TDRD6 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	TDRD6
Entrez Gene ID	221400
Full Name	tudor domain containing 6
Synonyms	CT41.2,NY-CO-45,SPATA36,TDR2,bA446F17.4
General protein information	Preferred Names tudor domain containing 6 Names tudor domain-containing protein 6 antigen NY-CO-45 cancer/testis antigen 41.2 spermatogenesis associated 36
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 6 Map Location: 6p12.3
Summary	This gene encodes a tudor domain-containing protein and component of the chromatoid body, a type of ribonucleoprotein granule present in male germ cells. Studies in rodents have demonstrated a role for the encoded protein in spermiogenesis and the nonsense mediated decay (NMD) pathway. This protein is a major autoantigen in human patients with autoimmune polyendocrine syndrome type 1 (APS1). [provided by RefSeq, Oct 2016].
Disorder MIM:	611200

mRNA and Protein(s)

mRNA	Protein	Name
NM_001010870.2	NP_001010870.1	tudor domain-containing protein 6 isoform 1
NM_001010870.3	NP_001010870.1	tudor domain-containing protein 6 isoform 1
NM_001168359.1	NP_001161831.1	tudor domain-containing protein 6 isoform 2

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	Tdrd6	NP_001178512.1
Bos taurus (cattle)	TDRD6	NP_001179259.1
Pan troglodytes (chimpanzee)	TDRD6	XP_527399.1
	TDRD6	XP_001103211.1
Homo sapiens (human)	TDRD6	NP_001010870.1
Canis lupus familiaris (dog)	TDRD6	XP_532159.3
Mus musculus (house mouse)	Tdrd6	NP_001154839.1
Danio rerio (zebrafish)	LOC100536102	XP_003200351.2

Gene Ontology
Bibliography

Related articles in PubMed

Chromatoid Body Protein TDRD6 Supports Long 3' UTR Triggered Nonsense Mediated mRNA Decay.
Fanourgakis G, Lesche M, Akpinar M, Dahl A, Jessberger R
PLoS genetics12(5)e1005857(2016 May)

Tdrd6 is required for spermiogenesis, chromatoid body architecture, and regulation of miRNA expression.
Vasileva A, Tiedau D, Firooznia A, M?ller-Reichert T, Jessberger R
Current biology : CB19(8)630-9(2009 Apr)

Pituitary autoantibodies in autoimmune polyendocrine syndrome type 1.
Bensing S, Fetissov SO, Mulder J, Perheentupa J, Gustafsson J, Husebye ES, Oscarson M, Ekwall O, Crock PA, H?kfelt T, Hulting AL, K?mpe O
Proceedings of the National Academy of Sciences of the United States of America104(3)949-54(2007 Jan)

Tudor-related proteins TDRD1/MTR-1, TDRD6 and TDRD7/TRAP: domain composition, intracellular localization, and function in male germ cells in mice.
Hosokawa M, Shoji M, Kitamura K, Tanaka T, Noce T, Chuma S, Nakatsuji N
Developmental biology301(1)38-52(2007 Jan)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following TDRD6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TDRD6 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)
OHu08075	NM_001168359.1 Latest version!	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu08692	NM_001010870.3 Latest version!	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
View Old Accession Versions >>
OHu08692	NM_001010870.2	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

TDRD6 ( NM_001168359.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001161831.1 Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 2, mRNA.

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CloneID	OHu08075
Clone ID Related Accession (Same CDS sequence)	NM_001168359.1
Accession Version	NM_001168359.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6201bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-03
Organism	Homo sapiens(human)
Product	tudor domain-containing protein 6 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK131455.1, AK125838.1 and AL591242.4. Transcript Variant: This variant (2) lacks an alternate in-frame exon compared to variant 1. The resulting isoform (2) has the same N- and C-termini but is shorter compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AK125838.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2145893 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GAAAAGGGGT 
TTGGAGGTGA TGGAGATTTA A

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

RefSeq	NP_001161831.1
CDS	255..6455
Translation	MCSTPGMPAPGASLALRVSFVDVHPDVIPVQLWGLVGERRGEYLRLSREIQEAAATRGQWALGSASASPGELCLVQVGLLWHRCRVVSRQAQESRVFLLDEGRTITAGAGSLAPGRREFFNLPSEVLGCVLAGLVPAGCGAGSGEPPQHWPADAVDFLSNLQGKEVHGCVLDVLLLHRLVLLEVPDVFQQMRELGLARRVPDSLFRSLLERYLTAATASVGSGVPVLSRVPLKQKQPGLDYFYPQLQLGVTEAVVITQVCHPHRIHCQLRSVSQEIHRLSESMAQVYRGSTGTGDENSTSATWEEREESPDKPGSPCASCGLDGHWYRALLLETFRPQRCAQVLHVDYGRKELVSCSSLRYLLPEYFRMPVVTYPCALYGLWDGGRGWSRSQVGDLKTLILGKAVNAKIEFYCSFEHVYYVSLYGEDGINLNRVFGVQSCCLADRVLQSQATEEEEPETSQSQSPAEEVDEEISLPALRSIRLKMNAFYDAQVEFVKNPSEFWIRLRKHNVTFSKLMRRMCGFYSSASKLDGVVLKPEPDDLCCVKWKENGYYRAIVTKLDDKSVDVFLVDRGNSENVDWYDVRMLLPQFRQLPILAVKCTLADIWPLGKTWSQEAVSFFKKTVLHKELVIHILDKQDHQYVIEILDESRTGEENISKVIAQAGYAKYQEFETKENILVNAHSPGHVSNHFTTESNKIPFAKTGEGEQKAKRENKTTSVSKALSDTTVVTNGSTELVVQEKVKRASVYFPLMQNCLEIKPGSSSKGELEVGSTVEVRVSYVENPGYFWCQLTRNIQGLKTLMSDIQYYCKNTAAPHQRNTLACLAKRTVNRQWSRALISGIQSVEHVNVTFVDYGDREMVSVKNIYSISEEFLKVKAQAFRCSLYNLIQPVGQNPFVWDVKAIQAFNEFIDNAWQKNLELKCTIFALASINEELFNIVDLLTPFQSACHFLVEKRLARPVKLQKPLESSVQLHSYFYSTHDMKIGSEELVYITHIDDPWTFYCQLARNANILEQLSCSITQLSKVLLNLKTSPLNPGTLCLAKYTDGNWYRGIVIEKEPKKVFFVDFGNIYVVTSDDLLPIPSDAYDVLLLPMQAVRCSLSDIPDHIPEEVVVWFQETILDKSLKALVVAKDPDGTLIIELYGDNIQISASINKKLGLLSYKDRIRKKESEVLCSTTETLEEKNENMKLPCTEYLSKSVGYKLPNKEILEESYKPQINSSYKELKLLQSLTKTNLVTQYQDSVGNKNSQVFPLTTEKKEEISAETPLKTARVEATLSERKIGDSCDKDLPLKFCEFPQKTIMPGFKTTVYVSHINDLSDFYVQLIEDEAEISHLSERLNSVKTRPEYYVGPPLQRGDMICAVFPEDNLWYRAVIKEQQPNDLLSVQFIDYGNVSVVHTNKIGRLDLVNAILPGLCIHCSLQGFEVPDNKNSKKMMHYFSQRTSEAAIRCEFVKFQDRWEVILADEHGIIADDMISRYALSEKSQVELSTQVIKSASSKSVNKSDIDTSVFLNWYNPEKKMIRAYATVIDGPEYFWCQFADTEKLQCLEVEVQTAGEQVADRRNCIPCPYIGDPCIVRYREDGHYYRALITNICEDYLVSVRLVDFGNIEDCVDPKALWAIPSELLSVPMQAFPCCLSGFNISEGLCSQEGNDYFYEIITEDVLEITILEIRRDVCDIPLAIVDLKSKGKSINEKMEKYSKTGIKSALPYENIDSEIKQTLGSYNLDVGLKKLSNKAVQNKIYMEQQTDELAEITEKDVNIIGTKPSNFRDPKTDNICEGFENPCKDKIDTEELEGELECHLVDKAEFDDKYLITGFNTLLPHANETKEILELNSLEVPLSPDDESKEFLELESIELQNSLVVDEEKGELSPVPPNVPLSQECVTKGAMELFTLQLPLSCEAEKQPELELPTAQLPLDDKMDPLSLGVSQKAQESMCTEDMRKSSCVESFDDQRRMSLHLHGADCDPKTQNEMNICEEEFVEYKNRDAISALMPLFSEEESSDGSKHNNGLPDHISAQLQNTYTLKAFTVGSKCVVWSSLRNTWSKCEILETAEEGTRKRGLEVMEI

Target ORF information:

RefSeq Version	NM_001168359.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 2, mRNA.

Target ORF information:

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

NM_001168359.1

ORF Insert Sequence:

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GAAAAGGGGT 
TTGGAGGTGA TGGAGATTTA A

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

TDRD6 ( NM_001010870.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001010870.1 Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.

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CloneID	OHu08692
Clone ID Related Accession (Same CDS sequence)	NM_001010870.2 , NM_001010870.3
Accession Version	NM_001010870.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6291bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-01
Organism	Homo sapiens(human)
Product	tudor domain-containing protein 6 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK131455.1 and AL591242.4. This sequence is a reference standard in the RefSeqGene project. On Dec 3, 2009 this sequence version replaced NM_001010870.1. Transcript Variant: This variant (1) represents the longest transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: CR936792.1, SRR1803617.96620.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2145544 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GGTTTTGAAC 
CTTTCAAATG GTATGGAGGA GATAGTGAAC CCTGAGAATG TCTGGAATGG CATACCCAAA 
TTGGATAAGA GTCCACCTGA GAAAAGGGGT TTGGAGGTGA TGGAGATTTA A

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

RefSeq	NP_001010870.1
CDS	255..6545
Translation	MCSTPGMPAPGASLALRVSFVDVHPDVIPVQLWGLVGERRGEYLRLSREIQEAAATRGQWALGSASASPGELCLVQVGLLWHRCRVVSRQAQESRVFLLDEGRTITAGAGSLAPGRREFFNLPSEVLGCVLAGLVPAGCGAGSGEPPQHWPADAVDFLSNLQGKEVHGCVLDVLLLHRLVLLEVPDVFQQMRELGLARRVPDSLFRSLLERYLTAATASVGSGVPVLSRVPLKQKQPGLDYFYPQLQLGVTEAVVITQVCHPHRIHCQLRSVSQEIHRLSESMAQVYRGSTGTGDENSTSATWEEREESPDKPGSPCASCGLDGHWYRALLLETFRPQRCAQVLHVDYGRKELVSCSSLRYLLPEYFRMPVVTYPCALYGLWDGGRGWSRSQVGDLKTLILGKAVNAKIEFYCSFEHVYYVSLYGEDGINLNRVFGVQSCCLADRVLQSQATEEEEPETSQSQSPAEEVDEEISLPALRSIRLKMNAFYDAQVEFVKNPSEFWIRLRKHNVTFSKLMRRMCGFYSSASKLDGVVLKPEPDDLCCVKWKENGYYRAIVTKLDDKSVDVFLVDRGNSENVDWYDVRMLLPQFRQLPILAVKCTLADIWPLGKTWSQEAVSFFKKTVLHKELVIHILDKQDHQYVIEILDESRTGEENISKVIAQAGYAKYQEFETKENILVNAHSPGHVSNHFTTESNKIPFAKTGEGEQKAKRENKTTSVSKALSDTTVVTNGSTELVVQEKVKRASVYFPLMQNCLEIKPGSSSKGELEVGSTVEVRVSYVENPGYFWCQLTRNIQGLKTLMSDIQYYCKNTAAPHQRNTLACLAKRTVNRQWSRALISGIQSVEHVNVTFVDYGDREMVSVKNIYSISEEFLKVKAQAFRCSLYNLIQPVGQNPFVWDVKAIQAFNEFIDNAWQKNLELKCTIFALASINEELFNIVDLLTPFQSACHFLVEKRLARPVKLQKPLESSVQLHSYFYSTHDMKIGSEELVYITHIDDPWTFYCQLARNANILEQLSCSITQLSKVLLNLKTSPLNPGTLCLAKYTDGNWYRGIVIEKEPKKVFFVDFGNIYVVTSDDLLPIPSDAYDVLLLPMQAVRCSLSDIPDHIPEEVVVWFQETILDKSLKALVVAKDPDGTLIIELYGDNIQISASINKKLGLLSYKDRIRKKESEVLCSTTETLEEKNENMKLPCTEYLSKSVGYKLPNKEILEESYKPQINSSYKELKLLQSLTKTNLVTQYQDSVGNKNSQVFPLTTEKKEEISAETPLKTARVEATLSERKIGDSCDKDLPLKFCEFPQKTIMPGFKTTVYVSHINDLSDFYVQLIEDEAEISHLSERLNSVKTRPEYYVGPPLQRGDMICAVFPEDNLWYRAVIKEQQPNDLLSVQFIDYGNVSVVHTNKIGRLDLVNAILPGLCIHCSLQGFEVPDNKNSKKMMHYFSQRTSEAAIRCEFVKFQDRWEVILADEHGIIADDMISRYALSEKSQVELSTQVIKSASSKSVNKSDIDTSVFLNWYNPEKKMIRAYATVIDGPEYFWCQFADTEKLQCLEVEVQTAGEQVADRRNCIPCPYIGDPCIVRYREDGHYYRALITNICEDYLVSVRLVDFGNIEDCVDPKALWAIPSELLSVPMQAFPCCLSGFNISEGLCSQEGNDYFYEIITEDVLEITILEIRRDVCDIPLAIVDLKSKGKSINEKMEKYSKTGIKSALPYENIDSEIKQTLGSYNLDVGLKKLSNKAVQNKIYMEQQTDELAEITEKDVNIIGTKPSNFRDPKTDNICEGFENPCKDKIDTEELEGELECHLVDKAEFDDKYLITGFNTLLPHANETKEILELNSLEVPLSPDDESKEFLELESIELQNSLVVDEEKGELSPVPPNVPLSQECVTKGAMELFTLQLPLSCEAEKQPELELPTAQLPLDDKMDPLSLGVSQKAQESMCTEDMRKSSCVESFDDQRRMSLHLHGADCDPKTQNEMNICEEEFVEYKNRDAISALMPLFSEEESSDGSKHNNGLPDHISAQLQNTYTLKAFTVGSKCVVWSSLRNTWSKCEILETAEEGTRVLNLSNGMEEIVNPENVWNGIPKLDKSPPEKRGLEVMEI

Target ORF information:

RefSeq Version	NM_001010870.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.

Target ORF information:

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

NM_001010870.2

ORF Insert Sequence:

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GGTTTTGAAC 
CTTTCAAATG GTATGGAGGA GATAGTGAAC CCTGAGAATG TCTGGAATGG CATACCCAAA 
TTGGATAAGA GTCCACCTGA GAAAAGGGGT TTGGAGGTGA TGGAGATTTA A

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

TDRD6 ( NM_001010870.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001010870.1 Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.

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CloneID	OHu08692
Clone ID Related Accession (Same CDS sequence)	NM_001010870.2 , NM_001010870.3
Accession Version	NM_001010870.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6291bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-21
Organism	Homo sapiens(human)
Product	tudor domain-containing protein 6 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK131455.1 and AL591242.4. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_001010870.2. Transcript Variant: This variant (1) represents the longest transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: CR936792.1, SRR1803617.96620.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2145544 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000316081.11/ ENSP00000346065.5 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GGTTTTGAAC 
CTTTCAAATG GTATGGAGGA GATAGTGAAC CCTGAGAATG TCTGGAATGG CATACCCAAA 
TTGGATAAGA GTCCACCTGA GAAAAGGGGT TTGGAGGTGA TGGAGATTTA A

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

RefSeq	NP_001010870.1
CDS	245..6535
Translation	MCSTPGMPAPGASLALRVSFVDVHPDVIPVQLWGLVGERRGEYLRLSREIQEAAATRGQWALGSASASPGELCLVQVGLLWHRCRVVSRQAQESRVFLLDEGRTITAGAGSLAPGRREFFNLPSEVLGCVLAGLVPAGCGAGSGEPPQHWPADAVDFLSNLQGKEVHGCVLDVLLLHRLVLLEVPDVFQQMRELGLARRVPDSLFRSLLERYLTAATASVGSGVPVLSRVPLKQKQPGLDYFYPQLQLGVTEAVVITQVCHPHRIHCQLRSVSQEIHRLSESMAQVYRGSTGTGDENSTSATWEEREESPDKPGSPCASCGLDGHWYRALLLETFRPQRCAQVLHVDYGRKELVSCSSLRYLLPEYFRMPVVTYPCALYGLWDGGRGWSRSQVGDLKTLILGKAVNAKIEFYCSFEHVYYVSLYGEDGINLNRVFGVQSCCLADRVLQSQATEEEEPETSQSQSPAEEVDEEISLPALRSIRLKMNAFYDAQVEFVKNPSEFWIRLRKHNVTFSKLMRRMCGFYSSASKLDGVVLKPEPDDLCCVKWKENGYYRAIVTKLDDKSVDVFLVDRGNSENVDWYDVRMLLPQFRQLPILAVKCTLADIWPLGKTWSQEAVSFFKKTVLHKELVIHILDKQDHQYVIEILDESRTGEENISKVIAQAGYAKYQEFETKENILVNAHSPGHVSNHFTTESNKIPFAKTGEGEQKAKRENKTTSVSKALSDTTVVTNGSTELVVQEKVKRASVYFPLMQNCLEIKPGSSSKGELEVGSTVEVRVSYVENPGYFWCQLTRNIQGLKTLMSDIQYYCKNTAAPHQRNTLACLAKRTVNRQWSRALISGIQSVEHVNVTFVDYGDREMVSVKNIYSISEEFLKVKAQAFRCSLYNLIQPVGQNPFVWDVKAIQAFNEFIDNAWQKNLELKCTIFALASINEELFNIVDLLTPFQSACHFLVEKRLARPVKLQKPLESSVQLHSYFYSTHDMKIGSEELVYITHIDDPWTFYCQLARNANILEQLSCSITQLSKVLLNLKTSPLNPGTLCLAKYTDGNWYRGIVIEKEPKKVFFVDFGNIYVVTSDDLLPIPSDAYDVLLLPMQAVRCSLSDIPDHIPEEVVVWFQETILDKSLKALVVAKDPDGTLIIELYGDNIQISASINKKLGLLSYKDRIRKKESEVLCSTTETLEEKNENMKLPCTEYLSKSVGYKLPNKEILEESYKPQINSSYKELKLLQSLTKTNLVTQYQDSVGNKNSQVFPLTTEKKEEISAETPLKTARVEATLSERKIGDSCDKDLPLKFCEFPQKTIMPGFKTTVYVSHINDLSDFYVQLIEDEAEISHLSERLNSVKTRPEYYVGPPLQRGDMICAVFPEDNLWYRAVIKEQQPNDLLSVQFIDYGNVSVVHTNKIGRLDLVNAILPGLCIHCSLQGFEVPDNKNSKKMMHYFSQRTSEAAIRCEFVKFQDRWEVILADEHGIIADDMISRYALSEKSQVELSTQVIKSASSKSVNKSDIDTSVFLNWYNPEKKMIRAYATVIDGPEYFWCQFADTEKLQCLEVEVQTAGEQVADRRNCIPCPYIGDPCIVRYREDGHYYRALITNICEDYLVSVRLVDFGNIEDCVDPKALWAIPSELLSVPMQAFPCCLSGFNISEGLCSQEGNDYFYEIITEDVLEITILEIRRDVCDIPLAIVDLKSKGKSINEKMEKYSKTGIKSALPYENIDSEIKQTLGSYNLDVGLKKLSNKAVQNKIYMEQQTDELAEITEKDVNIIGTKPSNFRDPKTDNICEGFENPCKDKIDTEELEGELECHLVDKAEFDDKYLITGFNTLLPHANETKEILELNSLEVPLSPDDESKEFLELESIELQNSLVVDEEKGELSPVPPNVPLSQECVTKGAMELFTLQLPLSCEAEKQPELELPTAQLPLDDKMDPLSLGVSQKAQESMCTEDMRKSSCVESFDDQRRMSLHLHGADCDPKTQNEMNICEEEFVEYKNRDAISALMPLFSEEESSDGSKHNNGLPDHISAQLQNTYTLKAFTVGSKCVVWSSLRNTWSKCEILETAEEGTRVLNLSNGMEEIVNPENVWNGIPKLDKSPPEKRGLEVMEI

Target ORF information:

RefSeq Version	NM_001010870.3
Organism	Homo sapiens(human)
Definition	Homo sapiens tudor domain containing 6 (TDRD6), transcript variant 1, mRNA.

Target ORF information:

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

NM_001010870.3

ORF Insert Sequence:

ATGTGCTCGA CGCCCGGAAT GCCGGCGCCG GGGGCCTCGC TGGCCCTGCG GGTGTCCTTC 
GTGGACGTGC ATCCCGATGT GATCCCGGTG CAGCTGTGGG GGCTGGTGGG CGAGCGGCGG 
GGCGAGTACC TGCGGCTGAG CCGGGAAATC CAGGAAGCGG CGGCCACGCG CGGCCAGTGG 
GCGCTGGGCA GCGCCTCGGC CTCGCCCGGC GAGCTGTGCC TGGTGCAGGT CGGGCTTTTG 
TGGCACCGCT GCCGCGTGGT CAGCCGGCAG GCACAGGAGA GCCGTGTCTT CCTGCTGGAC 
GAGGGCCGCA CCATCACGGC CGGAGCAGGC TCGCTGGCGC CTGGGCGCAG AGAGTTCTTC 
AATTTGCCCT CGGAAGTGCT GGGCTGCGTG CTAGCGGGCC TGGTGCCGGC AGGCTGCGGC 
GCGGGCTCAG GCGAGCCGCC GCAGCACTGG CCCGCCGACG CCGTGGACTT CCTTAGCAAC 
CTTCAGGGCA AGGAGGTGCA CGGGTGCGTC CTGGACGTGC TGCTGCTCCA TCGCCTGGTC 
CTCCTGGAGG TGCCTGATGT GTTCCAACAG ATGCGGGAGC TGGGCCTGGC TCGGCGGGTG 
CCCGACAGCC TCTTCCGTTC GCTGCTGGAG CGCTATCTCA CAGCGGCCAC TGCTAGCGTG 
GGCTCCGGGG TCCCGGTTCT CTCGCGAGTC CCGCTCAAGC AAAAGCAGCC TGGTCTGGAT 
TACTTCTATC CCCAGCTGCA GCTGGGCGTG ACGGAGGCCG TGGTCATAAC CCAAGTGTGC 
CATCCCCACC GCATTCACTG CCAGCTCCGC AGCGTCTCGC AGGAGATCCA CCGCCTCTCC 
GAGAGCATGG CCCAGGTATA CCGGGGTTCC ACGGGGACAG GGGATGAGAA CTCTACCAGT 
GCCACCTGGG AGGAGAGGGA GGAGAGCCCA GATAAGCCGG GCTCTCCGTG TGCATCCTGT 
GGCCTGGATG GACATTGGTA CAGAGCACTG TTGCTTGAGA CTTTTCGGCC CCAGCGCTGT 
GCCCAGGTGC TTCATGTGGA CTATGGAAGG AAGGAGTTAG TGAGTTGCAG CAGCCTTCGG 
TACTTGCTGC CTGAATATTT TCGAATGCCG GTGGTGACCT ACCCTTGTGC TTTGTATGGA 
CTCTGGGACG GTGGGAGAGG CTGGTCTCGG TCACAGGTCG GTGACCTGAA GACACTGATA 
CTAGGCAAGG CAGTGAATGC AAAGATTGAA TTTTATTGCT CCTTTGAGCA TGTGTATTAT 
GTCAGCCTGT ATGGAGAAGA TGGGATTAAT CTGAACCGTG TGTTTGGAGT ACAGTCGTGT 
TGCTTGGCTG ACCGAGTCCT TCAGAGCCAG GCAACAGAGG AGGAGGAACC AGAAACATCT 
CAGTCTCAGT CTCCTGCTGA AGAAGTAGAT GAAGAGATTT CACTCCCAGC CTTAAGATCT 
ATCAGGTTAA AGATGAATGC CTTCTACGAT GCGCAGGTAG AGTTTGTTAA AAATCCTTCT 
GAGTTTTGGA TTAGGTTGAG GAAACACAAT GTCACCTTCA GTAAGCTGAT GAGGAGAATG 
TGTGGTTTCT ATTCCTCTGC CAGTAAGCTG GATGGTGTAG TTTTGAAACC TGAACCTGAT 
GACCTTTGCT GTGTCAAGTG GAAAGAAAAT GGTTATTATA GGGCCATAGT CACCAAATTG 
GATGACAAGA GTGTGGATGT ATTCTTAGTT GACCGAGGCA ATTCGGAAAA TGTGGACTGG 
TATGACGTAA GGATGCTGCT TCCTCAGTTT AGGCAGCTAC CAATATTGGC TGTGAAGTGC 
ACCCTGGCTG ATATTTGGCC TTTGGGAAAA ACTTGGAGCC AGGAGGCAGT TTCCTTTTTT 
AAAAAGACTG TGCTCCACAA AGAATTAGTC ATCCATATTC TTGATAAACA GGATCATCAA 
TATGTTATTG AGATTCTTGA CGAATCAAGA ACAGGGGAAG AAAACATTAG TAAGGTAATT 
GCCCAAGCTG GATATGCCAA GTATCAGGAA TTTGAAACAA AGGAAAATAT CCTGGTAAAT 
GCCCACTCCC CAGGGCATGT TTCAAACCAC TTTACTACGG AGAGTAACAA AATACCTTTT 
GCCAAGACTG GAGAAGGAGA GCAGAAAGCC AAGAGAGAGA ATAAAACCAC ATCTGTTTCA 
AAAGCTTTGA GTGACACAAC AGTTGTAACA AATGGTTCAA CTGAACTAGT TGTGCAGGAA 
AAAGTGAAAA GAGCATCTGT TTATTTTCCT CTTATGCAGA ATTGCTTGGA AATTAAGCCA 
GGCTCCTCTA GTAAAGGAGA GCTGGAAGTT GGAAGTACAG TAGAAGTCAG AGTGTCTTAT 
GTTGAAAACC CTGGCTATTT CTGGTGTCAG CTGACCAGGA ACATACAAGG ACTTAAAACT 
CTAATGTCTG ATATTCAGTA CTATTGCAAA AATACAGCTG CTCCTCACCA GAGAAACACC 
CTTGCTTGTT TGGCTAAGCG AACAGTAAAC AGACAGTGGT CCAGAGCACT TATTAGTGGG 
ATACAGTCTG TGGAGCATGT CAATGTAACA TTTGTAGATT ATGGAGACAG AGAAATGGTA 
TCTGTGAAGA ATATTTATTC AATTAGTGAA GAATTTCTGA AGGTTAAGGC ACAGGCTTTT 
AGGTGCAGTC TTTATAATTT AATTCAACCA GTTGGCCAGA ATCCCTTTGT TTGGGATGTA 
AAGGCAATAC AAGCTTTCAA TGAATTTATA GATAATGCAT GGCAAAAAAA TCTAGAATTA 
AAATGTACAA TATTTGCTCT GGCTTCAATT AATGAAGAAC TGTTTAACAT TGTGGATTTG 
CTAACCCCCT TTCAGAGTGC ATGCCATTTC TTGGTAGAAA AGAGACTTGC AAGACCAGTA 
AAACTTCAGA AGCCTTTGGA GTCCTCTGTT CAGCTACATT CCTACTTCTA TTCTACACAT 
GATATGAAAA TTGGAAGTGA AGAATTAGTT TATATAACGC ATATTGATGA CCCTTGGACA 
TTTTATTGCC AGCTGGCAAG AAATGCAAAT ATTTTAGAAC AGTTGTCATG TAGTATTACA 
CAATTAAGTA AAGTTTTGCT GAATTTAAAA ACATCTCCCT TGAACCCTGG AACCTTGTGC 
CTTGCCAAGT ATACTGATGG AAACTGGTAT AGGGGCATAG TAATAGAGAA AGAGCCAAAG 
AAAGTCTTCT TTGTTGATTT TGGGAATATT TATGTAGTAA CAAGTGATGA TCTGCTTCCA 
ATACCTAGTG ATGCATATGA TGTCTTACTT TTGCCCATGC AAGCTGTCAG ATGTTCATTA 
TCTGATATTC CTGATCATAT ACCAGAAGAA GTGGTGGTGT GGTTTCAGGA GACTATTTTA 
GATAAGTCAT TGAAGGCTTT AGTTGTAGCA AAAGATCCAG ATGGAACACT GATTATAGAA 
CTATATGGTG ACAATATTCA AATTAGTGCT AGTATTAATA AGAAGTTGGG GCTACTTAGT 
TACAAAGATA GAATAAGAAA AAAAGAAAGT GAAGTCCTCT GTTCTACAAC TGAAACTCTT 
GAAGAAAAAA ATGAGAATAT GAAGTTGCCA TGTACAGAGT ATTTAAGTAA ATCAGTAGGG 
TACAAGTTAC CTAATAAAGA AATTTTGGAA GAGTCATATA AACCTCAGAT CAACTCATCA 
TACAAGGAAC TCAAACTTTT ACAAAGTTTA ACAAAAACAA ACTTAGTCAC TCAATATCAA 
GACTCTGTGG GAAATAAAAA TAGTCAAGTG TTTCCATTAA CAACAGAAAA GAAAGAAGAA 
ATTTCTGCTG AGACACCCTT GAAAACAGCA AGAGTAGAAG CTACTCTTTC AGAGAGAAAA 
ATAGGAGATT CATGTGACAA AGATTTGCCT CTGAAATTTT GTGAGTTCCC ACAGAAGACT 
ATAATGCCTG GATTTAAAAC AACTGTATAT GTTTCTCATA TAAATGACCT TTCAGACTTT 
TATGTTCAAC TAATAGAAGA TGAAGCTGAA ATTAGTCATC TTTCAGAGAG ATTAAACAGT 
GTTAAAACAA GGCCCGAATA TTATGTAGGT CCACCTTTGC AAAGAGGAGA TATGATATGT 
GCTGTTTTCC CAGAAGATAA TTTATGGTAT CGTGCTGTGA TCAAGGAGCA ACAACCCAAT 
GACCTTCTCT CTGTGCAGTT TATAGATTAT GGCAATGTTT CTGTGGTTCA TACTAACAAA 
ATAGGTAGGC TTGACCTTGT TAATGCAATA TTGCCGGGGT TGTGCATTCA TTGCTCCTTG 
CAGGGATTTG AGGTTCCTGA CAATAAAAAT TCTAAGAAAA TGATGCATTA CTTTTCCCAA 
CGGACCAGCG AGGCTGCAAT AAGATGTGAA TTTGTTAAAT TTCAAGACAG ATGGGAAGTT 
ATTCTTGCTG ATGAACATGG GATCATAGCA GATGATATGA TTAGCAGGTA TGCTCTCAGT 
GAAAAATCTC AAGTAGAACT TTCTACCCAA GTAATTAAAA GTGCCAGTTC AAAGTCTGTT 
AACAAATCAG ACATTGACAC TTCAGTATTT CTTAACTGGT ATAATCCAGA AAAAAAAATG 
ATAAGAGCTT ATGCCACTGT GATAGATGGA CCTGAGTACT TTTGGTGTCA GTTTGCTGAT 
ACGGAGAAAC TTCAGTGTTT AGAAGTAGAA GTACAGACTG CTGGAGAACA GGTAGCAGAC 
AGGAGAAATT GTATCCCATG TCCTTATATT GGAGATCCTT GTATAGTAAG ATACAGAGAA 
GATGGACATT ATTATAGGGC ACTTATCACT AATATTTGTG AAGATTATCT TGTATCTGTC 
AGGCTTGTGG ACTTTGGAAA CATTGAAGAC TGTGTGGACC CAAAAGCACT CTGGGCCATT 
CCTTCTGAAC TTCTGTCGGT TCCCATGCAA GCCTTTCCAT GTTGCCTCTC AGGGTTTAAC 
ATTTCAGAAG GATTATGTTC TCAAGAGGGA AATGACTATT TCTATGAAAT AATAACAGAA 
GATGTGTTGG AAATAACAAT ACTAGAAATC AGAAGGGATG TTTGTGATAT CCCTTTAGCA 
ATTGTTGACT TGAAAAGCAA AGGTAAAAGT ATTAATGAGA AAATGGAGAA ATATTCTAAG 
ACTGGTATTA AAAGTGCTCT TCCCTATGAA AATATTGACT CAGAGATAAA GCAGACTCTT 
GGGTCCTACA ATCTTGATGT AGGACTTAAG AAATTAAGTA ATAAAGCTGT ACAAAATAAA 
ATATATATGG AACAACAGAC AGATGAGCTT GCTGAAATAA CTGAAAAAGA TGTAAACATT 
ATTGGAACCA AACCAAGTAA CTTCCGTGAC CCTAAAACTG ATAACATTTG TGAAGGGTTT 
GAAAACCCCT GCAAAGATAA AATTGATACT GAGGAACTGG AAGGTGAATT AGAGTGCCAT 
CTGGTTGACA AAGCAGAGTT TGATGATAAA TACCTGATTA CAGGATTTAA CACATTACTA 
CCACATGCTA ATGAAACAAA GGAGATACTA GAACTGAATT CACTTGAGGT GCCGCTTTCT 
CCTGATGATG AATCAAAAGA ATTCTTAGAA CTGGAATCTA TTGAGTTACA GAATTCTCTG 
GTGGTGGATG AAGAAAAAGG GGAGCTAAGC CCGGTGCCAC CGAATGTGCC ACTCTCCCAA 
GAGTGTGTCA CAAAAGGCGC CATGGAGCTA TTTACACTGC AGCTTCCTCT CAGCTGTGAA 
GCTGAGAAAC AGCCAGAACT AGAACTACCT ACAGCCCAGC TGCCTTTAGA TGACAAGATG 
GATCCTTTGT CTTTAGGAGT TAGTCAGAAA GCACAGGAAT CCATGTGTAC TGAGGACATG 
AGAAAGTCAA GTTGTGTAGA ATCTTTTGAT GACCAGCGCA GGATGTCATT GCATCTACAT 
GGAGCAGATT GTGATCCTAA AACACAGAAT GAAATGAATA TATGTGAAGA AGAATTTGTA 
GAGTATAAAA ACAGGGATGC CATTTCGGCA TTGATGCCTT TGTTCTCTGA GGAAGAAAGC 
AGTGATGGAA GCAAGCACAA TAATGGTTTA CCAGATCATA TCTCAGCTCA ACTACAGAAC 
ACCTACACTC TGAAAGCCTT TACTGTTGGA TCTAAATGTG TTGTGTGGTC AAGTCTAAGA 
AACACATGGT CTAAATGTGA GATTTTAGAA ACAGCTGAAG AAGGAACAAG GGTTTTGAAC 
CTTTCAAATG GTATGGAGGA GATAGTGAAC CCTGAGAATG TCTGGAATGG CATACCCAAA 
TTGGATAAGA GTCCACCTGA GAAAAGGGGT TTGGAGGTGA TGGAGATTTA A

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

PubMed

Chromatoid Body Protein TDRD6 Supports Long 3' UTR Triggered Nonsense Mediated mRNA Decay.
PLoS genetics12(5)e1005857(2016 May)
Fanourgakis G,Lesche M,Akpinar M,Dahl A,Jessberger R

Tdrd6 is required for spermiogenesis, chromatoid body architecture, and regulation of miRNA expression.
Current biology : CB19(8)630-9(2009 Apr)
Vasileva A,Tiedau D,Firooznia A,M?ller-Reichert T,Jessberger R

Pituitary autoantibodies in autoimmune polyendocrine syndrome type 1.
Proceedings of the National Academy of Sciences of the United States of America104(3)949-54(2007 Jan)
Bensing S,Fetissov SO,Mulder J,Perheentupa J,Gustafsson J,Husebye ES,Oscarson M,Ekwall O,Crock PA,H?kfelt T,Hulting AL,K?mpe O

Tudor-related proteins TDRD1/MTR-1, TDRD6 and TDRD7/TRAP: domain composition, intracellular localization, and function in male germ cells in mice.
Developmental biology301(1)38-52(2007 Jan)
Hosokawa M,Shoji M,Kitamura K,Tanaka T,Noce T,Chuma S,Nakatsuji N

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TDRD6 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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