IGSF10 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGSF10
Entrez Gene ID	104065276
Full Name	immunoglobulin superfamily member 10
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009567729.1	XP_009566024.1	LOW QUALITY PROTEIN: immunoglobulin superfamily member 10

Pathways from BioSystems
Gene Ontology

The following IGSF10 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IGSF10 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
OCu50354	XM_009567729.1 Latest version!	Cuculus canorus immunoglobulin superfamily, member 10 (IGSF10), 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)

IGSF10 ( XM_009567729.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009566024.1 Cuculus canorus immunoglobulin superfamily, member 10 (IGSF10), mRNA.

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CloneID	OCu50354
Clone ID Related Accession (Same CDS sequence)	XM_009567729.1
Accession Version	XM_009567729.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5898bp) 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: immunoglobulin superfamily member 10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009246299.1) 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 :: 3% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGAAACAG ATTTTTCTGG CCTGAAGAAA CTGGAGATAC TGATGCTGCA CAGCAATGAG 
ATAAATACAA TCCCCAATAA GGTGTTCAGT GATTTATATT CATTACAGGT CTTAAAAATG 
AGTTATAACA AGATCAGAGT ACTTAAGCAG GACGTTTTTT ATGGTCTGAA GAGCTTGGTA 
CGGTTGGATA TGGACCACAA TAAAATTGAG TTTGTAAATC CCAACGTTTT CTATGGACTC 
ACATCACTGA GGCTGGTCCA CTTGGAAGGA AATGTGCTGA AGCAGCTTCA TCCAGATACT 
TTCGTCACCT TGCGCTACAG CCAAATATTT AAAATATCCT TCATGAAGCA CATATATTTG 
TCTGACAATG TGTTGACTTC GCTACCACAA GATATGTTTT CCTACATTTC TGAGCTAGAG 
AGCATTTATC TTCATGGAAA CCCATGGTCC TGTGACTGCA GTCTACAGTG GTTTGCAGAA 
TGGGCAAAAC AGAGGCCAGA TGTCGTAAAG TGCAAAAATG ACAGAGGTTC TGGTGCTCAG 
CAATGCCCAG TTTGTGCTAG TCCCAAAAAT CACAAAGGGA AAAGCTTAGT GGATATTCCT 
TCTGCATCAT TAACCTGCAC TAAGCCAGCC ATACACGACT CCCTGAAGTT TAAAAACCTC 
ACAGTGCCAG ACGATGGGGA TTTTGGGTCC ATATCTCCCA AGGACTTCAT AGCTCCTATA 
GGATCCATGG TTTTGAACAT GACTGACCAA GCAGGAAATC AAGGTAACTT GGTTTGCAAC 
ATCCAAACAC CTAAAGGAAT GTCTCCCATC TCATTGGACA AAGACGGCAA CAATACAGTA 
CTCAAAACAT CAGTCTCAGC GTTTCTGGTC TGTGGCATTG ATTTTGAACA TATTCAGCAG 
CTGTGGAGCA TATTGGCACT GTACAGTAAT TCTCCCTTAA GACTGGAAAG GAATGTCCTA 
GTAACTAACG TGCCTTCTAT TACTTACAAA TATAAACAAA TCCACTCTGA AAAAGAGGAA 
CTTTTTACCA ATATAGAGAC TGAACTGAGA GCTGAACCAT CTTGGTTCAT GCAAAGCCAA 
GTGGCATTAC AGCTAGACAG GACAACAACC ACACTAAACA CGTTGCACAT CCAGTACTTC 
ACAGATGCTG AGATTGTTTT GCCCAGTGCT GACACAAAGC AGGCAAGAAG TGACTGGACC 
ATCATCCCCA GGGATAACTC AACACAAACA AAGCGCACTG TTTTGGTCGG GGGAACCATA 
GAACTGGAAT GCCAAGCAAT TGGAGAACCA GCTCCTACAA TAGAGTGGAT ATTGGCTGAT 
GGAAGCAAGG TGAGAGCTCC ATATATCAGT GAGGATGGAA GAATTCTAGT AGTTCAAACT 
GGAACGCTCA CATTACGGAC AGCCGATGCT TTTGACACTG GGCTTTATCA CTGCATAGGC 
ACAAATCACA ACGATGCAGA TACTGTCACA TTCAGAATTA CTGTGGTGGA ACCTCACGTG 
GAAGACGATA GTGTAAACGG AGCTCACCTT TCTACAGTTG TTGGCAGCAC ACTCTACCTT 
CCCTGTACAT CCACCGCTTC TCCAGATGCT GCCATTAGCT GGGTCCTACC TGAGGGTGTG 
ATTCTTCATC ATTCTGTAAG GAACAAACAG ATTTTCGACA ACGGTACCTT GAGAATAAAG 
GGGGTGACAG AGCGAGACAA TGGCTACTTT AGATGTGTTG CAGCCAACCA GTATGGTGTT 
GATCTTCTGG TTTTCCAAGT AACAGTTAGA AAGGACGAAA CTGCTCTAAA GGAAAAGCAG 
GTAGCTGTGG GAGAATGGGA AGAGGGTCAT GGCTCTGGCG ACGCAATGCT GGCCTCTGCT 
GCAGCACAGA AGCATCCTTT AGCTACTCCA GCTGCCTTGA CAGTTAATCA GGAACCTGCT 
GCCTCAGCAT CCAGAAACTG GGCATATAAA AGGAACAACT TCGGGAAGAT GACTTACAGG 
CGTTACAGGG ACAAAACGAG CAGGCGGTTT AGAGGACACA GAAGACAGTT TGTTTCGTCA 
GCCAGGAGGG TCGATCCGCA GCGCTGGGCG GCCTTTTTGG AAAAAACAAA GAGGAACTCA 
ACATTGATAG GAAAACAAGG AGATGTTGCA ACACCACCAC CCACTCAAGT CCCTCAGTTC 
TCAGCAGTAC CTGGGGGTGA GGAGGAAACA TCTGGGGATC TCATGTCTCC AGAGGAAGAA 
TTCATGATGC CAGTAACGAA GACAGCCACT GTATTTACTC TGGGGAGCGT GATAACCACA 
GGGGCTGAGA GGACTGCCAA AAGTAATAAC CAGCATTTAA AATCTCTATC TACGATACCC 
GTGACAGATG TTACAGACAC CAGCAAGTCT GTAACTTCCC AAAACACAAC AGGCAAGCCA 
CGTGCTTTTA CTGAGTCTGT TAATGAGATT TCCACCAAAG CAGATGATCA GGTATCTGTA 
GTGACAGTCA GTGACCCAAG TCCTGAATTT GGTCACATTT ATTTTCATAG TAGTCAGAAA 
CAAGTAACTC CTAAGGCACC ATTAGCCTCA CCTATCATAA CACATCAGCA AATGCAGATT 
ATTCAGGACG TTACACCCCA TACACCCCAG ACCCAGCAGC AATATGGAAG ACGAAGGAAG 
GTTTCTGGTA GGAGACGAAT TGTTACACCA GGACGTATTC CAAATATTAA AGAGCACAGA 
TATAATTTTG GGAGGCCAGG ATCTGTCAGA GGAAGGTGGG AAATCCCATT CCACCAGAAA 
CCCTCTGCTA AAGCCATGGA GAGAGGCAAC ACGTTAACTG TCAACACACT GACCACAGTG 
AAGTCATCAC CAATCACAAC TCCGCACGCT CCTCTGTGGG GAAGGGACAA GGACATTTCT 
GCCAAAGGCT GGTCTGAAAA GAGACAAGAT CAAGGAACTA CCAGCAACAA TCCTACAGCC 
CTGGACTCTT TAAGTAGAAA TCACTTTACG AAGCCCAGAA TAATTGGAGG AAAATTAGCT 
GCTTTTACTG TGCTGGCTAA TTCAGATGCT TTTATTCCTT GTGAAGCTAC TGGTAACCCT 
CGTCCAACAA TACAGTGGAC CAAAATATCA TCAGGGACCG GTGGTGTGGA AAGCCAAGGT 
GACAGCCAGT GGATGGTGTT TGCCAACGGC ACGCTCGCCA TCGCCCGGGC AGGCCTGGAG 
GACCGTGGGC AGTACCTGTG CACTGCAGCC AACCCACACG GCACGGCACG ACTCCTGGTC 
ACCTTGTCAG TAGTGGCCTA CCCACCCCGC ATCACCGGTG GCAGGTGGCA GCTCCTCACC 
GCTCACTCCG GAAAGCCAGT GGCACTCAAG TGCAGAGCTG AGGGCAGGCC GCCTCCCACC 
GTCTTGTGGG TTCTGGCAAA TAAAACGCAC ATCTCCGACT CTTCTCCAGG AAACGACAAA 
GTTCATGTGG AACCAGATGG CACTTTAATT ATCGAGGCAG TCACTGTTTA CGACAGGGGC 
CTCTACACGT GTGTGGCTAA AAACCCAGCG GGCACCGACA CGCTGGTTGT AAAACTGCAG 
GTCATTGCGG CACCTCCCGC TATTCTGGAA GAGAAGAGAC AACGTGTTGA AGGAACGATG 
GGGGAAAACA TGCAGCTCCC TTGCACCGTG AAAGGAAATC CTCAGCCCAC TGTCCACTGG 
GTCCTCTTTG ATGGCACAGT GGTGAAGCCT CTGCAGTTTG TAAATGGAAA GCTGTTCCTG 
TTCTCCAACG GTACCCTCCA CCTCAACAAC ATCATTCCTT CTGACAGCGG GAATTACGAA 
TGCATAGCCA CAAGCTCGAC TGGCTCGGAA AGGAGGGTGG TGAGCCTCGT GGTAGAACAC 
AGGGATACGC TTCCAAAAAT AGCTACTGCC TCTCAAGGAA TGACTCAGTT GAATTTTGGG 
GATAAGTTGC TTCTGAACTG CACAGCAACT GGGGAGCCAA AGCCCAGGAT CATCTGGAGG 
TTACCTTCCA AGGCAGTTGT TGACCAGTGG CACAGAATGG GAAGTCGAAT CCATGTCTAC 
CCCAATGGAT CCTTGGTTAT TGAAGCAGTT ACTGAAAAGG ATGCAGGTAA CTATTTGTGT 
GTCGCAAGAA ACAAAATTGG AGATGATCTT ATACTGATGA AAGTCAGGAT CACAATGAAA 
CCAGCCAAGA TTGACCAGAA ACAGCATTTC AAGAAACTGG TGCCATATGG AAAAGATTTC 
AAAGTGGATT GCAAAGCCTC TGGGTCACCC ACACCAGAAA TATCCTGGAG TTTGCCAGAT 
GGGACGGTGA TCAATAACGC GATGCTGGCA GATGACAGCG GACACAGGTC TCGCAGATAC 
ATCCTCTTTG ACAATGGAAC TCTGTATCTC AACAAAGCTG GAATAACAGA AGGAGGAGAT 
TACACCTGCT ATGCTCAAAA CACACTGGGA AGAGATGAAA TGAAGATCCA TGTCACGGTC 
GTCATGGCAG CCCCTCAAAT AAAGCACAAT TACAAGACTT ACATGAAAGT GAAAGCTGGA 
GATACAGCAT TACTGGACTG TGAAGCTGCT GGAGAACCCA AGCCAAAAAT ATTCTGGTTG 
CTTCCTTCTA GTGACATGAT CTCCTCGTCA ACAGCCAGAT ACTTCCTGCA TGTTAATGGT 
TCTCTATCAG TCGGTCAAGT CAAACTGTTA GATGCCGGGG AGTACATGTG CGTCGCTCGT 
AATCCTGGAG GGGATGATAC AAAATTGTAT AAGCTGGATG TTGTTGCTAA ACCCCCTATC 
ATAAATGGTT TATATGTGAA CAAAACAATC ATGACAGTGA CGGCAGTGAG GCATTCAAAG 
AAACGCATTG ACTGTAGGGC AGAAGGGAAC CCCCCGCCTC AGATTATGTG GATCATGCCT 
GATAATATTT TCCTAACAGC TCCGTATTAT GGGAGCAGGA TTGTAGTACA CCAAAACGGG 
ACACTTGAGA TTCGCAACGT AAGGCCTTCT GACACAGCAG CATTTATCTG TGTGGCACGT 
AATGATGGGG GGGAGAGTAT GTTGGTGGTG CAGCTGGAGG TGTTAGAAAT GCTAAGGCGA 
CCGATCTTTA AAAATCCATT CAATGAGAAA ATAATAGCAA CACCTGGAAA ACCTACAACA 
CTGAATTGTT CTGTGGATGG CAACCCTCCC CCTGACATAA GCTGGATGTT GCCTAATGGC 
ACGTGGTATT CCAGTGGCAT CAAGACTTCC CAGTTTCTCA CGGATAGCGG TGGTACCCTT 
ACCATCTACA ATCCCGACAA AGACAAAGCA GGAAAGTACC GCTGTGCTGC CAGGAATAAA 
GTTGGTTACA TTGAGAAGCT GCTCCTCGTG GAGGTTGGCC AGAAGCCCAC TATTCTCACG 
CACCCCAAGG GGCCAGTGAA GGGCGTTAGC GGGGAGCCAC TATCGCTTCA CTGCCTGTCT 
GACGGGAGTC CCCCACCAAG CACGGTGTGG ACGCTGCCGG GTGGCTCCGT GCTGGATCGG 
CCGCAGATCA ATAGGAAATA CCTGCTGCTG GAAAACGGCA CTCTGGTCAT ACGGGAAGCC 
ACCATTCACG ACCGAGGAAA TTACATGTGT AAGGCCCACA ATAACGCTGG AGAATCCTCT 
ATAAGCGTTC CTGTCGTTAT TATAGCCTAT GCCCCAAGGA TTACAGGCAG GCCACCGCAG 
ACCANNNNNN NNNNNNNCGG TNNTCAGCTC CACTGCATAG CGCTTGGAAT ACCAAAGCCA 
GAAATTACCT GGGAACTCCC TGACCACTCG GTACTCTCTA CAGGTAACCA AGACCGAGCA 
TTTGGAAGCA AACTGCTTCA TCCCTCGGGA ACGTTACTCA TCCAGAATCC CCGACCCTCA 
GATTCTGGCA CATACAAGTG CACAGCGAAG AACCATCTTG GCAGTGATTT CACAGTAACA 
TACGTTCACA TCATTTGA

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

RefSeq	XP_009566024.1
CDS	148..6045
Translation	METDFSGLKKLEILMLHSNEINTIPNKVFSDLYSLQVLKMSYNKIRVLKQDVFYGLKSLVRLDMDHNKIEFVNPNVFYGLTSLRLVHLEGNVLKQLHPDTFVTLRYSQIFKISFMKHIYLSDNVLTSLPQDMFSYISELESIYLHGNPWSCDCSLQWFAEWAKQRPDVVKCKNDRGSGAQQCPVCASPKNHKGKSLVDIPSASLTCTKPAIHDSLKFKNLTVPDDGDFGSISPKDFIAPIGSMVLNMTDQAGNQGNLVCNIQTPKGMSPISLDKDGNNTVLKTSVSAFLVCGIDFEHIQQLWSILALYSNSPLRLERNVLVTNVPSITYKYKQIHSEKEELFTNIETELRAEPSWFMQSQVALQLDRTTTTLNTLHIQYFTDAEIVLPSADTKQARSDWTIIPRDNSTQTKRTVLVGGTIELECQAIGEPAPTIEWILADGSKVRAPYISEDGRILVVQTGTLTLRTADAFDTGLYHCIGTNHNDADTVTFRITVVEPHVEDDSVNGAHLSTVVGSTLYLPCTSTASPDAAISWVLPEGVILHHSVRNKQIFDNGTLRIKGVTERDNGYFRCVAANQYGVDLLVFQVTVRKDETALKEKQVAVGEWEEGHGSGDAMLASAAAQKHPLATPAALTVNQEPAASASRNWAYKRNNFGKMTYRRYRDKTSRRFRGHRRQFVSSARRVDPQRWAAFLEKTKRNSTLIGKQGDVATPPPTQVPQFSAVPGGEEETSGDLMSPEEEFMMPVTKTATVFTLGSVITTGAERTAKSNNQHLKSLSTIPVTDVTDTSKSVTSQNTTGKPRAFTESVNEISTKADDQVSVVTVSDPSPEFGHIYFHSSQKQVTPKAPLASPIITHQQMQIIQDVTPHTPQTQQQYGRRRKVSGRRRIVTPGRIPNIKEHRYNFGRPGSVRGRWEIPFHQKPSAKAMERGNTLTVNTLTTVKSSPITTPHAPLWGRDKDISAKGWSEKRQDQGTTSNNPTALDSLSRNHFTKPRIIGGKLAAFTVLANSDAFIPCEATGNPRPTIQWTKISSGTGGVESQGDSQWMVFANGTLAIARAGLEDRGQYLCTAANPHGTARLLVTLSVVAYPPRITGGRWQLLTAHSGKPVALKCRAEGRPPPTVLWVLANKTHISDSSPGNDKVHVEPDGTLIIEAVTVYDRGLYTCVAKNPAGTDTLVVKLQVIAAPPAILEEKRQRVEGTMGENMQLPCTVKGNPQPTVHWVLFDGTVVKPLQFVNGKLFLFSNGTLHLNNIIPSDSGNYECIATSSTGSERRVVSLVVEHRDTLPKIATASQGMTQLNFGDKLLLNCTATGEPKPRIIWRLPSKAVVDQWHRMGSRIHVYPNGSLVIEAVTEKDAGNYLCVARNKIGDDLILMKVRITMKPAKIDQKQHFKKLVPYGKDFKVDCKASGSPTPEISWSLPDGTVINNAMLADDSGHRSRRYILFDNGTLYLNKAGITEGGDYTCYAQNTLGRDEMKIHVTVVMAAPQIKHNYKTYMKVKAGDTALLDCEAAGEPKPKIFWLLPSSDMISSSTARYFLHVNGSLSVGQVKLLDAGEYMCVARNPGGDDTKLYKLDVVAKPPIINGLYVNKTIMTVTAVRHSKKRIDCRAEGNPPPQIMWIMPDNIFLTAPYYGSRIVVHQNGTLEIRNVRPSDTAAFICVARNDGGESMLVVQLEVLEMLRRPIFKNPFNEKIIATPGKPTTLNCSVDGNPPPDISWMLPNGTWYSSGIKTSQFLTDSGGTLTIYNPDKDKAGKYRCAARNKVGYIEKLLLVEVGQKPTILTHPKGPVKGVSGEPLSLHCLSDGSPPPSTVWTLPGGSVLDRPQINRKYLLLENGTLVIREATIHDRGNYMCKAHNNAGESSISVPVVIIAYAPRITGRPPQTnullnullnullnullnullGnullQLHCIALGIPKPEITWELPDHSVLSTGNQDRAFGSKLLHPSGTLLIQNPRPSDSGTYKCTAKNHLGSDFTVTYVHII

Target ORF information:

RefSeq Version	XM_009567729.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus immunoglobulin superfamily, member 10 (IGSF10), mRNA.

Target ORF information:

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

XM_009567729.1

ORF Insert Sequence:

ATGGAAACAG ATTTTTCTGG CCTGAAGAAA CTGGAGATAC TGATGCTGCA CAGCAATGAG 
ATAAATACAA TCCCCAATAA GGTGTTCAGT GATTTATATT CATTACAGGT CTTAAAAATG 
AGTTATAACA AGATCAGAGT ACTTAAGCAG GACGTTTTTT ATGGTCTGAA GAGCTTGGTA 
CGGTTGGATA TGGACCACAA TAAAATTGAG TTTGTAAATC CCAACGTTTT CTATGGACTC 
ACATCACTGA GGCTGGTCCA CTTGGAAGGA AATGTGCTGA AGCAGCTTCA TCCAGATACT 
TTCGTCACCT TGCGCTACAG CCAAATATTT AAAATATCCT TCATGAAGCA CATATATTTG 
TCTGACAATG TGTTGACTTC GCTACCACAA GATATGTTTT CCTACATTTC TGAGCTAGAG 
AGCATTTATC TTCATGGAAA CCCATGGTCC TGTGACTGCA GTCTACAGTG GTTTGCAGAA 
TGGGCAAAAC AGAGGCCAGA TGTCGTAAAG TGCAAAAATG ACAGAGGTTC TGGTGCTCAG 
CAATGCCCAG TTTGTGCTAG TCCCAAAAAT CACAAAGGGA AAAGCTTAGT GGATATTCCT 
TCTGCATCAT TAACCTGCAC TAAGCCAGCC ATACACGACT CCCTGAAGTT TAAAAACCTC 
ACAGTGCCAG ACGATGGGGA TTTTGGGTCC ATATCTCCCA AGGACTTCAT AGCTCCTATA 
GGATCCATGG TTTTGAACAT GACTGACCAA GCAGGAAATC AAGGTAACTT GGTTTGCAAC 
ATCCAAACAC CTAAAGGAAT GTCTCCCATC TCATTGGACA AAGACGGCAA CAATACAGTA 
CTCAAAACAT CAGTCTCAGC GTTTCTGGTC TGTGGCATTG ATTTTGAACA TATTCAGCAG 
CTGTGGAGCA TATTGGCACT GTACAGTAAT TCTCCCTTAA GACTGGAAAG GAATGTCCTA 
GTAACTAACG TGCCTTCTAT TACTTACAAA TATAAACAAA TCCACTCTGA AAAAGAGGAA 
CTTTTTACCA ATATAGAGAC TGAACTGAGA GCTGAACCAT CTTGGTTCAT GCAAAGCCAA 
GTGGCATTAC AGCTAGACAG GACAACAACC ACACTAAACA CGTTGCACAT CCAGTACTTC 
ACAGATGCTG AGATTGTTTT GCCCAGTGCT GACACAAAGC AGGCAAGAAG TGACTGGACC 
ATCATCCCCA GGGATAACTC AACACAAACA AAGCGCACTG TTTTGGTCGG GGGAACCATA 
GAACTGGAAT GCCAAGCAAT TGGAGAACCA GCTCCTACAA TAGAGTGGAT ATTGGCTGAT 
GGAAGCAAGG TGAGAGCTCC ATATATCAGT GAGGATGGAA GAATTCTAGT AGTTCAAACT 
GGAACGCTCA CATTACGGAC AGCCGATGCT TTTGACACTG GGCTTTATCA CTGCATAGGC 
ACAAATCACA ACGATGCAGA TACTGTCACA TTCAGAATTA CTGTGGTGGA ACCTCACGTG 
GAAGACGATA GTGTAAACGG AGCTCACCTT TCTACAGTTG TTGGCAGCAC ACTCTACCTT 
CCCTGTACAT CCACCGCTTC TCCAGATGCT GCCATTAGCT GGGTCCTACC TGAGGGTGTG 
ATTCTTCATC ATTCTGTAAG GAACAAACAG ATTTTCGACA ACGGTACCTT GAGAATAAAG 
GGGGTGACAG AGCGAGACAA TGGCTACTTT AGATGTGTTG CAGCCAACCA GTATGGTGTT 
GATCTTCTGG TTTTCCAAGT AACAGTTAGA AAGGACGAAA CTGCTCTAAA GGAAAAGCAG 
GTAGCTGTGG GAGAATGGGA AGAGGGTCAT GGCTCTGGCG ACGCAATGCT GGCCTCTGCT 
GCAGCACAGA AGCATCCTTT AGCTACTCCA GCTGCCTTGA CAGTTAATCA GGAACCTGCT 
GCCTCAGCAT CCAGAAACTG GGCATATAAA AGGAACAACT TCGGGAAGAT GACTTACAGG 
CGTTACAGGG ACAAAACGAG CAGGCGGTTT AGAGGACACA GAAGACAGTT TGTTTCGTCA 
GCCAGGAGGG TCGATCCGCA GCGCTGGGCG GCCTTTTTGG AAAAAACAAA GAGGAACTCA 
ACATTGATAG GAAAACAAGG AGATGTTGCA ACACCACCAC CCACTCAAGT CCCTCAGTTC 
TCAGCAGTAC CTGGGGGTGA GGAGGAAACA TCTGGGGATC TCATGTCTCC AGAGGAAGAA 
TTCATGATGC CAGTAACGAA GACAGCCACT GTATTTACTC TGGGGAGCGT GATAACCACA 
GGGGCTGAGA GGACTGCCAA AAGTAATAAC CAGCATTTAA AATCTCTATC TACGATACCC 
GTGACAGATG TTACAGACAC CAGCAAGTCT GTAACTTCCC AAAACACAAC AGGCAAGCCA 
CGTGCTTTTA CTGAGTCTGT TAATGAGATT TCCACCAAAG CAGATGATCA GGTATCTGTA 
GTGACAGTCA GTGACCCAAG TCCTGAATTT GGTCACATTT ATTTTCATAG TAGTCAGAAA 
CAAGTAACTC CTAAGGCACC ATTAGCCTCA CCTATCATAA CACATCAGCA AATGCAGATT 
ATTCAGGACG TTACACCCCA TACACCCCAG ACCCAGCAGC AATATGGAAG ACGAAGGAAG 
GTTTCTGGTA GGAGACGAAT TGTTACACCA GGACGTATTC CAAATATTAA AGAGCACAGA 
TATAATTTTG GGAGGCCAGG ATCTGTCAGA GGAAGGTGGG AAATCCCATT CCACCAGAAA 
CCCTCTGCTA AAGCCATGGA GAGAGGCAAC ACGTTAACTG TCAACACACT GACCACAGTG 
AAGTCATCAC CAATCACAAC TCCGCACGCT CCTCTGTGGG GAAGGGACAA GGACATTTCT 
GCCAAAGGCT GGTCTGAAAA GAGACAAGAT CAAGGAACTA CCAGCAACAA TCCTACAGCC 
CTGGACTCTT TAAGTAGAAA TCACTTTACG AAGCCCAGAA TAATTGGAGG AAAATTAGCT 
GCTTTTACTG TGCTGGCTAA TTCAGATGCT TTTATTCCTT GTGAAGCTAC TGGTAACCCT 
CGTCCAACAA TACAGTGGAC CAAAATATCA TCAGGGACCG GTGGTGTGGA AAGCCAAGGT 
GACAGCCAGT GGATGGTGTT TGCCAACGGC ACGCTCGCCA TCGCCCGGGC AGGCCTGGAG 
GACCGTGGGC AGTACCTGTG CACTGCAGCC AACCCACACG GCACGGCACG ACTCCTGGTC 
ACCTTGTCAG TAGTGGCCTA CCCACCCCGC ATCACCGGTG GCAGGTGGCA GCTCCTCACC 
GCTCACTCCG GAAAGCCAGT GGCACTCAAG TGCAGAGCTG AGGGCAGGCC GCCTCCCACC 
GTCTTGTGGG TTCTGGCAAA TAAAACGCAC ATCTCCGACT CTTCTCCAGG AAACGACAAA 
GTTCATGTGG AACCAGATGG CACTTTAATT ATCGAGGCAG TCACTGTTTA CGACAGGGGC 
CTCTACACGT GTGTGGCTAA AAACCCAGCG GGCACCGACA CGCTGGTTGT AAAACTGCAG 
GTCATTGCGG CACCTCCCGC TATTCTGGAA GAGAAGAGAC AACGTGTTGA AGGAACGATG 
GGGGAAAACA TGCAGCTCCC TTGCACCGTG AAAGGAAATC CTCAGCCCAC TGTCCACTGG 
GTCCTCTTTG ATGGCACAGT GGTGAAGCCT CTGCAGTTTG TAAATGGAAA GCTGTTCCTG 
TTCTCCAACG GTACCCTCCA CCTCAACAAC ATCATTCCTT CTGACAGCGG GAATTACGAA 
TGCATAGCCA CAAGCTCGAC TGGCTCGGAA AGGAGGGTGG TGAGCCTCGT GGTAGAACAC 
AGGGATACGC TTCCAAAAAT AGCTACTGCC TCTCAAGGAA TGACTCAGTT GAATTTTGGG 
GATAAGTTGC TTCTGAACTG CACAGCAACT GGGGAGCCAA AGCCCAGGAT CATCTGGAGG 
TTACCTTCCA AGGCAGTTGT TGACCAGTGG CACAGAATGG GAAGTCGAAT CCATGTCTAC 
CCCAATGGAT CCTTGGTTAT TGAAGCAGTT ACTGAAAAGG ATGCAGGTAA CTATTTGTGT 
GTCGCAAGAA ACAAAATTGG AGATGATCTT ATACTGATGA AAGTCAGGAT CACAATGAAA 
CCAGCCAAGA TTGACCAGAA ACAGCATTTC AAGAAACTGG TGCCATATGG AAAAGATTTC 
AAAGTGGATT GCAAAGCCTC TGGGTCACCC ACACCAGAAA TATCCTGGAG TTTGCCAGAT 
GGGACGGTGA TCAATAACGC GATGCTGGCA GATGACAGCG GACACAGGTC TCGCAGATAC 
ATCCTCTTTG ACAATGGAAC TCTGTATCTC AACAAAGCTG GAATAACAGA AGGAGGAGAT 
TACACCTGCT ATGCTCAAAA CACACTGGGA AGAGATGAAA TGAAGATCCA TGTCACGGTC 
GTCATGGCAG CCCCTCAAAT AAAGCACAAT TACAAGACTT ACATGAAAGT GAAAGCTGGA 
GATACAGCAT TACTGGACTG TGAAGCTGCT GGAGAACCCA AGCCAAAAAT ATTCTGGTTG 
CTTCCTTCTA GTGACATGAT CTCCTCGTCA ACAGCCAGAT ACTTCCTGCA TGTTAATGGT 
TCTCTATCAG TCGGTCAAGT CAAACTGTTA GATGCCGGGG AGTACATGTG CGTCGCTCGT 
AATCCTGGAG GGGATGATAC AAAATTGTAT AAGCTGGATG TTGTTGCTAA ACCCCCTATC 
ATAAATGGTT TATATGTGAA CAAAACAATC ATGACAGTGA CGGCAGTGAG GCATTCAAAG 
AAACGCATTG ACTGTAGGGC AGAAGGGAAC CCCCCGCCTC AGATTATGTG GATCATGCCT 
GATAATATTT TCCTAACAGC TCCGTATTAT GGGAGCAGGA TTGTAGTACA CCAAAACGGG 
ACACTTGAGA TTCGCAACGT AAGGCCTTCT GACACAGCAG CATTTATCTG TGTGGCACGT 
AATGATGGGG GGGAGAGTAT GTTGGTGGTG CAGCTGGAGG TGTTAGAAAT GCTAAGGCGA 
CCGATCTTTA AAAATCCATT CAATGAGAAA ATAATAGCAA CACCTGGAAA ACCTACAACA 
CTGAATTGTT CTGTGGATGG CAACCCTCCC CCTGACATAA GCTGGATGTT GCCTAATGGC 
ACGTGGTATT CCAGTGGCAT CAAGACTTCC CAGTTTCTCA CGGATAGCGG TGGTACCCTT 
ACCATCTACA ATCCCGACAA AGACAAAGCA GGAAAGTACC GCTGTGCTGC CAGGAATAAA 
GTTGGTTACA TTGAGAAGCT GCTCCTCGTG GAGGTTGGCC AGAAGCCCAC TATTCTCACG 
CACCCCAAGG GGCCAGTGAA GGGCGTTAGC GGGGAGCCAC TATCGCTTCA CTGCCTGTCT 
GACGGGAGTC CCCCACCAAG CACGGTGTGG ACGCTGCCGG GTGGCTCCGT GCTGGATCGG 
CCGCAGATCA ATAGGAAATA CCTGCTGCTG GAAAACGGCA CTCTGGTCAT ACGGGAAGCC 
ACCATTCACG ACCGAGGAAA TTACATGTGT AAGGCCCACA ATAACGCTGG AGAATCCTCT 
ATAAGCGTTC CTGTCGTTAT TATAGCCTAT GCCCCAAGGA TTACAGGCAG GCCACCGCAG 
ACCANNNNNN NNNNNNNCGG TNNTCAGCTC CACTGCATAG CGCTTGGAAT ACCAAAGCCA 
GAAATTACCT GGGAACTCCC TGACCACTCG GTACTCTCTA CAGGTAACCA AGACCGAGCA 
TTTGGAAGCA AACTGCTTCA TCCCTCGGGA ACGTTACTCA TCCAGAATCC CCGACCCTCA 
GATTCTGGCA CATACAAGTG CACAGCGAAG AACCATCTTG GCAGTGATTT CACAGTAACA 
TACGTTCACA TCATTTGA