LOC111958495 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC111958495 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111958495 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
OAr178146	XM_024134812.1 Latest version!	Salvelinus alpinus interferon-induced very large GTPase 1-like (LOC111958495), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC111958495 ( XM_024134812.1 ) cDNA ORF clone, -> XP_023990580.1 Salvelinus alpinus interferon-induced very large GTPase 1-like (LOC111958495), mRNA.

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CloneID	OAr178146
Clone ID Related Accession (Same CDS sequence)	XM_024134812.1
Accession Version	XM_024134812.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4623bp) 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	2018-02-22
Organism	Salvelinus alpinus(Arctic char)
Product	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 (NC_036873.1) 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 Name :: Salvelinus alpinus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATAGACA CATTGGGACT TGGAAGACAC CTGATTAATA AACTAACACC AGAGATTCTG 
CGAGAGATTG ATGAAGATTC TGGGACAGAC AAACCTTTAA CCAGTCTTGT ATCAAGGAGG 
TTATTGAAAG CGAGAAGTCT CAAGTGTGAC AATGGCCAAG TTTCCGATAG TTCACAAGAA 
GTAAACCCTC TAGACCTTAT CACTGCCCTG TTTCTGTGTT CAGATGGCTT ACTGCAGCAG 
GAAATGGCAT TAAAAATGTC CATGTGTCAG TTTGCTGTTC CTCTCCTGCT GCCCAACTGT 
GATACAGAAC AAACCACGTT GATGCTGTGG GCCATGAGAG ACATTGTGAA GCAGTTTAGA 
CCCTGCTCTT CTGATGACCG AAGTGAGTTT GTTGAGAACA GTATTGTACT CACTGACCTC 
CCTATGGTGT CATTTGTTAG ACTGGGCAAC AGCACCTTGT CAAAATCTCA GCTTTTGAAT 
GAGGTTCTAA GCAATTCTCA GAACTATAAC ACCTTTGTCC ACAAGAACAT GCCAGCTGGC 
AACATACCAA GGATGATCTC GGATGGCTTT GTGGAAATGA GCTGGTACCT GCCCAGTGGC 
AACCCAAACA TTGACGTCTT CATTGAACCT GTGGCTGTGG CTAATCTTCA TGGGGATATT 
CAGGATTTTC AGACCCAGTT TGCTTTCCTC TGCCAGACGT CAGCTGCAGT GTTTGTGTTC 
TGGGATGATT TGGACTCTGA CAGCAGTATT CTGAACCTCC AGAAGATGAA AGATCAACTC 
TTTATTGTAT GCAACTCTGA TGCTAAGAGG TATGATGCAG TCAGTTTTGA GAAGCTTTCG 
CATGGGCTCC AGAAACACTC RCACCACATA CTAATGAAAA ACAGGCAAAT GAATGATGCA 
CAGCTTGTGA AGAAGCTCCA CTCMACAATC ACAGATGTTA TTAAGGCAAA CCCACCCAAA 
AAAGTGGAGG GAATGTCTGA TGATGCACGT AAGTTGGGTA TCCATGTAGA TGAAGATTAT 
GATCCCTGTC TAAAAGCCAA GACAAGGGCA GCTTTGATTA CAGATGAAAT ATCTTGCATA 
CCAAGCTACA AGGACAGCCA GCTACCATTA CAGGGGGAGA TATGGAAAAG ACTAACTACA 
CTGGAGAAAG AGGAGTGTAA GCTAAAAAAA GGAGGTGATA AGGATATTGA AATGTACAAG 
AAAGAACTCA AGCAAGATAA ATGTGAACTC AGGAAGAAGC AGCTGTCTCT TGGCATTAGT 
GACAGTATGA AACATTTTGT GGAAGGTTTG AGGACTTCCA AAGAAGAGCG CTCCTATTTC 
CTAAAGTGGA TGAAGCTCAA TCTGGACAAC CTGTCAATAA CACATCTGTC CTCTCTCAGA 
GAAAAATATA AAGAACTGTG TCGAAGTACC CCAGACAAGA AAGACCTCAT TGCCGATTTA 
GACAAACAGA TCTCAAACAG TTCCTTAGGA ACCGAACATT TCTTAAGAGA AGTTGGTCAG 
CTATATGAGT CGTCCTGGTC CTCAGATGAA AGCGGTGCGA TTGAAAAGCA CGTACAAGAA 
CTGCCAAGAA TCTGTGCCCA ATTAATGTTG GATGGTTTTC CATTGGAGCT GATGGATGGT 
GATGCATCAA ACATCCCAAT GAAGTGGATA TCAGATGTWC TGCAGGAGCT CCACTCCTTG 
ACAAAGTCTG ACTGTAAAAT TYGGGTGGTT TCTGTGCTAG GAGTACAAAG CTCTGGGAAG 
TCCACTCTCC TCAACACCAT GTTTGGGGTC CAGTTTGCTG TCAGCAGTGG AAGATGCACC 
AGAGGTGCCT TCATGCAGCT GATCAAAGTC AAAGAGGAAT TTAAAAACAA ACTACAGTGT 
GACTTCATCA TGGTCATTGA CACAGAAGGC TTAAAAGCAC TTCAGTCAAC CCAGCCTACT 
GACAATTGTG AGTATGATAA TGAACTAGCC ACACTTTTGG TAGGACTGAG TGACATCTCA 
ATTGTGAATA TTGCTATGGA GAACACCACA GATATGAAAG ACACCCTACA GATTGTAGCC 
CATGCCTTCC TCAGGATGAA AGAATTAGGG AAGAAGCCCA GTTGTCAGTT GGTGCACCAG 
AATGTTGCAG ATATAGCAGC TCATGGCAAA AACCTTATGA ACAGGAAGCG CCTTCTTGAG 
CAGCTGAATG AGATGACAAT TGTAGCAAGC AGGATGGAAA ATACAGGCGA CAACACTACG 
TTTACAGACA TCATAGACTA CAATTTTGAG GACACATGCT ACATCCCAGG TCTCTGGCAT 
GGCAGTCCGC CAATGGCACC TGTCAATGAG GGTTACAGTG AAGCTGTGGC CAATTTAAAG 
AAAAAGTTGA TTAATGCATT CAAAAAGGAG GAAGCCTCAA ATGCACAAAC AATCCCAGAA 
TTCCAGCATG AGATCAGAAG TTTATGGACC TCAATTAAAT ATGAGAACTT CATCTTCAGC 
TTCCGCAACA GYGTTGTGGC TGAGGCATAC ACCAAGCTGT GTGTGGAGTT TGATCGATGG 
GACAGGGCCT TCCAAAAGCA CATGTACACC TGGCTGATCA AAGCAGAAAC CAGGTTGTCA 
AACTACGGCA TAAAGGGGTC AAAACAAGAG TCTAGCCTGG ATGACCTCTT AAACAGTATG 
AAGAGGGAGG CTTCAGATGA GCTAGATAGA GAGGGAAACA TTTTTCTCAA CAATGTGAAT 
TCCTATTACA ATAGAGAAGA AGGGAATGTG GGTCTGGTCG AGAAGTATAG GAGTGAATTT 
CTCATAAGTG CAAAGAGTCA CAAAAATGAG ACAGAGAGTG TTGTCAGAAA AAAACTAGAG 
ATTGCGGTGG ACATAAAAAA ATGCACAATC CAGGTAGACT ATATTAAGAA AAATAATAGA 
GATACCCTTG ACAAGAAAGT CTCTGACCTT GTTGAAAACT TTAGTGGATT TGATAATCCA 
TTGAATAACC AACAGCTTGA GGAAGAATTT GATAACATGT GGAATAAAAC CGTTGGGGAG 
CTGCCATTCA GGTGTCCAGA GAAGCAAAAT ATCACCTCAA ACGCCTATCA GCAGCTGCAT 
CAGAACATGG GAAGGGAAAG CGGCACAGTT CTGGAAATGT TAGCAAAAGC AGGCCCTCTT 
GAGAAATGTG GACTTAAAGA ATTTCAAGTA AAAAGTGGGC ACAACATGGT GGAGAAGTTT 
GTGAAGGGAT TGAGGAAGAG ACTACACAAG AGTGCATATC AATCTCAAAA ATCATTAGAG 
CACAAAACTC AAATGATAGC CAACAACATC ATAGAACACA GTAGGCGGTT TGTGATGAAC 
AAGGTTAATR CAAAGACAGA CTACCATAGC ACATACATCA CAGAACTACT GGAATTGATT 
GAGGAGGACC TTAAACGAGA TCATGAATTG CATTTCAGTC CCGAATTTTA TGCATCTCTC 
AAGATACACA TCAGTGGGCA TGCCGTAAGA GAGTTCCAGC AAATGCATGA TGCTTTCATC 
AGCAACAATG ATCCCCAACA AAGCCTGGAG AAACTGAAAC CACAGTTCCT GGCTGACTTC 
AAGGACCTAT TCTACAAGAG AGACCAGTGC AAAAGGAAGG CTGAAGAGTT CACCAAACAC 
TGTTTGGAAC CTGCAGTGAA GAAGTACATA ACCAAATCCC TTGGACCAGA TATATATGAT 
GAAATGCGTT CAAACTGTGT TGATGTTTTC AGTACAAAGA GATCTTTCCA GTGTTCCATG 
CTAAAACGCC TACTATGTGG AGATTTTCAG ACATTCTTAA AGTACACAGA CTACTATGAG 
GGATTTGTAT TTGAGTTCAT TTTGAATAAC ACAGTTGAAT ACCTTTCAAA GAGAAGCAGG 
ACAGCAAAGG ACATCAGCAT CATTACAAAC ATGGAGGTCC AACACTTGAG GACAATCAGT 
AGACAGATAA AGGAAGCTGT TGAGAAATCA CTGCAAACTG GCTCTGACAG ACCAGATGAA 
GATGGTGAGG GTGATGTCAA TTTTAATCTG TTTATTCAGA ATTTACGATC AGAATTCTCT 
AGCTTGCTGG TTATTCCTAC TGATACAACA GGGATGACAT TAGAGAATTC CAAGACCAAA 
GAGTTTTCTG ACATGCTATT ATCATCTGTT GAAGAGATGG AGAGCCGTCT CAGTGAGGAA 
TTTCACAAAG ATCAAGATAT GTTCAAGAAG TTGTCCAGTC TACCTGACCC TCCTCAGGAA 
AAGCTTTTTA ATATGTTGTT TGGTTGTGGT AGACTGTGTC CATTCTGCAA GGCCCCCTGT 
GATGAAGAAA TGGATCATTC AATGCACTCT GCTTCGATTC ATCGACCTGA TGGGCTTGGT 
GGGTATAAAT GGAATGACTC AGATAAACTT AGCACAGACA TATGCTCATC TCTCAGCAAC 
AACAAAAATC AGTTCCGAAG TGTTGAGACA AAAGGGAAAT TCTGTTCATA TAAGAAATAT 
CAGAACATTT TCAGAGACTG GAACATCAAG CCAGACATCA CTCAGACCGC CGCAGACTAC 
TGGAAGTTCC TCTTTGTGAA GTACAATGAG GAGTATGCAG GGATGCATGA TGTCTTGCCC 
GCTGATGTGC CAGACGATTG GAGATCAATC ACAATGAAAC AGGCTGAGGA CAGCTTGAAA 
TAA

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

RefSeq	XP_023990580.1
CDS	178..4800
Translation	MIDTLGLGRHLINKLTPEILREIDEDSGTDKPLTSLVSRRLLKARSLKCDNGQVSDSSQEVNPLDLITALFLCSDGLLQQEMALKMSMCQFAVPLLLPNCDTEQTTLMLWAMRDIVKQFRPCSSDDRSEFVENSIVLTDLPMVSFVRLGNSTLSKSQLLNEVLSNSQNYNTFVHKNMPAGNIPRMISDGFVEMSWYLPSGNPNIDVFIEPVAVANLHGDIQDFQTQFAFLCQTSAAVFVFWDDLDSDSSILNLQKMKDQLFIVCNSDAKRYDAVSFEKLSHGLQKHnullHHILMKNRQMNDAQLVKKLHnullTITDVIKANPPKKVEGMSDDARKLGIHVDEDYDPCLKAKTRAALITDEISCIPSYKDSQLPLQGEIWKRLTTLEKEECKLKKGGDKDIEMYKKELKQDKCELRKKQLSLGISDSMKHFVEGLRTSKEERSYFLKWMKLNLDNLSITHLSSLREKYKELCRSTPDKKDLIADLDKQISNSSLGTEHFLREVGQLYESSWSSDESGAIEKHVQELPRICAQLMLDGFPLELMDGDASNIPMKWISDnullLQELHSLTKSDCKInullVVSVLGVQSSGKSTLLNTMFGVQFAVSSGRCTRGAFMQLIKVKEEFKNKLQCDFIMVIDTEGLKALQSTQPTDNCEYDNELATLLVGLSDISIVNIAMENTTDMKDTLQIVAHAFLRMKELGKKPSCQLVHQNVADIAAHGKNLMNRKRLLEQLNEMTIVASRMENTGDNTTFTDIIDYNFEDTCYIPGLWHGSPPMAPVNEGYSEAVANLKKKLINAFKKEEASNAQTIPEFQHEIRSLWTSIKYENFIFSFRNnullVVAEAYTKLCVEFDRWDRAFQKHMYTWLIKAETRLSNYGIKGSKQESSLDDLLNSMKREASDELDREGNIFLNNVNSYYNREEGNVGLVEKYRSEFLISAKSHKNETESVVRKKLEIAVDIKKCTIQVDYIKKNNRDTLDKKVSDLVENFSGFDNPLNNQQLEEEFDNMWNKTVGELPFRCPEKQNITSNAYQQLHQNMGRESGTVLEMLAKAGPLEKCGLKEFQVKSGHNMVEKFVKGLRKRLHKSAYQSQKSLEHKTQMIANNIIEHSRRFVMNKVNnullKTDYHSTYITELLELIEEDLKRDHELHFSPEFYASLKIHISGHAVREFQQMHDAFISNNDPQQSLEKLKPQFLADFKDLFYKRDQCKRKAEEFTKHCLEPAVKKYITKSLGPDIYDEMRSNCVDVFSTKRSFQCSMLKRLLCGDFQTFLKYTDYYEGFVFEFILNNTVEYLSKRSRTAKDISIITNMEVQHLRTISRQIKEAVEKSLQTGSDRPDEDGEGDVNFNLFIQNLRSEFSSLLVIPTDTTGMTLENSKTKEFSDMLLSSVEEMESRLSEEFHKDQDMFKKLSSLPDPPQEKLFNMLFGCGRLCPFCKAPCDEEMDHSMHSASIHRPDGLGGYKWNDSDKLSTDICSSLSNNKNQFRSVETKGKFCSYKKYQNIFRDWNIKPDITQTAADYWKFLFVKYNEEYAGMHDVLPADVPDDWRSITMKQAEDSLK

Target ORF information:

RefSeq Version	XM_024134812.1
Organism	Salvelinus alpinus(Arctic char)
Definition	Salvelinus alpinus interferon-induced very large GTPase 1-like (LOC111958495), mRNA.

Target ORF information:

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

XM_024134812.1

ORF Insert Sequence:

ATGATAGACA CATTGGGACT TGGAAGACAC CTGATTAATA AACTAACACC AGAGATTCTG 
CGAGAGATTG ATGAAGATTC TGGGACAGAC AAACCTTTAA CCAGTCTTGT ATCAAGGAGG 
TTATTGAAAG CGAGAAGTCT CAAGTGTGAC AATGGCCAAG TTTCCGATAG TTCACAAGAA 
GTAAACCCTC TAGACCTTAT CACTGCCCTG TTTCTGTGTT CAGATGGCTT ACTGCAGCAG 
GAAATGGCAT TAAAAATGTC CATGTGTCAG TTTGCTGTTC CTCTCCTGCT GCCCAACTGT 
GATACAGAAC AAACCACGTT GATGCTGTGG GCCATGAGAG ACATTGTGAA GCAGTTTAGA 
CCCTGCTCTT CTGATGACCG AAGTGAGTTT GTTGAGAACA GTATTGTACT CACTGACCTC 
CCTATGGTGT CATTTGTTAG ACTGGGCAAC AGCACCTTGT CAAAATCTCA GCTTTTGAAT 
GAGGTTCTAA GCAATTCTCA GAACTATAAC ACCTTTGTCC ACAAGAACAT GCCAGCTGGC 
AACATACCAA GGATGATCTC GGATGGCTTT GTGGAAATGA GCTGGTACCT GCCCAGTGGC 
AACCCAAACA TTGACGTCTT CATTGAACCT GTGGCTGTGG CTAATCTTCA TGGGGATATT 
CAGGATTTTC AGACCCAGTT TGCTTTCCTC TGCCAGACGT CAGCTGCAGT GTTTGTGTTC 
TGGGATGATT TGGACTCTGA CAGCAGTATT CTGAACCTCC AGAAGATGAA AGATCAACTC 
TTTATTGTAT GCAACTCTGA TGCTAAGAGG TATGATGCAG TCAGTTTTGA GAAGCTTTCG 
CATGGGCTCC AGAAACACTC RCACCACATA CTAATGAAAA ACAGGCAAAT GAATGATGCA 
CAGCTTGTGA AGAAGCTCCA CTCMACAATC ACAGATGTTA TTAAGGCAAA CCCACCCAAA 
AAAGTGGAGG GAATGTCTGA TGATGCACGT AAGTTGGGTA TCCATGTAGA TGAAGATTAT 
GATCCCTGTC TAAAAGCCAA GACAAGGGCA GCTTTGATTA CAGATGAAAT ATCTTGCATA 
CCAAGCTACA AGGACAGCCA GCTACCATTA CAGGGGGAGA TATGGAAAAG ACTAACTACA 
CTGGAGAAAG AGGAGTGTAA GCTAAAAAAA GGAGGTGATA AGGATATTGA AATGTACAAG 
AAAGAACTCA AGCAAGATAA ATGTGAACTC AGGAAGAAGC AGCTGTCTCT TGGCATTAGT 
GACAGTATGA AACATTTTGT GGAAGGTTTG AGGACTTCCA AAGAAGAGCG CTCCTATTTC 
CTAAAGTGGA TGAAGCTCAA TCTGGACAAC CTGTCAATAA CACATCTGTC CTCTCTCAGA 
GAAAAATATA AAGAACTGTG TCGAAGTACC CCAGACAAGA AAGACCTCAT TGCCGATTTA 
GACAAACAGA TCTCAAACAG TTCCTTAGGA ACCGAACATT TCTTAAGAGA AGTTGGTCAG 
CTATATGAGT CGTCCTGGTC CTCAGATGAA AGCGGTGCGA TTGAAAAGCA CGTACAAGAA 
CTGCCAAGAA TCTGTGCCCA ATTAATGTTG GATGGTTTTC CATTGGAGCT GATGGATGGT 
GATGCATCAA ACATCCCAAT GAAGTGGATA TCAGATGTWC TGCAGGAGCT CCACTCCTTG 
ACAAAGTCTG ACTGTAAAAT TYGGGTGGTT TCTGTGCTAG GAGTACAAAG CTCTGGGAAG 
TCCACTCTCC TCAACACCAT GTTTGGGGTC CAGTTTGCTG TCAGCAGTGG AAGATGCACC 
AGAGGTGCCT TCATGCAGCT GATCAAAGTC AAAGAGGAAT TTAAAAACAA ACTACAGTGT 
GACTTCATCA TGGTCATTGA CACAGAAGGC TTAAAAGCAC TTCAGTCAAC CCAGCCTACT 
GACAATTGTG AGTATGATAA TGAACTAGCC ACACTTTTGG TAGGACTGAG TGACATCTCA 
ATTGTGAATA TTGCTATGGA GAACACCACA GATATGAAAG ACACCCTACA GATTGTAGCC 
CATGCCTTCC TCAGGATGAA AGAATTAGGG AAGAAGCCCA GTTGTCAGTT GGTGCACCAG 
AATGTTGCAG ATATAGCAGC TCATGGCAAA AACCTTATGA ACAGGAAGCG CCTTCTTGAG 
CAGCTGAATG AGATGACAAT TGTAGCAAGC AGGATGGAAA ATACAGGCGA CAACACTACG 
TTTACAGACA TCATAGACTA CAATTTTGAG GACACATGCT ACATCCCAGG TCTCTGGCAT 
GGCAGTCCGC CAATGGCACC TGTCAATGAG GGTTACAGTG AAGCTGTGGC CAATTTAAAG 
AAAAAGTTGA TTAATGCATT CAAAAAGGAG GAAGCCTCAA ATGCACAAAC AATCCCAGAA 
TTCCAGCATG AGATCAGAAG TTTATGGACC TCAATTAAAT ATGAGAACTT CATCTTCAGC 
TTCCGCAACA GYGTTGTGGC TGAGGCATAC ACCAAGCTGT GTGTGGAGTT TGATCGATGG 
GACAGGGCCT TCCAAAAGCA CATGTACACC TGGCTGATCA AAGCAGAAAC CAGGTTGTCA 
AACTACGGCA TAAAGGGGTC AAAACAAGAG TCTAGCCTGG ATGACCTCTT AAACAGTATG 
AAGAGGGAGG CTTCAGATGA GCTAGATAGA GAGGGAAACA TTTTTCTCAA CAATGTGAAT 
TCCTATTACA ATAGAGAAGA AGGGAATGTG GGTCTGGTCG AGAAGTATAG GAGTGAATTT 
CTCATAAGTG CAAAGAGTCA CAAAAATGAG ACAGAGAGTG TTGTCAGAAA AAAACTAGAG 
ATTGCGGTGG ACATAAAAAA ATGCACAATC CAGGTAGACT ATATTAAGAA AAATAATAGA 
GATACCCTTG ACAAGAAAGT CTCTGACCTT GTTGAAAACT TTAGTGGATT TGATAATCCA 
TTGAATAACC AACAGCTTGA GGAAGAATTT GATAACATGT GGAATAAAAC CGTTGGGGAG 
CTGCCATTCA GGTGTCCAGA GAAGCAAAAT ATCACCTCAA ACGCCTATCA GCAGCTGCAT 
CAGAACATGG GAAGGGAAAG CGGCACAGTT CTGGAAATGT TAGCAAAAGC AGGCCCTCTT 
GAGAAATGTG GACTTAAAGA ATTTCAAGTA AAAAGTGGGC ACAACATGGT GGAGAAGTTT 
GTGAAGGGAT TGAGGAAGAG ACTACACAAG AGTGCATATC AATCTCAAAA ATCATTAGAG 
CACAAAACTC AAATGATAGC CAACAACATC ATAGAACACA GTAGGCGGTT TGTGATGAAC 
AAGGTTAATR CAAAGACAGA CTACCATAGC ACATACATCA CAGAACTACT GGAATTGATT 
GAGGAGGACC TTAAACGAGA TCATGAATTG CATTTCAGTC CCGAATTTTA TGCATCTCTC 
AAGATACACA TCAGTGGGCA TGCCGTAAGA GAGTTCCAGC AAATGCATGA TGCTTTCATC 
AGCAACAATG ATCCCCAACA AAGCCTGGAG AAACTGAAAC CACAGTTCCT GGCTGACTTC 
AAGGACCTAT TCTACAAGAG AGACCAGTGC AAAAGGAAGG CTGAAGAGTT CACCAAACAC 
TGTTTGGAAC CTGCAGTGAA GAAGTACATA ACCAAATCCC TTGGACCAGA TATATATGAT 
GAAATGCGTT CAAACTGTGT TGATGTTTTC AGTACAAAGA GATCTTTCCA GTGTTCCATG 
CTAAAACGCC TACTATGTGG AGATTTTCAG ACATTCTTAA AGTACACAGA CTACTATGAG 
GGATTTGTAT TTGAGTTCAT TTTGAATAAC ACAGTTGAAT ACCTTTCAAA GAGAAGCAGG 
ACAGCAAAGG ACATCAGCAT CATTACAAAC ATGGAGGTCC AACACTTGAG GACAATCAGT 
AGACAGATAA AGGAAGCTGT TGAGAAATCA CTGCAAACTG GCTCTGACAG ACCAGATGAA 
GATGGTGAGG GTGATGTCAA TTTTAATCTG TTTATTCAGA ATTTACGATC AGAATTCTCT 
AGCTTGCTGG TTATTCCTAC TGATACAACA GGGATGACAT TAGAGAATTC CAAGACCAAA 
GAGTTTTCTG ACATGCTATT ATCATCTGTT GAAGAGATGG AGAGCCGTCT CAGTGAGGAA 
TTTCACAAAG ATCAAGATAT GTTCAAGAAG TTGTCCAGTC TACCTGACCC TCCTCAGGAA 
AAGCTTTTTA ATATGTTGTT TGGTTGTGGT AGACTGTGTC CATTCTGCAA GGCCCCCTGT 
GATGAAGAAA TGGATCATTC AATGCACTCT GCTTCGATTC ATCGACCTGA TGGGCTTGGT 
GGGTATAAAT GGAATGACTC AGATAAACTT AGCACAGACA TATGCTCATC TCTCAGCAAC 
AACAAAAATC AGTTCCGAAG TGTTGAGACA AAAGGGAAAT TCTGTTCATA TAAGAAATAT 
CAGAACATTT TCAGAGACTG GAACATCAAG CCAGACATCA CTCAGACCGC CGCAGACTAC 
TGGAAGTTCC TCTTTGTGAA GTACAATGAG GAGTATGCAG GGATGCATGA TGTCTTGCCC 
GCTGATGTGC CAGACGATTG GAGATCAATC ACAATGAAAC AGGCTGAGGA CAGCTTGAAA 
TAA