mRNA_Ecto-sp13_S_contig638.17139.1 (mRNA) Ectocarpus species13 EcNAP12_S_4_19m

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

Overview
NamemRNA_Ecto-sp13_S_contig638.17139.1
Unique NamemRNA_Ecto-sp13_S_contig638.17139.1
TypemRNA
OrganismEctocarpus species13 EcNAP12_S_4_19m (Ectocarpus species13 EcNAP12_S_4_19m)
Homology
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A6H5KX44_9PHAE (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KX44_9PHAE)

HSP 1 Score: 647 bits (1668), Expect = 3.030e-225
Identity = 323/344 (93.90%), Postives = 334/344 (97.09%), Query Frame = 1 
Query:    1 MRVVASSLVLLLAGVQSLHVSVPPRVRRGSPSSPLLLRCRPISNHQHLSSNTRVLASPSDTMMSKEDLEKTTNSAPNDSAPILETKDSAPPKPYTPSILWWTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAAEQARSPPEQEESTN 1032
            MRVVAS+ VLLLAGVQSLHVS+PPR RRG+PSSPLLLRCR ISNHQHLS NTRVLAS SDTMMS EDLE+TT+SAPNDS PILETK S PPKPYTPSILWWTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWT+GEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELA+IERQRVVRSA+AGLLLHGPLSHVWYNVCEGLFDIVGWN+YWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAH+VTYGLVPKENRLLWVDAVEIVWVTILSSQAAEQARSP EQEEST+
Sbjct:    1 MRVVASAFVLLLAGVQSLHVSIPPRARRGAPSSPLLLRCRLISNHQHLSRNTRVLASSSDTMMSTEDLEETTDSAPNDSTPILETKASTPPKPYTPSILWWTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTIGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELAEIERQRVVRSAMAGLLLHGPLSHVWYNVCEGLFDIVGWNEYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHVVTYGLVPKENRLLWVDAVEIVWVTILSSQAAEQARSPAEQEESTS 344
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A836C8Z2_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C8Z2_9STRA)

HSP 1 Score: 315 bits (806), Expect = 1.350e-96
Identity = 139/242 (57.44%), Postives = 181/242 (74.79%), Query Frame = 1 
Query:  280 YTPSILWWTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNS-EVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAAEQAR 1002
            Y P +LWW K+  EE++++N   N+GFL  V + T+AV    ++ + SRGWT  E +LR+P DNW GY +MLR  PV VKA TSG VYALGD  AQ+  GT LA+++R RV RSA AG + HGPLSH WY VCE LF  +GWN  WWV  PKI+TDQL+WGP WNA Y+  +G++ +D+ A +WEA+TST +PLV++G++LWP  H+VTYGL+P ENRLLWVD VEI+WVTILS QAA++A+
Sbjct:   41 YKPKLLWWCKSEMEEDREVNFLVNSGFLIAV-IVTVAVRLASSTLDASRGWTAEEVLLRLPQDNWQGYMDMLRSHPVLVKAVTSGTVYALGDWTAQTTNGTPLAELDRWRVARSAAAGFVGHGPLSHCWYEVCEALFSAIGWNGAWWVTLPKIMTDQLVWGPIWNATYVVLVGLMKRDAPARVWEAVTSTMVPLVVSGLKLWPAVHLVTYGLIPPENRLLWVDTVEILWVTILSKQAADEAK 281
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A7S1VV68_9STRA (Hypothetical protein n=1 Tax=Grammatophora oceanica TaxID=210454 RepID=A0A7S1VV68_9STRA)

HSP 1 Score: 252 bits (643), Expect = 1.410e-72
Identity = 114/219 (52.05%), Postives = 154/219 (70.32%), Query Frame = 1 
Query:  334 LNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAA 990
            +N   N G +  VAL  +A V  V+ ++ RGWT  E + R+ LDNW  YSE+L  +P+Q KA TS  VYA+GD++AQ  EG  + +++R R +RS +AGL+ HGPLSHVWY+V E LF  + WN+ WW   PK++ DQL WGP WN +YI  LG++  +S   +W  I  T +PL+++G++LWPLAH VTYGL+P ENRLLWVD VEI WVTIL+SQA+
Sbjct:  106 INETINTGLIVLVALGVLARVGTVDQDMMRGWTAAESLTRISLDNWADYSEILNAAPLQTKAITSATVYAIGDIIAQRTEGVSMGELDRPRTLRSLLAGLIGHGPLSHVWYDVSEELFTALHWNE-WWGFFPKVMVDQLTWGPFWNNMYIVLLGIMKMESWETMWGDIKRTTVPLIVSGLKLWPLAHCVTYGLIPVENRLLWVDVVEIAWVTILASQAS 323
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: B7G9T7_PHATC (Predicted protein (Fragment) n=3 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7G9T7_PHATC)

HSP 1 Score: 246 bits (629), Expect = 3.070e-72
Identity = 110/215 (51.16%), Postives = 146/215 (67.91%), Query Frame = 1 
Query:  349 NAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAAE 993
            N GF+ GV    +  +  +++ +SRGWT  E   R+P+D W GYS++L  SPV  KA TS  VY +GD +AQ  +G  + D++R R+VRS +AGL+ HGPLSH WYNVC+  FD V     WW   PK++ DQ  WGP WN  YI  LG++  +    IW  +  T +PL+++G++LWPLAH VTYGLVP ENRLLWVDAVEI+WVTIL++ AAE
Sbjct:    3 NTGFIVGVVGVLLYEITTMDATISRGWTSEELAARIPMDVWAGYSQVLENSPVATKAATSATVYTIGDFIAQRTQGAAMGDLDRGRIVRSMLAGLIGHGPLSHFWYNVCDHFFDNVLHWTAWWSFFPKVVVDQTTWGPIWNNTYILLLGLMKLEKLETIWSDMKRTTVPLILSGLKLWPLAHCVTYGLVPVENRLLWVDAVEILWVTILATTAAE 217
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: W7TQH1_9STRA (Peroxisomal membrane 22 kDa (Mpv17 pmp22) family protein n=3 Tax=Monodopsidaceae TaxID=425072 RepID=W7TQH1_9STRA)

HSP 1 Score: 249 bits (635), Expect = 2.030e-70
Identity = 124/257 (48.25%), Postives = 160/257 (62.26%), Query Frame = 1 
Query:  223 APNDSAPILETKDSAP-PKPYTPSILWWTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAA 990
            AP  S   L   D+A  P+     +  +   +  ++++LN   N G ++ VA   +A V  V+ +V RGWT  E   R+PLDNWDGY  +L   PV VKA TSG VY LGD VAQ  EG  L +I+R RV RS IAG + HGPLSH WY V E  F  +GW   WW   PKI  DQL+W P WN  YI  LG + +++   I   + ST+  L+ +G++LWPLAH+VTYG++P ENRLLWVD VEI+WVTILS +AA
Sbjct:   85 APVTSLETLSEHDAADTPRSLQERVRLFAATKGVDSRQLNFLLNVGLISAVAALVLAKVVTVDLDVWRGWTPAEIFTRIPLDNWDGYMNVLSLHPVFVKAVTSGSVYTLGDGVAQLYEGKTLGEIDRGRVARSGIAGFVGHGPLSHWWYGVSEDFFGWLGWEG-WWTTFPKITVDQLVWSPIWNGCYIFLLGAMKREALGEIVNTVKSTSFSLITSGLKLWPLAHVVTYGVIPVENRLLWVDLVEILWVTILSREAA 340
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A7S2HYH1_9STRA (Hypothetical protein n=1 Tax=Helicotheca tamesis TaxID=374047 RepID=A0A7S2HYH1_9STRA)

HSP 1 Score: 241 bits (615), Expect = 1.050e-68
Identity = 110/222 (49.55%), Postives = 148/222 (66.67%), Query Frame = 1 
Query:  328 KKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFD-IVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAA 990
            K +N F N   +  V +  ++ V  V++ ++RGWT  E   R+P+DNW  YS +L  +P+  KA TS  VY +GD++AQ  EG  + D++R R++RS +AGL+ HGPLSH WY+  E  FD ++ W + WW   PK+I DQ  WGP WN  YI  LG +  D    IW  I  T +PLV++G++LWPLAH VTYGLVP ENRLLWVD VEIVWVTIL++QA+
Sbjct:   96 KDINSFINTAVVIAVLVALLSKVASVDAGLTRGWTPEEVAARIPMDNWSSYSAVLEDAPISTKAITSASVYTIGDVIAQRTEGNSMGDLDRPRILRSLLAGLIGHGPLSHFWYDYSEAFFDDVLKWTE-WWSFFPKVILDQTTWGPFWNNTYIILLGAMKLDKWENIWGDIKRTTIPLVVSGLKLWPLAHCVTYGLVPVENRLLWVDLVEIVWVTILATQAS 316
[Close]
BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A7S2LHE2_9STRA (Hypothetical protein n=1 Tax=Skeletonema marinoi TaxID=267567 RepID=A0A7S2LHE2_9STRA)

HSP 1 Score: 241 bits (614), Expect = 1.300e-68
Identity = 117/234 (50.00%), Postives = 155/234 (66.24%), Query Frame = 1 
Query:  337 NLFANAGFLAGVALFTIAV-VFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFD-IVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAA---EQARSPPEQEE 1023
            N   N    A +AL T+   V  VN  + RGW+  E   RVPLDNW+ Y+ +L  +P+Q K+ TS  VYA+GD +AQ  EGTE+ +++R R+ RS  AGL+ HGPLSH WY + E  F+ ++ W D WW   PK++ DQ LWGP WN  YI  LGV+     + +W  I  T +PLV++G++LWPLAH +TYGLVP ENRLLWVD VEIVWVTIL++QAA   E   +P +QE+
Sbjct:  104 NTIINTSIFA-IALVTVVFQVLSVNVGIIRGWSTEEIAYRVPLDNWNSYNAILAAAPIQTKSITSATVYAIGDTIAQRTEGTEIGELDRGRIGRSLAAGLIGHGPLSHFWYQISEDFFNNVLMWTD-WWSFIPKVVIDQTLWGPFWNNSYIVLLGVMQFQKPSQVWADIKRTTIPLVVSGLKLWPLAHCITYGLVPVENRLLWVDMVEIVWVTILATQAAGSVESNEAPEKQEQ 335
[Close]
BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A6V2I5L6_9STRA (Hypothetical protein n=1 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A6V2I5L6_9STRA)

HSP 1 Score: 236 bits (601), Expect = 1.090e-66
Identity = 106/221 (47.96%), Postives = 143/221 (64.71%), Query Frame = 1 
Query:  328 KKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAA 990
            K +N F N   +  V    +  V  V++ ++RGWT  E   R+P+DNW GYS  L  SP+  KA TS  VY +GD++AQ  EG  + +++R R++RS +AGL+ HGP+SH WY   E  FD V     WW   PK+  DQ  WGP WN  YI  LG++  DS   IW  +  T +PL+++G++LWPLAH VTYGL+P ENRLLWVD VEI+WVTIL++QA+
Sbjct:   95 KDINGFINTAVVVAVLTALVFKVTSVDAGLTRGWTPEEIATRIPIDNWIGYSSTLHNSPISTKAITSASVYTIGDVIAQKTEGAGMGELDRPRIIRSLLAGLIGHGPMSHFWYEYSEDFFDNVLHLTEWWSFFPKVAIDQATWGPLWNNTYILLLGLMKLDSWERIWGDMKRTTIPLIVSGLKLWPLAHCVTYGLIPVENRLLWVDLVEIIWVTILANQAS 315
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BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A8J5X504_DIALT (Uncharacterized protein n=2 Tax=Diacronema lutheri TaxID=2081491 RepID=A0A8J5X504_DIALT)

HSP 1 Score: 232 bits (591), Expect = 2.110e-65
Identity = 116/229 (50.66%), Postives = 154/229 (67.25%), Query Frame = 1 
Query:  322 ENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSS--QAAEQAR 1002
            + + LN   N   LA V L  +  +  V++E+SRGWT  E + R+P DNW  Y+  L  SPV  KA TSG VYALGD++AQS EG  LAD++R R VRS++ G  LHGPLSH+WY   E LFD++ W  +++VP  KI+TDQL WG  WNA+YIA +G+ +  +   I   I  T  PL+  G++LW  AH++TYG+VP ENRLLWVD VEI+WV ILS+   A++QAR
Sbjct:   99 DTRTLNAALNFAGLAVVVLAVVVKLLTVDAEISRGWTWFEIVSRLPSDNWSDYTSFLTASPVLTKAITSGTVYALGDILAQSTEGKGLADLDRVRTVRSSLCGFTLHGPLSHLWYIFAERLFDLLHWGAWYFVPL-KILTDQLTWGALWNALYIAAIGLTSGRALPTIQGEIKETVFPLIRDGLKLWCPAHMITYGVVPIENRLLWVDLVEILWVVILSTTASASKQAR 326
[Close]
BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Match: A0A7S2PLY5_9STRA (Hypothetical protein n=1 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2PLY5_9STRA)

HSP 1 Score: 231 bits (590), Expect = 2.230e-65
Identity = 107/220 (48.64%), Postives = 144/220 (65.45%), Query Frame = 1 
Query:  337 NLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYILRVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIERQRVVRSAIAGLLLHGPLSHVWYNVCEGLF-DIVGWNDYWWVPAPKIITDQLLWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIVTYGLVPKENRLLWVDAVEIVWVTILSSQAAE 993
            N + N G +A V +  ++ +  V+  + RGWT  E  +R+P+DNW  Y  +L  +P+  KA TS  VY +GD++AQ  EG    D++R RV+RS +AG + HGPLSHVWY+  E +F +   W + WW   PK+  DQ+ WGP WN  YI  LG++       IW  I  T +PL+++G++LWPLAH VTYGLVP ENRLLWVD VEIVWVTIL+S AAE
Sbjct:   88 NAYINIGVIAIVTVLALSKLATVDMGMMRGWTAAEMAVRIPVDNWASYESILHAAPISTKAVTSATVYTIGDIIAQRTEGKSYGDLDRWRVLRSLLAGCIGHGPLSHVWYDWSEDVFTEQFHWTE-WWSFFPKVAIDQMTWGPFWNNTYILLLGIMQFRPLKDIWTEIKETTVPLIVSGLKLWPLAHCVTYGLVPVENRLLWVDLVEIVWVTILASAAAE 306
The following BLAST results are available for this feature:
BLAST of mRNA_Ecto-sp13_S_contig638.17139.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KX44_9PHAE3.030e-22593.90Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2... [more]
A0A836C8Z2_9STRA1.350e-9657.44Uncharacterized protein n=1 Tax=Tribonema minus Ta... [more]
A0A7S1VV68_9STRA1.410e-7252.05Hypothetical protein n=1 Tax=Grammatophora oceanic... [more]
B7G9T7_PHATC3.070e-7251.16Predicted protein (Fragment) n=3 Tax=Phaeodactylum... [more]
W7TQH1_9STRA2.030e-7048.25Peroxisomal membrane 22 kDa (Mpv17 pmp22) family p... [more]
A0A7S2HYH1_9STRA1.050e-6849.55Hypothetical protein n=1 Tax=Helicotheca tamesis T... [more]
A0A7S2LHE2_9STRA1.300e-6850.00Hypothetical protein n=1 Tax=Skeletonema marinoi T... [more]
A0A6V2I5L6_9STRA1.090e-6647.96Hypothetical protein n=1 Tax=Ditylum brightwellii ... [more]
A0A8J5X504_DIALT2.110e-6550.66Uncharacterized protein n=2 Tax=Diacronema lutheri... [more]
A0A7S2PLY5_9STRA2.230e-6548.64Hypothetical protein n=1 Tax=Leptocylindrus danicu... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
Ecto-sp13_S_contig638contigEcto-sp13_S_contig638:5808..15207 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ectocarpus species13 EcNAP12_S_4_19m OGS1.02022-07-08
Properties
Property NameValue
Taxonomic scopeEukaryota
Stop1
Start1
Seed ortholog score557.8
Seed ortholog evalue3.6e-156
Seed eggNOG ortholog2880.D7G2C4
Model size2663
KEGG koko:K13348
KEGG Pathwayko04146,map04146
Hectar predicted targeting categorysignal peptide
GOsGO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005739,GO:0005777,GO:0005778,GO:0005779,GO:0016020,GO:0016021,GO:0031090,GO:0031224,GO:0031231,GO:0031300,GO:0031301,GO:0031903,GO:0042579,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044422,GO:0044424,GO:0044425,GO:0044438,GO:0044439,GO:0044444,GO:0044446,GO:0044464,GO:0098588,GO:0098805
Exons6
EggNOG free text desc.Belongs to the peroxisomal membrane protein PXMP2 4 family
EggNOG OGsKOG1944@1,KOG1944@2759
Ec32 ortholog descriptionMpv17/PMP22
Ec32 orthologEc-16_001670.1
Cds size1035
COG Functional cat.C
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_Ecto-sp13_S_contig638.17139.1prot_Ecto-sp13_S_contig638.17139.1Ectocarpus species13 EcNAP12_S_4_19mpolypeptideEcto-sp13_S_contig638 7436..15207 -


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

Feature NameUnique NameSpeciesTypePosition
1681463883.2278287-UTR-Ecto-sp13_S_contig638:5807..74351681463883.2278287-UTR-Ecto-sp13_S_contig638:5807..7435Ectocarpus species13 EcNAP12_S_4_19mUTREcto-sp13_S_contig638 5808..7435 -


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

Feature NameUnique NameSpeciesTypePosition
1681463883.2414775-CDS-Ecto-sp13_S_contig638:7435..75591681463883.2414775-CDS-Ecto-sp13_S_contig638:7435..7559Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 7436..7559 -
1681463883.2520494-CDS-Ecto-sp13_S_contig638:8065..82631681463883.2520494-CDS-Ecto-sp13_S_contig638:8065..8263Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 8066..8263 -
1681463883.2664456-CDS-Ecto-sp13_S_contig638:8825..91271681463883.2664456-CDS-Ecto-sp13_S_contig638:8825..9127Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 8826..9127 -
1681463883.2766705-CDS-Ecto-sp13_S_contig638:9884..99811681463883.2766705-CDS-Ecto-sp13_S_contig638:9884..9981Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 9885..9981 -
1681463883.285797-CDS-Ecto-sp13_S_contig638:10822..109581681463883.285797-CDS-Ecto-sp13_S_contig638:10822..10958Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 10823..10958 -
1681463883.294964-CDS-Ecto-sp13_S_contig638:15029..152071681463883.294964-CDS-Ecto-sp13_S_contig638:15029..15207Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig638 15030..15207 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_Ecto-sp13_S_contig638.17139.1

>prot_Ecto-sp13_S_contig638.17139.1 ID=prot_Ecto-sp13_S_contig638.17139.1|Name=mRNA_Ecto-sp13_S_contig638.17139.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=polypeptide|length=345bp
MRVVASSLVLLLAGVQSLHVSVPPRVRRGSPSSPLLLRCRPISNHQHLSS
NTRVLASPSDTMMSKEDLEKTTNSAPNDSAPILETKDSAPPKPYTPSILW
WTKNREEENKKLNLFANAGFLAGVALFTIAVVFGVNSEVSRGWTVGEYIL
RVPLDNWDGYSEMLRQSPVQVKACTSGIVYALGDLVAQSMEGTELADIER
QRVVRSAIAGLLLHGPLSHVWYNVCEGLFDIVGWNDYWWVPAPKIITDQL
LWGPAWNAVYIAFLGVLNKDSSAVIWEAITSTALPLVIAGIRLWPLAHIV
TYGLVPKENRLLWVDAVEIVWVTILSSQAAEQARSPPEQEESTN*
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mRNA from alignment at Ecto-sp13_S_contig638:5808..15207-

Legend: polypeptideCDSUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_Ecto-sp13_S_contig638.17139.1 ID=mRNA_Ecto-sp13_S_contig638.17139.1|Name=mRNA_Ecto-sp13_S_contig638.17139.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=mRNA|length=9400bp|location=Sequence derived from alignment at Ecto-sp13_S_contig638:5808..15207- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGAGAGTGGTGGCTTCGTCTTTGGTGTTGCTGCTCGCTGGCGTCCAGTC
TTTGCATGTTTCCGTTCCGCCCCGGGTGAGGAGGGGATCTCCTTCATCAC
CGCTGCTGCTGCGATGTCGGCCGATCTCTAACCATCAGCACCTCAGCAGC
AACACCAGAGTGCTGGCCTCTCCCAGCGGTGAGGGTATTGGTGACTGCTG
TTAGAGGAGAGAGGAACTCTTTGCGACGGCGGTGGGTTAGATCCCAGCTG
CGTTAGGAGGTGCGAGCTGCGCACAGCAGTACAGCAGCTGATCAGGTTCA
ACTTGATTCATTCTGTTCCCGTTCCTGGCTTGCACCATGTAGTCTTGAGT
ATTTCTCGCTCGCTCTCCGCAGGCTGGTCGCTCTAGTCCATGCTATCCGT
GTCGTGTCCCTGGTCACGAGTCTACGAACAATAAAATCCTGGTTGTAGGT
GCCCGAAGCGCTCTGCTGTGTTATGTTCGTCTTCCACGGGATATATGCAT
GTCATTTCCTGTGCAACACTTCGTGTTGAATCGGCCAAATCTATGGATCG
GATGTATGTGTACAGCAGGTACTCTGCGGCGGTGACCCATGCACAGGTGG
ACTACTGACACACAAAGACGCCGTCCAATCGAGACGATCGAGTAAATCCC
TTAGCCCTCAGACCGCCCACAGCAGTAGTCATTCAGTGGAGGAAAATCAC
ACGCGACCTTTTTTTTCGATTGCATTGGCCGACGCCCACCTTTACCAATA
AATGTTTTCTCAGGGAGAAAGAAAAAGCGAGATGGGTTTTCTATCCAGCC
GTGGCCAAACTTAGTCAGCCAGAGCTGACGATGTCTATGTATACAGAATA
AAGGCACAGCCCAACAAACCTATTTAAGAGAGCAGGCGCCTGTGTCTGCA
TTTCTCCTGTTTCGTGCCACTTTTTCGCTGTGTACCCTACTCTACATACA
GGCACAAGTGAAAAACTGTTTTTGAGCGTCTAGGCGACCATAACAGTGTT
GTTGACTGACTCTTTTACACCTGGATTGAAAAAGCTTCACTTTTCAGGAT
GGGCAGAAATCCGGCTTCTTTCACAGCCAAATTCTTCTCTTTTTTGGGTC
GACAAAATCCGAGTTCAGCTTTCTGGGTGGCCTCGACCCGGAAAGTTCGG
AAGAAATCAGGGTGGTGCCCACCCAGATTTCTCATCCCGAAAAGTTCACC
GTTGGGTGAACCCAGACGACATAATCGGCGAGTGCGACCTGAGCTCTTGA
CGTATCACTCCCATCAAGGGCTCCCAGCAACCCTACGCTGAAGAGCTTGC
TTTTCTGAACGATCGAGAGTAGGCGCTGCCGAGCAAATCCACTCCGGCAG
AGAGCAAGGAACAGAGAGCACGCCCTGACCGGTCTGGCTTCGATCGGTGG
CCTCTGGAGTGAGAAATCAGTTGCGGTGTCCTCCCCTCTCTGTCAAAAAG
CGGCTCTTTTTGCTGCCTCGTCTCGGTTTGCCCTGTTTCAGCGTTTCCCA
TGGTTGGTGCGATGCGATATAAATTTTTTTACGCACCCGTGCCTAGCGAC
CATCAACAGCCAGTGTGCAGAATAGCAAGCTCTTCGGCGTAGGGTTGCTG
CGAGCCCTTGAGGGGAGCGATATGTCACCCAGGTCGCACTCGCCGATCGT
GTCGTCTGAGTTGATCTACACCCACCTCCCAAGAATCTGCCTCAGGAATC
CGGCTCACTGTAAGAACGGCCTGACTTTATTTCAGCCGGAATTTGGCCCA
TCCTGAAAAGTGAGGTTTTTTGGCAACGGAATCCGGGGTATAAGAATGAG
CCTTTTGCCGGGATTTTTTTTTTTTCGACCTTTTTCGGCAACGCCGCCAG
TACAGCCCACCACCGTCACGTATAAAGGCACCTCCGAGTAGCTTTAGTCC
TGGCAAGTCCTTCTCGCTGAAGAAACGAAGGGAAATGAGGGCGTGTGGAG
TTCTGAGTAGCAAACACAGCATTGGACAAGTTCTGACCCAGTAATCAGGC
GTTTTCCGATGTGGGACTTTTCCCAGATCGTTCCCGGGCTTGTTACGACT
GTCACACGACACGCTGACTTGGAGACAGATCTGGTTGAGCAGACAGATTT
GGAGGACGCGTCAGTAAATTACGCTGCCCCGCGCAACTTCAACCATACGC
TGGGCACACAAGCTGTTGTCGCTGGCTTTCTGTAGCATCCACGGTATTAG
GTGGTCGTCCTCGTGGATGGAGATTTCGGCCAAAATGAAAGGTGGATCTG
GGCCTTATTCCCAGTCTATTACCCAGAGAGTCTTCTCCAGTTGCTCCGCG
ATCCGAAGACGTCGAAAGGGCGGCGGAAGGGAGGATTTTTTTTTTTGAAA
ACGATAGCCAGACAGAGAGGAGGAGAGAGAGGTTTGGGGCCTGATATCAT
TTGACCTGGTAGGTCTAGCTACCGTAGCAACGAAGAATCCTTGTGTCTCC
CACCTGGTGCAGGCACCCTATAGGTGTTACCTGCTGTTCAAGTTCTGTGG
TTGGGGATATCTACCAACACCAGCGTGCCAATCGAGGCTTGTAGTGTGGC
CCTTTGGTTTGGTGATTCGTAAGCGTTCTGATTTTCGGGGACACCGGTCC
CGGACAGCAATGAAAAAAAAAATCCCTACATAACAACACTGATAAACAAA
AGTGTATTACCCAGGGGCCCGCGGGCTGACACTAGAAAGGGCGGGGTAAT
GAGCCGAGGGGTAGCCGACTCATTACCTTGCGGTCGTCAATCTATCCGCG
ATGCTTTCGTACGTGGGTGCAGTCGATCATTTTGGATTTTGAATCCAAGT
TTTCAACCGAAAAAAATCAAGGCTACTGGAACGGACGGCCGTTCGCGTGT
GCATACAGCAGCACCGTAGGTGACACAAGATACCAAACCCCCTGGACCAA
TTTCAAATGACCGGTTGCTCCACACCACAAAGAGTGGCGGTGCCGATAAT
GGTGATGTGGGAACCGATTTGTCGAGATCTTTCCGACACTGTCTCGTTGG
GTGTACGCATCCTCTTCGAAGTGGAGTACCCGAGCTTCAAAAATCGGTAC
AGGGGGGTGATATCTTATGTCACCTACGGTAGCCGTCATACATTACGTTG
CCCAACCCGGTTGGGGTTTTCGGTGGTTTCTCTGCACGGAACGACGCAGC
AGCACTTGCAAAGCTATTCCCCGCGAGCTGTGTTCATGCAACGTCTTGTG
TGGTGGCTGGTAGAGGACACCCGGACATAGGACCCACGACACGGAAGCTG
AGGTGGCACGAGTCGGCAAAATGCATGCATGCGAGAAACACCACCCGTCC
CCCCGCTCAAAAAGGCCTTTTGGCACTGGTTTGTTTCGAGGTGACCCCTC
CCCACACACCGAAGCAGTAGCATTGACAATGGCATCCGCCACAAGCTGTG
TGTATGGCTCCCTTCCCCCGCCAGTGCTGTCTTGCCCCTCCCAGCGGTGT
CGGTGCCTCTGTGCCAACTGCGTGACTGCGTGTGTGTGGGTGGGAGATCT
CCGATTTTTTTGCCCTCAACTCCGCGGGGAGCGGGGGGAGCATCTCCTAT
GGTTTTTGGGTACAATCTCCGGTGAATCGCGGCCATCTGCTGTCGGAGCA
CGACCAAACCGGTGTGGTGAAGAGCGTCCTGTTTTAGATCGTCAATCGGT
GCTCTACGGACCTCGTGCTGGTCAAAGTGGAGGGGAAATTCAGGCGGCCG
CTTTTAGAAGTTTGCGCCTCCTGGTACATCGAGCCTGTCTTTTCCCGCCT
GGGACGGAGGGAAAAGACACGGTCGCCCTTCGCGCTCCGCGGCTCATTAT
TGGCACCATGTCAAATACGTGGTATATGTGTGTTGTATGCTTGTGTCACC
CCACCAACATCCTATACACAGCCGTCGCACACACCACCAGAAAAGCATGG
CGCATGAAGCGTAGCAAACCAACGTTGCCACAGAGTACCTTCATCTTTTA
ATAGGTCGTGACCCGAAGAACTTTAAACTTAGGTGCCAACTGTCTGCACC
AGAGAGCGATGTACTGCTGTAGCGGTACTTTTAAGAGGTTGTACACAGAC
CGGGACTGGGCCCAGGTTTCATACTAAGGCAGGTCCAAAACAGCTTTCAT
CCAAAAACGCTGTTCGTAGGCGTAGGCAACAGGTTACCGTCACATCGAGG
CCAGTGTATTTTTTCAAGCCGAGTTGACTTGAGTCAGAAATAACACGTGT
TCTCCCGCGCCCTCTGGTTCGCGTTGTTTCTCGTATGCCTGGCTGACAGA
TACGATGATGAGCAAGGAGGATTTGGAGAAAACCACCAATTCTGCCCCCA
ACGACTCTGCTCCTATTCTGGAAACTAAAGATTCTGCTCCTCCTAAACCG
TACACCCCGAGCATTCTATGGTGGACCAAGAACAGGTTTGTGCGTTGCTT
GCTTGTTTTTCTTTCGTTGAGAAACCGATGCCTCGAATCATGTTCTGCAG
CCTGGATGGTCCCTCGCGTCGTGTTCACGATGACACCGTCCGTCATGGAT
GTCACTTTGCTCTCGCACGCCGCATAGACGGAAGGGCGTCGAATAGGGCC
ATTTCACCAATATTTTCTTCAAACACGCACAAAAAAACCACAAGTTCTTG
TTACAGCTTCTCTCGAGTCAAGTCTATCTTCTACGAAGTATTTACACAAA
TTCAAACGAAAGTACACGGGTAAGTGCTGCTGATTCGACTGATGCCGCTC
CAGCCCCCCCAATCCAGGGGGCCGTTCTGCAAGCCCCAGGGAACATGAAC
AGCCAACTGTTTTTGAATATTTTGTTGTTCTGTGCGTATCAGGCAAGTGC
CCTCTTTCAGAGGGCGGTAGCGATTGATGACGCTCAACTTGGGACGGTGT
AATTACTGCTGAGAATTGGGGTCTTCACTAGCCATGAGAAAAGGACGACT
AGAACGCTCTGGAGCACACATACCGCCATGCGCCGACCCGATATTTCCTG
TTTTCCAACCTCCACGGACAAGAAGCGTGTCGGAATTTGGGGCCAAAGCT
GCTGCAACAGCAGCGGCAGCAGCAGCAGCAGCAGCATTGTATCGCGGGCT
ACAAGTTGGAGTCTGGTCAAATCCGCATACTGAGAACGTCTCGCGTGCAC
CACGTGCGGGAAACCGATGAGGTTTTGTGCCTATTAATAGGAGCATTTAC
ATATGGAGGTCAAAACACAATCAAACTGATTCTGATTCGTCAGCCCGTGT
CCTCGGTGGATGCGCCGGAAGAACAGGGAAGAGGAGAACAAGAAGCTAAA
CTTGTTTGCCAACGCTGGCTTTTTGGCGGGCGTGGCGCTGTTCACGATCG
CTGTGGTCTTCGGGGTGAACTCGGTGAGAGTTTTTGTTCCTGTGTTCGGG
TGTTAACGGCGTTGTTTCGGAGACGTTTCCACAAAAACGCCAGCATCGAA
CGGCACTGCTTCTTGTTGTTTCGTGGGAAAATCGAAGTCATTCCCCCTTT
ATTTGGCAATCTAGGCGAACACACACACAATGCACTTTCACCAACGTATG
CATGCAGATAATAAATGTAAGAGTAATGTGGGGTGGTTGGTTTTATTTTT
TGCTGGTGGTTTTGTCAGGGAATATTGGGTGCGTGTTTTGTCGAAAACTG
GGAATTCCCCAACTCTCGAGTCCAAAGAGGCTACATAACACGTGGACGGG
AGTCTCGCGGCGGAACAGGTGAACTTTGTGTGGGGTACTCGGCAGAGTAC
TGTCTACGGGGCCTCCGGGGGGTTCCATGGGGGATGATATGGGTATGATG
GACATGATGCGCGGGGCCGCTCTTGCCTCCCTCACGCCTGTCAATCGGTA
GTTGGGTAGCTTGAGTCAATCTTTTTTCTCTTTCGGCCTCTGACGAAGCT
AGCTGGTTCACCCGAACATCCTATGTCGCCAATCGGCGCGCGGAAAGGAG
ACCCAGACCAAGCGACCGGCGTAAACTGTCTCACAAGGCGAGCAAACAGA
GCAATCGTTTTTGTCGCAATCAACTCACAACCAAAATGCTTCACTTGATT
GAGAAAGGAGAGTGCGAGAGGGGGAAAGAAAGACATGACCTTGTCTCTAC
AACCCCTTTTTCTCGCTCCGAACTTTCCAGGAAGTTTCCCGGGGCTGGAC
CGTCGGAGAATACATTCTTCGGGTGCCGCTGGACAACTGGGACGGTTACT
CGGAGATGCTGAGGCAAAGCCCGGTCCAGGTGAAGGCCTGCACTAGCGGG
ATCGTCTACGCCCTGGGAGACCTGGTAGCGCAGTCGATGGAGGGTACGGA
GCTGGCGGACATCGAAAGGCAAAGGGTGGTTCGGTCGGCCATCGCCGGGC
TGCTGCTTCACGGGCCCCTGAGCCACGTCTGGTACAACGTGTGCGAGGGG
CTGTTCGACATCGTTGGTTGGAACGACTACTGGTGAGTGTTTGTGCTGCC
GCCGTGCTAGTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGTTGCT
GTTGCTGCTACGGTGGCGGCGGTGCAGACGACTGTGGTCGTCGTTGTTGT
TGCATTTTGGTCGATGTGCGTAGGAGATGTTGACCGAAGGGAGGGAATGT
GTTCGCGTCGACAGTTTGGTGTTGTGGCACGAAGAAGGCGAGCCTTATTG
CAAGAGCGGAGAGTACATAACACGCTCTTTGCCAGAAAGGGGTGGTTTGG
GTCAGACTGGTGAAGGTCATGATGACGTGTGCACGAAAGATCCAAGAGCC
ACCGCATGACTTACATCAAGACCGTTTTGTGTTTTTCATGAAAAACATGG
ATGTGACGATGGAGAACGGACTCCTCAGCGAAAACGAAAAGCATCTCGCC
CGTTCCAGTTCCTCGTTCCACGCCTCTCGCACGACCGGGGTCTTCTGCAG
AGGGCATAATAGGCACGGAGGCCTACAAGGTTGTTGCCTCTTGTGCCTGT
CCCACGAATGACGAACAACGCACATGTCGGGACGACCGCGACAGGTGGGT
GCCAGCGCCCAAGATCATCACGGATCAGCTCCTCTGGGGCCCAGCCTGGA
ACGCGGTCTACATCGCCTTCCTCGGCGTGCTGAACAAGGACTCGTCCGCG
GTGATATGGGAGGCGATTACCTCGACGGCTCTCCCGCTCGTGATCGCCGG
AATCCGGCTATGGCCATTGGCGCACATCGTCACCTACGGCTTGTAAGAGA
GATTGTTTGTTTTGTTTTTTTATCTTGTGCCAGTCCGTTCTATTCCTGGG
TGGAAACCGCTAGTTCGTGTGTACACAGACGGAAGCGAGTGCTCCACTCT
TCTCGCGCTTAAATCGAAGGCAAAGTATCGCAGGAGGAGGGGAAAACCGT
TCTGTATGACCACGGGTCGGAAAAAAATTGCACAGGTGCTGTGAGCGCCT
ATTTGAAGTGAAGACTTGAAAAAAAAGAAGTCGGTGTGCTTGTTTGTGAT
GGACCGCATGGCAACCAACCCGTTTGGTGGTCCCTTGCTCGCCTTCCGTG
CGTGTCGTGGGCCCACATCCACGACATCTACGACATCTACGACATCTACG
ACATCTACGACGCCAGTGCGATCACGGAGTAGTTGTGAAATCGAGTGCTG
CTCTTGTCGCCACAAAACACGAACGAAACTCTTTGTGTTCGCCCTCTCCT
CCGCCCCCGTGCCACGCTGTTTTGTTTTCGTTCCGTCTTGTTGTCCAGGG
TTCCGAAAGAGAACCGACTCTTGTGGGTCGACGCTGTTGAGATCGTTTGG
GTAACGATCCTCAGCAGCCAGGCGGCGGAGCAAGCGCGATCTCCCCCGGA
ACAAGAGGAAAGCACGAACTGATCCTTGCCTCAGACCTCGTCCCCCACCT
TTACCCGAATAGATGAAAATGAAGTTTCGGGTTGAAATCCTCTTCCGGAG
TTCGTCCTGCGCATACATGGAGATGAAGATGAAATCGTTGCCAAGGAGCA
CCGAGGAGGGACAAAGATCAGATGACCAGGACTGCTGCCCTGTGTTTCCC
GCGATGTGGATAGCATCAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGA
GAGCCGGCTTGTTGGCGGTGTGTCTCTGAGGAGCCGGAAGGGGGTCCCGA
CTGGAAAGGGGGATCAAAGGCTTGAAGCGAGCAGCACATGCATATGTCCC
TCTCGTCTTTGCCGGGGGATTCGTTCTCAACATGCCCTTTCAAGACAACT
TTTGCTAAAGCGCAATGAAGAACACGCCTGGGGAGCCGGAGCGGTTGGCA
TTTTGCTGAAGTATGCACTCCTTCCGTCAAACACCACGCGCGCAAGGTAG
TACTTGTTTGGTTGGATTGGAGTAGAGCTTGCGTGTACCAAGACGTGAGC
GCACTCTTGTGGTGATTGACCGAGAGGCCCCGCCGCCGTCGACCTGTGTA
TGATATGTACTTGTGTTTGTGGTTTATCTTGCTTTTTGCGGTGACCGAGC
TTACCGGTTGACCAATGAAAAGGCGTGAGTCTTGTAGCGGGAGAGAGAAG
GAGCCAAAAAAGAGTTTGGTCGGTGGCAGCGTCTTGCGTGGCGGCTACTT
TTGAAGATGGCCAGGACCGTCGGTTGAGCGCATGATACACCTTCTTTGAG
GGGGGCGGCGGCGGCGGCGGCGGCGGTGGCGGTGGTGTCGCAGCTGGGCG
TGTTTGGTTTATTGGCGCCCTCCTCCTTTGCGGGTGGGTGTTTCTCCGTC
GTATCGAGAGGGAGAGAAAGAGGCCACATCTCGTGATGAACGCCGGATTT
TTAGGATGACGTAGATTTGTGTATACAGGAGGGAAGACGGGGGTTCCCCC
GGTGGCTTCGAGGACAACGAACGGCATGTATGTGTGCTGTACTGTCCCGA
CGGCGCCTTCGTTTGTGTCCCAACTGTTTTCGGTCGTCGACCTTCAGTAT
TTTTTACCTGGTAGGTTTTACGAGAATGGGGGACTGGAGAAGAGCCGGTC
AGGTTCTTCCGTACCATTTCCGTACCATGTCGAACCGGGTGTTACGGTGT
CAAAGGGTTATAGGACACCAAAAATGTGATTGCGATTGGGTCCAGCAGTG
AGTACTTTGCCTTTTGTAGGGCAACTGTAAATAGGTGTGATTTTTGTTTG
GTGAGTCCTTGCTTTTCATCGGACAACGCACTTCGATGGGCTTGAACGGA
GAGGCGTATTCGATGCACGCGTGTTTGTCGTGTTGTTGCTATGACGGGCG
TCGACAGACTGCGCGTATCGTGCAGAAAAGCGTCAAGACCCGTCCGTTTT
GTTTGCTGTTGAAAACATTCGTCCTTCCCGTCGCGTGACCCGAAGTGTTA
TTTTTGGTTTAGCTTGGATGTGAGTGAGCGATCGTTTTCTCTTGTGGGGG
TCGATAAGTTTTCAGTAGAAGCGCACTCAACTCTGGCTTCCTCTGTTCTT
TTTCTTTTTTTTTCCGTTTGCTGCGTTGCGGGAATGTTTATGGGGAGGTA
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Coding sequence (CDS) from alignment at Ecto-sp13_S_contig638:5808..15207-

>mRNA_Ecto-sp13_S_contig638.17139.1 ID=mRNA_Ecto-sp13_S_contig638.17139.1|Name=mRNA_Ecto-sp13_S_contig638.17139.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=CDS|length=1035bp|location=Sequence derived from alignment at Ecto-sp13_S_contig638:5808..15207- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGAGAGTGGTGGCTTCGTCTTTGGTGTTGCTGCTCGCTGGCGTCCAGTC
TTTGCATGTTTCCGTTCCGCCCCGGGTGAGGAGGGGATCTCCTTCATCAC
CGCTGCTGCTGCGATGTCGGCCGATCTCTAACCATCAGCACCTCAGCAGC
AACACCAGAGTGCTGGCCTCTCCCAGCGATACGATGATGAGCAAGGAGGA
TTTGGAGAAAACCACCAATTCTGCCCCCAACGACTCTGCTCCTATTCTGG
AAACTAAAGATTCTGCTCCTCCTAAACCGTACACCCCGAGCATTCTATGG
TGGACCAAGAACAGGGAAGAGGAGAACAAGAAGCTAAACTTGTTTGCCAA
CGCTGGCTTTTTGGCGGGCGTGGCGCTGTTCACGATCGCTGTGGTCTTCG
GGGTGAACTCGGAAGTTTCCCGGGGCTGGACCGTCGGAGAATACATTCTT
CGGGTGCCGCTGGACAACTGGGACGGTTACTCGGAGATGCTGAGGCAAAG
CCCGGTCCAGGTGAAGGCCTGCACTAGCGGGATCGTCTACGCCCTGGGAG
ACCTGGTAGCGCAGTCGATGGAGGGTACGGAGCTGGCGGACATCGAAAGG
CAAAGGGTGGTTCGGTCGGCCATCGCCGGGCTGCTGCTTCACGGGCCCCT
GAGCCACGTCTGGTACAACGTGTGCGAGGGGCTGTTCGACATCGTTGGTT
GGAACGACTACTGGTGGGTGCCAGCGCCCAAGATCATCACGGATCAGCTC
CTCTGGGGCCCAGCCTGGAACGCGGTCTACATCGCCTTCCTCGGCGTGCT
GAACAAGGACTCGTCCGCGGTGATATGGGAGGCGATTACCTCGACGGCTC
TCCCGCTCGTGATCGCCGGAATCCGGCTATGGCCATTGGCGCACATCGTC
ACCTACGGCTTGGTTCCGAAAGAGAACCGACTCTTGTGGGTCGACGCTGT
TGAGATCGTTTGGGTAACGATCCTCAGCAGCCAGGCGGCGGAGCAAGCGC
GATCTCCCCCGGAACAAGAGGAAAGCACGAACTGA
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