FER1L5 cDNA ORF clone, Galeopterus variegatus(Sunda flying lemur)

Gene
Clones
gRNAs

Summary

Gene Symbol	FER1L5
Entrez Gene ID	103586613
Full Name	fer-1 like family member 5
Gene Type	protein-coding
Organism	Galeopterus variegatus(Sunda flying lemur)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008567913.1	XP_008566135.1	LOW QUALITY PROTEIN: fer-1-like protein 5

Pathways from BioSystems
Gene Ontology

The following FER1L5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FER1L5 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
OGa98386	XM_008567913.1 Latest version!	Galeopterus variegatus fer-1-like family member 5 (FER1L5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

FER1L5 ( XM_008567913.1 ) cDNA ORF clone, Galeopterus variegatus(Sunda flying lemur) -> XP_008566135.1 Galeopterus variegatus fer-1-like family member 5 (FER1L5), mRNA.

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CloneID	OGa98386
Clone ID Related Accession (Same CDS sequence)	XM_008567913.1
Accession Version	XM_008567913.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6180bp) 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	2014-07-21
Organism	Galeopterus variegatus(Sunda flying lemur)
Product	LOW QUALITY PROTEIN: fer-1-like protein 5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007726467.1) 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 :: Galeopterus variegatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCTGCGGC TTGAGGTGCA GTCAGCCAAG ATTGAGCCGC CCCTGTCCCC CCCACCCAGA 
CCCTGTGTGT ACGTCGATTT TAGAGATATC CAGAAGAGAA CTCATGTGGT GGAAGGGAAT 
GACCCTACAT GGAACGAGAC CCTAGTCTGG CACCTCTGGA ACCGCCCTCT GGAAAATGAC 
TCCTTCCTGC AAATCATCCT TCAGGACATA GGCTCAAAAA AGGAAGAAAG GTTCATTGGC 
CTGGCCACAG TACTGCTCAA GCCATTGGTG AAACAACCGG GTAAAGTCCT TGTTGTGAAG 
GACCTGACCC TACTCAACCA TTCCATGACG CCCACAGACT GCACTGTCAC CCTACAGGTG 
GCCCATATGA AGAGCTGGGG TATTGAGAAG ACAGGGGACA AAGACCTCCT GGGCATGACT 
ACCAGAGAGG CAGCCAGGCA GAAACTGATG GTTCCCAGCT CCACTGGACA CAGGGCTCTG 
TCCTCAAAGC CCCAGCACTT TCAGGTTCGA GTGAAGGTGT TTGAAGCCCG ACAGCTCATG 
GGCAACAACA TCAAGCCAGT GGTGAAGGTG TCCATCGGAG GCCAGCAGCA CCAAACACGG 
ATCAAGATGG GAAACAACCC TTTCTTCAAT GAGCTCTTCT TCCAGAATTT TTATGAGATT 
CCTGCAAAGT TCTTCGATGA GACCATCTTG ATCCAGGTGG TGAACTCCTC AGTGATGAGA 
TACCATGCAG AGATTGGGAG ATTCCAAACA GATATTGGGT TTATCTACCA TTCTCCAGGT 
CACACACTCC TGAGGAAATG GTTAGGCCTC TGCCAACCAA ATAATCCTGG CAGTGGCGTG 
AGAGGCTACC TGAAAGTCAC CATCTGTGCC CTTGGTGTGG GAGACCAGGC CTTGATGGAT 
CAAAAGCTGC CCTACGTGGC TGAAGACACT GATATTAAGA TCTTCAAGTC AACAGCAGTC 
CCAGTCAACA TAGCTTACTT ACAGTTCTTC ATCTACTGCG CAGAAGACCT TCATCTCAGG 
GAACACCACT CAGTGAGTCC TGTGTTGGAG GTGGAACTCA TTGGGGAGAA GCTGAAGACG 
CACGTGCAGA CCCACACCGA CAATCCAATA TGGAACCAGA TCCTCACCTT CCAGATTCAG 
CTGCCCTGCC TCTCCAGCTA TGTCAAGTTT AGAGTCTTGG ACGGCTCCAG GAGTAATTAC 
CAGGATGAGA TTGGGACTGT CACCCTGTCC CTCAACCAGA TCTCGTCCAC TGGAGAAGAG 
ATCGAAGGAA TGTACTCTGG TTTTCTACCC TGCTTTGGCC CCAGCTTCCT GGTTCTCCAT 
GGGGGTAAAA AGGCCCCTTT CAGGATCCAA GAGGAAGGCG CGTGTATTCC CAACTCTGTT 
AAGGATGGTT TAGCTTATCG AGGCCGAGTC TTCCTGGAGT TAACCACCCA AATCAAGTCG 
CATCAAGACT CTATGATGAA GGATCTCTCC CACGAAGTGA CCAGCATAGA GAAGCAACAG 
AACCGCCAAA AGTATGGGCT GTGTGTCATC TTCCTCTCCT GTACCATGAT GCCCAACTTT 
AAGGACCTGA TCCAATTTGA GGTCAGCATC GGCCACTATG GAAACAAGAT GGACCTGAAT 
TACAAGCCTC TAGTCTCAAC CACACAGTAC AGCCCAGTGA TATATGATGG GAATATCTAT 
CATTACGTGC CCTGGTACAA CACCAAGCCT GTCGTGGCTG TGACCTCCAA CTGGGAGGAC 
GTCGGCTTCC GCATGAACTG CCTCAACCTC CTCCACTTTA CTCGGGACCG TCTGAAAGCC 
AATCTGGACA CCCTGAAATC CATGAGAAAT CCAAAGGACC CAGCTCTGCT CCACCAGTGG 
CAGAAACTAC TGAGGGATCT GGTGGAGGAC TGCAAGCATC CTCTGCCCTG CATGACCCAT 
CAGCCCAGAG CCACAGACCT GGACAAGAAG AGATGGCATC TCCGTAGCCT CCTCCTGCAG 
GAACTGGCCC AAAAGGCCAA GGAAGCCATG CCCAGGGACA TGGTGGCCAC TGTGGAGGAC 
TGGCTGTACC GCCTCAACTC TGTGCTCCCT GAGATCCAGA TGAGCTTTCC AGATGTGATG 
ATCTGGCTGA TGGCCAGTGA GCAGCGAGTA GCCTTCGCGC GGGTGCCTGC CCACACCATC 
CTGTTCTCCC CAACGGGGGC CCTGCACTCC GGAAAGTTCT GTGGGAAGAT TCAGACACTC 
TTCCTACAGT ACCCAGAGGG TGAAGGACAG AAGGACACAC TCCCGGCCCA CCTCCGGGTC 
TGCATGTGGC TTGGCAATGT CACAGACAGC AAGGATCTGC AGCTGCTCCG CCAGGGCAAC 
ATGGTGGTGT ATGCGGAGAC GTACGAGAAT CAGGCCAAGT ATAAAGACCA GTGGGGGCAG 
CAGGGGCTGT ACCGCTGCCC CAACTTCTCG GATGTCAAGG GGCGCAAGGC CCTCCCCAAG 
ACGTATTTCA CGGTGCCCCC AGGATGGCAC TGGCAGGACA ACTGGATAGT GGAGCCTCAG 
AGGAGACTCC TCCTGGACAT AGACATCAAC AAGAGCCAGG TGCTGGAGGA GGTGTACGAG 
AACCAGGGCC GCGACGCCAC AGGTGCCTGG GTGCCTGCAG CCATCCCAAA CACGGACGTG 
AATGGAGAGC CCGTGAAGTC CCGGCAGGAG GTGAAGTGCC CCCAAGGCTG GCACTTTAAG 
AAGAGCTGGA CTGTGGAGCT GAACCGTGCG GTGGACAATG AGGGCTGGGA GTACGGAGTG 
GGGATCCCAC CCTCGGGCCG GCCGCAGGTC TGGAGCTCAG CAGAGAAGAC CTACCACTCG 
TGCCGCCGGC GGCGCTGGGT GCGTGTGCGC TTCCGGGACC ACAGGCAGCT CAGCTTCGAG 
GAAGAGACCC TCTCCTTCCT GCAGCCGGTG AGTGCCACCG GCCTGGCCAA GGAGGAAAAC 
GAGGGCTGGG AATATGGCAC CTTCGGCTCC AAGTTCCACC TGAACCCACA GCCCCAGAGC 
CGGTTCCGCC GCCGCTGCTG GCACCGCCGG CTGGCCCCCA ACAAGGACCG GGGCATTGCA 
CCCATGTTCC TCCTGGAGGG GTCCTTGAAT GTGGATCTGA AACACCATGC TAAAAAGGAA 
ATGGATGAGA AGTCGCGGTC GTGGAGGGAC TCCTGGAGGG CGGCTCCAGA GGACACCCGG 
CCCCCCGACA TGCCCTTTAT CTACTGCATC TTCAACAAGC CCCACTACTA CCAGCTCCTC 
TGCTACATCT ACCAGGCCCG GAACCTGAAG TCCAACCAGA TCCTGACATT CCAGGGGCCT 
TTCATTCGGG TGGTCTTCTT GAACCACAGC CAGCGCACCC AAACCTTGAG GAGCTCTGCA 
GGCCCCACGT GGGCCCAGAC GCTCATCTTC CAGCACCTCC TCCTGTACGA GAACCCCCAG 
GACACCAAAG AGAGCCCACC GCTTGTGGTG CTGGAGCTGT GGCAGTGCAC AGCTAAGGGC 
AAGGAGAGCT TGTGGGGACG GAGCGTGTGG CCCCCTGTGG TCTGGCTGGA TCTCCAAGAC 
CGGATCCTGC CCCCCATGAG GTGGCACCCT CTTGTAAAAG AGCTGGGGGA GGAAGAGGGC 
GAGATCTTAG CATCCTGTGA GCTGATCCTC GAGACTGAGA TGCTCAGAGA AAAGCACCTG 
CCAATCTTAA GTGTTCCCTG GAAGAATGGG GTCTACACAC TCCCCAAGAG CATCCAGCCC 
ATGCTGAAGA AGATGGCCAT TGAGATCCTG GCCTGGGGCC TTCGGAACAT GAAGGCGGCA 
AGGTCCCCCC AGCTCCTGGT GGAAATCGGG GAAGAGTCCC TCAGAACAGA ACCCATCAGG 
GACTTCCAGA CTAACCCCAA CTTCCCTGAG TCCGAGTCTG TCCTCTTCCT CACGGTGTTT 
ATGCCTGTGG AGGAGGCCTA CGCGCTGCCC CTCGTGGTGA AGGTGGTGGA CAATCGGGAC 
TTTGGCCAGC AGACCGTGGT GGGTCAGGCC AACCTCGACT ACCTCCAGCA CTATTTCTGT 
GACCCCTGGG CACAGGACTA TGTGTCCCCA CAGCTTCCAA CACTATCTGT GAAGAAGCAC 
CAGGACTTCC TAGGGTTCCT CTGTGAAAAG TTCTGGTTCA AGTCCAGCAA AGCCGAGGAT 
GAGTACGAGC ATGACGTGGA CTGGTGGAGC AGGTTCTTCT GGGCCACAGG AGATGGTCAC 
AAGTCCCTGA AGAATAAGTA CAAAGACTAC CACAGCCTAA AGGTATATGA CTGTGAGCTG 
GAGGCTGTGC CAGCCTTCCA AGGCCTGCAG GACTTCTGCC AGACTTTCAA ACTCTACCAG 
GAGCAGCCCA AGTTGGACAG CCCTGTGGTA GGGGAGTTCA AGGGCCTTTT CCGAATCTAC 
CCTTTTCCTG AGAATCCGAA AGCCCCCAAG CCCCCGCGTC AGTTCTCAGT TTGGCCTGAG 
AGAGGGAACT TCCCTCAGCT GTGCTTGGTG CGGGTGTACG TGGTACGAGC CATCAACCTG 
CAGCCCCAGG ACTACAATGG CTTGTGTGAC CCTTATGTGG TCCTGAAACT GGGGCAGACA 
ACACTTGGCA ACCGGGACAC GTACAAGCCC AACACCCTGG ATCCCATCTT TGGCACGATG 
TTTGAACTCA CCTGCAACAT CCCCCTGGAG AAGGATCTAG AGATCCAGCT ATATGACTTT 
GACTTGTTTT CGCCTGATGA TAAGATTGGA ACCACAATCA TTGACCTTGA AAACCGACTC 
CTGTCTGGCT TTGGAGCTCA TTGTGGGCTC TCCAAATCTT ATTGCCTGGC AGGGCCCTTT 
AGGTGGCGGG ATCAGATGCC CCCAAGCTAC CTCCTGGAAC GCCATGCCCA GCACAAAGGG 
CTGCCTCCAC CTCTGTTCGA CCCTAAGGAA GACTCTGTTT TTTACAATGG GAAAAAATTC 
AAGCTGAAAA GCTTTGAGCC CGAGTCTCCT ACTATTCATG GTTTGGGACC CAAGAAGGAA 
CGCCTCGCAC TATATCTCCT GCACACCCAG GGGCTAGTAC CTGAGCACGT GGAGACCCGT 
ACACTGTACA GTGACAGCCA GCCAGGCATT GACCAGGGAA AGGTGCAAAT GTGGGTGGAC 
ATCTTCCCCA AGAGGCTGGG GCCTCCTGGC CCCCAAGTCA ACATCAGCCC CAGAAAACCT 
AAACGGTATG AGCTGCGCTG CATTATCTGG AAAACTGCCC ATGTGGACCT GGCAGATGAA 
ACTTTAAGCA GAGAGAAGAT GAGCGACATC TACGTCAAAG GGTGGTTATA TGGGCTAGAA 
AAGGACATGC AGAAGACAGA TATCCACTAC CACTCCCTGA CTGGGGAGGG CGACTTCAAC 
TGGCGGTTCA TCTTCACCAT GGATTACCTG GCGGCAGAGG GTGTGTGCGT CCAGAGCCAG 
AAGGATTACA TATGGAGCCT GGACCCCACA CTGATGAAGT TCCCAGCCCG GCTCATCATC 
CAAATCTGGG ACAATGACAT CTTCTCCCCT GATGACTTCC TAGGGGTCCT GGAGCTGGAT 
CTGTCTGACA TGCCCCTCCC AGCCCGGCAT GCCCACCAGT GCTCCACCAG GATGATGGAT 
GCCGACCCCA AGTGGCCCTA CTTCCTCCAA CACAAGCACT TCTCCCTCTT TAAAAAGAAG 
ACTGTAACTG GCTGGTGGCC TTGCCAGGTC CTTGATGGTG ACAAATGGCG CTTGTCGGGC 
AAAGTGAAGA TGACTCTGGA GATTCTGTCA GAGAAGGATG CCTTGATCAA GCCAGCTGGG 
CGAGGCCAGT CGGAACCCAA TCAATACCCT ACACTTCACC CTCCCCTACG CACCTACTCC 
TCTCTCATAT GGCTGCAGTC ACCTGTTCAA AACTTCTGTC ATGTTCTCTG GAAACGCTAC 
CACTTCAAAA TCATAGCCTT CTTGGTCATA TCGATTATAG CATTTATGCT GTTCAACTTT 
ATCTATTCAG CTCCGAACTA TTTGGCCATG AGCTGGATCA AACCTGAACT TCGGCTTTAT 
CCTCCCATTA AAATATACAA TGACATCACT TTACAAAACA CCAGCAACGC CAGTTCTTCC 
ATCCTCACCA CCCAGGCTCC AAACCTAAAG CCTACANACG ACAATGGGTG GCAAGTTCTC 
CAGGGAACCA AGAACCACCT GAGTGACATT TTTCCAGAAC TTCCAGCTCC ACAAGACTAA

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

RefSeq	XP_008566135.1
CDS	1..6180
Translation	MLRLEVQSAKIEPPLSPPPRPCVYVDFRDIQKRTHVVEGNDPTWNETLVWHLWNRPLENDSFLQIILQDIGSKKEERFIGLATVLLKPLVKQPGKVLVVKDLTLLNHSMTPTDCTVTLQVAHMKSWGIEKTGDKDLLGMTTREAARQKLMVPSSTGHRALSSKPQHFQVRVKVFEARQLMGNNIKPVVKVSIGGQQHQTRIKMGNNPFFNELFFQNFYEIPAKFFDETILIQVVNSSVMRYHAEIGRFQTDIGFIYHSPGHTLLRKWLGLCQPNNPGSGVRGYLKVTICALGVGDQALMDQKLPYVAEDTDIKIFKSTAVPVNIAYLQFFIYCAEDLHLREHHSVSPVLEVELIGEKLKTHVQTHTDNPIWNQILTFQIQLPCLSSYVKFRVLDGSRSNYQDEIGTVTLSLNQISSTGEEIEGMYSGFLPCFGPSFLVLHGGKKAPFRIQEEGACIPNSVKDGLAYRGRVFLELTTQIKSHQDSMMKDLSHEVTSIEKQQNRQKYGLCVIFLSCTMMPNFKDLIQFEVSIGHYGNKMDLNYKPLVSTTQYSPVIYDGNIYHYVPWYNTKPVVAVTSNWEDVGFRMNCLNLLHFTRDRLKANLDTLKSMRNPKDPALLHQWQKLLRDLVEDCKHPLPCMTHQPRATDLDKKRWHLRSLLLQELAQKAKEAMPRDMVATVEDWLYRLNSVLPEIQMSFPDVMIWLMASEQRVAFARVPAHTILFSPTGALHSGKFCGKIQTLFLQYPEGEGQKDTLPAHLRVCMWLGNVTDSKDLQLLRQGNMVVYAETYENQAKYKDQWGQQGLYRCPNFSDVKGRKALPKTYFTVPPGWHWQDNWIVEPQRRLLLDIDINKSQVLEEVYENQGRDATGAWVPAAIPNTDVNGEPVKSRQEVKCPQGWHFKKSWTVELNRAVDNEGWEYGVGIPPSGRPQVWSSAEKTYHSCRRRRWVRVRFRDHRQLSFEEETLSFLQPVSATGLAKEENEGWEYGTFGSKFHLNPQPQSRFRRRCWHRRLAPNKDRGIAPMFLLEGSLNVDLKHHAKKEMDEKSRSWRDSWRAAPEDTRPPDMPFIYCIFNKPHYYQLLCYIYQARNLKSNQILTFQGPFIRVVFLNHSQRTQTLRSSAGPTWAQTLIFQHLLLYENPQDTKESPPLVVLELWQCTAKGKESLWGRSVWPPVVWLDLQDRILPPMRWHPLVKELGEEEGEILASCELILETEMLREKHLPILSVPWKNGVYTLPKSIQPMLKKMAIEILAWGLRNMKAARSPQLLVEIGEESLRTEPIRDFQTNPNFPESESVLFLTVFMPVEEAYALPLVVKVVDNRDFGQQTVVGQANLDYLQHYFCDPWAQDYVSPQLPTLSVKKHQDFLGFLCEKFWFKSSKAEDEYEHDVDWWSRFFWATGDGHKSLKNKYKDYHSLKVYDCELEAVPAFQGLQDFCQTFKLYQEQPKLDSPVVGEFKGLFRIYPFPENPKAPKPPRQFSVWPERGNFPQLCLVRVYVVRAINLQPQDYNGLCDPYVVLKLGQTTLGNRDTYKPNTLDPIFGTMFELTCNIPLEKDLEIQLYDFDLFSPDDKIGTTIIDLENRLLSGFGAHCGLSKSYCLAGPFRWRDQMPPSYLLERHAQHKGLPPPLFDPKEDSVFYNGKKFKLKSFEPESPTIHGLGPKKERLALYLLHTQGLVPEHVETRTLYSDSQPGIDQGKVQMWVDIFPKRLGPPGPQVNISPRKPKRYELRCIIWKTAHVDLADETLSREKMSDIYVKGWLYGLEKDMQKTDIHYHSLTGEGDFNWRFIFTMDYLAAEGVCVQSQKDYIWSLDPTLMKFPARLIIQIWDNDIFSPDDFLGVLELDLSDMPLPARHAHQCSTRMMDADPKWPYFLQHKHFSLFKKKTVTGWWPCQVLDGDKWRLSGKVKMTLEILSEKDALIKPAGRGQSEPNQYPTLHPPLRTYSSLIWLQSPVQNFCHVLWKRYHFKIIAFLVISIIAFMLFNFIYSAPNYLAMSWIKPELRLYPPIKIYNDITLQNTSNASSSILTTQAPNLKPTnullDNGWQVLQGTKNHLSDIFPELPAPQD

Target ORF information:

RefSeq Version	XM_008567913.1
Organism	Galeopterus variegatus(Sunda flying lemur)
Definition	Galeopterus variegatus fer-1-like family member 5 (FER1L5), mRNA.

Target ORF information:

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

XM_008567913.1

ORF Insert Sequence:

ATGCTGCGGC TTGAGGTGCA GTCAGCCAAG ATTGAGCCGC CCCTGTCCCC CCCACCCAGA 
CCCTGTGTGT ACGTCGATTT TAGAGATATC CAGAAGAGAA CTCATGTGGT GGAAGGGAAT 
GACCCTACAT GGAACGAGAC CCTAGTCTGG CACCTCTGGA ACCGCCCTCT GGAAAATGAC 
TCCTTCCTGC AAATCATCCT TCAGGACATA GGCTCAAAAA AGGAAGAAAG GTTCATTGGC 
CTGGCCACAG TACTGCTCAA GCCATTGGTG AAACAACCGG GTAAAGTCCT TGTTGTGAAG 
GACCTGACCC TACTCAACCA TTCCATGACG CCCACAGACT GCACTGTCAC CCTACAGGTG 
GCCCATATGA AGAGCTGGGG TATTGAGAAG ACAGGGGACA AAGACCTCCT GGGCATGACT 
ACCAGAGAGG CAGCCAGGCA GAAACTGATG GTTCCCAGCT CCACTGGACA CAGGGCTCTG 
TCCTCAAAGC CCCAGCACTT TCAGGTTCGA GTGAAGGTGT TTGAAGCCCG ACAGCTCATG 
GGCAACAACA TCAAGCCAGT GGTGAAGGTG TCCATCGGAG GCCAGCAGCA CCAAACACGG 
ATCAAGATGG GAAACAACCC TTTCTTCAAT GAGCTCTTCT TCCAGAATTT TTATGAGATT 
CCTGCAAAGT TCTTCGATGA GACCATCTTG ATCCAGGTGG TGAACTCCTC AGTGATGAGA 
TACCATGCAG AGATTGGGAG ATTCCAAACA GATATTGGGT TTATCTACCA TTCTCCAGGT 
CACACACTCC TGAGGAAATG GTTAGGCCTC TGCCAACCAA ATAATCCTGG CAGTGGCGTG 
AGAGGCTACC TGAAAGTCAC CATCTGTGCC CTTGGTGTGG GAGACCAGGC CTTGATGGAT 
CAAAAGCTGC CCTACGTGGC TGAAGACACT GATATTAAGA TCTTCAAGTC AACAGCAGTC 
CCAGTCAACA TAGCTTACTT ACAGTTCTTC ATCTACTGCG CAGAAGACCT TCATCTCAGG 
GAACACCACT CAGTGAGTCC TGTGTTGGAG GTGGAACTCA TTGGGGAGAA GCTGAAGACG 
CACGTGCAGA CCCACACCGA CAATCCAATA TGGAACCAGA TCCTCACCTT CCAGATTCAG 
CTGCCCTGCC TCTCCAGCTA TGTCAAGTTT AGAGTCTTGG ACGGCTCCAG GAGTAATTAC 
CAGGATGAGA TTGGGACTGT CACCCTGTCC CTCAACCAGA TCTCGTCCAC TGGAGAAGAG 
ATCGAAGGAA TGTACTCTGG TTTTCTACCC TGCTTTGGCC CCAGCTTCCT GGTTCTCCAT 
GGGGGTAAAA AGGCCCCTTT CAGGATCCAA GAGGAAGGCG CGTGTATTCC CAACTCTGTT 
AAGGATGGTT TAGCTTATCG AGGCCGAGTC TTCCTGGAGT TAACCACCCA AATCAAGTCG 
CATCAAGACT CTATGATGAA GGATCTCTCC CACGAAGTGA CCAGCATAGA GAAGCAACAG 
AACCGCCAAA AGTATGGGCT GTGTGTCATC TTCCTCTCCT GTACCATGAT GCCCAACTTT 
AAGGACCTGA TCCAATTTGA GGTCAGCATC GGCCACTATG GAAACAAGAT GGACCTGAAT 
TACAAGCCTC TAGTCTCAAC CACACAGTAC AGCCCAGTGA TATATGATGG GAATATCTAT 
CATTACGTGC CCTGGTACAA CACCAAGCCT GTCGTGGCTG TGACCTCCAA CTGGGAGGAC 
GTCGGCTTCC GCATGAACTG CCTCAACCTC CTCCACTTTA CTCGGGACCG TCTGAAAGCC 
AATCTGGACA CCCTGAAATC CATGAGAAAT CCAAAGGACC CAGCTCTGCT CCACCAGTGG 
CAGAAACTAC TGAGGGATCT GGTGGAGGAC TGCAAGCATC CTCTGCCCTG CATGACCCAT 
CAGCCCAGAG CCACAGACCT GGACAAGAAG AGATGGCATC TCCGTAGCCT CCTCCTGCAG 
GAACTGGCCC AAAAGGCCAA GGAAGCCATG CCCAGGGACA TGGTGGCCAC TGTGGAGGAC 
TGGCTGTACC GCCTCAACTC TGTGCTCCCT GAGATCCAGA TGAGCTTTCC AGATGTGATG 
ATCTGGCTGA TGGCCAGTGA GCAGCGAGTA GCCTTCGCGC GGGTGCCTGC CCACACCATC 
CTGTTCTCCC CAACGGGGGC CCTGCACTCC GGAAAGTTCT GTGGGAAGAT TCAGACACTC 
TTCCTACAGT ACCCAGAGGG TGAAGGACAG AAGGACACAC TCCCGGCCCA CCTCCGGGTC 
TGCATGTGGC TTGGCAATGT CACAGACAGC AAGGATCTGC AGCTGCTCCG CCAGGGCAAC 
ATGGTGGTGT ATGCGGAGAC GTACGAGAAT CAGGCCAAGT ATAAAGACCA GTGGGGGCAG 
CAGGGGCTGT ACCGCTGCCC CAACTTCTCG GATGTCAAGG GGCGCAAGGC CCTCCCCAAG 
ACGTATTTCA CGGTGCCCCC AGGATGGCAC TGGCAGGACA ACTGGATAGT GGAGCCTCAG 
AGGAGACTCC TCCTGGACAT AGACATCAAC AAGAGCCAGG TGCTGGAGGA GGTGTACGAG 
AACCAGGGCC GCGACGCCAC AGGTGCCTGG GTGCCTGCAG CCATCCCAAA CACGGACGTG 
AATGGAGAGC CCGTGAAGTC CCGGCAGGAG GTGAAGTGCC CCCAAGGCTG GCACTTTAAG 
AAGAGCTGGA CTGTGGAGCT GAACCGTGCG GTGGACAATG AGGGCTGGGA GTACGGAGTG 
GGGATCCCAC CCTCGGGCCG GCCGCAGGTC TGGAGCTCAG CAGAGAAGAC CTACCACTCG 
TGCCGCCGGC GGCGCTGGGT GCGTGTGCGC TTCCGGGACC ACAGGCAGCT CAGCTTCGAG 
GAAGAGACCC TCTCCTTCCT GCAGCCGGTG AGTGCCACCG GCCTGGCCAA GGAGGAAAAC 
GAGGGCTGGG AATATGGCAC CTTCGGCTCC AAGTTCCACC TGAACCCACA GCCCCAGAGC 
CGGTTCCGCC GCCGCTGCTG GCACCGCCGG CTGGCCCCCA ACAAGGACCG GGGCATTGCA 
CCCATGTTCC TCCTGGAGGG GTCCTTGAAT GTGGATCTGA AACACCATGC TAAAAAGGAA 
ATGGATGAGA AGTCGCGGTC GTGGAGGGAC TCCTGGAGGG CGGCTCCAGA GGACACCCGG 
CCCCCCGACA TGCCCTTTAT CTACTGCATC TTCAACAAGC CCCACTACTA CCAGCTCCTC 
TGCTACATCT ACCAGGCCCG GAACCTGAAG TCCAACCAGA TCCTGACATT CCAGGGGCCT 
TTCATTCGGG TGGTCTTCTT GAACCACAGC CAGCGCACCC AAACCTTGAG GAGCTCTGCA 
GGCCCCACGT GGGCCCAGAC GCTCATCTTC CAGCACCTCC TCCTGTACGA GAACCCCCAG 
GACACCAAAG AGAGCCCACC GCTTGTGGTG CTGGAGCTGT GGCAGTGCAC AGCTAAGGGC 
AAGGAGAGCT TGTGGGGACG GAGCGTGTGG CCCCCTGTGG TCTGGCTGGA TCTCCAAGAC 
CGGATCCTGC CCCCCATGAG GTGGCACCCT CTTGTAAAAG AGCTGGGGGA GGAAGAGGGC 
GAGATCTTAG CATCCTGTGA GCTGATCCTC GAGACTGAGA TGCTCAGAGA AAAGCACCTG 
CCAATCTTAA GTGTTCCCTG GAAGAATGGG GTCTACACAC TCCCCAAGAG CATCCAGCCC 
ATGCTGAAGA AGATGGCCAT TGAGATCCTG GCCTGGGGCC TTCGGAACAT GAAGGCGGCA 
AGGTCCCCCC AGCTCCTGGT GGAAATCGGG GAAGAGTCCC TCAGAACAGA ACCCATCAGG 
GACTTCCAGA CTAACCCCAA CTTCCCTGAG TCCGAGTCTG TCCTCTTCCT CACGGTGTTT 
ATGCCTGTGG AGGAGGCCTA CGCGCTGCCC CTCGTGGTGA AGGTGGTGGA CAATCGGGAC 
TTTGGCCAGC AGACCGTGGT GGGTCAGGCC AACCTCGACT ACCTCCAGCA CTATTTCTGT 
GACCCCTGGG CACAGGACTA TGTGTCCCCA CAGCTTCCAA CACTATCTGT GAAGAAGCAC 
CAGGACTTCC TAGGGTTCCT CTGTGAAAAG TTCTGGTTCA AGTCCAGCAA AGCCGAGGAT 
GAGTACGAGC ATGACGTGGA CTGGTGGAGC AGGTTCTTCT GGGCCACAGG AGATGGTCAC 
AAGTCCCTGA AGAATAAGTA CAAAGACTAC CACAGCCTAA AGGTATATGA CTGTGAGCTG 
GAGGCTGTGC CAGCCTTCCA AGGCCTGCAG GACTTCTGCC AGACTTTCAA ACTCTACCAG 
GAGCAGCCCA AGTTGGACAG CCCTGTGGTA GGGGAGTTCA AGGGCCTTTT CCGAATCTAC 
CCTTTTCCTG AGAATCCGAA AGCCCCCAAG CCCCCGCGTC AGTTCTCAGT TTGGCCTGAG 
AGAGGGAACT TCCCTCAGCT GTGCTTGGTG CGGGTGTACG TGGTACGAGC CATCAACCTG 
CAGCCCCAGG ACTACAATGG CTTGTGTGAC CCTTATGTGG TCCTGAAACT GGGGCAGACA 
ACACTTGGCA ACCGGGACAC GTACAAGCCC AACACCCTGG ATCCCATCTT TGGCACGATG 
TTTGAACTCA CCTGCAACAT CCCCCTGGAG AAGGATCTAG AGATCCAGCT ATATGACTTT 
GACTTGTTTT CGCCTGATGA TAAGATTGGA ACCACAATCA TTGACCTTGA AAACCGACTC 
CTGTCTGGCT TTGGAGCTCA TTGTGGGCTC TCCAAATCTT ATTGCCTGGC AGGGCCCTTT 
AGGTGGCGGG ATCAGATGCC CCCAAGCTAC CTCCTGGAAC GCCATGCCCA GCACAAAGGG 
CTGCCTCCAC CTCTGTTCGA CCCTAAGGAA GACTCTGTTT TTTACAATGG GAAAAAATTC 
AAGCTGAAAA GCTTTGAGCC CGAGTCTCCT ACTATTCATG GTTTGGGACC CAAGAAGGAA 
CGCCTCGCAC TATATCTCCT GCACACCCAG GGGCTAGTAC CTGAGCACGT GGAGACCCGT 
ACACTGTACA GTGACAGCCA GCCAGGCATT GACCAGGGAA AGGTGCAAAT GTGGGTGGAC 
ATCTTCCCCA AGAGGCTGGG GCCTCCTGGC CCCCAAGTCA ACATCAGCCC CAGAAAACCT 
AAACGGTATG AGCTGCGCTG CATTATCTGG AAAACTGCCC ATGTGGACCT GGCAGATGAA 
ACTTTAAGCA GAGAGAAGAT GAGCGACATC TACGTCAAAG GGTGGTTATA TGGGCTAGAA 
AAGGACATGC AGAAGACAGA TATCCACTAC CACTCCCTGA CTGGGGAGGG CGACTTCAAC 
TGGCGGTTCA TCTTCACCAT GGATTACCTG GCGGCAGAGG GTGTGTGCGT CCAGAGCCAG 
AAGGATTACA TATGGAGCCT GGACCCCACA CTGATGAAGT TCCCAGCCCG GCTCATCATC 
CAAATCTGGG ACAATGACAT CTTCTCCCCT GATGACTTCC TAGGGGTCCT GGAGCTGGAT 
CTGTCTGACA TGCCCCTCCC AGCCCGGCAT GCCCACCAGT GCTCCACCAG GATGATGGAT 
GCCGACCCCA AGTGGCCCTA CTTCCTCCAA CACAAGCACT TCTCCCTCTT TAAAAAGAAG 
ACTGTAACTG GCTGGTGGCC TTGCCAGGTC CTTGATGGTG ACAAATGGCG CTTGTCGGGC 
AAAGTGAAGA TGACTCTGGA GATTCTGTCA GAGAAGGATG CCTTGATCAA GCCAGCTGGG 
CGAGGCCAGT CGGAACCCAA TCAATACCCT ACACTTCACC CTCCCCTACG CACCTACTCC 
TCTCTCATAT GGCTGCAGTC ACCTGTTCAA AACTTCTGTC ATGTTCTCTG GAAACGCTAC 
CACTTCAAAA TCATAGCCTT CTTGGTCATA TCGATTATAG CATTTATGCT GTTCAACTTT 
ATCTATTCAG CTCCGAACTA TTTGGCCATG AGCTGGATCA AACCTGAACT TCGGCTTTAT 
CCTCCCATTA AAATATACAA TGACATCACT TTACAAAACA CCAGCAACGC CAGTTCTTCC 
ATCCTCACCA CCCAGGCTCC AAACCTAAAG CCTACANACG ACAATGGGTG GCAAGTTCTC 
CAGGGAACCA AGAACCACCT GAGTGACATT TTTCCAGAAC TTCCAGCTCC ACAAGACTAA