TDRD1 cDNA ORF clone, Ochotona princeps(American pika)

Gene
Clones
gRNAs

Summary

Gene Symbol	TDRD1
Entrez Gene ID	101527784
Full Name	tudor domain containing 1
Gene Type	protein-coding
Organism	Ochotona princeps(American pika)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012925493.1	XP_012780947.1	tudor domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following TDRD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TDRD1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OOc68524	XM_012925493.1 Latest version!	Ochotona princeps tudor domain containing 1 (TDRD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

TDRD1 ( XM_012925493.1 ) cDNA ORF clone, Ochotona princeps(American pika) -> XP_012780947.1 Ochotona princeps tudor domain containing 1 (TDRD1), mRNA.

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CloneID	OOc68524
Clone ID Related Accession (Same CDS sequence)	XM_012925493.1
Accession Version	XM_012925493.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3483bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-06-18
Organism	Ochotona princeps(American pika)
Product	tudor domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004535442.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ochotona princeps Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CATTTAACTT CGAGAAAGCT GAAAGCAAGC TTCCTTCACG GGATTCTCTG 
AGGAATCCCG GGCCACACCA CAATCATCCA ACTTTCAGGT TAAAAAGCCC AGAGACAATA 
AACAAAAAGA ACAGCTTTTT GCTTGGTGAG CAAACCAAGC AGTTTCTGGC TAGTCAGGAA 
GATGGTTCCA CGTCTTCAAA CACTAATGGC ATCAATGGAG AAGCGGGAAC CAGAGGAGAC 
CTGAAGACAC TGCCCACAGG GAACTCACTG TCGCCTCTCA CTGCTAGAAA TAACTCACCA 
TCCAAAGAAG TAACTACAAA GCCCAGCAGC AACGTACCTC CCACAAAGTC CAAAAAGGTG 
CACAAAGTTT CTGAGAATTC TTTGTCCATC AGTAACCCGG CACTCTTCAA CTCCTTAGGG 
CCTCCTATTC GGTCCACAAC TTGCCATCGC TGTGGCCTGT TTGGCTCCCT GAGGTGTTCT 
CAGTGCAAGC AGACGTACTA TTGCTCCACG GCGTGCCAGA GGAGGGACTG GTCGGCTCAC 
AGCATTGTGT GCAAACCTGT GCAGCAAAAC TTCCACAAAA TTGAAGATAC TAAATCATCC 
TTTGAAACAA AAAAGGAGGA AGTAAAAAAT GAGAGTGACA GCCCACTTGG CGTTACTACA 
GAAGCAGCTG CTTGTGCTCA GAGAACAATG GTTTCTGATT TGAAAAGTCT ACAGCTCCAG 
AAAGCCATGG AAGTAAAGGG AACAGTTTCA GAATTCAAAC ACCCTGGTAA CTTCCATGTG 
CAGTTGTACT CTCCTGAAGT TTTAGAATAC ATGAGCCGAC TTTCTGTGAG CTTGAAAGAA 
ACGTATGCCA ATGTGGGGCC TGAGGAGGAG TACTTGCCTG TGAAGGGCGA GGTCTGCGTT 
GCCAAATACA CGGTGGATCA GACCTGGAAC AGGGCCGTGG TACGAGATGT GGACTTGCAG 
CAGAAGCAGG CACAAGTCTT GTACCTTGAC TTTGGAAATG ATGAAGTCAT TCCAGTGAGC 
AGAATCCGGC AGCTGGACAG CAGGATCGAT TTGTTTCCTC CTTGTGCCAT CAAGTGCAGG 
GTGGCCCATG TTCTCCCCAC AGAGGGGAGT TGGAGCAGTG ACTGCATCCA GACCATGAAA 
TCACTGTTAA CGGAGCAATC CTGCTCGTTA AAGATTGTTG ACATCTTATA TGAGGAAGAG 
GCTACCTTTG CTGTTGAGGT TACCCTGTCA AGTTCAGGAA AACTCTTAGA CCATGTGCTT 
GTAGAAATGG GATATGGCTT GAAACCCCAA GGACAAAATC CTAAGAAGCC AAGTCCAGAT 
CAAGGTGATC CTGAAGATGT TGGAAAAATG ACAGTTGAAA ACAAAATTGT TGTTGACAGA 
AGTGACCTTA TCCCCAAAGT GCTAACCTTG AATGTAGGTG ATGAATTTTG TGGTGTGGTT 
GCCCACATCC AAACGCCAGA AGACTTCTTT TGTCAACAAT TACAAAGTGG TCATAAACTT 
GCTGAACTTC AGGCATCCCT TAGTGAGTAC TGTGGTCAAG TGTCTCGACG CTCTGATTTT 
TATCCAACCA TTGGTGATAT ATGTTGTGCC CAGTTCTCAG AGGATGATCA GTGGTACCGT 
GCCTCTGTCC TGGCCTATGC TTCTGAAGAT TCCGTCCTGG TTGGCTATGT GGATTATGGA 
AACTTTGAAA TCATTAGTTT GACAAGACTC TGTCCCATCA TCCCAAAGTT GTTGGAATTG 
CCAATGCAAG CTATAAAGTG CGTGCTGGCA GGAGTGAAGC CATCATTAGG AATTTGGACT 
CCAGAAGCCG TTTGTCTCAT GAAGAAGATT GTGCAGAACA AAATGATCAC GGTGCGAGTG 
GTGGACAAGT TGCAGACCAG CTCCCTGGTA GAGTTGATAG ATAAATCTGA GACTTCCAAC 
ATCAGTGTTG GCAAATTGCT CGTACACGCG GGCTTTGCCA CTGAGGAGAA CGGGATCAGG 
ACAGATAAGC CCAGCGACGT GAAGGAAGCT AGCGTTCTCC TGGGTATGGA AGGCAAAGCT 
AGTGCACCAT CATGGATGTG GGTTGAACTT GCTGCTGACC AAACGGTGGA TGTTATGGTC 
AGTATGGTGT ACAGCCCCAG AGAATTCTAC TGCCAAGTGT TCAATGAGGA TGCCTTACAG 
AGGCTCAGTG AGTTGAACAA ATTACTTGCA GAACATTGCC AGCAGAAGTT GCATGCTGGG 
CTTAAGGCAG AGGTAGGGCA GCCTTGCTGT GCCTTTTTCG GAGGTGATGG TAACTGGTAT 
CGTGCAGTAG TCAAGGAAAT CTTGCCAAAT GGAAATGTTA AAGTACACTT TGTGGATTAT 
GGAAACACCG AAGAAGTTAC TGTAAATGAA CTGCAGACAA TATCATCAGT CTTTTTGCAA 
GTTCCCTTCC AGGGGGTAAA GTGCTGGTTA GTAGATGTAC AGCCTAAAAA TGAACATTGG 
ACTAAAGAAG CCATAGCAAG ATTTCAGATG TGTGTTGCAG GGGTAAAGCT CCAAGCCAGA 
GTGGTTGAAG TCACTGAAAA CGGGGTGGGA CTTGAACTCA CGGATCTTTC TACTTCTTAT 
CCCAGAATAA TTAGTGACAT TCTTATTGGT GAGCATCTAG CTTTAAAAGC CAGCTCACCA 
CATAAAGATG TGCCAAATAA CTCACCTGTA AATGAACATA GTCCTCATGT TGACACCCAC 
AGGCCTCAAG CTGTCTCTTC AGAGGAGCAG TGGAAGACGA TAGAATTGCC AATTAATAAA 
ACCATACAAG CAAACATATT AGAAATCATA AGCCCTACTT TGTTTTATGC TATACCAAGT 
GAGATGCCAG AAAACCAGAG AAAGCTGTGC AGCCTAACAG CTGAGTTGTT AGAATACTGC 
AATGCTCAGA AAAGCCTGCC GTGCTACATA CCAAGAATTG GAGAGGCCTG CTGTGCCAGA 
TACACAAGTG ATGACCTCTG GTACCGTGCA GTTGTTCTGG GGACATCAGA CAATGATGTG 
AGAGTGCTAT ATGCAGACTA TGGAAATACT GAAACTCTGC CTCTTTCTAG AGTACAACCA 
ATCACTGCCA GACACCTAGA GCTTCCTTTC CAAATTATCA AATGTGCACT TGAAGGACTA 
ATGGAATTTA ATGGAAGTTG TTCTCAGTCA ATAATAGAGT TGCTGAAAAA TTTCATCTTG 
AATCAGAATG TAATGCTTTC TGTGAAAGGA ATTACTAAGA ATGTCCACAC AGTTTCGATT 
GATAAATGTT CAGAGAATGG TACTGTCAGT GTAGCTAATC AGCTGGTGAT GTATGGTCTG 
GCAAAAAATA CCACATCTAA AAAGCCCAGC ACTTTCACTA AAGAAAAGAC ACACAGAATG 
AATTGCTGCT GTACAGAACT GCAGAAACAA GTTGAAAAAC ATGAAGAAAT TCTTCTTTTC 
CTGTTAAACA ATCCAACCAA CCAAACTAAG TTGTTTGAGA TGAAAAAGCT GTTAAAAAGT 
TAA

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

RefSeq	XP_012780947.1
CDS	1..3483
Translation	MTEPFNFEKAESKLPSRDSLRNPGPHHNHPTFRLKSPETINKKNSFLLGEQTKQFLASQEDGSTSSNTNGINGEAGTRGDLKTLPTGNSLSPLTARNNSPSKEVTTKPSSNVPPTKSKKVHKVSENSLSISNPALFNSLGPPIRSTTCHRCGLFGSLRCSQCKQTYYCSTACQRRDWSAHSIVCKPVQQNFHKIEDTKSSFETKKEEVKNESDSPLGVTTEAAACAQRTMVSDLKSLQLQKAMEVKGTVSEFKHPGNFHVQLYSPEVLEYMSRLSVSLKETYANVGPEEEYLPVKGEVCVAKYTVDQTWNRAVVRDVDLQQKQAQVLYLDFGNDEVIPVSRIRQLDSRIDLFPPCAIKCRVAHVLPTEGSWSSDCIQTMKSLLTEQSCSLKIVDILYEEEATFAVEVTLSSSGKLLDHVLVEMGYGLKPQGQNPKKPSPDQGDPEDVGKMTVENKIVVDRSDLIPKVLTLNVGDEFCGVVAHIQTPEDFFCQQLQSGHKLAELQASLSEYCGQVSRRSDFYPTIGDICCAQFSEDDQWYRASVLAYASEDSVLVGYVDYGNFEIISLTRLCPIIPKLLELPMQAIKCVLAGVKPSLGIWTPEAVCLMKKIVQNKMITVRVVDKLQTSSLVELIDKSETSNISVGKLLVHAGFATEENGIRTDKPSDVKEASVLLGMEGKASAPSWMWVELAADQTVDVMVSMVYSPREFYCQVFNEDALQRLSELNKLLAEHCQQKLHAGLKAEVGQPCCAFFGGDGNWYRAVVKEILPNGNVKVHFVDYGNTEEVTVNELQTISSVFLQVPFQGVKCWLVDVQPKNEHWTKEAIARFQMCVAGVKLQARVVEVTENGVGLELTDLSTSYPRIISDILIGEHLALKASSPHKDVPNNSPVNEHSPHVDTHRPQAVSSEEQWKTIELPINKTIQANILEIISPTLFYAIPSEMPENQRKLCSLTAELLEYCNAQKSLPCYIPRIGEACCARYTSDDLWYRAVVLGTSDNDVRVLYADYGNTETLPLSRVQPITARHLELPFQIIKCALEGLMEFNGSCSQSIIELLKNFILNQNVMLSVKGITKNVHTVSIDKCSENGTVSVANQLVMYGLAKNTTSKKPSTFTKEKTHRMNCCCTELQKQVEKHEEILLFLLNNPTNQTKLFEMKKLLKS

Target ORF information:

RefSeq Version	XM_012925493.1
Organism	Ochotona princeps(American pika)
Definition	Ochotona princeps tudor domain containing 1 (TDRD1), mRNA.

Target ORF information:

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

XM_012925493.1

ORF Insert Sequence:

ATGACAGAGC CATTTAACTT CGAGAAAGCT GAAAGCAAGC TTCCTTCACG GGATTCTCTG 
AGGAATCCCG GGCCACACCA CAATCATCCA ACTTTCAGGT TAAAAAGCCC AGAGACAATA 
AACAAAAAGA ACAGCTTTTT GCTTGGTGAG CAAACCAAGC AGTTTCTGGC TAGTCAGGAA 
GATGGTTCCA CGTCTTCAAA CACTAATGGC ATCAATGGAG AAGCGGGAAC CAGAGGAGAC 
CTGAAGACAC TGCCCACAGG GAACTCACTG TCGCCTCTCA CTGCTAGAAA TAACTCACCA 
TCCAAAGAAG TAACTACAAA GCCCAGCAGC AACGTACCTC CCACAAAGTC CAAAAAGGTG 
CACAAAGTTT CTGAGAATTC TTTGTCCATC AGTAACCCGG CACTCTTCAA CTCCTTAGGG 
CCTCCTATTC GGTCCACAAC TTGCCATCGC TGTGGCCTGT TTGGCTCCCT GAGGTGTTCT 
CAGTGCAAGC AGACGTACTA TTGCTCCACG GCGTGCCAGA GGAGGGACTG GTCGGCTCAC 
AGCATTGTGT GCAAACCTGT GCAGCAAAAC TTCCACAAAA TTGAAGATAC TAAATCATCC 
TTTGAAACAA AAAAGGAGGA AGTAAAAAAT GAGAGTGACA GCCCACTTGG CGTTACTACA 
GAAGCAGCTG CTTGTGCTCA GAGAACAATG GTTTCTGATT TGAAAAGTCT ACAGCTCCAG 
AAAGCCATGG AAGTAAAGGG AACAGTTTCA GAATTCAAAC ACCCTGGTAA CTTCCATGTG 
CAGTTGTACT CTCCTGAAGT TTTAGAATAC ATGAGCCGAC TTTCTGTGAG CTTGAAAGAA 
ACGTATGCCA ATGTGGGGCC TGAGGAGGAG TACTTGCCTG TGAAGGGCGA GGTCTGCGTT 
GCCAAATACA CGGTGGATCA GACCTGGAAC AGGGCCGTGG TACGAGATGT GGACTTGCAG 
CAGAAGCAGG CACAAGTCTT GTACCTTGAC TTTGGAAATG ATGAAGTCAT TCCAGTGAGC 
AGAATCCGGC AGCTGGACAG CAGGATCGAT TTGTTTCCTC CTTGTGCCAT CAAGTGCAGG 
GTGGCCCATG TTCTCCCCAC AGAGGGGAGT TGGAGCAGTG ACTGCATCCA GACCATGAAA 
TCACTGTTAA CGGAGCAATC CTGCTCGTTA AAGATTGTTG ACATCTTATA TGAGGAAGAG 
GCTACCTTTG CTGTTGAGGT TACCCTGTCA AGTTCAGGAA AACTCTTAGA CCATGTGCTT 
GTAGAAATGG GATATGGCTT GAAACCCCAA GGACAAAATC CTAAGAAGCC AAGTCCAGAT 
CAAGGTGATC CTGAAGATGT TGGAAAAATG ACAGTTGAAA ACAAAATTGT TGTTGACAGA 
AGTGACCTTA TCCCCAAAGT GCTAACCTTG AATGTAGGTG ATGAATTTTG TGGTGTGGTT 
GCCCACATCC AAACGCCAGA AGACTTCTTT TGTCAACAAT TACAAAGTGG TCATAAACTT 
GCTGAACTTC AGGCATCCCT TAGTGAGTAC TGTGGTCAAG TGTCTCGACG CTCTGATTTT 
TATCCAACCA TTGGTGATAT ATGTTGTGCC CAGTTCTCAG AGGATGATCA GTGGTACCGT 
GCCTCTGTCC TGGCCTATGC TTCTGAAGAT TCCGTCCTGG TTGGCTATGT GGATTATGGA 
AACTTTGAAA TCATTAGTTT GACAAGACTC TGTCCCATCA TCCCAAAGTT GTTGGAATTG 
CCAATGCAAG CTATAAAGTG CGTGCTGGCA GGAGTGAAGC CATCATTAGG AATTTGGACT 
CCAGAAGCCG TTTGTCTCAT GAAGAAGATT GTGCAGAACA AAATGATCAC GGTGCGAGTG 
GTGGACAAGT TGCAGACCAG CTCCCTGGTA GAGTTGATAG ATAAATCTGA GACTTCCAAC 
ATCAGTGTTG GCAAATTGCT CGTACACGCG GGCTTTGCCA CTGAGGAGAA CGGGATCAGG 
ACAGATAAGC CCAGCGACGT GAAGGAAGCT AGCGTTCTCC TGGGTATGGA AGGCAAAGCT 
AGTGCACCAT CATGGATGTG GGTTGAACTT GCTGCTGACC AAACGGTGGA TGTTATGGTC 
AGTATGGTGT ACAGCCCCAG AGAATTCTAC TGCCAAGTGT TCAATGAGGA TGCCTTACAG 
AGGCTCAGTG AGTTGAACAA ATTACTTGCA GAACATTGCC AGCAGAAGTT GCATGCTGGG 
CTTAAGGCAG AGGTAGGGCA GCCTTGCTGT GCCTTTTTCG GAGGTGATGG TAACTGGTAT 
CGTGCAGTAG TCAAGGAAAT CTTGCCAAAT GGAAATGTTA AAGTACACTT TGTGGATTAT 
GGAAACACCG AAGAAGTTAC TGTAAATGAA CTGCAGACAA TATCATCAGT CTTTTTGCAA 
GTTCCCTTCC AGGGGGTAAA GTGCTGGTTA GTAGATGTAC AGCCTAAAAA TGAACATTGG 
ACTAAAGAAG CCATAGCAAG ATTTCAGATG TGTGTTGCAG GGGTAAAGCT CCAAGCCAGA 
GTGGTTGAAG TCACTGAAAA CGGGGTGGGA CTTGAACTCA CGGATCTTTC TACTTCTTAT 
CCCAGAATAA TTAGTGACAT TCTTATTGGT GAGCATCTAG CTTTAAAAGC CAGCTCACCA 
CATAAAGATG TGCCAAATAA CTCACCTGTA AATGAACATA GTCCTCATGT TGACACCCAC 
AGGCCTCAAG CTGTCTCTTC AGAGGAGCAG TGGAAGACGA TAGAATTGCC AATTAATAAA 
ACCATACAAG CAAACATATT AGAAATCATA AGCCCTACTT TGTTTTATGC TATACCAAGT 
GAGATGCCAG AAAACCAGAG AAAGCTGTGC AGCCTAACAG CTGAGTTGTT AGAATACTGC 
AATGCTCAGA AAAGCCTGCC GTGCTACATA CCAAGAATTG GAGAGGCCTG CTGTGCCAGA 
TACACAAGTG ATGACCTCTG GTACCGTGCA GTTGTTCTGG GGACATCAGA CAATGATGTG 
AGAGTGCTAT ATGCAGACTA TGGAAATACT GAAACTCTGC CTCTTTCTAG AGTACAACCA 
ATCACTGCCA GACACCTAGA GCTTCCTTTC CAAATTATCA AATGTGCACT TGAAGGACTA 
ATGGAATTTA ATGGAAGTTG TTCTCAGTCA ATAATAGAGT TGCTGAAAAA TTTCATCTTG 
AATCAGAATG TAATGCTTTC TGTGAAAGGA ATTACTAAGA ATGTCCACAC AGTTTCGATT 
GATAAATGTT CAGAGAATGG TACTGTCAGT GTAGCTAATC AGCTGGTGAT GTATGGTCTG 
GCAAAAAATA CCACATCTAA AAAGCCCAGC ACTTTCACTA AAGAAAAGAC ACACAGAATG 
AATTGCTGCT GTACAGAACT GCAGAAACAA GTTGAAAAAC ATGAAGAAAT TCTTCTTTTC 
CTGTTAAACA ATCCAACCAA CCAAACTAAG TTGTTTGAGA TGAAAAAGCT GTTAAAAAGT 
TAA