CUX1 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	CUX1
Entrez Gene ID	106497321
Full Name	cut like homeobox 1
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013958219.1	XP_013813673.1	protein CASP

Pathways from BioSystems
Gene Ontology

The following CUX1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CUX1 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
OAp25721	XM_013958219.1 Latest version!	Apteryx australis mantelli cut-like homeobox 1 (CUX1), 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)

CUX1 ( XM_013958219.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013813673.1 Apteryx australis mantelli cut-like homeobox 1 (CUX1), mRNA.

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CloneID	OAp25721
Clone ID Related Accession (Same CDS sequence)	XM_013958219.1
Accession Version	XM_013958219.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5331bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	protein CASP
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014005459.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGTTTTTC TTTCTCAGAG TAACTCAGAA AGTAAGAAGC CAGTATCTTC AGAAGGTAGT 
CAGAGGGAGC TTGATGCCAC AGCAACAATA TTGGCTAACC GGCAAGATGA AAGTGAGCAG 
TCTAGGAAAA AACTTATTGA GCAAAGTCGC GAGTTCAAGA AAAACACTCC AGAGGACCTG 
CGCAAACAGG TAGCTCCATT ACTGAAGAGT TTCCAGGGAG AGATTGACGC GTTGGGCAAA 
AGAAGCAAAG AAGCAGAGGC AGCCTTCTTG AATGTGTATA AGAGATTAAT TGATGTTCCA 
GATCCGGTTC CAGCCTTGGA TTTAGGACAG CAGCTTCAGC TGAAGGTTCA GCGTATGCAC 
GATATTGAAA CAGAGAACCA GAAACTTAGG GAAACTCTAG AGGAGTACAA TAAGGAATTC 
GCTGAGGTGA AAAATCAGGA GGTTACAATA AAAGCACTTA AAGAGAAAAT CCGAGAATAT 
GAACAGACCC TGAAGAACCA AGCTGAGAAT ATAGCACTTG AGAAAGAACA AAAGTTACAA 
AATGATTTCG CGGAGAAGGA GAGAAAATTG CAGGAGACAC AGATGTCGAC AGCCTCAAAG 
CTGGAAGAAG CCGAGCACAA AGTTCAAGCT TTGCAAACAG CCTTGGAAAA AACCAGAACA 
GAACTATTTG ATCTGAAAAC AAAATACGAT GAAGAAACTA CTGCAAAGGC TGATGAAATT 
GAGATGATCA TGACAGACCT CGAAAGAGCA AATCAGAGGG CAGAGGTGGC TCAGAGAGAG 
GCAGAGACCT TAAGGGAGCA GCTCTCGTCA GCCAACAAAT CTCTCCAACT CGCTACGCAG 
ATCCAGAAGG CACCTGATGT GGAGCAGGCC ATCGAGGTGC TAACACGGTC CAGCTTGGAA 
GTAGAACTGG CTGCGAAGGA GCGGGAAATT GCCCAGCTCG TAGAAGACGT CCAGAGACTC 
CAGGGCAGCC TCACCAAACT GCGGGAGAAC TCCAGCAGCC AAATCTCGCA GCTGGAGCAG 
CAGCTGACTG CCAAGAACAG CACACTCAAA CAACTGGAAG AAAAACTGAA AGGACAGGCT 
GATTATGAAG AGGTTAAGAA AGAATTAAAT ATATTGAAAT CCATGGAGTT TGCACCATCT 
GAAAGCTCTG GTGCGCAGGA TGCATCTAAG CCCCTGGAGG TGCTGCTGCT GGAGAAGAAC 
CGCTCATTGC AGTCTGAGAA CGCCACGCTG CGTATCACTA ATAGTGACCT GAGTGGTAGG 
TTGACACGAT TTTCCGCTAT TACAGTTTGT TTGATATCTC AAGAAATAGA AAATAATTGT 
TTTTCTACCT TCCACAGTAT ATTGAAATCC ATGGAGTTTG CACCATCTGA AAGCTCTGGT 
GCGCAGGATG CATCTAAGCC CCTGGAGGTG CTGCTGCTGG AGAAGAACCG CTCATTGCAG 
TCTGAGAACG CCACGCTGCG TATCACTAAT AGTGACCTGA GTGGGTCAGC CAGGAGAAAA 
GGGAAAGACC AGCCTGAGAG TCAGCGTCCT GCAACCTTGC CGGCCTCCCC TCCTTCTCAG 
TTGCTCCGCA ACGCGGGGGA GCAGGCTTCC AATACTAATG GTACACACCA GTTCTCACCA 
ACGGGTTTAA GTCAAGACTT TTTCAGCTCA TCCCTGGCAA GCCCCAGCTT ACCCCTGGCC 
TCCACAGGAA AATTTGCACT AAACTCTCTC CTCCAGCGAC AGCTAATGCA GTCCTTCTAC 
TCCAAGGCAA TGCAGGAAGC AGGAAGCACA AGCATGATTT TTTCAACAGG TCCTTACAGC 
ACAAACTCCA TATCTTCCCA AAGTCCATTA CAACAAAGTC CGGATGTAAA TGGCATGGCC 
CCGTCTCCCA GCCAGTCAGA AAGTGCTGGG AGCATCTCTG AAGGCGAGGA GATAGACACG 
GCCGAAATTG CACGTCAGGT GAAAGAGCAG TTGATCAAGC ACAATATTGG ACAGCGGATA 
TTTGGACATT ATGTGTTGGG ACTGTCGCAA GGGTCTGTGA GTGAGATCCT AGCCCGGCCA 
AAGCCATGGA ATAAACTGAC TGTGAGAGGC AAGGAGCCAT TTCATAAGAT GAAGCAGTTC 
CTCTCGGACG AGCAGAACAT CTTGGCTCTT CGCAGCATCC AGGGTAGACA AAGAGGTAAT 
ATAACGACAA GGATCCGAAC CACAGAGACG GGCTCTGATG AAGCCATCAA ATCCATTCTA 
GAACAAGCCA AAAGGGAGCT GCAAGTACAG AAAACAGCTG AGCCGGCTCA GCCGCCTTCT 
GCATCTAGCA GTGGCAATTC TGATGATGCT ATTCGATCCA TTCTGCAACA AGCCCGACGC 
GAAATGGAGG CACAGCAGGC TGCCCTTGAA CCTGCCTTAA AAACACCACC TTTATCTCAA 
GCTGACATTT CTATCCTGTC CCCCAAACTA CCTACACCTG CAATGTCTTC GGTTTCCAGC 
TTTTCTCCTT TGGCCATGTC CCTGAAGAAA CATTCATCTG TCACTGATTC CAGTATCTCT 
GCATTGCAGA ACCTCTCTGG GCTCAAAAAG GAGCCTCAGG AGGCACCTGG TTTAGAGCTT 
CATGGAATAA GTGATTCTGC CCAGGGTATG TTGAGGCATG TTAAAAATGA GTTGGGACGT 
GGTGGTGTTT GGAAGGACCA CTGGTGGAAT ACTGTTCAGC ATGAGAGAAG AAACACAGCT 
CTTCCCGAAG ACACAAAAGT TGAGGAAGCC AGTGTTGGAA AAGAAAAGGT CAGCAATCAG 
ACTAGGCCAG ATCGTAGCCA GCTTCAAGGA CCATCTTCTT CAGAGTATTG GAAAGAGTGG 
CCAAACGCTG AATCTCCGTA CTCCCAGAGT TCTGAGTTGA GCATGACTGG GGCAAGTCGC 
AGCGAGACGC CACAAAATAG CCCCCTCCCT TCGTCCCCTA TTGTGTCTTT GTCAAAGCCA 
TCCAAACCTT CGGTTCCTCC ACTGACACCT GAGCAGTACG AGATTTATAT GTACCAGGAG 
GTGGATACGA TAGAACTAAC TCGTCAGGTC AAAGAAAAGC TAGCAAAGAA TGGCATCTGC 
CAAAGGATCT TTGGGGAAAA GAACCTCTCT GGGCTCAAAA AGGAGCCTCA GGAGGCACCT 
GGTTTAGAGC TTCATGGAAT AAGTGATTCT GCCCAGGGTA TGTTGAGGCA TGTTAAAAAT 
GAGTTGGGAC GTGGTGGTGT TTGGAAGGAC CACTGGTGGA ATACTGTTCA GCATGAGAGA 
AGAAACACAG CTCTTCCCGA AGACACAAAA GTTGAGGAAG CCAGTGTTGG AAAAGAAAAG 
GTCAGCAATC AGACTAGGCC AGATCGTAGC CAGCTTCAAG GACCATCTTC TTCAGAGTAT 
TGGAAAGAGT GGCCAAACGC TGAATCTCCG TACTCCCAGA GTTCTGAGTT GAGCATGACT 
GGGGCAAGTC GCAGCGAGAC GCCACAAAAT AGCCCCCTCC CTTCGTCCCC TATTGTGTCT 
TTGTCAAAGC CATCCAAACC TTCGGTTCCT CCACTGACAC CTGAGCAGTA CGAGATTTAT 
ATGTACCAGG AGGTGGATAC GATAGAACTA ACTCGTCAGG TCAAAGAAAA GCTAGCAAAG 
AATGGCATCT GCCAAAGGAT CTTTGGGGAA AAGGTATTGG GGCTGTCCCA AGGAAGTGTC 
AGTGACATGC TCTCCAGGCC AAAGCCATGG AGCAAATTGA CCCAAAAAGG CCGAGAACCA 
TTTATTCGTA TGCAGCTCTG GTTGAATGGT GAGCTGGGAC AGTGTGTCCT GCCCGCGCAA 
GGGCAGCAAC AAGGACAAGT CCTTCACTCT GTGACATCAT TGCAGGATTC CCTACAGCAG 
GGATGTGCAA GCTCAGAAAG CACTCCAAAG ACTTCTGCCA GTTGCAGTCC TGCTCCTGAA 
TCTCCTATGA GCTCCAGTGA ATCAGTGAAG AGCCTGACCG AATTGGTACA GCAACCCTGT 
CCTGCTATAG AGACAAGTAA GGATGGCAAA TCACAAGAAT CTAGTGAGCC ACCTGCCTCC 
GAATCCCAAT CTACAACACC TTTGCCTCTG TCTGGCCACT CAGCCCTCAG CATTCAAGAA 
CTGGTTGCTA TGTCACCTGA ATTGGATACG TATGGCATTA CAAAAAGGGT CAAAGAAGTG 
CTGACGGACA ACAATCTTGG TCAGCGTTTG TTTGGGGAGA CAATCCTAGG GCTAACACAA 
GGCTCTGTCT CAGACCTTCT GGCTCGCCCT AAGCCCTGGC ACAAGCTGAG TTTGAAGGGA 
CGGGAACCCT TTGTCCGCAT GCAGCTGTGG CTCAATGATC CCAACAACGT GGAGAAGTTG 
ATGGATATGA AACGAATGGA GAAAAAAGCC TACATGAAGC GACGGCACAG CTCCGTCAGC 
GACAGTCAGT CCTGCGAGTC CTCGTCGGCC GGCATAGACT ACAGCCAGGG AGCCAGCCCG 
CAGCCGCAGC ACCAGCTGAA GAAACCCCGC GTCGTGCTGG CGCCGGAGGA GAAGGAAGCT 
CTGAAACGAG CCTACCAGCA AAAGCCATAC CCATCACCAA AAACCATTGA GGAACTCGCG 
ACGCAGCTCA ACTTGAAAAC CAGCACGGTG ATCAACTGGT TCCACAATTA CAGGTCTCGC 
ATCCGTCGAG AGCTGTTCAT CGAAGAAATC CAAGCGGGAA GCCAGAGCCA GGCTGGGGCG 
AGCGATTCTC CTTCGGCTAG AAGCAACAGG GCGGCGCACA GCTCGGAGGG GGACAGCTGT 
GACGGCGTGG ACGCCGAAGG CCCACCTGAA GGGAAGCCGA GCGGCCCGGA GGCGGATGAG 
TACAGCAATG CAACCACAAA GTCTCAGGGA GGGCCAGCAG AGTCGGCTTT CGAAGCGGGG 
GAAGAGGCAC TGCAGGGCGC CAGGTCTTCA GAGAAAAGCG AGTCATTCCA CTTGGGAATG 
GAGAGCCTGG AGGATACTGA TGACGAGGGC AGGCTCAAAG CGCCGCGGCA AAGCTCTCCA 
CCAGGATCTC AGCGTTCAGG AGAAAGTCTG GAGACACTGC CAAACTCTGC TACGGAAGGG 
GATGCCTCTA CCTCAGCTGC CTCCACCTCA GTCCTTACAG GGGAGAGCTC CTACAAGCCG 
AAAGAAAGTT CGGAGAAAAT TCCCAGTGTG CCAAGTACGA GCTCGACGGT GGCCGCAGGC 
TCGCAGAAAG CCAACTCGAT TCAGAGCTTG TTCAGCTTCT CGGAGGCGGC GAGCTCCAAG 
AACACGCGAG ACAACTCCTT GAGGAAAAAG AAAGCCGCAA ACTTGAACAA CATAATCCAC 
CGCTTGGAGA AGGCCGCTAG TCGAGAAGAG GCCGTCGAGT GGGAGTTTTG A

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

RefSeq	XP_013813673.1
CDS	1..5331
Translation	MVFLSQSNSESKKPVSSEGSQRELDATATILANRQDESEQSRKKLIEQSREFKKNTPEDLRKQVAPLLKSFQGEIDALGKRSKEAEAAFLNVYKRLIDVPDPVPALDLGQQLQLKVQRMHDIETENQKLRETLEEYNKEFAEVKNQEVTIKALKEKIREYEQTLKNQAENIALEKEQKLQNDFAEKERKLQETQMSTASKLEEAEHKVQALQTALEKTRTELFDLKTKYDEETTAKADEIEMIMTDLERANQRAEVAQREAETLREQLSSANKSLQLATQIQKAPDVEQAIEVLTRSSLEVELAAKEREIAQLVEDVQRLQGSLTKLRENSSSQISQLEQQLTAKNSTLKQLEEKLKGQADYEEVKKELNILKSMEFAPSESSGAQDASKPLEVLLLEKNRSLQSENATLRITNSDLSGRLTRFSAITVCLISQEIENNCFSTFHSILKSMEFAPSESSGAQDASKPLEVLLLEKNRSLQSENATLRITNSDLSGSARRKGKDQPESQRPATLPASPPSQLLRNAGEQASNTNGTHQFSPTGLSQDFFSSSLASPSLPLASTGKFALNSLLQRQLMQSFYSKAMQEAGSTSMIFSTGPYSTNSISSQSPLQQSPDVNGMAPSPSQSESAGSISEGEEIDTAEIARQVKEQLIKHNIGQRIFGHYVLGLSQGSVSEILARPKPWNKLTVRGKEPFHKMKQFLSDEQNILALRSIQGRQRGNITTRIRTTETGSDEAIKSILEQAKRELQVQKTAEPAQPPSASSSGNSDDAIRSILQQARREMEAQQAALEPALKTPPLSQADISILSPKLPTPAMSSVSSFSPLAMSLKKHSSVTDSSISALQNLSGLKKEPQEAPGLELHGISDSAQGMLRHVKNELGRGGVWKDHWWNTVQHERRNTALPEDTKVEEASVGKEKVSNQTRPDRSQLQGPSSSEYWKEWPNAESPYSQSSELSMTGASRSETPQNSPLPSSPIVSLSKPSKPSVPPLTPEQYEIYMYQEVDTIELTRQVKEKLAKNGICQRIFGEKNLSGLKKEPQEAPGLELHGISDSAQGMLRHVKNELGRGGVWKDHWWNTVQHERRNTALPEDTKVEEASVGKEKVSNQTRPDRSQLQGPSSSEYWKEWPNAESPYSQSSELSMTGASRSETPQNSPLPSSPIVSLSKPSKPSVPPLTPEQYEIYMYQEVDTIELTRQVKEKLAKNGICQRIFGEKVLGLSQGSVSDMLSRPKPWSKLTQKGREPFIRMQLWLNGELGQCVLPAQGQQQGQVLHSVTSLQDSLQQGCASSESTPKTSASCSPAPESPMSSSESVKSLTELVQQPCPAIETSKDGKSQESSEPPASESQSTTPLPLSGHSALSIQELVAMSPELDTYGITKRVKEVLTDNNLGQRLFGETILGLTQGSVSDLLARPKPWHKLSLKGREPFVRMQLWLNDPNNVEKLMDMKRMEKKAYMKRRHSSVSDSQSCESSSAGIDYSQGASPQPQHQLKKPRVVLAPEEKEALKRAYQQKPYPSPKTIEELATQLNLKTSTVINWFHNYRSRIRRELFIEEIQAGSQSQAGASDSPSARSNRAAHSSEGDSCDGVDAEGPPEGKPSGPEADEYSNATTKSQGGPAESAFEAGEEALQGARSSEKSESFHLGMESLEDTDDEGRLKAPRQSSPPGSQRSGESLETLPNSATEGDASTSAASTSVLTGESSYKPKESSEKIPSVPSTSSTVAAGSQKANSIQSLFSFSEAASSKNTRDNSLRKKKAANLNNIIHRLEKAASREEAVEWEF

Target ORF information:

RefSeq Version	XM_013958219.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli cut-like homeobox 1 (CUX1), mRNA.

Target ORF information:

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

XM_013958219.1

ORF Insert Sequence:

ATGGTTTTTC TTTCTCAGAG TAACTCAGAA AGTAAGAAGC CAGTATCTTC AGAAGGTAGT 
CAGAGGGAGC TTGATGCCAC AGCAACAATA TTGGCTAACC GGCAAGATGA AAGTGAGCAG 
TCTAGGAAAA AACTTATTGA GCAAAGTCGC GAGTTCAAGA AAAACACTCC AGAGGACCTG 
CGCAAACAGG TAGCTCCATT ACTGAAGAGT TTCCAGGGAG AGATTGACGC GTTGGGCAAA 
AGAAGCAAAG AAGCAGAGGC AGCCTTCTTG AATGTGTATA AGAGATTAAT TGATGTTCCA 
GATCCGGTTC CAGCCTTGGA TTTAGGACAG CAGCTTCAGC TGAAGGTTCA GCGTATGCAC 
GATATTGAAA CAGAGAACCA GAAACTTAGG GAAACTCTAG AGGAGTACAA TAAGGAATTC 
GCTGAGGTGA AAAATCAGGA GGTTACAATA AAAGCACTTA AAGAGAAAAT CCGAGAATAT 
GAACAGACCC TGAAGAACCA AGCTGAGAAT ATAGCACTTG AGAAAGAACA AAAGTTACAA 
AATGATTTCG CGGAGAAGGA GAGAAAATTG CAGGAGACAC AGATGTCGAC AGCCTCAAAG 
CTGGAAGAAG CCGAGCACAA AGTTCAAGCT TTGCAAACAG CCTTGGAAAA AACCAGAACA 
GAACTATTTG ATCTGAAAAC AAAATACGAT GAAGAAACTA CTGCAAAGGC TGATGAAATT 
GAGATGATCA TGACAGACCT CGAAAGAGCA AATCAGAGGG CAGAGGTGGC TCAGAGAGAG 
GCAGAGACCT TAAGGGAGCA GCTCTCGTCA GCCAACAAAT CTCTCCAACT CGCTACGCAG 
ATCCAGAAGG CACCTGATGT GGAGCAGGCC ATCGAGGTGC TAACACGGTC CAGCTTGGAA 
GTAGAACTGG CTGCGAAGGA GCGGGAAATT GCCCAGCTCG TAGAAGACGT CCAGAGACTC 
CAGGGCAGCC TCACCAAACT GCGGGAGAAC TCCAGCAGCC AAATCTCGCA GCTGGAGCAG 
CAGCTGACTG CCAAGAACAG CACACTCAAA CAACTGGAAG AAAAACTGAA AGGACAGGCT 
GATTATGAAG AGGTTAAGAA AGAATTAAAT ATATTGAAAT CCATGGAGTT TGCACCATCT 
GAAAGCTCTG GTGCGCAGGA TGCATCTAAG CCCCTGGAGG TGCTGCTGCT GGAGAAGAAC 
CGCTCATTGC AGTCTGAGAA CGCCACGCTG CGTATCACTA ATAGTGACCT GAGTGGTAGG 
TTGACACGAT TTTCCGCTAT TACAGTTTGT TTGATATCTC AAGAAATAGA AAATAATTGT 
TTTTCTACCT TCCACAGTAT ATTGAAATCC ATGGAGTTTG CACCATCTGA AAGCTCTGGT 
GCGCAGGATG CATCTAAGCC CCTGGAGGTG CTGCTGCTGG AGAAGAACCG CTCATTGCAG 
TCTGAGAACG CCACGCTGCG TATCACTAAT AGTGACCTGA GTGGGTCAGC CAGGAGAAAA 
GGGAAAGACC AGCCTGAGAG TCAGCGTCCT GCAACCTTGC CGGCCTCCCC TCCTTCTCAG 
TTGCTCCGCA ACGCGGGGGA GCAGGCTTCC AATACTAATG GTACACACCA GTTCTCACCA 
ACGGGTTTAA GTCAAGACTT TTTCAGCTCA TCCCTGGCAA GCCCCAGCTT ACCCCTGGCC 
TCCACAGGAA AATTTGCACT AAACTCTCTC CTCCAGCGAC AGCTAATGCA GTCCTTCTAC 
TCCAAGGCAA TGCAGGAAGC AGGAAGCACA AGCATGATTT TTTCAACAGG TCCTTACAGC 
ACAAACTCCA TATCTTCCCA AAGTCCATTA CAACAAAGTC CGGATGTAAA TGGCATGGCC 
CCGTCTCCCA GCCAGTCAGA AAGTGCTGGG AGCATCTCTG AAGGCGAGGA GATAGACACG 
GCCGAAATTG CACGTCAGGT GAAAGAGCAG TTGATCAAGC ACAATATTGG ACAGCGGATA 
TTTGGACATT ATGTGTTGGG ACTGTCGCAA GGGTCTGTGA GTGAGATCCT AGCCCGGCCA 
AAGCCATGGA ATAAACTGAC TGTGAGAGGC AAGGAGCCAT TTCATAAGAT GAAGCAGTTC 
CTCTCGGACG AGCAGAACAT CTTGGCTCTT CGCAGCATCC AGGGTAGACA AAGAGGTAAT 
ATAACGACAA GGATCCGAAC CACAGAGACG GGCTCTGATG AAGCCATCAA ATCCATTCTA 
GAACAAGCCA AAAGGGAGCT GCAAGTACAG AAAACAGCTG AGCCGGCTCA GCCGCCTTCT 
GCATCTAGCA GTGGCAATTC TGATGATGCT ATTCGATCCA TTCTGCAACA AGCCCGACGC 
GAAATGGAGG CACAGCAGGC TGCCCTTGAA CCTGCCTTAA AAACACCACC TTTATCTCAA 
GCTGACATTT CTATCCTGTC CCCCAAACTA CCTACACCTG CAATGTCTTC GGTTTCCAGC 
TTTTCTCCTT TGGCCATGTC CCTGAAGAAA CATTCATCTG TCACTGATTC CAGTATCTCT 
GCATTGCAGA ACCTCTCTGG GCTCAAAAAG GAGCCTCAGG AGGCACCTGG TTTAGAGCTT 
CATGGAATAA GTGATTCTGC CCAGGGTATG TTGAGGCATG TTAAAAATGA GTTGGGACGT 
GGTGGTGTTT GGAAGGACCA CTGGTGGAAT ACTGTTCAGC ATGAGAGAAG AAACACAGCT 
CTTCCCGAAG ACACAAAAGT TGAGGAAGCC AGTGTTGGAA AAGAAAAGGT CAGCAATCAG 
ACTAGGCCAG ATCGTAGCCA GCTTCAAGGA CCATCTTCTT CAGAGTATTG GAAAGAGTGG 
CCAAACGCTG AATCTCCGTA CTCCCAGAGT TCTGAGTTGA GCATGACTGG GGCAAGTCGC 
AGCGAGACGC CACAAAATAG CCCCCTCCCT TCGTCCCCTA TTGTGTCTTT GTCAAAGCCA 
TCCAAACCTT CGGTTCCTCC ACTGACACCT GAGCAGTACG AGATTTATAT GTACCAGGAG 
GTGGATACGA TAGAACTAAC TCGTCAGGTC AAAGAAAAGC TAGCAAAGAA TGGCATCTGC 
CAAAGGATCT TTGGGGAAAA GAACCTCTCT GGGCTCAAAA AGGAGCCTCA GGAGGCACCT 
GGTTTAGAGC TTCATGGAAT AAGTGATTCT GCCCAGGGTA TGTTGAGGCA TGTTAAAAAT 
GAGTTGGGAC GTGGTGGTGT TTGGAAGGAC CACTGGTGGA ATACTGTTCA GCATGAGAGA 
AGAAACACAG CTCTTCCCGA AGACACAAAA GTTGAGGAAG CCAGTGTTGG AAAAGAAAAG 
GTCAGCAATC AGACTAGGCC AGATCGTAGC CAGCTTCAAG GACCATCTTC TTCAGAGTAT 
TGGAAAGAGT GGCCAAACGC TGAATCTCCG TACTCCCAGA GTTCTGAGTT GAGCATGACT 
GGGGCAAGTC GCAGCGAGAC GCCACAAAAT AGCCCCCTCC CTTCGTCCCC TATTGTGTCT 
TTGTCAAAGC CATCCAAACC TTCGGTTCCT CCACTGACAC CTGAGCAGTA CGAGATTTAT 
ATGTACCAGG AGGTGGATAC GATAGAACTA ACTCGTCAGG TCAAAGAAAA GCTAGCAAAG 
AATGGCATCT GCCAAAGGAT CTTTGGGGAA AAGGTATTGG GGCTGTCCCA AGGAAGTGTC 
AGTGACATGC TCTCCAGGCC AAAGCCATGG AGCAAATTGA CCCAAAAAGG CCGAGAACCA 
TTTATTCGTA TGCAGCTCTG GTTGAATGGT GAGCTGGGAC AGTGTGTCCT GCCCGCGCAA 
GGGCAGCAAC AAGGACAAGT CCTTCACTCT GTGACATCAT TGCAGGATTC CCTACAGCAG 
GGATGTGCAA GCTCAGAAAG CACTCCAAAG ACTTCTGCCA GTTGCAGTCC TGCTCCTGAA 
TCTCCTATGA GCTCCAGTGA ATCAGTGAAG AGCCTGACCG AATTGGTACA GCAACCCTGT 
CCTGCTATAG AGACAAGTAA GGATGGCAAA TCACAAGAAT CTAGTGAGCC ACCTGCCTCC 
GAATCCCAAT CTACAACACC TTTGCCTCTG TCTGGCCACT CAGCCCTCAG CATTCAAGAA 
CTGGTTGCTA TGTCACCTGA ATTGGATACG TATGGCATTA CAAAAAGGGT CAAAGAAGTG 
CTGACGGACA ACAATCTTGG TCAGCGTTTG TTTGGGGAGA CAATCCTAGG GCTAACACAA 
GGCTCTGTCT CAGACCTTCT GGCTCGCCCT AAGCCCTGGC ACAAGCTGAG TTTGAAGGGA 
CGGGAACCCT TTGTCCGCAT GCAGCTGTGG CTCAATGATC CCAACAACGT GGAGAAGTTG 
ATGGATATGA AACGAATGGA GAAAAAAGCC TACATGAAGC GACGGCACAG CTCCGTCAGC 
GACAGTCAGT CCTGCGAGTC CTCGTCGGCC GGCATAGACT ACAGCCAGGG AGCCAGCCCG 
CAGCCGCAGC ACCAGCTGAA GAAACCCCGC GTCGTGCTGG CGCCGGAGGA GAAGGAAGCT 
CTGAAACGAG CCTACCAGCA AAAGCCATAC CCATCACCAA AAACCATTGA GGAACTCGCG 
ACGCAGCTCA ACTTGAAAAC CAGCACGGTG ATCAACTGGT TCCACAATTA CAGGTCTCGC 
ATCCGTCGAG AGCTGTTCAT CGAAGAAATC CAAGCGGGAA GCCAGAGCCA GGCTGGGGCG 
AGCGATTCTC CTTCGGCTAG AAGCAACAGG GCGGCGCACA GCTCGGAGGG GGACAGCTGT 
GACGGCGTGG ACGCCGAAGG CCCACCTGAA GGGAAGCCGA GCGGCCCGGA GGCGGATGAG 
TACAGCAATG CAACCACAAA GTCTCAGGGA GGGCCAGCAG AGTCGGCTTT CGAAGCGGGG 
GAAGAGGCAC TGCAGGGCGC CAGGTCTTCA GAGAAAAGCG AGTCATTCCA CTTGGGAATG 
GAGAGCCTGG AGGATACTGA TGACGAGGGC AGGCTCAAAG CGCCGCGGCA AAGCTCTCCA 
CCAGGATCTC AGCGTTCAGG AGAAAGTCTG GAGACACTGC CAAACTCTGC TACGGAAGGG 
GATGCCTCTA CCTCAGCTGC CTCCACCTCA GTCCTTACAG GGGAGAGCTC CTACAAGCCG 
AAAGAAAGTT CGGAGAAAAT TCCCAGTGTG CCAAGTACGA GCTCGACGGT GGCCGCAGGC 
TCGCAGAAAG CCAACTCGAT TCAGAGCTTG TTCAGCTTCT CGGAGGCGGC GAGCTCCAAG 
AACACGCGAG ACAACTCCTT GAGGAAAAAG AAAGCCGCAA ACTTGAACAA CATAATCCAC 
CGCTTGGAGA AGGCCGCTAG TCGAGAAGAG GCCGTCGAGT GGGAGTTTTG A