GPATCH8 cDNA ORF clone, Cariama cristata(Red-legged seriema)

Gene
Clones
gRNAs

Summary

Gene Symbol	GPATCH8
Entrez Gene ID	104158325
Full Name	G-patch domain containing 8
Gene Type	protein-coding
Organism	Cariama cristata(Red-legged seriema)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009695940.1	XP_009694242.1	LOW QUALITY PROTEIN: G patch domain-containing protein 8

Pathways from BioSystems
Gene Ontology

The following GPATCH8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GPATCH8 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
OCa456296	XM_009695940.1 Latest version!	Cariama cristata G patch domain containing 8 (GPATCH8), 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)

GPATCH8 ( XM_009695940.1 ) cDNA ORF clone, Cariama cristata(Red-legged seriema) -> XP_009694242.1 Cariama cristata G patch domain containing 8 (GPATCH8), mRNA.

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CloneID	OCa456296
Clone ID Related Accession (Same CDS sequence)	XM_009695940.1
Accession Version	XM_009695940.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) 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	2014-10-20
Organism	Cariama cristata(Red-legged seriema)
Product	LOW QUALITY PROTEIN: G patch domain-containing protein 8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009605429.1) 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 :: Cariama cristata 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##

ATGGGCATGG GGCGGATGGA AATGGAGCTT GACTATGCCG AAGATGCCAC TGAGCGGAGG 
CGTGTACTGG AGGTGGAGAA AGAAGACACT GAGGAGCTGA GGCAGAAATA CAAGGATTAT 
GTTGATAAAG AAAAGGCAAT TGCCAAGGCT TTGGAAGATC TCAGAGCAAA CTTCTACTGT 
GAACTCTGTG ACAAGCAGTA TCAAAAGCAT CAAGAGTTTG ACAACCACAT AAACTCTTAT 
GATCATGCTC ACAAGCAGAG GTTGAAGGAT CTCAAGCAAA GGGAATTTGC TCGCAACGTC 
TCTTCAAGAT CCCGTAAAGA TGAAAGGAAG CAGGAGAAAG CCCTCCGGCG TCTACACGAA 
CTGGCTGAAC AGAGGAGGCA GCCTGAATGC GCTCCTGGAA GCGGACCCAT GTTCCGAACC 
ACCACGGTGG CTGTGGATGA GGAAGGTGGA GATGATGACG ATTCTGCAGC CAACAGCAGC 
TCTTTCATAC AGACGACTTC TGGCCAAGCC ACAGAGATGA CTATGGACAG AGGTTTTCTA 
AACACTGGAC AAGTCGGTGG CACTGTTATG ACAAGCCAAA TGCCCATCCA GACGGCGCAA 
GCGATCAGCT TTGGCATTAA GAGTAATTTG GGAACTCCAC TGCAGAAGAT AGGCGTGTCG 
TTTTCATTTG CTAAGAAGAC TCCAGTAAAG CTTGAGACCA TAGCTTCTGT TTTCAAGGAC 
CATGTGGAAG AATCAAGTTC TGCAGATGGA GCGAAAGCTG ATGAGAGAGG GTCCTCAGAT 
GCAGGCAGCC TGCAGAAATC TGGTGAGGGT GAAAGCACAA ATAATTCTGA CGGCAAGACA 
GAGGAAGATG ACCAACATGA CAAAGAGAGT GGGTCTCTAG CCACTACATT ATCTAAACTA 
AAAAAGATGA GACGAGAAGA CGGACCAATG GCAGTTGAAC CAGAATACTA CCACTATATT 
CCCCCAGCCC ACTGTAAAGT AAAGCCTAAT TTTCAATTCC TGCTTTTCAT GAAGTCTACC 
GAACAAATGG AAGCTGAAAA TGTGAACAAA AAACACACAC ATGAAGTTAA AAAGGGTAGT 
TCTCCAAAAC CCAAACCCGG CAAGCACGCA GAGAAGGCTG CTGAGAGCAT GGGGCAGCAG 
AAGGAGCAGA GTACTACTGA AACTGCAGCT CAGCAGAGCA AAACAGAGCT AAAAGAAGCC 
CTAGAAAATG CGAGTATGCA GGAGAGCAAG CATCTTGCAG AGAGCAATCT CCCTGAGCCA 
GACACTACAA AAGAAGTCAC CAAGCCTGTC TCAGGCTGTA AAGATGTCTC TGAAGGACCA 
AAGCATCCGA CAGGACCTTT TTTCCCTGTT CTGAGTAAAG ATGAGAGCAC GACTCTCCAG 
TGGCCTTCAG AGCTTCTCAT ATTTACCAAA GCAGAACCAT CTGTTTCATA CAGTTGTAAC 
CCCCTGTATT TTGATTTCAA GCTCTCTCGC AACAAAGATG CTAAAGGGAA AGGGGCAGAG 
AAATCTAAGG ATCCAGGGGG TCTTGGTAAA GAAAACGTTC AGAGCACAGA ATCTGGCGAG 
ATCAGCAAAC CCAAGGAGGC AGAAAGCGTA GCTAACAGTT CTGCTCTAAA AATGGAAAAC 
AAACCTCTCT CCACCTGTGG CTCCCAGAAC AAGCAGGAGT CCAATTTGGC AAGTGTTAGT 
AAGGGGGAGG GAGAGGACAG TAGTAAAAGC ATAACCGGTA AGAATAAATC TGGAAGGTCT 
CATAAACACA AAAAGAAAAA GAAGCACAAA AAGTCCAGCA AACACAAACG TAAACACAAG 
GAGGAAGCTG ATGAGAAGGG CCGAAAAACT GACCTGGGGG AGGAGAAACC CAAGAAACGA 
AAAAGACACA GGCACAGAAA AGGCAAATCC TTTCTTTCTA CTGAATCGGA ACGGGTGCTA 
AAAACCGAAC TGTCTGAAGA TTGTAGCCAT TTCCAGAAGA AAAAGTGGTG CTCTCAGGAG 
TCCCAGAGGA AGTCTCTGTC TGCTGAAGAG GGAAGCAGCA GTAAAAAAGA GGATGGTGGT 
AACTCCTGCC AAGAACATGG CGGCAAAAAA CACAAGGCTG ACCTGCAGCA GTTATCTGCT 
TCGAGGAGAC GATGTTTGGC TCCTTTCCTG GGCAGGATGA ACCGCAGGAG CCGGCAGAGC 
AGCGGGGACT ACGACAGCGA CGAGGGCTCT CACAGGAAGC ACTGTCAGCA GAAATCCCCG 
TCGCAGTACA GCGACGACTA TGACTCTGGC AGCGACCACT CTAGGAGCCG CTCCAGGTCA 
GGGCGGAGGC ACTCCTCGCG CAGGTCCTAT TCGACCAGCT CTGATGCTTC CTCAGACCAC 
AGTCGGTACA GCCGTCGGAG AAGTTACTCC GACGATAGCT ACAGCGATTA CAGTGACCGG 
TCAAGGTGCC ATTCGAAGCG GTCCCACGAC TCTGAGGATG ACTCTGACTA CAACAGCTCA 
AACCACAGAT CAAAACGACG CAAGTACTCC TCTTCTGAAG ATGACTACAG CTCAAGTAGG 
AGCAGGTCAA GGAGTCGAAG CAGGAGCCGA ACCCACCCTC GAGGCAGGTC AAGAACAAGG 
AGCCGGGGCA GAACACGCAG CAGCAGCTGC AGCAAGAGGA GAAGCCGAAG CGTAACAGGT 
CGCAGCTGGA AACGCAGCCG CAGCTATAGC AGAGATCGCA GCCGCAGTAC GAGAAGCCAC 
TCACAGAGAT CTCTCTCACG AAAGGGCTCT CGAGGCCACG AGAGCCCTGA AGAGAGGAGG 
TCTGGAAGAA GAGACTTCAT CAGGTCCAAA ATCTATCGCT CGCAGTCTCC TCACTATTTC 
CGGACAGGCC GAAGTGAAGG ATCGTCACTG AAGAAAGAGG ATGGCAAAGG AGAGGATCTG 
AAAGGATCTG GTTCGCTCTC CCAAAACAGC AGCGGCTCTG GCACGGGGCG GGCCTCAGAA 
GGTGACTGCA GTCCAGAAGA GAGGAACTCC GTCACTGCGA AACTTCTCCT GGAAAAGGTT 
CAATCCAGGA AGGTTGAGAA GAAGCCCTGC ACCACTGACG AGATGCTGGC AGGGGCAAAC 
AAAGTGGGCA TAAAGCTCAA AGATCCTCCC CAGGGCTACT TTGGCCCAAA ACTTCCTCCT 
TCCTTAGGCA ACAAACCGGT TCTCCCCTTA ATTGGGAAAT TGCCAACCGT TCGGAAACCA 
AATGCCAAAA GATATGAAGA GTCTGGCTTG GAGAGGGGCG AGGAGCAAGA GCTGTCGGAT 
TCTGAGGATG TTTCCCAAGG CATTGAGGAG GCTCAGTTGG GTGGCCAGTC TCTCCTGGAA 
GAAGTGGTGA TGGTAATTCA GGACAAACCT CTGGAAGAGC AGAAACGTGA AGAACCTGCT 
GTGGAAATGC CGTCCATTCC CCTTGAAGGA CCGACGCTTC CCGAGTGCTT TGGTTCTGGA 
GATCTTGTCA TGCCGCACAA CTTCCTCTCG GATCCGAGCG ATGGCGATGG GCTAGAACCT 
ATGGATGGGG GCAACCAGCC GGTCCCAGTG GAAACCAGTA TGATGCCGTT AGTTCCAGAT 
GTCGAGCACT TTTCTGGCTA CGTGCCTCAG AGCAGCGAGC CGAGTGTTGA AGGGGATCGG 
GAAGGAGGAG AAGATTCCTC TCTAGCACCA CTCGAGAGCC AGCCGATCAC TTTTACACCT 
GAAGAAATGG AGAAATACAG TAAGCTACAG CAGGCTGCTC AGCAGCACAT TCAGCAGCAA 
CTTCTGGCAA AGCAGGTCAA GGCCTTTCCT GCCTCGGCGG CCCTGGCACC GGCAGCACCC 
GCCCTGCAGC CCATCCACAT TCAGCAACCG GCCGGCGCCT CCNNGACCTC CATCACCACC 
GTGCAGCATG CCATCCTGCA ACACCACGCT GCCGCTGCCG CCGCCGCCAT CGGGATTCAC 
CCTCACCCCC ATCCCCAGCC CCTCGCTCAG GTTCATCATA TACCCCAGCC CCACTTGACG 
CCTATTTCGT TATCCCATTT GACCCACTCG ATTATTCCAG GGCACCCTGC AACGTTTCTA 
GCCAGCCACC CCATCCACAT CATTCCAGCG TCAGCTATCC ATCCGGGTCC CTTTACTTTT 
CATCCGGTTC CTCACGCTCT TTATCCAACC CTTCTTGCCC CAAGACCCGC TGCCGCTGCG 
GCTGCTACGG CGTTACATCT TCACCCTTTG CTGCACCCCA TTTTCTCAGG ACAGGACTTG 
CAGCATCCAC CCAGTCACGG CACATGA

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

RefSeq	XP_009694242.1
CDS	37..4263
Translation	MGMGRMEMELDYAEDATERRRVLEVEKEDTEELRQKYKDYVDKEKAIAKALEDLRANFYCELCDKQYQKHQEFDNHINSYDHAHKQRLKDLKQREFARNVSSRSRKDERKQEKALRRLHELAEQRRQPECAPGSGPMFRTTTVAVDEEGGDDDDSAANSSSFIQTTSGQATEMTMDRGFLNTGQVGGTVMTSQMPIQTAQAISFGIKSNLGTPLQKIGVSFSFAKKTPVKLETIASVFKDHVEESSSADGAKADERGSSDAGSLQKSGEGESTNNSDGKTEEDDQHDKESGSLATTLSKLKKMRREDGPMAVEPEYYHYIPPAHCKVKPNFQFLLFMKSTEQMEAENVNKKHTHEVKKGSSPKPKPGKHAEKAAESMGQQKEQSTTETAAQQSKTELKEALENASMQESKHLAESNLPEPDTTKEVTKPVSGCKDVSEGPKHPTGPFFPVLSKDESTTLQWPSELLIFTKAEPSVSYSCNPLYFDFKLSRNKDAKGKGAEKSKDPGGLGKENVQSTESGEISKPKEAESVANSSALKMENKPLSTCGSQNKQESNLASVSKGEGEDSSKSITGKNKSGRSHKHKKKKKHKKSSKHKRKHKEEADEKGRKTDLGEEKPKKRKRHRHRKGKSFLSTESERVLKTELSEDCSHFQKKKWCSQESQRKSLSAEEGSSSKKEDGGNSCQEHGGKKHKADLQQLSASRRRCLAPFLGRMNRRSRQSSGDYDSDEGSHRKHCQQKSPSQYSDDYDSGSDHSRSRSRSGRRHSSRRSYSTSSDASSDHSRYSRRRSYSDDSYSDYSDRSRCHSKRSHDSEDDSDYNSSNHRSKRRKYSSSEDDYSSSRSRSRSRSRSRTHPRGRSRTRSRGRTRSSSCSKRRSRSVTGRSWKRSRSYSRDRSRSTRSHSQRSLSRKGSRGHESPEERRSGRRDFIRSKIYRSQSPHYFRTGRSEGSSLKKEDGKGEDLKGSGSLSQNSSGSGTGRASEGDCSPEERNSVTAKLLLEKVQSRKVEKKPCTTDEMLAGANKVGIKLKDPPQGYFGPKLPPSLGNKPVLPLIGKLPTVRKPNAKRYEESGLERGEEQELSDSEDVSQGIEEAQLGGQSLLEEVVMVIQDKPLEEQKREEPAVEMPSIPLEGPTLPECFGSGDLVMPHNFLSDPSDGDGLEPMDGGNQPVPVETSMMPLVPDVEHFSGYVPQSSEPSVEGDREGGEDSSLAPLESQPITFTPEEMEKYSKLQQAAQQHIQQQLLAKQVKAFPASAALAPAAPALQPIHIQQPAGASnullTSITTVQHAILQHHAAAAAAAIGIHPHPHPQPLAQVHHIPQPHLTPISLSHLTHSIIPGHPATFLASHPIHIIPASAIHPGPFTFHPVPHALYPTLLAPRPAAAAAATALHLHPLLHPIFSGQDLQHPPSHGT

Target ORF information:

RefSeq Version	XM_009695940.1
Organism	Cariama cristata(Red-legged seriema)
Definition	Cariama cristata G patch domain containing 8 (GPATCH8), mRNA.

Target ORF information:

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

XM_009695940.1

ORF Insert Sequence:

ATGGGCATGG GGCGGATGGA AATGGAGCTT GACTATGCCG AAGATGCCAC TGAGCGGAGG 
CGTGTACTGG AGGTGGAGAA AGAAGACACT GAGGAGCTGA GGCAGAAATA CAAGGATTAT 
GTTGATAAAG AAAAGGCAAT TGCCAAGGCT TTGGAAGATC TCAGAGCAAA CTTCTACTGT 
GAACTCTGTG ACAAGCAGTA TCAAAAGCAT CAAGAGTTTG ACAACCACAT AAACTCTTAT 
GATCATGCTC ACAAGCAGAG GTTGAAGGAT CTCAAGCAAA GGGAATTTGC TCGCAACGTC 
TCTTCAAGAT CCCGTAAAGA TGAAAGGAAG CAGGAGAAAG CCCTCCGGCG TCTACACGAA 
CTGGCTGAAC AGAGGAGGCA GCCTGAATGC GCTCCTGGAA GCGGACCCAT GTTCCGAACC 
ACCACGGTGG CTGTGGATGA GGAAGGTGGA GATGATGACG ATTCTGCAGC CAACAGCAGC 
TCTTTCATAC AGACGACTTC TGGCCAAGCC ACAGAGATGA CTATGGACAG AGGTTTTCTA 
AACACTGGAC AAGTCGGTGG CACTGTTATG ACAAGCCAAA TGCCCATCCA GACGGCGCAA 
GCGATCAGCT TTGGCATTAA GAGTAATTTG GGAACTCCAC TGCAGAAGAT AGGCGTGTCG 
TTTTCATTTG CTAAGAAGAC TCCAGTAAAG CTTGAGACCA TAGCTTCTGT TTTCAAGGAC 
CATGTGGAAG AATCAAGTTC TGCAGATGGA GCGAAAGCTG ATGAGAGAGG GTCCTCAGAT 
GCAGGCAGCC TGCAGAAATC TGGTGAGGGT GAAAGCACAA ATAATTCTGA CGGCAAGACA 
GAGGAAGATG ACCAACATGA CAAAGAGAGT GGGTCTCTAG CCACTACATT ATCTAAACTA 
AAAAAGATGA GACGAGAAGA CGGACCAATG GCAGTTGAAC CAGAATACTA CCACTATATT 
CCCCCAGCCC ACTGTAAAGT AAAGCCTAAT TTTCAATTCC TGCTTTTCAT GAAGTCTACC 
GAACAAATGG AAGCTGAAAA TGTGAACAAA AAACACACAC ATGAAGTTAA AAAGGGTAGT 
TCTCCAAAAC CCAAACCCGG CAAGCACGCA GAGAAGGCTG CTGAGAGCAT GGGGCAGCAG 
AAGGAGCAGA GTACTACTGA AACTGCAGCT CAGCAGAGCA AAACAGAGCT AAAAGAAGCC 
CTAGAAAATG CGAGTATGCA GGAGAGCAAG CATCTTGCAG AGAGCAATCT CCCTGAGCCA 
GACACTACAA AAGAAGTCAC CAAGCCTGTC TCAGGCTGTA AAGATGTCTC TGAAGGACCA 
AAGCATCCGA CAGGACCTTT TTTCCCTGTT CTGAGTAAAG ATGAGAGCAC GACTCTCCAG 
TGGCCTTCAG AGCTTCTCAT ATTTACCAAA GCAGAACCAT CTGTTTCATA CAGTTGTAAC 
CCCCTGTATT TTGATTTCAA GCTCTCTCGC AACAAAGATG CTAAAGGGAA AGGGGCAGAG 
AAATCTAAGG ATCCAGGGGG TCTTGGTAAA GAAAACGTTC AGAGCACAGA ATCTGGCGAG 
ATCAGCAAAC CCAAGGAGGC AGAAAGCGTA GCTAACAGTT CTGCTCTAAA AATGGAAAAC 
AAACCTCTCT CCACCTGTGG CTCCCAGAAC AAGCAGGAGT CCAATTTGGC AAGTGTTAGT 
AAGGGGGAGG GAGAGGACAG TAGTAAAAGC ATAACCGGTA AGAATAAATC TGGAAGGTCT 
CATAAACACA AAAAGAAAAA GAAGCACAAA AAGTCCAGCA AACACAAACG TAAACACAAG 
GAGGAAGCTG ATGAGAAGGG CCGAAAAACT GACCTGGGGG AGGAGAAACC CAAGAAACGA 
AAAAGACACA GGCACAGAAA AGGCAAATCC TTTCTTTCTA CTGAATCGGA ACGGGTGCTA 
AAAACCGAAC TGTCTGAAGA TTGTAGCCAT TTCCAGAAGA AAAAGTGGTG CTCTCAGGAG 
TCCCAGAGGA AGTCTCTGTC TGCTGAAGAG GGAAGCAGCA GTAAAAAAGA GGATGGTGGT 
AACTCCTGCC AAGAACATGG CGGCAAAAAA CACAAGGCTG ACCTGCAGCA GTTATCTGCT 
TCGAGGAGAC GATGTTTGGC TCCTTTCCTG GGCAGGATGA ACCGCAGGAG CCGGCAGAGC 
AGCGGGGACT ACGACAGCGA CGAGGGCTCT CACAGGAAGC ACTGTCAGCA GAAATCCCCG 
TCGCAGTACA GCGACGACTA TGACTCTGGC AGCGACCACT CTAGGAGCCG CTCCAGGTCA 
GGGCGGAGGC ACTCCTCGCG CAGGTCCTAT TCGACCAGCT CTGATGCTTC CTCAGACCAC 
AGTCGGTACA GCCGTCGGAG AAGTTACTCC GACGATAGCT ACAGCGATTA CAGTGACCGG 
TCAAGGTGCC ATTCGAAGCG GTCCCACGAC TCTGAGGATG ACTCTGACTA CAACAGCTCA 
AACCACAGAT CAAAACGACG CAAGTACTCC TCTTCTGAAG ATGACTACAG CTCAAGTAGG 
AGCAGGTCAA GGAGTCGAAG CAGGAGCCGA ACCCACCCTC GAGGCAGGTC AAGAACAAGG 
AGCCGGGGCA GAACACGCAG CAGCAGCTGC AGCAAGAGGA GAAGCCGAAG CGTAACAGGT 
CGCAGCTGGA AACGCAGCCG CAGCTATAGC AGAGATCGCA GCCGCAGTAC GAGAAGCCAC 
TCACAGAGAT CTCTCTCACG AAAGGGCTCT CGAGGCCACG AGAGCCCTGA AGAGAGGAGG 
TCTGGAAGAA GAGACTTCAT CAGGTCCAAA ATCTATCGCT CGCAGTCTCC TCACTATTTC 
CGGACAGGCC GAAGTGAAGG ATCGTCACTG AAGAAAGAGG ATGGCAAAGG AGAGGATCTG 
AAAGGATCTG GTTCGCTCTC CCAAAACAGC AGCGGCTCTG GCACGGGGCG GGCCTCAGAA 
GGTGACTGCA GTCCAGAAGA GAGGAACTCC GTCACTGCGA AACTTCTCCT GGAAAAGGTT 
CAATCCAGGA AGGTTGAGAA GAAGCCCTGC ACCACTGACG AGATGCTGGC AGGGGCAAAC 
AAAGTGGGCA TAAAGCTCAA AGATCCTCCC CAGGGCTACT TTGGCCCAAA ACTTCCTCCT 
TCCTTAGGCA ACAAACCGGT TCTCCCCTTA ATTGGGAAAT TGCCAACCGT TCGGAAACCA 
AATGCCAAAA GATATGAAGA GTCTGGCTTG GAGAGGGGCG AGGAGCAAGA GCTGTCGGAT 
TCTGAGGATG TTTCCCAAGG CATTGAGGAG GCTCAGTTGG GTGGCCAGTC TCTCCTGGAA 
GAAGTGGTGA TGGTAATTCA GGACAAACCT CTGGAAGAGC AGAAACGTGA AGAACCTGCT 
GTGGAAATGC CGTCCATTCC CCTTGAAGGA CCGACGCTTC CCGAGTGCTT TGGTTCTGGA 
GATCTTGTCA TGCCGCACAA CTTCCTCTCG GATCCGAGCG ATGGCGATGG GCTAGAACCT 
ATGGATGGGG GCAACCAGCC GGTCCCAGTG GAAACCAGTA TGATGCCGTT AGTTCCAGAT 
GTCGAGCACT TTTCTGGCTA CGTGCCTCAG AGCAGCGAGC CGAGTGTTGA AGGGGATCGG 
GAAGGAGGAG AAGATTCCTC TCTAGCACCA CTCGAGAGCC AGCCGATCAC TTTTACACCT 
GAAGAAATGG AGAAATACAG TAAGCTACAG CAGGCTGCTC AGCAGCACAT TCAGCAGCAA 
CTTCTGGCAA AGCAGGTCAA GGCCTTTCCT GCCTCGGCGG CCCTGGCACC GGCAGCACCC 
GCCCTGCAGC CCATCCACAT TCAGCAACCG GCCGGCGCCT CCNNGACCTC CATCACCACC 
GTGCAGCATG CCATCCTGCA ACACCACGCT GCCGCTGCCG CCGCCGCCAT CGGGATTCAC 
CCTCACCCCC ATCCCCAGCC CCTCGCTCAG GTTCATCATA TACCCCAGCC CCACTTGACG 
CCTATTTCGT TATCCCATTT GACCCACTCG ATTATTCCAG GGCACCCTGC AACGTTTCTA 
GCCAGCCACC CCATCCACAT CATTCCAGCG TCAGCTATCC ATCCGGGTCC CTTTACTTTT 
CATCCGGTTC CTCACGCTCT TTATCCAACC CTTCTTGCCC CAAGACCCGC TGCCGCTGCG 
GCTGCTACGG CGTTACATCT TCACCCTTTG CTGCACCCCA TTTTCTCAGG ACAGGACTTG 
CAGCATCCAC CCAGTCACGG CACATGA