Gcaud2719.t1 (mRNA) Gracilaria caudata M_176_S67 male

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

Overview


Name	Gcaud2719.t1
Unique Name	Gcaud2719.t1
Type	mRNA
Organism	Gracilaria caudata M_176_S67 male (Gracilaria caudata M_176_S67 male)
Sequence length	1687

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NODE_409_length_26400_cov_4.606408	contig	NODE_409_length_26400_cov_4.606408:4569..10832 +

Analyses

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


Analysis Name	Date Performed
Gracilaria caudata M_176_S67 male OGS1.0	2022-05-09

Properties


Property Name	Value
Seed ortholog	130081.XP_005707455.1
PFAMs	DnaJ,DnaJ_C,DnaJ_CXXCXGXG,MFS_1
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K02575,ko:K09503,ko:K09517
KEGG TC	2.A.1.8
KEGG Pathway	ko00910,ko04141,map00910,map04141
KEGG Module	M00615
Evalue	3.11e-84
EggNOG OGs	COG0484@1\|root,KOG0713@2759\|Eukaryota
Description	protein folding
COG category	O
BRITE	ko00000,ko00001,ko00002,ko02000,ko03029,ko03110

Relationships

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719	Gcaud2719	Gracilaria caudata M_176_S67 male	gene	NODE_409_length_26400_cov_4.606408 4569..10832 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1	Gcaud2719.t1	Gracilaria caudata M_176_S67 male	polypeptide	NODE_409_length_26400_cov_4.606408 4569..10832 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1.start1	Gcaud2719.t1.start1	Gracilaria caudata M_176_S67 male	start_codon	NODE_409_length_26400_cov_4.606408 4569..4571 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1.CDS1	Gcaud2719.t1.CDS1	Gracilaria caudata M_176_S67 male	CDS	NODE_409_length_26400_cov_4.606408 4569..8488 +
Gcaud2719.t1.CDS2	Gcaud2719.t1.CDS2	Gracilaria caudata M_176_S67 male	CDS	NODE_409_length_26400_cov_4.606408 9528..9538 +
Gcaud2719.t1.CDS3	Gcaud2719.t1.CDS3	Gracilaria caudata M_176_S67 male	CDS	NODE_409_length_26400_cov_4.606408 9644..9772 +
Gcaud2719.t1.CDS4	Gcaud2719.t1.CDS4	Gracilaria caudata M_176_S67 male	CDS	NODE_409_length_26400_cov_4.606408 9832..10832 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1.exon1	Gcaud2719.t1.exon1	Gracilaria caudata M_176_S67 male	exon	NODE_409_length_26400_cov_4.606408 4569..8488 +
Gcaud2719.t1.exon2	Gcaud2719.t1.exon2	Gracilaria caudata M_176_S67 male	exon	NODE_409_length_26400_cov_4.606408 9528..9538 +
Gcaud2719.t1.exon3	Gcaud2719.t1.exon3	Gracilaria caudata M_176_S67 male	exon	NODE_409_length_26400_cov_4.606408 9644..9772 +
Gcaud2719.t1.exon4	Gcaud2719.t1.exon4	Gracilaria caudata M_176_S67 male	exon	NODE_409_length_26400_cov_4.606408 9832..10832 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1.intron1	Gcaud2719.t1.intron1	Gracilaria caudata M_176_S67 male	intron	NODE_409_length_26400_cov_4.606408 8489..9527 +
Gcaud2719.t1.intron2	Gcaud2719.t1.intron2	Gracilaria caudata M_176_S67 male	intron	NODE_409_length_26400_cov_4.606408 9539..9643 +
Gcaud2719.t1.intron3	Gcaud2719.t1.intron3	Gracilaria caudata M_176_S67 male	intron	NODE_409_length_26400_cov_4.606408 9773..9831 +

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


Feature Name	Unique Name	Species	Type	Position
Gcaud2719.t1.stop1	Gcaud2719.t1.stop1	Gracilaria caudata M_176_S67 male	stop_codon	NODE_409_length_26400_cov_4.606408 10830..10832 +

Sequences

The following sequences are available for this feature:

mRNA sequence
mRNA - spliced transcript sequence
protein sequence
mRNA from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+
coding sequence from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+

mRNA sequence

>Gcaud2719.t1 ID=Gcaud2719.t1|Name=Gcaud2719.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=1687bp
MEPINAPFDVLPDSLPSSAVVPKPTLLLHSPSEHEFNLAALNSLPKNAAG
LQSYSEFVKAARQSEVRGGVAKQPVDDRSKSISICGHSFRFVGVPISESE
CSYQSDVTSSSGQGAEDSHRGDGAQEQEVSAPVPAWTPTASPAKSILRRS
SVAPLQPPQPSLKPLVYDYASSASPASRRMSTVSLCASSKRASAQRRRLS
FDTGVQVRIPDEHTEDDYRQATVSARKVRSRRSSMSSRRMSSASSCRPAT
YAGFEPFGLSDAGALLCETESRKFLLVVDDVEAEETVGTQCQPLDIDVEM
DLLFEKLDEAGEEENDSVMEVEQVRSAAVLPASQHVPHRNLSCINTAAEN
AQAHVVPHSIPLISLTDLPATPGPSTAPSARRSETPSETHNTAPKTEAEA
GTSPVECRTPNASQKCSLSRERETSCEVRNSEGTRSGVSPMYISGPNERN
RATGVEDDELETGQSNSSPQQRDASPIESSDHGEFIATRDEVRADAALIT
GIDLEDADEIVVATTAHATRTRSSRAPSLASGQVLMPSPNTVGNKKIPDV
CVDSNQVLLPQVDNDLVVEIFEEPEIAESEVLASVPSQPTHQPQEPNANE
LCNDAATHADKEEVANVGAVLDKEPDTSGIDNIMCQEAANVGAVLDKEPD
TSGIDNIMCQEAANVGAVLDKEPDTSGIDNIMCQEAAEVADSVMTEQPRV
PDAKSDSSTQITAPSSVARNVGFAAQASAAISIAPISDHVKNGEECPERE
LMRMEAGNVTKSREVINPKENSIRLQTNVSQVNIEPQVTAYQLAILETLT
PNTKATLARIRGSKGPFAVQGVQVSPLNSATTHRLRRRVVSGDIRNVSKH
ERGTSITRSARDHDSNRAESEMQLEQPTRKDQCNGNERPENTRLRDETSE
RWMQVSGTHFTSEANNENTGHCTEGNEKVIVSPEPQLPEMLLRASTGPAA
VTPSEYMQPNMKLGEAEELFEEVVQLHDAELPSNVDFVGLMSPAPLAKRR
HLNENEIIDVDAEESEQSLQVVAVEKIESRADPECAQTRSGLSEMLNPVE
DIPPVRNGNKSQDQPTVSKKDSSVINSLPTMTISSPGEAYAQPSNGDDCE
DYDEIEHGDEGFEIDHVADVEQDGSHSNEEKEINNVVDPSEAHSHRSKQI
VAPASRKRPAPGDVLSSDTMDAPLRRSDRKEDDSQPHSTQSSPPPAENSS
SVTSSPVIRKRSKRLSKRKKVSNKAEISKNKKKRQWRELSHLPIDDVRID
DGPGPRRSKRQRFPRLKYWKNEVVSYERRRSQMMPTVSEVLVDVGDTDSE
EAWMPRRSVDIVLSFAARAYAGRDYYDILGVARDADSTTIKRAFRKLAVK
YHPDKNPGDKSAAKKLVELNNAYEVLSDNNKRQKYDKFGEDGINNVMGDD
DDDFDPFDGLFGGGFGGFGNRRRQREEPTVPDVVIPLTVPLETLYNGGVL
EVAHKKRVICSSWSDCEKKCSRCGGRGVIIQTKRIGPGFVQQIQTHCPVC
GGSGKIGNPKCKSCPNGQFEEVEKMLLVDVEKGMRDGHHIVFEEETDEIP
DHLTGNVRFEIDTVEHDRFVRSGNDLHYRLSVTLSEALVGVNRQVRQLDG
RLVSIKTDKVIKPGEKITIEDEGMPDYHSGNTGDMIVEFWVDFPDNLTEE
QKKAAIELHGKPPSLDETGDGTKKAGTATNDSKDEL*

spliced messenger RNA

>Gcaud2719.t1 ID=Gcaud2719.t1|Name=Gcaud2719.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=5061bp|location=Sequence derived from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+ (Gracilaria caudata M_176_S67 male)|Notes=Excludes all bases but those of type(s): exon.  
ATGGAGCCTATCAATGCTCCCTTTGACGTGCTACCTGATTCCCTTCCGTC
CTCAGCCGTGGTACCAAAGCCAACGCTGTTATTGCACTCTCCCAGCGAAC
ACGAGTTCAACTTAGCCGCGCTCAACAGCCTCCCGAAGAACGCGGCCGGA
TTGCAAAGCTACTCAGAATTTGTCAAGGCCGCTCGTCAATCGGAGGTGCG
CGGTGGTGTCGCTAAACAACCCGTCGATGATCGCTCGAAATCCATTTCTA
TATGCGGTCACTCTTTTCGATTCGTAGGGGTTCCTATTTCCGAATCCGAA
TGTTCTTATCAATCAGATGTCACCTCATCTTCTGGCCAGGGCGCCGAGGA
TTCTCATAGAGGAGACGGAGCACAAGAGCAAGAAGTTTCCGCACCTGTGC
CCGCTTGGACTCCGACAGCTAGTCCAGCCAAAAGCATACTGCGTCGCTCA
TCGGTCGCCCCATTACAACCACCCCAACCGTCTCTGAAACCGCTTGTATA
TGATTATGCGTCCTCCGCTTCCCCCGCGTCACGTAGGATGTCCACGGTTT
CGTTATGTGCATCTTCCAAGCGGGCTTCCGCGCAGCGAAGGAGGCTTTCG
TTTGATACTGGTGTACAAGTCCGGATACCGGATGAACACACAGAGGATGA
TTATAGACAAGCAACTGTTTCCGCCAGGAAGGTCCGAAGCCGACGCAGTA
GTATGTCTTCAAGGAGGATGAGCTCTGCTTCTTCATGTCGTCCTGCCACG
TATGCCGGGTTCGAGCCCTTTGGTCTCTCTGACGCCGGGGCATTGCTCTG
TGAAACAGAGAGTCGCAAGTTTCTCCTCGTTGTCGATGACGTTGAAGCCG
AGGAAACAGTCGGAACCCAATGTCAACCTTTAGATATAGATGTGGAAATG
GATCTTCTTTTTGAAAAGCTGGATGAAGCAGGAGAGGAAGAGAATGACAG
TGTTATGGAAGTGGAACAGGTGCGATCCGCAGCAGTACTGCCTGCCTCTC
AACATGTCCCACATCGTAATCTCTCTTGTATCAACACAGCTGCAGAAAAC
GCACAAGCGCATGTTGTTCCACATTCCATTCCGCTCATATCTCTCACCGA
TCTTCCCGCCACGCCAGGACCATCCACAGCTCCAAGTGCTCGTCGCAGCG
AAACACCCAGCGAAACACATAACACGGCTCCCAAGACCGAAGCAGAAGCT
GGAACATCCCCAGTCGAATGCAGGACTCCGAATGCATCACAAAAATGCTC
TCTTTCTAGAGAGAGGGAAACAAGCTGTGAAGTAAGAAACAGCGAGGGAA
CTCGGTCTGGTGTTTCTCCTATGTACATATCAGGTCCAAACGAAAGGAAT
AGAGCTACAGGTGTTGAGGACGATGAGCTTGAAACAGGACAAAGTAATTC
TTCTCCACAGCAAAGAGACGCTTCACCGATTGAGTCCTCCGATCACGGAG
AGTTCATTGCTACCAGGGATGAAGTCCGTGCTGATGCTGCACTCATCACG
GGCATTGATCTTGAGGATGCAGACGAAATTGTTGTTGCCACAACAGCACA
TGCCACCAGAACTCGTTCGTCCCGTGCGCCATCTCTCGCGTCTGGGCAAG
TCCTAATGCCTTCTCCAAACACAGTCGGTAATAAAAAGATTCCTGATGTT
TGCGTGGACAGCAATCAAGTCTTGCTCCCTCAGGTGGATAATGATCTTGT
CGTGGAGATTTTTGAAGAACCTGAGATTGCCGAATCAGAGGTCTTGGCCT
CTGTGCCCTCTCAACCTACTCATCAGCCGCAGGAACCAAATGCTAATGAG
TTATGCAACGATGCTGCCACACATGCAGACAAAGAAGAAGTAGCAAACGT
GGGGGCCGTTCTTGACAAGGAGCCAGATACGTCAGGTATAGACAACATCA
TGTGTCAGGAAGCAGCAAACGTGGGGGCCGTTCTTGACAAGGAGCCAGAT
ACATCGGGTATAGACAACATCATGTGTCAGGAAGCAGCAAACGTGGGGGC
CGTTCTTGACAAGGAGCCAGATACATCGGGTATAGACAACATCATGTGTC
AGGAAGCGGCCGAAGTTGCCGATTCTGTTATGACCGAGCAGCCAAGGGTG
CCTGACGCCAAGAGTGATTCCTCAACGCAAATAACAGCTCCCTCTTCCGT
CGCAAGGAATGTCGGATTCGCGGCACAAGCATCGGCCGCCATTTCTATCG
CTCCCATATCCGATCATGTGAAAAATGGTGAAGAATGTCCAGAGAGGGAA
TTGATGCGAATGGAGGCGGGAAATGTTACAAAATCTCGAGAAGTGATCAA
TCCGAAGGAAAACAGTATTCGTCTTCAAACTAATGTCTCCCAGGTAAACA
TCGAACCGCAGGTGACAGCGTATCAGCTTGCCATTCTTGAGACATTGACC
CCCAATACGAAGGCAACATTGGCAAGGATTCGAGGAAGCAAGGGTCCATT
TGCTGTGCAAGGGGTACAAGTGTCTCCGCTTAACAGTGCTACCACACATC
GACTGAGGAGAAGAGTTGTCTCGGGAGATATTAGGAATGTTTCAAAACAC
GAACGAGGGACATCAATAACCCGTTCAGCTAGAGATCACGATTCGAATAG
AGCAGAATCCGAAATGCAGCTTGAGCAGCCCACTAGAAAGGATCAATGCA
ACGGAAATGAACGACCGGAAAACACAAGATTAAGAGATGAAACCAGCGAA
AGGTGGATGCAAGTTTCTGGAACGCATTTCACATCAGAGGCAAATAACGA
GAATACTGGTCATTGCACTGAAGGCAATGAGAAAGTTATTGTATCCCCTG
AGCCGCAGCTACCGGAAATGCTTCTGAGAGCATCTACTGGTCCGGCCGCG
GTGACCCCAAGCGAATACATGCAGCCAAACATGAAACTGGGAGAGGCGGA
GGAGCTGTTCGAGGAAGTTGTTCAGCTGCACGACGCAGAACTTCCCTCGA
ACGTTGACTTTGTTGGGCTTATGTCCCCGGCACCACTTGCAAAGCGAAGG
CATTTGAACGAAAACGAAATCATTGACGTTGATGCGGAAGAAAGCGAGCA
GAGCTTGCAAGTTGTCGCTGTGGAAAAAATCGAAAGCCGTGCAGACCCAG
AGTGTGCCCAGACAAGAAGCGGATTATCGGAAATGCTGAACCCTGTTGAA
GATATTCCCCCCGTTAGAAATGGGAACAAAAGTCAGGACCAGCCGACTGT
GTCAAAGAAGGATTCATCTGTCATTAACAGCCTTCCAACGATGACAATTA
GTAGCCCTGGTGAAGCATATGCACAACCGTCGAATGGTGATGATTGTGAA
GACTATGATGAGATTGAACATGGTGACGAAGGTTTCGAAATTGATCATGT
TGCGGATGTTGAACAAGACGGCAGTCATAGTAATGAAGAGAAGGAGATCA
ACAATGTTGTGGACCCTAGTGAAGCACATAGCCATCGTTCGAAACAGATA
GTGGCACCCGCCTCTCGAAAGCGACCAGCCCCTGGTGATGTGTTGAGTTC
GGATACTATGGACGCTCCATTGAGGCGGAGCGATAGGAAAGAGGATGATT
CTCAGCCACACTCCACTCAATCTTCGCCTCCTCCGGCTGAAAACTCCAGT
TCCGTTACGAGTTCTCCTGTAATCCGGAAGAGATCGAAAAGGTTGAGCAA
GAGGAAAAAGGTGTCCAACAAAGCAGAGATATCGAAGAACAAGAAAAAGC
GTCAGTGGCGTGAACTATCCCATTTGCCTATTGATGATGTTCGAATAGAT
GACGGCCCAGGGCCAAGGCGAAGCAAGAGACAAAGATTTCCGAGGCTGAA
GTACTGGAAGAACGAAGTTGTGAGCTATGAGCGCCGGAGGAGTCAAATGA
TGCCTACAGTGTCCGAAGTTCTAGTTGACGTTGGAGATACAGATAGCGAG
GAAGCGTGGATGCCAAGGCGTTCAGTAGACATCGTGCTCAGCTTTGCCGC
GCGTGCTTATGCTGGAAGAGATTACTACGATATACTTGGCGTTGCACGCG
ATGCAGATTCTACCACGATAAAGCGTGCCTTCAGAAAGCTTGCAGTGAAA
TATCATCCAGACAAGAATCCTGGCGATAAATCGGCTGCAAAGAAGTTAGT
TGAGCTCAATAACGCGTACGAAGTCTTATCAGATAATAATAAGCGTCAAA
AATATGATAAGTTTGGTGAAGATGGTATTAACAATGTCATGGGAGATGAT
GATGACGATTTTGATCCATTTGACGGCTTATTCGGGGGCGGCTTTGGCGG
GTTTGGAAATAGGCGGCGCCAACGGGAAGAGCCTACGGTTCCAGACGTGG
TTATTCCATTGACGGTTCCTCTTGAGACGTTGTATAACGGCGGTGTGCTG
GAAGTGGCGCACAAAAAGAGAGTTATTTGCAGTTCATGGTCAGACTGTGA
AAAGAAATGTTCAAGGTGTGGTGGAAGGGGAGTGATTATTCAAACCAAAC
GAATTGGTCCAGGTTTCGTTCAACAGATCCAAACTCATTGCCCAGTTTGC
GGAGGTAGTGGCAAGATTGGTAATCCGAAATGCAAATCATGTCCAAATGG
TCAGTTTGAAGAAGTTGAGAAGATGCTCCTTGTGGATGTGGAGAAAGGAA
TGCGTGATGGGCACCATATCGTGTTTGAAGAGGAAACGGATGAAATCCCC
GATCATCTTACTGGGAATGTGCGCTTTGAGATTGACACTGTGGAACACGA
CCGCTTTGTCCGGTCTGGTAATGATTTGCATTATCGCTTGTCGGTGACAT
TGTCAGAAGCTCTAGTTGGCGTTAATCGGCAAGTGCGACAATTAGACGGT
CGTCTCGTTTCGATCAAGACTGACAAGGTTATAAAGCCGGGAGAGAAGAT
TACCATCGAAGACGAGGGTATGCCCGATTATCATAGCGGGAATACGGGAG
ACATGATCGTGGAATTCTGGGTAGATTTCCCTGACAACCTCACAGAAGAG
CAAAAGAAGGCTGCCATAGAGCTTCACGGCAAACCTCCATCCTTAGACGA
AACTGGGGATGGGACCAAGAAAGCTGGGACAGCGACGAACGATAGCAAGG
ATGAACTGTAG

protein sequence of Gcaud2719.t1

>Gcaud2719.t1 ID=Gcaud2719.t1|Name=Gcaud2719.t1|organism=Gracilaria caudata M_176_S67 male|type=polypeptide|length=1687bp
MEPINAPFDVLPDSLPSSAVVPKPTLLLHSPSEHEFNLAALNSLPKNAAG
LQSYSEFVKAARQSEVRGGVAKQPVDDRSKSISICGHSFRFVGVPISESE
CSYQSDVTSSSGQGAEDSHRGDGAQEQEVSAPVPAWTPTASPAKSILRRS
SVAPLQPPQPSLKPLVYDYASSASPASRRMSTVSLCASSKRASAQRRRLS
FDTGVQVRIPDEHTEDDYRQATVSARKVRSRRSSMSSRRMSSASSCRPAT
YAGFEPFGLSDAGALLCETESRKFLLVVDDVEAEETVGTQCQPLDIDVEM
DLLFEKLDEAGEEENDSVMEVEQVRSAAVLPASQHVPHRNLSCINTAAEN
AQAHVVPHSIPLISLTDLPATPGPSTAPSARRSETPSETHNTAPKTEAEA
GTSPVECRTPNASQKCSLSRERETSCEVRNSEGTRSGVSPMYISGPNERN
RATGVEDDELETGQSNSSPQQRDASPIESSDHGEFIATRDEVRADAALIT
GIDLEDADEIVVATTAHATRTRSSRAPSLASGQVLMPSPNTVGNKKIPDV
CVDSNQVLLPQVDNDLVVEIFEEPEIAESEVLASVPSQPTHQPQEPNANE
LCNDAATHADKEEVANVGAVLDKEPDTSGIDNIMCQEAANVGAVLDKEPD
TSGIDNIMCQEAANVGAVLDKEPDTSGIDNIMCQEAAEVADSVMTEQPRV
PDAKSDSSTQITAPSSVARNVGFAAQASAAISIAPISDHVKNGEECPERE
LMRMEAGNVTKSREVINPKENSIRLQTNVSQVNIEPQVTAYQLAILETLT
PNTKATLARIRGSKGPFAVQGVQVSPLNSATTHRLRRRVVSGDIRNVSKH
ERGTSITRSARDHDSNRAESEMQLEQPTRKDQCNGNERPENTRLRDETSE
RWMQVSGTHFTSEANNENTGHCTEGNEKVIVSPEPQLPEMLLRASTGPAA
VTPSEYMQPNMKLGEAEELFEEVVQLHDAELPSNVDFVGLMSPAPLAKRR
HLNENEIIDVDAEESEQSLQVVAVEKIESRADPECAQTRSGLSEMLNPVE
DIPPVRNGNKSQDQPTVSKKDSSVINSLPTMTISSPGEAYAQPSNGDDCE
DYDEIEHGDEGFEIDHVADVEQDGSHSNEEKEINNVVDPSEAHSHRSKQI
VAPASRKRPAPGDVLSSDTMDAPLRRSDRKEDDSQPHSTQSSPPPAENSS
SVTSSPVIRKRSKRLSKRKKVSNKAEISKNKKKRQWRELSHLPIDDVRID
DGPGPRRSKRQRFPRLKYWKNEVVSYERRRSQMMPTVSEVLVDVGDTDSE
EAWMPRRSVDIVLSFAARAYAGRDYYDILGVARDADSTTIKRAFRKLAVK
YHPDKNPGDKSAAKKLVELNNAYEVLSDNNKRQKYDKFGEDGINNVMGDD
DDDFDPFDGLFGGGFGGFGNRRRQREEPTVPDVVIPLTVPLETLYNGGVL
EVAHKKRVICSSWSDCEKKCSRCGGRGVIIQTKRIGPGFVQQIQTHCPVC
GGSGKIGNPKCKSCPNGQFEEVEKMLLVDVEKGMRDGHHIVFEEETDEIP
DHLTGNVRFEIDTVEHDRFVRSGNDLHYRLSVTLSEALVGVNRQVRQLDG
RLVSIKTDKVIKPGEKITIEDEGMPDYHSGNTGDMIVEFWVDFPDNLTEE
QKKAAIELHGKPPSLDETGDGTKKAGTATNDSKDEL*

mRNA from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+

Legend: polypeptidestart_codonCDSexonintronstop_codon

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

>Gcaud2719.t1 ID=Gcaud2719.t1|Name=Gcaud2719.t1|organism=Gracilaria caudata M_176_S67 male|type=mRNA|length=6264bp|location=Sequence derived from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+ (Gracilaria caudata M_176_S67 male)
ATGGAGCCTATCAATGCTCCCTTTGACGTGCTACCTGATTCCCTTCCGTC
CTCAGCCGTGGTACCAAAGCCAACGCTGTTATTGCACTCTCCCAGCGAAC
ACGAGTTCAACTTAGCCGCGCTCAACAGCCTCCCGAAGAACGCGGCCGGA
TTGCAAAGCTACTCAGAATTTGTCAAGGCCGCTCGTCAATCGGAGGTGCG
CGGTGGTGTCGCTAAACAACCCGTCGATGATCGCTCGAAATCCATTTCTA
TATGCGGTCACTCTTTTCGATTCGTAGGGGTTCCTATTTCCGAATCCGAA
TGTTCTTATCAATCAGATGTCACCTCATCTTCTGGCCAGGGCGCCGAGGA
TTCTCATAGAGGAGACGGAGCACAAGAGCAAGAAGTTTCCGCACCTGTGC
CCGCTTGGACTCCGACAGCTAGTCCAGCCAAAAGCATACTGCGTCGCTCA
TCGGTCGCCCCATTACAACCACCCCAACCGTCTCTGAAACCGCTTGTATA
TGATTATGCGTCCTCCGCTTCCCCCGCGTCACGTAGGATGTCCACGGTTT
CGTTATGTGCATCTTCCAAGCGGGCTTCCGCGCAGCGAAGGAGGCTTTCG
TTTGATACTGGTGTACAAGTCCGGATACCGGATGAACACACAGAGGATGA
TTATAGACAAGCAACTGTTTCCGCCAGGAAGGTCCGAAGCCGACGCAGTA
GTATGTCTTCAAGGAGGATGAGCTCTGCTTCTTCATGTCGTCCTGCCACG
TATGCCGGGTTCGAGCCCTTTGGTCTCTCTGACGCCGGGGCATTGCTCTG
TGAAACAGAGAGTCGCAAGTTTCTCCTCGTTGTCGATGACGTTGAAGCCG
AGGAAACAGTCGGAACCCAATGTCAACCTTTAGATATAGATGTGGAAATG
GATCTTCTTTTTGAAAAGCTGGATGAAGCAGGAGAGGAAGAGAATGACAG
TGTTATGGAAGTGGAACAGGTGCGATCCGCAGCAGTACTGCCTGCCTCTC
AACATGTCCCACATCGTAATCTCTCTTGTATCAACACAGCTGCAGAAAAC
GCACAAGCGCATGTTGTTCCACATTCCATTCCGCTCATATCTCTCACCGA
TCTTCCCGCCACGCCAGGACCATCCACAGCTCCAAGTGCTCGTCGCAGCG
AAACACCCAGCGAAACACATAACACGGCTCCCAAGACCGAAGCAGAAGCT
GGAACATCCCCAGTCGAATGCAGGACTCCGAATGCATCACAAAAATGCTC
TCTTTCTAGAGAGAGGGAAACAAGCTGTGAAGTAAGAAACAGCGAGGGAA
CTCGGTCTGGTGTTTCTCCTATGTACATATCAGGTCCAAACGAAAGGAAT
AGAGCTACAGGTGTTGAGGACGATGAGCTTGAAACAGGACAAAGTAATTC
TTCTCCACAGCAAAGAGACGCTTCACCGATTGAGTCCTCCGATCACGGAG
AGTTCATTGCTACCAGGGATGAAGTCCGTGCTGATGCTGCACTCATCACG
GGCATTGATCTTGAGGATGCAGACGAAATTGTTGTTGCCACAACAGCACA
TGCCACCAGAACTCGTTCGTCCCGTGCGCCATCTCTCGCGTCTGGGCAAG
TCCTAATGCCTTCTCCAAACACAGTCGGTAATAAAAAGATTCCTGATGTT
TGCGTGGACAGCAATCAAGTCTTGCTCCCTCAGGTGGATAATGATCTTGT
CGTGGAGATTTTTGAAGAACCTGAGATTGCCGAATCAGAGGTCTTGGCCT
CTGTGCCCTCTCAACCTACTCATCAGCCGCAGGAACCAAATGCTAATGAG
TTATGCAACGATGCTGCCACACATGCAGACAAAGAAGAAGTAGCAAACGT
GGGGGCCGTTCTTGACAAGGAGCCAGATACGTCAGGTATAGACAACATCA
TGTGTCAGGAAGCAGCAAACGTGGGGGCCGTTCTTGACAAGGAGCCAGAT
ACATCGGGTATAGACAACATCATGTGTCAGGAAGCAGCAAACGTGGGGGC
CGTTCTTGACAAGGAGCCAGATACATCGGGTATAGACAACATCATGTGTC
AGGAAGCGGCCGAAGTTGCCGATTCTGTTATGACCGAGCAGCCAAGGGTG
CCTGACGCCAAGAGTGATTCCTCAACGCAAATAACAGCTCCCTCTTCCGT
CGCAAGGAATGTCGGATTCGCGGCACAAGCATCGGCCGCCATTTCTATCG
CTCCCATATCCGATCATGTGAAAAATGGTGAAGAATGTCCAGAGAGGGAA
TTGATGCGAATGGAGGCGGGAAATGTTACAAAATCTCGAGAAGTGATCAA
TCCGAAGGAAAACAGTATTCGTCTTCAAACTAATGTCTCCCAGGTAAACA
TCGAACCGCAGGTGACAGCGTATCAGCTTGCCATTCTTGAGACATTGACC
CCCAATACGAAGGCAACATTGGCAAGGATTCGAGGAAGCAAGGGTCCATT
TGCTGTGCAAGGGGTACAAGTGTCTCCGCTTAACAGTGCTACCACACATC
GACTGAGGAGAAGAGTTGTCTCGGGAGATATTAGGAATGTTTCAAAACAC
GAACGAGGGACATCAATAACCCGTTCAGCTAGAGATCACGATTCGAATAG
AGCAGAATCCGAAATGCAGCTTGAGCAGCCCACTAGAAAGGATCAATGCA
ACGGAAATGAACGACCGGAAAACACAAGATTAAGAGATGAAACCAGCGAA
AGGTGGATGCAAGTTTCTGGAACGCATTTCACATCAGAGGCAAATAACGA
GAATACTGGTCATTGCACTGAAGGCAATGAGAAAGTTATTGTATCCCCTG
AGCCGCAGCTACCGGAAATGCTTCTGAGAGCATCTACTGGTCCGGCCGCG
GTGACCCCAAGCGAATACATGCAGCCAAACATGAAACTGGGAGAGGCGGA
GGAGCTGTTCGAGGAAGTTGTTCAGCTGCACGACGCAGAACTTCCCTCGA
ACGTTGACTTTGTTGGGCTTATGTCCCCGGCACCACTTGCAAAGCGAAGG
CATTTGAACGAAAACGAAATCATTGACGTTGATGCGGAAGAAAGCGAGCA
GAGCTTGCAAGTTGTCGCTGTGGAAAAAATCGAAAGCCGTGCAGACCCAG
AGTGTGCCCAGACAAGAAGCGGATTATCGGAAATGCTGAACCCTGTTGAA
GATATTCCCCCCGTTAGAAATGGGAACAAAAGTCAGGACCAGCCGACTGT
GTCAAAGAAGGATTCATCTGTCATTAACAGCCTTCCAACGATGACAATTA
GTAGCCCTGGTGAAGCATATGCACAACCGTCGAATGGTGATGATTGTGAA
GACTATGATGAGATTGAACATGGTGACGAAGGTTTCGAAATTGATCATGT
TGCGGATGTTGAACAAGACGGCAGTCATAGTAATGAAGAGAAGGAGATCA
ACAATGTTGTGGACCCTAGTGAAGCACATAGCCATCGTTCGAAACAGATA
GTGGCACCCGCCTCTCGAAAGCGACCAGCCCCTGGTGATGTGTTGAGTTC
GGATACTATGGACGCTCCATTGAGGCGGAGCGATAGGAAAGAGGATGATT
CTCAGCCACACTCCACTCAATCTTCGCCTCCTCCGGCTGAAAACTCCAGT
TCCGTTACGAGTTCTCCTGTAATCCGGAAGAGATCGAAAAGGTTGAGCAA
GAGGAAAAAGGTGTCCAACAAAGCAGAGATATCGAAGAACAAGAAAAAGC
GTCAGTGGCGTGAACTATCCCATTTGCCTATTGATGATGTTCGAATAGAT
GACGGCCCAGGGCCAAGGCGAAGCAAGAGACAAAGATTTCCGAGGCTGAA
GTACTGGAAGAACGAAGTTGTGAGCTATGAGCGCCGGAGGAGTCAAATGA
TGCCTACAGTGTCCGAAGTTCTAGTTGACGTTGGAGATACAGATAGCGAG
GAAGCGTGGATGCCAAGGCGGTAATACTGTTGACACTATCGCAAGCATGG
ATAACTACGAATGATATCATTGACTACGCCTGATCTGTTTACGAGCTTTC
CCCTATCTGCACCCCTGAAGTTGGAGGATTACAGAGTCATAGTACTGGTT
TGTTCAGACCAGTTGCGGTCTGCAACGATACGCACAAAAGGCGTTCCAAC
GAACGTAGATAAATGCCGTTGTGGTGCGTACTCACGAGGCATATGCCATT
CTTCATGCTATGAAGTTTGAACCGAATAATTGTGTCCTGATTGCACATAT
TCAAGTCTGGTAGAAATGTATTTTAGGATAGAAGTGGATTTTAGGACGCA
AGCAAAGAGTGGTATGGGTCCAGGGTCCGAGCCCGACATTCAACTTCGTT
CAGTGCAGATACCCAATTCTGTGAGGACTTCAATTGTTAGAATCAATACC
TTTAACATATCTCTTTGCCTCCATAGTGGACGTCGCAACACTAAATTGCT
GATTTCCCCTGACATCTTCTCTTCAAGCCGTCCTACGTGGCTCCCTTTCT
TCAGCACACGAGAAAATATCACAGACTCCTCGCGTTAAAGATCTTAACTT
GGCATTCTTTCTGTGCAACCTATGAGCTAAAATTGTTTTCTTTCGCGCGC
TTCGGAAATGACACATTCATTCCACGCTCCATTGCGGACTGTTGCGGAAC
AAAATCACCTAACCTAAGCATCTCCGGTGGAGATGCCCGGAAGAGGTTCG
TAGATATCTATGTACGAAGGTACAGTAGTATGTAATTTTAACCCTCCCCT
AAAAATGAGTTAAGACGACAAACAATTACGATACTTCTGAAATACTCTGA
AGGTGGGTGGCATGTGGCATGTGGCATGCCGCTCAATCATCTTCGAGAGC
AAGATCGTTTTGATTGGTTGCAGGCACGAATTGCACTTCCCCGTTGGTGA
CCAAGGTGTCAAGACTAAGCTTCAGTTTTAGAGCCATTCCCATCGACCGT
GGTCGCCATAAGCCAACGAAGTAAATGGTTACCGGTCGTCGTCTCTGAGT
AATCACAAGTTCAGTAGACAGTATGTGCAACGCACATCGGAGCAGTCGCT
CTCATCAAAGCTTTCGAAGACGCTCCATTCCCCACTCTCACAATCATCCT
TTCTTGTTCGTCATATTGTTCATAGTCGTGCTCAGCTTTGCCGCGCGTGC
TTATGCTGGAAGAGATTACTACGATATACTTGGCGTTGCACGCGATGCAG
ATTCTACCACGATAAAGCGTGCCTTCAGAAAGCTTGCAGTGAAATATCAT
CCAGGTACGTTTTGATGCCTCTGCAACACCACATACTCATTACAAGTGCT
AACTCCCTCTTAGACAAGAATCCTGGCGATAAATCGGCTGCAAAGAAGTT
AGTTGAGCTCAATAACGCGTACGAAGTCTTATCAGATAATAATAAGCGTC
AAAAATATGATAAGTTTGGTGAAGATGGTATTAACAATGTCATGGGAGAT
GATGATGACGATTTTGATCCATTTGACGGCTTATTCGGGGGCGGCTTTGG
CGGGTTTGGAAATAGGCGGCGCCAACGGGAAGAGCCTACGGTTCCAGACG
TGGTTATTCCATTGACGGTTCCTCTTGAGACGTTGTATAACGGCGGTGTG
CTGGAAGTGGCGCACAAAAAGAGAGTTATTTGCAGTTCATGGTCAGACTG
TGAAAAGAAATGTTCAAGGTGTGGTGGAAGGGGAGTGATTATTCAAACCA
AACGAATTGGTCCAGGTTTCGTTCAACAGATCCAAACTCATTGCCCAGTT
TGCGGAGGTAGTGGCAAGATTGGTAATCCGAAATGCAAATCATGTCCAAA
TGGTCAGTTTGAAGAAGTTGAGAAGATGCTCCTTGTGGATGTGGAGAAAG
GAATGCGTGATGGGCACCATATCGTGTTTGAAGAGGAAACGGATGAAATC
CCCGATCATCTTACTGGGAATGTGCGCTTTGAGATTGACACTGTGGAACA
CGACCGCTTTGTCCGGTCTGGTAATGATTTGCATTATCGCTTGTCGGTGA
CATTGTCAGAAGCTCTAGTTGGCGTTAATCGGCAAGTGCGACAATTAGAC
GGTCGTCTCGTTTCGATCAAGACTGACAAGGTTATAAAGCCGGGAGAGAA
GATTACCATCGAAGACGAGGGTATGCCCGATTATCATAGCGGGAATACGG
GAGACATGATCGTGGAATTCTGGGTAGATTTCCCTGACAACCTCACAGAA
GAGCAAAAGAAGGCTGCCATAGAGCTTCACGGCAAACCTCCATCCTTAGA
CGAAACTGGGGATGGGACCAAGAAAGCTGGGACAGCGACGAACGATAGCA
AGGATGAACTGTAG

Coding sequence (CDS) from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+

>Gcaud2719.t1 ID=Gcaud2719.t1|Name=Gcaud2719.t1|organism=Gracilaria caudata M_176_S67 male|type=CDS|length=5061bp|location=Sequence derived from alignment at NODE_409_length_26400_cov_4.606408:4569..10832+ (Gracilaria caudata M_176_S67 male)
ATGGAGCCTATCAATGCTCCCTTTGACGTGCTACCTGATTCCCTTCCGTC
CTCAGCCGTGGTACCAAAGCCAACGCTGTTATTGCACTCTCCCAGCGAAC
ACGAGTTCAACTTAGCCGCGCTCAACAGCCTCCCGAAGAACGCGGCCGGA
TTGCAAAGCTACTCAGAATTTGTCAAGGCCGCTCGTCAATCGGAGGTGCG
CGGTGGTGTCGCTAAACAACCCGTCGATGATCGCTCGAAATCCATTTCTA
TATGCGGTCACTCTTTTCGATTCGTAGGGGTTCCTATTTCCGAATCCGAA
TGTTCTTATCAATCAGATGTCACCTCATCTTCTGGCCAGGGCGCCGAGGA
TTCTCATAGAGGAGACGGAGCACAAGAGCAAGAAGTTTCCGCACCTGTGC
CCGCTTGGACTCCGACAGCTAGTCCAGCCAAAAGCATACTGCGTCGCTCA
TCGGTCGCCCCATTACAACCACCCCAACCGTCTCTGAAACCGCTTGTATA
TGATTATGCGTCCTCCGCTTCCCCCGCGTCACGTAGGATGTCCACGGTTT
CGTTATGTGCATCTTCCAAGCGGGCTTCCGCGCAGCGAAGGAGGCTTTCG
TTTGATACTGGTGTACAAGTCCGGATACCGGATGAACACACAGAGGATGA
TTATAGACAAGCAACTGTTTCCGCCAGGAAGGTCCGAAGCCGACGCAGTA
GTATGTCTTCAAGGAGGATGAGCTCTGCTTCTTCATGTCGTCCTGCCACG
TATGCCGGGTTCGAGCCCTTTGGTCTCTCTGACGCCGGGGCATTGCTCTG
TGAAACAGAGAGTCGCAAGTTTCTCCTCGTTGTCGATGACGTTGAAGCCG
AGGAAACAGTCGGAACCCAATGTCAACCTTTAGATATAGATGTGGAAATG
GATCTTCTTTTTGAAAAGCTGGATGAAGCAGGAGAGGAAGAGAATGACAG
TGTTATGGAAGTGGAACAGGTGCGATCCGCAGCAGTACTGCCTGCCTCTC
AACATGTCCCACATCGTAATCTCTCTTGTATCAACACAGCTGCAGAAAAC
GCACAAGCGCATGTTGTTCCACATTCCATTCCGCTCATATCTCTCACCGA
TCTTCCCGCCACGCCAGGACCATCCACAGCTCCAAGTGCTCGTCGCAGCG
AAACACCCAGCGAAACACATAACACGGCTCCCAAGACCGAAGCAGAAGCT
GGAACATCCCCAGTCGAATGCAGGACTCCGAATGCATCACAAAAATGCTC
TCTTTCTAGAGAGAGGGAAACAAGCTGTGAAGTAAGAAACAGCGAGGGAA
CTCGGTCTGGTGTTTCTCCTATGTACATATCAGGTCCAAACGAAAGGAAT
AGAGCTACAGGTGTTGAGGACGATGAGCTTGAAACAGGACAAAGTAATTC
TTCTCCACAGCAAAGAGACGCTTCACCGATTGAGTCCTCCGATCACGGAG
AGTTCATTGCTACCAGGGATGAAGTCCGTGCTGATGCTGCACTCATCACG
GGCATTGATCTTGAGGATGCAGACGAAATTGTTGTTGCCACAACAGCACA
TGCCACCAGAACTCGTTCGTCCCGTGCGCCATCTCTCGCGTCTGGGCAAG
TCCTAATGCCTTCTCCAAACACAGTCGGTAATAAAAAGATTCCTGATGTT
TGCGTGGACAGCAATCAAGTCTTGCTCCCTCAGGTGGATAATGATCTTGT
CGTGGAGATTTTTGAAGAACCTGAGATTGCCGAATCAGAGGTCTTGGCCT
CTGTGCCCTCTCAACCTACTCATCAGCCGCAGGAACCAAATGCTAATGAG
TTATGCAACGATGCTGCCACACATGCAGACAAAGAAGAAGTAGCAAACGT
GGGGGCCGTTCTTGACAAGGAGCCAGATACGTCAGGTATAGACAACATCA
TGTGTCAGGAAGCAGCAAACGTGGGGGCCGTTCTTGACAAGGAGCCAGAT
ACATCGGGTATAGACAACATCATGTGTCAGGAAGCAGCAAACGTGGGGGC
CGTTCTTGACAAGGAGCCAGATACATCGGGTATAGACAACATCATGTGTC
AGGAAGCGGCCGAAGTTGCCGATTCTGTTATGACCGAGCAGCCAAGGGTG
CCTGACGCCAAGAGTGATTCCTCAACGCAAATAACAGCTCCCTCTTCCGT
CGCAAGGAATGTCGGATTCGCGGCACAAGCATCGGCCGCCATTTCTATCG
CTCCCATATCCGATCATGTGAAAAATGGTGAAGAATGTCCAGAGAGGGAA
TTGATGCGAATGGAGGCGGGAAATGTTACAAAATCTCGAGAAGTGATCAA
TCCGAAGGAAAACAGTATTCGTCTTCAAACTAATGTCTCCCAGGTAAACA
TCGAACCGCAGGTGACAGCGTATCAGCTTGCCATTCTTGAGACATTGACC
CCCAATACGAAGGCAACATTGGCAAGGATTCGAGGAAGCAAGGGTCCATT
TGCTGTGCAAGGGGTACAAGTGTCTCCGCTTAACAGTGCTACCACACATC
GACTGAGGAGAAGAGTTGTCTCGGGAGATATTAGGAATGTTTCAAAACAC
GAACGAGGGACATCAATAACCCGTTCAGCTAGAGATCACGATTCGAATAG
AGCAGAATCCGAAATGCAGCTTGAGCAGCCCACTAGAAAGGATCAATGCA
ACGGAAATGAACGACCGGAAAACACAAGATTAAGAGATGAAACCAGCGAA
AGGTGGATGCAAGTTTCTGGAACGCATTTCACATCAGAGGCAAATAACGA
GAATACTGGTCATTGCACTGAAGGCAATGAGAAAGTTATTGTATCCCCTG
AGCCGCAGCTACCGGAAATGCTTCTGAGAGCATCTACTGGTCCGGCCGCG
GTGACCCCAAGCGAATACATGCAGCCAAACATGAAACTGGGAGAGGCGGA
GGAGCTGTTCGAGGAAGTTGTTCAGCTGCACGACGCAGAACTTCCCTCGA
ACGTTGACTTTGTTGGGCTTATGTCCCCGGCACCACTTGCAAAGCGAAGG
CATTTGAACGAAAACGAAATCATTGACGTTGATGCGGAAGAAAGCGAGCA
GAGCTTGCAAGTTGTCGCTGTGGAAAAAATCGAAAGCCGTGCAGACCCAG
AGTGTGCCCAGACAAGAAGCGGATTATCGGAAATGCTGAACCCTGTTGAA
GATATTCCCCCCGTTAGAAATGGGAACAAAAGTCAGGACCAGCCGACTGT
GTCAAAGAAGGATTCATCTGTCATTAACAGCCTTCCAACGATGACAATTA
GTAGCCCTGGTGAAGCATATGCACAACCGTCGAATGGTGATGATTGTGAA
GACTATGATGAGATTGAACATGGTGACGAAGGTTTCGAAATTGATCATGT
TGCGGATGTTGAACAAGACGGCAGTCATAGTAATGAAGAGAAGGAGATCA
ACAATGTTGTGGACCCTAGTGAAGCACATAGCCATCGTTCGAAACAGATA
GTGGCACCCGCCTCTCGAAAGCGACCAGCCCCTGGTGATGTGTTGAGTTC
GGATACTATGGACGCTCCATTGAGGCGGAGCGATAGGAAAGAGGATGATT
CTCAGCCACACTCCACTCAATCTTCGCCTCCTCCGGCTGAAAACTCCAGT
TCCGTTACGAGTTCTCCTGTAATCCGGAAGAGATCGAAAAGGTTGAGCAA
GAGGAAAAAGGTGTCCAACAAAGCAGAGATATCGAAGAACAAGAAAAAGC
GTCAGTGGCGTGAACTATCCCATTTGCCTATTGATGATGTTCGAATAGAT
GACGGCCCAGGGCCAAGGCGAAGCAAGAGACAAAGATTTCCGAGGCTGAA
GTACTGGAAGAACGAAGTTGTGAGCTATGAGCGCCGGAGGAGTCAAATGA
TGCCTACAGTGTCCGAAGTTCTAGTTGACGTTGGAGATACAGATAGCGAG
GAAGCGTGGATGCCAAGGCGTTCAGTAGACATCGTGCTCAGCTTTGCCGC
GCGTGCTTATGCTGGAAGAGATTACTACGATATACTTGGCGTTGCACGCG
ATGCAGATTCTACCACGATAAAGCGTGCCTTCAGAAAGCTTGCAGTGAAA
TATCATCCAGACAAGAATCCTGGCGATAAATCGGCTGCAAAGAAGTTAGT
TGAGCTCAATAACGCGTACGAAGTCTTATCAGATAATAATAAGCGTCAAA
AATATGATAAGTTTGGTGAAGATGGTATTAACAATGTCATGGGAGATGAT
GATGACGATTTTGATCCATTTGACGGCTTATTCGGGGGCGGCTTTGGCGG
GTTTGGAAATAGGCGGCGCCAACGGGAAGAGCCTACGGTTCCAGACGTGG
TTATTCCATTGACGGTTCCTCTTGAGACGTTGTATAACGGCGGTGTGCTG
GAAGTGGCGCACAAAAAGAGAGTTATTTGCAGTTCATGGTCAGACTGTGA
AAAGAAATGTTCAAGGTGTGGTGGAAGGGGAGTGATTATTCAAACCAAAC
GAATTGGTCCAGGTTTCGTTCAACAGATCCAAACTCATTGCCCAGTTTGC
GGAGGTAGTGGCAAGATTGGTAATCCGAAATGCAAATCATGTCCAAATGG
TCAGTTTGAAGAAGTTGAGAAGATGCTCCTTGTGGATGTGGAGAAAGGAA
TGCGTGATGGGCACCATATCGTGTTTGAAGAGGAAACGGATGAAATCCCC
GATCATCTTACTGGGAATGTGCGCTTTGAGATTGACACTGTGGAACACGA
CCGCTTTGTCCGGTCTGGTAATGATTTGCATTATCGCTTGTCGGTGACAT
TGTCAGAAGCTCTAGTTGGCGTTAATCGGCAAGTGCGACAATTAGACGGT
CGTCTCGTTTCGATCAAGACTGACAAGGTTATAAAGCCGGGAGAGAAGAT
TACCATCGAAGACGAGGGTATGCCCGATTATCATAGCGGGAATACGGGAG
ACATGATCGTGGAATTCTGGGTAGATTTCCCTGACAACCTCACAGAAGAG
CAAAAGAAGGCTGCCATAGAGCTTCACGGCAAACCTCCATCCTTAGACGA
AACTGGGGATGGGACCAAGAAAGCTGGGACAGCGACGAACGATAGCAAGG
ATGAACTGTAG