Ggra1445.t1 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra1445.t1
Unique Name	Ggra1445.t1
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	1518

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000844_pilon	contig	tig00000844_pilon:106650..111203 -

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	45157.CMB013CT
PFAMs	DNA_gyraseB,DNA_topoisoIV,HATPase_c,TOPRIM_C,Toprim
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K03164
KEGG Pathway	ko01524,map01524
GOs	GO:0000003,GO:0000075,GO:0000278,GO:0000280,GO:0000712,GO:0000819,GO:0003674,GO:0003824,GO:0003916,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0006139,GO:0006259,GO:0006310,GO:0006725,GO:0006807,GO:0006996,GO:0007049,GO:0007059,GO:0007093,GO:0007127,GO:0007131,GO:0007346,GO:0008150,GO:0008152,GO:0009987,GO:0016043,GO:0016853,GO:0022402,GO:0022414,GO:0031570,GO:0034641,GO:0035825,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044237,GO:0044238,GO:0044260,GO:0044424,GO:0044464,GO:0044774,GO:0045132,GO:0045786,GO:0045930,GO:0046483,GO:0048285,GO:0048519,GO:0048523,GO:0050789,GO:0050794,GO:0051276,GO:0051304,GO:0051307,GO:0051321,GO:0051726,GO:0061982,GO:0065007,GO:0071704,GO:0071840,GO:0090304,GO:0098813,GO:0140013,GO:0140097,GO:1901360,GO:1903046,GO:1903047
Evalue	0.0
EggNOG OGs	COG0187@1\|root,KOG0355@2759\|Eukaryota
EC	5.99.1.3
Description	DNA topoisomerase type II (ATP-hydrolyzing) activity
COG category	L
BRITE	ko00000,ko00001,ko01000,ko03032,ko03036

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445	Ggra1445	Gracilaria gracilis GNS1m male	gene	tig00000844_pilon 106650..111203 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445.t1.stop1	Ggra1445.t1.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000844_pilon 106650..106652 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445.t1.CDS1	Ggra1445.t1.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000844_pilon 106650..111203 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445.t1.exon1	Ggra1445.t1.exon1	Gracilaria gracilis GNS1m male	exon	tig00000844_pilon 106650..111203 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445.t1.start1	Ggra1445.t1.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000844_pilon 111201..111203 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1445.t1	Ggra1445.t1	Gracilaria gracilis GNS1m male	polypeptide	tig00000844_pilon 106650..111203 -

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000844_pilon:106650..111203-
coding sequence from alignment at tig00000844_pilon:106650..111203-

mRNA sequence

>Ggra1445.t1 ID=Ggra1445.t1|Name=Ggra1445.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1518bp
MALRVSNSSNTIPRGKKTVEQTFTKLTQLEHILLRPDTYVGSSERVQQQV
WVWDDDSKTMVNREITYPPGLYKIFDEILVNAADHKQRDPAMNCIKVEID
AENQTISVWNNGSGIPIEIHKKEKIYVPELIFGNLLTSSNYDDDEKKVVG
GRNGFGAKLANIFSTEFTVETADAERGKRYKQVFRNNMSEKEEPVIRSNA
RKESYTKITFSPDLSRFGMTCLDNDIISLLKKRVYDIAGVNSSLKVYLNG
SRIPIKTFKDYVNLYQTEQSSTAIFHERVSDRWEVAITASDGQLSQVSFV
NSIWTMKGGTHVSNVADQIVTRIAEHISKKNKGLKVKPFQIKNHLSLFIS
CLIENPAFDSQTKETLTTKPSKFGSKWQFSDDLAKKVVKSKIIDNITAFA
QFKQSKELSKTDGGKKARILGVKKLEDANKAGGREASKCTLILTEGDSAA
SLAISGLSVIGRDYYGVFPLRGKLLNVRDAKHKQIMDNQEINNLKKILGL
QHNKKYCSETVKSLRYGHVIIMADQDHDGSHIKGLVINFFDHFWPSLLHV
DGFLQEFITPIMKATKIVGRGKQERVFFTLTEYKEWQDGVEGRSSGWMPK
YYKGLGSSTNVEAKEYFSNLERHQLTFTHQGEDDRAMIDLAFNKHRVSDR
KEWLSSFAPGTFFNHGEDELNYTNFVNKELILFSIADNSRSIPNIMDGLK
PSQRKVLYGCFMRKNFKREIKVLQLAGFVTEKAVYHHGDSLFPTIVSMAQ
DFVGSNNLNLLVPAGQFGTRLQGGKDAASPRYIFTKLAPIARALFPKADD
PLLSYLEDEGTTIEPSWYCPIIPMVLVNGSEGIGTGWSSSIPCYNPHDLI
RSVRLLLDNEPLEELRPWYRGFNGTIVPVENSKSFDVYGILRRSQETFRI
EELPVRSWTSSYKEFLESQTLGFPNAKDPFVRDFQDNSTENKVCFTFTAT
PGALRELSTPAAYKKLKISTSLSTSNMVLFDQDGRIRKYDSPQEIIKEFY
GTRYELYDKRRLYILGELKKELLRLDNKQRFILMVVDGKLKVSKRKKLDI
ISDLKRLKFDPIPRGNKKIASEDEEDKEGDGDGESSDPTEDENNYDYLLS
MPLWSLTFEKVQQLRSQRDRKEAEIHEMEAKTVKDLWEADLDALEESLRR
DEERVKLMMEDLERVAKRARLKQRGKNGKGKRGKSAINYFDDESFVDDFE
NVPLPKIRVVEQRKPRAKKQTGSQVTSSRAKSSRAKGKKAEVEKILDDDD
MSDIEALEDGYSDYSDDGITERMAGVSLVENDVQPKAKRSQTSKRTVKKK
VAFIDDDEGLEPVLSPAVQPRETTRSRSRRNVKKVSVTDSEDDDDFVPVG
SEDIIFDETSSPKPLDAETAKTSMATIEDDEVEVIDEDSLSLSQRLARRT
SVKKVVDKSTTGQRESNGSRGAKKVEKKTAAAKRPRAPKPTGVQPVSLIS
PSPSPVPKKTKTSRSRRGRNNTYVDLDEDDDFSPEKEVEEVKPVSRPRRQ
RAVRKVIIEDSDTDSDF*

spliced messenger RNA

>Ggra1445.t1 ID=Ggra1445.t1|Name=Ggra1445.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4554bp|location=Sequence derived from alignment at tig00000844_pilon:106650..111203- (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGGCGCTCAGAGTCTCCAACTCATCGAATACCATTCCGAGGGGAAAGAA
GACTGTTGAACAAACATTCACGAAGCTTACTCAACTTGAGCATATTTTGC
TTCGCCCTGACACATACGTTGGTTCTTCTGAACGCGTCCAGCAGCAGGTA
TGGGTATGGGACGATGACTCCAAAACCATGGTCAATAGGGAAATCACGTA
TCCTCCGGGATTATACAAGATCTTCGATGAGATTCTGGTTAATGCAGCTG
ACCACAAGCAGAGAGATCCGGCAATGAACTGTATCAAAGTGGAAATTGAT
GCCGAGAATCAGACAATATCTGTGTGGAACAATGGTTCTGGTATTCCTAT
TGAAATACACAAGAAGGAAAAAATTTACGTCCCAGAACTCATTTTCGGTA
ATCTTCTAACGTCATCTAACTATGATGATGATGAGAAGAAAGTTGTAGGA
GGTCGAAACGGATTTGGAGCCAAACTTGCGAACATATTTTCAACTGAATT
CACGGTGGAGACCGCAGATGCCGAACGAGGAAAGCGTTACAAGCAAGTAT
TTCGGAACAACATGAGTGAGAAGGAGGAGCCAGTAATTCGCTCTAATGCG
AGAAAGGAATCCTACACGAAGATTACATTCTCCCCGGATCTTTCGAGATT
TGGAATGACATGTTTAGACAACGATATAATATCTCTACTGAAGAAGCGTG
TATATGATATTGCTGGGGTCAATTCTTCGTTGAAGGTTTACCTCAATGGT
AGTCGTATTCCAATCAAGACTTTCAAGGATTACGTCAATCTCTATCAAAC
CGAACAATCGTCCACTGCAATTTTTCATGAACGCGTAAGTGACAGATGGG
AGGTTGCGATAACTGCTAGCGACGGCCAACTGAGTCAAGTAAGCTTTGTG
AACTCAATTTGGACAATGAAGGGTGGAACCCATGTCTCGAATGTTGCCGA
CCAAATTGTGACAAGGATAGCTGAGCATATTTCGAAGAAGAACAAAGGCC
TGAAAGTCAAACCGTTCCAAATCAAGAATCACCTCTCTCTGTTCATCAGT
TGCCTAATCGAGAATCCGGCCTTTGACTCTCAGACTAAAGAAACTCTTAC
CACGAAGCCATCAAAATTCGGATCCAAATGGCAGTTTTCTGATGATCTCG
CTAAAAAAGTGGTGAAGAGTAAGATCATTGACAACATCACCGCGTTTGCT
CAGTTTAAGCAGAGTAAAGAGTTGTCAAAAACTGATGGTGGCAAGAAAGC
TCGAATTCTAGGAGTCAAGAAGCTCGAAGACGCAAACAAAGCCGGAGGGA
GAGAGGCATCAAAGTGTACTCTCATTCTGACAGAGGGAGACTCAGCCGCA
TCTCTTGCTATATCTGGCCTCTCTGTAATCGGCAGAGACTATTACGGGGT
ATTTCCTCTTCGTGGAAAGCTTTTGAACGTTCGCGATGCCAAGCACAAGC
AGATTATGGACAATCAGGAGATTAACAACCTGAAAAAGATCCTTGGTTTG
CAACACAATAAGAAGTATTGTAGTGAAACCGTGAAATCTCTTCGTTATGG
CCACGTAATCATAATGGCTGATCAGGATCACGATGGTTCACATATCAAAG
GACTAGTCATTAACTTCTTCGACCATTTCTGGCCCAGTCTTCTTCACGTG
GACGGTTTCCTGCAAGAATTTATTACCCCAATTATGAAGGCTACAAAAAT
TGTCGGGCGCGGCAAACAAGAGAGAGTCTTCTTCACCCTTACAGAATACA
AAGAGTGGCAAGATGGTGTCGAAGGAAGATCCAGTGGATGGATGCCGAAG
TACTACAAAGGTCTCGGTTCGTCAACGAATGTGGAAGCGAAGGAGTACTT
TTCAAACCTAGAACGACACCAGCTTACTTTCACTCATCAGGGTGAAGATG
ACAGGGCTATGATTGATCTTGCTTTCAACAAACATCGCGTAAGCGACCGA
AAGGAGTGGCTTTCTTCGTTTGCTCCTGGTACATTTTTCAACCATGGAGA
AGACGAGCTTAACTATACCAATTTCGTGAACAAAGAACTCATCTTGTTCT
CTATTGCAGACAATTCTAGATCAATCCCAAACATCATGGATGGTCTTAAG
CCGTCCCAAAGGAAAGTATTGTATGGTTGCTTTATGAGGAAAAACTTCAA
GAGAGAAATCAAGGTTCTTCAGCTTGCAGGTTTCGTAACTGAAAAAGCTG
TATACCATCATGGAGATTCGCTGTTCCCAACTATAGTGTCCATGGCTCAA
GATTTTGTGGGATCGAATAATCTCAACCTTCTGGTTCCAGCGGGTCAGTT
TGGCACCAGGTTGCAGGGGGGTAAGGATGCCGCGTCCCCAAGATACATTT
TCACGAAGCTAGCCCCCATAGCTCGTGCTCTGTTTCCAAAGGCAGATGAT
CCATTGTTGTCGTACCTGGAAGATGAAGGTACCACTATTGAACCTTCATG
GTATTGTCCCATTATACCAATGGTACTGGTAAATGGATCCGAGGGTATTG
GAACTGGATGGTCATCCTCTATACCATGCTACAACCCCCATGATCTTATA
CGAAGCGTTCGGCTACTGTTGGATAATGAACCACTAGAGGAATTGCGTCC
GTGGTACCGCGGTTTCAATGGGACCATCGTGCCTGTTGAAAACTCCAAGT
CATTTGATGTCTACGGGATTTTGCGTAGGTCCCAAGAAACGTTTCGAATT
GAAGAGCTTCCGGTGAGGAGTTGGACATCATCCTACAAAGAGTTTCTTGA
ATCTCAAACGCTTGGCTTTCCAAATGCCAAAGATCCGTTTGTTCGAGATT
TCCAAGACAACAGCACGGAAAATAAGGTTTGTTTTACGTTCACTGCAACT
CCTGGGGCCCTCAGGGAGCTGTCAACTCCCGCCGCCTACAAGAAGCTCAA
GATTTCAACCTCTCTCAGCACCAGCAATATGGTTCTGTTCGACCAAGATG
GCCGCATTCGAAAATATGATTCCCCTCAAGAAATCATAAAGGAGTTTTAC
GGAACTCGATATGAACTATACGACAAAAGGCGTCTGTATATCCTCGGAGA
ACTTAAAAAGGAGCTGTTGCGCCTTGACAACAAACAGAGGTTTATCTTGA
TGGTGGTAGACGGAAAGCTCAAGGTCTCGAAGCGAAAGAAATTGGACATC
ATCTCTGATCTGAAGCGGCTAAAATTCGACCCAATTCCAAGGGGTAACAA
GAAGATAGCTTCCGAAGACGAGGAAGATAAGGAAGGAGACGGTGACGGCG
AATCCAGCGACCCAACGGAAGATGAGAATAATTATGACTATCTTCTCTCC
ATGCCTTTGTGGAGCCTTACATTTGAGAAAGTTCAGCAACTTCGTTCGCA
GAGAGACAGGAAAGAGGCTGAAATCCACGAAATGGAAGCGAAGACTGTGA
AAGACCTTTGGGAGGCAGATCTGGATGCGCTTGAAGAATCTCTTCGTAGG
GACGAAGAAAGGGTTAAGTTGATGATGGAAGACTTAGAACGTGTGGCGAA
ACGTGCCCGTCTCAAGCAACGAGGGAAGAATGGAAAGGGGAAACGTGGAA
AATCGGCAATCAACTACTTCGACGATGAAAGCTTTGTTGATGACTTTGAG
AACGTGCCTCTCCCGAAAATACGAGTGGTGGAACAAAGGAAACCGAGGGC
AAAGAAACAAACAGGGAGTCAGGTGACTTCCTCTCGTGCAAAGAGCTCAA
GGGCAAAGGGAAAGAAAGCCGAAGTGGAGAAGATTCTTGATGACGACGAT
ATGTCAGACATCGAAGCTCTTGAAGACGGGTATTCTGATTACTCGGATGA
TGGAATTACTGAACGAATGGCAGGTGTGTCTCTAGTTGAGAATGATGTGC
AGCCCAAGGCGAAGAGGTCTCAAACCAGCAAACGAACTGTGAAGAAGAAA
GTTGCATTTATCGATGATGACGAGGGGCTCGAACCAGTCCTTTCTCCGGC
TGTACAGCCGAGGGAAACAACTAGGTCAAGATCTCGCAGAAATGTGAAGA
AAGTATCTGTGACCGACTCAGAGGACGACGATGACTTTGTTCCAGTCGGC
AGTGAAGACATTATCTTTGACGAAACAAGTTCCCCAAAACCACTAGACGC
AGAGACGGCCAAGACGTCCATGGCAACCATTGAGGACGATGAAGTCGAAG
TGATAGACGAGGATTCGCTATCACTTAGTCAACGTCTTGCAAGGAGAACT
TCTGTTAAGAAAGTGGTTGACAAGTCCACCACTGGGCAACGTGAAAGCAA
CGGGTCTCGAGGCGCGAAGAAGGTGGAAAAGAAGACGGCAGCAGCCAAGA
GACCAAGAGCCCCTAAACCGACTGGCGTTCAGCCCGTATCTTTGATTTCG
CCATCCCCCTCTCCAGTTCCCAAGAAAACTAAGACCTCACGGTCAAGGAG
AGGAAGGAATAACACCTACGTCGATCTTGATGAAGATGACGATTTTTCGC
CAGAGAAAGAAGTAGAGGAAGTCAAGCCCGTTTCTCGTCCTCGTCGGCAG
CGAGCGGTACGCAAGGTAATTATCGAAGATTCTGATACCGATTCAGATTT
TTGA

protein sequence of Ggra1445.t1

>Ggra1445.t1 ID=Ggra1445.t1|Name=Ggra1445.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1518bp
MALRVSNSSNTIPRGKKTVEQTFTKLTQLEHILLRPDTYVGSSERVQQQV
WVWDDDSKTMVNREITYPPGLYKIFDEILVNAADHKQRDPAMNCIKVEID
AENQTISVWNNGSGIPIEIHKKEKIYVPELIFGNLLTSSNYDDDEKKVVG
GRNGFGAKLANIFSTEFTVETADAERGKRYKQVFRNNMSEKEEPVIRSNA
RKESYTKITFSPDLSRFGMTCLDNDIISLLKKRVYDIAGVNSSLKVYLNG
SRIPIKTFKDYVNLYQTEQSSTAIFHERVSDRWEVAITASDGQLSQVSFV
NSIWTMKGGTHVSNVADQIVTRIAEHISKKNKGLKVKPFQIKNHLSLFIS
CLIENPAFDSQTKETLTTKPSKFGSKWQFSDDLAKKVVKSKIIDNITAFA
QFKQSKELSKTDGGKKARILGVKKLEDANKAGGREASKCTLILTEGDSAA
SLAISGLSVIGRDYYGVFPLRGKLLNVRDAKHKQIMDNQEINNLKKILGL
QHNKKYCSETVKSLRYGHVIIMADQDHDGSHIKGLVINFFDHFWPSLLHV
DGFLQEFITPIMKATKIVGRGKQERVFFTLTEYKEWQDGVEGRSSGWMPK
YYKGLGSSTNVEAKEYFSNLERHQLTFTHQGEDDRAMIDLAFNKHRVSDR
KEWLSSFAPGTFFNHGEDELNYTNFVNKELILFSIADNSRSIPNIMDGLK
PSQRKVLYGCFMRKNFKREIKVLQLAGFVTEKAVYHHGDSLFPTIVSMAQ
DFVGSNNLNLLVPAGQFGTRLQGGKDAASPRYIFTKLAPIARALFPKADD
PLLSYLEDEGTTIEPSWYCPIIPMVLVNGSEGIGTGWSSSIPCYNPHDLI
RSVRLLLDNEPLEELRPWYRGFNGTIVPVENSKSFDVYGILRRSQETFRI
EELPVRSWTSSYKEFLESQTLGFPNAKDPFVRDFQDNSTENKVCFTFTAT
PGALRELSTPAAYKKLKISTSLSTSNMVLFDQDGRIRKYDSPQEIIKEFY
GTRYELYDKRRLYILGELKKELLRLDNKQRFILMVVDGKLKVSKRKKLDI
ISDLKRLKFDPIPRGNKKIASEDEEDKEGDGDGESSDPTEDENNYDYLLS
MPLWSLTFEKVQQLRSQRDRKEAEIHEMEAKTVKDLWEADLDALEESLRR
DEERVKLMMEDLERVAKRARLKQRGKNGKGKRGKSAINYFDDESFVDDFE
NVPLPKIRVVEQRKPRAKKQTGSQVTSSRAKSSRAKGKKAEVEKILDDDD
MSDIEALEDGYSDYSDDGITERMAGVSLVENDVQPKAKRSQTSKRTVKKK
VAFIDDDEGLEPVLSPAVQPRETTRSRSRRNVKKVSVTDSEDDDDFVPVG
SEDIIFDETSSPKPLDAETAKTSMATIEDDEVEVIDEDSLSLSQRLARRT
SVKKVVDKSTTGQRESNGSRGAKKVEKKTAAAKRPRAPKPTGVQPVSLIS
PSPSPVPKKTKTSRSRRGRNNTYVDLDEDDDFSPEKEVEEVKPVSRPRRQ
RAVRKVIIEDSDTDSDF*

mRNA from alignment at tig00000844_pilon:106650..111203-

Legend: polypeptideCDSexonstart_codonstop_codon

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

>Ggra1445.t1 ID=Ggra1445.t1|Name=Ggra1445.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4554bp|location=Sequence derived from alignment at tig00000844_pilon:106650..111203- (Gracilaria gracilis GNS1m male)
ATGGCGCTCAGAGTCTCCAACTCATCGAATACCATTCCGAGGGGAAAGAA
GACTGTTGAACAAACATTCACGAAGCTTACTCAACTTGAGCATATTTTGC
TTCGCCCTGACACATACGTTGGTTCTTCTGAACGCGTCCAGCAGCAGGTA
TGGGTATGGGACGATGACTCCAAAACCATGGTCAATAGGGAAATCACGTA
TCCTCCGGGATTATACAAGATCTTCGATGAGATTCTGGTTAATGCAGCTG
ACCACAAGCAGAGAGATCCGGCAATGAACTGTATCAAAGTGGAAATTGAT
GCCGAGAATCAGACAATATCTGTGTGGAACAATGGTTCTGGTATTCCTAT
TGAAATACACAAGAAGGAAAAAATTTACGTCCCAGAACTCATTTTCGGTA
ATCTTCTAACGTCATCTAACTATGATGATGATGAGAAGAAAGTTGTAGGA
GGTCGAAACGGATTTGGAGCCAAACTTGCGAACATATTTTCAACTGAATT
CACGGTGGAGACCGCAGATGCCGAACGAGGAAAGCGTTACAAGCAAGTAT
TTCGGAACAACATGAGTGAGAAGGAGGAGCCAGTAATTCGCTCTAATGCG
AGAAAGGAATCCTACACGAAGATTACATTCTCCCCGGATCTTTCGAGATT
TGGAATGACATGTTTAGACAACGATATAATATCTCTACTGAAGAAGCGTG
TATATGATATTGCTGGGGTCAATTCTTCGTTGAAGGTTTACCTCAATGGT
AGTCGTATTCCAATCAAGACTTTCAAGGATTACGTCAATCTCTATCAAAC
CGAACAATCGTCCACTGCAATTTTTCATGAACGCGTAAGTGACAGATGGG
AGGTTGCGATAACTGCTAGCGACGGCCAACTGAGTCAAGTAAGCTTTGTG
AACTCAATTTGGACAATGAAGGGTGGAACCCATGTCTCGAATGTTGCCGA
CCAAATTGTGACAAGGATAGCTGAGCATATTTCGAAGAAGAACAAAGGCC
TGAAAGTCAAACCGTTCCAAATCAAGAATCACCTCTCTCTGTTCATCAGT
TGCCTAATCGAGAATCCGGCCTTTGACTCTCAGACTAAAGAAACTCTTAC
CACGAAGCCATCAAAATTCGGATCCAAATGGCAGTTTTCTGATGATCTCG
CTAAAAAAGTGGTGAAGAGTAAGATCATTGACAACATCACCGCGTTTGCT
CAGTTTAAGCAGAGTAAAGAGTTGTCAAAAACTGATGGTGGCAAGAAAGC
TCGAATTCTAGGAGTCAAGAAGCTCGAAGACGCAAACAAAGCCGGAGGGA
GAGAGGCATCAAAGTGTACTCTCATTCTGACAGAGGGAGACTCAGCCGCA
TCTCTTGCTATATCTGGCCTCTCTGTAATCGGCAGAGACTATTACGGGGT
ATTTCCTCTTCGTGGAAAGCTTTTGAACGTTCGCGATGCCAAGCACAAGC
AGATTATGGACAATCAGGAGATTAACAACCTGAAAAAGATCCTTGGTTTG
CAACACAATAAGAAGTATTGTAGTGAAACCGTGAAATCTCTTCGTTATGG
CCACGTAATCATAATGGCTGATCAGGATCACGATGGTTCACATATCAAAG
GACTAGTCATTAACTTCTTCGACCATTTCTGGCCCAGTCTTCTTCACGTG
GACGGTTTCCTGCAAGAATTTATTACCCCAATTATGAAGGCTACAAAAAT
TGTCGGGCGCGGCAAACAAGAGAGAGTCTTCTTCACCCTTACAGAATACA
AAGAGTGGCAAGATGGTGTCGAAGGAAGATCCAGTGGATGGATGCCGAAG
TACTACAAAGGTCTCGGTTCGTCAACGAATGTGGAAGCGAAGGAGTACTT
TTCAAACCTAGAACGACACCAGCTTACTTTCACTCATCAGGGTGAAGATG
ACAGGGCTATGATTGATCTTGCTTTCAACAAACATCGCGTAAGCGACCGA
AAGGAGTGGCTTTCTTCGTTTGCTCCTGGTACATTTTTCAACCATGGAGA
AGACGAGCTTAACTATACCAATTTCGTGAACAAAGAACTCATCTTGTTCT
CTATTGCAGACAATTCTAGATCAATCCCAAACATCATGGATGGTCTTAAG
CCGTCCCAAAGGAAAGTATTGTATGGTTGCTTTATGAGGAAAAACTTCAA
GAGAGAAATCAAGGTTCTTCAGCTTGCAGGTTTCGTAACTGAAAAAGCTG
TATACCATCATGGAGATTCGCTGTTCCCAACTATAGTGTCCATGGCTCAA
GATTTTGTGGGATCGAATAATCTCAACCTTCTGGTTCCAGCGGGTCAGTT
TGGCACCAGGTTGCAGGGGGGTAAGGATGCCGCGTCCCCAAGATACATTT
TCACGAAGCTAGCCCCCATAGCTCGTGCTCTGTTTCCAAAGGCAGATGAT
CCATTGTTGTCGTACCTGGAAGATGAAGGTACCACTATTGAACCTTCATG
GTATTGTCCCATTATACCAATGGTACTGGTAAATGGATCCGAGGGTATTG
GAACTGGATGGTCATCCTCTATACCATGCTACAACCCCCATGATCTTATA
CGAAGCGTTCGGCTACTGTTGGATAATGAACCACTAGAGGAATTGCGTCC
GTGGTACCGCGGTTTCAATGGGACCATCGTGCCTGTTGAAAACTCCAAGT
CATTTGATGTCTACGGGATTTTGCGTAGGTCCCAAGAAACGTTTCGAATT
GAAGAGCTTCCGGTGAGGAGTTGGACATCATCCTACAAAGAGTTTCTTGA
ATCTCAAACGCTTGGCTTTCCAAATGCCAAAGATCCGTTTGTTCGAGATT
TCCAAGACAACAGCACGGAAAATAAGGTTTGTTTTACGTTCACTGCAACT
CCTGGGGCCCTCAGGGAGCTGTCAACTCCCGCCGCCTACAAGAAGCTCAA
GATTTCAACCTCTCTCAGCACCAGCAATATGGTTCTGTTCGACCAAGATG
GCCGCATTCGAAAATATGATTCCCCTCAAGAAATCATAAAGGAGTTTTAC
GGAACTCGATATGAACTATACGACAAAAGGCGTCTGTATATCCTCGGAGA
ACTTAAAAAGGAGCTGTTGCGCCTTGACAACAAACAGAGGTTTATCTTGA
TGGTGGTAGACGGAAAGCTCAAGGTCTCGAAGCGAAAGAAATTGGACATC
ATCTCTGATCTGAAGCGGCTAAAATTCGACCCAATTCCAAGGGGTAACAA
GAAGATAGCTTCCGAAGACGAGGAAGATAAGGAAGGAGACGGTGACGGCG
AATCCAGCGACCCAACGGAAGATGAGAATAATTATGACTATCTTCTCTCC
ATGCCTTTGTGGAGCCTTACATTTGAGAAAGTTCAGCAACTTCGTTCGCA
GAGAGACAGGAAAGAGGCTGAAATCCACGAAATGGAAGCGAAGACTGTGA
AAGACCTTTGGGAGGCAGATCTGGATGCGCTTGAAGAATCTCTTCGTAGG
GACGAAGAAAGGGTTAAGTTGATGATGGAAGACTTAGAACGTGTGGCGAA
ACGTGCCCGTCTCAAGCAACGAGGGAAGAATGGAAAGGGGAAACGTGGAA
AATCGGCAATCAACTACTTCGACGATGAAAGCTTTGTTGATGACTTTGAG
AACGTGCCTCTCCCGAAAATACGAGTGGTGGAACAAAGGAAACCGAGGGC
AAAGAAACAAACAGGGAGTCAGGTGACTTCCTCTCGTGCAAAGAGCTCAA
GGGCAAAGGGAAAGAAAGCCGAAGTGGAGAAGATTCTTGATGACGACGAT
ATGTCAGACATCGAAGCTCTTGAAGACGGGTATTCTGATTACTCGGATGA
TGGAATTACTGAACGAATGGCAGGTGTGTCTCTAGTTGAGAATGATGTGC
AGCCCAAGGCGAAGAGGTCTCAAACCAGCAAACGAACTGTGAAGAAGAAA
GTTGCATTTATCGATGATGACGAGGGGCTCGAACCAGTCCTTTCTCCGGC
TGTACAGCCGAGGGAAACAACTAGGTCAAGATCTCGCAGAAATGTGAAGA
AAGTATCTGTGACCGACTCAGAGGACGACGATGACTTTGTTCCAGTCGGC
AGTGAAGACATTATCTTTGACGAAACAAGTTCCCCAAAACCACTAGACGC
AGAGACGGCCAAGACGTCCATGGCAACCATTGAGGACGATGAAGTCGAAG
TGATAGACGAGGATTCGCTATCACTTAGTCAACGTCTTGCAAGGAGAACT
TCTGTTAAGAAAGTGGTTGACAAGTCCACCACTGGGCAACGTGAAAGCAA
CGGGTCTCGAGGCGCGAAGAAGGTGGAAAAGAAGACGGCAGCAGCCAAGA
GACCAAGAGCCCCTAAACCGACTGGCGTTCAGCCCGTATCTTTGATTTCG
CCATCCCCCTCTCCAGTTCCCAAGAAAACTAAGACCTCACGGTCAAGGAG
AGGAAGGAATAACACCTACGTCGATCTTGATGAAGATGACGATTTTTCGC
CAGAGAAAGAAGTAGAGGAAGTCAAGCCCGTTTCTCGTCCTCGTCGGCAG
CGAGCGGTACGCAAGGTAATTATCGAAGATTCTGATACCGATTCAGATTT
TTGA

Coding sequence (CDS) from alignment at tig00000844_pilon:106650..111203-

>Ggra1445.t1 ID=Ggra1445.t1|Name=Ggra1445.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=4554bp|location=Sequence derived from alignment at tig00000844_pilon:106650..111203- (Gracilaria gracilis GNS1m male)
ATGGCGCTCAGAGTCTCCAACTCATCGAATACCATTCCGAGGGGAAAGAA
GACTGTTGAACAAACATTCACGAAGCTTACTCAACTTGAGCATATTTTGC
TTCGCCCTGACACATACGTTGGTTCTTCTGAACGCGTCCAGCAGCAGGTA
TGGGTATGGGACGATGACTCCAAAACCATGGTCAATAGGGAAATCACGTA
TCCTCCGGGATTATACAAGATCTTCGATGAGATTCTGGTTAATGCAGCTG
ACCACAAGCAGAGAGATCCGGCAATGAACTGTATCAAAGTGGAAATTGAT
GCCGAGAATCAGACAATATCTGTGTGGAACAATGGTTCTGGTATTCCTAT
TGAAATACACAAGAAGGAAAAAATTTACGTCCCAGAACTCATTTTCGGTA
ATCTTCTAACGTCATCTAACTATGATGATGATGAGAAGAAAGTTGTAGGA
GGTCGAAACGGATTTGGAGCCAAACTTGCGAACATATTTTCAACTGAATT
CACGGTGGAGACCGCAGATGCCGAACGAGGAAAGCGTTACAAGCAAGTAT
TTCGGAACAACATGAGTGAGAAGGAGGAGCCAGTAATTCGCTCTAATGCG
AGAAAGGAATCCTACACGAAGATTACATTCTCCCCGGATCTTTCGAGATT
TGGAATGACATGTTTAGACAACGATATAATATCTCTACTGAAGAAGCGTG
TATATGATATTGCTGGGGTCAATTCTTCGTTGAAGGTTTACCTCAATGGT
AGTCGTATTCCAATCAAGACTTTCAAGGATTACGTCAATCTCTATCAAAC
CGAACAATCGTCCACTGCAATTTTTCATGAACGCGTAAGTGACAGATGGG
AGGTTGCGATAACTGCTAGCGACGGCCAACTGAGTCAAGTAAGCTTTGTG
AACTCAATTTGGACAATGAAGGGTGGAACCCATGTCTCGAATGTTGCCGA
CCAAATTGTGACAAGGATAGCTGAGCATATTTCGAAGAAGAACAAAGGCC
TGAAAGTCAAACCGTTCCAAATCAAGAATCACCTCTCTCTGTTCATCAGT
TGCCTAATCGAGAATCCGGCCTTTGACTCTCAGACTAAAGAAACTCTTAC
CACGAAGCCATCAAAATTCGGATCCAAATGGCAGTTTTCTGATGATCTCG
CTAAAAAAGTGGTGAAGAGTAAGATCATTGACAACATCACCGCGTTTGCT
CAGTTTAAGCAGAGTAAAGAGTTGTCAAAAACTGATGGTGGCAAGAAAGC
TCGAATTCTAGGAGTCAAGAAGCTCGAAGACGCAAACAAAGCCGGAGGGA
GAGAGGCATCAAAGTGTACTCTCATTCTGACAGAGGGAGACTCAGCCGCA
TCTCTTGCTATATCTGGCCTCTCTGTAATCGGCAGAGACTATTACGGGGT
ATTTCCTCTTCGTGGAAAGCTTTTGAACGTTCGCGATGCCAAGCACAAGC
AGATTATGGACAATCAGGAGATTAACAACCTGAAAAAGATCCTTGGTTTG
CAACACAATAAGAAGTATTGTAGTGAAACCGTGAAATCTCTTCGTTATGG
CCACGTAATCATAATGGCTGATCAGGATCACGATGGTTCACATATCAAAG
GACTAGTCATTAACTTCTTCGACCATTTCTGGCCCAGTCTTCTTCACGTG
GACGGTTTCCTGCAAGAATTTATTACCCCAATTATGAAGGCTACAAAAAT
TGTCGGGCGCGGCAAACAAGAGAGAGTCTTCTTCACCCTTACAGAATACA
AAGAGTGGCAAGATGGTGTCGAAGGAAGATCCAGTGGATGGATGCCGAAG
TACTACAAAGGTCTCGGTTCGTCAACGAATGTGGAAGCGAAGGAGTACTT
TTCAAACCTAGAACGACACCAGCTTACTTTCACTCATCAGGGTGAAGATG
ACAGGGCTATGATTGATCTTGCTTTCAACAAACATCGCGTAAGCGACCGA
AAGGAGTGGCTTTCTTCGTTTGCTCCTGGTACATTTTTCAACCATGGAGA
AGACGAGCTTAACTATACCAATTTCGTGAACAAAGAACTCATCTTGTTCT
CTATTGCAGACAATTCTAGATCAATCCCAAACATCATGGATGGTCTTAAG
CCGTCCCAAAGGAAAGTATTGTATGGTTGCTTTATGAGGAAAAACTTCAA
GAGAGAAATCAAGGTTCTTCAGCTTGCAGGTTTCGTAACTGAAAAAGCTG
TATACCATCATGGAGATTCGCTGTTCCCAACTATAGTGTCCATGGCTCAA
GATTTTGTGGGATCGAATAATCTCAACCTTCTGGTTCCAGCGGGTCAGTT
TGGCACCAGGTTGCAGGGGGGTAAGGATGCCGCGTCCCCAAGATACATTT
TCACGAAGCTAGCCCCCATAGCTCGTGCTCTGTTTCCAAAGGCAGATGAT
CCATTGTTGTCGTACCTGGAAGATGAAGGTACCACTATTGAACCTTCATG
GTATTGTCCCATTATACCAATGGTACTGGTAAATGGATCCGAGGGTATTG
GAACTGGATGGTCATCCTCTATACCATGCTACAACCCCCATGATCTTATA
CGAAGCGTTCGGCTACTGTTGGATAATGAACCACTAGAGGAATTGCGTCC
GTGGTACCGCGGTTTCAATGGGACCATCGTGCCTGTTGAAAACTCCAAGT
CATTTGATGTCTACGGGATTTTGCGTAGGTCCCAAGAAACGTTTCGAATT
GAAGAGCTTCCGGTGAGGAGTTGGACATCATCCTACAAAGAGTTTCTTGA
ATCTCAAACGCTTGGCTTTCCAAATGCCAAAGATCCGTTTGTTCGAGATT
TCCAAGACAACAGCACGGAAAATAAGGTTTGTTTTACGTTCACTGCAACT
CCTGGGGCCCTCAGGGAGCTGTCAACTCCCGCCGCCTACAAGAAGCTCAA
GATTTCAACCTCTCTCAGCACCAGCAATATGGTTCTGTTCGACCAAGATG
GCCGCATTCGAAAATATGATTCCCCTCAAGAAATCATAAAGGAGTTTTAC
GGAACTCGATATGAACTATACGACAAAAGGCGTCTGTATATCCTCGGAGA
ACTTAAAAAGGAGCTGTTGCGCCTTGACAACAAACAGAGGTTTATCTTGA
TGGTGGTAGACGGAAAGCTCAAGGTCTCGAAGCGAAAGAAATTGGACATC
ATCTCTGATCTGAAGCGGCTAAAATTCGACCCAATTCCAAGGGGTAACAA
GAAGATAGCTTCCGAAGACGAGGAAGATAAGGAAGGAGACGGTGACGGCG
AATCCAGCGACCCAACGGAAGATGAGAATAATTATGACTATCTTCTCTCC
ATGCCTTTGTGGAGCCTTACATTTGAGAAAGTTCAGCAACTTCGTTCGCA
GAGAGACAGGAAAGAGGCTGAAATCCACGAAATGGAAGCGAAGACTGTGA
AAGACCTTTGGGAGGCAGATCTGGATGCGCTTGAAGAATCTCTTCGTAGG
GACGAAGAAAGGGTTAAGTTGATGATGGAAGACTTAGAACGTGTGGCGAA
ACGTGCCCGTCTCAAGCAACGAGGGAAGAATGGAAAGGGGAAACGTGGAA
AATCGGCAATCAACTACTTCGACGATGAAAGCTTTGTTGATGACTTTGAG
AACGTGCCTCTCCCGAAAATACGAGTGGTGGAACAAAGGAAACCGAGGGC
AAAGAAACAAACAGGGAGTCAGGTGACTTCCTCTCGTGCAAAGAGCTCAA
GGGCAAAGGGAAAGAAAGCCGAAGTGGAGAAGATTCTTGATGACGACGAT
ATGTCAGACATCGAAGCTCTTGAAGACGGGTATTCTGATTACTCGGATGA
TGGAATTACTGAACGAATGGCAGGTGTGTCTCTAGTTGAGAATGATGTGC
AGCCCAAGGCGAAGAGGTCTCAAACCAGCAAACGAACTGTGAAGAAGAAA
GTTGCATTTATCGATGATGACGAGGGGCTCGAACCAGTCCTTTCTCCGGC
TGTACAGCCGAGGGAAACAACTAGGTCAAGATCTCGCAGAAATGTGAAGA
AAGTATCTGTGACCGACTCAGAGGACGACGATGACTTTGTTCCAGTCGGC
AGTGAAGACATTATCTTTGACGAAACAAGTTCCCCAAAACCACTAGACGC
AGAGACGGCCAAGACGTCCATGGCAACCATTGAGGACGATGAAGTCGAAG
TGATAGACGAGGATTCGCTATCACTTAGTCAACGTCTTGCAAGGAGAACT
TCTGTTAAGAAAGTGGTTGACAAGTCCACCACTGGGCAACGTGAAAGCAA
CGGGTCTCGAGGCGCGAAGAAGGTGGAAAAGAAGACGGCAGCAGCCAAGA
GACCAAGAGCCCCTAAACCGACTGGCGTTCAGCCCGTATCTTTGATTTCG
CCATCCCCCTCTCCAGTTCCCAAGAAAACTAAGACCTCACGGTCAAGGAG
AGGAAGGAATAACACCTACGTCGATCTTGATGAAGATGACGATTTTTCGC
CAGAGAAAGAAGTAGAGGAAGTCAAGCCCGTTTCTCGTCCTCGTCGGCAG
CGAGCGGTACGCAAGGTAATTATCGAAGATTCTGATACCGATTCAGATTT
TTGA