mRNA_Ecto-sp13_S_contig172.5099.1 (mRNA) Ectocarpus species13 EcNAP12_S_4_19m

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

Overview
NamemRNA_Ecto-sp13_S_contig172.5099.1
Unique NamemRNA_Ecto-sp13_S_contig172.5099.1
TypemRNA
OrganismEctocarpus species13 EcNAP12_S_4_19m (Ectocarpus species13 EcNAP12_S_4_19m)
Homology
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A6H5L4E6_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L4E6_9PHAE)

HSP 1 Score: 321 bits (822), Expect = 4.450e-98
Identity = 155/171 (90.64%), Postives = 158/171 (92.40%), Query Frame = 1 
Query: 1018 VDRSKDDGMGPPFVVGGRSSKPADDSRTSMDCIPQAMAVQEPNERRMRGTMGQGTAKKVTIVENLDSKDTPWVGKGGGVLVSVPRNAHWAFDWGFYHDIGPITVEEAAEVVKGSDDSICVVLQSVHCRPAGTTFLEPLTLDFAVRDGRVRWWDRAAVCEDVLREYQVLSKQ 1530
            VDRSKDDG GP  VVGGRSSKPADD RTSMDCIPQA AVQEPNERRMRGTMGQ TAKKVTIVENLDSKDTPWVGKGGGVLVSVP NAHWAFDWGFYH IGPITV+EAAEVVKGSDDS+CVVLQ+VHCRPAGTTFLEPLTLDFAVRDG VRWWDRAAV EDVLREYQV   Q
Sbjct:  109 VDRSKDDGTGPALVVGGRSSKPADDLRTSMDCIPQATAVQEPNERRMRGTMGQRTAKKVTIVENLDSKDTPWVGKGGGVLVSVPMNAHWAFDWGFYHGIGPITVQEAAEVVKGSDDSVCVVLQAVHCRPAGTTFLEPLTLDFAVRDGHVRWWDRAAVYEDVLREYQVPKHQ 279
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: D7FVG2_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FVG2_ECTSI)

HSP 1 Score: 103 bits (256), Expect = 1.040e-22
Identity = 46/62 (74.19%), Postives = 52/62 (83.87%), Query Frame = 2 
Query:   50 MSQTDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGP 235
            M+QTDR ALLAL+HA  GPAW RN NWDTDSPISQW+GVTV  DRV KL+LM NN+QG +GP
Sbjct:    1 MAQTDRAALLALYHATGGPAWTRNYNWDTDSPISQWYGVTVIGDRVVKLNLMCNNVQGSVGP 62
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: UPI001F273CD6 (hypothetical protein n=1 Tax=Formosa maritima TaxID=2592046 RepID=UPI001F273CD6)

HSP 1 Score: 74.7 bits (182), Expect = 9.400e-10
Identity = 33/64 (51.56%), Postives = 47/64 (73.44%), Query Frame = 2 
Query:   59 TDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENL 250
            +DR AL+AL++A  G +WN N NW+T +P+ QWHGVTV+++RV ++ L SNNL G L   I +L
Sbjct:  611 SDRAALVALYNATNGGSWNTNTNWNTAAPVYQWHGVTVSDNRVIEIVLESNNLDGTLPAEIGDL 674
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A7X3UXJ8_9BACT (Uncharacterized protein n=1 Tax=Gemmatimonadetes bacterium TaxID=2026742 RepID=A0A7X3UXJ8_9BACT)

HSP 1 Score: 71.6 bits (174), Expect = 2.440e-9
Identity = 31/64 (48.44%), Postives = 44/64 (68.75%), Query Frame = 2 
Query:   62 DRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENLA 253
            DR AL+ L+ A  GP W+++DNW TD+P+ +WHGVTV+  RV +L L  NNL G +   + +LA
Sbjct:  216 DRAALVTLYEATGGPNWHQSDNWLTDAPLGEWHGVTVSNGRVVQLKLDHNNLTGPIPTELGDLA 279
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: UPI001B39EBFE (immunoglobulin domain-containing protein n=1 Tax=Aquimarina sp. MMG016 TaxID=2822690 RepID=UPI001B39EBFE)

HSP 1 Score: 72.4 bits (176), Expect = 5.290e-9
Identity = 31/67 (46.27%), Postives = 46/67 (68.66%), Query Frame = 2 
Query:   50 MSQTDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENL 250
            +SQ +R AL+ L++A  G  W  N+NW+TD+P+  W+GVTV E +V KL+L +NN+ G +   I NL
Sbjct: 1881 VSQKERQALVDLYNATNGLNWTNNNNWNTDTPVCSWYGVTVREGKVVKLELANNNVSGTIPASIGNL 1947
[Close]
BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A6N8WNN1_9BACT (S8 family serine peptidase (Fragment) n=1 Tax=Acidobacteria bacterium TaxID=1978231 RepID=A0A6N8WNN1_9BACT)

HSP 1 Score: 71.2 bits (173), Expect = 8.280e-9
Identity = 32/65 (49.23%), Postives = 43/65 (66.15%), Query Frame = 2 
Query:   59 TDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENLA 253
            +D+ AL AL++A  G  W+ N NW +D P+  WHGVT+T  RVA+L L SN+L G L   + NLA
Sbjct:   47 SDKAALEALYNATGGDNWSNNKNWLSDEPVGSWHGVTLTNGRVARLSLESNDLTGALPTQLGNLA 111
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A6L7W9J9_9BACT (Uncharacterized protein n=4 Tax=Gemmatimonadetes bacterium TaxID=2026742 RepID=A0A6L7W9J9_9BACT)

HSP 1 Score: 67.0 bits (162), Expect = 9.360e-9
Identity = 31/67 (46.27%), Postives = 42/67 (62.69%), Query Frame = 2 
Query:   62 DRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENLAPEK 262
            DR  L+AL++A  G  W    NW +DS +S WHG+TV+ +RV  LDL +NNL G L   + NL+  K
Sbjct:   31 DRDVLVALYNATNGANWTNRTNWLSDSDLSTWHGITVSNERVIALDLANNNLTGELPGALGNLSDLK 97
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BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A3N9NUE1_9BACT (T9SS C-terminal target domain-containing protein n=1 Tax=bacterium TaxID=1869227 RepID=A0A3N9NUE1_9BACT)

HSP 1 Score: 69.3 bits (168), Expect = 3.030e-8
Identity = 35/68 (51.47%), Postives = 45/68 (66.18%), Query Frame = 2 
Query:   47 KMSQTDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENL 250
            KM Q D +AL+AL+++  G +W  N NW T  P+S WHGVT+ EDRV ++DL  NNL G L   I NL
Sbjct:  218 KMKQ-DSLALVALYNSTNGDSWTNNTNWLT-GPVSTWHGVTIEEDRVYRIDLHGNNLVGTLPGEIGNL 283
[Close]
BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: UPI000D0E5473 (M64 family metallo-endopeptidase n=1 Tax=Parabacteroides pacaensis TaxID=2086575 RepID=UPI000D0E5473)

HSP 1 Score: 69.3 bits (168), Expect = 3.420e-8
Identity = 31/70 (44.29%), Postives = 43/70 (61.43%), Query Frame = 2 
Query:   53 SQTDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENLAPEK 262
            ++ DR AL+AL+++  G  W  ++NW ++ P+SQWHGV V  D V  L L  NNL G + P I NL   K
Sbjct:  279 TKDDRTALMALYNSLGGAEWTNHENWGSNKPLSQWHGVEVENDHVTGLYLSDNNLTGEIPPEIGNLTSLK 348
[Close]
BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Match: A0A1J5KW90_9FLAO (Two component regulator three Y domain protein n=1 Tax=Lacinutrix sp. MedPE-SW TaxID=1860087 RepID=A0A1J5KW90_9FLAO)

HSP 1 Score: 66.6 bits (161), Expect = 3.790e-8
Identity = 33/73 (45.21%), Postives = 43/73 (58.90%), Query Frame = 2 
Query:   32 LRRFFKMSQTDRVALLALHHAAVGPAWNRNDNWDTDSPISQWHGVTVTEDRVAKLDLMSNNLQGILGPIIENL 250
            L  F  +SQT++ ALLALH +  G  W +   WD +  +S WHGVTV  D+V  L+L  NNL G L   + NL
Sbjct:   15 LLSFASISQTEKEALLALHTSTNGEQWTKK--WDLNKAVSNWHGVTVENDKVVALNLSFNNLTGTLPQELGNL 85
The following BLAST results are available for this feature:
BLAST of mRNA_Ecto-sp13_S_contig172.5099.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5L4E6_9PHAE4.450e-9890.64Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
D7FVG2_ECTSI1.040e-2274.19Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
UPI001F273CD69.400e-1051.56hypothetical protein n=1 Tax=Formosa maritima TaxI... [more]
A0A7X3UXJ8_9BACT2.440e-948.44Uncharacterized protein n=1 Tax=Gemmatimonadetes b... [more]
UPI001B39EBFE5.290e-946.27immunoglobulin domain-containing protein n=1 Tax=A... [more]
A0A6N8WNN1_9BACT8.280e-949.23S8 family serine peptidase (Fragment) n=1 Tax=Acid... [more]
A0A6L7W9J9_9BACT9.360e-946.27Uncharacterized protein n=4 Tax=Gemmatimonadetes b... [more]
A0A3N9NUE1_9BACT3.030e-851.47T9SS C-terminal target domain-containing protein n... [more]
UPI000D0E54733.420e-844.29M64 family metallo-endopeptidase n=1 Tax=Parabacte... [more]
A0A1J5KW90_9FLAO3.790e-845.21Two component regulator three Y domain protein n=1... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
Ecto-sp13_S_contig172contigEcto-sp13_S_contig172:7848..26098 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ectocarpus species13 EcNAP12_S_4_19m OGS1.02022-07-08
Properties
Property NameValue
Taxonomic scopeEukaryota
Stop1
Start1
Seed ortholog score75.9
Seed ortholog evalue9.6e-11
Seed eggNOG ortholog2880.D8LGG5
Model size3047
KEGG koko:K10407
KEGG Pathwayko05132,map05132
Hectar predicted targeting categoryother localisation
Exons15
EggNOG free text desc.determination of stomach left/right asymmetry
EggNOG OGsCOG0457@1,KOG1840@2759,KOG4658@1,KOG4658@2759
Cds size2370
COG Functional cat.C
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko03019,ko04812
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_Ecto-sp13_S_contig172.5099.1prot_Ecto-sp13_S_contig172.5099.1Ectocarpus species13 EcNAP12_S_4_19mpolypeptideEcto-sp13_S_contig172 8498..26071 -


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

Feature NameUnique NameSpeciesTypePosition
1681462899.239041-UTR-Ecto-sp13_S_contig172:7847..84971681462899.239041-UTR-Ecto-sp13_S_contig172:7847..8497Ectocarpus species13 EcNAP12_S_4_19mUTREcto-sp13_S_contig172 7848..8497 -
1681462899.4018617-UTR-Ecto-sp13_S_contig172:26071..260981681462899.4018617-UTR-Ecto-sp13_S_contig172:26071..26098Ectocarpus species13 EcNAP12_S_4_19mUTREcto-sp13_S_contig172 26072..26098 -


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

Feature NameUnique NameSpeciesTypePosition
1681462899.251374-CDS-Ecto-sp13_S_contig172:8497..93791681462899.251374-CDS-Ecto-sp13_S_contig172:8497..9379Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 8498..9379 -
1681462899.2659676-CDS-Ecto-sp13_S_contig172:9515..98381681462899.2659676-CDS-Ecto-sp13_S_contig172:9515..9838Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 9516..9838 -
1681462899.2745173-CDS-Ecto-sp13_S_contig172:11189..113111681462899.2745173-CDS-Ecto-sp13_S_contig172:11189..11311Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 11190..11311 -
1681462899.2829711-CDS-Ecto-sp13_S_contig172:12396..124721681462899.2829711-CDS-Ecto-sp13_S_contig172:12396..12472Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 12397..12472 -
1681462899.2924519-CDS-Ecto-sp13_S_contig172:12626..126801681462899.2924519-CDS-Ecto-sp13_S_contig172:12626..12680Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 12627..12680 -
1681462899.3004591-CDS-Ecto-sp13_S_contig172:13472..135441681462899.3004591-CDS-Ecto-sp13_S_contig172:13472..13544Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 13473..13544 -
1681462899.3089652-CDS-Ecto-sp13_S_contig172:20830..209021681462899.3089652-CDS-Ecto-sp13_S_contig172:20830..20902Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 20831..20902 -
1681462899.3180013-CDS-Ecto-sp13_S_contig172:21314..213861681462899.3180013-CDS-Ecto-sp13_S_contig172:21314..21386Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 21315..21386 -
1681462899.327383-CDS-Ecto-sp13_S_contig172:21537..216091681462899.327383-CDS-Ecto-sp13_S_contig172:21537..21609Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 21538..21609 -
1681462899.3405488-CDS-Ecto-sp13_S_contig172:22059..221311681462899.3405488-CDS-Ecto-sp13_S_contig172:22059..22131Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 22060..22131 -
1681462899.3497946-CDS-Ecto-sp13_S_contig172:22581..226531681462899.3497946-CDS-Ecto-sp13_S_contig172:22581..22653Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 22582..22653 -
1681462899.358477-CDS-Ecto-sp13_S_contig172:23037..231091681462899.358477-CDS-Ecto-sp13_S_contig172:23037..23109Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 23038..23109 -
1681462899.36762-CDS-Ecto-sp13_S_contig172:23526..235981681462899.36762-CDS-Ecto-sp13_S_contig172:23526..23598Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 23527..23598 -
1681462899.3796234-CDS-Ecto-sp13_S_contig172:24504..246311681462899.3796234-CDS-Ecto-sp13_S_contig172:24504..24631Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 24505..24631 -
1681462899.3906581-CDS-Ecto-sp13_S_contig172:25861..260711681462899.3906581-CDS-Ecto-sp13_S_contig172:25861..26071Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig172 25862..26071 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_Ecto-sp13_S_contig172.5099.1

>prot_Ecto-sp13_S_contig172.5099.1 ID=prot_Ecto-sp13_S_contig172.5099.1|Name=mRNA_Ecto-sp13_S_contig172.5099.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=polypeptide|length=790bp
MAQTLLQDVSDGPCGTACPPSRGRRARVESQRQLGHGLPHLAMARGHSHR
GPRREARSDVQQPPRYLRPNNRKPCTRKRQSDYFDIYAGIIPAQLGALHK
LTWLHLSNNQLSGPIPPQLGDVSALEALDLSFNKLDGHVPKELGALRNLE
QVLLQRNQLTGAIPAQLGALIKVTRLNLSNNRLSGHIPQQLGNMSALQIL
NLSRNNLDGSIPKELGDLSELRELWLGFNQLTGHIPKELGALSQLERLCL
LENQLTGPIPPELAKLAALERLDLTVNQLTGPIPKELGNLTALTTLELQN
NSLEGGVPAGVRNLGALITSDFGLIERQGSVDRSKDDGMGPPFVVGGRSS
KPADDSRTSMDCIPQAMAVQEPNERRMRGTMGQGTAKKVTIVENLDSKDT
PWVGKGGGVLVSVPRNAHWAFDWGFYHDIGPITVEEAAEVVKGSDDSICV
VLQSVHCRPAGTTFLEPLTLDFAVRDGRVRWWDRAAVCEDVLREYQVLSK
QSEDDPWQEMDVQDVSVVWDDQGSTCLRARIRHFTWFSVAKRTTSASGNV
VSRHWDKSVLVVNATNSVAHVTPMPISFTTSKEATKACSLTFSEAGISFE
AGRRTEQIMLPVNTSSEIIPAGGAAELFLSGGAREMKVIVCYLPDRNKAE
VSSSNQTVSPSSGTSPAPKTTSSPVIQTTATCTRQGTSMISQTSTAAAPS
SGGSPPLGAGPLVRVTSPTSEVAAPQSGGQGTSPRESEEMVYSMTKVLPG
RRRLTLLQASVNRKINIEQNARALETYAMMLADFGTAPP*
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mRNA from alignment at Ecto-sp13_S_contig172:7848..26098-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_Ecto-sp13_S_contig172.5099.1 ID=mRNA_Ecto-sp13_S_contig172.5099.1|Name=mRNA_Ecto-sp13_S_contig172.5099.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=mRNA|length=18251bp|location=Sequence derived from alignment at Ecto-sp13_S_contig172:7848..26098- (Ectocarpus species13 EcNAP12_S_4_19m)
AGCACTGCCCACAGGTACTTTTTTAAAATGGCTCAGACGCTTCTTCAAGA
TGTCTCAGACGGACCGTGTGGCACTGCTTGCCCTCCATCACGCGGCCGTC
GGGCCCGCGTGGAATCGCAACGACAACTGGGACACGGACTCCCCCATCTC
GCAATGGCACGGGGTCACAGTCACCGAGGACCGCGTCGCGAAGCTAGATC
TGATGTCCAACAACCTCCAAGGTATCTTAGGCCCAATGTCTCTGGCGATG
TGCTTGACCTTCCCCAAGACTACCTTGACCGAAAGTGCTCCTTGCATAAC
ATTGCAAGTATTCAAGTTTTACAACATGCAATATGTACGACGTTGGTCTT
CTGGGTACGTTCCCACGTTCTCCACGGGGTCTACGCCCGAATGCGTGTCC
ACCGCCTTGCCAGCATGCTGTGCGAACGATGCTGCCGGACCCATCAAACC
TAGTCGACACCGAAACATATCGTCTCCTGGCCCCATCCTTGAACACGCGC
CACCTAGACGCGTATGCGGGACACATGCTGCAGATCTCAAAATGATGTAC
CAAGCCTCTCTCACCGGTGAGGTAGTGATCGGAGAGCCGAAGCATCTCCA
GCTTCCTGAGAGCTCCCAGCGCCTCGAGAATAGACCCTACAACAGAGAGA
AAGCGATCGGGCGAAAATTTCCACATTCGTCAGCGGTAGAACATCAGGTC
CACTTACTTTAACTCGTGTCTTGCACAAGACCTCTTTCGATCTGTTGCCG
AAAAACTGATTGTTGTGCAGTAGTAGTGTTTCCAGCTCTCTGAGAGCTCC
CAACCCCTACAGGGATGGGTCTAGCACGAGCAACGCAGCTCGCCGGGGGG
AGGCGTACCAATGTTTTGCATGCCTTAGCTGTTAGACCATTGACCATGCG
TCCACGAGAGGACGGAGCATTGTACCCACATAACCGATCACCGCCGGCCA
ATCGTTCCTTCCTACGTTGCCAAAGGTTGCTAAAATACTTTATATCCTAT
CCACCCTGAGTAAGTGAGATTGTCTCGGCTGCATCCCCGTGATCTTTTGC
CACGCAAGTAGCACAACGATGACGTAGATCTGTGTCAGACATGTCCTATA
TGTGTAGGCGTTTGCCTCCCGTACGTTGGGACTCATTCTGAAAATTTTTG
GGGAACCCGTGATACGTCCACGTAGTGACGCAGCTGGTACTATTACCTGT
TCCAAACAAGCGAGAGATTTTTTTGGTGCTCTAATGTTTGTGTTTACCAG
CTCCGACGGAGTAGGTCGTGTTCGCATGAACTCGTGTCCGTAGGAACTCA
TCGGTTGGCCGGATTCGATCAATGTACAGGCCTTGCATTGCTGCGAGGTC
TCCTCTCTCGGGGCGGGACCTATAGCGAAAGAAAAAACACGAGAGGAGAA
CAGCACTACATTTCCTCCGGGGTCTAGAGCGGTCTTTGCCAATGCGTAGG
CGGGCCGAATGTCCAAGAATCGAAAACCTTGCACCAGAAAAAGACAATCA
GACTATTTCGATATCTACGCAGGTATAATCCCGGCGCAGCTCGGCGCTCT
CCACAAGCTAACCTGGCTCCATCTGTCGAACAACCAGCTCAGTGGTGAGA
GACGATGTTGCAAATTGGATGTGTACAGGAGGACTTTTTTTCTGGAAAAT
ATTTTTGTGTCCCGCCCCGTGGGTGAAAGATACTTCGGACGTAGGGGGGA
TAGTTTTTGCTTGTGCCATGCATGACGCAGGAAGGGGCAGAGTAGTGATT
CATGGAGACCTGAGCTGTATTCCTTTATCTTTTCTTCAATCCCTCTCTTT
CGAGCCGATATTTCAAGACCGGGTCTTGGCTTGGTTAGAGCTCAGATGAA
CGCACAAATGGTCGCATTACGTTCGCATAACACGTCGGCACATGTTGCGA
ACGAGAAGTGGACAAGTCTCTACGTGGTACGTTCACCGTGGACAGTTTCA
CAGGGTCCTGATTCTTGCTTCACGGGGGTGGTTTTGGCTAGAAACGGGTG
CTTCGTCGACAGATCTCAGGCACGAGACGGCTTCCTCGAAGAGACGCAAC
TGTTTTCTCTTCGTCGGAGCTTGCGGCTTAACCACGGACACTTCGACACC
GTCTAGTACAGACGAGGAAGCATCCGACCGCTCTGGATCCCTTTTCATAT
GTTCCTTATGTAACCCTACAATCGTGACCAGTACGGAGTATCACCTACTC
GGATTCTGTTACCGTACATCACGTATTTAGTGTGTCCACACACACAAGGT
ACTATTGCAGTCCATGATTGATACAAGCAAGAGCTTCTCCAAGCCTGCCG
AGAGCTTTCAGCCGGGATTGTTTCCTTCAAATGCAAGGAAACAGTAGCAA
AGAAATATGTTTTCAGGACACAGAAGTTTTACCTTTGTTTTACATGTGTC
CTTCGATCGTAGAATTGCGCAGAAGCGTTCGCGACTCTGTCATCACAAGT
GGTAGAAACAACCGATTTTGTTCTCCGTCCTTCGACTTGTATATCTACAG
GACCCATCCCACCGCAGCTAGGAGATGTTAGCGCCTTGGAGGCACTGGAC
CTCAGCTTCAATAAGTTGGATGGTGCGTCCAGGAGGTTGAACAGTGAACG
TAGTTAATTTGACTTCTGTGAATAAAGCATTGGATGAATCCCACCTACGC
GTTGACGTTTGACTTGTAGAACCTATCGGAACAACTTTCCACACCCGGGG
TAGCACATCAACTCTTTTAGTCTTGTTGACAAACGCTCCATCTTGCCTGT
ATAGTGGGCTGGCTTCCTGTCAGGCAAGCACCTTGAAATTGCTGAGAGTC
CCGAGCGCCTCGGGAAGAGGCCCTGCACAAGAATAATGAATGGTGTTCAT
ATATTGTTTTGTGAAAATTTGTCGTGTGTCTAAAAGATGTCCTGCCAATT
CCTGGGCGAAACATAAGTTCTATTAGGAAGCTTCGGACTAAAATGATGCT
TATCATTTTCATTTGCCCATTGCTGTGATGCTTGTGCAGGACACGTCCCC
AAGGAGCTCGGAGCTCTAAGAAACCTGGAGCAAGTTTTGTTGCAACGAAA
TCAGCTCACCGGTGAGGGACCAAACAAGTAATTGAAGTGTACCCATTTTT
CGCGTTCTCTAGACCATTGGTCATGCGAATGCGTTGGCAAGACACAAAAG
CGAAGAAAAAATATGTCATGTATTATGTGTTCCATAGAACAACGCCAACG
ATCCTTTGGGCACATTTCTCACCGGTGAGCTCGTTGATACGAAGAGACAC
GGACGACAGTTCGGTTAGAGCTCCCAGCTCCTTGGGTATTGGTCCTGGAC
AGAGTCAAGGCAGGACAGCGAGGAAAACAAATCATATTGAAGCTACAGAA
CAGTGGATTCTGCCAACGCGTAGGCGGGACGAACGTTCTGGAATCGAAAA
CGCTGCACCACGAAACACAATCAAACTGTTTCGATATCTACGCAGGTGCG
ATCCCGGCGCAGCTCGGCGCTCTCATCAAAGTAACCCGGCTCAACCTGTC
GAACAACCGACTCAGCGGTGAGAGACGCTGTTAGAATTCGGATATATCCT
CGAGTACCTTTTTTTTTCTGGAGAAAATGCATGTGTCCCGTCTACGCCAT
GGGTGAGGCGGTGATGTTCTAGAAGTCGGGATGCCTTCTAGAACATCATA
TACTGTGGGTGCGACACGTCTCCTAGAATGCTAATCTACCCGTTCTTGGT
TTTCTCACCTGTGACCTTATTGCCTTGGAACCATAGCTCGTCCAGCTTAC
GCAGCGAGCCCAGCTCCTTGGGGATGGGTCCTGTATAAGATAAACACCGG
GGGACCACAACATAGAGAAACACCGAGTAATGTAAAGTTCAAGGAACACC
TATCAACCCGTGGGTGAGTAAGTCATCGAGTATGCCATCAAATGTTCCAG
AAATGAAGTTTTGTCTTTGGCGTTACAGCACTGGCAATCAACCTTGCTTT
GACTTCCTAATTTACAGGACACATCCCACAGCAGCTAGGAAATATGAGCG
CCTTGCAGATCCTCAACCTCAGCCGGAACAATTTAGATGGTGAGTCTACG
TGATTGAACAACGCATTTTCTTCCGGCTTCCGCAGAATATCTGTCATGAA
TCCCGCCAATGCGTGGGCGGGACACGTGGCATATTCTCCAGAAAAAAAAA
AAACTCCATATATATCCGTATTTCAACATCGTCTTTCACCGCTGAGCTGT
TTTTTCGACAGGATTTAGCCGGGTTGCTTTGTTGAGGGCGCCGAGCTGCA
CCTGCGTAGGTATCGAAATAGTTATATCATGTTTCATGGTGCAGTGTTTT
CGATTCTAGAACATTCGTCCCGCCATTCCAACGTATATATGTGTCCCGCC
GACGCTTGCCCCCTATTCAAACCATGATGAATCCTACCGGATCAACATCT
TGATTTATTCTCTGACATGTACGGGGCCGTTGATATAGAAGCCTCATCAC
ATATTCTTTGTTCTTTTTGCGCCGTTCTGCTTTGTGCAGGCTCAATACCC
AAGGAGCTAGGAGACCTTTCCGAGCTGAGGGAGCTTTGGTTGGGCTTCAA
CCAGCTTACAGGTGTGAGATAGACGAGGTGCATGTTTATGGCCGAGTTAC
TGCTGCTTCTCGACCATTCATCCCGCTAACGCGTAGGCGGGACACTTGTT
TTTAGAGGCTTCGCACTCCCCTCGTTCATTTTCGTATGCCCACTGCTATG
CTACGTGCACAGGACACATCCCCAAGGAGCTGGGAGCTCTGAGTCAGCTG
GAGAGGCTCTGTCTACTCGAAAATCAGCTCACAGGTGAGAAGGATGCAAC
GTGATTTCTTTTGTCGGTTTCCACAGGTAAGACGGATTTTCTAGACCATT
GGTTCTTGCAGGACCAACGGCCTAGAAAAAGGAGAAATCATTGGTAACTC
CAATTACCCGTTTGACGCATTCCTCACGGGTGAGCTGATTTCTATCCAGC
CAACGCTGCTCCAGGTTAGTTAGAGCTCTAAGCTCCTTGGGGATGTGTCC
TGCATAAGCAACACCGCAGCAGGCGAAGAAAAATTTTTACATTGTTTCAA
AATCCCCCGGCTTCCTAGAAAATAGGTCCTAGAAAATAGGTCCTAGAAAA
TAGGTCCTGCCCACGAGTGGGTGAGAAGGTGTGTTGTAGAGCCGGGATAA
ATACGTTTGGTTACTTGCGCTAATATGGCTGTCATTTCACGTGCAGGTCC
CATCCCGCCGGAGCTGGCAAAGCTCGCAGCACTGGAGAGGCTCGACCTTA
CGGTCAACCAGCTAACTGGTGGGTCACGATGTACAAGTGTGCGGCTAATT
CCGCGTAGGCTACGCGCGGGAGGGTGGGTTGTGGGAAAATACCACTCGTC
TTGCCTGTGAGTTGGTAGATGAGAACCGTGAGCTCGGCAAGCGTTCCCAG
CTCGTTAGGAATGGAACCAGCGAGCAGCGAGTTGGAAACCGAAGATAAAC
TGGTTCCTTTTTTTTGTTGTTCATGACGCGTACGAGCCAACAAAAAGTTG
ACTAGGAACACGTGATCCCTCAGGAATGGGCTCACGAGAGTACGGTGTCA
TCAAGGAGGGATGCGGGGGGACGGGGCGGGGGGGGCGTAATCTTATGTTT
TGCATGCCTTAGCGGCTAGACCATTGACAATGCGTCCTCGAGAGGTCGGA
GCATTTTTTCCACAGGACCGATCACCGATGGCCAACCGTTCCTTGCTACT
TTGCCAAAGATGGCTCACAAATGTCTTCCCTAGTCTTTCTATCTTATCGA
TATCACTTCCCGCCTTTTCAGCCCACTTCCTATACCCCAGTGCAGCTTAC
GTCTTATCCTGGCTGTTCCATGCCTCACATATCTCCCTGCACCTTCCTTC
TACTTTTCCCAGCTCAGTCATGTACCCTTCCCTCTCCTTCTTGTACAACC
GACATTCTGCAACTACATGAACACGGTCATCGCATTCTAGCCGCAATCAC
AGTTGAACTTATCGTCATCTTCTACCTTCCATTATCTTCGCCTACGTTCT
CGAAGGCCAATGTCCCCGGTCCTGGATTTGGCCTTAAGCTTTGTCCCTGC
ATCCATTGGTCCATGTAGGTACTCCTTGAATCCTAGTCCTTCTTTCAACA
TTCCGTACGCTTCTAGGCCATCCTTATGCTTGGTTTCTTTTCGTAGATTC
TGTTCTTGTCTCTCGACAAAAGCAACAGATACCTTCTCCTTGAACCCCTT
CAGACCCTCCGTTTCCAGCGTATCACTTTCGCCAATTTCTAACCCCTTCC
GTACGTCCTCTACAACCTTGACCTACTCCGTTGGTTGTCTACCCCTTTTC
TTGTTTGCCCACTCTGCCTCCAAAGCTATTCTCGGCAACCTCTCCTCTCC
GATACCGCACATGCGATACTGCCATGTCAGCTTCCTTGCGTCTCTTCCCG
ATCGTAGGGATCGGATCCCCAGTTCTGCCCTGACCATTACATTCCTCGTG
CGCTTGGAGCATCCTAGGTTGAGTTTCGCTGCTTTCATCTGCGCCGCCTC
GAGCTCCTTGCATACCTTCTTACTTCCTTCCCATGCTTCTCGGCGTACTA
GTGTGCTAGGGTAAACGAAAAATGAAAAAAGGTATCCCGCACGCCTAGGT
ACCCCCGGAGAGGGCCCGACTTTAGACATTCTGAAGCTTTAGCTTCAGTC
TCATCGTTTAATATCCGAAGTTTCATTCGCATGCTCCACCCCCAACCCGG
TCTAAAATGCTGATCTCGAGCTACAGTGCATATCTCGTGGTGCCTCGAGT
ATGGTTCGGTGTGGAATCGCAAATCATGAGCCGTCCCCGAGTTTGAGCAG
CTTCCGCCTCCTGTGGCCGGCAAGAGTTGGCCTTGACTGTTCCTTGCCTG
TTTCGCCATGTAAACGGCCGGTTGAACAGCGAAAGAGGGTCGTGCGTGCT
GCGCGCCACGTCTTTTTTTTTTTTGCGTTTGTTCTTGAGTGACCGTTGTA
CACTTGCGGCTGCTGCTGCGGTTGCTGCTGTTATGCTCGGAAAGTGCGGC
AATGGTCGTAAGGTTATCGTAGTCAGGTTTTGCAACAGTCTGCTCGTTCG
TGTAGCGGTAGCGGTGAGCATCTATCGCGACAGCAAGCGCATCGAGATAG
TTGGTCGTCCGTCGTGCTTCTAGTCTACACAGATGCTCGTGTTCTTCTTT
GCTATCACTTTGTACCAAAAAAAGTAACAAAGTCTCCACAGCTTGGACAA
TGCGGCTGCTGCTGTAGGTTGCTACTGCATATGCTCGGGAATGTGGCGAA
ATGGTCGTAAGGTTATCGTAGTCAGGTTTGACAACAGTCTGCTCGTTAGT
GTAGCGGTAGCGGTGCGCATCTATCTCGACGGCAAGCGCATGGAGATATC
AGTTAGTCCGTCGTGCTTCTAGTATACATAGATAAAGTCGTGTTCTTCTT
TGTTCCCACTTCATACCAGAAAAGAAATAAGTCTTCACTTCCGAAACAAC
GACTGTTTTTGTTTTGTTGTGTTTGTTATTGCTGAGCGCACATCGGATGT
CGCCGTTCGTTACCCTTGTTTAAGCCTGCGGTGGGCCAGAGGTTGAGATG
AGTGTCCTCTCGAGAGTGCACGCCTTGTCTTCTCAAGCCTCTCTTCCTCT
AGTCTACCTTTCTCGATCTGTCGCATTTCGCCGTTAGGGTCCCGACAACA
TCGAACGTCAACGGCAATCGTTTAGCTTCTTGCTGAGTAGGAGGCTACCC
GTGTACCCGGCTGCTGCATGTAAGGCGATGGGCGCCGCCTCTTCCGACAA
GCAATGGGCATGGCCCCTATTGCTCGCTGCATGCAGTGCTAAGTTACAGC
TTCCAGCGGTTCAGAGCGGCGACGGTGTTTTTTCGCCGGTGGGGGCCCCA
GAACAACGCGGAACCGCGACTATTTCATTGTTTTGGGGTCCCCCACCCAC
CCACTGATTAATTTCAGCAGTTTTCGTTGGGGGGATGTTTTTCTTGCCAT
GTCCATAACGTGGCGCCCCGAATGAGTATGGTTCGGTAGGGAGGGAATCA
CAAACCATGACCCCTCCCCGAGTTTGAGCATCAGCTTCCGCCTCCTGTGA
CGGACAAGAAGAAGACCGGAAATGGTCGTGCCATAAGAAATGACCAGTTG
AAAGTAGAGGTTCCGGTCCGCGTAAGATTTTGTTTGGTTATGTTTCCCTG
CCGACTAATAGCCTCGGCTACAGCGATGCAAATCTCATGGCGCCTCAAGT
ACGGTTCCGTACGGAATTGCAAATCACGACCGCTACCCGACTTTGAGTAG
CTTCCACCTGCTGCGGCGGATAAGACCGACGTCAAACCCTAGATTTTTTC
TGTCTGTGTCGCCGTGTCGCCATCCGCGAACAGCAGTTGGAGATTCCCAA
AAACGAGGATCCGCCTCGTCACTAAAAAAACAATTTTTTCGATTCCTACA
GCTGTACATAATGCTTCGATGTATCGGGTATAGCTGGTTGAGCTTGAGGG
ATAGGGTCTACGGCAGTATATTCTATGCGATGAGTTAACGCCTTCCTCGC
GTAAGGATGCGCTTCCCCCACGTTAAGCAGAATGAAGTACGTCATCGTGA
TGTTCTTTCTTTTGTGACTACAAGTTCAAGTTCGCCAAAGCGGTATTGTT
CTTGCCGAGCAAAAGAGACTAAAATACTAATATGTACCAGTGCGTGTACC
CGGCTACTGCATGTGAGGTAGTGGGTGCTTCCCCTGCTGTTTGCTGAGGT
ACATGGAAAGCTTCCGGTGGGTCTGAGCGGCAAGGGTGCCTTGTTTCTTC
ACTCCTTCACTCTGCTCTACTCTACTTCTGTGTTTCCTGTCGCTGGCGGT
CTCCCTTTTTTTATCGCCCTTAGTTCTTTCTTGCAACGTACTGTGAGGAT
GTAAACTGGCTGTGTCTGACTGTTTCTTAGGGACCCCGGCCAACCCACAA
CCCACCTGTCGGTATGATTCGTGGTGTCCAATATTTTCAGCAGCAGTGGT
CTACTACAGGACATACGCTATTGCTGCGTCCATGGGTGGGTGCAACAGAA
GAGCCCCAGGGACTCGTGGCCTTCTAACCTGATCGTGCAGAGAGAGAGGT
TCCTGTCACCACCACAATACGACTCTTATGATATGTCCATAACGCGGAAC
GTGTACTACGCCTCTGCTTTTTTCCCTCTCTCCCGTCCAACTCTTTCGTT
TCGGAGAGGAAACCTAATGTGAAAAGCGTATCCTCTGGGGTCCGCATTCA
TTTAGTCCCGAATTCTTTCCCAGCGCGCGGAGAGCGCGTGCTGGTGGTCC
CCTTTTCATTCGGGTGTGATCGTGCGGACTACATACACGAAAGAAAAAGA
TCAACGAGATGATAAGCGGGATTCTTAAAAGCATGGGAGTCCCTCGCCAC
CAAAAAGTGCATTCGCATGGATGGGCGTGGTGACAGGTGGTCGAAGACTG
ACGGTTTTTCGGGTACGCGTTGGGTCGCTTCTAGTTTTCTTTTGCTATTT
TTTTCTCTTTTGTCTACATAGTCTATGGTTACTTTCCTCGCATAGCGTGT
AGAAGCGAGCGGAGGGTCCTATAAGACTTATCTATCTGTCGTTGACTTGC
GGACCCTTCGGGTCCATGTTATTTTCGTGTGAAATGTTTAGTAAAGTTAC
CGTAAGAGTCGGAGAGATGGAACCCCCGTGTTAGCGTTGTGTTTCAGCGT
ATTTCTCCACAACTATAAGGGTGCGAACCCCAACTGATGCCTCTCGGGAA
AGCCCTCGACGAGATGTTTCCTAAACAACCCTTGGTAGTGGTACCCCCCT
GGTTGTGGAGAAATACGAAATACAAAAGCGCTAACACGGGGGTGCAATCT
CTCCGAGTAGCCTGTGACCACGGGGGGAATCGACTGCGTCAAGTGTTAGA
CTGTCATACGATTCATGATAGACGGACAGACGAAGAAGACACTGGGTACA
GAAAACAAAGCGAACGGTTTTTAATTGTGAAGACAACAACAACTGAAACT
GCTGGGTTCGTGCATAAATAGTTTTTGCAGCACTTACTGGACAGTGGTTG
ATTTCGCCTTCTAGTGTGATGACATGTAATATGTAGTGTATTAACGACTT
CTTCATGGGTGGATGGGTAATGAGAGGTTTTAATTCAACTATCTGAAGTA
ATGCAGGGTGCTCCTTGTTCTAATGCATGTACCTGCAGTAGTACCTGCAT
GTAGGTGACATTTAGATCGGGCCCGGAGATAAGAAACGTCAGAATCGGGT
CGAGCCTTAATGTTTCATTCTGGGCAGAAGGACCAGCCGAAGTTGATCGA
TTTTTACAACGGATTTCTTATTCCTTTGGGCTGTCGCATCCTGCTGATTC
TCCTATTCCTGCCGTGTTTTCTTATTGCTGATGGCAAAGAAAACACCACA
CCAAATGCCTACATGCAGCATTATAGCGACAGCTCGGTGTGGAGAACAAT
GGGGGTTGTCGCAGTACAGAAGTACAGCAGCAGTGGGTTGTAGCGCAGCC
CGCGGCGGCGCTGGGGCGCAGGGGGCGCCGCGAAAATAACCGCTCTCCGC
CCCTACCAAAAACTTACACGACATGAGTCAGGTACGAGGTGGGAGCATGG
CAGCAGCAGCAGTGGGACGTTTCTTTGGACACGCTCCCCCAGCTTCTACC
CCTTGTTTCTTTTGTCTTAGGGTACCGCACGATCATATGTCTTGTTGGGA
CGTTTCTCATGTTGCACCCGAGAGTGAGCTGTGTTTCTTGGGCCTTTTTC
CTATTTTTCGTTGAAGATTGAGTATTTTTTTCGTTACAGAATTTTTTCCT
AACTGCGGGCCCCATCTGTTGTATATCGCAACCCCTTCCTTGCCCCTTCA
TCAATATTCACAGCTAATAATGTTAGGCAACGACGACGAGGATGTCAAAC
GATACGCTTGTTTTCGGAAAGCTATGAGTTCCAACGCCGCCCGGCCACGC
TTTATGCTGTGGAGTAATCGAGCTTTGAAATAAAAAACTGTTCAGGGGGT
GGGTGTGATATCCTATGGCATCTATTCTGTGTACAGAACTCTTTGTTGTG
CTCGGTGAGCGAGCGTGTCGCGGTGTGCGCCCTCGATTGTGTTTACCGCT
AAAAAACTGGAAAGCTTCAGACGGGCTACGCGACGATACTCGTCGAGTTG
CTGTCACAATATACATTTTCTTTTCCCCATTTTATTTTAGTTCATCGTAC
GATTTGAATAATGAAACACAGTGTGACACTAAACGGCGCCTTATATGCCT
GTTGTTGTTATAGAAACCACACATCATCTACACGACATCGTCGAATGAAA
TATCAATGACTCTCGAAGCCCGGAGTAGCATAACTCCTCTACGCGTGTGA
ACGAAGTACCCCAAACCTCAACGGAAACCGCGATACCTCATGTCGTGTAG
GAGCTCGTACATAGCTGGAAGTGTTACGTTCGACTACCGTTCCGCCTACT
TGCCGATATTTTCGCACGCAATTCTACGCCAATCAAAACGAAGCCGTTTC
GGGGAGAGTTTTCGCCCCGTCGATCGTACGTCCGGCTCCTCTTCTTCCGT
CTCCTTCTCGTCCTTCTTATCCTCCTGTTCCCCCTCGTCCTCGCCATGTC
CCATCACCCGCACCCCTACCACCCTCCCACCCTCTTCCTCGCACTTCCCT
CTCCCCTTGTTCGCCGTTCTCTGAGTTGCCTTATTCCACTGCGCGCCGCA
ACAGCCCGGGCTAGGTCTATGACACCCCCTGACTGTACGCTGAACATTCT
CTCTCTCTAATCGACTAGGTACAGGCGCGGCGAGCGCACACGGTAGAGGC
ACGCAGATGCACTATACCCCCCCGATACAGACAAGGTGTCATATAGTAAT
TCGTCTGGTCTGGTCTTATTTTAGTAGGATGTAGTAAGGCGTACGGGGGG
GGGGTGGTCCCTTGGTACCCTTCGCCCTCGACAAATCCTCCCAAAAAGAA
AGTGGGTACCCAGGTGTGGTCGAATATCGTCTAAGAACATTACACATCTA
CACAGTTGTACATGAATATGCATCAGGTTTCCTAGGTCCGGCGGGATAAG
ACCTGTCCGACACGACAAGCACGAACTCAGCAGGAACAAAGCAACATATC
CCGAAAAATGCGCTAGTGATTCCTTCGACAACACCAACTACTCACCCATT
GCCACAGGCAGGGCATATCTCCTAAGTCTAGCATTTCTGACGGGACAATG
AATCGTTTTGATTTGCCAGCTGTGCTGCTTGCGCTTGCGCGATTCCCATG
GTGCTGGGAGCTCTCACCAAGCTAGAGGAGAACTACCATGCCGTGTTTCA
CTTCTTGTGGGTCTCTATAACCCAGCGGATCAATTTCATAAAAGAGCGCA
TACCTCTTACTGGTAAGCTGGTTGCTGGATAGGACGAAATGCTCCAGATT
GCTCAGAGCTCACAGAGCCTCCGGAATTGTAGGTCCTGTAGACAAGAAGT
CGAGAGGTCTTTGCATTGTCGAAGAAGATCACTATTGTTGGACATGGGTC
CCGCAACGCAGGCGAGACACATGTTCTAGAAGCGCGCTGCCGTCATTCAA
ATTGATTTGGATGTTTTTTGGTACTCCCTTGCTAATTTCACGTTACTCAA
ACAGGTCCTATTCCGAAGGAGCTCGGAAACCTCACAGCCCTGACGACCCT
GGAGCTCCAAAACAACAGCTTGGAAGGTAGTAGGTAGTTCTGCAGTCTTG
TGGATGTTGCCGGTGGTGCATGCCTCTCACTAGTAAGCTGGTAGCTGAAT
AGGACGAAATACTCCAGATTGCTAAGAGCCCCTAGAGCTTCCGGAAAAGT
AGGTGCCGCAGACAAGAAATCAAGTAATTTGTTCATGGCCGAAGAAAATC
TGTATTATGGGACATGGGTCCCGCAACGTAGGCGGGACACATGTTTTAGA
AGTGCGCTGTCGTCATTTAGGTTGGTTGGAATGGTTCTTGGTACTCCCTG
CTACTTTCACCACGTTACTCAAACGTGTCCTACTCCGAAGGAGCTGGGAA
AGTTCAAAGCCCTACGTCTACTTTGTCGGAGACAAATACCGCTCAGCTTA
TTGTCGAAGAGATCAAGCCAAGTCAGCTTGCTGAGCTGTCCTAGCTACGT
CGGAGTTTCGCCTTTACGGTATGAAAGGGATGAGAAGTTTGTTAGCGGGT
GGCATCATGTAAAAGAGCTACAAGGTTTCGTTTATTGATCCTGACTTTCC
AATGGCAAGGACCACCTTCACAGGTTCGCTGGTTTCCCTGAAGATTGAGC
CGCTTCAGTGCTGCGAGGTTCCCTGGCTCTGGTGGAATGGAACGTATAGC
GACAGAGGAAATTTGAATTTTGCGGGGGAAAGCAATAACAACCCCCCGCG
CCTTTCGACCAACAAAACAGTTCCACCGCACTACCAGACCACCTACTACC
CCAACGCTTTTGCTATTTTTCGCTTAGGGGGTTGCCCGCTGCTTTTTTTT
GTTTCCCCTCGTTCATAGGTGGCGTCCCTGCTGGGGTTCGAAATCTTGGC
GCCCTGATCACTTCCGACTTTGGTAAGCTAATCGCGGCTGAAACCGTTTG
ATGTTCGTTGCTTGTTGCACAAGTTGAGAATGCCTGGCTGAGTGCCTGGG
TCAGGCGTTGACCATATGTTATGTCACTACCTCTTGGCATTTGATCAATT
TTCGTAAACCATCGCATGTACCACAGGGCTGATTGAGCGTCAAGGCAGTG
TGGACCGCTCCAAGGACGATGGGATGGGCCCTCCATTTGTGGTCGGTGGA
AGGTGATTCTGCTCGGCATGGTGTGAAGCCTTCCATTTTGCCCACCTGAA
AAGGGGATGCGCCAATGAGCCATTGTTTCTCCGCTTGTTGCTTTACCCCA
GTATTTGAGAGTGTGAAGAGTCCGCTTTGCAAAGTTCGCACAGTGCAAAG
TTCACTCCCGATACCGCCAAAGTTCAAGACTTGGTTCGGCTTTCTCCCGC
ACGGATGTCCACCGCGATTGGCGCTTGCGTGAAGACGTACCCTCTTGGGG
GCCCACGGCATTCCGTCCAAGTGGTGTTTGCTACTTGTATCGTGTTCATG
CGAATGGCTACCCATTGACACGAGGCGAACTTTCATCCTTACCACATGTA
ATACACTATTATAGCAAGCGTACGCAGAGCGACCTCAAAAGTACAACAGA
ATACTGAAGATCCAAATTCCCCACCATCGAACGATGGGTGTTTCTCTCTT
GGTCATGTTCCACAGGAAATGAGACTTGGGCGAGGGAAGTGAGGGACGAG
TTGTACGAAACTTGCCACGATAGCGAGAAAACATTCGACATAAACCCGGG
AACGTATCCCAAACAGACGCACCCTGATGAAGGATCGCCCCCGTCCGGAA
CAAACGCAATAGATTGCCGCGAAGATTCGCTGGGCCCGTCCTTACTCGTG
TGTGTGTTTGACAAGTGCGGTCTTCCGTATCGAACCGGCCAGGGGTAGAA
AACCTTACCGAAGCAGCCGTGAAAATAGCGCCGGGACCGCAGTTAGCAAC
TATGGTTGGGACCACTTCCGTGCATGTTTTGTGTGAACTTTCAATGCGGT
TTCAAGACTTGCCCACGTTTGCTAATTTGAGAACAATCTAGTTCAAGTTG
GATATAGGTTAGCATGTTTTGTTTTGTGACGAGGATGAGTCTGGTTTCGG
TATTGGTCACGCGCATGCATACGTCCAGGAAAACAGCATGGAGGACCCGT
CTTGCTAGCCCTACGCGACATTGGTCGGATAAATTTCTGTTCCCGCCGCG
AAAAACTGTGTCGACCGCATGTACCAGGTGAAGACTTCCGAACGCGTGTA
TTTATCCCGTTGCATTCAAACTGTCTGCCACTCCCAGGTCCTCCAAACCG
GCAGACGATTCACGCACGTCCATGGACTGCATCCCCCAAGCAATGGCGGT
GCAGGAACCCAACGAACGCAGAATGCGTGGAACTATGGGTCAAGGGACCG
CAAAGAAAGGTGCGGGGAACTGAACCCTCGCGCCGTCAACTACACATCGT
TTTTCTTCGCCCCTACATTCGCTGCTCCAGTTGCTTTCCAGTACGTGCTG
CAACGTCACCTCGCCTACGGCTACATGTCAAGTCAACGAAAACAATGAAT
TTTCATGGACACATAGATATCTTTGCACGGCGCAGGAAAACGGTTTGTGT
GCCATAGAGCAGTACGAGACGCTTGCGCTGACATCGTTTGTCGATATTGT
CCTTGCCTTCAGCCCTTCCCTGACGTATCCAATACTTCCCGTATCTCCTC
TTCTGCATGCTTCACAGCCAACGTATCCTCTCTTCACAAGCATCACGTAA
GTATCTCGTAAGAAGAGAAAAACCTCAACGAAGTCCGAAAAGACAAAACA
GAGTTTTTAGATAGAGTAGAACAATTCCAACATGAACAATAGAAGCCCAT
CGTTCCAGCTTGAAATGGGTTGAAATAACGAAGTACTTCGTTGTATCATA
TACTTTGGAGGACATGAGCTCCGGACTCGGCCTCGTTTGGCCACGTGTCC
AAACATGATGCAGCTTGATGTTAATAGGAAATCAACTTGCATACCAAAAC
ATTCTGTGATGACCGTCTTTTGTCTGTTTCACCGGGTTTGGGCCTCTAGG
TGTACAACATGACCCTTAGACAGTCCCGGCGGGAGAGAGGGTATAGCTTT
TCAGCCGTCAAACGATTGATATGTATGTCCATCATACACCGATCTAGCCC
ATCTCCATTATATTGTCGATGAGAGAAAATAACTCCTTCCGTGCGCATGT
TTGCTGTGAATATGGGCTCGTAGACCTAAGATTGTTGCGATCCTGCTGCA
GCGAACTTCACACACCTCCCGCTTAGCGCTTCAGACTAATCTAGGCGGGG
GACCTGCGGATTCTGAATCGATACATGGACACAAACATGGGTTGGCGAAG
GCAGAGACGAGAATGCTTGAACAGCACGGCCTCAACCACAGATCTGAGCG
TGCCAGCACGCACGTCGCTGCTCCTTTTTGTCCTATTCTGGTTGAGCGCT
TCAGGTCGGAACGCGCAATAATAGCTGAATTTGGAGCACTCACGGTCGTA
CCTTGAGTGTAGTGGAATACTTGGCTTACTTTTGAGAGAGGGTGTGTGGA
GGTAGACTGCGTCATGACCTGGTTGAGACAAGGCCTAACCGCTGCTGTGC
AACACCCGAGTGTTTCGACAACGAACAATGCTTTCAAAGTGGTCTGATGC
ATCTCGTGTTCGGTCACTCTTAACAGTCCAAATGAAGATGCGTTGTCTTC
AATCCCTTACCTGCCCCTAACCTCTTCCCCCGTGCCCCCCCCTCCTTTTT
AATTCGCAAGTGACTATCGTTGAAAACCTGGATAGTAAGGACACTCCATG
GGTGGGAAAGGGCGGTGGTGTGCTCGTTTCGGTTCCAAGGAATGCCCATT
GGGCTTTCGATTGGGGGTTCTATCATGACATCGGGCCGATAACGGTGGAA
GAGGCTGCCGAGGTGGTGAAAGGGAGCGATGACTCCATTTGCGTCGTGTT
GCAGTCGGTACATTGCCGTCCGGCCGGAACGACGTTTTTGGAGCCACTGA
CGCTGGACTTCGCCGTGAGGGATGGTCGTGTGCGGTGGTGGGACAGGGCG
GCCGTATGCGAGGACGTTCTGCGGGAATATCAGGTACCAAAGCACCAGCA
GGGGGTTCTTGCAGTTTGTTTGTATATTCTCTGTTGGTTCGGCTGATGCA
ACCTTCGCTGAATCCACGTTCGTGTTCACGTTCACATGTTTTTGTTTACC
CTTCGCCATTATTCGCCAGGTACTCTCGAAGCAAAGTGAAGATGACCCTT
GGCAGGAGATGGACGTGCAGGACGTCTCCGTTGTGTGGGACGACCAGGGC
TCCACGTGTCTTCGAGCTCGAATTCGGCATTTCACCTGGTTCAGTGTGGC
TAAACGCACAACTAGTGCTAGCGGGAATGTCGTGTCCCGTCATTGGGATA
AATCGGTGCTGGTGGTCAACGCCACCAACTCCGTGGCACACGTAACACCA
ATGCCCATTTCCTTCACTACCAGCAAAGAGGCGACGAAAGCTTGTTCGCT
GACATTCAGCGAGGCGGGTATCAGTTTTGAGGCCGGGAGACGGACCGAAC
AGATAATGCTCCCAGTGAACACTTCATCAGAGATAATCCCTGCAGGCGGA
GCGGCTGAACTGTTCTTGAGCGGAGGTGCTCGAGAGATGAAGGTTATTGT
CTGTTATTTGCCCGACCGCAACAAAGCTGAAGTGTCGTCATCCAATCAGA
CGGTTTCACCCAGCTCGGGAACCTCGCCCGCACCAAAAACGACCTCTTCA
CCCGTCATCCAAACGACAGCGACGTGCACGCGGCAGGGCACATCGATGAT
ATCACAGACTTCCACGGCTGCCGCACCCAGTTCAGGGGGCTCACCTCCGC
TTGGGGCGGGACCATTGGTGCGGGTGACTTCCCCCACTTCGGAAGTAGCC
GCCCCTCAGTCAGGCGGTCAAGGAACCTCGCCGAGAGAAAGCGAAGAGAT
GGTATATTCCATGACTAAGGTCTTGCCCGGCAGGCGGCGGCTGACGCTCT
TGCAGGCATCAGTTAATCGCAAGATCAACATAGAGCAGAACGCGCGCGCC
CTCGAAACGTATGCGATGATGCTGGCGGATTTTGGGACTGCCCCACCATA
GATGAAGCGTTCGTCTGGATTTGTGATGTTCAAAATGCAAATGCAGGAGA
TAACTTCGTTGCTAGCGGTAAGGAGTGTGCAGACACTGTCGGTAGGGGGG
GGGGGAAATTGAAACTACATCGTATTTCTCTCAATTTTACTTTCGGGGCG
TTTTAAAGCACCGTCCGTTCTGTTCGACACCCCAGCAAAATAAGCTGATA
TAGTCTGTACAAGTAGCGTCGCCGTCCGATGTTCTTTCGTAGGTGCGGAC
GTCACTACTCGGTCGTCTCGTTCAGTTGCCGTGTTGAACTGTCCTCACTT
TTGACAGGGAGTGTGTTGGGTGGCCAACGTTGGGTCAACATGGAGCAGCA
GTAGATTATGCATGCATGGCATCGAGTGAGTCTGGTGCTCTACTTTGAAC
CTCAATTAGTGTTGGTGTTTTTGTTGTCGGGGTTGTTCTTTTTTTCGTTT
GAATGAGTTAAATTGTCGTTTTGCGATCTCAGGTCTCTGCGAACAAAAAC
TGATTTTGTTTGTGCCACTATTTTTTGTAGAAATAGGTTTTAAGTATGCG
TGAACGAATAAATTGGATACGTAGGCCACAAACCCCCGTGGGTGGGGTTC
GAAAGGTTTCCAAATCACGACAGAGATAATGCGAGCCATGCGGTGAGCGT
C
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Coding sequence (CDS) from alignment at Ecto-sp13_S_contig172:7848..26098-

>mRNA_Ecto-sp13_S_contig172.5099.1 ID=mRNA_Ecto-sp13_S_contig172.5099.1|Name=mRNA_Ecto-sp13_S_contig172.5099.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=CDS|length=2370bp|location=Sequence derived from alignment at Ecto-sp13_S_contig172:7848..26098- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGGCTCAGACGCTTCTTCAAGATGTCTCAGACGGACCGTGTGGCACTGC
TTGCCCTCCATCACGCGGCCGTCGGGCCCGCGTGGAATCGCAACGACAAC
TGGGACACGGACTCCCCCATCTCGCAATGGCACGGGGTCACAGTCACCGA
GGACCGCGTCGCGAAGCTAGATCTGATGTCCAACAACCTCCAAGGTATCT
TAGGCCCAATAATCGAAAACCTTGCACCAGAAAAAGACAATCAGACTATT
TCGATATCTACGCAGGTATAATCCCGGCGCAGCTCGGCGCTCTCCACAAG
CTAACCTGGCTCCATCTGTCGAACAACCAGCTCAGTGGACCCATCCCACC
GCAGCTAGGAGATGTTAGCGCCTTGGAGGCACTGGACCTCAGCTTCAATA
AGTTGGATGGACACGTCCCCAAGGAGCTCGGAGCTCTAAGAAACCTGGAG
CAAGTTTTGTTGCAACGAAATCAGCTCACCGGTGCGATCCCGGCGCAGCT
CGGCGCTCTCATCAAAGTAACCCGGCTCAACCTGTCGAACAACCGACTCA
GCGGACACATCCCACAGCAGCTAGGAAATATGAGCGCCTTGCAGATCCTC
AACCTCAGCCGGAACAATTTAGATGGCTCAATACCCAAGGAGCTAGGAGA
CCTTTCCGAGCTGAGGGAGCTTTGGTTGGGCTTCAACCAGCTTACAGGAC
ACATCCCCAAGGAGCTGGGAGCTCTGAGTCAGCTGGAGAGGCTCTGTCTA
CTCGAAAATCAGCTCACAGGTCCCATCCCGCCGGAGCTGGCAAAGCTCGC
AGCACTGGAGAGGCTCGACCTTACGGTCAACCAGCTAACTGGTCCTATTC
CGAAGGAGCTCGGAAACCTCACAGCCCTGACGACCCTGGAGCTCCAAAAC
AACAGCTTGGAAGGTGGCGTCCCTGCTGGGGTTCGAAATCTTGGCGCCCT
GATCACTTCCGACTTTGGGCTGATTGAGCGTCAAGGCAGTGTGGACCGCT
CCAAGGACGATGGGATGGGCCCTCCATTTGTGGTCGGTGGAAGGTCCTCC
AAACCGGCAGACGATTCACGCACGTCCATGGACTGCATCCCCCAAGCAAT
GGCGGTGCAGGAACCCAACGAACGCAGAATGCGTGGAACTATGGGTCAAG
GGACCGCAAAGAAAGTGACTATCGTTGAAAACCTGGATAGTAAGGACACT
CCATGGGTGGGAAAGGGCGGTGGTGTGCTCGTTTCGGTTCCAAGGAATGC
CCATTGGGCTTTCGATTGGGGGTTCTATCATGACATCGGGCCGATAACGG
TGGAAGAGGCTGCCGAGGTGGTGAAAGGGAGCGATGACTCCATTTGCGTC
GTGTTGCAGTCGGTACATTGCCGTCCGGCCGGAACGACGTTTTTGGAGCC
ACTGACGCTGGACTTCGCCGTGAGGGATGGTCGTGTGCGGTGGTGGGACA
GGGCGGCCGTATGCGAGGACGTTCTGCGGGAATATCAGGTACTCTCGAAG
CAAAGTGAAGATGACCCTTGGCAGGAGATGGACGTGCAGGACGTCTCCGT
TGTGTGGGACGACCAGGGCTCCACGTGTCTTCGAGCTCGAATTCGGCATT
TCACCTGGTTCAGTGTGGCTAAACGCACAACTAGTGCTAGCGGGAATGTC
GTGTCCCGTCATTGGGATAAATCGGTGCTGGTGGTCAACGCCACCAACTC
CGTGGCACACGTAACACCAATGCCCATTTCCTTCACTACCAGCAAAGAGG
CGACGAAAGCTTGTTCGCTGACATTCAGCGAGGCGGGTATCAGTTTTGAG
GCCGGGAGACGGACCGAACAGATAATGCTCCCAGTGAACACTTCATCAGA
GATAATCCCTGCAGGCGGAGCGGCTGAACTGTTCTTGAGCGGAGGTGCTC
GAGAGATGAAGGTTATTGTCTGTTATTTGCCCGACCGCAACAAAGCTGAA
GTGTCGTCATCCAATCAGACGGTTTCACCCAGCTCGGGAACCTCGCCCGC
ACCAAAAACGACCTCTTCACCCGTCATCCAAACGACAGCGACGTGCACGC
GGCAGGGCACATCGATGATATCACAGACTTCCACGGCTGCCGCACCCAGT
TCAGGGGGCTCACCTCCGCTTGGGGCGGGACCATTGGTGCGGGTGACTTC
CCCCACTTCGGAAGTAGCCGCCCCTCAGTCAGGCGGTCAAGGAACCTCGC
CGAGAGAAAGCGAAGAGATGGTATATTCCATGACTAAGGTCTTGCCCGGC
AGGCGGCGGCTGACGCTCTTGCAGGCATCAGTTAATCGCAAGATCAACAT
AGAGCAGAACGCGCGCGCCCTCGAAACGTATGCGATGATGCTGGCGGATT
TTGGGACTGCCCCACCATAG
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