TET1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	TET1
Entrez Gene ID	100014701
Full Name	tet methylcytosine dioxygenase 1
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001368924.3	XP_001368961.2	methylcytosine dioxygenase TET1 isoform X1
XM_016427915.1	XP_016283401.1	methylcytosine dioxygenase TET1 isoform X2

Pathways from BioSystems
Gene Ontology

The following TET1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TET1 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
OMc38750	XM_016427915.1 Latest version!	Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc00362	XM_001368924.3 Latest version!	Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

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)

TET1 ( XM_016427915.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016283401.1 Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMc38750
Clone ID Related Accession (Same CDS sequence)	XM_016427915.1
Accession Version	XM_016427915.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4683bp) 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	methylcytosine dioxygenase TET1 isoform X2
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##

ATGGAAAACA GTAAATGTGG TAATGATGAA AAACAAAGGT TGAAGTTAAA CCAGAACATC 
CTTGAAAATG TACAGACCAC TGAAGAAGAC ACCATGACGG GTATAGAAGT AGAGAAATGG 
TCAGAGAACA AGAAATCACC TTTGACCATC CATGTCAAAG GAGACATCAG TGGTCCTGTA 
ACTGAGACTG AAAACTTGAA AAACTCTGAA GACAATGAGA AAAAAACCCC TTTGAGTGAC 
CTCATTGAGC CTCCCAAATT GTTTGCACAA ACTGTTAAAA ATGGCATTAA AAATGTATAC 
TACTCACCAG CTGACGCTGA TGTGTCATTG AAAAAAGTCA AGTTTGAAAC AAATGCAAAT 
TTGATTGATC ATGACACAGA AAGCAATCCC AATCCCTCTT TGGGGAACAC TACTAGCTCT 
GACAATAGAG CAGGTGCTTT GGTCCCTGGC ATTTACCATG CTCACCTTAA GAAGGAAGAT 
AATAGTTTAG TGATACAAAA GACAGATTCT ACCTGTCACT CTACTCAGTA CCCCACAGAC 
ACCTTTTTGA ACCATAATAT CAGTGCCCAG GAAAATCAAT CTCATATAGT TACATGGGAA 
AAAAGATTCG ACCAAGGAGA AGTTCCTGAA AGCAAACCCA ACAGGGAGTT AGCACAAGAT 
AATTCTCTGG TTCAACCTAG TCTTCTAACA CTGATGAGAG ACAGGAGGCT GACTCTAGAG 
CAGGTAGTGG CCATAGAAGC CCTCACTCAG CTATCAGAAG CTCCATCTGA AAATTCTTCA 
CCATCTAAAT CAGATAAAAA TGAAGAGACC ACAAATTTGA CAACAAACTT GCTTCACAGC 
TGTAAAGCAA TTTTATGTTC TGTAGGATCC TCTGCAGGAA AAGACTTCCA AGATCCAAAC 
CTAAAAATCG ATTCCGTGGT CCTGCCTCCC TGTCCCTCTT TGGAAAAGAA AACGTCTAGG 
AAGCCGGTGC TATACAATGG CCAAAATAAT TCCAAATATC CCAGTACTTT AATGACAAAT 
CATAACACCT CTAAGACACA TGCATCTTCA AGAGTCACTA AGTCAGGACT CATCACAGAA 
CCAAGTTCAA ATTCTTCTAG GAATCATAGC AACAAAGAAA TTGTTCTTCA GGGGAGAATC 
ACCGTTGGTC GGTGTGCAAA GACTTCACAT GGTTTACACA CAAGTAGCAA GTTGGCATTT 
TGCAGGCAAT TACAGGAAAG CACTGGTAAA AGGTTTGACT CCAAAAATAA TTTGTCTTAT 
AAGAATACCC CTCACAGTCA AATAGAAGAA GATGTAGCTG CCCAGTTGAC CCAACTTGCA 
TCCATTATTG AATCCAATAA TGCAAAGCGA GAGGAAAAAG AAGGTACAAA GACACTTTCC 
AGCCTTGAGA GTCACGATGC ACAGCAAAAA TACAACCAAG AACAAAGTTC ATTTCAAGAG 
AAACTGCCTG TCCCTGTACA GAACAACCGA GGCTCATTGT TGGCGAAACA AAAACCATCC 
TCCCATAAAA AGGGGAAATC TGCCTCATGG AAGCAAAGAC TGAAGAAAAT GCCTCCAGCC 
AAGAACAATC TACAAAATGA CCAGAGTGAA CGGGAGCGCC TGGCTTGGCA GTATGGCAAG 
TTTCATGATC TCTGGGTCGG GTCCAAACTT CGAAGATTAG GGTACATTTC CTCCCGAGAA 
TTTCATGCTA CCATGATAGA GCAAAACCCT TTACTCACCA AAGTACCAAA ACCACTCACT 
CAAAGTACTT TATCATCACC ACATAAAAAA GTGTTTCTTC CTCTCACTCA GATAAAATTC 
CACAGACACT TACCTGAGTC AGCACAGGAG AAAATGAAGG AAAAACTGTT TGGTTTCAAA 
GAGGTCCCCG AACACATGCA ACCTGAGGCT GTCGATACTT TGCCAAGAGG TGCGCTTCCA 
GCGGGTTTGC AGCAGAGCGG TGGGCCTTCC GTAGATGCTC TTTCTCTGTT CCAGTTATGC 
TCAAAGTCCC CTTTAAGCAG ACCAAGCAGC AACGTCCAGG TGTTTACAGA AAATGGTCAT 
AATTCTCAGG TACAGCAATC AGTGAATGTC AATCAGTCTC TGAATCAAAA CAGCCAGAAA 
GATGGTGCTA CAGCTGATGA TGACCAAACC CAGTTCCAGC AGGATGTGGA AGAACCACCA 
AGGAGTCAGA GACTGCAATC GCTGCCTTCT CCCTGTTGCG ACACCCAGGT GCCAGGCACC 
ATCAAAACTC TCAGGAATGA AAATGCAGCA TGCCCAGGTG GAAGGACAGC CAGTGGGTTA 
GGGGTCGTTA CTTCACATGG TGCTACAAGT GATTTGGGGA GTTCCCCAGG GAAGAACACA 
CTGAGCTGTT TCCTTGAATC CCCAATGACC TTCCTGGACA CCCCCACCAA AAATCTGCTT 
GATACGCCAA CAAAAAAAGG ACCTTCTGAG CTGCCAAGCT GTAGCTGTGT CGAACAAATT 
ATAGAAAAAG ATGAAGGGCC ATACTATACA CATCTTGGAA CAGGACCAAG TGTGGCTGCT 
GTCAGGGAAA TCATGGAGGC CAGATATGGT GAAAAAGGAA GAGCGATTAG GATAGAAGTC 
GTCGTATATA CAGGCAAAGA AGGAAAAAGC TCTCAGGGGT GTCCAATTGC CAAGTGGGTA 
ATAAGAAGAA GCAGTGATGA AGAAAAGCTC CTCTGCCTGG TCCGCCAGCG GGCAGGCCAC 
CACTGCCAGA CAGCTGTCAT TGTCATCCTC ATCTTGGCTT GGGAGGGAAT TCCTCATCTC 
TTGGCTGACA CATTATATCA AGAGCTGACC CAGAGTCTCA ACAAATATGG CTGTCCAACC 
ACCCGACGGT GTGCACTTAA TGAAGATCGT ACCTGTGCTT GCCAAGGCAT GGATCCAGAG 
ACCTGTGGTG CATCCTTTTC CTTTGGATGC TCTTGGAGTA TGTATTTCAA TGGCTGCAAA 
TTTGCAAGAA GCAAGAACCC CAGAAGATTC CGACTAATTG CAGATGATCC CAAAGAAGAA 
GAAATCCTTG AAAGTAATTT GCAGTCCCTT GCTACAGATG TTGCTCCTGT GTATAAAAAA 
CTTGCTCCTG ATGCTTTTCG AAACCAGGTA GAAAATGAAC CTCTTGGTCC AGATTGCCGT 
CTTGGTCGTA AGGATGGACG TCCTTTCTCT GGGGTTACTG CCTGTATAGA CTTCTGTGCT 
CATGCCCACA AAGACACACA TAACATGAAT AATGGAAGTA CTGTGGTTTG TACACTGACA 
AAAGAAGATA ACCGCTCAGT AGGTGTCGTT CCCAAAGATG AGCAGCTCCA CGTGCTGCCA 
CTGTATAAAA TTTCCCAAAC AGATGAGTTT GGCACAAAAG AGGGATTAGA GGCCAAGATC 
AAAACTGGGG CCATCCAGGT GCTCACTGCT TTCCCCAGAG AGGTGAGGAT GTTAGCTGAG 
CCAGTGAAAG CCACTAAGAA AAAGAAGGTG GACATCAGGA GGGTACAAAC TGAGAAGCCT 
GGACAGGTGC CAAAGAAACA TCCGCCTCCA GTAAAGCTCA AAAATGGACC TTTGGAAGCG 
CCCAACAGGG CCCCCCAACC TTTAGGAAAC AGAACTGAGG CGTTGCAACC TGAGATAAAG 
AGTGAACCTC CAGACTCACA TTTTAACCTC CATAGTGTGG CCAACACTAC AAGCTACTCT 
TGGATTAAGT CCATTCATCA CCCCCTGAAA GGGACAAACT TACCTCTGAA CTCCCCCCTA 
ACCCCAGTGT CTGGCTTGGC CACAACTTCA TTTCAGAATG ACTCTGAAAT TTCCTATGGG 
TTTTCAGACC AGGGTAGTGT TCCACCCTGG ACAGTGGTGT CTACAAAATA CAGTGGTGCT 
AATACAGTAG CCAAGGAATG CCCCGGACTT CTACTGAATG CCAAGCCAGC ATCCGTTCCT 
GGTGTGGCTT CTCCCATGAC AGATCCCCAA ATTCATGCTG ACCTTCCTAC TGGCCCAGTT 
GAGCATCTAG TTTCCAACAT GGCAACGTTT CCACCTCCGT CTTTACTGTC GCCTGTTCCT 
CAGATACCTA GTCTTGATGA CTCCACTCCA GCGAAATCAG ACTATGAGCA TAAGACAGGT 
CCAAGTGAAG TTGCTGCTTT GGCTCCATCC CTGGCAAATG CCACCAAACA AGAGCTTGAG 
CTAGCTGCTC CTCTTTCGTC AGCCACTGAG CAGACCCCAA GTGATGAGCT GACAGAATCA 
GCGGACAGTG AAGAGAGGTC AGAAGAGATG TGGTCAGACA GTGAACACAA CTTCTTGGAT 
GACAACATTG GTGGTGTGGC AGTGGCCCCT TCCCACGGCT CGGTGCTAAT TGAGTGTGCC 
CGGCGAGAGC TTCATGCCAC TACCCCAATC CGGAAGCCAA ACCGCAATCA TCCCACACGC 
ATCTCCCTCG TCTTCTATCA GCACAAGAAC TTAAATGAAC CAAGGCATGG ATGGGCCGTA 
TGGGAGGCAA AGATGGCAGA AAGAGCCCGA GAGAAAGAGA GAGAGGCCGA GAGGCTAGCT 
ACTGAAAATG CCAACAACCA GAAAACAAAA CAGCCTACTG AGAGTCCTGA GATTTTCTGT 
GAGGAAAATG AATTGAACCA GATTCCTTCC CGGAAAGCAT TAACAGTAAC TCATGACAAT 
GTCATTACAG TATCTTCTTA TGCCCTCACT CAAGTTGCAG GGCCTTACAA TCACTGGGTC 
TGA

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

RefSeq	XP_016283401.1
CDS	120..4802
Translation	MENSKCGNDEKQRLKLNQNILENVQTTEEDTMTGIEVEKWSENKKSPLTIHVKGDISGPVTETENLKNSEDNEKKTPLSDLIEPPKLFAQTVKNGIKNVYYSPADADVSLKKVKFETNANLIDHDTESNPNPSLGNTTSSDNRAGALVPGIYHAHLKKEDNSLVIQKTDSTCHSTQYPTDTFLNHNISAQENQSHIVTWEKRFDQGEVPESKPNRELAQDNSLVQPSLLTLMRDRRLTLEQVVAIEALTQLSEAPSENSSPSKSDKNEETTNLTTNLLHSCKAILCSVGSSAGKDFQDPNLKIDSVVLPPCPSLEKKTSRKPVLYNGQNNSKYPSTLMTNHNTSKTHASSRVTKSGLITEPSSNSSRNHSNKEIVLQGRITVGRCAKTSHGLHTSSKLAFCRQLQESTGKRFDSKNNLSYKNTPHSQIEEDVAAQLTQLASIIESNNAKREEKEGTKTLSSLESHDAQQKYNQEQSSFQEKLPVPVQNNRGSLLAKQKPSSHKKGKSASWKQRLKKMPPAKNNLQNDQSERERLAWQYGKFHDLWVGSKLRRLGYISSREFHATMIEQNPLLTKVPKPLTQSTLSSPHKKVFLPLTQIKFHRHLPESAQEKMKEKLFGFKEVPEHMQPEAVDTLPRGALPAGLQQSGGPSVDALSLFQLCSKSPLSRPSSNVQVFTENGHNSQVQQSVNVNQSLNQNSQKDGATADDDQTQFQQDVEEPPRSQRLQSLPSPCCDTQVPGTIKTLRNENAACPGGRTASGLGVVTSHGATSDLGSSPGKNTLSCFLESPMTFLDTPTKNLLDTPTKKGPSELPSCSCVEQIIEKDEGPYYTHLGTGPSVAAVREIMEARYGEKGRAIRIEVVVYTGKEGKSSQGCPIAKWVIRRSSDEEKLLCLVRQRAGHHCQTAVIVILILAWEGIPHLLADTLYQELTQSLNKYGCPTTRRCALNEDRTCACQGMDPETCGASFSFGCSWSMYFNGCKFARSKNPRRFRLIADDPKEEEILESNLQSLATDVAPVYKKLAPDAFRNQVENEPLGPDCRLGRKDGRPFSGVTACIDFCAHAHKDTHNMNNGSTVVCTLTKEDNRSVGVVPKDEQLHVLPLYKISQTDEFGTKEGLEAKIKTGAIQVLTAFPREVRMLAEPVKATKKKKVDIRRVQTEKPGQVPKKHPPPVKLKNGPLEAPNRAPQPLGNRTEALQPEIKSEPPDSHFNLHSVANTTSYSWIKSIHHPLKGTNLPLNSPLTPVSGLATTSFQNDSEISYGFSDQGSVPPWTVVSTKYSGANTVAKECPGLLLNAKPASVPGVASPMTDPQIHADLPTGPVEHLVSNMATFPPPSLLSPVPQIPSLDDSTPAKSDYEHKTGPSEVAALAPSLANATKQELELAAPLSSATEQTPSDELTESADSEERSEEMWSDSEHNFLDDNIGGVAVAPSHGSVLIECARRELHATTPIRKPNRNHPTRISLVFYQHKNLNEPRHGWAVWEAKMAERAREKEREAERLATENANNQKTKQPTESPEIFCEENELNQIPSRKALTVTHDNVITVSSYALTQVAGPYNHWV

Target ORF information:

RefSeq Version	XM_016427915.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X2, mRNA.

Target ORF information:

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

XM_016427915.1

ORF Insert Sequence:

ATGGAAAACA GTAAATGTGG TAATGATGAA AAACAAAGGT TGAAGTTAAA CCAGAACATC 
CTTGAAAATG TACAGACCAC TGAAGAAGAC ACCATGACGG GTATAGAAGT AGAGAAATGG 
TCAGAGAACA AGAAATCACC TTTGACCATC CATGTCAAAG GAGACATCAG TGGTCCTGTA 
ACTGAGACTG AAAACTTGAA AAACTCTGAA GACAATGAGA AAAAAACCCC TTTGAGTGAC 
CTCATTGAGC CTCCCAAATT GTTTGCACAA ACTGTTAAAA ATGGCATTAA AAATGTATAC 
TACTCACCAG CTGACGCTGA TGTGTCATTG AAAAAAGTCA AGTTTGAAAC AAATGCAAAT 
TTGATTGATC ATGACACAGA AAGCAATCCC AATCCCTCTT TGGGGAACAC TACTAGCTCT 
GACAATAGAG CAGGTGCTTT GGTCCCTGGC ATTTACCATG CTCACCTTAA GAAGGAAGAT 
AATAGTTTAG TGATACAAAA GACAGATTCT ACCTGTCACT CTACTCAGTA CCCCACAGAC 
ACCTTTTTGA ACCATAATAT CAGTGCCCAG GAAAATCAAT CTCATATAGT TACATGGGAA 
AAAAGATTCG ACCAAGGAGA AGTTCCTGAA AGCAAACCCA ACAGGGAGTT AGCACAAGAT 
AATTCTCTGG TTCAACCTAG TCTTCTAACA CTGATGAGAG ACAGGAGGCT GACTCTAGAG 
CAGGTAGTGG CCATAGAAGC CCTCACTCAG CTATCAGAAG CTCCATCTGA AAATTCTTCA 
CCATCTAAAT CAGATAAAAA TGAAGAGACC ACAAATTTGA CAACAAACTT GCTTCACAGC 
TGTAAAGCAA TTTTATGTTC TGTAGGATCC TCTGCAGGAA AAGACTTCCA AGATCCAAAC 
CTAAAAATCG ATTCCGTGGT CCTGCCTCCC TGTCCCTCTT TGGAAAAGAA AACGTCTAGG 
AAGCCGGTGC TATACAATGG CCAAAATAAT TCCAAATATC CCAGTACTTT AATGACAAAT 
CATAACACCT CTAAGACACA TGCATCTTCA AGAGTCACTA AGTCAGGACT CATCACAGAA 
CCAAGTTCAA ATTCTTCTAG GAATCATAGC AACAAAGAAA TTGTTCTTCA GGGGAGAATC 
ACCGTTGGTC GGTGTGCAAA GACTTCACAT GGTTTACACA CAAGTAGCAA GTTGGCATTT 
TGCAGGCAAT TACAGGAAAG CACTGGTAAA AGGTTTGACT CCAAAAATAA TTTGTCTTAT 
AAGAATACCC CTCACAGTCA AATAGAAGAA GATGTAGCTG CCCAGTTGAC CCAACTTGCA 
TCCATTATTG AATCCAATAA TGCAAAGCGA GAGGAAAAAG AAGGTACAAA GACACTTTCC 
AGCCTTGAGA GTCACGATGC ACAGCAAAAA TACAACCAAG AACAAAGTTC ATTTCAAGAG 
AAACTGCCTG TCCCTGTACA GAACAACCGA GGCTCATTGT TGGCGAAACA AAAACCATCC 
TCCCATAAAA AGGGGAAATC TGCCTCATGG AAGCAAAGAC TGAAGAAAAT GCCTCCAGCC 
AAGAACAATC TACAAAATGA CCAGAGTGAA CGGGAGCGCC TGGCTTGGCA GTATGGCAAG 
TTTCATGATC TCTGGGTCGG GTCCAAACTT CGAAGATTAG GGTACATTTC CTCCCGAGAA 
TTTCATGCTA CCATGATAGA GCAAAACCCT TTACTCACCA AAGTACCAAA ACCACTCACT 
CAAAGTACTT TATCATCACC ACATAAAAAA GTGTTTCTTC CTCTCACTCA GATAAAATTC 
CACAGACACT TACCTGAGTC AGCACAGGAG AAAATGAAGG AAAAACTGTT TGGTTTCAAA 
GAGGTCCCCG AACACATGCA ACCTGAGGCT GTCGATACTT TGCCAAGAGG TGCGCTTCCA 
GCGGGTTTGC AGCAGAGCGG TGGGCCTTCC GTAGATGCTC TTTCTCTGTT CCAGTTATGC 
TCAAAGTCCC CTTTAAGCAG ACCAAGCAGC AACGTCCAGG TGTTTACAGA AAATGGTCAT 
AATTCTCAGG TACAGCAATC AGTGAATGTC AATCAGTCTC TGAATCAAAA CAGCCAGAAA 
GATGGTGCTA CAGCTGATGA TGACCAAACC CAGTTCCAGC AGGATGTGGA AGAACCACCA 
AGGAGTCAGA GACTGCAATC GCTGCCTTCT CCCTGTTGCG ACACCCAGGT GCCAGGCACC 
ATCAAAACTC TCAGGAATGA AAATGCAGCA TGCCCAGGTG GAAGGACAGC CAGTGGGTTA 
GGGGTCGTTA CTTCACATGG TGCTACAAGT GATTTGGGGA GTTCCCCAGG GAAGAACACA 
CTGAGCTGTT TCCTTGAATC CCCAATGACC TTCCTGGACA CCCCCACCAA AAATCTGCTT 
GATACGCCAA CAAAAAAAGG ACCTTCTGAG CTGCCAAGCT GTAGCTGTGT CGAACAAATT 
ATAGAAAAAG ATGAAGGGCC ATACTATACA CATCTTGGAA CAGGACCAAG TGTGGCTGCT 
GTCAGGGAAA TCATGGAGGC CAGATATGGT GAAAAAGGAA GAGCGATTAG GATAGAAGTC 
GTCGTATATA CAGGCAAAGA AGGAAAAAGC TCTCAGGGGT GTCCAATTGC CAAGTGGGTA 
ATAAGAAGAA GCAGTGATGA AGAAAAGCTC CTCTGCCTGG TCCGCCAGCG GGCAGGCCAC 
CACTGCCAGA CAGCTGTCAT TGTCATCCTC ATCTTGGCTT GGGAGGGAAT TCCTCATCTC 
TTGGCTGACA CATTATATCA AGAGCTGACC CAGAGTCTCA ACAAATATGG CTGTCCAACC 
ACCCGACGGT GTGCACTTAA TGAAGATCGT ACCTGTGCTT GCCAAGGCAT GGATCCAGAG 
ACCTGTGGTG CATCCTTTTC CTTTGGATGC TCTTGGAGTA TGTATTTCAA TGGCTGCAAA 
TTTGCAAGAA GCAAGAACCC CAGAAGATTC CGACTAATTG CAGATGATCC CAAAGAAGAA 
GAAATCCTTG AAAGTAATTT GCAGTCCCTT GCTACAGATG TTGCTCCTGT GTATAAAAAA 
CTTGCTCCTG ATGCTTTTCG AAACCAGGTA GAAAATGAAC CTCTTGGTCC AGATTGCCGT 
CTTGGTCGTA AGGATGGACG TCCTTTCTCT GGGGTTACTG CCTGTATAGA CTTCTGTGCT 
CATGCCCACA AAGACACACA TAACATGAAT AATGGAAGTA CTGTGGTTTG TACACTGACA 
AAAGAAGATA ACCGCTCAGT AGGTGTCGTT CCCAAAGATG AGCAGCTCCA CGTGCTGCCA 
CTGTATAAAA TTTCCCAAAC AGATGAGTTT GGCACAAAAG AGGGATTAGA GGCCAAGATC 
AAAACTGGGG CCATCCAGGT GCTCACTGCT TTCCCCAGAG AGGTGAGGAT GTTAGCTGAG 
CCAGTGAAAG CCACTAAGAA AAAGAAGGTG GACATCAGGA GGGTACAAAC TGAGAAGCCT 
GGACAGGTGC CAAAGAAACA TCCGCCTCCA GTAAAGCTCA AAAATGGACC TTTGGAAGCG 
CCCAACAGGG CCCCCCAACC TTTAGGAAAC AGAACTGAGG CGTTGCAACC TGAGATAAAG 
AGTGAACCTC CAGACTCACA TTTTAACCTC CATAGTGTGG CCAACACTAC AAGCTACTCT 
TGGATTAAGT CCATTCATCA CCCCCTGAAA GGGACAAACT TACCTCTGAA CTCCCCCCTA 
ACCCCAGTGT CTGGCTTGGC CACAACTTCA TTTCAGAATG ACTCTGAAAT TTCCTATGGG 
TTTTCAGACC AGGGTAGTGT TCCACCCTGG ACAGTGGTGT CTACAAAATA CAGTGGTGCT 
AATACAGTAG CCAAGGAATG CCCCGGACTT CTACTGAATG CCAAGCCAGC ATCCGTTCCT 
GGTGTGGCTT CTCCCATGAC AGATCCCCAA ATTCATGCTG ACCTTCCTAC TGGCCCAGTT 
GAGCATCTAG TTTCCAACAT GGCAACGTTT CCACCTCCGT CTTTACTGTC GCCTGTTCCT 
CAGATACCTA GTCTTGATGA CTCCACTCCA GCGAAATCAG ACTATGAGCA TAAGACAGGT 
CCAAGTGAAG TTGCTGCTTT GGCTCCATCC CTGGCAAATG CCACCAAACA AGAGCTTGAG 
CTAGCTGCTC CTCTTTCGTC AGCCACTGAG CAGACCCCAA GTGATGAGCT GACAGAATCA 
GCGGACAGTG AAGAGAGGTC AGAAGAGATG TGGTCAGACA GTGAACACAA CTTCTTGGAT 
GACAACATTG GTGGTGTGGC AGTGGCCCCT TCCCACGGCT CGGTGCTAAT TGAGTGTGCC 
CGGCGAGAGC TTCATGCCAC TACCCCAATC CGGAAGCCAA ACCGCAATCA TCCCACACGC 
ATCTCCCTCG TCTTCTATCA GCACAAGAAC TTAAATGAAC CAAGGCATGG ATGGGCCGTA 
TGGGAGGCAA AGATGGCAGA AAGAGCCCGA GAGAAAGAGA GAGAGGCCGA GAGGCTAGCT 
ACTGAAAATG CCAACAACCA GAAAACAAAA CAGCCTACTG AGAGTCCTGA GATTTTCTGT 
GAGGAAAATG AATTGAACCA GATTCCTTCC CGGAAAGCAT TAACAGTAAC TCATGACAAT 
GTCATTACAG TATCTTCTTA TGCCCTCACT CAAGTTGCAG GGCCTTACAA TCACTGGGTC 
TGA

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

TET1 ( XM_001368924.3 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_001368961.2 Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc00362
Clone ID Related Accession (Same CDS sequence)	XM_001368924.3
Accession Version	XM_001368924.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6375bp) 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	methylcytosine dioxygenase TET1 isoform X1
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 On Apr 14, 2014 this sequence version replaced XM_001368924.2. ##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##

ATGGCTCTCA CCCGCCATGG GAGATCTTCC AAATTAGTCA GAAAGGAAGA TCTAAGCAAA 
AAGAAAACCA GCCAACTAAA TAAGGCATCC AAGATTATGA CCAAAAAGGT GACGTTGGTA 
AAAGCTCTAA GCACTGAGAA ATTACAACAA CTGATGCCAG AAAGTAATAA TGTTAAGAAA 
AAATCAAAAA CAAAATCACC TGCACCAACA AGAAGTCTTC TGACAAGAGC TGCAGCTGCT 
CGAAGGTCTC TGGATCAAAC TGATGTTCTT TTCCAGAATC CAGAGTCCTT ATCCTGCAAT 
GGCTTCACAA TGTGTCTTCG TAGCACCTCT CTAATTCGAC GTCTGTCCCA GCCTCCAGTG 
GTCATTACCA GACCTGGGAA AATTCCACCC TCTAAGACTT TGGAAAAGGA AAATAAATGT 
GAAAATGGAG TCCTGGCAGT GTCCAAGGAG CATATAGTAG AAACTGAAAA AGAAACAGAT 
CAATCACAAG AAAAGGTAAT CTCAACTGAC AACGAGGAGG ATCCAATAGT TGTTACCTCT 
GATGCACTCC CAAGCAAAGA AAATGGACAA GCTGTAGAGG ATCCCATAAC AAGTATTACT 
ACTCATAGCA GCCTACCAAC GCAAACATCT GAGACCTTAG AAGAGAACTG TAAGTGTGAA 
GGCCAATTCT TTGAAAAGCT ATTAAATGAT TCGAGTGACA CTGTTCGTAC TCTTGTCCAA 
GACTCCATGC CTATTCCTTT ATTTAATAAT GCTCCCCATA CAGTGACCTC TAAACCAAAC 
CTCAACATGT ATTTAGAAGA TTTGGGTTCA AGAGTAAAAT CTCTTAAACT AAATGATTCT 
TCTTTGGAGC CAATGAAGGA GAACCTTGAT TCACATCAAT CCTCCTGTTA TAAAGGCAAA 
CCTGAACTGG ATTTCCAAAA TATAATGGTT CCTAGTGGGT CTATTTTTCC TACCTCTTTT 
GCAAATTACC TCTTAGCAGG ATCAGACCAG CAAGAACCTA TTCATGGTTC TTTAGACCAA 
CCTGTGACAC AAAGCACTGC TTCAGATCCA CTGGGGGGCC ATGGTGCTAA TCAAACTTTG 
ACTTTGGACT CAGGTCAGAT TGCTAGTTCA TTTCCAAACT TTGAGAAGAG TCTGGTTGCC 
TTCACGAAAG ATATACTTGC TCAAGAGATG CATAAACCAC AGGATACAAG CTTGCTGTCA 
GAGTTGCCAT CTAATAATCA TAGTTTCAAA ATAGTTCCTG AAAGTGGACT AAAGAAAGAA 
TCAAATTCTT TATCAGAAGA TCCCAAATTG GCATCAAGTG ATCTTGGCCA GTTGGATGGA 
CAGAGTTCCC AGATCAGTGA GACAAATGTG ATTTCTGTAT CCATGGCATT TTCCAACACC 
GCCTCTTACT CCTATCCTTT CTCCTACACT ACTTTGCTCC CTACTTTAGA AAAGAAGAAA 
CGAAAGCGCT GTGGAGTGTG TGAGCCTTGC CAAAAGAAGG AGAACTGTGG TGAATGCGTT 
TATTGTAAAA ACCGAAAATA CAGCCACCAT GTCTGTAAGA TGAGAAAATG TGAGGAACTG 
AAAAAGAAGC CAATGGTTAT AGTGCCTTTG GAGGTTATAA AGGAAAACAA GAGACCCCAG 
AGGGAAAAGA AGCCCAAAGT TTTCAAGATA CATTTAGACA ACAAACTAGT AAATGGCCCC 
AGGTCAGAAT CCATGGAAAA CAGTAAATGT GGTAATGATG AAAAACAAAG GTTGAAGTTA 
AACCAGAACA TCCTTGAAAA TGTACAGACC ACTGAAGAAG ACACCATGAC GGGTATAGAA 
GTAGAGAAAT GGTCAGAGAA CAAGAAATCA CCTTTGACCA TCCATGTCAA AGGAGACATC 
AGTGGTCCTG TAACTGAGAC TGAAAACTTG AAAAACTCTG AAGACAATGA GAAAAAAACC 
CCTTTGAGTG ACCTCATTGA GCCTCCCAAA TTGTTTGCAC AAACTGTTAA AAATGGCATT 
AAAAATGTAT ACTACTCACC AGCTGACGCT GATGTGTCAT TGAAAAAAGT CAAGTTTGAA 
ACAAATGCAA ATTTGATTGA TCATGACACA GAAAGCAATC CCAATCCCTC TTTGGGGAAC 
ACTACTAGCT CTGACAATAG AGCAGGTGCT TTGGTCCCTG GCATTTACCA TGCTCACCTT 
AAGAAGGAAG ATAATAGTTT AGTGATACAA AAGACAGATT CTACCTGTCA CTCTACTCAG 
TACCCCACAG ACACCTTTTT GAACCATAAT ATCAGTGCCC AGGAAAATCA ATCTCATATA 
GTTACATGGG AAAAAAGATT CGACCAAGGA GAAGTTCCTG AAAGCAAACC CAACAGGGAG 
TTAGCACAAG ATAATTCTCT GGTTCAACCT AGTCTTCTAA CACTGATGAG AGACAGGAGG 
CTGACTCTAG AGCAGGTAGT GGCCATAGAA GCCCTCACTC AGCTATCAGA AGCTCCATCT 
GAAAATTCTT CACCATCTAA ATCAGATAAA AATGAAGAGA CCACAAATTT GACAACAAAC 
TTGCTTCACA GCTGTAAAGC AATTTTATGT TCTGTAGGAT CCTCTGCAGG AAAAGACTTC 
CAAGATCCAA ACCTAAAAAT CGATTCCGTG GTCCTGCCTC CCTGTCCCTC TTTGGAAAAG 
AAAACGTCTA GGAAGCCGGT GCTATACAAT GGCCAAAATA ATTCCAAATA TCCCAGTACT 
TTAATGACAA ATCATAACAC CTCTAAGACA CATGCATCTT CAAGAGTCAC TAAGTCAGGA 
CTCATCACAG AACCAAGTTC AAATTCTTCT AGGAATCATA GCAACAAAGA AATTGTTCTT 
CAGGGGAGAA TCACCGTTGG TCGGTGTGCA AAGACTTCAC ATGGTTTACA CACAAGTAGC 
AAGTTGGCAT TTTGCAGGCA ATTACAGGAA AGCACTGGTA AAAGGTTTGA CTCCAAAAAT 
AATTTGTCTT ATAAGAATAC CCCTCACAGT CAAATAGAAG AAGATGTAGC TGCCCAGTTG 
ACCCAACTTG CATCCATTAT TGAATCCAAT AATGCAAAGC GAGAGGAAAA AGAAGGTACA 
AAGACACTTT CCAGCCTTGA GAGTCACGAT GCACAGCAAA AATACAACCA AGAACAAAGT 
TCATTTCAAG AGAAACTGCC TGTCCCTGTA CAGAACAACC GAGGCTCATT GTTGGCGAAA 
CAAAAACCAT CCTCCCATAA AAAGGGGAAA TCTGCCTCAT GGAAGCAAAG ACTGAAGAAA 
ATGCCTCCAG CCAAGAACAA TCTACAAAAT GACCAGAGTG AACGGGAGCG CCTGGCTTGG 
CAGTATGGCA AGTTTCATGA TCTCTGGGTC GGGTCCAAAC TTCGAAGATT AGGGTACATT 
TCCTCCCGAG AATTTCATGC TACCATGATA GAGCAAAACC CTTTACTCAC CAAAGTACCA 
AAACCACTCA CTCAAAGTAC TTTATCATCA CCACATAAAA AAGTGTTTCT TCCTCTCACT 
CAGATAAAAT TCCACAGACA CTTACCTGAG TCAGCACAGG AGAAAATGAA GGAAAAACTG 
TTTGGTTTCA AAGAGGTCCC CGAACACATG CAACCTGAGG CTGTCGATAC TTTGCCAAGA 
GGTGCGCTTC CAGCGGGTTT GCAGCAGAGC GGTGGGCCTT CCGTAGATGC TCTTTCTCTG 
TTCCAGTTAT GCTCAAAGTC CCCTTTAAGC AGACCAAGCA GCAACGTCCA GGTGTTTACA 
GAAAATGGTC ATAATTCTCA GGTACAGCAA TCAGTGAATG TCAATCAGTC TCTGAATCAA 
AACAGCCAGA AAGATGGTGC TACAGCTGAT GATGACCAAA CCCAGTTCCA GCAGGATGTG 
GAAGAACCAC CAAGGAGTCA GAGACTGCAA TCGCTGCCTT CTCCCTGTTG CGACACCCAG 
GTGCCAGGCA CCATCAAAAC TCTCAGGAAT GAAAATGCAG CATGCCCAGG TGGAAGGACA 
GCCAGTGGGT TAGGGGTCGT TACTTCACAT GGTGCTACAA GTGATTTGGG GAGTTCCCCA 
GGGAAGAACA CACTGAGCTG TTTCCTTGAA TCCCCAATGA CCTTCCTGGA CACCCCCACC 
AAAAATCTGC TTGATACGCC AACAAAAAAA GGACCTTCTG AGCTGCCAAG CTGTAGCTGT 
GTCGAACAAA TTATAGAAAA AGATGAAGGG CCATACTATA CACATCTTGG AACAGGACCA 
AGTGTGGCTG CTGTCAGGGA AATCATGGAG GCCAGATATG GTGAAAAAGG AAGAGCGATT 
AGGATAGAAG TCGTCGTATA TACAGGCAAA GAAGGAAAAA GCTCTCAGGG GTGTCCAATT 
GCCAAGTGGG TAATAAGAAG AAGCAGTGAT GAAGAAAAGC TCCTCTGCCT GGTCCGCCAG 
CGGGCAGGCC ACCACTGCCA GACAGCTGTC ATTGTCATCC TCATCTTGGC TTGGGAGGGA 
ATTCCTCATC TCTTGGCTGA CACATTATAT CAAGAGCTGA CCCAGAGTCT CAACAAATAT 
GGCTGTCCAA CCACCCGACG GTGTGCACTT AATGAAGATC GTACCTGTGC TTGCCAAGGC 
ATGGATCCAG AGACCTGTGG TGCATCCTTT TCCTTTGGAT GCTCTTGGAG TATGTATTTC 
AATGGCTGCA AATTTGCAAG AAGCAAGAAC CCCAGAAGAT TCCGACTAAT TGCAGATGAT 
CCCAAAGAAG AAGAAATCCT TGAAAGTAAT TTGCAGTCCC TTGCTACAGA TGTTGCTCCT 
GTGTATAAAA AACTTGCTCC TGATGCTTTT CGAAACCAGG TAGAAAATGA ACCTCTTGGT 
CCAGATTGCC GTCTTGGTCG TAAGGATGGA CGTCCTTTCT CTGGGGTTAC TGCCTGTATA 
GACTTCTGTG CTCATGCCCA CAAAGACACA CATAACATGA ATAATGGAAG TACTGTGGTT 
TGTACACTGA CAAAAGAAGA TAACCGCTCA GTAGGTGTCG TTCCCAAAGA TGAGCAGCTC 
CACGTGCTGC CACTGTATAA AATTTCCCAA ACAGATGAGT TTGGCACAAA AGAGGGATTA 
GAGGCCAAGA TCAAAACTGG GGCCATCCAG GTGCTCACTG CTTTCCCCAG AGAGGTGAGG 
ATGTTAGCTG AGCCAGTGAA AGCCACTAAG AAAAAGAAGG TGGACATCAG GAGGGTACAA 
ACTGAGAAGC CTGGACAGGT GCCAAAGAAA CATCCGCCTC CAGTAAAGCT CAAAAATGGA 
CCTTTGGAAG CGCCCAACAG GGCCCCCCAA CCTTTAGGAA ACAGAACTGA GGCGTTGCAA 
CCTGAGATAA AGAGTGAACC TCCAGACTCA CATTTTAACC TCCATAGTGT GGCCAACACT 
ACAAGCTACT CTTGGATTAA GTCCATTCAT CACCCCCTGA AAGGGACAAA CTTACCTCTG 
AACTCCCCCC TAACCCCAGT GTCTGGCTTG GCCACAACTT CATTTCAGAA TGACTCTGAA 
ATTTCCTATG GGTTTTCAGA CCAGGGTAGT GTTCCACCCT GGACAGTGGT GTCTACAAAA 
TACAGTGGTG CTAATACAGT AGCCAAGGAA TGCCCCGGAC TTCTACTGAA TGCCAAGCCA 
GCATCCGTTC CTGGTGTGGC TTCTCCCATG ACAGATCCCC AAATTCATGC TGACCTTCCT 
ACTGGCCCAG TTGAGCATCT AGTTTCCAAC ATGGCAACGT TTCCACCTCC GTCTTTACTG 
TCGCCTGTTC CTCAGATACC TAGTCTTGAT GACTCCACTC CAGCGAAATC AGACTATGAG 
CATAAGACAG GTCCAAGTGA AGTTGCTGCT TTGGCTCCAT CCCTGGCAAA TGCCACCAAA 
CAAGAGCTTG AGCTAGCTGC TCCTCTTTCG TCAGCCACTG AGCAGACCCC AAGTGATGAG 
CTGACAGAAT CAGCGGACAG TGAAGAGAGG TCAGAAGAGA TGTGGTCAGA CAGTGAACAC 
AACTTCTTGG ATGACAACAT TGGTGGTGTG GCAGTGGCCC CTTCCCACGG CTCGGTGCTA 
ATTGAGTGTG CCCGGCGAGA GCTTCATGCC ACTACCCCAA TCCGGAAGCC AAACCGCAAT 
CATCCCACAC GCATCTCCCT CGTCTTCTAT CAGCACAAGA ACTTAAATGA ACCAAGGCAT 
GGATGGGCCG TATGGGAGGC AAAGATGGCA GAAAGAGCCC GAGAGAAAGA GAGAGAGGCC 
GAGAGGCTAG CTACTGAAAA TGCCAACAAC CAGAAAACAA AACAGCCTAC TGAGAGTCCT 
GAGATTTTCT GTGAGGAAAA TGAATTGAAC CAGATTCCTT CCCGGAAAGC ATTAACAGTA 
ACTCATGACA ATGTCATTAC AGTATCTTCT TATGCCCTCA CTCAAGTTGC AGGGCCTTAC 
AATCACTGGG TCTGA

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

RefSeq	XP_001368961.2
CDS	382..6756
Translation	MALTRHGRSSKLVRKEDLSKKKTSQLNKASKIMTKKVTLVKALSTEKLQQLMPESNNVKKKSKTKSPAPTRSLLTRAAAARRSLDQTDVLFQNPESLSCNGFTMCLRSTSLIRRLSQPPVVITRPGKIPPSKTLEKENKCENGVLAVSKEHIVETEKETDQSQEKVISTDNEEDPIVVTSDALPSKENGQAVEDPITSITTHSSLPTQTSETLEENCKCEGQFFEKLLNDSSDTVRTLVQDSMPIPLFNNAPHTVTSKPNLNMYLEDLGSRVKSLKLNDSSLEPMKENLDSHQSSCYKGKPELDFQNIMVPSGSIFPTSFANYLLAGSDQQEPIHGSLDQPVTQSTASDPLGGHGANQTLTLDSGQIASSFPNFEKSLVAFTKDILAQEMHKPQDTSLLSELPSNNHSFKIVPESGLKKESNSLSEDPKLASSDLGQLDGQSSQISETNVISVSMAFSNTASYSYPFSYTTLLPTLEKKKRKRCGVCEPCQKKENCGECVYCKNRKYSHHVCKMRKCEELKKKPMVIVPLEVIKENKRPQREKKPKVFKIHLDNKLVNGPRSESMENSKCGNDEKQRLKLNQNILENVQTTEEDTMTGIEVEKWSENKKSPLTIHVKGDISGPVTETENLKNSEDNEKKTPLSDLIEPPKLFAQTVKNGIKNVYYSPADADVSLKKVKFETNANLIDHDTESNPNPSLGNTTSSDNRAGALVPGIYHAHLKKEDNSLVIQKTDSTCHSTQYPTDTFLNHNISAQENQSHIVTWEKRFDQGEVPESKPNRELAQDNSLVQPSLLTLMRDRRLTLEQVVAIEALTQLSEAPSENSSPSKSDKNEETTNLTTNLLHSCKAILCSVGSSAGKDFQDPNLKIDSVVLPPCPSLEKKTSRKPVLYNGQNNSKYPSTLMTNHNTSKTHASSRVTKSGLITEPSSNSSRNHSNKEIVLQGRITVGRCAKTSHGLHTSSKLAFCRQLQESTGKRFDSKNNLSYKNTPHSQIEEDVAAQLTQLASIIESNNAKREEKEGTKTLSSLESHDAQQKYNQEQSSFQEKLPVPVQNNRGSLLAKQKPSSHKKGKSASWKQRLKKMPPAKNNLQNDQSERERLAWQYGKFHDLWVGSKLRRLGYISSREFHATMIEQNPLLTKVPKPLTQSTLSSPHKKVFLPLTQIKFHRHLPESAQEKMKEKLFGFKEVPEHMQPEAVDTLPRGALPAGLQQSGGPSVDALSLFQLCSKSPLSRPSSNVQVFTENGHNSQVQQSVNVNQSLNQNSQKDGATADDDQTQFQQDVEEPPRSQRLQSLPSPCCDTQVPGTIKTLRNENAACPGGRTASGLGVVTSHGATSDLGSSPGKNTLSCFLESPMTFLDTPTKNLLDTPTKKGPSELPSCSCVEQIIEKDEGPYYTHLGTGPSVAAVREIMEARYGEKGRAIRIEVVVYTGKEGKSSQGCPIAKWVIRRSSDEEKLLCLVRQRAGHHCQTAVIVILILAWEGIPHLLADTLYQELTQSLNKYGCPTTRRCALNEDRTCACQGMDPETCGASFSFGCSWSMYFNGCKFARSKNPRRFRLIADDPKEEEILESNLQSLATDVAPVYKKLAPDAFRNQVENEPLGPDCRLGRKDGRPFSGVTACIDFCAHAHKDTHNMNNGSTVVCTLTKEDNRSVGVVPKDEQLHVLPLYKISQTDEFGTKEGLEAKIKTGAIQVLTAFPREVRMLAEPVKATKKKKVDIRRVQTEKPGQVPKKHPPPVKLKNGPLEAPNRAPQPLGNRTEALQPEIKSEPPDSHFNLHSVANTTSYSWIKSIHHPLKGTNLPLNSPLTPVSGLATTSFQNDSEISYGFSDQGSVPPWTVVSTKYSGANTVAKECPGLLLNAKPASVPGVASPMTDPQIHADLPTGPVEHLVSNMATFPPPSLLSPVPQIPSLDDSTPAKSDYEHKTGPSEVAALAPSLANATKQELELAAPLSSATEQTPSDELTESADSEERSEEMWSDSEHNFLDDNIGGVAVAPSHGSVLIECARRELHATTPIRKPNRNHPTRISLVFYQHKNLNEPRHGWAVWEAKMAERAREKEREAERLATENANNQKTKQPTESPEIFCEENELNQIPSRKALTVTHDNVITVSSYALTQVAGPYNHWV

Target ORF information:

RefSeq Version	XM_001368924.3
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica tet methylcytosine dioxygenase 1 (TET1), transcript variant X1, mRNA.

Target ORF information:

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

XM_001368924.3

ORF Insert Sequence:

ATGGCTCTCA CCCGCCATGG GAGATCTTCC AAATTAGTCA GAAAGGAAGA TCTAAGCAAA 
AAGAAAACCA GCCAACTAAA TAAGGCATCC AAGATTATGA CCAAAAAGGT GACGTTGGTA 
AAAGCTCTAA GCACTGAGAA ATTACAACAA CTGATGCCAG AAAGTAATAA TGTTAAGAAA 
AAATCAAAAA CAAAATCACC TGCACCAACA AGAAGTCTTC TGACAAGAGC TGCAGCTGCT 
CGAAGGTCTC TGGATCAAAC TGATGTTCTT TTCCAGAATC CAGAGTCCTT ATCCTGCAAT 
GGCTTCACAA TGTGTCTTCG TAGCACCTCT CTAATTCGAC GTCTGTCCCA GCCTCCAGTG 
GTCATTACCA GACCTGGGAA AATTCCACCC TCTAAGACTT TGGAAAAGGA AAATAAATGT 
GAAAATGGAG TCCTGGCAGT GTCCAAGGAG CATATAGTAG AAACTGAAAA AGAAACAGAT 
CAATCACAAG AAAAGGTAAT CTCAACTGAC AACGAGGAGG ATCCAATAGT TGTTACCTCT 
GATGCACTCC CAAGCAAAGA AAATGGACAA GCTGTAGAGG ATCCCATAAC AAGTATTACT 
ACTCATAGCA GCCTACCAAC GCAAACATCT GAGACCTTAG AAGAGAACTG TAAGTGTGAA 
GGCCAATTCT TTGAAAAGCT ATTAAATGAT TCGAGTGACA CTGTTCGTAC TCTTGTCCAA 
GACTCCATGC CTATTCCTTT ATTTAATAAT GCTCCCCATA CAGTGACCTC TAAACCAAAC 
CTCAACATGT ATTTAGAAGA TTTGGGTTCA AGAGTAAAAT CTCTTAAACT AAATGATTCT 
TCTTTGGAGC CAATGAAGGA GAACCTTGAT TCACATCAAT CCTCCTGTTA TAAAGGCAAA 
CCTGAACTGG ATTTCCAAAA TATAATGGTT CCTAGTGGGT CTATTTTTCC TACCTCTTTT 
GCAAATTACC TCTTAGCAGG ATCAGACCAG CAAGAACCTA TTCATGGTTC TTTAGACCAA 
CCTGTGACAC AAAGCACTGC TTCAGATCCA CTGGGGGGCC ATGGTGCTAA TCAAACTTTG 
ACTTTGGACT CAGGTCAGAT TGCTAGTTCA TTTCCAAACT TTGAGAAGAG TCTGGTTGCC 
TTCACGAAAG ATATACTTGC TCAAGAGATG CATAAACCAC AGGATACAAG CTTGCTGTCA 
GAGTTGCCAT CTAATAATCA TAGTTTCAAA ATAGTTCCTG AAAGTGGACT AAAGAAAGAA 
TCAAATTCTT TATCAGAAGA TCCCAAATTG GCATCAAGTG ATCTTGGCCA GTTGGATGGA 
CAGAGTTCCC AGATCAGTGA GACAAATGTG ATTTCTGTAT CCATGGCATT TTCCAACACC 
GCCTCTTACT CCTATCCTTT CTCCTACACT ACTTTGCTCC CTACTTTAGA AAAGAAGAAA 
CGAAAGCGCT GTGGAGTGTG TGAGCCTTGC CAAAAGAAGG AGAACTGTGG TGAATGCGTT 
TATTGTAAAA ACCGAAAATA CAGCCACCAT GTCTGTAAGA TGAGAAAATG TGAGGAACTG 
AAAAAGAAGC CAATGGTTAT AGTGCCTTTG GAGGTTATAA AGGAAAACAA GAGACCCCAG 
AGGGAAAAGA AGCCCAAAGT TTTCAAGATA CATTTAGACA ACAAACTAGT AAATGGCCCC 
AGGTCAGAAT CCATGGAAAA CAGTAAATGT GGTAATGATG AAAAACAAAG GTTGAAGTTA 
AACCAGAACA TCCTTGAAAA TGTACAGACC ACTGAAGAAG ACACCATGAC GGGTATAGAA 
GTAGAGAAAT GGTCAGAGAA CAAGAAATCA CCTTTGACCA TCCATGTCAA AGGAGACATC 
AGTGGTCCTG TAACTGAGAC TGAAAACTTG AAAAACTCTG AAGACAATGA GAAAAAAACC 
CCTTTGAGTG ACCTCATTGA GCCTCCCAAA TTGTTTGCAC AAACTGTTAA AAATGGCATT 
AAAAATGTAT ACTACTCACC AGCTGACGCT GATGTGTCAT TGAAAAAAGT CAAGTTTGAA 
ACAAATGCAA ATTTGATTGA TCATGACACA GAAAGCAATC CCAATCCCTC TTTGGGGAAC 
ACTACTAGCT CTGACAATAG AGCAGGTGCT TTGGTCCCTG GCATTTACCA TGCTCACCTT 
AAGAAGGAAG ATAATAGTTT AGTGATACAA AAGACAGATT CTACCTGTCA CTCTACTCAG 
TACCCCACAG ACACCTTTTT GAACCATAAT ATCAGTGCCC AGGAAAATCA ATCTCATATA 
GTTACATGGG AAAAAAGATT CGACCAAGGA GAAGTTCCTG AAAGCAAACC CAACAGGGAG 
TTAGCACAAG ATAATTCTCT GGTTCAACCT AGTCTTCTAA CACTGATGAG AGACAGGAGG 
CTGACTCTAG AGCAGGTAGT GGCCATAGAA GCCCTCACTC AGCTATCAGA AGCTCCATCT 
GAAAATTCTT CACCATCTAA ATCAGATAAA AATGAAGAGA CCACAAATTT GACAACAAAC 
TTGCTTCACA GCTGTAAAGC AATTTTATGT TCTGTAGGAT CCTCTGCAGG AAAAGACTTC 
CAAGATCCAA ACCTAAAAAT CGATTCCGTG GTCCTGCCTC CCTGTCCCTC TTTGGAAAAG 
AAAACGTCTA GGAAGCCGGT GCTATACAAT GGCCAAAATA ATTCCAAATA TCCCAGTACT 
TTAATGACAA ATCATAACAC CTCTAAGACA CATGCATCTT CAAGAGTCAC TAAGTCAGGA 
CTCATCACAG AACCAAGTTC AAATTCTTCT AGGAATCATA GCAACAAAGA AATTGTTCTT 
CAGGGGAGAA TCACCGTTGG TCGGTGTGCA AAGACTTCAC ATGGTTTACA CACAAGTAGC 
AAGTTGGCAT TTTGCAGGCA ATTACAGGAA AGCACTGGTA AAAGGTTTGA CTCCAAAAAT 
AATTTGTCTT ATAAGAATAC CCCTCACAGT CAAATAGAAG AAGATGTAGC TGCCCAGTTG 
ACCCAACTTG CATCCATTAT TGAATCCAAT AATGCAAAGC GAGAGGAAAA AGAAGGTACA 
AAGACACTTT CCAGCCTTGA GAGTCACGAT GCACAGCAAA AATACAACCA AGAACAAAGT 
TCATTTCAAG AGAAACTGCC TGTCCCTGTA CAGAACAACC GAGGCTCATT GTTGGCGAAA 
CAAAAACCAT CCTCCCATAA AAAGGGGAAA TCTGCCTCAT GGAAGCAAAG ACTGAAGAAA 
ATGCCTCCAG CCAAGAACAA TCTACAAAAT GACCAGAGTG AACGGGAGCG CCTGGCTTGG 
CAGTATGGCA AGTTTCATGA TCTCTGGGTC GGGTCCAAAC TTCGAAGATT AGGGTACATT 
TCCTCCCGAG AATTTCATGC TACCATGATA GAGCAAAACC CTTTACTCAC CAAAGTACCA 
AAACCACTCA CTCAAAGTAC TTTATCATCA CCACATAAAA AAGTGTTTCT TCCTCTCACT 
CAGATAAAAT TCCACAGACA CTTACCTGAG TCAGCACAGG AGAAAATGAA GGAAAAACTG 
TTTGGTTTCA AAGAGGTCCC CGAACACATG CAACCTGAGG CTGTCGATAC TTTGCCAAGA 
GGTGCGCTTC CAGCGGGTTT GCAGCAGAGC GGTGGGCCTT CCGTAGATGC TCTTTCTCTG 
TTCCAGTTAT GCTCAAAGTC CCCTTTAAGC AGACCAAGCA GCAACGTCCA GGTGTTTACA 
GAAAATGGTC ATAATTCTCA GGTACAGCAA TCAGTGAATG TCAATCAGTC TCTGAATCAA 
AACAGCCAGA AAGATGGTGC TACAGCTGAT GATGACCAAA CCCAGTTCCA GCAGGATGTG 
GAAGAACCAC CAAGGAGTCA GAGACTGCAA TCGCTGCCTT CTCCCTGTTG CGACACCCAG 
GTGCCAGGCA CCATCAAAAC TCTCAGGAAT GAAAATGCAG CATGCCCAGG TGGAAGGACA 
GCCAGTGGGT TAGGGGTCGT TACTTCACAT GGTGCTACAA GTGATTTGGG GAGTTCCCCA 
GGGAAGAACA CACTGAGCTG TTTCCTTGAA TCCCCAATGA CCTTCCTGGA CACCCCCACC 
AAAAATCTGC TTGATACGCC AACAAAAAAA GGACCTTCTG AGCTGCCAAG CTGTAGCTGT 
GTCGAACAAA TTATAGAAAA AGATGAAGGG CCATACTATA CACATCTTGG AACAGGACCA 
AGTGTGGCTG CTGTCAGGGA AATCATGGAG GCCAGATATG GTGAAAAAGG AAGAGCGATT 
AGGATAGAAG TCGTCGTATA TACAGGCAAA GAAGGAAAAA GCTCTCAGGG GTGTCCAATT 
GCCAAGTGGG TAATAAGAAG AAGCAGTGAT GAAGAAAAGC TCCTCTGCCT GGTCCGCCAG 
CGGGCAGGCC ACCACTGCCA GACAGCTGTC ATTGTCATCC TCATCTTGGC TTGGGAGGGA 
ATTCCTCATC TCTTGGCTGA CACATTATAT CAAGAGCTGA CCCAGAGTCT CAACAAATAT 
GGCTGTCCAA CCACCCGACG GTGTGCACTT AATGAAGATC GTACCTGTGC TTGCCAAGGC 
ATGGATCCAG AGACCTGTGG TGCATCCTTT TCCTTTGGAT GCTCTTGGAG TATGTATTTC 
AATGGCTGCA AATTTGCAAG AAGCAAGAAC CCCAGAAGAT TCCGACTAAT TGCAGATGAT 
CCCAAAGAAG AAGAAATCCT TGAAAGTAAT TTGCAGTCCC TTGCTACAGA TGTTGCTCCT 
GTGTATAAAA AACTTGCTCC TGATGCTTTT CGAAACCAGG TAGAAAATGA ACCTCTTGGT 
CCAGATTGCC GTCTTGGTCG TAAGGATGGA CGTCCTTTCT CTGGGGTTAC TGCCTGTATA 
GACTTCTGTG CTCATGCCCA CAAAGACACA CATAACATGA ATAATGGAAG TACTGTGGTT 
TGTACACTGA CAAAAGAAGA TAACCGCTCA GTAGGTGTCG TTCCCAAAGA TGAGCAGCTC 
CACGTGCTGC CACTGTATAA AATTTCCCAA ACAGATGAGT TTGGCACAAA AGAGGGATTA 
GAGGCCAAGA TCAAAACTGG GGCCATCCAG GTGCTCACTG CTTTCCCCAG AGAGGTGAGG 
ATGTTAGCTG AGCCAGTGAA AGCCACTAAG AAAAAGAAGG TGGACATCAG GAGGGTACAA 
ACTGAGAAGC CTGGACAGGT GCCAAAGAAA CATCCGCCTC CAGTAAAGCT CAAAAATGGA 
CCTTTGGAAG CGCCCAACAG GGCCCCCCAA CCTTTAGGAA ACAGAACTGA GGCGTTGCAA 
CCTGAGATAA AGAGTGAACC TCCAGACTCA CATTTTAACC TCCATAGTGT GGCCAACACT 
ACAAGCTACT CTTGGATTAA GTCCATTCAT CACCCCCTGA AAGGGACAAA CTTACCTCTG 
AACTCCCCCC TAACCCCAGT GTCTGGCTTG GCCACAACTT CATTTCAGAA TGACTCTGAA 
ATTTCCTATG GGTTTTCAGA CCAGGGTAGT GTTCCACCCT GGACAGTGGT GTCTACAAAA 
TACAGTGGTG CTAATACAGT AGCCAAGGAA TGCCCCGGAC TTCTACTGAA TGCCAAGCCA 
GCATCCGTTC CTGGTGTGGC TTCTCCCATG ACAGATCCCC AAATTCATGC TGACCTTCCT 
ACTGGCCCAG TTGAGCATCT AGTTTCCAAC ATGGCAACGT TTCCACCTCC GTCTTTACTG 
TCGCCTGTTC CTCAGATACC TAGTCTTGAT GACTCCACTC CAGCGAAATC AGACTATGAG 
CATAAGACAG GTCCAAGTGA AGTTGCTGCT TTGGCTCCAT CCCTGGCAAA TGCCACCAAA 
CAAGAGCTTG AGCTAGCTGC TCCTCTTTCG TCAGCCACTG AGCAGACCCC AAGTGATGAG 
CTGACAGAAT CAGCGGACAG TGAAGAGAGG TCAGAAGAGA TGTGGTCAGA CAGTGAACAC 
AACTTCTTGG ATGACAACAT TGGTGGTGTG GCAGTGGCCC CTTCCCACGG CTCGGTGCTA 
ATTGAGTGTG CCCGGCGAGA GCTTCATGCC ACTACCCCAA TCCGGAAGCC AAACCGCAAT 
CATCCCACAC GCATCTCCCT CGTCTTCTAT CAGCACAAGA ACTTAAATGA ACCAAGGCAT 
GGATGGGCCG TATGGGAGGC AAAGATGGCA GAAAGAGCCC GAGAGAAAGA GAGAGAGGCC 
GAGAGGCTAG CTACTGAAAA TGCCAACAAC CAGAAAACAA AACAGCCTAC TGAGAGTCCT 
GAGATTTTCT GTGAGGAAAA TGAATTGAAC CAGATTCCTT CCCGGAAAGC ATTAACAGTA 
ACTCATGACA ATGTCATTAC AGTATCTTCT TATGCCCTCA CTCAAGTTGC AGGGCCTTAC 
AATCACTGGG TCTGA

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

PubMed

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1-877-436-7274

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TET1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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