Gchil626.t1 (mRNA) Gracilaria chilensis NLEC103_M9 male

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

Overview


Name	Gchil626.t1
Unique Name	Gchil626.t1
Type	mRNA
Organism	Gracilaria chilensis NLEC103_M9 male (Gracilaria chilensis NLEC103_M9 male)
Sequence length	1808

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00004380_pilon	contig	tig00004380_pilon:679219..685483 +

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Gracilaria chilensis NLEC103_M9 male OGS1.0	2022-05-09

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gchil626	Gchil626	Gracilaria chilensis NLEC103_M9 male	gene	tig00004380_pilon 679219..685483 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1	Gchil626.t1	Gracilaria chilensis NLEC103_M9 male	polypeptide	tig00004380_pilon 679219..685483 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1.start1	Gchil626.t1.start1	Gracilaria chilensis NLEC103_M9 male	start_codon	tig00004380_pilon 679219..679221 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1.CDS1	Gchil626.t1.CDS1	Gracilaria chilensis NLEC103_M9 male	CDS	tig00004380_pilon 679219..680343 +
Gchil626.t1.CDS2	Gchil626.t1.CDS2	Gracilaria chilensis NLEC103_M9 male	CDS	tig00004380_pilon 680441..680615 +
Gchil626.t1.CDS3	Gchil626.t1.CDS3	Gracilaria chilensis NLEC103_M9 male	CDS	tig00004380_pilon 681360..685483 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1.exon1	Gchil626.t1.exon1	Gracilaria chilensis NLEC103_M9 male	exon	tig00004380_pilon 679219..680343 +
Gchil626.t1.exon2	Gchil626.t1.exon2	Gracilaria chilensis NLEC103_M9 male	exon	tig00004380_pilon 680441..680615 +
Gchil626.t1.exon3	Gchil626.t1.exon3	Gracilaria chilensis NLEC103_M9 male	exon	tig00004380_pilon 681360..685483 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1.intron1	Gchil626.t1.intron1	Gracilaria chilensis NLEC103_M9 male	intron	tig00004380_pilon 680344..680440 +
Gchil626.t1.intron2	Gchil626.t1.intron2	Gracilaria chilensis NLEC103_M9 male	intron	tig00004380_pilon 680616..681359 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil626.t1.stop1	Gchil626.t1.stop1	Gracilaria chilensis NLEC103_M9 male	stop_codon	tig00004380_pilon 685481..685483 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00004380_pilon:679219..685483+
coding sequence from alignment at tig00004380_pilon:679219..685483+

mRNA sequence

>Gchil626.t1 ID=Gchil626.t1|Name=Gchil626.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=1808bp
MPDVQTTTAPETVQRESSNSPSDRRASIERFRAVKQTLADGLASIRSHVT
SSSMPSKIPDITEHPSVERDSSFVSPPRENSPNATQVNSTIQLDERQHIS
RLSTLLEASEARVEAAQHEAKRLRRDNDALRQSVDRSARLLEGMRADYDR
VIDERNKKTSKEEEALADAVRLRSELVELERQMQQLSQRATRTEKALAEE
KQKSHALERVCMGLRRRVAIAEEKAQDATRLQEAFLARDTAESRLAETRA
EAERLRAKCGATDVLRERADAAERSERSLRDRLLALEKEVESREALLRQG
LLERRRLKEYITGYERQLEEKDLKIARLRRTAKRSRHVERMPMSDDNTSL
QTNTNSISVDKVDSPFDEFDDHHVEETWPREDPEDTITSLDSNRPSVTEH
GNVNITEASPLLREVEEAHAQLQAVFQDSSGEKEHKRLDFGCLRSSEGDL
TIPARPEQHEVMRETRLYDYTSSQDLEALPLFEVSVPVPEFQQPRVNEHA
WAGLAGDTLWRTLNSDQLVFENIHTKSGLRLSFSAPLSSRPLVIENDELE
DGSVEILLSCFSELKGCSLVHLCVDVTSITNPTFEERGRLFLADFGINCI
TRVGTDVILGLNDGHCAQVQQSADVSPRIRLQLLSSNVIDRDTSPPADDT
SIISYSSAEGASSQRSLTSSLSMGLMSRLFRSPSRNQEDSGVDSGIPYEN
NGYIVTKRRGRNSARGMEKEDSVIAVAKIPSETRSFMALCESGKIFLFVW
NEDRYICRADIKIPVKLSTTSVDHFLVSGSKECAVAVLMADEEPSADSLR
VFNIAARTRRTGSYSLSCIQIAKRDGPFDRIVAAAAVGESVLVSTESGIV
TDVVNVANDIDSGVGLPQGKLWTLIDDFDKEFGLWQSYDSVILDGKESLM
MAHRFTPYALSKSLRLESPQNTTRKDVDIALNEWLSDEEGTSWKRIKHRA
EHVVKQENFKIRDMFVVNGVGVVIARQCLVSVFRHQSEAERKLVVDRCSV
FPDTFKVTRSETARLLASHGLCQELGARFKAGFIKPEYRASFISIMKLSV
RLSESGSGLPLTDLIISQGKDIRMQSGEQCDFTSIVEQAIAVVSPGGVLL
RNLLECGEVSTLGIVANECANIFRMSSVYASGLSSLFQYRLKSFQTTTED
DGDDKMRDEKAKDTEPDEGMLDKAYGCIVQAKKWCDELFESQSPFSDDVK
IDAQYLIDLVTSAILKSVEISGARVDPLRQEGFLHREGPVPPIGSVSSSI
VWERLSFWLMEKSVRIFESFGAPKHAASCALEGMPQAPTREKHESMRATA
FSRFIDAGELEAALTAILSDPFVGEDMTSVKLLESESVRDAVSLLVNATA
DHGRLQWLADEKLPGPLKVMCGHALERRARATETLPTTDMIMTATIDPNT
SLTQDIEHMDEYDVVSDYELAYSWHVRHGDDESAATVALEWAGRVNSEGL
QRIRNAISGGRSKITRGQEQARLLLHWVQMKSTALSYVSSAIQRQLPSYR
YAVKSKFSRLTNTTDHLLVDPSWVSRRLLLAHAQKRCLSMMLSHLPEKDD
NSQDVHYLVAHGASFLSESKEGARWAAATLQKTPTFDNMMLCIELGLAWV
EEATDNVLVETLQVAAAIASRKDYIFFEYNHLQQLLAAIEARTNWTRFSR
QWYAIALESALTTSRGLSPCPRWLIDGAAWGARAECSGKERPRIFVGDVG
RVVRALLRSGRPFDAAKLALKALEKVKGSKSETVNLPYSVIDATCDILGR
ISAEYPEADDLRSELREECKKHIHLMKGIVQDRILNLDEVEHSRQHFPGR
NAMEVVR*

spliced messenger RNA

>Gchil626.t1 ID=Gchil626.t1|Name=Gchil626.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=5424bp|location=Sequence derived from alignment at tig00004380_pilon:679219..685483+ (Gracilaria chilensis NLEC103_M9 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGCCCGACGTGCAGACCACCACGGCACCGGAAACTGTACAACGCGAAAG
CTCCAATTCGCCCTCTGACCGACGGGCCTCCATCGAGCGTTTTCGTGCTG
TCAAGCAGACTCTTGCTGACGGGCTGGCTTCCATACGGTCTCATGTGACG
AGCAGTTCCATGCCATCAAAAATCCCTGATATTACCGAACACCCATCGGT
CGAGCGCGATTCTTCATTTGTTTCTCCACCGCGGGAAAACTCACCCAATG
CAACACAAGTTAATTCCACAATTCAGCTTGACGAAAGGCAACATATCAGT
AGACTATCTACCCTTCTGGAAGCGTCCGAGGCGAGAGTAGAAGCGGCTCA
ACATGAAGCGAAACGACTTCGCCGAGATAATGATGCCCTACGACAAAGTG
TTGACCGTTCCGCTCGGCTACTCGAGGGAATGCGAGCGGATTATGACCGC
GTCATCGATGAGAGGAATAAGAAAACTTCAAAGGAAGAAGAAGCCTTGGC
AGATGCCGTTCGCCTACGTTCGGAACTTGTCGAACTTGAACGTCAAATGC
AACAACTTTCCCAAAGGGCTACTCGCACAGAAAAAGCCCTGGCTGAAGAA
AAGCAAAAATCTCACGCTTTAGAACGTGTTTGTATGGGGTTGCGAAGACG
AGTCGCAATCGCAGAAGAAAAAGCACAGGATGCAACAAGACTTCAAGAGG
CATTTCTTGCTCGTGATACAGCCGAGTCCAGACTGGCCGAAACTCGCGCC
GAAGCTGAACGTTTACGAGCGAAATGCGGCGCAACAGACGTTCTTCGAGA
GCGCGCTGATGCAGCAGAGCGGTCCGAACGTTCTTTGAGAGACAGGCTGC
TTGCGTTGGAAAAAGAAGTAGAAAGCCGAGAGGCTCTGCTGCGACAAGGC
TTGCTTGAGAGAAGAAGATTGAAAGAGTACATTACAGGCTATGAGAGACA
ACTAGAAGAGAAGGATCTTAAGATTGCGCGATTAAGACGCACAGCGAAGC
GTTCGAGACATGTCGAGAGAATGCCCATGTCTGATGACAACACTAGCCTT
CAAACAAATACAAATTCTATAAGCGTGGATAAAGTAGATTCGCCCTTCGA
CGAGTTTGATGATCATCATGTAGAGGAAACCTGGCCTCGGGAGGACCCCG
AAGACACTATCACATCACTTGATTCAAATCGACCATCTGTCACAGAACAT
GGCAATGTCAACATCACGGAAGCATCCCCGCTGCTTCGCGAGGTAGAAGA
AGCCCATGCACAGCTTCAGGCGGTGTTTCAGGATTCAAGCGGAGAGAAGG
AACATAAACGCCTCGACTTCGGCTGCTTGCGTTCTTCCGAAGGAGATCTA
ACCATTCCTGCTCGACCTGAGCAACACGAAGTCATGCGTGAGACGCGACT
ATACGATTACACTTCATCCCAAGATCTAGAAGCCCTACCACTTTTTGAAG
TCTCCGTACCAGTTCCAGAGTTTCAGCAACCAAGAGTTAATGAGCATGCT
TGGGCAGGGCTTGCTGGAGACACATTGTGGCGCACGCTGAACTCGGACCA
ACTAGTCTTTGAAAATATTCATACGAAATCTGGTCTCCGACTGTCGTTCT
CAGCGCCGCTATCTTCGCGTCCGCTTGTTATCGAAAACGACGAGCTAGAA
GATGGATCAGTTGAAATCCTTCTTTCCTGTTTTTCGGAGCTCAAAGGGTG
TAGTCTTGTGCACCTCTGTGTGGATGTGACATCAATAACGAATCCAACAT
TTGAGGAACGAGGAAGACTTTTCCTCGCAGATTTTGGTATTAACTGTATT
ACTAGGGTCGGAACCGATGTTATTTTAGGTCTGAACGATGGTCACTGTGC
TCAGGTTCAACAATCAGCGGATGTTTCTCCAAGGATTCGACTACAGTTGC
TGTCTTCGAACGTGATTGACAGGGACACATCCCCTCCAGCGGATGACACA
AGTATTATTTCATATTCATCTGCAGAAGGAGCGTCTTCACAGCGTTCGCT
GACTTCATCGTTATCAATGGGATTAATGAGTCGACTTTTTCGCAGTCCAA
GTAGAAACCAAGAAGACTCTGGGGTTGATTCTGGCATTCCGTACGAAAAT
AACGGATATATAGTGACAAAGAGGCGTGGAAGGAATTCAGCTCGCGGAAT
GGAGAAGGAAGACTCTGTTATTGCCGTTGCGAAAATTCCATCGGAAACAA
GATCTTTCATGGCTCTGTGTGAGTCGGGAAAGATTTTTCTCTTCGTTTGG
AATGAAGACAGGTATATCTGCAGGGCCGATATAAAGATTCCCGTGAAACT
TTCAACTACTTCTGTTGACCATTTTCTTGTTTCAGGCTCGAAAGAATGTG
CCGTGGCCGTTTTGATGGCCGACGAAGAACCAAGCGCAGACTCACTTCGT
GTTTTCAATATCGCCGCTCGTACTCGCCGTACAGGTTCATACTCGCTTTC
TTGCATTCAAATTGCTAAGAGAGACGGCCCTTTTGACCGAATTGTTGCAG
CTGCAGCTGTTGGAGAGAGCGTTCTCGTATCAACTGAATCTGGAATTGTG
ACTGATGTTGTTAACGTTGCCAATGACATTGACTCTGGTGTCGGCCTACC
TCAAGGGAAACTGTGGACATTAATAGATGATTTCGATAAAGAATTTGGCC
TGTGGCAGAGCTATGACTCTGTTATTCTTGATGGAAAAGAATCTCTGATG
ATGGCACATCGTTTCACGCCGTACGCACTTTCCAAATCCCTCCGTCTTGA
ATCGCCACAAAATACAACAAGGAAAGATGTGGACATAGCATTAAATGAAT
GGCTATCTGATGAAGAAGGCACATCATGGAAACGCATCAAGCATCGAGCA
GAGCACGTGGTAAAACAGGAGAACTTTAAAATAAGGGACATGTTTGTTGT
GAATGGTGTTGGTGTGGTAATAGCCCGGCAATGCTTGGTGTCTGTATTTC
GTCACCAGTCTGAAGCAGAGCGAAAACTGGTTGTCGATAGGTGCTCGGTG
TTTCCTGATACATTTAAAGTAACTCGGAGTGAGACGGCTCGCTTGCTCGC
TTCTCACGGACTTTGTCAAGAATTGGGAGCTCGATTCAAGGCGGGGTTTA
TAAAACCGGAGTATCGGGCGAGTTTCATCTCCATAATGAAATTGTCCGTC
AGACTATCCGAAAGCGGTTCTGGTCTTCCACTTACGGATCTCATTATAAG
CCAAGGCAAGGACATCCGAATGCAGTCTGGTGAACAGTGTGACTTTACAA
GCATTGTCGAACAGGCCATTGCGGTCGTTTCCCCGGGCGGAGTGTTGCTC
CGAAATCTTCTAGAATGTGGTGAAGTCTCTACATTGGGAATTGTTGCTAA
TGAATGCGCCAATATTTTTCGAATGTCCTCTGTCTATGCCAGTGGACTTT
CGTCGCTATTTCAATACCGACTGAAATCTTTCCAAACGACCACTGAAGAT
GATGGTGATGATAAAATGCGCGATGAGAAAGCAAAAGATACTGAACCTGA
TGAAGGAATGTTGGACAAGGCATACGGCTGTATTGTACAGGCAAAGAAGT
GGTGTGATGAACTGTTCGAGTCACAAAGTCCCTTTTCAGACGACGTTAAG
ATTGATGCTCAGTATTTGATTGACTTGGTTACATCTGCCATTCTTAAATC
CGTAGAGATCAGTGGTGCAAGAGTTGATCCCCTTCGTCAAGAGGGATTCT
TGCATCGAGAAGGCCCAGTGCCCCCCATTGGATCAGTTTCATCGTCAATC
GTGTGGGAAAGACTCTCGTTTTGGCTGATGGAAAAAAGCGTGCGAATCTT
CGAAAGCTTCGGGGCTCCAAAACATGCGGCTTCCTGTGCACTTGAAGGTA
TGCCACAAGCTCCAACCAGGGAGAAGCATGAGAGTATGCGAGCAACTGCT
TTTAGTAGATTTATCGATGCAGGAGAACTCGAAGCCGCGCTTACGGCAAT
ACTGAGCGATCCGTTTGTCGGGGAAGATATGACTTCCGTGAAGTTACTTG
AGAGCGAGTCAGTTCGGGACGCAGTTTCCTTGTTGGTAAATGCTACTGCA
GATCACGGAAGGCTACAGTGGCTCGCAGATGAAAAGCTTCCAGGCCCTTT
AAAGGTAATGTGCGGTCATGCGTTAGAAAGGAGAGCCAGGGCTACGGAAA
CATTGCCCACAACAGACATGATAATGACCGCTACGATTGACCCAAATACG
TCTCTTACTCAGGACATTGAACATATGGATGAGTATGATGTAGTAAGCGA
TTATGAACTGGCTTATTCATGGCACGTGCGTCATGGGGATGACGAAAGTG
CTGCGACAGTCGCTTTGGAATGGGCAGGTCGTGTAAACAGTGAAGGCCTC
CAGAGGATAAGAAACGCAATCAGTGGAGGTAGATCCAAGATTACAAGAGG
TCAGGAACAAGCGCGACTGCTGCTTCACTGGGTGCAAATGAAGTCAACAG
CCCTTTCTTACGTATCCTCGGCCATTCAAAGACAGTTACCATCCTATAGA
TACGCTGTGAAGTCAAAGTTTTCTCGTTTGACGAACACCACTGACCACCT
GTTAGTAGATCCATCTTGGGTCTCTCGAAGGCTCTTGCTGGCGCATGCTC
AAAAGAGATGTCTGAGTATGATGCTGTCTCATCTACCTGAGAAGGATGAT
AATTCCCAAGACGTCCACTATCTTGTTGCACATGGTGCTTCGTTTCTTTC
TGAGAGCAAAGAAGGAGCGCGATGGGCAGCTGCGACCTTACAAAAGACGC
CTACTTTTGACAACATGATGCTGTGCATTGAGTTAGGCTTAGCATGGGTG
GAAGAGGCGACTGACAATGTTCTCGTGGAAACGCTTCAGGTTGCTGCTGC
AATCGCTTCTAGGAAAGACTACATCTTTTTCGAATACAATCATCTACAGC
AATTGCTTGCTGCCATCGAAGCTAGGACTAACTGGACGCGGTTTTCCCGA
CAATGGTATGCTATTGCCTTGGAAAGTGCATTAACTACGTCTCGTGGCCT
AAGCCCATGTCCTCGGTGGCTTATTGATGGGGCGGCATGGGGTGCTCGAG
CTGAGTGCAGTGGGAAAGAGAGGCCCAGGATTTTCGTTGGAGATGTGGGG
CGCGTCGTTCGTGCTCTATTACGCAGTGGTCGACCTTTCGATGCCGCAAA
GCTTGCTTTGAAAGCATTAGAAAAGGTCAAGGGCTCCAAATCTGAGACTG
TCAATCTACCGTACTCGGTCATAGATGCCACTTGCGATATTCTCGGACGA
ATCTCAGCGGAGTATCCTGAAGCTGACGACTTGAGGTCAGAACTGCGCGA
GGAATGTAAGAAGCATATACACCTCATGAAGGGCATTGTCCAGGATCGCA
TCCTAAACTTGGACGAAGTTGAGCACAGCCGACAACACTTTCCAGGAAGA
AACGCCATGGAAGTAGTTCGGTAA

protein sequence of Gchil626.t1

>Gchil626.t1 ID=Gchil626.t1|Name=Gchil626.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=polypeptide|length=1808bp
MPDVQTTTAPETVQRESSNSPSDRRASIERFRAVKQTLADGLASIRSHVT
SSSMPSKIPDITEHPSVERDSSFVSPPRENSPNATQVNSTIQLDERQHIS
RLSTLLEASEARVEAAQHEAKRLRRDNDALRQSVDRSARLLEGMRADYDR
VIDERNKKTSKEEEALADAVRLRSELVELERQMQQLSQRATRTEKALAEE
KQKSHALERVCMGLRRRVAIAEEKAQDATRLQEAFLARDTAESRLAETRA
EAERLRAKCGATDVLRERADAAERSERSLRDRLLALEKEVESREALLRQG
LLERRRLKEYITGYERQLEEKDLKIARLRRTAKRSRHVERMPMSDDNTSL
QTNTNSISVDKVDSPFDEFDDHHVEETWPREDPEDTITSLDSNRPSVTEH
GNVNITEASPLLREVEEAHAQLQAVFQDSSGEKEHKRLDFGCLRSSEGDL
TIPARPEQHEVMRETRLYDYTSSQDLEALPLFEVSVPVPEFQQPRVNEHA
WAGLAGDTLWRTLNSDQLVFENIHTKSGLRLSFSAPLSSRPLVIENDELE
DGSVEILLSCFSELKGCSLVHLCVDVTSITNPTFEERGRLFLADFGINCI
TRVGTDVILGLNDGHCAQVQQSADVSPRIRLQLLSSNVIDRDTSPPADDT
SIISYSSAEGASSQRSLTSSLSMGLMSRLFRSPSRNQEDSGVDSGIPYEN
NGYIVTKRRGRNSARGMEKEDSVIAVAKIPSETRSFMALCESGKIFLFVW
NEDRYICRADIKIPVKLSTTSVDHFLVSGSKECAVAVLMADEEPSADSLR
VFNIAARTRRTGSYSLSCIQIAKRDGPFDRIVAAAAVGESVLVSTESGIV
TDVVNVANDIDSGVGLPQGKLWTLIDDFDKEFGLWQSYDSVILDGKESLM
MAHRFTPYALSKSLRLESPQNTTRKDVDIALNEWLSDEEGTSWKRIKHRA
EHVVKQENFKIRDMFVVNGVGVVIARQCLVSVFRHQSEAERKLVVDRCSV
FPDTFKVTRSETARLLASHGLCQELGARFKAGFIKPEYRASFISIMKLSV
RLSESGSGLPLTDLIISQGKDIRMQSGEQCDFTSIVEQAIAVVSPGGVLL
RNLLECGEVSTLGIVANECANIFRMSSVYASGLSSLFQYRLKSFQTTTED
DGDDKMRDEKAKDTEPDEGMLDKAYGCIVQAKKWCDELFESQSPFSDDVK
IDAQYLIDLVTSAILKSVEISGARVDPLRQEGFLHREGPVPPIGSVSSSI
VWERLSFWLMEKSVRIFESFGAPKHAASCALEGMPQAPTREKHESMRATA
FSRFIDAGELEAALTAILSDPFVGEDMTSVKLLESESVRDAVSLLVNATA
DHGRLQWLADEKLPGPLKVMCGHALERRARATETLPTTDMIMTATIDPNT
SLTQDIEHMDEYDVVSDYELAYSWHVRHGDDESAATVALEWAGRVNSEGL
QRIRNAISGGRSKITRGQEQARLLLHWVQMKSTALSYVSSAIQRQLPSYR
YAVKSKFSRLTNTTDHLLVDPSWVSRRLLLAHAQKRCLSMMLSHLPEKDD
NSQDVHYLVAHGASFLSESKEGARWAAATLQKTPTFDNMMLCIELGLAWV
EEATDNVLVETLQVAAAIASRKDYIFFEYNHLQQLLAAIEARTNWTRFSR
QWYAIALESALTTSRGLSPCPRWLIDGAAWGARAECSGKERPRIFVGDVG
RVVRALLRSGRPFDAAKLALKALEKVKGSKSETVNLPYSVIDATCDILGR
ISAEYPEADDLRSELREECKKHIHLMKGIVQDRILNLDEVEHSRQHFPGR
NAMEVVR*

mRNA from alignment at tig00004380_pilon:679219..685483+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gchil626.t1 ID=Gchil626.t1|Name=Gchil626.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=6265bp|location=Sequence derived from alignment at tig00004380_pilon:679219..685483+ (Gracilaria chilensis NLEC103_M9 male)
ATGCCCGACGTGCAGACCACCACGGCACCGGAAACTGTACAACGCGAAAG
CTCCAATTCGCCCTCTGACCGACGGGCCTCCATCGAGCGTTTTCGTGCTG
TCAAGCAGACTCTTGCTGACGGGCTGGCTTCCATACGGTCTCATGTGACG
AGCAGTTCCATGCCATCAAAAATCCCTGATATTACCGAACACCCATCGGT
CGAGCGCGATTCTTCATTTGTTTCTCCACCGCGGGAAAACTCACCCAATG
CAACACAAGTTAATTCCACAATTCAGCTTGACGAAAGGCAACATATCAGT
AGACTATCTACCCTTCTGGAAGCGTCCGAGGCGAGAGTAGAAGCGGCTCA
ACATGAAGCGAAACGACTTCGCCGAGATAATGATGCCCTACGACAAAGTG
TTGACCGTTCCGCTCGGCTACTCGAGGGAATGCGAGCGGATTATGACCGC
GTCATCGATGAGAGGAATAAGAAAACTTCAAAGGAAGAAGAAGCCTTGGC
AGATGCCGTTCGCCTACGTTCGGAACTTGTCGAACTTGAACGTCAAATGC
AACAACTTTCCCAAAGGGCTACTCGCACAGAAAAAGCCCTGGCTGAAGAA
AAGCAAAAATCTCACGCTTTAGAACGTGTTTGTATGGGGTTGCGAAGACG
AGTCGCAATCGCAGAAGAAAAAGCACAGGATGCAACAAGACTTCAAGAGG
CATTTCTTGCTCGTGATACAGCCGAGTCCAGACTGGCCGAAACTCGCGCC
GAAGCTGAACGTTTACGAGCGAAATGCGGCGCAACAGACGTTCTTCGAGA
GCGCGCTGATGCAGCAGAGCGGTCCGAACGTTCTTTGAGAGACAGGCTGC
TTGCGTTGGAAAAAGAAGTAGAAAGCCGAGAGGCTCTGCTGCGACAAGGC
TTGCTTGAGAGAAGAAGATTGAAAGAGTACATTACAGGCTATGAGAGACA
ACTAGAAGAGAAGGATCTTAAGATTGCGCGATTAAGACGCACAGCGAAGC
GTTCGAGACATGTCGAGAGAATGCCCATGTCTGATGACAACACTAGCCTT
CAAACAAATACAAATTCTATAAGCGTGGATAAAGTAGATTCGCCCTTCGA
CGAGTTTGATGATCATCATGTAGAGGTAAGCTTCCCTGATGCATGCAGAT
TCATTTCAAAGTTGTGGTTCTTCGCGAATACATGTCAATTATTTGTTCTA
ACTCCTCTTTTCTTTAACTCAGGAAACCTGGCCTCGGGAGGACCCCGAAG
ACACTATCACATCACTTGATTCAAATCGACCATCTGTCACAGAACATGGC
AATGTCAACATCACGGAAGCATCCCCGCTGCTTCGCGAGGTAGAAGAAGC
CCATGCACAGCTTCAGGCGGTGTTTCAGGATTCAAGCGGAGAGAAGGGTA
AGCATCCATCTATAGATCTCGAAGAGCGAGTACGTCGTTTGGAAGCATCA
CTGAATGCAATATCTCAAAACCGCCATTCTCCATCTGAATAAGATAAGAT
ATCCCTCTATCTCCACGCTACTTTCGATTGCATTGCAACTGTTCATATCC
ACGTGTGTAAAAAGTCTCTCGTTCCGCAGCAATGTCCGTGGAGAACGAAA
AACAGAGAAGTAAAACGGTTTGTAGAATAGCTACTACTGAGTATTCTTAC
AAGGTTGTTTTATTTGCTTCGAGGGAGGTGTATCAAGACTAATGCTTTGG
TCTTGTGAAGCGAATAGAAGCGAAGCATAGTGTGCTCGCACAGCTTCGAC
GTTTCTATCCTTCACACACTGCATGACCCACTGCCCAGCTCTAATTATAA
CCTTCCGTGTATTGCTTCTCTTAGTTGAACCCTCAGATTAATCAAAATGT
TTTGTTCATAATCCGCATTCGCCCGCCTTGTCATACAGTATCTATCCGAC
ACGTCGGGATTTGCAGTGGATCACACAAGTTTGAAAAAAAGGCAATTCCC
GAAGGTATCTACAGCAGGTTACTGTTTCTTGAAAAATCTGCAAATACTGT
ACAGCAACCTCAAGTTCTTCGGTCCTGGAAACGGATCGATTGGGGTCCGT
ATTTCAAATCCACGTACTGCAAAGATATATCTACTAGGAAAGGTATATCT
AAGGATTCGGCGTGTATTTCTGTTTCTTTACTCGAATTTAGAACATAAAC
GCCTCGACTTCGGCTGCTTGCGTTCTTCCGAAGGAGATCTAACCATTCCT
GCTCGACCTGAGCAACACGAAGTCATGCGTGAGACGCGACTATACGATTA
CACTTCATCCCAAGATCTAGAAGCCCTACCACTTTTTGAAGTCTCCGTAC
CAGTTCCAGAGTTTCAGCAACCAAGAGTTAATGAGCATGCTTGGGCAGGG
CTTGCTGGAGACACATTGTGGCGCACGCTGAACTCGGACCAACTAGTCTT
TGAAAATATTCATACGAAATCTGGTCTCCGACTGTCGTTCTCAGCGCCGC
TATCTTCGCGTCCGCTTGTTATCGAAAACGACGAGCTAGAAGATGGATCA
GTTGAAATCCTTCTTTCCTGTTTTTCGGAGCTCAAAGGGTGTAGTCTTGT
GCACCTCTGTGTGGATGTGACATCAATAACGAATCCAACATTTGAGGAAC
GAGGAAGACTTTTCCTCGCAGATTTTGGTATTAACTGTATTACTAGGGTC
GGAACCGATGTTATTTTAGGTCTGAACGATGGTCACTGTGCTCAGGTTCA
ACAATCAGCGGATGTTTCTCCAAGGATTCGACTACAGTTGCTGTCTTCGA
ACGTGATTGACAGGGACACATCCCCTCCAGCGGATGACACAAGTATTATT
TCATATTCATCTGCAGAAGGAGCGTCTTCACAGCGTTCGCTGACTTCATC
GTTATCAATGGGATTAATGAGTCGACTTTTTCGCAGTCCAAGTAGAAACC
AAGAAGACTCTGGGGTTGATTCTGGCATTCCGTACGAAAATAACGGATAT
ATAGTGACAAAGAGGCGTGGAAGGAATTCAGCTCGCGGAATGGAGAAGGA
AGACTCTGTTATTGCCGTTGCGAAAATTCCATCGGAAACAAGATCTTTCA
TGGCTCTGTGTGAGTCGGGAAAGATTTTTCTCTTCGTTTGGAATGAAGAC
AGGTATATCTGCAGGGCCGATATAAAGATTCCCGTGAAACTTTCAACTAC
TTCTGTTGACCATTTTCTTGTTTCAGGCTCGAAAGAATGTGCCGTGGCCG
TTTTGATGGCCGACGAAGAACCAAGCGCAGACTCACTTCGTGTTTTCAAT
ATCGCCGCTCGTACTCGCCGTACAGGTTCATACTCGCTTTCTTGCATTCA
AATTGCTAAGAGAGACGGCCCTTTTGACCGAATTGTTGCAGCTGCAGCTG
TTGGAGAGAGCGTTCTCGTATCAACTGAATCTGGAATTGTGACTGATGTT
GTTAACGTTGCCAATGACATTGACTCTGGTGTCGGCCTACCTCAAGGGAA
ACTGTGGACATTAATAGATGATTTCGATAAAGAATTTGGCCTGTGGCAGA
GCTATGACTCTGTTATTCTTGATGGAAAAGAATCTCTGATGATGGCACAT
CGTTTCACGCCGTACGCACTTTCCAAATCCCTCCGTCTTGAATCGCCACA
AAATACAACAAGGAAAGATGTGGACATAGCATTAAATGAATGGCTATCTG
ATGAAGAAGGCACATCATGGAAACGCATCAAGCATCGAGCAGAGCACGTG
GTAAAACAGGAGAACTTTAAAATAAGGGACATGTTTGTTGTGAATGGTGT
TGGTGTGGTAATAGCCCGGCAATGCTTGGTGTCTGTATTTCGTCACCAGT
CTGAAGCAGAGCGAAAACTGGTTGTCGATAGGTGCTCGGTGTTTCCTGAT
ACATTTAAAGTAACTCGGAGTGAGACGGCTCGCTTGCTCGCTTCTCACGG
ACTTTGTCAAGAATTGGGAGCTCGATTCAAGGCGGGGTTTATAAAACCGG
AGTATCGGGCGAGTTTCATCTCCATAATGAAATTGTCCGTCAGACTATCC
GAAAGCGGTTCTGGTCTTCCACTTACGGATCTCATTATAAGCCAAGGCAA
GGACATCCGAATGCAGTCTGGTGAACAGTGTGACTTTACAAGCATTGTCG
AACAGGCCATTGCGGTCGTTTCCCCGGGCGGAGTGTTGCTCCGAAATCTT
CTAGAATGTGGTGAAGTCTCTACATTGGGAATTGTTGCTAATGAATGCGC
CAATATTTTTCGAATGTCCTCTGTCTATGCCAGTGGACTTTCGTCGCTAT
TTCAATACCGACTGAAATCTTTCCAAACGACCACTGAAGATGATGGTGAT
GATAAAATGCGCGATGAGAAAGCAAAAGATACTGAACCTGATGAAGGAAT
GTTGGACAAGGCATACGGCTGTATTGTACAGGCAAAGAAGTGGTGTGATG
AACTGTTCGAGTCACAAAGTCCCTTTTCAGACGACGTTAAGATTGATGCT
CAGTATTTGATTGACTTGGTTACATCTGCCATTCTTAAATCCGTAGAGAT
CAGTGGTGCAAGAGTTGATCCCCTTCGTCAAGAGGGATTCTTGCATCGAG
AAGGCCCAGTGCCCCCCATTGGATCAGTTTCATCGTCAATCGTGTGGGAA
AGACTCTCGTTTTGGCTGATGGAAAAAAGCGTGCGAATCTTCGAAAGCTT
CGGGGCTCCAAAACATGCGGCTTCCTGTGCACTTGAAGGTATGCCACAAG
CTCCAACCAGGGAGAAGCATGAGAGTATGCGAGCAACTGCTTTTAGTAGA
TTTATCGATGCAGGAGAACTCGAAGCCGCGCTTACGGCAATACTGAGCGA
TCCGTTTGTCGGGGAAGATATGACTTCCGTGAAGTTACTTGAGAGCGAGT
CAGTTCGGGACGCAGTTTCCTTGTTGGTAAATGCTACTGCAGATCACGGA
AGGCTACAGTGGCTCGCAGATGAAAAGCTTCCAGGCCCTTTAAAGGTAAT
GTGCGGTCATGCGTTAGAAAGGAGAGCCAGGGCTACGGAAACATTGCCCA
CAACAGACATGATAATGACCGCTACGATTGACCCAAATACGTCTCTTACT
CAGGACATTGAACATATGGATGAGTATGATGTAGTAAGCGATTATGAACT
GGCTTATTCATGGCACGTGCGTCATGGGGATGACGAAAGTGCTGCGACAG
TCGCTTTGGAATGGGCAGGTCGTGTAAACAGTGAAGGCCTCCAGAGGATA
AGAAACGCAATCAGTGGAGGTAGATCCAAGATTACAAGAGGTCAGGAACA
AGCGCGACTGCTGCTTCACTGGGTGCAAATGAAGTCAACAGCCCTTTCTT
ACGTATCCTCGGCCATTCAAAGACAGTTACCATCCTATAGATACGCTGTG
AAGTCAAAGTTTTCTCGTTTGACGAACACCACTGACCACCTGTTAGTAGA
TCCATCTTGGGTCTCTCGAAGGCTCTTGCTGGCGCATGCTCAAAAGAGAT
GTCTGAGTATGATGCTGTCTCATCTACCTGAGAAGGATGATAATTCCCAA
GACGTCCACTATCTTGTTGCACATGGTGCTTCGTTTCTTTCTGAGAGCAA
AGAAGGAGCGCGATGGGCAGCTGCGACCTTACAAAAGACGCCTACTTTTG
ACAACATGATGCTGTGCATTGAGTTAGGCTTAGCATGGGTGGAAGAGGCG
ACTGACAATGTTCTCGTGGAAACGCTTCAGGTTGCTGCTGCAATCGCTTC
TAGGAAAGACTACATCTTTTTCGAATACAATCATCTACAGCAATTGCTTG
CTGCCATCGAAGCTAGGACTAACTGGACGCGGTTTTCCCGACAATGGTAT
GCTATTGCCTTGGAAAGTGCATTAACTACGTCTCGTGGCCTAAGCCCATG
TCCTCGGTGGCTTATTGATGGGGCGGCATGGGGTGCTCGAGCTGAGTGCA
GTGGGAAAGAGAGGCCCAGGATTTTCGTTGGAGATGTGGGGCGCGTCGTT
CGTGCTCTATTACGCAGTGGTCGACCTTTCGATGCCGCAAAGCTTGCTTT
GAAAGCATTAGAAAAGGTCAAGGGCTCCAAATCTGAGACTGTCAATCTAC
CGTACTCGGTCATAGATGCCACTTGCGATATTCTCGGACGAATCTCAGCG
GAGTATCCTGAAGCTGACGACTTGAGGTCAGAACTGCGCGAGGAATGTAA
GAAGCATATACACCTCATGAAGGGCATTGTCCAGGATCGCATCCTAAACT
TGGACGAAGTTGAGCACAGCCGACAACACTTTCCAGGAAGAAACGCCATG
GAAGTAGTTCGGTAA

Coding sequence (CDS) from alignment at tig00004380_pilon:679219..685483+

>Gchil626.t1 ID=Gchil626.t1|Name=Gchil626.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=CDS|length=5424bp|location=Sequence derived from alignment at tig00004380_pilon:679219..685483+ (Gracilaria chilensis NLEC103_M9 male)
ATGCCCGACGTGCAGACCACCACGGCACCGGAAACTGTACAACGCGAAAG
CTCCAATTCGCCCTCTGACCGACGGGCCTCCATCGAGCGTTTTCGTGCTG
TCAAGCAGACTCTTGCTGACGGGCTGGCTTCCATACGGTCTCATGTGACG
AGCAGTTCCATGCCATCAAAAATCCCTGATATTACCGAACACCCATCGGT
CGAGCGCGATTCTTCATTTGTTTCTCCACCGCGGGAAAACTCACCCAATG
CAACACAAGTTAATTCCACAATTCAGCTTGACGAAAGGCAACATATCAGT
AGACTATCTACCCTTCTGGAAGCGTCCGAGGCGAGAGTAGAAGCGGCTCA
ACATGAAGCGAAACGACTTCGCCGAGATAATGATGCCCTACGACAAAGTG
TTGACCGTTCCGCTCGGCTACTCGAGGGAATGCGAGCGGATTATGACCGC
GTCATCGATGAGAGGAATAAGAAAACTTCAAAGGAAGAAGAAGCCTTGGC
AGATGCCGTTCGCCTACGTTCGGAACTTGTCGAACTTGAACGTCAAATGC
AACAACTTTCCCAAAGGGCTACTCGCACAGAAAAAGCCCTGGCTGAAGAA
AAGCAAAAATCTCACGCTTTAGAACGTGTTTGTATGGGGTTGCGAAGACG
AGTCGCAATCGCAGAAGAAAAAGCACAGGATGCAACAAGACTTCAAGAGG
CATTTCTTGCTCGTGATACAGCCGAGTCCAGACTGGCCGAAACTCGCGCC
GAAGCTGAACGTTTACGAGCGAAATGCGGCGCAACAGACGTTCTTCGAGA
GCGCGCTGATGCAGCAGAGCGGTCCGAACGTTCTTTGAGAGACAGGCTGC
TTGCGTTGGAAAAAGAAGTAGAAAGCCGAGAGGCTCTGCTGCGACAAGGC
TTGCTTGAGAGAAGAAGATTGAAAGAGTACATTACAGGCTATGAGAGACA
ACTAGAAGAGAAGGATCTTAAGATTGCGCGATTAAGACGCACAGCGAAGC
GTTCGAGACATGTCGAGAGAATGCCCATGTCTGATGACAACACTAGCCTT
CAAACAAATACAAATTCTATAAGCGTGGATAAAGTAGATTCGCCCTTCGA
CGAGTTTGATGATCATCATGTAGAGGAAACCTGGCCTCGGGAGGACCCCG
AAGACACTATCACATCACTTGATTCAAATCGACCATCTGTCACAGAACAT
GGCAATGTCAACATCACGGAAGCATCCCCGCTGCTTCGCGAGGTAGAAGA
AGCCCATGCACAGCTTCAGGCGGTGTTTCAGGATTCAAGCGGAGAGAAGG
AACATAAACGCCTCGACTTCGGCTGCTTGCGTTCTTCCGAAGGAGATCTA
ACCATTCCTGCTCGACCTGAGCAACACGAAGTCATGCGTGAGACGCGACT
ATACGATTACACTTCATCCCAAGATCTAGAAGCCCTACCACTTTTTGAAG
TCTCCGTACCAGTTCCAGAGTTTCAGCAACCAAGAGTTAATGAGCATGCT
TGGGCAGGGCTTGCTGGAGACACATTGTGGCGCACGCTGAACTCGGACCA
ACTAGTCTTTGAAAATATTCATACGAAATCTGGTCTCCGACTGTCGTTCT
CAGCGCCGCTATCTTCGCGTCCGCTTGTTATCGAAAACGACGAGCTAGAA
GATGGATCAGTTGAAATCCTTCTTTCCTGTTTTTCGGAGCTCAAAGGGTG
TAGTCTTGTGCACCTCTGTGTGGATGTGACATCAATAACGAATCCAACAT
TTGAGGAACGAGGAAGACTTTTCCTCGCAGATTTTGGTATTAACTGTATT
ACTAGGGTCGGAACCGATGTTATTTTAGGTCTGAACGATGGTCACTGTGC
TCAGGTTCAACAATCAGCGGATGTTTCTCCAAGGATTCGACTACAGTTGC
TGTCTTCGAACGTGATTGACAGGGACACATCCCCTCCAGCGGATGACACA
AGTATTATTTCATATTCATCTGCAGAAGGAGCGTCTTCACAGCGTTCGCT
GACTTCATCGTTATCAATGGGATTAATGAGTCGACTTTTTCGCAGTCCAA
GTAGAAACCAAGAAGACTCTGGGGTTGATTCTGGCATTCCGTACGAAAAT
AACGGATATATAGTGACAAAGAGGCGTGGAAGGAATTCAGCTCGCGGAAT
GGAGAAGGAAGACTCTGTTATTGCCGTTGCGAAAATTCCATCGGAAACAA
GATCTTTCATGGCTCTGTGTGAGTCGGGAAAGATTTTTCTCTTCGTTTGG
AATGAAGACAGGTATATCTGCAGGGCCGATATAAAGATTCCCGTGAAACT
TTCAACTACTTCTGTTGACCATTTTCTTGTTTCAGGCTCGAAAGAATGTG
CCGTGGCCGTTTTGATGGCCGACGAAGAACCAAGCGCAGACTCACTTCGT
GTTTTCAATATCGCCGCTCGTACTCGCCGTACAGGTTCATACTCGCTTTC
TTGCATTCAAATTGCTAAGAGAGACGGCCCTTTTGACCGAATTGTTGCAG
CTGCAGCTGTTGGAGAGAGCGTTCTCGTATCAACTGAATCTGGAATTGTG
ACTGATGTTGTTAACGTTGCCAATGACATTGACTCTGGTGTCGGCCTACC
TCAAGGGAAACTGTGGACATTAATAGATGATTTCGATAAAGAATTTGGCC
TGTGGCAGAGCTATGACTCTGTTATTCTTGATGGAAAAGAATCTCTGATG
ATGGCACATCGTTTCACGCCGTACGCACTTTCCAAATCCCTCCGTCTTGA
ATCGCCACAAAATACAACAAGGAAAGATGTGGACATAGCATTAAATGAAT
GGCTATCTGATGAAGAAGGCACATCATGGAAACGCATCAAGCATCGAGCA
GAGCACGTGGTAAAACAGGAGAACTTTAAAATAAGGGACATGTTTGTTGT
GAATGGTGTTGGTGTGGTAATAGCCCGGCAATGCTTGGTGTCTGTATTTC
GTCACCAGTCTGAAGCAGAGCGAAAACTGGTTGTCGATAGGTGCTCGGTG
TTTCCTGATACATTTAAAGTAACTCGGAGTGAGACGGCTCGCTTGCTCGC
TTCTCACGGACTTTGTCAAGAATTGGGAGCTCGATTCAAGGCGGGGTTTA
TAAAACCGGAGTATCGGGCGAGTTTCATCTCCATAATGAAATTGTCCGTC
AGACTATCCGAAAGCGGTTCTGGTCTTCCACTTACGGATCTCATTATAAG
CCAAGGCAAGGACATCCGAATGCAGTCTGGTGAACAGTGTGACTTTACAA
GCATTGTCGAACAGGCCATTGCGGTCGTTTCCCCGGGCGGAGTGTTGCTC
CGAAATCTTCTAGAATGTGGTGAAGTCTCTACATTGGGAATTGTTGCTAA
TGAATGCGCCAATATTTTTCGAATGTCCTCTGTCTATGCCAGTGGACTTT
CGTCGCTATTTCAATACCGACTGAAATCTTTCCAAACGACCACTGAAGAT
GATGGTGATGATAAAATGCGCGATGAGAAAGCAAAAGATACTGAACCTGA
TGAAGGAATGTTGGACAAGGCATACGGCTGTATTGTACAGGCAAAGAAGT
GGTGTGATGAACTGTTCGAGTCACAAAGTCCCTTTTCAGACGACGTTAAG
ATTGATGCTCAGTATTTGATTGACTTGGTTACATCTGCCATTCTTAAATC
CGTAGAGATCAGTGGTGCAAGAGTTGATCCCCTTCGTCAAGAGGGATTCT
TGCATCGAGAAGGCCCAGTGCCCCCCATTGGATCAGTTTCATCGTCAATC
GTGTGGGAAAGACTCTCGTTTTGGCTGATGGAAAAAAGCGTGCGAATCTT
CGAAAGCTTCGGGGCTCCAAAACATGCGGCTTCCTGTGCACTTGAAGGTA
TGCCACAAGCTCCAACCAGGGAGAAGCATGAGAGTATGCGAGCAACTGCT
TTTAGTAGATTTATCGATGCAGGAGAACTCGAAGCCGCGCTTACGGCAAT
ACTGAGCGATCCGTTTGTCGGGGAAGATATGACTTCCGTGAAGTTACTTG
AGAGCGAGTCAGTTCGGGACGCAGTTTCCTTGTTGGTAAATGCTACTGCA
GATCACGGAAGGCTACAGTGGCTCGCAGATGAAAAGCTTCCAGGCCCTTT
AAAGGTAATGTGCGGTCATGCGTTAGAAAGGAGAGCCAGGGCTACGGAAA
CATTGCCCACAACAGACATGATAATGACCGCTACGATTGACCCAAATACG
TCTCTTACTCAGGACATTGAACATATGGATGAGTATGATGTAGTAAGCGA
TTATGAACTGGCTTATTCATGGCACGTGCGTCATGGGGATGACGAAAGTG
CTGCGACAGTCGCTTTGGAATGGGCAGGTCGTGTAAACAGTGAAGGCCTC
CAGAGGATAAGAAACGCAATCAGTGGAGGTAGATCCAAGATTACAAGAGG
TCAGGAACAAGCGCGACTGCTGCTTCACTGGGTGCAAATGAAGTCAACAG
CCCTTTCTTACGTATCCTCGGCCATTCAAAGACAGTTACCATCCTATAGA
TACGCTGTGAAGTCAAAGTTTTCTCGTTTGACGAACACCACTGACCACCT
GTTAGTAGATCCATCTTGGGTCTCTCGAAGGCTCTTGCTGGCGCATGCTC
AAAAGAGATGTCTGAGTATGATGCTGTCTCATCTACCTGAGAAGGATGAT
AATTCCCAAGACGTCCACTATCTTGTTGCACATGGTGCTTCGTTTCTTTC
TGAGAGCAAAGAAGGAGCGCGATGGGCAGCTGCGACCTTACAAAAGACGC
CTACTTTTGACAACATGATGCTGTGCATTGAGTTAGGCTTAGCATGGGTG
GAAGAGGCGACTGACAATGTTCTCGTGGAAACGCTTCAGGTTGCTGCTGC
AATCGCTTCTAGGAAAGACTACATCTTTTTCGAATACAATCATCTACAGC
AATTGCTTGCTGCCATCGAAGCTAGGACTAACTGGACGCGGTTTTCCCGA
CAATGGTATGCTATTGCCTTGGAAAGTGCATTAACTACGTCTCGTGGCCT
AAGCCCATGTCCTCGGTGGCTTATTGATGGGGCGGCATGGGGTGCTCGAG
CTGAGTGCAGTGGGAAAGAGAGGCCCAGGATTTTCGTTGGAGATGTGGGG
CGCGTCGTTCGTGCTCTATTACGCAGTGGTCGACCTTTCGATGCCGCAAA
GCTTGCTTTGAAAGCATTAGAAAAGGTCAAGGGCTCCAAATCTGAGACTG
TCAATCTACCGTACTCGGTCATAGATGCCACTTGCGATATTCTCGGACGA
ATCTCAGCGGAGTATCCTGAAGCTGACGACTTGAGGTCAGAACTGCGCGA
GGAATGTAAGAAGCATATACACCTCATGAAGGGCATTGTCCAGGATCGCA
TCCTAAACTTGGACGAAGTTGAGCACAGCCGACAACACTTTCCAGGAAGA
AACGCCATGGAAGTAGTTCGGTAA