TDRD15 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	TDRD15
Entrez Gene ID	103102731
Full Name	tudor domain containing 15
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016428356.1	XP_016283842.1	LOW QUALITY PROTEIN: 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)	Select
OMc08102	XM_016428356.1 Latest version!	Monodelphis domestica tudor domain containing 15 (TDRD15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_016428356.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016283842.1 Monodelphis domestica tudor domain containing 15 (TDRD15), mRNA.

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CloneID	OMc08102
Clone ID Related Accession (Same CDS sequence)	XM_016428356.1
Accession Version	XM_016428356.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6210bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	LOW QUALITY PROTEIN: 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_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGGATCTGA AGATTTCTCA CATCGAATGT CTGGCCAAGG AGATTCTGGT GAAGTTTCAG 
GGCAAATATG ATATCGAGTG TGAATTTGAC TACCACATCC TGCAGAGTGA GATACAGCAC 
ATCTCCAAAA CGCACAGCCA CGTGAGGGTG GGCGAATTTT GTTTGGTGGA AGAGAGAGAT 
TCCGGAGAAT GGCACAGAGG ACGTGTTGTG GAGAGCAAAA ATGAATTCTA CAGAGTGTTT 
CTCATCGATT GTGGGAAGGA GCTGCGAGTC AGCGCTGCCC GGGTCGCCTC TGCCTGCGAG 
AACTTATTCG AGCTCCCCCC CCGGATCGTG GTGGGCGTCT TTGCCAACAT CCTCCCTCTC 
GGGGAGAAGT GGTCTCCCAA GGCCTTAAAT TACTTCACGT CCTTGGTAGG ACTTCAGGTG 
AAGGGCTACG TGCAGGCCAT TCTGCCTCAC CAAGTGGTTC TTCTGGAAGC CCCGAGAATC 
ATCTCTGAGG TCCTCGAGCT CCAGCTGGGA AGACTTATCG ATGGAGATTC TTTCCATCTT 
CTGATAGAGA TGTTAAAGGA ATTTCCCCCC AGTCCCTCTT GTCCCCAAAT GCCTGACCTG 
TTGGAGCAGC AATACAAAAG ACCCAAGTCT TTGTGTAGCA GCAGTGAGAT TTCTCCTAAT 
TTTCAGCACA TCCTCGATGA CTTGCAGCCA TCACTGTCCA TTAACTGTAT GGAAAGTGTG 
AAAATCGCTT CTGCGGTCAG TCCGAGCTGG TTTTATTGCC ACCTAATGAA ATGGTTGCCA 
GAGCTGGACA ACTTGACCAC CGCCATGTCT CTGCACTATG AGACGGTGAG CCGAGAGAGA 
AACCCTCCTT GCGATAACTT TGGGCTGCTC TGTGTGGCCA AGAGGAGGAA CGGGCAGTGG 
TATCGTGGGG TTCTGCAGCA GCTCCTGCCA CTGGACCAGG TGAAAATCTG GTTCATGGAC 
CTGGGCAACA GCGAGGCTGT GCCCTCCAAC TATGTGAAGA AGCTGAAGCA GGAGTTCAGC 
TCGCTGCCCC TCTTCTCTTT CCCTTGCACT CTGTCCCACA TTGGCAACCC CAACAAGGAC 
GTGAGGAACA TGCAGCTGAA GTTGTTTAAA CAAGCCCTGT TGGGCCAGAT GGTCTTTGCC 
CACATCGATC AGTTCAACCC TGACGAATGT CTGTATTACG TGACCTTCCA CAGTCAGGAG 
TCGGTCATCA GCTCCAAGAA CCTGCTGCAG GCAAGTGAGT GCCCTCTGGC GCCTCCCCTG 
ACGGCGGCGG TGCAGGGAGC CCCAGGGGAC AGCAAGGCTG AGAGCTTGGC GGGCCCCATG 
GCCCCCCTGA GCCCGGATTT GGAGAAGGAC CCTTTGTCCA AGGTGGCCGT GTCCTGGAAG 
ACCGTGGAGA TGAGAGTCAA TTCTTCATAT GTGGCTTTTG TTGAGTATGT CTTGAACCCG 
TCCAATTTCT GGGTGCGCAC CAATGATCAC CAGAACAAAT TCCAGGACTT GATGAAGAAG 
ATTGGGGAGA CGTATGACTC CTGCGAGAAG GACGACATGC TCCTCAGAAA GCCCGAGCCT 
GGCATATTCT GCTGCGCGCG CTACATCAAG GACATGCACT TCTACAGAGC CGTCGTCACG 
GAAGTCAACG GTTATAAGAT CAACGTCTAT TTTCTGGATT TTGGAAATAC TGAATCGGTC 
CCATTCTACG ACGTCAAAAT TCTGCTGCAA GAGTTCTGCG AGTTACCGGC ATTGGCCATG 
TGCTGTTCCC TGGCTCACGC ATGTCCAACA GAAGATATTT GGGTAAAGAA AGCCACGGAC 
TTTTTCAAAA AGACCGTGTT CGATAAAGCG CTCTTGCTCA CGGTCGTGGC CAAAAAAAAA 
GACAAGTATA TTGTGAATGT GCAGAGTGTT GAGGCCTCCG GAAAAATCAA TGTTGTCGGG 
CTCATGGTGC AAGCGGGCTA CGCAGAATAC TGGGAGGTCA AACCGGACAG TCTTCCCCAT 
CTGGGGGCAG AGATTTTGGC AGCTGGTGGC CAGCCTGGGC ACAGCAATGC AGCTGCTCAA 
GCCAAGAAGC CTCGCCCGTC AGACTTGCCC GCTGCCTCAG CAGGCTCAGC AAGTCCCTTT 
CCTAGAAACA TTGGGCCATT GCCCGGGGCA AGCGAGTGTC TCCATCCGTA CAAGGAGTAT 
GTGTTCAAGC CAGGCACCAT TATCGACGTC AAATGTTCAT ACTTCTCCTG CCCTGGGGAC 
TTCTCGTGCC AGCTGCAAAG CAAGCTGCCG GTGCTGATGC TGCTGATGGA GCAGATGCAG 
GAGTATTACA GGACCCACCG AGACCCGTAC CAGGTGGGGC AGGTCGCCTG TGTGGCCCTA 
TACGCCAAAG ATGGGATGTG GTATCGAGCG GCCGTCCTGA CTCAGGTGTC ATCCCGGGAG 
ATGGACGTCA TCTTTGTGGA CTATGGGAAT CAGGAGAGAA TCCCAATCAA AGACCTTTGT 
GCTATTCACC CCGACTTTAT GCTCCTGGAG GGCCAGGCGT TCCGATGCAG TCTCAACAAT 
TTAATCGAAC CCATTAATTC CGAGTCATTC AGTTGGACCA CAAAGTCCTG CCTGGAGTTT 
GGGAACTTCA TTTCTTCCTA CGATGGACTG CTGACATGTA TCATCTATGC TTTGGTTCTG 
ATCCACCCAC ACTGCCTGTG CAATGTTGTC GATTTGAGAA CACCATTCAT CAGCGCACGG 
CAGTTTCTGG TCAATTGTGG CTGTGCACGG CATAGTGTCT TCTCAGAGTC TTTGCCAGCG 
ACTGTGAGCC TGTACAGTTT CTGCTATTCT TCCTTTAACT TAAAAATTGG GAGTGAAGAA 
GAAGTCTGTA TATCCCACAT CCACAGCCCC AGAAAGTTTT ATTGTCAACT GAGGAGAAAC 
AGTCGAAGTC TGGAGATCAT AACAGCAAAG ATTGCGGAGA TGGGCAGCCT CTCCAGTTAT 
CCAAGATTTG ATGGCAAAAC AAGATTGTGC CTGTCGAAGT ACTTTGAAGA CGGTTTCTTT 
TACAGAGCCA TAGCCTCTCC TGTGGATNTG TCGTCCCTAT TGCTGGTCTA TTTTGTGGAC 
TTTGGAAACA AGCAGATCGT GGCGGGAAAT GAATTACTGC CTATTTTAGA GCAGTCTCCA 
GAGTTACTCT TTACACCTAT GCAGGCAATC AAATGTTATC TTTCAGACCT GAAGGATGTG 
GACATTCCAG CAGAAATCAA CGTCTGGTTT GAAGAAAACT TCTTGGGAAA GTCGTTGAAG 
GCGGTCGTTG TGTCCAGGGA TTCAGACGCC CAGCTTGGCC TAGAGCTCTA CGATGGAAAT 
CAGCAGATAA ATCAGAAAAT CAAAACTTTG CTTCAAGTTT ATGGGAAAAA GTGTGACCCG 
GGAAAAGGGG CCGAGAAGTT TCATAAAAAA TGTGAAAGTA GAATGTCAGG TAGGGTATTC 
TTGAAAGACA AAGGCAACCC CCACCAGTTT NNCCCTGTAA GTAAATCTAC TTATCCTAAG 
TATCGCGAAT ACAAACCGGA TCAAGCTGTG CCTTCCAAAG ACATACATAC CAGACTCTTG 
AAGCCCGCAG TCNCTCTGAA GATGGAGCAC ACTGTAAGAA GCAGGGCGGA CCAGCCTTTC 
AAAGGAGGAC TGAAAACTGC CGACGGAAGA GCCAGCCCCG AGTGTGCCGG CCAAACGAGT 
GAAGGAAAGC CGCCTGCCGC AGAAGCTTTT ACAGCCAAAC GGCTCCTGGC TCCGTCCAGA 
GCCGAGGGGG CGGCAAGACC CCAGATTGGA GACCTCCCGC CGCCTCTTCT GCACCTGAAC 
GTCAGAGTGA AGGGCTATGT GTCGAATATA TGGAGTCCGG CCAGTTTCCA CATTCAGCTT 
GCTGAGAGCG AAGACTTGAT CTTCAGACTT GCCAGAGAGC TCAACGAAGG AGTGGCCGCT 
CGAGGCCGAG ACAGTGAGCT GGCGGCGCTT TCGGTGGGAG ACCTCGTGGT TGCCGAGTAC 
GCGGTCGATA ACGCCTTATA CAGAGCAGTG ATTAAGAACA TCATATCCAG GAATTCTTTG 
GAAGTGGAAT TTATCGACTA TGGGAACACA GAAGTTGTAA ACTTGACCCA ACTCCACGAA 
CTTGATAGGA AATTTCTGAC CATTCCTCAG CTTAGCCTTC ATTCTTTTCT GAGTGGAGTA 
AGATATAATG AGCCTGACGA ATTGTGGGAC AGCAAAACCA TTGCTTACTT TGCTGAAAAA 
GTAAATAACA AATTGATTTC TTGTGAGTTT TTGAAGAAGC ATGAGCAAAA GTGGGAAGTA 
AATATTCTGT GTGATGAGAA GTGTGTTGTG AATGAAATGA TGAAGTGGAT AGCATGTTCA 
AAGAAGCGGG AGAAAGTCTC CAAACCCCCT GAAACTCTCT CTAAAAAAGC GATTCTGGGC 
ATTGATAATA AAGAAAAGAA AAGGCCTGTG GACGGAAGTA AGTGCCCGAG AGCAGCCTTC 
CAGCAGCTGG CTAAAATCCC GAGTCCTGAA TTAAAGCCCG GCCAGCTGGA GAAGGCCGAG 
ATAGTTCATG TTTCAAAATG CGGAAACTTC TTTGTGAAAC TCAAGAAAAG CGTGCCCGCC 
TCCTCCAGCT TGCTTTCCTT GATTATTAAA GAAGCCAAGG AGAACCCTTT CGTCCCCGTG 
GAGAGCATCG AAGAAGGCTT GGAGTGCCTG ACGAAATCCA GAATCGCAGC GGCATGGTGC 
CGGGCCAAGG TGGAGAAGAA ACACTTGGGA GAGGACAAGA TGCTGGTGTA TTTGCTGGAC 
TACGGCCGCT ACGAGGTGGT GCCCCTGCTG GGGACCAAGG AGCTCGGCCA TGAGAGCAGG 
ACCATTCCCC AGCAGGCTGT GCCCTGCAAA TGGATCTGGA TCGAGAACGC CCGGAAGATG 
TCGTTCGAGT CCACAGTGCA TTTGTTCGCT CATCTGGAGA CAAAAATTCT GTTCCTCCGC 
CGTCTCGATG CCGCCTGGGA GGTGGAGATC CTGGTCGATG GCCTGTTGCT GTTGGAGTAC 
CTCCACTTCA GGGCCAGCCA GAGCGAGGAG AACCCCCAGA CTCCTGGCAA GGTCCTCCTC 
GGGGGGGAGT CCAGGCTGCC CATGATGTCC TTCCGCGTGA ACTCTGTGAC GTGGGCCCTC 
CTTCAGAGTG GCCGGCGCTA CAGCGGCTTT GCCACGGCCG TGTCGGACCC CTCGGACTTC 
TTCGTGCAAC TTGAGGACTT CTTCGACACC ATGACAGCCC TGTGCCGGCT GCTCCTGGCC 
CTGCCGGACC ACCTCCCGGC GCTGCCCCCG CAGCTCGTCG TGCCGGGCTC CAGCTGCCTG 
TTCCGCTATG GCCAGGAGGA GCAGTGGAAT CGGGTGGAGA TCTCCGAGGT CTCTGCGCAG 
GCCGTGCTGC TCCTGTTCAT GGACTATGGC TTTTCTGTCT GCGTCCCCCG TTCCGAGTGC 
GCCAGCCTCA AAGTCATTCC CGAGGAGCTC CTGTGCTTGC CCCGGCTGAC GTACCGCTGC 
GCCCTGCATG GCGTCCTGCC TGCCAATGGC GAGCGCTGGG AAGAGGCCGC CAAGACTCTG 
TTCCAAGACT TCCTGAGCAA ACTGGGCCTC TTCTTCTTGC TACGGGAGTA CAGCCCCGGC 
ATGAAGCTCC AAGTGGACGT CCTCCATGGC AAGAACAGCC TGGCTGACCT GCTGGTGGTG 
GCCGGCTACG CCGTCTTCTC CAAGGAGGCG GCGCGCTTTG TGGCCATCAA CAGCATCCAG 
TCTACCCAGA TCGAGTACAA AGTGCAGGGG AGGCACGTCT GTCCCCCGGC TGAGAAGAAG 
GGCTTCCCCA GCGAAAACGT GTTTCTGACG TGCACGGCAA CGGAAGGGCC GCCGCAGCAG 
TGGAAGTTCA TTCCGTGGAA AGACGTCTAC AAAAACATTT TTGGGAAAAT CATCCCGACC 
ACCTGCCTGC ATTCCAGAAA CCTAACCCTG AAGAAGAAGG TGGGCAACGG GAAGCACAAA 
GCCAGAAGCA CCATCGAGGT GGAGGCGTGT GAAAGAAATA CGTTTTGGGA ACGGCACCGC 
CGCCCCAAGG GCGAGCCCGC GTGCCCAGAG GATCATCCCG CGGAGGTGCC CCCGGGAGAA 
ATGTGGAAGA CCTACAACCT GTGCACCAGG ATCAAAGCCC TGAACATCAG CGAAGAAATG 
GTTCTGGAAG AGCATCCGAA CAAGGAGGGA GATGAAAACT CGGGTCATTT AGGTTTGCCA 
ACTCCTGTTG AGAGGGAAGC CTACTCCTGA

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

RefSeq	XP_016283842.1
CDS	1902..8111
Translation	MDLKISHIECLAKEILVKFQGKYDIECEFDYHILQSEIQHISKTHSHVRVGEFCLVEERDSGEWHRGRVVESKNEFYRVFLIDCGKELRVSAARVASACENLFELPPRIVVGVFANILPLGEKWSPKALNYFTSLVGLQVKGYVQAILPHQVVLLEAPRIISEVLELQLGRLIDGDSFHLLIEMLKEFPPSPSCPQMPDLLEQQYKRPKSLCSSSEISPNFQHILDDLQPSLSINCMESVKIASAVSPSWFYCHLMKWLPELDNLTTAMSLHYETVSRERNPPCDNFGLLCVAKRRNGQWYRGVLQQLLPLDQVKIWFMDLGNSEAVPSNYVKKLKQEFSSLPLFSFPCTLSHIGNPNKDVRNMQLKLFKQALLGQMVFAHIDQFNPDECLYYVTFHSQESVISSKNLLQASECPLAPPLTAAVQGAPGDSKAESLAGPMAPLSPDLEKDPLSKVAVSWKTVEMRVNSSYVAFVEYVLNPSNFWVRTNDHQNKFQDLMKKIGETYDSCEKDDMLLRKPEPGIFCCARYIKDMHFYRAVVTEVNGYKINVYFLDFGNTESVPFYDVKILLQEFCELPALAMCCSLAHACPTEDIWVKKATDFFKKTVFDKALLLTVVAKKKDKYIVNVQSVEASGKINVVGLMVQAGYAEYWEVKPDSLPHLGAEILAAGGQPGHSNAAAQAKKPRPSDLPAASAGSASPFPRNIGPLPGASECLHPYKEYVFKPGTIIDVKCSYFSCPGDFSCQLQSKLPVLMLLMEQMQEYYRTHRDPYQVGQVACVALYAKDGMWYRAAVLTQVSSREMDVIFVDYGNQERIPIKDLCAIHPDFMLLEGQAFRCSLNNLIEPINSESFSWTTKSCLEFGNFISSYDGLLTCIIYALVLIHPHCLCNVVDLRTPFISARQFLVNCGCARHSVFSESLPATVSLYSFCYSSFNLKIGSEEEVCISHIHSPRKFYCQLRRNSRSLEIITAKIAEMGSLSSYPRFDGKTRLCLSKYFEDGFFYRAIASPVDnullSSLLLVYFVDFGNKQIVAGNELLPILEQSPELLFTPMQAIKCYLSDLKDVDIPAEINVWFEENFLGKSLKAVVVSRDSDAQLGLELYDGNQQINQKIKTLLQVYGKKCDPGKGAEKFHKKCESRMSGRVFLKDKGNPHQFnullPVSKSTYPKYREYKPDQAVPSKDIHTRLLKPAVnullLKMEHTVRSRADQPFKGGLKTADGRASPECAGQTSEGKPPAAEAFTAKRLLAPSRAEGAARPQIGDLPPPLLHLNVRVKGYVSNIWSPASFHIQLAESEDLIFRLARELNEGVAARGRDSELAALSVGDLVVAEYAVDNALYRAVIKNIISRNSLEVEFIDYGNTEVVNLTQLHELDRKFLTIPQLSLHSFLSGVRYNEPDELWDSKTIAYFAEKVNNKLISCEFLKKHEQKWEVNILCDEKCVVNEMMKWIACSKKREKVSKPPETLSKKAILGIDNKEKKRPVDGSKCPRAAFQQLAKIPSPELKPGQLEKAEIVHVSKCGNFFVKLKKSVPASSSLLSLIIKEAKENPFVPVESIEEGLECLTKSRIAAAWCRAKVEKKHLGEDKMLVYLLDYGRYEVVPLLGTKELGHESRTIPQQAVPCKWIWIENARKMSFESTVHLFAHLETKILFLRRLDAAWEVEILVDGLLLLEYLHFRASQSEENPQTPGKVLLGGESRLPMMSFRVNSVTWALLQSGRRYSGFATAVSDPSDFFVQLEDFFDTMTALCRLLLALPDHLPALPPQLVVPGSSCLFRYGQEEQWNRVEISEVSAQAVLLLFMDYGFSVCVPRSECASLKVIPEELLCLPRLTYRCALHGVLPANGERWEEAAKTLFQDFLSKLGLFFLLREYSPGMKLQVDVLHGKNSLADLLVVAGYAVFSKEAARFVAINSIQSTQIEYKVQGRHVCPPAEKKGFPSENVFLTCTATEGPPQQWKFIPWKDVYKNIFGKIIPTTCLHSRNLTLKKKVGNGKHKARSTIEVEACERNTFWERHRRPKGEPACPEDHPAEVPPGEMWKTYNLCTRIKALNISEEMVLEEHPNKEGDENSGHLGLPTPVEREAYS

Target ORF information:

RefSeq Version	XM_016428356.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica tudor domain containing 15 (TDRD15), mRNA.

Target ORF information:

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

XM_016428356.1

ORF Insert Sequence:

ATGGATCTGA AGATTTCTCA CATCGAATGT CTGGCCAAGG AGATTCTGGT GAAGTTTCAG 
GGCAAATATG ATATCGAGTG TGAATTTGAC TACCACATCC TGCAGAGTGA GATACAGCAC 
ATCTCCAAAA CGCACAGCCA CGTGAGGGTG GGCGAATTTT GTTTGGTGGA AGAGAGAGAT 
TCCGGAGAAT GGCACAGAGG ACGTGTTGTG GAGAGCAAAA ATGAATTCTA CAGAGTGTTT 
CTCATCGATT GTGGGAAGGA GCTGCGAGTC AGCGCTGCCC GGGTCGCCTC TGCCTGCGAG 
AACTTATTCG AGCTCCCCCC CCGGATCGTG GTGGGCGTCT TTGCCAACAT CCTCCCTCTC 
GGGGAGAAGT GGTCTCCCAA GGCCTTAAAT TACTTCACGT CCTTGGTAGG ACTTCAGGTG 
AAGGGCTACG TGCAGGCCAT TCTGCCTCAC CAAGTGGTTC TTCTGGAAGC CCCGAGAATC 
ATCTCTGAGG TCCTCGAGCT CCAGCTGGGA AGACTTATCG ATGGAGATTC TTTCCATCTT 
CTGATAGAGA TGTTAAAGGA ATTTCCCCCC AGTCCCTCTT GTCCCCAAAT GCCTGACCTG 
TTGGAGCAGC AATACAAAAG ACCCAAGTCT TTGTGTAGCA GCAGTGAGAT TTCTCCTAAT 
TTTCAGCACA TCCTCGATGA CTTGCAGCCA TCACTGTCCA TTAACTGTAT GGAAAGTGTG 
AAAATCGCTT CTGCGGTCAG TCCGAGCTGG TTTTATTGCC ACCTAATGAA ATGGTTGCCA 
GAGCTGGACA ACTTGACCAC CGCCATGTCT CTGCACTATG AGACGGTGAG CCGAGAGAGA 
AACCCTCCTT GCGATAACTT TGGGCTGCTC TGTGTGGCCA AGAGGAGGAA CGGGCAGTGG 
TATCGTGGGG TTCTGCAGCA GCTCCTGCCA CTGGACCAGG TGAAAATCTG GTTCATGGAC 
CTGGGCAACA GCGAGGCTGT GCCCTCCAAC TATGTGAAGA AGCTGAAGCA GGAGTTCAGC 
TCGCTGCCCC TCTTCTCTTT CCCTTGCACT CTGTCCCACA TTGGCAACCC CAACAAGGAC 
GTGAGGAACA TGCAGCTGAA GTTGTTTAAA CAAGCCCTGT TGGGCCAGAT GGTCTTTGCC 
CACATCGATC AGTTCAACCC TGACGAATGT CTGTATTACG TGACCTTCCA CAGTCAGGAG 
TCGGTCATCA GCTCCAAGAA CCTGCTGCAG GCAAGTGAGT GCCCTCTGGC GCCTCCCCTG 
ACGGCGGCGG TGCAGGGAGC CCCAGGGGAC AGCAAGGCTG AGAGCTTGGC GGGCCCCATG 
GCCCCCCTGA GCCCGGATTT GGAGAAGGAC CCTTTGTCCA AGGTGGCCGT GTCCTGGAAG 
ACCGTGGAGA TGAGAGTCAA TTCTTCATAT GTGGCTTTTG TTGAGTATGT CTTGAACCCG 
TCCAATTTCT GGGTGCGCAC CAATGATCAC CAGAACAAAT TCCAGGACTT GATGAAGAAG 
ATTGGGGAGA CGTATGACTC CTGCGAGAAG GACGACATGC TCCTCAGAAA GCCCGAGCCT 
GGCATATTCT GCTGCGCGCG CTACATCAAG GACATGCACT TCTACAGAGC CGTCGTCACG 
GAAGTCAACG GTTATAAGAT CAACGTCTAT TTTCTGGATT TTGGAAATAC TGAATCGGTC 
CCATTCTACG ACGTCAAAAT TCTGCTGCAA GAGTTCTGCG AGTTACCGGC ATTGGCCATG 
TGCTGTTCCC TGGCTCACGC ATGTCCAACA GAAGATATTT GGGTAAAGAA AGCCACGGAC 
TTTTTCAAAA AGACCGTGTT CGATAAAGCG CTCTTGCTCA CGGTCGTGGC CAAAAAAAAA 
GACAAGTATA TTGTGAATGT GCAGAGTGTT GAGGCCTCCG GAAAAATCAA TGTTGTCGGG 
CTCATGGTGC AAGCGGGCTA CGCAGAATAC TGGGAGGTCA AACCGGACAG TCTTCCCCAT 
CTGGGGGCAG AGATTTTGGC AGCTGGTGGC CAGCCTGGGC ACAGCAATGC AGCTGCTCAA 
GCCAAGAAGC CTCGCCCGTC AGACTTGCCC GCTGCCTCAG CAGGCTCAGC AAGTCCCTTT 
CCTAGAAACA TTGGGCCATT GCCCGGGGCA AGCGAGTGTC TCCATCCGTA CAAGGAGTAT 
GTGTTCAAGC CAGGCACCAT TATCGACGTC AAATGTTCAT ACTTCTCCTG CCCTGGGGAC 
TTCTCGTGCC AGCTGCAAAG CAAGCTGCCG GTGCTGATGC TGCTGATGGA GCAGATGCAG 
GAGTATTACA GGACCCACCG AGACCCGTAC CAGGTGGGGC AGGTCGCCTG TGTGGCCCTA 
TACGCCAAAG ATGGGATGTG GTATCGAGCG GCCGTCCTGA CTCAGGTGTC ATCCCGGGAG 
ATGGACGTCA TCTTTGTGGA CTATGGGAAT CAGGAGAGAA TCCCAATCAA AGACCTTTGT 
GCTATTCACC CCGACTTTAT GCTCCTGGAG GGCCAGGCGT TCCGATGCAG TCTCAACAAT 
TTAATCGAAC CCATTAATTC CGAGTCATTC AGTTGGACCA CAAAGTCCTG CCTGGAGTTT 
GGGAACTTCA TTTCTTCCTA CGATGGACTG CTGACATGTA TCATCTATGC TTTGGTTCTG 
ATCCACCCAC ACTGCCTGTG CAATGTTGTC GATTTGAGAA CACCATTCAT CAGCGCACGG 
CAGTTTCTGG TCAATTGTGG CTGTGCACGG CATAGTGTCT TCTCAGAGTC TTTGCCAGCG 
ACTGTGAGCC TGTACAGTTT CTGCTATTCT TCCTTTAACT TAAAAATTGG GAGTGAAGAA 
GAAGTCTGTA TATCCCACAT CCACAGCCCC AGAAAGTTTT ATTGTCAACT GAGGAGAAAC 
AGTCGAAGTC TGGAGATCAT AACAGCAAAG ATTGCGGAGA TGGGCAGCCT CTCCAGTTAT 
CCAAGATTTG ATGGCAAAAC AAGATTGTGC CTGTCGAAGT ACTTTGAAGA CGGTTTCTTT 
TACAGAGCCA TAGCCTCTCC TGTGGATNTG TCGTCCCTAT TGCTGGTCTA TTTTGTGGAC 
TTTGGAAACA AGCAGATCGT GGCGGGAAAT GAATTACTGC CTATTTTAGA GCAGTCTCCA 
GAGTTACTCT TTACACCTAT GCAGGCAATC AAATGTTATC TTTCAGACCT GAAGGATGTG 
GACATTCCAG CAGAAATCAA CGTCTGGTTT GAAGAAAACT TCTTGGGAAA GTCGTTGAAG 
GCGGTCGTTG TGTCCAGGGA TTCAGACGCC CAGCTTGGCC TAGAGCTCTA CGATGGAAAT 
CAGCAGATAA ATCAGAAAAT CAAAACTTTG CTTCAAGTTT ATGGGAAAAA GTGTGACCCG 
GGAAAAGGGG CCGAGAAGTT TCATAAAAAA TGTGAAAGTA GAATGTCAGG TAGGGTATTC 
TTGAAAGACA AAGGCAACCC CCACCAGTTT NNCCCTGTAA GTAAATCTAC TTATCCTAAG 
TATCGCGAAT ACAAACCGGA TCAAGCTGTG CCTTCCAAAG ACATACATAC CAGACTCTTG 
AAGCCCGCAG TCNCTCTGAA GATGGAGCAC ACTGTAAGAA GCAGGGCGGA CCAGCCTTTC 
AAAGGAGGAC TGAAAACTGC CGACGGAAGA GCCAGCCCCG AGTGTGCCGG CCAAACGAGT 
GAAGGAAAGC CGCCTGCCGC AGAAGCTTTT ACAGCCAAAC GGCTCCTGGC TCCGTCCAGA 
GCCGAGGGGG CGGCAAGACC CCAGATTGGA GACCTCCCGC CGCCTCTTCT GCACCTGAAC 
GTCAGAGTGA AGGGCTATGT GTCGAATATA TGGAGTCCGG CCAGTTTCCA CATTCAGCTT 
GCTGAGAGCG AAGACTTGAT CTTCAGACTT GCCAGAGAGC TCAACGAAGG AGTGGCCGCT 
CGAGGCCGAG ACAGTGAGCT GGCGGCGCTT TCGGTGGGAG ACCTCGTGGT TGCCGAGTAC 
GCGGTCGATA ACGCCTTATA CAGAGCAGTG ATTAAGAACA TCATATCCAG GAATTCTTTG 
GAAGTGGAAT TTATCGACTA TGGGAACACA GAAGTTGTAA ACTTGACCCA ACTCCACGAA 
CTTGATAGGA AATTTCTGAC CATTCCTCAG CTTAGCCTTC ATTCTTTTCT GAGTGGAGTA 
AGATATAATG AGCCTGACGA ATTGTGGGAC AGCAAAACCA TTGCTTACTT TGCTGAAAAA 
GTAAATAACA AATTGATTTC TTGTGAGTTT TTGAAGAAGC ATGAGCAAAA GTGGGAAGTA 
AATATTCTGT GTGATGAGAA GTGTGTTGTG AATGAAATGA TGAAGTGGAT AGCATGTTCA 
AAGAAGCGGG AGAAAGTCTC CAAACCCCCT GAAACTCTCT CTAAAAAAGC GATTCTGGGC 
ATTGATAATA AAGAAAAGAA AAGGCCTGTG GACGGAAGTA AGTGCCCGAG AGCAGCCTTC 
CAGCAGCTGG CTAAAATCCC GAGTCCTGAA TTAAAGCCCG GCCAGCTGGA GAAGGCCGAG 
ATAGTTCATG TTTCAAAATG CGGAAACTTC TTTGTGAAAC TCAAGAAAAG CGTGCCCGCC 
TCCTCCAGCT TGCTTTCCTT GATTATTAAA GAAGCCAAGG AGAACCCTTT CGTCCCCGTG 
GAGAGCATCG AAGAAGGCTT GGAGTGCCTG ACGAAATCCA GAATCGCAGC GGCATGGTGC 
CGGGCCAAGG TGGAGAAGAA ACACTTGGGA GAGGACAAGA TGCTGGTGTA TTTGCTGGAC 
TACGGCCGCT ACGAGGTGGT GCCCCTGCTG GGGACCAAGG AGCTCGGCCA TGAGAGCAGG 
ACCATTCCCC AGCAGGCTGT GCCCTGCAAA TGGATCTGGA TCGAGAACGC CCGGAAGATG 
TCGTTCGAGT CCACAGTGCA TTTGTTCGCT CATCTGGAGA CAAAAATTCT GTTCCTCCGC 
CGTCTCGATG CCGCCTGGGA GGTGGAGATC CTGGTCGATG GCCTGTTGCT GTTGGAGTAC 
CTCCACTTCA GGGCCAGCCA GAGCGAGGAG AACCCCCAGA CTCCTGGCAA GGTCCTCCTC 
GGGGGGGAGT CCAGGCTGCC CATGATGTCC TTCCGCGTGA ACTCTGTGAC GTGGGCCCTC 
CTTCAGAGTG GCCGGCGCTA CAGCGGCTTT GCCACGGCCG TGTCGGACCC CTCGGACTTC 
TTCGTGCAAC TTGAGGACTT CTTCGACACC ATGACAGCCC TGTGCCGGCT GCTCCTGGCC 
CTGCCGGACC ACCTCCCGGC GCTGCCCCCG CAGCTCGTCG TGCCGGGCTC CAGCTGCCTG 
TTCCGCTATG GCCAGGAGGA GCAGTGGAAT CGGGTGGAGA TCTCCGAGGT CTCTGCGCAG 
GCCGTGCTGC TCCTGTTCAT GGACTATGGC TTTTCTGTCT GCGTCCCCCG TTCCGAGTGC 
GCCAGCCTCA AAGTCATTCC CGAGGAGCTC CTGTGCTTGC CCCGGCTGAC GTACCGCTGC 
GCCCTGCATG GCGTCCTGCC TGCCAATGGC GAGCGCTGGG AAGAGGCCGC CAAGACTCTG 
TTCCAAGACT TCCTGAGCAA ACTGGGCCTC TTCTTCTTGC TACGGGAGTA CAGCCCCGGC 
ATGAAGCTCC AAGTGGACGT CCTCCATGGC AAGAACAGCC TGGCTGACCT GCTGGTGGTG 
GCCGGCTACG CCGTCTTCTC CAAGGAGGCG GCGCGCTTTG TGGCCATCAA CAGCATCCAG 
TCTACCCAGA TCGAGTACAA AGTGCAGGGG AGGCACGTCT GTCCCCCGGC TGAGAAGAAG 
GGCTTCCCCA GCGAAAACGT GTTTCTGACG TGCACGGCAA CGGAAGGGCC GCCGCAGCAG 
TGGAAGTTCA TTCCGTGGAA AGACGTCTAC AAAAACATTT TTGGGAAAAT CATCCCGACC 
ACCTGCCTGC ATTCCAGAAA CCTAACCCTG AAGAAGAAGG TGGGCAACGG GAAGCACAAA 
GCCAGAAGCA CCATCGAGGT GGAGGCGTGT GAAAGAAATA CGTTTTGGGA ACGGCACCGC 
CGCCCCAAGG GCGAGCCCGC GTGCCCAGAG GATCATCCCG CGGAGGTGCC CCCGGGAGAA 
ATGTGGAAGA CCTACAACCT GTGCACCAGG ATCAAAGCCC TGAACATCAG CGAAGAAATG 
GTTCTGGAAG AGCATCCGAA CAAGGAGGGA GATGAAAACT CGGGTCATTT AGGTTTGCCA 
ACTCCTGTTG AGAGGGAAGC CTACTCCTGA

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

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TDRD15 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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