PCF11 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	PCF11
Entrez Gene ID	106490821
Full Name	PCF11 cleavage and polyadenylation factor subunit
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013950337.1	XP_013805791.1	pre-mRNA cleavage complex 2 protein Pcf11

Pathways from BioSystems
Gene Ontology

The following PCF11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PCF11 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
OAp19895	XM_013950337.1 Latest version!	Apteryx australis mantelli PCF11 cleavage and polyadenylation factor subunit (PCF11), 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)

PCF11 ( XM_013950337.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013805791.1 Apteryx australis mantelli PCF11 cleavage and polyadenylation factor subunit (PCF11), mRNA.

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CloneID	OAp19895
Clone ID Related Accession (Same CDS sequence)	XM_013950337.1
Accession Version	XM_013950337.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5124bp) 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	pre-mRNA cleavage complex 2 protein Pcf11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013998563.1) 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##

ATGTCGGCCC CGGAGAGCAG CGCTGGTAGC AGCGAGGCCC GGGAGGACGC GTGCCGCGAT 
TACCAGTCGT CGCTGGAGGA CCTGACGTTC AACAGCAAGC CGCACATCAA CATGCTGACC 
ATCTTGGCCG AGGAGAACGT GCCCTTCGCC AAGGACATCG TCTCCCTGAT CGAGGCGCAA 
ATCGCCAAGG CTCCTGCATC AGAGAAGCTC CCAGTTATGT ACCTTATGGA TTCCATTGTC 
AAGAATGTGG GAAGAGAATA TCTTACTGCA TTTACTAAAA ACCTAGTTGC AACATTTATT 
TGTGTATTTG AAAAGGTGGA TGAAAATACT AGGAAAAGTT TATTTAAATT ACGCTCCACA 
TGGGATGATA TTTTTCCTTT GAAGAAACTA TATGCCCTTG ATGTCAGAGT CAACTCATTA 
GATCCTGCTT GGCCAATTAA ACCTCTGCCC CCAAATGTGA ATACTTCTAG CATCCATGTG 
AATCCTAAGT TTTTAAATAA ATCGCCAGAG GAATCTACTG CACCTACCTC TGCTGTCACT 
TCTGGTGCCT CAACTCCTCC AGCTGTTCCT GAAATACAAA AGAATTTGAC ACAGGAGCAA 
CTGATCAGGC AACAATTGCT TGCAAAGCAA AAACAGTTGT TAGAACTTCA GCAGAAAAAA 
TTAGAGCTGG AGCTGGAACA GACTAAAGCA CAGTTGGCTG TTTCTCTTAG TGTTCAACAA 
GGATCATCTA CTATAGCTTC AGTTCCAGCA CCTTCCAAGC AACATGTGTC TCAAACACCT 
CATATGGCAG TTAAACCTCC TCATCAGACG TCTGTGCAAT CTGAAAAAAA CAAACCATCC 
CCAAGTCCTC CACTTCATGA TATCAAAATA GTAAACAGGG ATCCTCGACT TAATAGGATG 
GCTCAACATT CTTCTCATGC TAAAGATCAG TCTCATAGGA AAGAATTTCC ACCAAACGCA 
ACCAATCAAT CTGATACTAA GGCAAGCAAA ACAGCTCAGG CTGAAAAACA GAACTCATCA 
AAGCAAGAAA AATTGAAAGC AAGTGAAAAA ACACTGAAGA AAGAACTTGA TCAGTCAGAA 
GCAAAATCTA AATCACCATC ACCTTTGAAA AATAAGCTAC CCAGTACTAA AGATACTAAA 
ACCCAGGAAT GTGAAAGCAC AAAAGTATCT GAAATCAGTA AACGGGATCC AAGATTGAAA 
AAACATCTTC AAGAAAAGCC AGAAGGCAAA GAGGATGAGG TGAAAGAGAA GAAGAAAAAT 
ACAGAGAAAA AAGAAAAAGA GGAACATAAG ACATGTGAAC ATAGACCTGT AGGCAGCAGA 
AATAAAGTAA TTAATGGTGT TGTTCAGAAA CAAGATACGG CTACAGAGGA GTCAGAAAAA 
CAGGGTGGAA AACAGGGGAG ATCAAGTAAT AGAAAACGCT CACGATCACG CTCTCCTAAA 
TCACGGTCAC CATCTACGCA TTCTCCAAAA AGAAGAGATA GAAGATCACC CAAACGAAGA 
CTTAGGAGTT TATCTCCCAC TTCATCAACT CCTAAAATTG GAAAGATACG TCAGATAGGT 
CCTAAGCAGT CTCATGTTGA AGAATGTGCA CAAACAGCAA GAGATGAAAG AAATTCTAAT 
AAACGAAACC TTAAACAAGA GGTGCGAGAT CCAAGGAGAG TGAAAAAAGC TCAAGAAGAT 
AGGCCCCAAG AGACAGCAAG CCAGCATTCT GCAAAAGCCT CTCCTGATCC AAAGGAGAAT 
GCAGAAAACT GGCAAGGATC CAAATCAGGC AAGAGGTGGA AATCTGGTTG GGAAGAAAAT 
AAAAACTCAC AACAGAATGA AGAACACCAA GCACTTGGTA AATCCCCTCA CCAAAGACAC 
CGGGAAAATT GGGCTGCTAG TAAAGGAATT TTGTCACCCC GAGCACCAAA GCAGCAGCAC 
CGGTTAAGTG TGGATGCCAA TTTACAGATT CCCAAAGAAT TGACATCTGC AAGCAAGAGA 
GAATTACTTA AAAAGGCAAA TGAACGCTTA GCATCTGGTG AGATAACACA AGATGAGTTC 
CTTGTTGTAG CTCATCAGAT CCGACAGCTG TTCCAGTATC AGGAAGGAAA GCACAGATGC 
AATGTGTGGG ATAGCCCTAC AGAAGAAAAA TGTGGTTTGA AAAAGAAACC TCTTCTGTCT 
GATGCAGAAT TAACATATTA TGAACACAAA GCGAAATTGA AGAGAACCCA AGTACAGCAT 
TCATTGTCGA GACTTGATCT GTTAGATCCC GATGATATTT TAGATTATCA TATACCTGAT 
GCATTGCTTT CTGGAATAGA ATGTGAGCAA GCCAAAGCTA AGCGTGGAGT ACAGTTTGAC 
AGAAAAGAAC CATTTGGAGA AAGATCCCGG CGACATTCTC CTGTAAGTGG CAGTAATAGA 
CCTTTTCCTG ATAATCTTTC GCCACTTGAG AGTCGACGAA GACTTGAGGA ACAAAATGCT 
GCTAAAGGAG CAAGAAGTTC TAAAAATTTT GATCCTTACG ACAGCTGGGG AGAATCAGAT 
GAGTTTAGAG AAGCTCTCAG ACAACAGGGG AAGAGCACAC CGGAGTTCCA GAAAATAGAT 
GGTGATGCAA TCTGCAGATT TGATAATCGT GAAGAAAGAC AGCTTCTTGG GAAAGCTGGT 
GTTCGAGAGG AACCAAGGTC CCCATTCAGT TTCAAGAGAG CGAGGTATGA AGATCCAGAC 
AAAGCACCGT TTTCAGAGAG TCCAGGATCA AGATTTGGAG GCATTGAAGT AAAGCAGAGA 
ATAAGTGCAC TGATGGAAGA CAGGCCTCTC TTTGATGGCT CACCTAGACA ACCTGCTGCA 
AGGGTTGCGG TAGATGGACC AGGAAGTCCT TTTGTTGATG GTCCTGCTGC TGGTTCAAAT 
TCTAGAATTG ATGGGCCACC TGGACAGGCT GCTATGAGAT TTGAGGGGCC TCTGGTAGGG 
GGAGGTGCCT CTCAATTTGA TGGACCACTG GCAGGAGCAG GGGGAGCTGG AGCCCTAAGA 
TTTGATGGGC CACCAGGGCA GCTGGCAGGT GCCCTCAGGT TTGAAGGACC CCCGGGACAG 
GTTGGTGGAG GAGGTCCCTT GAGGTTTGAG GGACCCCTCG GGCAGATAGG TGGTCCTTTG 
CGTTTTGAGG GGCCAGCAGG ACAGCCTGTA GGTGGTCCTA GATTTGAAGG ACCTGGAGTT 
GGTCTGAGGT TTGAGGGGCC CCGTGGTCAA ATTTCAGGTG GTCTCAGGTT TGAGGGACCC 
CATGGTCAAC CTCTGGGGCC TCGAGGTCAA CCAGGGGGTG GTCTCAGGTT TGAGGGACCC 
CATGGTCAGC CCTTGGGGCC TCATGGTCAA CCAGGGGGTG GTCTCAGGTT TGAGGGGCCA 
CACTTACAAC CATTGGGGCC CCATGGTCAA CCTGGAGGTG GCCTCAGATT TGAGGGGCCA 
CATGGTCAGC CTGTGGGACC ACATGGACCA TCAGGTGGTG GACTTAGATT TGAGGGGCCA 
CATGGACCAT CAGGTGGTGG GCTCAGATTG GAAGGACCAG GGGTAGGTCC TAGGTTAATT 
GATGGGCCAG CACATCAAGG AGGGGGTGGT CTTAGATTTG AAGGTCCTCT GGGTCGAACT 
GGTCCAAGAT TTGATGGCTG TCATTCAGCT GGCTTTGATG GTCAACCTGG ACAGCTACCT 
CTTCTGCAAA GATTTGATGG AATTCATGGA CAACCTGGCC CAAGATTTGA AAGAGCACCT 
GGCCAACAGA CACAACCACG ATTTGAAACA GCCATACCTC AAAGATTTGA TGGTCCTCAC 
CAGCAACCCT CAAGGTTTGA CTTGCCGCTT GGCCTTCAAG GTGCACGTTT TGAAAATGTA 
GCTAACCATC CTGCCTCTAG ACTAGAATTG CCACCGTATG GACAAAGTGG TCCGTTTGGT 
GAACATCCCA GCCAGGGCTA CAATGGACCA TCTCATGGGA TGCAGTTCCA GAGACCTGAA 
ATATTTGATG GTTCTCCAGG ACCAAATTTC AATGGGCCAG CTGGCCCAGG AGCACAGAAT 
TTCCCATTGA GAGCATCTGG ACATTATTTT GATGAAAAAA GTCTTCAGGG TCCTCAATAT 
GGAAACTTCA ATAGTATGTC AGTGGGAAAT AATCAGGTGT CTCTCATGTC TGCTCAACCA 
GGACCTTATG GCCAAGGTCA ACAGTATTTA CCAAATCCTG GAAGCTTTGT ACAGAACCCA 
GCAGGAGCCC TTCCACATTC ATACCCTGAT AACCACCTTG GCCAGCTTGA TGTCAATGAA 
TTGTTTGCTA AACTGTTGTC AACAGGAATC CTCAAACTGT CAAAAACTGA TTCCACGTCA 
GCACAAGTGA ATGAAACGTC AGCCCAGCCA GCTGCTGAAG AGGAGGATGA TGATCAAGAC 
CAGAGTGAAG ATCAAGATGT CCCAGACCTC ACTAACTTTA CAGTTGAAGA ACTCAGACAG 
CGTTATGATA GTGTTATAAA TCGACTGTAC ACTGGAATTC AGTGTTACTC ATGTGGAATG 
AGATTTACTA CTTCACAGAC AGATGTTTAT GCAGATCACT TAGATTGGCA TTATCGCCAA 
AACCGCACAG AAAAGGATGT TAGCAGAAAA GTTACACACA GAAGGTGGTA CTACAGTTTA 
ACAGACTGGA TTGAATTTGA AGAAATAGCT GATCTAGAGG AACGTGCAAA AAGCCAGTTT 
TTTGAAAAAG CTCATGAAGA GGTGGTGTTG AAGACACAAG AAGCTGCAAA AGAGAAAGAG 
TTTCAGAGTG TCCCTGCTGG ACCAGCTGGA GCAGATGAGA GCTGTGAAAT TTGCCAAGAG 
CAATTTGAAC AGTATTGGGA TGAGGAAGAG GAAGAGTGGC ATCTGAAGAA TGCTATTAGA 
GTAGATGAAA AGATTTACCA TCCCTCATGT TACGAAGATT ACCAAAATAC ATCCTCATTT 
GATTGCACAC CATCTCCCAG CAAGACTCCT GTAGAAAATC CACTAAATAT TATGTTGAAC 
ATTGTTAAAC AAGAAACACA AGAATCCTGC GACTCTCCTA AAGTCAAAGA AGAACCTGAT 
GACACCCCTA CTACCTGTGC AGAAGAGAGC ACACCTGCAT CTACAGATAT TAAAACAGAA 
CCTGATAAGG TTGAATCTGT TTAA

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

RefSeq	XP_013805791.1
CDS	47..5170
Translation	MSAPESSAGSSEAREDACRDYQSSLEDLTFNSKPHINMLTILAEENVPFAKDIVSLIEAQIAKAPASEKLPVMYLMDSIVKNVGREYLTAFTKNLVATFICVFEKVDENTRKSLFKLRSTWDDIFPLKKLYALDVRVNSLDPAWPIKPLPPNVNTSSIHVNPKFLNKSPEESTAPTSAVTSGASTPPAVPEIQKNLTQEQLIRQQLLAKQKQLLELQQKKLELELEQTKAQLAVSLSVQQGSSTIASVPAPSKQHVSQTPHMAVKPPHQTSVQSEKNKPSPSPPLHDIKIVNRDPRLNRMAQHSSHAKDQSHRKEFPPNATNQSDTKASKTAQAEKQNSSKQEKLKASEKTLKKELDQSEAKSKSPSPLKNKLPSTKDTKTQECESTKVSEISKRDPRLKKHLQEKPEGKEDEVKEKKKNTEKKEKEEHKTCEHRPVGSRNKVINGVVQKQDTATEESEKQGGKQGRSSNRKRSRSRSPKSRSPSTHSPKRRDRRSPKRRLRSLSPTSSTPKIGKIRQIGPKQSHVEECAQTARDERNSNKRNLKQEVRDPRRVKKAQEDRPQETASQHSAKASPDPKENAENWQGSKSGKRWKSGWEENKNSQQNEEHQALGKSPHQRHRENWAASKGILSPRAPKQQHRLSVDANLQIPKELTSASKRELLKKANERLASGEITQDEFLVVAHQIRQLFQYQEGKHRCNVWDSPTEEKCGLKKKPLLSDAELTYYEHKAKLKRTQVQHSLSRLDLLDPDDILDYHIPDALLSGIECEQAKAKRGVQFDRKEPFGERSRRHSPVSGSNRPFPDNLSPLESRRRLEEQNAAKGARSSKNFDPYDSWGESDEFREALRQQGKSTPEFQKIDGDAICRFDNREERQLLGKAGVREEPRSPFSFKRARYEDPDKAPFSESPGSRFGGIEVKQRISALMEDRPLFDGSPRQPAARVAVDGPGSPFVDGPAAGSNSRIDGPPGQAAMRFEGPLVGGGASQFDGPLAGAGGAGALRFDGPPGQLAGALRFEGPPGQVGGGGPLRFEGPLGQIGGPLRFEGPAGQPVGGPRFEGPGVGLRFEGPRGQISGGLRFEGPHGQPLGPRGQPGGGLRFEGPHGQPLGPHGQPGGGLRFEGPHLQPLGPHGQPGGGLRFEGPHGQPVGPHGPSGGGLRFEGPHGPSGGGLRLEGPGVGPRLIDGPAHQGGGGLRFEGPLGRTGPRFDGCHSAGFDGQPGQLPLLQRFDGIHGQPGPRFERAPGQQTQPRFETAIPQRFDGPHQQPSRFDLPLGLQGARFENVANHPASRLELPPYGQSGPFGEHPSQGYNGPSHGMQFQRPEIFDGSPGPNFNGPAGPGAQNFPLRASGHYFDEKSLQGPQYGNFNSMSVGNNQVSLMSAQPGPYGQGQQYLPNPGSFVQNPAGALPHSYPDNHLGQLDVNELFAKLLSTGILKLSKTDSTSAQVNETSAQPAAEEEDDDQDQSEDQDVPDLTNFTVEELRQRYDSVINRLYTGIQCYSCGMRFTTSQTDVYADHLDWHYRQNRTEKDVSRKVTHRRWYYSLTDWIEFEEIADLEERAKSQFFEKAHEEVVLKTQEAAKEKEFQSVPAGPAGADESCEICQEQFEQYWDEEEEEWHLKNAIRVDEKIYHPSCYEDYQNTSSFDCTPSPSKTPVENPLNIMLNIVKQETQESCDSPKVKEEPDDTPTTCAEESTPASTDIKTEPDKVESV

Target ORF information:

RefSeq Version	XM_013950337.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli PCF11 cleavage and polyadenylation factor subunit (PCF11), mRNA.

Target ORF information:

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

XM_013950337.1

ORF Insert Sequence:

ATGTCGGCCC CGGAGAGCAG CGCTGGTAGC AGCGAGGCCC GGGAGGACGC GTGCCGCGAT 
TACCAGTCGT CGCTGGAGGA CCTGACGTTC AACAGCAAGC CGCACATCAA CATGCTGACC 
ATCTTGGCCG AGGAGAACGT GCCCTTCGCC AAGGACATCG TCTCCCTGAT CGAGGCGCAA 
ATCGCCAAGG CTCCTGCATC AGAGAAGCTC CCAGTTATGT ACCTTATGGA TTCCATTGTC 
AAGAATGTGG GAAGAGAATA TCTTACTGCA TTTACTAAAA ACCTAGTTGC AACATTTATT 
TGTGTATTTG AAAAGGTGGA TGAAAATACT AGGAAAAGTT TATTTAAATT ACGCTCCACA 
TGGGATGATA TTTTTCCTTT GAAGAAACTA TATGCCCTTG ATGTCAGAGT CAACTCATTA 
GATCCTGCTT GGCCAATTAA ACCTCTGCCC CCAAATGTGA ATACTTCTAG CATCCATGTG 
AATCCTAAGT TTTTAAATAA ATCGCCAGAG GAATCTACTG CACCTACCTC TGCTGTCACT 
TCTGGTGCCT CAACTCCTCC AGCTGTTCCT GAAATACAAA AGAATTTGAC ACAGGAGCAA 
CTGATCAGGC AACAATTGCT TGCAAAGCAA AAACAGTTGT TAGAACTTCA GCAGAAAAAA 
TTAGAGCTGG AGCTGGAACA GACTAAAGCA CAGTTGGCTG TTTCTCTTAG TGTTCAACAA 
GGATCATCTA CTATAGCTTC AGTTCCAGCA CCTTCCAAGC AACATGTGTC TCAAACACCT 
CATATGGCAG TTAAACCTCC TCATCAGACG TCTGTGCAAT CTGAAAAAAA CAAACCATCC 
CCAAGTCCTC CACTTCATGA TATCAAAATA GTAAACAGGG ATCCTCGACT TAATAGGATG 
GCTCAACATT CTTCTCATGC TAAAGATCAG TCTCATAGGA AAGAATTTCC ACCAAACGCA 
ACCAATCAAT CTGATACTAA GGCAAGCAAA ACAGCTCAGG CTGAAAAACA GAACTCATCA 
AAGCAAGAAA AATTGAAAGC AAGTGAAAAA ACACTGAAGA AAGAACTTGA TCAGTCAGAA 
GCAAAATCTA AATCACCATC ACCTTTGAAA AATAAGCTAC CCAGTACTAA AGATACTAAA 
ACCCAGGAAT GTGAAAGCAC AAAAGTATCT GAAATCAGTA AACGGGATCC AAGATTGAAA 
AAACATCTTC AAGAAAAGCC AGAAGGCAAA GAGGATGAGG TGAAAGAGAA GAAGAAAAAT 
ACAGAGAAAA AAGAAAAAGA GGAACATAAG ACATGTGAAC ATAGACCTGT AGGCAGCAGA 
AATAAAGTAA TTAATGGTGT TGTTCAGAAA CAAGATACGG CTACAGAGGA GTCAGAAAAA 
CAGGGTGGAA AACAGGGGAG ATCAAGTAAT AGAAAACGCT CACGATCACG CTCTCCTAAA 
TCACGGTCAC CATCTACGCA TTCTCCAAAA AGAAGAGATA GAAGATCACC CAAACGAAGA 
CTTAGGAGTT TATCTCCCAC TTCATCAACT CCTAAAATTG GAAAGATACG TCAGATAGGT 
CCTAAGCAGT CTCATGTTGA AGAATGTGCA CAAACAGCAA GAGATGAAAG AAATTCTAAT 
AAACGAAACC TTAAACAAGA GGTGCGAGAT CCAAGGAGAG TGAAAAAAGC TCAAGAAGAT 
AGGCCCCAAG AGACAGCAAG CCAGCATTCT GCAAAAGCCT CTCCTGATCC AAAGGAGAAT 
GCAGAAAACT GGCAAGGATC CAAATCAGGC AAGAGGTGGA AATCTGGTTG GGAAGAAAAT 
AAAAACTCAC AACAGAATGA AGAACACCAA GCACTTGGTA AATCCCCTCA CCAAAGACAC 
CGGGAAAATT GGGCTGCTAG TAAAGGAATT TTGTCACCCC GAGCACCAAA GCAGCAGCAC 
CGGTTAAGTG TGGATGCCAA TTTACAGATT CCCAAAGAAT TGACATCTGC AAGCAAGAGA 
GAATTACTTA AAAAGGCAAA TGAACGCTTA GCATCTGGTG AGATAACACA AGATGAGTTC 
CTTGTTGTAG CTCATCAGAT CCGACAGCTG TTCCAGTATC AGGAAGGAAA GCACAGATGC 
AATGTGTGGG ATAGCCCTAC AGAAGAAAAA TGTGGTTTGA AAAAGAAACC TCTTCTGTCT 
GATGCAGAAT TAACATATTA TGAACACAAA GCGAAATTGA AGAGAACCCA AGTACAGCAT 
TCATTGTCGA GACTTGATCT GTTAGATCCC GATGATATTT TAGATTATCA TATACCTGAT 
GCATTGCTTT CTGGAATAGA ATGTGAGCAA GCCAAAGCTA AGCGTGGAGT ACAGTTTGAC 
AGAAAAGAAC CATTTGGAGA AAGATCCCGG CGACATTCTC CTGTAAGTGG CAGTAATAGA 
CCTTTTCCTG ATAATCTTTC GCCACTTGAG AGTCGACGAA GACTTGAGGA ACAAAATGCT 
GCTAAAGGAG CAAGAAGTTC TAAAAATTTT GATCCTTACG ACAGCTGGGG AGAATCAGAT 
GAGTTTAGAG AAGCTCTCAG ACAACAGGGG AAGAGCACAC CGGAGTTCCA GAAAATAGAT 
GGTGATGCAA TCTGCAGATT TGATAATCGT GAAGAAAGAC AGCTTCTTGG GAAAGCTGGT 
GTTCGAGAGG AACCAAGGTC CCCATTCAGT TTCAAGAGAG CGAGGTATGA AGATCCAGAC 
AAAGCACCGT TTTCAGAGAG TCCAGGATCA AGATTTGGAG GCATTGAAGT AAAGCAGAGA 
ATAAGTGCAC TGATGGAAGA CAGGCCTCTC TTTGATGGCT CACCTAGACA ACCTGCTGCA 
AGGGTTGCGG TAGATGGACC AGGAAGTCCT TTTGTTGATG GTCCTGCTGC TGGTTCAAAT 
TCTAGAATTG ATGGGCCACC TGGACAGGCT GCTATGAGAT TTGAGGGGCC TCTGGTAGGG 
GGAGGTGCCT CTCAATTTGA TGGACCACTG GCAGGAGCAG GGGGAGCTGG AGCCCTAAGA 
TTTGATGGGC CACCAGGGCA GCTGGCAGGT GCCCTCAGGT TTGAAGGACC CCCGGGACAG 
GTTGGTGGAG GAGGTCCCTT GAGGTTTGAG GGACCCCTCG GGCAGATAGG TGGTCCTTTG 
CGTTTTGAGG GGCCAGCAGG ACAGCCTGTA GGTGGTCCTA GATTTGAAGG ACCTGGAGTT 
GGTCTGAGGT TTGAGGGGCC CCGTGGTCAA ATTTCAGGTG GTCTCAGGTT TGAGGGACCC 
CATGGTCAAC CTCTGGGGCC TCGAGGTCAA CCAGGGGGTG GTCTCAGGTT TGAGGGACCC 
CATGGTCAGC CCTTGGGGCC TCATGGTCAA CCAGGGGGTG GTCTCAGGTT TGAGGGGCCA 
CACTTACAAC CATTGGGGCC CCATGGTCAA CCTGGAGGTG GCCTCAGATT TGAGGGGCCA 
CATGGTCAGC CTGTGGGACC ACATGGACCA TCAGGTGGTG GACTTAGATT TGAGGGGCCA 
CATGGACCAT CAGGTGGTGG GCTCAGATTG GAAGGACCAG GGGTAGGTCC TAGGTTAATT 
GATGGGCCAG CACATCAAGG AGGGGGTGGT CTTAGATTTG AAGGTCCTCT GGGTCGAACT 
GGTCCAAGAT TTGATGGCTG TCATTCAGCT GGCTTTGATG GTCAACCTGG ACAGCTACCT 
CTTCTGCAAA GATTTGATGG AATTCATGGA CAACCTGGCC CAAGATTTGA AAGAGCACCT 
GGCCAACAGA CACAACCACG ATTTGAAACA GCCATACCTC AAAGATTTGA TGGTCCTCAC 
CAGCAACCCT CAAGGTTTGA CTTGCCGCTT GGCCTTCAAG GTGCACGTTT TGAAAATGTA 
GCTAACCATC CTGCCTCTAG ACTAGAATTG CCACCGTATG GACAAAGTGG TCCGTTTGGT 
GAACATCCCA GCCAGGGCTA CAATGGACCA TCTCATGGGA TGCAGTTCCA GAGACCTGAA 
ATATTTGATG GTTCTCCAGG ACCAAATTTC AATGGGCCAG CTGGCCCAGG AGCACAGAAT 
TTCCCATTGA GAGCATCTGG ACATTATTTT GATGAAAAAA GTCTTCAGGG TCCTCAATAT 
GGAAACTTCA ATAGTATGTC AGTGGGAAAT AATCAGGTGT CTCTCATGTC TGCTCAACCA 
GGACCTTATG GCCAAGGTCA ACAGTATTTA CCAAATCCTG GAAGCTTTGT ACAGAACCCA 
GCAGGAGCCC TTCCACATTC ATACCCTGAT AACCACCTTG GCCAGCTTGA TGTCAATGAA 
TTGTTTGCTA AACTGTTGTC AACAGGAATC CTCAAACTGT CAAAAACTGA TTCCACGTCA 
GCACAAGTGA ATGAAACGTC AGCCCAGCCA GCTGCTGAAG AGGAGGATGA TGATCAAGAC 
CAGAGTGAAG ATCAAGATGT CCCAGACCTC ACTAACTTTA CAGTTGAAGA ACTCAGACAG 
CGTTATGATA GTGTTATAAA TCGACTGTAC ACTGGAATTC AGTGTTACTC ATGTGGAATG 
AGATTTACTA CTTCACAGAC AGATGTTTAT GCAGATCACT TAGATTGGCA TTATCGCCAA 
AACCGCACAG AAAAGGATGT TAGCAGAAAA GTTACACACA GAAGGTGGTA CTACAGTTTA 
ACAGACTGGA TTGAATTTGA AGAAATAGCT GATCTAGAGG AACGTGCAAA AAGCCAGTTT 
TTTGAAAAAG CTCATGAAGA GGTGGTGTTG AAGACACAAG AAGCTGCAAA AGAGAAAGAG 
TTTCAGAGTG TCCCTGCTGG ACCAGCTGGA GCAGATGAGA GCTGTGAAAT TTGCCAAGAG 
CAATTTGAAC AGTATTGGGA TGAGGAAGAG GAAGAGTGGC ATCTGAAGAA TGCTATTAGA 
GTAGATGAAA AGATTTACCA TCCCTCATGT TACGAAGATT ACCAAAATAC ATCCTCATTT 
GATTGCACAC CATCTCCCAG CAAGACTCCT GTAGAAAATC CACTAAATAT TATGTTGAAC 
ATTGTTAAAC AAGAAACACA AGAATCCTGC GACTCTCCTA AAGTCAAAGA AGAACCTGAT 
GACACCCCTA CTACCTGTGC AGAAGAGAGC ACACCTGCAT CTACAGATAT TAAAACAGAA 
CCTGATAAGG TTGAATCTGT TTAA