LOC108570888 cDNA ORF clone, Habropoda laboriosa

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108570888
Entrez Gene ID	108570888
Full Name	PH-interacting protein
Gene Type	protein-coding
Organism	Habropoda laboriosa

mRNA and Protein(s)

mRNA	Protein	Name
XM_017932818.1	XP_017788307.1	PH-interacting protein

Pathways from BioSystems
Gene Ontology

The following LOC108570888 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108570888 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
OHa62291	XM_017932818.1 Latest version!	Habropoda laboriosa PH-interacting protein (LOC108570888), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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)

LOC108570888 ( XM_017932818.1 ) cDNA ORF clone, Habropoda laboriosa -> XP_017788307.1 Habropoda laboriosa PH-interacting protein (LOC108570888), mRNA.

Price & Availability↑

CloneID	OHa62291
Clone ID Related Accession (Same CDS sequence)	XM_017932818.1
Accession Version	XM_017932818.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5226bp) 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	2016-08-25
Organism	Habropoda laboriosa
Product	PH-interacting protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017100218.1) 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 :: Habropoda laboriosa Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGAA GCGTGTCCAA GAACGAGACT GCAATAGCAC CAGAGCTGTA CTTCCTAATT 
GCCAAATTCT TAGCGGCGGG ACCTTGTCGC GAAGCCGCAG ACGTGTTGAA GCGTGAATTG 
GAGCGAGCTA AGGTTTTGCC ACAAAGACTA GATTGGGAAG GGCATGTACA TAATCAAACA 
TTCGAAGAAT TGGAAAAGAA GTATTCTCAT ATTGGATCAA ATCATTTGTT ACAAATATGT 
GCCAGAATTG GTCCTGTATT GGAAAAAGAA GTACCTCCAT GTATACCAGG TGCAATATCG 
CTCCTGGGAG CTGGCAGACA ATCTTTGTTA CGTACACAAG AAGGTAAGAA TGAAACTATA 
AACATAAAAA TATTGAAATT GTTTGCTATA TTATTTCTCT TTTATATAGT TTATGTACTT 
CAAGGACGGG AGAATTCAGG TCCTCTGAGT AGACGAGAGG CAATACCAAC AAAGTTTTAC 
AATAAAATGC AGTTGTATAG ACACACATTA GGGCACTTAT CTGCAGTATA TTGTGTTCTT 
TTTGATCGTA CTGGAAAATA TATAATAACT GGTGCAGATG ACTTACTTGT TAAAGTATGG 
AGTTCTATTG ATGGACGATT ATTAGCAACT TTTCGTGGAG CATCTGCTGA AATTATGGAC 
ATTGCAGTAA ATTTTGATAA TACTTTACTT GCTGCTGGAA GTTTAGATAG AATATTAAGA 
GTTTGGTGTT TCCAAACAAT GTCTCCTGTT GCAGTTTTAT CTGGACACTC TGGTATGATT 
ACATCTGTAA ATTTTTGTCC TATATCTTGT AATGGTGTAT ACTACTTGGT TTCTACAAGT 
ACAGATGGAT CTGTTGCTTT TTGGGCTCAC ACAAAAGAAG GCCATGAAAG AGCAGTCTTT 
CAACCAAAAC CAATTCAGTA CCATGAAAAA ATGCGACCTG GTCAGGCACA AATGATATGT 
GCTTCATTTA GTCCTGGTGG AACATTTATG GCNNNNNNNN NNNNNNNNNA TCATGTTAGG 
GTGTATGCAA TGTTAGGAGA GGAAGGCCCA TGTAGAATTT TAGAGGTGGA AGCACATTCT 
GATACAGTTG ATAGTATTCA ATGGGCACAT AATGGTTTAA AGTTCATTTC TGGTTCTAAA 
GATGGTACTG CAAATGTTTG GCATTTTGAA CGAGAACAAT GGATGGACAA ACGTCTATTA 
ATGACTACAA AACTTCCTGG AGAATCCGAG GCAGAAGATG ATTCTAATAA AAAAGCTAAG 
GTGACTATGG TTAGTTGGGA TGTAAGCGAC GAATGGGTTA TTACAGCTGT AAACGATAGT 
TCACTCAAAG TATGGAATGC AAAATCAGGT GAATTAATGA AAATTCTGCG CGGACATAAA 
GATGAAGTCT TTGTGTTAGA ATCTCATCCA ATAGATCCTC GTGTCATATT AAGTGCTGGA 
CATGATGGAC AACTCATAAT TTGGGATGTA TTAAACACTG AACCAATAGC ATGTTTTCAA 
AACTTTATTG AAGGACAAGG TAATGGTGCT GTTTTTGATG CAAAATGGTC TCCAGATGGA 
ACAATGTTAG CAGCAACAGA TTCTCACGGT CATCTTTTAT TATATGGATT TGGATCTGGC 
GTTGAGAAAC TTAAAATAGT ACCCAAAGAG TTATTTTTCC ATACGGATTA TAGACCTTTA 
ATACGAGATG GAAATAATTA TGTTCTGGAT GAGCAAACAC AAACAGCTCC TCATTTAATG 
CCTCCACCAT TTTTGGTGGA TGTTGATGGA AATCCTTACC CACCAATATT ACAAAGATTG 
GTTCCTGGAA GAGAAAATTG TAGAGGGGAA CAATTGGTAC CAAATATTGC AGTAGGTGCT 
GGAGGAATGC AAGAAGTTAT AGAAGGTCTT CCATCTCAAG AACCACGGTC CAATATCGAT 
CAATTAATAG AAGCTCTAGC ACAGAGACAA AATATCATTG TTGATGGAGA AAGTGCAGCT 
GATGATAGAG ATGAAAATGC AGCTGAACAA CCAGTTCGTC ACATGGCTAG TCCTAGGGGG 
AGCAGATCTG GCTTGAGAAG AGCTGGAGAT GTTGAGGGTG TACGACAAAG TAGCGGTAAT 
TGGCAAAGAG ATAATACTAC ACCTTGGAAT AAGCCTATTC TTGTTCGACC CATGAATCCA 
GCTGTTAGGG AAACACAATT TAAAGCTTTG ATTGATACAG CAGAAATGGA ATTTGAAGAT 
TTTAGACGCG AAATGCGAAA AAGACCACAA CCAGTATCAA ATACTGCCAA TACTGAGGGT 
AATATAGGTA GTCGAATAGC GAATCGAAAA CGCAATAGAA CTGCTAGGCA TGGCTATAGA 
ACTAGAGCTG CGCGTGGCGA AGAACAAGAA GAAGATGAAT TTGAGAATCC TGATAATGCG 
GGAACGACAG GAAGTTCAGC CAGTAGTAAC AGTAATGATT CCACTGCTCA TGAAGAAGAC 
TTGTGTTCCG ATAGTTCAAC TTCAGAGTCT AGTACAGAAT ATTCAGACTG GATTGCCGAT 
CATGGTTTAA ATCTAGAACC ACCAAAACGA AGTAAACGTA AGCCTGTAAA AAAGCGGTCT 
CTTACTCCAC CAAGTGATAC AGATAGAAGA CGTAGTAGGC GTCCTAGAAA AAAGGATATT 
CCGCTGCCTA ATGGTGTTGA TGATATCCCA GAAGTATTTA GACCTTCAGA ATGGCTTACC 
GAAATAATAC CAAGAAAAGC TCCTTATTAC CCTCAAATGG GTGATGAAAT AGTGTACTTT 
CGACAAGGTC ATCAATTCTA TTTAGATGCT GTTAGAAATA AAAAAGTATA CGAACTTGGT 
CCACGATGTG AACCTTGGAG TAAAGTCAAT ATAAGAGCTC AAGAGTTCGT AAAGGTAGTA 
GGTATTAAGT ACGAAATACG TCCTCCTCGA TTATGTTGCT TAAAATTGGC ACTAATGGAT 
GAAGATGGAA GATTGACAGG AGAAAATTTT ACGATTAAAT ATCACGATAT GGCTGATGTG 
TTAGATTTTT TAGTTCTACG TCAAACATTT GATACAGCTT TGGCACGTAG TTGGTCTGAA 
GGAGATCGAT TTCGTTGCAT GATTGATGAT GGATGGTGGA TGGGTCAGAT ACAATCAATG 
GAGCCTTTAG ACGAAGATTT TCCAGAATCT TTTTTTATGT GTTTTCGTGT TAGATGGGAT 
AACGGCGAAT ATGAAAGAAT GAGTCCTTGG GATCTTGAAC CAATTGATGA AAATAGACTT 
CCTGCAGAAC TTGGAGGTGC AGTTCCTGTG CTTCCAGAAG AGATAAGAAC AATACTATAT 
CAACCTCAGG CAGAGGAATG GCCACTGGGA GATAGAGAGG CAACATGTCG CAGAATAATA 
CGTGGATTAG ATCAAGTGAT GAGTCTTGCA ATTGCGGAAC CGTTTGTGGC ACCTGTTGAT 
CTCAATATAT ATCCTGCATA TGCATTTGTT GTGGAATACC CCATTGATTT ATCGACTATA 
AAAGCTCGTT TTGAAAATCA TTTTTATCGA AGAATAACAT CAGCCCAGTT TGATGTTAGA 
TACTTAGCAA CAAACGCAGA ACAATTTAAC GAGCCACATA GTCAAATAGT AAAACATGCA 
AGAATAGTTA CCGATCTTTG CCTACGTATT ATAAAAGAAA CTACAGAATT GGATGTACCA 
GCTCTTTATC ATCAACTAGT TGATACATAC CATTCTTCTG AATCAGAAAT TGATGTGGAA 
GATGCAAAAG ACAAACCTTC AACCAGCACT CAAAGAGCAA CTTCAAGTAA AAATTTACGA 
ACACAAGAAG CATTAAGTGC TTGGAAAATA GCATGTCGTC AATTATTGGA AACATTATGG 
CAATGCGAGG ATTCTATTCC TTTCAGGGAA CCAGTTGATA GATTAGAACA CCCAGATTAT 
CATCAAATTA TAGATACACC AATGGATTTC CGTACAGTAA AAGAGGATTT ATTAGGAGGA 
AATTACGAAA CTCCTTTAGA ATTTGCCAAA GATATGCGGT TAATATTTAC AAATAGCAAG 
AATTATAACA CTAACAAACG TTCGAGGATA TATTTAATGA CAATAAGATT ATCAGCCATG 
TTTGAAGAGC ATATGCGAAA AGTTATTTCA AATTGGAAAT CTGCGAGAAG ACTCAGTAAC 
AACAAAACAA ATCCTAAAGG AAAAGGTAGA AGAGGTAAAG TTCGATTACC AAACGGCACC 
GGTCCTCCAA AATCAAAACC CGCTTGTTCA GATGATGACG ACGATATGAA TAGCGAAGAT 
GATGATGTTG ATTTAGATGA AGTAGGAAAG AGCAATTCTA ATGTGTCTGC ACCAGGACCA 
TCGCGTATGA CAAATGGACA TACAAAACGT TCTGGTAATA CAACGCGACC AACGTTAAAA 
CTTCGAATTT CTAGATCTGC TGTATCTAAA AAGCCAAAAG AAAGTGAGAG TGAAGCCAGT 
GATTCAGAAG CTTCCTCAGA AAGTGAAAGT AGTGGTAGTG TACCTGTAAG AAGGACACGA 
GCAAGAAAAC CGGTACCTAG TGTTAGTGCT GATAGTGATT CTGGGGATAT ATACACACCC 
AGTGGTCGTG GAAAACAAAC TCGAAAGAAT CGTGCAAAGA ATGGCAGAAA TAATAAGCAA 
GTAAAATCAA AGTCCAAAAT AAACTGTTAC GAAAATATAA AAACTGATGA GTATGAGGAA 
GACGAACCGT TTTCTGCAAA TGAGGTATCA GATGAAAGTG AAGAGGAAGT TATCAATAGA 
AGTAGAACAA GATCTCGAAA ATTAGCATCT GCATCTGAAC ATGAGGATAG CATAAAAGGC 
ACAACAAGAA GTGGAAGGAA TAACATTGAA AGTCAGAGTG AGGAAGAAGA GGAAGAAGAA 
GAGGAGGAGG AAGAAGAACA ATCTCAACGT GGAAACAATA ATCAAGATTC AGATAGCGAA 
GAATCAGACA AAGGTTTTGT ATCATCAAGG TCACAAAGAA GGGTTCGTGG AACGAGAGAA 
ATACAAAATC AAGAAATTAT ACAAAATTCA AGGAGAACTG GAAAACGACC TCGCTATAAT 
GAAGAAAGTG ACGAGAGCAA TACAATGCCA GTTAGAAATC GACGTAAAAT TAAACGTCGA 
TATTATGCAG AAGAAAGTGA TGAAAGTCTA GAACCTGAAA ATGTACCAGG CATTAGTATA 
AGTAGTAGAG GACGTGTACG CAGAATGACG GAACGGGCAC GGGCTTTTCT TTTAGATTCA 
CCCTAA

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

RefSeq	XP_017788307.1
CDS	136..5361
Translation	MEGSVSKNETAIAPELYFLIAKFLAAGPCREAADVLKRELERAKVLPQRLDWEGHVHNQTFEELEKKYSHIGSNHLLQICARIGPVLEKEVPPCIPGAISLLGAGRQSLLRTQEGKNETINIKILKLFAILFLFYIVYVLQGRENSGPLSRREAIPTKFYNKMQLYRHTLGHLSAVYCVLFDRTGKYIITGADDLLVKVWSSIDGRLLATFRGASAEIMDIAVNFDNTLLAAGSLDRILRVWCFQTMSPVAVLSGHSGMITSVNFCPISCNGVYYLVSTSTDGSVAFWAHTKEGHERAVFQPKPIQYHEKMRPGQAQMICASFSPGGTFMnullnullnullnullnullnullnullHVRVYAMLGEEGPCRILEVEAHSDTVDSIQWAHNGLKFISGSKDGTANVWHFEREQWMDKRLLMTTKLPGESEAEDDSNKKAKVTMVSWDVSDEWVITAVNDSSLKVWNAKSGELMKILRGHKDEVFVLESHPIDPRVILSAGHDGQLIIWDVLNTEPIACFQNFIEGQGNGAVFDAKWSPDGTMLAATDSHGHLLLYGFGSGVEKLKIVPKELFFHTDYRPLIRDGNNYVLDEQTQTAPHLMPPPFLVDVDGNPYPPILQRLVPGRENCRGEQLVPNIAVGAGGMQEVIEGLPSQEPRSNIDQLIEALAQRQNIIVDGESAADDRDENAAEQPVRHMASPRGSRSGLRRAGDVEGVRQSSGNWQRDNTTPWNKPILVRPMNPAVRETQFKALIDTAEMEFEDFRREMRKRPQPVSNTANTEGNIGSRIANRKRNRTARHGYRTRAARGEEQEEDEFENPDNAGTTGSSASSNSNDSTAHEEDLCSDSSTSESSTEYSDWIADHGLNLEPPKRSKRKPVKKRSLTPPSDTDRRRSRRPRKKDIPLPNGVDDIPEVFRPSEWLTEIIPRKAPYYPQMGDEIVYFRQGHQFYLDAVRNKKVYELGPRCEPWSKVNIRAQEFVKVVGIKYEIRPPRLCCLKLALMDEDGRLTGENFTIKYHDMADVLDFLVLRQTFDTALARSWSEGDRFRCMIDDGWWMGQIQSMEPLDEDFPESFFMCFRVRWDNGEYERMSPWDLEPIDENRLPAELGGAVPVLPEEIRTILYQPQAEEWPLGDREATCRRIIRGLDQVMSLAIAEPFVAPVDLNIYPAYAFVVEYPIDLSTIKARFENHFYRRITSAQFDVRYLATNAEQFNEPHSQIVKHARIVTDLCLRIIKETTELDVPALYHQLVDTYHSSESEIDVEDAKDKPSTSTQRATSSKNLRTQEALSAWKIACRQLLETLWQCEDSIPFREPVDRLEHPDYHQIIDTPMDFRTVKEDLLGGNYETPLEFAKDMRLIFTNSKNYNTNKRSRIYLMTIRLSAMFEEHMRKVISNWKSARRLSNNKTNPKGKGRRGKVRLPNGTGPPKSKPACSDDDDDMNSEDDDVDLDEVGKSNSNVSAPGPSRMTNGHTKRSGNTTRPTLKLRISRSAVSKKPKESESEASDSEASSESESSGSVPVRRTRARKPVPSVSADSDSGDIYTPSGRGKQTRKNRAKNGRNNKQVKSKSKINCYENIKTDEYEEDEPFSANEVSDESEEEVINRSRTRSRKLASASEHEDSIKGTTRSGRNNIESQSEEEEEEEEEEEEEQSQRGNNNQDSDSEESDKGFVSSRSQRRVRGTREIQNQEIIQNSRRTGKRPRYNEESDESNTMPVRNRRKIKRRYYAEESDESLEPENVPGISISSRGRVRRMTERARAFLLDSP

Target ORF information:

RefSeq Version	XM_017932818.1
Organism	Habropoda laboriosa
Definition	Habropoda laboriosa PH-interacting protein (LOC108570888), mRNA.

Target ORF information:

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

XM_017932818.1

ORF Insert Sequence:

ATGGAGGGAA GCGTGTCCAA GAACGAGACT GCAATAGCAC CAGAGCTGTA CTTCCTAATT 
GCCAAATTCT TAGCGGCGGG ACCTTGTCGC GAAGCCGCAG ACGTGTTGAA GCGTGAATTG 
GAGCGAGCTA AGGTTTTGCC ACAAAGACTA GATTGGGAAG GGCATGTACA TAATCAAACA 
TTCGAAGAAT TGGAAAAGAA GTATTCTCAT ATTGGATCAA ATCATTTGTT ACAAATATGT 
GCCAGAATTG GTCCTGTATT GGAAAAAGAA GTACCTCCAT GTATACCAGG TGCAATATCG 
CTCCTGGGAG CTGGCAGACA ATCTTTGTTA CGTACACAAG AAGGTAAGAA TGAAACTATA 
AACATAAAAA TATTGAAATT GTTTGCTATA TTATTTCTCT TTTATATAGT TTATGTACTT 
CAAGGACGGG AGAATTCAGG TCCTCTGAGT AGACGAGAGG CAATACCAAC AAAGTTTTAC 
AATAAAATGC AGTTGTATAG ACACACATTA GGGCACTTAT CTGCAGTATA TTGTGTTCTT 
TTTGATCGTA CTGGAAAATA TATAATAACT GGTGCAGATG ACTTACTTGT TAAAGTATGG 
AGTTCTATTG ATGGACGATT ATTAGCAACT TTTCGTGGAG CATCTGCTGA AATTATGGAC 
ATTGCAGTAA ATTTTGATAA TACTTTACTT GCTGCTGGAA GTTTAGATAG AATATTAAGA 
GTTTGGTGTT TCCAAACAAT GTCTCCTGTT GCAGTTTTAT CTGGACACTC TGGTATGATT 
ACATCTGTAA ATTTTTGTCC TATATCTTGT AATGGTGTAT ACTACTTGGT TTCTACAAGT 
ACAGATGGAT CTGTTGCTTT TTGGGCTCAC ACAAAAGAAG GCCATGAAAG AGCAGTCTTT 
CAACCAAAAC CAATTCAGTA CCATGAAAAA ATGCGACCTG GTCAGGCACA AATGATATGT 
GCTTCATTTA GTCCTGGTGG AACATTTATG GCNNNNNNNN NNNNNNNNNA TCATGTTAGG 
GTGTATGCAA TGTTAGGAGA GGAAGGCCCA TGTAGAATTT TAGAGGTGGA AGCACATTCT 
GATACAGTTG ATAGTATTCA ATGGGCACAT AATGGTTTAA AGTTCATTTC TGGTTCTAAA 
GATGGTACTG CAAATGTTTG GCATTTTGAA CGAGAACAAT GGATGGACAA ACGTCTATTA 
ATGACTACAA AACTTCCTGG AGAATCCGAG GCAGAAGATG ATTCTAATAA AAAAGCTAAG 
GTGACTATGG TTAGTTGGGA TGTAAGCGAC GAATGGGTTA TTACAGCTGT AAACGATAGT 
TCACTCAAAG TATGGAATGC AAAATCAGGT GAATTAATGA AAATTCTGCG CGGACATAAA 
GATGAAGTCT TTGTGTTAGA ATCTCATCCA ATAGATCCTC GTGTCATATT AAGTGCTGGA 
CATGATGGAC AACTCATAAT TTGGGATGTA TTAAACACTG AACCAATAGC ATGTTTTCAA 
AACTTTATTG AAGGACAAGG TAATGGTGCT GTTTTTGATG CAAAATGGTC TCCAGATGGA 
ACAATGTTAG CAGCAACAGA TTCTCACGGT CATCTTTTAT TATATGGATT TGGATCTGGC 
GTTGAGAAAC TTAAAATAGT ACCCAAAGAG TTATTTTTCC ATACGGATTA TAGACCTTTA 
ATACGAGATG GAAATAATTA TGTTCTGGAT GAGCAAACAC AAACAGCTCC TCATTTAATG 
CCTCCACCAT TTTTGGTGGA TGTTGATGGA AATCCTTACC CACCAATATT ACAAAGATTG 
GTTCCTGGAA GAGAAAATTG TAGAGGGGAA CAATTGGTAC CAAATATTGC AGTAGGTGCT 
GGAGGAATGC AAGAAGTTAT AGAAGGTCTT CCATCTCAAG AACCACGGTC CAATATCGAT 
CAATTAATAG AAGCTCTAGC ACAGAGACAA AATATCATTG TTGATGGAGA AAGTGCAGCT 
GATGATAGAG ATGAAAATGC AGCTGAACAA CCAGTTCGTC ACATGGCTAG TCCTAGGGGG 
AGCAGATCTG GCTTGAGAAG AGCTGGAGAT GTTGAGGGTG TACGACAAAG TAGCGGTAAT 
TGGCAAAGAG ATAATACTAC ACCTTGGAAT AAGCCTATTC TTGTTCGACC CATGAATCCA 
GCTGTTAGGG AAACACAATT TAAAGCTTTG ATTGATACAG CAGAAATGGA ATTTGAAGAT 
TTTAGACGCG AAATGCGAAA AAGACCACAA CCAGTATCAA ATACTGCCAA TACTGAGGGT 
AATATAGGTA GTCGAATAGC GAATCGAAAA CGCAATAGAA CTGCTAGGCA TGGCTATAGA 
ACTAGAGCTG CGCGTGGCGA AGAACAAGAA GAAGATGAAT TTGAGAATCC TGATAATGCG 
GGAACGACAG GAAGTTCAGC CAGTAGTAAC AGTAATGATT CCACTGCTCA TGAAGAAGAC 
TTGTGTTCCG ATAGTTCAAC TTCAGAGTCT AGTACAGAAT ATTCAGACTG GATTGCCGAT 
CATGGTTTAA ATCTAGAACC ACCAAAACGA AGTAAACGTA AGCCTGTAAA AAAGCGGTCT 
CTTACTCCAC CAAGTGATAC AGATAGAAGA CGTAGTAGGC GTCCTAGAAA AAAGGATATT 
CCGCTGCCTA ATGGTGTTGA TGATATCCCA GAAGTATTTA GACCTTCAGA ATGGCTTACC 
GAAATAATAC CAAGAAAAGC TCCTTATTAC CCTCAAATGG GTGATGAAAT AGTGTACTTT 
CGACAAGGTC ATCAATTCTA TTTAGATGCT GTTAGAAATA AAAAAGTATA CGAACTTGGT 
CCACGATGTG AACCTTGGAG TAAAGTCAAT ATAAGAGCTC AAGAGTTCGT AAAGGTAGTA 
GGTATTAAGT ACGAAATACG TCCTCCTCGA TTATGTTGCT TAAAATTGGC ACTAATGGAT 
GAAGATGGAA GATTGACAGG AGAAAATTTT ACGATTAAAT ATCACGATAT GGCTGATGTG 
TTAGATTTTT TAGTTCTACG TCAAACATTT GATACAGCTT TGGCACGTAG TTGGTCTGAA 
GGAGATCGAT TTCGTTGCAT GATTGATGAT GGATGGTGGA TGGGTCAGAT ACAATCAATG 
GAGCCTTTAG ACGAAGATTT TCCAGAATCT TTTTTTATGT GTTTTCGTGT TAGATGGGAT 
AACGGCGAAT ATGAAAGAAT GAGTCCTTGG GATCTTGAAC CAATTGATGA AAATAGACTT 
CCTGCAGAAC TTGGAGGTGC AGTTCCTGTG CTTCCAGAAG AGATAAGAAC AATACTATAT 
CAACCTCAGG CAGAGGAATG GCCACTGGGA GATAGAGAGG CAACATGTCG CAGAATAATA 
CGTGGATTAG ATCAAGTGAT GAGTCTTGCA ATTGCGGAAC CGTTTGTGGC ACCTGTTGAT 
CTCAATATAT ATCCTGCATA TGCATTTGTT GTGGAATACC CCATTGATTT ATCGACTATA 
AAAGCTCGTT TTGAAAATCA TTTTTATCGA AGAATAACAT CAGCCCAGTT TGATGTTAGA 
TACTTAGCAA CAAACGCAGA ACAATTTAAC GAGCCACATA GTCAAATAGT AAAACATGCA 
AGAATAGTTA CCGATCTTTG CCTACGTATT ATAAAAGAAA CTACAGAATT GGATGTACCA 
GCTCTTTATC ATCAACTAGT TGATACATAC CATTCTTCTG AATCAGAAAT TGATGTGGAA 
GATGCAAAAG ACAAACCTTC AACCAGCACT CAAAGAGCAA CTTCAAGTAA AAATTTACGA 
ACACAAGAAG CATTAAGTGC TTGGAAAATA GCATGTCGTC AATTATTGGA AACATTATGG 
CAATGCGAGG ATTCTATTCC TTTCAGGGAA CCAGTTGATA GATTAGAACA CCCAGATTAT 
CATCAAATTA TAGATACACC AATGGATTTC CGTACAGTAA AAGAGGATTT ATTAGGAGGA 
AATTACGAAA CTCCTTTAGA ATTTGCCAAA GATATGCGGT TAATATTTAC AAATAGCAAG 
AATTATAACA CTAACAAACG TTCGAGGATA TATTTAATGA CAATAAGATT ATCAGCCATG 
TTTGAAGAGC ATATGCGAAA AGTTATTTCA AATTGGAAAT CTGCGAGAAG ACTCAGTAAC 
AACAAAACAA ATCCTAAAGG AAAAGGTAGA AGAGGTAAAG TTCGATTACC AAACGGCACC 
GGTCCTCCAA AATCAAAACC CGCTTGTTCA GATGATGACG ACGATATGAA TAGCGAAGAT 
GATGATGTTG ATTTAGATGA AGTAGGAAAG AGCAATTCTA ATGTGTCTGC ACCAGGACCA 
TCGCGTATGA CAAATGGACA TACAAAACGT TCTGGTAATA CAACGCGACC AACGTTAAAA 
CTTCGAATTT CTAGATCTGC TGTATCTAAA AAGCCAAAAG AAAGTGAGAG TGAAGCCAGT 
GATTCAGAAG CTTCCTCAGA AAGTGAAAGT AGTGGTAGTG TACCTGTAAG AAGGACACGA 
GCAAGAAAAC CGGTACCTAG TGTTAGTGCT GATAGTGATT CTGGGGATAT ATACACACCC 
AGTGGTCGTG GAAAACAAAC TCGAAAGAAT CGTGCAAAGA ATGGCAGAAA TAATAAGCAA 
GTAAAATCAA AGTCCAAAAT AAACTGTTAC GAAAATATAA AAACTGATGA GTATGAGGAA 
GACGAACCGT TTTCTGCAAA TGAGGTATCA GATGAAAGTG AAGAGGAAGT TATCAATAGA 
AGTAGAACAA GATCTCGAAA ATTAGCATCT GCATCTGAAC ATGAGGATAG CATAAAAGGC 
ACAACAAGAA GTGGAAGGAA TAACATTGAA AGTCAGAGTG AGGAAGAAGA GGAAGAAGAA 
GAGGAGGAGG AAGAAGAACA ATCTCAACGT GGAAACAATA ATCAAGATTC AGATAGCGAA 
GAATCAGACA AAGGTTTTGT ATCATCAAGG TCACAAAGAA GGGTTCGTGG AACGAGAGAA 
ATACAAAATC AAGAAATTAT ACAAAATTCA AGGAGAACTG GAAAACGACC TCGCTATAAT 
GAAGAAAGTG ACGAGAGCAA TACAATGCCA GTTAGAAATC GACGTAAAAT TAAACGTCGA 
TATTATGCAG AAGAAAGTGA TGAAAGTCTA GAACCTGAAA ATGTACCAGG CATTAGTATA 
AGTAGTAGAG GACGTGTACG CAGAATGACG GAACGGGCAC GGGCTTTTCT TTTAGATTCA 
CCCTAA