TDRD9 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
NM_153046.3	NP_694591.2	ATP-dependent RNA helicase TDRD9
XM_011536397.2	XP_011534699.1	ATP-dependent RNA helicase TDRD9 isoform X3
XM_011536398.2	XP_011534700.1	putative ATP-dependent RNA helicase TDRD9 isoform X4
XM_005267309.3	XP_005267366.1	putative ATP-dependent RNA helicase TDRD9 isoform X5
NM_153046.2	NP_694591.2	ATP-dependent RNA helicase TDRD9
XM_006720019.3	XP_006720082.1	ATP-dependent RNA helicase TDRD9 isoform X1
XM_011536401.3	XP_011534703.1	ATP-dependent RNA helicase TDRD9 isoform X7
XM_017020955.1	XP_016876444.1	putative ATP-dependent RNA helicase TDRD9 isoform X9
XM_006720020.3	XP_006720083.1	ATP-dependent RNA helicase TDRD9 isoform X2
XM_011536400.2	XP_011534702.1	ATP-dependent RNA helicase TDRD9 isoform X6
XM_011536402.2	XP_011534704.1	ATP-dependent RNA helicase TDRD9 isoform X8
XM_017020955.2	XP_016876444.1	ATP-dependent RNA helicase TDRD9 isoform X9
XM_011536401.2	XP_011534703.1	putative ATP-dependent RNA helicase TDRD9 isoform X7
XM_011536398.3	XP_011534700.1	ATP-dependent RNA helicase TDRD9 isoform X4
XM_005267309.4	XP_005267366.1	ATP-dependent RNA helicase TDRD9 isoform X5

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu84756	XM_017020955.2 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu107566	NM_153046.3 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu75200	XM_011536401.3 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu75201	XM_011536402.2 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu75197	XM_011536398.3 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu31640	NM_153046.2 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu47506	XM_006720019.3 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu47507	XM_006720020.3 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu47508	XM_005267309.4 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu75196	XM_011536397.2 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu75199	XM_011536400.2 Latest version!	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
View Old Accession Versions >>
OHu84756	XM_017020955.1	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu75200	XM_011536401.2	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu75197	XM_011536398.2	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu47508	XM_005267309.3	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
Hide Old Accession Versions >>

TDRD9 ( XM_017020955.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876444.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu84756
Clone ID Related Accession (Same CDS sequence)	XM_017020955.1 , XM_017020955.2
Accession Version	XM_017020955.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2850bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD9 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGGCAG AACTTCACGG GCCTTTTAAC 
CCTTATGAAC TAAAGTGCCA TAGTTTGACC AGAATATCCA AATTCAGGTG TGTTTGGATT 
GAGAAGGAGA GCATCAACTC TGTCATTATC AGTGACGCCC CTGAAGACCT TCACCAGAGA 
ATGCTGGTTG CAGCTTCCCT TTCCATCAAT GCGACTGGAT CTACGATGCT GCTGAGAGAA 
ACCTCTCTGA TGCCTCATAT CCCTGGCCTC CCGGCTCTCC TCAGCATGTT ATTCGCACCG 
GTGATAGAGT TAAGGATTGA TCAGAATGGC AAGTACTATA CTGGAGTCCT TTGTGGTTTG 
GGGTGGAATC CAGCTACAGG GGCTTCCATA CTGCCCGAGC ACGACATGGA GCTTGCGTTT 
GACGTTCAAT TCAGCGTGGA GGATGTCGTC GAGGTTAATA TTCTCAGGGC TGCTATTAAC 
AAGCTAGTCT GTGATGGACC AAATGGATGC AAGTGTCTTG GGCCAGAGAG AGTTGCGCAG 
CTTCAAGACA TTGCCCGTCA GAAGCTTTTA GGTTTGTTCT GTCAGTCAAA ACCAAGGGAG 
AAGATTGTTC CCAAGTGGCA TGAAAAGCCC TACGAGTGGA ATCAGTGTCT TCTATGTGAT 
GTCCCGGCAA AGAGTCAGAC ACCAGGATAA

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

RefSeq	XP_016876444.1
CDS	1004..3853
Translation	MIWSTFIIARNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQCLLCDVPAKSQTPG

Target ORF information:

RefSeq Version	XM_017020955.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.

Target ORF information:

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

XM_017020955.1

ORF Insert Sequence:

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGGCAG AACTTCACGG GCCTTTTAAC 
CCTTATGAAC TAAAGTGCCA TAGTTTGACC AGAATATCCA AATTCAGGTG TGTTTGGATT 
GAGAAGGAGA GCATCAACTC TGTCATTATC AGTGACGCCC CTGAAGACCT TCACCAGAGA 
ATGCTGGTTG CAGCTTCCCT TTCCATCAAT GCGACTGGAT CTACGATGCT GCTGAGAGAA 
ACCTCTCTGA TGCCTCATAT CCCTGGCCTC CCGGCTCTCC TCAGCATGTT ATTCGCACCG 
GTGATAGAGT TAAGGATTGA TCAGAATGGC AAGTACTATA CTGGAGTCCT TTGTGGTTTG 
GGGTGGAATC CAGCTACAGG GGCTTCCATA CTGCCCGAGC ACGACATGGA GCTTGCGTTT 
GACGTTCAAT TCAGCGTGGA GGATGTCGTC GAGGTTAATA TTCTCAGGGC TGCTATTAAC 
AAGCTAGTCT GTGATGGACC AAATGGATGC AAGTGTCTTG GGCCAGAGAG AGTTGCGCAG 
CTTCAAGACA TTGCCCGTCA GAAGCTTTTA GGTTTGTTCT GTCAGTCAAA ACCAAGGGAG 
AAGATTGTTC CCAAGTGGCA TGAAAAGCCC TACGAGTGGA ATCAGTGTCT TCTATGTGAT 
GTCCCGGCAA AGAGTCAGAC ACCAGGATAA

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

TDRD9 ( XM_017020955.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876444.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu84756
Clone ID Related Accession (Same CDS sequence)	XM_017020955.1 , XM_017020955.2
Accession Version	XM_017020955.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2850bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017020955.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGGCAG AACTTCACGG GCCTTTTAAC 
CCTTATGAAC TAAAGTGCCA TAGTTTGACC AGAATATCCA AATTCAGGTG TGTTTGGATT 
GAGAAGGAGA GCATCAACTC TGTCATTATC AGTGACGCCC CTGAAGACCT TCACCAGAGA 
ATGCTGGTTG CAGCTTCCCT TTCCATCAAT GCGACTGGAT CTACGATGCT GCTGAGAGAA 
ACCTCTCTGA TGCCTCATAT CCCTGGCCTC CCGGCTCTCC TCAGCATGTT ATTCGCACCG 
GTGATAGAGT TAAGGATTGA TCAGAATGGC AAGTACTATA CTGGAGTCCT TTGTGGTTTG 
GGGTGGAATC CAGCTACAGG GGCTTCCATA CTGCCCGAGC ACGACATGGA GCTTGCGTTT 
GACGTTCAAT TCAGCGTGGA GGATGTCGTC GAGGTTAATA TTCTCAGGGC TGCTATTAAC 
AAGCTAGTCT GTGATGGACC AAATGGATGC AAGTGTCTTG GGCCAGAGAG AGTTGCGCAG 
CTTCAAGACA TTGCCCGTCA GAAGCTTTTA GGTTTGTTCT GTCAGTCAAA ACCAAGGGAG 
AAGATTGTTC CCAAGTGGCA TGAAAAGCCC TACGAGTGGA ATCAGTGTCT TCTATGTGAT 
GTCCCGGCAA AGAGTCAGAC ACCAGGATAA

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

RefSeq	XP_016876444.1
CDS	1004..3853
Translation	MIWSTFIIARNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQCLLCDVPAKSQTPG

Target ORF information:

RefSeq Version	XM_017020955.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X9, mRNA.

Target ORF information:

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

XM_017020955.2

ORF Insert Sequence:

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGGCAG AACTTCACGG GCCTTTTAAC 
CCTTATGAAC TAAAGTGCCA TAGTTTGACC AGAATATCCA AATTCAGGTG TGTTTGGATT 
GAGAAGGAGA GCATCAACTC TGTCATTATC AGTGACGCCC CTGAAGACCT TCACCAGAGA 
ATGCTGGTTG CAGCTTCCCT TTCCATCAAT GCGACTGGAT CTACGATGCT GCTGAGAGAA 
ACCTCTCTGA TGCCTCATAT CCCTGGCCTC CCGGCTCTCC TCAGCATGTT ATTCGCACCG 
GTGATAGAGT TAAGGATTGA TCAGAATGGC AAGTACTATA CTGGAGTCCT TTGTGGTTTG 
GGGTGGAATC CAGCTACAGG GGCTTCCATA CTGCCCGAGC ACGACATGGA GCTTGCGTTT 
GACGTTCAAT TCAGCGTGGA GGATGTCGTC GAGGTTAATA TTCTCAGGGC TGCTATTAAC 
AAGCTAGTCT GTGATGGACC AAATGGATGC AAGTGTCTTG GGCCAGAGAG AGTTGCGCAG 
CTTCAAGACA TTGCCCGTCA GAAGCTTTTA GGTTTGTTCT GTCAGTCAAA ACCAAGGGAG 
AAGATTGTTC CCAAGTGGCA TGAAAAGCCC TACGAGTGGA ATCAGTGTCT TCTATGTGAT 
GTCCCGGCAA AGAGTCAGAC ACCAGGATAA

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

TDRD9 ( NM_153046.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_694591.2 Homo sapiens tudor domain containing 9 (TDRD9), mRNA.

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CloneID	OHu107566
Clone ID Related Accession (Same CDS sequence)	NM_153046.3
Accession Version	NM_153046.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) 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	2019-08-06
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL132712.4 and AL136001.6. On Nov 23, 2018 this sequence version replaced NM_153046.2. ##Evidence-Data-START## Transcript exon combination :: SRR1660809.193321.1, SRR1803615.197502.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144120 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000409874.9/ ENSP00000387303.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGGTT GATCCAAAGC TGGTCATGGA GCAGGCCGAC 
CGTGAGAGCA GCAGAGGGAA GAACACCTTT CTCTACCAGC TCCACAAACT GGTTGTGCTC 
GGCACCTGA

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

RefSeq	NP_694591.2
CDS	55..4203
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	NM_153046.3
Organism	Homo sapiens(human)
Definition	Homo sapiens 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

NM_153046.3

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGGTT GATCCAAAGC TGGTCATGGA GCAGGCCGAC 
CGTGAGAGCA GCAGAGGGAA GAACACCTTT CTCTACCAGC TCCACAAACT GGTTGTGCTC 
GGCACCTGA

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

TDRD9 ( XM_011536401.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534703.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu75200
Clone ID Related Accession (Same CDS sequence)	XM_011536401.3 , XM_011536401.2
Accession Version	XM_011536401.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3462bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011536401.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAACTG GAGTCCTGCT TCAGAAAATA GTTAGTGCCA AGAGTTTGAT GGAATTCACA 
CATATCATCA TTGATGAAGT ACACGAACGA ACAGAAGAAA TGGATTTCCT GCTATTGGTA 
GTCCGCAAAC TCTTAAGAAC AAATTCACGT TTTGTGAAGG TGGTCCTGAT GTCGGCTACC 
ATCAGCTGTA AAGAGTTTGC AGACTACTTT GCTGTTCCTG TTCAAAACAA GATGAATCCT 
GCATATATTT TTGAAGTGGA AGGCAAGCCC CATTCAGTTG AAGAGTATTA TCTTAATGAT 
TTGGAGCACA TTCATCATAG CAAGCTCTCT CCTCATCTCC TGGAGGAACC GGTGATAACT 
AAGGATATAT ATGAAGTTGC TGTCTCTCTC ATTCAGATGT TTGATGACTT GGATATGAAG 
GAGAGTGGGA ACAAGGCTTG GTCGGGGGCC CAGTTTGTGT TGGAGCGAAG CAGTGTGTTG 
GTGTTTTTGC CAGGTCTGGG TGAAATAAAT TATATGCATG AACTTCTCAC AAGCCTGGTT 
CATAAAAGGT TGCAGGTCTA TCCACTCCAT TCAAGTGTGG CTTTAGAAGA ACAGAATAAT 
GTCTTTTTAA GTCCAGTCCC TGGGTACAGA AAGATTATTC TGTCCACCAA TATTGCAGAG 
AGTTCTGTCA CAGTTCCAGA TGTCAAATAT GTTATAGATT TTTGTTTGAC TAGAACTTTG 
GTCTGTGATG AAGATACAAA TTATCAGAGT CTGCGATTGA GTTGGGCTTC TAAAACCAGC 
TGTAATCAGA GAAAAGGCCG TGCTGGACGA GTGTCTAGAG GGTACTGTTA CCGGCTGGTA 
CACAAGGATT TCTGGGACAA CTCCATCCCT GATCATGTTG TTCCTGAGAT GTTGCGTTGT 
CCATTAGGAA GCACGATCTT GAAAGTGAAA TTACTTGACA TGGGTGAGCC GAGAGCTCTG 
CTGGCCACTG CCCTTTCCCC GCCTGGTCTG AGTGACATTG AGCGCACCAT CCTTCTACTA 
AAGGAGGTTG GAGCACTTGC AGTGAGTGGG CAGAGAGAAG ATGAAAACCC CCATGATGGT 
GAATTGACCT TCTTAGGAAG AGTTTTAGCC CAACTTCCTG TAAATCAGCA ACTTGGTAAA 
CTCATAGTCC TTGGACATGT ATTTGGATGT CTAGATGAAT GTCTTATTAT AGCGGCAGCT 
CTTTCTTTGA AGAATTTTTT TGCAATGCCT TTCCGGCAGC ATCTCGATGG ATATAGGAAC 
AAAGTGAATT TCTCTGGCAG TAGCAAGAGT GACTGTATTG CACTTGTTGA GGCATTTAAA 
ACATGGAAGG CTTGCAGACA GACAGGGGAG CTGCGGTACC CGAAGGATGA ACTTAATTGG 
GGACGGTTAA ATTACATTCA AATCAAGAGA ATTAGAGAGG TGGCTGAATT ATATGAAGAA 
TTGAAGACTA GAATCTCACA GTTCAACATG CATGTTGATT CTCGGCGACC TGTCATGGAC 
CAAGAGTATA TATATAAGCA GCGATTCATC CTACAGGTTG TATTGGCAGG TGCTTTCTAT 
CCAAATTACT TTACTTTTGG ACAGCCGGAT GAGGAGATGG CGGTGAGGGA GCTGGCTGGC 
AAGGACCCCA AGACAACTGT CGTGTTGAAA CACATTCCTC CCTATGGATT TCTTTACTAT 
AAACAACTAC AGTCTCTCTT TAGACAGTGT GGTCAAGTCA AATCCATTGT ATTTGATGGT 
GCAAAAGCCT TTGTGGAATT CTCACGAAAT CCAACAGAGA GATTTAAAAC CCTTCCTGCA 
GTATATATGG CAATTAAGAT GTCTCAACTA AAAGTTTCAC TTGAACTCAG CGTTCATTCT 
GCAGAGGAAA TTGAAGGGAA GGTGCAAGGC ATGAACGTCT CAAAGCTCAG GAACACAAGG 
GTGAATGTGG ACTTCCAGAA GCAGACGGTA GATCCTATGC AAGTCTCCTT TAACACATCA 
GACAGGTCCC AGACAGTTAC AGATCTCCTT CTAACTATTG ATGTCACAGA GGTGGTTGAA 
GTGGGACACT TTTGGGGATA CAGGATTGAT GAAAACAACT CAGAGATTCT GAAAAAGCTT 
ACTGCTGAAA TCAACCAACT GACGCTGGTG CCCTTGCCCA CTCACCCACA TCCAGACTTG 
GTCTGTCTGG CACCTTTTGC TGATTTTGAT AAACAACGCT ACTTTAGAGC TCAAGTCCTT 
TATGTTTCTG GAAATTCTGC TGAGGTATTC TTTGTAGATT ATGGCAATAA GTCTCATGTA 
GATCTACATC TTTTGATGGA GATTCCCTGT CAATTTCTTG AACTTCCTTT CCAGGCTTTG 
GAATTTAAGA TTTGCAAAAT GAGACCATCA GCAAAGTCTC TTGTTTGTGG CAAGCACTGG 
AGTGACGGGG CCAGCCAGTG GTTCGCCTCT CTGGTGAGCG GCTGCACCCT CCTTGTGAAG 
GTCTTCTCTG TGGTGCACAG CGTCCTGCAC GTGGATGTGT ACCAGTACTC AGGGGTCCAG 
GATGCCATCA ACATAAGAGA CGTCCTCATC CAGCAGGGCT ATGCCGAGCT CACGGAGGAG 
TCCTACGAGT CCAAGCAAAG CCATGAAGTT CTCAAGGGCC TCTTTTCCAA GTCAGTAGAA 
AACATGACAG ATGGCTCTGT GCCCTTTCCC ATGAAAGACG ACGAGAAATA TCTCATCCGG 
ATTTTGTTAG AGAGCTTTTC TACCAATAAA CTGGGTACTC CAAACTGTAA GGCAGAACTT 
CACGGGCCTT TTAACCCTTA TGAACTAAAG TGCCATAGTT TGACCAGAAT ATCCAAATTC 
AGGTGTGTTT GGATTGAGAA GGAGAGCATC AACTCTGTCA TTATCAGTGA CGCCCCTGAA 
GACCTTCACC AGAGAATGCT GGTTGCAGCT TCCCTTTCCA TCAATGCGAC TGGATCTACG 
ATGCTGCTGA GAGAAACCTC TCTGATGCCT CATATCCCTG GCCTCCCGGC TCTCCTCAGC 
ATGTTATTCG CACCGGTGAT AGAGTTAAGG ATTGATCAGA ATGGCAAGTA CTATACTGGA 
GTCCTTTGTG GTTTGGGGTG GAATCCAGCT ACAGGGGCTT CCATACTGCC CGAGCACGAC 
ATGGAGCTTG CGTTTGACGT TCAATTCAGC GTGGAGGATG TCGTCGAGGT TAATATTCTC 
AGGGCTGCTA TTAACAAGCT AGTCTGTGAT GGACCAAATG GATGCAAGTG TCTTGGGCCA 
GAGAGAGTTG CGCAGCTTCA AGACATTGCC CGTCAGAAGC TTTTAGGTTT GTTCTGTCAG 
TCAAAACCAA GGGAGAAGAT TGTTCCCAAG TGGCATGAAA AGCCCTACGA GTGGAATCAG 
GTTGATCCAA AGCTGGTCAT GGAGCAGGCC GACCGTGAGA GCAGCAGAGG GAAGAACACC 
TTTCTCTACC AGCTCCACAA ACTGGTTGTG CTCGGCACCT GA

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

RefSeq	XP_011534703.1
CDS	588..4049
Translation	MTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536401.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.

Target ORF information:

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

XM_011536401.3

ORF Insert Sequence:

ATGACAACTG GAGTCCTGCT TCAGAAAATA GTTAGTGCCA AGAGTTTGAT GGAATTCACA 
CATATCATCA TTGATGAAGT ACACGAACGA ACAGAAGAAA TGGATTTCCT GCTATTGGTA 
GTCCGCAAAC TCTTAAGAAC AAATTCACGT TTTGTGAAGG TGGTCCTGAT GTCGGCTACC 
ATCAGCTGTA AAGAGTTTGC AGACTACTTT GCTGTTCCTG TTCAAAACAA GATGAATCCT 
GCATATATTT TTGAAGTGGA AGGCAAGCCC CATTCAGTTG AAGAGTATTA TCTTAATGAT 
TTGGAGCACA TTCATCATAG CAAGCTCTCT CCTCATCTCC TGGAGGAACC GGTGATAACT 
AAGGATATAT ATGAAGTTGC TGTCTCTCTC ATTCAGATGT TTGATGACTT GGATATGAAG 
GAGAGTGGGA ACAAGGCTTG GTCGGGGGCC CAGTTTGTGT TGGAGCGAAG CAGTGTGTTG 
GTGTTTTTGC CAGGTCTGGG TGAAATAAAT TATATGCATG AACTTCTCAC AAGCCTGGTT 
CATAAAAGGT TGCAGGTCTA TCCACTCCAT TCAAGTGTGG CTTTAGAAGA ACAGAATAAT 
GTCTTTTTAA GTCCAGTCCC TGGGTACAGA AAGATTATTC TGTCCACCAA TATTGCAGAG 
AGTTCTGTCA CAGTTCCAGA TGTCAAATAT GTTATAGATT TTTGTTTGAC TAGAACTTTG 
GTCTGTGATG AAGATACAAA TTATCAGAGT CTGCGATTGA GTTGGGCTTC TAAAACCAGC 
TGTAATCAGA GAAAAGGCCG TGCTGGACGA GTGTCTAGAG GGTACTGTTA CCGGCTGGTA 
CACAAGGATT TCTGGGACAA CTCCATCCCT GATCATGTTG TTCCTGAGAT GTTGCGTTGT 
CCATTAGGAA GCACGATCTT GAAAGTGAAA TTACTTGACA TGGGTGAGCC GAGAGCTCTG 
CTGGCCACTG CCCTTTCCCC GCCTGGTCTG AGTGACATTG AGCGCACCAT CCTTCTACTA 
AAGGAGGTTG GAGCACTTGC AGTGAGTGGG CAGAGAGAAG ATGAAAACCC CCATGATGGT 
GAATTGACCT TCTTAGGAAG AGTTTTAGCC CAACTTCCTG TAAATCAGCA ACTTGGTAAA 
CTCATAGTCC TTGGACATGT ATTTGGATGT CTAGATGAAT GTCTTATTAT AGCGGCAGCT 
CTTTCTTTGA AGAATTTTTT TGCAATGCCT TTCCGGCAGC ATCTCGATGG ATATAGGAAC 
AAAGTGAATT TCTCTGGCAG TAGCAAGAGT GACTGTATTG CACTTGTTGA GGCATTTAAA 
ACATGGAAGG CTTGCAGACA GACAGGGGAG CTGCGGTACC CGAAGGATGA ACTTAATTGG 
GGACGGTTAA ATTACATTCA AATCAAGAGA ATTAGAGAGG TGGCTGAATT ATATGAAGAA 
TTGAAGACTA GAATCTCACA GTTCAACATG CATGTTGATT CTCGGCGACC TGTCATGGAC 
CAAGAGTATA TATATAAGCA GCGATTCATC CTACAGGTTG TATTGGCAGG TGCTTTCTAT 
CCAAATTACT TTACTTTTGG ACAGCCGGAT GAGGAGATGG CGGTGAGGGA GCTGGCTGGC 
AAGGACCCCA AGACAACTGT CGTGTTGAAA CACATTCCTC CCTATGGATT TCTTTACTAT 
AAACAACTAC AGTCTCTCTT TAGACAGTGT GGTCAAGTCA AATCCATTGT ATTTGATGGT 
GCAAAAGCCT TTGTGGAATT CTCACGAAAT CCAACAGAGA GATTTAAAAC CCTTCCTGCA 
GTATATATGG CAATTAAGAT GTCTCAACTA AAAGTTTCAC TTGAACTCAG CGTTCATTCT 
GCAGAGGAAA TTGAAGGGAA GGTGCAAGGC ATGAACGTCT CAAAGCTCAG GAACACAAGG 
GTGAATGTGG ACTTCCAGAA GCAGACGGTA GATCCTATGC AAGTCTCCTT TAACACATCA 
GACAGGTCCC AGACAGTTAC AGATCTCCTT CTAACTATTG ATGTCACAGA GGTGGTTGAA 
GTGGGACACT TTTGGGGATA CAGGATTGAT GAAAACAACT CAGAGATTCT GAAAAAGCTT 
ACTGCTGAAA TCAACCAACT GACGCTGGTG CCCTTGCCCA CTCACCCACA TCCAGACTTG 
GTCTGTCTGG CACCTTTTGC TGATTTTGAT AAACAACGCT ACTTTAGAGC TCAAGTCCTT 
TATGTTTCTG GAAATTCTGC TGAGGTATTC TTTGTAGATT ATGGCAATAA GTCTCATGTA 
GATCTACATC TTTTGATGGA GATTCCCTGT CAATTTCTTG AACTTCCTTT CCAGGCTTTG 
GAATTTAAGA TTTGCAAAAT GAGACCATCA GCAAAGTCTC TTGTTTGTGG CAAGCACTGG 
AGTGACGGGG CCAGCCAGTG GTTCGCCTCT CTGGTGAGCG GCTGCACCCT CCTTGTGAAG 
GTCTTCTCTG TGGTGCACAG CGTCCTGCAC GTGGATGTGT ACCAGTACTC AGGGGTCCAG 
GATGCCATCA ACATAAGAGA CGTCCTCATC CAGCAGGGCT ATGCCGAGCT CACGGAGGAG 
TCCTACGAGT CCAAGCAAAG CCATGAAGTT CTCAAGGGCC TCTTTTCCAA GTCAGTAGAA 
AACATGACAG ATGGCTCTGT GCCCTTTCCC ATGAAAGACG ACGAGAAATA TCTCATCCGG 
ATTTTGTTAG AGAGCTTTTC TACCAATAAA CTGGGTACTC CAAACTGTAA GGCAGAACTT 
CACGGGCCTT TTAACCCTTA TGAACTAAAG TGCCATAGTT TGACCAGAAT ATCCAAATTC 
AGGTGTGTTT GGATTGAGAA GGAGAGCATC AACTCTGTCA TTATCAGTGA CGCCCCTGAA 
GACCTTCACC AGAGAATGCT GGTTGCAGCT TCCCTTTCCA TCAATGCGAC TGGATCTACG 
ATGCTGCTGA GAGAAACCTC TCTGATGCCT CATATCCCTG GCCTCCCGGC TCTCCTCAGC 
ATGTTATTCG CACCGGTGAT AGAGTTAAGG ATTGATCAGA ATGGCAAGTA CTATACTGGA 
GTCCTTTGTG GTTTGGGGTG GAATCCAGCT ACAGGGGCTT CCATACTGCC CGAGCACGAC 
ATGGAGCTTG CGTTTGACGT TCAATTCAGC GTGGAGGATG TCGTCGAGGT TAATATTCTC 
AGGGCTGCTA TTAACAAGCT AGTCTGTGAT GGACCAAATG GATGCAAGTG TCTTGGGCCA 
GAGAGAGTTG CGCAGCTTCA AGACATTGCC CGTCAGAAGC TTTTAGGTTT GTTCTGTCAG 
TCAAAACCAA GGGAGAAGAT TGTTCCCAAG TGGCATGAAA AGCCCTACGA GTGGAATCAG 
GTTGATCCAA AGCTGGTCAT GGAGCAGGCC GACCGTGAGA GCAGCAGAGG GAAGAACACC 
TTTCTCTACC AGCTCCACAA ACTGGTTGTG CTCGGCACCT GA

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

TDRD9 ( XM_011536401.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534703.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.

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CloneID	OHu75200
Clone ID Related Accession (Same CDS sequence)	XM_011536401.3 , XM_011536401.2
Accession Version	XM_011536401.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3462bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD9 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011536401.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAACTG GAGTCCTGCT TCAGAAAATA GTTAGTGCCA AGAGTTTGAT GGAATTCACA 
CATATCATCA TTGATGAAGT ACACGAACGA ACAGAAGAAA TGGATTTCCT GCTATTGGTA 
GTCCGCAAAC TCTTAAGAAC AAATTCACGT TTTGTGAAGG TGGTCCTGAT GTCGGCTACC 
ATCAGCTGTA AAGAGTTTGC AGACTACTTT GCTGTTCCTG TTCAAAACAA GATGAATCCT 
GCATATATTT TTGAAGTGGA AGGCAAGCCC CATTCAGTTG AAGAGTATTA TCTTAATGAT 
TTGGAGCACA TTCATCATAG CAAGCTCTCT CCTCATCTCC TGGAGGAACC GGTGATAACT 
AAGGATATAT ATGAAGTTGC TGTCTCTCTC ATTCAGATGT TTGATGACTT GGATATGAAG 
GAGAGTGGGA ACAAGGCTTG GTCGGGGGCC CAGTTTGTGT TGGAGCGAAG CAGTGTGTTG 
GTGTTTTTGC CAGGTCTGGG TGAAATAAAT TATATGCATG AACTTCTCAC AAGCCTGGTT 
CATAAAAGGT TGCAGGTCTA TCCACTCCAT TCAAGTGTGG CTTTAGAAGA ACAGAATAAT 
GTCTTTTTAA GTCCAGTCCC TGGGTACAGA AAGATTATTC TGTCCACCAA TATTGCAGAG 
AGTTCTGTCA CAGTTCCAGA TGTCAAATAT GTTATAGATT TTTGTTTGAC TAGAACTTTG 
GTCTGTGATG AAGATACAAA TTATCAGAGT CTGCGATTGA GTTGGGCTTC TAAAACCAGC 
TGTAATCAGA GAAAAGGCCG TGCTGGACGA GTGTCTAGAG GGTACTGTTA CCGGCTGGTA 
CACAAGGATT TCTGGGACAA CTCCATCCCT GATCATGTTG TTCCTGAGAT GTTGCGTTGT 
CCATTAGGAA GCACGATCTT GAAAGTGAAA TTACTTGACA TGGGTGAGCC GAGAGCTCTG 
CTGGCCACTG CCCTTTCCCC GCCTGGTCTG AGTGACATTG AGCGCACCAT CCTTCTACTA 
AAGGAGGTTG GAGCACTTGC AGTGAGTGGG CAGAGAGAAG ATGAAAACCC CCATGATGGT 
GAATTGACCT TCTTAGGAAG AGTTTTAGCC CAACTTCCTG TAAATCAGCA ACTTGGTAAA 
CTCATAGTCC TTGGACATGT ATTTGGATGT CTAGATGAAT GTCTTATTAT AGCGGCAGCT 
CTTTCTTTGA AGAATTTTTT TGCAATGCCT TTCCGGCAGC ATCTCGATGG ATATAGGAAC 
AAAGTGAATT TCTCTGGCAG TAGCAAGAGT GACTGTATTG CACTTGTTGA GGCATTTAAA 
ACATGGAAGG CTTGCAGACA GACAGGGGAG CTGCGGTACC CGAAGGATGA ACTTAATTGG 
GGACGGTTAA ATTACATTCA AATCAAGAGA ATTAGAGAGG TGGCTGAATT ATATGAAGAA 
TTGAAGACTA GAATCTCACA GTTCAACATG CATGTTGATT CTCGGCGACC TGTCATGGAC 
CAAGAGTATA TATATAAGCA GCGATTCATC CTACAGGTTG TATTGGCAGG TGCTTTCTAT 
CCAAATTACT TTACTTTTGG ACAGCCGGAT GAGGAGATGG CGGTGAGGGA GCTGGCTGGC 
AAGGACCCCA AGACAACTGT CGTGTTGAAA CACATTCCTC CCTATGGATT TCTTTACTAT 
AAACAACTAC AGTCTCTCTT TAGACAGTGT GGTCAAGTCA AATCCATTGT ATTTGATGGT 
GCAAAAGCCT TTGTGGAATT CTCACGAAAT CCAACAGAGA GATTTAAAAC CCTTCCTGCA 
GTATATATGG CAATTAAGAT GTCTCAACTA AAAGTTTCAC TTGAACTCAG CGTTCATTCT 
GCAGAGGAAA TTGAAGGGAA GGTGCAAGGC ATGAACGTCT CAAAGCTCAG GAACACAAGG 
GTGAATGTGG ACTTCCAGAA GCAGACGGTA GATCCTATGC AAGTCTCCTT TAACACATCA 
GACAGGTCCC AGACAGTTAC AGATCTCCTT CTAACTATTG ATGTCACAGA GGTGGTTGAA 
GTGGGACACT TTTGGGGATA CAGGATTGAT GAAAACAACT CAGAGATTCT GAAAAAGCTT 
ACTGCTGAAA TCAACCAACT GACGCTGGTG CCCTTGCCCA CTCACCCACA TCCAGACTTG 
GTCTGTCTGG CACCTTTTGC TGATTTTGAT AAACAACGCT ACTTTAGAGC TCAAGTCCTT 
TATGTTTCTG GAAATTCTGC TGAGGTATTC TTTGTAGATT ATGGCAATAA GTCTCATGTA 
GATCTACATC TTTTGATGGA GATTCCCTGT CAATTTCTTG AACTTCCTTT CCAGGCTTTG 
GAATTTAAGA TTTGCAAAAT GAGACCATCA GCAAAGTCTC TTGTTTGTGG CAAGCACTGG 
AGTGACGGGG CCAGCCAGTG GTTCGCCTCT CTGGTGAGCG GCTGCACCCT CCTTGTGAAG 
GTCTTCTCTG TGGTGCACAG CGTCCTGCAC GTGGATGTGT ACCAGTACTC AGGGGTCCAG 
GATGCCATCA ACATAAGAGA CGTCCTCATC CAGCAGGGCT ATGCCGAGCT CACGGAGGAG 
TCCTACGAGT CCAAGCAAAG CCATGAAGTT CTCAAGGGCC TCTTTTCCAA GTCAGTAGAA 
AACATGACAG ATGGCTCTGT GCCCTTTCCC ATGAAAGACG ACGAGAAATA TCTCATCCGG 
ATTTTGTTAG AGAGCTTTTC TACCAATAAA CTGGGTACTC CAAACTGTAA GGCAGAACTT 
CACGGGCCTT TTAACCCTTA TGAACTAAAG TGCCATAGTT TGACCAGAAT ATCCAAATTC 
AGGTGTGTTT GGATTGAGAA GGAGAGCATC AACTCTGTCA TTATCAGTGA CGCCCCTGAA 
GACCTTCACC AGAGAATGCT GGTTGCAGCT TCCCTTTCCA TCAATGCGAC TGGATCTACG 
ATGCTGCTGA GAGAAACCTC TCTGATGCCT CATATCCCTG GCCTCCCGGC TCTCCTCAGC 
ATGTTATTCG CACCGGTGAT AGAGTTAAGG ATTGATCAGA ATGGCAAGTA CTATACTGGA 
GTCCTTTGTG GTTTGGGGTG GAATCCAGCT ACAGGGGCTT CCATACTGCC CGAGCACGAC 
ATGGAGCTTG CGTTTGACGT TCAATTCAGC GTGGAGGATG TCGTCGAGGT TAATATTCTC 
AGGGCTGCTA TTAACAAGCT AGTCTGTGAT GGACCAAATG GATGCAAGTG TCTTGGGCCA 
GAGAGAGTTG CGCAGCTTCA AGACATTGCC CGTCAGAAGC TTTTAGGTTT GTTCTGTCAG 
TCAAAACCAA GGGAGAAGAT TGTTCCCAAG TGGCATGAAA AGCCCTACGA GTGGAATCAG 
GTTGATCCAA AGCTGGTCAT GGAGCAGGCC GACCGTGAGA GCAGCAGAGG GAAGAACACC 
TTTCTCTACC AGCTCCACAA ACTGGTTGTG CTCGGCACCT GA

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

RefSeq	XP_011534703.1
CDS	593..4054
Translation	MTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536401.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X7, mRNA.

Target ORF information:

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

XM_011536401.2

ORF Insert Sequence:

ATGACAACTG GAGTCCTGCT TCAGAAAATA GTTAGTGCCA AGAGTTTGAT GGAATTCACA 
CATATCATCA TTGATGAAGT ACACGAACGA ACAGAAGAAA TGGATTTCCT GCTATTGGTA 
GTCCGCAAAC TCTTAAGAAC AAATTCACGT TTTGTGAAGG TGGTCCTGAT GTCGGCTACC 
ATCAGCTGTA AAGAGTTTGC AGACTACTTT GCTGTTCCTG TTCAAAACAA GATGAATCCT 
GCATATATTT TTGAAGTGGA AGGCAAGCCC CATTCAGTTG AAGAGTATTA TCTTAATGAT 
TTGGAGCACA TTCATCATAG CAAGCTCTCT CCTCATCTCC TGGAGGAACC GGTGATAACT 
AAGGATATAT ATGAAGTTGC TGTCTCTCTC ATTCAGATGT TTGATGACTT GGATATGAAG 
GAGAGTGGGA ACAAGGCTTG GTCGGGGGCC CAGTTTGTGT TGGAGCGAAG CAGTGTGTTG 
GTGTTTTTGC CAGGTCTGGG TGAAATAAAT TATATGCATG AACTTCTCAC AAGCCTGGTT 
CATAAAAGGT TGCAGGTCTA TCCACTCCAT TCAAGTGTGG CTTTAGAAGA ACAGAATAAT 
GTCTTTTTAA GTCCAGTCCC TGGGTACAGA AAGATTATTC TGTCCACCAA TATTGCAGAG 
AGTTCTGTCA CAGTTCCAGA TGTCAAATAT GTTATAGATT TTTGTTTGAC TAGAACTTTG 
GTCTGTGATG AAGATACAAA TTATCAGAGT CTGCGATTGA GTTGGGCTTC TAAAACCAGC 
TGTAATCAGA GAAAAGGCCG TGCTGGACGA GTGTCTAGAG GGTACTGTTA CCGGCTGGTA 
CACAAGGATT TCTGGGACAA CTCCATCCCT GATCATGTTG TTCCTGAGAT GTTGCGTTGT 
CCATTAGGAA GCACGATCTT GAAAGTGAAA TTACTTGACA TGGGTGAGCC GAGAGCTCTG 
CTGGCCACTG CCCTTTCCCC GCCTGGTCTG AGTGACATTG AGCGCACCAT CCTTCTACTA 
AAGGAGGTTG GAGCACTTGC AGTGAGTGGG CAGAGAGAAG ATGAAAACCC CCATGATGGT 
GAATTGACCT TCTTAGGAAG AGTTTTAGCC CAACTTCCTG TAAATCAGCA ACTTGGTAAA 
CTCATAGTCC TTGGACATGT ATTTGGATGT CTAGATGAAT GTCTTATTAT AGCGGCAGCT 
CTTTCTTTGA AGAATTTTTT TGCAATGCCT TTCCGGCAGC ATCTCGATGG ATATAGGAAC 
AAAGTGAATT TCTCTGGCAG TAGCAAGAGT GACTGTATTG CACTTGTTGA GGCATTTAAA 
ACATGGAAGG CTTGCAGACA GACAGGGGAG CTGCGGTACC CGAAGGATGA ACTTAATTGG 
GGACGGTTAA ATTACATTCA AATCAAGAGA ATTAGAGAGG TGGCTGAATT ATATGAAGAA 
TTGAAGACTA GAATCTCACA GTTCAACATG CATGTTGATT CTCGGCGACC TGTCATGGAC 
CAAGAGTATA TATATAAGCA GCGATTCATC CTACAGGTTG TATTGGCAGG TGCTTTCTAT 
CCAAATTACT TTACTTTTGG ACAGCCGGAT GAGGAGATGG CGGTGAGGGA GCTGGCTGGC 
AAGGACCCCA AGACAACTGT CGTGTTGAAA CACATTCCTC CCTATGGATT TCTTTACTAT 
AAACAACTAC AGTCTCTCTT TAGACAGTGT GGTCAAGTCA AATCCATTGT ATTTGATGGT 
GCAAAAGCCT TTGTGGAATT CTCACGAAAT CCAACAGAGA GATTTAAAAC CCTTCCTGCA 
GTATATATGG CAATTAAGAT GTCTCAACTA AAAGTTTCAC TTGAACTCAG CGTTCATTCT 
GCAGAGGAAA TTGAAGGGAA GGTGCAAGGC ATGAACGTCT CAAAGCTCAG GAACACAAGG 
GTGAATGTGG ACTTCCAGAA GCAGACGGTA GATCCTATGC AAGTCTCCTT TAACACATCA 
GACAGGTCCC AGACAGTTAC AGATCTCCTT CTAACTATTG ATGTCACAGA GGTGGTTGAA 
GTGGGACACT TTTGGGGATA CAGGATTGAT GAAAACAACT CAGAGATTCT GAAAAAGCTT 
ACTGCTGAAA TCAACCAACT GACGCTGGTG CCCTTGCCCA CTCACCCACA TCCAGACTTG 
GTCTGTCTGG CACCTTTTGC TGATTTTGAT AAACAACGCT ACTTTAGAGC TCAAGTCCTT 
TATGTTTCTG GAAATTCTGC TGAGGTATTC TTTGTAGATT ATGGCAATAA GTCTCATGTA 
GATCTACATC TTTTGATGGA GATTCCCTGT CAATTTCTTG AACTTCCTTT CCAGGCTTTG 
GAATTTAAGA TTTGCAAAAT GAGACCATCA GCAAAGTCTC TTGTTTGTGG CAAGCACTGG 
AGTGACGGGG CCAGCCAGTG GTTCGCCTCT CTGGTGAGCG GCTGCACCCT CCTTGTGAAG 
GTCTTCTCTG TGGTGCACAG CGTCCTGCAC GTGGATGTGT ACCAGTACTC AGGGGTCCAG 
GATGCCATCA ACATAAGAGA CGTCCTCATC CAGCAGGGCT ATGCCGAGCT CACGGAGGAG 
TCCTACGAGT CCAAGCAAAG CCATGAAGTT CTCAAGGGCC TCTTTTCCAA GTCAGTAGAA 
AACATGACAG ATGGCTCTGT GCCCTTTCCC ATGAAAGACG ACGAGAAATA TCTCATCCGG 
ATTTTGTTAG AGAGCTTTTC TACCAATAAA CTGGGTACTC CAAACTGTAA GGCAGAACTT 
CACGGGCCTT TTAACCCTTA TGAACTAAAG TGCCATAGTT TGACCAGAAT ATCCAAATTC 
AGGTGTGTTT GGATTGAGAA GGAGAGCATC AACTCTGTCA TTATCAGTGA CGCCCCTGAA 
GACCTTCACC AGAGAATGCT GGTTGCAGCT TCCCTTTCCA TCAATGCGAC TGGATCTACG 
ATGCTGCTGA GAGAAACCTC TCTGATGCCT CATATCCCTG GCCTCCCGGC TCTCCTCAGC 
ATGTTATTCG CACCGGTGAT AGAGTTAAGG ATTGATCAGA ATGGCAAGTA CTATACTGGA 
GTCCTTTGTG GTTTGGGGTG GAATCCAGCT ACAGGGGCTT CCATACTGCC CGAGCACGAC 
ATGGAGCTTG CGTTTGACGT TCAATTCAGC GTGGAGGATG TCGTCGAGGT TAATATTCTC 
AGGGCTGCTA TTAACAAGCT AGTCTGTGAT GGACCAAATG GATGCAAGTG TCTTGGGCCA 
GAGAGAGTTG CGCAGCTTCA AGACATTGCC CGTCAGAAGC TTTTAGGTTT GTTCTGTCAG 
TCAAAACCAA GGGAGAAGAT TGTTCCCAAG TGGCATGAAA AGCCCTACGA GTGGAATCAG 
GTTGATCCAA AGCTGGTCAT GGAGCAGGCC GACCGTGAGA GCAGCAGAGG GAAGAACACC 
TTTCTCTACC AGCTCCACAA ACTGGTTGTG CTCGGCACCT GA

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

TDRD9 ( XM_011536402.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534704.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu75201
Clone ID Related Accession (Same CDS sequence)	XM_011536402.2
Accession Version	XM_011536402.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3063bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011536402.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGCAAA GCCATGAAGT TCTCAAGGGC 
CTCTTTTCCA AGTCAGTAGA AAACATGACA GATGGCTCTG TGCCCTTTCC CATGAAAGAC 
GACGAGAAAT ATCTCATCCG GATTTTGTTA GAGAGCTTTT CTACCAATAA ACTGGGTACT 
CCAAACTGTA AGGCAGAACT TCACGGGCCT TTTAACCCTT ATGAACTAAA GTGCCATAGT 
TTGACCAGAA TATCCAAATT CAGGTGTGTT TGGATTGAGA AGGAGAGCAT CAACTCTGTC 
ATTATCAGTG ACGCCCCTGA AGACCTTCAC CAGAGAATGC TGGTTGCAGC TTCCCTTTCC 
ATCAATGCGA CTGGATCTAC GATGCTGCTG AGAGAAACCT CTCTGATGCC TCATATCCCT 
GGCCTCCCGG CTCTCCTCAG CATGTTATTC GCACCGGTGA TAGAGTTAAG GATTGATCAG 
AATGGCAAGT ACTATACTGG AGTCCTTTGT GGTTTGGGGT GGAATCCAGC TACAGGGGCT 
TCCATACTGC CCGAGCACGA CATGGAGCTT GCGTTTGACG TTCAATTCAG CGTGGAGGAT 
GTCGTCGAGG TTAATATTCT CAGGGCTGCT ATTAACAAGC TAGTCTGTGA TGGACCAAAT 
GGATGCAAGT GTCTTGGGCC AGAGAGAGTT GCGCAGCTTC AAGACATTGC CCGTCAGAAG 
CTTTTAGGTT TGTTCTGTCA GTCAAAACCA AGGGAGAAGA TTGTTCCCAA GTGGCATGAA 
AAGCCCTACG AGTGGAATCA GGTTGATCCA AAGCTGGTCA TGGAGCAGGC CGACCGTGAG 
AGCAGCAGAG GGAAGAACAC CTTTCTCTAC CAGCTCCACA AACTGGTTGT GCTCGGCACC 
TGA

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

RefSeq	XP_011534704.1
CDS	90..3152
Translation	MIWSTFIIARNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536402.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X8, mRNA.

Target ORF information:

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

XM_011536402.2

ORF Insert Sequence:

ATGATTTGGA GCACATTCAT CATAGCAAGG AACAAGGCTT GGTCGGGGGC CCAGTTTGTG 
TTGGAGCGAA GCAGTGTGTT GGTGTTTTTG CCAGGTCTGG GTGAAATAAA TTATATGCAT 
GAACTTCTCA CAAGCCTGGT TCATAAAAGG TTGCAGGTCT ATCCACTCCA TTCAAGTGTG 
GCTTTAGAAG AACAGAATAA TGTCTTTTTA AGTCCAGTCC CTGGGTACAG AAAGATTATT 
CTGTCCACCA ATATTGCAGA GAGTTCTGTC ACAGTTCCAG ATGTCAAATA TGTTATAGAT 
TTTTGTTTGA CTAGAACTTT GGTCTGTGAT GAAGATACAA ATTATCAGAG TCTGCGATTG 
AGTTGGGCTT CTAAAACCAG CTGTAATCAG AGAAAAGGCC GTGCTGGACG AGTGTCTAGA 
GGGTACTGTT ACCGGCTGGT ACACAAGGAT TTCTGGGACA ACTCCATCCC TGATCATGTT 
GTTCCTGAGA TGTTGCGTTG TCCATTAGGA AGCACGATCT TGAAAGTGAA ATTACTTGAC 
ATGGGTGAGC CGAGAGCTCT GCTGGCCACT GCCCTTTCCC CGCCTGGTCT GAGTGACATT 
GAGCGCACCA TCCTTCTACT AAAGGAGGTT GGAGCACTTG CAGTGAGTGG GCAGAGAGAA 
GATGAAAACC CCCATGATGG TGAATTGACC TTCTTAGGAA GAGTTTTAGC CCAACTTCCT 
GTAAATCAGC AACTTGGTAA ACTCATAGTC CTTGGACATG TATTTGGATG TCTAGATGAA 
TGTCTTATTA TAGCGGCAGC TCTTTCTTTG AAGAATTTTT TTGCAATGCC TTTCCGGCAG 
CATCTCGATG GATATAGGAA CAAAGTGAAT TTCTCTGGCA GTAGCAAGAG TGACTGTATT 
GCACTTGTTG AGGCATTTAA AACATGGAAG GCTTGCAGAC AGACAGGGGA GCTGCGGTAC 
CCGAAGGATG AACTTAATTG GGGACGGTTA AATTACATTC AAATCAAGAG AATTAGAGAG 
GTGGCTGAAT TATATGAAGA ATTGAAGACT AGAATCTCAC AGTTCAACAT GCATGTTGAT 
TCTCGGCGAC CTGTCATGGA CCAAGAGTAT ATATATAAGC AGCGATTCAT CCTACAGGTT 
GTATTGGCAG GTGCTTTCTA TCCAAATTAC TTTACTTTTG GACAGCCGGA TGAGGAGATG 
GCGGTGAGGG AGCTGGCTGG CAAGGACCCC AAGACAACTG TCGTGTTGAA ACACATTCCT 
CCCTATGGAT TTCTTTACTA TAAACAACTA CAGTCTCTCT TTAGACAGTG TGGTCAAGTC 
AAATCCATTG TATTTGATGG TGCAAAAGCC TTTGTGGAAT TCTCACGAAA TCCAACAGAG 
AGATTTAAAA CCCTTCCTGC AGTATATATG GCAATTAAGA TGTCTCAACT AAAAGTTTCA 
CTTGAACTCA GCGTTCATTC TGCAGAGGAA ATTGAAGGGA AGGTGCAAGG CATGAACGTC 
TCAAAGCTCA GGAACACAAG GGTGAATGTG GACTTCCAGA AGCAGACGGT AGATCCTATG 
CAAGTCTCCT TTAACACATC AGACAGGTCC CAGACAGTTA CAGATCTCCT TCTAACTATT 
GATGTCACAG AGGTGGTTGA AGTGGGACAC TTTTGGGGAT ACAGGATTGA TGAAAACAAC 
TCAGAGATTC TGAAAAAGCT TACTGCTGAA ATCAACCAAC TGACGCTGGT GCCCTTGCCC 
ACTCACCCAC ATCCAGACTT GGTCTGTCTG GCACCTTTTG CTGATTTTGA TAAACAACGC 
TACTTTAGAG CTCAAGTCCT TTATGTTTCT GGAAATTCTG CTGAGGTATT CTTTGTAGAT 
TATGGCAATA AGTCTCATGT AGATCTACAT CTTTTGATGG AGATTCCCTG TCAATTTCTT 
GAACTTCCTT TCCAGGCTTT GGAATTTAAG ATTTGCAAAA TGAGACCATC AGCAAAGTCT 
CTTGTTTGTG GCAAGCACTG GAGTGACGGG GCCAGCCAGT GGTTCGCCTC TCTGGTGAGC 
GGCTGCACCC TCCTTGTGAA GGTCTTCTCT GTGGTGCACA GCGTCCTGCA CGTGGATGTG 
TACCAGTACT CAGGGGTCCA GGATGCCATC AACATAAGAG ACGTCCTCAT CCAGCAGGGC 
TATGCCGAGC TCACGGAGGA GTCCTACGAG TCCAAGCAAA GCCATGAAGT TCTCAAGGGC 
CTCTTTTCCA AGTCAGTAGA AAACATGACA GATGGCTCTG TGCCCTTTCC CATGAAAGAC 
GACGAGAAAT ATCTCATCCG GATTTTGTTA GAGAGCTTTT CTACCAATAA ACTGGGTACT 
CCAAACTGTA AGGCAGAACT TCACGGGCCT TTTAACCCTT ATGAACTAAA GTGCCATAGT 
TTGACCAGAA TATCCAAATT CAGGTGTGTT TGGATTGAGA AGGAGAGCAT CAACTCTGTC 
ATTATCAGTG ACGCCCCTGA AGACCTTCAC CAGAGAATGC TGGTTGCAGC TTCCCTTTCC 
ATCAATGCGA CTGGATCTAC GATGCTGCTG AGAGAAACCT CTCTGATGCC TCATATCCCT 
GGCCTCCCGG CTCTCCTCAG CATGTTATTC GCACCGGTGA TAGAGTTAAG GATTGATCAG 
AATGGCAAGT ACTATACTGG AGTCCTTTGT GGTTTGGGGT GGAATCCAGC TACAGGGGCT 
TCCATACTGC CCGAGCACGA CATGGAGCTT GCGTTTGACG TTCAATTCAG CGTGGAGGAT 
GTCGTCGAGG TTAATATTCT CAGGGCTGCT ATTAACAAGC TAGTCTGTGA TGGACCAAAT 
GGATGCAAGT GTCTTGGGCC AGAGAGAGTT GCGCAGCTTC AAGACATTGC CCGTCAGAAG 
CTTTTAGGTT TGTTCTGTCA GTCAAAACCA AGGGAGAAGA TTGTTCCCAA GTGGCATGAA 
AAGCCCTACG AGTGGAATCA GGTTGATCCA AAGCTGGTCA TGGAGCAGGC CGACCGTGAG 
AGCAGCAGAG GGAAGAACAC CTTTCTCTAC CAGCTCCACA AACTGGTTGT GCTCGGCACC 
TGA

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

TDRD9 ( XM_011536398.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534700.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu75197
Clone ID Related Accession (Same CDS sequence)	XM_011536398.2 , XM_011536398.3
Accession Version	XM_011536398.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4035bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD9 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011536398.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGATT TGAAATATCA TTGCTCGGAG GGGCCACATG GAAAGCATGA GAATGGAATA 
TGGGCAGCTA GGAGCAAAGA CTGGATCCCA CTTGACAGCA GGTCACTCAG CCAAAGGAGC 
TCAGAAGTAG AGTATATTAA CAAATACAGA CAGCTCGAAG CACAAGAGCT TGATGTGTGT 
CGCAGTGTCC AACCAACCAG TGGGCCAGGT CCAAGGCCAT CTTTGGCTAA ATTAAGCAGT 
GTGACATGCA TCCCAGGGAC AACTTATAAA TATCCTGATT TGCCTATAAG TCGATACAAG 
GAAGAGGTTG TGTCTTTGAT AGAAAGTAAT TCCGTGGTGA TTATCCATGG GGCCACGGGA 
AGCGGTAAAA GCACTCAGCT CCCGCAGTAT ATCTTGGACC ACTACGTTCA GCGCTCCGCC 
TACTGCAGCA TTGTGGTCAC CCAGCCCCGG AAGATAGGGG CAAGCAGCAT CGCCAGGTGG 
ATCAGTAAAG AGCGTGCCTG GACCCTGGGA GGTGTGGTGG GCTACCAGGT AGGGCTAGAG 
AAAATAGCAA CAGAGGACAC CAGGCTAATT TATATGACAA CTGGAGTCCT GCTTCAGAAA 
ATAGTTAGTG CCAAGAGTTT GATGGAATTC ACACATATCA TCATTGATGA AGTACACGAA 
CGAACAGAAG AAATGGATTT CCTGCTATTG GTAGTCCGCA AACTCTTAAG AACAAATTCA 
CGTTTTGTGA AGGTGGTCCT GATGTCGGCT ACCATCAGCT GTAAAGAGTT TGCAGACTAC 
TTTGCTGTTC CTGTTCAAAA CAAGATGAAT CCTGCATATA TTTTTGAAGT GGAAGGCAAG 
CCCCATTCAG TTGAAGAGTA TTATCTTAAT GATTTGGAGC ACATTCATCA TAGCAAGCTC 
TCTCCTCATC TCCTGGAGGA ACCGGTGATA ACTAAGGATA TATATGAAGT TGCTGTCTCT 
CTCATTCAGA TGTTTGATGA CTTGGATATG AAGGAGAGTG GGAACAAGGC TTGGTCGGGG 
GCCCAGTTTG TGTTGGAGCG AAGCAGTGTG TTGGTGTTTT TGCCAGGTCT GGGTGAAATA 
AATTATATGC ATGAACTTCT CACAAGCCTG GTTCATAAAA GGTTGCAGGT CTATCCACTC 
CATTCAAGTG TGGCTTTAGA AGAACAGAAT AATGTCTTTT TAAGTCCAGT CCCTGGGTAC 
AGAAAGATTA TTCTGTCCAC CAATATTGCA GAGAGTTCTG TCACAGTTCC AGATGTCAAA 
TATGTTATAG ATTTTTGTTT GACTAGAACT TTGGTCTGTG ATGAAGATAC AAATTATCAG 
AGTCTGCGAT TGAGTTGGGC TTCTAAAACC AGCTGTAATC AGAGAAAAGG CCGTGCTGGA 
CGAGTGTCTA GAGGGTACTG TTACCGGCTG GTACACAAGG ATTTCTGGGA CAACTCCATC 
CCTGATCATG TTGTTCCTGA GATGTTGCGT TGTCCATTAG GAAGCACGAT CTTGAAAGTG 
AAATTACTTG ACATGGGTGA GCCGAGAGCT CTGCTGGCCA CTGCCCTTTC CCCGCCTGGT 
CTGAGTGACA TTGAGCGCAC CATCCTTCTA CTAAAGGAGG TTGGAGCACT TGCAGTGAGT 
GGGCAGAGAG AAGATGAAAA CCCCCATGAT GGTGAATTGA CCTTCTTAGG AAGAGTTTTA 
GCCCAACTTC CTGTAAATCA GCAACTTGGT AAACTCATAG TCCTTGGACA TGTATTTGGA 
TGTCTAGATG AATGTCTTAT TATAGCGGCA GCTCTTTCTT TGAAGAATTT TTTTGCAATG 
CCTTTCCGGC AGCATCTCGA TGGATATAGG AACAAAGTGA ATTTCTCTGG CAGTAGCAAG 
AGTGACTGTA TTGCACTTGT TGAGGCATTT AAAACATGGA AGGCTTGCAG ACAGACAGGG 
GAGCTGCGGT ACCCGAAGGA TGAACTTAAT TGGGGACGGT TAAATTACAT TCAAATCAAG 
AGAATTAGAG AGGTGGCTGA ATTATATGAA GAATTGAAGA CTAGAATCTC ACAGTTCAAC 
ATGCATGTTG ATTCTCGGCG ACCTGTCATG GACCAAGAGT ATATATATAA GCAGCGATTC 
ATCCTACAGG TTGTATTGGC AGGTGCTTTC TATCCAAATT ACTTTACTTT TGGACAGCCG 
GATGAGGAGA TGGCGGTGAG GGAGCTGGCT GGCAAGGACC CCAAGACAAC TGTCGTGTTG 
AAACACATTC CTCCCTATGG ATTTCTTTAC TATAAACAAC TACAGTCTCT CTTTAGACAG 
TGTGGTCAAG TCAAATCCAT TGTATTTGAT GGTGCAAAAG CCTTTGTGGA ATTCTCACGA 
AATCCAACAG AGAGATTTAA AACCCTTCCT GCAGTATATA TGGCAATTAA GATGTCTCAA 
CTAAAAGTTT CACTTGAACT CAGCGTTCAT TCTGCAGAGG AAATTGAAGG GAAGGTGCAA 
GGCATGAACG TCTCAAAGCT CAGGAACACA AGGGTGAATG TGGACTTCCA GAAGCAGACG 
GTAGATCCTA TGCAAGTCTC CTTTAACACA TCAGACAGGT CCCAGACAGT TACAGATCTC 
CTTCTAACTA TTGATGTCAC AGAGGTGGTT GAAGTGGGAC ACTTTTGGGG ATACAGGATT 
GATGAAAACA ACTCAGAGAT TCTGAAAAAG CTTACTGCTG AAATCAACCA ACTGACGCTG 
GTGCCCTTGC CCACTCACCC ACATCCAGAC TTGGTCTGTC TGGCACCTTT TGCTGATTTT 
GATAAACAAC GCTACTTTAG AGCTCAAGTC CTTTATGTTT CTGGAAATTC TGCTGAGGTA 
TTCTTTGTAG ATTATGGCAA TAAGTCTCAT GTAGATCTAC ATCTTTTGAT GGAGATTCCC 
TGTCAATTTC TTGAACTTCC TTTCCAGGCT TTGGAATTTA AGATTTGCAA AATGAGACCA 
TCAGCAAAGT CTCTTGTTTG TGGCAAGCAC TGGAGTGACG GGGCCAGCCA GTGGTTCGCC 
TCTCTGGTGA GCGGCTGCAC CCTCCTTGTG AAGGTCTTCT CTGTGGTGCA CAGCGTCCTG 
CACGTGGATG TGTACCAGTA CTCAGGGGTC CAGGATGCCA TCAACATAAG AGACGTCCTC 
ATCCAGCAGG GCTATGCCGA GCTCACGGAG GAGTCCTACG AGTCCAAGCA AAGCCATGAA 
GTTCTCAAGG GCCTCTTTTC CAAGTCAGTA GAAAACATGA CAGATGGCTC TGTGCCCTTT 
CCCATGAAAG ACGACGAGAA ATATCTCATC CGGATTTTGT TAGAGAGCTT TTCTACCAAT 
AAACTGGGTA CTCCAAACTG TAAGGCAGAA CTTCACGGGC CTTTTAACCC TTATGAACTA 
AAGTGCCATA GTTTGACCAG AATATCCAAA TTCAGGTGTG TTTGGATTGA GAAGGAGAGC 
ATCAACTCTG TCATTATCAG TGACGCCCCT GAAGACCTTC ACCAGAGAAT GCTGGTTGCA 
GCTTCCCTTT CCATCAATGC GACTGGATCT ACGATGCTGC TGAGAGAAAC CTCTCTGATG 
CCTCATATCC CTGGCCTCCC GGCTCTCCTC AGCATGTTAT TCGCACCGGT GATAGAGTTA 
AGGATTGATC AGAATGGCAA GTACTATACT GGAGTCCTTT GTGGTTTGGG GTGGAATCCA 
GCTACAGGGG CTTCCATACT GCCCGAGCAC GACATGGAGC TTGCGTTTGA CGTTCAATTC 
AGCGTGGAGG ATGTCGTCGA GGTTAATATT CTCAGGGCTG CTATTAACAA GCTAGTCTGT 
GATGGACCAA ATGGATGCAA GTGTCTTGGG CCAGAGAGAG TTGCGCAGCT TCAAGACATT 
GCCCGTCAGA AGCTTTTAGG TTTGTTCTGT CAGTCAAAAC CAAGGGAGAA GATTGTTCCC 
AAGTGGCATG AAAAGCCCTA CGAGTGGAAT CAGGTTGATC CAAAGCTGGT CATGGAGCAG 
GCCGACCGTG AGAGCAGCAG AGGGAAGAAC ACCTTTCTCT ACCAGCTCCA CAAACTGGTT 
GTGCTCGGCA CCTGA

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

RefSeq	XP_011534700.1
CDS	87..4121
Translation	MRDLKYHCSEGPHGKHENGIWAARSKDWIPLDSRSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536398.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.

Target ORF information:

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

XM_011536398.2

ORF Insert Sequence:

ATGAGAGATT TGAAATATCA TTGCTCGGAG GGGCCACATG GAAAGCATGA GAATGGAATA 
TGGGCAGCTA GGAGCAAAGA CTGGATCCCA CTTGACAGCA GGTCACTCAG CCAAAGGAGC 
TCAGAAGTAG AGTATATTAA CAAATACAGA CAGCTCGAAG CACAAGAGCT TGATGTGTGT 
CGCAGTGTCC AACCAACCAG TGGGCCAGGT CCAAGGCCAT CTTTGGCTAA ATTAAGCAGT 
GTGACATGCA TCCCAGGGAC AACTTATAAA TATCCTGATT TGCCTATAAG TCGATACAAG 
GAAGAGGTTG TGTCTTTGAT AGAAAGTAAT TCCGTGGTGA TTATCCATGG GGCCACGGGA 
AGCGGTAAAA GCACTCAGCT CCCGCAGTAT ATCTTGGACC ACTACGTTCA GCGCTCCGCC 
TACTGCAGCA TTGTGGTCAC CCAGCCCCGG AAGATAGGGG CAAGCAGCAT CGCCAGGTGG 
ATCAGTAAAG AGCGTGCCTG GACCCTGGGA GGTGTGGTGG GCTACCAGGT AGGGCTAGAG 
AAAATAGCAA CAGAGGACAC CAGGCTAATT TATATGACAA CTGGAGTCCT GCTTCAGAAA 
ATAGTTAGTG CCAAGAGTTT GATGGAATTC ACACATATCA TCATTGATGA AGTACACGAA 
CGAACAGAAG AAATGGATTT CCTGCTATTG GTAGTCCGCA AACTCTTAAG AACAAATTCA 
CGTTTTGTGA AGGTGGTCCT GATGTCGGCT ACCATCAGCT GTAAAGAGTT TGCAGACTAC 
TTTGCTGTTC CTGTTCAAAA CAAGATGAAT CCTGCATATA TTTTTGAAGT GGAAGGCAAG 
CCCCATTCAG TTGAAGAGTA TTATCTTAAT GATTTGGAGC ACATTCATCA TAGCAAGCTC 
TCTCCTCATC TCCTGGAGGA ACCGGTGATA ACTAAGGATA TATATGAAGT TGCTGTCTCT 
CTCATTCAGA TGTTTGATGA CTTGGATATG AAGGAGAGTG GGAACAAGGC TTGGTCGGGG 
GCCCAGTTTG TGTTGGAGCG AAGCAGTGTG TTGGTGTTTT TGCCAGGTCT GGGTGAAATA 
AATTATATGC ATGAACTTCT CACAAGCCTG GTTCATAAAA GGTTGCAGGT CTATCCACTC 
CATTCAAGTG TGGCTTTAGA AGAACAGAAT AATGTCTTTT TAAGTCCAGT CCCTGGGTAC 
AGAAAGATTA TTCTGTCCAC CAATATTGCA GAGAGTTCTG TCACAGTTCC AGATGTCAAA 
TATGTTATAG ATTTTTGTTT GACTAGAACT TTGGTCTGTG ATGAAGATAC AAATTATCAG 
AGTCTGCGAT TGAGTTGGGC TTCTAAAACC AGCTGTAATC AGAGAAAAGG CCGTGCTGGA 
CGAGTGTCTA GAGGGTACTG TTACCGGCTG GTACACAAGG ATTTCTGGGA CAACTCCATC 
CCTGATCATG TTGTTCCTGA GATGTTGCGT TGTCCATTAG GAAGCACGAT CTTGAAAGTG 
AAATTACTTG ACATGGGTGA GCCGAGAGCT CTGCTGGCCA CTGCCCTTTC CCCGCCTGGT 
CTGAGTGACA TTGAGCGCAC CATCCTTCTA CTAAAGGAGG TTGGAGCACT TGCAGTGAGT 
GGGCAGAGAG AAGATGAAAA CCCCCATGAT GGTGAATTGA CCTTCTTAGG AAGAGTTTTA 
GCCCAACTTC CTGTAAATCA GCAACTTGGT AAACTCATAG TCCTTGGACA TGTATTTGGA 
TGTCTAGATG AATGTCTTAT TATAGCGGCA GCTCTTTCTT TGAAGAATTT TTTTGCAATG 
CCTTTCCGGC AGCATCTCGA TGGATATAGG AACAAAGTGA ATTTCTCTGG CAGTAGCAAG 
AGTGACTGTA TTGCACTTGT TGAGGCATTT AAAACATGGA AGGCTTGCAG ACAGACAGGG 
GAGCTGCGGT ACCCGAAGGA TGAACTTAAT TGGGGACGGT TAAATTACAT TCAAATCAAG 
AGAATTAGAG AGGTGGCTGA ATTATATGAA GAATTGAAGA CTAGAATCTC ACAGTTCAAC 
ATGCATGTTG ATTCTCGGCG ACCTGTCATG GACCAAGAGT ATATATATAA GCAGCGATTC 
ATCCTACAGG TTGTATTGGC AGGTGCTTTC TATCCAAATT ACTTTACTTT TGGACAGCCG 
GATGAGGAGA TGGCGGTGAG GGAGCTGGCT GGCAAGGACC CCAAGACAAC TGTCGTGTTG 
AAACACATTC CTCCCTATGG ATTTCTTTAC TATAAACAAC TACAGTCTCT CTTTAGACAG 
TGTGGTCAAG TCAAATCCAT TGTATTTGAT GGTGCAAAAG CCTTTGTGGA ATTCTCACGA 
AATCCAACAG AGAGATTTAA AACCCTTCCT GCAGTATATA TGGCAATTAA GATGTCTCAA 
CTAAAAGTTT CACTTGAACT CAGCGTTCAT TCTGCAGAGG AAATTGAAGG GAAGGTGCAA 
GGCATGAACG TCTCAAAGCT CAGGAACACA AGGGTGAATG TGGACTTCCA GAAGCAGACG 
GTAGATCCTA TGCAAGTCTC CTTTAACACA TCAGACAGGT CCCAGACAGT TACAGATCTC 
CTTCTAACTA TTGATGTCAC AGAGGTGGTT GAAGTGGGAC ACTTTTGGGG ATACAGGATT 
GATGAAAACA ACTCAGAGAT TCTGAAAAAG CTTACTGCTG AAATCAACCA ACTGACGCTG 
GTGCCCTTGC CCACTCACCC ACATCCAGAC TTGGTCTGTC TGGCACCTTT TGCTGATTTT 
GATAAACAAC GCTACTTTAG AGCTCAAGTC CTTTATGTTT CTGGAAATTC TGCTGAGGTA 
TTCTTTGTAG ATTATGGCAA TAAGTCTCAT GTAGATCTAC ATCTTTTGAT GGAGATTCCC 
TGTCAATTTC TTGAACTTCC TTTCCAGGCT TTGGAATTTA AGATTTGCAA AATGAGACCA 
TCAGCAAAGT CTCTTGTTTG TGGCAAGCAC TGGAGTGACG GGGCCAGCCA GTGGTTCGCC 
TCTCTGGTGA GCGGCTGCAC CCTCCTTGTG AAGGTCTTCT CTGTGGTGCA CAGCGTCCTG 
CACGTGGATG TGTACCAGTA CTCAGGGGTC CAGGATGCCA TCAACATAAG AGACGTCCTC 
ATCCAGCAGG GCTATGCCGA GCTCACGGAG GAGTCCTACG AGTCCAAGCA AAGCCATGAA 
GTTCTCAAGG GCCTCTTTTC CAAGTCAGTA GAAAACATGA CAGATGGCTC TGTGCCCTTT 
CCCATGAAAG ACGACGAGAA ATATCTCATC CGGATTTTGT TAGAGAGCTT TTCTACCAAT 
AAACTGGGTA CTCCAAACTG TAAGGCAGAA CTTCACGGGC CTTTTAACCC TTATGAACTA 
AAGTGCCATA GTTTGACCAG AATATCCAAA TTCAGGTGTG TTTGGATTGA GAAGGAGAGC 
ATCAACTCTG TCATTATCAG TGACGCCCCT GAAGACCTTC ACCAGAGAAT GCTGGTTGCA 
GCTTCCCTTT CCATCAATGC GACTGGATCT ACGATGCTGC TGAGAGAAAC CTCTCTGATG 
CCTCATATCC CTGGCCTCCC GGCTCTCCTC AGCATGTTAT TCGCACCGGT GATAGAGTTA 
AGGATTGATC AGAATGGCAA GTACTATACT GGAGTCCTTT GTGGTTTGGG GTGGAATCCA 
GCTACAGGGG CTTCCATACT GCCCGAGCAC GACATGGAGC TTGCGTTTGA CGTTCAATTC 
AGCGTGGAGG ATGTCGTCGA GGTTAATATT CTCAGGGCTG CTATTAACAA GCTAGTCTGT 
GATGGACCAA ATGGATGCAA GTGTCTTGGG CCAGAGAGAG TTGCGCAGCT TCAAGACATT 
GCCCGTCAGA AGCTTTTAGG TTTGTTCTGT CAGTCAAAAC CAAGGGAGAA GATTGTTCCC 
AAGTGGCATG AAAAGCCCTA CGAGTGGAAT CAGGTTGATC CAAAGCTGGT CATGGAGCAG 
GCCGACCGTG AGAGCAGCAG AGGGAAGAAC ACCTTTCTCT ACCAGCTCCA CAAACTGGTT 
GTGCTCGGCA CCTGA

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

TDRD9 ( XM_011536398.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534700.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.

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CloneID	OHu75197
Clone ID Related Accession (Same CDS sequence)	XM_011536398.2 , XM_011536398.3
Accession Version	XM_011536398.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4035bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011536398.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGATT TGAAATATCA TTGCTCGGAG GGGCCACATG GAAAGCATGA GAATGGAATA 
TGGGCAGCTA GGAGCAAAGA CTGGATCCCA CTTGACAGCA GGTCACTCAG CCAAAGGAGC 
TCAGAAGTAG AGTATATTAA CAAATACAGA CAGCTCGAAG CACAAGAGCT TGATGTGTGT 
CGCAGTGTCC AACCAACCAG TGGGCCAGGT CCAAGGCCAT CTTTGGCTAA ATTAAGCAGT 
GTGACATGCA TCCCAGGGAC AACTTATAAA TATCCTGATT TGCCTATAAG TCGATACAAG 
GAAGAGGTTG TGTCTTTGAT AGAAAGTAAT TCCGTGGTGA TTATCCATGG GGCCACGGGA 
AGCGGTAAAA GCACTCAGCT CCCGCAGTAT ATCTTGGACC ACTACGTTCA GCGCTCCGCC 
TACTGCAGCA TTGTGGTCAC CCAGCCCCGG AAGATAGGGG CAAGCAGCAT CGCCAGGTGG 
ATCAGTAAAG AGCGTGCCTG GACCCTGGGA GGTGTGGTGG GCTACCAGGT AGGGCTAGAG 
AAAATAGCAA CAGAGGACAC CAGGCTAATT TATATGACAA CTGGAGTCCT GCTTCAGAAA 
ATAGTTAGTG CCAAGAGTTT GATGGAATTC ACACATATCA TCATTGATGA AGTACACGAA 
CGAACAGAAG AAATGGATTT CCTGCTATTG GTAGTCCGCA AACTCTTAAG AACAAATTCA 
CGTTTTGTGA AGGTGGTCCT GATGTCGGCT ACCATCAGCT GTAAAGAGTT TGCAGACTAC 
TTTGCTGTTC CTGTTCAAAA CAAGATGAAT CCTGCATATA TTTTTGAAGT GGAAGGCAAG 
CCCCATTCAG TTGAAGAGTA TTATCTTAAT GATTTGGAGC ACATTCATCA TAGCAAGCTC 
TCTCCTCATC TCCTGGAGGA ACCGGTGATA ACTAAGGATA TATATGAAGT TGCTGTCTCT 
CTCATTCAGA TGTTTGATGA CTTGGATATG AAGGAGAGTG GGAACAAGGC TTGGTCGGGG 
GCCCAGTTTG TGTTGGAGCG AAGCAGTGTG TTGGTGTTTT TGCCAGGTCT GGGTGAAATA 
AATTATATGC ATGAACTTCT CACAAGCCTG GTTCATAAAA GGTTGCAGGT CTATCCACTC 
CATTCAAGTG TGGCTTTAGA AGAACAGAAT AATGTCTTTT TAAGTCCAGT CCCTGGGTAC 
AGAAAGATTA TTCTGTCCAC CAATATTGCA GAGAGTTCTG TCACAGTTCC AGATGTCAAA 
TATGTTATAG ATTTTTGTTT GACTAGAACT TTGGTCTGTG ATGAAGATAC AAATTATCAG 
AGTCTGCGAT TGAGTTGGGC TTCTAAAACC AGCTGTAATC AGAGAAAAGG CCGTGCTGGA 
CGAGTGTCTA GAGGGTACTG TTACCGGCTG GTACACAAGG ATTTCTGGGA CAACTCCATC 
CCTGATCATG TTGTTCCTGA GATGTTGCGT TGTCCATTAG GAAGCACGAT CTTGAAAGTG 
AAATTACTTG ACATGGGTGA GCCGAGAGCT CTGCTGGCCA CTGCCCTTTC CCCGCCTGGT 
CTGAGTGACA TTGAGCGCAC CATCCTTCTA CTAAAGGAGG TTGGAGCACT TGCAGTGAGT 
GGGCAGAGAG AAGATGAAAA CCCCCATGAT GGTGAATTGA CCTTCTTAGG AAGAGTTTTA 
GCCCAACTTC CTGTAAATCA GCAACTTGGT AAACTCATAG TCCTTGGACA TGTATTTGGA 
TGTCTAGATG AATGTCTTAT TATAGCGGCA GCTCTTTCTT TGAAGAATTT TTTTGCAATG 
CCTTTCCGGC AGCATCTCGA TGGATATAGG AACAAAGTGA ATTTCTCTGG CAGTAGCAAG 
AGTGACTGTA TTGCACTTGT TGAGGCATTT AAAACATGGA AGGCTTGCAG ACAGACAGGG 
GAGCTGCGGT ACCCGAAGGA TGAACTTAAT TGGGGACGGT TAAATTACAT TCAAATCAAG 
AGAATTAGAG AGGTGGCTGA ATTATATGAA GAATTGAAGA CTAGAATCTC ACAGTTCAAC 
ATGCATGTTG ATTCTCGGCG ACCTGTCATG GACCAAGAGT ATATATATAA GCAGCGATTC 
ATCCTACAGG TTGTATTGGC AGGTGCTTTC TATCCAAATT ACTTTACTTT TGGACAGCCG 
GATGAGGAGA TGGCGGTGAG GGAGCTGGCT GGCAAGGACC CCAAGACAAC TGTCGTGTTG 
AAACACATTC CTCCCTATGG ATTTCTTTAC TATAAACAAC TACAGTCTCT CTTTAGACAG 
TGTGGTCAAG TCAAATCCAT TGTATTTGAT GGTGCAAAAG CCTTTGTGGA ATTCTCACGA 
AATCCAACAG AGAGATTTAA AACCCTTCCT GCAGTATATA TGGCAATTAA GATGTCTCAA 
CTAAAAGTTT CACTTGAACT CAGCGTTCAT TCTGCAGAGG AAATTGAAGG GAAGGTGCAA 
GGCATGAACG TCTCAAAGCT CAGGAACACA AGGGTGAATG TGGACTTCCA GAAGCAGACG 
GTAGATCCTA TGCAAGTCTC CTTTAACACA TCAGACAGGT CCCAGACAGT TACAGATCTC 
CTTCTAACTA TTGATGTCAC AGAGGTGGTT GAAGTGGGAC ACTTTTGGGG ATACAGGATT 
GATGAAAACA ACTCAGAGAT TCTGAAAAAG CTTACTGCTG AAATCAACCA ACTGACGCTG 
GTGCCCTTGC CCACTCACCC ACATCCAGAC TTGGTCTGTC TGGCACCTTT TGCTGATTTT 
GATAAACAAC GCTACTTTAG AGCTCAAGTC CTTTATGTTT CTGGAAATTC TGCTGAGGTA 
TTCTTTGTAG ATTATGGCAA TAAGTCTCAT GTAGATCTAC ATCTTTTGAT GGAGATTCCC 
TGTCAATTTC TTGAACTTCC TTTCCAGGCT TTGGAATTTA AGATTTGCAA AATGAGACCA 
TCAGCAAAGT CTCTTGTTTG TGGCAAGCAC TGGAGTGACG GGGCCAGCCA GTGGTTCGCC 
TCTCTGGTGA GCGGCTGCAC CCTCCTTGTG AAGGTCTTCT CTGTGGTGCA CAGCGTCCTG 
CACGTGGATG TGTACCAGTA CTCAGGGGTC CAGGATGCCA TCAACATAAG AGACGTCCTC 
ATCCAGCAGG GCTATGCCGA GCTCACGGAG GAGTCCTACG AGTCCAAGCA AAGCCATGAA 
GTTCTCAAGG GCCTCTTTTC CAAGTCAGTA GAAAACATGA CAGATGGCTC TGTGCCCTTT 
CCCATGAAAG ACGACGAGAA ATATCTCATC CGGATTTTGT TAGAGAGCTT TTCTACCAAT 
AAACTGGGTA CTCCAAACTG TAAGGCAGAA CTTCACGGGC CTTTTAACCC TTATGAACTA 
AAGTGCCATA GTTTGACCAG AATATCCAAA TTCAGGTGTG TTTGGATTGA GAAGGAGAGC 
ATCAACTCTG TCATTATCAG TGACGCCCCT GAAGACCTTC ACCAGAGAAT GCTGGTTGCA 
GCTTCCCTTT CCATCAATGC GACTGGATCT ACGATGCTGC TGAGAGAAAC CTCTCTGATG 
CCTCATATCC CTGGCCTCCC GGCTCTCCTC AGCATGTTAT TCGCACCGGT GATAGAGTTA 
AGGATTGATC AGAATGGCAA GTACTATACT GGAGTCCTTT GTGGTTTGGG GTGGAATCCA 
GCTACAGGGG CTTCCATACT GCCCGAGCAC GACATGGAGC TTGCGTTTGA CGTTCAATTC 
AGCGTGGAGG ATGTCGTCGA GGTTAATATT CTCAGGGCTG CTATTAACAA GCTAGTCTGT 
GATGGACCAA ATGGATGCAA GTGTCTTGGG CCAGAGAGAG TTGCGCAGCT TCAAGACATT 
GCCCGTCAGA AGCTTTTAGG TTTGTTCTGT CAGTCAAAAC CAAGGGAGAA GATTGTTCCC 
AAGTGGCATG AAAAGCCCTA CGAGTGGAAT CAGGTTGATC CAAAGCTGGT CATGGAGCAG 
GCCGACCGTG AGAGCAGCAG AGGGAAGAAC ACCTTTCTCT ACCAGCTCCA CAAACTGGTT 
GTGCTCGGCA CCTGA

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

RefSeq	XP_011534700.1
CDS	88..4122
Translation	MRDLKYHCSEGPHGKHENGIWAARSKDWIPLDSRSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536398.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X4, mRNA.

Target ORF information:

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

XM_011536398.3

ORF Insert Sequence:

ATGAGAGATT TGAAATATCA TTGCTCGGAG GGGCCACATG GAAAGCATGA GAATGGAATA 
TGGGCAGCTA GGAGCAAAGA CTGGATCCCA CTTGACAGCA GGTCACTCAG CCAAAGGAGC 
TCAGAAGTAG AGTATATTAA CAAATACAGA CAGCTCGAAG CACAAGAGCT TGATGTGTGT 
CGCAGTGTCC AACCAACCAG TGGGCCAGGT CCAAGGCCAT CTTTGGCTAA ATTAAGCAGT 
GTGACATGCA TCCCAGGGAC AACTTATAAA TATCCTGATT TGCCTATAAG TCGATACAAG 
GAAGAGGTTG TGTCTTTGAT AGAAAGTAAT TCCGTGGTGA TTATCCATGG GGCCACGGGA 
AGCGGTAAAA GCACTCAGCT CCCGCAGTAT ATCTTGGACC ACTACGTTCA GCGCTCCGCC 
TACTGCAGCA TTGTGGTCAC CCAGCCCCGG AAGATAGGGG CAAGCAGCAT CGCCAGGTGG 
ATCAGTAAAG AGCGTGCCTG GACCCTGGGA GGTGTGGTGG GCTACCAGGT AGGGCTAGAG 
AAAATAGCAA CAGAGGACAC CAGGCTAATT TATATGACAA CTGGAGTCCT GCTTCAGAAA 
ATAGTTAGTG CCAAGAGTTT GATGGAATTC ACACATATCA TCATTGATGA AGTACACGAA 
CGAACAGAAG AAATGGATTT CCTGCTATTG GTAGTCCGCA AACTCTTAAG AACAAATTCA 
CGTTTTGTGA AGGTGGTCCT GATGTCGGCT ACCATCAGCT GTAAAGAGTT TGCAGACTAC 
TTTGCTGTTC CTGTTCAAAA CAAGATGAAT CCTGCATATA TTTTTGAAGT GGAAGGCAAG 
CCCCATTCAG TTGAAGAGTA TTATCTTAAT GATTTGGAGC ACATTCATCA TAGCAAGCTC 
TCTCCTCATC TCCTGGAGGA ACCGGTGATA ACTAAGGATA TATATGAAGT TGCTGTCTCT 
CTCATTCAGA TGTTTGATGA CTTGGATATG AAGGAGAGTG GGAACAAGGC TTGGTCGGGG 
GCCCAGTTTG TGTTGGAGCG AAGCAGTGTG TTGGTGTTTT TGCCAGGTCT GGGTGAAATA 
AATTATATGC ATGAACTTCT CACAAGCCTG GTTCATAAAA GGTTGCAGGT CTATCCACTC 
CATTCAAGTG TGGCTTTAGA AGAACAGAAT AATGTCTTTT TAAGTCCAGT CCCTGGGTAC 
AGAAAGATTA TTCTGTCCAC CAATATTGCA GAGAGTTCTG TCACAGTTCC AGATGTCAAA 
TATGTTATAG ATTTTTGTTT GACTAGAACT TTGGTCTGTG ATGAAGATAC AAATTATCAG 
AGTCTGCGAT TGAGTTGGGC TTCTAAAACC AGCTGTAATC AGAGAAAAGG CCGTGCTGGA 
CGAGTGTCTA GAGGGTACTG TTACCGGCTG GTACACAAGG ATTTCTGGGA CAACTCCATC 
CCTGATCATG TTGTTCCTGA GATGTTGCGT TGTCCATTAG GAAGCACGAT CTTGAAAGTG 
AAATTACTTG ACATGGGTGA GCCGAGAGCT CTGCTGGCCA CTGCCCTTTC CCCGCCTGGT 
CTGAGTGACA TTGAGCGCAC CATCCTTCTA CTAAAGGAGG TTGGAGCACT TGCAGTGAGT 
GGGCAGAGAG AAGATGAAAA CCCCCATGAT GGTGAATTGA CCTTCTTAGG AAGAGTTTTA 
GCCCAACTTC CTGTAAATCA GCAACTTGGT AAACTCATAG TCCTTGGACA TGTATTTGGA 
TGTCTAGATG AATGTCTTAT TATAGCGGCA GCTCTTTCTT TGAAGAATTT TTTTGCAATG 
CCTTTCCGGC AGCATCTCGA TGGATATAGG AACAAAGTGA ATTTCTCTGG CAGTAGCAAG 
AGTGACTGTA TTGCACTTGT TGAGGCATTT AAAACATGGA AGGCTTGCAG ACAGACAGGG 
GAGCTGCGGT ACCCGAAGGA TGAACTTAAT TGGGGACGGT TAAATTACAT TCAAATCAAG 
AGAATTAGAG AGGTGGCTGA ATTATATGAA GAATTGAAGA CTAGAATCTC ACAGTTCAAC 
ATGCATGTTG ATTCTCGGCG ACCTGTCATG GACCAAGAGT ATATATATAA GCAGCGATTC 
ATCCTACAGG TTGTATTGGC AGGTGCTTTC TATCCAAATT ACTTTACTTT TGGACAGCCG 
GATGAGGAGA TGGCGGTGAG GGAGCTGGCT GGCAAGGACC CCAAGACAAC TGTCGTGTTG 
AAACACATTC CTCCCTATGG ATTTCTTTAC TATAAACAAC TACAGTCTCT CTTTAGACAG 
TGTGGTCAAG TCAAATCCAT TGTATTTGAT GGTGCAAAAG CCTTTGTGGA ATTCTCACGA 
AATCCAACAG AGAGATTTAA AACCCTTCCT GCAGTATATA TGGCAATTAA GATGTCTCAA 
CTAAAAGTTT CACTTGAACT CAGCGTTCAT TCTGCAGAGG AAATTGAAGG GAAGGTGCAA 
GGCATGAACG TCTCAAAGCT CAGGAACACA AGGGTGAATG TGGACTTCCA GAAGCAGACG 
GTAGATCCTA TGCAAGTCTC CTTTAACACA TCAGACAGGT CCCAGACAGT TACAGATCTC 
CTTCTAACTA TTGATGTCAC AGAGGTGGTT GAAGTGGGAC ACTTTTGGGG ATACAGGATT 
GATGAAAACA ACTCAGAGAT TCTGAAAAAG CTTACTGCTG AAATCAACCA ACTGACGCTG 
GTGCCCTTGC CCACTCACCC ACATCCAGAC TTGGTCTGTC TGGCACCTTT TGCTGATTTT 
GATAAACAAC GCTACTTTAG AGCTCAAGTC CTTTATGTTT CTGGAAATTC TGCTGAGGTA 
TTCTTTGTAG ATTATGGCAA TAAGTCTCAT GTAGATCTAC ATCTTTTGAT GGAGATTCCC 
TGTCAATTTC TTGAACTTCC TTTCCAGGCT TTGGAATTTA AGATTTGCAA AATGAGACCA 
TCAGCAAAGT CTCTTGTTTG TGGCAAGCAC TGGAGTGACG GGGCCAGCCA GTGGTTCGCC 
TCTCTGGTGA GCGGCTGCAC CCTCCTTGTG AAGGTCTTCT CTGTGGTGCA CAGCGTCCTG 
CACGTGGATG TGTACCAGTA CTCAGGGGTC CAGGATGCCA TCAACATAAG AGACGTCCTC 
ATCCAGCAGG GCTATGCCGA GCTCACGGAG GAGTCCTACG AGTCCAAGCA AAGCCATGAA 
GTTCTCAAGG GCCTCTTTTC CAAGTCAGTA GAAAACATGA CAGATGGCTC TGTGCCCTTT 
CCCATGAAAG ACGACGAGAA ATATCTCATC CGGATTTTGT TAGAGAGCTT TTCTACCAAT 
AAACTGGGTA CTCCAAACTG TAAGGCAGAA CTTCACGGGC CTTTTAACCC TTATGAACTA 
AAGTGCCATA GTTTGACCAG AATATCCAAA TTCAGGTGTG TTTGGATTGA GAAGGAGAGC 
ATCAACTCTG TCATTATCAG TGACGCCCCT GAAGACCTTC ACCAGAGAAT GCTGGTTGCA 
GCTTCCCTTT CCATCAATGC GACTGGATCT ACGATGCTGC TGAGAGAAAC CTCTCTGATG 
CCTCATATCC CTGGCCTCCC GGCTCTCCTC AGCATGTTAT TCGCACCGGT GATAGAGTTA 
AGGATTGATC AGAATGGCAA GTACTATACT GGAGTCCTTT GTGGTTTGGG GTGGAATCCA 
GCTACAGGGG CTTCCATACT GCCCGAGCAC GACATGGAGC TTGCGTTTGA CGTTCAATTC 
AGCGTGGAGG ATGTCGTCGA GGTTAATATT CTCAGGGCTG CTATTAACAA GCTAGTCTGT 
GATGGACCAA ATGGATGCAA GTGTCTTGGG CCAGAGAGAG TTGCGCAGCT TCAAGACATT 
GCCCGTCAGA AGCTTTTAGG TTTGTTCTGT CAGTCAAAAC CAAGGGAGAA GATTGTTCCC 
AAGTGGCATG AAAAGCCCTA CGAGTGGAAT CAGGTTGATC CAAAGCTGGT CATGGAGCAG 
GCCGACCGTG AGAGCAGCAG AGGGAAGAAC ACCTTTCTCT ACCAGCTCCA CAAACTGGTT 
GTGCTCGGCA CCTGA

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

TDRD9 ( NM_153046.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_694591.2 Homo sapiens tudor domain containing 9 (TDRD9), mRNA.

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CloneID	OHu31640
Clone ID Related Accession (Same CDS sequence)	NM_153046.2
Accession Version	NM_153046.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) 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	2017-10-02
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL132712.4, BG719020.1, U56244.1, AL833915.1, BU430972.1, BC033662.1 and AK093483.1. On Feb 5, 2008 this sequence version replaced NM_153046.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144120 [ECO:0000348] ##Evidence-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACG 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGGTT GATCCAAAGC TGGTCATGGA GCAGGCCGAC 
CGTGAGAGCA GCAGAGGGAA GAACACCTTT CTCTACCAGC TCCACAAACT GGTTGTGCTC 
GGCACCTGA

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

RefSeq	NP_694591.2
CDS	31..4179
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	NM_153046.2
Organism	Homo sapiens(human)
Definition	Homo sapiens 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

NM_153046.2

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACG 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGGTT GATCCAAAGC TGGTCATGGA GCAGGCCGAC 
CGTGAGAGCA GCAGAGGGAA GAACACCTTT CTCTACCAGC TCCACAAACT GGTTGTGCTC 
GGCACCTGA

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

TDRD9 ( XM_006720019.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006720082.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X1, mRNA.

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CloneID	OHu47506
Clone ID Related Accession (Same CDS sequence)	XM_006720019.3
Accession Version	XM_006720019.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006720019.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGTGT CTTCTATGTG ATGTCCCGGC AAAGAGTCAG 
ACACCAGGAT AA

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

RefSeq	XP_006720082.1
CDS	168..4259
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQCLLCDVPAKSQTPG

Target ORF information:

RefSeq Version	XM_006720019.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X1, mRNA.

Target ORF information:

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

XM_006720019.3

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGCAAAGCCA TGAAGTTCTC 
AAGGGCCTCT TTTCCAAGTC AGTAGAAAAC ATGACAGATG GCTCTGTGCC CTTTCCCATG 
AAAGACGACG AGAAATATCT CATCCGGATT TTGTTAGAGA GCTTTTCTAC CAATAAACTG 
GGTACTCCAA ACTGTAAGGC AGAACTTCAC GGGCCTTTTA ACCCTTATGA ACTAAAGTGC 
CATAGTTTGA CCAGAATATC CAAATTCAGG TGTGTTTGGA TTGAGAAGGA GAGCATCAAC 
TCTGTCATTA TCAGTGACGC CCCTGAAGAC CTTCACCAGA GAATGCTGGT TGCAGCTTCC 
CTTTCCATCA ATGCGACTGG ATCTACGATG CTGCTGAGAG AAACCTCTCT GATGCCTCAT 
ATCCCTGGCC TCCCGGCTCT CCTCAGCATG TTATTCGCAC CGGTGATAGA GTTAAGGATT 
GATCAGAATG GCAAGTACTA TACTGGAGTC CTTTGTGGTT TGGGGTGGAA TCCAGCTACA 
GGGGCTTCCA TACTGCCCGA GCACGACATG GAGCTTGCGT TTGACGTTCA ATTCAGCGTG 
GAGGATGTCG TCGAGGTTAA TATTCTCAGG GCTGCTATTA ACAAGCTAGT CTGTGATGGA 
CCAAATGGAT GCAAGTGTCT TGGGCCAGAG AGAGTTGCGC AGCTTCAAGA CATTGCCCGT 
CAGAAGCTTT TAGGTTTGTT CTGTCAGTCA AAACCAAGGG AGAAGATTGT TCCCAAGTGG 
CATGAAAAGC CCTACGAGTG GAATCAGTGT CTTCTATGTG ATGTCCCGGC AAAGAGTCAG 
ACACCAGGAT AA

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

TDRD9 ( XM_006720020.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006720083.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X2, mRNA.

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CloneID	OHu47507
Clone ID Related Accession (Same CDS sequence)	XM_006720020.3
Accession Version	XM_006720020.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006720020.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTGGT CCTGATGTCG 
GCTACCATCA GCTGTAAAGA GTTTGCAGAC TACTTTGCTG TTCCTGTTCA AAACAAGATG 
AATCCTGCAT ATATTTTTGA AGTGGAAGGC AAGCCCCATT CAGTTGAAGA GTATTATCTT 
AATGATTTGG AGCACATTCA TCATAGCAAG CTCTCTCCTC ATCTCCTGGA GGAACCGGTG 
ATAACTAAGG ATATATATGA AGTTGCTGTC TCTCTCATTC AGATGTTTGA TGACTTGGAT 
ATGAAGGAGA GTGGGAACAA GGCTTGGTCG GGGGCCCAGT TTGTGTTGGA GCGAAGCAGT 
GTGTTGGTGT TTTTGCCAGG TCTGGGTGAA ATAAATTATA TGCATGAACT TCTCACAAGC 
CTGGTTCATA AAAGGTTGCA GGTCTATCCA CTCCATTCAA GTGTGGCTTT AGAAGAACAG 
AATAATGTCT TTTTAAGTCC AGTCCCTGGG TACAGAAAGA TTATTCTGTC CACCAATATT 
GCAGAGAGTT CTGTCACAGT TCCAGATGTC AAATATGTTA TAGATTTTTG TTTGACTAGA 
ACTTTGGTCT GTGATGAAGA TACAAATTAT CAGAGTCTGC GATTGAGTTG GGCTTCTAAA 
ACCAGCTGTA ATCAGAGAAA AGGCCGTGCT GGACGAGTGT CTAGAGGGTA CTGTTACCGG 
CTGGTACACA AGGATTTCTG GGACAACTCC ATCCCTGATC ATGTTGTTCC TGAGATGTTG 
CGTTGTCCAT TAGGAAGCAC GATCTTGAAA GTGAAATTAC TTGACATGGG TGAGCCGAGA 
GCTCTGCTGG CCACTGCCCT TTCCCCGCCT GGTCTGAGTG ACATTGAGCG CACCATCCTT 
CTACTAAAGG AGGTTGGAGC ACTTGCAGTG AGTGGGCAGA GAGAAGATGA AAACCCCCAT 
GATGGTGAAT TGACCTTCTT AGGAAGAGTT TTAGCCCAAC TTCCTGTAAA TCAGCAACTT 
GGTAAACTCA TAGTCCTTGG ACATGTATTT GGATGTCTAG ATGAATGTCT TATTATAGCG 
GCAGCTCTTT CTTTGAAGAA TTTTTTTGCA ATGCCTTTCC GGCAGCATCT CGATGGATAT 
AGGAACAAAG TGAATTTCTC TGGCAGTAGC AAGAGTGACT GTATTGCACT TGTTGAGGCA 
TTTAAAACAT GGAAGGCTTG CAGACAGACA GGGGAGCTGC GGTACCCGAA GGATGAACTT 
AATTGGGGAC GGTTAAATTA CATTCAAATC AAGAGAATTA GAGAGGTGGC TGAATTATAT 
GAAGAATTGA AGACTAGAAT CTCACAGTTC AACATGCATG TTGATTCTCG GCGACCTGTC 
ATGGACCAAG AGTATATATA TAAGCAGCGA TTCATCCTAC AGGTTGTATT GGCAGGTGCT 
TTCTATCCAA ATTACTTTAC TTTTGGACAG CCGGATGAGG AGATGGCGGT GAGGGAGCTG 
GCTGGCAAGG ACCCCAAGAC AACTGTCGTG TTGAAACACA TTCCTCCCTA TGGATTTCTT 
TACTATAAAC AACTACAGTC TCTCTTTAGA CAGTGTGGTC AAGTCAAATC CATTGTATTT 
GATGGTGCAA AAGCCTTTGT GGAATTCTCA CGAAATCCAA CAGAGAGATT TAAAACCCTT 
CCTGCAGTAT ATATGGCAAT TAAGATGTCT CAACTAAAAG TTTCACTTGA ACTCAGCGTT 
CATTCTGCAG AGGAAATTGA AGGGAAGGTG CAAGGCATGA ACGTCTCAAA GCTCAGGAAC 
ACAAGGGTGA ATGTGGACTT CCAGAAGCAG ACGGTAGATC CTATGCAAGT CTCCTTTAAC 
ACATCAGACA GGTCCCAGAC AGTTACAGAT CTCCTTCTAA CTATTGATGT CACAGAGGTG 
GTTGAAGTGG GACACTTTTG GGGATACAGG ATTGATGAAA ACAACTCAGA GATTCTGAAA 
AAGCTTACTG CTGAAATCAA CCAACTGACG CTGGTGCCCT TGCCCACTCA CCCACATCCA 
GACTTGGTCT GTCTGGCACC TTTTGCTGAT TTTGATAAAC AACGCTACTT TAGAGCTCAA 
GTCCTTTATG TTTCTGGAAA TTCTGCTGAG GTATTCTTTG TAGATTATGG CAATAAGTCT 
CATGTAGATC TACATCTTTT GATGGAGATT CCCTGTCAAT TTCTTGAACT TCCTTTCCAG 
GCTTTGGAAT TTAAGATTTG CAAAATGAGA CCATCAGCAA AGTCTCTTGT TTGTGGCAAG 
CACTGGAGTG ACGGGGCCAG CCAGTGGTTC GCCTCTCTGG TGAGCGGCTG CACCCTCCTT 
GTGAAGGTCT TCTCTGTGGT GCACAGCGTC CTGCACGTGG ATGTGTACCA GTACTCAGGG 
GTCCAGGATG CCATCAACAT AAGAGACGTC CTCATCCAGC AGGGCTATGC CGAGCTCACG 
GAGGAGTCCT ACGAGTCCAA GCAAAGCCAT GAAGTTCTCA AGGGCCTCTT TTCCAAGTCA 
GTAGAAAACA TGACAGATGG CTCTGTGCCC TTTCCCATGA AAGACGACGA GAAATATCTC 
ATCCGGATTT TGTTAGAGAG CTTTTCTACC AATAAACTGG GTACTCCAAA CTGTAAGGCA 
GAACTTCACG GGCCTTTTAA CCCTTATGAA CTAAAGTGCC ATAGTTTGAC CAGAATATCC 
AAATTCAGGT GTGTTTGGAT TGAGAAGGAG AGCATCAACT CTGTCATTAT CAGTGACGCC 
CCTGAAGACC TTCACCAGAG AATGCTGGTT GCAGCTTCCC TTTCCATCAA TGCGACTGGA 
TCTACGATGC TGCTGAGAGA AACCTCTCTG ATGCCTCATA TCCCTGGCCT CCCGGCTCTC 
CTCAGCATGT TATTCGCACC GGTGATAGAG TTAAGGATTG ATCAGAATGG CAAGTACTAT 
ACTGGAGTCC TTTGTGGTTT GGGGTGGAAT CCAGCTACAG GGGCTTCCAT ACTGCCCGAG 
CACGACATGG AGCTTGCGTT TGACGTTCAA TTCAGCGTGG AGGATGTCGT CGAGGTTAAT 
ATTCTCAGGG CTGCTATTAA CAAGCTAGTC TGTGATGGAC CAAATGGATG CAAGTGTCTT 
GGGCCAGAGA GAGTTGCGCA GCTTCAAGAC ATTGCCCGTC AGAAGCTTTT AGGTTTGTTC 
TGTCAGTCAA AACCAAGGGA GAAGATTGTT CCCAAGTGGC ATGAAAAGCC CTACGAGTGG 
AATCAGGTTG ATCCAAAGCT GGTCATGGAG CAGGCCGACC GTGAGAGCAG CAGAGGGAAG 
AACACCTTTC TCTACCAGCT CCACAAACTG GTTGTGCTCG GCACCTGA

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

RefSeq	XP_006720083.1
CDS	168..4235
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_006720020.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X2, mRNA.

Target ORF information:

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

XM_006720020.3

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTGGT CCTGATGTCG 
GCTACCATCA GCTGTAAAGA GTTTGCAGAC TACTTTGCTG TTCCTGTTCA AAACAAGATG 
AATCCTGCAT ATATTTTTGA AGTGGAAGGC AAGCCCCATT CAGTTGAAGA GTATTATCTT 
AATGATTTGG AGCACATTCA TCATAGCAAG CTCTCTCCTC ATCTCCTGGA GGAACCGGTG 
ATAACTAAGG ATATATATGA AGTTGCTGTC TCTCTCATTC AGATGTTTGA TGACTTGGAT 
ATGAAGGAGA GTGGGAACAA GGCTTGGTCG GGGGCCCAGT TTGTGTTGGA GCGAAGCAGT 
GTGTTGGTGT TTTTGCCAGG TCTGGGTGAA ATAAATTATA TGCATGAACT TCTCACAAGC 
CTGGTTCATA AAAGGTTGCA GGTCTATCCA CTCCATTCAA GTGTGGCTTT AGAAGAACAG 
AATAATGTCT TTTTAAGTCC AGTCCCTGGG TACAGAAAGA TTATTCTGTC CACCAATATT 
GCAGAGAGTT CTGTCACAGT TCCAGATGTC AAATATGTTA TAGATTTTTG TTTGACTAGA 
ACTTTGGTCT GTGATGAAGA TACAAATTAT CAGAGTCTGC GATTGAGTTG GGCTTCTAAA 
ACCAGCTGTA ATCAGAGAAA AGGCCGTGCT GGACGAGTGT CTAGAGGGTA CTGTTACCGG 
CTGGTACACA AGGATTTCTG GGACAACTCC ATCCCTGATC ATGTTGTTCC TGAGATGTTG 
CGTTGTCCAT TAGGAAGCAC GATCTTGAAA GTGAAATTAC TTGACATGGG TGAGCCGAGA 
GCTCTGCTGG CCACTGCCCT TTCCCCGCCT GGTCTGAGTG ACATTGAGCG CACCATCCTT 
CTACTAAAGG AGGTTGGAGC ACTTGCAGTG AGTGGGCAGA GAGAAGATGA AAACCCCCAT 
GATGGTGAAT TGACCTTCTT AGGAAGAGTT TTAGCCCAAC TTCCTGTAAA TCAGCAACTT 
GGTAAACTCA TAGTCCTTGG ACATGTATTT GGATGTCTAG ATGAATGTCT TATTATAGCG 
GCAGCTCTTT CTTTGAAGAA TTTTTTTGCA ATGCCTTTCC GGCAGCATCT CGATGGATAT 
AGGAACAAAG TGAATTTCTC TGGCAGTAGC AAGAGTGACT GTATTGCACT TGTTGAGGCA 
TTTAAAACAT GGAAGGCTTG CAGACAGACA GGGGAGCTGC GGTACCCGAA GGATGAACTT 
AATTGGGGAC GGTTAAATTA CATTCAAATC AAGAGAATTA GAGAGGTGGC TGAATTATAT 
GAAGAATTGA AGACTAGAAT CTCACAGTTC AACATGCATG TTGATTCTCG GCGACCTGTC 
ATGGACCAAG AGTATATATA TAAGCAGCGA TTCATCCTAC AGGTTGTATT GGCAGGTGCT 
TTCTATCCAA ATTACTTTAC TTTTGGACAG CCGGATGAGG AGATGGCGGT GAGGGAGCTG 
GCTGGCAAGG ACCCCAAGAC AACTGTCGTG TTGAAACACA TTCCTCCCTA TGGATTTCTT 
TACTATAAAC AACTACAGTC TCTCTTTAGA CAGTGTGGTC AAGTCAAATC CATTGTATTT 
GATGGTGCAA AAGCCTTTGT GGAATTCTCA CGAAATCCAA CAGAGAGATT TAAAACCCTT 
CCTGCAGTAT ATATGGCAAT TAAGATGTCT CAACTAAAAG TTTCACTTGA ACTCAGCGTT 
CATTCTGCAG AGGAAATTGA AGGGAAGGTG CAAGGCATGA ACGTCTCAAA GCTCAGGAAC 
ACAAGGGTGA ATGTGGACTT CCAGAAGCAG ACGGTAGATC CTATGCAAGT CTCCTTTAAC 
ACATCAGACA GGTCCCAGAC AGTTACAGAT CTCCTTCTAA CTATTGATGT CACAGAGGTG 
GTTGAAGTGG GACACTTTTG GGGATACAGG ATTGATGAAA ACAACTCAGA GATTCTGAAA 
AAGCTTACTG CTGAAATCAA CCAACTGACG CTGGTGCCCT TGCCCACTCA CCCACATCCA 
GACTTGGTCT GTCTGGCACC TTTTGCTGAT TTTGATAAAC AACGCTACTT TAGAGCTCAA 
GTCCTTTATG TTTCTGGAAA TTCTGCTGAG GTATTCTTTG TAGATTATGG CAATAAGTCT 
CATGTAGATC TACATCTTTT GATGGAGATT CCCTGTCAAT TTCTTGAACT TCCTTTCCAG 
GCTTTGGAAT TTAAGATTTG CAAAATGAGA CCATCAGCAA AGTCTCTTGT TTGTGGCAAG 
CACTGGAGTG ACGGGGCCAG CCAGTGGTTC GCCTCTCTGG TGAGCGGCTG CACCCTCCTT 
GTGAAGGTCT TCTCTGTGGT GCACAGCGTC CTGCACGTGG ATGTGTACCA GTACTCAGGG 
GTCCAGGATG CCATCAACAT AAGAGACGTC CTCATCCAGC AGGGCTATGC CGAGCTCACG 
GAGGAGTCCT ACGAGTCCAA GCAAAGCCAT GAAGTTCTCA AGGGCCTCTT TTCCAAGTCA 
GTAGAAAACA TGACAGATGG CTCTGTGCCC TTTCCCATGA AAGACGACGA GAAATATCTC 
ATCCGGATTT TGTTAGAGAG CTTTTCTACC AATAAACTGG GTACTCCAAA CTGTAAGGCA 
GAACTTCACG GGCCTTTTAA CCCTTATGAA CTAAAGTGCC ATAGTTTGAC CAGAATATCC 
AAATTCAGGT GTGTTTGGAT TGAGAAGGAG AGCATCAACT CTGTCATTAT CAGTGACGCC 
CCTGAAGACC TTCACCAGAG AATGCTGGTT GCAGCTTCCC TTTCCATCAA TGCGACTGGA 
TCTACGATGC TGCTGAGAGA AACCTCTCTG ATGCCTCATA TCCCTGGCCT CCCGGCTCTC 
CTCAGCATGT TATTCGCACC GGTGATAGAG TTAAGGATTG ATCAGAATGG CAAGTACTAT 
ACTGGAGTCC TTTGTGGTTT GGGGTGGAAT CCAGCTACAG GGGCTTCCAT ACTGCCCGAG 
CACGACATGG AGCTTGCGTT TGACGTTCAA TTCAGCGTGG AGGATGTCGT CGAGGTTAAT 
ATTCTCAGGG CTGCTATTAA CAAGCTAGTC TGTGATGGAC CAAATGGATG CAAGTGTCTT 
GGGCCAGAGA GAGTTGCGCA GCTTCAAGAC ATTGCCCGTC AGAAGCTTTT AGGTTTGTTC 
TGTCAGTCAA AACCAAGGGA GAAGATTGTT CCCAAGTGGC ATGAAAAGCC CTACGAGTGG 
AATCAGGTTG ATCCAAAGCT GGTCATGGAG CAGGCCGACC GTGAGAGCAG CAGAGGGAAG 
AACACCTTTC TCTACCAGCT CCACAAACTG GTTGTGCTCG GCACCTGA

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

TDRD9 ( XM_005267309.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005267366.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu47508
Clone ID Related Accession (Same CDS sequence)	XM_005267309.3 , XM_005267309.4
Accession Version	XM_005267309.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3993bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD9 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005267309.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGGCAGAACT TCACGGGCCT 
TTTAACCCTT ATGAACTAAA GTGCCATAGT TTGACCAGAA TATCCAAATT CAGGTGTGTT 
TGGATTGAGA AGGAGAGCAT CAACTCTGTC ATTATCAGTG ACGCCCCTGA AGACCTTCAC 
CAGAGAATGC TGGTTGCAGC TTCCCTTTCC ATCAATGCGA CTGGATCTAC GATGCTGCTG 
AGAGAAACCT CTCTGATGCC TCATATCCCT GGCCTCCCGG CTCTCCTCAG CATGTTATTC 
GCACCGGTGA TAGAGTTAAG GATTGATCAG AATGGCAAGT ACTATACTGG AGTCCTTTGT 
GGTTTGGGGT GGAATCCAGC TACAGGGGCT TCCATACTGC CCGAGCACGA CATGGAGCTT 
GCGTTTGACG TTCAATTCAG CGTGGAGGAT GTCGTCGAGG TTAATATTCT CAGGGCTGCT 
ATTAACAAGC TAGTCTGTGA TGGACCAAAT GGATGCAAGT GTCTTGGGCC AGAGAGAGTT 
GCGCAGCTTC AAGACATTGC CCGTCAGAAG CTTTTAGGTT TGTTCTGTCA GTCAAAACCA 
AGGGAGAAGA TTGTTCCCAA GTGGCATGAA AAGCCCTACG AGTGGAATCA GGTTGATCCA 
AAGCTGGTCA TGGAGCAGGC CGACCGTGAG AGCAGCAGAG GGAAGAACAC CTTTCTCTAC 
CAGCTCCACA AACTGGTTGT GCTCGGCACC TGA

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

RefSeq	XP_005267366.1
CDS	168..4160
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_005267309.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.

Target ORF information:

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

XM_005267309.3

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGGCAGAACT TCACGGGCCT 
TTTAACCCTT ATGAACTAAA GTGCCATAGT TTGACCAGAA TATCCAAATT CAGGTGTGTT 
TGGATTGAGA AGGAGAGCAT CAACTCTGTC ATTATCAGTG ACGCCCCTGA AGACCTTCAC 
CAGAGAATGC TGGTTGCAGC TTCCCTTTCC ATCAATGCGA CTGGATCTAC GATGCTGCTG 
AGAGAAACCT CTCTGATGCC TCATATCCCT GGCCTCCCGG CTCTCCTCAG CATGTTATTC 
GCACCGGTGA TAGAGTTAAG GATTGATCAG AATGGCAAGT ACTATACTGG AGTCCTTTGT 
GGTTTGGGGT GGAATCCAGC TACAGGGGCT TCCATACTGC CCGAGCACGA CATGGAGCTT 
GCGTTTGACG TTCAATTCAG CGTGGAGGAT GTCGTCGAGG TTAATATTCT CAGGGCTGCT 
ATTAACAAGC TAGTCTGTGA TGGACCAAAT GGATGCAAGT GTCTTGGGCC AGAGAGAGTT 
GCGCAGCTTC AAGACATTGC CCGTCAGAAG CTTTTAGGTT TGTTCTGTCA GTCAAAACCA 
AGGGAGAAGA TTGTTCCCAA GTGGCATGAA AAGCCCTACG AGTGGAATCA GGTTGATCCA 
AAGCTGGTCA TGGAGCAGGC CGACCGTGAG AGCAGCAGAG GGAAGAACAC CTTTCTCTAC 
CAGCTCCACA AACTGGTTGT GCTCGGCACC TGA

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

TDRD9 ( XM_005267309.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005267366.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu47508
Clone ID Related Accession (Same CDS sequence)	XM_005267309.3 , XM_005267309.4
Accession Version	XM_005267309.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3993bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005267309.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGGCAGAACT TCACGGGCCT 
TTTAACCCTT ATGAACTAAA GTGCCATAGT TTGACCAGAA TATCCAAATT CAGGTGTGTT 
TGGATTGAGA AGGAGAGCAT CAACTCTGTC ATTATCAGTG ACGCCCCTGA AGACCTTCAC 
CAGAGAATGC TGGTTGCAGC TTCCCTTTCC ATCAATGCGA CTGGATCTAC GATGCTGCTG 
AGAGAAACCT CTCTGATGCC TCATATCCCT GGCCTCCCGG CTCTCCTCAG CATGTTATTC 
GCACCGGTGA TAGAGTTAAG GATTGATCAG AATGGCAAGT ACTATACTGG AGTCCTTTGT 
GGTTTGGGGT GGAATCCAGC TACAGGGGCT TCCATACTGC CCGAGCACGA CATGGAGCTT 
GCGTTTGACG TTCAATTCAG CGTGGAGGAT GTCGTCGAGG TTAATATTCT CAGGGCTGCT 
ATTAACAAGC TAGTCTGTGA TGGACCAAAT GGATGCAAGT GTCTTGGGCC AGAGAGAGTT 
GCGCAGCTTC AAGACATTGC CCGTCAGAAG CTTTTAGGTT TGTTCTGTCA GTCAAAACCA 
AGGGAGAAGA TTGTTCCCAA GTGGCATGAA AAGCCCTACG AGTGGAATCA GGTTGATCCA 
AAGCTGGTCA TGGAGCAGGC CGACCGTGAG AGCAGCAGAG GGAAGAACAC CTTTCTCTAC 
CAGCTCCACA AACTGGTTGT GCTCGGCACC TGA

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

RefSeq	XP_005267366.1
CDS	168..4160
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYVIDFCLTRTLVCDEDTNYQSLRLSWASKTSCNQRKGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_005267309.4
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X5, mRNA.

Target ORF information:

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

XM_005267309.4

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGTT 
ATAGATTTTT GTTTGACTAG AACTTTGGTC TGTGATGAAG ATACAAATTA TCAGAGTCTG 
CGATTGAGTT GGGCTTCTAA AACCAGCTGT AATCAGAGAA AAGGCCGTGC TGGACGAGTG 
TCTAGAGGGT ACTGTTACCG GCTGGTACAC AAGGATTTCT GGGACAACTC CATCCCTGAT 
CATGTTGTTC CTGAGATGTT GCGTTGTCCA TTAGGAAGCA CGATCTTGAA AGTGAAATTA 
CTTGACATGG GTGAGCCGAG AGCTCTGCTG GCCACTGCCC TTTCCCCGCC TGGTCTGAGT 
GACATTGAGC GCACCATCCT TCTACTAAAG GAGGTTGGAG CACTTGCAGT GAGTGGGCAG 
AGAGAAGATG AAAACCCCCA TGATGGTGAA TTGACCTTCT TAGGAAGAGT TTTAGCCCAA 
CTTCCTGTAA ATCAGCAACT TGGTAAACTC ATAGTCCTTG GACATGTATT TGGATGTCTA 
GATGAATGTC TTATTATAGC GGCAGCTCTT TCTTTGAAGA ATTTTTTTGC AATGCCTTTC 
CGGCAGCATC TCGATGGATA TAGGAACAAA GTGAATTTCT CTGGCAGTAG CAAGAGTGAC 
TGTATTGCAC TTGTTGAGGC ATTTAAAACA TGGAAGGCTT GCAGACAGAC AGGGGAGCTG 
CGGTACCCGA AGGATGAACT TAATTGGGGA CGGTTAAATT ACATTCAAAT CAAGAGAATT 
AGAGAGGTGG CTGAATTATA TGAAGAATTG AAGACTAGAA TCTCACAGTT CAACATGCAT 
GTTGATTCTC GGCGACCTGT CATGGACCAA GAGTATATAT ATAAGCAGCG ATTCATCCTA 
CAGGTTGTAT TGGCAGGTGC TTTCTATCCA AATTACTTTA CTTTTGGACA GCCGGATGAG 
GAGATGGCGG TGAGGGAGCT GGCTGGCAAG GACCCCAAGA CAACTGTCGT GTTGAAACAC 
ATTCCTCCCT ATGGATTTCT TTACTATAAA CAACTACAGT CTCTCTTTAG ACAGTGTGGT 
CAAGTCAAAT CCATTGTATT TGATGGTGCA AAAGCCTTTG TGGAATTCTC ACGAAATCCA 
ACAGAGAGAT TTAAAACCCT TCCTGCAGTA TATATGGCAA TTAAGATGTC TCAACTAAAA 
GTTTCACTTG AACTCAGCGT TCATTCTGCA GAGGAAATTG AAGGGAAGGT GCAAGGCATG 
AACGTCTCAA AGCTCAGGAA CACAAGGGTG AATGTGGACT TCCAGAAGCA GACGGTAGAT 
CCTATGCAAG TCTCCTTTAA CACATCAGAC AGGTCCCAGA CAGTTACAGA TCTCCTTCTA 
ACTATTGATG TCACAGAGGT GGTTGAAGTG GGACACTTTT GGGGATACAG GATTGATGAA 
AACAACTCAG AGATTCTGAA AAAGCTTACT GCTGAAATCA ACCAACTGAC GCTGGTGCCC 
TTGCCCACTC ACCCACATCC AGACTTGGTC TGTCTGGCAC CTTTTGCTGA TTTTGATAAA 
CAACGCTACT TTAGAGCTCA AGTCCTTTAT GTTTCTGGAA ATTCTGCTGA GGTATTCTTT 
GTAGATTATG GCAATAAGTC TCATGTAGAT CTACATCTTT TGATGGAGAT TCCCTGTCAA 
TTTCTTGAAC TTCCTTTCCA GGCTTTGGAA TTTAAGATTT GCAAAATGAG ACCATCAGCA 
AAGTCTCTTG TTTGTGGCAA GCACTGGAGT GACGGGGCCA GCCAGTGGTT CGCCTCTCTG 
GTGAGCGGCT GCACCCTCCT TGTGAAGGTC TTCTCTGTGG TGCACAGCGT CCTGCACGTG 
GATGTGTACC AGTACTCAGG GGTCCAGGAT GCCATCAACA TAAGAGACGT CCTCATCCAG 
CAGGGCTATG CCGAGCTCAC GGAGGAGTCC TACGAGTCCA AGGCAGAACT TCACGGGCCT 
TTTAACCCTT ATGAACTAAA GTGCCATAGT TTGACCAGAA TATCCAAATT CAGGTGTGTT 
TGGATTGAGA AGGAGAGCAT CAACTCTGTC ATTATCAGTG ACGCCCCTGA AGACCTTCAC 
CAGAGAATGC TGGTTGCAGC TTCCCTTTCC ATCAATGCGA CTGGATCTAC GATGCTGCTG 
AGAGAAACCT CTCTGATGCC TCATATCCCT GGCCTCCCGG CTCTCCTCAG CATGTTATTC 
GCACCGGTGA TAGAGTTAAG GATTGATCAG AATGGCAAGT ACTATACTGG AGTCCTTTGT 
GGTTTGGGGT GGAATCCAGC TACAGGGGCT TCCATACTGC CCGAGCACGA CATGGAGCTT 
GCGTTTGACG TTCAATTCAG CGTGGAGGAT GTCGTCGAGG TTAATATTCT CAGGGCTGCT 
ATTAACAAGC TAGTCTGTGA TGGACCAAAT GGATGCAAGT GTCTTGGGCC AGAGAGAGTT 
GCGCAGCTTC AAGACATTGC CCGTCAGAAG CTTTTAGGTT TGTTCTGTCA GTCAAAACCA 
AGGGAGAAGA TTGTTCCCAA GTGGCATGAA AAGCCCTACG AGTGGAATCA GGTTGATCCA 
AAGCTGGTCA TGGAGCAGGC CGACCGTGAG AGCAGCAGAG GGAAGAACAC CTTTCTCTAC 
CAGCTCCACA AACTGGTTGT GCTCGGCACC TGA

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

TDRD9 ( XM_011536397.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534699.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X3, mRNA.

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CloneID	OHu75196
Clone ID Related Accession (Same CDS sequence)	XM_011536397.2
Accession Version	XM_011536397.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4044bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011536397.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGGC 
CGTGCTGGAC GAGTGTCTAG AGGGTACTGT TACCGGCTGG TACACAAGGA TTTCTGGGAC 
AACTCCATCC CTGATCATGT TGTTCCTGAG ATGTTGCGTT GTCCATTAGG AAGCACGATC 
TTGAAAGTGA AATTACTTGA CATGGGTGAG CCGAGAGCTC TGCTGGCCAC TGCCCTTTCC 
CCGCCTGGTC TGAGTGACAT TGAGCGCACC ATCCTTCTAC TAAAGGAGGT TGGAGCACTT 
GCAGTGAGTG GGCAGAGAGA AGATGAAAAC CCCCATGATG GTGAATTGAC CTTCTTAGGA 
AGAGTTTTAG CCCAACTTCC TGTAAATCAG CAACTTGGTA AACTCATAGT CCTTGGACAT 
GTATTTGGAT GTCTAGATGA ATGTCTTATT ATAGCGGCAG CTCTTTCTTT GAAGAATTTT 
TTTGCAATGC CTTTCCGGCA GCATCTCGAT GGATATAGGA ACAAAGTGAA TTTCTCTGGC 
AGTAGCAAGA GTGACTGTAT TGCACTTGTT GAGGCATTTA AAACATGGAA GGCTTGCAGA 
CAGACAGGGG AGCTGCGGTA CCCGAAGGAT GAACTTAATT GGGGACGGTT AAATTACATT 
CAAATCAAGA GAATTAGAGA GGTGGCTGAA TTATATGAAG AATTGAAGAC TAGAATCTCA 
CAGTTCAACA TGCATGTTGA TTCTCGGCGA CCTGTCATGG ACCAAGAGTA TATATATAAG 
CAGCGATTCA TCCTACAGGT TGTATTGGCA GGTGCTTTCT ATCCAAATTA CTTTACTTTT 
GGACAGCCGG ATGAGGAGAT GGCGGTGAGG GAGCTGGCTG GCAAGGACCC CAAGACAACT 
GTCGTGTTGA AACACATTCC TCCCTATGGA TTTCTTTACT ATAAACAACT ACAGTCTCTC 
TTTAGACAGT GTGGTCAAGT CAAATCCATT GTATTTGATG GTGCAAAAGC CTTTGTGGAA 
TTCTCACGAA ATCCAACAGA GAGATTTAAA ACCCTTCCTG CAGTATATAT GGCAATTAAG 
ATGTCTCAAC TAAAAGTTTC ACTTGAACTC AGCGTTCATT CTGCAGAGGA AATTGAAGGG 
AAGGTGCAAG GCATGAACGT CTCAAAGCTC AGGAACACAA GGGTGAATGT GGACTTCCAG 
AAGCAGACGG TAGATCCTAT GCAAGTCTCC TTTAACACAT CAGACAGGTC CCAGACAGTT 
ACAGATCTCC TTCTAACTAT TGATGTCACA GAGGTGGTTG AAGTGGGACA CTTTTGGGGA 
TACAGGATTG ATGAAAACAA CTCAGAGATT CTGAAAAAGC TTACTGCTGA AATCAACCAA 
CTGACGCTGG TGCCCTTGCC CACTCACCCA CATCCAGACT TGGTCTGTCT GGCACCTTTT 
GCTGATTTTG ATAAACAACG CTACTTTAGA GCTCAAGTCC TTTATGTTTC TGGAAATTCT 
GCTGAGGTAT TCTTTGTAGA TTATGGCAAT AAGTCTCATG TAGATCTACA TCTTTTGATG 
GAGATTCCCT GTCAATTTCT TGAACTTCCT TTCCAGGCTT TGGAATTTAA GATTTGCAAA 
ATGAGACCAT CAGCAAAGTC TCTTGTTTGT GGCAAGCACT GGAGTGACGG GGCCAGCCAG 
TGGTTCGCCT CTCTGGTGAG CGGCTGCACC CTCCTTGTGA AGGTCTTCTC TGTGGTGCAC 
AGCGTCCTGC ACGTGGATGT GTACCAGTAC TCAGGGGTCC AGGATGCCAT CAACATAAGA 
GACGTCCTCA TCCAGCAGGG CTATGCCGAG CTCACGGAGG AGTCCTACGA GTCCAAGCAA 
AGCCATGAAG TTCTCAAGGG CCTCTTTTCC AAGTCAGTAG AAAACATGAC AGATGGCTCT 
GTGCCCTTTC CCATGAAAGA CGACGAGAAA TATCTCATCC GGATTTTGTT AGAGAGCTTT 
TCTACCAATA AACTGGGTAC TCCAAACTGT AAGGCAGAAC TTCACGGGCC TTTTAACCCT 
TATGAACTAA AGTGCCATAG TTTGACCAGA ATATCCAAAT TCAGGTGTGT TTGGATTGAG 
AAGGAGAGCA TCAACTCTGT CATTATCAGT GACGCCCCTG AAGACCTTCA CCAGAGAATG 
CTGGTTGCAG CTTCCCTTTC CATCAATGCG ACTGGATCTA CGATGCTGCT GAGAGAAACC 
TCTCTGATGC CTCATATCCC TGGCCTCCCG GCTCTCCTCA GCATGTTATT CGCACCGGTG 
ATAGAGTTAA GGATTGATCA GAATGGCAAG TACTATACTG GAGTCCTTTG TGGTTTGGGG 
TGGAATCCAG CTACAGGGGC TTCCATACTG CCCGAGCACG ACATGGAGCT TGCGTTTGAC 
GTTCAATTCA GCGTGGAGGA TGTCGTCGAG GTTAATATTC TCAGGGCTGC TATTAACAAG 
CTAGTCTGTG ATGGACCAAA TGGATGCAAG TGTCTTGGGC CAGAGAGAGT TGCGCAGCTT 
CAAGACATTG CCCGTCAGAA GCTTTTAGGT TTGTTCTGTC AGTCAAAACC AAGGGAGAAG 
ATTGTTCCCA AGTGGCATGA AAAGCCCTAC GAGTGGAATC AGGTTGATCC AAAGCTGGTC 
ATGGAGCAGG CCGACCGTGA GAGCAGCAGA GGGAAGAACA CCTTTCTCTA CCAGCTCCAC 
AAACTGGTTG TGCTCGGCAC CTGA

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

RefSeq	XP_011534699.1
CDS	168..4211
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKIILSTNIAESSVTVPDVKYGRAGRVSRGYCYRLVHKDFWDNSIPDHVVPEMLRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536397.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X3, mRNA.

Target ORF information:

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

XM_011536397.2

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
ATTATTCTGT CCACCAATAT TGCAGAGAGT TCTGTCACAG TTCCAGATGT CAAATATGGC 
CGTGCTGGAC GAGTGTCTAG AGGGTACTGT TACCGGCTGG TACACAAGGA TTTCTGGGAC 
AACTCCATCC CTGATCATGT TGTTCCTGAG ATGTTGCGTT GTCCATTAGG AAGCACGATC 
TTGAAAGTGA AATTACTTGA CATGGGTGAG CCGAGAGCTC TGCTGGCCAC TGCCCTTTCC 
CCGCCTGGTC TGAGTGACAT TGAGCGCACC ATCCTTCTAC TAAAGGAGGT TGGAGCACTT 
GCAGTGAGTG GGCAGAGAGA AGATGAAAAC CCCCATGATG GTGAATTGAC CTTCTTAGGA 
AGAGTTTTAG CCCAACTTCC TGTAAATCAG CAACTTGGTA AACTCATAGT CCTTGGACAT 
GTATTTGGAT GTCTAGATGA ATGTCTTATT ATAGCGGCAG CTCTTTCTTT GAAGAATTTT 
TTTGCAATGC CTTTCCGGCA GCATCTCGAT GGATATAGGA ACAAAGTGAA TTTCTCTGGC 
AGTAGCAAGA GTGACTGTAT TGCACTTGTT GAGGCATTTA AAACATGGAA GGCTTGCAGA 
CAGACAGGGG AGCTGCGGTA CCCGAAGGAT GAACTTAATT GGGGACGGTT AAATTACATT 
CAAATCAAGA GAATTAGAGA GGTGGCTGAA TTATATGAAG AATTGAAGAC TAGAATCTCA 
CAGTTCAACA TGCATGTTGA TTCTCGGCGA CCTGTCATGG ACCAAGAGTA TATATATAAG 
CAGCGATTCA TCCTACAGGT TGTATTGGCA GGTGCTTTCT ATCCAAATTA CTTTACTTTT 
GGACAGCCGG ATGAGGAGAT GGCGGTGAGG GAGCTGGCTG GCAAGGACCC CAAGACAACT 
GTCGTGTTGA AACACATTCC TCCCTATGGA TTTCTTTACT ATAAACAACT ACAGTCTCTC 
TTTAGACAGT GTGGTCAAGT CAAATCCATT GTATTTGATG GTGCAAAAGC CTTTGTGGAA 
TTCTCACGAA ATCCAACAGA GAGATTTAAA ACCCTTCCTG CAGTATATAT GGCAATTAAG 
ATGTCTCAAC TAAAAGTTTC ACTTGAACTC AGCGTTCATT CTGCAGAGGA AATTGAAGGG 
AAGGTGCAAG GCATGAACGT CTCAAAGCTC AGGAACACAA GGGTGAATGT GGACTTCCAG 
AAGCAGACGG TAGATCCTAT GCAAGTCTCC TTTAACACAT CAGACAGGTC CCAGACAGTT 
ACAGATCTCC TTCTAACTAT TGATGTCACA GAGGTGGTTG AAGTGGGACA CTTTTGGGGA 
TACAGGATTG ATGAAAACAA CTCAGAGATT CTGAAAAAGC TTACTGCTGA AATCAACCAA 
CTGACGCTGG TGCCCTTGCC CACTCACCCA CATCCAGACT TGGTCTGTCT GGCACCTTTT 
GCTGATTTTG ATAAACAACG CTACTTTAGA GCTCAAGTCC TTTATGTTTC TGGAAATTCT 
GCTGAGGTAT TCTTTGTAGA TTATGGCAAT AAGTCTCATG TAGATCTACA TCTTTTGATG 
GAGATTCCCT GTCAATTTCT TGAACTTCCT TTCCAGGCTT TGGAATTTAA GATTTGCAAA 
ATGAGACCAT CAGCAAAGTC TCTTGTTTGT GGCAAGCACT GGAGTGACGG GGCCAGCCAG 
TGGTTCGCCT CTCTGGTGAG CGGCTGCACC CTCCTTGTGA AGGTCTTCTC TGTGGTGCAC 
AGCGTCCTGC ACGTGGATGT GTACCAGTAC TCAGGGGTCC AGGATGCCAT CAACATAAGA 
GACGTCCTCA TCCAGCAGGG CTATGCCGAG CTCACGGAGG AGTCCTACGA GTCCAAGCAA 
AGCCATGAAG TTCTCAAGGG CCTCTTTTCC AAGTCAGTAG AAAACATGAC AGATGGCTCT 
GTGCCCTTTC CCATGAAAGA CGACGAGAAA TATCTCATCC GGATTTTGTT AGAGAGCTTT 
TCTACCAATA AACTGGGTAC TCCAAACTGT AAGGCAGAAC TTCACGGGCC TTTTAACCCT 
TATGAACTAA AGTGCCATAG TTTGACCAGA ATATCCAAAT TCAGGTGTGT TTGGATTGAG 
AAGGAGAGCA TCAACTCTGT CATTATCAGT GACGCCCCTG AAGACCTTCA CCAGAGAATG 
CTGGTTGCAG CTTCCCTTTC CATCAATGCG ACTGGATCTA CGATGCTGCT GAGAGAAACC 
TCTCTGATGC CTCATATCCC TGGCCTCCCG GCTCTCCTCA GCATGTTATT CGCACCGGTG 
ATAGAGTTAA GGATTGATCA GAATGGCAAG TACTATACTG GAGTCCTTTG TGGTTTGGGG 
TGGAATCCAG CTACAGGGGC TTCCATACTG CCCGAGCACG ACATGGAGCT TGCGTTTGAC 
GTTCAATTCA GCGTGGAGGA TGTCGTCGAG GTTAATATTC TCAGGGCTGC TATTAACAAG 
CTAGTCTGTG ATGGACCAAA TGGATGCAAG TGTCTTGGGC CAGAGAGAGT TGCGCAGCTT 
CAAGACATTG CCCGTCAGAA GCTTTTAGGT TTGTTCTGTC AGTCAAAACC AAGGGAGAAG 
ATTGTTCCCA AGTGGCATGA AAAGCCCTAC GAGTGGAATC AGGTTGATCC AAAGCTGGTC 
ATGGAGCAGG CCGACCGTGA GAGCAGCAGA GGGAAGAACA CCTTTCTCTA CCAGCTCCAC 
AAACTGGTTG TGCTCGGCAC CTGA

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

TDRD9 ( XM_011536400.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011534702.1 Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X6, mRNA.

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CloneID	OHu75199
Clone ID Related Accession (Same CDS sequence)	XM_011536400.2
Accession Version	XM_011536400.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3888bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	ATP-dependent RNA helicase TDRD9 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011536400.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
CGTTGTCCAT TAGGAAGCAC GATCTTGAAA GTGAAATTAC TTGACATGGG TGAGCCGAGA 
GCTCTGCTGG CCACTGCCCT TTCCCCGCCT GGTCTGAGTG ACATTGAGCG CACCATCCTT 
CTACTAAAGG AGGTTGGAGC ACTTGCAGTG AGTGGGCAGA GAGAAGATGA AAACCCCCAT 
GATGGTGAAT TGACCTTCTT AGGAAGAGTT TTAGCCCAAC TTCCTGTAAA TCAGCAACTT 
GGTAAACTCA TAGTCCTTGG ACATGTATTT GGATGTCTAG ATGAATGTCT TATTATAGCG 
GCAGCTCTTT CTTTGAAGAA TTTTTTTGCA ATGCCTTTCC GGCAGCATCT CGATGGATAT 
AGGAACAAAG TGAATTTCTC TGGCAGTAGC AAGAGTGACT GTATTGCACT TGTTGAGGCA 
TTTAAAACAT GGAAGGCTTG CAGACAGACA GGGGAGCTGC GGTACCCGAA GGATGAACTT 
AATTGGGGAC GGTTAAATTA CATTCAAATC AAGAGAATTA GAGAGGTGGC TGAATTATAT 
GAAGAATTGA AGACTAGAAT CTCACAGTTC AACATGCATG TTGATTCTCG GCGACCTGTC 
ATGGACCAAG AGTATATATA TAAGCAGCGA TTCATCCTAC AGGTTGTATT GGCAGGTGCT 
TTCTATCCAA ATTACTTTAC TTTTGGACAG CCGGATGAGG AGATGGCGGT GAGGGAGCTG 
GCTGGCAAGG ACCCCAAGAC AACTGTCGTG TTGAAACACA TTCCTCCCTA TGGATTTCTT 
TACTATAAAC AACTACAGTC TCTCTTTAGA CAGTGTGGTC AAGTCAAATC CATTGTATTT 
GATGGTGCAA AAGCCTTTGT GGAATTCTCA CGAAATCCAA CAGAGAGATT TAAAACCCTT 
CCTGCAGTAT ATATGGCAAT TAAGATGTCT CAACTAAAAG TTTCACTTGA ACTCAGCGTT 
CATTCTGCAG AGGAAATTGA AGGGAAGGTG CAAGGCATGA ACGTCTCAAA GCTCAGGAAC 
ACAAGGGTGA ATGTGGACTT CCAGAAGCAG ACGGTAGATC CTATGCAAGT CTCCTTTAAC 
ACATCAGACA GGTCCCAGAC AGTTACAGAT CTCCTTCTAA CTATTGATGT CACAGAGGTG 
GTTGAAGTGG GACACTTTTG GGGATACAGG ATTGATGAAA ACAACTCAGA GATTCTGAAA 
AAGCTTACTG CTGAAATCAA CCAACTGACG CTGGTGCCCT TGCCCACTCA CCCACATCCA 
GACTTGGTCT GTCTGGCACC TTTTGCTGAT TTTGATAAAC AACGCTACTT TAGAGCTCAA 
GTCCTTTATG TTTCTGGAAA TTCTGCTGAG GTATTCTTTG TAGATTATGG CAATAAGTCT 
CATGTAGATC TACATCTTTT GATGGAGATT CCCTGTCAAT TTCTTGAACT TCCTTTCCAG 
GCTTTGGAAT TTAAGATTTG CAAAATGAGA CCATCAGCAA AGTCTCTTGT TTGTGGCAAG 
CACTGGAGTG ACGGGGCCAG CCAGTGGTTC GCCTCTCTGG TGAGCGGCTG CACCCTCCTT 
GTGAAGGTCT TCTCTGTGGT GCACAGCGTC CTGCACGTGG ATGTGTACCA GTACTCAGGG 
GTCCAGGATG CCATCAACAT AAGAGACGTC CTCATCCAGC AGGGCTATGC CGAGCTCACG 
GAGGAGTCCT ACGAGTCCAA GCAAAGCCAT GAAGTTCTCA AGGGCCTCTT TTCCAAGTCA 
GTAGAAAACA TGACAGATGG CTCTGTGCCC TTTCCCATGA AAGACGACGA GAAATATCTC 
ATCCGGATTT TGTTAGAGAG CTTTTCTACC AATAAACTGG GTACTCCAAA CTGTAAGGCA 
GAACTTCACG GGCCTTTTAA CCCTTATGAA CTAAAGTGCC ATAGTTTGAC CAGAATATCC 
AAATTCAGGT GTGTTTGGAT TGAGAAGGAG AGCATCAACT CTGTCATTAT CAGTGACGCC 
CCTGAAGACC TTCACCAGAG AATGCTGGTT GCAGCTTCCC TTTCCATCAA TGCGACTGGA 
TCTACGATGC TGCTGAGAGA AACCTCTCTG ATGCCTCATA TCCCTGGCCT CCCGGCTCTC 
CTCAGCATGT TATTCGCACC GGTGATAGAG TTAAGGATTG ATCAGAATGG CAAGTACTAT 
ACTGGAGTCC TTTGTGGTTT GGGGTGGAAT CCAGCTACAG GGGCTTCCAT ACTGCCCGAG 
CACGACATGG AGCTTGCGTT TGACGTTCAA TTCAGCGTGG AGGATGTCGT CGAGGTTAAT 
ATTCTCAGGG CTGCTATTAA CAAGCTAGTC TGTGATGGAC CAAATGGATG CAAGTGTCTT 
GGGCCAGAGA GAGTTGCGCA GCTTCAAGAC ATTGCCCGTC AGAAGCTTTT AGGTTTGTTC 
TGTCAGTCAA AACCAAGGGA GAAGATTGTT CCCAAGTGGC ATGAAAAGCC CTACGAGTGG 
AATCAGGTTG ATCCAAAGCT GGTCATGGAG CAGGCCGACC GTGAGAGCAG CAGAGGGAAG 
AACACCTTTC TCTACCAGCT CCACAAACTG GTTGTGCTCG GCACCTGA

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

RefSeq	XP_011534702.1
CDS	168..4055
Translation	MLRKLTIEQINDWFTIGKTVTNVELLGAPPAFPAGAAREEVQRQDVAPGAGPAAQAPALAQAPARPAAAFERSLSQRSSEVEYINKYRQLEAQELDVCRSVQPTSGPGPRPSLAKLSSVTCIPGTTYKYPDLPISRYKEEVVSLIESNSVVIIHGATGSGKSTQLPQYILDHYVQRSAYCSIVVTQPRKIGASSIARWISKERAWTLGGVVGYQVGLEKIATEDTRLIYMTTGVLLQKIVSAKSLMEFTHIIIDEVHERTEEMDFLLLVVRKLLRTNSRFVKVVLMSATISCKEFADYFAVPVQNKMNPAYIFEVEGKPHSVEEYYLNDLEHIHHSKLSPHLLEEPVITKDIYEVAVSLIQMFDDLDMKESGNKAWSGAQFVLERSSVLVFLPGLGEINYMHELLTSLVHKRLQVYPLHSSVALEEQNNVFLSPVPGYRKRCPLGSTILKVKLLDMGEPRALLATALSPPGLSDIERTILLLKEVGALAVSGQREDENPHDGELTFLGRVLAQLPVNQQLGKLIVLGHVFGCLDECLIIAAALSLKNFFAMPFRQHLDGYRNKVNFSGSSKSDCIALVEAFKTWKACRQTGELRYPKDELNWGRLNYIQIKRIREVAELYEELKTRISQFNMHVDSRRPVMDQEYIYKQRFILQVVLAGAFYPNYFTFGQPDEEMAVRELAGKDPKTTVVLKHIPPYGFLYYKQLQSLFRQCGQVKSIVFDGAKAFVEFSRNPTERFKTLPAVYMAIKMSQLKVSLELSVHSAEEIEGKVQGMNVSKLRNTRVNVDFQKQTVDPMQVSFNTSDRSQTVTDLLLTIDVTEVVEVGHFWGYRIDENNSEILKKLTAEINQLTLVPLPTHPHPDLVCLAPFADFDKQRYFRAQVLYVSGNSAEVFFVDYGNKSHVDLHLLMEIPCQFLELPFQALEFKICKMRPSAKSLVCGKHWSDGASQWFASLVSGCTLLVKVFSVVHSVLHVDVYQYSGVQDAINIRDVLIQQGYAELTEESYESKQSHEVLKGLFSKSVENMTDGSVPFPMKDDEKYLIRILLESFSTNKLGTPNCKAELHGPFNPYELKCHSLTRISKFRCVWIEKESINSVIISDAPEDLHQRMLVAASLSINATGSTMLLRETSLMPHIPGLPALLSMLFAPVIELRIDQNGKYYTGVLCGLGWNPATGASILPEHDMELAFDVQFSVEDVVEVNILRAAINKLVCDGPNGCKCLGPERVAQLQDIARQKLLGLFCQSKPREKIVPKWHEKPYEWNQVDPKLVMEQADRESSRGKNTFLYQLHKLVVLGT

Target ORF information:

RefSeq Version	XM_011536400.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 9 (TDRD9), transcript variant X6, mRNA.

Target ORF information:

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

XM_011536400.2

ORF Insert Sequence:

ATGCTGCGGA AGCTCACCAT CGAGCAGATC AACGACTGGT TCACCATCGG CAAGACGGTG 
ACCAATGTGG AGCTGCTGGG CGCGCCGCCC GCCTTCCCGG CAGGGGCGGC CAGGGAGGAG 
GTGCAGCGCC AGGACGTGGC CCCCGGCGCT GGTCCCGCGG CCCAGGCTCC GGCTCTGGCC 
CAAGCTCCGG CCCGGCCGGC CGCTGCGTTC GAAAGGTCAC TCAGCCAAAG GAGCTCAGAA 
GTAGAGTATA TTAACAAATA CAGACAGCTC GAAGCACAAG AGCTTGATGT GTGTCGCAGT 
GTCCAACCAA CCAGTGGGCC AGGTCCAAGG CCATCTTTGG CTAAATTAAG CAGTGTGACA 
TGCATCCCAG GGACAACTTA TAAATATCCT GATTTGCCTA TAAGTCGATA CAAGGAAGAG 
GTTGTGTCTT TGATAGAAAG TAATTCCGTG GTGATTATCC ATGGGGCCAC GGGAAGCGGT 
AAAAGCACTC AGCTCCCGCA GTATATCTTG GACCACTACG TTCAGCGCTC CGCCTACTGC 
AGCATTGTGG TCACCCAGCC CCGGAAGATA GGGGCAAGCA GCATCGCCAG GTGGATCAGT 
AAAGAGCGTG CCTGGACCCT GGGAGGTGTG GTGGGCTACC AGGTAGGGCT AGAGAAAATA 
GCAACAGAGG ACACCAGGCT AATTTATATG ACAACTGGAG TCCTGCTTCA GAAAATAGTT 
AGTGCCAAGA GTTTGATGGA ATTCACACAT ATCATCATTG ATGAAGTACA CGAACGAACA 
GAAGAAATGG ATTTCCTGCT ATTGGTAGTC CGCAAACTCT TAAGAACAAA TTCACGTTTT 
GTGAAGGTGG TCCTGATGTC GGCTACCATC AGCTGTAAAG AGTTTGCAGA CTACTTTGCT 
GTTCCTGTTC AAAACAAGAT GAATCCTGCA TATATTTTTG AAGTGGAAGG CAAGCCCCAT 
TCAGTTGAAG AGTATTATCT TAATGATTTG GAGCACATTC ATCATAGCAA GCTCTCTCCT 
CATCTCCTGG AGGAACCGGT GATAACTAAG GATATATATG AAGTTGCTGT CTCTCTCATT 
CAGATGTTTG ATGACTTGGA TATGAAGGAG AGTGGGAACA AGGCTTGGTC GGGGGCCCAG 
TTTGTGTTGG AGCGAAGCAG TGTGTTGGTG TTTTTGCCAG GTCTGGGTGA AATAAATTAT 
ATGCATGAAC TTCTCACAAG CCTGGTTCAT AAAAGGTTGC AGGTCTATCC ACTCCATTCA 
AGTGTGGCTT TAGAAGAACA GAATAATGTC TTTTTAAGTC CAGTCCCTGG GTACAGAAAG 
CGTTGTCCAT TAGGAAGCAC GATCTTGAAA GTGAAATTAC TTGACATGGG TGAGCCGAGA 
GCTCTGCTGG CCACTGCCCT TTCCCCGCCT GGTCTGAGTG ACATTGAGCG CACCATCCTT 
CTACTAAAGG AGGTTGGAGC ACTTGCAGTG AGTGGGCAGA GAGAAGATGA AAACCCCCAT 
GATGGTGAAT TGACCTTCTT AGGAAGAGTT TTAGCCCAAC TTCCTGTAAA TCAGCAACTT 
GGTAAACTCA TAGTCCTTGG ACATGTATTT GGATGTCTAG ATGAATGTCT TATTATAGCG 
GCAGCTCTTT CTTTGAAGAA TTTTTTTGCA ATGCCTTTCC GGCAGCATCT CGATGGATAT 
AGGAACAAAG TGAATTTCTC TGGCAGTAGC AAGAGTGACT GTATTGCACT TGTTGAGGCA 
TTTAAAACAT GGAAGGCTTG CAGACAGACA GGGGAGCTGC GGTACCCGAA GGATGAACTT 
AATTGGGGAC GGTTAAATTA CATTCAAATC AAGAGAATTA GAGAGGTGGC TGAATTATAT 
GAAGAATTGA AGACTAGAAT CTCACAGTTC AACATGCATG TTGATTCTCG GCGACCTGTC 
ATGGACCAAG AGTATATATA TAAGCAGCGA TTCATCCTAC AGGTTGTATT GGCAGGTGCT 
TTCTATCCAA ATTACTTTAC TTTTGGACAG CCGGATGAGG AGATGGCGGT GAGGGAGCTG 
GCTGGCAAGG ACCCCAAGAC AACTGTCGTG TTGAAACACA TTCCTCCCTA TGGATTTCTT 
TACTATAAAC AACTACAGTC TCTCTTTAGA CAGTGTGGTC AAGTCAAATC CATTGTATTT 
GATGGTGCAA AAGCCTTTGT GGAATTCTCA CGAAATCCAA CAGAGAGATT TAAAACCCTT 
CCTGCAGTAT ATATGGCAAT TAAGATGTCT CAACTAAAAG TTTCACTTGA ACTCAGCGTT 
CATTCTGCAG AGGAAATTGA AGGGAAGGTG CAAGGCATGA ACGTCTCAAA GCTCAGGAAC 
ACAAGGGTGA ATGTGGACTT CCAGAAGCAG ACGGTAGATC CTATGCAAGT CTCCTTTAAC 
ACATCAGACA GGTCCCAGAC AGTTACAGAT CTCCTTCTAA CTATTGATGT CACAGAGGTG 
GTTGAAGTGG GACACTTTTG GGGATACAGG ATTGATGAAA ACAACTCAGA GATTCTGAAA 
AAGCTTACTG CTGAAATCAA CCAACTGACG CTGGTGCCCT TGCCCACTCA CCCACATCCA 
GACTTGGTCT GTCTGGCACC TTTTGCTGAT TTTGATAAAC AACGCTACTT TAGAGCTCAA 
GTCCTTTATG TTTCTGGAAA TTCTGCTGAG GTATTCTTTG TAGATTATGG CAATAAGTCT 
CATGTAGATC TACATCTTTT GATGGAGATT CCCTGTCAAT TTCTTGAACT TCCTTTCCAG 
GCTTTGGAAT TTAAGATTTG CAAAATGAGA CCATCAGCAA AGTCTCTTGT TTGTGGCAAG 
CACTGGAGTG ACGGGGCCAG CCAGTGGTTC GCCTCTCTGG TGAGCGGCTG CACCCTCCTT 
GTGAAGGTCT TCTCTGTGGT GCACAGCGTC CTGCACGTGG ATGTGTACCA GTACTCAGGG 
GTCCAGGATG CCATCAACAT AAGAGACGTC CTCATCCAGC AGGGCTATGC CGAGCTCACG 
GAGGAGTCCT ACGAGTCCAA GCAAAGCCAT GAAGTTCTCA AGGGCCTCTT TTCCAAGTCA 
GTAGAAAACA TGACAGATGG CTCTGTGCCC TTTCCCATGA AAGACGACGA GAAATATCTC 
ATCCGGATTT TGTTAGAGAG CTTTTCTACC AATAAACTGG GTACTCCAAA CTGTAAGGCA 
GAACTTCACG GGCCTTTTAA CCCTTATGAA CTAAAGTGCC ATAGTTTGAC CAGAATATCC 
AAATTCAGGT GTGTTTGGAT TGAGAAGGAG AGCATCAACT CTGTCATTAT CAGTGACGCC 
CCTGAAGACC TTCACCAGAG AATGCTGGTT GCAGCTTCCC TTTCCATCAA TGCGACTGGA 
TCTACGATGC TGCTGAGAGA AACCTCTCTG ATGCCTCATA TCCCTGGCCT CCCGGCTCTC 
CTCAGCATGT TATTCGCACC GGTGATAGAG TTAAGGATTG ATCAGAATGG CAAGTACTAT 
ACTGGAGTCC TTTGTGGTTT GGGGTGGAAT CCAGCTACAG GGGCTTCCAT ACTGCCCGAG 
CACGACATGG AGCTTGCGTT TGACGTTCAA TTCAGCGTGG AGGATGTCGT CGAGGTTAAT 
ATTCTCAGGG CTGCTATTAA CAAGCTAGTC TGTGATGGAC CAAATGGATG CAAGTGTCTT 
GGGCCAGAGA GAGTTGCGCA GCTTCAAGAC ATTGCCCGTC AGAAGCTTTT AGGTTTGTTC 
TGTCAGTCAA AACCAAGGGA GAAGATTGTT CCCAAGTGGC ATGAAAAGCC CTACGAGTGG 
AATCAGGTTG ATCCAAAGCT GGTCATGGAG CAGGCCGACC GTGAGAGCAG CAGAGGGAAG 
AACACCTTTC TCTACCAGCT CCACAAACTG GTTGTGCTCG GCACCTGA

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

Gene Symbol	TDRD9
Entrez Gene ID	122402
Full Name	tudor domain containing 9
Synonyms	C14orf75,HIG-1,NET54
General protein information	Preferred Names tudor domain containing 9 Names ATP-dependent RNA helicase TDRD9 putative ATP-dependent RNA helicase TDRD9 hypoxia-inducible HIG-1 tudor domain-containing protein 9
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 14 Map Location: 14q32.33

Pan troglodytes (chimpanzee)	TDRD9	XP_510193.3
	TDRD9	XP_001089930.2
Bos taurus (cattle)	TDRD9	XP_002696831.3
Mus musculus (house mouse)	Tdrd9	NP_083332.1
Rattus norvegicus (Norway rat)	Tdrd9	XP_001078318.3
Homo sapiens (human)	TDRD9	NP_694591.2
Drosophila melanogaster (fruit fly)	spn-E	NP_476741.1
Anopheles gambiae (African malaria mosquito)	SPNE_ANOGA	XP_312084.5
Gallus gallus (chicken)	TDRD9	XP_004936444.1
Xenopus tropicalis (tropical clawed frog)	tdrd9	NP_001238746.1
Canis lupus familiaris (dog)	TDRD9	XP_005623997.1
Danio rerio (zebrafish)	tdrd9	NP_001123984.1

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

TDRD9 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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