MPDZ cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew)

Gene
Clones
gRNAs

Summary

Gene Symbol	MPDZ
Entrez Gene ID	102850082
Full Name	multiple PDZ domain crumbs cell polarity complex component
Gene Type	protein-coding
Organism	Elephantulus edwardii(Cape elephant shrew)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006881297.1	XP_006881359.1	LOW QUALITY PROTEIN: multiple PDZ domain protein

Pathways from BioSystems
Gene Ontology

The following MPDZ gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MPDZ 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
OEl37605	XM_006881297.1 Latest version!	Elephantulus edwardii multiple PDZ domain protein (MPDZ), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

MPDZ ( XM_006881297.1 ) cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew) -> XP_006881359.1 Elephantulus edwardii multiple PDZ domain protein (MPDZ), mRNA.

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CloneID	OEl37605
Clone ID Related Accession (Same CDS sequence)	XM_006881297.1
Accession Version	XM_006881297.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6120bp) 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	2014-02-17
Organism	Elephantulus edwardii(Cape elephant shrew)
Product	LOW QUALITY PROTEIN: multiple PDZ domain protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006399764.1) 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 :: Elephantulus edwardii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGGAAA CCATAGACAA AAGCCGAGCG CTGCAGGCAG CTGAGCGCTT ACAGGCCAAG 
CTGCGAGAAC GAGGCGACGT GGCCAATGAA GACAAGCTGA ACCTCCTGAA GTCAGTCCTC 
CAGAGCCCGC TCTTCAGCCA GATCGTGCAC CTCCAGGCCT CCATGCAGCA CCTGGATGAC 
CAGGTAAACA GTGCAGCCCC TACGACTTTA AATGTCGAAT ACAGCCACAC TCCACATCTC 
AGCCCAGCTC TGGTTCCTGC CCTGCAGAAT GGACCATTTG CCTTGTCCTC AAATGGTGGG 
AATGGAGAAC CCGTGGGATC TGGGGCTTCT CACCCCAGTG GGAGACCAGC CTGTGAAGAC 
TTTGACCAGA TGATCAAAAA TATGGCCCAA GGCTGCCATG TGGAAGTTTT CGAGCTCCTC 
AAACCCCAAA GTGGAGGCCT CGGGTTTAGT GTTGTGGGCC TGAGGAGTGA AAACAGGGCA 
GAAGTGGGCA TCTTTGTGCA GGAGATACAG GTGGGCGGTG TGGCTCACAG AGATGGAAGG 
CTAAAGGAAA CCGATCAGAT CCTTGCTCTC AATGGGCAGG CACTTGACCA AACACTTACG 
CCCCAGCAGG CTGTCAGAAT CCTTCAGAAA GCCAAAGAGA AAGTCTAGCT CATTATCGCC 
AGAGGCTCCT TGCCGCAAGT CATGGGCCCC GTGGTGTCCC GCTCTCCATC TGCGGCCAGC 
ACCATCTTGG CTCACTCCAA TCCAGTTCAC TGGCAGCACG TGGAGACCAT TGAACTGGTG 
AATGATGGAT CTGGTCTGGG ATTTGGCATC GTAGGAGGAA AGACAACTGG CGTGATAGTC 
AAAACTATCC TGCCAGGGGG AGTAGCCAGT CAGCATGGAC GGCTGTGTAG TGGAGACCAC 
ATTCTAAAGA TTGGAGACAC CGATCTCGCG GGAATGAGCA GTGAGCAAGT TGCACAAGTC 
CTCAGGCAGT GTGGGAACAG AGTGAAGCTG GTGATTGCCA GGGGAGCCGT AGAGGAAACC 
GCAGCTCCAG CCTCGTTGGG CGTCACTCTG CCCCAGCCCC CATCTTCCTC ACCAGAAATG 
CGGGTCGATG CTTCAACTCA GAAAAATGAA GAAAGTGAGA CATTTGATGT GGAACTCACG 
AAAAATAGCC AAGGATTAGG AATTACCATT GCAGGTTACA TTGGAGATAA AAAACTAGAA 
CCTTCAGGAA TCTTTGTAAA GAGCATTACA AAAAGCAGCG CTGTTGAGCA TGATGGAAGA 
ATCCAAATTG GAGATCAAAT TATAGCAGTG GACGGCACAA ACCTTCAGGG GTTCACTAAC 
CAGCAAGCAG TGGAGGTGCT ACGACACACA GGACAGACCG TGCACCTAAC GCTGATGAGG 
AGAGGCGGCC CAAGGCAGGA AGATGAGCTC GCACCAGGAG AGGACAGCAC AAAAGACGCG 
GTACCATCAC CTTCCAACTC CAGCACGAGC AAAGAAAATT ATGAAAAAGA AGAGGATTCT 
TTATCTCTGA GGAGAAGCGC CAGCATTTTA CCAATTGAAG AAGAACAATA TCCATTACTT 
GCTTCTGAAA TAGAAGAAAT AGAAGATGAG AAAAAGCAGG AAGATGCTCT TTTGACAAAG 
TGGCAAAGGA TTATGGGAAT TAATTATGAA ATAGTGGTGG CCCACGTGAG CAAGTTCAGT 
GAGAACAGTG GTTTGGGGAT AAGTCTGGAA GCGACAGTGG GCCATCATTT TATCCGATCT 
GTTCTTCCAG AAGGACCTGT GGGTCACAGC AGGAAGCTGT TCAGTGGAGA CGAGCTGTTG 
GAAGTGAATG GCATAACTTT GCTGGGGGAA AATCACCAGG ATGTGGTCAA TATTTTAAAG 
GAATTGCCCA TCGAAGTGAC AGTGGTGTGC TGTCGTCGAA CTGTGCCACC CACCACCCAC 
ACAGAACAGG AGAGTCTGGA CATCTGTGAA ATTGAGCTGA CAGAAAAGCC CCACGTCGAC 
CTCGGCGAGT TCATCGGGTC CTCGGAGACA GAGGATCCTG CTCTGGCCAT GAGCGATGCG 
GGTCAGAACA CGGAGGACGT TCAAGGACCG CTGGCCATGT GGGAGGCGGA CATTCAGCAC 
ATAGATCTGG AAAAAGGACA CAAGGGGCTT GGCTTTAGCA TTTTAGATTA CCAGGATCCG 
GTTGATCCAG CCAGTACTGT GATTGTAATC CGCTCCTTGG TGCCTGGTGG TATTGCTGAG 
AGAGATGGAC GCCTTCTTCC TGGGGACCGA CTTATGTTTG TCAATGACAT TAACTTGGAG 
AACAGTAGTC TTGAAGAGGC TGTCCAGGCC CTGAAGGGGG CACCCTCTGG AACTGTGAGA 
ATAGGAGTGG CCAAACCTTT ACCTCTTTCA CCGGAAGAAG GCTATGTTTC TGCTAAGGAT 
GAGTCCTTTC TCTACCGACC ACGCTCCTGC CAGGAGGAGG GCCTGGCCGA CCGAGCCTTC 
TTCAGGGCTG ACCTTGCTCT GGTGGACACA AATGATGCTG ACTTAGTGGA TGAATCGACA 
CTTGAGTCTC AGTATTCACC TGATAACGAC AGTATCTACT CTACTCAGAC TTCTGTTTTA 
TCTCTTCATG GAAGTACTTG TAGCGATGGC CTGACCTATG GCACCTCTCT TGCTTCCTCT 
CCTCCCAAGG ATGTTGCTGA AAACCCAGTG CTCGATTTGC ATATGTCCTT GGAGGAACTG 
GACGCCCCTC ACCTCCTGCA GCCACCAGAG GAGAGTGTGC CTTCTGCGGA CTTGAGTCCA 
AGGCCTGCTT CTGGCTTCGT CTTAAATGAT TACGTGCCTG CAAACGCTTT GGAGCAACAG 
TACCAGTGTG AAGACGCAGC AGCGTGGGCC GACTCGCAGC TGCCCAGCGA GGTTCTGGCA 
AGTTCAGAGC TGTTTTCCTC CATGCTCCCT GATTCCCCTG GAAAGGACTC TGAGTACTTA 
CATGAACAGA ACCCTCTGGT TTCCTCTACT GAGTGCGTCA TGCTCCAAAA TATATCCAAG 
GAATCATTTG AGAGGACTAT TACTATAGCC AAAGGCAATT CTAGTCTAGG GATGACAGTG 
AGTGCTCATA AGGAAGGCCT GGGGGTGATT GTGCGAAGCA TTATTCATGG TGGAGCCATT 
AGTCGGGATG GCCGGGTCAC CGTGGGCTCC TGCATCTTGT CCATTAATGA AGAATCGACC 
ATCAACTTAA CCAATGCCCA GGCACGAGCC ATGTTGAGAA GACATTCTCT TATTGGGCCT 
GACATAAAGA TCACTTATGT GCCTGCAGAA CATTTGGAAG AATTCAGAAT AGGTTTGGAG 
CAACAATCAG GAGGACTCAT GGCCCTGGAC ATTTTTTCTT CATACACTGG AAGGGACATC 
CCAGAACTGC CGGAGCGAGA AGAAGGAGAG GGAGAAGAAA GTGAACTTCA GAATGCGGCC 
TACAGCAACT GGAACCAGCC CCGGCGGGTT GAACTGTGGC GAGAACCAAG CAAATCCCTG 
GGCATCAGCA TTATTGGTGG ACGAGGGATG GGGAGTCGAC TGAGCAACGG GGAAGTGATG 
AGGGGCATTT TCATCAAGCA CGTTCTGGAA GACAGTCCGG CGGGCAAAAA CGGAACCCTG 
AAGCCTGGAG ATAGGATAGT AGAGGTGGAT GGAATTGATC TCAGAGACGC AAGCCATGAG 
CAAGCTGTGG AAGCCATTCG GAAAGCAGGC AGCCCTGTAG TGTTCATGGT ACAGAGCGTT 
ATAAGCAAAC CAAGGAAATC CCCTTTGCCT ACCTTGCTGC CCAAGCTCTC CCCTAAATTC 
AGCTTCAGCC GCACTAACCC ATTTGCTGAC TCTCTGCAAT TCAGCGCCGA CAAGGCATCT 
GGGCAATCAG AGTTGGAGCC AGAAAAGGCT CCGCTGTGCA CCGCGCCTCT GCCCCCTCCG 
TCAGCATCTG CAGAGATGGG CAGTGATCTT GCCCAGACAT CTGCCAGCAG AGACTCAGAA 
GATGTGGACA AGGAGGATGA GTTTGGCTAC AGTTGGAAAA ATATCAGAGA GCGTTATGGA 
ACGCTGGTGG GCGAACTTCA TATGATTGAA TTGGAGAAAG GGCGTAGTGG CTTGGGACTA 
AGCCTTGCCG GAAACAAAGA CCGGTCCCGG ATGAGTGTCT TTATAGTAGG GATTGATCCC 
AATGGCGCTG CTGGAAAAGA TGGCAGATTG CAGGTCGCCG ATGAGCTGCT AGAGATCAAT 
GGTCAGATAT TATATGGACG AAGCCATCAG AATGCCTCAT CTATCATCAA ATGTGCCCCT 
TCCAAAGTGA AAATCATTTT CATCCGAAAT AAAGATGCAG TGAATCAGAT GGCTGTGTGT 
CCTGGAAGTG TGGCAGAACC TGTGCCGGTC CCCTCCGAGA ACGCCCAGAA TAAGGAGGCT 
GACTTAAGTG CTGCTACAGC GGACCTGGCA GGCGACCTCA GTTCATTTAC AAACGTGCAA 
CACCTGGAGC TTCCCAAGGA TCAAGGGGGT CTGGGCATTG CTATCAGTGA AGAAGACACA 
CTTAACGGAG TCGTCATTAA GAGTCTAACC GAGCACGGGG TAGCAGCCAA GGATGGACGC 
CTCAAAGTTG GAGACCAGAT TTTGGCTGTT GATGATGAAG TTGTTGTTGG GTATCCTGTT 
GAAAAGTTCA TTGGTCTTCT GAAGACAGCA AACACCACTG TGAAACTTAC CGTGTGTGCT 
GAGAGTCCAG AACCCCAGAC TGTCCCGTCA GCAGCTGGTT CAGGGAGCGG GGAGAAAAAG 
AACAGCTCCC AGTCTCTGAC GGTCCCGCCT TCCAGCTCCC CAGAACCAGA GTCTATCCGA 
AGTGTGAGCA GGTCATCAAC ACCAGCAATC TTTGCTTCTG ATCCTGCCAC CTGCCCCATT 
ATCCCCGGCT GTGAGACAAC TATTGAGATT TCCAAAGGGC GGACGGGGCT GGGCCTGAGC 
ATTGTTGGGG GTTCGGACAC ACTGCTGGGT GCCATCATCA TCCACGAAGT CTATGAGGAA 
GGAGCAGCGT GTAAGGATGG AAGGCTCTGG GCTGGAGATC AGATCTTAGA GGTGAATGGA 
ATCGACCTGA GAAAGGCCAC CCACGATGAA GCCATAAACG TGCTGAGGCA AACCCCGCAG 
AGGGTACGCC TGACACTCTA CAGAGATGAG ACCCCGTACA AAGAAGAGGA CGTGTATGAC 
ACCCTCACTA TCGAGCTGCA GAAGAAGCCG GGGAAAGGCC TGGGATTAAG TATCGTTGGG 
AAGAGAAATG ACAGTGGCGT GTTTGTGTCA GATATTGTCA AAGGAGGAAT TGCTGACGCT 
GATGGCAGGC TGATGCAGGG GGACCAGATA CTCCTTGTCA ATGGGGAAGA CGTCCGCAAT 
GCCACCCAGG AAGCTGTCGC TGCTTTGCTG AAGATGAGTG AAAGCAGCCT GTCATCCTTC 
ACGTTCCCAC TGTCTGGATC CAGTAACTCC GAATCCCTGG AGAGCACATC GAAGAAGAAT 
GCTTTGGCTT CTGAAATACA AGGATTAAGA ACAGTTGAAA TTAAAAAGGG ACCCTCTGAC 
TCATTAGGGA TCAGCATTGC TGGAGGAGTG GGCAGCCCCC TTGGAGATGT TCCTATATTT 
ATTGCCATGA TGCATCCGAA TGGAGTCGCC GCTCAGACCC AGAAACTCAG AGTTGGGGAC 
AGGATTGTCA CCATCTGTGG CACATCAACT GACGGGATGA CTCACACCCA AGCAGTGAAC 
TTACTGAAAA CCGCCCCCGG CCCCATTGAA ATGCAGGTGG TGGCTGGAGG AGAGGTGAGC 
GTGGTCACAG GCCTGCACCA GGAGCCTGCC AGTTCTGGTC TGTCCCTCAC AGGTCTGACG 
TCGAGCAGTA TATTTCAGGA CGATTTAGGA CCGCCTCAGT GCAAGTCCAT CACACTGGAC 
CGAGGACCAG ATGGCTTGGG CTTCAGCATA GTAGGGGGCT ACGGCAGCCC GCACGGAGAC 
CTGCCCATTT ATGTGAAAAC CGTGTTTGCA AAGGGCGCAG CCTCCGAAGA CGGGCGTCTC 
AAGAGGGGCG ATCAGATCAT CGCCGTCAAT GGGCAGAGTC TCGAAGGCGT GACCCACGAG 
GAAGCCGTTG CCATCCTTAA GCGGACAAAA GGCACTGTCA CTCTGATGGT TCTCTCATGA

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

RefSeq	XP_006881359.1
CDS	1..6120
Translation	MLETIDKSRALQAAERLQAKLRERGDVANEDKLNLLKSVLQSPLFSQIVHLQASMQHLDDQVNSAAPTTLNVEYSHTPHLSPALVPALQNGPFALSSNGGNGEPVGSGASHPSGRPACEDFDQMIKNMAQGCHVEVFELLKPQSGGLGFSVVGLRSENRAEVGIFVQEIQVGGVAHRDGRLKETDQILALNGQALDQTLTPQQAVRILQKAKEKV*LIIARGSLPQVMGPVVSRSPSAASTILAHSNPVHWQHVETIELVNDGSGLGFGIVGGKTTGVIVKTILPGGVASQHGRLCSGDHILKIGDTDLAGMSSEQVAQVLRQCGNRVKLVIARGAVEETAAPASLGVTLPQPPSSSPEMRVDASTQKNEESETFDVELTKNSQGLGITIAGYIGDKKLEPSGIFVKSITKSSAVEHDGRIQIGDQIIAVDGTNLQGFTNQQAVEVLRHTGQTVHLTLMRRGGPRQEDELAPGEDSTKDAVPSPSNSSTSKENYEKEEDSLSLRRSASILPIEEEQYPLLASEIEEIEDEKKQEDALLTKWQRIMGINYEIVVAHVSKFSENSGLGISLEATVGHHFIRSVLPEGPVGHSRKLFSGDELLEVNGITLLGENHQDVVNILKELPIEVTVVCCRRTVPPTTHTEQESLDICEIELTEKPHVDLGEFIGSSETEDPALAMSDAGQNTEDVQGPLAMWEADIQHIDLEKGHKGLGFSILDYQDPVDPASTVIVIRSLVPGGIAERDGRLLPGDRLMFVNDINLENSSLEEAVQALKGAPSGTVRIGVAKPLPLSPEEGYVSAKDESFLYRPRSCQEEGLADRAFFRADLALVDTNDADLVDESTLESQYSPDNDSIYSTQTSVLSLHGSTCSDGLTYGTSLASSPPKDVAENPVLDLHMSLEELDAPHLLQPPEESVPSADLSPRPASGFVLNDYVPANALEQQYQCEDAAAWADSQLPSEVLASSELFSSMLPDSPGKDSEYLHEQNPLVSSTECVMLQNISKESFERTITIAKGNSSLGMTVSAHKEGLGVIVRSIIHGGAISRDGRVTVGSCILSINEESTINLTNAQARAMLRRHSLIGPDIKITYVPAEHLEEFRIGLEQQSGGLMALDIFSSYTGRDIPELPEREEGEGEESELQNAAYSNWNQPRRVELWREPSKSLGISIIGGRGMGSRLSNGEVMRGIFIKHVLEDSPAGKNGTLKPGDRIVEVDGIDLRDASHEQAVEAIRKAGSPVVFMVQSVISKPRKSPLPTLLPKLSPKFSFSRTNPFADSLQFSADKASGQSELEPEKAPLCTAPLPPPSASAEMGSDLAQTSASRDSEDVDKEDEFGYSWKNIRERYGTLVGELHMIELEKGRSGLGLSLAGNKDRSRMSVFIVGIDPNGAAGKDGRLQVADELLEINGQILYGRSHQNASSIIKCAPSKVKIIFIRNKDAVNQMAVCPGSVAEPVPVPSENAQNKEADLSAATADLAGDLSSFTNVQHLELPKDQGGLGIAISEEDTLNGVVIKSLTEHGVAAKDGRLKVGDQILAVDDEVVVGYPVEKFIGLLKTANTTVKLTVCAESPEPQTVPSAAGSGSGEKKNSSQSLTVPPSSSPEPESIRSVSRSSTPAIFASDPATCPIIPGCETTIEISKGRTGLGLSIVGGSDTLLGAIIIHEVYEEGAACKDGRLWAGDQILEVNGIDLRKATHDEAINVLRQTPQRVRLTLYRDETPYKEEDVYDTLTIELQKKPGKGLGLSIVGKRNDSGVFVSDIVKGGIADADGRLMQGDQILLVNGEDVRNATQEAVAALLKMSESSLSSFTFPLSGSSNSESLESTSKKNALASEIQGLRTVEIKKGPSDSLGISIAGGVGSPLGDVPIFIAMMHPNGVAAQTQKLRVGDRIVTICGTSTDGMTHTQAVNLLKTAPGPIEMQVVAGGEVSVVTGLHQEPASSGLSLTGLTSSSIFQDDLGPPQCKSITLDRGPDGLGFSIVGGYGSPHGDLPIYVKTVFAKGAASEDGRLKRGDQIIAVNGQSLEGVTHEEAVAILKRTKGTVTLMVLS

Target ORF information:

RefSeq Version	XM_006881297.1
Organism	Elephantulus edwardii(Cape elephant shrew)
Definition	Elephantulus edwardii multiple PDZ domain protein (MPDZ), mRNA.

Target ORF information:

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

XM_006881297.1

ORF Insert Sequence:

ATGTTGGAAA CCATAGACAA AAGCCGAGCG CTGCAGGCAG CTGAGCGCTT ACAGGCCAAG 
CTGCGAGAAC GAGGCGACGT GGCCAATGAA GACAAGCTGA ACCTCCTGAA GTCAGTCCTC 
CAGAGCCCGC TCTTCAGCCA GATCGTGCAC CTCCAGGCCT CCATGCAGCA CCTGGATGAC 
CAGGTAAACA GTGCAGCCCC TACGACTTTA AATGTCGAAT ACAGCCACAC TCCACATCTC 
AGCCCAGCTC TGGTTCCTGC CCTGCAGAAT GGACCATTTG CCTTGTCCTC AAATGGTGGG 
AATGGAGAAC CCGTGGGATC TGGGGCTTCT CACCCCAGTG GGAGACCAGC CTGTGAAGAC 
TTTGACCAGA TGATCAAAAA TATGGCCCAA GGCTGCCATG TGGAAGTTTT CGAGCTCCTC 
AAACCCCAAA GTGGAGGCCT CGGGTTTAGT GTTGTGGGCC TGAGGAGTGA AAACAGGGCA 
GAAGTGGGCA TCTTTGTGCA GGAGATACAG GTGGGCGGTG TGGCTCACAG AGATGGAAGG 
CTAAAGGAAA CCGATCAGAT CCTTGCTCTC AATGGGCAGG CACTTGACCA AACACTTACG 
CCCCAGCAGG CTGTCAGAAT CCTTCAGAAA GCCAAAGAGA AAGTCTAGCT CATTATCGCC 
AGAGGCTCCT TGCCGCAAGT CATGGGCCCC GTGGTGTCCC GCTCTCCATC TGCGGCCAGC 
ACCATCTTGG CTCACTCCAA TCCAGTTCAC TGGCAGCACG TGGAGACCAT TGAACTGGTG 
AATGATGGAT CTGGTCTGGG ATTTGGCATC GTAGGAGGAA AGACAACTGG CGTGATAGTC 
AAAACTATCC TGCCAGGGGG AGTAGCCAGT CAGCATGGAC GGCTGTGTAG TGGAGACCAC 
ATTCTAAAGA TTGGAGACAC CGATCTCGCG GGAATGAGCA GTGAGCAAGT TGCACAAGTC 
CTCAGGCAGT GTGGGAACAG AGTGAAGCTG GTGATTGCCA GGGGAGCCGT AGAGGAAACC 
GCAGCTCCAG CCTCGTTGGG CGTCACTCTG CCCCAGCCCC CATCTTCCTC ACCAGAAATG 
CGGGTCGATG CTTCAACTCA GAAAAATGAA GAAAGTGAGA CATTTGATGT GGAACTCACG 
AAAAATAGCC AAGGATTAGG AATTACCATT GCAGGTTACA TTGGAGATAA AAAACTAGAA 
CCTTCAGGAA TCTTTGTAAA GAGCATTACA AAAAGCAGCG CTGTTGAGCA TGATGGAAGA 
ATCCAAATTG GAGATCAAAT TATAGCAGTG GACGGCACAA ACCTTCAGGG GTTCACTAAC 
CAGCAAGCAG TGGAGGTGCT ACGACACACA GGACAGACCG TGCACCTAAC GCTGATGAGG 
AGAGGCGGCC CAAGGCAGGA AGATGAGCTC GCACCAGGAG AGGACAGCAC AAAAGACGCG 
GTACCATCAC CTTCCAACTC CAGCACGAGC AAAGAAAATT ATGAAAAAGA AGAGGATTCT 
TTATCTCTGA GGAGAAGCGC CAGCATTTTA CCAATTGAAG AAGAACAATA TCCATTACTT 
GCTTCTGAAA TAGAAGAAAT AGAAGATGAG AAAAAGCAGG AAGATGCTCT TTTGACAAAG 
TGGCAAAGGA TTATGGGAAT TAATTATGAA ATAGTGGTGG CCCACGTGAG CAAGTTCAGT 
GAGAACAGTG GTTTGGGGAT AAGTCTGGAA GCGACAGTGG GCCATCATTT TATCCGATCT 
GTTCTTCCAG AAGGACCTGT GGGTCACAGC AGGAAGCTGT TCAGTGGAGA CGAGCTGTTG 
GAAGTGAATG GCATAACTTT GCTGGGGGAA AATCACCAGG ATGTGGTCAA TATTTTAAAG 
GAATTGCCCA TCGAAGTGAC AGTGGTGTGC TGTCGTCGAA CTGTGCCACC CACCACCCAC 
ACAGAACAGG AGAGTCTGGA CATCTGTGAA ATTGAGCTGA CAGAAAAGCC CCACGTCGAC 
CTCGGCGAGT TCATCGGGTC CTCGGAGACA GAGGATCCTG CTCTGGCCAT GAGCGATGCG 
GGTCAGAACA CGGAGGACGT TCAAGGACCG CTGGCCATGT GGGAGGCGGA CATTCAGCAC 
ATAGATCTGG AAAAAGGACA CAAGGGGCTT GGCTTTAGCA TTTTAGATTA CCAGGATCCG 
GTTGATCCAG CCAGTACTGT GATTGTAATC CGCTCCTTGG TGCCTGGTGG TATTGCTGAG 
AGAGATGGAC GCCTTCTTCC TGGGGACCGA CTTATGTTTG TCAATGACAT TAACTTGGAG 
AACAGTAGTC TTGAAGAGGC TGTCCAGGCC CTGAAGGGGG CACCCTCTGG AACTGTGAGA 
ATAGGAGTGG CCAAACCTTT ACCTCTTTCA CCGGAAGAAG GCTATGTTTC TGCTAAGGAT 
GAGTCCTTTC TCTACCGACC ACGCTCCTGC CAGGAGGAGG GCCTGGCCGA CCGAGCCTTC 
TTCAGGGCTG ACCTTGCTCT GGTGGACACA AATGATGCTG ACTTAGTGGA TGAATCGACA 
CTTGAGTCTC AGTATTCACC TGATAACGAC AGTATCTACT CTACTCAGAC TTCTGTTTTA 
TCTCTTCATG GAAGTACTTG TAGCGATGGC CTGACCTATG GCACCTCTCT TGCTTCCTCT 
CCTCCCAAGG ATGTTGCTGA AAACCCAGTG CTCGATTTGC ATATGTCCTT GGAGGAACTG 
GACGCCCCTC ACCTCCTGCA GCCACCAGAG GAGAGTGTGC CTTCTGCGGA CTTGAGTCCA 
AGGCCTGCTT CTGGCTTCGT CTTAAATGAT TACGTGCCTG CAAACGCTTT GGAGCAACAG 
TACCAGTGTG AAGACGCAGC AGCGTGGGCC GACTCGCAGC TGCCCAGCGA GGTTCTGGCA 
AGTTCAGAGC TGTTTTCCTC CATGCTCCCT GATTCCCCTG GAAAGGACTC TGAGTACTTA 
CATGAACAGA ACCCTCTGGT TTCCTCTACT GAGTGCGTCA TGCTCCAAAA TATATCCAAG 
GAATCATTTG AGAGGACTAT TACTATAGCC AAAGGCAATT CTAGTCTAGG GATGACAGTG 
AGTGCTCATA AGGAAGGCCT GGGGGTGATT GTGCGAAGCA TTATTCATGG TGGAGCCATT 
AGTCGGGATG GCCGGGTCAC CGTGGGCTCC TGCATCTTGT CCATTAATGA AGAATCGACC 
ATCAACTTAA CCAATGCCCA GGCACGAGCC ATGTTGAGAA GACATTCTCT TATTGGGCCT 
GACATAAAGA TCACTTATGT GCCTGCAGAA CATTTGGAAG AATTCAGAAT AGGTTTGGAG 
CAACAATCAG GAGGACTCAT GGCCCTGGAC ATTTTTTCTT CATACACTGG AAGGGACATC 
CCAGAACTGC CGGAGCGAGA AGAAGGAGAG GGAGAAGAAA GTGAACTTCA GAATGCGGCC 
TACAGCAACT GGAACCAGCC CCGGCGGGTT GAACTGTGGC GAGAACCAAG CAAATCCCTG 
GGCATCAGCA TTATTGGTGG ACGAGGGATG GGGAGTCGAC TGAGCAACGG GGAAGTGATG 
AGGGGCATTT TCATCAAGCA CGTTCTGGAA GACAGTCCGG CGGGCAAAAA CGGAACCCTG 
AAGCCTGGAG ATAGGATAGT AGAGGTGGAT GGAATTGATC TCAGAGACGC AAGCCATGAG 
CAAGCTGTGG AAGCCATTCG GAAAGCAGGC AGCCCTGTAG TGTTCATGGT ACAGAGCGTT 
ATAAGCAAAC CAAGGAAATC CCCTTTGCCT ACCTTGCTGC CCAAGCTCTC CCCTAAATTC 
AGCTTCAGCC GCACTAACCC ATTTGCTGAC TCTCTGCAAT TCAGCGCCGA CAAGGCATCT 
GGGCAATCAG AGTTGGAGCC AGAAAAGGCT CCGCTGTGCA CCGCGCCTCT GCCCCCTCCG 
TCAGCATCTG CAGAGATGGG CAGTGATCTT GCCCAGACAT CTGCCAGCAG AGACTCAGAA 
GATGTGGACA AGGAGGATGA GTTTGGCTAC AGTTGGAAAA ATATCAGAGA GCGTTATGGA 
ACGCTGGTGG GCGAACTTCA TATGATTGAA TTGGAGAAAG GGCGTAGTGG CTTGGGACTA 
AGCCTTGCCG GAAACAAAGA CCGGTCCCGG ATGAGTGTCT TTATAGTAGG GATTGATCCC 
AATGGCGCTG CTGGAAAAGA TGGCAGATTG CAGGTCGCCG ATGAGCTGCT AGAGATCAAT 
GGTCAGATAT TATATGGACG AAGCCATCAG AATGCCTCAT CTATCATCAA ATGTGCCCCT 
TCCAAAGTGA AAATCATTTT CATCCGAAAT AAAGATGCAG TGAATCAGAT GGCTGTGTGT 
CCTGGAAGTG TGGCAGAACC TGTGCCGGTC CCCTCCGAGA ACGCCCAGAA TAAGGAGGCT 
GACTTAAGTG CTGCTACAGC GGACCTGGCA GGCGACCTCA GTTCATTTAC AAACGTGCAA 
CACCTGGAGC TTCCCAAGGA TCAAGGGGGT CTGGGCATTG CTATCAGTGA AGAAGACACA 
CTTAACGGAG TCGTCATTAA GAGTCTAACC GAGCACGGGG TAGCAGCCAA GGATGGACGC 
CTCAAAGTTG GAGACCAGAT TTTGGCTGTT GATGATGAAG TTGTTGTTGG GTATCCTGTT 
GAAAAGTTCA TTGGTCTTCT GAAGACAGCA AACACCACTG TGAAACTTAC CGTGTGTGCT 
GAGAGTCCAG AACCCCAGAC TGTCCCGTCA GCAGCTGGTT CAGGGAGCGG GGAGAAAAAG 
AACAGCTCCC AGTCTCTGAC GGTCCCGCCT TCCAGCTCCC CAGAACCAGA GTCTATCCGA 
AGTGTGAGCA GGTCATCAAC ACCAGCAATC TTTGCTTCTG ATCCTGCCAC CTGCCCCATT 
ATCCCCGGCT GTGAGACAAC TATTGAGATT TCCAAAGGGC GGACGGGGCT GGGCCTGAGC 
ATTGTTGGGG GTTCGGACAC ACTGCTGGGT GCCATCATCA TCCACGAAGT CTATGAGGAA 
GGAGCAGCGT GTAAGGATGG AAGGCTCTGG GCTGGAGATC AGATCTTAGA GGTGAATGGA 
ATCGACCTGA GAAAGGCCAC CCACGATGAA GCCATAAACG TGCTGAGGCA AACCCCGCAG 
AGGGTACGCC TGACACTCTA CAGAGATGAG ACCCCGTACA AAGAAGAGGA CGTGTATGAC 
ACCCTCACTA TCGAGCTGCA GAAGAAGCCG GGGAAAGGCC TGGGATTAAG TATCGTTGGG 
AAGAGAAATG ACAGTGGCGT GTTTGTGTCA GATATTGTCA AAGGAGGAAT TGCTGACGCT 
GATGGCAGGC TGATGCAGGG GGACCAGATA CTCCTTGTCA ATGGGGAAGA CGTCCGCAAT 
GCCACCCAGG AAGCTGTCGC TGCTTTGCTG AAGATGAGTG AAAGCAGCCT GTCATCCTTC 
ACGTTCCCAC TGTCTGGATC CAGTAACTCC GAATCCCTGG AGAGCACATC GAAGAAGAAT 
GCTTTGGCTT CTGAAATACA AGGATTAAGA ACAGTTGAAA TTAAAAAGGG ACCCTCTGAC 
TCATTAGGGA TCAGCATTGC TGGAGGAGTG GGCAGCCCCC TTGGAGATGT TCCTATATTT 
ATTGCCATGA TGCATCCGAA TGGAGTCGCC GCTCAGACCC AGAAACTCAG AGTTGGGGAC 
AGGATTGTCA CCATCTGTGG CACATCAACT GACGGGATGA CTCACACCCA AGCAGTGAAC 
TTACTGAAAA CCGCCCCCGG CCCCATTGAA ATGCAGGTGG TGGCTGGAGG AGAGGTGAGC 
GTGGTCACAG GCCTGCACCA GGAGCCTGCC AGTTCTGGTC TGTCCCTCAC AGGTCTGACG 
TCGAGCAGTA TATTTCAGGA CGATTTAGGA CCGCCTCAGT GCAAGTCCAT CACACTGGAC 
CGAGGACCAG ATGGCTTGGG CTTCAGCATA GTAGGGGGCT ACGGCAGCCC GCACGGAGAC 
CTGCCCATTT ATGTGAAAAC CGTGTTTGCA AAGGGCGCAG CCTCCGAAGA CGGGCGTCTC 
AAGAGGGGCG ATCAGATCAT CGCCGTCAAT GGGCAGAGTC TCGAAGGCGT GACCCACGAG 
GAAGCCGTTG CCATCCTTAA GCGGACAAAA GGCACTGTCA CTCTGATGGT TCTCTCATGA