mRNA_Ecto-sp13_S_contig1270.2235.1 (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_contig1270.2235.1
Unique NamemRNA_Ecto-sp13_S_contig1270.2235.1
TypemRNA
OrganismEctocarpus species13 EcNAP12_S_4_19m (Ectocarpus species13 EcNAP12_S_4_19m)
Homology
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A6H5LQU7_9PHAE (Methyltransf_11 domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5LQU7_9PHAE)

HSP 1 Score: 755 bits (1950), Expect = 6.030e-269
Identity = 377/396 (95.20%), Postives = 383/396 (96.72%), Query Frame = 1 
Query:    1 MKTAVPVHVLWAGFCALWPCHAFVPSSSLPSFGVHSGIDGTTASSFDRNGHGHDCGYGAAGSARGKGRRRAAPSRARAQGDVSMGLRGAAKNTWKRARGGGNGGKTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            MKTAVPVH LWAGFCAL PCHAFVPSSSLPSFG HS +DG TA+SFDR+GH HDC YGAAGSARGKGRRRAAPSRARAQGD SMGLR AA+NTWKRARGGG G KTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGT+MTGISLSPVQVERAK LSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCST+DYVKYFE EGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP
Sbjct:    1 MKTAVPVHALWAGFCALSPCHAFVPSSSLPSFGDHSVVDGRTAASFDRHGHVHDCAYGAAGSARGKGRRRAAPSRARAQGDASMGLRSAAENTWKRARGGGKG-KTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTNMTGISLSPVQVERAKNLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTSDYVKYFEDEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 395
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A836C920_9STRA (Gamma-tocopherol methyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C920_9STRA)

HSP 1 Score: 414 bits (1065), Expect = 4.010e-136
Identity = 198/293 (67.58%), Postives = 239/293 (81.57%), Query Frame = 1 
Query:  313 KTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVE-EGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            + RS  ELK+GIANFYDKSSG+WE +WGEHMHHGYY +  +P+++E H+AAQ  MI +SLEWAGV  +  + PKTGVD+GCG+GGSSR I+R++GT M GI+LSP Q  RA  L+  AGL DKC FQVADAL  PF+ +SFDL+WSMESGEHMP K +FVGELAR+CAPGGRVL+VTWCHRDLEEGE  L PKE++LLA INKAYYLP+WCS ADYV Y +  GL D++R DWTD IQ FWPAVI+SS+S +GI GL+++GP  IRGA+AMLLMVRG+K  LVKF LIT +KP
Sbjct:   23 RERSRAELKDGIANFYDKSSGLWESIWGEHMHHGYYEE--QPQSLEEHKAAQVAMIDKSLEWAGVGVDAASTPKTGVDVGCGIGGSSRHIARKWGTKMQGITLSPKQCARANELAAEAGLADKCSFQVADALEQPFEDNSFDLIWSMESGEHMPLKQQFVGELARVCAPGGRVLIVTWCHRDLEEGEESLKPKEQRLLAAINKAYYLPKWCSVADYVTYCQEAGLTDVRRDDWTDKIQYFWPAVIKSSLSGRGIRGLVRAGPGIIRGALAMLLMVRGFKLNLVKFGLITARKP 313
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A6S9IJ58_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6S9IJ58_HETAK)

HSP 1 Score: 400 bits (1028), Expect = 3.110e-130
Identity = 197/295 (66.78%), Postives = 230/295 (77.97%), Query Frame = 1 
Query:  307 GGKTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSV-SFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            G   R+D ELK+GIA FYD SSG+WE++WGEHMHHGYY +GVK      H+ AQ  MI RSL+WAGV +        VD+GCG+GGSSR I+RRYG   TGI+LSPVQ  RA  LSEA GLGD+C+FQVADALN PF+ +SFDL+WSMESGEHMP K KFV  LAR+CAPGG+VLVVTWCHRDLE GE  LTPKEE+LL +INKAYYLPRWCS ADYV Y E  GL DIK ADWTD IQ FWPAV+RS++ S +   G+L+SGP T+RGA+AML M++GY RGL+KF LIT  KP
Sbjct:   56 GSSERTDKELKDGIAGFYDASSGVWEDVWGEHMHHGYYPEGVKVD----HKEAQIDMINRSLDWAGVVKADNV----VDVGCGIGGSSRHIARRYGGRTTGITLSPVQAARATALSEAQGLGDRCRFQVADALNMPFEENSFDLIWSMESGEHMPEKEKFVQGLARVCAPGGKVLVVTWCHRDLEPGEAGLTPKEERLLNRINKAYYLPRWCSVADYVAYAEAAGLADIKTADWTDRIQAFWPAVVRSALGSPRNFWGMLRSGPKTVRGALAMLWMIQGYNRGLIKFGLITATKP 342
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A2V0P4Y4_9CHLO (Gamma-tocopherol methyltransferase n=1 Tax=Raphidocelis subcapitata TaxID=307507 RepID=A0A2V0P4Y4_9CHLO)

HSP 1 Score: 361 bits (926), Expect = 2.980e-115
Identity = 176/287 (61.32%), Postives = 217/287 (75.61%), Query Frame = 1 
Query:  328 GELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            G+LK+GIA FYD+SSG+WEE+WGEHMHHGYY  G  PK+   ++ AQ  MI  +L+WAG+EEG   PKT VD+GCG+GGSSR I+R+YG +  GI+LSPVQ  RA  +SE AGLGDKC FQVADAL  PF   SFDLVWS+ESGEHMP KP FV ELAR+ APGGRV++VTWCHR L  GE  L P+E+ LL +I +AYYLP WCS ADY + FE EGL  IK  DW++ +  FW  VIRS+++ +GI GL K+G  TI+GA+ M LM +G++ GLVKF LIT +KP
Sbjct:   57 GDLKQGIAQFYDESSGLWEEVWGEHMHHGYYPAGGPPKS---NQQAQIDMIEETLKWAGMEEG-RPPKTMVDVGCGIGGSSRHIARKYGCTAKGITLSPVQAARANAISEKAGLGDKCSFQVADALQQPFPDGSFDLVWSLESGEHMPDKPAFVRELARVTAPGGRVIIVTWCHRVLAPGEAGLKPEEQSLLDRICEAYYLPAWCSIADYQRLFEAEGLTGIKTTDWSNEVAPFWGEVIRSALTTKGIAGLFKAGWTTIKGALVMPLMAQGFRMGLVKFVLITAQKP 339
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A0D2MKE8_9CHLO (Methyltransferase type 11 n=1 Tax=Monoraphidium neglectum TaxID=145388 RepID=A0A0D2MKE8_9CHLO)

HSP 1 Score: 360 bits (924), Expect = 5.170e-115
Identity = 177/291 (60.82%), Postives = 219/291 (75.26%), Query Frame = 1 
Query:  331 ELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEE-----KLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            +LK+GIA FYD+SSG+WEE+WGEHMHHGYY  G  PK+   ++ AQ  MI  +L WAGV+     PKT VD+GCG+GGSSR I+R+YG +  GI+LSPVQ  RA  +SE AGLGDKC FQVADAL+ PFD  SFDLVWS+ESGEHMP KP+FV ELAR+CAPGGRV++VTWCHR L+ GE  L  +E       LL +I +AYYLP WCS ADY + FE EGLVD+K ADW++ +  FW  VIRS+++ +GI GL K+G  TI+GA+ M LM +G++ GLVKF LIT KKP
Sbjct:   51 DLKKGIATFYDESSGLWEEVWGEHMHHGYYPAGGAPKS---NQQAQIDMIEETLSWAGVDT---PPKTMVDVGCGIGGSSRHIARKYGCTAKGITLSPVQAARANAISEKAGLGDKCSFQVADALHQPFDDGSFDLVWSLESGEHMPNKPQFVRELARVCAPGGRVIIVTWCHRVLQPGEERLNAEELVGALLSLLDRICEAYYLPAWCSIADYQRLFEAEGLVDVKTADWSNEVAPFWTEVIRSALTTKGIAGLFKAGWTTIKGALVMPLMAQGFRMGLVKFVLITAKKP 335
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A7S4J028_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4J028_9STRA)

HSP 1 Score: 357 bits (916), Expect = 1.580e-113
Identity = 177/294 (60.20%), Postives = 215/294 (73.13%), Query Frame = 1 
Query:  313 KTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGG--AAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            K R+  +LK GIA FYD+SS +WE++WGEHMHHGYYV    P++   H  AQ  MI  SL+WAGV   G    P   VD+GCG+GGSSR I+R+YG S  GI+LSP Q +R   L+   GL D+C+F+VADAL+ PF  + FDLVWS ESGEHMP K KFV EL R+ APGGR+++VTWCHRDLEEGE  LT KEEKLLAKIN+AYYLPRWCS  DYVK  E  G V IKR DW+  I  FW AVI+SS+S + +VGL+KSG  TIRGA AM LM++G+  GL+KF +IT +KP
Sbjct:   65 KERNREDLKIGIAGFYDRSSKLWEDIWGEHMHHGYYV----PEDRTDHIQAQIDMIDESLKWAGVPNEGEPGTPSKVVDVGCGIGGSSRHIARKYGASTKGITLSPYQAQRGNELASEQGLADQCEFRVADALDMPFHDEEFDLVWSFESGEHMPDKTKFVDELCRVVAPGGRIILVTWCHRDLEEGEESLTKKEEKLLAKINRAYYLPRWCSVDDYVKLLEERGAVGIKRDDWSYTIAPFWKAVIKSSLSLKSVVGLMKSGFSTIRGAYAMFLMLKGFNMGLIKFGMITCQKP 354
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A7S4BL88_CHRCT (Hypothetical protein (Fragment) n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4BL88_CHRCT)

HSP 1 Score: 358 bits (918), Expect = 1.960e-113
Identity = 171/290 (58.97%), Postives = 218/290 (75.17%), Query Frame = 1 
Query:  319 RSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            RS  EL++GIA FYD SSGIWE +WGEHMHHGYY    K    ++H+ AQ  MI  +L+WAG ++    PK+ +D+GCG+GGSSR I+R+YG +  GI+LSPVQ  RA+ LS+AAGLGD  +FQVADAL+ PF+ +SFDL+WSMESGEHMP K +F+ EL+R+C PGGR++VV WCHRDL  GET+L P+EE+LL +IN+AYYLPRWCS ADY K     GL  I+  DWTD ++ FWPAVI S+     ++GL +SG  TIRGA+ M LM+RG +RGLVKF L+T  KP
Sbjct:   71 RSPEELRKGIAKFYDSSSGIWERVWGEHMHHGYYNDNEK----KNHQEAQVDMINEALKWAGADDN--PPKSVLDVGCGIGGSSRVIARKYGNTGAGITLSPVQAGRAQALSDAAGLGDALQFQVADALDMPFEDNSFDLIWSMESGEHMPDKRQFISELSRVCKPGGRIIVVAWCHRDLLPGETQLLPREERLLRRINRAYYLPRWCSVADYAKLASDFGLEQIRTDDWTDRVKRFWPAVILSAFRPNSLLGLFRSGFTTIRGALVMPLMIRGQRRGLVKFGLMTAVKP 354
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BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A1Y1HH78_KLENI (S-adenosyl-L-methionine dependent methyltransferases n=1 Tax=Klebsormidium nitens TaxID=105231 RepID=A0A1Y1HH78_KLENI)

HSP 1 Score: 352 bits (903), Expect = 1.770e-111
Identity = 172/286 (60.14%), Postives = 212/286 (74.13%), Query Frame = 1 
Query:  331 ELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGA-APKTGVDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKK 1185
            EL EGIA FYD+SSG+WEE+WGEHMHHGYY +G K    + HR AQ  MI  +L+WAG    G  APKT VD+GCG+GGSSR +SR++G  +TGI+LSPVQ  RA  L+   GL DK  FQVADALN PFD   FDLVWSMESGEHMP K KFV EL R+ APGGR+++VTWCHRDL  GET L   E  LLAKI  AYYLP WCS ADY++  +  GL ++   DW++ +  FWPAV+ S++S++G++GL KSG  TI+GA AM LM++G+ RGL+KFALI+G K
Sbjct:   80 ELNEGIAGFYDESSGVWEEIWGEHMHHGYYPKGEK----KDHREAQIDMIEETLKWAGATGAGTPAPKTVVDVGCGIGGSSRYLSRKFGAKVTGITLSPVQAARAGALARQQGLADKVSFQVADALNQPFDDGQFDLVWSMESGEHMPDKTKFVNELIRVAAPGGRIIIVTWCHRDLAPGETGLQSDELDLLAKICDAYYLPAWCSAADYIRIAKAAGLQNVISDDWSERVTPFWPAVMASALSWRGLLGLAKSGWTTIKGAFAMALMIQGFSRGLIKFALISGTK 361
[Close]
BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A2G3AFP9_CAPAN (Tocopherol O-methyltransferase, chloroplastic n=6 Tax=Solanoideae TaxID=424551 RepID=A0A2G3AFP9_CAPAN)

HSP 1 Score: 352 bits (902), Expect = 2.950e-111
Identity = 170/287 (59.23%), Postives = 220/287 (76.66%), Query Frame = 1 
Query:  331 ELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTG-VDIGCGVGGSSRAISRRYGTSMTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            ELK+GIA+ YD+SSGIWE++WG+HMHHGYY      + +  HRAAQ  MI ++L++A + E  A   T  VD+GCG+GGSSR ++++YG +  GI+LSPVQ ERA+ L+ A GLGDK  FQVADALN PF    FDLVWSMESGEHMP K KFVGELAR+ APGG +++VTWCHRDL   E  LTP+E++LL KI KA+YLP WCSTADYVK  +   L DIK ADW++N+  FWPAVI+S+++++G   +L+SG  TI+ A+AM LM+ GYK+GL+KFA+IT +KP
Sbjct:   83 ELKKGIADLYDESSGIWEDIWGDHMHHGYYEPNSSVE-LSDHRAAQIRMIEQALKFADLNEDPAKKPTSIVDVGCGIGGSSRYLAKKYGATAKGITLSPVQAERAQALAAAQGLGDKVSFQVADALNQPFPDGQFDLVWSMESGEHMPDKEKFVGELARVAAPGGTIILVTWCHRDLSPSEESLTPEEKQLLNKICKAFYLPAWCSTADYVKLLQSNSLRDIKAADWSENVAPFWPAVIKSALTWKGFTSVLRSGWKTIKAALAMPLMIEGYKKGLIKFAIITCRKP 368
[Close]
BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Match: A0A7S1B3A8_9STRA (Hypothetical protein n=1 Tax=Corethron hystrix TaxID=216773 RepID=A0A7S1B3A8_9STRA)

HSP 1 Score: 352 bits (902), Expect = 2.950e-111
Identity = 176/293 (60.07%), Postives = 212/293 (72.35%), Query Frame = 1 
Query:  313 KTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNMEHHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTSMT-GISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSMESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKLLAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRSSVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP 1188
            K RS  ELK GIA FYD+SS +WEE+WGEHMHHGYYV    P+N   H  AQ  +I   L W+G++     P + VD+GCGVGGSSR I+R+YG     GI+LSP Q  R   L+   GL D C ++VADAL  PFD D+FDLVWS+ESGEHMP K KFVGEL R+ APGGR+++VTWCHRDLEEGE +LT KE+KLLAKIN+AYYLP WCS ADYV   E  G  DI+R DW+  I  FW AVI+SS++F+ +VGL KSG  T RGA AM LM+RG+ +GL+KF LIT  KP
Sbjct:   74 KERSREELKVGIAGFYDRSSKLWEEVWGEHMHHGYYV----PENRTDHVQAQIDLIDEVLAWSGIDS---PPSSVVDVGCGVGGSSRHIARKYGCERAEGITLSPYQAARGNELAVETGLADACTYRVADALEMPFDDDAFDLVWSLESGEHMPEKTKFVGELLRVAAPGGRIIIVTWCHRDLEEGEKDLTKKEKKLLAKINRAYYLPPWCSVADYVTMLEERGAKDIRRDDWSHIIAPFWKAVIKSSLNFKSVVGLAKSGFSTQRGAYAMFLMLRGFNKGLIKFGLITCTKP 359
The following BLAST results are available for this feature:
BLAST of mRNA_Ecto-sp13_S_contig1270.2235.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5LQU7_9PHAE6.030e-26995.20Methyltransf_11 domain-containing protein n=2 Tax=... [more]
A0A836C920_9STRA4.010e-13667.58Gamma-tocopherol methyltransferase n=1 Tax=Tribone... [more]
A0A6S9IJ58_HETAK3.110e-13066.78Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A2V0P4Y4_9CHLO2.980e-11561.32Gamma-tocopherol methyltransferase n=1 Tax=Raphido... [more]
A0A0D2MKE8_9CHLO5.170e-11560.82Methyltransferase type 11 n=1 Tax=Monoraphidium ne... [more]
A0A7S4J028_9STRA1.580e-11360.20Hypothetical protein n=1 Tax=Odontella aurita TaxI... [more]
A0A7S4BL88_CHRCT1.960e-11358.97Hypothetical protein (Fragment) n=1 Tax=Chrysotila... [more]
A0A1Y1HH78_KLENI1.770e-11160.14S-adenosyl-L-methionine dependent methyltransferas... [more]
A0A2G3AFP9_CAPAN2.950e-11159.23Tocopherol O-methyltransferase, chloroplastic n=6 ... [more]
A0A7S1B3A8_9STRA2.950e-11160.07Hypothetical protein n=1 Tax=Corethron hystrix Tax... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
Ecto-sp13_S_contig1270contigEcto-sp13_S_contig1270:3883..17056 -
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 score756.1
Seed ortholog evalue8e-216
Seed eggNOG ortholog2880.D8LHY0
Preferred nameTMT
Model size2301
KEGG rclassRC00003,RC01662
KEGG koko:K05928
KEGG ReactionR07236,R07504,R10491,R10492
KEGG Pathwayko00130,ko01100,ko01110,map00130,map01100,map01110
KEGG ModuleM00112
Hectar predicted targeting categorychloroplast
GOsGO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0006766,GO:0006775,GO:0008150,GO:0008152,GO:0008168,GO:0008171,GO:0009058,GO:0009110,GO:0009507,GO:0009536,GO:0009987,GO:0010189,GO:0016740,GO:0016741,GO:0018130,GO:0032259,GO:0042360,GO:0042362,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044237,GO:0044249,GO:0044281,GO:0044283,GO:0044424,GO:0044444,GO:0044464,GO:0046483,GO:0050342,GO:0071704,GO:1901360,GO:1901362,GO:1901576,GO:1901615,GO:1901617
Exons11
EggNOG free text desc.sterol 24-C-methyltransferase activity
EggNOG OGsCOG0500@1,KOG1269@2759
Ec32 ortholog descriptionGamma-tocopherol methyltransferase
Ec32 orthologEc-18_000910.1
EC2.1.1.95
Cds size1191
COG Functional cat.Q
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko00002,ko01000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_Ecto-sp13_S_contig1270.2235.1prot_Ecto-sp13_S_contig1270.2235.1Ectocarpus species13 EcNAP12_S_4_19mpolypeptideEcto-sp13_S_contig1270 4993..17056 -


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

Feature NameUnique NameSpeciesTypePosition
1681462678.5731363-UTR-Ecto-sp13_S_contig1270:3882..49921681462678.5731363-UTR-Ecto-sp13_S_contig1270:3882..4992Ectocarpus species13 EcNAP12_S_4_19mUTREcto-sp13_S_contig1270 3883..4992 -


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

Feature NameUnique NameSpeciesTypePosition
1681462678.585324-CDS-Ecto-sp13_S_contig1270:4992..50581681462678.585324-CDS-Ecto-sp13_S_contig1270:4992..5058Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 4993..5058 -
1681462678.5932157-CDS-Ecto-sp13_S_contig1270:6614..67161681462678.5932157-CDS-Ecto-sp13_S_contig1270:6614..6716Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 6615..6716 -
1681462678.610775-CDS-Ecto-sp13_S_contig1270:7230..73451681462678.610775-CDS-Ecto-sp13_S_contig1270:7230..7345Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 7231..7345 -
1681462678.622884-CDS-Ecto-sp13_S_contig1270:8054..81801681462678.622884-CDS-Ecto-sp13_S_contig1270:8054..8180Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 8055..8180 -
1681462678.6331027-CDS-Ecto-sp13_S_contig1270:8461..85531681462678.6331027-CDS-Ecto-sp13_S_contig1270:8461..8553Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 8462..8553 -
1681462678.64485-CDS-Ecto-sp13_S_contig1270:9381..94411681462678.64485-CDS-Ecto-sp13_S_contig1270:9381..9441Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 9382..9441 -
1681462678.6532497-CDS-Ecto-sp13_S_contig1270:9701..97841681462678.6532497-CDS-Ecto-sp13_S_contig1270:9701..9784Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 9702..9784 -
1681462678.661374-CDS-Ecto-sp13_S_contig1270:12171..122601681462678.661374-CDS-Ecto-sp13_S_contig1270:12171..12260Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 12172..12260 -
1681462678.669352-CDS-Ecto-sp13_S_contig1270:13293..134281681462678.669352-CDS-Ecto-sp13_S_contig1270:13293..13428Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 13294..13428 -
1681462678.680973-CDS-Ecto-sp13_S_contig1270:14476..146911681462678.680973-CDS-Ecto-sp13_S_contig1270:14476..14691Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 14477..14691 -
1681462678.690937-CDS-Ecto-sp13_S_contig1270:16948..170561681462678.690937-CDS-Ecto-sp13_S_contig1270:16948..17056Ectocarpus species13 EcNAP12_S_4_19mCDSEcto-sp13_S_contig1270 16949..17056 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_Ecto-sp13_S_contig1270.2235.1

>prot_Ecto-sp13_S_contig1270.2235.1 ID=prot_Ecto-sp13_S_contig1270.2235.1|Name=mRNA_Ecto-sp13_S_contig1270.2235.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=polypeptide|length=397bp
MKTAVPVHVLWAGFCALWPCHAFVPSSSLPSFGVHSGIDGTTASSFDRNG
HGHDCGYGAAGSARGKGRRRAAPSRARAQGDVSMGLRGAAKNTWKRARGG
GNGGKTRSDGELKEGIANFYDKSSGIWEEMWGEHMHHGYYVQGVKPKNME
HHRAAQRFMIGRSLEWAGVEEGGAAPKTGVDIGCGVGGSSRAISRRYGTS
MTGISLSPVQVERAKTLSEAAGLGDKCKFQVADALNTPFDTDSFDLVWSM
ESGEHMPYKPKFVGELARICAPGGRVLVVTWCHRDLEEGETELTPKEEKL
LAKINKAYYLPRWCSTADYVKYFEGEGLVDIKRADWTDNIQNFWPAVIRS
SVSFQGIVGLLKSGPVTIRGAVAMLLMVRGYKRGLVKFALITGKKP*
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mRNA from alignment at Ecto-sp13_S_contig1270:3883..17056-

Legend: polypeptideCDSUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_Ecto-sp13_S_contig1270.2235.1 ID=mRNA_Ecto-sp13_S_contig1270.2235.1|Name=mRNA_Ecto-sp13_S_contig1270.2235.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=mRNA|length=13174bp|location=Sequence derived from alignment at Ecto-sp13_S_contig1270:3883..17056- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGAAGACGGCTGTACCGGTGCACGTGCTATGGGCGGGATTCTGCGCCTT
GTGGCCCTGCCATGCATTTGTTCCGTCTAGCAGCCTGCCTTCGTTTGGGG
TTCATTCGGTAAGCGCATCACGGTGCGATTGTAGTGTTTGAAATTTTGCG
CGCAGTGGCGATGATGATGGTGCATGATGATGTCTTCTTCGCTTTGGTCT
GCAGGAGCCAAAGTCCGCCGCTATTGCGCACTGCTGTACTCTGCCGTGCT
TTTCCCAGCGTAAAGTCGTACCAACACGTAATCCTTGCACGTGCGTTGGT
GAGCGCGTCATTCCGACGAAGGAACGTATGTTGTCTTGTTTGAACAAACA
ACGAGTTTTTTTTTTTTTGGAACAATCGAAGCACGCGGTGTGACCTCGAG
GGGAAGGCAGGAGTGGGGGGAGTGGGGCGAGTTTCCGTCATGTTGTCACG
TTGTCACGTTTAGCTTACAGCAGCAGCACCGTTGTCCAACACCGCCCTTT
GCTATAAGCCGACGATGAGTCTCGAAGGCAAGCACCAAGACCAGTTACCA
GCAGCGGCTTTCCCGGACCGTGGGTTGTTGTCAATGTCAAGATATCAAGT
CTGACAATGGGATGTTGCTCCATGTATGAAGCACTCCTGCCGAGCATCAT
CTCCAATGTCGCCCTTGCCCGTCATCGATTCCGGCAGTAGACAGCAGTAG
CGGTCGCACGACTTCGGATATGCCAATCGTACGGGTGCTGTTCTACATGG
CTATCAAGCGTTGTAGTTGCATACACACAGCAATATTGCAATACTGTTCC
GCCACCGTTGGATACTGGTACCGAATCCGGCCCGAATCCGCAAGAGGGGC
CACGCAAACTGCACCTACGGGGCAGCTGCCCCTTCACACCCTACGCTCGA
CACACACACCCCGACTCCTGGATATACTTTCGAGGGCTTTGATGTGATTC
AATGTGAAGTCGTTTTATGGTGCCATCGACTGCCTTACAATGTGGCAAAC
GCAGCGTTCGTGTTGGTGCCCTTCGAGGTTGTCCGTATCTGTTCGAAGGT
GATGTGTCATCGCGGGACGACGCATACAACGAGGATGGTTCTTCTTTGTC
CCAAGAATGCGGTTCTGTGCCATCGGCTACCATGTATTGTAGATACCTCG
TGCCTGGATGAGGAGGAGAACCTCGAAAGTTTCCTCTATCCAAAGAAAAA
TTGTTGACAGAATGAGACACATATTACAGCAGCAGTCCTTTCTACACTTG
GTTTGCACCAAGGGGAGTGAGCAAGTATCAACCAGTTGCAGTCCTAGCTC
CATCTGGCCGGTGGCCTGGGGGGGCAAGAGGCGGCGGCACGGGCTTGGGG
ACGTTAACGAAACAACCCCCGAAGGTTCCATCCTGAGTGTTTCTGTCCGT
CCTTCTCTCAACCCAAAACTACATTTGACTACACTGCCTCTTTCGGCCCC
TTCGATTGGCAAGGCGTGGCACGAGTCGCTAGTTCTCGCCACAACACAAG
CACCCATGGTAGTTTACTCTTCTCCTAGCCGTCACAACCCGGGGGGGTGG
GGTCGTACACAGAGCGCTCTCCATGCAAGACCAAACCCCCCCCGCCATCC
TGGTTCGGTTATGGTTTCTCAACCTTTCTCACGATGACTGGACAAGCTAC
CCCGGAAATAGTTTACCCACTATTTTCAGGCAAGAAATGTTGCAAACACC
AGAGGTGGTAGTGAATACCCCGTTCGAAGGCACACGTTTTGGCGTTTTTG
CCGGTAGTGAGGGATGAGGGACAGATGTCTCTGCTAGATAAATTTCCTGG
CGTGTTCCTTTTTGTTAACCTCGAAATCGACGCGTGTTCTTGGAACGTCT
GCATGCGCACCCCAAGGCTTGCTGGATCTCCACACTTGTGTTTTTTTTTT
TTCGTTTTTAACGGCCGGTTCCTCTGTACCCCCACGACAGCGCTTTCTTC
GGTCAAAGACCGCACACATTCTGCCTTTTTGCATGACACGCAGCTTGGCA
GTAGCTCTCACGAGCGACCCTAGTAGCAGTGCAGCAGACTCTCACCGACC
ATATGCATATTCCTCTTGCACACTGCTACTGCCGTGCATGTTCATCTGTA
CTACCATTGCCACACACCCTACAACCGTTGTTTAATAGTGCGTCTCCGCA
GAGAAGAAACGTCGAAGTCGCGTCGAGGCTCATTTCGTCACCGCACCGTC
GGCTACAGGCCACTTCCTGCCTTTTAAGTAGAGTATGATTCTCGACGGAG
CTGTGTTTCCTGACCCGTTTTCCGTTGTTTCTTTTTCCCGCGAAAGTTTG
AGCCTTCAACGAAGTATTTCTTACACGTGGGCCGGCACCGGTGCATGCCG
TCATCGTCTCTTCAGGGTATCGACGGCACAACAGCGTCGTCTTTTGACAG
GAATGGACACGGACACGATTGTGGATATGGCGCAGCCGGATCGGCGAGGG
GTAAAGGCAGGAGGCGGGCGGCTCCGTCTAGGGCGAGGGCCCAGGGCGAC
GTTAGCATGGGCCTGCGCGGCGCAGCTAAGAACACCTGGAAACGGGCGCG
CGGTGGAGGGAATGGGGGCAAGACACGAAGGTCGGTGGAAGTCTTGCCTG
TGCATGTGTATGTTTAATTTTCTGTTGGGCTTCGACCGCGCTAACCGGCT
GACCAACGAGAATGTGGGTTGTCCCATTGCTGGTGAGAACGCAAGACGCT
TTGTGTGTGTGTCTTTCTTTTCGTTTGCGTCGACCGCGCTGACAGTCGCC
TCATGTTACACCTATGTGGCGATCGATGTTGGGGGTTAAATTACCTCCAC
AGAGGCATGAAGAGACGTGCCTCAGGCAAAACAAGGGTGGCTTATGTGGT
GGCGGCTTCTGCACCACAGTACACCTATATTTCCGAGAAAGGTACCGAAG
GTGACATGACACAAGATACCACACCCCCTGAACCGATTTTGAAAGCTCAA
CTTCTCGACGGCGAAGAGGACGCCAAAAATCCCGTGATGCGGGTTCGGAG
AATCTCGAAAAAGAAGGCTCCAACGCAGCAATTTTCGGCACCACTGATCT
GTTACTCTTGGGAGAAATAAAACGATTGAATAATTTTCCCAGAGGGAGTG
GTATCTCATGTCAGGTGGTACGATAGCAGGTAAAAAGGAAGCAATCCCTA
TACGGGTTGTCCTAGAAGGGCGTCGAGAAGTTCTGTCCAGCCGTCTCTCT
CTCCGATCACAGCGGTCTTCGAGACAAGCGACAGCAGCATCTAGGGTCGC
TGTAAAGTGCGGGGGGAAACTTGTGGGTTGCGTCGTAGCTTGCGGTCTTC
TTATGTTGATGTTTTCTGACGTCTGCTCAGGATTTTTCTCCGGCGCGCAA
GAGCGATAGATCATTTGCATCTCTGACGGGAGTTGGCCTGTATCCACGGA
AGGCGGTCCGTCCGCGTCTTTTGGACCGGCAGATGTTACGATTATTTTGA
GGAGAGACTGGAACGGTTTTCTAACGTAAGATACCTACAAACGAGAACGG
CAGCAGCAGCTACAGTAACAAGATTGAATGGCAGCAGCAGCAGCAGCAGC
AACAACAATAGCTACAGCGACAACAACCTGAACATTCACTCGTCGTATGC
CCCGATACCCCCAAAATCACCCAAACAGCGACGGCGAGCTCAAGGAGGGC
ATAGCCAACTTCTATGACAAGTCTTCTGGTATCTGGGAAGAAATGTGGGG
GGAGCACATGCACCACGGCTACTACGTCCAGGGGGTGAAGCCCAAGAACA
TGGAGCACCATAGGTGGGTGAGAGGGGTTGCTCGTGTCCACAAATCGCAA
ATCTCGTATGCAGGACACGAACAGCCAACGCTGGAAACCCAGGCTTGGTT
TCTGAACTCGATGTCTAGAGTTTATTTGGCCCCCTTTCAAGGAGGGCGCG
AGAGCGTGGAACCGTCGCTTGTCGAGTGTGTGTCCAGCAGCCAGAGCCAG
TTTCCCTTACTGTAGGTGATGCAAGATACCACATCCCCTGGACCGATTTT
GAAAGCTCGACTTCTTCAGGACGAGGAGGATGCGTTGATGAAACGATGCG
TTTTTCGGAAAGCTCTCGACGAGACGACTTCCGCGCCGCCGCCATGTTCG
GCGCTGCTGCCACTCTTGATGCTTATGGAGAGTATCGAAATGTTCAAATC
GGTCGCAGGGGGTGTGATATCTTACGTCACGTCACCGACGTTATTGTTGG
CAACCACGGGGCCGCGTCTGGTTCTGTTTTTGGCAAGGTTAACCGCACCC
TTCATGCAACTTCCAGAGGCTAACCGGACATGATGTGCATTCACCATGGT
ATTGCACGCCTTCTAGCAAGCGGGCTAGATGTCTCCACATTAGCAGCAAG
AAAGCGTCAGCGTTGAATGTTGAAATGAGAAACCGGGTCTACTTGAATGG
ATTTTGGCTGCAGCGATCTGCCCTTCCAGAGCTTTGCGCTGGCGTGGATC
TTCCTCGCCCCCCATATGTCTTGACGCACGTTTTGCCTCATTTCTATTTT
GTCTCGTCGTTTACCTTATGTGTCCTCTCTCTCTCTCTCTCTGTGTGTGT
GTGTGTGTGTCTCTCTCTGTCGCTGTCTCTCGTTCTCTTTTATCTATGTG
TCTCCCGCCCACTCTTTCGACTGGCTGCCTCTCTTTCACTCTCTGTTCTA
CGTCTCTCTTTCTCTGTTCCTCTCTTCTCTGTCGTCTCTAGTCCTGACGT
CTCCAACCCTGACATATGTTTTTCCTATAACCTTCCCCTGTTGCCATGAA
CCGTTTTTTCGCCTTCCATTTTTCGTCTCGCCCCTCATCTTGCCAGGGCA
GCCCAGAGGTTCATGATCGGTCGTTCGCTTGAATGGGCAGGTGTAGAGGA
GGGAGGGGCAGCCCCCAAAACGGGAGTCGACATTGGTGAGTGACCCCCAA
CGGCAAAGCCACACGCGAATGGCAACATCGGGCGCCAAGAAATCTCCCGC
AATTATTTATTTATTCTTACACCGCTTTTTATGGCAGCACAATGCTGCAA
GAAAAGCTGCAAACTTTTTCTGCAGCTTTTCTTCCAAACTTTGTCAATGG
AACCTTGATGCACGCTCTTTATGGGACAAAGAAAAGTTTTGTGCACGGGA
TTGGCGGAATGCGGAGGCGTGATATATTTTTTTTAGCAACGGAGAGAAGG
CACGCGCCTTTCATATTGCACCTCCAAAGAAGAAGCGGTTAAAAAGCGTG
CGGGAGAGTGTAGTTGAAACCTTTTTTCTCCACACTCACGATACCCTAAG
GCATCTAACCTGGTACCAGAAAGATGCTGGGAATGGCTAGCTCCCTCGGG
GTGGCATTGCTGTTGCTGTTGCCTTCTTCTTCGAAAAGTTGTCGCTGGAA
AACCAAACGATGCGCACACAATCCCTTCGAACTAGAACCAGCTGATGTCT
GAAGTGGGTACTTTGGGGTCGATCAAAACTTTTTTCCCGATGCGCACGAT
ACCCCACGGCATGAAACCTTGGGCATGAAAGATGAAGCACAGAGCTACCT
CCCACCGAGCGGCCTTGCTATTGCTGTTGCTTCCTCCTTCGGAAAGTTAT
CGGTGGATAACCAAACCCGTGGCGGTCAAAAACATCGAGCTTGAACCAAC
CGCTAGAGGCCGTTGACGGCACAAACTTTTTTTCCCGGCACATTCAAATT
CGGCACCTCACGGCCGTAAACCTTGGCATTGCCCAACAGCCCATGGCATC
ACCTCCTTCCAGATACCATTCACAAGGCAACTCGTTGAGTTTCCGTCGAG
CTTTCGGTGATCACAGCCTTCCCACCATCGATGCTGCAGAGGGTCTACGT
GTGCGGTAGGGGTAGCAGCTTGACGTGAACCGGTACAGTTTACGCCGTGC
AGCTTTTCTCGCCCCTTCCCGACTCGAGAAAAGCTGCAAAACTTTTCGGC
CAAACTGCAGCTTTTCGCTCCGGAAAAAAAGTTGCAGAACTTTTCGTGCA
ACTTTTAACTCCCATACCGAGCGTACATGTGCAAAGCTGCAAGAAAAGTT
GCAGAAATGCAGCTTTTTTTGCATCATTGTGCTGCCGTAAAAAGCGGTGT
TAGAGCATGTTGCAATCATCGATATTCTGGGCGTCCGAGTAGACACTTTT
TTTATTTTTGCACCAGCCGAGGTTCTCCAGGAAGAAGGTGAGCAAAGAAC
AGAGGATGTTTCTCTTCTCCACACATTTTTTTCACTTACGGTGCTAGCCT
TGATGTTTCTCGAACGCGAGAAGGGTTCAGTCGTCATTCACCGGTCCGCT
CCCCCTCTGTTGTGTGTGCTTGCATCACTCGACTGACTGCCGTGCGCTGT
TGTAATGCATACATGCGTCCGTTCACCTGTAAATTGCCACTTTTTTTTTT
CATTTTTTCTCGGTCTGGGGAGATCATACCCCACCAAACGGTTTTGGGAG
GATGCAAGCTGAGCCCCGTAGCCCCCAGGGGGTGATCGGCTTTAACAGTC
AGTCTGATTTGGGTTCGTTCATAATAGCTGCGCGCACTTCTGTATGTGAC
GCAAGATACCACACCCCCTTGACCGATTTGGTCAAAGTTCAATTCCTCCA
CGGCAGCAAGAGAGTGGCGGTGCCGAAGGTGGTGGCATTGCAACCTTAAC
CTTCTCGCCGAAAGCTTGCAGAACACGTACCGTTTACGCGATGCATCCTC
TTTGCTGAGGAGAAATCGAGCTATGACAAATCGGTCCAGGGGGTGTGACA
TTTCCTGCGGTACGCGGTTGATTGTTGTTTGCACGTGGTGGGATTGGCTG
GTGGCCACGAAATGTTGATTGGCGTGATTGTCGCTTCACTTGCAGACGTG
GACAGAGTGACGCCGAACAAATCGAAGATGAGTGAATTGTGTATGTACGG
CAGCACATTCCCCTCACGGTGCTGGTGCGTGTTGGTGCTCTTTTACTTCC
CCGGTCACCACTCTCTCGGAATGCTGCCGTCCATTCCCCTCTCGTTAGTT
GTGGTGATGCACGGGTTGTGTTGTATGGTCATGCAATTAGTGATTTTTGA
ACGAAGATTATCCGATCACGATAAGTGGGTCTTGCAGCAGCCTTGATCTC
TTGGTGCCGAGGTGCGTGTGTAGTGATGCTGTGTTGTGGTGATTTTGCGG
TGATCGTTCCCATGCTGATACCTGTACGCTGCTGCTGCTGTGCTGCTGCT
GCTGTTGTTGCTGTTGTTGTTGACGTTGCTGCTGCTGCTGCTCTGTTGTT
GTTGTTGTTGTTGCTGCTGCTGCTGCTGCTGCTGCCGGCGGTCGTGGTGG
TCGTGTGGTGTGGCCATGTCAGGGTGCGGTGTGGGCGGTTCCTCTCGGGC
CATCAGCAGGAGGTACGGCACCAGCATGACGGGCATCTCTCTCTCTCCGG
TGCAGGTAAGCAAGCCGGCTCTCCCTCTTGCTCCAAATGCCCTTGTCGGC
AGACGAGTGTATCAATCTTTTTCTCCATCGCCATGTGGGTGAAGGTCAAC
CGACCCTTCAGCTCGCATCAGGAGGTTGGCTCCTCATCAGTGGTGCATCA
CGAGTGTGTTCTCAGAGTGCATCAGGGATGGCTCTCTTTAAGAATGGTTG
CCTGCGTTGTTCTGTCTATACTTTTCGGCTGGCATTTTTTGTCGTTTTCG
AATGGTTTTTCGCAGGTGGAGAGAGCAAAAACCCTGTCTGAAGCGGCGGG
TCTTGGAGACAAGTGCAAGTTCCAGGTACGGACGCTTGGGTGCGTTGGGG
CATGATTCTTGTTGACGTTGCTTGCAGGATCGATAGAAACGATGCACAAA
GCGCTACGTATTCTGCTTTTGTTCAGTTTGGCTGTCACAAGGGGTGTATT
ACCGCTTGACTTGGGCGGCTGAATTGGCGTTTCTTCCTCTGCGCATCATT
CGCGCAAACCATTTCTGGCCGAAACAAGGCCTAGCAGCCACAACGGCCAT
GCCAACAGCCAAAAGCACCAGTTTCAAAGACACCAACGGCCTTCTGCACG
TGCCTCGTGCCTTTTCAACGTGGACACGACGACCGTACGGCATAGTTCGG
ACATGGCACAGATGCAAATGTTTCTAGCGTTCGCCCCTTACTTTTTCGTC
AGTCGTTTTGTGTTTTTATCGATGTCGTTGTTTATCGTTCTGTTGAATCA
CCACAAGTACAATCATCATCTGTGCTGACGGGAAGTACTACAGGGGCTAC
GGTGTAAGAGAAACTTAGGTAACCATTTAAGAGGAAGCACGGATTATAGG
GGAAAGAGGTGGATTGTACCGACCATGAGAAACACACCTGGTACACACCA
TCATACGAGATGCGGTTTAAGAGAAACCACGGTTAACCCGTGTGTGTTGG
GTTGCAAGAAACTTTCTTTGAACCGTTGCCGCTGCGCCAATTGGAACATG
AGGCCTGCTTGGCTGAGAAGAAACTCTCTTCATGCCGTAGCCGCTACTCT
GCTTGGAACACGAGTCCTGCGACACTAATGTTGCACCTCGCTGCTGCTGC
TGCTGCTGCTACGACCGCTTCTGCCGTTTTTTGGTTGTCTTGTTCTTGGA
TAGGTGGCCGATGCCTTGAACACACCCTTCGACACCGACTCTTTCGACCT
TGTTTGGAGCATGGAGAGCGGAGAGCACATGCCCTACAAGCCCAAGTGAG
ACAGACTTGCGATTCGCATACCCTCATTCAGCTGTACCGTTTTAACGCGC
CTCCGCAACGGTCACATGAAGTTGGCAGTAGCAACAGCCGCACAACACGC
TAAAACCCTCACAATCATCATCTTGGTCCACTTTCTGCGCGCTCGATATC
TTGGCGGGCAAGAGTATCATGACTCCTGAATGCGAAGCTTCTGTTGCAGT
CACTTTGACATACAGAGCCTTTCTTTAACTAGCACCAACCACACTAACTG
ACAGACAAACGATTTTTTTTTTTCAGGTTTGTTGGAGAATTGGCCCGCAT
CTGCGCCCCGGGGGGGCGTGTGCTCGTTGTAACGTGGTGTCACCGCGATC
TGGAGGAGGGGGAGACCGAGCTCACCCCTAAGGAAGAGAAGCTTCTCGCA
AAGTAAGAAGTAGCCTTGTGTGCTCTTTCTTTGTACCATTCCGGCAAAGG
ACCTCGTTTAGATTTTCCTAGAAGCGGCCGATCGGCCTAGGTAAGAGAAG
CGCGCCCCTGAAGCTTCTGGCAAAAGAGAATAACCTTGGGTGTACTCTGT
AGAGCAGCACCACAAGAAAGGGTGCGACGCCTGCAGAGTATTCCGAGAAA
CTCATCTCTCGGTGGAGTAAAGAATCGTGCAGTGCAGACGGGGACATGAC
AAGCTTGCACGCTTGCGAAGCCCTTAAAAGAGTAGCCGACGCACGCCTGG
AAGAACGATTTGTGGTTTTTGCTGTTTCGGTTTGCAGAGAGTGAGATGGG
GTGGGAGGTGTTGGCGTCGGAATCAAGAGGACCGGCCACAAATCGCACCG
GATCTCACGGATGCTGATGCAAAGGCGGATTTGCTTTGGTCCGTATTTTG
GTTGTGTCTTTCGACTACGGAAACACAAATGCCGCACGCAACAGAAGACA
GCGCACCCCCTCCCACTGCCACACGCGGTGGCACTGTGTTTGTGGTTCAA
CATGAGCCCAAAACATTGAACGACAATAATACGCCGACGTAGAATACCAC
CGCCCCCGTAAGAGGACATACATATTTTTTGTACATGTTGTACGGACTCT
TGACTCTTGGTACCTCGTGCAACGCCTTTTAATTACATGAAAACGGAAAA
AAACAAAACAGGATCAACAAGGCGTACTACCTGCCGCGATGGTGCTCCAC
CGCTGACTACGTCAAGTACTTCGAGGGCGAGGGGCTCGTCGACATCAAGA
GAGCAGACTGGACGGACAACATCCAGGTTGGTTTGATGGCCTCATTGTCG
AAGAGCATGTCCATGAAGATTCTGCTTGCTCATGCATAAGCGTCGTGTGA
GGCAAAAGCAACGATGCCGGAGGGCAGAATGGGCTGCACCTATGCGTGAT
GGTAGAATGTTGCACAAGAGCCTTCGGCCTCCCGTTTTTTTTGCGGAATT
TATTGTCCCTCCCCTTGAGTATCATCTTTGAAAAGGTAGCCGCCGTTATG
CCGCGAAGGTTAGTCTAGTATGTCGTCTCTACGTCATTCGGTGCCGTGTG
ATGCCTTCTGCCCCACCCAGCAATATCTCTCTGAGCCGTTCTCTGAGCCG
TTCTCGGGGCCGATGTACTAATCATGCTCTCTGGTCGTGTTATTGATCGA
TGCTTGTTCGCAGTTTTTTCCACCCGCCCCTCTCACACCCTTTTTTGTAC
TTTTTTTTCCGAATTTCCGTGCTCTGACCGACCTCCTGCTCGTTTTGCGA
ACCAATCTTCGAACGGTTCTACAAACGGTTCTCGGAACAGAACTTCTGGC
CGGCTGTCATTCGATCTTCGGTGTCTTTTCAAGGCATCGTGGGCTTGCTA
AAGTCGGGGCCTGTTACCATCCGTGGGGCGGTTGCCATGTTGGTGAGTGA
AAAGTAACGCCTGTGTGTGCTTTCCATTTTTGTTTCTTGTTTTTTTCATT
TTAGTTGTGTTGGGCGGTCTTCTTCTGTCCTTCGCCAAATAATGCACAAA
GCAGTTTTTGGTAATATTGTTCAGTCTGGTGTGTTTTATGTTTTAAATTG
AGATTACTCCTCTTCGTACCGCTCTGCGGCCCATTCTCTGAGCCCGTCTC
TCTTACATCATTTTTTCATGCTTTCACACACGACCTTCGCAGATATCTCG
CAGATATGGTCAAGTTTTTTTAGTTCTTGGATGGCCAATGCGGTATAATC
ACAGCTGCTGTGCCGTAAGTAGAGTTCTAGTACTTCTACCCGTCCCAAAA
AGTGTTTTCGAAGTCGCCCAGCGCTACAACCCCGCGGCACAAAGCCTCAG
CGGTTTTGTACTCCAACTTGTTGCGGCGGTCGAAACCTAATAGGTAAACC
TTTTCTAGTCACCGTAGCAGCCTCAGATGAGTTTTAGCCTTCCAATTGTT
TGGACTTCCACTGGACACTGCACGACCCGTTTGTGAAGCAAACATTTGCG
CCTCGATTCTACAGCTTTTTTTCGTAAGCATATTGTACCCGCCTTTTGGA
ACAGCTTCGTCTACGTGCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
CCCCACGTTCCGCTGGGGCGGGGTGGATGGGAAAGAAAAGCGAAAAAAGA
AGCAACCCCAACCAACACNNNNNNNNNNAAAAATTTTCCCCCCCTTCTTC
CTCTTTTTTTTTTTAAAAATTTTTTCCCCCCCCTTTTAAACACCCTTCTC
CTCCGCCCCCCCCCCCCCCCCCCCCCCCGCCTTTGCCAATGAGATGGTCG
AGTGGGCGGGATAGAAATGATCAGGACGACAGCAGTGTCGCCCACCCGCT
GTACAGCTCAGCTTCCTGCACACCCATCCGTGATGTTTCTTGCAGTCGTT
GCGCAATGCTGTATCCGTGATATCGCTCTGGACCCTGCGAAACGAGCCTA
GCTCACACAAGATGCCAAAAACAACTGGACCTATCTGCAGAACTCGATTA
CTCTATGGCATGAGCAGTGGCCTTGTCGAAACTTGCGCCGGCGTACCATC
TCATTCGATTTTTTTTTTTCCTTTTCTTGTTGGGGAAGTCGGGGTTTGAA
GTTCGCTCGAAGGTGCTGTACTATCCTGCTCAACCTGCGGTGCCCAACTA
TCGCGACAGGCCAGCAGTATCAGCACGAACAAAGAGAAGGCCTCGAAGGG
CAAAATGCGAACGTTTTCCGATGGCAGTAGTCCTCAGAGCGTACACCACG
TGTTCACGACTCTACGGCTACACAACGAACGCCTGTTCATGTTATCTACA
ATGACGAAGGCAATTTTCTTCCGTTCGGTGTTTTGTTGCAGCTTGCAATA
GCACCAGGGGTATCATGGCAACACAGCAGCCGTGCGCTACCTTGGGGACC
CTCGCTACCCCTCCTAGGCTCATTTTTTGCCCGCCCCCCCACCCCCTGTG
CTGTGCGAAACGCCTGGGATGTCTGTGGCTTTTGCGTGCGCTCTCCAGCT
GATGGTTCGAGGGTACAAGAGGGGCCTGGTGAAGTTCGCTCTCATCACCG
GCAAGAAGCCATGATTTTGTTTTGGTATTTTCGATCGTTACCTTGGTTTA
GTCAAGGCACAAGCAGCAATACGGCCATGCTGTAGAATTTCTTACATCGC
GAGAGCTGACGCCGGCGTGGGGGGCGTGCTGGTGCTAGTTTGTTGAGTTA
GCACCCAGTACGACAAGAAGGCCCTGCACCGTGTCGCGCTACCGTAGAAC
GCCTTTTTCGCCTGTAGTGGATTCTCATTATCAGCATGATTTTTGAACCA
AGCTTGCTGAAGTGTGGACGTTGACTGCGGTAATTCACTCCGAAGGCATC
GTACGACGCCCGCAGAGCGCACGGTACACCGACAGCCTTCCACGTGTGCC
TGCGGCTTAAGAATTCTGGAGGCCTCAAGTTGCTCTTTAGGCCCTCGGAT
AAGAGATGAGTGGACCCAGCTCTCTTCTGGCCGCCCGGGCGAGGACCTCG
CCGCCCCTTACCGCTTGCCGTTCACTACGGGAGTCCCCCCTGCTTGTTCA
CGCCCTTTCTCGGAGTGAATTTCTCGCGTGTAAATCACCCCGTGTAAGGG
TTACCCCGTAATTGGCCCGGGACGCACCGGCCGTTTTTTCAGCAACGAAC
GAGCAACGACCTTCCAGATTGCCACGCCAAAACAGTAGGCCAGCAGCGGG
TCAGGCCAGAGGGCTTCGTTCACCTTGCTGGAAGAACACGGCTCGGGGTA
GACTATCATGCCGCCGTTGGTCGCGTACGACACGGATGCACACCCGCAGG
GACCGTTTGTGCACAAACGTTCGGTTGGTCGTAGTCTGCAGGAGGAAGAA
CAGCAGTGGCGGTGTCGGATAGAGTGTAGTCGAGAGCTTTCCGAACACAT
GTGATTTGAATTTCACGTCTTTTCGCCGTGGAGTAAGAAGTGGAGCTTTG
AGGTTCGGTCCACGGGGTGTGGTATCTTGTGTTTCGGGCGGTAAACGCAG
AAGTAGCACAACTGCCGCGTAGATAGAACTCGCAGTTACAACAGGTTTTG
TTCGTTCAGCAGACAGAATAAGTTCCGAGCAGCGAGTGTTACGGTCTTGT
TTACAGGGCAGCGCCGGTGGCGGCCTTGCACGGGCGGAATTATCCCCAAA
TATTTTTCGCCGCGTCAGCAATCG
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Coding sequence (CDS) from alignment at Ecto-sp13_S_contig1270:3883..17056-

>mRNA_Ecto-sp13_S_contig1270.2235.1 ID=mRNA_Ecto-sp13_S_contig1270.2235.1|Name=mRNA_Ecto-sp13_S_contig1270.2235.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=CDS|length=1191bp|location=Sequence derived from alignment at Ecto-sp13_S_contig1270:3883..17056- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGAAGACGGCTGTACCGGTGCACGTGCTATGGGCGGGATTCTGCGCCTT
GTGGCCCTGCCATGCATTTGTTCCGTCTAGCAGCCTGCCTTCGTTTGGGG
TTCATTCGGGTATCGACGGCACAACAGCGTCGTCTTTTGACAGGAATGGA
CACGGACACGATTGTGGATATGGCGCAGCCGGATCGGCGAGGGGTAAAGG
CAGGAGGCGGGCGGCTCCGTCTAGGGCGAGGGCCCAGGGCGACGTTAGCA
TGGGCCTGCGCGGCGCAGCTAAGAACACCTGGAAACGGGCGCGCGGTGGA
GGGAATGGGGGCAAGACACGAAGCGACGGCGAGCTCAAGGAGGGCATAGC
CAACTTCTATGACAAGTCTTCTGGTATCTGGGAAGAAATGTGGGGGGAGC
ACATGCACCACGGCTACTACGTCCAGGGGGTGAAGCCCAAGAACATGGAG
CACCATAGGGCAGCCCAGAGGTTCATGATCGGTCGTTCGCTTGAATGGGC
AGGTGTAGAGGAGGGAGGGGCAGCCCCCAAAACGGGAGTCGACATTGGGT
GCGGTGTGGGCGGTTCCTCTCGGGCCATCAGCAGGAGGTACGGCACCAGC
ATGACGGGCATCTCTCTCTCTCCGGTGCAGGTGGAGAGAGCAAAAACCCT
GTCTGAAGCGGCGGGTCTTGGAGACAAGTGCAAGTTCCAGGTGGCCGATG
CCTTGAACACACCCTTCGACACCGACTCTTTCGACCTTGTTTGGAGCATG
GAGAGCGGAGAGCACATGCCCTACAAGCCCAAGTTTGTTGGAGAATTGGC
CCGCATCTGCGCCCCGGGGGGGCGTGTGCTCGTTGTAACGTGGTGTCACC
GCGATCTGGAGGAGGGGGAGACCGAGCTCACCCCTAAGGAAGAGAAGCTT
CTCGCAAAGATCAACAAGGCGTACTACCTGCCGCGATGGTGCTCCACCGC
TGACTACGTCAAGTACTTCGAGGGCGAGGGGCTCGTCGACATCAAGAGAG
CAGACTGGACGGACAACATCCAGAACTTCTGGCCGGCTGTCATTCGATCT
TCGGTGTCTTTTCAAGGCATCGTGGGCTTGCTAAAGTCGGGGCCTGTTAC
CATCCGTGGGGCGGTTGCCATGTTGCTGATGGTTCGAGGGTACAAGAGGG
GCCTGGTGAAGTTCGCTCTCATCACCGGCAAGAAGCCATGA
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