LOC107346367 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107346367
Entrez Gene ID	107346367
Full Name	uncharacterized LOC107346367
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015912159.1	XP_015767645.1	LOW QUALITY PROTEIN: uncharacterized protein LOC107346367

Pathways from BioSystems
Gene Ontology

The following LOC107346367 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107346367 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
OAc74345	XM_015912159.1 Latest version!	Acropora digitifera uncharacterized LOC107346367 (LOC107346367), 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)

LOC107346367 ( XM_015912159.1 ) cDNA ORF clone, Acropora digitifera -> XP_015767645.1 Acropora digitifera uncharacterized LOC107346367 (LOC107346367), mRNA.

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CloneID	OAc74345
Clone ID Related Accession (Same CDS sequence)	XM_015912159.1
Accession Version	XM_015912159.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	2016-03-13
Organism	Acropora digitifera
Product	LOW QUALITY PROTEIN: uncharacterized protein LOC107346367
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441332.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 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## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGACGACGC AGAGGCAGAG TTTCCCTTCC TTTGCGTCTA TCATTTCTGT TGTGTCAATC 
GTGTTTTACT GTGCTGGATT TCTGAGGGTG GAATTCCAGT TGAGCGAGCA CCAAGGGAAG 
ATAAATGCTC TTGAGGAAGC CACACAAACT CCGCCGACGA CAAGCGGACA GAGTTTCACC 
GAAGCAGCCA GAAATTCTCC TGATTTCTAC GAACGTCGTA GACAGAAGCG AAATGATAAA 
CCAGATAAGA ATGCCACAAA TGTTGAGATC GGAGCAAATA TGCTGATAAA ATTGAAGCAA 
TTTTTATCAG AGTTGAAACC ACAACTATGT CGATCGAAAG GTGATCCATG CACGCATGGT 
CCACCAGGCC CTCCCGGTCC GCCTGGGCCA AGGGGCCAGA AAGGAGACCG AGGAAGAAAA 
GGAACAAAAG GAAAGAACGG AAAGAAGGGT GATCAGGGAA TTATGGGACC ACCGGGCAAG 
AGTGGGAAGC AAGGCATTGC AGGACTTCAA GGTTCCCGGG GAGAAGTAGG ACCGAAAGGA 
CAAAAAGGAA ACATGGGCCC GCCAGGAATT CCGGGCGCTA AAGGAGAACC TGGTGAGCCG 
ATTTCAGCTC CAACGGTTGC TGTTTCACCA GCAAAATTGA CAGTGAATGA AGGAAGATCA 
GCCTCGTTTC AGTGTTCGGT CACCGGAAAT CCTAACCCGG TAATAGTGTG GAGCAGAGTG 
AACAGTCAGT CAGGGCTTAG CCTGTCAGCG GTATCTCGAG GAATGTTGAG ATTAGAAAAT 
TTAAAAGAAA GTGACGCGGG TATTTACCGT TGCTCAGCGA CAAACGTCCT TGGAAATGCT 
CACGAAGACA CCCAACTGGT AGTACATGTC CGTCCAACAG CCTCCATTCA CCCGGGACCT 
CTTCACGCCA CTGAAGGAAG TAACGTCACT CTCCCAACTT GTCATGTGAC TGGTCATCCC 
ACACCGGTGG TCACCTGGAG TAAGTCGTTT GATCAGCTTC CTCAAGGGAG GGTAGAGAGT 
AACAACAGTG CCTTAACTCT CTTTGATGTC CGAAGAAGTG ATTCTGCCGA ATACTTCTGT 
TCTGCGACTA ACAAGTTGGG AAAAGTTGTT CAGAAGACTC TCTTGGTTGT GGTTTCCCTT 
CCTCAGTTTA CTGTTAAGCC ACCTGCGCAG ATTTTAGAAT ATATTGGGAC CAACCTGACT 
TTGAACTGCA GCGCTACTGG TGATCCTCAA CCAGTCATCA GCTGGAAACG ACAAGGCTCT 
CAATTGCCAG TTGGACGAAG CCAACAGATT GATGGCGCCT TAGTCATCAG AGATGTTCAA 
AAAGAGGATG CAGGAAATTA TATTTGCGCT GCAACCAGCG CTGGAGTGTT TCACAGGGAA 
ACCGTCGCAT TGGTTGAGGT TAGGCCGCCT AAAGATTGCT TAGAGCTGCT CAAATCAGGT 
GAAACTCAGA GTGGAGTTTA CTCTTTTGAC CCAGACGGTA AAGGACCCTT TGATGTTTAC 
TGTGACATGC ACACTGACGG TGGAGGATGG ACCGTGTTTC AGAGAAGACA AGATGGCTCG 
GTAGACTTCT ATCGGGGATG GAACGATTAC AAATCAGGCT TTGGTAATCT GACGGCTGAA 
TTCTGGTTAG GAAACGACAA GATCCATAGG TTGACTGCTT CTAGCGCCAG CTCTTTGCGA 
GTGGATTTAG AGGATTGGAA CGGAGCCAGA GCGTATGCCA AATATGGTGG GTTTAATATC 
GGTGACGAGC AGGCAAAGTA TCGACTTGAA GTGAGTTCAT ATTCAGGGAC AGCAGGAGAT 
TCGTTGCGTT ATCACAATAA CATGGCATTT AGCACAAAAG ATAGAGATCA TGACAGACAC 
GGAGCAAACT GTGCTGAGGA GTATACTGGT GCCTGGTGGC ACAAACAATG CCACCGCTCT 
AATCTAAACG GTAAATACCT GGAAAATAAA ATTGACGACC GCGGGGTCGT GTGGTATTAC 
TTTGGACACC ATCTTTCATT GAAATTCAGT GAAATGAAGC TGAGACCATC ATCTCGCCTT 
GTTGTCCCTC AAACTGTTTT CTTCAAATCC AAAATGACGA CGCAGAAGCA GAGTTTCCCT 
TCCTTTGCGT CTATCATTTC TGTTGTGTCA ATCGTGTTTT ACTGTGCTGG ATTTCTGAGG 
GTGGAATTCC AGTTGAGCGA ACATAAAGAC AGGATAAATG CTCTTGAGGA AGTCACACAA 
ACTCAGCCGA CCACAAGCGG ACGGAGTTTC ACCGAAGTAG CCAGAAATTC TCCTGATATT 
TATGAACGTC GTAGGCAGAC GCGAAATTAT AAACCAGATA AGAATGCCAC AAAAGTTGAC 
ATCGGAGCAA ATACGATGGT AATAGTGAAG CAATTTTTAT CAGAGTTGAA ACCACAACTC 
TGTCTATCGA AAAGTGATGC GTGCACGCAT GGTCCTCCGG GCCCTCCCGG TCCGCCTGGG 
CCGAGGGGCC AGAAGGGAGA CCGAGGACGA AAAGGAACGA AAGGAAAGAA CGGAAAGAAG 
GGTGATCAGG GAATTATGGG ACCACCGTGC AAGAGTGGGA AGCAAGGCAT TGCAGGACTT 
CAAGGTTCCN AGGGAGAAGT AGGACCGAAA GGACAAAAAG GAAACATGGG CCTGCCAGGC 
ATTCCGGGAG CTAAAGGAGA ACCTGGTGAA CCGATTTCAG CTCCAACTGT TGCTGTTTCA 
CCCACAAAGT TGACAGTGAA CGAGGGAAGA TCAGCTTCGT TTCTGTGTTC GGTCACTGGA 
AATCCTGAGC CTGTAATAGT GTGGAGCAGA GTGAACAGTG AGTCAGGGCT TAGCCTGTCA 
GCGGTATCTC AAGGAAAGTT GAGATTACAA AATTTAAAAG GAAGTGACGC GGGTATTTAT 
CGTTGTTCAG CGTCAAACAT CCTTGGAAAT GCTCACGAAG ACACCCAACT GGTAGTACAT 
GTCCGTCCAA CAGCCTCCAT TCACCCGGGA CCTCTTCACG CCACTGAAGG AAGTAACGTC 
ACTCTCCCAA CATGTCATGT GACTGGTCAT CCCGCACCGG TGGTCACCTG GAGTAAGTCG 
TTTGATCAGC TTCCTCAAGG GAGGATAGAG AGTAACAACA GTGCCTTAAC TCTCTTTGAT 
GTCCGAAGAA GTGATTCTGC CGAATACTTC TGTTCTGCGA CTAACAAGTT GGGAAAAGTT 
GTTCAGAAGA CTCTCTTGGT TGTGGTTTCC CTTCCTCAGT TTACTGTTAA GCCACCTGTC 
AAGATTGTGG AATCTATTGG GGCCAACATT ACTTTGAACT GCAGCGCTAC TGGTGATCCT 
CAACCAGTCA TCAGCTGGAA AAGACAAGGC TCTCAACTGC CAGTTGGACG AAGCCAGCAG 
ATTGATGGCG CCTTAGTCAT TATGGATGTT CAAAAAGAGG ATGCAGGAAA TTACATTTGT 
GTTGCAACCA GCGCTGGAGT GTTTAAAGCA GAGTCAGGAG CCTACTTGGA AATTCGGCGA 
CAGTTTAAAG CAGACTGCTC AGATCTGTTG AAATCAGGTC AAACTCAGAG TGGAGTTTAC 
TCTTTTGACC CACACGGTAA AGGATCCTTT GATGTTTATT GTGACATGCG CACTGACGGT 
GGAGGATGGA CCGTGTTTCA GAGAAGACAA AATGGCTCGG TACACTTCTA TCGGGGATGG 
AACGATTACA AATCAGGCTT TGGTAATCTT AGGGCTGAGT TCTGGTTAGG AAACGACAAG 
ATCCACAGGT TGACTGCCTC TAGAGCCAGC TTCCTGCGAG TGGAGCTGGA GGACTGGAAC 
GGAGTCAGAG TGTATGCCAA ATACGGCCAG TTTAACATCG GTGCCGAGCA GGCAAAGTAT 
CGACTTGAAG TGAGTTCATA TTCAGGGACA GCAGGAGATT CGTTAGCTTA TCATAATAAC 
ATGGCATTTA GCACAAAAGA TAGAGATCAT GACAAAAACG GTGGAAATTG TGCTATGTTG 
TTTACTGGTG CCTGGTGGTA CGATAACTGC CACTACTCTA ATCTAAATGG TAAATACCTG 
GGAAAGAAAA ATGATAATCG AGGAATCCGG TGGTATCACT TTAGAAACAG GCTATCATTG 
AAATTCAGTG AAATGAAACT GAGACCATCA TCAGGATAAA CTGGAAATCA AATCTGCAAT 
GATAAGGAGA TCCGTTCTCT TGAGAAATGA

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

RefSeq	XP_015767645.1
CDS	203..4372
Translation	MTTQRQSFPSFASIISVVSIVFYCAGFLRVEFQLSEHQGKINALEEATQTPPTTSGQSFTEAARNSPDFYERRRQKRNDKPDKNATNVEIGANMLIKLKQFLSELKPQLCRSKGDPCTHGPPGPPGPPGPRGQKGDRGRKGTKGKNGKKGDQGIMGPPGKSGKQGIAGLQGSRGEVGPKGQKGNMGPPGIPGAKGEPGEPISAPTVAVSPAKLTVNEGRSASFQCSVTGNPNPVIVWSRVNSQSGLSLSAVSRGMLRLENLKESDAGIYRCSATNVLGNAHEDTQLVVHVRPTASIHPGPLHATEGSNVTLPTCHVTGHPTPVVTWSKSFDQLPQGRVESNNSALTLFDVRRSDSAEYFCSATNKLGKVVQKTLLVVVSLPQFTVKPPAQILEYIGTNLTLNCSATGDPQPVISWKRQGSQLPVGRSQQIDGALVIRDVQKEDAGNYICAATSAGVFHRETVALVEVRPPKDCLELLKSGETQSGVYSFDPDGKGPFDVYCDMHTDGGGWTVFQRRQDGSVDFYRGWNDYKSGFGNLTAEFWLGNDKIHRLTASSASSLRVDLEDWNGARAYAKYGGFNIGDEQAKYRLEVSSYSGTAGDSLRYHNNMAFSTKDRDHDRHGANCAEEYTGAWWHKQCHRSNLNGKYLENKIDDRGVVWYYFGHHLSLKFSEMKLRPSSRLVVPQTVFFKSKMTTQKQSFPSFASIISVVSIVFYCAGFLRVEFQLSEHKDRINALEEVTQTQPTTSGRSFTEVARNSPDIYERRRQTRNYKPDKNATKVDIGANTMVIVKQFLSELKPQLCLSKSDACTHGPPGPPGPPGPRGQKGDRGRKGTKGKNGKKGDQGIMGPPCKSGKQGIAGLQGSnullGEVGPKGQKGNMGLPGIPGAKGEPGEPISAPTVAVSPTKLTVNEGRSASFLCSVTGNPEPVIVWSRVNSESGLSLSAVSQGKLRLQNLKGSDAGIYRCSASNILGNAHEDTQLVVHVRPTASIHPGPLHATEGSNVTLPTCHVTGHPAPVVTWSKSFDQLPQGRIESNNSALTLFDVRRSDSAEYFCSATNKLGKVVQKTLLVVVSLPQFTVKPPVKIVESIGANITLNCSATGDPQPVISWKRQGSQLPVGRSQQIDGALVIMDVQKEDAGNYICVATSAGVFKAESGAYLEIRRQFKADCSDLLKSGQTQSGVYSFDPHGKGSFDVYCDMRTDGGGWTVFQRRQNGSVHFYRGWNDYKSGFGNLRAEFWLGNDKIHRLTASRASFLRVELEDWNGVRVYAKYGQFNIGAEQAKYRLEVSSYSGTAGDSLAYHNNMAFSTKDRDHDKNGGNCAMLFTGAWWYDNCHYSNLNGKYLGKKNDNRGIRWYHFRNRLSLKFSEMKLRPSSG*TGNQICNDKEIRSLEK

Target ORF information:

RefSeq Version	XM_015912159.1
Organism	Acropora digitifera
Definition	Acropora digitifera uncharacterized LOC107346367 (LOC107346367), mRNA.

Target ORF information:

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

XM_015912159.1

ORF Insert Sequence:

ATGACGACGC AGAGGCAGAG TTTCCCTTCC TTTGCGTCTA TCATTTCTGT TGTGTCAATC 
GTGTTTTACT GTGCTGGATT TCTGAGGGTG GAATTCCAGT TGAGCGAGCA CCAAGGGAAG 
ATAAATGCTC TTGAGGAAGC CACACAAACT CCGCCGACGA CAAGCGGACA GAGTTTCACC 
GAAGCAGCCA GAAATTCTCC TGATTTCTAC GAACGTCGTA GACAGAAGCG AAATGATAAA 
CCAGATAAGA ATGCCACAAA TGTTGAGATC GGAGCAAATA TGCTGATAAA ATTGAAGCAA 
TTTTTATCAG AGTTGAAACC ACAACTATGT CGATCGAAAG GTGATCCATG CACGCATGGT 
CCACCAGGCC CTCCCGGTCC GCCTGGGCCA AGGGGCCAGA AAGGAGACCG AGGAAGAAAA 
GGAACAAAAG GAAAGAACGG AAAGAAGGGT GATCAGGGAA TTATGGGACC ACCGGGCAAG 
AGTGGGAAGC AAGGCATTGC AGGACTTCAA GGTTCCCGGG GAGAAGTAGG ACCGAAAGGA 
CAAAAAGGAA ACATGGGCCC GCCAGGAATT CCGGGCGCTA AAGGAGAACC TGGTGAGCCG 
ATTTCAGCTC CAACGGTTGC TGTTTCACCA GCAAAATTGA CAGTGAATGA AGGAAGATCA 
GCCTCGTTTC AGTGTTCGGT CACCGGAAAT CCTAACCCGG TAATAGTGTG GAGCAGAGTG 
AACAGTCAGT CAGGGCTTAG CCTGTCAGCG GTATCTCGAG GAATGTTGAG ATTAGAAAAT 
TTAAAAGAAA GTGACGCGGG TATTTACCGT TGCTCAGCGA CAAACGTCCT TGGAAATGCT 
CACGAAGACA CCCAACTGGT AGTACATGTC CGTCCAACAG CCTCCATTCA CCCGGGACCT 
CTTCACGCCA CTGAAGGAAG TAACGTCACT CTCCCAACTT GTCATGTGAC TGGTCATCCC 
ACACCGGTGG TCACCTGGAG TAAGTCGTTT GATCAGCTTC CTCAAGGGAG GGTAGAGAGT 
AACAACAGTG CCTTAACTCT CTTTGATGTC CGAAGAAGTG ATTCTGCCGA ATACTTCTGT 
TCTGCGACTA ACAAGTTGGG AAAAGTTGTT CAGAAGACTC TCTTGGTTGT GGTTTCCCTT 
CCTCAGTTTA CTGTTAAGCC ACCTGCGCAG ATTTTAGAAT ATATTGGGAC CAACCTGACT 
TTGAACTGCA GCGCTACTGG TGATCCTCAA CCAGTCATCA GCTGGAAACG ACAAGGCTCT 
CAATTGCCAG TTGGACGAAG CCAACAGATT GATGGCGCCT TAGTCATCAG AGATGTTCAA 
AAAGAGGATG CAGGAAATTA TATTTGCGCT GCAACCAGCG CTGGAGTGTT TCACAGGGAA 
ACCGTCGCAT TGGTTGAGGT TAGGCCGCCT AAAGATTGCT TAGAGCTGCT CAAATCAGGT 
GAAACTCAGA GTGGAGTTTA CTCTTTTGAC CCAGACGGTA AAGGACCCTT TGATGTTTAC 
TGTGACATGC ACACTGACGG TGGAGGATGG ACCGTGTTTC AGAGAAGACA AGATGGCTCG 
GTAGACTTCT ATCGGGGATG GAACGATTAC AAATCAGGCT TTGGTAATCT GACGGCTGAA 
TTCTGGTTAG GAAACGACAA GATCCATAGG TTGACTGCTT CTAGCGCCAG CTCTTTGCGA 
GTGGATTTAG AGGATTGGAA CGGAGCCAGA GCGTATGCCA AATATGGTGG GTTTAATATC 
GGTGACGAGC AGGCAAAGTA TCGACTTGAA GTGAGTTCAT ATTCAGGGAC AGCAGGAGAT 
TCGTTGCGTT ATCACAATAA CATGGCATTT AGCACAAAAG ATAGAGATCA TGACAGACAC 
GGAGCAAACT GTGCTGAGGA GTATACTGGT GCCTGGTGGC ACAAACAATG CCACCGCTCT 
AATCTAAACG GTAAATACCT GGAAAATAAA ATTGACGACC GCGGGGTCGT GTGGTATTAC 
TTTGGACACC ATCTTTCATT GAAATTCAGT GAAATGAAGC TGAGACCATC ATCTCGCCTT 
GTTGTCCCTC AAACTGTTTT CTTCAAATCC AAAATGACGA CGCAGAAGCA GAGTTTCCCT 
TCCTTTGCGT CTATCATTTC TGTTGTGTCA ATCGTGTTTT ACTGTGCTGG ATTTCTGAGG 
GTGGAATTCC AGTTGAGCGA ACATAAAGAC AGGATAAATG CTCTTGAGGA AGTCACACAA 
ACTCAGCCGA CCACAAGCGG ACGGAGTTTC ACCGAAGTAG CCAGAAATTC TCCTGATATT 
TATGAACGTC GTAGGCAGAC GCGAAATTAT AAACCAGATA AGAATGCCAC AAAAGTTGAC 
ATCGGAGCAA ATACGATGGT AATAGTGAAG CAATTTTTAT CAGAGTTGAA ACCACAACTC 
TGTCTATCGA AAAGTGATGC GTGCACGCAT GGTCCTCCGG GCCCTCCCGG TCCGCCTGGG 
CCGAGGGGCC AGAAGGGAGA CCGAGGACGA AAAGGAACGA AAGGAAAGAA CGGAAAGAAG 
GGTGATCAGG GAATTATGGG ACCACCGTGC AAGAGTGGGA AGCAAGGCAT TGCAGGACTT 
CAAGGTTCCN AGGGAGAAGT AGGACCGAAA GGACAAAAAG GAAACATGGG CCTGCCAGGC 
ATTCCGGGAG CTAAAGGAGA ACCTGGTGAA CCGATTTCAG CTCCAACTGT TGCTGTTTCA 
CCCACAAAGT TGACAGTGAA CGAGGGAAGA TCAGCTTCGT TTCTGTGTTC GGTCACTGGA 
AATCCTGAGC CTGTAATAGT GTGGAGCAGA GTGAACAGTG AGTCAGGGCT TAGCCTGTCA 
GCGGTATCTC AAGGAAAGTT GAGATTACAA AATTTAAAAG GAAGTGACGC GGGTATTTAT 
CGTTGTTCAG CGTCAAACAT CCTTGGAAAT GCTCACGAAG ACACCCAACT GGTAGTACAT 
GTCCGTCCAA CAGCCTCCAT TCACCCGGGA CCTCTTCACG CCACTGAAGG AAGTAACGTC 
ACTCTCCCAA CATGTCATGT GACTGGTCAT CCCGCACCGG TGGTCACCTG GAGTAAGTCG 
TTTGATCAGC TTCCTCAAGG GAGGATAGAG AGTAACAACA GTGCCTTAAC TCTCTTTGAT 
GTCCGAAGAA GTGATTCTGC CGAATACTTC TGTTCTGCGA CTAACAAGTT GGGAAAAGTT 
GTTCAGAAGA CTCTCTTGGT TGTGGTTTCC CTTCCTCAGT TTACTGTTAA GCCACCTGTC 
AAGATTGTGG AATCTATTGG GGCCAACATT ACTTTGAACT GCAGCGCTAC TGGTGATCCT 
CAACCAGTCA TCAGCTGGAA AAGACAAGGC TCTCAACTGC CAGTTGGACG AAGCCAGCAG 
ATTGATGGCG CCTTAGTCAT TATGGATGTT CAAAAAGAGG ATGCAGGAAA TTACATTTGT 
GTTGCAACCA GCGCTGGAGT GTTTAAAGCA GAGTCAGGAG CCTACTTGGA AATTCGGCGA 
CAGTTTAAAG CAGACTGCTC AGATCTGTTG AAATCAGGTC AAACTCAGAG TGGAGTTTAC 
TCTTTTGACC CACACGGTAA AGGATCCTTT GATGTTTATT GTGACATGCG CACTGACGGT 
GGAGGATGGA CCGTGTTTCA GAGAAGACAA AATGGCTCGG TACACTTCTA TCGGGGATGG 
AACGATTACA AATCAGGCTT TGGTAATCTT AGGGCTGAGT TCTGGTTAGG AAACGACAAG 
ATCCACAGGT TGACTGCCTC TAGAGCCAGC TTCCTGCGAG TGGAGCTGGA GGACTGGAAC 
GGAGTCAGAG TGTATGCCAA ATACGGCCAG TTTAACATCG GTGCCGAGCA GGCAAAGTAT 
CGACTTGAAG TGAGTTCATA TTCAGGGACA GCAGGAGATT CGTTAGCTTA TCATAATAAC 
ATGGCATTTA GCACAAAAGA TAGAGATCAT GACAAAAACG GTGGAAATTG TGCTATGTTG 
TTTACTGGTG CCTGGTGGTA CGATAACTGC CACTACTCTA ATCTAAATGG TAAATACCTG 
GGAAAGAAAA ATGATAATCG AGGAATCCGG TGGTATCACT TTAGAAACAG GCTATCATTG 
AAATTCAGTG AAATGAAACT GAGACCATCA TCAGGATAAA CTGGAAATCA AATCTGCAAT 
GATAAGGAGA TCCGTTCTCT TGAGAAATGA