BRWD3 cDNA ORF clone, Equus asinus(ass)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRWD3
Entrez Gene ID	106838370
Full Name	bromodomain and WD repeat domain containing 3
Gene Type	protein-coding
Organism	Equus asinus(ass)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014852393.1	XP_014707879.1	bromodomain and WD repeat-containing protein 3

Pathways from BioSystems
Gene Ontology

The following BRWD3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRWD3 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
OEq15624	XM_014852393.1 Latest version!	Equus asinus bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

BRWD3 ( XM_014852393.1 ) cDNA ORF clone, Equus asinus(ass) -> XP_014707879.1 Equus asinus bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

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CloneID	OEq15624
Clone ID Related Accession (Same CDS sequence)	XM_014852393.1
Accession Version	XM_014852393.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5280bp) 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	2015-12-01
Organism	Equus asinus(ass)
Product	bromodomain and WD repeat-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014638066.1) 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 Version :: Equus asinus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGACATGA ACCCCTACCC CCAGGCCAAA TTTAGGTCAG CCAATCTTCC TACCAAGAAG 
GTGGCAGCCA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GCGGATTGGT 
CCCTTACTAG ATAAGGAGAT CCCTCAGAGT GTTCCTGGGG TGCAGACATT GCTAGGTGTT 
GGTCGGCAGT CTCTGTTAAG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCAG CTCTACATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAACGTGG TGAGTATCAC CTCTGCCAGG CAATTAACCG GATGTAGTCG CTTCAGCCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGATCGA AGTGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TGAAAATTTG GGCAACAGAT GATGGACGCC TCCTTGCTAC ACTTCGAGGG 
CATTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTCAT TGCCGCAGGC 
AGCTGTGATA AGGTTGTAAG GGTGTGGTGT CTTCGAACTT GTGCACCAGT TGCAGTCCTT 
CAAGGACATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAACC 
AGATACCTCA CTTCCACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCAGTGAAA TTTACCGAGA GATCCAGACC TGGAGTTCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACAGGTAG CACTGACCAT 
GTGATTAGAA TCTATTATTT GGGTTCTGAG ATCCCTGAAA AAATTGCTGA ATTAGAGTCA 
CATACGGACA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTA GAGATGGAAC AGCGAGAATT TGGCAATATC AGCAACAAGA ATGGAAGAGT 
ATAGTACTAG ATATGGCTAC CAAAATGACT GGGAATAATT TGCCATCTGG AGAAGACAAG 
GTCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGACACCAC AGTTGTTACT 
GCAGTGAACA ATTTCCTTTT GAAAGTATGG AATTCTATCA CAGGGCAACT TCTTCATACT 
TTATCTGGAC ATGATGATGA GGTGTTTGTT TTGGAAGCAC ATCCATTTGA TCAAAGGATC 
ATACTTTCGG CGGGTCACGA TGGGAACATT TTTATTTGGG ACATTGACCG GGGGACCAAA 
ATTCGGAATT ATTTTAACAT GATTGAAGGC CAAGGCCATG GTGCAGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGGCATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTATGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGACCTC TCATTCGTGA TGCTAACAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCCCC ATTCTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAAAGAC TAGTACCCGG ACGGGAAAAT TGTAAAGATG AACAACTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTG GTAGAACAGG TAATTGGGCA ACAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TACAGAGAGA ACAAGATCTG 
AGACTGATTA ATGAAGGAGA TGTTCCACAT TTTCCAATTA ATAGATCATA TTCTGCTAAT 
GGTGCTCTGA GAAGTCCAAA TATGGATATA TCTTCTTCCC CAAATATTGG GCTTCGACGT 
AGTGGTCAAA TTGAAGGTGT CCGACAAATG CATAACAATG CTCCTCGGAG CCAGATGGCC 
ACTGAACGAG ATCTCATGGC ATGGAGCAGA AGAGTGGTGG TCAATGAATT AAATAATGGG 
GTTAGTAGGG TTCAGGAAGA ATGTCGAACT GCAAAAGGTG ACATAGAAAT CAGTCTTTAT 
ACAGTTGAAA AGAAGAAAAA GCCATCTTAT ACTACCCAAA GGAATGATTA TCAGCCTAGC 
TGTGGGCGGT CTTTACGAAG GACACAACGC AAACGTCAGC ATACTTACCA AACACGGTCC 
AACATAGAGC ATAATTCACA AACATCATGT CAAAATTCGG GTGTACAGGA AGACTCAGAC 
AGCTCCTCAG AGGAAGATGA AACAGTTGGC ACAAGTGATG CTTCTGTAGA GGATCCTGTT 
ATTGAATGGC AAAGTGAAAG TTCCTCCAGT GATTCATCAA GTGAATATTC TGATTGGACA 
GCAGATGCTG GAATAAATTT GCAACCCCCA AAAAGACAAA CCAGACAGGC AACACGGAAA 
ATATGCAGCA GCTCTGAGGA AGAAAATTTA AAGTCACTAG AAGAAAGGCA AAAGAAACCG 
AAACAGACTA GAAAGAAGAA AGGAGGACTG GTTTCTATGG CAGGTGAGCC CAGTGAAGAA 
TGGTTTGCCC CACAGTGGAT CTTGGATACC ATACCAAGAC GTTCCCCATT TGTCCCACAG 
ATGGGAGATG AGCTTATCTA TTTTAGGCAA GGACATGAAG CTTATGTGCG GGCTGTAAGG 
AAATCAAAAA TATATAGTGT TAATTTACAA AAACAGCCAT GGAATAAAAT GGATCTCAGG 
GAACAAGAGT TTGTTAAGAT TGTAGGAATC AAATATGAGG TTGGACCACC TACACTGTGC 
TGCTTGAAGC TTGCATTTCT GGACCCCATT TCAGGCAAAA TGACTGGAGA ATCTTTTTCC 
ATTAAGTATC ATGACATGCC AGATGTCATT GACTTCCTTG TGCTACATCA GTTTTATAAT 
GAAGCCAAAG AAAGGAACTG GCAGATTGGT GATAGATTCC GCAGTATAAT AGATGACGCC 
TGGTGGTTTG GGACTGTGGA GAGTCAGCAG CCTTTTCAAC CAGAGTATCC TGATAGTTCT 
TTCCAGTGTT ACAGTGTTCA CTGGGACAAT AACGAGAGAG AAAAGATGAG CCCCTGGGAT 
ATGGAGCCAA TTCCAGAAGG AACTGCCTTT CCAGATGAAG TCGGTGCTGG TGTTCCTGTG 
TCCCAGGAGG AACTGACTGC TTTACTATAC AAACCCCAGG AAGGAGAGTG GGGGGCTCAT 
TCCAGAGATG AGGAATGTGA ACGGGTTATT CAGGGCATCA ACCACCTTCT TTCCCTGGAT 
TTTGCCAGCC CTTTTGCTGT TCCAGTGGAT CTCAGTGCCT ATCCTTTGTA TTGTACTGTT 
GTTGCTTATC CAACTGACCT CAACACTATC AGGCGGAGAC TCGAAAATCG CTTTTACAGG 
AGAATATCAG CATTAATGTG GGAGGTACGC TACATTGAGC ACAATGCCAG GACTTTCAAT 
GAGCCAGACA GTCCTATAGT TAAAGCAGCC AAAATTGTAA CTGATGTCTT ACTTCGATTT 
ATTGGGGATC AGAGCTGTAC TGATATCCTG GATACTTACA ATAAAGTTAA AGCAGAAGAA 
CTAAACAGTA CTGATGCAGA GGAGGATACA GAAATGGTTG ATTTAGATTC GGATGGTCCT 
GGTACTTCAT CTGGAAGAAG GGTCAAATGC CGAGGCAGAA GACAGTCTTT AAAGTGTAAT 
CCTGATGCTT GGAGAAAACA GTGCAAAGAA CTGTTGAGCC TCATTTATGA ACGTGAAGAC 
TCAGAGCCAT TTCGACAGCC AGTTGATCAT CTTTCTTATC CAGGCCATCA AGAACAAGAG 
GGAGAATCCT CAGAGTCAGT TGTTCCGGAA AGACAACAAG ATGGATCTCT TTCTGAGGAT 
TATCAAGATG TTATAGACAC TCCTATGGAC TTTAGCACTG TGAAAGAAAC TTTGGAAGCA 
GGAAACTATG GTAGTCCTCT GGAATTTTAT AAGGACGTCC GCCAAATATT CAGCAACTCC 
AAAGCTTATA CCTCTAATAA AAAGTCAAGG ATTTATAGCA TGACACTGCG ATTATCTGCC 
TTATTTGAAA GTCATATTAA AAATATCATA TCTGAATACA AGTCAGCAAT CCAGAGTCAG 
AAGAGGAGAA GGCCACGGTA CAGAAAACGT CTAAGAAGCA GCAGCAGTTC GTTATCTAGT 
AGCAGAGCTC CTAGTCCAAA AGGGAAACAG AAACAAATGA AGTTGCAGCC TAAAAATGAC 
CAGAATACCT CAGTGTCTTA TGCCAGGACT AGCTCTCCTT TCTCGTCTCC TGATGCTGCT 
GAAGGGCTTT CACTATATTT ACTCGATGAT GAACTGGACG GGCCATTTTC TTCATCTAGC 
TTCAGTGGCT ATGGCCGAAG TGGAAATTGC CATGACCCAG GGAAAGCCAA ATCATTTCGG 
AGTAGGGTCT TGCCAATTAA ACAAGATCAT TCCCTTGATG GACCCCTTAC AAATGGTGAT 
GGCAGAGAGC CCCGGACAGG AATCAAGAGA AAACTACTTA GCGCGTCAGA AGAAGATGAA 
AGCGTGGGAA GAGAAGAGAA AGAGAAAAAA GAAGCAAAAG AGAAATCACA TTTATCCTCC 
TCAGAGAGTG GAGAGTTAGG ATCCAGTTTA AGTTCTGAAA GTACCTGTGG TTCTGATTCT 
GACTCTGAAT CAACTTCCAG AACAGATCAA GATTACGTAG ATGGAGACCA TGATTATAGC 
AAATTCATAC AAACTAGACC TAAAAGAAAA CTCAGAAAGC AATATGCCAA TGGAAAAAGA 
AACTGGAAGA CGAGAGGCAC AGGAGGAAGG GGCAGATGGG GCAGATGGGG TAGATGGAGT 
AGAGGAGGCA GAGGAAGAGG AGGCAGGGGA CGAGGGGGTC GAGGAAGAGG TGGAGGTGGC 
ACTAGAGGGA GAGGGAGAGG GAGAGGAGGA AGAGGTGCTT CTAGAGGAGC CACCAGAGCC 
AAACGTGCAC GTGTTGCAGA TGATGAATTT GATACCATGT TTTCAGGACG TTTCAGTAGA 
CTGCCTCGAA TTAAAACAAG AAACCAAGGC AGGAGGACTG TTTTATATAA TGATGATTCT 
GATAATGACA ATTTTGTGTC CACTGAAGAT CCTCTGAATC TTGGTACATC CAGATCAGGC 
AGAGTGCGTA AAATGACAGA AAAAGCCAGG GTTAGCCATC TCATGGGATG GAATTATTGA

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

RefSeq	XP_014707879.1
CDS	1..5280
Translation	MDMNPYPQAKFRSANLPTKKVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVSITSARQLTGCSRFSHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTTRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEIPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKVTKLKVTMVAWDRYDTTVVTAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDIDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHFPINRSYSANGALRSPNMDISSSPNIGLRRSGQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYQPSCGRSLRRTQRKRQHTYQTRSNIEHNSQTSCQNSGVQEDSDSSSEEDETVGTSDASVEDPVIEWQSESSSSDSSSEYSDWTADAGINLQPPKRQTRQATRKICSSSEEENLKSLEERQKKPKQTRKKKGGLVSMAGEPSEEWFAPQWILDTIPRRSPFVPQMGDELIYFRQGHEAYVRAVRKSKIYSVNLQKQPWNKMDLREQEFVKIVGIKYEVGPPTLCCLKLAFLDPISGKMTGESFSIKYHDMPDVIDFLVLHQFYNEAKERNWQIGDRFRSIIDDAWWFGTVESQQPFQPEYPDSSFQCYSVHWDNNEREKMSPWDMEPIPEGTAFPDEVGAGVPVSQEELTALLYKPQEGEWGAHSRDEECERVIQGINHLLSLDFASPFAVPVDLSAYPLYCTVVAYPTDLNTIRRRLENRFYRRISALMWEVRYIEHNARTFNEPDSPIVKAAKIVTDVLLRFIGDQSCTDILDTYNKVKAEELNSTDAEEDTEMVDLDSDGPGTSSGRRVKCRGRRQSLKCNPDAWRKQCKELLSLIYEREDSEPFRQPVDHLSYPGHQEQEGESSESVVPERQQDGSLSEDYQDVIDTPMDFSTVKETLEAGNYGSPLEFYKDVRQIFSNSKAYTSNKKSRIYSMTLRLSALFESHIKNIISEYKSAIQSQKRRRPRYRKRLRSSSSSLSSSRAPSPKGKQKQMKLQPKNDQNTSVSYARTSSPFSSPDAAEGLSLYLLDDELDGPFSSSSFSGYGRSGNCHDPGKAKSFRSRVLPIKQDHSLDGPLTNGDGREPRTGIKRKLLSASEEDESVGREEKEKKEAKEKSHLSSSESGELGSSLSSESTCGSDSDSESTSRTDQDYVDGDHDYSKFIQTRPKRKLRKQYANGKRNWKTRGTGGRGRWGRWGRWSRGGRGRGGRGRGGRGRGGGGTRGRGRGRGGRGASRGATRAKRARVADDEFDTMFSGRFSRLPRIKTRNQGRRTVLYNDDSDNDNFVSTEDPLNLGTSRSGRVRKMTEKARVSHLMGWNY

Target ORF information:

RefSeq Version	XM_014852393.1
Organism	Equus asinus(ass)
Definition	Equus asinus bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

Target ORF information:

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

XM_014852393.1

ORF Insert Sequence:

ATGGACATGA ACCCCTACCC CCAGGCCAAA TTTAGGTCAG CCAATCTTCC TACCAAGAAG 
GTGGCAGCCA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GCGGATTGGT 
CCCTTACTAG ATAAGGAGAT CCCTCAGAGT GTTCCTGGGG TGCAGACATT GCTAGGTGTT 
GGTCGGCAGT CTCTGTTAAG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCAG CTCTACATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAACGTGG TGAGTATCAC CTCTGCCAGG CAATTAACCG GATGTAGTCG CTTCAGCCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGATCGA AGTGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TGAAAATTTG GGCAACAGAT GATGGACGCC TCCTTGCTAC ACTTCGAGGG 
CATTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTCAT TGCCGCAGGC 
AGCTGTGATA AGGTTGTAAG GGTGTGGTGT CTTCGAACTT GTGCACCAGT TGCAGTCCTT 
CAAGGACATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAACC 
AGATACCTCA CTTCCACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCAGTGAAA TTTACCGAGA GATCCAGACC TGGAGTTCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACAGGTAG CACTGACCAT 
GTGATTAGAA TCTATTATTT GGGTTCTGAG ATCCCTGAAA AAATTGCTGA ATTAGAGTCA 
CATACGGACA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTA GAGATGGAAC AGCGAGAATT TGGCAATATC AGCAACAAGA ATGGAAGAGT 
ATAGTACTAG ATATGGCTAC CAAAATGACT GGGAATAATT TGCCATCTGG AGAAGACAAG 
GTCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGACACCAC AGTTGTTACT 
GCAGTGAACA ATTTCCTTTT GAAAGTATGG AATTCTATCA CAGGGCAACT TCTTCATACT 
TTATCTGGAC ATGATGATGA GGTGTTTGTT TTGGAAGCAC ATCCATTTGA TCAAAGGATC 
ATACTTTCGG CGGGTCACGA TGGGAACATT TTTATTTGGG ACATTGACCG GGGGACCAAA 
ATTCGGAATT ATTTTAACAT GATTGAAGGC CAAGGCCATG GTGCAGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGGCATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTATGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGACCTC TCATTCGTGA TGCTAACAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCCCC ATTCTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAAAGAC TAGTACCCGG ACGGGAAAAT TGTAAAGATG AACAACTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTG GTAGAACAGG TAATTGGGCA ACAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TACAGAGAGA ACAAGATCTG 
AGACTGATTA ATGAAGGAGA TGTTCCACAT TTTCCAATTA ATAGATCATA TTCTGCTAAT 
GGTGCTCTGA GAAGTCCAAA TATGGATATA TCTTCTTCCC CAAATATTGG GCTTCGACGT 
AGTGGTCAAA TTGAAGGTGT CCGACAAATG CATAACAATG CTCCTCGGAG CCAGATGGCC 
ACTGAACGAG ATCTCATGGC ATGGAGCAGA AGAGTGGTGG TCAATGAATT AAATAATGGG 
GTTAGTAGGG TTCAGGAAGA ATGTCGAACT GCAAAAGGTG ACATAGAAAT CAGTCTTTAT 
ACAGTTGAAA AGAAGAAAAA GCCATCTTAT ACTACCCAAA GGAATGATTA TCAGCCTAGC 
TGTGGGCGGT CTTTACGAAG GACACAACGC AAACGTCAGC ATACTTACCA AACACGGTCC 
AACATAGAGC ATAATTCACA AACATCATGT CAAAATTCGG GTGTACAGGA AGACTCAGAC 
AGCTCCTCAG AGGAAGATGA AACAGTTGGC ACAAGTGATG CTTCTGTAGA GGATCCTGTT 
ATTGAATGGC AAAGTGAAAG TTCCTCCAGT GATTCATCAA GTGAATATTC TGATTGGACA 
GCAGATGCTG GAATAAATTT GCAACCCCCA AAAAGACAAA CCAGACAGGC AACACGGAAA 
ATATGCAGCA GCTCTGAGGA AGAAAATTTA AAGTCACTAG AAGAAAGGCA AAAGAAACCG 
AAACAGACTA GAAAGAAGAA AGGAGGACTG GTTTCTATGG CAGGTGAGCC CAGTGAAGAA 
TGGTTTGCCC CACAGTGGAT CTTGGATACC ATACCAAGAC GTTCCCCATT TGTCCCACAG 
ATGGGAGATG AGCTTATCTA TTTTAGGCAA GGACATGAAG CTTATGTGCG GGCTGTAAGG 
AAATCAAAAA TATATAGTGT TAATTTACAA AAACAGCCAT GGAATAAAAT GGATCTCAGG 
GAACAAGAGT TTGTTAAGAT TGTAGGAATC AAATATGAGG TTGGACCACC TACACTGTGC 
TGCTTGAAGC TTGCATTTCT GGACCCCATT TCAGGCAAAA TGACTGGAGA ATCTTTTTCC 
ATTAAGTATC ATGACATGCC AGATGTCATT GACTTCCTTG TGCTACATCA GTTTTATAAT 
GAAGCCAAAG AAAGGAACTG GCAGATTGGT GATAGATTCC GCAGTATAAT AGATGACGCC 
TGGTGGTTTG GGACTGTGGA GAGTCAGCAG CCTTTTCAAC CAGAGTATCC TGATAGTTCT 
TTCCAGTGTT ACAGTGTTCA CTGGGACAAT AACGAGAGAG AAAAGATGAG CCCCTGGGAT 
ATGGAGCCAA TTCCAGAAGG AACTGCCTTT CCAGATGAAG TCGGTGCTGG TGTTCCTGTG 
TCCCAGGAGG AACTGACTGC TTTACTATAC AAACCCCAGG AAGGAGAGTG GGGGGCTCAT 
TCCAGAGATG AGGAATGTGA ACGGGTTATT CAGGGCATCA ACCACCTTCT TTCCCTGGAT 
TTTGCCAGCC CTTTTGCTGT TCCAGTGGAT CTCAGTGCCT ATCCTTTGTA TTGTACTGTT 
GTTGCTTATC CAACTGACCT CAACACTATC AGGCGGAGAC TCGAAAATCG CTTTTACAGG 
AGAATATCAG CATTAATGTG GGAGGTACGC TACATTGAGC ACAATGCCAG GACTTTCAAT 
GAGCCAGACA GTCCTATAGT TAAAGCAGCC AAAATTGTAA CTGATGTCTT ACTTCGATTT 
ATTGGGGATC AGAGCTGTAC TGATATCCTG GATACTTACA ATAAAGTTAA AGCAGAAGAA 
CTAAACAGTA CTGATGCAGA GGAGGATACA GAAATGGTTG ATTTAGATTC GGATGGTCCT 
GGTACTTCAT CTGGAAGAAG GGTCAAATGC CGAGGCAGAA GACAGTCTTT AAAGTGTAAT 
CCTGATGCTT GGAGAAAACA GTGCAAAGAA CTGTTGAGCC TCATTTATGA ACGTGAAGAC 
TCAGAGCCAT TTCGACAGCC AGTTGATCAT CTTTCTTATC CAGGCCATCA AGAACAAGAG 
GGAGAATCCT CAGAGTCAGT TGTTCCGGAA AGACAACAAG ATGGATCTCT TTCTGAGGAT 
TATCAAGATG TTATAGACAC TCCTATGGAC TTTAGCACTG TGAAAGAAAC TTTGGAAGCA 
GGAAACTATG GTAGTCCTCT GGAATTTTAT AAGGACGTCC GCCAAATATT CAGCAACTCC 
AAAGCTTATA CCTCTAATAA AAAGTCAAGG ATTTATAGCA TGACACTGCG ATTATCTGCC 
TTATTTGAAA GTCATATTAA AAATATCATA TCTGAATACA AGTCAGCAAT CCAGAGTCAG 
AAGAGGAGAA GGCCACGGTA CAGAAAACGT CTAAGAAGCA GCAGCAGTTC GTTATCTAGT 
AGCAGAGCTC CTAGTCCAAA AGGGAAACAG AAACAAATGA AGTTGCAGCC TAAAAATGAC 
CAGAATACCT CAGTGTCTTA TGCCAGGACT AGCTCTCCTT TCTCGTCTCC TGATGCTGCT 
GAAGGGCTTT CACTATATTT ACTCGATGAT GAACTGGACG GGCCATTTTC TTCATCTAGC 
TTCAGTGGCT ATGGCCGAAG TGGAAATTGC CATGACCCAG GGAAAGCCAA ATCATTTCGG 
AGTAGGGTCT TGCCAATTAA ACAAGATCAT TCCCTTGATG GACCCCTTAC AAATGGTGAT 
GGCAGAGAGC CCCGGACAGG AATCAAGAGA AAACTACTTA GCGCGTCAGA AGAAGATGAA 
AGCGTGGGAA GAGAAGAGAA AGAGAAAAAA GAAGCAAAAG AGAAATCACA TTTATCCTCC 
TCAGAGAGTG GAGAGTTAGG ATCCAGTTTA AGTTCTGAAA GTACCTGTGG TTCTGATTCT 
GACTCTGAAT CAACTTCCAG AACAGATCAA GATTACGTAG ATGGAGACCA TGATTATAGC 
AAATTCATAC AAACTAGACC TAAAAGAAAA CTCAGAAAGC AATATGCCAA TGGAAAAAGA 
AACTGGAAGA CGAGAGGCAC AGGAGGAAGG GGCAGATGGG GCAGATGGGG TAGATGGAGT 
AGAGGAGGCA GAGGAAGAGG AGGCAGGGGA CGAGGGGGTC GAGGAAGAGG TGGAGGTGGC 
ACTAGAGGGA GAGGGAGAGG GAGAGGAGGA AGAGGTGCTT CTAGAGGAGC CACCAGAGCC 
AAACGTGCAC GTGTTGCAGA TGATGAATTT GATACCATGT TTTCAGGACG TTTCAGTAGA 
CTGCCTCGAA TTAAAACAAG AAACCAAGGC AGGAGGACTG TTTTATATAA TGATGATTCT 
GATAATGACA ATTTTGTGTC CACTGAAGAT CCTCTGAATC TTGGTACATC CAGATCAGGC 
AGAGTGCGTA AAATGACAGA AAAAGCCAGG GTTAGCCATC TCATGGGATG GAATTATTGA