Gcaud1952.t1 (mRNA) Gracilaria caudata M_176_S67 male

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

Overview


Name	Gcaud1952.t1
Unique Name	Gcaud1952.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	1090

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_821_length_17530_cov_5.307414	contig	NODE_821_length_17530_cov_5.307414:13063..16716 +

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	552811.Dehly_0768
Preferred name	hppA
PFAMs	H_PPase
Max annot lvl	301297\|Dehalococcoidia
KEGG ko	ko:K15987
KEGG TC	3.A.10.1
KEGG Pathway	ko00190,map00190
Evalue	1.03e-25
EggNOG OGs	COG3808@1\|root,COG3808@2\|Bacteria,2G5N7@200795\|Chloroflexi,34CM7@301297\|Dehalococcoidia
EC	3.6.1.1
Description	Sodium pump that utilizes the energy of pyrophosphate hydrolysis as the driving force for Na( ) movement across the membrane
COG category	C
BRITE	ko00000,ko00001,ko01000

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952	Gcaud1952	Gracilaria caudata M_176_S67 male	gene	NODE_821_length_17530_cov_5.307414 13063..16716 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1	Gcaud1952.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_821_length_17530_cov_5.307414 13063..16716 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1.start1	Gcaud1952.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_821_length_17530_cov_5.307414 13063..13065 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1.CDS1	Gcaud1952.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_821_length_17530_cov_5.307414 13063..14774 +
Gcaud1952.t1.CDS2	Gcaud1952.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_821_length_17530_cov_5.307414 15159..16716 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1.exon1	Gcaud1952.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_821_length_17530_cov_5.307414 13063..14774 +
Gcaud1952.t1.exon2	Gcaud1952.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_821_length_17530_cov_5.307414 15159..16716 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1.intron1	Gcaud1952.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_821_length_17530_cov_5.307414 14775..15158 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud1952.t1.stop1	Gcaud1952.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_821_length_17530_cov_5.307414 16714..16716 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+
coding sequence from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+

mRNA sequence

>Gcaud1952.t1 ID=Gcaud1952.t1|Name=Gcaud1952.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=1090bp
MTDDVGLESGKLPKNGSAVLELDGKKNSLTKTMNDDKPNPTGLQKEASIH
VAISGENERSAVVNHDSEPSAIKAQDGDQTSHEVHLAKQKILSTADGEGP
NMETFQSQTRGSFESKNGNSPGIGMSEQNPLMLQSLAITDEIEPNPAGLQ
NPNHVIVDVSHGHHNGQSPPQRLMIDEIEEDVRRREQRDLAPLQVYGAYF
GVDDEGYQGYKLVSPRDFHEENVLSTPATNLTVDKINPDMLRDNSKSSKT
LIIFISVLSLALLTLLMWQVLIGKCLVTELCEANDRSTDLSAAYLFKTFD
FRVPTSFVWTNLVGGTLGMLLASILAFLILKSSVGSAKMVQASTLIRKGS
VLFLGQQSIGFLIPFVLFFILFGVKVNWETAGSFGIGALLSITTDFIARG
IGSRGSVRAAAASHAGVDQGMRLSFRVAAAVSLSVLGMSLFGISSVYLMF
SDVRALGGLAAGAATSALFLRISGCLFGASLRTLEAQARWEQYRSDKKTI
AHLLASCVQRSSFMGPDWFVSNVSSILATAILASSLPFFFRDSFAMCVYN
HLDIDQECGPFGKSKTLSYAVNLDSPLPIPSGGRMIADNYRPMTASGRNL
GPASATSWKLFLCCLIGFFAAITVSWFCGLFFSSDSYKPAVVVQKAAQSG
TNALFVQCLGNGILCSVGGGALIIASILSSFALYDAFGVGVMTIAYMSMG
GVACTAVALGSVGRSAHGISCVTSQTRAARNGGIVKGMSTQIAAAGASFS
QGASALTGFTLVLATLQQAGLQLSPRDLVGGPEQPPAKLISGTGFIPMDV
LVVCGLVIGGVIPLIIAGTLWAVARQHSVLKLRQMGTDSVRQIGLLSLLE
SILPVGIALLSPFVVGFGLGYRALIGMATSSVFTSFVVGSLSWTFGTCMQ
KGCAKLGMRQIRSARRAKSLAWTLLEVVEPAMRSVSKMFAALSLVFVLLM
PPDTSRGWIGGILFAAVVLGVWAYTMWRHCGRKRDTSQRQIPLHASRPVS
PFFVESPTFNPFNVVPGSQMSEALLAFGGQPKLPVSPQVLPGLSRRSRAE
FTSVTLEPLSSPRVGNPTKISSTVLRDETGRTPRGDWMV*

spliced messenger RNA

>Gcaud1952.t1 ID=Gcaud1952.t1|Name=Gcaud1952.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=3270bp|location=Sequence derived from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGACTGACGACGTGGGACTTGAATCGGGGAAGCTACCGAAGAATGGCAG
CGCTGTTCTCGAACTAGATGGCAAGAAAAACAGTTTAACCAAGACGATGA
ATGATGATAAGCCAAACCCGACAGGGCTTCAGAAGGAAGCTTCCATCCAT
GTGGCAATCTCTGGCGAAAATGAGCGGTCGGCCGTCGTTAATCATGATAG
TGAACCGAGTGCAATCAAAGCACAGGACGGAGATCAAACCTCTCACGAAG
TTCATCTTGCGAAACAAAAGATACTTTCAACGGCGGACGGGGAAGGTCCC
AATATGGAAACATTTCAGAGCCAAACCCGTGGTTCTTTTGAGAGCAAGAA
CGGCAATTCGCCGGGTATTGGTATGTCTGAGCAGAATCCGCTTATGCTGC
AGTCTCTTGCGATCACTGATGAGATCGAGCCGAACCCTGCTGGGCTACAA
AACCCGAATCACGTTATTGTAGACGTCTCTCATGGACATCACAATGGGCA
AAGCCCTCCTCAACGTCTGATGATTGATGAAATTGAAGAGGATGTGCGAC
GACGTGAGCAAAGAGACCTTGCTCCGTTGCAGGTCTATGGCGCATATTTT
GGCGTGGATGATGAAGGCTACCAGGGATATAAGCTTGTCTCTCCGAGAGA
CTTCCACGAAGAAAACGTGCTTTCAACCCCTGCGACAAACCTCACAGTCG
ACAAGATCAACCCGGATATGCTTCGTGACAATTCGAAGTCATCTAAGACG
TTGATCATCTTTATATCGGTGTTATCACTAGCTTTGCTCACGCTACTGAT
GTGGCAGGTTTTGATCGGCAAGTGTTTGGTGACGGAGCTCTGTGAAGCAA
ATGACAGGAGCACAGATCTTAGTGCTGCTTACCTGTTCAAGACGTTTGAC
TTCAGGGTCCCCACTTCATTTGTCTGGACAAACCTCGTAGGTGGCACATT
GGGGATGTTGCTGGCATCGATCCTAGCCTTTCTGATCCTGAAAAGCTCGG
TGGGATCGGCGAAAATGGTCCAAGCGTCAACGTTGATTCGGAAGGGCTCC
GTTCTCTTTCTTGGTCAACAATCAATTGGCTTCTTGATACCATTTGTATT
GTTCTTCATTCTGTTTGGGGTGAAGGTGAACTGGGAGACGGCGGGATCCT
TTGGTATCGGGGCCTTGTTGAGCATCACAACGGATTTCATCGCAAGGGGC
ATAGGATCCCGTGGCAGCGTTCGTGCTGCGGCTGCCTCACATGCCGGCGT
TGATCAAGGAATGCGACTATCATTCCGAGTTGCGGCCGCTGTGAGCTTGT
CGGTTCTCGGCATGAGTTTGTTTGGCATATCATCTGTATACTTAATGTTC
AGTGATGTGCGGGCGCTAGGGGGTCTGGCAGCAGGTGCTGCGACAAGCGC
ATTGTTTTTGCGCATATCAGGGTGTCTGTTCGGAGCTTCACTCCGCACAC
TTGAAGCACAAGCTAGATGGGAGCAATACCGATCTGACAAGAAAACTATT
GCACACTTGCTTGCCTCATGTGTGCAACGGTCAAGTTTCATGGGACCAGA
CTGGTTTGTCTCAAACGTCTCCTCCATATTGGCTACGGCTATCTTGGCCT
CAAGTCTACCCTTCTTTTTCCGTGATTCTTTTGCGATGTGTGTATACAAT
CACCTAGACATTGATCAAGAGTGTGGACCGTTTGGGAAGTCTAAAACCCT
TTCCTACGCAGTAAACCTGGATTCTCCACTTCCTATCCCAAGTGGGGGGC
GCATGATAGCGGACAACTATCGGCCAATGACTGCTTCAGGGCGAAATCTA
GGGCCTGCGTCTGCAACATCCTGGAAGCTGTTCCTTTGTTGCCTCATTGG
ATTTTTCGCTGCTATCACCGTAAGTTGGTTCTGCGGATTATTCTTCTCAT
CGGATTCATACAAGCCGGCCGTTGTTGTGCAGAAGGCGGCACAGTCCGGA
ACGAATGCGCTTTTTGTTCAGTGTCTTGGAAATGGAATCCTCTGCAGTGT
AGGTGGGGGTGCTCTCATCATTGCATCTATTCTGTCCTCGTTTGCTCTTT
ATGATGCTTTTGGAGTCGGAGTTATGACAATTGCCTACATGAGTATGGGT
GGGGTTGCTTGTACAGCCGTCGCATTGGGTTCCGTTGGACGTAGTGCCCA
TGGTATTTCTTGTGTCACATCTCAAACTCGTGCGGCGAGAAATGGTGGTA
TTGTCAAAGGAATGAGTACTCAAATCGCTGCTGCTGGCGCGAGCTTTTCG
CAAGGCGCATCAGCACTGACTGGTTTCACACTTGTTCTAGCCACACTGCA
GCAAGCAGGTCTTCAGCTTTCACCGAGAGACCTTGTGGGAGGACCAGAAC
AGCCCCCAGCGAAACTCATCTCTGGCACTGGCTTCATACCAATGGACGTT
CTTGTGGTCTGTGGGCTCGTAATAGGGGGCGTTATTCCCTTGATTATTGC
CGGTACTTTGTGGGCAGTCGCTAGACAACACTCAGTGTTGAAACTGAGAC
AAATGGGAACAGATTCAGTTCGTCAAATAGGACTGTTATCGTTACTAGAA
AGCATCTTGCCAGTCGGGATTGCTCTTCTTTCTCCCTTCGTGGTTGGGTT
TGGACTCGGATATCGGGCTCTTATAGGAATGGCGACGTCATCCGTTTTTA
CGAGTTTTGTCGTTGGGAGTTTATCGTGGACGTTCGGAACATGTATGCAA
AAGGGGTGCGCAAAACTCGGGATGAGGCAAATTCGGTCTGCGAGAAGAGC
AAAATCTTTAGCATGGACACTGCTTGAGGTTGTGGAACCCGCAATGCGAT
CTGTAAGCAAGATGTTCGCCGCACTTTCGCTAGTGTTCGTGCTATTGATG
CCTCCCGACACAAGCCGTGGATGGATCGGAGGAATTCTCTTTGCCGCCGT
GGTCCTGGGCGTGTGGGCCTACACTATGTGGAGGCACTGCGGGAGAAAAC
GCGACACAAGTCAAAGACAGATCCCTCTTCATGCATCTAGGCCGGTCAGT
CCATTTTTTGTGGAATCACCAACGTTTAATCCGTTCAATGTTGTTCCTGG
GAGTCAGATGTCAGAAGCACTTCTTGCTTTCGGCGGGCAACCGAAACTGC
CCGTGAGTCCTCAAGTTTTGCCGGGACTTTCGCGTCGATCACGGGCTGAG
TTCACATCAGTCACATTGGAACCGTTGAGTTCCCCTCGAGTTGGTAATCC
CACGAAAATCTCATCCACAGTGCTTCGTGACGAAACCGGAAGAACTCCAA
GAGGGGACTGGATGGTGTGA

protein sequence of Gcaud1952.t1

>Gcaud1952.t1 ID=Gcaud1952.t1|Name=Gcaud1952.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=1090bp
MTDDVGLESGKLPKNGSAVLELDGKKNSLTKTMNDDKPNPTGLQKEASIH
VAISGENERSAVVNHDSEPSAIKAQDGDQTSHEVHLAKQKILSTADGEGP
NMETFQSQTRGSFESKNGNSPGIGMSEQNPLMLQSLAITDEIEPNPAGLQ
NPNHVIVDVSHGHHNGQSPPQRLMIDEIEEDVRRREQRDLAPLQVYGAYF
GVDDEGYQGYKLVSPRDFHEENVLSTPATNLTVDKINPDMLRDNSKSSKT
LIIFISVLSLALLTLLMWQVLIGKCLVTELCEANDRSTDLSAAYLFKTFD
FRVPTSFVWTNLVGGTLGMLLASILAFLILKSSVGSAKMVQASTLIRKGS
VLFLGQQSIGFLIPFVLFFILFGVKVNWETAGSFGIGALLSITTDFIARG
IGSRGSVRAAAASHAGVDQGMRLSFRVAAAVSLSVLGMSLFGISSVYLMF
SDVRALGGLAAGAATSALFLRISGCLFGASLRTLEAQARWEQYRSDKKTI
AHLLASCVQRSSFMGPDWFVSNVSSILATAILASSLPFFFRDSFAMCVYN
HLDIDQECGPFGKSKTLSYAVNLDSPLPIPSGGRMIADNYRPMTASGRNL
GPASATSWKLFLCCLIGFFAAITVSWFCGLFFSSDSYKPAVVVQKAAQSG
TNALFVQCLGNGILCSVGGGALIIASILSSFALYDAFGVGVMTIAYMSMG
GVACTAVALGSVGRSAHGISCVTSQTRAARNGGIVKGMSTQIAAAGASFS
QGASALTGFTLVLATLQQAGLQLSPRDLVGGPEQPPAKLISGTGFIPMDV
LVVCGLVIGGVIPLIIAGTLWAVARQHSVLKLRQMGTDSVRQIGLLSLLE
SILPVGIALLSPFVVGFGLGYRALIGMATSSVFTSFVVGSLSWTFGTCMQ
KGCAKLGMRQIRSARRAKSLAWTLLEVVEPAMRSVSKMFAALSLVFVLLM
PPDTSRGWIGGILFAAVVLGVWAYTMWRHCGRKRDTSQRQIPLHASRPVS
PFFVESPTFNPFNVVPGSQMSEALLAFGGQPKLPVSPQVLPGLSRRSRAE
FTSVTLEPLSSPRVGNPTKISSTVLRDETGRTPRGDWMV*

mRNA from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud1952.t1 ID=Gcaud1952.t1|Name=Gcaud1952.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=3654bp|location=Sequence derived from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+ (Gracilaria caudata M_176_S67 male)
ATGACTGACGACGTGGGACTTGAATCGGGGAAGCTACCGAAGAATGGCAG
CGCTGTTCTCGAACTAGATGGCAAGAAAAACAGTTTAACCAAGACGATGA
ATGATGATAAGCCAAACCCGACAGGGCTTCAGAAGGAAGCTTCCATCCAT
GTGGCAATCTCTGGCGAAAATGAGCGGTCGGCCGTCGTTAATCATGATAG
TGAACCGAGTGCAATCAAAGCACAGGACGGAGATCAAACCTCTCACGAAG
TTCATCTTGCGAAACAAAAGATACTTTCAACGGCGGACGGGGAAGGTCCC
AATATGGAAACATTTCAGAGCCAAACCCGTGGTTCTTTTGAGAGCAAGAA
CGGCAATTCGCCGGGTATTGGTATGTCTGAGCAGAATCCGCTTATGCTGC
AGTCTCTTGCGATCACTGATGAGATCGAGCCGAACCCTGCTGGGCTACAA
AACCCGAATCACGTTATTGTAGACGTCTCTCATGGACATCACAATGGGCA
AAGCCCTCCTCAACGTCTGATGATTGATGAAATTGAAGAGGATGTGCGAC
GACGTGAGCAAAGAGACCTTGCTCCGTTGCAGGTCTATGGCGCATATTTT
GGCGTGGATGATGAAGGCTACCAGGGATATAAGCTTGTCTCTCCGAGAGA
CTTCCACGAAGAAAACGTGCTTTCAACCCCTGCGACAAACCTCACAGTCG
ACAAGATCAACCCGGATATGCTTCGTGACAATTCGAAGTCATCTAAGACG
TTGATCATCTTTATATCGGTGTTATCACTAGCTTTGCTCACGCTACTGAT
GTGGCAGGTTTTGATCGGCAAGTGTTTGGTGACGGAGCTCTGTGAAGCAA
ATGACAGGAGCACAGATCTTAGTGCTGCTTACCTGTTCAAGACGTTTGAC
TTCAGGGTCCCCACTTCATTTGTCTGGACAAACCTCGTAGGTGGCACATT
GGGGATGTTGCTGGCATCGATCCTAGCCTTTCTGATCCTGAAAAGCTCGG
TGGGATCGGCGAAAATGGTCCAAGCGTCAACGTTGATTCGGAAGGGCTCC
GTTCTCTTTCTTGGTCAACAATCAATTGGCTTCTTGATACCATTTGTATT
GTTCTTCATTCTGTTTGGGGTGAAGGTGAACTGGGAGACGGCGGGATCCT
TTGGTATCGGGGCCTTGTTGAGCATCACAACGGATTTCATCGCAAGGGGC
ATAGGATCCCGTGGCAGCGTTCGTGCTGCGGCTGCCTCACATGCCGGCGT
TGATCAAGGAATGCGACTATCATTCCGAGTTGCGGCCGCTGTGAGCTTGT
CGGTTCTCGGCATGAGTTTGTTTGGCATATCATCTGTATACTTAATGTTC
AGTGATGTGCGGGCGCTAGGGGGTCTGGCAGCAGGTGCTGCGACAAGCGC
ATTGTTTTTGCGCATATCAGGGTGTCTGTTCGGAGCTTCACTCCGCACAC
TTGAAGCACAAGCTAGATGGGAGCAATACCGATCTGACAAGAAAACTATT
GCACACTTGCTTGCCTCATGTGTGCAACGGTCAAGTTTCATGGGACCAGA
CTGGTTTGTCTCAAACGTCTCCTCCATATTGGCTACGGCTATCTTGGCCT
CAAGTCTACCCTTCTTTTTCCGTGATTCTTTTGCGATGTGTGTATACAAT
CACCTAGACATTGATCAAGAGTGTGGACCGTTTGGGAAGTCTAAAACCCT
TTCCTACGCAGTGTACATCTGCAGAAACAGTAACTTATACTTGAGCTACC
CAAATCTacccacatggtcttcgaattctgcgttcgtggcggttcctttc
ttggtagcctttgttggtttactgacatgtaccgcctttgccatgctcgt
cagatttgagagtgtgagcttcatatctcgttcgagtcggtccatgaact
tgaggaagaggttggttgtgaacgCCGTCCTCGGCGGCGGAATTCTTATA
TTGTGCTTTGTTGCAATCTGCTTCGGCCTGTTTGGTCCATCCTCATCATT
TTATTCGCAGAAAGGCTTTGGCGGGGGAAGAAAATTGCAGCGAATGGTCT
TGGATGGGAGCGAAAACCGATGTTTGACCCGATCCCTAAATGTCAGAAAC
CTGGATTCTCCACTTCCTATCCCAAGTGGGGGGCGCATGATAGCGGACAA
CTATCGGCCAATGACTGCTTCAGGGCGAAATCTAGGGCCTGCGTCTGCAA
CATCCTGGAAGCTGTTCCTTTGTTGCCTCATTGGATTTTTCGCTGCTATC
ACCGTAAGTTGGTTCTGCGGATTATTCTTCTCATCGGATTCATACAAGCC
GGCCGTTGTTGTGCAGAAGGCGGCACAGTCCGGAACGAATGCGCTTTTTG
TTCAGTGTCTTGGAAATGGAATCCTCTGCAGTGTAGGTGGGGGTGCTCTC
ATCATTGCATCTATTCTGTCCTCGTTTGCTCTTTATGATGCTTTTGGAGT
CGGAGTTATGACAATTGCCTACATGAGTATGGGTGGGGTTGCTTGTACAG
CCGTCGCATTGGGTTCCGTTGGACGTAGTGCCCATGGTATTTCTTGTGTC
ACATCTCAAACTCGTGCGGCGAGAAATGGTGGTATTGTCAAAGGAATGAG
TACTCAAATCGCTGCTGCTGGCGCGAGCTTTTCGCAAGGCGCATCAGCAC
TGACTGGTTTCACACTTGTTCTAGCCACACTGCAGCAAGCAGGTCTTCAG
CTTTCACCGAGAGACCTTGTGGGAGGACCAGAACAGCCCCCAGCGAAACT
CATCTCTGGCACTGGCTTCATACCAATGGACGTTCTTGTGGTCTGTGGGC
TCGTAATAGGGGGCGTTATTCCCTTGATTATTGCCGGTACTTTGTGGGCA
GTCGCTAGACAACACTCAGTGTTGAAACTGAGACAAATGGGAACAGATTC
AGTTCGTCAAATAGGACTGTTATCGTTACTAGAAAGCATCTTGCCAGTCG
GGATTGCTCTTCTTTCTCCCTTCGTGGTTGGGTTTGGACTCGGATATCGG
GCTCTTATAGGAATGGCGACGTCATCCGTTTTTACGAGTTTTGTCGTTGG
GAGTTTATCGTGGACGTTCGGAACATGTATGCAAAAGGGGTGCGCAAAAC
TCGGGATGAGGCAAATTCGGTCTGCGAGAAGAGCAAAATCTTTAGCATGG
ACACTGCTTGAGGTTGTGGAACCCGCAATGCGATCTGTAAGCAAGATGTT
CGCCGCACTTTCGCTAGTGTTCGTGCTATTGATGCCTCCCGACACAAGCC
GTGGATGGATCGGAGGAATTCTCTTTGCCGCCGTGGTCCTGGGCGTGTGG
GCCTACACTATGTGGAGGCACTGCGGGAGAAAACGCGACACAAGTCAAAG
ACAGATCCCTCTTCATGCATCTAGGCCGGTCAGTCCATTTTTTGTGGAAT
CACCAACGTTTAATCCGTTCAATGTTGTTCCTGGGAGTCAGATGTCAGAA
GCACTTCTTGCTTTCGGCGGGCAACCGAAACTGCCCGTGAGTCCTCAAGT
TTTGCCGGGACTTTCGCGTCGATCACGGGCTGAGTTCACATCAGTCACAT
TGGAACCGTTGAGTTCCCCTCGAGTTGGTAATCCCACGAAAATCTCATCC
ACAGTGCTTCGTGACGAAACCGGAAGAACTCCAAGAGGGGACTGGATGGT
GTGA

Coding sequence (CDS) from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+

>Gcaud1952.t1 ID=Gcaud1952.t1|Name=Gcaud1952.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=3270bp|location=Sequence derived from alignment at NODE_821_length_17530_cov_5.307414:13063..16716+ (Gracilaria caudata M_176_S67 male)
ATGACTGACGACGTGGGACTTGAATCGGGGAAGCTACCGAAGAATGGCAG
CGCTGTTCTCGAACTAGATGGCAAGAAAAACAGTTTAACCAAGACGATGA
ATGATGATAAGCCAAACCCGACAGGGCTTCAGAAGGAAGCTTCCATCCAT
GTGGCAATCTCTGGCGAAAATGAGCGGTCGGCCGTCGTTAATCATGATAG
TGAACCGAGTGCAATCAAAGCACAGGACGGAGATCAAACCTCTCACGAAG
TTCATCTTGCGAAACAAAAGATACTTTCAACGGCGGACGGGGAAGGTCCC
AATATGGAAACATTTCAGAGCCAAACCCGTGGTTCTTTTGAGAGCAAGAA
CGGCAATTCGCCGGGTATTGGTATGTCTGAGCAGAATCCGCTTATGCTGC
AGTCTCTTGCGATCACTGATGAGATCGAGCCGAACCCTGCTGGGCTACAA
AACCCGAATCACGTTATTGTAGACGTCTCTCATGGACATCACAATGGGCA
AAGCCCTCCTCAACGTCTGATGATTGATGAAATTGAAGAGGATGTGCGAC
GACGTGAGCAAAGAGACCTTGCTCCGTTGCAGGTCTATGGCGCATATTTT
GGCGTGGATGATGAAGGCTACCAGGGATATAAGCTTGTCTCTCCGAGAGA
CTTCCACGAAGAAAACGTGCTTTCAACCCCTGCGACAAACCTCACAGTCG
ACAAGATCAACCCGGATATGCTTCGTGACAATTCGAAGTCATCTAAGACG
TTGATCATCTTTATATCGGTGTTATCACTAGCTTTGCTCACGCTACTGAT
GTGGCAGGTTTTGATCGGCAAGTGTTTGGTGACGGAGCTCTGTGAAGCAA
ATGACAGGAGCACAGATCTTAGTGCTGCTTACCTGTTCAAGACGTTTGAC
TTCAGGGTCCCCACTTCATTTGTCTGGACAAACCTCGTAGGTGGCACATT
GGGGATGTTGCTGGCATCGATCCTAGCCTTTCTGATCCTGAAAAGCTCGG
TGGGATCGGCGAAAATGGTCCAAGCGTCAACGTTGATTCGGAAGGGCTCC
GTTCTCTTTCTTGGTCAACAATCAATTGGCTTCTTGATACCATTTGTATT
GTTCTTCATTCTGTTTGGGGTGAAGGTGAACTGGGAGACGGCGGGATCCT
TTGGTATCGGGGCCTTGTTGAGCATCACAACGGATTTCATCGCAAGGGGC
ATAGGATCCCGTGGCAGCGTTCGTGCTGCGGCTGCCTCACATGCCGGCGT
TGATCAAGGAATGCGACTATCATTCCGAGTTGCGGCCGCTGTGAGCTTGT
CGGTTCTCGGCATGAGTTTGTTTGGCATATCATCTGTATACTTAATGTTC
AGTGATGTGCGGGCGCTAGGGGGTCTGGCAGCAGGTGCTGCGACAAGCGC
ATTGTTTTTGCGCATATCAGGGTGTCTGTTCGGAGCTTCACTCCGCACAC
TTGAAGCACAAGCTAGATGGGAGCAATACCGATCTGACAAGAAAACTATT
GCACACTTGCTTGCCTCATGTGTGCAACGGTCAAGTTTCATGGGACCAGA
CTGGTTTGTCTCAAACGTCTCCTCCATATTGGCTACGGCTATCTTGGCCT
CAAGTCTACCCTTCTTTTTCCGTGATTCTTTTGCGATGTGTGTATACAAT
CACCTAGACATTGATCAAGAGTGTGGACCGTTTGGGAAGTCTAAAACCCT
TTCCTACGCAGTAAACCTGGATTCTCCACTTCCTATCCCAAGTGGGGGGC
GCATGATAGCGGACAACTATCGGCCAATGACTGCTTCAGGGCGAAATCTA
GGGCCTGCGTCTGCAACATCCTGGAAGCTGTTCCTTTGTTGCCTCATTGG
ATTTTTCGCTGCTATCACCGTAAGTTGGTTCTGCGGATTATTCTTCTCAT
CGGATTCATACAAGCCGGCCGTTGTTGTGCAGAAGGCGGCACAGTCCGGA
ACGAATGCGCTTTTTGTTCAGTGTCTTGGAAATGGAATCCTCTGCAGTGT
AGGTGGGGGTGCTCTCATCATTGCATCTATTCTGTCCTCGTTTGCTCTTT
ATGATGCTTTTGGAGTCGGAGTTATGACAATTGCCTACATGAGTATGGGT
GGGGTTGCTTGTACAGCCGTCGCATTGGGTTCCGTTGGACGTAGTGCCCA
TGGTATTTCTTGTGTCACATCTCAAACTCGTGCGGCGAGAAATGGTGGTA
TTGTCAAAGGAATGAGTACTCAAATCGCTGCTGCTGGCGCGAGCTTTTCG
CAAGGCGCATCAGCACTGACTGGTTTCACACTTGTTCTAGCCACACTGCA
GCAAGCAGGTCTTCAGCTTTCACCGAGAGACCTTGTGGGAGGACCAGAAC
AGCCCCCAGCGAAACTCATCTCTGGCACTGGCTTCATACCAATGGACGTT
CTTGTGGTCTGTGGGCTCGTAATAGGGGGCGTTATTCCCTTGATTATTGC
CGGTACTTTGTGGGCAGTCGCTAGACAACACTCAGTGTTGAAACTGAGAC
AAATGGGAACAGATTCAGTTCGTCAAATAGGACTGTTATCGTTACTAGAA
AGCATCTTGCCAGTCGGGATTGCTCTTCTTTCTCCCTTCGTGGTTGGGTT
TGGACTCGGATATCGGGCTCTTATAGGAATGGCGACGTCATCCGTTTTTA
CGAGTTTTGTCGTTGGGAGTTTATCGTGGACGTTCGGAACATGTATGCAA
AAGGGGTGCGCAAAACTCGGGATGAGGCAAATTCGGTCTGCGAGAAGAGC
AAAATCTTTAGCATGGACACTGCTTGAGGTTGTGGAACCCGCAATGCGAT
CTGTAAGCAAGATGTTCGCCGCACTTTCGCTAGTGTTCGTGCTATTGATG
CCTCCCGACACAAGCCGTGGATGGATCGGAGGAATTCTCTTTGCCGCCGT
GGTCCTGGGCGTGTGGGCCTACACTATGTGGAGGCACTGCGGGAGAAAAC
GCGACACAAGTCAAAGACAGATCCCTCTTCATGCATCTAGGCCGGTCAGT
CCATTTTTTGTGGAATCACCAACGTTTAATCCGTTCAATGTTGTTCCTGG
GAGTCAGATGTCAGAAGCACTTCTTGCTTTCGGCGGGCAACCGAAACTGC
CCGTGAGTCCTCAAGTTTTGCCGGGACTTTCGCGTCGATCACGGGCTGAG
TTCACATCAGTCACATTGGAACCGTTGAGTTCCCCTCGAGTTGGTAATCC
CACGAAAATCTCATCCACAGTGCTTCGTGACGAAACCGGAAGAACTCCAA
GAGGGGACTGGATGGTGTGA