LOC111578607 cDNA ORF clone, Amphiprion ocellaris(clown anemonefish)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111578607
Entrez Gene ID	111578607
Full Name	tudor domain-containing protein 6-like
Gene Type	protein-coding
Organism	Amphiprion ocellaris(clown anemonefish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023285504.1	XP_023141272.1	tudor domain-containing protein 6-like

Pathways from BioSystems
Gene Ontology

The following LOC111578607 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111578607 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
OAm89867	XM_023285504.1 Latest version!	Amphiprion ocellaris tudor domain-containing protein 6-like (LOC111578607), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

LOC111578607 ( XM_023285504.1 ) cDNA ORF clone, Amphiprion ocellaris(clown anemonefish) -> XP_023141272.1 Amphiprion ocellaris tudor domain-containing protein 6-like (LOC111578607), mRNA.

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CloneID	OAm89867
Clone ID Related Accession (Same CDS sequence)	XM_023285504.1
Accession Version	XM_023285504.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4902bp) 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	2017-12-12
Organism	Amphiprion ocellaris(clown anemonefish)
Product	tudor domain-containing protein 6-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019373176.1) 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 Name :: Amphiprion ocellaris Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTCAA TTCCTGGACT CCCAACACCC GGATCAGAAG TACCTGTTCT CATCACCAGG 
GTAAACCTAA ACCCAAGTTA TGGTCTTGTG GAATTGTGGG TAAACTTGGA TGATGGCAGA 
AAGCATGTTT ATGAGACAGT GAGAGAGGAA ATTCAGATTA TTCAGAGAAA GTTTTATGCA 
ACAGAAGGAA AACCAGGCGA CCTCTGTCTG GTTTGCATCA GTGACACCTG GCACAGGGCT 
CGGATTGTGT CAATTGAAAC TGAAACGTTC AATGTTTTTC TAATCGACCA GGGAAAACCC 
CACATCACCA CGCGTGAAGC TTTAGCGTGG GGCCATTGTG ACAGTTTTGT CCTTCCTCCT 
GAAATTGAAT CGTGCATACT CGCAAATGTC CTCTCTCTTG AGAATAACCA GCCTGAAAAA 
GCCAACAAGT TTTTGACATC TCTGCCTGGG AAGAAGTTTA AGGGACTGGT TCAACATGTA 
CTGATGCCAG ACAGAATGAT TCTCCTCGAC ATACCAATTG TGTCCAAGCA TATGTGCAGG 
TTAGGATCTG CCCAGAAGAT CCCAGTGGAT GAGTTTAAAA GCCTTGTACT GAAGTGTCTA 
CATTTGCCCA AAGAGGAATC TTCTGAGGAC TTCCATAAAT CACCAGGACA GAATCTGAAT 
GTTGGTTCCC AACTTACCAA ACAATACTTT TACCCAGAGC TGTTAACGGA TGCTTTGGAA 
ATTGTTACTG TTACCGAAGT GACCGATCCA CTCAATATTT TTTGCAAGCT TCAAATTTTT 
TTGAAAGCGG TGGAGACATT GTCTGAGCAG ATCCACCAAT ATTATGAAAA GTGTTCCAAT 
TCTGAGGAGG CACAACCACA GACCTGTGGG GAGCCATGTG CTGCTAAAGG AACAAATGGA 
AGATGGCATC GCTCAATTCT AAAGCAAAAC ATGGTGACTA GCGACGGCAC TGTAGAAGTT 
CTACATGTGG ATGAAGGAAA AACTGAATTA ATTCCTGTTG GAGACATCAA GCCACTGCTT 
GTGAAATTCC TGAGAATGCC AGTAGTCACA TATCTCTGTT CGCTTAATGA GATAAAAGAC 
AATGGCAAAG AGTGGACTGT GGATGAAATT GATTTCTTGA AATCGCTGCT CTTGAACCAA 
ACAGTCACGG CGAGGTTTGA CCACCAAACA GAAACTCAAG ATGCCTATTC TGTCACTCTG 
TATGCAGCTA ATGCCGAATG CATCAACAAC AGTTTTATGG AGAAGGCGGG CCTCATTCCA 
CACTCTAGGC CTGATTTAAA TGTGCAGAGC AGATCCATTA ACTCAACCAT TCTCACTCCA 
ACTGGACATG AGAACAAACT CAATGGAAAT GTTGATGAGC TACCAGAAGA AACCAAAAAC 
CAAGTAATCA AAGGCAGCAC AGATGATGCG TCAACTTCTG CCACCAATGA TATTCATATC 
AAAGAAAGCT CTAAATATCA AAACCACAAT GGACATATTT CAACAGGTTT CCCCTCTGAA 
GAGCACATTG CTTGTGGTGA CGATGTGTTC ACTGTCGGAA GTACAGTCAA TGTAAAAGTA 
TCTTGCATTG ATGGTCGGCA CAAGTTTTGG TGTCAAACAA CAGAAAACAG CGACTCCCTT 
CAATGCCTCA TGAAAGACAT CCAAAATCAC TACGAATCTG CCCACCCTCG GCCACTCACC 
GAGACCATCT GTGTCGCCCG TCATCCGGAC AATAACATGT GGTACAGAGC GAAGATCATT 
GCAAATCACC ATTCCCCAAC TGTAGATGTA AGATTTATAG ACTATGGTCA AACTCAGAAG 
GTTCCCCTGC AAGATGTGCA ACCTATTGAT CCAATGTTCT TACAGCTGAA AGCACAGGCT 
TTCCAGTGTT GCTTATTCAA TCAAAAGAGT CTTACTGATG TCACTTTGCA AAACGCTACT 
TTAGTAGAGT TCCAGAAGTG TGTAGATTTA CGTACTTCAT CCAACATTGA AGTGAAATGT 
GTTGTAAAAG CTGTGACATC TGATGATGAA GGCCTTCTCC TTAACATGGT GGATATTGAA 
ACAGCATGTG ATAGCGCATC CAAGCTTCTG GCTCATAGAT GTGCGCAGTC TGATGTATAC 
AATTACTCCA CACACAACAT TGAGGTGGGT GCTAAAGAAA AGGTGTGGGT AACCTCTTCA 
GAGAGCGTCA ATCTCTTCTA CTGTCAGCTG TTCAGGAATT CTCATTGGTT TGACAAAGTG 
ATGGAAAATG TTGCACAACT ACTTGACCAG CCACAGTGCT CAGATCAGCC TCTTGGACTA 
AACAGCATTT GCCTTGCGAA GTACTCTGAT GATCAGTGGT ACAGAGGTCA AGTAGTAGAG 
ATGTCCCCAA AACTTAAAGT GCACTTTGTG GACTATGGGA ATACCCTTGC AGTAAATGAA 
ACAGATATTC GTCCCTGTCC CACGGAGGCG AGTATGACCA GGTCTATTCC TGTGCAGGCA 
GTTCCACTTG GACTGTTTGA CGTCCCTGCA GAAATACCAC CAGAAGTCAA CCGGTGGTTC 
GCAGATCATG CTGTAGGCCA TAATTTCACC ATTTCTGTGG TGGCACAAGA GGAAAGAGGG 
AAGTTCATTG TTGAACTGTT TGATGGATCC CTGAATGTAA ACGAGAAAGC CAGAGAGAGG 
ATGGCAAAAA TGAAAGAACA GTTGACTGAC CAGCAGCTTT CCAACAGTTC AAAACTGACT 
ACTGCACCAA ATGTACCACA AGAGCTCATG GAAGCATCAG AATTAACAAA GACAACACAA 
CAAGACAGAG TCCGCAGCAT GTTCGCCAGA GATGATCTAC AGATGGGTTC AAAATCAACA 
CCTGATACCT TGACGCCAAA GAGTTTTGAT GAAGGAAATA ATCCAGCTTT GGATGCGATT 
ATTGAATACA GAGAAAATGT GGCAGAAACC TCTGTACAAA GTTTCCACAG TGACTCAGAA 
GTGGCTCGAG TACTCAAGGA GGAAGTGTAT GTTTCCTGCA TTGTTGGACC AAATTACTTC 
TGGTGTCAAT ACAGCAACAC TGAAAACCTA AACACAGTGT CAAAGCTTGC TCAGGAAGCA 
GGACAAGCAC AACAGGATAG GTTTTTCCTC GAGAGTCTGG AGCCTGGCAG TCCATGCCTT 
GCTTTGTTCT CTAGCGACAA CCAGTGGTAC AGGGCTCAAG TAATTCGAAA AGCTGGCAAC 
ACCTTCCATA TTGTGTTTGT TGACTATGGA AATGAGTCTG AAGTTGACAT TGAAAATGTA 
AAACCACTGC CTCAGAGCCT GCTGGACATT GCTCCTCAGG CTTTTATGTG CCGTCTGAAG 
GAGTTCAATG AGTCTAAGGG CTCCTGGAAT GATGAAGTTT ATGATGACTT CTATAATCTT 
GTGATTGATA AACCACTCAA AGTGACCATC TTTAACATGG AAAACCATTC AGAGATTGCA 
GTTCCACAGT ATGCAGTGGA AATTGAATGT GATAAAGTGG TCATCAATAG ATTAATGCAG 
AAATACTGGA GACCATTTTC TACAGAACAG TCCAAGAATG AGACACCTCT AAAAAAAACC 
CAAGATACTG AAACTGGAGG CAATGCAACT CACTTTCATA TTTCCAAAGA GAATGCAAGT 
ACTTGCAAGT ACAAAAAGCC AATTTTTTCC AAAAATAAGG CAGAGCTGGT ACATGCCTCT 
TCTATTGTGG AACCATATTT CTTCTGGTGT CAGTACACCA ACACTGAGGA TCTCTGCAAA 
GTGATTCAGC TTGCTCAGGA AGCAGGACAG TCGGATCAGG ACATCACATT CGCTGAGACT 
CTTGGTCCTG GCAGTCCATG CCTCGCTCTG TTCTCCAGTG ACAACCAATG GTACAGGGCT 
CAAGTAATTC GCAGAGTTAA TGATGCATTC TGTGTTTTGT TTGTTGACTA TGGAAACGAG 
TCTGAAGTTG ACATCAAGGA TGTCCGATCA CTGCCTCAGA CTCTGCTGGA GATCACCCCT 
CAGGCCTTTT TGTGCCGTTT GGATGGATTT GATGAGTCAA AGGGTTCCTG GGATGACAAA 
GCGTCTGATG GCTTCTACAA TCTTCTGGTT GATAAACCAC TCAAATTGAC AGTGTTCAGC 
ATGGAAGACC ATCCAGAGAT TAAAGTTTCA CAGTTTTCTG TGGAAATTGA CTACGAAGGA 
GTGGTTGTGA ATATAGCAAT GGAGACGTAT TGGAAACCAC TTATTGAAGA ATGTCTTATG 
ATGGAGAATC CTCAGAGTCC CAGAGGGAAT GTGAGTACTT GCATGTACAA AGAGCCAAGT 
ATTTCCAAAA GTAAGACAGA GATGGTGTAT GCTTCTTGTA TTGCGGAACC GCATTTCTTC 
TGGTGTCAGT ACATCAACAC TGAGGATCTC TGCAAAGTGA TTCAGCTTGC TCAGGAAGCA 
GGACAGTCGG ATCAGGACAT GACATTCACA GAGACTCTTG GTCCTGGCAG TCCATGCCTC 
GCTCTGTTCT CCAGTGACAA CCAGTGGCAC AGAGCCCGAG TAATGCGGAA GACTGACAAT 
ACACTGCATG TTCTGTTTGT TGACTATGGA AATGAGTCTG AAGTTGACAT CAAGGATGTG 
CGATCACTGC CTCAGACTCT GCTGGAGATC GCTCCTCAGG CTTTTTTGTG CCGTTTGAAT 
GGATTTGACG AGTCCAAGGG TTCCTGGCAG GACGAAGTTT ATGATGACTT CTATAATCTT 
CTGATTGATA AACAACTTAA AGTGACGGTG TTTTGCGCAA AAGACCATTC AGAAATTGCT 
GTTCCTCATT ATGCAGTTGA AATGGAATGT GAAGGAGCAG CTGTGAATAC ACTCATGGAG 
AAATACTGGA AAGGAGAAGG CTCGGATGAT GCTTTGGTAG AAAATTTGGA AGCAGTGAGC 
CAGGATGAAA CCAGGACTGT AGACGAGAAT GTTGAGGTTT AA

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

RefSeq	XP_023141272.1
CDS	160..5061
Translation	MCSIPGLPTPGSEVPVLITRVNLNPSYGLVELWVNLDDGRKHVYETVREEIQIIQRKFYATEGKPGDLCLVCISDTWHRARIVSIETETFNVFLIDQGKPHITTREALAWGHCDSFVLPPEIESCILANVLSLENNQPEKANKFLTSLPGKKFKGLVQHVLMPDRMILLDIPIVSKHMCRLGSAQKIPVDEFKSLVLKCLHLPKEESSEDFHKSPGQNLNVGSQLTKQYFYPELLTDALEIVTVTEVTDPLNIFCKLQIFLKAVETLSEQIHQYYEKCSNSEEAQPQTCGEPCAAKGTNGRWHRSILKQNMVTSDGTVEVLHVDEGKTELIPVGDIKPLLVKFLRMPVVTYLCSLNEIKDNGKEWTVDEIDFLKSLLLNQTVTARFDHQTETQDAYSVTLYAANAECINNSFMEKAGLIPHSRPDLNVQSRSINSTILTPTGHENKLNGNVDELPEETKNQVIKGSTDDASTSATNDIHIKESSKYQNHNGHISTGFPSEEHIACGDDVFTVGSTVNVKVSCIDGRHKFWCQTTENSDSLQCLMKDIQNHYESAHPRPLTETICVARHPDNNMWYRAKIIANHHSPTVDVRFIDYGQTQKVPLQDVQPIDPMFLQLKAQAFQCCLFNQKSLTDVTLQNATLVEFQKCVDLRTSSNIEVKCVVKAVTSDDEGLLLNMVDIETACDSASKLLAHRCAQSDVYNYSTHNIEVGAKEKVWVTSSESVNLFYCQLFRNSHWFDKVMENVAQLLDQPQCSDQPLGLNSICLAKYSDDQWYRGQVVEMSPKLKVHFVDYGNTLAVNETDIRPCPTEASMTRSIPVQAVPLGLFDVPAEIPPEVNRWFADHAVGHNFTISVVAQEERGKFIVELFDGSLNVNEKARERMAKMKEQLTDQQLSNSSKLTTAPNVPQELMEASELTKTTQQDRVRSMFARDDLQMGSKSTPDTLTPKSFDEGNNPALDAIIEYRENVAETSVQSFHSDSEVARVLKEEVYVSCIVGPNYFWCQYSNTENLNTVSKLAQEAGQAQQDRFFLESLEPGSPCLALFSSDNQWYRAQVIRKAGNTFHIVFVDYGNESEVDIENVKPLPQSLLDIAPQAFMCRLKEFNESKGSWNDEVYDDFYNLVIDKPLKVTIFNMENHSEIAVPQYAVEIECDKVVINRLMQKYWRPFSTEQSKNETPLKKTQDTETGGNATHFHISKENASTCKYKKPIFSKNKAELVHASSIVEPYFFWCQYTNTEDLCKVIQLAQEAGQSDQDITFAETLGPGSPCLALFSSDNQWYRAQVIRRVNDAFCVLFVDYGNESEVDIKDVRSLPQTLLEITPQAFLCRLDGFDESKGSWDDKASDGFYNLLVDKPLKLTVFSMEDHPEIKVSQFSVEIDYEGVVVNIAMETYWKPLIEECLMMENPQSPRGNVSTCMYKEPSISKSKTEMVYASCIAEPHFFWCQYINTEDLCKVIQLAQEAGQSDQDMTFTETLGPGSPCLALFSSDNQWHRARVMRKTDNTLHVLFVDYGNESEVDIKDVRSLPQTLLEIAPQAFLCRLNGFDESKGSWQDEVYDDFYNLLIDKQLKVTVFCAKDHSEIAVPHYAVEMECEGAAVNTLMEKYWKGEGSDDALVENLEAVSQDETRTVDENVEV

Target ORF information:

RefSeq Version	XM_023285504.1
Organism	Amphiprion ocellaris(clown anemonefish)
Definition	Amphiprion ocellaris tudor domain-containing protein 6-like (LOC111578607), mRNA.

Target ORF information:

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

XM_023285504.1

ORF Insert Sequence:

ATGTGTTCAA TTCCTGGACT CCCAACACCC GGATCAGAAG TACCTGTTCT CATCACCAGG 
GTAAACCTAA ACCCAAGTTA TGGTCTTGTG GAATTGTGGG TAAACTTGGA TGATGGCAGA 
AAGCATGTTT ATGAGACAGT GAGAGAGGAA ATTCAGATTA TTCAGAGAAA GTTTTATGCA 
ACAGAAGGAA AACCAGGCGA CCTCTGTCTG GTTTGCATCA GTGACACCTG GCACAGGGCT 
CGGATTGTGT CAATTGAAAC TGAAACGTTC AATGTTTTTC TAATCGACCA GGGAAAACCC 
CACATCACCA CGCGTGAAGC TTTAGCGTGG GGCCATTGTG ACAGTTTTGT CCTTCCTCCT 
GAAATTGAAT CGTGCATACT CGCAAATGTC CTCTCTCTTG AGAATAACCA GCCTGAAAAA 
GCCAACAAGT TTTTGACATC TCTGCCTGGG AAGAAGTTTA AGGGACTGGT TCAACATGTA 
CTGATGCCAG ACAGAATGAT TCTCCTCGAC ATACCAATTG TGTCCAAGCA TATGTGCAGG 
TTAGGATCTG CCCAGAAGAT CCCAGTGGAT GAGTTTAAAA GCCTTGTACT GAAGTGTCTA 
CATTTGCCCA AAGAGGAATC TTCTGAGGAC TTCCATAAAT CACCAGGACA GAATCTGAAT 
GTTGGTTCCC AACTTACCAA ACAATACTTT TACCCAGAGC TGTTAACGGA TGCTTTGGAA 
ATTGTTACTG TTACCGAAGT GACCGATCCA CTCAATATTT TTTGCAAGCT TCAAATTTTT 
TTGAAAGCGG TGGAGACATT GTCTGAGCAG ATCCACCAAT ATTATGAAAA GTGTTCCAAT 
TCTGAGGAGG CACAACCACA GACCTGTGGG GAGCCATGTG CTGCTAAAGG AACAAATGGA 
AGATGGCATC GCTCAATTCT AAAGCAAAAC ATGGTGACTA GCGACGGCAC TGTAGAAGTT 
CTACATGTGG ATGAAGGAAA AACTGAATTA ATTCCTGTTG GAGACATCAA GCCACTGCTT 
GTGAAATTCC TGAGAATGCC AGTAGTCACA TATCTCTGTT CGCTTAATGA GATAAAAGAC 
AATGGCAAAG AGTGGACTGT GGATGAAATT GATTTCTTGA AATCGCTGCT CTTGAACCAA 
ACAGTCACGG CGAGGTTTGA CCACCAAACA GAAACTCAAG ATGCCTATTC TGTCACTCTG 
TATGCAGCTA ATGCCGAATG CATCAACAAC AGTTTTATGG AGAAGGCGGG CCTCATTCCA 
CACTCTAGGC CTGATTTAAA TGTGCAGAGC AGATCCATTA ACTCAACCAT TCTCACTCCA 
ACTGGACATG AGAACAAACT CAATGGAAAT GTTGATGAGC TACCAGAAGA AACCAAAAAC 
CAAGTAATCA AAGGCAGCAC AGATGATGCG TCAACTTCTG CCACCAATGA TATTCATATC 
AAAGAAAGCT CTAAATATCA AAACCACAAT GGACATATTT CAACAGGTTT CCCCTCTGAA 
GAGCACATTG CTTGTGGTGA CGATGTGTTC ACTGTCGGAA GTACAGTCAA TGTAAAAGTA 
TCTTGCATTG ATGGTCGGCA CAAGTTTTGG TGTCAAACAA CAGAAAACAG CGACTCCCTT 
CAATGCCTCA TGAAAGACAT CCAAAATCAC TACGAATCTG CCCACCCTCG GCCACTCACC 
GAGACCATCT GTGTCGCCCG TCATCCGGAC AATAACATGT GGTACAGAGC GAAGATCATT 
GCAAATCACC ATTCCCCAAC TGTAGATGTA AGATTTATAG ACTATGGTCA AACTCAGAAG 
GTTCCCCTGC AAGATGTGCA ACCTATTGAT CCAATGTTCT TACAGCTGAA AGCACAGGCT 
TTCCAGTGTT GCTTATTCAA TCAAAAGAGT CTTACTGATG TCACTTTGCA AAACGCTACT 
TTAGTAGAGT TCCAGAAGTG TGTAGATTTA CGTACTTCAT CCAACATTGA AGTGAAATGT 
GTTGTAAAAG CTGTGACATC TGATGATGAA GGCCTTCTCC TTAACATGGT GGATATTGAA 
ACAGCATGTG ATAGCGCATC CAAGCTTCTG GCTCATAGAT GTGCGCAGTC TGATGTATAC 
AATTACTCCA CACACAACAT TGAGGTGGGT GCTAAAGAAA AGGTGTGGGT AACCTCTTCA 
GAGAGCGTCA ATCTCTTCTA CTGTCAGCTG TTCAGGAATT CTCATTGGTT TGACAAAGTG 
ATGGAAAATG TTGCACAACT ACTTGACCAG CCACAGTGCT CAGATCAGCC TCTTGGACTA 
AACAGCATTT GCCTTGCGAA GTACTCTGAT GATCAGTGGT ACAGAGGTCA AGTAGTAGAG 
ATGTCCCCAA AACTTAAAGT GCACTTTGTG GACTATGGGA ATACCCTTGC AGTAAATGAA 
ACAGATATTC GTCCCTGTCC CACGGAGGCG AGTATGACCA GGTCTATTCC TGTGCAGGCA 
GTTCCACTTG GACTGTTTGA CGTCCCTGCA GAAATACCAC CAGAAGTCAA CCGGTGGTTC 
GCAGATCATG CTGTAGGCCA TAATTTCACC ATTTCTGTGG TGGCACAAGA GGAAAGAGGG 
AAGTTCATTG TTGAACTGTT TGATGGATCC CTGAATGTAA ACGAGAAAGC CAGAGAGAGG 
ATGGCAAAAA TGAAAGAACA GTTGACTGAC CAGCAGCTTT CCAACAGTTC AAAACTGACT 
ACTGCACCAA ATGTACCACA AGAGCTCATG GAAGCATCAG AATTAACAAA GACAACACAA 
CAAGACAGAG TCCGCAGCAT GTTCGCCAGA GATGATCTAC AGATGGGTTC AAAATCAACA 
CCTGATACCT TGACGCCAAA GAGTTTTGAT GAAGGAAATA ATCCAGCTTT GGATGCGATT 
ATTGAATACA GAGAAAATGT GGCAGAAACC TCTGTACAAA GTTTCCACAG TGACTCAGAA 
GTGGCTCGAG TACTCAAGGA GGAAGTGTAT GTTTCCTGCA TTGTTGGACC AAATTACTTC 
TGGTGTCAAT ACAGCAACAC TGAAAACCTA AACACAGTGT CAAAGCTTGC TCAGGAAGCA 
GGACAAGCAC AACAGGATAG GTTTTTCCTC GAGAGTCTGG AGCCTGGCAG TCCATGCCTT 
GCTTTGTTCT CTAGCGACAA CCAGTGGTAC AGGGCTCAAG TAATTCGAAA AGCTGGCAAC 
ACCTTCCATA TTGTGTTTGT TGACTATGGA AATGAGTCTG AAGTTGACAT TGAAAATGTA 
AAACCACTGC CTCAGAGCCT GCTGGACATT GCTCCTCAGG CTTTTATGTG CCGTCTGAAG 
GAGTTCAATG AGTCTAAGGG CTCCTGGAAT GATGAAGTTT ATGATGACTT CTATAATCTT 
GTGATTGATA AACCACTCAA AGTGACCATC TTTAACATGG AAAACCATTC AGAGATTGCA 
GTTCCACAGT ATGCAGTGGA AATTGAATGT GATAAAGTGG TCATCAATAG ATTAATGCAG 
AAATACTGGA GACCATTTTC TACAGAACAG TCCAAGAATG AGACACCTCT AAAAAAAACC 
CAAGATACTG AAACTGGAGG CAATGCAACT CACTTTCATA TTTCCAAAGA GAATGCAAGT 
ACTTGCAAGT ACAAAAAGCC AATTTTTTCC AAAAATAAGG CAGAGCTGGT ACATGCCTCT 
TCTATTGTGG AACCATATTT CTTCTGGTGT CAGTACACCA ACACTGAGGA TCTCTGCAAA 
GTGATTCAGC TTGCTCAGGA AGCAGGACAG TCGGATCAGG ACATCACATT CGCTGAGACT 
CTTGGTCCTG GCAGTCCATG CCTCGCTCTG TTCTCCAGTG ACAACCAATG GTACAGGGCT 
CAAGTAATTC GCAGAGTTAA TGATGCATTC TGTGTTTTGT TTGTTGACTA TGGAAACGAG 
TCTGAAGTTG ACATCAAGGA TGTCCGATCA CTGCCTCAGA CTCTGCTGGA GATCACCCCT 
CAGGCCTTTT TGTGCCGTTT GGATGGATTT GATGAGTCAA AGGGTTCCTG GGATGACAAA 
GCGTCTGATG GCTTCTACAA TCTTCTGGTT GATAAACCAC TCAAATTGAC AGTGTTCAGC 
ATGGAAGACC ATCCAGAGAT TAAAGTTTCA CAGTTTTCTG TGGAAATTGA CTACGAAGGA 
GTGGTTGTGA ATATAGCAAT GGAGACGTAT TGGAAACCAC TTATTGAAGA ATGTCTTATG 
ATGGAGAATC CTCAGAGTCC CAGAGGGAAT GTGAGTACTT GCATGTACAA AGAGCCAAGT 
ATTTCCAAAA GTAAGACAGA GATGGTGTAT GCTTCTTGTA TTGCGGAACC GCATTTCTTC 
TGGTGTCAGT ACATCAACAC TGAGGATCTC TGCAAAGTGA TTCAGCTTGC TCAGGAAGCA 
GGACAGTCGG ATCAGGACAT GACATTCACA GAGACTCTTG GTCCTGGCAG TCCATGCCTC 
GCTCTGTTCT CCAGTGACAA CCAGTGGCAC AGAGCCCGAG TAATGCGGAA GACTGACAAT 
ACACTGCATG TTCTGTTTGT TGACTATGGA AATGAGTCTG AAGTTGACAT CAAGGATGTG 
CGATCACTGC CTCAGACTCT GCTGGAGATC GCTCCTCAGG CTTTTTTGTG CCGTTTGAAT 
GGATTTGACG AGTCCAAGGG TTCCTGGCAG GACGAAGTTT ATGATGACTT CTATAATCTT 
CTGATTGATA AACAACTTAA AGTGACGGTG TTTTGCGCAA AAGACCATTC AGAAATTGCT 
GTTCCTCATT ATGCAGTTGA AATGGAATGT GAAGGAGCAG CTGTGAATAC ACTCATGGAG 
AAATACTGGA AAGGAGAAGG CTCGGATGAT GCTTTGGTAG AAAATTTGGA AGCAGTGAGC 
CAGGATGAAA CCAGGACTGT AGACGAGAAT GTTGAGGTTT AA