LOC108913553 cDNA ORF clone, Anoplophora glabripennis(Asian longhorned beetle)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108913553
Entrez Gene ID	108913553
Full Name	FERM and PDZ domain-containing protein 4
Gene Type	protein-coding
Organism	Anoplophora glabripennis(Asian longhorned beetle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018719121.1	XP_018574637.1	LOW QUALITY PROTEIN: FERM and PDZ domain-containing protein 4

Pathways from BioSystems
Gene Ontology

The following LOC108913553 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108913553 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
OAn40114	XM_018719121.1 Latest version!	Anoplophora glabripennis FERM and PDZ domain-containing protein 4 (LOC108913553), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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)

LOC108913553 ( XM_018719121.1 ) cDNA ORF clone, Anoplophora glabripennis(Asian longhorned beetle) -> XP_018574637.1 Anoplophora glabripennis FERM and PDZ domain-containing protein 4 (LOC108913553), mRNA.

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CloneID	OAn40114
Clone ID Related Accession (Same CDS sequence)	XM_018719121.1
Accession Version	XM_018719121.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4104bp) 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	2018-01-09
Organism	Anoplophora glabripennis(Asian longhorned beetle)
Product	LOW QUALITY PROTEIN: FERM and PDZ domain-containing protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019426074.1) 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 :: Anoplophora glabripennis Annotation Release 101 Annotation Version :: 101 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGAGTCTT GCCATGTTAC TCGGACAGCA GGTTGGTTAC CTCCAGTGGA AGCTTGGAAA 
ACTGGGGAGG ACGCTTTGCC TTATGGTTGG GAAAGAGCGC TAGATGACTC AGGAAGAACT 
TATTATATCA ACCATGTCAA CAAAACAACA ACGTACGAGA CTCCAGTAAT AAAAAATCTA 
GAACCAGCTC CTAGGCCTGA ACCAAGGGCG GTCACTCTGG AAAGGTCACC AGTCTTAGGC 
TTCGGATTTG TGGCAGGTTC CGAAAAACCC GTCATTGTTA GATTTGTAAC TGAAGGAGGA 
CCCAGTGTTG ATAAGTTGCT GCCCGGTGAC CAAATCCTGT CTGTGAACGG CGAAGACGTC 
AAGTCGGCGC CCAGGGAGCA CGTGATTTCC TTGGTGCGAG CCTGTTCGAA GACTGTGAAT 
TTGGTGGTGT GCCAGCCGGC GGAACAGCAG GGCGCTAGAA AATCAACCCT GCTGTCGGCC 
AGCAAGAGGG CGAGACTTAA AAGCAAACCA TCTAGGGTCA GATTCGCTGA GAGTGTGTGC 
GTGAATGGGG CGCCCCTTTT TCCACCGTCC GCATTTTCGT TGGGCGACAT GTGCGTCCCT 
CCTATGGCCA ACGTGCTGAA AGTGTTCCTG GAGAACGGCC AAACGAAGTC CTTCAAGTAT 
GACGCATGGA CTACCGTGCA AGACGTCGTC ACGTCTCTCG AGACTAAACT CTGCTTGCAA 
GCCACCGAAC ACTTCAGCCT CGTGGTGGAA CATATCAAGT CCTTGAAGAG GAACAAACTG 
ACGTTGCTGG ATCCCCAGGA CACCTTGGCG AGGATAGCAT CTCGTCCGGG TGCTCACAAG 
CTGAGGTGTC TATTCAGGGT GGCGTTCGTA CCCGCATCGG CAGCTGCACT TGCTCAAAGA 
GATCTCCACG CCTTAGACTA TCTTTACACC CAGTGCTGCA ATGACGTGAT ACAAGAAAGG 
TTCGCCCCTG AACTTCAATA CGAGACGGCA CTCCGCCTAT CGGCCCTGCA TATTTATCAG 
CACGCCTTGG TTAATAATAT CCCAGCTGCG AAGCTGACGG TCAAAACTGT AGAGCGGGAA 
TTTGGTTTGG AACGATTTGT ACCGGCTTCT CTTTTGGAAA CTATGAAGAG GAAAGAAATT 
CGAAAACTTG TAGGTCACTT TCTGAAACTA CACGCCAGCA TGGCAGGTCC CGGCAAGCAA 
CTAACTGCGC TGCAAGCAAA ACTGCACTAT CTAGATATAG TAAGTCAACT ACCAAGCTAT 
GGAGCTAAAT GTTTTTCTGC CGGACCACGA GGCGATACTA TGGAACGGGT TATCTTGGTT 
AGTCCGAAAT TTGGAATTAG CCAAATAACT GGCACTAGGA GTTCAGTGGT AAATATAAAT 
AATTGTCTTG TATCAAATGC ACGAAATAAT TTATCAGTTN NTCAGCCGGT GCCAATCGCG 
AATATCGAAG ACATGCGTAG GATAGAAGTC AGAAGTGAGG ACGAAGTTAG TCGGACGGTG 
CTAATACGAC TACAGAATGA CAAAGTTGTT TCGATATCTT TAGAGGAACG TGACGCGAGC 
GAATTGGTTT TGGTATTGAG GGGGTACTTT AAACTTGAAA CAGGTCAAAA TTTACCGGTA 
GATCAGGAAG AGGCCCCTCC CATGGAAGAT TTAGCGCCAC CGTATTTGTC ACAACATAAA 
GTGGTACCAG AGAAATGGAG TTACATTAAT CCAAGCTCCA TGAAAAACGT TTGCTTTGCG 
ATGCAACCGA TGTATAAGGG AATTAACAAG AAAACAAATG GTTTATACAA TACAGTGGGG 
CGACAATCAA AACCACCCTT AGTGCTTGGC TACAGTTTAG ATAGTAATAT GAATAGCTCA 
CTGTCCAATA GGAACCATCA GTTTAACAGT TTCGATAATA ATTCTATTGA CTTTCAGAGT 
GTCGTTTCTA TGGAGATCCT AGAAAATGGG ATTATTGAGG CTAAAAATGA TGAGGTTTTA 
AGACGCGTTC ACGAAATGCA CCAACTTGTG GAAAATTCGG AAAAGTATTT AACCGAACAG 
GAAAATTTAG AGAGGCTAAA TGCATTATCA GAGTGGCAAG AAACGAGTGT AGATATAGAA 
AGTGATTCTG ACGAACCAGG ACAGTTAAAA CACAGCGATT CTTTGTTGCT TTTGACAAAA 
GGTCATAATT CGGAAAGGCG GCATTCCTTT AGCAATGCAA CTATAGAATT ACTGCGTCAA 
GAAACTACTT GTTCGGAGAG CGACAATGAT TCCATCTACA CTCCACAAAA TTCTCCAAAA 
CATAAACAAA TCACTGAAGA TAGTAGAAAT AATAGGATAA GTTTTGGTTT ACGCAGCCCT 
GATAATAATA CAGATAAGGA ACAAGACTTC CAAGCTTATC TTCAACATTT ACGAGATGTT 
AAGAACAACG GTGAAAATAT GTCTGCAGAT TTGGACTCCA TTAATGACAT TTACGTTTTT 
GACCCAGATA TTATAGATTT AACAATGATT CCACCACCAA GCACGCCAGA TGAATTAGAC 
TGTGCCTTAC CAACACCTAT AAACGTGCCA CCCAGGTCTT TTGCGGACTC TGTAGATAAA 
CTGAACAGAT TAGATATATT AAATGAGGAC CAAGACCTTG AAGAATTCCT AGCCAGTGTA 
ACAGTACATC CGCCAACTCA AAAAGTAACT CCAGCTGTAG AACTGACGCC AGAAGAAATA 
ATGGCATATA TTATTCCTCC ACCACCTAGC CGCGGTAGTT TAGAAAATCT AGTAATGTCA 
GAAGCTGAAC GTTGTACTGA GAGCCTGCCG ACGGCTATCG AAAGTAATGG TGATATTAAC 
AAAAATTCTA ATGGAGTTAG ACGAAGAAGT AGCAATGGTA GTGTACATTC AAATATTATA 
GAATATGCGA CTGTCGATCG CAAAGGTGCT TTTTCCTGTT GTGCGAAAAA TAAGACTGAG 
AAATCTGTGA AAATTGATGA GAATATTCAA CCACTTCCGA GGAGAAGCTC TGATGAAAAA 
CCACCAGAAA GACCACCCAA AAATGTAGCT CAGGAAAGAC AAAGATCGCA ATCCTTAACA 
TCAAATGCAC ACATTGCATC AAGTACTGAG TATCCACCGA AACTACCTCC AAGGGGTGAA 
AACAATCACC AGGCACCAGC TCATTTATTT TTACCCCCCA AGAAGCCTCC TTTGCCTCCA 
GTGCCTCCTT TAGAGGTTCT CAGACAGAAG AAAAATATAC AGCAGGGTAA GCCGTGTCCT 
GACTTAAGAA CGGCCAGTAT TGGTTCTCCA CATCTTCAGA GGACTCGAAA TGTTTCAAAC 
GATTTAGAAG TAACTGAAAA TGGGGACAAT GGTTTGTCCC TGAAACACGC TACTGCAGTT 
AGTACACCGA CTTCCCCTCA CTTAGGAAGG GGAGCTCACC TAACAGCTGT TCCAGTCACA 
ATCGATTCTC CCGGTGCTCC CAATCTATCA AACAATCACC AACAGAGATC TCCAACATCA 
CGATCACCTA TATACGTTCA AAATCTGCCG GAATCTTCTC CCATCCACGA CAGATTTAGG 
AATTCACACC GAGAGCAAGT ACATCAAGTG TTTGGCAACT GTCAAATTCG AAATGGATGT 
ACTTCCAACA GAGAAAATCT ACTGGCGAAA ACTGATGTAG CCATGGCCAG TTTGTTGGTC 
AGATTGGATC AGGTTGCCGC TCAGTGTAGT GCCGCTCAGG TTCATGGAGG AGGTAGATTC 
ATAAGTGAGG AGAAGTTTCA AGCGGCAAAA GACGAGCTAA CTACTCAGTC CCTTCAACTT 
GTAACATCCA GTAAGATGTT AGTGATAGCC ATGTCTGATC CTAATCTTCC CGATCTACCG 
GAAAACTTAG CAATTTGTCT GACAATATTG AGGAGATTAA CAGAACTATG CCAGGACTTG 
ACAAACCATA CAACGGCACC ATTGCAGACG AGGAACCTGA TTCTAAAAGT CCATGATGTT 
ACTGCTGCAT TCCGACACCT TATAACCTCA GATATAGACA GAAGTTCTCA GAAAGCCATT 
GAGGAACATC TGGCTGCTCA AGCTGAATGT TTAGCGAATG TTTTAGCGAC ATTGTTGAGA 
AGTTTAAGGG TATTTTCCCC TTAG

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

RefSeq	XP_018574637.1
CDS	1..4104
Translation	MESCHVTRTAGWLPPVEAWKTGEDALPYGWERALDDSGRTYYINHVNKTTTYETPVIKNLEPAPRPEPRAVTLERSPVLGFGFVAGSEKPVIVRFVTEGGPSVDKLLPGDQILSVNGEDVKSAPREHVISLVRACSKTVNLVVCQPAEQQGARKSTLLSASKRARLKSKPSRVRFAESVCVNGAPLFPPSAFSLGDMCVPPMANVLKVFLENGQTKSFKYDAWTTVQDVVTSLETKLCLQATEHFSLVVEHIKSLKRNKLTLLDPQDTLARIASRPGAHKLRCLFRVAFVPASAAALAQRDLHALDYLYTQCCNDVIQERFAPELQYETALRLSALHIYQHALVNNIPAAKLTVKTVEREFGLERFVPASLLETMKRKEIRKLVGHFLKLHASMAGPGKQLTALQAKLHYLDIVSQLPSYGAKCFSAGPRGDTMERVILVSPKFGISQITGTRSSVVNINNCLVSNARNNLSVnullQPVPIANIEDMRRIEVRSEDEVSRTVLIRLQNDKVVSISLEERDASELVLVLRGYFKLETGQNLPVDQEEAPPMEDLAPPYLSQHKVVPEKWSYINPSSMKNVCFAMQPMYKGINKKTNGLYNTVGRQSKPPLVLGYSLDSNMNSSLSNRNHQFNSFDNNSIDFQSVVSMEILENGIIEAKNDEVLRRVHEMHQLVENSEKYLTEQENLERLNALSEWQETSVDIESDSDEPGQLKHSDSLLLLTKGHNSERRHSFSNATIELLRQETTCSESDNDSIYTPQNSPKHKQITEDSRNNRISFGLRSPDNNTDKEQDFQAYLQHLRDVKNNGENMSADLDSINDIYVFDPDIIDLTMIPPPSTPDELDCALPTPINVPPRSFADSVDKLNRLDILNEDQDLEEFLASVTVHPPTQKVTPAVELTPEEIMAYIIPPPPSRGSLENLVMSEAERCTESLPTAIESNGDINKNSNGVRRRSSNGSVHSNIIEYATVDRKGAFSCCAKNKTEKSVKIDENIQPLPRRSSDEKPPERPPKNVAQERQRSQSLTSNAHIASSTEYPPKLPPRGENNHQAPAHLFLPPKKPPLPPVPPLEVLRQKKNIQQGKPCPDLRTASIGSPHLQRTRNVSNDLEVTENGDNGLSLKHATAVSTPTSPHLGRGAHLTAVPVTIDSPGAPNLSNNHQQRSPTSRSPIYVQNLPESSPIHDRFRNSHREQVHQVFGNCQIRNGCTSNRENLLAKTDVAMASLLVRLDQVAAQCSAAQVHGGGRFISEEKFQAAKDELTTQSLQLVTSSKMLVIAMSDPNLPDLPENLAICLTILRRLTELCQDLTNHTTAPLQTRNLILKVHDVTAAFRHLITSDIDRSSQKAIEEHLAAQAECLANVLATLLRSLRVFSP

Target ORF information:

RefSeq Version	XM_018719121.1
Organism	Anoplophora glabripennis(Asian longhorned beetle)
Definition	Anoplophora glabripennis FERM and PDZ domain-containing protein 4 (LOC108913553), mRNA.

Target ORF information:

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

XM_018719121.1

ORF Insert Sequence:

ATGGAGTCTT GCCATGTTAC TCGGACAGCA GGTTGGTTAC CTCCAGTGGA AGCTTGGAAA 
ACTGGGGAGG ACGCTTTGCC TTATGGTTGG GAAAGAGCGC TAGATGACTC AGGAAGAACT 
TATTATATCA ACCATGTCAA CAAAACAACA ACGTACGAGA CTCCAGTAAT AAAAAATCTA 
GAACCAGCTC CTAGGCCTGA ACCAAGGGCG GTCACTCTGG AAAGGTCACC AGTCTTAGGC 
TTCGGATTTG TGGCAGGTTC CGAAAAACCC GTCATTGTTA GATTTGTAAC TGAAGGAGGA 
CCCAGTGTTG ATAAGTTGCT GCCCGGTGAC CAAATCCTGT CTGTGAACGG CGAAGACGTC 
AAGTCGGCGC CCAGGGAGCA CGTGATTTCC TTGGTGCGAG CCTGTTCGAA GACTGTGAAT 
TTGGTGGTGT GCCAGCCGGC GGAACAGCAG GGCGCTAGAA AATCAACCCT GCTGTCGGCC 
AGCAAGAGGG CGAGACTTAA AAGCAAACCA TCTAGGGTCA GATTCGCTGA GAGTGTGTGC 
GTGAATGGGG CGCCCCTTTT TCCACCGTCC GCATTTTCGT TGGGCGACAT GTGCGTCCCT 
CCTATGGCCA ACGTGCTGAA AGTGTTCCTG GAGAACGGCC AAACGAAGTC CTTCAAGTAT 
GACGCATGGA CTACCGTGCA AGACGTCGTC ACGTCTCTCG AGACTAAACT CTGCTTGCAA 
GCCACCGAAC ACTTCAGCCT CGTGGTGGAA CATATCAAGT CCTTGAAGAG GAACAAACTG 
ACGTTGCTGG ATCCCCAGGA CACCTTGGCG AGGATAGCAT CTCGTCCGGG TGCTCACAAG 
CTGAGGTGTC TATTCAGGGT GGCGTTCGTA CCCGCATCGG CAGCTGCACT TGCTCAAAGA 
GATCTCCACG CCTTAGACTA TCTTTACACC CAGTGCTGCA ATGACGTGAT ACAAGAAAGG 
TTCGCCCCTG AACTTCAATA CGAGACGGCA CTCCGCCTAT CGGCCCTGCA TATTTATCAG 
CACGCCTTGG TTAATAATAT CCCAGCTGCG AAGCTGACGG TCAAAACTGT AGAGCGGGAA 
TTTGGTTTGG AACGATTTGT ACCGGCTTCT CTTTTGGAAA CTATGAAGAG GAAAGAAATT 
CGAAAACTTG TAGGTCACTT TCTGAAACTA CACGCCAGCA TGGCAGGTCC CGGCAAGCAA 
CTAACTGCGC TGCAAGCAAA ACTGCACTAT CTAGATATAG TAAGTCAACT ACCAAGCTAT 
GGAGCTAAAT GTTTTTCTGC CGGACCACGA GGCGATACTA TGGAACGGGT TATCTTGGTT 
AGTCCGAAAT TTGGAATTAG CCAAATAACT GGCACTAGGA GTTCAGTGGT AAATATAAAT 
AATTGTCTTG TATCAAATGC ACGAAATAAT TTATCAGTTN NTCAGCCGGT GCCAATCGCG 
AATATCGAAG ACATGCGTAG GATAGAAGTC AGAAGTGAGG ACGAAGTTAG TCGGACGGTG 
CTAATACGAC TACAGAATGA CAAAGTTGTT TCGATATCTT TAGAGGAACG TGACGCGAGC 
GAATTGGTTT TGGTATTGAG GGGGTACTTT AAACTTGAAA CAGGTCAAAA TTTACCGGTA 
GATCAGGAAG AGGCCCCTCC CATGGAAGAT TTAGCGCCAC CGTATTTGTC ACAACATAAA 
GTGGTACCAG AGAAATGGAG TTACATTAAT CCAAGCTCCA TGAAAAACGT TTGCTTTGCG 
ATGCAACCGA TGTATAAGGG AATTAACAAG AAAACAAATG GTTTATACAA TACAGTGGGG 
CGACAATCAA AACCACCCTT AGTGCTTGGC TACAGTTTAG ATAGTAATAT GAATAGCTCA 
CTGTCCAATA GGAACCATCA GTTTAACAGT TTCGATAATA ATTCTATTGA CTTTCAGAGT 
GTCGTTTCTA TGGAGATCCT AGAAAATGGG ATTATTGAGG CTAAAAATGA TGAGGTTTTA 
AGACGCGTTC ACGAAATGCA CCAACTTGTG GAAAATTCGG AAAAGTATTT AACCGAACAG 
GAAAATTTAG AGAGGCTAAA TGCATTATCA GAGTGGCAAG AAACGAGTGT AGATATAGAA 
AGTGATTCTG ACGAACCAGG ACAGTTAAAA CACAGCGATT CTTTGTTGCT TTTGACAAAA 
GGTCATAATT CGGAAAGGCG GCATTCCTTT AGCAATGCAA CTATAGAATT ACTGCGTCAA 
GAAACTACTT GTTCGGAGAG CGACAATGAT TCCATCTACA CTCCACAAAA TTCTCCAAAA 
CATAAACAAA TCACTGAAGA TAGTAGAAAT AATAGGATAA GTTTTGGTTT ACGCAGCCCT 
GATAATAATA CAGATAAGGA ACAAGACTTC CAAGCTTATC TTCAACATTT ACGAGATGTT 
AAGAACAACG GTGAAAATAT GTCTGCAGAT TTGGACTCCA TTAATGACAT TTACGTTTTT 
GACCCAGATA TTATAGATTT AACAATGATT CCACCACCAA GCACGCCAGA TGAATTAGAC 
TGTGCCTTAC CAACACCTAT AAACGTGCCA CCCAGGTCTT TTGCGGACTC TGTAGATAAA 
CTGAACAGAT TAGATATATT AAATGAGGAC CAAGACCTTG AAGAATTCCT AGCCAGTGTA 
ACAGTACATC CGCCAACTCA AAAAGTAACT CCAGCTGTAG AACTGACGCC AGAAGAAATA 
ATGGCATATA TTATTCCTCC ACCACCTAGC CGCGGTAGTT TAGAAAATCT AGTAATGTCA 
GAAGCTGAAC GTTGTACTGA GAGCCTGCCG ACGGCTATCG AAAGTAATGG TGATATTAAC 
AAAAATTCTA ATGGAGTTAG ACGAAGAAGT AGCAATGGTA GTGTACATTC AAATATTATA 
GAATATGCGA CTGTCGATCG CAAAGGTGCT TTTTCCTGTT GTGCGAAAAA TAAGACTGAG 
AAATCTGTGA AAATTGATGA GAATATTCAA CCACTTCCGA GGAGAAGCTC TGATGAAAAA 
CCACCAGAAA GACCACCCAA AAATGTAGCT CAGGAAAGAC AAAGATCGCA ATCCTTAACA 
TCAAATGCAC ACATTGCATC AAGTACTGAG TATCCACCGA AACTACCTCC AAGGGGTGAA 
AACAATCACC AGGCACCAGC TCATTTATTT TTACCCCCCA AGAAGCCTCC TTTGCCTCCA 
GTGCCTCCTT TAGAGGTTCT CAGACAGAAG AAAAATATAC AGCAGGGTAA GCCGTGTCCT 
GACTTAAGAA CGGCCAGTAT TGGTTCTCCA CATCTTCAGA GGACTCGAAA TGTTTCAAAC 
GATTTAGAAG TAACTGAAAA TGGGGACAAT GGTTTGTCCC TGAAACACGC TACTGCAGTT 
AGTACACCGA CTTCCCCTCA CTTAGGAAGG GGAGCTCACC TAACAGCTGT TCCAGTCACA 
ATCGATTCTC CCGGTGCTCC CAATCTATCA AACAATCACC AACAGAGATC TCCAACATCA 
CGATCACCTA TATACGTTCA AAATCTGCCG GAATCTTCTC CCATCCACGA CAGATTTAGG 
AATTCACACC GAGAGCAAGT ACATCAAGTG TTTGGCAACT GTCAAATTCG AAATGGATGT 
ACTTCCAACA GAGAAAATCT ACTGGCGAAA ACTGATGTAG CCATGGCCAG TTTGTTGGTC 
AGATTGGATC AGGTTGCCGC TCAGTGTAGT GCCGCTCAGG TTCATGGAGG AGGTAGATTC 
ATAAGTGAGG AGAAGTTTCA AGCGGCAAAA GACGAGCTAA CTACTCAGTC CCTTCAACTT 
GTAACATCCA GTAAGATGTT AGTGATAGCC ATGTCTGATC CTAATCTTCC CGATCTACCG 
GAAAACTTAG CAATTTGTCT GACAATATTG AGGAGATTAA CAGAACTATG CCAGGACTTG 
ACAAACCATA CAACGGCACC ATTGCAGACG AGGAACCTGA TTCTAAAAGT CCATGATGTT 
ACTGCTGCAT TCCGACACCT TATAACCTCA GATATAGACA GAAGTTCTCA GAAAGCCATT 
GAGGAACATC TGGCTGCTCA AGCTGAATGT TTAGCGAATG TTTTAGCGAC ATTGTTGAGA 
AGTTTAAGGG TATTTTCCCC TTAG