LOC109043134 cDNA ORF clone, Bemisia tabaci

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109043134
Entrez Gene ID	109043134
Full Name	probable ATP-dependent RNA helicase DHX34
Gene Type	protein-coding
Organism	Bemisia tabaci

mRNA and Protein(s)

mRNA	Protein	Name
XM_019060233.1	XP_018915778.1	probable ATP-dependent RNA helicase DHX34

Pathways from BioSystems
Gene Ontology

The following LOC109043134 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109043134 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
OBe14930	XM_019060233.1 Latest version!	Bemisia tabaci probable ATP-dependent RNA helicase DHX34 (LOC109043134), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC109043134 ( XM_019060233.1 ) cDNA ORF clone, Bemisia tabaci -> XP_018915778.1 Bemisia tabaci probable ATP-dependent RNA helicase DHX34 (LOC109043134), mRNA.

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CloneID	OBe14930
Clone ID Related Accession (Same CDS sequence)	XM_019060233.1
Accession Version	XM_019060233.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3900bp) 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	2016-11-08
Organism	Bemisia tabaci
Product	probable ATP-dependent RNA helicase DHX34
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017566728.1) 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 Version :: Bemisia tabaci Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAAAAC ATAAAAATAA AATAAAAGAT CATTCTCCAA AGCATAAGAG AATGAAAACC 
AAAAGGAAAC GTAGTAGCCA TACAAAAAAA TACAGTCGTG AAGGTAGAAG TTCAAGAAAG 
AGGAAGTCGG ACGTCACTTC TAGTGATGAT TCCACGTTCA GTGACGATAC GTCTTCCGTT 
GAAAGCACTC AAGATAAATC AAGAGATCAC TCGCGCAAAA GGAGGCGTGG AAAAGATGAC 
GAAAACAGCT CCAGCTTTGT ACAAAAAAAA GGCAGTGAAA GTCGCTCAGA AGACTCAAGC 
AGTGATGATA AGAGGGAAAA TAATACAGGT GCAGGAAGCA GGCGTAAAAG TAAAAAGAGT 
AAAGAGTTGT CACCATTCAC TAAAAGTTAT GAAGGCTGGA GAAATATTCC TGGGAGTGAA 
GATTTCAAGG GCCATCTACA AAGGACATTG GTTGAGCCTC AAAGTAGTAC CACTGACGAT 
AGAAGAAAAG ATTTTAGACG AGATGATTGT GGAAAACAAA TCTATGTAAA CAAAAGTAGG 
AAGCATCATG ACTCCTCCCA TGAATTGAGT GAGGGTGCCA AAAGTAGTGC AAGTAGAGAG 
AATTCTCCAG AAAGTTCAAA TGAGAGGTCG CAAAATGAAG ACAAAGACTT TAGTTTCACA 
GTGTATCAGT ATGAACTTAA TAAAATATTT TGTAGGGATG CTTCGCTTAT CCCCGACAAA 
GAGGATTTTT GGCTCTTCGT GAAAAAATAT GAGGCTATGA AGAGGACTAA AAGCCAAAAA 
TGTAACCTAG AAGAATTGGA AAAGAAAATT GCAACCTTTG AAATTCCTTC AAAATTACCA 
CGCACTGCTG AACGTATTTT AAAAGCAACT GATGAGGAAC TGATGGGCTA CTTACCACCA 
TTTGATGAGT ATGATCGAAG GCAACGACTG ACAAAATTAC TTTTCCGAGA ATTTAGACTC 
ATCATCCGCA TTTATCTTGA CTTCAGGGAA AAAGAAAGGA TTTCCAAAGA GAAGAAAATT 
CAAGAAAGCA GAGCTAGTTT ACCTGTAGCT CAATATCGCG ATGAAATAAT CAAAGCTGTC 
CAGTCTGAGA GGGTAGTCAT AATAGCTGGA GACACAGGTT GTGGAAAATC AACCCAAATC 
CCCCAGTATC TCATGGAAGC TGGCTATAAC AGGATCGCTT GCACACAGCC ACGGCGTATT 
GCGTGTATTT CTCTATCAAA AAGGGTAGCA TATGAAACGT TAAGTGAAGC AGAGAATCTT 
ATTGGGTATC AGATTCGATT TGAGAAACAA AAACGACAGG ATACTAAAAT TGTCTTCATC 
ACGGAAGGCT TATTTTTACG TCAGGTTGCA AGTGAAGGAT GGGGTCAATA TGATGTTGTT 
GTCCTTGATG AGGTCCATGA GCGGCACCTA ACTTCGGACT TTCTTCTTGG GGTAGTCAAG 
TGTTTATTGC ACCAAAGGGA TGATGTAAAA ATCATCCTAA TGTCTGCAAC CATCAATATT 
AAGCTCATCT GCACTTATTT TGGTGATTTG GCCAAAGTCA TTCAGGTTCC AGGTCGTCTC 
CATCCGATTA AACTTGAATA CCACCCAATA CCTGCCTCAG AACGGTCTGA ACGGTTCGAT 
CCGGCACCTT TCCTACGAAT AATGCAGTTG ATTGACAAGA AATATTCTAG GGACGAACGT 
GGGGACTTAT TAATTTTTGT CAGCGGAATG GCTGAAATTA CTGCTGTAAT CGATGTTGCC 
AAAAGTTATA ATGAAAGAGA TGGAACATGG ATTGTCCTCT CTCTTCACAG CTCTCTTTCT 
ATAGCTGATC AGGATAAGGT TTTTGACTAT CCGCCAGAAG GCATGAGGAA ATGTATTGTT 
TCAACAAACA TTGCAGAAAC ATCAATTACC ATTGATGGTG TTCGATTCGT TGCCGATTCT 
GGAAAAGTGA AAGAAATGAT GTACGACTCG GTGGCGAAAA TGCAAAAACT GAAGGAGGTG 
TGGGTGAGCC GAGCCAGTGC AGAGCAACGG AAAGGAAGAG CAGGCAGAAC TGGACCTGGT 
GTATGTTTCC GGTTGTACTC AGAAGAGGAA TACACAGATA TGGCTCCATA CTCAACTCCT 
GAAATACAGA GGGTACCCTT GGATTCTGTC ATTCTCCAGA TTGTAGCAAT GGGACTTCCT 
GACGCTCGGA AATTCCCTTT TATTGAGCCT CCTCCAGCGC AGTGTATCGA AGTCTCAATC 
ACATCTTTAA AGCAGCATGG TGCACTCTCA TTCGATGAAA GTCTAACTTC AATCGGTGAG 
ATGTTGTCTC GTTTACCTGT TGATATTCCC CTTGGTAAAA TGTTAATCAA TGGATCGTTA 
TTTCATCAAC TGGAGCCTGT TTTGTCGCTT GCTGCCGCAT TATCAGTTCA AAACCCGTTC 
ACAAACCGAG CTTACCGTGA TCCAGAATGT GAGAACTCCC GGAAACTCCT AGAATCCGAT 
CATGGTGATC CAATAACTCT TCTGAATGCA TATAGAGAAT GGTTGGAAGT GAAAAGTGGC 
AAGGTGAGGG GCGTTTCTTC ACGTCACTGG TGTCGGAGAA GGGGACTGGA AGAACAGCGC 
TTCTACGAAA TGACAAAACT GAGAAAACAG TTTAAACAAT TGCTACAGGA TTGCAATTTA 
CTCCCATCAG AAAAAACGAA TGCTGAAAAA ATGAGCAGTG CCGAAAGAGC CTTGCGTCAT 
GGTGAATTGA AACTCCTCCG CTCTGCCAAG CGACAACATC AGAACGAGGC ACCTAGGAAA 
CGAAAAATTC TGAAGCCAGA TTCTTGGGAA CTAATGTATG AAGGAGAGGA AGAAAAGGAT 
GACACTGTTG ATATTGGAGA TATTGATTTT AGGTTGGCTA ATGACAGTTT GACAGTCCAG 
AATTTACTCA GTGGATCAAC AACTTGCAGT TACAAGGACT TGACAATGTT GAAACTCATC 
TTATGCAGTG GTCTGTACCC TCAGTTTGCA ATAGCTGATG AATTTAATCA TGTTAAAACT 
GTGAGTGAGC AACTTTTTCA CACTCCAACC AAACCATTTG TATCATTGCA TCCAATGGGA 
TACTTTGCCA ATCATTCTGA TGTTCTTAAG CTAAGTGAAG CAGAAATAGA GGATATTAAC 
GCTGAAGGTT TCAGCGCAAA ATACCCTGTT AGCACTAGAC ACCAGTTGCT TTGTTTCATG 
TCTTTGTTGG AAACTACAAA ACCGTTTTTA GTGAATACCC TGCGAATTCC GGCGGCTCAT 
TCACTTCTTC TTTTTTCACT TGAGCTGCAC ACAAGCAACA ATTTTTCCAA GATTGTGTGT 
GATTCATGGA TTCAGCTTAA ATTTCCTCTT CCTGAAGCAG CTGAAATATT TGTATTGAAG 
GCCATAAAGT TGCGCCTCAG GTGGGAGGAG CTACTAAAGC TTAGATTAGA AAAGCGTAAT 
TGTGCAGCTA TAGAGCAGAC AATGTGTCAG GATCTAGTCA AGTTCATGAC CATTGACATT 
GGTTATTCGA TTCAACGCAT TTTACCTGCA ACCTTGAAAA CCATATACGT GAAATCCAGT 
CACAGCGCCA TCAGTGGCAT TAATCCAATT AATCCCGACT TTGAAATTAC AGAAAATGTA 
AAATATGGAG GCTATGATCT GTGTTCATTT CTAGTATACG ACTGTTTAGA AAATGATGTT 
ATGATGGAGT GGGATTCCTG GACGTGTGGC TCATGTGGAT TAACAGCTGC TCTATCATCT 
TTTGAAAAGC TTCAACACAA AGTAACTTGC GCTCCAGAGA GTCAGCTTGA TGAGGCAGAA 
AGCAGTACGT CTGTTGTTCG AAAAGCAAAT GCCAAACAAT ACAAATGTGT TATATGCAAC 
CAAGAACTGT ATCTCACGCC TGTAGAAATT TTGAAGCATC AGAAAAGCCA TTCTCAGTAA

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

RefSeq	XP_018915778.1
CDS	157..4056
Translation	MGKHKNKIKDHSPKHKRMKTKRKRSSHTKKYSREGRSSRKRKSDVTSSDDSTFSDDTSSVESTQDKSRDHSRKRRRGKDDENSSSFVQKKGSESRSEDSSSDDKRENNTGAGSRRKSKKSKELSPFTKSYEGWRNIPGSEDFKGHLQRTLVEPQSSTTDDRRKDFRRDDCGKQIYVNKSRKHHDSSHELSEGAKSSASRENSPESSNERSQNEDKDFSFTVYQYELNKIFCRDASLIPDKEDFWLFVKKYEAMKRTKSQKCNLEELEKKIATFEIPSKLPRTAERILKATDEELMGYLPPFDEYDRRQRLTKLLFREFRLIIRIYLDFREKERISKEKKIQESRASLPVAQYRDEIIKAVQSERVVIIAGDTGCGKSTQIPQYLMEAGYNRIACTQPRRIACISLSKRVAYETLSEAENLIGYQIRFEKQKRQDTKIVFITEGLFLRQVASEGWGQYDVVVLDEVHERHLTSDFLLGVVKCLLHQRDDVKIILMSATINIKLICTYFGDLAKVIQVPGRLHPIKLEYHPIPASERSERFDPAPFLRIMQLIDKKYSRDERGDLLIFVSGMAEITAVIDVAKSYNERDGTWIVLSLHSSLSIADQDKVFDYPPEGMRKCIVSTNIAETSITIDGVRFVADSGKVKEMMYDSVAKMQKLKEVWVSRASAEQRKGRAGRTGPGVCFRLYSEEEYTDMAPYSTPEIQRVPLDSVILQIVAMGLPDARKFPFIEPPPAQCIEVSITSLKQHGALSFDESLTSIGEMLSRLPVDIPLGKMLINGSLFHQLEPVLSLAAALSVQNPFTNRAYRDPECENSRKLLESDHGDPITLLNAYREWLEVKSGKVRGVSSRHWCRRRGLEEQRFYEMTKLRKQFKQLLQDCNLLPSEKTNAEKMSSAERALRHGELKLLRSAKRQHQNEAPRKRKILKPDSWELMYEGEEEKDDTVDIGDIDFRLANDSLTVQNLLSGSTTCSYKDLTMLKLILCSGLYPQFAIADEFNHVKTVSEQLFHTPTKPFVSLHPMGYFANHSDVLKLSEAEIEDINAEGFSAKYPVSTRHQLLCFMSLLETTKPFLVNTLRIPAAHSLLLFSLELHTSNNFSKIVCDSWIQLKFPLPEAAEIFVLKAIKLRLRWEELLKLRLEKRNCAAIEQTMCQDLVKFMTIDIGYSIQRILPATLKTIYVKSSHSAISGINPINPDFEITENVKYGGYDLCSFLVYDCLENDVMMEWDSWTCGSCGLTAALSSFEKLQHKVTCAPESQLDEAESSTSVVRKANAKQYKCVICNQELYLTPVEILKHQKSHSQ

Target ORF information:

RefSeq Version	XM_019060233.1
Organism	Bemisia tabaci
Definition	Bemisia tabaci probable ATP-dependent RNA helicase DHX34 (LOC109043134), mRNA.

Target ORF information:

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

XM_019060233.1

ORF Insert Sequence:

ATGGGAAAAC ATAAAAATAA AATAAAAGAT CATTCTCCAA AGCATAAGAG AATGAAAACC 
AAAAGGAAAC GTAGTAGCCA TACAAAAAAA TACAGTCGTG AAGGTAGAAG TTCAAGAAAG 
AGGAAGTCGG ACGTCACTTC TAGTGATGAT TCCACGTTCA GTGACGATAC GTCTTCCGTT 
GAAAGCACTC AAGATAAATC AAGAGATCAC TCGCGCAAAA GGAGGCGTGG AAAAGATGAC 
GAAAACAGCT CCAGCTTTGT ACAAAAAAAA GGCAGTGAAA GTCGCTCAGA AGACTCAAGC 
AGTGATGATA AGAGGGAAAA TAATACAGGT GCAGGAAGCA GGCGTAAAAG TAAAAAGAGT 
AAAGAGTTGT CACCATTCAC TAAAAGTTAT GAAGGCTGGA GAAATATTCC TGGGAGTGAA 
GATTTCAAGG GCCATCTACA AAGGACATTG GTTGAGCCTC AAAGTAGTAC CACTGACGAT 
AGAAGAAAAG ATTTTAGACG AGATGATTGT GGAAAACAAA TCTATGTAAA CAAAAGTAGG 
AAGCATCATG ACTCCTCCCA TGAATTGAGT GAGGGTGCCA AAAGTAGTGC AAGTAGAGAG 
AATTCTCCAG AAAGTTCAAA TGAGAGGTCG CAAAATGAAG ACAAAGACTT TAGTTTCACA 
GTGTATCAGT ATGAACTTAA TAAAATATTT TGTAGGGATG CTTCGCTTAT CCCCGACAAA 
GAGGATTTTT GGCTCTTCGT GAAAAAATAT GAGGCTATGA AGAGGACTAA AAGCCAAAAA 
TGTAACCTAG AAGAATTGGA AAAGAAAATT GCAACCTTTG AAATTCCTTC AAAATTACCA 
CGCACTGCTG AACGTATTTT AAAAGCAACT GATGAGGAAC TGATGGGCTA CTTACCACCA 
TTTGATGAGT ATGATCGAAG GCAACGACTG ACAAAATTAC TTTTCCGAGA ATTTAGACTC 
ATCATCCGCA TTTATCTTGA CTTCAGGGAA AAAGAAAGGA TTTCCAAAGA GAAGAAAATT 
CAAGAAAGCA GAGCTAGTTT ACCTGTAGCT CAATATCGCG ATGAAATAAT CAAAGCTGTC 
CAGTCTGAGA GGGTAGTCAT AATAGCTGGA GACACAGGTT GTGGAAAATC AACCCAAATC 
CCCCAGTATC TCATGGAAGC TGGCTATAAC AGGATCGCTT GCACACAGCC ACGGCGTATT 
GCGTGTATTT CTCTATCAAA AAGGGTAGCA TATGAAACGT TAAGTGAAGC AGAGAATCTT 
ATTGGGTATC AGATTCGATT TGAGAAACAA AAACGACAGG ATACTAAAAT TGTCTTCATC 
ACGGAAGGCT TATTTTTACG TCAGGTTGCA AGTGAAGGAT GGGGTCAATA TGATGTTGTT 
GTCCTTGATG AGGTCCATGA GCGGCACCTA ACTTCGGACT TTCTTCTTGG GGTAGTCAAG 
TGTTTATTGC ACCAAAGGGA TGATGTAAAA ATCATCCTAA TGTCTGCAAC CATCAATATT 
AAGCTCATCT GCACTTATTT TGGTGATTTG GCCAAAGTCA TTCAGGTTCC AGGTCGTCTC 
CATCCGATTA AACTTGAATA CCACCCAATA CCTGCCTCAG AACGGTCTGA ACGGTTCGAT 
CCGGCACCTT TCCTACGAAT AATGCAGTTG ATTGACAAGA AATATTCTAG GGACGAACGT 
GGGGACTTAT TAATTTTTGT CAGCGGAATG GCTGAAATTA CTGCTGTAAT CGATGTTGCC 
AAAAGTTATA ATGAAAGAGA TGGAACATGG ATTGTCCTCT CTCTTCACAG CTCTCTTTCT 
ATAGCTGATC AGGATAAGGT TTTTGACTAT CCGCCAGAAG GCATGAGGAA ATGTATTGTT 
TCAACAAACA TTGCAGAAAC ATCAATTACC ATTGATGGTG TTCGATTCGT TGCCGATTCT 
GGAAAAGTGA AAGAAATGAT GTACGACTCG GTGGCGAAAA TGCAAAAACT GAAGGAGGTG 
TGGGTGAGCC GAGCCAGTGC AGAGCAACGG AAAGGAAGAG CAGGCAGAAC TGGACCTGGT 
GTATGTTTCC GGTTGTACTC AGAAGAGGAA TACACAGATA TGGCTCCATA CTCAACTCCT 
GAAATACAGA GGGTACCCTT GGATTCTGTC ATTCTCCAGA TTGTAGCAAT GGGACTTCCT 
GACGCTCGGA AATTCCCTTT TATTGAGCCT CCTCCAGCGC AGTGTATCGA AGTCTCAATC 
ACATCTTTAA AGCAGCATGG TGCACTCTCA TTCGATGAAA GTCTAACTTC AATCGGTGAG 
ATGTTGTCTC GTTTACCTGT TGATATTCCC CTTGGTAAAA TGTTAATCAA TGGATCGTTA 
TTTCATCAAC TGGAGCCTGT TTTGTCGCTT GCTGCCGCAT TATCAGTTCA AAACCCGTTC 
ACAAACCGAG CTTACCGTGA TCCAGAATGT GAGAACTCCC GGAAACTCCT AGAATCCGAT 
CATGGTGATC CAATAACTCT TCTGAATGCA TATAGAGAAT GGTTGGAAGT GAAAAGTGGC 
AAGGTGAGGG GCGTTTCTTC ACGTCACTGG TGTCGGAGAA GGGGACTGGA AGAACAGCGC 
TTCTACGAAA TGACAAAACT GAGAAAACAG TTTAAACAAT TGCTACAGGA TTGCAATTTA 
CTCCCATCAG AAAAAACGAA TGCTGAAAAA ATGAGCAGTG CCGAAAGAGC CTTGCGTCAT 
GGTGAATTGA AACTCCTCCG CTCTGCCAAG CGACAACATC AGAACGAGGC ACCTAGGAAA 
CGAAAAATTC TGAAGCCAGA TTCTTGGGAA CTAATGTATG AAGGAGAGGA AGAAAAGGAT 
GACACTGTTG ATATTGGAGA TATTGATTTT AGGTTGGCTA ATGACAGTTT GACAGTCCAG 
AATTTACTCA GTGGATCAAC AACTTGCAGT TACAAGGACT TGACAATGTT GAAACTCATC 
TTATGCAGTG GTCTGTACCC TCAGTTTGCA ATAGCTGATG AATTTAATCA TGTTAAAACT 
GTGAGTGAGC AACTTTTTCA CACTCCAACC AAACCATTTG TATCATTGCA TCCAATGGGA 
TACTTTGCCA ATCATTCTGA TGTTCTTAAG CTAAGTGAAG CAGAAATAGA GGATATTAAC 
GCTGAAGGTT TCAGCGCAAA ATACCCTGTT AGCACTAGAC ACCAGTTGCT TTGTTTCATG 
TCTTTGTTGG AAACTACAAA ACCGTTTTTA GTGAATACCC TGCGAATTCC GGCGGCTCAT 
TCACTTCTTC TTTTTTCACT TGAGCTGCAC ACAAGCAACA ATTTTTCCAA GATTGTGTGT 
GATTCATGGA TTCAGCTTAA ATTTCCTCTT CCTGAAGCAG CTGAAATATT TGTATTGAAG 
GCCATAAAGT TGCGCCTCAG GTGGGAGGAG CTACTAAAGC TTAGATTAGA AAAGCGTAAT 
TGTGCAGCTA TAGAGCAGAC AATGTGTCAG GATCTAGTCA AGTTCATGAC CATTGACATT 
GGTTATTCGA TTCAACGCAT TTTACCTGCA ACCTTGAAAA CCATATACGT GAAATCCAGT 
CACAGCGCCA TCAGTGGCAT TAATCCAATT AATCCCGACT TTGAAATTAC AGAAAATGTA 
AAATATGGAG GCTATGATCT GTGTTCATTT CTAGTATACG ACTGTTTAGA AAATGATGTT 
ATGATGGAGT GGGATTCCTG GACGTGTGGC TCATGTGGAT TAACAGCTGC TCTATCATCT 
TTTGAAAAGC TTCAACACAA AGTAACTTGC GCTCCAGAGA GTCAGCTTGA TGAGGCAGAA 
AGCAGTACGT CTGTTGTTCG AAAAGCAAAT GCCAAACAAT ACAAATGTGT TATATGCAAC 
CAAGAACTGT ATCTCACGCC TGTAGAAATT TTGAAGCATC AGAAAAGCCA TTCTCAGTAA