mRNA_P-fluviatile_contig1.70.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig1.70.1
Unique NamemRNA_P-fluviatile_contig1.70.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: D7FJJ1_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FJJ1_ECTSI)

HSP 1 Score: 843 bits (2179), Expect = 3.820e-302
Identity = 415/498 (83.33%), Postives = 461/498 (92.57%), Query Frame = 1 
Query:    1 MENASYAKIRLESAPYTTKFGIGLLSGAYVVGLLLCLLLGAFQGPKVFDKSDPEAVETNSLNVTWYGQISGMERWHQVLYLHMRLNKPDVISGGVSYEQQYSVSSWGSVEPIDAVACPDGCTSECNVGGQCVELAQTTM-DRVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQVDMEEPKIFKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFFGFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYIFIMVITLVTIVGAMAAVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDNVEMMAKDQQSIPAYKDDTAFTIVESNNEHTVL 1491
            MENASYAK+RLESAPY+T+FGIG+LS  YV+GLL CL++G  +GP VF+KS P AVETNSLNVTWYG+I GMERWHQVLYLHMRLNKPD+ISG VSYEQ+YSVSSW S EP+D +ACPDGCTSECNVGGQCVELAQ  + DRVIQC SNEQWCGWTTLLTEEFVE+G YYMQVDM+EP++F ++ +FTL+FEIV+ITK FT YQM WHY WI+ITLVFMFVPKIGFFYEMMQLHQNFWSRQQ ARVG+LL++LLFFNNVFFGFQIFSP+PRFFFSLY+VFVATF+ALMLFFWLELFGDLAAGNMQGTDTALEWERNRKK VLEYLPKLVLVGLIWI TVL YIYVRVQQTGDPSYSTFDDLSTYT VKV+GLLLAT+YFLWLG+LV  SF+HIE+MNSEYIFIMVITLVTIVG M+AVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDI+TNDN+EM+A+   ++P+  DDTAFTIVESNN+HT+L
Sbjct:    1 MENASYAKVRLESAPYSTRFGIGILSAVYVIGLLACLIVGTIKGPNVFEKSPPAAVETNSLNVTWYGKIDGMERWHQVLYLHMRLNKPDMISGAVSYEQRYSVSSWASEEPVDDIACPDGCTSECNVGGQCVELAQGIVTDRVIQCPSNEQWCGWTTLLTEEFVEFGTYYMQVDMQEPQLFSNAPEFTLDFEIVYITKEFTTYQMYWHYGWIVITLVFMFVPKIGFFYEMMQLHQNFWSRQQ-ARVGVLLLSLLFFNNVFFGFQIFSPFPRFFFSLYIVFVATFLALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKTVLEYLPKLVLVGLIWIVTVLTYIYVRVQQTGDPSYSTFDDLSTYTGVKVVGLLLATLYFLWLGSLVFRSFTHIESMNSEYIFIMVITLVTIVGTMSAVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDINTNDNLEMVAE-TGTVPSAGDDTAFTIVESNNQHTML 496
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A7S2XXX3_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2XXX3_9STRA)

HSP 1 Score: 134 bits (337), Expect = 8.140e-30
Identity = 125/471 (26.54%), Postives = 230/471 (48.83%), Query Frame = 1 
Query:    1 MENASYAKIRLESAPYTTKFGIGLLSGAYVVGLLLCLLLGAFQGPKVFDK-SDP----------EAVETNSLNVTWYGQISGMERWHQVLYLHMRLNKPDVISGG-VSYEQQYSVSSWGSVEPIDAVACPDGCTSECNVGGQCVELAQTTMDRVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQVDMEEPKIFKDSLDFTLE--FEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFFGFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLP-KLVLVGLIWIATVLVYIYVRVQQTGDPSYS----TFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYIFIMVITLVTIVGAMAAVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTP 1356
            MEN ++  +R+E      K  I ++  A+ VGL+LC+++GA  GP VF + +DP          E  E  S  + W G ++GM++ H+++++    ++PD ++      E  +    + ++E +           E ++    VE      DR + C +++  C    +  + ++ +  Y ++V    P    D ++  L+   +  FI + +TQ+++ W Y ++ +T +   V  +   Y +    +  W+ QQ+  V +LL  L FFN+ FF  Q+          L + F+ATF+A++L +WL L   +       TD       +RK A   ++  K +L  +IW+  +  +I +   QT DP++     + D+  +        L +A +Y +W+  L+VS+F HI+ M   Y F+  +TL+ I+  + AV+  +L P Q     F   YGM+N+Y+ +LAF YTP
Sbjct:    1 MENETHFPVRVEHHT-KGKMHIIVMGCAFFVGLILCIIVGA-AGPDVFSEHADPDGSTVTIRPSEEGEGVSQGI-WMGLLTGMKKKHRIMWVTGSFDRPDFLNNDRPEIELTFDQKMFITIEGLHG-------EDERHILADRVER-----DRKVVCPAHQDRCSDFLIFFQTYIRFPQYRVEVQFIHPGEIADGVNPELKCFMKFFFINEDYTQFELGWGYLFMALTTIVCVVFFLQLVYRLGWWKE--WNTQQRWLV-ILLPFLWFFNDPFFAGQVVEAPAHGLPELNIFFIATFVAVLLLYWLCLMDQIR------TDHHATSVGSRKIAWPRWVIWKSILCFVIWLIIMSTFIELYTTQTKDPTFDGITESTDERKSMAFTAATSLFMA-IYIIWMIYLIVSAFHHIKEMLPCYHFLFGVTLLVIIITVVAVFLASLFPVQSTPVQFLGLYGMYNMYIWMLAFAYTP 446
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A6H5L106_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L106_9PHAE)

HSP 1 Score: 117 bits (294), Expect = 3.680e-28
Identity = 55/69 (79.71%), Postives = 63/69 (91.30%), Query Frame = 1 
Query:  520 MEEPKIFKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQ 726
            M+EP+IF ++ +FTL FEIV+ITK FT YQM WHYAWI+ITLVFMFVPKIGFFYEMMQLHQNFWSRQQ+
Sbjct:    1 MQEPQIFSNAPEFTLAFEIVYITKEFTTYQMYWHYAWIVITLVFMFVPKIGFFYEMMQLHQNFWSRQQE 69
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A0L0D4N3_THETB (Transmembrane protein 181 n=1 Tax=Thecamonas trahens ATCC 50062 TaxID=461836 RepID=A0A0L0D4N3_THETB)

HSP 1 Score: 100 bits (248), Expect = 2.990e-18
Identity = 109/450 (24.22%), Postives = 191/450 (42.44%), Query Frame = 1 
Query:   73 LSGAYVVGLL---LCL-----LLGAFQGPKVFDKSDPEAVET------NSLNVTWYGQISGMERWHQVLYLHMRLNKPDVISGGVSYEQQYSVSSWGSVEPIDAVACPDGCTSECNVGGQCVELAQTTMDRVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQV---DMEEPKIFKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFFGFQIFSP--YPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWL---GTLVVSSFSHIEAMNSEYIFIMVITLVTIVGAMAAVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTP 1356
            +S A +VGL    LCL     ++GA  GP +FD     A+        N+    W  +I  +++ +Q+L   + L        G++       S +GS +     A                 +      R I+C      C    LL E FV Y IY + V   + EE    +D++     F       +FT +++ + + ++++T    FV  + F + +     + WS +Q+    LL  +LL +NN  F   I +   +P F   L V F  TFIAL+L FWL +   +       T                YLPK+ LVG +W+ +V+V+ +  + +  +P+YST +D+  +   +V+ +LL   Y  WL     L V        ++    ++ ++T+  +   +  +  G +    + +  F  F+ +FN+Y+  LA  Y P
Sbjct:   14 MSKATLVGLFTIFLCLFSISVIIGA-AGPPIFDSYQTTALSQGVDMRYNTSQFNW--EIQHLDKLNQMLIFKVALVNGRAAREGINTRLTMKTSLYGSKDGFAFNAI----------------VVDKIESRKIKCSQGNIHCDEVALLHEPFVHYPIYRVDVRFLNAEEEDWIQDAVFIWRVFN-----HSFTLFELWFRFTFLVLT----FVMLVWFSHRLRAYKSSEWSIEQKWMTALLF-SLLAYNNPLFPLTILADSWFPEF---LDVCFFVTFIALLLLFWLCILDSIRKPATARTYIGF------------YLPKVALVGTLWLISVVVFTWQELHELDNPTYSTANDIPGFIFFRVVQILLLIGYTFWLIFVAILGVKDRRAFPRLSVRIKYLGILTIFVLAITITGIVLGVVGTIHNNAAQFLSFFSLFNLYIFFLAIVYAP 419
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A3B3QNW8_9TELE (Transmembrane protein 181 n=2 Tax=Paramormyrops kingsleyae TaxID=1676925 RepID=A0A3B3QNW8_9TELE)

HSP 1 Score: 96.3 bits (238), Expect = 4.530e-17
Identity = 87/325 (26.77%), Postives = 162/325 (49.85%), Query Frame = 1 
Query:  484 FVEYGIYYMQVDMEEPKIFKDSLDFTLEFEIVFITK----AFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAM---NSEYIFIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDN 1395
            ++ Y  Y++ V  +      ++L F +  E+ F+ K    +F+Q ++ + + ++++T    FV    F + + +     W  +Q+  + +LL  LL +N+ FF   F + S +P    +L  +F A F+  +L FWL ++  +    +QG           +K +  YLPKLV+VGLIW++++ + I+  V +  DP+Y    D+  +  +K+I L++ +VY L+L  L+V + S ++ M   +    F+  +T + ++ +M  +Y              AL+     S  F  FYG+ N Y+  LAF Y+P+ S   D    DN
Sbjct:  187 YLNYTRYHVNVSFKG----LENLTFGIR-EVTFMWKTYNPSFSQVEIWFRFVFVVLT----FVVTCMFAHSLRKFSMRDWGIEQKW-MSILLPLLLLYNDPFFPLSFLVNSWFPG---TLDALFQAVFLCALLLFWLCVYHGI---RVQG----------ERKCMTFYLPKLVIVGLIWLSSITLGIWQTVNELHDPTYQYKVDIGNFQGMKIIFLVVVSVYILYLIFLIVRACSELKNMPYTDLRLKFLTALTFIVLIISMVILYLRFGAKVLQDNFVAALSTHYKNSAEFLSFYGLLNFYLYTLAFVYSPSKSALYDSQLKDN 485
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: UPI0015D0C931 (transmembrane protein 181 isoform X1 n=2 Tax=Electrophorus electricus TaxID=8005 RepID=UPI0015D0C931)

HSP 1 Score: 96.3 bits (238), Expect = 4.550e-17
Identity = 87/342 (25.44%), Postives = 162/342 (47.37%), Query Frame = 1 
Query:  421 RVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQVDMEEPKIFKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYI---FIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDN 1395
            RV+ C + ++ C    ++   ++ Y  Y + V +++ +    ++   + F +      F+Q ++ + + +++IT    F     F + + +     W  +Q+  + +LL  LL +N+ FF   F   S +P     L  +F A F+  +L FWL ++       +QG           +K +  YLPKLVLVGL+W + V++ I+  V +  DP+Y    D+  +  +KV  LLL  +Y L+LG L++ ++S ++ M    +   F+  +T + ++ +M  +Y               L+     S  F  FYG+ N Y+  LAF Y+P+ +   D    DN
Sbjct:  167 RVLHCATPQELCDEIIIVHLGYLNYTQYKINVTLKDLEGISQNIQ-NVTFVVKTYNPTFSQVEIWFRFVFVVIT----FTVTCMFAHSLRKFPMRDWGIEQKW-MSILLPLLLLYNDPFFPLSFLTNSWFPG---MLDAIFQALFLCALLLFWLCVYHGF---RVQG----------ERKCLTFYLPKLVLVGLLWFSAVILGIWQLVNELQDPTYQYDIDIKHFQGMKVFFLLLVAMYVLYLGFLLLRAWSELKNMPYSDLRLKFLTALTFLVLIISMIILYLRFGSKALQDNFVAELSIHYQNSAEFVSFYGLLNFYLYTLAFIYSPSKNTLYDSQLKDN 486
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A3Q2C7Q3_CYPVA (Transmembrane protein 181 n=3 Tax=Cyprinodon TaxID=28741 RepID=A0A3Q2C7Q3_CYPVA)

HSP 1 Score: 94.7 bits (234), Expect = 1.090e-16
Identity = 96/374 (25.67%), Postives = 173/374 (46.26%), Query Frame = 1 
Query:  454 CGWTTLLTEEFVEYGIYYMQVDMEEPKI-FKDSLDFTLEFEIVFITKA----FTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYI---FIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDNVEM-MAKDQQSIPAYKDDTAFTIVESNNEHTVL*AAQD 1506
            CG    + +E +   + YM     +  + FKD  + + E ++ F+ K     F+Q ++ + + ++++T    F+    F + + +     W  +Q+  + +LL  LL +N+ FF   F + S +P    +L   F A F+  +L FWL ++  +    +QG           +K +  YLPKLV+VGL+W++ V + I+  V +  DP++S   D++ +  +KV  L++   Y L+L  L+V + S ++ M    +   F+  +T V +V +M  +Y               L+   H S  F  FYG+ N Y+  LAF Y+P+ +   D    DN    M  D      Y  D     +++   + V    QD
Sbjct:  128 CG---AICDEIIVLHLGYMNYTQYQVTVSFKDLENVSYEIKVKFVWKTYNPTFSQVEIWFRFVFVVLT----FMVTCMFAHSLRKFSMRDWGIEQKW-MSVLLPLLLLYNDPFFPLSFLVNSWFPG---TLDAFFQALFLCALLLFWLCVYHGI---RVQG----------ERKFLTFYLPKLVIVGLLWLSAVTLGIWQTVNELQDPTFSINLDIANFQGMKVFFLIVVAFYILYLIFLLVRACSELKNMPYSDLRLKFLTALTFVVLVISMVILYLRFGAKALQDNFVAELSTHYHNSAEFLSFYGLLNFYLYTLAFVYSPSKNALYDSQLKDNPAFSMVNDSDDEVIYGSDYEDLPLQNGRANKVTTKYQD 477
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A1S3S9U8_SALSA (transmembrane protein 181 isoform X1 n=27 Tax=Euteleosteomorpha TaxID=1489388 RepID=A0A1S3S9U8_SALSA)

HSP 1 Score: 94.7 bits (234), Expect = 1.380e-16
Identity = 87/325 (26.77%), Postives = 158/325 (48.62%), Query Frame = 1 
Query:  484 FVEYGIYYMQVDMEEPKIFKDSLDFTLEFEIVFITK----AFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAM---NSEYIFIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDN 1395
            ++ Y  Y + V       FK   + T E ++ F+ K    +F+Q ++ + + ++++T    F+    F + + +     W  +Q+  + +LL  LL +N+ FF   F + S +PR   +L   F A F+  +L FWL ++  +    +QG           +K +  YLPKLV+VGL+W++ V + I+  V +  DP+Y    D++ +  +K+  L++ T+Y L+L  L+V + S ++ M   +    F+  +T V ++ +MA +Y               L+     S  F  FYG+ N Y+  LAF Y+P+     D    DN
Sbjct:  184 YLNYTQYQINVS------FKGLENITYEVKVNFMWKMYNPSFSQVEIWFRFVFVVLT----FMVTCMFAHSLRKFSMRDWGIEQKW-MSILLPLLLLYNDPFFPLSFLVNSWFPR---TLDAFFQALFLCSLLLFWLCVYHGI---RVQG----------ERKCLTFYLPKLVIVGLLWLSAVTLGIWQTVNELQDPTYQYKVDIANFQGMKIFFLVVVTLYILYLIFLIVRACSELKNMPYTDLRLKFLTALTFVVLIISMAILYLRFGAKALQDNFVAELSTHYQNSAEFLSFYGLLNFYLYTLAFVYSPSKDAIYDSQLKDN 481
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A6P6NR95_CARAU (transmembrane protein 181-like isoform X3 n=2 Tax=Carassius auratus TaxID=7957 RepID=A0A6P6NR95_CARAU)

HSP 1 Score: 94.0 bits (232), Expect = 2.400e-16
Identity = 91/346 (26.30%), Postives = 165/346 (47.69%), Query Frame = 1 
Query:  418 DRVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQVDMEEPKI-FKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYI-----FIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDN 1395
            +R + C + +Q C    +L   ++ Y  Y + V   + +   KD +   + F        F+Q ++ + + ++++T    F+    F + + +     WS +Q+  + +LL  LL +N+ FF   F + S +P    +L   F A F+  +L FWL ++  +    +QG          +++ +  YLPKL++VGL+W++ V + I+  V +  DP+Y    D+  +  +KV  LLL  VY L+L  LV+ + S ++  N+ Y      F+  +TL+ +V ++  +Y               L+     S  F  FYG+ N Y+  LAF Y+P+ S   D    DN
Sbjct:  157 NRSLHCAAQKQACEEIIVLHLGYLNYTQYKISVSFRKLQDDLKDRIK-NVTFAFKMYNATFSQVEIWFRFVFVVMT----FIVTCVFAHSLRKFSMRDWSIEQKW-MSVLLPLLLLYNDPFFPLSFLVNSWFPG---ALDAFFQALFLCALLLFWLCVYHSI---RVQG----------QRRLLTFYLPKLLVVGLLWLSAVTLGIWQTVNELQDPTYQYKVDIQNFQGMKVFFLLLVAVYVLYLLFLVLCACSELK--NAPYTDLRLKFLTALTLLVLVISVVILYLRFGSKALQDNFVSELSTHYQNSAEFLSFYGLLNFYLYTLAFVYSPSRSALYDSQLKDN 478
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BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Match: A0A6P6NR18_CARAU (transmembrane protein 181-like isoform X1 n=1 Tax=Carassius auratus TaxID=7957 RepID=A0A6P6NR18_CARAU)

HSP 1 Score: 94.0 bits (232), Expect = 2.420e-16
Identity = 91/346 (26.30%), Postives = 165/346 (47.69%), Query Frame = 1 
Query:  418 DRVIQCRSNEQWCGWTTLLTEEFVEYGIYYMQVDMEEPKI-FKDSLDFTLEFEIVFITKAFTQYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLMALLFFNNVFF--GFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAAGNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTGDPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYI-----FIMVITLVTIVGAMAAVY------------TGALAPDQHGSKVFAYFYGMFNIYVLLLAFCYTPAGSIYGDISTNDN 1395
            +R + C + +Q C    +L   ++ Y  Y + V   + +   KD +   + F        F+Q ++ + + ++++T    F+    F + + +     WS +Q+  + +LL  LL +N+ FF   F + S +P    +L   F A F+  +L FWL ++  +    +QG          +++ +  YLPKL++VGL+W++ V + I+  V +  DP+Y    D+  +  +KV  LLL  VY L+L  LV+ + S ++  N+ Y      F+  +TL+ +V ++  +Y               L+     S  F  FYG+ N Y+  LAF Y+P+ S   D    DN
Sbjct:  159 NRSLHCAAQKQACEEIIVLHLGYLNYTQYKISVSFRKLQDDLKDRIK-NVTFAFKMYNATFSQVEIWFRFVFVVMT----FIVTCVFAHSLRKFSMRDWSIEQKW-MSVLLPLLLLYNDPFFPLSFLVNSWFPG---ALDAFFQALFLCALLLFWLCVYHSI---RVQG----------QRRLLTFYLPKLLVVGLLWLSAVTLGIWQTVNELQDPTYQYKVDIQNFQGMKVFFLLLVAVYVLYLLFLVLCACSELK--NAPYTDLRLKFLTALTLLVLVISVVILYLRFGSKALQDNFVSELSTHYQNSAEFLSFYGLLNFYLYTLAFVYSPSRSALYDSQLKDN 480
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig1.70.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FJJ1_ECTSI3.820e-30283.33Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
A0A7S2XXX3_9STRA8.140e-3026.54Hypothetical protein n=1 Tax=Fibrocapsa japonica T... [more]
A0A6H5L106_9PHAE3.680e-2879.71Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
A0A0L0D4N3_THETB2.990e-1824.22Transmembrane protein 181 n=1 Tax=Thecamonas trahe... [more]
A0A3B3QNW8_9TELE4.530e-1726.77Transmembrane protein 181 n=2 Tax=Paramormyrops ki... [more]
UPI0015D0C9314.550e-1725.44transmembrane protein 181 isoform X1 n=2 Tax=Elect... [more]
A0A3Q2C7Q3_CYPVA1.090e-1625.67Transmembrane protein 181 n=3 Tax=Cyprinodon TaxID... [more]
A0A1S3S9U8_SALSA1.380e-1626.77transmembrane protein 181 isoform X1 n=27 Tax=Eute... [more]
A0A6P6NR95_CARAU2.400e-1626.30transmembrane protein 181-like isoform X3 n=2 Tax=... [more]
A0A6P6NR18_CARAU2.420e-1626.30transmembrane protein 181-like isoform X1 n=1 Tax=... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig1contigP-fluviatile_contig1:1060508..1080468 +
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 score101.3
Seed ortholog evalue1.3e-18
Seed eggNOG ortholog529818.AMSG_02717T0
Preferred nameTMEM181
GOsGO:0003674,GO:0005488,GO:0008150,GO:0009405,GO:0015643,GO:0044419,GO:0051704
EggNOG free text desc.toxic substance binding
EggNOG OGs28HK3@1,2QPXU@2759
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categorysignal anchor
Ec32 ortholog descriptionconserved unknown protein
Ec32 orthologEc-04_006310.1
Exons12
Model size2291
Cds size1494
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815282.6461842-CDS-P-fluviatile_contig1:1060507..10605741622815282.6461842-CDS-P-fluviatile_contig1:1060507..1060574Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1060508..1060574 +
1693561384.2058246-CDS-P-fluviatile_contig1:1060507..10605741693561384.2058246-CDS-P-fluviatile_contig1:1060507..1060574Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1060508..1060574 +
1622815282.6575089-CDS-P-fluviatile_contig1:1060748..10609121622815282.6575089-CDS-P-fluviatile_contig1:1060748..1060912Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1060749..1060912 +
1693561384.220046-CDS-P-fluviatile_contig1:1060748..10609121693561384.220046-CDS-P-fluviatile_contig1:1060748..1060912Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1060749..1060912 +
1622815282.6740382-CDS-P-fluviatile_contig1:1071453..10716711622815282.6740382-CDS-P-fluviatile_contig1:1071453..1071671Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1071454..1071671 +
1693561384.2363946-CDS-P-fluviatile_contig1:1071453..10716711693561384.2363946-CDS-P-fluviatile_contig1:1071453..1071671Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1071454..1071671 +
1622815282.6873045-CDS-P-fluviatile_contig1:1073613..10736771622815282.6873045-CDS-P-fluviatile_contig1:1073613..1073677Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1073614..1073677 +
1693561384.2465036-CDS-P-fluviatile_contig1:1073613..10736771693561384.2465036-CDS-P-fluviatile_contig1:1073613..1073677Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1073614..1073677 +
1622815282.6978943-CDS-P-fluviatile_contig1:1074030..10742401622815282.6978943-CDS-P-fluviatile_contig1:1074030..1074240Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1074031..1074240 +
1693561384.2572412-CDS-P-fluviatile_contig1:1074030..10742401693561384.2572412-CDS-P-fluviatile_contig1:1074030..1074240Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1074031..1074240 +
1622815282.7088802-CDS-P-fluviatile_contig1:1075358..10754561622815282.7088802-CDS-P-fluviatile_contig1:1075358..1075456Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1075359..1075456 +
1693561384.2733562-CDS-P-fluviatile_contig1:1075358..10754561693561384.2733562-CDS-P-fluviatile_contig1:1075358..1075456Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1075359..1075456 +
1622815282.719889-CDS-P-fluviatile_contig1:1076284..10763751622815282.719889-CDS-P-fluviatile_contig1:1076284..1076375Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1076285..1076375 +
1693561384.2828019-CDS-P-fluviatile_contig1:1076284..10763751693561384.2828019-CDS-P-fluviatile_contig1:1076284..1076375Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1076285..1076375 +
1622815282.7310789-CDS-P-fluviatile_contig1:1078064..10781771622815282.7310789-CDS-P-fluviatile_contig1:1078064..1078177Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078065..1078177 +
1693561384.2908726-CDS-P-fluviatile_contig1:1078064..10781771693561384.2908726-CDS-P-fluviatile_contig1:1078064..1078177Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078065..1078177 +
1622815282.743415-CDS-P-fluviatile_contig1:1078338..10784141622815282.743415-CDS-P-fluviatile_contig1:1078338..1078414Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078339..1078414 +
1693561384.3040779-CDS-P-fluviatile_contig1:1078338..10784141693561384.3040779-CDS-P-fluviatile_contig1:1078338..1078414Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078339..1078414 +
1622815282.7556758-CDS-P-fluviatile_contig1:1078996..10791731622815282.7556758-CDS-P-fluviatile_contig1:1078996..1079173Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078997..1079173 +
1693561384.3147502-CDS-P-fluviatile_contig1:1078996..10791731693561384.3147502-CDS-P-fluviatile_contig1:1078996..1079173Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1078997..1079173 +
1622815282.7671006-CDS-P-fluviatile_contig1:1079314..10794311622815282.7671006-CDS-P-fluviatile_contig1:1079314..1079431Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1079315..1079431 +
1693561384.32236-CDS-P-fluviatile_contig1:1079314..10794311693561384.32236-CDS-P-fluviatile_contig1:1079314..1079431Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1079315..1079431 +
1622815282.7777467-CDS-P-fluviatile_contig1:1079572..10796711622815282.7777467-CDS-P-fluviatile_contig1:1079572..1079671Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1079573..1079671 +
1693561384.3299205-CDS-P-fluviatile_contig1:1079572..10796711693561384.3299205-CDS-P-fluviatile_contig1:1079572..1079671Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 1079573..1079671 +


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

Feature NameUnique NameSpeciesTypePosition
1622815282.7878592-UTR-P-fluviatile_contig1:1079671..10804681622815282.7878592-UTR-P-fluviatile_contig1:1079671..1080468Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 1079672..1080468 +
1693561384.3391523-UTR-P-fluviatile_contig1:1079671..10804681693561384.3391523-UTR-P-fluviatile_contig1:1079671..1080468Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 1079672..1080468 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig1.70.1prot_P-fluviatile_contig1.70.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig1 1060508..1079671 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig1.70.1

>prot_P-fluviatile_contig1.70.1 ID=prot_P-fluviatile_contig1.70.1|Name=mRNA_P-fluviatile_contig1.70.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=498bp
MENASYAKIRLESAPYTTKFGIGLLSGAYVVGLLLCLLLGAFQGPKVFDK
SDPEAVETNSLNVTWYGQISGMERWHQVLYLHMRLNKPDVISGGVSYEQQ
YSVSSWGSVEPIDAVACPDGCTSECNVGGQCVELAQTTMDRVIQCRSNEQ
WCGWTTLLTEEFVEYGIYYMQVDMEEPKIFKDSLDFTLEFEIVFITKAFT
QYQMAWHYAWILITLVFMFVPKIGFFYEMMQLHQNFWSRQQQARVGLLLM
ALLFFNNVFFGFQIFSPYPRFFFSLYVVFVATFIALMLFFWLELFGDLAA
GNMQGTDTALEWERNRKKAVLEYLPKLVLVGLIWIATVLVYIYVRVQQTG
DPSYSTFDDLSTYTSVKVIGLLLATVYFLWLGTLVVSSFSHIEAMNSEYI
FIMVITLVTIVGAMAAVYTGALAPDQHGSKVFAYFYGMFNIYVLLLAFCY
TPAGSIYGDISTNDNVEMMAKDQQSIPAYKDDTAFTIVESNNEHTVL*
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mRNA from alignment at P-fluviatile_contig1:1060508..1080468+

Legend: CDSpolypeptideUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig1.70.1 ID=mRNA_P-fluviatile_contig1.70.1|Name=mRNA_P-fluviatile_contig1.70.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=19961bp|location=Sequence derived from alignment at P-fluviatile_contig1:1060508..1080468+ (Porterinema fluviatile SAG_2381)
ATGGAAAACGCAAGTTATGCCAAGATTCGCCTGGAATCAGCTCCTTACAC
AACCAAGTTCGGTATAGGTAAGCGTCAATCCCGCGATTTGTCCGCCCCTG
GGGATTGTTCTCGCGCTCTCTCTCTCCGCGCTGATGCCATCGGCAAGAGA
CTGGCAACGGCAATATCTGTACACCCCCGTTCGCCCTCTTGCCCTGTGAC
ACACAGCCCGCTCTCGTCGCCGCCGTCTTTTGTATTTCCAGGCTTGTTGA
GTGGAGCATATGTCGTAGGATTGCTGCTGTGCCTTCTTCTTGGTGCTTTC
CAAGGACCGAAGGTCTTCGACAAATCGGATCCGGAGGCCGTCGAGACGAA
CTCTCTGAACGTCACATGGTATGGGCAAATCTCAGGCATGGAGAGGTGGC
ATCAGGTGAGGCCTGTGAAATAGGCAGAGGGCTGCCCAAGTCTGATATCA
GCATCTCACCCACACACGAGCAGCGGCACCATTTTGTTGCTTCACAAGAA
AGCGCGAGCGTGCCTGTACGCTTGACATTTACACCCAGAAGGCATTTGCC
TTTCCTGTCTACCACCACACTCAACACCAGGAGCTGGCAAGTCGCCCGAT
AAGGGGCCCTTGCTGTGGTGGTGTACACCCCACGCTGGGTTGTACATCGC
CGGTTCCTTCGTATGCCCTCGGCTAGAAAAAAACAACCGGATGGGGTACC
ACCGATCTTGACTCCCTGCTGCACCACACACGGAATCAGCGCCAGACTAG
GGAAATTGCGCTCACAAATCCCTGCCGAAGTACCTCAGTCGGTCGAAAAC
TCCTTTACCGCCGAGCCGGAATAATCTTGTATGAGCGAATACGCGGAACA
AAGGGGAAAATTAACCAAACACACACGGCAGATAGATGGCAGACAACCGA
GCAAGCGTGTCATCCGCGGTTGTTGTCACGCTGGTCTTCTCGTATCCGTA
CACGAGCCCTGCCTATGCTGAAAGCGTCGTGCAGCTTAAATCCTCAGCAC
AGGTGCAGTACGCTTTCTCTGATGCACACCGCAGGGCGGTATTGGGTGCG
TAGGGCACACTTGAAGGCAGGTGATCATGTGACATGGGTGTGACCTCCAT
TACCCTCCCAATTCGGGGGAGGCATGTATGTATGGCGGGGCTTCCCTCCA
CAGGCCCGCGGTACCCGACGGCCGATCAATGTGGTTCGGGTTAGGGGAAT
CCGAACGCGGCGATAAGCTGCTCCGCGTTTTGGCGACTCGACAGGGCGAA
TTAACTCTCGTGCGCGTACGCCTTTTTCGTCGGTGACGAGGAAGTCTAGT
CCAGACTTGTGCTCCCTCCGGCAGACGTGTGACCGTGGATCAAGTCATCA
GGAAACCTCTGAAACAAGTCGTCATGCGCACAGTCCCGGTGACGAAGCAT
TTTTTCCCGTTCTGCACACGTTCGCGCGCCGATGGGTTTGCAGTGAGAGG
GGGAATCAAGGATTTGGTCGCGTAGCAAGCTGGATTTAGTCCGCACAATC
ATCAAAGCTCGCTGTACTTGTTCTTCGCGAGAAATGTTCTTCCCGATCAC
TTCTCCTATTATTTTACTCAAATGTCTGCACTGTTGAATCCTTCCGATAT
ACTCCGTATCAACAGTCAAAGACAAACCTCACTGGGGGTTCAAAAACAAT
GCTCCGGAGTATAGTGGATCACAGAGTCAATGATGAAGCGAAAAAATCGA
AAAAACGGAACGAAGCAGCAACCCAGCAACAACTGCCGTGTGGGCGGAGA
AGTCGCAAGGACGCATGACCTTGCGTACTCCGAATAGAAAGCAAATCTTC
CCCGCATCGCTCTAGGCCCCAGCAGTACATTGCCAGATTTTCACCGGCCA
GCTTCCCCTCCCCATATCCCACTACCTTATGTCTTTGTTGCAAAGACATC
TAAGCACTACGGGGCTACAACGAATAGCGCACAACGTGGAAGCAATCACC
CACAGAGTCTCACGCACCCCAGAGCCGCCCCGGGACTACGCAAAATATGT
ATCGAAGGGAGATGTGGGTGCATCGGGAGGGGGGCGAACGTTACGCAGGC
GGACAATATCATTAGATTCAAATATTCCGACAAGGAGCGAATCGCAAAGA
GTTCAGTAGCTGAAGCAATCATAAGGAGCACACACAGACGAGGGGAAAAA
TCAGCGAAAGCAGTTGTCTCCCCGGCTCCTCGCCATCTCGCAGCAGGAAA
AATCAAGCGGGAACGCATTTCAAGCGCTTTTCTGTGCCAGGCCTTTGGTG
TTGGCACTTTGCCTCGTTTCATGGATGAAATAAACAAACGCCGGAAGTCG
ATTTCACGATAGCGCCGCGCGTTCTTGCGTTTTATGTTGGTCAACGGGCT
GCCGGGATAAAGTCTCCTCTCTAGGTGTCTTTTTGCGGCCCGGCATACGA
TGAAACGAATCGTGCGGAGCTCCGTGAGTCCAGGCTCAAGGAGAAAATCT
TTGTTGTGATGTTCACTGTTTTCAAAATTACGGACACATAACTGGCGCCC
CCACCCCCCGCCGCCATGTTACGCCTAGAAGGGAAAACAACAAACGAAAG
TAGTCATACAATTAAATGTTGACAGGGAGCCCCGTCCAGGATAATATTCG
AGTGCTGCTCCCCCACGGGTGGAATCGCAACCACATGTCCCCCCCATGGA
AATGTAAGAAATTTCCGTAGGAAACCTTGAGTGTCCCTGAAGCTGGGACG
ACTGCATGCCTGACGTCGGTTGCGCATAATTTTCTTTGTCAGAGATCGTC
CATGCACAGCATTTGGTCCGTTCATGTTTCTTGCAACGACTTTTGTCAAA
ACAATTTTTGGAACGTAAAACAGAGGTATTTGTAATCGCCTCATCGAGCT
TCGTCGATAGAAGTTTTCTATTGGACATGCAACATTTTTGGCCCACTTAA
CCCACGCCCCCCCCTCGTTTGATGAACTCCCCCTTTTCACCGTCGCGGAA
CCCAAGACATTCACGGACCCCCCTCTGCAAGCCACTGACCGCTTTTTTTC
TCCCCGTCCAACTTGTCACTAATTTGCGTGCCGGACACTGAATTTCGAGT
AGTACATGATTGACTACATTCTGCAGCCGATTGAACACCCACTATATTCA
AGTTCATACCTCAACAAAAATAATTGCTTCACATATTTCTGACCTCTACA
CACGGCCAGCACACGGCAATCTTTCGCATGATGTCGTGAGAAATGTCACC
TGGAGCGGAAAGCGTATTGGTCAGCTGCGATATGGCTTCCGCGGGGGGCA
GCCGTACCTTGGTTTTTATGCTCGGGAAAAAACAGAAACAAAAAAATAGA
AAAAAGTACAAAGCTTCTGGTGGGCCATGCGCCATTTCGTCCATCTATGA
ATAGACGCATCACTCCACATGCTATCTAAGCGTCGTCTGCCTCCTTTCCC
CCTTCTTCAGCGTTTACAAATACAGAAAATAGCAAAAAAAATGCTAGAAT
GATAAAAAAACTAATGGTAAAGAGCTGCTTCGCCAAGCACAAAAGTGTCC
CACGAAAGGTCACCCCACACCACATCACAACGCAGTGTCTTCGGCCTACT
TCTCCGCGGCCCGCTCCTGCTTCCATTTTTCGAATCTTCGTTTCGCCCTG
CAGTTAGGCAAGGTTTGGCAATCCTACGAAGCTGCCAACGCCCTCGCCTG
CTGCTCAGTTCGCCTCGGCAGTTCCAACCGCCCCCATTGCCACCACTGCG
GCGTCTCCCTTGGCCGACGCTTCCCGGTGCGTCGACCACCCCTTGAGGTC
GCGACTCTGAAGGTACTCCTCGAGCCCCTCGTCGTACGGTGCAATCTACA
GCCACGACACCCTGCTCCATGCGCCGGTGAACTCCAACGGCACGCCTGGC
GTCCGCCAGAATCTTGAGGATATGAGGCAGGGAGTACTCGTAGTGCAGAC
GAAACAGGTGCTTCATGCATCTCCGTATCCGCTCAATGGCGTTGAGCTCA
GGATGGTAGTTGGGCATGCGCGGTAGTCCGCCGCCTTGTAGATCTGCTCG
ACCTCGTTGAGAACCCCTGAGAGGCCTTGAGGTCGGAGAATACTCCAGGC
ACAGTACTGCTGCCTCCTTGCCCCCGTCCCTGTGGGTTCCTGCCGCCTCT
TCCGGGCTTGGTGGAGAATTTCCCGCCCCTCCCCTCTCCGGTTGAGTGCG
GTGGTCGCTTGGCGCGATGCCTTGTTGTCACCCTTGCAACTACTTGCAGC
AAAGAACAAGCCCCTGTTTGTCGCCATCGAGTTTCTACAACCTCATATCC
CTGAGCAATTGCTGAACCCTTGTGTGAGGCCCAGCAGCGGCGAGCCAGCC
TCAACTCAAATCCCCACCGCCAACTTCTCGAGTGCCGCGCCGTGCTTGCG
TTTCGGGTCCTTCTTCTAAGCTGTCTCGGGCAAGAAAACCTTCTTGCCGG
TCAGGAGTTTGTCTCCAATCTGGAATGTAGGGTACACCTTGTTCCCGTTG
TAGTGCTGGAGTCGGACGAAGGCGACCTGTTCCCCGCCCTGTGCCAAGTG
GATATTCTAGGGCAGCAAAGGGTTCTCGTCGTTAGCGCCATGCCCGGTAG
AGTTGTCGAAGATGAAACCCACCTGCCGATGTGGCTCCATCGTCGGCTCG
GTCACGGCGATTATCGCCGCCACGTGAGCGCACATGCGGGCGCACGTCCC
GTAGCCATCTACATGTTGGCCCGCGGTCATGATGACGGCAACCATGGAAG
GGTCTTAGGCGGCTTTCCCAACTCCGCCGTCCTTCGCGGTGCTATTCAGC
ACTTTGACGGCTTCCGGCACCGACTTGACGGCCAGGCCATCCACTTCCTC
ACCCTCCTTTCTGCCGAAGTAGATTCCAGAGCGACCCGATTTCTCTGTCC
CGTACAACGTCCGCGGCGACCGTGCCTGGCGCCTCCCCCTCCGTGCCATC
GTCGACGACTTGGGCGACGTCTGTCTCTATGACGACGTCCTTGTCTTCCT
GCATCATGCCCCAAGCCTCCATGCCGATGCTTAGCCCTCCGTTGTCGACA
CCGATTGCGTCCGAGATGTGCGCGGCGCGGCCTTCTTTCTTGACTCTAAT
CGCCACACTCCCGGCGCCGACATCCACTGGTGCTCTCCGTCGTCGTTCTC
ACACGGCTGTCTCGCCGTGGAAGAATAGGGACAACATTTCGTGATCAGGC
ATCATGCGAAAGTCTGGCTTGCCATCGGTCGCCACCAGGTCGCGGCTATC
GAACGAGATCCGCGTCGAGTCGACGAAAGGCTGGCGCTTGCAGTCGTGTC
CGCAGTTGGGCGGGATGTTCTTGCCGTTCACCCTCCTTTTCGCGCAGTTC
TCGCAGTTCACCTGCTCAACGTGGGCGCGCACGTATTTATGCCACACCTT
GCCATCGACCGTCCGCACGGCTGGCCAAAATAGCACCTCACGCTCCACCT
ACTTCGGCCGGTAAAACTCCGTCACCTCTAGGTCAGAGAACAAGCTGTAG
GCCCCTTTCGAGTCGGACGCTGCCAAGTCGCGCCCGTCGAACGGGAGACG
CGTGCAGTCACCGGCACGCGCCTCGTCGTGTCGCCGTTGACGCGCATGTT
CTTGCACTCCAGTATGCCGTCAACCTCCCTCCGAGCCGGCCAGAAGAGCG
GTCCCCGACCCGTCACTCCCCCGTTCCTCACCTGTTTATCGCTGCCGTCG
TCCATGCCCACCACACTGCCGGTGCAATCGTCGTCGCTATCGCTGTCGTC
CGTTCCCCCACTTGCCGAGCTTTTCCACTACTGGTTGCCACCATCATCAC
CGTGTCTTCTGGTCGGAAAGGGCTGCCAACGGGGCGAGGACATGTCAGAA
GCAAGAGAGGAGGGCGGGCGTCAGCATCCGAAAGCACTTAACAGCCAATA
ATAATAGAGCTTCGTTTGTTTGATATTTGTTTTGGTTCCGCCTTTTGAGG
AGCGCGTTACATTTTTTCAAACACGACTTTCGAAGACACGTGAATGCTGA
AGAGTAACGCTTTTACTTTTGCGGGCAGCCGGTGAAAGAGAAATATATCG
AAGGTATATGCTGCACTTTCCGGCAGACGTACAGCGCCGAGGCAGTGCGG
GGGGCGGGGCGCTACAGCGGCGAAGACGGCTACGTGTTTCTCTGCGGTGT
CTTCCTATACAGAGGAGCACACAGCACCTGTCATATGTGGATCTTTGAAC
GCAATCAAGGCGAAAAACAAAGGAAGCACCTCTGCATCACCCAGCGCATT
GCGTGATGAAGCACGTGACAAATCGCCGGCCCTCGTCAACGACAGCTGAC
CAGGCGGAAACTTCGAGCTTCTCCTTCGATACTCCCATGGATATCCTTTG
GCGAAGAGCGAGCATCTTGAGCACGAACTCCCGACGGGCTTCCACGACGT
CTTGCCTGTTATGGCCGTCTACGAACACGCACTTCTGGTGTCGAATCCAC
TTGAAGCCGGGCTCCTGCATCCACTTGTGCCCTGTCCTCCGAGAAATACC
GTTGGAGTCGCCGAGCTCCTCCTTCAGGAGCTCCTCCTTGATCCACCTGT
ACCGGCAAACAAAAGCGTGGCTATTAAAAAAAGGGGAGGGGGCTGATGTC
AGGGGCTGAGGGTAGAGAGGTTGAAAGAGTTCGACACACAGAGGCGCACA
ATCACCAAAATCACAAAAGCGAAACCGAAGGGGGGAATAGGTTTGTCGCA
AGGTGTTGAGAGCACGTGCTACCTTCTGCATTTTTACTCAGGAGAAGAGG
GCGGACTGCATTTTACGAAACATCGACTCATGTACTTCGCTGACATGGTC
GATTTAGATTGCGATTGGTTGGACGATCTTTTGACTGGCAGTTCAATCGT
GTCTGAGAAGGTAGTGGGGTAGTGGCTCATTTTTGTGTGGGGATTGGCCG
CGGAAATTTTATGTTATTTAAAGGCACATGCAGAACTGTCTCAAAACATC
CCTCTGCCACAGCAACACATCCCTCTATTTCGGAAATCGCTTGAGCCACA
TCGAACTCCTGCGCTCCAACAAGATCACTTTTGCACGTCTCCCACTCGAA
GGCGCGGCTCGTCCTTCTAGCTTGTACAGTTCCGATCGATGTACTCACGG
AGACGCTCACGGATACCCTAGTCGTCGATGAAGGAGTGCGACTGCGGCTT
GTCGTAGGGCCGGATGGGAACGACGAACTTGCAATCCTGGCAGAACTCGT
TCACCCACTGTCGTACTGTCTTCGATTCGACGCTGAAGTTGTCGGCGATC
GTTCTGCTGCACTCCATTTTCTCCACCACGTTGTCGATCATATCGTTCGT
TTAAGGTGCCGTTCGATTTCGTGCAGAGTGCGCAAATGGCATGCCATGGC
GTACAAGCAGACCAGTGAAGATACGCTACAGCAACAGACAATAACCCATT
ATCAAGAGGCCGCACCGCAACGAACGGGCAAAGCAAAGGCCTTGCGGAAA
ATCTTCGGTTCCCACTCACTCAAGGACAGGGAAGACCCTCACGGCCATGA
CGCTGCAAATTTGAACCAGCCTTTCTTCATCCAGCATCGTTAGTGGACTT
GCACTACCGACCTGAAGTTGCTCCTCGAATCAACTTGCGTGGAAACAGAA
AGCACACTGCAGCACAGATGAAAGCACAGCTGTCAGATGGGGGGAAATGG
GGAGCTTTCTTGAAGGTGCTAGGTTCGAGTTGGGACACCGTGAAGCGGGC
TTGCCGTGTGGGATGCGGCAAAACTCGTGCACACGAAAGGGATCATAAAC
AGCGGTAGCGGCGATTCCGTAGTCAGATATACTTTCCGTTTGGCGGCGGC
AACCAACGCGCATAGCGGTATCACCAAAACATGATGAACGGGGAAAAGTA
ATGCGTTCAAGCAACAGTGAAGCAACAGTGCTCATCGCAACCGGGGGCGT
GGTCAATCAACGCATGAGCAAAAAAGCAACAGCACGCGACATTTTCAACA
CGTTCAAATAATCAGTTGTACCCTTAATGTAATTTACGAGCCACACGTCT
TAACTCGTCGAGTTCGGCGAAGGCTTCGCGGTAGGTCTCCGTCAGCAGAT
CCTGCTGTCTAATCCAGTGCTCGCGCGTTCGCCCGCTCACCCACCCCAGC
TGCTTTCGCCCGTATCTCCCCCCCCCCTGTGTTGCCCTGTGCCTGCGGAT
GTAGCGTCGCCGCGTCGCTCCTAAACTGCCACGAAATTACTGCTTTCGCG
GGGTTCCTCCTCCAGCAGGTATTTGTTTCCACTCCCCGTCTCTGCTCTGT
GGTTGTCTTGAGGGTACGCGCGCGTGAGTGCCTGAAACTCGCCGCCGAAA
TGAGTCACGCGAGCGCTTCGGTGGGGAGCGACAGGTTCTTCGGCGGCGGG
TACTTGCGTTTTTGTCGACCTTCACCAACATCGCTGTTCGCCGCTGCTCC
TTATGGAAAGTTCTCCAGAACCCTTGTCGCGAGGCTTATGCGCGCCTGAA
TCTACTATGCAAGACGTAGGGTGCCGTCGCTCTCGCCGCCGCGGCCTCTG
CTGCTGCTGTCGCTGAAGTACTCGTCGCTGTTGAAAGATGAAGCCGTCGG
AGAAGGTATTGCAGCACTCGCCCAAAACTGCAGCTGCATGCTCCATTGCA
TGGCCATCAACCCACTCCTCAAATCCGAAGTCATGGCCTAAAGATATCGA
CATGTCGCCATCGCTGCAGCAGCTTTCGACTTCCGCGCCACCGTGACATG
GAGGTGTTGCGGGCGGAACAACCTCGCCCATCGTAGCAGCCTCTTCTATA
ACAACTCGCCGCCAGCAGAACAGGAGCTCCCTTCCTCCTCCTCCTTCTCC
TCGTCCTCCTCGTCCTCCTCCTCTTCCTCCTGCTGCTGCTGCTACTGCTG
CTGCTTCGTCTGCATTCTCAGAAAGTTGGCCAGTGTTTGCACAACGCCCA
CATTCTCTCGGCTTTACATTACCTTGCGGCGGCGAAAAGTTGGCTGCGGG
AGAGATGCGGCGGAACCTATTTCTTCGCCGCGTCATTGGCTGCGGACACC
ACACTGTGCAAAATTCAGTTTTGACTCAATTTCCACTGTGCGCACTTCTG
GGATCACACTGTACAAAATTCAGTTTTGACTTACCCTCCACTGTGCACAC
TGCTGGGATCTTCATCACACCACTCCTGATCCTTGTTCTCGCCTGCTCCA
GCCTTCTTCCTAATATCCACGGAAGCTGCTGTGATGGCGAGACTCGTCTC
CGACGACATAAGCAGCACCATCATGTACCGATGGATATAATGTTGCGGCT
TCGCAGATATACTTGACACGCGTTGGCCGGCCTCGTTGTATTTTAAGTCC
CACTTCCTCCTCCTCAGGCGCCCCATGGGGACTCTTGTGAATGCGCTCAG
GGCATGCGCGTGTGGGGTATGTGTGGAGCAGCTGTGTCCCCTCCCCTGCT
GCTGCTGTGCGCCGCCACAGGTCGATTTTCAAGAAAGAGGACTTTTTGTT
CTTCGAAACAGAAAAGGTCAACAGAGATTTGTCACAGGAATCGTTTGTCG
GCCCTTTAATCGGAAATCATACGGCTCAATTTTCCATATAGGAAACAGCT
TCACCTCCGATTTCAAGTTTTTGCTCGATATCTTGGTCAATATTGTACAA
ATCAAACGAAAAAGACGCTCACGCCAAAATCTGAGAGCTGCTCCGTTGAG
ATACTGGAATCGGTAAAAATTACGATCTTCCAAGCTGGAAACAAGTTTAT
CCACTTATCAAGGAAAAGAGGCAGACAACAAAATGAGGTCACCAGTGCCT
GGAGATAGCGCGTTCGCCGGGTTTTCGGATTCGGGAACACCGACACCTAC
CGCGAGAAAAGTGCACCTTGATGTTGGGGAGATTTGGGATTTCGTGTTGT
GCGTGGACCATATGTCGATTCTGGGTCACGACGAAATGGTTACATTCCTC
TGCCCTCCCTGTACATGCCGCGATTCTTTATGCACTTTGTTTCGTGCCCT
TCGAAACAACTACTTTCATCACCTGCTCGCGGAGCTGCGGCGGTTCACTG
TATGTCTTCATCCAAGAGGGAACGAACGGAACGCCGTAGTCAAGGCAGAT
AAAGCGAAACCAGTTAACTTTTTCCAAGGTAATAAATGCAGCTCGGCCAA
ATGCGATTCCTTCAATACCTCGTTCTATCCTCCGAATTGCTGGCATGGTG
CAAAGTGGTCTCTGTGCATATTTGGAGAAAAACGTCGCATGCATTTCGGG
ATGAGCACCACAGAGGGATGGACTTGTTTCGGAACCGCTGATTCTGGCGT
CGGCGCCTCGGCCTTGTTGACAAAGGCGTTCCTCTTTTTGCCGCTTGGGT
AACGAAGTATTGTGAACTGTCACTGCTGCGCGAGCAGGAGATGCACGTAC
TTGTTTTGCAGGGTACGAAACAAAGCTTTCATAGAAAATCGCGGCATGTG
TGGGGGGTACAGAGGAATGTGTTAATCTCGTCGGGCCAGGACCAAGTGAC
TGACGCGAAGGGAGAGACATTCATCTTGTTGAACAAGTCTAAAGCAAATG
TCCACAGCGACAAACCAACACGTTAGCAAGGAGACGCGGCGAGATGCGCG
TGCCGAATACCTGATGGAACGGAACCCGCCAGACACAATACCTGCTCCGG
CGGCGATTGCAGGTCGTAGATGAGTGAGCTGTCGGAACCAGGGAGCGCCT
GAAGAATCGCACCGACTTTGGTAGAAGTGAAGGATGATCAATTTCCTGGA
GACGTATTTCAGCACCCCATACACAAGGACAATGGATCTGCCCACATTGC
ATTGGCGGTGCAAGGCGACAGTCTCCCCGTGGTCGTGGTGCTGCGGTTGT
GGAGATCGGCGAATGCCGGCGGCAGCTACTGCTTCTGGCCCGAGAAATTC
TTCTCGAGAAAAAAATGGGGTCAAACGCGGAAACAGTACACCTTTACGTG
ACTCTGTTCGAGTTGCTGGAGGTTGAAGATCACGAAGTATGGCGCTTTTT
AAATCATTCCACCAATGTACATCGCACTGTGTTTGTACTGTTGCAGGTTC
TCTACTTGCACATGCGCCTGAACAAGCCGGACGTGATCTCGGGAGGGGTG
TCCTACGAACAGCAGTACTCGGTGTCCTCCTGGGGATCAGTGGAGCCGAT
TGACGCTGTAGCGTGTCCGGATGGATGCACATCCGAGTGCAACGTTGGTG
GCCAGTGTGTTGAGCTAGCCCAAACCACCATGGATCGCGTGATCCAGTGC
CGCTCCAACGAGCAGTGAGTACCTGGATTGGCCGTTTGGGAGCGAATCGA
GTTTGTCGTATCGAAATAGGTCCTGACGTTCATATGGTCCATCCAGAACC
CCCGTATCAATGCCCCCCCCAAACACTCAATTTCATATGCAATCAGCCGA
CATAGATAACACACGTATCCACAGAAGATTGGAGTTCAGAAAGCAGTTCT
TCCAACCGCGTAAATTTTATTTCATTTCCTTTTGGGATAACTTACCACCC
TCGCCAAAGTTTTCAAAACGTAACACGACGATCCTACGCTTATCGACAGC
AGCGTAGCCGATACCACCACACCATAGGTTCGGAGTAAATGTAGTATCGC
TTGATGCTGGTTTCTGTACGCTGCAAGAAAGTGCTACACCACCTCGCCAC
GCAGCAGCCAGTGGGGTGGCCACGAATGACGGGCTATGGTATCATCGATC
GGCTACAGCAGGAAGCGCGTCGAGGCGTTCAGCTCACAGAGATAGAACAT
TTCTTGTGAACTACCACCGCAGGGTCCTGATGCCAGATTGAAACCACCCG
ACGCGACTTTGTAGCCTGAGCAGCATCACAAGATAATTTCAACTCAAAAT
CAAGATCGGGCAAACTAGACGGCAGGCAGGGTGCCCGCGTACGATCACGC
AGTACTGGAATGCGATGCTCCGTGAGCGTTCCCCATCCACAATCCAAAAA
GCGGCGTGGGATATCAATCGCACGCTCATTTCCTCCCACCTTTCGATATG
ATCCGAGAATGAACGTATTTGATCACAACCGCGTCGCTCCTGGATCGGGT
AAGAAAAGGGCCACAAAACATTTCTTCCGACGACTGTCCATGTCACATTC
ATCGCGATGCCAGAAGACGCGAGATCACGTGTAGACTTCGTGAGGAATCG
CCGTCAAAGCACACAGGCTGGCTGGTCGCGTCTGACGGCGGCTTGGAAAG
ACAAAGTATCAACCATTCGACCGCTGGCATGCACGCGCAAGCCATCGCAG
AGAGTAGATAATTGCTTAGATGTAGCTGCACCCGTTTCGGCCTCTCTGTT
GCCATTGCTGTAACGAGTATCTGCACTTTGTGCCTGCTTAGGCCCGGGCA
CTGCATGAGGCTCTCGCGGTGTAACTTCAGCGACAGCCCTCTCACCGGCC
CTCCTCGCGAAAGATCACCGCCCTCGTGGTCCTGAATTATGTCCTTACAC
CCCCCTCCTCCCTTGGACGATGTACAGGTATTGTAGGATGAGGTAAGTAT
TGCAATGGGCCACAAACTCGGTGAAACTTCGATGTTCGAACTCGACGACC
GAAATATTTCACGAGGCAAAACAGGGTTGTCTTGCTGAACATGAGCTGTG
GATGGTCTTGCCCCGCGTGGATACCGGGAACAGGACCGCCAGCCTCGATT
AACATGAGTCCCATGTGGAAGAGTGGGAAAGAGGGAAAATCGAAGTGAAG
GGGATGAAGATGTGGAGACGGGTTTGAATGCCAGAAAAAAAATAGAGATA
ATAAAGTGGACCGTGTTTTTCGTGGTAACATCCCCAAGAGGTCCAACTAT
TCATGTGGCCCCATGTTACTCCAGCACAAATTGTTCCTCTTCTGAGGATA
GTAGCGGTCAAGGGTCGAATGGGCGAGGCGAGCGACGGATTGGCCCGCCG
CGTTTCCTCTGGGAGCTACAAATAACCTTTCGAACTTATCACGGCGGCCG
ACTTTTCAAACAGAATATTTGTACATCAAACCCCAACAAGGGTCTTGAAA
TACAATGTTTTTTCTCGAAGGGCTGCAGCTCCCTTTAGTAGGCGAATATG
GGCAGGCAACACTGCTTCCCTTAATCAGATTTCGCGTAAATTGCCCAAGA
GTAAAACAGGATGCACTGCTTTTGGCGTGTGTGCAGTACGCGCTTTGCTT
GGCTCCGTTGCAGCAGTTGCTATCCCTTACTTGCCGCACTCATTTTTCTG
TGGCAGGTGGTGCGGATGGACTACGCTGCTCACGGAAGAATTCGTGGAGT
ATGGAATTTACTACATGCAGGTCTGGTTGTAAGCGACCCTCTCGAGGGTT
TGGCGGAGAAAAGTCGTGGAGCTTTGGTGGCCGCAGAATCGAGAGCAACA
TTAGAGCATTGTTGACGTGTGGACAAGAATTGCTCGAGGCTGTCAACTTC
CATTCTGATTGCATGACTTCACACAATGTGACTACGAGAGGGGGGTCTAG
CCATTGTGTAACAGCTTACTAAAGGTGCCCAGCGACCGTCCTGACCATCT
GTCGTCTGCTGTTTGATCGCGTGCCCTCTCGGCCGAACGTGTTGGCATCA
GTAAAGTTATCATGACTCACACGTTATGTCGCTCAATTTCATCGGGATTC
CTCGAAATTTTTATTGCTTTCAGGTGGATATGGAGGAACCCAAGATCTTC
AAAGATTCGCTGGACTTCACCCTTGAGTTTGAGATCGTATTCATCACGAA
GGCATTCACACAATATCAAATGGCGTGGCACTATGCCTGGATTCTGATCA
CGCTGGTATTCATGTTTGTCCCCAAGATTGGCTTCTTCTACGAGATGATG
CAGCTTCACCAGAACTTTTGGTCACGACAACAGGTGAGAGTGCGAATCTA
CTTTTCGAAATATGAACCGGAGAGTCGGATGGAGTAGGAGTAATGGACAG
TGAAGCGTTGTAGACCGACAGGTGTTCTTGATACCCAACCCAAGCGATTT
ACTCTGGATTTTTTTCACGTCTCATGTGTCTAGTTTAAGCGGGTGTGACA
CTCGGGGTGGCTCTGGACGTCGAGCATGCCGAACCGAGATCAAAGTTGAA
ATCGAAGATCCGCCGATTGGCTAACGTGAACTATTTTGCCGCGAAAAATG
GTTGTGGGCGATTTTGGTTCTGAAAGTGATACGAAATGAAAGTATCAAAA
GCGATGGCTGAAAAGATTGACAGGGCGGCCCAAACGGGGAAATGGAACAG
AAGCAACTGCTGCCATCTCTGTCTCAATATTGGACACGTGTCTTGGTCGT
CACTCTCCCACCCACCTGGAGATGTTTGGACGGTTCGATCTATCCGGTGT
GGAAGCTGTGCATCTAGCAGATGTATGAATCATACATTTGAGTGCGATCT
CCTTTGATCCACAAGGAAAGGTAGTCGTGACGTGAAATGCTTTTTTATCC
ACGGCATGCAGCTATCCCGACCTTTTTTCTTTCACATGGCACCCTTTCAT
CACGCGTTGTTCGCTGGCTCCTTGCCGGTTCGACACGAGACCGGGTCTAC
GGATCGGCCTTGCTGACGCCGCCGTTTTTTCTTTCACATGGCACCCTTTC
ATCACGCGTTGTTCGCTGGCTCCTTGCCGGTTCGACACGAGACCGGGTCT
ACGGATCGGCCTTGCTGACGCCGCCGTCCTGACCTATCGTTTTTTTTTAT
GTGGGACGCCCGGCATCTCTTTTGGTTGTCATTATATTACTTCAACGGGC
CTTCCAGGCCTTTCGCCTCGCCTTTTGATTTGGATTTTGGATTCCAACGG
TGCAAACAGCTTGAAACAATGTTGCATCAAAAATCGATACCATATTTCGA
CTTCGATTTTGGTTCGGACTTGGTTGATGTCCAAGACCTACATCCAGTAG
AGACGGCTGAAACAATTTTACCCTTGACGCAGTCCGAGAGCATCGATTAT
CTTCATCTTATGTCGTTTCTTGCTCTTGTTCGATGTGGTCTGCTTGGAGA
GCAGGCACGAGTGGGGCTTCTGCTGATGGCACTGTTGTTTTTCAACAACG
TTTTCTTCGGGTTCCAAATTTTTTCTCCTTACCCTCGCTTCTTTTTCAGG
TAAGCTCGACGGTTGGGTGCTGTATGTACGAGCACGGAATCGCGACAGAG
TTTTCACGGCAGCTGGCCGATCCAAATATCAAGTCGCAATCTTGCAAATT
CTCAGTAGGCTGGACTGGGAGTTCAATCCTTGAGGAAATTGTGTGGTCGT
CTAGCTTCCTCTCGTCAGCGCTGTGACCTTCCTTCGCCATGTCTTCAGAT
CGCACCCGCTGAGTAATAACATATTTGCATGCGCGGAAAGTATCCTGGAT
TTTTCCAGCCACGTGGAAAACCTTTCGCCACCGCTCGAAAGTGCCAACGC
ACGCAAGCGGACTTTACACACCTGTGATTTATGTTGGCGACAGCCCGAAA
AATGCTTTGAGATTTGCAGCCTTGCAAACGAGTGCACCAAACGAAGGCAT
CATTACTGCCAGAATCCTGCATCGAGGTGCGTGAACAAGCCGGGAACAGA
TTTTTTGCGTTCAAGTTTCTGCACTTCCCTCGCTCTCGGAGTTAAGGTAT
CCCCGGAAATTTTGTCTTTGGGGGAAAGGTCAAGCGTGTTACGTTTTTTA
TTTGCTCTCACGTGCTGTGGCAGCACTGTCGTAGTGCTTTGCTGCATGGG
CTCGACCGCTCCAGGAGTGATGCTGTGCCGATGGACTGCAGGAAAGAGTA
TGGTCATCTTGATTGAATTGATAGTTGGCTAATCACTTCATGCTTAAGAC
GACCAAATCGTTGTGTAGAAATCGTCCGCTCTGGCCTTATGACTTGGGAA
GAATCTGAACTTGGGTTTTGCACGAACTTCTCCTGAGCAGCCCATTTTTC
GCTGTTCCTTTGTGCTGCGGGCAACAGCCTGTACGTGGTTTTTGTGGCGA
CATTCATCGCGCTGATGTTGTTCTTCTGGCTCGAGTTGTTCGGAGACCTC
GCTGCGGGAAACATGCAGGTTAGATGATCATCAGATCGCCGTTGTTGTAT
GTTTAATCCCTGATTTTTTTCTCGGGGTTGATGTAATCTACCATACCAGT
GTAAGCTTTTTCTGACTTGCTGGTGCCACGGGTTTGCACCTATAGGTGAG
CGGCTCGAAGTCGAAGTGGTCCAAAGTGAATCGAATGGAGGCGCTCATGT
CCTCGCCGCCCCGCCTCGTCAAGGCCACGTCACAAGTGTAGCCTCGTAGC
CTGTAGGGGTTTGCCGTTGGGCAAAAAATGTGCTCATCTGCGGTAGGGCC
GGGTGTTCTAACCCGAACATCCACAGACATCGGGTTGGTTGCAGACACTG
AAGGCTGAATGAAGTCGAAGTGTGGAACATTCTCCCAAAGCGTCTCAAAC
GCGGGGAGGCGTCTTAAACGTTTCAGAGGATGATTTCTCACATTCCCAGG
GGTCAAAGGAAGCATACAACGCGTCGAACGTCTTGACACGATATATGGTA
GGGCGAAAGGACACATACCACACGAGGTGGCAGGGACACCTTGGAAACAT
GTGTTTCATGATCATTACCTGCTGAAAGTCACGTGCACTTTTGTTGACAC
GACGACGAGTAAGCTATCGGCCCACGGTACATTACACTCCCGCTTGCAAG
GCGAGTGCATTGCAGCGACGTGGCTCACCAAACACAACTTTCTTCAACCA
TATCAGAACTTTGGGGGAGTACTGCAGCAGCCGCGTGTGCAAAAGTGATC
GAGCCCTGTCAAATATTGCGAATGGTTGGCGGCACCTCCGCCCGCTGGTT
TCCCAACCTCTTGACATGAGTTTCGTGAGTGAACAGCGGCACAGCGTTGG
AATTGAGATTCTGCCCTACGCCGTGTTCGCTACATCGCCTCCTTCCATTT
ACAATCCAGAGCGAATTTCTTAAGAAGCGCGTGCGCTTCGCGTAGACCAG
CATGTGCACTTAAACCTCATGCCTGTATTCTGTCCACTGGGGCCTCAAGA
GGTGTTTTTTTTATTGTGCGGAAGGTCAAGATGACAATATGCCGTCCAAG
TCAAATCACGGGGGCACCACGTTCATGGAAACAAATTTACGCGGGGATTT
GACTTCACCCGAGCGTCTTTAAAGGGACAACTGTATCTTAACAGGACACA
AGACTGTATCTTTTTTAACACTGGGACCGACAGCTTGCGGATCTTGACAT
GTACAGTATCGAAAAGTTGAGGCCGACAGCAGACCGATTTTGGTAGGACA
TTGTTGGCGAGAACAAGTGTTTGGAGCTCTGAAAAAATATGGCGTGAGTA
GGATGAACCATCGGGAAAACAAGAGAACAAGGCACTCAATATCATCACTC
AGACTTCCATGTCTTCGGTTTTGCATCGTACAATTCGGGTGACTGAACAC
CTCTCAGTTTGATATTGGGGTAATCACGATGAGAGTTGAAGGGAACTGAC
TAAACTTTTGCGTCGGAGGACGCCTCTATCTTCACCCCTCTCACCAGTCG
GAGACGACCGATGGGGTTCGCACAGCAAGTTTACATCCCAGTCTGTTCGC
CGCTCGCACTCATGTGGTGTTTCAATCACCATCACCCTTGGATTGGCCGA
CCACCACTTCCTTGGCCGCACTGACAGAGATGCTATTGTCGCCCTGCCGT
CGATTGATTGACCGCACATGGCATACTTTGAACCAAACTCTACCGTCGTT
GATTCAGGGAACTGACACAGCGCTCGAGTGGGAGCGCAATCGCAAGAAGG
CTGTTCTTGAGTACCTGCCGAAGCTGGTCCTTGTGGGCCTCATCTGGATC
GCCACCGTTCTCGTTTATATGTGAGTCCCCATCGTATTCGCCGCTCCTCT
TTGCTTACTGCGCGCTAGCAGAGCTGCGACATCAATTTCAAATGCGCACA
AACACGTTTCATATGTTGGGAGCACAACCGTGCGGGCTCAGCTGTAACTG
AATGCCCATTCGATTTGTGGCTTTCGAGCAGTTACGTGCGGGTTCAGCAA
ACCGGGGACCCGTCGTACAGCACGTTCGATGACCTGTCCACGTACACCAG
CGTCAAGGTACGAAAGTTTGCAAGATGAGAGTGGTTTAAGGTTCTGATAT
TTCGGCGTCACTCCCTCCCTGCATGACTGGCGAAGATGTTGCGTTTGAGC
CCCCTTGCGTGAGGAATATCACCAATTCAACGCATTCTGCCGCGTCCGCC
AAGAAAGAATGTGGTGTGTGGGGGTGTGTTGATTCAGGCAAAATTTTACC
TACGCGCTAGCTCGACACCCCCAAGGTACATTTCGACGCCCTTGTCTGTA
TCCTTGTGAGGTGAAACCGAAAACTCGAAGCAATAATAGGAAGATTTGCA
TCGTCCAGCACACGAGTCTGCGTGAGAGTACGGTGCAGATATCAAAAGAC
GACCCTAGTGTCCGAAAAGCCGTAAACGATGATGACGAACATGCTTACGC
CTGTGGCTGGCTCTACGCCGGTAGTTTTGTATCTTGAAATATCTCTACCG
AGGAGTGGGATGTAGATGAGAAGCTATTCGAGCGACAATCAATTATGCTC
ATCGTGGCTGTCGACGATCTACGGCCGAAGAAATGCCATTGCATGGGTTC
GCCTTGCCCAACACTTGGCTGCCATACCTAACACTGCAGGTGATCGGGCT
TCTGCTTGCCACGGTTTATTTCCTGTGGCTGGGAACGCTGGTCGTCAGTA
GCTTCTCTCACATCGAAGCTATGAACTCAGAGTACATCTTCATCATGGTG
ATTACCTTGGTCACCATCGTTGGCGCTATGGCTGCTGTTTACACCGGAGC
CTTAGCACCAGACCAGGTGAACACTTGGCACTCTTGCAGAAAAATCATAA
ACTCTGACAGCGCCTCAAGGGACTGAATCGGGAAGCAGCGCGTTGAAAAT
GATGAAAATCGTAATCCCACTGACTCCGACGGCGCTATCGGCCATTTGCC
TCTGCAGCATGGGTCCAAGGTTTTCGCCTACTTCTACGGGATGTTCAACA
TCTACGTCCTTCTTCTGGCATTTTGTTACACCCCGGCGGGCTCGATCTAC
GGAGATATCAGCACCAACGATAACGTGAGAATTTTCTTGTTTGTCCACCT
GTCGAATCGCTTCAGTCAATTCTACTTTAATTCGTTTGTTGCCTGTCCCG
AACTCATGGCACTCTTGCATTTTACGTGCGTTGCTGCGCCTGTCCGCCCT
GGGTATCACATGAAGGTGGAGATGATGGCCAAAGACCAACAGAGCATTCC
TGCCTACAAAGATGACACAGCCTTCACGATTGTGGAGAGCAACAACGAAC
ACACCGTGCTTTAGGCGGCGCAAGACACAAAAAAGGGCAGTGTAACATGG
GAGGAGCGGCCTCTTCCTGGCGACAGCCTTTCCTTGTGGCTTTTCCATCG
TAGTTTTGGTTTGTTAGTCTTCGTTGGTTGATACGTGGCTTGTCCATTGG
TATGCTCTGTGAGAGCTATGTGGTTGACTGGCTTCAACAGCGACAAGCAT
AATTTTATTTTATTGACAAAATTTTTGACTTGCCGACAGTCGAAAATGAC
GTAAATACTTTATTCTGAATTTCGCCGTGAATCAGGCCACAGGAGGCATA
CCTGCCGCATATGATGTCATCAACGGCGACCGCAAGGCTCGAGAGATAAC
GGTCAAATTTACAACTCTTTACGCCGAGAAAAGGAACGCCATTTGCCCGA
AGTTTGCTGCCTGATTTGGTCACCTGCATGTCCTCTGCCCGTCAGCTTCA
TTTTGTCTTTGTTTAACCATCATTCGTCGGTTGCCTTGCTCGCCCAACAG
TCACCCTTGGCGTATGAATTCACACGAGTTGCCATCCGCCGTCGATCATG
GAATATGAGGTGTGGCACGAAGTTTTGGGGTTCATTGTTTGAAATCCTCT
GTGAAAAGGACGATACACCTCATTATCCTTGTCCCTCTCCTCCCGACCAA
ACTTTTGCGTGGAAGTTCAAAAGAATGCAACAGTCTGCGAAATTTTGGTC
GGTCCCGTAATTATCCGTTATTCATCCTGAGAGGTGTGTTAGGATAATGA
AAACCTTAAAATTTAGTAGAGGAAATGGTAGGCTTTTGTACCAGACCAAG
GCCAAGCACAG
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Coding sequence (CDS) from alignment at P-fluviatile_contig1:1060508..1080468+

>mRNA_P-fluviatile_contig1.70.1 ID=mRNA_P-fluviatile_contig1.70.1|Name=mRNA_P-fluviatile_contig1.70.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2988bp|location=Sequence derived from alignment at P-fluviatile_contig1:1060508..1080468+ (Porterinema fluviatile SAG_2381)
ATGGAAAACGCAAGTTATGCCAAGATTCGCCTGGAATCAGCTCCTTACAC
AACCAAGTTCGGTATAGATGGAAAACGCAAGTTATGCCAAGATTCGCCTG
GAATCAGCTCCTTACACAACCAAGTTCGGTATAGGCTTGTTGAGTGGAGC
ATATGTCGTAGGATTGCTGCTGTGCCTTCTTCTTGGTGCTTTCCAAGGAC
CGAAGGTCTTCGACAAATCGGATCCGGAGGCCGTCGAGACGAACTCTCTG
AACGTCACATGGTATGGGCAAATCTCAGGCATGGAGAGGTGGCATCAGGC
TTGTTGAGTGGAGCATATGTCGTAGGATTGCTGCTGTGCCTTCTTCTTGG
TGCTTTCCAAGGACCGAAGGTCTTCGACAAATCGGATCCGGAGGCCGTCG
AGACGAACTCTCTGAACGTCACATGGTATGGGCAAATCTCAGGCATGGAG
AGGTGGCATCAGGTTCTCTACTTGCACATGCGCCTGAACAAGCCGGACGT
GATCTCGGGAGGGGTGTCCTACGAACAGCAGTACTCGGTGTCCTCCTGGG
GATCAGTGGAGCCGATTGACGCTGTAGCGTGTCCGGATGGATGCACATCC
GAGTGCAACGTTGGTGGCCAGTGTGTTGAGCTAGCCCAAACCACCATGGA
TCGCGTGATCCAGTGCCGCTCCAACGAGCAGTTCTCTACTTGCACATGCG
CCTGAACAAGCCGGACGTGATCTCGGGAGGGGTGTCCTACGAACAGCAGT
ACTCGGTGTCCTCCTGGGGATCAGTGGAGCCGATTGACGCTGTAGCGTGT
CCGGATGGATGCACATCCGAGTGCAACGTTGGTGGCCAGTGTGTTGAGCT
AGCCCAAACCACCATGGATCGCGTGATCCAGTGCCGCTCCAACGAGCAGT
GGTGCGGATGGACTACGCTGCTCACGGAAGAATTCGTGGAGTATGGAATT
TACTACATGCAGGTGGTGCGGATGGACTACGCTGCTCACGGAAGAATTCG
TGGAGTATGGAATTTACTACATGCAGGTGGATATGGAGGAACCCAAGATC
TTCAAAGATTCGCTGGACTTCACCCTTGAGTTTGAGATCGTATTCATCAC
GAAGGCATTCACACAATATCAAATGGCGTGGCACTATGCCTGGATTCTGA
TCACGCTGGTATTCATGTTTGTCCCCAAGATTGGCTTCTTCTACGAGATG
ATGCAGCTTCACCAGAACTTTTGGTCACGACAACAGGTGGATATGGAGGA
ACCCAAGATCTTCAAAGATTCGCTGGACTTCACCCTTGAGTTTGAGATCG
TATTCATCACGAAGGCATTCACACAATATCAAATGGCGTGGCACTATGCC
TGGATTCTGATCACGCTGGTATTCATGTTTGTCCCCAAGATTGGCTTCTT
CTACGAGATGATGCAGCTTCACCAGAACTTTTGGTCACGACAACAGCAGG
CACGAGTGGGGCTTCTGCTGATGGCACTGTTGTTTTTCAACAACGTTTTC
TTCGGGTTCCAAATTTTTTCTCCTTACCCTCGCTTCTTTTTCAGCAGGCA
CGAGTGGGGCTTCTGCTGATGGCACTGTTGTTTTTCAACAACGTTTTCTT
CGGGTTCCAAATTTTTTCTCCTTACCCTCGCTTCTTTTTCAGCCTGTACG
TGGTTTTTGTGGCGACATTCATCGCGCTGATGTTGTTCTTCTGGCTCGAG
TTGTTCGGAGACCTCGCTGCGGGAAACATGCAGCCTGTACGTGGTTTTTG
TGGCGACATTCATCGCGCTGATGTTGTTCTTCTGGCTCGAGTTGTTCGGA
GACCTCGCTGCGGGAAACATGCAGGGAACTGACACAGCGCTCGAGTGGGA
GCGCAATCGCAAGAAGGCTGTTCTTGAGTACCTGCCGAAGCTGGTCCTTG
TGGGCCTCATCTGGATCGCCACCGTTCTCGTTTATATGGAACTGACACAG
CGCTCGAGTGGGAGCGCAATCGCAAGAAGGCTGTTCTTGAGTACCTGCCG
AAGCTGGTCCTTGTGGGCCTCATCTGGATCGCCACCGTTCTCGTTTATAT
TTACGTGCGGGTTCAGCAAACCGGGGACCCGTCGTACAGCACGTTCGATG
ACCTGTCCACGTACACCAGCGTCAAGTTACGTGCGGGTTCAGCAAACCGG
GGACCCGTCGTACAGCACGTTCGATGACCTGTCCACGTACACCAGCGTCA
AGGTGATCGGGCTTCTGCTTGCCACGGTTTATTTCCTGTGGCTGGGAACG
CTGGTCGTCAGTAGCTTCTCTCACATCGAAGCTATGAACTCAGAGTACAT
CTTCATCATGGTGATTACCTTGGTCACCATCGTTGGCGCTATGGCTGCTG
TTTACACCGGAGCCTTAGCACCAGACCAGGTGATCGGGCTTCTGCTTGCC
ACGGTTTATTTCCTGTGGCTGGGAACGCTGGTCGTCAGTAGCTTCTCTCA
CATCGAAGCTATGAACTCAGAGTACATCTTCATCATGGTGATTACCTTGG
TCACCATCGTTGGCGCTATGGCTGCTGTTTACACCGGAGCCTTAGCACCA
GACCAGCATGGGTCCAAGGTTTTCGCCTACTTCTACGGGATGTTCAACAT
CTACGTCCTTCTTCTGGCATTTTGTTACACCCCGGCGGGCTCGATCTACG
GAGATATCAGCACCAACGATAACCATGGGTCCAAGGTTTTCGCCTACTTC
TACGGGATGTTCAACATCTACGTCCTTCTTCTGGCATTTTGTTACACCCC
GGCGGGCTCGATCTACGGAGATATCAGCACCAACGATAACGTGGAGATGA
TGGCCAAAGACCAACAGAGCATTCCTGCCTACAAAGATGACACAGCCTTC
ACGATTGTGGAGAGCAACAACGAACACACCGTGCTTTAGGTGGAGATGAT
GGCCAAAGACCAACAGAGCATTCCTGCCTACAAAGATGACACAGCCTTCA
CGATTGTGGAGAGCAACAACGAACACACCGTGCTTTAG
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