DNAH11 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	DNAH11
Entrez Gene ID	104068039
Full Name	dynein axonemal heavy chain 11
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009570869.1	XP_009569164.1	LOW QUALITY PROTEIN: dynein heavy chain 11, axonemal

Pathways from BioSystems
Gene Ontology

The following DNAH11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DNAH11 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
OCu38869	XM_009570869.1 Latest version!	Cuculus canorus dynein, axonemal, heavy chain 11 (DNAH11), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

DNAH11 ( XM_009570869.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009569164.1 Cuculus canorus dynein, axonemal, heavy chain 11 (DNAH11), mRNA.

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CloneID	OCu38869
Clone ID Related Accession (Same CDS sequence)	XM_009570869.1
Accession Version	XM_009570869.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5943bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	LOW QUALITY PROTEIN: dynein heavy chain 11, axonemal
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009243860.1) 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 :: Cuculus canorus 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 :: 5% of CDS bases frameshifts :: corrected 6 indels internal stop codons :: corrected 19 genomic stop codons ##RefSeq-Attributes-END##

ATGAAGAACC TGATGTCATC ACTGAGGGCA ATATTGGAGT TGCAAAACCC TGCAATCAGA 
AAGGGACACT GGTACAAGGT CATGAATACA GGAGTCAGGT TTTTAGTAGC AGAAGATACT 
ACCTTGAGAA ACCTTCTGGG ACTCCAGCTT CATAAAGCAG AAGACATAAT CGAAAGCATA 
GTGGACAATT CTGCGAAAGA GTTTGGTACT AAAAAGGTTT TGGCAGAAAT CAACCAGACA 
TAGGCTGCCA TGGAATTTTC TTGCAAAGAG CTTCACAGGT ATGGAGAACT TTTATTGAAA 
TCAGAAGAAC AGCTGCTTGA CACTTTAGAA CGCAATCAAA TTCAGTTGCA AACAATTATG 
AAAAGTAAAT GTGTGGCATG TTTCGTTGAC CAGGTGAAAG GTTGGCAATT AAACGTTTCA 
GGTTCTGTCA ATTTCTTTGA GGTGGAAGTT CAACACACAT GGTCTCATCT TGAAAGTATT 
TTCACTGGCT CTGAAGATAT CAGAAGCCAG ATGCCTGCAG GTGCAAACAG ATTTGAAATC 
AACAGCGACT TCAAAGAGTT GGTGACTGAA ATAGCAAATA CAAAAAATGT GATGGAAGCT 
AAAACCAAGC CAAAGGTGTA TGAAAAATCT GAAGTTTTGC AACACGGGGG TTTCCTTAAA 
CACTGGTATT TTTGGATGCA TGTGGCTCAC CATCTTACCA AACTTTTAGA CGATATTGCC 
AATCTTAAAT TTCAAGAGAA CATAGAGGAA TCTGTAAATA CTGCCATTGG GATGCACAGC 
AGAGAAAAGG AGTATGTTCC AGTCCATGAA GAGTGTTGAT TCAGTGGTCA GGTAGAGTCT 
TGGTTGCAAC ACCTTGAGGA AATCATACAT GAAACAGTGT ACATCTGCAT CATGGAGATG 
ATATTGACCT ATGAAAAGAA GCAGAGAGAG CAGTGGGTTT TTGACTACCC AGCCCAAGCT 
GCCCTTACTG GTTCACAAAT CTGGTAGATG TCAGATGTAG AAAGGGTATT TGGTAGGCTG 
GAAGAGGGCT TGGCATCGGC CCTGAAGAAT TGCCACAAGA AGCAGCTCAC TCAACTAAAT 
GCTCTTATTA CTGTGCTGCC TAGGGAAATT TCCTCGGGCG ATCAACAGAA AATCATGACC 
ATTTGTACCA TAGGTGTTCA TGCTAGAGGT GTTGTAACAA GACTTGTAGC TCAGAAACCC 
TGTGCGACGG TTGTCCCTGA CATTGAACTG ATCTGTGAAA CGATGTTGGT TGCTGAAGGG 
TTTATTGATG CATGCCTGTT AGCCAGGAAG TTTATTACCT TGTATACTCT CTGCAGGGAG 
CTGCTTTTTA AGGATGACCA CTATGACTGG GGACTTCATG CTATCAAGTC TTTTTTGGCA 
GTTGCTGGCT CACAAAAATG AGGAGATAAG AACAGACCTG AGGACCAAGT GCTTGTGCAA 
GCCTTAAGAG ACTTCAGTTT GCCTAAAATA GTGACAGATG ATATCCCAGT TTTCATGGGC 
CTGATCAGTG ACCTGTTTCC AGCTCTGGAT ATTCCAAAGA AGAGGAACCT GCAACTTGAA 
CAGATGGTTA AACAGTCTAC CCTGGAGCTT CACTTGCAGC CTAAAGAGAG CTTTATTCTC 
AAAGTTGTTC AGCTGGAGGA GTTACTGGCA GTGCATCACT CTGTGTTTGT TGTTGGAAAA 
GCAGAGAATG GGAAGAATAA GGTACTGAAA GTTCTGCATC ACATGCACGT GAATACGAAA 
CAAAAGCATA TTTAAAATGC CCCCAAAGTT CTGACTGGTG ATGAGCTTGG TTTTATACAC 
CATGCAACCC GAGAATGGAA AGATGGCAAG TAGCGCATGT CACTAAAATG ATGGGATTCT 
ATTGAAATAT GATTTGCAAG TCTCCTTTCA TCTCTTGTGA GAGAGCAAGC TAATACTAAC 
AGGNNAGGGG CCAAAATGGC TAGTTTAGAT GGAGATATAG ATACTATGTG GCTTGAGTGA 
CTCAACACAG TTATGAATGA TAACAAGGAT CTGACCCTCA CAAGCAATGA ACCTGTGCCT 
ATGACTCCGT CAATGTGGGT GTTATTCGAG ATACACCATT TAAGAGCTGC TACTCCAGCT 
ACAGTACCCA GAGAGAGTAT TCTTGACCTG AACAGGCAGG ATAATCCTGG ATGGAATCTG 
TACGTTGCCA GCTGGATAGA AACAACAAGA TACCAATCCA AAAAGGCTAG CTTAACAGTT 
CTCTTTGATA AACATGTGCT TCCCTGCTTA GAACAACTCA GAACAAGATT TAAAACTGTT 
ACTCCTGTTC CTGAGAACAT TATGGTTCAG ACACTCTTGT CTCTGCTGGA TTGTTTGCTG 
ACCCGTGAAA ATGTGCCAAT GAATTGCCCT GGAGAGCTCT ATGAGATGTG TTTTGGCTTT 
ACCTGTATTT GAGTGTTTGG GGGGGCATGT TCTCAAGATA AGAATAAATT CAGGCTCGAA 
GCATATTTAA TCATTGCAAA TAATGACGAC AGTGACTGTA CATCACCAGT TGAAGCCTTA 
ACATATTTCT ACTGCCAGCT TTGTATGCAG TGCATTCTGC TTGCTATACC TGAGTGTTTA 
CAACAATCAA ATGATCGTCA GAGTCTTTGG TTTCATGAAC CAGCACATGT CTATGGGAAT 
AAACTAATGG AAAACAAAGA CTGCAATGTC TTTCATAAAA TGACGATGGC ACTATGCGCG 
AATATTTTGA GGTGCCCGAT CAGTCATATC CTAGAAGCCC CTACGGGTTA TGCACTTCTG 
ATTAGTGTAG GTGGTAGTGG TAAACAAAGC TTGTCAAGCC TGGCAGCATA CATCTGCTCC 
CTGGAGGTAT TCCAAATCAC ACTGAAAAAA GACTATGGGA TCCAGGACTT ACGGGTAGAT 
CTTGCCAGTT TGTACATCAA GACTGATGCC AAGAACATAC CCATAGTGTT CTTGCTGACA 
GATGCCCAGG TTCCAGATGA ATGGTTTCTT CTGCTGATTA ATGACTTGTT GGCATCAGGA 
GAGGTTCCAG ATCTGTTCGG TGACTATGTG GAAGGTATAG TTACAGGAGT TAGAAAAGAA 
GTTTGAGCCC TGTGCCTGAT AGACACCAGA GAAAGATTCT TCTTGAACAG AGGGCAGCAG 
CAGTTAAAGA TAATTCTGTG TTTCTCTGCC ACCAGTGCCA TGCTGCAAAT GCAAGCTCGG 
AAGTTCCCAG CCATAGTTAA CTGCACCACT ATTGAGTAGT TTCATGAGTG GCCACAGGAG 
GCCCTGGTCT CCATCAGCAG GAGACTTATT GAGAAAGCCA AGGGGGTGGA GCCTCTTATC 
CAGGACTCCA TTTGTGACTT CATGGCTTAT GCCCACACCA ATGTGAATGT GCTGAGTGTC 
AAATATAATT GTAATGAGAG GCAATACAAT TACACTGCTC CAAAGAGTTT TCTGTAGCAA 
ATAATACTTC ATAAGATCCT CCCAGAGAGA AAAAAACAAG GAGATGTTGA TNNACACATG 
GTGCACTTGG TGAATGGCAT GCAGAAGCTG AATGCAGCAA CTTTGCAGGA CGAAGATGTA 
AAATCTGAAC TTTCTTCTCG AGCGGCAGAA CTACAACTGA GAAATCCACA TGGTGAAGCT 
TTCATTGTTA AGACGGGGTT TCAGACTGAG AAAGTAAGGC AAGAAAAGGC CATTGCAGAT 
GCAGAGGAGC AAAAGGTTCT GGGTAGCAGT CTGCGTAAGC TCACAGCTTC TCTTGAGAAA 
GGAGTTGCAG AGAAAGTCTG GTGTCAAGAT GATGTAAACC GAACAAACAA AACTATTCAC 
CTGGCCAAAA GTTTGGTTAA GGGACTTAAG GTTCCTGTTC CTGTGATGGA GGGCCTGGAC 
CCGATTGCCA CATTGACGGA TGATGCTACG ATTGCAGCAT GGAGTAACGA GGGATTGCCC 
GGTGATAGGA TGTCAACAGA AAATACCACT ATTCTAACAA ACTGCGAGCG CTGGCCTCTG 
ATCATAGATC CTCAGCAACA GGGAATTAAA TGGATAAAGA ATAAATATGG AGCTGACCTT 
AAAGTCGTAC GTCTGGGACA GAAAGGTTTT CTGAAGACCA TTGAAAGAGC TTTGGCTTGT 
GGAAAGACTG CATTCATCAA GAACATGGGT GAATCTGTTG ATCTCATACT TGATCCCCTG 
CTTGGAAGAC ATACAGTCAG AAAGGAAGAA TATACCAAAA TTCAAGACAA GGAATGTCTT 
CACACCAAAC TGACTAACCC TCACTACAAG CCAGAACTGC AGGCTCAGAC CACCCTTATC 
AAATTCAATG TCACCAGGGT TGGGCTGGAA GACGAGTTGT TCCCTGAGGT TGTTAGTGCT 
GAAAGACTGA ACTTAGAGAA ACATAAGTCA GTCCTGACCA AGCAGCAGAA CCATTTCAAG 
ACTGAGCTCA GGCAGCTGGA GGATGACATG CTGCTCAGCC TGTCAGCTGC CCACAGCAGT 
TTCTTAGATG ACAGTGAACT TGTAGAGAAA TTCAAATCAA CAAAGTCATC TGCAGCAGAA 
ATAGAGCACA AGGCAGTAAC AGTCGGGCTC CAAAGAAGAT GAAGCTCAGA AGCAAGAGAG 
CATTACAGAC CAACAGCTGT AAGAGTATTC ATTCTTTACT TCGTTAGCAA CAGTCTGGGC 
AGCATCAACC CCNACTACTG GTTTTCACTG AAGGCCTTTA ATGCAATCTA CCATAAAGCA 
ATTAAGCAGG CTGAAAAATC AGGGGATGTT CAGTGTTGCA TCTCTAAACT GACAGAAGCT 
GTCACACATT CAACTATTTT TTTAATGAGC TAAGGACTTT TTGAAAAGGA TAAGCTCGTT 
TTCTTGGCCT GAACAGCTCT TCAGTCGAGG AAAAATTTTC AGATCAAACT CCTTGAACTG 
GTTTTCATTC TTCGATTCAG GGTGGAATGC ACTTATGAGA GTCCTGTTGA CTTCTTAACT 
ACTCAGTCAT GGAGTGCCAT TAGGGCTATG GCAGTGATGG ATGCATTCAG GGGGTTAGAT 
AAAGATATTC AAGGATCCAC CAAGAGGCGG GAGAAGTGAC TGAGCTCAGA ATGTCCAGAA 
AAGACAAAGC TACCCCAGGA ATGGACAAAA AAAAAAAGCC CCCTTCAGAC ACTAATCATA 
CTGACGGTGT TCCATCCAGG CAGAATCACA TGTTCTACTA GGAATTTTGT GGAAGAAAAG 
CTTGGCTCAA GCACAAAGAT CGGCTTAGCA GAAACCTATG AAGAAAGCAG TCCAGCCGCT 
CCTGTGTTGT TCATTCTGTC TTCAGGAGGA GACCCACTTG AAGGTATTGA GACACTTAGC 
CCGTTCACTA TAGACTCTGG AAGATTTCAT AACATCTCTT CAGGACAAGG GCAGGAGGTG 
GTTGCAGAGG AGGCACTCAA GAAGGCTGCC AGACTTGGCC ATTTGGTTCT TCTCCGAAAT 
ATTCATCTAA TAACTAAATG GCTAGGAACC TTGGAAGAAC TCCTTCAGTG ATACAGTGAA 
GAAAGCCATC TTGATTTCTC TGTGTTTATT AGTGCTGAAC CAGCTCCAAC TCCAGAAGAG 
CACATCATTC CCCAATGAAT ACTAGAAAAC TCAATTAAAA TTACCAGTGA ACCTCCTACA 
GGGNATTTAC ATGCTGCTCT CTACAGTTTT GACCAGGGTA CCCTTGAACT GTGTACCAGA 
GAAGGGGAAT TTAAAAGCAT CCTTTTTTCT CGGTGTTATT TTCACACTTG TGTTGCTGGG 
AGACTAAAGT TTGGCCCTCC GGGCTGGAAT GGAAGGTATC CGTTCAGTAC GAGAGATTTC 
ATCGTCTGTG TCCTCTGCAA CTATTTAGAG ACCCATATGA AGTTTGAATT AACTGCTTTT 
CCCGTTGCTG AGATGAAGCC CCACCCCACC CCTCACAAGC CTCTGATAAT TAAGGTCTCC 
TCAGTGTTCA TTGTGAGACG CTTTGGATTG CCGTACAGAA AGGTGACTTG TTTTAGTCAG 
TGA

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

RefSeq	XP_009569164.1
CDS	1..5943
Translation	MKNLMSSLRAILELQNPAIRKGHWYKVMNTGVRFLVAEDTTLRNLLGLQLHKAEDIIESIVDNSAKEFGTKKVLAEINQTAAMEFSCKELHRYGELLLKSEEQLLDTLERNQIQLQTIMKSKCVACFVDQVKGWQLNVSGSVNFFEVEVQHTWSHLESIFTGSEDIRSQMPAGANRFEINSDFKELVTEIANTKNVMEAKTKPKVYEKSEVLQHGGFLKHWYFWMHVAHHLTKLLDDIANLKFQENIEESVNTAIGMHSREKEYVPVHEECFSGQVESWLQHLEEIIHETVYICIMEMILTYEKKQREQWVFDYPAQAALTGSQIWMSDVERVFGRLEEGLASALKNCHKKQLTQLNALITVLPREISSGDQQKIMTICTIGVHARGVVTRLVAQKPCATVVPDIELICETMLVAEGFIDACLLARKFITLYTLCRELLFKDDHYDWGLHAIKSFLAVAGSQKGDKNRPEDQVLVQALRDFSLPKIVTDDIPVFMGLISDLFPALDIPKKRNLQLEQMVKQSTLELHLQPKESFILKVVQLEELLAVHHSVFVVGKAENGKNKVLKVLHHMHVNTKQKHINAPKVLTGDELGFIHHATREWKDGKRMSLKWDSIEIFASLLSSLVREQANTNRnullGAKMASLDGDIDTMWLELNTVMNDNKDLTLTSNEPVPMTPSMWVLFEIHHLRAATPATVPRESILDLNRQDNPGWNLYVASWIETTRYQSKKASLTVLFDKHVLPCLEQLRTRFKTVTPVPENIMVQTLLSLLDCLLTRENVPMNCPGELYEMCFGFTCIVFGGACSQDKNKFRLEAYLIIANNDDSDCTSPVEALTYFYCQLCMQCILLAIPECLQQSNDRQSLWFHEPAHVYGNKLMENKDCNVFHKMTMALCANILRCPISHILEAPTGYALLISVGGSGKQSLSSLAAYICSLEVFQITLKKDYGIQDLRVDLASLYIKTDAKNIPIVFLLTDAQVPDEWFLLLINDLLASGEVPDLFGDYVEGIVTGVRKEVALCLIDTRERFFLNRGQQQLKIILCFSATSAMLQMQARKFPAIVNCTTIEFHEWPQEALVSISRRLIEKAKGVEPLIQDSICDFMAYAHTNVNVLSVKYNCNERQYNYTAPKSFLQIILHKILPERKKQGDVDnullHMVHLVNGMQKLNAATLQDEDVKSELSSRAAELQLRNPHGEAFIVKTGFQTEKVRQEKAIADAEEQKVLGSSLRKLTASLEKGVAEKVWCQDDVNRTNKTIHLAKSLVKGLKVPVPVMEGLDPIATLTDDATIAAWSNEGLPGDRMSTENTTILTNCERWPLIIDPQQQGIKWIKNKYGADLKVVRLGQKGFLKTIERALACGKTAFIKNMGESVDLILDPLLGRHTVRKEEYTKIQDKECLHTKLTNPHYKPELQAQTTLIKFNVTRVGLEDELFPEVVSAERLNLEKHKSVLTKQQNHFKTELRQLEDDMLLSLSAAHSSFLDDSELVEKFKSTKSSAAEIEHKAVTVGLQRRSSEAREHYRPTAVRVFILYFVSNSLGSINPnullYWFSLKAFNAIYHKAIKQAEKSGDVQCCISKLTEAVTHSTIFLMSGLFEKDKLVFLATALQSRKNFQIKLLELVFILRFRVECTYESPVDFLTTQSWSAIRAMAVMDAFRGLDKDIQGSTKRREKLSSECPEKTKLPQEWTKKKSPLQTLIILTVFHPGRITCSTRNFVEEKLGSSTKIGLAETYEESSPAAPVLFILSSGGDPLEGIETLSPFTIDSGRFHNISSGQGQEVVAEEALKKAARLGHLVLLRNIHLITKWLGTLEELLQYSEESHLDFSVFISAEPAPTPEEHIIPQ*ILENSIKITSEPPTGnullLHAALYSFDQGTLELCTREGEFKSILFSRCYFHTCVAGRLKFGPPGWNGRYPFSTRDFIVCVLCNYLETHMKFELTAFPVAEMKPHPTPHKPLIIKVSSVFIVRRFGLPYRKVTCFSQ

Target ORF information:

RefSeq Version	XM_009570869.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus dynein, axonemal, heavy chain 11 (DNAH11), mRNA.

Target ORF information:

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

XM_009570869.1

ORF Insert Sequence:

ATGAAGAACC TGATGTCATC ACTGAGGGCA ATATTGGAGT TGCAAAACCC TGCAATCAGA 
AAGGGACACT GGTACAAGGT CATGAATACA GGAGTCAGGT TTTTAGTAGC AGAAGATACT 
ACCTTGAGAA ACCTTCTGGG ACTCCAGCTT CATAAAGCAG AAGACATAAT CGAAAGCATA 
GTGGACAATT CTGCGAAAGA GTTTGGTACT AAAAAGGTTT TGGCAGAAAT CAACCAGACA 
TAGGCTGCCA TGGAATTTTC TTGCAAAGAG CTTCACAGGT ATGGAGAACT TTTATTGAAA 
TCAGAAGAAC AGCTGCTTGA CACTTTAGAA CGCAATCAAA TTCAGTTGCA AACAATTATG 
AAAAGTAAAT GTGTGGCATG TTTCGTTGAC CAGGTGAAAG GTTGGCAATT AAACGTTTCA 
GGTTCTGTCA ATTTCTTTGA GGTGGAAGTT CAACACACAT GGTCTCATCT TGAAAGTATT 
TTCACTGGCT CTGAAGATAT CAGAAGCCAG ATGCCTGCAG GTGCAAACAG ATTTGAAATC 
AACAGCGACT TCAAAGAGTT GGTGACTGAA ATAGCAAATA CAAAAAATGT GATGGAAGCT 
AAAACCAAGC CAAAGGTGTA TGAAAAATCT GAAGTTTTGC AACACGGGGG TTTCCTTAAA 
CACTGGTATT TTTGGATGCA TGTGGCTCAC CATCTTACCA AACTTTTAGA CGATATTGCC 
AATCTTAAAT TTCAAGAGAA CATAGAGGAA TCTGTAAATA CTGCCATTGG GATGCACAGC 
AGAGAAAAGG AGTATGTTCC AGTCCATGAA GAGTGTTGAT TCAGTGGTCA GGTAGAGTCT 
TGGTTGCAAC ACCTTGAGGA AATCATACAT GAAACAGTGT ACATCTGCAT CATGGAGATG 
ATATTGACCT ATGAAAAGAA GCAGAGAGAG CAGTGGGTTT TTGACTACCC AGCCCAAGCT 
GCCCTTACTG GTTCACAAAT CTGGTAGATG TCAGATGTAG AAAGGGTATT TGGTAGGCTG 
GAAGAGGGCT TGGCATCGGC CCTGAAGAAT TGCCACAAGA AGCAGCTCAC TCAACTAAAT 
GCTCTTATTA CTGTGCTGCC TAGGGAAATT TCCTCGGGCG ATCAACAGAA AATCATGACC 
ATTTGTACCA TAGGTGTTCA TGCTAGAGGT GTTGTAACAA GACTTGTAGC TCAGAAACCC 
TGTGCGACGG TTGTCCCTGA CATTGAACTG ATCTGTGAAA CGATGTTGGT TGCTGAAGGG 
TTTATTGATG CATGCCTGTT AGCCAGGAAG TTTATTACCT TGTATACTCT CTGCAGGGAG 
CTGCTTTTTA AGGATGACCA CTATGACTGG GGACTTCATG CTATCAAGTC TTTTTTGGCA 
GTTGCTGGCT CACAAAAATG AGGAGATAAG AACAGACCTG AGGACCAAGT GCTTGTGCAA 
GCCTTAAGAG ACTTCAGTTT GCCTAAAATA GTGACAGATG ATATCCCAGT TTTCATGGGC 
CTGATCAGTG ACCTGTTTCC AGCTCTGGAT ATTCCAAAGA AGAGGAACCT GCAACTTGAA 
CAGATGGTTA AACAGTCTAC CCTGGAGCTT CACTTGCAGC CTAAAGAGAG CTTTATTCTC 
AAAGTTGTTC AGCTGGAGGA GTTACTGGCA GTGCATCACT CTGTGTTTGT TGTTGGAAAA 
GCAGAGAATG GGAAGAATAA GGTACTGAAA GTTCTGCATC ACATGCACGT GAATACGAAA 
CAAAAGCATA TTTAAAATGC CCCCAAAGTT CTGACTGGTG ATGAGCTTGG TTTTATACAC 
CATGCAACCC GAGAATGGAA AGATGGCAAG TAGCGCATGT CACTAAAATG ATGGGATTCT 
ATTGAAATAT GATTTGCAAG TCTCCTTTCA TCTCTTGTGA GAGAGCAAGC TAATACTAAC 
AGGNNAGGGG CCAAAATGGC TAGTTTAGAT GGAGATATAG ATACTATGTG GCTTGAGTGA 
CTCAACACAG TTATGAATGA TAACAAGGAT CTGACCCTCA CAAGCAATGA ACCTGTGCCT 
ATGACTCCGT CAATGTGGGT GTTATTCGAG ATACACCATT TAAGAGCTGC TACTCCAGCT 
ACAGTACCCA GAGAGAGTAT TCTTGACCTG AACAGGCAGG ATAATCCTGG ATGGAATCTG 
TACGTTGCCA GCTGGATAGA AACAACAAGA TACCAATCCA AAAAGGCTAG CTTAACAGTT 
CTCTTTGATA AACATGTGCT TCCCTGCTTA GAACAACTCA GAACAAGATT TAAAACTGTT 
ACTCCTGTTC CTGAGAACAT TATGGTTCAG ACACTCTTGT CTCTGCTGGA TTGTTTGCTG 
ACCCGTGAAA ATGTGCCAAT GAATTGCCCT GGAGAGCTCT ATGAGATGTG TTTTGGCTTT 
ACCTGTATTT GAGTGTTTGG GGGGGCATGT TCTCAAGATA AGAATAAATT CAGGCTCGAA 
GCATATTTAA TCATTGCAAA TAATGACGAC AGTGACTGTA CATCACCAGT TGAAGCCTTA 
ACATATTTCT ACTGCCAGCT TTGTATGCAG TGCATTCTGC TTGCTATACC TGAGTGTTTA 
CAACAATCAA ATGATCGTCA GAGTCTTTGG TTTCATGAAC CAGCACATGT CTATGGGAAT 
AAACTAATGG AAAACAAAGA CTGCAATGTC TTTCATAAAA TGACGATGGC ACTATGCGCG 
AATATTTTGA GGTGCCCGAT CAGTCATATC CTAGAAGCCC CTACGGGTTA TGCACTTCTG 
ATTAGTGTAG GTGGTAGTGG TAAACAAAGC TTGTCAAGCC TGGCAGCATA CATCTGCTCC 
CTGGAGGTAT TCCAAATCAC ACTGAAAAAA GACTATGGGA TCCAGGACTT ACGGGTAGAT 
CTTGCCAGTT TGTACATCAA GACTGATGCC AAGAACATAC CCATAGTGTT CTTGCTGACA 
GATGCCCAGG TTCCAGATGA ATGGTTTCTT CTGCTGATTA ATGACTTGTT GGCATCAGGA 
GAGGTTCCAG ATCTGTTCGG TGACTATGTG GAAGGTATAG TTACAGGAGT TAGAAAAGAA 
GTTTGAGCCC TGTGCCTGAT AGACACCAGA GAAAGATTCT TCTTGAACAG AGGGCAGCAG 
CAGTTAAAGA TAATTCTGTG TTTCTCTGCC ACCAGTGCCA TGCTGCAAAT GCAAGCTCGG 
AAGTTCCCAG CCATAGTTAA CTGCACCACT ATTGAGTAGT TTCATGAGTG GCCACAGGAG 
GCCCTGGTCT CCATCAGCAG GAGACTTATT GAGAAAGCCA AGGGGGTGGA GCCTCTTATC 
CAGGACTCCA TTTGTGACTT CATGGCTTAT GCCCACACCA ATGTGAATGT GCTGAGTGTC 
AAATATAATT GTAATGAGAG GCAATACAAT TACACTGCTC CAAAGAGTTT TCTGTAGCAA 
ATAATACTTC ATAAGATCCT CCCAGAGAGA AAAAAACAAG GAGATGTTGA TNNACACATG 
GTGCACTTGG TGAATGGCAT GCAGAAGCTG AATGCAGCAA CTTTGCAGGA CGAAGATGTA 
AAATCTGAAC TTTCTTCTCG AGCGGCAGAA CTACAACTGA GAAATCCACA TGGTGAAGCT 
TTCATTGTTA AGACGGGGTT TCAGACTGAG AAAGTAAGGC AAGAAAAGGC CATTGCAGAT 
GCAGAGGAGC AAAAGGTTCT GGGTAGCAGT CTGCGTAAGC TCACAGCTTC TCTTGAGAAA 
GGAGTTGCAG AGAAAGTCTG GTGTCAAGAT GATGTAAACC GAACAAACAA AACTATTCAC 
CTGGCCAAAA GTTTGGTTAA GGGACTTAAG GTTCCTGTTC CTGTGATGGA GGGCCTGGAC 
CCGATTGCCA CATTGACGGA TGATGCTACG ATTGCAGCAT GGAGTAACGA GGGATTGCCC 
GGTGATAGGA TGTCAACAGA AAATACCACT ATTCTAACAA ACTGCGAGCG CTGGCCTCTG 
ATCATAGATC CTCAGCAACA GGGAATTAAA TGGATAAAGA ATAAATATGG AGCTGACCTT 
AAAGTCGTAC GTCTGGGACA GAAAGGTTTT CTGAAGACCA TTGAAAGAGC TTTGGCTTGT 
GGAAAGACTG CATTCATCAA GAACATGGGT GAATCTGTTG ATCTCATACT TGATCCCCTG 
CTTGGAAGAC ATACAGTCAG AAAGGAAGAA TATACCAAAA TTCAAGACAA GGAATGTCTT 
CACACCAAAC TGACTAACCC TCACTACAAG CCAGAACTGC AGGCTCAGAC CACCCTTATC 
AAATTCAATG TCACCAGGGT TGGGCTGGAA GACGAGTTGT TCCCTGAGGT TGTTAGTGCT 
GAAAGACTGA ACTTAGAGAA ACATAAGTCA GTCCTGACCA AGCAGCAGAA CCATTTCAAG 
ACTGAGCTCA GGCAGCTGGA GGATGACATG CTGCTCAGCC TGTCAGCTGC CCACAGCAGT 
TTCTTAGATG ACAGTGAACT TGTAGAGAAA TTCAAATCAA CAAAGTCATC TGCAGCAGAA 
ATAGAGCACA AGGCAGTAAC AGTCGGGCTC CAAAGAAGAT GAAGCTCAGA AGCAAGAGAG 
CATTACAGAC CAACAGCTGT AAGAGTATTC ATTCTTTACT TCGTTAGCAA CAGTCTGGGC 
AGCATCAACC CCNACTACTG GTTTTCACTG AAGGCCTTTA ATGCAATCTA CCATAAAGCA 
ATTAAGCAGG CTGAAAAATC AGGGGATGTT CAGTGTTGCA TCTCTAAACT GACAGAAGCT 
GTCACACATT CAACTATTTT TTTAATGAGC TAAGGACTTT TTGAAAAGGA TAAGCTCGTT 
TTCTTGGCCT GAACAGCTCT TCAGTCGAGG AAAAATTTTC AGATCAAACT CCTTGAACTG 
GTTTTCATTC TTCGATTCAG GGTGGAATGC ACTTATGAGA GTCCTGTTGA CTTCTTAACT 
ACTCAGTCAT GGAGTGCCAT TAGGGCTATG GCAGTGATGG ATGCATTCAG GGGGTTAGAT 
AAAGATATTC AAGGATCCAC CAAGAGGCGG GAGAAGTGAC TGAGCTCAGA ATGTCCAGAA 
AAGACAAAGC TACCCCAGGA ATGGACAAAA AAAAAAAGCC CCCTTCAGAC ACTAATCATA 
CTGACGGTGT TCCATCCAGG CAGAATCACA TGTTCTACTA GGAATTTTGT GGAAGAAAAG 
CTTGGCTCAA GCACAAAGAT CGGCTTAGCA GAAACCTATG AAGAAAGCAG TCCAGCCGCT 
CCTGTGTTGT TCATTCTGTC TTCAGGAGGA GACCCACTTG AAGGTATTGA GACACTTAGC 
CCGTTCACTA TAGACTCTGG AAGATTTCAT AACATCTCTT CAGGACAAGG GCAGGAGGTG 
GTTGCAGAGG AGGCACTCAA GAAGGCTGCC AGACTTGGCC ATTTGGTTCT TCTCCGAAAT 
ATTCATCTAA TAACTAAATG GCTAGGAACC TTGGAAGAAC TCCTTCAGTG ATACAGTGAA 
GAAAGCCATC TTGATTTCTC TGTGTTTATT AGTGCTGAAC CAGCTCCAAC TCCAGAAGAG 
CACATCATTC CCCAATGAAT ACTAGAAAAC TCAATTAAAA TTACCAGTGA ACCTCCTACA 
GGGNATTTAC ATGCTGCTCT CTACAGTTTT GACCAGGGTA CCCTTGAACT GTGTACCAGA 
GAAGGGGAAT TTAAAAGCAT CCTTTTTTCT CGGTGTTATT TTCACACTTG TGTTGCTGGG 
AGACTAAAGT TTGGCCCTCC GGGCTGGAAT GGAAGGTATC CGTTCAGTAC GAGAGATTTC 
ATCGTCTGTG TCCTCTGCAA CTATTTAGAG ACCCATATGA AGTTTGAATT AACTGCTTTT 
CCCGTTGCTG AGATGAAGCC CCACCCCACC CCTCACAAGC CTCTGATAAT TAAGGTCTCC 
TCAGTGTTCA TTGTGAGACG CTTTGGATTG CCGTACAGAA AGGTGACTTG TTTTAGTCAG 
TGA