PARP14 cDNA ORF clone, Phalacrocorax carbo(great cormorant)

Gene
Clones
gRNAs

Summary

Gene Symbol	PARP14
Entrez Gene ID	104053622
Full Name	poly(ADP-ribose) polymerase family member 14
Gene Type	protein-coding
Organism	Phalacrocorax carbo(great cormorant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009515082.1	XP_009513377.1	poly [ADP-ribose] polymerase 14

Pathways from BioSystems
Gene Ontology

The following PARP14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PARP14 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
OPh212452	XM_009515082.1 Latest version!	Phalacrocorax carbo poly (ADP-ribose) polymerase family, member 14 (PARP14), 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)

PARP14 ( XM_009515082.1 ) cDNA ORF clone, Phalacrocorax carbo(great cormorant) -> XP_009513377.1 Phalacrocorax carbo poly (ADP-ribose) polymerase family, member 14 (PARP14), mRNA.

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CloneID	OPh212452
Clone ID Related Accession (Same CDS sequence)	XM_009515082.1
Accession Version	XM_009515082.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5187bp) 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	2014-10-07
Organism	Phalacrocorax carbo(great cormorant)
Product	poly [ADP-ribose] polymerase 14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009132188.1) 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 :: Phalacrocorax carbo Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTACTTTG AAAATAAAAA GAAGTCTGGT GGGGGGGCAA TCGAGTCCTA CCTCAAGAAG 
AATCAGCAAA TGATCATCAC CTTTCAGGAT GAGAAAGATG CCCAAGAAGT TTTGCAAAGG 
AATCATCACT CGGTGAAGAA AATTGATCTG TTTGTGAAGC CATGGCAAGA GGAGACTCTC 
CAGGAGCTGT GCCAAGTGGA GGACTCTCAA GGATCCTCGC CTTCCACCGT AGTTGTGCTT 
GAAAATGTGC AGGAGACAGT AAAAGAATGT ATGTTAATTA TGCTGGTAGA GAACATCAGT 
GGCTTGTCGG AGGATAATGG TGACTTCAGT CTGGAAATGA TACCTGAAAT ACGTTCTGCT 
GTAGTTACTT TTACTGGAAA TACTGCTGCA GTGGAATTTG CTAAAAATTT TAATCAAAAC 
CACAGAGCAA AGCAACAGAA TATTACTGCA CGGTGCCTCG AGCTAACAAG AAGCATTAGG 
GCTGAAAACA TACCACCTAA CACACCCAGT GACTATATAA CTGTCTACTT TGAAAACAAG 
AAGAATGGAG GTGCACAAGT AGTTGATGTT CAGCAGCTGC CTGATGAAGA TGCAGCTATC 
ATTACATTCA ATGACCATAA AGATGTAACC AATATCTTGG CAAAGCAACA TTCACTCAAT 
AAAACACCAA TATCTGTCTA TCCTTACTAC ACCTCACTGG GAGCAGCTCT ATATGGAAAG 
GAAGGGCCAC AAATAAAGAA GCCAGATCCA ATTACAGTGC CTCTGAATCC ACATGTCTGG 
CATTACTTGC AGAGCAATAA TAGGCTAATT GAGGCAATAA GTTGTGAAAT GGCAAAGTGT 
AATTGTGAGC TAGCATGGCC TGAACCCCAC TGTGCAGACC CAAAAGTTAC TTTGCATCCT 
TCAGCTGCTT TGTCTAAGCA GAAGAGATTA TTATCTCGAT TGATCAAGAC ATGGACTGAA 
AATGTTTCCA CAGTATTTTC AGAAAGCATA TCAAAGTACA AAGTAGTTAA ATATAAAATA 
AGCACAGAGG TGTGGGAAGC CATTAGAAAC AGTTTTACCC ATGATCAAGT TCTAATAATC 
CCATATATTT CCAAGGATTT ACTTGTTCTA GTAGGTGAAA AAGAAGTTGT GAAGAATGTT 
GAACAAGAAC TGAAGTTTCT GATAGAAAAG GTCACCAGAG AATTTGAAAG AGAAAAGCTA 
AGAATTGAAG AAATGGTGGT AATGGGTCCA GGGGAATATG CAATTTTACA GAGTACTAGT 
CTTGAAGAAA GTATTCGTGC AGAGTTCCCA GCCCTGCAGA TAACTTATGA TCATTTGCAG 
AAGATAATTA ACCTATGTGG AATGCCTGAG GAAGTTTATA AAGTGAAAGG GGAAATATTG 
GATGCTATAC GCAAAATGGT AAAGAAAACT GTTAATATCC ACCCTTATAT TTTCCAGTTT 
TTAGAGCATG TTGATAATGA AACCCTGTCA CAGAGCCTGT TTATGTCAAA AAAAATCAAT 
GTCTTTTATG AGCTTGGCAC AGAAGCTATC ATCTTGAAAG GGAGTAGTCC TGGAGATCTC 
CTAGAAGCAG AAGAAGAAAT AAAGAAGGAA CTGGACTACA AAAGCATTAC TTTGGAGGAT 
GAGTCAGTCC TCCAGAAGAA GGAATGGAGT ATGCTCACCA AGCGAAACTG CTATAATGAA 
GCTGTAACAG TCACTCAGGC AGAAAGTCAG GTCATCATTG CTGGTTGTTC TCACGCAGTA 
GCAAAAGCCT GTAAGGAACT TTCTAACTTT ATAGATGAAA ACACGCAGGT ACAAAAGGTC 
ATTGGAGGAA AGCCCATGGC CGTCATAATG TTTTTTGAGA AAGAGAAGAC CAATATTTGG 
GGTGACTTAC AGAATAAAGG TGTGAAAGTT GACTTCAGCA CACAGGAGAA AGGTAGAGTT 
ATATCCCTGA GTGGGCCGAG AAAAGAAGTG CTGAAGGGAG TCACCTTAGT TGAACAAATT 
CTGTCTGGCT TGCATTATAA GCGTGTGGTA ATTAGTGAGC CAGGCGCCAA GTCGTATTTG 
AAAGAGCGAG AACACTTTTT TGTCACCAGT GTGAAACATG ACTTTAAGTG TCTAGTCAGG 
CTGGAAGAGC AGTCAGAACA GCAAGAACAT AGTGATACAG GCAAGCCCTA TAAGCAGGTG 
ACCATAGGTG GAGTTGTAAT AGCGGTTTAT AAAGGTAACT TGTGTCATTA CCCTGTTGAT 
GTTGTGGTAA ATGCATCTAA TGAAGAGTTA AAACAAATTG GTGGCCTTGC TGAGACACTG 
TTAAAAGCGG CTGGTCCAGA GCTGCAAAAG GAGTGCGACG AGCTGGTGAG GAAGAACGGG 
AGTTTGCAGC CTGGGTGCGC AGTTATCACG GGCGCTGGGG AACTTCCCTG CAAGAACGTC 
ATTCACGCTG TTGGGCCCAG GTGGAGGAAG GATGAAGCAG AAAAGTGTGT GTACTTGTTA 
AGAAAGACAG TGAAGAAAAG TCTGCAACTA GCTGAAACAT TTAATCATCG TTCCATAGCT 
CTGCCTGCCA TAAGTGGAGG GATTTTTGGC TTCCCGCTGG AACTGTGTAC ATATTCAATT 
GTATCCTCCA TCAAGGAGAC CTTAGAAGAA TCCATGGGGG ACAGCAGCTT GAAGGAGGTT 
CATCTTGTGG ATATTGCACA GAATAACATT CAGGCTTTTG GCAAGGCACT GGTGGAAGTG 
TTTTCAGATT ATTTGCCTTC CAGCAGGTCA CTGGACCAGA CCAGTACAGT TCATCAACCT 
AGGAAAAGTA GAAGTTCTCA AAATAGCAAA AACTTCCTGG TAACGACTGA GGAAGGCCTT 
GACATCATGC TGGAAAAAGG AAGCATTGAA GATGCTACAA CAGACATTGT TGTCATCAGT 
ATTGCCAAAG ATCTCCAGCT TGATAAAGGG CCTCTCTCTA AAGCTTTGCT AAGCAAGGCT 
GGGCCAATGC TTCAGATGGA CTTAAAAGAA GGCGGCCTAG GAAGAGCACC TGAGGAAGGA 
TCTGTGTTGA AAACAAAAGG TTACAATCTA GGTTGCAGTG TTGTGCTTCA TGCTGTTGTA 
CCTGCGTGGT CCCAGAAACA TGCATCTGCA AAGGTCTTGG GTGACATCAT CACAAAATGC 
CTGCAGATTG CTGAGGAACT GTCTTTAAAG TCAATTACTT TCCCAGCAAT TGGTACAGGG 
AATTTAGGAT TCCCGAGGCC TATTGTTGCT CAATTACTGT TTGACAAAGT GTTTGAATTC 
AGCAGTAAAA ATGGAGTAAA TTCTCTTGAG GAAGTTCACT TTCTGTTGCA TCCAAAAGAC 
ACAGCTAATA TTCAGGCATT TTCAGATGAA CTTGAGAACA GATGTGGAAA TAAAGTACAG 
AACACTTCTC CAAATAAAGC TAGCCAAGGC TCTGCTTCCT CTGGTACCTC TTCAACCCCG 
GCACAGGGTG TACATGAAAT GACAATTGGC TCCATCATAT TCCGGGTGGC AGAAGGTGAT 
ATTACCAAGG AAGAGGGAGA TGTCATTGTA AACATAACAA ATGAAACCTT CAGCCTGAAA 
ACAGGTGTCT CTAGAGCAAT TCTGAATGGT GCTGGAAAAG CAGTTGAAGA TGAATGTGCT 
CAGCTAGCCT CACAACATAA AAAGAGCTAT ATCATCACCC AAGCAGGACG CCTGCCATGC 
AAAAACATAA TTCATTTTGT TGCCCAAGAA GATATCAAGA TGCTCGTCTC CAAAGTGCTT 
CAGGAGTGTG AATTACAGCA GTACACCTCT GTCACCTTCC CAGCAATTGG AACAGGTGAG 
GCAGGCCGTG ATCCAGCTGT AGTAGCTGAT GACATGATAG AGGCAGTAAC TGACTTTGCA 
AAACGTAAAT CTGCTTCATC TGTGAAGACT ATTAAAGTTG TCATCTTTCA GCCACATCTG 
CTAAGTGTGT TTCATACAAG CATGCAGAAA AAAGAAAAGT CTGCTAAAAC AACAGCCAAA 
TCATTGCTTT CCAAAATATC ATCATTGTGG AGCTCTGACA AATGTTCCCG AAAGGAAAAA 
CCAAAAGCAG TTTTGGAAAA TAAAATCAAC CTGGCTGTTG TGCAGATTTG TGGTGAAAAC 
AAAAAGAAAG TGGAAGAAGC TGAAAACTGG TTGAAAAGTA CAATTTTAAA GGAACAGTTT 
CAACATGAAA TCACGGATGA GTCTATCTCT CATTTTGGTG AAGCGGAGAG TAAGGAGCTG 
CATGACCTAC AAAAGAAATT AAAAATTGCT CTTCATTTGG GTAGTAACTC TATTCGAATT 
TCAGGCATTG AAAAAGATGT CTGGATTGCT TATTCAGCTG TTCAAGAAAT GATCCACAGA 
GTAAAAGCTG TTAAACAGGA GCAGATCAGG GCAGAACTTT TTCAAAACTT AATTCAGTGG 
AAATACTTTA AAAATGATTC CTATGTGCCC TTTGACAGCC TCACAAATAT GCACTTGGAA 
AATGCTTTCA TGGAAAAGCA GAAAGAAGTA TCAGCCATCA TTGATGAGAA AAAATACACA 
GTGAATATAG GTGATAGATA TGCTATGGAT GATGAAGGAA AACGTACACC TGTTGTACGT 
GTTGATAAAT CTGAAGATCA AGAGTCAACA GTGCTCCCTG CAATGTGGGA CGATATGCAA 
AACCAGCGAC TCAAAATAGT GGCACTAAAA CCAGACACAA GAGAATATAG AGATGTGCAG 
GAAAGGTTTC TGAAGACCTG TCAGTCATTA AAAATTGAAA AGATTGAAAG GGTACAGAAC 
CCATTTTTTT GGAAGGCCTA CCAAATAAAA AAGCGTGAAA TGGATAACAA AAATGGCAAC 
AGAAATAATG AGAGGCTTCT GTTTCATGGG ACAAGTAAGG AGTCGTTAAC CTTAATTAAC 
AACTATGGAT TTAACCGGAG CTATGCTGGA ATGCACGCTG CAAACTTTGG AAATGGAACA 
TATTTTGCTG TTAATGCCAA CTATTCTGCC AGCGACACCT ACTCTAGACC AGATGCGCAG 
GGGAAGAAGT ACATGTACTT GGCTCGAGTC CTTGTTGGAG AATATTCTCA AGGGACAAGA 
GGATCAATTA CTCCAGCAGC AAAAAACGCT AGTAACCCCA CAGATCTGTT TGATAGTTCA 
ACTGATAATG TGAACCAGCC ATCCATGTTT ATCATATTTA ATGACATTCA AGCTTACCCA 
GAATACCTTA TCACTTTCAC TAAATAA

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

RefSeq	XP_009513377.1
CDS	1..5187
Translation	MYFENKKKSGGGAIESYLKKNQQMIITFQDEKDAQEVLQRNHHSVKKIDLFVKPWQEETLQELCQVEDSQGSSPSTVVVLENVQETVKECMLIMLVENISGLSEDNGDFSLEMIPEIRSAVVTFTGNTAAVEFAKNFNQNHRAKQQNITARCLELTRSIRAENIPPNTPSDYITVYFENKKNGGAQVVDVQQLPDEDAAIITFNDHKDVTNILAKQHSLNKTPISVYPYYTSLGAALYGKEGPQIKKPDPITVPLNPHVWHYLQSNNRLIEAISCEMAKCNCELAWPEPHCADPKVTLHPSAALSKQKRLLSRLIKTWTENVSTVFSESISKYKVVKYKISTEVWEAIRNSFTHDQVLIIPYISKDLLVLVGEKEVVKNVEQELKFLIEKVTREFEREKLRIEEMVVMGPGEYAILQSTSLEESIRAEFPALQITYDHLQKIINLCGMPEEVYKVKGEILDAIRKMVKKTVNIHPYIFQFLEHVDNETLSQSLFMSKKINVFYELGTEAIILKGSSPGDLLEAEEEIKKELDYKSITLEDESVLQKKEWSMLTKRNCYNEAVTVTQAESQVIIAGCSHAVAKACKELSNFIDENTQVQKVIGGKPMAVIMFFEKEKTNIWGDLQNKGVKVDFSTQEKGRVISLSGPRKEVLKGVTLVEQILSGLHYKRVVISEPGAKSYLKEREHFFVTSVKHDFKCLVRLEEQSEQQEHSDTGKPYKQVTIGGVVIAVYKGNLCHYPVDVVVNASNEELKQIGGLAETLLKAAGPELQKECDELVRKNGSLQPGCAVITGAGELPCKNVIHAVGPRWRKDEAEKCVYLLRKTVKKSLQLAETFNHRSIALPAISGGIFGFPLELCTYSIVSSIKETLEESMGDSSLKEVHLVDIAQNNIQAFGKALVEVFSDYLPSSRSLDQTSTVHQPRKSRSSQNSKNFLVTTEEGLDIMLEKGSIEDATTDIVVISIAKDLQLDKGPLSKALLSKAGPMLQMDLKEGGLGRAPEEGSVLKTKGYNLGCSVVLHAVVPAWSQKHASAKVLGDIITKCLQIAEELSLKSITFPAIGTGNLGFPRPIVAQLLFDKVFEFSSKNGVNSLEEVHFLLHPKDTANIQAFSDELENRCGNKVQNTSPNKASQGSASSGTSSTPAQGVHEMTIGSIIFRVAEGDITKEEGDVIVNITNETFSLKTGVSRAILNGAGKAVEDECAQLASQHKKSYIITQAGRLPCKNIIHFVAQEDIKMLVSKVLQECELQQYTSVTFPAIGTGEAGRDPAVVADDMIEAVTDFAKRKSASSVKTIKVVIFQPHLLSVFHTSMQKKEKSAKTTAKSLLSKISSLWSSDKCSRKEKPKAVLENKINLAVVQICGENKKKVEEAENWLKSTILKEQFQHEITDESISHFGEAESKELHDLQKKLKIALHLGSNSIRISGIEKDVWIAYSAVQEMIHRVKAVKQEQIRAELFQNLIQWKYFKNDSYVPFDSLTNMHLENAFMEKQKEVSAIIDEKKYTVNIGDRYAMDDEGKRTPVVRVDKSEDQESTVLPAMWDDMQNQRLKIVALKPDTREYRDVQERFLKTCQSLKIEKIERVQNPFFWKAYQIKKREMDNKNGNRNNERLLFHGTSKESLTLINNYGFNRSYAGMHAANFGNGTYFAVNANYSASDTYSRPDAQGKKYMYLARVLVGEYSQGTRGSITPAAKNASNPTDLFDSSTDNVNQPSMFIIFNDIQAYPEYLITFTK

Target ORF information:

RefSeq Version	XM_009515082.1
Organism	Phalacrocorax carbo(great cormorant)
Definition	Phalacrocorax carbo poly (ADP-ribose) polymerase family, member 14 (PARP14), mRNA.

Target ORF information:

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

XM_009515082.1

ORF Insert Sequence:

ATGTACTTTG AAAATAAAAA GAAGTCTGGT GGGGGGGCAA TCGAGTCCTA CCTCAAGAAG 
AATCAGCAAA TGATCATCAC CTTTCAGGAT GAGAAAGATG CCCAAGAAGT TTTGCAAAGG 
AATCATCACT CGGTGAAGAA AATTGATCTG TTTGTGAAGC CATGGCAAGA GGAGACTCTC 
CAGGAGCTGT GCCAAGTGGA GGACTCTCAA GGATCCTCGC CTTCCACCGT AGTTGTGCTT 
GAAAATGTGC AGGAGACAGT AAAAGAATGT ATGTTAATTA TGCTGGTAGA GAACATCAGT 
GGCTTGTCGG AGGATAATGG TGACTTCAGT CTGGAAATGA TACCTGAAAT ACGTTCTGCT 
GTAGTTACTT TTACTGGAAA TACTGCTGCA GTGGAATTTG CTAAAAATTT TAATCAAAAC 
CACAGAGCAA AGCAACAGAA TATTACTGCA CGGTGCCTCG AGCTAACAAG AAGCATTAGG 
GCTGAAAACA TACCACCTAA CACACCCAGT GACTATATAA CTGTCTACTT TGAAAACAAG 
AAGAATGGAG GTGCACAAGT AGTTGATGTT CAGCAGCTGC CTGATGAAGA TGCAGCTATC 
ATTACATTCA ATGACCATAA AGATGTAACC AATATCTTGG CAAAGCAACA TTCACTCAAT 
AAAACACCAA TATCTGTCTA TCCTTACTAC ACCTCACTGG GAGCAGCTCT ATATGGAAAG 
GAAGGGCCAC AAATAAAGAA GCCAGATCCA ATTACAGTGC CTCTGAATCC ACATGTCTGG 
CATTACTTGC AGAGCAATAA TAGGCTAATT GAGGCAATAA GTTGTGAAAT GGCAAAGTGT 
AATTGTGAGC TAGCATGGCC TGAACCCCAC TGTGCAGACC CAAAAGTTAC TTTGCATCCT 
TCAGCTGCTT TGTCTAAGCA GAAGAGATTA TTATCTCGAT TGATCAAGAC ATGGACTGAA 
AATGTTTCCA CAGTATTTTC AGAAAGCATA TCAAAGTACA AAGTAGTTAA ATATAAAATA 
AGCACAGAGG TGTGGGAAGC CATTAGAAAC AGTTTTACCC ATGATCAAGT TCTAATAATC 
CCATATATTT CCAAGGATTT ACTTGTTCTA GTAGGTGAAA AAGAAGTTGT GAAGAATGTT 
GAACAAGAAC TGAAGTTTCT GATAGAAAAG GTCACCAGAG AATTTGAAAG AGAAAAGCTA 
AGAATTGAAG AAATGGTGGT AATGGGTCCA GGGGAATATG CAATTTTACA GAGTACTAGT 
CTTGAAGAAA GTATTCGTGC AGAGTTCCCA GCCCTGCAGA TAACTTATGA TCATTTGCAG 
AAGATAATTA ACCTATGTGG AATGCCTGAG GAAGTTTATA AAGTGAAAGG GGAAATATTG 
GATGCTATAC GCAAAATGGT AAAGAAAACT GTTAATATCC ACCCTTATAT TTTCCAGTTT 
TTAGAGCATG TTGATAATGA AACCCTGTCA CAGAGCCTGT TTATGTCAAA AAAAATCAAT 
GTCTTTTATG AGCTTGGCAC AGAAGCTATC ATCTTGAAAG GGAGTAGTCC TGGAGATCTC 
CTAGAAGCAG AAGAAGAAAT AAAGAAGGAA CTGGACTACA AAAGCATTAC TTTGGAGGAT 
GAGTCAGTCC TCCAGAAGAA GGAATGGAGT ATGCTCACCA AGCGAAACTG CTATAATGAA 
GCTGTAACAG TCACTCAGGC AGAAAGTCAG GTCATCATTG CTGGTTGTTC TCACGCAGTA 
GCAAAAGCCT GTAAGGAACT TTCTAACTTT ATAGATGAAA ACACGCAGGT ACAAAAGGTC 
ATTGGAGGAA AGCCCATGGC CGTCATAATG TTTTTTGAGA AAGAGAAGAC CAATATTTGG 
GGTGACTTAC AGAATAAAGG TGTGAAAGTT GACTTCAGCA CACAGGAGAA AGGTAGAGTT 
ATATCCCTGA GTGGGCCGAG AAAAGAAGTG CTGAAGGGAG TCACCTTAGT TGAACAAATT 
CTGTCTGGCT TGCATTATAA GCGTGTGGTA ATTAGTGAGC CAGGCGCCAA GTCGTATTTG 
AAAGAGCGAG AACACTTTTT TGTCACCAGT GTGAAACATG ACTTTAAGTG TCTAGTCAGG 
CTGGAAGAGC AGTCAGAACA GCAAGAACAT AGTGATACAG GCAAGCCCTA TAAGCAGGTG 
ACCATAGGTG GAGTTGTAAT AGCGGTTTAT AAAGGTAACT TGTGTCATTA CCCTGTTGAT 
GTTGTGGTAA ATGCATCTAA TGAAGAGTTA AAACAAATTG GTGGCCTTGC TGAGACACTG 
TTAAAAGCGG CTGGTCCAGA GCTGCAAAAG GAGTGCGACG AGCTGGTGAG GAAGAACGGG 
AGTTTGCAGC CTGGGTGCGC AGTTATCACG GGCGCTGGGG AACTTCCCTG CAAGAACGTC 
ATTCACGCTG TTGGGCCCAG GTGGAGGAAG GATGAAGCAG AAAAGTGTGT GTACTTGTTA 
AGAAAGACAG TGAAGAAAAG TCTGCAACTA GCTGAAACAT TTAATCATCG TTCCATAGCT 
CTGCCTGCCA TAAGTGGAGG GATTTTTGGC TTCCCGCTGG AACTGTGTAC ATATTCAATT 
GTATCCTCCA TCAAGGAGAC CTTAGAAGAA TCCATGGGGG ACAGCAGCTT GAAGGAGGTT 
CATCTTGTGG ATATTGCACA GAATAACATT CAGGCTTTTG GCAAGGCACT GGTGGAAGTG 
TTTTCAGATT ATTTGCCTTC CAGCAGGTCA CTGGACCAGA CCAGTACAGT TCATCAACCT 
AGGAAAAGTA GAAGTTCTCA AAATAGCAAA AACTTCCTGG TAACGACTGA GGAAGGCCTT 
GACATCATGC TGGAAAAAGG AAGCATTGAA GATGCTACAA CAGACATTGT TGTCATCAGT 
ATTGCCAAAG ATCTCCAGCT TGATAAAGGG CCTCTCTCTA AAGCTTTGCT AAGCAAGGCT 
GGGCCAATGC TTCAGATGGA CTTAAAAGAA GGCGGCCTAG GAAGAGCACC TGAGGAAGGA 
TCTGTGTTGA AAACAAAAGG TTACAATCTA GGTTGCAGTG TTGTGCTTCA TGCTGTTGTA 
CCTGCGTGGT CCCAGAAACA TGCATCTGCA AAGGTCTTGG GTGACATCAT CACAAAATGC 
CTGCAGATTG CTGAGGAACT GTCTTTAAAG TCAATTACTT TCCCAGCAAT TGGTACAGGG 
AATTTAGGAT TCCCGAGGCC TATTGTTGCT CAATTACTGT TTGACAAAGT GTTTGAATTC 
AGCAGTAAAA ATGGAGTAAA TTCTCTTGAG GAAGTTCACT TTCTGTTGCA TCCAAAAGAC 
ACAGCTAATA TTCAGGCATT TTCAGATGAA CTTGAGAACA GATGTGGAAA TAAAGTACAG 
AACACTTCTC CAAATAAAGC TAGCCAAGGC TCTGCTTCCT CTGGTACCTC TTCAACCCCG 
GCACAGGGTG TACATGAAAT GACAATTGGC TCCATCATAT TCCGGGTGGC AGAAGGTGAT 
ATTACCAAGG AAGAGGGAGA TGTCATTGTA AACATAACAA ATGAAACCTT CAGCCTGAAA 
ACAGGTGTCT CTAGAGCAAT TCTGAATGGT GCTGGAAAAG CAGTTGAAGA TGAATGTGCT 
CAGCTAGCCT CACAACATAA AAAGAGCTAT ATCATCACCC AAGCAGGACG CCTGCCATGC 
AAAAACATAA TTCATTTTGT TGCCCAAGAA GATATCAAGA TGCTCGTCTC CAAAGTGCTT 
CAGGAGTGTG AATTACAGCA GTACACCTCT GTCACCTTCC CAGCAATTGG AACAGGTGAG 
GCAGGCCGTG ATCCAGCTGT AGTAGCTGAT GACATGATAG AGGCAGTAAC TGACTTTGCA 
AAACGTAAAT CTGCTTCATC TGTGAAGACT ATTAAAGTTG TCATCTTTCA GCCACATCTG 
CTAAGTGTGT TTCATACAAG CATGCAGAAA AAAGAAAAGT CTGCTAAAAC AACAGCCAAA 
TCATTGCTTT CCAAAATATC ATCATTGTGG AGCTCTGACA AATGTTCCCG AAAGGAAAAA 
CCAAAAGCAG TTTTGGAAAA TAAAATCAAC CTGGCTGTTG TGCAGATTTG TGGTGAAAAC 
AAAAAGAAAG TGGAAGAAGC TGAAAACTGG TTGAAAAGTA CAATTTTAAA GGAACAGTTT 
CAACATGAAA TCACGGATGA GTCTATCTCT CATTTTGGTG AAGCGGAGAG TAAGGAGCTG 
CATGACCTAC AAAAGAAATT AAAAATTGCT CTTCATTTGG GTAGTAACTC TATTCGAATT 
TCAGGCATTG AAAAAGATGT CTGGATTGCT TATTCAGCTG TTCAAGAAAT GATCCACAGA 
GTAAAAGCTG TTAAACAGGA GCAGATCAGG GCAGAACTTT TTCAAAACTT AATTCAGTGG 
AAATACTTTA AAAATGATTC CTATGTGCCC TTTGACAGCC TCACAAATAT GCACTTGGAA 
AATGCTTTCA TGGAAAAGCA GAAAGAAGTA TCAGCCATCA TTGATGAGAA AAAATACACA 
GTGAATATAG GTGATAGATA TGCTATGGAT GATGAAGGAA AACGTACACC TGTTGTACGT 
GTTGATAAAT CTGAAGATCA AGAGTCAACA GTGCTCCCTG CAATGTGGGA CGATATGCAA 
AACCAGCGAC TCAAAATAGT GGCACTAAAA CCAGACACAA GAGAATATAG AGATGTGCAG 
GAAAGGTTTC TGAAGACCTG TCAGTCATTA AAAATTGAAA AGATTGAAAG GGTACAGAAC 
CCATTTTTTT GGAAGGCCTA CCAAATAAAA AAGCGTGAAA TGGATAACAA AAATGGCAAC 
AGAAATAATG AGAGGCTTCT GTTTCATGGG ACAAGTAAGG AGTCGTTAAC CTTAATTAAC 
AACTATGGAT TTAACCGGAG CTATGCTGGA ATGCACGCTG CAAACTTTGG AAATGGAACA 
TATTTTGCTG TTAATGCCAA CTATTCTGCC AGCGACACCT ACTCTAGACC AGATGCGCAG 
GGGAAGAAGT ACATGTACTT GGCTCGAGTC CTTGTTGGAG AATATTCTCA AGGGACAAGA 
GGATCAATTA CTCCAGCAGC AAAAAACGCT AGTAACCCCA CAGATCTGTT TGATAGTTCA 
ACTGATAATG TGAACCAGCC ATCCATGTTT ATCATATTTA ATGACATTCA AGCTTACCCA 
GAATACCTTA TCACTTTCAC TAAATAA