Ggra10033.t1 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra10033.t1
Unique Name	Ggra10033.t1
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	1557

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000222_pilon	contig	tig00000222_pilon:105042..109930 +

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	161934.XP_010674730.1
PFAMs	DNA_pol_B,DNA_pol_B_exo1,zf-C4pol,zf-RanBP
Max annot lvl	35493\|Streptophyta
KEGG ko	ko:K02350
KEGG Pathway	ko01100,ko01524,ko03460,map01100,map01524,map03460
KEGG Module	M00293
GOs	GO:0000731,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0006139,GO:0006259,GO:0006281,GO:0006301,GO:0006725,GO:0006807,GO:0006950,GO:0006974,GO:0008150,GO:0008152,GO:0009058,GO:0009059,GO:0009314,GO:0009411,GO:0009416,GO:0009628,GO:0009987,GO:0010225,GO:0016035,GO:0018130,GO:0019438,GO:0019985,GO:0032991,GO:0033554,GO:0034641,GO:0034644,GO:0034645,GO:0034654,GO:0042276,GO:0042575,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044271,GO:0044422,GO:0044424,GO:0044446,GO:0044464,GO:0046483,GO:0050896,GO:0051716,GO:0061695,GO:0071214,GO:0071478,GO:0071482,GO:0071494,GO:0071704,GO:0071897,GO:0090304,GO:0104004,GO:1901360,GO:1901362,GO:1901576,GO:1902494,GO:1990234
Evalue	3.63e-185
EggNOG OGs	COG0417@1\|root,KOG0968@2759\|Eukaryota,37RRF@33090\|Viridiplantae,3GCAV@35493\|Streptophyta
EC	2.7.7.7
Description	DNA polymerase
COG category	L
BRITE	ko00000,ko00001,ko00002,ko01000,ko03400

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033	Ggra10033	Gracilaria gracilis GNS1m male	gene	tig00000222_pilon 105042..109930 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1	Ggra10033.t1	Gracilaria gracilis GNS1m male	polypeptide	tig00000222_pilon 105042..109930 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1.start1	Ggra10033.t1.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000222_pilon 105042..105044 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1.CDS1	Ggra10033.t1.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000222_pilon 105042..107055 +
Ggra10033.t1.CDS2	Ggra10033.t1.CDS2	Gracilaria gracilis GNS1m male	CDS	tig00000222_pilon 107140..107282 +
Ggra10033.t1.CDS3	Ggra10033.t1.CDS3	Gracilaria gracilis GNS1m male	CDS	tig00000222_pilon 107417..109930 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1.exon1	Ggra10033.t1.exon1	Gracilaria gracilis GNS1m male	exon	tig00000222_pilon 105042..107055 +
Ggra10033.t1.exon2	Ggra10033.t1.exon2	Gracilaria gracilis GNS1m male	exon	tig00000222_pilon 107140..107282 +
Ggra10033.t1.exon3	Ggra10033.t1.exon3	Gracilaria gracilis GNS1m male	exon	tig00000222_pilon 107417..109930 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1.intron1	Ggra10033.t1.intron1	Gracilaria gracilis GNS1m male	intron	tig00000222_pilon 107056..107139 +
Ggra10033.t1.intron2	Ggra10033.t1.intron2	Gracilaria gracilis GNS1m male	intron	tig00000222_pilon 107283..107416 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra10033.t1.stop1	Ggra10033.t1.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000222_pilon 109928..109930 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000222_pilon:105042..109930+
coding sequence from alignment at tig00000222_pilon:105042..109930+

mRNA sequence

>Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1557bp
MKPVLKHNIYGYQPSPIPFVQVFVYLPTTVQRIATIISQKALPEHLIRHH
PLPYAAHIPFVLQFLSDFALAGMDYIYLSQVRFRSPLPVAPPHANALEHY
NSPLESRLFYDGLQDRNAKMLWPFSVPKRSTCTLELDVIPSQIMNAVPEN
HEAYNFTSRTLAVLWEEERLRTGSYPKRKKPRDRTVKAGAHLTDDFMKER
LNEVLNAPVGVSPQELLSSPEEPEQIAAEGDCLEEQFDDVLKYLDASSSV
QADKDDIVQFKDDANYDDFGINAQDDLVYGDDEQEDPDEHHAVQQTWADI
AACTQTESLELKIRSPGQEEQPTSTERTLTEDVRDYVPNGIIVADSYQAA
SADDSADARKVGIENSRHTLEESQPKEGKTVRIRHPWKASASKLDIAHDV
EIASFDDDTEGSERGPKSYTPDAVRNRDGTHVCNHHVNQPDKEKSKLYES
SEIHHILRPSARPPKVIDNDQTSLVSHAFRIKYKTPFYGKQEDELKTDYV
YAGRRIPVRRAGARGYFPFPSSIGKVVPPPVEFLPRIVCPVKKPPKLSEL
QIALVRETNNANRSGLQRGIDIDSAGRQITKNNARTSWQQLTWTQPNFYG
GGASLDNRNLAKILSDGEDSAGELPSANREDTEMITPLEEQKNSLEFNRP
PSPKYDEAYQFTVHRQSHSTERKGYLNRTNSDIFGRSGDPRLDSERKNRT
ASASQSPHMHQNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIF
PITREHEAVTFVLNRPKALDPSRLIQSCDSEASLFDKLASHIRTCDPDVL
VGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPA
AAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPR
HENKYLEEWFTRDNQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVF
GIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPL
VMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERR
RIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEI
LETRVMVKTAMKEAKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMP
CAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGA
TRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFES
AEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQR
ICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVP
RHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQL
LPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAM
FYGTEKCAICHGKGNGKRLCDRCSENESELQASRFVIETRLRESAFEQSN
LIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLNHRQ
VWKMGR*

spliced messenger RNA

>Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4671bp|location=Sequence derived from alignment at tig00000222_pilon:105042..109930+ (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGAAACCTGTGTTGAAACATAACATATATGGTTATCAACCAAGTCCCAT
TCCATTTGTACAAGTATTTGTATACCTCCCCACCACTGTTCAACGCATTG
CAACAATTATCTCACAAAAAGCGCTACCTGAACACCTGATCAGACATCAT
CCGCTCCCGTATGCTGCACATATACCGTTTGTGTTACAGTTTCTTTCCGA
CTTTGCTTTGGCTGGTATGGATTATATATACTTGTCTCAAGTTCGGTTTC
GTTCCCCTCTACCTGTGGCACCGCCACATGCCAATGCATTGGAGCATTAT
AATAGTCCTTTGGAAAGCCGGTTATTCTACGATGGGTTGCAGGACAGAAA
CGCCAAGATGCTCTGGCCTTTCAGCGTACCGAAACGGTCGACATGCACCT
TGGAATTGGATGTAATTCCCTCACAGATTATGAATGCCGTGCCTGAGAAT
CACGAGGCTTACAACTTCACGTCACGCACACTTGCAGTGCTATGGGAGGA
AGAAAGATTGCGAACTGGAAGTTATCCAAAGCGAAAAAAACCGCGAGATA
GAACTGTTAAAGCTGGTGCTCACCTAACTGATGATTTTATGAAGGAACGA
CTAAACGAGGTGCTAAATGCACCAGTTGGCGTTTCACCACAAGAATTACT
TTCGAGTCCTGAGGAACCAGAACAAATCGCGGCTGAGGGGGACTGTCTCG
AGGAACAGTTCGATGATGTTCTGAAATATCTTGACGCTTCGAGCTCAGTT
CAGGCGGATAAAGATGATATCGTTCAGTTTAAAGATGATGCAAACTACGA
TGATTTTGGCATCAATGCGCAAGACGATCTGGTTTACGGAGATGATGAAC
AAGAAGACCCGGACGAGCATCATGCTGTGCAGCAAACATGGGCGGACATT
GCGGCTTGTACTCAAACTGAATCTCTTGAACTAAAGATTCGCAGTCCTGG
ACAAGAAGAACAGCCCACATCAACGGAACGAACACTCACCGAGGATGTTA
GGGATTACGTGCCGAATGGCATTATCGTGGCGGACTCTTATCAAGCTGCA
AGCGCTGATGATTCGGCTGATGCTCGGAAAGTCGGAATAGAAAACTCTCG
GCACACCCTTGAAGAGTCACAACCAAAGGAAGGCAAGACGGTTCGAATCC
GACATCCTTGGAAAGCATCTGCAAGCAAGCTTGATATCGCTCATGATGTT
GAAATCGCTTCTTTCGACGATGACACGGAGGGAAGCGAGCGGGGTCCAAA
GTCTTACACACCGGACGCTGTCCGGAACCGTGATGGCACTCATGTATGTA
ATCACCACGTCAATCAGCCTGACAAAGAAAAAAGTAAACTTTACGAAAGT
TCTGAGATTCATCACATTCTTCGACCTTCAGCAAGACCTCCGAAGGTTAT
AGACAACGATCAAACTTCTCTTGTATCTCACGCGTTCCGCATCAAGTACA
AGACGCCCTTCTACGGAAAACAGGAGGACGAACTAAAGACCGACTATGTG
TACGCCGGCAGAAGGATTCCTGTTAGAAGAGCTGGTGCTAGAGGATACTT
TCCGTTCCCGTCAAGCATAGGGAAGGTCGTTCCACCGCCAGTAGAATTCC
TTCCCCGTATCGTCTGTCCAGTTAAAAAACCTCCCAAACTCTCGGAGCTC
CAAATCGCACTCGTTCGAGAAACAAACAATGCCAATCGTTCCGGACTTCA
GCGTGGGATCGACATCGATTCCGCTGGCCGACAGATTACGAAGAACAACG
CCAGAACGTCATGGCAGCAACTCACATGGACTCAACCCAATTTCTATGGT
GGTGGTGCTAGTCTGGACAACAGAAACTTGGCCAAGATCTTGAGCGATGG
TGAAGATTCTGCGGGAGAACTTCCATCTGCCAACCGGGAAGATACTGAAA
TGATAACCCCGCTAGAAGAGCAAAAGAACTCCTTAGAATTCAACAGACCT
CCGTCACCAAAATACGACGAGGCTTACCAATTCACCGTTCACCGTCAGTC
CCATAGTACTGAGAGAAAAGGATACCTAAACAGAACAAACTCTGACATCT
TCGGGCGATCTGGGGATCCTAGACTAGACTCTGAAAGGAAAAATCGTACT
GCTTCTGCGTCGCAGTCCCCGCATATGCATCAGAACTTGACAGTCATGGC
TATTGAGGTTCTCGCTTCAAGCTATGGTGATAAACTCCCTGACCCAGCTC
GAAATGGGGTTCTGGCCGTTTGTACTGTTACGAAGGCCGATGATATCTTT
CCAATAACAAGGGAGCATGAAGCAGTGACATTTGTTCTGAATCGCCCAAA
AGCACTTGATCCTTCTCGTCTCATTCAATCTTGTGACTCAGAAGCTTCAC
TGTTTGATAAGTTGGCAAGTCATATAAGGACGTGCGATCCAGATGTTCTT
GTCGGTTTTGAAACCCAACACTCGTCTATTGGATATATTCTTGAACGAGC
CCAGGCGATAGGCCATGCCTTTCCCAACTTGGCATCGCGTTGGCTAAAAG
AATCACTGTATACATCCAGAAATCAAGAACAGAAAGTAGACAATCCTGCT
GCGGCCTACTATCGACGGAAGGGGGCAGACATCAAGATAACAGGAAGACA
TGTTATTAGCCTATGGAGAGTTGTTCGGAAACAGGTGAAACTGCCAGCTT
ACTCCAAAGAGACGGTAGCGGCAGAGTTATTCAACACAACTTTCCCTCGA
CATGAAAACAAATACTTGGAGGAATGGTTCACCAGAGATAACCAGTTCTG
TCGTGCTATATCGCATCTTTCAAGACTAGTTTATCTTGACGTTGCAATTG
TTGATAAGCTTAATGTAATGAGTCGAACTGGTGAGCTTGCTCGTGTGTTT
GGAATCGATTTCATGAGCGTTTTGACAAGAGGCAGCCAATATCGCGTTGA
AAGTATGATGAGACGAGTGGCAATTGCTCGGGACTTTGTCCTACTTGCGG
CTCCGCGGGAAGAGGTCTTCAAACAACCTGCTGTGGAAGCTTTGCCATTA
GTTATGGAACCCCAATCTGCTCTCTACGTTGATCCTGTGATTGTTCTCGA
TTTTCAAAGTCTTTATCCGTCAGTCATAATTGCACATAACCTTTGTTTCA
GCACAATGATGGGGAACATAAACAGAATTTCGACTTGGGTAGAGCGCCGA
AGAATCGGCGTTCAGCCAAATTACGAACCTCCGGCAGAATCTGAGCTCCC
TACCCCACCTCGACAAGGAGTCTTCATTGCCTCAAATGGAGAGATGTTCG
TACAGTCGTCAGTGCGGAGAGGGATCCTCCCCCAACTTCTCGAAGAGATT
CTTGAAACCAGAGTAATGGTCAAAACAGCAATGAAGGAGGCGAAAGATGA
AGCGATTGTCAATTTGCTCAATGCTAGACAGTTTGGCTTAAAGATGATTG
CAAATGTGACGTATGGGTACACATCGGCAAGTTTCTCTGGAAGAATGCCC
TGCGCTGGACTTGCTGACGCGATAGTACAATGCGGTCGTGATTGCCTCGA
AGATGTCGCTCGATATGTGGAAGAAGAGCTCCGGGAGCAAACCGGCGCTA
CTGTGGTGTACGGAGACACAGACTCAGTTTTTGTACAAGTTCCGGGCGCC
ACCAGGGATGAAGCGTTTAAGATTGGAAGAAAGATCGTTGATTACGTTGA
GAACACGTTCCCGAATCCCATAACGTTGAAGTTAGAAAAAGTATACCAAC
CATGTGTCCTTCAAACCAAGAAAAGATATGTGGGGTACAGCTTTGAGTCT
GCTGAGCAGGCAGTGCCTGTCTTTGATGCGAAAGGCATAGAAACAGTCCG
AAGGGACTCCTGTCCCTTAGTTCAGAAAGCGTTGGAGAAGAGCATTCGAA
TGCTCTTTGAAACGAAGAATGTATCACTGGTGAAGAAATATATTCAACGT
ATTTGTCGACGATTACACCAAGACCGCATCCCTCTGGCTGACTATATTTT
TCGCAAAGAGGTTCGTCTGGGCTCATATAAAGAAGGGCATCTCCCCCCAG
CAGCAATTGTTGCCACAAAAGCTATTGAGCGGGATCCAAGAGCGGTACCG
AGGCACGGAGAGCGTGTCGCATTTATCGTCGTTTATGAGAGACCTGGAGC
GCCATTGAAAGACTGCGTCATATCACCTGAGGATTCTGTGTCATCCTTTC
GCCAGGGTAGCGTTCGCATAAACACCACCTACTACATCACAAAGCAACTG
CTTCCTGTTTTGAACAGAGTTTTTAGCCTCATCGGAGTTCGGGTTGCGAC
GTGGTACGCTGATATGCCAAGACCCTCGTTCGAATGGGCACCTCCTGATG
ACCACGAACAGAAAAAGAGGCTCAGAGACAATCAGAGCAACCTGGCCATG
TTCTATGGGACGGAGAAGTGTGCAATCTGTCATGGAAAGGGCAACGGGAA
AAGGCTTTGCGATAGATGTAGTGAGAATGAGAGTGAACTCCAAGCATCGC
GGTTTGTAATCGAGACCAGACTTCGAGAAAGTGCGTTTGAGCAGTCAAAT
CTTATTCGCATGTGTCTTCGATGCATAGGGTTTCAACCGCTCGGAAGGCG
TGAGATCCTGTGCTCAAATCTCACTTGTCAGGTTCATAATGACTTGTCTG
TCATAGAGAGAAACATGAGAAGCTTAAATGCTCTCCTAAATCATCGTCAA
GTGTGGAAAATGGGACGATAA

protein sequence of Ggra10033.t1

>Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1557bp
MKPVLKHNIYGYQPSPIPFVQVFVYLPTTVQRIATIISQKALPEHLIRHH
PLPYAAHIPFVLQFLSDFALAGMDYIYLSQVRFRSPLPVAPPHANALEHY
NSPLESRLFYDGLQDRNAKMLWPFSVPKRSTCTLELDVIPSQIMNAVPEN
HEAYNFTSRTLAVLWEEERLRTGSYPKRKKPRDRTVKAGAHLTDDFMKER
LNEVLNAPVGVSPQELLSSPEEPEQIAAEGDCLEEQFDDVLKYLDASSSV
QADKDDIVQFKDDANYDDFGINAQDDLVYGDDEQEDPDEHHAVQQTWADI
AACTQTESLELKIRSPGQEEQPTSTERTLTEDVRDYVPNGIIVADSYQAA
SADDSADARKVGIENSRHTLEESQPKEGKTVRIRHPWKASASKLDIAHDV
EIASFDDDTEGSERGPKSYTPDAVRNRDGTHVCNHHVNQPDKEKSKLYES
SEIHHILRPSARPPKVIDNDQTSLVSHAFRIKYKTPFYGKQEDELKTDYV
YAGRRIPVRRAGARGYFPFPSSIGKVVPPPVEFLPRIVCPVKKPPKLSEL
QIALVRETNNANRSGLQRGIDIDSAGRQITKNNARTSWQQLTWTQPNFYG
GGASLDNRNLAKILSDGEDSAGELPSANREDTEMITPLEEQKNSLEFNRP
PSPKYDEAYQFTVHRQSHSTERKGYLNRTNSDIFGRSGDPRLDSERKNRT
ASASQSPHMHQNLTVMAIEVLASSYGDKLPDPARNGVLAVCTVTKADDIF
PITREHEAVTFVLNRPKALDPSRLIQSCDSEASLFDKLASHIRTCDPDVL
VGFETQHSSIGYILERAQAIGHAFPNLASRWLKESLYTSRNQEQKVDNPA
AAYYRRKGADIKITGRHVISLWRVVRKQVKLPAYSKETVAAELFNTTFPR
HENKYLEEWFTRDNQFCRAISHLSRLVYLDVAIVDKLNVMSRTGELARVF
GIDFMSVLTRGSQYRVESMMRRVAIARDFVLLAAPREEVFKQPAVEALPL
VMEPQSALYVDPVIVLDFQSLYPSVIIAHNLCFSTMMGNINRISTWVERR
RIGVQPNYEPPAESELPTPPRQGVFIASNGEMFVQSSVRRGILPQLLEEI
LETRVMVKTAMKEAKDEAIVNLLNARQFGLKMIANVTYGYTSASFSGRMP
CAGLADAIVQCGRDCLEDVARYVEEELREQTGATVVYGDTDSVFVQVPGA
TRDEAFKIGRKIVDYVENTFPNPITLKLEKVYQPCVLQTKKRYVGYSFES
AEQAVPVFDAKGIETVRRDSCPLVQKALEKSIRMLFETKNVSLVKKYIQR
ICRRLHQDRIPLADYIFRKEVRLGSYKEGHLPPAAIVATKAIERDPRAVP
RHGERVAFIVVYERPGAPLKDCVISPEDSVSSFRQGSVRINTTYYITKQL
LPVLNRVFSLIGVRVATWYADMPRPSFEWAPPDDHEQKKRLRDNQSNLAM
FYGTEKCAICHGKGNGKRLCDRCSENESELQASRFVIETRLRESAFEQSN
LIRMCLRCIGFQPLGRREILCSNLTCQVHNDLSVIERNMRSLNALLNHRQ
VWKMGR*

mRNA from alignment at tig00000222_pilon:105042..109930+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=4889bp|location=Sequence derived from alignment at tig00000222_pilon:105042..109930+ (Gracilaria gracilis GNS1m male)
ATGAAACCTGTGTTGAAACATAACATATATGGTTATCAACCAAGTCCCAT
TCCATTTGTACAAGTATTTGTATACCTCCCCACCACTGTTCAACGCATTG
CAACAATTATCTCACAAAAAGCGCTACCTGAACACCTGATCAGACATCAT
CCGCTCCCGTATGCTGCACATATACCGTTTGTGTTACAGTTTCTTTCCGA
CTTTGCTTTGGCTGGTATGGATTATATATACTTGTCTCAAGTTCGGTTTC
GTTCCCCTCTACCTGTGGCACCGCCACATGCCAATGCATTGGAGCATTAT
AATAGTCCTTTGGAAAGCCGGTTATTCTACGATGGGTTGCAGGACAGAAA
CGCCAAGATGCTCTGGCCTTTCAGCGTACCGAAACGGTCGACATGCACCT
TGGAATTGGATGTAATTCCCTCACAGATTATGAATGCCGTGCCTGAGAAT
CACGAGGCTTACAACTTCACGTCACGCACACTTGCAGTGCTATGGGAGGA
AGAAAGATTGCGAACTGGAAGTTATCCAAAGCGAAAAAAACCGCGAGATA
GAACTGTTAAAGCTGGTGCTCACCTAACTGATGATTTTATGAAGGAACGA
CTAAACGAGGTGCTAAATGCACCAGTTGGCGTTTCACCACAAGAATTACT
TTCGAGTCCTGAGGAACCAGAACAAATCGCGGCTGAGGGGGACTGTCTCG
AGGAACAGTTCGATGATGTTCTGAAATATCTTGACGCTTCGAGCTCAGTT
CAGGCGGATAAAGATGATATCGTTCAGTTTAAAGATGATGCAAACTACGA
TGATTTTGGCATCAATGCGCAAGACGATCTGGTTTACGGAGATGATGAAC
AAGAAGACCCGGACGAGCATCATGCTGTGCAGCAAACATGGGCGGACATT
GCGGCTTGTACTCAAACTGAATCTCTTGAACTAAAGATTCGCAGTCCTGG
ACAAGAAGAACAGCCCACATCAACGGAACGAACACTCACCGAGGATGTTA
GGGATTACGTGCCGAATGGCATTATCGTGGCGGACTCTTATCAAGCTGCA
AGCGCTGATGATTCGGCTGATGCTCGGAAAGTCGGAATAGAAAACTCTCG
GCACACCCTTGAAGAGTCACAACCAAAGGAAGGCAAGACGGTTCGAATCC
GACATCCTTGGAAAGCATCTGCAAGCAAGCTTGATATCGCTCATGATGTT
GAAATCGCTTCTTTCGACGATGACACGGAGGGAAGCGAGCGGGGTCCAAA
GTCTTACACACCGGACGCTGTCCGGAACCGTGATGGCACTCATGTATGTA
ATCACCACGTCAATCAGCCTGACAAAGAAAAAAGTAAACTTTACGAAAGT
TCTGAGATTCATCACATTCTTCGACCTTCAGCAAGACCTCCGAAGGTTAT
AGACAACGATCAAACTTCTCTTGTATCTCACGCGTTCCGCATCAAGTACA
AGACGCCCTTCTACGGAAAACAGGAGGACGAACTAAAGACCGACTATGTG
TACGCCGGCAGAAGGATTCCTGTTAGAAGAGCTGGTGCTAGAGGATACTT
TCCGTTCCCGTCAAGCATAGGGAAGGTCGTTCCACCGCCAGTAGAATTCC
TTCCCCGTATCGTCTGTCCAGTTAAAAAACCTCCCAAACTCTCGGAGCTC
CAAATCGCACTCGTTCGAGAAACAAACAATGCCAATCGTTCCGGACTTCA
GCGTGGGATCGACATCGATTCCGCTGGCCGACAGATTACGAAGAACAACG
CCAGAACGTCATGGCAGCAACTCACATGGACTCAACCCAATTTCTATGGT
GGTGGTGCTAGTCTGGACAACAGAAACTTGGCCAAGATCTTGAGCGATGG
TGAAGATTCTGCGGGAGAACTTCCATCTGCCAACCGGGAAGATACTGAAA
TGATAACCCCGCTAGAAGAGCAAAAGAACTCCTTAGAATTCAACAGACCT
CCGTCACCAAAATACGACGAGGCTTACCAATTCACCGTTCACCGTCAGTC
CCATAGTACTGAGAGTAAGTCCTTCATGCGTTTCAGAAAAGAGCGGCGCG
ATTACAATCGATTGTGATACTAACCTGAGAACCTGAATGCTCTGATAGGA
AAAGGATACCTAAACAGAACAAACTCTGACATCTTCGGGCGATCTGGGGA
TCCTAGACTAGACTCTGAAAGGAAAAATCGTACTGCTTCTGCGTCGCAGT
CCCCGCATATGCATCAGAACTTGACAGTCATGGCTATTGAGGTACGCAGC
AGTTTCAGAGCTTCAGTGAGCGAATCATGCGGGATCAGAGCGATTGCCAG
GGACAGAAAATAGTCGCCGTAACATTGACCCACTAACCACCAAGCATTTT
CATGATTATCCTTCGAAACACTTAGGTTCTCGCTTCAAGCTATGGTGATA
AACTCCCTGACCCAGCTCGAAATGGGGTTCTGGCCGTTTGTACTGTTACG
AAGGCCGATGATATCTTTCCAATAACAAGGGAGCATGAAGCAGTGACATT
TGTTCTGAATCGCCCAAAAGCACTTGATCCTTCTCGTCTCATTCAATCTT
GTGACTCAGAAGCTTCACTGTTTGATAAGTTGGCAAGTCATATAAGGACG
TGCGATCCAGATGTTCTTGTCGGTTTTGAAACCCAACACTCGTCTATTGG
ATATATTCTTGAACGAGCCCAGGCGATAGGCCATGCCTTTCCCAACTTGG
CATCGCGTTGGCTAAAAGAATCACTGTATACATCCAGAAATCAAGAACAG
AAAGTAGACAATCCTGCTGCGGCCTACTATCGACGGAAGGGGGCAGACAT
CAAGATAACAGGAAGACATGTTATTAGCCTATGGAGAGTTGTTCGGAAAC
AGGTGAAACTGCCAGCTTACTCCAAAGAGACGGTAGCGGCAGAGTTATTC
AACACAACTTTCCCTCGACATGAAAACAAATACTTGGAGGAATGGTTCAC
CAGAGATAACCAGTTCTGTCGTGCTATATCGCATCTTTCAAGACTAGTTT
ATCTTGACGTTGCAATTGTTGATAAGCTTAATGTAATGAGTCGAACTGGT
GAGCTTGCTCGTGTGTTTGGAATCGATTTCATGAGCGTTTTGACAAGAGG
CAGCCAATATCGCGTTGAAAGTATGATGAGACGAGTGGCAATTGCTCGGG
ACTTTGTCCTACTTGCGGCTCCGCGGGAAGAGGTCTTCAAACAACCTGCT
GTGGAAGCTTTGCCATTAGTTATGGAACCCCAATCTGCTCTCTACGTTGA
TCCTGTGATTGTTCTCGATTTTCAAAGTCTTTATCCGTCAGTCATAATTG
CACATAACCTTTGTTTCAGCACAATGATGGGGAACATAAACAGAATTTCG
ACTTGGGTAGAGCGCCGAAGAATCGGCGTTCAGCCAAATTACGAACCTCC
GGCAGAATCTGAGCTCCCTACCCCACCTCGACAAGGAGTCTTCATTGCCT
CAAATGGAGAGATGTTCGTACAGTCGTCAGTGCGGAGAGGGATCCTCCCC
CAACTTCTCGAAGAGATTCTTGAAACCAGAGTAATGGTCAAAACAGCAAT
GAAGGAGGCGAAAGATGAAGCGATTGTCAATTTGCTCAATGCTAGACAGT
TTGGCTTAAAGATGATTGCAAATGTGACGTATGGGTACACATCGGCAAGT
TTCTCTGGAAGAATGCCCTGCGCTGGACTTGCTGACGCGATAGTACAATG
CGGTCGTGATTGCCTCGAAGATGTCGCTCGATATGTGGAAGAAGAGCTCC
GGGAGCAAACCGGCGCTACTGTGGTGTACGGAGACACAGACTCAGTTTTT
GTACAAGTTCCGGGCGCCACCAGGGATGAAGCGTTTAAGATTGGAAGAAA
GATCGTTGATTACGTTGAGAACACGTTCCCGAATCCCATAACGTTGAAGT
TAGAAAAAGTATACCAACCATGTGTCCTTCAAACCAAGAAAAGATATGTG
GGGTACAGCTTTGAGTCTGCTGAGCAGGCAGTGCCTGTCTTTGATGCGAA
AGGCATAGAAACAGTCCGAAGGGACTCCTGTCCCTTAGTTCAGAAAGCGT
TGGAGAAGAGCATTCGAATGCTCTTTGAAACGAAGAATGTATCACTGGTG
AAGAAATATATTCAACGTATTTGTCGACGATTACACCAAGACCGCATCCC
TCTGGCTGACTATATTTTTCGCAAAGAGGTTCGTCTGGGCTCATATAAAG
AAGGGCATCTCCCCCCAGCAGCAATTGTTGCCACAAAAGCTATTGAGCGG
GATCCAAGAGCGGTACCGAGGCACGGAGAGCGTGTCGCATTTATCGTCGT
TTATGAGAGACCTGGAGCGCCATTGAAAGACTGCGTCATATCACCTGAGG
ATTCTGTGTCATCCTTTCGCCAGGGTAGCGTTCGCATAAACACCACCTAC
TACATCACAAAGCAACTGCTTCCTGTTTTGAACAGAGTTTTTAGCCTCAT
CGGAGTTCGGGTTGCGACGTGGTACGCTGATATGCCAAGACCCTCGTTCG
AATGGGCACCTCCTGATGACCACGAACAGAAAAAGAGGCTCAGAGACAAT
CAGAGCAACCTGGCCATGTTCTATGGGACGGAGAAGTGTGCAATCTGTCA
TGGAAAGGGCAACGGGAAAAGGCTTTGCGATAGATGTAGTGAGAATGAGA
GTGAACTCCAAGCATCGCGGTTTGTAATCGAGACCAGACTTCGAGAAAGT
GCGTTTGAGCAGTCAAATCTTATTCGCATGTGTCTTCGATGCATAGGGTT
TCAACCGCTCGGAAGGCGTGAGATCCTGTGCTCAAATCTCACTTGTCAGG
TTCATAATGACTTGTCTGTCATAGAGAGAAACATGAGAAGCTTAAATGCT
CTCCTAAATCATCGTCAAGTGTGGAAAATGGGACGATAA

Coding sequence (CDS) from alignment at tig00000222_pilon:105042..109930+

>Ggra10033.t1 ID=Ggra10033.t1|Name=Ggra10033.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=4671bp|location=Sequence derived from alignment at tig00000222_pilon:105042..109930+ (Gracilaria gracilis GNS1m male)
ATGAAACCTGTGTTGAAACATAACATATATGGTTATCAACCAAGTCCCAT
TCCATTTGTACAAGTATTTGTATACCTCCCCACCACTGTTCAACGCATTG
CAACAATTATCTCACAAAAAGCGCTACCTGAACACCTGATCAGACATCAT
CCGCTCCCGTATGCTGCACATATACCGTTTGTGTTACAGTTTCTTTCCGA
CTTTGCTTTGGCTGGTATGGATTATATATACTTGTCTCAAGTTCGGTTTC
GTTCCCCTCTACCTGTGGCACCGCCACATGCCAATGCATTGGAGCATTAT
AATAGTCCTTTGGAAAGCCGGTTATTCTACGATGGGTTGCAGGACAGAAA
CGCCAAGATGCTCTGGCCTTTCAGCGTACCGAAACGGTCGACATGCACCT
TGGAATTGGATGTAATTCCCTCACAGATTATGAATGCCGTGCCTGAGAAT
CACGAGGCTTACAACTTCACGTCACGCACACTTGCAGTGCTATGGGAGGA
AGAAAGATTGCGAACTGGAAGTTATCCAAAGCGAAAAAAACCGCGAGATA
GAACTGTTAAAGCTGGTGCTCACCTAACTGATGATTTTATGAAGGAACGA
CTAAACGAGGTGCTAAATGCACCAGTTGGCGTTTCACCACAAGAATTACT
TTCGAGTCCTGAGGAACCAGAACAAATCGCGGCTGAGGGGGACTGTCTCG
AGGAACAGTTCGATGATGTTCTGAAATATCTTGACGCTTCGAGCTCAGTT
CAGGCGGATAAAGATGATATCGTTCAGTTTAAAGATGATGCAAACTACGA
TGATTTTGGCATCAATGCGCAAGACGATCTGGTTTACGGAGATGATGAAC
AAGAAGACCCGGACGAGCATCATGCTGTGCAGCAAACATGGGCGGACATT
GCGGCTTGTACTCAAACTGAATCTCTTGAACTAAAGATTCGCAGTCCTGG
ACAAGAAGAACAGCCCACATCAACGGAACGAACACTCACCGAGGATGTTA
GGGATTACGTGCCGAATGGCATTATCGTGGCGGACTCTTATCAAGCTGCA
AGCGCTGATGATTCGGCTGATGCTCGGAAAGTCGGAATAGAAAACTCTCG
GCACACCCTTGAAGAGTCACAACCAAAGGAAGGCAAGACGGTTCGAATCC
GACATCCTTGGAAAGCATCTGCAAGCAAGCTTGATATCGCTCATGATGTT
GAAATCGCTTCTTTCGACGATGACACGGAGGGAAGCGAGCGGGGTCCAAA
GTCTTACACACCGGACGCTGTCCGGAACCGTGATGGCACTCATGTATGTA
ATCACCACGTCAATCAGCCTGACAAAGAAAAAAGTAAACTTTACGAAAGT
TCTGAGATTCATCACATTCTTCGACCTTCAGCAAGACCTCCGAAGGTTAT
AGACAACGATCAAACTTCTCTTGTATCTCACGCGTTCCGCATCAAGTACA
AGACGCCCTTCTACGGAAAACAGGAGGACGAACTAAAGACCGACTATGTG
TACGCCGGCAGAAGGATTCCTGTTAGAAGAGCTGGTGCTAGAGGATACTT
TCCGTTCCCGTCAAGCATAGGGAAGGTCGTTCCACCGCCAGTAGAATTCC
TTCCCCGTATCGTCTGTCCAGTTAAAAAACCTCCCAAACTCTCGGAGCTC
CAAATCGCACTCGTTCGAGAAACAAACAATGCCAATCGTTCCGGACTTCA
GCGTGGGATCGACATCGATTCCGCTGGCCGACAGATTACGAAGAACAACG
CCAGAACGTCATGGCAGCAACTCACATGGACTCAACCCAATTTCTATGGT
GGTGGTGCTAGTCTGGACAACAGAAACTTGGCCAAGATCTTGAGCGATGG
TGAAGATTCTGCGGGAGAACTTCCATCTGCCAACCGGGAAGATACTGAAA
TGATAACCCCGCTAGAAGAGCAAAAGAACTCCTTAGAATTCAACAGACCT
CCGTCACCAAAATACGACGAGGCTTACCAATTCACCGTTCACCGTCAGTC
CCATAGTACTGAGAGAAAAGGATACCTAAACAGAACAAACTCTGACATCT
TCGGGCGATCTGGGGATCCTAGACTAGACTCTGAAAGGAAAAATCGTACT
GCTTCTGCGTCGCAGTCCCCGCATATGCATCAGAACTTGACAGTCATGGC
TATTGAGGTTCTCGCTTCAAGCTATGGTGATAAACTCCCTGACCCAGCTC
GAAATGGGGTTCTGGCCGTTTGTACTGTTACGAAGGCCGATGATATCTTT
CCAATAACAAGGGAGCATGAAGCAGTGACATTTGTTCTGAATCGCCCAAA
AGCACTTGATCCTTCTCGTCTCATTCAATCTTGTGACTCAGAAGCTTCAC
TGTTTGATAAGTTGGCAAGTCATATAAGGACGTGCGATCCAGATGTTCTT
GTCGGTTTTGAAACCCAACACTCGTCTATTGGATATATTCTTGAACGAGC
CCAGGCGATAGGCCATGCCTTTCCCAACTTGGCATCGCGTTGGCTAAAAG
AATCACTGTATACATCCAGAAATCAAGAACAGAAAGTAGACAATCCTGCT
GCGGCCTACTATCGACGGAAGGGGGCAGACATCAAGATAACAGGAAGACA
TGTTATTAGCCTATGGAGAGTTGTTCGGAAACAGGTGAAACTGCCAGCTT
ACTCCAAAGAGACGGTAGCGGCAGAGTTATTCAACACAACTTTCCCTCGA
CATGAAAACAAATACTTGGAGGAATGGTTCACCAGAGATAACCAGTTCTG
TCGTGCTATATCGCATCTTTCAAGACTAGTTTATCTTGACGTTGCAATTG
TTGATAAGCTTAATGTAATGAGTCGAACTGGTGAGCTTGCTCGTGTGTTT
GGAATCGATTTCATGAGCGTTTTGACAAGAGGCAGCCAATATCGCGTTGA
AAGTATGATGAGACGAGTGGCAATTGCTCGGGACTTTGTCCTACTTGCGG
CTCCGCGGGAAGAGGTCTTCAAACAACCTGCTGTGGAAGCTTTGCCATTA
GTTATGGAACCCCAATCTGCTCTCTACGTTGATCCTGTGATTGTTCTCGA
TTTTCAAAGTCTTTATCCGTCAGTCATAATTGCACATAACCTTTGTTTCA
GCACAATGATGGGGAACATAAACAGAATTTCGACTTGGGTAGAGCGCCGA
AGAATCGGCGTTCAGCCAAATTACGAACCTCCGGCAGAATCTGAGCTCCC
TACCCCACCTCGACAAGGAGTCTTCATTGCCTCAAATGGAGAGATGTTCG
TACAGTCGTCAGTGCGGAGAGGGATCCTCCCCCAACTTCTCGAAGAGATT
CTTGAAACCAGAGTAATGGTCAAAACAGCAATGAAGGAGGCGAAAGATGA
AGCGATTGTCAATTTGCTCAATGCTAGACAGTTTGGCTTAAAGATGATTG
CAAATGTGACGTATGGGTACACATCGGCAAGTTTCTCTGGAAGAATGCCC
TGCGCTGGACTTGCTGACGCGATAGTACAATGCGGTCGTGATTGCCTCGA
AGATGTCGCTCGATATGTGGAAGAAGAGCTCCGGGAGCAAACCGGCGCTA
CTGTGGTGTACGGAGACACAGACTCAGTTTTTGTACAAGTTCCGGGCGCC
ACCAGGGATGAAGCGTTTAAGATTGGAAGAAAGATCGTTGATTACGTTGA
GAACACGTTCCCGAATCCCATAACGTTGAAGTTAGAAAAAGTATACCAAC
CATGTGTCCTTCAAACCAAGAAAAGATATGTGGGGTACAGCTTTGAGTCT
GCTGAGCAGGCAGTGCCTGTCTTTGATGCGAAAGGCATAGAAACAGTCCG
AAGGGACTCCTGTCCCTTAGTTCAGAAAGCGTTGGAGAAGAGCATTCGAA
TGCTCTTTGAAACGAAGAATGTATCACTGGTGAAGAAATATATTCAACGT
ATTTGTCGACGATTACACCAAGACCGCATCCCTCTGGCTGACTATATTTT
TCGCAAAGAGGTTCGTCTGGGCTCATATAAAGAAGGGCATCTCCCCCCAG
CAGCAATTGTTGCCACAAAAGCTATTGAGCGGGATCCAAGAGCGGTACCG
AGGCACGGAGAGCGTGTCGCATTTATCGTCGTTTATGAGAGACCTGGAGC
GCCATTGAAAGACTGCGTCATATCACCTGAGGATTCTGTGTCATCCTTTC
GCCAGGGTAGCGTTCGCATAAACACCACCTACTACATCACAAAGCAACTG
CTTCCTGTTTTGAACAGAGTTTTTAGCCTCATCGGAGTTCGGGTTGCGAC
GTGGTACGCTGATATGCCAAGACCCTCGTTCGAATGGGCACCTCCTGATG
ACCACGAACAGAAAAAGAGGCTCAGAGACAATCAGAGCAACCTGGCCATG
TTCTATGGGACGGAGAAGTGTGCAATCTGTCATGGAAAGGGCAACGGGAA
AAGGCTTTGCGATAGATGTAGTGAGAATGAGAGTGAACTCCAAGCATCGC
GGTTTGTAATCGAGACCAGACTTCGAGAAAGTGCGTTTGAGCAGTCAAAT
CTTATTCGCATGTGTCTTCGATGCATAGGGTTTCAACCGCTCGGAAGGCG
TGAGATCCTGTGCTCAAATCTCACTTGTCAGGTTCATAATGACTTGTCTG
TCATAGAGAGAAACATGAGAAGCTTAAATGCTCTCCTAAATCATCGTCAA
GTGTGGAAAATGGGACGATAA