mRNA_P-fluviatile_contig12.1500.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig12.1500.1
Unique NamemRNA_P-fluviatile_contig12.1500.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: D7FWY9_ECTSI (N2,N2-dimethylguanosine tRNA methyltransferase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FWY9_ECTSI)

HSP 1 Score: 135 bits (341), Expect = 7.730e-31
Identity = 131/322 (40.68%), Postives = 157/322 (48.76%), Query Frame = 1 
Query: 1372 RQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAKGNSALALLPSRPPPAPPQQYLVVEQRVDTAEFTLRRGN--------------------GFRGGGGIQPRFARCR--SCANSGSGGDXXXXXXXXXXXXXXXXXXXGPRSGAEVKAGWYQTGEGTGPGPNAPELENGVEVENGSRDRELSARGDGRGGTGGMARVGPLLGRTAVSARFRG--RCSRRGGAAAEAPGFCGR-MPSPIPDVEAVREQLRSMDLECSGSHADPRALKTRASLAAVEEAVRRAATAKAVS 2262
            ++C  QYRA+V D+PYA+EAA+RVLLH +D LARR  +R+SPLLCVALDFYVRLFV+ILP P  DA G S   L    PPP      L V+Q  +++ F     N                    G   G    P   R    S AN G G            XXXXXXXXX        +     T        +A      +     S   E+  +GD R G G     GP + R       RG    +RRG       G  GR +  P+P VEAVREQLRS   ECSGSHADPRA+KT+A L AV EA+ RA   KA S
Sbjct:   20 KRCLSQYRASVVDRPYAKEAAIRVLLHRIDKLARRGGRRVSPLLCVALDFYVRLFVLILPAPDEDADGVST-PLEKRAPPPV-----LWVDQARESSRFRCYNSNNRTLDXXXXXXXXXSGDGDSGXXXGSTRPPIHRRSENDSGANPGDGVPGPSSIGKGSAXXXXXXXXXXXXXXXXXEDARSDTWAAAAADSDAV-----IMARQQSCFPEVHTKGDKRNGAGMWN--GPEMERNGSGGHERGPEEATRRG---LRGSGGGGRGVGCPLPSVEAVREQLRSAGHECSGSHADPRAIKTKAPLEAVREAIFRARAEKAFS 325
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BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A835Z9D7_9STRA (S-adenosyl-L-methionine-dependent methyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z9D7_9STRA)

HSP 1 Score: 97.4 bits (241), Expect = 2.040e-16
Identity = 59/131 (45.04%), Postives = 79/131 (60.31%), Query Frame = 1 
Query: 1237 WDFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAK-----GNSALALLPSRPPP 1614
            +DF+DVDPFGS MPF  AA+A   DGGV+A+AATD+ VLCG+   R C   Y A       + E A+RVLL  +   AR++ +R+ PL+CVAL FYVR+F+ +      +       G+SA      RPPP
Sbjct:  226 FDFVDVDPFGSPMPFAAAALAAVTDGGVVALAATDMQVLCGRPA-RACAATY-ACWPPPMASSEVALRVLLRAVAAAARQQGRRVQPLVCVALQFYVRVFLRVTTADGAECDAPTHAGSSAFG----RPPP 350
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BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A098VNT6_9MICR (N2,N2-dimethylguanosine tRNA methyltransferase n=1 Tax=Mitosporidium daphniae TaxID=1485682 RepID=A0A098VNT6_9MICR)

HSP 1 Score: 90.9 bits (224), Expect = 2.690e-15
Identity = 50/120 (41.67%), Postives = 72/120 (60.00%), Query Frame = 1 
Query: 1237 WDFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAKGNSALALL 1596
            +D IDVDP+GS  PFL+AAV     GG+LA+ +TD+ VLCG   G  C  +Y+       Y++E A+R+LL+ ++  A R  + I PL+ V +DFYVR+FV +   P    K     AL+
Sbjct:  149 FDLIDVDPYGSASPFLDAAVQAVSSGGLLAITSTDMAVLCGVHPGT-CFAKYQGVPLHSDYSQEMAIRLLLNAVETAANRYGRYIEPLVSVKIDFYVRIFVRVHKGPLEVKKSVKKRALV 267
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A1A6A5T1_9TREE (N2,N2-dimethylguanosine tRNA methyltransferase n=1 Tax=Kwoniella dejecticola CBS 10117 TaxID=1296121 RepID=A0A1A6A5T1_9TREE)

HSP 1 Score: 93.2 bits (230), Expect = 3.100e-15
Identity = 46/102 (45.10%), Postives = 65/102 (63.73%), Query Frame = 1 
Query: 1240 DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMI 1545
            D +D+DP+G+  PF++AA+    DGG+LA+  TDL VL G++   +C   Y  T     Y  EAA+R++LH L   A R  + I+PLL  ++DFYVRLFV I
Sbjct:  277 DVVDLDPYGTAAPFIDAAIGSISDGGLLAITCTDLAVLAGQQYPEKCYSNYGGTNVHAEYTHEAALRLVLHSLATCAARYGRYITPLLSFSIDFYVRLFVRI 378
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A1B9HIU8_9TREE (N2,N2-dimethylguanosine tRNA methyltransferase n=2 Tax=Kwoniella heveanensis TaxID=89924 RepID=A0A1B9HIU8_9TREE)

HSP 1 Score: 92.4 bits (228), Expect = 6.200e-15
Identity = 90/329 (27.36%), Postives = 132/329 (40.12%), Query Frame = 1 
Query:  571 LKVCDALAGGGVRAIRYALEAGGPVAVVANDQSREACEAILRNARLSGISVTVPETASTRSPREKKTNHGXXXXXXXXXXXVHAATDDGGGVY--DAGDDVEEAASVHREGKQPPWEPEVPGHTLRPPQQASNRASSLDQRPPTLSPSSLSSFNVREGPANDVLRRPPTSAFSGVDAAAAGDGNAGNFGEAGGSTSSXXXXXXXXXDXGSCXXXXXXXXXVGECW--DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMI 1545
            + + +ALA  G+R+IRYA E      V AND S  ACEA+ RN   +G+    P   S+ S    +  +            V     DG      +  + V +  S +   K                  AS++A                   V E P + V RRP       +           N G+A                   C         VG     D +D+DP+G+  PF++AA+    DGG+LA+  TDL VL G++   +C   Y  T     Y  EAA+R+++H L   A R  + I+PLL  ++DFYVRLF+ +
Sbjct:  195 INILEALAATGLRSIRYAKEIPNVKYVFANDLSPSACEAMKRNVEFNGVGEVPPGLPSSASKTVAEAGNTGAPLASKSTDEVVPIAIDGAETEKPNGAESVLDTTSSNARSKS-----------------ASDKAKKGTD----------GEAEVHEEPKDAVGRRPGCKGRVKI-----------NEGDA-------------------CAFMYSHRSAVGPTQRVDVVDLDPYGTAAPFIDAALGCIADGGLLAITCTDLAVLAGQQYPEKCYSNYGGTNVHAEYTHEAALRLVMHSLATCAARYGRYITPLLSFSIDFYVRLFIRV 466
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: E6QZW8_CRYGW (tRNA (guanine(26)-N(2))-dimethyltransferase n=11 Tax=Cryptococcus TaxID=5206 RepID=E6QZW8_CRYGW)

HSP 1 Score: 92.0 bits (227), Expect = 6.670e-15
Identity = 46/102 (45.10%), Postives = 66/102 (64.71%), Query Frame = 1 
Query: 1240 DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMI 1545
            D +D+DP+G+  PFL+AA+    DGG+LA+  TDL VL G++   +C   Y  T     Y  EAA+R+++H L  +A R  + I+PLL  ++DFYVRLFV I
Sbjct:  282 DVVDLDPYGTAAPFLDAAIGCISDGGLLAITCTDLAVLAGQQYPEKCYSNYGGTNVHAEYTHEAALRLVMHSLASVAARYGRYITPLLSFSIDFYVRLFVRI 383
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A1B9I274_9TREE (N2,N2-dimethylguanosine tRNA methyltransferase n=1 Tax=Kwoniella pini CBS 10737 TaxID=1296096 RepID=A0A1B9I274_9TREE)

HSP 1 Score: 91.3 bits (225), Expect = 1.200e-14
Identity = 44/102 (43.14%), Postives = 65/102 (63.73%), Query Frame = 1 
Query: 1240 DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMI 1545
            D +D+DP+G+  PF++AA+    DGG+LA+  TDL VL G++   +C   Y  T     Y  EAA+R++LH L   A R  + I+PLL  ++DFYVRLF+ +
Sbjct:  271 DVVDLDPYGTAAPFIDAAIGSISDGGLLAITCTDLAVLAGQQYPEKCYSNYGGTNVHAEYTHEAALRLVLHSLANCAARYGRYITPLLSFSIDFYVRLFIRV 372
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A1B9IY52_9TREE (N2,N2-dimethylguanosine tRNA methyltransferase n=2 Tax=Kwoniella mangrovensis TaxID=463800 RepID=A0A1B9IY52_9TREE)

HSP 1 Score: 91.3 bits (225), Expect = 1.230e-14
Identity = 45/102 (44.12%), Postives = 64/102 (62.75%), Query Frame = 1 
Query: 1240 DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMI 1545
            D +D+DP+G+  PF++AA+    DGG+LA+  TDL VL G++   +C   Y        Y  EAA+R++LH L   A R  + I+PLL  ++DFYVRLFV I
Sbjct:  287 DVVDLDPYGTAAPFIDAAIGSISDGGLLAITCTDLAVLAGQQYPEKCYSNYGGVNVHAEYTHEAALRLVLHSLATCAARYGRYITPLLSFSIDFYVRLFVRI 388
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BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: UPI000A1C3E8B (tRNA (guanine(26)-N(2))-dimethyltransferase-like n=1 Tax=Boleophthalmus pectinirostris TaxID=150288 RepID=UPI000A1C3E8B)

HSP 1 Score: 90.1 bits (222), Expect = 1.450e-14
Identity = 48/132 (36.36%), Postives = 76/132 (57.58%), Query Frame = 1 
Query: 1231 ECWDFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAKGNSALALLPSRPPPAPPQ 1626
            +C+D ID+DP+GS  PF++AAV    +GG+L V  TD+ V+ G  G   C  +Y +      +  E A+R++LH LD  A    + ISPLL V++DFY+R+FV +        K ++++    +  PP  P+
Sbjct:  224 DCYDVIDLDPYGSPAPFIDAAVQAVSEGGLLCVTCTDMAVMAGNSG-ETCYSKYGSVSIKSKFCHEMALRIILHSLDQRAGVYQRYISPLLSVSVDFYIRVFVRVF-TGQAKVKDSASMKYSAASGPPVGPE 353
[Close]
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Match: A0A8H7D6S3_9AGAR (tRNA (guanine(26)-N(2))-dimethyltransferase n=1 Tax=Mycena sanguinolenta TaxID=230812 RepID=A0A8H7D6S3_9AGAR)

HSP 1 Score: 90.5 bits (223), Expect = 1.520e-14
Identity = 46/115 (40.00%), Postives = 68/115 (59.13%), Query Frame = 1 
Query: 1240 DFIDVDPFGSCMPFLEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREAAMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAKGNSA 1584
            D +D+DP+GS  PF++AAV   KDGG+L V  TDL VL       +C   Y        Y+ EAA+R++LH +   A R  + I PL+ +++DFYVRLF+ +   P    KG+++
Sbjct:  217 DVVDLDPYGSAAPFIDAAVQCIKDGGLLCVTCTDLAVLATTNYAEKCFSNYGGVPIKSEYSHEAALRLVLHAVSTSAARYGRYIEPLVSLSIDFYVRLFMRVATSPMQAKKGHNS 331
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig12.1500.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FWY9_ECTSI7.730e-3140.68N2,N2-dimethylguanosine tRNA methyltransferase n=1... [more]
A0A835Z9D7_9STRA2.040e-1645.04S-adenosyl-L-methionine-dependent methyltransferas... [more]
A0A098VNT6_9MICR2.690e-1541.67N2,N2-dimethylguanosine tRNA methyltransferase n=1... [more]
A0A1A6A5T1_9TREE3.100e-1545.10N2,N2-dimethylguanosine tRNA methyltransferase n=1... [more]
A0A1B9HIU8_9TREE6.200e-1527.36N2,N2-dimethylguanosine tRNA methyltransferase n=2... [more]
E6QZW8_CRYGW6.670e-1545.10tRNA (guanine(26)-N(2))-dimethyltransferase n=11 T... [more]
A0A1B9I274_9TREE1.200e-1443.14N2,N2-dimethylguanosine tRNA methyltransferase n=1... [more]
A0A1B9IY52_9TREE1.230e-1444.12N2,N2-dimethylguanosine tRNA methyltransferase n=2... [more]
UPI000A1C3E8B1.450e-1436.36tRNA (guanine(26)-N(2))-dimethyltransferase-like n... [more]
A0A8H7D6S3_9AGAR1.520e-1440.00tRNA (guanine(26)-N(2))-dimethyltransferase n=1 Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig12contigP-fluviatile_contig12:2384241..2403782 +
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 scopeFungi
Seed ortholog score97.4
Seed ortholog evalue7.5e-17
Seed eggNOG ortholog5207.AAW40680
Preferred nameTRM1
KEGG koko:K00555
GOsGO:0001510,GO:0002940,GO:0003674,GO:0003824,GO:0004809,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005635,GO:0005637,GO:0005737,GO:0005739,GO:0006139,GO:0006396,GO:0006399,GO:0006400,GO:0006725,GO:0006807,GO:0008033,GO:0008150,GO:0008152,GO:0008168,GO:0008170,GO:0008173,GO:0008175,GO:0008757,GO:0009451,GO:0009987,GO:0010467,GO:0012505,GO:0016020,GO:0016070,GO:0016423,GO:0016740,GO:0016741,GO:0019866,GO:0030488,GO:0031090,GO:0031965,GO:0031967,GO:0031975,GO:0032259,GO:0034470,GO:0034641,GO:0034660,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043412,GO:0043414,GO:0044237,GO:0044238,GO:0044260,GO:0044422,GO:0044424,GO:0044428,GO:0044444,GO:0044446,GO:0044464,GO:0046483,GO:0071704,GO:0090304,GO:0140098,GO:0140101,GO:1901360
EggNOG free text desc.N2,N2-dimethylguanosine tRNA methyltransferase
EggNOG OGs38I4E@33154,3NUG5@4751,3UY21@5204,3VD1J@5234,COG1867@1,KOG1253@2759
Ec32 ortholog descriptiontRNA methyltransferase, Trm1
Ec32 orthologEc-15_001050.1
EC2.1.1.215,2.1.1.216
COG Functional cat.J
Best tax levelTremellales
Best eggNOG OGNA|NA|NA
BRITEko00000,ko01000,ko03016
Hectar predicted targeting categoryother localisation
Exons20
Model size6211
Cds size5721
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig12.1500.1prot_P-fluviatile_contig12.1500.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig12 2384472..2403523 +


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

Feature NameUnique NameSpeciesTypePosition
1622815519.1390483-UTR-P-fluviatile_contig12:2384240..23844711622815519.1390483-UTR-P-fluviatile_contig12:2384240..2384471Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 2384241..2384471 +
1693562118.789648-UTR-P-fluviatile_contig12:2384240..23844711693562118.789648-UTR-P-fluviatile_contig12:2384240..2384471Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 2384241..2384471 +
1622815519.4196613-UTR-P-fluviatile_contig12:2403523..24037821622815519.4196613-UTR-P-fluviatile_contig12:2403523..2403782Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 2403524..2403782 +
1693562119.015282-UTR-P-fluviatile_contig12:2403523..24037821693562119.015282-UTR-P-fluviatile_contig12:2403523..2403782Porterinema fluviatile SAG_2381UTRP-fluviatile_contig12 2403524..2403782 +


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

Feature NameUnique NameSpeciesTypePosition
1622815519.1536512-CDS-P-fluviatile_contig12:2384471..23845051622815519.1536512-CDS-P-fluviatile_contig12:2384471..2384505Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2384472..2384505 +
1693562118.8031297-CDS-P-fluviatile_contig12:2384471..23845051693562118.8031297-CDS-P-fluviatile_contig12:2384471..2384505Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2384472..2384505 +
1622815519.16672-CDS-P-fluviatile_contig12:2385018..23850681622815519.16672-CDS-P-fluviatile_contig12:2385018..2385068Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2385019..2385068 +
1693562118.8118448-CDS-P-fluviatile_contig12:2385018..23850681693562118.8118448-CDS-P-fluviatile_contig12:2385018..2385068Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2385019..2385068 +
1622815519.1835618-CDS-P-fluviatile_contig12:2385657..23859231622815519.1835618-CDS-P-fluviatile_contig12:2385657..2385923Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2385658..2385923 +
1693562118.8209481-CDS-P-fluviatile_contig12:2385657..23859231693562118.8209481-CDS-P-fluviatile_contig12:2385657..2385923Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2385658..2385923 +
1622815519.1958263-CDS-P-fluviatile_contig12:2386274..23863781622815519.1958263-CDS-P-fluviatile_contig12:2386274..2386378Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2386275..2386378 +
1693562118.833445-CDS-P-fluviatile_contig12:2386274..23863781693562118.833445-CDS-P-fluviatile_contig12:2386274..2386378Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2386275..2386378 +
1622815519.2094152-CDS-P-fluviatile_contig12:2386853..23875451622815519.2094152-CDS-P-fluviatile_contig12:2386853..2387545Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2386854..2387545 +
1693562118.8503087-CDS-P-fluviatile_contig12:2386853..23875451693562118.8503087-CDS-P-fluviatile_contig12:2386853..2387545Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2386854..2387545 +
1622815519.2201126-CDS-P-fluviatile_contig12:2388206..23883531622815519.2201126-CDS-P-fluviatile_contig12:2388206..2388353Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2388207..2388353 +
1693562118.860351-CDS-P-fluviatile_contig12:2388206..23883531693562118.860351-CDS-P-fluviatile_contig12:2388206..2388353Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2388207..2388353 +
1622815519.2348464-CDS-P-fluviatile_contig12:2388632..23890381622815519.2348464-CDS-P-fluviatile_contig12:2388632..2389038Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2388633..2389038 +
1693562118.8695302-CDS-P-fluviatile_contig12:2388632..23890381693562118.8695302-CDS-P-fluviatile_contig12:2388632..2389038Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2388633..2389038 +
1622815519.24896-CDS-P-fluviatile_contig12:2389055..23891841622815519.24896-CDS-P-fluviatile_contig12:2389055..2389184Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2389056..2389184 +
1693562118.8787193-CDS-P-fluviatile_contig12:2389055..23891841693562118.8787193-CDS-P-fluviatile_contig12:2389055..2389184Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2389056..2389184 +
1622815519.2629447-CDS-P-fluviatile_contig12:2389650..23897241622815519.2629447-CDS-P-fluviatile_contig12:2389650..2389724Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2389651..2389724 +
1693562118.890237-CDS-P-fluviatile_contig12:2389650..23897241693562118.890237-CDS-P-fluviatile_contig12:2389650..2389724Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2389651..2389724 +
1622815519.2749074-CDS-P-fluviatile_contig12:2390690..23908101622815519.2749074-CDS-P-fluviatile_contig12:2390690..2390810Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2390691..2390810 +
1693562118.8977866-CDS-P-fluviatile_contig12:2390690..23908101693562118.8977866-CDS-P-fluviatile_contig12:2390690..2390810Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2390691..2390810 +
1622815519.288107-CDS-P-fluviatile_contig12:2391814..23921891622815519.288107-CDS-P-fluviatile_contig12:2391814..2392189Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2391815..2392189 +
1693562118.9053016-CDS-P-fluviatile_contig12:2391814..23921891693562118.9053016-CDS-P-fluviatile_contig12:2391814..2392189Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2391815..2392189 +
1622815519.306265-CDS-P-fluviatile_contig12:2392405..23929961622815519.306265-CDS-P-fluviatile_contig12:2392405..2392996Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2392406..2392996 +
1693562118.9129825-CDS-P-fluviatile_contig12:2392405..23929961693562118.9129825-CDS-P-fluviatile_contig12:2392405..2392996Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2392406..2392996 +
1622815519.3187513-CDS-P-fluviatile_contig12:2393776..23943051622815519.3187513-CDS-P-fluviatile_contig12:2393776..2394305Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2393777..2394305 +
1693562118.9233744-CDS-P-fluviatile_contig12:2393776..23943051693562118.9233744-CDS-P-fluviatile_contig12:2393776..2394305Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2393777..2394305 +
1622815519.3334744-CDS-P-fluviatile_contig12:2395501..23962231622815519.3334744-CDS-P-fluviatile_contig12:2395501..2396223Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2395502..2396223 +
1693562118.935588-CDS-P-fluviatile_contig12:2395501..23962231693562118.935588-CDS-P-fluviatile_contig12:2395501..2396223Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2395502..2396223 +
1622815519.343691-CDS-P-fluviatile_contig12:2396966..23972231622815519.343691-CDS-P-fluviatile_contig12:2396966..2397223Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2396967..2397223 +
1693562118.9437532-CDS-P-fluviatile_contig12:2396966..23972231693562118.9437532-CDS-P-fluviatile_contig12:2396966..2397223Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2396967..2397223 +
1622815519.3567789-CDS-P-fluviatile_contig12:2398048..23982061622815519.3567789-CDS-P-fluviatile_contig12:2398048..2398206Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2398049..2398206 +
1693562118.9517765-CDS-P-fluviatile_contig12:2398048..23982061693562118.9517765-CDS-P-fluviatile_contig12:2398048..2398206Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2398049..2398206 +
1622815519.3688335-CDS-P-fluviatile_contig12:2399315..23994691622815519.3688335-CDS-P-fluviatile_contig12:2399315..2399469Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2399316..2399469 +
1693562118.969787-CDS-P-fluviatile_contig12:2399315..23994691693562118.969787-CDS-P-fluviatile_contig12:2399315..2399469Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2399316..2399469 +
1622815519.3803434-CDS-P-fluviatile_contig12:2400021..24000661622815519.3803434-CDS-P-fluviatile_contig12:2400021..2400066Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2400022..2400066 +
1693562118.9820457-CDS-P-fluviatile_contig12:2400021..24000661693562118.9820457-CDS-P-fluviatile_contig12:2400021..2400066Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2400022..2400066 +
1622815519.3906088-CDS-P-fluviatile_contig12:2400972..24011221622815519.3906088-CDS-P-fluviatile_contig12:2400972..2401122Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2400973..2401122 +
1693562118.992985-CDS-P-fluviatile_contig12:2400972..24011221693562118.992985-CDS-P-fluviatile_contig12:2400972..2401122Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2400973..2401122 +
1622815519.4014-CDS-P-fluviatile_contig12:2402805..24035231622815519.4014-CDS-P-fluviatile_contig12:2402805..2403523Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2402806..2403523 +
1693562119.0072098-CDS-P-fluviatile_contig12:2402805..24035231693562119.0072098-CDS-P-fluviatile_contig12:2402805..2403523Porterinema fluviatile SAG_2381CDSP-fluviatile_contig12 2402806..2403523 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig12.1500.1

>prot_P-fluviatile_contig12.1500.1 ID=prot_P-fluviatile_contig12.1500.1|Name=mRNA_P-fluviatile_contig12.1500.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1907bp
MAYIGEKSIIEGRAVLSVTPGVFYSEHQVFQRDLSVAALRVFRRLKLNTP
APQQQQQQRHTGDSSSNSSSTPGVPLVGRQLIQGKENGCADGQQRQHEEG
GHDGAVGVAPAHVLKVCDALAGGGVRAIRYALEAGGPVAVVANDQSREAC
EAILRNARLSGISVTVPETASTRSPREKKTNHGGGGREREEHERVHAATD
DGGGVYDAGDDVEEAASVHREGKQPPWEPEVPGHTLRPPQQASNRASSLD
QRPPTLSPSSLSSFNVREGPANDVLRRPPTSAFSGVDAAAAGDGNAGNFG
EAGGSTSSGGGDGNGNGDGGSCSSSGGDGGGVGECWDFIDVDPFGSCMPF
LEAAVAGAKDGGVLAVAATDLVVLCGKKGGRQCRRQYRATVSDKPYAREA
AMRVLLHHLDVLARRRSKRISPLLCVALDFYVRLFVMILPVPSTDAKGNS
ALALLPSRPPPAPPQQYLVVEQRVDTAEFTLRRGNGFRGGGGIQPRFARC
RSCANSGSGGDGGGGLDGNGDDGRGNGDRGGPRSGAEVKAGWYQTGEGTG
PGPNAPELENGVEVENGSRDRELSARGDGRGGTGGMARVGPLLGRTAVSA
RFRGRCSRRGGAAAEAPGFCGRMPSPIPDVEAVREQLRSMDLECSGSHAD
PRALKTRASLAAVEEAVRRAATAKAVSGAGGGPQQQQQRPPGSLQATRAQ
VAAQAAARGRNAQTDEPKAAEIGIPRQGLGKREDSGNGSEGKGGGGGDGG
GSGSGSGDIWRTATVQAAAAAKPASKPAPAGSAGPRVPVGLVELDPVCQG
ERRGFPHLTMASLLGFVEESLASSTSDDAVDGSSGATNSRRSSGNGNGSS
GGEISTRSSEEASSDHTSKGRSGTDRSGGTRRVTQEVRGNDDDVEDDDDG
DDDGNNTIGNSGSGAGDNADTPRKRPRDDVAAAVGDAVGVDVAASPAGAV
PPPSNGAFFCFVRSGSRHRRRQGGRGGGIGCGDDDDATGQAESAVERLLC
SRWPSRIRFFDSLVEACSVAAAACGPTSSLPAQVFAAGGSGLNRRERRGV
RRSNERGAAAARGCGGGGGGGGGGGGGGGGGGGGAAAAAEERGGEEGSTT
AVSGERLGRGGWGRGREEGRVESVGLRMTSPAAAAATAAAVVATVVVLGG
THDAGPMGLRLAASGMAVVGVIAPDGRLPTVQGRGRAHAIRCTGRGVSVV
SLNVVAGALPASAMSDGEKADDTDGQNTAGGGRGHADSASESGRDEREST
GSGSEKNKSNNKHHDNEVCADDDGDEKGGGGGGGDCNDGGGDGSTSPGTN
QQHVNSSPTSTTSPTPRTSQPPTRRPPQVAATPTTATSASKPATRPRPAV
TRTTATTTAAATATIVPTPTPGGVKRNLASSLARANGGRSAERDGGSVRR
KRPRLVFDDEAAQAVLLDRSKAATAAALVTAAAKYGDNAGSWGGKRKRAS
TKGPLKVDDEPRRRSAAGGRRGGLPQRPAHAVTVEGGGSASISGCDITSH
LPFACVCAAGGGTVVSLNGTRLHDGSGMGLLACGKAKVSADECDFAGMGA
AGVEARGGSYADLTRCSVCGCGKSGVFVHSFGGARLSRCRVAGNHFAGVE
AMKNATVTLEACSIVDSRRGGVLAHVASKVTLRDCNVEGSCLAGIDVRTG
AEAAVESCCFQGGKTSGIYVSAGGRASVCSTLIKSNRLAAVEVRAPDGHR
DSCKGNGGGGGGAGSGHQQRTARLDIPPPNGRERRRDGGEDEGRYGGERR
AAITAVTTPAAAAAAAAAVETVVDQFHGDGVSSSENVVDGVAGGWGCNDA
AAAAITASSGAAFSAASAGAAAAAAAVRASEKSAGHSKSPWECGCCHCCS
VSWGPGNVMEDNGLDGVMRTGRDPPAPMGPLPDVLPAVAGAHNAIVAHSF
HSKHAV*
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mRNA from alignment at P-fluviatile_contig12:2384241..2403782+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig12.1500.1 ID=mRNA_P-fluviatile_contig12.1500.1|Name=mRNA_P-fluviatile_contig12.1500.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=19542bp|location=Sequence derived from alignment at P-fluviatile_contig12:2384241..2403782+ (Porterinema fluviatile SAG_2381)
GGAGCAGGAGAAGGTGTTGGCAGATGGACCACCCTTCACCAAATTGCTAC
CACATACCGCTGGTATTTCAGTCTTCGTTCCCCGCCCGATCAGCCGCTCG
GCACGCCGAGGCACCGAGACACGCGATACGCGACGCGCTACCCCTGGAGT
TTCGCCGCATTTCAGTTTCGCTGCGACCTCTGATCTTCGGAGCACCTCTG
CTGTTCGGCACCTTTCAAGCGCCGGTGTATCATGGCCTACATCGGGGAGA
AGTCCATCATTGAAGGTTCGGGGCGTCGAGTGGTTGCACCTGACTTGTCC
TGCAGTATTTGCACGACTCCCGTTGTTCCAGTTATGTGTAAGGCAAGAAC
TGCCCTGCATGCGGATCTCTGACGGCCCAGTAGTGTTGGACTACTATGCG
GTAGCACTTCCACAAGCGAAATACTCAGTATATCTCGTTCGCTTTTCTCG
GGTATCGCGCGCGGAGTGTGTGGGGTCCACAATCCACAGGAAGCCGCGGA
ATGACAGGTGGGGCGACTGGCGCGACGCACTTGCTTGGCCACGACAACCC
GACGGCGTGTCGTGTGCTCGATTATTTTCCCGCTGTTTTCCTCTCATCCG
AAGCTCGCTAGCCTCTGGCTTGATGAATGTTTCCCGCTGTTTTGATGCAC
ATGTCGCTTGCGCACGCCGCGCCGCGGAGACTGGATGTTCCAAGGGTGTC
TCACGTACAGCACGTCGGTGGTGACCTCCGTGATGCCCCCCTTGTGTCGA
TGTGTGTGCTGCTGGCCGTGTGTTTCAGGTCGTGCGGTGCTGTCGGTGAC
CCCAGGCGTCTTTTACAGCGAGCATCAGGTAGGAGGCGATCGCTCATAGG
TTTGTTCATTTCCCCTCAAGCTCCTCTAGGTCCCTGCTTGCAAGCGTGCT
GGATGAATGTCTGGCAGTCTCCTGCTCTCTGGCATCTCCGCCTCTTCCCC
GCTGTTCATCTCCCGCTCTCTCGGTCTCGCAGCGTCGCCCTGATATGAAA
ACAGGCACTTCCTGCACCAAATTCAAATATTGTCGACATGCAACGGGACG
TCATTCTCCACGGGCCCCCTTCCGACGTTCCTCCCGCTCAAATCTCTCGA
AACCGTGTCACGAGAGAGGTCGTGGTGACTTGCCGCTACGAGCGCACATC
CACGCCTTTGTGCGTCAAGATGCAGCCAGCAGGTTCACAGGCCCAATCAC
AATAAACCGCAGCAAACGCGATCGAGTGGACCGTTTCCAAGATCTTGAAC
GAAATGCCGTGTCCGCTTGTTTACAGCACACCAATGAGTCCCTGCTGGAA
CTCCAAGAAACAAACAAGTTCGAAACCAGGCCCTTCCGTGATGCCGAGTA
TGTTTTTCAGACGTGGGGGTGACTTAACGCCCCCCTCCCAAACCTATTGC
AAACATGGAACCACAAGGTTTTCCAGAGAGACCTGTCGGTAGCAGCCCTC
CGGGTCTTTCGGCGGCTCAAGTTGAACACTCCAGCCCCGCAACAGCAGCA
GCAGCAGCGACACACCGGCGACAGCAGCAGCAACAGCAGCAGCACGCCAG
GAGTTCCATTGGTTGGGAGGCAGCTTATCCAAGGGAAGGAAAACGGGTGT
GCCGACGGACAACAACGACAACACGAAGAGGGCGGACACGATGGTGCGGT
GGGGGTGGCGCCAGCACACGTCTTGAAAGTTTGGTGAGGTGGTTAACTCG
TGGAAAGGCATCGCTCTTGACAGTAACCTAATTCCCGCCTGTCTGTAGGT
ATGTGCCTAACTTTTGGTTCGGTTAAGGCGTTTTTTTTTTTCTGTGACTT
TCTTCCGGGGAAGTCGGGAGGCGGTATTGCGGAAACCTCGGTTTCCGGTC
GCTCCTATCGCAAACCTTCTGGCACTCAGCCCCACAGAGCAGATGAACTT
ACCCGCACACCCGTAGCCCCGTCCCCGCAAAGCCCACTCCAAGGGAAAGT
GCGTACGGCGTCATACACTTCGCACTCTCCGCCTGGACTCGGACTCCTAT
CCCCTGCTCCCGTTCTCTCACGGTGATGCGGCAGCGATGCGTTGGCAGGG
GGCGGCGTGAGGGCCATTCGGTATGCGCTTGAGGCTGGTGGGCCCGTCGC
GGTGGTGGCCAACGATCAATCCAGGGAGGCCTGCGAAGGTGCTTGGGTAT
GGTGGGTGAAACACTAGAGTTTTTGTGTGCGCGAGCGCGCGTGTTTTGAA
GCTATTTGAAGCTATTTCATGCGACTCTGTGGGTGTGGCAGACACGAGGG
AAGTCGCCGTTTGCGTGCTAACCTTTGTTCTCAGGGACTGTGCGGGTAAG
ACAGCACGGGCCGTTTAGTTTGGATTATGGCTTGCTCATACTCAAAGCTT
AGTGAAACGCCTCGGGGTGGGCTTTGGCCTGGCGTTCGTATCCCTATATT
GTTTGTCCTGGTTGGCCGTTGGCTACGTTTCTCCTTGTTCGTATTTTCGA
TTCGTCACCCCCGCCTTCGTGGCTCACACAAATGTCATCAATGACCATAA
CCGTTCAACGAGTCGGCTCCGTTGAAAACCCCGCGCACGCCTTCCCGTTT
TCGCCCGTCCCTATCCTCGCCTGGGGTTTACCGCTGCGCACGTCAACGTT
CCGACCGACACAGCCATACTTCGAAATGCTCGACTGAGCGGCATCAGTGT
CACCGTTCCGGAAACAGCATCGACGAGGTCACCACGAGAGAAAAAAACGA
ATCACGGAGGAGGAGGACGAGAGAGAGAAGAACACGAGCGTGTACATGCT
GCTACTGATGATGGTGGTGGTGTTTATGACGCTGGTGATGACGTTGAAGA
AGCCGCGAGCGTTCACCGGGAAGGGAAACAACCTCCGTGGGAGCCGGAAG
TACCGGGGCACACCCTGCGGCCGCCGCAGCAAGCTTCGAATCGAGCTTCT
TCACTCGACCAGAGACCACCGACACTATCGCCTTCGTCTTTGTCCTCGTT
CAATGTGCGGGAGGGACCCGCAAACGATGTTCTCCGGAGACCCCCCACTT
CTGCATTTTCGGGAGTGGATGCAGCGGCGGCGGGAGATGGAAACGCCGGT
AATTTTGGCGAAGCCGGGGGATCGACATCCAGCGGCGGCGGCGACGGCAA
CGGCAACGGTGACGGCGGCAGCTGTAGCAGCAGCGGCGGCGACGGCGGTG
GCGTCGGAGAATGCTGGGATTTTATCGACGTGGACCCATTTGGCAGCTGC
ATGCCGTTCTTGGAGGCGGCCGTCGCGGGCGCTAAGGATGGAGGGGTGTT
GGCGGTGGCGGCGACGGACCTGGTGGTGCTGTGCGGGAAGAAAGGAGGGC
GGCAGGTGAGCTCGTAGACGACAGCTTTTGCTTCGTGCCTCGTGCGCTCA
GATGTCTCGTGTGTTTGTGTGCATGTGACATGATCGCGGCTGGCTCACTT
ACTTTGTCTCCGCACCTCGCAAGAAGTCACTTGCTGCTGATATTTTCGCG
CACAAGAATGTGCAAGCTTGGGACACCTCTCGTTCGCTTGTGCGTGTGGG
CTATTAGTATTTCGCCAGCTCCTGGCGCATATGTGCGCTTTGCTGCCACG
GTCTTCCTGCCTCCCTCCCTCCTTCCTTGCCTGTCTATCCGTCTGTCTCT
TTGTCTGTCTATCTATCTCTCGCTTCCTCGCTCTGTGACTCCACCTCTTC
CTCTCTCTCTCTCTCTCTGTCTCTCTCCCTGTCTCCCTCTCTCGCTTTCT
CTCCCTTTCTCTTTCTCTCGCCCTATCTCGCCATCTCTCGCCCTCCCTCA
GCCTCGCTCGCCCTCTCTCACCCTCACTCGCTCTCTTTCACTCTCTCTAG
CTTTGCCTCTCTCTATTCCTCTACCTCTACGCCTACCTCTACCTGCCTGT
CCGCTCTTACACGCGCATGGTCACTTTCTCTTCACCCTCTCTCTTCCACC
TTGTCCATTCCAATCCTTCCCCGCCCCTGTGCGGACACGGCGATGCACAC
CTAAAAAAAAACAAAGTGTCGTCGGCAGTACCGGGCGACCGTGTCAGACA
AGCCTTACGCGAGGGAGGCAGCGATGAGGGTTTTACTGCACCACCTGGAC
GTGCTGGCTAGGCGTAGGAGCAAGCGCATCTCCCCTCTACTTTGCGTGGC
CCTTGACTTCTACGTGAGTTCATGCTGCGCGGATGGTGGTGCTGGTGGCG
GTGGTAGTGGTGGTGTCGCGTCTGTTTTTTTTTTCAGGAGAAGTTACCGT
TGTTACTCGTGTTGTTGCTGTTTATCGCTCTAACTCGCAGCTCTTGCTGC
TGCTGCTGTTGCTGTTGCTGTTAATGATGACAGGGCTGTCACGGTCAATG
TCGTGGGTTCTCCAGTGCCACACCACGCACCCTTTCTCACGACTTTTTCC
GTGTCCCCCATTCCTTCTTCCCCGCTCACGCGATCCCTCCAGGTTCGCCT
GTTCGTGATGATCCTGCCGGTGCCGTCGACCGACGCAAAGGGAAACTCCG
CGCTTGCCCTGCTCCCGTCGCGGCCACCGCCGGCGCCACCGCAGCAATAC
CTCGTGGTCGAACAGCGGGTCGATACGGCGGAGTTCACTCTCCGCAGAGG
CAACGGCTTTCGCGGAGGCGGCGGCATCCAGCCCCGCTTTGCACGTTGCC
GCAGCTGCGCTAACTCCGGCAGTGGCGGAGACGGAGGCGGGGGCTTGGAC
GGGAACGGGGACGACGGCCGCGGGAACGGCGACCGAGGGGGCCCGAGAAG
CGGCGCCGAAGTGAAGGCGGGGTGGTACCAAACCGGCGAGGGGACCGGTC
CTGGGCCGAACGCTCCGGAGTTGGAGAACGGCGTTGAGGTAGAGAACGGT
TCTGAAATGAAGAAGGATCCCGAGACAGAGAACTGTCCGCTCGTGGAGAC
GGGAGAGGGGGCACGGGAGGGATGGCTCGCGTTGGGCCCCTTTTGGGCCG
GACCGCTGTTTCGGCCCGATTTCGTGGCCGATGTTCTCGCCGAGGTTTAT
CGCTCCAGGGCCACCTCCGCGTCGACTTCGCCCGCAGCAGCGGCGAGCAC
GGCAGGGACATCGGCGGCGGCAGCGAAAAGGACGGCAGCACGAGCAGGCG
GGGCGCTTGCAACAACAGAGGCAGCGCCAGCAGCGAGAGCAACAGAACCC
GCAATAGCAGCAGCAGCGACGGCAACTGCTTCGGCGACAAAAACGGCGGT
GGAAAATGCAACGGCAGCAGCCCCTCCTTGTCCTCCCCCTCCCCTTTCCC
CCCCCCCTCCCGCCCCTCCTGCTCCTCTTGCACCTTCTTCTGCCTCTCCT
TCCGCTTCCTCTGGGAGAGAGACGGCTCTCCCGGCACCGCTGACCCTCAG
CTCGCGGGGCCAGCTGGTGTACCTCCTCGAGGCCCTCGCCGCAGAGCTTG
TGGACTGCCCGCTCTTCTACTCGTTGCCGGATGTTGCCGCTCGGATGGAT
CGGGGCGGAGGCGGGGCTGCGGCCGAGGCCCCGGGGTTTTGTGGAAGAAT
GCCGTCGCCAATACCTGACGTCGAGGCAGTGCGGGTGAGTGAAGGGAGAA
CAGCAAGCCGTGGTTGCGAACAAAATTCCGCGGACGAAAGTTATGTAGCA
CCACGTGGGTGATCAACGGTCCGTTGATTTTCCGACATGCTTGACGCGGA
CAGCTACACCCGGAGGTAACAGAAGTCTACATAGTGTTCATCCGAAGCGT
TGTTGGCTGTCGGTAAGGGGTGCAACGAAGCGACCCGTCGTGTTCAAGCG
GTGGTATCTCGACACAATTTTTTTCGCGTTTCGTCTACTGTCCGAGGTGC
GCACGCCGGTCTACGTGGGGGTTTCTGTGGCACGATTGCCGCCGGGGGTA
TTGAAGCCGAAGCGTCGTGCCACTTTCCATTGTAATCAGGCGGCTGTGCT
GCGCGTGTCGGCTGATGGTGACGAAATTGAGCGGCATTCTTGTGTACCGA
CAGGTGGGCGAATGAAAGACTCGCGCCGAAACTTTTGAAATTTGGCCATT
TCGCGGGGCTCCGCGAACCACTCCCCATAAAGGACGTTCATTCTCAGGTG
GCACGGTTTGTCGTCCAACAGCAGCCGCTATGCCCGTTTCAGTGATGTTC
GTGTCAGTGCTGTATTTTGTACCTGATCCGTTCCGAACTAGTAAGTTTTC
CTGCTACTTTTCATCAAAAAACTTTTGAGTCTACGCCTACTTGTAGTCTT
TCGCTTGACCTCCCACCAGACATGGAGTGCAGGCAAAAGCAACAGTAGTA
GCGGTAGCCGCAACAGCAGCCGCGGCAGATACTGCAATTGCAGCAGCAGC
AGCAGCAGCAGCAGCAACAGCGACCGGGATACATGAACGACCCATGACTC
GTGCTCCCTTCCGCGGTATGCTTGGTTTACCGTTACCGTCACTTTCGAGC
TTGCCCTTACCATCACCCTTGCCATCACCCTTGACACTCGCCCTCACCGT
TGCCCTTGCCCTTACCCTTGCCCTTACCCTTGCCCTTACCCTTACCCCAG
GAGCAGCTGAGATCCATGGACCTCGAGTGTTCCGGCTCCCACGCCGACCC
GCGGGCCCTGAAGACACGAGCATCGCTGGCGGCTGTGGAAGAGGCCGTCC
GTCGGGCGGCCACCGCCAAGGTGAGGGAGGGGTAGGGGTTCAATTCACGC
ATGCCGTGTAGTCGTTAGGCCATACATCTCGCATCCCTACTAGGCCGGGA
CGGAGCGATTTGCCGGGCTTTGGCCGGCCCAGGCTCTTGCATTCACCAAG
CGCGACGCGCCGTGATGCATTTGGCGAGTCCCATGAAGGGTGGACAGCAT
CCTACGAAGAATATCGGGCCAAAGGCTTACTGATCTTGCACACGGATGAC
AGCCTCAACTGAGCTGCATTTTATTTTCTGGTATCGCCGCAGAGACAGCC
ATTGGAATGCGCTAGGTCAAGTGCCTCGCGGGTGCATCACAATTTCAACA
CTGCTGGGACGACCATGCCTCATGTGCGGAAACGAATTCTTCACCCCGCG
CAGATGGTTTTATCCGACCTCAATGGTTACCGCCCAGAAAGAAAAGAAAG
AAAGCGGTAGCCTGGTTGCCTTGTTCACGCGGTGAAGAGCATGTTTTACA
GTGTCATCAACCCGGCGCCAGCCCAACCCCTTGCCGCGCCATCGGGCCGA
TGCATCTCTTTCGAGAGCGTAGGGGTAGTGAAAGGGGGGGGGGATGGAGG
AAGAGAGGGGGGGAGGGTGGAGAAGGGGGGCAGAGATGAGGGGCAGGGGA
TGGGGGAAGTGAGGTTGGGGAAGGATGGAGGGAGGGGCGGAGAGAGAGGG
AGAGCGAGAGCGACCGAGCCGTAGACCCGAGACAGGTCGAGAGACAAATC
GGCACGGGCGAGACAGAGAGAAACCGACAGGTTGGCAGAAGAGAGATAAC
TGCACACGCGCAAGATGTGGAGCAGCGTCTTTCATGCAAGACGAAGACAG
CGTGTTGTGATAATGCGCCATCACCTCGTAAACCAGTCGGATTTTTTGTC
ACCGCCCTTTCCTTTTTCGGCTCAAGCGGTTCTGGAAGATGCCGCAACTC
TCTTCCTCTCTCGACGTCCCCCTCCCCGTCCCTCCAAATGCCTTCTGTCT
CGACTTGCTCAACCCTTCGCCCAGGCGGTCTCTGGCGCGGGAGGCGGCCC
GCAGCAGCAACAACAGCGACCGCCTGGCTCTCTGCAGGCGACACGCGCTC
AAGTAGCAGCACAAGCTGCAGCAAGAGGAAGAAATGCGCAAACGGACGAG
CCGAAAGCAGCAGAGATAGGCATTCCGCGGCAGGGACTGGGAAAGAGGGA
AGACAGCGGCAACGGCAGTGAGGGCAAGGGCGGTGGCGGTGGCGACGGTG
GCGGGAGCGGCAGCGGCAGCGGCGACATCTGGAGAACCGCAACGGTTCAA
GCGGCAGCGGCGGCGAAACCGGCCTCGAAACCGGCGCCAGCAGGGTCGGC
GGGACCGCGTGTGCCTGTCGGACTTGTCGAGCTTGATCCCGTATGCCAGG
TACAGTTGTCAGATCTGGACCCCCGACCGTATCATGCGAAATGTCCGCAT
GTTGCGTTTGACCAAGGTTTGGTGGCATCAAGATTGGTGCGCCGCAATTC
CGACGCGTCGGCAAGTGCCAGCGATGCATCGCCCGTCCCCATGCTCCACT
CGCATCCACTGGAATTTTAAATCGCCTCCTACGTGTCTGTTGTCCGGGCT
CTTTTATCAATCAAGGGCGAACGACGAGGATTTCCGCACCTCACGATGGC
GTCGCTGCTAGGTTTCGTCGAGGAGTCCTTGGCCTCTTCGACGAGCGATG
ATGCTGTGGACGGCAGCAGCGGGGCAACCAACAGCCGCAGAAGCTCCGGT
AACGGCAACGGAAGCAGCGGCGGCGAGATCAGTACCAGAAGCAGTGAAGA
GGCCAGCAGCGACCACACAAGCAAGGGCAGGAGCGGTACCGACAGGAGCG
GCGGGACCCGCAGAGTAACCCAGGAAGTCAGAGGAAACGACGACGACGTA
GAAGACGACGACGACGGCGACGACGACGGTAACAACACAATCGGGAACAG
CGGGAGTGGTGCCGGCGACAACGCCGATACCCCCCGTAAACGTCCCCGCG
ATGATGTTGCCGCTGCTGTTGGTGATGCCGTCGGGGTTGATGTTGCCGCC
AGCCCTGCCGGCGCTGTTCCACCGCCGTCGAACGGGGCTTTCTTCTGCTT
CGTCCGCAGCGGCAGCCGCCATCGCCGCCGCCAAGGAGGGAGGGGCGGTG
GGATCGGGTGCGGCGATGACGACGACGCTACCGGCCAAGCCGAGAGCGCG
GTGGAGGTGTGTTGTCCACACACCGACCGGCAGTAGCGGATGGTTTCTGT
TCTCTCCCTCTCTCCCTCTCTCCCTCTCTCCCTCTCTCCCTCTCTGTTTC
TCTTTTCCCACACCCTTAGCTTTTTCCTCCATATATCTGTCGCGTTCTGT
CTCTCGCTATCTTCTCAACAATTGTCAATGAAAGTGAATAAATTCGTTTC
TATTGGTCCGCTCTAATATCGGTGATTCTGAACACCTCGCTCAGCATGAA
ATCACTGATAGCTCCCAATATTGGCAATAGGCTCGAGAAGCCAGCTCGAA
GGCACTGTTTTTTACTGCTGCTGCTGCTCTGCTCCCTCGCTCGCAACGCG
CGTGTTTTTCGGCCCTGCGCTTTTCATGTTTCTAGCAACACCTTCGACCC
AAGGGCAGCACACGGAGAGTTGATCCGTTCCCTGTAGCCTCAGCACAGGA
CAGCGAGCGGTCAATTTTTACGCGATCACGGGAGCGTCGGAAATTTTCGC
TTGCTTTGTCCTGCACCGCGGCCGCACTTTTCTTTCGTCAGCTGCTACCT
CGCTCGCTAGGAACATGTTGGAGTCGGAAAAATTCTCTCCGTGCATCGGA
AATGAGCGCCTACGGATAGACGGTTGTCGGCGTATAGTCGTCGGCGTAAT
TCACCGCCGTTGCAGTGTGTATTCGCGTATTTTTCAGTCGCCCGCTTCGT
TTTTCCTTGCTATAAGCCAAGCACGTCCGTCTGGTCTCTTTCTCCCTGTC
GGATTTTCCCTGCCGGTTCTGTTCTTTTACACGCAGCGGTTGCTGTGCTC
ACGCTGGCCGAGCAGGATTCGCTTCTTCGACTCGCTGGTGGAAGCCTGCT
CCGTCGCCGCCGCCGCTTGCGGGCCAACATCGTCACTGCCGGCGCAGGTG
TTTGCCGCAGGGGGGAGCGGCTTGAACAGGAGAGAGAGGCGGGGCGTGAG
GAGGAGCAATGAGAGAGGTGCAGCGGCTGCAAGGGGGTGCGGAGGCGGAG
GAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGGGGAGGAGGG
GCAGCGGCAGCTGCCGAGGAAAGGGGTGGGGAGGAGGGAAGTACCACGGC
GGTATCGGGAGAGCGCCTGGGGCGAGGCGGGTGGGGACGGGGACGGGAGG
AGGGCAGGGTAGAATCGGTGGGGTTGAGGATGACTTCGCCAGCGGCGGCG
GCGGCGACGGCGGCAGCAGTGGTGGCGACCGTGGTAGTGCTAGGGGGCAC
GCACGATGCGGGCCCGATGGGTCTGCGCCTGGCGGCGAGCGGGATGGCCG
TCGTCGGGGTCATAGGTGGGCAAAGATGAAGGCGGGAGGGGGGGGGGGGG
AAGCTCCAGAAAGGTATCAACAAGAGATGGGCAAGTTGGAGATTGGCAAG
TTGGTTGACCATGCTTTTGGGAGCATGAATGCGAGCTTTGGTGTAGGAGA
TGGGAGAGCAAAGGATGGCCTCGTGGGGCGGGCGGAAGGAGGCTGTCGAT
CCAAGGCAGACAAGCTGACTGACGACGTCCTCGGATGTACAGTCTTTTCC
GTTCAAGTGTTGTATGCGCGGGGTAGTGTCCTTCAGATTCGAAGAATGAT
GACTCACAATGCCGTCTGCTTCAGGAAATATGGGTGTCCGTAATCATTGA
AGTCATTGAAGTGGGGACGACTGTGCGCAGAAGATCTCACTTTCTTCATG
GCTCTACCTCGCGAGCTTTGTGGACGACCGCTTTTCCTTCCTTCCCTCTT
CTCGTGCCGTTGCTATCGGATCCCGCCCCATGCTCTGTGGACTTTCACAA
TCGGATCGATTTTACCGCTCGTTTGTTGTGGAACCCGCCGATAGTCTCTT
TTTCCGCGTCAATGAATAAACTCTAGAACCCGCTCGCCATTGGATGCCTC
GACAAACGCACGAAGGCTCCCCTTACCCCCAGCCTTCACCATGAGAAAGG
CTTTCTTTTTCGATTTATTCAACGTGGTTATTGCACAAACGATGGATGTT
GGCGGAAACTCGGTAGGAAGCAGGACCTACGCATCGGCTCGAAAACAGAT
GACGAGTGTGCTGGGGTCAAAACGGCTCACCCAAGCTACACATGAGTAAA
TCTCCTCCCTAGCCGACTCTCTCTGCCTGCGTGGATTTCTATTCTACCGT
GCCGTGAGCTCCCGTGACGGCGGTCCGCCAGCCAGCTTCAATCAAGCAGG
TCCTTGTTGGTTATGGCTGACTGTTGTCGTCGAGCTTTTATTCGTTGATC
ACAGACTCTCAGTCCCGCTAAACGATTGTACCCATTCCTGCGTTGGCTGT
CGCTTTGGTCGCGGTTAGTGTTGTCTGCAGCGCCCGCCGGTCTCCTCCCT
CCGGCCGGCGGCGCAGATTCTCGAGCATGAGGCCACGGTCTAGAGCACAA
AATCGTTCCGTTTCCGCTGCTGCCGTCGTCGTCGTCCCCGCTGCTGTTGA
TCCTGCTGCTTACACCCTGTCAATGGATGCTCCCTCTCCCTGTGGTGGTG
ATTTGCGACAGCGCCCGACGGCCGTCTCCCCACGGTGCAGGGCCGCGGCC
GTGCGCACGCGATCAGGTGCACCGGCAGGGGAGTCTCCGTGGTCTCGCTT
AACGTCGTGGCCGGCGCGTTGCCAGCCTCAGCCATGTCTGATGGCGAGAA
AGCTGACGACACCGACGGTCAAAATACCGCCGGCGGCGGCCGCGGCCATG
CGGACAGCGCAAGCGAGAGTGGCAGAGATGAAAGGGAGAGTACGGGCAGC
GGCAGCGAGAAGAACAAGAGCAACAACAAGCACCACGACAACGAGGTTTG
CGCGGACGACGACGGCGACGAGAAGGGCGGCGGGGGCGGCGGGGGTGACT
GCAACGACGGCGGCGGTGACGGCAGCACTAGCCCCGGAACCAACCAACAG
CACGTGAACTCAAGTCCGACGTCGACGACGTCGCCAACGCCAAGAACCTC
ACAACCACCCACAAGACGGCCACCGCAAGTAGCGGCAACACCCACGACAG
CAACATCAGCATCGAAACCAGCGACACGACCTCGACCAGCAGTGACGCGA
ACGACAGCAACGACGACGGCAGCGGCAACAGCGACAATAGTACCGACACC
GACGCCGGGAGGAGTCAAGAGGAATCTGGCATCAAGCTTGGCTCGGGCGA
ACGGCGGTCGCTCGGCGGAGCGGGATGGAGGGAGTGTGAGGAGGAAGCGT
CCCCGGTTGGTGTTCGATGACGAAGCCGCCCAGGCAAGTGGGAAGTGGTG
TGGTGACGCGGCATGTAGAATCTGTTGGGAGCAGGCGATGCGGCGAGAGT
GGAGGGAAGCAGAGAGGGGAGGAGGGGGGGAGGGAGGGCGGGAAGGAGGG
AGGAAGGAGAAAAAAAGAAGAGTGAGGGAAACAGCAGATGAAGCGGGGAC
GGCGGCCGGGGGACGGCGGCCGGGGACGGCGGCCGGGGGATGGCGGAGGT
TGGGGTTGCAGAGCGAGACTGACCTCTACCACATTATACCACAAGCGTGT
TTCGCCTGCCACCATTCACCGCAATTTCCCACAATCGTCGATGGCCTCGA
AGTCGCTAGTGGCGGAAAAAGAAAAAGCAAGCATGGCGGCCATTTCATGA
CCGCCAACCTTGCTCGAGCCTTTCGTGTCTCGTGTACACACAGCGCGCGC
ATCTGCAACTGAAGATGGCTCCCGGCCTTCTCGCTGCCCGAACGACTGTG
GCTCCTGTGCTCCTCAACGGGACGCTGCAGGATCGTTTGCCAGGGATGCT
GTTTGATTGTGTGGTCTGTTTCCTTCGCGCATCTTGTGTAATTGGGGAGT
TTTGTTGTTCCATTTCTCTGTTGGTCACCAACGACAGCTGCCGCCAAGGT
TTTAGCGAACACGCGCTCTTCGTGCGGTATCTTTAGTGTTGCCTCATTTT
TCGAGGCCCGAGAGATTCTTGGACGGCCATGTCCCGACGTGGACGGGTGT
CGCGTTTGTTTTCTTCCGCTCGGCAGGCGGTCCTCCTCGACCGCAGCAAA
GCAGCGACGGCGGCAGCATTAGTAACGGCTGCGGCGAAATACGGGGATAA
CGCCGGGAGCTGGGGCGGGAAACGGAAGCGGGCGTCCACAAAGGGGCCGC
TTAAGGTCGACGACGAGCCCCGTCGCCGCTCTGCAGCAGGAGGCCGACGA
GGCGGCCTTCCGCAGCGGCCGGCGCATGCCGTTACGGTGGAAGGAGGGGG
GTCGGCATCGATCTCGGGCTGCGACATCACCAGGCAAGTTCAAAATTAAG
TCAAGCAAAATCTAAAACCATTTTTGTAAGGCGTCTTTTCCATTCGTTGG
CGTTTGAATCACGGTCGTATTCGTTATAAGAAGCGAAAGTTGTTGGCTCG
CATTGTTGTGCTTTCAACGAAGATAAGATAGAAATATAAAGCTTGGTTCT
TGCCTTCCGACGGCCGCCTGCTCCACACGCAGGGGCGATCGTTTTACTTG
AAGGAGGAGTGTTTGCTTTCTACCACGACATCGGACTTTTGACTACGGAA
TCGATCCGGTTGGATGGTGATGGCGGTGGCGGTGTCCTGGTTGCTAGCTG
TCGGCTTCATTGATTGTGTCCCCGCGGCGCTGAAAACACGGCCACTCAAA
TGCCCGTGTTGGTCTCGAGCACTGCCACTGGGCAGAGCTGACCTAGCGCA
TCACTCTACTTTGTTTTTTCGGATTTTCGTTAGTACACAGACGTGAAAAC
ATGTACCCAGGACAAGCAAGCTTTATTTGCCGCGTTCGTACGCTGTATTT
CGGACCATTCCTCTCCCCTCCCCAACCCGCCCCTCCCGCCCGTTCCCCCA
GTCCTAGCCCCTGCGCCCGCCGCACCCTCTTAGCGATTGTTCAAGAAAAC
GAACGATGGCAAGACCAAAACTGACCCTCATCCCAACCCAAACTCAAACA
CAGCCCCAACCTTCCCCTCCCCTCCCGTGGAACGATTGGCCATCGGTGAT
CGATCCTGTGGGAACAATGCTCGTCCTCTCGAGGACGCGTGGTCAATGGT
CTAACAACTAAGGCATGCAAATCATGAGTCCCCCCCCCCCTCCCGTTGGC
CCCTTCAGCCACCTCCCGTTTGCTTGCGTGTGCGCGGCCGGTGGGGGCAC
CGTGGTGTCATTAAACGGCACCCGCCTTCACGACGGATCCGGCATGGGGC
TGCTGGCATGCGGCAAGGCGAAGGTGTCCGCCGACGAATGCGACTTTGCC
GGGATGGGTGCCGCAGGTATGAAATAGCGAGCGGGGATTAGAGCGAAAAT
GAAGACGAGGGAAAGGGACAGAGAGAGGGAGAGCACGTGGGAACGGGGGA
TAGGGGTCGCAGCGCGCTTGCTCTTGGGTTTCCGACGCACTTTCTTCAGT
CTCACGCGATTTATCCCACCGGCATAGTTTTTTTTCTTTATTTTACCATT
TGCCCGCCGACAATATATGGAACCATGCACATGCACAGAAAGCAATATTC
ATACATTAAAACCCTCCTTGAAGTATTTTGACTTGCTATCCTCTTCACCA
TCGGTAGCGGAGTTGCTGGCGGATGTCCCAGCGAAAACTTGCCGGTCGAT
GGCAAAACGTCGCTCGAACACAACTAACAGGTCAGGGTTTACCCGACCGA
GAGCGCCGGTAGGGTTCTCTGACGTGTTTTGCGTTCTTTGTCTTGTACGT
TGGTTCCGCTCACCCGAGATTGCCTTTGCTCGCTCGCAAGCATGAGAGCG
TAGACCAATCGAGGCATGCTTCATTTTCGCATTTACGACATATCCTTACT
TGCAAGACACATGACTCCAGCGCTTGGAGGTTTTCTAGCCGCAAAGGCCG
GCGGCAAATGAAGAGACGTCCGTTGGTGCCAGCGGGGCGGGGCTGTTGAA
CGGGAAGTATCGACAGAGAATGCGTGCGTGTGTGCTAGCTTTCGTGTTTT
GTTGATAAGAGCTCGAGCCACAAATGATTCGCCTCACCACAACAAAGTGC
GATGGGGCGGGATGTCAATTGCATGTAAATTCGTGTGGGTACAAGTGCGT
GTGAGCGAGCTCACGAAAATGTGACGGAGACAATCCAACAGTCACTTTTT
GTAGCCCAATGCTGTACTTGCTGCTGCAGGTATGATAATGTTAATTTTTC
GTGTTTTTTCTTCGGTATGGACGTTTCGGGTGTCTCTGTGTGTCTTTGTA
AATATCCGCCCGTCTTCCTGCCTGTCTGCCTGCCTGCTTGTCGGCGTTAG
CATTATTCCGGAGTATCTCCCGTTCTGTTCGCCTGCTGGTGTGTCTGCCT
ACTTCTCTGTGTCTGTCTGTGCCTGTGCCCGGCTCTCGTGGTGGCCTCCT
CACGCCACACGCCAACCGACACTAGGCGTCGAGGCGAGGGGCGGCTCCTA
TGCCGACCTCACGCGATGCAGCGTCTGCGGGTGCGGAAAGAGCGGCGTGT
TCGTCCACAGCTTCGGCGGGGCCAGGCTGAGCCGGTGCCGTGTCGCCGGG
AACCACTTCGCCGGCGTCGAGGCGATGAAGTAAGCAGGTGTTGCGTCAAA
GCAGGTCTGTGTGGCGGCAGCGTTGTGCCCTTGCCATTGTTGGAAGCCCG
ATGCCCCGTGAGCAATCAAGCGCAGAGTGAGCGATGCTTTTGGATGTTGC
ACCCTCCTCGCTTCCTCCTCCGCCCGACCCAGCGCCCCTCCCGGGCCCCT
ACTCGCGGCAAGTAAATCGCCGTGGAAGTCTGTCTCAACACCACGTCCTC
GGAAACTTAAAGGGCGGAAGATCGTTGATTTCAACACAGCAGGAAAGGTC
TAACTTTCACTTCCATTTTCACCTTGTTTGCTGCCCTATAACTTCATGAC
TTGAGCTGTTTTGCCCCGCATTCAATTCTTGAGCGGTGGCGCTCGTGGGA
GTCTCCCTCCTGTTTGTTTGTTTGCGTGTGTATTTCATAGGTGTGTGTTT
CACACTTCGTAGTATTTTTTCTGGTGCGCATGTCCTCGCCCCCTTGTCAT
TTGTTGCCTCCTTCCTGTTCTATTTGTTCTTCGTCCCTTCCCTTCCCTTC
CTCCGTCTCGACATTTGTTTCCGTTCTGGAGGAACGCGACTGTCACCCTC
GAGGCGTGCAGTATCGTCGACAGCAGGTACGTGCAACGGACGTGTTTTCT
TCTTGTTTTCTTGCTTGATTTTCTGCAACGCAAGCAGCGTGTCCGGTTAT
CTGCCCCGCCACCAATAGACCATGGGGTTCCCACTGGTAAACCTATAAGT
TGACCTACACGCACAAGACATTTTGGAGGGTGGTGGTGGTGATGGTGGGG
GGTACTATCGGCCCAGGTGGTAGCGAAGGGTTTTGGGGATTCCAGTTAGT
CTCGGCACTTCGTGGGCGCCGCTAACTCCGTTGTCCCGTCCGTGCTGTAT
ATGTTGCGTGGCCGGGCTGCAAATAGTGCAGGCGTCCTCTCGCCCGCCTG
AAAAATACTGGCACTTTTCAAGCCACCGCAAACGTAGGCAACCGGCGCCA
TTACTGGCGACACGATTAAGGCCACCGGCACTACCGATTCCACCACCACT
TCTCAGAAATAGGAAGCATGTGGAAGGCTTAACGTAGGCGTAAGATTTTT
TCTCGAGACGTCTTGAGTGAAACAACTTAATCTTGAGTGGCACCATTCAA
TCGGCAAAGCTGGCAATAAAGGGGACCCTTGTGTGCCATTCTTGCGTACG
TCGAATCCATGGTGGGCGGGTCTCTCATTTTTATTTTACAACTGTTGTTT
GTGTCAAAAGCGTCTAAGATGAAACAAACCCATGAACCGTTTCCCCGCGC
ACCCTGGCGTTTTGCCGGTGCTGATGGACGGCATTCTTTGCCGATATTGA
AACTACCGCCGGGTGGGTGTGTTAGGTGGGAGAAAATGGATTAAATATCC
GGCACCGCCCCGTACATGCATCGATGCACACATAATTCCGTTCGATGAAG
GGCTCCCTGAGTCCTTTCCAATTGGGTTTTTGATTCTTTTGTTTGCTGTT
GTTTGTCCTCTTTCCTTGTGCCTTCAAAACAGGCGCGGGGGTGTCCTCGC
CCATGTTGCCTCCAAAGTAACGCTCAGGGATTGCAATGTTGAGGGCAGCT
GCCTCGCCGGGATCGACGTTCGAACGGGGGCGGAGGCGGCCGTGGAGTCT
TGCTGCTTTCAGGGAGGCAAGACTAGCGGCATGTGAGTTTGAAAACGGCG
AGGGGGGGGTGTACTCATGAAAACGCATGCCGTAGTCGGTCAGACCATAG
ACCTCGCGTCACCTACAATGCCGGGACGGAGCGATACGCCGGGTTTTCGC
CGGCCAGGCGCGTTTCACAAGGATAAGCCAGCATCTGGCCATCATCCTTG
TGTTTGCTGAGCCAAACCGGGTCTGCCATGGGTTGATTGGGCATCCGGTA
AACCAAACGTTTCACATTCGGCAGGCTCGACTATTCTTCAAGTACCGCAA
GGGACTTCGATCTTTGCGCGCACTTATCATATTGGCGCGCCACACACAGC
GAACACGTCGCTTCGTGTGTGATACACTTGGAGAATAATCTGCTTATACA
CCCCACAGGTGGATACTCCGGAGTATTTCATAAGTATGATTGCTCTAGGG
CGTTCCAACTATCCAGCGTTCAGCGGACATCCTATAGGGTGTGATCTCTA
GGACCGGAGTCCACAAGCTCACAGGATATACCGCATGAACAACCCCCATG
CCCTATACAGCAGTTTTACTGCTCCATGCCACAAGAGCCAACCCTACCTC
GACCAATCCACCCTCGAAACCTCACAGGCTGGGGGATTATGGGTCTCAGT
TTTGAGGGGGGCGAGGGTgggggggGGGGGGCGTACTCATGTTTTGCATG
CCTTAGTTGTTAGACCATTGACCACGCGTCCTCGAGAGGACGGAGCATTG
TTCCCGCAGGATCGACCACCGATGGCCAATCGTTTCTTCCTACTTTGCCA
AAGGTGGCTCAAAAATGTTTTCCCTAACCTGTCTACTTTATACGTGTCCT
TCCTGGGCCACATCTTACACCCGAGTACCGCTACCGTCTTCTCCTCTTTG
TTCCATGCCTCAAACTTCTCTCTATACCGACTGTCTACTTTTTCCAGCTC
AACCATGTACCCTTCTCTCTCCTGATCGTACAACGGGCATTCCGCAACAA
CATGTACCCGGTCTTCGCATTCGGCGCCGCAGTCACATTTGAACATGTCT
TCGTCGTCGTCTACCTTCCTAAACCTCCTTGTACGTTCCCGTAGGTCAAT
GTCGCCCGTCCTAAATTTGACCTTCATCTTTGTCCCTTCATCCAATGGTC
CGTTCAGGTACTCCTTGAACCCTATTCCTTCGTTCAGCCTTCCGTACACT
TCTAGAACCTCCTTTTCCTTGGTCTCTTTCCGCAAGCTCTGGTCCTCTCT
ATTTTCGAAGGCTTCTGAGATGCTCTTCTTGTACCCTTCTAAGCTTTCCG
CTCCCGTCGTCTCCCGTTCGTCATTATCTAACCCACTCCACACTCCCTGT
ACCACCTTAGCCCACTCAATGGGTTGGGTGGGGGGGATAGAGAAAGGCGA
GGCAGAGAGGGAGAGGGAGTGACAGGAAGGGAAGGGAGAGAAAGAGCGAG
AGTAACCAAGATCTTGCAGACACGTATCTGGCTGTTTTCGTAGCTTGTCA
TGGCGAGAAGCGCGTGCAGTCGGTGCGCGCGGATGATCACGAGGCGAGGA
AGGGAGGGGTCGGAGGGCAGGAGAGGGAAGGGCGCAGCCACGCAATGATA
AAACCTGTCATTCCCATTTCGACGGACGATGTGCATTCTTACATTTGCCG
ATTGCGTGCGTTCGTGGCGTTCTGGTTTGTTTTTTCGCGTCACTCCCTCC
CTCCCAAAATGAAAGCTACGTCTCAGCAGGGGGCCGTGCCAGCGTATGCT
CGACGCTCATCAAGTCCAATCGCCTGGCAGCCGTCGAGGTGAGAGCTCCT
GACGGGCACCGCGACAGCTGCAAAGGCAACGGCGGCGGCGGCGGCGGCGC
TGGTAGCGGTCATCAGCAGCGAACGGCGCGACTCGACATCCCGCCGCCGA
ATGGACGAGAACGAAGACGGGATGGAGGGGAGGATGAAGGACGGTATGGA
GGAGAACGCCGGGCCGCCATTACTGCTGTGACAACACCGGCTGCTGCTGC
TGCTGCTGCTGCTGCTGTCGAAACCGTAGTGGACCAGTTCCATGGCGACG
GCGTCAGCAGCAGCGAGAATGTTGTGGATGGCGTTGCCGGTGGGTGGGGC
TGCAATGATGCCGCCGCTGCTGCTATCACTGCTTCTTCCGGTGCCGCTTT
TAGTGCTGCTTCAGCTGGTGCTGCCGCCGCCGCCGCTGCCGTCAGAGCCA
GCGAGAAGAGCGCGGGTCACAGCAAAAGCCCCTGGGAGTGCGGCTGCTGC
CACTGCTGCTCCGTCTCGTGGGGGCCAGGGAACGTGATGGAAGACAACGG
GCTGGACGGCGTCATGCGGACGGGGAGGGATCCTCCTGCACCCATGGGCC
CACTCCCCGACGTCCTTCCCGCCGTTGCTGGCGCGCACAACGCTATTGTG
GCACACAGCTTTCATTCAAAGCACGCCGTGTAGCATGCTTTTCTTTCCGT
TTATCGGCTTTCTTTTCCGTTGAAGTCTGCGCTGAAAGTCCGTCGGTACA
CGTGCATGACAAGAGTGTGGCGGAGGAGCGCACAGCCTTCCCGATGCGTT
GTTTGCCGCAGAGCTCCTCTCGGGGCATGGTGAGTCCCTCTTGTTTTCGT
GGAAAGCAAGAGGGCGCTCGCCGTTGCTTTTTGCCCCCGACAGAAGACTC
CAACCCACCGCCGTGTGAACAAAAAAAAACGGTTTCAGCTAC
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Coding sequence (CDS) from alignment at P-fluviatile_contig12:2384241..2403782+

>mRNA_P-fluviatile_contig12.1500.1 ID=mRNA_P-fluviatile_contig12.1500.1|Name=mRNA_P-fluviatile_contig12.1500.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=11442bp|location=Sequence derived from alignment at P-fluviatile_contig12:2384241..2403782+ (Porterinema fluviatile SAG_2381)
ATGGCCTACATCGGGGAGAAGTCCATCATTGAAGATGGCCTACATCGGGG
AGAAGTCCATCATTGAAGGTCGTGCGGTGCTGTCGGTGACCCCAGGCGTC
TTTTACAGCGAGCATCAGGTCGTGCGGTGCTGTCGGTGACCCCAGGCGTC
TTTTACAGCGAGCATCAGGTTTTCCAGAGAGACCTGTCGGTAGCAGCCCT
CCGGGTCTTTCGGCGGCTCAAGTTGAACACTCCAGCCCCGCAACAGCAGC
AGCAGCAGCGACACACCGGCGACAGCAGCAGCAACAGCAGCAGCACGCCA
GGAGTTCCATTGGTTGGGAGGCAGCTTATCCAAGGGAAGGAAAACGGGTG
TGCCGACGGACAACAACGACAACACGAAGAGGGCGGACACGATGGTGCGG
TGGGGGTGGCGCCAGCACACGTCTTGAAAGTTTGGTTTTCCAGAGAGACC
TGTCGGTAGCAGCCCTCCGGGTCTTTCGGCGGCTCAAGTTGAACACTCCA
GCCCCGCAACAGCAGCAGCAGCAGCGACACACCGGCGACAGCAGCAGCAA
CAGCAGCAGCACGCCAGGAGTTCCATTGGTTGGGAGGCAGCTTATCCAAG
GGAAGGAAAACGGGTGTGCCGACGGACAACAACGACAACACGAAGAGGGC
GGACACGATGGTGCGGTGGGGGTGGCGCCAGCACACGTCTTGAAAGTTTG
CGATGCGTTGGCAGGGGGCGGCGTGAGGGCCATTCGGTATGCGCTTGAGG
CTGGTGGGCCCGTCGCGGTGGTGGCCAACGATCAATCCAGGGAGGCCTGC
GAAGCGATGCGTTGGCAGGGGGCGGCGTGAGGGCCATTCGGTATGCGCTT
GAGGCTGGTGGGCCCGTCGCGGTGGTGGCCAACGATCAATCCAGGGAGGC
CTGCGAAGCCATACTTCGAAATGCTCGACTGAGCGGCATCAGTGTCACCG
TTCCGGAAACAGCATCGACGAGGTCACCACGAGAGAAAAAAACGAATCAC
GGAGGAGGAGGACGAGAGAGAGAAGAACACGAGCGTGTACATGCTGCTAC
TGATGATGGTGGTGGTGTTTATGACGCTGGTGATGACGTTGAAGAAGCCG
CGAGCGTTCACCGGGAAGGGAAACAACCTCCGTGGGAGCCGGAAGTACCG
GGGCACACCCTGCGGCCGCCGCAGCAAGCTTCGAATCGAGCTTCTTCACT
CGACCAGAGACCACCGACACTATCGCCTTCGTCTTTGTCCTCGTTCAATG
TGCGGGAGGGACCCGCAAACGATGTTCTCCGGAGACCCCCCACTTCTGCA
TTTTCGGGAGTGGATGCAGCGGCGGCGGGAGATGGAAACGCCGGTAATTT
TGGCGAAGCCGGGGGATCGACATCCAGCGGCGGCGGCGACGGCAACGGCA
ACGGTGACGGCGGCAGCTGTAGCAGCAGCGGCGGCGACGGCGGTGGCGTC
GGAGAATGCTGGGATTTTATCGACGTGGACCCATTTGGCAGCTGCATGCC
GTTCTTGGAGGCGGCCGTCGCGGGCGCTAAGGATGGAGGGGTGTTGGCGG
TGGCGGCGACGGACCTGGTGGTGCTGTGCGGGAAGAAAGGAGGGCGGCAG
CCATACTTCGAAATGCTCGACTGAGCGGCATCAGTGTCACCGTTCCGGAA
ACAGCATCGACGAGGTCACCACGAGAGAAAAAAACGAATCACGGAGGAGG
AGGACGAGAGAGAGAAGAACACGAGCGTGTACATGCTGCTACTGATGATG
GTGGTGGTGTTTATGACGCTGGTGATGACGTTGAAGAAGCCGCGAGCGTT
CACCGGGAAGGGAAACAACCTCCGTGGGAGCCGGAAGTACCGGGGCACAC
CCTGCGGCCGCCGCAGCAAGCTTCGAATCGAGCTTCTTCACTCGACCAGA
GACCACCGACACTATCGCCTTCGTCTTTGTCCTCGTTCAATGTGCGGGAG
GGACCCGCAAACGATGTTCTCCGGAGACCCCCCACTTCTGCATTTTCGGG
AGTGGATGCAGCGGCGGCGGGAGATGGAAACGCCGGTAATTTTGGCGAAG
CCGGGGGATCGACATCCAGCGGCGGCGGCGACGGCAACGGCAACGGTGAC
GGCGGCAGCTGTAGCAGCAGCGGCGGCGACGGCGGTGGCGTCGGAGAATG
CTGGGATTTTATCGACGTGGACCCATTTGGCAGCTGCATGCCGTTCTTGG
AGGCGGCCGTCGCGGGCGCTAAGGATGGAGGGGTGTTGGCGGTGGCGGCG
ACGGACCTGGTGGTGCTGTGCGGGAAGAAAGGAGGGCGGCAGTGTCGTCG
GCAGTACCGGGCGACCGTGTCAGACAAGCCTTACGCGAGGGAGGCAGCGA
TGAGGGTTTTACTGCACCACCTGGACGTGCTGGCTAGGCGTAGGAGCAAG
CGCATCTCCCCTCTACTTTGCGTGGCCCTTGACTTCTACTGTCGTCGGCA
GTACCGGGCGACCGTGTCAGACAAGCCTTACGCGAGGGAGGCAGCGATGA
GGGTTTTACTGCACCACCTGGACGTGCTGGCTAGGCGTAGGAGCAAGCGC
ATCTCCCCTCTACTTTGCGTGGCCCTTGACTTCTACGTTCGCCTGTTCGT
GATGATCCTGCCGGTGCCGTCGACCGACGCAAAGGGAAACTCCGCGCTTG
CCCTGCTCCCGTCGCGGCCACCGCCGGCGCCACCGCAGCAATACCTCGTG
GTCGAACAGCGGGTCGATACGGCGGAGTTCACTCTCCGCAGAGGCAACGG
CTTTCGCGGAGGCGGCGGCATCCAGCCCCGCTTTGCACGTTGCCGCAGCT
GCGCTAACTCCGGCAGTGGCGGAGACGGAGGCGGGGGCTTGGACGGGAAC
GGGGACGACGGCCGCGGGAACGGCGACCGAGGGGGCCCGAGAAGCGGCGC
CGAAGTGAAGGCGGGGTGGTACCAAACCGGCGAGGGGACCGGTCCTGGGC
CGAACGCTCCGGAGTTGGAGAACGGCGTTGAGGTAGAGAACGGTTCGCCT
GTTCGTGATGATCCTGCCGGTGCCGTCGACCGACGCAAAGGGAAACTCCG
CGCTTGCCCTGCTCCCGTCGCGGCCACCGCCGGCGCCACCGCAGCAATAC
CTCGTGGTCGAACAGCGGGTCGATACGGCGGAGTTCACTCTCCGCAGAGG
CAACGGCTTTCGCGGAGGCGGCGGCATCCAGCCCCGCTTTGCACGTTGCC
GCAGCTGCGCTAACTCCGGCAGTGGCGGAGACGGAGGCGGGGGCTTGGAC
GGGAACGGGGACGACGGCCGCGGGAACGGCGACCGAGGGGGCCCGAGAAG
CGGCGCCGAAGTGAAGGCGGGGTGGTACCAAACCGGCGAGGGGACCGGTC
CTGGGCCGAACGCTCCGGAGTTGGAGAACGGCGTTGAGGTAGAGAACGGA
TCCCGAGACAGAGAACTGTCCGCTCGTGGAGACGGGAGAGGGGGCACGGG
AGGGATGGCTCGCGTTGGGCCCCTTTTGGGCCGGACCGCTGTTTCGGCCC
GATTTCGTGGCCGATGTTCTCGCCGAGGATCCCGAGACAGAGAACTGTCC
GCTCGTGGAGACGGGAGAGGGGGCACGGGAGGGATGGCTCGCGTTGGGCC
CCTTTTGGGCCGGACCGCTGTTTCGGCCCGATTTCGTGGCCGATGTTCTC
GCCGAGGCGGGGCTGCGGCCGAGGCCCCGGGGTTTTGTGGAAGAATGCCG
TCGCCAATACCTGACGTCGAGGCAGTGCGGGCGGGGCTGCGGCCGAGGCC
CCGGGGTTTTGTGGAAGAATGCCGTCGCCAATACCTGACGTCGAGGCAGT
GCGGGAGCAGCTGAGATCCATGGACCTCGAGTGTTCCGGCTCCCACGCCG
ACCCGCGGGCCCTGAAGACACGAGCATCGCTGGCGGCTGTGGAAGAGGCC
GTCCGTCGGGCGGCCACCGCCAAGGAGCAGCTGAGATCCATGGACCTCGA
GTGTTCCGGCTCCCACGCCGACCCGCGGGCCCTGAAGACACGAGCATCGC
TGGCGGCTGTGGAAGAGGCCGTCCGTCGGGCGGCCACCGCCAAGGCGGTC
TCTGGCGCGGGAGGCGGCCCGCAGCAGCAACAACAGCGACCGCCTGGCTC
TCTGCAGGCGACACGCGCTCAAGTAGCAGCACAAGCTGCAGCAAGAGGAA
GAAATGCGCAAACGGACGAGCCGAAAGCAGCAGAGATAGGCATTCCGCGG
CAGGGACTGGGAAAGAGGGAAGACAGCGGCAACGGCAGTGAGGGCAAGGG
CGGTGGCGGTGGCGACGGTGGCGGGAGCGGCAGCGGCAGCGGCGACATCT
GGAGAACCGCAACGGTTCAAGCGGCAGCGGCGGCGAAACCGGCCTCGAAA
CCGGCGCCAGCAGGGTCGGCGGGACCGCGTGTGCCTGTCGGACTTGTCGA
GCTTGATCCCGTATGCCAGGCGGTCTCTGGCGCGGGAGGCGGCCCGCAGC
AGCAACAACAGCGACCGCCTGGCTCTCTGCAGGCGACACGCGCTCAAGTA
GCAGCACAAGCTGCAGCAAGAGGAAGAAATGCGCAAACGGACGAGCCGAA
AGCAGCAGAGATAGGCATTCCGCGGCAGGGACTGGGAAAGAGGGAAGACA
GCGGCAACGGCAGTGAGGGCAAGGGCGGTGGCGGTGGCGACGGTGGCGGG
AGCGGCAGCGGCAGCGGCGACATCTGGAGAACCGCAACGGTTCAAGCGGC
AGCGGCGGCGAAACCGGCCTCGAAACCGGCGCCAGCAGGGTCGGCGGGAC
CGCGTGTGCCTGTCGGACTTGTCGAGCTTGATCCCGTATGCCAGGGCGAA
CGACGAGGATTTCCGCACCTCACGATGGCGTCGCTGCTAGGTTTCGTCGA
GGAGTCCTTGGCCTCTTCGACGAGCGATGATGCTGTGGACGGCAGCAGCG
GGGCAACCAACAGCCGCAGAAGCTCCGGTAACGGCAACGGAAGCAGCGGC
GGCGAGATCAGTACCAGAAGCAGTGAAGAGGCCAGCAGCGACCACACAAG
CAAGGGCAGGAGCGGTACCGACAGGAGCGGCGGGACCCGCAGAGTAACCC
AGGAAGTCAGAGGAAACGACGACGACGTAGAAGACGACGACGACGGCGAC
GACGACGGTAACAACACAATCGGGAACAGCGGGAGTGGTGCCGGCGACAA
CGCCGATACCCCCCGTAAACGTCCCCGCGATGATGTTGCCGCTGCTGTTG
GTGATGCCGTCGGGGTTGATGTTGCCGCCAGCCCTGCCGGCGCTGTTCCA
CCGCCGTCGAACGGGGCTTTCTTCTGCTTCGTCCGCAGCGGCAGCCGCCA
TCGCCGCCGCCAAGGAGGGAGGGGCGGTGGGATCGGGTGCGGCGATGACG
ACGACGCTACCGGCCAAGCCGAGAGCGCGGTGGAGGGCGAACGACGAGGA
TTTCCGCACCTCACGATGGCGTCGCTGCTAGGTTTCGTCGAGGAGTCCTT
GGCCTCTTCGACGAGCGATGATGCTGTGGACGGCAGCAGCGGGGCAACCA
ACAGCCGCAGAAGCTCCGGTAACGGCAACGGAAGCAGCGGCGGCGAGATC
AGTACCAGAAGCAGTGAAGAGGCCAGCAGCGACCACACAAGCAAGGGCAG
GAGCGGTACCGACAGGAGCGGCGGGACCCGCAGAGTAACCCAGGAAGTCA
GAGGAAACGACGACGACGTAGAAGACGACGACGACGGCGACGACGACGGT
AACAACACAATCGGGAACAGCGGGAGTGGTGCCGGCGACAACGCCGATAC
CCCCCGTAAACGTCCCCGCGATGATGTTGCCGCTGCTGTTGGTGATGCCG
TCGGGGTTGATGTTGCCGCCAGCCCTGCCGGCGCTGTTCCACCGCCGTCG
AACGGGGCTTTCTTCTGCTTCGTCCGCAGCGGCAGCCGCCATCGCCGCCG
CCAAGGAGGGAGGGGCGGTGGGATCGGGTGCGGCGATGACGACGACGCTA
CCGGCCAAGCCGAGAGCGCGGTGGAGCGGTTGCTGTGCTCACGCTGGCCG
AGCAGGATTCGCTTCTTCGACTCGCTGGTGGAAGCCTGCTCCGTCGCCGC
CGCCGCTTGCGGGCCAACATCGTCACTGCCGGCGCAGGTGTTTGCCGCAG
GGGGGAGCGGCTTGAACAGGAGAGAGAGGCGGGGCGTGAGGAGGAGCAAT
GAGAGAGGTGCAGCGGCTGCAAGGGGGTGCGGAGGCGGAGGAGGAGGAGG
AGGAGGAGGAGGAGGAGGAGGAGGAGGAGGGGGAGGAGGGGCAGCGGCAG
CTGCCGAGGAAAGGGGTGGGGAGGAGGGAAGTACCACGGCGGTATCGGGA
GAGCGCCTGGGGCGAGGCGGGTGGGGACGGGGACGGGAGGAGGGCAGGGT
AGAATCGGTGGGGTTGAGGATGACTTCGCCAGCGGCGGCGGCGGCGACGG
CGGCAGCAGTGGTGGCGACCGTGGTAGTGCTAGGGGGCACGCACGATGCG
GGCCCGATGGGTCTGCGCCTGGCGGCGAGCGGGATGGCCGTCGTCGGGGT
CATAGCGGTTGCTGTGCTCACGCTGGCCGAGCAGGATTCGCTTCTTCGAC
TCGCTGGTGGAAGCCTGCTCCGTCGCCGCCGCCGCTTGCGGGCCAACATC
GTCACTGCCGGCGCAGGTGTTTGCCGCAGGGGGGAGCGGCTTGAACAGGA
GAGAGAGGCGGGGCGTGAGGAGGAGCAATGAGAGAGGTGCAGCGGCTGCA
AGGGGGTGCGGAGGCGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGG
AGGAGGAGGGGGAGGAGGGGCAGCGGCAGCTGCCGAGGAAAGGGGTGGGG
AGGAGGGAAGTACCACGGCGGTATCGGGAGAGCGCCTGGGGCGAGGCGGG
TGGGGACGGGGACGGGAGGAGGGCAGGGTAGAATCGGTGGGGTTGAGGAT
GACTTCGCCAGCGGCGGCGGCGGCGACGGCGGCAGCAGTGGTGGCGACCG
TGGTAGTGCTAGGGGGCACGCACGATGCGGGCCCGATGGGTCTGCGCCTG
GCGGCGAGCGGGATGGCCGTCGTCGGGGTCATAGCGCCCGACGGCCGTCT
CCCCACGGTGCAGGGCCGCGGCCGTGCGCACGCGATCAGGTGCACCGGCA
GGGGAGTCTCCGTGGTCTCGCTTAACGTCGTGGCCGGCGCGTTGCCAGCC
TCAGCCATGTCTGATGGCGAGAAAGCTGACGACACCGACGGTCAAAATAC
CGCCGGCGGCGGCCGCGGCCATGCGGACAGCGCAAGCGAGAGTGGCAGAG
ATGAAAGGGAGAGTACGGGCAGCGGCAGCGAGAAGAACAAGAGCAACAAC
AAGCACCACGACAACGAGGTTTGCGCGGACGACGACGGCGACGAGAAGGG
CGGCGGGGGCGGCGGGGGTGACTGCAACGACGGCGGCGGTGACGGCAGCA
CTAGCCCCGGAACCAACCAACAGCACGTGAACTCAAGTCCGACGTCGACG
ACGTCGCCAACGCCAAGAACCTCACAACCACCCACAAGACGGCCACCGCA
AGTAGCGGCAACACCCACGACAGCAACATCAGCATCGAAACCAGCGACAC
GACCTCGACCAGCAGTGACGCGAACGACAGCAACGACGACGGCAGCGGCA
ACAGCGACAATAGTACCGACACCGACGCCGGGAGGAGTCAAGAGGAATCT
GGCATCAAGCTTGGCTCGGGCGAACGGCGGTCGCTCGGCGGAGCGGGATG
GAGGGAGTGTGAGGAGGAAGCGTCCCCGGTTGGTGTTCGATGACGAAGCC
GCCCAGCGCCCGACGGCCGTCTCCCCACGGTGCAGGGCCGCGGCCGTGCG
CACGCGATCAGGTGCACCGGCAGGGGAGTCTCCGTGGTCTCGCTTAACGT
CGTGGCCGGCGCGTTGCCAGCCTCAGCCATGTCTGATGGCGAGAAAGCTG
ACGACACCGACGGTCAAAATACCGCCGGCGGCGGCCGCGGCCATGCGGAC
AGCGCAAGCGAGAGTGGCAGAGATGAAAGGGAGAGTACGGGCAGCGGCAG
CGAGAAGAACAAGAGCAACAACAAGCACCACGACAACGAGGTTTGCGCGG
ACGACGACGGCGACGAGAAGGGCGGCGGGGGCGGCGGGGGTGACTGCAAC
GACGGCGGCGGTGACGGCAGCACTAGCCCCGGAACCAACCAACAGCACGT
GAACTCAAGTCCGACGTCGACGACGTCGCCAACGCCAAGAACCTCACAAC
CACCCACAAGACGGCCACCGCAAGTAGCGGCAACACCCACGACAGCAACA
TCAGCATCGAAACCAGCGACACGACCTCGACCAGCAGTGACGCGAACGAC
AGCAACGACGACGGCAGCGGCAACAGCGACAATAGTACCGACACCGACGC
CGGGAGGAGTCAAGAGGAATCTGGCATCAAGCTTGGCTCGGGCGAACGGC
GGTCGCTCGGCGGAGCGGGATGGAGGGAGTGTGAGGAGGAAGCGTCCCCG
GTTGGTGTTCGATGACGAAGCCGCCCAGGCGGTCCTCCTCGACCGCAGCA
AAGCAGCGACGGCGGCAGCATTAGTAACGGCTGCGGCGAAATACGGGGAT
AACGCCGGGAGCTGGGGCGGGAAACGGAAGCGGGCGTCCACAAAGGGGCC
GCTTAAGGTCGACGACGAGCCCCGTCGCCGCTCTGCAGCAGGAGGCCGAC
GAGGCGGCCTTCCGCAGCGGCCGGCGCATGCCGTTACGGTGGAAGGAGGG
GGGTCGGCATCGATCTCGGGCTGCGACATCACCAGGCGGTCCTCCTCGAC
CGCAGCAAAGCAGCGACGGCGGCAGCATTAGTAACGGCTGCGGCGAAATA
CGGGGATAACGCCGGGAGCTGGGGCGGGAAACGGAAGCGGGCGTCCACAA
AGGGGCCGCTTAAGGTCGACGACGAGCCCCGTCGCCGCTCTGCAGCAGGA
GGCCGACGAGGCGGCCTTCCGCAGCGGCCGGCGCATGCCGTTACGGTGGA
AGGAGGGGGGTCGGCATCGATCTCGGGCTGCGACATCACCAGCCACCTCC
CGTTTGCTTGCGTGTGCGCGGCCGGTGGGGGCACCGTGGTGTCATTAAAC
GGCACCCGCCTTCACGACGGATCCGGCATGGGGCTGCTGGCATGCGGCAA
GGCGAAGGTGTCCGCCGACGAATGCGACTTTGCCGGGATGGGTGCCGCAG
CCACCTCCCGTTTGCTTGCGTGTGCGCGGCCGGTGGGGGCACCGTGGTGT
CATTAAACGGCACCCGCCTTCACGACGGATCCGGCATGGGGCTGCTGGCA
TGCGGCAAGGCGAAGGTGTCCGCCGACGAATGCGACTTTGCCGGGATGGG
TGCCGCAGGCGTCGAGGCGAGGGGCGGCTCCTATGCCGACCTCACGCGAT
GCAGCGTCTGCGGGTGCGGAAAGAGCGGCGTGTTCGTCCACAGCTTCGGC
GGGGCCAGGCTGAGCCGGTGCCGTGTCGCCGGGAACCACTTCGCCGGCGT
CGAGGCGATGAAGCGTCGAGGCGAGGGGCGGCTCCTATGCCGACCTCACG
CGATGCAGCGTCTGCGGGTGCGGAAAGAGCGGCGTGTTCGTCCACAGCTT
CGGCGGGGCCAGGCTGAGCCGGTGCCGTGTCGCCGGGAACCACTTCGCCG
GCGTCGAGGCGATGAAGAACGCGACTGTCACCCTCGAGGCGTGCAGTATC
GTCGACAGCAGGAACGCGACTGTCACCCTCGAGGCGTGCAGTATCGTCGA
CAGCAGGCGCGGGGGTGTCCTCGCCCATGTTGCCTCCAAAGTAACGCTCA
GGGATTGCAATGTTGAGGGCAGCTGCCTCGCCGGGATCGACGTTCGAACG
GGGGCGGAGGCGGCCGTGGAGTCTTGCTGCTTTCAGGGAGGCAAGACTAG
CGGCATGCGCGGGGGTGTCCTCGCCCATGTTGCCTCCAAAGTAACGCTCA
GGGATTGCAATGTTGAGGGCAGCTGCCTCGCCGGGATCGACGTTCGAACG
GGGGCGGAGGCGGCCGTGGAGTCTTGCTGCTTTCAGGGAGGCAAGACTAG
CGGCATCTACGTCTCAGCAGGGGGCCGTGCCAGCGTATGCTCGACGCTCA
TCAAGTCCAATCGCCTGGCAGCCGTCGAGGTGAGAGCTCCTGACGGGCAC
CGCGACAGCTGCAAAGGCAACGGCGGCGGCGGCGGCGGCGCTGGTAGCGG
TCATCAGCAGCGAACGGCGCGACTCGACATCCCGCCGCCGAATGGACGAG
AACGAAGACGGGATGGAGGGGAGGATGAAGGACGGTATGGAGGAGAACGC
CGGGCCGCCATTACTGCTGTGACAACACCGGCTGCTGCTGCTGCTGCTGC
TGCTGCTGTCGAAACCGTAGTGGACCAGTTCCATGGCGACGGCGTCAGCA
GCAGCGAGAATGTTGTGGATGGCGTTGCCGGTGGGTGGGGCTGCAATGAT
GCCGCCGCTGCTGCTATCACTGCTTCTTCCGGTGCCGCTTTTAGTGCTGC
TTCAGCTGGTGCTGCCGCCGCCGCCGCTGCCGTCAGAGCCAGCGAGAAGA
GCGCGGGTCACAGCAAAAGCCCCTGGGAGTGCGGCTGCTGCCACTGCTGC
TCCGTCTCGTGGGGGCCAGGGAACGTGATGGAAGACAACGGGCTGGACGG
CGTCATGCGGACGGGGAGGGATCCTCCTGCACCCATGGGCCCACTCCCCG
ACGTCCTTCCCGCCGTTGCTGGCGCGCACAACGCTATTGTGGCACACAGC
TTTCATTCAAAGCACGCCGTGTAGCTACGTCTCAGCAGGGGGCCGTGCCA
GCGTATGCTCGACGCTCATCAAGTCCAATCGCCTGGCAGCCGTCGAGGTG
AGAGCTCCTGACGGGCACCGCGACAGCTGCAAAGGCAACGGCGGCGGCGG
CGGCGGCGCTGGTAGCGGTCATCAGCAGCGAACGGCGCGACTCGACATCC
CGCCGCCGAATGGACGAGAACGAAGACGGGATGGAGGGGAGGATGAAGGA
CGGTATGGAGGAGAACGCCGGGCCGCCATTACTGCTGTGACAACACCGGC
TGCTGCTGCTGCTGCTGCTGCTGCTGTCGAAACCGTAGTGGACCAGTTCC
ATGGCGACGGCGTCAGCAGCAGCGAGAATGTTGTGGATGGCGTTGCCGGT
GGGTGGGGCTGCAATGATGCCGCCGCTGCTGCTATCACTGCTTCTTCCGG
TGCCGCTTTTAGTGCTGCTTCAGCTGGTGCTGCCGCCGCCGCCGCTGCCG
TCAGAGCCAGCGAGAAGAGCGCGGGTCACAGCAAAAGCCCCTGGGAGTGC
GGCTGCTGCCACTGCTGCTCCGTCTCGTGGGGGCCAGGGAACGTGATGGA
AGACAACGGGCTGGACGGCGTCATGCGGACGGGGAGGGATCCTCCTGCAC
CCATGGGCCCACTCCCCGACGTCCTTCCCGCCGTTGCTGGCGCGCACAAC
GCTATTGTGGCACACAGCTTTCATTCAAAGCACGCCGTGTAG
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