PLB1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	PLB1
Entrez Gene ID	100471208
Full Name	phospholipase B1
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019804226.1	XP_019659785.1	phospholipase B1, membrane-associated

Pathways from BioSystems
Gene Ontology

The following PLB1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PLB1 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
OAc95903	XM_019804226.1 Latest version!	Ailuropoda melanoleuca phospholipase B1 (PLB1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

PLB1 ( XM_019804226.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019659785.1 Ailuropoda melanoleuca phospholipase B1 (PLB1), mRNA.

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CloneID	OAc95903
Clone ID Related Accession (Same CDS sequence)	XM_019804226.1
Accession Version	XM_019804226.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4278bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	phospholipase B1, membrane-associated
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218003.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCAGAGG TGTTGCAGAC CCTGAAGAAT TTTCAATTCC CATGCAACTC AGAGAAGTCA 
GGATCCAGTG AGCCTCCGAA GTCAGTCCAC TCTGTGAGAC CTTCTGATAT TAAATTTGTG 
GCAGCCATGG GCAATGTGGA AACTCTTCCA GACTCAGGGA CCGTCGACCC GGAGAAGCAA 
AAATGGACTG ACCAAAGGCC AGAGCGGGTG TGCATGGAAG TAGTGACAGC CCTTTCAGAC 
ATCATCAGAT ATTTCAACCC CTCTGTTCTG AGGCCCCTGT GTGTCCCTGG GAAGAGAGCG 
GTACCCCACA CTGGTGTTGA AGACTGGCAG GCGCAGGCCG AAGAACTGGT GAGGAGCATG 
AAGGAGGACC AGGAACTTGA CTTTCAAAAT GACTGGAAGC TCATCAATGT GTTTTTCAAC 
TCAAGCCAGG ATTACGTCTG TCCCTCCGCC CAACAGCAGA GGCACACGGC GGGAGGCCTG 
CACCTTCTAG ACGGGGCTCT GGACTACCTG CAACAGGAGG TCCCCAAAGC ATTTGTGAAC 
CTGGTGGATC TCTCTGAGAC TCTGGTGCTC TCTCACTGGG ACCAAGGGAC TCAACTCAGC 
CCCACAGAAG AGCCCAGCAG GCACTCAGGG GAGAATTTGA AGCTTTCCAA GGTGGTGACA 
CAGGGGTCCT ATCAGGAGAG CTGGGACCAG CTCCTGGCCT CCAGCAAGTA CAACGAGCAG 
GAGTCCTTCG TGGTGGTTTT CCAGCCTACC TTCTACGAGA CCCCACCTTC GGTGAGTGAG 
GGCTGCCCAC TCCAGGATCC CAGCACCCTC GCCTTGAATC TCTGGAACAG CATGATGAAG 
CCAGCAGGAC AGAAAGATGA GCCATTCGGT GCAGGAGAGA CAAGGCCAGT GACCTGTCCC 
TCTCAGGAGA ATCCCTACCT GTTCACCTAC AAGAACAGCA AGTACCTGCC CAGGCTGCTG 
CACTCTCTCG AGAAGCTTGA GGTGAGAGAT GGAATGGAAA TCACGTGCCC CAACAAGGAC 
CCCTCCGACA CAATTCCCAC CTCAGTTCAC AGGTTGAAGC CAGCTGACAT CAAGGTCATT 
GGAGCCCTGG GTGACTCTCT CACGGCTGGT AATGGGGCCG GATCCAAGCC TGGGGAAGTG 
TTGGATGTCT TGACTCAGTA CCGAGGCCTG TCCTGGAGCA TCGGAGGCGA TGGCAACCTC 
AGCAGCGTCA TCACCCTCCC AAACATCCTC CGGGAATTCA ACCCTTCCCT GAGGGGCTTC 
TCTGTGGGCA CTGGAAAAGA ATACAGTCCT GGAGCCTTCC TAAATCAGGC TGTGGCAGGA 
GCCCGAGCCC AGGATTTACC TTTTCAGGCC AGGAGGCTGG TGGACCTGAT GAAGAATGAC 
ATGAGCATAA ATTTTCAGGA AGATTGGAAG CTAATAACCC TGTTCATAGG AGGCAATGAT 
CTCTGTGATT TCTGCAGTGA CCCGGTCCAC TATTCTCCCC AGAACTTCGT GGACAACATC 
GGGAAGGCTC TGGATATCCT CCATGCTGAG GTTCCTCGGG CATTTGTGAA CCTGGTAAAA 
GTTCTGGAGA TCATCAGCCT GAGGGAGCTG TACAAGGAGA AGAAAGTCAG CTGCCCAAGG 
CTGATCCTCA GGAAGCTGTG CCCCTGTGTC CTAGAGCTTA GTGATAACTC AGCAGCGCTT 
GCCTCCCTCA TCGAATTGAA TAAGAAATAC CAGGAGGGGA CTCACCAGCT GGTTGAGAGC 
GGTCGGTACG ACACAAGGGA GGATTTTACG GTGGTGGTGC AGCCATTCTT CGAAAAAGTG 
GACATGCCAA AGACGTCGGA GGGACTGCCC GACAACTCGT TCTTTGCTCC CGACTGTTTC 
CACTTCAGCA GCAAAGCTCA CGCTCACGCG GCCAGTGCCC TCTGGAACAA CATGCTGGAA 
CCTGTCGGCC AGAAGACAAC ACAGCACAAG TTTGAACACG AGATCAGTAT CACCTGTCCG 
AACCAGTCCT GGCTGTTTCT GAGCACCTAC AAGAACAGAG TGCAGAGTCA TGGGAGCCAG 
CTGCCATGCA GGGACAGAGC TCCTTCTGCC TCGAGGCCCA CCTCAGTGCA CACCCTGCGA 
CCGGCAGATA TCCAAGTCGT GGCTGCGCTG GGGGATTCTC TGACCGCCGG CAATGGAATT 
GGCTCCAAAC CAGATGACCT TTCTGATGTC ACCACTCAGT ACCGGGGGCT GTCATACAGT 
TCCGGAGGGG ACGACTCCCT GGAGACTGTG ACCACCTTAC CGAATATCCT TCGGATGTTT 
AACGGAAACC TCACAGGCTA CTCAGTGGGC ACGGGTGATG TCAATGACAC AAATGCGTTC 
CTCAATCAGG CTGTTCCTGG AGCAAAGGCT GAGGAACTTA TGAGCCAAGT CCAGACTCTG 
GTGCAGAGGA TGAAAGATGA CCCCAGACTG AATTTCCACG AGGACTGGAA GATGATCACG 
GTGCTGATCG GAGGCAGTGA TTTGTGTGAC TACTGCACGG ATTCGAATCT GTATTCTGCA 
GCCAACTTTT TTGACCATCT CCGCAACGCC TTGGACGTCC TGCACAGAGA GGTGCCCAGA 
GCCCTGGTCA ACCTCGTGGA CTTCCTGAGC CCCAGTGTCC TGAGGCAGGC GTTTCTGGGC 
AATCCGGACA AGTGCCCTGT GCAGCAAGCC AGCGTGTTAT GTAACTGTGT TCTGACCCCG 
CGGGAGAGCT CCCAAGAGCT GGCCAGGTTG GAGGCCATCA CCCAAGCCTA CCAGAGCAGC 
ATGCGGGAGC TGGTGGAGTC AGGCCGCTAC GACACCCGGG AGGACTTCTC TGTGGTGCTT 
CAGCCCTTCT TCCGTGACAT CCGGCTCCCC CTCCTGGCGG ATGGGCGCCT GGATATGTCC 
TTCTTCGCTC CAGACTGTCT CCACCCAAGT CAGAAATTCC ACACTCAGCT CTCCAGAGCC 
CTTTGGGTCA ATATGCTTGA GCCGCTGGGA AGGAAAACGG AGACCCTGGA CCTGGCAGCA 
AATATAGCCC TCTCCTGCCC CACTCAGAGC GAGCCCTTCC TGAGAACGTC CCGGAACAGC 
AACTATACCT ACCCCACCGA GCCGGCCGTT GAGAACTGGG GCAGCGACTT CCTGTGTTCA 
GAGTGGAATC CTTCCAACAG TGTCCCCACC TCAGTCCATG AGCTCCGGCC AGGAGACATC 
AAAGTGGTGG CCGCCATGGG TGACTCGCTG ACCACAGCAT TGGGAGCCCG ACCGAGCAAC 
TCCAGCAACC TACCCACGTC CTGGAGGGGA CTCTCTTGGA GCATTGGAGG GGATGGCATC 
TTGGACACCC ACACCACACT GCCCAATATT CTGAAGAAGT TCAACCCTCA CATCCTTGGG 
TTCTCCACCG GTACCCTGGA GGAGACAGCA GGGCTGAATG TAGCCGTGGA AGGAGCCAGA 
GCAAGGGACA TGCCGACCCA GGCCCAGGAC CTGGTGGAGC GAATGAAAAA CCACCCGGAA 
ATCGACCTAG AGAGTGACTG GAAGCTGATC ACGCTCTTCA TTGGGAGCAA CGACATATGT 
CATTACTGCG AGAATCCGGA GGCCCACTCA GCTGGGGAGT ACATTCAGCA TATCCACCAG 
GCCCTGGACA TCTTCTATAA AGAGCTTCCA AGGGCTTTCA TCAACGTGGT GGAGGTCATG 
GAGTTGGGTG GCCTACACGA GGTCCAAGGC GGGAAATGTG ACACGCTCCT GCCACCCGGG 
CANNNNACCT GCCTCAGCCA TTCCCAGAAG AATTCCCTGG AGCTGCAGGA ACTGAAGCAA 
GTGAACTGGG ACGTCCAGAG TGGCATCTCC AGGTTGTCCT ACGGGCCCCA GTACCTGCAG 
CGTGAGGACT TCACTGTGGT CGTGCAGCCT TTCTTCCAAA ACACTCTTGT CCCCCTGAAC 
AGCAGAGGGG GCGTTGACCT CACCTTCTTC TCCGAGGACT GTTTCCACTT CTCAGAACGC 
GGCCATGCCG AGATGGCCAT CGCACTCTGG AACAACATGC TGGAGCCGGT GGGCCAGAAG 
ACAACCTCCA ACAACTTCAC CCACAGCCGA ACCAAACTCA AGTGCCCCTC TCCGGAAAGC 
CCTTACCTCC ACACCCTGAG GAACAGTCAG CTCCTCCAAG ACCGGTCTGA AGCGGACCCC 
AACGTGCTCT CCTGGGCCGT GCCAGTGGCG GCAGGAGGCG GCCTTGTCCT TGGGGTGGGC 
GCCATGATGG TCTGGAGAGC CGTCAGAGGT CGCCAGCAGG AAACTCCTCC AACGAGCCTG 
AACACGATGA GCTTCTAA

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

RefSeq	XP_019659785.1
CDS	1..4278
Translation	MAEVLQTLKNFQFPCNSEKSGSSEPPKSVHSVRPSDIKFVAAMGNVETLPDSGTVDPEKQKWTDQRPERVCMEVVTALSDIIRYFNPSVLRPLCVPGKRAVPHTGVEDWQAQAEELVRSMKEDQELDFQNDWKLINVFFNSSQDYVCPSAQQQRHTAGGLHLLDGALDYLQQEVPKAFVNLVDLSETLVLSHWDQGTQLSPTEEPSRHSGENLKLSKVVTQGSYQESWDQLLASSKYNEQESFVVVFQPTFYETPPSVSEGCPLQDPSTLALNLWNSMMKPAGQKDEPFGAGETRPVTCPSQENPYLFTYKNSKYLPRLLHSLEKLEVRDGMEITCPNKDPSDTIPTSVHRLKPADIKVIGALGDSLTAGNGAGSKPGEVLDVLTQYRGLSWSIGGDGNLSSVITLPNILREFNPSLRGFSVGTGKEYSPGAFLNQAVAGARAQDLPFQARRLVDLMKNDMSINFQEDWKLITLFIGGNDLCDFCSDPVHYSPQNFVDNIGKALDILHAEVPRAFVNLVKVLEIISLRELYKEKKVSCPRLILRKLCPCVLELSDNSAALASLIELNKKYQEGTHQLVESGRYDTREDFTVVVQPFFEKVDMPKTSEGLPDNSFFAPDCFHFSSKAHAHAASALWNNMLEPVGQKTTQHKFEHEISITCPNQSWLFLSTYKNRVQSHGSQLPCRDRAPSASRPTSVHTLRPADIQVVAALGDSLTAGNGIGSKPDDLSDVTTQYRGLSYSSGGDDSLETVTTLPNILRMFNGNLTGYSVGTGDVNDTNAFLNQAVPGAKAEELMSQVQTLVQRMKDDPRLNFHEDWKMITVLIGGSDLCDYCTDSNLYSAANFFDHLRNALDVLHREVPRALVNLVDFLSPSVLRQAFLGNPDKCPVQQASVLCNCVLTPRESSQELARLEAITQAYQSSMRELVESGRYDTREDFSVVLQPFFRDIRLPLLADGRLDMSFFAPDCLHPSQKFHTQLSRALWVNMLEPLGRKTETLDLAANIALSCPTQSEPFLRTSRNSNYTYPTEPAVENWGSDFLCSEWNPSNSVPTSVHELRPGDIKVVAAMGDSLTTALGARPSNSSNLPTSWRGLSWSIGGDGILDTHTTLPNILKKFNPHILGFSTGTLEETAGLNVAVEGARARDMPTQAQDLVERMKNHPEIDLESDWKLITLFIGSNDICHYCENPEAHSAGEYIQHIHQALDIFYKELPRAFINVVEVMELGGLHEVQGGKCDTLLPPGnullnullTCLSHSQKNSLELQELKQVNWDVQSGISRLSYGPQYLQREDFTVVVQPFFQNTLVPLNSRGGVDLTFFSEDCFHFSERGHAEMAIALWNNMLEPVGQKTTSNNFTHSRTKLKCPSPESPYLHTLRNSQLLQDRSEADPNVLSWAVPVAAGGGLVLGVGAMMVWRAVRGRQQETPPTSLNTMSF

Target ORF information:

RefSeq Version	XM_019804226.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca phospholipase B1 (PLB1), mRNA.

Target ORF information:

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

XM_019804226.1

ORF Insert Sequence:

ATGGCAGAGG TGTTGCAGAC CCTGAAGAAT TTTCAATTCC CATGCAACTC AGAGAAGTCA 
GGATCCAGTG AGCCTCCGAA GTCAGTCCAC TCTGTGAGAC CTTCTGATAT TAAATTTGTG 
GCAGCCATGG GCAATGTGGA AACTCTTCCA GACTCAGGGA CCGTCGACCC GGAGAAGCAA 
AAATGGACTG ACCAAAGGCC AGAGCGGGTG TGCATGGAAG TAGTGACAGC CCTTTCAGAC 
ATCATCAGAT ATTTCAACCC CTCTGTTCTG AGGCCCCTGT GTGTCCCTGG GAAGAGAGCG 
GTACCCCACA CTGGTGTTGA AGACTGGCAG GCGCAGGCCG AAGAACTGGT GAGGAGCATG 
AAGGAGGACC AGGAACTTGA CTTTCAAAAT GACTGGAAGC TCATCAATGT GTTTTTCAAC 
TCAAGCCAGG ATTACGTCTG TCCCTCCGCC CAACAGCAGA GGCACACGGC GGGAGGCCTG 
CACCTTCTAG ACGGGGCTCT GGACTACCTG CAACAGGAGG TCCCCAAAGC ATTTGTGAAC 
CTGGTGGATC TCTCTGAGAC TCTGGTGCTC TCTCACTGGG ACCAAGGGAC TCAACTCAGC 
CCCACAGAAG AGCCCAGCAG GCACTCAGGG GAGAATTTGA AGCTTTCCAA GGTGGTGACA 
CAGGGGTCCT ATCAGGAGAG CTGGGACCAG CTCCTGGCCT CCAGCAAGTA CAACGAGCAG 
GAGTCCTTCG TGGTGGTTTT CCAGCCTACC TTCTACGAGA CCCCACCTTC GGTGAGTGAG 
GGCTGCCCAC TCCAGGATCC CAGCACCCTC GCCTTGAATC TCTGGAACAG CATGATGAAG 
CCAGCAGGAC AGAAAGATGA GCCATTCGGT GCAGGAGAGA CAAGGCCAGT GACCTGTCCC 
TCTCAGGAGA ATCCCTACCT GTTCACCTAC AAGAACAGCA AGTACCTGCC CAGGCTGCTG 
CACTCTCTCG AGAAGCTTGA GGTGAGAGAT GGAATGGAAA TCACGTGCCC CAACAAGGAC 
CCCTCCGACA CAATTCCCAC CTCAGTTCAC AGGTTGAAGC CAGCTGACAT CAAGGTCATT 
GGAGCCCTGG GTGACTCTCT CACGGCTGGT AATGGGGCCG GATCCAAGCC TGGGGAAGTG 
TTGGATGTCT TGACTCAGTA CCGAGGCCTG TCCTGGAGCA TCGGAGGCGA TGGCAACCTC 
AGCAGCGTCA TCACCCTCCC AAACATCCTC CGGGAATTCA ACCCTTCCCT GAGGGGCTTC 
TCTGTGGGCA CTGGAAAAGA ATACAGTCCT GGAGCCTTCC TAAATCAGGC TGTGGCAGGA 
GCCCGAGCCC AGGATTTACC TTTTCAGGCC AGGAGGCTGG TGGACCTGAT GAAGAATGAC 
ATGAGCATAA ATTTTCAGGA AGATTGGAAG CTAATAACCC TGTTCATAGG AGGCAATGAT 
CTCTGTGATT TCTGCAGTGA CCCGGTCCAC TATTCTCCCC AGAACTTCGT GGACAACATC 
GGGAAGGCTC TGGATATCCT CCATGCTGAG GTTCCTCGGG CATTTGTGAA CCTGGTAAAA 
GTTCTGGAGA TCATCAGCCT GAGGGAGCTG TACAAGGAGA AGAAAGTCAG CTGCCCAAGG 
CTGATCCTCA GGAAGCTGTG CCCCTGTGTC CTAGAGCTTA GTGATAACTC AGCAGCGCTT 
GCCTCCCTCA TCGAATTGAA TAAGAAATAC CAGGAGGGGA CTCACCAGCT GGTTGAGAGC 
GGTCGGTACG ACACAAGGGA GGATTTTACG GTGGTGGTGC AGCCATTCTT CGAAAAAGTG 
GACATGCCAA AGACGTCGGA GGGACTGCCC GACAACTCGT TCTTTGCTCC CGACTGTTTC 
CACTTCAGCA GCAAAGCTCA CGCTCACGCG GCCAGTGCCC TCTGGAACAA CATGCTGGAA 
CCTGTCGGCC AGAAGACAAC ACAGCACAAG TTTGAACACG AGATCAGTAT CACCTGTCCG 
AACCAGTCCT GGCTGTTTCT GAGCACCTAC AAGAACAGAG TGCAGAGTCA TGGGAGCCAG 
CTGCCATGCA GGGACAGAGC TCCTTCTGCC TCGAGGCCCA CCTCAGTGCA CACCCTGCGA 
CCGGCAGATA TCCAAGTCGT GGCTGCGCTG GGGGATTCTC TGACCGCCGG CAATGGAATT 
GGCTCCAAAC CAGATGACCT TTCTGATGTC ACCACTCAGT ACCGGGGGCT GTCATACAGT 
TCCGGAGGGG ACGACTCCCT GGAGACTGTG ACCACCTTAC CGAATATCCT TCGGATGTTT 
AACGGAAACC TCACAGGCTA CTCAGTGGGC ACGGGTGATG TCAATGACAC AAATGCGTTC 
CTCAATCAGG CTGTTCCTGG AGCAAAGGCT GAGGAACTTA TGAGCCAAGT CCAGACTCTG 
GTGCAGAGGA TGAAAGATGA CCCCAGACTG AATTTCCACG AGGACTGGAA GATGATCACG 
GTGCTGATCG GAGGCAGTGA TTTGTGTGAC TACTGCACGG ATTCGAATCT GTATTCTGCA 
GCCAACTTTT TTGACCATCT CCGCAACGCC TTGGACGTCC TGCACAGAGA GGTGCCCAGA 
GCCCTGGTCA ACCTCGTGGA CTTCCTGAGC CCCAGTGTCC TGAGGCAGGC GTTTCTGGGC 
AATCCGGACA AGTGCCCTGT GCAGCAAGCC AGCGTGTTAT GTAACTGTGT TCTGACCCCG 
CGGGAGAGCT CCCAAGAGCT GGCCAGGTTG GAGGCCATCA CCCAAGCCTA CCAGAGCAGC 
ATGCGGGAGC TGGTGGAGTC AGGCCGCTAC GACACCCGGG AGGACTTCTC TGTGGTGCTT 
CAGCCCTTCT TCCGTGACAT CCGGCTCCCC CTCCTGGCGG ATGGGCGCCT GGATATGTCC 
TTCTTCGCTC CAGACTGTCT CCACCCAAGT CAGAAATTCC ACACTCAGCT CTCCAGAGCC 
CTTTGGGTCA ATATGCTTGA GCCGCTGGGA AGGAAAACGG AGACCCTGGA CCTGGCAGCA 
AATATAGCCC TCTCCTGCCC CACTCAGAGC GAGCCCTTCC TGAGAACGTC CCGGAACAGC 
AACTATACCT ACCCCACCGA GCCGGCCGTT GAGAACTGGG GCAGCGACTT CCTGTGTTCA 
GAGTGGAATC CTTCCAACAG TGTCCCCACC TCAGTCCATG AGCTCCGGCC AGGAGACATC 
AAAGTGGTGG CCGCCATGGG TGACTCGCTG ACCACAGCAT TGGGAGCCCG ACCGAGCAAC 
TCCAGCAACC TACCCACGTC CTGGAGGGGA CTCTCTTGGA GCATTGGAGG GGATGGCATC 
TTGGACACCC ACACCACACT GCCCAATATT CTGAAGAAGT TCAACCCTCA CATCCTTGGG 
TTCTCCACCG GTACCCTGGA GGAGACAGCA GGGCTGAATG TAGCCGTGGA AGGAGCCAGA 
GCAAGGGACA TGCCGACCCA GGCCCAGGAC CTGGTGGAGC GAATGAAAAA CCACCCGGAA 
ATCGACCTAG AGAGTGACTG GAAGCTGATC ACGCTCTTCA TTGGGAGCAA CGACATATGT 
CATTACTGCG AGAATCCGGA GGCCCACTCA GCTGGGGAGT ACATTCAGCA TATCCACCAG 
GCCCTGGACA TCTTCTATAA AGAGCTTCCA AGGGCTTTCA TCAACGTGGT GGAGGTCATG 
GAGTTGGGTG GCCTACACGA GGTCCAAGGC GGGAAATGTG ACACGCTCCT GCCACCCGGG 
CANNNNACCT GCCTCAGCCA TTCCCAGAAG AATTCCCTGG AGCTGCAGGA ACTGAAGCAA 
GTGAACTGGG ACGTCCAGAG TGGCATCTCC AGGTTGTCCT ACGGGCCCCA GTACCTGCAG 
CGTGAGGACT TCACTGTGGT CGTGCAGCCT TTCTTCCAAA ACACTCTTGT CCCCCTGAAC 
AGCAGAGGGG GCGTTGACCT CACCTTCTTC TCCGAGGACT GTTTCCACTT CTCAGAACGC 
GGCCATGCCG AGATGGCCAT CGCACTCTGG AACAACATGC TGGAGCCGGT GGGCCAGAAG 
ACAACCTCCA ACAACTTCAC CCACAGCCGA ACCAAACTCA AGTGCCCCTC TCCGGAAAGC 
CCTTACCTCC ACACCCTGAG GAACAGTCAG CTCCTCCAAG ACCGGTCTGA AGCGGACCCC 
AACGTGCTCT CCTGGGCCGT GCCAGTGGCG GCAGGAGGCG GCCTTGTCCT TGGGGTGGGC 
GCCATGATGG TCTGGAGAGC CGTCAGAGGT CGCCAGCAGG AAACTCCTCC AACGAGCCTG 
AACACGATGA GCTTCTAA