EVPL cDNA ORF clone, Pelecanus crispus(Dalmatian pelican)

Gene
Clones
gRNAs

Summary

Gene Symbol	EVPL
Entrez Gene ID	104029892
Full Name	envoplakin
Gene Type	protein-coding
Organism	Pelecanus crispus(Dalmatian pelican)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009481401.1	XP_009479676.1	LOW QUALITY PROTEIN: envoplakin

Pathways from BioSystems
Gene Ontology

The following EVPL gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EVPL 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
OPe119816	XM_009481401.1 Latest version!	Pelecanus crispus envoplakin (EVPL), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

EVPL ( XM_009481401.1 ) cDNA ORF clone, Pelecanus crispus(Dalmatian pelican) -> XP_009479676.1 Pelecanus crispus envoplakin (EVPL), mRNA.

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CloneID	OPe119816
Clone ID Related Accession (Same CDS sequence)	XM_009481401.1
Accession Version	XM_009481401.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6087bp) 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	2014-10-05
Organism	Pelecanus crispus(Dalmatian pelican)
Product	LOW QUALITY PROTEIN: envoplakin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009080838.1) 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 :: Pelecanus crispus 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## internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGTTCAAGG GGGTGGGCAA AGGCTCCCCG AGCAGAAGTT CCCCTGTCAA GCCTAGCAAG 
TCCTCAACAA ATGAGCTGGC TGTGCTGATC TCCCGCATGC AGACAAATGC CGACCAGGTG 
GAGAAGGACA TCCTGGAGAC ACAGTCCAGA CTCAAGCAGG ATGCCAGCAA TCACCAGAAG 
AACAAGGCTT TTGAGTTCCA GCCAGAGAAT GCCAGGAATC TAAAGGAAGC GGAGACCCTT 
CTGAAGGACC TCTTTCTGGA TGTGGACCGT GCCAAGCAGC TGAAACACCC TCAGGCTACT 
GAGATAGAGA AAGACATCCA GCAGCTCCAC GACCGTGTCA TGCAGCTGTG TGCAGAGTAC 
CGGGCCCTCT ATGAACAACT GAACATCCCT GATGTGGGGC CCAGGGTAGA CTGGGCCAGG 
ATCCTGGACC AAAAGATGAA ACAAGTCAAC GCAGGACAGT ATGGCCCCGG CATGTCAGAG 
CTGGAAAAGC AAATAGCTGA ACACAACATC TTCCAGAAGG AGATTGAAGC CTATGGCCTC 
CAGATCAAGA ACCTCCGCTG TGGGGATGTG GGAGATTTAA AGAGCCAGTA CAAGGACTTG 
CTGAAAGCCT CCATCTGGCG AGGGCAGAAC CTGGGCAGCC TGTACCACCA CCTCCAGGGC 
TGCACCAAGG AGCTGGGCTA CCTGACAGAC CAGCAGACCA GGATCCTGAA GCAGGACTGG 
AGTGACCAAA TGATGGACAT CCAAAGCGTG CGTCGGGAGT ATGAGGACTT CAAGTCCAAT 
GAGCTACTCA GCCAGGAGGA GTTTGTGAAC CATCTTCAGG ATGATGGGGA TAGGATGATT 
GAGCTAAAGC ANNGCTCTGT CGCACCACAG GCTCACCAGG AAGCCTTGAA GAATGAGTGG 
CAGAATTTCC TGAATCTCTG CATTTGCCAG GAAAGTCATC TGAAAAGTGT GGAGAGCTAT 
AAGAAGTTCC AGGATGATGC TGAGGCTGTG AGCAGCTCCC TGAAGAAGAT GAACTCTGAC 
CTGGACACCA AATACAGCAA GTTCAACAAA GACAGCCCTG GGGTGGTGTC AGACCTGCTG 
CTTCAGCTGG AGAATGAGGA GAAGGCAGTG AAGCAGGCAG AGAAGAGCAT CGCTGACCTG 
AAGAGAAGGA GCAAAGAGAT CAGCCCACTG AAACTGCGCA GGATGCGTCC CTCCCAGCCC 
CTCACCTTGG ACACCCTCTG TGACTGGGAT GCTGGGGAGG TGCAGCTGAC AAGAGGTGAC 
ACGTATGCTC TGAAGGACAA CAGCAACCCA GAGATGTGGG TGGTGCAGAG CAGCACCGGT 
GTGGTTCAGG AGGCACCCTC TGCTTGCTTC TTCATCCCTC CACCAGACCC CGAGTCCATA 
GACAAGGTCA ATAGGTGAGG GGGCTGAACA CCAGGGGAAC GAAACACCGT GAAGCAGAAG 
GGAGCAGCGG TTCAGAGCAC CCTGAGACGC AGCCAGAAGG AGCAGGTTCA ACCCAGCCAG 
CAGGCTCTGT CCAGGAGCCC CCCTGTAGTC CAGGATGATC CCCAAGCTGA CCAGCTTCTT 
GGTAGCCTGG ATCGTGTTGG CAAGGACCTG GTCCAGGTAG AGAAAGAGGT CTTGAACCGA 
GTGAGGTCTC CAGTGAACTA CAGTGACCCC ACAGATGACC TTGCCAGGAG GATCAAACAC 
CAGCAGGAAA CAACAAAGAA ACTTGAGAAC CTGGGGGCAG CCAAGGATGC CTTGCAGAAG 
GAGTGTGAGA CCTACCTTTC CAAGAAACCC ACCAGCACCT CAGCTTCCCA GCTTCCTGTC 
ACATTGAATG CCCTCAGGAA CAAATACAAT GATGTCAGTA TGCTCTCCAG CCTGTACAAT 
GAGAAGGCTA AGGCTGCCCT GAACCTGGAG ACTCAGATTG AGAACACAGA CAAGATCGTG 
AGCACGTTTG AGGCCAAGCT GGCCCAGGAT AGCATCATTC CTGCATCCCC CAATGCCCTG 
CAGGATCGGG CCAATGATCT GCAGAAAATG AAGCGGGACC TGGTGGCCCA AGAGGACTGT 
GTGCTGAAGC TGAACCGGGG GCTCAAGGAT GCTGAGCACA GCTGCGGTGC TGTGCAGAAC 
AACTTCCAGG AGTACTGCCC TGACCTGCCC CGGCAGAAGC GGGAGGTGCA GCTCCTCAAC 
GATCGCTACC ATGCTGTTGC AGACCAGCTG GATCAGCGAG AGAAGACCCT CAGAAATATC 
AGCCTCACCT ACCAGCAGTT CCAAAACTCC AATGAGAACC TGATGTTCTG GATGAACAAC 
CTACCCAAGC ACCAAGTGAA GACCAGTGAT GGGCCAAGCC AGATCAATTA CAAGCTGCAA 
GCGCAGAAGA GGCTGGTGGA GGAGATTGGA AGCAAGGAAC CCGAGAAGAA CGCAGTGGTC 
AGACTATCCC GGAATGTGCA GTCCACCCTC AATGACTATG AACTCCAAGC AGGCAAATAC 
AGCTCTTCTC TGGACCCTAC CCTGACCGAC TTCGCTGCAA AGAGGCTGCG TGTGACCCCC 
CTACAAGAAA GCATCCAGGC CCAGGAAAAT GATGTAACCA AGCTTTACAT GGAGGTGGCA 
GCAGAAAATA AACAGCAGCT CAGCCGGCTG GAGTTTGCCA AGAGGATTGT TGAGAAGAAG 
GAAGTGCATG AGGACATTGA AGCTGTATAT GAGCAAACTC AGCAATCTGA AAACAAAGCC 
ACAACAAGCA GGGAATCTGA TGGGTTGAAA TCGCAGCTGG AGGAGGAAAG GAGGAAAGTG 
GCCAAAATTG AAGAGGACCT GGAAGAACAC AGAAACAAGC TGCTAATGTT GAAGACTCAG 
AAGCCCATTG AAAGAGTGGA AGAAAAGGAG GTGATAGAAT ATTACAGAGA CCCACAGGTG 
GAGAGCAACC TGTCTAAGAT GGCACAGCAG ATTGAAGAGG AAGGCAAAAA GAGAAAGAGC 
CTGCAAGAAG ACATTGAAGT GATGAGCCAG AAGCTTGCCC AGATGGAGAG TGAGAAGAAG 
GCCATTCCTG CCCAACTCCT CACCAAAGAG ATCACAAAAA TTGAGAAAGA TCCAACCCTG 
GATAGCCAAG CAGCCAGTCT TCGTCAGGAG ATCAAACGAC TCCAGGAGGA AAGCTTGGCT 
GCTGCTTCCG AACTTGAGCA CTGTAAGAGA GAGCTGCACA TGCTGGAGCG AAAGCAGCCC 
AATATCCGGG AGAAAGTGGT GGTGAAGGAA CTGATCAAGC TGGAGAAAAA CCCAGAAATG 
CTGAAGTCTG TTAGGACCCT ACAGCTACAA ATTGATGAGG AATCCTTCAA AAGGAAGTCT 
GCAGAAGAAG CAATAGTGAA GGTGAAGAAC AAGATTGAGG AGGTGGAAAG ACTAATTGAA 
ACAGCAGAAC CCAAAATTAT TGTTAAGGAG GTGAAGCAGG TAGAGCAGGA CCCAGAGTTA 
TTGAGAGAGT CTTCCAAGCT TAAAACTCTG ATCGAAGAAG AGAGGAGCAA GAACTTGATG 
CTTACAAGTG AGCTGGGAGA GCTGCAGAGC CAGTACAGTA TTGCAGAGAA GCAAAAACCA 
AGGATAGAGG TTAAAGAGAG GGTCAATGAG ATTTTCCTGG TGGACCCTGA AACAGAGCGG 
CAAATTGCAC ACCTGAAAAG GGAGCTACAG GAAGTTACTC TGAAAAGGAC AAAGATTGAC 
AGTGAAGTGG AAGAGGCATT AGCAGAGCTC AATGTCCTCA GGTCACAGAA ACCAGTGGTG 
GAGCTTAAGG AGGTTATAGA GGAGGTGGTA AAACATGAGA AGAGTCCAGA GATTCTTAGA 
GAAATTGACA GGCTGAAACA ACAGCTCAAT GAACTAGTGA ACACCAATGG CAGGACCCAA 
GAGCAGCTCA TTAGGCTGCA GGGTGAAAGG GATGAATGGA AGAGGGAGAG ATCCAAGGTG 
GAAACCAAGC TGGTCAACAA GGAAGTTATC CGATATGAGA ATGATCCACT CTTGGAAAAA 
GAAGCTGATC GCCTCCGTCA AGAAGTGCGT AACATGTCTC AAAAGAGGAG AGCTGCAGAG 
GATGCAATCT ATGACTTGCA GAATAAATAC ATGCTACTGG AGAGGCGAAA GCCAGAGGAA 
AAAGTAGTTG TCCAAGAGGT GATACTGACT CAAAAGGATC CAAAGCTCCG AGATGAGCAC 
ACCAGGCTGA GACGGAGTCT GGATGAGGAG GTGAGCAACA GGCGTCGTCT GGAACGTGAC 
GTGCAACAGG TTCGTGCACT GGTGGAAGAG CAAGAGAAGT TGCTCAACTT TCAGGAGGAT 
CGAAGCAAGA GGCTTGCACT GGAGAAGGAG ATGAGACAAA CTACGCTGAG AATAAAGGAG 
CTGGAGGAGA GCCCATCCCC AGTGCAAGAA AAGATCATTA TGGAAGAAGT GATCAAGTTG 
GAGAAGGATC CAGTCCTCGA ACAGTCTGCC AGCAACCTGC GCTTGGAGCT GGACCGTGAG 
AAGATGGAGG TGCTGAACTT GCAGAGAGAA TGCAAGAACC TGCAGATGCA AGTTGATGTC 
CTGCAGAAAA CAAAATCCCA GGAGAAGACC ATCTACAAGG AGGTGATTCG AGTGGAAAAG 
GACAGAGCAC TGGAGAATGA ACGTGCACGC ATCTGGGAGC TGCTGAACAG GGAGAGAGGG 
GCCAAGCAAA AGGCAGAAGA GGAGGTAAGG CGGCTGAGGG AGAAGATAGA GAGAGCTGAA 
GGCATGAAGA GGACATGGGC TCGTGAAGAG ACAGAGCTGC AGAAAGCCAG GAACCTGGCC 
ATCCAGGAGA GAGCCAACTT GGAGACTGAA CTGCGGGAGC TGGAGAGGCA GAAGCAGCAG 
AAAGTCCTCT TCCTTCGAGA GGAGTCCAAA CTGCTCAACC AACGGACTGA GAATGACAGG 
CAGAAGAAGA AGCAGCTGGA ACATGAGTTT TCCCTGCTGG AGGCAGACAT CCTTAAGGAG 
AAGGATCAGA TCTACAACAA GGAGAGGTTC ATTCGAGATC TCCAGTCAAG GGTCAACCGG 
GAAGAAATCA GTCATGAGAC CCAGATGAGA GAGACGAACC TCTCCACCAA GATCTCTATA 
TTGGACCCTG AGACAGGGAA GGATATGTCC CCTTACGAGG CCTATAAGAG AGGTATCATA 
GACAGAGGCC AGTATATCCA GCTGCAAGAG CTAGAGTGTG ACTGGGAGGA AGTCACCACC 
CTGGGCCCAA ACGGGGAAGT CTCAGTTCTC CTTGACAAGA AAAGTGGGAA GCAGTACTCC 
ATTGATGATG CACTAAGGCT GAGGAGGATC ACAAAGGAGG AGTACCAGCT GTACCGGGAT 
GGCAAGATTC CCATCTCTGA ATTCGCCTTG CTGGTGGCTG GGGAATCCAA GCCTCCCCCA 
TCCCTCTCTA TTGGCTCCAT CATCTCCAAA TCCCCACTTT CATCACCCAC CACCCACCAA 
ACCCAAAGCT TTTTCCCCCC AGCCTCGCAG AAGGGCTTCT GTGATGACAC ATCCCCCATC 
GCTGGGGTGT ATGACACCAC CACTGACACC AAGTACAACA TCAAGACTGC TGTTGTGAAG 
AAGCTGCTTG ATCCCATGAC AGCTCAGAAG CTCCTGGAAG CCCAGGCTGC CACAGGGGGC 
ATCATAGACC TAATTTCTCG GGACCGTTTC TCAGTCCACA AGGCGATCGA GAGGGGGCTG 
ATTGACAGGA CCTACATGCA AAGACTGCTC AATGCCCAGA AAGCTTTCAC AGGGATTGAG 
GACCCGGTGA CAAAGCGAAG GCTGTCTGTG GGAGAAGCAG TTCAGAAGGG ATGGATTACC 
AAGGACAGCG CTTTCCCCTA TCTGGAGGTC CAGCATCTAA CTGGAGGGCT TATCGATCCA 
AAGAAAACTG GTCGCATCCC CGTGCTCGAA GCTGCCCAGA CAGGGATGAT AACAGGCGAC 
CTGGCCAACA GGCTCCAGGA CGAGTCCAAC TATGAAAAAG ATCTCATTGA CCCTGTCACT 
AAAGAGAAGA TAAATTACAA GGAGGCCATG GCTCTCTGTC AGAAGGATTC ACTGAGCAGC 
CTCCTGCTGC TCCCAGCCAC GTCTGAGGGG TATCAGCGGT ACCACCAGGC AAGCCGTTCC 
CCCAAGCTCT CCCGGTTCAG GCACTGA

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

RefSeq	XP_009479676.1
CDS	1..6087
Translation	MFKGVGKGSPSRSSPVKPSKSSTNELAVLISRMQTNADQVEKDILETQSRLKQDASNHQKNKAFEFQPENARNLKEAETLLKDLFLDVDRAKQLKHPQATEIEKDIQQLHDRVMQLCAEYRALYEQLNIPDVGPRVDWARILDQKMKQVNAGQYGPGMSELEKQIAEHNIFQKEIEAYGLQIKNLRCGDVGDLKSQYKDLLKASIWRGQNLGSLYHHLQGCTKELGYLTDQQTRILKQDWSDQMMDIQSVRREYEDFKSNELLSQEEFVNHLQDDGDRMIELKnullnullSVAPQAHQEALKNEWQNFLNLCICQESHLKSVESYKKFQDDAEAVSSSLKKMNSDLDTKYSKFNKDSPGVVSDLLLQLENEEKAVKQAEKSIADLKRRSKEISPLKLRRMRPSQPLTLDTLCDWDAGEVQLTRGDTYALKDNSNPEMWVVQSSTGVVQEAPSACFFIPPPDPESIDKVNRGGTPGERNTVKQKGAAVQSTLRRSQKEQVQPSQQALSRSPPVVQDDPQADQLLGSLDRVGKDLVQVEKEVLNRVRSPVNYSDPTDDLARRIKHQQETTKKLENLGAAKDALQKECETYLSKKPTSTSASQLPVTLNALRNKYNDVSMLSSLYNEKAKAALNLETQIENTDKIVSTFEAKLAQDSIIPASPNALQDRANDLQKMKRDLVAQEDCVLKLNRGLKDAEHSCGAVQNNFQEYCPDLPRQKREVQLLNDRYHAVADQLDQREKTLRNISLTYQQFQNSNENLMFWMNNLPKHQVKTSDGPSQINYKLQAQKRLVEEIGSKEPEKNAVVRLSRNVQSTLNDYELQAGKYSSSLDPTLTDFAAKRLRVTPLQESIQAQENDVTKLYMEVAAENKQQLSRLEFAKRIVEKKEVHEDIEAVYEQTQQSENKATTSRESDGLKSQLEEERRKVAKIEEDLEEHRNKLLMLKTQKPIERVEEKEVIEYYRDPQVESNLSKMAQQIEEEGKKRKSLQEDIEVMSQKLAQMESEKKAIPAQLLTKEITKIEKDPTLDSQAASLRQEIKRLQEESLAAASELEHCKRELHMLERKQPNIREKVVVKELIKLEKNPEMLKSVRTLQLQIDEESFKRKSAEEAIVKVKNKIEEVERLIETAEPKIIVKEVKQVEQDPELLRESSKLKTLIEEERSKNLMLTSELGELQSQYSIAEKQKPRIEVKERVNEIFLVDPETERQIAHLKRELQEVTLKRTKIDSEVEEALAELNVLRSQKPVVELKEVIEEVVKHEKSPEILREIDRLKQQLNELVNTNGRTQEQLIRLQGERDEWKRERSKVETKLVNKEVIRYENDPLLEKEADRLRQEVRNMSQKRRAAEDAIYDLQNKYMLLERRKPEEKVVVQEVILTQKDPKLRDEHTRLRRSLDEEVSNRRRLERDVQQVRALVEEQEKLLNFQEDRSKRLALEKEMRQTTLRIKELEESPSPVQEKIIMEEVIKLEKDPVLEQSASNLRLELDREKMEVLNLQRECKNLQMQVDVLQKTKSQEKTIYKEVIRVEKDRALENERARIWELLNRERGAKQKAEEEVRRLREKIERAEGMKRTWAREETELQKARNLAIQERANLETELRELERQKQQKVLFLREESKLLNQRTENDRQKKKQLEHEFSLLEADILKEKDQIYNKERFIRDLQSRVNREEISHETQMRETNLSTKISILDPETGKDMSPYEAYKRGIIDRGQYIQLQELECDWEEVTTLGPNGEVSVLLDKKSGKQYSIDDALRLRRITKEEYQLYRDGKIPISEFALLVAGESKPPPSLSIGSIISKSPLSSPTTHQTQSFFPPASQKGFCDDTSPIAGVYDTTTDTKYNIKTAVVKKLLDPMTAQKLLEAQAATGGIIDLISRDRFSVHKAIERGLIDRTYMQRLLNAQKAFTGIEDPVTKRRLSVGEAVQKGWITKDSAFPYLEVQHLTGGLIDPKKTGRIPVLEAAQTGMITGDLANRLQDESNYEKDLIDPVTKEKINYKEAMALCQKDSLSSLLLLPATSEGYQRYHQASRSPKLSRFRH

Target ORF information:

RefSeq Version	XM_009481401.1
Organism	Pelecanus crispus(Dalmatian pelican)
Definition	Pelecanus crispus envoplakin (EVPL), mRNA.

Target ORF information:

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

XM_009481401.1

ORF Insert Sequence:

ATGTTCAAGG GGGTGGGCAA AGGCTCCCCG AGCAGAAGTT CCCCTGTCAA GCCTAGCAAG 
TCCTCAACAA ATGAGCTGGC TGTGCTGATC TCCCGCATGC AGACAAATGC CGACCAGGTG 
GAGAAGGACA TCCTGGAGAC ACAGTCCAGA CTCAAGCAGG ATGCCAGCAA TCACCAGAAG 
AACAAGGCTT TTGAGTTCCA GCCAGAGAAT GCCAGGAATC TAAAGGAAGC GGAGACCCTT 
CTGAAGGACC TCTTTCTGGA TGTGGACCGT GCCAAGCAGC TGAAACACCC TCAGGCTACT 
GAGATAGAGA AAGACATCCA GCAGCTCCAC GACCGTGTCA TGCAGCTGTG TGCAGAGTAC 
CGGGCCCTCT ATGAACAACT GAACATCCCT GATGTGGGGC CCAGGGTAGA CTGGGCCAGG 
ATCCTGGACC AAAAGATGAA ACAAGTCAAC GCAGGACAGT ATGGCCCCGG CATGTCAGAG 
CTGGAAAAGC AAATAGCTGA ACACAACATC TTCCAGAAGG AGATTGAAGC CTATGGCCTC 
CAGATCAAGA ACCTCCGCTG TGGGGATGTG GGAGATTTAA AGAGCCAGTA CAAGGACTTG 
CTGAAAGCCT CCATCTGGCG AGGGCAGAAC CTGGGCAGCC TGTACCACCA CCTCCAGGGC 
TGCACCAAGG AGCTGGGCTA CCTGACAGAC CAGCAGACCA GGATCCTGAA GCAGGACTGG 
AGTGACCAAA TGATGGACAT CCAAAGCGTG CGTCGGGAGT ATGAGGACTT CAAGTCCAAT 
GAGCTACTCA GCCAGGAGGA GTTTGTGAAC CATCTTCAGG ATGATGGGGA TAGGATGATT 
GAGCTAAAGC ANNGCTCTGT CGCACCACAG GCTCACCAGG AAGCCTTGAA GAATGAGTGG 
CAGAATTTCC TGAATCTCTG CATTTGCCAG GAAAGTCATC TGAAAAGTGT GGAGAGCTAT 
AAGAAGTTCC AGGATGATGC TGAGGCTGTG AGCAGCTCCC TGAAGAAGAT GAACTCTGAC 
CTGGACACCA AATACAGCAA GTTCAACAAA GACAGCCCTG GGGTGGTGTC AGACCTGCTG 
CTTCAGCTGG AGAATGAGGA GAAGGCAGTG AAGCAGGCAG AGAAGAGCAT CGCTGACCTG 
AAGAGAAGGA GCAAAGAGAT CAGCCCACTG AAACTGCGCA GGATGCGTCC CTCCCAGCCC 
CTCACCTTGG ACACCCTCTG TGACTGGGAT GCTGGGGAGG TGCAGCTGAC AAGAGGTGAC 
ACGTATGCTC TGAAGGACAA CAGCAACCCA GAGATGTGGG TGGTGCAGAG CAGCACCGGT 
GTGGTTCAGG AGGCACCCTC TGCTTGCTTC TTCATCCCTC CACCAGACCC CGAGTCCATA 
GACAAGGTCA ATAGGTGAGG GGGCTGAACA CCAGGGGAAC GAAACACCGT GAAGCAGAAG 
GGAGCAGCGG TTCAGAGCAC CCTGAGACGC AGCCAGAAGG AGCAGGTTCA ACCCAGCCAG 
CAGGCTCTGT CCAGGAGCCC CCCTGTAGTC CAGGATGATC CCCAAGCTGA CCAGCTTCTT 
GGTAGCCTGG ATCGTGTTGG CAAGGACCTG GTCCAGGTAG AGAAAGAGGT CTTGAACCGA 
GTGAGGTCTC CAGTGAACTA CAGTGACCCC ACAGATGACC TTGCCAGGAG GATCAAACAC 
CAGCAGGAAA CAACAAAGAA ACTTGAGAAC CTGGGGGCAG CCAAGGATGC CTTGCAGAAG 
GAGTGTGAGA CCTACCTTTC CAAGAAACCC ACCAGCACCT CAGCTTCCCA GCTTCCTGTC 
ACATTGAATG CCCTCAGGAA CAAATACAAT GATGTCAGTA TGCTCTCCAG CCTGTACAAT 
GAGAAGGCTA AGGCTGCCCT GAACCTGGAG ACTCAGATTG AGAACACAGA CAAGATCGTG 
AGCACGTTTG AGGCCAAGCT GGCCCAGGAT AGCATCATTC CTGCATCCCC CAATGCCCTG 
CAGGATCGGG CCAATGATCT GCAGAAAATG AAGCGGGACC TGGTGGCCCA AGAGGACTGT 
GTGCTGAAGC TGAACCGGGG GCTCAAGGAT GCTGAGCACA GCTGCGGTGC TGTGCAGAAC 
AACTTCCAGG AGTACTGCCC TGACCTGCCC CGGCAGAAGC GGGAGGTGCA GCTCCTCAAC 
GATCGCTACC ATGCTGTTGC AGACCAGCTG GATCAGCGAG AGAAGACCCT CAGAAATATC 
AGCCTCACCT ACCAGCAGTT CCAAAACTCC AATGAGAACC TGATGTTCTG GATGAACAAC 
CTACCCAAGC ACCAAGTGAA GACCAGTGAT GGGCCAAGCC AGATCAATTA CAAGCTGCAA 
GCGCAGAAGA GGCTGGTGGA GGAGATTGGA AGCAAGGAAC CCGAGAAGAA CGCAGTGGTC 
AGACTATCCC GGAATGTGCA GTCCACCCTC AATGACTATG AACTCCAAGC AGGCAAATAC 
AGCTCTTCTC TGGACCCTAC CCTGACCGAC TTCGCTGCAA AGAGGCTGCG TGTGACCCCC 
CTACAAGAAA GCATCCAGGC CCAGGAAAAT GATGTAACCA AGCTTTACAT GGAGGTGGCA 
GCAGAAAATA AACAGCAGCT CAGCCGGCTG GAGTTTGCCA AGAGGATTGT TGAGAAGAAG 
GAAGTGCATG AGGACATTGA AGCTGTATAT GAGCAAACTC AGCAATCTGA AAACAAAGCC 
ACAACAAGCA GGGAATCTGA TGGGTTGAAA TCGCAGCTGG AGGAGGAAAG GAGGAAAGTG 
GCCAAAATTG AAGAGGACCT GGAAGAACAC AGAAACAAGC TGCTAATGTT GAAGACTCAG 
AAGCCCATTG AAAGAGTGGA AGAAAAGGAG GTGATAGAAT ATTACAGAGA CCCACAGGTG 
GAGAGCAACC TGTCTAAGAT GGCACAGCAG ATTGAAGAGG AAGGCAAAAA GAGAAAGAGC 
CTGCAAGAAG ACATTGAAGT GATGAGCCAG AAGCTTGCCC AGATGGAGAG TGAGAAGAAG 
GCCATTCCTG CCCAACTCCT CACCAAAGAG ATCACAAAAA TTGAGAAAGA TCCAACCCTG 
GATAGCCAAG CAGCCAGTCT TCGTCAGGAG ATCAAACGAC TCCAGGAGGA AAGCTTGGCT 
GCTGCTTCCG AACTTGAGCA CTGTAAGAGA GAGCTGCACA TGCTGGAGCG AAAGCAGCCC 
AATATCCGGG AGAAAGTGGT GGTGAAGGAA CTGATCAAGC TGGAGAAAAA CCCAGAAATG 
CTGAAGTCTG TTAGGACCCT ACAGCTACAA ATTGATGAGG AATCCTTCAA AAGGAAGTCT 
GCAGAAGAAG CAATAGTGAA GGTGAAGAAC AAGATTGAGG AGGTGGAAAG ACTAATTGAA 
ACAGCAGAAC CCAAAATTAT TGTTAAGGAG GTGAAGCAGG TAGAGCAGGA CCCAGAGTTA 
TTGAGAGAGT CTTCCAAGCT TAAAACTCTG ATCGAAGAAG AGAGGAGCAA GAACTTGATG 
CTTACAAGTG AGCTGGGAGA GCTGCAGAGC CAGTACAGTA TTGCAGAGAA GCAAAAACCA 
AGGATAGAGG TTAAAGAGAG GGTCAATGAG ATTTTCCTGG TGGACCCTGA AACAGAGCGG 
CAAATTGCAC ACCTGAAAAG GGAGCTACAG GAAGTTACTC TGAAAAGGAC AAAGATTGAC 
AGTGAAGTGG AAGAGGCATT AGCAGAGCTC AATGTCCTCA GGTCACAGAA ACCAGTGGTG 
GAGCTTAAGG AGGTTATAGA GGAGGTGGTA AAACATGAGA AGAGTCCAGA GATTCTTAGA 
GAAATTGACA GGCTGAAACA ACAGCTCAAT GAACTAGTGA ACACCAATGG CAGGACCCAA 
GAGCAGCTCA TTAGGCTGCA GGGTGAAAGG GATGAATGGA AGAGGGAGAG ATCCAAGGTG 
GAAACCAAGC TGGTCAACAA GGAAGTTATC CGATATGAGA ATGATCCACT CTTGGAAAAA 
GAAGCTGATC GCCTCCGTCA AGAAGTGCGT AACATGTCTC AAAAGAGGAG AGCTGCAGAG 
GATGCAATCT ATGACTTGCA GAATAAATAC ATGCTACTGG AGAGGCGAAA GCCAGAGGAA 
AAAGTAGTTG TCCAAGAGGT GATACTGACT CAAAAGGATC CAAAGCTCCG AGATGAGCAC 
ACCAGGCTGA GACGGAGTCT GGATGAGGAG GTGAGCAACA GGCGTCGTCT GGAACGTGAC 
GTGCAACAGG TTCGTGCACT GGTGGAAGAG CAAGAGAAGT TGCTCAACTT TCAGGAGGAT 
CGAAGCAAGA GGCTTGCACT GGAGAAGGAG ATGAGACAAA CTACGCTGAG AATAAAGGAG 
CTGGAGGAGA GCCCATCCCC AGTGCAAGAA AAGATCATTA TGGAAGAAGT GATCAAGTTG 
GAGAAGGATC CAGTCCTCGA ACAGTCTGCC AGCAACCTGC GCTTGGAGCT GGACCGTGAG 
AAGATGGAGG TGCTGAACTT GCAGAGAGAA TGCAAGAACC TGCAGATGCA AGTTGATGTC 
CTGCAGAAAA CAAAATCCCA GGAGAAGACC ATCTACAAGG AGGTGATTCG AGTGGAAAAG 
GACAGAGCAC TGGAGAATGA ACGTGCACGC ATCTGGGAGC TGCTGAACAG GGAGAGAGGG 
GCCAAGCAAA AGGCAGAAGA GGAGGTAAGG CGGCTGAGGG AGAAGATAGA GAGAGCTGAA 
GGCATGAAGA GGACATGGGC TCGTGAAGAG ACAGAGCTGC AGAAAGCCAG GAACCTGGCC 
ATCCAGGAGA GAGCCAACTT GGAGACTGAA CTGCGGGAGC TGGAGAGGCA GAAGCAGCAG 
AAAGTCCTCT TCCTTCGAGA GGAGTCCAAA CTGCTCAACC AACGGACTGA GAATGACAGG 
CAGAAGAAGA AGCAGCTGGA ACATGAGTTT TCCCTGCTGG AGGCAGACAT CCTTAAGGAG 
AAGGATCAGA TCTACAACAA GGAGAGGTTC ATTCGAGATC TCCAGTCAAG GGTCAACCGG 
GAAGAAATCA GTCATGAGAC CCAGATGAGA GAGACGAACC TCTCCACCAA GATCTCTATA 
TTGGACCCTG AGACAGGGAA GGATATGTCC CCTTACGAGG CCTATAAGAG AGGTATCATA 
GACAGAGGCC AGTATATCCA GCTGCAAGAG CTAGAGTGTG ACTGGGAGGA AGTCACCACC 
CTGGGCCCAA ACGGGGAAGT CTCAGTTCTC CTTGACAAGA AAAGTGGGAA GCAGTACTCC 
ATTGATGATG CACTAAGGCT GAGGAGGATC ACAAAGGAGG AGTACCAGCT GTACCGGGAT 
GGCAAGATTC CCATCTCTGA ATTCGCCTTG CTGGTGGCTG GGGAATCCAA GCCTCCCCCA 
TCCCTCTCTA TTGGCTCCAT CATCTCCAAA TCCCCACTTT CATCACCCAC CACCCACCAA 
ACCCAAAGCT TTTTCCCCCC AGCCTCGCAG AAGGGCTTCT GTGATGACAC ATCCCCCATC 
GCTGGGGTGT ATGACACCAC CACTGACACC AAGTACAACA TCAAGACTGC TGTTGTGAAG 
AAGCTGCTTG ATCCCATGAC AGCTCAGAAG CTCCTGGAAG CCCAGGCTGC CACAGGGGGC 
ATCATAGACC TAATTTCTCG GGACCGTTTC TCAGTCCACA AGGCGATCGA GAGGGGGCTG 
ATTGACAGGA CCTACATGCA AAGACTGCTC AATGCCCAGA AAGCTTTCAC AGGGATTGAG 
GACCCGGTGA CAAAGCGAAG GCTGTCTGTG GGAGAAGCAG TTCAGAAGGG ATGGATTACC 
AAGGACAGCG CTTTCCCCTA TCTGGAGGTC CAGCATCTAA CTGGAGGGCT TATCGATCCA 
AAGAAAACTG GTCGCATCCC CGTGCTCGAA GCTGCCCAGA CAGGGATGAT AACAGGCGAC 
CTGGCCAACA GGCTCCAGGA CGAGTCCAAC TATGAAAAAG ATCTCATTGA CCCTGTCACT 
AAAGAGAAGA TAAATTACAA GGAGGCCATG GCTCTCTGTC AGAAGGATTC ACTGAGCAGC 
CTCCTGCTGC TCCCAGCCAC GTCTGAGGGG TATCAGCGGT ACCACCAGGC AAGCCGTTCC 
CCCAAGCTCT CCCGGTTCAG GCACTGA