PPP1R26 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	PPP1R26
Entrez Gene ID	105403526
Full Name	protein phosphatase 1 regulatory subunit 26
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011579654.1	XP_011577956.1	protein phosphatase 1 regulatory subunit 26

Pathways from BioSystems
Gene Ontology

The following PPP1R26 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PPP1R26 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAq18185	XM_011579654.1 Latest version!	Aquila chrysaetos canadensis protein phosphatase 1, regulatory subunit 26 (PPP1R26), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

PPP1R26 ( XM_011579654.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011577956.1 Aquila chrysaetos canadensis protein phosphatase 1, regulatory subunit 26 (PPP1R26), mRNA.

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CloneID	OAq18185
Clone ID Related Accession (Same CDS sequence)	XM_011579654.1
Accession Version	XM_011579654.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4056bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	protein phosphatase 1 regulatory subunit 26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950896.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCCTTA TGAATGCTTC TCCTTTGGTA GCTCTTCAGA CAAAATGGGA GTCCTTTGGA 
CCAGCAAGGA ATTGTAGATA CCCCGTTTGC TTCTCTGAAT CTGAAGGGGA CGTCACTAGA 
ACCTCTGTAA GTGCAAAAGT TCAGATGATC ATAAACAACC TGCAAAGTCA AGAGTCTCCC 
CTGGGTATGA ACAATGAGTA TGATTGTATT ATGCAGAAGA AACAAAAGGG AGAAAAGGGC 
ACTAGTAACA GAGTCGCATC TAGCACCACA TTGCTACGGA AGCATCCTCA GTATACCAAG 
TGTGGGTGCC CTGCTGATTT GGACGACACT GAAGTGGAAG AGAATGTGGG GTTTGGGACT 
CTCTTGCTCG AGTCTGATAG CGACGATTCT GTTGACCGAG GTATAGAGGA AGCCATTCAA 
GAGTACTTGA AAGCAAAAAG CAAAAGTGAC CAGTCGTTGC AAAGGAATGC AGAGTGTTCT 
GAGAATATAA GCAGAGACAA AAGGTTTAAG AGAGAATTCT CCCAGAACAA AATGGCTAGT 
AACCTTCTCC CTGTGAAATT TAAAGCTGAG ATGCTCTCTG AAGAGTACCT GACTGACCAC 
CTGGGAATTG GTAAAAGGCT ACAGCCTGCT TCCCCTCAGA GCATCAGCAG CGATGACTCT 
TTTGAACAGA GCATACAAGC TGAAATAGTG CAGTTCTTGA ATGAGAAGAA GCAGCAAGAA 
ATTAGTAGAT GTGTAATTGG GGAGGATAAA AAAGATTCCC ATGTGAGACC TGTCCTAAAA 
TGCAACAAAG AAACAACAAA CAAAACAAAC TGTGGTGCTA TAAAGCAAGG TTGTAATGCG 
CTCCTCTTGA GACACCATCC CAAGCTACAG AAAACCAGCA CGCAGTCCAA GTGTTTGCAG 
TCTAAAATCC AAGAAGAGCC TAGTGATTTC AGCCAAGTGA ACCAAGCGTA TCTAGAAATG 
GCCACTGCCA GCCAGCCCTG GTTAGTGAAG CAAAATGAAG AAAGTGGAGC TAATTACTGG 
GAGACAAGGG GAGCACTTAT CAACGAGAGC ATGCACACAT CTGACTCAAG TAGCGATGAT 
GGCATTGAAG AAGCCATTCA GCTTTATCAG CTGGAGAAAA TCAGGAAGGA GGCAGGTCAC 
ACAAAAGACT GTGTCCCTTT GCAGAGGGAA CAATTTGATA CAAAGGGAAT GGCAGACATT 
TCTGCAAGCC TGACAATTAG CTCAACAAAA AGTGCCTCAC CAGAAATCCA TAAAAGCCCT 
GTAAGCAACA AGAGAAAAGA AATTAATTCA AAGTCAACAG AGTTAGAAAG CGCCAGCAGT 
GAATCTAACA ACCTGTTTAA ACCACTGAAA AAAGCCAGAC ATTTTGCACC TCCGGAAAAC 
AAGATTGCTG CTTGTGAGCT CACATTGCAG GCTTCTTGCA GAGCAGACAC ATCTGCAGAA 
CTCATGTGTG CGGAAGCTAT CCTTGATATT TCCAAGACAA TCATGCCATC CCAAATGGGA 
AGTGACAACA AATCACTCAC TGCAGACTCC TTCTTTTCTC CCCAGCTTCT CTCATCCTCT 
CGTTGTGAAA GTGACAGCAG CCTTGTGGAC AGTGATGATA GTATAGAGCA AGAAATCAGG 
GCTTTTTTGG CTCTGAAAGC ACAGTCAGGA AACCTTGGAA CAAAGCCTCC CAGCCTGTCG 
CACTCAATCC AGATGCCTTT GCCTTCTGAT CAAAACAGCC TCACTGGTAC CCTCGAGCCT 
TCACTTCCCA AAACACTGAA GCTATCACTG AGTCGTAAAA GGAGACTTAA AAGGGAAGAC 
AGAATAGTGA AACAAGGTGC ATCAAAAACA CCTGAGCAGC TGGAGACAGG ACTTTTCCAG 
CCAGGTAACT ATTCAAAATT TCCTGTGCTC CAAGAGGAGT GTGCCCTGAG CAGTCCTGCA 
GAACTCTGTG ATGCTCAAAG GCTCAGTACT AAAGAGACTA GGCAGCAGCA GCTGATGTCT 
TCCAAACTGT CTGGATCTGA TGGCAGATGC GTGGCCTTGG ACTCTGTAAA CCCTTTTATG 
CAGGTTCAGA GTAGCGCAAG AAAGCTTATG AAAAATACCA TCCAAACTCA AGAGAGGGAT 
GGTTCAGATG ATGAGAGCAG TTCTCTGGAT AGTGATGAAG ACCTTGATAG TGCTATCAAG 
GACCTTTTAC GGTCTAAAAG AAAATTAAAG AAGAAGTCCA AGGACCAGAA ATCTCAGTGC 
AAGAAGAGAG TCAGATTTAG CGAGACAGAA ACTCAGCTGC TAGATGAATT TAGTAGCCTC 
CAACAAAACG AGTGGAAATG TAAAAATCCC ATGCTACTGA AAAGCTGCCT CTCAAAACCT 
AGAAAAGCTG TGAAAGAGAA TGCAATCAGA AATCCTCCAG ACAACATAAA TGTCAAACTT 
ACCAATGAAA AACCAGAAAC CATGAAGAAC TTAGAGTTTA ACTTACAGCT TAAAAAAGGA 
TATAAACCTA AACCAATTTC AAACTCGAAT AACCTGCGGG TAGCAAAAAA AAAAAAATGT 
ACTTTCACAG CTGCGTCAGA TGCTGATGAC AGCAGTTCAG TGGACAGCGA TGACAGCATC 
GAACAAGAAA TTAGGAAGTT TTTGGCAGAA AAGGCTAAAG ACTCTGCAAG CAATTCAGAG 
GTACAAAAAG ATGATGCAAC TCTGGACCTA TTGAGAGTGA CCAAACAAAC TGCTAATAAA 
GGAAAAGCAA AGCAACAGCC AGTTGAAAAT GAGATTGACC TCATGCTGGG TCAGAGTAAA 
AAGACTGAGG TATCTCAGCA AGCTGATGAG TTGAAGGACT CTCAGAGAAC GGAAGGGAAA 
AGTGCAATGT TACATGGCAG TGGGAAATCT GCTTCCTCTG CAGAGAACGT TAGTCTTCAT 
ACTACTGGTC AGTCAAAAGC TAAGCAAGGA GTGGCGGGGG TTAAAGGTGT TGCTAGTGTT 
GAGTTATCTG GAAACGCAAC AGGTAAAAAG GCTGTCCCTA ATACAGACCC TGCGCAGAAA 
ATGCTTCCAC CTAAAACCAG CAAAAATGGA GGTTGTAAAG TACAAAAAGT AATTAATGCA 
AAGTCTAGAT CTAAAAGAAA GAATACCTTT CACCTAAAAA TCTCAAGTAA ATTTATTGCA 
GGTCTAAAAT ATGCTCGGGA CAGGAAGAAA TCCATGCTTT TGAACAAAAG GCAGAAAGCG 
GAGCGTTTGC TTGCCCAGAG CAGTGTGTTA GGAATGGAGG TAGCTTCCCA GGATACAGAC 
GTACTTAACC AGGGAAGAGG AGCCCCCTTG CCAAAAGGTG AATTTAGTGG GGAGACTATG 
ACAGCAATAA AAGAATCCAG TTCTTCTCAG AAGCTCACTG TGGAAGTGCC AAGTCCCCGT 
GTAGCAGAAA CATGTGAAAG ACAGGAGGCT GCTCCTTTGT ATATCAAAGA GGAAGCAGAG 
GGTTGCAGAA AGGCTGGTAC TTCAGGAGAT CAGTTGGATT CACACTCGAG TCTCCCCTTG 
CAGGAACAGA GTGTGGCAGC AGTAAAAGTA GATAAGGTTT GCAGAGGAAT ATCCAAAGCT 
GAGAACACAC AGATGTGGAT CGAGGAAGGA GATATCCACA AAGAGAGCAG GACCGATTCA 
AATTTAGATC ACCCGTGCGC TGAACACAGT ATGGCAGTGG TTAAAGCAGA TAAAGTTAGC 
AGAGACACAT CTCAGCAGAG TATACATGCG TGCAGTAAGG GAGAGGATAA CCAGCAGGAC 
AAGAGGCCAG ATCCAAGTTT AGGTTGCCCA CTGCAGGAGC TAAATGTGAC AGCAGTAACA 
GTAGATAAAA CTAGTGGAGG AGCATGTACA GATAACAGTA TGCAGATGTG CGTTAAGAAG 
GAAAATGTTA CATGCCAGGA CAGTAACAGG CAGGAAGAAA TTCAGGTATC CAGCTCCAGT 
TTGGAAGGAA AAATACCTGT CCTGCAGAAT AGGGAAATTG CTTGTGAAGT GGACCAAGGG 
CAGGAAGTTT TAGACAAAAC CTGTGCAAAA TTTACTGACG TACCTGCAGG GGACTGCCCA 
GATTCCCTCT TAAAAAGAAA GGTTTCAGAT ATGTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011577956.1
CDS	58..4113
Translation	MFLMNASPLVALQTKWESFGPARNCRYPVCFSESEGDVTRTSVSAKVQMIINNLQSQESPLGMNNEYDCIMQKKQKGEKGTSNRVASSTTLLRKHPQYTKCGCPADLDDTEVEENVGFGTLLLESDSDDSVDRGIEEAIQEYLKAKSKSDQSLQRNAECSENISRDKRFKREFSQNKMASNLLPVKFKAEMLSEEYLTDHLGIGKRLQPASPQSISSDDSFEQSIQAEIVQFLNEKKQQEISRCVIGEDKKDSHVRPVLKCNKETTNKTNCGAIKQGCNALLLRHHPKLQKTSTQSKCLQSKIQEEPSDFSQVNQAYLEMATASQPWLVKQNEESGANYWETRGALINESMHTSDSSSDDGIEEAIQLYQLEKIRKEAGHTKDCVPLQREQFDTKGMADISASLTISSTKSASPEIHKSPVSNKRKEINSKSTELESASSESNNLFKPLKKARHFAPPENKIAACELTLQASCRADTSAELMCAEAILDISKTIMPSQMGSDNKSLTADSFFSPQLLSSSRCESDSSLVDSDDSIEQEIRAFLALKAQSGNLGTKPPSLSHSIQMPLPSDQNSLTGTLEPSLPKTLKLSLSRKRRLKREDRIVKQGASKTPEQLETGLFQPGNYSKFPVLQEECALSSPAELCDAQRLSTKETRQQQLMSSKLSGSDGRCVALDSVNPFMQVQSSARKLMKNTIQTQERDGSDDESSSLDSDEDLDSAIKDLLRSKRKLKKKSKDQKSQCKKRVRFSETETQLLDEFSSLQQNEWKCKNPMLLKSCLSKPRKAVKENAIRNPPDNINVKLTNEKPETMKNLEFNLQLKKGYKPKPISNSNNLRVAKKKKCTFTAASDADDSSSVDSDDSIEQEIRKFLAEKAKDSASNSEVQKDDATLDLLRVTKQTANKGKAKQQPVENEIDLMLGQSKKTEVSQQADELKDSQRTEGKSAMLHGSGKSASSAENVSLHTTGQSKAKQGVAGVKGVASVELSGNATGKKAVPNTDPAQKMLPPKTSKNGGCKVQKVINAKSRSKRKNTFHLKISSKFIAGLKYARDRKKSMLLNKRQKAERLLAQSSVLGMEVASQDTDVLNQGRGAPLPKGEFSGETMTAIKESSSSQKLTVEVPSPRVAETCERQEAAPLYIKEEAEGCRKAGTSGDQLDSHSSLPLQEQSVAAVKVDKVCRGISKAENTQMWIEEGDIHKESRTDSNLDHPCAEHSMAVVKADKVSRDTSQQSIHACSKGEDNQQDKRPDPSLGCPLQELNVTAVTVDKTSGGACTDNSMQMCVKKENVTCQDSNRQEEIQVSSSSLEGKIPVLQNREIACEVDQGQEVLDKTCAKFTDVPAGDCPDSLLKRKVSDM

Target ORF information:

RefSeq Version	XM_011579654.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis protein phosphatase 1, regulatory subunit 26 (PPP1R26), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011579654.1

ORF Insert Sequence:

ATGTTCCTTA TGAATGCTTC TCCTTTGGTA GCTCTTCAGA CAAAATGGGA GTCCTTTGGA 
CCAGCAAGGA ATTGTAGATA CCCCGTTTGC TTCTCTGAAT CTGAAGGGGA CGTCACTAGA 
ACCTCTGTAA GTGCAAAAGT TCAGATGATC ATAAACAACC TGCAAAGTCA AGAGTCTCCC 
CTGGGTATGA ACAATGAGTA TGATTGTATT ATGCAGAAGA AACAAAAGGG AGAAAAGGGC 
ACTAGTAACA GAGTCGCATC TAGCACCACA TTGCTACGGA AGCATCCTCA GTATACCAAG 
TGTGGGTGCC CTGCTGATTT GGACGACACT GAAGTGGAAG AGAATGTGGG GTTTGGGACT 
CTCTTGCTCG AGTCTGATAG CGACGATTCT GTTGACCGAG GTATAGAGGA AGCCATTCAA 
GAGTACTTGA AAGCAAAAAG CAAAAGTGAC CAGTCGTTGC AAAGGAATGC AGAGTGTTCT 
GAGAATATAA GCAGAGACAA AAGGTTTAAG AGAGAATTCT CCCAGAACAA AATGGCTAGT 
AACCTTCTCC CTGTGAAATT TAAAGCTGAG ATGCTCTCTG AAGAGTACCT GACTGACCAC 
CTGGGAATTG GTAAAAGGCT ACAGCCTGCT TCCCCTCAGA GCATCAGCAG CGATGACTCT 
TTTGAACAGA GCATACAAGC TGAAATAGTG CAGTTCTTGA ATGAGAAGAA GCAGCAAGAA 
ATTAGTAGAT GTGTAATTGG GGAGGATAAA AAAGATTCCC ATGTGAGACC TGTCCTAAAA 
TGCAACAAAG AAACAACAAA CAAAACAAAC TGTGGTGCTA TAAAGCAAGG TTGTAATGCG 
CTCCTCTTGA GACACCATCC CAAGCTACAG AAAACCAGCA CGCAGTCCAA GTGTTTGCAG 
TCTAAAATCC AAGAAGAGCC TAGTGATTTC AGCCAAGTGA ACCAAGCGTA TCTAGAAATG 
GCCACTGCCA GCCAGCCCTG GTTAGTGAAG CAAAATGAAG AAAGTGGAGC TAATTACTGG 
GAGACAAGGG GAGCACTTAT CAACGAGAGC ATGCACACAT CTGACTCAAG TAGCGATGAT 
GGCATTGAAG AAGCCATTCA GCTTTATCAG CTGGAGAAAA TCAGGAAGGA GGCAGGTCAC 
ACAAAAGACT GTGTCCCTTT GCAGAGGGAA CAATTTGATA CAAAGGGAAT GGCAGACATT 
TCTGCAAGCC TGACAATTAG CTCAACAAAA AGTGCCTCAC CAGAAATCCA TAAAAGCCCT 
GTAAGCAACA AGAGAAAAGA AATTAATTCA AAGTCAACAG AGTTAGAAAG CGCCAGCAGT 
GAATCTAACA ACCTGTTTAA ACCACTGAAA AAAGCCAGAC ATTTTGCACC TCCGGAAAAC 
AAGATTGCTG CTTGTGAGCT CACATTGCAG GCTTCTTGCA GAGCAGACAC ATCTGCAGAA 
CTCATGTGTG CGGAAGCTAT CCTTGATATT TCCAAGACAA TCATGCCATC CCAAATGGGA 
AGTGACAACA AATCACTCAC TGCAGACTCC TTCTTTTCTC CCCAGCTTCT CTCATCCTCT 
CGTTGTGAAA GTGACAGCAG CCTTGTGGAC AGTGATGATA GTATAGAGCA AGAAATCAGG 
GCTTTTTTGG CTCTGAAAGC ACAGTCAGGA AACCTTGGAA CAAAGCCTCC CAGCCTGTCG 
CACTCAATCC AGATGCCTTT GCCTTCTGAT CAAAACAGCC TCACTGGTAC CCTCGAGCCT 
TCACTTCCCA AAACACTGAA GCTATCACTG AGTCGTAAAA GGAGACTTAA AAGGGAAGAC 
AGAATAGTGA AACAAGGTGC ATCAAAAACA CCTGAGCAGC TGGAGACAGG ACTTTTCCAG 
CCAGGTAACT ATTCAAAATT TCCTGTGCTC CAAGAGGAGT GTGCCCTGAG CAGTCCTGCA 
GAACTCTGTG ATGCTCAAAG GCTCAGTACT AAAGAGACTA GGCAGCAGCA GCTGATGTCT 
TCCAAACTGT CTGGATCTGA TGGCAGATGC GTGGCCTTGG ACTCTGTAAA CCCTTTTATG 
CAGGTTCAGA GTAGCGCAAG AAAGCTTATG AAAAATACCA TCCAAACTCA AGAGAGGGAT 
GGTTCAGATG ATGAGAGCAG TTCTCTGGAT AGTGATGAAG ACCTTGATAG TGCTATCAAG 
GACCTTTTAC GGTCTAAAAG AAAATTAAAG AAGAAGTCCA AGGACCAGAA ATCTCAGTGC 
AAGAAGAGAG TCAGATTTAG CGAGACAGAA ACTCAGCTGC TAGATGAATT TAGTAGCCTC 
CAACAAAACG AGTGGAAATG TAAAAATCCC ATGCTACTGA AAAGCTGCCT CTCAAAACCT 
AGAAAAGCTG TGAAAGAGAA TGCAATCAGA AATCCTCCAG ACAACATAAA TGTCAAACTT 
ACCAATGAAA AACCAGAAAC CATGAAGAAC TTAGAGTTTA ACTTACAGCT TAAAAAAGGA 
TATAAACCTA AACCAATTTC AAACTCGAAT AACCTGCGGG TAGCAAAAAA AAAAAAATGT 
ACTTTCACAG CTGCGTCAGA TGCTGATGAC AGCAGTTCAG TGGACAGCGA TGACAGCATC 
GAACAAGAAA TTAGGAAGTT TTTGGCAGAA AAGGCTAAAG ACTCTGCAAG CAATTCAGAG 
GTACAAAAAG ATGATGCAAC TCTGGACCTA TTGAGAGTGA CCAAACAAAC TGCTAATAAA 
GGAAAAGCAA AGCAACAGCC AGTTGAAAAT GAGATTGACC TCATGCTGGG TCAGAGTAAA 
AAGACTGAGG TATCTCAGCA AGCTGATGAG TTGAAGGACT CTCAGAGAAC GGAAGGGAAA 
AGTGCAATGT TACATGGCAG TGGGAAATCT GCTTCCTCTG CAGAGAACGT TAGTCTTCAT 
ACTACTGGTC AGTCAAAAGC TAAGCAAGGA GTGGCGGGGG TTAAAGGTGT TGCTAGTGTT 
GAGTTATCTG GAAACGCAAC AGGTAAAAAG GCTGTCCCTA ATACAGACCC TGCGCAGAAA 
ATGCTTCCAC CTAAAACCAG CAAAAATGGA GGTTGTAAAG TACAAAAAGT AATTAATGCA 
AAGTCTAGAT CTAAAAGAAA GAATACCTTT CACCTAAAAA TCTCAAGTAA ATTTATTGCA 
GGTCTAAAAT ATGCTCGGGA CAGGAAGAAA TCCATGCTTT TGAACAAAAG GCAGAAAGCG 
GAGCGTTTGC TTGCCCAGAG CAGTGTGTTA GGAATGGAGG TAGCTTCCCA GGATACAGAC 
GTACTTAACC AGGGAAGAGG AGCCCCCTTG CCAAAAGGTG AATTTAGTGG GGAGACTATG 
ACAGCAATAA AAGAATCCAG TTCTTCTCAG AAGCTCACTG TGGAAGTGCC AAGTCCCCGT 
GTAGCAGAAA CATGTGAAAG ACAGGAGGCT GCTCCTTTGT ATATCAAAGA GGAAGCAGAG 
GGTTGCAGAA AGGCTGGTAC TTCAGGAGAT CAGTTGGATT CACACTCGAG TCTCCCCTTG 
CAGGAACAGA GTGTGGCAGC AGTAAAAGTA GATAAGGTTT GCAGAGGAAT ATCCAAAGCT 
GAGAACACAC AGATGTGGAT CGAGGAAGGA GATATCCACA AAGAGAGCAG GACCGATTCA 
AATTTAGATC ACCCGTGCGC TGAACACAGT ATGGCAGTGG TTAAAGCAGA TAAAGTTAGC 
AGAGACACAT CTCAGCAGAG TATACATGCG TGCAGTAAGG GAGAGGATAA CCAGCAGGAC 
AAGAGGCCAG ATCCAAGTTT AGGTTGCCCA CTGCAGGAGC TAAATGTGAC AGCAGTAACA 
GTAGATAAAA CTAGTGGAGG AGCATGTACA GATAACAGTA TGCAGATGTG CGTTAAGAAG 
GAAAATGTTA CATGCCAGGA CAGTAACAGG CAGGAAGAAA TTCAGGTATC CAGCTCCAGT 
TTGGAAGGAA AAATACCTGT CCTGCAGAAT AGGGAAATTG CTTGTGAAGT GGACCAAGGG 
CAGGAAGTTT TAGACAAAAC CTGTGCAAAA TTTACTGACG TACCTGCAGG GGACTGCCCA 
GATTCCCTCT TAAAAAGAAA GGTTTCAGAT ATGTAA