Chd1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Chd1
Entrez Gene ID	110312447
Full Name	chromodomain helicase DNA binding protein 1
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021186043.1	XP_021041702.1	chromodomain-helicase-DNA-binding protein 1

Pathways from BioSystems
Gene Ontology

The following Chd1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Chd1 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
OMv34126	XM_021186043.1 Latest version!	Mus caroli chromodomain helicase DNA binding protein 1 (Chd1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

Chd1 ( XM_021186043.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021041702.1 Mus caroli chromodomain helicase DNA binding protein 1 (Chd1), mRNA.

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CloneID	OMv34126
Clone ID Related Accession (Same CDS sequence)	XM_021186043.1
Accession Version	XM_021186043.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5136bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	chromodomain-helicase-DNA-binding protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034586.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGAC ACAGTGATGA AGAAAGTGTT AGAAATGGCA GCGGAGAATC AAGTCAGTCA 
GATGATGATT GTGGGTCAGC ATCAGGCTCT GGATCTGGCT CGAGTTCTGG CAGCAGCAGT 
GACGGAAGCA GCAGTCAATC CGGGAGCAGC GACTCTGATT CTGGCTCTGA CTCAGGAAGT 
CAATCAGAGT CTGAATCAGA CACATCCCGA GAGAACAAAG TTCAAGCAAA ACCACCAAAA 
GTCGATGGAG CCGAGTTTTG GAAATCTAGC CCCAGTATTC TGGCTGTTCA GAGATCTGCC 
ATGCTTAGGA AGCAGCCACA GCAGGCCCAG CAGCAGCGCC CAGCTTCATC TAATAGTGGA 
TCCGAAGAGG ACTCCTCCAG CACTGAAGAC TCAGACGACT CGTCCAGCGG TGCCAAGAGG 
AAGAAGCACA ATGATGAAGA CTGGCAGATG TCTGGGTCCG GATCTCCATC TCAGTCTGGT 
TCAGACTCAG ATTCTGAAGA AGAGCGAGAT AAAAGCAGCT GCGACGGCAC AGAGTCTGAC 
TACGAGCCGA AAAACAAAGT CAGAAGCCGA AAGCCTCAGA ATAGATCTAA GTCAAAAAAT 
GGGAAAAAAA TTCTTGGACA AAAAAAGAGA CAGATTGATT CATCTGAGGA TGAAGATGAT 
GAAGATTATG ATAATGATAA ACGAAGCTCT CGCCGCCAAG CCACCGTCAA TGTGAGCTAC 
AAGGAGGATG AAGAAATGAA AACCGACTCT GATGACCTGC TGGAGGTCTG CGGAGAGGAC 
GTCCCTCAGA CTGAGGACGA GGAGTTTGAG ACAATAGAGA GGGTTATGGA TTGCAGAGTT 
GGGCGGAAAG GAGCTACTGG TGCTACTACA ACCATTTATG CTGTCGAAGC AGATGGTGAC 
CCAAATGCAG GATTTGAAAG AAACAAAGAG CCAGGAGACA TACAGTATTT AATTAAGTGG 
AAAGGATGGT CTCACATCCA CAACACATGG GAGACAGAAG AGACCCTGAA GCAGCAGAAC 
GTTAGAGGGA TGAAAAAATT GGATAATTAT AAGAAAAAAG ATCAAGAGAC AAAACGATGG 
CTGAAAAATG CTTCTCCAGA AGATGTGGAA TATTATAATT GCCAGCAAGA ACTTACAGAT 
GATCTACACA AACAGTATCA GATAGTGGAG CGCATAATTG CTCATTCCAA TCAAAAATCA 
GCAGCTGGTC TTCCTGATTA TTATTGCAAA TGGCAGGGGC TTCCATACTC AGAGTGCAGC 
TGGGAGGATG GAGCTCTCAT TTCCAAAAAG TTTCAGACAT GCATCGATGA ATATTTTAGC 
AGGAATCAGT CAAAAACGAC ACCTTTTAAA GATTGCAAAG TATTGAAACA AAGACCAAGA 
TTTGTAGCTC TGAAGAAACA GCCATGCTAT ATCGGAGGAC ATGAGGGCTT AGAACTGAGA 
GACTATCAGC TGAATGGTTT AAACTGGCTC GCTCACTCTT GGTGCAAAGG AAATAGTTGC 
ATACTTGCTG ATGAAATGGG CCTTGGGAAA ACAATACAGA CGATCTCATT TTTGAACTAT 
TTGTTCCATG AACATCAGTT ATACGGGCCT TTTCTACTAG TTGTCCCGCT CTCCACACTG 
ACTTCCTGGC AAAGGGAGAT TCAGACGTGG GCGTCTCAGA TGAATGCTGT GGTTTACTTA 
GGCGACATTA ACAGCAGAAA CATGATAAGA ACTCATGAAT GGATGCATCC CCAGACCAAA 
CGGTTAAAAT TTAATATACT TTTAACAACG TATGAAATTT TATTGAAGGA TAAGGCATTC 
CTTGGTGGTC TGAATTGGGC ATTTATAGGT GTTGATGAAG CACATCGATT AAAAAATGAT 
GATTCCCTTC TGTATAAAAC TTTAATTGAC TTTAAATCTA ATCATCGCCT CCTGATCACT 
GGAACCCCTC TACAGAACTC CCTGAAAGAG CTCTGGTCGT TGCTGCACTT CATTATGCCG 
GAGAAGTTTT CTTCATGGGA AGATTTTGAA GAAGAACATG GCAAAGGCAG AGAATATGGT 
TATGCAAGCC TCCACAAGGA GCTTGAGCCA TTTCTGTTAC GCAGAGTTAA GAAAGATGTG 
GAAAAATCTC TTCCTGCCAA GGTGGAGCAG ATTTTAAGAA TGGAAATGAG TGCTTTACAG 
AAGCAATATT ACAAGTGGAT TTTAACTAGG AATTACAAAG CCCTCAGCAA AGGTTCCAAG 
GGCAGTACCT CAGGCTTTTT GAACATTATG ATGGAGCTAA AGAAATGTTG TAACCATTGC 
TACCTCATTA AACCACCAGA TAATAATGAA TTCTATAATA AACAGGAGGC CTTACAACAC 
TTAATCCGTA GTAGCGGAAA ACTCATTCTT CTCGACAAGC TGTTGATTCG CCTAAGAGAA 
AGAGGCAACC GAGTGCTCAT TTTCTCTCAG ATGGTGCGGA TGTTAGACAT ACTGGCAGAG 
TATTTGAAGT ACCGCCAGTT CCCCTTTCAA AGATTAGATG GATCAATAAA AGGGGAGCTG 
AGGAAACAGG CTCTGGATCA TTTTAATGCT GAGGGCTCAG AGGATTTCTG CTTTTTGCTT 
TCTACCCGAG CTGGGGGTTT AGGCATTAAC CTAGCCTCTG CTGACACTGT TGTTATATTT 
GATTCTGATT GGAATCCACA AAATGATCTT CAGGCGCAGG CAAGAGCTCA CCGAATTGGA 
CAGAAGAAAC AGGTGAATAT ATATCGCTTG GTTACAAAGG GATCAGTTGA AGAAGATATT 
CTTGAAAGGG CCAAAAAGAA AATGGTTTTG GATCATCTTG TTATTCAAAG AATGGATACC 
ACTGGGAAGA CAGTGTTACA CACAGGCTCA GCTCCATCAA GTTCCACCCC CTTCAATAAA 
GAGGAGTTAT CCGCCATTTT AAAATTCGGT GCTGAGGAGC TCTTTAAGGA GCCTGAAGGA 
GAGGAACAGG AGCCACAGGA AATGGATATC GATGAAATCC TGAAGAGAGC CGAGACTCAC 
GAGAACGAGC CAGGCCCACT GACCGTGGGG GATGAGCTGC TTTCTCAGTT TAAGGTTGCC 
AATTTTTCAA ATATGGATGA AGATGACATT GAATTGGAAC CTGAAAGAAA TTCAAAGAAC 
TGGGAGGAGA TCATTCCAGA AGAGCAAAGA CGGCGGCTAG AAGAGGAGGA GAGGCAGAAG 
GAGCTGGAGG AAATTTACAT GCTCCCGAGA ATGAGAAACT GTGCAAAGCA GATAAGTTTC 
AATGGAAGTG AAGGGAGGCG GAGTAGAAGC AGGAGATACT CAGGATCTGA TAGTGATTCA 
ATCTCGGAAA GGAAACGGCC GAAGAAACGC GGCCGACCAC GCACTATCCC TCGGGAGAAC 
ATTAAAGGAT TTAGTGATGC GGAGATTCGG CGGTTTATCA AGAGCTATAA GAAATTTGGT 
GGCCCTCTGG AGAGGTTAGA TGCAATTGCT CGAGATGCTG AATTGGTTGA TAAGTCAGAA 
ACAGATCTCA GAAGACTAGG AGAACTGGTG CATAATGGTT GTGTTAAAGC TTTAAAAGAC 
AGTTCTTCAG GAACAGAGCG AGCAGGTGGC AGACTTGGAA AAGTGAAGGG GCCAACATTC 
CGCATCTCTG GAGTCCAAGT GAATGCCAAG CTGGTCATTG CCCATGAGGA TGAGCTGATC 
CCTCTGCATA AGTCCATCCC TTCGGACCCG GAGGAGAGGA AGCAGTATAC AATCCCCTGC 
CATACAAAGG CTGCTCACTT TGATATAGAC TGGGGCAAAG AAGATGATTC TAATTTGTTA 
ATTGGTATCT ATGAGTATGG CTATGGAAGC TGGGAAATGA TTAAAATGGA TCCAGACCTC 
AGTTTAACAC ACAAGATTCT TCCAGATGAT CCTGATAAAA AACCACAAGC AAAACAGTTA 
CAGACCCGTG CAGACTACCT CATCAAACTA CTTAGCAGAG ACCTCGCAAA AAGAGAGGCT 
CAGAGACTTG GTGGTGCAGG AGGTTCAAAG CGGAGAAAAA CGAGAGCTAA AAAGAGTAAG 
GCAGTGAAAT CCATCAGAGT GAAAGAGGAG ATAAAGAGCG ACTCGTCGCC CCTGCCTTCA 
GAGAAGTCTG ACGAGGATGA TGATAAACTG AATGACTCCA AGCCTGAAAG TAAAGACCGA 
TCCAAAAAGT CTGTGGTGTC CGATGCTCCC GTCCATATCA CTGCAGGTGG AGAGCCAGTT 
CCCATAGCTG AAGAGTCTGA AGAGCTGGAT CAGAAGACAT TCAGTATTTG TAAAGAAAGA 
ATGAGACCGG TGAAAGCAGC TTTGAAACAA CTTGACAGGC CTGAGAAAGG CCTTTCAGAA 
AGAGAGCAGC TGGAACACAC TAGACAGTGC TTAATCAAGA TCGGAGACCA TATCACTGAA 
TGCTTGAAGG AATATTCCAA TCCTGAACAA ATTAAGCAGT GGAGGAAAAA CCTGTGGATT 
TTTGTATCTA AGTTTACTGA GTTTGATGCA AGGAAATTAC ATAAATTATA TAAGCATGCT 
ATTAAAAAAC GACAAGAATC TCAGCAAAAC AGTGACCAGA ATAGCAATGT TGCTACCACT 
CATGTGATTA GGAATCCAGA TATGGAAAGG TTAAAAGAGA ATACAAATCA TGATGACAGT 
AGCAGGGACA GCTATTCTTC TGACAGACAC TTATCTCAGT ACCATGATCA TCACAAGGAG 
CGCCATCAGG GAGATTCTTA TAAAAAGAGT GACTCTCGGA AGAGACCCTA CTCGTCATTT 
AGCAATGGCA AAGACCACCG CGAGTGGGAC CACTACAGGC AGGACAGCAG GTACTATAGT 
GACCGAGAGA AACACAGAAA ACTGGATGAC CACAGGAGTC GAGAGCACAG GCCAAGTTTG 
GAAGGAGGCT TAAAGGACAG GTGTCACTCT GACCACCGAT CTCACTCGGA CCATCGAATG 
CACTCAGACC ATCGCTCAAG CTCCGAGCAC ACACATCATA AATCCTCCAG GGATTATCGG 
TATCTCTCAG ATTGGCAGTT GGACCACCGA GCTGCCAGCA GTGGCCCTAG GTCACCTTTA 
GATCAGAGGT CTCCATATGG CTCCAGGTCC CCATTTGAAC ATTCAGCTGA ACACAGAAGT 
ACGCCTGAAC ACACCTGGAG TAGTCGGAAG ACATAA

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

RefSeq	XP_021041702.1
CDS	492..5627
Translation	MNGHSDEESVRNGSGESSQSDDDCGSASGSGSGSSSGSSSDGSSSQSGSSDSDSGSDSGSQSESESDTSRENKVQAKPPKVDGAEFWKSSPSILAVQRSAMLRKQPQQAQQQRPASSNSGSEEDSSSTEDSDDSSSGAKRKKHNDEDWQMSGSGSPSQSGSDSDSEEERDKSSCDGTESDYEPKNKVRSRKPQNRSKSKNGKKILGQKKRQIDSSEDEDDEDYDNDKRSSRRQATVNVSYKEDEEMKTDSDDLLEVCGEDVPQTEDEEFETIERVMDCRVGRKGATGATTTIYAVEADGDPNAGFERNKEPGDIQYLIKWKGWSHIHNTWETEETLKQQNVRGMKKLDNYKKKDQETKRWLKNASPEDVEYYNCQQELTDDLHKQYQIVERIIAHSNQKSAAGLPDYYCKWQGLPYSECSWEDGALISKKFQTCIDEYFSRNQSKTTPFKDCKVLKQRPRFVALKKQPCYIGGHEGLELRDYQLNGLNWLAHSWCKGNSCILADEMGLGKTIQTISFLNYLFHEHQLYGPFLLVVPLSTLTSWQREIQTWASQMNAVVYLGDINSRNMIRTHEWMHPQTKRLKFNILLTTYEILLKDKAFLGGLNWAFIGVDEAHRLKNDDSLLYKTLIDFKSNHRLLITGTPLQNSLKELWSLLHFIMPEKFSSWEDFEEEHGKGREYGYASLHKELEPFLLRRVKKDVEKSLPAKVEQILRMEMSALQKQYYKWILTRNYKALSKGSKGSTSGFLNIMMELKKCCNHCYLIKPPDNNEFYNKQEALQHLIRSSGKLILLDKLLIRLRERGNRVLIFSQMVRMLDILAEYLKYRQFPFQRLDGSIKGELRKQALDHFNAEGSEDFCFLLSTRAGGLGINLASADTVVIFDSDWNPQNDLQAQARAHRIGQKKQVNIYRLVTKGSVEEDILERAKKKMVLDHLVIQRMDTTGKTVLHTGSAPSSSTPFNKEELSAILKFGAEELFKEPEGEEQEPQEMDIDEILKRAETHENEPGPLTVGDELLSQFKVANFSNMDEDDIELEPERNSKNWEEIIPEEQRRRLEEEERQKELEEIYMLPRMRNCAKQISFNGSEGRRSRSRRYSGSDSDSISERKRPKKRGRPRTIPRENIKGFSDAEIRRFIKSYKKFGGPLERLDAIARDAELVDKSETDLRRLGELVHNGCVKALKDSSSGTERAGGRLGKVKGPTFRISGVQVNAKLVIAHEDELIPLHKSIPSDPEERKQYTIPCHTKAAHFDIDWGKEDDSNLLIGIYEYGYGSWEMIKMDPDLSLTHKILPDDPDKKPQAKQLQTRADYLIKLLSRDLAKREAQRLGGAGGSKRRKTRAKKSKAVKSIRVKEEIKSDSSPLPSEKSDEDDDKLNDSKPESKDRSKKSVVSDAPVHITAGGEPVPIAEESEELDQKTFSICKERMRPVKAALKQLDRPEKGLSEREQLEHTRQCLIKIGDHITECLKEYSNPEQIKQWRKNLWIFVSKFTEFDARKLHKLYKHAIKKRQESQQNSDQNSNVATTHVIRNPDMERLKENTNHDDSSRDSYSSDRHLSQYHDHHKERHQGDSYKKSDSRKRPYSSFSNGKDHREWDHYRQDSRYYSDREKHRKLDDHRSREHRPSLEGGLKDRCHSDHRSHSDHRMHSDHRSSSEHTHHKSSRDYRYLSDWQLDHRAASSGPRSPLDQRSPYGSRSPFEHSAEHRSTPEHTWSSRKT

Target ORF information:

RefSeq Version	XM_021186043.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli chromodomain helicase DNA binding protein 1 (Chd1), mRNA.

Target ORF information:

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

XM_021186043.1

ORF Insert Sequence:

ATGAATGGAC ACAGTGATGA AGAAAGTGTT AGAAATGGCA GCGGAGAATC AAGTCAGTCA 
GATGATGATT GTGGGTCAGC ATCAGGCTCT GGATCTGGCT CGAGTTCTGG CAGCAGCAGT 
GACGGAAGCA GCAGTCAATC CGGGAGCAGC GACTCTGATT CTGGCTCTGA CTCAGGAAGT 
CAATCAGAGT CTGAATCAGA CACATCCCGA GAGAACAAAG TTCAAGCAAA ACCACCAAAA 
GTCGATGGAG CCGAGTTTTG GAAATCTAGC CCCAGTATTC TGGCTGTTCA GAGATCTGCC 
ATGCTTAGGA AGCAGCCACA GCAGGCCCAG CAGCAGCGCC CAGCTTCATC TAATAGTGGA 
TCCGAAGAGG ACTCCTCCAG CACTGAAGAC TCAGACGACT CGTCCAGCGG TGCCAAGAGG 
AAGAAGCACA ATGATGAAGA CTGGCAGATG TCTGGGTCCG GATCTCCATC TCAGTCTGGT 
TCAGACTCAG ATTCTGAAGA AGAGCGAGAT AAAAGCAGCT GCGACGGCAC AGAGTCTGAC 
TACGAGCCGA AAAACAAAGT CAGAAGCCGA AAGCCTCAGA ATAGATCTAA GTCAAAAAAT 
GGGAAAAAAA TTCTTGGACA AAAAAAGAGA CAGATTGATT CATCTGAGGA TGAAGATGAT 
GAAGATTATG ATAATGATAA ACGAAGCTCT CGCCGCCAAG CCACCGTCAA TGTGAGCTAC 
AAGGAGGATG AAGAAATGAA AACCGACTCT GATGACCTGC TGGAGGTCTG CGGAGAGGAC 
GTCCCTCAGA CTGAGGACGA GGAGTTTGAG ACAATAGAGA GGGTTATGGA TTGCAGAGTT 
GGGCGGAAAG GAGCTACTGG TGCTACTACA ACCATTTATG CTGTCGAAGC AGATGGTGAC 
CCAAATGCAG GATTTGAAAG AAACAAAGAG CCAGGAGACA TACAGTATTT AATTAAGTGG 
AAAGGATGGT CTCACATCCA CAACACATGG GAGACAGAAG AGACCCTGAA GCAGCAGAAC 
GTTAGAGGGA TGAAAAAATT GGATAATTAT AAGAAAAAAG ATCAAGAGAC AAAACGATGG 
CTGAAAAATG CTTCTCCAGA AGATGTGGAA TATTATAATT GCCAGCAAGA ACTTACAGAT 
GATCTACACA AACAGTATCA GATAGTGGAG CGCATAATTG CTCATTCCAA TCAAAAATCA 
GCAGCTGGTC TTCCTGATTA TTATTGCAAA TGGCAGGGGC TTCCATACTC AGAGTGCAGC 
TGGGAGGATG GAGCTCTCAT TTCCAAAAAG TTTCAGACAT GCATCGATGA ATATTTTAGC 
AGGAATCAGT CAAAAACGAC ACCTTTTAAA GATTGCAAAG TATTGAAACA AAGACCAAGA 
TTTGTAGCTC TGAAGAAACA GCCATGCTAT ATCGGAGGAC ATGAGGGCTT AGAACTGAGA 
GACTATCAGC TGAATGGTTT AAACTGGCTC GCTCACTCTT GGTGCAAAGG AAATAGTTGC 
ATACTTGCTG ATGAAATGGG CCTTGGGAAA ACAATACAGA CGATCTCATT TTTGAACTAT 
TTGTTCCATG AACATCAGTT ATACGGGCCT TTTCTACTAG TTGTCCCGCT CTCCACACTG 
ACTTCCTGGC AAAGGGAGAT TCAGACGTGG GCGTCTCAGA TGAATGCTGT GGTTTACTTA 
GGCGACATTA ACAGCAGAAA CATGATAAGA ACTCATGAAT GGATGCATCC CCAGACCAAA 
CGGTTAAAAT TTAATATACT TTTAACAACG TATGAAATTT TATTGAAGGA TAAGGCATTC 
CTTGGTGGTC TGAATTGGGC ATTTATAGGT GTTGATGAAG CACATCGATT AAAAAATGAT 
GATTCCCTTC TGTATAAAAC TTTAATTGAC TTTAAATCTA ATCATCGCCT CCTGATCACT 
GGAACCCCTC TACAGAACTC CCTGAAAGAG CTCTGGTCGT TGCTGCACTT CATTATGCCG 
GAGAAGTTTT CTTCATGGGA AGATTTTGAA GAAGAACATG GCAAAGGCAG AGAATATGGT 
TATGCAAGCC TCCACAAGGA GCTTGAGCCA TTTCTGTTAC GCAGAGTTAA GAAAGATGTG 
GAAAAATCTC TTCCTGCCAA GGTGGAGCAG ATTTTAAGAA TGGAAATGAG TGCTTTACAG 
AAGCAATATT ACAAGTGGAT TTTAACTAGG AATTACAAAG CCCTCAGCAA AGGTTCCAAG 
GGCAGTACCT CAGGCTTTTT GAACATTATG ATGGAGCTAA AGAAATGTTG TAACCATTGC 
TACCTCATTA AACCACCAGA TAATAATGAA TTCTATAATA AACAGGAGGC CTTACAACAC 
TTAATCCGTA GTAGCGGAAA ACTCATTCTT CTCGACAAGC TGTTGATTCG CCTAAGAGAA 
AGAGGCAACC GAGTGCTCAT TTTCTCTCAG ATGGTGCGGA TGTTAGACAT ACTGGCAGAG 
TATTTGAAGT ACCGCCAGTT CCCCTTTCAA AGATTAGATG GATCAATAAA AGGGGAGCTG 
AGGAAACAGG CTCTGGATCA TTTTAATGCT GAGGGCTCAG AGGATTTCTG CTTTTTGCTT 
TCTACCCGAG CTGGGGGTTT AGGCATTAAC CTAGCCTCTG CTGACACTGT TGTTATATTT 
GATTCTGATT GGAATCCACA AAATGATCTT CAGGCGCAGG CAAGAGCTCA CCGAATTGGA 
CAGAAGAAAC AGGTGAATAT ATATCGCTTG GTTACAAAGG GATCAGTTGA AGAAGATATT 
CTTGAAAGGG CCAAAAAGAA AATGGTTTTG GATCATCTTG TTATTCAAAG AATGGATACC 
ACTGGGAAGA CAGTGTTACA CACAGGCTCA GCTCCATCAA GTTCCACCCC CTTCAATAAA 
GAGGAGTTAT CCGCCATTTT AAAATTCGGT GCTGAGGAGC TCTTTAAGGA GCCTGAAGGA 
GAGGAACAGG AGCCACAGGA AATGGATATC GATGAAATCC TGAAGAGAGC CGAGACTCAC 
GAGAACGAGC CAGGCCCACT GACCGTGGGG GATGAGCTGC TTTCTCAGTT TAAGGTTGCC 
AATTTTTCAA ATATGGATGA AGATGACATT GAATTGGAAC CTGAAAGAAA TTCAAAGAAC 
TGGGAGGAGA TCATTCCAGA AGAGCAAAGA CGGCGGCTAG AAGAGGAGGA GAGGCAGAAG 
GAGCTGGAGG AAATTTACAT GCTCCCGAGA ATGAGAAACT GTGCAAAGCA GATAAGTTTC 
AATGGAAGTG AAGGGAGGCG GAGTAGAAGC AGGAGATACT CAGGATCTGA TAGTGATTCA 
ATCTCGGAAA GGAAACGGCC GAAGAAACGC GGCCGACCAC GCACTATCCC TCGGGAGAAC 
ATTAAAGGAT TTAGTGATGC GGAGATTCGG CGGTTTATCA AGAGCTATAA GAAATTTGGT 
GGCCCTCTGG AGAGGTTAGA TGCAATTGCT CGAGATGCTG AATTGGTTGA TAAGTCAGAA 
ACAGATCTCA GAAGACTAGG AGAACTGGTG CATAATGGTT GTGTTAAAGC TTTAAAAGAC 
AGTTCTTCAG GAACAGAGCG AGCAGGTGGC AGACTTGGAA AAGTGAAGGG GCCAACATTC 
CGCATCTCTG GAGTCCAAGT GAATGCCAAG CTGGTCATTG CCCATGAGGA TGAGCTGATC 
CCTCTGCATA AGTCCATCCC TTCGGACCCG GAGGAGAGGA AGCAGTATAC AATCCCCTGC 
CATACAAAGG CTGCTCACTT TGATATAGAC TGGGGCAAAG AAGATGATTC TAATTTGTTA 
ATTGGTATCT ATGAGTATGG CTATGGAAGC TGGGAAATGA TTAAAATGGA TCCAGACCTC 
AGTTTAACAC ACAAGATTCT TCCAGATGAT CCTGATAAAA AACCACAAGC AAAACAGTTA 
CAGACCCGTG CAGACTACCT CATCAAACTA CTTAGCAGAG ACCTCGCAAA AAGAGAGGCT 
CAGAGACTTG GTGGTGCAGG AGGTTCAAAG CGGAGAAAAA CGAGAGCTAA AAAGAGTAAG 
GCAGTGAAAT CCATCAGAGT GAAAGAGGAG ATAAAGAGCG ACTCGTCGCC CCTGCCTTCA 
GAGAAGTCTG ACGAGGATGA TGATAAACTG AATGACTCCA AGCCTGAAAG TAAAGACCGA 
TCCAAAAAGT CTGTGGTGTC CGATGCTCCC GTCCATATCA CTGCAGGTGG AGAGCCAGTT 
CCCATAGCTG AAGAGTCTGA AGAGCTGGAT CAGAAGACAT TCAGTATTTG TAAAGAAAGA 
ATGAGACCGG TGAAAGCAGC TTTGAAACAA CTTGACAGGC CTGAGAAAGG CCTTTCAGAA 
AGAGAGCAGC TGGAACACAC TAGACAGTGC TTAATCAAGA TCGGAGACCA TATCACTGAA 
TGCTTGAAGG AATATTCCAA TCCTGAACAA ATTAAGCAGT GGAGGAAAAA CCTGTGGATT 
TTTGTATCTA AGTTTACTGA GTTTGATGCA AGGAAATTAC ATAAATTATA TAAGCATGCT 
ATTAAAAAAC GACAAGAATC TCAGCAAAAC AGTGACCAGA ATAGCAATGT TGCTACCACT 
CATGTGATTA GGAATCCAGA TATGGAAAGG TTAAAAGAGA ATACAAATCA TGATGACAGT 
AGCAGGGACA GCTATTCTTC TGACAGACAC TTATCTCAGT ACCATGATCA TCACAAGGAG 
CGCCATCAGG GAGATTCTTA TAAAAAGAGT GACTCTCGGA AGAGACCCTA CTCGTCATTT 
AGCAATGGCA AAGACCACCG CGAGTGGGAC CACTACAGGC AGGACAGCAG GTACTATAGT 
GACCGAGAGA AACACAGAAA ACTGGATGAC CACAGGAGTC GAGAGCACAG GCCAAGTTTG 
GAAGGAGGCT TAAAGGACAG GTGTCACTCT GACCACCGAT CTCACTCGGA CCATCGAATG 
CACTCAGACC ATCGCTCAAG CTCCGAGCAC ACACATCATA AATCCTCCAG GGATTATCGG 
TATCTCTCAG ATTGGCAGTT GGACCACCGA GCTGCCAGCA GTGGCCCTAG GTCACCTTTA 
GATCAGAGGT CTCCATATGG CTCCAGGTCC CCATTTGAAC ATTCAGCTGA ACACAGAAGT 
ACGCCTGAAC ACACCTGGAG TAGTCGGAAG ACATAA