mRNA_F-serratus_M_contig148.3313.1 (mRNA) Fucus serratus male

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

Overview
NamemRNA_F-serratus_M_contig148.3313.1
Unique NamemRNA_F-serratus_M_contig148.3313.1
TypemRNA
OrganismFucus serratus male (Fucus serratus male (Toothed wrack or serrated wrack))
Homology
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A6H5KI71_9PHAE (Thioredoxin domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KI71_9PHAE)

HSP 1 Score: 134 bits (336), Expect = 5.750e-34
Identity = 64/117 (54.70%), Postives = 85/117 (72.65%), Query Frame = 3 
Query:  222 MMAKPLQLP---EGDSMENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKVPG 563
            MM+ P +LP   + +++  F + V+  +LP LV FHA WC PC M  PV D+IAEEF  K +VVK+DCD HK +MN+YR RGLP  ++F++G++IARHEG L YDG VEFL +KVPG
Sbjct:   42 MMSVPFELPKVPQEEAVVAFDDAVVNQELPTLVYFHAKWCGPCIMQGPVFDQIAEEFDGKAKVVKLDCDNHKFLMNKYRVRGLPYTVLFHDGKVIARHEGHLGYDGQVEFL-RKVPG 157
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A6V1RKU1_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1RKU1_HETAK)

HSP 1 Score: 109 bits (273), Expect = 4.830e-25
Identity = 57/112 (50.89%), Postives = 78/112 (69.64%), Query Frame = 3 
Query:  216 TTMMAKPLQLPEGDSMENFKETVLQSKL-PVLVDFHAVWCAPCFMLAPVMDKIAEEF-QDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFL 545
            T+ +   L++PEGD     KE V  SK  PVLVDF A+WC PC ++AP+MDK+ EEF +D ++VVKVD  VHKD + +Y+  GLP +IIF +GE +A HEG+L Y  + EF+
Sbjct:   36 TSPLRMVLEVPEGDYE---KEVVEASKSKPVLVDFWAIWCGPCRLVAPLMDKVQEEFGEDAIKVVKVDTVVHKDTVQRYKLEGLPRLIIFKDGEPVASHEGALPYAKLQEFV 144
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: M2XHT7_GALSU (Thioredoxin 1 n=1 Tax=Galdieria sulphuraria TaxID=130081 RepID=M2XHT7_GALSU)

HSP 1 Score: 105 bits (263), Expect = 2.310e-23
Identity = 45/98 (45.92%), Postives = 70/98 (71.43%), Query Frame = 3 
Query:  267 NFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKVP 560
            +F++ VLQS++PVLVDFHA WC PC ++ P++D +  E+  KL+VVK+D D +   + QY  RGLP +IIF +G L+A  EG+L   G+ ++++K +P
Sbjct:   68 HFEQQVLQSQIPVLVDFHADWCGPCKLVTPLLDWLVSEYGGKLKVVKIDTDKNPRYVKQYDVRGLPTLIIFQDGRLVASSEGALGKKGIQQYIEKHLP 165
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A3B8RMX6_9BURK (Thioredoxin n=1 Tax=Lautropia sp. TaxID=2053568 RepID=A0A3B8RMX6_9BURK)

HSP 1 Score: 103 bits (256), Expect = 3.870e-23
Identity = 43/100 (43.00%), Postives = 70/100 (70.00%), Query Frame = 3 
Query:  258 SMENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKV 557
            S  NF E V+++  PVLVDF A WC PC M+AP++D++A++  DKLQV K++ D H ++  +Y  RG+P +I+FN+GE +A+  G++    +V+F+ K +
Sbjct:    7 SASNFDEEVMKASGPVLVDFWAEWCGPCKMIAPILDELAKDMGDKLQVAKLNVDEHGEIAQRYGIRGIPTLILFNQGEQVAQQVGAVSKSQLVQFVQKNI 106
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A2D7TLG0_9RHOB (Thioredoxin n=1 Tax=Rhodobacteraceae bacterium TaxID=1904441 RepID=A0A2D7TLG0_9RHOB)

HSP 1 Score: 102 bits (254), Expect = 7.640e-23
Identity = 40/98 (40.82%), Postives = 69/98 (70.41%), Query Frame = 3 
Query:  264 ENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKV 557
            E+F+  V++S+ PVLVD+ A WC PC M+AP++D++AE + DK+++ KVD D +  +  +Y  RG+P +++F EG++IA H G+L    + +F+D  +
Sbjct:   11 ESFESEVIKSEQPVLVDYWAEWCGPCKMIAPILDEVAESYSDKVKIAKVDVDQNAQISAKYNIRGIPTLMLFREGQIIATHTGALNKTQLTDFIDSNL 108
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A2E6M3E9_9GAMM (Thioredoxin n=2 Tax=Gammaproteobacteria bacterium TaxID=1913989 RepID=A0A2E6M3E9_9GAMM)

HSP 1 Score: 101 bits (251), Expect = 2.030e-22
Identity = 46/112 (41.07%), Postives = 73/112 (65.18%), Query Frame = 3 
Query:  222 MMAKPLQLPEGDSMENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKV 557
            M  K L L +G    NF  T+ ++K+PVLVDF A WC PC MLAP++D+IAEE+  K+Q+ KV+ +   +V  ++  RG+P +++F  GE +A   G+L+   ++ FLD+ +
Sbjct:    1 MSDKILHLNDG----NFDSTIAEAKVPVLVDFWAEWCGPCKMLAPILDQIAEEYDSKIQIAKVNVEESAEVPRKFNVRGIPTLVLFKGGEAVATKVGALDKAQLIAFLDQNI 108
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A1G0GWY1_9GAMM (Thioredoxin n=1 Tax=Gammaproteobacteria bacterium RIFCSPHIGHO2_12_FULL_40_19 TaxID=1798281 RepID=A0A1G0GWY1_9GAMM)

HSP 1 Score: 100 bits (250), Expect = 2.810e-22
Identity = 46/100 (46.00%), Postives = 71/100 (71.00%), Query Frame = 3 
Query:  252 GDSMENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDK 551
            GD+   F+  VL S+LPVLVDF A WC PC MLAPV+D++A++F D++++VKV+ D H++   +Y  RG+P +++F  GE+IA   G+L    +V FL++
Sbjct:    9 GDAQ--FQADVLDSELPVLVDFWAPWCGPCRMLAPVLDEVAQQFADRVKIVKVNVDEHQETPAKYGVRGIPSLMLFKGGEMIANKVGALSKSQLVAFLEE 106
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BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: UPI000DB9F616 (thioredoxin TrxA n=1 Tax=Marinimicrobium alkaliphilum TaxID=2202654 RepID=UPI000DB9F616)

HSP 1 Score: 100 bits (250), Expect = 2.890e-22
Identity = 43/94 (45.74%), Postives = 67/94 (71.28%), Query Frame = 3 
Query:  267 NFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLD 548
            +F++ VLQS +PVLVDF A WC PC M+APV+D++A E+Q K+++ KVD D +K+   ++  RG+P +IIF +G + A   G+L    +V+F+D
Sbjct:   13 SFEQEVLQSDVPVLVDFWAAWCGPCKMIAPVLDELAGEYQGKIKIAKVDVDANKETPGKFNIRGIPTLIIFKDGNIEATKVGALSRPQLVDFID 106
[Close]
BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A7Y4L9R2_9BURK (Thioredoxin n=1 Tax=Pelistega europaea TaxID=106147 RepID=A0A7Y4L9R2_9BURK)

HSP 1 Score: 100 bits (249), Expect = 3.890e-22
Identity = 42/98 (42.86%), Postives = 68/98 (69.39%), Query Frame = 3 
Query:  264 ENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKV 557
            E+F   VLQ+  PVLVD+ A WC PC M+AP++D +A EF DK+QVVKVD D + D+  ++  RG+P +++FN+G+ +A   G++    +V+F++  +
Sbjct:   11 ESFDADVLQADKPVLVDYWAPWCGPCKMIAPILDDVASEFADKVQVVKVDVDQNPDIATKFGIRGIPTLMLFNKGQSVATKVGAVNKTQLVQFIESNI 108
[Close]
BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Match: A0A831W1R9_9GAMM (Thioredoxin n=1 Tax=Methylothermaceae bacterium TaxID=2268196 RepID=A0A831W1R9_9GAMM)

HSP 1 Score: 100 bits (248), Expect = 5.380e-22
Identity = 45/98 (45.92%), Postives = 68/98 (69.39%), Query Frame = 3 
Query:  264 ENFKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCDVHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKV 557
            +NF+E VLQSKLPVLVDF A WC PC M+AP++D+IAEE++D+L+V K++ D        Y  RG+P +++F +GE+ A   G+L    +  FL++ +
Sbjct:   11 DNFEEEVLQSKLPVLVDFWAEWCGPCKMIAPILDQIAEEYKDRLKVAKLNIDESPKTPQHYGVRGIPTLMLFKDGEVEATKVGALSKAQLEAFLEQNL 108
The following BLAST results are available for this feature:
BLAST of mRNA_F-serratus_M_contig148.3313.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KI71_9PHAE5.750e-3454.70Thioredoxin domain-containing protein n=2 Tax=Ecto... [more]
A0A6V1RKU1_HETAK4.830e-2550.89Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
M2XHT7_GALSU2.310e-2345.92Thioredoxin 1 n=1 Tax=Galdieria sulphuraria TaxID=... [more]
A0A3B8RMX6_9BURK3.870e-2343.00Thioredoxin n=1 Tax=Lautropia sp. TaxID=2053568 Re... [more]
A0A2D7TLG0_9RHOB7.640e-2340.82Thioredoxin n=1 Tax=Rhodobacteraceae bacterium Tax... [more]
A0A2E6M3E9_9GAMM2.030e-2241.07Thioredoxin n=2 Tax=Gammaproteobacteria bacterium ... [more]
A0A1G0GWY1_9GAMM2.810e-2246.00Thioredoxin n=1 Tax=Gammaproteobacteria bacterium ... [more]
UPI000DB9F6162.890e-2245.74thioredoxin TrxA n=1 Tax=Marinimicrobium alkaliphi... [more]
A0A7Y4L9R2_9BURK3.890e-2242.86Thioredoxin n=1 Tax=Pelistega europaea TaxID=10614... [more]
A0A831W1R9_9GAMM5.380e-2245.92Thioredoxin n=1 Tax=Methylothermaceae bacterium Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
F-serratus_M_contig148contigF-serratus_M_contig148:145970..164216 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef902022-09-19
OGS1.0 of Fucus serratus male2021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score131.7
Seed ortholog evalue2.8e-28
Seed eggNOG ortholog2880.D7FVS1
KEGG koko:K03671
KEGG Pathwayko04621,ko05418,map04621,map05418
Hectar predicted targeting categorymitochondrion
GOsGO:0003674,GO:0003824,GO:0004791,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0006950,GO:0006979,GO:0008047,GO:0008150,GO:0008152,GO:0009507,GO:0009532,GO:0009536,GO:0009570,GO:0009636,GO:0009987,GO:0015035,GO:0015036,GO:0016209,GO:0016491,GO:0016651,GO:0016667,GO:0016668,GO:0016671,GO:0019725,GO:0030234,GO:0033554,GO:0034599,GO:0042221,GO:0042592,GO:0043085,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044093,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464,GO:0045454,GO:0047134,GO:0050789,GO:0050790,GO:0050794,GO:0050896,GO:0051716,GO:0055114,GO:0065007,GO:0065008,GO:0065009,GO:0070887,GO:0097237,GO:0098754,GO:0098772,GO:0098869,GO:1990748
EggNOG free text desc.glycerol ether metabolic process
EggNOG OGsCOG0526@1,KOG0910@2759
Ec32 ortholog descriptionThioredoxin-like protein
Ec32 orthologEc-03_003300.1
COG Functional cat.O
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko03110
Exons4
Model size1291
Cds size456
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_F-serratus_M_contig148.3313.1prot_F-serratus_M_contig148.3313.1Fucus serratus malepolypeptideF-serratus_M_contig148 146686..164097 -


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

Feature NameUnique NameSpeciesTypePosition
1622929454.7446303-UTR-F-serratus_M_contig148:145969..1466851622929454.7446303-UTR-F-serratus_M_contig148:145969..146685Fucus serratus maleUTRF-serratus_M_contig148 145970..146685 -
1690962860.7215483-UTR-F-serratus_M_contig148:145969..1466851690962860.7215483-UTR-F-serratus_M_contig148:145969..146685Fucus serratus maleUTRF-serratus_M_contig148 145970..146685 -
1622929454.833132-UTR-F-serratus_M_contig148:164097..1642161622929454.833132-UTR-F-serratus_M_contig148:164097..164216Fucus serratus maleUTRF-serratus_M_contig148 164098..164216 -
1690962860.7660933-UTR-F-serratus_M_contig148:164097..1642161690962860.7660933-UTR-F-serratus_M_contig148:164097..164216Fucus serratus maleUTRF-serratus_M_contig148 164098..164216 -


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

Feature NameUnique NameSpeciesTypePosition
1622929454.7604644-CDS-F-serratus_M_contig148:146685..1467691622929454.7604644-CDS-F-serratus_M_contig148:146685..146769Fucus serratus maleCDSF-serratus_M_contig148 146686..146769 -
1690962860.732906-CDS-F-serratus_M_contig148:146685..1467691690962860.732906-CDS-F-serratus_M_contig148:146685..146769Fucus serratus maleCDSF-serratus_M_contig148 146686..146769 -
1622929454.7733417-CDS-F-serratus_M_contig148:147095..1471881622929454.7733417-CDS-F-serratus_M_contig148:147095..147188Fucus serratus maleCDSF-serratus_M_contig148 147096..147188 -
1690962860.7406833-CDS-F-serratus_M_contig148:147095..1471881690962860.7406833-CDS-F-serratus_M_contig148:147095..147188Fucus serratus maleCDSF-serratus_M_contig148 147096..147188 -
1622929454.8032138-CDS-F-serratus_M_contig148:155966..1560391622929454.8032138-CDS-F-serratus_M_contig148:155966..156039Fucus serratus maleCDSF-serratus_M_contig148 155967..156039 -
1690962860.751223-CDS-F-serratus_M_contig148:155966..1560391690962860.751223-CDS-F-serratus_M_contig148:155966..156039Fucus serratus maleCDSF-serratus_M_contig148 155967..156039 -
1622929454.8181-CDS-F-serratus_M_contig148:163891..1640971622929454.8181-CDS-F-serratus_M_contig148:163891..164097Fucus serratus maleCDSF-serratus_M_contig148 163892..164097 -
1690962860.7585096-CDS-F-serratus_M_contig148:163891..1640971690962860.7585096-CDS-F-serratus_M_contig148:163891..164097Fucus serratus maleCDSF-serratus_M_contig148 163892..164097 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_F-serratus_M_contig148.3313.1

>prot_F-serratus_M_contig148.3313.1 ID=prot_F-serratus_M_contig148.3313.1|Name=mRNA_F-serratus_M_contig148.3313.1|organism=Fucus serratus male|type=polypeptide|length=152bp
MRQTRLVYRVALTNPLNPSSHQAVSVSRPQCETTMMAKPLQLPEGDSMEN
FKETVLQSKLPVLVDFHAVWCAPCFMLAPVMDKIAEEFQDKLQVVKVDCD
VHKDVMNQYRARGLPLMIIFNEGELIARHEGSLEYDGVVEFLDKKVPGGV
K*
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mRNA from alignment at F-serratus_M_contig148:145970..164216-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_F-serratus_M_contig148.3313.1 ID=mRNA_F-serratus_M_contig148.3313.1|Name=mRNA_F-serratus_M_contig148.3313.1|organism=Fucus serratus male|type=mRNA|length=18247bp|location=Sequence derived from alignment at F-serratus_M_contig148:145970..164216- (Fucus serratus male)
GTGGACAACAATTGCTGGAACCTGATTGGCTGATTGGTCTCATTTTTAAC
CCACCTGTTCATGTTTCTGGCGGTGTAAGGGTTTTAGGGAAGCAAGAGAG
GAAAGGTAGCTGTGAAGCTATGAGGCAGACAAGACTTGTGTATCGCGTAG
CACTAACCAATCCGTTAAACCCTTCCTCTCACCAGGCCGTCTCTGTCTCG
CGTCCTCAATGTGAGACGACCATGATGGCGAAGCCCCTACAACTGCCCGA
GGGAGATTCGATGGAAAATTTCAAGGAGACAGTGTTGCAGAGCAAGCTAC
CAGTGCTGGTTGACTTCCACGCTGTGTGAGTAATGTCATATCACTAGTCG
TGGACCTGTGGATTGTGGTGGAAACCGTCAACATACGAGTAGTGTACAGT
ATACTGTACCAAAAATGTGTACTTGTTACTAAGAACTGGTAGCAGTAAAG
TGTACCAGAACGCCACGTCTACTTTCAGGTGATATTAATGAGGATAACGG
AGTCTTGCACTTCCTGGATTTTGAAGATATCATATCTGGTCTACATCATG
GTCCTCTCTGTCCTCTTGTCAATCCTCAAGCCAAAACGTATGTACCACTA
CGAATAACTATCCTGGACTAATCATATGGTCTACCGTAGCACGAGAGTGA
AATACAAACACGTACTGAACAGGTACTGAATACATGTAGATAACCGGTGG
GCTTCTCCCCGATATGATATTGTTGACCCAATGTTACTATTAATACCATC
GGGGAACCGGTTTAAATGCCATGAAGAGGTTTTGTACTTGTAGCCTATGA
TCCCACCTAAACGTTTTGACATTTTTTTCCCCTGACTAGGGGATGCTCAG
AAGGTCTAGGCGCATTCTAGTTTTTCTTCAAAAAAAAAAATCAAGTTCAA
ATGAAAGCAACTTACGTACAGAGTCATACACTTGTGCAAACATCTGTTGT
TTACTGCTGCACACACTCAAGGATTTATGGTACGATTTGATTGACTGATT
TCTCACATAAGCTGATGTTAAAAATCTAGCCCGTGGTCACATGGGTAGAA
AAACATCATCCGAAAGGGGAAAACGTACGACGTACTCTGCATACTATTAA
TAAGATAAAACGGTAATGGTGCAAGAATACTCGCAAAAAGCGACTACCAA
AAAAAATGGGGGGAAAAAAACGCAGACAGTTGTTCGGTAACTGGGTATGG
CTGTCGGGGCGCATGCAGATGGAAGAACGGTTAAACGAAGGGCCGCGGCT
TCAGTGAAAGCAAAAATACGAAATCGAAACAAATAAAACAAACGTAACGC
CGGAGACAGACGACATAGCATCAGCATCAGTAAACCAAACGCGCGGAGGA
TACAATTACGCGCCACTTGTGGCTTATCAACTACAGTATGGCGAGCGAAC
CAGCACAAGCACGCTTCCTTGGGCTATCCTCTCCTTGGTCCTTCCCGTCA
CGTTCGGTCATACTACTGCATGTCGTAGTCCAGCCCTAGCTTTTGCTGCA
GCGACCCATTTCGCCATGAAACGTTCCGCTCCTTGTTCCACCGTCCTCCG
CCATACCCCCTTGTCCTGAGCTGCAGTCGTCCATTGGTCGGCGTTGATAC
CGAAAGCTCTGAGATCGTCCAGGAAACACCCCATCCACTCTTTTTCCTGC
CCCCCCACGCAGTCCGCGCCCCCCACCAGTTCTCCGAACATCACGCACTT
CGGCAGTCTTGTATCCTCCATGCGCGCCACAAATCCCGCGAACAAGATCC
GCCTCCTACGTAAAGTCGCCTCGATGCTCTCACTTCCCGTCTTGAAAAGC
GTGTCCAGATAGGAAATCGGGTGGTCGGCGCTGTTGTTCTCTCGCCAACC
GATGAAGCGAGTCAAGAAGCTGTGGTGGGCTCGGCGCAGCGTGTCGTAGT
GGCACGCGCGCGGACTCCACGCGACGCAGCCGTACAGCATTGTCTTGAGT
ACCTCGGCTCGGAGCATCTGGGTCTGAGCTCGAGGGGAGCACTCTGTCGG
TCGTACAGTTCGAGGGTGTACTTCCGGAAGCTGCACCACGCGTTACCGTT
GTGTATGCGCCGATTGACCTCGATGGACAGGTCGGCATTGTGGTTGATGT
TCCCCCCGAGGTATACGGACTCGTTCGTTTGGTTGTAGACCTGGCCCGTT
GCTTCTACGCTGAATGTGATGGTGGACTCCGGCATCCCCTTCGTGCGTAA
ACAGAAAATTGTTTTGAAAAAAAAAGTGAAACATTAAAATCCAAAAGCCG
TGCATACGACCTCTATCAACCCCATCATCTTCCTCAGATGCCCGGGGGAA
ACGGCAGTACGAAGTGTATCAAAGTGTATCGTATCGCGCAGACAGCCCTT
CCCTTCCCTCCCCTCCCCTCCCCTTCCTTTTGTTCTTGCTAAATAAAAAT
CATCGTTGATGGCATGTCGCGCGGTGACTTGATTGATTGATTGTTTGATT
GAATTCTCACATAAGCTGATGTAAAAAATCCAGCCTATGATCCAGCCTAT
GATCCAGTGTATGATCCACCATGCGGAAGGAAAATGTAAAACGTTCTCTC
TATATGAATACTTGTATACAGACCAAGTACGTAAAAAGAAGAAACGGTCG
GAGAAAGCGACATCTCCCGAAAAAAAGAAGAAAAAAAATGGCTTTGCAGC
CGATGATCCCACCTTCACGTCTTGACTATTTTTCCCCGTCTGAGGGATGC
TCAGAAGGTTGACTACTGTAGATGCGTTCAGATTTTTCTTTTAAAAGGGC
ACAGACAGTTGTTAGGTAAGTACTTATAATAGTGCTTATTTTATGCCATT
CTTATCTGTATTAATATAAATATTATTAGTAATAAATACTGTACCACTGC
TGTGTCTTCCTACCCAAGGGGATATCTCACACGTATGCCGGGTTGGTACT
ACAACGGGTACTGTACTGTAGTACCCTTAAGATAAGCTCGTCACCCGATT
GGAGTATGATAGAGTATGATGTAGTAGTGGATAACCTCGCAGTTTTACTA
CTGCGGATTACGAGTTCGATTCTTGACAGGATGCATTCTCATTATTTTTA
AAGAAAATAAGATAGGGTAGCTATCGCTATACGCTCGCTAAAGGATAGTT
TGGTAACTATCGTCAGCTGTACACAGGTGTTGGTTTTTAATCAAACAGGG
CAAGTAATTCGAAGTTCCACGTTCCTGCCCTGAACACAGGTGTTGGTTTA
ACCAAACAGGGGGCGCACATCACGAAAAGGAACATACGGCACATTCATGA
TTGGTCAAAGTGCCCCGTATTTTGATACACCCGAGCTCAAATTGATACAG
CACACAGATTAGAAGCTCGCTAAACGCTCGCAATAAACCTTCTGAGCATC
CACCCAATCAGGGGTATTAATGATTAATGGTAAGATAGGGAGTTGTCAGA
AGGTTTAGGTGGGAACTTAGGCTGTAAGGACAAAATCTCTTCATGGTATT
TAAACGGGTTCCCCTATGGTGGTGGTACCATTGGGTCAACAGTATAATGT
CGGGGAGAAACCCACCGTTATACTGTACACTTGTATCAATCGCCATGCAG
GTACATCAAAGCAGAGGCAAACGTAGACGAGGAACCTAGATACAAATCAG
CGATGTTATACTAGCATTGGGTTTGGGATTGGGTCACCGGGGCCCAGTCG
ACATGAGCGAAAAAAAAACGAAGACAAACTTTTCTAGATGAAACCGTCAC
GCGACTGTAGCTCTTAGCCAATGGGTGGGAGACCAAATGGAGATTTGTTA
GAGGAAACAGGGGGAAAACTGGAGAGCCCTCTTGGTGCACCTCGGATAAC
GGAGCAACCACGGCGCCATGACTGCTCTGCAAGGTATATACATGATCCTA
TGACCCAGGGCCTGGGGGGTTGTAGGTCATGTGGCATGATACGAAAGAAG
TTGCGTCGAAGCCCAAGACCGTTCCATGTTGTTTGTCGTTATACCGTTTG
GACGCCATTTGGACTTGACCCTCCACACAACTACTATGCCCCATGGCCCT
CGGGCCAGCTCGGTGCAGGTATCGGGCATGGAAGTCGCGTGTGCATGTGC
ATAGCCCATAGTAAATGGTAGACAACACAGATCCAGCTTGACGACAAGTT
GATATCTCCATTTTGGCAAAAGTTGTGTTTCGGCGGTCCGAGCCAGGTCT
CCATTTTTTGTACTTCTCCAGCAGTAGAAACAGCAGCAGATGTCCTACGC
TCTTGAGCCTCACATCGCCCCCGAGCTCGTCGTTTTGCGCAGAAGACCCC
CCACAACCCTGCTGGAGCACCCTCCTAAGACGACAACCTTCTACTGTACA
TGAAGTGCTCCTGTCAGTGTCGCCCAAGAAAGTCGATTAAATGTACTATG
TACAGTATCCCGCCACATTTCTGTTATTTTGCGGCAAGCCCTCGATTAAG
GAAATTGAACAAAACCCTCGCTCAACCAAAACTCCGACCGCCGAACCTCG
GTACATGATCTTCGAAGCCCAAAACTTCATTCGGAACAAAGACATGCCTA
TGAACTCTGTCGTTTGGAAGGCACGCCTTAAAAAACTGCAGAGGTCGAAA
ACCTCATCTTGTTGCTACCAAAACTGTATTTTGAGGCCAAAATGCCCGTA
TTCAGACCATCTTTAATGGGCTTCAGAATTGAATCTGGAATATTATTGGA
TCTGGTGTTTTTCGCGGATCGTACAAATGCGGAGCCCAAATCCTATCTGT
CTATTTCATGGGACATGGGAGGTTTGCAACGATTTGAACGGCGTGTGTGC
ATTTTTCTAGCCGTCTGCTTTCAAAATACATAGATGCATCGCACGCGCCT
CGCCAACAGGTAGCAGTATGGCAATTTGAGAGTGAATCATCATGCAATAG
AGGGACCATCGCCATCGTGGCCGAGTCTCTGTGTTTCGCGAAGAACGATA
GGTTACAACAACACAACAATCATCCTTCAGGTTTAAACCAAATACGCGTG
TTGTACTGGACTGTCTGCACACGCCAGTATGGTCTACTGTATTACAGTAT
AGTACAGTCTACTGTATGTAGTACAGTACGGTCTTCTGTCTGTACTTTGT
TGTTGTTGTTTCTCACATTCAACGCATTGGTTGCCAACCCGAAGAAAACT
ACTTTACACGGTGGCCAATCTCGCTCGTGGTCTGCTGAACAGGGAAAAAA
AAAAAAAAAAAAAAAGTCTGGCAGGCAGCGCCCCCCCCCCCCCCGCGCTG
CTCGTTCGGAGAAAAAAATAAAAATAAAATGAAAAAATCACGCGACGCAT
CCACATGTCTAGGCGCTACGCAAGTCCGCGTTACGTAGGTGGTCTCGGTC
CGTCTCGCATCCGTGCAAGGATTCCTACGACTCGTCAGCTAGGTCAATGG
GTGTCGCTTCGCAAAATACTACGCTTCCGTGTGCGATTGGAGTCATATCG
AACCTAAACCATACACATCGCATTTATAGCAGAAATAGCAACAACTTTGA
CTGCCCTTCAGCACTACAGGTAGACACTGCCTCCATGCCACGTCCATCGC
AGCCAATGAGAACCACTTTCGGTGCTTTGTCAGCCAATTAGAACAAGCTC
CAAGAACTCGTACGGGATGCGAAAATGTCTGCGAAACGTTCCGTACACTC
TGGATTGGCGTTGTTCCAGCTCTGGTTTTCTGAGAATTAGACCATATCTC
GAGAAATTCGATCGTGGGTGGACTCGCCGAGTACGCTTGACTCGGGAACC
ATCGCCATCCTCGCTCTCTTCTCTCTCCGTCGTCTCCATGTCCTTTACTC
TAGCCCGTCCAAAATAAGAGCCTACTCGGCCAAGGTCCTGGGTCATCGCC
GTTTCTCGTAGGTTAAGAACACAACCAGAGCTACAGCGAGCGCTCTCCAG
AGGCGTTCATCGCGGTCGTCCGACGCCATGAAATCAACCGACGCGTTGTG
TAGATGCTCACAAAGTGCTGTGTGCCGAGGACAGCCCCCTCTGCTATGCT
TGATGCGAGCTCAACGTGTGCTGGGTTTACAGCTATGCTTGATGGTAACT
TCGTACTTTCAAATGCACACGCCTACAAGTCAAATCGAAAACAGCAAATA
CGATTGTCCTCGACTCCTCCATCGTATTATTATTATTATTATTATTATTA
TTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTAGT
ATTAGTTGGGTTAAAGGAAAAAAAGGTTGATCGGCATTATGATAATATTA
TGGAAGTCCCAAAGACCATCTTTTATGGGCATCGTATTTGTCGGAATGGA
TCTGCATTTGATAATCAAATCCGATAGTCCTATTTTTATGGGGTAGTATT
TGGCCAAATACGATAATCTGCGTATTTACTACCCCATAAAATAGGACTAT
CGGATTTGAGGTACCCAAATTCCCAGATCCAATTCCGATATCCCCCAAAT
GCGATGCCCATAGAAGATGGTCTCGTGGCTCTCTTCTATAATATGATCAT
AATGCCGATCAACCTTTTTTTCCTGTAGGCGCCGACTCCGGGGGTGTGGT
AGAGTTTTTGGCATTTTCTGGACCGTTCCTGGCCAATCAGGCGCCTAGCT
GTCGATATTTATGCCCTTAACACCCATTTGACGAACTGTAACAAAACCCT
CCCCCCAAAATGAGTTTTAGTTCCTAATAAAAATAGTAAATAAGGCCACG
TTAAGAGTATTGTAGGGGACACTACACTATTAATGTTACTATGATAGTCC
AGTCGTCCAGTCGTCTGTTCATAGGTATCATCACGATTATACTGCCATTA
TAAGCCACCAAAGAAGTTACAGATTGTCGAGGAAACACAAAGTTTAAATT
CTGATAACTATTTACCAGGAATTCTGGTTTGGAGTATTTATACAGTACTG
GTAGTTGTTAACCCCGCAGTTTCTAAGTTCGATTATTAACATTAACATTA
AGATTAATAGGATGATTTCTTGTACCAGTATTCTGGTTTTCGTAACGGTA
ATGGAAAGCGTGAGAACGTGAGCACAGATAGTAACTAAAATTCAACCTTT
GAGCTTTGATTTGATTTGATTACCCTTGATTAATTGGTTGACGAGGTGTA
ACGGTGCCGAACTTGTCAAAATCGTAGGCGAGGACCTTCGTGACCATACG
CAGAATGATAATGTTGCATGTTGAATGTTGAATGTTGCAGTATTATTAGG
TGGGATAGATAGATAGGGAGCCTAGCACGTCTATTATTAGTTTAATAGGC
CCATCGGCCGTAAGTGAGATACAAACACAATATAAAAAACTTCAGTATTG
AGATTGCAATGTTGATTACTGTACGGTATACGTTCATGACCTTTGGGCCG
GTGGCAACACCAGAGAAGACTCAATAGGATGACTTAGCGGTGACCTTGGC
ATAGTTTAGCTGTCCCAAAAAGTCTATAATAGCAGCGAAGTGCTTTCACC
CCCAACAAATCAGACATAAGAGTACAGTACAGATTCTCGCGCTGGATGTG
CGCCATACTCTGTCCCCGCTTTGGAGAGATAGTTAAATGACGACATAGTG
GTGGCCTGCGCACGGAAGTTGTCCTTCTCTTCGTTGACTGAAAGGATTGT
TCGATTGTTCGATTGTTCGATTGCTCGCAAGATAACGCGGTCGGCCACTG
TACAGTAGTGCCTCGCGTGATAGCAGCTATAGTGATAGCTCTAGATCAAC
AACTATAGCTATAGGTCGTGGGGCTATAGCTATAGCTATGGTGAACCCGC
GTTGTTATATCAAGTGATAGCTTTTGGCTATTATATCAAGATATTATTGA
TGTAATACCGGTAGTAGTTTTGGTCGATATGATAGGCAGTCATTATACGA
GTACGTCAAGTACAAAGCAACATCCATGTGAAACATGAGTGAAGATAAGA
TCGAAACACCAGATAGGTGACACTGAGTACTGGTACAGTATGTTTCAAAT
TTGAGGACGAGGCGTAAGAGCAAGTCTGGCCAGATTCATTCATTTCTAGA
ATAGCACATGCACCACATTCACCACATTCATTCATTGAACAGGGTTCTAC
TGTGCCAGTAAATAATTGGTTGGTTCATTACGGTAGGCTGGTTGACGGAG
CGAGCAATATCCCCGCTAATGTCCTGCCCTAATCTGCCCTCTTGTGTTGT
GTTGTGTTCTATTCTATTTTTTTGTGTTGTGTCGTGTTTTCCTCGACGCC
CTTCAATCCACAATGTACATGATACAGCTGGTGCGCTCCATGCTTCATGC
TCGCACCGGTTATGGACAAGATAGCCGAAGAATTCCAGGACAAGCTCCAG
GCAAGATGCTGACGCCTTATTGACTGTCGATGTTCCGAGATGTTCCGAGT
TGCACAATCTGAGATGTTCTGAGGTACAGTCTGAGGTACAATCTGTCTGA
GGTACAATCTGTCTGAGGTACAATCTGTCTGAGGTGAGCGGGCACGGCCG
TGTTACGCTACGTTACATTTCATTTTGTGGCATTAAATGCCATGAAGAGT
TTTGGTCCTTAAAGCCCATACTCCCTGACAATTTCCCCCCCTGATTGGAT
GGATATTCAGAAGGTTTAGATGCGTGCAAACGTTTCTTTAAATTGAACTG
GTAGCAAATTAAAGTATGTCGATGTCCAGTAATCTCAAGTTTCTTCACAA
GAGTTGTATTGCTCATGTACAGATATAGTTAAGTTCGTTATTAATATTAA
TCTTAATAGTAATAGTAATAGTAATACTGTAATAGTGTAGTCCCAAGCAA
GGGGGCGATGGGAGCCTTAGCCTGCGTGCGATCTTGATAGAACGCGTCGT
CCCAACTCTTCGGCCATTCGTTCTCCTTCCTCTCCTATTACCTGTTTGAC
AAACGGTTACGAACATTTCACCTTCTCATATTCTCCTCGACCCATTCTAA
TGTACCAAGAATATTCCTCGACACATCCTCACATCATGGGGATATTTCCC
GACATCAAGGCATCAAGAGAATAGCGATATGTCTCCAAGCTGATGCCTCG
ATGATACCACGCTCTATGAAACTATTAATACCTAATACTTTCCTCTCGCC
ATCCAACAACTATCAATATTAATAACGGACAAGACGGGCAACAATTCCAG
CAACTTGATGCCTTCAAATATATTTTACTGTTCCTATTGTCGTGATGAAC
TTTGAGCTCGCACGGGTGGGAATTTACACAACAACCGTGATAAATCCTTG
AGTTCTTAAGTGGAAAACTGCGAAAGCCGCCAGGGGGTGCCAGGAGGTGT
GGTCTAGCTCTAAAGGGGTGCGCGCAACTGGAAAAAGTACGTCTAAGTGT
CCTATTAAAAGGTGCTATGTCCTAGATTCGTGACAGGCACAAGCAACCTC
TCTAATTGATTTTATCGTCAAGGGTATACGTATCGATACAGTGGTACTTA
ATAGAGTACTTAATACCGGTTATGACCCTGTTGTTTAATGCGAAGTACTT
TTTGTGCAGTACTCGCTACGGTTGTGATGCCAATTAATAACAAAGAGACA
GCCGTAATCGGCACATTTCACAGGTTACAGGATCAGCTGAAATGATGAAA
TGATAGATGCTTGGGTTAAAACTACAGTTTCCCTGGTGTTTGGTGTTTGG
TGTTGAGGCGTTATGCACTGCAAAATATACCAGAACATTGAGAGAACATT
GAGCTGATTTTTGCGAGCGCATGTCATGCACACTTTTGCATACCAACAAC
AGCAAAAAGGAATAAGGAATCAATCGCGAAAGGTTCTGCACGTCCTTGAA
GGCCCACATATGATGTTGCCTAACTCCACGATTGAGAACGCACCAAACTA
GTCTTCCAACTAGTCTTCCAGCAAGTCGTCCATGATAGACCGCGCCGGTG
CTATCTCAAGAGAGCGTGCAAAGCCAAGGGGTATTACTAGTATTGATAGT
GCGGTAATGCAGGAAATCTCTGTGCCGTAACAAATATCAGACGGAGCGTG
GCTTGAGTCAGGATTTAGGCGGGCTGGCCCTTATTGCACTGCACTATGCT
TTGAAAGATTTAATACAATATACAGTATACAGTATTCTTCTCGCCACGAG
ATCTCGAATGAAATGAAGTGGTGTCAGACATCCACCGTCTGTGTTTATCT
TACTCTACTCTACCACACTGTAGTATAGTATACCATACTGTACTGTTTGA
CGGGCTAACAAGATTTTCTGCCGATGCGATCACCCCCAGATTATATCATC
CTCGAATACACTTCTATTCTACACTGCATCTATTATCTTCTTCAGATGCC
ACAAATGGATCACGTCATCACATTCCGGACAAAGCGCTCATTCTTGATAC
AAGCAGTACCACGTCATCACGTCACGTCACGTCAGTGCTATCCTCTCCAT
TGGCTAAAAAGTCAAACATTTATGCGTCTGAGAAAACAGGATGACATGAT
CTGTCCTTCAACAACCATTTGGGCACTCGATATCACCAATACACGTTCTG
CCCGACGGTCTGGCGCCTTGCTGGCGTAGTCAGCACCGACGTTTTGGTTC
ATGTTTTCACCAATACACCGTTACCTCTTGTATACTGTTCGTGTACTAGA
GTGCAGTAGAGTACATGTATTACAGTCTTAAGGATACCGTCCAACTTCGG
GCTGTAGGATAACGACAGCTGTTGGGCACTGCTGTGCATGTATCATGTCT
CCGTCCACACCGTGTTCCCCACTGTAATGTACTGTACTGTACTGTACTGT
ACTCACTGTAATGCACTGTACGATATCCGGCCATATCTGGCCCGCGGTTC
ACATGAGGCTCCTGACCACTTGAGTAAGTAAGTCAAGTCTTCGACGCTCT
TGTCATCGTTTAGTCCCCTCAAATCGATCAAATCGATCAAATCGATCAAA
TCGAAACAAATCGATCAAATCGATACACGGAGAGAAAAACATGGAACTCG
TCTGAGACAAGTGAAAGCGATCAGCCAACCTCCGAAGAAAGCTTTCCTGT
GAAATCTTTAGAAAGTCCCCATCCTGCGGTCCTTGAGAACCCCCCCCCCC
CCCTCCCCCCCTTCCCCGTGTATGATGATAGCTCCACAAGATGCTTTGTG
GTAGAAACGTTGCTATGGGCAGCAACCATCAACGTGGCAACTCGATGGGA
ACGAGCCAAGAAGACGCCGTCAACGTCAAGGGGATATCTTACCTCAGTAA
TAGCTTACCACTTGTCGGCGACGTCAAAGTCTAGCACGCATGGGTATGGA
GAGCACTGATTGTACCCGACGTGTTTCGATATCTTCAAGAGCGTGTACCA
CAACCTGAATGGCACAACACGATTCTTTCCACCTTTATCAACATGGAGCC
AAACCCTCTCCTGGATTTGATGTCAGCCAAAATTGCGTATCCACGTTAGA
TTGTACGGGCCCCTGCTCTACGTCGAAACGCCAGAGATCCCAGCCAGAGA
AGCTGCAGTGCCAAAATGACACCTTAGTAGGCGATCCAGCTTCTACTTGT
GTTCGCAGAGGCTTCTTCTAGTCAGTGGTCGCCGCGCATAACGCATGCCC
CGCTTTCCTTTGCTATAAGCTTTCTTTTCTTCAGCGTCGGAGCGACCTTA
TGACCAAAGGTAGATCGTGCAACACTCTCTTCGTGTCACCACGCCGTTTT
CACCCATGTGCTGCTGTGAAAGCGAGAAAGAAAACATGCTACTCAGTGAA
ACTTGTGAAAATTTGCATCCAATGCAAGGTCATTGGCGTGTAGTCAGTAG
TCAGTAGTCAGTAGTCAGTCGACATTTGGACACAGAAGAGAGGTTTCAAT
CCTCATACACCTCATACAATATCGACGATTTGGTACCATCACTCTTGAGA
GCTCTGGGAAGCGCGTCGGGTGCGATCGTGAGTCTCCCAAGAAGCTGGCT
GTGGTCCCTGTCAACCCTAACCCTAACCTAACAGTTCTTGGTATTATTAG
TCTAGCGGTACAGCACTTTCAGCTTCGCCGTCTCCGAGACCTGTCGACCT
ACTTATGACTGGGTCTCACGATCACCAGGCTCCTACCCCCAAGCAGCCTC
GTTGCTAGTTGTGAGTCATAATACCCCGGAGGCTACGAGTACTTTTTTGC
TCCGCCTGGCTGGGATGGGACTTGTGGCGTTTTCAATCACGTGCCGCTGA
CGGCTTCCGGCAACCGAATAGTTTGTATGGAATTTTTTATCTCCGCCTAT
CTCGCTCAAACTTCTCGATTTTTCTATCGTAATGAATGACCCCAAGCATG
TCTTGTATTATCCGTTCGTTCAGAGGGGCTACCGGGATGGGGGTAGAGCC
AATGGAATGGAAATGATGGAATGGGAAACAACGCGATGGAGTTTTTAGCC
TATGCGCGGGCTCTAGCGAAAATAAAAATTGAAATACGGACAGTTCATCA
TCACACCTCTCCCAAGAATATCCCCCAAATGTCGAAGCATTAGCAAATAT
TTGAAATCCGCAAGCAGTCTCCACGATGATGTTGCGTTGAGACAGGCTCT
ATCGTATATATGGTGTAGAGAATACAACGGTAATGGTCAGGCTCCTTTTC
CTTCGGAGTTACCCACTACCTGGTATTAATAGTGTTATGAAAAGTGTCTG
TGATGTGAGGATGTGAGGATGGGTCTTGTCAGAGTTGGTTCTGTGCGAGG
GGTCGACGTAAACAGATACCACAGTCGCTTCGGTGTCCCCAAACACATGG
TCTCACACAGAAGACACAAAAAAGAAACCAAAATAACACACACGAGAAAT
TAAACTTGATGGGGCCCAACACTACAAAAGTACGGGGATCACTAGATACG
TGTCCTGGGAATAAAGTTCCTCATGAGTGTCATTCACCCGCATGTTACCA
ACCAGGGAGTAACGGTCTTCTTTCTCCCCTCTTAGTCGTTGGTTGGTTGC
ATCCAAATGATCAAATACTCAGACTCTCTACTTTTTAAAAGCAAAATCCA
AAGCTAACCTCCGTCATCGATCCTTGAACAAAAATGTCCGTTGATATGCG
ACAGTGAAACAGCTCTTGCACATTAAAATCAGGACATTTTTCCTCCGCTT
TTATCTAATGCTATATAGTCAAGTCCGTGCGGATCTAAAATATAATATTC
GACTCCAGAAACCTGCCTGCCCTGACGACCGTATACGAGTCATACTTCGG
ATCCGCGTATAACACAATCCACGACATCATACGTACGCAAAAGTCCTTAC
TGAAATTGGTGTCCAATCGTTTAAACTTATGATAGTCTTCTCTGGCATGA
CATTTTCAGATAGGATGGCACGACGAAAAATAAATCACGATGTTAGCTTA
TTCCTGATTGAATAAACGGTCCATGCATGATACGACACGCCATCAAATAA
GTATTCTACGTCAGATATAACCCAACTGTAGAAACGTGCTATTAGTAGGA
AGACCGTCGGTGTGCGTCCATCGTCTTGCCAGCAAAATGTCCATGCCTAC
TGTAGTGTAGTATCCAGAATTGGACTGCACTACAGCAGGCATGGACATTT
TGCTGGCAAGACAGTACTGTACCTCAAAAGTTCGAACAACATTCTCAACA
TGTTGTATGGGACAGTTCAGTCTACCAGCTTGTACGAGGACCACTTATTA
TGAACAAACAATGGGCAACGCGGTACAGTATACGCTTCACCGAAGCAAAT
CGAGATGACCCGCCGGTACTTTCAACATGCCCACTTCGTACCAATAGTGG
GTGTGGGAAAGATAGGCGAACATTCATTGGTCCATGGTGACCTGCTAGGG
CAGCACCCGTTCGGAACTACCGTGAGGTTTACTGGCCCTGTGCCGGCGGA
CTCTTGGCAGTGGAAGCCATCGGTACGCAATTGCGTGACCCGATAAACTC
GGGACTGACCCGATGGCGTATGGCGGTCTCATAAATAGACGCCGCCGCGG
AATTCGGGAGGAATCCCGTAAGTAAGCACCAGATCCAGTCTGAGTATGGA
GATGAGCAGGTTGACGCGGGACGGGACTGCCGAACCCGATTCGCGAGACA
AATTCTCAGGCACGCACGGGGACAGGGGAATATTCTTTTCCCTGTTCAGC
TCACGACGAGCAGGATTGGCAACCTTACCCGGTTGATCCATTCTCTGCTA
TATGTGATGACCATACATACATACATACATGGTCAGCTCAGTCTCAGAAA
GCTGCTCTTCATCCATCGGGCTCGCACACCCCGTTTGCTCTCATCTTCGA
TGAAAGTTCTTGTCTCGTCTCTCGTACCTGGTATGATTGAAGATTGAGGC
AAACAGGAAAAGGATAAGCAACCGAAATATCTCCCCCCCCCAGCAAAAGT
AGTTGTCTCCCCATCATCAACCGTTACTTTCAACATGCCCACGTCATACC
AATAGTGGGTGTGGGAAAGAGAGGCGCAAATTAACTGGTCCATGGTGACC
TGCCAAGGCATCGCCCGTTTGGAACTACCTTGAGGTGTACTGGCCCTGTG
CCGCGAACTCTCGGCAGTGAACGCCATCGGTACGCAATTACGTGACCCGA
TAAACTCGGGACTGACCCGATGGCGTATGGCGGTTTAAATAAATAAATGG
ATGCCGCCGTGGAACTCGCGAGGTATCCCGTAAGTAAGCACCAGATTCAG
CCTGAGTATGGAGATGAGCAGGCTGACGCGGACGGGACTGCCGAACCCAT
CTCGTGAGACCAAATTCTCAGGCGCCAACGAGGACGGGGAAATATCGATT
TTCCCTGTTCAGCTGACCACGGGCAGGATTGGCAACCTCACCCAGTTTAT
CCATGCTCTTGCTATATGTGATGACCATACATACATACATCCGCCTGAGT
CGAATTGCTTGTTTTGCTCGCTGATAGATTCGATCACCCCTCGCTGTTAT
CGGCTCATCGGTAATCTCGCGAGCTCTTGGTGAGCGGTGACTTATAAAAT
TGTCTCGTCAAATATTATCCCGAAAGCTGCTTGAAAATAGAAAGCTCCCT
CCTGCTTCGAGCTTATCTTACCATCGGCAAGCGAAAAGCCGTCGACAGCA
GTTTTGCTACTGTCCGAACCCTTCCATCCCCTTACCAGCTGACCTGGTAT
TGTTGATTCCAAACCGGACATTCGCGCTTGGGCGCCACCTTGCCCTCTCC
TCCTAAACCTTGTGCTCGTACCAGTGGAATATATCTTCGCTCCCGATATT
TCCCCGCCACGCCGTCGGGCCGTACTACGAGCGGGATCTCCCATCGCTTC
TCTTCCTGCCCATCTGCCAGTACTTCGAGAGAATCACGCTCGATCTGGTC
GGCCCCCAACGACTCAGGTTCAGCGGACGACAGCGGTGACGGGATTCACT
CATCTCCCTCTCTTCCTTGCCATCTGGTAAGGCTTCGAGATAATTACTCT
CGATCTGGTCGTCCCCTGACGACTCGGACTCAGCGCACGGCAGAGGGTAG
AGAATCTTCAAAAATACGCTTAATGGTTGGTGGTAATATGCGGTGATATG
CACTTCGCTGCCATTTGCGCCCTCTTTTCCAAATTTTCACGGTACGTCTC
TGGGAGGAGGGCTCTTATACGGGAGAGTTGATTCTTTCCGAGGGGTTGGT
GCCGCAGGCTCGACGTGAACACATGTCACAGACGAATATTGATCCGATAT
ATTATTATTTCTTCGGTGTTCCCGGACACATGGTCGCACACAGGAGACCC
ACAAAAAAGAGACCAAAATATCACACACGAGACAACGAATTTGGTGGGAC
TCAACACTACAGAAATACGGGGCTAACTAGATACATCCCCTGGGAATATA
CTTCCGCATAAGTGTAATTCACCCGCATGTTACCAATCAAGGAGTAACGG
TCTTTGAAGAAAAATATGGACGCATCTAGCTAGACCTTCTGAGATGTCAT
CATCATCATCATCATCATCAACATCATCCCCTATAATAGTAGTCAGGGGG
GAAAATATGTCAAAACGTTGAGGTGGGATGACAGGCTGCAAAGACAAAAC
CTCTTCATGGCTTTTAATTGGGTTTCCCGATGGTAGTAACATTGGGTCAA
CAGTATCATGTCGGAGAGAAACTCACCGTTATACTGTACACTTACATTAA
TCGCCATGCAGGGACACCAAACAACAGCAAACACAAAATACACGATGAGC
CTGGATTACAGCTCAATTTATTACTACAACATTGAATTGGGTCTAGGATT
GGATGAGTGTCGATAACGGGGATCTACAAGTTATGGATGTAGAAATGATA
ATGGAAAATTGTCCAAAAATTATTACTACGGTACATACTTACAAGTAGCA
GTTATGGTGTAGAAATTAAGGGAACTTGTATATAAGATTAGCGAAAAGTG
GTTCAACAAATTTCACGAGGTTTTTTACAGTGTTATCTACAGTATTTGAT
CCGTTTGTAATTCACACTATATCTTACATCTGTCACAGCAGGAATGGTAT
AAACATGTTTTTTGGGGGGTTAAGCGTTAGAACAAGAGGACAGGGAGGAT
CACCAACGTAGATGTGTACCAGGTATGTCTTCAGCATAATCCAGAAGTAC
AAGACACCGATATTCACCTAAAAGTAGACGGATAGCAGTGGAGGATCGCA
CGAGGAAATAAGAGGCAAGCTATAGCTATAGTAGGAGTGGGGTAGGTATG
GACCCCTCGCTCGCTACCTACCTGTCAGGGCTTCGGCAGAACTATGCTCC
TCATGCATAACATCTAACTTGAGAGCTAGAGCTAGAGCTACAGTCCCGCG
TCGACCGAAAAAACGGAGATAAACGGAGATAAACGGAGACGCATCTGATA
GCCAAAGAATGACGAGATATGCATCAAACCAAACGACCCTCCATTAAATT
ATGACTTGGACTCCCCCGTAAAGATTCAGTCAGAAAAGTTCTTCAAACGG
AATAGTACAAAAGCAAGCCATTATGTAGGCTCAACAAATGATTTCAAAAT
GTCTATCGGCGAACACTCGGAAGTCATTTGTACGCCGCTCGATGGTGATG
ATGACAAGCACGCGAAATGGAAGTGTCAGAAGTGTGATAATTACCAACTG
TTTTCACGTCCTCTACTTTATAAATGCACATTTACGGGACTTGCTGCATC
TCCAGTCCTTTTTCTACAGTCTTGCATGCATGATCTGATTGTGTCACTAT
GTCATCATGTCGGCGGAATCACGTGCAGGTGGTCAAGGTGGACTGCGACG
TCCATAAAGACGTGATGAACCAATACCGAGCGAGAGGACTCCCACTGATG
ATTATCTTCAACGAGGGGGAGGTATGACCCGAGAACATTTTGGATCAGTG
TATTCGCCCGCTTCCACCACGTTCCTTGGCGTCCTTGCTCCCTTATTATG
AATAATTTGAAGCTTGCCTGTAACGTGACAGGCATGAAATCAAGTATGCT
ATCAATCGAGTCGAACTTTAAATTATGCTATCAATCGATGGCATGGTGAG
CCTAGTCGGCGCTTTAGCCACATCACCTTGAGAAACAGGGAGACTTTTTT
TTGCTCAAGTCTCGCTATTTCATTTTTTTCGCCAGTTTTTGATGCTATTT
ATCATTCATCCATATTCCCGCGCCATTGACCGTCGATTGAATTACAGTTG
ATTGCAAGGCACGAGGGTTCTCTCGAATACGACGGCGTGGTAGAATTTCT
GGACAAGAAGGTGCCCGGCGGCGTAAAGTGACGTACTTCTATTGTTTTAA
GTATGCCGCAGGAGATCAACACTATTCGACCACCGTTTCGAGCTAAGGGT
TTCTCGATGTCAAGGAAGGACGATTATGAAACTCGTTGGAACTCCCGCGC
TGTTAGCCACGTCCAGACGTCCAGACGCTTTGTATGTGGCTGAGTCGAGG
TACACTTAGAGGTACTGGTGCAGCAGTGCACTAAGAGTAGAACCGTCGCA
AATGGGACTACAACGTGGACATTATGGAAGCCTTGACCCGGATGGTGTGG
GGGTGCCGAAACATGGCCACTGCCCACGATACAGTAAAGCAGTGCAGTTT
AGAGCACTCCGGTTTAGAACATTCTTGAGTGTGCCGTCTTTCTTTTCCTG
ATTAGTTGAACCGCACGGGCATGTCGTGTATACAGCGCATGGCTCACCCT
TGATGTTGTAAGGTGATAGATATACGTATTTCGTACCTGATACTTGAGTA
GAGGACGACGCCACCAATATACCAGGTATGTCGGTATTTGCCAGACCGCA
GGGTCCTGGTCGGCACGTACAAACAAACGCGATGGACTTAATATTCATCG
AGCGCCACGGAACTGGATTTGTCATGTACTTAGCACGAACACCCAACGTT
CTCCGGTGAATTCCTGATCAAGTATAGGCTAGTGCTTCAACAGTACAATT
ATGTACAGAGCTCCCAAAAGTACCCAAATAAAATATTATTACGCAAG
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Coding sequence (CDS) from alignment at F-serratus_M_contig148:145970..164216-

>mRNA_F-serratus_M_contig148.3313.1 ID=mRNA_F-serratus_M_contig148.3313.1|Name=mRNA_F-serratus_M_contig148.3313.1|organism=Fucus serratus male|type=CDS|length=912bp|location=Sequence derived from alignment at F-serratus_M_contig148:145970..164216- (Fucus serratus male)
ATGAGGCAGACAAGACTTGTGTATCGCGTAGCACTAACCAATCCGTTAAA
CCCTTCCTCTCACCAGGCCGTCTCTGTCTCGCGTCCTCAATGTGAGACGA
CCATGATGGCGAAGCCCCTACAACTGCCCGAGGGAGATTCGATGGAAAAT
TTCAAGGAGACAGTGTTGCAGAGCAAGCTACCAGTGCTGGTTGACTTCCA
CGCTGTATGAGGCAGACAAGACTTGTGTATCGCGTAGCACTAACCAATCC
GTTAAACCCTTCCTCTCACCAGGCCGTCTCTGTCTCGCGTCCTCAATGTG
AGACGACCATGATGGCGAAGCCCCTACAACTGCCCGAGGGAGATTCGATG
GAAAATTTCAAGGAGACAGTGTTGCAGAGCAAGCTACCAGTGCTGGTTGA
CTTCCACGCTGTCTGGTGCGCTCCATGCTTCATGCTCGCACCGGTTATGG
ACAAGATAGCCGAAGAATTCCAGGACAAGCTCCAGCTGGTGCGCTCCATG
CTTCATGCTCGCACCGGTTATGGACAAGATAGCCGAAGAATTCCAGGACA
AGCTCCAGGTGGTCAAGGTGGACTGCGACGTCCATAAAGACGTGATGAAC
CAATACCGAGCGAGAGGACTCCCACTGATGATTATCTTCAACGAGGGGGA
GGTGGTCAAGGTGGACTGCGACGTCCATAAAGACGTGATGAACCAATACC
GAGCGAGAGGACTCCCACTGATGATTATCTTCAACGAGGGGGAGTTGATT
GCAAGGCACGAGGGTTCTCTCGAATACGACGGCGTGGTAGAATTTCTGGA
CAAGAAGGTGCCCGGCGGCGTAAAGTGATTGATTGCAAGGCACGAGGGTT
CTCTCGAATACGACGGCGTGGTAGAATTTCTGGACAAGAAGGTGCCCGGC
GGCGTAAAGTGA
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