LOC103692066 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103692066
Entrez Gene ID	103692066
Full Name	sterile alpha motif domain-containing protein 9-like
General protein information	Preferred Names sterile alpha motif domain-containing protein 9-like Names LOW QUALITY PROTEIN: sterile alpha motif domain-containing protein 9-like
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 4 Map Location: 4q13

mRNA and Protein(s)

mRNA	Protein	Name
XM_008762745.2	XP_008760967.2	LOW QUALITY PROTEIN: sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following LOC103692066 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103692066 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
ORa61052	XM_008762745.2 Latest version!	Rattus norvegicus sterile alpha motif domain-containing protein 9-like (LOC103692066), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00

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** 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)

LOC103692066 ( XM_008762745.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008760967.2 Rattus norvegicus sterile alpha motif domain-containing protein 9-like (LOC103692066), mRNA.

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CloneID	ORa61052
Clone ID Related Accession (Same CDS sequence)	XM_008762745.2
Accession Version	XM_008762745.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4920bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	LOW QUALITY PROTEIN: sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005103.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008762745.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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## ##RefSeq-Attributes-START## ab initio :: 25% of CDS bases frameshifts :: corrected 2 indels internal stop codons :: corrected 2 genomic stop codons ##RefSeq-Attributes-END##

ATGAAAGGTA ATAAGCCCAA ATCAGAACAG ATGTCTTGCA TGCCACACCC TTTTAATTTT 
GCCCATGATG CCAAACGATA CATAGAACAT TCTATTTTGC GAGTGGCTGA GACAGGGCCA 
CTCAATCTCA TTGACCCAGT TCATGAATTC AAAGCCTTCA CAAACACAGA GACAGCCACA 
CAAGAGCAAA TGAAGATGAA ATTCAGCAAT GAGACGTTCC GATTTGCAGC AGCTTGCATG 
AATACACGTA CCAATGGTAC TATCCATTTT GGAGTAAAGG ACAAACCACA TGGGGAAATT 
GTTGGTGTGC AAGTCACCAG TAAAGACATC TTTATTAACC ACTTCAATGT AATGATCACA 
AAGTATTTTG AAGACAGTGA TATCTATGAA GCCAGGGCGT GTATCCGGGA ACCAAGGTTT 
GTGGAAGTCC TTCTGCTGAA CAATACACAA TCTAATAGAT TTGTCATCGA GGTGGATGTT 
ATTCCCAAAC ATTCTATATG TCAAGAAAAG TATTTCTACG TCATGTTGCA AACTTGCACA 
GTTATTCTGG AGAAAATGGA TGAAGACATC ATGAGTGCAT TGGAAATCCT CTGTGAAAAT 
GAGTGTAGAG ACACAGACAT AGAGAAAGAT GAATCTCAAT TCCTAGAATT TAAGAAATTG 
AGAGAAGAAC ACTTTTATCG AGGAGGCAGA GTATCCTGGT GGAACTTTTA TTTTTCTTCT 
GAAAACTATT CTTCAGCTTT TGTAAAAAGA GATAATTTTG AAGAGCTAAC AACTTTAATA 
CAGCAGTGTG CAGACTCTCC TAAACCAGTA TTTGCCAAAG TCATCAACTT GTACCATCAC 
CCAGGCTGTG GAGGTACAAC GTTGGCTATG CATGTTCTCT GGGACTTAAG GCAGAAGTTC 
CGGTGTGCTG TCTTGAAAAA CAAAGCAACC GATTTTAGAG AGATTGGAGA GCAAGTAAGC 
AAGCTTATCA GCTACAAGGC TTCCAGCCAC CAGGATTACA TTCCCGTTCT TCTCCTTGTG 
GATGATTTCG AAGAACAACA GAAAACCTAT ATTCTACAGA ATGCCATCAA TTCCTTTATA 
GCAGAAAAGG GTGTGAGATA TGAAAAAACT TTAGTAATCA TCCTAAACTG TATGAGATCT 
CAGAATCCAG ATGAAAGTGC AAAATTAGCT GATAGCATTT CACTAAAATA CCAACTCTCT 
CCAAAAGAAA AAAGAGCCTT TGAGGCCAAA CTGCAGGAAA TAGAAAAGGA GACCTGTCGC 
GACCTTAAAA TTGATGAGAA ATATGCCCAA ATCGTGTTTG ATGAAGAGGT AACAGGGATG 
GTCCTGCAGG AACTAACTGA AAAGGATCTT AGAGAAATGG GCTTGCCACG GGGTCCAGCA 
CTTCTGATAA AACGTATGTA TAACAAACTA ATTAGTTCCC CTGAAGGTCA CAATCAAGAT 
TCCAGACAAT TAAATAATAA AACACTCTCT ATAAATGAAC AACCAAAAAA GAGTAACAGT 
GAAGAAGAAA ACTCAATTTC ATTGAACAGT GACCTTGGTC TTAGAGAGAC AGGGCAGAAT 
GAGGAACAAG AACCAAGTCT TATGAAANTA AACACATTAG GTGATGTAGA GACTAAAGAC 
ATGAAAGGTA ATAAGCCCAA ATCAGAACAG ATGTCTTGCA TGCCACACCC TTTTAATTTT 
GCCCATGATG CCAAACGATA CATAGAACAT TCTATTTTGC GAGTGGCTGA GACAGGGCCA 
CTCAATCTCA TTGACCCAGT TCATGAATTC AAAGCCTTCA CAAACACAGA GACAGCCACA 
CAAGAGCAAA TGAAGATGAA ATTCAGCAAC GAGACGTTCC GATTTGCAGC AGCTTGCATG 
AATACACGTA CCAATGGTAC TATCCATTTT GGAGTAAAGG ACAAACCACA TGGGGAAATT 
GTTGGTGTGC AAGTCACCAG TAAAGACATC TTTATTAACC ACTTCAATGT AATGATCACA 
AAGTATTTTG AAGACAGTGA TATCTATGAA GCCAGGGCGT GTATCCGGGA ACCAAGGTTT 
GTGGAAGTCC TTCTGCTGAA CAATACACAA TCTAATAGAT TTGTCATCGA GGTGGATGTT 
ATTCCCAAAC ATTCTATATG TCAAGAAAAG TATTTCTACG TCATGTTGCA AACTTGCACA 
GGTACAACAT GGAAACAAAG CAAAGATACT TCATTGTTTG TGAGAGAAGG AGCTAGCTCT 
CGGGATATCC TGGGCAACCC CAAACAACGG GATAGAGAGT TCAAAAAATT TCTTGAGAAT 
TTAAAGATGT CGATAGCATC TAGAAAAGCA GCTGAAGAAT GTATGGTGGT ATCTAAGAAA 
GACAGTGAAG GACTAAAACT GTCTAAACTT TTGACCAGAC ACCAAGGCTC ACTTGATAAA 
TCTTACTATG ATTGGTACAT TCTTGTAACA AATTCCTGTG TACCAACGCA AATGGAGCAC 
TTAGATTTTA TAAAGGAAAT TAAACTGTTT GCTGTGCTAN GATTTGATCC TTACTCTCAC 
ATCCAGGGAG TGTTCAAAGC TTACAGAGAA GGCAGGGTAG CAAACCTTCA CCTACCCAGT 
CATTATGAGG AAAAAACTAC CATAGAAGAG AAAATTTCTA CTCTGAAACT CTATGAGCAG 
CCCAGTTGGA TCTTCTGCAA TGGCAGAGTA GATTTGTCAT GTCAACCTCT AGAGCCACAT 
TTATGGCAGA GAGATAGAGC TTCTGGCGTT AGAAAGGTCA TTTCATTCCT CACAGATGGA 
AATATAATAG CAAGGGGGAA GGTTTTGGTG GTGTTTCTAT TACTTTCTCC AGTAGAAAAT 
CAAAAGGATC CACTCCTTGA GACTTTCTGT GCTTTCTATC AAGTTTTTAA TGGAATGGAT 
AATATGTTAT GCATCTGTGT AAACCCAAGT ATCTACCAAC AATGGAGTGA TCTCCTACAA 
GTAAGACTGG AAATGAAAGA TGATTTAGCA AAACATAGCA TTTCCACTTT AAACATAGAA 
CTGGTCAACA GCACCATACT CAAACTGAAA TCAGTGATTC AGTCTTCAAG GAGATTTTTG 
CCCTCCTGTG GTTCCTCCTC AGTTATTCTG GAGAAAATGG ATGAAGACAT CATGAGTGCA 
TTGGAAATCC TCTGTGAAAA TGAGTGTAGA GACACAGACA TAGAGAAAGA TGAATCTCAA 
TTCCTAGAAT TTAAGAAATT GAGAGAAGAA CACTTTTATC GAGGAGGCAG AGTATCCTGG 
TGGAACTTTT ATTTTTCTTC TGAAAACTAT TCTTCAGCTT TTGTAAAAAG AGATAATTTT 
GAAGAGCTGA CAACTTTAAT ACAGCAGTGT GCAGACTCTC CTAAACCAGT ATTTGCCAAA 
GTTATCAACT TGTACCATCA CCCAGGCTGT GGAGGTACAA CGTTGGCTAT GCATGTTCTC 
TGGGACTTAA GGCAGAAGTT CCGGTGTGCT GTCTTGAAAA ACAAAGCAAC CGATTTTAGA 
GAGATTGGAG AGCAAGTAAG CAAGCTTATC AGCTACAAGG CTTCCAGCCG CCAGGATTAC 
ATTTCCGTTC TTCTCCTTGT GGATGATTTC GAAGAACAAC AGAAAACCTA TATTCTACAG 
AATGCCATCA ATTCCTTTAT AGCAGAAAAG GGTGTGAGAT ATGAAAAAAC TTTAGTAATC 
ATCCTAAACT GTATGAGATC TCAGAATCCA GATGAAAGTG CAAAATTAGC TGATAGCATT 
TCACTAAAAT ACCAACTCTC TCCAAAAGAA AAAAGAGCCT TTGAGGCCAA ACTGCAGGAA 
ATAGAAAAGG AGTATAAGGA CTGTGAAAAC TTTTATTCCT TCATGATCTT GAAAGACAAT 
TTTGATACAA CTTATATAAA GAATGTAGTG AAGAATACAC TGAAGGACCT AGATGCTCAC 
AGCAGAAAAG CCCAGCTCAT TTCTTATCTG GCATTACTGA ACACTTACCT TATAGACTCT 
AACATTTCAG TATCACAGTG TGAAATATTT TTGGGAATCA CTTTCACAAT TAAACGTGGG 
AAACCCAACA CTATAGAAGA CAACATGGGA ACCTATTCTA CACTTCTAAT AAGGACTGAA 
GTTTCAGATT ATGGGAGGTA TGCTGGTATA CGTATCATTC ACCCTCTAAT TGCCATCCAC 
TGTTTAAAAG AAATGGAAAT GAACTATGGA ATGGATAGGT GTCAGATTGC ACTGAATATG 
CTAGAAGAGA ACATATTCTA TGATTCTGGA ATAGGAAGAG AAAAATTTAG GCACGATGTG 
CAAACTCTCC TGCTTAAGAG ACAACGCAAG GAGCATGGAG CTGAAATAGA CACACTCTTT 
TCCCCATTCA TTGAAGAATT GCAGGATGAG GAAGCTGAAA AGGTCTTGGC TGCAGGAAGT 
AACCGATTCC CACAAAATAC ATTCTTTTGT CGAGCTTTAG CAAGACACTT CTATCTTAAA 
GAGAAGAACT TTAGCAGTGC TCTGGTCTCG GCAAATCAGG CCAAAAGGAA AGCACCTAAG 
AATTCCTATA TTTCAGGCAC AGTTGGTCAA GTTTACAAAA GTGACATCAG ATGCTGGTTA 
GGTAAAAATA ACACTTGTAG AAGTCTTAGT ATGGATGATC TAACACGCTT CTTAGATGTT 
GGTGAGAAGG CTTTGAAAGC CTTCAAAGAG TCTCAGGAAC AAACTGACAG TAAAGACTAT 
GAAACTGAGG TCTGGCCATC ACCGACGTTC CGAAGAATAA CATAAAATAT AGCTGGCTTC 
TTCGGGGAAA TAGAAATGGG TCTTGACCCT ATCCAGTTTC TTTAGCTCAC ACCTCCTTTC 
CATAAAGAAA ATGAAATGTC AAAAGAATCT ATGGCACAGT TTTTATCTGG AAAGGGGACC 
ATCCCTCCAG AACCCAAAAT TCTCAGCAAC TTTACAACCT TCCTACAGAA TTTGAAATGA

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

RefSeq	XP_008760967.2
CDS	1..4920
Translation	MKGNKPKSEQMSCMPHPFNFAHDAKRYIEHSILRVAETGPLNLIDPVHEFKAFTNTETATQEQMKMKFSNETFRFAAACMNTRTNGTIHFGVKDKPHGEIVGVQVTSKDIFINHFNVMITKYFEDSDIYEARACIREPRFVEVLLLNNTQSNRFVIEVDVIPKHSICQEKYFYVMLQTCTVILEKMDEDIMSALEILCENECRDTDIEKDESQFLEFKKLREEHFYRGGRVSWWNFYFSSENYSSAFVKRDNFEELTTLIQQCADSPKPVFAKVINLYHHPGCGGTTLAMHVLWDLRQKFRCAVLKNKATDFREIGEQVSKLISYKASSHQDYIPVLLLVDDFEEQQKTYILQNAINSFIAEKGVRYEKTLVIILNCMRSQNPDESAKLADSISLKYQLSPKEKRAFEAKLQEIEKETCRDLKIDEKYAQIVFDEEVTGMVLQELTEKDLREMGLPRGPALLIKRMYNKLISSPEGHNQDSRQLNNKTLSINEQPKKSNSEEENSISLNSDLGLRETGQNEEQEPSLMKnullNTLGDVETKDMKGNKPKSEQMSCMPHPFNFAHDAKRYIEHSILRVAETGPLNLIDPVHEFKAFTNTETATQEQMKMKFSNETFRFAAACMNTRTNGTIHFGVKDKPHGEIVGVQVTSKDIFINHFNVMITKYFEDSDIYEARACIREPRFVEVLLLNNTQSNRFVIEVDVIPKHSICQEKYFYVMLQTCTGTTWKQSKDTSLFVREGASSRDILGNPKQRDREFKKFLENLKMSIASRKAAEECMVVSKKDSEGLKLSKLLTRHQGSLDKSYYDWYILVTNSCVPTQMEHLDFIKEIKLFAVLnullFDPYSHIQGVFKAYREGRVANLHLPSHYEEKTTIEEKISTLKLYEQPSWIFCNGRVDLSCQPLEPHLWQRDRASGVRKVISFLTDGNIIARGKVLVVFLLLSPVENQKDPLLETFCAFYQVFNGMDNMLCICVNPSIYQQWSDLLQVRLEMKDDLAKHSISTLNIELVNSTILKLKSVIQSSRRFLPSCGSSSVILEKMDEDIMSALEILCENECRDTDIEKDESQFLEFKKLREEHFYRGGRVSWWNFYFSSENYSSAFVKRDNFEELTTLIQQCADSPKPVFAKVINLYHHPGCGGTTLAMHVLWDLRQKFRCAVLKNKATDFREIGEQVSKLISYKASSRQDYISVLLLVDDFEEQQKTYILQNAINSFIAEKGVRYEKTLVIILNCMRSQNPDESAKLADSISLKYQLSPKEKRAFEAKLQEIEKEYKDCENFYSFMILKDNFDTTYIKNVVKNTLKDLDAHSRKAQLISYLALLNTYLIDSNISVSQCEIFLGITFTIKRGKPNTIEDNMGTYSTLLIRTEVSDYGRYAGIRIIHPLIAIHCLKEMEMNYGMDRCQIALNMLEENIFYDSGIGREKFRHDVQTLLLKRQRKEHGAEIDTLFSPFIEELQDEEAEKVLAAGSNRFPQNTFFCRALARHFYLKEKNFSSALVSANQAKRKAPKNSYISGTVGQVYKSDIRCWLGKNNTCRSLSMDDLTRFLDVGEKALKAFKESQEQTDSKDYETEVWPSPTFRRITNIAGFFGEIEMGLDPIQFLLTPPFHKENEMSKESMAQFLSGKGTIPPEPKILSNFTTFLQNLK

Target ORF information:

RefSeq Version	XM_008762745.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus sterile alpha motif domain-containing protein 9-like (LOC103692066), mRNA.

Target ORF information:

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

XM_008762745.2

ORF Insert Sequence:

ATGAAAGGTA ATAAGCCCAA ATCAGAACAG ATGTCTTGCA TGCCACACCC TTTTAATTTT 
GCCCATGATG CCAAACGATA CATAGAACAT TCTATTTTGC GAGTGGCTGA GACAGGGCCA 
CTCAATCTCA TTGACCCAGT TCATGAATTC AAAGCCTTCA CAAACACAGA GACAGCCACA 
CAAGAGCAAA TGAAGATGAA ATTCAGCAAT GAGACGTTCC GATTTGCAGC AGCTTGCATG 
AATACACGTA CCAATGGTAC TATCCATTTT GGAGTAAAGG ACAAACCACA TGGGGAAATT 
GTTGGTGTGC AAGTCACCAG TAAAGACATC TTTATTAACC ACTTCAATGT AATGATCACA 
AAGTATTTTG AAGACAGTGA TATCTATGAA GCCAGGGCGT GTATCCGGGA ACCAAGGTTT 
GTGGAAGTCC TTCTGCTGAA CAATACACAA TCTAATAGAT TTGTCATCGA GGTGGATGTT 
ATTCCCAAAC ATTCTATATG TCAAGAAAAG TATTTCTACG TCATGTTGCA AACTTGCACA 
GTTATTCTGG AGAAAATGGA TGAAGACATC ATGAGTGCAT TGGAAATCCT CTGTGAAAAT 
GAGTGTAGAG ACACAGACAT AGAGAAAGAT GAATCTCAAT TCCTAGAATT TAAGAAATTG 
AGAGAAGAAC ACTTTTATCG AGGAGGCAGA GTATCCTGGT GGAACTTTTA TTTTTCTTCT 
GAAAACTATT CTTCAGCTTT TGTAAAAAGA GATAATTTTG AAGAGCTAAC AACTTTAATA 
CAGCAGTGTG CAGACTCTCC TAAACCAGTA TTTGCCAAAG TCATCAACTT GTACCATCAC 
CCAGGCTGTG GAGGTACAAC GTTGGCTATG CATGTTCTCT GGGACTTAAG GCAGAAGTTC 
CGGTGTGCTG TCTTGAAAAA CAAAGCAACC GATTTTAGAG AGATTGGAGA GCAAGTAAGC 
AAGCTTATCA GCTACAAGGC TTCCAGCCAC CAGGATTACA TTCCCGTTCT TCTCCTTGTG 
GATGATTTCG AAGAACAACA GAAAACCTAT ATTCTACAGA ATGCCATCAA TTCCTTTATA 
GCAGAAAAGG GTGTGAGATA TGAAAAAACT TTAGTAATCA TCCTAAACTG TATGAGATCT 
CAGAATCCAG ATGAAAGTGC AAAATTAGCT GATAGCATTT CACTAAAATA CCAACTCTCT 
CCAAAAGAAA AAAGAGCCTT TGAGGCCAAA CTGCAGGAAA TAGAAAAGGA GACCTGTCGC 
GACCTTAAAA TTGATGAGAA ATATGCCCAA ATCGTGTTTG ATGAAGAGGT AACAGGGATG 
GTCCTGCAGG AACTAACTGA AAAGGATCTT AGAGAAATGG GCTTGCCACG GGGTCCAGCA 
CTTCTGATAA AACGTATGTA TAACAAACTA ATTAGTTCCC CTGAAGGTCA CAATCAAGAT 
TCCAGACAAT TAAATAATAA AACACTCTCT ATAAATGAAC AACCAAAAAA GAGTAACAGT 
GAAGAAGAAA ACTCAATTTC ATTGAACAGT GACCTTGGTC TTAGAGAGAC AGGGCAGAAT 
GAGGAACAAG AACCAAGTCT TATGAAANTA AACACATTAG GTGATGTAGA GACTAAAGAC 
ATGAAAGGTA ATAAGCCCAA ATCAGAACAG ATGTCTTGCA TGCCACACCC TTTTAATTTT 
GCCCATGATG CCAAACGATA CATAGAACAT TCTATTTTGC GAGTGGCTGA GACAGGGCCA 
CTCAATCTCA TTGACCCAGT TCATGAATTC AAAGCCTTCA CAAACACAGA GACAGCCACA 
CAAGAGCAAA TGAAGATGAA ATTCAGCAAC GAGACGTTCC GATTTGCAGC AGCTTGCATG 
AATACACGTA CCAATGGTAC TATCCATTTT GGAGTAAAGG ACAAACCACA TGGGGAAATT 
GTTGGTGTGC AAGTCACCAG TAAAGACATC TTTATTAACC ACTTCAATGT AATGATCACA 
AAGTATTTTG AAGACAGTGA TATCTATGAA GCCAGGGCGT GTATCCGGGA ACCAAGGTTT 
GTGGAAGTCC TTCTGCTGAA CAATACACAA TCTAATAGAT TTGTCATCGA GGTGGATGTT 
ATTCCCAAAC ATTCTATATG TCAAGAAAAG TATTTCTACG TCATGTTGCA AACTTGCACA 
GGTACAACAT GGAAACAAAG CAAAGATACT TCATTGTTTG TGAGAGAAGG AGCTAGCTCT 
CGGGATATCC TGGGCAACCC CAAACAACGG GATAGAGAGT TCAAAAAATT TCTTGAGAAT 
TTAAAGATGT CGATAGCATC TAGAAAAGCA GCTGAAGAAT GTATGGTGGT ATCTAAGAAA 
GACAGTGAAG GACTAAAACT GTCTAAACTT TTGACCAGAC ACCAAGGCTC ACTTGATAAA 
TCTTACTATG ATTGGTACAT TCTTGTAACA AATTCCTGTG TACCAACGCA AATGGAGCAC 
TTAGATTTTA TAAAGGAAAT TAAACTGTTT GCTGTGCTAN GATTTGATCC TTACTCTCAC 
ATCCAGGGAG TGTTCAAAGC TTACAGAGAA GGCAGGGTAG CAAACCTTCA CCTACCCAGT 
CATTATGAGG AAAAAACTAC CATAGAAGAG AAAATTTCTA CTCTGAAACT CTATGAGCAG 
CCCAGTTGGA TCTTCTGCAA TGGCAGAGTA GATTTGTCAT GTCAACCTCT AGAGCCACAT 
TTATGGCAGA GAGATAGAGC TTCTGGCGTT AGAAAGGTCA TTTCATTCCT CACAGATGGA 
AATATAATAG CAAGGGGGAA GGTTTTGGTG GTGTTTCTAT TACTTTCTCC AGTAGAAAAT 
CAAAAGGATC CACTCCTTGA GACTTTCTGT GCTTTCTATC AAGTTTTTAA TGGAATGGAT 
AATATGTTAT GCATCTGTGT AAACCCAAGT ATCTACCAAC AATGGAGTGA TCTCCTACAA 
GTAAGACTGG AAATGAAAGA TGATTTAGCA AAACATAGCA TTTCCACTTT AAACATAGAA 
CTGGTCAACA GCACCATACT CAAACTGAAA TCAGTGATTC AGTCTTCAAG GAGATTTTTG 
CCCTCCTGTG GTTCCTCCTC AGTTATTCTG GAGAAAATGG ATGAAGACAT CATGAGTGCA 
TTGGAAATCC TCTGTGAAAA TGAGTGTAGA GACACAGACA TAGAGAAAGA TGAATCTCAA 
TTCCTAGAAT TTAAGAAATT GAGAGAAGAA CACTTTTATC GAGGAGGCAG AGTATCCTGG 
TGGAACTTTT ATTTTTCTTC TGAAAACTAT TCTTCAGCTT TTGTAAAAAG AGATAATTTT 
GAAGAGCTGA CAACTTTAAT ACAGCAGTGT GCAGACTCTC CTAAACCAGT ATTTGCCAAA 
GTTATCAACT TGTACCATCA CCCAGGCTGT GGAGGTACAA CGTTGGCTAT GCATGTTCTC 
TGGGACTTAA GGCAGAAGTT CCGGTGTGCT GTCTTGAAAA ACAAAGCAAC CGATTTTAGA 
GAGATTGGAG AGCAAGTAAG CAAGCTTATC AGCTACAAGG CTTCCAGCCG CCAGGATTAC 
ATTTCCGTTC TTCTCCTTGT GGATGATTTC GAAGAACAAC AGAAAACCTA TATTCTACAG 
AATGCCATCA ATTCCTTTAT AGCAGAAAAG GGTGTGAGAT ATGAAAAAAC TTTAGTAATC 
ATCCTAAACT GTATGAGATC TCAGAATCCA GATGAAAGTG CAAAATTAGC TGATAGCATT 
TCACTAAAAT ACCAACTCTC TCCAAAAGAA AAAAGAGCCT TTGAGGCCAA ACTGCAGGAA 
ATAGAAAAGG AGTATAAGGA CTGTGAAAAC TTTTATTCCT TCATGATCTT GAAAGACAAT 
TTTGATACAA CTTATATAAA GAATGTAGTG AAGAATACAC TGAAGGACCT AGATGCTCAC 
AGCAGAAAAG CCCAGCTCAT TTCTTATCTG GCATTACTGA ACACTTACCT TATAGACTCT 
AACATTTCAG TATCACAGTG TGAAATATTT TTGGGAATCA CTTTCACAAT TAAACGTGGG 
AAACCCAACA CTATAGAAGA CAACATGGGA ACCTATTCTA CACTTCTAAT AAGGACTGAA 
GTTTCAGATT ATGGGAGGTA TGCTGGTATA CGTATCATTC ACCCTCTAAT TGCCATCCAC 
TGTTTAAAAG AAATGGAAAT GAACTATGGA ATGGATAGGT GTCAGATTGC ACTGAATATG 
CTAGAAGAGA ACATATTCTA TGATTCTGGA ATAGGAAGAG AAAAATTTAG GCACGATGTG 
CAAACTCTCC TGCTTAAGAG ACAACGCAAG GAGCATGGAG CTGAAATAGA CACACTCTTT 
TCCCCATTCA TTGAAGAATT GCAGGATGAG GAAGCTGAAA AGGTCTTGGC TGCAGGAAGT 
AACCGATTCC CACAAAATAC ATTCTTTTGT CGAGCTTTAG CAAGACACTT CTATCTTAAA 
GAGAAGAACT TTAGCAGTGC TCTGGTCTCG GCAAATCAGG CCAAAAGGAA AGCACCTAAG 
AATTCCTATA TTTCAGGCAC AGTTGGTCAA GTTTACAAAA GTGACATCAG ATGCTGGTTA 
GGTAAAAATA ACACTTGTAG AAGTCTTAGT ATGGATGATC TAACACGCTT CTTAGATGTT 
GGTGAGAAGG CTTTGAAAGC CTTCAAAGAG TCTCAGGAAC AAACTGACAG TAAAGACTAT 
GAAACTGAGG TCTGGCCATC ACCGACGTTC CGAAGAATAA CATAAAATAT AGCTGGCTTC 
TTCGGGGAAA TAGAAATGGG TCTTGACCCT ATCCAGTTTC TTTAGCTCAC ACCTCCTTTC 
CATAAAGAAA ATGAAATGTC AAAAGAATCT ATGGCACAGT TTTTATCTGG AAAGGGGACC 
ATCCCTCCAG AACCCAAAAT TCTCAGCAAC TTTACAACCT TCCTACAGAA TTTGAAATGA