IL16 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	104382691
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009990698.1	XP_009989000.1	LOW QUALITY PROTEIN: pro-interleukin-16

Pathways from BioSystems
Gene Ontology

The following IL16 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IL16 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
OTa100140	XM_009990698.1 Latest version!	Tauraco erythrolophus interleukin 16 (IL16), 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)

IL16 ( XM_009990698.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009989000.1 Tauraco erythrolophus interleukin 16 (IL16), mRNA.

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CloneID	OTa100140
Clone ID Related Accession (Same CDS sequence)	XM_009990698.1
Accession Version	XM_009990698.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4287bp) 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: pro-interleukin-16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010078589.1) annotated using gene prediction method: Gnomon, supported by mRNA and 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## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGTCACATA AATGGGAGAA CGATAGGAAA AAGAGCAGCA CCACCAGCTC TCTGAAGATG 
GATCGAAAGA GCAATGCTGG GAACAGGAAG TCAAGAAAGT TTCGCTCCAT TTCAAGATCA 
CTTATACTTT GCAATGCCAA AAACAGTGAC GATGGGTCGA GTCCTGATGA GAAATGCCCT 
GATCCCTTTG AGATCTCTAC CAGTTGGGGT CAAGATGATT TTGACTGCTG TGCTAGAACA 
CAACCGCTAT GCACATCAGA GACAGAACAC AGCCCACCTG ATCCTCCGCG TGTGATCACC 
AGCATGTTCC AGTCCAGAGC CGCAGGAAAC GAGAACTGCA ACAACATAAG AAGAAAGTTA 
CTCACCAAGG ACAGCTGCAT CTGCAGGCTG TGTACAACCA CAGGGAATAG AAGCTCAGGA 
ATCAAGCTCT CGAGGAGTCC AAACTGTGCA TCTCTCTGGA AAGGGTTCAC AGGCAGCCAC 
GTGCCTGCTG GAGGCACAGC GACCAGGAAT GGTCATCTAA GCCCACGGGA TGAACTGTTA 
AAGCTAAATG GACAATCACT TAAAGATCTA TCCAGTAAGG AGGCTGAATC TCTCATTCAC 
CCAACAACGC GGCTGATGAA CATCATGATG GCTAGCAAAG AAACACCAAC CTGTAAGGAA 
AGGCTTCTGG AAATACAAAA TGGTTTTCTG CACAATAAAG CTGCATGTCA ACGGACTCGC 
AGTAACTCAA CCAGCGTGGA TCCGTGCTGG AGAGGGGAGA CGGATGGCGC GGCACGGAAA 
GCCGTGCCCT TCGGAGACCG GCAGCCCCAC CCCCCCCACA CCACAAAANN ACTTTCCCAG 
CAGCTGGACT GCTCTGGAGG GAGAACCCCC GCCATTTCGA GGCCGTCTAG ATCACTAAGT 
ACAGCACAGC TAGTGCACAT GTCCTGTGGC TCGCAGGCTT CTGTAATCTC AAACATCGTA 
TTGATGAAAG GACAAGGGAA GGGTTTGGGC TTCAGTATTG TTGGAGGGAA AGACAGCATT 
TATGGACCAA TAGGCATCTA TGTCAAAACC ATCTTTCCTG GTGGAGCTGC TGCTGCTGAC 
GGAAGGCTAC AAGAAGGTGA TGAAATCTTG GAACTGAATG GAGAATCCAT GCACGGATTA 
ACACACTATG ATGCTTTACA AAAATTCAAG GCCAAAAAGG GTCTTCTGAC ACTTACAGTC 
AGAACAAGCT TCAGCACGCC TCATTCTGCT TCCAGCTGTC TGTCACCCCA CTTGTGCCAG 
TCCCTGAGCT CTAGTACGTG CATAACCAAA GAAAACAGCT CTTTCAGTTC GGAAAGTGCA 
GCATTCTCAT TAAATTCTAC AAAGCCCAAT GACAGGGTCA TAATGGAAGT TACCCTAAAC 
AAAGAGCCAG GTGTTGGCCT TGGAATTGGT TTATGTAGCA TCCCTTACTT CCAGTGTATT 
TCAGGGATTT TTATTCACAC CCTCTCACCA GGCTCTGTGG CACATATGGA TGGGAGACTC 
AGGTGTGGAG ATGAAATTAT TGAAATTAAC GAAGCTTCAG TACAAAATAC GACCCTTAAT 
GAAGTTTATG CTGTGCTAAC CCATTGTGAT CCAGGTGCAG TGCAGATTAT CATTAGCAGA 
CATCCTGAAC CACAGGTATC TGAGCAACAG CTAAAAGAAG CTGTTGCACA AGCTGTGGAA 
AACAACAGAT TTGGAAAGGA GAGACACCAA TGGAGTACTG AAGGTATAAA AAAATTAGAA 
ACGAGCTGGC ATGGAAGACA TCCATGTGAA AAACATATTG AAAGGAATGC TGCTCATTGC 
AACCACAGGA CACAGAAGCT AATGACCCGC TCCAGCAGCG ACAGCAGCTA CAACCCTAGG 
TCTTCCTGTG GTAATGGTGC TGCATACCAA CTGACTGACT TGAAAGCAAG AGTACATAGC 
ATGGATGTAC CAATTACCAG ACAACCTGGC CTGCTGTACT CATTGTCTGG TAATAATTCA 
GAGAGAAATT CCCCTCCTAC TTGTAGTGAG GAAGGTCGAC CCTTGCAAAA CACTAAGAAA 
TCATCAGAGA TCCTCGTTAG AAAACCTAAA TCATCAAAGC CCAAACCTCC ACCAAGGAAA 
TATTTTAAGC AGGACTGTAC CTGTAATGAC CAGCATGACG CAGACAGAAA AGAAAAGCTT 
GTATCGGAAG TGGCTGTATC ACCTTCTGCA ACTGTTCAGG AAGCTGGAGA ACCAATGCTA 
GAGGGACATC AAAGTGATGT AACCCACAGT GTCTTTACCA CTTCTACAGC ATACGATACT 
GAACACATAG CTGCTGTTCC AGCGGGCAGA GATCAAGAAA GAAAAGCAAA CTTGGGGAAT 
CCGCTTGCAT CGGTACAAAG GCCTATACTT AAAAGACAAG CACGGGTAGA TTATAGTCTT 
TATACAACAG AAGACCCTTG GGTTAAAATT TCCGACTGCA TAAAAAGTTT ATTTAATCCT 
ACCATGAGTG AAGACAACGT CCACTTAGAT TTGCAACCTG GAATCGACAC AAACAAAGAG 
AATCAAACTC GAAGCAGCTC AGAGACAGTT CTGAAGAAAT CAGAGTCAGA AATATTTGGT 
TCAAAAGTAC TAAAATCAGA TGAAAATGAC AGCGTGAAAA AGGGTCCTCC TGTTGCACCT 
AAGCCAGCTT GGTTTCGTCA AAGTCTGAAA GGACTGAGGA AAGCAAATTC AGATCTAAAA 
CCACAGGCAA ATCAAAGTCC TCCTAACCTT GAGAGCGTTT CCAGCAAAGA ACTGCTATCC 
AGCTTATCCC GTGTCTCTCC AAGGGGATCC TCAATAAAAC AAAGAATAAG CTCGTTTGAA 
TCCTTGAGTG CTCCGCAGTC ACCCGAAAAA ATACACCGAA GGTTTAGCCT GAAACCATCA 
GTTCAGAAAG AACATTCTCC CACTGCAACA GAGTCAGAAG TGGCTCCAGC CCATTTACAC 
CAAGCCTTCT TCCAACATTG TGAAACTAGC CAACAACAGT CAAAGTCACC TGTGGTCACG 
GGTACAAAGA GCCTAGATAG ATCTTCCTCT CCCAGGGAGG TTCTTGCAGC TAGCTCAGAG 
AAAAGCAACA ATGCCAACAC TGGAAATTCC TCGGATCTCT TAACTACAGA AGCTATTGCA 
ACTTCCCATC TTCCATCAGT AGCGAAAGCA CACAGCCTAA GATCACGAAG CTTCCCACTT 
ACTGCTACCC AGTCTTGTGA GATGATGAAG GCACATGATG AAAAGTGTAG CAAAATCTAT 
TCCATCAGTA ACCAGGTGTC ATCTGCTTTA ATGAAATCTT TGCTTTGCCT TCCTCAGTCT 
CCAGTCTCGT CTGGAAACAG CGCATGGGAA GCTCTGGACA CATTGTCTCA GTCCTCTGTG 
GAGGAGGATG GGACTTCTCT CTCACCCGCA AGTGAGAATC ATCATCTGGA CACTGGGTTT 
TCTCTAAACC TCTCCGAGTT GAGAGAATAT ACTGAGAGCC TAGCAGACAA TGAGAAAGAG 
GAAGAGAAAC AGGAACACGG CTCACCTCAA GCATCCGGTG TGTCAGGGCA GTCTGTCATC 
TCTCTGCTTT CCCCTGAAGA GTTAGCAAAG CTTATAGAGG AAGTCAAATC GCTAGATGAA 
GCAACCTTAA AGGAATTTGA TGATATTCAT GTTACAATTT TGCATAAAGA AGAAGATACT 
GGGCTCGGAT TCAGCCTGGC GGGGGGCGTT GATCTAGAAA ACAAAGTGAT AACAGTCCAC 
AAAGTGTTTC CCAATGGACT AGCATCTCAG GAAGGAACTA TTCAGAAAGG AGACGAAGTA 
CTATCCATTA ACGGAAAGTC TCTTAAAGGT GCGACTCACA ACGACGCCTC AGCGATCATG 
CGACAGGCTC GACAACCCAG ACAAGCTGTT GTTGTCACTA GAAAAGCTAA AGATAGAGAA 
AGAAATCTCA GTGTTTCAGT TGACTCTAGC ACATCTTCAG CACCAAGTGA TGCCTCACAA 
GAGTCTGCAA CTGAAGATAC AATCTGCACT GTAACTCTAG AAAAAACACC TGCCGGTTTA 
GGATTCAGTC TGGAAGGAGG GAAGGGCTCT ATTCATGGAG ATAAACCCAT CGTCATCAAC 
AGGATATTTA AAGGGACTGC ATTAGAACAA AGCAGCCCTG TTCAGCCTGG TGATGAGCTG 
CTACAAGTGC ACACAACTAC CATGCAAGGA CTCACTCGGT TTGAAGCATG GAATATAATC 
AAGTCGTTAC CTGATGGGCC CATCACAGCT ATCATCAAGA GGAAGAATTC GAGCTCTGTT 
ACCACCAAGT CATCTGAAAC TTTATAA

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

RefSeq	XP_009989000.1
CDS	88..4374
Translation	MSHKWENDRKKSSTTSSLKMDRKSNAGNRKSRKFRSISRSLILCNAKNSDDGSSPDEKCPDPFEISTSWGQDDFDCCARTQPLCTSETEHSPPDPPRVITSMFQSRAAGNENCNNIRRKLLTKDSCICRLCTTTGNRSSGIKLSRSPNCASLWKGFTGSHVPAGGTATRNGHLSPRDELLKLNGQSLKDLSSKEAESLIHPTTRLMNIMMASKETPTCKERLLEIQNGFLHNKAACQRTRSNSTSVDPCWRGETDGAARKAVPFGDRQPHPPHTTKnullLSQQLDCSGGRTPAISRPSRSLSTAQLVHMSCGSQASVISNIVLMKGQGKGLGFSIVGGKDSIYGPIGIYVKTIFPGGAAAADGRLQEGDEILELNGESMHGLTHYDALQKFKAKKGLLTLTVRTSFSTPHSASSCLSPHLCQSLSSSTCITKENSSFSSESAAFSLNSTKPNDRVIMEVTLNKEPGVGLGIGLCSIPYFQCISGIFIHTLSPGSVAHMDGRLRCGDEIIEINEASVQNTTLNEVYAVLTHCDPGAVQIIISRHPEPQVSEQQLKEAVAQAVENNRFGKERHQWSTEGIKKLETSWHGRHPCEKHIERNAAHCNHRTQKLMTRSSSDSSYNPRSSCGNGAAYQLTDLKARVHSMDVPITRQPGLLYSLSGNNSERNSPPTCSEEGRPLQNTKKSSEILVRKPKSSKPKPPPRKYFKQDCTCNDQHDADRKEKLVSEVAVSPSATVQEAGEPMLEGHQSDVTHSVFTTSTAYDTEHIAAVPAGRDQERKANLGNPLASVQRPILKRQARVDYSLYTTEDPWVKISDCIKSLFNPTMSEDNVHLDLQPGIDTNKENQTRSSSETVLKKSESEIFGSKVLKSDENDSVKKGPPVAPKPAWFRQSLKGLRKANSDLKPQANQSPPNLESVSSKELLSSLSRVSPRGSSIKQRISSFESLSAPQSPEKIHRRFSLKPSVQKEHSPTATESEVAPAHLHQAFFQHCETSQQQSKSPVVTGTKSLDRSSSPREVLAASSEKSNNANTGNSSDLLTTEAIATSHLPSVAKAHSLRSRSFPLTATQSCEMMKAHDEKCSKIYSISNQVSSALMKSLLCLPQSPVSSGNSAWEALDTLSQSSVEEDGTSLSPASENHHLDTGFSLNLSELREYTESLADNEKEEEKQEHGSPQASGVSGQSVISLLSPEELAKLIEEVKSLDEATLKEFDDIHVTILHKEEDTGLGFSLAGGVDLENKVITVHKVFPNGLASQEGTIQKGDEVLSINGKSLKGATHNDASAIMRQARQPRQAVVVTRKAKDRERNLSVSVDSSTSSAPSDASQESATEDTICTVTLEKTPAGLGFSLEGGKGSIHGDKPIVINRIFKGTALEQSSPVQPGDELLQVHTTTMQGLTRFEAWNIIKSLPDGPITAIIKRKNSSSVTTKSSETL

Target ORF information:

RefSeq Version	XM_009990698.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_009990698.1

ORF Insert Sequence:

ATGTCACATA AATGGGAGAA CGATAGGAAA AAGAGCAGCA CCACCAGCTC TCTGAAGATG 
GATCGAAAGA GCAATGCTGG GAACAGGAAG TCAAGAAAGT TTCGCTCCAT TTCAAGATCA 
CTTATACTTT GCAATGCCAA AAACAGTGAC GATGGGTCGA GTCCTGATGA GAAATGCCCT 
GATCCCTTTG AGATCTCTAC CAGTTGGGGT CAAGATGATT TTGACTGCTG TGCTAGAACA 
CAACCGCTAT GCACATCAGA GACAGAACAC AGCCCACCTG ATCCTCCGCG TGTGATCACC 
AGCATGTTCC AGTCCAGAGC CGCAGGAAAC GAGAACTGCA ACAACATAAG AAGAAAGTTA 
CTCACCAAGG ACAGCTGCAT CTGCAGGCTG TGTACAACCA CAGGGAATAG AAGCTCAGGA 
ATCAAGCTCT CGAGGAGTCC AAACTGTGCA TCTCTCTGGA AAGGGTTCAC AGGCAGCCAC 
GTGCCTGCTG GAGGCACAGC GACCAGGAAT GGTCATCTAA GCCCACGGGA TGAACTGTTA 
AAGCTAAATG GACAATCACT TAAAGATCTA TCCAGTAAGG AGGCTGAATC TCTCATTCAC 
CCAACAACGC GGCTGATGAA CATCATGATG GCTAGCAAAG AAACACCAAC CTGTAAGGAA 
AGGCTTCTGG AAATACAAAA TGGTTTTCTG CACAATAAAG CTGCATGTCA ACGGACTCGC 
AGTAACTCAA CCAGCGTGGA TCCGTGCTGG AGAGGGGAGA CGGATGGCGC GGCACGGAAA 
GCCGTGCCCT TCGGAGACCG GCAGCCCCAC CCCCCCCACA CCACAAAANN ACTTTCCCAG 
CAGCTGGACT GCTCTGGAGG GAGAACCCCC GCCATTTCGA GGCCGTCTAG ATCACTAAGT 
ACAGCACAGC TAGTGCACAT GTCCTGTGGC TCGCAGGCTT CTGTAATCTC AAACATCGTA 
TTGATGAAAG GACAAGGGAA GGGTTTGGGC TTCAGTATTG TTGGAGGGAA AGACAGCATT 
TATGGACCAA TAGGCATCTA TGTCAAAACC ATCTTTCCTG GTGGAGCTGC TGCTGCTGAC 
GGAAGGCTAC AAGAAGGTGA TGAAATCTTG GAACTGAATG GAGAATCCAT GCACGGATTA 
ACACACTATG ATGCTTTACA AAAATTCAAG GCCAAAAAGG GTCTTCTGAC ACTTACAGTC 
AGAACAAGCT TCAGCACGCC TCATTCTGCT TCCAGCTGTC TGTCACCCCA CTTGTGCCAG 
TCCCTGAGCT CTAGTACGTG CATAACCAAA GAAAACAGCT CTTTCAGTTC GGAAAGTGCA 
GCATTCTCAT TAAATTCTAC AAAGCCCAAT GACAGGGTCA TAATGGAAGT TACCCTAAAC 
AAAGAGCCAG GTGTTGGCCT TGGAATTGGT TTATGTAGCA TCCCTTACTT CCAGTGTATT 
TCAGGGATTT TTATTCACAC CCTCTCACCA GGCTCTGTGG CACATATGGA TGGGAGACTC 
AGGTGTGGAG ATGAAATTAT TGAAATTAAC GAAGCTTCAG TACAAAATAC GACCCTTAAT 
GAAGTTTATG CTGTGCTAAC CCATTGTGAT CCAGGTGCAG TGCAGATTAT CATTAGCAGA 
CATCCTGAAC CACAGGTATC TGAGCAACAG CTAAAAGAAG CTGTTGCACA AGCTGTGGAA 
AACAACAGAT TTGGAAAGGA GAGACACCAA TGGAGTACTG AAGGTATAAA AAAATTAGAA 
ACGAGCTGGC ATGGAAGACA TCCATGTGAA AAACATATTG AAAGGAATGC TGCTCATTGC 
AACCACAGGA CACAGAAGCT AATGACCCGC TCCAGCAGCG ACAGCAGCTA CAACCCTAGG 
TCTTCCTGTG GTAATGGTGC TGCATACCAA CTGACTGACT TGAAAGCAAG AGTACATAGC 
ATGGATGTAC CAATTACCAG ACAACCTGGC CTGCTGTACT CATTGTCTGG TAATAATTCA 
GAGAGAAATT CCCCTCCTAC TTGTAGTGAG GAAGGTCGAC CCTTGCAAAA CACTAAGAAA 
TCATCAGAGA TCCTCGTTAG AAAACCTAAA TCATCAAAGC CCAAACCTCC ACCAAGGAAA 
TATTTTAAGC AGGACTGTAC CTGTAATGAC CAGCATGACG CAGACAGAAA AGAAAAGCTT 
GTATCGGAAG TGGCTGTATC ACCTTCTGCA ACTGTTCAGG AAGCTGGAGA ACCAATGCTA 
GAGGGACATC AAAGTGATGT AACCCACAGT GTCTTTACCA CTTCTACAGC ATACGATACT 
GAACACATAG CTGCTGTTCC AGCGGGCAGA GATCAAGAAA GAAAAGCAAA CTTGGGGAAT 
CCGCTTGCAT CGGTACAAAG GCCTATACTT AAAAGACAAG CACGGGTAGA TTATAGTCTT 
TATACAACAG AAGACCCTTG GGTTAAAATT TCCGACTGCA TAAAAAGTTT ATTTAATCCT 
ACCATGAGTG AAGACAACGT CCACTTAGAT TTGCAACCTG GAATCGACAC AAACAAAGAG 
AATCAAACTC GAAGCAGCTC AGAGACAGTT CTGAAGAAAT CAGAGTCAGA AATATTTGGT 
TCAAAAGTAC TAAAATCAGA TGAAAATGAC AGCGTGAAAA AGGGTCCTCC TGTTGCACCT 
AAGCCAGCTT GGTTTCGTCA AAGTCTGAAA GGACTGAGGA AAGCAAATTC AGATCTAAAA 
CCACAGGCAA ATCAAAGTCC TCCTAACCTT GAGAGCGTTT CCAGCAAAGA ACTGCTATCC 
AGCTTATCCC GTGTCTCTCC AAGGGGATCC TCAATAAAAC AAAGAATAAG CTCGTTTGAA 
TCCTTGAGTG CTCCGCAGTC ACCCGAAAAA ATACACCGAA GGTTTAGCCT GAAACCATCA 
GTTCAGAAAG AACATTCTCC CACTGCAACA GAGTCAGAAG TGGCTCCAGC CCATTTACAC 
CAAGCCTTCT TCCAACATTG TGAAACTAGC CAACAACAGT CAAAGTCACC TGTGGTCACG 
GGTACAAAGA GCCTAGATAG ATCTTCCTCT CCCAGGGAGG TTCTTGCAGC TAGCTCAGAG 
AAAAGCAACA ATGCCAACAC TGGAAATTCC TCGGATCTCT TAACTACAGA AGCTATTGCA 
ACTTCCCATC TTCCATCAGT AGCGAAAGCA CACAGCCTAA GATCACGAAG CTTCCCACTT 
ACTGCTACCC AGTCTTGTGA GATGATGAAG GCACATGATG AAAAGTGTAG CAAAATCTAT 
TCCATCAGTA ACCAGGTGTC ATCTGCTTTA ATGAAATCTT TGCTTTGCCT TCCTCAGTCT 
CCAGTCTCGT CTGGAAACAG CGCATGGGAA GCTCTGGACA CATTGTCTCA GTCCTCTGTG 
GAGGAGGATG GGACTTCTCT CTCACCCGCA AGTGAGAATC ATCATCTGGA CACTGGGTTT 
TCTCTAAACC TCTCCGAGTT GAGAGAATAT ACTGAGAGCC TAGCAGACAA TGAGAAAGAG 
GAAGAGAAAC AGGAACACGG CTCACCTCAA GCATCCGGTG TGTCAGGGCA GTCTGTCATC 
TCTCTGCTTT CCCCTGAAGA GTTAGCAAAG CTTATAGAGG AAGTCAAATC GCTAGATGAA 
GCAACCTTAA AGGAATTTGA TGATATTCAT GTTACAATTT TGCATAAAGA AGAAGATACT 
GGGCTCGGAT TCAGCCTGGC GGGGGGCGTT GATCTAGAAA ACAAAGTGAT AACAGTCCAC 
AAAGTGTTTC CCAATGGACT AGCATCTCAG GAAGGAACTA TTCAGAAAGG AGACGAAGTA 
CTATCCATTA ACGGAAAGTC TCTTAAAGGT GCGACTCACA ACGACGCCTC AGCGATCATG 
CGACAGGCTC GACAACCCAG ACAAGCTGTT GTTGTCACTA GAAAAGCTAA AGATAGAGAA 
AGAAATCTCA GTGTTTCAGT TGACTCTAGC ACATCTTCAG CACCAAGTGA TGCCTCACAA 
GAGTCTGCAA CTGAAGATAC AATCTGCACT GTAACTCTAG AAAAAACACC TGCCGGTTTA 
GGATTCAGTC TGGAAGGAGG GAAGGGCTCT ATTCATGGAG ATAAACCCAT CGTCATCAAC 
AGGATATTTA AAGGGACTGC ATTAGAACAA AGCAGCCCTG TTCAGCCTGG TGATGAGCTG 
CTACAAGTGC ACACAACTAC CATGCAAGGA CTCACTCGGT TTGAAGCATG GAATATAATC 
AAGTCGTTAC CTGATGGGCC CATCACAGCT ATCATCAAGA GGAAGAATTC GAGCTCTGTT 
ACCACCAAGT CATCTGAAAC TTTATAA