IQGAP2 cDNA ORF clone, Buceros rhinoceros silvestris

Gene
Clones
gRNAs

Summary

Gene Symbol	IQGAP2
Entrez Gene ID	104490866
Full Name	IQ motif containing GTPase activating protein 2
Gene Type	protein-coding
Organism	Buceros rhinoceros silvestris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010133214.1	XP_010131516.1	ras GTPase-activating-like protein IQGAP2

Pathways from BioSystems
Gene Ontology

The following IQGAP2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IQGAP2 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
OBu36419	XM_010133214.1 Latest version!	Buceros rhinoceros silvestris IQ motif containing GTPase activating protein 2 (IQGAP2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

IQGAP2 ( XM_010133214.1 ) cDNA ORF clone, Buceros rhinoceros silvestris -> XP_010131516.1 Buceros rhinoceros silvestris IQ motif containing GTPase activating protein 2 (IQGAP2), mRNA.

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CloneID	OBu36419
Clone ID Related Accession (Same CDS sequence)	XM_010133214.1
Accession Version	XM_010133214.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	2014-11-05
Organism	Buceros rhinoceros silvestris
Product	ras GTPase-activating-like protein IQGAP2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010404046.1) 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 :: Buceros rhinoceros silvestris 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##

ATGGAGGTCT GCTTGGAAGA AGAGTTGCCG CCAACTATGG AGCTGGAGGA AGGCTTAAGA 
AATGGCGTTT ACCTTGCCAA GCTTGCAAAA TTCTTTGCCC CTAACGTGGT GTCAGACAAG 
AGAATCTATG ATGTCGAACA GGTCCGCTAT AAGAGATCTG GTCTTCATTT TCGGCACACA 
GACAACACCG TGCAGTGGTT AAGAGCAATG GAGTCCATTG GGCTGCCTAA GATCTTTTAT 
CCAGAGACGA CAGATGTCTA TGATAGGAAA AACATCCCTA GGATGATATA TTGCATTCAT 
GCTCTAAGTT TATATCTGTT CAAACTAGGA ATAGCACCAC AGATCCAGGA CCTACTGGGA 
AAAGTAGACT TTACAGAGGA AGAAATCAGC AACATGCGAA AGGAGCTGGA GAAGTATGGT 
ATACAGATGC CATCTTTCAG TAAAATTGGT GGGATTCTGG CCAGTGAATT GTCAGTGGAT 
GAAGCTGCAT TGCATGCAGC AGTAATAGCA ATTAACGAAG CTATTGAGAA GGGAATAGCT 
GAACAAACCA TCACAACTCT GAGGAACCCA AATGCAATGT TGCTAAATGT GGATGAGGAA 
CTTGCACAGG ACTATCAGAA TGAACTCGTT GATGCTAAAA GGAGAAAAGA ATCAAATGCA 
AGACTTAAGA ATGGCACAAT CTCTGAAGAA GAGAGAGATG TCTACGAGGA GCTGCTGACA 
CAAGCTGAGA TTCAAGGCAA TATCAATAAG ATAAACAAAC TTATAGCAGT GGACAATATC 
AATACTGCAA TTCGTAACTG TGATCCTAGT AAAACGCTTG TTGCACTGAT GAAACCGGAG 
GCACAGCTGC CCATTGTTCA CTCAATTGCT GCTGCTGTTT ATCAGACTGA GCTGTTCAAC 
CTCCAGCAAC AGAATGCTGT GAACTACCTG GCACATGATG AACTGTCTAT TGCAGTAGAA 
ATGTTGTCAG CTGTTGTGTT GCTAAACCAG GCCTTGGAAA ATAAGGACAT CCTAATAATA 
AAGAATCATC TCAGAAACCC ATGCATTGGC TTCAATAATC TGGAAGAGGA AAACTTTCAA 
CGTTATGCTG ATACACTATT GTCTATTAAG TCAGAGGCTT CATCTCAAGG CCAAGATTAT 
TTAAGCTGGA ATGATATCCA GAACTGCATT GACATGGTTA ATATGCAAAT TCAAGAAGAA 
AATGAAAGAA TCATTGCAAT TGGCCACATT AATGAAGCAA TTGACCAAGG AAATCCTGAG 
AAAACTCTAG AAACCCTACT GTTGCCCACA GCAAAGCTGC AAGACGTGCG ACCAGTAAAT 
GCAAGACATT ATCAGGATGT TCTGCACCAT GCCAAAGCAC AGAAATGCAA GGAATCCCAA 
GATGAATCAG CACTTCTGTG GCTGGATGAA ATACAGAAAG GAATCAGTGA TGCCAATAAC 
AATATAAAAG AAGTGGCAAT CTTGGCTGTC GGAACATCAA TGATTAACAA GAGCTTGGAG 
AAGGGTGATT TACAGGCAAT CCCAACAATT CTGCAGTCAA AGTTTGGATT ACGAGTCATT 
CCTGAGTGTG CTGAAGCCTA CTTCAGGAAC CTCTCCGACG CCAAAAACCT GAAAACTAGA 
GAAGATTCTC ATGAGAGCCC ATGGATTAAA CTTGTAATGA AAAACATGTA TGATTACTAT 
TACAATGTGG AAACTGAGGA AGGTACCTGT GTTGCCCCTG AAGGAGTTGT ACCAAAAGAT 
TCATGGTTAA CTGGTGAAGA AATCCAGAGC ATTATTGGGC AAGTTACAGC AGATTACAAT 
CGAGAACAGC TGTGGCTTGC TAACGAAAAT CTGATTGTCC AGCTGCAAGC CCAAGCAAGG 
GGATTCTTAG TCAGAAAAAA TTATCGGGAG AGAAAAGCAT ATCTTCAAAA CCAAGAACCA 
TCTGCCATCA AAATACAGGC TTTCTGGAAA GGATTCAAAC AAAGGAAAAG CTATGTTGAC 
AGATTAAAGG TGCTTCAAGG CAATGTTGTT GCTATTGTTA AGATTCAGTC ATGGGTCAAA 
ATGTGGCTAG CAAAGAGAGC TTACAGGAAA CGACTGCAGT ACTTCAAGGA TCATAATGAT 
GAAATTGTGA AGATACAAGC GTTTCTCAGA GCAAACAAAG CCAGGGAGGA CTACAGAACA 
CTAATTGGTG CTGAAAATCC ACCCTTGACT GTCCTGCGCA AATTTGCCTA CCTCTTGGAC 
CAAAGTGACT TGGACTTTCA AGAAGAACTG GAAGTAATGA GATTAAGGGA AGAGGTAGTT 
ACAAAAATTC GATCCAATCA GCAGCTGGAG AAGGACTTGA ATTTAATGGA TATAAAGATT 
GGATTGCTGG TGAAAAACAG AATAACACTT CAGGATGTGG TACTGCACAG TAAGAAACTT 
AACAAAAAGA GCAAAAGTCA ACTGGAAGAG ATGGTTACGG TTGACAAACA GGGTATCAAA 
GGTTTGAGTA AAGAGAGAAG AAAAAAACTG GAGGCTTATC AACATTTATT CTACCTTTTA 
CAGACTAATC CCATGTATCT GGCAAAGCTG ACTTTCCAGA TGCCACAAAA CAAATCAACC 
AAGTTTATGG ATACAGTTAT CTTCACTCTA TACAACTATG CCTCCAATCA GCGAGAAGAA 
TATCTGCTTC TCAAGCTCTT CAAAACTGCT CTGGAAGAGG AGATAAACTC TAAGGTAGAC 
CAGATACAGG ATATTGTTAC TGGAAACCCC ACTGTCATTA AGATGGTCGT CAGCTTCAAT 
CGAGGTGCTC GCGGACAAAA CACTTTGCGC CAGCTTCTGG CCCCGGTAGT GAAGGAGATC 
ATGGAGGACA AGTCCCTCGT AATCAACACT AGTCCTGTGG ATGTGTACAA GTCATGGGTA 
AATCAGCTAG AAATGCAGAC TGGTGAGGCC AGCAAACTGC CGTATGATGT AACCACAGAG 
CAAGCATTAA CACACGCAGA AGTAGTCAAT AAACTGGAAT CATCAATCCA GAGTTTGAGA 
GCAGTAACCG ACAAAGTTCT CACGTCCATA TTCTCCTCTC TCAATATGAT GCCTTATGGA 
ATGAGATATA TAGCCAAAGT TCTGAAGAGC TCACTCCATG AGAAATTTCC AGATGCAACA 
GAAGATGAGC TATTAAAGAT TGTCGGCAAC CTACTATACT ATCGCTACAT GAACCCTGCC 
ATTGTTGCTC CTGATGGTTT TGACATAATT GATATGACAG CTGGGGGCCA GATACACCCT 
GACCAGAGGA GGAATCTAGG TTGTGTGGCA AAAGTCCTTC AGCATGCTGC TTCTAACAAA 
CTCTTTGAAG GAGAAAGTGA ACATCTATCA TCTATGAACC CTTACCTCTC ACAGACATAC 
CAGAAGTTCA GGAATTTTTT TCAAGCAGCA TGTGATGTTC CTGAACCAGA GGAGAAATTC 
AATATTGATG AATACTCAGA CATGGTGACC CTTAGCAAAC CTGTCATATA TATCTCCATT 
GAAGAAATCA TCAATACTCA TTCGCTACTT CTAGAACACC AGGATGCCAT TGCTACTGAG 
CCAAATGACC TGCTNAACGA ATTGCTGGAA GGGCTGGGAC CAGTACCTGA TGTAGAATCT 
TTTCTTGGGG AAGGAGCTGT TGATCCGAAT GACCCCAACA GGGAAAGCAC ACTCAGTCAG 
CTTGCAAAAA CAGAGATTTC CCTGTCCCTA ACAAGCAAAT ACGAGTTACG AGAAGGTGAA 
GATCAGGATC TCAAAAGCCT GATGATAAAG ACCAAAAGAC TTATCGTGGA TGTGATACGA 
ACACAGCCAG GGGATACGCT CTTAGAAATA CTAGAAACAC CAGCCACTGC ACAACAGGAA 
TCCGAGCACT TGAAACTTGT AGAAAAACGT GCCATCTTAG ACTCCAAAAC TCCAGAGAAA 
ATGAAGCCCA CTCAGTCTGT TTTTGAAGAT GGGCAGCTAC CAATAGAACA AAAGAAAAGG 
AAAATTCAGA GAAATCTCCG GACACTGGAA CAAGCAGGAC TAGTATCTTC AGCAACCAAA 
TACCAAGAAA TTATAAATGA GATCGCTAAG GATATCCGGA ATCAAAGAAG ATACAGACAT 
CATCGAAAAG CTGAATTGGT GAAGCTCCAG CAGACTTTGA ACGCTCTTAA CTCCAAGACC 
GCATTTTATG AAGAACAAAT TAATTATTAC AATACCTACA TCAAAACTTG TCTAGACAAC 
TTAACAAGAA AAAATTCACG GAGGTCAATT AAACTAGATG GAAAAGAGGA GGTAAAGGGA 
AGCAAAAAAC TGAAACAGGC CTCGTTAAAG TACACAGCTG CAAGACTGCA TGAAAAAGGT 
GTCATCCTAG AAATTGAAGA TCTTCAAACC AACCAGTTTA AAAATGTGAT GTTTGATATT 
ACACCTGGAG AAGAAGTGGG TGACTTTGAA ATTAAAGCAA AATTTTTGGG GGTTGAGATG 
GAAAAAGTGC AGCTCCATTT CCAGGATTTG CTTCAGATGC AGTATGAAGG TGTGGCTGTA 
ATGAAAATGT TTGATAAAGC TAAAGTAAAT GTGAATTTGC TCATATTCTT GTTGAATAAG 
AAGTTCTATG GAAAATGA

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

RefSeq	XP_010131516.1
CDS	1..4578
Translation	MEVCLEEELPPTMELEEGLRNGVYLAKLAKFFAPNVVSDKRIYDVEQVRYKRSGLHFRHTDNTVQWLRAMESIGLPKIFYPETTDVYDRKNIPRMIYCIHALSLYLFKLGIAPQIQDLLGKVDFTEEEISNMRKELEKYGIQMPSFSKIGGILASELSVDEAALHAAVIAINEAIEKGIAEQTITTLRNPNAMLLNVDEELAQDYQNELVDAKRRKESNARLKNGTISEEERDVYEELLTQAEIQGNINKINKLIAVDNINTAIRNCDPSKTLVALMKPEAQLPIVHSIAAAVYQTELFNLQQQNAVNYLAHDELSIAVEMLSAVVLLNQALENKDILIIKNHLRNPCIGFNNLEEENFQRYADTLLSIKSEASSQGQDYLSWNDIQNCIDMVNMQIQEENERIIAIGHINEAIDQGNPEKTLETLLLPTAKLQDVRPVNARHYQDVLHHAKAQKCKESQDESALLWLDEIQKGISDANNNIKEVAILAVGTSMINKSLEKGDLQAIPTILQSKFGLRVIPECAEAYFRNLSDAKNLKTREDSHESPWIKLVMKNMYDYYYNVETEEGTCVAPEGVVPKDSWLTGEEIQSIIGQVTADYNREQLWLANENLIVQLQAQARGFLVRKNYRERKAYLQNQEPSAIKIQAFWKGFKQRKSYVDRLKVLQGNVVAIVKIQSWVKMWLAKRAYRKRLQYFKDHNDEIVKIQAFLRANKAREDYRTLIGAENPPLTVLRKFAYLLDQSDLDFQEELEVMRLREEVVTKIRSNQQLEKDLNLMDIKIGLLVKNRITLQDVVLHSKKLNKKSKSQLEEMVTVDKQGIKGLSKERRKKLEAYQHLFYLLQTNPMYLAKLTFQMPQNKSTKFMDTVIFTLYNYASNQREEYLLLKLFKTALEEEINSKVDQIQDIVTGNPTVIKMVVSFNRGARGQNTLRQLLAPVVKEIMEDKSLVINTSPVDVYKSWVNQLEMQTGEASKLPYDVTTEQALTHAEVVNKLESSIQSLRAVTDKVLTSIFSSLNMMPYGMRYIAKVLKSSLHEKFPDATEDELLKIVGNLLYYRYMNPAIVAPDGFDIIDMTAGGQIHPDQRRNLGCVAKVLQHAASNKLFEGESEHLSSMNPYLSQTYQKFRNFFQAACDVPEPEEKFNIDEYSDMVTLSKPVIYISIEEIINTHSLLLEHQDAIATEPNDLnullNELLEGLGPVPDVESFLGEGAVDPNDPNRESTLSQLAKTEISLSLTSKYELREGEDQDLKSLMIKTKRLIVDVIRTQPGDTLLEILETPATAQQESEHLKLVEKRAILDSKTPEKMKPTQSVFEDGQLPIEQKKRKIQRNLRTLEQAGLVSSATKYQEIINEIAKDIRNQRRYRHHRKAELVKLQQTLNALNSKTAFYEEQINYYNTYIKTCLDNLTRKNSRRSIKLDGKEEVKGSKKLKQASLKYTAARLHEKGVILEIEDLQTNQFKNVMFDITPGEEVGDFEIKAKFLGVEMEKVQLHFQDLLQMQYEGVAVMKMFDKAKVNVNLLIFLLNKKFYGK

Target ORF information:

RefSeq Version	XM_010133214.1
Organism	Buceros rhinoceros silvestris
Definition	Buceros rhinoceros silvestris IQ motif containing GTPase activating protein 2 (IQGAP2), mRNA.

Target ORF information:

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

XM_010133214.1

ORF Insert Sequence:

ATGGAGGTCT GCTTGGAAGA AGAGTTGCCG CCAACTATGG AGCTGGAGGA AGGCTTAAGA 
AATGGCGTTT ACCTTGCCAA GCTTGCAAAA TTCTTTGCCC CTAACGTGGT GTCAGACAAG 
AGAATCTATG ATGTCGAACA GGTCCGCTAT AAGAGATCTG GTCTTCATTT TCGGCACACA 
GACAACACCG TGCAGTGGTT AAGAGCAATG GAGTCCATTG GGCTGCCTAA GATCTTTTAT 
CCAGAGACGA CAGATGTCTA TGATAGGAAA AACATCCCTA GGATGATATA TTGCATTCAT 
GCTCTAAGTT TATATCTGTT CAAACTAGGA ATAGCACCAC AGATCCAGGA CCTACTGGGA 
AAAGTAGACT TTACAGAGGA AGAAATCAGC AACATGCGAA AGGAGCTGGA GAAGTATGGT 
ATACAGATGC CATCTTTCAG TAAAATTGGT GGGATTCTGG CCAGTGAATT GTCAGTGGAT 
GAAGCTGCAT TGCATGCAGC AGTAATAGCA ATTAACGAAG CTATTGAGAA GGGAATAGCT 
GAACAAACCA TCACAACTCT GAGGAACCCA AATGCAATGT TGCTAAATGT GGATGAGGAA 
CTTGCACAGG ACTATCAGAA TGAACTCGTT GATGCTAAAA GGAGAAAAGA ATCAAATGCA 
AGACTTAAGA ATGGCACAAT CTCTGAAGAA GAGAGAGATG TCTACGAGGA GCTGCTGACA 
CAAGCTGAGA TTCAAGGCAA TATCAATAAG ATAAACAAAC TTATAGCAGT GGACAATATC 
AATACTGCAA TTCGTAACTG TGATCCTAGT AAAACGCTTG TTGCACTGAT GAAACCGGAG 
GCACAGCTGC CCATTGTTCA CTCAATTGCT GCTGCTGTTT ATCAGACTGA GCTGTTCAAC 
CTCCAGCAAC AGAATGCTGT GAACTACCTG GCACATGATG AACTGTCTAT TGCAGTAGAA 
ATGTTGTCAG CTGTTGTGTT GCTAAACCAG GCCTTGGAAA ATAAGGACAT CCTAATAATA 
AAGAATCATC TCAGAAACCC ATGCATTGGC TTCAATAATC TGGAAGAGGA AAACTTTCAA 
CGTTATGCTG ATACACTATT GTCTATTAAG TCAGAGGCTT CATCTCAAGG CCAAGATTAT 
TTAAGCTGGA ATGATATCCA GAACTGCATT GACATGGTTA ATATGCAAAT TCAAGAAGAA 
AATGAAAGAA TCATTGCAAT TGGCCACATT AATGAAGCAA TTGACCAAGG AAATCCTGAG 
AAAACTCTAG AAACCCTACT GTTGCCCACA GCAAAGCTGC AAGACGTGCG ACCAGTAAAT 
GCAAGACATT ATCAGGATGT TCTGCACCAT GCCAAAGCAC AGAAATGCAA GGAATCCCAA 
GATGAATCAG CACTTCTGTG GCTGGATGAA ATACAGAAAG GAATCAGTGA TGCCAATAAC 
AATATAAAAG AAGTGGCAAT CTTGGCTGTC GGAACATCAA TGATTAACAA GAGCTTGGAG 
AAGGGTGATT TACAGGCAAT CCCAACAATT CTGCAGTCAA AGTTTGGATT ACGAGTCATT 
CCTGAGTGTG CTGAAGCCTA CTTCAGGAAC CTCTCCGACG CCAAAAACCT GAAAACTAGA 
GAAGATTCTC ATGAGAGCCC ATGGATTAAA CTTGTAATGA AAAACATGTA TGATTACTAT 
TACAATGTGG AAACTGAGGA AGGTACCTGT GTTGCCCCTG AAGGAGTTGT ACCAAAAGAT 
TCATGGTTAA CTGGTGAAGA AATCCAGAGC ATTATTGGGC AAGTTACAGC AGATTACAAT 
CGAGAACAGC TGTGGCTTGC TAACGAAAAT CTGATTGTCC AGCTGCAAGC CCAAGCAAGG 
GGATTCTTAG TCAGAAAAAA TTATCGGGAG AGAAAAGCAT ATCTTCAAAA CCAAGAACCA 
TCTGCCATCA AAATACAGGC TTTCTGGAAA GGATTCAAAC AAAGGAAAAG CTATGTTGAC 
AGATTAAAGG TGCTTCAAGG CAATGTTGTT GCTATTGTTA AGATTCAGTC ATGGGTCAAA 
ATGTGGCTAG CAAAGAGAGC TTACAGGAAA CGACTGCAGT ACTTCAAGGA TCATAATGAT 
GAAATTGTGA AGATACAAGC GTTTCTCAGA GCAAACAAAG CCAGGGAGGA CTACAGAACA 
CTAATTGGTG CTGAAAATCC ACCCTTGACT GTCCTGCGCA AATTTGCCTA CCTCTTGGAC 
CAAAGTGACT TGGACTTTCA AGAAGAACTG GAAGTAATGA GATTAAGGGA AGAGGTAGTT 
ACAAAAATTC GATCCAATCA GCAGCTGGAG AAGGACTTGA ATTTAATGGA TATAAAGATT 
GGATTGCTGG TGAAAAACAG AATAACACTT CAGGATGTGG TACTGCACAG TAAGAAACTT 
AACAAAAAGA GCAAAAGTCA ACTGGAAGAG ATGGTTACGG TTGACAAACA GGGTATCAAA 
GGTTTGAGTA AAGAGAGAAG AAAAAAACTG GAGGCTTATC AACATTTATT CTACCTTTTA 
CAGACTAATC CCATGTATCT GGCAAAGCTG ACTTTCCAGA TGCCACAAAA CAAATCAACC 
AAGTTTATGG ATACAGTTAT CTTCACTCTA TACAACTATG CCTCCAATCA GCGAGAAGAA 
TATCTGCTTC TCAAGCTCTT CAAAACTGCT CTGGAAGAGG AGATAAACTC TAAGGTAGAC 
CAGATACAGG ATATTGTTAC TGGAAACCCC ACTGTCATTA AGATGGTCGT CAGCTTCAAT 
CGAGGTGCTC GCGGACAAAA CACTTTGCGC CAGCTTCTGG CCCCGGTAGT GAAGGAGATC 
ATGGAGGACA AGTCCCTCGT AATCAACACT AGTCCTGTGG ATGTGTACAA GTCATGGGTA 
AATCAGCTAG AAATGCAGAC TGGTGAGGCC AGCAAACTGC CGTATGATGT AACCACAGAG 
CAAGCATTAA CACACGCAGA AGTAGTCAAT AAACTGGAAT CATCAATCCA GAGTTTGAGA 
GCAGTAACCG ACAAAGTTCT CACGTCCATA TTCTCCTCTC TCAATATGAT GCCTTATGGA 
ATGAGATATA TAGCCAAAGT TCTGAAGAGC TCACTCCATG AGAAATTTCC AGATGCAACA 
GAAGATGAGC TATTAAAGAT TGTCGGCAAC CTACTATACT ATCGCTACAT GAACCCTGCC 
ATTGTTGCTC CTGATGGTTT TGACATAATT GATATGACAG CTGGGGGCCA GATACACCCT 
GACCAGAGGA GGAATCTAGG TTGTGTGGCA AAAGTCCTTC AGCATGCTGC TTCTAACAAA 
CTCTTTGAAG GAGAAAGTGA ACATCTATCA TCTATGAACC CTTACCTCTC ACAGACATAC 
CAGAAGTTCA GGAATTTTTT TCAAGCAGCA TGTGATGTTC CTGAACCAGA GGAGAAATTC 
AATATTGATG AATACTCAGA CATGGTGACC CTTAGCAAAC CTGTCATATA TATCTCCATT 
GAAGAAATCA TCAATACTCA TTCGCTACTT CTAGAACACC AGGATGCCAT TGCTACTGAG 
CCAAATGACC TGCTNAACGA ATTGCTGGAA GGGCTGGGAC CAGTACCTGA TGTAGAATCT 
TTTCTTGGGG AAGGAGCTGT TGATCCGAAT GACCCCAACA GGGAAAGCAC ACTCAGTCAG 
CTTGCAAAAA CAGAGATTTC CCTGTCCCTA ACAAGCAAAT ACGAGTTACG AGAAGGTGAA 
GATCAGGATC TCAAAAGCCT GATGATAAAG ACCAAAAGAC TTATCGTGGA TGTGATACGA 
ACACAGCCAG GGGATACGCT CTTAGAAATA CTAGAAACAC CAGCCACTGC ACAACAGGAA 
TCCGAGCACT TGAAACTTGT AGAAAAACGT GCCATCTTAG ACTCCAAAAC TCCAGAGAAA 
ATGAAGCCCA CTCAGTCTGT TTTTGAAGAT GGGCAGCTAC CAATAGAACA AAAGAAAAGG 
AAAATTCAGA GAAATCTCCG GACACTGGAA CAAGCAGGAC TAGTATCTTC AGCAACCAAA 
TACCAAGAAA TTATAAATGA GATCGCTAAG GATATCCGGA ATCAAAGAAG ATACAGACAT 
CATCGAAAAG CTGAATTGGT GAAGCTCCAG CAGACTTTGA ACGCTCTTAA CTCCAAGACC 
GCATTTTATG AAGAACAAAT TAATTATTAC AATACCTACA TCAAAACTTG TCTAGACAAC 
TTAACAAGAA AAAATTCACG GAGGTCAATT AAACTAGATG GAAAAGAGGA GGTAAAGGGA 
AGCAAAAAAC TGAAACAGGC CTCGTTAAAG TACACAGCTG CAAGACTGCA TGAAAAAGGT 
GTCATCCTAG AAATTGAAGA TCTTCAAACC AACCAGTTTA AAAATGTGAT GTTTGATATT 
ACACCTGGAG AAGAAGTGGG TGACTTTGAA ATTAAAGCAA AATTTTTGGG GGTTGAGATG 
GAAAAAGTGC AGCTCCATTT CCAGGATTTG CTTCAGATGC AGTATGAAGG TGTGGCTGTA 
ATGAAAATGT TTGATAAAGC TAAAGTAAAT GTGAATTTGC TCATATTCTT GTTGAATAAG 
AAGTTCTATG GAAAATGA