UA08_08348 cDNA ORF clone, Talaromyces atroroseus

Gene
Clones
gRNAs

Summary

Gene Symbol	UA08_08348
Entrez Gene ID	31008104
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Talaromyces atroroseus

mRNA and Protein(s)

mRNA	Protein	Name
XM_020263262.1	XP_020116721.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following UA08_08348 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UA08_08348 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
OTa90774	XM_020263262.1 Latest version!	Talaromyces atroroseus hypothetical protein (UA08_08348), partial 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)

UA08_08348 ( XM_020263262.1 ) cDNA ORF clone, Talaromyces atroroseus -> XP_020116721.1 Talaromyces atroroseus hypothetical protein (UA08_08348), partial mRNA.

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CloneID	OTa90774
Clone ID Related Accession (Same CDS sequence)	XM_020263262.1
Accession Version	XM_020263262.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2017-08-27
Organism	Talaromyces atroroseus
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_017971445). COMPLETENESS: incomplete on both ends.

ATGGCAGATC CACCACCTGA CGCAGAAGCC CCTCAACCGC CGCTGCGGCC ACCCCCGCCA 
GCATCGCAGG CCCAGGCGCA CAAGGTGTAC TCGAATCGAG CAACCAGCGC CTTAGCCAGG 
CTTACCCAGC CCTTTTTCAC CGGCTCACGT TCACCGAGCC CTTCTGATGG CTCTGGCCGC 
TTGGCCGAAG AGGATCACCA GGGCGTGAGA TTGACGAGGT CAAGGTCCTT GCCTGGATCA 
TCTCAGACCG TCACACATCG CACCGGATTA TCGATCGCGT CGCTTGACAT TTCCCCGCAG 
AAGACGCACG CCGTGATTGC CGGCCGAGAA ATCTTCAAAA CGATTCGCGT CTCTCAGGAC 
GGTTCTTCCG AAGAGTTCAA TCTTCGCGAC GCTATTATCA AAGCCTCCTC AAAGAAGCAA 
GTCTTGACTG GCTTAGCATC TAAGTTTAAA GATCAGCTTG CCATTAAGGA TGTGAAGTGG 
TCTCACAGTG AATTCGATAC CGTTATCGCT ACTGCCGCCG CCAATGGCCG TATCATCACA 
TATGACCTGC AGCGAGCAGG TCTGGAACTC TCCAGGCTCA ACGGTCACAG TCGTCAGGTT 
CACAGATTGG CATTTAACCC TCATCGTTCG GCGTGGCTTT TATCAGGCAG CCAAGATAGC 
ACAATTCGCA TGTGGGATTT GAGATCAGCT TCTCCCGCAG CCACTATTCA GAGCATATCT 
CGCTATAGTG GTAATAGCGA TGCCGTGCGC GATATCCGAT GGTCTACAGG TGATGGGACG 
GTGTTTGCTA CCGCAACAGA TAGCGGAGCC ATTCAGTGCT GGGATTACCG ACAGACCAAG 
GCTCCACAGC TGAAAATTGC AGCCCATGAC AAGCCATGTT ATGCCGTTGA CTGGCATCCT 
GATGGAAAGC ATCTCGTGAG TGCAGGAACA GATAAGCAGG TCAAAGTCTG GGACTTTTCT 
TCATCGGCAG AACGCAGACA GAAGCCTACC TTTCAATTCC GAGTACCCCA GCCAGTGGTC 
AACGTGAGAT GGCGACCGGC TAGTCGTGTT TCTGAATTTT CTGATGAAAG AAATTGGAAA 
TCTACACAAG TGGTTACATC TTATGATAAA GAAGATCCTC GCATTCATCT ATGGGATCTC 
CGACGTCCAC ACATTCCCTA CCGAGAAATC GATCGCTACG AGACACCAGC TGCCGACCTA 
TTGTGGAAAT CCAGTGACTT GCTCTGGACT GTTGGCGAAG CCGGGTCATT CACTCAAACA 
GATATTCGAT TTGTTCCCGA AGTCGTCACT CGGCGACCAA CATGTGCAGT TGCCTGGAGC 
CCGACTGGAG AGGTCGTCGC TACCGTGCAA AAGCGGCCTC GACGCAGAGC TTTGGCGGCA 
AAAAAACCCG AGTTTTTCAA CTTTACAGAG GAGAACGAAC GAGGTTTTGA TAGACACCAG 
AGTTTCACGG ACACTACCGA GAACGACCTT TCCACGGTAA ACCCAAGGCA TCAAAAAGGA 
ATCGCCTTGG GGATATCAAA GTCACTAGGA AACACGCCTC CAGACCCGGA AGAGAAAATT 
ACAGTCGTCC CTCTTGAGAA CGCACTATCT GGCGATCATC CCTCACCACA TCAACTCGGC 
GCGATAGGAC AAGTTGAGGG TGTTGCATCA GACGCGGTGG TTTTCCGTTA TTTAGCCGAA 
CAATACGCCA CTTTGATGAA AGACGGCGAA GTCACCTATC GGCTGAATGA TCAGGTTCAA 
GCATTGCTCA ATGACCTGGA CTGGAATGCA GAACAGGCCG AAATAGCAGG TCAACATAAG 
CTCGCACAGA CTTGGAGTAT CGTGAAGTAC ACAGTGATTC AAGAACTTGA AGTACGAGCA 
GAAGAGAGAA GACGGCAGCC TAAAGAAAAG TCAGGCCACG ACCATAAGTC TCCGCATGCA 
CATTTCGGTG ACCTAACGCG TATAACCGAA GGATCAAAGT CGGCTAAGGT GAAGTCTCAC 
TTGTTCAAAG GCGTGATGAT CGAGACAGAA TCTCAGCGAC GCACAGTGCC GGACATGGAG 
AGTACATCTA ACATGACGAC TCCTCTTGCG AAGCCTCTCC CGGACTCTCC TTCGGGTACT 
GATTTTGCTT CGGTCACTCA AGGCGTAACT GAAACGGATG ACTTGATCGA TTTACAACCT 
TTGCCACCCC CCGTCATAAG CTCTCGTTAC AGTACTAAAA ATCAAGCCGA GGTTGCAATT 
GCACCACGGT TGCAGCGTCA CGAATCCGAA TCTAGCGATT ACATGCCCTT TTATTCAGCC 
AGTTTTAACT CGGAGCAGGC TCGTGATCTC GACGACAGCC TCGATACCGA CCAGCGGTCA 
GCGCCTCGGG CGATAGCTGG CCGTGCCGAC TGGCACCTTG ACAGGTCAAA TGATTTTGCA 
GCGAAGGAAG GCTCAGAAGA TGATTATGAG CAAAAGGTTG AAAGCCGGAA GGCTCTACTC 
CGTGACTACA AGGCGGTGCC GAAAAAAGTC CTCAATCTTG AATCCCTCGC AAGTGAAGCC 
AGCCGTCCAT CCCGTCCCGG TTCTTATCTT CGACACGACT CTACTGAAAG TTTCCCCATG 
TTCTCAGCTT CTACAGATAG CTCACAACGT ACTAAGTCGG TTGATATCTC ATTATCTCCT 
CGAACAGGTG CGGTGCCTAC CTCAAGGAGA AATAGTGTGG GATGGGAAAC AGAAGAAATC 
CCTGAGGAGG ATGAACCAGC ATCCTCTGAT GCTGCTAGTG TCCCCGAGTA TGCACCTTAT 
GAAGATGAAA CTGATTCCGG TAGTTCCTCT TCTGACATGA ATCAAATACA TATTCAACGT 
CCATCGAGCC CTGCTCCTTT ATTAGTGGAG TCGAGTGATC ATGAAGGTGA CTCGAAACCC 
CTAGATTCTC GCGAAGCAGC CAGAGGATCC AGTAAAGATC TTATGCTTCC TCTCTCGCCT 
GAAATATCGG CGAGCAAGCC ATGGAGCGTG CAAGTGATTT TGAGAGAGGC CATACGACAC 
TATCATAGCA CCGCTCCTGT CGATACTCAG ATGGCGGCTC ATCTGCTACG TACGATACAC 
TCACTTTTTC TTGATTGCAA GACTATTCTA CCATATCATG AGTCCGAACA GGTTTTCAAG 
ACATACAATG AGCAGCTCAT TCGCCACTCT ATGTATGTTG AGGCTGCTGA GCTCCGAAAT 
TTCTGTGTAC CCATGTATCC AGCAGTGTAT GAGTACGCTC AAACAGACAC GTTCATCAAT 
GTCTACTGCT ATACATGCAA GAAACCTTAC GAAAATCCCA TTAAAGACAA TCGACGATGT 
TACAGGTGCC TAACACCGCA AGCTCCTTGT CCCGTCTGCC TCAGTTTGGA GCCGCCTCTT 
GAATGGATCA TACCCGAATC TACGGATGGC GACGGTGACT CAAATACAGA TGACTTGGAG 
ACCAAATCCC AAGTCTCTAT CTCCTCCAAT GCGACGGAAC CAATTCCGCA ATCAGAGTTA 
GGACAGTTTG GGCAACAAAC TTGCGCTTCT TACCGACCCC AAGGTTCAGG CCTATGGTCG 
TGGTGCCAAG GTTGCGGACA TGGTGGGCAT CTAGCCTGCA TGAAGAAATG GCTTGGTGAC 
TTCGAGGTTA GCGAAGGCGG CTGCCCTACA CCTGGTTGTA TGCATGACTG TGGTCCTGGC 
CCACGACGCA CCGAGAACCG TGAAGTTGTG CAAACAGCTG CATTCGGCCG CAGGATGGCC 
TCAAATATCC CCGCCAAGCG AGATCCATGG GTTACTGGTG AGAGCAGAGC AGTTGAAAAA 
GTCCGCGGCA TGTTAGCAGC AGCACCAACA TCATCTGGCG AAACCTTACT GGGAGGTGGC 
GGCGTAAGTA GCAGCGGTAG CACCGCCCTT ACTGGCCCAA ATACGGCTTC CGGAGGCGCG 
GCTGCAGGGT CATCAGCGAA GAAAGTAAGA CTAATCACTC CAGTAGAGCA AGACCTGCGC 
AAGGAATTAG ATCCTTTGAA TCGTGACAAG GAGTCGACAT CGGACCCTTT CGCTGGCTAA

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

RefSeq	XP_020116721.1
CDS	1..4020
Translation	MADPPPDAEAPQPPLRPPPPASQAQAHKVYSNRATSALARLTQPFFTGSRSPSPSDGSGRLAEEDHQGVRLTRSRSLPGSSQTVTHRTGLSIASLDISPQKTHAVIAGREIFKTIRVSQDGSSEEFNLRDAIIKASSKKQVLTGLASKFKDQLAIKDVKWSHSEFDTVIATAAANGRIITYDLQRAGLELSRLNGHSRQVHRLAFNPHRSAWLLSGSQDSTIRMWDLRSASPAATIQSISRYSGNSDAVRDIRWSTGDGTVFATATDSGAIQCWDYRQTKAPQLKIAAHDKPCYAVDWHPDGKHLVSAGTDKQVKVWDFSSSAERRQKPTFQFRVPQPVVNVRWRPASRVSEFSDERNWKSTQVVTSYDKEDPRIHLWDLRRPHIPYREIDRYETPAADLLWKSSDLLWTVGEAGSFTQTDIRFVPEVVTRRPTCAVAWSPTGEVVATVQKRPRRRALAAKKPEFFNFTEENERGFDRHQSFTDTTENDLSTVNPRHQKGIALGISKSLGNTPPDPEEKITVVPLENALSGDHPSPHQLGAIGQVEGVASDAVVFRYLAEQYATLMKDGEVTYRLNDQVQALLNDLDWNAEQAEIAGQHKLAQTWSIVKYTVIQELEVRAEERRRQPKEKSGHDHKSPHAHFGDLTRITEGSKSAKVKSHLFKGVMIETESQRRTVPDMESTSNMTTPLAKPLPDSPSGTDFASVTQGVTETDDLIDLQPLPPPVISSRYSTKNQAEVAIAPRLQRHESESSDYMPFYSASFNSEQARDLDDSLDTDQRSAPRAIAGRADWHLDRSNDFAAKEGSEDDYEQKVESRKALLRDYKAVPKKVLNLESLASEASRPSRPGSYLRHDSTESFPMFSASTDSSQRTKSVDISLSPRTGAVPTSRRNSVGWETEEIPEEDEPASSDAASVPEYAPYEDETDSGSSSSDMNQIHIQRPSSPAPLLVESSDHEGDSKPLDSREAARGSSKDLMLPLSPEISASKPWSVQVILREAIRHYHSTAPVDTQMAAHLLRTIHSLFLDCKTILPYHESEQVFKTYNEQLIRHSMYVEAAELRNFCVPMYPAVYEYAQTDTFINVYCYTCKKPYENPIKDNRRCYRCLTPQAPCPVCLSLEPPLEWIIPESTDGDGDSNTDDLETKSQVSISSNATEPIPQSELGQFGQQTCASYRPQGSGLWSWCQGCGHGGHLACMKKWLGDFEVSEGGCPTPGCMHDCGPGPRRTENREVVQTAAFGRRMASNIPAKRDPWVTGESRAVEKVRGMLAAAPTSSGETLLGGGGVSSSGSTALTGPNTASGGAAAGSSAKKVRLITPVEQDLRKELDPLNRDKESTSDPFAG

Target ORF information:

RefSeq Version	XM_020263262.1
Organism	Talaromyces atroroseus
Definition	Talaromyces atroroseus hypothetical protein (UA08_08348), partial mRNA.

Target ORF information:

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

XM_020263262.1

ORF Insert Sequence:

ATGGCAGATC CACCACCTGA CGCAGAAGCC CCTCAACCGC CGCTGCGGCC ACCCCCGCCA 
GCATCGCAGG CCCAGGCGCA CAAGGTGTAC TCGAATCGAG CAACCAGCGC CTTAGCCAGG 
CTTACCCAGC CCTTTTTCAC CGGCTCACGT TCACCGAGCC CTTCTGATGG CTCTGGCCGC 
TTGGCCGAAG AGGATCACCA GGGCGTGAGA TTGACGAGGT CAAGGTCCTT GCCTGGATCA 
TCTCAGACCG TCACACATCG CACCGGATTA TCGATCGCGT CGCTTGACAT TTCCCCGCAG 
AAGACGCACG CCGTGATTGC CGGCCGAGAA ATCTTCAAAA CGATTCGCGT CTCTCAGGAC 
GGTTCTTCCG AAGAGTTCAA TCTTCGCGAC GCTATTATCA AAGCCTCCTC AAAGAAGCAA 
GTCTTGACTG GCTTAGCATC TAAGTTTAAA GATCAGCTTG CCATTAAGGA TGTGAAGTGG 
TCTCACAGTG AATTCGATAC CGTTATCGCT ACTGCCGCCG CCAATGGCCG TATCATCACA 
TATGACCTGC AGCGAGCAGG TCTGGAACTC TCCAGGCTCA ACGGTCACAG TCGTCAGGTT 
CACAGATTGG CATTTAACCC TCATCGTTCG GCGTGGCTTT TATCAGGCAG CCAAGATAGC 
ACAATTCGCA TGTGGGATTT GAGATCAGCT TCTCCCGCAG CCACTATTCA GAGCATATCT 
CGCTATAGTG GTAATAGCGA TGCCGTGCGC GATATCCGAT GGTCTACAGG TGATGGGACG 
GTGTTTGCTA CCGCAACAGA TAGCGGAGCC ATTCAGTGCT GGGATTACCG ACAGACCAAG 
GCTCCACAGC TGAAAATTGC AGCCCATGAC AAGCCATGTT ATGCCGTTGA CTGGCATCCT 
GATGGAAAGC ATCTCGTGAG TGCAGGAACA GATAAGCAGG TCAAAGTCTG GGACTTTTCT 
TCATCGGCAG AACGCAGACA GAAGCCTACC TTTCAATTCC GAGTACCCCA GCCAGTGGTC 
AACGTGAGAT GGCGACCGGC TAGTCGTGTT TCTGAATTTT CTGATGAAAG AAATTGGAAA 
TCTACACAAG TGGTTACATC TTATGATAAA GAAGATCCTC GCATTCATCT ATGGGATCTC 
CGACGTCCAC ACATTCCCTA CCGAGAAATC GATCGCTACG AGACACCAGC TGCCGACCTA 
TTGTGGAAAT CCAGTGACTT GCTCTGGACT GTTGGCGAAG CCGGGTCATT CACTCAAACA 
GATATTCGAT TTGTTCCCGA AGTCGTCACT CGGCGACCAA CATGTGCAGT TGCCTGGAGC 
CCGACTGGAG AGGTCGTCGC TACCGTGCAA AAGCGGCCTC GACGCAGAGC TTTGGCGGCA 
AAAAAACCCG AGTTTTTCAA CTTTACAGAG GAGAACGAAC GAGGTTTTGA TAGACACCAG 
AGTTTCACGG ACACTACCGA GAACGACCTT TCCACGGTAA ACCCAAGGCA TCAAAAAGGA 
ATCGCCTTGG GGATATCAAA GTCACTAGGA AACACGCCTC CAGACCCGGA AGAGAAAATT 
ACAGTCGTCC CTCTTGAGAA CGCACTATCT GGCGATCATC CCTCACCACA TCAACTCGGC 
GCGATAGGAC AAGTTGAGGG TGTTGCATCA GACGCGGTGG TTTTCCGTTA TTTAGCCGAA 
CAATACGCCA CTTTGATGAA AGACGGCGAA GTCACCTATC GGCTGAATGA TCAGGTTCAA 
GCATTGCTCA ATGACCTGGA CTGGAATGCA GAACAGGCCG AAATAGCAGG TCAACATAAG 
CTCGCACAGA CTTGGAGTAT CGTGAAGTAC ACAGTGATTC AAGAACTTGA AGTACGAGCA 
GAAGAGAGAA GACGGCAGCC TAAAGAAAAG TCAGGCCACG ACCATAAGTC TCCGCATGCA 
CATTTCGGTG ACCTAACGCG TATAACCGAA GGATCAAAGT CGGCTAAGGT GAAGTCTCAC 
TTGTTCAAAG GCGTGATGAT CGAGACAGAA TCTCAGCGAC GCACAGTGCC GGACATGGAG 
AGTACATCTA ACATGACGAC TCCTCTTGCG AAGCCTCTCC CGGACTCTCC TTCGGGTACT 
GATTTTGCTT CGGTCACTCA AGGCGTAACT GAAACGGATG ACTTGATCGA TTTACAACCT 
TTGCCACCCC CCGTCATAAG CTCTCGTTAC AGTACTAAAA ATCAAGCCGA GGTTGCAATT 
GCACCACGGT TGCAGCGTCA CGAATCCGAA TCTAGCGATT ACATGCCCTT TTATTCAGCC 
AGTTTTAACT CGGAGCAGGC TCGTGATCTC GACGACAGCC TCGATACCGA CCAGCGGTCA 
GCGCCTCGGG CGATAGCTGG CCGTGCCGAC TGGCACCTTG ACAGGTCAAA TGATTTTGCA 
GCGAAGGAAG GCTCAGAAGA TGATTATGAG CAAAAGGTTG AAAGCCGGAA GGCTCTACTC 
CGTGACTACA AGGCGGTGCC GAAAAAAGTC CTCAATCTTG AATCCCTCGC AAGTGAAGCC 
AGCCGTCCAT CCCGTCCCGG TTCTTATCTT CGACACGACT CTACTGAAAG TTTCCCCATG 
TTCTCAGCTT CTACAGATAG CTCACAACGT ACTAAGTCGG TTGATATCTC ATTATCTCCT 
CGAACAGGTG CGGTGCCTAC CTCAAGGAGA AATAGTGTGG GATGGGAAAC AGAAGAAATC 
CCTGAGGAGG ATGAACCAGC ATCCTCTGAT GCTGCTAGTG TCCCCGAGTA TGCACCTTAT 
GAAGATGAAA CTGATTCCGG TAGTTCCTCT TCTGACATGA ATCAAATACA TATTCAACGT 
CCATCGAGCC CTGCTCCTTT ATTAGTGGAG TCGAGTGATC ATGAAGGTGA CTCGAAACCC 
CTAGATTCTC GCGAAGCAGC CAGAGGATCC AGTAAAGATC TTATGCTTCC TCTCTCGCCT 
GAAATATCGG CGAGCAAGCC ATGGAGCGTG CAAGTGATTT TGAGAGAGGC CATACGACAC 
TATCATAGCA CCGCTCCTGT CGATACTCAG ATGGCGGCTC ATCTGCTACG TACGATACAC 
TCACTTTTTC TTGATTGCAA GACTATTCTA CCATATCATG AGTCCGAACA GGTTTTCAAG 
ACATACAATG AGCAGCTCAT TCGCCACTCT ATGTATGTTG AGGCTGCTGA GCTCCGAAAT 
TTCTGTGTAC CCATGTATCC AGCAGTGTAT GAGTACGCTC AAACAGACAC GTTCATCAAT 
GTCTACTGCT ATACATGCAA GAAACCTTAC GAAAATCCCA TTAAAGACAA TCGACGATGT 
TACAGGTGCC TAACACCGCA AGCTCCTTGT CCCGTCTGCC TCAGTTTGGA GCCGCCTCTT 
GAATGGATCA TACCCGAATC TACGGATGGC GACGGTGACT CAAATACAGA TGACTTGGAG 
ACCAAATCCC AAGTCTCTAT CTCCTCCAAT GCGACGGAAC CAATTCCGCA ATCAGAGTTA 
GGACAGTTTG GGCAACAAAC TTGCGCTTCT TACCGACCCC AAGGTTCAGG CCTATGGTCG 
TGGTGCCAAG GTTGCGGACA TGGTGGGCAT CTAGCCTGCA TGAAGAAATG GCTTGGTGAC 
TTCGAGGTTA GCGAAGGCGG CTGCCCTACA CCTGGTTGTA TGCATGACTG TGGTCCTGGC 
CCACGACGCA CCGAGAACCG TGAAGTTGTG CAAACAGCTG CATTCGGCCG CAGGATGGCC 
TCAAATATCC CCGCCAAGCG AGATCCATGG GTTACTGGTG AGAGCAGAGC AGTTGAAAAA 
GTCCGCGGCA TGTTAGCAGC AGCACCAACA TCATCTGGCG AAACCTTACT GGGAGGTGGC 
GGCGTAAGTA GCAGCGGTAG CACCGCCCTT ACTGGCCCAA ATACGGCTTC CGGAGGCGCG 
GCTGCAGGGT CATCAGCGAA GAAAGTAAGA CTAATCACTC CAGTAGAGCA AGACCTGCGC 
AAGGAATTAG ATCCTTTGAA TCGTGACAAG GAGTCGACAT CGGACCCTTT CGCTGGCTAA