mRNA_S-dermatodea_contig1344.2018.1 (mRNA) Saccorhiza dermatodea SderLu1190fm monoicous

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

Overview
NamemRNA_S-dermatodea_contig1344.2018.1
Unique NamemRNA_S-dermatodea_contig1344.2018.1
TypemRNA
OrganismSaccorhiza dermatodea SderLu1190fm monoicous (Saccorhiza dermatodea SderLu1190fm monoicous)
Homology
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: D7G711_ECTSI (NAD(P)-bd_dom domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G711_ECTSI)

HSP 1 Score: 450 bits (1157), Expect = 2.590e-147
Identity = 252/357 (70.59%), Postives = 278/357 (77.87%), Query Frame = 3 
Query:   57 MLRFTVLAVAMASCSAFLAPQLPTRSAHPQSITRGSAGSQTVRMMSXXXXXXXXXXXPPAAADTPAEPFS-GQIDRRTLLKAVPATLAAGMLGVTV-GAMPQSVSARGTPKAAPAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAAKKA 1121
            MLR TVLA  MA CS+FL P +  R      I   S G+  +   +               AD+     S G +DRRTLL A+PAT+ AG+LG  V G+ P+   AR TPKAAPAGT VVVLGG+GFVGS+VCE+LVEAGATV SVSR+GSKP +WAAGQSWV+KVSW KGDPT  DL++ F  AAAVISCVGVIGGSDEEMEKGNG VNV AA QAA  K GRFVYVSVSHLVPEAFGG AFKGYF+GK +AEEAI  +FPS+GVLIKP FIYGGDSFGLTPPRVSDGYGSGID+LLSSGPIRAIAGISPG IKVALSPPVSRDNVALACVAGALGRL+G  FDGADEINAAA KA
Sbjct:    1 MLRLTVLAAFMAGCSSFLVPPVLLR----PPIMETSKGALHMTQNNDDM------------ADSDYSGLSDGPVDRRTLLTAIPATVVAGVLGFAVAGSAPEKALARATPKAAPAGTNVVVLGGNGFVGSKVCELLVEAGATVTSVSRSGSKPDKWAAGQSWVDKVSWTKGDPTAGDLSAVFGKAAAVISCVGVIGGSDEEMEKGNGDVNVQAAKQAASGKAGRFVYVSVSHLVPEAFGGAAFKGYFDGKSRAEEAIAKSFPSTGVLIKPTFIYGGDSFGLTPPRVSDGYGSGIDALLSSGPIRAIAGISPGLIKVALSPPVSRDNVALACVAGALGRLQGTKFDGADEINAAASKA 341
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S0MWV8_9CHLO (Hypothetical protein n=1 Tax=Pyramimonas obovata TaxID=1411642 RepID=A0A7S0MWV8_9CHLO)

HSP 1 Score: 266 bits (680), Expect = 1.300e-77
Identity = 166/296 (56.08%), Postives = 197/296 (66.55%), Query Frame = 3 
Query:  234 AAADTPAEPFSGQIDRRTLLKAVPATLAAGMLGVTVGAMPQSVSARGTPKAAPAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAAKKA 1121
            AA+    E    Q+ RR +L A PA   A +LG T   MP   SA      A  GTKVVVLGG+GFVGSRV E LV  GA V SVS++G KP   A      +KV+W K D    D +  FSGA AVISCVGVIGGSDE M+ GNGA NVAAA  AA AKV +FVYVSV+ +VP A  G+A KGYF GK++AE AI A FP + V++ P+FIYGGDSF L PPRV  GYG  I+ LLSSG +RA++GI  GPI + L+PPV+ ++VA A VAGALG +     DG D INAAAKKA
Sbjct:   44 AASSKKEETQGTQVTRRQVLTAAPAAALAVVLGTT--GMPLEASAM---VMANPGTKVVVLGGNGFVGSRVVEALVARGAEVVSVSKSG-KPAAIAG----ADKVTWTKADVLTADFSETFSGADAVISCVGVIGGSDEYMQTGNGATNVAAAKAAAAAKVPKFVYVSVASIVPAAVDGIALKGYFAGKREAEAAIAAEFPGTSVVVGPSFIYGGDSFVLNPPRVPAGYGGAIEGLLSSGVMRALSGIG-GPIGLTLAPPVAVESVAGAVVAGALGLVPAGKIDGTDAINAAAKKA 328
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A061RK23_9CHLO (Nad-binding rossmann-fold superfamily protein isoform 1 n=1 Tax=Tetraselmis sp. GSL018 TaxID=582737 RepID=A0A061RK23_9CHLO)

HSP 1 Score: 237 bits (604), Expect = 8.580e-67
Identity = 143/289 (49.48%), Postives = 189/289 (65.40%), Query Frame = 3 
Query:  264 SGQIDRRTLLKAVPATLAAGMLGVTVGAMPQSVSARGTPKAAPAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGS--KPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGV----AFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAA 1112
            SG I+RR  L  V A L A  L V+V A P        P+ A    KVVVLGG+GFVGSR+CE L ++G  V SVSR G   +PT   A   W  K+SW K D   DDL++ F  +  VISC+GVIGGS E ME GNGA N+AA  ++  A V +FVY+SV+ +VP++  G+    + +GYF GK++AE A+  AFP S V+++P+F+YGG  FGL+PPRV+  YGS +++LLSS P++ IA I PGP+ + L PPV+ +NVA A VAGA+G +     DG  EINAAA
Sbjct:   52 SGSINRREALSGVTAFLIA--LPVSVAAEPVQ-----PPETAE---KVVVLGGTGFVGSRICERLAKSGFRVISVSRRGKVPEPTDEEA-PVWKSKISWIKADVLKDDLSAIFEDSKTVISCIGVIGGSYENMETGNGAANIAAVKKSKSAGVEKFVYISVASIVPDSVEGLLGSSSLEGYFAGKREAEAAVLEAFPDSAVVVRPSFVYGGSEFGLSPPRVAGAYGSAVEALLSSSPVKNIARIMPGPVALTLEPPVAVENVAAAAVAGAVGAIPPGIVDGTAEINAAA 329
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S0TQM2_HEMAN (Hypothetical protein n=1 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S0TQM2_HEMAN)

HSP 1 Score: 216 bits (550), Expect = 3.300e-60
Identity = 123/237 (51.90%), Postives = 155/237 (65.40%), Query Frame = 3 
Query:  402 KVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIK-PAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAA 1109
            KVVVLGG+GFVGSRVC+ LVE+G +V SVS +G  P +WA G+ WVE+V W  GD   DDL    SGA A +SCVGVIG  DE +  GNG   V  A  A  A V RFVYVSV+  V +  G +A KGYF GKK++E AI  A+ +   LI  P F+YGGDSF ++PPRV+  YGS +++ LS  P +A+AG+ PG   +AL PPV  D+VA A  +GALG   G+  DG + I  A
Sbjct:   22 KVVVLGGAGFVGSRVCKTLVESGCSVTSVSLSGVPP-EWAKGEPWVEQVQWTAGDAAKDDLKGTMSGAKACVSCVGVIGFDDEYLAAGNGPPTVEGAKMAKAAGVPRFVYVSVADAVRDNVGSIALKGYFAGKKESEAAIAEAYGADNSLIVCPGFVYGGDSFAISPPRVNQQYGSFVENTLSLAPFKALAGVLPGVAGLALQPPVCVDDVAKAVTSGALGLQSGR-VDGTESIKEA 256
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S0YYY3_9CRYP (Hypothetical protein n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0YYY3_9CRYP)

HSP 1 Score: 213 bits (541), Expect = 1.790e-58
Identity = 125/253 (49.41%), Postives = 160/253 (63.24%), Query Frame = 3 
Query:  390 PAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAF-PSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAAKKA*LYQTQAA 1145
            P   KVVVLGG+GFVGSRV + LVE+G  V SVS +G+ P +WA  + WVE+V W  GD   DDL     G+ AV+SCVGVIG  +E +  GNG   V    QA  A V RFVYVSV+  V +  GG+A +GYF GKK++E AI   + P   +++ P FIYGGDSF ++PPRV+  YGS +++ LS  P +A+AG  PG   +AL PPV  D+VA A  AG LG   G+  DG + I AA + A    TQAA
Sbjct:   53 PNSNKVVVLGGAGFVGSRVSKTLVESGLQVTSVSLSGTPP-EWAKDEPWVEQVEWTAGDSAKDDLKGLMRGSKAVVSCVGVIGFDNEYLAAGNGPPTVEGCQQAKAAGVPRFVYVSVADAVRDNVGGIALQGYFAGKKESEAAIAETYGPERSLVVGPGFIYGGDSFAISPPRVNQAYGSLVENTLSLAPFKALAGALPGVAGLALQPPVCVDDVAKAVTAGVLGLQSGR-VDGTESIKAAGQAA---ATQAA 300
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A813JLA1_POLGL (Hypothetical protein n=1 Tax=Polarella glacialis TaxID=89957 RepID=A0A813JLA1_POLGL)

HSP 1 Score: 209 bits (531), Expect = 1.850e-56
Identity = 136/295 (46.10%), Postives = 177/295 (60.00%), Query Frame = 3 
Query:  234 AAADTPAEPFSGQIDRRTLLKAVPATLAAGMLGVTVGAMPQSVSARGTPKAAPAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAAKK 1118
            A++ +P+ P  G   RR  L  +   L  G+LG    A+  + S         AG KVVV GGSGFVG R+CE LV  GATVAS+SR G  P    A   W  KVSW +GD    DL S   G+ AVIS +G IG SD+   +GNGA N AAA+ AAKA V RFV +S S  V +A     F GY EGK++AE A+  AF  + ++I+P+FIYGG+ F  TPPRV++ YG  ++ LL +G  R +A +SPG +++ALSP  S  +VA A VAGA G  +G    G D I AAA++
Sbjct:   71 ASSGSPS-PALGSASRRDSLGRLGLALGLGLLGPVNSALAATASPL-------AGKKVVVFGGSGFVGQRICERLVLEGATVASLSRGGGPPPGAGA---WASKVSWQQGDVLSADLASPVQGSEAVISAIGAIGSSDDA--RGNGATNEAAAAAAAKAGVQRFVLISASPDVAKAGLDAVFGGYIEGKRRAEAAVATAFAGNSLVIQPSFIYGGEEFSATPPRVAEWYGEKVEGLLGTGLFRGLAAVSPGALRLALSPLSSVGDVAAAAVAGASGAAQGM-LAGHDAIKAAAQR 351
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S1RWJ9_ALECA (Hypothetical protein n=1 Tax=Alexandrium catenella TaxID=2925 RepID=A0A7S1RWJ9_ALECA)

HSP 1 Score: 203 bits (517), Expect = 3.910e-55
Identity = 128/265 (48.30%), Postives = 162/265 (61.13%), Query Frame = 3 
Query:  339 VGAMPQSVSARGTPKAAPAGT--KVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGD---PTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAAKK 1118
            VG +    +  G P AA A    +V VLGGSGFVG R+CE LV AGA V S+SR+G  P    A   W  KV W KGD   P   DL +A +GA AV+S +G IG  D+   +GNGA N AA + A  A+  RFV VS S  V ++     F GY EGK++AE A+ A FP+S ++++P FIYGG+ F  TPPRV+  YGS ++ LL +G  R +A  +PG  K+ALSPP S + VA A VAGALG+  G   D  DEI AAA K
Sbjct:   44 VGLLSPLAAVAGAPLAASAEAPGRVAVLGGSGFVGRRICEQLVAAGAEVVSLSRSGGPPPGTGA---WASKVQWLKGDVLAPGGSDLAAAVAGADAVVSSIGSIGSGDDA--RGNGATNEAAVAAATSAQAKRFVLVSASSQVAKSGLDAVFGGYIEGKRRAEAAVAAQFPASSLVLQPTFIYGGEDFSATPPRVAGWYGSKVEGLLDTGLFRGLAAATPGFFKLALSPPNSAEEVAAAAVAGALGQASGTLADH-DEIKAAAAK 302
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S3VWQ3_EMIHU (Hypothetical protein n=1 Tax=Emiliania huxleyi TaxID=2903 RepID=A0A7S3VWQ3_EMIHU)

HSP 1 Score: 195 bits (495), Expect = 2.720e-52
Identity = 117/245 (47.76%), Postives = 147/245 (60.00%), Query Frame = 3 
Query:  393 AGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTI---DDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVA--FKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAA 1112
            A  KV VLGGSGFVGSR C+ LVE G +V SVS +G+ P  W AGQ W + V W K + T    + +  A     AV+S VG IG   + +  GNG  NV AA  AA A   R+VY+ V+  V +A   +   F GYF+GK  AE AI   F  +   ++P+FIYGGDSFGL PPRVS GYGS ++ LLS  P+ A+A + PG +KVAL PPVS + VA A  A A G +     +G   INAAA
Sbjct:   20 AALKVTVLGGSGFVGSRCCKALVEKGVSVTSVSTSGAAP-DWCAGQEWAQSVEWRKNELTRGSRESVAEAIGSPDAVVSAVGAIGFDRQGLLLGNGVANVEAARAAAAAGAKRYVYIGVASEVADARDWLPGFFAGYFDGKADAEAAIADGFEGASTFVRPSFIYGGDSFGLFPPRVSAGYGSAVEELLSFPPLEALANVLPGLLKVALRPPVSVEAVAGAAAAAAQGEVSEPVLEGVTAINAAA 263
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A7S1B627_9STRA (Hypothetical protein n=2 Tax=Corethron hystrix TaxID=216773 RepID=A0A7S1B627_9STRA)

HSP 1 Score: 193 bits (490), Expect = 1.310e-51
Identity = 113/242 (46.69%), Postives = 144/242 (59.50%), Query Frame = 3 
Query:  405 VVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTI---DDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAF---KGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAAA 1112
            V VLGGSGFVGSRVC  LV +GA+VASVSR+G+ P+ W A   W   V W   D T    + L  A    +AV+SCVG +G     ++ GNG  N      A K    +F+YVSV+  V E+ G + +    GYFEGKK AE A  A F      ++P+F+YGG+ FGL PPRVS+ YGSG++ LLS    R +A + PG + VA  PPVS D +A AC   ALG +E K  DG   IN+AA
Sbjct:   19 VTVLGGSGFVGSRVCRALVRSGASVASVSRSGAPPS-WCADADWSSSVDWRAADLTRGSRESLEEAVGNPSAVVSCVGAVGFDVRGLQLGNGVANAEGVRAAKKTGAEKFIYVSVASEVAESAGWLPYYFRDGYFEGKKDAETAATATFGEEATFLRPSFVYGGEGFGLFPPRVSEAYGSGVEELLSKEGFRFLADLLPGLLGVAFRPPVSVDALAEACARCALGEVEEKDLDGTLAINSAA 259
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BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Match: A0A813ALS2_9DINO (Hypothetical protein n=3 Tax=Symbiodinium TaxID=2949 RepID=A0A813ALS2_9DINO)

HSP 1 Score: 191 bits (484), Expect = 1.510e-50
Identity = 115/238 (48.32%), Postives = 152/238 (63.87%), Query Frame = 3 
Query:  396 GTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSKPTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEMEKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQAEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGPIRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINAA 1109
            G KVVVLGGSGFVG R+C+ LV  GA V S+SRTG  P++      W   V+W + D    DL    +GA AVIS +G IG +D+E  +GNGA N AA + AAKA V RFV VS S  V EA     F  Y +GK++AE A+   F  S ++++P+FIYGGD F  TPPRV+  YG  +++LL++   RA+A  SP  +++ALSPP++ D+VA A VAGA GR  G + +  D I AA
Sbjct:   78 GQKVVVLGGSGFVGRRICQRLVAEGAQVTSISRTGGPPSKVG---DWASSVAWKRKDVLTADLVPEMTGAGAVISAIGSIGSADDE--QGNGATNEAAVAAAAKAGVKRFVLVSASKDVGEAGVDAIFGPYVKGKQRAEAAVKGRFSDSSLVLQPSFIYGGDEFSATPPRVAGWYGEKVENLLATELFRAVASASPAFLRLALSPPLAVDDVAKAAVAGAAGRATG-TLESHDAILAA 309
The following BLAST results are available for this feature:
BLAST of mRNA_S-dermatodea_contig1344.2018.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G711_ECTSI2.590e-14770.59NAD(P)-bd_dom domain-containing protein n=2 Tax=Ec... [more]
A0A7S0MWV8_9CHLO1.300e-7756.08Hypothetical protein n=1 Tax=Pyramimonas obovata T... [more]
A0A061RK23_9CHLO8.580e-6749.48Nad-binding rossmann-fold superfamily protein isof... [more]
A0A7S0TQM2_HEMAN3.300e-6051.90Hypothetical protein n=1 Tax=Hemiselmis andersenii... [more]
A0A7S0YYY3_9CRYP1.790e-5849.41Hypothetical protein n=1 Tax=Hemiselmis tepida Tax... [more]
A0A813JLA1_POLGL1.850e-5646.10Hypothetical protein n=1 Tax=Polarella glacialis T... [more]
A0A7S1RWJ9_ALECA3.910e-5548.30Hypothetical protein n=1 Tax=Alexandrium catenella... [more]
A0A7S3VWQ3_EMIHU2.720e-5247.76Hypothetical protein n=1 Tax=Emiliania huxleyi Tax... [more]
A0A7S1B627_9STRA1.310e-5146.69Hypothetical protein n=2 Tax=Corethron hystrix Tax... [more]
A0A813ALS2_9DINO1.510e-5048.32Hypothetical protein n=3 Tax=Symbiodinium TaxID=29... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
S-dermatodea_contig1344contigS-dermatodea_contig1344:9530..19137 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Saccorhiza dermatodea SderLu1190fm monoicous2021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score451.1
Seed ortholog evalue5e-124
Seed eggNOG ortholog2880.D7G711
EggNOG free text desc.ubiquinone-6 biosynthetic process
EggNOG OGsCOG0702@1,KOG4288@2759
Ec32 ortholog descriptionNAD(P)-binding domain
Ec32 orthologEc-01_011500.1
COG Functional cat.GM
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categorychloroplast
Exons10
Model size2935
Cds size1068
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_S-dermatodea_contig1344.2018.1prot_S-dermatodea_contig1344.2018.1Saccorhiza dermatodea SderLu1190fm monoicouspolypeptideS-dermatodea_contig1344 9586..12362 +


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

Feature NameUnique NameSpeciesTypePosition
1622924285.9582138-UTR-S-dermatodea_contig1344:9529..95851622924285.9582138-UTR-S-dermatodea_contig1344:9529..9585Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 9530..9585 +
1694079151.3919206-UTR-S-dermatodea_contig1344:9529..95851694079151.3919206-UTR-S-dermatodea_contig1344:9529..9585Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 9530..9585 +
1622924286.0446312-UTR-S-dermatodea_contig1344:12362..134521622924286.0446312-UTR-S-dermatodea_contig1344:12362..13452Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 12363..13452 +
1694079151.465327-UTR-S-dermatodea_contig1344:12362..134521694079151.465327-UTR-S-dermatodea_contig1344:12362..13452Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 12363..13452 +
1622924286.0589502-UTR-S-dermatodea_contig1344:13824..138961622924286.0589502-UTR-S-dermatodea_contig1344:13824..13896Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 13825..13896 +
1694079151.4856331-UTR-S-dermatodea_contig1344:13824..138961694079151.4856331-UTR-S-dermatodea_contig1344:13824..13896Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 13825..13896 +
1622924286.0731514-UTR-S-dermatodea_contig1344:14542..146911622924286.0731514-UTR-S-dermatodea_contig1344:14542..14691Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 14543..14691 +
1694079151.498012-UTR-S-dermatodea_contig1344:14542..146911694079151.498012-UTR-S-dermatodea_contig1344:14542..14691Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 14543..14691 +
1622924286.084811-UTR-S-dermatodea_contig1344:15048..152581622924286.084811-UTR-S-dermatodea_contig1344:15048..15258Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 15049..15258 +
1694079151.5061712-UTR-S-dermatodea_contig1344:15048..152581694079151.5061712-UTR-S-dermatodea_contig1344:15048..15258Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 15049..15258 +
1622924286.0987062-UTR-S-dermatodea_contig1344:18847..191371622924286.0987062-UTR-S-dermatodea_contig1344:18847..19137Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 18848..19137 +
1694079151.514821-UTR-S-dermatodea_contig1344:18847..191371694079151.514821-UTR-S-dermatodea_contig1344:18847..19137Saccorhiza dermatodea SderLu1190fm monoicousUTRS-dermatodea_contig1344 18848..19137 +


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

Feature NameUnique NameSpeciesTypePosition
1622924285.9664187-CDS-S-dermatodea_contig1344:9585..99971622924285.9664187-CDS-S-dermatodea_contig1344:9585..9997Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 9586..9997 +
1694079151.405614-CDS-S-dermatodea_contig1344:9585..99971694079151.405614-CDS-S-dermatodea_contig1344:9585..9997Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 9586..9997 +
1622924285.9762754-CDS-S-dermatodea_contig1344:10515..105921622924285.9762754-CDS-S-dermatodea_contig1344:10515..10592Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 10516..10592 +
1694079151.415562-CDS-S-dermatodea_contig1344:10515..105921694079151.415562-CDS-S-dermatodea_contig1344:10515..10592Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 10516..10592 +
1622924285.989892-CDS-S-dermatodea_contig1344:10867..110201622924285.989892-CDS-S-dermatodea_contig1344:10867..11020Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 10868..11020 +
1694079151.4247942-CDS-S-dermatodea_contig1344:10867..110201694079151.4247942-CDS-S-dermatodea_contig1344:10867..11020Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 10868..11020 +
1622924286.0020373-CDS-S-dermatodea_contig1344:11255..113411622924286.0020373-CDS-S-dermatodea_contig1344:11255..11341Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 11256..11341 +
1694079151.4341462-CDS-S-dermatodea_contig1344:11255..113411694079151.4341462-CDS-S-dermatodea_contig1344:11255..11341Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 11256..11341 +
1622924286.0126874-CDS-S-dermatodea_contig1344:11640..118511622924286.0126874-CDS-S-dermatodea_contig1344:11640..11851Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 11641..11851 +
1694079151.443527-CDS-S-dermatodea_contig1344:11640..118511694079151.443527-CDS-S-dermatodea_contig1344:11640..11851Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 11641..11851 +
1622924286.028572-CDS-S-dermatodea_contig1344:12233..123621622924286.028572-CDS-S-dermatodea_contig1344:12233..12362Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 12234..12362 +
1694079151.453806-CDS-S-dermatodea_contig1344:12233..123621694079151.453806-CDS-S-dermatodea_contig1344:12233..12362Saccorhiza dermatodea SderLu1190fm monoicousCDSS-dermatodea_contig1344 12234..12362 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_S-dermatodea_contig1344.2018.1

>prot_S-dermatodea_contig1344.2018.1 ID=prot_S-dermatodea_contig1344.2018.1|Name=mRNA_S-dermatodea_contig1344.2018.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=polypeptide|length=356bp
MLRFTVLAVAMASCSAFLAPQLPTRSAHPQSITRGSAGSQTVRMMSSSSS
SDPQSSRPPAAADTPAEPFSGQIDRRTLLKAVPATLAAGMLGVTVGAMPQ
SVSARGTPKAAPAGTKVVVLGGSGFVGSRVCEMLVEAGATVASVSRTGSK
PTQWAAGQSWVEKVSWNKGDPTIDDLTSAFSGAAAVISCVGVIGGSDEEM
EKGNGAVNVAAASQAAKAKVGRFVYVSVSHLVPEAFGGVAFKGYFEGKKQ
AEEAIGAAFPSSGVLIKPAFIYGGDSFGLTPPRVSDGYGSGIDSLLSSGP
IRAIAGISPGPIKVALSPPVSRDNVALACVAGALGRLEGKSFDGADEINA
AAKKA*
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mRNA from alignment at S-dermatodea_contig1344:9530..19137+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_S-dermatodea_contig1344.2018.1 ID=mRNA_S-dermatodea_contig1344.2018.1|Name=mRNA_S-dermatodea_contig1344.2018.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=mRNA|length=9608bp|location=Sequence derived from alignment at S-dermatodea_contig1344:9530..19137+ (Saccorhiza dermatodea SderLu1190fm monoicous)
CGGAGAGGGAAGACTTGGACAGCAGTGTGCCGTTAGAACTCCACCACAAC
ACCACCATGCTTCGATTCACGGTCCTCGCGGTCGCCATGGCGAGTTGCAG
CGCCTTCCTGGCACCGCAGCTTCCCACGCGATCGGCGCACCCGCAAAGCA
TCACGCGCGGATCAGCTGGATCCCAAACCGTTCGCATGATGTCTTCGTCA
TCCTCGTCAGACCCACAGTCCTCTCGCCCGCCAGCCGCAGCCGATACCCC
CGCGGAACCCTTTTCGGGACAAATCGATCGCCGCACCCTTCTGAAGGCCG
TGCCGGCGACCTTGGCAGCGGGGATGCTGGGTGTGACAGTGGGTGCGATG
CCGCAGAGTGTGTCCGCAAGGGGAACGCCCAAAGCAGCACCTGCTGGAAC
GAAGGTCGTCGTGCTCGGGGGCTCGGGGTTTGTGGGAAGCCGCGTCTGCG
AGATGCTCGTCGAGGCCGGTGAGACGCACGGTCGCGGGTGCATGAGAGCT
CGACGCGCTTGAGTTGAGGATGTGAAGAATCTGGGCGTTTGACGTTGTTG
CAGCAAATGCACGTAGGCATATGTGGTGCAAGATATTATGATGGATCGGA
TTGCGCATGTTTCCCAAACCGATGGATGACCGCGACCTCGTACTTGTATT
CGTGTACAGAGTGCAACACTAGTACTATAATAGCTGGATGAGACGGCGTC
CGATGTACGTCATGCAAGGAACCCTGTTACATGCACGCCGTCTGATGGCG
TGAGTTATTGCGCGGAAGTTTCAGTTTCCTAATATTTTGAACTCAGGTTA
GACCAAGGCAAGCTCCCAGTGTGTGGAGCTCTGTGACTGGCTCTATTCCT
GATCTTATGCGTTAGTTTGGAGTACCCTCTGACACCTACTCTGTGATACA
GCTATGATAGCGCGCAACCCCCACCGTGACTCTCCGATGGTAACCCTGGC
GTGCGTCTACGTTGCCACACATGGATTGCAACGCAGGGGCTACCGTTGCA
AGCGTGAGCCGCACTGGATCCAAGCCCACCCAGTGGGCTGCCGGGCAGAG
CTGGGTCGAAAAGGTGAGCGCAGCCGATCGAGAAAGAGCGTTCACAAATA
TTATGTGAGCTTTGAATGTAGCGCAGCCGCACCGTCTAAACTGGCACCGT
ATCTTACACACTTGGGAACGCCTGGATTTCGGTGGGAACTACCCGCTCAA
ATGTTTCCATACCATCTGCAGATATCGAGCCTTCTTTCGGAATATGCATT
GTTCGTATGCATACTTCCGAAGAAAGGCTGCACTTCCCTTGCGTGTCTAA
ACGCCGTTTCCCGATCGTTTCCTCATATCTCCAAACAGGTGTCGTGGAAC
AAGGGTGATCCCACGATCGACGACCTGACTTCTGCCTTTAGCGGAGCGGC
GGCCGTAATCTCGTGCGTGGGCGTTATTGGAGGAAGCGACGAGGAGATGG
AAAAGGGCAATGGAGCTGTCAACGTGGCGGCCGCTTCACAGGTGTGACGG
GTTGTAGTCGTTCAATGTCAAAATAACGTGGGTTGTGAAGCACGGCGAGT
GGTGCAGTCGGCGTTGTTACTCGTTCGGACCACACATACACGTCCCGGGC
GCACACATAAACGAGACGCAAGCTTGCTTGTTCGTGTAGCCCGCCCTGCC
GAGGGGCGGGTCGCTGATGGTGGGGACCTCGACTTAACTTTGTGCCATCC
AACGTGCTATTTTTCATTTCCTGCAGGCGGCAAAGGCGAAGGTCGGGCGC
TTCGTGTACGTGTCGGTGTCCCACTTGGTGCCGGAGGCCTTCGGAGGGGT
TGCTTTCAAAGGGCGAGTTATAGTATATGTCATCATCCTGCATTTCGCTT
TACCGTCGGCGGTGTGGACGTACCTCGATCTTCAGCTCTACGCGATGGCG
CGCCTCGGCAGAATGCTGCGCGTTTCGAGTGCTGCGTACGTCGCACGTGC
GTTCGCTCCTCTCGCTCTTGTCGTATCCCGATATCCCAAGGCCACCATTT
CGCGCCAATTTTCCTTGTCGCTCGAGAGCACACGGTCGTAGCCCGCGCTC
AATCCATTTAATCCAGGATGCACCAACCGAACAGTTTAGTTTCCTCCCTC
TCTCTGTGCAGGTACTTCGAGGGAAAGAAACAGGCGGAGGAGGCCATCGG
GGCGGCCTTCCCGTCCTCCGGGGTTTTGATCAAGCCAGCCTTCATCTACG
GCGGGGACTCTTTTGGGCTTACCCCGCCGAGGGTGTCCGACGGCTACGGA
TCGGGTATCGACTCCCTGCTGTCCTCCGGTCCAATTCGAGCAATCGCCGG
TATTTCGCCTGGCCCAATCAAGGTGCGTCTCTTTTGGTAGATATGGTCGG
CGCGTCACGCATGCAAAACAGCAGGGACGCGTTTCGCGACGCAGAGCGAT
GGGCAACTCACACCTATTCCGCTTATTGTTTGCGGAAAGACGAACGCGTG
CATGCTTGCCTTCGCCGGCTGTGCTCACACACCACGCATCGGATTTTCTT
TGGGCAGAACCCAGACCTACTTTGCGTCTTTCAATAATATCCTCCATTGG
GCGCTATGACATGACAGTTGTATAAGCTACGCAACGTCTCTCATTTCTTC
AATTTTCGTTCCCCGGGGCCTGTTTTGCTCTCGGTTTTGCGCTTTATGTT
CCATGCCGTCTCTTCTCGCCGCTTGCCCCCTGACGCTCTCACACCCTGTC
ACAGGTTGCGCTTTCGCCGCCAGTATCGAGGGACAACGTGGCGCTAGCGT
GTGTGGCTGGAGCGTTGGGGAGATTGGAAGGGAAGAGCTTTGACGGTGCG
GACGAGATCAACGCCGCGGCGAAGAAAGCCTGATTATATCAAACGCAGGC
GGCACTACGAAGCAATCGTGGCGAGATCCAGCACCGAGACCGGTTCGGCC
AATCTACCCAACCTTCATGTCTTTGTTACAGCCTTTGTATAGGGCAGGAA
AACGTGGGCCAACGGACGTAGAGCTAGGATACCGAGACCGTGGTTTGGGA
GGCTGACGTATACAGATACAGCCAAGGTTTGGCGGGTCGAAAGAGCTGAG
AAGGCGTTTGCGCCAAGGCGGCACGCTGCCACCCCTTGTTCATGTCCGGC
ATGACGCAGTCGTAAAGCTCTTCAACCCTTGAAATACTGCGGTGTGTGCA
TGCGTGCGTGGCACCCGACGTGCTAGGCAGGCGGGTTGGTCGCTGCCGTA
GCTTAGGGGGGGCGTGGTTATCTACATGCAGCAGCCGCATTAAGTTAAGA
CGTAAAGCATATCTAGTTTGCCAACATTGACTAGGCAACTCGATAGGCGC
ATGGCAACGCACACCAGAGCGCATAATAAAGGCGCAAGACCACATGGGGA
CAAGGTGATCAAGAGTAGGTATGCATTGGGCTGTCTAGGAATCACGTCAG
GCGGCGCGTACATTGTTTTTGGCAATGGCGGGTGCCTCCGCGTTGAAAAT
ACGCACGTACACGAGTTGGCAATCGGAGTCAAACGCCAAGTGTGATGCCG
CGATTGTGTGAGTTGTTCTCCGACAAGCTCACCACCACGAACAGCATCCG
TCTGAAAGTTCCCGTGCGTTAGGTCAGTCCTTCCTGACACCGACCATATC
TGTAAACCCTACCTGACTAAGTCCCCCTCCCACGTTTTGTTTCTATTTTA
GACGTGTTTAACCTCCTGTAGTTTCGCTTCGTTTACACCATTGCTTGAAA
CCATGCCGACTCGGATGCTGATCTCCGTCTATAACGTGCGCAGCGTCAAA
TATACGATGCCAAAGTGCTTGCCCTAGTAAGCCCGAAATCGTTTTACAAG
TGTACGTGTGCTGGAGCTGAGCGCCCGCCCTCATCGTTCTTCTTTAACCC
CCAAAGCCTCCTGTAGACGGCGAAGATCTCGCGGCTTTAGCCGTATTATC
ACAAGCCAACCCCGACCGAGCGGCTGTGGTACAAATCAGCAACGAAGTTG
AAAACGAGGGATGGTTGAATGTCAGGTTCGCGCGGGCTCGGCACACCCCC
CAAAGCTTACCACCCGTTTTCACACCAAATTCCGAGGGGGCGTGTCTTCA
CCGCAGTCGAAACTCGTAAGTAGTTTTAGCGCAACCGACGTTGTGCTACG
GAAATAAGTGAACAAAACACTTAAGAGTGCTGGGTCATGGTATCAACGCG
TCGCAGGAAAAGCACGGTGAGTGCTACTATATTCGTGTGCTTTCACGCTC
CCGAAGCAGACTAGCAGCAGTGGAAATCGAAGCAACAATCATTTATTATA
GCAATGCTCATCACAGGTTCGTGAAAAACGCCCCGAGTAACTCACATCTT
CACTCATCAGCCCAGGATTGTCCACCAGATCCTTGTTCGCTTGTATCAGC
TCCCCGGCAATCCCCGTGCAAACCTTGGCGAGAGTGCCGAAGGGTAGCAT
GCACGTGGACTCATGAGGGAAACCGTAGCGACTTAAAGTGGAGCGCACTA
ATGCCGCCGAGTAATGGAAATCGTGGCGGAAGAGACAGCTGAAAGAAAGC
AACGGCGCAGCCTACCAAGTGTTCGGTCGGCCTTACGGCGCCGATTGACC
TGCCAGGCAACGGGTCCGCACGCGTTCATAGGGCCCTCGCCCAGTTAGCC
TTTGTGGGAGCCTAGGCGACCCTAGACGCTGACCCAACTGCCTTGAAACC
GTTGATCCAAACAAAACATTATCCGTCTCCAAAGTCCACACGCTACACGG
TAGACGGATGCTCCCCACCCCATGATAACCGCGGCCTTGTCCTCCAAATT
ATAGGACACTTGAGCTGTGACAACTACATGAGTTTCCCACGTGCCTAAAG
GTTCCATGTCGCCCAACCGGCCGCACACGCTGTGGTAAGTGGGGCACTGG
CCGCCTCGCAGACAACAGACCGTAGGTTTACGACCATGGGACCTTGAAGG
ACTCCGGTTGGTCAGCAGCATTGCACGTACGGTCATTATCAGATAAGAGA
TACAACTATCATGGTAATAGAGCGAAAAATATAATAATCCCGCATAAACT
TTTCTTGGACCAGGCACCTTGTATTGCTTCCCCTCCCTTGTCGTGACACT
GCAGAGCACTGTCGTCGGGTGCAGATGCAGGGCTCCTTTCTTTTTCTTGC
CCTTGACGATCGCCGATTCCAACACGTTACACCCGCCCGCATCGAAATCC
GCACTCACGACCGCGCTGAAGCCCACCACACGGAAGAAGCAAGGCGCGCG
GAAAGAAAAAATAGGTTAGTTTACCGCCCATCCACTTCTGTGACGTGCGA
CCGCTTTCTGTACTTCGTTTTCCACTAAACGCAACACAGGCAACGAGCCG
CAGCAGTTGCCCGTACGCGGCAATGGCCAGCAAACGATAAACATACAGAC
AAAACAGTATTTATGTACTGCCTGTCTTCAGGTGGTTATTGAAGCCCTGC
AGGGGTGGCGCGCACGACACCGGTCAATCGCATCAGCCAACAAGAAGACA
CGCGAACAAAATCCAAGCACATATTACAGCTAACCAGCCGCCTAGCATGC
GGGCCACCAAACAGTGTAGACGCACCTGTCTCCGCCCCCGGCAGCAGGAT
GCGTCGGAGCGAGCTGCACGACAGCGAGACCATTTGGATGGAAGCTCAAG
CACTGCTCGACACCCTCCTGACCAAGGGCATCAGAGAGGACGGCGCAGTG
GAAATCTTGCCGAACGATGCACCCTGGTAGATCGTTGTTGGCCAATCGCG
GGTGCTGCCTAGGTAACGGCGATATTGCGCTGTTCGTAATGTCGGAATGT
GATCACAACGGAAGTATTTCGAAACACGCGAAGGGAGGGGGCCAAGGTGA
ACGGCAGCCTTAAGTAGACTCGGTAAAAGGGGATTCGATCGTGATTTTAT
TTGTTCAACGCGGAGATTTTCGAGCCCATGATTTTTACTAGATATCTAGG
TGGCGAGGACAAAAACAAAATTTACAAACCTGTGAGGCTATACCTTACAT
CTTGTACGGGCGGAAATGGACACGTGGACTGCACACGTGGAATGGGCATT
TTGAACATGTACGAAACGCGACCAATTTCGGGAAATCCAATCTACAACAG
CAGAGACGTCGGCGTATCGCATTAGTGTCTTTGATGAAAGATCCCCGCGC
CGTTTGTTTTGCGAAAACTCAGAGCTGTTACCGGCTGCGCGGTTTCTAAG
TTTCGTCTTGCGAGCTGACAAAGCATTTAACTTGTGGTAATGTACGAGCG
AGTTGGTGTGACGGGTGTGCGATGAAGTGATATTCCATCATCATATACTA
CTAATACTACTACTCTACATACAGCGATACGAATGTAACACATACACGCT
CGTTCACTAATCGAATGTAGCGCAGACTTTCCGGTTCGGGAAGACGTGTA
CCACAAGCCTCCCGATCGTGTTCATCGCTGCGCCCGAGGACGTCTTGGGA
TATAAACACAGTCACATCTGGTCTTGGGGCATACCCGGTCAAAAATTTGT
AGCAAAAGAGCGTGATATTTTGCTGTCATCACCCGGACCGCTATATTACA
ACCTGCTTAAAGGGAGGAGTTCCAGCATAATGTCTACCTTTTCGTTTCTT
TTTCTGACACCCCTGTTGAACAATCGTCAAGTTTGCAGCGGGGTGTGAGA
TGTAGCCAAAATACGGAAAAAGGCAGAACTTTCACGAGCTCTCACGCCGC
AACTCCCGTGTGGCGAACTATGCCCGAACACTGCCGTTCTTTCGCGCGTT
TTTGGCCGCGCGGGTGGTGCGCTGGGCTGCCAGTTACAGTCCCACGAGAG
CGTTGCACTTTTAATTTCTCTGTAACTGGCCACTGGATTACGTTCTGTAG
CACTTTTCGGTCTTTGCGGTTGGCCGGCGGCACCCCTTCATGATTTAGTC
TGCTGTGGGTGTGTATCAACGACACCACATAATAGTGCACTAGGCATGGA
CCAGAGATATGAAGTGTTTTGTCATTCCCGCGCAGGCAACACTGAGACGA
TAGAAACCGACCCTTCCCCCTTAGAACTTCGAAATTGGGGGTGTCACCAG
TCCAAGACAGCAGAGAGGGCTACAACAACCGCATAGGTATGGTTGAACTT
GAGGCAAAGCAAACAAATAAATCATCAAGGGCGAAGGGGAGGGAGATACT
TGTACGTTTAGCGTAATGTGTACTGCTACACAGTAAAAGCCCTTACGCGA
CTCCGGGGGTAATAGAGCAACATTGGTTTCGACTTTCGGGCCGTGAGCGT
TCTCGTGCGGGCGAGGGCTAGATGCGAGGGCATTTATTTTATCTCGAGTT
CCGTACTGCTGGTGCTGAACTGTACATCAACACACAAAGTAACTCGCGTC
CCATGCCTGTGTGGAGCAGCACCAATCGTAGAGGCCTCTGCAGCTCTGAA
GCAAGCCGTATGCGAACAAAGCTGTGTCGCACATTGTGTGTATATATATA
TATATACAGCAGTCAGTTTTGAGCATAGTCACCGCACAAAATCTCCAAAC
CCGAACGTGCGAGCCATCCCCACGCGGAGAGGAGATGGCACTGGTCAGAG
AAACTTGCAATTCGCGACCGATCACCGATCACCGACCACCGATCACCGAC
CACTTGAGCCGCAAAGTGCAACGGCGGCGCGACCCCTACCGCTGTCTGTA
AACATCGCCTCTCGCACAATCGCTGGATTTCGGACCATTTAGACAATTAG
ACCGCCGTATACATGGTTGACGGGATGAGGTTCGACAGCCGCCAGGAACT
TGAGTACATGTTATATATTGTTTGGAAAACGCCATTTTCCATTTTCAATT
CCCGTCGCCCTGCCAGACGCACAAGAGGCTCTGCAAGAGATGGGCCTCAT
GACAATTTTAGTCACGGATCATGTGGTCGGACGCTGGTTAGCTCTTCGCG
CGTTGCTATCGAGAGCGACAAGGAAACAATACTAATAGTGATGGCTGCTG
CCGTAAGTTGCAGACATGGGCTATGACAGTTGTAGGCACCCCAACGAGGG
CCACAGCTGTTGTGGGTACGCCAGTGGTGAAGCATGCAGATATCTACGGG
CGAACAAAACAGCGTAAAATCACATCATATTATTATATTACTGTAACAGC
AGCCCGGAGTACTGTAATATGTTCCACGGTGCGCTTCTCGTGAGTTAGCA
GGACGTCCTCGCGTCACTCTTTGGTGCGTGGATTTGTTAAGGACGGAGTG
CGACCGCCGACGAGCTAGGTAGGATGGCTGATCCCCCTCGCACGAGGAAA
ACTAAGGCGGGCACCGGGAGGAACACACGTTTACAAGGGCGCTTCGTTTT
CATGGCATAGACAACATCAGCAAACTGGAGGACAGGTTGACAAGAGTACG
AAGGGGACACCTGGGGGTGTGGGGCTGAGGGTCGAGGGGATGGGCGGCGC
GACAACTAGCAAGACCAAGGGGGGACGAAAGCTTCTTGTTCTGGTTTTTT
CCTGGCAACCAGATTTTGTGACGTCATCAAGGGTTTCGTAGAGAGGCGGG
CTTACTGCCCGCGAATCCAGGCTTGCGTTCAACAGCATTTAACGCTTGCC
TTTGCCGAGAGCGCTCTGCTTGGGTAAGCGATGCTTAATCTTGTGATGCT
GCAAGGGGTGCTGCCCGGGCAGACCGTCGGGAGTATGCTCTTTGGTTATT
CTCAGTACCTGGTAGTTCTTATCCTTGTCGTGGTGGGATAATATCCTTTG
ACGTCTGATGATGGATGATGGACGCGGCTGTATTTTTGTGTCCTATGCAT
AAAACGGTGCGAGCAGCACTTCTTCATAAGTCTCATTGTAGCATTACCTA
CCTTTTGTATCATACGGTAGATTGATGACAGGCAGCATGCCAGACAGAAA
TCCTATACCTCATCCTTGTATCTTGTATCATATGTATATGATAGCACATT
ATTATTATATTTTCCCTATAAATCAGGGCGCCAGGCGTTCCGGGCGGCGT
GCGGGTTATACTTGTACAAGTATCTGTCGTGTCTGGACATCACGTTGCAC
CCACTTGTACCTTTGCCTTCATCTGACTCATGTGACCACGAGCGGGATCG
GTAACCCTTTTTGCTATTGTGTTGTACAGTAGATATGGTATTTGATTATC
GACCAATCAATCAATCACTTCCTGTAAAAATCAATCAAATCAACTATCTG
CACAAAAACTCCTCTCAAATCAAGGCGGACGGCCTCTCCACACTCCACAC
CCGCGTGCTACATTACTTGGTACAGGTACAGTATCATAATACTTTTGAAT
CTATCGACTTTGAATCATTGAGGCATTGGCGATCAAGGTGCAGTATCATA
CTGCACATACTGAATCACACGTGAACATGGGGACAAATATTCGCCATCAG
GAGACGAAACTTTCTCACGTGTACGCTCTCGGAGGGCGAGCTTGGGGGGC
GTCGCCGTCTCCGTGTCCTAGAGGTTGCCTTCCTTGGGTCGTAGATTCCG
CAATACAATCACCGGAGGAGGAGGGGTGGTCTCGAGGTCGCTTCCGCTCA
ACGTCGTTGCCCGACATTGGCTTCCCACAGAGATATTTTCACACCGAGAA
AGTACACACCACAGCTGCACAACAGAAGAGGCCCTACAGTACCACAAGTG
CACACCGCGTTGGCGTCTGACACTCTGCCATTGCTGCACGAAGCACCACA
GCACACCC
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Coding sequence (CDS) from alignment at S-dermatodea_contig1344:9530..19137+

>mRNA_S-dermatodea_contig1344.2018.1 ID=mRNA_S-dermatodea_contig1344.2018.1|Name=mRNA_S-dermatodea_contig1344.2018.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=CDS|length=2136bp|location=Sequence derived from alignment at S-dermatodea_contig1344:9530..19137+ (Saccorhiza dermatodea SderLu1190fm monoicous)
ATGCTTCGATTCACGGTCCTCGCGGTCGCCATGGCGAGTTGCAGCGCCTT
CCTGGCACCGCAGCTTCCCACGCGATCGGCGCACCCGCAAAGCATCACGC
GCGGATCAGCTGGATCCCAAACCGTTCGCATGATGTCTTCGTCATCCTCG
TCAGACCCACAGTCCTCTCGCCCGCCAGCCGCAGCCGATACCCCCGCGGA
ACCCTTTTCGGGACAAATCGATCGCCGCACCCTTCTGAAGGCCGTGCCGG
CGACCTTGGCAGCGGGGATGCTGGGTGTGACAGTGGGTGCGATGCCGCAG
AGTGTGTCCGCAAGGGGAACGCCCAAAGCAGCACCTGCTGGAACGAAGGT
CGTCGTGCTCGGGGGCTCGGGGTTTGTGGGAAGCCGCGTCTGCGAGATGC
TCGTCGAGGCCGATGCTTCGATTCACGGTCCTCGCGGTCGCCATGGCGAG
TTGCAGCGCCTTCCTGGCACCGCAGCTTCCCACGCGATCGGCGCACCCGC
AAAGCATCACGCGCGGATCAGCTGGATCCCAAACCGTTCGCATGATGTCT
TCGTCATCCTCGTCAGACCCACAGTCCTCTCGCCCGCCAGCCGCAGCCGA
TACCCCCGCGGAACCCTTTTCGGGACAAATCGATCGCCGCACCCTTCTGA
AGGCCGTGCCGGCGACCTTGGCAGCGGGGATGCTGGGTGTGACAGTGGGT
GCGATGCCGCAGAGTGTGTCCGCAAGGGGAACGCCCAAAGCAGCACCTGC
TGGAACGAAGGTCGTCGTGCTCGGGGGCTCGGGGTTTGTGGGAAGCCGCG
TCTGCGAGATGCTCGTCGAGGCCGGGGCTACCGTTGCAAGCGTGAGCCGC
ACTGGATCCAAGCCCACCCAGTGGGCTGCCGGGCAGAGCTGGGTCGAAAA
GGGGCTACCGTTGCAAGCGTGAGCCGCACTGGATCCAAGCCCACCCAGTG
GGCTGCCGGGCAGAGCTGGGTCGAAAAGGTGTCGTGGAACAAGGGTGATC
CCACGATCGACGACCTGACTTCTGCCTTTAGCGGAGCGGCGGCCGTAATC
TCGTGCGTGGGCGTTATTGGAGGAAGCGACGAGGAGATGGAAAAGGGCAA
TGGAGCTGTCAACGTGGCGGCCGCTTCACAGGTGTCGTGGAACAAGGGTG
ATCCCACGATCGACGACCTGACTTCTGCCTTTAGCGGAGCGGCGGCCGTA
ATCTCGTGCGTGGGCGTTATTGGAGGAAGCGACGAGGAGATGGAAAAGGG
CAATGGAGCTGTCAACGTGGCGGCCGCTTCACAGGCGGCAAAGGCGAAGG
TCGGGCGCTTCGTGTACGTGTCGGTGTCCCACTTGGTGCCGGAGGCCTTC
GGAGGGGTTGCTTTCAAAGGGCGGCAAAGGCGAAGGTCGGGCGCTTCGTG
TACGTGTCGGTGTCCCACTTGGTGCCGGAGGCCTTCGGAGGGGTTGCTTT
CAAAGGGTACTTCGAGGGAAAGAAACAGGCGGAGGAGGCCATCGGGGCGG
CCTTCCCGTCCTCCGGGGTTTTGATCAAGCCAGCCTTCATCTACGGCGGG
GACTCTTTTGGGCTTACCCCGCCGAGGGTGTCCGACGGCTACGGATCGGG
TATCGACTCCCTGCTGTCCTCCGGTCCAATTCGAGCAATCGCCGGTATTT
CGCCTGGCCCAATCAAGGTACTTCGAGGGAAAGAAACAGGCGGAGGAGGC
CATCGGGGCGGCCTTCCCGTCCTCCGGGGTTTTGATCAAGCCAGCCTTCA
TCTACGGCGGGGACTCTTTTGGGCTTACCCCGCCGAGGGTGTCCGACGGC
TACGGATCGGGTATCGACTCCCTGCTGTCCTCCGGTCCAATTCGAGCAAT
CGCCGGTATTTCGCCTGGCCCAATCAAGGTTGCGCTTTCGCCGCCAGTAT
CGAGGGACAACGTGGCGCTAGCGTGTGTGGCTGGAGCGTTGGGGAGATTG
GAAGGGAAGAGCTTTGACGGTGCGGACGAGATCAACGCCGCGGCGAAGAA
AGCCTGAGTTGCGCTTTCGCCGCCAGTATCGAGGGACAACGTGGCGCTAG
CGTGTGTGGCTGGAGCGTTGGGGAGATTGGAAGGGAAGAGCTTTGACGGT
GCGGACGAGATCAACGCCGCGGCGAAGAAAGCCTGA
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