STK36 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	STK36
Entrez Gene ID	104056643
Full Name	serine/threonine kinase 36
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009557917.1	XP_009556212.1	LOW QUALITY PROTEIN: serine/threonine-protein kinase 36

Pathways from BioSystems
Gene Ontology

The following STK36 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the STK36 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
OCu37195	XM_009557917.1 Latest version!	Cuculus canorus serine/threonine kinase 36 (STK36), 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)

STK36 ( XM_009557917.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009556212.1 Cuculus canorus serine/threonine kinase 36 (STK36), mRNA.

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CloneID	OCu37195
Clone ID Related Accession (Same CDS sequence)	XM_009557917.1
Accession Version	XM_009557917.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4044bp) 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: serine/threonine-protein kinase 36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009243373.1) 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 :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGAGAAGT ACCACGTCCT GGAGGTGATC GGCGAAGGCT CCTTCGGGCG CGTGTACAAG 
GGGCGCCGGA AACAGAGCGC CCAGGTGGTA GCCTTGAAGT TCATCCCCAA GGTGGGGCGG 
TCTGAGAAGG AGCTGAAGAA CCTGCAACGG GAAATTGAGA TCATGAGAGG CCTTCATCAT 
CCCAACATCA TTCAGATGCT CGACAGCTTT GAGACTGACA AGGAGGTGGT GGTGGTGACC 
GACTACGCAG AGGGGGAGCT CTTCCAGATG CTGGAGGATG ATGGAAGTTT GCCTGAGGAC 
CAGGTGCAGA CCATAGCTGC CCAGCTGGTT TCTGCTCTGT ATTACCTGCA CTCTCACCGC 
ATCCTGCACC GTGACATGAA ACCCCAGAAC ATCCTGCTGG GCAAAGACGG CGTTGTCAAG 
CTCTGTGACT TCGGATTTGC CCGTGCCATG AGCATCCACA CCATGGTGCT GACCTCCATC 
AAGGGCACCC CGCTGTACAT GTCCCCTGAG CTGGTGGAGG AGCGGCCGTA TGACCACACG 
GCGGACCTGT GGTCTGTGGG CTGCATACTG TACGAGCTGT TCGTGGGCAC CCCACCCTTC 
TACACCAGCA GCATCTTCCA GCTCGTCAGC CTCATTGTCA AAAACCCTGT CAAATGGCCT 
GCGTCTATAA GCCCAGTCTT CAAGAGCTTC CTACAGGGAC TGCTAATGAA GGACCCCCGC 
CAGCGCCTGT CATGGCCCGA GCTGCTCTCT CACCCCTTCA TTGCTGGGCG GGTTACTGTG 
GTTGATGACA CAGAAGAGCA TGGGATCTCA AACCCCTTCA CCACCAAGCT GACCCCAGAG 
CTGCAGGCCC TGAAAGAACA GCAAGCCTAT TCCGTGGCCC CCAGGAGTGG CCAGTCCAGG 
ATCCTGAGAA AGGCCCGTCA GAAGATGATT GAGGAGGCAC GGAAAAAGGG GCAACCGGAG 
GCAGGTGGTA TGTGCACAGA GGACTTTGGT GATGGATGTT CAGGGCTTAG ACCCAGAGCA 
GCTCGGGGTA AGGCAGCCCT TGGGGACAGG GAGCCACCGG CTGCCTCCAA AGAGAAGAAC 
CCTGGTGTCC TGCAAGGAAA GAACAGCATG GCAGAGTGGG AGCTGGAGGA GCCTCCTCCC 
AACCCACGGG AGCACAGCAT CACTCGAGAC TTCGAGCGGG AGCTTCCTGG AGCAGGTACC 
TCTCTGCAGG TGAGTGCTGG CAGGGCAGAG CCTGTGGGCA GGTGCAGCAC TGAGACTGTG 
GACCTGGAGA GTAAGGAGCT GGAGAGCAAT GAGGAGTGGC AGCATCTGAT CAAGGCCACT 
GAGCCCTCGG CCATGCAGCT GAGCACAGCA CTGAGCCTCC TGAGGGACCC GGCCTTCCGG 
CACCGTGTCC AGGCTTGCCT GGCAGACTCT GCTCAGCAGG TGCTGGAAGG GATGCTGGAG 
GGAGCCTCCC TTTTCTGTCC TGTGCTCCGT GTTGTGGGCA ATCTCCTGGC AAGCCGGTGT 
GACTCAGAGC TGCTGGACCA TTTCTGCCGA GAGCTGAATG TGCCTCTGTC TCTACTGTGT 
CTAGCCAAGC AGATCCTGGA GAGTGGAAGC ACGAAGCAGC AGCCCTGGTG TATCACAGTA 
CTGACAGATC TCCTTGTGGT GACCACAGTT TATTTTAGCA GTGAGCGCAG CCTGGAGGAG 
AGTGGGCAAA AGGACAGCAT GCAGGTCTTC CGGGAGAGTG CTGGCTGCTT CCTGGCCCTG 
CTGCCAAAGC TGCTGGCTGA GCCAGCTGAC AGTGAGATGA GACTCTGCCA GCAAAGCCTT 
GTGTGCTTCA CCCTGCTCTG TGAGAGCCTG GATGCGACAC ACCCTTCTGT TTCTGCCCCG 
TTCTATGCCA GTCTGCAAAA GGAGCATCAG GCCCTACTGA ATAGACTCCT CCAGGGATCC 
ATCTCAGAGC AACCTGCTCT GCGAGGTGCA GCAATGGAGG ACCAGTCAGC CCATGCCCAG 
AGTCCATGTG TGGCAGACCT CTTCATGGCA GCATTGGCTG CTGCCTGCAC CATCCCTGTG 
CAGAGGAACA GCTGTCGGGA AGCCAAGCAG CAGGTTGCTC GGGAGGTAGC TGAAAAGCTT 
ATGGAGGGAG AGAGCCAGCA GCTTGAGAGA CTGTTGGGGA GACTGGAGCA CCCAAGCTGC 
TCCTTGAACA TGCTGAAGAT CCTCTATGCT GGCTGCCATG CCAGCCTGAG CCTGTGCCAG 
CACCTGGGAA GGAGCCAACA ACTGTGGGAT TCTCTCATGC AGCTTTTGAA GGGCGAGGTC 
CCCATGGCGG AGGTGGCCCA GGGGGCAGCC TGTGAGGCCT CTCTGTACCT GCTGGCCCTG 
CTCACCCTGC AGCTCCAGGC CTCCCCTCCC AGGCTTGAAG AAGTGGTTAC CCTGACCATA 
GGTCTCATCA CCCAGTCTCC TGTCATCTCC ATTGTGGGCG CTGCAGTGTT CCTCCTGGCA 
CAGCTCAGTC TGCATGAGGT GGCCTTGAAA CTTGAGGAAG AAGAGATCCT ACCAGCGGTG 
ACAAATGTGC TGACGGCGTC TGTTAAGGTA CGAGATGGGA ACAGGAGCAG GGGAGCTTTT 
GACCATCTCT TTTGGCAGGG AACAGCCCTG CTGAAAGATG ATGATGTGGC CATGGAGCAG 
GACTTTGCCA CCTCAGAGCC GTGGAGTGTG GTGTGGCATC GTGTTGCTGC GGTGCTTTCT 
GTGGGCAGCC ACAGGGCATC ACTGGAGGGA GACCCAGCAG AGGCAGATCA CCACATGGCA 
GAGCCAGACT GGAACCTCCT CTCCCCTCAA GGCACCCTAG TCTTCCTTAG CCTGGCACTC 
TTGATCTTCA CTCGTGAGTT CCACCGCTGC CTGCCTCAGC TCACCCAGTC CCACGGTGTC 
CTCATGGTCA CACTGAAGAG GCTGCTGTCC CCTGACTTCC TGGCATGCCT AGCACAGACG 
CAAGCAGGAG AGGATGGGGA CCCTGAGCTT GTCCCAGCTG TTGTGATCCA TGCCTGCCAG 
CTCCTCTGTT TTCCTTTTGC TCTGGATGTG GATGAAGACA CCTTAGCGTT GGTCACGGAG 
GCTGTGAGAG ATGCCCAGAT CCCTGCCCAG CTGCTGCAGG TCTGCTCTCG CCATCTGCCC 
TTCTTGCATG CTGAGCTCCC TGTGAGCCTC TTGTGTCACC TCATTGTGTC TGACGAGCAG 
GTCATAGACC AAATCGTGAG GGCAGCTGCC ACATCAGAAG ACAATATTGC CTTTCTGACG 
ACTGCCTTGT TTTCAGACAG CGTCACGCTC TCAACTGACC TCCTGTCTCT CTTGACCCAT 
GTGGCCCGGG CCTCTCCAAA ACACCTGCCC TTTCTCCAGA GGATCCTGAA GGGGTTGGAT 
GTGGCTGACC AGCCACTGAC TCACCTGCTT GGCCACCAGC AATACCTGAT ACGGGCCAGA 
ACCTGCAACC TGTTGGGCAA CCTGCTCCGA CATGGCTTTC CGCAGGTGCT GCAGAGCCAG 
CCCAGCTTGC TGGAGAGCGT GCTGGGGTGC CTGGTGGACC AGGAGGAGAG TGTGCGCAAA 
GCAGCCAGCT TCGCAGTGGG CAATGCCGCC TACCACGAGT CCTGCCCGGC TGGGACCCTG 
GGCAGGGCTG TGCCCAGGCT GATGTGGCTG TTGAGTGACA CGCAGACCAG GACGCGCTGC 
AACGCAGCCT CGGCCCTTGG AAACCTAGGC TGTCGCTGGG CAGAGCTGGG GAACCTGCTG 
ATGGAGAGCA GGGTCCCGCA CGTCCTGCTG GAGGTGGCCT GCCGGGATCC CCAGGAGAGC 
GTGCGGGAGA GAGCGCTTGT GGCACTGCGG GCCCTCAGCC GGCACCCCGG GATACAGGAG 
GCCCTGCTGT CCCTCAGAGC CACCGAGAAG CTGGCCNNGC TGGCCACCAG CGACTTGCAG 
CCCACTGCCC GGGGAAGCCC CCGGCTGCCT TCTGCGCGGC ACTGTGAGAA ACTCCTCCGC 
CTCCTCGCAC CCCTGCACAG CGGCGCGGGA AGCGTCCCCG GCCCCCTAGA CTCCGGGAAT 
TCCGCTGCCC CGCAGCCGCG CTGA

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

RefSeq	XP_009556212.1
CDS	1..4044
Translation	MEKYHVLEVIGEGSFGRVYKGRRKQSAQVVALKFIPKVGRSEKELKNLQREIEIMRGLHHPNIIQMLDSFETDKEVVVVTDYAEGELFQMLEDDGSLPEDQVQTIAAQLVSALYYLHSHRILHRDMKPQNILLGKDGVVKLCDFGFARAMSIHTMVLTSIKGTPLYMSPELVEERPYDHTADLWSVGCILYELFVGTPPFYTSSIFQLVSLIVKNPVKWPASISPVFKSFLQGLLMKDPRQRLSWPELLSHPFIAGRVTVVDDTEEHGISNPFTTKLTPELQALKEQQAYSVAPRSGQSRILRKARQKMIEEARKKGQPEAGGMCTEDFGDGCSGLRPRAARGKAALGDREPPAASKEKNPGVLQGKNSMAEWELEEPPPNPREHSITRDFERELPGAGTSLQVSAGRAEPVGRCSTETVDLESKELESNEEWQHLIKATEPSAMQLSTALSLLRDPAFRHRVQACLADSAQQVLEGMLEGASLFCPVLRVVGNLLASRCDSELLDHFCRELNVPLSLLCLAKQILESGSTKQQPWCITVLTDLLVVTTVYFSSERSLEESGQKDSMQVFRESAGCFLALLPKLLAEPADSEMRLCQQSLVCFTLLCESLDATHPSVSAPFYASLQKEHQALLNRLLQGSISEQPALRGAAMEDQSAHAQSPCVADLFMAALAAACTIPVQRNSCREAKQQVAREVAEKLMEGESQQLERLLGRLEHPSCSLNMLKILYAGCHASLSLCQHLGRSQQLWDSLMQLLKGEVPMAEVAQGAACEASLYLLALLTLQLQASPPRLEEVVTLTIGLITQSPVISIVGAAVFLLAQLSLHEVALKLEEEEILPAVTNVLTASVKVRDGNRSRGAFDHLFWQGTALLKDDDVAMEQDFATSEPWSVVWHRVAAVLSVGSHRASLEGDPAEADHHMAEPDWNLLSPQGTLVFLSLALLIFTREFHRCLPQLTQSHGVLMVTLKRLLSPDFLACLAQTQAGEDGDPELVPAVVIHACQLLCFPFALDVDEDTLALVTEAVRDAQIPAQLLQVCSRHLPFLHAELPVSLLCHLIVSDEQVIDQIVRAAATSEDNIAFLTTALFSDSVTLSTDLLSLLTHVARASPKHLPFLQRILKGLDVADQPLTHLLGHQQYLIRARTCNLLGNLLRHGFPQVLQSQPSLLESVLGCLVDQEESVRKAASFAVGNAAYHESCPAGTLGRAVPRLMWLLSDTQTRTRCNAASALGNLGCRWAELGNLLMESRVPHVLLEVACRDPQESVRERALVALRALSRHPGIQEALLSLRATEKLAnullLATSDLQPTARGSPRLPSARHCEKLLRLLAPLHSGAGSVPGPLDSGNSAAPQPR

Target ORF information:

RefSeq Version	XM_009557917.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus serine/threonine kinase 36 (STK36), mRNA.

Target ORF information:

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

XM_009557917.1

ORF Insert Sequence:

ATGGAGAAGT ACCACGTCCT GGAGGTGATC GGCGAAGGCT CCTTCGGGCG CGTGTACAAG 
GGGCGCCGGA AACAGAGCGC CCAGGTGGTA GCCTTGAAGT TCATCCCCAA GGTGGGGCGG 
TCTGAGAAGG AGCTGAAGAA CCTGCAACGG GAAATTGAGA TCATGAGAGG CCTTCATCAT 
CCCAACATCA TTCAGATGCT CGACAGCTTT GAGACTGACA AGGAGGTGGT GGTGGTGACC 
GACTACGCAG AGGGGGAGCT CTTCCAGATG CTGGAGGATG ATGGAAGTTT GCCTGAGGAC 
CAGGTGCAGA CCATAGCTGC CCAGCTGGTT TCTGCTCTGT ATTACCTGCA CTCTCACCGC 
ATCCTGCACC GTGACATGAA ACCCCAGAAC ATCCTGCTGG GCAAAGACGG CGTTGTCAAG 
CTCTGTGACT TCGGATTTGC CCGTGCCATG AGCATCCACA CCATGGTGCT GACCTCCATC 
AAGGGCACCC CGCTGTACAT GTCCCCTGAG CTGGTGGAGG AGCGGCCGTA TGACCACACG 
GCGGACCTGT GGTCTGTGGG CTGCATACTG TACGAGCTGT TCGTGGGCAC CCCACCCTTC 
TACACCAGCA GCATCTTCCA GCTCGTCAGC CTCATTGTCA AAAACCCTGT CAAATGGCCT 
GCGTCTATAA GCCCAGTCTT CAAGAGCTTC CTACAGGGAC TGCTAATGAA GGACCCCCGC 
CAGCGCCTGT CATGGCCCGA GCTGCTCTCT CACCCCTTCA TTGCTGGGCG GGTTACTGTG 
GTTGATGACA CAGAAGAGCA TGGGATCTCA AACCCCTTCA CCACCAAGCT GACCCCAGAG 
CTGCAGGCCC TGAAAGAACA GCAAGCCTAT TCCGTGGCCC CCAGGAGTGG CCAGTCCAGG 
ATCCTGAGAA AGGCCCGTCA GAAGATGATT GAGGAGGCAC GGAAAAAGGG GCAACCGGAG 
GCAGGTGGTA TGTGCACAGA GGACTTTGGT GATGGATGTT CAGGGCTTAG ACCCAGAGCA 
GCTCGGGGTA AGGCAGCCCT TGGGGACAGG GAGCCACCGG CTGCCTCCAA AGAGAAGAAC 
CCTGGTGTCC TGCAAGGAAA GAACAGCATG GCAGAGTGGG AGCTGGAGGA GCCTCCTCCC 
AACCCACGGG AGCACAGCAT CACTCGAGAC TTCGAGCGGG AGCTTCCTGG AGCAGGTACC 
TCTCTGCAGG TGAGTGCTGG CAGGGCAGAG CCTGTGGGCA GGTGCAGCAC TGAGACTGTG 
GACCTGGAGA GTAAGGAGCT GGAGAGCAAT GAGGAGTGGC AGCATCTGAT CAAGGCCACT 
GAGCCCTCGG CCATGCAGCT GAGCACAGCA CTGAGCCTCC TGAGGGACCC GGCCTTCCGG 
CACCGTGTCC AGGCTTGCCT GGCAGACTCT GCTCAGCAGG TGCTGGAAGG GATGCTGGAG 
GGAGCCTCCC TTTTCTGTCC TGTGCTCCGT GTTGTGGGCA ATCTCCTGGC AAGCCGGTGT 
GACTCAGAGC TGCTGGACCA TTTCTGCCGA GAGCTGAATG TGCCTCTGTC TCTACTGTGT 
CTAGCCAAGC AGATCCTGGA GAGTGGAAGC ACGAAGCAGC AGCCCTGGTG TATCACAGTA 
CTGACAGATC TCCTTGTGGT GACCACAGTT TATTTTAGCA GTGAGCGCAG CCTGGAGGAG 
AGTGGGCAAA AGGACAGCAT GCAGGTCTTC CGGGAGAGTG CTGGCTGCTT CCTGGCCCTG 
CTGCCAAAGC TGCTGGCTGA GCCAGCTGAC AGTGAGATGA GACTCTGCCA GCAAAGCCTT 
GTGTGCTTCA CCCTGCTCTG TGAGAGCCTG GATGCGACAC ACCCTTCTGT TTCTGCCCCG 
TTCTATGCCA GTCTGCAAAA GGAGCATCAG GCCCTACTGA ATAGACTCCT CCAGGGATCC 
ATCTCAGAGC AACCTGCTCT GCGAGGTGCA GCAATGGAGG ACCAGTCAGC CCATGCCCAG 
AGTCCATGTG TGGCAGACCT CTTCATGGCA GCATTGGCTG CTGCCTGCAC CATCCCTGTG 
CAGAGGAACA GCTGTCGGGA AGCCAAGCAG CAGGTTGCTC GGGAGGTAGC TGAAAAGCTT 
ATGGAGGGAG AGAGCCAGCA GCTTGAGAGA CTGTTGGGGA GACTGGAGCA CCCAAGCTGC 
TCCTTGAACA TGCTGAAGAT CCTCTATGCT GGCTGCCATG CCAGCCTGAG CCTGTGCCAG 
CACCTGGGAA GGAGCCAACA ACTGTGGGAT TCTCTCATGC AGCTTTTGAA GGGCGAGGTC 
CCCATGGCGG AGGTGGCCCA GGGGGCAGCC TGTGAGGCCT CTCTGTACCT GCTGGCCCTG 
CTCACCCTGC AGCTCCAGGC CTCCCCTCCC AGGCTTGAAG AAGTGGTTAC CCTGACCATA 
GGTCTCATCA CCCAGTCTCC TGTCATCTCC ATTGTGGGCG CTGCAGTGTT CCTCCTGGCA 
CAGCTCAGTC TGCATGAGGT GGCCTTGAAA CTTGAGGAAG AAGAGATCCT ACCAGCGGTG 
ACAAATGTGC TGACGGCGTC TGTTAAGGTA CGAGATGGGA ACAGGAGCAG GGGAGCTTTT 
GACCATCTCT TTTGGCAGGG AACAGCCCTG CTGAAAGATG ATGATGTGGC CATGGAGCAG 
GACTTTGCCA CCTCAGAGCC GTGGAGTGTG GTGTGGCATC GTGTTGCTGC GGTGCTTTCT 
GTGGGCAGCC ACAGGGCATC ACTGGAGGGA GACCCAGCAG AGGCAGATCA CCACATGGCA 
GAGCCAGACT GGAACCTCCT CTCCCCTCAA GGCACCCTAG TCTTCCTTAG CCTGGCACTC 
TTGATCTTCA CTCGTGAGTT CCACCGCTGC CTGCCTCAGC TCACCCAGTC CCACGGTGTC 
CTCATGGTCA CACTGAAGAG GCTGCTGTCC CCTGACTTCC TGGCATGCCT AGCACAGACG 
CAAGCAGGAG AGGATGGGGA CCCTGAGCTT GTCCCAGCTG TTGTGATCCA TGCCTGCCAG 
CTCCTCTGTT TTCCTTTTGC TCTGGATGTG GATGAAGACA CCTTAGCGTT GGTCACGGAG 
GCTGTGAGAG ATGCCCAGAT CCCTGCCCAG CTGCTGCAGG TCTGCTCTCG CCATCTGCCC 
TTCTTGCATG CTGAGCTCCC TGTGAGCCTC TTGTGTCACC TCATTGTGTC TGACGAGCAG 
GTCATAGACC AAATCGTGAG GGCAGCTGCC ACATCAGAAG ACAATATTGC CTTTCTGACG 
ACTGCCTTGT TTTCAGACAG CGTCACGCTC TCAACTGACC TCCTGTCTCT CTTGACCCAT 
GTGGCCCGGG CCTCTCCAAA ACACCTGCCC TTTCTCCAGA GGATCCTGAA GGGGTTGGAT 
GTGGCTGACC AGCCACTGAC TCACCTGCTT GGCCACCAGC AATACCTGAT ACGGGCCAGA 
ACCTGCAACC TGTTGGGCAA CCTGCTCCGA CATGGCTTTC CGCAGGTGCT GCAGAGCCAG 
CCCAGCTTGC TGGAGAGCGT GCTGGGGTGC CTGGTGGACC AGGAGGAGAG TGTGCGCAAA 
GCAGCCAGCT TCGCAGTGGG CAATGCCGCC TACCACGAGT CCTGCCCGGC TGGGACCCTG 
GGCAGGGCTG TGCCCAGGCT GATGTGGCTG TTGAGTGACA CGCAGACCAG GACGCGCTGC 
AACGCAGCCT CGGCCCTTGG AAACCTAGGC TGTCGCTGGG CAGAGCTGGG GAACCTGCTG 
ATGGAGAGCA GGGTCCCGCA CGTCCTGCTG GAGGTGGCCT GCCGGGATCC CCAGGAGAGC 
GTGCGGGAGA GAGCGCTTGT GGCACTGCGG GCCCTCAGCC GGCACCCCGG GATACAGGAG 
GCCCTGCTGT CCCTCAGAGC CACCGAGAAG CTGGCCNNGC TGGCCACCAG CGACTTGCAG 
CCCACTGCCC GGGGAAGCCC CCGGCTGCCT TCTGCGCGGC ACTGTGAGAA ACTCCTCCGC 
CTCCTCGCAC CCCTGCACAG CGGCGCGGGA AGCGTCCCCG GCCCCCTAGA CTCCGGGAAT 
TCCGCTGCCC CGCAGCCGCG CTGA