSAVPMERYIQPNGQSIALGLPPDNYQGFGRLQLDIFLPLKPQNPVILFVRDAVPLAEEETHTYKFTVPDTRTSTLKP-FHVTLTWTDPTVPASAGAIVLHDLDLRLSRWLGSTVETYYPNGLTNTPDRINSVEKVVLYAPIPGDVYTVTVTGTSISTTQYQNYSLAVAGANVVRHVHVEESIRTTAPFAW 861

[Close]

BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Match: A0A836CCI7_9STRA (Subtilisin n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CCI7_9STRA)

HSP 1 Score: 290 bits (742), Expect = 7.760e-78
Identity = 216/620 (34.84%), Postives = 309/620 (49.84%), Query Frame = 1

Query: 1321 ESNAHCLLTVMAYLVTRPEVAYLDELPQVFELNV-EAAW---------------ITQSGEKYSYDIWNEGIDGRTEIIALADSGV--------ALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVDCEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGSLDPHVPP--QTQMLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPDMVVLVAAGNCGDEISGCEYQNTAIF---GAGSILSPALGKNVITVGASESTPSSAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQ-PDAAKSCEVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDM---FNPSNALVKAMLVSS------------------------------------------------------GTAMAAYDGSA---GTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLYVEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPVFNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNITVTGASVTTFSLPYYALVVTG 2910
            +++  C   ++AY+  +P V  L+   +   LN  +A W               + QSG    + +W+ GI G  E+I +ADSGV          +  F+  D     ++ S ++ PV D T+RK++QY+ YVD ED ++GHGTHVAGT VGA   T+ G    DG AF GK+ VFDFG SDG+    VP   QT +L P Y+ G+R+ +NSWG    + + +D ++D +      M++++AAGNCGD +S         F    + S+ SPA  KNV+ VGAS + P++     +I+ +A+FS+ GPT D  RIKPDV+ PGY L SASA  P    SC      GTSMATPV A +AA++RQYF +GWY SG     +    F PS AL+KA+LV+S                                                      G    A  GSA   G T L  PPD  QG GR+LL+  +NV  +V L+ +D   +  G+V  Y  +++ V ++     + VT+VW +P     +  PV + L + V    G +  T YPN LA  D  N V+ +V+P+      + I V+   VT     YYAL   G
Sbjct:  251 DADGTCTAALVAYVSLQPHVYRLEAQHRAILLNNRDADWAXXXXXXXXXXXXXXVAQSGSLNLWPMWSAGILGAGEVIGMADSGVDSPVVSVDRRHCSFYDSDGI--IVKASAWNAPVTDNTRRKIIQYIAYVDSEDEKNGHGTHVAGTLVGARDGTTAGSTITDGQAFEGKITVFDFGASDGTDSLSVPGDVQTMLLAPSYNAGARVHSNSWG----TQSQIDVEMDTYVNDHQQMLIVIAAGNCGD-VSNTSLDCGPEFTGPNSPSVFSPAQAKNVVAVGASYNYPNNVD-GGDINTIAFFSARGPTVD-GRIKPDVVGPGYSLTSASANTPGGGPSCASASRQGTSMATPVVAASAALVRQYFREGWYNSGGQAADEENFGFLPSAALLKAVLVNSAHAVNNVEQKPANARXXXXXXXXXXXXXXLKWKXXXXXXXXXERALSGDVAQAFGIGSYAPRGSARSLGLTALPGPPDKAQGHGRILLNMGVNVDATVGLFFKDWQQIAEGQVVEY--NVTTVPTAVTTRLLSVTLVWTDPPSAPGAAKPVLHTLGVRVRE-QGSTVWT-YPNGLAQADDVNNVQKVVLPSTKQGTMYIIEVSAPVVTESPTQYYALAAAG 857

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig2.3772.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FS58_ECTSI	0.000e+0	67.31	Subtilisin n=1 Tax=Ectocarpus siliculosus TaxID=28...	[more]
A0A6H5JJQ5_9PHAE	2.570e-198	66.48	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A835YK17_9STRA	2.310e-195	48.64	Subtilisin (Fragment) n=1 Tax=Tribonema minus TaxI...	[more]
A0A6H5JFT7_9PHAE	1.200e-144	51.61	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A835Z5P2_9STRA	4.150e-142	33.99	Subtilisin n=1 Tax=Tribonema minus TaxID=303371 Re...	[more]
D7FS20_ECTSI	1.290e-103	41.41	Subtilisin n=2 Tax=Ectocarpus TaxID=2879 RepID=D7F...	[more]
K8ZC45_NANGC	3.600e-92	39.29	Subtilisin n=2 Tax=Nannochloropsis gaditana TaxID=...	[more]
A0A4D9CUI1_9STRA	1.570e-90	39.50	Subtilisin n=2 Tax=Nannochloropsis salina CCMP1776...	[more]
A0A4D9D260_9STRA	1.910e-89	37.93	Subtilisin n=1 Tax=Nannochloropsis salina CCMP1776...	[more]
A0A836CCI7_9STRA	7.760e-78	34.84	Subtilisin n=1 Tax=Tribonema minus TaxID=303371 Re...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig2	contig	P-fluviatile_contig2:1031694..1048051 +

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	260.8
Seed ortholog evalue	3.5e-66
Seed eggNOG ortholog	35128.Thaps268890
EggNOG free text desc.	Subtilase family
EggNOG OGs	2T47B@2759,2XEU1@2836,COG1404@1
COG Functional cat.	O
Best tax level	Bacillariophyta
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	signal peptide
Ec32 ortholog description	peptidase S8 and S53
Ec32 ortholog	Ec-01_000650.1
Exons	15
Model size	6022
Cds size	3891
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig2.3772.1	prot_P-fluviatile_contig2.3772.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig2 1031694..1045920 +

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

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


Feature Name	Unique Name	Species	Type	Position
1622815836.063346-UTR-P-fluviatile_contig2:1045920..1048051	1622815836.063346-UTR-P-fluviatile_contig2:1045920..1048051	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig2 1045921..1048051 +
1693563474.2549345-UTR-P-fluviatile_contig2:1045920..1048051	1693563474.2549345-UTR-P-fluviatile_contig2:1045920..1048051	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig2 1045921..1048051 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig2:1031694..1048051+
coding sequence from alignment at P-fluviatile_contig2:1031694..1048051+

protein sequence of mRNA_P-fluviatile_contig2.3772.1

>prot_P-fluviatile_contig2.3772.1 ID=prot_P-fluviatile_contig2.3772.1|Name=mRNA_P-fluviatile_contig2.3772.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1297bp
MVLLFFGATSLLASFVTAVSPPSSTANNVDFRELANLAAAANAGRRDDQG
RPQETQRLSLRHLEAMWHTSLGIELDGASFGRENAFRATIDSQWALLISQ
DERDKNSHRFLLEGKNSARGTTKPLTRSPFLVCGDRHPDAILALESVAHR
ARTQLAYSRGDTACLLAGLRLDEVETVRQSDGIHVVEPLPQPAKLSRSLH
ATLDDRSDSSDGGASLENNDGKSGDGAPHQRLSPPCNIRFNHGEGLPSDL
DVSLTPGTWGLDMMETWTEHLTSFESTAHLWNEHLRERFMWTRSPARDED
EPFGVPRSIDTQNDKGEEARGSADDRAPPNEAQLHRIRNALVREHGLDDV
ERLWAQTVDHSSKEGSCDFGRLRASSVPDDVRTDSGAQGLGKNSRPHDER
SHRNGGSGPSPRDSASTKRASGEKHDRVVLRGAGSLGNTPESNAHCLLTV
MAYLVTRPEVAYLDELPQVFELNVEAAWITQSGEKYSYDIWNEGIDGRTE
IIALADSGVALNSCFFSEDQTDDNIECSTYSTPVFDLTKRKVVQYVGYVD
CEDTEHGHGTHVAGTAVGAISKTSPGDHFGDGMAFGGKLAVFDFGNSDGS
LDPHVPPQTQMLQPPYDIGSRISTNSWGAVRTSYTSLDRQLDDFAYIRPD
MVVLVAAGNCGDEISGCEYQNTAIFGAGSILSPALGKNVITVGASESTPS
SAGLANNIDEVAYFSSHGPTADDNRIKPDVLAPGYHLFSASAQPDAAKSC
EVGPMAGTSMATPVAAGTAAMIRQYFVQGWYPSGIATPSDMFNPSNALVK
AMLVSSGTAMAAYDGSAGTTILGDPPDGFQGFGRVLLDSVLNVRGSVDLY
VEDPIDMTHGEVHSYLIDMSGVASSAFDGNMKVTMVWMEPAGYSSSVSPV
FNDLDLLVVAFDGISESTFYPNNLAAKDPDNTVEMIVIPNVDSYEWFNIT
VTGASVTTFSLPYYALVVTGGKSGTHSPTESSSQRSWFVRWEMDIDGIPI
SQVATEAFEDGIAEAISSETGGYTEVNSTVVVKIDHPADGDSSDGSTVTV
EIVVASEVDGHAVLTYILSHVEGTSSTSPLSSAGVDGGKDGIVDALNAAL
QSRTTSGCLCVAAPVGAGAEGGGYDCSACAEGGTFSTARSITTSSRGYDL
LSVDRSSGKSPVSVFDSDNPEGDDDMFWGDFAGGQGIRGFIRCDTYFDMG
GVVVALVLFTCMGLLALRQCFNGDGGDLEKRLNSTLRGRGSRGGEPSPGV
GNKAGLLSSADNAHTRAVRKQQRRSNTTEHMQSDSSIFTPKATPAP*

mRNA from alignment at P-fluviatile_contig2:1031694..1048051+

Legend: polypeptideCDSUTR

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

>mRNA_P-fluviatile_contig2.3772.1 ID=mRNA_P-fluviatile_contig2.3772.1|Name=mRNA_P-fluviatile_contig2.3772.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=16358bp|location=Sequence derived from alignment at P-fluviatile_contig2:1031694..1048051+ (Porterinema fluviatile SAG_2381)
ATGGTGCTCTTGTTCTTCGGGGCCACCTCGTTGTTGGCGTCGTTCGTGAC
AGCAGTTTCGCCGCCGTCTTCCACGGCCAATAACGTCGATTTCAGAGAGC
TAGCGAATTTGGCGGCCGCGGCGAACGCAGGTCGCCGTGATGACCAGGGT
CGTCCGCAGGAGACGCAGCGTCTAAGCTTGCGGCACCTCGAGGCTATGTG
GCACACAAGCCTTGGAATAGAGGTGAGCTTATATGATGCAGGTAAGGAGT
CGATGACCCGTTTGGGGCGCCAGGGTCAGGGGGCCGCCGAACAAGTACAT
GCTAGGAGTAGATCTAAGCAGCGAAATTTTGAGCGACATCTATGGCATGG
AACAGACACGATGTGACGGGGGTCGCTATCAGAAGTGGCTCAAAAAAAAG
CTCGCAACCATTCAAAAGGCAGAAAGGCTGGCATGGTCGGTGAACGGCAA
ACGTGAACGATTGAGTCGTGATCACAGTTTAAAGCATTTCTCGAAACACG
GAAAGTCGATGCCGCGCGCCTGGCACGTCGCCGAGGCCCCCTCGAGGGAC
CCGGAACGCGCATGCTCACAAACCCACGGCTTATTAGTGTTATCCGTATA
TCGTCCACCTACATAGGCGGTTGGCTTAATTTCTCGCTCAATGTGTCGAC
CGATGCTCTCTCGATTTCCGCCCTGATTGTCCTTGTTCCATGCAAAGCTG
GACGGTGCTTCCTTTGGGCGCGAGAATGCCTTTCGTGCAACCATTGATTC
CCAGTGGGCGTTGCTGATTTCCCAAGATGAAAGAGACAAAAACAGTCACA
GATTTTTACTTGAAGGTAAGAACAGCGCACGTGGCACGACGAAGCCGCTC
ACGCGTTCGCCATTTTTAGTGTGTGGCGACCGTCATCCGGACGCGATACT
CGCTCTCGAGAGTGTGGCGCATCGCGCCCGAACTCAACTCGCGTATTCTC
GAGGCGATACGGCGTGCTTGCTAGCGGGGCTCCGCCTCGACGAGGTTGAG
ACGGTACGGCAGTCAGATGGGATACACGTGGTCGAGCCTCTGCCGCAGCC
GGCAAAGCTATCGCGAAGCCTGCACGCGACGCTTGACGATCGCTCCGACT
CCTCCGACGGCGGTGCCTCGTTGGAAAACAACGACGGAAAGAGCGGGGAT
GGAGCGCCGCACCAGCGACTATCACCTCCCTGCAATATTCGCTTCAATCA
CGGCGAAGGTCTTCCCAGCGATCTTGACGTCTCTCTTACCCCTGGCACGT
GGGGGTTGGACATGATGGAAACCTGGACGGAGCACTTGACCAGCTTCGAG
TCTACGGCACACCTTTGGAACGAGCACTTGCGTGAGCGCTTTATGTGGAC
CCGGTCGCCAGCTCGCGATGAAGACGAGCCTTTCGGCGTTCCCCGGAGTA
TTGACACGCAAAATGACAAAGGGGAAGAAGCACGGGGCTCGGCAGATGAC
CGAGCTCCGCCAAATGAAGCACAGTTACATCGAATTCGTAATGCTTTGGT
CCGGGAGCACGGATTAGACGACGTCGAAAGGTTGTGGGCTCAAACAGTCG
ACCATAGTAGCAAGGAAGGATCGTGCGACTTCGGGCGTCTCCGTGCTTCC
TCTGTCCCGGACGATGTTCGCACCGACTCCGGCGCCCAAGGGCTTGGAAA
AAACTCGAGGCCGCACGATGAAAGGTCGCACCGAAACGGAGGGTCGGGCC
CGTCGCCGAGAGACTCGGCGTCCACGAAGCGGGCCAGCGGAGAAAAGCAC
GACCGAGTGGTTCTCAGAGGCGCGGGCTCGTTGGGGAATACGCCCGAGTC
CAACGCGCACTGCCTGCTGACCGTTATGGCGTACCTGGTGACGCGGCCCG
AGGTGGCCTACTTGGACGAGCTGCCGCAAGTGTTCGAGCTCAACGTGGAG
GCCGCCTGGATCACGCAGAGCGGGGAGAAGTACTCGTACGACATCTGGAA
CGAGGGGATCGACGGACGCACGGAGGTACGCGAAGTATATAGAAAGGCGG
GAGTAAGTGTGTTGGGGTTTTCTGGCAGGTCTGGAATGGCTTCCTCACTT
TCTTCGCCCCTACACATGATAATCTGGTGGAAACAATTATAGATGTTATC
TCATTGTTCGCGCTCATTAGTGCACTAGCGAGACGTGCCTGTTCCCCTTT
GAGGGAGGGGGCGGAACATCGTACATCAACCCGCCTTGCTCTCAAGCTGG
GATTTGAAGGGGGTCGGGTGGCATGGCAGCTATGTCGTTTACTGTATTAT
AGAAAGGCTGTCAGCAGGAGGTACGATACTTCTCCAGATCCTCCTCCGTT
CCTTTTTATACATGGTATTCGCGGTGTGTCTTCCCATCTACACGTTCCGG
AGGATTCAGTCACAGTGCAGCAGCAAAGAGGTTCTCAATGTACTTCTACA
GCTCCTGATGTGGCTGCCTTTGGGAGCTGGCGGACTTTGCTATACGACGC
CGATTGACCTTACCAAATAGCATTGTCGTTGTCCGACTCGGGTGCCGCTC
CAACGCATCAAACGCGCGTTGGTGTGGATACGGTTGGGGACGTGTACGGC
TCCACGCCAGATCATTGCCTTGGCGGACTCCGGTGTAGCCCTCAACTCGT
GCTTCTTCAGCGAGGACCAGACTGACGACAACATTGAGTGCTCGACATAC
TCCACCCCGGTCTTCGACCTCACCAAGCGCAAGGTGCGATTTTGCGGTGG
TAGCGTTCGACCACTTGCAAAAGTTCCCGGGCGGCCAGGTGTAATCGACC
GAGTGCTCGATGAATTCCATCGGCGAATGTACAGAAATATTTTGCAGCTG
GGGATTACCAACCGTAGGTTGCATAAGATGATGCGCCCGTGTGTACACCT
TTCTGAGTTTGAAAATTATCACGCTGGTGTGGTATTGTGCAGGGGGTGTG
GTATCTTATATCACACGTTCATTACAGAAATAGCACCGAGGTTCTTTCAG
GATTAAAAAATATACCACAGCGGTGTGATATTTTGTAACTTTTTTGGAGG
GGGTGTTGTACCGTACGAACATGTATTATTTTAACCCAAGGTATCATTTT
TTCAAGGCATGTGGTAAGCTTACGATTACTGAATCCTCGGATGTGCTTGT
TGTTGCTGTGTTGTGTTATCCAGGTGGTGCAGTATGTTGGATACGTTGAC
TGTGAGGACACTGAGCACGGCCATGGGACTCACGTGGCCGGCACCGCCGT
TGGGGCAATCAGCAAGACATCCCCGGGCGATCACTTCGGTGACGGGGTGA
GACGCGCTATCTACTTGCGATCGGAACCTAAGCCAAATCGCCAACAAAAA
CTCTCGAACAACCCATCATGGCTACCACTCTGAAAAAGCCGGACTACTCC
TTCAAGTGTGTGCCGCCTGATGCCCAAAGTCTGTGCGCCCCTCTCTAAAT
ATTCCGGTAAAACTAATGAGAAGCGCAGTAAGAAATCACTTTTTTTATCG
CAACATTGCTCTCGATCCAATACCTCGGTTCGTGACAGATTGTTCGCGGT
ACCCGTACCCGTCATCGTCCTTGCTAGCGGCATCCCCAGAAGCTGGACGA
TATCTTTACAAACAAGGGGATAGACATGCGGCGCTTGAGAACTTAATACT
CGGCTCTTTACCGTAGGCTATTTCCTAAGAGAAAGACCTTCTCGGTCAGT
CCCTAAATAATTTTGGCGTGATATAGCAATACTGGTCCACGAGGCGAATC
AAAGATGTATTGAGTCTGGCTCGCCTGCACACGCTATCACTTATTCCGCA
AGCACTGTGCACGGAGTACTCCATGCACTCAAAACGAAGTTTTGATGCAC
AAAACTACGGATGTGTGCCTCGATTGCAGCTGCGAGCAAGGTCTCCCTCT
CAGAATAATGAATCGCAGCTTCAACAAAGCGATCGAACGAGCCGGAGTAA
AACGTCTTGTCAAGCTGGCGTCACCGCCGTGCTTGACGCCAGATGCGTGT
TGTTCAGATGCTCTGAGGAACTGGGATATCGACAAACTTCTTGCGGTATT
GCGAAAAAAAGGATGCGCAAGAAATGTTTCGCACAGATGATCAAAGCTGA
TCGTTCTTCCAAAACCATGTTCGTGACGAAGCTGAAATTTCGTTGCGTTT
CGGGAATCTCAAGCCGCCACCCCCCGTACACACAAACATCATGCCCGCTC
TGCCGCGTATTTAAATGGCGTTCACGCATTCTTTGCATGGTTTGCTGATC
GTAGACGGTTCATGCATCCAAGGCCTGCGCTGACGGAACTAACATCGAAC
GACTGTCGGGGGGGGGGCATTTTCTCCATCGTTGCGGGTTGAAACTAATG
TTCCCGCAGATGGCTTTCGGCGGGAAGCTGGCGGTCTTCGACTTCGGAAA
TAGTGACGGAAGCTTGGTCACGCCCACCAATATTAAGGCAAGCACGAAAC
CAAACAAAGCTGGAAAGCCATTGAACAAATCCAAGCTCTTAAGGCAGCGA
TGCCTTATGTTCACAAGTTTTGCGACGATAGATGTTTTGATGAGTCAACA
ACGACCCTCGGAACCGGCCGCCGGCATCAAGCCGCGGGCGAATTTACCCA
GCAATTTCTTTCGTCATTGTTTCATGTTCGTGTTGGTCTGGCACCTTGGA
CTGAGCTCTGACAGGCCTTGAACCGGCGGCAATCGTTGGAGGCCGAAACG
AGATGTCGTTTAGGGGGCGGGGGACCAAACTTCTCCCGTGGAGCTTACGG
CAATTTTTGTCCAACACTCGGGGCACATTCTCAATCAACTCTTATGCCAG
TATATTTTTGAGCACCATCGGAAAATACTCCCCAAGTCGATTCGCTAGAC
ATCTTCTCCCCCGCTGTCGGGTTTAGCCTGCGCAACCTGTCGCGCATCAA
ATGCACAGTTCTTGAATCGAGACTGCTCCCTTGGCCCTTTTCTACATTTC
GTTTGGCTCGTCAAGAACGGCAACAACAACAACAACAACAACAACAACAA
CAACAGCAACAACAACAGCAACAACAACAACAACAACAACAATAATAACA
ACAATAACAACATGAGGACCCACATGTCCCTCCGCAGACCCAGATGCTGC
AACCGCCCTACGACATCGGGTCTCGGATAAGCACCAACAGCTGGGGGGCC
GTCCGTACGTCGTACACCTCGCTGGACCGGCAGCTGGACGACTTCGCCTA
CATCAGGCCCGACATGGTCGTGCTTGTCGCGGCCGGAAACTGCGGCGACG
AGATTTCTGGCTGCGAATATCAGGTGGACACGGATGGAGCGGGAGGTCGG
GTGGCAATGACGTTATCACTCGTCAGCTCACTGGAAGCACTCAAGTCTGT
GTCAATTTCATGCGCATGGAATCGACATTCTTGGAAGATCCTCGCATCAT
TGTTCGAGAATTTTATTCAATATTGAAGGGGCATGGTTTTTGGCACAGTT
GATGCGAGGCTGGGCCATAAAGTTGCGGACTGAAAGCGCATGAGATTCTC
AAATCGCTGACGCTATCATTGCGTGATCCTCGTGGGGAGAAAACCAGGCT
CGAGTCGCTGCGCTACTCTTGGTGTGCTCATTGCTTTGTGCTTGTCGCAG
GGCTGAATCGAATGAAAGCTTACACCGCGATAAAACTATAGCGAATGGAA
CAAAACGACACGTGATCAACAACAACAACAACAACAACAACAAAAACAAC
GACGACGACGACGACCGTATGGCTTGCCCGCTACCTGCAATACCAGAATA
CCGCTATCTTTGGAGCTGGGTCAATCCTCTCTCCAGCCCTCGGCAAGAAC
GTGATCACGGTAGGAGCCAGCGAGTCGACCCCGAGCTCTGCCGGCTTAGC
GAACAACATTGATGAGGTATGTGCATGCCGCTGAACGTCTCCGGTAAAGC
ATGTTGTAAAAGCTCAAGGTTGGGCCTGCTTGTGATACCCGTAAGCAGAA
CGATCGCCTTTTCATCGCCCATGACTTTGCGAAAAACAAAAAAAAGGGCT
TCCGAGGGCACGTACGTCCCAACCTATTTTCCAAATGTACCCTACAGAGT
TCTAGGGAGTGTGTCACTAGATCAGGACGTCTTTTCATGTTCGTCGCCCT
TTCACTCCATTCCTTGCCGCCCATGAAAATTGCAATAGGTGGCGTACTTT
TCGTCGCATGGGCCGACAGCCGACGACAACCGCATAAAACCTGACGTCCT
CGCCCCTGGGTACCACCTGTTCTCCGCGTCGGTAACTAATTTAAAGCAGC
GTCACGCGCCGTCGCTCGTTGTTGTCGCTGTCGACGTTGTTCAAGTTGCG
GTCGTTGTCGTTGCCGTCGTCGTTGCCATCGTTGTCGCTGTGGTAATCGG
TACCGCTGTCAACTCTGATGTGGTTCGTACCCTCGCCCATGTCCTTGTCT
ATCGTATCGATGACTGTGCGTTGCGCGTCTCAGGTAACGGAGGGTTTGCG
GAGGATTTTTCTTGTGGCGTTGAATTTGGCTGTTCCGCGGCTGGGTGTCT
GAAGTTTGTGAAGACCCGACGCTCCCTCTCCCTCCTTCTTGGTATTGTCT
CCACCTCTTTCGTGAGACTCACTGTGATAGCCCTCAGTCACAGGGGTACT
TGCAGACCGTTTGCAACAGAGGGTTAGAGGCGCAGAATTAGGTCAAATCG
CGGAACAACTGCTTCGGACGATGTCATCGTCGAATGGCAGAGCTACGTGC
AATCTGGAGCGGTCAGCGGTCCGTTTTTGAATGTGAACCGCTAAACTGAA
ATCCTCGTGATTCCTTGAGCTGGTCACGTCAAATTACCCCTTTCCGTCCG
AGGGCACTCTTGTCCCCTATACTTTATCCACTCTCTGGAGTGTTGGCAGA
CGTGTGAGACCTCAAGACAGATCACGATGCCGAACTCCTTCTGATGGCAT
GATGAAATGGTGTAGGCGCAACCCGACGCAGCGAAGAGCTGCGAGGTCGG
TCCGATGGCAGGAACGAGTATGGCGACGCCTGTGGCAGCCGGTACCGCCG
CCATGATTCGCCAGTATTTCGTTCAGGTGGGGTTGATCGTCCTTGCCGTG
ATCGTTGCTCTGTGAGTGTTTTCCTCGCGTTCTTGGCCGTGGCGCCAGCG
TTGCTACTGGTTTTGCTACGGGTGCTCTTGCCCCCCACTGCGTATGGCTG
TATGTGGTTGCGGCGAAGTCGATCGGCAGAACACTTGTACTGTTGTCGTT
GAAGGCGTCCCCATGGTGATGTTCACCCCGTCTCATGTTGTCGTATTGAT
CGAATTGAAGCCGGTAATGATTCCGAGTAGGGCTAACCATTGAGAGTCGG
ATGCGGAGGCATGGCCTTCACCGTTGGCAGGGGCTCGACAAAGAGGGACA
GACGTATGTCGCCCCAAGGCAGACAGCGTTTCGGCACAGCTAATGCCCCC
CCTCGCCACTCCCTTGCCACCGATCGCTTTGATGCAAGGCAACTTGTCGA
AATCGCCTGTTTACTATGTTGTTCCCACCGGTCGGTGTTCGCTTGTTGTT
TTGACGTGCGTCTTCGGTATGCTTTGTTTTCTTCGTCGACGCCAGCATAA
CCCCTGGTCCACCTCCGTAGACTACAACCAGGGATAAGACGCACTACGAG
AGATATTCACCCACAGCTAGGGGTAGGTCTACATCCGCTATTTGGAGATT
GCAAGCATGGACATAGTCCGGAGGGGAGCATTTGGAGAGGGCGGAAACCG
TTCCTGGTCGTTGATGATGTGGACATCATTGACAATGCTGCTCAAGTACC
GAAATTCGCACGCGGACATGCTTTCCCCACATATCGTTGTCGGTGAAGTG
ATTGGGGAAGCGATCGATTCGAGAGCGTTTTCCCCCGAGACCGAGATCGA
CACTCCTTTCGTCCGCGTCCGTCCGCGCGTTCAGCTCGCACGTCGCCCAC
AGTCCTCGCCCTGGGCAATGCCATCCTTTGCGGATGCCCGATCCTCACAA
TGCCCTCCGATCACCCCCCTGGAAAACGTGCTACCCGCTACCGAACACGT
CACATGCACAGGGCTGGTATCCCAGTGGCATTGCCACCCCTTCGGACATG
TTCAACCCTTCAAACGCTCTCGTAAAGGCAATGCTTGTCAGCTCGGGGAC
GGCCATGGCGGCCTACGACGGCTCCGCAGGGACCACGGTAAGAACAAGTC
CTCCAAACATTTTTATGCGCATCTCTTTATTCTTGTTCGAGGTGTCTTCA
GGCAGGGTCTCTGCATCACTCACCTGCTTCTAGTGTGAAGAAGAAGCTTG
TTCCTTGTTGTTGGTCACCAGAATTCAGAACGACGAAAGACCCAACTCCA
ATGATGCGTCGCAACCTTCCGCAACATCATATCTTGTCACGCCTCTCTCG
CCTCATGCTCGACCCAAACGCCCGCAATGACGGTGCCTGCCGCATACTGG
AGGAATTTGCAAACCTTTCCATGGGTCTAGACTACGTTGCAAGAACGTGC
GACGAACCGGGGTCCCGCGTTGCGAAGCGTTATCGATCTCGAGTAGTCTT
TCTTGTCTTTCTGGACGAGCCTCTAAGACAACAAATACCCAGCAAATATC
ACCCCGCAACTGTTTCACACGAGTCGGGAGAAATGTAAATACCCTTTTTT
TGCATGCGGATCTATTTCTCTTTGCGTTTGCGAGGCCTGCAACTCCCGTC
ACCCCTACTGCAGACATCGTCTCCCTTCTGAGGGATTCATGGCCCTGCTA
CTCCTGAATTTCATTAGCTGTCGACCGTGTAAGCAAAGTCGGCGTGCTCC
GTTTCGCCGTTTCAGCTCCGAAAGGAACACGAAGCCGATCGCGATACGCC
CAGCGCATGCGTGATCACCAGAGTCCCCGCCTTCGCCGACACCTCTAGAA
CCAACGTCTCCCGAAAAACGTCTCCTCGCTTGTTTGAAAAGATCCTCGGC
GACCCGCCGGACGGCTTCCAGGGCTTCGGTCGCGTGCTGCTCGACTCGGT
GCTAAACGTTCGGGGTTCCGTGGACCTGTACGTGGAAGACCCAATCGACA
TGACCCACGGGGAGGTGCACAGTTACCTCATCGACATGAGCGGTGTCGCG
AGCTCAGCCTTCGACGGAAACATGAAGGTGGGATACGAGCACGGGCGCGC
GAACATACTCCTTCGCTGCCTTCGCTGCCTTCGGGCAGAATCGTGGTTTA
TTTTGTGGCAGTTGCATTGCCGCCGACGCGAACCCCACACTCACATCGGG
GTAGCGTCGAGCAACGCGTACACACACACACATACACTGAGCGGCACGTG
TAAGTTCCGTCAAGAAAGGGACATTTCCAACTTCCAGGGACGCGGCACGG
TGTGCACTCCTGGCTCTCACTCTCCCCGTGAGTGGTCCGGGCCCGAGTTG
CTCTCCTCCGAACGCTTGTCTCTTTGTCCTCCCTTCACAAGTGACAGTGG
CTTGAGAAGCTGATGGGACGCGGCCCCAGTGCCCGTCGCTGCCTCAGGAA
CGCTTCTCCACTCGCAGGCACGGCGTACACCCTATACCCCCGTAGCGTAT
CTTGCTTCTTGCTAAAACATGGTATCGAAAGAGCGGTATGGGGACTTGCA
CGTACTGAAGCCCCCCCTCTCCACGACCTCAGTCCCCCATCTTCTCCTCC
CAATCCCCCCTCCTTGTGCAGCCTACCTCCAACGGTTCACGACCTCGACC
CTACGCCCCCTCTCCCCGGCCTTACCAGGTGACCATGGTGTGGATGGAAC
CGGCGGGATATTCGTCGTCCGTGTCCCCGGTTTTCAACGACCTTGACCTT
CTCGTGGTCGCCTTCGACGGCATCTCGGAGAGCACGTTCTACCCCAACAA
CCTGGCGGCCAAGGACCCGGACAACACGGTCGAGATGATCGTGATCCCCA
ACGTGGATTCGTACGAGTGGTTCAATGTGAGATAAATGAGGGTGTATGAG
GTGGAAAGAGGGAGAGAGAGACAGATGTGAGACAAGACGAGAGGGAGAGA
GAGGGCGAGAGAGCGGGAGATAGTTTCGTCTGGTTGGTCGAGCCGCACTT
GCTGCACTCTACATAAAATTACTGTTGTCCCTGCGTGTTCGTCATTAGTC
GTTAGTGATGAGGAGAGTTTTCGAAAGGTACCAGTCTTGGTCGGACTTTG
TCCATTTTCCCGCTGCAGATGCTGTGGGATGCCGCCGTGGCTTGACAGAC
ACCATCGCTTGCCATCGCTTCCTCATCCTGATGGAAAGCGTCGCTTTAAA
TCCTACTGTGATCCGGGAGAACAGCCAGTGTTGGCAGGACGAATGACCAT
CATTTGTCTTCGGCCGACCACCCAAAGTTTCTCTACTTGTAGTACTGTGT
TTGTTTTCCCTAACACGCACGACGACCATTCAACCACAAAAATACGGCAA
CGATGACGGCGGCGGCGGCGGCGGCGGCGGTGTCAATGCAATAATACAAC
AATAACAATGCACCCGCAGACGACGACAACACCATCGTGAACAACACTAA
CAACAACGGCAACAGCAGCAGCAGCAGCAGCAGCGGCAGCAGCAGCAGCG
GCAGCAAGAGTATTGACAACATGACAACAATGACCACAACACCACCACGA
ACGCAGATTACCGTTACCGGAGCGAGTGTGACGACCTTCAGCCTGCCGTA
CTACGCCCTGGTGGTCACCGGCGGGAAATCTGGGACGCACTCCCCGACGG
AATCCTCATCCCAGAGGTCTTGGTGAGATGGTAGGCAACAGAAAGGTGCC
AGTAACTTCTTGATATGGAAATCTTGGCCGGTCTCGCATGGAACCGAGTT
TACATTGCTTTCGGGGAAAACATGTTTGCATTAGGGATCGTACCGTTGAT
AAACCCGGGGGGGATTTGGGGGTGCATAGCAGTATTCGCTGACGAACGCT
TTAGCAAGCTGACGAGCAATAAGGGATGCGATGGTCCGGTGTCAGAAGCA
GCTGGTGGAGTAGTTCATCCCAGATACAGGAGGGGGGGGGGGGTACTTCT
ATTTTTGCATGCCTTAGCGGTTAGACCATTGACCACGCGTCCTCGAGAGG
ACGGAGTACTGTTGGTAAGATTGTGTTCTCTCTCGGCAAATTTGGATGCA
GGGGGCGGGGTGTACTCATAGTCGTGCATGCCGTAGTCGTTAGACCATTA
ACCTCGCATCCCTACAAAGCCGGGACGGAGCACGCCGGTTTCTCACCGGA
CCAGACTCTCACACCACCAAGCGCGAAGCGCCGTGAGGTATTCGGCGAGT
CGCATGAAGGGTGCGCTGCATCCTGCTACGGGTGTTCGGCATCTTGTGCG
TACTTCCTTGCATACGGATGACAGCTGCGTATGGCTTAGATTATTTTCTG
GTGCTTTTTACTTCCAGAGGCAGTTGTAAGCACTGTGTAACTGCCTTGAG
GGTGCTTGACCATTTTAACACAACGTGGTGCGATCATCCCCCTTGCGCGG
AGTGAGGGTTCTCCACCCCGCACAACATGATCTTCTCGACCACAATCATT
ATGGTTACCGCCAAAAGAAGCGGAGGAAAAAAAAAGACGGTAACCTTGTT
GCCGAGTTCACGAAGTGAATTGGCTTGTTTTACAACGTCGTTGCCAAGCG
ACGAAAACCCAATCCCGATGGCAAACACCGAGGTGAGAGCCAGCGGGATG
GGATGCAGGGGGGGGGCTCAATAATGAGGCCGTGGAACAGGGACTTTCAC
CGGCACTATCGCAGGCACTCGAACGATTCAGAAGTGGTGAATGTACTCGA
ACTTTTGATTGATTGTGTAGGAGGGCTATGCCAACTGATTTCTTCCGCAC
TTACCCGGGCACACGCTTTCTTCAAGCTGCTCCAAAGGGTCCCCTGCAGA
AATGTTACTGCGCGAGGTCTGGCGAAATGGTGCGAGGTCAAGTAGTGCCT
TAGGCAGCAGCCGCTACACGCAGTGCTAGAAATCTGTCGACAAAGGCTCA
CCCTTGCCTCGCTTTCGGCGCCCGTCCTAGAATTACAACGTTGCAGCTAC
TTGTGAACAACCTGTAGCAACTGGAGGGGTTTTCGACGCAGGCTACACCA
CTTACCAGCCATGTACAATCCCACGACATCAGCCTTCTTGGAGTTGCCTC
CTCGCCCAAACGTATGCCAGCGTCCTTTAATCGTCCCACGGGGAGCGGTT
GGAAACCGGCTAAGCGACTTCGGATCAAGGAAAACAGATTGCGGGGTGAT
CGGATCCGAGATTGCTAAGCGAATAAGTTGAAGGAATTCACCGCCATGAG
ATTGGTAGTGTGGGGTTTTCCCTCGCCCTTGGCCTTCAACATCCAGACAG
GTTAGTCAGGCGATCGGTTTCAAAACCATCTCTTCGATCGTCAACTTCCG
CGCATGAAGCACGTGTTCCTCGGGAAATACTTCCGAGTCCGACACGTACG
TCAAGCCCTGTCCAGTTCCCAGTTTCTGTACGACGTAGATTTGAACACTT
TTGCACCAACGACCGTTCGGGGCCTGCAACATCGTGGAAGAAGAACGAGC
TGAATAAATATCGAGATGACGGCTCACGTGGCGTTTTTGACCGACGGGCT
CAGCCTCAGCGAATTTTTTGTTGTAAATCTTTGAATTCACTCTTTTTTAC
CCCTTGTCTTTCTCTCTGTCCCCACCTCTTTGTGGCCGGTCCGCGAATGC
TTCTGCGGGGGTACCAAAGGTTCGTCCGATGGGAGATGGACATCGACGGG
ATACCGATATCACAGGTAGCAACCGAAGCTTTCGAGGACGGCATAGCGGA
GGCCATTTCCTCCGAAACTGGGGGCTACACTGAAGTGAATTCCACGGTGG
TGGTGAGTTGTCGATGTAGCGGTCGCGGTCGCGGTCCCGGTCGCTTTCTC
TGTCGTGGTCACGATCGTTATCAATGTTGTCGCTGTCATTGTCGTTTTGA
CAGTCTCAACACACAATTTCGCGCTGCGGTCTGTTCCTTTCGGTTCCGTG
GTTCAAATGAAAGCACGTGGATGCCTTCCTTGGCCACAGGAAAATCCATA
CCCCTGGGCAAGGCAGATGCGAAACGGGTATATCCTGGGGCGGAGGTCCT
TGAGGTGCATGCTTGCGAGCCTCTGTCGTCTTGACGCTTATAATTCAAGC
TGAGGCTTGAGTTTTGTCGATGTCCTCTCCATCACGTGCTTTTGCCGCCT
CCGTCATACAACTGCTGTCCAAGCGGAGAGCGATATGAGAAGGCGCGTTT
CACCCGAGTTCGCATTGGGCTCGCAGTACCGTACTGCTTGCTCCGAAGCG
GAAGACAAACCAGCCAACCTCCAAGCACGTTGGAGTCCCCACCCCGTTAC
CAGTTGCCGTTGTGCCAGATTCCATCGCTGAGAGCAGCAATGACGCCAGG
ATCGTGCCAACCTCTCCAGATCTATCAGAGAACGGCATACACTCTCTGTA
TGTACCGCGCGTAAGATTTGCCAAGAGACACTGGCCTTGCATCACACCGA
CATGATCTTAGACAATTCATATCGCCCCTCCCCCCGCCCCCCCGCCCACT
CGCCCTcCGAAAAAAAAAAAAAAAAAAAGGTAAAAATCGATCATCCGGCG
GACGGCGACAGCAGCGACGGCAGTACGGTCACCGTCGAGATCGTCGTCGC
CTCTGAGGTGGACGGACACGCCGTCCTCACGTACATCCTGTCGCACGTGG
AAGGCACCAGCTCCACCTCCCCCCTGTCATCGGCAGGTGTGGACGGCGGC
AAGGATGGCATCGTTGACGCGCTTAACGCAGCCCTCCAGAGTCGAACCAC
GAGCGGCTGCCTCTGCGTGGCGGCCCCGGTGGGGGCCGGGGCGGAGGGGG
GGGGATACGACTGCTCGGCGTGCGCCGAGGGCGGGACGTTCTCGACCGCC
CGCTCCATCACGACGTCCTCGAGAGGGTACGACCTGCTATCGGTGGACCG
TTCCTCGGGCAAGTCCCCAGTCTCCGTGTTCGACTCCGACAACCCTGAGG
GCGACGATGACATGTTCTGGGGCGACTTCGCCGGCGGGCAGGGGATCCGC
GGGTTCATTCGTTGCGACACCTACTTCGACATGGGGGGCGTGGTCGTCGC
CCTCGTCTTATTCACCTGCATGGGCCTGCTCGCCTTGCGACAGTGTTTCA
ATGGCGACGGCGGAGACCTCGAGAAGCGTCTGAATTCGACCCTCAGGGGC
CGGGGCAGCCGCGGAGGGGAACCATCCCCGGGGGTGGGTAACAAAGCGGG
ACTGCTTTCATCTGCCGACAATGCGCACACCCGCGCCGTCCGAAAGCAGC
AACGGAGGAGCAACACAACCGAGCACATGCAAAGCGACAGCTCCATATTT
ACCCCCAAGGCAACGCCAGCACCGTAGTGCGCCAGAGACGGCGGGCTGGA
GCATCTGTCCGTCCTGGAATAAGGAAGTGCGACCTTGTCTCCTGTCGCGG
GAGCGATGCATACAAGGAATGATCCCTGTGAACGGCAGCTTACACTTGAA
TTAGGTTTCCGGGCTGACGGAGGGCCCTCAGACGTTCTTCCAAAGGGGTA
CCCTTATAGAGTCGAAGTGCTGCTTGCGTTGCATGACTTTCTTCACAAAC
GACAAGACTCGGTTGAGATAGGATGTGCGCGCTCTCTTTTTTTTCTGGGG
AGCCACTTCGGAAACTTTTTAAAGACTCCTTTGCGTGGCCTGGGCTTGCG
GACAGAGAGGGCGGCTGCAGGCGGTGCATAGTGTGTGCCATCACCAAACC
CGGCACTGAGATACATACGTCCAGCGTCCGCGGACGAAAACCCACATCTG
GTGGAAGGTGAAGGAGATGTTTGAACCCACCTTCTGAGTGTCCCGTGCCT
CCGCTGTGCTGCCTTCCCACTCAAGCATAAGGAATCTGCGTTTTACGGGG
CACCGTGAGTCCTGTCGTGCGTTGCCATTCCTTCTTCGATGTTAACGATT
TCTTACAAAGACCACAGGCCATAGAAGAAGAAGCCTGTGGAAGCTTATGC
TCGATCGGTGTTGGACCGCTCGTTGGGAAGTCCGAACACCAGCAGATGTC
TCACCTCCGGATAACTGCATCGGGTGAAACCGGCGGAGGAATTTGCGGAC
ACAGGGCAAACCGTTGTAAGCGAGGCAGCTGCCTCAGAGGTGGGCGTTGC
AAGTAAGTCGGGGCGTTCTGTCGATGTCCTTCATGTTTTTGGTCTTAAAA
TACCGTGATGAAACATTTAGGCTAAAGTCGCAGATTTTCCCGTTTTTTTT
CCCTAACGCTCGACTCGACACCGGCGTACCACAGGGTTTCGCTTCAATGA
GTGTAGCAATACTACCAAGTACCTTAGGGAGGGGGCACCAAATGTTTCCG
GGCGTTCTCGGCCGTCGCCGCTACCATACGTCTGCGTAGGGATGGCGTAT
GCGGGTTGTTACTCGACTTGAAAAAAAAGCAGCCGATGAGAAAAAATGGC
CAGGGACGCACACTGGTTGAGACAATAATTTCCTCGCAGCAAGGAAAACC
AAAGGATTTCAACCAAGGGCGATTTCAAGCTGGCTCTCGGTTTGTTTTTT
ACTCGCCGTTCGGCTTGAGTGAATGTGTCGGCTGTCTTGACACAGACTAG
ATAGGTAGACAGGTTTCGAGGACGGCGTGAAGGCGCTTCGGCGGATTTTG
ATACGGCAGAGATCCGGAAGAACCGCCGTTGACTGCTGCATGAAGAATAT
GCTCGTCGATCTTGTCTGTCGCGTTGGAGGCAGACTTGGTGACAAGGTCT
GCGAAAAGTTGGCTGTTATTGAACAGTAATCCTCCTCGTCTCTGGGCTTG
TTGAGCGGAGGGACTTCTTTTCGTTCGGCATTGGGCGGGGCAGGAACGCG
AGGCCTATATTGAGAACCTCCCAAGTTACATAGGGGGGAGATGATGAAGC
ACATGGGAGTCCGGTGGTATGGCACCCAAAATAGGAGACTCCTCGTTAAG
GTGGGGCTCGGATTTTTACTTTTTTTACTACCTTGGTACGGTACTCAGTA
TGAACTGCCAACAATCCGAGAAAAGTTTTTTTCGTGCAGTGCTTAATATC
CAGGCATTATACAAGTGTGCTCTGGGTCTTCTGTCTTGTTCTTCTGTTTT
ATCTGGTTCACTATTTTCACTGCCAAGACTATTGGGTGGTGGCGAGGTCT
GGAGTGAGGCGCCAGGTGGGCCTACGAGAGGCCGCCGCTGAGGCAAGATA
GTCCGATACCACTCGGATGTACAGCACACTTTCCGACACCATACGCGAAG
CCTGTGAGATGAGTGCTCGCACAGAAGACATCCTTGTTCGAGCAGTAAGG
GCACGTTTGACGTGATCCCCATGTCGTCGATTAACAACGGCGAACACGGA
ACGGCTTTTGAACGAGGCGATCAATGCGCGGAGAGGGGAAAGTAACTCAC
GAGTGAGTTCGGCATAGCACGCACGCAAGCAAAAAACGTCAGGGGGCGCG
CCCAGCGAGCAGGAAGTTACTGTCAGTTTCGATCAAGTCTCAGATGGATG
TGTCGGGC

Coding sequence (CDS) from alignment at P-fluviatile_contig2:1031694..1048051+

>mRNA_P-fluviatile_contig2.3772.1 ID=mRNA_P-fluviatile_contig2.3772.1|Name=mRNA_P-fluviatile_contig2.3772.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=7782bp|location=Sequence derived from alignment at P-fluviatile_contig2:1031694..1048051+ (Porterinema fluviatile SAG_2381)
ATGGTGCTCTTGTTCTTCGGGGCCACCTCGTTGTTGGCGTCGTTCGTGAC
AGCAGTTTCGCCGCCGTCTTCCACGGCCAATAACGTCGATTTCAGAGAGC
TAGCGAATTTGGCGGCCGCGGCGAACGCAGGTCGCCGTGATGACCAGGGT
CGTCCGCAGGAGACGCAGCGTCTAAGCTTGCGGCACCTCGAGGCTATGTG
GCACACAAGCCTTGGAATAGAGATGGTGCTCTTGTTCTTCGGGGCCACCT
CGTTGTTGGCGTCGTTCGTGACAGCAGTTTCGCCGCCGTCTTCCACGGCC
AATAACGTCGATTTCAGAGAGCTAGCGAATTTGGCGGCCGCGGCGAACGC
AGGTCGCCGTGATGACCAGGGTCGTCCGCAGGAGACGCAGCGTCTAAGCT
TGCGGCACCTCGAGGCTATGTGGCACACAAGCCTTGGAATAGAGCTGGAC
GGTGCTTCCTTTGGGCGCGAGAATGCCTTTCGTGCAACCATTGATTCCCA
GTGGGCGTTGCTGATTTCCCAAGATGAAAGAGACAAAAACAGTCACAGAT
TTTTACTTGAAGGTAAGAACAGCGCACGTGGCACGACGAAGCCGCTCACG
CGTTCGCCATTTTTAGTGTGTGGCGACCGTCATCCGGACGCGATACTCGC
TCTCGAGAGTGTGGCGCATCGCGCCCGAACTCAACTCGCGTATTCTCGAG
GCGATACGGCGTGCTTGCTAGCGGGGCTCCGCCTCGACGAGGTTGAGACG
GTACGGCAGTCAGATGGGATACACGTGGTCGAGCCTCTGCCGCAGCCGGC
AAAGCTATCGCGAAGCCTGCACGCGACGCTTGACGATCGCTCCGACTCCT
CCGACGGCGGTGCCTCGTTGGAAAACAACGACGGAAAGAGCGGGGATGGA
GCGCCGCACCAGCGACTATCACCTCCCTGCAATATTCGCTTCAATCACGG
CGAAGGTCTTCCCAGCGATCTTGACGTCTCTCTTACCCCTGGCACGTGGG
GGTTGGACATGATGGAAACCTGGACGGAGCACTTGACCAGCTTCGAGTCT
ACGGCACACCTTTGGAACGAGCACTTGCGTGAGCGCTTTATGTGGACCCG
GTCGCCAGCTCGCGATGAAGACGAGCCTTTCGGCGTTCCCCGGAGTATTG
ACACGCAAAATGACAAAGGGGAAGAAGCACGGGGCTCGGCAGATGACCGA
GCTCCGCCAAATGAAGCACAGTTACATCGAATTCGTAATGCTTTGGTCCG
GGAGCACGGATTAGACGACGTCGAAAGGTTGTGGGCTCAAACAGTCGACC
ATAGTAGCAAGGAAGGATCGTGCGACTTCGGGCGTCTCCGTGCTTCCTCT
GTCCCGGACGATGTTCGCACCGACTCCGGCGCCCAAGGGCTTGGAAAAAA
CTCGAGGCCGCACGATGAAAGGTCGCACCGAAACGGAGGGTCGGGCCCGT
CGCCGAGAGACTCGGCGTCCACGAAGCGGGCCAGCGGAGAAAAGCACGAC
CGAGTGGTTCTCAGAGGCGCGGGCTCGTTGGGGAATACGCCCGAGTCCAA
CGCGCACTGCCTGCTGACCGTTATGGCGTACCTGGTGACGCGGCCCGAGG
TGGCCTACTTGGACGAGCTGCCGCAAGTGTTCGAGCTCAACGTGGAGGCC
GCCTGGATCACGCAGAGCGGGGAGAAGTACTCGTACGACATCTGGAACGA
GGGGATCGACGGACGCACGGAGCTGGACGGTGCTTCCTTTGGGCGCGAGA
ATGCCTTTCGTGCAACCATTGATTCCCAGTGGGCGTTGCTGATTTCCCAA
GATGAAAGAGACAAAAACAGTCACAGATTTTTACTTGAAGGTAAGAACAG
CGCACGTGGCACGACGAAGCCGCTCACGCGTTCGCCATTTTTAGTGTGTG
GCGACCGTCATCCGGACGCGATACTCGCTCTCGAGAGTGTGGCGCATCGC
GCCCGAACTCAACTCGCGTATTCTCGAGGCGATACGGCGTGCTTGCTAGC
GGGGCTCCGCCTCGACGAGGTTGAGACGGTACGGCAGTCAGATGGGATAC
ACGTGGTCGAGCCTCTGCCGCAGCCGGCAAAGCTATCGCGAAGCCTGCAC
GCGACGCTTGACGATCGCTCCGACTCCTCCGACGGCGGTGCCTCGTTGGA
AAACAACGACGGAAAGAGCGGGGATGGAGCGCCGCACCAGCGACTATCAC
CTCCCTGCAATATTCGCTTCAATCACGGCGAAGGTCTTCCCAGCGATCTT
GACGTCTCTCTTACCCCTGGCACGTGGGGGTTGGACATGATGGAAACCTG
GACGGAGCACTTGACCAGCTTCGAGTCTACGGCACACCTTTGGAACGAGC
ACTTGCGTGAGCGCTTTATGTGGACCCGGTCGCCAGCTCGCGATGAAGAC
GAGCCTTTCGGCGTTCCCCGGAGTATTGACACGCAAAATGACAAAGGGGA
AGAAGCACGGGGCTCGGCAGATGACCGAGCTCCGCCAAATGAAGCACAGT
TACATCGAATTCGTAATGCTTTGGTCCGGGAGCACGGATTAGACGACGTC
GAAAGGTTGTGGGCTCAAACAGTCGACCATAGTAGCAAGGAAGGATCGTG
CGACTTCGGGCGTCTCCGTGCTTCCTCTGTCCCGGACGATGTTCGCACCG
ACTCCGGCGCCCAAGGGCTTGGAAAAAACTCGAGGCCGCACGATGAAAGG
TCGCACCGAAACGGAGGGTCGGGCCCGTCGCCGAGAGACTCGGCGTCCAC
GAAGCGGGCCAGCGGAGAAAAGCACGACCGAGTGGTTCTCAGAGGCGCGG
GCTCGTTGGGGAATACGCCCGAGTCCAACGCGCACTGCCTGCTGACCGTT
ATGGCGTACCTGGTGACGCGGCCCGAGGTGGCCTACTTGGACGAGCTGCC
GCAAGTGTTCGAGCTCAACGTGGAGGCCGCCTGGATCACGCAGAGCGGGG
AGAAGTACTCGTACGACATCTGGAACGAGGGGATCGACGGACGCACGGAG
ATCATTGCCTTGGCGGACTCCGGTGTAGCCCTCAACTCGTGCTTCTTCAG
CGAGGACCAGACTGACGACAACATTGAGTGCTCGACATACTCCACCCCGG
TCTTCGACCTCACCAAGCGCAAGATCATTGCCTTGGCGGACTCCGGTGTA
GCCCTCAACTCGTGCTTCTTCAGCGAGGACCAGACTGACGACAACATTGA
GTGCTCGACATACTCCACCCCGGTCTTCGACCTCACCAAGCGCAAGGTGG
TGCAGTATGTTGGATACGTTGACTGTGAGGACACTGAGCACGGCCATGGG
ACTCACGTGGCCGGCACCGCCGTTGGGGCAATCAGCAAGACATCCCCGGG
CGATCACTTCGGTGACGGGGTGGTGCAGTATGTTGGATACGTTGACTGTG
AGGACACTGAGCACGGCCATGGGACTCACGTGGCCGGCACCGCCGTTGGG
GCAATCAGCAAGACATCCCCGGGCGATCACTTCGGTGACGGGATGGCTTT
CGGCGGGAAGCTGGCGGTCTTCGACTTCGGAAATAGTGACGGAAGCTTGA
TGGCTTTCGGCGGGAAGCTGGCGGTCTTCGACTTCGGAAATAGTGACGGA
AGCTTGGACCCACATGTCCCTCCGCAGACCCAGATGCTGCAACCGCCCTA
CGACATCGGGTCTCGGATAAGCACCAACAGCTGGGGGGCCGTCCGTACGT
CGTACACCTCGCTGGACCGGCAGCTGGACGACTTCGCCTACATCAGGCCC
GACATGGTCGTGCTTGTCGCGGCCGGAAACTGCGGCGACGAGATTTCTGG
CTGCGAATATCAGGACCCACATGTCCCTCCGCAGACCCAGATGCTGCAAC
CGCCCTACGACATCGGGTCTCGGATAAGCACCAACAGCTGGGGGGCCGTC
CGTACGTCGTACACCTCGCTGGACCGGCAGCTGGACGACTTCGCCTACAT
CAGGCCCGACATGGTCGTGCTTGTCGCGGCCGGAAACTGCGGCGACGAGA
TTTCTGGCTGCGAATATCAGAATACCGCTATCTTTGGAGCTGGGTCAATC
CTCTCTCCAGCCCTCGGCAAGAACGTGATCACGGTAGGAGCCAGCGAGTC
GACCCCGAGCTCTGCCGGCTTAGCGAACAACATTGATGAGAATACCGCTA
TCTTTGGAGCTGGGTCAATCCTCTCTCCAGCCCTCGGCAAGAACGTGATC
ACGGTAGGAGCCAGCGAGTCGACCCCGAGCTCTGCCGGCTTAGCGAACAA
CATTGATGAGGTGGCGTACTTTTCGTCGCATGGGCCGACAGCCGACGACA
ACCGCATAAAACCTGACGTCCTCGCCCCTGGGTACCACCTGTTCTCCGCG
TCGGTGGCGTACTTTTCGTCGCATGGGCCGACAGCCGACGACAACCGCAT
AAAACCTGACGTCCTCGCCCCTGGGTACCACCTGTTCTCCGCGTCGGCGC
AACCCGACGCAGCGAAGAGCTGCGAGGTCGGTCCGATGGCAGGAACGAGT
ATGGCGACGCCTGTGGCAGCCGGTACCGCCGCCATGATTCGCCAGTATTT
CGTTCAGGCGCAACCCGACGCAGCGAAGAGCTGCGAGGTCGGTCCGATGG
CAGGAACGAGTATGGCGACGCCTGTGGCAGCCGGTACCGCCGCCATGATT
CGCCAGTATTTCGTTCAGGGCTGGTATCCCAGTGGCATTGCCACCCCTTC
GGACATGTTCAACCCTTCAAACGCTCTCGTAAAGGCAATGCTTGTCAGCT
CGGGGACGGCCATGGCGGCCTACGACGGCTCCGCAGGGACCACGGGCTGG
TATCCCAGTGGCATTGCCACCCCTTCGGACATGTTCAACCCTTCAAACGC
TCTCGTAAAGGCAATGCTTGTCAGCTCGGGGACGGCCATGGCGGCCTACG
ACGGCTCCGCAGGGACCACGATCCTCGGCGACCCGCCGGACGGCTTCCAG
GGCTTCGGTCGCGTGCTGCTCGACTCGGTGCTAAACGTTCGGGGTTCCGT
GGACCTGTACGTGGAAGACCCAATCGACATGACCCACGGGGAGGTGCACA
GTTACCTCATCGACATGAGCGGTGTCGCGAGCTCAGCCTTCGACGGAAAC
ATGAAGATCCTCGGCGACCCGCCGGACGGCTTCCAGGGCTTCGGTCGCGT
GCTGCTCGACTCGGTGCTAAACGTTCGGGGTTCCGTGGACCTGTACGTGG
AAGACCCAATCGACATGACCCACGGGGAGGTGCACAGTTACCTCATCGAC
ATGAGCGGTGTCGCGAGCTCAGCCTTCGACGGAAACATGAAGGTGACCAT
GGTGTGGATGGAACCGGCGGGATATTCGTCGTCCGTGTCCCCGGTTTTCA
ACGACCTTGACCTTCTCGTGGTCGCCTTCGACGGCATCTCGGAGAGCACG
TTCTACCCCAACAACCTGGCGGCCAAGGACCCGGACAACACGGTCGAGAT
GATCGTGATCCCCAACGTGGATTCGTACGAGTGGTTCAATGTGACCATGG
TGTGGATGGAACCGGCGGGATATTCGTCGTCCGTGTCCCCGGTTTTCAAC
GACCTTGACCTTCTCGTGGTCGCCTTCGACGGCATCTCGGAGAGCACGTT
CTACCCCAACAACCTGGCGGCCAAGGACCCGGACAACACGGTCGAGATGA
TCGTGATCCCCAACGTGGATTCGTACGAGTGGTTCAATATTACCGTTACC
GGAGCGAGTGTGACGACCTTCAGCCTGCCGTACTACGCCCTGGTGGTCAC
CGGCGGGAAATCTGGGACGCACTCCCCGACGGAATCCTCATCCCAGAGGT
CTTGATTACCGTTACCGGAGCGAGTGTGACGACCTTCAGCCTGCCGTACT
ACGCCCTGGTGGTCACCGGCGGGAAATCTGGGACGCACTCCCCGACGGAA
TCCTCATCCCAGAGGTCTTGGTTCGTCCGATGGGAGATGGACATCGACGG
GATACCGATATCACAGGTAGCAACCGAAGCTTTCGAGGACGGCATAGCGG
AGGCCATTTCCTCCGAAACTGGGGGCTACACTGAAGTGAATTCCACGGTG
GTGGTTCGTCCGATGGGAGATGGACATCGACGGGATACCGATATCACAGG
TAGCAACCGAAGCTTTCGAGGACGGCATAGCGGAGGCCATTTCCTCCGAA
ACTGGGGGCTACACTGAAGTGAATTCCACGGTGGTGGTAAAAATCGATCA
TCCGGCGGACGGCGACAGCAGCGACGGCAGTACGGTCACCGTCGAGATCG
TCGTCGCCTCTGAGGTGGACGGACACGCCGTCCTCACGTACATCCTGTCG
CACGTGGAAGGCACCAGCTCCACCTCCCCCCTGTCATCGGCAGGTGTGGA
CGGCGGCAAGGATGGCATCGTTGACGCGCTTAACGCAGCCCTCCAGAGTC
GAACCACGAGCGGCTGCCTCTGCGTGGCGGCCCCGGTGGGGGCCGGGGCG
GAGGGGGGGGGATACGACTGCTCGGCGTGCGCCGAGGGCGGGACGTTCTC
GACCGCCCGCTCCATCACGACGTCCTCGAGAGGGTACGACCTGCTATCGG
TGGACCGTTCCTCGGGCAAGTCCCCAGTCTCCGTGTTCGACTCCGACAAC
CCTGAGGGCGACGATGACATGTTCTGGGGCGACTTCGCCGGCGGGCAGGG
GATCCGCGGGTTCATTCGTTGCGACACCTACTTCGACATGGGGGGCGTGG
TCGTCGCCCTCGTCTTATTCACCTGCATGGGCCTGCTCGCCTTGCGACAG
TGTTTCAATGGCGACGGCGGAGACCTCGAGAAGCGTCTGAATTCGACCCT
CAGGGGCCGGGGCAGCCGCGGAGGGGAACCATCCCCGGGGGTGGGTAACA
AAGCGGGACTGCTTTCATCTGCCGACAATGCGCACACCCGCGCCGTCCGA
AAGCAGCAACGGAGGAGCAACACAACCGAGCACATGCAAAGCGACAGCTC
CATATTTACCCCCAAGGCAACGCCAGCACCGTAGGTAAAAATCGATCATC
CGGCGGACGGCGACAGCAGCGACGGCAGTACGGTCACCGTCGAGATCGTC
GTCGCCTCTGAGGTGGACGGACACGCCGTCCTCACGTACATCCTGTCGCA
CGTGGAAGGCACCAGCTCCACCTCCCCCCTGTCATCGGCAGGTGTGGACG
GCGGCAAGGATGGCATCGTTGACGCGCTTAACGCAGCCCTCCAGAGTCGA
ACCACGAGCGGCTGCCTCTGCGTGGCGGCCCCGGTGGGGGCCGGGGCGGA
GGGGGGGGGATACGACTGCTCGGCGTGCGCCGAGGGCGGGACGTTCTCGA
CCGCCCGCTCCATCACGACGTCCTCGAGAGGGTACGACCTGCTATCGGTG
GACCGTTCCTCGGGCAAGTCCCCAGTCTCCGTGTTCGACTCCGACAACCC
TGAGGGCGACGATGACATGTTCTGGGGCGACTTCGCCGGCGGGCAGGGGA
TCCGCGGGTTCATTCGTTGCGACACCTACTTCGACATGGGGGGCGTGGTC
GTCGCCCTCGTCTTATTCACCTGCATGGGCCTGCTCGCCTTGCGACAGTG
TTTCAATGGCGACGGCGGAGACCTCGAGAAGCGTCTGAATTCGACCCTCA
GGGGCCGGGGCAGCCGCGGAGGGGAACCATCCCCGGGGGTGGGTAACAAA
GCGGGACTGCTTTCATCTGCCGACAATGCGCACACCCGCGCCGTCCGAAA
GCAGCAACGGAGGAGCAACACAACCGAGCACATGCAAAGCGACAGCTCCA
TATTTACCCCCAAGGCAACGCCAGCACCGTAG