Ggra9103.t1 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra9103.t1
Unique Name	Ggra9103.t1
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	1517

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000176_pilon	contig	tig00000176_pilon:200882..208824 +

Analyses

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


Analysis Name	Date Performed
Gracilaria gracilis GNS1m male OGS1.0	2022-05-09

Properties


Property Name	Value
Seed ortholog	588596.U9T8Z4
PFAMs	DUF2428
Max annot lvl	4751\|Fungi
GOs	GO:0001510,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0006139,GO:0006396,GO:0006399,GO:0006400,GO:0006725,GO:0006807,GO:0008033,GO:0008150,GO:0008152,GO:0009451,GO:0009987,GO:0010467,GO:0016070,GO:0030488,GO:0032259,GO:0032991,GO:0034470,GO:0034641,GO:0034660,GO:0043170,GO:0043412,GO:0043414,GO:0044237,GO:0044238,GO:0044260,GO:0044424,GO:0044464,GO:0046483,GO:0071704,GO:0090304,GO:1901360
Evalue	5.67e-51
EggNOG OGs	COG5543@1\|root,KOG1810@2759\|Eukaryota,38XNQ@33154\|Opisthokonta,3NXN0@4751\|Fungi
Description	HEAT repeat protein
COG category	D

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103	Ggra9103	Gracilaria gracilis GNS1m male	gene	tig00000176_pilon 200882..208824 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1	Ggra9103.t1	Gracilaria gracilis GNS1m male	polypeptide	tig00000176_pilon 200882..208824 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1.start1	Ggra9103.t1.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000176_pilon 200882..200884 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1.CDS1	Ggra9103.t1.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000176_pilon 200882..205327 +
Ggra9103.t1.CDS2	Ggra9103.t1.CDS2	Gracilaria gracilis GNS1m male	CDS	tig00000176_pilon 208720..208824 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1.exon1	Ggra9103.t1.exon1	Gracilaria gracilis GNS1m male	exon	tig00000176_pilon 200882..205327 +
Ggra9103.t1.exon2	Ggra9103.t1.exon2	Gracilaria gracilis GNS1m male	exon	tig00000176_pilon 208720..208824 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1.intron1	Ggra9103.t1.intron1	Gracilaria gracilis GNS1m male	intron	tig00000176_pilon 205328..208719 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra9103.t1.stop1	Ggra9103.t1.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000176_pilon 208822..208824 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000176_pilon:200882..208824+
coding sequence from alignment at tig00000176_pilon:200882..208824+

mRNA sequence

>Ggra9103.t1 ID=Ggra9103.t1|Name=Ggra9103.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1517bp
MGRADLASHRSSSPSDTKPIAFPKRAAWVLDEILRTPNVSIASTLDTIRD
ATTQKAQVSALKLLGIQLRDAHTPDNSSGQRLCACIAKNEGCSAELYFCR
IIGSVITGVLFESPDATAGLVSTALRAALKCPTRIDEVHNAFSQFFKRLD
GLVSSSPSSPSTVPFSALVSDMCIISVTVADPQTRPWLFDHETRVRGSLS
AINDVLQIYLQVTMRDELQDLHLFSNNSQSASLLSERAQSAGENKRLLEN
ASDFALKAAQDLLSGMQKSNSELLSTSDRTSTEIIPVVKNLVTSCRELLL
LSTVPRNCALACSIAYVTGLLILEGAEDNAEKASQLLKRRVFVELPQFPH
FSRLSLLRAIMETSAARVAHPMILFPPDDQVSYSKDTFTVFERLILMVKD
SGDAHLRYLAMDALVKCVRRRRPLKLGVQCRKAAVLVIKGRWSETFPGTT
LQVKEAIEALIAVDGKDAESTAFWEEMAFALVKGSWYHRGIYAPLTILIT
RVGAARLLQCEPRCQEKAIEAACTNSRLTKPAADWLGSFWCALRAECKES
DTSFTDMTCSSLLLSLTDASSESLRRITAEQILPVYFQRIDKVLVERYAK
SLLERLERLEVDNTRRAGAVVTIMSAARNRGVFVGSFTEPEVLRLLRDAL
MSADDEMSSTTFELIVTSRAPTEPIRQEELDLVLMYLPLALTYCSSLSHR
SRFRHSMRRLFERLAACRKAASDGCGGWWTRERKSRHGGVRTASFENMRD
VLVDRLVRFETACFKILLANVYPGAVFGRRMNAYELMVLMSKNLGLEHFI
SSSHSYGAVLAGISAGLLDEWERTRRSALKVLLSLPDIPPGLQTLSEAAA
LQEAAIPLLQSPRLRDVDSGSSIIRFVYKKLVLPMALSKGDPKKSSEVKC
FSFPNGIDPKPQVEFDVPSLHYAWTILVSLEDVLDHSTANFSEACASGLF
HSRFRILHQILKDHAWKELVSTCNLKSASSLISKLIDLAWSCTVVALKGV
SFEALTTLSGFPDSDEVFENEHVFLHERKQLEMTTCFLSLKEICITMGIL
IYEVSLEDVSSTPTEPALVYPKDVKRIGDLFLHVFASTRHWGVIDGAAEG
FQLLCERLLLTNRSALRSLPKVWSFKMINAALGGNMYVLRRSAGLPALVN
AVVSAEANSGSRSLHAPLLEGTVRLLLEHLEQSHMFVDPVMVASKRSKEE
EGVSHALNVLRSLFLNSKIAKRILKYFEKTVILCVEAFCSASWLIRNSAM
MLFSALIRRGVGVSGKNESDYRLSSFSERPGTSATLLRTRRMQGVTPVQF
FSRYPKLHPFLNTQLRLSVEHAEKGQDADYPSLFPTLYLLSSLSPGAPED
PATVLSMKPFREVLTKCCHWQSDYIRRVAASASVLLIEDHFSTAEFLKDI
LVSGIPIDPVHPDADIEMHIRDKDGGGRSSHDSCTQILRQNHLHGDLLTI
EAILQWTIRVLDTQHMKDLVHMFADYIPKRVWTYIFIILVCRIKGENPLS
AYHREPPRVLPLSTRH*

spliced messenger RNA

>Ggra9103.t1 ID=Ggra9103.t1|Name=Ggra9103.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4551bp|location=Sequence derived from alignment at tig00000176_pilon:200882..208824+ (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGGGCCGTGCTGATCTCGCGAGCCACAGAAGCTCATCCCCATCAGATAC
GAAACCTATAGCCTTTCCAAAGCGAGCGGCCTGGGTACTCGATGAAATCC
TGCGTACACCAAACGTCAGTATTGCATCCACCCTTGACACCATTCGTGAT
GCCACGACTCAGAAAGCTCAAGTTTCTGCGCTGAAGTTGCTGGGAATTCA
ATTGCGCGATGCCCACACACCGGACAACAGCAGCGGTCAGCGGTTATGCG
CGTGCATTGCGAAGAACGAAGGATGCTCAGCTGAGCTGTACTTTTGCCGA
ATTATCGGCTCTGTCATAACTGGCGTCCTGTTTGAATCGCCGGATGCTAC
TGCGGGTTTGGTCTCTACTGCGCTTCGGGCTGCTTTAAAATGCCCCACTC
GCATCGATGAAGTGCATAACGCCTTCTCACAATTCTTTAAACGTTTGGAC
GGTCTTGTATCGTCTTCCCCATCTTCACCTTCTACCGTTCCGTTTTCGGC
GCTCGTCTCAGACATGTGTATTATATCCGTAACTGTCGCGGACCCGCAGA
CCAGACCATGGCTATTTGACCATGAGACGCGTGTAAGGGGTTCTCTCAGT
GCCATCAACGACGTTTTACAAATATACTTGCAAGTTACGATGAGGGATGA
ATTGCAGGACCTGCATCTGTTTTCTAATAACAGCCAAAGCGCCTCGCTTC
TAAGTGAAAGAGCCCAGTCTGCCGGTGAGAACAAGAGACTCTTGGAGAAT
GCCAGCGATTTTGCACTTAAAGCCGCTCAGGATTTGTTAAGTGGTATGCA
AAAGTCGAATTCCGAGTTACTGAGCACTTCTGATAGAACCTCAACGGAAA
TTATTCCTGTAGTCAAGAATCTAGTCACAAGCTGCAGAGAACTACTTTTG
TTGTCCACTGTTCCCCGCAATTGTGCATTGGCTTGTTCTATCGCATATGT
AACCGGCTTGTTAATCTTAGAAGGAGCTGAAGACAACGCTGAAAAGGCAT
CACAGCTTTTGAAGAGAAGAGTTTTTGTGGAATTGCCCCAGTTTCCTCAT
TTCTCGAGATTGTCTTTGCTTCGGGCTATCATGGAAACATCGGCTGCTAG
AGTAGCTCACCCAATGATCCTGTTCCCTCCCGACGACCAAGTTTCGTATT
CGAAGGACACTTTCACTGTATTTGAACGTTTGATCCTGATGGTCAAAGAT
AGTGGGGATGCTCATCTTCGATATCTAGCTATGGATGCTTTGGTCAAGTG
CGTTAGGCGTCGACGTCCGTTAAAGCTTGGTGTTCAATGCCGCAAGGCTG
CTGTTCTGGTGATCAAGGGACGGTGGAGCGAGACATTTCCCGGTACGACA
CTGCAGGTAAAAGAGGCTATCGAAGCTCTAATAGCTGTTGATGGAAAAGA
CGCTGAATCAACAGCATTTTGGGAAGAGATGGCTTTTGCTCTTGTAAAGG
GAAGCTGGTATCATCGTGGAATTTATGCGCCTCTCACCATTTTAATAACT
CGTGTAGGAGCCGCGCGTCTTCTACAATGCGAGCCACGGTGTCAGGAAAA
AGCGATCGAAGCCGCATGTACAAATTCTCGTCTTACGAAACCTGCGGCAG
ACTGGCTAGGGTCGTTTTGGTGCGCTCTGCGCGCAGAGTGCAAAGAGTCG
GATACCAGTTTCACTGACATGACCTGCAGTTCGCTTTTGCTGTCACTAAC
TGATGCTTCTAGCGAATCCCTTCGACGGATTACAGCAGAACAAATTCTTC
CTGTCTACTTTCAGCGAATAGACAAAGTACTTGTTGAGCGTTATGCCAAA
TCGTTGTTGGAGCGTCTCGAACGACTTGAAGTTGACAATACTCGTCGAGC
TGGGGCAGTTGTAACAATAATGTCTGCGGCGAGGAATCGTGGAGTGTTCG
TTGGTTCTTTTACAGAACCCGAAGTTCTGCGTTTGCTAAGAGATGCGTTA
ATGAGCGCCGACGATGAGATGAGTTCAACTACTTTCGAGCTGATCGTAAC
TTCTCGAGCTCCTACAGAGCCAATCAGACAGGAAGAACTCGATTTGGTTC
TGATGTATCTCCCACTCGCTCTAACGTATTGCTCCTCACTCTCCCACCGT
TCCCGATTTAGACATAGTATGCGAAGGCTTTTTGAACGCTTGGCTGCATG
TCGGAAGGCTGCGTCTGATGGCTGTGGCGGATGGTGGACGCGCGAAAGAA
AGTCAAGGCATGGCGGGGTTCGTACAGCGAGTTTCGAGAATATGCGCGAC
GTCTTGGTTGATCGACTGGTTCGATTTGAGACCGCCTGCTTCAAGATTCT
GCTAGCAAACGTTTACCCCGGTGCTGTTTTCGGGAGGAGAATGAACGCAT
ATGAGCTAATGGTTCTTATGTCGAAGAATCTTGGACTTGAACATTTCATT
TCTTCCTCACACTCATATGGTGCTGTATTGGCCGGTATTTCGGCAGGATT
ACTCGACGAGTGGGAAAGAACCCGCCGTTCTGCACTGAAGGTATTGTTAT
CTCTTCCAGATATTCCCCCAGGTCTGCAAACCCTGTCTGAAGCGGCTGCC
TTACAAGAAGCTGCTATTCCACTGCTGCAGTCACCCAGACTTCGTGATGT
CGACTCCGGGTCATCGATAATCAGATTTGTGTACAAGAAGTTAGTGCTGC
CCATGGCCTTGTCAAAGGGAGATCCCAAAAAGTCCTCAGAGGTAAAGTGT
TTCAGTTTTCCTAACGGCATTGATCCGAAGCCTCAAGTGGAGTTTGATGT
GCCAAGTCTGCATTACGCTTGGACGATTCTTGTGTCCTTGGAAGACGTTT
TAGATCATTCGACTGCTAATTTCTCTGAAGCTTGTGCGTCTGGACTCTTT
CACAGCCGGTTTCGAATCTTGCACCAAATTCTAAAGGACCATGCTTGGAA
GGAACTCGTTTCTACCTGCAACCTGAAAAGTGCGTCCTCCCTTATATCCA
AACTTATTGACCTGGCTTGGAGCTGCACCGTTGTAGCGTTGAAGGGTGTT
TCTTTTGAGGCCCTGACTACTTTATCTGGCTTCCCAGATTCTGACGAAGT
ATTTGAAAATGAACATGTCTTTCTTCATGAAAGAAAGCAACTGGAGATGA
CGACATGTTTTCTTAGCCTGAAAGAGATTTGCATTACTATGGGTATTTTA
ATATACGAAGTATCCCTCGAAGATGTTTCTTCGACACCCACAGAACCAGC
CTTGGTATATCCGAAAGATGTGAAACGAATCGGTGATTTGTTTCTGCATG
TATTCGCTAGTACGAGACACTGGGGTGTTATTGACGGGGCCGCTGAGGGC
TTTCAACTCCTTTGCGAACGCTTGCTGCTAACTAATCGTTCTGCCCTTCG
CTCTCTGCCGAAAGTCTGGTCTTTCAAAATGATCAATGCCGCTCTGGGAG
GAAACATGTACGTGCTGCGACGTAGCGCTGGCTTGCCAGCTTTAGTTAAC
GCGGTCGTCAGCGCTGAAGCAAATAGTGGTAGTCGGTCTCTACACGCACC
ACTGCTTGAAGGAACCGTTAGGTTGTTGTTGGAACACCTTGAACAATCTC
ACATGTTCGTTGACCCTGTCATGGTTGCGTCAAAACGTTCCAAAGAGGAA
GAAGGTGTTTCCCATGCGTTGAACGTGTTACGGTCCTTATTCTTGAATTC
AAAGATAGCGAAGCGTATCTTGAAGTACTTTGAGAAGACAGTCATACTTT
GTGTGGAGGCATTCTGTTCGGCATCATGGTTGATACGGAACTCGGCAATG
ATGCTCTTCTCGGCATTGATTCGACGTGGGGTTGGGGTTTCTGGTAAGAA
TGAGTCTGATTATCGACTTTCATCGTTTTCCGAAAGACCCGGAACTTCAG
CAACTCTTCTTAGAACCCGCCGAATGCAAGGTGTCACCCCAGTCCAGTTT
TTTTCGAGATACCCAAAACTGCACCCTTTTCTTAACACTCAACTCCGACT
ATCTGTTGAGCATGCAGAGAAAGGCCAAGATGCAGACTATCCATCTTTGT
TCCCAACGCTATATTTATTGTCTTCTCTTAGCCCAGGAGCCCCGGAGGAC
CCTGCTACTGTTTTATCAATGAAGCCATTTCGAGAAGTTTTAACGAAGTG
CTGTCACTGGCAATCAGATTACATTCGTCGCGTCGCAGCTTCGGCATCTG
TTCTTCTCATTGAAGATCACTTCAGTACTGCTGAATTCTTGAAAGATATT
TTGGTTTCTGGTATACCAATAGACCCGGTTCATCCCGATGCGGACATTGA
AATGCATATACGTGACAAAGATGGTGGAGGGAGAAGTTCACATGATTCAT
GTACGCAGATTCTACGTCAAAACCATCTCCACGGTGATCTATTAACTATT
GAAGCGATTCTCCAATGGACCATTCGAGTTTTGGACACTCAGCATATGAA
GGATCTAGTTCACATGTTTGCGGACTACATTCCCAAGCGAGTATGGACGT
ACATATTCATAATCCTGGTGTGCCGCATTAAGGGTGAAAATCCGCTGTCC
GCTTACCACCGCGAGCCGCCACGAGTTCTTCCGCTGTCAACGAGGCATTG
A

protein sequence of Ggra9103.t1

>Ggra9103.t1 ID=Ggra9103.t1|Name=Ggra9103.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1517bp
MGRADLASHRSSSPSDTKPIAFPKRAAWVLDEILRTPNVSIASTLDTIRD
ATTQKAQVSALKLLGIQLRDAHTPDNSSGQRLCACIAKNEGCSAELYFCR
IIGSVITGVLFESPDATAGLVSTALRAALKCPTRIDEVHNAFSQFFKRLD
GLVSSSPSSPSTVPFSALVSDMCIISVTVADPQTRPWLFDHETRVRGSLS
AINDVLQIYLQVTMRDELQDLHLFSNNSQSASLLSERAQSAGENKRLLEN
ASDFALKAAQDLLSGMQKSNSELLSTSDRTSTEIIPVVKNLVTSCRELLL
LSTVPRNCALACSIAYVTGLLILEGAEDNAEKASQLLKRRVFVELPQFPH
FSRLSLLRAIMETSAARVAHPMILFPPDDQVSYSKDTFTVFERLILMVKD
SGDAHLRYLAMDALVKCVRRRRPLKLGVQCRKAAVLVIKGRWSETFPGTT
LQVKEAIEALIAVDGKDAESTAFWEEMAFALVKGSWYHRGIYAPLTILIT
RVGAARLLQCEPRCQEKAIEAACTNSRLTKPAADWLGSFWCALRAECKES
DTSFTDMTCSSLLLSLTDASSESLRRITAEQILPVYFQRIDKVLVERYAK
SLLERLERLEVDNTRRAGAVVTIMSAARNRGVFVGSFTEPEVLRLLRDAL
MSADDEMSSTTFELIVTSRAPTEPIRQEELDLVLMYLPLALTYCSSLSHR
SRFRHSMRRLFERLAACRKAASDGCGGWWTRERKSRHGGVRTASFENMRD
VLVDRLVRFETACFKILLANVYPGAVFGRRMNAYELMVLMSKNLGLEHFI
SSSHSYGAVLAGISAGLLDEWERTRRSALKVLLSLPDIPPGLQTLSEAAA
LQEAAIPLLQSPRLRDVDSGSSIIRFVYKKLVLPMALSKGDPKKSSEVKC
FSFPNGIDPKPQVEFDVPSLHYAWTILVSLEDVLDHSTANFSEACASGLF
HSRFRILHQILKDHAWKELVSTCNLKSASSLISKLIDLAWSCTVVALKGV
SFEALTTLSGFPDSDEVFENEHVFLHERKQLEMTTCFLSLKEICITMGIL
IYEVSLEDVSSTPTEPALVYPKDVKRIGDLFLHVFASTRHWGVIDGAAEG
FQLLCERLLLTNRSALRSLPKVWSFKMINAALGGNMYVLRRSAGLPALVN
AVVSAEANSGSRSLHAPLLEGTVRLLLEHLEQSHMFVDPVMVASKRSKEE
EGVSHALNVLRSLFLNSKIAKRILKYFEKTVILCVEAFCSASWLIRNSAM
MLFSALIRRGVGVSGKNESDYRLSSFSERPGTSATLLRTRRMQGVTPVQF
FSRYPKLHPFLNTQLRLSVEHAEKGQDADYPSLFPTLYLLSSLSPGAPED
PATVLSMKPFREVLTKCCHWQSDYIRRVAASASVLLIEDHFSTAEFLKDI
LVSGIPIDPVHPDADIEMHIRDKDGGGRSSHDSCTQILRQNHLHGDLLTI
EAILQWTIRVLDTQHMKDLVHMFADYIPKRVWTYIFIILVCRIKGENPLS
AYHREPPRVLPLSTRH*

mRNA from alignment at tig00000176_pilon:200882..208824+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Ggra9103.t1 ID=Ggra9103.t1|Name=Ggra9103.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=7943bp|location=Sequence derived from alignment at tig00000176_pilon:200882..208824+ (Gracilaria gracilis GNS1m male)
ATGGGCCGTGCTGATCTCGCGAGCCACAGAAGCTCATCCCCATCAGATAC
GAAACCTATAGCCTTTCCAAAGCGAGCGGCCTGGGTACTCGATGAAATCC
TGCGTACACCAAACGTCAGTATTGCATCCACCCTTGACACCATTCGTGAT
GCCACGACTCAGAAAGCTCAAGTTTCTGCGCTGAAGTTGCTGGGAATTCA
ATTGCGCGATGCCCACACACCGGACAACAGCAGCGGTCAGCGGTTATGCG
CGTGCATTGCGAAGAACGAAGGATGCTCAGCTGAGCTGTACTTTTGCCGA
ATTATCGGCTCTGTCATAACTGGCGTCCTGTTTGAATCGCCGGATGCTAC
TGCGGGTTTGGTCTCTACTGCGCTTCGGGCTGCTTTAAAATGCCCCACTC
GCATCGATGAAGTGCATAACGCCTTCTCACAATTCTTTAAACGTTTGGAC
GGTCTTGTATCGTCTTCCCCATCTTCACCTTCTACCGTTCCGTTTTCGGC
GCTCGTCTCAGACATGTGTATTATATCCGTAACTGTCGCGGACCCGCAGA
CCAGACCATGGCTATTTGACCATGAGACGCGTGTAAGGGGTTCTCTCAGT
GCCATCAACGACGTTTTACAAATATACTTGCAAGTTACGATGAGGGATGA
ATTGCAGGACCTGCATCTGTTTTCTAATAACAGCCAAAGCGCCTCGCTTC
TAAGTGAAAGAGCCCAGTCTGCCGGTGAGAACAAGAGACTCTTGGAGAAT
GCCAGCGATTTTGCACTTAAAGCCGCTCAGGATTTGTTAAGTGGTATGCA
AAAGTCGAATTCCGAGTTACTGAGCACTTCTGATAGAACCTCAACGGAAA
TTATTCCTGTAGTCAAGAATCTAGTCACAAGCTGCAGAGAACTACTTTTG
TTGTCCACTGTTCCCCGCAATTGTGCATTGGCTTGTTCTATCGCATATGT
AACCGGCTTGTTAATCTTAGAAGGAGCTGAAGACAACGCTGAAAAGGCAT
CACAGCTTTTGAAGAGAAGAGTTTTTGTGGAATTGCCCCAGTTTCCTCAT
TTCTCGAGATTGTCTTTGCTTCGGGCTATCATGGAAACATCGGCTGCTAG
AGTAGCTCACCCAATGATCCTGTTCCCTCCCGACGACCAAGTTTCGTATT
CGAAGGACACTTTCACTGTATTTGAACGTTTGATCCTGATGGTCAAAGAT
AGTGGGGATGCTCATCTTCGATATCTAGCTATGGATGCTTTGGTCAAGTG
CGTTAGGCGTCGACGTCCGTTAAAGCTTGGTGTTCAATGCCGCAAGGCTG
CTGTTCTGGTGATCAAGGGACGGTGGAGCGAGACATTTCCCGGTACGACA
CTGCAGGTAAAAGAGGCTATCGAAGCTCTAATAGCTGTTGATGGAAAAGA
CGCTGAATCAACAGCATTTTGGGAAGAGATGGCTTTTGCTCTTGTAAAGG
GAAGCTGGTATCATCGTGGAATTTATGCGCCTCTCACCATTTTAATAACT
CGTGTAGGAGCCGCGCGTCTTCTACAATGCGAGCCACGGTGTCAGGAAAA
AGCGATCGAAGCCGCATGTACAAATTCTCGTCTTACGAAACCTGCGGCAG
ACTGGCTAGGGTCGTTTTGGTGCGCTCTGCGCGCAGAGTGCAAAGAGTCG
GATACCAGTTTCACTGACATGACCTGCAGTTCGCTTTTGCTGTCACTAAC
TGATGCTTCTAGCGAATCCCTTCGACGGATTACAGCAGAACAAATTCTTC
CTGTCTACTTTCAGCGAATAGACAAAGTACTTGTTGAGCGTTATGCCAAA
TCGTTGTTGGAGCGTCTCGAACGACTTGAAGTTGACAATACTCGTCGAGC
TGGGGCAGTTGTAACAATAATGTCTGCGGCGAGGAATCGTGGAGTGTTCG
TTGGTTCTTTTACAGAACCCGAAGTTCTGCGTTTGCTAAGAGATGCGTTA
ATGAGCGCCGACGATGAGATGAGTTCAACTACTTTCGAGCTGATCGTAAC
TTCTCGAGCTCCTACAGAGCCAATCAGACAGGAAGAACTCGATTTGGTTC
TGATGTATCTCCCACTCGCTCTAACGTATTGCTCCTCACTCTCCCACCGT
TCCCGATTTAGACATAGTATGCGAAGGCTTTTTGAACGCTTGGCTGCATG
TCGGAAGGCTGCGTCTGATGGCTGTGGCGGATGGTGGACGCGCGAAAGAA
AGTCAAGGCATGGCGGGGTTCGTACAGCGAGTTTCGAGAATATGCGCGAC
GTCTTGGTTGATCGACTGGTTCGATTTGAGACCGCCTGCTTCAAGATTCT
GCTAGCAAACGTTTACCCCGGTGCTGTTTTCGGGAGGAGAATGAACGCAT
ATGAGCTAATGGTTCTTATGTCGAAGAATCTTGGACTTGAACATTTCATT
TCTTCCTCACACTCATATGGTGCTGTATTGGCCGGTATTTCGGCAGGATT
ACTCGACGAGTGGGAAAGAACCCGCCGTTCTGCACTGAAGGTATTGTTAT
CTCTTCCAGATATTCCCCCAGGTCTGCAAACCCTGTCTGAAGCGGCTGCC
TTACAAGAAGCTGCTATTCCACTGCTGCAGTCACCCAGACTTCGTGATGT
CGACTCCGGGTCATCGATAATCAGATTTGTGTACAAGAAGTTAGTGCTGC
CCATGGCCTTGTCAAAGGGAGATCCCAAAAAGTCCTCAGAGGTAAAGTGT
TTCAGTTTTCCTAACGGCATTGATCCGAAGCCTCAAGTGGAGTTTGATGT
GCCAAGTCTGCATTACGCTTGGACGATTCTTGTGTCCTTGGAAGACGTTT
TAGATCATTCGACTGCTAATTTCTCTGAAGCTTGTGCGTCTGGACTCTTT
CACAGCCGGTTTCGAATCTTGCACCAAATTCTAAAGGACCATGCTTGGAA
GGAACTCGTTTCTACCTGCAACCTGAAAAGTGCGTCCTCCCTTATATCCA
AACTTATTGACCTGGCTTGGAGCTGCACCGTTGTAGCGTTGAAGGGTGTT
TCTTTTGAGGCCCTGACTACTTTATCTGGCTTCCCAGATTCTGACGAAGT
ATTTGAAAATGAACATGTCTTTCTTCATGAAAGAAAGCAACTGGAGATGA
CGACATGTTTTCTTAGCCTGAAAGAGATTTGCATTACTATGGGTATTTTA
ATATACGAAGTATCCCTCGAAGATGTTTCTTCGACACCCACAGAACCAGC
CTTGGTATATCCGAAAGATGTGAAACGAATCGGTGATTTGTTTCTGCATG
TATTCGCTAGTACGAGACACTGGGGTGTTATTGACGGGGCCGCTGAGGGC
TTTCAACTCCTTTGCGAACGCTTGCTGCTAACTAATCGTTCTGCCCTTCG
CTCTCTGCCGAAAGTCTGGTCTTTCAAAATGATCAATGCCGCTCTGGGAG
GAAACATGTACGTGCTGCGACGTAGCGCTGGCTTGCCAGCTTTAGTTAAC
GCGGTCGTCAGCGCTGAAGCAAATAGTGGTAGTCGGTCTCTACACGCACC
ACTGCTTGAAGGAACCGTTAGGTTGTTGTTGGAACACCTTGAACAATCTC
ACATGTTCGTTGACCCTGTCATGGTTGCGTCAAAACGTTCCAAAGAGGAA
GAAGGTGTTTCCCATGCGTTGAACGTGTTACGGTCCTTATTCTTGAATTC
AAAGATAGCGAAGCGTATCTTGAAGTACTTTGAGAAGACAGTCATACTTT
GTGTGGAGGCATTCTGTTCGGCATCATGGTTGATACGGAACTCGGCAATG
ATGCTCTTCTCGGCATTGATTCGACGTGGGGTTGGGGTTTCTGGTAAGAA
TGAGTCTGATTATCGACTTTCATCGTTTTCCGAAAGACCCGGAACTTCAG
CAACTCTTCTTAGAACCCGCCGAATGCAAGGTGTCACCCCAGTCCAGTTT
TTTTCGAGATACCCAAAACTGCACCCTTTTCTTAACACTCAACTCCGACT
ATCTGTTGAGCATGCAGAGAAAGGCCAAGATGCAGACTATCCATCTTTGT
TCCCAACGCTATATTTATTGTCTTCTCTTAGCCCAGGAGCCCCGGAGGAC
CCTGCTACTGTTTTATCAATGAAGCCATTTCGAGAAGTTTTAACGAAGTG
CTGTCACTGGCAATCAGATTACATTCGTCGCGTCGCAGCTTCGGCATCTG
TTCTTCTCATTGAAGATCACTTCAGTACTGCTGAATTCTTGAAAGATATT
TTGGTTTCTGGTATACCAATAGACCCGGTTCATCCCGATGCGGACATTGA
AATGCATATACGTGACAAAGATGGTGGAGGGAGAAGTTCACATGATTCAT
GTACGCAGATTCTACGTCAAAACCATCTCCACGGTGATCTATTAACTATT
GAAGCGATTCTCCAATGGACCATTCGAGTTTTGGACACTCAGCATATGAA
GGATCTAGTTCACATGTTTGCGGACTACATTCCCAAGCGAGTATGGGTTG
CCAGCAACAGAAACCCTTGTAGATACACCCGTGCGACGATGGTTCGTGTC
CTATCCATCGTTTATCGAATGGTTTGCAACTACATAGATAATCCAAAGAC
TTCGGACTCTCTTCCTCTTTGTAGGTCTTTGATCAAGCTCTGTCACAATC
TAGATGATGCTCTGCAAAGCGAAGGACCCTCCTCCAATTCGAAGGAGAGC
TTGATTGGAATCTCCTCTCTACGAAAAGCTTCTTCTGACATGTCGAGATT
AAGATTTGCTCGTGTCGCTCAAGAAACAGAGGAACATCCACATGTTCCCa
gcctacgaatggcattattccacatagaaacggatgattttgagctaaag
atggCCGGCTTTAACCATTCTCGCTTTCTTTTAAGCAACCTTGTTGTGGC
TGCCGGTGGATGTGTGAAAGAGAAGGTCATGCCAACAGAAGCGATAGCGT
TGTTCATTAGGCTTTGGAATCACGCAAAACACTGTTGCAAGACTGCAGAG
GAAGAAGAGCTTCTCATTTCtgctctaaagcttcaacgtacactgttcga
tctttcacgacagcagtggagatcgggcctcttagcaaagcacacttggt
ctgaGGAGGACCTCACAAGGATTGTTGAACATAGCAGAtatcacccctgc
attgatgtacgtgagcaggctcttatcttggtaggtaaagcagtgaatct
caacccaaacttgtcaacccttggttctgcctggatgcaagGGCTCGAAA
CTGCCGCCAGCTCAAGTAGTTCTTCCAGCCGTATAGCCGTATGCAGAAGC
CTCATTGCCAGTGACATGGAATGCTCTCAAACGTCTGCAGCTTTATGTCA
AGAATTTGGAGCAAGAGGTTTGCTCTTGTGGACAAAGCTTTTGCAGGATG
ATCACACCGACGTtgtttctcatgcactaaaagcagtgcaagcatatctt
tggggacctgaaggtgttACAAAGGGTGTTTTGCCAACTCTCACAGAAAT
TTTTAAACGCTTGGCGCATCTACACAAGAGCTCGCCTGCTCTCTTCCTCT
TCGCCGAGTCTTTGTTGGGTGGGACGACGGAATCTGAACGAAGAAGTCAT
AAATTCTTTCATTTCCTTGGGAAAGTAACGGGCCAACTGATTCAAGACAC
AGAGATCTTCGAGTGTCGAACAGAGAAAGTGCTTGGTGTCGAAGCATCCC
ACAGcacgcgcttgtttgaactagaggatggttcgcttcgtggggagacg
attttagaaatgcaacttgtggcacgatgctatagtaatatactctccat
aatccaaaacaacaaccagtgccttagggaagaggctgaacgcctgcttg
aagacctttcagcagagctaagcatggctttcgaatgcgcatcgcaatca
atcagctccggaatactagggtCgaagtcgtttagtaatactggttttga
aacttgctatgcgtccatattgcgtacttttcttgggatacgttgcatac
aaatgatttccgaaaacaacgactccgttgctttgaggaatatggcaaag
aagctgcgagctgaaactgtgcaatggaagcactcattgcatccagtatt
gacaatggCagtaaatggtctctgtggaatagtagatggcaaaagagggc
cgtgggaagcagaagcaacaaaccaagtcttatttctattggaacatgac
taatgagcggttcctttgacttcagttctttgctttttttactacctttc
tgtatctccctatcaccgacgggatgcccatttcaGTATATTGAAGCCTG
TCGGAACGAATATTATACCCAGGGCAAGTGGCAAAGGAGCATCAAAAGGT
GCATCAAAGTACAGAGAACCCCACTTGACCAAAGCGGACCCTACTGCGGA
AAGAACGAAGAGCTTGAGTGTGAAAAGCAAGTTCGAATCTGGCAAGGTAG
CAAGATCCTCAAACCCAAGAAGCGAAGAACTGCTTTTTTGCTTCTGTTCT
GATTCAATAACACCATCGTcagcctcgctgcccgccctggaaatacgaaa
cgtagccagtgccatagtcgcaTttcccagtacagtaagagctgcctgga
ggaggacaagtatattaagcgatggagcgttgtaaaagaaatggtaagta
caagcgcaaataccgctcgTGTGTAAGGGGAGCATTCCCCAGGTGAGACC
CTTCCATTTCTGATTCTCAGACAATGCGGCGTATTGCCAGACCAGACCCA
TTGCAACCAGCCATTCAATAAGACTTGACAGGTGAATGATCCAAGTAGGA
AACGATAAGGCATTCTGCGGTTCTTGATGTACAGGAGCGAACAATAAAGA
AGCCATCGGGAGCAACATCATAACagttggtagaagctgagcagtcagct
ttgccgattcccgagtctttggttttgACTCATTATCCAGCTTCGAAGTT
TGTCGTTGTCTGAAACCGAGCACAATAAGAAGATTTGTTATTGTGAGCAG
AGATTCTGCACCTCCATGCAACCAGTCAATGTTTGCCAGAATATCATGGT
AATGGGCCTTAGCGTATATTCCGGCTGGAATAGTTGCAAATACAAAAACC
AAGAGAAAGCGGAAGCCGAAGTTCACAAGAGGTGGACATTTAGCTTCAGA
ACGGTTCAAAAAGTAGAGGAAGGCAAGGTAAGGAATCAAAGAAACAGCAA
AGCACTGTCCGGCCAGTCCGTCTATCGCGGCTGGAGACACCGACCACGGA
TCAACCAACATTTTCGTCACATTCTCTGGTGTAGAACGTGGCACAGCCGG
CACAACTCCTAGCGATGTGCCCCATAGCGATGAACGAGTGTATATGGTCC
CTCTATGTATGAACGAACCAGGACTGAACCGTGAACCAGAAACAGATGCT
ATTCGCTGCAGACGGCATCGATATGTCGTCTTGCTCAGACATGTCAAGGA
GCTTCCGGTCGATGAAACAAAAGCGCAGTTCATGACAAAGGCAAATTCTT
GTTTCGTGTCGTCGTTATTTGATTTGTTCTACCCGTGCTACCCGTTTAAC
AAGATTCTGGAGACAGGGCGTCCAATATAGCTGGAAAATGATCGTGCTTT
GAGTGAACACTGGAATTAGACTTCGATAGAGTTTGGATGCGAAGTTGCGA
GGCCTACTATCCACGAAGGTACAGGCGCCATTGATGACTTGCGAGATTTC
AAGATGAGCCAGATCATCTGCATTGCCAAGATCTCAATTTGCCTTCAAAA
TAGATGCCCTTCTTTGGATATCGAGAAGTATCCAAAGTGAAATCAAGTTT
CTGTCTCAAGCTACAACCCAAACATGATGTTGATGTCAGGAGTTCTTGGT
ATACCACAGACTGTGTGTTGAACATACTATGAAGGTAGACGTACATATTC
ATAATCCTGGTGTGCCGCATTAAGGGTGAAAATCCGCTGTCCGCTTACCA
CCGCGAGCCGCCACGAGTTCTTCCGCTGTCAACGAGGCATTGA

Coding sequence (CDS) from alignment at tig00000176_pilon:200882..208824+

>Ggra9103.t1 ID=Ggra9103.t1|Name=Ggra9103.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=4551bp|location=Sequence derived from alignment at tig00000176_pilon:200882..208824+ (Gracilaria gracilis GNS1m male)
ATGGGCCGTGCTGATCTCGCGAGCCACAGAAGCTCATCCCCATCAGATAC
GAAACCTATAGCCTTTCCAAAGCGAGCGGCCTGGGTACTCGATGAAATCC
TGCGTACACCAAACGTCAGTATTGCATCCACCCTTGACACCATTCGTGAT
GCCACGACTCAGAAAGCTCAAGTTTCTGCGCTGAAGTTGCTGGGAATTCA
ATTGCGCGATGCCCACACACCGGACAACAGCAGCGGTCAGCGGTTATGCG
CGTGCATTGCGAAGAACGAAGGATGCTCAGCTGAGCTGTACTTTTGCCGA
ATTATCGGCTCTGTCATAACTGGCGTCCTGTTTGAATCGCCGGATGCTAC
TGCGGGTTTGGTCTCTACTGCGCTTCGGGCTGCTTTAAAATGCCCCACTC
GCATCGATGAAGTGCATAACGCCTTCTCACAATTCTTTAAACGTTTGGAC
GGTCTTGTATCGTCTTCCCCATCTTCACCTTCTACCGTTCCGTTTTCGGC
GCTCGTCTCAGACATGTGTATTATATCCGTAACTGTCGCGGACCCGCAGA
CCAGACCATGGCTATTTGACCATGAGACGCGTGTAAGGGGTTCTCTCAGT
GCCATCAACGACGTTTTACAAATATACTTGCAAGTTACGATGAGGGATGA
ATTGCAGGACCTGCATCTGTTTTCTAATAACAGCCAAAGCGCCTCGCTTC
TAAGTGAAAGAGCCCAGTCTGCCGGTGAGAACAAGAGACTCTTGGAGAAT
GCCAGCGATTTTGCACTTAAAGCCGCTCAGGATTTGTTAAGTGGTATGCA
AAAGTCGAATTCCGAGTTACTGAGCACTTCTGATAGAACCTCAACGGAAA
TTATTCCTGTAGTCAAGAATCTAGTCACAAGCTGCAGAGAACTACTTTTG
TTGTCCACTGTTCCCCGCAATTGTGCATTGGCTTGTTCTATCGCATATGT
AACCGGCTTGTTAATCTTAGAAGGAGCTGAAGACAACGCTGAAAAGGCAT
CACAGCTTTTGAAGAGAAGAGTTTTTGTGGAATTGCCCCAGTTTCCTCAT
TTCTCGAGATTGTCTTTGCTTCGGGCTATCATGGAAACATCGGCTGCTAG
AGTAGCTCACCCAATGATCCTGTTCCCTCCCGACGACCAAGTTTCGTATT
CGAAGGACACTTTCACTGTATTTGAACGTTTGATCCTGATGGTCAAAGAT
AGTGGGGATGCTCATCTTCGATATCTAGCTATGGATGCTTTGGTCAAGTG
CGTTAGGCGTCGACGTCCGTTAAAGCTTGGTGTTCAATGCCGCAAGGCTG
CTGTTCTGGTGATCAAGGGACGGTGGAGCGAGACATTTCCCGGTACGACA
CTGCAGGTAAAAGAGGCTATCGAAGCTCTAATAGCTGTTGATGGAAAAGA
CGCTGAATCAACAGCATTTTGGGAAGAGATGGCTTTTGCTCTTGTAAAGG
GAAGCTGGTATCATCGTGGAATTTATGCGCCTCTCACCATTTTAATAACT
CGTGTAGGAGCCGCGCGTCTTCTACAATGCGAGCCACGGTGTCAGGAAAA
AGCGATCGAAGCCGCATGTACAAATTCTCGTCTTACGAAACCTGCGGCAG
ACTGGCTAGGGTCGTTTTGGTGCGCTCTGCGCGCAGAGTGCAAAGAGTCG
GATACCAGTTTCACTGACATGACCTGCAGTTCGCTTTTGCTGTCACTAAC
TGATGCTTCTAGCGAATCCCTTCGACGGATTACAGCAGAACAAATTCTTC
CTGTCTACTTTCAGCGAATAGACAAAGTACTTGTTGAGCGTTATGCCAAA
TCGTTGTTGGAGCGTCTCGAACGACTTGAAGTTGACAATACTCGTCGAGC
TGGGGCAGTTGTAACAATAATGTCTGCGGCGAGGAATCGTGGAGTGTTCG
TTGGTTCTTTTACAGAACCCGAAGTTCTGCGTTTGCTAAGAGATGCGTTA
ATGAGCGCCGACGATGAGATGAGTTCAACTACTTTCGAGCTGATCGTAAC
TTCTCGAGCTCCTACAGAGCCAATCAGACAGGAAGAACTCGATTTGGTTC
TGATGTATCTCCCACTCGCTCTAACGTATTGCTCCTCACTCTCCCACCGT
TCCCGATTTAGACATAGTATGCGAAGGCTTTTTGAACGCTTGGCTGCATG
TCGGAAGGCTGCGTCTGATGGCTGTGGCGGATGGTGGACGCGCGAAAGAA
AGTCAAGGCATGGCGGGGTTCGTACAGCGAGTTTCGAGAATATGCGCGAC
GTCTTGGTTGATCGACTGGTTCGATTTGAGACCGCCTGCTTCAAGATTCT
GCTAGCAAACGTTTACCCCGGTGCTGTTTTCGGGAGGAGAATGAACGCAT
ATGAGCTAATGGTTCTTATGTCGAAGAATCTTGGACTTGAACATTTCATT
TCTTCCTCACACTCATATGGTGCTGTATTGGCCGGTATTTCGGCAGGATT
ACTCGACGAGTGGGAAAGAACCCGCCGTTCTGCACTGAAGGTATTGTTAT
CTCTTCCAGATATTCCCCCAGGTCTGCAAACCCTGTCTGAAGCGGCTGCC
TTACAAGAAGCTGCTATTCCACTGCTGCAGTCACCCAGACTTCGTGATGT
CGACTCCGGGTCATCGATAATCAGATTTGTGTACAAGAAGTTAGTGCTGC
CCATGGCCTTGTCAAAGGGAGATCCCAAAAAGTCCTCAGAGGTAAAGTGT
TTCAGTTTTCCTAACGGCATTGATCCGAAGCCTCAAGTGGAGTTTGATGT
GCCAAGTCTGCATTACGCTTGGACGATTCTTGTGTCCTTGGAAGACGTTT
TAGATCATTCGACTGCTAATTTCTCTGAAGCTTGTGCGTCTGGACTCTTT
CACAGCCGGTTTCGAATCTTGCACCAAATTCTAAAGGACCATGCTTGGAA
GGAACTCGTTTCTACCTGCAACCTGAAAAGTGCGTCCTCCCTTATATCCA
AACTTATTGACCTGGCTTGGAGCTGCACCGTTGTAGCGTTGAAGGGTGTT
TCTTTTGAGGCCCTGACTACTTTATCTGGCTTCCCAGATTCTGACGAAGT
ATTTGAAAATGAACATGTCTTTCTTCATGAAAGAAAGCAACTGGAGATGA
CGACATGTTTTCTTAGCCTGAAAGAGATTTGCATTACTATGGGTATTTTA
ATATACGAAGTATCCCTCGAAGATGTTTCTTCGACACCCACAGAACCAGC
CTTGGTATATCCGAAAGATGTGAAACGAATCGGTGATTTGTTTCTGCATG
TATTCGCTAGTACGAGACACTGGGGTGTTATTGACGGGGCCGCTGAGGGC
TTTCAACTCCTTTGCGAACGCTTGCTGCTAACTAATCGTTCTGCCCTTCG
CTCTCTGCCGAAAGTCTGGTCTTTCAAAATGATCAATGCCGCTCTGGGAG
GAAACATGTACGTGCTGCGACGTAGCGCTGGCTTGCCAGCTTTAGTTAAC
GCGGTCGTCAGCGCTGAAGCAAATAGTGGTAGTCGGTCTCTACACGCACC
ACTGCTTGAAGGAACCGTTAGGTTGTTGTTGGAACACCTTGAACAATCTC
ACATGTTCGTTGACCCTGTCATGGTTGCGTCAAAACGTTCCAAAGAGGAA
GAAGGTGTTTCCCATGCGTTGAACGTGTTACGGTCCTTATTCTTGAATTC
AAAGATAGCGAAGCGTATCTTGAAGTACTTTGAGAAGACAGTCATACTTT
GTGTGGAGGCATTCTGTTCGGCATCATGGTTGATACGGAACTCGGCAATG
ATGCTCTTCTCGGCATTGATTCGACGTGGGGTTGGGGTTTCTGGTAAGAA
TGAGTCTGATTATCGACTTTCATCGTTTTCCGAAAGACCCGGAACTTCAG
CAACTCTTCTTAGAACCCGCCGAATGCAAGGTGTCACCCCAGTCCAGTTT
TTTTCGAGATACCCAAAACTGCACCCTTTTCTTAACACTCAACTCCGACT
ATCTGTTGAGCATGCAGAGAAAGGCCAAGATGCAGACTATCCATCTTTGT
TCCCAACGCTATATTTATTGTCTTCTCTTAGCCCAGGAGCCCCGGAGGAC
CCTGCTACTGTTTTATCAATGAAGCCATTTCGAGAAGTTTTAACGAAGTG
CTGTCACTGGCAATCAGATTACATTCGTCGCGTCGCAGCTTCGGCATCTG
TTCTTCTCATTGAAGATCACTTCAGTACTGCTGAATTCTTGAAAGATATT
TTGGTTTCTGGTATACCAATAGACCCGGTTCATCCCGATGCGGACATTGA
AATGCATATACGTGACAAAGATGGTGGAGGGAGAAGTTCACATGATTCAT
GTACGCAGATTCTACGTCAAAACCATCTCCACGGTGATCTATTAACTATT
GAAGCGATTCTCCAATGGACCATTCGAGTTTTGGACACTCAGCATATGAA
GGATCTAGTTCACATGTTTGCGGACTACATTCCCAAGCGAGTATGGACGT
ACATATTCATAATCCTGGTGTGCCGCATTAAGGGTGAAAATCCGCTGTCC
GCTTACCACCGCGAGCCGCCACGAGTTCTTCCGCTGTCAACGAGGCATTG
A