Gcaud2200.t1 (mRNA) Gracilaria caudata M_176_S67 male

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

Overview


Name	Gcaud2200.t1
Unique Name	Gcaud2200.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	1453

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_19_length_78712_cov_4.326007	contig	NODE_19_length_78712_cov_4.326007:49568..55387 +

Analyses

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


Analysis Name	Date Performed
Gracilaria caudata M_176_S67 male OGS1.0	2022-05-09

Properties


Property Name	Value
Seed ortholog	130081.XP_005709383.1
PFAMs	TPR_1,TPR_14,TPR_16,TPR_19,TPR_6,TPR_8
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K12869
KEGG Pathway	ko03040,map03040
KEGG Module	M00355
Evalue	5.14e-32
EggNOG OGs	COG0457@1\|root,KOG1124@2759\|Eukaryota
Description	cellular component assembly
COG category	O
BRITE	ko00000,ko00001,ko00002,ko03036,ko03041

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type	Position
Gcaud2200	Gcaud2200	Gracilaria caudata M_176_S67 male	gene	NODE_19_length_78712_cov_4.326007 49568..55387 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1	Gcaud2200.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_19_length_78712_cov_4.326007 49568..55387 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1.start1	Gcaud2200.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_19_length_78712_cov_4.326007 49568..49570 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1.CDS1	Gcaud2200.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_19_length_78712_cov_4.326007 49568..49647 +
Gcaud2200.t1.CDS2	Gcaud2200.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_19_length_78712_cov_4.326007 49732..50965 +
Gcaud2200.t1.CDS3	Gcaud2200.t1.CDS3	Gracilaria caudata M_176_S67 male	CDS	NODE_19_length_78712_cov_4.326007 52343..55387 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1.exon1	Gcaud2200.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_19_length_78712_cov_4.326007 49568..49647 +
Gcaud2200.t1.exon2	Gcaud2200.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_19_length_78712_cov_4.326007 49732..50965 +
Gcaud2200.t1.exon3	Gcaud2200.t1.exon3	Gracilaria caudata M_176_S67 male	exon	NODE_19_length_78712_cov_4.326007 52343..55387 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1.intron1	Gcaud2200.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_19_length_78712_cov_4.326007 49648..49731 +
Gcaud2200.t1.intron2	Gcaud2200.t1.intron2	Gracilaria caudata M_176_S67 male	intron	NODE_19_length_78712_cov_4.326007 50966..52342 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2200.t1.stop1	Gcaud2200.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_19_length_78712_cov_4.326007 55385..55387 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+
coding sequence from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+

mRNA sequence

>Gcaud2200.t1 ID=Gcaud2200.t1|Name=Gcaud2200.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=1453bp
MQRRRPSRNVSLKSRKQLLSEIPDLVSSILYKHYAECSAYAKTVIEEVVE
EATAFQTLERIRRETYLDQHDWGLSSRMESIRKKYSPEDDFVDPGLLALD
AIVELSARTKRQAQRAQGRRAGRYNSIKVSMPFVHTPPKYDAWVPVKSNY
WVGKELNLEPYMPFLGDQDKDCELAFEVFEDMAGGADKEIDLSDGEVTKE
GKLRMPKDDVERVDYYSLQQMRWREGSRKSILAVLHQFIKFDDTMWRVLA
IALGIQDVSRIKAIAKVAQKRRREHVMRIERRARQKQKLALYHKAWNDPA
KSELEEQAESNRGSSFMKHYCLVCHMFACLQHESFNLEPIVPIPDKRTTE
REKALKENLAKACSDDCFLIKQHHVIELDVEWSTEEILCMRECVPIFGLD
PCSLALGVGSKSCRQVHEKLHDPMEADVAKQELANARRCNVAVTRALGPH
GNRSFVNGYSNLFFRSDSIWSPGFDSHRGDPVGNSGGTEFGGRGDGNWGL
DSNDSFSTFPGGTLEYGRRRGRDEPCASPVASLTLPPLASHLSSAPLVSS
FGASSFTHTASPHTTEFLGPKSLPTANEYGQWQRGPRFSNTHNVITSSAL
SASPADHNSTVAASKPKSVPNVSRAASEPSVGVRRRKRPSETPSTKYATA
PPNHDQGRGPPPRSNKSYSSKHNTHHFQSKVRRQVRTIFERAKEEERNGN
LNEARILLRQCLDLDKQDSHSWLALARLESRAGGVSTRASAHINQKDNDS
EYHVHPPNAARGTELARSIFKLGLEECPNSVHLIQAWAVLEHRCGNRDTA
RELFARGLALEPDNPYVSQAWGLLEQRVGNTDKARELFRQTVSLRPHPEV
CAAWAVLEAREGNIQYARDLYRKGLRACKSAGNQSSAAIFRSWAELEERV
GDLSKARELLNKAIATQPRMTEAYVALARLEARRGGTTRAVELMRAAASL
SPKPPASVFNAWAQIEWTCCGRVDEARSLLRKGHDCHPSDPAILQSLGTL
EEKCGNLEEAKRLFYTSVCARPTAPAFVAWALLEEKGGNLDEAKRLFEEA
LSTDALHGAAYNAYGMMEARRGRLNHARAVYERGLKAHASASVWHGYGQF
ELKQGRNPDRARELFRLGVGQTREDTSFIWHSWGMLELQQRQVRDARRVF
LDALKRYPRNSRVLVGAALAHAASCSRTHSDEQEAVEFFKRAVAADPTHA
HAWQAWGVFELRRGRPDAGQALFRRGLRLCPSHGALWQAWGVLETSRGDF
SKARQLYEKGAQACPAHVHLFQAWACMEVRSGNIDKARSLLNHALELDAA
HGAVWNAYGLLEARHGSLAKARQNFSTGIRRSPHHAPLYRAFGQAESRAG
NYERARQLFQQGLRVDPRHAPLYHAYAQLEAMLGNVAALSGLKKQAEEFF
GSEDQAVQVLKNGGQDVDPEVIENSDESLDGKYSAMATPMELALDGGDVY
DK*

spliced messenger RNA

>Gcaud2200.t1 ID=Gcaud2200.t1|Name=Gcaud2200.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=4359bp|location=Sequence derived from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGCAGAGAAGACGTCCATCCAGGAACGTTAGCCTGAAGTCAAGAAAGCA
GTTATTAAGCGAAATTCCCGATTTGGTAAGCTCAATTTTGTACAAGCATT
ATGCAGAATGCAGCGCATATGCCAAGACGGTAATCGAAGAGGTAGTTGAG
GAGGCGACCGCGTTCCAGACACTCGAGCGCATCAGGAGAGAGACTTATTT
AGACCAACATGATTGGGGACTTTCATCCAGGATGGAGTCAATAAGAAAGA
AATACAGTCCCGAAGATGATTTCGTGGATCCGGGTCTGCTCGCTTTGGAT
GCCATTGTGGAATTATCGGCACGTACAAAGAGACAAGCTCAAAGAGCACA
AGGACGACGAGCAGGTAGATACAACAGTATCAAGGTCTCAATGCCATTTG
TACACACTCCTCCAAAGTATGACGCATGGGTCCCGGTGAAGAGCAACTAC
TGGGTTGGAAAGGAACTGAACTTGGAGCCGTACATGCCGTTTTTGGGCGA
TCAGGATAAAGATTGTGAGTTGGCGTTCGAGGTATTCGAGGACATGGCAG
GAGGTGCTGACAAGGAGATTGATTTGAGTGATGGGGAAGTAACGAAAGAA
GGAAAGCTTCGCATGCCCAAGGATGATGTAGAACGCGTTGACTACTACTC
GTTGCAACAGATGAGATGGAGAGAAGGCTCTCGAAAGTCTATTCTAGCGG
TTTTGCATCAGTTCATCAAGTTTGACGATACGATGTGGCGCGTGCTCGCT
ATCGCTCTCGGTATACAAGATGTGAGCAGAATCAAGGCAATAGCTAAAGT
GGCGCAGAAGAGGCGACGAGAACACGTCATGCGAATCGAACGTCGTGCAC
GACAGAAACAAAAGCTGGCGCTTTATCATAAGGCATGGAATGACCCCGCA
AAAAGTGAGCTTGAGGAACAGGCGGAATCAAACAGAGGTAGCAGCTTTAT
GAAGCACTATTGCCTTGTTTGTCATATGTTTGCATGTCTCCAACACGAGT
CTTTCAATCTGGAGCCCATCGTACCGATACCGGACAAGAGAACAACGGAG
AGGGAAAAGGCTCTGAAGGAGAACTTGGCAAAAGCGTGCTCTGACGACTG
CTTCCTGATCAAACAGCATCATGTGATTGAACTGGATGTAGAATGGAGTA
CAGAAGAAATTCTGTGCATGCGAGAGTGTGTGCCTATTTTCGGATTGGAT
CCATGCTCTCTGGCATTGGGTGTGGGGTCGAAATCATGTCGCCAGGTGCA
CGAAAAGCTACACGATCCAATGGAAGCGGACGTAGCCAAGCAGGAACTGG
CAAATGCACGTCGGTGTAACGTCGCTGTCACCCGCGCGTTGGGCCCTCAT
GGCAATCGCAGCTTTGTCAACGGTTATAGCAATCTGTTCTTCCGTTCGGA
TAGCATCTGGTCGCCGGGCTTTGACTCGCATCGAGGTGATCCGGTCGGCA
ACTCTGGCGGCACCGAGTTTGGCGGACGCGGCGATGGTAACTGGGGTCTG
GATAGTAACGATTCGTTCTCCACCTTTCCCGGCGGCACTTTGGAATATGG
CCGTCGACGTGGTCGAGATGAACCGTGTGCTAGTCCGGTAGCATCGCTTA
CTCTTCCCCCCCTTGCTTCCCACTTGTCTTCCGCCCCGCTCGTGTCTTCG
TTTGGTGCTTCTTCCTTTACCCATACTGCGTCACCGCACACTACAGAATT
TCTAGGTCCCAAGTCTCTTCCCACCGCGAACGAATATGGGCAATGGCAAA
GGGGCCCGCGTTTTTCTAACACACATAACGTTATCACTTCGTCCGCGTTG
TCTGCTTCTCCGGCTGACCACAACTCCACTGTCGCTGCCAGCAAGCCCAA
ATCCGTCCCCAACGTGTCGAGGGCTGCGTCCGAGCCTTCGGTAGGCGTTC
GACGACGAAAACGGCCCAGTGAAACACCCTCCACAAAGTACGCCACTGCA
CCTCCCAATCACGATCAGGGCCGCGGCCCACCGCCGAGATCAAACAAGTC
CTATTCATCAAAACACAACACACACCATTTTCAGAGCAAAGTTCGCCGTC
AAGTTCGCACCATATTCGAACGCGCTAAGGAAGAAGAAAGAAATGGCAAT
TTGAATGAGGCCCGTATCCTATTGCGTCAATGTCTTGATCTTGACAAGCA
GGACAGTCATTCGTGGTTGGCTCTTGCAAGGCTCGAATCTAGGGCTGGCG
GTGTATCAACACGGGCTTCTGCGCACATCAATCAAAAAGATAACGATTCT
GAGTATCATGTTCACCCTCCGAATGCCGCTCGCGGTACGGAGCTTGCGCG
CTCTATCTTCAAGCTTGGTCTGGAAGAATGCCCCAACAGCGTCCATCTCA
TCCAGGCATGGGCTGTGCTGGAGCACCGATGCGGAAATCGTGATACTGCA
CGGGAGCTGTTTGCAAGGGGCCTCGCTCTGGAACCCGACAATCCCTATGT
GAGTCAGGCGTGGGGTTTACTGGAACAGCGCGTTGGAAACACCGACAAAG
CAAGGGAACTTTTCCGTCAGACCGTGTCTTTGCGACCACATCCAGAAGTT
TGTGCGGCGTGGGCTGTTCTGGAAGCCAGAGAGGGCAATATTCAGTACGC
CAGAGATTTGTATCGGAAGGGACTGAGGGCGTGCAAAAGCGCAGGCAACC
AGTCATCGGCGGCGATCTTTCGATCGTGGGCGGAGTTGGAGGAAAGAGTT
GGTGACCTCTCCAAGGCTCGCGAGCTTCTTAACAAGGCAATCGCTACTCA
ACCGCGAATGACTGAAGCTTACGTCGCGCTTGCACGCCTGGAGGCAAGAA
GAGGCGGCACGACCAGAGCTGTGGAGCTCATGCGTGCGGCTGCATCGCTA
TCTCCCAAGCCCCCTGCCTCAGTGTTCAATGCTTGGGCTCAAATTGAATG
GACTTGTTGTGGTCGCGTCGACGAAGCGCGTAGCCTTTTAAGGAAGGGCC
ATGATTGTCACCCATCGGACCCTGCCATCCTACAGAGCCTTGGAACCCTC
GAAGAAAAATGCGGTAATCTAGAAGAGGCAAAGAGACTGTTTTACACTAG
CGTGTGTGCGCGACCAACTGCACCGGCCTTTGTCGCTTGGGCGTTACTTG
AAGAAAAAGGCGGAAATCTGGATGAAGCAAAACGTCTTTTCGAAGAAGCT
CTAAGCACAGATGCTTTGCACGGGGCTGCGTATAACGCTTATGGGATGAT
GGAGGCGAGAAGGGGACGTCTGAACCATGCTAGAGCTGTATACGAGCGAG
GCCTTAAAGCCCATGCGTCAGCTTCTGTGTGGCACGGTTACGGTCAATTT
GAGTTGAAACAGGGAAGGAATCCAGACCGTGCTCGAGAGCTATTTCGGCT
TGGCGTTGGTCAGACGCGAGAAGACACCTCTTTCATATGGCATTCATGGG
GCATGCTGGAACTTCAACAGCGTCAAGTGCGAGATGCTCGAAGGGTGTTT
CTGGATGCGCTGAAGCGATACCCCCGAAACTCAAGGGTACTTGTGGGAGC
TGCGCTTGCACATGCGGCCTCATGCTCACGCACTCACTCCGACGAGCAGG
AAGCTGTCGAGTTCTTCAAGCGTGCGGTCGCGGCTGATCCAACTCATGCC
CACGCTTGGCAAGCCTGGGGGGTGTTCGAGTTGCGACGGGGTCGTCCGGA
TGCTGGCCAGGCATTGTTCAGACGAGGTCTCCGGTTGTGTCCCTCTCATG
GAGCACTGTGGCAGGCTTGGGGCGTTTTGGAAACCTCTCGAGGTGACTTC
AGCAAGGCTCGTCAACTGTATGAGAAGGGTGCGCAGGCATGTCCTGCACA
CGTTCACTTGTTTCAGGCTTGGGCCTGCATGGAGGTCAGATCAGGAAACA
TCGACAAGGCCAGGAGCCTGCTAAACCACGCTCTTGAATTGGACGCAGCT
CATGGAGCCGTTTGGAATGCGTACGGGTTGCTAGAAGCTCGACATGGATC
GTTAGCCAAAGCTCGTCAAAACTTTTCCACTGGCATTCGGAGATCTCCTC
ACCACGCTCCGTTATATAGGGCGTTCGGCCAAGCAGAATCGCGAGCTGGA
AATTACGAGAGAGCCAGACAACTGTTCCAGCAAGGTCTTCGCGTGGATCC
GCGACACGCTCCATTATACCACGCTTATGCCCAGCTCGAAGCAATGCTTG
GGAACGTCGCAGCACTCAGTGGACTCAAGAAACAAGCCGAGGAATTCTTC
GGGTCTGAAGATCAGGCCGTTCAGGTACTGAAGAACGGGGGGCAGGATGT
GGATCCTGAAGTCATTGAGAATTCCGATGAAAGCTTGGATGGAAAGTACT
CGGCCATGGCTACACCAATGGAGCTGGCATTAGATGGAGGTGATGTGTAC
GATAAGTAG

protein sequence of Gcaud2200.t1

>Gcaud2200.t1 ID=Gcaud2200.t1|Name=Gcaud2200.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=1453bp
MQRRRPSRNVSLKSRKQLLSEIPDLVSSILYKHYAECSAYAKTVIEEVVE
EATAFQTLERIRRETYLDQHDWGLSSRMESIRKKYSPEDDFVDPGLLALD
AIVELSARTKRQAQRAQGRRAGRYNSIKVSMPFVHTPPKYDAWVPVKSNY
WVGKELNLEPYMPFLGDQDKDCELAFEVFEDMAGGADKEIDLSDGEVTKE
GKLRMPKDDVERVDYYSLQQMRWREGSRKSILAVLHQFIKFDDTMWRVLA
IALGIQDVSRIKAIAKVAQKRRREHVMRIERRARQKQKLALYHKAWNDPA
KSELEEQAESNRGSSFMKHYCLVCHMFACLQHESFNLEPIVPIPDKRTTE
REKALKENLAKACSDDCFLIKQHHVIELDVEWSTEEILCMRECVPIFGLD
PCSLALGVGSKSCRQVHEKLHDPMEADVAKQELANARRCNVAVTRALGPH
GNRSFVNGYSNLFFRSDSIWSPGFDSHRGDPVGNSGGTEFGGRGDGNWGL
DSNDSFSTFPGGTLEYGRRRGRDEPCASPVASLTLPPLASHLSSAPLVSS
FGASSFTHTASPHTTEFLGPKSLPTANEYGQWQRGPRFSNTHNVITSSAL
SASPADHNSTVAASKPKSVPNVSRAASEPSVGVRRRKRPSETPSTKYATA
PPNHDQGRGPPPRSNKSYSSKHNTHHFQSKVRRQVRTIFERAKEEERNGN
LNEARILLRQCLDLDKQDSHSWLALARLESRAGGVSTRASAHINQKDNDS
EYHVHPPNAARGTELARSIFKLGLEECPNSVHLIQAWAVLEHRCGNRDTA
RELFARGLALEPDNPYVSQAWGLLEQRVGNTDKARELFRQTVSLRPHPEV
CAAWAVLEAREGNIQYARDLYRKGLRACKSAGNQSSAAIFRSWAELEERV
GDLSKARELLNKAIATQPRMTEAYVALARLEARRGGTTRAVELMRAAASL
SPKPPASVFNAWAQIEWTCCGRVDEARSLLRKGHDCHPSDPAILQSLGTL
EEKCGNLEEAKRLFYTSVCARPTAPAFVAWALLEEKGGNLDEAKRLFEEA
LSTDALHGAAYNAYGMMEARRGRLNHARAVYERGLKAHASASVWHGYGQF
ELKQGRNPDRARELFRLGVGQTREDTSFIWHSWGMLELQQRQVRDARRVF
LDALKRYPRNSRVLVGAALAHAASCSRTHSDEQEAVEFFKRAVAADPTHA
HAWQAWGVFELRRGRPDAGQALFRRGLRLCPSHGALWQAWGVLETSRGDF
SKARQLYEKGAQACPAHVHLFQAWACMEVRSGNIDKARSLLNHALELDAA
HGAVWNAYGLLEARHGSLAKARQNFSTGIRRSPHHAPLYRAFGQAESRAG
NYERARQLFQQGLRVDPRHAPLYHAYAQLEAMLGNVAALSGLKKQAEEFF
GSEDQAVQVLKNGGQDVDPEVIENSDESLDGKYSAMATPMELALDGGDVY
DK*

mRNA from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud2200.t1 ID=Gcaud2200.t1|Name=Gcaud2200.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=5820bp|location=Sequence derived from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+ (Gracilaria caudata M_176_S67 male)
ATGCAGAGAAGACGTCCATCCAGGAACGTTAGCCTGAAGTCAAGAAAGCA
GTTATTAAGCGAAATTCCCGATTTGGTAAGGTATGTATGAGTAAAGAATC
GGGTCAATACTTTGATAATCGTGCCTTCGCTTGCCCTAACCTTCATTCTA
TTTTCGATCCTTAGCTCAATTTTGTACAAGCATTATGCAGAATGCAGCGC
ATATGCCAAGACGGTAATCGAAGAGGTAGTTGAGGAGGCGACCGCGTTCC
AGACACTCGAGCGCATCAGGAGAGAGACTTATTTAGACCAACATGATTGG
GGACTTTCATCCAGGATGGAGTCAATAAGAAAGAAATACAGTCCCGAAGA
TGATTTCGTGGATCCGGGTCTGCTCGCTTTGGATGCCATTGTGGAATTAT
CGGCACGTACAAAGAGACAAGCTCAAAGAGCACAAGGACGACGAGCAGGT
AGATACAACAGTATCAAGGTCTCAATGCCATTTGTACACACTCCTCCAAA
GTATGACGCATGGGTCCCGGTGAAGAGCAACTACTGGGTTGGAAAGGAAC
TGAACTTGGAGCCGTACATGCCGTTTTTGGGCGATCAGGATAAAGATTGT
GAGTTGGCGTTCGAGGTATTCGAGGACATGGCAGGAGGTGCTGACAAGGA
GATTGATTTGAGTGATGGGGAAGTAACGAAAGAAGGAAAGCTTCGCATGC
CCAAGGATGATGTAGAACGCGTTGACTACTACTCGTTGCAACAGATGAGA
TGGAGAGAAGGCTCTCGAAAGTCTATTCTAGCGGTTTTGCATCAGTTCAT
CAAGTTTGACGATACGATGTGGCGCGTGCTCGCTATCGCTCTCGGTATAC
AAGATGTGAGCAGAATCAAGGCAATAGCTAAAGTGGCGCAGAAGAGGCGA
CGAGAACACGTCATGCGAATCGAACGTCGTGCACGACAGAAACAAAAGCT
GGCGCTTTATCATAAGGCATGGAATGACCCCGCAAAAAGTGAGCTTGAGG
AACAGGCGGAATCAAACAGAGGTAGCAGCTTTATGAAGCACTATTGCCTT
GTTTGTCATATGTTTGCATGTCTCCAACACGAGTCTTTCAATCTGGAGCC
CATCGTACCGATACCGGACAAGAGAACAACGGAGAGGGAAAAGGCTCTGA
AGGAGAACTTGGCAAAAGCGTGCTCTGACGACTGCTTCCTGATCAAACAG
CATCATGTGATTGAACTGGATGTAGAATGGAGTACAGAAGAAATTCTGTG
CATGCGAGAGTGTGTGCCTATTTTCGGATTGGATCCATGCTCTCTGGCAT
TGGGTGTGGGGTCGAAATCATGTCGCCAGGTGCACGAAAAGCTACACGAT
CCAATGGAAGCGGACGTAGCCAAGCAGGAACTGGCAAATGCACGTCGGGT
GCGTCGGTTGGACGGTAAACAGGCAGACGGAACGGAAAAAGGCAGGTCGA
GCAAATTGATTGTAGAATCATACGACCCCAACACAATCGATCAAGACTTT
TCGCCGTGCTATCACAAAGGACCATGCACGCAGGAGACGTGCTCGTGCGT
CAAAAAGGGAATGCATTGCGAGGCGACGTGCGGATGTAAGAGCGGGAGAT
TCGTAGAAGGCGGCGAAACGGGTGGGATTGTATGGGAACCATCGGACGGG
GTGAGAAAGGGCTCAAGCGCGCGAAGCTGTCAGAACCGACATTATGggtg
tggatgcgtggatgggccctgcacaaactcgagatgcatatgttgggagc
ataacagagcttgtactccggacttttgtgactgcgattgcgtgacgcta
ccgtatcatactggcatttccaagcgcaagtgtcgaaacatgccggccaa
catggcgcagcacaagcgcacattcgtgggcaaatctgacgtccacggct
tcgggctgttcgccggagagcgattcgagaagggagatctggtgggcatg
tacaacgggcagatgatcgacacgcgcctggcagacgtgattggcttcct
gtacgacgcgatggaacgcacgtacatcttcaacgtgacggagtcgctgg
tgatcgacggcggactgctgggaagcaaggtgaagttcgtgaaccacacc
AAGGCCGGCGACGACGAGAACTGCGGCAGCCGTCTGGTGCGCGTGCGCGG
CGACGCGTACGTGGGACTGTACTGCAAGCGCACCGTGGAGGCGGGCGAGG
AGCTACTCTTCGACTACCGCTTCACCGGCGCCGTGCCGCGCTGGGCGCAA
ACCGACGCCCCCCCGCCCAAGTCGCGCCGCTAGAGCAGCTCGATGCGCAT
CCCATGCAAAATTGCAGCGCGCGTATGTCTTGCCGCATCCAATGCGCGTG
TGACAGGTGTCGCCGACGCGCAGATTTTTTTTCGGCGCGAATTAAATTCG
ATGCGCAGGCGCTGCCGTTTTTGTTGCGCGCTGGTGATCACGTTGCGGCG
CATCTCCGACGTGCCGGGCGCGCTGTGCAGCGCCACACGCGCGGCTTCGC
GCTCTGCAGCGTCGTTTGTCCGCGTTGCTCACTGCGTTTGCCTCGCCTGC
TCTCACGACCCACGTTGCCCTATTGCGACTGTTCCACGCCCGCTTGCGGC
TGTCACTGGCGTACCTACGCCGCCACCGCAGCGTGAGCTCCGCCTCGATA
TGAGTGTCTCGCCCCAGCGCGAGCGTTTCGCCTCGCGCGCTTCGTGCCAT
TGTTATGTGGCGCGTTCTTGCTTCGTGCCGCCTGTCATGCCGAATGCGAC
GCAGCATGTGACGCGCTCCTCGCAGTGTAACGTCGCTGTCACCCGCGCGT
TGGGCCCTCATGGCAATCGCAGCTTTGTCAACGGTTATAGCAATCTGTTC
TTCCGTTCGGATAGCATCTGGTCGCCGGGCTTTGACTCGCATCGAGGTGA
TCCGGTCGGCAACTCTGGCGGCACCGAGTTTGGCGGACGCGGCGATGGTA
ACTGGGGTCTGGATAGTAACGATTCGTTCTCCACCTTTCCCGGCGGCACT
TTGGAATATGGCCGTCGACGTGGTCGAGATGAACCGTGTGCTAGTCCGGT
AGCATCGCTTACTCTTCCCCCCCTTGCTTCCCACTTGTCTTCCGCCCCGC
TCGTGTCTTCGTTTGGTGCTTCTTCCTTTACCCATACTGCGTCACCGCAC
ACTACAGAATTTCTAGGTCCCAAGTCTCTTCCCACCGCGAACGAATATGG
GCAATGGCAAAGGGGCCCGCGTTTTTCTAACACACATAACGTTATCACTT
CGTCCGCGTTGTCTGCTTCTCCGGCTGACCACAACTCCACTGTCGCTGCC
AGCAAGCCCAAATCCGTCCCCAACGTGTCGAGGGCTGCGTCCGAGCCTTC
GGTAGGCGTTCGACGACGAAAACGGCCCAGTGAAACACCCTCCACAAAGT
ACGCCACTGCACCTCCCAATCACGATCAGGGCCGCGGCCCACCGCCGAGA
TCAAACAAGTCCTATTCATCAAAACACAACACACACCATTTTCAGAGCAA
AGTTCGCCGTCAAGTTCGCACCATATTCGAACGCGCTAAGGAAGAAGAAA
GAAATGGCAATTTGAATGAGGCCCGTATCCTATTGCGTCAATGTCTTGAT
CTTGACAAGCAGGACAGTCATTCGTGGTTGGCTCTTGCAAGGCTCGAATC
TAGGGCTGGCGGTGTATCAACACGGGCTTCTGCGCACATCAATCAAAAAG
ATAACGATTCTGAGTATCATGTTCACCCTCCGAATGCCGCTCGCGGTACG
GAGCTTGCGCGCTCTATCTTCAAGCTTGGTCTGGAAGAATGCCCCAACAG
CGTCCATCTCATCCAGGCATGGGCTGTGCTGGAGCACCGATGCGGAAATC
GTGATACTGCACGGGAGCTGTTTGCAAGGGGCCTCGCTCTGGAACCCGAC
AATCCCTATGTGAGTCAGGCGTGGGGTTTACTGGAACAGCGCGTTGGAAA
CACCGACAAAGCAAGGGAACTTTTCCGTCAGACCGTGTCTTTGCGACCAC
ATCCAGAAGTTTGTGCGGCGTGGGCTGTTCTGGAAGCCAGAGAGGGCAAT
ATTCAGTACGCCAGAGATTTGTATCGGAAGGGACTGAGGGCGTGCAAAAG
CGCAGGCAACCAGTCATCGGCGGCGATCTTTCGATCGTGGGCGGAGTTGG
AGGAAAGAGTTGGTGACCTCTCCAAGGCTCGCGAGCTTCTTAACAAGGCA
ATCGCTACTCAACCGCGAATGACTGAAGCTTACGTCGCGCTTGCACGCCT
GGAGGCAAGAAGAGGCGGCACGACCAGAGCTGTGGAGCTCATGCGTGCGG
CTGCATCGCTATCTCCCAAGCCCCCTGCCTCAGTGTTCAATGCTTGGGCT
CAAATTGAATGGACTTGTTGTGGTCGCGTCGACGAAGCGCGTAGCCTTTT
AAGGAAGGGCCATGATTGTCACCCATCGGACCCTGCCATCCTACAGAGCC
TTGGAACCCTCGAAGAAAAATGCGGTAATCTAGAAGAGGCAAAGAGACTG
TTTTACACTAGCGTGTGTGCGCGACCAACTGCACCGGCCTTTGTCGCTTG
GGCGTTACTTGAAGAAAAAGGCGGAAATCTGGATGAAGCAAAACGTCTTT
TCGAAGAAGCTCTAAGCACAGATGCTTTGCACGGGGCTGCGTATAACGCT
TATGGGATGATGGAGGCGAGAAGGGGACGTCTGAACCATGCTAGAGCTGT
ATACGAGCGAGGCCTTAAAGCCCATGCGTCAGCTTCTGTGTGGCACGGTT
ACGGTCAATTTGAGTTGAAACAGGGAAGGAATCCAGACCGTGCTCGAGAG
CTATTTCGGCTTGGCGTTGGTCAGACGCGAGAAGACACCTCTTTCATATG
GCATTCATGGGGCATGCTGGAACTTCAACAGCGTCAAGTGCGAGATGCTC
GAAGGGTGTTTCTGGATGCGCTGAAGCGATACCCCCGAAACTCAAGGGTA
CTTGTGGGAGCTGCGCTTGCACATGCGGCCTCATGCTCACGCACTCACTC
CGACGAGCAGGAAGCTGTCGAGTTCTTCAAGCGTGCGGTCGCGGCTGATC
CAACTCATGCCCACGCTTGGCAAGCCTGGGGGGTGTTCGAGTTGCGACGG
GGTCGTCCGGATGCTGGCCAGGCATTGTTCAGACGAGGTCTCCGGTTGTG
TCCCTCTCATGGAGCACTGTGGCAGGCTTGGGGCGTTTTGGAAACCTCTC
GAGGTGACTTCAGCAAGGCTCGTCAACTGTATGAGAAGGGTGCGCAGGCA
TGTCCTGCACACGTTCACTTGTTTCAGGCTTGGGCCTGCATGGAGGTCAG
ATCAGGAAACATCGACAAGGCCAGGAGCCTGCTAAACCACGCTCTTGAAT
TGGACGCAGCTCATGGAGCCGTTTGGAATGCGTACGGGTTGCTAGAAGCT
CGACATGGATCGTTAGCCAAAGCTCGTCAAAACTTTTCCACTGGCATTCG
GAGATCTCCTCACCACGCTCCGTTATATAGGGCGTTCGGCCAAGCAGAAT
CGCGAGCTGGAAATTACGAGAGAGCCAGACAACTGTTCCAGCAAGGTCTT
CGCGTGGATCCGCGACACGCTCCATTATACCACGCTTATGCCCAGCTCGA
AGCAATGCTTGGGAACGTCGCAGCACTCAGTGGACTCAAGAAACAAGCCG
AGGAATTCTTCGGGTCTGAAGATCAGGCCGTTCAGGTACTGAAGAACGGG
GGGCAGGATGTGGATCCTGAAGTCATTGAGAATTCCGATGAAAGCTTGGA
TGGAAAGTACTCGGCCATGGCTACACCAATGGAGCTGGCATTAGATGGAG
GTGATGTGTACGATAAGTAG

Coding sequence (CDS) from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+

>Gcaud2200.t1 ID=Gcaud2200.t1|Name=Gcaud2200.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=4359bp|location=Sequence derived from alignment at NODE_19_length_78712_cov_4.326007:49568..55387+ (Gracilaria caudata M_176_S67 male)
ATGCAGAGAAGACGTCCATCCAGGAACGTTAGCCTGAAGTCAAGAAAGCA
GTTATTAAGCGAAATTCCCGATTTGGTAAGCTCAATTTTGTACAAGCATT
ATGCAGAATGCAGCGCATATGCCAAGACGGTAATCGAAGAGGTAGTTGAG
GAGGCGACCGCGTTCCAGACACTCGAGCGCATCAGGAGAGAGACTTATTT
AGACCAACATGATTGGGGACTTTCATCCAGGATGGAGTCAATAAGAAAGA
AATACAGTCCCGAAGATGATTTCGTGGATCCGGGTCTGCTCGCTTTGGAT
GCCATTGTGGAATTATCGGCACGTACAAAGAGACAAGCTCAAAGAGCACA
AGGACGACGAGCAGGTAGATACAACAGTATCAAGGTCTCAATGCCATTTG
TACACACTCCTCCAAAGTATGACGCATGGGTCCCGGTGAAGAGCAACTAC
TGGGTTGGAAAGGAACTGAACTTGGAGCCGTACATGCCGTTTTTGGGCGA
TCAGGATAAAGATTGTGAGTTGGCGTTCGAGGTATTCGAGGACATGGCAG
GAGGTGCTGACAAGGAGATTGATTTGAGTGATGGGGAAGTAACGAAAGAA
GGAAAGCTTCGCATGCCCAAGGATGATGTAGAACGCGTTGACTACTACTC
GTTGCAACAGATGAGATGGAGAGAAGGCTCTCGAAAGTCTATTCTAGCGG
TTTTGCATCAGTTCATCAAGTTTGACGATACGATGTGGCGCGTGCTCGCT
ATCGCTCTCGGTATACAAGATGTGAGCAGAATCAAGGCAATAGCTAAAGT
GGCGCAGAAGAGGCGACGAGAACACGTCATGCGAATCGAACGTCGTGCAC
GACAGAAACAAAAGCTGGCGCTTTATCATAAGGCATGGAATGACCCCGCA
AAAAGTGAGCTTGAGGAACAGGCGGAATCAAACAGAGGTAGCAGCTTTAT
GAAGCACTATTGCCTTGTTTGTCATATGTTTGCATGTCTCCAACACGAGT
CTTTCAATCTGGAGCCCATCGTACCGATACCGGACAAGAGAACAACGGAG
AGGGAAAAGGCTCTGAAGGAGAACTTGGCAAAAGCGTGCTCTGACGACTG
CTTCCTGATCAAACAGCATCATGTGATTGAACTGGATGTAGAATGGAGTA
CAGAAGAAATTCTGTGCATGCGAGAGTGTGTGCCTATTTTCGGATTGGAT
CCATGCTCTCTGGCATTGGGTGTGGGGTCGAAATCATGTCGCCAGGTGCA
CGAAAAGCTACACGATCCAATGGAAGCGGACGTAGCCAAGCAGGAACTGG
CAAATGCACGTCGGTGTAACGTCGCTGTCACCCGCGCGTTGGGCCCTCAT
GGCAATCGCAGCTTTGTCAACGGTTATAGCAATCTGTTCTTCCGTTCGGA
TAGCATCTGGTCGCCGGGCTTTGACTCGCATCGAGGTGATCCGGTCGGCA
ACTCTGGCGGCACCGAGTTTGGCGGACGCGGCGATGGTAACTGGGGTCTG
GATAGTAACGATTCGTTCTCCACCTTTCCCGGCGGCACTTTGGAATATGG
CCGTCGACGTGGTCGAGATGAACCGTGTGCTAGTCCGGTAGCATCGCTTA
CTCTTCCCCCCCTTGCTTCCCACTTGTCTTCCGCCCCGCTCGTGTCTTCG
TTTGGTGCTTCTTCCTTTACCCATACTGCGTCACCGCACACTACAGAATT
TCTAGGTCCCAAGTCTCTTCCCACCGCGAACGAATATGGGCAATGGCAAA
GGGGCCCGCGTTTTTCTAACACACATAACGTTATCACTTCGTCCGCGTTG
TCTGCTTCTCCGGCTGACCACAACTCCACTGTCGCTGCCAGCAAGCCCAA
ATCCGTCCCCAACGTGTCGAGGGCTGCGTCCGAGCCTTCGGTAGGCGTTC
GACGACGAAAACGGCCCAGTGAAACACCCTCCACAAAGTACGCCACTGCA
CCTCCCAATCACGATCAGGGCCGCGGCCCACCGCCGAGATCAAACAAGTC
CTATTCATCAAAACACAACACACACCATTTTCAGAGCAAAGTTCGCCGTC
AAGTTCGCACCATATTCGAACGCGCTAAGGAAGAAGAAAGAAATGGCAAT
TTGAATGAGGCCCGTATCCTATTGCGTCAATGTCTTGATCTTGACAAGCA
GGACAGTCATTCGTGGTTGGCTCTTGCAAGGCTCGAATCTAGGGCTGGCG
GTGTATCAACACGGGCTTCTGCGCACATCAATCAAAAAGATAACGATTCT
GAGTATCATGTTCACCCTCCGAATGCCGCTCGCGGTACGGAGCTTGCGCG
CTCTATCTTCAAGCTTGGTCTGGAAGAATGCCCCAACAGCGTCCATCTCA
TCCAGGCATGGGCTGTGCTGGAGCACCGATGCGGAAATCGTGATACTGCA
CGGGAGCTGTTTGCAAGGGGCCTCGCTCTGGAACCCGACAATCCCTATGT
GAGTCAGGCGTGGGGTTTACTGGAACAGCGCGTTGGAAACACCGACAAAG
CAAGGGAACTTTTCCGTCAGACCGTGTCTTTGCGACCACATCCAGAAGTT
TGTGCGGCGTGGGCTGTTCTGGAAGCCAGAGAGGGCAATATTCAGTACGC
CAGAGATTTGTATCGGAAGGGACTGAGGGCGTGCAAAAGCGCAGGCAACC
AGTCATCGGCGGCGATCTTTCGATCGTGGGCGGAGTTGGAGGAAAGAGTT
GGTGACCTCTCCAAGGCTCGCGAGCTTCTTAACAAGGCAATCGCTACTCA
ACCGCGAATGACTGAAGCTTACGTCGCGCTTGCACGCCTGGAGGCAAGAA
GAGGCGGCACGACCAGAGCTGTGGAGCTCATGCGTGCGGCTGCATCGCTA
TCTCCCAAGCCCCCTGCCTCAGTGTTCAATGCTTGGGCTCAAATTGAATG
GACTTGTTGTGGTCGCGTCGACGAAGCGCGTAGCCTTTTAAGGAAGGGCC
ATGATTGTCACCCATCGGACCCTGCCATCCTACAGAGCCTTGGAACCCTC
GAAGAAAAATGCGGTAATCTAGAAGAGGCAAAGAGACTGTTTTACACTAG
CGTGTGTGCGCGACCAACTGCACCGGCCTTTGTCGCTTGGGCGTTACTTG
AAGAAAAAGGCGGAAATCTGGATGAAGCAAAACGTCTTTTCGAAGAAGCT
CTAAGCACAGATGCTTTGCACGGGGCTGCGTATAACGCTTATGGGATGAT
GGAGGCGAGAAGGGGACGTCTGAACCATGCTAGAGCTGTATACGAGCGAG
GCCTTAAAGCCCATGCGTCAGCTTCTGTGTGGCACGGTTACGGTCAATTT
GAGTTGAAACAGGGAAGGAATCCAGACCGTGCTCGAGAGCTATTTCGGCT
TGGCGTTGGTCAGACGCGAGAAGACACCTCTTTCATATGGCATTCATGGG
GCATGCTGGAACTTCAACAGCGTCAAGTGCGAGATGCTCGAAGGGTGTTT
CTGGATGCGCTGAAGCGATACCCCCGAAACTCAAGGGTACTTGTGGGAGC
TGCGCTTGCACATGCGGCCTCATGCTCACGCACTCACTCCGACGAGCAGG
AAGCTGTCGAGTTCTTCAAGCGTGCGGTCGCGGCTGATCCAACTCATGCC
CACGCTTGGCAAGCCTGGGGGGTGTTCGAGTTGCGACGGGGTCGTCCGGA
TGCTGGCCAGGCATTGTTCAGACGAGGTCTCCGGTTGTGTCCCTCTCATG
GAGCACTGTGGCAGGCTTGGGGCGTTTTGGAAACCTCTCGAGGTGACTTC
AGCAAGGCTCGTCAACTGTATGAGAAGGGTGCGCAGGCATGTCCTGCACA
CGTTCACTTGTTTCAGGCTTGGGCCTGCATGGAGGTCAGATCAGGAAACA
TCGACAAGGCCAGGAGCCTGCTAAACCACGCTCTTGAATTGGACGCAGCT
CATGGAGCCGTTTGGAATGCGTACGGGTTGCTAGAAGCTCGACATGGATC
GTTAGCCAAAGCTCGTCAAAACTTTTCCACTGGCATTCGGAGATCTCCTC
ACCACGCTCCGTTATATAGGGCGTTCGGCCAAGCAGAATCGCGAGCTGGA
AATTACGAGAGAGCCAGACAACTGTTCCAGCAAGGTCTTCGCGTGGATCC
GCGACACGCTCCATTATACCACGCTTATGCCCAGCTCGAAGCAATGCTTG
GGAACGTCGCAGCACTCAGTGGACTCAAGAAACAAGCCGAGGAATTCTTC
GGGTCTGAAGATCAGGCCGTTCAGGTACTGAAGAACGGGGGGCAGGATGT
GGATCCTGAAGTCATTGAGAATTCCGATGAAAGCTTGGATGGAAAGTACT
CGGCCATGGCTACACCAATGGAGCTGGCATTAGATGGAGGTGATGTGTAC
GATAAGTAG