AQR cDNA ORF clone, Latimeria chalumnae(coelacanth)

Gene
Clones
gRNAs

Summary

Gene Symbol	AQR
Entrez Gene ID	102352786
Full Name	aquarius intron-binding spliceosomal factor
Gene Type	protein-coding
Organism	Latimeria chalumnae(coelacanth)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014493317.1	XP_014348803.1	intron-binding protein aquarius

Pathways from BioSystems
Gene Ontology

The following AQR gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AQR 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
OLa35148	XM_014493317.1 Latest version!	Latimeria chalumnae aquarius intron-binding spliceosomal factor (AQR), 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)

AQR ( XM_014493317.1 ) cDNA ORF clone, Latimeria chalumnae(coelacanth) -> XP_014348803.1 Latimeria chalumnae aquarius intron-binding spliceosomal factor (AQR), mRNA.

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CloneID	OLa35148
Clone ID Related Accession (Same CDS sequence)	XM_014493317.1
Accession Version	XM_014493317.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4395bp) 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	2015-10-25
Organism	Latimeria chalumnae(coelacanth)
Product	intron-binding protein aquarius
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005820010.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Latimeria chalumnae Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAAAA CAACGCAACT GAAAAAGACA TTTGCACCCA CTGTTTCCCA GATAAATGCA 
GAATTTGTAA CCCAGCTTTC AAACAAATAC TGGGCTCCTC ATGTTAAAAA AAAATTGTCT 
TTTGATGCCA AGGTCATTGA AGATGTGTAT CAAAAGGAAG TTGTTAAATC AAAATTTGCA 
ATCAGGAAGA TTATGCTGCT TGAATTTAGC CAGTACCTGG AAAATTACTT GTGGGTAAAT 
TATGCCCCTG AGGCATCCAG TGATGCTTAC TTAATGTCAA TCTGCTGTAT GGTGAATGAG 
AAGTTCAGAG AGAATGTTGC TGCATGGGAG ACATTTGAGA AGAAACCAGA GCACTTTCCT 
TACTTTTTTC AATGTATTCT GACTGCAGCA CTTGCTGAAG AAGACAGCAG CTTCTCTCTG 
CGAGAACAGA CAGTCTTACT GCTTTTCCTT GATCACTGTT TCAACAGCTT GGAAGTAGAT 
TTAATCAGAG AGCAGGTTCA GCGCCTCATA TCCCTCCCAA TGTGGACATG TCTATTACTA 
GCACGTCTTG AGCAAGAACT TAAGAAGACT CCCAAGCTCC GAAAGTTCTG GAATCTGATA 
AAGAAGAATG ATGAGAAAAT GTCTGTAGCA GCTCGAGAAC AGGCAAATCT GGAGAGGAGT 
TTTCTTTCCA AGTTAATTCA GAAGTTTCTC ACAGTATTGA AATCTATTCC ACCTTCAGGC 
CAATGTTCTA TGGATAAGGT CCATTACTGT GAAAGGTTTA TTGAACTAAT GATAGATCTT 
GAGGCTTTGC TTCCCACTCG TCGCTGGTTT AATACAGTCC TTGATGATTC CCACCTTGTG 
GTTCACTGTT ACCTGTCTGG CCTCATTCAA AGGGAAAAGG ATGGACATCT TTTCAGCCAG 
CTGTTGGATG TGTTGAAGTT CTACACTGGG TTTGAAATTA ATGATCAGAC TGGAAATGCA 
CTGACTGAGA ATGAAATGAC CACAATTCAC TATGATCGTA TCACCTCTCT GCAGAGGGCA 
GCTTTCGCTC ATTTCCCTGA GTTGCATAAT TTTGCTTTGT CCCATGTGGC CGCAGTGGAT 
ACTCGGGAAG CATTAGAAAA ACTGTTTGGC CCCCTAAGCC CCAGCACCCT CCATCAAGTT 
GCATCATACC TCTGTCTGTT GCCAGCCTTA CCTGAGGTGG AGGAAAGTAG CTACGACAAA 
GAGTTTCTAC TGGAATTACT GGTGTCCCGT CATAAACGGC GAATATCCCA GATTCAACAG 
CTCAATCAGA TGCCACTGTA TCCCACAGAG AAGATCATCT GGGATGAGAA CATTGTGCCC 
ACAGAATACT ACTCTGGAGA AGGCTGCCTT GCACTGCCTA AACTGAACTT ACAATTTCTT 
ACTCTTCATG ACTATCTACT GAGAAACTTC AACCTCTTCC GCCTGGAGTC CACCTATGAG 
ATCAGACAGG ACGTTGAGGA TGCAGTCAGC AGGATGAAGC CCTGGCAGTC CGAGTATGGA 
GGAGTGGTGT TTGGTGGTTG GGCTCGAATG GCTCAGCCCA TTGTCTCGTT CACCATCGTA 
GAGGTAGCCA AGCCCAACAT TGGTGAAACG TGGCCAGCAA GAGTGCGTGC CGATGTTACC 
ATCAACCTGA ACGTCAGGGA CCAGATCAAA CAAGAATGGG AAGGCCTTCG TAAGCATGAC 
GTGTGCTTTC TTGTTACGGT TCGCCCAACA CAACCATATG GAACAAGGTT TGATCGGAAG 
CAACCATTTG TTGAGCAAAC TGGTCTGGTA TATGTGAGAG GCTGTGAGGT GCAAGGCATG 
CTGGATGAGA AGGGGCGTGT CATTGAAGAA GGACCAGACC CTAAACCCAA ACTGAAGGGC 
GATTCCAGGA CCTTCCGAGT GTTCCTGGAT CCAAACCAGT ACCAGCAGGA CATGACCAAC 
ACAATCCAGA GTGGTGCAGA GGATGTTTAT GAAACCTTCA ATATCATCAT GAGGAGAAAA 
CCCAAGGAGA ACAACTTCAA GGCAGTATTG GAGACGATCC GAAACTTAAT GAACACAGAC 
TGTGTCGTTC CTGATTGGCT CCATGACATC ATCCTCGGCT ACGGAGACCC CGGTAGCGCC 
CATTATTCTA AAATGCCCAA TCAGATTCCA ACGTTGGATT TCAATGACAC CTTCCTCTCC 
ATTGATCACC TGAGAGCTAG TTTTCCTGGT TACCAAATCA AAGTCACAGT GACTGATCCA 
ACGCAGCAGA AGCCTCCTTT CAGAATCGCC TTTCCTGTGA GGAGTGGCAA AGGGAAGAAA 
CGCAAAGGAG AGGAAGAGAA AGCGCCAAGT GAAGAGGATT GCACTTTAAT TGTTGAGCCA 
CATGTGATTC TGAACAGAGG GCCATACCCC TATAATCAGC CCAAACGCAA TGCTATCCAG 
TTCACACCAA CTCAGATAGA GGCAATCCGT GCTGGTATGC AGCCAGGATT AACAATGGTT 
GTGGGGCCTC CTGGTACTGG TAAAACCGAT GTAGCTGTGC AGATCATTTC TAACCTTTAT 
CACAACTTCC CAGAGCAGAG GACACTCATA GTAACCCATT CGAACCAGGC ATTGAATCAG 
CTGTTTGAGA AGATCATGGC TTTGGACATT GATGAGCGTC ACCTTCTGCG TCTGGGCCAT 
GGAGAGGAAG AGCTGGAGAC TGAGAAGGAT TTTAGCAGGT ATGGCCGAGT TAATTACGTC 
TTGGCTCGAC GACTGGAGCT CTTGCGGGAA GTGGGTCGGC TACAGGAGAG TCTGGGGGTC 
CCAGGGGATG TTTCTTACAC TTGTGAAACA GCTGCCCATT TCTTCTTATA TCAAGTCATG 
TCTCGTTGGG AGGAATACCT TAGCAAAGTA AAAGTAAAAA GCGGCAAGCC TGTTGAAGTT 
AAGGCTGTAT CTGAATTCTT CCCCTTCCAT CAGTACTTTG CAAACGCTCC ACAGCCTATA 
TTTAAAGGAA GATCATATGA AGAAGATATG GAGCTTGCTG AAGGCTGTTT TAGACACATA 
AGAAAAATAT TTACTCAACT TGAGGAATTC CGAGCTTTTG AACTGCTCCG TAGTGGCCTG 
GATAGATCGA AGTACCTGCT GGTGAAAGAA GCTAAAATCA TTGCGATGAC TTGTACCCAT 
GCTGCCCTGA AACGGCATGA CCTGGTTGAG CTGGGGTTCA AGTATGACAA CATCCTCATG 
GAAGAGGCAG CTCAGATTCT TGAGATAGAA ACATTCATAC CTCTCCTCCT GCAGAATCCA 
GAGGATGGAT TCAGCCGGCT GAAACGCTGG ATTATGATTG GTGACCATCA CCAGCTGCCC 
CCAGTCATTA AGAACATGGC TTTCCAGAAA TATTCCAACA TGGAACAGTC CCTCTTCACT 
CGGTTTGTCC GCCTGGGGGT GCCAACTGTC GACCTGGACG CGCAGGGTAG AGCGAGGGCA 
AGCTTGTGTA ACCTGTACAA TTGGCGTTAT AAGAAGTTGG GGAACCTACC TCATGTTCAG 
CTCTTGCCAG AGTTTCGCTC TGCCAATGCT GGCTTTGTGT TTGACTTCCA GCTTATCAAC 
GTGGAGGATT TCAATGGAGT TGGGGAGTCA GAGCCAAACC CTTACTTTTA CCAGAACCTT 
GGTGAAGCAG AGTATGCAGT GGCTCTGTTC ATGTACATGC GTCTGCTCGG TTACCCTGCA 
GAGAAGATCA GTATCCTGAC AACCTACAAT GGACAGAAGC ATCTGATCCG TGATGTCATC 
AATCAGCGCT GTGGCAACAA CCCCCTCATT GGGCGGCCAA GCAAGGTGAC AACAGTTGAT 
CGATTCCAGG GCCAGCAGAA TGATTATATT ATACTATCGC TGGTTAGAAC AAAGGCTGTT 
GGACATCTCA GAGATGTGCG TCGATTAGTT GTTGCCATGT CTCGAGCCAG GCTCGGCTTG 
TACATCTTTG CCAGAGTATC GCTGTTCCAG AACTGCTTTG AGCTGACTCC TGCTTTCAAC 
CAGCTGACAG GTCGACCACT CAGACTGCAC ATTGTTCCAG CGGAGTACTT CCCAACTGAC 
AGATTAAAGG ACACTATCCC TACCTATCCT GTGCAGGTCA TTAAGAACAT GCCAGAGATG 
GCTAACTTTG TGTACAACAT GTACATGCAT AGGATCCAGA GTGCACACCA TTATAGACAG 
CAACTATTGC CCCCACCAGC TGCAATTAAA GACACTGAGC CAGTTCCAAT TAATGAGGAG 
GAGGAGAAGG AAGAAGAGGA TGTTACAGAG GAAAATGTGG AGGATGAAGC CAAGATGGAG 
CCTGGGGCTT CTATGGAAAC AGCAGCAGAA GAGGAGTCAG GGAATGAAAA ACATCAGACA 
ATGCCAGAGC ATCCAGGGAG AGACAGTGAC AGCGAGGGCA GTGAGGCTGA GGAGGAGTCA 
GCAGCTATCA ACTAA

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

RefSeq	XP_014348803.1
CDS	185..4579
Translation	MEKTTQLKKTFAPTVSQINAEFVTQLSNKYWAPHVKKKLSFDAKVIEDVYQKEVVKSKFAIRKIMLLEFSQYLENYLWVNYAPEASSDAYLMSICCMVNEKFRENVAAWETFEKKPEHFPYFFQCILTAALAEEDSSFSLREQTVLLLFLDHCFNSLEVDLIREQVQRLISLPMWTCLLLARLEQELKKTPKLRKFWNLIKKNDEKMSVAAREQANLERSFLSKLIQKFLTVLKSIPPSGQCSMDKVHYCERFIELMIDLEALLPTRRWFNTVLDDSHLVVHCYLSGLIQREKDGHLFSQLLDVLKFYTGFEINDQTGNALTENEMTTIHYDRITSLQRAAFAHFPELHNFALSHVAAVDTREALEKLFGPLSPSTLHQVASYLCLLPALPEVEESSYDKEFLLELLVSRHKRRISQIQQLNQMPLYPTEKIIWDENIVPTEYYSGEGCLALPKLNLQFLTLHDYLLRNFNLFRLESTYEIRQDVEDAVSRMKPWQSEYGGVVFGGWARMAQPIVSFTIVEVAKPNIGETWPARVRADVTINLNVRDQIKQEWEGLRKHDVCFLVTVRPTQPYGTRFDRKQPFVEQTGLVYVRGCEVQGMLDEKGRVIEEGPDPKPKLKGDSRTFRVFLDPNQYQQDMTNTIQSGAEDVYETFNIIMRRKPKENNFKAVLETIRNLMNTDCVVPDWLHDIILGYGDPGSAHYSKMPNQIPTLDFNDTFLSIDHLRASFPGYQIKVTVTDPTQQKPPFRIAFPVRSGKGKKRKGEEEKAPSEEDCTLIVEPHVILNRGPYPYNQPKRNAIQFTPTQIEAIRAGMQPGLTMVVGPPGTGKTDVAVQIISNLYHNFPEQRTLIVTHSNQALNQLFEKIMALDIDERHLLRLGHGEEELETEKDFSRYGRVNYVLARRLELLREVGRLQESLGVPGDVSYTCETAAHFFLYQVMSRWEEYLSKVKVKSGKPVEVKAVSEFFPFHQYFANAPQPIFKGRSYEEDMELAEGCFRHIRKIFTQLEEFRAFELLRSGLDRSKYLLVKEAKIIAMTCTHAALKRHDLVELGFKYDNILMEEAAQILEIETFIPLLLQNPEDGFSRLKRWIMIGDHHQLPPVIKNMAFQKYSNMEQSLFTRFVRLGVPTVDLDAQGRARASLCNLYNWRYKKLGNLPHVQLLPEFRSANAGFVFDFQLINVEDFNGVGESEPNPYFYQNLGEAEYAVALFMYMRLLGYPAEKISILTTYNGQKHLIRDVINQRCGNNPLIGRPSKVTTVDRFQGQQNDYIILSLVRTKAVGHLRDVRRLVVAMSRARLGLYIFARVSLFQNCFELTPAFNQLTGRPLRLHIVPAEYFPTDRLKDTIPTYPVQVIKNMPEMANFVYNMYMHRIQSAHHYRQQLLPPPAAIKDTEPVPINEEEEKEEEDVTEENVEDEAKMEPGASMETAAEEESGNEKHQTMPEHPGRDSDSEGSEAEEESAAIN

Target ORF information:

RefSeq Version	XM_014493317.1
Organism	Latimeria chalumnae(coelacanth)
Definition	Latimeria chalumnae aquarius intron-binding spliceosomal factor (AQR), mRNA.

Target ORF information:

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

XM_014493317.1

ORF Insert Sequence:

ATGGAGAAAA CAACGCAACT GAAAAAGACA TTTGCACCCA CTGTTTCCCA GATAAATGCA 
GAATTTGTAA CCCAGCTTTC AAACAAATAC TGGGCTCCTC ATGTTAAAAA AAAATTGTCT 
TTTGATGCCA AGGTCATTGA AGATGTGTAT CAAAAGGAAG TTGTTAAATC AAAATTTGCA 
ATCAGGAAGA TTATGCTGCT TGAATTTAGC CAGTACCTGG AAAATTACTT GTGGGTAAAT 
TATGCCCCTG AGGCATCCAG TGATGCTTAC TTAATGTCAA TCTGCTGTAT GGTGAATGAG 
AAGTTCAGAG AGAATGTTGC TGCATGGGAG ACATTTGAGA AGAAACCAGA GCACTTTCCT 
TACTTTTTTC AATGTATTCT GACTGCAGCA CTTGCTGAAG AAGACAGCAG CTTCTCTCTG 
CGAGAACAGA CAGTCTTACT GCTTTTCCTT GATCACTGTT TCAACAGCTT GGAAGTAGAT 
TTAATCAGAG AGCAGGTTCA GCGCCTCATA TCCCTCCCAA TGTGGACATG TCTATTACTA 
GCACGTCTTG AGCAAGAACT TAAGAAGACT CCCAAGCTCC GAAAGTTCTG GAATCTGATA 
AAGAAGAATG ATGAGAAAAT GTCTGTAGCA GCTCGAGAAC AGGCAAATCT GGAGAGGAGT 
TTTCTTTCCA AGTTAATTCA GAAGTTTCTC ACAGTATTGA AATCTATTCC ACCTTCAGGC 
CAATGTTCTA TGGATAAGGT CCATTACTGT GAAAGGTTTA TTGAACTAAT GATAGATCTT 
GAGGCTTTGC TTCCCACTCG TCGCTGGTTT AATACAGTCC TTGATGATTC CCACCTTGTG 
GTTCACTGTT ACCTGTCTGG CCTCATTCAA AGGGAAAAGG ATGGACATCT TTTCAGCCAG 
CTGTTGGATG TGTTGAAGTT CTACACTGGG TTTGAAATTA ATGATCAGAC TGGAAATGCA 
CTGACTGAGA ATGAAATGAC CACAATTCAC TATGATCGTA TCACCTCTCT GCAGAGGGCA 
GCTTTCGCTC ATTTCCCTGA GTTGCATAAT TTTGCTTTGT CCCATGTGGC CGCAGTGGAT 
ACTCGGGAAG CATTAGAAAA ACTGTTTGGC CCCCTAAGCC CCAGCACCCT CCATCAAGTT 
GCATCATACC TCTGTCTGTT GCCAGCCTTA CCTGAGGTGG AGGAAAGTAG CTACGACAAA 
GAGTTTCTAC TGGAATTACT GGTGTCCCGT CATAAACGGC GAATATCCCA GATTCAACAG 
CTCAATCAGA TGCCACTGTA TCCCACAGAG AAGATCATCT GGGATGAGAA CATTGTGCCC 
ACAGAATACT ACTCTGGAGA AGGCTGCCTT GCACTGCCTA AACTGAACTT ACAATTTCTT 
ACTCTTCATG ACTATCTACT GAGAAACTTC AACCTCTTCC GCCTGGAGTC CACCTATGAG 
ATCAGACAGG ACGTTGAGGA TGCAGTCAGC AGGATGAAGC CCTGGCAGTC CGAGTATGGA 
GGAGTGGTGT TTGGTGGTTG GGCTCGAATG GCTCAGCCCA TTGTCTCGTT CACCATCGTA 
GAGGTAGCCA AGCCCAACAT TGGTGAAACG TGGCCAGCAA GAGTGCGTGC CGATGTTACC 
ATCAACCTGA ACGTCAGGGA CCAGATCAAA CAAGAATGGG AAGGCCTTCG TAAGCATGAC 
GTGTGCTTTC TTGTTACGGT TCGCCCAACA CAACCATATG GAACAAGGTT TGATCGGAAG 
CAACCATTTG TTGAGCAAAC TGGTCTGGTA TATGTGAGAG GCTGTGAGGT GCAAGGCATG 
CTGGATGAGA AGGGGCGTGT CATTGAAGAA GGACCAGACC CTAAACCCAA ACTGAAGGGC 
GATTCCAGGA CCTTCCGAGT GTTCCTGGAT CCAAACCAGT ACCAGCAGGA CATGACCAAC 
ACAATCCAGA GTGGTGCAGA GGATGTTTAT GAAACCTTCA ATATCATCAT GAGGAGAAAA 
CCCAAGGAGA ACAACTTCAA GGCAGTATTG GAGACGATCC GAAACTTAAT GAACACAGAC 
TGTGTCGTTC CTGATTGGCT CCATGACATC ATCCTCGGCT ACGGAGACCC CGGTAGCGCC 
CATTATTCTA AAATGCCCAA TCAGATTCCA ACGTTGGATT TCAATGACAC CTTCCTCTCC 
ATTGATCACC TGAGAGCTAG TTTTCCTGGT TACCAAATCA AAGTCACAGT GACTGATCCA 
ACGCAGCAGA AGCCTCCTTT CAGAATCGCC TTTCCTGTGA GGAGTGGCAA AGGGAAGAAA 
CGCAAAGGAG AGGAAGAGAA AGCGCCAAGT GAAGAGGATT GCACTTTAAT TGTTGAGCCA 
CATGTGATTC TGAACAGAGG GCCATACCCC TATAATCAGC CCAAACGCAA TGCTATCCAG 
TTCACACCAA CTCAGATAGA GGCAATCCGT GCTGGTATGC AGCCAGGATT AACAATGGTT 
GTGGGGCCTC CTGGTACTGG TAAAACCGAT GTAGCTGTGC AGATCATTTC TAACCTTTAT 
CACAACTTCC CAGAGCAGAG GACACTCATA GTAACCCATT CGAACCAGGC ATTGAATCAG 
CTGTTTGAGA AGATCATGGC TTTGGACATT GATGAGCGTC ACCTTCTGCG TCTGGGCCAT 
GGAGAGGAAG AGCTGGAGAC TGAGAAGGAT TTTAGCAGGT ATGGCCGAGT TAATTACGTC 
TTGGCTCGAC GACTGGAGCT CTTGCGGGAA GTGGGTCGGC TACAGGAGAG TCTGGGGGTC 
CCAGGGGATG TTTCTTACAC TTGTGAAACA GCTGCCCATT TCTTCTTATA TCAAGTCATG 
TCTCGTTGGG AGGAATACCT TAGCAAAGTA AAAGTAAAAA GCGGCAAGCC TGTTGAAGTT 
AAGGCTGTAT CTGAATTCTT CCCCTTCCAT CAGTACTTTG CAAACGCTCC ACAGCCTATA 
TTTAAAGGAA GATCATATGA AGAAGATATG GAGCTTGCTG AAGGCTGTTT TAGACACATA 
AGAAAAATAT TTACTCAACT TGAGGAATTC CGAGCTTTTG AACTGCTCCG TAGTGGCCTG 
GATAGATCGA AGTACCTGCT GGTGAAAGAA GCTAAAATCA TTGCGATGAC TTGTACCCAT 
GCTGCCCTGA AACGGCATGA CCTGGTTGAG CTGGGGTTCA AGTATGACAA CATCCTCATG 
GAAGAGGCAG CTCAGATTCT TGAGATAGAA ACATTCATAC CTCTCCTCCT GCAGAATCCA 
GAGGATGGAT TCAGCCGGCT GAAACGCTGG ATTATGATTG GTGACCATCA CCAGCTGCCC 
CCAGTCATTA AGAACATGGC TTTCCAGAAA TATTCCAACA TGGAACAGTC CCTCTTCACT 
CGGTTTGTCC GCCTGGGGGT GCCAACTGTC GACCTGGACG CGCAGGGTAG AGCGAGGGCA 
AGCTTGTGTA ACCTGTACAA TTGGCGTTAT AAGAAGTTGG GGAACCTACC TCATGTTCAG 
CTCTTGCCAG AGTTTCGCTC TGCCAATGCT GGCTTTGTGT TTGACTTCCA GCTTATCAAC 
GTGGAGGATT TCAATGGAGT TGGGGAGTCA GAGCCAAACC CTTACTTTTA CCAGAACCTT 
GGTGAAGCAG AGTATGCAGT GGCTCTGTTC ATGTACATGC GTCTGCTCGG TTACCCTGCA 
GAGAAGATCA GTATCCTGAC AACCTACAAT GGACAGAAGC ATCTGATCCG TGATGTCATC 
AATCAGCGCT GTGGCAACAA CCCCCTCATT GGGCGGCCAA GCAAGGTGAC AACAGTTGAT 
CGATTCCAGG GCCAGCAGAA TGATTATATT ATACTATCGC TGGTTAGAAC AAAGGCTGTT 
GGACATCTCA GAGATGTGCG TCGATTAGTT GTTGCCATGT CTCGAGCCAG GCTCGGCTTG 
TACATCTTTG CCAGAGTATC GCTGTTCCAG AACTGCTTTG AGCTGACTCC TGCTTTCAAC 
CAGCTGACAG GTCGACCACT CAGACTGCAC ATTGTTCCAG CGGAGTACTT CCCAACTGAC 
AGATTAAAGG ACACTATCCC TACCTATCCT GTGCAGGTCA TTAAGAACAT GCCAGAGATG 
GCTAACTTTG TGTACAACAT GTACATGCAT AGGATCCAGA GTGCACACCA TTATAGACAG 
CAACTATTGC CCCCACCAGC TGCAATTAAA GACACTGAGC CAGTTCCAAT TAATGAGGAG 
GAGGAGAAGG AAGAAGAGGA TGTTACAGAG GAAAATGTGG AGGATGAAGC CAAGATGGAG 
CCTGGGGCTT CTATGGAAAC AGCAGCAGAA GAGGAGTCAG GGAATGAAAA ACATCAGACA 
ATGCCAGAGC ATCCAGGGAG AGACAGTGAC AGCGAGGGCA GTGAGGCTGA GGAGGAGTCA 
GCAGCTATCA ACTAA