Frmpd2 cDNA ORF clone, Fukomys damarensis(Damara mole-rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Frmpd2
Entrez Gene ID	104861251
Full Name	FERM and PDZ domain containing 2
Gene Type	protein-coding
Organism	Fukomys damarensis(Damara mole-rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010622624.2	XP_010620926.2	LOW QUALITY PROTEIN: FERM and PDZ domain-containing protein 2

Pathways from BioSystems
Gene Ontology

The following Frmpd2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Frmpd2 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
OFu60802	XM_010622624.2 Latest version!	Fukomys damarensis FERM and PDZ domain containing 2 (Frmpd2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

Frmpd2 ( XM_010622624.2 ) cDNA ORF clone, Fukomys damarensis(Damara mole-rat) -> XP_010620926.2 Fukomys damarensis FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Price & Availability↑

CloneID	OFu60802
Clone ID Related Accession (Same CDS sequence)	XM_010622624.2
Accession Version	XM_010622624.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4152bp) 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	2016-11-21
Organism	Fukomys damarensis(Damara mole-rat)
Product	LOW QUALITY PROTEIN: FERM and PDZ domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011044645.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010622624.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Fukomys damarensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 7% of CDS bases frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGTATACAA GGTGCAGTGA CCGCATCAAG GAAAGGAGCA CACCCATCAC CTCGAACTTC 
ACCTGGTCGC CCACCTGCCA TCCTGCATGG CCCTGTGACA CACAACAGCT CGAGTCAGGA 
ACAAGCTCGG CCTCAGTGAC GCTGGCCAGC GCCCTGCAGG TCAGAGGCAA ATCTCTGTCG 
GAGGAGGAAA TCTGGTCCCT CTTGTCGCTA GCTGTGGAGA GGCTCCTGGA GGACCTCAGC 
AATGACTCCT CGGACTATGT GGTTTGCCCC TGGTCAGCCC TTCTTTCTGT GGCCGGAAGT 
CTTTCTTTCC AAGACCACGT TTCTCACGTA GAGGCTGCTC CTTTCAAGGC CCCCGAGCTG 
CTACAGGGAC AGAGCAAGGA TGAGCGGCCA GATGCATCGC AGATGCATGT CTTTTCCCTA 
GGGATGACCC TCTACTGGGC TGCAGGATTC CACGTCCCGC CAAGCCAGCC CCTGCAGCTC 
TGCCAACCGC TGCATGCCCT GCTGCTGGCC ATGTGTGAGG ACCAGCCCTG CAGGCGGTGC 
CCACTGCACA CCATCATGGA AGCCTGTCAG GCCCACCAGG AGGAGGTGGC TGCACACTCA 
GCTCTTGCCA GCCTCCACGT GAGGCGGCTG GTGGGCTTGG TTCTGGGAAC CATCTCTGAG 
GTGGAGGAAG ATGACTGCAC ACAGCAGAGC AGAAGCTACC TTCTCAGGAA AAGGCTGCAG 
TCACAGAGTG GCGAGAGCCC CAAGGCCCGG GCCCTGGACT GTGTGCAGCC CTGCAGAGTT 
TCAGAGCAAA GTGCAGAGAT GCAGAGCCCC CGGGAGTCCC ACTGGAGCAG CTCAGCACAT 
AGCCACTACC TCCTGTTTGA GAACAGCGCT CTTGTAGGTA CAGCACCCCT CAGGCAGCAG 
GACAGCCAGC AGCTCAGCTT GGGGTCTGTG TTCCTGGCAG AAGCAGAAAG ATCACGGCCA 
GTGACTGCCC AGCAGAGGTT CCTGCAGAGG AAGGGAAAGT TCTCCAGGCA TGAGTTCCTC 
CTGCTGGCTG ATGAGGCCCC TGTGATGCTG CACNTGCCAG GATCAGTTGT GACGAAAAAG 
GGGAAATCTT ACTTGGCTCT CAGAGACGTC TGTGTGGTCC TGCTGAGTGG GCAGTGTCTG 
CAGGTGAAAT GCGATGTCAA GTCCACAGCA GTGGACTTTG ATGCCATCAC ATCCTTTGCC 
AACCTGNGGG AAGTCAGCTA CTTTGGCTTG GCTTATGTGA AAGGCAATGA GTTCTTTTTC 
CTGGACCGTG AAACCAGATT GTGTAAAATA GCTTCTGAAG ACTGGAGGGA GCAGCCCCTG 
AAGACCTCCA CTGACACCTT CACACTCTTT CTGCGGATCA AGTTCTTTGT CAGCCACTGT 
GGGCTACTTC AGCACAGCTC GACCCAGCAT CAGTTCTACC TGCAGCTTCG TAAGGATGTT 
CTGGAGGAGA GACTGCACTG TGATGACGGG ACACTGTTGC AGCTGGGTGT CCTTGCCCTG 
CAGGCTGAGT TTGGCAGTTA CCCAAAGGAG CAGGCAGAGA AGAAGCCATA TTTTCGAGTT 
GAAGATTATA TCCCTGCCAC TCTTATCACA AGGATGACCA CTCTCCGAGT CCAAGTAGAA 
GTCTCAGAGA TGCACCGGCT CAGTACTGCC CTGTGGGGAA AGGGTGCAGA GCTGGAGTTC 
TTGAGGGTCA CTCAGCAGCT CCTGGAGTAT GGCATTCTGG TTCACCGGGT ATTTCCAAAG 
AAGAAGAGGC TGGAAGGGGA GATGGCCTTG GGGGTCTGTG CCGAAGGTGT CATTGTATAC 
GAAGTGAAAA ACCATAGCAG AATTGCAACT TTATGGTTTC CATGGAGAGA AATTGGGAAG 
ATTTCGACCT ACCCAAAGAA ATTCTCTGTC ACCAGCAGCA TCACTGGGAA AAAGCACACG 
TTTGCCACGG ATTCAGCCAA GACCTGCACG TATTTACTGG GCCTCTGCTC TGCCCAGCAT 
GGCTTCCACG CGCAGACGGG CTCTGGGCAG CCTCCCTGCC TCCTGACTGA AAAGGGAAAG 
CTCGTGCAAT CAGCCAGTTT GAGTCCTGTC CAACAGGCCC AGTCAAAGCC TCTCACCTGG 
ATTGAGAGAC TGTCCGGCTC AGAAAAGAAG CTGTTTGCAC CCAGGGTTCA GGATGCCACA 
GGAAGCCTGC TGGGTGAGTC GCTGGAGAAC TTCAGCATGA ATGGCACCAA GGAGACCAGG 
GTAGAAGGGA TTGGAGGCAG CCCCTACACT GGCCAGGAGC AGCAGGACAG TGCCTGTTCA 
ATCCAGAAAC CAATGACCTG GGACCTTCTC TTGCAGCCAC CTGTTCAAAG CATACACTCA 
GGGCCACAGG ATAACAGGAG AGAGCCCTTC ACTGCTCAGC CGGGTCAGGA ACTCGTGCAC 
GTGGTGCTGA AGCGTGACAC ACACTGCGGC TTTGGTTTTG CCATTAATGA TGGAGAAGAT 
GTAGGCCAAA TGAACCCTGG TATTTTTATA TCTTCTATTA TACCTGGAGG ACCAGCAGCA 
AAAACTAAGA CCATCAAACC AGGAGGACAG ATCCTTGCCT TGAACCACAT CAGCCTGGAG 
GGCTTCACAT TCAACATGGC AGTCAGAATG ATTCAGAATT CTCTGGACCA CATAGAGCTC 
ACCATTTCCC AAGCTGAAGG TATTTGTAGA AATGCCCCCA GGAAAGAGAA GGACAGCACG 
GCCAGTTGTG GCACCTTCTC TAAAGACATC CTGAGTGGCA GGCACCAGGG ACGTTTGTCA 
TCACACCCAC AAGACCAGGA CAGAGACCCT GAGGAGCGGG AAATGGCCCA GGCAGAAAGC 
CCCATGTTTT GGCAGAGTCC TCAGGGCTCA CCTCTGCCAG TGAAGGGTGC TGCTGGTTCT 
TCTTCCCTTC TATCACCTCT GGAAACCAAT GCAGGTGAAA TCTACTTTGT GAAGCTTGTT 
AAAGAAGATG GAACACTTGG ATTCAGTGTG ACTGGTGGCA TCAACACAAG TGTGCTCCAT 
GGAGGAATCT ATGTGAAATC CATCATTCCT GGAGGCCCAG CTGCCAAAGA AGGGCAGATC 
CTGCAGGGTG ACTGGCTCCT GCAAGTGGAT GGAGTGAGTC TGTGTGGTCT CACCCACAAG 
CAGGCTGTGC AGTGCCTCAA GGGTCCTGGG CAGGTTTCAA GGCTGGTGTT GGAGGGAAGA 
GGCCCTAGCA TGGCACAGCA GGGTCCTTCT GCTAATGACA GGATGGGAGA TGAACACGCT 
GTGGTTACCT TGGTAACAGC CCTGCCTGGC AGGCCCGTGA GCTGTGTCTC AGTGACAGAT 
GGTCCTAGGT TTGAAGTCAG GCTGCAAAAG AACACCAATG GCCTGGGGTT CAGCTTCGTG 
CAGGTGGAAC AGGGCAGCTG CAGCCTCCTC CAGAGTGACC TCATTAGAAT TAAGAGACTC 
TTTCCAGGGC AGCCAGCCCA AGAGCATGGG GCCATTGAGG CTGGTGACAT CATTCTGGCG 
GTGAACGGAA GGCCCACAGA GGGCCTTGTT TTCCAGGAGG TGCTCAATCT GCTGAGAGGG 
CCTCCCCAGG AAGCCGCACT GCTCCTTTGC CGACCGCCTC CAGGTGTGCT CCCTGAGATG 
GAGCCAGCGG GGAAGACACC CATGGACAAA GAATTTACCA AGGCAATGTA TACAGACTCA 
GAGAAGAGCC CCAGCCTGGA ACAGGAGGAC AGCTGGAGAG ACAGCACCTC TCCAGATGCA 
AGGGAAGGCC TGGCTCTCGG AGAGGCACAA GGGAGTCAAG ACGGGGACAG ACCCTGGGCC 
AGGTCCTTGG CACTTGCCCT GGAGTCCCAT CCTCACTTAT GGCATTGTCA CCTAGAGACA 
GAGGAGCCAG CCCTGGCTAC CCCTTTGGAA CAGGACATGA GGCAGAACTG CTATTCTGTG 
TGTGACATCA GGAGACTTGG CAGATTCTCC CTCTCATCCT CTCTAACTAG ACTTGTGACA 
TATTTTCTGA GCACCCCTGT GCAGGTGAAC ACAGAGTGCC AGCCAGTCTC CTGGGGCAGG 
ACCTTCGGGT TTCTGAATGA CATCCCTTTG GTGGAAGAGA CCTCAAATGA TTTTGGTCCA 
GAGAATGTGC CCACCGACTC TGTCACCAGG AAAGATGATG ACCTGGGATG GAGCTACTGG 
CCCAGGTGTT AA

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

RefSeq	XP_010620926.2
CDS	1..4152
Translation	MYTRCSDRIKERSTPITSNFTWSPTCHPAWPCDTQQLESGTSSASVTLASALQVRGKSLSEEEIWSLLSLAVERLLEDLSNDSSDYVVCPWSALLSVAGSLSFQDHVSHVEAAPFKAPELLQGQSKDERPDASQMHVFSLGMTLYWAAGFHVPPSQPLQLCQPLHALLLAMCEDQPCRRCPLHTIMEACQAHQEEVAAHSALASLHVRRLVGLVLGTISEVEEDDCTQQSRSYLLRKRLQSQSGESPKARALDCVQPCRVSEQSAEMQSPRESHWSSSAHSHYLLFENSALVGTAPLRQQDSQQLSLGSVFLAEAERSRPVTAQQRFLQRKGKFSRHEFLLLADEAPVMLHnullPGSVVTKKGKSYLALRDVCVVLLSGQCLQVKCDVKSTAVDFDAITSFANLnullEVSYFGLAYVKGNEFFFLDRETRLCKIASEDWREQPLKTSTDTFTLFLRIKFFVSHCGLLQHSSTQHQFYLQLRKDVLEERLHCDDGTLLQLGVLALQAEFGSYPKEQAEKKPYFRVEDYIPATLITRMTTLRVQVEVSEMHRLSTALWGKGAELEFLRVTQQLLEYGILVHRVFPKKKRLEGEMALGVCAEGVIVYEVKNHSRIATLWFPWREIGKISTYPKKFSVTSSITGKKHTFATDSAKTCTYLLGLCSAQHGFHAQTGSGQPPCLLTEKGKLVQSASLSPVQQAQSKPLTWIERLSGSEKKLFAPRVQDATGSLLGESLENFSMNGTKETRVEGIGGSPYTGQEQQDSACSIQKPMTWDLLLQPPVQSIHSGPQDNRREPFTAQPGQELVHVVLKRDTHCGFGFAINDGEDVGQMNPGIFISSIIPGGPAAKTKTIKPGGQILALNHISLEGFTFNMAVRMIQNSLDHIELTISQAEGICRNAPRKEKDSTASCGTFSKDILSGRHQGRLSSHPQDQDRDPEEREMAQAESPMFWQSPQGSPLPVKGAAGSSSLLSPLETNAGEIYFVKLVKEDGTLGFSVTGGINTSVLHGGIYVKSIIPGGPAAKEGQILQGDWLLQVDGVSLCGLTHKQAVQCLKGPGQVSRLVLEGRGPSMAQQGPSANDRMGDEHAVVTLVTALPGRPVSCVSVTDGPRFEVRLQKNTNGLGFSFVQVEQGSCSLLQSDLIRIKRLFPGQPAQEHGAIEAGDIILAVNGRPTEGLVFQEVLNLLRGPPQEAALLLCRPPPGVLPEMEPAGKTPMDKEFTKAMYTDSEKSPSLEQEDSWRDSTSPDAREGLALGEAQGSQDGDRPWARSLALALESHPHLWHCHLETEEPALATPLEQDMRQNCYSVCDIRRLGRFSLSSSLTRLVTYFLSTPVQVNTECQPVSWGRTFGFLNDIPLVEETSNDFGPENVPTDSVTRKDDDLGWSYWPRC

Target ORF information:

RefSeq Version	XM_010622624.2
Organism	Fukomys damarensis(Damara mole-rat)
Definition	Fukomys damarensis FERM and PDZ domain containing 2 (Frmpd2), mRNA.

Target ORF information:

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

XM_010622624.2

ORF Insert Sequence:

ATGTATACAA GGTGCAGTGA CCGCATCAAG GAAAGGAGCA CACCCATCAC CTCGAACTTC 
ACCTGGTCGC CCACCTGCCA TCCTGCATGG CCCTGTGACA CACAACAGCT CGAGTCAGGA 
ACAAGCTCGG CCTCAGTGAC GCTGGCCAGC GCCCTGCAGG TCAGAGGCAA ATCTCTGTCG 
GAGGAGGAAA TCTGGTCCCT CTTGTCGCTA GCTGTGGAGA GGCTCCTGGA GGACCTCAGC 
AATGACTCCT CGGACTATGT GGTTTGCCCC TGGTCAGCCC TTCTTTCTGT GGCCGGAAGT 
CTTTCTTTCC AAGACCACGT TTCTCACGTA GAGGCTGCTC CTTTCAAGGC CCCCGAGCTG 
CTACAGGGAC AGAGCAAGGA TGAGCGGCCA GATGCATCGC AGATGCATGT CTTTTCCCTA 
GGGATGACCC TCTACTGGGC TGCAGGATTC CACGTCCCGC CAAGCCAGCC CCTGCAGCTC 
TGCCAACCGC TGCATGCCCT GCTGCTGGCC ATGTGTGAGG ACCAGCCCTG CAGGCGGTGC 
CCACTGCACA CCATCATGGA AGCCTGTCAG GCCCACCAGG AGGAGGTGGC TGCACACTCA 
GCTCTTGCCA GCCTCCACGT GAGGCGGCTG GTGGGCTTGG TTCTGGGAAC CATCTCTGAG 
GTGGAGGAAG ATGACTGCAC ACAGCAGAGC AGAAGCTACC TTCTCAGGAA AAGGCTGCAG 
TCACAGAGTG GCGAGAGCCC CAAGGCCCGG GCCCTGGACT GTGTGCAGCC CTGCAGAGTT 
TCAGAGCAAA GTGCAGAGAT GCAGAGCCCC CGGGAGTCCC ACTGGAGCAG CTCAGCACAT 
AGCCACTACC TCCTGTTTGA GAACAGCGCT CTTGTAGGTA CAGCACCCCT CAGGCAGCAG 
GACAGCCAGC AGCTCAGCTT GGGGTCTGTG TTCCTGGCAG AAGCAGAAAG ATCACGGCCA 
GTGACTGCCC AGCAGAGGTT CCTGCAGAGG AAGGGAAAGT TCTCCAGGCA TGAGTTCCTC 
CTGCTGGCTG ATGAGGCCCC TGTGATGCTG CACNTGCCAG GATCAGTTGT GACGAAAAAG 
GGGAAATCTT ACTTGGCTCT CAGAGACGTC TGTGTGGTCC TGCTGAGTGG GCAGTGTCTG 
CAGGTGAAAT GCGATGTCAA GTCCACAGCA GTGGACTTTG ATGCCATCAC ATCCTTTGCC 
AACCTGNGGG AAGTCAGCTA CTTTGGCTTG GCTTATGTGA AAGGCAATGA GTTCTTTTTC 
CTGGACCGTG AAACCAGATT GTGTAAAATA GCTTCTGAAG ACTGGAGGGA GCAGCCCCTG 
AAGACCTCCA CTGACACCTT CACACTCTTT CTGCGGATCA AGTTCTTTGT CAGCCACTGT 
GGGCTACTTC AGCACAGCTC GACCCAGCAT CAGTTCTACC TGCAGCTTCG TAAGGATGTT 
CTGGAGGAGA GACTGCACTG TGATGACGGG ACACTGTTGC AGCTGGGTGT CCTTGCCCTG 
CAGGCTGAGT TTGGCAGTTA CCCAAAGGAG CAGGCAGAGA AGAAGCCATA TTTTCGAGTT 
GAAGATTATA TCCCTGCCAC TCTTATCACA AGGATGACCA CTCTCCGAGT CCAAGTAGAA 
GTCTCAGAGA TGCACCGGCT CAGTACTGCC CTGTGGGGAA AGGGTGCAGA GCTGGAGTTC 
TTGAGGGTCA CTCAGCAGCT CCTGGAGTAT GGCATTCTGG TTCACCGGGT ATTTCCAAAG 
AAGAAGAGGC TGGAAGGGGA GATGGCCTTG GGGGTCTGTG CCGAAGGTGT CATTGTATAC 
GAAGTGAAAA ACCATAGCAG AATTGCAACT TTATGGTTTC CATGGAGAGA AATTGGGAAG 
ATTTCGACCT ACCCAAAGAA ATTCTCTGTC ACCAGCAGCA TCACTGGGAA AAAGCACACG 
TTTGCCACGG ATTCAGCCAA GACCTGCACG TATTTACTGG GCCTCTGCTC TGCCCAGCAT 
GGCTTCCACG CGCAGACGGG CTCTGGGCAG CCTCCCTGCC TCCTGACTGA AAAGGGAAAG 
CTCGTGCAAT CAGCCAGTTT GAGTCCTGTC CAACAGGCCC AGTCAAAGCC TCTCACCTGG 
ATTGAGAGAC TGTCCGGCTC AGAAAAGAAG CTGTTTGCAC CCAGGGTTCA GGATGCCACA 
GGAAGCCTGC TGGGTGAGTC GCTGGAGAAC TTCAGCATGA ATGGCACCAA GGAGACCAGG 
GTAGAAGGGA TTGGAGGCAG CCCCTACACT GGCCAGGAGC AGCAGGACAG TGCCTGTTCA 
ATCCAGAAAC CAATGACCTG GGACCTTCTC TTGCAGCCAC CTGTTCAAAG CATACACTCA 
GGGCCACAGG ATAACAGGAG AGAGCCCTTC ACTGCTCAGC CGGGTCAGGA ACTCGTGCAC 
GTGGTGCTGA AGCGTGACAC ACACTGCGGC TTTGGTTTTG CCATTAATGA TGGAGAAGAT 
GTAGGCCAAA TGAACCCTGG TATTTTTATA TCTTCTATTA TACCTGGAGG ACCAGCAGCA 
AAAACTAAGA CCATCAAACC AGGAGGACAG ATCCTTGCCT TGAACCACAT CAGCCTGGAG 
GGCTTCACAT TCAACATGGC AGTCAGAATG ATTCAGAATT CTCTGGACCA CATAGAGCTC 
ACCATTTCCC AAGCTGAAGG TATTTGTAGA AATGCCCCCA GGAAAGAGAA GGACAGCACG 
GCCAGTTGTG GCACCTTCTC TAAAGACATC CTGAGTGGCA GGCACCAGGG ACGTTTGTCA 
TCACACCCAC AAGACCAGGA CAGAGACCCT GAGGAGCGGG AAATGGCCCA GGCAGAAAGC 
CCCATGTTTT GGCAGAGTCC TCAGGGCTCA CCTCTGCCAG TGAAGGGTGC TGCTGGTTCT 
TCTTCCCTTC TATCACCTCT GGAAACCAAT GCAGGTGAAA TCTACTTTGT GAAGCTTGTT 
AAAGAAGATG GAACACTTGG ATTCAGTGTG ACTGGTGGCA TCAACACAAG TGTGCTCCAT 
GGAGGAATCT ATGTGAAATC CATCATTCCT GGAGGCCCAG CTGCCAAAGA AGGGCAGATC 
CTGCAGGGTG ACTGGCTCCT GCAAGTGGAT GGAGTGAGTC TGTGTGGTCT CACCCACAAG 
CAGGCTGTGC AGTGCCTCAA GGGTCCTGGG CAGGTTTCAA GGCTGGTGTT GGAGGGAAGA 
GGCCCTAGCA TGGCACAGCA GGGTCCTTCT GCTAATGACA GGATGGGAGA TGAACACGCT 
GTGGTTACCT TGGTAACAGC CCTGCCTGGC AGGCCCGTGA GCTGTGTCTC AGTGACAGAT 
GGTCCTAGGT TTGAAGTCAG GCTGCAAAAG AACACCAATG GCCTGGGGTT CAGCTTCGTG 
CAGGTGGAAC AGGGCAGCTG CAGCCTCCTC CAGAGTGACC TCATTAGAAT TAAGAGACTC 
TTTCCAGGGC AGCCAGCCCA AGAGCATGGG GCCATTGAGG CTGGTGACAT CATTCTGGCG 
GTGAACGGAA GGCCCACAGA GGGCCTTGTT TTCCAGGAGG TGCTCAATCT GCTGAGAGGG 
CCTCCCCAGG AAGCCGCACT GCTCCTTTGC CGACCGCCTC CAGGTGTGCT CCCTGAGATG 
GAGCCAGCGG GGAAGACACC CATGGACAAA GAATTTACCA AGGCAATGTA TACAGACTCA 
GAGAAGAGCC CCAGCCTGGA ACAGGAGGAC AGCTGGAGAG ACAGCACCTC TCCAGATGCA 
AGGGAAGGCC TGGCTCTCGG AGAGGCACAA GGGAGTCAAG ACGGGGACAG ACCCTGGGCC 
AGGTCCTTGG CACTTGCCCT GGAGTCCCAT CCTCACTTAT GGCATTGTCA CCTAGAGACA 
GAGGAGCCAG CCCTGGCTAC CCCTTTGGAA CAGGACATGA GGCAGAACTG CTATTCTGTG 
TGTGACATCA GGAGACTTGG CAGATTCTCC CTCTCATCCT CTCTAACTAG ACTTGTGACA 
TATTTTCTGA GCACCCCTGT GCAGGTGAAC ACAGAGTGCC AGCCAGTCTC CTGGGGCAGG 
ACCTTCGGGT TTCTGAATGA CATCCCTTTG GTGGAAGAGA CCTCAAATGA TTTTGGTCCA 
GAGAATGTGC CCACCGACTC TGTCACCAGG AAAGATGATG ACCTGGGATG GAGCTACTGG 
CCCAGGTGTT AA