LOC102701051 cDNA ORF clone, Oryza brachyantha(malo sina)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102701051
Entrez Gene ID	102701051
Full Name	BTB/POZ domain-containing protein FBL11-like
Gene Type	protein-coding
Organism	Oryza brachyantha(malo sina)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015843789.1	XP_015699275.1	LOW QUALITY PROTEIN: BTB/POZ domain-containing protein FBL11-like

Pathways from BioSystems
Gene Ontology

The following LOC102701051 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102701051 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
OOr04465	XM_015843789.1 Latest version!	Oryza brachyantha BTB/POZ domain-containing protein FBL11-like (LOC102701051), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00

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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)

LOC102701051 ( XM_015843789.1 ) cDNA ORF clone, Oryza brachyantha(malo sina) -> XP_015699275.1 Oryza brachyantha BTB/POZ domain-containing protein FBL11-like (LOC102701051), mRNA.

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CloneID	OOr04465
Clone ID Related Accession (Same CDS sequence)	XM_015843789.1
Accession Version	XM_015843789.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4401bp) 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	2016-03-03
Organism	Oryza brachyantha(malo sina)
Product	LOW QUALITY PROTEIN: BTB/POZ domain-containing protein FBL11-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006267373.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryza brachyantha Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGCGCGGCG ACGCGTCGTT CGCCGGCGGC GGAGAAGACG CCGCCGCCGA CGTGGTTGTC 
CTGGAGATCA CCGACACGTC CTTCACCGGG GAAGCCGACA CCTCGCCTCC GCCTCCCGTC 
GCCGTCTGTG ACCTCGCCAG CCTAGAACCG CTCCCGTTCC CTACCATCTC GGTTCGCGCC 
GACCGCACCA GGCTAATCGA GAGCTCCTCC TACTTCCGCG CCCTCCTCGG CGGCAGCTTC 
AGTGAATCGG GGAGAGAGCA CGTGCAGATC AGTTGCAACC TCGAGGCGGC CGTGCAAGTC 
CTGCTTTATC TGTCTGAGCC TTCCGGGAGT ATCACGATTA CACACCACAC CTTTCTCCCG 
CTAATGGAGG GTGGTTTGTT TCTGGCTGTT GAGAATCTTC TAACAGAGTG TGAAAGGTGG 
TTCCGAACCA TGAGCTCTCA AAATTCCTCG CTATTGGTCC CATTAGATTT CTTAATTGAG 
ATATGGTACT TTGGTCAAGA GCATGGGATT ACTTATGTCC AAGATATATG CCCAAGATAT 
TTAGCCCAGA ATTTTGTTCA GGTTATCTCT AGGAGGTCGT TTGTTAAAAT GCCTTATGAT 
TTGTTATATT CTACAATCGA GTGCCCACAT CTGACTGTGG ATAGTGAAAA ACAACTGTGT 
GAAGCAATTT TATGCTGGAT TTCTGAAAAC AGGCAATGCT GTGAAGAACT ACTTCCCAAC 
TCAGTAGATG GCGAGTTGTA CCTTCTTAAT AAGGTGAGGA TATGCCTCTT ACCTTTGGAA 
TTTGCAGCAG GAACAAAGAG AAACTGGGCA GAGTTCGGAA GCAAGGTAGA GAATAGGCTT 
CTCAATCTGC TCAAGGATAG TGTGCAAACA GTATTGAATG CAATTGCTGA TGATGACTTG 
GCGAGTTATT GTGTTCGAAT TACAGACTAT TCTAAGAAAA TAGTGCTTTC TGGATGTCCA 
CAAATAACTA CTGAAATCTT GTACATATCA GTGCTCTCCA CTATTCTGGA TGCCTCATTT 
AAGATAAGGA TAGAAAGTTC ATGTTCCCAA GCTGATTACC GAAATATCAT CCTTTACAAT 
GAGTTGGAGA AGGCTGTTAA AACCTCATCA TTTGGAAATG TACACATGCT GGATCTCTCA 
AAATGTCCAA ATGTACATTT TAGAGCTGCG ATTGACTGGT TGAAATTGGC ATTTCCAGAA 
CTGCAGATAT TCAAAGCTTC CTTTTGTTTG CTATTTCAGT TCGAAGATTT GTTATATCTG 
TTACTGACAT GTCCATGGAT TAATGAAATT GATTTTACTA TTGATACGGG CATTATATCA 
CAAAAGCATT CAGTTATCTC TTCCAGATTT GAAGTACGAG GTGTAATGAA GCCAAAGCTC 
ACAAGATGTT ACGTACAAGA TCCATCGTGT GATACCACAA TGAACTCATA TTTCTCAAAT 
ATATCAAAAT TGATATTGGA AGGCAGAAAT GATATCAATG ATGCCGACTT GCTGAAGATA 
TCCATTCTGA AAAACTCTCT TTGTTATATA AACATTAAAA ATTGCACCCT ATTGACAGAT 
GACGGCATAT CTAAATTATT ACTTAAGTGT ATGAAGATTC ATTCGATGGT TCTTTCTTAT 
ACTTCTTTTG GAAATCAGTC AATCCAAATG CTATGCACTA CCAATCCTCT GGACAGCAAG 
GATGAATGTA GTCATGTAAT GGCATTTGGC ATGCAAGAAT TGCACCTGGA TGGATGCCAA 
GGTATTGGTT ATGCTGCTAT GTCTCAGCTA ATGAGTAATG TGAATNACAC AAACCTCTTA 
TCTTTAAGGG AGACATCACT TACCGATGAC ACTCTCTGCA ACTTTGTTGG CTCCTCACTT 
GAGTATCTTG ATATTTCTGA GACCATGGTT TCTATGGTAT CATTAGCACC AGTTATACGA 
AGAAGTTCTA ATTTGAGATG TCTGAGAGCA GCTGGATGCC GTAACCTGTT GGTTGAACAT 
GGTGAAGTAG ATTTAATGAG TGGTAATATT TACGGAGATT TTACACAAGA AATAACCAGT 
AATTGCTGCT TGGAGGATGT TGAAATGGGG TGGGCATTTT GCCCTATTCG AGTTACAGCC 
CTTATCCCTT CTTTAAGTAA AGTAAGAAAA ATGACTATTG GCCTCGGCAC AACATTAGGA 
GAGAATATAT TGTGTGCTCT TCCTGAGATT TGCCCTTCCC TTGAGTCTTT GGTTCTTAGG 
TTTCAGATGA TCTCTGACAA AGTTGTAAGA AATCTGTTGG AATCCTCAAT GAAGCTTCGG 
GTGCTTTGCC TTTACTCTTG TCTTGGCAAT TTAACTTCAT TTAGCTTTCA AACGAAGGCA 
CCGGCTCTAA GAATCTTAAG GCTTGAGCGG ATTACTCCAT GGATGACAAA TGATGACTTG 
GCAGTCCTTA TACAGAACTA CAATTTAGTT GAACTTTCAC TGTCTGGTTG CCAACTCCTT 
GACTCCAGCT CTCAGGAGTT AATATCGTCT GGGTGGCCAA ATTTGACTTG TTTACACCTT 
GAGGAATGTG GACAGATAAC GCTTGATGGG GTTTCTTCAA TTTTAAACTG TAAAGCTTTG 
GAAGATCTCT TACTTCGGCA CACGGGTAAA GGTATTGGAA GAACCATCAT AACCGATGCC 
ATCTCAGAGC TACCACTACT AAGAAAGCTG GCGTTGGATC TCTGTGATGC TTCTGAAGAA 
GGCTATGATA GCCCAAATAA CCCGGTGGGG AAGATGATTA GAGCCGTAAG GATGAGTAGA 
TGCAAGTCGG CGAGGTCTTG TTTCGATCTT CCCAGTGAAG GATCCTCAAA ACGAGTACAC 
AAGGAGACCA TAGTGTTAGA ATGGAGCAGC AGACAGCTCA GAACCACCAT AGTGAAAGAA 
AGACTCTAAT ACTCCCAAGG CCCAAATCGC GAGGCCCACA GCGAAGAGAG CATTACCTCC 
TCTCTCGCGC GGGGACGGCG GCGGCCCCCC CCCCCCGCCG CCGGCCATCC CCATCTAGCG 
AAGGCGAGCC ACACCGGGAT GGCCCACCTC GCCGCCTCTG CCGCCCCGCA CTCGAACGCT 
GACCCCGGCG CCGCTGAGGA GGCCTCCCAG TCTCCGGCGC CGACGGAGAC GGGGCGGAGG 
AAGGTGGTGG TGGTGATGGG CGCGACCGGC GCAGGCAAGT CGCGGCTGGC CGTCGACCTC 
GCGGCCCACT TCGCCGGCGT CGAGGTGGTC AGCGCCGACT CCATGCAGGT CTACCGCGGC 
CTCGACGTCC TCACCAACAA GATCCCCCTC CACGAGCAGA ACGGCGTTCC TCACCATCTC 
CTTAGCGTAA TCGACTCCTC CGTGGAGTTC ACTTGCCGCG ATTTCCGTGA CCATGCTGTC 
CCGATCATAG AAGGAATTTT TGATCGTGGT GGCCTCCCTG TTATTGTCGG TGGTACAAAC 
TTCTACATCC AGACTCTTGT TAGCCCATTC CTCTTCGATG ATATGACACA GGATATTGAG 
GGCTGCACTT TTAGTGAACA TCTAGATGAG ATAGGCCTTG ATAATGATGA TGAAGCCAGT 
CTGTATGAGC ATTTGAAGAT CATCGATCCT GTTGCAGCCC AAAGGATCCA CCCGAACAAC 
CATCGAAAAA TAAAACGGTA CCTTGAGTTG TATGAATCCA CAGGCGCCCT ACCTAGTGAT 
CTTTTCCAAG GGGAAGCCAC AGAGAGGTGG GGTCGACCTA GTAACTCCAG ATTTGACTGT 
TGTTTCTTGT GGGTAGATGC TGATCTTCAA GTTCTGGATC GTTATGTAAG TGAAAGGGTC 
AACTGCATGA TTGATGATGG CTTGCTAGAT GAAGTGTGCA ACATATATGA TCGAGAGGCC 
ACTTATACCC AAGGGCTGCG GCAGGCCATT GGTGTTCGTG AATTTGATGA GCTCTTCAGA 
TTTTATCTTA CAAGAAAAGA TACCGGTGAG ATAAAGATGG ATTCATGTAC AACTATGGCA 
GGTATCCATG ATGATAATCT GAAGAGCTTA TTGGACGAAG CAGTCTCACA GCTAAAAGCA 
AACACGCGTA AACTTGTTCG ACGTCAAAGA CGAAGGCTAC ATCGGTTGAA TAAAGATTTT 
GAGTGGAATT TGCATCATGT TGATGCAACA GAAGCTTTCA ATAGTGCCAC TGCTGACTCA 
TGGAACAAGA AAGTTGTGAA ACCTTGCGTG GATATTGTTA GAGGTTTTTT GTCTAATGAT 
ACAACTTTGG CAAGCAGTGA TCGTTCTAAT GTAACTGGAA GCTCTAAGAT GTCTTCAAGA 
GAGTTGTGGA TTCAGTACGT TTGTGAGGCT TGCGATAACC GGGTCCTTCG TGGGGCGCAT 
GAGTGGGAGC AGCACAGGCA AGGCCGATGC CACCGGAAAA GAGTACAACG GTTGAAACAG 
AAGACTAGAG GAGAACACTG A

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

RefSeq	XP_015699275.1
CDS	139..4539
Translation	MRGDASFAGGGEDAAADVVVLEITDTSFTGEADTSPPPPVAVCDLASLEPLPFPTISVRADRTRLIESSSYFRALLGGSFSESGREHVQISCNLEAAVQVLLYLSEPSGSITITHHTFLPLMEGGLFLAVENLLTECERWFRTMSSQNSSLLVPLDFLIEIWYFGQEHGITYVQDICPRYLAQNFVQVISRRSFVKMPYDLLYSTIECPHLTVDSEKQLCEAILCWISENRQCCEELLPNSVDGELYLLNKVRICLLPLEFAAGTKRNWAEFGSKVENRLLNLLKDSVQTVLNAIADDDLASYCVRITDYSKKIVLSGCPQITTEILYISVLSTILDASFKIRIESSCSQADYRNIILYNELEKAVKTSSFGNVHMLDLSKCPNVHFRAAIDWLKLAFPELQIFKASFCLLFQFEDLLYLLLTCPWINEIDFTIDTGIISQKHSVISSRFEVRGVMKPKLTRCYVQDPSCDTTMNSYFSNISKLILEGRNDINDADLLKISILKNSLCYINIKNCTLLTDDGISKLLLKCMKIHSMVLSYTSFGNQSIQMLCTTNPLDSKDECSHVMAFGMQELHLDGCQGIGYAAMSQLMSNVNnullTNLLSLRETSLTDDTLCNFVGSSLEYLDISETMVSMVSLAPVIRRSSNLRCLRAAGCRNLLVEHGEVDLMSGNIYGDFTQEITSNCCLEDVEMGWAFCPIRVTALIPSLSKVRKMTIGLGTTLGENILCALPEICPSLESLVLRFQMISDKVVRNLLESSMKLRVLCLYSCLGNLTSFSFQTKAPALRILRLERITPWMTNDDLAVLIQNYNLVELSLSGCQLLDSSSQELISSGWPNLTCLHLEECGQITLDGVSSILNCKALEDLLLRHTGKGIGRTIITDAISELPLLRKLALDLCDASEEGYDSPNNPVGKMIRAVRMSRCKSARSCFDLPSEGSSKRVHKETIVLEWSSRQLRTTIVKERL*YSQGPNREAHSEESITSSLARGRRRPPPPAAGHPHLAKASHTGMAHLAASAAPHSNADPGAAEEASQSPAPTETGRRKVVVVMGATGAGKSRLAVDLAAHFAGVEVVSADSMQVYRGLDVLTNKIPLHEQNGVPHHLLSVIDSSVEFTCRDFRDHAVPIIEGIFDRGGLPVIVGGTNFYIQTLVSPFLFDDMTQDIEGCTFSEHLDEIGLDNDDEASLYEHLKIIDPVAAQRIHPNNHRKIKRYLELYESTGALPSDLFQGEATERWGRPSNSRFDCCFLWVDADLQVLDRYVSERVNCMIDDGLLDEVCNIYDREATYTQGLRQAIGVREFDELFRFYLTRKDTGEIKMDSCTTMAGIHDDNLKSLLDEAVSQLKANTRKLVRRQRRRLHRLNKDFEWNLHHVDATEAFNSATADSWNKKVVKPCVDIVRGFLSNDTTLASSDRSNVTGSSKMSSRELWIQYVCEACDNRVLRGAHEWEQHRQGRCHRKRVQRLKQKTRGEH

Target ORF information:

RefSeq Version	XM_015843789.1
Organism	Oryza brachyantha(malo sina)
Definition	Oryza brachyantha BTB/POZ domain-containing protein FBL11-like (LOC102701051), mRNA.

Target ORF information:

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

XM_015843789.1

ORF Insert Sequence:

ATGCGCGGCG ACGCGTCGTT CGCCGGCGGC GGAGAAGACG CCGCCGCCGA CGTGGTTGTC 
CTGGAGATCA CCGACACGTC CTTCACCGGG GAAGCCGACA CCTCGCCTCC GCCTCCCGTC 
GCCGTCTGTG ACCTCGCCAG CCTAGAACCG CTCCCGTTCC CTACCATCTC GGTTCGCGCC 
GACCGCACCA GGCTAATCGA GAGCTCCTCC TACTTCCGCG CCCTCCTCGG CGGCAGCTTC 
AGTGAATCGG GGAGAGAGCA CGTGCAGATC AGTTGCAACC TCGAGGCGGC CGTGCAAGTC 
CTGCTTTATC TGTCTGAGCC TTCCGGGAGT ATCACGATTA CACACCACAC CTTTCTCCCG 
CTAATGGAGG GTGGTTTGTT TCTGGCTGTT GAGAATCTTC TAACAGAGTG TGAAAGGTGG 
TTCCGAACCA TGAGCTCTCA AAATTCCTCG CTATTGGTCC CATTAGATTT CTTAATTGAG 
ATATGGTACT TTGGTCAAGA GCATGGGATT ACTTATGTCC AAGATATATG CCCAAGATAT 
TTAGCCCAGA ATTTTGTTCA GGTTATCTCT AGGAGGTCGT TTGTTAAAAT GCCTTATGAT 
TTGTTATATT CTACAATCGA GTGCCCACAT CTGACTGTGG ATAGTGAAAA ACAACTGTGT 
GAAGCAATTT TATGCTGGAT TTCTGAAAAC AGGCAATGCT GTGAAGAACT ACTTCCCAAC 
TCAGTAGATG GCGAGTTGTA CCTTCTTAAT AAGGTGAGGA TATGCCTCTT ACCTTTGGAA 
TTTGCAGCAG GAACAAAGAG AAACTGGGCA GAGTTCGGAA GCAAGGTAGA GAATAGGCTT 
CTCAATCTGC TCAAGGATAG TGTGCAAACA GTATTGAATG CAATTGCTGA TGATGACTTG 
GCGAGTTATT GTGTTCGAAT TACAGACTAT TCTAAGAAAA TAGTGCTTTC TGGATGTCCA 
CAAATAACTA CTGAAATCTT GTACATATCA GTGCTCTCCA CTATTCTGGA TGCCTCATTT 
AAGATAAGGA TAGAAAGTTC ATGTTCCCAA GCTGATTACC GAAATATCAT CCTTTACAAT 
GAGTTGGAGA AGGCTGTTAA AACCTCATCA TTTGGAAATG TACACATGCT GGATCTCTCA 
AAATGTCCAA ATGTACATTT TAGAGCTGCG ATTGACTGGT TGAAATTGGC ATTTCCAGAA 
CTGCAGATAT TCAAAGCTTC CTTTTGTTTG CTATTTCAGT TCGAAGATTT GTTATATCTG 
TTACTGACAT GTCCATGGAT TAATGAAATT GATTTTACTA TTGATACGGG CATTATATCA 
CAAAAGCATT CAGTTATCTC TTCCAGATTT GAAGTACGAG GTGTAATGAA GCCAAAGCTC 
ACAAGATGTT ACGTACAAGA TCCATCGTGT GATACCACAA TGAACTCATA TTTCTCAAAT 
ATATCAAAAT TGATATTGGA AGGCAGAAAT GATATCAATG ATGCCGACTT GCTGAAGATA 
TCCATTCTGA AAAACTCTCT TTGTTATATA AACATTAAAA ATTGCACCCT ATTGACAGAT 
GACGGCATAT CTAAATTATT ACTTAAGTGT ATGAAGATTC ATTCGATGGT TCTTTCTTAT 
ACTTCTTTTG GAAATCAGTC AATCCAAATG CTATGCACTA CCAATCCTCT GGACAGCAAG 
GATGAATGTA GTCATGTAAT GGCATTTGGC ATGCAAGAAT TGCACCTGGA TGGATGCCAA 
GGTATTGGTT ATGCTGCTAT GTCTCAGCTA ATGAGTAATG TGAATNACAC AAACCTCTTA 
TCTTTAAGGG AGACATCACT TACCGATGAC ACTCTCTGCA ACTTTGTTGG CTCCTCACTT 
GAGTATCTTG ATATTTCTGA GACCATGGTT TCTATGGTAT CATTAGCACC AGTTATACGA 
AGAAGTTCTA ATTTGAGATG TCTGAGAGCA GCTGGATGCC GTAACCTGTT GGTTGAACAT 
GGTGAAGTAG ATTTAATGAG TGGTAATATT TACGGAGATT TTACACAAGA AATAACCAGT 
AATTGCTGCT TGGAGGATGT TGAAATGGGG TGGGCATTTT GCCCTATTCG AGTTACAGCC 
CTTATCCCTT CTTTAAGTAA AGTAAGAAAA ATGACTATTG GCCTCGGCAC AACATTAGGA 
GAGAATATAT TGTGTGCTCT TCCTGAGATT TGCCCTTCCC TTGAGTCTTT GGTTCTTAGG 
TTTCAGATGA TCTCTGACAA AGTTGTAAGA AATCTGTTGG AATCCTCAAT GAAGCTTCGG 
GTGCTTTGCC TTTACTCTTG TCTTGGCAAT TTAACTTCAT TTAGCTTTCA AACGAAGGCA 
CCGGCTCTAA GAATCTTAAG GCTTGAGCGG ATTACTCCAT GGATGACAAA TGATGACTTG 
GCAGTCCTTA TACAGAACTA CAATTTAGTT GAACTTTCAC TGTCTGGTTG CCAACTCCTT 
GACTCCAGCT CTCAGGAGTT AATATCGTCT GGGTGGCCAA ATTTGACTTG TTTACACCTT 
GAGGAATGTG GACAGATAAC GCTTGATGGG GTTTCTTCAA TTTTAAACTG TAAAGCTTTG 
GAAGATCTCT TACTTCGGCA CACGGGTAAA GGTATTGGAA GAACCATCAT AACCGATGCC 
ATCTCAGAGC TACCACTACT AAGAAAGCTG GCGTTGGATC TCTGTGATGC TTCTGAAGAA 
GGCTATGATA GCCCAAATAA CCCGGTGGGG AAGATGATTA GAGCCGTAAG GATGAGTAGA 
TGCAAGTCGG CGAGGTCTTG TTTCGATCTT CCCAGTGAAG GATCCTCAAA ACGAGTACAC 
AAGGAGACCA TAGTGTTAGA ATGGAGCAGC AGACAGCTCA GAACCACCAT AGTGAAAGAA 
AGACTCTAAT ACTCCCAAGG CCCAAATCGC GAGGCCCACA GCGAAGAGAG CATTACCTCC 
TCTCTCGCGC GGGGACGGCG GCGGCCCCCC CCCCCCGCCG CCGGCCATCC CCATCTAGCG 
AAGGCGAGCC ACACCGGGAT GGCCCACCTC GCCGCCTCTG CCGCCCCGCA CTCGAACGCT 
GACCCCGGCG CCGCTGAGGA GGCCTCCCAG TCTCCGGCGC CGACGGAGAC GGGGCGGAGG 
AAGGTGGTGG TGGTGATGGG CGCGACCGGC GCAGGCAAGT CGCGGCTGGC CGTCGACCTC 
GCGGCCCACT TCGCCGGCGT CGAGGTGGTC AGCGCCGACT CCATGCAGGT CTACCGCGGC 
CTCGACGTCC TCACCAACAA GATCCCCCTC CACGAGCAGA ACGGCGTTCC TCACCATCTC 
CTTAGCGTAA TCGACTCCTC CGTGGAGTTC ACTTGCCGCG ATTTCCGTGA CCATGCTGTC 
CCGATCATAG AAGGAATTTT TGATCGTGGT GGCCTCCCTG TTATTGTCGG TGGTACAAAC 
TTCTACATCC AGACTCTTGT TAGCCCATTC CTCTTCGATG ATATGACACA GGATATTGAG 
GGCTGCACTT TTAGTGAACA TCTAGATGAG ATAGGCCTTG ATAATGATGA TGAAGCCAGT 
CTGTATGAGC ATTTGAAGAT CATCGATCCT GTTGCAGCCC AAAGGATCCA CCCGAACAAC 
CATCGAAAAA TAAAACGGTA CCTTGAGTTG TATGAATCCA CAGGCGCCCT ACCTAGTGAT 
CTTTTCCAAG GGGAAGCCAC AGAGAGGTGG GGTCGACCTA GTAACTCCAG ATTTGACTGT 
TGTTTCTTGT GGGTAGATGC TGATCTTCAA GTTCTGGATC GTTATGTAAG TGAAAGGGTC 
AACTGCATGA TTGATGATGG CTTGCTAGAT GAAGTGTGCA ACATATATGA TCGAGAGGCC 
ACTTATACCC AAGGGCTGCG GCAGGCCATT GGTGTTCGTG AATTTGATGA GCTCTTCAGA 
TTTTATCTTA CAAGAAAAGA TACCGGTGAG ATAAAGATGG ATTCATGTAC AACTATGGCA 
GGTATCCATG ATGATAATCT GAAGAGCTTA TTGGACGAAG CAGTCTCACA GCTAAAAGCA 
AACACGCGTA AACTTGTTCG ACGTCAAAGA CGAAGGCTAC ATCGGTTGAA TAAAGATTTT 
GAGTGGAATT TGCATCATGT TGATGCAACA GAAGCTTTCA ATAGTGCCAC TGCTGACTCA 
TGGAACAAGA AAGTTGTGAA ACCTTGCGTG GATATTGTTA GAGGTTTTTT GTCTAATGAT 
ACAACTTTGG CAAGCAGTGA TCGTTCTAAT GTAACTGGAA GCTCTAAGAT GTCTTCAAGA 
GAGTTGTGGA TTCAGTACGT TTGTGAGGCT TGCGATAACC GGGTCCTTCG TGGGGCGCAT 
GAGTGGGAGC AGCACAGGCA AGGCCGATGC CACCGGAAAA GAGTACAACG GTTGAAACAG 
AAGACTAGAG GAGAACACTG A