LOC106723133 , Alligator sinensis(Chinese alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106723133
Entrez Gene ID	106723133
Full Name	uncharacterized LOC106723133
Gene Type	ncRNA
Organism	Alligator sinensis(Chinese alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_025194348.1	XP_025050133.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106723133 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106723133 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
OAl97932	XM_025194348.1 Latest version!	Alligator sinensis interferon-induced very large GTPase 1-like (LOC106723133), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC106723133 ( XM_025194348.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025050133.1 Alligator sinensis interferon-induced very large GTPase 1-like (LOC106723133), mRNA.

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CloneID	OAl97932
Clone ID Related Accession (Same CDS sequence)	XM_025194348.1
Accession Version	XM_025194348.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5574bp) 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	Alligator sinensis(Chinese alligator)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005843183.1) 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 :: Alligator 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##

ATGTGGCACC TGGCGTGGTT TCCAGTGTGG CTGGGCTGCA TCATTGCTTT AGGATCAGAT 
CTCGAGCATC AGTCGAAGGT GAATGCCGTG GCTGGGGAAA ACGTCACCCT CAGCTGCCAG 
TTCAAGCTCT CCTCTGACTA CCTGCTGACC AAGCTCCAGA TCCACTGGCA TGTCTTCCGG 
GACCACGCGG GCTCCGTGGT GCACAGCTAC TATGACAGCG CCGACCAACT GCAGGACCAG 
GACGTGGAGT TCAGGGGCCG GACGCAGCTC TTCCTCAAGG AGCTCGGCCA GGGGGTGGCC 
GCCCTGAACC TGAGCAGGGT GCAGCCCTCC GACAGCGGGG ACTACAGGTG CATCATTATC 
AACAGCCAAG ACATGCTCAT CGGGAACGTG ATTCTCCATG TAAAAGCCCC GTACCACCCT 
CCCGAGATCA AAATCCTTTC CCACGCCGGT GGGGAGGTGA TCCTGCAGTG CGTGTCCTCA 
GGCGGCTACC CCGCAGCACA AATCTGCTGG TACGATGGGA AGGGAAACCA GCTGAACCAG 
TTGGAGCCTA TATTGCTTCA GAGGGACGAA AAGGGGACCT TCCAAGTGCA AAGCCACCTG 
CCAGCAAGAG GCCACCAGAA CAACGTGGTC TGTTGCTTCC TGCTGCACTC AGCCCTAAGC 
CAGAACCTGA GCGTCTGCGA AACAGTCCCA GCCTTCCTGA ACGAGGCTGA GGCTGGGCGC 
CAGAGCACTG TCAGGAACGT AGCACTGTTT GTCGGGATAA CCACAGTGAT CGTATTCATG 
CTCATTCCCA TTGGACTATT CTACTGGAAA AGACGACGGC AATCTCTGAG AGCTTCAAAT 
CAAAACAGTG ATGAAGAGAA AGATGAGCTT CTCTCCAGAC AGCCAAAAGT AGAAAGGAAG 
TCGCTGCAGG AATTCCTAGC AAGTCTGGGA ATGGAAAACT TACAAAGCAG AAAGCTCAAG 
CTGAGAGACC TGCTGGAAGT GAGCCAAGGG AGTTTAAAAG AAGGTCCCAC TCAGATGACA 
GGAGAAATAC CATGGCATTT CCTTAGGAAG GTCATGGCTC TGAACGGGAC AGCCAGAAGC 
ACTAAGCTAG AACCGTGGGA CGACGGCATC GGGGAGGGTG AACAGGAACC CAACATTTTA 
GTGCTTCCGA CAGCCCTGGC CCCCAAAAGG TGCCAGAACC CTTTGGACGT CCTGTGTGCG 
GTCCTGTGCT GCTCAGACCC ACTCTTCCAG CAGGAGACCC TGCTCAAGAT GTCCATGTGC 
CAGTTTGCCC TCCCGTTGGT CCTCCCACCG CTGGACACTC CCAGGGCCAC ATTCATACTC 
TGGGCCTTGC GAGGCATTGT GAAAAGGTGG AGGCCGCCCG CGCTGAGGGA AAGCCAGGGC 
TTCCAAGAGG AGAGCCTGGT GCTCGCAGCA CTGCCCACCT TTTCCTTTGT GAGGCTGGGA 
GCATGCAGCC TTTCCAAGTC CAGAGTCCTC AACCAGGTCC TCAGCCCTTC CCAGCAGCAA 
AACAACTTCT TCATCCACAG GGGCCTGGAG TGTGGGGATG TCCCTCGCCA GATCTCAGAG 
GGGCTGGTGG AGATCGCCTG GTACTTCCCT GGGGGCAGAG AGACCTCAGA GCCTTTCCAA 
GAGCCCATCG CCGTGACCAA TCTGCGGGGG GACGTCGAAT CGCACTGGCT CCAGTTCACT 
TTCCTCATGG AAGTCTCCGC AGCCGTCTTT GTCTTTGCTG AAAGCATCAG CGAGAGCCAG 
TATCACCGCT TTTCCTGCCT GGATGACTCG GAGAGAAAAC TCTACTTCAT CCTCGCGCCC 
TCTCTTAATA TACTTGGAAA AGGAGAGGGA TCCCTTGATA ACCTTGTCCC CATGCAGAAG 
ATCAACCAGT CCCGCCTGCT TGTGAAATAT AACACCACCA ATGACTCCGA CCTCGTGAAA 
AGCCTGCGGT CCATCCTGAA GCAGCCTCAC AAGACAGTGA GCCTGGAGGA TATGGCTGGG 
ACAGCTCGTA AACTTGATAT CCAGGTAGAT GAAGACAGTG AGAAATGCCA GAGGGGGAAG 
GAGAGAGCAA TAGCAATCAC AAAGGAAATA ACAGATGTTG TGGAGTACAA GAACAGAGCC 
CTGAAACTGC AAGGGGAGCC CTGGAAGCAC CTGACTGAAG TAGAAAGGGA GCTCTGCCAA 
ATGAAGCAGC AAGGGGAGAC CCCGACCGAG AACTATAAAT CCCAGCTGAG ACAGAATTGC 
CAGCGCCTGC GGACAAAGCA GCAGAAGTAT GGCCTCGCAG GTGGGGTGGA GATGTTTAAG 
GCAACAATAG AAGAAGAAGT GGATGGAAAA GCCCACTACT TCCTGAGGTG GATGACATTT 
TACTTGGATA GGATTTCCAG GGAGAACCGT TCCAAGCTGC AGGCAAAGCA TAAAGAGGTG 
GAGAGAGCTT CTAACCATAG CACAAAACGG CTCTCCGAAC TGGATGAATT AATAGCAGGG 
AGTTCCCTGG GGGTGGAGCA CTTCCTGCGT GAGCTGGGGC AGTTTTATGA GGCAGAGCAG 
TCCCTGGTGA AGGAAGACCA CCTGCCCCAA AGCCACATGA AGTTCATCCA CCTCCCGGGG 
CTAGTGGCGG ACCTGATGCT GGACGGGTTC CCCATGGAGC TGGTGGACGG AGGCGTCTCC 
AACATCCCGC TGCAGTGGGT GACGGATGTG CTGATGGAGC TCCACTCCAA GCTGAGGGGA 
AAGTCCCGGA TGCTGGTGGT CACCGTGCTG GGTGTGCAGA GCACAGGAAA ATCCACCCTG 
CTCAACACCA TGTTTGGCCT GCAGTTCCCG GTGAGCAGTG GGCGATGCAC TCGAGGGGCC 
TTCATGTCAC TCCTCCAAGT GGCAGAGGAC GCTCGGGAGG ACCTGCACTG CGACATCATC 
CTGCTGATTG ACACCGAAGG CTTGAAAGCC CCTGAGCTGG CCAAGCTGGA GGACAGCTAT 
CAGCATGATA ACGAGCTGGC CACACTGGTG GTGGGCCTGA GTGACATCAC AATCGTTAAC 
ACCGCCATGG AGAACGCTAC CGAGATGCAG GATGTCCTGC AGATAGCCGT CCATGCCTTT 
CTCCGGATGA AGGAGATTGG GCTTAAACCG AACTGCCAGT TTGTGCACCA GAACGTCAGC 
GATGTGTCAG CCCACGAAAA AAACACGATG GACAGGAAAC GCTTCCTGGA GCAGCTGAAT 
GACATGACCC GAGCTGCTGC CAGGATGGAG AAACTGAGCC GGGACCTGAC ATTCTCGGCT 
GTTCTGAACT ACAACCCCGC AGAACACGAC TGGTACATCC CAAGTCTGTG GCATGGGGTC 
CCACCCATGG CTTCAGTGAA TTTGGGATAC AGTGAGAGTA TGTGTGAGCT AAGAAAACAC 
TTGATTCAAT TACTGAAGAA CTGGCCATCT AATCAAATCC TGGAAGACAT CCCCCAGTTC 
CTCGAATGGG TGAGAAACCT CTGGAATGGC GTCAAACATG AGAACTTCCT TTTCAGCTTC 
AGGAACAGCC GGGTGGCGGA GGCCTACAAC CAGCTGGCCC TGAAGTACTC CGAGTGGGAG 
TGGCGTTTCC GCAAGGGGAT GCACCTCTGG GTCTGCAAGA AGGAAAACAA GATCCAGAAC 
CAGACCCCGC AGGAGCTAGA TTTGCAGAGC TTGAAAGAAG AGCTGCAGGC CAAACTTCAG 
GGTGGAGAGG AGCAAATGCT GGACTGCCTA CAGGAGTACT ACGAAAGCGG AGTGAAAAAC 
TTGCACTTGA TAGAAAAATA CAGGGAAGAT TTCACCAGGA GCATATTCAG CCTCAAGAAA 
GAACTTGAAG GTTACTCCAC CAGCAAGTAT ACAGAAGCTA TTGAAATACA GAAATGCCGC 
CACAAGATCA ACAACATCCA GGCTGAGTAC AGGAAAGTAC TTGAAGGGAA AGTGGTCAGC 
CTGTTGGAAG ACTGCAGGAA CCGAAGACAC CCACTGGACC AAAGAGAAAC AGAAAGAGAG 
TTTGAAAGTA TGTGGAAAGA AGCAGTGTCT GATTTAAACC CCATTCACTT GCAGAGAAGC 
CAGGTGGCCC AGGATCTAGA GCTCCAGCTG AAGAGGGACC TGGATAATCG CGGGAGTGCC 
GCAAGGCAGA AGCTACAAGA TGCAGGAAGC CTTTGTAATT ACAGAACCAA TCCTCTAGTG 
ATGGCCAAGA AATATTTAGA CTCTTCGTAT TTCAATGATG TGACCCGCTC ACCCCCACAG 
GACTGGTGGC TCAAGGTCGA GAGGCTGGTT TGCTCTTTAA AAGATGAGTG CAATAGTTAT 
ATTGCAGAAA AGGTCAGCTC CAAGGCAGAC TACGACGAAA CCTATGGCCG GGAACTGCTG 
CATATGNNNN NNNNNNNNNN NNNNNNNNAG GAGGATGTGT TGAACTGTCA CGCCAGCATC 
GATTTCGAAG TGGACCTGAA GTTGCACATC TTGGGTGAAG CTGCTGGCAA GTTTCAGGAG 
ATGCACACGA AGTTCATCCA AGAAAATGAC CCTCAACTGC GTCTGGAGAT GTTGAAACAG 
GAATATCTCA CCACCTTTAG AAACCTTTAC CTGGAGAAGG ACACCTGCCA GCAGAGGGCC 
AAGCGGTTCT GCGAGACCTG CCTCAAACCC GCCCTAGTGG AGCACATCAA CAAGCAACTG 
GGAATAAGAA TAATAGACAA CGTTCTTAGA CACAAGAAGA CTGATCGATA CAGCAGTCGG 
GCTACCTTTC AGTTCTTTAT ACTGAAACGG CTGCTGGAAA TGATGAACTT CGCTGACTAC 
CTGAAATACA TTAATGACTA CAATGGTTTC ATCAAAGATG AGATCTCGAG GGATATTTTG 
GAGCGTTACG AAAAAAAAGA AGTTATTGAA GTTCTGGAAG CTGAGATCCT TTCTGCCATC 
ATAAAGAAAG TCAGAGGAGC TCTACAGAAG GCTACAGACG AAGGAGGCAA TGCGGTCCCT 
GACTTCATCA CCAACTTCTG CACAGTCTTG GAGAACGATT TAGCCATCCC CAGAGGCAGC 
ATGGAAATGA CCCTCTTTCA AATCACAGCT GGCATTCGGC AGTTTTCAGC TGATGTTCAA 
GACTCGCTCT TGACGTTGGA GCAGGGCCTG GCCTCGGAGT TCAAGGAGGT GACCCTTGAG 
CAGAAGCTCT CCAGGCTTCA AGTGAAGCCT GAGGAGGAGC TGTTCAAGAG AGTGTTTGGC 
TGTGGGCAGC AGTGTCCCTT CTGTGGCGTC CACTGTGAAG CAGAAACCAC GGATCACAAA 
CACCACTATG CACATATGCA TCGGCCCCAG GGATTGCAGC GCTGTGTGGA TCTTTTCACC 
AGAACACGGG ACTACTCCAT ATGCTCCTCT GCTGTGGAGT CCACTGCCTC CTTTTCCACC 
AAAGAGAAAA CTGTTCCATT CAGAGATTAC CGTCTCTATT TCCCAGACTG GATCATTTCC 
CCAGATGTGA ATGCTGAAGC CTCCAGTTAC TGGAAGTTTG TTTCCAAGAA GTTCAACCAC 
GCATTCGCTG AGGAATATAA TACTCACCCA GTTCATCTTC CAGATGACTG GAACAGGATA 
ACCAAGGAGC AGGCTCAGGA GAGCATAGAG AAAGTGTATA GCATAAGTGT ATAG

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

RefSeq	XP_025050133.1
CDS	104..5677
Translation	MWHLAWFPVWLGCIIALGSDLEHQSKVNAVAGENVTLSCQFKLSSDYLLTKLQIHWHVFRDHAGSVVHSYYDSADQLQDQDVEFRGRTQLFLKELGQGVAALNLSRVQPSDSGDYRCIIINSQDMLIGNVILHVKAPYHPPEIKILSHAGGEVILQCVSSGGYPAAQICWYDGKGNQLNQLEPILLQRDEKGTFQVQSHLPARGHQNNVVCCFLLHSALSQNLSVCETVPAFLNEAEAGRQSTVRNVALFVGITTVIVFMLIPIGLFYWKRRRQSLRASNQNSDEEKDELLSRQPKVERKSLQEFLASLGMENLQSRKLKLRDLLEVSQGSLKEGPTQMTGEIPWHFLRKVMALNGTARSTKLEPWDDGIGEGEQEPNILVLPTALAPKRCQNPLDVLCAVLCCSDPLFQQETLLKMSMCQFALPLVLPPLDTPRATFILWALRGIVKRWRPPALRESQGFQEESLVLAALPTFSFVRLGACSLSKSRVLNQVLSPSQQQNNFFIHRGLECGDVPRQISEGLVEIAWYFPGGRETSEPFQEPIAVTNLRGDVESHWLQFTFLMEVSAAVFVFAESISESQYHRFSCLDDSERKLYFILAPSLNILGKGEGSLDNLVPMQKINQSRLLVKYNTTNDSDLVKSLRSILKQPHKTVSLEDMAGTARKLDIQVDEDSEKCQRGKERAIAITKEITDVVEYKNRALKLQGEPWKHLTEVERELCQMKQQGETPTENYKSQLRQNCQRLRTKQQKYGLAGGVEMFKATIEEEVDGKAHYFLRWMTFYLDRISRENRSKLQAKHKEVERASNHSTKRLSELDELIAGSSLGVEHFLRELGQFYEAEQSLVKEDHLPQSHMKFIHLPGLVADLMLDGFPMELVDGGVSNIPLQWVTDVLMELHSKLRGKSRMLVVTVLGVQSTGKSTLLNTMFGLQFPVSSGRCTRGAFMSLLQVAEDAREDLHCDIILLIDTEGLKAPELAKLEDSYQHDNELATLVVGLSDITIVNTAMENATEMQDVLQIAVHAFLRMKEIGLKPNCQFVHQNVSDVSAHEKNTMDRKRFLEQLNDMTRAAARMEKLSRDLTFSAVLNYNPAEHDWYIPSLWHGVPPMASVNLGYSESMCELRKHLIQLLKNWPSNQILEDIPQFLEWVRNLWNGVKHENFLFSFRNSRVAEAYNQLALKYSEWEWRFRKGMHLWVCKKENKIQNQTPQELDLQSLKEELQAKLQGGEEQMLDCLQEYYESGVKNLHLIEKYREDFTRSIFSLKKELEGYSTSKYTEAIEIQKCRHKINNIQAEYRKVLEGKVVSLLEDCRNRRHPLDQRETEREFESMWKEAVSDLNPIHLQRSQVAQDLELQLKRDLDNRGSAARQKLQDAGSLCNYRTNPLVMAKKYLDSSYFNDVTRSPPQDWWLKVERLVCSLKDECNSYIAEKVSSKADYDETYGRELLHMnullnullnullnullnullnullnullnullEDVLNCHASIDFEVDLKLHILGEAAGKFQEMHTKFIQENDPQLRLEMLKQEYLTTFRNLYLEKDTCQQRAKRFCETCLKPALVEHINKQLGIRIIDNVLRHKKTDRYSSRATFQFFILKRLLEMMNFADYLKYINDYNGFIKDEISRDILERYEKKEVIEVLEAEILSAIIKKVRGALQKATDEGGNAVPDFITNFCTVLENDLAIPRGSMEMTLFQITAGIRQFSADVQDSLLTLEQGLASEFKEVTLEQKLSRLQVKPEEELFKRVFGCGQQCPFCGVHCEAETTDHKHHYAHMHRPQGLQRCVDLFTRTRDYSICSSAVESTASFSTKEKTVPFRDYRLYFPDWIISPDVNAEASSYWKFVSKKFNHAFAEEYNTHPVHLPDDWNRITKEQAQESIEKVYSISV

Target ORF information:

RefSeq Version	XM_025194348.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis interferon-induced very large GTPase 1-like (LOC106723133), mRNA.

Target ORF information:

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

XM_025194348.1

ORF Insert Sequence:

ATGTGGCACC TGGCGTGGTT TCCAGTGTGG CTGGGCTGCA TCATTGCTTT AGGATCAGAT 
CTCGAGCATC AGTCGAAGGT GAATGCCGTG GCTGGGGAAA ACGTCACCCT CAGCTGCCAG 
TTCAAGCTCT CCTCTGACTA CCTGCTGACC AAGCTCCAGA TCCACTGGCA TGTCTTCCGG 
GACCACGCGG GCTCCGTGGT GCACAGCTAC TATGACAGCG CCGACCAACT GCAGGACCAG 
GACGTGGAGT TCAGGGGCCG GACGCAGCTC TTCCTCAAGG AGCTCGGCCA GGGGGTGGCC 
GCCCTGAACC TGAGCAGGGT GCAGCCCTCC GACAGCGGGG ACTACAGGTG CATCATTATC 
AACAGCCAAG ACATGCTCAT CGGGAACGTG ATTCTCCATG TAAAAGCCCC GTACCACCCT 
CCCGAGATCA AAATCCTTTC CCACGCCGGT GGGGAGGTGA TCCTGCAGTG CGTGTCCTCA 
GGCGGCTACC CCGCAGCACA AATCTGCTGG TACGATGGGA AGGGAAACCA GCTGAACCAG 
TTGGAGCCTA TATTGCTTCA GAGGGACGAA AAGGGGACCT TCCAAGTGCA AAGCCACCTG 
CCAGCAAGAG GCCACCAGAA CAACGTGGTC TGTTGCTTCC TGCTGCACTC AGCCCTAAGC 
CAGAACCTGA GCGTCTGCGA AACAGTCCCA GCCTTCCTGA ACGAGGCTGA GGCTGGGCGC 
CAGAGCACTG TCAGGAACGT AGCACTGTTT GTCGGGATAA CCACAGTGAT CGTATTCATG 
CTCATTCCCA TTGGACTATT CTACTGGAAA AGACGACGGC AATCTCTGAG AGCTTCAAAT 
CAAAACAGTG ATGAAGAGAA AGATGAGCTT CTCTCCAGAC AGCCAAAAGT AGAAAGGAAG 
TCGCTGCAGG AATTCCTAGC AAGTCTGGGA ATGGAAAACT TACAAAGCAG AAAGCTCAAG 
CTGAGAGACC TGCTGGAAGT GAGCCAAGGG AGTTTAAAAG AAGGTCCCAC TCAGATGACA 
GGAGAAATAC CATGGCATTT CCTTAGGAAG GTCATGGCTC TGAACGGGAC AGCCAGAAGC 
ACTAAGCTAG AACCGTGGGA CGACGGCATC GGGGAGGGTG AACAGGAACC CAACATTTTA 
GTGCTTCCGA CAGCCCTGGC CCCCAAAAGG TGCCAGAACC CTTTGGACGT CCTGTGTGCG 
GTCCTGTGCT GCTCAGACCC ACTCTTCCAG CAGGAGACCC TGCTCAAGAT GTCCATGTGC 
CAGTTTGCCC TCCCGTTGGT CCTCCCACCG CTGGACACTC CCAGGGCCAC ATTCATACTC 
TGGGCCTTGC GAGGCATTGT GAAAAGGTGG AGGCCGCCCG CGCTGAGGGA AAGCCAGGGC 
TTCCAAGAGG AGAGCCTGGT GCTCGCAGCA CTGCCCACCT TTTCCTTTGT GAGGCTGGGA 
GCATGCAGCC TTTCCAAGTC CAGAGTCCTC AACCAGGTCC TCAGCCCTTC CCAGCAGCAA 
AACAACTTCT TCATCCACAG GGGCCTGGAG TGTGGGGATG TCCCTCGCCA GATCTCAGAG 
GGGCTGGTGG AGATCGCCTG GTACTTCCCT GGGGGCAGAG AGACCTCAGA GCCTTTCCAA 
GAGCCCATCG CCGTGACCAA TCTGCGGGGG GACGTCGAAT CGCACTGGCT CCAGTTCACT 
TTCCTCATGG AAGTCTCCGC AGCCGTCTTT GTCTTTGCTG AAAGCATCAG CGAGAGCCAG 
TATCACCGCT TTTCCTGCCT GGATGACTCG GAGAGAAAAC TCTACTTCAT CCTCGCGCCC 
TCTCTTAATA TACTTGGAAA AGGAGAGGGA TCCCTTGATA ACCTTGTCCC CATGCAGAAG 
ATCAACCAGT CCCGCCTGCT TGTGAAATAT AACACCACCA ATGACTCCGA CCTCGTGAAA 
AGCCTGCGGT CCATCCTGAA GCAGCCTCAC AAGACAGTGA GCCTGGAGGA TATGGCTGGG 
ACAGCTCGTA AACTTGATAT CCAGGTAGAT GAAGACAGTG AGAAATGCCA GAGGGGGAAG 
GAGAGAGCAA TAGCAATCAC AAAGGAAATA ACAGATGTTG TGGAGTACAA GAACAGAGCC 
CTGAAACTGC AAGGGGAGCC CTGGAAGCAC CTGACTGAAG TAGAAAGGGA GCTCTGCCAA 
ATGAAGCAGC AAGGGGAGAC CCCGACCGAG AACTATAAAT CCCAGCTGAG ACAGAATTGC 
CAGCGCCTGC GGACAAAGCA GCAGAAGTAT GGCCTCGCAG GTGGGGTGGA GATGTTTAAG 
GCAACAATAG AAGAAGAAGT GGATGGAAAA GCCCACTACT TCCTGAGGTG GATGACATTT 
TACTTGGATA GGATTTCCAG GGAGAACCGT TCCAAGCTGC AGGCAAAGCA TAAAGAGGTG 
GAGAGAGCTT CTAACCATAG CACAAAACGG CTCTCCGAAC TGGATGAATT AATAGCAGGG 
AGTTCCCTGG GGGTGGAGCA CTTCCTGCGT GAGCTGGGGC AGTTTTATGA GGCAGAGCAG 
TCCCTGGTGA AGGAAGACCA CCTGCCCCAA AGCCACATGA AGTTCATCCA CCTCCCGGGG 
CTAGTGGCGG ACCTGATGCT GGACGGGTTC CCCATGGAGC TGGTGGACGG AGGCGTCTCC 
AACATCCCGC TGCAGTGGGT GACGGATGTG CTGATGGAGC TCCACTCCAA GCTGAGGGGA 
AAGTCCCGGA TGCTGGTGGT CACCGTGCTG GGTGTGCAGA GCACAGGAAA ATCCACCCTG 
CTCAACACCA TGTTTGGCCT GCAGTTCCCG GTGAGCAGTG GGCGATGCAC TCGAGGGGCC 
TTCATGTCAC TCCTCCAAGT GGCAGAGGAC GCTCGGGAGG ACCTGCACTG CGACATCATC 
CTGCTGATTG ACACCGAAGG CTTGAAAGCC CCTGAGCTGG CCAAGCTGGA GGACAGCTAT 
CAGCATGATA ACGAGCTGGC CACACTGGTG GTGGGCCTGA GTGACATCAC AATCGTTAAC 
ACCGCCATGG AGAACGCTAC CGAGATGCAG GATGTCCTGC AGATAGCCGT CCATGCCTTT 
CTCCGGATGA AGGAGATTGG GCTTAAACCG AACTGCCAGT TTGTGCACCA GAACGTCAGC 
GATGTGTCAG CCCACGAAAA AAACACGATG GACAGGAAAC GCTTCCTGGA GCAGCTGAAT 
GACATGACCC GAGCTGCTGC CAGGATGGAG AAACTGAGCC GGGACCTGAC ATTCTCGGCT 
GTTCTGAACT ACAACCCCGC AGAACACGAC TGGTACATCC CAAGTCTGTG GCATGGGGTC 
CCACCCATGG CTTCAGTGAA TTTGGGATAC AGTGAGAGTA TGTGTGAGCT AAGAAAACAC 
TTGATTCAAT TACTGAAGAA CTGGCCATCT AATCAAATCC TGGAAGACAT CCCCCAGTTC 
CTCGAATGGG TGAGAAACCT CTGGAATGGC GTCAAACATG AGAACTTCCT TTTCAGCTTC 
AGGAACAGCC GGGTGGCGGA GGCCTACAAC CAGCTGGCCC TGAAGTACTC CGAGTGGGAG 
TGGCGTTTCC GCAAGGGGAT GCACCTCTGG GTCTGCAAGA AGGAAAACAA GATCCAGAAC 
CAGACCCCGC AGGAGCTAGA TTTGCAGAGC TTGAAAGAAG AGCTGCAGGC CAAACTTCAG 
GGTGGAGAGG AGCAAATGCT GGACTGCCTA CAGGAGTACT ACGAAAGCGG AGTGAAAAAC 
TTGCACTTGA TAGAAAAATA CAGGGAAGAT TTCACCAGGA GCATATTCAG CCTCAAGAAA 
GAACTTGAAG GTTACTCCAC CAGCAAGTAT ACAGAAGCTA TTGAAATACA GAAATGCCGC 
CACAAGATCA ACAACATCCA GGCTGAGTAC AGGAAAGTAC TTGAAGGGAA AGTGGTCAGC 
CTGTTGGAAG ACTGCAGGAA CCGAAGACAC CCACTGGACC AAAGAGAAAC AGAAAGAGAG 
TTTGAAAGTA TGTGGAAAGA AGCAGTGTCT GATTTAAACC CCATTCACTT GCAGAGAAGC 
CAGGTGGCCC AGGATCTAGA GCTCCAGCTG AAGAGGGACC TGGATAATCG CGGGAGTGCC 
GCAAGGCAGA AGCTACAAGA TGCAGGAAGC CTTTGTAATT ACAGAACCAA TCCTCTAGTG 
ATGGCCAAGA AATATTTAGA CTCTTCGTAT TTCAATGATG TGACCCGCTC ACCCCCACAG 
GACTGGTGGC TCAAGGTCGA GAGGCTGGTT TGCTCTTTAA AAGATGAGTG CAATAGTTAT 
ATTGCAGAAA AGGTCAGCTC CAAGGCAGAC TACGACGAAA CCTATGGCCG GGAACTGCTG 
CATATGNNNN NNNNNNNNNN NNNNNNNNAG GAGGATGTGT TGAACTGTCA CGCCAGCATC 
GATTTCGAAG TGGACCTGAA GTTGCACATC TTGGGTGAAG CTGCTGGCAA GTTTCAGGAG 
ATGCACACGA AGTTCATCCA AGAAAATGAC CCTCAACTGC GTCTGGAGAT GTTGAAACAG 
GAATATCTCA CCACCTTTAG AAACCTTTAC CTGGAGAAGG ACACCTGCCA GCAGAGGGCC 
AAGCGGTTCT GCGAGACCTG CCTCAAACCC GCCCTAGTGG AGCACATCAA CAAGCAACTG 
GGAATAAGAA TAATAGACAA CGTTCTTAGA CACAAGAAGA CTGATCGATA CAGCAGTCGG 
GCTACCTTTC AGTTCTTTAT ACTGAAACGG CTGCTGGAAA TGATGAACTT CGCTGACTAC 
CTGAAATACA TTAATGACTA CAATGGTTTC ATCAAAGATG AGATCTCGAG GGATATTTTG 
GAGCGTTACG AAAAAAAAGA AGTTATTGAA GTTCTGGAAG CTGAGATCCT TTCTGCCATC 
ATAAAGAAAG TCAGAGGAGC TCTACAGAAG GCTACAGACG AAGGAGGCAA TGCGGTCCCT 
GACTTCATCA CCAACTTCTG CACAGTCTTG GAGAACGATT TAGCCATCCC CAGAGGCAGC 
ATGGAAATGA CCCTCTTTCA AATCACAGCT GGCATTCGGC AGTTTTCAGC TGATGTTCAA 
GACTCGCTCT TGACGTTGGA GCAGGGCCTG GCCTCGGAGT TCAAGGAGGT GACCCTTGAG 
CAGAAGCTCT CCAGGCTTCA AGTGAAGCCT GAGGAGGAGC TGTTCAAGAG AGTGTTTGGC 
TGTGGGCAGC AGTGTCCCTT CTGTGGCGTC CACTGTGAAG CAGAAACCAC GGATCACAAA 
CACCACTATG CACATATGCA TCGGCCCCAG GGATTGCAGC GCTGTGTGGA TCTTTTCACC 
AGAACACGGG ACTACTCCAT ATGCTCCTCT GCTGTGGAGT CCACTGCCTC CTTTTCCACC 
AAAGAGAAAA CTGTTCCATT CAGAGATTAC CGTCTCTATT TCCCAGACTG GATCATTTCC 
CCAGATGTGA ATGCTGAAGC CTCCAGTTAC TGGAAGTTTG TTTCCAAGAA GTTCAACCAC 
GCATTCGCTG AGGAATATAA TACTCACCCA GTTCATCTTC CAGATGACTG GAACAGGATA 
ACCAAGGAGC AGGCTCAGGA GAGCATAGAG AAAGTGTATA GCATAAGTGT ATAG