mRNA_F-serratus_M_contig88.20167.1 (mRNA) Fucus serratus male

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

Overview
NamemRNA_F-serratus_M_contig88.20167.1
Unique NamemRNA_F-serratus_M_contig88.20167.1
TypemRNA
OrganismFucus serratus male (Fucus serratus male (Toothed wrack or serrated wrack))
Homology
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: D7FV43_ECTSI (Peptidylprolyl isomerase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FV43_ECTSI)

HSP 1 Score: 192 bits (489), Expect = 3.740e-55
Identity = 90/113 (79.65%), Postives = 103/113 (91.15%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAINGKGR 339
            MGVTVET + GD +T+PKPGD+VTMDYTG   DGTVFDSS++KGRRF  +IGVGQVIQGWDEGVPQMSLGE+A+L+C+SDYAYGPEGAGG VIPPNADLIFEV LHAING+G+
Sbjct:    1 MGVTVETTKEGDKQTYPKPGDSVTMDYTGTLEDGTVFDSSIRKGRRFNCKIGVGQVIQGWDEGVPQMSLGEKAILKCTSDYAYGPEGAGG-VIPPNADLIFEVELHAINGQGK 112
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A316V5Y7_9BASI (Peptidylprolyl isomerase n=1 Tax=Meira miltonrushii TaxID=1280837 RepID=A0A316V5Y7_9BASI)

HSP 1 Score: 145 bits (365), Expect = 1.670e-37
Identity = 71/112 (63.39%), Postives = 86/112 (76.79%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAINGKG 336
            MGVTV++  PGD KTFPK GDTVTM Y G  L+G  FDSS+++G+ F T+IGVGQVI+GWDEGVPQ+SLG++A L C+ DYAYG  G    VIP N+ L+FEV L  INGKG
Sbjct:    1 MGVTVDSVSPGDGKTFPKKGDTVTMHYHGTLLNGQKFDSSVERGQPFQTKIGVGQVIKGWDEGVPQLSLGQKAKLTCTPDYAYGANGYPP-VIPANSTLVFEVELLKINGKG 111
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: K5X257_AGABU (Peptidylprolyl isomerase n=3 Tax=Agaricus bisporus TaxID=5341 RepID=K5X257_AGABU)

HSP 1 Score: 143 bits (360), Expect = 9.400e-37
Identity = 69/110 (62.73%), Postives = 79/110 (71.82%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAING 330
            MGV V +  PGD +TFPK GD V M Y G    G  FDSS  + + F T+IGVG VI+GWDEGVPQ+SLG++A L  SSDY YG  GAGGG IPPNADL+FEV L AING
Sbjct:    1 MGVEVTSITPGDGRTFPKKGDKVKMHYVGTLKSGKKFDSSRDRNKPFETKIGVGDVIKGWDEGVPQLSLGQKAKLTISSDYGYGSRGAGGGAIPPNADLVFEVELLAING 110
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A0F7RUX6_9BASI (Peptidylprolyl isomerase n=5 Tax=Sporisorium TaxID=63265 RepID=A0A0F7RUX6_9BASI)

HSP 1 Score: 143 bits (360), Expect = 1.280e-36
Identity = 72/110 (65.45%), Postives = 86/110 (78.18%), Query Frame = 1 
Query:    7 VTVETKQPGDNKTFPKPGDTVTMDYTGKFL-DGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAINGK 333
            V ++   PGD KTFPK GDTVTM YTG    DG+VFDSS+K+G  F+T+IGVG+VIQGWD+G+PQ+SLGE+A L   +D  YG  GAGG VIPPNADL+FEV L AINGK
Sbjct:    2 VQIQKISPGDGKTFPKAGDTVTMHYTGTLAKDGSVFDSSVKRGTPFSTQIGVGRVIQGWDQGIPQLSLGEKAKLIIPADEGYGAGGAGG-VIPPNADLVFEVELLAINGK 110
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A167LHP4_CALVF (Peptidylprolyl isomerase n=1 Tax=Calocera viscosa (strain TUFC12733) TaxID=1330018 RepID=A0A167LHP4_CALVF)

HSP 1 Score: 142 bits (359), Expect = 2.970e-36
Identity = 71/109 (65.14%), Postives = 81/109 (74.31%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAIN 327
            MGV V+T  PGD K FPKPG +VTM Y G   DGT FDSS  +G  F T+IGVG+VI+GWDEGVPQ+SLG++A L CS D+AYGP G GG VIPPNA L FEV L  IN
Sbjct:   36 MGVQVQTLAPGDGKNFPKPGASVTMHYVGTLADGTKFDSSRDRGDPFVTKIGVGRVIKGWDEGVPQLSLGQKANLICSPDFAYGPRGIGG-VIPPNATLKFEVELIKIN 143
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A8H7BMH5_9FUNG (Peptidylprolyl isomerase n=1 Tax=Apophysomyces ossiformis TaxID=679940 RepID=A0A8H7BMH5_9FUNG)

HSP 1 Score: 141 bits (355), Expect = 4.000e-36
Identity = 71/111 (63.96%), Postives = 81/111 (72.97%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAINGK 333
            MGVTVET  PGD   FPKPGD V+M Y G   +G  FDSS  +G  F T+IGVG+VI+GWDEGVPQ+SLG++A L CS DYAYGP G  G VIPPNA LIFEV L  IN +
Sbjct:    1 MGVTVETISPGDGDNFPKPGDKVSMHYVGTLTNGKKFDSSRDRGAPFETQIGVGRVIKGWDEGVPQLSLGQKARLICSPDYAYGPRGIPG-VIPPNATLIFEVELLDINSE 110
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: R4X6V0_TAPDE (Peptidylprolyl isomerase n=1 Tax=Taphrina deformans (strain PYCC 5710 / ATCC 11124 / CBS 356.35 / IMI 108563 / JCM 9778 / NBRC 8474) TaxID=1097556 RepID=R4X6V0_TAPDE)

HSP 1 Score: 141 bits (355), Expect = 7.880e-36
Identity = 69/109 (63.30%), Postives = 83/109 (76.15%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAIN 327
            MGVTV+++QPGD  T+PKPGD VTM YTG   +G  FDSS+ +G+ F   IGVGQVI+GWDEGVPQMSLGE+A L  S DYAYG  G  G +IPPNA LIF+V L ++N
Sbjct:    1 MGVTVKSQQPGDGSTYPKPGDKVTMHYTGTLENGKKFDSSVDRGQPFAVTIGVGQVIKGWDEGVPQMSLGEKAKLTISGDYAYGDRGYPG-LIPPNATLIFDVHLLSVN 108
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A7S4V7C6_9DINO (Peptidylprolyl isomerase n=3 Tax=Alexandrium monilatum TaxID=311494 RepID=A0A7S4V7C6_9DINO)

HSP 1 Score: 140 bits (354), Expect = 1.300e-35
Identity = 73/110 (66.36%), Postives = 82/110 (74.55%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFL-DGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAIN 327
            MGV  E  + GDN  FPK GD VTM YTG    DG  FDSS+ +G+ F T+IGVGQVIQGWDEGVPQMSLGE+A+LR +SD+ YG  GAGG VIPPNADL FEV L  IN
Sbjct:   31 MGVEKEILKAGDNTNFPKKGDKVTMHYTGTLTKDGKKFDSSVDRGQPFQTQIGVGQVIQGWDEGVPQMSLGEKAILRMTSDFGYGAAGAGG-VIPPNADLTFEVELLKIN 139
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BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A8H7S0W2_9FUNG (Peptidylprolyl isomerase n=1 Tax=Mucor circinatus TaxID=2054153 RepID=A0A8H7S0W2_9FUNG)

HSP 1 Score: 139 bits (350), Expect = 1.600e-35
Identity = 66/105 (62.86%), Postives = 79/105 (75.24%), Query Frame = 1 
Query:   13 VETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAIN 327
            +ET QPGD KTFPKPGDTV+M YTG   +G  FDSS  +G  F  +IGVGQ+I+GWDEGVPQMS+G+ A L C+ DYAYGP G  G VIPPNA L+F+V L  I+
Sbjct:    1 IETTQPGDGKTFPKPGDTVSMHYTGTLTNGDKFDSSRDRGSPFVCKIGVGQLIKGWDEGVPQMSVGQRAKLTCTPDYAYGPRGIPG-VIPPNATLVFDVELIKIH 104
[Close]
BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Match: A0A813CI54_9DINO (Peptidylprolyl isomerase n=3 Tax=Symbiodinium TaxID=2949 RepID=A0A813CI54_9DINO)

HSP 1 Score: 140 bits (353), Expect = 2.360e-35
Identity = 71/109 (65.14%), Postives = 80/109 (73.39%), Query Frame = 1 
Query:    1 MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTRIGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLIFEVRLHAIN 327
             GVT E  Q GD K +PK GDTVTM YTG   +G  FDSS  +G+ F T+IGVGQVI+GWDEGVP MSLGE+A+LR +SDY YG  GAG  VIPPNADL FEV L  IN
Sbjct:   41 FGVTKEVLQEGDGKNYPKKGDTVTMHYTGTLSNGKKFDSSRDRGQPFRTQIGVGQVIRGWDEGVPTMSLGEKAILRMTSDYGYGARGAGR-VIPPNADLTFEVELLRIN 148
The following BLAST results are available for this feature:
BLAST of mRNA_F-serratus_M_contig88.20167.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FV43_ECTSI3.740e-5579.65Peptidylprolyl isomerase n=2 Tax=Ectocarpus TaxID=... [more]
A0A316V5Y7_9BASI1.670e-3763.39Peptidylprolyl isomerase n=1 Tax=Meira miltonrushi... [more]
K5X257_AGABU9.400e-3762.73Peptidylprolyl isomerase n=3 Tax=Agaricus bisporus... [more]
A0A0F7RUX6_9BASI1.280e-3665.45Peptidylprolyl isomerase n=5 Tax=Sporisorium TaxID... [more]
A0A167LHP4_CALVF2.970e-3665.14Peptidylprolyl isomerase n=1 Tax=Calocera viscosa ... [more]
A0A8H7BMH5_9FUNG4.000e-3663.96Peptidylprolyl isomerase n=1 Tax=Apophysomyces oss... [more]
R4X6V0_TAPDE7.880e-3663.30Peptidylprolyl isomerase n=1 Tax=Taphrina deforman... [more]
A0A7S4V7C6_9DINO1.300e-3566.36Peptidylprolyl isomerase n=3 Tax=Alexandrium monil... [more]
A0A8H7S0W2_9FUNG1.600e-3562.86Peptidylprolyl isomerase n=1 Tax=Mucor circinatus ... [more]
A0A813CI54_9DINO2.360e-3565.14Peptidylprolyl isomerase n=3 Tax=Symbiodinium TaxI... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
F-serratus_M_contig88contigF-serratus_M_contig88:551650..574280 +
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 score195.7
Seed ortholog evalue1.2e-47
Seed eggNOG ortholog2880.D7FV43
KEGG koko:K09568
Hectar predicted targeting categoryother localisation
EggNOG free text desc.Peptidyl-prolyl cis-trans isomerase
EggNOG OGsCOG0545@1,KOG0544@2759
Ec32 ortholog descriptionFKBP domain protein
Ec32 orthologEc-12_005100.1
EC5.2.1.8
COG Functional cat.O
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko01000,ko03110
Exons4
Model size1981
Cds size342
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_F-serratus_M_contig88.20167.1prot_F-serratus_M_contig88.20167.1Fucus serratus malepolypeptideF-serratus_M_contig88 551650..572641 +


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

Feature NameUnique NameSpeciesTypePosition
1622932564.9104447-CDS-F-serratus_M_contig88:551649..5517541622932564.9104447-CDS-F-serratus_M_contig88:551649..551754Fucus serratus maleCDSF-serratus_M_contig88 551650..551754 +
1690964368.2460148-CDS-F-serratus_M_contig88:551649..5517541690964368.2460148-CDS-F-serratus_M_contig88:551649..551754Fucus serratus maleCDSF-serratus_M_contig88 551650..551754 +
1622932564.9303038-CDS-F-serratus_M_contig88:552553..5526221622932564.9303038-CDS-F-serratus_M_contig88:552553..552622Fucus serratus maleCDSF-serratus_M_contig88 552554..552622 +
1690964368.2683156-CDS-F-serratus_M_contig88:552553..5526221690964368.2683156-CDS-F-serratus_M_contig88:552553..552622Fucus serratus maleCDSF-serratus_M_contig88 552554..552622 +
1622932564.9444594-CDS-F-serratus_M_contig88:558755..5588731622932564.9444594-CDS-F-serratus_M_contig88:558755..558873Fucus serratus maleCDSF-serratus_M_contig88 558756..558873 +
1690964368.278348-CDS-F-serratus_M_contig88:558755..5588731690964368.278348-CDS-F-serratus_M_contig88:558755..558873Fucus serratus maleCDSF-serratus_M_contig88 558756..558873 +
1622932564.9598806-CDS-F-serratus_M_contig88:572591..5726411622932564.9598806-CDS-F-serratus_M_contig88:572591..572641Fucus serratus maleCDSF-serratus_M_contig88 572592..572641 +
1690964368.2879765-CDS-F-serratus_M_contig88:572591..5726411690964368.2879765-CDS-F-serratus_M_contig88:572591..572641Fucus serratus maleCDSF-serratus_M_contig88 572592..572641 +


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

Feature NameUnique NameSpeciesTypePosition
1622932564.974111-UTR-F-serratus_M_contig88:572641..5742801622932564.974111-UTR-F-serratus_M_contig88:572641..574280Fucus serratus maleUTRF-serratus_M_contig88 572642..574280 +
1690964368.2974167-UTR-F-serratus_M_contig88:572641..5742801690964368.2974167-UTR-F-serratus_M_contig88:572641..574280Fucus serratus maleUTRF-serratus_M_contig88 572642..574280 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_F-serratus_M_contig88.20167.1

>prot_F-serratus_M_contig88.20167.1 ID=prot_F-serratus_M_contig88.20167.1|Name=mRNA_F-serratus_M_contig88.20167.1|organism=Fucus serratus male|type=polypeptide|length=114bp
MGVTVETKQPGDNKTFPKPGDTVTMDYTGKFLDGTVFDSSLKKGRRFTTR
IGVGQVIQGWDEGVPQMSLGEEAVLRCSSDYAYGPEGAGGGVIPPNADLI
FEVRLHAINGKGR*
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mRNA from alignment at F-serratus_M_contig88:551650..574280+

Legend: polypeptideCDSUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_F-serratus_M_contig88.20167.1 ID=mRNA_F-serratus_M_contig88.20167.1|Name=mRNA_F-serratus_M_contig88.20167.1|organism=Fucus serratus male|type=mRNA|length=22631bp|location=Sequence derived from alignment at F-serratus_M_contig88:551650..574280+ (Fucus serratus male)
ATGGGTGTAACGGTAGAAACCAAACAACCTGGGGATAACAAGACCTTTCC
GAAGCCGGGCGACACGGTGACGATGGACTACACGGGCAAGTTCCTCGACG
GCACGGTGCGTATATCAAGCCAAAGAAGAAATTGTCCAAATGAATATTCG
GGACTAGCCCTGCTTACGACTTGCTTCCGGCCCGTGAAATCCGCGTACGT
ACGAACGGGTTGACAAGAATAAATTGAAACGAACGAGCTTTTTTTTCTTC
TTCCGTTGGAGTGATGGAAAAAATCGGTTGCTTCTTCTCTTCGGCGTCCA
GCAACATGATGAGTCATTATTTCAATTATGATGGACTACAGACAGTAGTA
GTACTAATTATGCGACACATTGTTGGGTTAGCCTGTGACCACGGAACTTC
GTTTCTTTGCCCTTTGCCTTGAAGAAGAGTACGAAAGAGAAGAGAAGGTA
CTACTAATAAGACAACAACAACAGCAATGCTTTCCAATTCGGGTAGAGAG
ATAGATCTCTTCTACACCACCATAATAGTACGTAGATCCCACATCCCACT
GAATATTTAGAGCGACGTCTATGCTGCTTGCACGACTGCATAATTTATTT
CTTGTGGGGTCAGTTGCGTTGACACACGAGGCATCGGTGCATCATAAATT
TCTGTCCAGCAGACCACGTACCGGATTGGCAACCACATATATTACTGGGT
ATGGTTGAGGCCCGATCGGTTAATGTGAAGAAAACAAGTTCTAGCGGACT
TCCCAAACATGTACCCAGGGTTTATTTAGTCTAGTAGTTGAATAAGATGT
TGCCGGCATATGAATGCGATACAAGATCAAAGTACGTACATGCAGTAGTA
GTCTAGTACCACAGTACTCAATACACTTTTACCCATGTTTGTGATGTCGC
CCAGGTTTTTGATAGCTCCTTGAAGAAGGGCAGGCGGTTTACGACTCGGA
TCGGTGTGGGCCAGGTGATTCAGGTGAATGCTGGAGCTCTCCGCTCTCTC
GAGCTTGATGGTTTTTGGACGGGGGCAGTACGTTTTCGCGCGTCGATTGC
CTCGCTTGAATCGTTCTCATGGCGACTGCTACTAACTGTACTACTTTATA
CCTGGTACGGTAGCTGTGCTTTCTCATCTCGCAGTCAAGTATTTTTTTCG
AAAGAAAGTACTGTACTATCCAATATATTAGAACCCCAGTCCAGCAAGGA
CAACAACAACGGCAGGACTTGCGGTGGGTAGTAAGTAATATATTGGTAAG
AACAAAGTATCTCCTGCGATCGCAAACGCTATCGAGCAGCAAGGGAACCT
GTTGCTCCGATTGAACGTCTTGCGTGAGCGCCTTTTAACTTCGGAGGAAC
TGTTTATGTACAGCCGCAGTATGTAGAAAATATTGAGTCTCCCTCCCAGC
TTTTTTTTTTTTCCATAACAATAATAATTATAAACGAACATACGTCGACA
CATGAACAATAGACCGCCTTCGAGCCGCTTTCGTCGTCGTGGTCGTTGTC
TTCAGCCTCCGATACAATGCACATGTATGGTGGATCAACCAGTTTATTGA
GGTTGCCAATCCTGCTCGAGATCAGCTGAACATATTATTAGCTCTAAATA
TTACTTGCAGTTTTTGAGGTTGGAAATCCAATATTCCAACTACGTGGGCC
AGAACCGTATTATAGTCAAAATCGCATACGAGTATGGCTCCCGTACGGTT
GCCCCGGTAGCTCAGAGGTACCTCAACTTTCTGACACGTTGGGACGTGAG
TTCGATCCCGGCAAACGGGATTTTTCTCACTAAAATAAAAATAAAGTGTG
AAGTACACAAAATTCGACTTCACGGTCGACGAGGGAAAGGAACGGCTGAA
TCCTTCTCGCGATAAAAATGAAGGCACGCACCGCAGAAGGAAGGTGGATG
AGAAATCCTGTGTGGAACCCGGCTGGTACATCCATTGATGTCCAGAATGG
ATGGGAAGAAAAAGAAAAAAAAAGTATTTACAGAAAAATCTGAACGCATC
TATACCTTCTGTTAATAGCATACTGCTGTACCCCAGTCAGGGGGGAAAAT
GTCAAAACGTTTAGGTGGGACCATAGCCGGCAAATACAAAACCTCTTCAT
GGTATTGAAATGGATTCCCCAATGGGAATAACATTGGGTCAACAACAGTT
GTTGTTGTTGTTGTATTCTTCACATTAACCGATCGGGCCTCAACCATATC
TAGTAATGTACGCGGTTGCCAATCCGGTACGTGGTCACAAAGAGGTACAA
AGGTCAACGGGGCACATCATGGTGACAACCCGCTACTCAGACCAACAGGG
ATCCAAATCGCGACAAAAAGTTATGCTACTCTACAAGTAATGGCACCGAC
CAAACAAAACGGTTCATCAAACATCCTTACTCCATATCAAGAGCAACCTC
GATCGACTCGGATTGTTATCGCCTACCCACGACCAGCGTTCTCAGTAAAA
AAACGGAAGAATTACGCTCCAACCAGTTTTGATGAACAAAATTCCAAGTT
TCTCAAGGCCACTCAATCTTACAGAAATATGGAAAAATGAATTACCGAGG
TCCATGGTGGTGGAGGCCTTGAGCTGGTGAGGCCGGCGCGCGAGCCAGTA
TCCAGCCGTCCGAAGCCCTGTGCATCCCTGAAAAAAGTCCCACAAATCTT
GCCCGTTCGCCGCTCCTTATGGCCCTCGTAGGAAGACAAATGACCTGTGG
TCAGATGTCAGCTTTTCCTAAGAAACCTCCCGGTTCACGCCTGTGATTCT
TGCGCACAGGGGTTCGGCCCTCCCCTGGCTCGTCAACGATCGAGCTGCCC
TCCGCCTTCGCCGAATCTGGTGCGTACCCACCCGGTAGAACACTACCAGG
CTCTCCGCGACAGTGCTCCCTGCCTCTCGCGTGCCGCCACCCTCCCGAAA
GCCACCAAATTGAGGCTCGGAAGAGGCGCACACCTGGGAGCACCAGCATC
ATCTTCAGCCAACCATACCGCCGCCGCGTCTCAACCTACAGGCAGAATCG
CGAAGGCAGCCAGTTGGCTGCACCTCTTGAGGGTGAGTCCGGCCCTACAC
CCGCCGGAAAGACCCTCCCACATTCATACCCCGAAACCATATAATACCGG
GGAGAAACCCCACCATTATGATGTACCGGTACACTTTTTAATCGCCATGC
AAAAGTACACCTCGTGCCCTCTCTCCCTCCGAAGCCTGGTTTCGGGGTAT
GAGTGTGGGAGGGTCTTTCCGGCTGGTGTAGGGCCGGACTCACCCTCAAG
AGGTGCAGCCAACTGGCTGCCTTCGCGATTCAGCCTGTAGGTTGAGACGC
GGCGGCGGTATGGGTGGCTGAAGATGATAGTGTTCCCAGGTGTGCGCCTC
TTCCGAGCCCCAATTTGGTGGCTTTCGGGAGGGTGGCGGCACGCGAGAGG
CAGGGAGCACTGTCGCGGAGAGCCTGGTAGTGCTCTACCGGGTGGGTACG
CACCAGATTCGGCGAAGGCGGAGGGCAGCTCGATCGTTGACGAGCCAGGG
GAGGGCCGAACCCCTGTGCGCGAGAATCACAGGCGTGAACCGGGAGGTTT
CTTAGGAAAAGCTGACATCTGACCACACGGTCATTTGTCTTCCTACGAGG
GCCAGAAGGAGCGGCGAACGGGCAAGATTTGTGGGACTTTTTTCAGGGAT
GCACAGGGCTTCGGACGGCTGGATACTGGCTCGCGCGCCGGCCTCACCAG
CTCAAGGCCTCAACCACCATGGACCTCGGTAATTCAATTCAATTTTTCTT
ATTTCTGTAGATTGAGTGGCCTTGAGAAACTTGGAATTTTGTTGATCAAA
ACTGGTTGGAGCGTAATTCTTCCGGTTTTTTGCTGAGAACGCTGGTCGTG
GGTAGGCGATAACAATCCGAGTCGATCAAGGTTGCTCTCGATATGGAGTA
ATGATGTTTGATGAACCGTTTTGTTTGGTCGGTGCAATTGCTTGTAGAGT
CGCATAACTTTTTGTCGCGATTTGGATCCCTGTTGGTCTGAGTAGCGGGT
TGTCACCATGATGTGCCCCGTTGACCTTTGTACCTCTTTGTGACCACGTA
CCGGATTGGCAACCGCGTACATTACTAGGTATGGTTGAGGCCCGATCGGT
TAATGTGAAGAATACAACAACAACAACAACACCAGACAAAAAACAAAACA
GCAACATTGCAGTACATAATTAAATGATAGGTTAATTTAAACTCTTCTGA
GCCTTCACGTGCGTTTACTGATCATTTCACTGATCCTTTTTTTTTTTTTT
TTTTTTTTTTTTTTTTTTTAGGCCAAGTCTTATGGGACCGAAATCCAGGA
TTCTTGAAATCTGAAATCGGTCCTTATGGACTTGAAATCCGCCCATTCTC
AAGAATTTGATTTTCAACAATCGGGCGAGGTCGACAGATTCTTGAAAATG
GGCACCCATTTTCAAGAGAGATCGGGCTCTCTTGAGAATGGTCTTTGTGT
GGTATGGTCAGGCTTTTGGCTATGCCCAGGGTATTTGTGGCTTTTGATAC
TTGATGTAGTGGAGCAAATTTATGACCGGATGACACGCCGACTCGTAGCA
CGGAGAGTAGCGCCAGCAGCCCGAGGGATTCTAAAGCTTTCAGGGATGGA
GATTGTTGATGGAAACGCTGGCGCACTGGCAGCAGGTATCGCTGTCGCTG
CTACGATGCGATTATTTGTGGATACTCCAGAGACCTCGCACGTTCGTACT
TTAAACAGGGCCCACATAGTTCTGAACAGCAACAGTTCTCAAGAAAATGC
ACACCTAACGATATACCAAGACGCGTTCGGCCGCAAGAAGAGATCTAATG
AGTAGGCTTCACGTAGGTCTTCCTCCAACCAAACTGCTGCTGCGACTCAC
AGAGCAGCTATTCGCACAAAAAAATTTCCCCGTCGAGACCACGTTTCCCA
GTACCAGAGTCATAGATAAACTAACTGTACTGTACTATATGTACGTAGTA
CTATACTTCAGTAGTTTTTAGTCTGTGCTGAAAAGATCAGAAAGAGAGAA
GCAACCAGTCGTTCCACGCCGACGCATACCACAGAGATCAGGGCCATGGC
AGCCCGAGCGGTTATGAGCCAAACTCAAGCCTTTGGCGATGAAGGTTACC
GAGGGAAATGATGGGGCGGTGGCAGCAGGAATCGCTCTCGCTGCCACGAT
GCAGTCATTTGTTTGTACTCTTGCGACCTCGCTGGTACAAACATGACCCA
CAGAGTTTAAAATAGCTCTACTCAAGAGAATGTACACCACCAAACAAAAG
CGCCGGGCCGCGGGGTGAGATTGAATTAGTAGACTTGACGGGTCTCCCAT
CAACTAAACTGTTGCTGCAACTCACACAGCAGCTACTCGTTATACATCTC
GTTTCCGCCGAGGCCACGTTTCCCAGTAAAGTACTCGGTGCTGTGCATCT
ATAACACATACCTGGTACCGGTATTATTACGTACCAGTAACAAACTGTAG
TACTGAAGTTGGAGAGCAACCTATACtTTTTTTCTGGGCATTGTCGAAGA
GAGCATTAGACTAAGAGAGCAGCACAAACCATCGCTTGTCCCTGCCGAAA
GCATGTTGGAGGTAACACCGCTGTGTTGGGTGTGTGAACACAAACATATG
TGTTACGCATGCTCCTCTGTGGGTATAGCCCGAAGTCGTCTCGTCTATCT
ATTTCTTCAACCAATCATTTTGTATCGAGTACGCCTCCACATGACTTTGT
TTAATTTTCAGTTTCCAGAGTCCCATAAGAAAAAAAAATCTGGAATGCAG
ACGAAATCCGAAAATGGTCCATTTTCAGATTTCAAGAAAATGGTCCATTT
TCAGATTTCAAGAGCAATTTTGCAAAATTGAAATCAAAAGACACTCAAAT
CAAGAATATATATAGTCTAAATATGTTCCAGTCGTCCATTGCCCGGGCTG
GGACCTCACACCCATACTTTTTGAACCCATAATGCTCAAAATACCCGAAT
TCCACATGCAAGGAGTTGTACTGCACCACAGAGCAACGCTGTGCCTGCAA
AGAGTGAAATCAAAAGACACTCAAATCAAGAATATATATAGTCTAAAGGG
AAGTCGTTCCATTAGCACGTCCATTGCCCGGGCTGGGACCTCACACCCAT
ACTTGGGACAAAACCTTTGAACCCATACGCATGCTCAAAAGTTGCTGCCT
CGATACCATGAAAAACAACTCCTGTATAATATCAGGAGAATCGAACGAAT
CACGTCCTCCAAACCTCATCGTACTGTACACACGAATTACTGCAACCACG
CCGTTCTGCAGCACACAAGCAATGGTGGAGCTCACATCTGAGCCAGAACA
ACCCGTACAAGCTATATATCATCTCTTGCCACTATATACATTTGCAATGC
ACGTGGAAAAGGATGCATACTACTCTTTTAGGGAGAATGCCTGGACAACG
GAGGCCAATCCATGTTCGTTTGTGTATCAAGAAAAACCAGAACGCGCCTA
TATACCTTCTGTTAATAGCATCCTTCAGTCAGGAGAAAAATTGTCAAAAC
GTTTAGGTGGGATCAAAGGCTGCAAATACAGAAGAAAAACTAGAACGTGC
CTATACCTTCTGAGCATCCCCCCGTCAGGGGGAAAAAAATGTCAAAAGTC
ACAATTTTGTACCAGGGTATTCTTAGTATACTACAGTACATACACCCAGG
AGATGTCGAAAGACTACTGTTCTGTATAGAGATCTACCGAGGTCCCTACG
GCAAATAAATGTATGGTCACACATTTAGCAAGAGAATTGATCAACCGGGT
AAGGTTGCCAATCCTGCTCGTGGTTAGCTGAGCAGGGAAAATGAATATTT
CCCCGTCCTCGTTAGTGCCTGAGAATTTGGTCTCGCGAGACGGTTTCGGC
AGTCCCGTCCCGCGTCAGCCTGCTCATCTCCATATCCGGGCTGAATCTGG
CGCTTACTTACGGGACTCCTCCCGAGTTCGGCTTCGGCGTCCACATAAAT
ACTACCGGTATTAATTATACTACTGTTTAATAGACCTTTGTACTACAGTG
TTGGTCGTGTTTTGACGGTGCCCCTACGGGTAAGCGCCACCAGCACCACT
GCGTTTTTCTTTACTTGTCCCTCTTTCTTCTGCTGGTTTTCTGGGGATTT
TTACAGGGTTGGGACGAAGGCGTCCCGCAAATGTCCTTGGGGGAAGAGGC
TGTTCTCCGTTGTTCCTCTGACTACGCCTATGGCCCTGAAGGAGCTGGAG
GTGGGGTCATTCCACCCAACGCTGGTAAGTGCGGTGGCGTACACGTACAC
TTATACATAACTGTAGTATATAATAGTCTTATTCCGGTCGCCCCGGTGGC
TCAGTAGGTACCTCGTAACCTTCTGACACGTTGGGACGTGAGTTCGATCC
CGGCAAACGGTATTTTTCTCACTAAAAAATAAAAACCAAAAATAAAAATG
CCCAACGGGTGGAGAGCGATTAATTTGTTAGTACACAAAATTCGACTTCA
CGGTCGATGAGGGAAAGGAATGGCTGAATCCTTCTCGCGATAAAAAGTGA
GGCACGCACCGCAGAAGGAAGGTGGATGAGAAATCCTGTGTGACCCCGGC
TGCTACGTTCAAACTTGATGTCCAGAATGGATGGGAATAAAACACACAAA
ACACATACTGGTAGTAGAATTTGTATAAATTACGAACTATTATGACCAAC
GAGTGGAGAACGATTGAATCGTGAGTAAGCAAAATTCGACTTAACGATCG
ACGAAACGATTGAATCGTGAGTACGCAAAATTCGACTTAACGATCGACGA
GGGAAAGGAATGGCTGAATCCTTCTCGCGATAAAAATTCAGGCAAGCACC
GCAGAAGGAAGGTAGGGATATCCTGTATGGCCTTCCTCCTGTGGCCCCGG
CTGGTACGTCCACAAACCTGACGCCCAGAATAAATGGGATGACAACATAC
ACACACACACACACACAGTAAAAAAAATGTAAAGTGCGTCCAAGGTCAGT
CCACTGTCGGTCGAACAGGACTGACATTTCCGGCCGCTCCCACAGGAGCA
GCAGTTGGAAGTTGCTCGAGCTATAAGTTCGAAAAAAAAACATGACGTTC
ATGTATAAACCTCGTAGCACGTGCTTTGTACCGGAATTATTGAGGAAAAT
GACAGTGTGGGGAAAGCAAAGTTCAAGCTTGACTACTCGTCTAGACTATG
TCCATTGATCTGTCGATTGTTTGTTTGGCTTCTCATATGAGCTGACGATC
TCTAAAATCCAGCCCGTGGTGACAAGGTAGAAGTGGAAAAACAGCATCCG
GAAGGGGAAAACGTACGCCGTTCTCTTCATATACAGATATATGATACAAA
ACAGAAAAACACTCAGGAAAAGGGCCATTTCCCCAAAGATTAAAAAAATG
ATGTAGACAGTTAATCTGCCGGTGGCTCTGTCGGGGCGCATGCATACCGA
AGAACGCAGAACGATTGAACGAATTCAGTGAGAGCAGGAAGCGCAAGAGA
AAGACTACATGACATCTGCAAACCAAAACGCGCGGAGGATACAAGTTAGC
GCCACTTGCGGCTAGTTAACTATGGCGAGCGAATCAGCACCAGCCCGCTT
GCTTTGGGCTATCCTCTTGTCTTCTTGGCCCTTCCCGTCACGTTTGGGCG
TACTACTCCATGCCGTAGTCCAGCCCTGGCTTTCTCTGCAGGTGTACAGT
ACATTATTGGCCAGTTGTTTAGCTACTACACTTTAGATACATTGCATTCC
CCCTGACTGGATGATGCTCAGAAGGCCTAGATGCGTGTCTGTATGTATGT
CGTAACATATAGCAGAGTATGAATCAACCGGGTAAGGTTGCCAATCCTGC
GCGTGGTCAGCTGAACAGGAAACATGCATATTTCCCTGTCCCCGTTCGCG
CCTGAGAATTTGGTCTCGCTGGACGGGTTCGGCAGTCCCGTCCCGCGCCA
GCCTCCTTATTCTCCATACTCAGGCTGAATCTGGTTCTTACTCGCGGGAT
TCCCCCGATTTCCGCGGCGGCGTCCATTTATTTATTTATGCCGCCATACG
CCATCGGGTCAGTCCCGAGTTTATCGGGTCACGCAATTGCTTACCGATGG
CGTTCACTGCCGAGAGTCCGCCGACACAGGGCCAGCAGTCCTTAACGTAG
TTCCAAACGGGTGCTGCCTTTGAATCACCTTGGACTATGACCAATTAATG
TATGCGTCTCTTTTTCCTCACCCGCACTATACTGAATATTGAATATTTAC
AGCATGTTGAGTTATGGAAAATATATATACCGCCGGTACTTTCAAGATGC
CCACTTTATACCCTTAGTGGGTGTGGGAAAGAGAGACCATATCAATTGGT
CCATGGTGACCTACCAAGGCAGTACTAGTTTGGAACTATCTTGAGGTTTA
CTGGCCCGGTGCCGGCGGACTCTCGGCAGTGAACGCCATCGTTACGCATT
TGCGTGACCCGATGTCCTGTGTACATCCACTACACCTCGGGTACGTTTGG
CAGATTGCTGAAGATATTATCGTACTTCTTTTTAGAAAAATCTGAACGCG
TCTAGACCTTCTGAGCATCCCCCGGTCAGGGGGGAAAATGGCAAAACGTT
TAGATGGGATCCCAGGCTGTGTTGTGTTGCTTACAGTAGCCACCAAGCAA
GTGACAGATTGGCAAGTTGGATCGTGAAACCCCGTATTAAAAACTCGGTA
CAAGCACAATTTGTATGTATAGTGACAAACAACAGTAGTGACCACAACGT
GTGTGCGTGTGTGTGTGTGTGTATCCTTATTACGAAAACCTCTAATCAGA
CGCGACAACTGGGACACACTCTCTTTCTCTACTGTAGTACAATTCTTACT
AGTACTTTCAAGCCCAGAATGCGTGTTTGTTTTGAGTGCATTCTTATCGG
GCCTCAAACCATTATACTGTATACTGTGTACTGTACCTGGTATACTGTAC
CGGTATCCACTTTAACTACTGTATACGCGGTTGCTATTTTATTAATTCAA
TACGTGGTCACAAAGAGATACGGAGGCCATCGGGTCACATTGTGGTATCA
ACCCATTACTCAATCAAACCAACAGGGATCCAAATCGAGGCACAACACAA
TTCCTGCGAGAGATCCAATCACCCGAGAACATTAGAAGCCTATCGGCGTA
AAGGCGATGTCTTTGGGTACGAACTACCAAAAAAAGCGCCCGAATCACGC
TCTAATATTTTTTTTAGTGAGGACCGGGGCCAAAACGAGATTATTTCCAA
TTTTTCCAATTCCCACTTGAAAATTTCCCAACTTGCAAATAAATTTTTGG
GAACAAGACATGTAGTTCGTTTCGATTCATTTCCAAGTTGTGCTTACTCG
TACATATCTAGATCCTAAGGAATCAGGTACAGCTGTATTTCATGCCGCCC
GACCCCGGTAGCTCAGTAGGCACCTCGTAACCTTCTGACTCGTTGGGACG
TGAGTTCGATCCCGGCAAACGGGATTTTTCTCGTGGAGAACGACTAATTC
GTTAGTACACAAAATTCGACTTCACGGTCGACGAGGGAAAGGAATAATGG
CTGAATCCTTCTCGCGACAAAAATCAAGGCACGCACCGCAGAAGGAAGGT
GGATGAAAAATCCTGTGACCTTCCTCCTGTGTGACCCCGGCTGGTACGTC
CAACGAACTTGATGTCCAGAATGGATGGGAAGAAAACACAAAACACACGA
TCATCGATAATTACGTCATGTTGATCTCACATAGACCTCATGTAGACCTT
ACATAGACCTCAGACAGACAGTCTGACCAAGTTTTGGCTCACCGAACATG
GGCTGTTATATCTAAATGGCCGTTTGTTTGTTTTTCTCCCGGGGGAATAC
CCCCCAAAAATGCGCGAACATGGGACTGCTGTGGGGGCTGTACCAGAACT
ACGGCTATTGCTACATAAATCTTGTGATGACGTCGAGACAAAACACGTGT
TAAGCGTTAGTGAGTCATCGTCATCGGATGTTAATGACAATTAGTGTGAC
CAACCAGAGACATTTACAGGCCGTTTCTGCCGTGTCGTGTCCCCATCCTC
TTACTGTACCTGGTATTAATAATTTATTTTGAATTTATGCCCACTTCGGT
ATATAATAACTCGTCGTATTTACACGTACGTAACATGCAGTGTTAATATT
AGTATTAATAGTATATTGCATGCCCACTTCGGTGGGAAAGAGAGCACATA
TTAGTTGATCCATGGTGACCTGCCAAGGCATGACTCGTTCGGAACTACCT
TGAGGTTTACCGGCCCCTGTGCCGACGAACTCTCGGCAGTGAGCGCCATT
GGTACGCAATTACGTGACCCGATAAACTCGGGACCGACCCGATGGCGTAT
GGCGGTATGAATAAATAAATGTACGCCGCCGCGGAAATCGGAAGGAATCC
TTGTAAGTAAGTACCAGATTCAGCCTGAGTATGGAGATGAGCAGGCTGAC
GCGGGACGGGATTGCCGAACCCGTCTCGCGAGACCGAATTCTCAGGCGCG
AACGTGGACAGGGAAATATTTATTTTCCCTGTTCAGCTGACCACATGCAG
GATTGGCAAGGAACCTATTCTCAGATAAGGAATCAGTGGTTTTTAGCGAT
TTTGGAGGCAATGACCACCGATTATTGAGACCTTTCGCAGTGGAAGTGTA
ATGACCGCCTCCAGCGTACGGTCAAAGAGAGAAAAAAGAAAAATTATTTC
GAGAAGTCCTTCCCGATGTATGAGGCAAAAACCGCCTAAAACGATAAAAA
ATTAGACTGAAAGCGTTCACTTTACGAATCAGGACCAAACCAATAATTAT
CTGATTTGGACGCGCAAATATCAAACGGACCGCCTGTTGAAGGCGGTCAT
TACACCACCACTGTGGATGCTCTCAATCGGTAGTCATGGCCTTCATAATC
GCGAAAAGTTGTTTATTCCTTATCTTAGAATACATAGATTCCTTACCTCA
CGAACATACTGTTATGTGTGACCATACATATATATATATATATATACATA
CATACTAATAGTAGTGACCGTAGAGGGGGAGAGGAGGTAATTTTACCCCT
TTAGGGTGTTTTCAGTATGGGAGGGTCTTTCCGGCGGGTGTAGGGCCGGG
CTCACCCTTGAGAGATGAAGTCAACTGGCTGTCTTCGCGATGCAGCCGGC
CGGTTGAGACGCGACGGCGGTATGGTTTGTTGAGGATGGTGTTTACCAGT
TGTGCGTTTCTCCCGAGCTCCAATATGGTGCCCTTTGAGAGGTGATGACA
CGCAAGAGGCAGGGGGCACAGTCGCGAAAACCTCACCCACCAGAATCGGC
GAGGGCGGAGGGCAGCTCGATTGTCGACGAGCCAGGGGAGTGCTGAACCC
CTGTGCGCGAGAATCTAAGGCGCGAAACCGGGATGTTTCTGAGGGAAAAG
CTGATCTCTGACCACGGTCTGTTTTCTTTTTTCGAGGGCCATCAAAGACA
GGGCTTTGGACGGCTGGATGCTGGCTCCCACGCCGGCTTCACCAGCTCAA
GGCCTCCACCACTATGGACCCCGTTATTTCAATTTTCTTTGTTTCTGTGC
GATGTGTGGCCTTGATAAACATGGACTTGATTAAAAGTGATGAGAGCATG
ATGTGTCTGCTTGGCTGCTGAGAACGCTGGCCGTGGGTAGGCGACAACAA
TCCCGAGTCGATCGAGGTTGCTCCCGATATGGAGTAAGGAGGTTTGATGA
ACCGTTTTGACATTGGTCGGTGCCATTGCTTGTGAAGTGTCGCATAGGTT
GTATTCGTGTAACCCTCCTATGCTTAAGAGCTGGATAACTTCTTGTATCA
CTTATGATGGCTTGTGTTGGATGGCATTGCATCAGACAGTCTTCTCTGTA
GCTTGTAATCCAGATTCTGAAATATGATACTGTTACTGTTACTGTTATAG
CCGCACTCAAGACAGTAGAAACTGTAGCAGCACTCCAGACAGTAGAAACT
GTAGCCGCACTCTAGACAGTAGAAACTGTAGTTGGCACCCAAAGGCATCG
TCTTGACGCCGATGAGTTTCCGATGTTCTCGGTTGGTTGGATCTGGCGAG
AATTTCGTCGCGATTTGGACCCTTGTTAGTTTGAGTAGCGGGTTGTCGCC
ATGATGTGACCCGTCAACCTTCGTACCTCTTTGTGACCACGAGCGGGATT
GGCATTTGATAGGCCTATGGCTGACTTGTTGTGTCACCGCAGTTAGTTAT
TCAGTTGCAAGGACAAGACCCTGAAAGTGTGAGAATCAACGACAAAAGCA
AAAGAGGGGCGCACGAAAATAGGTCCATGAGGCTGCCTTTACTCGAGCCA
CCTTGAGGACTACTGGCCCTGCCCCGGCGGGGTCTTGGCGGGGAACGCAA
TCACCGGTACGCAATCATTGCGTAAGGACCTGATAACTCTGGACTGATCT
GATGGCTGTTGACGATATAATAGGCGGACGTCGTCGCGGAAAGCGGAGAG
AAGGAAAGGAGCCTGTGAGTGAGCGCTAGATCAGCCTGAGTGTGGAGAAT
GAGCGGGCTGGCGCGGGACGGGACAGCCGAACCTGTCTCGCGAGACCACA
TTCTCAGACACGAATGGCGACAGGGAAAAAAACGTTTCCCCTGTTCAGTT
AACGACCTGCAGGATTATTGGCAGCCATACTCAGTTGATGTCCATGATCT
TGCTTAGAGTCACGACCATACATACATACATACATACATACATTTAGATA
ATCTAGAGAGTAGCAAGGAAGCAGGGGGGGGAGCACGAGGTAGTCTGGGC
TCAAGTAGGAACTGTACAAGTAGAGAGAGTGTGTCCCCTTTGTCGCGTCT
GATCAGAGGTTTTCGTAATAAGTTTCATTGATCCCCCCTTGGGAGGATCA
ATACGAGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGCGGTTA
TGTGCAATTTAATAAATATACATACATACATACATACATACGCAATTTAA
TAAATATACATACATACATACATACTGGTACATACATACATATACATACA
TACATACATACATACACGGGAACGGGAACGGGAACGTGGGTGGGGTCGGG
GAGGGCAGAAGGGAGGGTAAGAAGCGTAAGAAACCGCTAAATAGTGGTAG
ACGCCAAGTGAAACACGGGAAAGACTCCGATGGAAGGAGGAAAAGATGTA
GAATAGAAAGGGTTGGTCCAGTATCTGCCAATTTAGATAATATAGAGAGT
AGCAAGGAAGCAGGGGGGAGCACGAGGTAGTCTGGGCTCAAGTAGGAACT
GTACAAGTAGAGAGAGTGTGTCCCCTTTGTCGCGTCTGATCAGAGGTTTT
CGTAATAAGTTTCATTGATCCCCCTTGGGAGGATCAATACGAGTGGCATA
GAATGACTAGGATGACAGGGCCGGATTGCGCGGTTATGTGCAATTTAATA
AATATACATGCATACATACATACATACATACATACATACATACATACATA
CATACATACTGGTACATACATAGAGGACGGGTGGCAAGGAGGAAGAGTGG
ACCGATTGTGTACAGAGCAATATGCGGACGTTTGGCATAGCGGCGGATTG
GAAACCGACGGCGTTAAAGGCTCGCACACGGAAGCGTAGAATTTTGTGAA
GCGACACCGGTGGCCTAGTCGACGAGCCGAAATAATCCTTGTGCGGACGC
GAGACGGACCGAGACCTGCGTAGCGCCTAGGCATGTAGATGTGTCGCGTG
ATTTGTATTTTATTTTCTCCGAACGAGCAGCGTCGGGGAAGAGGTGGGCG
CTGCCAGACTTTCTCTTTTGATATATTTTCCCTGTTCAGCAGACCACGGG
CGGGATTGGCCACCGTGTAAAGTAGATTTCCTTGGGTTGGCAACCAAATA
CTGTACGCTGAATGTGAGAAACTACACCCTACAATACATACACTAGATAC
ACCCAATGGGGGATGTGAGTGTAATTGAATAATATTAATAGCATACTATT
GCAGAATGACTTATGACTAGTAGAGCTAATAGAAGAGCAGAGGACATTTC
CGGATTGCGCAGTTATGTTAAATATAGCAATTTAGTACTGTGTTTCATAC
TATTTAATACTTCCGTACGACGTCTACACGTGTAATGTACGAGTACTGTA
GTAGCTTTATGATTATCAGCGAAGGCTGCAGTTGAACCGAGGCCGTATTT
TTCCACCCGGGACGAGCTATACATGTAATCATCTAATCATCTCTATTTTA
GGGTTGAGGTCGGCTTTGCAGCATTTCCGCTGAGGGCCACCCGCCTAACG
AGCAGCTGAGGATGTGGATCTGCACTGCTGCAGCCACGAAAAGTTCCCAC
AGCTTAAGCCGAATTTTCCCGAGATTCGTCAATCATCTCTTGACCGATGA
CGACCTCAAACAAGGCATGCATGCGCGGAGGGTGGCAAGCTGTGGCGCAA
AGGCGGTTCCTTTTCCTTTCATGATTCTCCGGGCGGGGGGTATTATTCGT
GTTCGTGTTCTTCCGCCATTCGATCGTTTCGGTATTAGTCTTGACGGGAC
GTGTTTAAAGAAAAATCCGAACTCTTCGTAGCTATTCTGTTGGTGAAGGA
TCGCAATTTATTTATATTGCTATTTAATGGCGGTTTCAACTAAACAAATG
AATGGATGCCACCGCGGAAATCTGGAGGAATTTCGTCAGTAAGCGCCAGA
TTCAGTCTGCGTATGGACATGAGCAGGCTGACGTAGGACGGGACTGCCGA
ACCCGTCTCGCGAGACCAAATTCTCAGGCGCGAACGTGGACAGGGAATAT
TTCATTTTCCCTGTTCATCTGACCACGAGCAGGAATGGCAACCTCACCCG
GTTGATCCATACTCTTGCTATATGTCTGATGGCCTCGCGTGTCGAGTGGG
AGCGATGGGCTCTATCTATCCTCTTTGTCTGACGTGTCGCCTGCGACGCC
TGACTGTCTGGAGCCTTATTTTTCTGGGGGGGGGTGGGGATGCTTTTATC
GCGTGTGTGTTGACTTTTCTGGGTCCTTACATACATACAAGACAAACGAT
ACGATGAGCCTTTATTTGAAATTTGTTACGTTCAAACATTGCTATTGGTC
TATGGGTCTATTATTAATTATTATAATAGGATCGGATAGGTGCCGATGAA
GGAAGTCTACTATTAATAATAATATTAACAATATTGATAAGTCATGTTTG
TAGAACGGTACAAAAATGTTGTAGAAATTAAGTAAATTTGAATTCCAAGA
TTAGCAAAGAGTGGTTCAACAAATCGAAGGCAAAGTTATTTTAGTACCAG
TACTTGAACAAAAATCACGAGTTCCTGAATCTGTAATTATAATAGGTCTA
TTTGTACACTACCTACGGTATTTGTACAGTGTTAGGCCAGTCGTCGCCCG
AGTGGTCTATAATAGTAGGTAAACCTGCACACCTGCTATTATTAGTGTGG
AAGTCGTGAGTTCGATTCTTACCAAAGTAGGATTTTTGTTCTTTCTTTCG
TAACGAAAAGCGTGGGAACGTGAGCAAGTAAAATTCTGCCATTGGTTGAC
GAGTTGTAAGAGGGCTCAACTTGCATCGCGATAAAACTTGTAAGGCGTGA
ACCGGGGAGAGATGGAATATCCTTTGTGACCACAGGCAGGATGGTAATTG
TGAGGTCCATCGGCTATATGTGTGATTAAAGAAAAAAAAGGGCCAGGTAG
CATTATTAATAGTATAGAAAATATTTTTCTCCCGCTAGGTATTATATGAA
ATAAAAAAGCAAGAAGTGGGGGATGGACCAAACCTTCGGAGAAACCACAG
TGGGGGGGAAATGTCTTGGGAATTTCCACTGGCTGATGCTTGCGCACGTA
ATGGTCGCACAGACTCGACGCAGGATAACAAGATTGGGCAGAAAGAAGCT
CGCCGTATCCCGAGTTGCATTCCGTGTACAGTGATCATGATTTGCATGGT
TGTTGGTCGTTGCTCCAAACAGTTTCACCGGGGCTGGTGTAGAGCTATAG
CTATGTAAGCAAGCTGGTAAGGAAACTAATGTCACAACATGCGGAAAGCA
GCAGAAAGGCGGTGTCACTTCCGCCTTGAAATCGGCAGGTGACACCTCGT
TAACTTTGAACGAACAACTCATTTAGTTTTTGCAGCATATGATCTATGAT
CCCACCTAAAACAATATGTTCGTGAGATTAGGAACGGATTATGAGATAAG
GAATCAGTAGTTTTTCGCCATTTTGGAGGCAATGGCTAGCGATTGAGACC
TTTCATAGTGACCGTGTAATGGCCGCCTTCAACAGGCGGTCAGTTTGATT
ATTTGTGCGTCGGAATCAGATAATTATTGATTTGGTCCTGGTTCATAAGG
TGAAATAAAGTGAAAGCTTTCAGTTTTTATTTTTTAAGACTGTTTTTGCC
TCATATATCGGTAAGGACTTACTCGAAATATTTTTTCCTTTTTTCTCTGA
CCGTACGCTGGAGGAGGTCATTACACTTCCACTGTGAAAGTTCTCAATTG
GTGTTCATTGCCTCCAAAATCGTGAAAAACCGCTGATTCCTTATCTCATA
ATCCGTTTCTAATTTCGCGAACATACTGTTCTAAACGTTTTGACATTTTT
CCCCCTGACTGGGGGTACTCAGCAGGTATAAACGCGTTCAGAATTTTTAA
AACTCGTATTACACTGTTTAAAAAAAATATGTTTTATATTCAAAATAGAG
AGAGAATAGGACACGACATCCCTCAGACTGAATATTCGGGGCCCATACTG
TACACTAGTGTACTGAATTACAGGGACATGGAGTTCCCCAGTTTTGATTG
GCGTTCAATCTCGCTCAGCTTGTAGCGTTCACCTGCGATCGACCACGTCA
TGAGACAACAGTAATACAGTTAATACAGTAGAGATCGCCACTCCGCTGAC
ACAAGACGAAAGACATTTACCGTCGACGCCAATATGAGGGTGACCCCTCG
GGGGTGGTTCGTATCAGTGGTTCTGGGGGCGGCCGATGGACGACACACGG
GACCCGGGACGGTTTCCAATCTCCCAAGACTTTGGGGAGGTTGGGAAGGA
GGTTCAGGTTTAAGAGTAAGAGTGAAGAGTTAAGAGTGAGGAGATGGGGC
TTTGCCTCCGAGCTCCTCTTTGCCCGCTCTCTGATCTACCGCCCGGAGAA
GGCGGGTGTGTGAACCGACCGTTCCATGCCCAGAAGGTTCGAAGAACCAT
CCCGGTGGGAAATGATAACAAGCAAAAAACCTGATGTGCTTCCAGTATTA
CCCCAGGTCTCCACAATTACACTGTTTAAAAAAAAAATGTTTTATATTCA
AAATAGAGAGAGAATAGGACACGACATCCCTCAGACTGAATATTCGGGGC
CCATACTGTACACTAGTGTACTGAATTACAGGGACATGGAGTTCCCCAGT
TTTGATTGGCGTTCAATCTCGCTCAGCTTGTAGCGTTCACCTGCGATCGA
CCACGTCATGAGACAACAGTAATACAGTTAATACAGTAGAGATCGCCACT
CCGCTGACACAAGACGAAAGACGTCTTACCCCCTGGTTGAGTGGATGCCC
AGAGATAATGAGAGTAGAAAAGCAGGAGGGGTAAGTCACATGTATCCCCG
GGGAAGCGATTTTTTTTTTGTGGCATCCCCTCCCAAAACGGAGACAAATT
CGAGACATTCCTTCCATCCATTAATACTTTGACTGTATATCTCGAACGAC
TCGAAGGGTTGCCGCGGATTCGACGAAAAGCAAACAATAAGAGAATAACA
GAAGCGAAATATCAAGTATACTGTTGTCTGTGTACAGTAAAGTAAAGTAC
TGTCGTCTGTGTATAGTAAAGCGAAGTAAAGTCAAGTATTAAAGTAGTAC
CAGGTACAGCTGTTATGGTAGCACAGAAGGTATGCTGTATGTAGCACGGT
CAACGGTGGCAAATGAATGGGATGTGAAAACCAATCCCTTGAGAGAGACA
TGGGGTGGTCTAAACCGCGGAAGCGCATCATTATTATAGAAACGGTCGAG
AACACTGACGCGGGACGCGACGGCTGAACTCGTCTCGCGAGACCAAATTC
TCAGGCACGCACGGGGACAAGGGAATATGTTCAGCTGACCACAAGAGGAT
TGGCAACCTTACCCGGTTGATCCATACTCTTGCCATATGTGATGACCATA
CATACATAGACTACTCCATCAGACTACGGCTTTAAATAATCCACGCGATC
CAAATCATATTTTTCTAGCATCGTACTTGATTATAATATAATAGGCAAGA
TTTAACAGTAACAGTACATAAATGTACTTCGTATAATATCATGTACTATA
TGTACTGGAACCAATAATTCCTTTTAAGTCTATATCATTAGTTGTTGCTG
ATTGGTTCATCACTTTTTGCAGAATATATGTGTATTTATCAAATTGCACA
TAATCGCGCAATCCAGCCCTGTCATCCCAGCCATTCTATGCCACTCGCTG
AAAACCTCTGATCAGACGCGACAAAGGGGACACACTCTCTCTACTCGTAC
GGTCCTTACTTAAGCCCTGGGTACCTTGTGCTCCCCTCCTGCTTTTATAT
TCTCATTATCTGGGTCGGCAGCTATTGAACCAACCCTTTCTTGTCTACAT
TTTTTTCTTGGTCGCCCCGGTAGCTCAGAGATAACTCGTTACCCTCTGAC
ACGTTGGGACGTGAGTTCGATCCCGGCAAACGGGATTATCTCACTAAAAT
AAAATAAAATAAAATAAAAATGCTCAACGGGTGGAGAACGATTAATTCGT
TAGTACACAAAATTCGACTAAACGGTCGACGAGGGAAAGGAATGGCTGTA
TCCTTCTCGCTGAAAAAATGAAGGCACGCACCGCAGAAGGAAGGTGGATG
AGAAATCCTGTGTGACGTTCCTCCTGTGTGACCCCGGCTGGTACGTCCAT
TGATGTCCAGAATGGATGGGAAGAAAACACGTGTGTGTATGTGTGTGTGT
GTGCGTTCCGCAGCTGAACAGAGAAAAATATACTGGTATTTCCCTGTCCG
CGTTCGCACCTGATAATTTGGTCTCGCGAGATGGGTTCGGCAGTCCCGTC
CCGCGTCAGCCTGCTCATCTCTCCACACTCAGGCTGAATCTGGTGCTTGC
TTACGAGATTCCTCCCGAGTTCTGCGGCGGTGTCTTATTAATTTATTTAA
CAAAGCCATACGCCATCGGGCCAGTCCCGAGTTTATCGGGTCACGCAGTT
GCGTACCGTTGCCGTTCACTGCCGAGAGTCCGCCGACACAGGGCCAGCAA
ACCTCAAGGGAGTTCCAAACGAGTGCTGCCTTAGCAGGTCACCATGAACC
AATTAATATGCGCCTCTCTTTCCCACACCCACTACATGTATTGGTGGTGT
GAAGTGGATATAACATGTTGAAAGTACCGGCGTTAATATTACATTAGCTC
TATTATACCATTATTAATATAGAGATTTGGGGGCAATCAGATTTAAAGCT
ATTTTTTTTTATGCGGTCTTCAAAGAAAAATTGAACGCATCTAGACTATA
CCTTCTGTTAATAGCATACTATACTATACTATACTATACCCCAGTCAGGG
GGGAAAATGTCAAAACGTTTAGGTGGGATCAAAGGCTGCAAATACAAAAC
CTCTTCCATGGCATTTAAACGGGTTCCCCTATAGTAGTAACATTGGGTCA
ACAGTATAATCGGGGAGAAGCCCACCGTTATACTGTACAGCACTTGAATC
AATCGCCATGCATACAAACAAAAACATTGTAGTATTGTACTGTAAACGTC
AAATTCCTCGCGTCCCTTCGTTTTTTAATGGCTTTCAAGTTTTCCCCTAT
TCAGCCGACCACGAGCGGATTGGCCACCGTGTTAGTAATTTTTCAGGTTG
GCAATCAAAACGCTGAATATGAGAAAACAACAAAACAACATGAACGACTT
TCTGTCGACTACTATATCGACAAGTCGAGAGTTTGATCCTTCTCGATCCT
CCTCTGCGCCTTTTTGCCTGACGTTCCCTCTACTATGTTCGCTCGGCGGC
CCCTCGCTGCTCCTCGCGCGAACTATACCTACCTACCCGCAGATCTCATT
TTCGAGGTGCGGTTGCACGCCATCAACGGTAAAGGGAGGTGAAGAGAAGG
AGAAGAATCGACAAATCGCGTCTTGTTCCTCCGACCCTAGCCGCCTCCGA
CTGAGAGAGGATGCAAATGAATGAAACAGTACACCGGTGAACGTTGGGAA
AGGCGCGCGCAGCAGCCGTGAGGAATCGGGAGACCTTGGTGGCATGGTGA
AAATTTTCGAGGTCATGTACTCCGTATTATGTATGACGGAAGGAAGGAAC
TCCTTGCTGTACATGGGTCCACCTGGGGTAAAATGTGCTATAAACAGCAT
GTAATGGGATGCCTGTCCCCATGTACAGTACGCTAGGCATCTTTGCACGT
TCGTCCCGAAGTAAGTAGCGTACACACGACATCGGGACTGTAGACTGTGG
GCGCACCCATTATAATATATCTCCTATATACGGTTGCCGCGCCGCGCGGG
CAGAGGAGTGTTGTTGCAAACTACTAGTATACTCCTATCAGTATAACTGG
AGAAGTTGGCTGGATACCGTAGACTCCCGCGTGGATCGTGGCTCTGGATC
GTAAGTACAGTCAAAATCGTCAAAATCATTACACTCCACAACCCGTTGCA
TGAGATGGGGAAGGGTCAGAGAGGCTGCCGATTTTGGGGTAGGAGAGGAG
CGTCGATCTAGATGACACTGAATCGTTTGCGCGTGGGTTTCAACATGTTG
AACTATGGAACAGAGGGCAAGACTCCCTCCCTACGATCTTCACGATGGTG
CGGGGAATACGTGAGCTATACGGGGTTTTCTTGGTCAAGTCGTCTATTTC
TGAGTGGTTTACGGAAATTTTCTCTAGCACATCCAAGAAACGGTTTCAAC
TAATCAGCCTTTCACTTTTTGTGACTTCTGTAAGGCGTTCTAAGATATAA
GCTTCTCTACCGTACCGTACATCGTATGTATGGTCACACATATAGCAAGT
GTATGGATCAATACAAGGTTACATCTCCGAAAGCGAGCATCATGCCAATA
CTGCGTAGCAAGCCGTCAGCGTCAAGGACTCCTTTTCCGCAGAAACTTGT
GCTCCACATACCCGATCAAGGACAGTTCAAGTGCTGCAAGCATGCATGAG
TTCTAGAGATGGAGAGATAGTTCTACCGTAAGTTTGCATTGCTGGCCAGA
ACCGATGCGGAGACGTTACCAAAGTTTTCATCGTCTGGATGTGGAGATAT
ACTAGAGGAGTTGGGCAAACAATCCCAATTACCACGAAGTTAAATACTGT
GCTTAATACATACCTGGTAGAAAGTAGTGTAGAAATAAATACGCCTGAGA
ACCCCAGGCAGGTCTTTTTGATCCCTATTAATTGTTGCAGCCAGAGCGTA
TGGCGGCAGAGTGTTATGGCACGACGGGAGTGTGAGGTTTCGTCCCCTAT
ATCGTGGGCGTCGCCTGGGCAGATGCTATCACACGCTATGTTGGTCATAG
TAGAAACGTGTAAACCAGGGGAGGGGGTTCGGATCAGTAGTTGAAAGGAT
ACCCCAAAAGGCTTGTCGGTCAAATGCTATGAGCTCACGTCTCATGACGA
AATGTCGGACCCCGCTAGTCACGCCCATCGGTGGCCTATTCTCTTGTTTA
CCCCCCCACCTGGTTCTCGCGTCAGAAGACTTGGTTGGTCACAGTACATG
CATGGGTGTCTTAGGGTTAGGATTAGCTATC
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Coding sequence (CDS) from alignment at F-serratus_M_contig88:551650..574280+

>mRNA_F-serratus_M_contig88.20167.1 ID=mRNA_F-serratus_M_contig88.20167.1|Name=mRNA_F-serratus_M_contig88.20167.1|organism=Fucus serratus male|type=CDS|length=684bp|location=Sequence derived from alignment at F-serratus_M_contig88:551650..574280+ (Fucus serratus male)
ATGGGTGTAACGGTAGAAACCAAACAACCTGGGGATAACAAGACCTTTCC
GAAGCCGGGCGACACGGTGACGATGGACTACACGGGCAAGTTCCTCGACG
GCACGATGGGTGTAACGGTAGAAACCAAACAACCTGGGGATAACAAGACC
TTTCCGAAGCCGGGCGACACGGTGACGATGGACTACACGGGCAAGTTCCT
CGACGGCACGGTTTTTGATAGCTCCTTGAAGAAGGGCAGGCGGTTTACGA
CTCGGATCGGTGTGGGCCAGGTGATTCAGGTTTTTGATAGCTCCTTGAAG
AAGGGCAGGCGGTTTACGACTCGGATCGGTGTGGGCCAGGTGATTCAGGG
TTGGGACGAAGGCGTCCCGCAAATGTCCTTGGGGGAAGAGGCTGTTCTCC
GTTGTTCCTCTGACTACGCCTATGGCCCTGAAGGAGCTGGAGGTGGGGTC
ATTCCACCCAACGCTGGGTTGGGACGAAGGCGTCCCGCAAATGTCCTTGG
GGGAAGAGGCTGTTCTCCGTTGTTCCTCTGACTACGCCTATGGCCCTGAA
GGAGCTGGAGGTGGGGTCATTCCACCCAACGCTGATCTCATTTTCGAGGT
GCGGTTGCACGCCATCAACGGTAAAGGGAGGTGAATCTCATTTTCGAGGT
GCGGTTGCACGCCATCAACGGTAAAGGGAGGTGA
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