tdrd9 cDNA ORF clone, Kryptolebias marmoratus(mangrove rivulus)

Gene
Clones
gRNAs

Summary

Gene Symbol	tdrd9
Entrez Gene ID	108235120
Full Name	tudor domain containing 9
Gene Type	protein-coding
Organism	Kryptolebias marmoratus(mangrove rivulus)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017414922.1	XP_017270411.1	putative ATP-dependent RNA helicase TDRD9
XM_017414922.2	XP_017270411.1	ATP-dependent RNA helicase TDRD9

Pathways from BioSystems
Gene Ontology

The following tdrd9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tdrd9 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)
OKr01080	XM_017414922.2 Latest version!	Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
View Old Accession Versions >>
OKr01080	XM_017414922.1	Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
Hide Old Accession Versions >>

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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)

tdrd9 ( XM_017414922.1 ) cDNA ORF clone, Kryptolebias marmoratus(mangrove rivulus) -> XP_017270411.1 Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.

Price & Availability↑

CloneID	OKr01080
Clone ID Related Accession (Same CDS sequence)	XM_017414922.1 , XM_017414922.2
Accession Version	XM_017414922.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3996bp) 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	2016-06-27
Organism	Kryptolebias marmoratus(mangrove rivulus)
Product	putative ATP-dependent RNA helicase TDRD9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016094241.1) 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 :: Kryptolebias marmoratus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAAAA CTTTCACTGC TGAACAAATT TCCAACTGGT TTACTTCAGG GAAATCTTTT 
GTGAGCATTA AACTTTCCGA TGAGGGGGTT GAAAGAAGGA GTGATGGACC GTCCTCGACA 
GAAATCAGTC CAGCAAAGCC TCTTGAGGAC AGCCCAAAGT CTGATGGCGT GCAGTGCCAA 
AAACCAGAAC CTTTAAGATG CACTGGACCG CCTGTCCTCA CCAGTAACGA GTACCCAAGC 
TTACCCATAT GCAAAAACAG ACAAGAACTG ATTTCCCTCA TAGAAAACAA CTCTGTTGTC 
ATCATTCGAG GAGCCACAGG CAGTGGCAAG ACCACTCAGC TGCCACAGTA CATTTTGGAC 
CATTACAATG AAAAAAATGC CCCATGCAAC ATCGTGGTCA CCCAGCCACG CAAAATTGGA 
GCCACCAGTA TTGCTCGATG GGTTGCCACA CAGAGGAAAT GTACCCTGGG TAGTATGGTT 
GGATATCAGG TTGGGCTGGA GAAGTTGGCC ACAGAGCACA CGCGACTCAT CTACATGACG 
ACGGGAGTCC TGCTGCAGAA ACTGGTTTTA TCCAAGTGCC TCACAGAGTT TTCACACATA 
TTTTTGGATG AGGTTCACGA GCGCACAGAG GAGATGGACT TCCTGCTGTT GGTTGTAAGA 
AAACTTCTTC ATTCCAACTC TCGATACATC AAGATAATCC TCATGTCAGC TACCATTAAC 
TGCAGAGAGT TTGCCGAGTA CTTTGCCACA CCAGTTTATG GTAAAATGAG CCCCGCCTAC 
GTGTTTGAGG TGGAGGGGGC GCCCTACGCT GTTGAGGAGT TCTACTTGGA TGATCTCCAC 
AGATTTCTTC CATGCAGGGT TGAGCCGCCT CATTCAGATG ACCCTTCCAT CTCACCTGAG 
ATGTACAATC TTGCCATCAA TCTCATCCAA AGCTTCGACG AAATGGAAAG CAGGGATTTT 
AGCAAGAAGG AGACAAAGGA TAGGACAGCT TTCTCAGAAA CAGGAAGTGT TTTGGTTTTC 
CTTCCTGGTT TACATGAGAT AAACCACATG CAGGACGCCC TGGCAAAACT GGCGTTCAAA 
AGATTTCAGG TTTACCCCCT CCACTCGACA GTAACTCTAG AAGAGCAGAA CGGTGTTTTC 
CTTCCCCCTG TACCTGGATA CAGGAAGGTG ATCCTTTCCA CCAACATCGC AGAGAGTTCA 
GTGACTGTTC CAGACGTCAA ATATGTGATT GACTTCTGCC TGGCTCGACA CTTGGTCTGT 
GACAATGAGA CTAATTATCA GTCTCTGCGT CTGACCTGGG CATCCAAAAC CAACTGCAAC 
CAGCGTAAAG GTAGGGCAGG TCGAGTGTCA AAGGGCTACT GTTACCGTCT TGTGACCAAA 
GCTTTCTGGA GGGGTGAAAT CCCTGACTAC ATGATTCCTG AGATGCTGCT TGCTCCCCTG 
ACCACCATCA TGTTGAAGGT GAAGCTTCTG GACATGGGAG ATCCCCGCTC CCTCCTCTCC 
ACAGCCCTCT CACCTCCCAA CCTGAGTGAC ATTGTTAGGA CTGTGCTTCA ACTCAAGGAG 
ATGGGCGCTC TGTCTGCAAA AAACAAGTGC AGCGGACAAA ACGACGATGG CGAGTTGACA 
TTTCTCGGCC GGGTGCTGGC CCACTTGCCT GTAGACCTGC ACCTGGGGAA GATGATAGTT 
CTGGGTCATG TCTTTGGCTG CCTGGACGAA TGTCTCATCA TAGCTGCCTC ACACTCTCTG 
AAAAGCTTCT TTGCGATTCC ATTCATGCAT CAGCTCGCAG GCTACAGGAG CAAGCTGGCT 
TTTGCCCGTG GCACACCGAG CGATTCCATT GCCTTTGTCA ATGCCTTCAA GACATGGTAC 
TCATCCAAAA AGAAAGGACA ACTGAGACAC CCAAAGGATG AGCAGAACTG GGGAAGCGAG 
AACTTCATTC AAATCAAGAG GATCAGAGAG GTTGCAGAGC TGTACGAAGA TCTGAAGAAG 
CGCGTGTCGC AGTTCAACAT GCACATCTCA GAGGAGGCTC AGTCTTCAGA CTACACCAGC 
ACACACAAGC AGAAGTTTAT TCTGCAGATG GTCATCGCTG GTGCCTACTA CCCCAACTAC 
TTCTTCCACG GGGAGATCGA TAACAACCTG GCATCTAAAG AGCTGAGTGG CTTCAACCCA 
AGAACAACTG TGATGGTGAG GAACATCCCT CCGTACGGTT TCCTGTACTA CAAGCAGCTC 
CAGTCTTTGT TCCGCTTGTG TGGACAGGTC AAAACCATTT CTTTTGAGAG CTCCAGAGCG 
TACGTGGAGT TCTACAGGAC ATCCGGGGAC TCAGGGGTGC TCCCTGAGGT GTCTCTTGCC 
CTCTTCATGG CCAATCAGAA CTCTCCAATG CAGCTTTCAG TCTACCCCAC TGAACAGATT 
GAGTCCTGCT CTGGAAGCAG ACCAATAACT CACATGAAAT TTTCTCGGAT GAATGCAGAC 
ATCCAGAGTC AGTCTGTCTC CCCACTCGGA CTGAGCAGCA GCATCGACCT GACTAAGCTG 
CCTTCCAATC GCCTCTTTGT CGTGAACATC ACCGAGGTGT TGGACGTGGG TCATTTCTGG 
GGGTTCCCAG CAGATGAAGC CAGCTTGGAA AAGCAACGCC TTCTGACTGG AGAGATCAAC 
AAGCGTACCC TGAATCCCGT GACGGTGTCT TTCTACCCCA ACCTGCTGTG TCTGGCGCCG 
TACTCTGAGA GCAGCGAGCA GAGTTTGTAT TACCGAGCCA AGATCCTGCA CATGCGCGGT 
AATACTGTGG AGGTCTTGTT TTTGGACTTT GGCAACACAT CAGTTGTGTC CTGCGACAGC 
CTTAGAGAAC TCCCATCTGA CCTGCTGTCT CACCCTTTTC AGGCCCAGGA GTTCCAAGTT 
GCTGAAATGT GTCAGTCAGC GGAGTCCATC ATCCTGGGGA ACCAGTGGAG CAGCCGCGCC 
CGCAACCGCT TCATGGTTCT GGTGAAGGAC CAGTCGGTGT TCGTGTCTCT GTACTCCATC 
CTCTACGATG TCATGCGTGT GGAGGTGTTC ATCAACATGG AGTCGAAGAA GACCAGTGTG 
GTGGACATAT TGGTGGAGGA GGGATATGCT GTGAAGGCTG AGGAGAACTT TGATTCCCAG 
CAAAGTCACG AGGCACTGAT GACTCTGTAC AAGGACATGG AGAAAGGAAC ATATGTTCCC 
ATTTCTGCCA ACAGTGCCTG GAAGGAGCGC GAGAAAGAGG AGAAGGAGCT TATCGACAGT 
CTGCTTGCTC ACTTCTCCAA ATACCCACCA TCCGGATCAA AGGCACTTCA AGTTTGTCTG 
AAAGGACCGT CAAGCCCTTA CAAGATAAAC TTCCACAGCT TGTGCAGGAA AATCTTCTGC 
AGGCCGGCAT CTGTGGACAG GACCAGCATC AACTCCATGG CACTGAATGA AAACCCACAT 
CACAAACATC TGAGGATGCT GGTGGCTACG TCTGTGTCAG TCAGCTCCAC GGGTACTCGT 
ATAATCCTGA GAGAGACTTC CATCCTGCCC AACATCCCTG GACTGCCTGG CCTGATGATG 
ATGCTCTTCG CCCCCTTCAT GGAGTTACGC ACTAATGAAG AAAGGACCTG CTACTCTGGT 
GCCCTTTTTG GTTTGGGCTT CAACAGCCAA ACAAAAGCAG CCATCCTACC TGAGAACGAC 
ATCGAACTGG CCTTCGACGT CAGGTTTGAC GTTGAGGACA TCACCGAGAT AAACGCTTTG 
CGAGTGGCCA TCAACCGCCT GTTGTGCAAC GGTCCCAGCA GCACACTGCA TCTTGGACCT 
GACAAAATCA GCCAACTACA GGAGGAGTGC CGGGACCGCC TCACCAGACT CTTCATGAGG 
TCTCCTCCGA GAGAAGCTGT CCCTCCACTG TACTACGAGA AACCAGGAAA GTGGAACCAA 
ATTGATCCTT CTCTGAAGAT GAACATCGCA GAGCCAGGAG GCGGAAACGC CAGAGGTGTT 
CTCTTCCAGC TGCATCCTGT CGTTCTCCTC AACTGA

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

RefSeq	XP_017270411.1
CDS	19..4014
Translation	MRKTFTAEQISNWFTSGKSFVSIKLSDEGVERRSDGPSSTEISPAKPLEDSPKSDGVQCQKPEPLRCTGPPVLTSNEYPSLPICKNRQELISLIENNSVVIIRGATGSGKTTQLPQYILDHYNEKNAPCNIVVTQPRKIGATSIARWVATQRKCTLGSMVGYQVGLEKLATEHTRLIYMTTGVLLQKLVLSKCLTEFSHIFLDEVHERTEEMDFLLLVVRKLLHSNSRYIKIILMSATINCREFAEYFATPVYGKMSPAYVFEVEGAPYAVEEFYLDDLHRFLPCRVEPPHSDDPSISPEMYNLAINLIQSFDEMESRDFSKKETKDRTAFSETGSVLVFLPGLHEINHMQDALAKLAFKRFQVYPLHSTVTLEEQNGVFLPPVPGYRKVILSTNIAESSVTVPDVKYVIDFCLARHLVCDNETNYQSLRLTWASKTNCNQRKGRAGRVSKGYCYRLVTKAFWRGEIPDYMIPEMLLAPLTTIMLKVKLLDMGDPRSLLSTALSPPNLSDIVRTVLQLKEMGALSAKNKCSGQNDDGELTFLGRVLAHLPVDLHLGKMIVLGHVFGCLDECLIIAASHSLKSFFAIPFMHQLAGYRSKLAFARGTPSDSIAFVNAFKTWYSSKKKGQLRHPKDEQNWGSENFIQIKRIREVAELYEDLKKRVSQFNMHISEEAQSSDYTSTHKQKFILQMVIAGAYYPNYFFHGEIDNNLASKELSGFNPRTTVMVRNIPPYGFLYYKQLQSLFRLCGQVKTISFESSRAYVEFYRTSGDSGVLPEVSLALFMANQNSPMQLSVYPTEQIESCSGSRPITHMKFSRMNADIQSQSVSPLGLSSSIDLTKLPSNRLFVVNITEVLDVGHFWGFPADEASLEKQRLLTGEINKRTLNPVTVSFYPNLLCLAPYSESSEQSLYYRAKILHMRGNTVEVLFLDFGNTSVVSCDSLRELPSDLLSHPFQAQEFQVAEMCQSAESIILGNQWSSRARNRFMVLVKDQSVFVSLYSILYDVMRVEVFINMESKKTSVVDILVEEGYAVKAEENFDSQQSHEALMTLYKDMEKGTYVPISANSAWKEREKEEKELIDSLLAHFSKYPPSGSKALQVCLKGPSSPYKINFHSLCRKIFCRPASVDRTSINSMALNENPHHKHLRMLVATSVSVSSTGTRIILRETSILPNIPGLPGLMMMLFAPFMELRTNEERTCYSGALFGLGFNSQTKAAILPENDIELAFDVRFDVEDITEINALRVAINRLLCNGPSSTLHLGPDKISQLQEECRDRLTRLFMRSPPREAVPPLYYEKPGKWNQIDPSLKMNIAEPGGGNARGVLFQLHPVVLLN

Target ORF information:

RefSeq Version	XM_017414922.1
Organism	Kryptolebias marmoratus(mangrove rivulus)
Definition	Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.

Target ORF information:

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

XM_017414922.1

ORF Insert Sequence:

ATGAGGAAAA CTTTCACTGC TGAACAAATT TCCAACTGGT TTACTTCAGG GAAATCTTTT 
GTGAGCATTA AACTTTCCGA TGAGGGGGTT GAAAGAAGGA GTGATGGACC GTCCTCGACA 
GAAATCAGTC CAGCAAAGCC TCTTGAGGAC AGCCCAAAGT CTGATGGCGT GCAGTGCCAA 
AAACCAGAAC CTTTAAGATG CACTGGACCG CCTGTCCTCA CCAGTAACGA GTACCCAAGC 
TTACCCATAT GCAAAAACAG ACAAGAACTG ATTTCCCTCA TAGAAAACAA CTCTGTTGTC 
ATCATTCGAG GAGCCACAGG CAGTGGCAAG ACCACTCAGC TGCCACAGTA CATTTTGGAC 
CATTACAATG AAAAAAATGC CCCATGCAAC ATCGTGGTCA CCCAGCCACG CAAAATTGGA 
GCCACCAGTA TTGCTCGATG GGTTGCCACA CAGAGGAAAT GTACCCTGGG TAGTATGGTT 
GGATATCAGG TTGGGCTGGA GAAGTTGGCC ACAGAGCACA CGCGACTCAT CTACATGACG 
ACGGGAGTCC TGCTGCAGAA ACTGGTTTTA TCCAAGTGCC TCACAGAGTT TTCACACATA 
TTTTTGGATG AGGTTCACGA GCGCACAGAG GAGATGGACT TCCTGCTGTT GGTTGTAAGA 
AAACTTCTTC ATTCCAACTC TCGATACATC AAGATAATCC TCATGTCAGC TACCATTAAC 
TGCAGAGAGT TTGCCGAGTA CTTTGCCACA CCAGTTTATG GTAAAATGAG CCCCGCCTAC 
GTGTTTGAGG TGGAGGGGGC GCCCTACGCT GTTGAGGAGT TCTACTTGGA TGATCTCCAC 
AGATTTCTTC CATGCAGGGT TGAGCCGCCT CATTCAGATG ACCCTTCCAT CTCACCTGAG 
ATGTACAATC TTGCCATCAA TCTCATCCAA AGCTTCGACG AAATGGAAAG CAGGGATTTT 
AGCAAGAAGG AGACAAAGGA TAGGACAGCT TTCTCAGAAA CAGGAAGTGT TTTGGTTTTC 
CTTCCTGGTT TACATGAGAT AAACCACATG CAGGACGCCC TGGCAAAACT GGCGTTCAAA 
AGATTTCAGG TTTACCCCCT CCACTCGACA GTAACTCTAG AAGAGCAGAA CGGTGTTTTC 
CTTCCCCCTG TACCTGGATA CAGGAAGGTG ATCCTTTCCA CCAACATCGC AGAGAGTTCA 
GTGACTGTTC CAGACGTCAA ATATGTGATT GACTTCTGCC TGGCTCGACA CTTGGTCTGT 
GACAATGAGA CTAATTATCA GTCTCTGCGT CTGACCTGGG CATCCAAAAC CAACTGCAAC 
CAGCGTAAAG GTAGGGCAGG TCGAGTGTCA AAGGGCTACT GTTACCGTCT TGTGACCAAA 
GCTTTCTGGA GGGGTGAAAT CCCTGACTAC ATGATTCCTG AGATGCTGCT TGCTCCCCTG 
ACCACCATCA TGTTGAAGGT GAAGCTTCTG GACATGGGAG ATCCCCGCTC CCTCCTCTCC 
ACAGCCCTCT CACCTCCCAA CCTGAGTGAC ATTGTTAGGA CTGTGCTTCA ACTCAAGGAG 
ATGGGCGCTC TGTCTGCAAA AAACAAGTGC AGCGGACAAA ACGACGATGG CGAGTTGACA 
TTTCTCGGCC GGGTGCTGGC CCACTTGCCT GTAGACCTGC ACCTGGGGAA GATGATAGTT 
CTGGGTCATG TCTTTGGCTG CCTGGACGAA TGTCTCATCA TAGCTGCCTC ACACTCTCTG 
AAAAGCTTCT TTGCGATTCC ATTCATGCAT CAGCTCGCAG GCTACAGGAG CAAGCTGGCT 
TTTGCCCGTG GCACACCGAG CGATTCCATT GCCTTTGTCA ATGCCTTCAA GACATGGTAC 
TCATCCAAAA AGAAAGGACA ACTGAGACAC CCAAAGGATG AGCAGAACTG GGGAAGCGAG 
AACTTCATTC AAATCAAGAG GATCAGAGAG GTTGCAGAGC TGTACGAAGA TCTGAAGAAG 
CGCGTGTCGC AGTTCAACAT GCACATCTCA GAGGAGGCTC AGTCTTCAGA CTACACCAGC 
ACACACAAGC AGAAGTTTAT TCTGCAGATG GTCATCGCTG GTGCCTACTA CCCCAACTAC 
TTCTTCCACG GGGAGATCGA TAACAACCTG GCATCTAAAG AGCTGAGTGG CTTCAACCCA 
AGAACAACTG TGATGGTGAG GAACATCCCT CCGTACGGTT TCCTGTACTA CAAGCAGCTC 
CAGTCTTTGT TCCGCTTGTG TGGACAGGTC AAAACCATTT CTTTTGAGAG CTCCAGAGCG 
TACGTGGAGT TCTACAGGAC ATCCGGGGAC TCAGGGGTGC TCCCTGAGGT GTCTCTTGCC 
CTCTTCATGG CCAATCAGAA CTCTCCAATG CAGCTTTCAG TCTACCCCAC TGAACAGATT 
GAGTCCTGCT CTGGAAGCAG ACCAATAACT CACATGAAAT TTTCTCGGAT GAATGCAGAC 
ATCCAGAGTC AGTCTGTCTC CCCACTCGGA CTGAGCAGCA GCATCGACCT GACTAAGCTG 
CCTTCCAATC GCCTCTTTGT CGTGAACATC ACCGAGGTGT TGGACGTGGG TCATTTCTGG 
GGGTTCCCAG CAGATGAAGC CAGCTTGGAA AAGCAACGCC TTCTGACTGG AGAGATCAAC 
AAGCGTACCC TGAATCCCGT GACGGTGTCT TTCTACCCCA ACCTGCTGTG TCTGGCGCCG 
TACTCTGAGA GCAGCGAGCA GAGTTTGTAT TACCGAGCCA AGATCCTGCA CATGCGCGGT 
AATACTGTGG AGGTCTTGTT TTTGGACTTT GGCAACACAT CAGTTGTGTC CTGCGACAGC 
CTTAGAGAAC TCCCATCTGA CCTGCTGTCT CACCCTTTTC AGGCCCAGGA GTTCCAAGTT 
GCTGAAATGT GTCAGTCAGC GGAGTCCATC ATCCTGGGGA ACCAGTGGAG CAGCCGCGCC 
CGCAACCGCT TCATGGTTCT GGTGAAGGAC CAGTCGGTGT TCGTGTCTCT GTACTCCATC 
CTCTACGATG TCATGCGTGT GGAGGTGTTC ATCAACATGG AGTCGAAGAA GACCAGTGTG 
GTGGACATAT TGGTGGAGGA GGGATATGCT GTGAAGGCTG AGGAGAACTT TGATTCCCAG 
CAAAGTCACG AGGCACTGAT GACTCTGTAC AAGGACATGG AGAAAGGAAC ATATGTTCCC 
ATTTCTGCCA ACAGTGCCTG GAAGGAGCGC GAGAAAGAGG AGAAGGAGCT TATCGACAGT 
CTGCTTGCTC ACTTCTCCAA ATACCCACCA TCCGGATCAA AGGCACTTCA AGTTTGTCTG 
AAAGGACCGT CAAGCCCTTA CAAGATAAAC TTCCACAGCT TGTGCAGGAA AATCTTCTGC 
AGGCCGGCAT CTGTGGACAG GACCAGCATC AACTCCATGG CACTGAATGA AAACCCACAT 
CACAAACATC TGAGGATGCT GGTGGCTACG TCTGTGTCAG TCAGCTCCAC GGGTACTCGT 
ATAATCCTGA GAGAGACTTC CATCCTGCCC AACATCCCTG GACTGCCTGG CCTGATGATG 
ATGCTCTTCG CCCCCTTCAT GGAGTTACGC ACTAATGAAG AAAGGACCTG CTACTCTGGT 
GCCCTTTTTG GTTTGGGCTT CAACAGCCAA ACAAAAGCAG CCATCCTACC TGAGAACGAC 
ATCGAACTGG CCTTCGACGT CAGGTTTGAC GTTGAGGACA TCACCGAGAT AAACGCTTTG 
CGAGTGGCCA TCAACCGCCT GTTGTGCAAC GGTCCCAGCA GCACACTGCA TCTTGGACCT 
GACAAAATCA GCCAACTACA GGAGGAGTGC CGGGACCGCC TCACCAGACT CTTCATGAGG 
TCTCCTCCGA GAGAAGCTGT CCCTCCACTG TACTACGAGA AACCAGGAAA GTGGAACCAA 
ATTGATCCTT CTCTGAAGAT GAACATCGCA GAGCCAGGAG GCGGAAACGC CAGAGGTGTT 
CTCTTCCAGC TGCATCCTGT CGTTCTCCTC AACTGA

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

tdrd9 ( XM_017414922.2 ) cDNA ORF clone, Kryptolebias marmoratus(mangrove rivulus) -> XP_017270411.1 Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.

Price & Availability↑

CloneID	OKr01080
Clone ID Related Accession (Same CDS sequence)	XM_017414922.1 , XM_017414922.2
Accession Version	XM_017414922.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3996bp) 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	2018-05-03
Organism	Kryptolebias marmoratus(mangrove rivulus)
Product	ATP-dependent RNA helicase TDRD9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016094241.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 4, 2018 this sequence version replaced XM_017414922.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Kryptolebias marmoratus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAAAA CTTTCACTGC TGAACAAATT TCCAACTGGT TTACTTCAGG GAAATCTTTT 
GTGAGCATTA AACTTTCCGA TGAGGGGGTT GAAAGAAGGA GTGATGGACC GTCCTCGACA 
GAAATCAGTC CAGCAAAGCC TCTTGAGGAC AGCCCAAAGT CTGATGGCGT GCAGTGCCAA 
AAACCAGAAC CTTTAAGATG CACTGGACCG CCTGTCCTCA CCAGTAACGA GTACCCAAGC 
TTACCCATAT GCAAAAACAG ACAAGAACTG ATTTCCCTCA TAGAAAACAA CTCTGTTGTC 
ATCATTCGAG GAGCCACAGG CAGTGGCAAG ACCACTCAGC TGCCACAGTA CATTTTGGAC 
CATTACAATG AAAAAAATGC CCCATGCAAC ATCGTGGTCA CCCAGCCACG CAAAATTGGA 
GCCACCAGTA TTGCTCGATG GGTTGCCACA CAGAGGAAAT GTACCCTGGG TAGTATGGTT 
GGATATCAGG TTGGGCTGGA GAAGTTGGCC ACAGAGCACA CGCGACTCAT CTACATGACG 
ACGGGAGTCC TGCTGCAGAA ACTGGTTTTA TCCAAGTGCC TCACAGAGTT TTCACACATA 
TTTTTGGATG AGGTTCACGA GCGCACAGAG GAGATGGACT TCCTGCTGTT GGTTGTAAGA 
AAACTTCTTC ATTCCAACTC TCGATACATC AAGATAATCC TCATGTCAGC TACCATTAAC 
TGCAGAGAGT TTGCCGAGTA CTTTGCCACA CCAGTTTATG GTAAAATGAG CCCCGCCTAC 
GTGTTTGAGG TGGAGGGGGC GCCCTACGCT GTTGAGGAGT TCTACTTGGA TGATCTCCAC 
AGATTTCTTC CATGCAGGGT TGAGCCGCCT CATTCAGATG ACCCTTCCAT CTCACCTGAG 
ATGTACAATC TTGCCATCAA TCTCATCCAA AGCTTCGACG AAATGGAAAG CAGGGATTTT 
AGCAAGAAGG AGACAAAGGA TAGGACAGCT TTCTCAGAAA CAGGAAGTGT TTTGGTTTTC 
CTTCCTGGTT TACATGAGAT AAACCACATG CAGGACGCCC TGGCAAAACT GGCGTTCAAA 
AGATTTCAGG TTTACCCCCT CCACTCGACA GTAACTCTAG AAGAGCAGAA CGGTGTTTTC 
CTTCCCCCTG TACCTGGATA CAGGAAGGTG ATCCTTTCCA CCAACATCGC AGAGAGTTCA 
GTGACTGTTC CAGACGTCAA ATATGTGATT GACTTCTGCC TGGCTCGACA CTTGGTCTGT 
GACAATGAGA CTAATTATCA GTCTCTGCGT CTGACCTGGG CATCCAAAAC CAACTGCAAC 
CAGCGTAAAG GTAGGGCAGG TCGAGTGTCA AAGGGCTACT GTTACCGTCT TGTGACCAAA 
GCTTTCTGGA GGGGTGAAAT CCCTGACTAC ATGATTCCTG AGATGCTGCT TGCTCCCCTG 
ACCACCATCA TGTTGAAGGT GAAGCTTCTG GACATGGGAG ATCCCCGCTC CCTCCTCTCC 
ACAGCCCTCT CACCTCCCAA CCTGAGTGAC ATTGTTAGGA CTGTGCTTCA ACTCAAGGAG 
ATGGGCGCTC TGTCTGCAAA AAACAAGTGC AGCGGACAAA ACGACGATGG CGAGTTGACA 
TTTCTCGGCC GGGTGCTGGC CCACTTGCCT GTAGACCTGC ACCTGGGGAA GATGATAGTT 
CTGGGTCATG TCTTTGGCTG CCTGGACGAA TGTCTCATCA TAGCTGCCTC ACACTCTCTG 
AAAAGCTTCT TTGCGATTCC ATTCATGCAT CAGCTCGCAG GCTACAGGAG CAAGCTGGCT 
TTTGCCCGTG GCACACCGAG CGATTCCATT GCCTTTGTCA ATGCCTTCAA GACATGGTAC 
TCATCCAAAA AGAAAGGACA ACTGAGACAC CCAAAGGATG AGCAGAACTG GGGAAGCGAG 
AACTTCATTC AAATCAAGAG GATCAGAGAG GTTGCAGAGC TGTACGAAGA TCTGAAGAAG 
CGCGTGTCGC AGTTCAACAT GCACATCTCA GAGGAGGCTC AGTCTTCAGA CTACACCAGC 
ACACACAAGC AGAAGTTTAT TCTGCAGATG GTCATCGCTG GTGCCTACTA CCCCAACTAC 
TTCTTCCACG GGGAGATCGA TAACAACCTG GCATCTAAAG AGCTGAGTGG CTTCAACCCA 
AGAACAACTG TGATGGTGAG GAACATCCCT CCGTACGGTT TCCTGTACTA CAAGCAGCTC 
CAGTCTTTGT TCCGCTTGTG TGGACAGGTC AAAACCATTT CTTTTGAGAG CTCCAGAGCG 
TACGTGGAGT TCTACAGGAC ATCCGGGGAC TCAGGGGTGC TCCCTGAGGT GTCTCTTGCC 
CTCTTCATGG CCAATCAGAA CTCTCCAATG CAGCTTTCAG TCTACCCCAC TGAACAGATT 
GAGTCCTGCT CTGGAAGCAG ACCAATAACT CACATGAAAT TTTCTCGGAT GAATGCAGAC 
ATCCAGAGTC AGTCTGTCTC CCCACTCGGA CTGAGCAGCA GCATCGACCT GACTAAGCTG 
CCTTCCAATC GCCTCTTTGT CGTGAACATC ACCGAGGTGT TGGACGTGGG TCATTTCTGG 
GGGTTCCCAG CAGATGAAGC CAGCTTGGAA AAGCAACGCC TTCTGACTGG AGAGATCAAC 
AAGCGTACCC TGAATCCCGT GACGGTGTCT TTCTACCCCA ACCTGCTGTG TCTGGCGCCG 
TACTCTGAGA GCAGCGAGCA GAGTTTGTAT TACCGAGCCA AGATCCTGCA CATGCGCGGT 
AATACTGTGG AGGTCTTGTT TTTGGACTTT GGCAACACAT CAGTTGTGTC CTGCGACAGC 
CTTAGAGAAC TCCCATCTGA CCTGCTGTCT CACCCTTTTC AGGCCCAGGA GTTCCAAGTT 
GCTGAAATGT GTCAGTCAGC GGAGTCCATC ATCCTGGGGA ACCAGTGGAG CAGCCGCGCC 
CGCAACCGCT TCATGGTTCT GGTGAAGGAC CAGTCGGTGT TCGTGTCTCT GTACTCCATC 
CTCTACGATG TCATGCGTGT GGAGGTGTTC ATCAACATGG AGTCGAAGAA GACCAGTGTG 
GTGGACATAT TGGTGGAGGA GGGATATGCT GTGAAGGCTG AGGAGAACTT TGATTCCCAG 
CAAAGTCACG AGGCACTGAT GACTCTGTAC AAGGACATGG AGAAAGGAAC ATATGTTCCC 
ATTTCTGCCA ACAGTGCCTG GAAGGAGCGC GAGAAAGAGG AGAAGGAGCT TATCGACAGT 
CTGCTTGCTC ACTTCTCCAA ATACCCACCA TCCGGATCAA AGGCACTTCA AGTTTGTCTG 
AAAGGACCGT CAAGCCCTTA CAAGATAAAC TTCCACAGCT TGTGCAGGAA AATCTTCTGC 
AGGCCGGCAT CTGTGGACAG GACCAGCATC AACTCCATGG CACTGAATGA AAACCCACAT 
CACAAACATC TGAGGATGCT GGTGGCTACG TCTGTGTCAG TCAGCTCCAC GGGTACTCGT 
ATAATCCTGA GAGAGACTTC CATCCTGCCC AACATCCCTG GACTGCCTGG CCTGATGATG 
ATGCTCTTCG CCCCCTTCAT GGAGTTACGC ACTAATGAAG AAAGGACCTG CTACTCTGGT 
GCCCTTTTTG GTTTGGGCTT CAACAGCCAA ACAAAAGCAG CCATCCTACC TGAGAACGAC 
ATCGAACTGG CCTTCGACGT CAGGTTTGAC GTTGAGGACA TCACCGAGAT AAACGCTTTG 
CGAGTGGCCA TCAACCGCCT GTTGTGCAAC GGTCCCAGCA GCACACTGCA TCTTGGACCT 
GACAAAATCA GCCAACTACA GGAGGAGTGC CGGGACCGCC TCACCAGACT CTTCATGAGG 
TCTCCTCCGA GAGAAGCTGT CCCTCCACTG TACTACGAGA AACCAGGAAA GTGGAACCAA 
ATTGATCCTT CTCTGAAGAT GAACATCGCA GAGCCAGGAG GCGGAAACGC CAGAGGTGTT 
CTCTTCCAGC TGCATCCTGT CGTTCTCCTC AACTGA

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

RefSeq	XP_017270411.1
CDS	54..4049
Translation	MRKTFTAEQISNWFTSGKSFVSIKLSDEGVERRSDGPSSTEISPAKPLEDSPKSDGVQCQKPEPLRCTGPPVLTSNEYPSLPICKNRQELISLIENNSVVIIRGATGSGKTTQLPQYILDHYNEKNAPCNIVVTQPRKIGATSIARWVATQRKCTLGSMVGYQVGLEKLATEHTRLIYMTTGVLLQKLVLSKCLTEFSHIFLDEVHERTEEMDFLLLVVRKLLHSNSRYIKIILMSATINCREFAEYFATPVYGKMSPAYVFEVEGAPYAVEEFYLDDLHRFLPCRVEPPHSDDPSISPEMYNLAINLIQSFDEMESRDFSKKETKDRTAFSETGSVLVFLPGLHEINHMQDALAKLAFKRFQVYPLHSTVTLEEQNGVFLPPVPGYRKVILSTNIAESSVTVPDVKYVIDFCLARHLVCDNETNYQSLRLTWASKTNCNQRKGRAGRVSKGYCYRLVTKAFWRGEIPDYMIPEMLLAPLTTIMLKVKLLDMGDPRSLLSTALSPPNLSDIVRTVLQLKEMGALSAKNKCSGQNDDGELTFLGRVLAHLPVDLHLGKMIVLGHVFGCLDECLIIAASHSLKSFFAIPFMHQLAGYRSKLAFARGTPSDSIAFVNAFKTWYSSKKKGQLRHPKDEQNWGSENFIQIKRIREVAELYEDLKKRVSQFNMHISEEAQSSDYTSTHKQKFILQMVIAGAYYPNYFFHGEIDNNLASKELSGFNPRTTVMVRNIPPYGFLYYKQLQSLFRLCGQVKTISFESSRAYVEFYRTSGDSGVLPEVSLALFMANQNSPMQLSVYPTEQIESCSGSRPITHMKFSRMNADIQSQSVSPLGLSSSIDLTKLPSNRLFVVNITEVLDVGHFWGFPADEASLEKQRLLTGEINKRTLNPVTVSFYPNLLCLAPYSESSEQSLYYRAKILHMRGNTVEVLFLDFGNTSVVSCDSLRELPSDLLSHPFQAQEFQVAEMCQSAESIILGNQWSSRARNRFMVLVKDQSVFVSLYSILYDVMRVEVFINMESKKTSVVDILVEEGYAVKAEENFDSQQSHEALMTLYKDMEKGTYVPISANSAWKEREKEEKELIDSLLAHFSKYPPSGSKALQVCLKGPSSPYKINFHSLCRKIFCRPASVDRTSINSMALNENPHHKHLRMLVATSVSVSSTGTRIILRETSILPNIPGLPGLMMMLFAPFMELRTNEERTCYSGALFGLGFNSQTKAAILPENDIELAFDVRFDVEDITEINALRVAINRLLCNGPSSTLHLGPDKISQLQEECRDRLTRLFMRSPPREAVPPLYYEKPGKWNQIDPSLKMNIAEPGGGNARGVLFQLHPVVLLN

Target ORF information:

RefSeq Version	XM_017414922.2
Organism	Kryptolebias marmoratus(mangrove rivulus)
Definition	Kryptolebias marmoratus tudor domain containing 9 (tdrd9), mRNA.

Target ORF information:

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

XM_017414922.2

ORF Insert Sequence:

ATGAGGAAAA CTTTCACTGC TGAACAAATT TCCAACTGGT TTACTTCAGG GAAATCTTTT 
GTGAGCATTA AACTTTCCGA TGAGGGGGTT GAAAGAAGGA GTGATGGACC GTCCTCGACA 
GAAATCAGTC CAGCAAAGCC TCTTGAGGAC AGCCCAAAGT CTGATGGCGT GCAGTGCCAA 
AAACCAGAAC CTTTAAGATG CACTGGACCG CCTGTCCTCA CCAGTAACGA GTACCCAAGC 
TTACCCATAT GCAAAAACAG ACAAGAACTG ATTTCCCTCA TAGAAAACAA CTCTGTTGTC 
ATCATTCGAG GAGCCACAGG CAGTGGCAAG ACCACTCAGC TGCCACAGTA CATTTTGGAC 
CATTACAATG AAAAAAATGC CCCATGCAAC ATCGTGGTCA CCCAGCCACG CAAAATTGGA 
GCCACCAGTA TTGCTCGATG GGTTGCCACA CAGAGGAAAT GTACCCTGGG TAGTATGGTT 
GGATATCAGG TTGGGCTGGA GAAGTTGGCC ACAGAGCACA CGCGACTCAT CTACATGACG 
ACGGGAGTCC TGCTGCAGAA ACTGGTTTTA TCCAAGTGCC TCACAGAGTT TTCACACATA 
TTTTTGGATG AGGTTCACGA GCGCACAGAG GAGATGGACT TCCTGCTGTT GGTTGTAAGA 
AAACTTCTTC ATTCCAACTC TCGATACATC AAGATAATCC TCATGTCAGC TACCATTAAC 
TGCAGAGAGT TTGCCGAGTA CTTTGCCACA CCAGTTTATG GTAAAATGAG CCCCGCCTAC 
GTGTTTGAGG TGGAGGGGGC GCCCTACGCT GTTGAGGAGT TCTACTTGGA TGATCTCCAC 
AGATTTCTTC CATGCAGGGT TGAGCCGCCT CATTCAGATG ACCCTTCCAT CTCACCTGAG 
ATGTACAATC TTGCCATCAA TCTCATCCAA AGCTTCGACG AAATGGAAAG CAGGGATTTT 
AGCAAGAAGG AGACAAAGGA TAGGACAGCT TTCTCAGAAA CAGGAAGTGT TTTGGTTTTC 
CTTCCTGGTT TACATGAGAT AAACCACATG CAGGACGCCC TGGCAAAACT GGCGTTCAAA 
AGATTTCAGG TTTACCCCCT CCACTCGACA GTAACTCTAG AAGAGCAGAA CGGTGTTTTC 
CTTCCCCCTG TACCTGGATA CAGGAAGGTG ATCCTTTCCA CCAACATCGC AGAGAGTTCA 
GTGACTGTTC CAGACGTCAA ATATGTGATT GACTTCTGCC TGGCTCGACA CTTGGTCTGT 
GACAATGAGA CTAATTATCA GTCTCTGCGT CTGACCTGGG CATCCAAAAC CAACTGCAAC 
CAGCGTAAAG GTAGGGCAGG TCGAGTGTCA AAGGGCTACT GTTACCGTCT TGTGACCAAA 
GCTTTCTGGA GGGGTGAAAT CCCTGACTAC ATGATTCCTG AGATGCTGCT TGCTCCCCTG 
ACCACCATCA TGTTGAAGGT GAAGCTTCTG GACATGGGAG ATCCCCGCTC CCTCCTCTCC 
ACAGCCCTCT CACCTCCCAA CCTGAGTGAC ATTGTTAGGA CTGTGCTTCA ACTCAAGGAG 
ATGGGCGCTC TGTCTGCAAA AAACAAGTGC AGCGGACAAA ACGACGATGG CGAGTTGACA 
TTTCTCGGCC GGGTGCTGGC CCACTTGCCT GTAGACCTGC ACCTGGGGAA GATGATAGTT 
CTGGGTCATG TCTTTGGCTG CCTGGACGAA TGTCTCATCA TAGCTGCCTC ACACTCTCTG 
AAAAGCTTCT TTGCGATTCC ATTCATGCAT CAGCTCGCAG GCTACAGGAG CAAGCTGGCT 
TTTGCCCGTG GCACACCGAG CGATTCCATT GCCTTTGTCA ATGCCTTCAA GACATGGTAC 
TCATCCAAAA AGAAAGGACA ACTGAGACAC CCAAAGGATG AGCAGAACTG GGGAAGCGAG 
AACTTCATTC AAATCAAGAG GATCAGAGAG GTTGCAGAGC TGTACGAAGA TCTGAAGAAG 
CGCGTGTCGC AGTTCAACAT GCACATCTCA GAGGAGGCTC AGTCTTCAGA CTACACCAGC 
ACACACAAGC AGAAGTTTAT TCTGCAGATG GTCATCGCTG GTGCCTACTA CCCCAACTAC 
TTCTTCCACG GGGAGATCGA TAACAACCTG GCATCTAAAG AGCTGAGTGG CTTCAACCCA 
AGAACAACTG TGATGGTGAG GAACATCCCT CCGTACGGTT TCCTGTACTA CAAGCAGCTC 
CAGTCTTTGT TCCGCTTGTG TGGACAGGTC AAAACCATTT CTTTTGAGAG CTCCAGAGCG 
TACGTGGAGT TCTACAGGAC ATCCGGGGAC TCAGGGGTGC TCCCTGAGGT GTCTCTTGCC 
CTCTTCATGG CCAATCAGAA CTCTCCAATG CAGCTTTCAG TCTACCCCAC TGAACAGATT 
GAGTCCTGCT CTGGAAGCAG ACCAATAACT CACATGAAAT TTTCTCGGAT GAATGCAGAC 
ATCCAGAGTC AGTCTGTCTC CCCACTCGGA CTGAGCAGCA GCATCGACCT GACTAAGCTG 
CCTTCCAATC GCCTCTTTGT CGTGAACATC ACCGAGGTGT TGGACGTGGG TCATTTCTGG 
GGGTTCCCAG CAGATGAAGC CAGCTTGGAA AAGCAACGCC TTCTGACTGG AGAGATCAAC 
AAGCGTACCC TGAATCCCGT GACGGTGTCT TTCTACCCCA ACCTGCTGTG TCTGGCGCCG 
TACTCTGAGA GCAGCGAGCA GAGTTTGTAT TACCGAGCCA AGATCCTGCA CATGCGCGGT 
AATACTGTGG AGGTCTTGTT TTTGGACTTT GGCAACACAT CAGTTGTGTC CTGCGACAGC 
CTTAGAGAAC TCCCATCTGA CCTGCTGTCT CACCCTTTTC AGGCCCAGGA GTTCCAAGTT 
GCTGAAATGT GTCAGTCAGC GGAGTCCATC ATCCTGGGGA ACCAGTGGAG CAGCCGCGCC 
CGCAACCGCT TCATGGTTCT GGTGAAGGAC CAGTCGGTGT TCGTGTCTCT GTACTCCATC 
CTCTACGATG TCATGCGTGT GGAGGTGTTC ATCAACATGG AGTCGAAGAA GACCAGTGTG 
GTGGACATAT TGGTGGAGGA GGGATATGCT GTGAAGGCTG AGGAGAACTT TGATTCCCAG 
CAAAGTCACG AGGCACTGAT GACTCTGTAC AAGGACATGG AGAAAGGAAC ATATGTTCCC 
ATTTCTGCCA ACAGTGCCTG GAAGGAGCGC GAGAAAGAGG AGAAGGAGCT TATCGACAGT 
CTGCTTGCTC ACTTCTCCAA ATACCCACCA TCCGGATCAA AGGCACTTCA AGTTTGTCTG 
AAAGGACCGT CAAGCCCTTA CAAGATAAAC TTCCACAGCT TGTGCAGGAA AATCTTCTGC 
AGGCCGGCAT CTGTGGACAG GACCAGCATC AACTCCATGG CACTGAATGA AAACCCACAT 
CACAAACATC TGAGGATGCT GGTGGCTACG TCTGTGTCAG TCAGCTCCAC GGGTACTCGT 
ATAATCCTGA GAGAGACTTC CATCCTGCCC AACATCCCTG GACTGCCTGG CCTGATGATG 
ATGCTCTTCG CCCCCTTCAT GGAGTTACGC ACTAATGAAG AAAGGACCTG CTACTCTGGT 
GCCCTTTTTG GTTTGGGCTT CAACAGCCAA ACAAAAGCAG CCATCCTACC TGAGAACGAC 
ATCGAACTGG CCTTCGACGT CAGGTTTGAC GTTGAGGACA TCACCGAGAT AAACGCTTTG 
CGAGTGGCCA TCAACCGCCT GTTGTGCAAC GGTCCCAGCA GCACACTGCA TCTTGGACCT 
GACAAAATCA GCCAACTACA GGAGGAGTGC CGGGACCGCC TCACCAGACT CTTCATGAGG 
TCTCCTCCGA GAGAAGCTGT CCCTCCACTG TACTACGAGA AACCAGGAAA GTGGAACCAA 
ATTGATCCTT CTCTGAAGAT GAACATCGCA GAGCCAGGAG GCGGAAACGC CAGAGGTGTT 
CTCTTCCAGC TGCATCCTGT CGTTCTCCTC AACTGA