mRNA_D-dichotoma_M_contig948.20202.1 (mRNA) Dictyota dichotoma ODC1387m male

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

Overview
NamemRNA_D-dichotoma_M_contig948.20202.1
Unique NamemRNA_D-dichotoma_M_contig948.20202.1
TypemRNA
OrganismDictyota dichotoma ODC1387m male (Dictyota dichotoma ODC1387m male)
Homology
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: D7FHZ4_ECTSI (PPC domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FHZ4_ECTSI)

HSP 1 Score: 127 bits (319), Expect = 5.320e-29
Identity = 61/86 (70.93%), Postives = 68/86 (79.07%), Query Frame = 2 
Query: 2072 RTESLEEPLLSTGPDARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVV 2329
            R E  E+P+L TGPDARFEI SLVGT SP+G HLH  L DE GA+CGGHL+ ATVHTTAEIV+G A  L FSR +D RTGFKELVV
Sbjct:  126 RREEEEQPMLRTGPDARFEICSLVGTLSPEGLHLHASLADEKGALCGGHLVRATVHTTAEIVIGVASSLEFSREMDPRTGFKELVV 211
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: UPI0019954515 (DNA-binding protein n=1 Tax=Phycisphaerae bacterium TaxID=2026778 RepID=UPI0019954515)

HSP 1 Score: 97.1 bits (240), Expect = 7.560e-20
Identity = 50/90 (55.56%), Postives = 63/90 (70.00%), Query Frame = 2 
Query: 2072 RTESLEEPLLSTGPDARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINAT-VHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRER 2338
            R  +L+EPLL    D +FEI+SLVGT SPDG+HLHI L D  GA  GGHL+    ++TTAEIV+GEA  L F R +D  T FKEL +++R
Sbjct:   45 RPANLQEPLLR---DQKFEIVSLVGTLSPDGSHLHISLSDSTGATIGGHLLEGNEIYTTAEIVIGEAEHLQFHREIDPVTTFKELTIKKR 131
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A8J2SKC7_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SKC7_9STRA)

HSP 1 Score: 94.4 bits (233), Expect = 1.500e-18
Identity = 47/75 (62.67%), Postives = 55/75 (73.33%), Query Frame = 2 
Query: 2114 DARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRER 2338
            D RFEI+S+VGT S +GAH+H+ L D  GA  GGHLI+ATV TTAEIV+GE   + F R  DD TGFKELVV  R
Sbjct:   60 DQRFEIVSVVGTISCEGAHIHLGLADATGASIGGHLISATVFTTAEIVLGEVPCITFDRQFDDATGFKELVVVRR 134
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A671WBG5_SPAAU (Bifunctional protein GlmU-like n=2 Tax=Sparidae TaxID=8169 RepID=A0A671WBG5_SPAAU)

HSP 1 Score: 92.8 bits (229), Expect = 4.380e-18
Identity = 47/77 (61.04%), Postives = 60/77 (77.92%), Query Frame = 2 
Query: 2120 RFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLI-NATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERSQS 2347
            R+EI+SLVGT +PD AHLHICL +  G   GGH++ +  + TTAE+VVGEA  L+F+R +DDRTGF ELVV+ RSQS
Sbjct:   72 RYEIVSLVGTLNPD-AHLHICLSNAEGHTVGGHVLGDLELFTTAEVVVGEAADLLFTREMDDRTGFPELVVKPRSQS 147
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: UPI00146BD845 (bifunctional protein GlmU-like n=1 Tax=Trematomus bernacchii TaxID=40690 RepID=UPI00146BD845)

HSP 1 Score: 92.0 bits (227), Expect = 5.660e-18
Identity = 49/89 (55.06%), Postives = 64/89 (71.91%), Query Frame = 2 
Query: 2078 ESLEEPLLSTGPDARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINAT-VHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERS 2341
            E+  E L  +G   R+EI+SLVGT +P+ AHLHICL D  G   GGH++    V TTAE+V+GEA GL FSR +D+RTGF ELVV++R+
Sbjct:   55 ENTNEVLQLSG---RYEIVSLVGTLNPE-AHLHICLSDAEGVTVGGHVLGGLEVFTTAELVLGEAGGLAFSREMDERTGFPELVVKQRT 139
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A6A4VGD0_AMPAM (Bifunctional protein GlmU n=1 Tax=Amphibalanus amphitrite TaxID=1232801 RepID=A0A6A4VGD0_AMPAM)

HSP 1 Score: 91.7 bits (226), Expect = 1.140e-17
Identity = 51/97 (52.58%), Postives = 62/97 (63.92%), Query Frame = 2 
Query: 2099 LSTGPDAR----------FEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERSQSGGAA 2359
            L++ PD R           EI  LVGT SPDGAHLH+ LG   G+   GH+I+ TV TTAE+VVGEA GL FSR  D  TG++ELVVRE+  + G A
Sbjct:   51 LASTPDGRTDTYMDSSEFLEICGLVGTVSPDGAHLHVTLGRADGSTLSGHVISLTVQTTAELVVGEAEGLEFSRE-DTGTGYRELVVREKGGTDGGA 146
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A3D5SJX0_9BACT (DUF296 domain-containing protein n=2 Tax=Blastocatellia bacterium TaxID=2052146 RepID=A0A3D5SJX0_9BACT)

HSP 1 Score: 92.8 bits (229), Expect = 1.220e-17
Identity = 52/103 (50.49%), Postives = 65/103 (63.11%), Query Frame = 2 
Query: 2030 LRHGSSVTA-GMLEERTESLEEPLLSTGPDARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINAT-VHTTAEIVVGEARGLVFSRTLDDRTGFKELVVR 2332
            +R G  +TA G L   T  L +    T    +FEI+SLVGT   DG HLHI + D +G   GGHL+N   ++TTAEIV+GEARGL FSR  D  TG+KEL +R
Sbjct:   89 IRTGFILTAVGSLRSATIRLADQKDPTTFAGKFEIVSLVGTLGQDGVHLHIAIADSSGKTVGGHLVNGCLIYTTAEIVIGEARGLRFSREQDKETGYKELRIR 191
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A3Q0SGH0_AMPCI (PPC domain-containing protein n=2 Tax=Heroini TaxID=318529 RepID=A0A3Q0SGH0_AMPCI)

HSP 1 Score: 90.5 bits (223), Expect = 1.480e-17
Identity = 49/81 (60.49%), Postives = 61/81 (75.31%), Query Frame = 2 
Query: 2120 RFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLI-NATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERSQSGGAA 2359
            RFEI+SLVGT +PD AHLHI L D AG   GGH++ +  V TTAE+VVGEA  L F+R +D +TGF ELVV+ RSQ+ G+A
Sbjct:   53 RFEIVSLVGTLNPD-AHLHISLSDAAGRTVGGHVLGDLEVFTTAEVVVGEAVDLSFTREMDVQTGFPELVVQTRSQTDGSA 132
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A8C4FAV6_DICLA (PPC domain-containing protein n=3 Tax=Moronidae TaxID=42148 RepID=A0A8C4FAV6_DICLA)

HSP 1 Score: 91.7 bits (226), Expect = 1.610e-17
Identity = 49/77 (63.64%), Postives = 58/77 (75.32%), Query Frame = 2 
Query: 2120 RFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLI-NATVHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERSQS 2347
            RFEI+SLVGT +PD AHLHICL D  G   GGH++ +  V TTAE+VVGEA  L F+R +DD TGF ELVV+ RSQS
Sbjct:   91 RFEIVSLVGTLNPD-AHLHICLSDFEGKTVGGHVMGDLEVFTTAEVVVGEAVDLQFTREMDDGTGFPELVVKPRSQS 166
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BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Match: A0A4U5ULS1_COLLU (PPC domain-containing protein n=4 Tax=Sciaenidae TaxID=30870 RepID=A0A4U5ULS1_COLLU)

HSP 1 Score: 90.5 bits (223), Expect = 2.440e-17
Identity = 49/79 (62.03%), Postives = 57/79 (72.15%), Query Frame = 2 
Query: 2114 DARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINAT-VHTTAEIVVGEARGLVFSRTLDDRTGFKELVVRERSQS 2347
            D RFEI+SLVGT +PD AHLHI L D  G   GGH++    V TTAE+V+GEA  L F+R +D RTGF ELVVR RSQS
Sbjct:   70 DGRFEIVSLVGTLNPD-AHLHISLSDVEGKTIGGHVLGGLEVFTTAEVVIGEAVHLKFTREMDVRTGFPELVVRPRSQS 147
The following BLAST results are available for this feature:
BLAST of mRNA_D-dichotoma_M_contig948.20202.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FHZ4_ECTSI5.320e-2970.93PPC domain-containing protein n=2 Tax=Ectocarpus T... [more]
UPI00199545157.560e-2055.56DNA-binding protein n=1 Tax=Phycisphaerae bacteriu... [more]
A0A8J2SKC7_9STRA1.500e-1862.67Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A671WBG5_SPAAU4.380e-1861.04Bifunctional protein GlmU-like n=2 Tax=Sparidae Ta... [more]
UPI00146BD8455.660e-1855.06bifunctional protein GlmU-like n=1 Tax=Trematomus ... [more]
A0A6A4VGD0_AMPAM1.140e-1752.58Bifunctional protein GlmU n=1 Tax=Amphibalanus amp... [more]
A0A3D5SJX0_9BACT1.220e-1750.49DUF296 domain-containing protein n=2 Tax=Blastocat... [more]
A0A3Q0SGH0_AMPCI1.480e-1760.49PPC domain-containing protein n=2 Tax=Heroini TaxI... [more]
A0A8C4FAV6_DICLA1.610e-1763.64PPC domain-containing protein n=3 Tax=Moronidae Ta... [more]
A0A4U5ULS1_COLLU2.440e-1762.03PPC domain-containing protein n=4 Tax=Sciaenidae T... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
D-dichotoma_M_contig948contigD-dichotoma_M_contig948:172827..192291 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Dictyota dichotoma ODC1387m male2021-02-24
Properties
Property NameValue
Taxonomic scopeMetazoa
Seed ortholog score88.6
Seed ortholog evalue1.3e-14
Seed eggNOG ortholog7739.XP_002596836.1
KEGG koko:K06934
EggNOG free text desc.Domain of unknown function (DUF296)
EggNOG OGs2RZDY@2759,3A28A@33154,3BQDC@33208,3D81M@33213,48F0T@7711,COG1207@1
COG Functional cat.M
Best tax levelChordata
Best eggNOG OGNA|NA|NA
BRITEko00000
Hectar predicted targeting categoryother localisation
Ec32 ortholog descriptionDomain of unknown function DUF296
Ec32 orthologEc-12_006460.1
Exons3
Model size3692
Cds size2076
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_D-dichotoma_M_contig948.20202.1prot_D-dichotoma_M_contig948.20202.1Dictyota dichotoma ODC1387m malepolypeptideD-dichotoma_M_contig948 174148..191996 -


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

Feature NameUnique NameSpeciesTypePosition
1622931198.6985343-UTR-D-dichotoma_M_contig948:172826..1741471622931198.6985343-UTR-D-dichotoma_M_contig948:172826..174147Dictyota dichotoma ODC1387m maleUTRD-dichotoma_M_contig948 172827..174147 -
1690799661.0446537-UTR-D-dichotoma_M_contig948:172826..1741471690799661.0446537-UTR-D-dichotoma_M_contig948:172826..174147Dictyota dichotoma ODC1387m maleUTRD-dichotoma_M_contig948 172827..174147 -
1622931198.7702332-UTR-D-dichotoma_M_contig948:191996..1922911622931198.7702332-UTR-D-dichotoma_M_contig948:191996..192291Dictyota dichotoma ODC1387m maleUTRD-dichotoma_M_contig948 191997..192291 -
1690799661.083402-UTR-D-dichotoma_M_contig948:191996..1922911690799661.083402-UTR-D-dichotoma_M_contig948:191996..192291Dictyota dichotoma ODC1387m maleUTRD-dichotoma_M_contig948 191997..192291 -


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

Feature NameUnique NameSpeciesTypePosition
1622931198.715188-CDS-D-dichotoma_M_contig948:174147..1754911622931198.715188-CDS-D-dichotoma_M_contig948:174147..175491Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 174148..175491 -
1690799661.0579014-CDS-D-dichotoma_M_contig948:174147..1754911690799661.0579014-CDS-D-dichotoma_M_contig948:174147..175491Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 174148..175491 -
1622931198.7280986-CDS-D-dichotoma_M_contig948:176259..1764691622931198.7280986-CDS-D-dichotoma_M_contig948:176259..176469Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 176260..176469 -
1690799661.066353-CDS-D-dichotoma_M_contig948:176259..1764691690799661.066353-CDS-D-dichotoma_M_contig948:176259..176469Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 176260..176469 -
1622931198.747776-CDS-D-dichotoma_M_contig948:191474..1919961622931198.747776-CDS-D-dichotoma_M_contig948:191474..191996Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 191475..191996 -
1690799661.0748372-CDS-D-dichotoma_M_contig948:191474..1919961690799661.0748372-CDS-D-dichotoma_M_contig948:191474..191996Dictyota dichotoma ODC1387m maleCDSD-dichotoma_M_contig948 191475..191996 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_D-dichotoma_M_contig948.20202.1

>prot_D-dichotoma_M_contig948.20202.1 ID=prot_D-dichotoma_M_contig948.20202.1|Name=mRNA_D-dichotoma_M_contig948.20202.1|organism=Dictyota dichotoma ODC1387m male|type=polypeptide|length=692bp
MASTVGTASTSGFPVRLGQCFLDPKTMRATIAQELISQGRALKCSNGGGS
QKRYHCKTCDAWVVRATKRRDGLWYITSTDKEHMNCSGGGGRSDTIAAAP
LVEKYVRLDPKISGPSLKRLLKDDGIEISDRSANRAKRRVTAKTDKEEAE
ARARFASPCNQMRDGCPGSVAGVEWTQGAPGSPLVEAELLSNACTGANSD
ARSVRAGDLGVAQASPMTCYALRLRPGEELKSALIAFMSRVGSRAGFVIS
CVGSVRDVVVRLAGATRRRGLTEKLSSTAVAEATTAATTTASSTSTQPSW
SSAPQGTTSSPSKPLSPPSTTQGTASSPSKPSSPSSERRATVTSPSKLSS
SPSEVDAPASSTSNSSSAPSKIQGTALTLKPSSTSSEVDAPASPASKSSS
APSETHATASSPPKPSSTPSETHPTSSSTSTSSSAPSESQGTASASKSSS
ALSETQATASVSKSSHARSETQATASTSKPSPAPPETQFTASTSKSSPPP
STIQATQCLPSISSSPPSRTQIIAPSSLRPSSPPSTSQDTASSPSRSISP
PPPTTQATVSSPSRPASPSKPQAAASSPLRHGSSVTAGMLEERTESLEEP
LLSTGPDARFEILSLVGTFSPDGAHLHICLGDEAGAVCGGHLINATVHTT
AEIVVGEARGLVFSRTLDDRTGFKELVVRERSQSGGAAADS*
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mRNA from alignment at D-dichotoma_M_contig948:172827..192291-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_D-dichotoma_M_contig948.20202.1 ID=mRNA_D-dichotoma_M_contig948.20202.1|Name=mRNA_D-dichotoma_M_contig948.20202.1|organism=Dictyota dichotoma ODC1387m male|type=mRNA|length=19465bp|location=Sequence derived from alignment at D-dichotoma_M_contig948:172827..192291- (Dictyota dichotoma ODC1387m male)
CTTCATTATTATGTCTACGTGTCAGTATCTGATCGAACGACGACCATACC
TGAACCTTGCCTCTCATACCCGGCTTCGTGGAAGGTTGGCTTCCTACGAC
AACCACGCCGATCTGAGGAGCTGAAGGTGACGCAACTATCTACACGGAAA
CGGTTTCTACTGTACACAAGGGCTACAAAGGATCTCCTGATCACCTGTTC
ACGTCAATTTCAAGATACATCTATTGTAGGGCGCACAAGATAATCGCCGT
TGCCAGAAATTTAGCAACTTGAAGGCATCAAAGCTCCACAGAATAATGGC
TTCGACGGTTGGCACTGCATCTACTTCGGGTTTTCCTGTAAGACTGGGTC
AGTGTTTTCTTGATCCGAAAACGATGCGCGCCACCATCGCCCAAGAGCTC
ATCAGCCAAGGTAGAGCTCTTAAATGCTCTAACGGCGGAGGGTCTCAAAA
GCGGTATCACTGCAAGACATGTGACGCCTGGGTCGTGAGAGCCACCAAGC
GTCGTGACGGGTTATGGTACATTACTAGCACAGACAAGGAACACATGAAC
TGTAGTGGAGGCGGCGGTAGATCGGATACGATTGCAGCAGCACCGTTGGT
GGAGAAGTATGTGCGTCTTGACCCGAAGATTTCGGGTCCTAGTCTGAAGC
GTTTACTGAAGGACGATGGTATCGAGATCTCGGACCGCTCTGCGAATCGA
GCGAAGCGGAGAGTGACAGCCAAAACTGACAAGGAAGAGGCGGAGGCTCG
TGCGCGTTTTGCTTCGCCATGCAACCAAATGAGGGATGGTTGTCCCGGCT
CAGTCGCTGGCGTGGAGGTGAGAGCAAACCTTCGGGTGTAGCACTGTATG
CTACTGACATAATCGAAGTCTGTGATGATCTCTGTGTGGTCTTTTCAAAT
ATGTGGTTGCGACTATAACCAAAAGCACGAAGCCGCTGAGTGATGTAAAA
CCGTCATCGGAGCGTTCATGAGATAACAGATAGGAACCCGACTTTTGGGG
ATGTGAGAGCCAGTACCAACCAGGATTTCTTTGATGCTCTATATTGCGTG
TACTGGCCATCAGGGGTGACAGCGGCACGGCTTCACCTTCTGAACCATTG
CCATATTACGTTTCCCTCATCGATCTCGTTACTGCTACCGTCGAATGCAG
TCGAGAGGACTGAATACAGTAGTGTATTCGTACGCCTGTACTGTAGTTTT
ATCCGAGTTTTGGCGTTACCGTATCACCTGAACGGTTGGCACCATGCTCT
GCTCTGCTCTGCTATCCAGATATTTTCAGAGAAGTTACTCCTGGGATTGG
AAATTGTTGCTCCTGGTGGGAAGATACCATCATCCTACCGCCATTGTCCA
ACTTTTATTGCCTCCAGCCGAATATAAACTGCCTACTGGAGTTGTCCAAG
CTATCGGCATTCCCTATATATAGTTGCATGATCATTGGGCGAAATACAGC
ACCGATGATTACGCTCGGCCGAGTATCAGGAAAACGTCCATATCTATTTC
TTCATCAACAGATGCTATCCAGCACCCTCCATGCTGCAACTATCCCTCAA
CCTCGTCAGAGAAATGATTCTAACGTCATGGACACCAGGATCTATCGCGG
TGGCAGCAACTGTAGTAAGGCCATGTCTTCACGGGGAAAAAAAAATGACC
GCCATTATTTGGTAACGGTAGGATAGTACCCAATTGGAACTCGAGTACTG
TACAGTATTTGGTTGCCCTTCACGAAGAGCTCTCAACATACTCGGGTTTT
CGTTAGCTGCTGTTCCCCCGTCTCCTCACGGCATTCGTATTATTATTTTT
TTTTTCTTCCTGTTGAGGCAAGGTCTAGTCAAAGGCTAGCTTCGAAACGC
ATCTTGATGGAGAAATCGAGGCGTTCGTCACAGCAAACTATCTTTCCTTC
CTTGCTAACCGGGCGTCGTTTCGTTTCGACTGCATGGAATAGAATCGACC
CGCGCCGAGGTGTGACGTCATTCCATTCATTTCAATCGGCGGAGGTGTGT
CCTCATGAGGATGGAGATACAATCGCAAGCGTGTTGCCAGACCCTTGACG
TACAGCGGGTTTAGGGACTGTTTCAAATGCACCACTCTCCTCTCATGCCA
ATGGTAAAATCGAAGGCGTTCGACCCATGGATCTGTTCATGCCAACCGGT
TGTAGCTCAACGGAATTGCACCGCGTTCGTGGTAGTTCATCATGGTCGGC
CTCCGTCGCATAGGATGGAATGACAGCACCTCCGCGCGGGTAGATTGCAT
TCCATGCAGTCGTCGCAACAATGCCGGATCAGGGCCGTTCCCCCCCGTAG
GCGTGGAAAATCGAAGAAAATCGAAGGCATTCGTTCAAGTTACAGTATCT
TGTCCGTGTACACCGGCTGTAGTTCAAGGGATTTGCAACCCGCCTGCCTT
ATTCATGGATCATCGACGGCCTCCGTTGCATGGAATGGAATGGCAGTACC
TCAGTGCGGGTCGATTCCGTTCCATCCAGTCGCAACAATGTTGGGTTACA
CGAACGGATTACTCGGACAAACGCCTTTGTGGTGTCATCGAGATGGAATA
GAAGCGGTGCCGTTGAAACAGCCCGAAATGATCCCAGGATGAACTAGAGT
TGCAGTCGACGCATATCATTTGACCGGCAATATCGCAGGTAAGATTCCGA
AAGGGAAAGAGACAAAAAGTGGTATGCGGCGGGAGTTTTGGGCCACAAAA
CGTTATATTCTCGAAATCAATACACCCTGCGCCTATTTCCGCCGTCTGAT
CAGCCCAAAAGGCACCATACCGACTTCTGGCCGGAAAACACGAGAGTATA
ACGTCTTTCGTCTGTATACTTTCCTCGAGATCACCCACACAAAAGACCGT
CCTGACGATCACGTTCAACCATTACAGCCCTACCGTGGGAGTGGCAGCAG
TCATCGGAGTAGTAATCGTCCTACTGCAGCGCCCCAGAAATCCCAAGAAT
GCACGGGGTACACCTTTCAGGCGACGTTGTGATCCCGCGTTCCGTGTTGC
ACTCGGGGGATGTTTTCGCTGAGATTTGATTACAGTACCCACTTTGTTGC
TGTATCCACGCTCTCGTTGTGGAACCGCACAACAAACCAGAGATCATACT
GAATCCAAGATCCCCCTTGATTGCAAGGTCTGGGCTCATTCCGGTTCCTG
TTGGGCGTCATGAAACCACCGCTTTTCTTCCCTCCGGACTCGTGTATGCC
GTCTATCTGCTTCGCCGTTCACTTGTGCAACTAACTTGCAGCGCAGTTAG
TTGCACAAGTGTATGCGGAAAATACAGCTGATTTCAGCGAAGGTACTGTA
GGTCCACGATTCTATTACGATATTCCGGGTGAATACGGCAGGTATCGGTG
CTGAAACCATTGGCTATCCGCCGTGTTCCACCAGACTCTGTCGCGGGCAA
GATATCAATCACTTGTATCCTCTTCCCGGTGTCGACTGGGATTCCACATC
CTCTGCGTGGCCTTGCTCGCCTGAACAACGCACACCACGGTCAAACTACT
CATGGCGCGAACGTTCCGCAGTGTAGCACCTACTTCCGCGGGATACACTC
GACTATTACCATTAGATGCTTGGGAGAAACCCGTCATTCTCCTGGGAGTT
ACAGCACAAAAACGGGTACTGAACTGTCCTGTAGTAATATCTCACTGAAT
ACATTCCACGAGTGCAACACGGAACGCGGGATCACAACGTCGCCTGAAAG
GTGTACCCCGTGCATTCTTGGAATTTCTGGGACGCTGCAGTAGGGCGATT
GATTGCACCGATAACTGTTGCCACTCTCACCATAGGACCGTAATGGTTGA
ACGTGACTGTCAGGATGTTCTTTTGTGTGTGTGATCTCGAGAAAAGTACA
CAGACGAAAGACGCTATACCCTCGTGTTTTCCGGCCAGAAGTCGGTATGG
TGGCTTTTGGGCCGATCAGACGGCGGAAATGGGCGTAGGGTATATTGATT
TCAAGGGTATAACGCTTTCCGACCCAACAATATCGCCGCATACCATCTGT
TGTCTCTTTCCCTTCCGGAAATCTGTCTACAGTAGCTCGATTTTCCTTCA
AATCATGTACTTTAGCCAGGTGCGTTGGTGGGCCTGCATCGAACGAGTGA
GGTGTGTGGCGACTTCATTCTGAAAAAGAGCAGCGGCAGTGCGGTGCTGA
GTTTTGGTTCCCAAGCATGTTCCAGCAAAAATCACGCGAACACCGCATTC
AGAACCTCATAAAACTTCCTCGACAGCTCTCTGTAGGCCGTATTGTATCC
AGCAGATCCCTCAGACGAAGGCGCCGGTCGTGTTGGCTTTGATCTAATCA
AGGGACCGACCGCCTTATAATATCCGTCCTGAACTCCAACCTTAGCGGTG
GCCTTAATCTGGGGGTTCGACGGTACTTTCGACAACCGTAGCACAGGACT
TCAAACAACAAAAAGTGGGCCTTCCCTCAGTTTCATTTGCTTCTACAGTA
TCCATTCAGTCGAGGGGGACCAAATGTGGAACCTATGTCCCAAAAAAATA
TAGAATTCAGTATCAGAACGAAAAACTCGATTGCTTTAGTTTGCTTCCCT
GACTGGTCTGGGCTATCTCTGGAATGAGGCATGTCCGGGATTTTGGTATC
GGCTGGTCTAGCGAAGAAGCTCAGGAAACAGTTATATTGCGCAGCTACTG
CTGTACTTTGAATCTCACGAATCTGAAAACATTCCATTCGTCACCTGATA
GAGGAGTATATGTCGCGTCACGTGCCCTACGGGCTTGCACGAGTCTCGCA
AAAAAATGCCATGTACAGTAGTGCTCACGGGTGTAACGGAACTCGTAAGG
AAAAAAGCAGTCCAAATCTGGCCCTGAAAAAAATATGACCAAATTTTTGG
GGTCAGATTTGGACAATTTTACTGATTTCTACGTATGTACATCCGACCAT
CCTCGTGAGCAATTCTGTGGGGCCAGGTTTGGACCGTTTTTTCTCGCGCG
TACTCCATTACACCCTTAAGCACCACAGTAGCTCAAATGACGGAGGTGGA
ATCAAACCTTTTGGGTCTAATTCGTAGACAATCGAATCAACGAGTTTTTC
TGCCAAAGTTCGTCATGGTATTCCTTACTCATCCTAGATGCGTTTACAAC
CCTTGCCCGAAAATAAAACAAGACGTGAGTAGGGGAACATTAAAAACAGC
TATTCCATACTTAATTCAAGATGAAGTCCCCCATATTGAAAATTCACCAT
TCTACGCCCATGTCCGTTCGTTTGAAGCTGGAAAGTTGCATGTATGCTTT
TTTTTATGGGAACAAACAATCCCATGGGGGGTAACATAAAAAAAAGGTGC
CAAAAACCCAAGGGTGTGTTCTGTAGGGTATTACAGAGAATATCCGGGGG
GTATTTCTCCGGGTAACGACCCGTATCCGATAGATCTGTGAGATTTGTAC
ACTTTCAATACAAATTTCAGTACAAATCTGTCGTTGAACTATCGGGTACG
GGTCGTTACCCGGAGAAATACCCCTGGGTATTCTCTGTAATACCCTACAG
AACACACCCTTGCAAAAACCGATAGGAGTCGCATACTCCAAACATATTAA
TTCCCCGCCAAACAGCCAAACCCTGCGATATCGTCTCATATTTTTCTATG
TGTTGAAAAAACAGTGGCAATTTTTCATCGTTTACTTCCAGGAATTGGTT
ATCTAATGGCCATTTTAACATACCGCTGAGTCTCTCGGCTAGACCAGCTC
GTATAGGTTATGCATTCGTTCGTGTCTGGGGTCCCTCGAGTCATTCATCA
TTTTCGAAGTGTCACTCATCACCGTAGGCTGTGTGCACCAACGTATTTCA
AACCTGCGCTTTTGTGGAGCATTCAGACCGTACAGTAGCATGGTGAAGAT
TAGATTGGGTCCATACCGAATGCAAGTAAAATGAGTCAACGAGTCGTTTT
TGCGACGATTGTTTAACCCTTAGGCCCCGCATGCAGGAGGGAATGGGTTC
CTTTTTACCCGTCTTGAACCTACAGTACGAATATCGGCTCGAGGAAGTCA
GATTTCCGACCACTTGTGAGTGGTAAAACCCGAAACTTGTTCGGTTTTAC
TAGAAGTGGGCTGCGTGCGTCCGGGGCTTGACTCCGCGCCTTGACGGGTG
TGCGTTTCGCACGCTCCGCTGTGCAACAGACTGCGTTTTACTTCGAATGG
GGTGAGTAACCAACACGGAGTTGTCGTAAATTGACGATGGGGATGGGAAG
CAAGCGCCGAGGACCACCGCATGGAGTCTACTCTGGACGGAACGGTATCG
CGCAAGCGTAACTTTGAGACAAAGGTTGCTGCTGCGGCACAGACCGCGCG
TGACATGCTGGCCGGGTCGTTTACGGGACGGAACGGCCGGGTCACACACC
CGAAGCCGCTGTTGCTGCAGTGAACTTGCAACCAAGCTATTGCTCGGGCT
TTCGGTGGGATATGAAGCCCCCCCGTGAAAGCCTACGAGGAGATAGATCA
TGGTGACGTTCCGCGTTGGTGACGACCACCCGAAGGAGTTCGTGTCGAGG
AAGCGGGCGAGGGACTAGATCGCGGAGAGGACTGCGGGATTCCGTCGGGG
GAACAAGGTAGTCGTTTGAGTGATGTAGTTCAAGGAAGGCTGCAAACTCT
CTCACCGATGGACCATGAGCTTGAATGAACAGAGACGTGAGGGCGAAAGC
GATCTAGAGGAGGGGAGGGGAGGGGAGGGGAGGGGAGGACGGCGCGGACT
CAAGGTTGTTGAGTTATAGTACCACACCGGGGAGCTGTTTGCAGCACGAT
CAGGAGTTACAAGGATGGAGCAGCAGACCAGGCATCAAAGCTACAGTACA
GTGCTTCCGATCATAACATTATGGATCTCGAACAGAATTACTTGGATTTA
ATGTACCAGAAACCAAGGATCCATTGTGTTGGAATTCGAAGTACCGCGGT
GGGATGGTGCTTCGGGTGTTCAACTTGTAGCAGGATGTGTTTTTGATTGG
ATCAATACTGAATTCAAGTGAATCGTTTTCATTTCCAATTTGTGACGGTT
TGGATTACTGTAGTTATGAATAGAAAAATATGAAGATTCGACCGACTGCA
TATTAACTTCAAGTAAAATGGACCCACAGATTCATTTTTTATTACTTCAA
GTACTGTACGTAGTAAATGCAGCACTCGAAACTGTAAAAACAAATGTTCA
GACCGAGATTACTTGTATTTACTATGCAACCATTTGAATCTCGATCTTTT
TTAAGCGTTGCAAGCACTGTATGGAGAACCACGAGGAACCATGAGGAGCC
ATGAGGAACCATGCAAGAGGTTGTAGAAAGAGATGAGGTCGTGTCATGAT
GGAATACCCCGAGGATTAAGGTGATACGCAGATGTCTCGAGGACTCGCAA
ACGTCCCATACGCGGCCAATCGAGCTCGGTCGCTCTATCGGTCGCGGCAC
CTGTAGCAGGTTGTATTGTAAAGTGCGTCTACGCGTTGGCCATTGGGCTG
GGAAACTCCACCTTGAGAAGCAAGCAGCACGAGTAGGCCAAGGTGCTGTC
CACGTCTCGAAAACATCCCAGGCGCCACTTCTGCATTATTCCACGGCTGT
GGGTCTAGATCAAGTGAGGGGCGTTCCGACTACCCGAGATCGCCGTGTAC
CTTACCATAGAGTCACTCTACAGTAGCTGAAATCGAAACAAGGTTTGTTT
TGTTAACTGCATATTTGTAAGTCCCTCTCGGCCGAAACAGACAGCTAGAG
TAGGCATAAGGTTCTCCCTTTGTCCACCGGATGGTGTGTAGACACACCAG
AGCCACGGCCCAAAGGGGTCGTTCAGGCTTCGGAAGACGGATCGTAGGGG
AACGTAGGTCCTCGGACAGTCGAGACTCCTCCCGGCGGCTTGGTCAGCAT
CAGAAGTGGGACCCTTCCAGATTCTTTGTGGTGAAATACCACTATGGGTA
TTGACTCCGAGAAGTATCATCTCTCTTGATGCATGATCCGTAGATGTCCC
ACTCATAGGTAAGGGATCGTAGATACCCGTGTGTAGTGGTGTGTATAGTG
TGTGGCGTTAGTATATAGTGCATGGTAGTCGCATATTAAATATAAGTAAC
GAAGGTTCAAAGCCATTTTTGCATTGATTCAACAACGGCAATTCCAACCT
CTTGGTTCCATGCTCATATCGCGTGCTGTAGCGCCGCTTGCGGATGTTGT
CCATAAAATGTTGATTGTTCGGTAAATGGGCACCGTAACGGCGACAGGTG
CCGTCCCAGGTCGGGCCTCCGAGACGGCACGCTCCATCCCGGACGCTCTC
GTGTCGTTAGCGAGGTCCTCTCGGAAGAAGGAGAAGCTCTGAGACGAAGG
GAGGGCGAAGGCGCGCGTGCTTCGTTGTTCTATTGGCTCCTCGTCCGAAC
ATGATCGCGGTTGGGATACACGTGTGCCGGACGGGCAATGAGTGAGGTCA
TGATGGCGAGCGCACCGTGGACTCGAGAAACGAAAACACCCGCAATAAAT
GGCCCGGAACACGGCAAGAAGAATGGCGCATGATGACAGCATGTCTGAAA
GAAGCGATGGAGTGGAAGAAGGCGACTCATGCTCATCGCTTGAGATGGGT
CTCTGGGCAACCGGTGCATGGTATTAGTTATTGGACCTTCGTTTCCATGC
GGAGGAATGAGGTGGAGCCCGTTTGGTGGTACAGTATTGTACAGTGGCTG
TGACGATGAAAAAGGTTGTGATTCGAATGGTTGCCAAAATAAATCCGAGT
GATTTCGGTCTGAACATTTGTTTTATTACATATTCAAGTACTGCATTTAC
TACATTCAGTACTTGCCATAAGAAAATGTTGTTCGGGTCCGTTCTACTGG
CATTTATTATGCATTCGGTCGAATAATATTTTTAGAGTTACAAGCACGGT
GGTTCTTTTTCGTCGAGCGCAGGATCAATCGGATCGTGGGAACGCAGGCC
GGCCCATTTTACCCCGTGATCATGGATGTGGGATTCCCCGACAAGAAAAG
GACGTGTTGCGGTTAGCTATGGTACAAGACGGCTTTGGAAGGGGAAGGGG
AAGGGGAAGAAGCTGGGGAGGCGGTGTGGGGTGTGGGGGGAGGGCTTTAT
CTTCAATCAGGCAGGGCGTTAACGTTTACGTCGGAGGCAGGGCCCCCTCT
CACAGAAACAAACGACAGCTCGGCTGATTCCATACACGAGAGGAGCCCTT
GTGAGCTGGTGTCGGGCAAGACGAGACTGGCGCCGAAGTAGGAGTGGCGG
GTATGATGGAGGGGAAGGTGAGCTCGGCGCAAGGCTTGGCGAGGAGGGGG
AGAGGAGCGTAGCATCGCAGCGGAGCGATGCAGAAGCGATGCCTACTTTA
TGTGTGAAAATGTAGATTCGTTGGCTTTTTGAGAACGTCGCGAAGTCAGT
ATGTGCTGAGACAACCTTGGTTGCAGCCCGTGCAAGATGCTCGCTGCGCG
TGAGACCTCGCCTCATGTGACGGAATCTGACGGATCCGATTAACCCTCGG
ACAACTAGGAGCGCTGTTCGACCATGAGCTCTCTGACGTTTGTGAGCCGA
CTCGTTCGTTTCTTCTGGATCATGACTAGAAAATTATTTTGCCATCGTTA
GTGTCTAGCGCCGTCTGAGGGTGTACAACTGTTCATACCCCGGATGAATA
AATATCTTCGTCTAATTTCAGTACGATTTCAATGAATAAATTCATGTGAA
TGAATGAATTCGTTCGGGTTTTGTGAGGATTTCGAGGGATCAGAGAAGTA
TTCTGTTTATCCAAAGGAACGCCCTTGTTATCTCAAGGTCGGATCGCCAT
AACGCAGGGTTAGGTTAGTACTGGATCGACTTCATTCAGCATTATTCAAA
TACTGGAGTGGATATATTCATCCGGGGTATGCAACTGTTTCAATCGCGAA
AAATGACTCTTGCCCAACTTGGCGTTTGAAGGGTTGATTTAACCCTTCTG
CCCCCGAGTTCCAGTTGGGTTTTTGATCTTGCTTTTGTGTGAACTAACCC
GATTTAGGCGTCAAAAGAGTCTAAAAAAGTGCAAGCAAATGGACCGAAGG
TTTGTTTTATGTTTTATACTTGTTTCTGGTGCTTGAGGTTGACTCGACAA
GCGCCGCCGGGTGGCATAAGCGCGGAAGTTGGAGGTGAGACCTGTCATAC
CACGGCGGAATCAAACGATCGTTGAATGGAGTACACTCGAGAATGTCGCG
GAGTTCGAAGATGAACGCGAGGTGGAATTATTGCTCCCGTGTGAAAAAAG
GATGAAAGAGAACTTCAGAGTTAAAATTGCGAACGGCGACTAGGAATTTG
TAGATAGCGGGTTGAGCCTCGGTTGTCCCTTGAGCTACAATGGAATAAGA
AATGCCTCGATTCCGAGTCAGCCTCAGATGACTCATTTTTGATCCTTTAC
TGAAGTTGAGCGTATCCCCATAATTTTGTGTGATTGACGTAGCAAGCGAT
GGCTAACTCCGATTGATCGCACGGATGGTCGAACGGTCGGGTTCGGGTTT
GGATTCGGATTCATTTGAGAAATCTAGCGATTGCTCGCCTTTGGTGGCGG
TCAAATGCGTAGTCTTTACAGTCGAGGGCCCTAGTTAACCAAAGCTTGTC
CTTTGATTGTCTCGAGTTTACCAAGCAAAGCTAGGCCATTTCATCCATGA
ATGCGGCAAATAACCAAAACTTCCAATTCCTGCAAAAAATGATAATCACT
ACTTCCCTTCGTTCGAGATCATCCAATCCGCCTTCAGTGGCGTTCATTGC
TGGTGGATGGGATGTCCTGTTACGGAGTCCGCCCAACTTGCCCCCCATCA
TTGCGATAGTCACTGCCTTCGGGAAACTGGGAGGAAGCTGACTCCGGCGT
CTCGATAACATGTTCCATGTTACACGACATCTTATGAACGGAACGTAGCA
ACACGACGGTACAGCTCTACTGTGCAGTGCAGTACCTGTACTGTACTGTA
CTGTACTGTACTGTACTGGCTGTGCTGTGCGAGATAACAGTGACGTAATT
TCACCTGCTCATGCTCGTGAAACCGCTGGCTCTACGGCGCGGATGAACAT
TTGATGGTGTGTATCACTGTAGTATGCGGCGATTCAAAGCTCGGGGTGCT
TGTCATCTCGACAGAAATGTGTCGAAATGTGACGTTTTTTTTTTTTTTTT
GGAGGTCCCAATGCGATGCACGGGTAAACCCTGCGCTTGCTTTCCTAGGC
GGTCGCCATCGTGGCAGATGCGCCTGTTAGTGGATCTTGCAGGAGATCCC
GTCAGTGGTCGGTCGACAGCATGCAGCTCCGGCGAAGCTTTTAGCATCCA
TCGATCTTCGATATGGCGGCGCCTCATTTGCATTCGCCTCTCGGAGAATC
TCGTCACAAACGATGCCCATTCGCCTCTCAACGATACCTGTTGTGGTGTC
GCTTGTGTGCGAGGAATATAACGGATCTTGACCTATGTGGTTGCCCGTTA
TAAAGGGTAAGGTGTGAGCGGTAAACCGAAGTACCCGGAAATAAATTCGT
CGGGAGTATCAGCTTCGGGGGGAAAAAGGTATCTCCGTCTGTAAACAGGG
CGGTGGGTGATGTGAGCCGCCACCTGCAGGCATCATCGTATCAATCGAGT
TTTACCAGATGCTGGAGCTTTTTATGCCATGCGTGTGTTTATACCGAGGA
TTTCATTCCATTCCATTCCATTCCATTCCATTCCATTCGGGGGGTGTATG
TAGAGTGCCATACACGTTGCAGATTACTTCTTCGGGGTTGGTATCGGGCT
TCGCCAGATGATGTAGAGACTAAGTGCTAGGATTTTTTTTGCTCGGCGTC
AAGGGCTCGGGCATGTGGTGAACAAGGCTCGGCCGGTGGTGCAGAGTTTC
AGGGCGTTCGTGGGACGTTCGGTCACTGCGCAATTCGGAGGTGTGCGGAA
ACTTGGAGGAACATGTGGGAGAGGGATTTGAGCGGCGGTCGATTGGTTCG
CCGTTCCGCCGCAGAGACGGCGAGGATGTCGATCTTCTGAATGGGATTGC
GGGAGGGGGTTTTTCAGGAGGTATGCGGAATGACGGAAGGACATCCGGGA
AAGATTGTGAAGCATCGTAGGCTGAGCTATAACGGGACCCTCTGCTGTAG
AATGCGGTGCGAGTCGGATGACCCTCCAAGGTGCCCTCGCAAGACGTGGT
CGGCGGTTGATTACTGTACTGATGAGGATCTCTCGACTTCGTAGAATCGG
AACAGATGGCCTTGGGGCGCGTGCCAGTGGCTCGTGACGGATCGCCCTCG
TGTTCCGACGAGATCATGGTTGTGAACCTCCCTGGTGACCGCGTCCCATA
TCCGTTTCTCCTGGAAGTAAGGTGATGTTTGAGACACAAGTCGGAAGATG
GCAACCAGGGCAGGATGGGGGAGGCGAAGAGTCTAGCGGTCCCCTGCCTT
CATGACCAAGCGGCTCGTTGAAATCCCAATGCGCCCGGATTTGGTGTCCG
TTGCTTCTCGGGTCCTACGGGCGCTGCGGAAGTTTTTGGTGTGTAGGCAT
TTTTAACCCATGAGACACCTGGCGGAACCAGAGTTGGGTTAATTATAATC
CCGTCCCCGTTACGTTACCCCGACCGATTTGATTAAACACATCTGAGTAC
ATAAGACGCTCCCAGATGAATCACATCGACTTTTCTTATATGCTTTTCAT
GGGACATTATCTATAATACTTCTTGATCTTACCTGCGGCGTTTCCGTCGG
GGATTCGGGCACGAAGGAGTAACCCAACCCGAGCATTTATAATGCAAAAA
GTGACCTAAAGAATAAACGCTTGGGATCGTGGAGATATACCCCTGCATGA
ATGGAGGTACTTAGGCCTTCAACCTATACTGCTTGAAACAATAAAAAAGG
AACCTTCGAGTACGTTTTACTTAAAGTTAATATGTATCCTGTCGAATCTT
CATATTTATATAGTTACAACCATTGTCGTCTCGGTCTTTCCCAGTTGATT
CCCGCCCCGGCTGTAACGTGGAATCTTTTTTATTTATAGCGTTGGCTCTG
ATTTTGCCTCCTCTGTACCTTGCATATTTTATCGCTTTGGCTCTCCACTC
GCCGCATGAGTCTTCGAGCTGTCCCTGGCACTTGGATTTTGCAGTGGTGA
GTGAAGTTCTATCGCCTTTAGCCCTTAAGACGCATAGTGTAACGTAACCT
GAGTTGGGTTTATTTTTCGGGCCTTATTTTTGTTCCGTCTCCGTTACGTT
ACACCGACCTTAGATTATTACTACTAAACAGACCCGAGAAAGCTAGCTAG
CTCCCAGATGAATTCCATCGACTTTTCTTATACGCTCTTCGTGGAAACTT
ATAACAGTTTTCTTTACCTTGCCTGGCATTTCCGTCGGTCGGGGCGGGTT
CGGGCAATAAAGGACTAACCTAACCTAACCTAACCTAACCTAACCTAAAC
CAACCCGAGCGTCTACAGGGTTAACGTTCTGGACTCCCATCAGTCGTGTC
CGCCTAGGACGGCTAGTTGCTTGCTCTGGTCGGCGTTGGGTGATGCCCTC
TCTTTAACTTCTCCTTGAGTGGTCATCTAATTTCAGCTTGGTCTCACTTG
GCTGGAGGCATCAGGTTTGGCAACACGTGTCGTGCTCACGAGGCTCTACA
GGGTTGCTTGAGACCTCTCGTGTTTCTGGCGAGTAATGGGCAATGACCAT
GGGTACGTATATAATGACACGGCCCGCCGCGTGAGGGAGTAGCGGCATGG
ATCATCAGGAAATCTTCCGCAACTTGCGACAAGCTACGGGTGTGTATCAC
AATACTTTTGTCGTGGCCTCTTGCGGCGAGCAGCAGGGTAGAGGTGGACA
ATTCATGATTCAGGGAGACGACGTGCGGGATTTTATACGGTTCGATACAG
TAGTAGTAAGGACACCGCGGGTGAAGGTGTAAGTCTCAAGGGCATTCCCG
CCGGCACGAATAGCGCAGGGCAGTGCATCCTTACTCTGCACTATTCAAGT
GCGAACTATTCGGGGATAATCACCGTACACTACGCTACGGTACAGTCGAG
GATCCTGCTTAGGGGAAGAAAGCCTGTCCTTTTCCAAACGAGAGATTTTT
TACAGACACGACGGACCGCGGAGGATATTTACTAACATGGATCCATGAAT
GTGGCATAGAACAACAAGTTCCACCTCCAACTATTATCTTACTGCCCTCA
ACAGCAAATCAAAAGCACGACAGTCGACCCCCATGGATATGCAAGTCCTG
GTCCTTGCATATCTCTGGGAATTGCATATCTCTGGGGCAACCTCGAAAGG
CATTTTCATCCATCAACGTGGCAAATAACCACAATTTCCTTCCACTTCCA
GGAATGCGGCAAATAACCTCAAAGGCTGACAAGCACTACTTCCACCCTCC
AGGTATAATGTAGTATGCCGTGCACCCAGGTGGAAGAAGCTACTTACTTT
ACAGTATAGTACATGAGCGTAGTTTGGTGCATGATGAAACCCAGGGGATG
ATAGCTGCTTTTCCCCCTGTTGTTCTACCATGGTCCTTGCATAAGTATGG
TCCATTACATATCGGTGAGTTGCATATATCTGGGGGATTGACTATACTTC
CACCGTCCAGGGAGTAGGCCCACGTTGCACGACATCCAAGCCCAGGAGAT
GGATGTCTGATTTTCTCCTTTTTGTTCTACAGTAGTGCACAAGGGTGTAA
CGGAGCACGTGAGGAAAAAAGCAGTCCAAACCTGGCCCCACAACATTTCT
CACGAATATGGTCGGATCTAAATTTCATGAAATCTAAAAGCAGTTCAAAT
CTGGCCTGAAAAGTTTGGTCACATTTTTTTGGGGCCAGAATTGGACTGTT
CTTTCCTCCCGTATTCCGTTACACCCGTGAGCACCACTGTACCATGGTCA
CTTCCTTGTTGTGATTTAAAGAGCACCACTGTACAGGGGTTCAAAACTTA
ACATTTGGGATCTATCTTCGATGGACTGCTCTTTAAATCCAAGAAAATCG
GATCTAAGAACTAGTATTTCACGGTTTGCGATTACCGTACACGGCAACGA
GGTTTGGTTTCACAACGAATCACAGCAAACGAAGATTCGACGTTGTAAAT
ACTGAATCCAAGTAAGTTGCATCAAATATCCAAAATGATAGGATTTAAAT
ACTGTACAGTGCTTGTAACGATAAAAAAATCTCAAGATTCGACCGGATAC
GTACTAGATGCCAGTAAAATGGACCCGAAGATTCATTTTTTTATTGTTTC
AAGTAGTGTCCATGGTCTACTACTGTACTACTACTAAAGTGGTTGAAACG
GTAAAAATGAATGTTGGGGAGCCGACTTCTTCTATTTTGTATGCGGATAG
ACGATTGTTACTTTTTTTTTTCACGGTTACACACTCTAGGGTCCACTTCC
TATGGGAGAATTTCCGAAGCAGGATCCTCGACCGTACTTGCAACTGTAGC
AGGGTGGATCTTGGTCCCATTCGACTCGGATTTGGTACGTAGCCCACTGA
AGAGCTATCTTTTTACGGTTTGAATGCCTGCCCGCACTATATAGGACTCG
CCCTCTGGACGGTGTACACGATGTTTCCCGCTTGGGGGCTAGAATTAACT
CTCTCGAGGGCTCATTACGGGACGTCGCAAAGTGTCATAAAATGGAAATA
TTCGTTACCGACACTCTCTTCCGGCGGAAGTGATCGACTCTCGGAGTCAC
GTGGGTGGTGTCCGCTGGGGTGGAAGTCGGGATGCTTGTGTGCGGTTCAC
CGAGGTGCACGAGGTGGAAAGAAGGACCACATGCCACCTGCCTCCGAGTG
CAGCCCTGAAAGCAAGTCTAGTGCCTCGAGTCCATCTATCCGGCACTTGA
CGGTGTACAGTAGACGTTTCATGTTTCGTTTCGTTTCGTTTCGTTTCGTT
TTGCGTCGTCGACGCGTTGCAGTGGACTCAAGGCGCCCCTGGATCCCCTC
TTGTTGAGGCCGAACTTCTCTCCAATGCATGCACTGGAGCCAACAGCGAT
GCACGAAGCGTTAGAGCGGGAGACCTTGGCGTCGCACAGGCCTCCCCGAT
GACGTGCTACGCGCTACGACTACGGCCCGGCGAAGAATTGAAGAGTGCGC
TCATAGCCTTCATGTCAAGGGTAGGATCACGGGTGAGAGCAGTGGATGTG
GCCGCCCCGTATGTTATTTGCGAAACTCCATTTGTGGCTCAACCCAGGCG
AGTTGCGTTCTTTATTTTTTTCTGTCCCTCTGAGCATCGCTTTTTGAATT
GATGACCTGTAGCGAGGCATGTACCTTGATGAGCAGCACGCAACTTCGAG
TCGTCTTCGAGTTCATCGGAGCGAACCTCCAGGGCTCCCTTCGATCGAAA
TCAACTTTAATGACGGAGAGTCCGAATGGGAGTCGTGTTCCGGTGTTCTT
GTGGTCCTGTATCAATGAGACAACCTCGGTTGCACCAAAGTGGGAATATT
CGTGGAATATTCAGTCCTACCCTGGGTTTCAATGATTATTGGATGCTCCA
CTCCAGAGAATGTTCATCCGTGCCGCAGAGCCATGGTTTCAAGAGCGGGT
GACAAAGCTAAAGTTGTAGGTGGAAGCCGTAGATATGGAACTGTCGCCAG
GCGTGTTTTGTTCGGGGTCCGGGTTCTGCGCGGAGCATAAACCGCACCAC
TCAGGGACCCTGCTGATTTTGATTTACGCTTTGGATTGTGGCCTTGCATG
GTGTGCGACCGTTTCCAAGCGGCGGTGCAGAAGGGTATGAAGCAGCATGG
ATGCTTGCTACCCGTCATCGGTTGGTTGAGGTGCCCAGGTGTACCAAGTC
CTTTCGTCGGTATCGTGTGTCCCTTTTGATTTGTCAAGACCTAAATGACC
GACCGCCCTGGGTGGTCTGCGCTCTGCACGTTCCCCGTGATACATACCAG
GCAGGCTTCGTTATCTCTTGCGTAGGAAGCGTGCGCGATGTGGTGGTTCG
CCTGGCTGGTGCGACTCGTAGGCGAGGGTTAACTGAGAAATTGTCTTCTA
CGGCAGTTGCTGAAGCTACAACCGCGGCTACAACCACAGCATCTTCAACC
TCGACGCAGCCCTCTTGGTCATCAGCGCCACAGGGCACTACGTCATCACC
CTCGAAGCCGTTATCTCCCCCGTCAACTACGCAAGGCACAGCGTCGTCAC
CCTCGAAGCCATCCTCTCCTTCATCAGAGAGACGGGCCACAGTAACATCA
CCCTCGAAGCTATCTTCCTCTCCATCAGAGGTAGATGCACCAGCATCGTC
AACCTCGAATTCATCGTCTGCTCCATCAAAGATACAGGGTACGGCGTTAA
CCTTGAAGCCATCTTCCACTTCATCAGAGGTAGATGCACCAGCATCGCCA
GCCTCGAAGTCATCGTCTGCTCCATCAGAGACACATGCAACAGCATCGTC
ACCCCCGAAGCCGTCCTCCACTCCATCAGAAACACATCCAACGTCATCGT
CAACCTCGACGTCATCGTCTGCTCCATCAGAATCACAGGGCACAGCGTCA
GCCTCGAAGTCATCGTCTGCTTTATCAGAAACGCAGGCCACGGCGTCAGT
CTCGAAGTCATCCCATGCTCGATCAGAGACACAGGCCACAGCGTCAACCT
CAAAGCCATCGCCTGCTCCACCAGAAACACAGTTCACAGCGTCAACCTCG
AAGTCATCGCCTCCTCCGTCAACGATACAGGCCACGCAATGTTTACCTTC
GATATCGTCCTCTCCTCCATCAAGGACGCAAATCATAGCACCATCATCCT
TGAGGCCATCCTCTCCCCCTTCAACGTCACAAGACACAGCATCGTCGCCC
TCAAGGTCGATATCTCCTCCTCCACCAACGACACAGGCCACAGTGTCGTC
ACCCTCGAGGCCAGCGTCTCCTTCAAAGCCACAAGCTGCAGCATCGTCAC
CCTTGAGACATGGTTCTTCGGTAACAGCCGGTATGCTTGAAGAAAGGACC
GAGTCTCTTGAGGAGCCTTTGCTCAGCACGGGGCCCGATGCCCGATTCGA
GATTTTGAGTCTCGTTGGGACGTTTTCGCCGGATGGGGCTCACTTGCACA
TATGTCTCGGGGATGAAGCCGGTGCTGTGTGTGGGGGGCACTTGATAAAT
GCGACAGTGCACACGACCGCGGAGATCGTGGTGGGAGAAGCGCGGGGCTT
AGTTTTCTCTCGTACTCTCGACGACAGGACGGGTTTCAAGGAGTTAGTTG
TGCGGGAGCGGAGCCAGAGTGGGGGAGCCGCTGCCGATAGTTGACATAAG
TGATCGGGAAGCTATGGAGCACATCGATAATTTGCTGTGGATGGTTGAAC
TCCTGAAGCAGGAGCACCGTCGCCGTAGGTTTTCTCTTTCAGAGTGTGTA
TGGGTTCATGTGTGCATATGTTTTTCTTATATGTAACAACCTTAGCGTCT
TCGCTGCTGCACTTCTGCCGTGCTGTATTGTATCATCAATGAAGGTCCCC
AGCAATGGGGCGACCTGGGCTTTTGATAGAATTCAGGGATATTTTAATGG
AATCAGCCGTACTTATCCATGTTTTTTCCCGATGTTGTAAGATACGCTAT
TAAGTCCAGCTCTATCCTTTTCTGTGCTGCCACATCGATTCTGGTGAAGT
CCCCGTGGAATCTTTGGTTTTCGCATTTTGTCACTATCCTATTTATTTGG
CGAGGATCAGGTATGCAGCAATAGAAGCTTTTTTTCCCGAAGATGACGTG
GAGCTGGGGGAGCAATTATGCTCCTCCTTGTCCGTCCCCTGTGTTCAAAG
CGGCGCGGCGTAAGCCTTGGCTTGAGATGAGCTCTCTCCGTACTAGCCTC
CTGACCTCCCTAGCCAGGTTCCATCGATTGCACTGCACGCCGCAGTCGTA
GGTGTGCTTGACGAACATACGGACGTCGGATTCCCTTGGAGATGGTAGGT
CGTTAAGGATGTAAGCATCCCTTAGAATGGTCCGGGCAGTGTCCCGCGAA
AGCGCCCCATGTTGAAAGCGATCCGCATTGTCGAGCCAGACATCAACCTG
TCCCGATGTAGTAAGACGTCGGTAAAAAAACATCGTAAAGTCGTGCGTGG
ATCGGGGGATCTGGTGGAGGACTGTAGTCCTGTTCGAATAGGCGGTTCTT
GCGATTAGGAATTGTTGACGCGTACGTGCCATATTCATTCCAATTGGGTC
CTCTTGGAAATCTCCGTGTGGCGTTCTTGTTCGGGGTTGTGCTCCTTGAT
ACGGAGGCATGAAAGCACACATGAGTCGGACGGTTGTTTCCCGTATGGGC
ACCTTTATACATGTAGAGCCTGTACGATGGGATAAAGATAAATTAGAATA
CGAGAGGGAACTAGAGTAAGCTCAAGATACAGAAATGGCGCCTGCTTACG
CCATCCCTGTGTACGGCAGGTCGGAGAGGCACTACCCTGCAACAAGCATT
TTTTTTTAAAATGGGGTCGACAGTGAGAGTGGGGTTTATGGTATCATACA
AATCGTGGCAAAAATGGCGATTTAGTTCTGGCTTTTGTTCGCCAGGTACT
TCTGCGTTCGGGAGACAGAAGGTGTATCATACACGCTGGGCGTTGTATCT
ACACTAGTACTGGAC
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Coding sequence (CDS) from alignment at D-dichotoma_M_contig948:172827..192291-

>mRNA_D-dichotoma_M_contig948.20202.1 ID=mRNA_D-dichotoma_M_contig948.20202.1|Name=mRNA_D-dichotoma_M_contig948.20202.1|organism=Dictyota dichotoma ODC1387m male|type=CDS|length=4152bp|location=Sequence derived from alignment at D-dichotoma_M_contig948:172827..192291- (Dictyota dichotoma ODC1387m male)
ATGGCTTCGACGGTTGGCACTGCATCTACTTCGGGTTTTCCTGTAAGACT
GGGTCAGTGTTTTCTTGATCCGAAAACGATGCGCGCCACCATCGCCCAAG
AGCTCATCAGCCAAGGTAGAGCTCTTAAATGCTCTAACGGCGGAGGGTCT
CAAAAGCGGTATCACTGCAAGACATGTGACGCCTGGGTCGTGAGAGCCAC
CAAGCGTCGTGACGGGTTATGGTACATTACTAGCACAGACAAGGAACACA
TGAACTGTAGTGGAGGCGGCGGTAGATCGGATACGATTGCAGCAGCACCG
TTGGTGGAGAAGTATGTGCGTCTTGACCCGAAGATTTCGGGTCCTAGTCT
GAAGCGTTTACTGAAGGACGATGGTATCGAGATCTCGGACCGCTCTGCGA
ATCGAGCGAAGCGGAGAGTGACAGCCAAAACTGACAAGGAAGAGGCGGAG
GCTCGTGCGCGTTTTGCTTCGCCATGCAACCAAATGAGGGATGGTTGTCC
CGGCTCAGTCGCTGGCGTGGAGATGGCTTCGACGGTTGGCACTGCATCTA
CTTCGGGTTTTCCTGTAAGACTGGGTCAGTGTTTTCTTGATCCGAAAACG
ATGCGCGCCACCATCGCCCAAGAGCTCATCAGCCAAGGTAGAGCTCTTAA
ATGCTCTAACGGCGGAGGGTCTCAAAAGCGGTATCACTGCAAGACATGTG
ACGCCTGGGTCGTGAGAGCCACCAAGCGTCGTGACGGGTTATGGTACATT
ACTAGCACAGACAAGGAACACATGAACTGTAGTGGAGGCGGCGGTAGATC
GGATACGATTGCAGCAGCACCGTTGGTGGAGAAGTATGTGCGTCTTGACC
CGAAGATTTCGGGTCCTAGTCTGAAGCGTTTACTGAAGGACGATGGTATC
GAGATCTCGGACCGCTCTGCGAATCGAGCGAAGCGGAGAGTGACAGCCAA
AACTGACAAGGAAGAGGCGGAGGCTCGTGCGCGTTTTGCTTCGCCATGCA
ACCAAATGAGGGATGGTTGTCCCGGCTCAGTCGCTGGCGTGGAGTGGACT
CAAGGCGCCCCTGGATCCCCTCTTGTTGAGGCCGAACTTCTCTCCAATGC
ATGCACTGGAGCCAACAGCGATGCACGAAGCGTTAGAGCGGGAGACCTTG
GCGTCGCACAGGCCTCCCCGATGACGTGCTACGCGCTACGACTACGGCCC
GGCGAAGAATTGAAGAGTGCGCTCATAGCCTTCATGTCAAGGGTAGGATC
ACGGTGGACTCAAGGCGCCCCTGGATCCCCTCTTGTTGAGGCCGAACTTC
TCTCCAATGCATGCACTGGAGCCAACAGCGATGCACGAAGCGTTAGAGCG
GGAGACCTTGGCGTCGCACAGGCCTCCCCGATGACGTGCTACGCGCTACG
ACTACGGCCCGGCGAAGAATTGAAGAGTGCGCTCATAGCCTTCATGTCAA
GGGTAGGATCACGGGCAGGCTTCGTTATCTCTTGCGTAGGAAGCGTGCGC
GATGTGGTGGTTCGCCTGGCTGGTGCGACTCGTAGGCGAGGGTTAACTGA
GAAATTGTCTTCTACGGCAGTTGCTGAAGCTACAACCGCGGCTACAACCA
CAGCATCTTCAACCTCGACGCAGCCCTCTTGGTCATCAGCGCCACAGGGC
ACTACGTCATCACCCTCGAAGCCGTTATCTCCCCCGTCAACTACGCAAGG
CACAGCGTCGTCACCCTCGAAGCCATCCTCTCCTTCATCAGAGAGACGGG
CCACAGTAACATCACCCTCGAAGCTATCTTCCTCTCCATCAGAGGTAGAT
GCACCAGCATCGTCAACCTCGAATTCATCGTCTGCTCCATCAAAGATACA
GGGTACGGCGTTAACCTTGAAGCCATCTTCCACTTCATCAGAGGTAGATG
CACCAGCATCGCCAGCCTCGAAGTCATCGTCTGCTCCATCAGAGACACAT
GCAACAGCATCGTCACCCCCGAAGCCGTCCTCCACTCCATCAGAAACACA
TCCAACGTCATCGTCAACCTCGACGTCATCGTCTGCTCCATCAGAATCAC
AGGGCACAGCGTCAGCCTCGAAGTCATCGTCTGCTTTATCAGAAACGCAG
GCCACGGCGTCAGTCTCGAAGTCATCCCATGCTCGATCAGAGACACAGGC
CACAGCGTCAACCTCAAAGCCATCGCCTGCTCCACCAGAAACACAGTTCA
CAGCGTCAACCTCGAAGTCATCGCCTCCTCCGTCAACGATACAGGCCACG
CAATGTTTACCTTCGATATCGTCCTCTCCTCCATCAAGGACGCAAATCAT
AGCACCATCATCCTTGAGGCCATCCTCTCCCCCTTCAACGTCACAAGACA
CAGCATCGTCGCCCTCAAGGTCGATATCTCCTCCTCCACCAACGACACAG
GCCACAGTGTCGTCACCCTCGAGGCCAGCGTCTCCTTCAAAGCCACAAGC
TGCAGCATCGTCACCCTTGAGACATGGTTCTTCGGTAACAGCCGGTATGC
TTGAAGAAAGGACCGAGTCTCTTGAGGAGCCTTTGCTCAGCACGGGGCCC
GATGCCCGATTCGAGATTTTGAGTCTCGTTGGGACGTTTTCGCCGGATGG
GGCTCACTTGCACATATGTCTCGGGGATGAAGCCGGTGCTGTGTGTGGGG
GGCACTTGATAAATGCGACAGTGCACACGACCGCGGAGATCGTGGTGGGA
GAAGCGCGGGGCTTAGTTTTCTCTCGTACTCTCGACGACAGGACGGGTTT
CAAGGAGTTAGTTGTGCGGGAGCGGAGCCAGAGTGGGGGAGCCGCTGCCG
ATAGTTGAGCAGGCTTCGTTATCTCTTGCGTAGGAAGCGTGCGCGATGTG
GTGGTTCGCCTGGCTGGTGCGACTCGTAGGCGAGGGTTAACTGAGAAATT
GTCTTCTACGGCAGTTGCTGAAGCTACAACCGCGGCTACAACCACAGCAT
CTTCAACCTCGACGCAGCCCTCTTGGTCATCAGCGCCACAGGGCACTACG
TCATCACCCTCGAAGCCGTTATCTCCCCCGTCAACTACGCAAGGCACAGC
GTCGTCACCCTCGAAGCCATCCTCTCCTTCATCAGAGAGACGGGCCACAG
TAACATCACCCTCGAAGCTATCTTCCTCTCCATCAGAGGTAGATGCACCA
GCATCGTCAACCTCGAATTCATCGTCTGCTCCATCAAAGATACAGGGTAC
GGCGTTAACCTTGAAGCCATCTTCCACTTCATCAGAGGTAGATGCACCAG
CATCGCCAGCCTCGAAGTCATCGTCTGCTCCATCAGAGACACATGCAACA
GCATCGTCACCCCCGAAGCCGTCCTCCACTCCATCAGAAACACATCCAAC
GTCATCGTCAACCTCGACGTCATCGTCTGCTCCATCAGAATCACAGGGCA
CAGCGTCAGCCTCGAAGTCATCGTCTGCTTTATCAGAAACGCAGGCCACG
GCGTCAGTCTCGAAGTCATCCCATGCTCGATCAGAGACACAGGCCACAGC
GTCAACCTCAAAGCCATCGCCTGCTCCACCAGAAACACAGTTCACAGCGT
CAACCTCGAAGTCATCGCCTCCTCCGTCAACGATACAGGCCACGCAATGT
TTACCTTCGATATCGTCCTCTCCTCCATCAAGGACGCAAATCATAGCACC
ATCATCCTTGAGGCCATCCTCTCCCCCTTCAACGTCACAAGACACAGCAT
CGTCGCCCTCAAGGTCGATATCTCCTCCTCCACCAACGACACAGGCCACA
GTGTCGTCACCCTCGAGGCCAGCGTCTCCTTCAAAGCCACAAGCTGCAGC
ATCGTCACCCTTGAGACATGGTTCTTCGGTAACAGCCGGTATGCTTGAAG
AAAGGACCGAGTCTCTTGAGGAGCCTTTGCTCAGCACGGGGCCCGATGCC
CGATTCGAGATTTTGAGTCTCGTTGGGACGTTTTCGCCGGATGGGGCTCA
CTTGCACATATGTCTCGGGGATGAAGCCGGTGCTGTGTGTGGGGGGCACT
TGATAAATGCGACAGTGCACACGACCGCGGAGATCGTGGTGGGAGAAGCG
CGGGGCTTAGTTTTCTCTCGTACTCTCGACGACAGGACGGGTTTCAAGGA
GTTAGTTGTGCGGGAGCGGAGCCAGAGTGGGGGAGCCGCTGCCGATAGTT
GA
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