Gcaud7413.t1 (mRNA) Gracilaria caudata M_176_S67 male

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

Overview


Name	Gcaud7413.t1
Unique Name	Gcaud7413.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	2093

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_10_length_87931_cov_4.732901	contig	NODE_10_length_87931_cov_4.732901:2207..8686 +

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	161934.XP_010695149.1
PFAMs	Sec16,Sec16_C
Max annot lvl	35493\|Streptophyta
KEGG ko	ko:K20353
Evalue	1.99e-15
EggNOG OGs	KOG1913@1\|root,KOG1913@2759\|Eukaryota,37P4X@33090\|Viridiplantae,3G994@35493\|Streptophyta
Description	Protein transport protein sec16
COG category	U
BRITE	ko00000,ko04131

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413	Gcaud7413	Gracilaria caudata M_176_S67 male	gene	NODE_10_length_87931_cov_4.732901 2207..8686 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1	Gcaud7413.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_10_length_87931_cov_4.732901 2207..8686 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1.start1	Gcaud7413.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_10_length_87931_cov_4.732901 2207..2209 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1.CDS1	Gcaud7413.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_10_length_87931_cov_4.732901 2207..3583 +
Gcaud7413.t1.CDS2	Gcaud7413.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_10_length_87931_cov_4.732901 3785..8686 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1.exon1	Gcaud7413.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_10_length_87931_cov_4.732901 2207..3583 +
Gcaud7413.t1.exon2	Gcaud7413.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_10_length_87931_cov_4.732901 3785..8686 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1.intron1	Gcaud7413.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_10_length_87931_cov_4.732901 3584..3784 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud7413.t1.stop1	Gcaud7413.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_10_length_87931_cov_4.732901 8684..8686 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+
coding sequence from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+

mRNA sequence

>Gcaud7413.t1 ID=Gcaud7413.t1|Name=Gcaud7413.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=2093bp
MKGARRTRHRQGAGFADLMAVPHQPRRGVITGMSRLQQQSSTNTPNATAQ
TTPSSSTPSTPRPSPADEDWDSLLNISPRRRISPVKSTLGSRSRPGSTSM
DSIPPRTPKVSSLKLSSSRQSMPPMTSPAPATPTEPPQLPPTSQREEPKP
TQPAKFTPAPVPSFLAGWEGNDGWGDDPLDDSDPEIDDDAWGDWGDTTEV
SIPEATTDPVVSEAAPSPTPQPGASPIMASQEPVAVDAARQSNDVGDVDA
NCAIPEKPQHQSSPFNLEISAAAEDGLQPSEQKEMESEAQFNVSMFGEAE
KSVIDQGPPVHAENDGTWRQWEEFDSSSQPTTCVGVAASFDEPIEPASVK
QSVQPDHGRLEDAIEASSAFGGLDPVQQDETKELREISTQKVEDCTTEED
NINENVVVRDEFLDKQTHVVPREPEGQLGESEERSSDNAIDGGPWGEWGD
LGNASVTARVGEVGDFDKFNSEAFNVAFGAEDPNGDELQPVEETGEVKAD
ESTWGEWVDIGDFPSVERSNDIVVGEVAEKVKESSPPAFSFPEEQEAKTA
LATGDDTEQEMSERREAEAHSQNKSHFSTGEETNITTPMPASGEPDLTCF
GVDEDRGRNHMDDSFEFLGESTEPARDEWAGWGGFEETPQDVSILHEPQE
QQARSNYPGDSVHQLSYPGIATDTQSLPVITNEANEIGSRHSSRAVGYED
TSTQAFTEAGFETSAYAPNKTFGKSEGTSEYIESGLYESEHVPGKTEDID
HVDESYPANQPGTSNFADESDFQVYAPRPGQVSSSFARGDEDSSTPVGNE
GTSLHPTDALTPFSEDLKQPTNLAAKESHTDNSNPTQFSSTTSDIPEERT
HLCKPLPEAQKVLHSFESQQTSAPDEAQFSGANYAPRQSFPAIPREHGVK
RSMPFIEPFPTPPHQLGSPLQRTGETENPYVRNESYTVTPYQPAPNGSSA
SFWEQFDVGQQHGETSIDGGVTVSNEAHAAELSFQSYQPVQNDSLQGYQD
SAKLDPARAPAPLEASVCNAYAFEDYRNYSASAQVIPETQKDSAYLDTSM
FSYPFSIMDTNPSGDMIHPGPRPIVSWSFAGSFVTVFPNAQGDQLDSASL
NENNQSSSGHCVQVFDLNPLGAEGTNDDWIAAAEAVEPLTYPVQATELQS
YAKMCDELSQLSAGLSGSAAESRAALWRVLALLCRTRGTEWKRSASRAVC
GPTSVPLFGNKTEASTASKQIDGGSTGSLPKVSEVGDRDVTNEVERLLTE
GKGIDAVNYARTSGLWSLALILAGMIDRKLYTSVLCDFAKGTLHEGSALQ
TLCFSLSENDSEITRRITSPAGLTEWRKNIGILLTSAASISADKEKSKRF
MSLIDQVGDALIAQNHDIVGSHVCYLVSGRLDSLDRNKISLLGAYPNIAP
GRPKSFGSPAAILQSVVFEATLNVRSRKTCPHLLPFRLLLALEIASMGRA
EVALAHCNSISKEVRAIFESGNYVAAQMFTPPFLSCLESFEQQLRTHLGV
QEKGEKLTRLSALGKSLSSVFARGLKDKTETQSSQEHGDQSLMAGSHSFA
PTHGGHNRLYSSSDHVQAGQPPHLSLDSQRANVFNPVQVSQFTNQSSDAL
DQSGKKEKSGKEKWNDLVQKTVGLIAPADYDLSPPPPSRVPPPAFMGQGQ
PSAFGLDGGAGARAPGQNLVPSHMRSASVGALPSEYLNSSQFVDNGDVTT
GQRVQSFEDRRQISIPQLDASFAKAEQTLFNGVPVQKATREQKSDALVHR
RSASDMTLQSQTSEKKPPLHPKKPTRASKQTDTSTEKPQAKKGWRERLRE
KLTAAFSGPPKAHMGEENKFVFDKQRGRWVIEGEDPEEEEDVPPPPPDDD
NMFGSEGGNVQNSASYDPLPNHFNSRQNTTALMRSHSAQDAHDMNSYNTS
NSHDQLSTSFNPLSSYPGSLDNGIGGDDGSATSVASAASAPVPYSVAPSF
TTSSAGNNNKYRASGGRRPNRRAYVDTFNKGRPASTVSAIPTPARPAVPA
FGGVTSATGGGYKIFTPTPVPSVSTGNSDTGREANSSTSIVETSDQMTTT
GSEVSSTQQAPTTNSSHSDALPPKPPSFRPSLGLGRQPRMMA*

spliced messenger RNA

>Gcaud7413.t1 ID=Gcaud7413.t1|Name=Gcaud7413.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=6279bp|location=Sequence derived from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGAAAGGAGCTCGCCGCACACGACACCGTCAGGGCGCTGGCTTTGCTGA
TCTAATGGCAGTTCCGCACCAACCTAGGAGGGGCGTCATCACTGGCATGT
CTCGTTTACAGCAGCAGTCAAGCACAAATACACCTAATGCCACAGCCCAA
ACCACCCCGAGCAGCTCCACTCCCTCCACCCCGCGTCCGTCCCCGGCAGA
TGAGGATTGGGACAGTCTTCTTAATATTTCTCCTCGCCGTCGTATATCTC
CCGTTAAGTCGACTCTCGGCTCGCGTTCCAGGCCAGGCTCAACCAGCATG
GATTCTATTCCACCGCGAACCCCAAAAGTTTCCTCCCTTAAGCTAAGCTC
CTCACGTCAATCCATGCCTCCGATGACGTCTCCAGCTCCAGCAACACCCA
CTGAACCACCTCAACTACCGCCAACTTCACAGCGAGAGGAACCAAAACCG
ACTCAGCCCGCGAAGTTCACCCCAGCGCCAGTTCCGTCCTTTCTAGCTGG
CTGGGAGGGTAACGACGGCTGGGGTGATGACCCTTTAGACGATAGTGATC
CAGAAATCGACGATGACGCTTGGGGGGACTGGGGGGATACTACCGAAGTC
TCTATTCCAGAAGCGACCACTGATCCCGTAGTTAGCGAAGCGGCGCCTAG
TCCCACCCCTCAGCCGGGTGCTTCGCCAATCATGGCGAGTCAAGAGCCTG
TGGCAGTCGATGCCGCGAGGCAATCAAACGACGTGGGTGATGTTGATGCT
AACTGCGCTATCCCAGAAAAGCCACAACACCAAAGCTCTCCATTCAACTT
GGAGATATCTGCCGCCGCTGAAGACGGCCTACAGCCGTCAGAACAAAAAG
AAATGGAGTCAGAGGCACAGTTTAATGTTTCTATGTTTGGCGAGGCAGAG
AAGTCAGTTATTGATCAAGGTCCTCCAGTACACGCGGAAAACGATGGAAC
ATGGAGACAATGGGAAGAATTCGACTCATCTTCGCAGCCAACCACTTGTG
TTGGGGTCGCTGCTAGTTTTGATGAACCGATAGAACCTGCATCAGTTAAG
CAATCCGTGCAGCCTGATCATGGTCGCTTGGAAGACGCGATTGAAGCCTC
ATCCGCATTTGGAGGGTTAGATCCTGTTCAGCAGGACGAAACAAAAGAAC
TGAGAGAAATATCGACACAGAAAGTGGAGGACTGTACCACCGAAGAGGAT
AATATTAATGAAAATGTTGTTGTACGGGACGAATTTCTTGATAAGCAAAC
CCATGTAGTTCCTCGAGAACCTGAGGGACAACTAGGCGAGTCCGAAGAGC
GCAGCAGCGATAACGCGATTGATGGCGGGCCCTGGGGAGAGTGGGGGGAT
CTTGGAAACGCATCGGTAACTGCAAGGGTGGGTGAGGTTGGTGATTTTGA
CAAGTTTAACAGTGAAGCATTCAATGTGGCATTTGGGGCTGAGGATCCCA
ATGGTGACGAACTTCAACCCGTGGAAGAAACTGGTGAAGTGAAGGCTGAC
GAGAGTACGTGGGGAGAGTGGGTGGACATTGGTGACTTTCCTTCTGTGGA
AAGGTCAAACGACATCGTCGTGGGCGAGGTTGCGGAGAAAGTGAAAGAGT
CTAGTCCTCCCGCGTTCAGTTTCCCAGAGGAGCAAGAAGCAAAGACCGCA
CTTGCGACTGGCGATGACACAGAGCAAGAAATGTCCGAACGACGAGAAGC
AGAGGCTCATTCGCAGAACAAATCACATTTTTCTACCGGGGAAGAAACGA
ATATCACGACACCAATGCCCGCATCTGGCGAACCTGATTTGACATGTTTT
GGTGTTGATGAGGATCGTGGAAGGAACCACATGGACGACAGTTTTGAATT
TTTGGGTGAAAGCACAGAACCTGCAAGAGACGAATGGGCAGGATGGGGAG
GTTTTGAAGAGACCCCACAGGATGTTTCTATACTCCATGAGCCTCAGGAA
CAGCAGGCAAGATCGAACTACCCCGGAGACAGCGTTCATCAATTGAGTTA
CCCGGGTATTGCAACAGATACACAATCCCTGCCCGTGATAACGAATGAGG
CAAATGAAATTGGAAGTAGACATTCCTCAAGGGCAGTTGGGTATGAAGAT
ACTTCTACTCAGGCGTTCACAGAAGCCGGTTTTGAAACATCTGCTTACGC
ACCGAACAAAACATTTGGCAAGAGCGAGGGTACGAGCGAGTATATAGAAT
CCGGACTATATGAAAGCGAACATGTCCCAGGAAAAACTGAAGATATTGAT
CATGTAGATGAGTCTTATCCGGCCAACCAGCCCGGAACATCGAATTTTGC
AGATGAATCTGACTTTCAAGTGTATGCCCCCAGACCCGGGCAAGTGTCAT
CTTCCTTTGCTCGGGGAGACGAAGACTCAAGCACGCCTGTCGGAAATGAG
GGTACATCTCTACACCCAACAGATGCCTTAACTCCGTTTTCCGAAGACCT
GAAGCAACCGACAAACTTGGCAGCGAAAGAATCTCACACTGACAACTCAA
ATCCAACTCAGTTTTCGTCGACCACGTCCGACATTCCAGAGGAACGGACT
CACCTGTGCAAACCATTACCTGAAGCACAAAAGGTTCTTCATTCATTTGA
ATCACAACAAACATCTGCACCAGATGAGGCTCAATTTTCGGGGGCCAACT
ACGCACCAAGGCAGAGTTTTCCGGCTATACCGAGAGAGCATGGGGTGAAG
AGAAGTATGCCCTTTATTGAACCTTTCCCAACCCCACCTCATCAACTAGG
GTCACCTTTGCAAAGAACCGGGGAAACCGAAAATCCGTACGTCAGGAATG
AATCATACACCGTTACGCCATACCAACCTGCACCAAATGGCTCCTCAGCT
TCCTTCTGGGAACAATTTGATGTGGGTCAGCAACATGGGGAAACTTCTAT
AGACGGTGGCGTTACCGTGTCCAACGAAGCTCACGCGGCCGAGCTCAGCT
TTCAATCCTATCAACCGGTTCAGAATGATTCCTTGCAAGGCTATCAGGAC
TCTGCGAAGCTCGACCCTGCGAGGGCTCCTGCCCCTCTGGAAGCTTCCGT
ATGTAATGCTTATGCGTTTGAGGACTACCGAAACTACAGTGCTTCAGCGC
AGGTCATCCCGGAGACGCAGAAGGACAGTGCTTACCTGGATACCTCCATG
TTCTCCTATCCTTTCTCTATAATGGATACGAATCCTTCTGGTGATATGAT
TCATCCCGGACCGCGACCTATTGTTTCGTGGAGCTTCGCTGGATCATTTG
TGACCGTGTTTCCTAATGCTCAAGGCGATCAGTTGGATAGTGCTTCTTTG
AATGAGAACAATCAGAGCAGTTCCGGCCACTGTGTCCAGGTCTTTGACTT
AAACCCACTCGGTGCGGAAGGTACAAATGATGATTGGATTGCGGCCGCGG
AAGCAGTCGAACCTCTAACCTATCCGGTTCAAGCCACGGAACTACAATCG
TATGCTAAGATGTGCGACGAACTGTCTCAACTCTCGGCTGGACTAAGTGG
TTCAGCAGCCGAAAGTCGCGCGGCTTTATGGCGCGTACTAGCGCTTCTTT
GTCGCACGCGAGGTACAGAATGGAAAAGATCAGCAAGTCGCGCAGTTTGC
GGTCCAACGAGTGTCCCTCTGTTTGGAAACAAAACTGAAGCATCTACAGC
TTCGAAACAAATTGATGGAGGTTCAACAGGTTCTTTGCCTAAGGTATCTG
AAGTCGGCGACAGAGATGTAACGAATGAAGTAGAGCGACTGCTCACGGAG
GGAAAGGGTATTGATGCCGTGAACTACGCTAGAACTTCTGGGCTTTGGTC
CCTAGCTCTAATTCTTGCAGGTATGATTGACAGAAAGCTTTACACATCAG
TTCTTTGTGACTTCGCTAAGGGTACCTTGCATGAAGGGTCTGCGCTACAA
ACTCTTTGTTTCTCCCTGTCAGAAAATGACTCGGAGATAACCCGGCGGAT
TACTTCACCTGCGGGACTCACAGAATGGAGAAAAAACATCGGAATACTTC
TTACGAGTGCCGCATCAATCTCGGCAGACAAGGAGAAGAGCAAACGGTTT
ATGTCTCTTATTGACCAAGTGGGAGATGCCCTTATTGCTCAAAATCATGA
CATCGTCGGATCCCATGTATGTTATCTTGTTTCAGGGCGCCTGGACTCTC
TAGATCGAAACAAAATATCTCTCCTGGGTGCATATCCGAACATAGCCCCT
GGACGTCCGAAGTCGTTTGGATCTCCAGCTGCTATACTGCAATCAGTGGT
CTTCGAGGCAACACTTAATGTTCGCAGTAGAAAAACGTGTCCTCATCTCC
TACCATTTCGATTGTTGCTTGCGCTTGAGATAGCATCGATGGGACGAGCT
GAGGTTGCGCTGGCGCATTGCAACTCAATCTCCAAGGAAGTTCGGGCGAT
ATTCGAGTCGGGGAATTACGTTGCAGCACAGATGTTTACGCCTCCGTTCT
TGTCATGTTTAGAATCTTTTGAACAACAACTTCGAACGCATCTAGGAGTA
CAAGAGAAAGGTGAGAAATTGACCAGATTATCGGCCCTCGGGAAGTCCTT
GTCGTCCGTTTTTGCACGCGGTTTGAAGGACAAGACTGAAACGCAATCAT
CTCAGGAGCATGGAGACCAAAGCCTGATGGCTGGTTCGCATTCGTTTGCA
CCTACGCATGGAGGGCATAATCGTCTTTATTCCTCTTCGGATCACGTTCA
GGCCGGCCAACCACCGCATCTCTCGCTTGATTCCCAACGTGCAAATGTAT
TTAATCCAGTGCAGGTTTCCCAGTTCACCAACCAGTCGAGTGACGCCTTA
GATCAATCTGGAAAGAAAGAAAAGAGTGGAAAGGAGAAATGGAACGACCT
TGTACAGAAAACTGTTGGGCTTATTGCTCCTGCGGACTACGATTTATCTC
CTCCACCGCCTTCACGTGTACCACCACCCGCATTCATGGGACAAGGACAG
CCCTCAGCATTTGGTCTTGATGGTGGAGCTGGAGCCAGAGCGCCTGGACA
AAATCTTGTGCCAAGCCACATGCGATCAGCTTCAGTTGGTGCTCTTCCGA
GTGAATACTTGAATAGTTCTCAATTCGTGGACAACGGCGATGTAACAACT
GGACAGCGAGTTCAATCATTCGAAGACAGACGGCAGATCAGCATTCCCCA
ACTCGATGCCTCGTTTGCAAAGGCAGAACAAACCCTATTTAATGGTGTTC
CTGTGCAAAAGGCTACTAGAGAACAGAAGAGCGATGCGCTTGTTCATCGA
CGATCTGCATCAGATATGACACTGCAATCTCAAACCTCGGAGAAGAAACC
TCCGCTACACCCAAAGAAACCTACAAGAGCATCAAAACAGACAGATACGT
CCACCGAAAAACCACAGGCAAAGAAGGGATGGAGGGAACGCCTGCGAGAA
AAGTTGACTGCAGCCTTCAGTGGACCTCCAAAAGCCCATATGGGAGAGGA
AAACAAGTTCGTTTTCGATAAGCAACGAGGTCGATGGGTGATTGAAGGAG
AGGATCCAGAGGAAGAGGAAGACGTTCCACCACCGCCTCCAGATGATGAT
AACATGTTTGGTAGTGAAGGAGGCAACGTTCAGAATAGCGCCAGCTATGA
TCCACTTCCAAATCATTTCAACAGCCGTCAGAACACCACCGCTCTCATGC
GCTCTCACAGTGCTCAAGACGCTCATGACATGAACAGCTACAACACTTCT
AACTCCCATGATCAACTATCGACCTCCTTTAATCCCTTGTCTTCATATCC
TGGCTCCCTTGATAATGGTATTGGTGGAGATGATGGAAGCGCCACTTCCG
TTGCCTCGGCTGCAAGTGCTCCTGTACCATACTCTGTTGCTCCGTCCTTT
ACTACATCCTCAGCGGGAAATAACAACAAGTACAGAGCAAGTGGAGGACG
TCGCCCCAATAGAAGAGCCTATGTGGATACTTTTAACAAAGGAAGGCCCG
CTTCGACTGTGTCGGCAATTCCGACGCCCGCGAGACCAGCAGTTCCAGCG
TTTGGAGGCGTAACTTCCGCAACCGGAGGTGGATATAAGATATTCACACC
AACCCCTGTACCGTCCGTGAGTACCGGAAACTCGGACACAGGACGTGAAG
CAAATTCGTCTACGAGTATCGTGGAGACAAGTGACCAAATGACTACTACT
GGCTCAGAAGTTTCGTCCACTCAGCAAGCACCAACGACAAATTCCTCCCA
TAGCGATGCCCTACCTCCGAAGCCGCCGAGTTTTAGGCCAAGCTTAGGAT
TAGGTAGGCAGCCTCGAATGATGGCATGA

protein sequence of Gcaud7413.t1

>Gcaud7413.t1 ID=Gcaud7413.t1|Name=Gcaud7413.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=2093bp
MKGARRTRHRQGAGFADLMAVPHQPRRGVITGMSRLQQQSSTNTPNATAQ
TTPSSSTPSTPRPSPADEDWDSLLNISPRRRISPVKSTLGSRSRPGSTSM
DSIPPRTPKVSSLKLSSSRQSMPPMTSPAPATPTEPPQLPPTSQREEPKP
TQPAKFTPAPVPSFLAGWEGNDGWGDDPLDDSDPEIDDDAWGDWGDTTEV
SIPEATTDPVVSEAAPSPTPQPGASPIMASQEPVAVDAARQSNDVGDVDA
NCAIPEKPQHQSSPFNLEISAAAEDGLQPSEQKEMESEAQFNVSMFGEAE
KSVIDQGPPVHAENDGTWRQWEEFDSSSQPTTCVGVAASFDEPIEPASVK
QSVQPDHGRLEDAIEASSAFGGLDPVQQDETKELREISTQKVEDCTTEED
NINENVVVRDEFLDKQTHVVPREPEGQLGESEERSSDNAIDGGPWGEWGD
LGNASVTARVGEVGDFDKFNSEAFNVAFGAEDPNGDELQPVEETGEVKAD
ESTWGEWVDIGDFPSVERSNDIVVGEVAEKVKESSPPAFSFPEEQEAKTA
LATGDDTEQEMSERREAEAHSQNKSHFSTGEETNITTPMPASGEPDLTCF
GVDEDRGRNHMDDSFEFLGESTEPARDEWAGWGGFEETPQDVSILHEPQE
QQARSNYPGDSVHQLSYPGIATDTQSLPVITNEANEIGSRHSSRAVGYED
TSTQAFTEAGFETSAYAPNKTFGKSEGTSEYIESGLYESEHVPGKTEDID
HVDESYPANQPGTSNFADESDFQVYAPRPGQVSSSFARGDEDSSTPVGNE
GTSLHPTDALTPFSEDLKQPTNLAAKESHTDNSNPTQFSSTTSDIPEERT
HLCKPLPEAQKVLHSFESQQTSAPDEAQFSGANYAPRQSFPAIPREHGVK
RSMPFIEPFPTPPHQLGSPLQRTGETENPYVRNESYTVTPYQPAPNGSSA
SFWEQFDVGQQHGETSIDGGVTVSNEAHAAELSFQSYQPVQNDSLQGYQD
SAKLDPARAPAPLEASVCNAYAFEDYRNYSASAQVIPETQKDSAYLDTSM
FSYPFSIMDTNPSGDMIHPGPRPIVSWSFAGSFVTVFPNAQGDQLDSASL
NENNQSSSGHCVQVFDLNPLGAEGTNDDWIAAAEAVEPLTYPVQATELQS
YAKMCDELSQLSAGLSGSAAESRAALWRVLALLCRTRGTEWKRSASRAVC
GPTSVPLFGNKTEASTASKQIDGGSTGSLPKVSEVGDRDVTNEVERLLTE
GKGIDAVNYARTSGLWSLALILAGMIDRKLYTSVLCDFAKGTLHEGSALQ
TLCFSLSENDSEITRRITSPAGLTEWRKNIGILLTSAASISADKEKSKRF
MSLIDQVGDALIAQNHDIVGSHVCYLVSGRLDSLDRNKISLLGAYPNIAP
GRPKSFGSPAAILQSVVFEATLNVRSRKTCPHLLPFRLLLALEIASMGRA
EVALAHCNSISKEVRAIFESGNYVAAQMFTPPFLSCLESFEQQLRTHLGV
QEKGEKLTRLSALGKSLSSVFARGLKDKTETQSSQEHGDQSLMAGSHSFA
PTHGGHNRLYSSSDHVQAGQPPHLSLDSQRANVFNPVQVSQFTNQSSDAL
DQSGKKEKSGKEKWNDLVQKTVGLIAPADYDLSPPPPSRVPPPAFMGQGQ
PSAFGLDGGAGARAPGQNLVPSHMRSASVGALPSEYLNSSQFVDNGDVTT
GQRVQSFEDRRQISIPQLDASFAKAEQTLFNGVPVQKATREQKSDALVHR
RSASDMTLQSQTSEKKPPLHPKKPTRASKQTDTSTEKPQAKKGWRERLRE
KLTAAFSGPPKAHMGEENKFVFDKQRGRWVIEGEDPEEEEDVPPPPPDDD
NMFGSEGGNVQNSASYDPLPNHFNSRQNTTALMRSHSAQDAHDMNSYNTS
NSHDQLSTSFNPLSSYPGSLDNGIGGDDGSATSVASAASAPVPYSVAPSF
TTSSAGNNNKYRASGGRRPNRRAYVDTFNKGRPASTVSAIPTPARPAVPA
FGGVTSATGGGYKIFTPTPVPSVSTGNSDTGREANSSTSIVETSDQMTTT
GSEVSSTQQAPTTNSSHSDALPPKPPSFRPSLGLGRQPRMMA*

mRNA from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud7413.t1 ID=Gcaud7413.t1|Name=Gcaud7413.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=6480bp|location=Sequence derived from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+ (Gracilaria caudata M_176_S67 male)
ATGAAAGGAGCTCGCCGCACACGACACCGTCAGGGCGCTGGCTTTGCTGA
TCTAATGGCAGTTCCGCACCAACCTAGGAGGGGCGTCATCACTGGCATGT
CTCGTTTACAGCAGCAGTCAAGCACAAATACACCTAATGCCACAGCCCAA
ACCACCCCGAGCAGCTCCACTCCCTCCACCCCGCGTCCGTCCCCGGCAGA
TGAGGATTGGGACAGTCTTCTTAATATTTCTCCTCGCCGTCGTATATCTC
CCGTTAAGTCGACTCTCGGCTCGCGTTCCAGGCCAGGCTCAACCAGCATG
GATTCTATTCCACCGCGAACCCCAAAAGTTTCCTCCCTTAAGCTAAGCTC
CTCACGTCAATCCATGCCTCCGATGACGTCTCCAGCTCCAGCAACACCCA
CTGAACCACCTCAACTACCGCCAACTTCACAGCGAGAGGAACCAAAACCG
ACTCAGCCCGCGAAGTTCACCCCAGCGCCAGTTCCGTCCTTTCTAGCTGG
CTGGGAGGGTAACGACGGCTGGGGTGATGACCCTTTAGACGATAGTGATC
CAGAAATCGACGATGACGCTTGGGGGGACTGGGGGGATACTACCGAAGTC
TCTATTCCAGAAGCGACCACTGATCCCGTAGTTAGCGAAGCGGCGCCTAG
TCCCACCCCTCAGCCGGGTGCTTCGCCAATCATGGCGAGTCAAGAGCCTG
TGGCAGTCGATGCCGCGAGGCAATCAAACGACGTGGGTGATGTTGATGCT
AACTGCGCTATCCCAGAAAAGCCACAACACCAAAGCTCTCCATTCAACTT
GGAGATATCTGCCGCCGCTGAAGACGGCCTACAGCCGTCAGAACAAAAAG
AAATGGAGTCAGAGGCACAGTTTAATGTTTCTATGTTTGGCGAGGCAGAG
AAGTCAGTTATTGATCAAGGTCCTCCAGTACACGCGGAAAACGATGGAAC
ATGGAGACAATGGGAAGAATTCGACTCATCTTCGCAGCCAACCACTTGTG
TTGGGGTCGCTGCTAGTTTTGATGAACCGATAGAACCTGCATCAGTTAAG
CAATCCGTGCAGCCTGATCATGGTCGCTTGGAAGACGCGATTGAAGCCTC
ATCCGCATTTGGAGGGTTAGATCCTGTTCAGCAGGACGAAACAAAAGAAC
TGAGAGAAATATCGACACAGAAAGTGGAGGACTGTACCACCGAAGAGGAT
AATATTAATGAAAATGTTGTTGTACGGGACGAATTTCTTGATAAGCAAAC
CCATGTAGTTCCTCGAGAACCTGAGGGACAACTAGGCGAGTCCGAAGAGC
GCAGCAGCGATAACGCGATTGATGGCGGGCCCTGGGGAGAGTGGGGGGAT
CTTGGAAACGCATCGGTAACTGCAAGGGTTAGTTCTACCTCCGTGGGGAC
TGCAGAGGAGGAAAGCAAGCTTAGTTGTCCAGATGCAATACACACAACGA
CTTCTGCATCCACAGGGGAAGACGGAGGGAGAAGTTCTGATATACACTCG
CACCTGACGGACGGGGTGAGCAGTATCGATCGACGCCCAGTTGATGATAG
TACACAAGTTATTCCAGAAACCCAGAAGGTGGGTGAGGTTGGTGATTTTG
ACAAGTTTAACAGTGAAGCATTCAATGTGGCATTTGGGGCTGAGGATCCC
AATGGTGACGAACTTCAACCCGTGGAAGAAACTGGTGAAGTGAAGGCTGA
CGAGAGTACGTGGGGAGAGTGGGTGGACATTGGTGACTTTCCTTCTGTGG
AAAGGTCAAACGACATCGTCGTGGGCGAGGTTGCGGAGAAAGTGAAAGAG
TCTAGTCCTCCCGCGTTCAGTTTCCCAGAGGAGCAAGAAGCAAAGACCGC
ACTTGCGACTGGCGATGACACAGAGCAAGAAATGTCCGAACGACGAGAAG
CAGAGGCTCATTCGCAGAACAAATCACATTTTTCTACCGGGGAAGAAACG
AATATCACGACACCAATGCCCGCATCTGGCGAACCTGATTTGACATGTTT
TGGTGTTGATGAGGATCGTGGAAGGAACCACATGGACGACAGTTTTGAAT
TTTTGGGTGAAAGCACAGAACCTGCAAGAGACGAATGGGCAGGATGGGGA
GGTTTTGAAGAGACCCCACAGGATGTTTCTATACTCCATGAGCCTCAGGA
ACAGCAGGCAAGATCGAACTACCCCGGAGACAGCGTTCATCAATTGAGTT
ACCCGGGTATTGCAACAGATACACAATCCCTGCCCGTGATAACGAATGAG
GCAAATGAAATTGGAAGTAGACATTCCTCAAGGGCAGTTGGGTATGAAGA
TACTTCTACTCAGGCGTTCACAGAAGCCGGTTTTGAAACATCTGCTTACG
CACCGAACAAAACATTTGGCAAGAGCGAGGGTACGAGCGAGTATATAGAA
TCCGGACTATATGAAAGCGAACATGTCCCAGGAAAAACTGAAGATATTGA
TCATGTAGATGAGTCTTATCCGGCCAACCAGCCCGGAACATCGAATTTTG
CAGATGAATCTGACTTTCAAGTGTATGCCCCCAGACCCGGGCAAGTGTCA
TCTTCCTTTGCTCGGGGAGACGAAGACTCAAGCACGCCTGTCGGAAATGA
GGGTACATCTCTACACCCAACAGATGCCTTAACTCCGTTTTCCGAAGACC
TGAAGCAACCGACAAACTTGGCAGCGAAAGAATCTCACACTGACAACTCA
AATCCAACTCAGTTTTCGTCGACCACGTCCGACATTCCAGAGGAACGGAC
TCACCTGTGCAAACCATTACCTGAAGCACAAAAGGTTCTTCATTCATTTG
AATCACAACAAACATCTGCACCAGATGAGGCTCAATTTTCGGGGGCCAAC
TACGCACCAAGGCAGAGTTTTCCGGCTATACCGAGAGAGCATGGGGTGAA
GAGAAGTATGCCCTTTATTGAACCTTTCCCAACCCCACCTCATCAACTAG
GGTCACCTTTGCAAAGAACCGGGGAAACCGAAAATCCGTACGTCAGGAAT
GAATCATACACCGTTACGCCATACCAACCTGCACCAAATGGCTCCTCAGC
TTCCTTCTGGGAACAATTTGATGTGGGTCAGCAACATGGGGAAACTTCTA
TAGACGGTGGCGTTACCGTGTCCAACGAAGCTCACGCGGCCGAGCTCAGC
TTTCAATCCTATCAACCGGTTCAGAATGATTCCTTGCAAGGCTATCAGGA
CTCTGCGAAGCTCGACCCTGCGAGGGCTCCTGCCCCTCTGGAAGCTTCCG
TATGTAATGCTTATGCGTTTGAGGACTACCGAAACTACAGTGCTTCAGCG
CAGGTCATCCCGGAGACGCAGAAGGACAGTGCTTACCTGGATACCTCCAT
GTTCTCCTATCCTTTCTCTATAATGGATACGAATCCTTCTGGTGATATGA
TTCATCCCGGACCGCGACCTATTGTTTCGTGGAGCTTCGCTGGATCATTT
GTGACCGTGTTTCCTAATGCTCAAGGCGATCAGTTGGATAGTGCTTCTTT
GAATGAGAACAATCAGAGCAGTTCCGGCCACTGTGTCCAGGTCTTTGACT
TAAACCCACTCGGTGCGGAAGGTACAAATGATGATTGGATTGCGGCCGCG
GAAGCAGTCGAACCTCTAACCTATCCGGTTCAAGCCACGGAACTACAATC
GTATGCTAAGATGTGCGACGAACTGTCTCAACTCTCGGCTGGACTAAGTG
GTTCAGCAGCCGAAAGTCGCGCGGCTTTATGGCGCGTACTAGCGCTTCTT
TGTCGCACGCGAGGTACAGAATGGAAAAGATCAGCAAGTCGCGCAGTTTG
CGGTCCAACGAGTGTCCCTCTGTTTGGAAACAAAACTGAAGCATCTACAG
CTTCGAAACAAATTGATGGAGGTTCAACAGGTTCTTTGCCTAAGGTATCT
GAAGTCGGCGACAGAGATGTAACGAATGAAGTAGAGCGACTGCTCACGGA
GGGAAAGGGTATTGATGCCGTGAACTACGCTAGAACTTCTGGGCTTTGGT
CCCTAGCTCTAATTCTTGCAGGTATGATTGACAGAAAGCTTTACACATCA
GTTCTTTGTGACTTCGCTAAGGGTACCTTGCATGAAGGGTCTGCGCTACA
AACTCTTTGTTTCTCCCTGTCAGAAAATGACTCGGAGATAACCCGGCGGA
TTACTTCACCTGCGGGACTCACAGAATGGAGAAAAAACATCGGAATACTT
CTTACGAGTGCCGCATCAATCTCGGCAGACAAGGAGAAGAGCAAACGGTT
TATGTCTCTTATTGACCAAGTGGGAGATGCCCTTATTGCTCAAAATCATG
ACATCGTCGGATCCCATGTATGTTATCTTGTTTCAGGGCGCCTGGACTCT
CTAGATCGAAACAAAATATCTCTCCTGGGTGCATATCCGAACATAGCCCC
TGGACGTCCGAAGTCGTTTGGATCTCCAGCTGCTATACTGCAATCAGTGG
TCTTCGAGGCAACACTTAATGTTCGCAGTAGAAAAACGTGTCCTCATCTC
CTACCATTTCGATTGTTGCTTGCGCTTGAGATAGCATCGATGGGACGAGC
TGAGGTTGCGCTGGCGCATTGCAACTCAATCTCCAAGGAAGTTCGGGCGA
TATTCGAGTCGGGGAATTACGTTGCAGCACAGATGTTTACGCCTCCGTTC
TTGTCATGTTTAGAATCTTTTGAACAACAACTTCGAACGCATCTAGGAGT
ACAAGAGAAAGGTGAGAAATTGACCAGATTATCGGCCCTCGGGAAGTCCT
TGTCGTCCGTTTTTGCACGCGGTTTGAAGGACAAGACTGAAACGCAATCA
TCTCAGGAGCATGGAGACCAAAGCCTGATGGCTGGTTCGCATTCGTTTGC
ACCTACGCATGGAGGGCATAATCGTCTTTATTCCTCTTCGGATCACGTTC
AGGCCGGCCAACCACCGCATCTCTCGCTTGATTCCCAACGTGCAAATGTA
TTTAATCCAGTGCAGGTTTCCCAGTTCACCAACCAGTCGAGTGACGCCTT
AGATCAATCTGGAAAGAAAGAAAAGAGTGGAAAGGAGAAATGGAACGACC
TTGTACAGAAAACTGTTGGGCTTATTGCTCCTGCGGACTACGATTTATCT
CCTCCACCGCCTTCACGTGTACCACCACCCGCATTCATGGGACAAGGACA
GCCCTCAGCATTTGGTCTTGATGGTGGAGCTGGAGCCAGAGCGCCTGGAC
AAAATCTTGTGCCAAGCCACATGCGATCAGCTTCAGTTGGTGCTCTTCCG
AGTGAATACTTGAATAGTTCTCAATTCGTGGACAACGGCGATGTAACAAC
TGGACAGCGAGTTCAATCATTCGAAGACAGACGGCAGATCAGCATTCCCC
AACTCGATGCCTCGTTTGCAAAGGCAGAACAAACCCTATTTAATGGTGTT
CCTGTGCAAAAGGCTACTAGAGAACAGAAGAGCGATGCGCTTGTTCATCG
ACGATCTGCATCAGATATGACACTGCAATCTCAAACCTCGGAGAAGAAAC
CTCCGCTACACCCAAAGAAACCTACAAGAGCATCAAAACAGACAGATACG
TCCACCGAAAAACCACAGGCAAAGAAGGGATGGAGGGAACGCCTGCGAGA
AAAGTTGACTGCAGCCTTCAGTGGACCTCCAAAAGCCCATATGGGAGAGG
AAAACAAGTTCGTTTTCGATAAGCAACGAGGTCGATGGGTGATTGAAGGA
GAGGATCCAGAGGAAGAGGAAGACGTTCCACCACCGCCTCCAGATGATGA
TAACATGTTTGGTAGTGAAGGAGGCAACGTTCAGAATAGCGCCAGCTATG
ATCCACTTCCAAATCATTTCAACAGCCGTCAGAACACCACCGCTCTCATG
CGCTCTCACAGTGCTCAAGACGCTCATGACATGAACAGCTACAACACTTC
TAACTCCCATGATCAACTATCGACCTCCTTTAATCCCTTGTCTTCATATC
CTGGCTCCCTTGATAATGGTATTGGTGGAGATGATGGAAGCGCCACTTCC
GTTGCCTCGGCTGCAAGTGCTCCTGTACCATACTCTGTTGCTCCGTCCTT
TACTACATCCTCAGCGGGAAATAACAACAAGTACAGAGCAAGTGGAGGAC
GTCGCCCCAATAGAAGAGCCTATGTGGATACTTTTAACAAAGGAAGGCCC
GCTTCGACTGTGTCGGCAATTCCGACGCCCGCGAGACCAGCAGTTCCAGC
GTTTGGAGGCGTAACTTCCGCAACCGGAGGTGGATATAAGATATTCACAC
CAACCCCTGTACCGTCCGTGAGTACCGGAAACTCGGACACAGGACGTGAA
GCAAATTCGTCTACGAGTATCGTGGAGACAAGTGACCAAATGACTACTAC
TGGCTCAGAAGTTTCGTCCACTCAGCAAGCACCAACGACAAATTCCTCCC
ATAGCGATGCCCTACCTCCGAAGCCGCCGAGTTTTAGGCCAAGCTTAGGA
TTAGGTAGGCAGCCTCGAATGATGGCATGA

Coding sequence (CDS) from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+

>Gcaud7413.t1 ID=Gcaud7413.t1|Name=Gcaud7413.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=6279bp|location=Sequence derived from alignment at NODE_10_length_87931_cov_4.732901:2207..8686+ (Gracilaria caudata M_176_S67 male)
ATGAAAGGAGCTCGCCGCACACGACACCGTCAGGGCGCTGGCTTTGCTGA
TCTAATGGCAGTTCCGCACCAACCTAGGAGGGGCGTCATCACTGGCATGT
CTCGTTTACAGCAGCAGTCAAGCACAAATACACCTAATGCCACAGCCCAA
ACCACCCCGAGCAGCTCCACTCCCTCCACCCCGCGTCCGTCCCCGGCAGA
TGAGGATTGGGACAGTCTTCTTAATATTTCTCCTCGCCGTCGTATATCTC
CCGTTAAGTCGACTCTCGGCTCGCGTTCCAGGCCAGGCTCAACCAGCATG
GATTCTATTCCACCGCGAACCCCAAAAGTTTCCTCCCTTAAGCTAAGCTC
CTCACGTCAATCCATGCCTCCGATGACGTCTCCAGCTCCAGCAACACCCA
CTGAACCACCTCAACTACCGCCAACTTCACAGCGAGAGGAACCAAAACCG
ACTCAGCCCGCGAAGTTCACCCCAGCGCCAGTTCCGTCCTTTCTAGCTGG
CTGGGAGGGTAACGACGGCTGGGGTGATGACCCTTTAGACGATAGTGATC
CAGAAATCGACGATGACGCTTGGGGGGACTGGGGGGATACTACCGAAGTC
TCTATTCCAGAAGCGACCACTGATCCCGTAGTTAGCGAAGCGGCGCCTAG
TCCCACCCCTCAGCCGGGTGCTTCGCCAATCATGGCGAGTCAAGAGCCTG
TGGCAGTCGATGCCGCGAGGCAATCAAACGACGTGGGTGATGTTGATGCT
AACTGCGCTATCCCAGAAAAGCCACAACACCAAAGCTCTCCATTCAACTT
GGAGATATCTGCCGCCGCTGAAGACGGCCTACAGCCGTCAGAACAAAAAG
AAATGGAGTCAGAGGCACAGTTTAATGTTTCTATGTTTGGCGAGGCAGAG
AAGTCAGTTATTGATCAAGGTCCTCCAGTACACGCGGAAAACGATGGAAC
ATGGAGACAATGGGAAGAATTCGACTCATCTTCGCAGCCAACCACTTGTG
TTGGGGTCGCTGCTAGTTTTGATGAACCGATAGAACCTGCATCAGTTAAG
CAATCCGTGCAGCCTGATCATGGTCGCTTGGAAGACGCGATTGAAGCCTC
ATCCGCATTTGGAGGGTTAGATCCTGTTCAGCAGGACGAAACAAAAGAAC
TGAGAGAAATATCGACACAGAAAGTGGAGGACTGTACCACCGAAGAGGAT
AATATTAATGAAAATGTTGTTGTACGGGACGAATTTCTTGATAAGCAAAC
CCATGTAGTTCCTCGAGAACCTGAGGGACAACTAGGCGAGTCCGAAGAGC
GCAGCAGCGATAACGCGATTGATGGCGGGCCCTGGGGAGAGTGGGGGGAT
CTTGGAAACGCATCGGTAACTGCAAGGGTGGGTGAGGTTGGTGATTTTGA
CAAGTTTAACAGTGAAGCATTCAATGTGGCATTTGGGGCTGAGGATCCCA
ATGGTGACGAACTTCAACCCGTGGAAGAAACTGGTGAAGTGAAGGCTGAC
GAGAGTACGTGGGGAGAGTGGGTGGACATTGGTGACTTTCCTTCTGTGGA
AAGGTCAAACGACATCGTCGTGGGCGAGGTTGCGGAGAAAGTGAAAGAGT
CTAGTCCTCCCGCGTTCAGTTTCCCAGAGGAGCAAGAAGCAAAGACCGCA
CTTGCGACTGGCGATGACACAGAGCAAGAAATGTCCGAACGACGAGAAGC
AGAGGCTCATTCGCAGAACAAATCACATTTTTCTACCGGGGAAGAAACGA
ATATCACGACACCAATGCCCGCATCTGGCGAACCTGATTTGACATGTTTT
GGTGTTGATGAGGATCGTGGAAGGAACCACATGGACGACAGTTTTGAATT
TTTGGGTGAAAGCACAGAACCTGCAAGAGACGAATGGGCAGGATGGGGAG
GTTTTGAAGAGACCCCACAGGATGTTTCTATACTCCATGAGCCTCAGGAA
CAGCAGGCAAGATCGAACTACCCCGGAGACAGCGTTCATCAATTGAGTTA
CCCGGGTATTGCAACAGATACACAATCCCTGCCCGTGATAACGAATGAGG
CAAATGAAATTGGAAGTAGACATTCCTCAAGGGCAGTTGGGTATGAAGAT
ACTTCTACTCAGGCGTTCACAGAAGCCGGTTTTGAAACATCTGCTTACGC
ACCGAACAAAACATTTGGCAAGAGCGAGGGTACGAGCGAGTATATAGAAT
CCGGACTATATGAAAGCGAACATGTCCCAGGAAAAACTGAAGATATTGAT
CATGTAGATGAGTCTTATCCGGCCAACCAGCCCGGAACATCGAATTTTGC
AGATGAATCTGACTTTCAAGTGTATGCCCCCAGACCCGGGCAAGTGTCAT
CTTCCTTTGCTCGGGGAGACGAAGACTCAAGCACGCCTGTCGGAAATGAG
GGTACATCTCTACACCCAACAGATGCCTTAACTCCGTTTTCCGAAGACCT
GAAGCAACCGACAAACTTGGCAGCGAAAGAATCTCACACTGACAACTCAA
ATCCAACTCAGTTTTCGTCGACCACGTCCGACATTCCAGAGGAACGGACT
CACCTGTGCAAACCATTACCTGAAGCACAAAAGGTTCTTCATTCATTTGA
ATCACAACAAACATCTGCACCAGATGAGGCTCAATTTTCGGGGGCCAACT
ACGCACCAAGGCAGAGTTTTCCGGCTATACCGAGAGAGCATGGGGTGAAG
AGAAGTATGCCCTTTATTGAACCTTTCCCAACCCCACCTCATCAACTAGG
GTCACCTTTGCAAAGAACCGGGGAAACCGAAAATCCGTACGTCAGGAATG
AATCATACACCGTTACGCCATACCAACCTGCACCAAATGGCTCCTCAGCT
TCCTTCTGGGAACAATTTGATGTGGGTCAGCAACATGGGGAAACTTCTAT
AGACGGTGGCGTTACCGTGTCCAACGAAGCTCACGCGGCCGAGCTCAGCT
TTCAATCCTATCAACCGGTTCAGAATGATTCCTTGCAAGGCTATCAGGAC
TCTGCGAAGCTCGACCCTGCGAGGGCTCCTGCCCCTCTGGAAGCTTCCGT
ATGTAATGCTTATGCGTTTGAGGACTACCGAAACTACAGTGCTTCAGCGC
AGGTCATCCCGGAGACGCAGAAGGACAGTGCTTACCTGGATACCTCCATG
TTCTCCTATCCTTTCTCTATAATGGATACGAATCCTTCTGGTGATATGAT
TCATCCCGGACCGCGACCTATTGTTTCGTGGAGCTTCGCTGGATCATTTG
TGACCGTGTTTCCTAATGCTCAAGGCGATCAGTTGGATAGTGCTTCTTTG
AATGAGAACAATCAGAGCAGTTCCGGCCACTGTGTCCAGGTCTTTGACTT
AAACCCACTCGGTGCGGAAGGTACAAATGATGATTGGATTGCGGCCGCGG
AAGCAGTCGAACCTCTAACCTATCCGGTTCAAGCCACGGAACTACAATCG
TATGCTAAGATGTGCGACGAACTGTCTCAACTCTCGGCTGGACTAAGTGG
TTCAGCAGCCGAAAGTCGCGCGGCTTTATGGCGCGTACTAGCGCTTCTTT
GTCGCACGCGAGGTACAGAATGGAAAAGATCAGCAAGTCGCGCAGTTTGC
GGTCCAACGAGTGTCCCTCTGTTTGGAAACAAAACTGAAGCATCTACAGC
TTCGAAACAAATTGATGGAGGTTCAACAGGTTCTTTGCCTAAGGTATCTG
AAGTCGGCGACAGAGATGTAACGAATGAAGTAGAGCGACTGCTCACGGAG
GGAAAGGGTATTGATGCCGTGAACTACGCTAGAACTTCTGGGCTTTGGTC
CCTAGCTCTAATTCTTGCAGGTATGATTGACAGAAAGCTTTACACATCAG
TTCTTTGTGACTTCGCTAAGGGTACCTTGCATGAAGGGTCTGCGCTACAA
ACTCTTTGTTTCTCCCTGTCAGAAAATGACTCGGAGATAACCCGGCGGAT
TACTTCACCTGCGGGACTCACAGAATGGAGAAAAAACATCGGAATACTTC
TTACGAGTGCCGCATCAATCTCGGCAGACAAGGAGAAGAGCAAACGGTTT
ATGTCTCTTATTGACCAAGTGGGAGATGCCCTTATTGCTCAAAATCATGA
CATCGTCGGATCCCATGTATGTTATCTTGTTTCAGGGCGCCTGGACTCTC
TAGATCGAAACAAAATATCTCTCCTGGGTGCATATCCGAACATAGCCCCT
GGACGTCCGAAGTCGTTTGGATCTCCAGCTGCTATACTGCAATCAGTGGT
CTTCGAGGCAACACTTAATGTTCGCAGTAGAAAAACGTGTCCTCATCTCC
TACCATTTCGATTGTTGCTTGCGCTTGAGATAGCATCGATGGGACGAGCT
GAGGTTGCGCTGGCGCATTGCAACTCAATCTCCAAGGAAGTTCGGGCGAT
ATTCGAGTCGGGGAATTACGTTGCAGCACAGATGTTTACGCCTCCGTTCT
TGTCATGTTTAGAATCTTTTGAACAACAACTTCGAACGCATCTAGGAGTA
CAAGAGAAAGGTGAGAAATTGACCAGATTATCGGCCCTCGGGAAGTCCTT
GTCGTCCGTTTTTGCACGCGGTTTGAAGGACAAGACTGAAACGCAATCAT
CTCAGGAGCATGGAGACCAAAGCCTGATGGCTGGTTCGCATTCGTTTGCA
CCTACGCATGGAGGGCATAATCGTCTTTATTCCTCTTCGGATCACGTTCA
GGCCGGCCAACCACCGCATCTCTCGCTTGATTCCCAACGTGCAAATGTAT
TTAATCCAGTGCAGGTTTCCCAGTTCACCAACCAGTCGAGTGACGCCTTA
GATCAATCTGGAAAGAAAGAAAAGAGTGGAAAGGAGAAATGGAACGACCT
TGTACAGAAAACTGTTGGGCTTATTGCTCCTGCGGACTACGATTTATCTC
CTCCACCGCCTTCACGTGTACCACCACCCGCATTCATGGGACAAGGACAG
CCCTCAGCATTTGGTCTTGATGGTGGAGCTGGAGCCAGAGCGCCTGGACA
AAATCTTGTGCCAAGCCACATGCGATCAGCTTCAGTTGGTGCTCTTCCGA
GTGAATACTTGAATAGTTCTCAATTCGTGGACAACGGCGATGTAACAACT
GGACAGCGAGTTCAATCATTCGAAGACAGACGGCAGATCAGCATTCCCCA
ACTCGATGCCTCGTTTGCAAAGGCAGAACAAACCCTATTTAATGGTGTTC
CTGTGCAAAAGGCTACTAGAGAACAGAAGAGCGATGCGCTTGTTCATCGA
CGATCTGCATCAGATATGACACTGCAATCTCAAACCTCGGAGAAGAAACC
TCCGCTACACCCAAAGAAACCTACAAGAGCATCAAAACAGACAGATACGT
CCACCGAAAAACCACAGGCAAAGAAGGGATGGAGGGAACGCCTGCGAGAA
AAGTTGACTGCAGCCTTCAGTGGACCTCCAAAAGCCCATATGGGAGAGGA
AAACAAGTTCGTTTTCGATAAGCAACGAGGTCGATGGGTGATTGAAGGAG
AGGATCCAGAGGAAGAGGAAGACGTTCCACCACCGCCTCCAGATGATGAT
AACATGTTTGGTAGTGAAGGAGGCAACGTTCAGAATAGCGCCAGCTATGA
TCCACTTCCAAATCATTTCAACAGCCGTCAGAACACCACCGCTCTCATGC
GCTCTCACAGTGCTCAAGACGCTCATGACATGAACAGCTACAACACTTCT
AACTCCCATGATCAACTATCGACCTCCTTTAATCCCTTGTCTTCATATCC
TGGCTCCCTTGATAATGGTATTGGTGGAGATGATGGAAGCGCCACTTCCG
TTGCCTCGGCTGCAAGTGCTCCTGTACCATACTCTGTTGCTCCGTCCTTT
ACTACATCCTCAGCGGGAAATAACAACAAGTACAGAGCAAGTGGAGGACG
TCGCCCCAATAGAAGAGCCTATGTGGATACTTTTAACAAAGGAAGGCCCG
CTTCGACTGTGTCGGCAATTCCGACGCCCGCGAGACCAGCAGTTCCAGCG
TTTGGAGGCGTAACTTCCGCAACCGGAGGTGGATATAAGATATTCACACC
AACCCCTGTACCGTCCGTGAGTACCGGAAACTCGGACACAGGACGTGAAG
CAAATTCGTCTACGAGTATCGTGGAGACAAGTGACCAAATGACTACTACT
GGCTCAGAAGTTTCGTCCACTCAGCAAGCACCAACGACAAATTCCTCCCA
TAGCGATGCCCTACCTCCGAAGCCGCCGAGTTTTAGGCCAAGCTTAGGAT
TAGGTAGGCAGCCTCGAATGATGGCATGA