LOC111231343 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111231343
Entrez Gene ID	111231343
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022758402.1	XP_022614123.1	LOW QUALITY PROTEIN: interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC111231343 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111231343 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
OSe204311	XM_022758402.1 Latest version!	Seriola dumerili interferon-induced very large GTPase 1-like (LOC111231343), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC111231343 ( XM_022758402.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022614123.1 Seriola dumerili interferon-induced very large GTPase 1-like (LOC111231343), mRNA.

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CloneID	OSe204311
Clone ID Related Accession (Same CDS sequence)	XM_022758402.1
Accession Version	XM_022758402.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5010bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	LOW QUALITY PROTEIN: interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174550.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGGAGGGAA TCAGTGATGA AGATTCATTT GTCGAGCTTT ACTGTGAGGA AGTAGAGGAC 
ACTATATCAA CTCCATGGTT TGACGGCAAG GGTGACTGTC AACAGACTGA TGCAGGTGGT 
AAAGCTCCCT GCCCTCCTGT GACGATTACA GTCTATGATG TCAGCAGCAA GACAGTGTCT 
CAGCATTTGG ATACTCCTGC TGGTGAAGTG GAGAGCTACA TCGTGACTTT TTGCAGGGAG 
GGAAAAATTG TGCAAGAGAC AATGGACCTG GGGTCAGGAG TGCAGAACTC TTTCCAGTCC 
CCTGAGGAAG TTACTGCCAT AACATCTGTA CACACAAAGA CACACCTGGA GAGGTTCTTG 
GAGGATCTTG GGATGGTGCA GCACTTGACA GAGAAGCTGT CCCTGAGTAA AATACTTCAG 
ATTGATGAGA AGACCATTAC TGACGTAACT GCCAAGTGTC AATCAGATCT TCCATGGTAT 
TTTCTGAAGA AGCTAATGAT GGTTAATGTG ACAGCCAGGA ATGTGAAGTG TACATCAGAA 
TGTGAATCAG CCTGTGATGC TGCATCAGAG ATTACAGATT TCCATTTTGA TAATCTGCTT 
GACAGTCCAA ACTCAGGTGA CATGCTAAAC CCCCTCGACA TCATCACTGC TCTCTTTCTG 
TGTTCTGATG CTTTTGTACA GCAGGAGATG GCACTCAAAA TGTCTATGTG TCAGTTTTCT 
GTGCCGCTGC TGCTCCCTAA TTGTGACACA CAACAGTGCA CACTCATGCT TTGGGCCTTG 
AGAGACATTG TTAAAGAGTA CAGACCTCAG TCACTTTCAC AATCCAAGGG TTTTATTGAA 
GACAGAATTG TTCTCTCTGA ACTTCCAATG ATATCCTTTG TGAGACTGGG GGAATGCTCC 
TTGTCCAAGT CAGAGATTCT CAATAAGCTT CTGAGCAATT CTCAGCAGTA CCATGACACC 
TTTGTTCACC GTAACATGGA GTGTGGCGAC AGTCCAAGAA GAATATCTGA TGGACTGACT 
GAAATTACTT GGTACCTTCC TCGTGGAAAA AAAAGTGATA TTTTCAGTGA GCCAGTAGCT 
GTAGCTAACC TTCGTGGGGA CATTACTTCA TTTGAAACAC AGTTTTCTTT TTTGTGTCAG 
ACATCTGCTG CAGTTTTTGT CTTCTTTGAC AATTTGGACA CTGACTGCAA GTTGCTTACT 
AACCAGCACC ACAAGGCACA GATCTTCTTG GTGGGTAACC ATCAAAGCAA GCACTTCAGT 
ATGGATTCTT TAAAAGAAGT TGCAACCAAT CAGGGTTTGA CTAAGAACAT CATTATTAAG 
ACTAAGAAGA CAAATGACGC AGACTTCATC AAAAATTTGA GGAAAACAGT GAAGGATGTA 
GTTGATAACT CAAAGATGAA GATGTGCATA GAGCAGATGG CTGACATTGC CCATGAACTG 
GGAATCTTGG TTGATGAAAA CTGTCCAGAG TGCCAGACTG CCAAGAAAAA TGCAGATGCC 
ATCACTGCAG AAATTCAAGA CACCCTTAAA TACAAACAAG AGCAGCTCCC CCTGCAAGGC 
CAAATATGGA AGGAACTGAC GAGTGTAGAG AAGGAAGAAT TTCGGCTTCG AAAAGTTGGG 
TCTGAGGCAA TCGAAACTTA CAGAAGTGGT CTTCAAGTAC AGAAAAGAGA ACTTCGAGAC 
AGACAAAACT CTTATAACAT ATCAAATGCA ATAACATGCT TCATCAATGC AATATCGAGC 
CCAGGGACAG AGAGATGTTA TTTCCTGAAA TGGATGCGAA TGAATCTTGA CAACCTGTCT 
CGAGAAAGAC TATCGGACCT CAGGGAACAG TACAGAGAAA AATCCAAGAA TTCTGAGAAC 
AAAGATGAGC TTAAAGAGAT TGACAGAGAA CTTTCCAACA GCTCACTGGG GACTGAACAC 
TTCTTCCGTG AAATGGGTCA GATCTATGAA GCTTCAGTGT CCCTTCCAGA AACAGACCCA 
TCACGTCAAC AGTTACAGCA TCTGCCCAAA CTCTGTGCAG GATTGCTGCT GGATGGATTT 
CCCCTTGAGC TTGTAGATGG AGATGCCTCC AACATACCTC TCAGATGGGT GAGTGATGTG 
CTCTCTCAGC TCCATGACTT GGTGTCTCCC AAGAACAAGA TACTGGTAGT CACAGTTCTT 
GGAGTTCAGA GCACAGGAAA GTCCACTCTT CTTAACACCA TGTTTGGAGT GCAGTTTGCA 
GTCAGCAGTG GTCGATGCAC TCGAGGTGCT TTTATGTTGC TCATCAGAAT CAATGAAGAT 
GTCAAAAAAG TGCTCAACTG TGACTTCATG GTGATCATTG ACACTGAGGG CTTAAAGTCA 
CCAGAGCTTG CACAACTGGA TGACAGCCAT GAGCATGACA ATGAGCTTGC AACACTTGTC 
GTGGGGCTGA GTGATATCAC CATCATTAAT ATTTCAATGG AGAATTCAAC AGAAATGAAG 
GACATCCTGC AAATAGTTGT GCACGCTTTT CTCAGGATGA AAGAGGTGGG CAAAAAGCCT 
AAATGTCAGT TTGTTCATCA GAATGTATCA GATGTTTCAG CCAATGATAA TAACTTAAGA 
GACAGGAAAC TGCTCTTGCA ACAGTTAAAT GAGATGACAC AGGCAGCTGC CAAAATGGAA 
AAGAAAGAGG AGAACAAGAG CTTCACGGAT GTGATGGAAT ACAGTCCAGA TACTGGGAAC 
TGGTACATTT CTGGACTATG GAATGGAAAC CCACCAATGG CACCAGTCAA TGCAGGGTAC 
AGCGAAGCTG TATATGAGCT CAAGAAAAAC ATCATCCATT TACTGGGAAA ATGTGATTCA 
TCTGCTAATG ATATCTTGGC GATTAAAGAG TGGATGTCAA GCCTGTGGAC TGCAGTAAAG 
CATGAAAACT TCATCTTCAG CTTCAGAAAC AGTCTAGTGG CTGATGCATA CATGAAGCTA 
TGCACAGAAT TCAACAAATG GGAATGGGAA TTCAAAAAAG ACATGTACAA GTGGGTTACA 
AATGCTGAAA CAAGAATTGC AAATTTCGGC ACAGTTGCTG CAAAGTGTGA AATAGCTGAC 
ATGAAACAGT TCGTCATGTG TTTGAAAAGT GAAGCCTCCA CAGTGCTGTC TAAGCGGGAG 
ACAGAGCTTC TCGAAAATTT GACAAAGTAC TTCAAGCAAA CAGAGGGTCA TATCTATTTA 
GTAGAAGGAT ACAAAGAGGA CTTTGCAAAC AGTGCAAAGA GCCTTCGACG AGAAATGGAG 
AACTCTGTGT TTCATCAGCT CACTGCAGCA GCAGAAATCA AACAGGGAAT GAGAGAACTT 
GATATAATCA AGGAAAATCA CACAAAAGAA ATTGAAAAGG CAGTGTGCGC ACTGATTGAT 
CAATGTCGGA AGAAGAATGT CCAGATGAGA GATCAAGAGC TGGAAAAGGA ATTTAATAAG 
ATGTGGAATG AAACAGTAAA GAAACTGTCT TTTTCTGAAC AAAAGGCAAC AGATGTCTTC 
ACCAATGTAT CCTACTACCT GAGATTAAAT CTGTCACACA AAGGGAGTCA TGCATCTGAA 
TTGTTGAGTA AAAAAAGCCT GAAAGATTGT GGCAAAATGC CTTTCAAATA TACAGAAGAG 
GGATTCTTCA AACAAGTTAA ACACCGAGTG AGCAAATGGA TGAGCCGGCA AGATCACATT 
ATGATGGTAC AAAAAATGGC TGACAGTATC ATAGCTTGTT GCATTCAGTT TGTGACTGAA 
ATAGTCGAAA GGAAAAACAA TTACTCTGAC ACTTACATCC AGGAGATGCT ACACATGATT 
GACGAGAGGC TGCAAAACGA TCAGGATGTA AAGACAGGCA TTGAGTTTGA AGTTTCTCTA 
AAACAACACA TCTGTGGAGT TGCAGCCAGA GAATTTCAGA AAATGCATGA AGACTTCCTA 
CATGTGAATG ATCCTTACAG ATGTCTGAGT CAAAACAAAG AAAAGTTTTT TGCCGATTTC 
CAAGATNNGT TTCATAAACG AGACCAGTGC CAGAAGAAGG CAGAAGAATT CACCAACCGA 
TGCTTGAAGC CTGCAGTCGA GGACTTCATC AACCGTTCCC TAGGTCCTGA TATCATTGAT 
GAGATGCTGA CACAACAACA GTTCAGCACA AGAATATCCA TCCAGTATTC AATTTTACTG 
GATTTGCTTT CAAAGGATAA CTTTGAAAAG TATTTGAGCT ACATTTGCTC ATATGAGGAA 
TATGTGAAGA AGTGGATACT TGACCAGATA GTGACTCACT TCTCAAATGG TTCTAAGATG 
TCTGAGTTTG AGGATCGTCA TATTCAGTCA AGTATCAACA GCATAAATGA TGCTATCAAC 
AACGCAAAAA TGAAAAAGAG TAACTTGAAG ACATTTGTTC ATCATGTGTG TCAGGAACTT 
GGAGCTAAAC TGGTCATTTC CCAGGATGCT CTTAATGCTT TCATGATTCT GAACAATGCA 
AACCAGGAAC AGCTTGCTCA CTGGTTCACA GAGTGTGTGA ATGAGATGGG ACAAGCTCTT 
AAAGAAGAGT TCAAAAAATC AAACATCCAG ATAAAACTGA AGCATCTCCA TGTGAAGCCT 
CAGAATGAGC TTTTCACCAA ACTGATTGGA TGTGGTAAAC ACTGTCCGTT TTGCAAAGCT 
CCATGTGATG CGGGAGGAAA AGCCCATGCT GAGCACTGGG CTTCACTGCA TCGGCCAGAG 
GGTCTTGGTA GATATCGATG GTACCAGACA AAAAAACTTG TAACTGACAT ATGCACATCG 
TCTGTGATCA GTGATGCCAA TTTTCGCTGT AATGTTACAA ACAATGAATG GCACCCCTTC 
AAGAAATACA CAGATATTTT CCCAGACTGG AAAATTCTTC CAGATGTAAG CCTTCAGGCA 
TCAGACTACT GGAAATACAT ACTGGCAAGG TTCAACAGTA AGTTTGCTGA AGCATATGAT 
GCACAGCCTG CTGATATTCC TGAAACTTGG AAAAATCTCA AACATAAGCA GGCAGAGGAG 
AGTCTCAGAG AGTCTTTTTA CATCAAGTGA

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

RefSeq	XP_022614123.1
CDS	128..5137
Translation	MEGISDEDSFVELYCEEVEDTISTPWFDGKGDCQQTDAGGKAPCPPVTITVYDVSSKTVSQHLDTPAGEVESYIVTFCREGKIVQETMDLGSGVQNSFQSPEEVTAITSVHTKTHLERFLEDLGMVQHLTEKLSLSKILQIDEKTITDVTAKCQSDLPWYFLKKLMMVNVTARNVKCTSECESACDAASEITDFHFDNLLDSPNSGDMLNPLDIITALFLCSDAFVQQEMALKMSMCQFSVPLLLPNCDTQQCTLMLWALRDIVKEYRPQSLSQSKGFIEDRIVLSELPMISFVRLGECSLSKSEILNKLLSNSQQYHDTFVHRNMECGDSPRRISDGLTEITWYLPRGKKSDIFSEPVAVANLRGDITSFETQFSFLCQTSAAVFVFFDNLDTDCKLLTNQHHKAQIFLVGNHQSKHFSMDSLKEVATNQGLTKNIIIKTKKTNDADFIKNLRKTVKDVVDNSKMKMCIEQMADIAHELGILVDENCPECQTAKKNADAITAEIQDTLKYKQEQLPLQGQIWKELTSVEKEEFRLRKVGSEAIETYRSGLQVQKRELRDRQNSYNISNAITCFINAISSPGTERCYFLKWMRMNLDNLSRERLSDLREQYREKSKNSENKDELKEIDRELSNSSLGTEHFFREMGQIYEASVSLPETDPSRQQLQHLPKLCAGLLLDGFPLELVDGDASNIPLRWVSDVLSQLHDLVSPKNKILVVTVLGVQSTGKSTLLNTMFGVQFAVSSGRCTRGAFMLLIRINEDVKKVLNCDFMVIIDTEGLKSPELAQLDDSHEHDNELATLVVGLSDITIINISMENSTEMKDILQIVVHAFLRMKEVGKKPKCQFVHQNVSDVSANDNNLRDRKLLLQQLNEMTQAAAKMEKKEENKSFTDVMEYSPDTGNWYISGLWNGNPPMAPVNAGYSEAVYELKKNIIHLLGKCDSSANDILAIKEWMSSLWTAVKHENFIFSFRNSLVADAYMKLCTEFNKWEWEFKKDMYKWVTNAETRIANFGTVAAKCEIADMKQFVMCLKSEASTVLSKRETELLENLTKYFKQTEGHIYLVEGYKEDFANSAKSLRREMENSVFHQLTAAAEIKQGMRELDIIKENHTKEIEKAVCALIDQCRKKNVQMRDQELEKEFNKMWNETVKKLSFSEQKATDVFTNVSYYLRLNLSHKGSHASELLSKKSLKDCGKMPFKYTEEGFFKQVKHRVSKWMSRQDHIMMVQKMADSIIACCIQFVTEIVERKNNYSDTYIQEMLHMIDERLQNDQDVKTGIEFEVSLKQHICGVAAREFQKMHEDFLHVNDPYRCLSQNKEKFFADFQDnullFHKRDQCQKKAEEFTNRCLKPAVEDFINRSLGPDIIDEMLTQQQFSTRISIQYSILLDLLSKDNFEKYLSYICSYEEYVKKWILDQIVTHFSNGSKMSEFEDRHIQSSINSINDAINNAKMKKSNLKTFVHHVCQELGAKLVISQDALNAFMILNNANQEQLAHWFTECVNEMGQALKEEFKKSNIQIKLKHLHVKPQNELFTKLIGCGKHCPFCKAPCDAGGKAHAEHWASLHRPEGLGRYRWYQTKKLVTDICTSSVISDANFRCNVTNNEWHPFKKYTDIFPDWKILPDVSLQASDYWKYILARFNSKFAEAYDAQPADIPETWKNLKHKQAEESLRESFYIK

Target ORF information:

RefSeq Version	XM_022758402.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili interferon-induced very large GTPase 1-like (LOC111231343), mRNA.

Target ORF information:

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

XM_022758402.1

ORF Insert Sequence:

ATGGAGGGAA TCAGTGATGA AGATTCATTT GTCGAGCTTT ACTGTGAGGA AGTAGAGGAC 
ACTATATCAA CTCCATGGTT TGACGGCAAG GGTGACTGTC AACAGACTGA TGCAGGTGGT 
AAAGCTCCCT GCCCTCCTGT GACGATTACA GTCTATGATG TCAGCAGCAA GACAGTGTCT 
CAGCATTTGG ATACTCCTGC TGGTGAAGTG GAGAGCTACA TCGTGACTTT TTGCAGGGAG 
GGAAAAATTG TGCAAGAGAC AATGGACCTG GGGTCAGGAG TGCAGAACTC TTTCCAGTCC 
CCTGAGGAAG TTACTGCCAT AACATCTGTA CACACAAAGA CACACCTGGA GAGGTTCTTG 
GAGGATCTTG GGATGGTGCA GCACTTGACA GAGAAGCTGT CCCTGAGTAA AATACTTCAG 
ATTGATGAGA AGACCATTAC TGACGTAACT GCCAAGTGTC AATCAGATCT TCCATGGTAT 
TTTCTGAAGA AGCTAATGAT GGTTAATGTG ACAGCCAGGA ATGTGAAGTG TACATCAGAA 
TGTGAATCAG CCTGTGATGC TGCATCAGAG ATTACAGATT TCCATTTTGA TAATCTGCTT 
GACAGTCCAA ACTCAGGTGA CATGCTAAAC CCCCTCGACA TCATCACTGC TCTCTTTCTG 
TGTTCTGATG CTTTTGTACA GCAGGAGATG GCACTCAAAA TGTCTATGTG TCAGTTTTCT 
GTGCCGCTGC TGCTCCCTAA TTGTGACACA CAACAGTGCA CACTCATGCT TTGGGCCTTG 
AGAGACATTG TTAAAGAGTA CAGACCTCAG TCACTTTCAC AATCCAAGGG TTTTATTGAA 
GACAGAATTG TTCTCTCTGA ACTTCCAATG ATATCCTTTG TGAGACTGGG GGAATGCTCC 
TTGTCCAAGT CAGAGATTCT CAATAAGCTT CTGAGCAATT CTCAGCAGTA CCATGACACC 
TTTGTTCACC GTAACATGGA GTGTGGCGAC AGTCCAAGAA GAATATCTGA TGGACTGACT 
GAAATTACTT GGTACCTTCC TCGTGGAAAA AAAAGTGATA TTTTCAGTGA GCCAGTAGCT 
GTAGCTAACC TTCGTGGGGA CATTACTTCA TTTGAAACAC AGTTTTCTTT TTTGTGTCAG 
ACATCTGCTG CAGTTTTTGT CTTCTTTGAC AATTTGGACA CTGACTGCAA GTTGCTTACT 
AACCAGCACC ACAAGGCACA GATCTTCTTG GTGGGTAACC ATCAAAGCAA GCACTTCAGT 
ATGGATTCTT TAAAAGAAGT TGCAACCAAT CAGGGTTTGA CTAAGAACAT CATTATTAAG 
ACTAAGAAGA CAAATGACGC AGACTTCATC AAAAATTTGA GGAAAACAGT GAAGGATGTA 
GTTGATAACT CAAAGATGAA GATGTGCATA GAGCAGATGG CTGACATTGC CCATGAACTG 
GGAATCTTGG TTGATGAAAA CTGTCCAGAG TGCCAGACTG CCAAGAAAAA TGCAGATGCC 
ATCACTGCAG AAATTCAAGA CACCCTTAAA TACAAACAAG AGCAGCTCCC CCTGCAAGGC 
CAAATATGGA AGGAACTGAC GAGTGTAGAG AAGGAAGAAT TTCGGCTTCG AAAAGTTGGG 
TCTGAGGCAA TCGAAACTTA CAGAAGTGGT CTTCAAGTAC AGAAAAGAGA ACTTCGAGAC 
AGACAAAACT CTTATAACAT ATCAAATGCA ATAACATGCT TCATCAATGC AATATCGAGC 
CCAGGGACAG AGAGATGTTA TTTCCTGAAA TGGATGCGAA TGAATCTTGA CAACCTGTCT 
CGAGAAAGAC TATCGGACCT CAGGGAACAG TACAGAGAAA AATCCAAGAA TTCTGAGAAC 
AAAGATGAGC TTAAAGAGAT TGACAGAGAA CTTTCCAACA GCTCACTGGG GACTGAACAC 
TTCTTCCGTG AAATGGGTCA GATCTATGAA GCTTCAGTGT CCCTTCCAGA AACAGACCCA 
TCACGTCAAC AGTTACAGCA TCTGCCCAAA CTCTGTGCAG GATTGCTGCT GGATGGATTT 
CCCCTTGAGC TTGTAGATGG AGATGCCTCC AACATACCTC TCAGATGGGT GAGTGATGTG 
CTCTCTCAGC TCCATGACTT GGTGTCTCCC AAGAACAAGA TACTGGTAGT CACAGTTCTT 
GGAGTTCAGA GCACAGGAAA GTCCACTCTT CTTAACACCA TGTTTGGAGT GCAGTTTGCA 
GTCAGCAGTG GTCGATGCAC TCGAGGTGCT TTTATGTTGC TCATCAGAAT CAATGAAGAT 
GTCAAAAAAG TGCTCAACTG TGACTTCATG GTGATCATTG ACACTGAGGG CTTAAAGTCA 
CCAGAGCTTG CACAACTGGA TGACAGCCAT GAGCATGACA ATGAGCTTGC AACACTTGTC 
GTGGGGCTGA GTGATATCAC CATCATTAAT ATTTCAATGG AGAATTCAAC AGAAATGAAG 
GACATCCTGC AAATAGTTGT GCACGCTTTT CTCAGGATGA AAGAGGTGGG CAAAAAGCCT 
AAATGTCAGT TTGTTCATCA GAATGTATCA GATGTTTCAG CCAATGATAA TAACTTAAGA 
GACAGGAAAC TGCTCTTGCA ACAGTTAAAT GAGATGACAC AGGCAGCTGC CAAAATGGAA 
AAGAAAGAGG AGAACAAGAG CTTCACGGAT GTGATGGAAT ACAGTCCAGA TACTGGGAAC 
TGGTACATTT CTGGACTATG GAATGGAAAC CCACCAATGG CACCAGTCAA TGCAGGGTAC 
AGCGAAGCTG TATATGAGCT CAAGAAAAAC ATCATCCATT TACTGGGAAA ATGTGATTCA 
TCTGCTAATG ATATCTTGGC GATTAAAGAG TGGATGTCAA GCCTGTGGAC TGCAGTAAAG 
CATGAAAACT TCATCTTCAG CTTCAGAAAC AGTCTAGTGG CTGATGCATA CATGAAGCTA 
TGCACAGAAT TCAACAAATG GGAATGGGAA TTCAAAAAAG ACATGTACAA GTGGGTTACA 
AATGCTGAAA CAAGAATTGC AAATTTCGGC ACAGTTGCTG CAAAGTGTGA AATAGCTGAC 
ATGAAACAGT TCGTCATGTG TTTGAAAAGT GAAGCCTCCA CAGTGCTGTC TAAGCGGGAG 
ACAGAGCTTC TCGAAAATTT GACAAAGTAC TTCAAGCAAA CAGAGGGTCA TATCTATTTA 
GTAGAAGGAT ACAAAGAGGA CTTTGCAAAC AGTGCAAAGA GCCTTCGACG AGAAATGGAG 
AACTCTGTGT TTCATCAGCT CACTGCAGCA GCAGAAATCA AACAGGGAAT GAGAGAACTT 
GATATAATCA AGGAAAATCA CACAAAAGAA ATTGAAAAGG CAGTGTGCGC ACTGATTGAT 
CAATGTCGGA AGAAGAATGT CCAGATGAGA GATCAAGAGC TGGAAAAGGA ATTTAATAAG 
ATGTGGAATG AAACAGTAAA GAAACTGTCT TTTTCTGAAC AAAAGGCAAC AGATGTCTTC 
ACCAATGTAT CCTACTACCT GAGATTAAAT CTGTCACACA AAGGGAGTCA TGCATCTGAA 
TTGTTGAGTA AAAAAAGCCT GAAAGATTGT GGCAAAATGC CTTTCAAATA TACAGAAGAG 
GGATTCTTCA AACAAGTTAA ACACCGAGTG AGCAAATGGA TGAGCCGGCA AGATCACATT 
ATGATGGTAC AAAAAATGGC TGACAGTATC ATAGCTTGTT GCATTCAGTT TGTGACTGAA 
ATAGTCGAAA GGAAAAACAA TTACTCTGAC ACTTACATCC AGGAGATGCT ACACATGATT 
GACGAGAGGC TGCAAAACGA TCAGGATGTA AAGACAGGCA TTGAGTTTGA AGTTTCTCTA 
AAACAACACA TCTGTGGAGT TGCAGCCAGA GAATTTCAGA AAATGCATGA AGACTTCCTA 
CATGTGAATG ATCCTTACAG ATGTCTGAGT CAAAACAAAG AAAAGTTTTT TGCCGATTTC 
CAAGATNNGT TTCATAAACG AGACCAGTGC CAGAAGAAGG CAGAAGAATT CACCAACCGA 
TGCTTGAAGC CTGCAGTCGA GGACTTCATC AACCGTTCCC TAGGTCCTGA TATCATTGAT 
GAGATGCTGA CACAACAACA GTTCAGCACA AGAATATCCA TCCAGTATTC AATTTTACTG 
GATTTGCTTT CAAAGGATAA CTTTGAAAAG TATTTGAGCT ACATTTGCTC ATATGAGGAA 
TATGTGAAGA AGTGGATACT TGACCAGATA GTGACTCACT TCTCAAATGG TTCTAAGATG 
TCTGAGTTTG AGGATCGTCA TATTCAGTCA AGTATCAACA GCATAAATGA TGCTATCAAC 
AACGCAAAAA TGAAAAAGAG TAACTTGAAG ACATTTGTTC ATCATGTGTG TCAGGAACTT 
GGAGCTAAAC TGGTCATTTC CCAGGATGCT CTTAATGCTT TCATGATTCT GAACAATGCA 
AACCAGGAAC AGCTTGCTCA CTGGTTCACA GAGTGTGTGA ATGAGATGGG ACAAGCTCTT 
AAAGAAGAGT TCAAAAAATC AAACATCCAG ATAAAACTGA AGCATCTCCA TGTGAAGCCT 
CAGAATGAGC TTTTCACCAA ACTGATTGGA TGTGGTAAAC ACTGTCCGTT TTGCAAAGCT 
CCATGTGATG CGGGAGGAAA AGCCCATGCT GAGCACTGGG CTTCACTGCA TCGGCCAGAG 
GGTCTTGGTA GATATCGATG GTACCAGACA AAAAAACTTG TAACTGACAT ATGCACATCG 
TCTGTGATCA GTGATGCCAA TTTTCGCTGT AATGTTACAA ACAATGAATG GCACCCCTTC 
AAGAAATACA CAGATATTTT CCCAGACTGG AAAATTCTTC CAGATGTAAG CCTTCAGGCA 
TCAGACTACT GGAAATACAT ACTGGCAAGG TTCAACAGTA AGTTTGCTGA AGCATATGAT 
GCACAGCCTG CTGATATTCC TGAAACTTGG AAAAATCTCA AACATAAGCA GGCAGAGGAG 
AGTCTCAGAG AGTCTTTTTA CATCAAGTGA