TDRD12 cDNA ORF clone, Miniopterus natalensis

Gene
Clones
gRNAs

Summary

Gene Symbol	TDRD12
Entrez Gene ID	107543388
Full Name	tudor domain containing 12
Gene Type	protein-coding
Organism	Miniopterus natalensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_016220880.1	XP_016076366.1	putative ATP-dependent RNA helicase TDRD12

Pathways from BioSystems
Gene Ontology

The following TDRD12 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TDRD12 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
OMi50510	XM_016220880.1 Latest version!	Miniopterus natalensis tudor domain containing 12 (TDRD12), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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

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

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

Reference Sequences (Refseq)

TDRD12 ( XM_016220880.1 ) cDNA ORF clone, Miniopterus natalensis -> XP_016076366.1 Miniopterus natalensis tudor domain containing 12 (TDRD12), mRNA.

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CloneID	OMi50510
Clone ID Related Accession (Same CDS sequence)	XM_016220880.1
Accession Version	XM_016220880.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3507bp) 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	2016-04-10
Organism	Miniopterus natalensis
Product	putative ATP-dependent RNA helicase TDRD12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015504848.1) 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 :: Miniopterus natalensis Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCTCGAGG TCCTGGTGCT GAAGGTTGAA GATCCAAGTT GTTTCTGGGT TATTATAAAA 
GGATGTAGTC CCTTTTTAGA TCATGAAGTT GACTATCAAA AACTAAACAG AGCCATGAAT 
GACTTCTATA ATAGCATGCG TCAGGACATA GAAATAAAAC CTTTAATGTT GGAAGAAGGG 
CAGGTTTGTG TGGTTTTTTG TCAGGAACTC AGGTGCTGGT GCAGGGCTGT TATTAAGTCA 
ATTGTGTGTT CAGCAGACCA TTACCTGGCA GAATGTTTCC TTGTGGATTT TGCCAGGTAC 
ATTCCAGTGA AATCGAAAAA CATCCGAGTT GCAGTAGAAA CTTTTATGCA GCTTCCCTAC 
AGAGCGAAAA AATTCAGACT ATACTGCACA AAACCTGTTA CATTGCACAT TGACTTCTGT 
GAAGACAGTG CTAAAATTGT ACCTGCTAAG AAGTGGGACA CGGCAGCTGT TCAGTACTTT 
CAGAACATCC TAAAAGCAAC TACTCAGGTG GAAGCCAAAT TATGTGCTGT GGAAGAAGAT 
ACTTTTGAGG TTTACCTTTA TGTAACTATA AAAAATGAAA AAGTTTGTGT TAATGATGAT 
CTGGTTGCAA AGAACTTCGC TTGTTATGTA TCACCCACGG AGAATAAAAA CCTTGATTCT 
TTAGAGAAAC CAAGATTGAG TATAAAGTCA ACATCCTTTT CCAATAAACT CAATCCGGCA 
CTTACTCTTT GGCCAATGTT TTTGCAAGGA AAAGAGCCTC AAGGAATGGA AGAGTCACAT 
GGTTTAACTT TTCTGGCACA GTCTCTCCAG AATTCACGGC CCAAGCGTGT TGTGACTGAC 
CCAGGGCCAG CGGCCACGAT CCTGGATAAA ACTATGAAAT GTAAAGTGGA TTCCTTGAGT 
GGTTCACCTA AAAAAATATC TGAAAAGAAA CAACAGTGCA TCTCTTTAAA AGATGTAAAT 
AAGTGTGTTG AATCTTCAGT GTACTGGCCA ACGAAAAGAG GTATAACGAT ATATGCTGAT 
CCAGATACAC CAGCAGCCAG TGCTTTATGT CACAAGTCTA ATGAGAAACC ACTTAGGCTG 
GCTGAGAAGA AAGAATGCAA TGAGAAGAAT GGCTGTGTAA AATTATTGCA GTTCTTAAAC 
CCAGATCCTT TGAGAGCTGA TGGAATCTCT GATCTGCAGC AGTTGCAGAA GTTGCAGTCG 
GGCACGCAGC AGCCCTCGGC AGTGCTTGGG AGCAAGATCG AACCTTGCTT GTCCATTGAC 
ATGGCGCCGC TTTCGGCAGA GCTGAAAAAG GCTCTTCAAA GAAACCAGTT TCTGGGACCT 
AGCCACACTG AGTCTTACTC TTGGCCTCCC ATAGCCCGTG GCTGTGACGT GGTTGTCATT 
TCCCAGTGTG GAAATGACCC TTTGTTGTAC CTTCCACCAG TGCTTACAAT TTTGCAGACG 
GGGGGCTGCT ACAAGTCATT GCCAAGTAGA AACGGACCAC TGGCAGTTAT CGTGTGTCCT 
GGGTGGAAAA AGGCCCAATT TATTTTTGAA TTATTGGGAG ACTATAGTGT GTCCTCCAGG 
CCTCTTCATC CTATGTTATT AACAATTGGA CTCCACAAAG ATGAAGCCAA AAATATGAAG 
CTTCCACGGG GGTGTGATGT AATTGTTACA ACACCACACA GCCTCCTGCG ACTTCTCAAA 
TATCAAAGCT TGCTATTTCT TAGGCTCTGT CACCTCATTT TGGATGAGGT GGAAGTATTA 
TTCTTTGAAG CTAATGAACA AGTGTTTGCT ATATTAGATA ACTTTAAAAA AAATATTGAA 
GTTGAAGAAA GGGAGTCTGC ACCACATCAA ATTATAGCAG TTGGAGTTCG TTGGAACAGA 
CATATAGAAC ATTTAATCAA AGAGTTCATG AATGACCCCT ACATTGTAAT CACCGCCATG 
GAAGAGGCTG CTCTCTATGG CAATGTCCAA CAGGTAGTAC ACCTTTGCTT AGAAAGTGAA 
AAAACCTCTA CTTTACTCCA GACTCTTGAC TTCATTCCAA GTCAGGCACA AAAGACCTTG 
ATCTTCACCT GTTCTGTAGC TGAAACTGAA ATAGTGTGTA AGGTAGTAGA AAGCAATTCA 
ATATTTTGCT TGAAAATGCA TAAGGAAATG GTTTTTAATT TAAAAAGTGT ATTAGAACAG 
TGGATGAAGA AGCTAAGTTC TGGCTCTCAT ATTGTATTAG CCTTAACTGA TGACTGCATA 
CCACTCTTGG CCATCACTGA TGCCACGTGT GTGATTCACT TCAGCTTTCC TTCCTCGCCA 
AAAATTTTTG GTGGACGCCT ATATTGCATG TCCGATCATT TTCAGAGTTT AACTGAACAG 
GGTTCTCCTG CAAAACAGGG AGATAAAAAA ACCAAATCTG TCTTGCTGCT GACGGAGAGA 
AGTGCGTGCC ATGCAGTTGG TGTTTTGCGC TACTTAGAAA GAGCAGATGC CAAGATTCCA 
TCGGAGTTGT ATCAGTTCAC TGCAGGCGTT CTAGAAGCCA AGGAAGACAA AAAAGCCAGA 
AGGCCTCTTT GTCCGTATCT TAAGGCTTTT GGATTTTGCA AAGACAAAAG GATCTGTCCT 
GATCGACACC ATATTAATCT AGAAATAGAC ATGCCAAGAA AATTACCCAA CCAGGCTTTA 
CCAATGTTTG GATACATTAA AATAATACCG TTTTACATTT TAAATGCAAC AAATTACTTT 
GGTCGTATAG TGGATAAACA TGTGGATCTT TATTCTACTC TTAACGCTGA AATGAAGGAG 
TATTTTGAGG AATCCAGTAA TAAAACAACC ATTGAAAAGG TGGAGAAATT TGGATTATAT 
GGATTAGCAG AAAAAACACT TTTTCACAGA GTTCAGGTGT TGGAGGTGAG GCAAAAAAAA 
GACACTTGGG CCCTAGATAA TGTCCTTGTA AAGTTTATAG ATGAAGGCAG GACTGGACTC 
GTCACGAGAG ATCAGCTTCT GCATCTCCCA GAAACCTTCT ACACACTGCC TCCGCAAGCA 
GTGGAGTTTA TTGTTTGTAG AGTGAAACCT GCTGACAATG AAATTGAGTG GAATCCAAAG 
GTGACCAGGT ACATTCATCA TAAAATTATT GGGAAATTGC ACGATGCGAA AGTTGTATTG 
GCTTTAGGAA ATACAGTTTG GGTTGATCCG ATGGTGCACG TTACAAAACT TTCAAATTTG 
AAAACTTCTG TCATTGATTA CAATGTTCGA GCTGAAATTT TGTCAATGGG AATGGGCATT 
GATAATTCAG AACATACAGA ACAACTGAAA AAATTGTATG AAGGAGCTAA AATACAAACT 
GTTGAAGAAA GCCTGAGCCA AACCCTGGTA CCTTCGTCAT CAGAAGATGC CTCCTGTCTG 
CAGAGCACAC AGCAAGAGGA CAGGACTTCA GAAAGAGGTG CTGACTTCGG GATGAACTCA 
GAAAACCAGA AGCATGGTTG GTTATTTAAA AGATGGTTAA CAAAATCATT AATTCTTATA 
AATTTTTTGC CTTTAGATGA ATTATAG

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

RefSeq	XP_016076366.1
CDS	1..3507
Translation	MLEVLVLKVEDPSCFWVIIKGCSPFLDHEVDYQKLNRAMNDFYNSMRQDIEIKPLMLEEGQVCVVFCQELRCWCRAVIKSIVCSADHYLAECFLVDFARYIPVKSKNIRVAVETFMQLPYRAKKFRLYCTKPVTLHIDFCEDSAKIVPAKKWDTAAVQYFQNILKATTQVEAKLCAVEEDTFEVYLYVTIKNEKVCVNDDLVAKNFACYVSPTENKNLDSLEKPRLSIKSTSFSNKLNPALTLWPMFLQGKEPQGMEESHGLTFLAQSLQNSRPKRVVTDPGPAATILDKTMKCKVDSLSGSPKKISEKKQQCISLKDVNKCVESSVYWPTKRGITIYADPDTPAASALCHKSNEKPLRLAEKKECNEKNGCVKLLQFLNPDPLRADGISDLQQLQKLQSGTQQPSAVLGSKIEPCLSIDMAPLSAELKKALQRNQFLGPSHTESYSWPPIARGCDVVVISQCGNDPLLYLPPVLTILQTGGCYKSLPSRNGPLAVIVCPGWKKAQFIFELLGDYSVSSRPLHPMLLTIGLHKDEAKNMKLPRGCDVIVTTPHSLLRLLKYQSLLFLRLCHLILDEVEVLFFEANEQVFAILDNFKKNIEVEERESAPHQIIAVGVRWNRHIEHLIKEFMNDPYIVITAMEEAALYGNVQQVVHLCLESEKTSTLLQTLDFIPSQAQKTLIFTCSVAETEIVCKVVESNSIFCLKMHKEMVFNLKSVLEQWMKKLSSGSHIVLALTDDCIPLLAITDATCVIHFSFPSSPKIFGGRLYCMSDHFQSLTEQGSPAKQGDKKTKSVLLLTERSACHAVGVLRYLERADAKIPSELYQFTAGVLEAKEDKKARRPLCPYLKAFGFCKDKRICPDRHHINLEIDMPRKLPNQALPMFGYIKIIPFYILNATNYFGRIVDKHVDLYSTLNAEMKEYFEESSNKTTIEKVEKFGLYGLAEKTLFHRVQVLEVRQKKDTWALDNVLVKFIDEGRTGLVTRDQLLHLPETFYTLPPQAVEFIVCRVKPADNEIEWNPKVTRYIHHKIIGKLHDAKVVLALGNTVWVDPMVHVTKLSNLKTSVIDYNVRAEILSMGMGIDNSEHTEQLKKLYEGAKIQTVEESLSQTLVPSSSEDASCLQSTQQEDRTSERGADFGMNSENQKHGWLFKRWLTKSLILINFLPLDEL

Target ORF information:

RefSeq Version	XM_016220880.1
Organism	Miniopterus natalensis
Definition	Miniopterus natalensis tudor domain containing 12 (TDRD12), mRNA.

Target ORF information:

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

XM_016220880.1

ORF Insert Sequence:

ATGCTCGAGG TCCTGGTGCT GAAGGTTGAA GATCCAAGTT GTTTCTGGGT TATTATAAAA 
GGATGTAGTC CCTTTTTAGA TCATGAAGTT GACTATCAAA AACTAAACAG AGCCATGAAT 
GACTTCTATA ATAGCATGCG TCAGGACATA GAAATAAAAC CTTTAATGTT GGAAGAAGGG 
CAGGTTTGTG TGGTTTTTTG TCAGGAACTC AGGTGCTGGT GCAGGGCTGT TATTAAGTCA 
ATTGTGTGTT CAGCAGACCA TTACCTGGCA GAATGTTTCC TTGTGGATTT TGCCAGGTAC 
ATTCCAGTGA AATCGAAAAA CATCCGAGTT GCAGTAGAAA CTTTTATGCA GCTTCCCTAC 
AGAGCGAAAA AATTCAGACT ATACTGCACA AAACCTGTTA CATTGCACAT TGACTTCTGT 
GAAGACAGTG CTAAAATTGT ACCTGCTAAG AAGTGGGACA CGGCAGCTGT TCAGTACTTT 
CAGAACATCC TAAAAGCAAC TACTCAGGTG GAAGCCAAAT TATGTGCTGT GGAAGAAGAT 
ACTTTTGAGG TTTACCTTTA TGTAACTATA AAAAATGAAA AAGTTTGTGT TAATGATGAT 
CTGGTTGCAA AGAACTTCGC TTGTTATGTA TCACCCACGG AGAATAAAAA CCTTGATTCT 
TTAGAGAAAC CAAGATTGAG TATAAAGTCA ACATCCTTTT CCAATAAACT CAATCCGGCA 
CTTACTCTTT GGCCAATGTT TTTGCAAGGA AAAGAGCCTC AAGGAATGGA AGAGTCACAT 
GGTTTAACTT TTCTGGCACA GTCTCTCCAG AATTCACGGC CCAAGCGTGT TGTGACTGAC 
CCAGGGCCAG CGGCCACGAT CCTGGATAAA ACTATGAAAT GTAAAGTGGA TTCCTTGAGT 
GGTTCACCTA AAAAAATATC TGAAAAGAAA CAACAGTGCA TCTCTTTAAA AGATGTAAAT 
AAGTGTGTTG AATCTTCAGT GTACTGGCCA ACGAAAAGAG GTATAACGAT ATATGCTGAT 
CCAGATACAC CAGCAGCCAG TGCTTTATGT CACAAGTCTA ATGAGAAACC ACTTAGGCTG 
GCTGAGAAGA AAGAATGCAA TGAGAAGAAT GGCTGTGTAA AATTATTGCA GTTCTTAAAC 
CCAGATCCTT TGAGAGCTGA TGGAATCTCT GATCTGCAGC AGTTGCAGAA GTTGCAGTCG 
GGCACGCAGC AGCCCTCGGC AGTGCTTGGG AGCAAGATCG AACCTTGCTT GTCCATTGAC 
ATGGCGCCGC TTTCGGCAGA GCTGAAAAAG GCTCTTCAAA GAAACCAGTT TCTGGGACCT 
AGCCACACTG AGTCTTACTC TTGGCCTCCC ATAGCCCGTG GCTGTGACGT GGTTGTCATT 
TCCCAGTGTG GAAATGACCC TTTGTTGTAC CTTCCACCAG TGCTTACAAT TTTGCAGACG 
GGGGGCTGCT ACAAGTCATT GCCAAGTAGA AACGGACCAC TGGCAGTTAT CGTGTGTCCT 
GGGTGGAAAA AGGCCCAATT TATTTTTGAA TTATTGGGAG ACTATAGTGT GTCCTCCAGG 
CCTCTTCATC CTATGTTATT AACAATTGGA CTCCACAAAG ATGAAGCCAA AAATATGAAG 
CTTCCACGGG GGTGTGATGT AATTGTTACA ACACCACACA GCCTCCTGCG ACTTCTCAAA 
TATCAAAGCT TGCTATTTCT TAGGCTCTGT CACCTCATTT TGGATGAGGT GGAAGTATTA 
TTCTTTGAAG CTAATGAACA AGTGTTTGCT ATATTAGATA ACTTTAAAAA AAATATTGAA 
GTTGAAGAAA GGGAGTCTGC ACCACATCAA ATTATAGCAG TTGGAGTTCG TTGGAACAGA 
CATATAGAAC ATTTAATCAA AGAGTTCATG AATGACCCCT ACATTGTAAT CACCGCCATG 
GAAGAGGCTG CTCTCTATGG CAATGTCCAA CAGGTAGTAC ACCTTTGCTT AGAAAGTGAA 
AAAACCTCTA CTTTACTCCA GACTCTTGAC TTCATTCCAA GTCAGGCACA AAAGACCTTG 
ATCTTCACCT GTTCTGTAGC TGAAACTGAA ATAGTGTGTA AGGTAGTAGA AAGCAATTCA 
ATATTTTGCT TGAAAATGCA TAAGGAAATG GTTTTTAATT TAAAAAGTGT ATTAGAACAG 
TGGATGAAGA AGCTAAGTTC TGGCTCTCAT ATTGTATTAG CCTTAACTGA TGACTGCATA 
CCACTCTTGG CCATCACTGA TGCCACGTGT GTGATTCACT TCAGCTTTCC TTCCTCGCCA 
AAAATTTTTG GTGGACGCCT ATATTGCATG TCCGATCATT TTCAGAGTTT AACTGAACAG 
GGTTCTCCTG CAAAACAGGG AGATAAAAAA ACCAAATCTG TCTTGCTGCT GACGGAGAGA 
AGTGCGTGCC ATGCAGTTGG TGTTTTGCGC TACTTAGAAA GAGCAGATGC CAAGATTCCA 
TCGGAGTTGT ATCAGTTCAC TGCAGGCGTT CTAGAAGCCA AGGAAGACAA AAAAGCCAGA 
AGGCCTCTTT GTCCGTATCT TAAGGCTTTT GGATTTTGCA AAGACAAAAG GATCTGTCCT 
GATCGACACC ATATTAATCT AGAAATAGAC ATGCCAAGAA AATTACCCAA CCAGGCTTTA 
CCAATGTTTG GATACATTAA AATAATACCG TTTTACATTT TAAATGCAAC AAATTACTTT 
GGTCGTATAG TGGATAAACA TGTGGATCTT TATTCTACTC TTAACGCTGA AATGAAGGAG 
TATTTTGAGG AATCCAGTAA TAAAACAACC ATTGAAAAGG TGGAGAAATT TGGATTATAT 
GGATTAGCAG AAAAAACACT TTTTCACAGA GTTCAGGTGT TGGAGGTGAG GCAAAAAAAA 
GACACTTGGG CCCTAGATAA TGTCCTTGTA AAGTTTATAG ATGAAGGCAG GACTGGACTC 
GTCACGAGAG ATCAGCTTCT GCATCTCCCA GAAACCTTCT ACACACTGCC TCCGCAAGCA 
GTGGAGTTTA TTGTTTGTAG AGTGAAACCT GCTGACAATG AAATTGAGTG GAATCCAAAG 
GTGACCAGGT ACATTCATCA TAAAATTATT GGGAAATTGC ACGATGCGAA AGTTGTATTG 
GCTTTAGGAA ATACAGTTTG GGTTGATCCG ATGGTGCACG TTACAAAACT TTCAAATTTG 
AAAACTTCTG TCATTGATTA CAATGTTCGA GCTGAAATTT TGTCAATGGG AATGGGCATT 
GATAATTCAG AACATACAGA ACAACTGAAA AAATTGTATG AAGGAGCTAA AATACAAACT 
GTTGAAGAAA GCCTGAGCCA AACCCTGGTA CCTTCGTCAT CAGAAGATGC CTCCTGTCTG 
CAGAGCACAC AGCAAGAGGA CAGGACTTCA GAAAGAGGTG CTGACTTCGG GATGAACTCA 
GAAAACCAGA AGCATGGTTG GTTATTTAAA AGATGGTTAA CAAAATCATT AATTCTTATA 
AATTTTTTGC CTTTAGATGA ATTATAG