GIGYF2 cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka)

Gene
Clones
gRNAs

Summary

Gene Symbol	GIGYF2
Entrez Gene ID	105822345
Full Name	GRB10 interacting GYF protein 2
Gene Type	protein-coding
Organism	Propithecus coquereli(Coquerel's sifaka)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012659323.1	XP_012514777.1	PERQ amino acid-rich with GYF domain-containing protein 2

Pathways from BioSystems
Gene Ontology

The following GIGYF2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GIGYF2 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
OPr115820	XM_012659323.1 Latest version!	Propithecus coquereli GRB10 interacting GYF protein 2 (GIGYF2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

GIGYF2 ( XM_012659323.1 ) cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka) -> XP_012514777.1 Propithecus coquereli GRB10 interacting GYF protein 2 (GIGYF2), mRNA.

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CloneID	OPr115820
Clone ID Related Accession (Same CDS sequence)	XM_012659323.1
Accession Version	XM_012659323.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3786bp) 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	2015-05-31
Organism	Propithecus coquereli(Coquerel's sifaka)
Product	PERQ amino acid-rich with GYF domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012152008.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Propithecus coquereli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGATACCTT TTAAGCTCCG AGCTCTCTCC AGCGGTGGGA GTATCACTTC CCCGCCTCTC 
TCTCCAGCAT TGCCGAAGTA TAAATTAGCA GATTATCGTT ACGGCAGAGA AGAAATGTTA 
GCACTTTTCC TTAAAGACAA CAAGATACCA TCAGACCTTC TGGATAAAGA ATTTCTGCCT 
ATCCTCCAGG AGGAGCCCCT GCCGCCATTG GCCCTTGTAC CATTTACAGA AGAAGAACAG 
AGAAACTTTT CGATGTCTGT AAATAGTGCC GCTGTCCTGC GATTGACAGG ACGAGGAGGA 
GGAGGAACAG TGGTGGGGGC TCCTAGAGGT CGAAGTTCTT CAAGAGGGCG AGGCAGAGGC 
AGAGGTGAAT GTGGTTTCTA CCAAAGAAGT TTTGATGAAG TAGAGGGTGT ATTTGGTCGA 
GGAGGTGGCA GGGAAATGCA TAGATCGCAG AGCTGGGAGG AAAGGGGTGA CAGACGTTTT 
GAAAAACCAG GACGAAAAGA TATAGGGAGA CCAAATTTTG AGGAAGGAGG GCCAACATCA 
GTAGGGAGAA AGCATGAGTT CATACGGTCA GAAAGTGAAA ACTGGCGTAT CTTTAGAGAG 
GAACAAAACG GAGAAGATGA AGATGGTGGT TGGCGACTAG CTGGATCAAG AAGGGATGGA 
GAGAGGTGGC GGCCTCACAG TCCTGATGGC CCTCGTTCTG CAGGCTGGCG GGAACACGTG 
GAACGACGTC GGAGGTTTGA GTTTGATTTT CGAGATCGGG ATGATGAACG GGGTTACCGA 
AGGGTGCGCT CTGGCAGCGG GAGCATAGAC GATGACAGGG ATAGCTTGCC TGAATGGTGC 
TTAGAGGATG CTGAAGAAGA AATGGGCACA TTTGACTCAT CTGGAGCATT CCTCTCTCTA 
AAGAAAGTAC AGAAAGAATC TATTCCAGAA GAGCAGGAGA TGGACTTTCG ACCTGTGGAG 
GAAGGGGAGG AGTGCTCTGA CTCTGAGGGT AGCCATAATG AAGAGGCCAA AGAACCTGAT 
AAGACAAATA AGAAAGAGGG AGAGAACACA GATAGAGTAG GAGTTGAAGC TAGTGAGGAA 
ACACCTCAAA TCCCATCCTC ATCTGCTAGA CCAGGTTCTC CTTCAGACCA TCAGTCTCAG 
GAAGCACCAC AGTTTGAAAG GAAAGATGAA CTTAAAACTG AGCAGACGGA GAAAGCTGAA 
GAGGAAACTC GGACGGAAAA TAGTCTACCA GCCAAAGTGC CCAGCAGAGG GGACGAAATG 
GTTCCTGATG TCCAACAGCC TCTGTCACAG ATTCCTTCAG ATACAGCCTC TCCTCTTCTC 
ATACTTCCAC CTCCTGTTCC CAATCCTAGT CCTACCCTCC GGCCAGTTGA AACACCAGTC 
ATGGGTGCTC CTGGTATGGG CGGTGTTTCC ACAGAGCCAG ATGATGAAGA GGGTCTCAAA 
CATTTGGAGC AGCAAGCTGA GAAGATGGTG GCTTATCTCC AAGACAGTGC ACTAGATGAT 
GAGAGATTGA CGTCAAAACT GCAAGAGCAC AGAGCTAAAG GTGTGTCAAT TCCATTGATG 
CATGAAGCAA TGCAGAAGTG GTATTACAAA GATCCTCAGG GAGAAATTCA AGGTCCCTTC 
AATAATCAGG AGATGGCGGA ATGGTTTCAG GCGGGGTATT TTACTATGTC TTTGTTGGTG 
AAGAGGGCAT GTGATGAAAG CTTCCAACCT CTTGGAGATA TCATGAAAAT GTGGGGAAGG 
GTTCCCTTCT CTCCGGGTCC AGCGCCCCCT CCTCATATGG GACATCCTTC TTCCTCTAGC 
TGCTGCTCCT ATGCCTCTCC CAGTAGAGTT CCTTTTGGAG GTCTTGAATC TGTACCTTAC 
TTTTCCTACT CCAGATTGGA GTGTCTGGTG GCCGACCATA GAATATCTGA ACAAAGCATC 
ATTCCCTCAG TAACTAGGTC CGTGTCTGTG CCAGATACTG GCTCTATCTG GGAGCTTCAG 
CCAACAGCCT CACAGCCTAC AGTTTGGGAA GGTGGTAGTG TGTGGGATCT TCCTTTGGAC 
GCCACGACAC CAGGCCCTGC CCTAGAACAG CTTCAGCAGC TGGAGAAGGC CAAAGCTGCC 
AAGATAGAGC AGGAGAGAAG AGAAGCAGAA ATGAGGGCAA AGAGGGAAGA GGAGGAGCGA 
AAGAGGCAAG AAGAGCTCCG AAGACAACAG GAGGAAATTC TTCGGAGACA GCAGGAGGAA 
GAAAGGAAAA GGCGGGAGGA AGAAGAGCTC GCCCGAAGGA AACAGGAAGA GGCTCTGCGA 
CGCCAAAGGG AGCAAGAAAT TGCGTTAAGG CGACAGCGAG AAGAGGAAGA AAGACAGCAG 
CAAGAAGAAG CTCTTAGAAG ACTGGAGGAG AGGAGAAGAG AAGAGGAAGA AAGGCGGAAG 
CAGGAAGAAT TGTTACGCAA ACAGGAAGAG GAGGCTGCAA AATGGGCCCG GGAAGAAGAA 
GAAGCCCAGC GTCGATTAGA GGAGAACCGG CTGCGAATGG AAGAGGAGGC AGCCAGACTT 
AGGCACGAGG AGGAGGAACG GAAGAGGAAA GAGCTGGAGC TCCAGCGGCA GAAGGAGTTA 
ATGCGCCAGA GGCAGCAGCA GCAAGAGGCT CTCCGGAGGT TGCAGCAGCA GCAGCAGCAG 
CAGCAGCTGG CACAGATGAA GCTTCCCTCT TCTTCAACGT GGGGCCAGCA GTCTAATACA 
ACAGCATGTC AGTCTCAGGC CACACTGTCA TTGGCGGAAA TCCAAAAACT AGAAGAAGAA 
CGGGAACGGC AGCTTCGAGA AGAGCAAAGG CGCCAGCAGA GGGAATTGAT GAAAGCTCTC 
CAGCAGCAGC AACAGCAGCA GCAGCAGAAA CTCTCAGGTT GGGGGAATGT CAGCAAACCC 
GCAGGTACTA CAAAATCTCT TCTGGAGATC CAGCAGGAAG AAGCCAGGCA AATGCAAAAG 
CAGCAGCAGC AGCAACAGCA CCAGCAGCCA AACAGAGCTC GTAATAATAC GCATTCCAAC 
CTGCACACCA GCATTGGGAA TTCTGTTTGG GGCTCTATAA ATACTGGTCC CCCTAACCAG 
TGGGCATCTG ACCTAGTCAG TAGTATTTGG AGTAATGCTG ACACTAAAAA CTCCAACATG 
GGATTCTGGG ATGATGCAGT GAAAGAGGTG GGACCTAGGA ATTCAACAAA CAAAAATAAA 
AACAACACCA GTCTCAGTAA ATCTGTAGGT GTGTCTAACC GGCAGAATAA GAAAGTAGAA 
GAAGAAGAAA AGTTGCTGAA GCTCTTTCAG GGAGTAAATA AAGCCCAAGA TGGATTTACC 
CAGTGGTGTG AACAGATGCT TCATGCCCTT AATACGGCAA ATAACTTGGA TGTTCCCACA 
TTTGTTTCTT TCCTAAAAGA AGTAGAATCT CCTTATGAGG TCCATGATTA TATCAGGGCC 
TATTTAGGAG ATACTTCTGA GGCCAAGGAG TTTGCCAAGC AGTTCCTTGA GCGCCGTGCC 
AAACAGAAAG CCAACCAGCA GCGTCAGCAG CAGCAGCAAC AGCAGCAGCA GCAACAGCAG 
CAGCAGCAAC AGCAGCAACA GCAGCAGCAG GACTCTGTGT GGGGGATGAA CCACAGTACA 
CTCCATTCAG TATTTCAGAC CAATCAAAGC AACAACCAAC AATCCAATTT TGAGGCTGTA 
CAAAGTGGCA AGAAGAAGAA AAAACAGAAG ATGGTCCGAG CAGATCCCAG TTTGTTAGGA 
TTTTCAGTCA ATGCTTCATC GGAGCGACTC AATATGGGTG AAATCGAGAC TTTGGATGAC 
TACTGA

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

RefSeq	XP_012514777.1
CDS	1..3786
Translation	MIPFKLRALSSGGSITSPPLSPALPKYKLADYRYGREEMLALFLKDNKIPSDLLDKEFLPILQEEPLPPLALVPFTEEEQRNFSMSVNSAAVLRLTGRGGGGTVVGAPRGRSSSRGRGRGRGECGFYQRSFDEVEGVFGRGGGREMHRSQSWEERGDRRFEKPGRKDIGRPNFEEGGPTSVGRKHEFIRSESENWRIFREEQNGEDEDGGWRLAGSRRDGERWRPHSPDGPRSAGWREHVERRRRFEFDFRDRDDERGYRRVRSGSGSIDDDRDSLPEWCLEDAEEEMGTFDSSGAFLSLKKVQKESIPEEQEMDFRPVEEGEECSDSEGSHNEEAKEPDKTNKKEGENTDRVGVEASEETPQIPSSSARPGSPSDHQSQEAPQFERKDELKTEQTEKAEEETRTENSLPAKVPSRGDEMVPDVQQPLSQIPSDTASPLLILPPPVPNPSPTLRPVETPVMGAPGMGGVSTEPDDEEGLKHLEQQAEKMVAYLQDSALDDERLTSKLQEHRAKGVSIPLMHEAMQKWYYKDPQGEIQGPFNNQEMAEWFQAGYFTMSLLVKRACDESFQPLGDIMKMWGRVPFSPGPAPPPHMGHPSSSSCCSYASPSRVPFGGLESVPYFSYSRLECLVADHRISEQSIIPSVTRSVSVPDTGSIWELQPTASQPTVWEGGSVWDLPLDATTPGPALEQLQQLEKAKAAKIEQERREAEMRAKREEEERKRQEELRRQQEEILRRQQEEERKRREEEELARRKQEEALRRQREQEIALRRQREEEERQQQEEALRRLEERRREEEERRKQEELLRKQEEEAAKWAREEEEAQRRLEENRLRMEEEAARLRHEEEERKRKELELQRQKELMRQRQQQQEALRRLQQQQQQQQLAQMKLPSSSTWGQQSNTTACQSQATLSLAEIQKLEEERERQLREEQRRQQRELMKALQQQQQQQQQKLSGWGNVSKPAGTTKSLLEIQQEEARQMQKQQQQQQHQQPNRARNNTHSNLHTSIGNSVWGSINTGPPNQWASDLVSSIWSNADTKNSNMGFWDDAVKEVGPRNSTNKNKNNTSLSKSVGVSNRQNKKVEEEEKLLKLFQGVNKAQDGFTQWCEQMLHALNTANNLDVPTFVSFLKEVESPYEVHDYIRAYLGDTSEAKEFAKQFLERRAKQKANQQRQQQQQQQQQQQQQQQQQQQQQQDSVWGMNHSTLHSVFQTNQSNNQQSNFEAVQSGKKKKKQKMVRADPSLLGFSVNASSERLNMGEIETLDDY

Target ORF information:

RefSeq Version	XM_012659323.1
Organism	Propithecus coquereli(Coquerel's sifaka)
Definition	Propithecus coquereli GRB10 interacting GYF protein 2 (GIGYF2), mRNA.

Target ORF information:

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

XM_012659323.1

ORF Insert Sequence:

ATGATACCTT TTAAGCTCCG AGCTCTCTCC AGCGGTGGGA GTATCACTTC CCCGCCTCTC 
TCTCCAGCAT TGCCGAAGTA TAAATTAGCA GATTATCGTT ACGGCAGAGA AGAAATGTTA 
GCACTTTTCC TTAAAGACAA CAAGATACCA TCAGACCTTC TGGATAAAGA ATTTCTGCCT 
ATCCTCCAGG AGGAGCCCCT GCCGCCATTG GCCCTTGTAC CATTTACAGA AGAAGAACAG 
AGAAACTTTT CGATGTCTGT AAATAGTGCC GCTGTCCTGC GATTGACAGG ACGAGGAGGA 
GGAGGAACAG TGGTGGGGGC TCCTAGAGGT CGAAGTTCTT CAAGAGGGCG AGGCAGAGGC 
AGAGGTGAAT GTGGTTTCTA CCAAAGAAGT TTTGATGAAG TAGAGGGTGT ATTTGGTCGA 
GGAGGTGGCA GGGAAATGCA TAGATCGCAG AGCTGGGAGG AAAGGGGTGA CAGACGTTTT 
GAAAAACCAG GACGAAAAGA TATAGGGAGA CCAAATTTTG AGGAAGGAGG GCCAACATCA 
GTAGGGAGAA AGCATGAGTT CATACGGTCA GAAAGTGAAA ACTGGCGTAT CTTTAGAGAG 
GAACAAAACG GAGAAGATGA AGATGGTGGT TGGCGACTAG CTGGATCAAG AAGGGATGGA 
GAGAGGTGGC GGCCTCACAG TCCTGATGGC CCTCGTTCTG CAGGCTGGCG GGAACACGTG 
GAACGACGTC GGAGGTTTGA GTTTGATTTT CGAGATCGGG ATGATGAACG GGGTTACCGA 
AGGGTGCGCT CTGGCAGCGG GAGCATAGAC GATGACAGGG ATAGCTTGCC TGAATGGTGC 
TTAGAGGATG CTGAAGAAGA AATGGGCACA TTTGACTCAT CTGGAGCATT CCTCTCTCTA 
AAGAAAGTAC AGAAAGAATC TATTCCAGAA GAGCAGGAGA TGGACTTTCG ACCTGTGGAG 
GAAGGGGAGG AGTGCTCTGA CTCTGAGGGT AGCCATAATG AAGAGGCCAA AGAACCTGAT 
AAGACAAATA AGAAAGAGGG AGAGAACACA GATAGAGTAG GAGTTGAAGC TAGTGAGGAA 
ACACCTCAAA TCCCATCCTC ATCTGCTAGA CCAGGTTCTC CTTCAGACCA TCAGTCTCAG 
GAAGCACCAC AGTTTGAAAG GAAAGATGAA CTTAAAACTG AGCAGACGGA GAAAGCTGAA 
GAGGAAACTC GGACGGAAAA TAGTCTACCA GCCAAAGTGC CCAGCAGAGG GGACGAAATG 
GTTCCTGATG TCCAACAGCC TCTGTCACAG ATTCCTTCAG ATACAGCCTC TCCTCTTCTC 
ATACTTCCAC CTCCTGTTCC CAATCCTAGT CCTACCCTCC GGCCAGTTGA AACACCAGTC 
ATGGGTGCTC CTGGTATGGG CGGTGTTTCC ACAGAGCCAG ATGATGAAGA GGGTCTCAAA 
CATTTGGAGC AGCAAGCTGA GAAGATGGTG GCTTATCTCC AAGACAGTGC ACTAGATGAT 
GAGAGATTGA CGTCAAAACT GCAAGAGCAC AGAGCTAAAG GTGTGTCAAT TCCATTGATG 
CATGAAGCAA TGCAGAAGTG GTATTACAAA GATCCTCAGG GAGAAATTCA AGGTCCCTTC 
AATAATCAGG AGATGGCGGA ATGGTTTCAG GCGGGGTATT TTACTATGTC TTTGTTGGTG 
AAGAGGGCAT GTGATGAAAG CTTCCAACCT CTTGGAGATA TCATGAAAAT GTGGGGAAGG 
GTTCCCTTCT CTCCGGGTCC AGCGCCCCCT CCTCATATGG GACATCCTTC TTCCTCTAGC 
TGCTGCTCCT ATGCCTCTCC CAGTAGAGTT CCTTTTGGAG GTCTTGAATC TGTACCTTAC 
TTTTCCTACT CCAGATTGGA GTGTCTGGTG GCCGACCATA GAATATCTGA ACAAAGCATC 
ATTCCCTCAG TAACTAGGTC CGTGTCTGTG CCAGATACTG GCTCTATCTG GGAGCTTCAG 
CCAACAGCCT CACAGCCTAC AGTTTGGGAA GGTGGTAGTG TGTGGGATCT TCCTTTGGAC 
GCCACGACAC CAGGCCCTGC CCTAGAACAG CTTCAGCAGC TGGAGAAGGC CAAAGCTGCC 
AAGATAGAGC AGGAGAGAAG AGAAGCAGAA ATGAGGGCAA AGAGGGAAGA GGAGGAGCGA 
AAGAGGCAAG AAGAGCTCCG AAGACAACAG GAGGAAATTC TTCGGAGACA GCAGGAGGAA 
GAAAGGAAAA GGCGGGAGGA AGAAGAGCTC GCCCGAAGGA AACAGGAAGA GGCTCTGCGA 
CGCCAAAGGG AGCAAGAAAT TGCGTTAAGG CGACAGCGAG AAGAGGAAGA AAGACAGCAG 
CAAGAAGAAG CTCTTAGAAG ACTGGAGGAG AGGAGAAGAG AAGAGGAAGA AAGGCGGAAG 
CAGGAAGAAT TGTTACGCAA ACAGGAAGAG GAGGCTGCAA AATGGGCCCG GGAAGAAGAA 
GAAGCCCAGC GTCGATTAGA GGAGAACCGG CTGCGAATGG AAGAGGAGGC AGCCAGACTT 
AGGCACGAGG AGGAGGAACG GAAGAGGAAA GAGCTGGAGC TCCAGCGGCA GAAGGAGTTA 
ATGCGCCAGA GGCAGCAGCA GCAAGAGGCT CTCCGGAGGT TGCAGCAGCA GCAGCAGCAG 
CAGCAGCTGG CACAGATGAA GCTTCCCTCT TCTTCAACGT GGGGCCAGCA GTCTAATACA 
ACAGCATGTC AGTCTCAGGC CACACTGTCA TTGGCGGAAA TCCAAAAACT AGAAGAAGAA 
CGGGAACGGC AGCTTCGAGA AGAGCAAAGG CGCCAGCAGA GGGAATTGAT GAAAGCTCTC 
CAGCAGCAGC AACAGCAGCA GCAGCAGAAA CTCTCAGGTT GGGGGAATGT CAGCAAACCC 
GCAGGTACTA CAAAATCTCT TCTGGAGATC CAGCAGGAAG AAGCCAGGCA AATGCAAAAG 
CAGCAGCAGC AGCAACAGCA CCAGCAGCCA AACAGAGCTC GTAATAATAC GCATTCCAAC 
CTGCACACCA GCATTGGGAA TTCTGTTTGG GGCTCTATAA ATACTGGTCC CCCTAACCAG 
TGGGCATCTG ACCTAGTCAG TAGTATTTGG AGTAATGCTG ACACTAAAAA CTCCAACATG 
GGATTCTGGG ATGATGCAGT GAAAGAGGTG GGACCTAGGA ATTCAACAAA CAAAAATAAA 
AACAACACCA GTCTCAGTAA ATCTGTAGGT GTGTCTAACC GGCAGAATAA GAAAGTAGAA 
GAAGAAGAAA AGTTGCTGAA GCTCTTTCAG GGAGTAAATA AAGCCCAAGA TGGATTTACC 
CAGTGGTGTG AACAGATGCT TCATGCCCTT AATACGGCAA ATAACTTGGA TGTTCCCACA 
TTTGTTTCTT TCCTAAAAGA AGTAGAATCT CCTTATGAGG TCCATGATTA TATCAGGGCC 
TATTTAGGAG ATACTTCTGA GGCCAAGGAG TTTGCCAAGC AGTTCCTTGA GCGCCGTGCC 
AAACAGAAAG CCAACCAGCA GCGTCAGCAG CAGCAGCAAC AGCAGCAGCA GCAACAGCAG 
CAGCAGCAAC AGCAGCAACA GCAGCAGCAG GACTCTGTGT GGGGGATGAA CCACAGTACA 
CTCCATTCAG TATTTCAGAC CAATCAAAGC AACAACCAAC AATCCAATTT TGAGGCTGTA 
CAAAGTGGCA AGAAGAAGAA AAAACAGAAG ATGGTCCGAG CAGATCCCAG TTTGTTAGGA 
TTTTCAGTCA ATGCTTCATC GGAGCGACTC AATATGGGTG AAATCGAGAC TTTGGATGAC 
TACTGA