Gchil2843.t1 (mRNA) Gracilaria chilensis NLEC103_M9 male

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

Overview
NameGchil2843.t1
Unique NameGchil2843.t1
TypemRNA
OrganismGracilaria chilensis NLEC103_M9 male (Gracilaria chilensis NLEC103_M9 male)
Sequence length1226
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
tig00004406_piloncontigtig00004406_pilon:881188..885314 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Gracilaria chilensis NLEC103_M9 male OGS1.02022-05-09
Properties
Property NameValue
Seed ortholog7668.SPU_012422-tr
PFAMsRVT_1,Retrotrans_gag,gag-asp_proteas,rve,zf-CCHC,zf-H2C2
Max annot lvl33208|Metazoa
Evalue1.03e-114
EggNOG OGsCOG2801@1|root,KOG0017@2759|Eukaryota,38F42@33154|Opisthokonta,3BA5H@33208|Metazoa,3CWAK@33213|Bilateria
DescriptionK02A2.6-like
COG categoryE
Relationships

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

Feature NameUnique NameSpeciesTypePosition
Gchil2843Gchil2843Gracilaria chilensis NLEC103_M9 malegenetig00004406_pilon 881188..885314 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1Gchil2843.t1Gracilaria chilensis NLEC103_M9 malepolypeptidetig00004406_pilon 881188..885314 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1.stop1Gchil2843.t1.stop1Gracilaria chilensis NLEC103_M9 malestop_codontig00004406_pilon 881188..881190 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1.CDS1Gchil2843.t1.CDS1Gracilaria chilensis NLEC103_M9 maleCDStig00004406_pilon 881188..882090 -
Gchil2843.t1.CDS2Gchil2843.t1.CDS2Gracilaria chilensis NLEC103_M9 maleCDStig00004406_pilon 882344..884291 -
Gchil2843.t1.CDS3Gchil2843.t1.CDS3Gracilaria chilensis NLEC103_M9 maleCDStig00004406_pilon 884395..884996 -
Gchil2843.t1.CDS4Gchil2843.t1.CDS4Gracilaria chilensis NLEC103_M9 maleCDStig00004406_pilon 885090..885314 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1.exon1Gchil2843.t1.exon1Gracilaria chilensis NLEC103_M9 maleexontig00004406_pilon 881188..882090 -
Gchil2843.t1.exon2Gchil2843.t1.exon2Gracilaria chilensis NLEC103_M9 maleexontig00004406_pilon 882344..884291 -
Gchil2843.t1.exon3Gchil2843.t1.exon3Gracilaria chilensis NLEC103_M9 maleexontig00004406_pilon 884395..884996 -
Gchil2843.t1.exon4Gchil2843.t1.exon4Gracilaria chilensis NLEC103_M9 maleexontig00004406_pilon 885090..885314 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1.intron1Gchil2843.t1.intron1Gracilaria chilensis NLEC103_M9 maleintrontig00004406_pilon 882091..882343 -
Gchil2843.t1.intron2Gchil2843.t1.intron2Gracilaria chilensis NLEC103_M9 maleintrontig00004406_pilon 884292..884394 -
Gchil2843.t1.intron3Gchil2843.t1.intron3Gracilaria chilensis NLEC103_M9 maleintrontig00004406_pilon 884997..885089 -


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

Feature NameUnique NameSpeciesTypePosition
Gchil2843.t1.start1Gchil2843.t1.start1Gracilaria chilensis NLEC103_M9 malestart_codontig00004406_pilon 885312..885314 -


Sequences
The following sequences are available for this feature:

mRNA sequence

>Gchil2843.t1 ID=Gchil2843.t1|Name=Gchil2843.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=1226bp
MIVSKRNYKVYADIGSDRNLLSCRLTILDTGAGLNFIRESELAPADLKRI
RYGPFPDIRDANKNAVQTLGKVRVVFVEAIRPRRKLVELDDGSMVPIVRK
PMRRCPEAPPIPPSMEYGKSRGRVSPRIRVAKSAMLKAQTQTWVQVRRER
HGLVVIQPNTRMYESRGLIVANCIVKVDPGSHFWILVSNFTDKNYQIPKN
QVVATALPHPTVVVPTHISTAEVLGLTHVGDTDEELQTPSGDQLQTAKDP
ESLVDELDFAHVSEPYRTKIRSMLKKAGLRTSQIEEENVSKLLEEGAIEA
AQSAWAPPVVLVPKPDGSLRFCIDYRKLNVVTVRDTYPLPRMDEFIDSLG
EENVFTTLDANSGYWQVPVAEEDQDKTAFACHAGLYRFKRMPFGLKNAPA
TFQRTLDILLSRYKWKTCLVYLDDVVIFSQDVESHLRHIEEILKALQSAG
ITLKFKKCEWFAGTVRYLGHVIKPGQLAIQEAQTAALREVQPPSTQKQLR
SSLGLCNVYRRFVPRYSHIAAPLNAKLRKGQPVQLEQCRQAEVEAFVTLK
TKIIIAPVLALPIPNLPYSVDTDSSEYQVGCTLFQTHPDGERNPIGYWSR
SLNAAEKKYSVSEKECVAVVWALTTLRPYLQGERFTVNTHHSSLRWLMSI
TDPSGRLTRWRLRLSEFDFEVKYKKGLANGQADALSRLKTLGESQGEIDE
EIPCFYIETHSPSFEEVEQETLDDFSDADPFLALADTDPSVQLERISCTE
LLNEQHADTFCASIRSRLNGGEELPFSLDSRGILLRHVEKHDQIVIPHVL
KSRVLHLAHYSRLSGHPGGTKLFMNLRRDFYWPTLAMDCHATVRLCSTCA
KNRVKLYRKRKPMTLFQEKAPLQYVSIDILGELIRSRRGYRYLLVITYRF
SKLVRTVPMKRITATVIAQVFIKHWCIPLQRRQPFDLVLSRNPPALPVAL
DDETELDAPTPAKYHLKWRNDLNARAKEAAKEISKTQARYKRNYDARRRR
GNPAIRVGGHVFVQVERPDKQEESRHNLLPIAAGPFKVVDLDEDTVVIKT
GEDVERVSRDRVEVAPDPQVELQVSGRTKEASATERRGKSPSGSEESEPP
PIARAEEKAPDLPPPAVAYANHRQLPKYRDMPRGTRTPVSTEMEPESRKD
VLEVGPKDLETSAREHSPLLLQAEQSGKAPLAVPPISAPIPRGKEEEEVP
PPVVGQAPSSTEQLSESDKPKEVHP*
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spliced messenger RNA

>Gchil2843.t1 ID=Gchil2843.t1|Name=Gchil2843.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=3678bp|location=Sequence derived from alignment at tig00004406_pilon:881188..885314- (Gracilaria chilensis NLEC103_M9 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGATAGTGTCTAAAAGAAACTATAAGGTCTATGCCGACATCGGCTCTGA
CAGGAATCTGTTGTCTTGTCGATTGACTATCCTGGACACAGGTGCTGGTC
TGAACTTTATACGGGAATCGGAGCTCGCTCCTGCTGACTTAAAACGAATT
CGATACGGTCCTTTCCCGGACATCCGGGATGCCAACAAAAATGCTGTGCA
GACACTGGGAAAAGTTCGAGTCGTGTTTGTCGAAGCCATTCGCCCGCGAA
GAAAACTAGTGGAACTAGATGATGGATCAATGGTACCAATTGTTCGCAAG
CCAATGCGTCGTTGCCCTGAAGCACCTCCAATTCCGCCATCTATGGAATA
CGGGAAATCCCGAGGACGTGTCTCGCCGAGGATTCGAGTAGCGAAGAGTG
CCATGCTGAAGGCGCAAACCCAAACTTGGGTTCAAGTAAGAAGAGAACGA
CACGGACTCGTGGTAATTCAACCGAATACTCGGATGTACGAATCCCGTGG
ATTGATAGTCGCTAACTGCATTGTTAAGGTTGATCCTGGTAGCCACTTTT
GGATACTAGTGAGTAACTTCACCGATAAAAATTATCAGATACCGAAGAAT
CAGGTTGTTGCAACAGCTTTGCCTCATCCTACAGTGGTGGTCCCTACTCA
TATTTCTACTGCAGAAGTATTGGGATTAACACATGTCGGTGACACAGACG
AAGAACTGCAAACTCCGTCTGGAGATCAATTGCAAACGGCAAAGGATCCA
GAGAGCCTGGTCGATGAGCTAGACTTCGCACATGTGTCGGAACCCTACAG
AACGAAGATCAGGTCTATGCTGAAGAAAGCGGGACTGCGAACTAGCCAAA
TCGAGGAGGAGAATGTCAGCAAACTGCTGGAAGAAGGAGCAATCGAAGCA
GCTCAATCTGCTTGGGCCCCACCAGTAGTGCTGGTTCCAAAACCTGATGG
TTCTTTACGATTCTGTATCGATTATCGAAAACTGAACGTAGTTACAGTTC
GTGATACATACCCGTTGCCTCGAATGGACGAATTTATTGACAGCTTAGGA
GAAGAGAACGTGTTCACCACTTTGGACGCCAACTCTGGCTATTGGCAGGT
GCCTGTAGCGGAAGAAGACCAAGATAAAACCGCATTTGCGTGTCACGCCG
GCCTCTACCGTTTCAAAAGGATGCCCTTTGGCTTAAAGAATGCACCGGCT
ACTTTCCAGCGTACTCTGGACATCTTGCTCTCAAGATACAAGTGGAAGAC
TTGTTTAGTTTATTTGGACGATGTGGTCATCTTTTCCCAGGATGTGGAAA
GCCATTTACGGCATATCGAGGAGATCCTCAAAGCACTACAGAGCGCAGGT
ATCACCTTGAAGTTCAAGAAATGCGAATGGTTCGCTGGCACCGTCCGGTA
CTTAGGACATGTGATCAAACCGGGACAGCTAGCCATTCAAGAGGCACAAA
CAGCGGCTCTCCGCGAAGTACAACCTCCGTCGACACAGAAGCAATTGCGT
TCTTCCCTCGGCTTGTGCAACGTGTACCGACGATTCGTGCCGCGATACTC
GCATATAGCGGCACCGCTCAACGCAAAGCTGCGTAAAGGACAACCAGTAC
AGCTGGAACAATGCAGACAAGCTGAAGTAGAAGCGTTCGTCACGCTGAAG
ACAAAGATTATTATAGCCCCAGTCTTGGCGCTGCCCATCCCCAACCTGCC
ATACTCGGTGGATACAGACTCTAGCGAGTACCAAGTAGGGTGTACCCTTT
TTCAAACACACCCCGATGGTGAACGAAACCCCATTGGTTACTGGTCAAGA
TCGCTGAACGCAGCTGAGAAGAAGTATTCAGTTTCAGAAAAGGAATGCGT
TGCAGTCGTTTGGGCTCTAACCACATTGCGACCGTATCTACAAGGAGAAC
GTTTTACCGTCAACACGCATCATTCGTCTCTACGATGGTTAATGTCCATT
ACAGACCCGTCTGGTCGTCTCACACGATGGCGCTTACGCCTTTCTGAATT
CGATTTCGAAGTAAAGTATAAGAAGGGATTGGCCAATGGCCAAGCTGACG
CGCTATCGCGACTCAAAACACTGGGCGAAAGCCAAGGCGAAATCGATGAA
GAGATACCTTGCTTCTACATAGAGACCCATTCACCATCTTTTGAAGAAGT
GGAACAAGAGACCCTTGATGATTTTTCGGATGCAGACCCGTTCCTTGCAT
TAGCAGACACTGACCCTTCAGTTCAACTCGAGCGAATCTCGTGCACTGAG
CTCCTCAATGAGCAACACGCCGATACGTTTTGTGCGTCGATACGCTCTCG
TCTTAACGGGGGGGAGGAGCTCCCCTTTTCACTCGATTCACGAGGAATAC
TGTTAAGACATGTCGAAAAGCATGATCAAATCGTGATTCCACACGTCTTG
AAGAGTCGAGTACTCCATCTGGCACACTACAGCAGGCTGTCTGGTCATCC
AGGAGGAACGAAGTTGTTCATGAATCTAAGAAGAGATTTTTACTGGCCTA
CTTTGGCAATGGACTGCCATGCTACAGTGAGGTTGTGTTCAACATGTGCG
AAGAATCGCGTGAAGCTTTACAGGAAGCGGAAACCGATGACGTTATTCCA
GGAGAAAGCGCCTTTACAATACGTTAGTATCGACATCCTAGGGGAATTGA
TTCGCTCAAGGCGAGGTTATCGCTACCTATTGGTAATCACCTACCGCTTC
TCGAAGCTAGTGCGGACTGTGCCGATGAAGCGGATAACCGCAACCGTAAT
CGCACAGGTGTTTATCAAACACTGGTGCATACCTTTACAAAGACGGCAAC
CGTTCGACCTCGTGCTCTCACGTAACCCTCCGGCTTTACCGGTTGCGCTC
GACGACGAGACAGAATTGGACGCGCCGACCCCGGCTAAGTACCATCTGAA
ATGGAGGAATGACCTGAATGCCAGAGCGAAAGAAGCCGCTAAGGAGATAT
CGAAGACACAAGCTCGCTATAAGCGAAACTATGACGCCAGAAGGCGAAGA
GGAAATCCGGCAATCCGAGTAGGAGGTCACGTCTTCGTGCAAGTCGAAAG
ACCGGACAAACAGGAAGAATCGCGTCATAATTTGTTGCCGATAGCAGCTG
GACCCTTCAAAGTGGTGGACCTTGATGAAGACACGGTGGTCATCAAGACA
GGTGAGGACGTTGAACGTGTATCGCGCGATCGCGTTGAAGTCGCGCCTGA
CCCGCAAGTAGAACTCCAGGTATCTGGTAGAACTAAGGAGGCAAGTGCGA
CGGAACGTCGAGGCAAAAGCCCAAGTGGCTCTGAGGAGAGTGAACCGCCA
CCAATAGCTCGAGCGGAGGAGAAAGCTCCTGATCTCCCACCGCCGGCGGT
TGCGTACGCCAATCATAGACAGCTTCCGAAGTATCGGGATATGCCCCGTG
GCACGCGCACACCCGTAAGTACAGAAATGGAACCTGAAAGCAGGAAAGAT
GTTTTGGAAGTTGGCCCCAAGGACTTGGAAACAAGTGCACGCGAGCACTC
GCCGTTGCTGCTTCAGGCTGAACAGTCAGGTAAAGCGCCACTCGCTGTTC
CGCCGATATCGGCTCCCATCCCTCGTGGGAAGGAAGAAGAAGAGGTACCG
CCTCCTGTCGTGGGGCAAGCACCATCGTCCACCGAACAGCTGTCAGAATC
GGATAAACCGAAGGAAGTTCATCCATGA
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protein sequence of Gchil2843.t1

>Gchil2843.t1 ID=Gchil2843.t1|Name=Gchil2843.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=polypeptide|length=1226bp
MIVSKRNYKVYADIGSDRNLLSCRLTILDTGAGLNFIRESELAPADLKRI
RYGPFPDIRDANKNAVQTLGKVRVVFVEAIRPRRKLVELDDGSMVPIVRK
PMRRCPEAPPIPPSMEYGKSRGRVSPRIRVAKSAMLKAQTQTWVQVRRER
HGLVVIQPNTRMYESRGLIVANCIVKVDPGSHFWILVSNFTDKNYQIPKN
QVVATALPHPTVVVPTHISTAEVLGLTHVGDTDEELQTPSGDQLQTAKDP
ESLVDELDFAHVSEPYRTKIRSMLKKAGLRTSQIEEENVSKLLEEGAIEA
AQSAWAPPVVLVPKPDGSLRFCIDYRKLNVVTVRDTYPLPRMDEFIDSLG
EENVFTTLDANSGYWQVPVAEEDQDKTAFACHAGLYRFKRMPFGLKNAPA
TFQRTLDILLSRYKWKTCLVYLDDVVIFSQDVESHLRHIEEILKALQSAG
ITLKFKKCEWFAGTVRYLGHVIKPGQLAIQEAQTAALREVQPPSTQKQLR
SSLGLCNVYRRFVPRYSHIAAPLNAKLRKGQPVQLEQCRQAEVEAFVTLK
TKIIIAPVLALPIPNLPYSVDTDSSEYQVGCTLFQTHPDGERNPIGYWSR
SLNAAEKKYSVSEKECVAVVWALTTLRPYLQGERFTVNTHHSSLRWLMSI
TDPSGRLTRWRLRLSEFDFEVKYKKGLANGQADALSRLKTLGESQGEIDE
EIPCFYIETHSPSFEEVEQETLDDFSDADPFLALADTDPSVQLERISCTE
LLNEQHADTFCASIRSRLNGGEELPFSLDSRGILLRHVEKHDQIVIPHVL
KSRVLHLAHYSRLSGHPGGTKLFMNLRRDFYWPTLAMDCHATVRLCSTCA
KNRVKLYRKRKPMTLFQEKAPLQYVSIDILGELIRSRRGYRYLLVITYRF
SKLVRTVPMKRITATVIAQVFIKHWCIPLQRRQPFDLVLSRNPPALPVAL
DDETELDAPTPAKYHLKWRNDLNARAKEAAKEISKTQARYKRNYDARRRR
GNPAIRVGGHVFVQVERPDKQEESRHNLLPIAAGPFKVVDLDEDTVVIKT
GEDVERVSRDRVEVAPDPQVELQVSGRTKEASATERRGKSPSGSEESEPP
PIARAEEKAPDLPPPAVAYANHRQLPKYRDMPRGTRTPVSTEMEPESRKD
VLEVGPKDLETSAREHSPLLLQAEQSGKAPLAVPPISAPIPRGKEEEEVP
PPVVGQAPSSTEQLSESDKPKEVHP*
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mRNA from alignment at tig00004406_pilon:881188..885314-

Legend: polypeptideCDSexonstart_codonintronstop_codon
Hold the cursor over a type above to highlight its positions in the sequence below.
>Gchil2843.t1 ID=Gchil2843.t1|Name=Gchil2843.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=4127bp|location=Sequence derived from alignment at tig00004406_pilon:881188..885314- (Gracilaria chilensis NLEC103_M9 male)
ATGATAGTGTCTAAAAGAAACTATAAGGTCTATGCCGACATCGGCTCTGA
CAGGAATCTGTTGTCTTGTCGATTGACTATCCTGGACACAGGTGCTGGTC
TGAACTTTATACGGGAATCGGAGCTCGCTCCTGCTGACTTAAAACGAATT
CGATACGGTCCTTTCCCGGACATCCGGGATGCCAACAAAAATGCTGTGCA
GACACTGGGAAAAGTTCGAGTCGTGGTGCGTTTGGGAGGCTTTGTAGTCC
TAGTCGACTTCATCGTCTGTAAGACGTTAGCTGCACCAGTGGTACTGGGA
TGTGATTATTGCGACTAGTTTGTCGAAGCCATTCGCCCGCGAAGAAAACT
AGTGGAACTAGATGATGGATCAATGGTACCAATTGTTCGCAAGCCAATGC
GTCGTTGCCCTGAAGCACCTCCAATTCCGCCATCTATGGAATACGGGAAA
TCCCGAGGACGTGTCTCGCCGAGGATTCGAGTAGCGAAGAGTGCCATGCT
GAAGGCGCAAACCCAAACTTGGGTTCAAGTAAGAAGAGAACGACACGGAC
TCGTGGTAATTCAACCGAATACTCGGATGTACGAATCCCGTGGATTGATA
GTCGCTAACTGCATTGTTAAGGTTGATCCTGGTAGCCACTTTTGGATACT
AGTGAGTAACTTCACCGATAAAAATTATCAGATACCGAAGAATCAGGTTG
TTGCAACAGCTTTGCCTCATCCTACAGTGGTGGTCCCTACTCATATTTCT
ACTGCAGAAGTATTGGGATTAACACATGTCGGTGACACAGACGAAGAACT
GCAAACTCCGTCTGGAGATCAATTGCAAACGGCAAAGGATCCAGAGAGCC
TGGTCGATGAGCTAGACTTCGCACATGTGTCGGAACCCTACAGAACGAAG
ATCAGGTCTATGCTGAAGAAGTATGCATCCATGTGGAATGGAAAAACTAG
GAGAGATCTCCGCTACGGAACACCACATTGATTTTGTCCCAGGGTTACGA
CCCATCTCCCAACCACCCTACAGAGCGGGACTGCGAACTAGCCAAATCGA
GGAGGAGAATGTCAGCAAACTGCTGGAAGAAGGAGCAATCGAAGCAGCTC
AATCTGCTTGGGCCCCACCAGTAGTGCTGGTTCCAAAACCTGATGGTTCT
TTACGATTCTGTATCGATTATCGAAAACTGAACGTAGTTACAGTTCGTGA
TACATACCCGTTGCCTCGAATGGACGAATTTATTGACAGCTTAGGAGAAG
AGAACGTGTTCACCACTTTGGACGCCAACTCTGGCTATTGGCAGGTGCCT
GTAGCGGAAGAAGACCAAGATAAAACCGCATTTGCGTGTCACGCCGGCCT
CTACCGTTTCAAAAGGATGCCCTTTGGCTTAAAGAATGCACCGGCTACTT
TCCAGCGTACTCTGGACATCTTGCTCTCAAGATACAAGTGGAAGACTTGT
TTAGTTTATTTGGACGATGTGGTCATCTTTTCCCAGGATGTGGAAAGCCA
TTTACGGCATATCGAGGAGATCCTCAAAGCACTACAGAGCGCAGGTATCA
CCTTGAAGTTCAAGAAATGCGAATGGTTCGCTGGCACCGTCCGGTACTTA
GGACATGTGATCAAACCGGGACAGCTAGCCATTCAAGAGGCACAAACAGC
GGCTCTCCGCGAAGTACAACCTCCGTCGACACAGAAGCAATTGCGTTCTT
CCCTCGGCTTGTGCAACGTGTACCGACGATTCGTGCCGCGATACTCGCAT
ATAGCGGCACCGCTCAACGCAAAGCTGCGTAAAGGACAACCAGTACAGCT
GGAACAATGCAGACAAGCTGAAGTAGAAGCGTTCGTCACGCTGAAGACAA
AGATTATTATAGCCCCAGTCTTGGCGCTGCCCATCCCCAACCTGCCATAC
TCGGTGGATACAGACTCTAGCGAGTACCAAGTAGGGTGTACCCTTTTTCA
AACACACCCCGATGGTGAACGAAACCCCATTGGTTACTGGTCAAGATCGC
TGAACGCAGCTGAGAAGAAGTATTCAGTTTCAGAAAAGGAATGCGTTGCA
GTCGTTTGGGCTCTAACCACATTGCGACCGTATCTACAAGGAGAACGTTT
TACCGTCAACACGCATCATTCGTCTCTACGATGGTTAATGTCCATTACAG
ACCCGTCTGGTCGTCTCACACGATGGCGCTTACGCCTTTCTGAATTCGAT
TTCGAAGTAAAGTATAAGAAGGGATTGGCCAATGGCCAAGCTGACGCGCT
ATCGCGACTCAAAACACTGGGCGAAAGCCAAGGCGAAATCGATGAAGAGA
TACCTTGCTTCTACATAGAGACCCATTCACCATCTTTTGAAGAAGTGGAA
CAAGAGACCCTTGATGATTTTTCGGATGCAGACCCGTTCCTTGCATTAGC
AGACACTGACCCTTCAGTTCAACTCGAGCGAATCTCGTGCACTGAGCTCC
TCAATGAGCAACACGCCGATACGTTTTGTGCGTCGATACGCTCTCGTCTT
AACGGGGGGGAGGAGCTCCCCTTTTCACTCGATTCACGAGGAATACTGTT
AAGACATGTCGAAAAGCATGATCAAATCGTGATTCCACACGTCTTGAAGA
GTCGAGTACTCCATCTGGCACACTACAGCAGGCTGTCTGGTCATCCAGGA
GGAACGAAGTTGTTCATGAATCTAAGAAGAGATTTTTACTGGCCTACTTT
GGCAATGGACTGCCATGCTACAGTGAGGTTGTGTTCAACATGTGCGAAGA
ATCGCGTGAAGCTTTACAGGAAGCGGAAACCGATGACGTTATTCCAGGAG
AAAGCGCCTTTACAATACGTTAGTATCGACATCCTAGGGGAATTGATTCG
CTCAAGGCGAGGTTATCGCTACCTATTGGTAATCACCTACCGCTTCTCGA
AGCTAGTGCGGACTGTGCCGATGAAGCGGATAACCGCAACCGTAATCGCA
CAGGTGTTTATCAAACACTGGGTATTTATATGCGGACCACCAGAAATTCT
GTTATCAGATAATGGGAAGCAATTCGTGGCGAAGTTCTTTCAGAAAGTTT
GCCGCATTATGGGCATTTGAAACGTGTTTACCACGACCTATCATCCGCAA
TGCAACGGTCAGGTGGAGCGTTTCAACCGCACGCTGATAGCAGCATTACG
ACACTACATCGCGGACCACCCGAAAGAATGGGACATGTTTACTGATACTC
TGTGCTACGCGTACAATACGCAAGTGCATACCTTTACAAAGACGGCAACC
GTTCGACCTCGTGCTCTCACGTAACCCTCCGGCTTTACCGGTTGCGCTCG
ACGACGAGACAGAATTGGACGCGCCGACCCCGGCTAAGTACCATCTGAAA
TGGAGGAATGACCTGAATGCCAGAGCGAAAGAAGCCGCTAAGGAGATATC
GAAGACACAAGCTCGCTATAAGCGAAACTATGACGCCAGAAGGCGAAGAG
GAAATCCGGCAATCCGAGTAGGAGGTCACGTCTTCGTGCAAGTCGAAAGA
CCGGACAAACAGGAAGAATCGCGTCATAATTTGTTGCCGATAGCAGCTGG
ACCCTTCAAAGTGGTGGACCTTGATGAAGACACGGTGGTCATCAAGACAG
GTGAGGACGTTGAACGTGTATCGCGCGATCGCGTTGAAGTCGCGCCTGAC
CCGCAAGTAGAACTCCAGGTATCTGGTAGAACTAAGGAGGCAAGTGCGAC
GGAACGTCGAGGCAAAAGCCCAAGTGGCTCTGAGGAGAGTGAACCGCCAC
CAATAGCTCGAGCGGAGGAGAAAGCTCCTGATCTCCCACCGCCGGCGGTT
GCGTACGCCAATCATAGACAGCTTCCGAAGTATCGGGATATGCCCCGTGG
CACGCGCACACCCGTAAGTACAGAAATGGAACCTGAAAGCAGGAAAGATG
TTTTGGAAGTTGGCCCCAAGGACTTGGAAACAAGTGCACGCGAGCACTCG
CCGTTGCTGCTTCAGGCTGAACAGTCAGGTAAAGCGCCACTCGCTGTTCC
GCCGATATCGGCTCCCATCCCTCGTGGGAAGGAAGAAGAAGAGGTACCGC
CTCCTGTCGTGGGGCAAGCACCATCGTCCACCGAACAGCTGTCAGAATCG
GATAAACCGAAGGAAGTTCATCCATGA
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Coding sequence (CDS) from alignment at tig00004406_pilon:881188..885314-

>Gchil2843.t1 ID=Gchil2843.t1|Name=Gchil2843.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=CDS|length=3678bp|location=Sequence derived from alignment at tig00004406_pilon:881188..885314- (Gracilaria chilensis NLEC103_M9 male)
ATGATAGTGTCTAAAAGAAACTATAAGGTCTATGCCGACATCGGCTCTGA
CAGGAATCTGTTGTCTTGTCGATTGACTATCCTGGACACAGGTGCTGGTC
TGAACTTTATACGGGAATCGGAGCTCGCTCCTGCTGACTTAAAACGAATT
CGATACGGTCCTTTCCCGGACATCCGGGATGCCAACAAAAATGCTGTGCA
GACACTGGGAAAAGTTCGAGTCGTGTTTGTCGAAGCCATTCGCCCGCGAA
GAAAACTAGTGGAACTAGATGATGGATCAATGGTACCAATTGTTCGCAAG
CCAATGCGTCGTTGCCCTGAAGCACCTCCAATTCCGCCATCTATGGAATA
CGGGAAATCCCGAGGACGTGTCTCGCCGAGGATTCGAGTAGCGAAGAGTG
CCATGCTGAAGGCGCAAACCCAAACTTGGGTTCAAGTAAGAAGAGAACGA
CACGGACTCGTGGTAATTCAACCGAATACTCGGATGTACGAATCCCGTGG
ATTGATAGTCGCTAACTGCATTGTTAAGGTTGATCCTGGTAGCCACTTTT
GGATACTAGTGAGTAACTTCACCGATAAAAATTATCAGATACCGAAGAAT
CAGGTTGTTGCAACAGCTTTGCCTCATCCTACAGTGGTGGTCCCTACTCA
TATTTCTACTGCAGAAGTATTGGGATTAACACATGTCGGTGACACAGACG
AAGAACTGCAAACTCCGTCTGGAGATCAATTGCAAACGGCAAAGGATCCA
GAGAGCCTGGTCGATGAGCTAGACTTCGCACATGTGTCGGAACCCTACAG
AACGAAGATCAGGTCTATGCTGAAGAAAGCGGGACTGCGAACTAGCCAAA
TCGAGGAGGAGAATGTCAGCAAACTGCTGGAAGAAGGAGCAATCGAAGCA
GCTCAATCTGCTTGGGCCCCACCAGTAGTGCTGGTTCCAAAACCTGATGG
TTCTTTACGATTCTGTATCGATTATCGAAAACTGAACGTAGTTACAGTTC
GTGATACATACCCGTTGCCTCGAATGGACGAATTTATTGACAGCTTAGGA
GAAGAGAACGTGTTCACCACTTTGGACGCCAACTCTGGCTATTGGCAGGT
GCCTGTAGCGGAAGAAGACCAAGATAAAACCGCATTTGCGTGTCACGCCG
GCCTCTACCGTTTCAAAAGGATGCCCTTTGGCTTAAAGAATGCACCGGCT
ACTTTCCAGCGTACTCTGGACATCTTGCTCTCAAGATACAAGTGGAAGAC
TTGTTTAGTTTATTTGGACGATGTGGTCATCTTTTCCCAGGATGTGGAAA
GCCATTTACGGCATATCGAGGAGATCCTCAAAGCACTACAGAGCGCAGGT
ATCACCTTGAAGTTCAAGAAATGCGAATGGTTCGCTGGCACCGTCCGGTA
CTTAGGACATGTGATCAAACCGGGACAGCTAGCCATTCAAGAGGCACAAA
CAGCGGCTCTCCGCGAAGTACAACCTCCGTCGACACAGAAGCAATTGCGT
TCTTCCCTCGGCTTGTGCAACGTGTACCGACGATTCGTGCCGCGATACTC
GCATATAGCGGCACCGCTCAACGCAAAGCTGCGTAAAGGACAACCAGTAC
AGCTGGAACAATGCAGACAAGCTGAAGTAGAAGCGTTCGTCACGCTGAAG
ACAAAGATTATTATAGCCCCAGTCTTGGCGCTGCCCATCCCCAACCTGCC
ATACTCGGTGGATACAGACTCTAGCGAGTACCAAGTAGGGTGTACCCTTT
TTCAAACACACCCCGATGGTGAACGAAACCCCATTGGTTACTGGTCAAGA
TCGCTGAACGCAGCTGAGAAGAAGTATTCAGTTTCAGAAAAGGAATGCGT
TGCAGTCGTTTGGGCTCTAACCACATTGCGACCGTATCTACAAGGAGAAC
GTTTTACCGTCAACACGCATCATTCGTCTCTACGATGGTTAATGTCCATT
ACAGACCCGTCTGGTCGTCTCACACGATGGCGCTTACGCCTTTCTGAATT
CGATTTCGAAGTAAAGTATAAGAAGGGATTGGCCAATGGCCAAGCTGACG
CGCTATCGCGACTCAAAACACTGGGCGAAAGCCAAGGCGAAATCGATGAA
GAGATACCTTGCTTCTACATAGAGACCCATTCACCATCTTTTGAAGAAGT
GGAACAAGAGACCCTTGATGATTTTTCGGATGCAGACCCGTTCCTTGCAT
TAGCAGACACTGACCCTTCAGTTCAACTCGAGCGAATCTCGTGCACTGAG
CTCCTCAATGAGCAACACGCCGATACGTTTTGTGCGTCGATACGCTCTCG
TCTTAACGGGGGGGAGGAGCTCCCCTTTTCACTCGATTCACGAGGAATAC
TGTTAAGACATGTCGAAAAGCATGATCAAATCGTGATTCCACACGTCTTG
AAGAGTCGAGTACTCCATCTGGCACACTACAGCAGGCTGTCTGGTCATCC
AGGAGGAACGAAGTTGTTCATGAATCTAAGAAGAGATTTTTACTGGCCTA
CTTTGGCAATGGACTGCCATGCTACAGTGAGGTTGTGTTCAACATGTGCG
AAGAATCGCGTGAAGCTTTACAGGAAGCGGAAACCGATGACGTTATTCCA
GGAGAAAGCGCCTTTACAATACGTTAGTATCGACATCCTAGGGGAATTGA
TTCGCTCAAGGCGAGGTTATCGCTACCTATTGGTAATCACCTACCGCTTC
TCGAAGCTAGTGCGGACTGTGCCGATGAAGCGGATAACCGCAACCGTAAT
CGCACAGGTGTTTATCAAACACTGGTGCATACCTTTACAAAGACGGCAAC
CGTTCGACCTCGTGCTCTCACGTAACCCTCCGGCTTTACCGGTTGCGCTC
GACGACGAGACAGAATTGGACGCGCCGACCCCGGCTAAGTACCATCTGAA
ATGGAGGAATGACCTGAATGCCAGAGCGAAAGAAGCCGCTAAGGAGATAT
CGAAGACACAAGCTCGCTATAAGCGAAACTATGACGCCAGAAGGCGAAGA
GGAAATCCGGCAATCCGAGTAGGAGGTCACGTCTTCGTGCAAGTCGAAAG
ACCGGACAAACAGGAAGAATCGCGTCATAATTTGTTGCCGATAGCAGCTG
GACCCTTCAAAGTGGTGGACCTTGATGAAGACACGGTGGTCATCAAGACA
GGTGAGGACGTTGAACGTGTATCGCGCGATCGCGTTGAAGTCGCGCCTGA
CCCGCAAGTAGAACTCCAGGTATCTGGTAGAACTAAGGAGGCAAGTGCGA
CGGAACGTCGAGGCAAAAGCCCAAGTGGCTCTGAGGAGAGTGAACCGCCA
CCAATAGCTCGAGCGGAGGAGAAAGCTCCTGATCTCCCACCGCCGGCGGT
TGCGTACGCCAATCATAGACAGCTTCCGAAGTATCGGGATATGCCCCGTG
GCACGCGCACACCCGTAAGTACAGAAATGGAACCTGAAAGCAGGAAAGAT
GTTTTGGAAGTTGGCCCCAAGGACTTGGAAACAAGTGCACGCGAGCACTC
GCCGTTGCTGCTTCAGGCTGAACAGTCAGGTAAAGCGCCACTCGCTGTTC
CGCCGATATCGGCTCCCATCCCTCGTGGGAAGGAAGAAGAAGAGGTACCG
CCTCCTGTCGTGGGGCAAGCACCATCGTCCACCGAACAGCTGTCAGAATC
GGATAAACCGAAGGAAGTTCATCCATGA
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