Ggra1693.t2 (mRNA) Gracilaria gracilis GNS1m male

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

Overview


Name	Ggra1693.t2
Unique Name	Ggra1693.t2
Type	mRNA
Organism	Gracilaria gracilis GNS1m male (Gracilaria gracilis GNS1m male (Slender Wart Weed))
Sequence length	2036

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000050_pilon	contig	tig00000050_pilon:383994..390101 +

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	78898.MVEG_08974T0
PFAMs	CH,IQ
Max annot lvl	4751\|Fungi
KEGG ko	ko:K16743
Evalue	6e-24
EggNOG OGs	KOG0165@1\|root,KOG0165@2759\|Eukaryota,38GA0@33154\|Opisthokonta,3NZ2Y@4751\|Fungi
Description	calmodulin-binding protein sha1
COG category	Z
BRITE	ko00000,ko03036

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693	Ggra1693	Gracilaria gracilis GNS1m male	gene	tig00000050_pilon 383994..390101 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693.t2.start1	Ggra1693.t2.start1	Gracilaria gracilis GNS1m male	start_codon	tig00000050_pilon 383994..383996 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693.t2.CDS1	Ggra1693.t2.CDS1	Gracilaria gracilis GNS1m male	CDS	tig00000050_pilon 383994..390101 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693.t2.exon1	Ggra1693.t2.exon1	Gracilaria gracilis GNS1m male	exon	tig00000050_pilon 383994..390101 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693.t2.stop1	Ggra1693.t2.stop1	Gracilaria gracilis GNS1m male	stop_codon	tig00000050_pilon 390099..390101 +

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


Feature Name	Unique Name	Species	Type	Position
Ggra1693.t2	Ggra1693.t2	Gracilaria gracilis GNS1m male	polypeptide	tig00000050_pilon 383994..390101 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000050_pilon:383994..390101+
coding sequence from alignment at tig00000050_pilon:383994..390101+

mRNA sequence

>Ggra1693.t2 ID=Ggra1693.t2|Name=Ggra1693.t2|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=2036bp
MFQRNGLPARENDRSASNTLPPATVRKRLFPTPLISRNLKALRPSLSSTS
APLDNPKDLVHTPLPPIPPSSTKLSLAPSSVRRSSHARPSIASLKGTPSI
RKKYVVDTPEFWLQRQVDDLTAWLNHELGDPSQSPFFFPTPAYATSDIFV
ASYASLLRFCNDTTFRADVQRLGKRVREANLSFSPDINVATEPSKFEQFV
SLLTFSYNPTWLLLGLSVILRTNFAIQIDQILQQTENASDRVDIAALQNQ
LVDHILRTQLAAEKPALSSFTLKSPRAAHVAPSGIAALKQNGLVLHRALL
LILLLDQANRNRDVTSNTRMPLFKPKSSAHKSQEVMDRLCKICMSDPTPL
NRFLSNRGYKLQYDCPVWKRNSSFVVRDLSTDLRDGIRLCKLAGLLTGDP
HVLQQVKFSFQSCASDTKRTGRHSLNVMMALDSIKSYASKRLGAKVNWNA
TVKDITEGDVSKTVALLWQIVELWIEAKLLNHKMLQEKLAEAQDEFRSKA
ADAVWCRSPGAFRELSPSIKSPSRLVIYEQADKNCIQKLLLWCAAVCGIH
RIKVVDFTESFRDCVVLCLLLNHLHPHTVDMNAITRVLPAELRGEQDSLK
ELEIVQSNITHFENACRRLGAMPNISISAKASLAPAFISELKEESFGRVM
VLMTAYVFSRAQISRRGKENLEYVSQFAEGWEDFSYAASPSTRDLDRQFL
GGNFSLTPSSHNSEDNETTLTDEGGHGLEDEDVPSLVVASVDLSSPLTSH
VASTEVYSPHAAVTPLSNPKTTPSGRVAGNSSVCRDPMGSEEKRKQKAAE
VILSNYKAFQVRKKTMTEKESTVLLQNVARGFLARCDHGNLVRRKESFAK
QLESEFWKRESAAQSEDVLKFNGEVCDVQEDRQEALNSYRLCSKSLEDVG
KAMTLLPSHLKKIDEYVQAMLSHEHTLRNQQAQEIVSSGVDLSPHVNAKI
GAIASPNDQQVVHGIALMETMEDAEFLDQQPETPTSNLLKRPIDTSTPGA
ESQVYRTPWTTFRPRPGVRHYEETPSDRFCWYTPSPKIGDSAILEEGPHE
ESQSVVRPQSSVVRENNSEITNALVSGASAMNDNHAETEQNASRTEDRGI
SKGLLSSAVAFATAQIGRAAHQYFLHSSQVAGDIVARAAYDADVAVQQNA
RNQVKLQEMPVSNETTQQVVNRTSPSNSSLFEAGLGHESECGDASSPDGS
SGNGEFTYRDQSHEDANSSRDSGDPDDDTPCSPGLHEDGTEALSCSPYNS
ESGSLLQNIVQETHVEVPETRLSEDTFRNDSVRVEGGESQMGNIEFSYWD
SNTNLSVDFSPSANSSKQVDSRISSLPSPNRPSDLGPLEDDTHEGEGNIA
GRDDIGEEDRFEPIDVGGDEEIGEASLETEIRTRITEALSSAEAAFENHM
DRTQMRHEFDATRRREIDMRYKELDQASIASMKRLEHEEERLELSWEALE
QKALTAELPFSMGFDSDEFIALLQDDSSLESGNSWAENEVELGFNDIDAM
LNTRSAEDCEIDRELSELEYEREASYEALNSSVESLVRTMMTVSCVLAEL
RYTEYMKRIELKRERERLNSEQERQGLYELFIKSMWEYKMKLARIEGDQK
ELEDAAAALDERLEDTGSTVFQLLEADIDSKLMLIEHAEERESERVEANL
FTRDQIWSKLMETEGLIEACEELELPDFKEELPIEGDDYELEMHGQRISN
DGVKEARISLPRHAQRDTAEQVVHKAVEVVSKSYAATPDRLSTVLTVSQS
QNPTSSSALAGKDKAEMEHMDANKESQDPANAAADVDNFEHLSVQLSAFK
INSSRKSVDNVMSNPSSASKLRALIRRISTATASPVHRFSSSSKRMSPLR
QSLVCQNIIRTVLVVMRHLHRTPAHIRLIDLGLRIVRDFCEVQNRVADLV
SVENCIDVLVTCAQFYRDQENTLKSAVSILHNISANDNGLALMRKNHYIL
RRLEAIDHLLETAAEQDRKNRYRVQYAKMIVEQVQLSRTGQNRRHPLRDH
LVVAESLSALPELRIRPSHNVLISLLADLKSKEVL*

spliced messenger RNA

>Ggra1693.t2 ID=Ggra1693.t2|Name=Ggra1693.t2|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=6108bp|location=Sequence derived from alignment at tig00000050_pilon:383994..390101+ (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.  
ATGTTTCAGCGGAATGGTCTCCCGGCCAGAGAAAACGATCGAAGCGCTTC
GAACACCCTGCCTCCCGCAACTGTCCGGAAGCGGCTGTTCCCGACTCCTC
TAATCTCGCGAAATCTTAAAGCGCTTCGTCCGTCTCTTTCGTCAACTTCA
GCGCCACTAGATAACCCCAAGGACCTCGTACACACTCCACTACCGCCCAT
TCCCCCTTCGAGCACCAAGCTATCACTGGCGCCATCGTCGGTTCGCCGTT
CGTCTCATGCTCGACCATCTATCGCATCTTTGAAGGGTACGCCCTCTATA
AGGAAGAAGTATGTGGTGGACACCCCAGAATTCTGGCTTCAGCGTCAGGT
GGATGACCTTACTGCTTGGCTTAACCATGAGCTTGGTGACCCTTCACAAT
CGCCGTTTTTCTTCCCAACACCTGCGTATGCGACCTCCGACATCTTTGTC
GCCAGTTATGCATCGCTATTGCGCTTCTGCAACGACACGACGTTCAGAGC
CGATGTTCAGCGCCTTGGGAAACGCGTGAGGGAAGCAAACCTATCCTTCA
GCCCGGATATCAACGTGGCAACTGAACCATCCAAGTTTGAGCAGTTTGTG
TCTCTGCTCACCTTTTCATACAACCCCACATGGTTGCTTCTCGGTCTCAG
CGTCATACTCCGCACCAACTTTGCCATTCAGATCGACCAAATCTTGCAGC
AAACTGAAAACGCCAGTGACAGAGTAGATATTGCCGCGTTGCAAAACCAA
CTGGTTGACCACATTCTGCGCACGCAGTTAGCTGCAGAGAAGCCTGCACT
TTCGTCGTTCACGTTGAAGAGCCCTCGCGCCGCACATGTGGCACCGAGCG
GGATTGCCGCTTTGAAACAAAATGGTCTGGTATTACACCGCGCGCTCTTG
CTCATCCTTCTATTGGATCAGGCAAACCGGAACCGCGACGTCACCAGCAA
TACTCGCATGCCCTTATTCAAGCCTAAGTCATCGGCTCACAAATCGCAAG
AGGTCATGGACAGGTTGTGCAAGATCTGCATGTCCGACCCGACCCCTTTG
AACCGTTTCCTGAGCAACCGCGGCTACAAACTTCAGTATGACTGCCCCGT
ATGGAAGAGAAACAGCAGCTTTGTGGTTCGAGACCTGTCCACAGACCTTC
GAGATGGTATTCGGTTGTGCAAACTTGCAGGTTTGCTCACTGGCGATCCA
CATGTACTGCAGCAAGTGAAGTTCTCGTTTCAGTCATGTGCGAGCGATAC
GAAGAGAACGGGAAGGCATTCGCTGAATGTCATGATGGCCTTGGACTCCA
TCAAATCGTACGCATCCAAGCGCCTTGGTGCAAAAGTGAATTGGAACGCA
ACGGTGAAGGATATCACGGAAGGGGACGTTTCCAAAACAGTGGCCCTCCT
GTGGCAAATTGTGGAACTTTGGATTGAGGCCAAGCTTCTGAACCACAAAA
TGTTGCAAGAGAAGCTGGCGGAAGCACAGGATGAGTTTCGAAGCAAGGCT
GCAGACGCGGTGTGGTGCAGATCCCCCGGAGCTTTTCGGGAACTGAGTCC
AAGTATTAAAAGTCCCAGCAGATTAGTTATATATGAACAGGCGGACAAGA
ACTGCATTCAAAAGCTGCTCTTGTGGTGTGCTGCCGTTTGTGGGATTCAC
AGGATCAAGGTTGTGGACTTTACTGAAAGTTTTCGGGACTGCGTTGTTCT
GTGCCTCCTATTGAACCACCTGCACCCTCATACGGTTGACATGAACGCCA
TTACTCGGGTACTCCCAGCCGAACTAAGGGGCGAGCAGGACTCTTTGAAA
GAACTTGAAATCGTGCAGAGCAATATCACTCATTTCGAGAATGCTTGTCG
GCGGCTTGGTGCGATGCCGAACATTTCGATTTCGGCTAAGGCCTCTCTTG
CGCCAGCGTTTATTTCGGAGCTGAAGGAAGAATCATTTGGGCGTGTCATG
GTCCTCATGACGGCGTATGTGTTCAGCCGAGCACAAATCAGCAGAAGAGG
GAAAGAGAATCTTGAGTATGTGAGTCAGTTTGCCGAAGGGTGGGAAGACT
TTAGCTACGCAGCATCACCGTCCACAAGGGATTTAGACAGGCAGTTTTTA
GGGGGCAACTTTTCTTTGACACCTAGTTCTCACAACTCGGAAGACAACGA
GACTACTCTTACTGATGAGGGGGGACACGGGCTAGAGGATGAAGATGTGC
CTAGCCTTGTGGTGGCATCCGTTGACCTGTCGTCGCCTCTGACGTCGCAT
GTGGCAAGTACTGAGGTATATAGCCCACATGCTGCGGTCACACCTTTGTC
AAACCCCAAAACAACGCCGTCGGGTAGAGTTGCGGGAAACTCCAGCGTCT
GCCGTGATCCTATGGGTAGTGAAGAGAAACGCAAGCAGAAAGCCGCAGAG
GTGATTCTCTCCAACTACAAAGCGTTTCAGGTTCGAAAGAAGACGATGAC
GGAGAAGGAAAGTACTGTGTTGCTGCAAAATGTTGCACGTGGTTTCTTGG
CTCGTTGTGACCATGGAAACCTGGTGCGCAGGAAAGAATCGTTTGCCAAA
CAGCTTGAGAGCGAGTTTTGGAAACGAGAATCGGCCGCCCAGTCGGAGGA
TGTTTTGAAGTTCAATGGAGAAGTGTGTGACGTGCAAGAGGACCGACAAG
AGGCCTTGAATAGCTATCGATTGTGTTCGAAATCTCTTGAGGATGTAGGA
AAAGCAATGACACTTCTTCCGAGTCACTTGAAGAAAATTGATGAGTACGT
GCAAGCAATGCTCTCACATGAACACACACTCCGGAACCAGCAGGCGCAAG
AAATAGTGTCGAGTGGAGTAGATCTTTCGCCCCATGTGAATGCGAAGATT
GGTGCAATCGCTAGCCCGAATGATCAACAAGTCGTGCATGGAATTGCTTT
GATGGAGACCATGGAAGACGCAGAGTTCTTGGATCAACAGCCAGAGACTC
CAACTTCCAATCTGTTGAAACGACCCATCGACACCTCCACACCAGGAGCG
GAAAGTCAAGTGTATCGAACACCATGGACAACATTTCGACCCAGACCAGG
TGTCAGGCATTATGAAGAAACTCCATCTGACCGCTTCTGTTGGTATACGC
CAAGCCCCAAAATTGGAGACTCCGCCATTCTGGAGGAAGGGCCACATGAG
GAATCCCAAAGCGTTGTTCGACCCCAGTCTAGTGTCGTGAGAGAGAACAA
TTCCGAAATCACAAATGCATTAGTCTCTGGTGCGTCTGCCATGAACGATA
ATCATGCAGAAACCGAACAGAACGCGTCTCGCACGGAAGATCGTGGCATC
TCGAAGGGGTTGTTATCGTCGGCAGTCGCTTTTGCAACAGCGCAGATTGG
GCGTGCAGCACATCAATACTTTCTGCATAGCAGTCAAGTAGCTGGGGATA
TCGTTGCGCGGGCTGCGTATGATGCAGACGTGGCAGTGCAGCAGAACGCT
CGGAACCAAGTGAAGCTGCAGGAGATGCCAGTTTCGAATGAAACAACGCA
GCAAGTCGTGAACCGGACGTCCCCAAGCAACAGTTCACTATTTGAGGCCG
GCTTGGGGCATGAAAGCGAATGTGGCGACGCATCCAGCCCTGATGGGAGC
AGCGGAAATGGTGAGTTTACATATCGGGATCAATCTCATGAAGATGCTAA
CTCTTCAAGAGATTCTGGGGACCCTGATGATGATACCCCTTGTTCCCCGG
GATTGCACGAGGACGGGACTGAGGCACTTTCCTGCTCGCCGTACAATTCG
GAAAGCGGGAGCCTGCTGCAGAACATTGTGCAAGAGACACATGTTGAAGT
ACCTGAGACGCGCTTATCCGAAGATACGTTCCGGAACGACTCGGTACGTG
TCGAAGGAGGTGAGAGTCAAATGGGCAACATCGAATTCTCGTACTGGGAT
TCGAACACAAATCTCTCTGTGGATTTCTCGCCCAGTGCCAATAGCAGCAA
GCAAGTGGACTCCCGTATTTCTTCTCTTCCGAGCCCTAACCGTCCCTCAG
ATCTTGGGCCTTTGGAAGATGATACCCATGAAGGCGAGGGAAATATTGCC
GGAAGGGATGATATTGGTGAAGAAGATCGGTTCGAGCCTATTGACGTGGG
CGGCGACGAAGAGATTGGCGAAGCCAGTCTTGAAACAGAAATCAGAACAC
GTATAACAGAAGCGTTGTCCTCAGCGGAAGCTGCGTTCGAAAACCATATG
GACCGGACACAAATGAGGCATGAGTTCGATGCCACAAGGAGAAGAGAGAT
AGACATGCGATACAAGGAACTTGATCAAGCTAGTATTGCGTCCATGAAGA
GATTGGAGCATGAAGAAGAAAGACTTGAGCTTTCATGGGAAGCACTTGAA
CAAAAAGCCTTAACTGCGGAGCTTCCGTTTTCGATGGGCTTCGACTCTGA
TGAATTTATCGCTCTCCTTCAAGATGATTCTAGTTTAGAATCGGGCAATT
CTTGGGCAGAGAATGAAGTTGAACTTGGGTTTAACGATATAGATGCAATG
CTTAACACGAGAAGTGCTGAAGATTGCGAAATTGACAGAGAACTGTCTGA
ACTAGAGTATGAAAGGGAAGCTTCTTACGAAGCATTGAACAGTTCTGTCG
AAAGTCTGGTGCGCACAATGATGACAGTCTCTTGTGTCCTAGCCGAACTT
CGTTACACGGAGTATATGAAACGAATAGAGTTGAAGAGGGAACGAGAACG
TCTTAATTCCGAGCAAGAACGTCAAGGGTTGTATGAATTGTTCATCAAGT
CCATGTGGGAGTACAAGATGAAGTTGGCTCGCATTGAAGGAGACCAAAAA
GAATTAGAAGATGCTGCTGCAGCTTTGGATGAGAGACTGGAAGATACGGG
ATCCACTGTTTTCCAGCTACTTGAGGCCGATATTGATTCTAAGCTCATGC
TCATTGAGCATGCGGAAGAAAGGGAAAGCGAGCGAGTTGAAGCGAATCTA
TTTACACGCGACCAAATCTGGTCGAAGCTTATGGAAACCGAAGGACTAAT
AGAGGCATGTGAGGAACTGGAGCTTCCAGACTTCAAGGAGGAACTCCCAA
TCGAAGGAGACGATTACGAACTCGAAATGCATGGGCAACGAATATCGAAT
GACGGCGTGAAAGAGGCTCGCATCTCCCTTCCGCGGCATGCACAGCGGGA
TACCGCTGAGCAGGTGGTTCATAAAGCGGTTGAGGTAGTTTCAAAGAGCT
ACGCAGCGACTCCGGACCGTTTATCCACAGTTTTGACCGTATCTCAATCT
CAAAACCCAACGTCGTCTTCCGCACTTGCTGGGAAAGACAAAGCGGAAAT
GGAACACATGGACGCGAACAAAGAAAGCCAAGACCCGGCCAATGCTGCTG
CCGATGTTGATAACTTTGAGCACCTTTCTGTTCAGCTGAGTGCTTTCAAG
ATCAATTCTTCTCGGAAGTCTGTTGATAATGTCATGAGCAACCCTAGTTC
GGCAAGCAAACTTCGGGCTCTTATTCGTAGGATTTCGACGGCAACTGCAT
CGCCGGTACATCGTTTTTCATCATCCTCGAAGCGAATGAGTCCTTTGCGC
CAAAGCCTTGTTTGTCAAAACATCATCAGGACGGTTCTGGTGGTGATGAG
ACACTTACACAGGACTCCAGCACATATCCGGCTTATTGACTTGGGTCTGA
GAATTGTTCGTGACTTCTGTGAGGTGCAGAACCGTGTAGCAGATCTTGTT
TCTGTCGAGAACTGCATCGATGTGCTGGTTACCTGTGCCCAGTTCTATCG
AGATCAGGAGAATACCCTAAAGTCGGCGGTTTCCATTCTGCACAATATTT
CGGCTAATGACAATGGACTGGCATTGATGAGGAAGAACCATTACATTCTG
AGAAGATTGGAAGCGATCGATCACCTCCTCGAAACTGCCGCCGAGCAAGA
TAGAAAGAACCGATACCGAGTTCAATACGCCAAAATGATTGTCGAACAAG
TTCAGCTGAGCAGAACTGGACAAAACCGACGACATCCGCTCCGAGATCAT
CTCGTTGTCGCTGAGAGCCTCAGTGCATTGCCTGAGCTGAGAATCCGCCC
TTCTCATAATGTTCTGATATCATTGCTTGCGGACTTGAAATCAAAGGAAG
TGTTGTGA

protein sequence of Ggra1693.t2

>Ggra1693.t2 ID=Ggra1693.t2|Name=Ggra1693.t2|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=2036bp
MFQRNGLPARENDRSASNTLPPATVRKRLFPTPLISRNLKALRPSLSSTS
APLDNPKDLVHTPLPPIPPSSTKLSLAPSSVRRSSHARPSIASLKGTPSI
RKKYVVDTPEFWLQRQVDDLTAWLNHELGDPSQSPFFFPTPAYATSDIFV
ASYASLLRFCNDTTFRADVQRLGKRVREANLSFSPDINVATEPSKFEQFV
SLLTFSYNPTWLLLGLSVILRTNFAIQIDQILQQTENASDRVDIAALQNQ
LVDHILRTQLAAEKPALSSFTLKSPRAAHVAPSGIAALKQNGLVLHRALL
LILLLDQANRNRDVTSNTRMPLFKPKSSAHKSQEVMDRLCKICMSDPTPL
NRFLSNRGYKLQYDCPVWKRNSSFVVRDLSTDLRDGIRLCKLAGLLTGDP
HVLQQVKFSFQSCASDTKRTGRHSLNVMMALDSIKSYASKRLGAKVNWNA
TVKDITEGDVSKTVALLWQIVELWIEAKLLNHKMLQEKLAEAQDEFRSKA
ADAVWCRSPGAFRELSPSIKSPSRLVIYEQADKNCIQKLLLWCAAVCGIH
RIKVVDFTESFRDCVVLCLLLNHLHPHTVDMNAITRVLPAELRGEQDSLK
ELEIVQSNITHFENACRRLGAMPNISISAKASLAPAFISELKEESFGRVM
VLMTAYVFSRAQISRRGKENLEYVSQFAEGWEDFSYAASPSTRDLDRQFL
GGNFSLTPSSHNSEDNETTLTDEGGHGLEDEDVPSLVVASVDLSSPLTSH
VASTEVYSPHAAVTPLSNPKTTPSGRVAGNSSVCRDPMGSEEKRKQKAAE
VILSNYKAFQVRKKTMTEKESTVLLQNVARGFLARCDHGNLVRRKESFAK
QLESEFWKRESAAQSEDVLKFNGEVCDVQEDRQEALNSYRLCSKSLEDVG
KAMTLLPSHLKKIDEYVQAMLSHEHTLRNQQAQEIVSSGVDLSPHVNAKI
GAIASPNDQQVVHGIALMETMEDAEFLDQQPETPTSNLLKRPIDTSTPGA
ESQVYRTPWTTFRPRPGVRHYEETPSDRFCWYTPSPKIGDSAILEEGPHE
ESQSVVRPQSSVVRENNSEITNALVSGASAMNDNHAETEQNASRTEDRGI
SKGLLSSAVAFATAQIGRAAHQYFLHSSQVAGDIVARAAYDADVAVQQNA
RNQVKLQEMPVSNETTQQVVNRTSPSNSSLFEAGLGHESECGDASSPDGS
SGNGEFTYRDQSHEDANSSRDSGDPDDDTPCSPGLHEDGTEALSCSPYNS
ESGSLLQNIVQETHVEVPETRLSEDTFRNDSVRVEGGESQMGNIEFSYWD
SNTNLSVDFSPSANSSKQVDSRISSLPSPNRPSDLGPLEDDTHEGEGNIA
GRDDIGEEDRFEPIDVGGDEEIGEASLETEIRTRITEALSSAEAAFENHM
DRTQMRHEFDATRRREIDMRYKELDQASIASMKRLEHEEERLELSWEALE
QKALTAELPFSMGFDSDEFIALLQDDSSLESGNSWAENEVELGFNDIDAM
LNTRSAEDCEIDRELSELEYEREASYEALNSSVESLVRTMMTVSCVLAEL
RYTEYMKRIELKRERERLNSEQERQGLYELFIKSMWEYKMKLARIEGDQK
ELEDAAAALDERLEDTGSTVFQLLEADIDSKLMLIEHAEERESERVEANL
FTRDQIWSKLMETEGLIEACEELELPDFKEELPIEGDDYELEMHGQRISN
DGVKEARISLPRHAQRDTAEQVVHKAVEVVSKSYAATPDRLSTVLTVSQS
QNPTSSSALAGKDKAEMEHMDANKESQDPANAAADVDNFEHLSVQLSAFK
INSSRKSVDNVMSNPSSASKLRALIRRISTATASPVHRFSSSSKRMSPLR
QSLVCQNIIRTVLVVMRHLHRTPAHIRLIDLGLRIVRDFCEVQNRVADLV
SVENCIDVLVTCAQFYRDQENTLKSAVSILHNISANDNGLALMRKNHYIL
RRLEAIDHLLETAAEQDRKNRYRVQYAKMIVEQVQLSRTGQNRRHPLRDH
LVVAESLSALPELRIRPSHNVLISLLADLKSKEVL*

mRNA from alignment at tig00000050_pilon:383994..390101+

Legend: start_codonpolypeptideCDSexonstop_codon

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

>Ggra1693.t2 ID=Ggra1693.t2|Name=Ggra1693.t2|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=6108bp|location=Sequence derived from alignment at tig00000050_pilon:383994..390101+ (Gracilaria gracilis GNS1m male)
ATGTTTCAGCGGAATGGTCTCCCGGCCAGAGAAAACGATCGAAGCGCTTC
GAACACCCTGCCTCCCGCAACTGTCCGGAAGCGGCTGTTCCCGACTCCTC
TAATCTCGCGAAATCTTAAAGCGCTTCGTCCGTCTCTTTCGTCAACTTCA
GCGCCACTAGATAACCCCAAGGACCTCGTACACACTCCACTACCGCCCAT
TCCCCCTTCGAGCACCAAGCTATCACTGGCGCCATCGTCGGTTCGCCGTT
CGTCTCATGCTCGACCATCTATCGCATCTTTGAAGGGTACGCCCTCTATA
AGGAAGAAGTATGTGGTGGACACCCCAGAATTCTGGCTTCAGCGTCAGGT
GGATGACCTTACTGCTTGGCTTAACCATGAGCTTGGTGACCCTTCACAAT
CGCCGTTTTTCTTCCCAACACCTGCGTATGCGACCTCCGACATCTTTGTC
GCCAGTTATGCATCGCTATTGCGCTTCTGCAACGACACGACGTTCAGAGC
CGATGTTCAGCGCCTTGGGAAACGCGTGAGGGAAGCAAACCTATCCTTCA
GCCCGGATATCAACGTGGCAACTGAACCATCCAAGTTTGAGCAGTTTGTG
TCTCTGCTCACCTTTTCATACAACCCCACATGGTTGCTTCTCGGTCTCAG
CGTCATACTCCGCACCAACTTTGCCATTCAGATCGACCAAATCTTGCAGC
AAACTGAAAACGCCAGTGACAGAGTAGATATTGCCGCGTTGCAAAACCAA
CTGGTTGACCACATTCTGCGCACGCAGTTAGCTGCAGAGAAGCCTGCACT
TTCGTCGTTCACGTTGAAGAGCCCTCGCGCCGCACATGTGGCACCGAGCG
GGATTGCCGCTTTGAAACAAAATGGTCTGGTATTACACCGCGCGCTCTTG
CTCATCCTTCTATTGGATCAGGCAAACCGGAACCGCGACGTCACCAGCAA
TACTCGCATGCCCTTATTCAAGCCTAAGTCATCGGCTCACAAATCGCAAG
AGGTCATGGACAGGTTGTGCAAGATCTGCATGTCCGACCCGACCCCTTTG
AACCGTTTCCTGAGCAACCGCGGCTACAAACTTCAGTATGACTGCCCCGT
ATGGAAGAGAAACAGCAGCTTTGTGGTTCGAGACCTGTCCACAGACCTTC
GAGATGGTATTCGGTTGTGCAAACTTGCAGGTTTGCTCACTGGCGATCCA
CATGTACTGCAGCAAGTGAAGTTCTCGTTTCAGTCATGTGCGAGCGATAC
GAAGAGAACGGGAAGGCATTCGCTGAATGTCATGATGGCCTTGGACTCCA
TCAAATCGTACGCATCCAAGCGCCTTGGTGCAAAAGTGAATTGGAACGCA
ACGGTGAAGGATATCACGGAAGGGGACGTTTCCAAAACAGTGGCCCTCCT
GTGGCAAATTGTGGAACTTTGGATTGAGGCCAAGCTTCTGAACCACAAAA
TGTTGCAAGAGAAGCTGGCGGAAGCACAGGATGAGTTTCGAAGCAAGGCT
GCAGACGCGGTGTGGTGCAGATCCCCCGGAGCTTTTCGGGAACTGAGTCC
AAGTATTAAAAGTCCCAGCAGATTAGTTATATATGAACAGGCGGACAAGA
ACTGCATTCAAAAGCTGCTCTTGTGGTGTGCTGCCGTTTGTGGGATTCAC
AGGATCAAGGTTGTGGACTTTACTGAAAGTTTTCGGGACTGCGTTGTTCT
GTGCCTCCTATTGAACCACCTGCACCCTCATACGGTTGACATGAACGCCA
TTACTCGGGTACTCCCAGCCGAACTAAGGGGCGAGCAGGACTCTTTGAAA
GAACTTGAAATCGTGCAGAGCAATATCACTCATTTCGAGAATGCTTGTCG
GCGGCTTGGTGCGATGCCGAACATTTCGATTTCGGCTAAGGCCTCTCTTG
CGCCAGCGTTTATTTCGGAGCTGAAGGAAGAATCATTTGGGCGTGTCATG
GTCCTCATGACGGCGTATGTGTTCAGCCGAGCACAAATCAGCAGAAGAGG
GAAAGAGAATCTTGAGTATGTGAGTCAGTTTGCCGAAGGGTGGGAAGACT
TTAGCTACGCAGCATCACCGTCCACAAGGGATTTAGACAGGCAGTTTTTA
GGGGGCAACTTTTCTTTGACACCTAGTTCTCACAACTCGGAAGACAACGA
GACTACTCTTACTGATGAGGGGGGACACGGGCTAGAGGATGAAGATGTGC
CTAGCCTTGTGGTGGCATCCGTTGACCTGTCGTCGCCTCTGACGTCGCAT
GTGGCAAGTACTGAGGTATATAGCCCACATGCTGCGGTCACACCTTTGTC
AAACCCCAAAACAACGCCGTCGGGTAGAGTTGCGGGAAACTCCAGCGTCT
GCCGTGATCCTATGGGTAGTGAAGAGAAACGCAAGCAGAAAGCCGCAGAG
GTGATTCTCTCCAACTACAAAGCGTTTCAGGTTCGAAAGAAGACGATGAC
GGAGAAGGAAAGTACTGTGTTGCTGCAAAATGTTGCACGTGGTTTCTTGG
CTCGTTGTGACCATGGAAACCTGGTGCGCAGGAAAGAATCGTTTGCCAAA
CAGCTTGAGAGCGAGTTTTGGAAACGAGAATCGGCCGCCCAGTCGGAGGA
TGTTTTGAAGTTCAATGGAGAAGTGTGTGACGTGCAAGAGGACCGACAAG
AGGCCTTGAATAGCTATCGATTGTGTTCGAAATCTCTTGAGGATGTAGGA
AAAGCAATGACACTTCTTCCGAGTCACTTGAAGAAAATTGATGAGTACGT
GCAAGCAATGCTCTCACATGAACACACACTCCGGAACCAGCAGGCGCAAG
AAATAGTGTCGAGTGGAGTAGATCTTTCGCCCCATGTGAATGCGAAGATT
GGTGCAATCGCTAGCCCGAATGATCAACAAGTCGTGCATGGAATTGCTTT
GATGGAGACCATGGAAGACGCAGAGTTCTTGGATCAACAGCCAGAGACTC
CAACTTCCAATCTGTTGAAACGACCCATCGACACCTCCACACCAGGAGCG
GAAAGTCAAGTGTATCGAACACCATGGACAACATTTCGACCCAGACCAGG
TGTCAGGCATTATGAAGAAACTCCATCTGACCGCTTCTGTTGGTATACGC
CAAGCCCCAAAATTGGAGACTCCGCCATTCTGGAGGAAGGGCCACATGAG
GAATCCCAAAGCGTTGTTCGACCCCAGTCTAGTGTCGTGAGAGAGAACAA
TTCCGAAATCACAAATGCATTAGTCTCTGGTGCGTCTGCCATGAACGATA
ATCATGCAGAAACCGAACAGAACGCGTCTCGCACGGAAGATCGTGGCATC
TCGAAGGGGTTGTTATCGTCGGCAGTCGCTTTTGCAACAGCGCAGATTGG
GCGTGCAGCACATCAATACTTTCTGCATAGCAGTCAAGTAGCTGGGGATA
TCGTTGCGCGGGCTGCGTATGATGCAGACGTGGCAGTGCAGCAGAACGCT
CGGAACCAAGTGAAGCTGCAGGAGATGCCAGTTTCGAATGAAACAACGCA
GCAAGTCGTGAACCGGACGTCCCCAAGCAACAGTTCACTATTTGAGGCCG
GCTTGGGGCATGAAAGCGAATGTGGCGACGCATCCAGCCCTGATGGGAGC
AGCGGAAATGGTGAGTTTACATATCGGGATCAATCTCATGAAGATGCTAA
CTCTTCAAGAGATTCTGGGGACCCTGATGATGATACCCCTTGTTCCCCGG
GATTGCACGAGGACGGGACTGAGGCACTTTCCTGCTCGCCGTACAATTCG
GAAAGCGGGAGCCTGCTGCAGAACATTGTGCAAGAGACACATGTTGAAGT
ACCTGAGACGCGCTTATCCGAAGATACGTTCCGGAACGACTCGGTACGTG
TCGAAGGAGGTGAGAGTCAAATGGGCAACATCGAATTCTCGTACTGGGAT
TCGAACACAAATCTCTCTGTGGATTTCTCGCCCAGTGCCAATAGCAGCAA
GCAAGTGGACTCCCGTATTTCTTCTCTTCCGAGCCCTAACCGTCCCTCAG
ATCTTGGGCCTTTGGAAGATGATACCCATGAAGGCGAGGGAAATATTGCC
GGAAGGGATGATATTGGTGAAGAAGATCGGTTCGAGCCTATTGACGTGGG
CGGCGACGAAGAGATTGGCGAAGCCAGTCTTGAAACAGAAATCAGAACAC
GTATAACAGAAGCGTTGTCCTCAGCGGAAGCTGCGTTCGAAAACCATATG
GACCGGACACAAATGAGGCATGAGTTCGATGCCACAAGGAGAAGAGAGAT
AGACATGCGATACAAGGAACTTGATCAAGCTAGTATTGCGTCCATGAAGA
GATTGGAGCATGAAGAAGAAAGACTTGAGCTTTCATGGGAAGCACTTGAA
CAAAAAGCCTTAACTGCGGAGCTTCCGTTTTCGATGGGCTTCGACTCTGA
TGAATTTATCGCTCTCCTTCAAGATGATTCTAGTTTAGAATCGGGCAATT
CTTGGGCAGAGAATGAAGTTGAACTTGGGTTTAACGATATAGATGCAATG
CTTAACACGAGAAGTGCTGAAGATTGCGAAATTGACAGAGAACTGTCTGA
ACTAGAGTATGAAAGGGAAGCTTCTTACGAAGCATTGAACAGTTCTGTCG
AAAGTCTGGTGCGCACAATGATGACAGTCTCTTGTGTCCTAGCCGAACTT
CGTTACACGGAGTATATGAAACGAATAGAGTTGAAGAGGGAACGAGAACG
TCTTAATTCCGAGCAAGAACGTCAAGGGTTGTATGAATTGTTCATCAAGT
CCATGTGGGAGTACAAGATGAAGTTGGCTCGCATTGAAGGAGACCAAAAA
GAATTAGAAGATGCTGCTGCAGCTTTGGATGAGAGACTGGAAGATACGGG
ATCCACTGTTTTCCAGCTACTTGAGGCCGATATTGATTCTAAGCTCATGC
TCATTGAGCATGCGGAAGAAAGGGAAAGCGAGCGAGTTGAAGCGAATCTA
TTTACACGCGACCAAATCTGGTCGAAGCTTATGGAAACCGAAGGACTAAT
AGAGGCATGTGAGGAACTGGAGCTTCCAGACTTCAAGGAGGAACTCCCAA
TCGAAGGAGACGATTACGAACTCGAAATGCATGGGCAACGAATATCGAAT
GACGGCGTGAAAGAGGCTCGCATCTCCCTTCCGCGGCATGCACAGCGGGA
TACCGCTGAGCAGGTGGTTCATAAAGCGGTTGAGGTAGTTTCAAAGAGCT
ACGCAGCGACTCCGGACCGTTTATCCACAGTTTTGACCGTATCTCAATCT
CAAAACCCAACGTCGTCTTCCGCACTTGCTGGGAAAGACAAAGCGGAAAT
GGAACACATGGACGCGAACAAAGAAAGCCAAGACCCGGCCAATGCTGCTG
CCGATGTTGATAACTTTGAGCACCTTTCTGTTCAGCTGAGTGCTTTCAAG
ATCAATTCTTCTCGGAAGTCTGTTGATAATGTCATGAGCAACCCTAGTTC
GGCAAGCAAACTTCGGGCTCTTATTCGTAGGATTTCGACGGCAACTGCAT
CGCCGGTACATCGTTTTTCATCATCCTCGAAGCGAATGAGTCCTTTGCGC
CAAAGCCTTGTTTGTCAAAACATCATCAGGACGGTTCTGGTGGTGATGAG
ACACTTACACAGGACTCCAGCACATATCCGGCTTATTGACTTGGGTCTGA
GAATTGTTCGTGACTTCTGTGAGGTGCAGAACCGTGTAGCAGATCTTGTT
TCTGTCGAGAACTGCATCGATGTGCTGGTTACCTGTGCCCAGTTCTATCG
AGATCAGGAGAATACCCTAAAGTCGGCGGTTTCCATTCTGCACAATATTT
CGGCTAATGACAATGGACTGGCATTGATGAGGAAGAACCATTACATTCTG
AGAAGATTGGAAGCGATCGATCACCTCCTCGAAACTGCCGCCGAGCAAGA
TAGAAAGAACCGATACCGAGTTCAATACGCCAAAATGATTGTCGAACAAG
TTCAGCTGAGCAGAACTGGACAAAACCGACGACATCCGCTCCGAGATCAT
CTCGTTGTCGCTGAGAGCCTCAGTGCATTGCCTGAGCTGAGAATCCGCCC
TTCTCATAATGTTCTGATATCATTGCTTGCGGACTTGAAATCAAAGGAAG
TGTTGTGA

Coding sequence (CDS) from alignment at tig00000050_pilon:383994..390101+

>Ggra1693.t2 ID=Ggra1693.t2|Name=Ggra1693.t2|organism=Gracilaria gracilis GNS1m male|type=CDS|length=6108bp|location=Sequence derived from alignment at tig00000050_pilon:383994..390101+ (Gracilaria gracilis GNS1m male)
ATGTTTCAGCGGAATGGTCTCCCGGCCAGAGAAAACGATCGAAGCGCTTC
GAACACCCTGCCTCCCGCAACTGTCCGGAAGCGGCTGTTCCCGACTCCTC
TAATCTCGCGAAATCTTAAAGCGCTTCGTCCGTCTCTTTCGTCAACTTCA
GCGCCACTAGATAACCCCAAGGACCTCGTACACACTCCACTACCGCCCAT
TCCCCCTTCGAGCACCAAGCTATCACTGGCGCCATCGTCGGTTCGCCGTT
CGTCTCATGCTCGACCATCTATCGCATCTTTGAAGGGTACGCCCTCTATA
AGGAAGAAGTATGTGGTGGACACCCCAGAATTCTGGCTTCAGCGTCAGGT
GGATGACCTTACTGCTTGGCTTAACCATGAGCTTGGTGACCCTTCACAAT
CGCCGTTTTTCTTCCCAACACCTGCGTATGCGACCTCCGACATCTTTGTC
GCCAGTTATGCATCGCTATTGCGCTTCTGCAACGACACGACGTTCAGAGC
CGATGTTCAGCGCCTTGGGAAACGCGTGAGGGAAGCAAACCTATCCTTCA
GCCCGGATATCAACGTGGCAACTGAACCATCCAAGTTTGAGCAGTTTGTG
TCTCTGCTCACCTTTTCATACAACCCCACATGGTTGCTTCTCGGTCTCAG
CGTCATACTCCGCACCAACTTTGCCATTCAGATCGACCAAATCTTGCAGC
AAACTGAAAACGCCAGTGACAGAGTAGATATTGCCGCGTTGCAAAACCAA
CTGGTTGACCACATTCTGCGCACGCAGTTAGCTGCAGAGAAGCCTGCACT
TTCGTCGTTCACGTTGAAGAGCCCTCGCGCCGCACATGTGGCACCGAGCG
GGATTGCCGCTTTGAAACAAAATGGTCTGGTATTACACCGCGCGCTCTTG
CTCATCCTTCTATTGGATCAGGCAAACCGGAACCGCGACGTCACCAGCAA
TACTCGCATGCCCTTATTCAAGCCTAAGTCATCGGCTCACAAATCGCAAG
AGGTCATGGACAGGTTGTGCAAGATCTGCATGTCCGACCCGACCCCTTTG
AACCGTTTCCTGAGCAACCGCGGCTACAAACTTCAGTATGACTGCCCCGT
ATGGAAGAGAAACAGCAGCTTTGTGGTTCGAGACCTGTCCACAGACCTTC
GAGATGGTATTCGGTTGTGCAAACTTGCAGGTTTGCTCACTGGCGATCCA
CATGTACTGCAGCAAGTGAAGTTCTCGTTTCAGTCATGTGCGAGCGATAC
GAAGAGAACGGGAAGGCATTCGCTGAATGTCATGATGGCCTTGGACTCCA
TCAAATCGTACGCATCCAAGCGCCTTGGTGCAAAAGTGAATTGGAACGCA
ACGGTGAAGGATATCACGGAAGGGGACGTTTCCAAAACAGTGGCCCTCCT
GTGGCAAATTGTGGAACTTTGGATTGAGGCCAAGCTTCTGAACCACAAAA
TGTTGCAAGAGAAGCTGGCGGAAGCACAGGATGAGTTTCGAAGCAAGGCT
GCAGACGCGGTGTGGTGCAGATCCCCCGGAGCTTTTCGGGAACTGAGTCC
AAGTATTAAAAGTCCCAGCAGATTAGTTATATATGAACAGGCGGACAAGA
ACTGCATTCAAAAGCTGCTCTTGTGGTGTGCTGCCGTTTGTGGGATTCAC
AGGATCAAGGTTGTGGACTTTACTGAAAGTTTTCGGGACTGCGTTGTTCT
GTGCCTCCTATTGAACCACCTGCACCCTCATACGGTTGACATGAACGCCA
TTACTCGGGTACTCCCAGCCGAACTAAGGGGCGAGCAGGACTCTTTGAAA
GAACTTGAAATCGTGCAGAGCAATATCACTCATTTCGAGAATGCTTGTCG
GCGGCTTGGTGCGATGCCGAACATTTCGATTTCGGCTAAGGCCTCTCTTG
CGCCAGCGTTTATTTCGGAGCTGAAGGAAGAATCATTTGGGCGTGTCATG
GTCCTCATGACGGCGTATGTGTTCAGCCGAGCACAAATCAGCAGAAGAGG
GAAAGAGAATCTTGAGTATGTGAGTCAGTTTGCCGAAGGGTGGGAAGACT
TTAGCTACGCAGCATCACCGTCCACAAGGGATTTAGACAGGCAGTTTTTA
GGGGGCAACTTTTCTTTGACACCTAGTTCTCACAACTCGGAAGACAACGA
GACTACTCTTACTGATGAGGGGGGACACGGGCTAGAGGATGAAGATGTGC
CTAGCCTTGTGGTGGCATCCGTTGACCTGTCGTCGCCTCTGACGTCGCAT
GTGGCAAGTACTGAGGTATATAGCCCACATGCTGCGGTCACACCTTTGTC
AAACCCCAAAACAACGCCGTCGGGTAGAGTTGCGGGAAACTCCAGCGTCT
GCCGTGATCCTATGGGTAGTGAAGAGAAACGCAAGCAGAAAGCCGCAGAG
GTGATTCTCTCCAACTACAAAGCGTTTCAGGTTCGAAAGAAGACGATGAC
GGAGAAGGAAAGTACTGTGTTGCTGCAAAATGTTGCACGTGGTTTCTTGG
CTCGTTGTGACCATGGAAACCTGGTGCGCAGGAAAGAATCGTTTGCCAAA
CAGCTTGAGAGCGAGTTTTGGAAACGAGAATCGGCCGCCCAGTCGGAGGA
TGTTTTGAAGTTCAATGGAGAAGTGTGTGACGTGCAAGAGGACCGACAAG
AGGCCTTGAATAGCTATCGATTGTGTTCGAAATCTCTTGAGGATGTAGGA
AAAGCAATGACACTTCTTCCGAGTCACTTGAAGAAAATTGATGAGTACGT
GCAAGCAATGCTCTCACATGAACACACACTCCGGAACCAGCAGGCGCAAG
AAATAGTGTCGAGTGGAGTAGATCTTTCGCCCCATGTGAATGCGAAGATT
GGTGCAATCGCTAGCCCGAATGATCAACAAGTCGTGCATGGAATTGCTTT
GATGGAGACCATGGAAGACGCAGAGTTCTTGGATCAACAGCCAGAGACTC
CAACTTCCAATCTGTTGAAACGACCCATCGACACCTCCACACCAGGAGCG
GAAAGTCAAGTGTATCGAACACCATGGACAACATTTCGACCCAGACCAGG
TGTCAGGCATTATGAAGAAACTCCATCTGACCGCTTCTGTTGGTATACGC
CAAGCCCCAAAATTGGAGACTCCGCCATTCTGGAGGAAGGGCCACATGAG
GAATCCCAAAGCGTTGTTCGACCCCAGTCTAGTGTCGTGAGAGAGAACAA
TTCCGAAATCACAAATGCATTAGTCTCTGGTGCGTCTGCCATGAACGATA
ATCATGCAGAAACCGAACAGAACGCGTCTCGCACGGAAGATCGTGGCATC
TCGAAGGGGTTGTTATCGTCGGCAGTCGCTTTTGCAACAGCGCAGATTGG
GCGTGCAGCACATCAATACTTTCTGCATAGCAGTCAAGTAGCTGGGGATA
TCGTTGCGCGGGCTGCGTATGATGCAGACGTGGCAGTGCAGCAGAACGCT
CGGAACCAAGTGAAGCTGCAGGAGATGCCAGTTTCGAATGAAACAACGCA
GCAAGTCGTGAACCGGACGTCCCCAAGCAACAGTTCACTATTTGAGGCCG
GCTTGGGGCATGAAAGCGAATGTGGCGACGCATCCAGCCCTGATGGGAGC
AGCGGAAATGGTGAGTTTACATATCGGGATCAATCTCATGAAGATGCTAA
CTCTTCAAGAGATTCTGGGGACCCTGATGATGATACCCCTTGTTCCCCGG
GATTGCACGAGGACGGGACTGAGGCACTTTCCTGCTCGCCGTACAATTCG
GAAAGCGGGAGCCTGCTGCAGAACATTGTGCAAGAGACACATGTTGAAGT
ACCTGAGACGCGCTTATCCGAAGATACGTTCCGGAACGACTCGGTACGTG
TCGAAGGAGGTGAGAGTCAAATGGGCAACATCGAATTCTCGTACTGGGAT
TCGAACACAAATCTCTCTGTGGATTTCTCGCCCAGTGCCAATAGCAGCAA
GCAAGTGGACTCCCGTATTTCTTCTCTTCCGAGCCCTAACCGTCCCTCAG
ATCTTGGGCCTTTGGAAGATGATACCCATGAAGGCGAGGGAAATATTGCC
GGAAGGGATGATATTGGTGAAGAAGATCGGTTCGAGCCTATTGACGTGGG
CGGCGACGAAGAGATTGGCGAAGCCAGTCTTGAAACAGAAATCAGAACAC
GTATAACAGAAGCGTTGTCCTCAGCGGAAGCTGCGTTCGAAAACCATATG
GACCGGACACAAATGAGGCATGAGTTCGATGCCACAAGGAGAAGAGAGAT
AGACATGCGATACAAGGAACTTGATCAAGCTAGTATTGCGTCCATGAAGA
GATTGGAGCATGAAGAAGAAAGACTTGAGCTTTCATGGGAAGCACTTGAA
CAAAAAGCCTTAACTGCGGAGCTTCCGTTTTCGATGGGCTTCGACTCTGA
TGAATTTATCGCTCTCCTTCAAGATGATTCTAGTTTAGAATCGGGCAATT
CTTGGGCAGAGAATGAAGTTGAACTTGGGTTTAACGATATAGATGCAATG
CTTAACACGAGAAGTGCTGAAGATTGCGAAATTGACAGAGAACTGTCTGA
ACTAGAGTATGAAAGGGAAGCTTCTTACGAAGCATTGAACAGTTCTGTCG
AAAGTCTGGTGCGCACAATGATGACAGTCTCTTGTGTCCTAGCCGAACTT
CGTTACACGGAGTATATGAAACGAATAGAGTTGAAGAGGGAACGAGAACG
TCTTAATTCCGAGCAAGAACGTCAAGGGTTGTATGAATTGTTCATCAAGT
CCATGTGGGAGTACAAGATGAAGTTGGCTCGCATTGAAGGAGACCAAAAA
GAATTAGAAGATGCTGCTGCAGCTTTGGATGAGAGACTGGAAGATACGGG
ATCCACTGTTTTCCAGCTACTTGAGGCCGATATTGATTCTAAGCTCATGC
TCATTGAGCATGCGGAAGAAAGGGAAAGCGAGCGAGTTGAAGCGAATCTA
TTTACACGCGACCAAATCTGGTCGAAGCTTATGGAAACCGAAGGACTAAT
AGAGGCATGTGAGGAACTGGAGCTTCCAGACTTCAAGGAGGAACTCCCAA
TCGAAGGAGACGATTACGAACTCGAAATGCATGGGCAACGAATATCGAAT
GACGGCGTGAAAGAGGCTCGCATCTCCCTTCCGCGGCATGCACAGCGGGA
TACCGCTGAGCAGGTGGTTCATAAAGCGGTTGAGGTAGTTTCAAAGAGCT
ACGCAGCGACTCCGGACCGTTTATCCACAGTTTTGACCGTATCTCAATCT
CAAAACCCAACGTCGTCTTCCGCACTTGCTGGGAAAGACAAAGCGGAAAT
GGAACACATGGACGCGAACAAAGAAAGCCAAGACCCGGCCAATGCTGCTG
CCGATGTTGATAACTTTGAGCACCTTTCTGTTCAGCTGAGTGCTTTCAAG
ATCAATTCTTCTCGGAAGTCTGTTGATAATGTCATGAGCAACCCTAGTTC
GGCAAGCAAACTTCGGGCTCTTATTCGTAGGATTTCGACGGCAACTGCAT
CGCCGGTACATCGTTTTTCATCATCCTCGAAGCGAATGAGTCCTTTGCGC
CAAAGCCTTGTTTGTCAAAACATCATCAGGACGGTTCTGGTGGTGATGAG
ACACTTACACAGGACTCCAGCACATATCCGGCTTATTGACTTGGGTCTGA
GAATTGTTCGTGACTTCTGTGAGGTGCAGAACCGTGTAGCAGATCTTGTT
TCTGTCGAGAACTGCATCGATGTGCTGGTTACCTGTGCCCAGTTCTATCG
AGATCAGGAGAATACCCTAAAGTCGGCGGTTTCCATTCTGCACAATATTT
CGGCTAATGACAATGGACTGGCATTGATGAGGAAGAACCATTACATTCTG
AGAAGATTGGAAGCGATCGATCACCTCCTCGAAACTGCCGCCGAGCAAGA
TAGAAAGAACCGATACCGAGTTCAATACGCCAAAATGATTGTCGAACAAG
TTCAGCTGAGCAGAACTGGACAAAACCGACGACATCCGCTCCGAGATCAT
CTCGTTGTCGCTGAGAGCCTCAGTGCATTGCCTGAGCTGAGAATCCGCCC
TTCTCATAATGTTCTGATATCATTGCTTGCGGACTTGAAATCAAAGGAAG
TGTTGTGA