Gcaud288.t1 (mRNA) Gracilaria caudata M_176_S67 male

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

Overview


Name	Gcaud288.t1
Unique Name	Gcaud288.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	612

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_999_length_15279_cov_5.027390	contig	NODE_999_length_15279_cov_5.027390:3383..13160 +

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

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288	Gcaud288	Gracilaria caudata M_176_S67 male	gene	NODE_999_length_15279_cov_5.027390 3383..13160 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1	Gcaud288.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_999_length_15279_cov_5.027390 3383..13160 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1.start1	Gcaud288.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_999_length_15279_cov_5.027390 3383..3385 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1.CDS1	Gcaud288.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_999_length_15279_cov_5.027390 3383..4346 +
Gcaud288.t1.CDS2	Gcaud288.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_999_length_15279_cov_5.027390 12289..13160 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1.exon1	Gcaud288.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_999_length_15279_cov_5.027390 3383..4346 +
Gcaud288.t1.exon2	Gcaud288.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_999_length_15279_cov_5.027390 12289..13160 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1.intron1	Gcaud288.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_999_length_15279_cov_5.027390 4347..12288 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud288.t1.stop1	Gcaud288.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_999_length_15279_cov_5.027390 13158..13160 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+
coding sequence from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+

mRNA sequence

>Gcaud288.t1 ID=Gcaud288.t1|Name=Gcaud288.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=612bp
MNHLRALDFFFIYFCLAAELFSPIFATVIEQDQALAFYPGSISSVDLNEG
FAIEGGSAGLGMPAIQVGGGDGRRPVDDVSEVEHESYLTQYQRQFEDVME
ASPQPDLDTDIPLDLTCNEDMCSSGDQEQLTCDISDLHDDEQLPLDNDRN
RNDILAPADGILNILDTPPFQVPFTTAQNDENTVFCSRSGHSSGSSVFSE
TNTERTEPTETPAPVETGKIGTGLLPPIGINGTEGNGGVGFLIGGKGGNE
GDEGIVGTSGAERRRGSLGTRGTRAAREDGRKDSGIMGTIQAGGFGGDGG
DGGDGGNGGNVGNGAAFGRPFVFAFFFIQFCLAVARSFPTFSRMIADDEA
LEFSFRSISEDTCNLFGALSSFGIGGSARFGVPAVRVDGGDEAQSAHDAF
QLESESFLYQYQRQLSLEDILEDLFEDFIEGSPQPDPETGILLDLSCSEG
MCSSEDQTQLICDISDLRDDEELPLISEDDRLDSNPPDEGILTILDTPPS
CVRLSTAENDEDVVLCSRREPSSSDSVVFQNDIGTIMPSETQPPLAGIGI
TTIGDGITFTGGSAPGSGIATIGGSGGIGFGRPFGTCCRPCSFLRRRKVR
SLSCCMACSLL*

spliced messenger RNA

>Gcaud288.t1 ID=Gcaud288.t1|Name=Gcaud288.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=1836bp|location=Sequence derived from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGAACCATCTCAGAGCGCTTGACTTCTTCTTCATCTACTTCTGTCTGGC
TGCTGAACTTTTTTCTCCAATATTTGCTACCGTGATTGAGCAAGATCAAG
CACTTGCGTTTTATCCTGGTTCAATCTCGTCAGTGGATTTGAATGAAGGC
TTTGCTATTGAGGGAGGATCAGCAGGACTTGGAATGCCAGCAATCCAGGT
CGGAGGAGGGGATGGACGACGACCTGTAGATGACGTTTCTGAAGTTGAAC
ACGAATCCTATCTTACCCAATACCAACGGCAATTTGAAGATGTCATGGAA
GCTTCTCCGCAGCCAGATCTGGACACAGATATCCCTTTGGACTTAACTTG
CAATGAAGACATGTGTTCCTCAGGCGACCAAGAACAGCTTACATGTGACA
TTTCTGATCTGCACGACGATGAACAGTTGCCATTAGATAATGACCGTAAT
CGAAATGATATCCTTGCGCCGGCTGACGGGATTCTGAATATTTTAGATAC
TCCGCCTTTCCAGGTTCCGTTCACGACAGCCCAAAATGATGAGAACACTG
TTTTCTGCAGTCGCAGTGGACATTCTTCGGGCAGTTCCGTCTTCTCTGAG
ACTAATACGGAAAGAACCGAGCCTACAGAAACCCCGGCCCCGGTTGAAAC
TGGCAAAATCGGGACCGGATTGCTTCCACCAATTGGTATCAATGGGACAG
AGGGGAATGGCGGAGTTGGTTTCCTAATAGGCGGGAAAGGAGGCAATGAA
GGGGATGAGGGGATAGTAGGGACTAGCGGAGCTGAAAGGCGTAGGGGTAG
TTTGGGGACTCGAGGGACTAGAGCTGCGAGAGAAGACGGAAGAAAGGATT
CTGGGATAATGGGGACTATACAGGCAGGAGGGTTtggcggagatggcgga
gatggcggagatggcggaaatggcggaaatgtcggaaatggTGCTGCATT
CGGAAGGCCATTTGTGTTTGCCTTCTTCTTCATTCAGTTCTGTCTGGCTG
TTGCACGTTCTTTTCCTACCTTTTCTAGAATGATTGCGGATGACGAAGCA
CTTGAGTTCTCTTTTCGCTCGATCTCAGAGGATACATGCAATTTGTTTGG
TGCTCTCAGCTCTTTCGGGATAGGAGGATCAGCACGATTTGGAGTTCCTG
CAGTTCGAGTAGACGGAGGCGATGAAGCGCAATCTGCTCATGATGCTTTT
CAACTCGAATCAGAATCATTTCTTTACCAATATCAAAGACAATTATCTCT
TGAAGATATACTTGAAGATTTATTTGAAGATTTCATTGAAGGTTCTCCGC
AGCCGGACCCAGAAACCGGTATCCTCCTGGATTTATCTTGCAGTGAAGGC
ATGTGCTCCTCAGAAGACCAAACACAGCTCATCTGTGACATTTCTGATCT
GAGGGATGATGAAGAGTTGCCATTGATTAGCGAGGATGATAGACTTGATA
GTAATCCGCCCGATGAAGGGATTCTGACTATTCTGGACACTCCGCCGTCC
TGCGTGCGGCTTTCAACTGCCGAAAATGATGAGGACGTCGTCCTCTGTAG
TCGCAGGGAACCTTCCTCGAGTGATTCGGTCGTCTTTCAGAATGATATCG
GAACAATAATGCCCTCGGAAACACAACCACCTTTAGCAGGTATTGGCATT
ACGACGATTGGAGATGGAATTACTTTCACAGGAGGTAGTGCACCGGGTTC
TGGAATAGCAACGATTGGGGGCAGTGGAGGAATTGGCTTTGGAAGACCTT
TTGGCACTTGTTGCCGTCCATGTTCTTTCCTGAGACGAAGGAAAGTTCGT
AGTTTATCCTGTTGCATGGCTTGCTCTTTACTATAA

protein sequence of Gcaud288.t1

>Gcaud288.t1 ID=Gcaud288.t1|Name=Gcaud288.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=612bp
MNHLRALDFFFIYFCLAAELFSPIFATVIEQDQALAFYPGSISSVDLNEG
FAIEGGSAGLGMPAIQVGGGDGRRPVDDVSEVEHESYLTQYQRQFEDVME
ASPQPDLDTDIPLDLTCNEDMCSSGDQEQLTCDISDLHDDEQLPLDNDRN
RNDILAPADGILNILDTPPFQVPFTTAQNDENTVFCSRSGHSSGSSVFSE
TNTERTEPTETPAPVETGKIGTGLLPPIGINGTEGNGGVGFLIGGKGGNE
GDEGIVGTSGAERRRGSLGTRGTRAAREDGRKDSGIMGTIQAGGFGGDGG
DGGDGGNGGNVGNGAAFGRPFVFAFFFIQFCLAVARSFPTFSRMIADDEA
LEFSFRSISEDTCNLFGALSSFGIGGSARFGVPAVRVDGGDEAQSAHDAF
QLESESFLYQYQRQLSLEDILEDLFEDFIEGSPQPDPETGILLDLSCSEG
MCSSEDQTQLICDISDLRDDEELPLISEDDRLDSNPPDEGILTILDTPPS
CVRLSTAENDEDVVLCSRREPSSSDSVVFQNDIGTIMPSETQPPLAGIGI
TTIGDGITFTGGSAPGSGIATIGGSGGIGFGRPFGTCCRPCSFLRRRKVR
SLSCCMACSLL*

mRNA from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud288.t1 ID=Gcaud288.t1|Name=Gcaud288.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=9778bp|location=Sequence derived from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+ (Gracilaria caudata M_176_S67 male)
ATGAACCATCTCAGAGCGCTTGACTTCTTCTTCATCTACTTCTGTCTGGC
TGCTGAACTTTTTTCTCCAATATTTGCTACCGTGATTGAGCAAGATCAAG
CACTTGCGTTTTATCCTGGTTCAATCTCGTCAGTGGATTTGAATGAAGGC
TTTGCTATTGAGGGAGGATCAGCAGGACTTGGAATGCCAGCAATCCAGGT
CGGAGGAGGGGATGGACGACGACCTGTAGATGACGTTTCTGAAGTTGAAC
ACGAATCCTATCTTACCCAATACCAACGGCAATTTGAAGATGTCATGGAA
GCTTCTCCGCAGCCAGATCTGGACACAGATATCCCTTTGGACTTAACTTG
CAATGAAGACATGTGTTCCTCAGGCGACCAAGAACAGCTTACATGTGACA
TTTCTGATCTGCACGACGATGAACAGTTGCCATTAGATAATGACCGTAAT
CGAAATGATATCCTTGCGCCGGCTGACGGGATTCTGAATATTTTAGATAC
TCCGCCTTTCCAGGTTCCGTTCACGACAGCCCAAAATGATGAGAACACTG
TTTTCTGCAGTCGCAGTGGACATTCTTCGGGCAGTTCCGTCTTCTCTGAG
ACTAATACGGAAAGAACCGAGCCTACAGAAACCCCGGCCCCGGTTGAAAC
TGGCAAAATCGGGACCGGATTGCTTCCACCAATTGGTATCAATGGGACAG
AGGGGAATGGCGGAGTTGGTTTCCTAATAGGCGGGAAAGGAGGCAATGAA
GGGGATGAGGGGATAGTAGGGACTAGCGGAGCTGAAAGGCGTAGGGGTAG
TTTGGGGACTCGAGGGACTAGAGCTGCGAGAGAAGACGGAAGAAAGGATT
CTGGGATAATGGGGACTATACAGGCAGGAGGGTTtggcggagatggcgga
gatggcggagatggcggaaatggcggaaatgtcggaaatggTGCTGCATT
CGGAAGGCCATTTGGTACGTGTTGCCGTCCATGTACCTTTTTGAGAGGGG
GAAAAGGTCGTAGTCTATCATGTTGCATGAGTTGCTCTCTACTGCGATGA
AGATTACGTCCAGATTGCTAGTAGTAAAGGGCAGGAATGCAAAAAAACGA
GAAGGCAAAGACGTCGAGAATCATTTTTGGCATACAAGCTGTAAGAGTGT
TTCTCGGGGATCGAATAGTAGTTATTATGACATCGTGGACAAGCGTCATA
GTGTCTTCCGTGTTTCATCAAATCCGAGAATCCAAGAGCGGATTTATGGA
GGGTACGTGTATAGAGTGTGGTGAAACGCAAGGGAGGCAAACCGGTTCAA
TTCTGTGGGTCATTCTAGTTTACTGAGTGCATTGCAAGTGCCTTATAAGC
TCTTGCGGACGCATAATATGCTGACAACACAATCCATGGGCCACTTAACA
CCCCAAACAATCCAAGCACTAATTACATAATCTGTGATTGTCGGCAAGCT
CCATTAATCCGCTAGAACTACATATTATCGCTGGGAAAGCTGTTGCCAGC
ACAACACCTTCATCTcactacttttgacatttgcgtttctaattctaact
acttctgcgtccatgcccaactgaccgcgtcaacattcaagtctcatttt
ccacaagtcccaaaatgctctgcttgctcgtcaagtgtaaatctcttatg
gcatactggacaacggaaacgatgatcgtgagCGGAgcgcctatgagccc
gaagtgtggcaaaatcaggagctgcgaaccggcaatgatggcagtgaaag
agacttccacggtcatgcgactttttcacatgttgtccaagactccaaac
ggtttggtatccttttgtgcagtaagggcattggaattggcaggctgaac
ttgaagcaccagttCCCACAAGTTGCGAAGCTGCCGTCTGCGcagccaca
ggcacaggccgagccacagcatcctcagcagcagccatagcAGCCACCAG
AGTCGAATGTAGGAACGCAGAATCGTTCCCAGCGTCATCTTCGAGAGCCC
TGCATGTTGCCTTTGCAGCTGTGTTCTGGTAAGAAGCTCTttctgctgtt
tccgagcattgagatctttgacttggcctctgttgacctccctttgacct
gtccgatgcgcctctattgtgcGGGGCCTTAGCCTGTGCAGGCACAGGCG
CAGGTCGGACCACTGCCTCCTCGGCAGCAGCCAATGCTCTCACCAGAGTC
GAATGTAGAAAAGCGGAGTTGTTGGCATCATCTTCCACACACCTCGATGT
CGGCCGTACAGCTCTGTTCTGGTAATGGGCTTGATGTGTGGTGTCCGACA
TTtgagatgcccgatttcccctctgttgacgtttctttgaatttttcgat
gtgcctccatcatgcacgctgagaagcttcctatctctgtggggctgcct
gccgtcgccgttggaggaactgtgaggatggaagttcatgatttgtcaca
gacgtcttttgtcccgtattgaaggagaagcttgatgagctttgtagGGA
AGAGAAGTGAATATTGTCTGGCAAGACGAAGAAGAATtctatttatcctg
tttcattctgcgttcgccattgacgttttacgctacagttagagggtata
gaaaaaggaggagtgcttatcgaatgcgatcaaatgtttgtcataatttg
aagcaaactgttaatcttggataacatatttatgagttgGACCCCATTTT
CTTTTCATGATACGCACATGAGTTGAGCAGGCCTTATAATCTCTTCGAGT
TTCTCGAACTCAACAGTCAGGGTCGGCAAGGAGCTTCTAAAGAAGATCAT
AAACAATAAATTCTCACACCAGAATATTATGCGAAGAAGTTGGGTTTGAC
GAAGGTGCTGAAGTTGGTATTCAGAAATGCTTTAAAGAACTTCTCGAGGT
CATCTGACAGGATTACTGGGAAACATGGCAATTGCGGAAGAAATCTATAT
CAGGACAAACAAGTGGTTTTGTTCAGTGCTTGGTGAAGTCTCACAACTTC
TTAACATGGAGAAGCCCAAGAGGACAATACTGAAAGCTTAACATCGGGAG
CCGCAAGTTTTTGATCCCAGTTCTTTTCCGCTAACTCAGATAGAAGACAT
CACACGTTACGGACAAATGAATTCGTCAGCACTGTGTGCAAATCCATACT
AGAAACAATTTGTTCCGAATTCAAGTGTTGATGAGTCTATTTGCTGGAGC
AAGGAATGATCACCATGATGGTGCCTTATGGAGAGTGCTGGAGTAGGGCA
GCCTTAAAACTACAACATATTAATCAATGCTCTGTTACGACTCGGTTCTC
CCACTTTCTTGTTTTGGTGCTGAAGGTTTTGATTCTCTGTTCCCATTCCA
CAACGCGATTCTACCACATCATTTAAGGCCCTTCGTTGGCCCAGTTTTCC
AAGCGCAACCCCAAAAAAATCCCAACACGTTTTCTAGTGCACAGCGAATA
TGGCTCATCTCGGAGTGATTGCATTGTTCTTTGTTCACTTCTGTCTGGCT
GTTGTTCGTGCTTCTCCAATATCTTCTACATGATTGAGCATGATCAACTA
CCTGCGTTTTCTTCTGGTTCAGTCTCTTCAGGGCATTCAGTTGACGGTTG
AGGCTGAAAATCACTGGTACCGATCAACAATCGTTTTGGGATACGAATGA
CGTCATCATGATGGTATAAGGGTAACAAATTCTTGGACACGTAATTAAAT
TGCAATCGATTCGTTCATGAAACTATTGTGCTTCGAATTACACGGCATTC
TACGTGGACCGGCGTCATACTGTATCGCGTGTGCTTGTTGGACCGGCATT
CTACGTGGACCGGCGTCATACTGTATCGCGTGTGCTTGTTGGACAAGTCC
CAAGGTTTCGTTTATCAAAATTTGATTCGGATTTAATGCGGTAATACCAA
AACTATGATTTAAAGCAAAACAAACAATTTGTAATTTCTTAGAGCGTCTC
AAGGCGAAGGTGAAATGCATACACCTATTGCTGTCAACAACGTGCATTTC
CTCGTGATCCTCTGAATGCTGCGCTTCATGACATCTCCCCACGTGGGATT
AGCGTGAACAggaagctgcgggaataagaaacttttggaacaggttcagt
atgcaaaccactgtccttcatgcagtagccatgtaagcaataggtcctta
acgttaatgtctggtcaaagtagaaagcaaaaccaaagtaatacttaaat
aggtgttacacttcacaattatctagaaagttatttagatttgttatgat
acaatactctttgattaaagtatttttgtgtaatccatccaacaagaaaa
gaaacagaaaatcttgaagtgcattaaagatgcaaaagccaacttgcaca
aattcaatcttcttcataacaaaactcattaacaactctttaaggcgcta
aagtgagcgccaacggggcaaaaaACAACTCGAGATCCATTTTATCTTGT
ATACAAAGCAAGTGGTTGCTAAGTAGCTCAGCAATGTGAAAAAATAAATA
TGTTTCTAATTAAAAATGGTTTTACATGACAACAGACGATCAGAAGACAA
GTATACACATATAATAATATAAAACGAAGACAGTGTTTTTAGAAGCACCa
aatgaaacagtgtctttattcaatgctgaacagcgcttctccgtaattca
gttgaagctgaacgagaacgcacacgtcatgaaagcaatgagaatgaaat
gccaaattgtgtctaaaacgatgagcaagaacaaaaaacagtttcagacg
tccattcagaacttcatgtcttgctcgaaatccacttgagtcgctgacac
atatgtaatactcttcctggcccgggctgacacatttttgatctcggtac
cctttgtcagtcagaattttttcttctgcaggaagaatttttttcaagca
cgactgaaatattttaagatctggatagctcccgcaaggataaggaccat
taacccatgaaatatttccaaattgcaacgatacagcaatttcatatcgt
agaccggctgcattaaatttgtacgagtaccatttcttatcaaacggttt
tggttcattaattctgcaatcagtacaatctactgaaactttcacacctg
tgttcggcataattcctctagaactccatttaatctagaAAAAAGGAGTT
AGAAACCACAATACCTCCAGCAATAAAAAGCGAACGTACGATATCAAgat
tctcaattttgtaaataaaaaagcgaacccatttgcgaatggtcttctcg
acggcacaacagagcgcttgcagtactgtttccgttgggtaaagtttcag
aaacattaatgtccacatcatatgatgtttcgtggctccgggttccagct
cagacatgagtaataaccataatccggcacattgttctgcggagagccca
aacaaggatctaaaacgtctcctgtttgtcgacgttgataatcctggagc
ttttcgcaagtatttagtaccaattttttcaaacgatatgaccatacccg
gtgaaagaactggaactagatccatcgtatttcgcgatcatctaagattg
aagatatccgtcacttttagtgcgtcaaagtctttaataagatcaccttt
ctggaatcaggagtagctaaggactggcagtgattctcacaagagggatg
caaatctgacaatctataccctacatgacatttcatgacctcacacgact
gaatttggagaataagcccaagacatgcccgcaaattaccaacatacagt
tacgtaaatagtgtttcacaccttttccttttaaatgcactcaccaagta
atgcgacgtcagtcccttacaaatattcaatggaggaaaacgcgaaaacg
acattattaactcttaatatttgcttattaaggaaagtttttcgctctgc
gtttgccgatttggttatctaatgaatcaaaaagaagacaaagcataagt
tctaagcatggtagacttcctgatctaaacagaaaccatttcaaagcatt
cgttcacaacaaaaatttcaaaagactttgctaaaatttaggccaaatca
tgctttttaactttttgtttcgattcagggcacttgctgagaaatagatc
aacttctgaactaatttaTATTGTATAGACaatagctcaaagaacttctt
tgccgctaaaaagaacctctatgaattttggtttgcttataacagggtca
ttcgtcatgatcttcaaagtacattttgataaccattgaaagtggaaacc
aaaaccactttcagccacactagtatgcacgaaagtgcttctggggtggg
caaccctccaactgttacaagctgttcagtgacaaacaccacaaatctcg
agtgacatgccctggagctggtgcatcgaaagctttgttgtatttctctc
acatgtaaccttgcatctcataaaatttctacactaccaaaaactagaat
tttgcatccgctgcgacaggtttctgtgtgtcgtagaattttgaggtaat
caattctcgtgattacttaagaacagaattattgtatgccaacaacccca
aaactcgctcaaccacaacatgcgtcgtctcacccaggactctcctgcca
tcaaactactcagagagaagtttgcaaatgaagaacttgatggaagtgag
aaaccgaaggatgtgtgggaatccgaacctttatttcgggaacacaaact
cacgaatttcagagttcattataacgcaatcagcagagaatttgcggaaa
aacgaggtatgtttgatactatttttttttcaaatcttaatattacctat
acttttactaaccaaaatctttagagagagaactgcgttccttggataga
cgtgtcgctggagtgaagagaccacatgcaacagctgtagctgatgatga
tgcagatgtagagtgcactgaaaatgtttacgtcacagcggaagaggttc
ttttaggtcccaaggctttcaaacctctctatctgatatcaatttggaca
catcctgaaagtctgaagcgcaagctcactgttgcggtggcgcttccttc
cggagtagggaaaggagcgtttggtgtttatgtggtagatggaggagaat
atttggaggtgagcgtcttttggccggaaccactgcacaatgtgaagctt
atgcacaagacctttttagatgacgagcaggacacatttcaaatggatca
tcccagggtGGCTGGATTTCGACATGCTCTCAGAACTCTACGGAAACATT
ATGCGGACAAGGTGCAATCTGTAGCGCGAATCCCGCTTCCGTTTCGTGTC
GAGACTCATATTTCTTCTCAAGATAATTTGGCCTGGATTGATAACCCGAC
TCGCATGGTATATGTTGAACTGAGTGAGGCAAATATTGATGAATACTGCA
AAGTTAATGATAACAAGGACTTTAGAGTTTCTTAGATTTTTATTTACAAG
TCAGAATATCAAATGCAACGTAAAGTGAATTAGAACTCTTTTGCGTATGA
GAAACATTTCTGTGAATGTTAGTCAATAAATAGTATTAGATATATATATA
GGACAACCAATTAAAGCCTCGAAAAAGTTTGGCACACGCTTTTGACTTCA
GACCGTTGGTGTCTAAGTGAACCAATGATCAGAATTGAGGATCTATGCTT
GCCAGAAGAGTTCGGAAGTATCTTTATCTATTTTAAATCGAAACCGTGTA
TCGGTTTCTTCTTCCGCTTCTTTGATAAAAGGTTTTGTTGGTTTTTGGAC
CATCTACAATCAACATAATGGGCAAAAGCTTTTATATAAACTGAATTGAA
AACTAGTAGAGGTTTCCAATCTAAGCACATAGCCTTGTTTACATCATAGG
CAGATGCGTAGATACTGATTACAAAATTTTGCTGCGCTAAATGAAACAGG
TTGGCTTATATTTCTTTCTAAAAGTACCTCTAAACATAACTTTCTTTGCA
ACAGTGCTCCCCATGACGGTTTACTTTTGAAACTCATTTTCTTTTTCTTG
AGCTAAAAGAGACAAGAAGCAGTTTTTCCCGCATCCTCCAGGTAAGAAAA
CGACGAGATTTTGCCCAAACGTCTATGCCGTGATTCACAACCAATAAAGC
TTCTCCTGCTAAAGAGAAACCTTTAACCATTGTAGCCACCAATTCGGGAG
CGCATTCAGTTTTATTCAGAGAGTTTTGAGTAGACCGCTTTCATGCGAAG
CAGCTTCCTACACACCTTGAAAATTTTGCATAGGGGGAAGCAACAAGGCA
ATGTGCGTTTACTGTAATAAACCGCAACACCTCGTCGGCTCATTTCATCA
TTGCTTGACGGTAACTACAGTCCGGACCACTGCATTGTAATGGGTCGTTC
TAAACATTGCGAAAAAAAGGCGGACAATGGGCTCTCGTGGGCACATTCGT
AAAGGATAATGCTTTCAGGTTAGCATGGGTAGCCGCCCATGACATTTCCC
GACACATTACCGACACCGAACACAGCTGAAGGTAATGAGGAAACTTAAAA
ATTTATTGCGTGACTCCCTGTGGGTCCGCAGGTAAGCAAGGACTCCCCGC
AAAAATCGATAGAAGCAAGTCATACCTAAAACACAAGCCGTAAGCTTTAC
ACGGAGATAAGAAGACACCATTTATTGGCAAACGAATTCATCGGCACTCA
GTAGAAACTTTATACGAATCGAATGGTGTACAAACGGTTTATTTGTCATG
AGCTCGTGGCGGAAATATAAGTTTGTGATGTTTCGTGGTAGTTTGCTATA
TATTTGCAACTCATTAATCAATACTTAACTACGAGGTACACACCGCCCGC
CCGGTCACATCACTTAACGTTCTTCTTAGCTCCACGTTCTCAACCGCAAC
GCAAGAACATTTTCGAAAACTTCTCAAGTGCGCATGTAATATGGCTCAAC
TTAAAGTGTTTGCCTTCTTCTTCATTCAGTTCTGTCTGGCTGTTGCACGT
TCTTTTCCTACCTTTTCTAGAATGATTGCGGATGACGAAGCACTTGAGTT
CTCTTTTCGCTCGATCTCAGAGGATACATGCAATTTGTTTGGTGCTCTCA
GCTCTTTCGGGATAGGAGGATCAGCACGATTTGGAGTTCCTGCAGTTCGA
GTAGACGGAGGCGATGAAGCGCAATCTGCTCATGATGCTTTTCAACTCGA
ATCAGAATCATTTCTTTACCAATATCAAAGACAATTATCTCTTGAAGATA
TACTTGAAGATTTATTTGAAGATTTCATTGAAGGTTCTCCGCAGCCGGAC
CCAGAAACCGGTATCCTCCTGGATTTATCTTGCAGTGAAGGCATGTGCTC
CTCAGAAGACCAAACACAGCTCATCTGTGACATTTCTGATCTGAGGGATG
ATGAAGAGTTGCCATTGATTAGCGAGGATGATAGACTTGATAGTAATCCG
CCCGATGAAGGGATTCTGACTATTCTGGACACTCCGCCGTCCTGCGTGCG
GCTTTCAACTGCCGAAAATGATGAGGACGTCGTCCTCTGTAGTCGCAGGG
AACCTTCCTCGAGTGATTCGGTCGTCTTTCAGAATGATATCGGAACAATA
ATGCCCTCGGAAACACAACCACCTTTAGCAGGTATTGGCATTACGACGAT
TGGAGATGGAATTACTTTCACAGGAGGTAGTGCACCGGGTTCTGGAATAG
CAACGATTGGGGGCAGTGGAGGAATTGGCTTTGGAAGACCTTTTGGCACT
TGTTGCCGTCCATGTTCTTTCCTGAGACGAAGGAAAGTTCGTAGTTTATC
CTGTTGCATGGCTTGCTCTTTACTATAA

Coding sequence (CDS) from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+

>Gcaud288.t1 ID=Gcaud288.t1|Name=Gcaud288.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=1836bp|location=Sequence derived from alignment at NODE_999_length_15279_cov_5.027390:3383..13160+ (Gracilaria caudata M_176_S67 male)
ATGAACCATCTCAGAGCGCTTGACTTCTTCTTCATCTACTTCTGTCTGGC
TGCTGAACTTTTTTCTCCAATATTTGCTACCGTGATTGAGCAAGATCAAG
CACTTGCGTTTTATCCTGGTTCAATCTCGTCAGTGGATTTGAATGAAGGC
TTTGCTATTGAGGGAGGATCAGCAGGACTTGGAATGCCAGCAATCCAGGT
CGGAGGAGGGGATGGACGACGACCTGTAGATGACGTTTCTGAAGTTGAAC
ACGAATCCTATCTTACCCAATACCAACGGCAATTTGAAGATGTCATGGAA
GCTTCTCCGCAGCCAGATCTGGACACAGATATCCCTTTGGACTTAACTTG
CAATGAAGACATGTGTTCCTCAGGCGACCAAGAACAGCTTACATGTGACA
TTTCTGATCTGCACGACGATGAACAGTTGCCATTAGATAATGACCGTAAT
CGAAATGATATCCTTGCGCCGGCTGACGGGATTCTGAATATTTTAGATAC
TCCGCCTTTCCAGGTTCCGTTCACGACAGCCCAAAATGATGAGAACACTG
TTTTCTGCAGTCGCAGTGGACATTCTTCGGGCAGTTCCGTCTTCTCTGAG
ACTAATACGGAAAGAACCGAGCCTACAGAAACCCCGGCCCCGGTTGAAAC
TGGCAAAATCGGGACCGGATTGCTTCCACCAATTGGTATCAATGGGACAG
AGGGGAATGGCGGAGTTGGTTTCCTAATAGGCGGGAAAGGAGGCAATGAA
GGGGATGAGGGGATAGTAGGGACTAGCGGAGCTGAAAGGCGTAGGGGTAG
TTTGGGGACTCGAGGGACTAGAGCTGCGAGAGAAGACGGAAGAAAGGATT
CTGGGATAATGGGGACTATACAGGCAGGAGGGTTtggcggagatggcgga
gatggcggagatggcggaaatggcggaaatgtcggaaatggTGCTGCATT
CGGAAGGCCATTTGTGTTTGCCTTCTTCTTCATTCAGTTCTGTCTGGCTG
TTGCACGTTCTTTTCCTACCTTTTCTAGAATGATTGCGGATGACGAAGCA
CTTGAGTTCTCTTTTCGCTCGATCTCAGAGGATACATGCAATTTGTTTGG
TGCTCTCAGCTCTTTCGGGATAGGAGGATCAGCACGATTTGGAGTTCCTG
CAGTTCGAGTAGACGGAGGCGATGAAGCGCAATCTGCTCATGATGCTTTT
CAACTCGAATCAGAATCATTTCTTTACCAATATCAAAGACAATTATCTCT
TGAAGATATACTTGAAGATTTATTTGAAGATTTCATTGAAGGTTCTCCGC
AGCCGGACCCAGAAACCGGTATCCTCCTGGATTTATCTTGCAGTGAAGGC
ATGTGCTCCTCAGAAGACCAAACACAGCTCATCTGTGACATTTCTGATCT
GAGGGATGATGAAGAGTTGCCATTGATTAGCGAGGATGATAGACTTGATA
GTAATCCGCCCGATGAAGGGATTCTGACTATTCTGGACACTCCGCCGTCC
TGCGTGCGGCTTTCAACTGCCGAAAATGATGAGGACGTCGTCCTCTGTAG
TCGCAGGGAACCTTCCTCGAGTGATTCGGTCGTCTTTCAGAATGATATCG
GAACAATAATGCCCTCGGAAACACAACCACCTTTAGCAGGTATTGGCATT
ACGACGATTGGAGATGGAATTACTTTCACAGGAGGTAGTGCACCGGGTTC
TGGAATAGCAACGATTGGGGGCAGTGGAGGAATTGGCTTTGGAAGACCTT
TTGGCACTTGTTGCCGTCCATGTTCTTTCCTGAGACGAAGGAAAGTTCGT
AGTTTATCCTGTTGCATGGCTTGCTCTTTACTATAA