mRNA_P-fluviatile_contig12.1401.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig12.1401.1
Unique NamemRNA_P-fluviatile_contig12.1401.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: D8LDL9_ECTSI (Hect E3 ubiquitin ligase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LDL9_ECTSI)

HSP 1 Score: 470 bits (1210), Expect = 2.900e-155
Identity = 320/661 (48.41%), Postives = 388/661 (58.70%), Query Frame = 3 
Query:   12 MVLELAGLPLEVLQS-ILAPFCRPRDLAYLLASSRGLRALRRGCVTALLEKLFKGRPGAVNALPWLRRRRLEHGRKNKPEGGGSDDXXXXXXXXXXXDGGVCPEDDVGILDWLYGLREGAETGAYRAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAA-EEAVASARAGYVGGDGXXXXXXXXXXXXXVQDGNAGDVWVTCAAAGKHCTVLGTRSGRVLLVGYIWSLWRGGGTGGCDCPRLAEFGRLPRGRGGGSXXXXXXXXXXXGREVGCWRIQCARSRNYFPAEA---VVAIDSAGHAHELSQVMGSIMAAVAADSLVNEPLRPPPKSKPIYAKCSSVLISPAARHTSLSRRGHRCRSWIEHG----DSGWQAGDAF--MAVPADGG---DDDEPWRWGXXXXGVLHASAWVENLAGRSHGLILVDGGASVVTHGNGRTGHLGHGTPCYEPTPKMVTTAVVLGRKVGVAPSREGTAGWARSAGVRVSIAPALPPPVAAAAGPDVDAGDGREAGWVGGLLSLVDAAADERD 1952
            MV EL+GLPLEVLQ  IL PF  PRD+A+LLA+SRGLR+LRRG V+ +L+ LF+G+PGA NA+PW+R     HG K         DXXXXXXXX    G     DDV ++DWL GLR+ + TGAY A+LGE H+++VTPGGR L+AGSGRHGVLG+SG +NR+LFTEVDL WGRFPGR+PV AVACG +HTLILT VGTVHSCGLG+YGRLGHG+E SLSRPTLI+ LAG+RITQVAAG AHSVAVSW G A+TWGWG    LG   + D L+PTR+     D +        AR G V                   +G+     VTCA AG+ CTVLGTR G VL  G + ++     T    C   +EFGRL                   G  + CWR+QC       PA     V+AID AG  +++    G  +    +    N   +  P S   YA CSSV++SP     S + RG   + W+E G    +SGW     F  + V  DG    D DE         GV+HASA + N    SHGL L DGG SV+T G+GRTGHLGHGTP +EP PK VTTAVVLG            A   RSA V VS+  +L        G         EAG+ G +L+LVDAAAD RD
Sbjct:    1 MVRELSGLPLEVLQGCILVPFGTPRDVAHLLAASRGLRSLRRGYVSGVLDLLFQGKPGAGNAIPWIR---SHHGGK---------DXXXXXXXXNKLKGNGGSVDDVSVVDWLCGLRDTSATGAYSASLGETHSLLVTPGGRALSAGSGRHGVLGSSGRMNRFLFTEVDLGWGRFPGRIPVVAVACGQRHTLILTAVGTVHSCGLGDYGRLGHGNEASLSRPTLIDSLAGERITQVAAGAAHSVAVSWSGKAFTWGWGYQGVLGRGGDDDVLKPTRVAIPLMDVSGGSNGGGDARGGGV----------------VAVEGH-----VTCATAGRSCTVLGTRHGVVLFSGLMSTM-----TSNHFCAVFSEFGRL-------------------GDGLRCWRVQC----ECLPATGTTLVMAIDPAGQVYDVEPRNGVALGGNNSSRYGNPSKQRVPLSAD-YAPCSSVILSP-----SDNERG---QCWLETGGEVEESGWGMDVCFGMVGVSRDGRLLFDSDEDDAGKDRSVGVVHASARIGNSCEVSHGLRLEDGGTSVLTWGDGRTGHLGHGTPAFEPKPKGVTTAVVLG----------SAASGVRSASVNVSVDDSLGGSSREVGGMHSSXXXXXEAGFRG-VLALVDAAADRRD 580
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A6H5L840_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L840_9PHAE)

HSP 1 Score: 445 bits (1144), Expect = 1.870e-145
Identity = 304/666 (45.65%), Postives = 370/666 (55.56%), Query Frame = 3 
Query:   21 ELAGLPLEVLQS-ILAPFCRPRDLAYLLASSRGLRALRRGCVTALLEKLFKGRPGAVNALPWLRRRRLEHGRKNKPEGGGSDDXXXXXXXXXXXDGGVCPEDDVGILDWLYGLREGAETGAYRAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAVASARAGYVGGDGXXXXXXXXXXXXXVQDGNAGDVWVTCAAAGKHCTVLGTRSGRVLLVGYIWSLWRGGGTGGCDCPRLAEFGRLPRGRGGGSXXXXXXXXXXXGREVGCWRIQCARSRNYFPAEAVVAIDSAGHAHELSQVMGSIMAAVAADSLVNEPLRPPPKSKPIYAKCSSVLISPAARHTSLSRRGHRCRSWIEHG----DSGWQAGDAF--MAVPADGG---DDDEPWRWGXXXXGVLHASAWVENLAGRSHGLILVDGGASVVTHGNGRTGHLGHGTPCYEPTPKMVTTAVVLGRKVGVAPSREGTAGWARSAGVRVSIAPALPPPVAAAAGPDVDAGDGREAGWVGG-----LLSLVDAAADERDLEEDRAF 1973
            +L+GLPLEVLQ  IL PF  PRD+A+LLA+SRGLR+LRRG V+ +L+ LF+GRPGA NA+PW+R     HG K+K           XXX     +GG    DDV ++DWL GLR+ + TGAYRA+LGE H+++VTPGGR L+AGSGRHGVLGASG +NR+LFTEVDL WGRFPGR+PVAAVACG +HTLILT VGTVHSCGLG+YGRLGHG E SLSRPTLIE LAG+RITQVAAGEAHSVAVSW G AYTWGWG    LG   + D L+PTR+     +A        AR G V                      A +  VTCA AG+ CTVLGTR G VL  G+I ++     T    C   +EFGRL                   G  + CWR+QC           V AID AG  +E+    G  +   ++    N   +  P S   YA CSSV++SP            R + W+E G    + GW    +F  + V  DG    D DE         GV+HASA +      SHGL + DGG  V+T G+GRTGH             +VTTAVVLG            A   RSA V VS+  +         G              GG     +L+LVDAAAD+RD  +DRA 
Sbjct:    6 QLSGLPLEVLQGCILVPFGTPRDVAHLLAASRGLRSLRRGYVSGVLDLLFQGRPGAGNAIPWIR---SHHGGKDKXX---------XXXNKLKGNGGS--HDDVSLVDWLCGLRDMSATGAYRASLGETHSLLVTPGGRALSAGSGRHGVLGASGRMNRFLFTEVDLGWGRFPGRIPVAAVACGQRHTLILTAVGTVHSCGLGDYGRLGHGSEASLSRPTLIESLAGERITQVAAGEAHSVAVSWSGKAYTWGWGYLGILGRGSDADVLKPTRVAIPLINAVGGSDGGDARGGGVA---------------------AVEGHVTCATAGRSCTVLGTRHGAVLFSGFITTM-----TSNRFCAVFSEFGRL-------------------GDGLRCWRVQC-ECLPVTDTTVVTAIDPAGQVYEVQPRNGVALGGNSSSRYGNPSEQRVPLSAN-YAPCSSVILSPFD--------DERGQCWLETGGEVEEPGWGMNLSFGMVGVSRDGRLLFDSDEDDAGKERSAGVVHASARIGGSCEVSHGLRMEDGGTCVLTWGDGRTGH-------------VVTTAVVLG----------SAASGVRSASVNVSVDDSF-------GGSSXXXXXXXXXXXXGGPRFRGVLALVDAAADKRDAADDRAL 572
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A7S4NS28_GUITH (Hypothetical protein n=2 Tax=Guillardia theta TaxID=55529 RepID=A0A7S4NS28_GUITH)

HSP 1 Score: 116 bits (291), Expect = 6.870e-26
Identity = 69/165 (41.82%), Postives = 88/165 (53.33%), Query Frame = 3 
Query:  405 HTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVD--LEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAVASARA 893
            HTV VT  G + T G G+ G LG + N  R + T V   +EWG     +PVAA   G  HTL+L   G V S G G+ GRLGHG++     PT +  L  +R   +AAG AHSVA++  G  YTWG G    LGH  + D + P +L  I  D     AVA+  A
Sbjct:   17 HTVAVTHHGALFTWGDGKEGKLGHNDNAQRLIPTLVAAFIEWG-----MPVAAAQAGGSHTLVLNRRGQVFSFGSGDSGRLGHGNDNDQWSPTFLSALESERCVSIAAGFAHSVALTDQGQIYTWGCGKLGRLGHGSDSDEVLPRKLALISHDTIKAIAVAAGEA 176
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A7S4KS11_GUITH (Hypothetical protein n=3 Tax=Guillardia theta TaxID=55529 RepID=A0A7S4KS11_GUITH)

HSP 1 Score: 116 bits (291), Expect = 3.110e-24
Identity = 69/165 (41.82%), Postives = 88/165 (53.33%), Query Frame = 3 
Query:  405 HTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVD--LEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAVASARA 893
            HTV VT  G + T G G+ G LG + N  R + T V   +EWG     +PVAA   G  HTL+L   G V S G G+ GRLGHG++     PT +  L  +R   +AAG AHSVA++  G  YTWG G    LGH  + D + P +L  I  D     AVA+  A
Sbjct:  219 HTVAVTHHGALFTWGDGKEGKLGHNDNAQRLIPTLVAAFIEWG-----MPVAAAQAGGSHTLVLNRRGQVFSFGSGDSGRLGHGNDNDQWSPTFLSALESERCVSIAAGFAHSVALTDQGQIYTWGCGKLGRLGHGSDSDEVLPRKLALISHDTIKAIAVAAGEA 378
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: L1J1U2_GUITC (Uncharacterized protein n=1 Tax=Guillardia theta (strain CCMP2712) TaxID=905079 RepID=L1J1U2_GUITC)

HSP 1 Score: 116 bits (291), Expect = 9.600e-24
Identity = 69/165 (41.82%), Postives = 88/165 (53.33%), Query Frame = 3 
Query:  405 HTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVD--LEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAVASARA 893
            HTV VT  G + T G G+ G LG + N  R + T V   +EWG     +PVAA   G  HTL+L   G V S G G+ GRLGHG++     PT +  L  +R   +AAG AHSVA++  G  YTWG G    LGH  + D + P +L  I  D     AVA+  A
Sbjct:  335 HTVAVTHHGALFTWGDGKEGKLGHNDNAQRLIPTLVAAFIEWG-----MPVAAAQAGGSHTLVLNRRGQVFSFGSGDSGRLGHGNDNDQWSPTFLSALESERCVSIAAGFAHSVALTDQGQIYTWGCGKLGRLGHGSDSDEVLPRKLALISHDTIKAIAVAAGEA 494
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: L1JF46_GUITC (Uncharacterized protein n=1 Tax=Guillardia theta (strain CCMP2712) TaxID=905079 RepID=L1JF46_GUITC)

HSP 1 Score: 106 bits (264), Expect = 1.490e-21
Identity = 64/166 (38.55%), Postives = 84/166 (50.60%), Query Frame = 3 
Query:  384 RAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTE--VDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEA 875
            + + G  HT ++   G V T G G  G LG   +V   + T   V    G+      V  VACG  HT  L + G +++ G GEYGRLGHGDE+  + P L+E L G  +T VAAG  HS  +   G   TWG G +  LGH DE DR  P  +  + +  A E A
Sbjct:   43 QVSCGNQHTAILMENGEVFTFGRGNFGQLGQGASVTANVSTPALVSALQGKH-----VKQVACGWHHTCALIDNGQLYTWGSGEYGRLGHGDEVRQASPKLVESLQGKEVTFVAAGGFHSSVIIEGGNLLTWGGGYFGQLGHGDETDRKTPKMVKGVQQCIAHEVA 203
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A7S0VYN5_9CRYP (Hypothetical protein (Fragment) n=3 Tax=Hemiselmis TaxID=77924 RepID=A0A7S0VYN5_9CRYP)

HSP 1 Score: 102 bits (253), Expect = 2.450e-20
Identity = 57/160 (35.62%), Postives = 81/160 (50.62%), Query Frame = 3 
Query:  384 RAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAA 863
            + + G  H+ V+   G + T G G  G LG   +V   + T   +      G+  +  V CG  HT  L E G + + G GEYGRLGHGDE+  + P L+E L G  +T V+AG  H+  +   G  +TWG G +  LGH DE DR  P  +  + +  A
Sbjct:   45 QVSCGNQHSAVLLESGEIFTFGRGNFGQLGQGASVTANVSTPQIVS--ALQGKA-IKMVCCGWHHTAALLENGQLFTWGSGEYGRLGHGDEVRQASPKLVEGLQGKAVTYVSAGGFHTACIVDGGNLFTWGGGYFGQLGHGDETDRKAPKLVKGVSQSVA 201
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A2P6NTV0_9EUKA (S-layer protein n=1 Tax=Planoprotostelium fungivorum TaxID=1890364 RepID=A0A2P6NTV0_9EUKA)

HSP 1 Score: 107 bits (266), Expect = 2.520e-20
Identity = 72/199 (36.18%), Postives = 102/199 (51.26%), Query Frame = 3 
Query:  324 DVGILDWLYGLREGAETGAYRAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAG--DRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAV-ASARAGYVGGD 911
            D+ ++D+ + + E   TG    A G+NH++ +T  GR+ + G   H  LG  GN     F    +E   FP    +  +ACG  H+L LTE G V S G G YG+LG G      RP  IE       ++  +A G  HS+A++ DG  YTWGWG + ALGH D+  + EPT L T  +D    + + A +R    G D
Sbjct:  126 DLQLIDFPHNIFESI-TGC---AAGDNHSLALTSEGRLFSFG---HNDLGQLGNPEAQAFATTLVE---FPLSPKITRIACGLAHSLALTEDGKVFSWGWGGYGQLGDGHTEDRQRPVEIEVFKNLQKKVKAIACGGWHSMALTEDGQVYTWGWGEFGALGHGDKTAKNEPTLLDTFSKDKITIKTITAGSRHSLFGAD 314
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A7S0HGJ1_9CRYP (Hypothetical protein n=1 Tax=Hanusia phi TaxID=3032 RepID=A0A7S0HGJ1_9CRYP)

HSP 1 Score: 105 bits (263), Expect = 5.270e-20
Identity = 63/166 (37.95%), Postives = 84/166 (50.60%), Query Frame = 3 
Query:  384 RAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTE--VDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGGAYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEA 875
            + + G  HT ++   G V T G G  G LG   +V   + T   V    G+      V  +ACG  HT  L + G +++ G GEYGRLGHGDE+  + P L+E L G  +T VAAG  HS  +   G   TWG G +  LGH DE DR  P  +  + +  A E A
Sbjct:   43 QVSCGNQHTAILMENGEVFTFGRGNFGQLGQGASVTANVSTPALVSALQGKH-----VKQIACGWHHTCALIDNGQLYTWGSGEYGRLGHGDEVRQASPKLVEALQGKEVTFVAAGGFHSSVIIEGGNLLTWGGGYFGQLGHGDETDRKAPKMVKGVQQCIAHEVA 203
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BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Match: A0A0M0K9T2_9EUKA (Rcc1 repeat-containing protein n=1 Tax=Chrysochromulina tobinii TaxID=1460289 RepID=A0A0M0K9T2_9EUKA)

HSP 1 Score: 105 bits (262), Expect = 1.180e-19
Identity = 61/153 (39.87%), Postives = 85/153 (55.56%), Query Frame = 3 
Query:  384 RAALGENHTVVVTPGGRVLTAGSGRHGVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVHSCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGG-AYTWGWGLYRALGHEDELDRLEPTRL 839
            R A G +H+  ++ GG VLT G+G +G LG   N N Y    V+   G+        +VACG++HT+ LT  G+V++ G G  GRLG GD   + RP L+  L       +AAGE+HS+A++ +    YTWG G Y  LGH D   +L P  L
Sbjct:  140 RVACGSDHSAAISEGGEVLTWGAGSYGNLGHGDNANVYSPKIVEALLGK-----ACISVACGSKHTIALTAAGSVYTWGYGGGGRLGSGDTRGMFRPKLVNDLKDQACLMIAAGESHSMAITAEKAQCYTWGVGDYGKLGHGDTTPQLLPRHL 287
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig12.1401.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LDL9_ECTSI2.900e-15548.41Hect E3 ubiquitin ligase n=1 Tax=Ectocarpus silicu... [more]
A0A6H5L840_9PHAE1.870e-14545.65Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
A0A7S4NS28_GUITH6.870e-2641.82Hypothetical protein n=2 Tax=Guillardia theta TaxI... [more]
A0A7S4KS11_GUITH3.110e-2441.82Hypothetical protein n=3 Tax=Guillardia theta TaxI... [more]
L1J1U2_GUITC9.600e-2441.82Uncharacterized protein n=1 Tax=Guillardia theta (... [more]
L1JF46_GUITC1.490e-2138.55Uncharacterized protein n=1 Tax=Guillardia theta (... [more]
A0A7S0VYN5_9CRYP2.450e-2035.63Hypothetical protein (Fragment) n=3 Tax=Hemiselmis... [more]
A0A2P6NTV0_9EUKA2.520e-2036.18S-layer protein n=1 Tax=Planoprotostelium fungivor... [more]
A0A7S0HGJ1_9CRYP5.270e-2037.95Hypothetical protein n=1 Tax=Hanusia phi TaxID=303... [more]
A0A0M0K9T2_9EUKA1.180e-1939.87Rcc1 repeat-containing protein n=1 Tax=Chrysochrom... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig12contigP-fluviatile_contig12:1190843..1208259 +
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 score469.9
Seed ortholog evalue1.9e-129
Seed eggNOG ortholog2880.D8LDL9
EggNOG free text desc.guanyl-nucleotide exchange factor activity
EggNOG OGsCOG5184@1,KOG1426@2759
COG Functional cat.DZ
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categoryother localisation
Ec32 ortholog descriptionRegulator of chromosome condensation, RCC1
Ec32 orthologEc-15_000090.1
Exons11
Model size2000
Cds size1989
Stop0
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig12.1401.1prot_P-fluviatile_contig12.1401.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig12 1190854..1208259 +


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

Feature NameUnique NameSpeciesTypePosition
1622815504.4502974-UTR-P-fluviatile_contig12:1190842..11908531622815504.4502974-UTR-P-fluviatile_contig12:1190842..1190853Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 1190843..1190853 +
1693562073.1670425-UTR-P-fluviatile_contig12:1190842..11908531693562073.1670425-UTR-P-fluviatile_contig12:1190842..1190853Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 1190843..1190853 +


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

Feature NameUnique NameSpeciesTypePosition
1622815504.4661684-CDS-P-fluviatile_contig12:1190853..11908651622815504.4661684-CDS-P-fluviatile_contig12:1190853..1190865Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1190854..1190865 +
1693562073.1875331-CDS-P-fluviatile_contig12:1190853..11908651693562073.1875331-CDS-P-fluviatile_contig12:1190853..1190865Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1190854..1190865 +
1622815504.4800496-CDS-P-fluviatile_contig12:1191619..11917081622815504.4800496-CDS-P-fluviatile_contig12:1191619..1191708Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1191620..1191708 +
1693562073.1979518-CDS-P-fluviatile_contig12:1191619..11917081693562073.1979518-CDS-P-fluviatile_contig12:1191619..1191708Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1191620..1191708 +
1622815504.4928448-CDS-P-fluviatile_contig12:1192667..11929691622815504.4928448-CDS-P-fluviatile_contig12:1192667..1192969Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1192668..1192969 +
1693562073.2081282-CDS-P-fluviatile_contig12:1192667..11929691693562073.2081282-CDS-P-fluviatile_contig12:1192667..1192969Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1192668..1192969 +
1622815504.5188022-CDS-P-fluviatile_contig12:1193993..11940851622815504.5188022-CDS-P-fluviatile_contig12:1193993..1194085Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1193994..1194085 +
1693562073.2173452-CDS-P-fluviatile_contig12:1193993..11940851693562073.2173452-CDS-P-fluviatile_contig12:1193993..1194085Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1193994..1194085 +
1622815504.5302994-CDS-P-fluviatile_contig12:1195759..11958721622815504.5302994-CDS-P-fluviatile_contig12:1195759..1195872Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1195760..1195872 +
1693562073.2262814-CDS-P-fluviatile_contig12:1195759..11958721693562073.2262814-CDS-P-fluviatile_contig12:1195759..1195872Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1195760..1195872 +
1622815504.5408633-CDS-P-fluviatile_contig12:1204047..12043851622815504.5408633-CDS-P-fluviatile_contig12:1204047..1204385Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204048..1204385 +
1693562073.2361722-CDS-P-fluviatile_contig12:1204047..12043851693562073.2361722-CDS-P-fluviatile_contig12:1204047..1204385Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204048..1204385 +
1622815504.5542736-CDS-P-fluviatile_contig12:1204484..12048601622815504.5542736-CDS-P-fluviatile_contig12:1204484..1204860Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204485..1204860 +
1693562073.2456753-CDS-P-fluviatile_contig12:1204484..12048601693562073.2456753-CDS-P-fluviatile_contig12:1204484..1204860Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204485..1204860 +
1622815504.5666769-CDS-P-fluviatile_contig12:1204953..12051431622815504.5666769-CDS-P-fluviatile_contig12:1204953..1205143Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204954..1205143 +
1693562073.2539651-CDS-P-fluviatile_contig12:1204953..12051431693562073.2539651-CDS-P-fluviatile_contig12:1204953..1205143Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1204954..1205143 +
1622815504.57737-CDS-P-fluviatile_contig12:1205308..12054701622815504.57737-CDS-P-fluviatile_contig12:1205308..1205470Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1205309..1205470 +
1693562073.2675147-CDS-P-fluviatile_contig12:1205308..12054701693562073.2675147-CDS-P-fluviatile_contig12:1205308..1205470Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1205309..1205470 +
1622815504.587541-CDS-P-fluviatile_contig12:1207818..12080161622815504.587541-CDS-P-fluviatile_contig12:1207818..1208016Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1207819..1208016 +
1693562073.5219982-CDS-P-fluviatile_contig12:1207818..12080161693562073.5219982-CDS-P-fluviatile_contig12:1207818..1208016Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1207819..1208016 +
1622815504.5975034-CDS-P-fluviatile_contig12:1208142..12082591622815504.5975034-CDS-P-fluviatile_contig12:1208142..1208259Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1208143..1208259 +
1693562073.5348387-CDS-P-fluviatile_contig12:1208142..12082591693562073.5348387-CDS-P-fluviatile_contig12:1208142..1208259Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 1208143..1208259 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig12.1401.1

>prot_P-fluviatile_contig12.1401.1 ID=prot_P-fluviatile_contig12.1401.1|Name=mRNA_P-fluviatile_contig12.1401.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=663bp
MVLELAGLPLEVLQSILAPFCRPRDLAYLLASSRGLRALRRGCVTALLEK
LFKGRPGAVNALPWLRRRRLEHGRKNKPEGGGSDDASDGASEGGGGDGGV
CPEDDVGILDWLYGLREGAETGAYRAALGENHTVVVTPGGRVLTAGSGRH
GVLGASGNVNRYLFTEVDLEWGRFPGRVPVAAVACGNQHTLILTEVGTVH
SCGLGEYGRLGHGDELSLSRPTLIERLAGDRITQVAAGEAHSVAVSWDGG
AYTWGWGLYRALGHEDELDRLEPTRLTTIPRDAAAEEAVASARAGYVGGD
GGGGGGSDCGGGGGVQDGNAGDVWVTCAAAGKHCTVLGTRSGRVLLVGYI
WSLWRGGGTGGCDCPRLAEFGRLPRGRGGGSSGSGSGGSGGSGREVGCWR
IQCARSRNYFPAEAVVAIDSAGHAHELSQVMGSIMAAVAADSLVNEPLRP
PPKSKPIYAKCSSVLISPAARHTSLSRRGHRCRSWIEHGDSGWQAGDAFM
AVPADGGDDDEPWRWGGGGGGVLHASAWVENLAGRSHGLILVDGGASVVT
HGNGRTGHLGHGTPCYEPTPKMVTTAVVLGRKVGVAPSREGTAGWARSAG
VRVSIAPALPPPVAAAAGPDVDAGDGREAGWVGGLLSLVDAAADERDLEE
DRAFMACQDKEES
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mRNA from alignment at P-fluviatile_contig12:1190843..1208259+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig12.1401.1 ID=mRNA_P-fluviatile_contig12.1401.1|Name=mRNA_P-fluviatile_contig12.1401.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=17417bp|location=Sequence derived from alignment at P-fluviatile_contig12:1190843..1208259+ (Porterinema fluviatile SAG_2381)
GCCCGGCCCTCATGGTGCTCGAGGTGAGCGGTATCATCTGCTGGTATATT
ACGACGGAATCTAATCGCCCAGATGTGATCATTTTGTTCGGATTTCTTAC
GAAATACTTCATAAAATTGCACATCCGGCACTTGAAAGAAGGCAGTGTTC
TAGACGCTCGCATCCAACGGGGGCGGCCTTGCCCTCTTGGGTTTTTGGGG
TTTACCGCTGCGCGTTATTTTACAGCCTGTGTGCCGAATGCCTCACAGCA
AGCATTTCTCGCGGCAGCAGGATTGTCACGATGTGAAGCATCCACCTGTG
GTCATGCCACGTGAAAGCAGTGGTCGGGTCGAAATGACAGATGTGACTCC
AGCTTTGCACTGCTGCAACAGCAGATGACAAAAGAAATCACACGTACGGA
AGAAAGCACACACCTTAATAAAAATACACGACCACGCACCGTGCGCTACG
TTGTTCAATCCCGAAAACAGTGCACAAACATGAGACTAGACAAAATGGTA
ACAGAACAAGGCATCATCCCAAAAATCCAACGAAAGCGGACCCATCCGTG
CGCTATCAATACGGTGTTTTCTTCACATGCGAAAATGTTTGTCTCTCGGG
CGTGGTTTCTTGTGTCATTCACGGTAACGGTACCCTCGGCAAACGTTTCG
TCTTGAAACAATTTTAACATGCTAGTCTACAGCCGATCCCTCACTTCTTT
CTATGCCACTGTACTTCATATCCAATGAAGCAGGTTTCTCTACCTGACGC
GTGTGCCTTTCGCATTGTTTGCTGCAGCTCGCTGGCCTGCCTCTGGAGGT
CCTGCAATCCATCCTCGCCCCCTTCTGCCGCCCGCGAGACCTTGCCTATC
TCCTGGCATCCTCGCGGTAAATGTATGCTTGATTTATGCCTTACTTCCCA
GCTCCCAACACGAAGTTCATGCCGCAGGCCGTCGTTCCAGGAGCCGACAA
CATCGTCGAGACTTCGGCGTAGTTCACTATTTGCGCAGATAGCTCCATTG
AAGGCGTGGAAACATCGCGGATCGCCAATGTGAGGGCCGCTGCAGTGAGC
CTCGTAGTTGCCTCTCTCGATCGATCACACCCCAAGGAGCTACCTCCAAT
TTTGCTTGGGGAGCGTCCCCAAAATCCTGCCCAATCTGACTTCCACCACC
AATGTCGCCTTGGACATTTACCCCTTCCAATTTTTTTAATTGGGGCGTCG
ACGATGAATGACAGCTTGCTTGTGAAGGTTGGAATACTGTTGGATCGTGA
CGCTTCTACCTTTGCGGCCCAAGCTCTTCGACAACAATTTTTCCGCCGGC
TCCCTCCGTCCAAGGTGGTTGTCTTACGCGCCTCTTTACGGTACTGGTCC
GCTCACGAGAGACGCGGCTGCAAGCAACAGATGTTCGAAATATCCAATTG
ATTGAAAAAAAGCGCTGTGTGCTTCCGCTTGAAGATGTGGAACAGTCACA
CGCGTTAACGTACGACACGCAGCCTCTCGGCCGAGTATATCTTCAGTTTT
TATGCAAGCTGTCTGGTGTTGTAGGACTGGTGATGATGAAATCAGGGCAA
GAGAACTTTTTACAGGCCGCGCACGAACCGGGTGGGGAAATCTTGGATCA
TGATAAACGCATATGTTGTCACTTGCGTCTTATTTCTACAGACGCGAGGG
TCTCGTTGTCTGATGATGACAAAGGCGTGCCCCAGGAGTACTCTACGAGT
AGATGAATACATTCCCCACCCATTACCCACCCTCTACTCCTCCTCCCCTC
CCAAAGCGGTATTGATGAAGACCTTTACTTAACCGAAATACCCTCATAGT
TGACAAACGCCGGCACCGTATGCAGAGGTCTCCGGGCTCTCAGGCGAGGA
TGCGTGACCGCCCTGCTTGAAAAGCTGTTCAAGGGGAGACCGGGGGCAGT
CAACGCGCTTCCTTGGCTTCGCCGCCGCCGCCTGGAGCACGGCCGCAAAA
ACAAGCCCGAGGGCGGCGGCAGCGACGATGCCAGCGACGGTGCCAGCGAG
GGCGGCGGCGGCGACGGCGGCGTTTGCCCGGAGGACGACGTCGGAATCTT
GGACTGGCTGTACGGTCTGAGGGAAGGGGCAGAGACCGGGGCGTACCGCG
CGGCGCTGGGAGAAAATCATACCGTTGGTGAGATTTTGGAGGGGGGACCG
GGTTGGGCGCGAGGGGAAGAAGTCATGGATGCCGTAAGCGTCGGACCAGG
CTTGCGGGGGGGAGAGGGGACTAGTTACGCGCGTGTCGTTTCGCTTGCCA
CGTGCCACCCCTTCAGACACATTGCCCTGGTAGAGATGGAGGAGGCCAGT
TGTTTTGGAAAAGTGACGTAGGAAACGGTCGAGCTTGGGTTTCTTCCTCT
CTCCGACCGCTAGACGCGACAGTCCGAATCAGGCCGCTAGTCCAGATCGG
CACTCAGTGCTCGCCTCACAGAGGTCCGTCGGCAAAAAAACCCTCGAGGC
TGTACAGTCCACCGGTGAGAACTTCTTGGGGTAAGACTTTTGTGTCTCGA
GCGCAGTCTGTCATAATGAGAGTAACCTGTCACGTGTATTGCTCACCATC
ATATTTCCATCATCACTTGACTTACCCGACATGATGTCCGGCATTACCTC
TGCCAATGTTTGGTTATGTGGATGATACCTGTCGTGTGGTTGTTCGATGC
GGTCATCACCACGTGGCCGTTGCGACCTCCTCCGCCACCACCTGATCAGG
CGTTGCTGCATATCCGTTATCACGTTACTCGGCATCATGTTACCCGCCAA
GTCTGTCATGATGACCCTGTGGTGCCATACTGCCAAGATGATTGTGATGT
TGGACTTGTCGTGGTGGCGTGAGGTTTCATCTTTTGTGGAGATGTTGGCA
TTATCTCGTCTTTCGTGGCGATGGGTGTGCCTGTTTCCTCTACAGCTAGC
TGTGGTCATAAACAAATGTCTTGCTTCATCTACCGTGAGAGCGGCGTTGA
TTAGCTTACAAGTTGACGGTGTCGTCCTATCCGTGGTGGTGATGTTGACG
CGACAGCAATGGTTGGTGGTGTTGAATACGTTTCGCATAAAACCGTGTCG
ACTTTTCGTTGGTGGTGACATTGATGCCACAGCAGTTGATGGCGTCGATC
ACGTTACGCATTGGTCGTGACTTGTCCGTGGTTGTGATTTTAATGCGACA
GTGGTAACCCCGGGCGGAAGGGTTCTCACAGCCGGAAGTGGTCGGCACGG
GGTCTTGGGGGCCAGCGGCAACGTCAATCGCTACCTCTTTACGGTGAGAG
AGAGAGAAGGAAATGGCCAAAAATCAGGGGGGTGGGTGAGAAGGAGAAAC
AGTAAACGCAAGCACGGGCGTAGGAGAAAGACGGGGAGGGGGGGGGACGA
AGAAAAACGGGGGAGAGAAACAAAAGGGAGGTAGGGAAGGAAGGGAGAAA
GGTCCGAGAAAGCAATCGAAAAGGATAAAACGGGCGAGAGGACACTGTGA
AAAAGGACATTTTTTTTTCGGGGAAGCAAAAGCTTGCCGCAGCAAGTCTC
TGCTTGACCCCTAGCGTCTGCCGTTCCGTTCTTCTGACGTCGACGTCGCT
TTTTTTGGTGCCTTCACCTTTTTTGTCGCGTGCCATCCGTCGATGTTTGC
GGGGCCAACCTTACACAATCCTTCATGAGGGCGACAAATGAATATTACAA
ATCGAAATCGAAATAATGAACGAAATTATGTTCATAAAAAAATCGCAACG
CCGTGTCAACGGAAAATAGGCAAAAGGTTCCACCGTGTCAAGGGAAACGC
GTTCAGAGCAAGCTGTTCTCTCTGAGGGCCGAAAATTCACTGATCTCACG
ACGATGGTAGTACTGGTTTCCTCTCCAACGCCACCTCGAGAAAGGGTCTG
AAGGCCGTGAGATTCAGCCAGTTCCTGTTGTAGAGTGCCGGGGATGGCGG
GGGGAAGGGGTGTAAGCGCCACAAAAAAATGAGAAACGAGGCGCTTGCCG
GCAGCAGCTCGACTTTCCAGCAACACTTTCTTCACATTTTCACCTTCCTT
TCGGCGATGAAAGCACGACACACCCGAGCACCACAACTCCGAGAGAGACA
CGACTACGGTCCGTGGGGGATGAAGCAGTTCTGGATTCGTGAGATTTTGA
GAGCGCAGTGACCAAGGCGCAACGCAGCGAAAAAATCGAAAGAGCCAGCT
TCGGTTTCAGCTATACCCTTGAGGGTTGGTTTACGTTATTAAGAAATATT
TGGCGATAAAGGCACGAATTGTCCAAGTACCGCTTCTCTAGGGGAAAACA
GGACGGTGGTCCGTTGGGATTGCCCAAGTTTGAGGTCGTGGAATGTGGAG
GGCATACGGAGGTAATAAATAACAACGACCGTTGTTTGGAGCAAACAATG
CGCGACGGTCTCTCTTATGCACAAATCAGCACACACCGCAACTGGCTGAG
ATCCGTGATCGATACGTCACGATCAAGAGAACGATACACGCTGGCCTCGA
TCTGTACACGGAGTGTTCACGCCCGACGCGGTGTATCTCGGGCGGGTTAG
TGTTGAGAAGATTGGAGTCAGGTGGCGTGCCGGGTTGACGCGACAGGCAA
CACCTTTCCGCTAACGTATTTCCGCTTCTCGATTTCGGAAAAAGAAGTCC
TATGGGACCGCTTGGCAGTGCAACTGTTGTTCAAAAAACGACATCGGCTT
CGTCGGTAGAGTGCCTTCGCGGCCAACCAAAGCGCAAGTTCGATTCCGCT
GTTTATCGGTTTCTTGTTTTTTGCCTCTCAATATCCGCACGCTCTGAGAC
ATACTCCGCCAAATTTCCATGTCCTTGCCTGTCTCCCAGCTAGCAGAATG
ACCACCTCCAAAGACACCATGTATTATTATTCTTTTTGCGTTTGCATGAG
GCTGATTTGAAGTGGATGACGAATCACCCTCCACAATACAATGCATCCTC
GTTCGTCGCGTATGCAGGAGGTCGACCTGGAATGGGGCCGATTCCCAGGG
CGCGTTCCGGTGGCGGCGGTGGCGTGCGGGAATCAGCACACTCTGATCCT
CACCGAGGTCGGGACCGTCCACTCGTGCGGGTGAGCGAGGTCGAAACACA
TCGATCGTCCGTGTGTGACACCGTTTTCATACTAACACCCTGGATTAGAC
TTTCAAGGCCCGATCAATTTATCGAAGGCTAGACGGAGAGTGCTGGTGCC
TTGCCTTTCTCACCGATGTCGGAAGCGCCCAGTAGTACGGGTGTTATGGA
AATGTTAGCACATGATCATGTATGAGTCAATGTTCAGTAGCACTGCTCTG
TATCGTAGATCATAGTCTATGTACCGTTTCGGCATGTAACGTATATTATG
CGGATGAATAGCATTGGTATTGTATCTGCTCGTAGGACCGAGTACCCCAC
TCTCTCGTGTGGATCCTTCCTGACTGTCTGGCATCGTAGCCATCCTGGTC
ATCTCCAGTACCCAGCCATCTCCTGGACTCCTGCATACTCTGCGGTTTAT
CTGTGTGTGTTGGCCACCTAAGCGCCAGTGTTTACAACATCTTGTCACCT
TCTTCATCACACGGAAGCACTCACGTCTTCCAGGGCACCCCCTACACACA
AGTGTCACCAACCCGACTAGCGTCGGGGACACAGCCCTCTGCCACCTTGC
TGGGGTATACCACAATATCCATAACAGGTTATTATAGCCTCGTGTGTGTG
TGAGTGGAGGCCCGCGACGGCTGCGACACCTTCCGCTGTCGTTCGAGGAC
TGCTGTGAGACACGCACACCAGGATCTTCCAGAATTTGCTTGTTCCGCGG
GGAGCTACTGCTGCTACAGGAGTCAGCTTTCTGCTGGAGGATTACATTGA
GTCAACCCGGCTGCTGTTTGGATCCGGATTGATCACCTGGGTTCTCGGCT
GCACATTCGGTACGATACTGCTGTGTGTAAAAGCATTCGGGAGCATAACT
TCTAGGCGTTGATTCCGGTCGGCGAATAGAGTTGTGCAGGGTTGTTGGTT
TGCGCGTGCAGAGCACCGCTCTGGTGTTCCGCGTGTGTTCAAATCGACTT
CCCTAAATCGCCTGCGCGTGTCGTATCGCGAGGCGTAGTCTGTCCAAGAC
ACCTTCCACCTGCTGAGTGCCGACTTGGTAGCGTGTGTTAAGGGTGAGGA
TCTGACTGGGCTGTTTGCATCCGGTGCGGCAGTCCCATACAACGTGAATC
GCATCACGTTACCTGCGCGTGCGGCGTCACGCGAGGTGCTGTCTACATCC
AAGACAATTTTTCTCGTACCGGTTCGCGGTGCGTGTAAGATTGAGGATTC
GACAAGTCTGAGCAGTGCATCTGACCCGTGTGCCTGCAGGACGTGGCCGG
AGTTGACGCCTCCGACGCCACACACCGCAGCTTAGTCAACTGTGGTAGGA
AAGCCTACATCCGTGTAGCAAATTAACATCCTGCACTGTCCCTTGCGTGT
CGAGCTCACTCCGGTACTCGGGGCGTTATACGTGTGGGTAAAGCCTGCGC
GCCTTGCGCGTAGCCCCGGTCCCTGGTTAGGGTCGGGAGGCGATGGCGGA
ATCGTCGTTCAACGCGTTAAAACGCACCCTTGAATCCGTGGGCCTTTGCA
AAGAGCAACGGGATTACAGGGAATGGCAGGCAAAGTTTCGCCAGGCAGTG
GGGTTCCATTCACAGGAACTTCTCAAGATCCTCGACGGGGAGCCGTGCCC
CGTGGGTACGGACCCTGATGCTGTTGCTGCAACGGCGACTTGGGAAGGCC
GCAACAACCAGCTATACTCGCTGGTTTACTTCTCCACTACCGGGTCGGCA
AACATCACCACCAGGCCTTTCCAAGCGAAGTCTGGGGGTGAGATGGGTGA
CGGGGCAGCGGCGTGGGCGGCCCTCAAGGCGCGTTTCGACGGCAACACCA
AGGAATCCCGTCGGGTCTGTAAGACACAACTCCACGCCGCGAAGCTCCGG
CCTGGCCAGAACGTCATCGACTTCCTGGCTAACATGGACGACCTCAAGCT
TCGCCTCGACGACATGGGGAGCCCACCACCGATGAATCTTACGAGGATTT
GGTGCTTAGTGCACTCACGCACTCCACGGAGTACCGATTCCTCCAGGACA
TGCACTACCGGAGCCCGTTTCCGGACGTGGAGGCGTTGAAGAAGACGGCT
ACAAACTACTTCATCGACGCGCAGTCGAGGAAATCGTCGGGTCCTGCGGT
AGTCGGCCGCGGAGCGGCGATGGCTGCAACAAGTACGGATCAGTGCCACA
ATTGCAAGGCTTACGGTCACTTCCAGCGAGACTGCCCTGCCCCGGCCAAG
AAAATTGGGCCGAAGACCGGAAAGTCGTCGTGGAAAAAGAAGGGCAAGAA
GGGTAGCGGCAGCGACCCTCTCCAAAGTGGTGCTCCTACCACAAGACCGT
CACGCACAGCGACAACGAGTGCAAGGCGCAGAAGGAGATCCAGTCGCTAT
CTGCGCGCCTAGCGCTTCTGCAGACACCGGGCCATGGTGGTTTCGCTCCC
GTCGGGAGCGCACACCTGGCTGCAGCCCCTCAACAACCGGTGAGCGCCGC
CAGCTTCGCTCACGTCGGGAGCGCCCATATGGCCCCACTTTCTTCTCCAA
CACAGAACACTTTCGGGTACTCGTTCCACGCGGTGTCAGCGGCTGCCGCG
CCGCCCCCTGTACTGGGGTGATCACCGCGGGGCTCGCCGTCGCGCCGGCG
GCGCCTGCGTCTGCTCCGGCGGAGTCACCGTCCAACCACCGTCTGCCGGA
AGGGATCTTCCGAGCGCTTATGGCGACCACTCCCGACCTGTATGGTGGGG
TGGGCTTCTCACCGATGGTTCCGTCATCCGCTTGCTGGTGGACAGCGGAG
CGTCCTACAACTTCGTAGACCCGGAGCTTACTCCAGGACTGCTTGCCTTG
ATGCGAGACTACGAATCTCTTCAGGTTCCCCACGAAATCGTCGCGGCTGG
CCAGCACATCCTGCACGGGGTAGCTGCCGGCACTATCAACGGCGCCATTG
CCGATGACGGTGGGAACAAGCGGGATTTCTCCTTCCGAGCAATCGTCGTG
CCTGGGCTGGGGACGAACCTCTTCTCCGTCTCCCAGGCAATGCTGGGAGG
AATGGCTTCGCTGTTCTACCCGGACAACCCGCGGTTGGAGAAAGACGACC
TCGTCCTGCCGATGAAGAACCTGGGTGTTGACGAAGCGACCAGGAAGACC
ATGTGCTCCATCGAAGTTGAGCTGGAGGGCCGTGAAAAAGGGGCCTCCGT
GCAGTCTAATGGCGGTGCTGCCTTAACGGTGGTATCGGCTGACCTGTGGC
ACCGTCGCATGGGGCATGTCAATCGCAACAGCATGAATGTTCTGCGGCAG
ACGCCGTGCAGCGGCGTTGACTACAACGGTGACCTGACGCCGTGCGACGT
CTGCCCCTTCGGCAAAAGTGAGCAACAACCCCACCCGAAGCGAGCATTAT
ATGACGTGGAGCGACCTTTTGAGCTTGTCACCGTAGACACCATGGGGCCT
ATCAGCCCTCTAGCGCTGGGCGGCTACGCTTTCGTCACCAAGTTTGTTGA
TCAACTGACGAAGTGGAAGGAGATCTTCCTCATCAAGAGCAAGACAAACA
CCGTTGACTCCCTCGAGCTGTTCAACAAGGCCGTTGTGATTCCGTCCAAG
GAGCGGTTGGTCCGGCTGAAGGGGGACAAAGGTACGGAGTTTACGAGTTC
GGAGTTCCGCCAGTACTGTCTCGACATTGGAATCCAGTTGGAGTTTGCGT
CTACCAACACCCCACAGCAGATCGGCGCGAACGAGCGGGCAGGTCGGACG
CTCGCTGGCATTGTGCGCTGTCTACTTACTGATTCGGGTCTCCCGAGTTT
TCTCTGGGGAGTTGATGCAGGCGGCAGTCTACCTAAGCAACCGGGTCCCA
CATGCGGCGTTGAGCAACGGTACGCCCTACAAGGCACTCTACGGCAAGGA
TGCTTACCTCGGGAACCTTCGGGTGATCGGGGCTAGGTCGTTCGTGCATG
TAGAAACCCACACCAAGAAATTGGAGCCGCGTGCTTGGGAAGGACGCCTG
GTTGGGTACAGCACGGACAGCAAGTCTTACCGGATTTACAACCCGGCGAC
GAAGCGTGTGAGGGAGAGTCGAAACGTCGTCTTCATTGAGACGCCCTCAG
CACTGCCTCGCCTGGAGGTCGGTGGCTTTGACGACGGAGATTTTACGTAT
GACGAAGGAGACGACCTGGTAAGGGATGTGCGCGACCACACGTCTAACAT
AGACATCCATGGGCCTTCTCCTAACATAGACGCTGCAGACCCGTTCGTAA
CTACACTTATAGGGCAAATCCATGATGTCACCAACCGCGACATTGGCATT
GGTACTGCAGCACCTACCCCACCTATTTCGCCTGGGGGAGTAAGCCCTGC
CGAGCAGGGTCCTCCGCCGTCCGGTGCTTCGCCATCGGGTGCTTCGCCAT
CGGGATCTCTGCCTTCCGGATCCGCTTCGCGTGGTGGTTCTTCGCGTGGT
GGTTCTTCGCGTGGGTCTGCGTCGCGCGGAGGTCGCGCGACTACACCGGC
TGTTACCAGAGCCACTGCTAGTACACCTAACGCCAGGACTATCAGCGAAC
TCAGACGCCTAAATTTCGCATACTCCACGATGGGGGAGTATCAGGACGTC
GCCCACAAGGACGACATGCCTCGGTTCGCAGAGTACGCGTACGCTGTGCA
GACTATGCAGCCGGGAATCCCTAAATCGTTCTACGATGCCATGAAAACGC
CGGAAGCTTCACTTTGGCGCGCTGCTGCGGACAAGGAGATGGACAGTCTG
CATGAACTCAAAGTCTACAAGCTGGTTCCGCGCTCTACTGTTCCTCCGGG
ACAGAAGATCATCAACTCAAAGTGGGTTCTGAAGCGTAAGGCCGATAATT
CCTACAAGGCGCGGGTGGTCGCGCAAGGCTGGAACCAAGTACATGGGCTT
GACTGCGGCAACACGTTCGCTCCGGTTTGCAGGCTGCAGAGTGTTCGGAT
GGTGCTTGCTATAGCCGTGGAAATGGACTGGGAAGTCATTCAGCTTGATG
TCAAGACAGCTTTCCTGTATGCGGACATTGAAGAGGAAGTGTTCGTCGCG
CAACCCCTGGATATGAGACCAAGGACAAGGATGGAGGTCCTCTAGTCATG
AGGCTGGAGAAAAGCCTCTACGGGCTAGCACAAAGCCCCGGGAACTGGTT
CCACACCATTGACCCCGTCCTCAAGATCATCGGTTTCGTCCCGCTGAAAT
CTGACACGTGCGTATACATTTACAAGCACAACGGTGTCACCATCATCCTC
ACACTGTACGTGGACGATCTACTCGTGATTGGTGGTAACATCGAAGTGAT
CGAGAAGATCAAGACACAACTAATGGACCGGTTCAAGATGACCGACATGG
GCGATGTGTCGCGTGTACTTGGGCTACAGGTCACCCGGAACCGTGCGGAG
AAGACACTCACAATAGACCAGGAGGAATACACCAAGTCCGCCTTGGAGCG
GTTCGGCTTCGCGAACTGCAAGCCTACGCTGACCCCTGGTTACGGACCCG
AGCTCTCCACTAAGCAGCCGGAGGAGACACTGCTCAACGCCGAGGAGACG
CAGCGGTACCAAGCGATCGCCGGCACAGTCATGTACCTGTCTTCTGTCCT
CAGGTATGACATAATGTACAGCTCGAGCCAGCTCTCTCGTGCTATGTCAA
ACCCGTCGAAGGTGCACATGGTTGCGGCCAAGCACATTCTGAGGTACCTG
GCGGGGTCCACCAACTTCACCATAGTGTACAAGAAGGGAGGCTTTAAGCT
CACAGCCTTTTCGGACGCTAACTGGGCTAACAACCCGGACAACGGCAAAT
CGACGTCGTGTTACATCATGATGTTGGCCAGAGCACCAATTAGCTTCAAG
TCGGGCCTTCAAAGCCTGACTGCCATGTCCACCATGGAGGCTGAGCTGGT
TGCATCGGCACTCGCGATGAAAGAAGCCGTGTTCTGCATGAACATGATGA
CGGAGCTTGGGTTTGGGGAGCAGTTCGTTCAAGTGCCACTTCACTGCGAC
AACACTGCAACTCTGCATGCGCTCGGGAACCGATCGTTTAGTTCTCGCAC
CAAGCACATTGCTCTCCGCTACTTCTACATCCGCGAGCTGGTCACCGAGG
GGAAGATTTCGACGCACTACATCCCCACCAACGACAACCCCGCCGACATC
GGGACCAAGCATTTTGCCAAGCCGCGTTTCCAGCAGCTACTGGACATCAT
CCGCAACTTCTGAAGTAAAAGTCGTTGTCAACATCGTGTGTTATATGTTT
GTGTCATCAACATCTGTGTTTTTGTGTTTGTGTGTTTGTTTTGTGAAACT
GTTATTTGTGTGAATCAGGTTGCTATTTCAATAGTCAACATTCGGCCTCG
CACCATCACTGGTTGAACGAGCCATGTAGGATTGAAGGCTATGGTAAATT
TGGTTTGTGCAAGATACAATAGCAGTACTTTTGCAAGCACATAAATGTAT
GCACATAGGGCACGAAACATCGTTATAATTTCTACTGGTTAAAGCATCGA
ATGAACTGCTTAATTGCATCGAATGGAGTGGTCTCTTGAACTACTTCTAT
TATCACTGACTTGATTGTTTTCTGGACTTTATTGTTTCAACATCGAATTG
GATTCGTTTTCTAGGTTTGTCAACATCATAGTTTAATACAATTCAGGGCA
ACTTTCATTGAAGGGGAGTGTTATGGAAATGTTAGCACATGATCATGTAT
GAGTCAATGTTCAGTAGCACTGCTCTGTATCGTAGATCATAGTCTATGTA
CCGTTTCGGCATGTAACGTATATTATGCGGATGAATAGCATTGGTATTGT
ATCTGCTCGTAGGACCGAGTACCCCACTCTCTCGTGTGGATCCTTCCTGA
CTGTCTGGCATCGTAGCCATCCTGGTCATCTCCAGTACCCAGCCATCTCC
TGGACTCCTGCATACTCTGCGGTTTATCTGTGTGTGTTGGCCACCTAAGC
GCCAGTGTTTACAACATCTTGTCACCTTCTTCATCACACGGAAGCACTCA
CGTCTTCCAGGGCACCCCCTACACAAGTGTCACCAACCCGACTAGCGTCG
GGGACACAGCCTCTCTGCCACCTTGCTGGGGTATACCACAATATCCATAA
CAACGGGTGAACGAGGACGAATTTCCGTCGACTCGTGCGAGTGGGAGAGG
GCGAATAATACCGCAGGGAGAAGGCATGCATTTCTGAACTCGGTAAATTA
GAGACTTAGGCTAGCATTTTTTTTTTAAATGAAAGAACTTGGTGAGCTCA
CGTGTGGCGCCCAGTGGAGATGGGGGGTGGTATATTGTATGATACTGCGG
TCGGAACCGTCCACTCTTGCGGGTGAGCGAGGACGAAACATATGCCGTCC
TTAACGCGCCGCACCAGGTGCGAAACTCCTGTTTTGCGCTGAAGCTCGCG
GCTTAGTGCCTGCCCAAAATCCAAGCGCCGGTTCGCAGCAGCGACAAGGC
AGGTGTTTTGTGGGACTCGCGATGGAGCACCTTCCTTCGAAATGGCAAAC
ATGTCCAAGCTCTCATAGTTCGAAAGTTCAGAGGCCCAACTTCGCTCCTC
CGAGCTCTTCGGCGGTGATGGTTTCCAGAACTAGATAGCTCGGGCCTTTT
AGACCCACTTTCAGAGCTCGATTTCTCAACAACACGGAGGGTGCTGATGC
CTGGATCGGTGGCGTGAAAAACAGTTTAGATTCATATCGGTGCCTTTGCC
GCAGGTGTATGAGCATGTATTGGCACCGTCCATGATGTGGAGGAGCAAAG
TTTGAAAATGGTCTGGCGTCTGGTGTACGTACCTCAAGAATCCTTGACAA
ACGAGGAGGTAGGATATTTTTCATTATTGAGGAATTAAGTCACAAGAAAA
ATGGCAAGGAGGGTCCCAGTGTATGAAAATTGCTTTCTGTGCATGTGTGA
AATTCTGTAAACTGTCGGAAGGAAAACTAAGAATATGATATAAACATACC
CCTCAAATGCTTCGGAGACGCGAACCCGCCGGTGGATCAAGAACACGAGC
AAAACATCTAAGCTTGGGACCCTCCTCCTCAACCACGGTTTGCATAGCCT
ACCCCGGCCGACCCTGATGGGAGGCCCTCGCTGGCGAGCGTATCTACAAC
GTCGCCCCTCCCCCCCTCCCTCAGTGATGTCACGACTAAATACCCCCTAC
GTGATCACGAGCAACCCCCTCCTCCCTCCCCGTCTCGACCAATCGAAATC
GCAAGGCTCGGCGAGTACGGCCGCCTGGGGCACGGCGACGAGCTCAGCCT
GTCCCGGCCGACCCTGATCGAGCGTCTCGCGGGCGACCGAATCACCCAAG
TGGCCGCGGGGGAGGCGCACTCCGTGGCGGTGTCGTGGGACGGGGGGGCT
TACACGTGGGGTTGGGGCCTGTACAGAGCCCTCGGGCACGAGGATGAGCT
GGACCGCCTGGAGCCCACAAGACTGACGACGATTCCACGCGACGCGGCCG
CGGAGGAGGCCGTCGCCTCGGCAAGGGCCGGATACGTCGGAGGCGACGGC
GGTGGAGGTGGCGGTAGTGATTGTGGCGGCGGCGGTGGTGTTCGTGGTGC
CGGTGGCAGTAGCGGTGGTGGTAGGGGTGGAGGTGGCGGAGGTGGTGATG
CTGGTAGTGGTGGCGGAGATGATCGTGGTGGTTTGCCGGGAGAGGATGGG
AATGCCGGCGACGTGTGGGTGACGTGCGCCGCCGCCGGCAAACATTGCAC
CGTGCTTGGCACGAGAAGCGGCCGAGTTCTGCTCGTGGGATACATCTGGA
GCTTGTGGAGGGGAGGTGGTACCGGTGGGTGTGACTGTCCTAGGCTCGCC
GAGTTTGGGCGATTACCCCGCGGCCGCGGCGGCGGCAGCAGTGGGAGCGG
CAGCGGCGGGAGTGGCGGCAGTGGCCGCGAGGTGGGGTGCTGGCGGATTC
AGTGCGCCCGTTCCAGGAATTACTTCCCCGCGGAAGCTGTGGTGGCCATC
GACTCTGCCGGGCACGCGCATGAGCTTTCGCAAGTCATGGGCAGCATTAT
GGCCGCCGTGGCCGCCGAGTCGGCGGCGGCACAAGGCCAAGAGGACCGGC
GGGTAGCCACTACCGGCGGCGGCAGCAGCAGCGGTGGGACAACCGGTAAC
CTGGCAACAAGCTCGCTCGTAAACGAGCCCCTGCGGCCGCCGCCGAAATC
GAAACCGATATATGCGAAATGCTCCTCCGTGCTGATTTCGCCGGCCGCCA
GACACACCTCCCTCTCCCGCCGCGGCCACCGCTGCCGCTCCTGGATCGAG
CACGGGGACTCAGGGTGGCAAGCAGGCGACGCGTTTATGGCCGTACCCGC
GGTCGGCGGCGGCGGCGGCGGTGGCCTGCTCGCTTTCGCGAGCATCGAGC
CTTACCCCGACCCTACGTGCGAGGCGAGAGCCTTGAGCGGTCGTCTGGTT
CTCTATGATTCTGCTTCTTCTTCTTCTTCCTCGTTTCCCGGAAGCACGTT
CGAAGCGGAAGAAGAGGACGGTGGCGATGACGATGAGCCATGGAGATGGG
GCGGTGGCGGCGGTGGCGTGCTTCACGCCTCGGCCTGGGTGGAAAATCTT
GCCGGGAGGAGCCACGGGCTCATTCTGGTGGACGGAGGGGCGTCGGTGGT
GACTCACGGGAACGGCAGGACCGGCCACGTGAGTCCAGATATGTTTTCGT
TTCTATTTATTTTCTCTTTCTTCTCTTGTATCATATTGAGATGAGTATTT
TTGTGTCACATTTGTCGGGGTAACTCTCAGCGCAGCGGGGTATTTCCGGG
TACATTGAAATCTAGATGAATATTCGAAACGCCACTGCTCCCCCGGTAAG
ATGAGTTGCGACTTGCGCCTTTGCACGGTCGTCGATACGCGTGCTCCAAA
CCCGATATCAATGCCGCGGGAGCTGGTGCTGCCGGTGGCCGCAGTAACCA
GCACCGGCCAACAGCAAGAGGAGAACAAGAAGCCTGCAGAAGAACCCCGC
CGCATACCTGCAGCAGTAATAGTGAGCGACTCTTTTTCGTGGTCGAATTC
GGGACGCATTGTTTCCTCATCATACACGCAGCGCTGTGCTGTAAAGCAGG
GCGTGACGAGGGTTACGCGACTGTGAACTTTCAACGCTTCGCACTTCATC
ATCGCCACTGCTGGAGTGGTGATTGCAACATGGCATACACACACAGCGAC
CCTGGCCTTTTGTCGAGGAGAAGCAAAGCACCTGACCGGGTCTTTTTTGG
AAAAAGTAGTCTGGCGCGGCCGGAATCAGCCCCGCCGGCCAACAGCTGTG
TCCTCCCCAGCACAGACGCACTGCTGTGCCGCACACCAGTGCGCGAAGAA
GCTTTCGTCCATGTCAACAACCTCTTAACACTTTGCGATACAACATCGCC
GCTCTGGCGCGCTAAACACCCGTCAGCAATCAGCCCAGCCTGCAGAAACC
CTAACAACAGCAAGCAGTAACAGTGCGCGGGCGCCATTGCCTTCCGATTT
CGGTTATCGTCGGAACGCGCGCGCGAGTCATTTTTCATGACCGCTACCAG
TGTGCCGATCGCACCATCGCCTGCACACAAAGCAACCCGAGCCTTTTATG
GGGAGAGGCAAAAAGCCTGACCCTCTTTCCGAACAATTGATTCTGGCGCA
CCACACGCCGGTCAATGAATAACCCAGCGTGCAAAGGTCCCCAACAGCCA
GCGTTGACAGTACGCGCGCATGGTTCCTGAGGGTTTCTAACGGGTTGTGT
TGGGACACTTGTGAGCGTCGTTAAAAACTGGTGCTGTGCACACATCCACA
CACCATGTCAAGGCCGACGCACGCCAGAAACACAAGCCCAAGCAACACAA
CCCCGTGACAAGCATTGAGTGCCCTCGCGAAAGTGTCCCCCCCCTAGGCG
CAAAAATCGCCTGCTTCGAACACTGAATCCAATTGTCCTTCGCACGTCAT
GCAAATATCCCAAACATTTTACATGAACGAGCACGCCAACTGGGTAGGCC
CGTGGCTCGTCCTCGGTCATCGCCATCATGGTTTTAAGCTTCTTCTTTCC
ATCTAATCCTAGCCGAAACCCACAACAATAGTCACCACAACCCTCGGTCT
GCACTTACCCTGCTTTCAGAGCAATCCCCTACCCTACCCTTTTCAATTAT
CGGGGACTGAGCATCGGAGGACGGGGGGGGCGATATGTCGTTATTATTTC
ATTTTTTCTTGTCCTGTTTTGATATTGGTTTGTTTGGTTTTGTTCGCATG
TTTCGATAACACGTCAGCGGTAAACCTGCGTACCAGCTATCCGATTAGAT
CATGGTGTGCTGCAGTTTTGTGTGTGGTGGGTGAATGCGTGTTTACGTGT
GCGCGAATTCACCGCCGTTGCCACATGTCGAGGGCGCGTACATTACCGAT
GGCGTGGCACATGTGCTACTTCAAATACACTTTCCGTTTTCGTAGGATGC
GAGCCTCAGAGCTCCCTCCCGCGGGTGTTGAGCAGGACAGACACGGCACA
CACGGCAGTGAGCGAGCTCGATATGCTGGGGGGGGGCTCTTCGCGGTGAT
GTATCTATGGCGGGTAGTGACATGTTCGTGTTTGGTCGATATCAAATGAA
CGTGGAAATCCATAGGCGGAGCGCCTCCAAGTGCACCCCATGAGGTGACT
TTTGGATTCGTCAAACAAAGGGTCCTTTGTTGAGGGGGTGCCGTGAGTGT
GTGGGAAAGTGAGCGGACAAGAAGGAGAGTCGTGCACGAGCTTGTGATGG
AAGAATGTCCACCAAAGTTTAACCAAAATGTCGGCATCAGAAACTTTCGC
ATGTTTCTTGGAGCAGCTGACGAGTGCAGCTGAGGCTTCCTTGAAGGGGC
AAAAAAATGAAAAATGCGAGCGCACCGGCTCAAAGGGGGGATGTTCCACC
TCGGACCAAAGAAGCGCGCGGACGGGAAATCAACAAACCACCATCCCCTG
CTTAAAATCTGGAGTCGACCCCGCCCACACACTAACACCCCATTCCCGAC
TCCAATCTCCCGCCTCCCCTTGGCAGCTGGGTCACGGAACCCCCTGTTAC
GAGCCGACCCCAAAGATGGTCACCACGGCGGTTGTCCTGGGACGCAAGGT
CGGGGTCGCTCCCTCGCGAGAAGGCACTGCGGGTTGGGCTCGCTCGGCAG
GCGTGAGGGTCTCCATCGCTCCTGCCCTTCCCCCTCCTGTTGCTGCTGCT
GCTGGTCCTGATGTAGATGCTGGAGTGGGAAGAAGCAACGATGCGGCACC
AAGCGCTGGTGTTGCTGCTGGTGGTGCTGCTGCGGCTGTGGAGACTGGAG
TGGTACAAAACAGTGATGCAGCGACGAGTGCAGACGGGGGGGCTGTGGAG
GACGGCCGCGAGGCAGGGTGGGTGGGTGGACTCCTTTCCCTTGTAGACGC
TGCGGCGGACGAGCGGGATTTGGAGGAAGACCGGGCGTTTATGGCTTGTC
AGGACAAGGAGGAGAGT
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Coding sequence (CDS) from alignment at P-fluviatile_contig12:1190843..1208259+

>mRNA_P-fluviatile_contig12.1401.1 ID=mRNA_P-fluviatile_contig12.1401.1|Name=mRNA_P-fluviatile_contig12.1401.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=3978bp|location=Sequence derived from alignment at P-fluviatile_contig12:1190843..1208259+ (Porterinema fluviatile SAG_2381)
ATGGTGCTCGAGATGGTGCTCGAGCTCGCTGGCCTGCCTCTGGAGGTCCT
GCAATCCATCCTCGCCCCCTTCTGCCGCCCGCGAGACCTTGCCTATCTCC
TGGCATCCTCGCGCTCGCTGGCCTGCCTCTGGAGGTCCTGCAATCCATCC
TCGCCCCCTTCTGCCGCCCGCGAGACCTTGCCTATCTCCTGGCATCCTCG
CGAGGTCTCCGGGCTCTCAGGCGAGGATGCGTGACCGCCCTGCTTGAAAA
GCTGTTCAAGGGGAGACCGGGGGCAGTCAACGCGCTTCCTTGGCTTCGCC
GCCGCCGCCTGGAGCACGGCCGCAAAAACAAGCCCGAGGGCGGCGGCAGC
GACGATGCCAGCGACGGTGCCAGCGAGGGCGGCGGCGGCGACGGCGGCGT
TTGCCCGGAGGACGACGTCGGAATCTTGGACTGGCTGTACGGTCTGAGGG
AAGGGGCAGAGACCGGGGCGTACCGCGCGGCGCTGGGAGAAAATCATACC
GTTGAGGTCTCCGGGCTCTCAGGCGAGGATGCGTGACCGCCCTGCTTGAA
AAGCTGTTCAAGGGGAGACCGGGGGCAGTCAACGCGCTTCCTTGGCTTCG
CCGCCGCCGCCTGGAGCACGGCCGCAAAAACAAGCCCGAGGGCGGCGGCA
GCGACGATGCCAGCGACGGTGCCAGCGAGGGCGGCGGCGGCGACGGCGGC
GTTTGCCCGGAGGACGACGTCGGAATCTTGGACTGGCTGTACGGTCTGAG
GGAAGGGGCAGAGACCGGGGCGTACCGCGCGGCGCTGGGAGAAAATCATA
CCGTTGTGGTAACCCCGGGCGGAAGGGTTCTCACAGCCGGAAGTGGTCGG
CACGGGGTCTTGGGGGCCAGCGGCAACGTCAATCGCTACCTCTTTACGTG
GTAACCCCGGGCGGAAGGGTTCTCACAGCCGGAAGTGGTCGGCACGGGGT
CTTGGGGGCCAGCGGCAACGTCAATCGCTACCTCTTTACGGAGGTCGACC
TGGAATGGGGCCGATTCCCAGGGCGCGTTCCGGTGGCGGCGGTGGCGTGC
GGGAATCAGCACACTCTGATCCTCACCGAGGTCGGGACCGTCCACTCGTG
CGGGAGGTCGACCTGGAATGGGGCCGATTCCCAGGGCGCGTTCCGGTGGC
GGCGGTGGCGTGCGGGAATCAGCACACTCTGATCCTCACCGAGGTCGGGA
CCGTCCACTCGTGCGGGCTCGGCGAGTACGGCCGCCTGGGGCACGGCGAC
GAGCTCAGCCTGTCCCGGCCGACCCTGATCGAGCGTCTCGCGGGCGACCG
AATCACCCAAGTGGCCGCGGGGGAGGCGCACTCCGTGGCGGTGTCGTGGG
ACGGGGGGGCTTACACGTGGGGTTGGGGCCTGTACAGAGCCCTCGGGCAC
GAGGATGAGCTGGACCGCCTGGAGCCCACAAGACTGACGACGATTCCACG
CGACGCGGCCGCGGAGGAGGCCGTCGCCTCGGCAAGGGCCGGATACGTCG
GAGGCGACGGCGGTGGAGGTGGCGGTAGTGATTGTGGCGGCGGCGGTGGT
GTTCGCTCGGCGAGTACGGCCGCCTGGGGCACGGCGACGAGCTCAGCCTG
TCCCGGCCGACCCTGATCGAGCGTCTCGCGGGCGACCGAATCACCCAAGT
GGCCGCGGGGGAGGCGCACTCCGTGGCGGTGTCGTGGGACGGGGGGGCTT
ACACGTGGGGTTGGGGCCTGTACAGAGCCCTCGGGCACGAGGATGAGCTG
GACCGCCTGGAGCCCACAAGACTGACGACGATTCCACGCGACGCGGCCGC
GGAGGAGGCCGTCGCCTCGGCAAGGGCCGGATACGTCGGAGGCGACGGCG
GTGGAGGTGGCGGTAGTGATTGTGGCGGCGGCGGTGGTGTTCAGGATGGG
AATGCCGGCGACGTGTGGGTGACGTGCGCCGCCGCCGGCAAACATTGCAC
CGTGCTTGGCACGAGAAGCGGCCGAGTTCTGCTCGTGGGATACATCTGGA
GCTTGTGGAGGGGAGGTGGTACCGGTGGGTGTGACTGTCCTAGGCTCGCC
GAGTTTGGGCGATTACCCCGCGGCCGCGGCGGCGGCAGCAGTGGGAGCGG
CAGCGGCGGGAGTGGCGGCAGTGGCCGCGAGGTGGGGTGCTGGCGGATTC
AGTGCGCCCGTTCCAGGAATTACTTCCCCGCGGAAGCTGTGGTGGCCATC
GACTCTGCCGGGCACGCGCATGAGCTTTCGCAAGTCATGGGCAGCATTAT
GGCCGCCGTGGCCGCCGAAGGATGGGAATGCCGGCGACGTGTGGGTGACG
TGCGCCGCCGCCGGCAAACATTGCACCGTGCTTGGCACGAGAAGCGGCCG
AGTTCTGCTCGTGGGATACATCTGGAGCTTGTGGAGGGGAGGTGGTACCG
GTGGGTGTGACTGTCCTAGGCTCGCCGAGTTTGGGCGATTACCCCGCGGC
CGCGGCGGCGGCAGCAGTGGGAGCGGCAGCGGCGGGAGTGGCGGCAGTGG
CCGCGAGGTGGGGTGCTGGCGGATTCAGTGCGCCCGTTCCAGGAATTACT
TCCCCGCGGAAGCTGTGGTGGCCATCGACTCTGCCGGGCACGCGCATGAG
CTTTCGCAAGTCATGGGCAGCATTATGGCCGCCGTGGCCGCCGACTCGCT
CGTAAACGAGCCCCTGCGGCCGCCGCCGAAATCGAAACCGATATATGCGA
AATGCTCCTCCGTGCTGATTTCGCCGGCCGCCAGACACACCTCCCTCTCC
CGCCGCGGCCACCGCTGCCGCTCCTGGATCGAGCACGGGGACTCAGGGTG
GCAAGCAGGCGACGCGTTTATGGCCGTACCCGCGCTCGCTCGTAAACGAG
CCCCTGCGGCCGCCGCCGAAATCGAAACCGATATATGCGAAATGCTCCTC
CGTGCTGATTTCGCCGGCCGCCAGACACACCTCCCTCTCCCGCCGCGGCC
ACCGCTGCCGCTCCTGGATCGAGCACGGGGACTCAGGGTGGCAAGCAGGC
GACGCGTTTATGGCCGTACCCGCGGACGGTGGCGATGACGATGAGCCATG
GAGATGGGGCGGTGGCGGCGGTGGCGTGCTTCACGCCTCGGCCTGGGTGG
AAAATCTTGCCGGGAGGAGCCACGGGCTCATTCTGGTGGACGGAGGGGCG
TCGGTGGTGACTCACGGGAACGGCAGGACCGGCCACGACGGTGGCGATGA
CGATGAGCCATGGAGATGGGGCGGTGGCGGCGGTGGCGTGCTTCACGCCT
CGGCCTGGGTGGAAAATCTTGCCGGGAGGAGCCACGGGCTCATTCTGGTG
GACGGAGGGGCGTCGGTGGTGACTCACGGGAACGGCAGGACCGGCCACCT
GGGTCACGGAACCCCCTGTTACGAGCCGACCCCAAAGATGGTCACCACGG
CGGTTGTCCTGGGACGCAAGGTCGGGGTCGCTCCCTCGCGAGAAGGCACT
GCGGGTTGGGCTCGCTCGGCAGGCGTGAGGGTCTCCATCGCTCCTGCCCT
TCCCCCTCCTGTTGCTGCTGCTGCTGGTCCTGATGTAGATGCTGGACTGG
GTCACGGAACCCCCTGTTACGAGCCGACCCCAAAGATGGTCACCACGGCG
GTTGTCCTGGGACGCAAGGTCGGGGTCGCTCCCTCGCGAGAAGGCACTGC
GGGTTGGGCTCGCTCGGCAGGCGTGAGGGTCTCCATCGCTCCTGCCCTTC
CCCCTCCTGTTGCTGCTGCTGCTGGTCCTGATGTAGATGCTGGAGACGGC
CGCGAGGCAGGGTGGGTGGGTGGACTCCTTTCCCTTGTAGACGCTGCGGC
GGACGAGCGGGATTTGGAGGAAGACCGGGCGTTTATGGCTTGTCAGGACA
AGGAGGAGAGTGACGGCCGCGAGGCAGGGTGGGTGGGTGGACTCCTTTCC
CTTGTAGACGCTGCGGCGGACGAGCGGGATTTGGAGGAAGACCGGGCGTT
TATGGCTTGTCAGGACAAGGAGGAGAGT
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