Ggra5925.t1 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra5925.t1
Unique Name	Ggra5925.t1
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	1416

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000068_pilon	contig	tig00000068_pilon:556243..560920 +

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	130081.XP_005703671.1
PFAMs	AP3B1_C,Adaptin_N
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K12397
KEGG Pathway	ko04142,map04142
Evalue	4.55e-123
EggNOG OGs	COG5096@1\|root,KOG1060@2759\|Eukaryota
Description	intracellular protein transport
COG category	U
BRITE	ko00000,ko00001,ko04131

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925	Ggra5925	Gracilaria gracilis GNS1m male	gene	tig00000068_pilon 556243..560920 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1	Ggra5925.t1	Gracilaria gracilis GNS1m male	polypeptide	tig00000068_pilon 556243..560920 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1.start1	Ggra5925.t1.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000068_pilon 556243..556245 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1.CDS1	Ggra5925.t1.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000068_pilon 556243..556938 +
Ggra5925.t1.CDS2	Ggra5925.t1.CDS2	Gracilaria gracilis GNS1m male	CDS	tig00000068_pilon 557369..560920 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1.exon1	Ggra5925.t1.exon1	Gracilaria gracilis GNS1m male	exon	tig00000068_pilon 556243..556938 +
Ggra5925.t1.exon2	Ggra5925.t1.exon2	Gracilaria gracilis GNS1m male	exon	tig00000068_pilon 557369..560920 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1.intron1	Ggra5925.t1.intron1	Gracilaria gracilis GNS1m male	intron	tig00000068_pilon 556939..557368 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra5925.t1.stop1	Ggra5925.t1.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000068_pilon 560918..560920 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000068_pilon:556243..560920+
coding sequence from alignment at tig00000068_pilon:556243..560920+

mRNA sequence

>Ggra5925.t1 ID=Ggra5925.t1|Name=Ggra5925.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1416bp
MTPSRHSLLVAVVQLCVVAAAVASRSAQRDRPEFGTLVNPQAATTISLLV
ICTPKEGCYSQNGDAMICTGVDINDKTVFLRTIAFPADYSAYYVAQQFAL
PASFINAANFQTVLQGNLPGNRNGNGNGNGNGNGNGNDNGGGDQLGLGAF
GPSPQQPPSDQPQPLGINAFGGGGTVRDSNPFDFEIPLSVKQYAMRNGVG
IGVGGTPPGQAPPPPDPVCRIQLVAAFGNPFGPPRAHSIFLRAVRNAAPT
INRPLNNHTEPPKMSHPSSLQLPQLPQMPQMPQLPQLPQLPQAPSMSAVT
SAASAAAARIGAALSDAQYFESSMVRVEDIRRQLDSKSVKEKLDAMKRVI
ALISLGKDASTFFPDVVKNVVAPSLDVKKLVYLYLVHYAEEKQDLALLAI
NTFQKDLSDHNQHIRALSLRVLSSIRVKVILQVVILAIGRAAKDSSSYVR
KAAAHAISKVCSLDTASKELLMEPLKDLLSDLSPQVIGSAVAAFEDVCPY
DWHLIHPHYRRYCTNLSSQDPWGQVAVVHLLLRYARAHFAQPTKQSTPRN
SDLDLLLNNVTPLFYSMNAAVVSAAVATYYHIATPDEFCTLAIKPLMRLV
ALRSEASQSVALNIASAVATRYPAVLIPYVSEFYVSAAHSATVRNLRIKV
LMRICATAGKEGGIGSKPHARRALLAELREYLHRREYDLAASAARAIGCL
ATAHPESTPAIVKVLSSVVGSANSSAVVTESIGVLRRLLQRHPTAQAKAL
PQLIAMLLTDGSKKKESIKEPAARASIIWLIAEFYDKVPIVATEALRLLA
RGFSGEAAEVKLQILNLAAKVVASAETAIDSIDERETLVPINKRRQLLTY
VLTCARYDRDYDVRDKARMLNFVFFSEGGKVLRKHACKAFMTKKPVASVG
QGDDAAQYIEEQLESDMVIGSLAHVLNGRRLPGFHPLEPWSATDSEDSLR
GEASGDKGNAAISRDYVGVSSADYQNYISPNTTSISSSTWMPPTSISSAD
VRTNGLPMLSTSGEENIASSLRLNQPYHKTTQNTAVDVDPEKFYGDEEDS
SEYDDDSYETDDEEDEGNEEVALATVSSGTRAVKTSLSSKAQPKGLLIDT
DEVTPVATRNEQKKNVRHVSNEYDLDDLLGGLTFSSNTSDNKKNLSEGPA
NVQTSTIDLRQKTEYHRVMEAWNASGLEVDAAYLRATSTDEPDITPIMLR
VTNNGKSDVNRIGFASQCGNKFECTAKIPSLSVNESTEVSAVARFAGKTS
GVRFGVTIDGKGFGSAELKPTIGYLIKPHLTLTPHGFLEAEKQLKGMFSS
EASVVLQEPKDNDWIGLSKAIEKLLLSTCFVAHIKTSIGSELGDASERFS
SVFAGYQPLGQPAVVGENPVLLRVTLKSSTNSGECHCKIWIGCEKVLLSA
NLLQLCKTTLNSMVF*

spliced messenger RNA

>Ggra5925.t1 ID=Ggra5925.t1|Name=Ggra5925.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4248bp|location=Sequence derived from alignment at tig00000068_pilon:556243..560920+ (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGACTCCTTCCCGCCACTCGTTGCTTGTCGCGGTCGTTCAGCTATGCGT
CGTCGCCGCCGCCGTCGCCTCCAGGTCTGCGCAGCGTGATCGCCCGGAGT
TTGGCACTCTGGTCAACCCTCAGGCTGCCACCACCATCAGCTTGCTTGTC
ATCTGCACCCCGAAGGAGGGCTGCTACTCCCAGAATGGAGATGCAATGAT
ATGCACTGGCGTCGATATCAATGACAAGACCGTCTTCTTGAGAACCATTG
CTTTCCCGGCCGACTATAGCGCGTACTATGTCGCGCAGCAGTTCGCTTTG
CCGGCTTCCTTTATCAACGCCGCCAACTTCCAGACCGTGCTGCAAGGAAA
TCTGCCAggaaaccgcaacggtaatggcaacggcaacggcaatggtaatg
gcaacggtaatgataatggCGGCGGTGACCAACTAGGTCTCGGTGCGTTT
GGTCCATCGCCGCAGCAACCGCCATCAGACCAGCCACAACCGTTGGGTAT
CAATGCATTCGGCGGCGGTGGAACAGTTCGAGACTCTAATCCGTTTGACT
TTGAGATTCCGCTTAGTGTTAAACAGTACGCTATGAGAAATGGAGTCGGA
ATCGGAGTCGGTGGTACTCCACCGGGCCAAGCCCCACCACCTCCGGACCC
CGTTTGCCGCATTCAACTGGTGGCGGCGTTTGGAAATCCTTTCGGACCAC
CGCGTGCGCACTCCATCTTCCTCCGCGCCGTACGGAACGCCGCGCCCACC
ATCAATCGGCCACTGAACAACCACACGGAACCACCGAAAATGAGTCATCC
CTCCTCCCTTCAATTAccgcagctgccgcagatgccgcagatgccgcagc
tgccgcagctgccgcagctgccgcaAGCCCCTTCCATGTccgccgtcacg
tccgcggcctctgccgccgccgcgcgcATCGGAGCCGCTCTCTCCGACGC
CCAATACTTCGAATCCAGCATGGTTCGCGTCGAGGATATTCGTCGACAGC
TCGATTCCAAATCTGTCAAGGAGAAGCTCGATGCCATGAAGAGAGTCATT
GCTCTCATCTCCCTTGGCAAGGATGCGTCCACGTTTTTCCCGGACGTGGT
GAAGAACGTCGTCGCGCCTTCGTTGGACGTCAAGAAGTTGGTGTATTTGT
ATCTTGTGCATTATGCTGAAGAGAAGCAAGATCTGGCTTTACTTGCCATC
AATACGTTTCAAAAGGATCTTTCGGATCATAATCAACATATTCGAGCGCT
TTCGCTTCGCGTTTTGTCCTCCATTCGAGTCAAGGTCATATTGCAAGTTG
TTATTCTTGCCATTGGAAGAGCTGCAAAAGACTCGTCTTCGTATGTTAGA
AAAGCTGCTGCTCATGCTATAAGCAAAGTGTGTTCGCTGGATACCGCCTC
AAAGGAACTGCTGATGGAGCCCCTCAAAGATCTGCTCAGTGATCTTTCGC
CACAGGTCATTGGAAGTGCCGTGGCTGCCTTTGAAGATGTCTGTCCTTAT
GACTGGCATCTTATTCACCCTCACTATAGACGCTATTGTACCAATCTGTC
CAGCCAGGATCCATGGGGTCAGGTGGCCGTTGTTCATCTGCTTCTGCGCT
ATGCTCGAGCCCATTTTGCGCAACCTACCAAACAGAGCACTCCTCGAAAT
TCAGACCTTGATCTGCTCCTCAACAATGTCACCCCGTTGTTCTATTCCAT
GAACGCCGCCGTTGTTAGCGCCGCTGTCGCCACGTACTATCACATCGCTA
CACCGGATGAGTTTTGCACGCTTGCAATCAAACCGCTCATGCGATTAGTT
GCGCTGCGAAGCGAAGCAAGTCAATCGGTTGCGCTCAACATTGCATCAGC
CGTAGCCACCCGATACCCAGCCGTGCTGATTCCGTACGTGTCCGAGTTTT
ATGTTTCCGCTGCACATAGTGCCACAGTTCGAAATCTGCGAATCAAAGTC
CTCATGCGAATCTGTGCCACGGCCGGGAAGGAAGGCGGGATTGGGTCGAA
GCCGCACGCTAGACGTGCACTTCTGGCCGAACTGCGTGAATATTTGCATC
GACGTGAATATGATTTGGCTGCTTCTGCCGCCAGAGCGATTGGATGTTTG
GCTACTGCACATCCGGAATCGACGCCAGCTATTGTGAAGGTTCTTTCTTC
TGTGGTGGGTTCTGCGAATAGTTCTGCCGTCGTTACGGAGTCTATCGGTG
TATTGCGTCGTTTATTGCAACGTCATCCTACAGCGCAGGCTAAGGCTTTG
CCACAGCTTATCGCGATGCTTCTTACGGATGGGAGTAAGAAGAAGGAATC
AATCAAGGAACCGGCAGCTCGAGCTAGTATTATATGGCTCATTGCGGAAT
TCTATGACAAGGTGCCTATTGTGGCTACAGAAGCGCTGCGATTATTGGCC
CGGGGCTTCTCGGGTGAAGCTGCGGAAGTGAAACTACAGATCCTCAATCT
TGCGGCAAAGGTTGTGGCGTCAGCCGAAACTGCAATCGATTCCATAGATG
AACGCGAAACGCTTGTGCCTATTAATAAGCGTCGTCAGCTCCTCACGTAC
GTCTTAACCTGCGCCCGCTACGACCGAGACTATGATGTGCGGGACAAGGC
AAGAATGTTGAACTTTGTTTTCTTTTCCGAGGGTGGCAAAGTGCTACGGA
AACATGCATGCAAAGCTTTCATGACAAAGAAACCAGTTGCATCAGTAGGC
CAAGGAGATGATGCGGCACAATATATCGAAGAGCAGTTAGAGTCGGATAT
GGTGATCGGATCTCTTGCACACGTTCTAAACGGAAGGCGATTGCCAGGGT
TTCATCCTTTAGAACCGTGGTCAGCTACGGATTCCGAGGATTCCTTGCGC
GGAGAAGCAAGTGGCGATAAGGGGAATGCAGCCATAAGCCGGGACTACGT
TGGCGTCAGTAGCGCAGACTATCAAAACTACATCTCTCCAAATACGACGT
CGATATCAAGCTCAACGTGGATGCCGCCAACCAGTATTTCTTCAGCAGAC
GTAAGAACCAATGGCCTTCCGATGCTATCCACGAGCGGAGAGGAAAACAT
TGCATCGTCCTTGAGGTTGAACCAGCCATATCATAAGACCACTCAGAATA
CAGCGGTTGATGTCGACCCCGAAAAGTTCTATGGGGACGAAGAAGATTCT
TCAGAGTATGATGATGACTCTTATGAGACGGATGACGAAGAAGATGAGGG
AAACGAAGAAGTTGCTCTTGCGACGGTAAGTTCGGGGACGCGGGCCGTGA
AAACATCGCTGTCATCAAAGGCACAGCCGAAGGGGCTCTTGATTGACACT
GATGAGGTCACGCCAGTTGCAACACGAAATGAGCAGAAGAAGAACGTTCG
GCATGTGTCAAATGAATATGATTTGGATGATCTGCTAGGAGGTTTGACAT
TCTCGTCTAATACATCGGACAACAAAAAGAACCTTTCAGAAGGGCCAGCA
AATGTTCAGACCTCGACGATCGATTTGAGACAAAAGACAGAGTATCACAG
AGTAATGGAGGCATGGAATGCATCAGGTTTAGAGGTTGACGCTGCGTACT
TGAGAGCAACATCGACTGATGAACCAGATATAACTCCCATAATGCTTCGT
GTTACGAATAACGGTAAGAGCGACGTGAACCGAATTGGATTTGCTTCACA
GTGTGGGAATAAGTTTGAATGCACTGCTAAAATTCCCTCACTTTCAGTCA
ACGAAAGCACGGAAGTATCTGCAGTCGCTCGGTTCGCTGGAAAGACGTCC
GGCGTACGTTTCGGTGTTACAATTGATGGAAAAGGCTTTGGAAGCGCTGA
GCTTAAGCCAACTATTGGCTATTTGATAAAACCCCATCTAACCTTGACCC
CACATGGGTTCTTGGAGGCTGAGAAACAACTAAAGGGTATGTTCAGTAGC
GAGGCCTCGGTTGTTTTACAGGAACCGAAGGACAATGACTGGATTGGGCT
ATCAAAAGCGATAGAAAAACTTTTACTAAGCACATGCTTCGTGGCACACA
TCAAGACCTCGATTGGTAGCGAATTGGGAGATGCATCTGAACGGTTTTCC
TCGGTATTTGCGGGATACCAACCCCTTGGGCAGCCCGCTGTTGTCGGAGA
GAATCCTGTCTTGCTACGAGTGACATTGAAGTCCAGTACAAATAGCGGAG
AATGTCATTGCAAGATATGGATTGGGTGCGAGAAAGTACTACTGTCCGCT
AACTTACTGCAACTTTGTAAGACCACTCTGAATTCTATGGTCTTCTAA

protein sequence of Ggra5925.t1

>Ggra5925.t1 ID=Ggra5925.t1|Name=Ggra5925.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1416bp
MTPSRHSLLVAVVQLCVVAAAVASRSAQRDRPEFGTLVNPQAATTISLLV
ICTPKEGCYSQNGDAMICTGVDINDKTVFLRTIAFPADYSAYYVAQQFAL
PASFINAANFQTVLQGNLPGNRNGNGNGNGNGNGNGNDNGGGDQLGLGAF
GPSPQQPPSDQPQPLGINAFGGGGTVRDSNPFDFEIPLSVKQYAMRNGVG
IGVGGTPPGQAPPPPDPVCRIQLVAAFGNPFGPPRAHSIFLRAVRNAAPT
INRPLNNHTEPPKMSHPSSLQLPQLPQMPQMPQLPQLPQLPQAPSMSAVT
SAASAAAARIGAALSDAQYFESSMVRVEDIRRQLDSKSVKEKLDAMKRVI
ALISLGKDASTFFPDVVKNVVAPSLDVKKLVYLYLVHYAEEKQDLALLAI
NTFQKDLSDHNQHIRALSLRVLSSIRVKVILQVVILAIGRAAKDSSSYVR
KAAAHAISKVCSLDTASKELLMEPLKDLLSDLSPQVIGSAVAAFEDVCPY
DWHLIHPHYRRYCTNLSSQDPWGQVAVVHLLLRYARAHFAQPTKQSTPRN
SDLDLLLNNVTPLFYSMNAAVVSAAVATYYHIATPDEFCTLAIKPLMRLV
ALRSEASQSVALNIASAVATRYPAVLIPYVSEFYVSAAHSATVRNLRIKV
LMRICATAGKEGGIGSKPHARRALLAELREYLHRREYDLAASAARAIGCL
ATAHPESTPAIVKVLSSVVGSANSSAVVTESIGVLRRLLQRHPTAQAKAL
PQLIAMLLTDGSKKKESIKEPAARASIIWLIAEFYDKVPIVATEALRLLA
RGFSGEAAEVKLQILNLAAKVVASAETAIDSIDERETLVPINKRRQLLTY
VLTCARYDRDYDVRDKARMLNFVFFSEGGKVLRKHACKAFMTKKPVASVG
QGDDAAQYIEEQLESDMVIGSLAHVLNGRRLPGFHPLEPWSATDSEDSLR
GEASGDKGNAAISRDYVGVSSADYQNYISPNTTSISSSTWMPPTSISSAD
VRTNGLPMLSTSGEENIASSLRLNQPYHKTTQNTAVDVDPEKFYGDEEDS
SEYDDDSYETDDEEDEGNEEVALATVSSGTRAVKTSLSSKAQPKGLLIDT
DEVTPVATRNEQKKNVRHVSNEYDLDDLLGGLTFSSNTSDNKKNLSEGPA
NVQTSTIDLRQKTEYHRVMEAWNASGLEVDAAYLRATSTDEPDITPIMLR
VTNNGKSDVNRIGFASQCGNKFECTAKIPSLSVNESTEVSAVARFAGKTS
GVRFGVTIDGKGFGSAELKPTIGYLIKPHLTLTPHGFLEAEKQLKGMFSS
EASVVLQEPKDNDWIGLSKAIEKLLLSTCFVAHIKTSIGSELGDASERFS
SVFAGYQPLGQPAVVGENPVLLRVTLKSSTNSGECHCKIWIGCEKVLLSA
NLLQLCKTTLNSMVF*

mRNA from alignment at tig00000068_pilon:556243..560920+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Ggra5925.t1 ID=Ggra5925.t1|Name=Ggra5925.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4678bp|location=Sequence derived from alignment at tig00000068_pilon:556243..560920+ (Gracilaria gracilis GNS1m male)
ATGACTCCTTCCCGCCACTCGTTGCTTGTCGCGGTCGTTCAGCTATGCGT
CGTCGCCGCCGCCGTCGCCTCCAGGTCTGCGCAGCGTGATCGCCCGGAGT
TTGGCACTCTGGTCAACCCTCAGGCTGCCACCACCATCAGCTTGCTTGTC
ATCTGCACCCCGAAGGAGGGCTGCTACTCCCAGAATGGAGATGCAATGAT
ATGCACTGGCGTCGATATCAATGACAAGACCGTCTTCTTGAGAACCATTG
CTTTCCCGGCCGACTATAGCGCGTACTATGTCGCGCAGCAGTTCGCTTTG
CCGGCTTCCTTTATCAACGCCGCCAACTTCCAGACCGTGCTGCAAGGAAA
TCTGCCAggaaaccgcaacggtaatggcaacggcaacggcaatggtaatg
gcaacggtaatgataatggCGGCGGTGACCAACTAGGTCTCGGTGCGTTT
GGTCCATCGCCGCAGCAACCGCCATCAGACCAGCCACAACCGTTGGGTAT
CAATGCATTCGGCGGCGGTGGAACAGTTCGAGACTCTAATCCGTTTGACT
TTGAGATTCCGCTTAGTGTTAAACAGTACGCTATGAGAAATGGAGTCGGA
ATCGGAGTCGGTGGTACTCCACCGGGCCAAGCCCCACCACCTCCGGACCC
CGTTTGCCGCATTCAACTGGTGGCGGCGTTTGGAAATCCTTTCGGAGTAT
GTTGCGGGCCTTGCGGTAGGTTCTGAGTTTATTGCTGCTGCTCTTTGTAT
ATAAAAATGATTGCTTCGTTTGTACAAGAGTAAGTTTAGATGTAGGAATC
AACGGTACATGTTTAACTTTTTGATCTTGTTCATCTTGCACGGCGTCCTG
ATCTTGACATGCCGTCAACGATGGATAAGTTTGAACACGTCCGGTGCGCC
GGCGCACTGCGCCGGTGCTCGTTATTAGACATAAAACATTGCAAAAATTC
CTccacggggaattgaaccccggcctcctgagtgagagtcagaaatccta
accactagaccatagAGGATCAGCTTAACTGCGTAGGGAAATGTTTAATA
TTTAGAGACACTCCTTGTCTTTGACGCACATTTGCTTCCCCGTGCTTGCT
TCTCTGCCTCTTCTCTGCAACGGAAGCCACCGCGTGCGCACTCCATCTTC
CTCCGCGCCGTACGGAACGCCGCGCCCACCATCAATCGGCCACTGAACAA
CCACACGGAACCACCGAAAATGAGTCATCCCTCCTCCCTTCAATTAccgc
agctgccgcagatgccgcagatgccgcagctgccgcagctgccgcagctg
ccgcaAGCCCCTTCCATGTccgccgtcacgtccgcggcctctgccgccgc
cgcgcgcATCGGAGCCGCTCTCTCCGACGCCCAATACTTCGAATCCAGCA
TGGTTCGCGTCGAGGATATTCGTCGACAGCTCGATTCCAAATCTGTCAAG
GAGAAGCTCGATGCCATGAAGAGAGTCATTGCTCTCATCTCCCTTGGCAA
GGATGCGTCCACGTTTTTCCCGGACGTGGTGAAGAACGTCGTCGCGCCTT
CGTTGGACGTCAAGAAGTTGGTGTATTTGTATCTTGTGCATTATGCTGAA
GAGAAGCAAGATCTGGCTTTACTTGCCATCAATACGTTTCAAAAGGATCT
TTCGGATCATAATCAACATATTCGAGCGCTTTCGCTTCGCGTTTTGTCCT
CCATTCGAGTCAAGGTCATATTGCAAGTTGTTATTCTTGCCATTGGAAGA
GCTGCAAAAGACTCGTCTTCGTATGTTAGAAAAGCTGCTGCTCATGCTAT
AAGCAAAGTGTGTTCGCTGGATACCGCCTCAAAGGAACTGCTGATGGAGC
CCCTCAAAGATCTGCTCAGTGATCTTTCGCCACAGGTCATTGGAAGTGCC
GTGGCTGCCTTTGAAGATGTCTGTCCTTATGACTGGCATCTTATTCACCC
TCACTATAGACGCTATTGTACCAATCTGTCCAGCCAGGATCCATGGGGTC
AGGTGGCCGTTGTTCATCTGCTTCTGCGCTATGCTCGAGCCCATTTTGCG
CAACCTACCAAACAGAGCACTCCTCGAAATTCAGACCTTGATCTGCTCCT
CAACAATGTCACCCCGTTGTTCTATTCCATGAACGCCGCCGTTGTTAGCG
CCGCTGTCGCCACGTACTATCACATCGCTACACCGGATGAGTTTTGCACG
CTTGCAATCAAACCGCTCATGCGATTAGTTGCGCTGCGAAGCGAAGCAAG
TCAATCGGTTGCGCTCAACATTGCATCAGCCGTAGCCACCCGATACCCAG
CCGTGCTGATTCCGTACGTGTCCGAGTTTTATGTTTCCGCTGCACATAGT
GCCACAGTTCGAAATCTGCGAATCAAAGTCCTCATGCGAATCTGTGCCAC
GGCCGGGAAGGAAGGCGGGATTGGGTCGAAGCCGCACGCTAGACGTGCAC
TTCTGGCCGAACTGCGTGAATATTTGCATCGACGTGAATATGATTTGGCT
GCTTCTGCCGCCAGAGCGATTGGATGTTTGGCTACTGCACATCCGGAATC
GACGCCAGCTATTGTGAAGGTTCTTTCTTCTGTGGTGGGTTCTGCGAATA
GTTCTGCCGTCGTTACGGAGTCTATCGGTGTATTGCGTCGTTTATTGCAA
CGTCATCCTACAGCGCAGGCTAAGGCTTTGCCACAGCTTATCGCGATGCT
TCTTACGGATGGGAGTAAGAAGAAGGAATCAATCAAGGAACCGGCAGCTC
GAGCTAGTATTATATGGCTCATTGCGGAATTCTATGACAAGGTGCCTATT
GTGGCTACAGAAGCGCTGCGATTATTGGCCCGGGGCTTCTCGGGTGAAGC
TGCGGAAGTGAAACTACAGATCCTCAATCTTGCGGCAAAGGTTGTGGCGT
CAGCCGAAACTGCAATCGATTCCATAGATGAACGCGAAACGCTTGTGCCT
ATTAATAAGCGTCGTCAGCTCCTCACGTACGTCTTAACCTGCGCCCGCTA
CGACCGAGACTATGATGTGCGGGACAAGGCAAGAATGTTGAACTTTGTTT
TCTTTTCCGAGGGTGGCAAAGTGCTACGGAAACATGCATGCAAAGCTTTC
ATGACAAAGAAACCAGTTGCATCAGTAGGCCAAGGAGATGATGCGGCACA
ATATATCGAAGAGCAGTTAGAGTCGGATATGGTGATCGGATCTCTTGCAC
ACGTTCTAAACGGAAGGCGATTGCCAGGGTTTCATCCTTTAGAACCGTGG
TCAGCTACGGATTCCGAGGATTCCTTGCGCGGAGAAGCAAGTGGCGATAA
GGGGAATGCAGCCATAAGCCGGGACTACGTTGGCGTCAGTAGCGCAGACT
ATCAAAACTACATCTCTCCAAATACGACGTCGATATCAAGCTCAACGTGG
ATGCCGCCAACCAGTATTTCTTCAGCAGACGTAAGAACCAATGGCCTTCC
GATGCTATCCACGAGCGGAGAGGAAAACATTGCATCGTCCTTGAGGTTGA
ACCAGCCATATCATAAGACCACTCAGAATACAGCGGTTGATGTCGACCCC
GAAAAGTTCTATGGGGACGAAGAAGATTCTTCAGAGTATGATGATGACTC
TTATGAGACGGATGACGAAGAAGATGAGGGAAACGAAGAAGTTGCTCTTG
CGACGGTAAGTTCGGGGACGCGGGCCGTGAAAACATCGCTGTCATCAAAG
GCACAGCCGAAGGGGCTCTTGATTGACACTGATGAGGTCACGCCAGTTGC
AACACGAAATGAGCAGAAGAAGAACGTTCGGCATGTGTCAAATGAATATG
ATTTGGATGATCTGCTAGGAGGTTTGACATTCTCGTCTAATACATCGGAC
AACAAAAAGAACCTTTCAGAAGGGCCAGCAAATGTTCAGACCTCGACGAT
CGATTTGAGACAAAAGACAGAGTATCACAGAGTAATGGAGGCATGGAATG
CATCAGGTTTAGAGGTTGACGCTGCGTACTTGAGAGCAACATCGACTGAT
GAACCAGATATAACTCCCATAATGCTTCGTGTTACGAATAACGGTAAGAG
CGACGTGAACCGAATTGGATTTGCTTCACAGTGTGGGAATAAGTTTGAAT
GCACTGCTAAAATTCCCTCACTTTCAGTCAACGAAAGCACGGAAGTATCT
GCAGTCGCTCGGTTCGCTGGAAAGACGTCCGGCGTACGTTTCGGTGTTAC
AATTGATGGAAAAGGCTTTGGAAGCGCTGAGCTTAAGCCAACTATTGGCT
ATTTGATAAAACCCCATCTAACCTTGACCCCACATGGGTTCTTGGAGGCT
GAGAAACAACTAAAGGGTATGTTCAGTAGCGAGGCCTCGGTTGTTTTACA
GGAACCGAAGGACAATGACTGGATTGGGCTATCAAAAGCGATAGAAAAAC
TTTTACTAAGCACATGCTTCGTGGCACACATCAAGACCTCGATTGGTAGC
GAATTGGGAGATGCATCTGAACGGTTTTCCTCGGTATTTGCGGGATACCA
ACCCCTTGGGCAGCCCGCTGTTGTCGGAGAGAATCCTGTCTTGCTACGAG
TGACATTGAAGTCCAGTACAAATAGCGGAGAATGTCATTGCAAGATATGG
ATTGGGTGCGAGAAAGTACTACTGTCCGCTAACTTACTGCAACTTTGTAA
GACCACTCTGAATTCTATGGTCTTCTAA

Coding sequence (CDS) from alignment at tig00000068_pilon:556243..560920+

>Ggra5925.t1 ID=Ggra5925.t1|Name=Ggra5925.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=4248bp|location=Sequence derived from alignment at tig00000068_pilon:556243..560920+ (Gracilaria gracilis GNS1m male)
ATGACTCCTTCCCGCCACTCGTTGCTTGTCGCGGTCGTTCAGCTATGCGT
CGTCGCCGCCGCCGTCGCCTCCAGGTCTGCGCAGCGTGATCGCCCGGAGT
TTGGCACTCTGGTCAACCCTCAGGCTGCCACCACCATCAGCTTGCTTGTC
ATCTGCACCCCGAAGGAGGGCTGCTACTCCCAGAATGGAGATGCAATGAT
ATGCACTGGCGTCGATATCAATGACAAGACCGTCTTCTTGAGAACCATTG
CTTTCCCGGCCGACTATAGCGCGTACTATGTCGCGCAGCAGTTCGCTTTG
CCGGCTTCCTTTATCAACGCCGCCAACTTCCAGACCGTGCTGCAAGGAAA
TCTGCCAggaaaccgcaacggtaatggcaacggcaacggcaatggtaatg
gcaacggtaatgataatggCGGCGGTGACCAACTAGGTCTCGGTGCGTTT
GGTCCATCGCCGCAGCAACCGCCATCAGACCAGCCACAACCGTTGGGTAT
CAATGCATTCGGCGGCGGTGGAACAGTTCGAGACTCTAATCCGTTTGACT
TTGAGATTCCGCTTAGTGTTAAACAGTACGCTATGAGAAATGGAGTCGGA
ATCGGAGTCGGTGGTACTCCACCGGGCCAAGCCCCACCACCTCCGGACCC
CGTTTGCCGCATTCAACTGGTGGCGGCGTTTGGAAATCCTTTCGGACCAC
CGCGTGCGCACTCCATCTTCCTCCGCGCCGTACGGAACGCCGCGCCCACC
ATCAATCGGCCACTGAACAACCACACGGAACCACCGAAAATGAGTCATCC
CTCCTCCCTTCAATTAccgcagctgccgcagatgccgcagatgccgcagc
tgccgcagctgccgcagctgccgcaAGCCCCTTCCATGTccgccgtcacg
tccgcggcctctgccgccgccgcgcgcATCGGAGCCGCTCTCTCCGACGC
CCAATACTTCGAATCCAGCATGGTTCGCGTCGAGGATATTCGTCGACAGC
TCGATTCCAAATCTGTCAAGGAGAAGCTCGATGCCATGAAGAGAGTCATT
GCTCTCATCTCCCTTGGCAAGGATGCGTCCACGTTTTTCCCGGACGTGGT
GAAGAACGTCGTCGCGCCTTCGTTGGACGTCAAGAAGTTGGTGTATTTGT
ATCTTGTGCATTATGCTGAAGAGAAGCAAGATCTGGCTTTACTTGCCATC
AATACGTTTCAAAAGGATCTTTCGGATCATAATCAACATATTCGAGCGCT
TTCGCTTCGCGTTTTGTCCTCCATTCGAGTCAAGGTCATATTGCAAGTTG
TTATTCTTGCCATTGGAAGAGCTGCAAAAGACTCGTCTTCGTATGTTAGA
AAAGCTGCTGCTCATGCTATAAGCAAAGTGTGTTCGCTGGATACCGCCTC
AAAGGAACTGCTGATGGAGCCCCTCAAAGATCTGCTCAGTGATCTTTCGC
CACAGGTCATTGGAAGTGCCGTGGCTGCCTTTGAAGATGTCTGTCCTTAT
GACTGGCATCTTATTCACCCTCACTATAGACGCTATTGTACCAATCTGTC
CAGCCAGGATCCATGGGGTCAGGTGGCCGTTGTTCATCTGCTTCTGCGCT
ATGCTCGAGCCCATTTTGCGCAACCTACCAAACAGAGCACTCCTCGAAAT
TCAGACCTTGATCTGCTCCTCAACAATGTCACCCCGTTGTTCTATTCCAT
GAACGCCGCCGTTGTTAGCGCCGCTGTCGCCACGTACTATCACATCGCTA
CACCGGATGAGTTTTGCACGCTTGCAATCAAACCGCTCATGCGATTAGTT
GCGCTGCGAAGCGAAGCAAGTCAATCGGTTGCGCTCAACATTGCATCAGC
CGTAGCCACCCGATACCCAGCCGTGCTGATTCCGTACGTGTCCGAGTTTT
ATGTTTCCGCTGCACATAGTGCCACAGTTCGAAATCTGCGAATCAAAGTC
CTCATGCGAATCTGTGCCACGGCCGGGAAGGAAGGCGGGATTGGGTCGAA
GCCGCACGCTAGACGTGCACTTCTGGCCGAACTGCGTGAATATTTGCATC
GACGTGAATATGATTTGGCTGCTTCTGCCGCCAGAGCGATTGGATGTTTG
GCTACTGCACATCCGGAATCGACGCCAGCTATTGTGAAGGTTCTTTCTTC
TGTGGTGGGTTCTGCGAATAGTTCTGCCGTCGTTACGGAGTCTATCGGTG
TATTGCGTCGTTTATTGCAACGTCATCCTACAGCGCAGGCTAAGGCTTTG
CCACAGCTTATCGCGATGCTTCTTACGGATGGGAGTAAGAAGAAGGAATC
AATCAAGGAACCGGCAGCTCGAGCTAGTATTATATGGCTCATTGCGGAAT
TCTATGACAAGGTGCCTATTGTGGCTACAGAAGCGCTGCGATTATTGGCC
CGGGGCTTCTCGGGTGAAGCTGCGGAAGTGAAACTACAGATCCTCAATCT
TGCGGCAAAGGTTGTGGCGTCAGCCGAAACTGCAATCGATTCCATAGATG
AACGCGAAACGCTTGTGCCTATTAATAAGCGTCGTCAGCTCCTCACGTAC
GTCTTAACCTGCGCCCGCTACGACCGAGACTATGATGTGCGGGACAAGGC
AAGAATGTTGAACTTTGTTTTCTTTTCCGAGGGTGGCAAAGTGCTACGGA
AACATGCATGCAAAGCTTTCATGACAAAGAAACCAGTTGCATCAGTAGGC
CAAGGAGATGATGCGGCACAATATATCGAAGAGCAGTTAGAGTCGGATAT
GGTGATCGGATCTCTTGCACACGTTCTAAACGGAAGGCGATTGCCAGGGT
TTCATCCTTTAGAACCGTGGTCAGCTACGGATTCCGAGGATTCCTTGCGC
GGAGAAGCAAGTGGCGATAAGGGGAATGCAGCCATAAGCCGGGACTACGT
TGGCGTCAGTAGCGCAGACTATCAAAACTACATCTCTCCAAATACGACGT
CGATATCAAGCTCAACGTGGATGCCGCCAACCAGTATTTCTTCAGCAGAC
GTAAGAACCAATGGCCTTCCGATGCTATCCACGAGCGGAGAGGAAAACAT
TGCATCGTCCTTGAGGTTGAACCAGCCATATCATAAGACCACTCAGAATA
CAGCGGTTGATGTCGACCCCGAAAAGTTCTATGGGGACGAAGAAGATTCT
TCAGAGTATGATGATGACTCTTATGAGACGGATGACGAAGAAGATGAGGG
AAACGAAGAAGTTGCTCTTGCGACGGTAAGTTCGGGGACGCGGGCCGTGA
AAACATCGCTGTCATCAAAGGCACAGCCGAAGGGGCTCTTGATTGACACT
GATGAGGTCACGCCAGTTGCAACACGAAATGAGCAGAAGAAGAACGTTCG
GCATGTGTCAAATGAATATGATTTGGATGATCTGCTAGGAGGTTTGACAT
TCTCGTCTAATACATCGGACAACAAAAAGAACCTTTCAGAAGGGCCAGCA
AATGTTCAGACCTCGACGATCGATTTGAGACAAAAGACAGAGTATCACAG
AGTAATGGAGGCATGGAATGCATCAGGTTTAGAGGTTGACGCTGCGTACT
TGAGAGCAACATCGACTGATGAACCAGATATAACTCCCATAATGCTTCGT
GTTACGAATAACGGTAAGAGCGACGTGAACCGAATTGGATTTGCTTCACA
GTGTGGGAATAAGTTTGAATGCACTGCTAAAATTCCCTCACTTTCAGTCA
ACGAAAGCACGGAAGTATCTGCAGTCGCTCGGTTCGCTGGAAAGACGTCC
GGCGTACGTTTCGGTGTTACAATTGATGGAAAAGGCTTTGGAAGCGCTGA
GCTTAAGCCAACTATTGGCTATTTGATAAAACCCCATCTAACCTTGACCC
CACATGGGTTCTTGGAGGCTGAGAAACAACTAAAGGGTATGTTCAGTAGC
GAGGCCTCGGTTGTTTTACAGGAACCGAAGGACAATGACTGGATTGGGCT
ATCAAAAGCGATAGAAAAACTTTTACTAAGCACATGCTTCGTGGCACACA
TCAAGACCTCGATTGGTAGCGAATTGGGAGATGCATCTGAACGGTTTTCC
TCGGTATTTGCGGGATACCAACCCCTTGGGCAGCCCGCTGTTGTCGGAGA
GAATCCTGTCTTGCTACGAGTGACATTGAAGTCCAGTACAAATAGCGGAG
AATGTCATTGCAAGATATGGATTGGGTGCGAGAAAGTACTACTGTCCGCT
AACTTACTGCAACTTTGTAAGACCACTCTGAATTCTATGGTCTTCTAA