Ggra1644.t1 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra1644.t1
Unique Name	Ggra1644.t1
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	1852

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000050_pilon	contig	tig00000050_pilon:248882..254503 -

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	35128.Thaps7121
PFAMs	DUF3684
Max annot lvl	2836\|Bacillariophyta
Evalue	0.0
EggNOG OGs	28H8J@1\|root,2QPMA@2759\|Eukaryota,2XASA@2836\|Bacillariophyta
Description	Protein of unknown function (DUF3684)
COG category	S

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644	Ggra1644	Gracilaria gracilis GNS1m male	gene	tig00000050_pilon 248882..254503 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1	Ggra1644.t1	Gracilaria gracilis GNS1m male	polypeptide	tig00000050_pilon 248882..254503 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1.stop1	Ggra1644.t1.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000050_pilon 248882..248884 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1.CDS1	Ggra1644.t1.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000050_pilon 248882..254344 -
Ggra1644.t1.CDS2	Ggra1644.t1.CDS2	Gracilaria gracilis GNS1m male	CDS	tig00000050_pilon 254411..254503 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1.exon1	Ggra1644.t1.exon1	Gracilaria gracilis GNS1m male	exon	tig00000050_pilon 248882..254344 -
Ggra1644.t1.exon2	Ggra1644.t1.exon2	Gracilaria gracilis GNS1m male	exon	tig00000050_pilon 254411..254503 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1.intron1	Ggra1644.t1.intron1	Gracilaria gracilis GNS1m male	intron	tig00000050_pilon 254345..254410 -

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


Feature Name	Unique Name	Species	Type	Position
Ggra1644.t1.start1	Ggra1644.t1.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000050_pilon 254501..254503 -

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000050_pilon:248882..254503-
coding sequence from alignment at tig00000050_pilon:248882..254503-

mRNA sequence

>Ggra1644.t1 ID=Ggra1644.t1|Name=Ggra1644.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1852bp
MSSSFDALRSAIFTSGSDSRVEVNQRALIDKILARYASAGAVYRELLQNS
NDAEASTAEILITTSNTGNEIVVTQVVYRNDGLPFRPQDWSRLRKIAEGN
PDVSKVGAFGVGAYTMFSICEQPMVISAGQALAFAWKGDALWTKTAESPY
PVDKWTTFVLPSRDPYSLPDLVKFGRFLCASLTFTQHLNTINLYVDSHKR
LSITKSQVKGPTIVTPPKATSWWNNDGAVTRSPNGIFSLKRRDEAITETV
NEVTVTLDGEQSKILARYVSAIADVRVPDSMERRIFRVTKKKTPPHVNIQ
VFIDAVARTTSRRKTGSKAIIDSFSPEMGGGRVFIGFKTSQTTGIAAHLA
APLIPTVEREAIDFQNDALRVYNTELLSIAGIVMRLTLEHSMSLIGERWQ
EASTSRQQSGNEQKDGSAHGSNHATDSSTDQSSEPESSSADKHYEGEEDR
RPTGLFGFARFMVGGVKKIADVISSIDPIGSGDDDILNPNDPVPLSPEEQ
DAVMLMRAFCPRQSTPDPLVGSVIAAGFAACMPNSSPPVLTISGVMRGSN
SRLPYKGIEAFVKSSLVRKVVFRNAEEYHKHVAVCPKLNYEDLVSEAQAR
SFSEEEVVRLIKWVAKFFGSQSKIPNDTIRIKRAVRFAPAGSSKEDSSES
NRFLNLKDFEYYLSNKNITNELPLPARVLPKSIRNKLPLRFLEDSILSQW
FAPLPFRVWFDFIIQHTSITDAKAEDHKLRIQILCAIWGEYKSLGGNEKA
QFGKELHSQLACLKCIPYDDPRGFVAADVPGDLYLPTAELHIFEGLGSFR
KVSASLRDAGIGDNFLVAIGVRKAISIDFLFTQLDTLRWSKNPKPLIAYL
RKATLTAQDLAKLKQTQYLPEMKDKSRTYAPPELYLPHAELNIFPFVKIL
QWPSNEPLHEGSPDWKFLLKLGCMAHPPLESVLKFMANEETGKAERSRCL
KFVYKRLLPGGPYEKQYKSRFSRSSAEFSHSLTLKFLPVVRLDPLEVKPF
NELQAPSTCFTDLSCGCMGFPILDAEVDGKNGRLFGNTFQCRERPSTDAL
VHRLLNITSISKSKLNSGERPSSFGQHVLKVFKRIYDYLSTRANEFDKKQ
LEVLAKAPLIPLRVGENVEWFHSRDVYFKNQNPDREELTAILFRYIDFNP
FLATIGVKAEASIKDLFEMVLSDPQKVLEKLGGEEKYRALLRRIAANPPF
RTVTNQLRTTAFLLAYQLESGTVDESGTQDASQTMKARYTMAKAEDICII
DNSFFARMFNVLSAPQESDLEDFYARLGARYISQRIEKSFEVIGQSSKGT
PFATEFARRVNERRPLLVSPNVTSRPLKKKAADLLNQRSISVYEAQGIQA
HYSLGQTTKSQQVTCCAKPEGRGRSALFVTTNLDWFDVGNAVGGLILQRC
QLEDAFFVGNLLEAPLAQLRSRGFPVDRILKADAPVQLKPKPSAIGQEGA
IVQSKPQRDNASPEGNTQGSRADTKEFDAEPRNSATQTEGKWKSRAHSIS
PELISDKQGFHRILQDMFPDCSSEYIASLLGPEPSLEKLKEAKEALENRS
YPKKVTPKPRDEKFSRTTSGSIRDFVNPISRKPNSRQTFPRAHEARDPLS
RRGNIFGRVFNGIRIPTRGPGQLVPETSQQTISKTSERDGPMSSEQDAAA
HRSTERMLENSTHRTRHVSRVGFQSPERIMTSIPTELDRHGDGCEVINAQ
DLVPFSASTNRRLGIQVFSFRHDRDHSVSEQFLRSNTDAVRVFRNVLFSL
ADVYSVRTDGLAIYYSPVGHTIAFNRQGGLYFNLRFFTSLHYHQDAQPTI
DCYCYWFTTMAHELAHNLVSPHNKEHGYYTESYVSKYLPNLVQSLAALQT
K*

spliced messenger RNA

>Ggra1644.t1 ID=Ggra1644.t1|Name=Ggra1644.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=5556bp|location=Sequence derived from alignment at tig00000050_pilon:248882..254503- (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGTCGTCCAGCTTTGATGCGCTGCGAAGCGCAATCTTCACATCGGGCAG
CGACTCTCGTGTCGAGGTCAACCAGAGAGCATTGATCGATAAGATCCTCG
CGCGATACGCGTCAGCCGGTGCCGTGTACAGAGAGCTGCTGCAGAATTCG
AACGACGCTGAAGCATCCACGGCCGAAATTTTGATTACCACAAGCAACAC
TGGAAATGAAATCGTTGTCACTCAAGTTGTCTATCGGAACGACGGACTTC
CTTTCCGTCCCCAAGACTGGTCTCGCTTGAGAAAGATTGCTGAGGGCAAT
CCAGATGTGTCCAAAGTGGGCGCCTTCGGCGTCGGTGCATACACCATGTT
TAGCATATGCGAGCAGCCCATGGTCATAAGCGCAGGCCAGGCACTGGCGT
TTGCATGGAAAGGTGATGCGCTTTGGACAAAGACTGCCGAGTCGCCGTAC
CCGGTAGACAAATGGACCACTTTTGTACTTCCTTCAAGAGATCCCTACTC
TTTGCCAGACCTGGTCAAGTTTGGTCGTTTCTTATGCGCCAGCCTTACTT
TTACCCAACATCTTAACACTATTAATCTGTACGTCGATAGCCACAAACGA
CTTTCTATCACAAAAAGCCAAGTTAAGGGCCCTACAATTGTAACCCCTCC
CAAAGCAACCTCATGGTGGAACAACGACGGTGCCGTCACTCGCTCTCCCA
ATGGTATATTTTCCCTGAAACGTAGAGACGAAGCCATCACCGAGACCGTT
AATGAGGTGACAGTAACTCTGGATGGTGAACAGTCCAAGATTCTTGCTCG
ATATGTCTCTGCCATTGCCGATGTAAGGGTACCGGATAGTATGGAAAGAA
GAATATTCCGCGTTACTAAAAAGAAGACGCCACCCCATGTTAACATTCAA
GTATTTATAGATGCTGTTGCAAGAACAACTTCGAGGAGGAAGACAGGTTC
CAAGGCCATCATAGATTCATTTAGTCCCGAGATGGGCGGCGGTAGGGTCT
TTATTGGTTTTAAGACCTCTCAAACCACTGGTATTGCGGCACATCTAGCA
GCTCCGCTTATCCCTACGGTTGAAAGGGAGGCAATTGATTTTCAGAACGA
TGCACTGCGAGTCTACAACACAGAACTGCTATCGATTGCTGGTATCGTTA
TGCGACTTACTTTGGAGCACTCTATGAGTCTAATTGGCGAGAGATGGCAG
GAGGCCTCAACATCGAGGCAACAGTCGGGTAACGAGCAGAAAGACGGATC
CGCTCATGGAAGTAATCACGCCACTGATTCTTCCACCGACCAAAGTTCTG
AGCCAGAATCGAGTTCTGCTGACAAGCATTATGAAGGAGAAGAAGATCGC
CGACCTACGGGACTGTTTGGCTTTGCCCGGTTCATGGTTGGGGGTGTGAA
GAAGATCGCAGATGTGATATCTTCTATAGACCCCATAGGAAGCGGTGATG
ATGACATTTTGAATCCAAATGACCCGGTTCCGCTTTCCCCTGAAGAACAG
GACGCTGTGATGCTCATGAGAGCGTTTTGTCCACGGCAATCAACGCCGGA
CCCCCTTGTCGGTTCCGTTATTGCAGCTGGATTTGCGGCTTGTATGCCGA
ATTCAAGCCCTCCTGTGCTAACCATTTCCGGCGTCATGCGCGGATCAAAT
TCCCGGCTGCCGTATAAGGGCATCGAGGCATTTGTTAAGTCAAGTTTGGT
GAGAAAAGTTGTTTTCCGTAATGCTGAGGAATACCATAAGCACGTCGCTG
TCTGTCCAAAGTTGAACTACGAGGATTTGGTTTCCGAAGCCCAAGCCCGT
TCGTTTTCTGAAGAAGAGGTAGTTCGACTCATCAAATGGGTTGCGAAGTT
TTTCGGATCTCAGTCAAAGATACCAAACGATACAATACGGATTAAGAGAG
CTGTTCGGTTTGCCCCCGCAGGCAGTTCTAAAGAGGATTCCTCAGAGAGC
AACAGATTTCTGAACTTGAAGGACTTTGAGTACTATCTTTCAAACAAGAA
TATTACCAATGAGCTGCCTTTGCCTGCTCGTGTACTGCCAAAGTCGATCA
GGAACAAACTTCCTCTTCGGTTTCTGGAAGACTCGATCCTAAGCCAATGG
TTCGCACCTTTGCCATTTCGAGTTTGGTTTGATTTCATCATACAGCATAC
TAGCATCACAGATGCAAAAGCTGAAGATCACAAGCTGAGAATTCAAATTC
TATGTGCGATATGGGGAGAATACAAAAGCTTAGGAGGCAATGAGAAAGCG
CAGTTTGGAAAAGAGTTACATTCTCAACTGGCTTGCTTGAAGTGTATTCC
GTACGATGATCCCCGCGGATTTGTTGCAGCCGACGTTCCTGGAGATCTGT
ACCTGCCAACTGCAGAGCTGCATATATTTGAAGGCTTGGGGTCATTCCGA
AAGGTATCCGCATCTCTAAGAGATGCAGGAATTGGTGATAACTTCCTCGT
CGCCATTGGTGTCCGAAAAGCAATATCGATCGACTTCCTATTTACTCAAC
TCGACACTTTAAGATGGAGCAAGAACCCAAAGCCATTGATAGCTTATTTG
CGAAAAGCGACTCTTACAGCGCAGGACTTGGCAAAGTTGAAGCAAACTCA
GTACTTGCCCGAAATGAAAGACAAGTCACGAACGTATGCACCGCCTGAAC
TCTATCTACCACATGCAGAACTAAATATCTTTCCATTTGTCAAGATTCTG
CAGTGGCCATCAAATGAACCGCTACATGAAGGTTCACCAGACTGGAAATT
TTTGTTGAAGCTTGGATGTATGGCCCATCCCCCGCTGGAGTCTGTGCTCA
AGTTTATGGCTAATGAAGAGACAGGAAAGGCAGAACGCTCTAGGTGTTTA
AAATTTGTTTATAAGCGCCTTCTACCAGGTGGTCCATATGAAAAGCAATA
CAAGTCTCGATTCAGTCGTTCTTCGGCGGAATTCTCGCATTCGTTAACTT
TGAAGTTCTTACCAGTCGTCAGATTGGATCCTCTGGAAGTGAAACCCTTT
AACGAACTGCAAGCTCCAAGCACATGCTTTACGGACCTTTCTTGCGGTTG
TATGGGATTTCCTATTCTAGACGCAGAAGTGGACGGAAAGAACGGGCGCC
TTTTTGGTAACACTTTTCAATGTAGGGAACGCCCATCTACCGATGCTTTG
GTACACAGGTTGTTGAACATAACTTCAATATCTAAATCAAAATTGAATTC
TGGGGAACGCCCCAGCTCTTTCGGACAACACGTGCTGAAAGTATTCAAAA
GGATTTATGATTATCTTTCAACAAGAGCGAATGAGTTCGACAAGAAGCAG
CTTGAAGTCTTGGCGAAAGCTCCATTGATTCCGCTGAGGGTTGGGGAGAA
CGTAGAGTGGTTTCATTCCCGTGATGTATATTTCAAAAACCAAAACCCAG
ATAGAGAGGAGCTTACTGCGATTCTGTTTCGGTACATCGACTTCAATCCT
TTCCTGGCAACAATTGGGGTGAAAGCAGAGGCGTCTATCAAAGATCTTTT
CGAAATGGTACTATCGGATCCGCAAAAAGTACTAGAGAAGCTTGGTGGCG
AAGAAAAGTACCGGGCTCTGCTTCGAAGGATTGCTGCGAACCCACCATTT
AGAACCGTAACCAACCAGCTTCGCACGACTGCCTTCCTTCTAGCTTACCA
ACTAGAATCTGGTACAGTTGATGAAAGCGGAACTCAAGATGCCTCGCAAA
CTATGAAAGCTAGGTACACCATGGCAAAAGCAGAAGATATCTGCATCATT
GACAATTCGTTTTTTGCTCGAATGTTCAACGTTTTGAGCGCTCCTCAAGA
GTCTGACCTGGAAGACTTCTACGCCCGCCTTGGAGCAAGGTATATCTCAC
AAAGAATTGAAAAATCCTTTGAGGTTATTGGACAATCATCTAAGGGCACA
CCTTTCGCTACTGAATTCGCAAGGCGAGTGAACGAAAGGCGACCTCTACT
TGTTTCTCCAAATGTGACCTCCAGACCTCTAAAGAAGAAGGCTGCCGACC
TACTGAATCAGCGTAGTATCAGTGTTTATGAAGCACAAGGGATTCAAGCA
CATTATTCGCTTGGTCAAACGACAAAGAGTCAACAAGTTACATGCTGTGC
CAAACCAGAGGGAAGGGGACGAAGTGCTTTGTTTGTAACTACAAACCTCG
ACTGGTTTGATGTTGGGAACGCAGTCGGGGGTCTGATCCTCCAAAGATGT
CAATTGGAAGATGCCTTCTTTGTTGGAAATCTGCTAGAAGCACCGTTAGC
TCAGTTAAGATCGCGAGGGTTTCCCGTTGATCGCATATTGAAAGCTGACG
CCCCTGTGCAACTAAAACCGAAACCCAGCGCCATTGGGCAAGAGGGTGCG
ATCGTGCAGTCCAAACCCCAGCGCGATAACGCATCTCCTGAAGGAAATAC
TCAAGGCAGCCGTGCAGACACCAAAGAGTTTGATGCAGAACCCCGGAATT
CAGCCACCCAAACGGAGGGCAAATGGAAGTCCCGGGCCCATTCGATTTCT
CCCGAGCTCATAAGCGATAAGCAAGGCTTCCATCGTATTCTTCAAGACAT
GTTTCCCGACTGTTCCTCAGAATACATAGCATCCCTGTTGGGTCCCGAAC
CGTCTTTGGAGAAACTAAAGGAGGCAAAAGAAGCTTTGGAGAATAGGAGC
TATCCGAAAAAGGTGACGCCTAAGCCACGGGACGAGAAGTTCTCAAGAAC
TACGTCAGGGTCAATACGAGACTTTGTCAATCCCATCTCTCGGAAACCCA
ATTCAAGACAAACGTTTCCGCGTGCACACGAAGCGAGAGATCCTCTGTCG
AGGCGTGGGAATATATTTGGACGCGTCTTCAATGGTATACGTATTCCCAC
TCGTGGACCGGGTCAGTTGGTACCAGAAACAAGTCAGCAAACTATCAGTA
AGACATCGGAGCGAGATGGACCTATGTCTTCAGAACAAGATGCTGCAGCA
CATCGCAGCACCGAACGAATGCTTGAAAACTCAACTCACAGAACTCGTCA
CGTCTCGAGAGTTGGCTTCCAATCACCGGAACGCATAATGACATCAATTC
CTACCGAGTTAGATCGGCATGGAGATGGATGTGAGGTGATTAATGCTCAG
GACCTCGTGCCTTTCAGTGCTTCAACAAACAGGCGGTTGGGTATTCAAGT
GTTCTCGTTTCGACATGATCGCGATCACTCTGTGTCTGAGCAGTTCCTTC
GAAGCAATACTGACGCTGTAAGGGTTTTTCGAAACGTTTTGTTCAGCCTA
GCGGATGTATATTCTGTGCGCACAGATGGATTAGCCATCTACTACAGTCC
TGTTGGCCATACCATTGCATTCAACAGACAAGGCGGTTTGTATTTCAACC
TAAGGTTCTTCACTTCACTCCATTATCATCAGGACGCGCAACCCACCATT
GACTGTTATTGCTACTGGTTCACGACTATGGCTCATGAACTCGCTCACAA
TTTAGTTAGTCCCCATAACAAAGAGCATGGGTATTACACGGAATCATATG
TTTCGAAATACCTTCCAAACCTGGTACAGTCCCTTGCTGCACTCCAAACT
AAATAG

protein sequence of Ggra1644.t1

>Ggra1644.t1 ID=Ggra1644.t1|Name=Ggra1644.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1852bp
MSSSFDALRSAIFTSGSDSRVEVNQRALIDKILARYASAGAVYRELLQNS
NDAEASTAEILITTSNTGNEIVVTQVVYRNDGLPFRPQDWSRLRKIAEGN
PDVSKVGAFGVGAYTMFSICEQPMVISAGQALAFAWKGDALWTKTAESPY
PVDKWTTFVLPSRDPYSLPDLVKFGRFLCASLTFTQHLNTINLYVDSHKR
LSITKSQVKGPTIVTPPKATSWWNNDGAVTRSPNGIFSLKRRDEAITETV
NEVTVTLDGEQSKILARYVSAIADVRVPDSMERRIFRVTKKKTPPHVNIQ
VFIDAVARTTSRRKTGSKAIIDSFSPEMGGGRVFIGFKTSQTTGIAAHLA
APLIPTVEREAIDFQNDALRVYNTELLSIAGIVMRLTLEHSMSLIGERWQ
EASTSRQQSGNEQKDGSAHGSNHATDSSTDQSSEPESSSADKHYEGEEDR
RPTGLFGFARFMVGGVKKIADVISSIDPIGSGDDDILNPNDPVPLSPEEQ
DAVMLMRAFCPRQSTPDPLVGSVIAAGFAACMPNSSPPVLTISGVMRGSN
SRLPYKGIEAFVKSSLVRKVVFRNAEEYHKHVAVCPKLNYEDLVSEAQAR
SFSEEEVVRLIKWVAKFFGSQSKIPNDTIRIKRAVRFAPAGSSKEDSSES
NRFLNLKDFEYYLSNKNITNELPLPARVLPKSIRNKLPLRFLEDSILSQW
FAPLPFRVWFDFIIQHTSITDAKAEDHKLRIQILCAIWGEYKSLGGNEKA
QFGKELHSQLACLKCIPYDDPRGFVAADVPGDLYLPTAELHIFEGLGSFR
KVSASLRDAGIGDNFLVAIGVRKAISIDFLFTQLDTLRWSKNPKPLIAYL
RKATLTAQDLAKLKQTQYLPEMKDKSRTYAPPELYLPHAELNIFPFVKIL
QWPSNEPLHEGSPDWKFLLKLGCMAHPPLESVLKFMANEETGKAERSRCL
KFVYKRLLPGGPYEKQYKSRFSRSSAEFSHSLTLKFLPVVRLDPLEVKPF
NELQAPSTCFTDLSCGCMGFPILDAEVDGKNGRLFGNTFQCRERPSTDAL
VHRLLNITSISKSKLNSGERPSSFGQHVLKVFKRIYDYLSTRANEFDKKQ
LEVLAKAPLIPLRVGENVEWFHSRDVYFKNQNPDREELTAILFRYIDFNP
FLATIGVKAEASIKDLFEMVLSDPQKVLEKLGGEEKYRALLRRIAANPPF
RTVTNQLRTTAFLLAYQLESGTVDESGTQDASQTMKARYTMAKAEDICII
DNSFFARMFNVLSAPQESDLEDFYARLGARYISQRIEKSFEVIGQSSKGT
PFATEFARRVNERRPLLVSPNVTSRPLKKKAADLLNQRSISVYEAQGIQA
HYSLGQTTKSQQVTCCAKPEGRGRSALFVTTNLDWFDVGNAVGGLILQRC
QLEDAFFVGNLLEAPLAQLRSRGFPVDRILKADAPVQLKPKPSAIGQEGA
IVQSKPQRDNASPEGNTQGSRADTKEFDAEPRNSATQTEGKWKSRAHSIS
PELISDKQGFHRILQDMFPDCSSEYIASLLGPEPSLEKLKEAKEALENRS
YPKKVTPKPRDEKFSRTTSGSIRDFVNPISRKPNSRQTFPRAHEARDPLS
RRGNIFGRVFNGIRIPTRGPGQLVPETSQQTISKTSERDGPMSSEQDAAA
HRSTERMLENSTHRTRHVSRVGFQSPERIMTSIPTELDRHGDGCEVINAQ
DLVPFSASTNRRLGIQVFSFRHDRDHSVSEQFLRSNTDAVRVFRNVLFSL
ADVYSVRTDGLAIYYSPVGHTIAFNRQGGLYFNLRFFTSLHYHQDAQPTI
DCYCYWFTTMAHELAHNLVSPHNKEHGYYTESYVSKYLPNLVQSLAALQT
K*

mRNA from alignment at tig00000050_pilon:248882..254503-

Legend: polypeptideCDSexonstart_codonintronstop_codon

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

>Ggra1644.t1 ID=Ggra1644.t1|Name=Ggra1644.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=5622bp|location=Sequence derived from alignment at tig00000050_pilon:248882..254503- (Gracilaria gracilis GNS1m male)
ATGTCGTCCAGCTTTGATGCGCTGCGAAGCGCAATCTTCACATCGGGCAG
CGACTCTCGTGTCGAGGTCAACCAGAGAGCATTGATCGATAAGGTATGAT
TGCCAACCTTGTTTATATCCCGTGCCAGTCTTCTGACCTTCCCGAACCGC
TTCCCATAGATCCTCGCGCGATACGCGTCAGCCGGTGCCGTGTACAGAGA
GCTGCTGCAGAATTCGAACGACGCTGAAGCATCCACGGCCGAAATTTTGA
TTACCACAAGCAACACTGGAAATGAAATCGTTGTCACTCAAGTTGTCTAT
CGGAACGACGGACTTCCTTTCCGTCCCCAAGACTGGTCTCGCTTGAGAAA
GATTGCTGAGGGCAATCCAGATGTGTCCAAAGTGGGCGCCTTCGGCGTCG
GTGCATACACCATGTTTAGCATATGCGAGCAGCCCATGGTCATAAGCGCA
GGCCAGGCACTGGCGTTTGCATGGAAAGGTGATGCGCTTTGGACAAAGAC
TGCCGAGTCGCCGTACCCGGTAGACAAATGGACCACTTTTGTACTTCCTT
CAAGAGATCCCTACTCTTTGCCAGACCTGGTCAAGTTTGGTCGTTTCTTA
TGCGCCAGCCTTACTTTTACCCAACATCTTAACACTATTAATCTGTACGT
CGATAGCCACAAACGACTTTCTATCACAAAAAGCCAAGTTAAGGGCCCTA
CAATTGTAACCCCTCCCAAAGCAACCTCATGGTGGAACAACGACGGTGCC
GTCACTCGCTCTCCCAATGGTATATTTTCCCTGAAACGTAGAGACGAAGC
CATCACCGAGACCGTTAATGAGGTGACAGTAACTCTGGATGGTGAACAGT
CCAAGATTCTTGCTCGATATGTCTCTGCCATTGCCGATGTAAGGGTACCG
GATAGTATGGAAAGAAGAATATTCCGCGTTACTAAAAAGAAGACGCCACC
CCATGTTAACATTCAAGTATTTATAGATGCTGTTGCAAGAACAACTTCGA
GGAGGAAGACAGGTTCCAAGGCCATCATAGATTCATTTAGTCCCGAGATG
GGCGGCGGTAGGGTCTTTATTGGTTTTAAGACCTCTCAAACCACTGGTAT
TGCGGCACATCTAGCAGCTCCGCTTATCCCTACGGTTGAAAGGGAGGCAA
TTGATTTTCAGAACGATGCACTGCGAGTCTACAACACAGAACTGCTATCG
ATTGCTGGTATCGTTATGCGACTTACTTTGGAGCACTCTATGAGTCTAAT
TGGCGAGAGATGGCAGGAGGCCTCAACATCGAGGCAACAGTCGGGTAACG
AGCAGAAAGACGGATCCGCTCATGGAAGTAATCACGCCACTGATTCTTCC
ACCGACCAAAGTTCTGAGCCAGAATCGAGTTCTGCTGACAAGCATTATGA
AGGAGAAGAAGATCGCCGACCTACGGGACTGTTTGGCTTTGCCCGGTTCA
TGGTTGGGGGTGTGAAGAAGATCGCAGATGTGATATCTTCTATAGACCCC
ATAGGAAGCGGTGATGATGACATTTTGAATCCAAATGACCCGGTTCCGCT
TTCCCCTGAAGAACAGGACGCTGTGATGCTCATGAGAGCGTTTTGTCCAC
GGCAATCAACGCCGGACCCCCTTGTCGGTTCCGTTATTGCAGCTGGATTT
GCGGCTTGTATGCCGAATTCAAGCCCTCCTGTGCTAACCATTTCCGGCGT
CATGCGCGGATCAAATTCCCGGCTGCCGTATAAGGGCATCGAGGCATTTG
TTAAGTCAAGTTTGGTGAGAAAAGTTGTTTTCCGTAATGCTGAGGAATAC
CATAAGCACGTCGCTGTCTGTCCAAAGTTGAACTACGAGGATTTGGTTTC
CGAAGCCCAAGCCCGTTCGTTTTCTGAAGAAGAGGTAGTTCGACTCATCA
AATGGGTTGCGAAGTTTTTCGGATCTCAGTCAAAGATACCAAACGATACA
ATACGGATTAAGAGAGCTGTTCGGTTTGCCCCCGCAGGCAGTTCTAAAGA
GGATTCCTCAGAGAGCAACAGATTTCTGAACTTGAAGGACTTTGAGTACT
ATCTTTCAAACAAGAATATTACCAATGAGCTGCCTTTGCCTGCTCGTGTA
CTGCCAAAGTCGATCAGGAACAAACTTCCTCTTCGGTTTCTGGAAGACTC
GATCCTAAGCCAATGGTTCGCACCTTTGCCATTTCGAGTTTGGTTTGATT
TCATCATACAGCATACTAGCATCACAGATGCAAAAGCTGAAGATCACAAG
CTGAGAATTCAAATTCTATGTGCGATATGGGGAGAATACAAAAGCTTAGG
AGGCAATGAGAAAGCGCAGTTTGGAAAAGAGTTACATTCTCAACTGGCTT
GCTTGAAGTGTATTCCGTACGATGATCCCCGCGGATTTGTTGCAGCCGAC
GTTCCTGGAGATCTGTACCTGCCAACTGCAGAGCTGCATATATTTGAAGG
CTTGGGGTCATTCCGAAAGGTATCCGCATCTCTAAGAGATGCAGGAATTG
GTGATAACTTCCTCGTCGCCATTGGTGTCCGAAAAGCAATATCGATCGAC
TTCCTATTTACTCAACTCGACACTTTAAGATGGAGCAAGAACCCAAAGCC
ATTGATAGCTTATTTGCGAAAAGCGACTCTTACAGCGCAGGACTTGGCAA
AGTTGAAGCAAACTCAGTACTTGCCCGAAATGAAAGACAAGTCACGAACG
TATGCACCGCCTGAACTCTATCTACCACATGCAGAACTAAATATCTTTCC
ATTTGTCAAGATTCTGCAGTGGCCATCAAATGAACCGCTACATGAAGGTT
CACCAGACTGGAAATTTTTGTTGAAGCTTGGATGTATGGCCCATCCCCCG
CTGGAGTCTGTGCTCAAGTTTATGGCTAATGAAGAGACAGGAAAGGCAGA
ACGCTCTAGGTGTTTAAAATTTGTTTATAAGCGCCTTCTACCAGGTGGTC
CATATGAAAAGCAATACAAGTCTCGATTCAGTCGTTCTTCGGCGGAATTC
TCGCATTCGTTAACTTTGAAGTTCTTACCAGTCGTCAGATTGGATCCTCT
GGAAGTGAAACCCTTTAACGAACTGCAAGCTCCAAGCACATGCTTTACGG
ACCTTTCTTGCGGTTGTATGGGATTTCCTATTCTAGACGCAGAAGTGGAC
GGAAAGAACGGGCGCCTTTTTGGTAACACTTTTCAATGTAGGGAACGCCC
ATCTACCGATGCTTTGGTACACAGGTTGTTGAACATAACTTCAATATCTA
AATCAAAATTGAATTCTGGGGAACGCCCCAGCTCTTTCGGACAACACGTG
CTGAAAGTATTCAAAAGGATTTATGATTATCTTTCAACAAGAGCGAATGA
GTTCGACAAGAAGCAGCTTGAAGTCTTGGCGAAAGCTCCATTGATTCCGC
TGAGGGTTGGGGAGAACGTAGAGTGGTTTCATTCCCGTGATGTATATTTC
AAAAACCAAAACCCAGATAGAGAGGAGCTTACTGCGATTCTGTTTCGGTA
CATCGACTTCAATCCTTTCCTGGCAACAATTGGGGTGAAAGCAGAGGCGT
CTATCAAAGATCTTTTCGAAATGGTACTATCGGATCCGCAAAAAGTACTA
GAGAAGCTTGGTGGCGAAGAAAAGTACCGGGCTCTGCTTCGAAGGATTGC
TGCGAACCCACCATTTAGAACCGTAACCAACCAGCTTCGCACGACTGCCT
TCCTTCTAGCTTACCAACTAGAATCTGGTACAGTTGATGAAAGCGGAACT
CAAGATGCCTCGCAAACTATGAAAGCTAGGTACACCATGGCAAAAGCAGA
AGATATCTGCATCATTGACAATTCGTTTTTTGCTCGAATGTTCAACGTTT
TGAGCGCTCCTCAAGAGTCTGACCTGGAAGACTTCTACGCCCGCCTTGGA
GCAAGGTATATCTCACAAAGAATTGAAAAATCCTTTGAGGTTATTGGACA
ATCATCTAAGGGCACACCTTTCGCTACTGAATTCGCAAGGCGAGTGAACG
AAAGGCGACCTCTACTTGTTTCTCCAAATGTGACCTCCAGACCTCTAAAG
AAGAAGGCTGCCGACCTACTGAATCAGCGTAGTATCAGTGTTTATGAAGC
ACAAGGGATTCAAGCACATTATTCGCTTGGTCAAACGACAAAGAGTCAAC
AAGTTACATGCTGTGCCAAACCAGAGGGAAGGGGACGAAGTGCTTTGTTT
GTAACTACAAACCTCGACTGGTTTGATGTTGGGAACGCAGTCGGGGGTCT
GATCCTCCAAAGATGTCAATTGGAAGATGCCTTCTTTGTTGGAAATCTGC
TAGAAGCACCGTTAGCTCAGTTAAGATCGCGAGGGTTTCCCGTTGATCGC
ATATTGAAAGCTGACGCCCCTGTGCAACTAAAACCGAAACCCAGCGCCAT
TGGGCAAGAGGGTGCGATCGTGCAGTCCAAACCCCAGCGCGATAACGCAT
CTCCTGAAGGAAATACTCAAGGCAGCCGTGCAGACACCAAAGAGTTTGAT
GCAGAACCCCGGAATTCAGCCACCCAAACGGAGGGCAAATGGAAGTCCCG
GGCCCATTCGATTTCTCCCGAGCTCATAAGCGATAAGCAAGGCTTCCATC
GTATTCTTCAAGACATGTTTCCCGACTGTTCCTCAGAATACATAGCATCC
CTGTTGGGTCCCGAACCGTCTTTGGAGAAACTAAAGGAGGCAAAAGAAGC
TTTGGAGAATAGGAGCTATCCGAAAAAGGTGACGCCTAAGCCACGGGACG
AGAAGTTCTCAAGAACTACGTCAGGGTCAATACGAGACTTTGTCAATCCC
ATCTCTCGGAAACCCAATTCAAGACAAACGTTTCCGCGTGCACACGAAGC
GAGAGATCCTCTGTCGAGGCGTGGGAATATATTTGGACGCGTCTTCAATG
GTATACGTATTCCCACTCGTGGACCGGGTCAGTTGGTACCAGAAACAAGT
CAGCAAACTATCAGTAAGACATCGGAGCGAGATGGACCTATGTCTTCAGA
ACAAGATGCTGCAGCACATCGCAGCACCGAACGAATGCTTGAAAACTCAA
CTCACAGAACTCGTCACGTCTCGAGAGTTGGCTTCCAATCACCGGAACGC
ATAATGACATCAATTCCTACCGAGTTAGATCGGCATGGAGATGGATGTGA
GGTGATTAATGCTCAGGACCTCGTGCCTTTCAGTGCTTCAACAAACAGGC
GGTTGGGTATTCAAGTGTTCTCGTTTCGACATGATCGCGATCACTCTGTG
TCTGAGCAGTTCCTTCGAAGCAATACTGACGCTGTAAGGGTTTTTCGAAA
CGTTTTGTTCAGCCTAGCGGATGTATATTCTGTGCGCACAGATGGATTAG
CCATCTACTACAGTCCTGTTGGCCATACCATTGCATTCAACAGACAAGGC
GGTTTGTATTTCAACCTAAGGTTCTTCACTTCACTCCATTATCATCAGGA
CGCGCAACCCACCATTGACTGTTATTGCTACTGGTTCACGACTATGGCTC
ATGAACTCGCTCACAATTTAGTTAGTCCCCATAACAAAGAGCATGGGTAT
TACACGGAATCATATGTTTCGAAATACCTTCCAAACCTGGTACAGTCCCT
TGCTGCACTCCAAACTAAATAG

Coding sequence (CDS) from alignment at tig00000050_pilon:248882..254503-

>Ggra1644.t1 ID=Ggra1644.t1|Name=Ggra1644.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=5556bp|location=Sequence derived from alignment at tig00000050_pilon:248882..254503- (Gracilaria gracilis GNS1m male)
ATGTCGTCCAGCTTTGATGCGCTGCGAAGCGCAATCTTCACATCGGGCAG
CGACTCTCGTGTCGAGGTCAACCAGAGAGCATTGATCGATAAGATCCTCG
CGCGATACGCGTCAGCCGGTGCCGTGTACAGAGAGCTGCTGCAGAATTCG
AACGACGCTGAAGCATCCACGGCCGAAATTTTGATTACCACAAGCAACAC
TGGAAATGAAATCGTTGTCACTCAAGTTGTCTATCGGAACGACGGACTTC
CTTTCCGTCCCCAAGACTGGTCTCGCTTGAGAAAGATTGCTGAGGGCAAT
CCAGATGTGTCCAAAGTGGGCGCCTTCGGCGTCGGTGCATACACCATGTT
TAGCATATGCGAGCAGCCCATGGTCATAAGCGCAGGCCAGGCACTGGCGT
TTGCATGGAAAGGTGATGCGCTTTGGACAAAGACTGCCGAGTCGCCGTAC
CCGGTAGACAAATGGACCACTTTTGTACTTCCTTCAAGAGATCCCTACTC
TTTGCCAGACCTGGTCAAGTTTGGTCGTTTCTTATGCGCCAGCCTTACTT
TTACCCAACATCTTAACACTATTAATCTGTACGTCGATAGCCACAAACGA
CTTTCTATCACAAAAAGCCAAGTTAAGGGCCCTACAATTGTAACCCCTCC
CAAAGCAACCTCATGGTGGAACAACGACGGTGCCGTCACTCGCTCTCCCA
ATGGTATATTTTCCCTGAAACGTAGAGACGAAGCCATCACCGAGACCGTT
AATGAGGTGACAGTAACTCTGGATGGTGAACAGTCCAAGATTCTTGCTCG
ATATGTCTCTGCCATTGCCGATGTAAGGGTACCGGATAGTATGGAAAGAA
GAATATTCCGCGTTACTAAAAAGAAGACGCCACCCCATGTTAACATTCAA
GTATTTATAGATGCTGTTGCAAGAACAACTTCGAGGAGGAAGACAGGTTC
CAAGGCCATCATAGATTCATTTAGTCCCGAGATGGGCGGCGGTAGGGTCT
TTATTGGTTTTAAGACCTCTCAAACCACTGGTATTGCGGCACATCTAGCA
GCTCCGCTTATCCCTACGGTTGAAAGGGAGGCAATTGATTTTCAGAACGA
TGCACTGCGAGTCTACAACACAGAACTGCTATCGATTGCTGGTATCGTTA
TGCGACTTACTTTGGAGCACTCTATGAGTCTAATTGGCGAGAGATGGCAG
GAGGCCTCAACATCGAGGCAACAGTCGGGTAACGAGCAGAAAGACGGATC
CGCTCATGGAAGTAATCACGCCACTGATTCTTCCACCGACCAAAGTTCTG
AGCCAGAATCGAGTTCTGCTGACAAGCATTATGAAGGAGAAGAAGATCGC
CGACCTACGGGACTGTTTGGCTTTGCCCGGTTCATGGTTGGGGGTGTGAA
GAAGATCGCAGATGTGATATCTTCTATAGACCCCATAGGAAGCGGTGATG
ATGACATTTTGAATCCAAATGACCCGGTTCCGCTTTCCCCTGAAGAACAG
GACGCTGTGATGCTCATGAGAGCGTTTTGTCCACGGCAATCAACGCCGGA
CCCCCTTGTCGGTTCCGTTATTGCAGCTGGATTTGCGGCTTGTATGCCGA
ATTCAAGCCCTCCTGTGCTAACCATTTCCGGCGTCATGCGCGGATCAAAT
TCCCGGCTGCCGTATAAGGGCATCGAGGCATTTGTTAAGTCAAGTTTGGT
GAGAAAAGTTGTTTTCCGTAATGCTGAGGAATACCATAAGCACGTCGCTG
TCTGTCCAAAGTTGAACTACGAGGATTTGGTTTCCGAAGCCCAAGCCCGT
TCGTTTTCTGAAGAAGAGGTAGTTCGACTCATCAAATGGGTTGCGAAGTT
TTTCGGATCTCAGTCAAAGATACCAAACGATACAATACGGATTAAGAGAG
CTGTTCGGTTTGCCCCCGCAGGCAGTTCTAAAGAGGATTCCTCAGAGAGC
AACAGATTTCTGAACTTGAAGGACTTTGAGTACTATCTTTCAAACAAGAA
TATTACCAATGAGCTGCCTTTGCCTGCTCGTGTACTGCCAAAGTCGATCA
GGAACAAACTTCCTCTTCGGTTTCTGGAAGACTCGATCCTAAGCCAATGG
TTCGCACCTTTGCCATTTCGAGTTTGGTTTGATTTCATCATACAGCATAC
TAGCATCACAGATGCAAAAGCTGAAGATCACAAGCTGAGAATTCAAATTC
TATGTGCGATATGGGGAGAATACAAAAGCTTAGGAGGCAATGAGAAAGCG
CAGTTTGGAAAAGAGTTACATTCTCAACTGGCTTGCTTGAAGTGTATTCC
GTACGATGATCCCCGCGGATTTGTTGCAGCCGACGTTCCTGGAGATCTGT
ACCTGCCAACTGCAGAGCTGCATATATTTGAAGGCTTGGGGTCATTCCGA
AAGGTATCCGCATCTCTAAGAGATGCAGGAATTGGTGATAACTTCCTCGT
CGCCATTGGTGTCCGAAAAGCAATATCGATCGACTTCCTATTTACTCAAC
TCGACACTTTAAGATGGAGCAAGAACCCAAAGCCATTGATAGCTTATTTG
CGAAAAGCGACTCTTACAGCGCAGGACTTGGCAAAGTTGAAGCAAACTCA
GTACTTGCCCGAAATGAAAGACAAGTCACGAACGTATGCACCGCCTGAAC
TCTATCTACCACATGCAGAACTAAATATCTTTCCATTTGTCAAGATTCTG
CAGTGGCCATCAAATGAACCGCTACATGAAGGTTCACCAGACTGGAAATT
TTTGTTGAAGCTTGGATGTATGGCCCATCCCCCGCTGGAGTCTGTGCTCA
AGTTTATGGCTAATGAAGAGACAGGAAAGGCAGAACGCTCTAGGTGTTTA
AAATTTGTTTATAAGCGCCTTCTACCAGGTGGTCCATATGAAAAGCAATA
CAAGTCTCGATTCAGTCGTTCTTCGGCGGAATTCTCGCATTCGTTAACTT
TGAAGTTCTTACCAGTCGTCAGATTGGATCCTCTGGAAGTGAAACCCTTT
AACGAACTGCAAGCTCCAAGCACATGCTTTACGGACCTTTCTTGCGGTTG
TATGGGATTTCCTATTCTAGACGCAGAAGTGGACGGAAAGAACGGGCGCC
TTTTTGGTAACACTTTTCAATGTAGGGAACGCCCATCTACCGATGCTTTG
GTACACAGGTTGTTGAACATAACTTCAATATCTAAATCAAAATTGAATTC
TGGGGAACGCCCCAGCTCTTTCGGACAACACGTGCTGAAAGTATTCAAAA
GGATTTATGATTATCTTTCAACAAGAGCGAATGAGTTCGACAAGAAGCAG
CTTGAAGTCTTGGCGAAAGCTCCATTGATTCCGCTGAGGGTTGGGGAGAA
CGTAGAGTGGTTTCATTCCCGTGATGTATATTTCAAAAACCAAAACCCAG
ATAGAGAGGAGCTTACTGCGATTCTGTTTCGGTACATCGACTTCAATCCT
TTCCTGGCAACAATTGGGGTGAAAGCAGAGGCGTCTATCAAAGATCTTTT
CGAAATGGTACTATCGGATCCGCAAAAAGTACTAGAGAAGCTTGGTGGCG
AAGAAAAGTACCGGGCTCTGCTTCGAAGGATTGCTGCGAACCCACCATTT
AGAACCGTAACCAACCAGCTTCGCACGACTGCCTTCCTTCTAGCTTACCA
ACTAGAATCTGGTACAGTTGATGAAAGCGGAACTCAAGATGCCTCGCAAA
CTATGAAAGCTAGGTACACCATGGCAAAAGCAGAAGATATCTGCATCATT
GACAATTCGTTTTTTGCTCGAATGTTCAACGTTTTGAGCGCTCCTCAAGA
GTCTGACCTGGAAGACTTCTACGCCCGCCTTGGAGCAAGGTATATCTCAC
AAAGAATTGAAAAATCCTTTGAGGTTATTGGACAATCATCTAAGGGCACA
CCTTTCGCTACTGAATTCGCAAGGCGAGTGAACGAAAGGCGACCTCTACT
TGTTTCTCCAAATGTGACCTCCAGACCTCTAAAGAAGAAGGCTGCCGACC
TACTGAATCAGCGTAGTATCAGTGTTTATGAAGCACAAGGGATTCAAGCA
CATTATTCGCTTGGTCAAACGACAAAGAGTCAACAAGTTACATGCTGTGC
CAAACCAGAGGGAAGGGGACGAAGTGCTTTGTTTGTAACTACAAACCTCG
ACTGGTTTGATGTTGGGAACGCAGTCGGGGGTCTGATCCTCCAAAGATGT
CAATTGGAAGATGCCTTCTTTGTTGGAAATCTGCTAGAAGCACCGTTAGC
TCAGTTAAGATCGCGAGGGTTTCCCGTTGATCGCATATTGAAAGCTGACG
CCCCTGTGCAACTAAAACCGAAACCCAGCGCCATTGGGCAAGAGGGTGCG
ATCGTGCAGTCCAAACCCCAGCGCGATAACGCATCTCCTGAAGGAAATAC
TCAAGGCAGCCGTGCAGACACCAAAGAGTTTGATGCAGAACCCCGGAATT
CAGCCACCCAAACGGAGGGCAAATGGAAGTCCCGGGCCCATTCGATTTCT
CCCGAGCTCATAAGCGATAAGCAAGGCTTCCATCGTATTCTTCAAGACAT
GTTTCCCGACTGTTCCTCAGAATACATAGCATCCCTGTTGGGTCCCGAAC
CGTCTTTGGAGAAACTAAAGGAGGCAAAAGAAGCTTTGGAGAATAGGAGC
TATCCGAAAAAGGTGACGCCTAAGCCACGGGACGAGAAGTTCTCAAGAAC
TACGTCAGGGTCAATACGAGACTTTGTCAATCCCATCTCTCGGAAACCCA
ATTCAAGACAAACGTTTCCGCGTGCACACGAAGCGAGAGATCCTCTGTCG
AGGCGTGGGAATATATTTGGACGCGTCTTCAATGGTATACGTATTCCCAC
TCGTGGACCGGGTCAGTTGGTACCAGAAACAAGTCAGCAAACTATCAGTA
AGACATCGGAGCGAGATGGACCTATGTCTTCAGAACAAGATGCTGCAGCA
CATCGCAGCACCGAACGAATGCTTGAAAACTCAACTCACAGAACTCGTCA
CGTCTCGAGAGTTGGCTTCCAATCACCGGAACGCATAATGACATCAATTC
CTACCGAGTTAGATCGGCATGGAGATGGATGTGAGGTGATTAATGCTCAG
GACCTCGTGCCTTTCAGTGCTTCAACAAACAGGCGGTTGGGTATTCAAGT
GTTCTCGTTTCGACATGATCGCGATCACTCTGTGTCTGAGCAGTTCCTTC
GAAGCAATACTGACGCTGTAAGGGTTTTTCGAAACGTTTTGTTCAGCCTA
GCGGATGTATATTCTGTGCGCACAGATGGATTAGCCATCTACTACAGTCC
TGTTGGCCATACCATTGCATTCAACAGACAAGGCGGTTTGTATTTCAACC
TAAGGTTCTTCACTTCACTCCATTATCATCAGGACGCGCAACCCACCATT
GACTGTTATTGCTACTGGTTCACGACTATGGCTCATGAACTCGCTCACAA
TTTAGTTAGTCCCCATAACAAAGAGCATGGGTATTACACGGAATCATATG
TTTCGAAATACCTTCCAAACCTGGTACAGTCCCTTGCTGCACTCCAAACT
AAATAG