SLX4 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	SLX4
Entrez Gene ID	104373756
Full Name	SLX4 structure-specific endonuclease subunit
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009979724.1	XP_009978026.1	LOW QUALITY PROTEIN: structure-specific endonuclease subunit SLX4

Pathways from BioSystems
Gene Ontology

The following SLX4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SLX4 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
OTa94983	XM_009979724.1 Latest version!	Tauraco erythrolophus SLX4 structure-specific endonuclease subunit (SLX4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

SLX4 ( XM_009979724.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009978026.1 Tauraco erythrolophus SLX4 structure-specific endonuclease subunit (SLX4), mRNA.

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CloneID	OTa94983
Clone ID Related Accession (Same CDS sequence)	XM_009979724.1
Accession Version	XM_009979724.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5613bp) 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	2014-10-30
Organism	Tauraco erythrolophus(red-crested turaco)
Product	LOW QUALITY PROTEIN: structure-specific endonuclease subunit SLX4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010049687.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tauraco erythrolophus 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## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGATGAAC AGGACAATGA TTTTAAAGAG TTGTGGGCAA ATCTTTTGGG ACGAGCGAAG 
AAAAAAGCTG GGGATGCTGA AGCAGCAAAG AGGACTCAGC ACAGGTCAAA GAGCACTGCG 
GCAAGAGGTA GATTGAAAAG AGGCAAAGCT GCTGCTAAAA GCCAAAATCA TCATCGCCTA 
CCAGCAGTGA AGGAAACAAA CTTGCCTCAA GATTTGGGTC CAAAGGAACA AACATTGGTG 
CACAAAGAAG ATGGTGATGC TGTGGCCTGT AGTAGTGGTG AGACTGCACA AGAGGATGGA 
GAGAGAAACC CTTTCCCTGC CAGCCAGCTG AGTACAGTGG CCAGTGAGTG TAGCCAGAGG 
ACTCTGACAG TAAATACTCT GATTGGCTGT TCCCAGACTA CGTTATCCTT TCATCCTGCT 
ACACAGCTGG GGACCTGCTC TTCACCCACC TCAAAGATCC CGCCGCCCGC AGGGTCGAAG 
ATGCGGGTGG CAGAGCTGGT AGTGGAGAGA ATGCAGCAGT TCAAGAGAGT GGCACCTGAG 
CAGCTAAAGC ACAGCACAGA TCATAGCTTG CCAAGGTCTG TAGCCAGCGG GGATTTCCCT 
GATGAAAGCC AGGAGCAGAA CCCTCCAGAG GATGATACCC ACCATCTTCC ATCCCTGGAG 
CATGACGGTG CTCTGGCTTT GGCGCTTCAG AGGAACCCCA GGNAAAGCCT AGAGGATGCA 
GGCTTGTTTT TTTGTCAGAT CTGCCAGAAG GATCTCTCAG CCATGAACAC AACACGACGA 
GAGCAGCATG TTAACAGGTG TCTGGATGAG ATGGAAGAAG CGCAGACGTC ATCCTCCAGC 
AAACCACTGG TCCCTGAGTG TCCCATCTGT GGGAAGCAGT TCCAGACTCC ACAGAGCCGA 
GTCAGTCACT TGAAACGTTG TGCTGTCGAG ATGGACGTTC CTCCTAAGCT GCTTCTTCAG 
GCAGTGCAGT TGCAGGTGTC CTCACTTGGT GATACACCTC CTCAGTGTCC CGGCAATCAA 
CCAAGCAGGG CAAAGAGAAA AGGCTCCTCC AAAGAGGACT CGAAGAAAAT GCAGAAGAGG 
GCCAAACTGG AGACGAAGGA TGAAGATTTG CTGGTTGCTA TGGCAATGTC ACGCTCTCTG 
TTGGAGCAAG AGAAGCAGGA ACAAGCAAAA TCAGTTACAA ATGTGAAACC AGTGGCTGCT 
TTGCCAATCA AGTGGAAGCC AGGATCAGAG AAAAAACAGC GTAAAAGAGG CCCAACCACA 
CCTCCACCAT TACTGCTCCA GGACCCGGAG AAGGTCCGCA AAAGGATCCA AGAGCGAGTA 
GCTATGCTGC TTGCGGAAGA AGTGGAATTC CCTCCCACCC CTAAGCTTCC CGCTAGTAGG 
ATTTTAGAGG ATGAATCTAG GAAAGCAACC TGGCTCTTGC CATTGTCCAA AACCAGGGAG 
TGTTTTTTAT GGAATATCAG TGCTCTGACA GGACCCTGTG ATCCTGAATT GTTCTACACT 
GCTGGATTAA CCCCTCCAAT TGTACCTTGG AAGCCTGTGC AGAATCATAA GCCAGAGAAC 
CTTCTGCTGT CGGTGGGATC TGATCAGCCA AAAGTATCCC AGCAAATTCA GCCTGACCCC 
AGTTCTCATG GTCCCACTTG CATAGAGGTT GGAGGCCAAA CTTCTGATGA AGCCAAGTCA 
GGCCATGAAG ATGGACAGTT TTTATCTCAC AGCCAGAAGG ATGTTCAGAT CCTCCAGGAC 
CTAGTTGAGT TGGCCAGGGA AGGACTTACC CTCACTCAGT GGAACCTTGA TGTTGACCAG 
GTTCAGGCAG CAAAGCAGCC AGGACAAGAA CTGCCTTCCA GTGATATTCA ACATAGTGGC 
TTTGTCCCCC CATCCAAAGA GAAGAGCCTC CTGAAGAGCA GCTGCAAAAG ATCCTCTCTC 
AAGTTGCTGG CTGAAGATTT CGGTGCAATG GTCAACAACC CCCACTTCAG TGATGTCCAG 
TTCCAGGTGG ACTCTGGGGA AGTCCTTTAC GCCCACATGT TTGTGCTGTA CGCGCGGTGT 
CCGCAGGCTG TCCAGGTCAT TCACAGCCAA GGGTTCTTAG TGGAGGAGGA TGGGAACGCA 
CCGACACGCC TTTATGCTGC TGATGCTGAC ATCCCTGCTG GGGTGCTGCC CCAGGTGGGG 
AATCTGGCTG CCAGGTTTGG TGTGAGGGAA CTGATGGAAG AGTGTGAAAA CAACACTGGA 
GAGAGTCAGG GGTCTTCTGG AGTGGATTCA GAAGATGATC TTATCTCTGT GAGGGATGAC 
AAAGATTGTG AGGACAGAGC TGAGAACTTC CAAGACCTCT TGAAGTCAGT GTGGGTGGGT 
GAAGATGAGG AAGAAGTAGC TATGCTGAAC CCTGAATGCC AGAAGGAAGA TGACAATGGG 
GTGGGTGAAC AGGAGCTGGA GGAAATCTAT GAGTTTGCTG CAACTCAGAG GAAGATGGTT 
CAAGGTGAAA CGGAGGTGAG CGAGGGAACA GACTGCAGCA TCTGCAGTGA TACTGAGGCA 
GACCAGGGTA CAAACCAGCA AACTGAGGAG GAAGAAGTAA AGAGATGTGA ATCTGCTTCA 
ATAAGCAACA GCTTCAAAGA TTTGAAGGAT GACAATGATG TGGAAAAATC CAAATGTGAC 
TCGTCCTTCA AAGATTTGAA GGATGACAAT GATGTGGACT CGTCTGCACA AGAAGAGAAA 
ATGCAGAATA TAAATAGGTG CAGGAGCATG AATGATCCAC AGACCACTTT TGTGCCTCAC 
CACAGTGAAG CTCAAAAATG GGACGTAGCA TCCCATGGTG CCACCGCTAA TGAAGGAGAG 
ACCATTAGGA GATGTGAATG TGTGAAGGAT TCCAGGTCAT CTCAGGTCTC ACATGACGAG 
GCAGATCCCT GTGAAAAACA GTTTCCTAGC TCCCACGATG ATACTAATAT ACATGAAAGT 
TACGAACGCT TGTTTTCTGC AACTCAGGGA GATTACTGGG AGCCTTCCCC AGTGAAGGAA 
GTTATCAAAG GAAATGCTCC TAGTGAAAAA GATGTCGATG TTAATGATTC ACTTCTGTAC 
AGCAAATCAC AAAAAGACCT CTCTCCACGT AAGAACGGTT TTTATGGGAG TCCTCTTCCC 
AAACCTTTTG TGCCCCTTTT TCCTGCTTTT GGCTCTTCAC CTGCCTCTCC AAAATCAGAC 
AGAAAGCTTG CCGAAGAACA CGTGTCAACA CCAAAGCGAA ACAAAAAGGA AAAATCATTC 
CCATCTGATG AAATATACTT TCAGAAGGCC AACGAGCTGG ATACTACATC AAGAAATGAG 
AACACAGTTT CTCCCGCAGA GCTTCCCCAC ATTGATTTAA ACAAGCACAC ATATGTCCCA 
GTGTTGTCAT CACCAGTCAT CAGAACTCAG GATGCTGCAG CTCAGGGGAA CAAGGAGGGT 
GATGTTATTG TTTTATCTTC TGATGATGAA ATGGAGTTAC AACAAGACAA GAAGTCTCCA 
GAGTCAGGCT CTGCTCTGAA GACGATGGAA ATCCCTGGGC AACTGAAATG TACAAACGTA 
GAACAAAGTT CTGAGATACC GAAATCTGAA CCTGAATCAA TCACTGAAAC AGAGCAGAGA 
TCAACCCAGG TCTCATGCGG CATTACAGGT ACAGTCGATA GAAGTAATGA TGTGAAGATG 
TCCACCGAAC TGCCTCTCAG CAGACAAAGA GATGCTTGTA TGGGGAGCAA ACAAAGTCCA 
AACCTGAGCC CTGAAAAAAG GCTCAGGCAT GAAATGTCTT TAGGTACAGA CAGCTCCTGG 
CTAGTGCCAG ACACACCGGT TCTGAGCAAA AGCAGAAGTT TCTCAACACA GACTCAGATC 
ACAAGTATTA ATTCTTTAAA GAGTCCAGGA TCTAAACTCA GCACAAAGAA CTTGGCAGCA 
GGCAACAGTA ACCATGAAGG GGCTGGAAAT TTATTAAAAG TTCATGAAGC CACATTTGCA 
GACAAACATT TGCCTATGGA GACCTCAGTC AGTGAAAGGA GCTCTTCGAG CAGCCCAGCA 
GCAGGATTGT TTTCCAAGAA CTCCCCACCA GTTTCTCCAG TGGATCCAGT TCTCCTCTCC 
CCTGGCTGCA CCAACGTAAA AAGCAAGTGT GCCAAGATGT CGTTTTTATC CCAACCTGTG 
CCTCCATGCC GTGAGCAGCC ATTGGAAGAT AAAGCAAATG TCAGTGTGGT GGAGGTAGAG 
GACAGTGAAA AGGAAATAAG CCTGCCTTCT GTGAGCAGTA GCGTCTTGCT TTGTGACGAG 
CCCCCAGTCC CCGTGGATGA CTGCTGGCGT GTTGAATACC TGTCACCAGT CAGAGGTAAC 
AGCCAGGACT CCAGCCAGGT CAGCCGTGCA AAGACCAGCA CTGCCAGCAG CCCCAAACCA 
GACTCTTGGC ACGATCAGTG GCAGAGCCCA GACCACGTGC AGGAAATTAA GGACAGTACC 
CCTCTTCGAG GAAGTCCTGT TGGCAGAAGA ACAACTTTGC TGTGTCTTGA CAAGAGTCCT 
ATTGAGGCAT GTTCATCAGT GGGCAGTAGG CCAAGTTATC TGAACTCCAA AATCTGGGAT 
GATTGGAATG GAGAAGAGGA GGAAGATGAA TTTCCAGAGA TGCTTCCTCT GTCTCAGAGG 
TTGTCAGCTG CAGCAGGTGC CTGTCAGACA GATCCTGTGA GGACTCCTGA ACCTTCCTGT 
CAGGAGAACA ACGAGCCTCC CAGCACTCCA ATGACACCCA TGCCAGCTTA CTCCATCATG 
GAGACCCCAC AGCTGAAGAA GGAGTTGAGC AGATTTGGAG TTCGTGCTCT CCCGAAACGC 
CAGATGGTGT TGAAACTGAA GGAGATATTC CAGTATACTC ACCAGGACAT GGACTCTGAC 
TTTGAGGAAA TCCCATCTTC CCAGCCTCCC CTGCAGAAGT CCTCAGCCAA ACACTCCAGG 
CAGTCAAAGG CAGACCGGAC TGCCAGTGGA AAGCGTGCCA GTGCCTCGAG GGCTGCAGGC 
AAAAGGAAGC AGGTTGCTAC AGCTTCTTCA GTGCTCCCTG TACGGAGTGC TGATGATGAC 
CTTGTTGAAT CCCATGGAAC AGGGTGTGCA GCACCCATGG AGGGAACTGA AGTGACACAT 
CATCCAGAAG GAGCCAAAAA GCAGAAAAAG TCATCGGTAT CTCCAGAGAG ATCGCCTCTG 
GCAGCTGATG GTGATGAACC AATGCTCTCG GCATCTCAGG AGTCTGCAGT TTCTTCAGTG 
GATGGAAGTG ACATCTCTTT TGGCTCACAG AGTTCTTTTG TGAATGGATT TGAAGCCTGT 
GCTTTTGCAT CCGAGGAGGA GGAAGAGGAG CTTCCAGTAT CTCAGGCAGC AGCTCGGGAG 
GAAGATAAGC TGGAGGCATT AAGGTGCTAC ATCCGTTCGA ACACAGCCCT GTACAACAAG 
ATTCTCTTTT ATGAGCCAAT TGAGCTGGCT GCATTGCACG TAGAGCTCAA GCAGAACGGC 
ATTAAAATTT CCAAGGCAAA GCTGCTGGAC TTTTTAGATG CTCACTGTAT CACATTTACC 
ACAGCTGGAG CCCGGAAAGA GAAGGAACAG AAACGAAAGG GGAAGAAAAA ACAGAGGAGA 
CGATACTGAA TGGAGCCCAC TCCTCCATCC TGA

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

RefSeq	XP_009978026.1
CDS	1..5613
Translation	MDEQDNDFKELWANLLGRAKKKAGDAEAAKRTQHRSKSTAARGRLKRGKAAAKSQNHHRLPAVKETNLPQDLGPKEQTLVHKEDGDAVACSSGETAQEDGERNPFPASQLSTVASECSQRTLTVNTLIGCSQTTLSFHPATQLGTCSSPTSKIPPPAGSKMRVAELVVERMQQFKRVAPEQLKHSTDHSLPRSVASGDFPDESQEQNPPEDDTHHLPSLEHDGALALALQRNPRnullSLEDAGLFFCQICQKDLSAMNTTRREQHVNRCLDEMEEAQTSSSSKPLVPECPICGKQFQTPQSRVSHLKRCAVEMDVPPKLLLQAVQLQVSSLGDTPPQCPGNQPSRAKRKGSSKEDSKKMQKRAKLETKDEDLLVAMAMSRSLLEQEKQEQAKSVTNVKPVAALPIKWKPGSEKKQRKRGPTTPPPLLLQDPEKVRKRIQERVAMLLAEEVEFPPTPKLPASRILEDESRKATWLLPLSKTRECFLWNISALTGPCDPELFYTAGLTPPIVPWKPVQNHKPENLLLSVGSDQPKVSQQIQPDPSSHGPTCIEVGGQTSDEAKSGHEDGQFLSHSQKDVQILQDLVELAREGLTLTQWNLDVDQVQAAKQPGQELPSSDIQHSGFVPPSKEKSLLKSSCKRSSLKLLAEDFGAMVNNPHFSDVQFQVDSGEVLYAHMFVLYARCPQAVQVIHSQGFLVEEDGNAPTRLYAADADIPAGVLPQVGNLAARFGVRELMEECENNTGESQGSSGVDSEDDLISVRDDKDCEDRAENFQDLLKSVWVGEDEEEVAMLNPECQKEDDNGVGEQELEEIYEFAATQRKMVQGETEVSEGTDCSICSDTEADQGTNQQTEEEEVKRCESASISNSFKDLKDDNDVEKSKCDSSFKDLKDDNDVDSSAQEEKMQNINRCRSMNDPQTTFVPHHSEAQKWDVASHGATANEGETIRRCECVKDSRSSQVSHDEADPCEKQFPSSHDDTNIHESYERLFSATQGDYWEPSPVKEVIKGNAPSEKDVDVNDSLLYSKSQKDLSPRKNGFYGSPLPKPFVPLFPAFGSSPASPKSDRKLAEEHVSTPKRNKKEKSFPSDEIYFQKANELDTTSRNENTVSPAELPHIDLNKHTYVPVLSSPVIRTQDAAAQGNKEGDVIVLSSDDEMELQQDKKSPESGSALKTMEIPGQLKCTNVEQSSEIPKSEPESITETEQRSTQVSCGITGTVDRSNDVKMSTELPLSRQRDACMGSKQSPNLSPEKRLRHEMSLGTDSSWLVPDTPVLSKSRSFSTQTQITSINSLKSPGSKLSTKNLAAGNSNHEGAGNLLKVHEATFADKHLPMETSVSERSSSSSPAAGLFSKNSPPVSPVDPVLLSPGCTNVKSKCAKMSFLSQPVPPCREQPLEDKANVSVVEVEDSEKEISLPSVSSSVLLCDEPPVPVDDCWRVEYLSPVRGNSQDSSQVSRAKTSTASSPKPDSWHDQWQSPDHVQEIKDSTPLRGSPVGRRTTLLCLDKSPIEACSSVGSRPSYLNSKIWDDWNGEEEEDEFPEMLPLSQRLSAAAGACQTDPVRTPEPSCQENNEPPSTPMTPMPAYSIMETPQLKKELSRFGVRALPKRQMVLKLKEIFQYTHQDMDSDFEEIPSSQPPLQKSSAKHSRQSKADRTASGKRASASRAAGKRKQVATASSVLPVRSADDDLVESHGTGCAAPMEGTEVTHHPEGAKKQKKSSVSPERSPLAADGDEPMLSASQESAVSSVDGSDISFGSQSSFVNGFEACAFASEEEEEELPVSQAAAREEDKLEALRCYIRSNTALYNKILFYEPIELAALHVELKQNGIKISKAKLLDFLDAHCITFTTAGARKEKEQKRKGKKKQRRRY*MEPTPPS

Target ORF information:

RefSeq Version	XM_009979724.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus SLX4 structure-specific endonuclease subunit (SLX4), mRNA.

Target ORF information:

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

XM_009979724.1

ORF Insert Sequence:

ATGGATGAAC AGGACAATGA TTTTAAAGAG TTGTGGGCAA ATCTTTTGGG ACGAGCGAAG 
AAAAAAGCTG GGGATGCTGA AGCAGCAAAG AGGACTCAGC ACAGGTCAAA GAGCACTGCG 
GCAAGAGGTA GATTGAAAAG AGGCAAAGCT GCTGCTAAAA GCCAAAATCA TCATCGCCTA 
CCAGCAGTGA AGGAAACAAA CTTGCCTCAA GATTTGGGTC CAAAGGAACA AACATTGGTG 
CACAAAGAAG ATGGTGATGC TGTGGCCTGT AGTAGTGGTG AGACTGCACA AGAGGATGGA 
GAGAGAAACC CTTTCCCTGC CAGCCAGCTG AGTACAGTGG CCAGTGAGTG TAGCCAGAGG 
ACTCTGACAG TAAATACTCT GATTGGCTGT TCCCAGACTA CGTTATCCTT TCATCCTGCT 
ACACAGCTGG GGACCTGCTC TTCACCCACC TCAAAGATCC CGCCGCCCGC AGGGTCGAAG 
ATGCGGGTGG CAGAGCTGGT AGTGGAGAGA ATGCAGCAGT TCAAGAGAGT GGCACCTGAG 
CAGCTAAAGC ACAGCACAGA TCATAGCTTG CCAAGGTCTG TAGCCAGCGG GGATTTCCCT 
GATGAAAGCC AGGAGCAGAA CCCTCCAGAG GATGATACCC ACCATCTTCC ATCCCTGGAG 
CATGACGGTG CTCTGGCTTT GGCGCTTCAG AGGAACCCCA GGNAAAGCCT AGAGGATGCA 
GGCTTGTTTT TTTGTCAGAT CTGCCAGAAG GATCTCTCAG CCATGAACAC AACACGACGA 
GAGCAGCATG TTAACAGGTG TCTGGATGAG ATGGAAGAAG CGCAGACGTC ATCCTCCAGC 
AAACCACTGG TCCCTGAGTG TCCCATCTGT GGGAAGCAGT TCCAGACTCC ACAGAGCCGA 
GTCAGTCACT TGAAACGTTG TGCTGTCGAG ATGGACGTTC CTCCTAAGCT GCTTCTTCAG 
GCAGTGCAGT TGCAGGTGTC CTCACTTGGT GATACACCTC CTCAGTGTCC CGGCAATCAA 
CCAAGCAGGG CAAAGAGAAA AGGCTCCTCC AAAGAGGACT CGAAGAAAAT GCAGAAGAGG 
GCCAAACTGG AGACGAAGGA TGAAGATTTG CTGGTTGCTA TGGCAATGTC ACGCTCTCTG 
TTGGAGCAAG AGAAGCAGGA ACAAGCAAAA TCAGTTACAA ATGTGAAACC AGTGGCTGCT 
TTGCCAATCA AGTGGAAGCC AGGATCAGAG AAAAAACAGC GTAAAAGAGG CCCAACCACA 
CCTCCACCAT TACTGCTCCA GGACCCGGAG AAGGTCCGCA AAAGGATCCA AGAGCGAGTA 
GCTATGCTGC TTGCGGAAGA AGTGGAATTC CCTCCCACCC CTAAGCTTCC CGCTAGTAGG 
ATTTTAGAGG ATGAATCTAG GAAAGCAACC TGGCTCTTGC CATTGTCCAA AACCAGGGAG 
TGTTTTTTAT GGAATATCAG TGCTCTGACA GGACCCTGTG ATCCTGAATT GTTCTACACT 
GCTGGATTAA CCCCTCCAAT TGTACCTTGG AAGCCTGTGC AGAATCATAA GCCAGAGAAC 
CTTCTGCTGT CGGTGGGATC TGATCAGCCA AAAGTATCCC AGCAAATTCA GCCTGACCCC 
AGTTCTCATG GTCCCACTTG CATAGAGGTT GGAGGCCAAA CTTCTGATGA AGCCAAGTCA 
GGCCATGAAG ATGGACAGTT TTTATCTCAC AGCCAGAAGG ATGTTCAGAT CCTCCAGGAC 
CTAGTTGAGT TGGCCAGGGA AGGACTTACC CTCACTCAGT GGAACCTTGA TGTTGACCAG 
GTTCAGGCAG CAAAGCAGCC AGGACAAGAA CTGCCTTCCA GTGATATTCA ACATAGTGGC 
TTTGTCCCCC CATCCAAAGA GAAGAGCCTC CTGAAGAGCA GCTGCAAAAG ATCCTCTCTC 
AAGTTGCTGG CTGAAGATTT CGGTGCAATG GTCAACAACC CCCACTTCAG TGATGTCCAG 
TTCCAGGTGG ACTCTGGGGA AGTCCTTTAC GCCCACATGT TTGTGCTGTA CGCGCGGTGT 
CCGCAGGCTG TCCAGGTCAT TCACAGCCAA GGGTTCTTAG TGGAGGAGGA TGGGAACGCA 
CCGACACGCC TTTATGCTGC TGATGCTGAC ATCCCTGCTG GGGTGCTGCC CCAGGTGGGG 
AATCTGGCTG CCAGGTTTGG TGTGAGGGAA CTGATGGAAG AGTGTGAAAA CAACACTGGA 
GAGAGTCAGG GGTCTTCTGG AGTGGATTCA GAAGATGATC TTATCTCTGT GAGGGATGAC 
AAAGATTGTG AGGACAGAGC TGAGAACTTC CAAGACCTCT TGAAGTCAGT GTGGGTGGGT 
GAAGATGAGG AAGAAGTAGC TATGCTGAAC CCTGAATGCC AGAAGGAAGA TGACAATGGG 
GTGGGTGAAC AGGAGCTGGA GGAAATCTAT GAGTTTGCTG CAACTCAGAG GAAGATGGTT 
CAAGGTGAAA CGGAGGTGAG CGAGGGAACA GACTGCAGCA TCTGCAGTGA TACTGAGGCA 
GACCAGGGTA CAAACCAGCA AACTGAGGAG GAAGAAGTAA AGAGATGTGA ATCTGCTTCA 
ATAAGCAACA GCTTCAAAGA TTTGAAGGAT GACAATGATG TGGAAAAATC CAAATGTGAC 
TCGTCCTTCA AAGATTTGAA GGATGACAAT GATGTGGACT CGTCTGCACA AGAAGAGAAA 
ATGCAGAATA TAAATAGGTG CAGGAGCATG AATGATCCAC AGACCACTTT TGTGCCTCAC 
CACAGTGAAG CTCAAAAATG GGACGTAGCA TCCCATGGTG CCACCGCTAA TGAAGGAGAG 
ACCATTAGGA GATGTGAATG TGTGAAGGAT TCCAGGTCAT CTCAGGTCTC ACATGACGAG 
GCAGATCCCT GTGAAAAACA GTTTCCTAGC TCCCACGATG ATACTAATAT ACATGAAAGT 
TACGAACGCT TGTTTTCTGC AACTCAGGGA GATTACTGGG AGCCTTCCCC AGTGAAGGAA 
GTTATCAAAG GAAATGCTCC TAGTGAAAAA GATGTCGATG TTAATGATTC ACTTCTGTAC 
AGCAAATCAC AAAAAGACCT CTCTCCACGT AAGAACGGTT TTTATGGGAG TCCTCTTCCC 
AAACCTTTTG TGCCCCTTTT TCCTGCTTTT GGCTCTTCAC CTGCCTCTCC AAAATCAGAC 
AGAAAGCTTG CCGAAGAACA CGTGTCAACA CCAAAGCGAA ACAAAAAGGA AAAATCATTC 
CCATCTGATG AAATATACTT TCAGAAGGCC AACGAGCTGG ATACTACATC AAGAAATGAG 
AACACAGTTT CTCCCGCAGA GCTTCCCCAC ATTGATTTAA ACAAGCACAC ATATGTCCCA 
GTGTTGTCAT CACCAGTCAT CAGAACTCAG GATGCTGCAG CTCAGGGGAA CAAGGAGGGT 
GATGTTATTG TTTTATCTTC TGATGATGAA ATGGAGTTAC AACAAGACAA GAAGTCTCCA 
GAGTCAGGCT CTGCTCTGAA GACGATGGAA ATCCCTGGGC AACTGAAATG TACAAACGTA 
GAACAAAGTT CTGAGATACC GAAATCTGAA CCTGAATCAA TCACTGAAAC AGAGCAGAGA 
TCAACCCAGG TCTCATGCGG CATTACAGGT ACAGTCGATA GAAGTAATGA TGTGAAGATG 
TCCACCGAAC TGCCTCTCAG CAGACAAAGA GATGCTTGTA TGGGGAGCAA ACAAAGTCCA 
AACCTGAGCC CTGAAAAAAG GCTCAGGCAT GAAATGTCTT TAGGTACAGA CAGCTCCTGG 
CTAGTGCCAG ACACACCGGT TCTGAGCAAA AGCAGAAGTT TCTCAACACA GACTCAGATC 
ACAAGTATTA ATTCTTTAAA GAGTCCAGGA TCTAAACTCA GCACAAAGAA CTTGGCAGCA 
GGCAACAGTA ACCATGAAGG GGCTGGAAAT TTATTAAAAG TTCATGAAGC CACATTTGCA 
GACAAACATT TGCCTATGGA GACCTCAGTC AGTGAAAGGA GCTCTTCGAG CAGCCCAGCA 
GCAGGATTGT TTTCCAAGAA CTCCCCACCA GTTTCTCCAG TGGATCCAGT TCTCCTCTCC 
CCTGGCTGCA CCAACGTAAA AAGCAAGTGT GCCAAGATGT CGTTTTTATC CCAACCTGTG 
CCTCCATGCC GTGAGCAGCC ATTGGAAGAT AAAGCAAATG TCAGTGTGGT GGAGGTAGAG 
GACAGTGAAA AGGAAATAAG CCTGCCTTCT GTGAGCAGTA GCGTCTTGCT TTGTGACGAG 
CCCCCAGTCC CCGTGGATGA CTGCTGGCGT GTTGAATACC TGTCACCAGT CAGAGGTAAC 
AGCCAGGACT CCAGCCAGGT CAGCCGTGCA AAGACCAGCA CTGCCAGCAG CCCCAAACCA 
GACTCTTGGC ACGATCAGTG GCAGAGCCCA GACCACGTGC AGGAAATTAA GGACAGTACC 
CCTCTTCGAG GAAGTCCTGT TGGCAGAAGA ACAACTTTGC TGTGTCTTGA CAAGAGTCCT 
ATTGAGGCAT GTTCATCAGT GGGCAGTAGG CCAAGTTATC TGAACTCCAA AATCTGGGAT 
GATTGGAATG GAGAAGAGGA GGAAGATGAA TTTCCAGAGA TGCTTCCTCT GTCTCAGAGG 
TTGTCAGCTG CAGCAGGTGC CTGTCAGACA GATCCTGTGA GGACTCCTGA ACCTTCCTGT 
CAGGAGAACA ACGAGCCTCC CAGCACTCCA ATGACACCCA TGCCAGCTTA CTCCATCATG 
GAGACCCCAC AGCTGAAGAA GGAGTTGAGC AGATTTGGAG TTCGTGCTCT CCCGAAACGC 
CAGATGGTGT TGAAACTGAA GGAGATATTC CAGTATACTC ACCAGGACAT GGACTCTGAC 
TTTGAGGAAA TCCCATCTTC CCAGCCTCCC CTGCAGAAGT CCTCAGCCAA ACACTCCAGG 
CAGTCAAAGG CAGACCGGAC TGCCAGTGGA AAGCGTGCCA GTGCCTCGAG GGCTGCAGGC 
AAAAGGAAGC AGGTTGCTAC AGCTTCTTCA GTGCTCCCTG TACGGAGTGC TGATGATGAC 
CTTGTTGAAT CCCATGGAAC AGGGTGTGCA GCACCCATGG AGGGAACTGA AGTGACACAT 
CATCCAGAAG GAGCCAAAAA GCAGAAAAAG TCATCGGTAT CTCCAGAGAG ATCGCCTCTG 
GCAGCTGATG GTGATGAACC AATGCTCTCG GCATCTCAGG AGTCTGCAGT TTCTTCAGTG 
GATGGAAGTG ACATCTCTTT TGGCTCACAG AGTTCTTTTG TGAATGGATT TGAAGCCTGT 
GCTTTTGCAT CCGAGGAGGA GGAAGAGGAG CTTCCAGTAT CTCAGGCAGC AGCTCGGGAG 
GAAGATAAGC TGGAGGCATT AAGGTGCTAC ATCCGTTCGA ACACAGCCCT GTACAACAAG 
ATTCTCTTTT ATGAGCCAAT TGAGCTGGCT GCATTGCACG TAGAGCTCAA GCAGAACGGC 
ATTAAAATTT CCAAGGCAAA GCTGCTGGAC TTTTTAGATG CTCACTGTAT CACATTTACC 
ACAGCTGGAG CCCGGAAAGA GAAGGAACAG AAACGAAAGG GGAAGAAAAA ACAGAGGAGA 
CGATACTGAA TGGAGCCCAC TCCTCCATCC TGA