LAMB1 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	LAMB1
Entrez Gene ID	104377700
Full Name	laminin subunit beta 1
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009984558.1	XP_009982860.1	LOW QUALITY PROTEIN: laminin subunit beta-1

Pathways from BioSystems
Gene Ontology

The following LAMB1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LAMB1 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
OTa97261	XM_009984558.1 Latest version!	Tauraco erythrolophus laminin, beta 1 (LAMB1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LAMB1 ( XM_009984558.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009982860.1 Tauraco erythrolophus laminin, beta 1 (LAMB1), mRNA.

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CloneID	OTa97261
Clone ID Related Accession (Same CDS sequence)	XM_009984558.1
Accession Version	XM_009984558.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5019bp) 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	2014-10-30
Organism	Tauraco erythrolophus(red-crested turaco)
Product	LOW QUALITY PROTEIN: laminin subunit beta-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010062520.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tauraco erythrolophus 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 :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCTGATTA TTTTGTGGTT TCAGGAGGAC AAAAAATGTT TCATATGTGA CTCCGAGGAT 
CCCTTCCATG ATACTCTCAA TCCTGACAGT CATCGCATTG AAAACGTTGT CACCACATTC 
GCTCCAAATC GCCTGAAGCT CTGGTGGCAG TCGGAAAATG GTTTGGAAAA TGTGACTATC 
CAGCTGAACC TGGAGGCTGA GTTTCATTTC ACTCATCTCA TTATGACCTT CAAGACATTT 
CGTCCTGCTG CAATGTTGAT AGAAAGATCA TCCGATTTTG GAAAAACGTG GCAAGTATAT 
AGGTATTTTG CATATGACTG TGAGAGTTCA TTTCCTGGGA TTTCAACTGG ACCCATGAAG 
AAAGTGGATG ATATAATTTG TGATTCCCGA TACTCCGACA TTGAACCTTC AACGGAGGGA 
GAGGTAATAT ATCGTGTTTT AGATCCTGCT TTTCGAATCG AAGATCCATA CAGTCCAAGG 
ATTCAAAACC TGTTGAAGAT CACAAATCTG AGAGTCAAAT TCGTCAAGCT GCACACGCTG 
GGTGATAACC TCTTGGACTC GAGGATGGAG ATCAGAGAGA AGTACTACTA TGCCATCTAC 
GACATGGTGG TTCGCGGGAA TTGTTTCTGC TACGGACACG CCAGCGAGTG TGCGCCAGTG 
GATGGCTTTA ATGAAGAAGT GGAAGGAATG GTCCACGGAC ACTGCATGTG CAGACATAAT 
ACCAAAGGGT TAAACTGTGA GCAGTGTTTG GATTTCTACC ATGACTTACC CTGGCGACCC 
GCTGAAGGCC GTAATAGTAA TGCCTGCAAA AAGTGCAATT GCAACGGCCA CTCCAGCCAG 
TGCCACTTTG ACATGGCTGT GTACATGACG ACGGGGAACA CCAGCGGGGG AGTGTGTGAC 
GACTGCCAGC ACAACACCGT AGGACGCAAC TGCGAGCAGT GCAAGCCCTT CTACTTCCAG 
CACCCGGAGA GAGATCTGCG GGACCCTGAC GTCTGTGAGC CTTGCAACTG TGACCCAGCT 
GGCTCCCAAA ATGGTGGCAT CTGCGATCGC TACACTGATT TCTCCACTGG CCTCATTGCC 
GGACAATGCC GGTGTAAATT ATTTGTGGAA GGGGAGCGTT GTGACCTCTG CAAAGAAGGT 
TTCTATGGCC TGAGTGCTGA TGACCCAGCG GGTTGTCAGT CTTGTGCGTG TAATCCTCTG 
GGTACCCATC CCGGGGGGAA TCCTTGTGAT TCGGAGACAG GAAACTGCTA TTGTAAGCGC 
CTGGTGACAG GAAAGCAGTG CGATCGCTGC CTGCCTGAGC ACTGGGGCCT GAGCAACGAC 
ATGGATGGAT GTCGGCCGTG CGACTGCGAC CAGGGAGGAG CACTGAACAA CAACTGCTCG 
AGTGAATCCG GCCAATGTGA ATGCCGGCCC CACATGTTTG GACGTCAGTG CAACCAGGTG 
GAGCCTGGCT ATTACTTCAT TTCGCTCGAT CATTACATCT ACGAGGCGGA GGAGGCCAGC 
TTGGGTCCCG GAGTAAACAT AATAGAGCGC CAGTACATGC CAGACCGCAC ACCATCGTGG 
ACAGGCATAG GATTTGTAAG GGTCCCTGAG GGCGCATACT TGGAATTCTA CATTGACAAC 
ATCCCCTACT CCATGGAGTA TGACATTCTG GTCCGCTATG AGCCGCAGTT GCCGGATCAG 
TGGGAAAAAG CTGTGATCAG CGTCTCGCGC CCAGGCAAGA TTCCCACGGG TAGCCGCTGT 
GGCAATACAG TTCCTGATGA TGATAATCAG GTCGTCTCGC TGTCGCCCGG CTCCAGGTAT 
GTTGTTCTCC CACGACCTGT CTGCTTTGAG AAGGGGCTGA ATTACACCAT CCGCCTGGAA 
CTAACCCAGT ACTCCTCGGT CGACACAGAG ACGGAAAGCC CATACACGCT TATTGACTCC 
CTTGTTCTCA TGCCACACTG CAAATCGCTG GACATATTCA CAGTGGGAGG CTCAGGCGAG 
GACGTGGTCA CGAACAGTGC TTGGGAAACT TTCCAAAGAT ACCGGTGTCT GGAAAACAGC 
AGGAGTGTTG TGAAAACCCC CATGACGGAC GTCTGCAAGA ACATCATATT CAGCATTTCT 
GCTCTATTAC ACGAGACTGC GTTATCGTGC CAGTGTGACC CCCAGGGCTC CCTCAGTTCA 
GTGTGTGACC CCAGCGGAGG ACAGTGCCAG TGTCGTCCCA ACGTTGTTGG AAGACAGTGC 
GACAGATGTG CCCCTGGCAC CTTTGGGTTT GGGCCGAGCG GATGCCGACC ATGCGAGTGC 
CACGTCCGAG GCTCTTACAA CACCTTCTGC GACGCGGAGA CAGGCCAGTG CCACTGCTTC 
CCCGGGGTGT ACGGGCGGCA GTGCGACCGC NNTTTTTGGG GCTTCCCCAA CTGCCAGCCC 
TGCCACTGCA ACGGCCACGC CGACGACTGC AGCCCCTACA CCGGGGAGTG CCTGAGCTGC 
CGGGACCACA CGGCGGGGCA CAACTGCGAG AGGTGCCAGG CTGGCTACTA CGGAGACCCT 
GTCCTGGGAT CAGGCGACCA CTGCCGCCCC TGCCCTTGCC CTGATGGTCC TGAGAGCGGA 
CGCCAGTTTT CCAGCGGCTG TTACCAGGAT CCAGTCACAC TGCAAGTTGT GTGTGTCTGT 
AGCGTGGGAT ACATAGGCAG CCGATGTGAT GAATGTGCGT CTGGCTTCTT CGGAAGCCCC 
GACGAGGTTG GTGGCGCCTG CCAGCCCTGC CAGTGCAACA ACAACATCGA CACCACCGAC 
CCGGAGGCCT GCGACAAGAA GACGGGAACG TGTGTGAAGT GCCTGTATCA CACGGAGGGG 
GAAAACTGCC ACCTCTGCAA ACAGGGCTAC TACGGCAGCG CCCTGCAGCA GGACTGCAGA 
AGTGAGTGTC CCCTCTGCCG GCCACGTCAC GGGTGGCAGC GGCCGCCTGA GCTCTTTTTA 
GTTTACCCGA GATTCACAGG GCAGTGCCAG TGCATGCCGG GCTTCGGAGG CCGGACCTGC 
CGGGAGTGCC AGGAGCTCTT CTGGGGTGAC CCAAACGTGG AGTGCCAAGC TTGTGATTGC 
AACCCTCGTG GCATCCAGAC CCCACAATGT GACCGCGCCA CTGGGCAGTG CATCTGCAAC 
GAAGGGGTGG AAGGGCCGCG CTGCGACAAG TGCTCCCGGG GCTACTCGGG CTTCTTCCCC 
GACTGCGTGC CGTGCCACCA GTGCTTCGCC CTCTGGGACG TCATCATCAG CGAGCTGGCT 
AATAGAACCC AGCAGTTCCT GGATAGGGCT AATGCCCTCA AAATCACTGG AGTCACTGGC 
CCATACCAAC AGACGCTCAA CACTCTGGAG GAGAAGCTCA GTGAAATTAA AACGATCATT 
GCTCAAAATC CAGCTGCTGA GCCCCTGAAG AACATTGGGA ATCTCTTTGA GGAAGCAGAA 
AAGCTGACAG CAGACGTGAC AGTTAAGATA GCTGATGTAG AAGAAAACCT GTCGGCCTTA 
GCAGTGAAGA GCAATAGCAC AGACACCGAC CTGAGCGCGC TGGAGACAGA CGCCAAAAGC 
TTAGATCGTG TCGTGAAAGA ACTTGCAGAA CAGCTAGAGT TCATCAAGAT CTCTGATGTT 
CGGGGGGCCT TGGATAGCAT CACCAAGTAT TTCCAGATGT CCCTGGAGGC AGAGGAGAGG 
GTCAATGCCT CCACTGTTCA CCCCGATAGC ACCGTGGAGC TGTCAGCACA AACGCGGCAG 
GAAGTGGAAG ACTTAATCAA GGAGAAGGAG GCCCAGTTCA AGGCGAAACA GGAGGAGCAG 
TCGCGCCTGC TGGATGAACT CGCAGGCAAG CTGCAGAGCC TGGATCTCTC CGAAGTGGCA 
GAGAAGACGT GTGGCACTCC CGTGGGAGCC TCTTGTGCCG AGTCCGAGTG TGGCGGTTTA 
AACTGTCGAA CAGATGACGG AAAAAAGAAG TGTGGAGGAC CTGGCTGCGA CGGACTGGTG 
ACTGTAGCTC ACAACGCCTG GCAGAAAGCC ATGGATTTTG ACAGAGACAT CCTCAGTGCA 
TTAGCAGAAG TTGAGCAACT CTCCAGAATG GTTTCTGAGG CGAAACAGAG AGCTGATGAA 
GCAAAACAAA ATGCGCAAGC AGTTTTGCTC AAAACCAATG CTACGAAAGA ACAAGTGGAT 
AGAAGCAACG AAGATCTGAG AAATCTTATT AAACAGATTA GAGACTTCCT AATGCAAGAC 
AGTGCTGACC TGGACAGCAT CGAGGCAGTG GCTAATGAAG TGCTGAACAT GGAGATGCCA 
AGCACTCCCC AGCAGCTGCA AGCCCTGACA GAAGATATCC GTGAGCGTGT AGAAAGCCTT 
TCTGATGTTG AGGTCATTCT GCAGCAGAGT GCTGGAGACA TTGCCAGAGC AGAAATGCTG 
CTGGAGGAAG CTAAAAAAGC AAGCAAAGGT GCAACAGATG TTAAAGTCAC TGCAGACATG 
GTGAAAGCAG CACTGGAAGA AGCTGAAAAA GCTCAAAATG CAGCTGAAAA AGCCATCAAA 
CAAGCTGACG AAGATATTAA AGGAACTCAA GACCTGCTGA CCTCAATCGA ATCTGAAAAT 
GCAGCATCTG AAGAAACATT GAACAATGCT ACCTTACGCC TGTTTGAGCT AGAGAAGAGT 
GTTGAAGACC TTAAGCAAAA GGCTGCTACA AATGCAGAGA ATGTAGACAA TATAGAAGAA 
AAAATTACTA CTGCAAAACA AAATGCTGAA GAAGTTAAAA AGGTCCTCAA TACCGAGCTG 
AACGACAAGT ACAGGACGGT GGAAGATCTC ATTGCCAAGA AGACAGAAGA GTCGGCTGAT 
GCTAGGAGGA AAGCCAGCAT GTTGCAAGAT GAAGCTAAAG CCTTATTGGC TCAAGCAAAC 
AGCAAACTCC AGCTGCTCAA AGACTTGGAA AATACATATG AAAACAATCA AAAAGTTCTG 
GAAGATAAAG CCAAGCAGTT GGTGGAGCTG GAAGAGACAG TTCGCTCCCT CTTACAGACA 
ATCAGCCAGA AGGTTGCTGT TTACAGCACA TGCTTATAA

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

RefSeq	XP_009982860.1
CDS	1..5019
Translation	MLIILWFQEDKKCFICDSEDPFHDTLNPDSHRIENVVTTFAPNRLKLWWQSENGLENVTIQLNLEAEFHFTHLIMTFKTFRPAAMLIERSSDFGKTWQVYRYFAYDCESSFPGISTGPMKKVDDIICDSRYSDIEPSTEGEVIYRVLDPAFRIEDPYSPRIQNLLKITNLRVKFVKLHTLGDNLLDSRMEIREKYYYAIYDMVVRGNCFCYGHASECAPVDGFNEEVEGMVHGHCMCRHNTKGLNCEQCLDFYHDLPWRPAEGRNSNACKKCNCNGHSSQCHFDMAVYMTTGNTSGGVCDDCQHNTVGRNCEQCKPFYFQHPERDLRDPDVCEPCNCDPAGSQNGGICDRYTDFSTGLIAGQCRCKLFVEGERCDLCKEGFYGLSADDPAGCQSCACNPLGTHPGGNPCDSETGNCYCKRLVTGKQCDRCLPEHWGLSNDMDGCRPCDCDQGGALNNNCSSESGQCECRPHMFGRQCNQVEPGYYFISLDHYIYEAEEASLGPGVNIIERQYMPDRTPSWTGIGFVRVPEGAYLEFYIDNIPYSMEYDILVRYEPQLPDQWEKAVISVSRPGKIPTGSRCGNTVPDDDNQVVSLSPGSRYVVLPRPVCFEKGLNYTIRLELTQYSSVDTETESPYTLIDSLVLMPHCKSLDIFTVGGSGEDVVTNSAWETFQRYRCLENSRSVVKTPMTDVCKNIIFSISALLHETALSCQCDPQGSLSSVCDPSGGQCQCRPNVVGRQCDRCAPGTFGFGPSGCRPCECHVRGSYNTFCDAETGQCHCFPGVYGRQCDRnullFWGFPNCQPCHCNGHADDCSPYTGECLSCRDHTAGHNCERCQAGYYGDPVLGSGDHCRPCPCPDGPESGRQFSSGCYQDPVTLQVVCVCSVGYIGSRCDECASGFFGSPDEVGGACQPCQCNNNIDTTDPEACDKKTGTCVKCLYHTEGENCHLCKQGYYGSALQQDCRSECPLCRPRHGWQRPPELFLVYPRFTGQCQCMPGFGGRTCRECQELFWGDPNVECQACDCNPRGIQTPQCDRATGQCICNEGVEGPRCDKCSRGYSGFFPDCVPCHQCFALWDVIISELANRTQQFLDRANALKITGVTGPYQQTLNTLEEKLSEIKTIIAQNPAAEPLKNIGNLFEEAEKLTADVTVKIADVEENLSALAVKSNSTDTDLSALETDAKSLDRVVKELAEQLEFIKISDVRGALDSITKYFQMSLEAEERVNASTVHPDSTVELSAQTRQEVEDLIKEKEAQFKAKQEEQSRLLDELAGKLQSLDLSEVAEKTCGTPVGASCAESECGGLNCRTDDGKKKCGGPGCDGLVTVAHNAWQKAMDFDRDILSALAEVEQLSRMVSEAKQRADEAKQNAQAVLLKTNATKEQVDRSNEDLRNLIKQIRDFLMQDSADLDSIEAVANEVLNMEMPSTPQQLQALTEDIRERVESLSDVEVILQQSAGDIARAEMLLEEAKKASKGATDVKVTADMVKAALEEAEKAQNAAEKAIKQADEDIKGTQDLLTSIESENAASEETLNNATLRLFELEKSVEDLKQKAATNAENVDNIEEKITTAKQNAEEVKKVLNTELNDKYRTVEDLIAKKTEESADARRKASMLQDEAKALLAQANSKLQLLKDLENTYENNQKVLEDKAKQLVELEETVRSLLQTISQKVAVYSTCL

Target ORF information:

RefSeq Version	XM_009984558.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus laminin, beta 1 (LAMB1), mRNA.

Target ORF information:

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

XM_009984558.1

ORF Insert Sequence:

ATGCTGATTA TTTTGTGGTT TCAGGAGGAC AAAAAATGTT TCATATGTGA CTCCGAGGAT 
CCCTTCCATG ATACTCTCAA TCCTGACAGT CATCGCATTG AAAACGTTGT CACCACATTC 
GCTCCAAATC GCCTGAAGCT CTGGTGGCAG TCGGAAAATG GTTTGGAAAA TGTGACTATC 
CAGCTGAACC TGGAGGCTGA GTTTCATTTC ACTCATCTCA TTATGACCTT CAAGACATTT 
CGTCCTGCTG CAATGTTGAT AGAAAGATCA TCCGATTTTG GAAAAACGTG GCAAGTATAT 
AGGTATTTTG CATATGACTG TGAGAGTTCA TTTCCTGGGA TTTCAACTGG ACCCATGAAG 
AAAGTGGATG ATATAATTTG TGATTCCCGA TACTCCGACA TTGAACCTTC AACGGAGGGA 
GAGGTAATAT ATCGTGTTTT AGATCCTGCT TTTCGAATCG AAGATCCATA CAGTCCAAGG 
ATTCAAAACC TGTTGAAGAT CACAAATCTG AGAGTCAAAT TCGTCAAGCT GCACACGCTG 
GGTGATAACC TCTTGGACTC GAGGATGGAG ATCAGAGAGA AGTACTACTA TGCCATCTAC 
GACATGGTGG TTCGCGGGAA TTGTTTCTGC TACGGACACG CCAGCGAGTG TGCGCCAGTG 
GATGGCTTTA ATGAAGAAGT GGAAGGAATG GTCCACGGAC ACTGCATGTG CAGACATAAT 
ACCAAAGGGT TAAACTGTGA GCAGTGTTTG GATTTCTACC ATGACTTACC CTGGCGACCC 
GCTGAAGGCC GTAATAGTAA TGCCTGCAAA AAGTGCAATT GCAACGGCCA CTCCAGCCAG 
TGCCACTTTG ACATGGCTGT GTACATGACG ACGGGGAACA CCAGCGGGGG AGTGTGTGAC 
GACTGCCAGC ACAACACCGT AGGACGCAAC TGCGAGCAGT GCAAGCCCTT CTACTTCCAG 
CACCCGGAGA GAGATCTGCG GGACCCTGAC GTCTGTGAGC CTTGCAACTG TGACCCAGCT 
GGCTCCCAAA ATGGTGGCAT CTGCGATCGC TACACTGATT TCTCCACTGG CCTCATTGCC 
GGACAATGCC GGTGTAAATT ATTTGTGGAA GGGGAGCGTT GTGACCTCTG CAAAGAAGGT 
TTCTATGGCC TGAGTGCTGA TGACCCAGCG GGTTGTCAGT CTTGTGCGTG TAATCCTCTG 
GGTACCCATC CCGGGGGGAA TCCTTGTGAT TCGGAGACAG GAAACTGCTA TTGTAAGCGC 
CTGGTGACAG GAAAGCAGTG CGATCGCTGC CTGCCTGAGC ACTGGGGCCT GAGCAACGAC 
ATGGATGGAT GTCGGCCGTG CGACTGCGAC CAGGGAGGAG CACTGAACAA CAACTGCTCG 
AGTGAATCCG GCCAATGTGA ATGCCGGCCC CACATGTTTG GACGTCAGTG CAACCAGGTG 
GAGCCTGGCT ATTACTTCAT TTCGCTCGAT CATTACATCT ACGAGGCGGA GGAGGCCAGC 
TTGGGTCCCG GAGTAAACAT AATAGAGCGC CAGTACATGC CAGACCGCAC ACCATCGTGG 
ACAGGCATAG GATTTGTAAG GGTCCCTGAG GGCGCATACT TGGAATTCTA CATTGACAAC 
ATCCCCTACT CCATGGAGTA TGACATTCTG GTCCGCTATG AGCCGCAGTT GCCGGATCAG 
TGGGAAAAAG CTGTGATCAG CGTCTCGCGC CCAGGCAAGA TTCCCACGGG TAGCCGCTGT 
GGCAATACAG TTCCTGATGA TGATAATCAG GTCGTCTCGC TGTCGCCCGG CTCCAGGTAT 
GTTGTTCTCC CACGACCTGT CTGCTTTGAG AAGGGGCTGA ATTACACCAT CCGCCTGGAA 
CTAACCCAGT ACTCCTCGGT CGACACAGAG ACGGAAAGCC CATACACGCT TATTGACTCC 
CTTGTTCTCA TGCCACACTG CAAATCGCTG GACATATTCA CAGTGGGAGG CTCAGGCGAG 
GACGTGGTCA CGAACAGTGC TTGGGAAACT TTCCAAAGAT ACCGGTGTCT GGAAAACAGC 
AGGAGTGTTG TGAAAACCCC CATGACGGAC GTCTGCAAGA ACATCATATT CAGCATTTCT 
GCTCTATTAC ACGAGACTGC GTTATCGTGC CAGTGTGACC CCCAGGGCTC CCTCAGTTCA 
GTGTGTGACC CCAGCGGAGG ACAGTGCCAG TGTCGTCCCA ACGTTGTTGG AAGACAGTGC 
GACAGATGTG CCCCTGGCAC CTTTGGGTTT GGGCCGAGCG GATGCCGACC ATGCGAGTGC 
CACGTCCGAG GCTCTTACAA CACCTTCTGC GACGCGGAGA CAGGCCAGTG CCACTGCTTC 
CCCGGGGTGT ACGGGCGGCA GTGCGACCGC NNTTTTTGGG GCTTCCCCAA CTGCCAGCCC 
TGCCACTGCA ACGGCCACGC CGACGACTGC AGCCCCTACA CCGGGGAGTG CCTGAGCTGC 
CGGGACCACA CGGCGGGGCA CAACTGCGAG AGGTGCCAGG CTGGCTACTA CGGAGACCCT 
GTCCTGGGAT CAGGCGACCA CTGCCGCCCC TGCCCTTGCC CTGATGGTCC TGAGAGCGGA 
CGCCAGTTTT CCAGCGGCTG TTACCAGGAT CCAGTCACAC TGCAAGTTGT GTGTGTCTGT 
AGCGTGGGAT ACATAGGCAG CCGATGTGAT GAATGTGCGT CTGGCTTCTT CGGAAGCCCC 
GACGAGGTTG GTGGCGCCTG CCAGCCCTGC CAGTGCAACA ACAACATCGA CACCACCGAC 
CCGGAGGCCT GCGACAAGAA GACGGGAACG TGTGTGAAGT GCCTGTATCA CACGGAGGGG 
GAAAACTGCC ACCTCTGCAA ACAGGGCTAC TACGGCAGCG CCCTGCAGCA GGACTGCAGA 
AGTGAGTGTC CCCTCTGCCG GCCACGTCAC GGGTGGCAGC GGCCGCCTGA GCTCTTTTTA 
GTTTACCCGA GATTCACAGG GCAGTGCCAG TGCATGCCGG GCTTCGGAGG CCGGACCTGC 
CGGGAGTGCC AGGAGCTCTT CTGGGGTGAC CCAAACGTGG AGTGCCAAGC TTGTGATTGC 
AACCCTCGTG GCATCCAGAC CCCACAATGT GACCGCGCCA CTGGGCAGTG CATCTGCAAC 
GAAGGGGTGG AAGGGCCGCG CTGCGACAAG TGCTCCCGGG GCTACTCGGG CTTCTTCCCC 
GACTGCGTGC CGTGCCACCA GTGCTTCGCC CTCTGGGACG TCATCATCAG CGAGCTGGCT 
AATAGAACCC AGCAGTTCCT GGATAGGGCT AATGCCCTCA AAATCACTGG AGTCACTGGC 
CCATACCAAC AGACGCTCAA CACTCTGGAG GAGAAGCTCA GTGAAATTAA AACGATCATT 
GCTCAAAATC CAGCTGCTGA GCCCCTGAAG AACATTGGGA ATCTCTTTGA GGAAGCAGAA 
AAGCTGACAG CAGACGTGAC AGTTAAGATA GCTGATGTAG AAGAAAACCT GTCGGCCTTA 
GCAGTGAAGA GCAATAGCAC AGACACCGAC CTGAGCGCGC TGGAGACAGA CGCCAAAAGC 
TTAGATCGTG TCGTGAAAGA ACTTGCAGAA CAGCTAGAGT TCATCAAGAT CTCTGATGTT 
CGGGGGGCCT TGGATAGCAT CACCAAGTAT TTCCAGATGT CCCTGGAGGC AGAGGAGAGG 
GTCAATGCCT CCACTGTTCA CCCCGATAGC ACCGTGGAGC TGTCAGCACA AACGCGGCAG 
GAAGTGGAAG ACTTAATCAA GGAGAAGGAG GCCCAGTTCA AGGCGAAACA GGAGGAGCAG 
TCGCGCCTGC TGGATGAACT CGCAGGCAAG CTGCAGAGCC TGGATCTCTC CGAAGTGGCA 
GAGAAGACGT GTGGCACTCC CGTGGGAGCC TCTTGTGCCG AGTCCGAGTG TGGCGGTTTA 
AACTGTCGAA CAGATGACGG AAAAAAGAAG TGTGGAGGAC CTGGCTGCGA CGGACTGGTG 
ACTGTAGCTC ACAACGCCTG GCAGAAAGCC ATGGATTTTG ACAGAGACAT CCTCAGTGCA 
TTAGCAGAAG TTGAGCAACT CTCCAGAATG GTTTCTGAGG CGAAACAGAG AGCTGATGAA 
GCAAAACAAA ATGCGCAAGC AGTTTTGCTC AAAACCAATG CTACGAAAGA ACAAGTGGAT 
AGAAGCAACG AAGATCTGAG AAATCTTATT AAACAGATTA GAGACTTCCT AATGCAAGAC 
AGTGCTGACC TGGACAGCAT CGAGGCAGTG GCTAATGAAG TGCTGAACAT GGAGATGCCA 
AGCACTCCCC AGCAGCTGCA AGCCCTGACA GAAGATATCC GTGAGCGTGT AGAAAGCCTT 
TCTGATGTTG AGGTCATTCT GCAGCAGAGT GCTGGAGACA TTGCCAGAGC AGAAATGCTG 
CTGGAGGAAG CTAAAAAAGC AAGCAAAGGT GCAACAGATG TTAAAGTCAC TGCAGACATG 
GTGAAAGCAG CACTGGAAGA AGCTGAAAAA GCTCAAAATG CAGCTGAAAA AGCCATCAAA 
CAAGCTGACG AAGATATTAA AGGAACTCAA GACCTGCTGA CCTCAATCGA ATCTGAAAAT 
GCAGCATCTG AAGAAACATT GAACAATGCT ACCTTACGCC TGTTTGAGCT AGAGAAGAGT 
GTTGAAGACC TTAAGCAAAA GGCTGCTACA AATGCAGAGA ATGTAGACAA TATAGAAGAA 
AAAATTACTA CTGCAAAACA AAATGCTGAA GAAGTTAAAA AGGTCCTCAA TACCGAGCTG 
AACGACAAGT ACAGGACGGT GGAAGATCTC ATTGCCAAGA AGACAGAAGA GTCGGCTGAT 
GCTAGGAGGA AAGCCAGCAT GTTGCAAGAT GAAGCTAAAG CCTTATTGGC TCAAGCAAAC 
AGCAAACTCC AGCTGCTCAA AGACTTGGAA AATACATATG AAAACAATCA AAAAGTTCTG 
GAAGATAAAG CCAAGCAGTT GGTGGAGCTG GAAGAGACAG TTCGCTCCCT CTTACAGACA 
ATCAGCCAGA AGGTTGCTGT TTACAGCACA TGCTTATAA