FGD6 cDNA ORF clone, Nipponia nippon(crested ibis)

Gene
Clones
gRNAs

Summary

Gene Symbol	FGD6
Entrez Gene ID	104011703
Full Name	FYVE, RhoGEF and PH domain containing 6
Gene Type	protein-coding
Organism	Nipponia nippon(crested ibis)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009463994.1	XP_009462269.1	LOW QUALITY PROTEIN: FYVE, RhoGEF and PH domain-containing protein 6

Pathways from BioSystems
Gene Ontology

The following FGD6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FGD6 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
ONi165338	XM_009463994.1 Latest version!	Nipponia nippon FYVE, RhoGEF and PH domain containing 6 (FGD6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

FGD6 ( XM_009463994.1 ) cDNA ORF clone, Nipponia nippon(crested ibis) -> XP_009462269.1 Nipponia nippon FYVE, RhoGEF and PH domain containing 6 (FGD6), mRNA.

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CloneID	ONi165338
Clone ID Related Accession (Same CDS sequence)	XM_009463994.1
Accession Version	XM_009463994.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4587bp) 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	2014-10-05
Organism	Nipponia nippon(crested ibis)
Product	LOW QUALITY PROTEIN: FYVE, RhoGEF and PH domain-containing protein 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008999950.1) 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 :: Nipponia nippon Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 5% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCAAGAAA CAAATTATTC CCAGCAGAAG CAAGTGAAAA TAGTTGTACA AGACTCCAGC 
AAGAATGCCA AGTACCATGC TGTGAGCTCA GCTCAGCGCA GCGCGGTGCG AGGCCTCCCG 
CGGGCGCTGC GCTCTCTGCA CCCGCAGTTC CCGGGCGGTG CCGCGGGCCC CCCGGCCGCC 
CCTCGCCCCT CCTCAGCCCC CAGCGATCCT CCGGGAACTC CTCATAATAC GGCGGTGCAG 
GTGAAGTTGT TCTGTGGGCT GATGGTGACT AAANGTCTTT GTTTTCCATC CTTCCTAGAA 
ATTAAGAAGC CACCGGTGGC CCCCAAACCA AAATTTGTGG TAGGACACAA GGCGACGCCT 
CCACCTGTTG CACCGAAGCC TGACGTTGTA CTTACTGGTG TCATACAAGC AGCAAGGAAA 
ACCAAGCCAG CAATTGCACC AAAACCAAAG GTTCTCAAGA GCTCATCTGT TCCGGAAGTT 
AAACCTCCAT CGTCTACACG AAAAAGCACA AAAAGCTTTG AGGAGCACAG GGGAGATTCA 
TCTGAAACAC TAGACCACTT GAACTATAAA AATGAAGCCT CGGAAGGGAG TACTGGTAAC 
ACAGCATATA TTCTACCAGT GTCATCTTGC AAATTTGAAT GCCTTCATAA GCTTGGAAAT 
GGGGAGAACA CCTGTAAAAC TCAGATCATT TTTGAGCACT TTGAAAACTT AGAGAACATC 
AAAGTCGGTG AAAAAAGCGC ACTAACTCTG GGGGATAGTC ACAGTGAAAA ACTGGTAAAT 
AGAAATCAGG TGGTTTTGAA AGCCAACATT TTAGAAGAGA AACTTAAGGA CGTTCTGACT 
CATAGTGTGT TTCCTAACAG CAGTCCTGTG AGGCACAGGT ATGCAGACAA ACTTGACAAA 
GGGGATGGCA GCAGTTCCAA GAATGACGTT AAAATAGATT TTATGGAACT TGTACAGTCT 
TTGTCATCTT CTGAGGTAGC TAAAGGGAAG CAACAAAATA CTGATGGTAA GCTCACAGCT 
GATGAGTTTC AGATGTCTGA AATTTGTCCT AGTTTGGCTG AAAATAACCA CAGCTGCTCT 
TGCCCATTGG ACCAGGAAAT CCTGGAAAAC AAAAATGTAA GTAGCAATAG TACGTTTTCA 
GGTGAAATGG GTATGAAAGC AGATGCTGAT AAAACCTCCT CTGAAACATC TTCAGTCCTG 
ACCTCAAAAG CGCTTCCTAT CCCTAAGCCA AGAAAGCCAC GTGCTGCATG TCTAGTCCGT 
CAGGATGGCA TAGACACCAC TGGACAAGGA ACAAAGGAAC CATCTAATTC AGAGAAAGAT 
TCCGTTGGGC TTGTAGAACA AAGCTTTAAA AAGCCAGCAA AAATTAATAT CCTTGGTCAA 
AGTGTTTGTT ATAACAATAA TACGGAAGTG CTTCATCCTG AAAAACGTGA GATACTGCAA 
AGCAATGCAG ACAAAGTGCA TCAGATGAAG GAAGATGCTA CGGCAGAGTC AGCTTCACAA 
AATCTTTTGC CTCCGTCGTC ACACAAAAAT TATGATTTGG TGGAAAGTGT TGCGTGTTCT 
TTAGATGCAG ACCATAACTT AGTTAACTCT GTGGATGAGA CGACAGATGA TGCCAGTATG 
CTAGATGCTG TGGACAAAAG GACTAACTTT GTCAGATGTG ATACTTTGTC CATGAGTTTG 
CCAAAGCAAC TCAAACTAAC TGGCAGTCAG CACTCATCTG TTTCCAATAG TCTCCATGTT 
TCCCCACAAA AATTGGAAGA TAAAGAAGTT AAAATAAAGG ATGAAAGTTC TCCAAAAATT 
GTTCCTAAGA AACCACAGAG GCACAGCCTA CCAGCTGCTG GTCTACTAAA AAAAGCCGCA 
TCAGCAGAGC TTGTGGAGAA AAGTTCTTAC ACCTCCAGTG AGGACAAATC TAACAGCGCT 
CTGGAAGGAT CTCACTTTAC GTGTCCACCA ACCAAGGAGC AAGGTGCATT GTCATCCTGT 
GACATACCCA AACGTTCTTC TGAGAAACCT GTCTGGAAAT TACCTCATCC TATTCTTCCA 
TTTTCAGGAA ATTCTGAATC GTTAAAAACT GCTAACATTG CTACCAGCTT CAACCACTTG 
ACTGTTGTGA CAAAGCCTAG GGCCAAATCT CTCTCTTCTG TGGACATGGA AAGGACAGAC 
AAGCCTTTGA AAGACCATCA GAAGAAAAAT AGCTTGAAAA AGTTTCTCAA CATGAAACTG 
TCGGTTTGCT TAATGAAAAG CGACTTCCAA AAATTTCTGT CTAAAGGCAG TCAGTCAATG 
GATAGTGCTA TTGCCAACCT TTCCAGCGGG GAAGGGTATG GAAGTGGTAG CAACCGGAGT 
ATAGCATCTA TAGGCAGTGA AAGGAAAGCT AAATCTGCCA AGGCACATTC TGTAGAAATA 
AGTAGTCCAG TGTTACAGAA GAAGAGGCAG AGAAACAGAA GTCAACCTGA GATGCGAAGT 
AACCAAAGGC TGGAGTCTTT AGATGGGCAT GTACTTTCGG GACAGAATTT GTCTCAAATG 
CATTTGAATT TTGTAACCAG CACTTGTGCT CCAGAGTATG AGAACGTGCG TCACTATGAG 
GAAATACCTG AGTATGAGAA CTTGCCTTTT GCTATGGGTG CTGGAAGAAA TCTCTGCTTT 
GAATGGCAGA ACTCCAGCTC TGTGGAAGAC CGGAGCCCTG GCTTCTATGA GGTTGAGGAG 
CCTTGTGAAG CTACAAGCAG ACGCTTGAGA CTTGGCAGGT CCTTAGAAGA ACACCATGAT 
CATCCTAACG TGGTAATGGG AGATCTTCAG TCGGATGAAG AAGATATGAT GAACAGTTCT 
GATGAAGATG ATGACACAAA TTCTGATTCC AGCAAAGGGG AGCCTGATCC TCAAGAAGAT 
AAACAGGCAT CTGGAAAGAA AACAAAGGTT TACCATATTG CCAAGGAGAT CATGAGCTCA 
GAGAAAGTGT TTGTGGATGT GCTAAAGCTC TTACACATTG ATTTCCGGGA TGCTGTGGCA 
CATGCCTCTA GGCAGCTTGG AAAGCCAGTG ATTGAGGACA GAATCCTGAA TCAGATCCTG 
TACTACCTAC CTCAGCTGTA CGAGCTCAAT CGGGACCTCC TGAGGGAACT GGAAGAGCGA 
TTATCTCACT GGCTCGAACA TCAAAGAATT GCTGATATAT TTGTTAAAAA GGGTCCCTAC 
TTAAAGATGT ATTCAACTTA CATCAAAGAA TTTGATAAAA ATGTTGCACT ATTAGATGAA 
CAGTGTAAGA AGAATGCAGG TTTTGCTTCA GTAGTCAAAG ACTTCGAGAT GAGCCCCCGC 
TGTGCTAGTC TGGCCCTCAA GCACTATCTG CTCAAGCCAG TTCAGAGGAT TCCCCAGTAC 
CGGCTCCTGT TGACAGATTA TTTAAAGAAT CTTTTAGAAG AATCTGCAGA CTATAGGGAT 
ACTCAAGATG CTCTAGCTGT TGTCATAGAA GTTGCAAACC ATGCCAATGA CATCATGAAG 
CAGGGAGATA ACTTTCAGAA ACTCATGCAG ATTCAGTACA GTTTAAATGG ACACCATGAG 
ATTGTACAGC CAGGAAGGGT CTTTCTGAAA GAGGGGACAC TGATGAAGCT GTCCCGGAAG 
GTCATGCAGC CACGAATGTT TTTTCTGTTC AATGATGCCC TGTTGTATAC TACTCCAGTT 
CAGTCAGGGA TGTATAAACT TAACAACATG CTCTCGTTGG CTGGAATGAA GGTTAAAAAG 
CCAACCCAGG AAGCATATCA GAATGAACTG AACATTGAAA GCGTAGAGAG ATCCTTCATT 
CTTTCAGCAA GTTCTGCTAC AGAAAGAGAT GAGTGGTTAG AAGCTATCTC CAAGTCAATT 
GAAGAATATA CAAAAAAGAG AATCACATTT AATCCTAGCA AAAGTCTTGA AGAGGCCGAT 
CCAGAGAAAC AGGAGGAAGA TAGTCCACTG GGATCAAAGG CTCCAATCTG GATCCCAGAT 
ACTAGAGCCA CTATGTGTAT GATCTGTACA AGTGAATTCA CGTTGACATG GAGAAGGCAT 
CACTGCAGGG CATGCGGAAA GATTGTCTGT CAAGCTTGTT CATCAAATAA ACATGGTTTA 
GACTATATGA AAAACCAGCC AGCGAGAGTA TGTGATCATT GCTTCAGGGA GCTACAGAAA 
CAAGATAACC AGTGCACTCC TAAGAGCGGA TCCCCAGTCA ACCATAAATC TCCATCAAGT 
GCCTTGTCTA CAGTATTACA TAGTATTCCC TCTGGAAGAA AGCAGAAAAA AATTCCTGCA 
GCCCTCAAAG AAGTTTCAGC AAATACAGAA GACTCTACAA TGAGTGGCTA CCTACACAGA 
TCTAAGGGCA GTAAGAAACC ATGGAAACAC CTATGGTTCG TTATAAAAAA TAAGGTGCTA 
TACACATATG CTGCTAGTGA GGATGTGGCA GCATTAGAGA GCCAGCCTTT ACTTGGATTC 
ACAGTCAGTG AAGTAAAAGA CGAAAACTCA GAGTCTAGAG TGTTCCATTT ACTGCACAAA 
AACACTTTAT TTTACATATT CAAAGCAGAT GATCCCCATT CAGCTCAAAA GTGGATAGAA 
GCTTTTCAAG AAGGCACCAT ATTGTAG

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

RefSeq	XP_009462269.1
CDS	1..4587
Translation	MQETNYSQQKQVKIVVQDSSKNAKYHAVSSAQRSAVRGLPRALRSLHPQFPGGAAGPPAAPRPSSAPSDPPGTPHNTAVQVKLFCGLMVTKnullLCFPSFLEIKKPPVAPKPKFVVGHKATPPPVAPKPDVVLTGVIQAARKTKPAIAPKPKVLKSSSVPEVKPPSSTRKSTKSFEEHRGDSSETLDHLNYKNEASEGSTGNTAYILPVSSCKFECLHKLGNGENTCKTQIIFEHFENLENIKVGEKSALTLGDSHSEKLVNRNQVVLKANILEEKLKDVLTHSVFPNSSPVRHRYADKLDKGDGSSSKNDVKIDFMELVQSLSSSEVAKGKQQNTDGKLTADEFQMSEICPSLAENNHSCSCPLDQEILENKNVSSNSTFSGEMGMKADADKTSSETSSVLTSKALPIPKPRKPRAACLVRQDGIDTTGQGTKEPSNSEKDSVGLVEQSFKKPAKINILGQSVCYNNNTEVLHPEKREILQSNADKVHQMKEDATAESASQNLLPPSSHKNYDLVESVACSLDADHNLVNSVDETTDDASMLDAVDKRTNFVRCDTLSMSLPKQLKLTGSQHSSVSNSLHVSPQKLEDKEVKIKDESSPKIVPKKPQRHSLPAAGLLKKAASAELVEKSSYTSSEDKSNSALEGSHFTCPPTKEQGALSSCDIPKRSSEKPVWKLPHPILPFSGNSESLKTANIATSFNHLTVVTKPRAKSLSSVDMERTDKPLKDHQKKNSLKKFLNMKLSVCLMKSDFQKFLSKGSQSMDSAIANLSSGEGYGSGSNRSIASIGSERKAKSAKAHSVEISSPVLQKKRQRNRSQPEMRSNQRLESLDGHVLSGQNLSQMHLNFVTSTCAPEYENVRHYEEIPEYENLPFAMGAGRNLCFEWQNSSSVEDRSPGFYEVEEPCEATSRRLRLGRSLEEHHDHPNVVMGDLQSDEEDMMNSSDEDDDTNSDSSKGEPDPQEDKQASGKKTKVYHIAKEIMSSEKVFVDVLKLLHIDFRDAVAHASRQLGKPVIEDRILNQILYYLPQLYELNRDLLRELEERLSHWLEHQRIADIFVKKGPYLKMYSTYIKEFDKNVALLDEQCKKNAGFASVVKDFEMSPRCASLALKHYLLKPVQRIPQYRLLLTDYLKNLLEESADYRDTQDALAVVIEVANHANDIMKQGDNFQKLMQIQYSLNGHHEIVQPGRVFLKEGTLMKLSRKVMQPRMFFLFNDALLYTTPVQSGMYKLNNMLSLAGMKVKKPTQEAYQNELNIESVERSFILSASSATERDEWLEAISKSIEEYTKKRITFNPSKSLEEADPEKQEEDSPLGSKAPIWIPDTRATMCMICTSEFTLTWRRHHCRACGKIVCQACSSNKHGLDYMKNQPARVCDHCFRELQKQDNQCTPKSGSPVNHKSPSSALSTVLHSIPSGRKQKKIPAALKEVSANTEDSTMSGYLHRSKGSKKPWKHLWFVIKNKVLYTYAASEDVAALESQPLLGFTVSEVKDENSESRVFHLLHKNTLFYIFKADDPHSAQKWIEAFQEGTIL

Target ORF information:

RefSeq Version	XM_009463994.1
Organism	Nipponia nippon(crested ibis)
Definition	Nipponia nippon FYVE, RhoGEF and PH domain containing 6 (FGD6), mRNA.

Target ORF information:

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

XM_009463994.1

ORF Insert Sequence:

ATGCAAGAAA CAAATTATTC CCAGCAGAAG CAAGTGAAAA TAGTTGTACA AGACTCCAGC 
AAGAATGCCA AGTACCATGC TGTGAGCTCA GCTCAGCGCA GCGCGGTGCG AGGCCTCCCG 
CGGGCGCTGC GCTCTCTGCA CCCGCAGTTC CCGGGCGGTG CCGCGGGCCC CCCGGCCGCC 
CCTCGCCCCT CCTCAGCCCC CAGCGATCCT CCGGGAACTC CTCATAATAC GGCGGTGCAG 
GTGAAGTTGT TCTGTGGGCT GATGGTGACT AAANGTCTTT GTTTTCCATC CTTCCTAGAA 
ATTAAGAAGC CACCGGTGGC CCCCAAACCA AAATTTGTGG TAGGACACAA GGCGACGCCT 
CCACCTGTTG CACCGAAGCC TGACGTTGTA CTTACTGGTG TCATACAAGC AGCAAGGAAA 
ACCAAGCCAG CAATTGCACC AAAACCAAAG GTTCTCAAGA GCTCATCTGT TCCGGAAGTT 
AAACCTCCAT CGTCTACACG AAAAAGCACA AAAAGCTTTG AGGAGCACAG GGGAGATTCA 
TCTGAAACAC TAGACCACTT GAACTATAAA AATGAAGCCT CGGAAGGGAG TACTGGTAAC 
ACAGCATATA TTCTACCAGT GTCATCTTGC AAATTTGAAT GCCTTCATAA GCTTGGAAAT 
GGGGAGAACA CCTGTAAAAC TCAGATCATT TTTGAGCACT TTGAAAACTT AGAGAACATC 
AAAGTCGGTG AAAAAAGCGC ACTAACTCTG GGGGATAGTC ACAGTGAAAA ACTGGTAAAT 
AGAAATCAGG TGGTTTTGAA AGCCAACATT TTAGAAGAGA AACTTAAGGA CGTTCTGACT 
CATAGTGTGT TTCCTAACAG CAGTCCTGTG AGGCACAGGT ATGCAGACAA ACTTGACAAA 
GGGGATGGCA GCAGTTCCAA GAATGACGTT AAAATAGATT TTATGGAACT TGTACAGTCT 
TTGTCATCTT CTGAGGTAGC TAAAGGGAAG CAACAAAATA CTGATGGTAA GCTCACAGCT 
GATGAGTTTC AGATGTCTGA AATTTGTCCT AGTTTGGCTG AAAATAACCA CAGCTGCTCT 
TGCCCATTGG ACCAGGAAAT CCTGGAAAAC AAAAATGTAA GTAGCAATAG TACGTTTTCA 
GGTGAAATGG GTATGAAAGC AGATGCTGAT AAAACCTCCT CTGAAACATC TTCAGTCCTG 
ACCTCAAAAG CGCTTCCTAT CCCTAAGCCA AGAAAGCCAC GTGCTGCATG TCTAGTCCGT 
CAGGATGGCA TAGACACCAC TGGACAAGGA ACAAAGGAAC CATCTAATTC AGAGAAAGAT 
TCCGTTGGGC TTGTAGAACA AAGCTTTAAA AAGCCAGCAA AAATTAATAT CCTTGGTCAA 
AGTGTTTGTT ATAACAATAA TACGGAAGTG CTTCATCCTG AAAAACGTGA GATACTGCAA 
AGCAATGCAG ACAAAGTGCA TCAGATGAAG GAAGATGCTA CGGCAGAGTC AGCTTCACAA 
AATCTTTTGC CTCCGTCGTC ACACAAAAAT TATGATTTGG TGGAAAGTGT TGCGTGTTCT 
TTAGATGCAG ACCATAACTT AGTTAACTCT GTGGATGAGA CGACAGATGA TGCCAGTATG 
CTAGATGCTG TGGACAAAAG GACTAACTTT GTCAGATGTG ATACTTTGTC CATGAGTTTG 
CCAAAGCAAC TCAAACTAAC TGGCAGTCAG CACTCATCTG TTTCCAATAG TCTCCATGTT 
TCCCCACAAA AATTGGAAGA TAAAGAAGTT AAAATAAAGG ATGAAAGTTC TCCAAAAATT 
GTTCCTAAGA AACCACAGAG GCACAGCCTA CCAGCTGCTG GTCTACTAAA AAAAGCCGCA 
TCAGCAGAGC TTGTGGAGAA AAGTTCTTAC ACCTCCAGTG AGGACAAATC TAACAGCGCT 
CTGGAAGGAT CTCACTTTAC GTGTCCACCA ACCAAGGAGC AAGGTGCATT GTCATCCTGT 
GACATACCCA AACGTTCTTC TGAGAAACCT GTCTGGAAAT TACCTCATCC TATTCTTCCA 
TTTTCAGGAA ATTCTGAATC GTTAAAAACT GCTAACATTG CTACCAGCTT CAACCACTTG 
ACTGTTGTGA CAAAGCCTAG GGCCAAATCT CTCTCTTCTG TGGACATGGA AAGGACAGAC 
AAGCCTTTGA AAGACCATCA GAAGAAAAAT AGCTTGAAAA AGTTTCTCAA CATGAAACTG 
TCGGTTTGCT TAATGAAAAG CGACTTCCAA AAATTTCTGT CTAAAGGCAG TCAGTCAATG 
GATAGTGCTA TTGCCAACCT TTCCAGCGGG GAAGGGTATG GAAGTGGTAG CAACCGGAGT 
ATAGCATCTA TAGGCAGTGA AAGGAAAGCT AAATCTGCCA AGGCACATTC TGTAGAAATA 
AGTAGTCCAG TGTTACAGAA GAAGAGGCAG AGAAACAGAA GTCAACCTGA GATGCGAAGT 
AACCAAAGGC TGGAGTCTTT AGATGGGCAT GTACTTTCGG GACAGAATTT GTCTCAAATG 
CATTTGAATT TTGTAACCAG CACTTGTGCT CCAGAGTATG AGAACGTGCG TCACTATGAG 
GAAATACCTG AGTATGAGAA CTTGCCTTTT GCTATGGGTG CTGGAAGAAA TCTCTGCTTT 
GAATGGCAGA ACTCCAGCTC TGTGGAAGAC CGGAGCCCTG GCTTCTATGA GGTTGAGGAG 
CCTTGTGAAG CTACAAGCAG ACGCTTGAGA CTTGGCAGGT CCTTAGAAGA ACACCATGAT 
CATCCTAACG TGGTAATGGG AGATCTTCAG TCGGATGAAG AAGATATGAT GAACAGTTCT 
GATGAAGATG ATGACACAAA TTCTGATTCC AGCAAAGGGG AGCCTGATCC TCAAGAAGAT 
AAACAGGCAT CTGGAAAGAA AACAAAGGTT TACCATATTG CCAAGGAGAT CATGAGCTCA 
GAGAAAGTGT TTGTGGATGT GCTAAAGCTC TTACACATTG ATTTCCGGGA TGCTGTGGCA 
CATGCCTCTA GGCAGCTTGG AAAGCCAGTG ATTGAGGACA GAATCCTGAA TCAGATCCTG 
TACTACCTAC CTCAGCTGTA CGAGCTCAAT CGGGACCTCC TGAGGGAACT GGAAGAGCGA 
TTATCTCACT GGCTCGAACA TCAAAGAATT GCTGATATAT TTGTTAAAAA GGGTCCCTAC 
TTAAAGATGT ATTCAACTTA CATCAAAGAA TTTGATAAAA ATGTTGCACT ATTAGATGAA 
CAGTGTAAGA AGAATGCAGG TTTTGCTTCA GTAGTCAAAG ACTTCGAGAT GAGCCCCCGC 
TGTGCTAGTC TGGCCCTCAA GCACTATCTG CTCAAGCCAG TTCAGAGGAT TCCCCAGTAC 
CGGCTCCTGT TGACAGATTA TTTAAAGAAT CTTTTAGAAG AATCTGCAGA CTATAGGGAT 
ACTCAAGATG CTCTAGCTGT TGTCATAGAA GTTGCAAACC ATGCCAATGA CATCATGAAG 
CAGGGAGATA ACTTTCAGAA ACTCATGCAG ATTCAGTACA GTTTAAATGG ACACCATGAG 
ATTGTACAGC CAGGAAGGGT CTTTCTGAAA GAGGGGACAC TGATGAAGCT GTCCCGGAAG 
GTCATGCAGC CACGAATGTT TTTTCTGTTC AATGATGCCC TGTTGTATAC TACTCCAGTT 
CAGTCAGGGA TGTATAAACT TAACAACATG CTCTCGTTGG CTGGAATGAA GGTTAAAAAG 
CCAACCCAGG AAGCATATCA GAATGAACTG AACATTGAAA GCGTAGAGAG ATCCTTCATT 
CTTTCAGCAA GTTCTGCTAC AGAAAGAGAT GAGTGGTTAG AAGCTATCTC CAAGTCAATT 
GAAGAATATA CAAAAAAGAG AATCACATTT AATCCTAGCA AAAGTCTTGA AGAGGCCGAT 
CCAGAGAAAC AGGAGGAAGA TAGTCCACTG GGATCAAAGG CTCCAATCTG GATCCCAGAT 
ACTAGAGCCA CTATGTGTAT GATCTGTACA AGTGAATTCA CGTTGACATG GAGAAGGCAT 
CACTGCAGGG CATGCGGAAA GATTGTCTGT CAAGCTTGTT CATCAAATAA ACATGGTTTA 
GACTATATGA AAAACCAGCC AGCGAGAGTA TGTGATCATT GCTTCAGGGA GCTACAGAAA 
CAAGATAACC AGTGCACTCC TAAGAGCGGA TCCCCAGTCA ACCATAAATC TCCATCAAGT 
GCCTTGTCTA CAGTATTACA TAGTATTCCC TCTGGAAGAA AGCAGAAAAA AATTCCTGCA 
GCCCTCAAAG AAGTTTCAGC AAATACAGAA GACTCTACAA TGAGTGGCTA CCTACACAGA 
TCTAAGGGCA GTAAGAAACC ATGGAAACAC CTATGGTTCG TTATAAAAAA TAAGGTGCTA 
TACACATATG CTGCTAGTGA GGATGTGGCA GCATTAGAGA GCCAGCCTTT ACTTGGATTC 
ACAGTCAGTG AAGTAAAAGA CGAAAACTCA GAGTCTAGAG TGTTCCATTT ACTGCACAAA 
AACACTTTAT TTTACATATT CAAAGCAGAT GATCCCCATT CAGCTCAAAA GTGGATAGAA 
GCTTTTCAAG AAGGCACCAT ATTGTAG