TDRD12 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_011527474.3	XP_011525776.1	putative ATP-dependent RNA helicase TDRD12 isoform X4
XM_011527475.2	XP_011525777.1	putative ATP-dependent RNA helicase TDRD12 isoform X5
XM_017027459.2	XP_016882948.1	putative ATP-dependent RNA helicase TDRD12 isoform X8
XM_011527473.2	XP_011525775.1	putative ATP-dependent RNA helicase TDRD12 isoform X3
XM_011527474.2	XP_011525776.1	putative ATP-dependent RNA helicase TDRD12 isoform X4
XM_017027459.1	XP_016882948.1	putative ATP-dependent RNA helicase TDRD12 isoform X8
XM_011527473.3	XP_011525775.1	putative ATP-dependent RNA helicase TDRD12 isoform X3
XM_011527471.2	XP_011525773.1	putative ATP-dependent RNA helicase TDRD12 isoform X1
NM_001110822.1	NP_001104292.1	putative ATP-dependent RNA helicase TDRD12 isoform 2
NM_001366102.1	NP_001353031.1	putative ATP-dependent RNA helicase TDRD12 isoform 1
XM_011527476.2	XP_011525778.1	putative ATP-dependent RNA helicase TDRD12 isoform X7
XM_011527471.3	XP_011525773.1	putative ATP-dependent RNA helicase TDRD12 isoform X1
XM_011527472.2	XP_011525774.1	putative ATP-dependent RNA helicase TDRD12 isoform X2
NM_001110822.2	NP_001104292.1	putative ATP-dependent RNA helicase TDRD12 isoform 2
XM_017027458.1	XP_016882947.1	putative ATP-dependent RNA helicase TDRD12 isoform X6

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu29975	NM_001110822.2 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	7-9	$230.30 $329.00
OHu88808	XM_017027458.1 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu88809	XM_017027459.2 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu74354	NM_001366102.1 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74354	XM_011527472.2 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74355	XM_011527473.3 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74356	XM_011527474.3 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74357	XM_011527475.2 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74358	XM_011527476.2 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74353	XM_011527471.3 Latest version!	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu74356	XM_011527474.2	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu88809	XM_017027459.1	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu74355	XM_011527473.2	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu74353	XM_011527471.2	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu29975	NM_001110822.1	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	7-9	$230.30 $329.00
Hide Old Accession Versions >>

TDRD12 ( NM_001110822.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001104292.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu29975
Clone ID Related Accession (Same CDS sequence)	NM_001110822.1 , NM_001110822.2
Accession Version	NM_001110822.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1188bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-09-21
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD12 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BC049000.1, AC008736.6 and AB211063.1. On or before Mar 29, 2008 this sequence version replaced XM_001713629.1, XM_001713630.1, XM_001713631.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGACTTGA

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

RefSeq	NP_001104292.1
CDS	301..1488
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQT

Target ORF information:

RefSeq Version	NM_001110822.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.

Target ORF information:

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

NM_001110822.1

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGACTTGA

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

TDRD12 ( NM_001110822.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001104292.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu29975
Clone ID Related Accession (Same CDS sequence)	NM_001110822.1 , NM_001110822.2
Accession Version	NM_001110822.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1188bp) 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	2019-06-01
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD12 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC008736.6, BC049000.1 and AB211063.1. On Jun 2, 2019 this sequence version replaced NM_001110822.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGACTTGA

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

RefSeq	NP_001104292.1
CDS	307..1494
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQT

Target ORF information:

RefSeq Version	NM_001110822.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 2, mRNA.

Target ORF information:

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

NM_001110822.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGACTTGA

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

TDRD12 ( XM_017027458.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016882947.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu88808
Clone ID Related Accession (Same CDS sequence)	XM_017027458.1
Accession Version	XM_017027458.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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 :: 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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGTGA

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

RefSeq	XP_016882947.1
CDS	61..3900
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQR

Target ORF information:

RefSeq Version	XM_017027458.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X6, mRNA.

Target ORF information:

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

XM_017027458.1

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGTGA

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

TDRD12 ( XM_017027459.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016882948.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu88809
Clone ID Related Accession (Same CDS sequence)	XM_017027459.2 , XM_017027459.1
Accession Version	XM_017027459.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3036bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_017027459.1. ##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##

ATGATTTTTG TGGGGGAGTT TTCTTCTCCC TACACTGTTT CTTTTTTTGC AGGGTGCATT 
ACTCGGTTTT TAAGGCTGGA GGCTTTCCTT AGATGTCATG CAGTCCTTGA TTGTCTGCCT 
GTATTTCAAC GTAGAGGCCC AGTGAGCCGA TTACTGCAGT TTTTAAATCC TGATCCTTTG 
AGAGCTGACG GAATCTCTGA TCTCCAGCAG TTGCAGAAGC TGAAGGGCCT GCAGCCGCCC 
GTGGTAGTGC TCCGGAACAA GATCAAGCCC TGCTTAACCA TTGACTCGTC GCCGCTGTCA 
GCAGACCTGA AGAAGGCTCT TCAAAGAAAT AAGTTTCCGG GCCCCAGCCA CACTGAATCT 
TACTCTTGGC CTCCCATAGC GCGTGGCTGT GATGTGGTTG TCATTTCTCA CTGTGAAAGC 
AACCCTTTGC TCTACCTCCT ACCAGTGTTG ACAGTTTTGC AAACAGGAGC CTGCTACAAG 
TCATTACCAA GTAGAAATGG ACCTCTCGCA GTCATCGTGT GCCCTGGGTG GAAGAAGGCC 
CAATTTATTT TTGAATTATT GGGAGAATAT AGCATGTCCT CCAGGCCTCT TCATCCTGTG 
CTATTAACAA TTGGGCTCCA TAAAGAGGAA GCCAAAAATA CAAAGCTTCC AAGGGGCTGT 
GATGTGATTG TTACGACCCC ATACAGCCTG CTGAGGCTTC TCGCCTGTCA GAGCCTGCTG 
TTCCTCAGGC TCTGCCACCT GATCCTGGAT GAGGTAGAGG TGCTATTCTT GGAAGCCAAT 
GAACAGATGT TTGCTATATT AGATAACTTT AAAAAAAATA TTGAAGTTGA AGAAAGGGAA 
TCTGCACCAC ATCAGATTGT TGCAGTTGGA GTTCATTGGA ACAAACATAT AGAACATCTC 
ATCAAAGAGT TCATGAATGA TCCCTACATT GTGATCACAG CCATGGAAGA GGCTGCTCTC 
TATGGCAATG TCCAACAGGT AGTACATCTT TGCCTAGAAT GTGAAAAAAC TTCTTCTTTA 
CTCCAAGCTC TTGATTTTAT TCCAAGTCAG GCACAAAAGA CCTTGATCTT CACCTGCTCT 
GTAGCTGAAA CAGAAATAGT GTGTAAGGTA GTAGAAAGCA GTTCAATATT TTGCTTGAAG 
ATGCATAAAG AAATGATTTT TAACTTACAA AATGTTTTAG AACAGTGGAA GAAGAAGTTA 
AGTTCTGGCT CTCAAATTAT ATTAGCCCTC ACAGACGACT GCGTCCCACT CTTGGCCATC 
ACCGATGCCA CGTGTGTGAT TCACTTCAGT TTCCCTGCCT CACCAAAAGT TTTTGGTGGA 
CGCCTGTATT GCATGTCTGA TCATTTTCAC GCTGAACAGG GTTCTCCTGC AGAACAGGGA 
GATAAGAAAG CCAAATCTGT CTTGCTGCTG ACGGAGAAAG ATGCGAGCCA TGCGGTGGGC 
GTCCTGCGCT ACTTGGAGCG AGCGGACGCC AAGGTCCCCG CAGAGCTGTA CGAGTTCACC 
GCAGGAGTTC TGGAAGCCAA AGAAGATAAG AAAGCCGGAA GGCCTCTTTG TCCATATCTG 
AAGGCTTTTG GTTTTTGCAA TCATTTCATT TTCAGAGACA AAAGGATCTG TCCTGACCGA 
CACCGTATTA ATCCAGAAAC GGACTTGCCC AGGAAACTGT CCAGCCAAGC CCTACCTTCA 
TTTGGATACA TTAAAATAAT ACCTTTTTAT ATTTTGAATG CAACAAATTA CTTTGGCCGT 
ATAGTTGATA AACACATGGA TCTTTATGCA ACTCTCAATG CTGAAATGAA TGAGTATTTT 
AAGGATTCTA ATAAAACAAC TGTGGAAAAG GTGGAGAAGT TTGGATTGTA TGGATTAGCA 
GAAAAAACGC TTTTTCACAG GGTTCAGGTG TTGGAAGTGA ACCAAAAAGA AGACGCCTGG 
GCCCTGGATG ACATCCTTGT AGAGTTCATC GATGAAGGCA GGACGGGGCT CGTCACAAGG 
GACCAGCTGC TGCATCTCCC AGAACATTTC CACACACTTC CCCCGCAGGC TGTGGAGTTT 
ATTGTCTGTA GGGTGAAACC TGCTGACAAC GAAATAGAAT GGAATCCGAA GGTTACTAGG 
TACATTCATC ATAAAATTGT TGGAAAATTG CATGATGCAA AAGTGATCCT GGCTTTGGGA 
AATACAGTTT GGATTGATCC AATGGTGCAC ATTACAAACC TTTCCAGTTT AAAAACCTCT 
GTCATTGATT ATAATGTTCG AGCTGAAATT TTGTCCATGG GCATGGGCAT TGATAATCCA 
GAACACATAG AACAACTGAA AAAATTACGC GAAGATGCTA AGATACCAGC TTGTGAAGAA 
AGCCTAAGCC AGACCCCGCC GAGGGTGACA GGGACCAGTC CTGCTCAAGA CCAGGATCAT 
CCATCCGAGG AGCAGGGGGG GCAGGGGACG CCTCCAGCAG AAGATGCTGC TTGCCTGCAG 
AGCCCCCAGC CTGAGGACAC GGGTGCAGAA GGAGGGGCTG AGTCCAAGAC GAGCTCAGAA 
AACCAGAAGC CTGAAACTTT ATCTGGAAAC ACTGAAGGTG CCTTCATTAG CAGAACTGCA 
CAGCCGCCTC TGAAAAGCTT CCACCCACAA ATAAAATGGT TCCAAAAAGA AGATGTCGTC 
ATCTTAAAGA TAAGAATAAG GAATGTAAAG GACTACAAGT GTCAGTATTT AAGGGATAGA 
GTCGTTTTCA GTGCTTGGGT GGGAGACAAA TTTTACCTGG CTGATCTGGA GCTGCGGGGC 
AACATAAGGA AAGATGACTG CCAATGTGTG ATTAGAAACG ATGAACCTGT AATCACTCTG 
GCCAAAGAGA GAAGGGAGGC ATGGTGTCAC CTACTCAGAC AGAGGAACCC CAACGTGGCT 
TTTGATTTTG ATCACTGGGA AGACTGTGAA GAGGACAGCC ACTTCCCCAA GGTAGTGAAT 
TCTAAAAACC TGCCGTACAC AGTGACAGAG GTGGTTGAAG ACAGTAGCAG CACTTCAGAG 
GATGACGACA GTGAGAGTGA AAGAGAAGGT GAATGA

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

RefSeq	XP_016882948.1
CDS	16..3051
Translation	MIFVGEFSSPYTVSFFAGCITRFLRLEAFLRCHAVLDCLPVFQRRGPVSRLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_017027459.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.

Target ORF information:

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

XM_017027459.2

ORF Insert Sequence:

ATGATTTTTG TGGGGGAGTT TTCTTCTCCC TACACTGTTT CTTTTTTTGC AGGGTGCATT 
ACTCGGTTTT TAAGGCTGGA GGCTTTCCTT AGATGTCATG CAGTCCTTGA TTGTCTGCCT 
GTATTTCAAC GTAGAGGCCC AGTGAGCCGA TTACTGCAGT TTTTAAATCC TGATCCTTTG 
AGAGCTGACG GAATCTCTGA TCTCCAGCAG TTGCAGAAGC TGAAGGGCCT GCAGCCGCCC 
GTGGTAGTGC TCCGGAACAA GATCAAGCCC TGCTTAACCA TTGACTCGTC GCCGCTGTCA 
GCAGACCTGA AGAAGGCTCT TCAAAGAAAT AAGTTTCCGG GCCCCAGCCA CACTGAATCT 
TACTCTTGGC CTCCCATAGC GCGTGGCTGT GATGTGGTTG TCATTTCTCA CTGTGAAAGC 
AACCCTTTGC TCTACCTCCT ACCAGTGTTG ACAGTTTTGC AAACAGGAGC CTGCTACAAG 
TCATTACCAA GTAGAAATGG ACCTCTCGCA GTCATCGTGT GCCCTGGGTG GAAGAAGGCC 
CAATTTATTT TTGAATTATT GGGAGAATAT AGCATGTCCT CCAGGCCTCT TCATCCTGTG 
CTATTAACAA TTGGGCTCCA TAAAGAGGAA GCCAAAAATA CAAAGCTTCC AAGGGGCTGT 
GATGTGATTG TTACGACCCC ATACAGCCTG CTGAGGCTTC TCGCCTGTCA GAGCCTGCTG 
TTCCTCAGGC TCTGCCACCT GATCCTGGAT GAGGTAGAGG TGCTATTCTT GGAAGCCAAT 
GAACAGATGT TTGCTATATT AGATAACTTT AAAAAAAATA TTGAAGTTGA AGAAAGGGAA 
TCTGCACCAC ATCAGATTGT TGCAGTTGGA GTTCATTGGA ACAAACATAT AGAACATCTC 
ATCAAAGAGT TCATGAATGA TCCCTACATT GTGATCACAG CCATGGAAGA GGCTGCTCTC 
TATGGCAATG TCCAACAGGT AGTACATCTT TGCCTAGAAT GTGAAAAAAC TTCTTCTTTA 
CTCCAAGCTC TTGATTTTAT TCCAAGTCAG GCACAAAAGA CCTTGATCTT CACCTGCTCT 
GTAGCTGAAA CAGAAATAGT GTGTAAGGTA GTAGAAAGCA GTTCAATATT TTGCTTGAAG 
ATGCATAAAG AAATGATTTT TAACTTACAA AATGTTTTAG AACAGTGGAA GAAGAAGTTA 
AGTTCTGGCT CTCAAATTAT ATTAGCCCTC ACAGACGACT GCGTCCCACT CTTGGCCATC 
ACCGATGCCA CGTGTGTGAT TCACTTCAGT TTCCCTGCCT CACCAAAAGT TTTTGGTGGA 
CGCCTGTATT GCATGTCTGA TCATTTTCAC GCTGAACAGG GTTCTCCTGC AGAACAGGGA 
GATAAGAAAG CCAAATCTGT CTTGCTGCTG ACGGAGAAAG ATGCGAGCCA TGCGGTGGGC 
GTCCTGCGCT ACTTGGAGCG AGCGGACGCC AAGGTCCCCG CAGAGCTGTA CGAGTTCACC 
GCAGGAGTTC TGGAAGCCAA AGAAGATAAG AAAGCCGGAA GGCCTCTTTG TCCATATCTG 
AAGGCTTTTG GTTTTTGCAA TCATTTCATT TTCAGAGACA AAAGGATCTG TCCTGACCGA 
CACCGTATTA ATCCAGAAAC GGACTTGCCC AGGAAACTGT CCAGCCAAGC CCTACCTTCA 
TTTGGATACA TTAAAATAAT ACCTTTTTAT ATTTTGAATG CAACAAATTA CTTTGGCCGT 
ATAGTTGATA AACACATGGA TCTTTATGCA ACTCTCAATG CTGAAATGAA TGAGTATTTT 
AAGGATTCTA ATAAAACAAC TGTGGAAAAG GTGGAGAAGT TTGGATTGTA TGGATTAGCA 
GAAAAAACGC TTTTTCACAG GGTTCAGGTG TTGGAAGTGA ACCAAAAAGA AGACGCCTGG 
GCCCTGGATG ACATCCTTGT AGAGTTCATC GATGAAGGCA GGACGGGGCT CGTCACAAGG 
GACCAGCTGC TGCATCTCCC AGAACATTTC CACACACTTC CCCCGCAGGC TGTGGAGTTT 
ATTGTCTGTA GGGTGAAACC TGCTGACAAC GAAATAGAAT GGAATCCGAA GGTTACTAGG 
TACATTCATC ATAAAATTGT TGGAAAATTG CATGATGCAA AAGTGATCCT GGCTTTGGGA 
AATACAGTTT GGATTGATCC AATGGTGCAC ATTACAAACC TTTCCAGTTT AAAAACCTCT 
GTCATTGATT ATAATGTTCG AGCTGAAATT TTGTCCATGG GCATGGGCAT TGATAATCCA 
GAACACATAG AACAACTGAA AAAATTACGC GAAGATGCTA AGATACCAGC TTGTGAAGAA 
AGCCTAAGCC AGACCCCGCC GAGGGTGACA GGGACCAGTC CTGCTCAAGA CCAGGATCAT 
CCATCCGAGG AGCAGGGGGG GCAGGGGACG CCTCCAGCAG AAGATGCTGC TTGCCTGCAG 
AGCCCCCAGC CTGAGGACAC GGGTGCAGAA GGAGGGGCTG AGTCCAAGAC GAGCTCAGAA 
AACCAGAAGC CTGAAACTTT ATCTGGAAAC ACTGAAGGTG CCTTCATTAG CAGAACTGCA 
CAGCCGCCTC TGAAAAGCTT CCACCCACAA ATAAAATGGT TCCAAAAAGA AGATGTCGTC 
ATCTTAAAGA TAAGAATAAG GAATGTAAAG GACTACAAGT GTCAGTATTT AAGGGATAGA 
GTCGTTTTCA GTGCTTGGGT GGGAGACAAA TTTTACCTGG CTGATCTGGA GCTGCGGGGC 
AACATAAGGA AAGATGACTG CCAATGTGTG ATTAGAAACG ATGAACCTGT AATCACTCTG 
GCCAAAGAGA GAAGGGAGGC ATGGTGTCAC CTACTCAGAC AGAGGAACCC CAACGTGGCT 
TTTGATTTTG ATCACTGGGA AGACTGTGAA GAGGACAGCC ACTTCCCCAA GGTAGTGAAT 
TCTAAAAACC TGCCGTACAC AGTGACAGAG GTGGTTGAAG ACAGTAGCAG CACTTCAGAG 
GATGACGACA GTGAGAGTGA AAGAGAAGGT GAATGA

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

TDRD12 ( XM_017027459.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016882948.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu88809
Clone ID Related Accession (Same CDS sequence)	XM_017027459.2 , XM_017027459.1
Accession Version	XM_017027459.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3036bp) 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 TDRD12 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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##

ATGATTTTTG TGGGGGAGTT TTCTTCTCCC TACACTGTTT CTTTTTTTGC AGGGTGCATT 
ACTCGGTTTT TAAGGCTGGA GGCTTTCCTT AGATGTCATG CAGTCCTTGA TTGTCTGCCT 
GTATTTCAAC GTAGAGGCCC AGTGAGCCGA TTACTGCAGT TTTTAAATCC TGATCCTTTG 
AGAGCTGACG GAATCTCTGA TCTCCAGCAG TTGCAGAAGC TGAAGGGCCT GCAGCCGCCC 
GTGGTAGTGC TCCGGAACAA GATCAAGCCC TGCTTAACCA TTGACTCGTC GCCGCTGTCA 
GCAGACCTGA AGAAGGCTCT TCAAAGAAAT AAGTTTCCGG GCCCCAGCCA CACTGAATCT 
TACTCTTGGC CTCCCATAGC GCGTGGCTGT GATGTGGTTG TCATTTCTCA CTGTGAAAGC 
AACCCTTTGC TCTACCTCCT ACCAGTGTTG ACAGTTTTGC AAACAGGAGC CTGCTACAAG 
TCATTACCAA GTAGAAATGG ACCTCTCGCA GTCATCGTGT GCCCTGGGTG GAAGAAGGCC 
CAATTTATTT TTGAATTATT GGGAGAATAT AGCATGTCCT CCAGGCCTCT TCATCCTGTG 
CTATTAACAA TTGGGCTCCA TAAAGAGGAA GCCAAAAATA CAAAGCTTCC AAGGGGCTGT 
GATGTGATTG TTACGACCCC ATACAGCCTG CTGAGGCTTC TCGCCTGTCA GAGCCTGCTG 
TTCCTCAGGC TCTGCCACCT GATCCTGGAT GAGGTAGAGG TGCTATTCTT GGAAGCCAAT 
GAACAGATGT TTGCTATATT AGATAACTTT AAAAAAAATA TTGAAGTTGA AGAAAGGGAA 
TCTGCACCAC ATCAGATTGT TGCAGTTGGA GTTCATTGGA ACAAACATAT AGAACATCTC 
ATCAAAGAGT TCATGAATGA TCCCTACATT GTGATCACAG CCATGGAAGA GGCTGCTCTC 
TATGGCAATG TCCAACAGGT AGTACATCTT TGCCTAGAAT GTGAAAAAAC TTCTTCTTTA 
CTCCAAGCTC TTGATTTTAT TCCAAGTCAG GCACAAAAGA CCTTGATCTT CACCTGCTCT 
GTAGCTGAAA CAGAAATAGT GTGTAAGGTA GTAGAAAGCA GTTCAATATT TTGCTTGAAG 
ATGCATAAAG AAATGATTTT TAACTTACAA AATGTTTTAG AACAGTGGAA GAAGAAGTTA 
AGTTCTGGCT CTCAAATTAT ATTAGCCCTC ACAGACGACT GCGTCCCACT CTTGGCCATC 
ACCGATGCCA CGTGTGTGAT TCACTTCAGT TTCCCTGCCT CACCAAAAGT TTTTGGTGGA 
CGCCTGTATT GCATGTCTGA TCATTTTCAC GCTGAACAGG GTTCTCCTGC AGAACAGGGA 
GATAAGAAAG CCAAATCTGT CTTGCTGCTG ACGGAGAAAG ATGCGAGCCA TGCGGTGGGC 
GTCCTGCGCT ACTTGGAGCG AGCGGACGCC AAGGTCCCCG CAGAGCTGTA CGAGTTCACC 
GCAGGAGTTC TGGAAGCCAA AGAAGATAAG AAAGCCGGAA GGCCTCTTTG TCCATATCTG 
AAGGCTTTTG GTTTTTGCAA TCATTTCATT TTCAGAGACA AAAGGATCTG TCCTGACCGA 
CACCGTATTA ATCCAGAAAC GGACTTGCCC AGGAAACTGT CCAGCCAAGC CCTACCTTCA 
TTTGGATACA TTAAAATAAT ACCTTTTTAT ATTTTGAATG CAACAAATTA CTTTGGCCGT 
ATAGTTGATA AACACATGGA TCTTTATGCA ACTCTCAATG CTGAAATGAA TGAGTATTTT 
AAGGATTCTA ATAAAACAAC TGTGGAAAAG GTGGAGAAGT TTGGATTGTA TGGATTAGCA 
GAAAAAACGC TTTTTCACAG GGTTCAGGTG TTGGAAGTGA ACCAAAAAGA AGACGCCTGG 
GCCCTGGATG ACATCCTTGT AGAGTTCATC GATGAAGGCA GGACGGGGCT CGTCACAAGG 
GACCAGCTGC TGCATCTCCC AGAACATTTC CACACACTTC CCCCGCAGGC TGTGGAGTTT 
ATTGTCTGTA GGGTGAAACC TGCTGACAAC GAAATAGAAT GGAATCCGAA GGTTACTAGG 
TACATTCATC ATAAAATTGT TGGAAAATTG CATGATGCAA AAGTGATCCT GGCTTTGGGA 
AATACAGTTT GGATTGATCC AATGGTGCAC ATTACAAACC TTTCCAGTTT AAAAACCTCT 
GTCATTGATT ATAATGTTCG AGCTGAAATT TTGTCCATGG GCATGGGCAT TGATAATCCA 
GAACACATAG AACAACTGAA AAAATTACGC GAAGATGCTA AGATACCAGC TTGTGAAGAA 
AGCCTAAGCC AGACCCCGCC GAGGGTGACA GGGACCAGTC CTGCTCAAGA CCAGGATCAT 
CCATCCGAGG AGCAGGGGGG GCAGGGGACG CCTCCAGCAG AAGATGCTGC TTGCCTGCAG 
AGCCCCCAGC CTGAGGACAC GGGTGCAGAA GGAGGGGCTG AGTCCAAGAC GAGCTCAGAA 
AACCAGAAGC CTGAAACTTT ATCTGGAAAC ACTGAAGGTG CCTTCATTAG CAGAACTGCA 
CAGCCGCCTC TGAAAAGCTT CCACCCACAA ATAAAATGGT TCCAAAAAGA AGATGTCGTC 
ATCTTAAAGA TAAGAATAAG GAATGTAAAG GACTACAAGT GTCAGTATTT AAGGGATAGA 
GTCGTTTTCA GTGCTTGGGT GGGAGACAAA TTTTACCTGG CTGATCTGGA GCTGCGGGGC 
AACATAAGGA AAGATGACTG CCAATGTGTG ATTAGAAACG ATGAACCTGT AATCACTCTG 
GCCAAAGAGA GAAGGGAGGC ATGGTGTCAC CTACTCAGAC AGAGGAACCC CAACGTGGCT 
TTTGATTTTG ATCACTGGGA AGACTGTGAA GAGGACAGCC ACTTCCCCAA GGTAGTGAAT 
TCTAAAAACC TGCCGTACAC AGTGACAGAG GTGGTTGAAG ACAGTAGCAG CACTTCAGAG 
GATGACGACA GTGAGAGTGA AAGAGAAGGT GAATGA

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

RefSeq	XP_016882948.1
CDS	16..3051
Translation	MIFVGEFSSPYTVSFFAGCITRFLRLEAFLRCHAVLDCLPVFQRRGPVSRLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_017027459.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X8, mRNA.

Target ORF information:

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

XM_017027459.1

ORF Insert Sequence:

ATGATTTTTG TGGGGGAGTT TTCTTCTCCC TACACTGTTT CTTTTTTTGC AGGGTGCATT 
ACTCGGTTTT TAAGGCTGGA GGCTTTCCTT AGATGTCATG CAGTCCTTGA TTGTCTGCCT 
GTATTTCAAC GTAGAGGCCC AGTGAGCCGA TTACTGCAGT TTTTAAATCC TGATCCTTTG 
AGAGCTGACG GAATCTCTGA TCTCCAGCAG TTGCAGAAGC TGAAGGGCCT GCAGCCGCCC 
GTGGTAGTGC TCCGGAACAA GATCAAGCCC TGCTTAACCA TTGACTCGTC GCCGCTGTCA 
GCAGACCTGA AGAAGGCTCT TCAAAGAAAT AAGTTTCCGG GCCCCAGCCA CACTGAATCT 
TACTCTTGGC CTCCCATAGC GCGTGGCTGT GATGTGGTTG TCATTTCTCA CTGTGAAAGC 
AACCCTTTGC TCTACCTCCT ACCAGTGTTG ACAGTTTTGC AAACAGGAGC CTGCTACAAG 
TCATTACCAA GTAGAAATGG ACCTCTCGCA GTCATCGTGT GCCCTGGGTG GAAGAAGGCC 
CAATTTATTT TTGAATTATT GGGAGAATAT AGCATGTCCT CCAGGCCTCT TCATCCTGTG 
CTATTAACAA TTGGGCTCCA TAAAGAGGAA GCCAAAAATA CAAAGCTTCC AAGGGGCTGT 
GATGTGATTG TTACGACCCC ATACAGCCTG CTGAGGCTTC TCGCCTGTCA GAGCCTGCTG 
TTCCTCAGGC TCTGCCACCT GATCCTGGAT GAGGTAGAGG TGCTATTCTT GGAAGCCAAT 
GAACAGATGT TTGCTATATT AGATAACTTT AAAAAAAATA TTGAAGTTGA AGAAAGGGAA 
TCTGCACCAC ATCAGATTGT TGCAGTTGGA GTTCATTGGA ACAAACATAT AGAACATCTC 
ATCAAAGAGT TCATGAATGA TCCCTACATT GTGATCACAG CCATGGAAGA GGCTGCTCTC 
TATGGCAATG TCCAACAGGT AGTACATCTT TGCCTAGAAT GTGAAAAAAC TTCTTCTTTA 
CTCCAAGCTC TTGATTTTAT TCCAAGTCAG GCACAAAAGA CCTTGATCTT CACCTGCTCT 
GTAGCTGAAA CAGAAATAGT GTGTAAGGTA GTAGAAAGCA GTTCAATATT TTGCTTGAAG 
ATGCATAAAG AAATGATTTT TAACTTACAA AATGTTTTAG AACAGTGGAA GAAGAAGTTA 
AGTTCTGGCT CTCAAATTAT ATTAGCCCTC ACAGACGACT GCGTCCCACT CTTGGCCATC 
ACCGATGCCA CGTGTGTGAT TCACTTCAGT TTCCCTGCCT CACCAAAAGT TTTTGGTGGA 
CGCCTGTATT GCATGTCTGA TCATTTTCAC GCTGAACAGG GTTCTCCTGC AGAACAGGGA 
GATAAGAAAG CCAAATCTGT CTTGCTGCTG ACGGAGAAAG ATGCGAGCCA TGCGGTGGGC 
GTCCTGCGCT ACTTGGAGCG AGCGGACGCC AAGGTCCCCG CAGAGCTGTA CGAGTTCACC 
GCAGGAGTTC TGGAAGCCAA AGAAGATAAG AAAGCCGGAA GGCCTCTTTG TCCATATCTG 
AAGGCTTTTG GTTTTTGCAA TCATTTCATT TTCAGAGACA AAAGGATCTG TCCTGACCGA 
CACCGTATTA ATCCAGAAAC GGACTTGCCC AGGAAACTGT CCAGCCAAGC CCTACCTTCA 
TTTGGATACA TTAAAATAAT ACCTTTTTAT ATTTTGAATG CAACAAATTA CTTTGGCCGT 
ATAGTTGATA AACACATGGA TCTTTATGCA ACTCTCAATG CTGAAATGAA TGAGTATTTT 
AAGGATTCTA ATAAAACAAC TGTGGAAAAG GTGGAGAAGT TTGGATTGTA TGGATTAGCA 
GAAAAAACGC TTTTTCACAG GGTTCAGGTG TTGGAAGTGA ACCAAAAAGA AGACGCCTGG 
GCCCTGGATG ACATCCTTGT AGAGTTCATC GATGAAGGCA GGACGGGGCT CGTCACAAGG 
GACCAGCTGC TGCATCTCCC AGAACATTTC CACACACTTC CCCCGCAGGC TGTGGAGTTT 
ATTGTCTGTA GGGTGAAACC TGCTGACAAC GAAATAGAAT GGAATCCGAA GGTTACTAGG 
TACATTCATC ATAAAATTGT TGGAAAATTG CATGATGCAA AAGTGATCCT GGCTTTGGGA 
AATACAGTTT GGATTGATCC AATGGTGCAC ATTACAAACC TTTCCAGTTT AAAAACCTCT 
GTCATTGATT ATAATGTTCG AGCTGAAATT TTGTCCATGG GCATGGGCAT TGATAATCCA 
GAACACATAG AACAACTGAA AAAATTACGC GAAGATGCTA AGATACCAGC TTGTGAAGAA 
AGCCTAAGCC AGACCCCGCC GAGGGTGACA GGGACCAGTC CTGCTCAAGA CCAGGATCAT 
CCATCCGAGG AGCAGGGGGG GCAGGGGACG CCTCCAGCAG AAGATGCTGC TTGCCTGCAG 
AGCCCCCAGC CTGAGGACAC GGGTGCAGAA GGAGGGGCTG AGTCCAAGAC GAGCTCAGAA 
AACCAGAAGC CTGAAACTTT ATCTGGAAAC ACTGAAGGTG CCTTCATTAG CAGAACTGCA 
CAGCCGCCTC TGAAAAGCTT CCACCCACAA ATAAAATGGT TCCAAAAAGA AGATGTCGTC 
ATCTTAAAGA TAAGAATAAG GAATGTAAAG GACTACAAGT GTCAGTATTT AAGGGATAGA 
GTCGTTTTCA GTGCTTGGGT GGGAGACAAA TTTTACCTGG CTGATCTGGA GCTGCGGGGC 
AACATAAGGA AAGATGACTG CCAATGTGTG ATTAGAAACG ATGAACCTGT AATCACTCTG 
GCCAAAGAGA GAAGGGAGGC ATGGTGTCAC CTACTCAGAC AGAGGAACCC CAACGTGGCT 
TTTGATTTTG ATCACTGGGA AGACTGTGAA GAGGACAGCC ACTTCCCCAA GGTAGTGAAT 
TCTAAAAACC TGCCGTACAC AGTGACAGAG GTGGTTGAAG ACAGTAGCAG CACTTCAGAG 
GATGACGACA GTGAGAGTGA AAGAGAAGGT GAATGA

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

TDRD12 ( NM_001366102.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001353031.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 1, mRNA.

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CloneID	OHu74354
Clone ID Related Accession (Same CDS sequence)	NM_001366102.1 , XM_011527472.2
Accession Version	NM_001366102.1 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	2019-04-30
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD12 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC008736.6 and AC008805.8. On Sep 22, 2018 this sequence version replaced XM_011527472.3. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2145245 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AAAGACAAAA GGATCTGTCC TGACCGACAC 
CGTATTAATC CAGAAACGGA CTTGCCCAGG AAACTGTCCA GCCAAGCCCT ACCTTCATTT 
GGATACATTA AAATAATACC TTTTTATATT TTGAATGCAA CAAATTACTT TGGCCGTATA 
GTTGATAAAC ACATGGATCT TTATGCAACT CTCAATGCTG AAATGAATGA GTATTTTAAG 
GATTCTAATA AAACAACTGT GGAAAAGGTG GAGAAGTTTG GATTGTATGG ATTAGCAGAA 
AAAACGCTTT TTCACAGGGT TCAGGTGTTG GAAGTGAACC AAAAAGAAGA CGCCTGGGCC 
CTGGATGACA TCCTTGTAGA GTTCATCGAT GAAGGCAGGA CGGGGCTCGT CACAAGGGAC 
CAGCTGCTGC ATCTCCCAGA ACATTTCCAC ACACTTCCCC CGCAGGCTGT GGAGTTTATT 
GTCTGTAGGG TGAAACCTGC TGACAACGAA ATAGAATGGA ATCCGAAGGT TACTAGGTAC 
ATTCATCATA AAATTGTTGG AAAATTGCAT GATGCAAAAG TGATCCTGGC TTTGGGAAAT 
ACAGTTTGGA TTGATCCAAT GGTGCACATT ACAAACCTTT CCAGTTTAAA AACCTCTGTC 
ATTGATTATA ATGTTCGAGC TGAAATTTTG TCCATGGGCA TGGGCATTGA TAATCCAGAA 
CACATAGAAC AACTGAAAAA ATTACGCGAA GATGCTAAGA TACCAGCTTG TGAAGAAAGC 
CTAAGCCAGA CCCCGCCGAG GGTGACAGGG ACCAGTCCTG CTCAAGACCA GGATCATCCA 
TCCGAGGAGC AGGGGGGGCA GGGGACGCCT CCAGCAGAAG ATGCTGCTTG CCTGCAGAGC 
CCCCAGCCTG AGGACACGGG TGCAGAAGGA GGGGCTGAGT CCAAGACGAG CTCAGAAAAC 
CAGAAGCCTG AAACTTTATC TGGAAACACT GAAGGTGCCT TCATTAGCAG AACTGCACAG 
CCGCCTCTGA AAAGCTTCCA CCCACAAATA AAATGGTTCC AAAAAGAAGA TGTCGTCATC 
TTAAAGATAA GAATAAGGAA TGTAAAGGAC TACAAGTGTC AGTATTTAAG GGATAGAGTC 
GTTTTCAGTG CTTGGGTGGG AGACAAATTT TACCTGGCTG ATCTGGAGCT GCGGGGCAAC 
ATAAGGAAAG ATGACTGCCA ATGTGTGATT AGAAACGATG AACCTGTAAT CACTCTGGCC 
AAAGAGAGAA GGGAGGCATG GTGTCACCTA CTCAGACAGA GGAACCCCAA CGTGGCTTTT 
GATTTTGATC ACTGGGAAGA CTGTGAAGAG GACAGCCACT TCCCCAAGGT AGTGAATTCT 
AAAAACCTGC CGTACACAGT GACAGAGGTG GTTGAAGACA GTAGCAGCAC TTCAGAGGAT 
GACGACAGTG AGAGTGAAAG AGAAGGTGAA TGA

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

RefSeq	NP_001353031.1
CDS	307..4299
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCKDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	NM_001366102.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant 1, mRNA.

Target ORF information:

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

NM_001366102.1

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AAAGACAAAA GGATCTGTCC TGACCGACAC 
CGTATTAATC CAGAAACGGA CTTGCCCAGG AAACTGTCCA GCCAAGCCCT ACCTTCATTT 
GGATACATTA AAATAATACC TTTTTATATT TTGAATGCAA CAAATTACTT TGGCCGTATA 
GTTGATAAAC ACATGGATCT TTATGCAACT CTCAATGCTG AAATGAATGA GTATTTTAAG 
GATTCTAATA AAACAACTGT GGAAAAGGTG GAGAAGTTTG GATTGTATGG ATTAGCAGAA 
AAAACGCTTT TTCACAGGGT TCAGGTGTTG GAAGTGAACC AAAAAGAAGA CGCCTGGGCC 
CTGGATGACA TCCTTGTAGA GTTCATCGAT GAAGGCAGGA CGGGGCTCGT CACAAGGGAC 
CAGCTGCTGC ATCTCCCAGA ACATTTCCAC ACACTTCCCC CGCAGGCTGT GGAGTTTATT 
GTCTGTAGGG TGAAACCTGC TGACAACGAA ATAGAATGGA ATCCGAAGGT TACTAGGTAC 
ATTCATCATA AAATTGTTGG AAAATTGCAT GATGCAAAAG TGATCCTGGC TTTGGGAAAT 
ACAGTTTGGA TTGATCCAAT GGTGCACATT ACAAACCTTT CCAGTTTAAA AACCTCTGTC 
ATTGATTATA ATGTTCGAGC TGAAATTTTG TCCATGGGCA TGGGCATTGA TAATCCAGAA 
CACATAGAAC AACTGAAAAA ATTACGCGAA GATGCTAAGA TACCAGCTTG TGAAGAAAGC 
CTAAGCCAGA CCCCGCCGAG GGTGACAGGG ACCAGTCCTG CTCAAGACCA GGATCATCCA 
TCCGAGGAGC AGGGGGGGCA GGGGACGCCT CCAGCAGAAG ATGCTGCTTG CCTGCAGAGC 
CCCCAGCCTG AGGACACGGG TGCAGAAGGA GGGGCTGAGT CCAAGACGAG CTCAGAAAAC 
CAGAAGCCTG AAACTTTATC TGGAAACACT GAAGGTGCCT TCATTAGCAG AACTGCACAG 
CCGCCTCTGA AAAGCTTCCA CCCACAAATA AAATGGTTCC AAAAAGAAGA TGTCGTCATC 
TTAAAGATAA GAATAAGGAA TGTAAAGGAC TACAAGTGTC AGTATTTAAG GGATAGAGTC 
GTTTTCAGTG CTTGGGTGGG AGACAAATTT TACCTGGCTG ATCTGGAGCT GCGGGGCAAC 
ATAAGGAAAG ATGACTGCCA ATGTGTGATT AGAAACGATG AACCTGTAAT CACTCTGGCC 
AAAGAGAGAA GGGAGGCATG GTGTCACCTA CTCAGACAGA GGAACCCCAA CGTGGCTTTT 
GATTTTGATC ACTGGGAAGA CTGTGAAGAG GACAGCCACT TCCCCAAGGT AGTGAATTCT 
AAAAACCTGC CGTACACAGT GACAGAGGTG GTTGAAGACA GTAGCAGCAC TTCAGAGGAT 
GACGACAGTG AGAGTGAAAG AGAAGGTGAA TGA

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

TDRD12 ( XM_011527472.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525774.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu74354
Clone ID Related Accession (Same CDS sequence)	NM_001366102.1 , XM_011527472.2
Accession Version	XM_011527472.2 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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD12 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527472.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AAAGACAAAA GGATCTGTCC TGACCGACAC 
CGTATTAATC CAGAAACGGA CTTGCCCAGG AAACTGTCCA GCCAAGCCCT ACCTTCATTT 
GGATACATTA AAATAATACC TTTTTATATT TTGAATGCAA CAAATTACTT TGGCCGTATA 
GTTGATAAAC ACATGGATCT TTATGCAACT CTCAATGCTG AAATGAATGA GTATTTTAAG 
GATTCTAATA AAACAACTGT GGAAAAGGTG GAGAAGTTTG GATTGTATGG ATTAGCAGAA 
AAAACGCTTT TTCACAGGGT TCAGGTGTTG GAAGTGAACC AAAAAGAAGA CGCCTGGGCC 
CTGGATGACA TCCTTGTAGA GTTCATCGAT GAAGGCAGGA CGGGGCTCGT CACAAGGGAC 
CAGCTGCTGC ATCTCCCAGA ACATTTCCAC ACACTTCCCC CGCAGGCTGT GGAGTTTATT 
GTCTGTAGGG TGAAACCTGC TGACAACGAA ATAGAATGGA ATCCGAAGGT TACTAGGTAC 
ATTCATCATA AAATTGTTGG AAAATTGCAT GATGCAAAAG TGATCCTGGC TTTGGGAAAT 
ACAGTTTGGA TTGATCCAAT GGTGCACATT ACAAACCTTT CCAGTTTAAA AACCTCTGTC 
ATTGATTATA ATGTTCGAGC TGAAATTTTG TCCATGGGCA TGGGCATTGA TAATCCAGAA 
CACATAGAAC AACTGAAAAA ATTACGCGAA GATGCTAAGA TACCAGCTTG TGAAGAAAGC 
CTAAGCCAGA CCCCGCCGAG GGTGACAGGG ACCAGTCCTG CTCAAGACCA GGATCATCCA 
TCCGAGGAGC AGGGGGGGCA GGGGACGCCT CCAGCAGAAG ATGCTGCTTG CCTGCAGAGC 
CCCCAGCCTG AGGACACGGG TGCAGAAGGA GGGGCTGAGT CCAAGACGAG CTCAGAAAAC 
CAGAAGCCTG AAACTTTATC TGGAAACACT GAAGGTGCCT TCATTAGCAG AACTGCACAG 
CCGCCTCTGA AAAGCTTCCA CCCACAAATA AAATGGTTCC AAAAAGAAGA TGTCGTCATC 
TTAAAGATAA GAATAAGGAA TGTAAAGGAC TACAAGTGTC AGTATTTAAG GGATAGAGTC 
GTTTTCAGTG CTTGGGTGGG AGACAAATTT TACCTGGCTG ATCTGGAGCT GCGGGGCAAC 
ATAAGGAAAG ATGACTGCCA ATGTGTGATT AGAAACGATG AACCTGTAAT CACTCTGGCC 
AAAGAGAGAA GGGAGGCATG GTGTCACCTA CTCAGACAGA GGAACCCCAA CGTGGCTTTT 
GATTTTGATC ACTGGGAAGA CTGTGAAGAG GACAGCCACT TCCCCAAGGT AGTGAATTCT 
AAAAACCTGC CGTACACAGT GACAGAGGTG GTTGAAGACA GTAGCAGCAC TTCAGAGGAT 
GACGACAGTG AGAGTGAAAG AGAAGGTGAA TGA

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

RefSeq	XP_011525774.1
CDS	61..4053
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCKDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527472.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X2, mRNA.

Target ORF information:

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

XM_011527472.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AAAGACAAAA GGATCTGTCC TGACCGACAC 
CGTATTAATC CAGAAACGGA CTTGCCCAGG AAACTGTCCA GCCAAGCCCT ACCTTCATTT 
GGATACATTA AAATAATACC TTTTTATATT TTGAATGCAA CAAATTACTT TGGCCGTATA 
GTTGATAAAC ACATGGATCT TTATGCAACT CTCAATGCTG AAATGAATGA GTATTTTAAG 
GATTCTAATA AAACAACTGT GGAAAAGGTG GAGAAGTTTG GATTGTATGG ATTAGCAGAA 
AAAACGCTTT TTCACAGGGT TCAGGTGTTG GAAGTGAACC AAAAAGAAGA CGCCTGGGCC 
CTGGATGACA TCCTTGTAGA GTTCATCGAT GAAGGCAGGA CGGGGCTCGT CACAAGGGAC 
CAGCTGCTGC ATCTCCCAGA ACATTTCCAC ACACTTCCCC CGCAGGCTGT GGAGTTTATT 
GTCTGTAGGG TGAAACCTGC TGACAACGAA ATAGAATGGA ATCCGAAGGT TACTAGGTAC 
ATTCATCATA AAATTGTTGG AAAATTGCAT GATGCAAAAG TGATCCTGGC TTTGGGAAAT 
ACAGTTTGGA TTGATCCAAT GGTGCACATT ACAAACCTTT CCAGTTTAAA AACCTCTGTC 
ATTGATTATA ATGTTCGAGC TGAAATTTTG TCCATGGGCA TGGGCATTGA TAATCCAGAA 
CACATAGAAC AACTGAAAAA ATTACGCGAA GATGCTAAGA TACCAGCTTG TGAAGAAAGC 
CTAAGCCAGA CCCCGCCGAG GGTGACAGGG ACCAGTCCTG CTCAAGACCA GGATCATCCA 
TCCGAGGAGC AGGGGGGGCA GGGGACGCCT CCAGCAGAAG ATGCTGCTTG CCTGCAGAGC 
CCCCAGCCTG AGGACACGGG TGCAGAAGGA GGGGCTGAGT CCAAGACGAG CTCAGAAAAC 
CAGAAGCCTG AAACTTTATC TGGAAACACT GAAGGTGCCT TCATTAGCAG AACTGCACAG 
CCGCCTCTGA AAAGCTTCCA CCCACAAATA AAATGGTTCC AAAAAGAAGA TGTCGTCATC 
TTAAAGATAA GAATAAGGAA TGTAAAGGAC TACAAGTGTC AGTATTTAAG GGATAGAGTC 
GTTTTCAGTG CTTGGGTGGG AGACAAATTT TACCTGGCTG ATCTGGAGCT GCGGGGCAAC 
ATAAGGAAAG ATGACTGCCA ATGTGTGATT AGAAACGATG AACCTGTAAT CACTCTGGCC 
AAAGAGAGAA GGGAGGCATG GTGTCACCTA CTCAGACAGA GGAACCCCAA CGTGGCTTTT 
GATTTTGATC ACTGGGAAGA CTGTGAAGAG GACAGCCACT TCCCCAAGGT AGTGAATTCT 
AAAAACCTGC CGTACACAGT GACAGAGGTG GTTGAAGACA GTAGCAGCAC TTCAGAGGAT 
GACGACAGTG AGAGTGAAAG AGAAGGTGAA TGA

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

TDRD12 ( XM_011527473.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525775.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu74355
Clone ID Related Accession (Same CDS sequence)	XM_011527473.2 , XM_011527473.3
Accession Version	XM_011527473.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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 TDRD12 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527473.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTGACAG AGGTGGTTGA AGACAGTAGC AGCACTTCAG AGGATGACGA CAGTGAGAGT 
GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525775.1
CDS	61..4038
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527473.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.

Target ORF information:

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

XM_011527473.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTGACAG AGGTGGTTGA AGACAGTAGC AGCACTTCAG AGGATGACGA CAGTGAGAGT 
GAAAGAGAAG GTGAATGA

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

TDRD12 ( XM_011527473.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525775.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.

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CloneID	OHu74355
Clone ID Related Accession (Same CDS sequence)	XM_011527473.2 , XM_011527473.3
Accession Version	XM_011527473.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527473.2. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTGACAG AGGTGGTTGA AGACAGTAGC AGCACTTCAG AGGATGACGA CAGTGAGAGT 
GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525775.1
CDS	61..4038
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527473.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X3, mRNA.

Target ORF information:

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

XM_011527473.3

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTGACAG AGGTGGTTGA AGACAGTAGC AGCACTTCAG AGGATGACGA CAGTGAGAGT 
GAAAGAGAAG GTGAATGA

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

TDRD12 ( XM_011527474.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525776.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu74356
Clone ID Related Accession (Same CDS sequence)	XM_011527474.3 , XM_011527474.2
Accession Version	XM_011527474.3 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	putative ATP-dependent RNA helicase TDRD12 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527474.2. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525776.1
CDS	61..3948
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKKPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527474.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.

Target ORF information:

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

XM_011527474.3

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

TDRD12 ( XM_011527474.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525776.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu74356
Clone ID Related Accession (Same CDS sequence)	XM_011527474.3 , XM_011527474.2
Accession Version	XM_011527474.2	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	2016-06-05
Organism	Homo sapiens(human)
Product	putative ATP-dependent RNA helicase TDRD12 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527474.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525776.1
CDS	61..3948
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKKPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527474.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X4, mRNA.

Target ORF information:

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

XM_011527474.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

TDRD12 ( XM_011527475.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525777.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X5, mRNA.

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CloneID	OHu74357
Clone ID Related Accession (Same CDS sequence)	XM_011527475.2
Accession Version	XM_011527475.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527475.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGTAG

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

RefSeq	XP_011525777.1
CDS	61..3900
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQR

Target ORF information:

RefSeq Version	XM_011527475.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X5, mRNA.

Target ORF information:

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

XM_011527475.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGTAG

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

TDRD12 ( XM_011527476.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525778.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X7, mRNA.

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CloneID	OHu74358
Clone ID Related Accession (Same CDS sequence)	XM_011527476.2
Accession Version	XM_011527476.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3522bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527476.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGCTTCC ACCCACAAAT AA

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

RefSeq	XP_011525778.1
CDS	61..3582
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPASTHK

Target ORF information:

RefSeq Version	XM_011527476.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X7, mRNA.

Target ORF information:

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

XM_011527476.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGCTTCC ACCCACAAAT AA

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

TDRD12 ( XM_011527471.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525773.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu74353
Clone ID Related Accession (Same CDS sequence)	XM_011527471.2 , XM_011527471.3
Accession Version	XM_011527471.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4008bp) 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 TDRD12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527471.1. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525773.1
CDS	61..4068
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527471.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.

Target ORF information:

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

XM_011527471.2

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

TDRD12 ( XM_011527471.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011525773.1 Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.

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CloneID	OHu74353
Clone ID Related Accession (Same CDS sequence)	XM_011527471.2 , XM_011527471.3
Accession Version	XM_011527471.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4008bp) 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	putative ATP-dependent RNA helicase TDRD12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) 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_011527471.2. ##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##

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

RefSeq	XP_011525773.1
CDS	61..4068
Translation	MLQLLVLKIEDPGCFWVIIKGCSPFLDHDVDYQKLNSAMNDFYNSTCQDIEIKPLTLEEGQVCVVYCEELKCWCRAIVKSITSSADQYLAECFLVDFAKNIPVKSKNIRVVVESFMQLPYRAKKFSLYCTKPVTLHIDFCRDSTDIVPAKKWDNAAIQYFQNLLKATTQVEARLCAVEEDTFEVYLYVTIKDEKVCVNDDLVAKNYACYMSPTKNKNLDYLEKPRLNIKSAPSFNKLNPALTLWPMFLQGKDVQGMEDSHGVNFPAQSLQHTWCKGIVGDLRPTATAQDKAVKCNMDSLRDSPKDKSEKKHHCISLKDTNKRVESSVYWPAKRGITIYADPDVPEASALSQKSNEKPLRLTEKKEYDEKNSCVKLLQFLNPDPLRADGISDLQQLQKLKGLQPPVVVLRNKIKPCLTIDSSPLSADLKKALQRNKFPGPSHTESYSWPPIARGCDVVVISHCESNPLLYLLPVLTVLQTGACYKSLPSRNGPLAVIVCPGWKKAQFIFELLGEYSMSSRPLHPVLLTIGLHKEEAKNTKLPRGCDVIVTTPYSLLRLLACQSLLFLRLCHLILDEVEVLFLEANEQMFAILDNFKKNIEVEERESAPHQIVAVGVHWNKHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLECEKTSSLLQALDFIPSQAQKTLIFTCSVAETEIVCKVVESSSIFCLKMHKEMIFNLQNVLEQWKKKLSSGSQIILALTDDCVPLLAITDATCVIHFSFPASPKVFGGRLYCMSDHFHAEQGSPAEQGDKKAKSVLLLTEKDASHAVGVLRYLERADAKVPAELYEFTAGVLEAKEDKKAGRPLCPYLKAFGFCNHFIFRDKRICPDRHRINPETDLPRKLSSQALPSFGYIKIIPFYILNATNYFGRIVDKHMDLYATLNAEMNEYFKDSNKTTVEKVEKFGLYGLAEKTLFHRVQVLEVNQKEDAWALDDILVEFIDEGRTGLVTRDQLLHLPEHFHTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIVGKLHDAKVILALGNTVWIDPMVHITNLSSLKTSVIDYNVRAEILSMGMGIDNPEHIEQLKKLREDAKIPACEESLSQTPPRVTGTSPAQDQDHPSEEQGGQGTPPAEDAACLQSPQPEDTGAEGGAESKTSSENQKPETLSGNTEGAFISRTAQPPLKSFHPQIKWFQKEDVVILKIRIRNVKDYKCQYLRDRVVFSAWVGDKFYLADLELRGNIRKDDCQCVIRNDEPVITLAKERREAWCHLLRQRNPNVAFDFDHWEDCEEDSHFPKVVNSKNLPYTVTEVVEDSSSTSEDDDSESEREGE

Target ORF information:

RefSeq Version	XM_011527471.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 12 (TDRD12), transcript variant X1, mRNA.

Target ORF information:

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

XM_011527471.3

ORF Insert Sequence:

ATGCTCCAGC TCCTGGTGCT GAAGATTGAA GATCCAGGTT GCTTCTGGGT TATTATAAAA 
GGGTGTAGTC CCTTTTTAGA TCATGATGTC GATTATCAAA AATTAAATAG TGCCATGAAT 
GACTTCTACA ACAGCACGTG TCAAGATATA GAAATAAAAC CCTTAACATT GGAAGAAGGA 
CAGGTGTGTG TGGTCTATTG TGAGGAGCTA AAGTGCTGGT GCAGGGCCAT TGTCAAATCA 
ATTACGTCTT CCGCAGACCA GTACCTGGCA GAATGTTTCC TTGTGGACTT TGCCAAGAAC 
ATTCCAGTCA AATCTAAAAA CATCCGAGTT GTAGTAGAAT CGTTTATGCA GCTTCCCTAT 
AGAGCAAAAA AATTCAGCCT GTACTGCACA AAGCCTGTCA CATTACACAT TGACTTCTGC 
CGAGACAGTA CTGACATTGT ACCTGCCAAG AAGTGGGACA ATGCAGCTAT TCAGTACTTT 
CAGAACCTTC TGAAAGCAAC TACCCAGGTG GAAGCCAGAT TATGTGCTGT GGAAGAAGAT 
ACATTTGAGG TTTACCTTTA TGTAACTATA AAAGATGAAA AAGTTTGTGT TAATGATGAT 
CTTGTTGCAA AGAACTATGC TTGTTATATG TCACCTACAA AGAATAAAAA CCTTGATTAT 
TTAGAAAAAC CAAGATTGAA TATAAAATCA GCACCCTCCT TCAATAAACT CAATCCAGCA 
CTTACACTCT GGCCAATGTT TTTGCAAGGA AAAGATGTTC AAGGAATGGA AGATTCACAT 
GGTGTAAATT TTCCGGCACA ATCTCTGCAA CATACATGGT GCAAGGGTAT TGTCGGTGAC 
CTCAGGCCAA CAGCCACAGC ACAGGACAAA GCTGTAAAAT GTAATATGGA TTCATTGAGA 
GATTCACCTA AAGACAAATC TGAAAAGAAA CACCATTGCA TCTCTTTAAA AGATACAAAT 
AAGCGTGTTG AATCCTCAGT GTACTGGCCA GCAAAAAGAG GCATAACCAT ATATGCTGAT 
CCAGATGTAC CAGAAGCAAG TGCTTTAAGT CAGAAGTCAA ATGAGAAACC TCTTAGATTG 
ACTGAGAAGA AAGAATATGA TGAGAAGAAT AGCTGTGTGA AATTACTGCA GTTTTTAAAT 
CCTGATCCTT TGAGAGCTGA CGGAATCTCT GATCTCCAGC AGTTGCAGAA GCTGAAGGGC 
CTGCAGCCGC CCGTGGTAGT GCTCCGGAAC AAGATCAAGC CCTGCTTAAC CATTGACTCG 
TCGCCGCTGT CAGCAGACCT GAAGAAGGCT CTTCAAAGAA ATAAGTTTCC GGGCCCCAGC 
CACACTGAAT CTTACTCTTG GCCTCCCATA GCGCGTGGCT GTGATGTGGT TGTCATTTCT 
CACTGTGAAA GCAACCCTTT GCTCTACCTC CTACCAGTGT TGACAGTTTT GCAAACAGGA 
GCCTGCTACA AGTCATTACC AAGTAGAAAT GGACCTCTCG CAGTCATCGT GTGCCCTGGG 
TGGAAGAAGG CCCAATTTAT TTTTGAATTA TTGGGAGAAT ATAGCATGTC CTCCAGGCCT 
CTTCATCCTG TGCTATTAAC AATTGGGCTC CATAAAGAGG AAGCCAAAAA TACAAAGCTT 
CCAAGGGGCT GTGATGTGAT TGTTACGACC CCATACAGCC TGCTGAGGCT TCTCGCCTGT 
CAGAGCCTGC TGTTCCTCAG GCTCTGCCAC CTGATCCTGG ATGAGGTAGA GGTGCTATTC 
TTGGAAGCCA ATGAACAGAT GTTTGCTATA TTAGATAACT TTAAAAAAAA TATTGAAGTT 
GAAGAAAGGG AATCTGCACC ACATCAGATT GTTGCAGTTG GAGTTCATTG GAACAAACAT 
ATAGAACATC TCATCAAAGA GTTCATGAAT GATCCCTACA TTGTGATCAC AGCCATGGAA 
GAGGCTGCTC TCTATGGCAA TGTCCAACAG GTAGTACATC TTTGCCTAGA ATGTGAAAAA 
ACTTCTTCTT TACTCCAAGC TCTTGATTTT ATTCCAAGTC AGGCACAAAA GACCTTGATC 
TTCACCTGCT CTGTAGCTGA AACAGAAATA GTGTGTAAGG TAGTAGAAAG CAGTTCAATA 
TTTTGCTTGA AGATGCATAA AGAAATGATT TTTAACTTAC AAAATGTTTT AGAACAGTGG 
AAGAAGAAGT TAAGTTCTGG CTCTCAAATT ATATTAGCCC TCACAGACGA CTGCGTCCCA 
CTCTTGGCCA TCACCGATGC CACGTGTGTG ATTCACTTCA GTTTCCCTGC CTCACCAAAA 
GTTTTTGGTG GACGCCTGTA TTGCATGTCT GATCATTTTC ACGCTGAACA GGGTTCTCCT 
GCAGAACAGG GAGATAAGAA AGCCAAATCT GTCTTGCTGC TGACGGAGAA AGATGCGAGC 
CATGCGGTGG GCGTCCTGCG CTACTTGGAG CGAGCGGACG CCAAGGTCCC CGCAGAGCTG 
TACGAGTTCA CCGCAGGAGT TCTGGAAGCC AAAGAAGATA AGAAAGCCGG AAGGCCTCTT 
TGTCCATATC TGAAGGCTTT TGGTTTTTGC AATCATTTCA TTTTCAGAGA CAAAAGGATC 
TGTCCTGACC GACACCGTAT TAATCCAGAA ACGGACTTGC CCAGGAAACT GTCCAGCCAA 
GCCCTACCTT CATTTGGATA CATTAAAATA ATACCTTTTT ATATTTTGAA TGCAACAAAT 
TACTTTGGCC GTATAGTTGA TAAACACATG GATCTTTATG CAACTCTCAA TGCTGAAATG 
AATGAGTATT TTAAGGATTC TAATAAAACA ACTGTGGAAA AGGTGGAGAA GTTTGGATTG 
TATGGATTAG CAGAAAAAAC GCTTTTTCAC AGGGTTCAGG TGTTGGAAGT GAACCAAAAA 
GAAGACGCCT GGGCCCTGGA TGACATCCTT GTAGAGTTCA TCGATGAAGG CAGGACGGGG 
CTCGTCACAA GGGACCAGCT GCTGCATCTC CCAGAACATT TCCACACACT TCCCCCGCAG 
GCTGTGGAGT TTATTGTCTG TAGGGTGAAA CCTGCTGACA ACGAAATAGA ATGGAATCCG 
AAGGTTACTA GGTACATTCA TCATAAAATT GTTGGAAAAT TGCATGATGC AAAAGTGATC 
CTGGCTTTGG GAAATACAGT TTGGATTGAT CCAATGGTGC ACATTACAAA CCTTTCCAGT 
TTAAAAACCT CTGTCATTGA TTATAATGTT CGAGCTGAAA TTTTGTCCAT GGGCATGGGC 
ATTGATAATC CAGAACACAT AGAACAACTG AAAAAATTAC GCGAAGATGC TAAGATACCA 
GCTTGTGAAG AAAGCCTAAG CCAGACCCCG CCGAGGGTGA CAGGGACCAG TCCTGCTCAA 
GACCAGGATC ATCCATCCGA GGAGCAGGGG GGGCAGGGGA CGCCTCCAGC AGAAGATGCT 
GCTTGCCTGC AGAGCCCCCA GCCTGAGGAC ACGGGTGCAG AAGGAGGGGC TGAGTCCAAG 
ACGAGCTCAG AAAACCAGAA GCCTGAAACT TTATCTGGAA ACACTGAAGG TGCCTTCATT 
AGCAGAACTG CACAGCCGCC TCTGAAAAGC TTCCACCCAC AAATAAAATG GTTCCAAAAA 
GAAGATGTCG TCATCTTAAA GATAAGAATA AGGAATGTAA AGGACTACAA GTGTCAGTAT 
TTAAGGGATA GAGTCGTTTT CAGTGCTTGG GTGGGAGACA AATTTTACCT GGCTGATCTG 
GAGCTGCGGG GCAACATAAG GAAAGATGAC TGCCAATGTG TGATTAGAAA CGATGAACCT 
GTAATCACTC TGGCCAAAGA GAGAAGGGAG GCATGGTGTC ACCTACTCAG ACAGAGGAAC 
CCCAACGTGG CTTTTGATTT TGATCACTGG GAAGACTGTG AAGAGGACAG CCACTTCCCC 
AAGGTAGTGA ATTCTAAAAA CCTGCCGTAC ACAGTGACAG AGGTGGTTGA AGACAGTAGC 
AGCACTTCAG AGGATGACGA CAGTGAGAGT GAAAGAGAAG GTGAATGA

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

Gene Symbol	TDRD12
Entrez Gene ID	91646
Full Name	tudor domain containing 12
Synonyms	ECAT8
General protein information	Preferred Names tudor domain containing 12 Names putative ATP-dependent RNA helicase TDRD12 ES cell associated transcript 8 ES cell-associated transcript 8 protein tudor domain-containing protein 12
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 19 Map Location: 19q13.11

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

Pan troglodytes (chimpanzee)	TDRD12	XP_512568.3
Homo sapiens (human)	TDRD12	NP_001104292.1

TDRD12 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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