EIF3A cDNA ORF clone, Pygoscelis adeliae(Adelie penguin)

Gene
Clones
gRNAs

Summary

Gene Symbol	EIF3A
Entrez Gene ID	103918550
Full Name	eukaryotic translation initiation factor 3 subunit A
Gene Type	protein-coding
Organism	Pygoscelis adeliae(Adelie penguin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009325904.1	XP_009324179.1	LOW QUALITY PROTEIN: eukaryotic translation initiation factor 3 subunit A

Pathways from BioSystems
Gene Ontology

The following EIF3A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EIF3A 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
OPy116713	XM_009325904.1 Latest version!	Pygoscelis adeliae eukaryotic translation initiation factor 3, subunit A (EIF3A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

EIF3A ( XM_009325904.1 ) cDNA ORF clone, Pygoscelis adeliae(Adelie penguin) -> XP_009324179.1 Pygoscelis adeliae eukaryotic translation initiation factor 3, subunit A (EIF3A), mRNA.

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CloneID	OPy116713
Clone ID Related Accession (Same CDS sequence)	XM_009325904.1
Accession Version	XM_009325904.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4113bp) 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	2014-09-25
Organism	Pygoscelis adeliae(Adelie penguin)
Product	LOW QUALITY PROTEIN: eukaryotic translation initiation factor 3 subunit A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008824986.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pygoscelis adeliae 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##

ATGAAAAGTA AAAAACACCG AACATGGCAG AAAATCCACG AACCAATTAT GTTGAAGTAC 
CTGGAACTCT GTGTGGATCT CCGCAAGAGT CATCTGGCAA AAGAAGGACT GTACCAGTAC 
AAGAATATTT GCCAGCAGGT GAACATCAAA TCTTTGGAAG ATGTTGTTCG AGCCTATTTA 
AAATTAGCTG AAGAAAAAAC AGAAGCAGCT AAGGAAGAAT CCCAGCAGAT GGTACTGGAC 
ATAGAAGACT TAGATAACAT TCAAACTCCA GAAAGTGTTC TTTTGAGTGC TGTAAGTGGA 
GAAGACACTC AGGATCGTAC TGACCGACTG CTTTTGACAC CCTGGGTTAA ATTTCTATGG 
GAATCGTACA GACAATGTTT GGATCTTCTC CGAAATAATT CTCGAGTGGA ACGCCTGTAC 
CATGATATTG CACAGCAAGC TTTTAAGTTC TGCCTGCAGT ACACACGTAA AGCTGAGTTC 
CGTAAACTGT GTGATAACCT GCGAATGCAT TTGGGGCAGA TCCAGCGTCA TCATAACCAA 
AGCACAGCAA TCAACCTCAA CAATCCTGAC AGTCAGTCAA TGCACTTGGA GACCAGGCTT 
GTGCAGCTTG ACAGTGCTAT TAGCATGGAG CTGTGGCAGG AAGCTTTCAA AGCAGTGGAG 
GATATTCATG GGCTATTTGC ACTGTCTAAG AAACCACCCA AACCACAACT GATGGCAAAT 
TACTATCACA AAGTTTCAAC TGTCTTCTGG AAATCAGGAA ATGCTCTTTT TCATGCATCC 
ACACTTCACC GACTTTATCA CTTATCAAGA GAAATGCGAA AGAATCTCAC GCAAGAGGAG 
ATGCAGAGGA TGTCTACTCG AGTCCTTTTG GCCACTCTGT CAATTCCTAT AACTCCTGAG 
AGAACTGATA TTGCTCGCCT TCTGGATATG GATGGCATCA TTGTTGAGAA ACAGCGACGT 
CTGGCAACGC TCTTGGGTCT TCAGGCCCCA CCTACACGTG GAAGTCTCAT CAATGATATG 
GTAAGGTTCA ACGTAGTGCA ATATGTTGTT CCAGAAGTGA AAGAACTTTA CAATTGGCTT 
GAAGTAGACT TTCACCCGCT CAAGTTATGT AGCCGTGTCA GCAAGGTTCT GAACTGGGTG 
AAAGACCAAG CTGAAAAGGA ACCTGAACTG CAGCTGTATG TTCCTCACCT GCAAAACAAT 
ACCATTCTTC GCCTTCTGCA GCAGGTGGCC CAGATTTATC AAAGCATTGA ATTTTCTCGT 
CTGGCTACCC TGGTTCCTTT TGTTGATGCT TTCCAGCTGG AACGTAATAT CGTTGATGCA 
GCCAGACATT GTGACTTACA AGTTCGCCTT GATCATACTA CTCGGACACT GAGTTTTGGC 
TCGGATTTGA ATTACAGTAC TAGAGAAGAT GCTCCACTAG GCCCTCAACT ACAAAGCATG 
CCTTCTGAGC AAATTAGAAA TCAATTGACT GCTATGTCCT CAGCTCTGGC TAAGGCTCTT 
GCAGTCATTA AGCCTCCTCA CTTACTGCAA GAGAAGGAAG AACAACATCA GCTGGCAGTC 
ACTGCCTTCC TAAAAAATTC AAGGAAGGAG CATCAGCGTA TTCTTGCACG TCGTCAAACG 
ATAGAGGAAA GAAAAGAGCG CCTTGAAAGT TTAAACATTC AGCGTGAAAA AGAAGAACTG 
GAACAACGTG AAGCAGAATT ACAAAAAGTC CGGAAAGCTG AAGAAGAGAG ACTGCGCCAG 
GAGGCAAAGG AAAGAGAGAA GGAGCGTATC TTGCAAGAGC ATGAACAAAT CAAAAAGAAG 
ACTGTTCGTG AGCGCTTGGA GCAGATTAAG AAGACTGAAC TGGGAGCCAA AGCATTTAAA 
GATATTGATA TTGAGGATCT TGAAGAGTTG GATCCTGATT TCATTATGGC TAAACAAGTT 
GAACAGCTTG AAAAAGAAAA GAAGGAACTC CAGGAACGTC TGAAGAATCA GGAGAAAAAG 
ATTGACTATT TTGAAAGAGC GAAGCGCTTA GAAGAAATTC CTTTAATAAA GACTGCATAT 
GAGGAGCAAA GAGTGCATGA TATGGAGCTG TGGGAACAAC AGGAAGAAGA AAGGATCACC 
ACTTTGCAGT TGGAGCGCGA GAAAGCCCTT GAGCATAAGA ACAGACTCTC AAGGATGTTG 
GAGGATAGAG ATTTATTTGA AGCCAGGCTC AAAGCATCAC GACGAACCGT TTACGAGGAT 
AAACTCAAGC AGTTCCAGGA ACGGTTAGCA GAAGAGAGGC GTAATCGTTT GGAGGAACGC 
AAGAAACAAC GCAAAGAAGA GAGACGCATT ACTTATTACA GAGAGAAGGA GGAAGAAGAG 
CAAAGATTAC GAGAAGAACA GCTGCTTAAA GAGCGTGAGG AAAAGGAACG CATTGAGCGT 
GAGAAACGTG AGCAGGAACA ACGTGAATAC CAGGAACGTG TCAAAAAGCT AGAAGAACTG 
GAGAAGAAAA AACGTGAAAA AGAAATGGAG ATAGAAGAAA GAGAGNCGCG TCGAGAAGAA 
GAAAGGAGAG GTCTGGATGA CCCATTTTCA AGAAAGGAGT CTCGTTGGGG TGATAGGGAG 
TCTGAAAGCT CCTGGAGAAG AGGTGGTGAG ACAGAATCTG AATGGCGACG AGCACCAGTG 
GAAAGAGATT GGCGTCGAGG AGAAGCAAGG GATGATGAAA GACCTTTCCG ACGAGGGGAT 
GATCTGCCAC GACGAGGGGA TGATCTGCCC CGACGTAGTG CTGCAGAAGA AAAGGAACGT 
CCTTCTATGG AATCAACGGA GGACAGGCCA CCTAGGCGTG AAGGGGATGA GGACAGGCCA 
CCTAGGCGTG AAGGGGATGA GGACAGGCCA CCCAGGCGTG GATTAGATGA CGACAGGCCG 
CCCAGGCGTG GTTTGGATGA TGATAGAGGG AGCTGGCGGG CTGCAGATGA CGACAGGGGT 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGACAGGGGT 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGAGACAGGG 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGACAGGCCA 
CCCAGACGTG CTTTGGATGA CGACAGGCCA CCCAGGCGCA GCTTGGACGA TGACAGAGGC 
AGTTGGCGTG CAGCAGATGA TGACAGAGGA CCCAGGCGTG GGCTGGACGA CGACAGGCCA 
CCCAGACGGG CTTTGGATGA TGACAGGCCA CCCAGGCGTG GGCTGGATGA TGACCGGGGC 
AGCTGGCGTG CAGCAGATGA TGACAGGGGT CCCAGGCGCG GGATGGATGA TGACAGGGGT 
CCCAGGCGCG GGATGGATGA CGACAGGATG TCAAGGCGTG ATGATGACAG GGGACCATGG 
CGTAGCGCAG ATGATGACAG GCTCTCCAGA CGAGATGATG ACAGGGGTCC ATGGCGTAGC 
GGTGATGATT CAAGGCCGGG TCCTTGGAGA CCATTTGGTA AACCAGGGGG ATGGAGAGAA 
CGAGAAAAGG CTCGCGAGGA TAGCTGGGGG CCTCCCCGAG ACTCCAGACC TACAGGAGAC 
CGTGAATGGG ATAGAGACAA AGATCGTGAT GAAAATGAGA AAGACCGTGA ATTTGACAGA 
GAGAGAGATT TTGATAGAGA TGATCGTTTC AGGCGTCCCA GGGATGACGC TGGTTGGAGA 
AGAGGACCAG CTGAGGAAAC TTCTAGCTGG AGAGATTCAA GTCGTCGTGA AGAATGGGAC 
AGAGGTGGTC GTGACATGAG AGATCGACGT GCTGATGACA GAGACCCACC CCTCAGAAGA 
GGACCACCAC TCAGATCTGA CCGTGAAGAA CCAAGCTCAT GGCGCCGTGC TGATGATAGG 
AGAGAAGAAC GTGGAGAAGA ACGTGAAACA GTTCGGCGCT CAGCTCCCGC TCCTGCTGCT 
CCTCCAGCTT CTGCTCCCCC ACCAGCATCA AAAGATCGAG AAAGAGATGG GGAGAAGGAG 
AAAGGTTCCT GGAAAACAGA AAAGGAGCGT GAGCCCCTTC GCCGTACTAA AAATGAGACA 
GATGAAGAAG GGTGGACCAC TGTACGACGT TAA

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

RefSeq	XP_009324179.1
CDS	49..4161
Translation	MKSKKHRTWQKIHEPIMLKYLELCVDLRKSHLAKEGLYQYKNICQQVNIKSLEDVVRAYLKLAEEKTEAAKEESQQMVLDIEDLDNIQTPESVLLSAVSGEDTQDRTDRLLLTPWVKFLWESYRQCLDLLRNNSRVERLYHDIAQQAFKFCLQYTRKAEFRKLCDNLRMHLGQIQRHHNQSTAINLNNPDSQSMHLETRLVQLDSAISMELWQEAFKAVEDIHGLFALSKKPPKPQLMANYYHKVSTVFWKSGNALFHASTLHRLYHLSREMRKNLTQEEMQRMSTRVLLATLSIPITPERTDIARLLDMDGIIVEKQRRLATLLGLQAPPTRGSLINDMVRFNVVQYVVPEVKELYNWLEVDFHPLKLCSRVSKVLNWVKDQAEKEPELQLYVPHLQNNTILRLLQQVAQIYQSIEFSRLATLVPFVDAFQLERNIVDAARHCDLQVRLDHTTRTLSFGSDLNYSTREDAPLGPQLQSMPSEQIRNQLTAMSSALAKALAVIKPPHLLQEKEEQHQLAVTAFLKNSRKEHQRILARRQTIEERKERLESLNIQREKEELEQREAELQKVRKAEEERLRQEAKEREKERILQEHEQIKKKTVRERLEQIKKTELGAKAFKDIDIEDLEELDPDFIMAKQVEQLEKEKKELQERLKNQEKKIDYFERAKRLEEIPLIKTAYEEQRVHDMELWEQQEEERITTLQLEREKALEHKNRLSRMLEDRDLFEARLKASRRTVYEDKLKQFQERLAEERRNRLEERKKQRKEERRITYYREKEEEEQRLREEQLLKEREEKERIEREKREQEQREYQERVKKLEELEKKKREKEMEIEEREnullRREEERRGLDDPFSRKESRWGDRESESSWRRGGETESEWRRAPVERDWRRGEARDDERPFRRGDDLPRRGDDLPRRSAAEEKERPSMESTEDRPPRREGDEDRPPRREGDEDRPPRRGLDDDRPPRRGLDDDRGSWRAADDDRGPRRGMDDDRGPRRGMDDDRGPRRGMDDDRGPRRGMDDETGPRRGMDDDRGPRRGMDDDRPPRRALDDDRPPRRSLDDDRGSWRAADDDRGPRRGLDDDRPPRRALDDDRPPRRGLDDDRGSWRAADDDRGPRRGMDDDRGPRRGMDDDRMSRRDDDRGPWRSADDDRLSRRDDDRGPWRSGDDSRPGPWRPFGKPGGWREREKAREDSWGPPRDSRPTGDREWDRDKDRDENEKDREFDRERDFDRDDRFRRPRDDAGWRRGPAEETSSWRDSSRREEWDRGGRDMRDRRADDRDPPLRRGPPLRSDREEPSSWRRADDRREERGEERETVRRSAPAPAAPPASAPPPASKDRERDGEKEKGSWKTEKEREPLRRTKNETDEEGWTTVRR

Target ORF information:

RefSeq Version	XM_009325904.1
Organism	Pygoscelis adeliae(Adelie penguin)
Definition	Pygoscelis adeliae eukaryotic translation initiation factor 3, subunit A (EIF3A), mRNA.

Target ORF information:

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

XM_009325904.1

ORF Insert Sequence:

ATGAAAAGTA AAAAACACCG AACATGGCAG AAAATCCACG AACCAATTAT GTTGAAGTAC 
CTGGAACTCT GTGTGGATCT CCGCAAGAGT CATCTGGCAA AAGAAGGACT GTACCAGTAC 
AAGAATATTT GCCAGCAGGT GAACATCAAA TCTTTGGAAG ATGTTGTTCG AGCCTATTTA 
AAATTAGCTG AAGAAAAAAC AGAAGCAGCT AAGGAAGAAT CCCAGCAGAT GGTACTGGAC 
ATAGAAGACT TAGATAACAT TCAAACTCCA GAAAGTGTTC TTTTGAGTGC TGTAAGTGGA 
GAAGACACTC AGGATCGTAC TGACCGACTG CTTTTGACAC CCTGGGTTAA ATTTCTATGG 
GAATCGTACA GACAATGTTT GGATCTTCTC CGAAATAATT CTCGAGTGGA ACGCCTGTAC 
CATGATATTG CACAGCAAGC TTTTAAGTTC TGCCTGCAGT ACACACGTAA AGCTGAGTTC 
CGTAAACTGT GTGATAACCT GCGAATGCAT TTGGGGCAGA TCCAGCGTCA TCATAACCAA 
AGCACAGCAA TCAACCTCAA CAATCCTGAC AGTCAGTCAA TGCACTTGGA GACCAGGCTT 
GTGCAGCTTG ACAGTGCTAT TAGCATGGAG CTGTGGCAGG AAGCTTTCAA AGCAGTGGAG 
GATATTCATG GGCTATTTGC ACTGTCTAAG AAACCACCCA AACCACAACT GATGGCAAAT 
TACTATCACA AAGTTTCAAC TGTCTTCTGG AAATCAGGAA ATGCTCTTTT TCATGCATCC 
ACACTTCACC GACTTTATCA CTTATCAAGA GAAATGCGAA AGAATCTCAC GCAAGAGGAG 
ATGCAGAGGA TGTCTACTCG AGTCCTTTTG GCCACTCTGT CAATTCCTAT AACTCCTGAG 
AGAACTGATA TTGCTCGCCT TCTGGATATG GATGGCATCA TTGTTGAGAA ACAGCGACGT 
CTGGCAACGC TCTTGGGTCT TCAGGCCCCA CCTACACGTG GAAGTCTCAT CAATGATATG 
GTAAGGTTCA ACGTAGTGCA ATATGTTGTT CCAGAAGTGA AAGAACTTTA CAATTGGCTT 
GAAGTAGACT TTCACCCGCT CAAGTTATGT AGCCGTGTCA GCAAGGTTCT GAACTGGGTG 
AAAGACCAAG CTGAAAAGGA ACCTGAACTG CAGCTGTATG TTCCTCACCT GCAAAACAAT 
ACCATTCTTC GCCTTCTGCA GCAGGTGGCC CAGATTTATC AAAGCATTGA ATTTTCTCGT 
CTGGCTACCC TGGTTCCTTT TGTTGATGCT TTCCAGCTGG AACGTAATAT CGTTGATGCA 
GCCAGACATT GTGACTTACA AGTTCGCCTT GATCATACTA CTCGGACACT GAGTTTTGGC 
TCGGATTTGA ATTACAGTAC TAGAGAAGAT GCTCCACTAG GCCCTCAACT ACAAAGCATG 
CCTTCTGAGC AAATTAGAAA TCAATTGACT GCTATGTCCT CAGCTCTGGC TAAGGCTCTT 
GCAGTCATTA AGCCTCCTCA CTTACTGCAA GAGAAGGAAG AACAACATCA GCTGGCAGTC 
ACTGCCTTCC TAAAAAATTC AAGGAAGGAG CATCAGCGTA TTCTTGCACG TCGTCAAACG 
ATAGAGGAAA GAAAAGAGCG CCTTGAAAGT TTAAACATTC AGCGTGAAAA AGAAGAACTG 
GAACAACGTG AAGCAGAATT ACAAAAAGTC CGGAAAGCTG AAGAAGAGAG ACTGCGCCAG 
GAGGCAAAGG AAAGAGAGAA GGAGCGTATC TTGCAAGAGC ATGAACAAAT CAAAAAGAAG 
ACTGTTCGTG AGCGCTTGGA GCAGATTAAG AAGACTGAAC TGGGAGCCAA AGCATTTAAA 
GATATTGATA TTGAGGATCT TGAAGAGTTG GATCCTGATT TCATTATGGC TAAACAAGTT 
GAACAGCTTG AAAAAGAAAA GAAGGAACTC CAGGAACGTC TGAAGAATCA GGAGAAAAAG 
ATTGACTATT TTGAAAGAGC GAAGCGCTTA GAAGAAATTC CTTTAATAAA GACTGCATAT 
GAGGAGCAAA GAGTGCATGA TATGGAGCTG TGGGAACAAC AGGAAGAAGA AAGGATCACC 
ACTTTGCAGT TGGAGCGCGA GAAAGCCCTT GAGCATAAGA ACAGACTCTC AAGGATGTTG 
GAGGATAGAG ATTTATTTGA AGCCAGGCTC AAAGCATCAC GACGAACCGT TTACGAGGAT 
AAACTCAAGC AGTTCCAGGA ACGGTTAGCA GAAGAGAGGC GTAATCGTTT GGAGGAACGC 
AAGAAACAAC GCAAAGAAGA GAGACGCATT ACTTATTACA GAGAGAAGGA GGAAGAAGAG 
CAAAGATTAC GAGAAGAACA GCTGCTTAAA GAGCGTGAGG AAAAGGAACG CATTGAGCGT 
GAGAAACGTG AGCAGGAACA ACGTGAATAC CAGGAACGTG TCAAAAAGCT AGAAGAACTG 
GAGAAGAAAA AACGTGAAAA AGAAATGGAG ATAGAAGAAA GAGAGNCGCG TCGAGAAGAA 
GAAAGGAGAG GTCTGGATGA CCCATTTTCA AGAAAGGAGT CTCGTTGGGG TGATAGGGAG 
TCTGAAAGCT CCTGGAGAAG AGGTGGTGAG ACAGAATCTG AATGGCGACG AGCACCAGTG 
GAAAGAGATT GGCGTCGAGG AGAAGCAAGG GATGATGAAA GACCTTTCCG ACGAGGGGAT 
GATCTGCCAC GACGAGGGGA TGATCTGCCC CGACGTAGTG CTGCAGAAGA AAAGGAACGT 
CCTTCTATGG AATCAACGGA GGACAGGCCA CCTAGGCGTG AAGGGGATGA GGACAGGCCA 
CCTAGGCGTG AAGGGGATGA GGACAGGCCA CCCAGGCGTG GATTAGATGA CGACAGGCCG 
CCCAGGCGTG GTTTGGATGA TGATAGAGGG AGCTGGCGGG CTGCAGATGA CGACAGGGGT 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGACAGGGGT 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGAGACAGGG 
CCCAGGCGTG GAATGGATGA CGACAGGGGT CCCAGGCGTG GAATGGATGA CGACAGGCCA 
CCCAGACGTG CTTTGGATGA CGACAGGCCA CCCAGGCGCA GCTTGGACGA TGACAGAGGC 
AGTTGGCGTG CAGCAGATGA TGACAGAGGA CCCAGGCGTG GGCTGGACGA CGACAGGCCA 
CCCAGACGGG CTTTGGATGA TGACAGGCCA CCCAGGCGTG GGCTGGATGA TGACCGGGGC 
AGCTGGCGTG CAGCAGATGA TGACAGGGGT CCCAGGCGCG GGATGGATGA TGACAGGGGT 
CCCAGGCGCG GGATGGATGA CGACAGGATG TCAAGGCGTG ATGATGACAG GGGACCATGG 
CGTAGCGCAG ATGATGACAG GCTCTCCAGA CGAGATGATG ACAGGGGTCC ATGGCGTAGC 
GGTGATGATT CAAGGCCGGG TCCTTGGAGA CCATTTGGTA AACCAGGGGG ATGGAGAGAA 
CGAGAAAAGG CTCGCGAGGA TAGCTGGGGG CCTCCCCGAG ACTCCAGACC TACAGGAGAC 
CGTGAATGGG ATAGAGACAA AGATCGTGAT GAAAATGAGA AAGACCGTGA ATTTGACAGA 
GAGAGAGATT TTGATAGAGA TGATCGTTTC AGGCGTCCCA GGGATGACGC TGGTTGGAGA 
AGAGGACCAG CTGAGGAAAC TTCTAGCTGG AGAGATTCAA GTCGTCGTGA AGAATGGGAC 
AGAGGTGGTC GTGACATGAG AGATCGACGT GCTGATGACA GAGACCCACC CCTCAGAAGA 
GGACCACCAC TCAGATCTGA CCGTGAAGAA CCAAGCTCAT GGCGCCGTGC TGATGATAGG 
AGAGAAGAAC GTGGAGAAGA ACGTGAAACA GTTCGGCGCT CAGCTCCCGC TCCTGCTGCT 
CCTCCAGCTT CTGCTCCCCC ACCAGCATCA AAAGATCGAG AAAGAGATGG GGAGAAGGAG 
AAAGGTTCCT GGAAAACAGA AAAGGAGCGT GAGCCCCTTC GCCGTACTAA AAATGAGACA 
GATGAAGAAG GGTGGACCAC TGTACGACGT TAA