mRNA_E-siliculosus-1a_F_contig1251.1561.1 (mRNA) Ectocarpus siliculosus Ec863f_EcPH12_90f female

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

Overview


Name	mRNA_E-siliculosus-1a_F_contig1251.1561.1
Unique Name	mRNA_E-siliculosus-1a_F_contig1251.1561.1
Type	mRNA
Organism	Ectocarpus siliculosus Ec863f_EcPH12_90f female (Ectocarpus siliculosus Ec863f_EcPH12_90f female)

Homology

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: D8LU57_ECTSI (UEV domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LU57_ECTSI)

HSP 1 Score: 679 bits (1751), Expect = 3.510e-239
Identity = 342/359 (95.26%), Postives = 346/359 (96.38%), Query Frame = 1

Query:  232 MSSLSNGGRKAPSVSAGITVNVAELVEAFPNYQQEPDRVQRDVLELSKSCKTLVPKRGSVDLESGRTELLTLHGTFPMVFRNAQYFTPVQIYISESYPASPPVCYIIPTPGMSLRAGHQSVDETGLVSLPYLQSWSAAHNLVELVGTMSTIFGAQPPLFATPSPSSSTPTKTKKASGVSGKQGTLQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTKNPVLGGWGIFFLEVLKSDVRLYKHMLGYMKTHTMEEDEAKADYVRHNKEVLAHVGADKGREL 1308
            MSSLSNG  KAPSVSAGITVNVAELVEAFPNYQ EPDRVQRDVLELSKSCKTLVPKRGSVDLESGRTELLTLHGTFPMVFRNAQYFTPVQIYI+ESYPASPPVCYIIPTPGMSLRAGHQSVDETGLVSLPYLQ WSAAHNLVELVGTMST+FGAQPPLFATPSPSSSTPTKT KASG SGKQGTLQVVCPNYGRTGTKS+KAALEILGFGPCYHMVSIV SHLKNHPQ    LWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNP+AKVIMTVRDPDAWWNSMVASIHTKNPVLGGWGIFFLEVLKSDVRLYKHML YMKTHTMEEDEAKADYVRHNKEVLAHVGAD GREL
Sbjct:    1 MSSLSNGRLKAPSVSAGITVNVAELVEAFPNYQ-EPDRVQRDVLELSKSCKTLVPKRGSVDLESGRTELLTLHGTFPMVFRNAQYFTPVQIYITESYPASPPVCYIIPTPGMSLRAGHQSVDETGLVSLPYLQGWSAAHNLVELVGTMSTVFGAQPPLFATPSPSSSTPTKTTKASGASGKQGTLQVVCPNYGRTGTKSLKAALEILGFGPCYHMVSIVESHLKNHPQ----LWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPDAKVIMTVRDPDAWWNSMVASIHTKNPVLGGWGIFFLEVLKSDVRLYKHMLRYMKTHTMEEDEAKADYVRHNKEVLAHVGADNGREL 354

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: A0A7S4D482_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4D482_HETAK)

HSP 1 Score: 132 bits (332), Expect = 4.300e-30
Identity = 69/146 (47.26%), Postives = 98/146 (67.12%), Query Frame = 1

Query:  289 VNVAELVEAFPNYQQEPDRVQRDVLELSKSCKTLVPKRGSVDLESG-RTELLTLHGTFPMVFRNAQYFTPVQIYISESYPASPPVCYIIPTPGMSLRAGHQSVDETGLVSLPYLQSWSA-AHNLVELVGTMSTIFGAQPPLFATPS 720
            VNV +L+  F  Y     RV++DV+ LS+S +T++PK+GS+    G  + LL L GT P+ FR + Y  PV+I+I+E +P SPP+CY+ PT  M L+  H+ VD  GLV LPYL +W+A  HNL +LVG +S +FG  PPL++ PS
Sbjct:    5 VNVDQLLAEFHCYSNV-GRVKQDVMALSRSVRTMIPKKGSLIRNDGTESTLLVLGGTVPISFRGSTYNIPVEIFITEPFPNSPPMCYVRPTNNMMLKIPHRHVDSEGLVYLPYLHTWNARTHNLTDLVGHVSAVFGQDPPLYSKPS 149

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: A0A838DQQ2_9CHLR (Sulfotransferase family protein n=1 Tax=Ktedonobacteraceae bacterium TaxID=2740538 RepID=A0A838DQQ2_9CHLR)

HSP 1 Score: 118 bits (296), Expect = 1.860e-26
Identity = 73/179 (40.78%), Postives = 104/179 (58.10%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTKNP-----VLGGWGIFFLEVLKSD-----VRLYKHML--GYMKTHTMEEDEAKADYVRHNKEVLAHV 1284
            LQV+   +GRTGT S+KAALE LGFGPCYHMV      L   P A+ A W    +G   D + + DGY+A VDWPA SFY+E++Q+ P+AKV++T RDP++W+ S  ++I+         +L     FFL V  +       RL   ++  G  K    ++D A A + +HN++V  HV
Sbjct:   14 LQVIGAGFGRTGTLSLKAALEELGFGPCYHMVE-----LFKRP-ATFASWEAAARGEATDWHVLFDGYRATVDWPACSFYEELMQTYPDAKVLLTTRDPESWYESARSTIYQIRRNIIARILFSPPFFFLIVALTGGRARVARLTSTLIWNGTFKGRFEDKDYAIAVFNQHNEDVKKHV 186

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: UPI0004296CE0 (hypothetical protein n=1 Tax=Solirubrobacter sp. URHD0082 TaxID=1298857 RepID=UPI0004296CE0)

HSP 1 Score: 115 bits (289), Expect = 9.800e-26
Identity = 50/111 (45.05%), Postives = 77/111 (69.37%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIH 1116
            ++V+    GRTGT S+KAALE LG GPC+HM+ ++        Q   A+W    +GR +D +++ DGY+A VDWP  SFY+ ++++ P+AKV++TVRDP+AW+ S + +IH
Sbjct:    1 MKVIGAGLGRTGTMSLKAALERLGAGPCFHMIDLI------REQTRVAMWEAAVEGRAVDWHEVFDGYEATVDWPGCSFYRSLMEAFPDAKVLLTVRDPEAWYESTLRTIH 105

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: UPI001AEC6603 (Sulfotransferase family protein n=2 Tax=Microbispora oryzae TaxID=2806554 RepID=UPI001AEC6603)

HSP 1 Score: 115 bits (287), Expect = 2.860e-25
Identity = 64/183 (34.97%), Postives = 99/183 (54.10%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTK------NPVLGGWGIFFLEVLKSDVRLYKHMLG------YMKTHTMEEDEAKADYVRHNKEVLAHVGADK 1296
            ++V+    GRTGT S++ ALE LGFGPCYHM +IV    + H       W+D  +GR +D  K+  G+ +VVD+PAA+F++E++   P+AKV++TVRDP  W++S  A+I  K       P  G         +  D+  +  M+              + D A   + RHN++V+  V AD+
Sbjct:    1 MRVIGVGLGRTGTTSLRVALEQLGFGPCYHMFNIVEEPRRIHH------WLDAAEGRPVDWTKVFAGFTSVVDFPAAAFWRELVAHYPDAKVVLTVRDPQRWYDSAAATIFKKAVEAESRPAAGRLAFRLATKISPDLGAFTRMVRTAIQQRVFDGRVADRDHAVKVFERHNRDVMLEVPADR 177

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: UPI0013EE8A93 (sulfotransferase family protein n=1 Tax=Ktedonosporobacter rubrisoli TaxID=2509675 RepID=UPI0013EE8A93)

HSP 1 Score: 115 bits (287), Expect = 4.510e-25
Identity = 66/184 (35.87%), Postives = 107/184 (58.15%), Query Frame = 1

Query:  778 GTLQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIH-----TKNPVLG----GWGIFFLEVLKSDVRLYKHML--GYMKTHTMEEDEAKADYVRHNKEVLAHVGADK 1296
            G L+V+   +GRTGT S+K ALE+LGFGPCYHM  +       HP+    LW +   GR +  N I   Y+A VDWP  +FYKE++Q+ P AKV++TVRDP+ W+ S   +I+     T++P +        +FF+ + ++ +R+   ++  G    + ++++ A   +  HN+EV   V A++
Sbjct:    6 GGLKVIGAGFGRTGTYSLKVALELLGFGPCYHMREVF-----QHPEHV-KLWNEAIAGRDVAWNAIFGTYRACVDWPGCTFYKELMQAYPEAKVLLTVRDPEKWYESAYQTIYQVTTTTRSPFMSFSLFAARLFFVRMRRT-IRMIDALIWNGTFGGNFLDKELALEIFAEHNEEVKRSVPAER 182

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: A0A2E7XCQ6_9GAMM (Sulfotransferase family protein n=1 Tax=Gammaproteobacteria bacterium TaxID=1913989 RepID=A0A2E7XCQ6_9GAMM)

HSP 1 Score: 114 bits (285), Expect = 5.300e-25
Identity = 56/130 (43.08%), Postives = 83/130 (63.85%), Query Frame = 1

Query:  781 TLQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTKNPVLGGWGIFFLEVLK 1170
            TL+V+   +GRTGTKSMK AL+ LG+  C+HM+ +V    +N  Q     W     G  +D +K+ DG+KA VDWP+AS+YKE+    P+AKVI+TVRDPDAW+ S+  +I+     +  W +F  + ++
Sbjct:    2 TLEVIGAGFGRTGTKSMKIALKQLGYARCHHMLEVV----QNPSQID--YWSRASLGENMDWDKVFDGFKASVDWPSASYYKELAAYYPDAKVILTVRDPDAWYKSITETIYPLTSSVPAWILFLSKXVR 125

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: A0A543N9F6_9ACTN (Uncharacterized protein n=1 Tax=Haloactinospora alba TaxID=405555 RepID=A0A543N9F6_9ACTN)

HSP 1 Score: 112 bits (280), Expect = 1.260e-24
Identity = 66/171 (38.60%), Postives = 95/171 (55.56%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTKNPVLGGWGIFFLEVLKSDVRLYKHMLGYMKTHTMEEDEAKADYVRHNKEVLAHVGADK 1296
            + V+   +GRTGT S+K+ALE LGFGPCYHMV +    LK   QA   LW+    G+  D  +I DGY+A VDWP  +F++E+ +  P AKVI+TVRDP+ WW S+ ++    +      G            + K M G +     + + A   + RHN+EV A V A++
Sbjct:    1 MMVLGAGFGRTGTLSLKSALERLGFGPCYHMVEL----LKRPEQAP--LWLSAADGQA-DWPRIFDGYQATVDWPGCAFWRELTRQYPQAKVILTVRDPERWWQSVNSTFFNNDS-----GALPSREGPMGELINKLMAGVLDGGPDDRERAITAFQRHNEEVQASVPAEQ 159

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: A0A243RRU3_9ACTN (Sulfotransferase family protein n=4 Tax=Streptosporangium TaxID=2000 RepID=A0A243RRU3_9ACTN)

HSP 1 Score: 112 bits (280), Expect = 1.990e-24
Identity = 57/142 (40.14%), Postives = 83/142 (58.45%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASI----HTKNPVLGGWGIFFLEVLKSDVRLYKHM 1197
            +QV+   +GRTGT S+KAALE LG  PCYHM+ I      +HP+ +G  W+D  +GR  D + + DGY+A VDWP AS+++E+    P AK+++ VRDP  W+ SM A+I      +  + G  G   L  +  D   +  M
Sbjct:    1 MQVIGAGFGRTGTTSLKAALEHLGLRPCYHMLEIF-----DHPEMAGQ-WLDIAEGRSADWDAVFDGYQATVDWPGASYWRELADHYPEAKILLNVRDPQRWYRSMEATIFKQARRRETLSGRAGYAVLSRMSGDFAAFTRM 136

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BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Match: UPI0012F90812 (sulfotransferase family protein n=1 Tax=Nonomuraea typhae TaxID=2603600 RepID=UPI0012F90812)

HSP 1 Score: 110 bits (276), Expect = 6.990e-24
Identity = 65/177 (36.72%), Postives = 97/177 (54.80%), Query Frame = 1

Query:  784 LQVVCPNYGRTGTKSMKAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILDGYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTK----NPVLGGWGIFFLEVLKSDVRLYKHMLG------YMKTHTMEEDEAKADYVRHNKEVLAHV 1284
            ++V+   +GRTGT S+K ALE LG+GPCYHM  IV       P   G  W+D  +GR +D ++   GY + VD+P A+F++E+    P+AKVI+TVRDPDAW++S   +I  K      + GG G+  +  L  D+  +  M            +  +   A   + RH K+V+A V
Sbjct:    1 MKVIGAGFGRTGTTSLKMALERLGYGPCYHMFDIV-----EEPARIGT-WIDAAEGRQVDWDRAFQGYGSAVDFPVAAFWRELTARYPDAKVILTVRDPDAWYDSATRTIFKKARRARRLSGGIGLKLVSWLAPDLAAFVRMTDTAIMRRVFAGNVADRRHALEVFDRHIKDVVAEV 171

The following BLAST results are available for this feature:

BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot

BLAST of mRNA_E-siliculosus-1a_F_contig1251.1561.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Ectocarpus siliculosus 1a female vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LU57_ECTSI	3.510e-239	95.26	UEV domain-containing protein n=2 Tax=Ectocarpus T...	[more]
A0A7S4D482_HETAK	4.300e-30	47.26	Hypothetical protein (Fragment) n=1 Tax=Heterosigm...	[more]
A0A838DQQ2_9CHLR	1.860e-26	40.78	Sulfotransferase family protein n=1 Tax=Ktedonobac...	[more]
UPI0004296CE0	9.800e-26	45.05	hypothetical protein n=1 Tax=Solirubrobacter sp. U...	[more]
UPI001AEC6603	2.860e-25	34.97	Sulfotransferase family protein n=2 Tax=Microbispo...	[more]
UPI0013EE8A93	4.510e-25	35.87	sulfotransferase family protein n=1 Tax=Ktedonospo...	[more]
A0A2E7XCQ6_9GAMM	5.300e-25	43.08	Sulfotransferase family protein n=1 Tax=Gammaprote...	[more]
A0A543N9F6_9ACTN	1.260e-24	38.60	Uncharacterized protein n=1 Tax=Haloactinospora al...	[more]
A0A243RRU3_9ACTN	1.990e-24	40.14	Sulfotransferase family protein n=4 Tax=Streptospo...	[more]
UPI0012F90812	6.990e-24	36.72	sulfotransferase family protein n=1 Tax=Nonomuraea...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
E-siliculosus-1a_F_contig1251	contig	E-siliculosus-1a_F_contig1251:4017..19682 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 of Ectocarpus siliculosus 1a female vs UniRef90	2022-09-19
OGS1.0 of Ectocarpus siliculosus Ec863f_EcPH12_90f female	2021-02-24

Properties


Property Name	Value
Start	1
Stop	1
Cds size	1716
Model size	2040
Exons	13
Ec32 ortholog	Ec-16_000310.1
Ec32 ortholog description	Ubiquitin E2 variant, N-terminal
Hectar predicted targeting category	other localisation
BRITE	ko00000,ko00001,ko00002,ko04131,ko04147
Best eggNOG OG	NA\|NA\|NA
Best tax level	Eukaryota
COG Functional cat.	O
EggNOG OGs	KOG2391@1,KOG2391@2759
EggNOG free text desc.	Tumor susceptibility
GOs	GO:0000813,GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005768,GO:0005829,GO:0005886,GO:0006508,GO:0006511,GO:0006605,GO:0006612,GO:0006623,GO:0006807,GO:0006810,GO:0006811,GO:0006820,GO:0006862,GO:0006886,GO:0007034,GO:0008104,GO:0008150,GO:0008152,GO:0009056,GO:0009057,GO:0009892,GO:0009898,GO:0009987,GO:0010008,GO:0010605,GO:0012505,GO:0015031,GO:0015711,GO:0015748,GO:0015833,GO:0015865,GO:0015867,GO:0015868,GO:0015893,GO:0015931,GO:0016020,GO:0016192,GO:0019222,GO:0019538,GO:0019941,GO:0030163,GO:0031090,GO:0031323,GO:0031324,GO:0031396,GO:0031397,GO:0031399,GO:0031400,GO:0031410,GO:0031982,GO:0032182,GO:0032268,GO:0032269,GO:0032991,GO:0033036,GO:0033365,GO:0034613,GO:0036452,GO:0042221,GO:0042493,GO:0042886,GO:0043130,GO:0043162,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043632,GO:0044237,GO:0044238,GO:0044248,GO:0044257,GO:0044260,GO:0044265,GO:0044267,GO:0044422,GO:0044424,GO:0044425,GO:0044433,GO:0044440,GO:0044444,GO:0044446,GO:0044459,GO:0044464,GO:0045184,GO:0045324,GO:0046618,GO:0046907,GO:0048519,GO:0048523,GO:0050789,GO:0050794,GO:0050896,GO:0051171,GO:0051172,GO:0051179,GO:0051234,GO:0051246,GO:0051248,GO:0051503,GO:0051603,GO:0051641,GO:0051649,GO:0060255,GO:0065007,GO:0070727,GO:0071702,GO:0071704,GO:0071705,GO:0071944,GO:0072594,GO:0072657,GO:0072665,GO:0072666,GO:0080090,GO:0090150,GO:0097708,GO:0098552,GO:0098562,GO:0098588,GO:0098796,GO:0098805,GO:1901264,GO:1901564,GO:1901565,GO:1901575,GO:1902914,GO:1902915,GO:1903320,GO:1903321,GO:1904669
KEGG Module	M00409
KEGG Pathway	ko04144,map04144
KEGG ko	ko:K12183
Preferred name	STP22
Seed eggNOG ortholog	2880.D8LU57
Seed ortholog evalue	1.2e-193
Seed ortholog score	682.9
Taxonomic scope	Eukaryota

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_E-siliculosus-1a_F_contig1251.1561.1	prot_E-siliculosus-1a_F_contig1251.1561.1	Ectocarpus siliculosus Ec863f_EcPH12_90f female	polypeptide	E-siliculosus-1a_F_contig1251 4110..19451 -

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


Feature Name	Unique Name	Species	Type	Position
1622927774.280143-UTR-E-siliculosus-1a_F_contig1251:4016..4109	1622927774.280143-UTR-E-siliculosus-1a_F_contig1251:4016..4109	Ectocarpus siliculosus Ec863f_EcPH12_90f female	UTR	E-siliculosus-1a_F_contig1251 4017..4109 -
1696318674.4835231-UTR-E-siliculosus-1a_F_contig1251:4016..4109	1696318674.4835231-UTR-E-siliculosus-1a_F_contig1251:4016..4109	Ectocarpus siliculosus Ec863f_EcPH12_90f female	UTR	E-siliculosus-1a_F_contig1251 4017..4109 -
1622927774.523958-UTR-E-siliculosus-1a_F_contig1251:19451..19682	1622927774.523958-UTR-E-siliculosus-1a_F_contig1251:19451..19682	Ectocarpus siliculosus Ec863f_EcPH12_90f female	UTR	E-siliculosus-1a_F_contig1251 19452..19682 -
1696318674.5998468-UTR-E-siliculosus-1a_F_contig1251:19451..19682	1696318674.5998468-UTR-E-siliculosus-1a_F_contig1251:19451..19682	Ectocarpus siliculosus Ec863f_EcPH12_90f female	UTR	E-siliculosus-1a_F_contig1251 19452..19682 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at E-siliculosus-1a_F_contig1251:4017..19682-
coding sequence from alignment at E-siliculosus-1a_F_contig1251:4017..19682-

protein sequence of mRNA_E-siliculosus-1a_F_contig1251.1561.1

>prot_E-siliculosus-1a_F_contig1251.1561.1 ID=prot_E-siliculosus-1a_F_contig1251.1561.1|Name=mRNA_E-siliculosus-1a_F_contig1251.1561.1|organism=Ectocarpus siliculosus Ec863f_EcPH12_90f female|type=polypeptide|length=572bp
MSSLSNGGRKAPSVSAGITVNVAELVEAFPNYQQEPDRVQRDVLELSKSC
KTLVPKRGSVDLESGRTELLTLHGTFPMVFRNAQYFTPVQIYISESYPAS
PPVCYIIPTPGMSLRAGHQSVDETGLVSLPYLQSWSAAHNLVELVGTMST
IFGAQPPLFATPSPSSSTPTKTKKASGVSGKQGTLQVVCPNYGRTGTKSM
KAALEILGFGPCYHMVSIVGSHLKNHPQASGALWVDGFQGRGLDVNKILD
GYKAVVDWPAASFYKEVLQSNPNAKVIMTVRDPDAWWNSMVASIHTKNPV
LGGWGIFFLEVLKSDVRLYKHMLGYMKTHTMEEDEAKADYVRHNKEVLAH
VGADKGRELYNTLFFVFRWGVHTTTRCSLQQNNKEQRSAFSIHACSNTRM
RCCVVCNFFSSGPSNISKQRIFRANTGNIFRSLTGWPGRSGFPITRRLSL
CPPLHTFICGSLSGSTLRGLHFGSSRALTGLHVLISICSRSLELAVSLSY
LLMLPLARSSQSARSHGTFRPFTHVTLLRVSLSLPSHTPICRRLLQQQQP
ASPSHMSHSSILLIPFSFRLC*

mRNA from alignment at E-siliculosus-1a_F_contig1251:4017..19682-

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_E-siliculosus-1a_F_contig1251.1561.1 ID=mRNA_E-siliculosus-1a_F_contig1251.1561.1|Name=mRNA_E-siliculosus-1a_F_contig1251.1561.1|organism=Ectocarpus siliculosus Ec863f_EcPH12_90f female|type=mRNA|length=15666bp|location=Sequence derived from alignment at E-siliculosus-1a_F_contig1251:4017..19682- (Ectocarpus siliculosus Ec863f_EcPH12_90f female)
TTTGAAAGGGTCCGCAAGAGAGCGAGGGAGAGGGGAAGGACGCCGGCACA
GGAGTACAGTATACACACCTACACCTCAAGCCTGTGGAGATTAACAAGGC
ACCTTTCGAAGGTGTGAAGCACCGGGGCCAGGGCGCAAGCTGTCGAGAAA
ATACGTGACTCGTGAGAAAAAGAGCGCGTTTGGATAGGCCCCAATCCCCA
ATAGCAGCACGTGAGGGTTGTCATCACCATCATGTCGTCGCTCTCCAACG
GAGGACGCAAAGCTCCCAGCGTCTCGGCCGGGATCACGGTGAACGTGGCC
GAACTCGTAGAGGCGTTTCCCAACTACCAGGTGAGGTTGCATGATAGGCA
AGGCCTTGTGTGTCGCGCTCACCATATGCATGCACGCATGAACGCACCGC
GGTTGCTGTTGGAAACAGGAGTGACAGACTGGGCACGGGAAAATCGTGCG
CGTTTCGTATCTTGTGCGATTGTGTGGCGAGTGGTTGCCGCTAGCCCGCA
AAAAGTAGCTTGTGTACCGACCTTGGATACGGCAGCGTAGGTTTCGTAGA
CCCGCGCTGCGCATCCTTGCGTCGTTGTCGCTAGCGTTAGTCCTCGAGGT
TTGGCGGTTCAACATGGTGCGGCGGTTTTTTTCATGACACGGGCATGGTC
ATGATCAGGCAGCAGCTGCGTGCGGTAGGAAGTCTACGCTGTACAAACTA
CAGTATGCATATGCACACGACCTACACGATGGAGCCAGGTTCACGAGCGT
ATCCTCTTCTCCGCACAGGACAGCAGTGATGTCTTGGTCGAATGTGTATA
GCAAACCATCCGGCACGCCTCGGGAGGTACTATTATACGTTATTTTGGAA
CCCCCCTCCAAACTCTCCGCAAAAGACGTGAGAACACACGTACCATGCGT
ACATACAGCACGCACATCGACGTATGTAGTCCATGCACCTGACGGCCAAG
GAAAGCTGCACACGGCAGGAGAGAGGCGCTCCGCAGCAGTGTGCACGGGT
TATTCCGATGCGGGTCGCATGAGGGGTCGAATCGCAAGCTGTTGCTGATC
CTTGGAGGGAAAACATGGGAACAAATGGGGAAAGTCACAACCCACCGCCC
ATCTCCACTACAACCGTAAGAGTTATCCATGCGGAAGAGACAACATGGAG
TACAGCAGTAGTCGACCCCGCTTCAACGACCCACATGGAATTTTATTTTT
GAAAGTGTCTTCAACGCGGGGGAGTATCTGTAGATCTGTAGGTTTCAGGA
GGGTGTGATACCTCACCGTCCCCGGGGTCAACGGAGGCGAAACATACGCC
TAAAAACGCGCGATCGCAGAGGGATACTACTAAAGTACGAACCATCTTGA
ACTTGACGGTCACAACATGGAGGTCGTTGAAAGTTGCACGTACTTATTTA
CCACGTCGTTCGCTGTTGAACGTCAATTAGCACTCCACCCCACATTACAC
TTCAGAACAGTGGGTACAGAGCTGCAGGACGAGGTGTTTCATTAAAAGAG
TATGCGTTGTGGTTGTTGTTGGCTGTATTACCTTATGTTTTCGTCCCCAC
GTTGAAAACCTTGCCGAGATGCAGTTCTACAGGTGTGCGTGCGTGCTGCA
GCATTACTTCGGAAGTCCCGAATAATGAAAAAGGTGCCCTCCTCTCTACA
TTGTTTTGATCAAAATTGAGAGGCTTCGGGTCTGCTAAGCCTGACTGCTG
TGTAGCCAACAACAGTTCCCTGGTTTGCTCGTTCTAGATTGGTGTGTTCT
TTTCAGCGAACATCAGGTCTCCTGAAAAGAGGCCCTCACTAAAAACAAGA
TGATAGGTTGATGACGCAAGTCAGTAGCCTACTGTTCAAGTGACCTGTGC
TTCGGCTGTAGCAGCAGTGAGCAAGCATGGTAAAAGAAGCGTGTGCCACA
CCTTGTTCACAGGTGTGCGGAGGTGCGCTGTAGACGTGAGTCTACAACCA
AATGAGGAATTTGGTTGAAAGAGAAATGAGCACGATGTTACAATTTTGTT
ATATTGTTGAGCTGGGCGAGCGCTCTGCCTGGTCAGCCTTACTGTCGATT
ACCGACGAAACTACGAAGAACCTTAGTACCATTTCGGAACCATTACGGAA
CCGTTCCGGGAACCAAATACCGTTGGGGCACCCTGCTCCTGAATTTTTTG
TGTCCTTAAAGCGGGGATTTGACGTCAGATGAGTGTCTTTGAAGCGGGGA
CGACTGCTGTGGACTACTGCTATTCTTATGCTACTGCTGTCGTTGTTTAG
GGAAGCAGCAGACATGCACTCGAACTTGGCCGTTATTGTATTTCGTGGGT
GATTCGCCCACGTCCGTCCTTGTACAGAACGCGCCGACACTTGCAAAAAA
CAGCAGAACGGGAGTGTTGAAAGAACCGCAGGCTCGAAGAAGCTCAGGCC
TTACGAACGCGACCAAAAATGATAGGTGCCCGGGTAGGAATCCTAAACTA
AAACCTTTCAGCAGATAGGATAACCCCATGAAGAAAATAAGACGTTCTTT
ATGTATCGACTATGGAGCCAGGTCGTGGAACACTCGAAAGCCACAACCAG
AGCGGAGGAAATGCAGCGCGTCTCATCTACGAACAACATTCTATTTTGCT
CCACCGTGCGGTTCTCCTCGTAGAAGTGGTGTACAGAACACGCCACCCAC
CTTGAGAACGTCGTCCTTATGTTCTTATCATGGCCGAGGCTCGTTTCTTA
TTTTGTCTATGGGGTAGAGTACCTCCATGGTGACTATATATAGGGTTTAG
TGTAGCCTTCTTGACTGAGCACCCGTTGTTGTGGCCAATACCTCAGATGT
TGATTATTTTTAGGCTAATAACGCGTTCTGTAGTGCATCTCTGGCACCTA
CTACTGTACCTTCAGCTGGACCTCTTGGCAGAGAGCTCTTCGTATAGTAT
TTTGGTATTGTGACGTACACATAACGCGCGCCCTTTGTAAGACCCTTGTA
GTTAAAACGCCACATACGAACTTGGGCATCTTTCGTGGGCCCGTTAAGAA
CCCCTACACTAAAACCTATTCAACGGTCATTTATAGACCACAAGAGGGCC
TGCTGTGAGCAAGCCGTTGGGCTATGCCCGCGAGAGTTCATCTCTTCGTC
GACGCCAATGAGGGCACGGGCTACCGTCAGAGACAGAGTCCGGTGCCGTT
GCAGTATTCTCTCACTGCCAAAGGTGGGTATTTCGTTTCGTGAGATGTAA
CGAGGAGAGAGGGAGAGAAAGAGAGAGAGTGATCCCCTGCCTCGGGCAAA
CACTATTATTGTAGAGTTTCTAAAGGGCGTGCGCTGTCTGTGTACGAATA
TATGCGTCCGAACTCGTAGCGCACCATCGCTAAACACTTGTACACTACAA
CAGTACAGTATTGAAGACGTCGGAGTTTGTGTGGAGTTACTTTACCATGG
ATGGAGGTGCACCTCTTTGGCTGGGCATGGAGTAAACACACCAACTTGAA
AAATAAATCGAAAACAGTCGCGGTAGTGGTGGATGTCTGCCGTTGCGTAC
GTACGGGACACCAGAGGAAATTCGCCAGGAAAAACCGCGAATGGATGAAA
GTGTTGAGTTACATGCTTGCTGCCTATATGGGCCCGGCTTGCCACAAGTG
CTGTAGGTTACGGTACTCTCTTGGTGATGAGCTGGCAGCGGTAGCGCGTC
GGGTTGAACCGCTCTGGAGAACTTACCGTAGGTGCTCGCTGAAACGCAAG
ACAGCGCGAGGTTTGCGAGAGGCGGAAAACTGCTGACTGCTGTAACGCAA
CTAAGTGACCCTCGGAACGATGAGATGTAAAATGCCGTTGATGTCGTTGT
TACTGGCTGACCCCAACGTCAGGTTTTAATGGTGGAAGATGAGAGTGAGA
GAGAGAGGCGCGCGAGCCAGCCCTCCATCACTAGAAACAAAAAACAATAT
CTGACCGTTCGATGCCAGTCCCTTACGGGAACGTGTCACACAGCACACAC
TGCATGTGGTCTGCTGTACTATAAACTGCACGTGTCTGCTAGCTACTGCC
GGTTGCTGAATACCGGTACCATTCTGCGGCATACAGACCTACGCGCTCAT
GCCATCCTACTGTCATAGCTTGGGTACTACTCCTACTATTGCCTATGTTG
CCAACAGCGAACAGAGGGGATAGAACTTGGCTACTGTTCACATGGGCACG
TAAATCTCCCTGAGATACTCATGCATTCGCATGCAGCAGTGGGTAAATGA
CACATAGACGGAACGCACATCGGCAGGAAAGAACACAATACCTCCACGAT
AAGGACTAAAGCGATGATCGTGTCCTTCATGCTTGTTGTGCACGTCCTTC
ATTTTTGCACGTGTGGTGTGGTTTTCTGGCCGCAACGACTGTTGTCGTTT
TCACTCCTCACTTGCTGCTTCGTTCCCGACGATGATGACGGTGATGACGA
TGATGATGATGATGATGGTGATGATGATGCTTGCGAGCAGGAACCCGACC
GTGTGCAGCGTGATGTGCTGGAGCTCTCCAAGAGCTGCAAGACCTTGGTC
CCCAAGCGAGGGAGCGTGGGTGAGCACCGCGAGCGCGCTCGGCAGCAGTA
TTGCACAACGCGCCCAAGGGGCCGTACGTTGGTGGTGGGAATACGCCCAA
ACAACGCCAGAACGGAGCAGCACTCCAAACATCGGACACGGCGTTCGTTA
GGGTAGTCGGCGCACCGATGTATCGCTCATTTCTTGGCTTGGAGTGCTCT
AATTTTTGTTTTGTGCAGATGAGCTTGGAGGTCAGGGAACGGGTCTAGTG
GTCACGATGGTACGTAGCCCTCTTTTGTCGCCAAGAGCCAAGAGGTGTGC
TCTACGCAACAATGGCTGTTATTTTTGCCGTTGTTGCGGTTGTTGCTGCA
CTTGTTTCTGGCGACCAGTCCAAGACCAGGCGCCAACTGGAGTTTTTCCA
CAGCAGGCCATTAACGGGTCATCGCAGAATGTACGAAGGACCGGTGTTCC
ATTTACAGTCGAGAGCTTGGCGGTTGTAATCATTTGTTCGCGATGCACCC
CCATGCGCCTGTGATCTCCCCTCACCGCTCTTACCATTTCGTCGCTGTCG
TCGCTTGTCTTTCTTTCGCCGTTCCTTGTGGCAGATTTGGAATCTGGGCG
AACGGAGCTCTTGACGCTACACGGGACATTTCCCATGGTGTTCCGCAACG
CACAGTATTTCACCCCTGTACAGGTAAGCAAAGACATGGCTGTATGTCTT
GCGTTTCGCATCTACTGAGGTAGACTACATGAGGTTTACATGGATTTCGT
GTCGGGAGCATACATTTGTCTTCATCGCTTCAAGACACATTCAGGCGGTA
GTTTTTTTTCTTTTTTTTTGCGATGTGCAAACATTTCCGAAAATGCGCAA
CGTACCAAACCTGTTTTTCGGTTGGTTGTTTCTTCCGGTCACTGATGATA
CGTTCTTCATCGTGTAGTCTATTCGTTTGTTCCATTTCTCAGATTTGTCA
CCGCGAGTTCGGGCCTTCCCCTGTTCAATACCGCAGCCATCTCTCTGTAT
CGAGGGCGATCGGCAGTTCTGCTCCGCAGCTTTGTGTCTCTTTCCCCTGC
GGCGACATCTTTTTGTTTGGCAATATGCCTACATGTAAACCAAAACCTTG
GTTGCACTCACGCTATTCCCCAATGCCCCCGTCTCTCTCCTGTCTCGGTG
ACATTCGATGATGTCATTCGCCGATTTGCTTTGTATTGTAACGTATTGTC
TTGTATTGTGTTCAGATCTACATCTCGGAGAGCTACCCGGCTTCTCCCCC
GGTGTGCTACATCATACCCACTCCTGGTGGGTACAGCTGTAGAGACGTAC
ATGTACAGACGATTCTCGTTCTCCGCAACGCGGCGGAATCTCTCACCGAA
ATCGTTAGCTAGCTAGCTAGTTCTTGTGCTGGGGAGGGTAGGAACTGCCG
CTAAGTAGTTCGAGTTGGCCCCTGAACGGATGGTGGTGGATATTGTTTGC
GATAGCTGTCGATTACCCGGCAGTTCTGTTTTTATCCCCTTGCCTATAGT
TCAATTTTTTTGTTGCCATTTCCCTTTGCCCATGGTGCCACCGCTTCTAT
CTTGCCGAATGTTTGTTTCCACGTTTGTCTGGCTGCCAGGGTGTGTCTGA
TTTTTGCGGTGGGTTACCACTCCTGGCACCGAGAGAGTGAGGTCGCACTC
GATCCGTACTTTGTACGCCACGCGCTGTGTGGCGCAGCGTTGCACACCAG
ACCCCCCTAGGCCTCGTCGGTCGTACTGACCGTGCCTTCTAGGGTTAGGT
ACATGTGCCCTTCTTTTCACCAAAACAGATCGTGTCTGAAGCCCCTCTGT
TGTAACCATGGGCCAATCTAATCACAGCCATGTTGGTGCTTCTCTGTGTT
GATAGTTTGTACCCCTTTTGGGGTGATTGGCCTGTGACGACGGAAGGCGC
CCGCGGAAGGCGCCCGCGTCAGCTGGACCAGCGCGACGGAAATGAACAGG
TCCTGAGCAGATATCGATCTTTTCTTAATGCGAAGTCAAATGTACAAGCG
CCGTACGAACTTCATGGATGGCGCGGCACCTGGCCCTGCCACGTCTCTTA
ATCTTGCTGTCGAGGGCGACTTGCTGCTGTCAACGCCGCCACCGCCGCCC
TCTCTCGCCTTGCCTCACTCTAACGCTAACAACTACATCCTTGCACGAAC
GTGGGCACATGGCAACCGCTTTTTTACCTAACCATGCCACAACCTTAACC
ACGTCGTGGTGTTCTCCCTTCTTTGGCGTTCAGGAAACCCATCCGGCTTT
GCCTTTTGATGAACCAACCAACATTAGGTATGTCCTTGAGAGCTGGCCAT
CAAAGTGTCGACGAAACCGGCCTAGTCTCCCTGCCCTACTTGCAAAGCTG
GAGCGCCGCTCACAATCTGGTGGAGTTAGTGGGCACCATGTCGACCATTT
TTGGAGCGCAACCCCCGGTAAGCGCCTCCCGTACAAACACCAACACCAAC
ACCATCATGACAACATGGTGAGAAGCAAAGGCTTAAAGCTTGAACAGCAA
GCATGCCTAAAACATGAAGAACCCGAACGTTGATGTTAACCTTAACCTTA
ACCTTTCCACTCCGCGTAAAGGGGGAGGGCTGGGGGTCCCCTTTTTGTTG
CTTTCGTCCGTGCGTTGTTGTGCCATTGACAACCGTTTTCGAGATGAGTC
GCCGTCCATGCTGCTCACGGAGTCATAGATAAAGTCTTCACCGTAGTCGG
GTGATGTTCGACGTCGGCTTTTGTTGCATTTTTCGCGAGCATGTTTTACT
ATAATACCTCTTTCCCCCTTTTTCATAGCTGCCCGATGTCGCCACCATGT
GCATGCACCGCCTGCAGTAGTAGAGCGAGCTTCTCTCTCGATGCTTTTCA
TGTCCTTGTAGCGTACCAACCCCGTAGACGTCACACACGCCTCAAGTCCT
CCTCCTCCTCCTCAACGGCACGCGTCCATGTTGTGTGTGTTTTCCTCGTT
GTATGCATAGCATTCAACGCAATTCCTCATGTTGAGTGGATGCTACTGCC
CTCTGCTCCGCCACACGACACCTCCTAGTATGTTCCGGTCCATGGACCCA
ACGGACCTATCACTCGCCCTATGTTCACAACATTCAAGAGCAGTGCACAA
GATACGTAGTGAAGCTACATGGACAGACACTTCGCAGGGCACGAGCAATA
ATTGACAGTCCCACGAAACTGACATTTGACGTGCACCTACTTTGGACTCA
CGAAAATTCCGTACCCATCCCGCCCCCTTCCCTTCTCTCGCTTTTCTGCC
TTTCAGCTCTTCGCCACCCCCTCGCCCAGTTCCTCGACTCCCACCAAGAC
CAAAAAGGTGTGAACGGCGTATCATTTTGCGGGTGGTCGCCGAGCTTCCT
TGATTTTATTCGTTGCTCTCGCCGTCGCTGCGATCGGCCTAGGCGTTTTG
AAATGATATAGCATGGCTTGTGAAGTGAGGCCGCAAGGCCGTCTCGAGCA
AGTTAGGTTGTCCTGTCCCTCTGGTCGATTGTACAACAGTATTTATTTGT
AGTCGTTGCCTTCTCCCACTCACGTCACAGACAATAAACCGTCCATCAAC
GAAGAACTACCTTCTTCGAGACAATGAATGTGGATGCAATATTTTTTATG
CAGTGCAGCTTCAGTGGCGACTACCGGAGGCTGGAGTTGACTGAGTCGGT
CGTGGTCCATTCCTTCCTTCCCCGTTGCTTGTCGATTGGGTGTATTGGTG
TCGGTCCAACCCCTCCAAGAATGGATGGAGACTGTCGGTCGGTTGGTGCA
ATCTCTACTGGTCCCGTTGCTTGTCCAACCGGTTTGGCTTTCCTGGCCGC
GAACCAACAGCACAACTTGTCGAGTTGTCCGCTTTTTCGCCCTCGCTGGG
GTTTGGGATATCTAGAAACATGCGGTTCCTCTCGTAATGCATCCCGTCAA
TGCCTCTCTGGCGTGGCACAGAGGAAAACATTTTCTAGGGTGAGAAACAC
ACTACGTTCTCTTGACCAGTTTCAAGAAGTGATATAAGTGCGTAACCTTC
TCTGTCCATCTATGCAATATCTCTCTCACTCTTTGGGTAGCCTGTCTGAT
CGATATGTATGGTTGTGTTGGCGAGCTGGATGACGCGATTTTCATCGATC
AATTCTTGGTTCGGCTTTGCTTGGTCTCTGTTGTACTGTAGGTTGTCTGC
TTCCGGCAAAGTTCCCCCGCTCGAGGACAGAAACGGTCACCCTGAAGCCC
TAGAGAAAAATCGACAGGAGTAAAATGCCGAAATTATTTGTGCAGAATAT
TGCCCAAGCGCGAAGAACACCTGGAATCCCGCCGTGTGCTACATTGGGAG
AAACGGCTTCTCTCCATCCTAAGGGATGCGTACTTCATGTACGTAATCTC
ATGATTGCAGGCAAGCCACCAAGTGAGCCCCAACCCCTGCCGTCCCTCCT
CTCTGTCGCTCTTTTTCGTACGCTATTGCAGGCTTCTGGTGTGTCCGGAA
AGCAAGGCACCTTGCAAGTGGTGTGCCCCAACTACGGAAGAACGGGGACC
AAGTCAATGAAAGCAGCCCTAGAGATCCTAGGGTTTGGGCCGTGCTACCA
TAGTGAGTGCACCCTTGATAAAGCAAGTGAGCCCTCTTGCCTGGTTGTAA
CAGGCGCAAATCGTCGCACCGACAATGTCCTTTTCTGGAAAGGCACGTCT
GTCTGGCTGTCTATGTGCTTTGTGTCTGTGTGTCGGCCCGCCTGTTTGTC
TACCTGCCTGCCTGTCTGTCTGTCGGTCTGTCTATGTGTTTGTGTCTTTC
TGTCTGTCCGTCTGTTTTCTACCTGCCTGCTTGGCTGCCTGGCTGCCTGT
CTGTCTGTTTGTTGTGGTTGAAAGGTTAAGGTTTATGGTATGTGGAGAAG
GACGCATAGAACCTCCCCAACGTGTGTCGAGGACGATTCCCTCTTTTGGC
ATATCGACATTTCACGAAATTGCTTTTGCTGAATATCATGGCCTCCACCT
CTTGTTCTAACATGTACTCGCCCCGGAACCTTTGCGTTGTGTATTGTAGA
GCTAAAATAATGGCATCATCTTTGTTTTTCCATCTTGTGGTTGTCGTAGG
GGGGTCTGTGACCAGCCACGAACCCCCCGTTTATCTATTTTTTTAGGTGT
ACGGAAAATATGGGTGCCATAAAGCAGGTCTCACACCTTTTCGTGTTGAA
GAAAACGATTACGACAACTACGATGTCCTGAACGCTTTGTGCTCCAACAT
AACACCACGATCGTGATGTTGACCACTGCTGCTGTCGCTATGATACATGA
TGACGTCAACAAAACTGAACAACGGCGCCAACAACAGTGGTCAGCATAGT
TGGGAGCCACCTGAAGAATCACCCACAGGCGAGTGGTGCAGTGTGAAGCT
CCTTTGATAACCTCAAGCCTACGCTCTCAACCACTGCCTTCTTCAATCAT
CAAGAAGATATTCGCTTGGAACGAGAGCAAAAGTTTTGGGCGTGTCCCAA
GAAAGGATGAACAGCATGGTAGCTCTTCGATCCCACTGGCTAGTACACCG
TCCGTGTGTTCTCGCGACAAAAACGAGAAGTAGATTATAATACGCGTCTC
AATTGAGAAGAAGCCTGCCTCGATGAAACACGGCCATTGTGGGCCTGTAG
GAGAGACGAACAGGACGATGCACGGGGGCGGAATCGCCGGTTAGATCAGG
TTGAGAGGATAGCATCCTCGTGTGTCGCCCACCCCGGTTTGGAGGCAATA
GCGTTAGGAGGGGTAGACTCGAGCCCGTAGGGTATGCAGGCAGGCACCGC
CATCGGCTTCAGCACGCGGGACCTTCAAAAAGAAGAAAAGAGCACCATGC
GACGGACAGGGATTTTCCGATAGCGTGGATGCTAGAGTACACCCTCAACC
TTATCCTATCCTATGCCACAGTTTCATCCGAACATTTTAGCTTTCGGACA
GTTTTGTGACTCGGGTGAGACTTTCCATTGGCCGTACCAAAGGACTTGGT
TGGCACGGGTATTACTTTCCAAGCCTACCTTAGTATGTGTTGGTAGAATC
ATACCGGCACACACCCCAGGCAGGGTCAAAGGCCGTGCATCTGTTTGAAT
GGAAGAAGGGGGAAGCGTCACCCTGAGCCTCTGCCATTGCTGCTGCTGCT
GCTGCTGCTGCTGCTGCAGCCTGTACCCGACCCTGGATTGCGGCGCTTCC
GCTGGTGTCTTAGCATCCCGTGCTGATTTTCCATTGCTCGCACTGCTAGT
CTCCGTGCCAAGCGTGGGCTTCCCGTCAAGCGTTTCCGAATGTGCTATTT
TCTGATACTGTCGTGGACATTGACGTGCTATTTTCTGATCCGCTTGTTTC
TTGTTTCGTACACCTCGTTTCGTATCCCCTTCTCTCACATCTTGTTTGTT
ACCACATCCACTTTTTTTGTCCCCTTGTGTCCTCGTTGTAAACACAGCTC
TGGGTGGATGGGTTCCAGGGCCGCGGGCTCGACGTCAACAAAATATTGGA
CGGATACAAGGCGGTCGTGGATTGGCCGGCGGCGAGCTTCTACAAGGTTC
GCCATGCGTAAATGTGTTGAAGTTGCATGCGTTTGCTTTGTCGTGTGCTC
CACTTGCCGCTGGCACTTGCGACAAACTCGCCCCTGGACCTACAAGCGGG
CACACATGTAAACAGCTGTCAGTTGGACAATTTCTATTTCCTCCGCATCA
GGTTTCCATTTTGTTTCAGGAGGCATGTTTACAAAACGCCTGTCGTGGCC
GAAAAACAATGAGCGCCAGGCGTCATCATCTCCTCTGCCTCCGCAGCTTG
CACGTCGTCCCTCGTTCGTAGCGCTTCGAATCCACTCCATACTCAACAGG
TGGTGCTGTTCTGTATTCCTATAAGTGGCATTTTTCTCTTTTATTTGTCC
CATTGTTTCCGTTGGTTGCGTGTGCCATCTACCGTACGATCTTGCCTCTC
TCAACGGAAGAGTTCCCATGGTGGATCGGGTAAGGTAAATATTTCATCGG
ATATGCATGCCTTTCAAGGTCGTTACGCGAAAAGGACGGGCCGTTATGTA
GGGGTGGATGACACTGGTAGGACGTTGTTCATTGGTGAGTTTCTTGTCAG
TGGCTCGAAAATAGGCATTCTTCGTGTGTGCCTCACCTCACTCGGGGTGG
TCGTAATCTCCGTGATCTCCGTTACCTGGCAGGAGGTCTTGCAATCGAAC
CCGAACGCGAAGGTCATCATGACCGTGAGGGACCCAGATGCTTGGTGGAA
CAGCATGGTGGCTTCCATCCACACCAAGAACCCTGTCCTCGGGGGATGGG
GTGAGTAGACCAACGTACAACAGGACCGACGTCTTCTCGCGTCCTTGGCG
CACGCATGAGTTGTCCCAAGCACTACACCCCAAAACTCTTACTTCAAGAC
TAGATGTTTGTCGTAGCATGGTTGGTGATGGTGGTGGTTTTGTGTTGTCG
TTGGCGTTGATAACGGTGTTGTCTTCACGGTAAGAACCTGATGTCTAACC
GGTATCTGCTCTTTCCTACAATGCACGGGTAAAGTCACGACACGAGTATC
CGGCACTGGTGACAAGCAGTGAAACCCGAATACCGATGAAGGAAGGCCTC
GAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GAGAGAGCATGCCGCCACTCCTGAAGGATTATTTCATAGCAGTACAACGG
CAAGAAGCTCTTCTCCAATGTTTGCATACACATTTACGGCGAACTATGTT
TTTGTCGCACGTAACGTGTTGCTTTCACGACATACAATTCTCCCCCTGCT
CCAGTTTTAGCCCAATAACGTGAATGGCGTTTTTGATATCCTGACGAAAG
CTCCGGAATCCCGTGTATTTTCCAGGTTTTCGGATGTCATGATTTATAAT
TTAACGCAAATTAATTCTGAGAAAGCTTAACACAATTATAATTATATAAC
TGTTACTCACGCACTGTTGNNNNNNNNNNGGGCCGGGTCGGGGGGTTGGG
GGGGGGCTTTTCCCCTCTTTTTTTTTCTGGTTTTTGGGTTTCTTGTTTTT
CCCCCCCCCCCCCCCCCCCCCGAAAACATGCAGCAAACGTCGAGCCTTCT
TGGTTTCGCACCCCTGGCTGGTGTCTCGCGCTAGTATTAACTGCGGGACA
GGGTGCTCTCAAGCACGAGAACACCCCCACAATCAATGACGGTCTCGTCC
CTTCCTCCTTGGTGCGGTTTTGATCTCGCGCAAGGATCAATGGACCGATT
CATGCTAAGAGGATTTAATCGCGTGTGTACGGGTGTATTTTATATCTCCA
GGAATATTCTTCCTGGAGGTGCTCAAGTCCGACGTCCGTCTGTACAAGCA
CATGCTGGGGTACATGAAGACCCACACGATGGAAGAAGACGAGGCCAAGG
CTGACTACGTCAGGCACAACAAGGAGGTCTTGGCGCACGTCGGTGCTGAC
AAGGGACGCGAGGTATTTGACCCCTCTTTTCATTCAAGCGATATCGAAAG
TGGGACCACTTGACCGGTCCCAATTGCGCGCCAGGGCCGATAAAATTATG
TGGCGAATGGTGCATCGACTTGGTTCAACGGGTCACGCAAACACATCGCC
AGCGATGTATCGACGACAAACCTGATTTTCCCACCTCGCGTACGACAAGA
GCTGCCACGATGAGGTAAATGCGTGTTGACAGCAAACAAACGATGCCAAG
AATAGATCAAAACAGCCGAGATCTGACAGGGTTTGGGAAGGTCTGTAGCA
ACCTGTCCAAATCGTTTCGATGTATGAATATTTTTCACGTGGTCGTCGTT
GTGGTTCTCTCCAAAGCTGTAACGGTTTGACTTTGTTCAGTACGTTCTAA
CATCCGTACGTACCTGGTCCGACGGGAACGCCTTTCCTAGTCCCAGGCTA
ACAAGAGTAACCCCAAAATCGCACGCATTCTATTACAACTAAAGAGAAAC
AGAAGGACCAGGACTTATCAAGACAAACGCAATAGTAGTGTCAACCCGAA
GAAAATGCTTCACAGTTACGATTTCAAGTGGCACGTCAGACAAAGAGTAG
ATGAGATTGGCGCAGTACACGGAGCCCACCGCTCCCATTCGACACGCCAG
GCCAAGCAACAGAAATAATTGGAAGTACCAGGGACTACCACAAAAATATC
GAAGATGACGAACATGTTTGAATACTATCTTTTATTTTTCCTTAATACAA
CCTCCCCCAAATAGCGTTGTTTAACAGTTATATCAGCTGAGAATTCCGAG
AGGAAAGTTCCATTCATTTTTCGCGTGGACGGCTGAGAGCTCAGTATTCC
GTTTTTTCGGGCTCTCACAGAGCAGTATTTTCCAATTGTTCAGGTCCTCT
CACAACCATCGTTTGACCCTTTTCTCCCTTCGATTCAATTTCGTTCCACA
CGCCTTCTCTCCCACACACCTTCTCGGCTTTTGGTTATCTCTCGCCCTGT
CACTGTCTCCGTCTGTCTGTCTGTCTGCCTCTCTCTCTCTCTCTCTCTCT
CTCTCTCTCTGTCTCTCTCTGTCTCTCTCTCTTCTATCCATCTCTCATAC
CCCCCAGCTCACTTTTATTTTCATGCTCACAGGTTGGATTGTATTTCCAC
ACACTGGACTCTTTTCAGATAGACTGGATGCTTCCGCTTCTTTTCCGATC
ACATATGGGCTGTCGTTCTGTCCGCTCGCTGTCTGTCTGGAACTCACGCA
CTCCTTTGCGGCTCTTCCCGTTACACGAGGTCCATCGCTCTGTCGCTTCG
CTCTTTGTCTGGATCTCACGAACTCCTTTGCGATCATACGAGATCTCTGC
TATCTGTTTGTATCTCACACCCGCGACCATCAAGTACGGATGCGTCAGGG
ATTTGTCCGCTTTTTCCGCCGGCATTCTCCAATTCGCCGCTTTTCTGACA
TCTGCAAGATTCTCCGCCTGCGTTCTCCGATTCTCCGCTTTTCCGACCTC
GGCAACTTGCGCAACTCTCTCGCTCTCTTCCTCGCACACGCGCTCGCGCC
CCCTCCTCTCACTTCGCCGACAGCACCCTCCACTGCCTACCAGCACCCTC
CGTCTAAGTATTGAACGTATACATTTTCTGTTTCGGCCAGGAGCTCTTCT
TTCTTGAAGCGCCACATTTCCAGCGGGCCGCCCTCCGGACAGCATTCATT
CCGGATTTTCGGCCGCTGACAGACGACCTTTTTTTTTCTTTTCCGTTCCT
GATTTCTTTCTGATGATCACGCTCTCTCAGCTGTATAACACGCTGTGCTT
TATAGAGCAGTACACAGTATTAGTTCTCGTTTTGTCTCTGTCTGGGCTCG
GTCTCTCTCGCTCTCTTTCTCTCTATTCTCTCTCTCCCATTCTCTCTCTG
TCTTGTATGGCTCTCTAATATCTCTCCGATTCTTTCCGGGGAATCTTTGC
GATTCGTTCCTGTTGCCACAGCTTTTCGGCACTCCCCTCTCCTTTCGTGC
CCCGCGCAAACACTCACTCTACAGCCGCCCTACGCTCACATGTAGCTTCT
TCGTGTTCCGTTGGGGTGTACACACGACGACACGCTGTTCTCTCCAACAG
AACAATAAAGAGCAGCGTAGTGCTTTCTCAATACATGCGTGTTCCAATAC
ACGCATGCGTTGTTGTGTTGTATGCAATTTTTTCAGTTCGGGTCCATCCA
ATATCTCCAAGCAGAGGATCTTCCGAGCAAACACAGGCAATATATTCCGA
TCTTTGACTGGATGGCCCGGTCGTTCCGGCTTTCCGATCACACGACGTCT
GTCGCTCTGTCCTCCCCTGCACACATTCATTTGCGGCTCTCTGTCTGGAT
CTACGCTGAGAGGGCTCCATTTCGGGTCCTCTCGGGCTCTCACAGGGCTC
CATGTTCTCATTTCCATCTGTTCCAGATCTTTGGAGCTCGCCGTTTCTCT
CTCATACCTTCTCATGTTGCCTCTGGCTCGTTCATCACAATCGGCTCGGT
CGCACGGAACCTTTCGCCCTTTCACACACGTCACATTATTACGTGTCAGT
CTCTCTCTCCCCTCTCATACACCAATCTGTCGTCGGCTCTTACAACAACA
GCAGCCTGCCTCTCCATCTCACATGTCCCACAGCAGTATATTGCTCATTC
CGTTTTCGTTTCGCCTTTGTTGACCATTCCCCTTTTCCCGCTCTCTTTCG
CTCGCTCGAGAAACCTTTTGTCGCTTTCCTCTGCTCCCCATCCACCACGA
ATACAAACATCTCTTT

Coding sequence (CDS) from alignment at E-siliculosus-1a_F_contig1251:4017..19682-

>mRNA_E-siliculosus-1a_F_contig1251.1561.1 ID=mRNA_E-siliculosus-1a_F_contig1251.1561.1|Name=mRNA_E-siliculosus-1a_F_contig1251.1561.1|organism=Ectocarpus siliculosus Ec863f_EcPH12_90f female|type=CDS|length=3432bp|location=Sequence derived from alignment at E-siliculosus-1a_F_contig1251:4017..19682- (Ectocarpus siliculosus Ec863f_EcPH12_90f female)
ATGTCGTCGCTCTCCAACGGAGGACGCAAAGCTCCCAGCGTCTCGGCCGG
GATCACGGTGAACGTGGCCGAACTCGTAGAGGCGTTTCCCAACTACCAGA
TGTCGTCGCTCTCCAACGGAGGACGCAAAGCTCCCAGCGTCTCGGCCGGG
ATCACGGTGAACGTGGCCGAACTCGTAGAGGCGTTTCCCAACTACCAGCA
GGAACCCGACCGTGTGCAGCGTGATGTGCTGGAGCTCTCCAAGAGCTGCA
AGACCTTGGTCCCCAAGCGAGGGAGCGTGGCAGGAACCCGACCGTGTGCA
GCGTGATGTGCTGGAGCTCTCCAAGAGCTGCAAGACCTTGGTCCCCAAGC
GAGGGAGCGTGGATTTGGAATCTGGGCGAACGGAGCTCTTGACGCTACAC
GGGACATTTCCCATGGTGTTCCGCAACGCACAGTATTTCACCCCTGTACA
GATTTGGAATCTGGGCGAACGGAGCTCTTGACGCTACACGGGACATTTCC
CATGGTGTTCCGCAACGCACAGTATTTCACCCCTGTACAGATCTACATCT
CGGAGAGCTACCCGGCTTCTCCCCCGGTGTGCTACATCATACCCACTCCT
GATCTACATCTCGGAGAGCTACCCGGCTTCTCCCCCGGTGTGCTACATCA
TACCCACTCCTGGTATGTCCTTGAGAGCTGGCCATCAAAGTGTCGACGAA
ACCGGCCTAGTCTCCCTGCCCTACTTGCAAAGCTGGAGCGCCGCTCACAA
TCTGGTGGAGTTAGTGGGCACCATGTCGACCATTTTTGGAGCGCAACCCC
CGGTATGTCCTTGAGAGCTGGCCATCAAAGTGTCGACGAAACCGGCCTAG
TCTCCCTGCCCTACTTGCAAAGCTGGAGCGCCGCTCACAATCTGGTGGAG
TTAGTGGGCACCATGTCGACCATTTTTGGAGCGCAACCCCCGCTCTTCGC
CACCCCCTCGCCCAGTTCCTCGACTCCCACCAAGACCAAAAAGCTCTTCG
CCACCCCCTCGCCCAGTTCCTCGACTCCCACCAAGACCAAAAAGGCTTCT
GGTGTGTCCGGAAAGCAAGGCACCTTGCAAGTGGTGTGCCCCAACTACGG
AAGAACGGGGACCAAGTCAATGAAAGCAGCCCTAGAGATCCTAGGGTTTG
GGCCGTGCTACCATAGCTTCTGGTGTGTCCGGAAAGCAAGGCACCTTGCA
AGTGGTGTGCCCCAACTACGGAAGAACGGGGACCAAGTCAATGAAAGCAG
CCCTAGAGATCCTAGGGTTTGGGCCGTGCTACCATATGGTCAGCATAGTT
GGGAGCCACCTGAAGAATCACCCACAGGCGAGTGGTGCATGGTCAGCATA
GTTGGGAGCCACCTGAAGAATCACCCACAGGCGAGTGGTGCACTCTGGGT
GGATGGGTTCCAGGGCCGCGGGCTCGACGTCAACAAAATATTGGACGGAT
ACAAGGCGGTCGTGGATTGGCCGGCGGCGAGCTTCTACAAGCTCTGGGTG
GATGGGTTCCAGGGCCGCGGGCTCGACGTCAACAAAATATTGGACGGATA
CAAGGCGGTCGTGGATTGGCCGGCGGCGAGCTTCTACAAGGAGGTCTTGC
AATCGAACCCGAACGCGAAGGTCATCATGACCGTGAGGGACCCAGATGCT
TGGTGGAACAGCATGGTGGCTTCCATCCACACCAAGAACCCTGTCCTCGG
GGGATGGGGAGGTCTTGCAATCGAACCCGAACGCGAAGGTCATCATGACC
GTGAGGGACCCAGATGCTTGGTGGAACAGCATGGTGGCTTCCATCCACAC
CAAGAACCCTGTCCTCGGGGGATGGGGAATATTCTTCCTGGAGGTGCTCA
AGTCCGACGTCCGTCTGTACAAGCACATGCTGGGGTACATGAAGACCCAC
ACGATGGAAGAAGACGAGGCCAAGGCTGACTACGTCAGGCACAACAAGGA
GGTCTTGGCGCACGTCGGTGCTGACAAGGGACGCGAGGAATATTCTTCCT
GGAGGTGCTCAAGTCCGACGTCCGTCTGTACAAGCACATGCTGGGGTACA
TGAAGACCCACACGATGGAAGAAGACGAGGCCAAGGCTGACTACGTCAGG
CACAACAAGGAGGTCTTGGCGCACGTCGGTGCTGACAAGGGACGCGAGCT
GTATAACACGCTCTGTATAACACGCTCTTCTTCGTGTTCCGTTGGGGTGT
ACACACGACGACACGCTGTTCTCTCCAACAGAACAATAAAGAGCAGCGTA
GTGCTTTCTCAATACATGCGTGTTCCAATACACGCATGCGTTGTTGTGTT
GTATGCAATTTTTTCAGTTCGGGTCCATCCAATATCTCCAAGCAGAGGAT
CTTCCGAGCAAACACAGGCAATATATTCCGATCTTTGACTGGATGGCCCG
GTCGTTCCGGCTTTCCGATCACACGACGTCTGTCGCTCTGTCCTCCCCTG
CACACATTCATTTGCGGCTCTCTGTCTGGATCTACGCTGAGAGGGCTCCA
TTTCGGGTCCTCTCGGGCTCTCACAGGGCTCCATGTTCTCATTTCCATCT
GTTCCAGATCTTTGGAGCTCGCCGTTTCTCTCTCATACCTTCTCATGTTG
CCTCTGGCTCGTTCATCACAATCGGCTCGGTCGCACGGAACCTTTCGCCC
TTTCACACACGTCACATTATTACGTGTCAGTCTCTCTCTCCCCTCTCATA
CACCAATCTGTCGTCGGCTCTTACAACAACAGCAGCCTGCCTCTCCATCT
CACATGTCCCACAGCAGTATATTGCTCATTCCGTTTTCGTTTCGCCTTTG
TTGACTTCTTCGTGTTCCGTTGGGGTGTACACACGACGACACGCTGTTCT
CTCCAACAGAACAATAAAGAGCAGCGTAGTGCTTTCTCAATACATGCGTG
TTCCAATACACGCATGCGTTGTTGTGTTGTATGCAATTTTTTCAGTTCGG
GTCCATCCAATATCTCCAAGCAGAGGATCTTCCGAGCAAACACAGGCAAT
ATATTCCGATCTTTGACTGGATGGCCCGGTCGTTCCGGCTTTCCGATCAC
ACGACGTCTGTCGCTCTGTCCTCCCCTGCACACATTCATTTGCGGCTCTC
TGTCTGGATCTACGCTGAGAGGGCTCCATTTCGGGTCCTCTCGGGCTCTC
ACAGGGCTCCATGTTCTCATTTCCATCTGTTCCAGATCTTTGGAGCTCGC
CGTTTCTCTCTCATACCTTCTCATGTTGCCTCTGGCTCGTTCATCACAAT
CGGCTCGGTCGCACGGAACCTTTCGCCCTTTCACACACGTCACATTATTA
CGTGTCAGTCTCTCTCTCCCCTCTCATACACCAATCTGTCGTCGGCTCTT
ACAACAACAGCAGCCTGCCTCTCCATCTCACATGTCCCACAGCAGTATAT
TGCTCATTCCGTTTTCGTTTCGCCTTTGTTGA