UTP14A cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP14A
Entrez Gene ID	106484101
Full Name	UTP14A, small subunit processome component
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013942225.1	XP_013797679.1	U3 small nucleolar RNA-associated protein 14 homolog A

Pathways from BioSystems
Gene Ontology

The following UTP14A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UTP14A 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
OAp13824	XM_013942225.1 Latest version!	Apteryx australis mantelli UTP14, U3 small nucleolar ribonucleoprotein, homolog A (yeast) (UTP14A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

UTP14A ( XM_013942225.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013797679.1 Apteryx australis mantelli UTP14, U3 small nucleolar ribonucleoprotein, homolog A (yeast) (UTP14A), mRNA.

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CloneID	OAp13824
Clone ID Related Accession (Same CDS sequence)	XM_013942225.1
Accession Version	XM_013942225.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3819bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	U3 small nucleolar RNA-associated protein 14 homolog A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013990531.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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 ##RefSeq-Attributes-END##

ATGTCTGCCG TGTGCCAGGG GGCGGAGGAG GATGACGAGC GGCGGCATCA GCAGCTCCTG 
GAGGCAGTTA GCTCTCTCTC CGGACAAAAG CGGCGGAAGC TGGCAGAGCG TACAGAGGCA 
AGTGTGCAGG TGTCTGAGTT CAACGTCAGC TGCAAAGGTG CTGGGGAGAA GCTGGTTCTA 
TCTGAGCTCC TGCAGCCTAT CAAGGCCAAA TCTGCCCTGA GCCGTGTGAA GAAAGAGCTG 
AACAGAGTGA AGCAGAAAAA GGCAGTAGAG CTACCACTCA GCAAAGAGGA GGCAGAGCGG 
GTTGTGAGAG AAGCCGCCTA TGTCAGGACC TCTAAAGATG TTGGCAAATG GCAGCAGGTG 
GTTTTGCAGA ACCGACGAGC AGAGCAGCTG GTTTTTCCCA TGAAGCAGGA GCTTGTGGCA 
GTTGCACCCC TGGAGCAAGT GGTTTCAGCT TGGAAGGCCC GGACTCCCCT GGAGCAGGAG 
ATCTTTGGGC TGCTCCACAA AACGCAGCAG CCCATCACAG ACCCACTGCT GACGCCACAG 
GAGAAAGCCT CGCTACAGGC AATGAGTTTG GAGGAGGCTC GGCAACGGCG AGCAGAGCTG 
CAGAAGGCTC GGGTCCTGCA GTCCTACTAC GAAGCCAAGG CTCGGCGAGA GAAGAAAATC 
AAGAGCAAGA AGTACCATCG AGTGCTGAAA AAGAGCAAGA AACGCAAGGC CTTGAAGGAG 
TTTGAGCTGC TGCAGAAGTC GGACCCCGAG GCTGCCTTGG CAAAGCTGGA AGAGCTGGAG 
CAACTCAGGA TGGAGGAGCG GATGAGCCTC AAGCACCAGA ACAAGGGGAA ATGGGCCCGC 
TCCAGGGCCA TTATGGCTAA GTACGACCTG GAGGCCCGCA AGGCCATGCA AGAGCAGCTG 
GCCAAGAACA AGGAGCTGAT GCAGAAAGTG CGGGTGGAGC TGCCTGAGGA GGAGCCAGGC 
GACATGCCGG CAGAGGACCT CGTGTCAGAG TCTGTCCCCA CTGTCCCAGT GGATGCCAGC 
GGAGCTAATC CCTGGATGCT GGGCAAGCCC AGCAGCCCAG CCAAGGAGCC TGAGGTGCAG 
GAGGAGATCC AGATCGTTAC AGAGCCTGCT GTTGCAGAGA GCAAGGAGGA GATGTCAGAG 
GAGGAGATGT CAGAGGAGGA GGCCTTGCTA CAGGACTTTG AGCAGAAACG GCACATGCGG 
CGACAGCAGG CAGCAAGCCC TGAGCTGCGA GGTGCTGATA AGACAGAGGT GGTGTCTGAG 
CTGCCAGAGG ACATCTCCAT TGACCCCATC TGCACTGAAG AGCAGGTGAG CGTGGGGATC 
GAGCAGCCTC CCCAGGCACA GGAGGAGGTC TTACTGTTAG AGCAGCAAAG CCGCATGCAG 
ACGATGGAGG ACATTGAGGC TTTGGCTTCG GAGGAGCATG CAGAAGAGCA AGAAATACCA 
GTGGCCACAG GAACGGAGAA GAGAGTGCCC CAGCAGGAGG GAGGCAAAGC TGAGGACAGG 
CAGGCCAAGA AACCAAAGGC CAAGAAGAAG AGGATCATCA GCTTGCAGGC TGTGCTAGGT 
GGAAAGTCCC AAGAGATCCA GTGCCCCAGC CTCCCTGTGG CTGTGGAGGA AGAGGAGGGT 
GGCATCGACC AGAGAGGGGT GATCACAGAG GCCTTTGCAG GGGACGACGT GGTCGCTGAC 
TTCCGCCGGG AGAAGCGCAA GGCAGAGCAG GCTGGGAAGC CGCAGCCAGT GAACTTGGTG 
CTGCCAGGCT GGGGCGAGTG GGGAGGCACG GGACTGAAGC CCAGCAAAAA GAAAATGAAA 
CGGTTCCTGC TCAAGCTGCC CCCAGCACCT CCCAGGAAAG ACCAGCATTT GCCTCACGTC 
ATCATGAGTG AGCAGCGCAA CATCCACGCA GCAGCACATC AGAGATCGGA GAAGAGGGGG 
TTGGAGCAGG GCAGGAGACT GGGCANGACA GAGGTGGTGT CTGAGCTGCC AGAGGACATC 
TCCATTGACC CCATCTGCAC TGAAGAGCAG GTGAGCGTGG GGATCGAGCA GCCTCCCCAG 
GCACAGGAGG AGGTCTTACT GTTAGAGCAG CAAAGCCGCA TGCAGACGAT GGAGGACATT 
GAGGCTTTGG CTTCGGAGGA GCATGCAGAA GAGCAAGAAA TACCAGTGGC CACAGGAACG 
GAGAAGAGAG TGCCCCAGCA GGAGGGAGGC AAAGCTGAGG ACAGGCAGGC CAAGAAACCA 
AAGGCCAAGA AGAAGAGGAT CATCAGCTTG CAGGCTGTGC TAGGTGGAAA GTCCCAAGAG 
ATCCAGTGCC CCAGCCTCCC TGTGGCTGTG GAGGAAGAGG AGGGTGGCAT CGACCAGAGA 
GGGGTGATCA CAGAGGCCTT TGCAGGGGAC GACGTGGTCG CTGACTTCCG CCGGGAGAAG 
CGCAAGGCAG AGCAGGCTGG GAAGCCGCAG CCAGTGAACT TGGTGCTGCC AGGCTGGGGC 
GAGTGGGGAG GCACGGGACT GAAGCCCAGC AAAAAGAAAA TGAAACGGTT CCTGCTCAAG 
CCGCCCCCAG CACCTCCCAG GAAAGACCAG CATTTGCCTC ACGTCATCAT GAGTGAGCAG 
CGCAACATCC ACGCAGCAGC ACATCAGGTC AGCGAGCTGC CTTTCCCCTT TGAGAAGCAC 
CAGCAGTTCG AGCGGAGCAT ACGGACACCC ATGGGCCCCA CGTGGAACAC GCAGCGTGCC 
TTCCAAAAGC TGACTGCCCC GCGCATCGTC ACCCGAGCGG GCCACATCAT CCAGCCCATC 
TCTGCAGAAA ATGTCCCCTC CCTGGCCGCA GCAGCCAGCA GCGGAGCCAA GGCAGCACTA 
GAGCTTGCAC CCAAGCAGAG AGAACAACTC TCTCGCCCCC CTCACCCGCG TGCTGATAAG 
ACAGAGGTGG TGTCTGAGCT GCCAGAGGAC ATCTCCATTG ACCCCATCTG CACTGAAGAG 
CAGGTGAGCG TGGGGATCGA GCAGCCTCCC CAGGCACAGG AGGAGGTCTT ACTGTTAGAG 
CAGCAAAGCC GCATGCAGAC GATGGAGGAC ATTGAGGCTT TGGCTTCGGA GGAGCATGCA 
GAAGAGCAAG AAATACCAGT GGCCACAGGA ACGGAGAAGA GAGTGCCCCA GCAGGAGGGA 
GGCAAAGCTG AGGACAGGCA GGCCAAGAAA CCAAAGGCCA AGAAGAAGAG GATCATCAGC 
TTGCAGGCTG TGCTAGGTGG AAAGTCCCAA GAGATCCAGT GCCCCAGCCT CCCTGTGGCT 
GTGGAGGAAG AGGAGGGTGG CATCGACCAG AGAGGGGTGA TCACAGAGGC CTTTGCAGGG 
GACGACGTGG TCGCTGACTT CCGCCGGGAG AAGCGCAAGG CAGAGCAGGC TGGGAAGCCG 
CAGCCAGTGA ACTTGGTGCT GCCAGGCTGG GGCGAGTGGG GAGGCACGGG ACTGAAGCCC 
AGCAAAAAGA AAATGAAACG GTTCCTGCTC AAGCCGCCCC CAGCACCTCC CAGGAAAGAC 
CAGCATTTGC CTCACGTCAT CATGAGTGAG CAGCGCAACA TCCACGCAGC AGCACATCAG 
GTCAGCGAGC TGCCTTTCCC CTTTGAGAAG CACCAGCAGT TCGAGCGGAG CATACGGACA 
CCCATGGGCC CCACGTGGAA CACGCAGCGT GCCTTCCAAA AGCTGACTGC CCCGCGCATC 
GTCACCCGAG CGGGCCACAT CATCCAGCCC ATCTCTGCAG AAAATGTCCC CTCCCTGGCC 
GCAGCAGCCA GCAGCGGAGC CAAGGCAGCA CTAGAGCTTG CACCCAAGCA GAGAGAACAA 
CTCTCTCGCC CCCCTCACCC GCGCAAGAGA GCCCGATAG

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

RefSeq	XP_013797679.1
CDS	74..3892
Translation	MSAVCQGAEEDDERRHQQLLEAVSSLSGQKRRKLAERTEASVQVSEFNVSCKGAGEKLVLSELLQPIKAKSALSRVKKELNRVKQKKAVELPLSKEEAERVVREAAYVRTSKDVGKWQQVVLQNRRAEQLVFPMKQELVAVAPLEQVVSAWKARTPLEQEIFGLLHKTQQPITDPLLTPQEKASLQAMSLEEARQRRAELQKARVLQSYYEAKARREKKIKSKKYHRVLKKSKKRKALKEFELLQKSDPEAALAKLEELEQLRMEERMSLKHQNKGKWARSRAIMAKYDLEARKAMQEQLAKNKELMQKVRVELPEEEPGDMPAEDLVSESVPTVPVDASGANPWMLGKPSSPAKEPEVQEEIQIVTEPAVAESKEEMSEEEMSEEEALLQDFEQKRHMRRQQAASPELRGADKTEVVSELPEDISIDPICTEEQVSVGIEQPPQAQEEVLLLEQQSRMQTMEDIEALASEEHAEEQEIPVATGTEKRVPQQEGGKAEDRQAKKPKAKKKRIISLQAVLGGKSQEIQCPSLPVAVEEEEGGIDQRGVITEAFAGDDVVADFRREKRKAEQAGKPQPVNLVLPGWGEWGGTGLKPSKKKMKRFLLKLPPAPPRKDQHLPHVIMSEQRNIHAAAHQRSEKRGLEQGRRLGnullTEVVSELPEDISIDPICTEEQVSVGIEQPPQAQEEVLLLEQQSRMQTMEDIEALASEEHAEEQEIPVATGTEKRVPQQEGGKAEDRQAKKPKAKKKRIISLQAVLGGKSQEIQCPSLPVAVEEEEGGIDQRGVITEAFAGDDVVADFRREKRKAEQAGKPQPVNLVLPGWGEWGGTGLKPSKKKMKRFLLKPPPAPPRKDQHLPHVIMSEQRNIHAAAHQVSELPFPFEKHQQFERSIRTPMGPTWNTQRAFQKLTAPRIVTRAGHIIQPISAENVPSLAAAASSGAKAALELAPKQREQLSRPPHPRADKTEVVSELPEDISIDPICTEEQVSVGIEQPPQAQEEVLLLEQQSRMQTMEDIEALASEEHAEEQEIPVATGTEKRVPQQEGGKAEDRQAKKPKAKKKRIISLQAVLGGKSQEIQCPSLPVAVEEEEGGIDQRGVITEAFAGDDVVADFRREKRKAEQAGKPQPVNLVLPGWGEWGGTGLKPSKKKMKRFLLKPPPAPPRKDQHLPHVIMSEQRNIHAAAHQVSELPFPFEKHQQFERSIRTPMGPTWNTQRAFQKLTAPRIVTRAGHIIQPISAENVPSLAAAASSGAKAALELAPKQREQLSRPPHPRKRAR

Target ORF information:

RefSeq Version	XM_013942225.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli UTP14, U3 small nucleolar ribonucleoprotein, homolog A (yeast) (UTP14A), mRNA.

Target ORF information:

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

XM_013942225.1

ORF Insert Sequence:

ATGTCTGCCG TGTGCCAGGG GGCGGAGGAG GATGACGAGC GGCGGCATCA GCAGCTCCTG 
GAGGCAGTTA GCTCTCTCTC CGGACAAAAG CGGCGGAAGC TGGCAGAGCG TACAGAGGCA 
AGTGTGCAGG TGTCTGAGTT CAACGTCAGC TGCAAAGGTG CTGGGGAGAA GCTGGTTCTA 
TCTGAGCTCC TGCAGCCTAT CAAGGCCAAA TCTGCCCTGA GCCGTGTGAA GAAAGAGCTG 
AACAGAGTGA AGCAGAAAAA GGCAGTAGAG CTACCACTCA GCAAAGAGGA GGCAGAGCGG 
GTTGTGAGAG AAGCCGCCTA TGTCAGGACC TCTAAAGATG TTGGCAAATG GCAGCAGGTG 
GTTTTGCAGA ACCGACGAGC AGAGCAGCTG GTTTTTCCCA TGAAGCAGGA GCTTGTGGCA 
GTTGCACCCC TGGAGCAAGT GGTTTCAGCT TGGAAGGCCC GGACTCCCCT GGAGCAGGAG 
ATCTTTGGGC TGCTCCACAA AACGCAGCAG CCCATCACAG ACCCACTGCT GACGCCACAG 
GAGAAAGCCT CGCTACAGGC AATGAGTTTG GAGGAGGCTC GGCAACGGCG AGCAGAGCTG 
CAGAAGGCTC GGGTCCTGCA GTCCTACTAC GAAGCCAAGG CTCGGCGAGA GAAGAAAATC 
AAGAGCAAGA AGTACCATCG AGTGCTGAAA AAGAGCAAGA AACGCAAGGC CTTGAAGGAG 
TTTGAGCTGC TGCAGAAGTC GGACCCCGAG GCTGCCTTGG CAAAGCTGGA AGAGCTGGAG 
CAACTCAGGA TGGAGGAGCG GATGAGCCTC AAGCACCAGA ACAAGGGGAA ATGGGCCCGC 
TCCAGGGCCA TTATGGCTAA GTACGACCTG GAGGCCCGCA AGGCCATGCA AGAGCAGCTG 
GCCAAGAACA AGGAGCTGAT GCAGAAAGTG CGGGTGGAGC TGCCTGAGGA GGAGCCAGGC 
GACATGCCGG CAGAGGACCT CGTGTCAGAG TCTGTCCCCA CTGTCCCAGT GGATGCCAGC 
GGAGCTAATC CCTGGATGCT GGGCAAGCCC AGCAGCCCAG CCAAGGAGCC TGAGGTGCAG 
GAGGAGATCC AGATCGTTAC AGAGCCTGCT GTTGCAGAGA GCAAGGAGGA GATGTCAGAG 
GAGGAGATGT CAGAGGAGGA GGCCTTGCTA CAGGACTTTG AGCAGAAACG GCACATGCGG 
CGACAGCAGG CAGCAAGCCC TGAGCTGCGA GGTGCTGATA AGACAGAGGT GGTGTCTGAG 
CTGCCAGAGG ACATCTCCAT TGACCCCATC TGCACTGAAG AGCAGGTGAG CGTGGGGATC 
GAGCAGCCTC CCCAGGCACA GGAGGAGGTC TTACTGTTAG AGCAGCAAAG CCGCATGCAG 
ACGATGGAGG ACATTGAGGC TTTGGCTTCG GAGGAGCATG CAGAAGAGCA AGAAATACCA 
GTGGCCACAG GAACGGAGAA GAGAGTGCCC CAGCAGGAGG GAGGCAAAGC TGAGGACAGG 
CAGGCCAAGA AACCAAAGGC CAAGAAGAAG AGGATCATCA GCTTGCAGGC TGTGCTAGGT 
GGAAAGTCCC AAGAGATCCA GTGCCCCAGC CTCCCTGTGG CTGTGGAGGA AGAGGAGGGT 
GGCATCGACC AGAGAGGGGT GATCACAGAG GCCTTTGCAG GGGACGACGT GGTCGCTGAC 
TTCCGCCGGG AGAAGCGCAA GGCAGAGCAG GCTGGGAAGC CGCAGCCAGT GAACTTGGTG 
CTGCCAGGCT GGGGCGAGTG GGGAGGCACG GGACTGAAGC CCAGCAAAAA GAAAATGAAA 
CGGTTCCTGC TCAAGCTGCC CCCAGCACCT CCCAGGAAAG ACCAGCATTT GCCTCACGTC 
ATCATGAGTG AGCAGCGCAA CATCCACGCA GCAGCACATC AGAGATCGGA GAAGAGGGGG 
TTGGAGCAGG GCAGGAGACT GGGCANGACA GAGGTGGTGT CTGAGCTGCC AGAGGACATC 
TCCATTGACC CCATCTGCAC TGAAGAGCAG GTGAGCGTGG GGATCGAGCA GCCTCCCCAG 
GCACAGGAGG AGGTCTTACT GTTAGAGCAG CAAAGCCGCA TGCAGACGAT GGAGGACATT 
GAGGCTTTGG CTTCGGAGGA GCATGCAGAA GAGCAAGAAA TACCAGTGGC CACAGGAACG 
GAGAAGAGAG TGCCCCAGCA GGAGGGAGGC AAAGCTGAGG ACAGGCAGGC CAAGAAACCA 
AAGGCCAAGA AGAAGAGGAT CATCAGCTTG CAGGCTGTGC TAGGTGGAAA GTCCCAAGAG 
ATCCAGTGCC CCAGCCTCCC TGTGGCTGTG GAGGAAGAGG AGGGTGGCAT CGACCAGAGA 
GGGGTGATCA CAGAGGCCTT TGCAGGGGAC GACGTGGTCG CTGACTTCCG CCGGGAGAAG 
CGCAAGGCAG AGCAGGCTGG GAAGCCGCAG CCAGTGAACT TGGTGCTGCC AGGCTGGGGC 
GAGTGGGGAG GCACGGGACT GAAGCCCAGC AAAAAGAAAA TGAAACGGTT CCTGCTCAAG 
CCGCCCCCAG CACCTCCCAG GAAAGACCAG CATTTGCCTC ACGTCATCAT GAGTGAGCAG 
CGCAACATCC ACGCAGCAGC ACATCAGGTC AGCGAGCTGC CTTTCCCCTT TGAGAAGCAC 
CAGCAGTTCG AGCGGAGCAT ACGGACACCC ATGGGCCCCA CGTGGAACAC GCAGCGTGCC 
TTCCAAAAGC TGACTGCCCC GCGCATCGTC ACCCGAGCGG GCCACATCAT CCAGCCCATC 
TCTGCAGAAA ATGTCCCCTC CCTGGCCGCA GCAGCCAGCA GCGGAGCCAA GGCAGCACTA 
GAGCTTGCAC CCAAGCAGAG AGAACAACTC TCTCGCCCCC CTCACCCGCG TGCTGATAAG 
ACAGAGGTGG TGTCTGAGCT GCCAGAGGAC ATCTCCATTG ACCCCATCTG CACTGAAGAG 
CAGGTGAGCG TGGGGATCGA GCAGCCTCCC CAGGCACAGG AGGAGGTCTT ACTGTTAGAG 
CAGCAAAGCC GCATGCAGAC GATGGAGGAC ATTGAGGCTT TGGCTTCGGA GGAGCATGCA 
GAAGAGCAAG AAATACCAGT GGCCACAGGA ACGGAGAAGA GAGTGCCCCA GCAGGAGGGA 
GGCAAAGCTG AGGACAGGCA GGCCAAGAAA CCAAAGGCCA AGAAGAAGAG GATCATCAGC 
TTGCAGGCTG TGCTAGGTGG AAAGTCCCAA GAGATCCAGT GCCCCAGCCT CCCTGTGGCT 
GTGGAGGAAG AGGAGGGTGG CATCGACCAG AGAGGGGTGA TCACAGAGGC CTTTGCAGGG 
GACGACGTGG TCGCTGACTT CCGCCGGGAG AAGCGCAAGG CAGAGCAGGC TGGGAAGCCG 
CAGCCAGTGA ACTTGGTGCT GCCAGGCTGG GGCGAGTGGG GAGGCACGGG ACTGAAGCCC 
AGCAAAAAGA AAATGAAACG GTTCCTGCTC AAGCCGCCCC CAGCACCTCC CAGGAAAGAC 
CAGCATTTGC CTCACGTCAT CATGAGTGAG CAGCGCAACA TCCACGCAGC AGCACATCAG 
GTCAGCGAGC TGCCTTTCCC CTTTGAGAAG CACCAGCAGT TCGAGCGGAG CATACGGACA 
CCCATGGGCC CCACGTGGAA CACGCAGCGT GCCTTCCAAA AGCTGACTGC CCCGCGCATC 
GTCACCCGAG CGGGCCACAT CATCCAGCCC ATCTCTGCAG AAAATGTCCC CTCCCTGGCC 
GCAGCAGCCA GCAGCGGAGC CAAGGCAGCA CTAGAGCTTG CACCCAAGCA GAGAGAACAA 
CTCTCTCGCC CCCCTCACCC GCGCAAGAGA GCCCGATAG