LOC111229696 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111229696
Entrez Gene ID	111229696
Full Name	FYVE, RhoGEF and PH domain-containing protein 6-like
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022756121.1	XP_022611842.1	FYVE, RhoGEF and PH domain-containing protein 6-like

Pathways from BioSystems
Gene Ontology

The following LOC111229696 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111229696 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
OSe202469	XM_022756121.1 Latest version!	Seriola dumerili FYVE, RhoGEF and PH domain-containing protein 6-like (LOC111229696), 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)

LOC111229696 ( XM_022756121.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022611842.1 Seriola dumerili FYVE, RhoGEF and PH domain-containing protein 6-like (LOC111229696), mRNA.

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CloneID	OSe202469
Clone ID Related Accession (Same CDS sequence)	XM_022756121.1
Accession Version	XM_022756121.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	FYVE, RhoGEF and PH domain-containing protein 6-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174497.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACTCAG GCATGTACAA GCCGCCTCTG GCCCCTAAAC CAAAGCTGGT GCAGCCCCAG 
AGGCCGGGGC TGTCTCCCTC AACCCCCAGA AGAGAAGGCC TCTCTATCCC TTCTCCAGGC 
ACTCCCAGAA GGGTTAAACC AGTATTGGCC CCTAAACCCT GCCTCTCCAA ACTCACCAGC 
GCTGTGGAAT CCAAACCTCT CATTTCAAAG AGCCTGCACC AAACATCTGT AACAGGAAAC 
CCTCGGACCG TCGGTCTACT GAACGGCCAA AATGGAATAC AGCAAGAAAA CAAAAAGCCA 
GATTGGGATT ATATTATTCC TATTTGCTTG TGTAGCCAGG AAAACTGCCA GTGCATCAGG 
AACACATCAG CAAGCAGAGA CAAAACGGAG AAAGTCTTGA AAACACTGCA CAAAGGTAAA 
GCTGAAGAAA ACAGGAAGCT TCTCCCTACA TCTCAAGGTG TGCCTGCACC CACCAATACC 
CACCTCACTA ACCATAAACC TCTACAAGAG ATGCTTACTT TGGACAAAAA TCTCAACACA 
GACATCAGTA CCTCAAGTCC TGTGGTGAGA GTTAGGCCGT CTCTTCCTCA CAGAACATGG 
AGCGATGAGG TAAATGGTAA CGTGATACCT CAGAGTGCAC CTGGGCGAGG ACCAAAGGAA 
GATGCTCTTG GCTCAGAGCA AATACTTAGT GTGCCCCAGA GCAAACCAGT CCCAGCAGCC 
CCTAGGAAAC CCGTCCCTGT ACCACGGAAA CCCAAGACAG CTGTTCTGGT TGGTCAGGAA 
AAGGTGGAGA AGGACAGGGA AGAGATTATA AACCAGGAAG GGAGGGAAAT GAACGTCAAA 
GAGGTGAGGG TGTCATCAGA GAGGAAGGAC AGCTCATCCC TGTCTGTCAG TGTACCTGTT 
AGTGAAAACA AGCAGCCAAT TGTTCTGCCT CTGAGAAAGG CCTGTGCTCC ACCAGCCCCT 
CCACCCAAGA AAAAGCCTTT TCTGTCTGCA CCTGAGAAAG TGCCAACCTC TGCTCCTGAA 
ACACTGCCAA AGGATGTGGA TGAGGAGGAT CTGGGTTGGG ACATCAGCAT CTATGAGATG 
GAGATATCAG TGGACAAGGA GGATGAAGAG GTGGAGAGGG AGATGGAAGG AGAGGAGGAT 
CAGAAGGCGG TCTACAGTGA CCTCACACGT TGTCCTCCTC ATAACAGTTT GCTCAGTCAC 
CCACAGATCA GCCAGCCTCC TGCATACACC GTGGCACCAC AGGATGGAGT GGTCAAGGTG 
CGTCCAACGA AGCCACAGAG ACACAGCAGC CCCATGCCGT TCACGCAGAG ACAGGACTCC 
TCTGAGGAGA CAGAAGAGGG GAAATTAGGA GATAATGGGA AACGACAGGC CCTTCCCAGA 
CAAGATAGTG TTTTTCAGGA CAGAGTGATG AGGGAGCTGC CTTTGCCTCC AGATGAGAAA 
ACAAGCAGAG ACCTCTTAAC AGCTGGAATC AAGCCTTTGC GGGGCAGCTT GGGGAAACAG 
AGAGCCAAGT CGTTCTCCAC TGCTGACCTC ACTCGCTCTG AAGGACAGAG GAGAAACTCT 
TTCCGGAAAC TGCTGGACTT GAAGCTCTCA GTGAAGATGC TACCCAAGCT GATAGTAAGA 
GGAAGCCAGA GCCCCGACTG CACCGGGGAT GATAATGAAC AAAGTGTGGA CAAGGACCAA 
GAAGCATGTC AGAACTTCCC AGAGAGTCTC AGGGCTGAAC GTAAATTCTC CTGCCCTCTG 
ATTGGAGTAG AGCAAAGCGT GGATGGAGAT GATTGTTTCC CTGGAATAGA TGAGGCTGTT 
CACTATGAGA ACGTTCGTCA TTATGAGGAG ATACCAGACT ACATTAACGT TCACGTGGGG 
AAGGCGGGGT CATCTTCTCG GGCCTCCCTC TCGCAGCCCT CGGCCTGGGA CAGCGAATTG 
TATAACGATG AGGGCATTTA CGAGGAGCAG GAGCCATATA TGTCCTTCGA GAAAAACACT 
GGACACCAAC AGTGTCAGAC ACCTACAGAC TATGAAAGAA ACTCTGCCAA TGAGGAATCT 
GCACCCCTGG GTGATGGTCC CTCGGATGAT GACATCGCGG CCAACATCTC GTCCTCAGAT 
GAGGAGGACA ACGATAGCAG CTCCATCTCA AGTAAAGGAG ACCCTGAGCA GCCGGAGGAG 
AGTACGACGC AGAGTGGAGA GAAGAAGAAT AAGATTCACC ACATCGCTAC CGAAATCATG 
TCCTCCGAGA GTGTGTTTGT TGATGTCCTG AAGCTGCTTC ATGTTGACTT TCGGGATGCA 
GTGTCTAAAG CATCTCGTCA GAACGGGAAG CCTGTGATTG AGGAGCGTCT TCTCAACCAG 
ATCCTTTACT ACCTCCCACA ACTCTACGAA CTCAACCAAG ACCTGCTGAG AGAGCTGAAG 
CAGAGATTGG CCAAATGGGA TGAGAATGCA CAGCTAGCAG ACATTTTCCT GAAGAAAGGG 
CCTTATCTGA AGATGTACTC CACTTACATC CGCGAGTATG ACAAGAATGT GGCTCTACTG 
GAAGAGCAGA GTAAGAGAAA CCCAGCATTC GGAGCTGTAG TACGGGAATT TGAGACCGGT 
CCACGCTGTG CCAACTTGGC TCTGAAGCAT TACCTGCTGA AGCCTGTTCA GAGGATTCCT 
CAGTATCAGC TGTTGTTCAC AGACTATCTA AAAAACCTAT CTGAGGACTC AGATGATTAC 
AAGGACACAC AAGCTGCCCT TGCTCTTGTA AAAGAGGTGG CCAATCATGC CAACGACATC 
ATGAAACAAG GGGATAATTT CCAGAAGCTG ATCCAGGTGC AGTGCAGTCT GAATGGCCAC 
CATGAGATAG TCCAGCCAGG GCGGATCTTC CTGAAGGAGG GTTTCCTGAT GAAGCTAGCC 
AGGAAGGTCA TGCAGCCCCG AAAGTTCTTC CTGTTCAATG ACACTCTGCT GTACACCACT 
CCTGTTCAGT CAGGCCAGTA CAAGCTCAAC AACATGCTGT GTCTGGCTGG GATGAGGGTT 
AGCAAACCAA GCCAAGAGGC CTATCAGAAT GAGCTGAACA TTGAGAGCGT GGAGCGCTCC 
TTCATTCTCT CTGCAAGTTC AGCCACGGAG CGAGATGAAT GGCTTGAGGC CATCTCCACA 
GCGATCAGTG ACTATACCAA GAGGAAGATC AGTTTTATAT CAGGAAAACC TCTAGAAGAG 
GTGGAACTGA GCGATAGTGG TGATGGTGCA CCTTTGGGAT CCAAAGCCCC AATATGGATC 
CCTGACCCGC GGACCACCAT GTGTATGATC TGCACCTGTG AATTCTCCCT AACGTGGAGG 
AGACACCACT GCCGTGCATG TGGAAAGGTG GTGTGCCAGT CCTGTTCCTC CAACAAATAC 
CGTCTTGAAT ACCTAAAGAA CCAATTAGCA CGAGTGTGTG ACCAGTGTTT CTGTGTTCTT 
CATGAGCAGA CAAATGAAAG GTCTCTATCA TCAGCTGTAT CCCCTGGAAA CAGAGCTGCC 
TTCGCTTTCT CCAGGAAGCA GAAGAAGATA CCTGCGGCAC TCAAAGAGGT GACAGCAAAC 
ACAGACAACT CAACCATCAG TGGGTATCTG CAGAGGTTCA AGGGCAATAA GAAGCAGGGG 
AAGAGGCTGT GGTTCGTCAT CAAAGACAAA GTCTTGTACA CGTATGCTGC AAGTGAGGAT 
GTTGCAGCCT TAGAGAGTCA GCCCCTGTTG GGATTCATGT TGAAAGAAGA TTCATCTGAG 
ACGTTACAGT TTAAGCTCTA TCACAAAAAC ACACTTTACT ACATTTTTAA AGCTGAAGAT 
GAACAAACAG CCCAGAGATG GATCAACTCA TTCAAAGAAG CCACTGTGCT TTAA

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

RefSeq	XP_022611842.1
CDS	186..4019
Translation	MNSGMYKPPLAPKPKLVQPQRPGLSPSTPRREGLSIPSPGTPRRVKPVLAPKPCLSKLTSAVESKPLISKSLHQTSVTGNPRTVGLLNGQNGIQQENKKPDWDYIIPICLCSQENCQCIRNTSASRDKTEKVLKTLHKGKAEENRKLLPTSQGVPAPTNTHLTNHKPLQEMLTLDKNLNTDISTSSPVVRVRPSLPHRTWSDEVNGNVIPQSAPGRGPKEDALGSEQILSVPQSKPVPAAPRKPVPVPRKPKTAVLVGQEKVEKDREEIINQEGREMNVKEVRVSSERKDSSSLSVSVPVSENKQPIVLPLRKACAPPAPPPKKKPFLSAPEKVPTSAPETLPKDVDEEDLGWDISIYEMEISVDKEDEEVEREMEGEEDQKAVYSDLTRCPPHNSLLSHPQISQPPAYTVAPQDGVVKVRPTKPQRHSSPMPFTQRQDSSEETEEGKLGDNGKRQALPRQDSVFQDRVMRELPLPPDEKTSRDLLTAGIKPLRGSLGKQRAKSFSTADLTRSEGQRRNSFRKLLDLKLSVKMLPKLIVRGSQSPDCTGDDNEQSVDKDQEACQNFPESLRAERKFSCPLIGVEQSVDGDDCFPGIDEAVHYENVRHYEEIPDYINVHVGKAGSSSRASLSQPSAWDSELYNDEGIYEEQEPYMSFEKNTGHQQCQTPTDYERNSANEESAPLGDGPSDDDIAANISSSDEEDNDSSSISSKGDPEQPEESTTQSGEKKNKIHHIATEIMSSESVFVDVLKLLHVDFRDAVSKASRQNGKPVIEERLLNQILYYLPQLYELNQDLLRELKQRLAKWDENAQLADIFLKKGPYLKMYSTYIREYDKNVALLEEQSKRNPAFGAVVREFETGPRCANLALKHYLLKPVQRIPQYQLLFTDYLKNLSEDSDDYKDTQAALALVKEVANHANDIMKQGDNFQKLIQVQCSLNGHHEIVQPGRIFLKEGFLMKLARKVMQPRKFFLFNDTLLYTTPVQSGQYKLNNMLCLAGMRVSKPSQEAYQNELNIESVERSFILSASSATERDEWLEAISTAISDYTKRKISFISGKPLEEVELSDSGDGAPLGSKAPIWIPDPRTTMCMICTCEFSLTWRRHHCRACGKVVCQSCSSNKYRLEYLKNQLARVCDQCFCVLHEQTNERSLSSAVSPGNRAAFAFSRKQKKIPAALKEVTANTDNSTISGYLQRFKGNKKQGKRLWFVIKDKVLYTYAASEDVAALESQPLLGFMLKEDSSETLQFKLYHKNTLYYIFKAEDEQTAQRWINSFKEATVL

Target ORF information:

RefSeq Version	XM_022756121.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili FYVE, RhoGEF and PH domain-containing protein 6-like (LOC111229696), mRNA.

Target ORF information:

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

XM_022756121.1

ORF Insert Sequence:

ATGAACTCAG GCATGTACAA GCCGCCTCTG GCCCCTAAAC CAAAGCTGGT GCAGCCCCAG 
AGGCCGGGGC TGTCTCCCTC AACCCCCAGA AGAGAAGGCC TCTCTATCCC TTCTCCAGGC 
ACTCCCAGAA GGGTTAAACC AGTATTGGCC CCTAAACCCT GCCTCTCCAA ACTCACCAGC 
GCTGTGGAAT CCAAACCTCT CATTTCAAAG AGCCTGCACC AAACATCTGT AACAGGAAAC 
CCTCGGACCG TCGGTCTACT GAACGGCCAA AATGGAATAC AGCAAGAAAA CAAAAAGCCA 
GATTGGGATT ATATTATTCC TATTTGCTTG TGTAGCCAGG AAAACTGCCA GTGCATCAGG 
AACACATCAG CAAGCAGAGA CAAAACGGAG AAAGTCTTGA AAACACTGCA CAAAGGTAAA 
GCTGAAGAAA ACAGGAAGCT TCTCCCTACA TCTCAAGGTG TGCCTGCACC CACCAATACC 
CACCTCACTA ACCATAAACC TCTACAAGAG ATGCTTACTT TGGACAAAAA TCTCAACACA 
GACATCAGTA CCTCAAGTCC TGTGGTGAGA GTTAGGCCGT CTCTTCCTCA CAGAACATGG 
AGCGATGAGG TAAATGGTAA CGTGATACCT CAGAGTGCAC CTGGGCGAGG ACCAAAGGAA 
GATGCTCTTG GCTCAGAGCA AATACTTAGT GTGCCCCAGA GCAAACCAGT CCCAGCAGCC 
CCTAGGAAAC CCGTCCCTGT ACCACGGAAA CCCAAGACAG CTGTTCTGGT TGGTCAGGAA 
AAGGTGGAGA AGGACAGGGA AGAGATTATA AACCAGGAAG GGAGGGAAAT GAACGTCAAA 
GAGGTGAGGG TGTCATCAGA GAGGAAGGAC AGCTCATCCC TGTCTGTCAG TGTACCTGTT 
AGTGAAAACA AGCAGCCAAT TGTTCTGCCT CTGAGAAAGG CCTGTGCTCC ACCAGCCCCT 
CCACCCAAGA AAAAGCCTTT TCTGTCTGCA CCTGAGAAAG TGCCAACCTC TGCTCCTGAA 
ACACTGCCAA AGGATGTGGA TGAGGAGGAT CTGGGTTGGG ACATCAGCAT CTATGAGATG 
GAGATATCAG TGGACAAGGA GGATGAAGAG GTGGAGAGGG AGATGGAAGG AGAGGAGGAT 
CAGAAGGCGG TCTACAGTGA CCTCACACGT TGTCCTCCTC ATAACAGTTT GCTCAGTCAC 
CCACAGATCA GCCAGCCTCC TGCATACACC GTGGCACCAC AGGATGGAGT GGTCAAGGTG 
CGTCCAACGA AGCCACAGAG ACACAGCAGC CCCATGCCGT TCACGCAGAG ACAGGACTCC 
TCTGAGGAGA CAGAAGAGGG GAAATTAGGA GATAATGGGA AACGACAGGC CCTTCCCAGA 
CAAGATAGTG TTTTTCAGGA CAGAGTGATG AGGGAGCTGC CTTTGCCTCC AGATGAGAAA 
ACAAGCAGAG ACCTCTTAAC AGCTGGAATC AAGCCTTTGC GGGGCAGCTT GGGGAAACAG 
AGAGCCAAGT CGTTCTCCAC TGCTGACCTC ACTCGCTCTG AAGGACAGAG GAGAAACTCT 
TTCCGGAAAC TGCTGGACTT GAAGCTCTCA GTGAAGATGC TACCCAAGCT GATAGTAAGA 
GGAAGCCAGA GCCCCGACTG CACCGGGGAT GATAATGAAC AAAGTGTGGA CAAGGACCAA 
GAAGCATGTC AGAACTTCCC AGAGAGTCTC AGGGCTGAAC GTAAATTCTC CTGCCCTCTG 
ATTGGAGTAG AGCAAAGCGT GGATGGAGAT GATTGTTTCC CTGGAATAGA TGAGGCTGTT 
CACTATGAGA ACGTTCGTCA TTATGAGGAG ATACCAGACT ACATTAACGT TCACGTGGGG 
AAGGCGGGGT CATCTTCTCG GGCCTCCCTC TCGCAGCCCT CGGCCTGGGA CAGCGAATTG 
TATAACGATG AGGGCATTTA CGAGGAGCAG GAGCCATATA TGTCCTTCGA GAAAAACACT 
GGACACCAAC AGTGTCAGAC ACCTACAGAC TATGAAAGAA ACTCTGCCAA TGAGGAATCT 
GCACCCCTGG GTGATGGTCC CTCGGATGAT GACATCGCGG CCAACATCTC GTCCTCAGAT 
GAGGAGGACA ACGATAGCAG CTCCATCTCA AGTAAAGGAG ACCCTGAGCA GCCGGAGGAG 
AGTACGACGC AGAGTGGAGA GAAGAAGAAT AAGATTCACC ACATCGCTAC CGAAATCATG 
TCCTCCGAGA GTGTGTTTGT TGATGTCCTG AAGCTGCTTC ATGTTGACTT TCGGGATGCA 
GTGTCTAAAG CATCTCGTCA GAACGGGAAG CCTGTGATTG AGGAGCGTCT TCTCAACCAG 
ATCCTTTACT ACCTCCCACA ACTCTACGAA CTCAACCAAG ACCTGCTGAG AGAGCTGAAG 
CAGAGATTGG CCAAATGGGA TGAGAATGCA CAGCTAGCAG ACATTTTCCT GAAGAAAGGG 
CCTTATCTGA AGATGTACTC CACTTACATC CGCGAGTATG ACAAGAATGT GGCTCTACTG 
GAAGAGCAGA GTAAGAGAAA CCCAGCATTC GGAGCTGTAG TACGGGAATT TGAGACCGGT 
CCACGCTGTG CCAACTTGGC TCTGAAGCAT TACCTGCTGA AGCCTGTTCA GAGGATTCCT 
CAGTATCAGC TGTTGTTCAC AGACTATCTA AAAAACCTAT CTGAGGACTC AGATGATTAC 
AAGGACACAC AAGCTGCCCT TGCTCTTGTA AAAGAGGTGG CCAATCATGC CAACGACATC 
ATGAAACAAG GGGATAATTT CCAGAAGCTG ATCCAGGTGC AGTGCAGTCT GAATGGCCAC 
CATGAGATAG TCCAGCCAGG GCGGATCTTC CTGAAGGAGG GTTTCCTGAT GAAGCTAGCC 
AGGAAGGTCA TGCAGCCCCG AAAGTTCTTC CTGTTCAATG ACACTCTGCT GTACACCACT 
CCTGTTCAGT CAGGCCAGTA CAAGCTCAAC AACATGCTGT GTCTGGCTGG GATGAGGGTT 
AGCAAACCAA GCCAAGAGGC CTATCAGAAT GAGCTGAACA TTGAGAGCGT GGAGCGCTCC 
TTCATTCTCT CTGCAAGTTC AGCCACGGAG CGAGATGAAT GGCTTGAGGC CATCTCCACA 
GCGATCAGTG ACTATACCAA GAGGAAGATC AGTTTTATAT CAGGAAAACC TCTAGAAGAG 
GTGGAACTGA GCGATAGTGG TGATGGTGCA CCTTTGGGAT CCAAAGCCCC AATATGGATC 
CCTGACCCGC GGACCACCAT GTGTATGATC TGCACCTGTG AATTCTCCCT AACGTGGAGG 
AGACACCACT GCCGTGCATG TGGAAAGGTG GTGTGCCAGT CCTGTTCCTC CAACAAATAC 
CGTCTTGAAT ACCTAAAGAA CCAATTAGCA CGAGTGTGTG ACCAGTGTTT CTGTGTTCTT 
CATGAGCAGA CAAATGAAAG GTCTCTATCA TCAGCTGTAT CCCCTGGAAA CAGAGCTGCC 
TTCGCTTTCT CCAGGAAGCA GAAGAAGATA CCTGCGGCAC TCAAAGAGGT GACAGCAAAC 
ACAGACAACT CAACCATCAG TGGGTATCTG CAGAGGTTCA AGGGCAATAA GAAGCAGGGG 
AAGAGGCTGT GGTTCGTCAT CAAAGACAAA GTCTTGTACA CGTATGCTGC AAGTGAGGAT 
GTTGCAGCCT TAGAGAGTCA GCCCCTGTTG GGATTCATGT TGAAAGAAGA TTCATCTGAG 
ACGTTACAGT TTAAGCTCTA TCACAAAAAC ACACTTTACT ACATTTTTAA AGCTGAAGAT 
GAACAAACAG CCCAGAGATG GATCAACTCA TTCAAAGAAG CCACTGTGCT TTAA