TDRD15 cDNA ORF clone, Pan troglodytes(chimpanzee)

Gene
Clones
gRNAs

Summary

Gene Symbol	TDRD15
Entrez Gene ID	104004900
Full Name	tudor domain containing 15
General protein information	Preferred Names tudor domain containing 15 Names tudor domain-containing protein 15
Gene Type	protein-coding
Organism	Pan troglodytes(chimpanzee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016947935.2	XP_016803424.1	tudor domain-containing protein 15
XM_016947935.1	XP_016803424.1	tudor domain-containing protein 15
XM_016947941.1	XP_016803430.1	tudor domain-containing protein 15
XM_016947941.2	XP_016803430.1	tudor domain-containing protein 15
XM_016947937.1	XP_016803426.1	tudor domain-containing protein 15
XM_016947937.2	XP_016803426.1	tudor domain-containing protein 15

Pathways from BioSystems
Gene Ontology

The following TDRD15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TDRD15 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)
OPc78801	XM_016947941.2 Latest version!	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPc78801	XM_016947935.2 Latest version!	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPc78801	XM_016947937.2 Latest version!	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
View Old Accession Versions >>
OPc78801	XM_016947935.1	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPc78801	XM_016947941.1	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPc78801	XM_016947937.1	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

TDRD15 ( XM_016947935.2 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803424.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.

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CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947935.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1521388800000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_036880.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 20, 2018 this sequence version replaced XM_016947935.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pan troglodytes Annotation Release 105 Annotation Version :: 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803424.1
CDS	578..6382
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947935.2
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.

Target ORF information:

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

XM_016947935.2

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

TDRD15 ( XM_016947935.1 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803424.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.

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CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947935.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1464710400000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006469.4) 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 :: Pan troglodytes Annotation Release 104 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##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803424.1
CDS	578..6382
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947935.1
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X1, mRNA.

Target ORF information:

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

XM_016947935.1

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

TDRD15 ( XM_016947941.1 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803430.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.

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CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947941.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1464710400000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006469.4) 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 :: Pan troglodytes Annotation Release 104 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##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803430.1
CDS	1296..7100
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947941.1
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.

Target ORF information:

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

XM_016947941.1

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

TDRD15 ( XM_016947941.2 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803430.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.

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CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947941.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1521388800000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_036880.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 20, 2018 this sequence version replaced XM_016947941.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pan troglodytes Annotation Release 105 Annotation Version :: 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803430.1
CDS	1296..7100
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947941.2
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X3, mRNA.

Target ORF information:

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

XM_016947941.2

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

TDRD15 ( XM_016947937.1 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803426.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947937.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1464710400000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006469.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pan troglodytes Annotation Release 104 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##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803426.1
CDS	292..6096
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947937.1
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.

Target ORF information:

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

XM_016947937.1

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

TDRD15 ( XM_016947937.2 ) cDNA ORF clone, Pan troglodytes(chimpanzee) -> XP_016803426.1 Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.

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CloneID	OPc78801
Clone ID Related Accession (Same CDS sequence)	XM_016947935.2 , XM_016947935.1 , XM_016947941.1 , XM_016947941.2 , XM_016947937.1 , XM_016947937.2
Accession Version	XM_016947937.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5805bp) 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	1521388800000
Organism	Pan troglodytes(chimpanzee)
Product	tudor domain-containing protein 15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_036880.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 20, 2018 this sequence version replaced XM_016947937.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pan troglodytes Annotation Release 105 Annotation Version :: 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

RefSeq	XP_016803426.1
CDS	292..6096
Translation	MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKNNECEFDYHVLQREIQHIPKVKNNVEVDEFCLVEERVSGEWQRGRVVEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHGPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDERLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDINSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHQNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIKDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLVSLYSYCYSSFNIQIGSEEEVYISHIYSPKKFYCQLGRNNKDLEMIETKITESVNLQNCPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGKSLKATILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYCHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKNSLNDGLKGIKIVPGAAHILENRGVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPASFHIQLAENESVIIRLADALNAAARRLRERKSVKPLVGDLVVAEYAGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDERCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKRRPAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRAEISEVSPQSLCLVLVDYGFSFYIHYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADMLVASGLATYSKDSAHLDAITATESTKNPI

Target ORF information:

RefSeq Version	XM_016947937.2
Organism	Pan troglodytes(chimpanzee)
Definition	Pan troglodytes tudor domain containing 15 (TDRD15), transcript variant X2, mRNA.

Target ORF information:

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

XM_016947937.2

ORF Insert Sequence:

ATGGATTCTA CATCTTTCTT ACCAACATTT TTAGATGTGG ATCTGACAAT ATCACATATT 
AAATGTCTTC CCAAGGATAT TCTGGTGAAA TTTCAAGGCA TAAAGAATAA TGAATGTGAG 
TTTGACTACC ACGTATTGCA GAGAGAAATA CAACATATTC CAAAAGTGAA AAATAATGTG 
GAAGTTGATG AATTTTGTTT GGTGGAAGAA AGAGTATCTG GAGAATGGCA GAGAGGAAGA 
GTCGTGGAAA AGAAAAATGA ACTCTATACA GTGCTCCTCA TAGATCGCGG AGAAGAACTA 
AGAGTTGCTG GTCCACAGAT TGCTTCAGCC TGTGGCAATT TATTTGAGCT ACCGCCACGG 
GTAGTATTTG GTATTTTTGC GAATATACTA CCAGTTGGGG AAAAATGGTC CCCTAAAGCT 
TTGAATTATT TCAAGTCATT AGTAGGAATA CAAGTGAAAG GTTATGTGCA AGCTATTTTA 
CCTCTGCAAA TGTTTCTTTT TGAAGTGCCA AAAATTATAT CTCAGGCTCT CGAGTTACAA 
TTAGGAAGAC TTGTTGATGG AGATTCGTTT CGTCTTATTG TGGAAATGTT AGAAGAATTC 
CCTCAACAAA TGCCAGATTT ATTACAACAT AAAAGGCCTG AATTGTCATT AGGTAATAAA 
GATACTTCAC TTGATATTCA ACATGTTCTG GATAAGTTGC AGCCATCTTT GTCAGTAGGA 
AGTACTGAAA GTGTAAAGGT ATCATCTGCA TTGAGCCCAA GTAAATTTTA TTGTCAGTTA 
ATTAAATGGA CTCCAGAGCT AGAAAACTTG ACAGCACATA TGACTTTGCA TTATGATACC 
GTCTGTCAAG AAACTAGTCC CACGTGTGAT AATTTTGGAC TGCTTTGTGT TGCCAGAAGG 
CGAAATGGAC AGTGGCATAG AGGAATTCTT CAGCAGCTCT TGCCCCCAAA TCAAGTAAAA 
ATTTGGTTTA TGGATTATGG CAGTAGCGAG GCTATACCCT CAATTTATGT AAAGAAACTT 
AAACAGGATT TTATTTTAGT ACCATTATTT TCATTTCCAT GTTCTCTGAC ATGTTTGCAC 
GGTCCAGATA GAGATGCAAG AATATTTCAA CTGAGTATAT TTAAACAGGC CTTATTAGGA 
CAAGTGGTAT ATGCACACAT TGATTGGTTC AATAAGGATG AGCGTTTGTA TTACGTGACA 
TTACAAACTC AAGAGTCTAC AGTTAATTCT AAGTGTCTAC TGAAGACTGT AGGCACACAA 
GTACTTTGTC CGATGTCTGA TTCAAAAATC TCCAATATCT TGAGTGAGAC AAGTGTGTCT 
GATATAAACA GCTTTGCAGT TGAGAGTTTT ATGGGAAATA TTGAATGGTC AATAGACTCT 
CTAAATAAAA AAGGCATTTT AAAAGTAGGT TTTCCCATTA AAACAGTACA AATGGAGATA 
GAGGCTGCCT ACATAGCTTT TATAGCATAT GTATTAAACC CATCAAATTT CTGGGTACGC 
ACTAATGACC ATCAGAATGA ATTTCAAGAA ATAATGAAAA ACATAAACAA ATTTTATGAT 
TTGTGTGAAA ACGATGAAAT GATTCTAAGA AAACCTGAAC CTGGATTATT TTGTTGTGCT 
AGATATAGCA AGGACAGACG TTTTTACAGA GCTGTCATCA CTGAAATTAA TGGTTATAAG 
ATTAATGTTT ATTTTTTGGA TTATGGTAAT ACTGATTCCA TACCATTTTT TGATGTAAAA 
ATTTTGCTTC CAGAATTTTG TGAGTTGCCT GCCTTAGCGA TGTGCTGTTC ACTTGCACAT 
ATATTCCCTG TTGAAGATTT ATGGACTAAG GCTGCAATTG ATTATTTTAA AAAATTAGTT 
TTGAACAAAG CAATTTTGCT TCAGGTTATA GCAAAAAAAG ATGACAAGTA CACTGTAAAT 
ATTCAAAGTG TTGAAGCCTC AGAAAATATT GATGTTATCT CTCTTATGTT ACAAGCTGGA 
TATGCAGAAT ATTTTCAAGT AGAACTAGAA TATTTTCCAA AATCTGTAAG TGAATATTCA 
ATGCTAAATT CAGAATCTAA AAACAAAGTT AATATTAAAA AAGTCATATC TGCCCTTCTT 
GAAGGACCTA AATCTAAAAA GTACCATTCA AATAACCTGG TGGAAAATAA CTTGTCTTTG 
CCAAAGTCCC TAGCTGTTAA TATCTCAGAA TTTAAAAATC CTTTCACCTT GTCTGTGGGA 
CCTGAGTCAT CCTGGCCTTA TAAAGAATAT ATTTTTAGAC CAGGAACAGT TCTTGAAGTT 
AAATGTTCCT GTTATTATGG CCCAGGTGAC TTTTCATGCC AGCTCCAATG TAAGTCAGAA 
GACCTAAAAT TACTAATGGA GCAAATTCAG AATTACTATA GTATTCATTC TGATCCTTAT 
GAGATTGGGC AGACTGCTTG TGTTGCTAAG TATTCTGGGA AGTGGTGTAG AGCTGCTGTT 
TTGACTCAAG TATCAAAAGA AGTTGACATA GTGTTTGTTG ATTATGGTTA CCAAAAAAGG 
GTTTTAATTA AAGATCTTTG TGCAATTAAC CCACGTTTTC TCTTGTTAGA AAGCCAAGCC 
TTCAGATGTT GTCTTAACCA TTTTATTGAG CCTGTTAGTT GTAAATTATT CAGTTGGACA 
AGAAAAGCAT TCAGAGACTT GTGGAATTTT ATCTCTTCAT CTAGAGGGTT ATTGACTTGT 
ATCATCTATG CCTTAGTCAT TATACATCCA AACCATTTAT ATAACTTAGT GGATTTACAG 
TCCTCATTTA CCAGTGCAAA AGAATTTCTT ATGAATCGTG GCTCTGCTCA GTATATCACA 
TTATCAGAGA CATTCCCATC TTTAGTTAGT CTTTACAGTT ACTGTTATTC TTCCTTTAAT 
ATACAAATTG GAAGTGAAGA AGAAGTATAT ATATCTCACA TATATAGTCC CAAAAAGTTT 
TATTGCCAGC TTGGCAGAAA TAATAAAGAT CTAGAGATGA TAGAAACAAA AATCACAGAG 
AGTGTTAACC TCCAAAATTG TCCAAAATAT GATTCTAATA AAATGAGAGT GTGCATATCT 
AAGTATGTAG AGGATGGTCT CTCATACAGA GCTTTAGCAA TACCAACAGA TTCATCATCT 
GAGTTTCAAG TCTATTTTGT AGACTTTGGA AATAAGCAAT TAGTAGGAGA AAATATGTTG 
AGGGCCATTT CAGCTCAGTT TCCAGAGTTG TTGTTTACAC CTATGCAAGC TATTAAGTGT 
TTTTTGTCAG ATCTTAGGGA TGTAGATATT CCAGCAGAAA TCAGTAGTTG GTTTAAAGAC 
AATTTCTTGG GAAAATCATT AAAGGCAACA ATATTGTCCC AGGAGTCAGA TGGACAGCTT 
GGTATAGAAT TGTATGATGG ATCTCAATAT ATAAATGAGA AAATTAAAGT GCTGCTTCAT 
GCTTATGGAA AAAGACATTG TGACCAAGCA TGCTGCATGG AAAAGAGTAA TAAAATAAAT 
GAGAATAAGA GATTTACTAC TTCTTTGAAA GGCAAAACAG GAAACAACTA TTGCCATAAT 
GTGATAAATA AACCTAGTCC AGTAACATAT TCTGAAAGAA AAATAGACCA ATTGATGCAT 
CCCAAAAATA TACATGCCAG GTTTTTGAAG CCATCAGTTT GTTATAAAAT GGAACCTGTG 
TCAAAAAACA AAATGAAGAA TTCTTTGAAT GATGGGCTTA AAGGTATAAA AATTGTCCCT 
GGAGCTGCAC ATATTCTTGA GAACAGGGGT GTGGGCCAAA AATCAGTAAA GGTTGTATCA 
CAGTCTTTTA TCAGAGCATT AAATCAAACA ACCTCACAAA ACCCATATGA CCTTATTAGG 
CCACAGATCA AAGACCTTCC TCAACCGCAA ATTTATTTGA ATGCCAAAGT TAAAGGGTAT 
GTATCTAATA TCAGTAATCC AGCAAGTTTC CATATTCAGC TTGCTGAGAA TGAAAGTGTA 
ATTATCAGAC TTGCTGATGC TCTAAATGCA GCAGCAAGGA GATTGAGAGA GAGAAAATCA 
GTTAAACCTC TAGTGGGAGA TCTTGTAGTT GCAGAATATG CTGGTGACAA TGCCATTTAC 
AGGGCAGTTA TTAAGAAAAT TTTGCCAGGA AATTCTTTTG AAGTAGAATT TATTGACTAT 
GGTAACTCTG CAATAGTAAA CACATCTAAA ATTTACGAAC TTCAGAGGGA ATTTTTAACT 
GTTCCTCAGC TAGGAATCCA TGCTTTTCTT AGTGGAGTAA AATGGAATGA GCCTGATGAA 
ATATGGGATG ACAAAACTGT GGATTATTTT ACTTCGAAAG TACATAACAA AACAGTTTAT 
TGTGAATTTT TGAAAAAGCA TGATCAGAAA TGGGAAGTAA ATATGATTTG TGATGAAAGA 
TGTGTCATTA ATGAACTTCT GAAATGGAAA GCATGTTCAA AACTGCAGAA GTCAGCATTG 
CAAATGCCTC AGGTTCTCTC TCAAAAGGTG AGGCCAGGTG ATAATGAAAT GAAGAAAGGA 
AAATCAAATG AGTCTGAAGG TTCTATGAAT TCGAACCAAC AGCTGTTTAA AATTCCTTTG 
GAAGAATTCA AACTTGGACA ACTTGAAAAA GCTGAAATGC TTAATGTTTC AAAAAGTGGA 
AGATTTTATG TGAAGTTATC TAAAAATAAA AAAATTTTAT CAGATTTAAT AGTATTAATT 
ACGAAAGAAG AAAAAAAATC CCCTTTTTTA TCAATGGAAA GTATTGAAAA AGGTTTAGAA 
TGCTTGGCAA AATCTAAAAA TACCTTGAAA TGGCATCGAT CAAAAGTAGA AGAGAAGTAT 
GTTGATGATA AAGTACTTGT TTTTTTAGTA GATTGTGGTA TCTATGAAAT AGTACCTGTA 
TGTAATACCA AGCTGCTTAG TAATGAAATA AGAAACATTC CTAGACAAGC TGTACCTTGT 
AAATGGATTT GGTTTGAAAA TTCTAAGAAC ATATCATTTG AGTGCTTATT TGCTGATTTG 
GAAATAAATA TTCTTTTCCT GAAATATTTA GATGCTGTTT GGGAAGTAGA AATTTTGGTA 
GATGACCTGT TACTTTTGGA ATACTTAAAT TTGAATACAG TTCCTGTTGA AGAAAACAAA 
CGTAGACCTG CAGAAATTGT TTACAACATT GAATCTAAGA CTCCTGTATC ATCATGCACA 
ATAAAATCAT TTACTTGGGT TCAATTCCAA AATGATAGGC AGTATTCTGG TATTGCAACT 
GCTGTTTCTG ATCCATCAGA CTTCAGTATT CAGTTAGAAG ATTTCTTTGA CATAATGAAA 
TACCTTTTTA TGTTGCTTTC TGATCTACCA GAGACCTTAC AAACATTGCC TCAGGAGTTC 
ATAATTCCCG GTTCTAGTTG TTTGTTCAAA TATAAATCGG AAGATCAGTG GAATAGAGCA 
GAAATTTCTG AAGTCTCGCC TCAGTCTTTA TGTCTTGTGT TGGTTGACTA TGGATTTTCT 
TTTTATATAC ATTATTCAGA AATTATAAAT CTTAAAGTTG TTCCTGAGGA ACTTTTGAAT 
TTGCCAAGGC TGAGTTATCC ATGTATTTTA TATGGTATCT TACCTGCTAA AGGAAAACAT 
TGGAGTGAAG AAGCCAAAAT CTTTTTTCGA GATTTCCTAA GTAAACCAGA CTTAGTTTTT 
CAGTTTAGGG AATATCATTC TGAAACAAAA CTGAAAGTAG ATGTCATTCA TGAGAAAAAC 
AATTTGGCAG ATATGTTAGT TGCATCTGGT CTCGCAACTT ATTCTAAAGA TTCAGCTCAT 
CTTGATGCAA TTACTGCTAC TGAATCTACT AAAAATCCAA TATAA

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

PubMed

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TDRD15 cDNA ORF clone, Pan troglodytes(chimpanzee)

Gene

Clones

gRNAs

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:

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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