PLCH2 cDNA ORF clone, Buceros rhinoceros silvestris

Gene
Clones
gRNAs

Summary

Gene Symbol	PLCH2
Entrez Gene ID	104499755
Full Name	phospholipase C eta 2
Gene Type	protein-coding
Organism	Buceros rhinoceros silvestris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010143306.1	XP_010141608.1	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-2

Pathways from BioSystems
Gene Ontology

The following PLCH2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PLCH2 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
OBu41013	XM_010143306.1 Latest version!	Buceros rhinoceros silvestris phospholipase C, eta 2 (PLCH2), 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)

PLCH2 ( XM_010143306.1 ) cDNA ORF clone, Buceros rhinoceros silvestris -> XP_010141608.1 Buceros rhinoceros silvestris phospholipase C, eta 2 (PLCH2), mRNA.

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CloneID	OBu41013
Clone ID Related Accession (Same CDS sequence)	XM_010143306.1
Accession Version	XM_010143306.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5304bp) 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	2014-11-05
Organism	Buceros rhinoceros silvestris
Product	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010431083.1) 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 :: Buceros rhinoceros silvestris 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## ##RefSeq-Attributes-START## ab initio :: 40% of CDS bases ##RefSeq-Attributes-END##

ATGAGTTCCA TGCAAACTGG CACCCAGATG GTCAAACTCC GTGGCGGTTC CAAAGGGTTG 
GTCCGATTCT ATTACTTGGA TGAGCACAAG TCCTGTATTC GCTGGAGACC CTCTCGAAAG 
AATGAGAAAG CCAAAATTTC TATCGACTCC ATTCAGGAGG TTTGCGAGGG GAAGCAATCG 
GAGATCTTTC AGCGCTATGC CGATGGCAGT TTTGATCCCA ACTGCTGTTT CAGCATCTAC 
TATGGAGACC ACATGGAATC TCTTGACCTG GTATCTTCCA GTGGAGAGGA AGCACGCACC 
TGGATCACAG GGCTGAAATA TCTGATGGCA GGGATCAGTG ATGAAGACAG CCTCTCTAAA 
CGCCAGAGGA CCAGAGACCA GTGGTTGAAG CAGACATTTG ATGAGGCAGA TAAAAATGGT 
GACGGCAGTC TGAGTATTAG TGAAGTGCTC CAGCTAATGC ACAAACTGAA TGTGAACCTA 
CCCCGACAAA AAGTCAAGCA AATGTTTAAG GAGGCTGATA CGGACGATAA CCAGGGCACG 
CTGGGCTTTG ATGAGTTCTG TGCCTTCTAT AAGATGATGT CAACACGACG TGATTTGTAC 
CTGCTAATGC TCACCTACAG CAACCACAAG GACTACCTGG ATACAGAAGA CCTGAGGCGC 
TTCCTGGAGA TCGAGCAGAA GATGACGAAT GTGACTAACG AACACTGCCT GGAAATCATC 
AGCAAGTTTG AACCATGCCT GGAGAACAAG AAGGAGGGAG CTCTGGGCAT TGACGGTTTC 
ACCAATTACA TGCGGAGTCC ATCAGGAGAC ATATTCAACC CAGAACACTA CCAAGTGAAC 
CAGGACATGA GTTATCCTTT GAGTCACTAT TTCATTACCT CTTCACATAA TACCTACCTC 
ATGGGAGATC AGCTGATGTC CCAGTCCAGG GTGGACATGT ACGCATGGGT GCTACAGTCT 
GGCTGCCGTT GTGTGGAAGT TGACTGCTGG GATGGGCCAG ATGGTGAACC AATTGTCCAC 
CATGGATACA CTTTGACTTC CAAAATTCTC TTCAAAGATG TGATTGAAAC TATTAACAAA 
TACGCCTTTA TCAAGAATGA GTACCCTGTT ATCTTGTCAA TTGAGAACCA CTGCAGTGTT 
GTTCAGCAGA AGAAGATGGC TCAATATCTT ACAGAAATTC TGGGAGACAA ATTGGATCTG 
TCTTCTGTGC ACTATGATGA TTCTACCAAG CTCCCTTCAC CAGCAAGTCT TAAAGGAAAG 
ATACTGGTTA AGGGGAAGAA ACTTCCAGCC ACCATCAGTG ATGATGCAGA GGAAGGTGAA 
GTTTCTGATG AGGACAGTGC TGATGAGATT GACGATGACT GTAAGCTGAT GAATGGAGAT 
GCATCTACTA ATAGGAAAAG AGTGGAGAAC ATAGCAAAGA AAAAACTTGA CTCGCTGATA 
AAAGAATCCA AAATCCGTGA CTGTGAAGAT CCAAACAATT TTACAGTTAC CACTCTACCA 
TCATCAGGAA AGGCTGGTCT GAAATCAGAT AGTAAGAAGA ATAAACTTGA GGATGATGCG 
GAATCTGGGG AAGACTTCAG TACCAATAAA AGGCCCAGCC GGTCACTGAT GGGCAGTTTT 
TCTAAACGCA AGAAAAAAGG AAGCAAATTG AAGAAGGCAA CGAGTCTGGA AGAGGGTGAA 
GATGATTCAG ATTCTCAAGG AAATTTAGCC AGGAGCTCTG TGCATTACAG CAGGATAAAC 
CGACAGAAGA AAACAATGAA GCTGTGCAGG GCACTCTCTG ACCTGGTGAA ATACACAAAG 
TCTGTTGGCA TCCAGGATGT TGAGACTGAA ATCTCTTCTA GCTGGCAAGT TTCATCTTTC 
AGTGAAACAA AAGCCCATCA GATACTGCAG CAAAAGCCAG CACAGTATCT ACGCTTCAAC 
CAGCACCAGT TGTCCCGCAT CTACCCGTCG TCTTATCGCG TGGACTCTAG CAACTACAAT 
CCCCAGCCAT TCTGGAATGC TGGCTGCCAG CTTGTTGCAC TAAACTACCA GTCAGAGGGG 
AGAATGCTGC AACTGAACCG GGCCAAGTTT AGTGCCAATG GGAATTGTGG CTATGTCCTC 
AAACCAAACT GCATGTGTCA AGGAGTCTTT AATCCAAATT CCGAAGACCC ACTGCCTGGT 
CAATTGAAGA AACAGCTGGT TCTGAGAATT ATTAGTGGTC AACAACTCCC CAAACCACGT 
GATTCCATGC TGGGAGACAG AGGAGAGATC ATAGATCCAT TTGTGGAAGT AGAAGTTATA 
GGCTTACCTG TTGACTGCTT CAAAGAACAA ACTAGAGTAG TTGATGATAA TGGTTTTAAC 
CCAATGTGGG AGGAAACGTT GGTCTTCACA GTACACATGC CAGAGATTGC ACTGGTTCGG 
TTCCTTGTGT GGGATCATGA TCCAATTGGG CGTGATTTTA TTGGGCAGAG AACCATAGCC 
TTCAGCAGTA TGATGCCAGG TTACCGCCAC GTGTACCTGG AAGGTATTGA AGAGGCGTCC 
ATCTTTGTTC ATGTGGCGAT CAATGACATC TGTGGTAAGG CCAAACAAGC TCTAGGTCTA 
AAAGGCCTGT TTCTCAGAAA TCCAAAGCAG GCCTCTCTGG ACAGTCATGC TGCTGGTCAG 
CTCCATCGCA AACATTCCTT TAGCAGCCAC ATCTTGAGAC GGACAGCCAG TGCACCCACC 
AAAAGCCACA AGAAGAACAA GAAGGGCTTT CCTGAAATTG CTTTTGATAC AAAAGACAAC 
AGCTCTGAAG GGGCCGGTGA AGATGGTGAA GTGGAAGCTG CCTCACAGCC TCGCTTTGAT 
CAAGAGCCAG ACAGTGCCTC TCTGTCACCA GCTCCCCGAG ATGGTGCCAG TGGGCAGGTA 
CATGGCAGGG GGTTGAAAGG TAAGGCCCAT GGTTCTCATA AAGCCAAAAG CCAGAGCTGT 
GCTCAGGGGG GTGCTGCTTT CAGTGAACCC CTGCAGAGGT CTAACAGGGT CCGGCTTCAG 
GAGCACCAGG GCGAGAAGCA AAGTGTCTTT GCACGCTGTG CCATCAACAG CTCTGGTAGG 
ATTGGAGTGG CCACCAATTG TATGAAATGC ATGATTGGTT CCAAAGAAAG CCCAGATCTA 
GAATGCAAGT GGAGTGACCA TCCTACCAGG CCTATTGCTA AAGATCTCCT TCACCATGAT 
CAGTATAGCA GTATAACTGG AGAAGAGAGG GTAGAGCTAA AGACCTGGGC TGTTACAGGC 
CAGCCCAGGC AGCAGCCAGA TCTGCAGTCT TGCAGCAGCC CTGGAACTGC CGATGATCTA 
ACAAGGAGCA CTCAGTCTTT TGTGACCCCA GGGAAGAAAA ATGTTGACTC TAAATGTCAT 
GGAATAAAGG CTCATTCCCG GCAGCGGTGG CAGTGCCACT CGGGTGGCAA GTATGGAAGC 
ACTGTCAACT TGGTTCCAGC CAGCAATGGC TCTATATCCT CCAACTCCAG CAGTCTAGAA 
AGCCTTGGAA GTCCAGAATT CCCCAAGCGC TGGTCTGAAA CTTCTCGAAG GCAAGTGGGC 
ACCCTACAGA GGGAAATGAA TGCCTTGTTC GTTCAAAAGT TGGAGGAAAT TCGAAGTAAA 
TCCCCTATAT TCTTTACTGT AGATGTCTGC CGTTTCTCAA TGCAGAGGTC AGTCACTTCT 
TTGTGCAGCC TAGAAACGAT CACTGAAGAG CCCGCTATTG CCAATGAACA CCATCATGCC 
AGCCTTTTCT TCCCTCTCCC CGTAACTCCT TACAGTGATT CTGAAGAAGG GTCTGTGTCC 
GATCATTCCG CTGAATCTCA CTCAGAAGCA AGCAGCACCT CCACCCAGCC TCAAGAACCC 
ACTAGAGAAC AAAGAACAAA CGTGGCTGCA GAAGATCAAG TGCGGGTAGT CACGAGAGCA 
GCTGACACAA GTTTAGTAGC CCAGGAAGAT GAGAGGACAA GCATGGCAGG ATGTCTCAAA 
GAAGAAAATG GTTGGACAGA GGCATGCAGT GAGGCTGAAG AGCAGCACGG ATTGGCAGTG 
CCTCCTCTAT CGGCCAGGCT GGTGGTGCCG GCAGGTAAGA CTGCTGGCCA GCCTGTTGAA 
AACCGCCAGG AGCAGAATGG CCAACAAGGA CAGGTATTAC CAGACATGAA AAGCACTGTC 
GAATCCAAAG GGCACAAACT TGGTGCAGCA GCTGTCCTAC AGCAGCAGAA CATGATTAAC 
AGCACACAGA CAACTTTGCC TCCAGAGACT TTCGAGAAAG CCCATGCTGC ACAGGCTCTA 
CCTGTTCCTG TTTCTCAGAC AAGCTCTTAC ATGTTAGTAA GAAGGTCAAA GAGTGAAGGA 
CTGAAGGTGT CCGACTCCTC AGCCTTAATA AAAATTCCAA GCAGCCTGTC TCCAGCAGCG 
GAAGTATACT TCGATGCCAC TGTTAACGAC CGAATCTGGA GCAAGCTAGA TTGCAGCAAT 
CATCGTGACA GCATGTCTTC CTCTTCCAGC ATGTCCTCCA ATGACACTGT GATAGACCTC 
TCTCTACCCA ATCTAGCTCG CAAAAGCCTC CCAGATCTTG GCATCCGTCA TGAACCTTTT 
GAGCCTCTTG CTGTGAGAAA GGGTATGCGC CCACGATCTG CTACCACGTC CAGTAACGAG 
ATGCCAATGG TGAGCAAGAG CAAATCCAAT CCTAACCTGA GGTCTGGGCA GCTGCCAGCA 
GATGAATTGT GCCCCCGTCC TCTTGCCAGG AGCCCTCAAG ATGCATTCTC GTCCATTCCT 
AGGAGGCACA CCTGGAGCAG GCTGTACATA GAAAGCCTCA GACAGTCTTC TAACAAATCC 
AAAGCACACG ATATGGTTGA AAATAATCAG GCAAAATCCA AGAGTCTTGG AGACCTTACC 
TCTGATGATA TCGTGTGCAC TTTTGAAAGC AAATACCGTA GCATCAGCAG GAGTTTTGTC 
ACTCGATCAA TGCGGGAACA GCGCCGCTCT TCAGGCCTGA GATCCTCACA GGAGAACGAT 
ATCACTTCCC CCATCAGTCT TGATCCAGCT GAATCTGAAG AGGAAGGGGA GAGCTTGGGA 
CTCCTCCGCA GGTCTTCGTC CCGCAGCCAG AGCAGGGTGC GGTACATTGC CAACAGGGCT 
AAGCAAGCTC AGGAGAGACA GCGGCTGCAA AGCCTCGGCC AGCTCGGTGG GAGCCCCATC 
GAGGAGAGGG GGAATCCCGA GGGAGCCTGC AGCGTGGCGA AAGCGGTTTG TACGGATGTA 
GCTTCTCCTG CCACGGTTAC ATCCCAGCCT AAGAACCAGA CTGATAACGC TGACACAGAA 
GTCTTCTTTA TGCTGAAACT GTAG

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

RefSeq	XP_010141608.1
CDS	100..5403
Translation	MSSMQTGTQMVKLRGGSKGLVRFYYLDEHKSCIRWRPSRKNEKAKISIDSIQEVCEGKQSEIFQRYADGSFDPNCCFSIYYGDHMESLDLVSSSGEEARTWITGLKYLMAGISDEDSLSKRQRTRDQWLKQTFDEADKNGDGSLSISEVLQLMHKLNVNLPRQKVKQMFKEADTDDNQGTLGFDEFCAFYKMMSTRRDLYLLMLTYSNHKDYLDTEDLRRFLEIEQKMTNVTNEHCLEIISKFEPCLENKKEGALGIDGFTNYMRSPSGDIFNPEHYQVNQDMSYPLSHYFITSSHNTYLMGDQLMSQSRVDMYAWVLQSGCRCVEVDCWDGPDGEPIVHHGYTLTSKILFKDVIETINKYAFIKNEYPVILSIENHCSVVQQKKMAQYLTEILGDKLDLSSVHYDDSTKLPSPASLKGKILVKGKKLPATISDDAEEGEVSDEDSADEIDDDCKLMNGDASTNRKRVENIAKKKLDSLIKESKIRDCEDPNNFTVTTLPSSGKAGLKSDSKKNKLEDDAESGEDFSTNKRPSRSLMGSFSKRKKKGSKLKKATSLEEGEDDSDSQGNLARSSVHYSRINRQKKTMKLCRALSDLVKYTKSVGIQDVETEISSSWQVSSFSETKAHQILQQKPAQYLRFNQHQLSRIYPSSYRVDSSNYNPQPFWNAGCQLVALNYQSEGRMLQLNRAKFSANGNCGYVLKPNCMCQGVFNPNSEDPLPGQLKKQLVLRIISGQQLPKPRDSMLGDRGEIIDPFVEVEVIGLPVDCFKEQTRVVDDNGFNPMWEETLVFTVHMPEIALVRFLVWDHDPIGRDFIGQRTIAFSSMMPGYRHVYLEGIEEASIFVHVAINDICGKAKQALGLKGLFLRNPKQASLDSHAAGQLHRKHSFSSHILRRTASAPTKSHKKNKKGFPEIAFDTKDNSSEGAGEDGEVEAASQPRFDQEPDSASLSPAPRDGASGQVHGRGLKGKAHGSHKAKSQSCAQGGAAFSEPLQRSNRVRLQEHQGEKQSVFARCAINSSGRIGVATNCMKCMIGSKESPDLECKWSDHPTRPIAKDLLHHDQYSSITGEERVELKTWAVTGQPRQQPDLQSCSSPGTADDLTRSTQSFVTPGKKNVDSKCHGIKAHSRQRWQCHSGGKYGSTVNLVPASNGSISSNSSSLESLGSPEFPKRWSETSRRQVGTLQREMNALFVQKLEEIRSKSPIFFTVDVCRFSMQRSVTSLCSLETITEEPAIANEHHHASLFFPLPVTPYSDSEEGSVSDHSAESHSEASSTSTQPQEPTREQRTNVAAEDQVRVVTRAADTSLVAQEDERTSMAGCLKEENGWTEACSEAEEQHGLAVPPLSARLVVPAGKTAGQPVENRQEQNGQQGQVLPDMKSTVESKGHKLGAAAVLQQQNMINSTQTTLPPETFEKAHAAQALPVPVSQTSSYMLVRRSKSEGLKVSDSSALIKIPSSLSPAAEVYFDATVNDRIWSKLDCSNHRDSMSSSSSMSSNDTVIDLSLPNLARKSLPDLGIRHEPFEPLAVRKGMRPRSATTSSNEMPMVSKSKSNPNLRSGQLPADELCPRPLARSPQDAFSSIPRRHTWSRLYIESLRQSSNKSKAHDMVENNQAKSKSLGDLTSDDIVCTFESKYRSISRSFVTRSMREQRRSSGLRSSQENDITSPISLDPAESEEEGESLGLLRRSSSRSQSRVRYIANRAKQAQERQRLQSLGQLGGSPIEERGNPEGACSVAKAVCTDVASPATVTSQPKNQTDNADTEVFFMLKL

Target ORF information:

RefSeq Version	XM_010143306.1
Organism	Buceros rhinoceros silvestris
Definition	Buceros rhinoceros silvestris phospholipase C, eta 2 (PLCH2), mRNA.

Target ORF information:

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

XM_010143306.1

ORF Insert Sequence:

ATGAGTTCCA TGCAAACTGG CACCCAGATG GTCAAACTCC GTGGCGGTTC CAAAGGGTTG 
GTCCGATTCT ATTACTTGGA TGAGCACAAG TCCTGTATTC GCTGGAGACC CTCTCGAAAG 
AATGAGAAAG CCAAAATTTC TATCGACTCC ATTCAGGAGG TTTGCGAGGG GAAGCAATCG 
GAGATCTTTC AGCGCTATGC CGATGGCAGT TTTGATCCCA ACTGCTGTTT CAGCATCTAC 
TATGGAGACC ACATGGAATC TCTTGACCTG GTATCTTCCA GTGGAGAGGA AGCACGCACC 
TGGATCACAG GGCTGAAATA TCTGATGGCA GGGATCAGTG ATGAAGACAG CCTCTCTAAA 
CGCCAGAGGA CCAGAGACCA GTGGTTGAAG CAGACATTTG ATGAGGCAGA TAAAAATGGT 
GACGGCAGTC TGAGTATTAG TGAAGTGCTC CAGCTAATGC ACAAACTGAA TGTGAACCTA 
CCCCGACAAA AAGTCAAGCA AATGTTTAAG GAGGCTGATA CGGACGATAA CCAGGGCACG 
CTGGGCTTTG ATGAGTTCTG TGCCTTCTAT AAGATGATGT CAACACGACG TGATTTGTAC 
CTGCTAATGC TCACCTACAG CAACCACAAG GACTACCTGG ATACAGAAGA CCTGAGGCGC 
TTCCTGGAGA TCGAGCAGAA GATGACGAAT GTGACTAACG AACACTGCCT GGAAATCATC 
AGCAAGTTTG AACCATGCCT GGAGAACAAG AAGGAGGGAG CTCTGGGCAT TGACGGTTTC 
ACCAATTACA TGCGGAGTCC ATCAGGAGAC ATATTCAACC CAGAACACTA CCAAGTGAAC 
CAGGACATGA GTTATCCTTT GAGTCACTAT TTCATTACCT CTTCACATAA TACCTACCTC 
ATGGGAGATC AGCTGATGTC CCAGTCCAGG GTGGACATGT ACGCATGGGT GCTACAGTCT 
GGCTGCCGTT GTGTGGAAGT TGACTGCTGG GATGGGCCAG ATGGTGAACC AATTGTCCAC 
CATGGATACA CTTTGACTTC CAAAATTCTC TTCAAAGATG TGATTGAAAC TATTAACAAA 
TACGCCTTTA TCAAGAATGA GTACCCTGTT ATCTTGTCAA TTGAGAACCA CTGCAGTGTT 
GTTCAGCAGA AGAAGATGGC TCAATATCTT ACAGAAATTC TGGGAGACAA ATTGGATCTG 
TCTTCTGTGC ACTATGATGA TTCTACCAAG CTCCCTTCAC CAGCAAGTCT TAAAGGAAAG 
ATACTGGTTA AGGGGAAGAA ACTTCCAGCC ACCATCAGTG ATGATGCAGA GGAAGGTGAA 
GTTTCTGATG AGGACAGTGC TGATGAGATT GACGATGACT GTAAGCTGAT GAATGGAGAT 
GCATCTACTA ATAGGAAAAG AGTGGAGAAC ATAGCAAAGA AAAAACTTGA CTCGCTGATA 
AAAGAATCCA AAATCCGTGA CTGTGAAGAT CCAAACAATT TTACAGTTAC CACTCTACCA 
TCATCAGGAA AGGCTGGTCT GAAATCAGAT AGTAAGAAGA ATAAACTTGA GGATGATGCG 
GAATCTGGGG AAGACTTCAG TACCAATAAA AGGCCCAGCC GGTCACTGAT GGGCAGTTTT 
TCTAAACGCA AGAAAAAAGG AAGCAAATTG AAGAAGGCAA CGAGTCTGGA AGAGGGTGAA 
GATGATTCAG ATTCTCAAGG AAATTTAGCC AGGAGCTCTG TGCATTACAG CAGGATAAAC 
CGACAGAAGA AAACAATGAA GCTGTGCAGG GCACTCTCTG ACCTGGTGAA ATACACAAAG 
TCTGTTGGCA TCCAGGATGT TGAGACTGAA ATCTCTTCTA GCTGGCAAGT TTCATCTTTC 
AGTGAAACAA AAGCCCATCA GATACTGCAG CAAAAGCCAG CACAGTATCT ACGCTTCAAC 
CAGCACCAGT TGTCCCGCAT CTACCCGTCG TCTTATCGCG TGGACTCTAG CAACTACAAT 
CCCCAGCCAT TCTGGAATGC TGGCTGCCAG CTTGTTGCAC TAAACTACCA GTCAGAGGGG 
AGAATGCTGC AACTGAACCG GGCCAAGTTT AGTGCCAATG GGAATTGTGG CTATGTCCTC 
AAACCAAACT GCATGTGTCA AGGAGTCTTT AATCCAAATT CCGAAGACCC ACTGCCTGGT 
CAATTGAAGA AACAGCTGGT TCTGAGAATT ATTAGTGGTC AACAACTCCC CAAACCACGT 
GATTCCATGC TGGGAGACAG AGGAGAGATC ATAGATCCAT TTGTGGAAGT AGAAGTTATA 
GGCTTACCTG TTGACTGCTT CAAAGAACAA ACTAGAGTAG TTGATGATAA TGGTTTTAAC 
CCAATGTGGG AGGAAACGTT GGTCTTCACA GTACACATGC CAGAGATTGC ACTGGTTCGG 
TTCCTTGTGT GGGATCATGA TCCAATTGGG CGTGATTTTA TTGGGCAGAG AACCATAGCC 
TTCAGCAGTA TGATGCCAGG TTACCGCCAC GTGTACCTGG AAGGTATTGA AGAGGCGTCC 
ATCTTTGTTC ATGTGGCGAT CAATGACATC TGTGGTAAGG CCAAACAAGC TCTAGGTCTA 
AAAGGCCTGT TTCTCAGAAA TCCAAAGCAG GCCTCTCTGG ACAGTCATGC TGCTGGTCAG 
CTCCATCGCA AACATTCCTT TAGCAGCCAC ATCTTGAGAC GGACAGCCAG TGCACCCACC 
AAAAGCCACA AGAAGAACAA GAAGGGCTTT CCTGAAATTG CTTTTGATAC AAAAGACAAC 
AGCTCTGAAG GGGCCGGTGA AGATGGTGAA GTGGAAGCTG CCTCACAGCC TCGCTTTGAT 
CAAGAGCCAG ACAGTGCCTC TCTGTCACCA GCTCCCCGAG ATGGTGCCAG TGGGCAGGTA 
CATGGCAGGG GGTTGAAAGG TAAGGCCCAT GGTTCTCATA AAGCCAAAAG CCAGAGCTGT 
GCTCAGGGGG GTGCTGCTTT CAGTGAACCC CTGCAGAGGT CTAACAGGGT CCGGCTTCAG 
GAGCACCAGG GCGAGAAGCA AAGTGTCTTT GCACGCTGTG CCATCAACAG CTCTGGTAGG 
ATTGGAGTGG CCACCAATTG TATGAAATGC ATGATTGGTT CCAAAGAAAG CCCAGATCTA 
GAATGCAAGT GGAGTGACCA TCCTACCAGG CCTATTGCTA AAGATCTCCT TCACCATGAT 
CAGTATAGCA GTATAACTGG AGAAGAGAGG GTAGAGCTAA AGACCTGGGC TGTTACAGGC 
CAGCCCAGGC AGCAGCCAGA TCTGCAGTCT TGCAGCAGCC CTGGAACTGC CGATGATCTA 
ACAAGGAGCA CTCAGTCTTT TGTGACCCCA GGGAAGAAAA ATGTTGACTC TAAATGTCAT 
GGAATAAAGG CTCATTCCCG GCAGCGGTGG CAGTGCCACT CGGGTGGCAA GTATGGAAGC 
ACTGTCAACT TGGTTCCAGC CAGCAATGGC TCTATATCCT CCAACTCCAG CAGTCTAGAA 
AGCCTTGGAA GTCCAGAATT CCCCAAGCGC TGGTCTGAAA CTTCTCGAAG GCAAGTGGGC 
ACCCTACAGA GGGAAATGAA TGCCTTGTTC GTTCAAAAGT TGGAGGAAAT TCGAAGTAAA 
TCCCCTATAT TCTTTACTGT AGATGTCTGC CGTTTCTCAA TGCAGAGGTC AGTCACTTCT 
TTGTGCAGCC TAGAAACGAT CACTGAAGAG CCCGCTATTG CCAATGAACA CCATCATGCC 
AGCCTTTTCT TCCCTCTCCC CGTAACTCCT TACAGTGATT CTGAAGAAGG GTCTGTGTCC 
GATCATTCCG CTGAATCTCA CTCAGAAGCA AGCAGCACCT CCACCCAGCC TCAAGAACCC 
ACTAGAGAAC AAAGAACAAA CGTGGCTGCA GAAGATCAAG TGCGGGTAGT CACGAGAGCA 
GCTGACACAA GTTTAGTAGC CCAGGAAGAT GAGAGGACAA GCATGGCAGG ATGTCTCAAA 
GAAGAAAATG GTTGGACAGA GGCATGCAGT GAGGCTGAAG AGCAGCACGG ATTGGCAGTG 
CCTCCTCTAT CGGCCAGGCT GGTGGTGCCG GCAGGTAAGA CTGCTGGCCA GCCTGTTGAA 
AACCGCCAGG AGCAGAATGG CCAACAAGGA CAGGTATTAC CAGACATGAA AAGCACTGTC 
GAATCCAAAG GGCACAAACT TGGTGCAGCA GCTGTCCTAC AGCAGCAGAA CATGATTAAC 
AGCACACAGA CAACTTTGCC TCCAGAGACT TTCGAGAAAG CCCATGCTGC ACAGGCTCTA 
CCTGTTCCTG TTTCTCAGAC AAGCTCTTAC ATGTTAGTAA GAAGGTCAAA GAGTGAAGGA 
CTGAAGGTGT CCGACTCCTC AGCCTTAATA AAAATTCCAA GCAGCCTGTC TCCAGCAGCG 
GAAGTATACT TCGATGCCAC TGTTAACGAC CGAATCTGGA GCAAGCTAGA TTGCAGCAAT 
CATCGTGACA GCATGTCTTC CTCTTCCAGC ATGTCCTCCA ATGACACTGT GATAGACCTC 
TCTCTACCCA ATCTAGCTCG CAAAAGCCTC CCAGATCTTG GCATCCGTCA TGAACCTTTT 
GAGCCTCTTG CTGTGAGAAA GGGTATGCGC CCACGATCTG CTACCACGTC CAGTAACGAG 
ATGCCAATGG TGAGCAAGAG CAAATCCAAT CCTAACCTGA GGTCTGGGCA GCTGCCAGCA 
GATGAATTGT GCCCCCGTCC TCTTGCCAGG AGCCCTCAAG ATGCATTCTC GTCCATTCCT 
AGGAGGCACA CCTGGAGCAG GCTGTACATA GAAAGCCTCA GACAGTCTTC TAACAAATCC 
AAAGCACACG ATATGGTTGA AAATAATCAG GCAAAATCCA AGAGTCTTGG AGACCTTACC 
TCTGATGATA TCGTGTGCAC TTTTGAAAGC AAATACCGTA GCATCAGCAG GAGTTTTGTC 
ACTCGATCAA TGCGGGAACA GCGCCGCTCT TCAGGCCTGA GATCCTCACA GGAGAACGAT 
ATCACTTCCC CCATCAGTCT TGATCCAGCT GAATCTGAAG AGGAAGGGGA GAGCTTGGGA 
CTCCTCCGCA GGTCTTCGTC CCGCAGCCAG AGCAGGGTGC GGTACATTGC CAACAGGGCT 
AAGCAAGCTC AGGAGAGACA GCGGCTGCAA AGCCTCGGCC AGCTCGGTGG GAGCCCCATC 
GAGGAGAGGG GGAATCCCGA GGGAGCCTGC AGCGTGGCGA AAGCGGTTTG TACGGATGTA 
GCTTCTCCTG CCACGGTTAC ATCCCAGCCT AAGAACCAGA CTGATAACGC TGACACAGAA 
GTCTTCTTTA TGCTGAAACT GTAG