ASCC3 cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	ASCC3
Entrez Gene ID	102450000
Full Name	activating signal cointegrator 1 complex subunit 3
Gene Type	protein-coding
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006118439.1	XP_006118501.1	LOW QUALITY PROTEIN: activating signal cointegrator 1 complex subunit 3

Pathways from BioSystems
Gene Ontology

The following ASCC3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ASCC3 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
OPe25110	XM_006118439.1 Latest version!	Pelodiscus sinensis activating signal cointegrator 1 complex subunit 3 (ASCC3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

ASCC3 ( XM_006118439.1 ) cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle) -> XP_006118501.1 Pelodiscus sinensis activating signal cointegrator 1 complex subunit 3 (ASCC3), mRNA.

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CloneID	OPe25110
Clone ID Related Accession (Same CDS sequence)	XM_006118439.1
Accession Version	XM_006118439.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6615bp) 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	2018-06-03
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Product	LOW QUALITY PROTEIN: activating signal cointegrator 1 complex subunit 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005853877.1) 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 :: Pelodiscus sinensis Annotation Release 102 Annotation Version :: 102 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGCTTTAC CTCGTCTTAC GGGAGCTTTA CGCTCTTTTT CAAATGTCAC TAAACAAGAT 
GAATATAGTG AAGAATCGGG TGATGTAATG AATAAAAGGT CAAAATTACA AAAACAGTTA 
ATGAGCTCTG AGCTTACATG GAAGAAGATA GTAGAATTTA TTGAAGACAG TTTGGACAAG 
AAGGAACAGC AATCAATAAA TGGAGATTTA AAAACTATAT TACAGGCTGC AAAACAAATA 
GTAGGAGCTG AAAATGGCCA AGAAGCAATT GAAAGCGGAG CTGTTTTTCT TTTTAAGACC 
TTTCACATGA AGGAATGCGT TGGTCGTGAT GAAACAAAGG CAATCAAACA GATGTTTGGG 
CCCTTTCCCT CATCCTCTGC TACTGCTGCC TGTAATGCCA CATGTCGGAT TGCTTCGTAT 
TTCACTGAAG AACAGCTTAC TTCTCTTATA CAGATGGGTG AAGAGCAAAA TGACGATAAC 
AGAGTATTCT TTGGTAAAAA TATAGTATTT TCATTTGACA TGCATGACCT TGATCACTCT 
GAAGAACTGC CAATAAACGG GGATGCAACT GAACAGAGAA CTATAAGCTT AGACTACAAG 
AAATTTCTGA ATAACCATTT GGAACACTTC CAGAATTGTT ATGATGACAA CTCTGATCTT 
AAATCATTGG AAAAAGTGGA TGATTCTTTT CTGTGGTGTG AGGTTGGGAA GTTTCTAAAT 
GAATCACTAA AAGGAACCCC TGGAGAACCA ACAACAGATG ATCTCTGCTG TACTTTGTAT 
GAGATGCTTG CATCTAGTAA AAGTGGTGAT GAACTTCAGA ATGAGTTATT CGAACTGTTA 
GGCCCTGAGG GATTTGAACT CATAGAGAAA CTACTACAGA ATAGGTCTAT GATTGTGGAG 
AGATCTCTGT CATGGCCAAA TGATTACAAG CTGCAGTCTC TACAAGAACA GTGCAAAAAG 
TTTGCGGGTG ACAACACTAA ACCCAATTAT GGTTGTCAAG TCACAATTCA GTCTGAACAA 
GAAAAGCTGT TAATGAAACA ATATCGTCGG GAAGAAAAAC GAATTGCCAG ACGAGAAAAA 
CGATCTGGGG AAGAAGGAGA CATTTTTGGA GAAGGACTAA TGTGTTTTGA TCCCAAGGAG 
CTGCGGATAC AAAGAGAACA AGCTCTTCTG AATGCTCGAA GTGTGCCAGT CCTAGGCAGA 
CAGAGAGAGA TGGACTTTGA AAAAATTCAT TATCCACATG TTTATGATTC CCAGGCTGAA 
GCTATGAAAA CATCAGCATT CATTGGGGGT GCTAAGATGC TATTACCAGA GGCAATCCAG 
AGAGAAAACA ACAAAATGTA TGAAGAAGTA AAGATCCCTC ATAGTGAACC AATGCCTATT 
GGTATTGAGG AAAAAATTGT GTATATCAAA GACTTAGATG AGATTGGGCA ACTTGTTTTT 
AAAGGCATGA AAAGACTGAA CCGAATCCAA TCAATAGTTT TTGAGACTGC CTACAATACA 
AATGAGAACA TGCTGATCTG TGCACCTACT GGAGCTGGGA AAACTAACAT TGCAATGCTA 
ACTGTCTTGC ATGAAATTCG CCAGCATGTT CAGCAAGGAG TTATCAAAAA AGATGAATTT 
AAGATTGTAT ATGTTGCTCC TATGAAGGCT TTGGCAGCTG AAATGACAAA TTACTTCAGC 
AAGCGTCTGG AGCCACTAGG CATCACCGTG AAAGAGTTGA CCGGTGACAT GCAGTTGTCA 
AAAGGTGAAA TTCTGCGAAC ACAGATGCTC GTCACCACTC CAGAGAAATG GGATGTAGTG 
ACAAGAAAGA GCGTTGGGGA TGTAGCGCTC TCTCAACTTG TGAAGCTCCT TATTCTTGAT 
GAAGTTCATC TTTTGCATGA AGACAGAGGA CCAGTACTGG AGAGTTTAGT GGCACGCACC 
TTACGTCAGG TTGAATCTAC ACAGAGCATG ATCAGGATTT TGGGCCTTTC GGCTACATTA 
CCCAATTACC TTGATGTAGC TACATTCCTA CATGTTAATC CTTACATTGG ACTATTCTAC 
TTTGATGGCC GTTTTCGACC TGTACCACTG GGACAGACAT TTATAGGAAT TAAGACAACA 
AATAAGGTGC AGCAGATGAA TAATATGGAT GAAGTATGTT ACGAAAACCT TTTGAAGCAA 
ATAACAGCTG GACATCAGGT GATGGTGTTT GTTCATGCTA GAAATGCCAC TGTGCGAACT 
GCCATGGCTC TTCGAGAAAA AGCAAAAAAC AATGGTCATA TTTGCTACTT TTTGCCAACG 
CAAGGATCTG ATTATGGACA AGCTGAAAAA CAAGTGCAAA GGTCCAGAAA CAAGCAGTTA 
CGTGAACTGT TTCCAGATNN GCTGAGGCAA AACAGAAGTT TGGTTGAAAA CTTGTTTTCT 
CATGGACATA TCAAAGTCCT GGTTTGTACA GCCACATTAG CCTGGGGTGT CAATCTCCCT 
GCTCATGCTG TAATTATTAA GGGAACACAA ATATATGCTG CAAAAAGAGG CTCCTTTGTT 
GACCTTGGAA TTTTAGATGT CATGCAGATA TTTGGTCGAG CTGGACGGCC TCAGTTTGAC 
AAATTTGGAG AAGGCATCAT TATTACAACT CATGATAAAC TCAGCCATTA CCTGACTCTC 
CTTACTCAGC AGAACCCAAT TGAGAGTCAG TTTCTTGAAA GCCTTGCTGA CCACTTAAAT 
GCAGAGATTG CTCTTGGAAC AGTAACTAAT GTGGAGGAAG CAGTAAAGTG GATAAGTTAC 
ACTTACCTTT ATGTACGGAT GAGAGCAAAT CCATTAGTAT ATGGCATCAG TCACAAGGCT 
TATCAGATGG ATCCCGGACT AGAGAAGCAC AGAGAACAAT TGGTGATTGA AGTTGGCAGG 
AAGCTAGACA AAGCCCGTAT GATTCGTTTT GAAGAGAGAA CTGAATTTTT TTCTTCTACA 
GATTTAGGCA GAATTGCCAG CCACTATTAC ATTAAGTATA ATACTATTGA GACTTTCAAT 
GAACTTTTTG ATGCTCACAA AACAGAAGGT GATATTCTTG CTATAGTATC TAAGGCAGAA 
GAATTTGAAC AGATCAAGGT AAGAGAAGAA GAAATAGAGG AGCTGGATGC CTTGCTGAAC 
AATTTCTGTG AACTTTCTGC TCCTGGAGGT GTGGAGAACA GTTATGGGAA GATAAATATC 
CTTCTTCAAA CATATATTAG CCGAGGAGAG ATTGATAGTT TCTCTCTCAT TTCAGACTCT 
GCATATGTTG CACAGAATGC AGCTCGTATT GTTCGAGCCC TTTTTGAGGT TGCTCTTAGG 
AAACGATGGC CTGCAATGAC ATACCGACTA CTGAACCTCA GCAAAGTCAT TGACAAGAGG 
CTGTGGGGCT GGGCCAACCC TTTGCGACAG TTCTCAGTGC TACCACCATC GGTCCTCACG 
AAACTGGAGG AGAAGAACCT CACAATAGAT AAGATGAAGG ACATGAGAAA AGACGAAATA 
GGTCACATGC TACGTCATGT GCATATTGGG TTAAAGGTCA AACAGTGTGT CCATCAAATT 
CCCTCCATTA CAATGGAAGC AGCTATTCAG CCAATTACAC GTACTGTGCT CCGTGTTAGG 
CTGAACATCA CTCCTGACTT CAAGTGGAAC GATCAGGTGC ATGGCACAGT TGGAGAGCCC 
TGGTGGATCT GGGTAGAAGA CCCTACTAAT GATCACATTT ATCATTCAGA GTATTTTGTC 
ATTCAGAAAA AACAGGTCAT TTCTAAAGAA ACTCAGCAGC TGGTTTTCAC AATCCCTATT 
TTTGAACCTT TGCCTTCCCA ATATTACATT CGAGCTGTAT CTGATAGATG GTTAGGAGCA 
GAGGCTGTTT GTATCATCAA TTTTCAGCAT CTGATTCTTC CAGAAAGACA TCCACCTCAC 
ACAGAACTAC TGGATCTTCA GCCTTTGCCT ATCACAGCTC TGGGATATCG AGAGTATGAA 
ACCCTCTACA AATTCACCCA TTTCAACCCT ATCCAGACGC AGATATTTCA TACGCTGTAT 
CATACAGACT GTAATGTTCT TCTTGGAGCC CCCACAGGCT CTGGAAAAAC TGTTGCTGCT 
GAGTTAGCCA TCTTCAGAAT TTTCAACAAG TATCCCACAT CAAAGGCAGT ATACATTGCT 
CCCTTAAAAG CACTGGTACG AGAGAGAATT GAAGATTGGA AAGTCAGGAT TGAAGAAAAA 
CTTGGTAAAA AGGTAGTAGA ATTGACAGGA GATGTGACAC CTGATATGAA AGCTATTGCC 
CAAGCTGACC TTATTGTAAC TACACCAGAG AAGTGGGATG GAGTCAGTAG AAGCTGGCAA 
AACAGGAGCT ATGTTCAGAA AGTTGCCATT CTCATCATAG ATGAGATCCA TCTGCTAGGG 
GATGAGAGAG GCCCAGTACT GGAAGTTATT GTGTCTCGAA CTAACTTCAT CTCATCTCAC 
ACAGAAAAGC CTGTAAGAGT AGTTGGTTTA TCCACAGCAT TAGCGAATGC TAGAGACCTT 
GCTGACTGGC TAAATATTAA TCAGATGGGT CTGTTCAACT TCCGACCATC TGTACGTCCA 
GTTCCATTGG AAGTACACAT TCAGGGCTTC CCTGGCCAGC ATTACTGTCC TCGCATGGCT 
AGTATGAATA AACCTGCATT TCAGGCTATT AGGAGCCATT CTCCAGCCAA ACCTGTTCTT 
GTGTTTGTGT CATCAAGACG TCAGACTAGA CTCACTGCCT TAGAGTTGAT TGCTTTCTTG 
GCCACTGAAG ATGATCCAAA GCAATGGCTG AAAATGGATG AAAGAGAGAT GAATGATGTT 
ATAGTGACAG TAAGAGATTC TAATCTGAAG CTGACTCTGG CCTTTGGAAT AGGCATGCAC 
CATGCAGGGC TACATGAAAG AGACAGAAAA ACTGTGGAAG AACTGTTTGT AAATTGCAAA 
ATCCAGGTTC TTATTGCCAC AAGCACGTTA GCATGGGGTG TAAATTTTCC AGCTCATTTA 
GTAATTGTTA AAGGAACAGA ATTTTACGAT GGAAAAACAA GGCGTTATGT GGACTATCCC 
ATTACAGATG TACTTCAGAT GATGGGACGT GCTGGTAGAC CACAGTTTGA TGACCAAGGC 
AAAGCTGTGA TTTTAGTCCA TGATATTAAG AAAGACTTCT ACAAAAAGTT TCTTTATGAG 
CCTTTTCCAG TGGAATCAAG CTTGTTGGAA GTGCTCTCTG ATCACTTGAA TGCTGAAATT 
GCTGCTGGAA CTATTACTTC CAAGCAGGAT GCAATGGATT ATATTACCTG GACTTACTTC 
TTCCGTCGTC TTATCATGAA CCCCAGTTAT TATAATTTAG ACGATGTGAG CCATGACACC 
ATGAATAAGT TCCTGTCAAA CCTTGTTGAG AAATCTCTCC TTGACCTGGA ATGTTCCTAC 
TGTATTGAAA TCGGGGAGGA TAACCGTAGC ATTGAACCTC TGACATATGG CCGCATTGCT 
TCTTACTACT ATTTGAAGCA TCAGACTGTT AAGATGTTCA AGGAACGGTT GAAACCTGAA 
TGCAGTATTG AAGAATTGCT CTCAGTCTTG GCAGATGCTG AAGAGTATGC AGATCTTCCA 
GTGAGACACA ATGAAGATCA GATGAACAGT GACCTGGCAA AACATCTCCC CATTGAAGTC 
AACCCTCATT CATTTGACAG TTCACACACA AAAACGCATC TTCTGCTGCA AGCCTATTTT 
AGTCGTGCCA TGCTGCCTTG CCCAGATTAT GCTACTGATA CCAAGACAGT GTTGGACCAA 
TCTATAAGAA TATGTCAGGC AATGCTGGAT GTTGCCGCAA ACCAGGGCTG GTTAGTGACT 
GCTCTGAATA TAACTAGTCT GGTGCAGATG ATTATCCAAG GCCGATGGAA ACACGACTCT 
TCTCTGCTTA CTTTGCCCAA TATAGAACAA CACCATCTTC ACCTTTTTAG GAAGTGGAAC 
CAAGGCAAAA GAAAGAGCTT GTGTGGAGGT TATCAAGGAC CTATTGAGTG TCTTCCGGAA 
TTGATTGCTG TCTCTGAAGG AAAAGAAAAT GTTTTTACTT CCATTGTAGA CAGTGATTTG 
CAAGCTGTAC ACATTACACA GGCTTGGAAT TTCTTGTCCC ATTTGCCAGT TATAGATGTT 
AGTTTGAGCA TTAGAGGATG CTGGAATGGC TCATCTGGGG AGCAGAATGA ACTGCCTATC 
CCTACTCTGG CAACAGATAT GAGAGATGAC AAAAAGTGGA TCACTTTACA TGCTGATCAA 
GAATATGTCC TCCAGATAAA CTTGCAGAGA GTCCAAATGA GGCATCACAA GGGAAGGCAA 
GACAGTAAAG CAGTTGCTCC TCGATTCCCC AAAGCCAAAG ATGAAGGATG GTTTTTGATA 
CTGGGAGAAA TAGATAAAAA AGAACTCATT GCCCTGAAAA GAGTTGGATA TGTCCGACAT 
CGAAATGCTG TCTCAGTTGC TTTTTTTACT CCAGAGTCTC CTGGAAAGTA TATCTACACA 
TTGTATATCA TGAGTGACAG TTATCTTGGA ATGGACCAAC AGTATGACAT TTATCTGAAC 
ATCAAACCAC CTAGCATTTC AGCACAGATC AGCACTGAGG TCTCTGAAGC TGTAAGTCAC 
CTGGCTCTGA AGTAA

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

RefSeq	XP_006118501.1
CDS	124..6738
Translation	MALPRLTGALRSFSNVTKQDEYSEESGDVMNKRSKLQKQLMSSELTWKKIVEFIEDSLDKKEQQSINGDLKTILQAAKQIVGAENGQEAIESGAVFLFKTFHMKECVGRDETKAIKQMFGPFPSSSATAACNATCRIASYFTEEQLTSLIQMGEEQNDDNRVFFGKNIVFSFDMHDLDHSEELPINGDATEQRTISLDYKKFLNNHLEHFQNCYDDNSDLKSLEKVDDSFLWCEVGKFLNESLKGTPGEPTTDDLCCTLYEMLASSKSGDELQNELFELLGPEGFELIEKLLQNRSMIVERSLSWPNDYKLQSLQEQCKKFAGDNTKPNYGCQVTIQSEQEKLLMKQYRREEKRIARREKRSGEEGDIFGEGLMCFDPKELRIQREQALLNARSVPVLGRQREMDFEKIHYPHVYDSQAEAMKTSAFIGGAKMLLPEAIQRENNKMYEEVKIPHSEPMPIGIEEKIVYIKDLDEIGQLVFKGMKRLNRIQSIVFETAYNTNENMLICAPTGAGKTNIAMLTVLHEIRQHVQQGVIKKDEFKIVYVAPMKALAAEMTNYFSKRLEPLGITVKELTGDMQLSKGEILRTQMLVTTPEKWDVVTRKSVGDVALSQLVKLLILDEVHLLHEDRGPVLESLVARTLRQVESTQSMIRILGLSATLPNYLDVATFLHVNPYIGLFYFDGRFRPVPLGQTFIGIKTTNKVQQMNNMDEVCYENLLKQITAGHQVMVFVHARNATVRTAMALREKAKNNGHICYFLPTQGSDYGQAEKQVQRSRNKQLRELFPDnullLRQNRSLVENLFSHGHIKVLVCTATLAWGVNLPAHAVIIKGTQIYAAKRGSFVDLGILDVMQIFGRAGRPQFDKFGEGIIITTHDKLSHYLTLLTQQNPIESQFLESLADHLNAEIALGTVTNVEEAVKWISYTYLYVRMRANPLVYGISHKAYQMDPGLEKHREQLVIEVGRKLDKARMIRFEERTEFFSSTDLGRIASHYYIKYNTIETFNELFDAHKTEGDILAIVSKAEEFEQIKVREEEIEELDALLNNFCELSAPGGVENSYGKINILLQTYISRGEIDSFSLISDSAYVAQNAARIVRALFEVALRKRWPAMTYRLLNLSKVIDKRLWGWANPLRQFSVLPPSVLTKLEEKNLTIDKMKDMRKDEIGHMLRHVHIGLKVKQCVHQIPSITMEAAIQPITRTVLRVRLNITPDFKWNDQVHGTVGEPWWIWVEDPTNDHIYHSEYFVIQKKQVISKETQQLVFTIPIFEPLPSQYYIRAVSDRWLGAEAVCIINFQHLILPERHPPHTELLDLQPLPITALGYREYETLYKFTHFNPIQTQIFHTLYHTDCNVLLGAPTGSGKTVAAELAIFRIFNKYPTSKAVYIAPLKALVRERIEDWKVRIEEKLGKKVVELTGDVTPDMKAIAQADLIVTTPEKWDGVSRSWQNRSYVQKVAILIIDEIHLLGDERGPVLEVIVSRTNFISSHTEKPVRVVGLSTALANARDLADWLNINQMGLFNFRPSVRPVPLEVHIQGFPGQHYCPRMASMNKPAFQAIRSHSPAKPVLVFVSSRRQTRLTALELIAFLATEDDPKQWLKMDEREMNDVIVTVRDSNLKLTLAFGIGMHHAGLHERDRKTVEELFVNCKIQVLIATSTLAWGVNFPAHLVIVKGTEFYDGKTRRYVDYPITDVLQMMGRAGRPQFDDQGKAVILVHDIKKDFYKKFLYEPFPVESSLLEVLSDHLNAEIAAGTITSKQDAMDYITWTYFFRRLIMNPSYYNLDDVSHDTMNKFLSNLVEKSLLDLECSYCIEIGEDNRSIEPLTYGRIASYYYLKHQTVKMFKERLKPECSIEELLSVLADAEEYADLPVRHNEDQMNSDLAKHLPIEVNPHSFDSSHTKTHLLLQAYFSRAMLPCPDYATDTKTVLDQSIRICQAMLDVAANQGWLVTALNITSLVQMIIQGRWKHDSSLLTLPNIEQHHLHLFRKWNQGKRKSLCGGYQGPIECLPELIAVSEGKENVFTSIVDSDLQAVHITQAWNFLSHLPVIDVSLSIRGCWNGSSGEQNELPIPTLATDMRDDKKWITLHADQEYVLQINLQRVQMRHHKGRQDSKAVAPRFPKAKDEGWFLILGEIDKKELIALKRVGYVRHRNAVSVAFFTPESPGKYIYTLYIMSDSYLGMDQQYDIYLNIKPPSISAQISTEVSEAVSHLALK

Target ORF information:

RefSeq Version	XM_006118439.1
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Definition	Pelodiscus sinensis activating signal cointegrator 1 complex subunit 3 (ASCC3), mRNA.

Target ORF information:

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

XM_006118439.1

ORF Insert Sequence:

ATGGCTTTAC CTCGTCTTAC GGGAGCTTTA CGCTCTTTTT CAAATGTCAC TAAACAAGAT 
GAATATAGTG AAGAATCGGG TGATGTAATG AATAAAAGGT CAAAATTACA AAAACAGTTA 
ATGAGCTCTG AGCTTACATG GAAGAAGATA GTAGAATTTA TTGAAGACAG TTTGGACAAG 
AAGGAACAGC AATCAATAAA TGGAGATTTA AAAACTATAT TACAGGCTGC AAAACAAATA 
GTAGGAGCTG AAAATGGCCA AGAAGCAATT GAAAGCGGAG CTGTTTTTCT TTTTAAGACC 
TTTCACATGA AGGAATGCGT TGGTCGTGAT GAAACAAAGG CAATCAAACA GATGTTTGGG 
CCCTTTCCCT CATCCTCTGC TACTGCTGCC TGTAATGCCA CATGTCGGAT TGCTTCGTAT 
TTCACTGAAG AACAGCTTAC TTCTCTTATA CAGATGGGTG AAGAGCAAAA TGACGATAAC 
AGAGTATTCT TTGGTAAAAA TATAGTATTT TCATTTGACA TGCATGACCT TGATCACTCT 
GAAGAACTGC CAATAAACGG GGATGCAACT GAACAGAGAA CTATAAGCTT AGACTACAAG 
AAATTTCTGA ATAACCATTT GGAACACTTC CAGAATTGTT ATGATGACAA CTCTGATCTT 
AAATCATTGG AAAAAGTGGA TGATTCTTTT CTGTGGTGTG AGGTTGGGAA GTTTCTAAAT 
GAATCACTAA AAGGAACCCC TGGAGAACCA ACAACAGATG ATCTCTGCTG TACTTTGTAT 
GAGATGCTTG CATCTAGTAA AAGTGGTGAT GAACTTCAGA ATGAGTTATT CGAACTGTTA 
GGCCCTGAGG GATTTGAACT CATAGAGAAA CTACTACAGA ATAGGTCTAT GATTGTGGAG 
AGATCTCTGT CATGGCCAAA TGATTACAAG CTGCAGTCTC TACAAGAACA GTGCAAAAAG 
TTTGCGGGTG ACAACACTAA ACCCAATTAT GGTTGTCAAG TCACAATTCA GTCTGAACAA 
GAAAAGCTGT TAATGAAACA ATATCGTCGG GAAGAAAAAC GAATTGCCAG ACGAGAAAAA 
CGATCTGGGG AAGAAGGAGA CATTTTTGGA GAAGGACTAA TGTGTTTTGA TCCCAAGGAG 
CTGCGGATAC AAAGAGAACA AGCTCTTCTG AATGCTCGAA GTGTGCCAGT CCTAGGCAGA 
CAGAGAGAGA TGGACTTTGA AAAAATTCAT TATCCACATG TTTATGATTC CCAGGCTGAA 
GCTATGAAAA CATCAGCATT CATTGGGGGT GCTAAGATGC TATTACCAGA GGCAATCCAG 
AGAGAAAACA ACAAAATGTA TGAAGAAGTA AAGATCCCTC ATAGTGAACC AATGCCTATT 
GGTATTGAGG AAAAAATTGT GTATATCAAA GACTTAGATG AGATTGGGCA ACTTGTTTTT 
AAAGGCATGA AAAGACTGAA CCGAATCCAA TCAATAGTTT TTGAGACTGC CTACAATACA 
AATGAGAACA TGCTGATCTG TGCACCTACT GGAGCTGGGA AAACTAACAT TGCAATGCTA 
ACTGTCTTGC ATGAAATTCG CCAGCATGTT CAGCAAGGAG TTATCAAAAA AGATGAATTT 
AAGATTGTAT ATGTTGCTCC TATGAAGGCT TTGGCAGCTG AAATGACAAA TTACTTCAGC 
AAGCGTCTGG AGCCACTAGG CATCACCGTG AAAGAGTTGA CCGGTGACAT GCAGTTGTCA 
AAAGGTGAAA TTCTGCGAAC ACAGATGCTC GTCACCACTC CAGAGAAATG GGATGTAGTG 
ACAAGAAAGA GCGTTGGGGA TGTAGCGCTC TCTCAACTTG TGAAGCTCCT TATTCTTGAT 
GAAGTTCATC TTTTGCATGA AGACAGAGGA CCAGTACTGG AGAGTTTAGT GGCACGCACC 
TTACGTCAGG TTGAATCTAC ACAGAGCATG ATCAGGATTT TGGGCCTTTC GGCTACATTA 
CCCAATTACC TTGATGTAGC TACATTCCTA CATGTTAATC CTTACATTGG ACTATTCTAC 
TTTGATGGCC GTTTTCGACC TGTACCACTG GGACAGACAT TTATAGGAAT TAAGACAACA 
AATAAGGTGC AGCAGATGAA TAATATGGAT GAAGTATGTT ACGAAAACCT TTTGAAGCAA 
ATAACAGCTG GACATCAGGT GATGGTGTTT GTTCATGCTA GAAATGCCAC TGTGCGAACT 
GCCATGGCTC TTCGAGAAAA AGCAAAAAAC AATGGTCATA TTTGCTACTT TTTGCCAACG 
CAAGGATCTG ATTATGGACA AGCTGAAAAA CAAGTGCAAA GGTCCAGAAA CAAGCAGTTA 
CGTGAACTGT TTCCAGATNN GCTGAGGCAA AACAGAAGTT TGGTTGAAAA CTTGTTTTCT 
CATGGACATA TCAAAGTCCT GGTTTGTACA GCCACATTAG CCTGGGGTGT CAATCTCCCT 
GCTCATGCTG TAATTATTAA GGGAACACAA ATATATGCTG CAAAAAGAGG CTCCTTTGTT 
GACCTTGGAA TTTTAGATGT CATGCAGATA TTTGGTCGAG CTGGACGGCC TCAGTTTGAC 
AAATTTGGAG AAGGCATCAT TATTACAACT CATGATAAAC TCAGCCATTA CCTGACTCTC 
CTTACTCAGC AGAACCCAAT TGAGAGTCAG TTTCTTGAAA GCCTTGCTGA CCACTTAAAT 
GCAGAGATTG CTCTTGGAAC AGTAACTAAT GTGGAGGAAG CAGTAAAGTG GATAAGTTAC 
ACTTACCTTT ATGTACGGAT GAGAGCAAAT CCATTAGTAT ATGGCATCAG TCACAAGGCT 
TATCAGATGG ATCCCGGACT AGAGAAGCAC AGAGAACAAT TGGTGATTGA AGTTGGCAGG 
AAGCTAGACA AAGCCCGTAT GATTCGTTTT GAAGAGAGAA CTGAATTTTT TTCTTCTACA 
GATTTAGGCA GAATTGCCAG CCACTATTAC ATTAAGTATA ATACTATTGA GACTTTCAAT 
GAACTTTTTG ATGCTCACAA AACAGAAGGT GATATTCTTG CTATAGTATC TAAGGCAGAA 
GAATTTGAAC AGATCAAGGT AAGAGAAGAA GAAATAGAGG AGCTGGATGC CTTGCTGAAC 
AATTTCTGTG AACTTTCTGC TCCTGGAGGT GTGGAGAACA GTTATGGGAA GATAAATATC 
CTTCTTCAAA CATATATTAG CCGAGGAGAG ATTGATAGTT TCTCTCTCAT TTCAGACTCT 
GCATATGTTG CACAGAATGC AGCTCGTATT GTTCGAGCCC TTTTTGAGGT TGCTCTTAGG 
AAACGATGGC CTGCAATGAC ATACCGACTA CTGAACCTCA GCAAAGTCAT TGACAAGAGG 
CTGTGGGGCT GGGCCAACCC TTTGCGACAG TTCTCAGTGC TACCACCATC GGTCCTCACG 
AAACTGGAGG AGAAGAACCT CACAATAGAT AAGATGAAGG ACATGAGAAA AGACGAAATA 
GGTCACATGC TACGTCATGT GCATATTGGG TTAAAGGTCA AACAGTGTGT CCATCAAATT 
CCCTCCATTA CAATGGAAGC AGCTATTCAG CCAATTACAC GTACTGTGCT CCGTGTTAGG 
CTGAACATCA CTCCTGACTT CAAGTGGAAC GATCAGGTGC ATGGCACAGT TGGAGAGCCC 
TGGTGGATCT GGGTAGAAGA CCCTACTAAT GATCACATTT ATCATTCAGA GTATTTTGTC 
ATTCAGAAAA AACAGGTCAT TTCTAAAGAA ACTCAGCAGC TGGTTTTCAC AATCCCTATT 
TTTGAACCTT TGCCTTCCCA ATATTACATT CGAGCTGTAT CTGATAGATG GTTAGGAGCA 
GAGGCTGTTT GTATCATCAA TTTTCAGCAT CTGATTCTTC CAGAAAGACA TCCACCTCAC 
ACAGAACTAC TGGATCTTCA GCCTTTGCCT ATCACAGCTC TGGGATATCG AGAGTATGAA 
ACCCTCTACA AATTCACCCA TTTCAACCCT ATCCAGACGC AGATATTTCA TACGCTGTAT 
CATACAGACT GTAATGTTCT TCTTGGAGCC CCCACAGGCT CTGGAAAAAC TGTTGCTGCT 
GAGTTAGCCA TCTTCAGAAT TTTCAACAAG TATCCCACAT CAAAGGCAGT ATACATTGCT 
CCCTTAAAAG CACTGGTACG AGAGAGAATT GAAGATTGGA AAGTCAGGAT TGAAGAAAAA 
CTTGGTAAAA AGGTAGTAGA ATTGACAGGA GATGTGACAC CTGATATGAA AGCTATTGCC 
CAAGCTGACC TTATTGTAAC TACACCAGAG AAGTGGGATG GAGTCAGTAG AAGCTGGCAA 
AACAGGAGCT ATGTTCAGAA AGTTGCCATT CTCATCATAG ATGAGATCCA TCTGCTAGGG 
GATGAGAGAG GCCCAGTACT GGAAGTTATT GTGTCTCGAA CTAACTTCAT CTCATCTCAC 
ACAGAAAAGC CTGTAAGAGT AGTTGGTTTA TCCACAGCAT TAGCGAATGC TAGAGACCTT 
GCTGACTGGC TAAATATTAA TCAGATGGGT CTGTTCAACT TCCGACCATC TGTACGTCCA 
GTTCCATTGG AAGTACACAT TCAGGGCTTC CCTGGCCAGC ATTACTGTCC TCGCATGGCT 
AGTATGAATA AACCTGCATT TCAGGCTATT AGGAGCCATT CTCCAGCCAA ACCTGTTCTT 
GTGTTTGTGT CATCAAGACG TCAGACTAGA CTCACTGCCT TAGAGTTGAT TGCTTTCTTG 
GCCACTGAAG ATGATCCAAA GCAATGGCTG AAAATGGATG AAAGAGAGAT GAATGATGTT 
ATAGTGACAG TAAGAGATTC TAATCTGAAG CTGACTCTGG CCTTTGGAAT AGGCATGCAC 
CATGCAGGGC TACATGAAAG AGACAGAAAA ACTGTGGAAG AACTGTTTGT AAATTGCAAA 
ATCCAGGTTC TTATTGCCAC AAGCACGTTA GCATGGGGTG TAAATTTTCC AGCTCATTTA 
GTAATTGTTA AAGGAACAGA ATTTTACGAT GGAAAAACAA GGCGTTATGT GGACTATCCC 
ATTACAGATG TACTTCAGAT GATGGGACGT GCTGGTAGAC CACAGTTTGA TGACCAAGGC 
AAAGCTGTGA TTTTAGTCCA TGATATTAAG AAAGACTTCT ACAAAAAGTT TCTTTATGAG 
CCTTTTCCAG TGGAATCAAG CTTGTTGGAA GTGCTCTCTG ATCACTTGAA TGCTGAAATT 
GCTGCTGGAA CTATTACTTC CAAGCAGGAT GCAATGGATT ATATTACCTG GACTTACTTC 
TTCCGTCGTC TTATCATGAA CCCCAGTTAT TATAATTTAG ACGATGTGAG CCATGACACC 
ATGAATAAGT TCCTGTCAAA CCTTGTTGAG AAATCTCTCC TTGACCTGGA ATGTTCCTAC 
TGTATTGAAA TCGGGGAGGA TAACCGTAGC ATTGAACCTC TGACATATGG CCGCATTGCT 
TCTTACTACT ATTTGAAGCA TCAGACTGTT AAGATGTTCA AGGAACGGTT GAAACCTGAA 
TGCAGTATTG AAGAATTGCT CTCAGTCTTG GCAGATGCTG AAGAGTATGC AGATCTTCCA 
GTGAGACACA ATGAAGATCA GATGAACAGT GACCTGGCAA AACATCTCCC CATTGAAGTC 
AACCCTCATT CATTTGACAG TTCACACACA AAAACGCATC TTCTGCTGCA AGCCTATTTT 
AGTCGTGCCA TGCTGCCTTG CCCAGATTAT GCTACTGATA CCAAGACAGT GTTGGACCAA 
TCTATAAGAA TATGTCAGGC AATGCTGGAT GTTGCCGCAA ACCAGGGCTG GTTAGTGACT 
GCTCTGAATA TAACTAGTCT GGTGCAGATG ATTATCCAAG GCCGATGGAA ACACGACTCT 
TCTCTGCTTA CTTTGCCCAA TATAGAACAA CACCATCTTC ACCTTTTTAG GAAGTGGAAC 
CAAGGCAAAA GAAAGAGCTT GTGTGGAGGT TATCAAGGAC CTATTGAGTG TCTTCCGGAA 
TTGATTGCTG TCTCTGAAGG AAAAGAAAAT GTTTTTACTT CCATTGTAGA CAGTGATTTG 
CAAGCTGTAC ACATTACACA GGCTTGGAAT TTCTTGTCCC ATTTGCCAGT TATAGATGTT 
AGTTTGAGCA TTAGAGGATG CTGGAATGGC TCATCTGGGG AGCAGAATGA ACTGCCTATC 
CCTACTCTGG CAACAGATAT GAGAGATGAC AAAAAGTGGA TCACTTTACA TGCTGATCAA 
GAATATGTCC TCCAGATAAA CTTGCAGAGA GTCCAAATGA GGCATCACAA GGGAAGGCAA 
GACAGTAAAG CAGTTGCTCC TCGATTCCCC AAAGCCAAAG ATGAAGGATG GTTTTTGATA 
CTGGGAGAAA TAGATAAAAA AGAACTCATT GCCCTGAAAA GAGTTGGATA TGTCCGACAT 
CGAAATGCTG TCTCAGTTGC TTTTTTTACT CCAGAGTCTC CTGGAAAGTA TATCTACACA 
TTGTATATCA TGAGTGACAG TTATCTTGGA ATGGACCAAC AGTATGACAT TTATCTGAAC 
ATCAAACCAC CTAGCATTTC AGCACAGATC AGCACTGAGG TCTCTGAAGC TGTAAGTCAC 
CTGGCTCTGA AGTAA