Gchil3000.t1 (mRNA) Gracilaria chilensis NLEC103_M9 male

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

Overview


Name	Gchil3000.t1
Unique Name	Gchil3000.t1
Type	mRNA
Organism	Gracilaria chilensis NLEC103_M9 male (Gracilaria chilensis NLEC103_M9 male)
Sequence length	1934

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
tig00000106_pilon	contig	tig00000106_pilon:891440..897241 +

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

Properties


Property Name	Value
Seed ortholog	130081.XP_005708657.1
PFAMs	CPSF_A,MMS1_N
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K14401
KEGG Pathway	ko03015,map03015
Evalue	4.69e-78
EggNOG OGs	COG5161@1\|root,KOG1896@2759\|Eukaryota
Description	mRNA cleavage
COG category	A
BRITE	ko00000,ko00001,ko03019,ko03021

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000	Gchil3000	Gracilaria chilensis NLEC103_M9 male	gene	tig00000106_pilon 891440..897241 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000.t1.start1	Gchil3000.t1.start1	Gracilaria chilensis NLEC103_M9 male	start_codon	tig00000106_pilon 891440..891442 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000.t1.CDS1	Gchil3000.t1.CDS1	Gracilaria chilensis NLEC103_M9 male	CDS	tig00000106_pilon 891440..897241 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000.t1.exon1	Gchil3000.t1.exon1	Gracilaria chilensis NLEC103_M9 male	exon	tig00000106_pilon 891440..897241 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000.t1.stop1	Gchil3000.t1.stop1	Gracilaria chilensis NLEC103_M9 male	stop_codon	tig00000106_pilon 897239..897241 +

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


Feature Name	Unique Name	Species	Type	Position
Gchil3000.t1	Gchil3000.t1	Gracilaria chilensis NLEC103_M9 male	polypeptide	tig00000106_pilon 891440..897241 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at tig00000106_pilon:891440..897241+
coding sequence from alignment at tig00000106_pilon:891440..897241+

mRNA sequence

>Gchil3000.t1 ID=Gchil3000.t1|Name=Gchil3000.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=1934bp
MFGVAREFQAPLGVTHAVRGYFGPSTTLSTVFARKSSIDLYVVRANAHVA
RLQLVQSTALGANVVSMCVLGRASANDLLVLGFDRMRVAVLAWHHDTRSW
VTAQLIDHSTLLGSPLCSPSSIMRSQDPRDQGRPILRGFVGTDSQPLINA
DPSGRCLGVLAKCQNALYIVPINAEDDAYSLPERVVDPADVFLIDLPADY
EASNIKDFVFLHGSFEPNAVILYEPKRTWAGRAAIQRNTSQILNISIDLQ
SKRTSKTWTVDQLPYDSSRLEAIPESAGGGILLLSTSVILQLRHGACVAG
LSLNCFGDSYATEVKSKFETIKESDTLVECDGAHCRFLDFEESPSDLSSP
SSQSVALLSLKGGELYFLNIAVASRNSIVMKRAGSTVIASEIVPINHRFF
ILASRLSDSLLVEYQQSAQDTEVGVEITGGDIPSLTPEISALEGKKDTNK
RKKRKRSAQDDAEYEMIYGVKPPQDSSDEESDGGADNDEHALNLDQKDEG
TRGVYDDEDELGWVFNSGTDEASSKRSYGSGKWALKVKDTLPCFGPGSDL
AIGLSPDDDTGARLDMVVAGGYAKNGCLAVVHQSVRPTFTASFEVPGCNG
VWALRDPTGVTREREEIRKRNELISKRNMEIRLRNAKQISKRSIYIEQAI
TAVRDKGKIKMSESDVGNANRLSSIDSTEIKADVEDSEDLKERLGAGKVD
SVSKRKDKDVVHESQPASPMKAPNSEIETINSHSGFAQAEHVEDGAAEHL
SEEEEIKINAEAENAYSPSEFGQSLRHQSAMASNEGSDLPRDGESDQKPQ
NGLPSESQDHRATENDEHESTAKRRRTEVSGTQEDTESQEDLVSAEDMQR
VEDEAEIEFPLEDELSLEETIPNDPALHSFILMTTNSNTMILRSGAELEE
VNPDSVGFVGSESTVAAGNVIDSYAIVQVSPKKVRVLSDGSVLCEFDMSS
LNQIIRRAQICDPLVIVESLSGQIYVFAISAQECGDENSETEDGDNDVDD
DEFDEYGMIIPSRNEERKNKRSLADSNLAMKYKNFSISIDFTSEEHQSTS
AAGSILAASLYTGSIASEIAKDGVLEHISESEAHGGTSFSTQERESDALE
VESAKASKDHDVPGKNEAEIEIDDEDRLLYGGNDDEEDKLLYGTVEEEKS
IQVDKDAKNTKTATRVEGGTPAIGAERIASDGENMRVPEKGTVPMPDQTS
SDSCHNFLLILVKSDGSLAILSRELQYAVVLECPFFFAAPTFVADVGDVS
KSTGYEKFPVASEELKIDGCTMSDLPCSALLRSLSIPVLIATSRNGMPLM
YRVLMAARSNLRPSSRSRLALERIVHRDRTTYLLSRSLKHARRVGLSERG
LPAEPPQITSFRNIAGRAGLFVGGKVPFFVFAERGYPRVHPLTQTPREVG
SISRDDLELGQSVSAFVEFHNVMCPRGFLCVYNDGECRIGELPPLNVVNY
DAPTPMRKISLRCTPHKVSYHSGSATYGILASMPTLTTREERLARILQSL
EKHDKRHYSYIAAQAEAETGNEQANRVPPLFEELHELRVYRPDTWDLIKS
HKLAKGEVGLAIANMTVDVYKQRLAKDGEIHSSKKDDDGNESPFAASLKM
RPKNVLAVGTGNLNGEDAGSRGRLLLFEISRQEGYTKSGSFTSFQLQLIA
EKDLPAPVTAVAAMEGYVIAGVGPQISVYKLVGDELVHLSFAFGQLYCTS
IASLKQYVVAADMCKSVSFMYFRNRNNSVNFLGKDYEHVRSYATEFLIEN
EHMSIIVSDGSGNFQLMNYANASNPQSRGGKRLLVNGGIYFGSRVNKFVR
FREPDPKNSVEGGFSAFRAGKHSLLFSTLDGGIGGLIAVTEAEYRSLNKI
WSYMVNEADVQRIVGIHPVEQCEFRAERASTVLLDQRLLDSRAVFDFFSM
SLTEMSLIAKKVDVKLDTLQEILLEMDSLLSRF*

spliced messenger RNA

>Gchil3000.t1 ID=Gchil3000.t1|Name=Gchil3000.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=5802bp|location=Sequence derived from alignment at tig00000106_pilon:891440..897241+ (Gracilaria chilensis NLEC103_M9 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGTTCGGCGTAGCGCGAGAGTTCCAAGCACCGCTCGGTGTAACTCATGC
CGTGCGCGGTTACTTTGGACCAAGCACAACTCTTTCCACCGTCTTCGCGC
GGAAGAGTAGCATAGACCTCTACGTGGTCCGAGCAAATGCTCATGTGGCT
CGCCTACAACTCGTGCAGTCAACTGCGCTTGGCGCGAATGTTGTGAGTAT
GTGCGTATTAGGTCGTGCTTCTGCTAATGACCTTCTTGTTTTGGGATTTG
ATCGAATGCGAGTGGCAGTCCTCGCATGGCATCACGATACTCGGAGCTGG
GTCACTGCTCAACTGATAGATCATTCAACCTTGCTTGGTTCTCCTCTTTG
TTCCCCATCATCTATAATGCGCAGTCAAGACCCTCGCGATCAAGGACGGC
CCATATTGCGCGGATTCGTTGGCACAGATAGCCAGCCGTTAATCAACGCA
GACCCATCAGGTAGATGTCTGGGAGTTCTAGCCAAATGTCAAAATGCACT
GTACATCGTACCTATCAATGCGGAAGATGACGCTTACTCCTTACCGGAAA
GAGTTGTTGATCCTGCAGACGTGTTTCTCATCGATCTGCCTGCGGACTAC
GAAGCCTCGAATATCAAAGACTTCGTATTTCTTCACGGCTCATTTGAGCC
GAATGCTGTTATTCTATACGAACCGAAACGAACATGGGCGGGGAGAGCTG
CTATTCAGAGAAACACTTCTCAAATTCTCAACATCTCAATAGACCTTCAA
TCAAAGAGGACATCGAAAACTTGGACTGTTGACCAGCTACCCTATGACAG
CAGTCGACTTGAAGCGATTCCGGAATCTGCTGGTGGTGGTATTCTCTTGC
TTTCTACCAGCGTAATCTTGCAGCTTCGTCATGGCGCTTGTGTCGCAGGA
CTCTCCCTCAATTGTTTCGGCGACTCCTACGCAACAGAAGTTAAGAGCAA
GTTTGAAACCATCAAAGAATCAGACACTCTCGTTGAATGTGATGGCGCAC
ATTGCCGATTTCTAGACTTTGAAGAAAGTCCGAGTGATCTTTCCTCCCCC
TCTTCGCAAAGTGTCGCACTGCTGTCATTAAAGGGAGGAGAGCTCTACTT
TTTAAATATAGCTGTCGCTTCCAGAAACTCTATAGTCATGAAACGAGCCG
GGAGTACCGTCATTGCCTCTGAAATTGTTCCGATCAACCATCGATTCTTT
ATCCTTGCGTCTCGGCTGAGCGATTCATTACTTGTCGAGTATCAGCAATC
TGCTCAAGATACGGAGGTTGGTGTTGAAATCACAGGCGGTGATATCCCTT
CTTTGACACCGGAGATCTCGGCCCTAGAAGGAAAAAAAGATACAAATAAG
CGCAAGAAACGAAAGCGCTCTGCACAAGATGACGCTGAATACGAGATGAT
ATACGGTGTCAAACCTCCTCAGGACTCTTCAGACGAAGAATCTGATGGTG
GAGCTGACAACGATGAACATGCATTAAACCTAGACCAAAAAGACGAAGGG
ACACGAGGTGTATACGACGATGAAGACGAACTTGGCTGGGTATTCAATTC
TGGCACGGATGAAGCATCCTCAAAACGGAGTTATGGCTCTGGAAAATGGG
CTTTGAAAGTGAAAGACACTTTACCATGTTTTGGACCGGGTTCAGATCTA
GCCATAGGTCTGTCACCAGATGACGATACAGGTGCAAGACTTGACATGGT
TGTTGCTGGCGGCTACGCAAAGAATGGATGCCTCGCCGTAGTTCACCAAT
CCGTCCGCCCTACGTTCACAGCGAGCTTCGAAGTGCCTGGTTGCAATGGT
GTATGGGCTTTGAGAGATCCGACCGGCGTGACTCGCGAAAGAGAAGAAAT
CCGAAAAAGAAATGAGCTAATAAGTAAGAGAAACATGGAGATAAGGCTCA
GGAACGCAAAACAAATCTCAAAAAGAAGTATATATATCGAGCAAGCTATT
ACTGCTGTTAGAGACAAAGGGAAAATTAAAATGTCTGAATCTGATGTTGG
GAATGCAAATCGATTGAGCTCTATCGATTCTACAGAAATCAAAGCTGATG
TCGAAGATTCAGAAGATCTAAAAGAACGATTAGGAGCGGGCAAGGTTGAT
TCTGTTTCGAAAAGAAAAGACAAAGATGTCGTGCATGAATCGCAACCTGC
TAGTCCTATGAAAGCTCCCAACAGCGAAATTGAAACAATTAATTCTCATT
CGGGATTCGCACAGGCCGAACATGTTGAGGATGGAGCAGCCGAACATCTA
TCAGAAGAAGAAGAAATAAAAATAAATGCGGAAGCTGAGAACGCGTATTC
CCCATCTGAATTTGGCCAAAGCCTTAGGCATCAAAGCGCTATGGCTTCGA
ATGAAGGATCTGATCTGCCTCGTGATGGGGAGTCTGACCAGAAACCACAG
AATGGTCTACCCAGCGAAAGCCAAGATCATCGCGCAACAGAGAACGATGA
ACATGAATCCACCGCCAAGCGACGGAGAACGGAGGTGTCTGGAACACAAG
AAGACACTGAATCTCAGGAAGACCTCGTTTCAGCCGAGGATATGCAGCGG
GTTGAAGATGAAGCGGAGATCGAGTTTCCTCTCGAAGACGAGTTGAGCCT
AGAAGAGACCATTCCAAATGATCCCGCACTGCATTCATTCATTCTTATGA
CCACAAATTCAAACACCATGATCTTGAGATCCGGAGCAGAACTCGAGGAA
GTCAACCCCGATTCTGTTGGCTTTGTAGGTTCCGAAAGTACTGTTGCTGC
TGGAAATGTGATTGACTCGTACGCTATTGTACAGGTGAGCCCGAAAAAAG
TAAGGGTCTTAAGTGATGGAAGTGTTCTTTGCGAGTTTGATATGTCCAGT
TTAAATCAGATTATTAGGAGAGCGCAGATATGTGATCCCTTGGTTATAGT
TGAGTCTTTGAGCGGACAAATCTATGTATTTGCAATTTCAGCTCAGGAGT
GCGGAGATGAGAACAGCGAAACGgaagacggtgacaatgacgttgacgac
gatgaATTCGACGAGTACGGTATGATTATACCTTCaagaaatgaagaaag
aaagaataagagaaGTTTGGCCGATAGCAACTTAGCGATGAAATACAAGA
ACTTCTCTATATCAATTGATTTCACAAGCGAAGAACATCAAAGTACTTCA
GCAGCAGGCTCAATTCTTGCCGCATCTCTATATACAGGATCTATAGCTTC
TGAAATAGCCAAGGATGGTGTCTTGGAACATATTTCGGAATCAGAAGCAC
ACGGTGGGACATCCTTCTCAACCCAAGAAAGAGAATCTGATGCCCTCGAA
GTTGAGAGTGCGAAGGCTTCTAAAGATCATGATGTTCCGGGGAAAAATGA
AGCGGAAATTGAAATTGATGACGAAGATCGATTGCTCTACGGAGGAAATG
ATGACGAAGAGGATAAGCTTTTATATGGGACTGTTGAAGAGGAGAAAAGT
ATCCAAGTTGATAAAGATGCGAAAAATACTAAAACTGCGACTCGAGTAGA
AGGAGGCACACCTGCCATTGGTGCAGAAAGGATTGCTAGTGATGGGGAGA
ATATGAGAGTTCCCGAGAAAGGCACCGTTCCTATGCCCGACCAGACGTCA
TCTGACTCTTGCCATAATTTCCTATTGATTCTCGTCAAAAGTGACGGAAG
TTTGGCGATTTTATCTCGGGAGTTGCAGTATGCCGTAGTTTTGGAGTGTC
CATTCTTCTTTGCAGCGCCGACCTTCGTCGCGGATGTCGGCGATGTTTCG
AAATCCACGGGTTATGAAAAGTTTCCTGTCGCCTCTGAAGAGCTCAAGAT
CGATGGATGTACAATGTCGGACCTCCCATGCTCTGCTCTTCTTCGGAGTT
TATCAATTCCGGTGCTAATAGCTACCTCCCGGAACGGTATGCCCCTCATG
TACAGGGTGCTAATGGCCGCTAGATCTAATTTGCGACCATCATCACGATC
TAGATTGGCCCTGGAACGAATTGTTCACAGGGACAGAACAACATACTTGT
TGTCTCGATCATTGAAGCACGCGAGGAGAGTAGGTCTTTCCGAGAGAGGA
CTGCCAGCAGAACCGCCTCAAATAACATCTTTCCGGAACATCGCGGGGCG
GGCTGGACTATTTGTAGGGGGTAAAGTTCCCTTTTTCGTCTTTGCCGAAC
GTGGTTATCCAAGAGTGCACCCTCTAACTCAAACACCGAGAGAAGTTGGT
AGTATTTCTCGAGATGACCTTGAACTTGGTCAATCTGTATCTGCCTTCGT
GGAATTTCACAACGTCATGTGCCCGAGAGGGTTTCTATGCGTTTATAATG
ACGGTGAATGCAGAATTGGAGAGCTTCCGCCTCTCAATGTTGTGAATTAT
GATGCACCGACTCCGATGCGCAAAATATCTTTGCGTTGTACGCCCCACAA
GGTCTCTTACCACTCAGGTTCAGCTACGTATGGTATATTAGCATCTATGC
CAACTCTGACGACAAGAGAAGAGCGCCTAGCTCGGATATTGCAATCGCTG
GAAAAGCACGACAAGCGGCACTACTCGTATATTGCCGCTCAAGCTGAGGC
TGAGACTGGAAATGAACAAGCAAATCGTGTCCCTCCATTATTTGAGGAAC
TGCATGAGCTACGAGTATATAGACCTGACACCTGGGACTTGATCAAGAGC
CATAAACTTGCAAAAGGCGAAGTTGGTCTAGCCATAGCCAACATGACCGT
AGATGTCTACAAGCAACGATTAGCAAAGGATGGGGAGATCCACAGCAGCA
AAAAGGACGACGACGGGAACGAGTCACCATTCGCCGCCTCGCTCAAGATG
CGACCAAAGAATGTACTCGCTGTTGGCACTGGAAATTTAAACGGTGAAGA
TGCGGGAAGCCGAGGACGACTTCTTCTTTTCGAAATCTCGAGACAGGAGG
GTTATACAAAAAGTGGGAGCTTTACATCATTTCAGTTACAACTTATCGCG
GAGAAAGATCTACCGGCTCCTGTAACTGCCGTGGCTGCAATGGAGGGGTA
TGTCATCGCAGGTGTTGGACCGCAAATAAGTGTGTACAAACTTGTTGGGG
ATGAGCTTGTACATCTTTCTTTTGCTTTCGGCCAGCTCTATTGTACTTCA
ATCGCGTCTTTGAAACAGTATGTTGTTGCCGCAGACATGTGTAAGTCTGT
TTCATTCATGTATTTTCGGAACAGGAACAATTCCGTCAATTTTCTTGGAA
AGGACTATGAACATGTTAGGTCTTACGCAACAGAATTTCTTATCGAGAAT
GAGCATATGAGCATCATTGTAAGCGATGGAAGTGGAAACTTTCAGCTGAT
GAACTATGCAAACGCATCTAATCCGCAATCCAGGGGGGGGAAACGCTTGC
TTGTTAACGGCGGTATTTATTTCGGGTCGCGAGTGAATAAGTTTGTCAGG
TTTCGAGAGCCCGATCCTAAGAACAGTGTAGAAGGCGGATTCTCTGCCTT
TAGAGCAGGAAAACATTCACTTCTGTTTTCAACCCTGGATGGAGGTATCG
GGGGTCTAATAGCGGTTACTGAAGCAGAGTACAGAAGCCTCAACAAAATA
TGGTCTTACATGGTGAATGAAGCGGATGTGCAGAGGATAGTTGGAATACA
TCCAGTTGAACAATGTGAGTTCCGAGCAGAGCGCGCTTCAACTGTACTCC
TGGATCAGAGGCTTCTCGATAGCAGGGCCGTGTTCGACTTTTTCTCCATG
TCATTAACTGAAATGAGTCTGATAGCAAAGAAAGTTGATGTTAAGTTGGA
TACGCTGCAAGAGATCTTGTTGGAAATGGACAGTCTTTTGTCAAGGTTCT
AA

protein sequence of Gchil3000.t1

>Gchil3000.t1 ID=Gchil3000.t1|Name=Gchil3000.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=polypeptide|length=1934bp
MFGVAREFQAPLGVTHAVRGYFGPSTTLSTVFARKSSIDLYVVRANAHVA
RLQLVQSTALGANVVSMCVLGRASANDLLVLGFDRMRVAVLAWHHDTRSW
VTAQLIDHSTLLGSPLCSPSSIMRSQDPRDQGRPILRGFVGTDSQPLINA
DPSGRCLGVLAKCQNALYIVPINAEDDAYSLPERVVDPADVFLIDLPADY
EASNIKDFVFLHGSFEPNAVILYEPKRTWAGRAAIQRNTSQILNISIDLQ
SKRTSKTWTVDQLPYDSSRLEAIPESAGGGILLLSTSVILQLRHGACVAG
LSLNCFGDSYATEVKSKFETIKESDTLVECDGAHCRFLDFEESPSDLSSP
SSQSVALLSLKGGELYFLNIAVASRNSIVMKRAGSTVIASEIVPINHRFF
ILASRLSDSLLVEYQQSAQDTEVGVEITGGDIPSLTPEISALEGKKDTNK
RKKRKRSAQDDAEYEMIYGVKPPQDSSDEESDGGADNDEHALNLDQKDEG
TRGVYDDEDELGWVFNSGTDEASSKRSYGSGKWALKVKDTLPCFGPGSDL
AIGLSPDDDTGARLDMVVAGGYAKNGCLAVVHQSVRPTFTASFEVPGCNG
VWALRDPTGVTREREEIRKRNELISKRNMEIRLRNAKQISKRSIYIEQAI
TAVRDKGKIKMSESDVGNANRLSSIDSTEIKADVEDSEDLKERLGAGKVD
SVSKRKDKDVVHESQPASPMKAPNSEIETINSHSGFAQAEHVEDGAAEHL
SEEEEIKINAEAENAYSPSEFGQSLRHQSAMASNEGSDLPRDGESDQKPQ
NGLPSESQDHRATENDEHESTAKRRRTEVSGTQEDTESQEDLVSAEDMQR
VEDEAEIEFPLEDELSLEETIPNDPALHSFILMTTNSNTMILRSGAELEE
VNPDSVGFVGSESTVAAGNVIDSYAIVQVSPKKVRVLSDGSVLCEFDMSS
LNQIIRRAQICDPLVIVESLSGQIYVFAISAQECGDENSETEDGDNDVDD
DEFDEYGMIIPSRNEERKNKRSLADSNLAMKYKNFSISIDFTSEEHQSTS
AAGSILAASLYTGSIASEIAKDGVLEHISESEAHGGTSFSTQERESDALE
VESAKASKDHDVPGKNEAEIEIDDEDRLLYGGNDDEEDKLLYGTVEEEKS
IQVDKDAKNTKTATRVEGGTPAIGAERIASDGENMRVPEKGTVPMPDQTS
SDSCHNFLLILVKSDGSLAILSRELQYAVVLECPFFFAAPTFVADVGDVS
KSTGYEKFPVASEELKIDGCTMSDLPCSALLRSLSIPVLIATSRNGMPLM
YRVLMAARSNLRPSSRSRLALERIVHRDRTTYLLSRSLKHARRVGLSERG
LPAEPPQITSFRNIAGRAGLFVGGKVPFFVFAERGYPRVHPLTQTPREVG
SISRDDLELGQSVSAFVEFHNVMCPRGFLCVYNDGECRIGELPPLNVVNY
DAPTPMRKISLRCTPHKVSYHSGSATYGILASMPTLTTREERLARILQSL
EKHDKRHYSYIAAQAEAETGNEQANRVPPLFEELHELRVYRPDTWDLIKS
HKLAKGEVGLAIANMTVDVYKQRLAKDGEIHSSKKDDDGNESPFAASLKM
RPKNVLAVGTGNLNGEDAGSRGRLLLFEISRQEGYTKSGSFTSFQLQLIA
EKDLPAPVTAVAAMEGYVIAGVGPQISVYKLVGDELVHLSFAFGQLYCTS
IASLKQYVVAADMCKSVSFMYFRNRNNSVNFLGKDYEHVRSYATEFLIEN
EHMSIIVSDGSGNFQLMNYANASNPQSRGGKRLLVNGGIYFGSRVNKFVR
FREPDPKNSVEGGFSAFRAGKHSLLFSTLDGGIGGLIAVTEAEYRSLNKI
WSYMVNEADVQRIVGIHPVEQCEFRAERASTVLLDQRLLDSRAVFDFFSM
SLTEMSLIAKKVDVKLDTLQEILLEMDSLLSRF*

mRNA from alignment at tig00000106_pilon:891440..897241+

Legend: start_codonpolypeptideCDSexonstop_codon

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

>Gchil3000.t1 ID=Gchil3000.t1|Name=Gchil3000.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=mRNA|length=5802bp|location=Sequence derived from alignment at tig00000106_pilon:891440..897241+ (Gracilaria chilensis NLEC103_M9 male)
ATGTTCGGCGTAGCGCGAGAGTTCCAAGCACCGCTCGGTGTAACTCATGC
CGTGCGCGGTTACTTTGGACCAAGCACAACTCTTTCCACCGTCTTCGCGC
GGAAGAGTAGCATAGACCTCTACGTGGTCCGAGCAAATGCTCATGTGGCT
CGCCTACAACTCGTGCAGTCAACTGCGCTTGGCGCGAATGTTGTGAGTAT
GTGCGTATTAGGTCGTGCTTCTGCTAATGACCTTCTTGTTTTGGGATTTG
ATCGAATGCGAGTGGCAGTCCTCGCATGGCATCACGATACTCGGAGCTGG
GTCACTGCTCAACTGATAGATCATTCAACCTTGCTTGGTTCTCCTCTTTG
TTCCCCATCATCTATAATGCGCAGTCAAGACCCTCGCGATCAAGGACGGC
CCATATTGCGCGGATTCGTTGGCACAGATAGCCAGCCGTTAATCAACGCA
GACCCATCAGGTAGATGTCTGGGAGTTCTAGCCAAATGTCAAAATGCACT
GTACATCGTACCTATCAATGCGGAAGATGACGCTTACTCCTTACCGGAAA
GAGTTGTTGATCCTGCAGACGTGTTTCTCATCGATCTGCCTGCGGACTAC
GAAGCCTCGAATATCAAAGACTTCGTATTTCTTCACGGCTCATTTGAGCC
GAATGCTGTTATTCTATACGAACCGAAACGAACATGGGCGGGGAGAGCTG
CTATTCAGAGAAACACTTCTCAAATTCTCAACATCTCAATAGACCTTCAA
TCAAAGAGGACATCGAAAACTTGGACTGTTGACCAGCTACCCTATGACAG
CAGTCGACTTGAAGCGATTCCGGAATCTGCTGGTGGTGGTATTCTCTTGC
TTTCTACCAGCGTAATCTTGCAGCTTCGTCATGGCGCTTGTGTCGCAGGA
CTCTCCCTCAATTGTTTCGGCGACTCCTACGCAACAGAAGTTAAGAGCAA
GTTTGAAACCATCAAAGAATCAGACACTCTCGTTGAATGTGATGGCGCAC
ATTGCCGATTTCTAGACTTTGAAGAAAGTCCGAGTGATCTTTCCTCCCCC
TCTTCGCAAAGTGTCGCACTGCTGTCATTAAAGGGAGGAGAGCTCTACTT
TTTAAATATAGCTGTCGCTTCCAGAAACTCTATAGTCATGAAACGAGCCG
GGAGTACCGTCATTGCCTCTGAAATTGTTCCGATCAACCATCGATTCTTT
ATCCTTGCGTCTCGGCTGAGCGATTCATTACTTGTCGAGTATCAGCAATC
TGCTCAAGATACGGAGGTTGGTGTTGAAATCACAGGCGGTGATATCCCTT
CTTTGACACCGGAGATCTCGGCCCTAGAAGGAAAAAAAGATACAAATAAG
CGCAAGAAACGAAAGCGCTCTGCACAAGATGACGCTGAATACGAGATGAT
ATACGGTGTCAAACCTCCTCAGGACTCTTCAGACGAAGAATCTGATGGTG
GAGCTGACAACGATGAACATGCATTAAACCTAGACCAAAAAGACGAAGGG
ACACGAGGTGTATACGACGATGAAGACGAACTTGGCTGGGTATTCAATTC
TGGCACGGATGAAGCATCCTCAAAACGGAGTTATGGCTCTGGAAAATGGG
CTTTGAAAGTGAAAGACACTTTACCATGTTTTGGACCGGGTTCAGATCTA
GCCATAGGTCTGTCACCAGATGACGATACAGGTGCAAGACTTGACATGGT
TGTTGCTGGCGGCTACGCAAAGAATGGATGCCTCGCCGTAGTTCACCAAT
CCGTCCGCCCTACGTTCACAGCGAGCTTCGAAGTGCCTGGTTGCAATGGT
GTATGGGCTTTGAGAGATCCGACCGGCGTGACTCGCGAAAGAGAAGAAAT
CCGAAAAAGAAATGAGCTAATAAGTAAGAGAAACATGGAGATAAGGCTCA
GGAACGCAAAACAAATCTCAAAAAGAAGTATATATATCGAGCAAGCTATT
ACTGCTGTTAGAGACAAAGGGAAAATTAAAATGTCTGAATCTGATGTTGG
GAATGCAAATCGATTGAGCTCTATCGATTCTACAGAAATCAAAGCTGATG
TCGAAGATTCAGAAGATCTAAAAGAACGATTAGGAGCGGGCAAGGTTGAT
TCTGTTTCGAAAAGAAAAGACAAAGATGTCGTGCATGAATCGCAACCTGC
TAGTCCTATGAAAGCTCCCAACAGCGAAATTGAAACAATTAATTCTCATT
CGGGATTCGCACAGGCCGAACATGTTGAGGATGGAGCAGCCGAACATCTA
TCAGAAGAAGAAGAAATAAAAATAAATGCGGAAGCTGAGAACGCGTATTC
CCCATCTGAATTTGGCCAAAGCCTTAGGCATCAAAGCGCTATGGCTTCGA
ATGAAGGATCTGATCTGCCTCGTGATGGGGAGTCTGACCAGAAACCACAG
AATGGTCTACCCAGCGAAAGCCAAGATCATCGCGCAACAGAGAACGATGA
ACATGAATCCACCGCCAAGCGACGGAGAACGGAGGTGTCTGGAACACAAG
AAGACACTGAATCTCAGGAAGACCTCGTTTCAGCCGAGGATATGCAGCGG
GTTGAAGATGAAGCGGAGATCGAGTTTCCTCTCGAAGACGAGTTGAGCCT
AGAAGAGACCATTCCAAATGATCCCGCACTGCATTCATTCATTCTTATGA
CCACAAATTCAAACACCATGATCTTGAGATCCGGAGCAGAACTCGAGGAA
GTCAACCCCGATTCTGTTGGCTTTGTAGGTTCCGAAAGTACTGTTGCTGC
TGGAAATGTGATTGACTCGTACGCTATTGTACAGGTGAGCCCGAAAAAAG
TAAGGGTCTTAAGTGATGGAAGTGTTCTTTGCGAGTTTGATATGTCCAGT
TTAAATCAGATTATTAGGAGAGCGCAGATATGTGATCCCTTGGTTATAGT
TGAGTCTTTGAGCGGACAAATCTATGTATTTGCAATTTCAGCTCAGGAGT
GCGGAGATGAGAACAGCGAAACGgaagacggtgacaatgacgttgacgac
gatgaATTCGACGAGTACGGTATGATTATACCTTCaagaaatgaagaaag
aaagaataagagaaGTTTGGCCGATAGCAACTTAGCGATGAAATACAAGA
ACTTCTCTATATCAATTGATTTCACAAGCGAAGAACATCAAAGTACTTCA
GCAGCAGGCTCAATTCTTGCCGCATCTCTATATACAGGATCTATAGCTTC
TGAAATAGCCAAGGATGGTGTCTTGGAACATATTTCGGAATCAGAAGCAC
ACGGTGGGACATCCTTCTCAACCCAAGAAAGAGAATCTGATGCCCTCGAA
GTTGAGAGTGCGAAGGCTTCTAAAGATCATGATGTTCCGGGGAAAAATGA
AGCGGAAATTGAAATTGATGACGAAGATCGATTGCTCTACGGAGGAAATG
ATGACGAAGAGGATAAGCTTTTATATGGGACTGTTGAAGAGGAGAAAAGT
ATCCAAGTTGATAAAGATGCGAAAAATACTAAAACTGCGACTCGAGTAGA
AGGAGGCACACCTGCCATTGGTGCAGAAAGGATTGCTAGTGATGGGGAGA
ATATGAGAGTTCCCGAGAAAGGCACCGTTCCTATGCCCGACCAGACGTCA
TCTGACTCTTGCCATAATTTCCTATTGATTCTCGTCAAAAGTGACGGAAG
TTTGGCGATTTTATCTCGGGAGTTGCAGTATGCCGTAGTTTTGGAGTGTC
CATTCTTCTTTGCAGCGCCGACCTTCGTCGCGGATGTCGGCGATGTTTCG
AAATCCACGGGTTATGAAAAGTTTCCTGTCGCCTCTGAAGAGCTCAAGAT
CGATGGATGTACAATGTCGGACCTCCCATGCTCTGCTCTTCTTCGGAGTT
TATCAATTCCGGTGCTAATAGCTACCTCCCGGAACGGTATGCCCCTCATG
TACAGGGTGCTAATGGCCGCTAGATCTAATTTGCGACCATCATCACGATC
TAGATTGGCCCTGGAACGAATTGTTCACAGGGACAGAACAACATACTTGT
TGTCTCGATCATTGAAGCACGCGAGGAGAGTAGGTCTTTCCGAGAGAGGA
CTGCCAGCAGAACCGCCTCAAATAACATCTTTCCGGAACATCGCGGGGCG
GGCTGGACTATTTGTAGGGGGTAAAGTTCCCTTTTTCGTCTTTGCCGAAC
GTGGTTATCCAAGAGTGCACCCTCTAACTCAAACACCGAGAGAAGTTGGT
AGTATTTCTCGAGATGACCTTGAACTTGGTCAATCTGTATCTGCCTTCGT
GGAATTTCACAACGTCATGTGCCCGAGAGGGTTTCTATGCGTTTATAATG
ACGGTGAATGCAGAATTGGAGAGCTTCCGCCTCTCAATGTTGTGAATTAT
GATGCACCGACTCCGATGCGCAAAATATCTTTGCGTTGTACGCCCCACAA
GGTCTCTTACCACTCAGGTTCAGCTACGTATGGTATATTAGCATCTATGC
CAACTCTGACGACAAGAGAAGAGCGCCTAGCTCGGATATTGCAATCGCTG
GAAAAGCACGACAAGCGGCACTACTCGTATATTGCCGCTCAAGCTGAGGC
TGAGACTGGAAATGAACAAGCAAATCGTGTCCCTCCATTATTTGAGGAAC
TGCATGAGCTACGAGTATATAGACCTGACACCTGGGACTTGATCAAGAGC
CATAAACTTGCAAAAGGCGAAGTTGGTCTAGCCATAGCCAACATGACCGT
AGATGTCTACAAGCAACGATTAGCAAAGGATGGGGAGATCCACAGCAGCA
AAAAGGACGACGACGGGAACGAGTCACCATTCGCCGCCTCGCTCAAGATG
CGACCAAAGAATGTACTCGCTGTTGGCACTGGAAATTTAAACGGTGAAGA
TGCGGGAAGCCGAGGACGACTTCTTCTTTTCGAAATCTCGAGACAGGAGG
GTTATACAAAAAGTGGGAGCTTTACATCATTTCAGTTACAACTTATCGCG
GAGAAAGATCTACCGGCTCCTGTAACTGCCGTGGCTGCAATGGAGGGGTA
TGTCATCGCAGGTGTTGGACCGCAAATAAGTGTGTACAAACTTGTTGGGG
ATGAGCTTGTACATCTTTCTTTTGCTTTCGGCCAGCTCTATTGTACTTCA
ATCGCGTCTTTGAAACAGTATGTTGTTGCCGCAGACATGTGTAAGTCTGT
TTCATTCATGTATTTTCGGAACAGGAACAATTCCGTCAATTTTCTTGGAA
AGGACTATGAACATGTTAGGTCTTACGCAACAGAATTTCTTATCGAGAAT
GAGCATATGAGCATCATTGTAAGCGATGGAAGTGGAAACTTTCAGCTGAT
GAACTATGCAAACGCATCTAATCCGCAATCCAGGGGGGGGAAACGCTTGC
TTGTTAACGGCGGTATTTATTTCGGGTCGCGAGTGAATAAGTTTGTCAGG
TTTCGAGAGCCCGATCCTAAGAACAGTGTAGAAGGCGGATTCTCTGCCTT
TAGAGCAGGAAAACATTCACTTCTGTTTTCAACCCTGGATGGAGGTATCG
GGGGTCTAATAGCGGTTACTGAAGCAGAGTACAGAAGCCTCAACAAAATA
TGGTCTTACATGGTGAATGAAGCGGATGTGCAGAGGATAGTTGGAATACA
TCCAGTTGAACAATGTGAGTTCCGAGCAGAGCGCGCTTCAACTGTACTCC
TGGATCAGAGGCTTCTCGATAGCAGGGCCGTGTTCGACTTTTTCTCCATG
TCATTAACTGAAATGAGTCTGATAGCAAAGAAAGTTGATGTTAAGTTGGA
TACGCTGCAAGAGATCTTGTTGGAAATGGACAGTCTTTTGTCAAGGTTCT
AA

Coding sequence (CDS) from alignment at tig00000106_pilon:891440..897241+

>Gchil3000.t1 ID=Gchil3000.t1|Name=Gchil3000.t1|organism=Gracilaria chilensis NLEC103_M9 male|type=CDS|length=5802bp|location=Sequence derived from alignment at tig00000106_pilon:891440..897241+ (Gracilaria chilensis NLEC103_M9 male)
ATGTTCGGCGTAGCGCGAGAGTTCCAAGCACCGCTCGGTGTAACTCATGC
CGTGCGCGGTTACTTTGGACCAAGCACAACTCTTTCCACCGTCTTCGCGC
GGAAGAGTAGCATAGACCTCTACGTGGTCCGAGCAAATGCTCATGTGGCT
CGCCTACAACTCGTGCAGTCAACTGCGCTTGGCGCGAATGTTGTGAGTAT
GTGCGTATTAGGTCGTGCTTCTGCTAATGACCTTCTTGTTTTGGGATTTG
ATCGAATGCGAGTGGCAGTCCTCGCATGGCATCACGATACTCGGAGCTGG
GTCACTGCTCAACTGATAGATCATTCAACCTTGCTTGGTTCTCCTCTTTG
TTCCCCATCATCTATAATGCGCAGTCAAGACCCTCGCGATCAAGGACGGC
CCATATTGCGCGGATTCGTTGGCACAGATAGCCAGCCGTTAATCAACGCA
GACCCATCAGGTAGATGTCTGGGAGTTCTAGCCAAATGTCAAAATGCACT
GTACATCGTACCTATCAATGCGGAAGATGACGCTTACTCCTTACCGGAAA
GAGTTGTTGATCCTGCAGACGTGTTTCTCATCGATCTGCCTGCGGACTAC
GAAGCCTCGAATATCAAAGACTTCGTATTTCTTCACGGCTCATTTGAGCC
GAATGCTGTTATTCTATACGAACCGAAACGAACATGGGCGGGGAGAGCTG
CTATTCAGAGAAACACTTCTCAAATTCTCAACATCTCAATAGACCTTCAA
TCAAAGAGGACATCGAAAACTTGGACTGTTGACCAGCTACCCTATGACAG
CAGTCGACTTGAAGCGATTCCGGAATCTGCTGGTGGTGGTATTCTCTTGC
TTTCTACCAGCGTAATCTTGCAGCTTCGTCATGGCGCTTGTGTCGCAGGA
CTCTCCCTCAATTGTTTCGGCGACTCCTACGCAACAGAAGTTAAGAGCAA
GTTTGAAACCATCAAAGAATCAGACACTCTCGTTGAATGTGATGGCGCAC
ATTGCCGATTTCTAGACTTTGAAGAAAGTCCGAGTGATCTTTCCTCCCCC
TCTTCGCAAAGTGTCGCACTGCTGTCATTAAAGGGAGGAGAGCTCTACTT
TTTAAATATAGCTGTCGCTTCCAGAAACTCTATAGTCATGAAACGAGCCG
GGAGTACCGTCATTGCCTCTGAAATTGTTCCGATCAACCATCGATTCTTT
ATCCTTGCGTCTCGGCTGAGCGATTCATTACTTGTCGAGTATCAGCAATC
TGCTCAAGATACGGAGGTTGGTGTTGAAATCACAGGCGGTGATATCCCTT
CTTTGACACCGGAGATCTCGGCCCTAGAAGGAAAAAAAGATACAAATAAG
CGCAAGAAACGAAAGCGCTCTGCACAAGATGACGCTGAATACGAGATGAT
ATACGGTGTCAAACCTCCTCAGGACTCTTCAGACGAAGAATCTGATGGTG
GAGCTGACAACGATGAACATGCATTAAACCTAGACCAAAAAGACGAAGGG
ACACGAGGTGTATACGACGATGAAGACGAACTTGGCTGGGTATTCAATTC
TGGCACGGATGAAGCATCCTCAAAACGGAGTTATGGCTCTGGAAAATGGG
CTTTGAAAGTGAAAGACACTTTACCATGTTTTGGACCGGGTTCAGATCTA
GCCATAGGTCTGTCACCAGATGACGATACAGGTGCAAGACTTGACATGGT
TGTTGCTGGCGGCTACGCAAAGAATGGATGCCTCGCCGTAGTTCACCAAT
CCGTCCGCCCTACGTTCACAGCGAGCTTCGAAGTGCCTGGTTGCAATGGT
GTATGGGCTTTGAGAGATCCGACCGGCGTGACTCGCGAAAGAGAAGAAAT
CCGAAAAAGAAATGAGCTAATAAGTAAGAGAAACATGGAGATAAGGCTCA
GGAACGCAAAACAAATCTCAAAAAGAAGTATATATATCGAGCAAGCTATT
ACTGCTGTTAGAGACAAAGGGAAAATTAAAATGTCTGAATCTGATGTTGG
GAATGCAAATCGATTGAGCTCTATCGATTCTACAGAAATCAAAGCTGATG
TCGAAGATTCAGAAGATCTAAAAGAACGATTAGGAGCGGGCAAGGTTGAT
TCTGTTTCGAAAAGAAAAGACAAAGATGTCGTGCATGAATCGCAACCTGC
TAGTCCTATGAAAGCTCCCAACAGCGAAATTGAAACAATTAATTCTCATT
CGGGATTCGCACAGGCCGAACATGTTGAGGATGGAGCAGCCGAACATCTA
TCAGAAGAAGAAGAAATAAAAATAAATGCGGAAGCTGAGAACGCGTATTC
CCCATCTGAATTTGGCCAAAGCCTTAGGCATCAAAGCGCTATGGCTTCGA
ATGAAGGATCTGATCTGCCTCGTGATGGGGAGTCTGACCAGAAACCACAG
AATGGTCTACCCAGCGAAAGCCAAGATCATCGCGCAACAGAGAACGATGA
ACATGAATCCACCGCCAAGCGACGGAGAACGGAGGTGTCTGGAACACAAG
AAGACACTGAATCTCAGGAAGACCTCGTTTCAGCCGAGGATATGCAGCGG
GTTGAAGATGAAGCGGAGATCGAGTTTCCTCTCGAAGACGAGTTGAGCCT
AGAAGAGACCATTCCAAATGATCCCGCACTGCATTCATTCATTCTTATGA
CCACAAATTCAAACACCATGATCTTGAGATCCGGAGCAGAACTCGAGGAA
GTCAACCCCGATTCTGTTGGCTTTGTAGGTTCCGAAAGTACTGTTGCTGC
TGGAAATGTGATTGACTCGTACGCTATTGTACAGGTGAGCCCGAAAAAAG
TAAGGGTCTTAAGTGATGGAAGTGTTCTTTGCGAGTTTGATATGTCCAGT
TTAAATCAGATTATTAGGAGAGCGCAGATATGTGATCCCTTGGTTATAGT
TGAGTCTTTGAGCGGACAAATCTATGTATTTGCAATTTCAGCTCAGGAGT
GCGGAGATGAGAACAGCGAAACGgaagacggtgacaatgacgttgacgac
gatgaATTCGACGAGTACGGTATGATTATACCTTCaagaaatgaagaaag
aaagaataagagaaGTTTGGCCGATAGCAACTTAGCGATGAAATACAAGA
ACTTCTCTATATCAATTGATTTCACAAGCGAAGAACATCAAAGTACTTCA
GCAGCAGGCTCAATTCTTGCCGCATCTCTATATACAGGATCTATAGCTTC
TGAAATAGCCAAGGATGGTGTCTTGGAACATATTTCGGAATCAGAAGCAC
ACGGTGGGACATCCTTCTCAACCCAAGAAAGAGAATCTGATGCCCTCGAA
GTTGAGAGTGCGAAGGCTTCTAAAGATCATGATGTTCCGGGGAAAAATGA
AGCGGAAATTGAAATTGATGACGAAGATCGATTGCTCTACGGAGGAAATG
ATGACGAAGAGGATAAGCTTTTATATGGGACTGTTGAAGAGGAGAAAAGT
ATCCAAGTTGATAAAGATGCGAAAAATACTAAAACTGCGACTCGAGTAGA
AGGAGGCACACCTGCCATTGGTGCAGAAAGGATTGCTAGTGATGGGGAGA
ATATGAGAGTTCCCGAGAAAGGCACCGTTCCTATGCCCGACCAGACGTCA
TCTGACTCTTGCCATAATTTCCTATTGATTCTCGTCAAAAGTGACGGAAG
TTTGGCGATTTTATCTCGGGAGTTGCAGTATGCCGTAGTTTTGGAGTGTC
CATTCTTCTTTGCAGCGCCGACCTTCGTCGCGGATGTCGGCGATGTTTCG
AAATCCACGGGTTATGAAAAGTTTCCTGTCGCCTCTGAAGAGCTCAAGAT
CGATGGATGTACAATGTCGGACCTCCCATGCTCTGCTCTTCTTCGGAGTT
TATCAATTCCGGTGCTAATAGCTACCTCCCGGAACGGTATGCCCCTCATG
TACAGGGTGCTAATGGCCGCTAGATCTAATTTGCGACCATCATCACGATC
TAGATTGGCCCTGGAACGAATTGTTCACAGGGACAGAACAACATACTTGT
TGTCTCGATCATTGAAGCACGCGAGGAGAGTAGGTCTTTCCGAGAGAGGA
CTGCCAGCAGAACCGCCTCAAATAACATCTTTCCGGAACATCGCGGGGCG
GGCTGGACTATTTGTAGGGGGTAAAGTTCCCTTTTTCGTCTTTGCCGAAC
GTGGTTATCCAAGAGTGCACCCTCTAACTCAAACACCGAGAGAAGTTGGT
AGTATTTCTCGAGATGACCTTGAACTTGGTCAATCTGTATCTGCCTTCGT
GGAATTTCACAACGTCATGTGCCCGAGAGGGTTTCTATGCGTTTATAATG
ACGGTGAATGCAGAATTGGAGAGCTTCCGCCTCTCAATGTTGTGAATTAT
GATGCACCGACTCCGATGCGCAAAATATCTTTGCGTTGTACGCCCCACAA
GGTCTCTTACCACTCAGGTTCAGCTACGTATGGTATATTAGCATCTATGC
CAACTCTGACGACAAGAGAAGAGCGCCTAGCTCGGATATTGCAATCGCTG
GAAAAGCACGACAAGCGGCACTACTCGTATATTGCCGCTCAAGCTGAGGC
TGAGACTGGAAATGAACAAGCAAATCGTGTCCCTCCATTATTTGAGGAAC
TGCATGAGCTACGAGTATATAGACCTGACACCTGGGACTTGATCAAGAGC
CATAAACTTGCAAAAGGCGAAGTTGGTCTAGCCATAGCCAACATGACCGT
AGATGTCTACAAGCAACGATTAGCAAAGGATGGGGAGATCCACAGCAGCA
AAAAGGACGACGACGGGAACGAGTCACCATTCGCCGCCTCGCTCAAGATG
CGACCAAAGAATGTACTCGCTGTTGGCACTGGAAATTTAAACGGTGAAGA
TGCGGGAAGCCGAGGACGACTTCTTCTTTTCGAAATCTCGAGACAGGAGG
GTTATACAAAAAGTGGGAGCTTTACATCATTTCAGTTACAACTTATCGCG
GAGAAAGATCTACCGGCTCCTGTAACTGCCGTGGCTGCAATGGAGGGGTA
TGTCATCGCAGGTGTTGGACCGCAAATAAGTGTGTACAAACTTGTTGGGG
ATGAGCTTGTACATCTTTCTTTTGCTTTCGGCCAGCTCTATTGTACTTCA
ATCGCGTCTTTGAAACAGTATGTTGTTGCCGCAGACATGTGTAAGTCTGT
TTCATTCATGTATTTTCGGAACAGGAACAATTCCGTCAATTTTCTTGGAA
AGGACTATGAACATGTTAGGTCTTACGCAACAGAATTTCTTATCGAGAAT
GAGCATATGAGCATCATTGTAAGCGATGGAAGTGGAAACTTTCAGCTGAT
GAACTATGCAAACGCATCTAATCCGCAATCCAGGGGGGGGAAACGCTTGC
TTGTTAACGGCGGTATTTATTTCGGGTCGCGAGTGAATAAGTTTGTCAGG
TTTCGAGAGCCCGATCCTAAGAACAGTGTAGAAGGCGGATTCTCTGCCTT
TAGAGCAGGAAAACATTCACTTCTGTTTTCAACCCTGGATGGAGGTATCG
GGGGTCTAATAGCGGTTACTGAAGCAGAGTACAGAAGCCTCAACAAAATA
TGGTCTTACATGGTGAATGAAGCGGATGTGCAGAGGATAGTTGGAATACA
TCCAGTTGAACAATGTGAGTTCCGAGCAGAGCGCGCTTCAACTGTACTCC
TGGATCAGAGGCTTCTCGATAGCAGGGCCGTGTTCGACTTTTTCTCCATG
TCATTAACTGAAATGAGTCTGATAGCAAAGAAAGTTGATGTTAAGTTGGA
TACGCTGCAAGAGATCTTGTTGGAAATGGACAGTCTTTTGTCAAGGTTCT
AA