LOC105365006 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105365006
Entrez Gene ID	105365006
Full Name	integrator complex subunit 1
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011503055.1	XP_011501357.1	integrator complex subunit 1

Pathways from BioSystems
Gene Ontology

The following LOC105365006 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105365006 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
OCe200717	XM_011503055.1 Latest version!	Ceratosolen solmsi marchali integrator complex subunit 1 (LOC105365006), 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)

LOC105365006 ( XM_011503055.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011501357.1 Ceratosolen solmsi marchali integrator complex subunit 1 (LOC105365006), mRNA.

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CloneID	OCe200717
Clone ID Related Accession (Same CDS sequence)	XM_011503055.1
Accession Version	XM_011503055.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6225bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	integrator complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948436.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATAGAA CTAAAAGTGG AACTGGAAGA GGTTCAAAAA ATAAAATCAC TCCTCATCCA 
TCTGATTTTA TAGCTCTTGG ATCTAAAAGT ACTAGAGGAG ATGTACCAGA TACAAAACGA 
CCTGGTGGTA GTCTTACTAA ACCTGGTTCT AGCTCAGCAA CTACAAGTAA TGATCGAAAA 
AAAGAAGGAT CATCTTTGCA GTCTTTGATT CCTCAAAAAA AACCTAAATT GACTACACAT 
CCAGTAGCAC CAACTAGGCC ATCTGTTAGT TATACAGAAG TTTGGGAAGT TGTTGCAATA 
GATTGCGATC CAGCAGATCT TGTACCTATG GTTTTAGAGG CAAATGATAG TGATGATGGG 
GAAAAATTAA TTGGTCTTGT TTGTGGTGCT ATTAAGACAT TAAAAAATTC TAGATGGAAG 
CCAGATTATG TTATTTGCAT GGGACTTTTG TATTTAGTTA AAATTAGGCC ATCGATATTC 
TCTCATCATT GTATATTACA TGCTTTGGCT TCACTTCTAA AACGAGATCA AACTCATACT 
TTCAAAAACA AAGGCAATCC ATTGGTACCA GTACTTGTAG CTAATTTATT GATGAGAGGA 
TTTTGTGATA AAAAGGAATG GCCCGATGTT TTTATCAAGA TTTACATTGA AGATGCTTTA 
GGAGAGAGAA TATGGGTTGA TAATGATGAA TGTAAAGGAT TTGTAGATAA TATCTTAACA 
GGATTTAATA CAAGAATACC ACCAAAAAGT GTTTTACAAC CTGAATCAAC TGTTGTGATA 
CCAAGGGATT GCTCTAGTCC TTCGACTTTA TTAGAAGATG AAGATTCTGG AACTTCATTG 
ATTCAAATTA CTGGTGATAA GGACAAAATT GATTTACCTG TTTGCCCTAG ATATGTTCAC 
TGCTTAGAAG TAGTAGAAAA TATCATTCTG GAAATTGTTA AAGAACAGCT AAATCGAAGA 
CAACCAGAGA CAATAACGAG AAACTTTCTT AAATTATTAT CCTCGGCATG TGGTTTTGTA 
GAAATAAGAA ATATTGCTGT ACCAAGGTTA GAAATGTGGT TACATAATCC AAAATTAATG 
CGATCAGCTC AAGAACTTCT TAGTTATATT TGTTACAATT GTACTTCTCA TACACAACGG 
GATGTTGAAG TAATTAGTCA ACTTGTTAAA ATGAGATTAA AAACTAAAGC TGTAATAAAT 
TTATATTTGA ATGGTGTTAA AGAATTGATT GGGCTTCATT CAGAAAATTT ATCTACAATT 
TTAAAACACA CTATATACAA TGAGTTATCT AATGCTAGAA ATCCGAATAA TATGCCCATG 
TTGGCAGTGA TGTTTCAGAC ATCGCAGGAG CCATCTGCAA AATTATTGGC CGAAATATTT 
CAGGATTTGT TGATGAACCG GGAGGATTAT TTGCGGCCTT TGCGGGCACT TTTACGAGAA 
ATTGTACGAG TTTGTCGTCA TGATATTAGT TTATCGATTT TAGCAAGGAC ATTAATGACA 
GCAAGAGCAG ACATTGTTCA ACAGCTTCCA GCTTTTGAAT TTAAAGATAG AATGTTCACC 
TCCATTATAG ATCTTTTGTG TTTATGTATG TTTTTAGCAA TTAGTCCACA AATTAAAGAG 
GCTGCAGTGT TAACTCAACG TGGTGATAAA AAAGATGTTG GACTATTGCA TCAGTTTCAA 
AATTTGGTAG CTATGATACA GTATGAGACT ATTTCTTGGC TTCAAAGTTC AGCTCCTCAG 
ATATATGGAA TTGGAAAGCT TGAGTTACTT CATGCTTTAC ATAAAATTAT GCTTTTGGAA 
CCACCTGAAC AGTATTACAA ACCAGACAAT TTTCCATCAG AGACTGACAG AACATTTTAT 
ATGAGATTGG TTTCTGAAGT GCCTCTGTTA GAAAGTACAT TAATAAAGCT TATCGTAGTT 
GGATTTTCTA AGGAAAATGG AATTACTCAT CCAGAAATGT TAGAACTTGC TGATCAACTG 
ATTAGAAGAG CAGCAATGAG CTCATCAGAA ATTTTTCCAT TTCTACATGT TGAAAATATA 
GACATTATTG AACTTGTATT TAACTTATGT ACATATCAGC CTCCACCTTC NNNNNNNNNN 
CCTGCTGGTT ATGTACCACC AACTTTAGCA ATATCAAATC TTTATTGGAA GGGTTGGATT 
ATGTTATTAA TGCTTGCTGC TCACAATCCT TCTTCAATTG GTGCTTTAGC ATGGGAGCGT 
TATCCAATTT TAAGAGTGCT AATGGAAATG TGCATCACAA ATCACTTTTC ATATCCTCCA 
CCAACAATGG CATTACCGGA AGTGGTCGAG GAAGAGCGAG CAAAAGAGCT TCGTTTTGAG 
GCCTTAGAAA AACAGCAGAT TCTCCAGTAT GAAACTTATT TAGCAGCGGC GTCGACTAGA 
GTTCAGATAT CCGAGCAAAA CAGTCTTCTT CTCTCGCAAT TGATAACAAT GGATCCGACA 
GGCATTGCGA GGCGGCCGCC GCAGCTTGTG CTTGATCAGA TTCAATCCTT GAATACGACG 
CATCGATTAG GCCATCTTCT TTGTCGGTCG CGAAAACCCG ACTTTCTTTT GGACATAATC 
CAGCGTCAGC AGTCGAGCTC TTCACAAAGT ATGCCGTGGC TAGCTGGTCT CGTGCAGAAT 
AGCGAAGGCT CGCTCAGTCA ATTACCAGTG CAGTGTCTGT GTGAGTTTCT GCTTTCTTCT 
ACTATTGGAC AGGCTGACAA ACAGTCGAGG CAGCAACAAC TCCTCACTCA TTTGCAACTA 
CTACTCACGG ATCCTCTTCA AGACACACAA CATGCTTATG AGGTGTTAGA GTATTTTTTA 
AGAAGGTTGA GTAGTCAATC AAGTTCCAGT CGACTGCAAG CTATAAGTGG TCTTAAGCTC 
GTTCTTAATT CGATTCCAAC AGATGATGAA AATATGGATA TTGACAGTGA AGTTGAAACT 
GAAACGTGGC TCCTTCGAAA GCTTCCGTCA ATTCCGCACT TTCACGCAGT AAAATCTTTA 
GTATCCAAGG CTCTTCGTGG AGCCTGCCAA GTTGAAAATA ATCCCGATTT AGTTCAGGCT 
TATATATCAT ATTTAGCGGC ACACACGCTC GATGACGACC TTCCAGATTT AATAAATTTG 
GTAAACGAAA TTTCGCAGTT GGTAGTTGAA AGAAATACCA TTGTAGCAGC TATTTTACCA 
CAACTGGATT CTGACAGCAC CCAAGGCAGA CAGACTTTGT ATGCTTTTCT GTCTATTTAT 
TGTAATTATT TGAACAAGGC ACGAGCACCA CGACAGGATG GCTCGCGTGT AACGTGGTCG 
GAGAATCAGG ATCTTATTCT TGTGGAATGG GTAACAGGCG AGGAATGCAC AATGCACATT 
CTAGTCGTGC ATGCGATGAT TATCCTCCTA ACGTACGATC AAATTGACAA TGATGAACTT 
TTTAATCAAC TGCTGGAAAC CTGGTTTCCC GAGGATAACG AGCCACCTAA GGCTTTTCTT 
GTGGATACAA GTGAAGAAGC CCTTCTAATA CCGGATTGGC TGAAGTTACG CATTATCAGA 
AGCAACATAC CACGGTTGGT TGACGCAGCC CTTCGAGATT TGGATCCCTA TCAACTGGTT 
CTTTTCATAC AGAGCTTCGG AGTCCCTGTC AACGCAATGA CAAAACTTCT GCACCTGCTA 
GATGCAGCCG TGCAAATCGA TCCCGTGTCC GTCACTAATC ACGTGCTTGA TAAAACGTAT 
ATGGCACAGC TCGTACGAAT CTTGCACAAC CGAGGAGCGT CTGGGGGACT AGTGTTTTTG 
CAACATGTTC AACTTCAGGT TCAGCAATTA CCGGATGAGA GCAATCCTCC CGTGAGCACT 
TGCCTGGAGG AATTGCCTCC AAGCACAATG TTACAGAAAC ATGGAACGAC CCAGCAGAGT 
ACACCTAAGA CTGATGTGCC AAATCTTATT AATCAGTTAT TTATCGAAAA GATATCAATA 
AGCCAGAAGG CGGATACTTA TAGAAGGTTG CATAAAATAC TTGCCAAGGA TTTGCACAAG 
TGTGGAACGG AGAGTGATCG TGGTGCCATT GTCCTCGCTA TCAAGCATAT ATTGAGCGTC 
TTGAGCTCTA TTCAGGTCAA AGATTTTTTA GCATCGCTTG TGCATATGCC TCAGTACTCG 
TGTACACTTA TGCGCGCGAT TCTATTGCCC CTAAAGAGAT CCTCGACTTG TGCTCAAACC 
ATCGAGTTGG CGCACAGCAT GTGTTTGAGC CTTGTATCTT TAATCGGTGA AGTAGCCGCG 
CCAATTCTCT CGATTCTGCG CGACTTTGCA AACCTGCATG TCTCGCGGGT GCCCCGGCGT 
CAAGAACTCG CGCTTCTTCC TCAAAATCGG GAGCCGGCCT CAATTTTAGA GCATGTAGAT 
GCACTCGAGC TCGAGAATGT GGGCAGGCGA CTGCTTGACG TGTGTATGAG ACGTCAGCGA 
AATGAGGCCC TCATTGAAGC GATGGCTCGT CTCCTCGTAG CCGATAGTGA GCAAGGGGCC 
ATCAAGCCGA GGACAGGGTT ATTAATTGAC TGGCTGGCCT CAGTTGAGCC CGAGCTTATT 
GGCACTTGTC CTAGTTTGCA AATGCGGTTG TTATTCGGTA AGGCGAGCGT ATATATGAGG 
ATCGATGAGA GGTTCGTTAG CTCGCACTCC TGCAGGCCTT ACTTACTCAC ACTTCTTACC 
CACGGGGCGA GCTGGGCAAC TCTCTATAAG TGTGTTGGAC ACCTTCTTAA TCAATGTCAT 
CATGGGTATG ATCCAACTGC GGTCTTAGAT TTTTTATGGG CATTGACCTG TAATCCAAAA 
TTATGGCAAG GTCGGGAAAA GTATTCAACA AAGAATGATA TTCCAGAAAA TATTTTACTT 
CTTACCAATG AACAATTATT GACTCTTGTT ATGTATCTAA TCGAAGAAGC GGTTATTTTA 
TATCAACGAC AAAATCGAAA AACTGCTATT ACACAAATGG AAACACGATT AGATTTGTTG 
CTTTGTTGTT GTTCCACAGA AGATGAATTA ACAATGGGTG TAGTCAAATA TTTAGCCGAT 
CAAATGACAT TAAACAGCTG TGTGTCCTCA GATATGGCAC ATCAGTTTCT TCTTCAACTG 
TATATGAAGG TTCCAAAAGT GATTTGTTAC TTAAGTGCCT TCCAGGCAAA AAAAATGGTT 
AATGGCGCAC GTATCTGTGA CTGGACGGGC TCTGTTCTAG ATTGCATGAG CCACACTTTA 
CTGACAGCTT TAGCAGCTAC ACCTCGGCAA AAATCCTGGA GTTCAAAATC GCGTGAACTT 
GAACTATGTG CAAGAAAAAT GGCAGCTGTG CATCCGATTC TCGTGTTGAG ACAACTTCCG 
CTATTGACTT CATCTCTAAT GGGTTGGTGT GATCTGGAGT TTGGTCATTT TAAATCTGGA 
CATCATCTTA ACCTTTTTAC ACAGGTTATG GGATTATTAG AGCTGCTTCA ACCACATTTA 
TTCAATGAAG AGCATAGAGC GGGTCTTGAG AATACATTGG AAAATTATTT TCAATGTTTC 
CAGAATTATT GTACTATAGA TGATCTCACA TCCCTTTTGA ACAGATTTGC TCTTCTTTTG 
CAAGCTTATG TCATGCACGA TGAACAGTAT GCTTTAAAAT ATCTTCAAAA ACATGCACAT 
ATTCTTCATG ATCTGCAAGG ACATTACCTT GGACTTGAAA GTTTACGGTC ACTTGTATCA 
GGAATTCCAA TTCCCAGAGA AGGCGAAAGT GGTGATAATA TTTTAGTGAC CGTCACTTTT 
AATCGTAGTG CTCCAACTCC ACCATTATCA CATTGGCCAG CTTTACTGGT AACTCTTACA 
AAAATTCAAG GCGATGAAGT TTTTATTGCT CTTCAAGAGA TCGAACACTT ATCTTTGCGT 
AAACCATCTG TATTAGAACC AATTATTGAC AATATTGCTG ATCTGCTTGT ATCACCACAA 
GGAAATATTA GAACACTTGC TCATACATTA ATTGCAAGAG CGTTGAAACA TCGACCTTAT 
TCAAATCTTG GTGTTCTTTC AGCTTTTCAA AGATGTCTTG ATAGCTCTAG AGCTGATATT 
TTGATGTCTG CTTTAGATAG ACTACCAGAT TATGTTTTAT GCATGCAAGA GTATGCGTTA 
CCTTTAATGC AAAAAGTATT TGAACTTGGA GTGAACTCAA ATGTAAATAC TATTCCTTAT 
ATAAATAAGA GTATAACTCT TTTAAATACA CAAAAAGGCT GTTAG

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

RefSeq	XP_011501357.1
CDS	205..6429
Translation	MDRTKSGTGRGSKNKITPHPSDFIALGSKSTRGDVPDTKRPGGSLTKPGSSSATTSNDRKKEGSSLQSLIPQKKPKLTTHPVAPTRPSVSYTEVWEVVAIDCDPADLVPMVLEANDSDDGEKLIGLVCGAIKTLKNSRWKPDYVICMGLLYLVKIRPSIFSHHCILHALASLLKRDQTHTFKNKGNPLVPVLVANLLMRGFCDKKEWPDVFIKIYIEDALGERIWVDNDECKGFVDNILTGFNTRIPPKSVLQPESTVVIPRDCSSPSTLLEDEDSGTSLIQITGDKDKIDLPVCPRYVHCLEVVENIILEIVKEQLNRRQPETITRNFLKLLSSACGFVEIRNIAVPRLEMWLHNPKLMRSAQELLSYICYNCTSHTQRDVEVISQLVKMRLKTKAVINLYLNGVKELIGLHSENLSTILKHTIYNELSNARNPNNMPMLAVMFQTSQEPSAKLLAEIFQDLLMNREDYLRPLRALLREIVRVCRHDISLSILARTLMTARADIVQQLPAFEFKDRMFTSIIDLLCLCMFLAISPQIKEAAVLTQRGDKKDVGLLHQFQNLVAMIQYETISWLQSSAPQIYGIGKLELLHALHKIMLLEPPEQYYKPDNFPSETDRTFYMRLVSEVPLLESTLIKLIVVGFSKENGITHPEMLELADQLIRRAAMSSSEIFPFLHVENIDIIELVFNLCTYQPPPnullnullnullnullPAGYVPPTLAISNLYWKGWIMLLMLAAHNPSSIGALAWERYPILRVLMEMCITNHFSYPPPTMALPEVVEEERAKELRFEALEKQQILQYETYLAAASTRVQISEQNSLLLSQLITMDPTGIARRPPQLVLDQIQSLNTTHRLGHLLCRSRKPDFLLDIIQRQQSSSSQSMPWLAGLVQNSEGSLSQLPVQCLCEFLLSSTIGQADKQSRQQQLLTHLQLLLTDPLQDTQHAYEVLEYFLRRLSSQSSSSRLQAISGLKLVLNSIPTDDENMDIDSEVETETWLLRKLPSIPHFHAVKSLVSKALRGACQVENNPDLVQAYISYLAAHTLDDDLPDLINLVNEISQLVVERNTIVAAILPQLDSDSTQGRQTLYAFLSIYCNYLNKARAPRQDGSRVTWSENQDLILVEWVTGEECTMHILVVHAMIILLTYDQIDNDELFNQLLETWFPEDNEPPKAFLVDTSEEALLIPDWLKLRIIRSNIPRLVDAALRDLDPYQLVLFIQSFGVPVNAMTKLLHLLDAAVQIDPVSVTNHVLDKTYMAQLVRILHNRGASGGLVFLQHVQLQVQQLPDESNPPVSTCLEELPPSTMLQKHGTTQQSTPKTDVPNLINQLFIEKISISQKADTYRRLHKILAKDLHKCGTESDRGAIVLAIKHILSVLSSIQVKDFLASLVHMPQYSCTLMRAILLPLKRSSTCAQTIELAHSMCLSLVSLIGEVAAPILSILRDFANLHVSRVPRRQELALLPQNREPASILEHVDALELENVGRRLLDVCMRRQRNEALIEAMARLLVADSEQGAIKPRTGLLIDWLASVEPELIGTCPSLQMRLLFGKASVYMRIDERFVSSHSCRPYLLTLLTHGASWATLYKCVGHLLNQCHHGYDPTAVLDFLWALTCNPKLWQGREKYSTKNDIPENILLLTNEQLLTLVMYLIEEAVILYQRQNRKTAITQMETRLDLLLCCCSTEDELTMGVVKYLADQMTLNSCVSSDMAHQFLLQLYMKVPKVICYLSAFQAKKMVNGARICDWTGSVLDCMSHTLLTALAATPRQKSWSSKSRELELCARKMAAVHPILVLRQLPLLTSSLMGWCDLEFGHFKSGHHLNLFTQVMGLLELLQPHLFNEEHRAGLENTLENYFQCFQNYCTIDDLTSLLNRFALLLQAYVMHDEQYALKYLQKHAHILHDLQGHYLGLESLRSLVSGIPIPREGESGDNILVTVTFNRSAPTPPLSHWPALLVTLTKIQGDEVFIALQEIEHLSLRKPSVLEPIIDNIADLLVSPQGNIRTLAHTLIARALKHRPYSNLGVLSAFQRCLDSSRADILMSALDRLPDYVLCMQEYALPLMQKVFELGVNSNVNTIPYINKSITLLNTQKGC

Target ORF information:

RefSeq Version	XM_011503055.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali integrator complex subunit 1 (LOC105365006), mRNA.

Target ORF information:

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

XM_011503055.1

ORF Insert Sequence:

ATGGATAGAA CTAAAAGTGG AACTGGAAGA GGTTCAAAAA ATAAAATCAC TCCTCATCCA 
TCTGATTTTA TAGCTCTTGG ATCTAAAAGT ACTAGAGGAG ATGTACCAGA TACAAAACGA 
CCTGGTGGTA GTCTTACTAA ACCTGGTTCT AGCTCAGCAA CTACAAGTAA TGATCGAAAA 
AAAGAAGGAT CATCTTTGCA GTCTTTGATT CCTCAAAAAA AACCTAAATT GACTACACAT 
CCAGTAGCAC CAACTAGGCC ATCTGTTAGT TATACAGAAG TTTGGGAAGT TGTTGCAATA 
GATTGCGATC CAGCAGATCT TGTACCTATG GTTTTAGAGG CAAATGATAG TGATGATGGG 
GAAAAATTAA TTGGTCTTGT TTGTGGTGCT ATTAAGACAT TAAAAAATTC TAGATGGAAG 
CCAGATTATG TTATTTGCAT GGGACTTTTG TATTTAGTTA AAATTAGGCC ATCGATATTC 
TCTCATCATT GTATATTACA TGCTTTGGCT TCACTTCTAA AACGAGATCA AACTCATACT 
TTCAAAAACA AAGGCAATCC ATTGGTACCA GTACTTGTAG CTAATTTATT GATGAGAGGA 
TTTTGTGATA AAAAGGAATG GCCCGATGTT TTTATCAAGA TTTACATTGA AGATGCTTTA 
GGAGAGAGAA TATGGGTTGA TAATGATGAA TGTAAAGGAT TTGTAGATAA TATCTTAACA 
GGATTTAATA CAAGAATACC ACCAAAAAGT GTTTTACAAC CTGAATCAAC TGTTGTGATA 
CCAAGGGATT GCTCTAGTCC TTCGACTTTA TTAGAAGATG AAGATTCTGG AACTTCATTG 
ATTCAAATTA CTGGTGATAA GGACAAAATT GATTTACCTG TTTGCCCTAG ATATGTTCAC 
TGCTTAGAAG TAGTAGAAAA TATCATTCTG GAAATTGTTA AAGAACAGCT AAATCGAAGA 
CAACCAGAGA CAATAACGAG AAACTTTCTT AAATTATTAT CCTCGGCATG TGGTTTTGTA 
GAAATAAGAA ATATTGCTGT ACCAAGGTTA GAAATGTGGT TACATAATCC AAAATTAATG 
CGATCAGCTC AAGAACTTCT TAGTTATATT TGTTACAATT GTACTTCTCA TACACAACGG 
GATGTTGAAG TAATTAGTCA ACTTGTTAAA ATGAGATTAA AAACTAAAGC TGTAATAAAT 
TTATATTTGA ATGGTGTTAA AGAATTGATT GGGCTTCATT CAGAAAATTT ATCTACAATT 
TTAAAACACA CTATATACAA TGAGTTATCT AATGCTAGAA ATCCGAATAA TATGCCCATG 
TTGGCAGTGA TGTTTCAGAC ATCGCAGGAG CCATCTGCAA AATTATTGGC CGAAATATTT 
CAGGATTTGT TGATGAACCG GGAGGATTAT TTGCGGCCTT TGCGGGCACT TTTACGAGAA 
ATTGTACGAG TTTGTCGTCA TGATATTAGT TTATCGATTT TAGCAAGGAC ATTAATGACA 
GCAAGAGCAG ACATTGTTCA ACAGCTTCCA GCTTTTGAAT TTAAAGATAG AATGTTCACC 
TCCATTATAG ATCTTTTGTG TTTATGTATG TTTTTAGCAA TTAGTCCACA AATTAAAGAG 
GCTGCAGTGT TAACTCAACG TGGTGATAAA AAAGATGTTG GACTATTGCA TCAGTTTCAA 
AATTTGGTAG CTATGATACA GTATGAGACT ATTTCTTGGC TTCAAAGTTC AGCTCCTCAG 
ATATATGGAA TTGGAAAGCT TGAGTTACTT CATGCTTTAC ATAAAATTAT GCTTTTGGAA 
CCACCTGAAC AGTATTACAA ACCAGACAAT TTTCCATCAG AGACTGACAG AACATTTTAT 
ATGAGATTGG TTTCTGAAGT GCCTCTGTTA GAAAGTACAT TAATAAAGCT TATCGTAGTT 
GGATTTTCTA AGGAAAATGG AATTACTCAT CCAGAAATGT TAGAACTTGC TGATCAACTG 
ATTAGAAGAG CAGCAATGAG CTCATCAGAA ATTTTTCCAT TTCTACATGT TGAAAATATA 
GACATTATTG AACTTGTATT TAACTTATGT ACATATCAGC CTCCACCTTC NNNNNNNNNN 
CCTGCTGGTT ATGTACCACC AACTTTAGCA ATATCAAATC TTTATTGGAA GGGTTGGATT 
ATGTTATTAA TGCTTGCTGC TCACAATCCT TCTTCAATTG GTGCTTTAGC ATGGGAGCGT 
TATCCAATTT TAAGAGTGCT AATGGAAATG TGCATCACAA ATCACTTTTC ATATCCTCCA 
CCAACAATGG CATTACCGGA AGTGGTCGAG GAAGAGCGAG CAAAAGAGCT TCGTTTTGAG 
GCCTTAGAAA AACAGCAGAT TCTCCAGTAT GAAACTTATT TAGCAGCGGC GTCGACTAGA 
GTTCAGATAT CCGAGCAAAA CAGTCTTCTT CTCTCGCAAT TGATAACAAT GGATCCGACA 
GGCATTGCGA GGCGGCCGCC GCAGCTTGTG CTTGATCAGA TTCAATCCTT GAATACGACG 
CATCGATTAG GCCATCTTCT TTGTCGGTCG CGAAAACCCG ACTTTCTTTT GGACATAATC 
CAGCGTCAGC AGTCGAGCTC TTCACAAAGT ATGCCGTGGC TAGCTGGTCT CGTGCAGAAT 
AGCGAAGGCT CGCTCAGTCA ATTACCAGTG CAGTGTCTGT GTGAGTTTCT GCTTTCTTCT 
ACTATTGGAC AGGCTGACAA ACAGTCGAGG CAGCAACAAC TCCTCACTCA TTTGCAACTA 
CTACTCACGG ATCCTCTTCA AGACACACAA CATGCTTATG AGGTGTTAGA GTATTTTTTA 
AGAAGGTTGA GTAGTCAATC AAGTTCCAGT CGACTGCAAG CTATAAGTGG TCTTAAGCTC 
GTTCTTAATT CGATTCCAAC AGATGATGAA AATATGGATA TTGACAGTGA AGTTGAAACT 
GAAACGTGGC TCCTTCGAAA GCTTCCGTCA ATTCCGCACT TTCACGCAGT AAAATCTTTA 
GTATCCAAGG CTCTTCGTGG AGCCTGCCAA GTTGAAAATA ATCCCGATTT AGTTCAGGCT 
TATATATCAT ATTTAGCGGC ACACACGCTC GATGACGACC TTCCAGATTT AATAAATTTG 
GTAAACGAAA TTTCGCAGTT GGTAGTTGAA AGAAATACCA TTGTAGCAGC TATTTTACCA 
CAACTGGATT CTGACAGCAC CCAAGGCAGA CAGACTTTGT ATGCTTTTCT GTCTATTTAT 
TGTAATTATT TGAACAAGGC ACGAGCACCA CGACAGGATG GCTCGCGTGT AACGTGGTCG 
GAGAATCAGG ATCTTATTCT TGTGGAATGG GTAACAGGCG AGGAATGCAC AATGCACATT 
CTAGTCGTGC ATGCGATGAT TATCCTCCTA ACGTACGATC AAATTGACAA TGATGAACTT 
TTTAATCAAC TGCTGGAAAC CTGGTTTCCC GAGGATAACG AGCCACCTAA GGCTTTTCTT 
GTGGATACAA GTGAAGAAGC CCTTCTAATA CCGGATTGGC TGAAGTTACG CATTATCAGA 
AGCAACATAC CACGGTTGGT TGACGCAGCC CTTCGAGATT TGGATCCCTA TCAACTGGTT 
CTTTTCATAC AGAGCTTCGG AGTCCCTGTC AACGCAATGA CAAAACTTCT GCACCTGCTA 
GATGCAGCCG TGCAAATCGA TCCCGTGTCC GTCACTAATC ACGTGCTTGA TAAAACGTAT 
ATGGCACAGC TCGTACGAAT CTTGCACAAC CGAGGAGCGT CTGGGGGACT AGTGTTTTTG 
CAACATGTTC AACTTCAGGT TCAGCAATTA CCGGATGAGA GCAATCCTCC CGTGAGCACT 
TGCCTGGAGG AATTGCCTCC AAGCACAATG TTACAGAAAC ATGGAACGAC CCAGCAGAGT 
ACACCTAAGA CTGATGTGCC AAATCTTATT AATCAGTTAT TTATCGAAAA GATATCAATA 
AGCCAGAAGG CGGATACTTA TAGAAGGTTG CATAAAATAC TTGCCAAGGA TTTGCACAAG 
TGTGGAACGG AGAGTGATCG TGGTGCCATT GTCCTCGCTA TCAAGCATAT ATTGAGCGTC 
TTGAGCTCTA TTCAGGTCAA AGATTTTTTA GCATCGCTTG TGCATATGCC TCAGTACTCG 
TGTACACTTA TGCGCGCGAT TCTATTGCCC CTAAAGAGAT CCTCGACTTG TGCTCAAACC 
ATCGAGTTGG CGCACAGCAT GTGTTTGAGC CTTGTATCTT TAATCGGTGA AGTAGCCGCG 
CCAATTCTCT CGATTCTGCG CGACTTTGCA AACCTGCATG TCTCGCGGGT GCCCCGGCGT 
CAAGAACTCG CGCTTCTTCC TCAAAATCGG GAGCCGGCCT CAATTTTAGA GCATGTAGAT 
GCACTCGAGC TCGAGAATGT GGGCAGGCGA CTGCTTGACG TGTGTATGAG ACGTCAGCGA 
AATGAGGCCC TCATTGAAGC GATGGCTCGT CTCCTCGTAG CCGATAGTGA GCAAGGGGCC 
ATCAAGCCGA GGACAGGGTT ATTAATTGAC TGGCTGGCCT CAGTTGAGCC CGAGCTTATT 
GGCACTTGTC CTAGTTTGCA AATGCGGTTG TTATTCGGTA AGGCGAGCGT ATATATGAGG 
ATCGATGAGA GGTTCGTTAG CTCGCACTCC TGCAGGCCTT ACTTACTCAC ACTTCTTACC 
CACGGGGCGA GCTGGGCAAC TCTCTATAAG TGTGTTGGAC ACCTTCTTAA TCAATGTCAT 
CATGGGTATG ATCCAACTGC GGTCTTAGAT TTTTTATGGG CATTGACCTG TAATCCAAAA 
TTATGGCAAG GTCGGGAAAA GTATTCAACA AAGAATGATA TTCCAGAAAA TATTTTACTT 
CTTACCAATG AACAATTATT GACTCTTGTT ATGTATCTAA TCGAAGAAGC GGTTATTTTA 
TATCAACGAC AAAATCGAAA AACTGCTATT ACACAAATGG AAACACGATT AGATTTGTTG 
CTTTGTTGTT GTTCCACAGA AGATGAATTA ACAATGGGTG TAGTCAAATA TTTAGCCGAT 
CAAATGACAT TAAACAGCTG TGTGTCCTCA GATATGGCAC ATCAGTTTCT TCTTCAACTG 
TATATGAAGG TTCCAAAAGT GATTTGTTAC TTAAGTGCCT TCCAGGCAAA AAAAATGGTT 
AATGGCGCAC GTATCTGTGA CTGGACGGGC TCTGTTCTAG ATTGCATGAG CCACACTTTA 
CTGACAGCTT TAGCAGCTAC ACCTCGGCAA AAATCCTGGA GTTCAAAATC GCGTGAACTT 
GAACTATGTG CAAGAAAAAT GGCAGCTGTG CATCCGATTC TCGTGTTGAG ACAACTTCCG 
CTATTGACTT CATCTCTAAT GGGTTGGTGT GATCTGGAGT TTGGTCATTT TAAATCTGGA 
CATCATCTTA ACCTTTTTAC ACAGGTTATG GGATTATTAG AGCTGCTTCA ACCACATTTA 
TTCAATGAAG AGCATAGAGC GGGTCTTGAG AATACATTGG AAAATTATTT TCAATGTTTC 
CAGAATTATT GTACTATAGA TGATCTCACA TCCCTTTTGA ACAGATTTGC TCTTCTTTTG 
CAAGCTTATG TCATGCACGA TGAACAGTAT GCTTTAAAAT ATCTTCAAAA ACATGCACAT 
ATTCTTCATG ATCTGCAAGG ACATTACCTT GGACTTGAAA GTTTACGGTC ACTTGTATCA 
GGAATTCCAA TTCCCAGAGA AGGCGAAAGT GGTGATAATA TTTTAGTGAC CGTCACTTTT 
AATCGTAGTG CTCCAACTCC ACCATTATCA CATTGGCCAG CTTTACTGGT AACTCTTACA 
AAAATTCAAG GCGATGAAGT TTTTATTGCT CTTCAAGAGA TCGAACACTT ATCTTTGCGT 
AAACCATCTG TATTAGAACC AATTATTGAC AATATTGCTG ATCTGCTTGT ATCACCACAA 
GGAAATATTA GAACACTTGC TCATACATTA ATTGCAAGAG CGTTGAAACA TCGACCTTAT 
TCAAATCTTG GTGTTCTTTC AGCTTTTCAA AGATGTCTTG ATAGCTCTAG AGCTGATATT 
TTGATGTCTG CTTTAGATAG ACTACCAGAT TATGTTTTAT GCATGCAAGA GTATGCGTTA 
CCTTTAATGC AAAAAGTATT TGAACTTGGA GTGAACTCAA ATGTAAATAC TATTCCTTAT 
ATAAATAAGA GTATAACTCT TTTAAATACA CAAAAAGGCT GTTAG