HEATR1 cDNA ORF clone, Balaenoptera acutorostrata scammoni

Gene
Clones
gRNAs

Summary

Gene Symbol	HEATR1
Entrez Gene ID	102997365
Full Name	HEAT repeat containing 1
Gene Type	protein-coding
Organism	Balaenoptera acutorostrata scammoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_007170776.1	XP_007170838.1	LOW QUALITY PROTEIN: HEAT repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following HEATR1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the HEATR1 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
OBa152165	XM_007170776.1 Latest version!	Balaenoptera acutorostrata scammoni HEAT repeat containing 1 (HEATR1), 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)

HEATR1 ( XM_007170776.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007170838.1 Balaenoptera acutorostrata scammoni HEAT repeat containing 1 (HEATR1), mRNA.

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CloneID	OBa152165
Clone ID Related Accession (Same CDS sequence)	XM_007170776.1
Accession Version	XM_007170776.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6450bp) 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	2019-02-11
Organism	Balaenoptera acutorostrata scammoni
Product	LOW QUALITY PROTEIN: HEAT repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006725687.1) 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 :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 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##

ATGACGTCCT TAGCCCAGCA GCTCCAACGA CTCGCCCTCC CTCAAAGTGA TCCCAGCCTC 
TTATCTAGAG ATGAAGTTGC CTCTTTGTTG TTTGACCCCA AGGAAGCGGC CACCATCGAC 
AGGGACACCG CCTTTGCCAT TGGATGCACT GGCCTGGAAG AGCTGCTTGG TATCGATCCT 
TCCTTTGAGC GTTTTGAAGC ACCGTTGTTC AGCCAGCTAG CAAAAACCTT GGAGCGGAGC 
GTTCAGACCA AAGCAGTGAA CAAACAGCTG GATGAAAACA TTTCATTATT TCTTATCCAC 
CTGTCTCCTT ACTTCCTGNN NNNNNNGCTG AAGCCGGCAC AGAAGTGTCT GGAGTGGTTG 
ATCCACAGGT TCCATATCCA TCTTTATAAT CAGGATAGCC TCATTGCCTG TGTTCTCCCA 
TACCACGAGA CAAGAATATT TGTGCGGGTT ATACAGCTTC TAAAAATTAA TAATTCAAAG 
CACAAGTGGT TCTGGTTATT GCCAATTAAG CAGTGTGGAG TGCCCTTAGC TAAAGGAACG 
TTGGTTACCC ACTGCTACAA AGATCTTGGA TTCATGGATT TCATTTGTAG TCTGGTGACA 
AAATGTGTGA AGGTTTTTGC TGAGTATCCT GGGAGCTCAG CTCAGATGAG GGTGCTCTTA 
ACTTTCTATG CTTCTACCAT CGTGTCTGCT CTGGTGACCG CCGAGGACTT ATCCGACAAT 
ATAGTCGCCA AGCTGTTCCC GTATGTTCAA AAGGGATTGA AATCATCTTT ACCAGATTAC 
AGAGCTGCAA CGTACATGAT AATATGTCAG ATTTCGGTGA AAGTGACCAT GGAAGATACC 
TTTGTCAATT CCTTGGCTTC ACAGATCATC AAAACACTGA CCAGAATTCC CTCTCTGATC 
AAGGATGGAT TGGGTTGCTT GATAGTGCTC CTGCAGAGAC AGAAGCCAGA GAGCCTGGGG 
AAAAAGCCGT TTCCTCACTT ATGTACTGTT CCTGATCTTG TTACACTACT TCACGGGATT 
TCTGAAACAT ACGACATCAG TCCTCTTCTC CGTTACATGC TTCCCCATCT GGTTGTCTCC 
ATTGTTAATC ATGTTACAGG AGAAGAAACT GAAGAGATGG ATGGTCAAAT CTATAGGAGA 
CTCTTAGAAG CCATACTTAC AAATATATCC CTGAAGAACA ACTTAGACCA TTTGTTGGCT 
AGCCTTCTTT TTGAGGAGTA TATTTCATAT AGCTCACAGG AAGAAATCGA TTCTCATAAA 
GTATCTTTGC TTAATGAGCA GTTTCTTCCA CTTATCAGAC TTTTAGAAAA CAGATATCCC 
AAAACATTAG ATGCCGTATT AGAGGAACGC CTAAAGGAAA TTACAGACCT AAAAAAACAG 
GAGCTTTTTC ACCAATTTAT CTCTCTTTCT GCAAGTGGTG GAAAGTATCA GTTTTTAGCA 
GATTCTGATA CCTCCTTGAT GCTCAGTCTG AATCACCCAC TTGCTCCTGT GAGACTTCTG 
GCCATTAATC ATCTGAAAAA TGTCATGACA ACATCAAAGG AGAGTATCGA TGAGTCTTTC 
GTTAAAGAAG CTATTTTAAC CCGATTAGGT GATGATAGCA TAGACGTTGT CTTGTCAGCT 
ATAAGTGCAT TTGAGATTTT CAAACAACAG TTTAGTTCAG AAGTGACAGT TTCAAATCTC 
CTGAATCTCT TTCAAAGAGC AGAACTTTCA AAAAATAGGG GATGGTACAG TGTGCTTGAG 
ATAGCAGCAG ACATACTAAT TAAAGCAGAG ATACTGAGTG AGAATGATCA GTTGTCGAAT 
CAGGTGGTGG TGCACCTGCT GCCATTTATG GTCATCAACA ATGATGATAT GGAATCTGCT 
GAGGTGAAAA TGGCTATAAA TTTATCAAAA TCAGGAATTT GCTCTCTGCA TCCTTTATTA 
AGAGGCTGGA AAGAAGCTCT TGAAAATGTG ATTAAAAGCA CAAAGTCAGG AGAACTAATT 
GGTGTAGCAA GTCAGAAGAT GATTGAGTTG CTGGCTGACA ATATAAATTC AGGGGATCCC 
TCTTCAATGT TAAAGATGGT GGAGGATTTA ATAAGTGTTG GAGAAAAGGA GTCCTTTAGC 
CTGAAGCAGA AAGTGACTTT TCACGTGATC ATGGCTGTAC TTGTCTCCTG CTGTTCATCT 
TTAAAAGAAA CTCATTTTCC ATTTGCGACA AGAGTCTTCA GTTTGTTGCA GAAAAAAATA 
AAGAAGCTCG AAAGTGTCAT TACTGCAGTG GAGATCCCCT CGGAATGGAA TTTTGAGCTG 
ATGATGGACA GAGGGATACC ATTGGAGCTG TGGGCACATT ATGTAGAAGA GCTCAAGACC 
GCCCGGAGGA CTGCTGTGGA GGACTCAGTT TTACTCATGT TTTCACTGAA AAATTTTATT 
CATGCACTAA AGGCTCCTAA ATCTTTTCCT AAAGACGATA CCTGGTGGAA TCCTGAACAG 
CTGAACGAAG ACAGCAGAGA CTACTTGTGC TTGCTCATTG GGCTCTTCGA GATGGTTCTC 
AGTGGTGCTG ACACCGTCCA TTTTCGGGTT CTGATGAAAC TTTTCATGAA GGTTCATCTA 
GAAGATGTTT TCCAGTTATT CAAGTTCTTT TCTGTTTTAT GGACCTATGG TTCTAGCCTT 
TCAAATCCAC TTAACTGCAG GGTGACATCC GTGCTGCAGA CTCAAGCTCT TTATGTGGGC 
TATGCAACGC TCTCTTCTCA GAAGGCTCAG TGTAGACATC AGCTGGCATC CGCGTCTTCT 
CCAGTGGTGA CATCTCTACT CATTAATCTG GGAAGCCCCA TAAAAGAAGT ACGTAGGGCT 
GCCATTCATT GTCTCCAGGC CCTCAGCGGA GTGGCATCCC AGTTTCATCT GGTCATAGAT 
CATGTGGTTC CTAAAGCAGA GGAGATCACC TCAGATGCCA CCTATGTTGC TCAGGATTTG 
GCTACTTTAT TTGAGGAACT ACAGAGAGAA AAGAAGCTGA AATCTCATCA GAAGTTGTCT 
GAAACTTTGA AAAACCTACT TTATTGTGTA TATAGTTGCC CATCTTATAT TGCAAAAGAT 
TTGATGAAAG TACTTCAGGA GGTCAACAGT GAGATGGTGC TTTCTCAGCT GCTGCCTATG 
ATTGAGCAAC TGTTAGAAAA GATGCAGAAG GAGCCCACAG TTGTCCTGAA AGATGAGGTC 
ATTGCTCTGC ATCTCATTCT GGGAAAATAT AATGAACATT CAGCTTCCCT TTTACATAAG 
GACCCGAAGA GTCTAGATAT ATTTATAAAA GCTGTGCACA CAACAAAGGA ACTTTGCACA 
GGAATNNNNN NNNNNNNNNN NNNNNNNGTT AGTGATTTCT TTCAGAAACT GAAGCATATT 
ACGAAGCCAT TTTTTGCAGC TATTTCAGAT GAAAAGATTC AGCAGAAGCT TTTGTGCACG 
TTGTTTGATT TATTGGTGAA CTGTAAAAAC TCACATTGTG CTCAGACTGT TAGCAGTGTT 
TTTAAAGGGA TTTCCGTTAA TGCTGAACAA GTCAGAATAG AACTGGAGCC ACCAGATAAA 
ACTAAGTCCT TAGGCACCAT TCAGCAAACA AGGAGGCAGA AAATGCAGCA GAAAAAATCA 
CAAGATCTAG AATCTGTTCA AGAAGTTGGA GGTTCTTACT GGCAAAGAAC AACCCTCATC 
CTAGAATTGC TGCAGCACAA AAAGAAACTC AAAAGTCCTC AGATATTGAT ACCGACACTT 
TTTAACCTGC TCTCAAGGTG TTTAGAGCCT TTGCCACCAG AGCAGGGAAG TATGGAATAC 
ACCAAACAGT TAATTCTAAG TTGTTTGCTT AACATCTGCC AGAAACTCTC TCCAGATGGC 
GGCAAAATAC CAAAAGATGT TCTCGATGAG GAGAAGTTCA ACGTGGAATT GATAGTTCAG 
TGCATCCGTG TTTCTGAGAT GCCTCAGACC CATCACCATG CCCTTTTACT TTTGGGTACT 
GTTGCTGGAA TATTTCCTGA TAAAGTTCTA CACAATATCA TGTCTATTTT TACATTTATG 
GGAGCCAATG TGATGCGTCT AGATGATACT TACAGTTTTC AAGTTATTAA CAAGACAGTG 
AAAATGGTAA TTCCAGCACT TATGCAGTCT GACGGCGGCA CCTCTGCAGC AGTCACGAGG 
AGCGTGGAGG ACATCGTGGT CAAGATCATT AACGTGTTCG TGGACGCGCT GCCCCACGTG 
CCCGAGCACA GGCGCCTGCC TGTCCTCGTC CAGCTTGTGG ACACACTGGG CGCAGAGAGA 
TTCCTCTGGG TTCTCCTCCT CCTGCTCTTT GAACAGTATG TCACTAAAAC CGCGCTGGTG 
GCTGCCTTCG GAGAAAAGGA TGCTATTTTA GAGGCAGACA CTGAATTTTG GATTTCAGTC 
TGTTGTGAAT TTAGTGTCCA GCATCAGATC CAAAGCTTGA TGAATATCCT TGACTACTTA 
ATGAAGCTGC CAGAGGAAAA AGAAGAAACC CTTCCCACAT CAGTATCTTA CAAGAGCGAC 
TCACAAGAAG AAATGCTACA GGTTTTTAAC ATAGATACTC ACACTAGCAA GCAACTGCGG 
CATTTTAAAT TTTTGTCAGT GTCCTTCATG TCTCAGCTCC TGGCTTCCAA TAATTTTATC 
AGAAAGGTAG TTGAAAGTGG CGGTCCTAAG GTGTTGACAG GCCTTGAACA GAGGTTGCTA 
GAAATGGTTC TTGGCTACAT TAATGCTGTA GCACAGTCCA TGGAGAGAAA CGCAGACAAG 
CTCACTGGGA AGTTCTGGCG AGCGCTCCTC AGTAAAGCTT ATGACATGCT GGACAAGGTC 
AATGCCTTGC TGCCCACAGA AACCTTCATC CCTGTGATCA GAGGGCTGCT GGAGAACCCA 
CTGCCGTCTG TTCGCCGGAA AGCTTTGGAT CTTTTGAACA ACAAACTACA GCAGAAAACC 
TCCTGGAAGA AGAAAATTGT TTCCCATTTC CTGGAACTGG TCCCAGTCCT TGTGGCCATG 
GTGAAGCATA AAAGAAAGAC ATTAGAAGAA CAACCAATAA ACAGACAGAC AGCTTTATAC 
ACCTTGAAGC TTTTATGCAA GAATTTTGGT GCAGAAAATC CAGAGCCTTT TGTCCCTGTG 
CTGAACACTG CCGTGAGGCT GATTGCTCTA GGAACAAAGG AGGAGAAGAA CGTCCTGGGG 
GGTGCCCTGC TGTGTGTGGC CGAGGTGGTC TCGACGCTGG AAGCCCTGGC CATCCCTCAG 
CTCCCCAGCC TGATGCCACC CTTGCTGACA GCCATAAGGA GCACCCGCGA CCTGGTCTCG 
GGCGAGGTCT ACCTGCTCAG CGCCCTGGCG GCCCTGCAGA AGGTGGTTGA GACCCTGCCG 
CACTTCATCA GCCCCTACCT GGAAGGTGTC TTGTTGCAGG TGATTCACTT GGAGAAAATC 
ACTAGTGAAA TCGGTCCTGC CTCCCAGGCT AATGTCCATC TCACGTCCCT TAAAAAGACC 
CTGGCTACCA CGCTGTCACC CCGAGTCTTA CTGCCAGCCA TCAACAAGAC ATACAAGCAG 
ATTGAGAAGA ACTGGAAGAA TCTCATGGGC CCATTTATGA GCATCTTGCG TGAGCACATT 
GGGGTGATGA GGAAGGAGGA GGTCGCCTCC CACCAGCCCC AGCTCACCAC GTTCTTCCTG 
GAGGCCCTGG ACTTCCGCGC CCAGCACTCT GAGAATGATC TGGAGGAAAT TGGAAAAACG 
GAAAATTACA TCATTGACTG TCTCATGGCC ATGGTTGTAA AACTTTCTGA GGTCACATTC 
AGACCCCTGT TCTTCAAGCT GTTTGATTGG GCTAAAACAG AGGACGCCCC AAAGGACAGA 
CTGTTGACAT TTTACAACTT GGCAGACTGC ATTGCTGAAA AACTGAAAGG GCTTTTTACC 
CTGTTTGCTG GCCACTTAGT GAAGCCTTTC GCTGACACCT TGAACCAGGT GAACATCTCC 
AAAACGGATG AAGCGTTTTT TGACTCTGAA AATGACCCTG AAAAGTGCTG CTTGCTACTG 
CAGTTTATTC TGAACTGTTT ATATAAAATC TTCCTCTTTG ACACCCAGCA TTTTCTGAGT 
AAAGAGAGAG CAGAAGCCTT GATGATGCCC CTGGTGGACC AGCTGGAAAA CAGGCTTGGA 
GGAGAAGAGA AGTTCCAGGA ACGGGTGACG CAGCACCTGG TCCCGTGCCT TGCACAGTTC 
TCGGTGGCCA TGGCAGACGA CTCGCTTTGG AAACCACTCA ACTACCAGNN GATGAGGGAC 
CCCTCACCCA AGGTTCGATT TGCTGCTCTG ATTACGGTGC TGGCACTGGC TGAAAAACTA 
AGAGAGAATT ATATTGTCTT GTTACCAGAA TCCATTCCTT TCTTAGCTGA ATTGATGGAA 
GATGAGTGTG AAGAGGTGGA GCGCCAGTGC CAGAAGACTG TCCAGCAGCT GGAAACCGTC 
CTGGGAGAGC CGCTCCAGAG CTACTTCTAA

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

RefSeq	XP_007170838.1
CDS	109..6558
Translation	MTSLAQQLQRLALPQSDPSLLSRDEVASLLFDPKEAATIDRDTAFAIGCTGLEELLGIDPSFERFEAPLFSQLAKTLERSVQTKAVNKQLDENISLFLIHLSPYFLnullnullnullLKPAQKCLEWLIHRFHIHLYNQDSLIACVLPYHETRIFVRVIQLLKINNSKHKWFWLLPIKQCGVPLAKGTLVTHCYKDLGFMDFICSLVTKCVKVFAEYPGSSAQMRVLLTFYASTIVSALVTAEDLSDNIVAKLFPYVQKGLKSSLPDYRAATYMIICQISVKVTMEDTFVNSLASQIIKTLTRIPSLIKDGLGCLIVLLQRQKPESLGKKPFPHLCTVPDLVTLLHGISETYDISPLLRYMLPHLVVSIVNHVTGEETEEMDGQIYRRLLEAILTNISLKNNLDHLLASLLFEEYISYSSQEEIDSHKVSLLNEQFLPLIRLLENRYPKTLDAVLEERLKEITDLKKQELFHQFISLSASGGKYQFLADSDTSLMLSLNHPLAPVRLLAINHLKNVMTTSKESIDESFVKEAILTRLGDDSIDVVLSAISAFEIFKQQFSSEVTVSNLLNLFQRAELSKNRGWYSVLEIAADILIKAEILSENDQLSNQVVVHLLPFMVINNDDMESAEVKMAINLSKSGICSLHPLLRGWKEALENVIKSTKSGELIGVASQKMIELLADNINSGDPSSMLKMVEDLISVGEKESFSLKQKVTFHVIMAVLVSCCSSLKETHFPFATRVFSLLQKKIKKLESVITAVEIPSEWNFELMMDRGIPLELWAHYVEELKTARRTAVEDSVLLMFSLKNFIHALKAPKSFPKDDTWWNPEQLNEDSRDYLCLLIGLFEMVLSGADTVHFRVLMKLFMKVHLEDVFQLFKFFSVLWTYGSSLSNPLNCRVTSVLQTQALYVGYATLSSQKAQCRHQLASASSPVVTSLLINLGSPIKEVRRAAIHCLQALSGVASQFHLVIDHVVPKAEEITSDATYVAQDLATLFEELQREKKLKSHQKLSETLKNLLYCVYSCPSYIAKDLMKVLQEVNSEMVLSQLLPMIEQLLEKMQKEPTVVLKDEVIALHLILGKYNEHSASLLHKDPKSLDIFIKAVHTTKELCTGnullnullnullnullnullnullnullnullVSDFFQKLKHITKPFFAAISDEKIQQKLLCTLFDLLVNCKNSHCAQTVSSVFKGISVNAEQVRIELEPPDKTKSLGTIQQTRRQKMQQKKSQDLESVQEVGGSYWQRTTLILELLQHKKKLKSPQILIPTLFNLLSRCLEPLPPEQGSMEYTKQLILSCLLNICQKLSPDGGKIPKDVLDEEKFNVELIVQCIRVSEMPQTHHHALLLLGTVAGIFPDKVLHNIMSIFTFMGANVMRLDDTYSFQVINKTVKMVIPALMQSDGGTSAAVTRSVEDIVVKIINVFVDALPHVPEHRRLPVLVQLVDTLGAERFLWVLLLLLFEQYVTKTALVAAFGEKDAILEADTEFWISVCCEFSVQHQIQSLMNILDYLMKLPEEKEETLPTSVSYKSDSQEEMLQVFNIDTHTSKQLRHFKFLSVSFMSQLLASNNFIRKVVESGGPKVLTGLEQRLLEMVLGYINAVAQSMERNADKLTGKFWRALLSKAYDMLDKVNALLPTETFIPVIRGLLENPLPSVRRKALDLLNNKLQQKTSWKKKIVSHFLELVPVLVAMVKHKRKTLEEQPINRQTALYTLKLLCKNFGAENPEPFVPVLNTAVRLIALGTKEEKNVLGGALLCVAEVVSTLEALAIPQLPSLMPPLLTAIRSTRDLVSGEVYLLSALAALQKVVETLPHFISPYLEGVLLQVIHLEKITSEIGPASQANVHLTSLKKTLATTLSPRVLLPAINKTYKQIEKNWKNLMGPFMSILREHIGVMRKEEVASHQPQLTTFFLEALDFRAQHSENDLEEIGKTENYIIDCLMAMVVKLSEVTFRPLFFKLFDWAKTEDAPKDRLLTFYNLADCIAEKLKGLFTLFAGHLVKPFADTLNQVNISKTDEAFFDSENDPEKCCLLLQFILNCLYKIFLFDTQHFLSKERAEALMMPLVDQLENRLGGEEKFQERVTQHLVPCLAQFSVAMADDSLWKPLNYQnullMRDPSPKVRFAALITVLALAEKLRENYIVLLPESIPFLAELMEDECEEVERQCQKTVQQLETVLGEPLQSYF

Target ORF information:

RefSeq Version	XM_007170776.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni HEAT repeat containing 1 (HEATR1), mRNA.

Target ORF information:

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

XM_007170776.1

ORF Insert Sequence:

ATGACGTCCT TAGCCCAGCA GCTCCAACGA CTCGCCCTCC CTCAAAGTGA TCCCAGCCTC 
TTATCTAGAG ATGAAGTTGC CTCTTTGTTG TTTGACCCCA AGGAAGCGGC CACCATCGAC 
AGGGACACCG CCTTTGCCAT TGGATGCACT GGCCTGGAAG AGCTGCTTGG TATCGATCCT 
TCCTTTGAGC GTTTTGAAGC ACCGTTGTTC AGCCAGCTAG CAAAAACCTT GGAGCGGAGC 
GTTCAGACCA AAGCAGTGAA CAAACAGCTG GATGAAAACA TTTCATTATT TCTTATCCAC 
CTGTCTCCTT ACTTCCTGNN NNNNNNGCTG AAGCCGGCAC AGAAGTGTCT GGAGTGGTTG 
ATCCACAGGT TCCATATCCA TCTTTATAAT CAGGATAGCC TCATTGCCTG TGTTCTCCCA 
TACCACGAGA CAAGAATATT TGTGCGGGTT ATACAGCTTC TAAAAATTAA TAATTCAAAG 
CACAAGTGGT TCTGGTTATT GCCAATTAAG CAGTGTGGAG TGCCCTTAGC TAAAGGAACG 
TTGGTTACCC ACTGCTACAA AGATCTTGGA TTCATGGATT TCATTTGTAG TCTGGTGACA 
AAATGTGTGA AGGTTTTTGC TGAGTATCCT GGGAGCTCAG CTCAGATGAG GGTGCTCTTA 
ACTTTCTATG CTTCTACCAT CGTGTCTGCT CTGGTGACCG CCGAGGACTT ATCCGACAAT 
ATAGTCGCCA AGCTGTTCCC GTATGTTCAA AAGGGATTGA AATCATCTTT ACCAGATTAC 
AGAGCTGCAA CGTACATGAT AATATGTCAG ATTTCGGTGA AAGTGACCAT GGAAGATACC 
TTTGTCAATT CCTTGGCTTC ACAGATCATC AAAACACTGA CCAGAATTCC CTCTCTGATC 
AAGGATGGAT TGGGTTGCTT GATAGTGCTC CTGCAGAGAC AGAAGCCAGA GAGCCTGGGG 
AAAAAGCCGT TTCCTCACTT ATGTACTGTT CCTGATCTTG TTACACTACT TCACGGGATT 
TCTGAAACAT ACGACATCAG TCCTCTTCTC CGTTACATGC TTCCCCATCT GGTTGTCTCC 
ATTGTTAATC ATGTTACAGG AGAAGAAACT GAAGAGATGG ATGGTCAAAT CTATAGGAGA 
CTCTTAGAAG CCATACTTAC AAATATATCC CTGAAGAACA ACTTAGACCA TTTGTTGGCT 
AGCCTTCTTT TTGAGGAGTA TATTTCATAT AGCTCACAGG AAGAAATCGA TTCTCATAAA 
GTATCTTTGC TTAATGAGCA GTTTCTTCCA CTTATCAGAC TTTTAGAAAA CAGATATCCC 
AAAACATTAG ATGCCGTATT AGAGGAACGC CTAAAGGAAA TTACAGACCT AAAAAAACAG 
GAGCTTTTTC ACCAATTTAT CTCTCTTTCT GCAAGTGGTG GAAAGTATCA GTTTTTAGCA 
GATTCTGATA CCTCCTTGAT GCTCAGTCTG AATCACCCAC TTGCTCCTGT GAGACTTCTG 
GCCATTAATC ATCTGAAAAA TGTCATGACA ACATCAAAGG AGAGTATCGA TGAGTCTTTC 
GTTAAAGAAG CTATTTTAAC CCGATTAGGT GATGATAGCA TAGACGTTGT CTTGTCAGCT 
ATAAGTGCAT TTGAGATTTT CAAACAACAG TTTAGTTCAG AAGTGACAGT TTCAAATCTC 
CTGAATCTCT TTCAAAGAGC AGAACTTTCA AAAAATAGGG GATGGTACAG TGTGCTTGAG 
ATAGCAGCAG ACATACTAAT TAAAGCAGAG ATACTGAGTG AGAATGATCA GTTGTCGAAT 
CAGGTGGTGG TGCACCTGCT GCCATTTATG GTCATCAACA ATGATGATAT GGAATCTGCT 
GAGGTGAAAA TGGCTATAAA TTTATCAAAA TCAGGAATTT GCTCTCTGCA TCCTTTATTA 
AGAGGCTGGA AAGAAGCTCT TGAAAATGTG ATTAAAAGCA CAAAGTCAGG AGAACTAATT 
GGTGTAGCAA GTCAGAAGAT GATTGAGTTG CTGGCTGACA ATATAAATTC AGGGGATCCC 
TCTTCAATGT TAAAGATGGT GGAGGATTTA ATAAGTGTTG GAGAAAAGGA GTCCTTTAGC 
CTGAAGCAGA AAGTGACTTT TCACGTGATC ATGGCTGTAC TTGTCTCCTG CTGTTCATCT 
TTAAAAGAAA CTCATTTTCC ATTTGCGACA AGAGTCTTCA GTTTGTTGCA GAAAAAAATA 
AAGAAGCTCG AAAGTGTCAT TACTGCAGTG GAGATCCCCT CGGAATGGAA TTTTGAGCTG 
ATGATGGACA GAGGGATACC ATTGGAGCTG TGGGCACATT ATGTAGAAGA GCTCAAGACC 
GCCCGGAGGA CTGCTGTGGA GGACTCAGTT TTACTCATGT TTTCACTGAA AAATTTTATT 
CATGCACTAA AGGCTCCTAA ATCTTTTCCT AAAGACGATA CCTGGTGGAA TCCTGAACAG 
CTGAACGAAG ACAGCAGAGA CTACTTGTGC TTGCTCATTG GGCTCTTCGA GATGGTTCTC 
AGTGGTGCTG ACACCGTCCA TTTTCGGGTT CTGATGAAAC TTTTCATGAA GGTTCATCTA 
GAAGATGTTT TCCAGTTATT CAAGTTCTTT TCTGTTTTAT GGACCTATGG TTCTAGCCTT 
TCAAATCCAC TTAACTGCAG GGTGACATCC GTGCTGCAGA CTCAAGCTCT TTATGTGGGC 
TATGCAACGC TCTCTTCTCA GAAGGCTCAG TGTAGACATC AGCTGGCATC CGCGTCTTCT 
CCAGTGGTGA CATCTCTACT CATTAATCTG GGAAGCCCCA TAAAAGAAGT ACGTAGGGCT 
GCCATTCATT GTCTCCAGGC CCTCAGCGGA GTGGCATCCC AGTTTCATCT GGTCATAGAT 
CATGTGGTTC CTAAAGCAGA GGAGATCACC TCAGATGCCA CCTATGTTGC TCAGGATTTG 
GCTACTTTAT TTGAGGAACT ACAGAGAGAA AAGAAGCTGA AATCTCATCA GAAGTTGTCT 
GAAACTTTGA AAAACCTACT TTATTGTGTA TATAGTTGCC CATCTTATAT TGCAAAAGAT 
TTGATGAAAG TACTTCAGGA GGTCAACAGT GAGATGGTGC TTTCTCAGCT GCTGCCTATG 
ATTGAGCAAC TGTTAGAAAA GATGCAGAAG GAGCCCACAG TTGTCCTGAA AGATGAGGTC 
ATTGCTCTGC ATCTCATTCT GGGAAAATAT AATGAACATT CAGCTTCCCT TTTACATAAG 
GACCCGAAGA GTCTAGATAT ATTTATAAAA GCTGTGCACA CAACAAAGGA ACTTTGCACA 
GGAATNNNNN NNNNNNNNNN NNNNNNNGTT AGTGATTTCT TTCAGAAACT GAAGCATATT 
ACGAAGCCAT TTTTTGCAGC TATTTCAGAT GAAAAGATTC AGCAGAAGCT TTTGTGCACG 
TTGTTTGATT TATTGGTGAA CTGTAAAAAC TCACATTGTG CTCAGACTGT TAGCAGTGTT 
TTTAAAGGGA TTTCCGTTAA TGCTGAACAA GTCAGAATAG AACTGGAGCC ACCAGATAAA 
ACTAAGTCCT TAGGCACCAT TCAGCAAACA AGGAGGCAGA AAATGCAGCA GAAAAAATCA 
CAAGATCTAG AATCTGTTCA AGAAGTTGGA GGTTCTTACT GGCAAAGAAC AACCCTCATC 
CTAGAATTGC TGCAGCACAA AAAGAAACTC AAAAGTCCTC AGATATTGAT ACCGACACTT 
TTTAACCTGC TCTCAAGGTG TTTAGAGCCT TTGCCACCAG AGCAGGGAAG TATGGAATAC 
ACCAAACAGT TAATTCTAAG TTGTTTGCTT AACATCTGCC AGAAACTCTC TCCAGATGGC 
GGCAAAATAC CAAAAGATGT TCTCGATGAG GAGAAGTTCA ACGTGGAATT GATAGTTCAG 
TGCATCCGTG TTTCTGAGAT GCCTCAGACC CATCACCATG CCCTTTTACT TTTGGGTACT 
GTTGCTGGAA TATTTCCTGA TAAAGTTCTA CACAATATCA TGTCTATTTT TACATTTATG 
GGAGCCAATG TGATGCGTCT AGATGATACT TACAGTTTTC AAGTTATTAA CAAGACAGTG 
AAAATGGTAA TTCCAGCACT TATGCAGTCT GACGGCGGCA CCTCTGCAGC AGTCACGAGG 
AGCGTGGAGG ACATCGTGGT CAAGATCATT AACGTGTTCG TGGACGCGCT GCCCCACGTG 
CCCGAGCACA GGCGCCTGCC TGTCCTCGTC CAGCTTGTGG ACACACTGGG CGCAGAGAGA 
TTCCTCTGGG TTCTCCTCCT CCTGCTCTTT GAACAGTATG TCACTAAAAC CGCGCTGGTG 
GCTGCCTTCG GAGAAAAGGA TGCTATTTTA GAGGCAGACA CTGAATTTTG GATTTCAGTC 
TGTTGTGAAT TTAGTGTCCA GCATCAGATC CAAAGCTTGA TGAATATCCT TGACTACTTA 
ATGAAGCTGC CAGAGGAAAA AGAAGAAACC CTTCCCACAT CAGTATCTTA CAAGAGCGAC 
TCACAAGAAG AAATGCTACA GGTTTTTAAC ATAGATACTC ACACTAGCAA GCAACTGCGG 
CATTTTAAAT TTTTGTCAGT GTCCTTCATG TCTCAGCTCC TGGCTTCCAA TAATTTTATC 
AGAAAGGTAG TTGAAAGTGG CGGTCCTAAG GTGTTGACAG GCCTTGAACA GAGGTTGCTA 
GAAATGGTTC TTGGCTACAT TAATGCTGTA GCACAGTCCA TGGAGAGAAA CGCAGACAAG 
CTCACTGGGA AGTTCTGGCG AGCGCTCCTC AGTAAAGCTT ATGACATGCT GGACAAGGTC 
AATGCCTTGC TGCCCACAGA AACCTTCATC CCTGTGATCA GAGGGCTGCT GGAGAACCCA 
CTGCCGTCTG TTCGCCGGAA AGCTTTGGAT CTTTTGAACA ACAAACTACA GCAGAAAACC 
TCCTGGAAGA AGAAAATTGT TTCCCATTTC CTGGAACTGG TCCCAGTCCT TGTGGCCATG 
GTGAAGCATA AAAGAAAGAC ATTAGAAGAA CAACCAATAA ACAGACAGAC AGCTTTATAC 
ACCTTGAAGC TTTTATGCAA GAATTTTGGT GCAGAAAATC CAGAGCCTTT TGTCCCTGTG 
CTGAACACTG CCGTGAGGCT GATTGCTCTA GGAACAAAGG AGGAGAAGAA CGTCCTGGGG 
GGTGCCCTGC TGTGTGTGGC CGAGGTGGTC TCGACGCTGG AAGCCCTGGC CATCCCTCAG 
CTCCCCAGCC TGATGCCACC CTTGCTGACA GCCATAAGGA GCACCCGCGA CCTGGTCTCG 
GGCGAGGTCT ACCTGCTCAG CGCCCTGGCG GCCCTGCAGA AGGTGGTTGA GACCCTGCCG 
CACTTCATCA GCCCCTACCT GGAAGGTGTC TTGTTGCAGG TGATTCACTT GGAGAAAATC 
ACTAGTGAAA TCGGTCCTGC CTCCCAGGCT AATGTCCATC TCACGTCCCT TAAAAAGACC 
CTGGCTACCA CGCTGTCACC CCGAGTCTTA CTGCCAGCCA TCAACAAGAC ATACAAGCAG 
ATTGAGAAGA ACTGGAAGAA TCTCATGGGC CCATTTATGA GCATCTTGCG TGAGCACATT 
GGGGTGATGA GGAAGGAGGA GGTCGCCTCC CACCAGCCCC AGCTCACCAC GTTCTTCCTG 
GAGGCCCTGG ACTTCCGCGC CCAGCACTCT GAGAATGATC TGGAGGAAAT TGGAAAAACG 
GAAAATTACA TCATTGACTG TCTCATGGCC ATGGTTGTAA AACTTTCTGA GGTCACATTC 
AGACCCCTGT TCTTCAAGCT GTTTGATTGG GCTAAAACAG AGGACGCCCC AAAGGACAGA 
CTGTTGACAT TTTACAACTT GGCAGACTGC ATTGCTGAAA AACTGAAAGG GCTTTTTACC 
CTGTTTGCTG GCCACTTAGT GAAGCCTTTC GCTGACACCT TGAACCAGGT GAACATCTCC 
AAAACGGATG AAGCGTTTTT TGACTCTGAA AATGACCCTG AAAAGTGCTG CTTGCTACTG 
CAGTTTATTC TGAACTGTTT ATATAAAATC TTCCTCTTTG ACACCCAGCA TTTTCTGAGT 
AAAGAGAGAG CAGAAGCCTT GATGATGCCC CTGGTGGACC AGCTGGAAAA CAGGCTTGGA 
GGAGAAGAGA AGTTCCAGGA ACGGGTGACG CAGCACCTGG TCCCGTGCCT TGCACAGTTC 
TCGGTGGCCA TGGCAGACGA CTCGCTTTGG AAACCACTCA ACTACCAGNN GATGAGGGAC 
CCCTCACCCA AGGTTCGATT TGCTGCTCTG ATTACGGTGC TGGCACTGGC TGAAAAACTA 
AGAGAGAATT ATATTGTCTT GTTACCAGAA TCCATTCCTT TCTTAGCTGA ATTGATGGAA 
GATGAGTGTG AAGAGGTGGA GCGCCAGTGC CAGAAGACTG TCCAGCAGCT GGAAACCGTC 
CTGGGAGAGC CGCTCCAGAG CTACTTCTAA