mRNA_P-fluviatile_contig10.902.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig10.902.1
Unique NamemRNA_P-fluviatile_contig10.902.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: D7FVQ4_ECTSI (Kinesin motor domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FVQ4_ECTSI)

HSP 1 Score: 1488 bits (3853), Expect = 0.000e+0
Identity = 846/1158 (73.06%), Postives = 960/1158 (82.90%), Query Frame = 1 
Query: 1051 KVEEMRHKLEDDGRALGAEAAHMRAKMSFQVVDERVRDALQEHQAREQVLIRELDALRCALDDCKQELAKTRSNAAAVAAMNNAKLAEATRASESVKEDISYRKDLEREVKRLNGELREAHTQMDVLSADLAKNNKLVEKIGELQRTTGEAQEGLRAANDRFNEEVMRMNTDVANAEDTLEKKIKECKRLEAAVDDALAEKERALTLVTAERAEVKRMTSATVSTEAALAEANSKIDGLMRQLKCVEQRLEASEGLERDLKRLGQDAEEMHEKSHRLLDEKQREIDAYRDRVEEGESLSRKLRGDLAEAEGRALQHKASADRLSARLSSLESQVLEGRAALASAEADRSGMISELEVTREAAGRVKELQAAMAEATFREEALRVETTAFKNALETAEASLERERHSMNDTRTDLVKRAEGAEERCKSFQSSTKELTQKLQDTERRCQKELEKSKARETQMWAQLQQVSSSFAEAASSKKEDENTLDVKLRDLEQHLKNAEKQLLQSQTECARMKDAAQREEKEKEAELKSLSQRXXXXXXXXXXXXXXXXXXXXXXXXXXXESRVVEESVRARCEEVSAREEEARSKLELLQDAKIAADQQAAGARXXXXXXXXXXXXXXXXXXXXXXXLREDAEVSRMGFAASTSKNEGQRRAAEESKQQTEARCVVLQETVDRLEGDLARLTAQVAAGSIDRERACGEEAQEVMGLKFKAVECQGEIEQLSSRVSELTEEKRELEVRERQERERFTRLEAASTQSRLSYDRVKEENESLKRLIDAAQVQVQEWRMKFEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRRL 4524
            ++EEM+ K+E+D RAL AE+  MRAKM FQV DERVR+AL+EH  REQ LI+++DALR AL +CK ELAKT+  A+A AA N+ KLAEA  AS++V++DI  RKDLE+EV+RL G+L++A  ++D LSADLA+ NK+V+KI ELQRTTGEAQEGLRAANDRFNEEVMRMN DVANAED LEK  +EC+RLEAAVDDA+A+KE+A  LV AER EVKR++ A VSTE AL EA SK++GL RQLK V+QR+EASEGLERDLKRLGQ+AEEMH+KSHR+LDEK+RE++AYR RVEEGE+LSRKLRG LAEAEGRALQ K +A+RL  R+SSLE QVLEG+AALAS EADRS ++SEL  TREAA R +EL+AA+ E+T REEALRVE  A +NALE  EASLERERH  ++TRTDLVKRAEGAE RC+S QSSTKE+TQKL+DTE+R  KELEKSK RET+MWAQLQQVSS+FAEAA+SKKE E + D KL DLE+HL   EKQLL SQ EC R+K+AAQRE KEKEAEL+SL +R                           E RVVEE +RARC EVS REEEAR+KL +LQ+A+IAA+Q+ A AR                       LRED EVSR  F A+ SK+E +RR  EES+Q+ EARC VLQ+T +RLEGDLARLTAQVAAGS+D +   G ++QE+ GLKFK VECQGEI+QLSSRVS LTEEK ELE R+ QE+ R+++LEAAS QSR  YDRVKEENE  KRL  AAQ + QEW+ KFEAER L+R LNAKILDMQGSIRVLCRLRPLQ+AEV+ I+R +EYEDPMANITYPDVDRLTFWGVPYQFD VFGPGTKQAQ             VFDEVQP+VASALEGYRVCVFAYGQTGSGKTYTMEGPKSD RGVNFRALGELF+LS QD  KEF+FRVSMLEVYNES+KDL +EPGRPAAAANKHD+RLDKKGRVYVEGLVECEVE+LEEVEELVV+GGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATG+VQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKV LMFVNINPAPQSQGESSCSLNFAKRC SVQLGTSRRL
Sbjct:    4 RIEEMKRKVEEDRRALSAESEQMRAKMDFQV-DERVREALEEHNTREQTLIQDIDALRLALRECKLELAKTKKEASAAAAANSTKLAEAVHASKAVEQDILCRKDLEKEVERLKGDLKQADIRLDSLSADLAQKNKMVDKIAELQRTTGEAQEGLRAANDRFNEEVMRMNADVANAEDALEKSSRECRRLEAAVDDAIADKEQAQALVEAERTEVKRLSLAAVSTETALTEAKSKVEGLARQLKNVQQRVEASEGLERDLKRLGQEAEEMHQKSHRVLDEKKREMEAYRSRVEEGEALSRKLRGSLAEAEGRALQEKGAAERLMLRVSSLEGQVLEGKAALASIEADRSAILSELTATREAAARAEELKAAITESTSREEALRVEMAATRNALEAVEASLERERHVSSETRTDLVKRAEGAETRCESLQSSTKEVTQKLRDTEQRFHKELEKSKERETEMWAQLQQVSSNFAEAANSKKEGETSFDAKLGDLEKHLNKTEKQLLGSQAECVRIKEAAQREVKEKEAELESLRERLSRKKDKFAAQKLSLEQEIKTLTDKLSEGRVVEEGIRARCREVSEREEEARNKLTVLQNARIAAEQEIAAARAEAAGLKNQLHDLRTRFDDESARLREDVEVSRTRFTAAASKDEAERRVLEESRQEAEARCAVLQDTTNRLEGDLARLTAQVAAGSMDPDAPRGGDSQEITGLKFKVVECQGEIQQLSSRVSSLTEEKSELEERQEQEKLRYSQLEAASIQSRQGYDRVKEENEGNKRLASAAQEEAQEWKTKFEAERVLRRELNAKILDMQGSIRVLCRLRPLQEAEVLVIERGKEYEDPMANITYPDVDRLTFWGVPYQFDYVFGPGTKQAQ-------------VFDEVQPMVASALEGYRVCVFAYGQTGSGKTYTMEGPKSD-RGVNFRALGELFSLSNQDHTKEFQFRVSMLEVYNESIKDLFVEPGRPAAAANKHDVRLDKKGRVYVEGLVECEVETLEEVEELVVLGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGYVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKV-LMFVNINPAPQSQGESSCSLNFAKRCRSVQLGTSRRL 1145
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A6H5KGG1_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KGG1_9PHAE)

HSP 1 Score: 635 bits (1638), Expect = 7.710e-208
Identity = 428/707 (60.54%), Postives = 513/707 (72.56%), Query Frame = 1 
Query: 1054 VEEMRHKLEDDGRALGAEAAHMRAKMSFQVVDERVRDALQEHQAREQVLIRELDALRCALDDCKQELAKTRSNAAAVAAMNNAK----------------------LAEATRASESVKEDISYRKDLEREVKRLNGELREAHTQMDVLSADLAKNNKLVEKIGELQRTTGEAQEGLRAANDRFNEEVMRMNTDVANAEDTLEKKIKECKRLEAAVDDALAEKERALTLVTAERAEVKRMTSATVSTEAALAEANSKIDGLMRQLKCVEQRLEASEGLERDLKRLGQDAEEMHEKSHRLLDEKQREIDAYRDRVEEGESLSRKLRGDLAEAEGRALQHKASADRLSARLSSLESQVLEGRAALASAEADRSGMISELEVTREAAGRVKELQAAMAEATFREEALRVETTAFKNALETAEASLERERHSMNDTRTDLVKRAEGAEERCKSFQSSTKELTQKLQDTERRCQKELEKSKARETQMWAQLQQVSSSFAEAASSKKEDENTLDVKLRDLEQHLKNAEKQLLQSQTECARMKDAAQREEKEKEAELKSLSQRXXXXXXXXXXXXXXXXXXXXXXXXXXXESRVVEESVRARCEEVSAREEEARSKLELLQDAKIAADQQAAGARXXXXXXXXXXXXXXXXXXXXXXXLREDAEVSRMGFAASTSKNEGQRRAAEESKQQTEARCVVLQETVDRLEGDLARLTAQ 3108
            +EEM+ K+EDD RAL AE+  M AKM FQV DERVR+AL+EH  REQ LI+++DALR AL +CKQELAKT+ +A+A A  ++ K                      LAEA  AS++V++DI  RKDLE+EV+RL GEL++A  ++D LS DLA+ NK+V+KI ELQRTTGEAQEGLRAAN+RFNEEVMRMN DVANAE+ LEK  +EC+RLEAAVDDA+A+KE+A  LV AER EVKR++ A VSTE AL EANSK++GL RQLK V+QR+EASEGLERDLKRLGQ+AEEMH+KSHR+L EKQRE++AYR RVEEGE+LSRKL+G LAEAEGRALQ K +A+RL  R+SSLE QVLEG+AALAS EADRSG++SEL   REAA   +EL+AA+ E+T REE+LRVE  A +NALE AE SLERERH  ++TRTDLV+RAEG E+RC+S QSSTKE+TQKL+DTE+R  KELEKSK RET+MWAQLQQVSS+FA             + KL DLE+HL   EKQLL SQ EC R+K+AA RE K+KE         XXXXXXXXXXXXXXXXXXX        E RVVEE +R    EVS REEEAR+KL +LQ+A+IAA+Q+ A AR                       LRED EVSRM F A+TSK+                       T +RLEGDLARLTAQ
Sbjct:    1 MEEMKRKVEDDRRALSAESEQMHAKMDFQV-DERVREALEEHNTREQALIQDIDALRLALRECKQELAKTKKDASAAAMEDSTKFNISGETVSWSPFRVRKAWRELLAEAIHASKAVEQDILCRKDLEKEVERLKGELKQADIRLDSLSVDLAQKNKMVDKIAELQRTTGEAQEGLRAANNRFNEEVMRMNADVANAENALEKSSRECRRLEAAVDDAIADKEQAQALVEAERTEVKRLSLAAVSTETALTEANSKVEGLARQLKNVQQRMEASEGLERDLKRLGQEAEEMHQKSHRVLVEKQREMEAYRSRVEEGEALSRKLQGSLAEAEGRALQEKGAAERLMLRVSSLEGQVLEGKAALASIEADRSGILSELTAAREAAAWAEELKAAITESTSREESLRVEMAATRNALEAAETSLERERHVSSETRTDLVRRAEGTEKRCESLQSSTKEVTQKLRDTEQRFHKELEKSKERETEMWAQLQQVSSNFAXXXXXXXXXXTLFNAKLGDLEKHLNETEKQLLGSQAECVRLKEAAHREVKDKEXXXXXXXXXXXXXXXXXXXXXXXXXXXXKTLTDKLSEGRVVEEGIR----EVSEREEEARNKLTVLQNARIAAEQETAAARAEAAGLKNQLHDLRTRFDDESARLREDVEVSRMRFTAATSKD-----------------------TTNRLEGDLARLTAQ 679
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A835Z6H9_9STRA (Kinesin-like protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z6H9_9STRA)

HSP 1 Score: 457 bits (1177), Expect = 7.590e-139
Identity = 239/379 (63.06%), Postives = 290/379 (76.52%), Query Frame = 1 
Query: 3403 WRMKFEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYE---DPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGP--KSDSRGVNFRALGELFALSAQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRRL 4524
            WR ++E ER  +  L  ++L++QGSIRVLCR+RP+  +E+  ++R  E     DP   + YPD D+L FWG PYQF+ VF PGT QA              VF EVQP+VA+AL GYRVC+FAYGQTGSGKT+TM  P  + + RGVNFRAL ELF  +  D  + + F VSMLEVYNE ++DLL      AAA N+H+IRLD++G+VYVEGLVEC V +L+EVE LV +GGRNRTVGNNNVN HSSRSHLVLQV + +T  A+G VQ G+L+LIDLAGSER+KSTAAEGQ+LKEAQNINRSLSALGDVI +LG+GS+HVPYRNSKLTFLLQDSL + AKV LMFVN++P P SQGES CSLNFAKRC +VQLG ++RL
Sbjct:  450 WRSRWEGERAARADLQERVLELQGSIRVLCRVRPMVPSELEEMERRPELAAMGDPQVEVQYPDDDKLVFWGAPYQFERVFAPGTDQAA-------------VFREVQPVVAAALNGYRVCIFAYGQTGSGKTWTMGSPTQRGEERGVNFRALAELFGRARDDATRSYAFTVSMLEVYNEEIRDLLAPASAAAAAENRHEIRLDRRGQVYVEGLVECAVTALDEVERLVELGGRNRTVGNNNVNLHSSRSHLVLQVAVAATYSASGAVQAGRLSLIDLAGSERLKSTAAEGQRLKEAQNINRSLSALGDVIAALGAGSRHVPYRNSKLTFLLQDSLGAGAKV-LMFVNVSPHPASQGESVCSLNFAKRCRAVQLGQAKRL 814
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A7S2PFW9_9STRA (Kinesin-like protein n=1 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2PFW9_9STRA)

HSP 1 Score: 358 bits (918), Expect = 1.080e-101
Identity = 207/393 (52.67%), Postives = 266/393 (67.68%), Query Frame = 1 
Query: 3343 KEENESLKRLIDAAQVQVQEWRMKFEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRR 4521
            K+ +E+L++ +D  ++  Q ++ K+  E+   + LN+K+ D+QGSIRVLCR+RPL   E    +RD E     + + + D D+L F G  Y +D VF   T+Q               V+DEV   VA+++ G  VC+FAYGQT SGKTYTMEG  +D RGVN RAL  LF +    +  ++ F VS+LEVYNESV+DLL           K D+R+   G VYVEGL + +VES  +VE+L+ +   NR   NNN+N+ SSRSHLVL  +IT T   TG   HGKLNLIDLAGSER+K+T AEG +LKEAQNINRSLSALGDV+ +LG+ SKHVPYRNSKLTFLLQ+SL +NAKV LMFVNINP+  + GES CSLNFAKRC SVQLG +R+
Sbjct:  524 KKSSEALQKEVDILKLDAQTFKEKWRNEQNRSKELNSKLADLQGSIRVLCRVRPLSFDE----KRDDESLGTNS-VQFLDYDKLLFHGTEYIYDHVFDGDTEQTA-------------VYDEVSSTVATSMNGVNVCIFAYGQTASGKTYTMEGLAND-RGVNVRALESLFEIGKSSQDIDYTFSVSILEVYNESVRDLLSRENH-----TKLDVRMGSNG-VYVEGLTKHDVESGSDVEQLIALASSNRVTANNNINDLSSRSHLVLTCYITGTKTITGATIHGKLNLIDLAGSERLKNTEAEGLRLKEAQNINRSLSALGDVVAALGNNSKHVPYRNSKLTFLLQESLRTNAKV-LMFVNINPSTDNAGESICSLNFAKRCRSVQLGKARK 890
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A7S1TQ83_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1TQ83_9STRA)

HSP 1 Score: 355 bits (911), Expect = 4.770e-98
Identity = 207/382 (54.19%), Postives = 260/382 (68.06%), Query Frame = 1 
Query: 3436 KRALNAKILDMQGSIRVLCRLRPLQQAEVV-------AIQRDQEYEDPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALS-AQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAA-----------AANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRRL 4524
            ++ L  +IL++QG+IRV  R+RPL + E +        + RD     P   I Y D D+  F G  ++FD +F P + Q Q             VF EV+  VA AL+G+RVC+FAYGQTGSGKT+TMEGP S+ RGVNFRAL  LF L+    E  E  F+VSMLEVYNE ++DLL  PG P +           ++     R  KKG V+VEGL+ECEV +++EVEE++ +GG +R+  +NNVNEHSSRSHLVLQV +          QHG L+LIDLAGSER+K+T+A+GQ+LKEAQNIN+SLSALGDVI +LGS   HVPYRNSKLTFLLQDSL  ++KV LMFVNINPA  S GES+CSLNFA RC SVQLG +RR+
Sbjct:  930 QKELTERILELQGNIRVFARVRPLSEQERMEQDSAGEVLTRDGRSIRPEDAIRYMDEDKFNFHGTSFEFDKIFSPTSTQEQ-------------VFGEVEHAVAKALDGFRVCIFAYGQTGSGKTFTMEGPASN-RGVNFRALKHLFDLAPVVGEEDEISFKVSMLEVYNEKIRDLLAPPGTPGSDDLSVRVLGGGSSGGSKRRGAKKG-VFVEGLLECEVNNVDEVEEIMSLGGEHRSTASNNVNEHSSRSHLVLQVKVLRRGS-----QHGLLSLIDLAGSERLKNTSAQGQRLKEAQNINKSLSALGDVIAALGSSQGHVPYRNSKLTFLLQDSLGPSSKV-LMFVNINPAFNSAGESTCSLNFASRCRSVQLGPARRV 1290
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A2P4XLZ0_9STRA (Kinesin-like protein n=1 Tax=Phytophthora palmivora var. palmivora TaxID=611791 RepID=A0A2P4XLZ0_9STRA)

HSP 1 Score: 315 bits (807), Expect = 7.320e-92
Identity = 189/385 (49.09%), Postives = 256/385 (66.49%), Query Frame = 1 
Query: 3415 FEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQ-------RDQEYEDPMANITYPDVDRLTFWGVP--YQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAK---EFKFRVSMLEVYNESVKDLLLEPGRPAAAANKH-----DIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSR 4518
            +  E   +R L+ K++++QG+IRV CR+RP+Q  E+ + Q       RD ++E     +     D+    G    ++FD VF P + Q Q             VF++ + +V SAL+G+ VC+FAYGQTGSGKT+TMEGP++D RGVNFRAL ELF++     A    E   ++S+LEVYNE++ DLL   GR  + A+       D+R+ K G VYVE L+E EV +  +V +L+ +G  +R+VG+++ NEHSSRSHLVL + I +   + G  +  KL+LIDLAGSER+  TAA GQ+LKEAQNINRSLSALGDVI +LG+ SKHVPYRNSKLTFLLQDSLS N+KV LMFVN++P   +  E+ CSLNFA RC SV LG ++
Sbjct:   29 YTQEMMARRKLHNKLMELQGNIRVFCRVRPIQPVELKSEQSALAVFFRDNDHESLDLFVGSEAGDKANQIGQKHAFEFDHVFQPNSTQEQ-------------VFEQTRALVVSALDGFNVCIFAYGQTGSGKTHTMEGPEND-RGVNFRALRELFSIRDDRMAGGNFECSMKLSILEVYNETIVDLLEGGGRTISGASPAVAKGLDVRVGKNG-VYVENLIEVEVFNEGDVLDLMRLGHSHRSVGSHDFNEHSSRSHLVLSIKIETGIKSDGRRRTSKLHLIDLAGSERVSKTAASGQRLKEAQNINRSLSALGDVIAALGANSKHVPYRNSKLTFLLQDSLSGNSKV-LMFVNVSPVQWNAWETLCSLNFASRCRSVALGQAK 397
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A7S2WAZ0_9STRA (Kinesin-like protein n=1 Tax=labyrinthulid quahog parasite QPX TaxID=96639 RepID=A0A7S2WAZ0_9STRA)

HSP 1 Score: 311 bits (798), Expect = 5.510e-89
Identity = 182/385 (47.27%), Postives = 255/385 (66.23%), Query Frame = 1 
Query: 3379 AAQVQVQEWRMKFEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFAL-SAQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSK---HVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRR 4521
            A + +++E + ++  E TL++ ++ +++D++G+IRV CR+RP+   E  +       E P+ N    + D  T     ++FD VF   + Q Q             +F+++ P+V S L+GY VC+FAYGQTGSGKTYTM+GPK D+RGVNFRAL  +F + + + + +E    VS+LE+YNE+V+DLL E        +K D+R++K+G+V+V+GL E    S+ +V   + +   NR VG +N+NEHSSRSHLVL VHI +T+  +G   +G LNLIDLAGSERI  T A G +LKEAQNIN+SLSALGDVI +LG G K   HVPYRNSKLT LLQ+SL  ++KV  MFVNI+P   +  ES CSLNFA RC  VQLG +++
Sbjct:  172 ALEDKIREHKERYVRECTLRKKVHNELMDIKGNIRVFCRVRPILPVEEQSGDCMDVTEYPVENEIVLNRDEAT--ANRFEFDSVFSAASSQEQ-------------IFEDISPLVTSTLDGYNVCIFAYGQTGSGKTYTMQGPK-DNRGVNFRALERMFQIRNDRRDEEECSMTVSILEIYNETVRDLLGE------CRDKLDLRVNKEGKVFVQGLEENSANSMADVLNSMKIAQGNRAVGAHNMNEHSSRSHLVLTVHIETTNKVSGIKCNGSLNLIDLAGSERISKTDATGSRLKEAQNINKSLSALGDVIAALGEGGKKGQHVPYRNSKLTHLLQNSLGGDSKVA-MFVNISPVRWNVSESICSLNFAARCRKVQLGQAKK 533
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BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A7S2W0I4_9STRA (Kinesin-like protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2W0I4_9STRA)

HSP 1 Score: 314 bits (805), Expect = 6.080e-88
Identity = 190/388 (48.97%), Postives = 248/388 (63.92%), Query Frame = 1 
Query: 3373 IDAAQVQVQEWRMKFEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFAL-SAQDEAKEFKFRVSMLEVYNESVKDLLLEPGRPAAAANKH--DIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSK--HVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSRR 4521
            IDAA  + +E   ++  E   ++ ++ K++++QG+IRV CR RP+  AEV + Q     +           D LT     ++FD  F P + Q               VF+ V+P + S L+GY VC+FAYGQTGSGKT+TMEGP  D+RGVNFR+L ELF+L  A+ E  EF F +S LE+YNE ++DLL++P R  +A  K   DIR    G V V GL E  V S +EV  L+  G   RTVG++++NEHSSRSH +L +      +  G     +LNLIDLAGSER+  T A G++LKEAQNINRSLSALGDVIN+LG   K  HVP+RNSKLT LLQDSLS N+KV LMF NI+PA  + GE+ CSLNFA RC SV+LG +R+
Sbjct:  335 IDAAVKEKEEHYDQYLKENRRRKEIHNKLIELQGNIRVFCRCRPIVSAEVASGQTRNVVDFTTPEDVVVQRDELT--RSKFEFDQAFHPDSNQLS-------------VFEHVRPFMTSFLDGYNVCIFAYGQTGSGKTFTMEGPP-DNRGVNFRSLEELFSLRDARAEEIEFSFVLSYLEIYNEQIRDLLVDPRRNGSADGKSKLDIRQSATGNV-VPGLTEVPVASTDEVAALMTRGAECRTVGSHDMNEHSSRSHSILTITAHGRSLTDGSTLTSRLNLIDLAGSERVSKTDATGERLKEAQNINRSLSALGDVINALGKKGKGGHVPFRNSKLTHLLQDSLSGNSKV-LMFCNISPASYNVGETMCSLNFAARCRSVELGQARK 704
[Close]
BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: A0A024UK57_9STRA (Kinesin-like protein n=1 Tax=Aphanomyces invadans TaxID=157072 RepID=A0A024UK57_9STRA)

HSP 1 Score: 314 bits (804), Expect = 2.290e-87
Identity = 185/376 (49.20%), Postives = 251/376 (66.76%), Query Frame = 1 
Query: 3415 FEAERTLKRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEY----EDP-MANITYPDVDRLTFWGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAK---EFKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSR 4518
            +  E   +R L+ ++++M G+IRV CR+RP+   EV +    Q       DP + ++T  +  + TF     +FD VF P T QA              VF++ + +V SA++G+ VC+FAYGQTGSGKT+TMEGP +D RGVNFRA+ ELF +  +       E   ++S+LEVYNE++ DLL +   P       ++R+ K+G  YVE L+E EV S  +V++L+ +G  +R+VG+++VNEHSSRSHLV+ + ITS+    G     KL+LIDLAGSERI  TAA GQ+LKEAQ+INRSLSALGDVI SLG  SKHVPYRNSKLTFLLQ+SLS N+KV LMFVN++P   +  ES CSLNFA+RC +V LG ++
Sbjct:  405 YAQEMKARRQLHNRVMEMAGNIRVFCRIRPVSNVEVTSADSAQVVTFRPNDPHVLDLTVAEGQKHTF-----EFDYVFQPTTGQAD-------------VFEQTKALVVSAMDGFNVCIFAYGQTGSGKTHTMEGPATD-RGVNFRAMDELFRVRDERVRSGNVECDMKLSILEVYNETIVDLLDDS--PTGERKPLEVRMGKQG-AYVENLMEVEVYSASDVDDLMKLGHSHRSVGSHDVNEHSSRSHLVVSITITSSHKLDGRKSLSKLHLIDLAGSERISKTAASGQRLKEAQHINRSLSALGDVIASLGGHSKHVPYRNSKLTFLLQESLSGNSKV-LMFVNVSPVQWNAWESLCSLNFAQRCRNVALGQAK 757
[Close]
BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Match: L1JRD3_GUITC (Kinesin-like protein n=1 Tax=Guillardia theta (strain CCMP2712) TaxID=905079 RepID=L1JRD3_GUITC)

HSP 1 Score: 300 bits (767), Expect = 2.750e-87
Identity = 178/365 (48.77%), Postives = 236/365 (64.66%), Query Frame = 1 
Query: 3436 KRALNAKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTFWGVP--YQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRVCVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAKE--FKFRVSMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESLEEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGKLNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVPYRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSVQLGTSR 4518
            ++ L+  +LD++G+IRV CR RP          R      P+ +   P+   +   G    + +D  FGP  +Q +             +F E QP+V S L+GY VC+ AYGQTGSGKT+TM+G  S S GVN RALGELFAL+A+  AKE  FK ++S+LE+YNE+++DLL EP        K D++L + G   V G++  EVES+EEV + +  G +NR+V   ++NEHSSRSH+VL V+   T  ATG    GKL+LIDLAGSER++ T AEG++LKEAQNIN+SLSALGD + SL + SKHVPYRNSKLTFLLQDSL  +AK  LMFV I+      GE+ CSLNFA R  +V LG ++
Sbjct:   30 RKRLHNLVLDLKGNIRVFCRARPA---------RSSSLAPPIVSYPAPNELLVEAGGKSQTFSYDATFGPQAQQDE-------------IFREAQPLVVSVLDGYHVCILAYGQTGSGKTHTMQGTAS-SPGVNTRALGELFALAAE-RAKEHDFKIKISLLEIYNETIRDLL-EPLDEKGEEKKLDVKLGQDGGTCVPGVLTSEVESMEEVMQALQRGEQNRSVAGTDMNEHSSRSHMVLTVYTQGTSKATGTRSFGKLHLIDLAGSERLRRTCAEGERLKEAQNINKSLSALGDCMQSLVAKSKHVPYRNSKLTFLLQDSLGGDAKA-LMFVCISSEEADAGETLCSLNFASRVRNVVLGPAK 368
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig10.902.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FVQ4_ECTSI0.000e+073.06Kinesin motor domain-containing protein n=1 Tax=Ec... [more]
A0A6H5KGG1_9PHAE7.710e-20860.54Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
A0A835Z6H9_9STRA7.590e-13963.06Kinesin-like protein n=1 Tax=Tribonema minus TaxID... [more]
A0A7S2PFW9_9STRA1.080e-10152.67Kinesin-like protein n=1 Tax=Leptocylindrus danicu... [more]
A0A7S1TQ83_9STRA4.770e-9854.19Hypothetical protein n=1 Tax=Phaeomonas parva TaxI... [more]
A0A2P4XLZ0_9STRA7.320e-9249.09Kinesin-like protein n=1 Tax=Phytophthora palmivor... [more]
A0A7S2WAZ0_9STRA5.510e-8947.27Kinesin-like protein n=1 Tax=labyrinthulid quahog ... [more]
A0A7S2W0I4_9STRA6.080e-8848.97Kinesin-like protein n=1 Tax=Rhizochromulina marin... [more]
A0A024UK57_9STRA2.290e-8749.20Kinesin-like protein n=1 Tax=Aphanomyces invadans ... [more]
L1JRD3_GUITC2.750e-8748.77Kinesin-like protein n=1 Tax=Guillardia theta (str... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig10contigP-fluviatile_contig10:3400823..3421807 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Porterinema fluviatile SAG_23812021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score1508.4
Seed ortholog evalue0.0
Seed eggNOG ortholog2880.D7FVQ4
KEGG koko:K10406
EggNOG free text desc.microtubule motor activity
EggNOG OGsCOG5059@1,KOG0239@2759
COG Functional cat.Z
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko04812
Hectar predicted targeting categoryother localisation
Exons40
Model size4530
Cds size4530
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig10.902.1prot_P-fluviatile_contig10.902.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig10 3400823..3421807 -


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

Feature NameUnique NameSpeciesTypePosition
1622815410.9127145-CDS-P-fluviatile_contig10:3400822..34009421622815410.9127145-CDS-P-fluviatile_contig10:3400822..3400942Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3400823..3400942 -
1693561779.2964513-CDS-P-fluviatile_contig10:3400822..34009421693561779.2964513-CDS-P-fluviatile_contig10:3400822..3400942Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3400823..3400942 -
1622815410.926088-CDS-P-fluviatile_contig10:3401224..34013951622815410.926088-CDS-P-fluviatile_contig10:3401224..3401395Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3401225..3401395 -
1693561779.309043-CDS-P-fluviatile_contig10:3401224..34013951693561779.309043-CDS-P-fluviatile_contig10:3401224..3401395Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3401225..3401395 -
1622815410.935598-CDS-P-fluviatile_contig10:3401540..34017411622815410.935598-CDS-P-fluviatile_contig10:3401540..3401741Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3401541..3401741 -
1693561779.3169029-CDS-P-fluviatile_contig10:3401540..34017411693561779.3169029-CDS-P-fluviatile_contig10:3401540..3401741Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3401541..3401741 -
1622815410.944037-CDS-P-fluviatile_contig10:3402141..34022671622815410.944037-CDS-P-fluviatile_contig10:3402141..3402267Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3402142..3402267 -
1693561779.3261597-CDS-P-fluviatile_contig10:3402141..34022671693561779.3261597-CDS-P-fluviatile_contig10:3402141..3402267Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3402142..3402267 -
1622815410.9528491-CDS-P-fluviatile_contig10:3403015..34031091622815410.9528491-CDS-P-fluviatile_contig10:3403015..3403109Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403016..3403109 -
1693561779.3386374-CDS-P-fluviatile_contig10:3403015..34031091693561779.3386374-CDS-P-fluviatile_contig10:3403015..3403109Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403016..3403109 -
1622815410.9633548-CDS-P-fluviatile_contig10:3403261..34033831622815410.9633548-CDS-P-fluviatile_contig10:3403261..3403383Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403262..3403383 -
1693561779.3545275-CDS-P-fluviatile_contig10:3403261..34033831693561779.3545275-CDS-P-fluviatile_contig10:3403261..3403383Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403262..3403383 -
1622815410.9724386-CDS-P-fluviatile_contig10:3403667..34038441622815410.9724386-CDS-P-fluviatile_contig10:3403667..3403844Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403668..3403844 -
1693561779.3634393-CDS-P-fluviatile_contig10:3403667..34038441693561779.3634393-CDS-P-fluviatile_contig10:3403667..3403844Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3403668..3403844 -
1622815410.9831555-CDS-P-fluviatile_contig10:3404423..34044711622815410.9831555-CDS-P-fluviatile_contig10:3404423..3404471Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3404424..3404471 -
1693561779.3720415-CDS-P-fluviatile_contig10:3404423..34044711693561779.3720415-CDS-P-fluviatile_contig10:3404423..3404471Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3404424..3404471 -
1622815411.4014401-CDS-P-fluviatile_contig10:3404741..34048671622815411.4014401-CDS-P-fluviatile_contig10:3404741..3404867Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3404742..3404867 -
1693561779.3808892-CDS-P-fluviatile_contig10:3404741..34048671693561779.3808892-CDS-P-fluviatile_contig10:3404741..3404867Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3404742..3404867 -
1622815411.420397-CDS-P-fluviatile_contig10:3405376..34054391622815411.420397-CDS-P-fluviatile_contig10:3405376..3405439Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3405377..3405439 -
1693561779.3896105-CDS-P-fluviatile_contig10:3405376..34054391693561779.3896105-CDS-P-fluviatile_contig10:3405376..3405439Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3405377..3405439 -
1622815411.436042-CDS-P-fluviatile_contig10:3406124..34062081622815411.436042-CDS-P-fluviatile_contig10:3406124..3406208Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406125..3406208 -
1693561779.3990388-CDS-P-fluviatile_contig10:3406124..34062081693561779.3990388-CDS-P-fluviatile_contig10:3406124..3406208Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406125..3406208 -
1622815411.450372-CDS-P-fluviatile_contig10:3406404..34064941622815411.450372-CDS-P-fluviatile_contig10:3406404..3406494Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406405..3406494 -
1693561779.4087238-CDS-P-fluviatile_contig10:3406404..34064941693561779.4087238-CDS-P-fluviatile_contig10:3406404..3406494Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406405..3406494 -
1622815411.4680872-CDS-P-fluviatile_contig10:3406979..34070961622815411.4680872-CDS-P-fluviatile_contig10:3406979..3407096Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406980..3407096 -
1693561779.4180248-CDS-P-fluviatile_contig10:3406979..34070961693561779.4180248-CDS-P-fluviatile_contig10:3406979..3407096Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3406980..3407096 -
1622815411.4818144-CDS-P-fluviatile_contig10:3407553..34076911622815411.4818144-CDS-P-fluviatile_contig10:3407553..3407691Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3407554..3407691 -
1693561779.427533-CDS-P-fluviatile_contig10:3407553..34076911693561779.427533-CDS-P-fluviatile_contig10:3407553..3407691Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3407554..3407691 -
1622815411.4971302-CDS-P-fluviatile_contig10:3408076..34081671622815411.4971302-CDS-P-fluviatile_contig10:3408076..3408167Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408077..3408167 -
1693561779.4369361-CDS-P-fluviatile_contig10:3408076..34081671693561779.4369361-CDS-P-fluviatile_contig10:3408076..3408167Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408077..3408167 -
1622815411.5094528-CDS-P-fluviatile_contig10:3408304..34084061622815411.5094528-CDS-P-fluviatile_contig10:3408304..3408406Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408305..3408406 -
1693561779.4484167-CDS-P-fluviatile_contig10:3408304..34084061693561779.4484167-CDS-P-fluviatile_contig10:3408304..3408406Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408305..3408406 -
1622815411.523037-CDS-P-fluviatile_contig10:3408625..34087141622815411.523037-CDS-P-fluviatile_contig10:3408625..3408714Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408626..3408714 -
1693561779.459568-CDS-P-fluviatile_contig10:3408625..34087141693561779.459568-CDS-P-fluviatile_contig10:3408625..3408714Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3408626..3408714 -
1622815411.5368845-CDS-P-fluviatile_contig10:3409032..34091551622815411.5368845-CDS-P-fluviatile_contig10:3409032..3409155Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3409033..3409155 -
1693561779.4691265-CDS-P-fluviatile_contig10:3409032..34091551693561779.4691265-CDS-P-fluviatile_contig10:3409032..3409155Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3409033..3409155 -
1622815411.5504794-CDS-P-fluviatile_contig10:3409554..34096081622815411.5504794-CDS-P-fluviatile_contig10:3409554..3409608Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3409555..3409608 -
1693561779.4784324-CDS-P-fluviatile_contig10:3409554..34096081693561779.4784324-CDS-P-fluviatile_contig10:3409554..3409608Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3409555..3409608 -
1622815411.5657783-CDS-P-fluviatile_contig10:3411443..34116051622815411.5657783-CDS-P-fluviatile_contig10:3411443..3411605Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3411444..3411605 -
1693561779.4880748-CDS-P-fluviatile_contig10:3411443..34116051693561779.4880748-CDS-P-fluviatile_contig10:3411443..3411605Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3411444..3411605 -
1622815411.5756876-CDS-P-fluviatile_contig10:3411883..34121141622815411.5756876-CDS-P-fluviatile_contig10:3411883..3412114Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3411884..3412114 -
1693561779.49755-CDS-P-fluviatile_contig10:3411883..34121141693561779.49755-CDS-P-fluviatile_contig10:3411883..3412114Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3411884..3412114 -
1622815411.5852125-CDS-P-fluviatile_contig10:3412454..34125591622815411.5852125-CDS-P-fluviatile_contig10:3412454..3412559Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3412455..3412559 -
1693561779.5076683-CDS-P-fluviatile_contig10:3412454..34125591693561779.5076683-CDS-P-fluviatile_contig10:3412454..3412559Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3412455..3412559 -
1622815411.594164-CDS-P-fluviatile_contig10:3412816..34130201622815411.594164-CDS-P-fluviatile_contig10:3412816..3413020Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3412817..3413020 -
1693561779.5174906-CDS-P-fluviatile_contig10:3412816..34130201693561779.5174906-CDS-P-fluviatile_contig10:3412816..3413020Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3412817..3413020 -
1622815411.605405-CDS-P-fluviatile_contig10:3413441..34135201622815411.605405-CDS-P-fluviatile_contig10:3413441..3413520Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3413442..3413520 -
1693561779.5289667-CDS-P-fluviatile_contig10:3413441..34135201693561779.5289667-CDS-P-fluviatile_contig10:3413441..3413520Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3413442..3413520 -
1622815411.6186118-CDS-P-fluviatile_contig10:3413800..34139131622815411.6186118-CDS-P-fluviatile_contig10:3413800..3413913Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3413801..3413913 -
1693561779.5435088-CDS-P-fluviatile_contig10:3413800..34139131693561779.5435088-CDS-P-fluviatile_contig10:3413800..3413913Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3413801..3413913 -
1622815411.6920488-CDS-P-fluviatile_contig10:3414108..34142011622815411.6920488-CDS-P-fluviatile_contig10:3414108..3414201Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3414109..3414201 -
1693561779.5531745-CDS-P-fluviatile_contig10:3414108..34142011693561779.5531745-CDS-P-fluviatile_contig10:3414108..3414201Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3414109..3414201 -
1622815411.7387998-CDS-P-fluviatile_contig10:3415847..34159501622815411.7387998-CDS-P-fluviatile_contig10:3415847..3415950Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3415848..3415950 -
1693561783.0136614-CDS-P-fluviatile_contig10:3415847..34159501693561783.0136614-CDS-P-fluviatile_contig10:3415847..3415950Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3415848..3415950 -
1622815411.783015-CDS-P-fluviatile_contig10:3416130..34162111622815411.783015-CDS-P-fluviatile_contig10:3416130..3416211Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416131..3416211 -
1693561783.0322263-CDS-P-fluviatile_contig10:3416130..34162111693561783.0322263-CDS-P-fluviatile_contig10:3416130..3416211Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416131..3416211 -
1622815411.7982252-CDS-P-fluviatile_contig10:3416330..34164101622815411.7982252-CDS-P-fluviatile_contig10:3416330..3416410Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416331..3416410 -
1693561783.0423422-CDS-P-fluviatile_contig10:3416330..34164101693561783.0423422-CDS-P-fluviatile_contig10:3416330..3416410Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416331..3416410 -
1622815411.8129764-CDS-P-fluviatile_contig10:3416587..34166781622815411.8129764-CDS-P-fluviatile_contig10:3416587..3416678Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416588..3416678 -
1693561783.0533035-CDS-P-fluviatile_contig10:3416587..34166781693561783.0533035-CDS-P-fluviatile_contig10:3416587..3416678Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3416588..3416678 -
1622815411.8303802-CDS-P-fluviatile_contig10:3417475..34175491622815411.8303802-CDS-P-fluviatile_contig10:3417475..3417549Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3417476..3417549 -
1693561783.0636334-CDS-P-fluviatile_contig10:3417475..34175491693561783.0636334-CDS-P-fluviatile_contig10:3417475..3417549Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3417476..3417549 -
1622815411.8484592-CDS-P-fluviatile_contig10:3417714..34177971622815411.8484592-CDS-P-fluviatile_contig10:3417714..3417797Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3417715..3417797 -
1693561783.0706465-CDS-P-fluviatile_contig10:3417714..34177971693561783.0706465-CDS-P-fluviatile_contig10:3417714..3417797Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3417715..3417797 -
1622815411.8635418-CDS-P-fluviatile_contig10:3418653..34188191622815411.8635418-CDS-P-fluviatile_contig10:3418653..3418819Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3418654..3418819 -
1693561783.0782914-CDS-P-fluviatile_contig10:3418653..34188191693561783.0782914-CDS-P-fluviatile_contig10:3418653..3418819Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3418654..3418819 -
1622815411.8771312-CDS-P-fluviatile_contig10:3419139..34192691622815411.8771312-CDS-P-fluviatile_contig10:3419139..3419269Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419140..3419269 -
1693561783.085796-CDS-P-fluviatile_contig10:3419139..34192691693561783.085796-CDS-P-fluviatile_contig10:3419139..3419269Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419140..3419269 -
1622815411.8890734-CDS-P-fluviatile_contig10:3419397..34194721622815411.8890734-CDS-P-fluviatile_contig10:3419397..3419472Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419398..3419472 -
1693561783.1005647-CDS-P-fluviatile_contig10:3419397..34194721693561783.1005647-CDS-P-fluviatile_contig10:3419397..3419472Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419398..3419472 -
1622815411.9104462-CDS-P-fluviatile_contig10:3419806..34199371622815411.9104462-CDS-P-fluviatile_contig10:3419806..3419937Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419807..3419937 -
1693561783.1215947-CDS-P-fluviatile_contig10:3419806..34199371693561783.1215947-CDS-P-fluviatile_contig10:3419806..3419937Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3419807..3419937 -
1622815411.9330618-CDS-P-fluviatile_contig10:3420232..34203011622815411.9330618-CDS-P-fluviatile_contig10:3420232..3420301Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3420233..3420301 -
1693561783.1304467-CDS-P-fluviatile_contig10:3420232..34203011693561783.1304467-CDS-P-fluviatile_contig10:3420232..3420301Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3420233..3420301 -
1622815411.9424002-CDS-P-fluviatile_contig10:3421096..34211491622815411.9424002-CDS-P-fluviatile_contig10:3421096..3421149Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421097..3421149 -
1693561783.1384935-CDS-P-fluviatile_contig10:3421096..34211491693561783.1384935-CDS-P-fluviatile_contig10:3421096..3421149Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421097..3421149 -
1622815411.951356-CDS-P-fluviatile_contig10:3421341..34214391622815411.951356-CDS-P-fluviatile_contig10:3421341..3421439Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421342..3421439 -
1693561783.146749-CDS-P-fluviatile_contig10:3421341..34214391693561783.146749-CDS-P-fluviatile_contig10:3421341..3421439Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421342..3421439 -
1622815411.961743-CDS-P-fluviatile_contig10:3421634..34218071622815411.961743-CDS-P-fluviatile_contig10:3421634..3421807Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421635..3421807 -
1693561783.1550603-CDS-P-fluviatile_contig10:3421634..34218071693561783.1550603-CDS-P-fluviatile_contig10:3421634..3421807Porterinema fluviatile SAG_2381CDSP-fluviatile_contig10 3421635..3421807 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig10.902.1

>prot_P-fluviatile_contig10.902.1 ID=prot_P-fluviatile_contig10.902.1|Name=mRNA_P-fluviatile_contig10.902.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1510bp
MSSLPFHSAPAHSVLDRRIGVAKNRLLNLAFEDGSPTQVSDDNPEEPKSV
PADVFKQGVREHAVMLGMLLPEDENFLWIAEESLLAPLPEGWVQLKDEQS
GHPYYYNQASGDSSWEHPRDSLYKEIYRQKKAASDVGLAEVSALVPPDPP
PMQSLATLLPKHTKAKGRYQEKTVRYGRGIDEPQDDGDSACEDGPPFDVT
GTKDTSFEELDRLRRQLKKSKESRRVMVEKHDEMVNELERTKEDLEEKLD
VATDELRQERRRSNTAKLERERVEKVSAKLKETIRKLEGKLDKEERLSGE
RGCTLDGLRNEMEGCRRQVIEANAQAAADLAKQEQRFQRQLVEARELSNK
KVEEMRHKLEDDGRALGAEAAHMRAKMSFQVVDERVRDALQEHQAREQVL
IRELDALRCALDDCKQELAKTRSNAAAVAAMNNAKLAEATRASESVKEDI
SYRKDLEREVKRLNGELREAHTQMDVLSADLAKNNKLVEKIGELQRTTGE
AQEGLRAANDRFNEEVMRMNTDVANAEDTLEKKIKECKRLEAAVDDALAE
KERALTLVTAERAEVKRMTSATVSTEAALAEANSKIDGLMRQLKCVEQRL
EASEGLERDLKRLGQDAEEMHEKSHRLLDEKQREIDAYRDRVEEGESLSR
KLRGDLAEAEGRALQHKASADRLSARLSSLESQVLEGRAALASAEADRSG
MISELEVTREAAGRVKELQAAMAEATFREEALRVETTAFKNALETAEASL
ERERHSMNDTRTDLVKRAEGAEERCKSFQSSTKELTQKLQDTERRCQKEL
EKSKARETQMWAQLQQVSSSFAEAASSKKEDENTLDVKLRDLEQHLKNAE
KQLLQSQTECARMKDAAQREEKEKEAELKSLSQRLARKKEKFSAQKLSLE
EEIKTLSDKLAESRVVEESVRARCEEVSAREEEARSKLELLQDAKIAADQ
QAAGARAEAAGLKIQLDDLGARLENETARLREDAEVSRMGFAASTSKNEG
QRRAAEESKQQTEARCVVLQETVDRLEGDLARLTAQVAAGSIDRERACGE
EAQEVMGLKFKAVECQGEIEQLSSRVSELTEEKRELEVRERQERERFTRL
EAASTQSRLSYDRVKEENESLKRLIDAAQVQVQEWRMKFEAERTLKRALN
AKILDMQGSIRVLCRLRPLQQAEVVAIQRDQEYEDPMANITYPDVDRLTF
WGVPYQFDCVFGPGTKQAQARIICPTAGNSARVFDEVQPIVASALEGYRV
CVFAYGQTGSGKTYTMEGPKSDSRGVNFRALGELFALSAQDEAKEFKFRV
SMLEVYNESVKDLLLEPGRPAAAANKHDIRLDKKGRVYVEGLVECEVESL
EEVEELVVMGGRNRTVGNNNVNEHSSRSHLVLQVHITSTDVATGHVQHGK
LNLIDLAGSERIKSTAAEGQQLKEAQNINRSLSALGDVINSLGSGSKHVP
YRNSKLTFLLQDSLSSNAKVVLMFVNINPAPQSQGESSCSLNFAKRCHSV
QLGTSRRLR*
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mRNA from alignment at P-fluviatile_contig10:3400823..3421807-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig10.902.1 ID=mRNA_P-fluviatile_contig10.902.1|Name=mRNA_P-fluviatile_contig10.902.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=20985bp|location=Sequence derived from alignment at P-fluviatile_contig10:3400823..3421807- (Porterinema fluviatile SAG_2381)
ATGTCAAGCTTGCCGTTCCACTCGGCTCCGGCTCACTCAGTGCTTGATCG
CCGGATCGGGGTTGCAAAGAACCGCCTGCTAAACCTCGCGTTCGAGGACG
GCAGCCCGACTCAAGTCAGTGATGATAACCCGGAGGAGCCGAAGAGCGTC
CCTGCTGATGTCTTCAAGCAAGGGTACGTGGGTGTGCCATGTCAATTTCA
CATCACATCTTCATCAAACTGCTGAGTCCCTCACCAATTCGATTCGAAAC
ATGTTTCCCCGCGGTGCGCGTGTAGTGTAGTTGAATGATGAAGTGTGCCT
GTCATCTCACAAGGAACGGGATCGTAAAGTGCCAACTCCTCTTAATCGCC
TGGCTGATTCAATCGTAGCGTCCGGGAGCACGCCGTCATGTTGGGGATGC
TGCTGCCAGAAGATGAGAACTTCCTCTGGATAGCGGAGGAATCCCTTCTC
GCGCCTCTCCCAGAAGGTTGGCTGCCATTTGAAGGAGTCGGCAATGGGGG
TTCTGTACAACGTTCGTAAGCTTCGTAAGAACCGTGCGTTAAAGTATCTG
CGACACTGTTTTGCACAGGGATAGGTGGGTAAAATCTTCGGGCAAAACGC
AGCATATCTATTACATCTTGCGTTTCCTGCGTTTTTGCGCTCCTTTTTTT
TGCCAAAGGTTGGGTTCAGCTGAAGGACGAACAGTCTGGGCACCCCTACT
ACTACAATCAGGTAAGGCCAATGGCTCGAATAACATCCTTTATCTGCACG
GGTAAAGTGTAGCCCCTCGTCCACCAGCTCGCGTGGAAGACCGGTCGTAA
TACCACAACATCCCTTGAGAACGCTCCGGAGTTGATTTCTTGAAAAGCGG
GGGAACTGTCTGGGTCGTAATGAACATACCCGTGTGCACACAAACCTCTT
CCGCGGACCTCTTTCCCTCATGCTGGAACCGATGATGCCGTGCCTCAAGC
GAATCTACGAGCAAGCATCTAACAAGCACAAAACAGGCAATAGAGAAAAC
TTGTCCCCTACAGATGAGACTTGCTTGAACGGAAATTCCAGCGAACGATC
AGGATGCGCCAGATATAGTAGCCGAAACGAGAACGCCCCAGGGCGAACTC
AAAGGTAGAGCGGTCGAAAAACAGTTCTCCGGAGTAATGAAAGTGAGTCG
GCACCCTGGAGCGTTCTGAAGTTTGTTGGATCAATTCGCATTTTGCATGG
GGCGGGGGGGGATGGGGGGAGCGGGGAAGCGGAGGAGCCGTCACTTCGCG
CGGTGCGTTCCCAAGGAATGTTATGGTATGCACGGTCGATTAAAAAAGTA
CGGAGTATGCGATGGCGAAAATCTTTCACGTCAGGCAAGGATTACACTCT
TCAACGTCAAAAGATAATCTCTTGAGTAATCCCTCCCGTGGTTCCATTCC
CGAGAAGAGGTGTACCTCGGCGATCTACGTTGTTACCTGCTGAGGGCCAT
GCACTTTTTCTTCGAAAACAATGGCCTTGATGATACGATTTCGCCCCTGT
GTACAGGCATCGGGAGACAGCAGCTGGGAGCACCCCCGAGATAGTCTCTA
CAAGGAGATTTACCGACAGAAAAAAGTGAGCACGCGCATATTGCAGGCAA
GTTGTGGTGGACGCCCAACGAGCGCGCGTTCGTTCAGGACATTTCTTCTA
GAAGCGTTGCTTGAGCCATCTACGGGAGGTAAGAACAGCCTAATTTAGTT
CGTCGTTATCAGTAACAATTCAGCTACTGCAAATGTGGTGTATCTGGTGA
GGAGAAGTCGGCACCGGCAAATACCTGAGTCCATTCAAATGCAGCAGGAC
ACAATGCTCGGCCTCGGGCGCTCTCAATTATTTCCGACCGCTACAATGGT
ATCGCTTGACTTGGACACAGGCTGCAAGCGATGTTGGATTGGCGGAGGTG
TCGGCTCTGGTGCCTCCAGACCCACCGCCTATGCAATCATTGGCGACCTT
ACTTCCCAAGCATACGAAAGCAAAAGGTCGTTACCAAGAGAAGACCGTGA
GGTGCGCGTACATGAAAATCTTGTCAGCATCGCGGGTATGTACGGACTAA
TATATCTGGTGACCTCGCGAGGCTAAGTTTACCACCCCACAACGCCGTTT
CTAAAGTTGCAAAGACTGGTGTAGCTGCAAGCGCGCTTGCTGGCAAGCGC
AGTCGGTAATGATGCATGACACACGTCCGAAAAGGACTCGGTGAATACGG
CAAGATTTGACGGTTATTATTGCTGCCAAGGTTGCCTAAAACAGCATTCC
TTGTTCATACTCCTGCTCGGAGAGCAGTCCAACAAGGGTTCAACCCAGTC
GATCCTTCTTATTGTTCACATTTTGTGGTTTCCAGGTATGGTAGAGGAAT
CGATGAACCACAGGACGACGGAGACAGCGCTTGTGAGGATGGCCCTCCAT
TCGATGTCACGTGAGCATCGAGTGAATGGCGCAATGTGCTTTGAAAAAGA
CTGCGATTCGCACTGGCGCCGATTGGAAAGCGCTGATAGACGCAATGTTG
CATAACACATAGTTTCACACTCATTTACTGTGTGCCAGGGGCACGAAAGA
TACGAGTTTTGAGGAACTCGATCGCCTCCGGAGACAGCTGAAGAAGAGCA
AGGAGTCCAGGAGGGTCATGGTGGAGAAACACGATGAGATGGTCAACGAG
CTTGAACGTACCAAAGAGGTGTGTTCCTGTGCAGGGCACCAACAGCAAGT
GACAATGATGTATCGTAAAATTGACGGCACGTTCGCTCCTGCAGTATCTC
GTGTCGACTTCCTCCGGACCAGTGTGGATAGCTGTTTAACAAGATACTCC
GGAGTATCAAGTTTGACGTCGAAGCACGCCGCTTATCCAGCACGCGGTAA
GTTCGGCCACCACGGATGGGACATATTTTAGGCAAGGAGGCGTGCCAAGC
GAAACTTCGGAATCTGAGGAAGCGATCGACAAGCAATATGTGGTTCGTTT
CGCTCACATTTCCGACTAAATGGATATCTGAACACCAGGATTTGGAGGAG
AAACTAGACGTAGCCACAGATGAGCTGCGACAAGAAAGAAGACGGTCCAA
CACCGCCAAGCTGGAACGAGAGAGAGTTGAGAAAGTATCGGCGAAGCTCA
AGGAGACGATACGAAAACTTGAGGGCAAGTTGGACAAAGAAGAGCGGCTC
TCTGGTGAGGATATGGGCGGCGCGGGCATGAAAATTAACGAGCGCTTTCC
CACAGCGCACCACAGATGGCAACACGAAGCATCTACTCATCGAGCCTCGC
TCATTGTGGTCCATTATTTTTTTAACAGTTGGCCTCGTTGGGAACGTTCC
CGCGTTAGTAAGTATTACAGCCAGCAGTAAACGATTGCAACTATATTGTG
TATCGGCGCAGCCGATGTTTTGATGTATCGAAAAAATATCGGCGGGCGCA
GCGAGCGAGGCGAGCACAGCGATGCTGACGCGTAAAGGCGCAGAAGCTCG
CTTTTCGAGCCTCCATCCCCCCCCCCGGCTGGTGAGCGGGGCCCGCTGGC
GGCGCCACCGGAGGCGAAAAAGTTGGATTCCCGTGCTCTCACTTCCCATT
ATAAGTGACCAATTTCGTCGTCGGACTGGTTTGTTTTTCATTTGAAGAAA
CAAAACACGACGGCACTTTAATAAATCCCTGAAAAAAATGGCAGGGAAAA
AGGACTTGGTTTTGTCGCTTGCTTTTTGGATACTTTTAGCAACTGTAGCA
TAGTACCGTGTTGTCGAAGACTTATTTTGCCCGTACACAGTAGCGACGGC
TTTTGGGGCTCCGTGCTTGCTTGATTGCACAACGTATGCTCGAACCCCCT
AAAAAATGGCCCGCATGTCAGCACGACTGTGCGATGTTCGATATGATATG
AACCGCACGATTATGTCGAAAGTATCGCTGCCGATTCACAGCCCGAATAA
TAGGTGGAGCCTGCTGCGAGTGACTTGCAGCAAGTATGTGCCACGATAGG
CTGCATCTCGTGTTTGCTTGAGAGCCACTCCGTCCCTTCCTCATCGCACG
CGGTGTGCAGGCGAGCGGGGGTGCACCTTAGATGGCCTCCGAAACGAGAT
GGAAGGGTGTCGAAGGCAAGTCATCGAGGCCAACGCTCAAGCGGTGAGTC
CAGAATCGCAACAAACAAGCATCTGGCACAGTAAATTTTTTCGCTTTGCA
AATTTTGAGAAGCCCAAAAAAGGTCAGGTATTCCGCGCGGCTGTCGACAT
GCCACGATTTAAACACAAAGTCGTTTTCGCTTTTGTTTGTTTTTCCGGCG
CTGTGCAGGCAGCCGATCTTGCAAAGCAGGAACAGAGGTTCCAGCGGCAA
CTCGTAGAAGCACGAGAGCTTTCCAATAAAAAGTGAGTCAAGCTAATCAA
ATGTAGTATTTAGGAGGCTGCCAGGACTGTTCGATTCCGCAGGCAGCACT
CCGTGTACGATATGCCGCCACGCTAGGTCTTGGCGTTGGATAGGGCTCTT
TCTAAATCCACACAAAGAACATGGAAAATTTCGGAATTTTCAATATGGTT
GTATTGTTGGCGTCCGTCCCCGATTTGATCGATGAGTTTGAATTCCATCG
GTTCAGTGGGATATACCCCGGAGTATATAACAATCGCCTAGTCATAAACC
CTACTCGTCCGCATCACCCGGCAAGTCCGATAAAAAATCTCGAGACACTT
GCAGCCTCCCCGCAGGCCATCACGTCGCCTTCAATGGCTCGCGCTACGTT
TGTGTAGTTGATCGAGCAAAATACGATGCCATCCCCGGCCTCCCCTGTCA
CAAAACGTTTAAGTCGAAGGCATCACCAGGTGGTGCTTTTCTGCGTAATT
TACTACATTTCGAGCTATGTACTCAGAGGGCAAAGACATAATTTGAGTCT
TGCTCTTTCAACAGGGGTGAATTGTCGAAATGGTGATCCTTCGGTAAACA
CTCCTTATGAGGCTTTAGTCTAAGAAGCCAGTCTCCTCTCTTACGATCCG
TATACAATTCCAAAATGGCTAGTACCATATTAATTCAGGGAAATTGTGCA
AATCTTGAGTTCAATGTACACGAAATTGTTTGCAGGTTCACATGTATTGC
ACGTCAATCTTGGTTGTTTTTGTCGCATCTTTCTCGAGCTTCTCACGAAA
ATCCTTGTGGGAATTTTGCCTTATCTCAGGGTTGAGGAAATGCGGCATAA
ACTTGAAGATGATGGCCGGGCTCTTGGCGCGGAGGCGGCGCACATGCGTG
CTAAGATGAGCTTCCAGGTAGTCCGTTTCCTTGACCTTCCAGGTAGCGAT
TTTTCCTTTTTTATCCGGGTACATCGGTAACATCGACTACAAGAGAAATG
CGTGGCGTTGGACCTTCGGCGTTGGTGCTCCAGATGTTCGGTTTTGATAA
ACATTTCGATCTTTACCCCAATCATGTTGTGCACTGACTCATATCAGGTA
GACGAGCGGGTGAGGGACGCGCTGCAGGAGCATCAAGCGCGCGAGCAAGT
CTTGATCCGAGAACTCGATGCACTCCGGTGAGACGTCTCACCAAGATTAC
CGTTTAGAGTAAGTCACTTGTCCAGCTGTAGGTACAAAGGCTCGCCTGCT
CTTTTTCACTCATTGTTCGCACTCGTTTCTGCACTATGTGGGCCAGGTGT
GCGCTGGATGACTGTAAGCAGGAGCTAGCGAAGACCAGGAGTAATGCGGC
CGCTGTTGCCGCAATGAACAACGCAAAGTAAGCTCTGCGAGAACCGTAAC
AACCTAGGTGTTTCAATGCAAGCCTCGTGACTCAGCACGACTACGGGTGA
ATTGTGTGGTCCAGGGACCACGTCTGCAAAATACCCCTGTATCTCATGAT
CGATTCCGCCTCGGACCTCGTGTCTCCATCACGGATGGCGCGGCGCCTTG
CTTTTAGGCTGGCTGAGGCTACTCGAGCATCAGAATCTGTCAAGGAGGAC
ATCTCTTATCGAAAGGATCTTGAGAGGGAAGTTAAGAGACTAAATGGCGA
GCTCCGAGAGGTGTGGAACCCGTTCAAGACTTCCTGCGATGAACAAGTGT
GATTCAGTAGGCGGTTGTTGGTTGACTCAAGGCAGATATGATGCAAACAG
CGGTATCGCATTTCATAACCAAGAGTGTCTCCGTTGGATCCGCCGGGGGC
AACACCAACACTTCGCGAACAAAAGTCGATCCATGAGGAAGAAATGGCCG
GGAGTCTTTTTCAGAGCGAGGCATTTTTCGAAACGATGGAGGTTATATCT
TGTGCAAAGATTCATCGACACACCGGCAGGCATGGCGCATCGTTTTTCCA
TGTATTTGGCCCGGTTGAAGGGCCAAACATCTGGCCAAGAAATGACCCTG
CGACCCGAAAATACGTGGGGGGGAGTTCAGCAAAGTTTTCTTCTGGACGG
AACCACAATTGATTCGACTCCTGGCAATTTTCACAGTCAAGCTCATGCTG
TATACTTGTTCAATCCCAACAGCTTCTGCGGTGTAAAACAGATACTTGAG
CAAAGAGTCGCCCCACGGGCTAGCCGGTATGGGTTACTGCATCAAACAAG
CAACGTTAATAAACGCCTCGAAGGCAGATTACAAATTGGCTTTTTCGTGA
GCGTTCAGCAGAGCCACATTTCCGTTCGAAGGCCACAATTCGCTTTAACG
CACCCCTGAGCGTCCACACGCGCACTCATGCCAGTCTACCATTCTCCGGG
CACCCCTCGGTTCGGCGGTCGCGCTCTCGTTGTTTCTCCCGCGTAGTCGA
TTTTGGGCCCGTGTTCGGCTCAATTTCAGCCCTGTGAGCAGGGCTTCCGA
CGTCTGTGCGTTCAATATTCTCTCCAAGGTAACATCTCGCGCTGTTGCAC
ACTGTTACAGTACTCCATCATGTTCCAGGTGACACCTCTGCATCGCCGTT
CGCGCTTTGGTCGGTGCACACACTCCGATGCAGAGGGTTTCGCGCCCGGT
TTTCGGTTCAATTCCATCCCTGTGGCCAGGCTCTCGGCGCGTGGGCATTC
AGTGAAAGAATTGTGATTCATGGGTAACAAGTCGGCTTTTTGACCCGCTT
CTTGAAAGCAGGGTGCACAGGCGATAGTGAACATGCGGTGTGCGTTGATG
AGATTCCGTGCCCCCGTTGAGCTTGGAATCCATACGCTTTTCCACTTCGG
GTGTCTTGAAGACGTTGATCCTTTGGGTGTGTTGCACCCGGTGGTGGTGT
TGTTCATGAACATGCACACTTCGAGTCGTTGCACCTTTCGGTCACAGGGA
TTGCAAAACATCAGCTCTTCCTCCTTTCTCGGAATTCCACTCTCTCTCTC
GTTCTCTCTCGTTGCGCACACGCCCCCACCCAATCACTCTGCTCACCCAC
ACCACCAAGATACACATAGCCACACGTTCAATTCGCGAGTAATTCCCCAT
TCATGGCGTCGCGAAGCATATTTTCCGCACAAATTCCTCCTTCTAAGCGC
AAGGATGTAAGCAATTACAAGCTAGTTTAATAAACCCGCATCGTTCAACG
ATCACACTAACAATTGGCATTTGCTTTGGAATCGCTCCACTTGGGCGGTA
GCGCGAAAGCGCCAAAACACCTTTTGTATAATAGTATGCTGCACTGAAAT
GCCCCTGTTCCATTGCTTTGTTGCCATGCTGGCTGGCGAATTACGTTTCG
GAAAAGGCGCACACGCAGATGGACGTTCTATCCGCCGACTTGGCTAAAAA
CAACAAGCTGGTGGAAAAGATCGGGGAGCTTCAAAGAACGACGGGAGAGG
TTCGTGGCGTTACTAAAATACGCATGCTTTGCGATGCTGAAGCACTGTCA
GTGCTCGTGGGCTCTAGCCGTAAACTTTGTTTGTTCCAGTACAGCTGGGC
ACTCAGAAGTGCGGTGCGCATTTTGTAGGAAACCCTCATACCTTGCTGTT
CGACTTATCGGAACATTCGCTGAATTGTGCCTTGACATATCAAGGCTCAG
GAAGGGCTACGTGCGGCGAATGACCGCTTCAACGAAGAGGTGATGCGCAT
GAATACCGACGTCGCCAATGCAGAGGATACGTTGGAGAAGAAAATCAAAG
AGTGCAAGTGAGATATCATGCATCATCACCCGAAAAAGTGCTGCGTCTAC
GTAGGAGAGCAAGCACAGAATTTCTTAGCGCAGCGTTCGCATGGGGTTCG
CCGTACTGATGCCGGTTTCGTCGAGTGTTTGCGCTATTCGATGGCAAGGC
CATCCGACGTCTAAAGCTCCCGCCCGCGGTGAGAATGTTGCCGGCTGGTC
CATTGTAGTGGCAAGATGTCGTCGCCGGCTGTGCTCTAAACTTGAAAAGT
TAGTGATGTGAACTTTGCGTCTGTATCATGTGCGCAGGAGACTAGAAGCT
GCTGTGGATGATGCTCTCGCCGAGAAGGAGAGGGCACTTACGTTGGTCAC
AGCTGAGAGAGCAGAGGTACTTCAGACAATTTACGGTATGACAGTACCAG
ACCGATTCACAAATTATGATTGTTGATCTTAACAACTTGGCACGCGTTCG
TGCTTGATGGAAAAATTAGTGTTCATCGGGGATTCTGTTGTGCCCCATAT
CTTGTTTGGGGCATCGTGATCAATCCCATCTTTAGCATTTGGCTTTATTG
TTCACCCAGCGGGTTGCACTGCAGGCACCCTTCCGGCGACCTTCAACGAA
GCCTGGCAGGCCTGGCAGGGCAAGAACTCCCCTCCCCCCAAATGATATGA
GACGCAATAGGACTTAAGAGTGCCGGGATGGTCTGTCAGGAAATCGGCGC
ACCGTATGTTTTCATAGTGGATCTTTTGAGAGAAAAGTGCAAGTCTTGAA
AAAACACTAAGCGGTGGCGCTACATCGCTCTCTTCAGGTGAAGCGAATGA
CTTCGGCTACCGTCAGTACCGAAGCGGCGCTCGCCGAGGCCAATTCGAAG
ATCGACGGGTTGATGCGGCAACTCAAGTGTGTCGAACAACGCCTGGAAGC
TTCGGAGGGTCTTGAGAGAGATTTGAAAAGGTTGGGGCAGGATGCGGAGG
AAATGCACGAGAAGTCTCACCGTCTTCTAGACGAGAAGCAGGTACACAGG
AGCGTGGATAAACATGTACTACCCGATGGGTCCTTTCTCGATTTTGCTCG
GATACTTTGCCCTTTATCGGATGGTGTTCATGGTGCGGAACAAGTGGCAC
CCTTGCTTTCAAGTGTAGAAATCAGCGATCGACTGTATGTATATAGTTGC
GTTCAATGCTCGGCGGTTCAAAGTCGACTCCCATCCGTACTTGTTGAATG
GTTTCCAAATATCTTACCTCGGTGCTGCTCTCCTCTGGTTGCTGTCAGCG
AGAGATTGATGCATACAGGGACCGTGTGGAGGAAGGGGAATCTTTGTCCA
GAAAACTCCGAGGCGATCTGGCAGAAGCGGAAGGTCGTGCTCTCCAACAT
AAGGTATTGCAGCACGCCTGCAGCAAAGGCATCCTTGAACTCGACGAATG
TTGTACATCGCCGATCAGTGTGGTATCAATGAGTTCAGCGCTTGGTTGAT
TTCGCGAAGGTGTTTTTGATAGGTGGCTCTTGATGAGGGAATTACGCGCT
TCGTTGTCCGCTTAAAGCGAGGGCGCCAGGAATATCTCAAAACGACTCCA
TCAAAGTTCACATAATTTATCTCCGTTTGTCTGAACTCTTTGACAGCCGC
CTCGCCTCCTAGTGTGGACAAGATCCTTAAGGTTTTGGCACTATCGTCGT
CGCCAAGTTCGGTAAATATTACGCCGCAATTTTCTGTATCTAGGCATCAG
CAGACCGGCTGTCGGCACGCTTGTCCTCTCTCGAGAGCCAAGTCTTGGAG
GGAAGAGCCGCGCTTGCTTCTGCCGAGGCTGACAGAAGCGGGATGATCTC
GGAGCTAGAAGTGACCAGGGAGGCAGCCGGTCGTGTGAAAGAGCTGCAGG
CGGCCATGGCAGAAGCTACTTTTAGGGAGGAAGCTCTGAGGGTGGAGACG
ACTGCCTTCAAAAACGCCCTCGAGGTGGGGAGGCGCTTGTCTGCCGGGTT
CTTCCTCAAATTCTTCGTCAGCTAGGAAATTATTAAGATAACTCACCGTC
GGCTCTCGATTCACTCTGTCAAGCGTTGGTTTTTCAGTCTCACGTCAACA
TATGCGGCTGAAGCCCGCAGGTAGGCCTGGATGTATAATATTGATTTCGA
GACGTTTACGAGATCTCATTAAATAAACGGAGCTTCGAAAACTTTCGGCC
GTAAACACTGAATTGATGTTCTCGTCGGTGATGTGCGGATGTGCGAGGAA
AGACCGCAGAAGCTTCGCTGGAACGAGAGAGACACTCGATGAACGACACG
AGGACGGATCTGGTCAAGCGTGCCGAGGGGGCCGAGGAAAGATGCAAAAG
CTTTCAAAGCAGCACCAAGGAGCTTACGCAAAAACTTCAGGACACGGAAC
GGAGGTGTCAAAAGGTGCACAATATGTGGGATTGTGGGCAAGCCGTACCG
TCGAAGCGGATCGAATCACCCATTGGGAGATACTTCATTCAGTACGACTT
TAAAACATGATTGAGAATATCAATTTGCCGCTGCCGTTGTCGTTTTCGTT
GCCAATATATGTCGCTTTCACCTGGTCGGAAGTACGACACAACCGCCCCC
CCTAAAACTCGTACGTATTCAGTCAGCAAGACACGCATTCCGTGTTCAGA
GGTTTCACGCTTACCAAAAACGGCTTGATTGAAAAACTAATACAGGGGAC
CTCCCATAGACCCTCTTACGCTGGCTCTATTTTGTCACTAAACCCAAGTT
GATACGGGAATAAGCTCAAACAAGGTGGGTTTCAGAGGGGTCCCGACCTT
AAGGGCTTAGCCGACAGAGAACACCATGGAGAGGCGGCCTGATGGCGGCA
CGCTCAAAGGTGCTGCTGGGGCGGAGTTGTAGAGGGCCGCAGCAGCAGCT
CAGAAATTCCGTAATCTGAACCCACACCCAAGATCCTCCGCTGCTGTTCT
CTCCGCCATGGGCACCAATCTTCTGAACAGTGGGTTGTCCCCGGCAGCTA
TTGTCAAGTGCTGTGAACCCGCAGTTCAGGAGGTTGGAATCTGTGGTGGC
GAGCACAGCAGTGGCAGATGCCGGTAGTCGGTCCAGTTTGCGGACATTTC
GAGCCGCTGCTGTGGCCTTCGATGAGTAACCCCCTGCAGCAGTCCTGAGT
ATGCCAGCACGCTCAAAGGTGCCCCATGATGCCCCCTACTGATTTGGCCC
TTCAGGTTGGACTCCTGCGAAAATTCACTTTGTTTCGGCCTACACCGTTT
CGGGTGTTTTCGGCTTTGATTTTAGATCATACAGTTGAAGGAATGTTTTT
CTTTTATTCAAGAGGAGGTTGGAGGTAGTCTGTGACGTGTGCGCAAAGAG
TAGTCCTACCGCCGCTCCCTGCGAAAGATCTAAACATTTCTTACCGGATG
CCTTTCTTCTAGTAAATTGTACCCTAAGGGGTTAACTTGTGCTTACTTTT
GAATGGAGCAAACAAGGGAGGGTAGGTAGTGCTTCCTGTGACACCCATGC
ACCAGCTGGGATGTCCTTTTCCTTTGTCCCCAGCCGACGATTTGAGGTTT
CTGCGATGATTCCCTCTGAATCCCCTTGTCACTTCATGTGATTTTTTCGT
TACAGTAGTCATATGGGGAACCTTTTCTTCGCCTGTGACCACGGAAGTCG
ACTCGATAGGGTTGATCAGAACGGACATTTGCGGATACTGAGAAACGATC
GGGAGTGATGACAACAACCACAACTACAACAACAACATACACGGCGTTTA
TATCGCTAAGTGTAAAATAAAATCAGTCAACTCATTATTTAAGCGGCCCC
CCTTAAAGCGGTCCCGAGAAACTCACCTCTCGAGGAAATCGCAGAGCACA
CCTGGCTCTTGCTGAAGGAAATCAAATCTCTTCCCTCAAAGGTCAAGCGA
AAAAGGGAAGCGGGAGAATCGAAGAATACCACGCCACACTGAAGGGCCTG
TGCAAAACGAGTAAACACGTTGTCAGTGCCATTCTCACAGGAACTCTTTA
TTCCTAGCACAGGTATGTTTCACGCATCAAGGAGACTCTTGCATGTATAC
TTCCTTTCAGTAAGAAGATAAGGTGGTAGGTATTCCAAGGTGACCACAAT
GGCACGGCACGATCGTTGAATCGCCCCTGTCGAGGTAGGTACAAGCGTCC
GACATTGACACCACCTCGGTGTACCGTTCAGAAGGGTAGCGACACCCACT
ATTGATCACGTCCTCGGCGCCCACTCGACTGCTCGAATGCACTCGACAGG
AGCTGGAAAAATCGAAAGCGCGAGAGACCCAAATGTGGGCGCAGCTCCAA
CAGGTCTGAAGGGGACACGCGGCATGTGCTCAATTGGACCAGAGGTCCAT
CATGTTCTGTTATCCGTTATTCACCAACGAAAATTTCGCCGCCTAGTCGC
ACCAAGTCTGACGAACGTCGCGAACTCGTATGAAGAAAGAAGGAAAAGGT
TTGATTTTCTCAATAACATCACGGTCGATCCAACAACATACACTACCTTT
CCTACACCAATGGCGTGCTTGTGGCGATATGATCAGTCAACGGTGGAGAC
TAGGCGCACTCCAGTACACTTTTGTGCCGGGCTACGACAACTTGATTGCT
TGTGGAGGGCCCATTTCTGGAAGATCAATCCCTCAGACGTTATGACGTGA
GTTTTGTGGGCGGCCGGTATGCGTGGTGGGTACGTTCATGATAAATTCGA
AGGTGTCCAGCAGTTTTGCCGAGGCAGCGAGCAGCAAGAAGGAGGACGAG
AACACGCTTGACGTTAAACTGCGCGACCTGGAGCAGCATCTGAAGAATGC
CGAGAAGCAGCTTTTGCAGTCGCAGGTCAGCAGGATAGATAGAACGAGTA
TTGCGAGGAAAACCATCTGTGATTTTCGTACACCGGTGCCTTGTCGCCGG
CTGAGCCCTTCTCTACGTGGTGTTTGTAGTAGGAATGCGCACAGTAGATT
CGCTTTTACGAAGTATTTTAGCTGTCAGCCGACGTTGAGCATATCGGAAA
GATGCTCGAAGCAGCTGACAGAATAAGCACGTCCTACTGGACCAAGCAAA
CAGTAGGCACGTCTTTCTTAGGAATGACTGTCGTGGTTGTGCACCATTTA
ATGTGCCTGACGAGCACTGTGTCACTGATGTCTCGACGGGCAGACGGAGT
GCGCGCGAATGAAGGACGCCGCGCAGCGTGAGGAAAAGGAGAAGGAGGCA
GAACTGAAATCTCTAAGCCAGCGACTGGCAAGGTGACCAATAGACCGTAG
TGCGACACTCTGAAGCGGTAGCGGCTTGAATCTATGCGAACATGAAGATT
GCAACTTGAGCTAAATTAGTCCACTCCGAGATAAACAACGACGATTGTGG
TGCCCTTAAAGGAGCTGGCGTACGGTGAATTGAATTTCAATTCGTGATCG
TCCTATCCGCCTCTCCTGTGAATTTCCGCCTATGTTACGCTGAGACGCCA
GGAAGAAGGAGAAATTCTCAGCTCAGAAATTGTCCCTGGAGGAGGAGATT
AAGACGTTAAGCGATAAGCTGGCGGAGAGCCGCGTTGTTGAAGAGAGCGT
CAGGTGACTGCAAACGGGCGTTTGAATCGTTATTCGTCGAGATTCTGCCT
TATGACGGGCACGGGCGTGCGGTAGCGTCCTCGGTAATAGGTCATACAAC
ACCTCGTTCTCCGAAATACATGCTCCTTCGTCTTTTGCAGGGCCCGATGC
GAAGAGGTGTCAGCAAGGGAAGAGGAAGCTCGAAGCAAACTAGAGCTGTT
GCAAGACGCAAAAATCGCTGCCGACCAGCAGGTAAGTTCTTGCCGTGAAA
TCAGACTGAAAAGGAGACCCGGTGCGGCAAAACTGTCAACCTAGAGTTGT
TTGCAGGGAGGGACAAAAAAAAAAAGAAAAAATGCAAAGCAATGAGACTT
TTGATACATTTGAAGTTACGAGTGATCGCCTAGAGCAAGGTTTGTGTTTT
CTTGTTCCGAAAGATACAATCAATGAAGTTCTGATGAGTATTTTGCAATA
GCAAGGCCTAAAACATTAGGTGAGTGATGAATAAGTATTTTTTGCGAGTC
GGTTGTTTGATATGAGCTCCAAAAAAAGTCATTCTCTTGTGGGATAACGC
TTTTGTCCAGAGGAAACCGCTGCCGTGGTGTTGAAGAGATGTGAAAACAA
TGGTTGCTGCATCTAGGCCGCGGGAGCTCGGGCGGAGGCCGCTGGACTGA
AAATCCAACTCGATGACCTAGGCGCCAGACTTGAGAACGAAACTGCAAGA
CTCCGCGAGGACGCCGAAGTGTCTAGGATGGGATTCGCAGCAAGCACCTC
GAAGGTGAAAGCGGCCAGCAGCGGACGTCAAAACCACTTGCGTCACTTTC
TACAATCCACATGCTTACCCGATACGTCAACCGTCTTTATTTTTGATCCG
TCTGAGATGGGATAGCCAATTCGTTGACACTCCTTCAAAGCTTTCCCGGC
CTGGGGCCGAGAAAAGCACCCGATTAATCACGTGCTGTCCGGTAGTGGAG
GACTGCTTATGTTCAGCTCCTTTTTACTTCACATTTGCCGGGGCACGTAC
ACCCTTTGGGATTTTTTTTTTTCTCCATGTTGTCGAAACAAGACAAGGGT
TGAGCGCGACAAAACACTTGTGATACGAAGCATGTGTCATTTCCTGTCGG
TTCAACCACCAACCGCTTCCGGGTCGGTTTGACATAGTTGCTCTGCCTGC
TTCGACTGTCAACAACATCACACGAGTATGACGACATCGCAATCGATTTT
TTTTGGCGAAGAACGAGGGTCAGCGTCGTGCAGCGGAGGAGAGCAAGCAA
CAGACAGAGGCTAGGTGCGTAGTCCTGCAGGAGACGGTGGACCGACTGGA
AGGTGATCTGGCTCGTCTCACCGCCCAGGTGAGGCCGTTCCCACCGCTTT
GGCCGTTTGCTGCTGGAGGAATTTGCCAAGAGTTCACTCGGAAAACTGTA
TCTGGAATACGGTCACCGACATGTCAGAGAACGGCTTAGTGCGCACGCAT
TAAGAGGGAGGCGTCGATGAGGAACAGATTGCTGATCAAAAGAGACAATA
CGCGACATTATCCGGTGGAAACCGCCGTGGTAATGCACGTCTGGCATGAT
GCTTATGGGATTGGCTTCGTTTCTGGCGGTGCATTTTTTATGTACATGAA
GAGCAGTCTGATCCCCTGGCGAGCAACATCGACCTGCGCTGTAGCATAGC
GCAATCTACGTCCACCAACCGAGTGTTACGGCAGAGGGGCTCAAATCTCA
CGTGTAGGCAAGACTTGCGGCCCTCTCTGCATTGTTGGTTAGCTTTTCGC
AGTCAAGCGACATGAACATCGTACCGCTATCCCTTCACCGCTTTCACGTA
CCGCTTCACGCAGGTGGCGGCTGGAAGCATTGATCGTGAAAGGGCGTGCG
GAGAGGAAGCACAAGAGGTCATGGGATTGAAATTCAAGGCCGTTGAATGT
CAGGTAAGTCGTCACCATTGATGCTACCCACCAAATATTCCCCAACTTTC
GGCAAGCCCAAGAAGCCCAGTGCTTCGGAGGAAATCGCACTAACAAGTCC
ATGTCACAAAATCCTGTCTTTCAGGAATGCGGGAGGAAAAAAAATGCGAG
CTTGCACGTAATATCACAGCCATGCGTGCCTATCCTCGACGTTTTCCAGG
GAGAAATTGAGCAGCTGTCATCCCGAGTATCGGAATTGACGGAGGAGAAG
CGCGAGCTCGAAGTACGAGAAAGACAAGAGAGGGTAAGAGGATCCATATA
TGCACCCAGTCGTGTTTTTTGGAAGAGCGCTTGGACCATTCAAGTGATCT
CTTCCCTGTGAGAATCACCAGTAGGTTGTATTATCATTTCCCAGCATGGG
GCAGCAAAAACGCTGCAATGGCTACCTCACGGAATGCCGTTTTTTTGCAA
GTCGATATGCTTCAGGCTTCCGCGGCTGTGGTGGCTGCAGTTGCGGGATC
CAAACAACACAGTCAAACAAAACCTGAACATCGCACGTTCTTCCCCCTTC
TTCAACGAAAACTGCAGACCCTTCCCAAAACCTTGGGCTTGCCGCTCTAC
CCGAACAGATAATATCTCCCGTGGCAAATATCTGTGCTACAGACATTTCG
TGGATTGGCCGGCGTGCGTAACCGAGTCTTCTCCCTTATCTGACGGGCCG
CAAAACGGGAACCCACCACAAGCCACAGTTTACCGTATCTAACGGCCCGA
GATTGCTCGGGATTCCGCCACAAGACAAACCACTTTTCATGTGCAACGTA
TGGTCTTCCGTATCTAACAGCCCGCCGCAGCAGGGACCCACAACAAATGC
CAAACGGACCGAATGTTTTACCGGACGACTCCGTCTACGTGTGTTGGTCA
TACTGTTCCTACTGTCAGACATTGCAACGATCGCGTTTTTCCGCGTCGAT
ACTGTCGCTGACTACCAGGAACGGTTCACACGGCTCGAAGCCGCCTCGAC
GCAGTCAAGACTGAGCTATGATCGTGTCAAGGTGACAGCAAATTGAATGT
TGTACTTCAAGCATAAATTCGTGCTGGAGTGTTCATGGTTAAATACTACG
CCGCTTTCTAAAAAGATGGTATGCCCATCCCGCTACTTCAGCATAGCTCA
CACAAAAGCTTTGGCTGACTGTCGGGCGCGTTGTCGTATAATTTTTGTAG
GCGGATTTGCTGTCTTGAGGAAGCCAAAGACATTGATCTATGCAGGCGAT
TGGGTGCAAAACGCACAGTTTTCATCTTTAGAAAAACATTTCGGAAGTGA
CACCCATAAGTCGTCTGCCCTGTAGAGTTAGCTTGATCTGAGTAGCGTGA
ATGAAGAAAGGCTCGCGAGGTCGCGAGGTCCGTGGCAGTTGCTTTCCAAG
AACAAAAAGCGTGGTTAACAGAATAAGCGACCGCAGACGACACGTCAAGG
CAAGCGCTCAAGACTATGGCGAGTTGTGCCTTGAGGCAAGGACTCCAAAT
TGCGCGACGAATTGCGCAATTTTTGGCCTCCTCGGTGCAGGAAGAGAACG
AAAGTTTGAAGCGACTGATCGATGCTGCCCAAGTACAAGTACAAGAATGG
AGGATGAAGTTCGAAGCTGAGAGGACCCTGAAACGCGCACTTAACGCCAA
GATTTTGGATATGCAGGTACGCTGAGTGGATGCACAATCACCGCTCAAGG
CGCGCCAAGCAACCGCTGGTACGGAGGTTTTCCAATCTACTTTGCGTCTT
TTCTCGAAGGGATGTTCATACTATCTGCGCAACGAGCAACTCCTCTCAGT
TTCAGATAATTCGGTTTCCAAATCTCACCGAGGTTAGGCAAACGAACTGA
GCAAAACTCCATAGTATCATCTTGAAGTCTCACCGCATCTGTTCGCTGAT
GTCCTTTGCACGTTATGCAATACTCTTTTCCACAAGGGGAGTATCCGGGT
CTTGTGCAGGCTACGGCCCCTACAACAGGCGGAGGTGAGCGACACCTTCG
AAACCAGCCCGAAAGTGCAGTAGTTTGCCTTTGCTGCGCACTGCGAAAAG
TTGAAATAGCCCCATCAGGGCGTATCCTGGTTAGGACATCAGGTCAGGGT
AAGAGCAAAGGGCGGTGCCTATGCTCGGGAATCGGAGCAATAGGTTCGCA
CCTGTTACGTCGTAGTAATGGTGTGCCACCAAGGGGTCACAGTACCACCA
TGGGTAGGGTCGTGCCTGAAGGATTGCTAAGGATTGCTTCAGTGAAGGAA
GCGTACGCTAGAAATGCAAGTTCAAATAGAACGACGATGTAGTGGTGTAC
CCTTGCAAATGGTTGTCAAAGTATTGCACAGGGCGAAGGAAGGAAGAAAC
TTTCCGACGTGTACGGCCCAAACGTCGGCGGGCACAACTCTATCAAATCT
CGAAGCATCAGACACCCTTCGCAAATGGACGGCATCGCTTAGTTGCATAC
CCCGAAGCACAACACCAACGCGCACGATGCATAAAACAATCGCCTGCCAC
AAAACGCTACCTGCTATCAAAACAAATGATTCCTTGTCGTGTGTACAATC
TGCTACTTCGAAGGTTGTGGCAATTCAACGGGATCAAGAGTACGAGGACC
CAATGGCCAACATCACATACCCCGACGTCGATAGGCTGACGTTCTGGGGT
GTGCCCTATCAGTTCGATTGTGTCTTCGGACCGGGCACGAAGCAGGCACA
GGCAAGAATAATCTGCCCCACAGCAGGCAACAGTGCTCGTGTACGGCCAC
CCTCCCGATGATAGATGTTTTTTGCTTCCATTTTTTGCATTTGTTTCACG
TCGACCACTACGCTAGACATGATGGTTTGAAGCTTATATCGCCTGTTCCC
AGGACTTTTCGTGTTGGCAGCATTCGATGCCGGAGGTCGTTGATCGAAGT
CGTTCGCCCGGAATACTACCATCGTAGGGACGATGCACGAGACTTCAAGT
GCGATAGATCATCAATTGAAAGATGTTTCCTGCGCTTCATGTGATATTCG
TCGCCATGGGGCCGTGCGTGGCAGGTGTTTGATGAAGTTCAACCCATCGT
AGCCTCCGCATTGGAAGGATATCGAGTATGCGTATTCGCATACGGCCAGA
CTGGCTCGGGGAAGACGTACACCATGGAGGGGCCAAAATCCGATAGGTGG
GCGACGGCGGAAGAAGAGCCGCTGGGATAAATCGATAACTCAAGCCGGTA
GCGCACATGTTTATGTGGCGACCAAAACGGTCGCTGGTACACACTTCCCA
CAAGAATGGGCGAACCATCTGTTTGCCTTTGCTTCCCATCTCACAAAGCA
GGGGCGTCAACTTTCGAGCTCTCGGAGAGCTTTTTGCTCTTTCGGCACAA
GACGAAGCGAAGGAGTTCAAATTCAGGGTCAGCATGCTCGAGGTGCGAAA
TTCGACGACTAGAATCTACGAGCTTAGCGTTTGTCGGTTCTACTTTTGGA
GCAACGGCAGTAAAATTCCGAGCCTGCTGTTGATACGCTTCAACTCTCCG
TGGCAGTGGCGTTGCGCCATTCTGCTTGCTCAAATTCATGCGGCGTCTTG
ACCATGCTCCAGCGACTTGTTCATCTAAACATTCTGAGGTTGTTTATATA
CAATCAAATTTCAGGAATCATAGGGTGTGGGTCATTGCAGCACGGTACCG
TGAGATCCCCTTCCACCGCGATTTCCCGGCTGGAACCAAAAAAAATTGGA
TTTCCCGCGAAGTGAAGTCGATTTGAAAAGAGTCATTTTCCCCCAATGAT
TCAGCGAGGAACAGGTTTGTTGTGTTGCTTCATCTATCCGTTTCTTATTT
CCTGCTGGATTTTTCTTGCGATTTTGACGTCAACTCAAACCGAAGTCGCC
GGCTGTAGTGAGCGAACATGCAGTTTTCGCCTTGTCTACATTTCAGAGTC
CGTTCACACTCTTTGGTGAGTCATGGGGTTATTTTTTGCCATTCTTCCGG
GGGAATTCAACCGCTCGGCATGACCGCCATTGCCCCTGAGGAACAAAATT
CCATTTCGAAGGTCCATCACGGCGGGGTGTTTACGCGTAAGATTGTTTTT
GTGAGCAAATTTCTTTTGCAACAAGCTTCAAAGTTTGCGGCGATGCTGTG
TAAACACACCCTGAGTGAAGGTTTTCCAATTACATGTCAGGTTTACAACG
AGTCGGTCAAGGATTTGCTTTTGGAACCGGGCCGGCCTGCAGCAGCTGCG
AACAAACACGACATTCGGCTGGACAAGAAAGGAAGGGTCTACGTTGAAGG
GCTGGTTGAATGCGAGGTTCGTCCTTTTGGCTGAGCTATTGTCGGCGCAT
GATTTTGTTGGTGGTTTACCGGGTTGCGTAAGATTATTCCTCCAGTGGGT
GAGAACGGCGGAAGTGTCGAATAACACTGCCGATTGGTTGTGAAACATTT
ATGACTCTGCTTACGACACACTTAGTTTTGCGTAAAACAACGGCGACATG
CTCGCGATACATGACACGTGCCCCTTACCGAGAGTGGCAAAAATCGATTC
GCTGTGCACGCACAATCGCCGCACGTCACTCCCTTCTACGGAACAACCCA
GGTCGCCGACCAAATCAGGCCAATTGCTTGGCAAGAGATCGTTTCCAATC
GCTATAGAGATCTTCGTGCGCAACACGTCCACACTCAAAAATGGTGATGT
GCATGGTGCTCGACAGGTCGAATCTCTAGAAGAGGTTGAGGAGCTCGTCG
TTATGGGTGGACGAAACCGCACTGTAGGTAACAACAACGTCAACGAGCAT
TCCTCGCGGAGTCATCTCGTGCTGCAGGTGCACATAACGAGCACTGATGT
GGCCACCGGACACGTACAACACGGCAAGTTGAACCTCATCGACTTAGCCG
GTAGCGAGCGAATAAAGGTGAGGCACATGCTCGTCAGAACCCAGAAAAAG
CCTTATCGGACGGCTTGTGGATACGATACTCGCTGCACAGGCTGCTCGTA
CGCTAGCTATCTCTCCTACAAATTCCGCAATGTTTCGAAAATCTTGTGAA
ACTTTCATCCAGTCCACTGCGGCAGAGGGGCAGCAGCTGAAGGAAGCTCA
GAACATCAATCGCTCGCTCAGCGCTCTCGGTGACGTCATCAACTCCCTGG
GATCGGGAAGCAAGCATGTCCCTTACAGGAACTCCAAGCTGACGTTCTTG
CTTCAGGATTCTCTGTCGTCAAACGCCAAGGTAGTTGGTGAAATCCGTGG
AAATATGAATGCATCAAGTGTTTCTCTGGTATTACCAATCCGGTCGCGAC
CATCACATCCTCTGCACAGCCCATAGGTTTTTTATTGTACTCTTAAGGTC
GGACGGATCACCGGGACCACAGCATTAGCTCGCTCTCTCCCAATTCTGGC
GAGTGACGTTTGGAGCCCCATCTCCGTCGTAGCCCTCCCCCGCAATAAAT
ACCACCAAGTTGGTAAATCTCAATTTCATTCCCCTTGCTCCCCCCTTGAT
ACATTTAACAACTAGGTGCTGATGTTCGTCAACATCAATCCGGCCCCGCA
GAGCCAAGGAGAGTCTTCATGCAGCTTGAATTTTGCCAAAAGGTGCCATT
CCGTCCAATTGGGAACTTCACGCCGCCTTCGATAA
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Coding sequence (CDS) from alignment at P-fluviatile_contig10:3400823..3421807-

>mRNA_P-fluviatile_contig10.902.1 ID=mRNA_P-fluviatile_contig10.902.1|Name=mRNA_P-fluviatile_contig10.902.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=9060bp|location=Sequence derived from alignment at P-fluviatile_contig10:3400823..3421807- (Porterinema fluviatile SAG_2381)
ATGTCAAGCTTGCCGTTCCACTCGGCTCCGGCTCACTCAGTGCTTGATCG
CCGGATCGGGGTTGCAAAGAACCGCCTGCTAAACCTCGCGTTCGAGGACG
GCAGCCCGACTCAAGTCAGTGATGATAACCCGGAGGAGCCGAAGAGCGTC
CCTGCTGATGTCTTCAAGCAAGGATGTCAAGCTTGCCGTTCCACTCGGCT
CCGGCTCACTCAGTGCTTGATCGCCGGATCGGGGTTGCAAAGAACCGCCT
GCTAAACCTCGCGTTCGAGGACGGCAGCCCGACTCAAGTCAGTGATGATA
ACCCGGAGGAGCCGAAGAGCGTCCCTGCTGATGTCTTCAAGCAAGGCGTC
CGGGAGCACGCCGTCATGTTGGGGATGCTGCTGCCAGAAGATGAGAACTT
CCTCTGGATAGCGGAGGAATCCCTTCTCGCGCCTCTCCCAGAAGCGTCCG
GGAGCACGCCGTCATGTTGGGGATGCTGCTGCCAGAAGATGAGAACTTCC
TCTGGATAGCGGAGGAATCCCTTCTCGCGCCTCTCCCAGAAGGTTGGGTT
CAGCTGAAGGACGAACAGTCTGGGCACCCCTACTACTACAATCAGGTTGG
GTTCAGCTGAAGGACGAACAGTCTGGGCACCCCTACTACTACAATCAGGC
ATCGGGAGACAGCAGCTGGGAGCACCCCCGAGATAGTCTCTACAAGGAGA
TTTACCGACAGAAAAAAGCATCGGGAGACAGCAGCTGGGAGCACCCCCGA
GATAGTCTCTACAAGGAGATTTACCGACAGAAAAAAGCTGCAAGCGATGT
TGGATTGGCGGAGGTGTCGGCTCTGGTGCCTCCAGACCCACCGCCTATGC
AATCATTGGCGACCTTACTTCCCAAGCATACGAAAGCAAAAGGTCGTTAC
CAAGAGAAGACCGTGAGGCTGCAAGCGATGTTGGATTGGCGGAGGTGTCG
GCTCTGGTGCCTCCAGACCCACCGCCTATGCAATCATTGGCGACCTTACT
TCCCAAGCATACGAAAGCAAAAGGTCGTTACCAAGAGAAGACCGTGAGGT
ATGGTAGAGGAATCGATGAACCACAGGACGACGGAGACAGCGCTTGTGAG
GATGGCCCTCCATTCGATGTCACGTATGGTAGAGGAATCGATGAACCACA
GGACGACGGAGACAGCGCTTGTGAGGATGGCCCTCCATTCGATGTCACGG
GCACGAAAGATACGAGTTTTGAGGAACTCGATCGCCTCCGGAGACAGCTG
AAGAAGAGCAAGGAGTCCAGGAGGGTCATGGTGGAGAAACACGATGAGAT
GGTCAACGAGCTTGAACGTACCAAAGAGGGGCACGAAAGATACGAGTTTT
GAGGAACTCGATCGCCTCCGGAGACAGCTGAAGAAGAGCAAGGAGTCCAG
GAGGGTCATGGTGGAGAAACACGATGAGATGGTCAACGAGCTTGAACGTA
CCAAAGAGGATTTGGAGGAGAAACTAGACGTAGCCACAGATGAGCTGCGA
CAAGAAAGAAGACGGTCCAACACCGCCAAGCTGGAACGAGAGAGAGTTGA
GAAAGTATCGGCGAAGCTCAAGGAGACGATACGAAAACTTGAGGGCAAGT
TGGACAAAGAAGAGCGGCTCTCTGGATTTGGAGGAGAAACTAGACGTAGC
CACAGATGAGCTGCGACAAGAAAGAAGACGGTCCAACACCGCCAAGCTGG
AACGAGAGAGAGTTGAGAAAGTATCGGCGAAGCTCAAGGAGACGATACGA
AAACTTGAGGGCAAGTTGGACAAAGAAGAGCGGCTCTCTGGCGAGCGGGG
GTGCACCTTAGATGGCCTCCGAAACGAGATGGAAGGGTGTCGAAGGCAAG
TCATCGAGGCCAACGCTCAAGCGGCGAGCGGGGGTGCACCTTAGATGGCC
TCCGAAACGAGATGGAAGGGTGTCGAAGGCAAGTCATCGAGGCCAACGCT
CAAGCGGCAGCCGATCTTGCAAAGCAGGAACAGAGGTTCCAGCGGCAACT
CGTAGAAGCACGAGAGCTTTCCAATAAAAAGCAGCCGATCTTGCAAAGCA
GGAACAGAGGTTCCAGCGGCAACTCGTAGAAGCACGAGAGCTTTCCAATA
AAAAGGTTGAGGAAATGCGGCATAAACTTGAAGATGATGGCCGGGCTCTT
GGCGCGGAGGCGGCGCACATGCGTGCTAAGATGAGCTTCCAGGTAGGTTG
AGGAAATGCGGCATAAACTTGAAGATGATGGCCGGGCTCTTGGCGCGGAG
GCGGCGCACATGCGTGCTAAGATGAGCTTCCAGGTAGTAGACGAGCGGGT
GAGGGACGCGCTGCAGGAGCATCAAGCGCGCGAGCAAGTCTTGATCCGAG
AACTCGATGCACTCCGGTAGACGAGCGGGTGAGGGACGCGCTGCAGGAGC
ATCAAGCGCGCGAGCAAGTCTTGATCCGAGAACTCGATGCACTCCGGTGT
GCGCTGGATGACTGTAAGCAGGAGCTAGCGAAGACCAGGAGTAATGCGGC
CGCTGTTGCCGCAATGAACAACGCAAAGTGTGCGCTGGATGACTGTAAGC
AGGAGCTAGCGAAGACCAGGAGTAATGCGGCCGCTGTTGCCGCAATGAAC
AACGCAAAGCTGGCTGAGGCTACTCGAGCATCAGAATCTGTCAAGGAGGA
CATCTCTTATCGAAAGGATCTTGAGAGGGAAGTTAAGAGACTAAATGGCG
AGCTCCGAGAGGCTGGCTGAGGCTACTCGAGCATCAGAATCTGTCAAGGA
GGACATCTCTTATCGAAAGGATCTTGAGAGGGAAGTTAAGAGACTAAATG
GCGAGCTCCGAGAGGCGCACACGCAGATGGACGTTCTATCCGCCGACTTG
GCTAAAAACAACAAGCTGGTGGAAAAGATCGGGGAGCTTCAAAGAACGAC
GGGAGAGGCGCACACGCAGATGGACGTTCTATCCGCCGACTTGGCTAAAA
ACAACAAGCTGGTGGAAAAGATCGGGGAGCTTCAAAGAACGACGGGAGAG
GCTCAGGAAGGGCTACGTGCGGCGAATGACCGCTTCAACGAAGAGGTGAT
GCGCATGAATACCGACGTCGCCAATGCAGAGGATACGTTGGAGAAGAAAA
TCAAAGAGTGCAAGCTCAGGAAGGGCTACGTGCGGCGAATGACCGCTTCA
ACGAAGAGGTGATGCGCATGAATACCGACGTCGCCAATGCAGAGGATACG
TTGGAGAAGAAAATCAAAGAGTGCAAGAGACTAGAAGCTGCTGTGGATGA
TGCTCTCGCCGAGAAGGAGAGGGCACTTACGTTGGTCACAGCTGAGAGAG
CAGAGGAGACTAGAAGCTGCTGTGGATGATGCTCTCGCCGAGAAGGAGAG
GGCACTTACGTTGGTCACAGCTGAGAGAGCAGAGGTGAAGCGAATGACTT
CGGCTACCGTCAGTACCGAAGCGGCGCTCGCCGAGGCCAATTCGAAGATC
GACGGGTTGATGCGGCAACTCAAGTGTGTCGAACAACGCCTGGAAGCTTC
GGAGGGTCTTGAGAGAGATTTGAAAAGGTTGGGGCAGGATGCGGAGGAAA
TGCACGAGAAGTCTCACCGTCTTCTAGACGAGAAGCAGGTGAAGCGAATG
ACTTCGGCTACCGTCAGTACCGAAGCGGCGCTCGCCGAGGCCAATTCGAA
GATCGACGGGTTGATGCGGCAACTCAAGTGTGTCGAACAACGCCTGGAAG
CTTCGGAGGGTCTTGAGAGAGATTTGAAAAGGTTGGGGCAGGATGCGGAG
GAAATGCACGAGAAGTCTCACCGTCTTCTAGACGAGAAGCAGCGAGAGAT
TGATGCATACAGGGACCGTGTGGAGGAAGGGGAATCTTTGTCCAGAAAAC
TCCGAGGCGATCTGGCAGAAGCGGAAGGTCGTGCTCTCCAACATAAGCGA
GAGATTGATGCATACAGGGACCGTGTGGAGGAAGGGGAATCTTTGTCCAG
AAAACTCCGAGGCGATCTGGCAGAAGCGGAAGGTCGTGCTCTCCAACATA
AGGCATCAGCAGACCGGCTGTCGGCACGCTTGTCCTCTCTCGAGAGCCAA
GTCTTGGAGGGAAGAGCCGCGCTTGCTTCTGCCGAGGCTGACAGAAGCGG
GATGATCTCGGAGCTAGAAGTGACCAGGGAGGCAGCCGGTCGTGTGAAAG
AGCTGCAGGCGGCCATGGCAGAAGCTACTTTTAGGGAGGAAGCTCTGAGG
GTGGAGACGACTGCCTTCAAAAACGCCCTCGAGGCATCAGCAGACCGGCT
GTCGGCACGCTTGTCCTCTCTCGAGAGCCAAGTCTTGGAGGGAAGAGCCG
CGCTTGCTTCTGCCGAGGCTGACAGAAGCGGGATGATCTCGGAGCTAGAA
GTGACCAGGGAGGCAGCCGGTCGTGTGAAAGAGCTGCAGGCGGCCATGGC
AGAAGCTACTTTTAGGGAGGAAGCTCTGAGGGTGGAGACGACTGCCTTCA
AAAACGCCCTCGAGACCGCAGAAGCTTCGCTGGAACGAGAGAGACACTCG
ATGAACGACACGAGGACGGATCTGGTCAAGCGTGCCGAGGGGGCCGAGGA
AAGATGCAAAAGCTTTCAAAGCAGCACCAAGGAGCTTACGCAAAAACTTC
AGGACACGGAACGGAGGTGTCAAAAGACCGCAGAAGCTTCGCTGGAACGA
GAGAGACACTCGATGAACGACACGAGGACGGATCTGGTCAAGCGTGCCGA
GGGGGCCGAGGAAAGATGCAAAAGCTTTCAAAGCAGCACCAAGGAGCTTA
CGCAAAAACTTCAGGACACGGAACGGAGGTGTCAAAAGGAGCTGGAAAAA
TCGAAAGCGCGAGAGACCCAAATGTGGGCGCAGCTCCAACAGGAGCTGGA
AAAATCGAAAGCGCGAGAGACCCAAATGTGGGCGCAGCTCCAACAGGTGT
CCAGCAGTTTTGCCGAGGCAGCGAGCAGCAAGAAGGAGGACGAGAACACG
CTTGACGTTAAACTGCGCGACCTGGAGCAGCATCTGAAGAATGCCGAGAA
GCAGCTTTTGCAGTCGCAGGTGTCCAGCAGTTTTGCCGAGGCAGCGAGCA
GCAAGAAGGAGGACGAGAACACGCTTGACGTTAAACTGCGCGACCTGGAG
CAGCATCTGAAGAATGCCGAGAAGCAGCTTTTGCAGTCGCAGACGGAGTG
CGCGCGAATGAAGGACGCCGCGCAGCGTGAGGAAAAGGAGAAGGAGGCAG
AACTGAAATCTCTAAGCCAGCGACTGGCAAGACGGAGTGCGCGCGAATGA
AGGACGCCGCGCAGCGTGAGGAAAAGGAGAAGGAGGCAGAACTGAAATCT
CTAAGCCAGCGACTGGCAAGGAAGAAGGAGAAATTCTCAGCTCAGAAATT
GTCCCTGGAGGAGGAGATTAAGACGTTAAGCGATAAGCTGGCGGAGAGCC
GCGTTGTTGAAGAGAGCGTCAGGAAGAAGGAGAAATTCTCAGCTCAGAAA
TTGTCCCTGGAGGAGGAGATTAAGACGTTAAGCGATAAGCTGGCGGAGAG
CCGCGTTGTTGAAGAGAGCGTCAGGGCCCGATGCGAAGAGGTGTCAGCAA
GGGAAGAGGAAGCTCGAAGCAAACTAGAGCTGTTGCAAGACGCAAAAATC
GCTGCCGACCAGCAGGGCCCGATGCGAAGAGGTGTCAGCAAGGGAAGAGG
AAGCTCGAAGCAAACTAGAGCTGTTGCAAGACGCAAAAATCGCTGCCGAC
CAGCAGGCCGCGGGAGCTCGGGCGGAGGCCGCTGGACTGAAAATCCAACT
CGATGACCTAGGCGCCAGACTTGAGAACGAAACTGCAAGACTCCGCGAGG
ACGCCGAAGTGTCTAGGATGGGATTCGCAGCAAGCACCTCGAAGGCCGCG
GGAGCTCGGGCGGAGGCCGCTGGACTGAAAATCCAACTCGATGACCTAGG
CGCCAGACTTGAGAACGAAACTGCAAGACTCCGCGAGGACGCCGAAGTGT
CTAGGATGGGATTCGCAGCAAGCACCTCGAAGAACGAGGGTCAGCGTCGT
GCAGCGGAGGAGAGCAAGCAACAGACAGAGGCTAGGTGCGTAGTCCTGCA
GGAGACGGTGGACCGACTGGAAGGTGATCTGGCTCGTCTCACCGCCCAGA
ACGAGGGTCAGCGTCGTGCAGCGGAGGAGAGCAAGCAACAGACAGAGGCT
AGGTGCGTAGTCCTGCAGGAGACGGTGGACCGACTGGAAGGTGATCTGGC
TCGTCTCACCGCCCAGGTGGCGGCTGGAAGCATTGATCGTGAAAGGGCGT
GCGGAGAGGAAGCACAAGAGGTCATGGGATTGAAATTCAAGGCCGTTGAA
TGTCAGGTGGCGGCTGGAAGCATTGATCGTGAAAGGGCGTGCGGAGAGGA
AGCACAAGAGGTCATGGGATTGAAATTCAAGGCCGTTGAATGTCAGGGAG
AAATTGAGCAGCTGTCATCCCGAGTATCGGAATTGACGGAGGAGAAGCGC
GAGCTCGAAGTACGAGAAAGACAAGAGAGGGGAGAAATTGAGCAGCTGTC
ATCCCGAGTATCGGAATTGACGGAGGAGAAGCGCGAGCTCGAAGTACGAG
AAAGACAAGAGAGGGAACGGTTCACACGGCTCGAAGCCGCCTCGACGCAG
TCAAGACTGAGCTATGATCGTGTCAAGGAACGGTTCACACGGCTCGAAGC
CGCCTCGACGCAGTCAAGACTGAGCTATGATCGTGTCAAGGAAGAGAACG
AAAGTTTGAAGCGACTGATCGATGCTGCCCAAGTACAAGTACAAGAATGG
AGGATGAAGTTCGAAGCTGAGAGGACCCTGAAACGCGCACTTAACGCCAA
GATTTTGGATATGCAGGAAGAGAACGAAAGTTTGAAGCGACTGATCGATG
CTGCCCAAGTACAAGTACAAGAATGGAGGATGAAGTTCGAAGCTGAGAGG
ACCCTGAAACGCGCACTTAACGCCAAGATTTTGGATATGCAGGGGAGTAT
CCGGGTCTTGTGCAGGCTACGGCCCCTACAACAGGCGGAGGGGAGTATCC
GGGTCTTGTGCAGGCTACGGCCCCTACAACAGGCGGAGGTTGTGGCAATT
CAACGGGATCAAGAGTACGAGGACCCAATGGCCAACATCACATACCCCGA
CGTCGATAGGCTGACGTTCTGGGGTGTGCCCTATCAGTTCGATTGTGTCT
TCGGACCGGGCACGAAGCAGGCACAGGCAAGAATAATCTGCCCCACAGCA
GGCAACAGTGCTCGTGTTGTGGCAATTCAACGGGATCAAGAGTACGAGGA
CCCAATGGCCAACATCACATACCCCGACGTCGATAGGCTGACGTTCTGGG
GTGTGCCCTATCAGTTCGATTGTGTCTTCGGACCGGGCACGAAGCAGGCA
CAGGCAAGAATAATCTGCCCCACAGCAGGCAACAGTGCTCGTGTGTTTGA
TGAAGTTCAACCCATCGTAGCCTCCGCATTGGAAGGATATCGAGTATGCG
TATTCGCATACGGCCAGACTGGCTCGGGGAAGACGTACACCATGGAGGGG
CCAAAATCCGATAGGTGTTTGATGAAGTTCAACCCATCGTAGCCTCCGCA
TTGGAAGGATATCGAGTATGCGTATTCGCATACGGCCAGACTGGCTCGGG
GAAGACGTACACCATGGAGGGGCCAAAATCCGATAGCAGGGGCGTCAACT
TTCGAGCTCTCGGAGAGCTTTTTGCTCTTTCGGCACAAGACGAAGCGAAG
GAGTTCAAATTCAGGGTCAGCATGCTCGAGCAGGGGCGTCAACTTTCGAG
CTCTCGGAGAGCTTTTTGCTCTTTCGGCACAAGACGAAGCGAAGGAGTTC
AAATTCAGGGTCAGCATGCTCGAGGTTTACAACGAGTCGGTCAAGGATTT
GCTTTTGGAACCGGGCCGGCCTGCAGCAGCTGCGAACAAACACGACATTC
GGCTGGACAAGAAAGGAAGGGTCTACGTTGAAGGGCTGGTTGAATGCGAG
GTTTACAACGAGTCGGTCAAGGATTTGCTTTTGGAACCGGGCCGGCCTGC
AGCAGCTGCGAACAAACACGACATTCGGCTGGACAAGAAAGGAAGGGTCT
ACGTTGAAGGGCTGGTTGAATGCGAGGTCGAATCTCTAGAAGAGGTTGAG
GAGCTCGTCGTTATGGGTGGACGAAACCGCACTGTAGGTAACAACAACGT
CAACGAGCATTCCTCGCGGAGTCATCTCGTGCTGCAGGTGCACATAACGA
GCACTGATGTGGCCACCGGACACGTACAACACGGCAAGTTGAACCTCATC
GACTTAGCCGGTAGCGAGCGAATAAAGGTCGAATCTCTAGAAGAGGTTGA
GGAGCTCGTCGTTATGGGTGGACGAAACCGCACTGTAGGTAACAACAACG
TCAACGAGCATTCCTCGCGGAGTCATCTCGTGCTGCAGGTGCACATAACG
AGCACTGATGTGGCCACCGGACACGTACAACACGGCAAGTTGAACCTCAT
CGACTTAGCCGGTAGCGAGCGAATAAAGTCCACTGCGGCAGAGGGGCAGC
AGCTGAAGGAAGCTCAGAACATCAATCGCTCGCTCAGCGCTCTCGGTGAC
GTCATCAACTCCCTGGGATCGGGAAGCAAGCATGTCCCTTACAGGAACTC
CAAGCTGACGTTCTTGCTTCAGGATTCTCTGTCGTCAAACGCCAAGGTAT
CCACTGCGGCAGAGGGGCAGCAGCTGAAGGAAGCTCAGAACATCAATCGC
TCGCTCAGCGCTCTCGGTGACGTCATCAACTCCCTGGGATCGGGAAGCAA
GCATGTCCCTTACAGGAACTCCAAGCTGACGTTCTTGCTTCAGGATTCTC
TGTCGTCAAACGCCAAGGTAGTGCTGATGTTCGTCAACATCAATCCGGCC
CCGCAGAGCCAAGGAGAGTCTTCATGCAGCTTGAATTTTGCCAAAAGGTG
CCATTCCGTCCAATTGGGAACTTCACGCCGCCTTCGATAAGTGCTGATGT
TCGTCAACATCAATCCGGCCCCGCAGAGCCAAGGAGAGTCTTCATGCAGC
TTGAATTTTGCCAAAAGGTGCCATTCCGTCCAATTGGGAACTTCACGCCG
CCTTCGATAA
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