mRNA_P-fluviatile_contig15.2524.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig15.2524.1
Unique NamemRNA_P-fluviatile_contig15.2524.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: D7FV57_ECTSI (Methyltransf_11 domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FV57_ECTSI)

HSP 1 Score: 383 bits (984), Expect = 3.600e-129
Identity = 181/224 (80.80%), Postives = 197/224 (87.95%), Query Frame = 1 
Query:  361 MKDLFIKPTPPVAEVEQIGGLQGRIDAKLLEEVQEYDAVPSEAASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYPMKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAK 1032
            MK+LF K +  VAE+E++G L  R+DAKLLEEVQEYDAVPSEAASYGK  FWDERYA D EVV+WYH W NLAPTLTQYMDEQD+VLVCGCGNSEMSVDM+DDGFENIVN DIS+VAIHQ+ E YKAYPM+WKSIDLTREEFPE +FDVALDKACLDSIAC+  G     +YLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDID PAKCLAWDVHVD I +
Sbjct:    1 MKNLFKKQSDEVAEIEELGELNERVDAKLLEEVQEYDAVPSEAASYGKTTFWDERYAGDGEVVEWYHPWGNLAPTLTQYMDEQDEVLVCGCGNSEMSVDMYDDGFENIVNADISKVAIHQVTEIYKAYPMEWKSIDLTREEFPEEKFDVALDKACLDSIACNLRGVVNAENYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDQPAKCLAWDVHVDTIGE 224
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A7S1UEF3_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1UEF3_9STRA)

HSP 1 Score: 196 bits (497), Expect = 2.370e-55
Identity = 103/236 (43.64%), Postives = 144/236 (61.02%), Query Frame = 1 
Query:  466 YDAVPSEAASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYPMKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRR--GAESDGDVYYIYVCIKDPSKTVQKRI--AKERAKREQE 1161
            Y +VP++A +YGK  FWD+RYA  E   +WYH +  LA  + Q+++  D +L+ GCGNS +  DM++DG+E IV VD+SRV I Q  E Y   P++W  +++    F   +FD  +DKACLD+I C   G +  +  LQ++DR+L+PEG +  VS   PEERLE+LE  D+      LAW V V AIAKPA+ ++          VYYIYVC KD +    KR+  AK  AK+  E
Sbjct:   39 YQSVPTDACNYGKANFWDDRYARSENAFEWYHPYPALAVLIGQFVNYDDTILIMGCGNSTLPEDMYNDGYERIVCVDLSRVVIDQQQEKYADLPIQWVQMNMCDSLFENEQFDAVIDKACLDAIYCHELGEASAKAALQEVDRILKPEGVYFMVSRGLPEERLEVLEVEDVKEKGY-LAWQVQVHAIAKPAVDVKYIPNLADPTSVYYIYVCEKDEALHDAKRLWLAKLEAKKRGE 273
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A6V1PD48_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1PD48_HETAK)

HSP 1 Score: 191 bits (486), Expect = 3.660e-54
Identity = 101/243 (41.56%), Postives = 147/243 (60.49%), Query Frame = 1 
Query:  463 EYDAVPSEAASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYK--AYPMKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESD--GDVYYIYVCIKDPSKTVQKRIAKERAKREQEKKLAKL 1179
            EY++ P++AA Y K AFWD RY  + EV +WYH +         +MD+ D++L  GCGNSEMS +M  +G++ + N+D S+V I QM E Y      M W  +D  +  FP+  FD+ LDK C+DS+ C   G  +    LQ++DR+L+P+GA+I +S+  P+ RL+LLE  DID P   L WDV V+AIAKP        +    G +YYIYVCIK+  K V  ++ +E  +++Q  K  +L
Sbjct:   13 EYESHPTDAAQYAKAAFWDSRYMRNPEVFEWYHPYDAFVDIFEMFMDKGDEILNIGCGNSEMSAEMALEGYDWVTNIDHSKVVIEQMKEKYADDLPDMPWYYMDAAKLRFPDNTFDIVLDKGCMDSMLCGNKGRYETGKMLQEIDRVLKPDGAYILISYGTPDLRLDLLEDADIDSPG-FLTWDVFVNAIAKPTTDNFTTPDYGDLGSMYYIYVCIKEERK-VSLKLQREAKRKKQASKAGRL 253
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A7S2DUE8_9STRA (Hypothetical protein (Fragment) n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2DUE8_9STRA)

HSP 1 Score: 179 bits (453), Expect = 8.490e-49
Identity = 91/219 (41.55%), Postives = 131/219 (59.82%), Query Frame = 1 
Query:  466 YDAVPSEAASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYK---AYPMKWKSIDLT--REEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDG--DVYYIYVCIK 1101
            YD VP +A  YGK  FWDERY ++EE  DWYH ++NL   + +Y++    VL+ GCGNS +  DM DDGF  IVNVDISR+ + QM E Y       ++++ +D+   + EF + EF   +DKA +D+I C  HG+ KV+  L + DRLL   G +ICVS   PE RL+  +   I+  A  + W VHV  I KP +   +  +     ++Y++YVC+K
Sbjct:   50 YDPVPEDACQYGKPFFWDERYMSNEEAFDWYHPYSNLRGIIKKYVEPDFKVLIAGCGNSRLCEDMVDDGFSQIVNVDISRIVVDQMEEKYTDTLGDGVEFRQMDVCDMQGEFEDKEFQAVIDKALIDTIYCMEHGSKKVKQVLHEFDRLLTHTGVYICVSCGKPENRLKEFDN-SIEQDAGFMPWKVHVFTIPKPIVNPYKPIDIHDLDEMYFVYVCVK 267
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: F0YBR1_AURAN (Methyltransf_11 domain-containing protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0YBR1_AURAN)

HSP 1 Score: 166 bits (421), Expect = 8.330e-45
Identity = 98/237 (41.35%), Postives = 134/237 (56.54%), Query Frame = 1 
Query:  496 YGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETY--KAYP----------MKWKSIDLT--REEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAK--PALKLRRGAESDGDVYYIYVCIK----DPSKTVQKRIAKERA 1146
            +G   FWDERY  + E  +WYH +A L P L Q+M ++  +L+ GCG+SEM+ DM++DG+ ++ NVDISRV + +MA  Y  K  P          ++WK  D T     F +  FDV +DKA LD++ CS     +   YLQ+MDR+L PEG F CVSF  PE RL+ +E  D +     LAW+V V AI K  P        +   DVYY+Y C K    D  K ++K+  K RA
Sbjct:    2 FGSPGFWDERYYVNCEPFEWYHDYAALKPLLEQFMTKEMHILLVGCGSSEMARDMYEDGYTSLFNVDISRVVVDEMAMRYDMKEIPKMYFEDDLGGIQWKQADATDLTAMFNDKIFDVVVDKALLDALYCSEVPGKQTHKYLQEMDRILTPEGLFFCVSFGLPENRLDKIEDTDEESDG-FLAWEVEVHAIPKLMPNQYKVSQLKKPEDVYYVYTCRKEEKMDNEKMLKKKAEKARA 237
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A7S2FTP6_9DINO (Hypothetical protein n=1 Tax=Alexandrium andersonii TaxID=327968 RepID=A0A7S2FTP6_9DINO)

HSP 1 Score: 158 bits (399), Expect = 4.440e-42
Identity = 82/213 (38.50%), Postives = 121/213 (56.81%), Query Frame = 1 
Query:  490 ASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYP-MKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDG--DVYYIYVCIK-DPSKT 1116
            A YGK  +W+ERY  D E  DWY  WA L  TL +Y+ +Q+ +L+ G GNS +S +M+++GF NI N+DIS V    M E Y+  P M +  +D    E P++ F+V LDKA LDSI C        +  LQ++ R+L  +G +I +S   P  RL  L+  + +       W+V +  + KP + +     SD   +V+YIYVCIK +P+ T
Sbjct:    2 AQYGKSEYWEERYTRDPEPFDWYQRWAGLKDTLLEYVTQQNSILMLGAGNSRLSEEMYEEGFHNITNIDISMVVTKAMQEKYRDKPGMTYVQMDGRAMELPDSNFNVVLDKATLDSILCGEGSTHNAQKMLQEISRVLMDKGVYIAISHGQPSYRLTYLQRPEFN-------WNVKIYTVQKPMMGMTASLSSDDKDNVHYIYVCIKGEPAST 207
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A7S2V469_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V469_9STRA)

HSP 1 Score: 158 bits (400), Expect = 4.640e-42
Identity = 84/199 (42.21%), Postives = 119/199 (59.80%), Query Frame = 1 
Query:  541 EVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKA-YP-MKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDG--DVYYIYVCIKDPSKTVQK 1125
            +V +WY+ +   A     YMD  DD+LV GCGNSEMS +M ++G+ +I+NVD S+V I QM E YK  YP M W  +D  + +F +  FDV +DK  LDS+ C+  G    +  LQ +D++L+P+G +I VS+  P+ RL+LLE  D+      L WD  V AIAKPA       +      +YY+YVCIK+  K + K
Sbjct:    1 DVFEWYYPYDAFADIFAMYMDVNDDILVLGCGNSEMSAEMQEEGYNHIINVDFSKVVIDQMQEKYKEDYPDMTWYVMDAMKLKFEKHTFDVVIDKGLLDSMLCTDKGIINAKMMLQNVDKVLKPDGVYIVVSYGTPDARLDLLEN-DVYESEDFLTWDAFVHAIAKPAANPFSFPDYSDYQSMYYVYVCIKEEKKVLMK 198
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A812VKP5_9DINO (EEF1AKMT4 protein n=6 Tax=Symbiodinium TaxID=2949 RepID=A0A812VKP5_9DINO)

HSP 1 Score: 156 bits (394), Expect = 2.230e-41
Identity = 76/207 (36.71%), Postives = 111/207 (53.62%), Query Frame = 1 
Query:  490 ASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYP-MKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDG--DVYYIYVCIK 1101
            A YGK  +W+ERY  D E  DWY  WA L  T  +Y+     +L+ GCGNS +S +M+++GF +I N+D+       M E Y+  P M +K +D    E P+A F+V +DKACLDSI C        +  L ++ R+LQP G ++ VS   P  RL  L+  +         W+V    + KP + +     +D    V+YIYVC+K
Sbjct:    2 AQYGKAEYWEERYTRDPEPFDWYQRWAGLKDTFAEYVQPSHSILMLGCGNSRLSEEMYEEGFHSITNIDLCLTVTKAMQEKYRDKPGMTYKQMDGRSMELPDANFNVVIDKACLDSILCGEGSTHNAQKLLTEVSRILQPNGVYVAVSHGQPSYRLTYLQRPEF-------GWNVKTYTVQKPMMGMTASLSADDKDSVHYIYVCVK 201
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A812IP73_9DINO (EEF1AKMT4 protein n=1 Tax=Symbiodinium natans TaxID=878477 RepID=A0A812IP73_9DINO)

HSP 1 Score: 158 bits (400), Expect = 8.940e-41
Identity = 77/207 (37.20%), Postives = 113/207 (54.59%), Query Frame = 1 
Query:  490 ASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYP-MKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDG--DVYYIYVCIK 1101
            A YGK  +W+ERY  D E  DWY  WA L  T ++Y+     VL+ GCGNS +S +M+++GF +I N+D+    I  M E Y+  P M +K +D    E P+A F++ +DKACLDSI C        +  L ++ R+LQP G ++ VS   P  RL  L+  +         W+V    + KP + +     +D    V+YIYVC+K
Sbjct:  128 AQYGKAEYWEERYTRDPEPFDWYQRWAGLKDTFSEYVQPSHSVLMLGCGNSRLSEEMYEEGFHSITNIDLCMTVIKAMQEKYRDKPGMTYKQMDGRSMELPDANFNIVIDKACLDSILCGEGSTHNAQKLLTEVSRVLQPNGVYVAVSHGQPSYRLTYLQRPEF-------GWNVKTYTVQKPMMGMTASLSADDKDSVHYIYVCVK 327
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BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Match: A0A6U1K5P8_9STRA (Hypothetical protein n=2 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A6U1K5P8_9STRA)

HSP 1 Score: 154 bits (389), Expect = 1.190e-40
Identity = 78/207 (37.68%), Postives = 115/207 (55.56%), Query Frame = 1 
Query:  490 ASYGKIAFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVDMFDDGFENIVNVDISRVAIHQMAETYKAYP-MKWKSIDLTREEFPEAEFDVALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLELLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESD--GDVYYIYVCIK 1101
            A YGK ++WDERY  D E  DWY  ++ +   L +Y+ + D VL+ GCGNS +S DMF+DGF NI NVDISRV I QM + YK  P + ++ +++   EFP+  FD  + K  +D+I C     + V     ++ R+L+P G    VS+  P+ R++ LE  D        +W V    + KP +      ++     V+YIYVC K
Sbjct:    2 AQYGKTSYWDERYTKDPEPFDWYQRYSGIQELLQKYVKKDDAVLMAGCGNSRLSEDMFEDGFANISNVDISRVVIDQMGDKYKDKPALTFQQMNVCSLEFPDESFDAVIVKGTMDAILCGEGSTANVAKMCMEVSRVLKPSGILFVVSYGVPDNRMQYLENEDY-------SWTVTTHTVPKPTVSATAVPDTKDANSVHYIYVCAK 201
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig15.2524.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FV57_ECTSI3.600e-12980.80Methyltransf_11 domain-containing protein n=1 Tax=... [more]
A0A7S1UEF3_9STRA2.370e-5543.64Hypothetical protein n=1 Tax=Phaeomonas parva TaxI... [more]
A0A6V1PD48_HETAK3.660e-5441.56Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A7S2DUE8_9STRA8.490e-4941.55Hypothetical protein (Fragment) n=1 Tax=Dictyocha ... [more]
F0YBR1_AURAN8.330e-4541.35Methyltransf_11 domain-containing protein n=1 Tax=... [more]
A0A7S2FTP6_9DINO4.440e-4238.50Hypothetical protein n=1 Tax=Alexandrium andersoni... [more]
A0A7S2V469_9STRA4.640e-4242.21Hypothetical protein n=1 Tax=Fibrocapsa japonica T... [more]
A0A812VKP5_9DINO2.230e-4136.71EEF1AKMT4 protein n=6 Tax=Symbiodinium TaxID=2949 ... [more]
A0A812IP73_9DINO8.940e-4137.20EEF1AKMT4 protein n=1 Tax=Symbiodinium natans TaxI... [more]
A0A6U1K5P8_9STRA1.190e-4037.68Hypothetical protein n=2 Tax=Pelagomonas calceolat... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig15contigP-fluviatile_contig15:2034496..2048556 -
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 score382.9
Seed ortholog evalue1.8e-103
Seed eggNOG ortholog2880.D7FV57
EggNOG free text desc.methyltransferase activity
EggNOG OGsKOG2352@1,KOG2352@2759
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categoryother localisation
Exons8
Model size1438
Cds size1170
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig15.2524.1prot_P-fluviatile_contig15.2524.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig15 2034707..2048499 -


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

Feature NameUnique NameSpeciesTypePosition
1622815664.333346-UTR-P-fluviatile_contig15:2034495..20347061622815664.333346-UTR-P-fluviatile_contig15:2034495..2034706Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 2034496..2034706 -
1693562800.2854822-UTR-P-fluviatile_contig15:2034495..20347061693562800.2854822-UTR-P-fluviatile_contig15:2034495..2034706Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 2034496..2034706 -
1622815664.4381757-UTR-P-fluviatile_contig15:2048499..20485561622815664.4381757-UTR-P-fluviatile_contig15:2048499..2048556Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 2048500..2048556 -
1693562810.4268029-UTR-P-fluviatile_contig15:2048499..20485561693562810.4268029-UTR-P-fluviatile_contig15:2048499..2048556Porterinema fluviatile SAG_2381UTRP-fluviatile_contig15 2048500..2048556 -


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

Feature NameUnique NameSpeciesTypePosition
1622815664.345125-CDS-P-fluviatile_contig15:2034706..20348201622815664.345125-CDS-P-fluviatile_contig15:2034706..2034820Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2034707..2034820 -
1693562800.2951012-CDS-P-fluviatile_contig15:2034706..20348201693562800.2951012-CDS-P-fluviatile_contig15:2034706..2034820Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2034707..2034820 -
1622815664.3549044-CDS-P-fluviatile_contig15:2045335..20454211622815664.3549044-CDS-P-fluviatile_contig15:2045335..2045421Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2045336..2045421 -
1693562800.306093-CDS-P-fluviatile_contig15:2045335..20454211693562800.306093-CDS-P-fluviatile_contig15:2045335..2045421Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2045336..2045421 -
1622815664.3648336-CDS-P-fluviatile_contig15:2045782..20459161622815664.3648336-CDS-P-fluviatile_contig15:2045782..2045916Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2045783..2045916 -
1693562800.3156202-CDS-P-fluviatile_contig15:2045782..20459161693562800.3156202-CDS-P-fluviatile_contig15:2045782..2045916Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2045783..2045916 -
1622815664.3749852-CDS-P-fluviatile_contig15:2046177..20463161622815664.3749852-CDS-P-fluviatile_contig15:2046177..2046316Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2046178..2046316 -
1693562800.324606-CDS-P-fluviatile_contig15:2046177..20463161693562800.324606-CDS-P-fluviatile_contig15:2046177..2046316Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2046178..2046316 -
1622815664.387471-CDS-P-fluviatile_contig15:2046774..20468581622815664.387471-CDS-P-fluviatile_contig15:2046774..2046858Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2046775..2046858 -
1693562800.3344293-CDS-P-fluviatile_contig15:2046774..20468581693562800.3344293-CDS-P-fluviatile_contig15:2046774..2046858Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2046775..2046858 -
1622815664.3983326-CDS-P-fluviatile_contig15:2047183..20473101622815664.3983326-CDS-P-fluviatile_contig15:2047183..2047310Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2047184..2047310 -
1693562800.346716-CDS-P-fluviatile_contig15:2047183..20473101693562800.346716-CDS-P-fluviatile_contig15:2047183..2047310Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2047184..2047310 -
1622815664.4149916-CDS-P-fluviatile_contig15:2047757..20478691622815664.4149916-CDS-P-fluviatile_contig15:2047757..2047869Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2047758..2047869 -
1693562801.3746748-CDS-P-fluviatile_contig15:2047757..20478691693562801.3746748-CDS-P-fluviatile_contig15:2047757..2047869Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2047758..2047869 -
1622815664.4270833-CDS-P-fluviatile_contig15:2048125..20484991622815664.4270833-CDS-P-fluviatile_contig15:2048125..2048499Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2048126..2048499 -
1693562805.5114954-CDS-P-fluviatile_contig15:2048125..20484991693562805.5114954-CDS-P-fluviatile_contig15:2048125..2048499Porterinema fluviatile SAG_2381CDSP-fluviatile_contig15 2048126..2048499 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig15.2524.1

>prot_P-fluviatile_contig15.2524.1 ID=prot_P-fluviatile_contig15.2524.1|Name=mRNA_P-fluviatile_contig15.2524.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=390bp
MPRPRGSSEESGNSSSRTSGSGSSSLTSRSEGDGRATEDSGSLLSSGNSA
SISPRELEGYESRKSSASTSASRYTSRTSGSGSSSSTSGSDDGGGDNLKN
RMKDLFIKPTPPVAEVEQIGGLQGRIDAKLLEEVQEYDAVPSEAASYGKI
AFWDERYAADEEVVDWYHSWANLAPTLTQYMDEQDDVLVCGCGNSEMSVD
MFDDGFENIVNVDISRVAIHQMAETYKAYPMKWKSIDLTREEFPEAEFDV
ALDKACLDSIACSPHGASKVRDYLQQMDRLLQPEGAFICVSFAPPEERLE
LLEYWDIDVPAKCLAWDVHVDAIAKPALKLRRGAESDGDVYYIYVCIKDP
SKTVQKRIAKERAKREQEKKLAKLLGVKAGRGRGRGRGR*
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mRNA from alignment at P-fluviatile_contig15:2034496..2048556-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig15.2524.1 ID=mRNA_P-fluviatile_contig15.2524.1|Name=mRNA_P-fluviatile_contig15.2524.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=14061bp|location=Sequence derived from alignment at P-fluviatile_contig15:2034496..2048556- (Porterinema fluviatile SAG_2381)
CGAACATCCACCGTACGTCCTACTCAAGCCTTGACAAGCCACCGGTGGAC
GCCGGTGATGCCGAGACCCCGCGGTTCTAGTGAAGAAAGTGGTAATAGCA
GCAGCAGGACGAGCGGGTCGGGCAGCTCATCTTTGACCTCCCGTAGCGAG
GGTGACGGACGAGCAACCGAAGATAGCGGATCTTTATTGTCGAGCGGCAA
CAGCGCTAGCATCAGCCCCCGAGAGCTTGAAGGATATGAATCGAGAAAGA
GCAGCGCTTCTACGTCCGCTTCAAGATATACCAGCCGGACGAGCGGATCA
GGAAGCTCATCATCGACCTCCGGTAGTGATGATGGTGGAGGCGACAACTT
GAAAAATCGGATGAAAGACCTTTTCATTAAACCAACACCACCGGTGGCTG
AGGTAGAACAGATTGGGGGGCTTCAGGGCAGGTGAGGAAAGTCGATACGA
ATTTGCATGAATTCGTCGATTATCCGCTGATAGGCTCGACGCGGGGTGGA
AGTCTTGCGAGGGCTGGATATAAACGTATGAGTGTCATAAGGTTTACAGG
CGACACAGCAGCAGCTTTTAGGTTTGTACGAAGAGAAAATATTCCTTGAA
TGAGGAAGCGGAGAAGCGAGGTGACTTGACAGTCTACTGTACGGAATGCA
GGTCGATGAACGCGCATGATGATACTTGTACCAACAGGATAGATGCGAAG
CTCTTGGAGGAGGTACAGGAGTACGACGCGGTGCCATCCGAGGCGGCCTC
CTACGGGAAGATTGCCTTTTGGGACGAACGTTACGCCGCCGACGAAGAGG
TCAGAGTTGCTTGTTGAAATCCACTGCCGCGCTATCAGCGAGAAGCATGC
ACCAGACCTTTCGCATTCCTCATGCCTCTGGATTTGTCTTGAAATGAAGT
TTTTTGTTTCACTGTAGAGGAAGATCCTATAGGTCTAATCATAGATCCAT
TGAAGCCATTAAAGCAGGAGCAAACCTCAACATGGGCGAGCTCAAAAACA
AAAGTAGGACAATGAACGGTACCGTCCAACCTACCACACCGCAGCTTTGC
GTGAGACAAAAGCCCTCGCCGTAAACGCGTCTCGACAACACCTTAGGATA
GATTGCGCTCGCCGAATGCTTTGCGGGTAGCGATTTCTTGCTTTGGAAGA
TGACGCTTTCGGATAGGCTCTGACGTGTAGGTTGAGGCTGCCTTCACCGA
TAGCCATTCTGCCTCCTCGACTCGTCGATTTGTCAACGCGATGCAGGTGG
TTGACTGGTACCACTCGTGGGCCAACCTGGCCCCAACCCTGACTCAGTAT
ATGGACGAACAAGACGACGTGTTGGTGTGCGGTTGCGGAAATTCTGAGAT
GAGCGTCGACATGTTTGACGATGGTAAGGACTCGCCTCGGTCGCCGTCGG
TCTGAGGGCGCCGTCATACCACTCGCACTTTGGCGTTTTTGCACGCTCAT
ATCTCGCATTTCCTGGAAATAGCACTCTGTTCTACACGTTTTTAGCTACC
GGTGAACAACGTATTGTCCAAAGCTCGTGGAGCGTTGTTCGTCCTCACAA
TGCACTCAATATCTCGACGACACCGCAGCAGAGTTATATGTTGTCCGAGT
GGCAGGAACAACACGTTTGCCCCGTTCTACTGCATGTGCCCATGGTTATC
CTTCACTTTGCTTCAGATAATCCTCCGCCTCATGTTCATACATTCAAGGG
TTCGAGAACATCGTGAACGTGGACATATCCAGGGTGGCCATTCACCAGAT
GGCCGAAACCTACAAAGCTTACCCCATGAAATGTGAGTGGAGCACATGTA
TGGACGGGCAACTAAGCTGCGCTCCGTCCGAACCGGGCCGATGAGCCCGC
AGAGTAGGCGAGCAAAGACTCAACCTTGTTTCTATCCAAATCACCCTGGC
TCAAGGAAAAGTAGCTCAAAAGTCGTTGTTCGAACTGACCGATTGGCCTA
TCGGCCACGTGACGGCGATCATCTTTTAGTGTGCCAGTAGGCTACGACGA
CAAAATACAAAATTATTCTCTGTCATGTTGAGCGAAAGGTAAATATCCAG
ATGGACTATCGAACCCGCTTTGGCTTGTTGCACGTGCGTAAGATTGAGCG
CAATTGGCTTGTAGCCACTTCGTGGATGCAGCGCGTTTTAACAATTTACA
CCCCCGTCAGGAGTGTACACAGCACTTTGTGCCTTGAGCCTTTATCCCTT
ATTCCCGCTTCTCATTCCACTTTTCTCTCACCACAACTAGGGAAATCGAT
TGATCTCACCCGCGAGGAGTTCCCTGAAGCGGAGTTTGACGTCGCCTTGG
ATAAAGCGTGCCTCGATTCCATCGCGTGCAGCCCTCACGGGGCATCAAAG
GTTCGAGACTATCTTCAACAGATGGACAGGTGCGCACCGGACCTATCCGT
CATCTATTTTATGTGGCCATGCGTCCCCATTGCTAAGACACGAGAGAATG
TTCGGTGTTCCCGTTAAGCCATTTTACTTGTTGATCATGGTCATCTATCG
TAAGCTACTTTCCCTTGCCGCAGTATATTCATGGGCAGTGCGCTATCATG
ACTCTTAGGTTTATGTTCATCGACCCTGGCGGTATACTTTTACGACACAA
CACACTCCGTGTCCTTTTGCTTTGCACCCTTGTTTCTCAGATTGCTCCAG
CCAGAAGGAGCTTTCATTTGTGTGTCCTTCGCTCCCCCAGAAGAGCGCCT
GGAGCTCTTGGAATACTGGGATATAGACGTACCAGCAAAGTGCCTGGCTT
GGGACGTTCACGTTGATGCGATCGGTGAGATGAACTCGTCAAGCGTTACC
TTGTTGTTTTCGTTTCGCGCGGGTGTGATCGAACCCTCACAAAGCAGGAG
ATCTTGGATTATCATGAGCTTGTGCGACTTGCCTGTTTTGGTTGTACCAC
CCGCGAGATAGCCACGGGAATCGCGTCCGACATGTACCCTCCGAAGGTCA
AACAAATTCGTGGGCGCCCTAGAAAGCACATCGTGGTACAAGCCAATTGG
CCGACACATTACGCTCCTCATTCAACTTGTCGTACCTTGCTCAACTTTAT
CATCAAAGAAGGAATGGACAAATTCCGTCATCCACATCTCAACGTGTTGT
TGTGTGGATGCCCTCGCTCAAAATATCGACTACAGCGAAGCCAGCATTGA
AGCTGCGGCGGGGGGCTGAAAGCGACGGTGACGTCTACTACATATACGTG
TGTATCAAGGATCCCAGCAAGGTGAAGAATTTGGTGGTGTACCTTGCAGA
AACGTTCGAACTAGTGGAGCTCACGTTTATACTCGTCGCTTGTTACTTTC
AGGCCGGAGGTTGATGTTGGACGTTCTGAAAGTCTTCGTTCAAATCAACT
GTAAAGAAAAGGTAGTACGGTTGGGAGCTAACAATCTTTCTGCGGCAAAT
GAATCTTCCCCTGAAATCACGTCGGTGCGGACATATTAAACTAGCTTTTC
CCCTGTGGCTCAATACCTTTGTACTTTGGTGGCTCCATCCGCAGCGTTTG
TTCGTCCACCGTGCATCTCGGAGAATAATTGGCAGCTATTTTGGTAGCGC
GAGCCTTTGCAAGTCTTTCACCCATATCGCACTTCAATTGATGGCAAGAT
CACGAGAAAATATCCAAAGCCTTCGCAAGAGACCAGATGCACATATGGAA
CATCTCCTGTATGTAAGATGACGTGGGCATAATTTGCCGTTCCGGCAAGG
ATGATTATATTTGGCTTATGTGCCGTATCATCGCCCACTCATCACAATAA
CGAACCACTAGACAAAAGAAAATAGACATTCTAAATTGGCTTCTTCTGTG
GACCCTCACAAAAGAAGTGGCCTGCTACCTTTGATACTGCTGCGGCCGTT
GATCGAATCACAACTATTTGTGCATCGTCAGTAGGAGGAGGAGAGTACAG
ACGCGGCCCGCTGTTGCGAAACATCAAATTCGGCTTGAGACTCACTTTCT
CAGCTTTGCCCCCGAAGAACGACGAGCCTTAAGCCTTTCTTCAAAAAGAT
CATGTTTCCTATTTTCCTATGCTACCAGCACATGCTGGTTTCCTAAATAG
TTAGTTTCTCAATCGTCATCCTGTCCCGGAACCGGAATTTCTTAGAATGC
TCTGTTTTTTCTAATCTTGTCGGGTGCACAAGCGCGTCCTGCGGACCGTT
CCAGCACGTGTCTATTCATCGCTATGCCCCAACGGACACGAAAATATGAA
GAAATCAAGTAAAATATCAAAATAATTAAATAAGGCAACCCAAAGTTAGT
TGTGGGTGTGGTCCACATACTTGTGCACACACACCGACAGCGGATGGATG
GTTCTTACTCGGGGCACCCTTCCATCGCCCCTCGTTTCTTATTATCTTAG
TGGGGGTGCCGGATGCATGCCTGTTTTGTAATGGGATGTTTCCCATAATT
ATTAATGCTGTCTGAATCGAAGTGGATGGCGTGTTTCTTCGCTCTATATC
TATATTGTTCATGAGTGAGCGTTTTCTCAATCAACGCTTTATTTCATAAC
AGCGGGCCGCGTCTTTAAGATAAAATGAAGGAAAGAAGAAACTGCCATGC
ACAGAAAAAGTCTCACAACTCTTCATTTAGAAGTCTAGTCACTTCCGTAG
ATATTACGGACAACCGAGTTTAAAAATTCAGAACTTGATACACCCCCCCA
AAAAAGTGCCCGATTCATCCACCGCGGCTCTCATCCCGGCTTCTTATAAA
CAGTTTTTGAGCAACCACGTTATTATGTGTCTGTCTACCTTCAAACATTG
TCAGATGTCAATGCATGCACATCCATTGCAGCCCCTTTGCGATAGATGTG
GGTGGCCACATGGTCCATGCACAGGGAGAGAGGAGTTCTTGTTTGCCACG
GCGCACGGAACTTCATTCCTTCGTGATCCGTCCCGAGCCCCACAATTACT
CGGAGCATACTACTATGCTCGATATATATGTGGAGGCTCACATGATAAAT
AATGTCAAGTACATATTATCTTTGCGTGATTTAAAAAGTGTATTCATGTG
TGGAGGAGGAGCGGTTACTGTTCACTGCGTATTATTAGGCCCGCGCCACG
CGGGCGGTCAAACTGCAACACAGAGAAGATGCACGCGCGTGTGATTCTGA
ACGGAATGTTTCAGGTGTGAAGTTGCTCCGTCAAAAACTAAGAGGGGAGA
GAGAGAGCAAGGGGGGGAGGATGGATCGAAAAGTTTTTGTTCTTTTCTGC
TTGTTTGTGAGAGGATCGAGCCTTTCACCGGTCGGCGAGGGGGTGTGTGC
GTGGTTGGTTGTCTTTTTTAAACAGCAACAGCAAGGTCTTATGGAGGGGA
TATTCATAAGCACCGAACACTGGGGGTGACACCGAACGCTGGGGGTGACG
CGATAGCGAATAGGGGGGGTAGAGAGGGAAAAAATAACACATACAAACGA
ACAACACAAGACAACACGTTGTTGTGCAGGGTGCGGGTGGGCAGGGTTTG
TGTGCGAGAGAGAGACGAAAGATTTTCCAGACACAAAAGAAAGCAATTTA
CGCGGGAGCACGGAGAGCAGGAAGCCGCGGCAGGGGAAGGCGTCCTTTTT
GAGCCCTTTCCATGTCGATCGCGGTTCTTTACGGTGGAAGACCCTCTCTG
CTTGCTGTGATTCTGCCCGGGTGAGCGGGTTTTCAAGGGTGCGTCAACCC
ATCCATGTCGAACGGACGCCGTAACGATAGCTTTTCGGTGCCGTAACGGG
CTTTAAACGGACCATACTATGTGGAATTTAAAGCGAGGGGTAAGCGGTGT
GGTGTTTGTGCGCTGTCGAGTCGAAGTAATGTGGATTGAGGAAATGGTCA
AGAATGGGACGACGTCGAAACCGCCCAACGCCAGCATGGATGGATTGAGA
GCGACGGACTGACAGCGTTCGTTATTGCGTGTGAATGATTTTCGGTGAAG
ATCTCAATGATGAGCGCCGCCAGCAGTCAAACAAATTTTACGATGCGCGT
GCTTTTTTGGCCGGACGAAGCGAATAAGAATTGCCATGATCCCTCGCACG
CGCATCACTAACGTTTCCTGCTATCACCCTTTTTTTTGCCTTGTATGAAC
TCGAATCGTTGCCCAGATCACTTGCCTAAATCAACCAAGACATAGATGCG
CGATGCAAACACTCTTGCACTTTTCCGAAGGTGGTGCCGCTCCCTCAGCC
CTTACGGCGGGAATAAAATAAAACAAATCGAATCCCTTTGATTTCCTCGC
ACAGCGCAAAGCGCGTTGGGCAGGCAACTGTACGCGTTAAAAGGGATGCG
TCGGGGCTGGCTTTGAACAGCGAGTCATGCTCCTCTGTGCAGCTGCACAT
TGTACATACATGTCCGGTAACAAACATACTCCAGTACATGTTTTTTTTCG
CCGGAGTTCAGCGAGCTGTTGTTCTCGTCTTTTTTTCTGACGGCTTGTTT
TTCTCTCCCAAACCCTACACTCCCTCAAAGCATTACCCCCTCTTTGTTTC
CCGCGAGAAAACCCCACAAGTATTTTGAGGACCGCGGCAACGAATCGTGC
GAAGCGTAGAGTAACTCGCTTCACCCCCGCTCGACCAAGAAAAGGAGAGA
CGGGAGCATGAGCGCGCGGTGGGAAGGAGTCGGCGTCAGCTTGTAGTTGG
TTCAACGGGTGGGGGGCATGACACTTGCGCCACTTTTTCCACGGCCGACC
ATCCATCTTGCAGTGCGAGGGATTTCAAGGGAGGAAAGATTGACATTCAT
ATATAGAATCTAGACTATATCTGACGCGCTGTAAATTCGCGCAGTGGTCA
TGCAAGATTTTTTTCGGGGGGCTGCCAGGGTTTCGACACACACTCACCCA
CGCCACCCACACCACCATCGCCTCTTCCGTATGCAAGAATATTAAGAAGC
ATACGTTTAGCAACATTATCTGAAAACATACGTGTACATTCTTCGTTCCT
TTGTTGATAGTTGGCTCCGCGCGTGAGTTCTTAAGTTACACTTTCTCTTG
GTTTTCCACACGTTGGGCAGGCTGTTTGACGGCCGATTTGGTGAGAGCGG
GCACATTTTGGTTTTTCCATTTCCGGGAGAACAATCAAGCATAATCGAGC
GCGACGAAAATTCACCAAGTTTCACTCATTCATAAGGCTACGAACGAGAA
CATTAAATCAGGGATCGGATAATAGATAGGTTAAACATGGAGATTTCGAT
GAGCTGTGTGCATTTTTCCGCGACTACACCGTTCAGCTGAACGCAAAGAG
AAGCGCTCGCAAGCGGTTGAAAACACAAGAGCTTGCGTTAACGTGTAGCT
TGGACTTCTGCCTCTGACTTATTCCAACGACTCGCAGAAGCTCGAGCCCA
ACCCACTCTGCACGGATTACTTGATTCCAATTACGGAGTGTCTTTTGGAC
GCAACGGCCTAACTTTCAAATTTCCCACTGTATCGCACACACAGCGGATA
GTCAACTGCGTCGAATTGCGTCAACGGTTCAATATTCGATGGTGTGTCAA
ACGCGAGCCGGGGGCAGCCCACTTTCCTCGTGTCTGGAGAGTACGAGATT
TGACGATACCGAGTTTTACTCCCGAAACTGCGGCATGCTTGGAAAATATC
GCGTTGGGTTATGAATTGGGCCTGATAATTTGTGTTTTTTTTTAAATTGG
ATATTTGCTCTCTCTCTCTCTCTCTCTCTCTCTCTCAATTTTCTCTCTAG
CGCACCCATAACCAATTCTTGGTGTAACGATTGAGAAGAGAAAGAACTAG
TGTGTGCTATATCTCATGTTTGTGTCCATTCATGGCCGATGTGGTATATA
TCCACACCATTTTCTCCTGCAGGCGGATAGGTGAAGGTTGCGGAGCGGAG
TGCGTTGTCGAATGGCGTCAACAATGATGAGCCAAAGAGTCACTCTCGCC
ATTCCAAAATCATGAAAAACCCGGACCCAAAACATTGCCGTACGGGCGAG
ACGGCTTTGACATCTTCCTCTTGAACAACACATGGATCATGGTGTGACTG
TTTGGCAGCATCACCTTTTCTCGGCGGGCGTTACAGCCGAAGGTGTGAAC
TACGAAGTAGCGAGACCGTCAAGGGGTCTCGTTGTTTCTCGGTACATCTT
GTTTCTTGCTCGCTCGCGTGTGCTACACCGTGACGCCCATTGCCAACCGA
TGAAGCCACACGGGACGCCTCTCGTACGGCGATTCGAGTAGTCGCAAGTA
GAAGAGGTGGGTGGGAGGCGAGTGTCACGTTGATACGCCAAGCCTGGCGA
GGGAGTCATGCCCAAGCTCCGCCCCCTGCTCTCTGCTAGAACACCACATA
TTCCATTTCGCACACAACTGCTGTAGTTGCAAGCACCGCGCCGACGTTGC
TGCACTCCCTCCCCAACTCACGTGTGTGCCTAAAGCATGGACTTGTAGGC
TTCCTCTTCAGCGACGGACAGAGTTTAGTAGAGAGAAGGATGAGATAGAA
CGACGCGGCACACCAAGAGAGAGACAACACCCTGACAAAGACCGCCCACA
CACAGACTGGAAGGCAAAGTTTCATTGTGACAAATTGTCTCGTCCGCTTG
ACTGGTGAATGTTTTGTTGATTCCATGTGCAGCCTTCTTGGTGGGACAAT
ACTGAAAGCTGTAATGGTCACGACTATGTTTCCAACAGCGCCGACAGCTC
GTTCGTGCAAACAACGCTTCGCCAGCAGACAAGGTTGGCCCGTCAAATCC
GCGCTGTGATTATTTACCGCGCTCTCGAATGGTGACATATGTTTTTTTTG
CTCTTTGTTTCTCAAGAGCTGGCATGAAACGTCAGCTTTCGTCAAAAATC
TCTGAATTTCAAGAGGGTCCGGAGCACCGCCATAGTATTCGGCTCACACA
GCTAATGCTCTAAACTCGACGGTGCTGACCTCGTGATGAACGCTACCATT
CATGTTTGGATGTCTATCATCATCGTGTCCCTGTCAAATCATGCGAAGGT
AGCAGAAAATGGATGTTTTGAAAGATGTGTGTGCCGCGTAACATAGTTCG
ATTATTGATTTAAATCAAAATATTTCGACCCTCTCTGCGGAAAAAACACA
CATGACGTACAACGAAGGTTATCCGGTGTGTGAGACCGAGGAGCAAATGA
GCACGTATGCGTGGATATTTTCATGGGGGTAAGCTTTTCGAATGACTTGA
CATAAACTCGTTTCATGTGTCCACTGCTGGTTGAATGCCGTTGGGAAAGA
GGGTGCGCGAACTCCTTGCATCGGGAGGATTTTCAGTGTGGCAAAATGAT
TCGAGAATGGCCACCCATGCATAGGAGGTGTGCCTTTTGTGTTGTCCCGG
GAAAAGGAAGGGTACACCCAGATCCGGCGGCTGGTCGTTCTTGCGTGTGC
TCGCTGGCAGACGCGGACCTGCACCGCCGTCTTCACATAAAATTGGTGTG
TGTGCTATCTCATGTTTGTGTCAATTCGAGACATCTGGAACGGATGGACC
ATTTGTTACTCCGTTTCGCCCGCCACCCCACCCCCTCGGGAAAAATGAAG
TACAGCCGTACGGTCGACCACGAGACCCTAACTAACTACAGTGACACCAT
CTTTGTAGTCAGTCTGGAAGTATTGTGTTGTGTAAATCGGCGCAACACAA
GGATAATTATGCCCTCTTTTCTGCCGCCCATCCACATTTATGTGCAGCTG
CGTGTGTGTCGGATGCAGACTAAATGTGTACTCCGAGCTGTGGAAGATGC
CAAAATAATTGTAGACTAATCTTCCAGAGTGCTCGAGTCTTGCAAAGCTT
CACTTAATTATTGAGGTGTGTGCGTGTCGAAAGAGCAGATGGTAGTTGAT
CTCAACAGCGTGGAACGCCTCTCTGATGAACGTCATGGGTGTGGAATCCC
GAGCTTCCGAGGGAAGCTCTACTGCTGCGCGGCGCAAAACCCGTGTCCCT
TGACACTTGATCGGAGAGGAAAGGCGCGCGCGGACCAGCGAGAGTGACGC
CTTATTCTATTTTCTTGGCGAGAAGGATTCTGGAACGAGCGGCAGAGAAG
GAGAGAGTCCAAGGCATCCCTGTCGCCGGTGCCCGAGAAAACTGTAGTGC
TCATTGGTGGGGCCTCCTTATACGTCGGTAAAGTTGTGCAGCATTCGCAT
TCCGCCGCCGGTCTGTGGCTTGCCTCCTCATACGGGGAAAATCGCATCCC
CCTTTCCTTGTGTTCTTGTGTGCTTGCCAGTATCCAGGGTTAGTACTTCC
GGCGAGATATTTCAGACTTGTTCACACAACACTGATTCTGTACACTGCGT
AGCAACAAACTGCTGCTGCCGCTTTCGTCGTGAGTGGGTGTAGACACCAG
AGATTATACATATTTCAGTGAGGGACAGAGAGGACGCTGGAAATACTCTC
AGTTCTCGTGATTGCCGGACCAATCATTGCACACCGGATCGATCATTGGT
ACTTGTTGCCTAGCAGCCAGCAGTGAGGTCGATTTGTAACGAAGAGAACA
CGAGTAGTGCAAAAGGCTTCATACCGATAGTGAGAAAGGGATTTTACCGA
GTATTACTTCTCTCCGTGGCTGTTTTCATTTATTGGCGGATCTTTCAACA
ATTTTGTACCTGACAGTCCTGCCACAATGTAGCAATGTATTTCGTGGATA
CAAGTTAGTGCTTCCACGCGTCGAAGAAAACTGTGGATTGGAACGGTAGT
AAATATTGATCTCTTGATTGCCCATGTACAAGCCACACGCGCTCCAGAAC
CGCTGGAATTTTCGTGCTTTCAGAATGCTGCCACTTTTTCTCATATCTTC
TGAAGATTTTTCTCATACCGTTCGCCCCGGTGGTCGAGTTGGTATCCTCG
TAACCTTCTAGCACCCAGGTCACGGGTTCGAATCTCGGCGAGAGTGGCTT
TCCTCACTTTCGTACCTGGGAGAAGAATGCGGGGAAAAACTGGAAAGCTT
CGTGAAAACACAAAATTCGACGTAGCGGTCGTCGAGGGCAAGGGACGGCT
GAACCCTACTCATGATAAAAATGAAGGCAAGAACCGTAGGAGGAAGGTGG
GGCACAGAAAGGAAAAGAAAAAGAAGAAAGTCCCGGTGTTTACCCCCTCC
TGTGTGACCACGTTTGGTTCTGGCTGGACACAAAAATACACTGAACAAGT
AGTCCTAAAAATGCGCTGCAAAGTGTAGTAGTACACGTCTCGCCTTGATC
GGAGGGACTGTCGCCAGTAAAGTGACGACAATACACAACAAAACACATAG
ATAGACTAGATAGACTGTACTCCGGAGTGCTCAGCATGATGATCGGCTTC
TGCAAGGTTGCTGCACCACAACACCGGTTCACCTGTCGGCGTTCGTTCAA
GGGCCGAAGACTGAGTGCTAAGTTGCAAGCGGTTGACTACGATCGAAAGG
GGAGTGGAAGGTGTTAGATGTACGTGCACCGGGTGCACCAGCGAAAGCGG
GTGACAGACACTCTTTTTGTCTTGGCAGTATACTCAGACCTCCTTCTTAT
AATATCTTCACGGCTTTTCCCGCTACCTGCTGTGTGTGACTTTAATCTTT
CCGTCCGTGGACTCTCAGTATTTTTTTTGGTGCTGAGATTCTTAAGATCT
AATGTTTGCTCCCTGCGAGTCTGCCATCAATCGTAACCGTAACCTCACCC
GTTCTGTTACCCTCCGTCTAGTACATAGTAGTCCACACATGCCTTAAGTA
AATATTTGGACGATGTGTGAAATATTCTGGGAACCGTCTGGAGCACATGT
TTTTTTGCCTGGCCATGACGCACTGGTTGGTGTGTACAAGTGCACGGGAT
CGGTTCAAGTTCCACCGCTCGCTGTGCTTCGGGCGACTAATATATATGAG
CCGCGCAATACGAGGCAGATTCCATGTACTCTGGACATTGAGGAGAGAGT
TGTGGACAAGTTAACTGACGCTGTCTACCGGTTATGCGTGTAACCGTATC
TTTGCTCATGGCTTCATCAACCACTGGGGCCAAACTGCATCTACCGCACG
TAGCTGCCGTAACGTCATAGCATAGTCTATCCCAGTAAGATTTTTTCCCA
TCCAATCGATGGCTTCACCTTGTCATACTGTTGCTTCGGACTGGCTATTA
ATAGTCAACGAAAAGGGCGTGAAAAGTTTGGTAGATATGTCGTTGTGCGA
TGGAAGTGCAGCAGCAGTGTAAGCAATGCTGCTGCTGGACTTGATTACCT
ACCGACACATGTGGACTGTGAACAAACATTTCTGTGCAAAAGATAGATAG
CGCCCGTCGGAGAAGAAATTGACTGATGACCTCGCCGGGCAGACAAGGCG
AGGCGAGGGCCCTCACGCTGATCCGTGCGCTCTTTCAAATTTGCCGACAC
TTGAAATAGACTATTGGCTCGTTGCAAAAGTGTGCCTGAGTTCGAACCCA
CAACTGCAAGCTCGTGGGCTGTGTACGGAGTATAGTTCATGTGCTCCCCT
TTCCGTCTACTGTCTGTTTGCACAACGGGCAACAGGGGGACACATGCGAA
ACACCACGTCACGTAGTGGCGCGATGGAATTTTCGACATTTGCTTTTGTC
TTTCATTTGCGAGACGACACGGGCGGCAGGATCTAGAGGAGATTTCTGCT
GCATCCGCTGCCAAGCGCGCACCGAACAGCACCCAAAGAGCTGTTCCTAG
CTGCCTCATTTCGATGAGGCGGCATGATTACAGAGACTTCGTCTAGGCTT
GTAACAGATACGTGTGCATCATACATCAAATACTTCATCAATCACCCGGC
TGCCAATCGCCCAGCGGTTGTTCTACTGGGATAAACGATGATAGCGTAGG
TTGGGCAAGGCGGCACACCCGCTTTTCACGCCCTTTTTGTGTTCTGTTTT
TTTTAAGCAGGAAAAAGCATGGTTCTTCCGGAATCTTTCAAATTGTTCTT
AAACAAATCTATTCTAGGCGATTGCATTTAAATCAGGCCTTTAATCCATC
GGCCGTTTTGCTTGTATGACGGAGAATAAGAAGGTGGAATTACTTGAAAT
TAGTGTAAAAATAAAGTTTGTGTATCTAAATCGAAAATAAAACGGCCGAT
GGAGGAAAGGCCTAAATTTAAATCGAGGCTCCCTTTTTCTTGCCTCTTCC
ATTGACATTATTTTCCTGACTGTGAACATGTCTTCAATGGACTTGTTTTG
CACACTCTTTGCCCACTAATGTGTTTGCTTGAAATGATGGACATCGAAAC
GGGCTCCTGGCAATAAACAGTGTGCATGGACTATTGTAGAGATTGTAAAC
CCTTGACTCAACGATTCATGTGCTTGTGAAATACGAACAGACAAAAGCTG
ATGATGGCTTCATCGTGAAGTTGGAAACCTTTACTCCGTATGTGTTTTGG
GCGAGCTTTCTCGTGAGCGGACATCAATCAGTTGAACAAAATGTTTTATC
AAAGCGACAAACTCGACCATCTGCCATCCAAACTTCGTTGCAAATGGCAA
ATGGTGACATCAACTTGCAAAAAACGGGAAATTGTCTCTTGGTGTTTTCG
CGAGCGACGTGTCGCGTTTTGTGAACGAAGTTTGGCCTACGCGAATACTC
TTTCTGCTCTCGAGTCCGGTGCTCCCCACAACCTTGGTCGACCGTCCGCG
GTGTTCATGCCGACCCTGAAACGAGCACGAAAGAAGTTACCTGCGCCCCC
CTTCGAATTATGTTGCATATTTTTGACACAATTGCATGTTGCATACTTTT
GACAAATTTGCATCTGATGAAAAGTGTGTATATGGATGCATCACTTGCGG
GCGGACGTGTTTTCTAGCGGCACTAACTGAAAGAGAGAATTTCCGTCACT
TGTTCCGATTCGCTGCACGTCCGGCGGATCAACCAGACAGTGCAGAAGAG
GATCGCCAAAGAAAGAGCGAAACGAGAGCAAGAGAAGAAACTGGCCAAGT
TGCTTGGGGTCAAGGCGGGCAGAGGAAGAGGGAGAGGGAGAGGGAGATAG
CTTCTCATTTGATCACTCGACTTCGGGCGTTCTCTTAGCTTTGATTTGCA
ATTTCAGTCCGCTGATGACCCTCTATTTTGGAGGGAGGTGTTGTCAATGC
TCATACGTTCATAATTTCGAACGAGGATGCGCTGAATCCGCACGGAAGGC
TACGTGATGTATCTTGTACTGTAATGTCACAGGTCACGAGCACGACGAGC
CTTCTGAAGCC
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Coding sequence (CDS) from alignment at P-fluviatile_contig15:2034496..2048556-

>mRNA_P-fluviatile_contig15.2524.1 ID=mRNA_P-fluviatile_contig15.2524.1|Name=mRNA_P-fluviatile_contig15.2524.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2340bp|location=Sequence derived from alignment at P-fluviatile_contig15:2034496..2048556- (Porterinema fluviatile SAG_2381)
ATGCCGAGACCCCGCGGTTCTAGTGAAGAAAGTGGTAATAGCAGCAGCAG
GACGAGCGGGTCGGGCAGCTCATCTTTGACCTCCCGTAGCGAGGGTGACG
GACGAGCAACCGAAGATAGCGGATCTTTATTGTCGAGCGGCAACAGCGCT
AGCATCAGCCCCCGAGAGCTTGAAGGATATGAATCGAGAAAGAGCAGCGC
TTCTACGTCCGCTTCAAGATATACCAGCCGGACGAGCGGATCAGGAAGCT
CATCATCGACCTCCGGTAGTGATGATGGTGGAGGCGACAACTTGAAAAAT
CGGATGAAAGACCTTTTCATTAAACCAACACCACCGGTGGCTGAGGTAGA
ACAGATTGGGGGGCTTCAGGGCAGATGCCGAGACCCCGCGGTTCTAGTGA
AGAAAGTGGTAATAGCAGCAGCAGGACGAGCGGGTCGGGCAGCTCATCTT
TGACCTCCCGTAGCGAGGGTGACGGACGAGCAACCGAAGATAGCGGATCT
TTATTGTCGAGCGGCAACAGCGCTAGCATCAGCCCCCGAGAGCTTGAAGG
ATATGAATCGAGAAAGAGCAGCGCTTCTACGTCCGCTTCAAGATATACCA
GCCGGACGAGCGGATCAGGAAGCTCATCATCGACCTCCGGTAGTGATGAT
GGTGGAGGCGACAACTTGAAAAATCGGATGAAAGACCTTTTCATTAAACC
AACACCACCGGTGGCTGAGGTAGAACAGATTGGGGGGCTTCAGGGCAGGA
TAGATGCGAAGCTCTTGGAGGAGGTACAGGAGTACGACGCGGTGCCATCC
GAGGCGGCCTCCTACGGGAAGATTGCCTTTTGGGACGAACGTTACGCCGC
CGACGAAGAGGATAGATGCGAAGCTCTTGGAGGAGGTACAGGAGTACGAC
GCGGTGCCATCCGAGGCGGCCTCCTACGGGAAGATTGCCTTTTGGGACGA
ACGTTACGCCGCCGACGAAGAGGTGGTTGACTGGTACCACTCGTGGGCCA
ACCTGGCCCCAACCCTGACTCAGTATATGGACGAACAAGACGACGTGTTG
GTGTGCGGTTGCGGAAATTCTGAGATGAGCGTCGACATGTTTGACGATGG
TGGTTGACTGGTACCACTCGTGGGCCAACCTGGCCCCAACCCTGACTCAG
TATATGGACGAACAAGACGACGTGTTGGTGTGCGGTTGCGGAAATTCTGA
GATGAGCGTCGACATGTTTGACGATGGGTTCGAGAACATCGTGAACGTGG
ACATATCCAGGGTGGCCATTCACCAGATGGCCGAAACCTACAAAGCTTAC
CCCATGAAATGGTTCGAGAACATCGTGAACGTGGACATATCCAGGGTGGC
CATTCACCAGATGGCCGAAACCTACAAAGCTTACCCCATGAAATGGAAAT
CGATTGATCTCACCCGCGAGGAGTTCCCTGAAGCGGAGTTTGACGTCGCC
TTGGATAAAGCGTGCCTCGATTCCATCGCGTGCAGCCCTCACGGGGCATC
AAAGGTTCGAGACTATCTTCAACAGATGGACAGGGAAATCGATTGATCTC
ACCCGCGAGGAGTTCCCTGAAGCGGAGTTTGACGTCGCCTTGGATAAAGC
GTGCCTCGATTCCATCGCGTGCAGCCCTCACGGGGCATCAAAGGTTCGAG
ACTATCTTCAACAGATGGACAGATTGCTCCAGCCAGAAGGAGCTTTCATT
TGTGTGTCCTTCGCTCCCCCAGAAGAGCGCCTGGAGCTCTTGGAATACTG
GGATATAGACGTACCAGCAAAGTGCCTGGCTTGGGACGTTCACGTTGATG
CGATCGATTGCTCCAGCCAGAAGGAGCTTTCATTTGTGTGTCCTTCGCTC
CCCCAGAAGAGCGCCTGGAGCTCTTGGAATACTGGGATATAGACGTACCA
GCAAAGTGCCTGGCTTGGGACGTTCACGTTGATGCGATCGCGAAGCCAGC
ATTGAAGCTGCGGCGGGGGGCTGAAAGCGACGGTGACGTCTACTACATAT
ACGTGTGTATCAAGGATCCCAGCAAGCGAAGCCAGCATTGAAGCTGCGGC
GGGGGGCTGAAAGCGACGGTGACGTCTACTACATATACGTGTGTATCAAG
GATCCCAGCAAGACAGTGCAGAAGAGGATCGCCAAAGAAAGAGCGAAACG
AGAGCAAGAGAAGAAACTGGCCAAGTTGCTTGGGGTCAAGGCGGGCAGAG
GAAGAGGGAGAGGGAGAGGGAGATAGACAGTGCAGAAGAGGATCGCCAAA
GAAAGAGCGAAACGAGAGCAAGAGAAGAAACTGGCCAAGTTGCTTGGGGT
CAAGGCGGGCAGAGGAAGAGGGAGAGGGAGAGGGAGATAG
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