I303_04566 cDNA ORF clone, Kwoniella dejecticola CBS 10117

Gene
Clones
gRNAs

Summary

Gene Symbol	I303_04566
Entrez Gene ID	28968265
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Kwoniella dejecticola CBS 10117

mRNA and Protein(s)

mRNA	Protein	Name
XM_018407864.1	XP_018263075.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following I303_04566 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the I303_04566 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
OKw04487	XM_018407864.1 Latest version!	Kwoniella dejecticola CBS 10117 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

I303_04566 ( XM_018407864.1 ) cDNA ORF clone, Kwoniella dejecticola CBS 10117 -> XP_018263075.1 Kwoniella dejecticola CBS 10117 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OKw04487
Clone ID Related Accession (Same CDS sequence)	XM_018407864.1
Accession Version	XM_018407864.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3954bp) 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	2016-09-21
Organism	Kwoniella dejecticola CBS 10117
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_017264919). COMPLETENESS: incomplete on both ends.

ATGCCGAAAC CGACATTCTT CCAGGCTGTG ATGAAGAAGC CCACAAGGTC TTATGCGGAT 
CCATATCATT CTTCACCATG GGACGATCAA GAACAAAATC AGCAAGCCAG CTTCAGCTCT 
AGTCGCTATG GCGGAGGAGG AGGATCATCG TACTACCAAT CTAGTCGGTA TGATGAATAT 
CATCAAAACG GCGCTGGACC TAGTAGACCC CGTCGGACAG GGTCCTCCGT GTCCAGCTCA 
GTCATGAGCG ATCTTGCACC GCCAACTTCA GCCCATTCTC TAGGTAGCAG ATTTCCCAAA 
CCAGCCAGAA GGGTAGTCAG CAACATTACC CTTCGAGATG GGAACATCAT CCATGATCAC 
CCAACCTCGC TGCCGAAATC ATCATCTTCA GCCGTTGGAG TTGGCTCTAC GACTACGACT 
CGCAAGAAGA CTATCAAAGC CCCTAGAGTC GGCGAAGAAG CAATTAGTAG GAACGGGACA 
GTAAAGAAGA AGAAGAAGAA GCCGCGGTCT GAGGCAGGAT ACACCCATGT AGACAATGAA 
TCGATACTTT CTTCGCCAAC TTCGACTGGT TCCCTCATCA TGCCTCCTCC GATACATTCT 
CGAAGCAGCG AGACGTCCTC TTCAGCGCCT TCATCGCCTA TACCTCCGTT GTCGCCTACC 
ACATCAATCC ACCCATCGAC AAATCCTCCT CGGCGGACTG GCGAAAAACA CCTCACGCCA 
TTGCCCCTCC TCACGCCGCC CAGCTCTGAG ATGTCTACTC CAAGTTCTTC CGCTAATCGC 
GTGCCAACGC TGAATACAGA TAAAGACAAG CCTGTTCCAA ATCTACCAAA ATTGGCCGTT 
CAGACAGCCC CAAAAGTCGC TGTAGCCGCA GAATCAGATG ACGAGGACGA GGACGAGGTG 
TTCTATACAC CAAGATCATC TGTGGTCGAC CTCCAAATCC CTTCACCAAT CCCTTCACCC 
GTCAATTCTG ACCCAGTCCA TACCCCTAAA CCCACTCAAC AGGCTCCTAT ACCGCCAATT 
CTGAAGTTCC TGCCACCAAC TCCAGCTCCA ATACCTGAGA CCTCTGTGTC GCCTTTCCAT 
TCCGAGCCAT CATCATCTGC AAGCTCTTTG CATCCTGATC GACCTTTCGC GCCAAGGCCC 
TCTCCAAGCC TCGTGATCCC ATCATACATC GAATCTGGAA GTAGCCGAGA AGCGGTAGAG 
TCTCCCAGGA ACGAGGAAGA AGACGCTCAG AGTGCATATG GGGAGGCTGG TTCTGACGAA 
GAGGAATCGT CGGAGCGACA AGGCAGATCA GGTAGGTCAC GCCAAACGAG CGGAACCCTT 
GACAGACCGA ATCAAGGGGT TTGGTCCAAT AATTCCTCCG TTGTGGGTCA TTCAGTACCA 
CCCTCAGTCG ACGGTCACAG GTCGGCTTCC CGTCAATCTT CTTCGAGGCA CATCTCAAGG 
AATTCATCCG ACGAATTGCA GTTCCACGGT AAGAGAAGAC CGAGCATCCC AGCATCCGAA 
GCCTCGTTCG TATCCGCGCC CAATAAGCTG GAAGGTAGCG TGAGAGGTTC CATCAGTGGG 
TACGGGAAAG GTGGTTGGGC AGCTGCAAAT TCTTTCTCCG GCCGTTCGAG GCCCTCATCG 
CCGGTCATGT TCATGCCTTC GTCTGGTGAT GGTTTTAGTG ATTTCCATGT ACAACCTCCG 
CCGCGCCAAT CGAAGTTTAC CCCTCTTCCA TCGGCGAGTC TGTCCCCGAC TTTCGATAAG 
ATCACGGACG GAGTGAGATT AGGAGGATCC AGTGCTAGAG AAAGCCAGAA TGGACTTGTG 
CCAGAAAGAA GATATGGAGA AGGTTTAAGA CCACATAGTA GGGGCGATTC TTCACCTAGC 
GAATATTCGC AATTATCCGA TGGTCTAGAA GGACTGGAAA TGCCAAGTCG GTCATACCTC 
AAGGACTATA GTGCAGGCAG TGCCAGTCGA AGCACGCCAC CTTCAGAGGT AGAATCAGGC 
GGAGGAGAAG CGAATAGGAC GACCGCAAAT CCCAGCGGAC CGCCTATACC TGGCTCTTTG 
GCCTTCCCTG TTGCTCGAGT GGGATCTCTG AGTCTGGGTC ACACGACGTC CAGACCGCCT 
TCGAGGGCTG TGTCGCATAC ACAGGCCCCC TCAAGACCGA TGTCCCCTGC GATGGACTAC 
AGACCGCCTT CCAGGGCGGC GTCTCAAGCT ACTTCGAGAC CAATGTCACC GGTCATGGAC 
TACCGTCCGA CCTCACCAGT TCCGAATCGA CCCAACTCAG TCATGTCGAA TTCCAACTCG 
CCAATGACTT TCAACTCTCC TTCTTTTCTC AATCCGGACA TACTCACGAT CTTACCTGAA 
ATGACTCACG AGGATTCGGA CAGACTGTAC AGATCTGCAG CGTCGGAATC TGGCGGAAAG 
GGTCGTAGGA CCTCAATGCA AGATTGGGGA TCGTATAACC CATCTAGGCG GTCTAGCATC 
TTCCGAGCGA AGAGTGAAGT TGGTCACGAA TATGAAGAGG ACGACAGAGA TACACCATTG 
CCGCCTCCAA GACGGAGTAA ATCGGTCATG GGATTCCGGA GTCACGAGCA GGAGAGGAGC 
GAGAAGAAAT GGGAAGGAAG TAGCTATGGT GATGGAGTCC TCATGGAATC AAATGGTCGA 
GCATCGGAAA GCGTAGGCGG CTACACTAAT CTGATCCTTC CGTCTGGCGC ATATCGACCC 
ATCAATCCCG CTAAATCAGC CTCGGCCGTT GATTCCCGTA TACTGGGCAT GCCTCACGCT 
ACGATGGCTT CGATAGTCCT CTCTACCACT TTTTCTCGGC ATTCTTCTAC CCCAGCACAC 
CTTCGTGACC AACTACCGCC TCTAGTCGAT TTCAGCTCGC ACCTCAAACC CCCGACCAAG 
GTCAATGACC ATCAGCTCCT TGTCCAGGTC TACGCAGTTG CCATCGATCA GAACGATGTC 
AGGGGTTTAG ATGAGAAAGC AAGGTATGAA GTTGGCAAAT TCGTCCCTGG GCGAAGCTTT 
GTTGGACGCG CTTTGGTCGT TGGGGCGGAT GAGAAAGAAG TGGTCCGAGG AGATATCGTC 
ATCGGGATCA ACGATATCCG CAAGAGTGGA GCCTTATCAG AATACATGAT AATCGATCGT 
CGTCGTATTT CTCGAGCTCC TTTCCCTACG CAATTGACTC TCGAACAACT ATCTCTCCTT 
CCACTTCAAG GTATATCAGC CGCTCGAGCT GTTCGAACAC ACTTAATCCG AAATTCACGC 
GCACTGATCA TCAACGCCCA TACCGGAGTG GCCGCTTTGG TATGTCAGGA GATGTCACGC 
TCCGGTGTAA ACGTGACGGC CGTCATTACG GGTGGCGAAG ACTCTCATGG GCACCACAAA 
CAATGCCTGG AGAATGGCGC GAGGGGCGTC CTTACTGGAA GTCCGGCTGC TGTCATGCTT 
AACCTCGAAG AGAGTGCGTG GGATTACGTT TTTGACAGTA TGGGGGGAAA CAGGGTGGCA 
GAAGCTGCTA AGAGATTATT GAAAGATGGT GGAACATTTA TCACAACCAT CAGACCGGAC 
TCATCCTCAT CATCCGATTC CAACTCGACC ACCAACAACC CACACGAATC TAGTAAACAC 
TCTCGACCAT CCGGGCTCAA ATCCCTCAAA GCTGCATTCG GCTCTTCTCG ATCGAAACAG 
AAAGATTACA AAAACATCAA CGTCGAATAC CTTCCCGCGG TAGGTACCGG TGAACCCGAG 
GTGGATTCGT CTGGGATGGA TTACAGAGAT ATCATGGAAG AACCCTGTAT GGCTATTTTC 
AGACCGCATC TCCCTGATTC CGCTTCGATC AAACATAATT CCTCTCTGTA TTCCGGAACA 
GACCTGAATC ACAACGATAA GAACCAAGCG AAGACGATAG TGCATTTTGA AAAGGGTCAC 
GAGATCTTCA AGAGGGACTG GGAGGGAGTG CGGGTGATCA GGGTCATCAA TTGA

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

RefSeq	XP_018263075.1
CDS	1..3954
Translation	MPKPTFFQAVMKKPTRSYADPYHSSPWDDQEQNQQASFSSSRYGGGGGSSYYQSSRYDEYHQNGAGPSRPRRTGSSVSSSVMSDLAPPTSAHSLGSRFPKPARRVVSNITLRDGNIIHDHPTSLPKSSSSAVGVGSTTTTRKKTIKAPRVGEEAISRNGTVKKKKKKPRSEAGYTHVDNESILSSPTSTGSLIMPPPIHSRSSETSSSAPSSPIPPLSPTTSIHPSTNPPRRTGEKHLTPLPLLTPPSSEMSTPSSSANRVPTLNTDKDKPVPNLPKLAVQTAPKVAVAAESDDEDEDEVFYTPRSSVVDLQIPSPIPSPVNSDPVHTPKPTQQAPIPPILKFLPPTPAPIPETSVSPFHSEPSSSASSLHPDRPFAPRPSPSLVIPSYIESGSSREAVESPRNEEEDAQSAYGEAGSDEEESSERQGRSGRSRQTSGTLDRPNQGVWSNNSSVVGHSVPPSVDGHRSASRQSSSRHISRNSSDELQFHGKRRPSIPASEASFVSAPNKLEGSVRGSISGYGKGGWAAANSFSGRSRPSSPVMFMPSSGDGFSDFHVQPPPRQSKFTPLPSASLSPTFDKITDGVRLGGSSARESQNGLVPERRYGEGLRPHSRGDSSPSEYSQLSDGLEGLEMPSRSYLKDYSAGSASRSTPPSEVESGGGEANRTTANPSGPPIPGSLAFPVARVGSLSLGHTTSRPPSRAVSHTQAPSRPMSPAMDYRPPSRAASQATSRPMSPVMDYRPTSPVPNRPNSVMSNSNSPMTFNSPSFLNPDILTILPEMTHEDSDRLYRSAASESGGKGRRTSMQDWGSYNPSRRSSIFRAKSEVGHEYEEDDRDTPLPPPRRSKSVMGFRSHEQERSEKKWEGSSYGDGVLMESNGRASESVGGYTNLILPSGAYRPINPAKSASAVDSRILGMPHATMASIVLSTTFSRHSSTPAHLRDQLPPLVDFSSHLKPPTKVNDHQLLVQVYAVAIDQNDVRGLDEKARYEVGKFVPGRSFVGRALVVGADEKEVVRGDIVIGINDIRKSGALSEYMIIDRRRISRAPFPTQLTLEQLSLLPLQGISAARAVRTHLIRNSRALIINAHTGVAALVCQEMSRSGVNVTAVITGGEDSHGHHKQCLENGARGVLTGSPAAVMLNLEESAWDYVFDSMGGNRVAEAAKRLLKDGGTFITTIRPDSSSSSDSNSTTNNPHESSKHSRPSGLKSLKAAFGSSRSKQKDYKNINVEYLPAVGTGEPEVDSSGMDYRDIMEEPCMAIFRPHLPDSASIKHNSSLYSGTDLNHNDKNQAKTIVHFEKGHEIFKRDWEGVRVIRVIN

Target ORF information:

RefSeq Version	XM_018407864.1
Organism	Kwoniella dejecticola CBS 10117
Definition	Kwoniella dejecticola CBS 10117 hypothetical protein partial mRNA.

Target ORF information:

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

XM_018407864.1

ORF Insert Sequence:

ATGCCGAAAC CGACATTCTT CCAGGCTGTG ATGAAGAAGC CCACAAGGTC TTATGCGGAT 
CCATATCATT CTTCACCATG GGACGATCAA GAACAAAATC AGCAAGCCAG CTTCAGCTCT 
AGTCGCTATG GCGGAGGAGG AGGATCATCG TACTACCAAT CTAGTCGGTA TGATGAATAT 
CATCAAAACG GCGCTGGACC TAGTAGACCC CGTCGGACAG GGTCCTCCGT GTCCAGCTCA 
GTCATGAGCG ATCTTGCACC GCCAACTTCA GCCCATTCTC TAGGTAGCAG ATTTCCCAAA 
CCAGCCAGAA GGGTAGTCAG CAACATTACC CTTCGAGATG GGAACATCAT CCATGATCAC 
CCAACCTCGC TGCCGAAATC ATCATCTTCA GCCGTTGGAG TTGGCTCTAC GACTACGACT 
CGCAAGAAGA CTATCAAAGC CCCTAGAGTC GGCGAAGAAG CAATTAGTAG GAACGGGACA 
GTAAAGAAGA AGAAGAAGAA GCCGCGGTCT GAGGCAGGAT ACACCCATGT AGACAATGAA 
TCGATACTTT CTTCGCCAAC TTCGACTGGT TCCCTCATCA TGCCTCCTCC GATACATTCT 
CGAAGCAGCG AGACGTCCTC TTCAGCGCCT TCATCGCCTA TACCTCCGTT GTCGCCTACC 
ACATCAATCC ACCCATCGAC AAATCCTCCT CGGCGGACTG GCGAAAAACA CCTCACGCCA 
TTGCCCCTCC TCACGCCGCC CAGCTCTGAG ATGTCTACTC CAAGTTCTTC CGCTAATCGC 
GTGCCAACGC TGAATACAGA TAAAGACAAG CCTGTTCCAA ATCTACCAAA ATTGGCCGTT 
CAGACAGCCC CAAAAGTCGC TGTAGCCGCA GAATCAGATG ACGAGGACGA GGACGAGGTG 
TTCTATACAC CAAGATCATC TGTGGTCGAC CTCCAAATCC CTTCACCAAT CCCTTCACCC 
GTCAATTCTG ACCCAGTCCA TACCCCTAAA CCCACTCAAC AGGCTCCTAT ACCGCCAATT 
CTGAAGTTCC TGCCACCAAC TCCAGCTCCA ATACCTGAGA CCTCTGTGTC GCCTTTCCAT 
TCCGAGCCAT CATCATCTGC AAGCTCTTTG CATCCTGATC GACCTTTCGC GCCAAGGCCC 
TCTCCAAGCC TCGTGATCCC ATCATACATC GAATCTGGAA GTAGCCGAGA AGCGGTAGAG 
TCTCCCAGGA ACGAGGAAGA AGACGCTCAG AGTGCATATG GGGAGGCTGG TTCTGACGAA 
GAGGAATCGT CGGAGCGACA AGGCAGATCA GGTAGGTCAC GCCAAACGAG CGGAACCCTT 
GACAGACCGA ATCAAGGGGT TTGGTCCAAT AATTCCTCCG TTGTGGGTCA TTCAGTACCA 
CCCTCAGTCG ACGGTCACAG GTCGGCTTCC CGTCAATCTT CTTCGAGGCA CATCTCAAGG 
AATTCATCCG ACGAATTGCA GTTCCACGGT AAGAGAAGAC CGAGCATCCC AGCATCCGAA 
GCCTCGTTCG TATCCGCGCC CAATAAGCTG GAAGGTAGCG TGAGAGGTTC CATCAGTGGG 
TACGGGAAAG GTGGTTGGGC AGCTGCAAAT TCTTTCTCCG GCCGTTCGAG GCCCTCATCG 
CCGGTCATGT TCATGCCTTC GTCTGGTGAT GGTTTTAGTG ATTTCCATGT ACAACCTCCG 
CCGCGCCAAT CGAAGTTTAC CCCTCTTCCA TCGGCGAGTC TGTCCCCGAC TTTCGATAAG 
ATCACGGACG GAGTGAGATT AGGAGGATCC AGTGCTAGAG AAAGCCAGAA TGGACTTGTG 
CCAGAAAGAA GATATGGAGA AGGTTTAAGA CCACATAGTA GGGGCGATTC TTCACCTAGC 
GAATATTCGC AATTATCCGA TGGTCTAGAA GGACTGGAAA TGCCAAGTCG GTCATACCTC 
AAGGACTATA GTGCAGGCAG TGCCAGTCGA AGCACGCCAC CTTCAGAGGT AGAATCAGGC 
GGAGGAGAAG CGAATAGGAC GACCGCAAAT CCCAGCGGAC CGCCTATACC TGGCTCTTTG 
GCCTTCCCTG TTGCTCGAGT GGGATCTCTG AGTCTGGGTC ACACGACGTC CAGACCGCCT 
TCGAGGGCTG TGTCGCATAC ACAGGCCCCC TCAAGACCGA TGTCCCCTGC GATGGACTAC 
AGACCGCCTT CCAGGGCGGC GTCTCAAGCT ACTTCGAGAC CAATGTCACC GGTCATGGAC 
TACCGTCCGA CCTCACCAGT TCCGAATCGA CCCAACTCAG TCATGTCGAA TTCCAACTCG 
CCAATGACTT TCAACTCTCC TTCTTTTCTC AATCCGGACA TACTCACGAT CTTACCTGAA 
ATGACTCACG AGGATTCGGA CAGACTGTAC AGATCTGCAG CGTCGGAATC TGGCGGAAAG 
GGTCGTAGGA CCTCAATGCA AGATTGGGGA TCGTATAACC CATCTAGGCG GTCTAGCATC 
TTCCGAGCGA AGAGTGAAGT TGGTCACGAA TATGAAGAGG ACGACAGAGA TACACCATTG 
CCGCCTCCAA GACGGAGTAA ATCGGTCATG GGATTCCGGA GTCACGAGCA GGAGAGGAGC 
GAGAAGAAAT GGGAAGGAAG TAGCTATGGT GATGGAGTCC TCATGGAATC AAATGGTCGA 
GCATCGGAAA GCGTAGGCGG CTACACTAAT CTGATCCTTC CGTCTGGCGC ATATCGACCC 
ATCAATCCCG CTAAATCAGC CTCGGCCGTT GATTCCCGTA TACTGGGCAT GCCTCACGCT 
ACGATGGCTT CGATAGTCCT CTCTACCACT TTTTCTCGGC ATTCTTCTAC CCCAGCACAC 
CTTCGTGACC AACTACCGCC TCTAGTCGAT TTCAGCTCGC ACCTCAAACC CCCGACCAAG 
GTCAATGACC ATCAGCTCCT TGTCCAGGTC TACGCAGTTG CCATCGATCA GAACGATGTC 
AGGGGTTTAG ATGAGAAAGC AAGGTATGAA GTTGGCAAAT TCGTCCCTGG GCGAAGCTTT 
GTTGGACGCG CTTTGGTCGT TGGGGCGGAT GAGAAAGAAG TGGTCCGAGG AGATATCGTC 
ATCGGGATCA ACGATATCCG CAAGAGTGGA GCCTTATCAG AATACATGAT AATCGATCGT 
CGTCGTATTT CTCGAGCTCC TTTCCCTACG CAATTGACTC TCGAACAACT ATCTCTCCTT 
CCACTTCAAG GTATATCAGC CGCTCGAGCT GTTCGAACAC ACTTAATCCG AAATTCACGC 
GCACTGATCA TCAACGCCCA TACCGGAGTG GCCGCTTTGG TATGTCAGGA GATGTCACGC 
TCCGGTGTAA ACGTGACGGC CGTCATTACG GGTGGCGAAG ACTCTCATGG GCACCACAAA 
CAATGCCTGG AGAATGGCGC GAGGGGCGTC CTTACTGGAA GTCCGGCTGC TGTCATGCTT 
AACCTCGAAG AGAGTGCGTG GGATTACGTT TTTGACAGTA TGGGGGGAAA CAGGGTGGCA 
GAAGCTGCTA AGAGATTATT GAAAGATGGT GGAACATTTA TCACAACCAT CAGACCGGAC 
TCATCCTCAT CATCCGATTC CAACTCGACC ACCAACAACC CACACGAATC TAGTAAACAC 
TCTCGACCAT CCGGGCTCAA ATCCCTCAAA GCTGCATTCG GCTCTTCTCG ATCGAAACAG 
AAAGATTACA AAAACATCAA CGTCGAATAC CTTCCCGCGG TAGGTACCGG TGAACCCGAG 
GTGGATTCGT CTGGGATGGA TTACAGAGAT ATCATGGAAG AACCCTGTAT GGCTATTTTC 
AGACCGCATC TCCCTGATTC CGCTTCGATC AAACATAATT CCTCTCTGTA TTCCGGAACA 
GACCTGAATC ACAACGATAA GAACCAAGCG AAGACGATAG TGCATTTTGA AAAGGGTCAC 
GAGATCTTCA AGAGGGACTG GGAGGGAGTG CGGGTGATCA GGGTCATCAA TTGA