DENND5B cDNA ORF clone, Struthio camelus australis

Gene
Clones
gRNAs

Summary

Gene Symbol	DENND5B
Entrez Gene ID	104147390
Full Name	DENN domain containing 5B
Gene Type	protein-coding
Organism	Struthio camelus australis

mRNA and Protein(s)

mRNA	Protein	Name
XM_009680034.1	XP_009678329.1	LOW QUALITY PROTEIN: DENN domain-containing protein 5B

Pathways from BioSystems
Gene Ontology

The following DENND5B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DENND5B 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
OSt76984	XM_009680034.1 Latest version!	Struthio camelus australis DENN/MADD domain containing 5B (DENND5B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

DENND5B ( XM_009680034.1 ) cDNA ORF clone, Struthio camelus australis -> XP_009678329.1 Struthio camelus australis DENN/MADD domain containing 5B (DENND5B), mRNA.

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CloneID	OSt76984
Clone ID Related Accession (Same CDS sequence)	XM_009680034.1
Accession Version	XM_009680034.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3912bp) 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	2014-10-14
Organism	Struthio camelus australis
Product	LOW QUALITY PROTEIN: DENN domain-containing protein 5B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009271515.1) 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 :: Struthio camelus australis 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 :: 2% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCGGTTCC TCAATAGAAA ACCTGAGCTG GTAAAACAAA ACATTGATGC GGGGCTGAGA 
ATAAGGAGAG AAAGTCGGAC AGTTCAGATC TCAGCGGCAC GTGGCAGCAG GATATTCCCT 
AATCCTTGGG GAGCGGTTAA CCAGCAGCAG CACGAGAACT GGAGCATCTT GTACAAATGG 
CTAGAAGCAG ATCTCCATGG CAAGAGCTCA GATGCTACAA ACAAAGCCTC AGGAGAGAAC 
TTTGACCAGA GTCCCTTAAG AAGAACTTTC AAGTCCAAAG TTTTGGCTCA CTACCCGCAG 
AACATAGAGT GGAACCCCTT CGATCAGGAT GCCGTCAACA TGCTGTGCAT GCCCAAAGGG 
CTGTCTTTCA GAACGCAGGC AGATAGCAGA GACCCGCAGC TCCACTCGTT CATCATCACC 
CGAGAAGATG GCTCTCGTAC ATACGGATTT GTGCTCACTT TCTATGAGGA GGTTACAAGC 
AAGCAAATCT GTACGGCCAT GCAAACGCTC TATCAGATGC ACAATGCCGA GCAGTACAGC 
AGTGTCTGTG CCTCGTCCTC GTGCAGCATG GACTCCCTGG CAAGCAGCAT TGATGAGGGA 
GATGCCACTT CCCTCGCCAA GCTCCAGCGG TACAACTCCT ATGATATTAG CAGAGACACG 
CTCTATGTAT CCAAATGCAT ATGCCTCATC ACTCCTCTGC CCTTTATGCA AGCTTGCAAG 
AAGTTCCTGA TCCAGCTCTA CAAGGCAGTT ACCTCCCAGC AGCCGCCACC TCTGCCCCTG 
GAGAGCTACA TCCACAACAT CCTGTACGAG GTGCCCCTGC CGCCTCCGGG CAGGTCGCTG 
AAGTTTTACG GAGTTTATGA GCCCATCGTT TGCCAGAGGC CTGGCCCCAA CGAGCTCCCG 
CTGTCTGACT ACCCGCTGCG GGAGGTCTTC GAGTTACTGG GCCTGGAGAA CCTCGTCCAG 
GTTTTCACAT GTGTTCTCCT GGAGATGCAG ATCCTGCTGT ACTCCCAAGA TTACCAGCGA 
CTAATGACGG TAGCAGAAGG GATCACCACG CTCNCTCACG TGTACGTCCC CCTCCTCCCC 
GCCTCTCTCC TGCACTTTCT GGATGCTCCC GTGCCCTACC TGATGGGCCT GCAGTCCAAG 
GAGGGAACCG ACCGCTCCAA GCTGGAGCTT CCCCAGGAGG CAAACTTGTG CTTTGTGGAT 
ATTGATAACC ATTTCATAGA ACTGCCGGAA GAATTCCCCC AGTTCCCCAA CAAACTGGAA 
TTCATCCAGG AAATCTCCGA GGTTCTCCTC CAGTTTGGGA TCCCCCCGGA AGGTAACCTG 
CACTGCAGTG AAAGTGCCAC CAAGCTCAAG AATCTGGTTC TCAATGACTT GGTGAATGAC 
AAAAAAAACG GGAACATCCC CAGCAATGCC ATCAGCATGT ACGAGTTGCT AAAAGGCAAT 
GAAACAATCG CTCGCCTGCA AGCTCTAGCC AAGAGAACAG GGGTGACGGT GGAAAAAATG 
ACCATCACAG CTCCCCTTGT GGAAAAAGAA AGGGATGTGA AGCTGCAGTG TGAGGAGGTG 
GAGCTGAGGG ACTACAGACT GAACGTACAG CTTCGTGAGG TTTTCGCCAA CCGCTTCACA 
CAAATGTTTG CAGACTACGA GGCTTTTGTC ATTCAAGCTG CACCCGATAT GGAATCGTGG 
CTGACAAACA GGGAACAAAT GCAAAACTTT GACAAAGCTT CCTTCCTTTC GGACCAACCT 
GAGCCTTACC TCCCATTCCT CTCACACTTC ATTGAAACAC AGATGTTTGC AACCTTCATA 
GATAATAAGA TAATCTCTCA GTGGGAAGAG AAGGACCCTT TTCTGCGAGT TTTTGACTCC 
CGAATTGAGA AAATAAGGCT ATATAATGTA AGGGCTCCTG CACTGCGAAC ATCCAACTAT 
CAGAAATGCA GCACTTTAAA AGAAGCAGCC CAATCCATTG AGCAGCGGCT GATGAAGATT 
GATCACACGG CCATCCACCC GCATTTACTT GATATGAAGA TTGGTCAAGG GAAATATGAA 
CAAGGGTTTT TCCCAAAGTT GCAATCAGAT GTCTTGGCAA CGGGACCTAC CAATAACAAC 
CGCTGGGCCA GCCGCAGCAC GACGGCGCAG CGGAGGAAAG ACCGCCTGCG GCAGCACTCG 
GAGCACATCG GGCTGGACAA CGACCTGAGG GAGAAATACA TGCAGGAGGC AAGGAGTTTA 
GGAAAAAATT TAAGGCAGCC CAAACTCTCA GACCTCTCTC CAGCTGTGAT TGCGCAGACC 
AACTGCAAAT TTGTGGAAGG GTTACTGAAG GAATGTCGCA TGAAGACTAA ACGCATGTTG 
GTAGAGAAGA TGGGCCATGA AGCAGTGGAG CTCGGACATG GAGAGGCCAA CATAACAGGT 
CTGGAGGAAA ATACGTTAAT TGCTAGTCTC TGTGATCTGC TAGAAAGAAT CTGGAGCCAC 
GGTCTGCAGG TCAAGCAGGG GAAATCGGCT TTGTGGTCCC ATTTACTTCA GTTCCAGGAG 
AGAGAAGAGA AGCAAGAGCA TAGTGCAGAG TCCCCAGTGG CTGTTGGAAC TGAAAGAAGA 
AAGTCTGATA CAGGAATTAC TCTGCCTACT TTGAGGGTTT CCCTGATACA AGATATGAGG 
CACGTTCAGA ACATGAGTGA GATAAAGACA GATGTGGGGC GAGCCCGAGC CTGGATACGG 
CTTTCCCTGG AGAAGAAGCT TTTGTCTCAG CACCTGAAGC AGCTGCTTTC CAACCAGGCA 
CTTACCAAGA AACTTTACAA GCGTTATGCT TTTCTGCGCT GTGAAGAGGA ACGGGAACAG 
TTTCTGTATC ACCTACTCTC ACTCAACGCG GTGGATTACT TCTGCTTCAC AAGCGTCTTC 
ACCACAATCA TGATCCCATA TCGGTCAGTG ATAATCCCCA TCAAAAAATT AAGCAATGCA 
ATAACCACAT CAAACCCATG GATTTGTGTT TCGGGAGAAC TAGGAGATAC GGGCGTAATG 
CAGATTCCGA AAAACCACCT AGAAATGACG TTTGAGTGCC AGAATTTAGG AAAAATGACG 
ACTGTTCAGA TTGGTCATGA CAACTCAGGG CTATTAGCCA AGTGGCTGGT TGATTGTGTC 
ATGGTCAGAA ATGAAATAAC AGGACACACG TACAAGTTTC CGTGTGGACG ATGGCTGGGG 
AAGGGAGTCG ACGACGGCAG TTTGGAGCGA ATACTTATTG GGGAGCTGGT GTCCTCAACG 
TCTGATGAGG AGCTGGGAAA GCAGTGCCGT ACCCCACCCC AGCAGAAGTC TCCTACCACA 
GCTCGCAGGC TGAGCATCAC TTCCCTCACT GGGAAGAATA CGAAGCCTAA CGCAGGACAG 
ATCCAAGAAG GAATTGGAGA AGCTGTGAAC AATATTGTGA AACATTTTCA CAAACCAGAG 
AAAGAGAGAG GGAGCCTTAC TATCCTGTTG TGTGGAGAAA GTGGTCTGGT TGCAGCCCTG 
GAGCAGGTCT TCCACCATGG ATTCAAATCA TCTCGCATTT TTCATAAGAA TGTCTTCATC 
TGGGATTTCA TAGAAAAAGC TGTTGCTTAT TTTGAAACCA GTGACCAGAT TGGAGACAAC 
GAGGAGGGCC TTCTGCTTCA GAGGTCTTCA TGCAAATCCT TCTGTCATTA CGTGACTGCC 
ATCAATACAG CTCCAAGGAA CATTGGGAAG GACGGCAAAT TCCAAATTCT GGTTTGCCTG 
GGGACGAGGG ACCACTTGTT GCCCCAGTGG ATCCCACTCC TGGCAGAGTG CCCACCCATC 
ACGCGGATGT ACGAGGAGAA CGCCCTCCTG CGGGACCGCA TGACTGTCAA CTCCCTTATC 
CGGGTCCTAC AGACATTGCA AGATTTCAAC ATTGTCCTAG AAGGATCGCT CATTAAAGGA 
GTGGATGTTT AG

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

RefSeq	XP_009678329.1
CDS	1..3912
Translation	MRFLNRKPELVKQNIDAGLRIRRESRTVQISAARGSRIFPNPWGAVNQQQHENWSILYKWLEADLHGKSSDATNKASGENFDQSPLRRTFKSKVLAHYPQNIEWNPFDQDAVNMLCMPKGLSFRTQADSRDPQLHSFIITREDGSRTYGFVLTFYEEVTSKQICTAMQTLYQMHNAEQYSSVCASSSCSMDSLASSIDEGDATSLAKLQRYNSYDISRDTLYVSKCICLITPLPFMQACKKFLIQLYKAVTSQQPPPLPLESYIHNILYEVPLPPPGRSLKFYGVYEPIVCQRPGPNELPLSDYPLREVFELLGLENLVQVFTCVLLEMQILLYSQDYQRLMTVAEGITTLnullHVYVPLLPASLLHFLDAPVPYLMGLQSKEGTDRSKLELPQEANLCFVDIDNHFIELPEEFPQFPNKLEFIQEISEVLLQFGIPPEGNLHCSESATKLKNLVLNDLVNDKKNGNIPSNAISMYELLKGNETIARLQALAKRTGVTVEKMTITAPLVEKERDVKLQCEEVELRDYRLNVQLREVFANRFTQMFADYEAFVIQAAPDMESWLTNREQMQNFDKASFLSDQPEPYLPFLSHFIETQMFATFIDNKIISQWEEKDPFLRVFDSRIEKIRLYNVRAPALRTSNYQKCSTLKEAAQSIEQRLMKIDHTAIHPHLLDMKIGQGKYEQGFFPKLQSDVLATGPTNNNRWASRSTTAQRRKDRLRQHSEHIGLDNDLREKYMQEARSLGKNLRQPKLSDLSPAVIAQTNCKFVEGLLKECRMKTKRMLVEKMGHEAVELGHGEANITGLEENTLIASLCDLLERIWSHGLQVKQGKSALWSHLLQFQEREEKQEHSAESPVAVGTERRKSDTGITLPTLRVSLIQDMRHVQNMSEIKTDVGRARAWIRLSLEKKLLSQHLKQLLSNQALTKKLYKRYAFLRCEEEREQFLYHLLSLNAVDYFCFTSVFTTIMIPYRSVIIPIKKLSNAITTSNPWICVSGELGDTGVMQIPKNHLEMTFECQNLGKMTTVQIGHDNSGLLAKWLVDCVMVRNEITGHTYKFPCGRWLGKGVDDGSLERILIGELVSSTSDEELGKQCRTPPQQKSPTTARRLSITSLTGKNTKPNAGQIQEGIGEAVNNIVKHFHKPEKERGSLTILLCGESGLVAALEQVFHHGFKSSRIFHKNVFIWDFIEKAVAYFETSDQIGDNEEGLLLQRSSCKSFCHYVTAINTAPRNIGKDGKFQILVCLGTRDHLLPQWIPLLAECPPITRMYEENALLRDRMTVNSLIRVLQTLQDFNIVLEGSLIKGVDV

Target ORF information:

RefSeq Version	XM_009680034.1
Organism	Struthio camelus australis
Definition	Struthio camelus australis DENN/MADD domain containing 5B (DENND5B), mRNA.

Target ORF information:

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

XM_009680034.1

ORF Insert Sequence:

ATGCGGTTCC TCAATAGAAA ACCTGAGCTG GTAAAACAAA ACATTGATGC GGGGCTGAGA 
ATAAGGAGAG AAAGTCGGAC AGTTCAGATC TCAGCGGCAC GTGGCAGCAG GATATTCCCT 
AATCCTTGGG GAGCGGTTAA CCAGCAGCAG CACGAGAACT GGAGCATCTT GTACAAATGG 
CTAGAAGCAG ATCTCCATGG CAAGAGCTCA GATGCTACAA ACAAAGCCTC AGGAGAGAAC 
TTTGACCAGA GTCCCTTAAG AAGAACTTTC AAGTCCAAAG TTTTGGCTCA CTACCCGCAG 
AACATAGAGT GGAACCCCTT CGATCAGGAT GCCGTCAACA TGCTGTGCAT GCCCAAAGGG 
CTGTCTTTCA GAACGCAGGC AGATAGCAGA GACCCGCAGC TCCACTCGTT CATCATCACC 
CGAGAAGATG GCTCTCGTAC ATACGGATTT GTGCTCACTT TCTATGAGGA GGTTACAAGC 
AAGCAAATCT GTACGGCCAT GCAAACGCTC TATCAGATGC ACAATGCCGA GCAGTACAGC 
AGTGTCTGTG CCTCGTCCTC GTGCAGCATG GACTCCCTGG CAAGCAGCAT TGATGAGGGA 
GATGCCACTT CCCTCGCCAA GCTCCAGCGG TACAACTCCT ATGATATTAG CAGAGACACG 
CTCTATGTAT CCAAATGCAT ATGCCTCATC ACTCCTCTGC CCTTTATGCA AGCTTGCAAG 
AAGTTCCTGA TCCAGCTCTA CAAGGCAGTT ACCTCCCAGC AGCCGCCACC TCTGCCCCTG 
GAGAGCTACA TCCACAACAT CCTGTACGAG GTGCCCCTGC CGCCTCCGGG CAGGTCGCTG 
AAGTTTTACG GAGTTTATGA GCCCATCGTT TGCCAGAGGC CTGGCCCCAA CGAGCTCCCG 
CTGTCTGACT ACCCGCTGCG GGAGGTCTTC GAGTTACTGG GCCTGGAGAA CCTCGTCCAG 
GTTTTCACAT GTGTTCTCCT GGAGATGCAG ATCCTGCTGT ACTCCCAAGA TTACCAGCGA 
CTAATGACGG TAGCAGAAGG GATCACCACG CTCNCTCACG TGTACGTCCC CCTCCTCCCC 
GCCTCTCTCC TGCACTTTCT GGATGCTCCC GTGCCCTACC TGATGGGCCT GCAGTCCAAG 
GAGGGAACCG ACCGCTCCAA GCTGGAGCTT CCCCAGGAGG CAAACTTGTG CTTTGTGGAT 
ATTGATAACC ATTTCATAGA ACTGCCGGAA GAATTCCCCC AGTTCCCCAA CAAACTGGAA 
TTCATCCAGG AAATCTCCGA GGTTCTCCTC CAGTTTGGGA TCCCCCCGGA AGGTAACCTG 
CACTGCAGTG AAAGTGCCAC CAAGCTCAAG AATCTGGTTC TCAATGACTT GGTGAATGAC 
AAAAAAAACG GGAACATCCC CAGCAATGCC ATCAGCATGT ACGAGTTGCT AAAAGGCAAT 
GAAACAATCG CTCGCCTGCA AGCTCTAGCC AAGAGAACAG GGGTGACGGT GGAAAAAATG 
ACCATCACAG CTCCCCTTGT GGAAAAAGAA AGGGATGTGA AGCTGCAGTG TGAGGAGGTG 
GAGCTGAGGG ACTACAGACT GAACGTACAG CTTCGTGAGG TTTTCGCCAA CCGCTTCACA 
CAAATGTTTG CAGACTACGA GGCTTTTGTC ATTCAAGCTG CACCCGATAT GGAATCGTGG 
CTGACAAACA GGGAACAAAT GCAAAACTTT GACAAAGCTT CCTTCCTTTC GGACCAACCT 
GAGCCTTACC TCCCATTCCT CTCACACTTC ATTGAAACAC AGATGTTTGC AACCTTCATA 
GATAATAAGA TAATCTCTCA GTGGGAAGAG AAGGACCCTT TTCTGCGAGT TTTTGACTCC 
CGAATTGAGA AAATAAGGCT ATATAATGTA AGGGCTCCTG CACTGCGAAC ATCCAACTAT 
CAGAAATGCA GCACTTTAAA AGAAGCAGCC CAATCCATTG AGCAGCGGCT GATGAAGATT 
GATCACACGG CCATCCACCC GCATTTACTT GATATGAAGA TTGGTCAAGG GAAATATGAA 
CAAGGGTTTT TCCCAAAGTT GCAATCAGAT GTCTTGGCAA CGGGACCTAC CAATAACAAC 
CGCTGGGCCA GCCGCAGCAC GACGGCGCAG CGGAGGAAAG ACCGCCTGCG GCAGCACTCG 
GAGCACATCG GGCTGGACAA CGACCTGAGG GAGAAATACA TGCAGGAGGC AAGGAGTTTA 
GGAAAAAATT TAAGGCAGCC CAAACTCTCA GACCTCTCTC CAGCTGTGAT TGCGCAGACC 
AACTGCAAAT TTGTGGAAGG GTTACTGAAG GAATGTCGCA TGAAGACTAA ACGCATGTTG 
GTAGAGAAGA TGGGCCATGA AGCAGTGGAG CTCGGACATG GAGAGGCCAA CATAACAGGT 
CTGGAGGAAA ATACGTTAAT TGCTAGTCTC TGTGATCTGC TAGAAAGAAT CTGGAGCCAC 
GGTCTGCAGG TCAAGCAGGG GAAATCGGCT TTGTGGTCCC ATTTACTTCA GTTCCAGGAG 
AGAGAAGAGA AGCAAGAGCA TAGTGCAGAG TCCCCAGTGG CTGTTGGAAC TGAAAGAAGA 
AAGTCTGATA CAGGAATTAC TCTGCCTACT TTGAGGGTTT CCCTGATACA AGATATGAGG 
CACGTTCAGA ACATGAGTGA GATAAAGACA GATGTGGGGC GAGCCCGAGC CTGGATACGG 
CTTTCCCTGG AGAAGAAGCT TTTGTCTCAG CACCTGAAGC AGCTGCTTTC CAACCAGGCA 
CTTACCAAGA AACTTTACAA GCGTTATGCT TTTCTGCGCT GTGAAGAGGA ACGGGAACAG 
TTTCTGTATC ACCTACTCTC ACTCAACGCG GTGGATTACT TCTGCTTCAC AAGCGTCTTC 
ACCACAATCA TGATCCCATA TCGGTCAGTG ATAATCCCCA TCAAAAAATT AAGCAATGCA 
ATAACCACAT CAAACCCATG GATTTGTGTT TCGGGAGAAC TAGGAGATAC GGGCGTAATG 
CAGATTCCGA AAAACCACCT AGAAATGACG TTTGAGTGCC AGAATTTAGG AAAAATGACG 
ACTGTTCAGA TTGGTCATGA CAACTCAGGG CTATTAGCCA AGTGGCTGGT TGATTGTGTC 
ATGGTCAGAA ATGAAATAAC AGGACACACG TACAAGTTTC CGTGTGGACG ATGGCTGGGG 
AAGGGAGTCG ACGACGGCAG TTTGGAGCGA ATACTTATTG GGGAGCTGGT GTCCTCAACG 
TCTGATGAGG AGCTGGGAAA GCAGTGCCGT ACCCCACCCC AGCAGAAGTC TCCTACCACA 
GCTCGCAGGC TGAGCATCAC TTCCCTCACT GGGAAGAATA CGAAGCCTAA CGCAGGACAG 
ATCCAAGAAG GAATTGGAGA AGCTGTGAAC AATATTGTGA AACATTTTCA CAAACCAGAG 
AAAGAGAGAG GGAGCCTTAC TATCCTGTTG TGTGGAGAAA GTGGTCTGGT TGCAGCCCTG 
GAGCAGGTCT TCCACCATGG ATTCAAATCA TCTCGCATTT TTCATAAGAA TGTCTTCATC 
TGGGATTTCA TAGAAAAAGC TGTTGCTTAT TTTGAAACCA GTGACCAGAT TGGAGACAAC 
GAGGAGGGCC TTCTGCTTCA GAGGTCTTCA TGCAAATCCT TCTGTCATTA CGTGACTGCC 
ATCAATACAG CTCCAAGGAA CATTGGGAAG GACGGCAAAT TCCAAATTCT GGTTTGCCTG 
GGGACGAGGG ACCACTTGTT GCCCCAGTGG ATCCCACTCC TGGCAGAGTG CCCACCCATC 
ACGCGGATGT ACGAGGAGAA CGCCCTCCTG CGGGACCGCA TGACTGTCAA CTCCCTTATC 
CGGGTCCTAC AGACATTGCA AGATTTCAAC ATTGTCCTAG AAGGATCGCT CATTAAAGGA 
GTGGATGTTT AG