ZNF106 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF106
Entrez Gene ID	100010088
Full Name	zinc finger protein 106
Synonyms	ZFP106
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001362383.3	XP_001362420.3	zinc finger protein 106 isoform X1
XM_007472421.2	XP_007472483.2	zinc finger protein 106 isoform X2

Pathways from BioSystems
Gene Ontology

The following ZNF106 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF106 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
OMc38199	XM_001362383.3 Latest version!	Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMc38200	XM_007472421.2 Latest version!	Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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

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

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

Reference Sequences (Refseq)

ZNF106 ( XM_001362383.3 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_001362420.3 Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X1, mRNA.

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CloneID	OMc38199
Clone ID Related Accession (Same CDS sequence)	XM_001362383.3
Accession Version	XM_001362383.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5766bp) 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	zinc finger protein 106 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 27, 2016 this sequence version replaced XM_001362383.2. ##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##

ATGCAAGTGA AGTCTTCTGC TCCAGTCACT ATGGTACGAG AACGAAAATG TATATTGTGT 
CATACTGTAT ACAGCTCAAA AAAGGAAATG GATGAACATG TGCGGAGCAT GCTGCATCAC 
AGAGAACTTG AAAACTTGAA GGGAAGGGAC AGTGACCATG AGTGCCGGGT GTGCCGGGTG 
ACAGTGGTGG GCTTGTCAGC TTATGCAAAA CACATTTCCA GCCAGTTACA CAAGGATAAT 
GTTGATGCTC AGGAAAGAGA AGAAGATGGA AAAGAAGAAG AGGTGGAAGA AGAATACTTT 
GACAAAGAGC TCGTTCAGCT AATAAAACAA AGGAATGAAC AAAGCCGACA AGATGAAGCG 
TCTGTTACTG TTCAAGAAAT AAACTCTGAT GACAGACGAC AATGGCGAAG AGAAGACCGA 
GGAGCTTACC AAGAGAGAGA TGCTTATGAT CAACCATCGT GGCACCATCG TGTACCTCTT 
CAGCGGGATT GGAAGTGGGA AAAGGATGGC TTCAATGGTG GTCGGAAAAA TAACTTTCCA 
CATTCCTTGA GGAATGGTGG TGGACCAAGA GGACGTTCTG GGTGGCATAA AGGTGGTCCA 
GGGGGATCTT CAAATTGGTA TCATAACCAC AATAATTCTG GAGGTAGTTG GCATCCAAAC 
AATGGAACAG TAGATTGGCA TCATGGTGGT ACAGGAAGGA ATTCCAGCTG GCATTCTGAA 
GGAACAGATG GTTTTTGGCA CATGAACAAC AGTAGTGGAA ATTGGCAATC TAAGGCACGT 
GGTACAAATA GTTGGAATTA TAGTGTCCCT GGAGACATAT TTCAGCCTGG GAGAAACAGG 
AATTCTAACT GCCAAATTGA TGACATGACC ATGTTATGGA ACAAGAAATC TAATAAATTA 
AATAAGTATA ATCAAGGGAG ATATACATGG CAAAGGCAAG AGAATAGAGG TCCTACTGAA 
GATGATAATG ATTACCTATT GGATTTTACA AGTGATAAGC TTCCTTCGGA GGGTTTACTT 
GACTTCAGCA CTTCTGAGCA GCCTGAAAGT CAAACCTCTA AGCAAGCAGA AATTATAGCA 
CCTAAGATGA GTGGAAAGAG TGGTAATGTA TCAAAGGATA AAATACATCG TTGGACTCCT 
TACCCCTCCC AGAAAATTGT GGAACCACAA CAACCAGGGT TGAAGGAAGT AACTGCTAAA 
AAGTCAGAGG TGGTAGATGA ACCTCCTTTT CTTTTTCACC TAATAACTGC TTGTGGGAAA 
GATCTCAAGA CTAATAATAC AGATAATTCC ACAAAGCTGA AAACACAGAA AGAAACCCAG 
TTGGGATCCT TTGATCACAA GGTCACTTCT AATCACACTG TTTCCAATGA GGCAGTGACC 
ACTTGCACAT CTAGAGTAAT ACCTGAACAA GAGAACAGTT CACATAAAAT GCCATCACTA 
AAGTCTCCAC TCCTTCCAAT CCCAAACACT AGATCCTCAT CTCAAAAACA AGATTCAAAG 
AACCTTCTGA AAAGTACAAA ACCTTTGTCT GCAACTTCTG GAGAATGTCA GAATCACTCA 
AATACACTTA GCTTAGAGGA CAACCAAAAT TCCTCTTATG TATCTAAACT ACGTAGTTCC 
TGTTCTCGTG TCTTAAAAGG AAATAAAACT GTGCTTGATG GAACGCAGAG GGAGCCTGTT 
GACAATTTAA GTGAAGTCTT GAAAAAAGCC AAGGAGGTGT TAAAATGTAG TCAGCCCCTA 
CAAAATCCAC TCCTGAGCAA TGCCAAAAGT ATCAGGAGCT GTGCATCAGA AAGTAAGAAT 
GGAGAAGAGT CTGTGAAAAG CTCTTTGAAC ACTGAGCTTC AAGAATGTGC ACCAGAAGAT 
AGAGATGAAG CAGAGCTATC AGACCTTGAA AAACATGGTA CAAAAGTCGA AGATCTTGGT 
CCCTTAAATC CCAAAGGTTC ACCTTGTGGT GCTTTAGAAT GTGAACATCC TGTGACTGAG 
AAAGAGAGGG ATGACAAAAC TATTAAAACA ACTGAGAAAT GCTCTATTAA TTCAGATGGC 
GCTACAGTCC AACACAAAGA ATCAGAGTTT CAAATGGAGT CTGCAGCATC TGCAGCTAGT 
CCTCAGACAG GCCTATTGCT AGACTTTAAA ACATCATTAG AAGATATCCA GGTTGAAGAA 
CCTGTTAAAT CAGGTTTGCC TTTTGAAACA GAAAGCTTTG ATAACAGTAA CTTGGATGTT 
GACCTCCAGA AAGGAGGGAC AGGGCAACCT TCAGTCTCTC TGCTTCCTGA ACTAAGCAAA 
CTTGGTTTTC CTGCCTCTCT CCAGCGAGAT CTAACCCGGC ACATCAGTTT GAAGAGCAAA 
CCTGGGGCTC ATCTTCCTGA GCCCAATCTC AATAATGCAC GCCGCATTCG AAATGTTAGT 
GGGCATCGAA AAAGTGAGAC AGAGAAGGAG TCAGGACTCA AACCCACTCT ACGCCAGATT 
CTGAATGCTT CTCGAAGAAA TGTCAACTGG GAACAGGTCA TTCAGCAGGT AACCAAGAAG 
AAGCAGGAGC TGGGAAAAGG TTTACCCAGA TTTGGCATAG AGATGGTACC GCTGGTTCAA 
AATGAGCAGG AAGTGTTGGA TTTGGATGAG GAACCTGACC TGTCCAGTTT AGAAGGTTTC 
CAGTGGGAAG GTATTTCCAT TGCTACATCA CCTGCATTGG CAAGAAAACG CAGTCTTTCT 
GAGAGCAGTG TGATCATGGA CAGGACTCCC TCCATGTACA ACTTCTTCAC TGAGCAGGCT 
ACAGGAAAGG AAAATGAACC CCAGCAGATT GTTTCACCCA GTAATTCACT GCAGACAACT 
CAAGGTCAGA AAGCAAATGT GAACTTTAAA CAGGACATGA TGCCCCTGGC TTCCTCCTCA 
AGGGCAGGTG AAAAGGTTGA AAGTGTTGCC ACTCGAAGGA GGCATAGTGC CCAGTTGCCC 
CCTGACCGTA TGATATCCTT GGTGCGTTCT GCCAGACAAG AAGAACTGAA CAGGCAGGAG 
AGCTCAACAC CCCTTTCTGA GAACCAAAAC ACTCAGGAAA GTAATGGAGA AGGGAACTCA 
TTATCATCTA ATGCCTCCTC AGGTCTTGGC ATCTCTAGTT TGGTGGATGC TGCTACAGAC 
AGCAGTTGTA CTTCTGGGAC GGAGCAGAAT GATGGCCAGG GCCTCCGGAA GAAGCGCAGG 
GCAACTGGAG ATGGATCTTC ACCTGAGCTT CCAAGTCTGG AAAGAAAGAA TAAAAGAAGG 
AAAATTAAAG GCAAAAAAGA ACGTTCTCAA GTTGACCAAC TGCTGAATAT TTCTTTACGG 
GAGGAGGAAC TGAGCAAATC CTTGCAATGT ATGGATAACA ACCTTCTGCA GGCCCGGGCA 
GCCCTTCAGG CAGCTTTTGT GGAAGTTCAA AGACTCCTTG TGCTGAAACA ACAGATAACG 
ATGGAGATGA GTGGCCTAAG GACCCACAGA ATACAGATTC TACAAGGATT ACAAGAAACT 
TATGAACCTC CTGAGCGGAC AGAACAGGTC CCCTGCAGCC CTTCCCGTGA GAGAAAGAGC 
AGATCTCAGA CAGCTGCTGA TCCCCCTCCT CTGCCTAGTC CTTTTTTCCC TCTCTTTCTG 
GAGACTCCCC CTTCCCATTT ATCACCATCT GCCCCTGGAG TGCCACTTCG GGTGTGCACA 
CCTCCTGCTT TCCAGGCTCC TGGGAGTATC ACATGCCCAG CTCCAGATTC ATCAGTGCAG 
ATTAAACAAG AGCCCATGTC TCCTGAGCAA GAAAATGTGA ATGCTGTGCT ACAGGATTCT 
GCCTGCAGTG CTTCTGAGGA ATTGCTACAA ACGAATAGAG AGATCAGTGG CAACTATTCA 
TTGTACCCAA TCATCGCTGG GACGCTGTCC TTGTCCCACT TAACAGAGAG TTTCCAACAT 
GCAAGCCAAG AAATGAAGTC ATCCTTGGAA CAAGGTGGTA CCAGAAGAGT AGAACAATCT 
CAATTAATTG GTCCTCTTAT TATAAAGAAA GAGGGGGAGG TGTCAACCAA AAGTAGCACC 
ATTGGTGAGC CCTGTAGCAG CTCTTTTTTG AGCCTGACCT TTCCTTCACA TACCCCTTTG 
GAAAAGGGGC ATCCACTGTT GGTTGAACAG CCAGCAGAAT CTACTCTGAC TTCAGTTGAA 
AACAAAGGAA ACAAGAAAAA AAAGAAGCTC AGGAAAAAGA AAACACTGCG AGCGACACAT 
GTGCCAGAGA ATAGTGATAC AGAGCAAGAT GTCTTCACGG CCAAACCTGT AAGGAAAGTC 
AAAGCTGGAA AGATGACTAA GGGAGGAAAA GTTACAACAT CCACATCCTT GGGACAGGAA 
GATGGGAAAA CTGGTCAGGA ACAAGATAGA AATAGAGATG AGCCTGACAG TGACTCTTCC 
TTGGAAGTCC TTGAGATCCC TAACCCTCAG TTCGAAGTGG TAGCCATTGA GTCATCCGAG 
TCTGGTGAGG AGAAGCCGGA TAGTCCATGT AAGGATGATA CCTGGAACTC TACGGATCAA 
TCCCTGCTGG AAGCATCTCG TTCTGGGTGT GATGAAGTAA GCTCTACCAG TGAAATTGGA 
ACACATTATA AGGATGGCAT CCCTAGAAGT GTGGCCGAAA CTCAGACTTC CATCTCCTCG 
ATAAAGGGGT CAAAGAATTC TTCAGAAATC TCTTCAGAAC CAGGAGATGA TGAAGAACCC 
ACTGAAGGAA ACTTTGAGGG ACATCAAGCT GCAGTGAATG CTATTCAGAT TTTTGGGAAC 
TTATTGTATA CATGTTCAGC TGATAAAACA GTTAGAGCCT ATAACTTGGT GACTAGGAAA 
TGTGTGGGTG TTTTTGAGGG CCATACCTCC AAAGTGAACT GCCTTGTGAT TACTCAGACC 
AATGGAAAGA ATTCAGCACT GTACACTGGT TCCAGTGATC ATACCATCCA TTGCTACAAT 
ATCAAGACTA GAATGTGTTT GGAGAAGTTA CAGCTGGAAG ACCGAGTACT CTGCCTTCAT 
AACCGGTGGC GAATCCTCTA TGCAGGATTG GCAAATGGCA CTGTAGTCAC CTTCAGCTTA 
AAGACCAACA AGCAGCTTGA TATCTTTGAG TGCCATGGTC CTCGGGCTGT TAGCTGCCTG 
GCTACAGCTC AGGAGGGCGC CCGAAGACTG CTGGTGGTGG GATCCTATGA CTGCACCATC 
AGCGTTCGAG ATGCTCGGAA TGGACTGCTC CTCCGAACAC TGGAGGGCCA TAGCAAAACC 
ATTCTCTGCA TGAAGGTGGT GAATGACCTT GTGTTCAGTG GCTCCAGCGA CCAGTCTGTC 
CATGCCCACA ACATTCATAC TGGTGAGCTG GTACGAATCT ATAAAGGTCA CAACCATGCA 
GTGACTGTGG TGAACATTCT GGGGAAGGTC ATGGTGACTG CCTGCCTGGA TAAGTTTGTT 
CGGGTCTATG AATTACAGTC TCATGATCGT TTGCAAGTTT ATGGAGGACA CAAGGATATG 
ATAATGTGTA TGACTATTCA CAAGAGTATG ATTTATACTG GCTGTTATGA TGGTAGCATC 
CAGGCTGTAA AGCTAAATCT GATGCAGAAT TTTCGCTGTT GGTGGCATGG TTGCTCACTG 
ATATTTGGTG TTGTGGATCA CCTCAAACAG CATTTGCTAA CCGACCACAC CAACCCAAAC 
TTTCAAACTC TGAAATGTCG TTGGAAGAAT TGTGATGCAT TCTTTACTGC TAGGAAAGGA 
TCCAAGCAGG ATGCAGCAGG ACATATTGAA CGACATGCTG AAGATGACAG CAGAATTGAT 
TCATGA

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

RefSeq	XP_001362420.3
CDS	174..5939
Translation	MQVKSSAPVTMVRERKCILCHTVYSSKKEMDEHVRSMLHHRELENLKGRDSDHECRVCRVTVVGLSAYAKHISSQLHKDNVDAQEREEDGKEEEVEEEYFDKELVQLIKQRNEQSRQDEASVTVQEINSDDRRQWRREDRGAYQERDAYDQPSWHHRVPLQRDWKWEKDGFNGGRKNNFPHSLRNGGGPRGRSGWHKGGPGGSSNWYHNHNNSGGSWHPNNGTVDWHHGGTGRNSSWHSEGTDGFWHMNNSSGNWQSKARGTNSWNYSVPGDIFQPGRNRNSNCQIDDMTMLWNKKSNKLNKYNQGRYTWQRQENRGPTEDDNDYLLDFTSDKLPSEGLLDFSTSEQPESQTSKQAEIIAPKMSGKSGNVSKDKIHRWTPYPSQKIVEPQQPGLKEVTAKKSEVVDEPPFLFHLITACGKDLKTNNTDNSTKLKTQKETQLGSFDHKVTSNHTVSNEAVTTCTSRVIPEQENSSHKMPSLKSPLLPIPNTRSSSQKQDSKNLLKSTKPLSATSGECQNHSNTLSLEDNQNSSYVSKLRSSCSRVLKGNKTVLDGTQREPVDNLSEVLKKAKEVLKCSQPLQNPLLSNAKSIRSCASESKNGEESVKSSLNTELQECAPEDRDEAELSDLEKHGTKVEDLGPLNPKGSPCGALECEHPVTEKERDDKTIKTTEKCSINSDGATVQHKESEFQMESAASAASPQTGLLLDFKTSLEDIQVEEPVKSGLPFETESFDNSNLDVDLQKGGTGQPSVSLLPELSKLGFPASLQRDLTRHISLKSKPGAHLPEPNLNNARRIRNVSGHRKSETEKESGLKPTLRQILNASRRNVNWEQVIQQVTKKKQELGKGLPRFGIEMVPLVQNEQEVLDLDEEPDLSSLEGFQWEGISIATSPALARKRSLSESSVIMDRTPSMYNFFTEQATGKENEPQQIVSPSNSLQTTQGQKANVNFKQDMMPLASSSRAGEKVESVATRRRHSAQLPPDRMISLVRSARQEELNRQESSTPLSENQNTQESNGEGNSLSSNASSGLGISSLVDAATDSSCTSGTEQNDGQGLRKKRRATGDGSSPELPSLERKNKRRKIKGKKERSQVDQLLNISLREEELSKSLQCMDNNLLQARAALQAAFVEVQRLLVLKQQITMEMSGLRTHRIQILQGLQETYEPPERTEQVPCSPSRERKSRSQTAADPPPLPSPFFPLFLETPPSHLSPSAPGVPLRVCTPPAFQAPGSITCPAPDSSVQIKQEPMSPEQENVNAVLQDSACSASEELLQTNREISGNYSLYPIIAGTLSLSHLTESFQHASQEMKSSLEQGGTRRVEQSQLIGPLIIKKEGEVSTKSSTIGEPCSSSFLSLTFPSHTPLEKGHPLLVEQPAESTLTSVENKGNKKKKKLRKKKTLRATHVPENSDTEQDVFTAKPVRKVKAGKMTKGGKVTTSTSLGQEDGKTGQEQDRNRDEPDSDSSLEVLEIPNPQFEVVAIESSESGEEKPDSPCKDDTWNSTDQSLLEASRSGCDEVSSTSEIGTHYKDGIPRSVAETQTSISSIKGSKNSSEISSEPGDDEEPTEGNFEGHQAAVNAIQIFGNLLYTCSADKTVRAYNLVTRKCVGVFEGHTSKVNCLVITQTNGKNSALYTGSSDHTIHCYNIKTRMCLEKLQLEDRVLCLHNRWRILYAGLANGTVVTFSLKTNKQLDIFECHGPRAVSCLATAQEGARRLLVVGSYDCTISVRDARNGLLLRTLEGHSKTILCMKVVNDLVFSGSSDQSVHAHNIHTGELVRIYKGHNHAVTVVNILGKVMVTACLDKFVRVYELQSHDRLQVYGGHKDMIMCMTIHKSMIYTGCYDGSIQAVKLNLMQNFRCWWHGCSLIFGVVDHLKQHLLTDHTNPNFQTLKCRWKNCDAFFTARKGSKQDAAGHIERHAEDDSRIDS

Target ORF information:

RefSeq Version	XM_001362383.3
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X1, mRNA.

Target ORF information:

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

XM_001362383.3

ORF Insert Sequence:

ATGCAAGTGA AGTCTTCTGC TCCAGTCACT ATGGTACGAG AACGAAAATG TATATTGTGT 
CATACTGTAT ACAGCTCAAA AAAGGAAATG GATGAACATG TGCGGAGCAT GCTGCATCAC 
AGAGAACTTG AAAACTTGAA GGGAAGGGAC AGTGACCATG AGTGCCGGGT GTGCCGGGTG 
ACAGTGGTGG GCTTGTCAGC TTATGCAAAA CACATTTCCA GCCAGTTACA CAAGGATAAT 
GTTGATGCTC AGGAAAGAGA AGAAGATGGA AAAGAAGAAG AGGTGGAAGA AGAATACTTT 
GACAAAGAGC TCGTTCAGCT AATAAAACAA AGGAATGAAC AAAGCCGACA AGATGAAGCG 
TCTGTTACTG TTCAAGAAAT AAACTCTGAT GACAGACGAC AATGGCGAAG AGAAGACCGA 
GGAGCTTACC AAGAGAGAGA TGCTTATGAT CAACCATCGT GGCACCATCG TGTACCTCTT 
CAGCGGGATT GGAAGTGGGA AAAGGATGGC TTCAATGGTG GTCGGAAAAA TAACTTTCCA 
CATTCCTTGA GGAATGGTGG TGGACCAAGA GGACGTTCTG GGTGGCATAA AGGTGGTCCA 
GGGGGATCTT CAAATTGGTA TCATAACCAC AATAATTCTG GAGGTAGTTG GCATCCAAAC 
AATGGAACAG TAGATTGGCA TCATGGTGGT ACAGGAAGGA ATTCCAGCTG GCATTCTGAA 
GGAACAGATG GTTTTTGGCA CATGAACAAC AGTAGTGGAA ATTGGCAATC TAAGGCACGT 
GGTACAAATA GTTGGAATTA TAGTGTCCCT GGAGACATAT TTCAGCCTGG GAGAAACAGG 
AATTCTAACT GCCAAATTGA TGACATGACC ATGTTATGGA ACAAGAAATC TAATAAATTA 
AATAAGTATA ATCAAGGGAG ATATACATGG CAAAGGCAAG AGAATAGAGG TCCTACTGAA 
GATGATAATG ATTACCTATT GGATTTTACA AGTGATAAGC TTCCTTCGGA GGGTTTACTT 
GACTTCAGCA CTTCTGAGCA GCCTGAAAGT CAAACCTCTA AGCAAGCAGA AATTATAGCA 
CCTAAGATGA GTGGAAAGAG TGGTAATGTA TCAAAGGATA AAATACATCG TTGGACTCCT 
TACCCCTCCC AGAAAATTGT GGAACCACAA CAACCAGGGT TGAAGGAAGT AACTGCTAAA 
AAGTCAGAGG TGGTAGATGA ACCTCCTTTT CTTTTTCACC TAATAACTGC TTGTGGGAAA 
GATCTCAAGA CTAATAATAC AGATAATTCC ACAAAGCTGA AAACACAGAA AGAAACCCAG 
TTGGGATCCT TTGATCACAA GGTCACTTCT AATCACACTG TTTCCAATGA GGCAGTGACC 
ACTTGCACAT CTAGAGTAAT ACCTGAACAA GAGAACAGTT CACATAAAAT GCCATCACTA 
AAGTCTCCAC TCCTTCCAAT CCCAAACACT AGATCCTCAT CTCAAAAACA AGATTCAAAG 
AACCTTCTGA AAAGTACAAA ACCTTTGTCT GCAACTTCTG GAGAATGTCA GAATCACTCA 
AATACACTTA GCTTAGAGGA CAACCAAAAT TCCTCTTATG TATCTAAACT ACGTAGTTCC 
TGTTCTCGTG TCTTAAAAGG AAATAAAACT GTGCTTGATG GAACGCAGAG GGAGCCTGTT 
GACAATTTAA GTGAAGTCTT GAAAAAAGCC AAGGAGGTGT TAAAATGTAG TCAGCCCCTA 
CAAAATCCAC TCCTGAGCAA TGCCAAAAGT ATCAGGAGCT GTGCATCAGA AAGTAAGAAT 
GGAGAAGAGT CTGTGAAAAG CTCTTTGAAC ACTGAGCTTC AAGAATGTGC ACCAGAAGAT 
AGAGATGAAG CAGAGCTATC AGACCTTGAA AAACATGGTA CAAAAGTCGA AGATCTTGGT 
CCCTTAAATC CCAAAGGTTC ACCTTGTGGT GCTTTAGAAT GTGAACATCC TGTGACTGAG 
AAAGAGAGGG ATGACAAAAC TATTAAAACA ACTGAGAAAT GCTCTATTAA TTCAGATGGC 
GCTACAGTCC AACACAAAGA ATCAGAGTTT CAAATGGAGT CTGCAGCATC TGCAGCTAGT 
CCTCAGACAG GCCTATTGCT AGACTTTAAA ACATCATTAG AAGATATCCA GGTTGAAGAA 
CCTGTTAAAT CAGGTTTGCC TTTTGAAACA GAAAGCTTTG ATAACAGTAA CTTGGATGTT 
GACCTCCAGA AAGGAGGGAC AGGGCAACCT TCAGTCTCTC TGCTTCCTGA ACTAAGCAAA 
CTTGGTTTTC CTGCCTCTCT CCAGCGAGAT CTAACCCGGC ACATCAGTTT GAAGAGCAAA 
CCTGGGGCTC ATCTTCCTGA GCCCAATCTC AATAATGCAC GCCGCATTCG AAATGTTAGT 
GGGCATCGAA AAAGTGAGAC AGAGAAGGAG TCAGGACTCA AACCCACTCT ACGCCAGATT 
CTGAATGCTT CTCGAAGAAA TGTCAACTGG GAACAGGTCA TTCAGCAGGT AACCAAGAAG 
AAGCAGGAGC TGGGAAAAGG TTTACCCAGA TTTGGCATAG AGATGGTACC GCTGGTTCAA 
AATGAGCAGG AAGTGTTGGA TTTGGATGAG GAACCTGACC TGTCCAGTTT AGAAGGTTTC 
CAGTGGGAAG GTATTTCCAT TGCTACATCA CCTGCATTGG CAAGAAAACG CAGTCTTTCT 
GAGAGCAGTG TGATCATGGA CAGGACTCCC TCCATGTACA ACTTCTTCAC TGAGCAGGCT 
ACAGGAAAGG AAAATGAACC CCAGCAGATT GTTTCACCCA GTAATTCACT GCAGACAACT 
CAAGGTCAGA AAGCAAATGT GAACTTTAAA CAGGACATGA TGCCCCTGGC TTCCTCCTCA 
AGGGCAGGTG AAAAGGTTGA AAGTGTTGCC ACTCGAAGGA GGCATAGTGC CCAGTTGCCC 
CCTGACCGTA TGATATCCTT GGTGCGTTCT GCCAGACAAG AAGAACTGAA CAGGCAGGAG 
AGCTCAACAC CCCTTTCTGA GAACCAAAAC ACTCAGGAAA GTAATGGAGA AGGGAACTCA 
TTATCATCTA ATGCCTCCTC AGGTCTTGGC ATCTCTAGTT TGGTGGATGC TGCTACAGAC 
AGCAGTTGTA CTTCTGGGAC GGAGCAGAAT GATGGCCAGG GCCTCCGGAA GAAGCGCAGG 
GCAACTGGAG ATGGATCTTC ACCTGAGCTT CCAAGTCTGG AAAGAAAGAA TAAAAGAAGG 
AAAATTAAAG GCAAAAAAGA ACGTTCTCAA GTTGACCAAC TGCTGAATAT TTCTTTACGG 
GAGGAGGAAC TGAGCAAATC CTTGCAATGT ATGGATAACA ACCTTCTGCA GGCCCGGGCA 
GCCCTTCAGG CAGCTTTTGT GGAAGTTCAA AGACTCCTTG TGCTGAAACA ACAGATAACG 
ATGGAGATGA GTGGCCTAAG GACCCACAGA ATACAGATTC TACAAGGATT ACAAGAAACT 
TATGAACCTC CTGAGCGGAC AGAACAGGTC CCCTGCAGCC CTTCCCGTGA GAGAAAGAGC 
AGATCTCAGA CAGCTGCTGA TCCCCCTCCT CTGCCTAGTC CTTTTTTCCC TCTCTTTCTG 
GAGACTCCCC CTTCCCATTT ATCACCATCT GCCCCTGGAG TGCCACTTCG GGTGTGCACA 
CCTCCTGCTT TCCAGGCTCC TGGGAGTATC ACATGCCCAG CTCCAGATTC ATCAGTGCAG 
ATTAAACAAG AGCCCATGTC TCCTGAGCAA GAAAATGTGA ATGCTGTGCT ACAGGATTCT 
GCCTGCAGTG CTTCTGAGGA ATTGCTACAA ACGAATAGAG AGATCAGTGG CAACTATTCA 
TTGTACCCAA TCATCGCTGG GACGCTGTCC TTGTCCCACT TAACAGAGAG TTTCCAACAT 
GCAAGCCAAG AAATGAAGTC ATCCTTGGAA CAAGGTGGTA CCAGAAGAGT AGAACAATCT 
CAATTAATTG GTCCTCTTAT TATAAAGAAA GAGGGGGAGG TGTCAACCAA AAGTAGCACC 
ATTGGTGAGC CCTGTAGCAG CTCTTTTTTG AGCCTGACCT TTCCTTCACA TACCCCTTTG 
GAAAAGGGGC ATCCACTGTT GGTTGAACAG CCAGCAGAAT CTACTCTGAC TTCAGTTGAA 
AACAAAGGAA ACAAGAAAAA AAAGAAGCTC AGGAAAAAGA AAACACTGCG AGCGACACAT 
GTGCCAGAGA ATAGTGATAC AGAGCAAGAT GTCTTCACGG CCAAACCTGT AAGGAAAGTC 
AAAGCTGGAA AGATGACTAA GGGAGGAAAA GTTACAACAT CCACATCCTT GGGACAGGAA 
GATGGGAAAA CTGGTCAGGA ACAAGATAGA AATAGAGATG AGCCTGACAG TGACTCTTCC 
TTGGAAGTCC TTGAGATCCC TAACCCTCAG TTCGAAGTGG TAGCCATTGA GTCATCCGAG 
TCTGGTGAGG AGAAGCCGGA TAGTCCATGT AAGGATGATA CCTGGAACTC TACGGATCAA 
TCCCTGCTGG AAGCATCTCG TTCTGGGTGT GATGAAGTAA GCTCTACCAG TGAAATTGGA 
ACACATTATA AGGATGGCAT CCCTAGAAGT GTGGCCGAAA CTCAGACTTC CATCTCCTCG 
ATAAAGGGGT CAAAGAATTC TTCAGAAATC TCTTCAGAAC CAGGAGATGA TGAAGAACCC 
ACTGAAGGAA ACTTTGAGGG ACATCAAGCT GCAGTGAATG CTATTCAGAT TTTTGGGAAC 
TTATTGTATA CATGTTCAGC TGATAAAACA GTTAGAGCCT ATAACTTGGT GACTAGGAAA 
TGTGTGGGTG TTTTTGAGGG CCATACCTCC AAAGTGAACT GCCTTGTGAT TACTCAGACC 
AATGGAAAGA ATTCAGCACT GTACACTGGT TCCAGTGATC ATACCATCCA TTGCTACAAT 
ATCAAGACTA GAATGTGTTT GGAGAAGTTA CAGCTGGAAG ACCGAGTACT CTGCCTTCAT 
AACCGGTGGC GAATCCTCTA TGCAGGATTG GCAAATGGCA CTGTAGTCAC CTTCAGCTTA 
AAGACCAACA AGCAGCTTGA TATCTTTGAG TGCCATGGTC CTCGGGCTGT TAGCTGCCTG 
GCTACAGCTC AGGAGGGCGC CCGAAGACTG CTGGTGGTGG GATCCTATGA CTGCACCATC 
AGCGTTCGAG ATGCTCGGAA TGGACTGCTC CTCCGAACAC TGGAGGGCCA TAGCAAAACC 
ATTCTCTGCA TGAAGGTGGT GAATGACCTT GTGTTCAGTG GCTCCAGCGA CCAGTCTGTC 
CATGCCCACA ACATTCATAC TGGTGAGCTG GTACGAATCT ATAAAGGTCA CAACCATGCA 
GTGACTGTGG TGAACATTCT GGGGAAGGTC ATGGTGACTG CCTGCCTGGA TAAGTTTGTT 
CGGGTCTATG AATTACAGTC TCATGATCGT TTGCAAGTTT ATGGAGGACA CAAGGATATG 
ATAATGTGTA TGACTATTCA CAAGAGTATG ATTTATACTG GCTGTTATGA TGGTAGCATC 
CAGGCTGTAA AGCTAAATCT GATGCAGAAT TTTCGCTGTT GGTGGCATGG TTGCTCACTG 
ATATTTGGTG TTGTGGATCA CCTCAAACAG CATTTGCTAA CCGACCACAC CAACCCAAAC 
TTTCAAACTC TGAAATGTCG TTGGAAGAAT TGTGATGCAT TCTTTACTGC TAGGAAAGGA 
TCCAAGCAGG ATGCAGCAGG ACATATTGAA CGACATGCTG AAGATGACAG CAGAATTGAT 
TCATGA

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

ZNF106 ( XM_007472421.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007472483.2 Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.

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CloneID	OMc38200
Clone ID Related Accession (Same CDS sequence)	XM_007472421.2
Accession Version	XM_007472421.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5682bp) 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	zinc finger protein 106 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 On Apr 27, 2016 this sequence version replaced XM_007472421.1. ##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##

ATGCGCGGGG TTGGCGGCGG CGCTGGCGGC GGCGGCGGCG GCGGCGGCTG CAGGGCCCGG 
CGGGGAGCGA GGGTCCGGGA GCGGGCCACC GGACCCCACC AGGAGGCCAG AGCCGGGGGT 
GGTGAGGTCC TCCTCGCCAG GGCCTCGGCA GCGCGATGGA GTAAAGGAAG TCGAATGCAA 
GTGAAGTCTT CTGCTCCAGT CACTATGGTA CGAGAACGAA AATGTATATT GTGTCATACT 
GTATACAGCT CAAAAAAGGA AATGGATGAA CATGTGCGGA GCATGCTGCA TCACAGAGAA 
CTTGAAAACT TGAAGGGAAG GGACAGTGAC CATGAGTGCC GGGTGTGCCG GGTGACAGTG 
GTGGGCTTGT CAGCTTATGC AAAACACATT TCCAGCCAGT TACACAAGGA TAATGTTGAT 
GCTCAGGAAA GAGAAGAAGA TGGAAAAGAA GAAGAGGTGG AAGAAGAATA CTTTGACAAA 
GAGCTCGTTC AGCTAATAAA ACAAAGGAAT GAACAAAGCC GACAAGATGA AGCGTCTGTT 
ACTGTTCAAG AAATAAACTC TGATGACAGA CGACAATGGC GAAGAGAAGA CCGAGGAGCT 
TACCAAGAGA GAGATGCTTA TGATCAACCA TCGTGGCACC ATCGTGTACC TCTTCAGCGG 
GATTGGAAGT GGGAAAAGGA TGGCTTCAAT GGTGGTCGGA AAAATAACTT TCCACATTCC 
TTGAGGAATG GTGGTGGACC AAGAGGACGT TCTGGGTGGC ATAAAGGTGG TCCAGGGGGA 
TCTTCAAATT GGTATCATAA CCACAATAAT TCTGGAGGTA GTTGGCATCC AAACAATGGA 
ACAGTAGATT GGCATCATGG TGGTACAGGA AGGAATTCCA GCTGGCATTC TGAAGGAACA 
GATGGTTTTT GGCACATGAA CAACAGTAGT GGAAATTGGC AATCTAAGGC ACGTGGTACA 
AATAGTTGGA ATTATAGTGT CCCTGGAGAC ATATTTCAGC CTGGGAGAAA CAGGAATTCT 
AACTGCCAAA TTGATGACAT GACCATGTTA TGGAACAAGA AATCTAATAA ATTAAATAAG 
TATAATCAAG GGAGATATAC ATGGCAAAGG CAAGAGAATA GAGGTCCTAC TGAAGATGAT 
AATGATTACC TATTGGATTT TACAAGTGAT AAGCTTCCTT CGGAGGGTTT ACTTGACTTC 
AGCACTTCTG AGCAGCCTGA AAGTCAAACC TCTAAGCAAG CAGAAATTAT AGCACCTAAG 
ATGAGTGGAA AGAGTGGTAA TGTATCAAAG GATAAAATAC ATCGTTGGAC TCCTTACCCC 
TCCCAGAAAA TTGTGGAACC ACAACAACCA GGGTTGAAGG AAGTAACTGC TAAAAAGTCA 
GAGGTGGTAG ATGAACCTCC TTTTCTTTTT CACCTAATAA CTGCTTGTGG GAAAGATCTC 
AAGACTAATA ATACAGATAA TTCCACAAAG CTGAAAACAC AGAAAGAAAC CCAGTTGGGA 
TCCTTTGATC ACAAGGTCAC TTCTAATCAC ACTGTTTCCA ATGAGGCAGT GACCACTTGC 
ACATCTAGAG TAATACCTGA ACAAGAGAAC AGTTCACATA AAATGCCATC ACTAAAGTCT 
CCACTCCTTC CAATCCCAAA CACTAGATCC TCATCTCAAA AACAAGATTC AAAGAACCTT 
CTGAAAAGTA CAAAACCTTT GTCTGCAACT TCTGGAGAAT GTCAGAATCA CTCAAATACA 
CTTAGCTTAG AGGACAACCA AAATTCCTCT TATGTATCTA AACTACGTAG TTCCTGTTCT 
CGTGTCTTAA AAGGAAATAA AACTGTGCTT GATGGAACGC AGAGGGAGCC TGTTGACAAT 
TTAAGTGAAG TCTTGAAAAA AGCCAAGGAG GTGTTAAAAT GTAGTCAGCC CCTACAAAAT 
CCACTCCTGA GCAATGCCAA AAGTATCAGG AGCTGTGCAT CAGAAAGTAA GAATGGAGAA 
GAGTCTGTGA AAAGCTCTTT GAACACTGAG CTTCAAGAAT GTGCACCAGA AGATAGAGAT 
GAAGCAGAGC TATCAGACCT TGAAAAACAT GGTACAAAAG TCGAAGATCT TGGTCCCTTA 
AATCCCAAAG GTTCACCTTG TGGTGCTTTA GAATGTGAAC ATCCTGTGAC TGAGAAAGAG 
AGGGATGACA AAACTATTAA AACAACTGAG AAATGCTCTA TTAATTCAGA TGGCGCTACA 
GTCCAACACA AAGAATCAGA GTTTCAAATG GAGTCTGCAG CATCTGCAGC TAGTCCTCAG 
ACAGGCCTAT TGCTAGACTT TAAAACATCA TTAGAAGATA TCCAGGTTGA AGAACCTGTT 
AAATCAGGTT TGCCTTTTGA AACAGAAAGC TTTGATAACA GTAACTTGGA TGTTGACCTC 
CAGAAAGGAG GGACAGGGCA ACCTTCAGTC TCTCTGCTTC CTGAACTAAG CAAACTTGGT 
TTTCCTGCCT CTCTCCAGCG AGATCTAACC CGGCACATCA GTTTGAAGAG CAAACCTGGG 
GCTCATCTTC CTGAGCCCAA TCTCAATAAT GCACGCCGCA TTCGAAATGT TAGTGGGCAT 
CGAAAAAGTG AGACAGAGAA GGAGTCAGGA CTCAAACCCA CTCTACGCCA GATTCTGAAT 
GCTTCTCGAA GAAATGTCAA CTGGGAACAG GTCATTCAGC AGGTAACCAA GAAGAAGCAG 
GAGCTGGGAA AAGGTTTACC CAGATTTGGC ATAGAGATGG TACCGCTGGT TCAAAATGAG 
CAGGAAGTGT TGGATTTGGA TGAGGAACCT GACCTGTCCA GTTTAGAAGG TTTCCAGTGG 
GAAGGTATTT CCATTGCTAC ATCACCTGCA TTGGCAAGAA AACGCAGTCT TTCTGAGAGC 
AGTGTGATCA TGGACAGGAC TCCCTCCATG TACAACTTCT TCACTGAGCA GGCTACAGGA 
AAGGAAAATG AACCCCAGCA GATTGTTTCA CCCAGTAATT CACTGCAGAC AACTCAAGGT 
CTTGGCATCT CTAGTTTGGT GGATGCTGCT ACAGACAGCA GTTGTACTTC TGGGACGGAG 
CAGAATGATG GCCAGGGCCT CCGGAAGAAG CGCAGGGCAA CTGGAGATGG ATCTTCACCT 
GAGCTTCCAA GTCTGGAAAG AAAGAATAAA AGAAGGAAAA TTAAAGGCAA AAAAGAACGT 
TCTCAAGTTG ACCAACTGCT GAATATTTCT TTACGGGAGG AGGAACTGAG CAAATCCTTG 
CAATGTATGG ATAACAACCT TCTGCAGGCC CGGGCAGCCC TTCAGGCAGC TTTTGTGGAA 
GTTCAAAGAC TCCTTGTGCT GAAACAACAG ATAACGATGG AGATGAGTGG CCTAAGGACC 
CACAGAATAC AGATTCTACA AGGATTACAA GAAACTTATG AACCTCCTGA GCGGACAGAA 
CAGGTCCCCT GCAGCCCTTC CCGTGAGAGA AAGAGCAGAT CTCAGACAGC TGCTGATCCC 
CCTCCTCTGC CTAGTCCTTT TTTCCCTCTC TTTCTGGAGA CTCCCCCTTC CCATTTATCA 
CCATCTGCCC CTGGAGTGCC ACTTCGGGTG TGCACACCTC CTGCTTTCCA GGCTCCTGGG 
AGTATCACAT GCCCAGCTCC AGATTCATCA GTGCAGATTA AACAAGAGCC CATGTCTCCT 
GAGCAAGAAA ATGTGAATGC TGTGCTACAG GATTCTGCCT GCAGTGCTTC TGAGGAATTG 
CTACAAACGA ATAGAGAGAT CAGTGGCAAC TATTCATTGT ACCCAATCAT CGCTGGGACG 
CTGTCCTTGT CCCACTTAAC AGAGAGTTTC CAACATGCAA GCCAAGAAAT GAAGTCATCC 
TTGGAACAAG GTGGTACCAG AAGAGTAGAA CAATCTCAAT TAATTGGTCC TCTTATTATA 
AAGAAAGAGG GGGAGGTGTC AACCAAAAGT AGCACCATTG GTGAGCCCTG TAGCAGCTCT 
TTTTTGAGCC TGACCTTTCC TTCACATACC CCTTTGGAAA AGGGGCATCC ACTGTTGGTT 
GAACAGCCAG CAGAATCTAC TCTGACTTCA GTTGAAAACA AAGGAAACAA GAAAAAAAAG 
AAGCTCAGGA AAAAGAAAAC ACTGCGAGCG ACACATGTGC CAGAGAATAG TGATACAGAG 
CAAGATGTCT TCACGGCCAA ACCTGTAAGG AAAGTCAAAG CTGGAAAGAT GACTAAGGGA 
GGAAAAGTTA CAACATCCAC ATCCTTGGGA CAGGAAGATG GGAAAACTGG TCAGGAACAA 
GATAGAAATA GAGATGAGCC TGACAGTGAC TCTTCCTTGG AAGTCCTTGA GATCCCTAAC 
CCTCAGTTCG AAGTGGTAGC CATTGAGTCA TCCGAGTCTG GTGAGGAGAA GCCGGATAGT 
CCATGTAAGG ATGATACCTG GAACTCTACG GATCAATCCC TGCTGGAAGC ATCTCGTTCT 
GGGTGTGATG AAGTAAGCTC TACCAGTGAA ATTGGAACAC ATTATAAGGA TGGCATCCCT 
AGAAGTGTGG CCGAAACTCA GACTTCCATC TCCTCGATAA AGGGGTCAAA GAATTCTTCA 
GAAATCTCTT CAGAACCAGG AGATGATGAA GAACCCACTG AAGGAAACTT TGAGGGACAT 
CAAGCTGCAG TGAATGCTAT TCAGATTTTT GGGAACTTAT TGTATACATG TTCAGCTGAT 
AAAACAGTTA GAGCCTATAA CTTGGTGACT AGGAAATGTG TGGGTGTTTT TGAGGGCCAT 
ACCTCCAAAG TGAACTGCCT TGTGATTACT CAGACCAATG GAAAGAATTC AGCACTGTAC 
ACTGGTTCCA GTGATCATAC CATCCATTGC TACAATATCA AGACTAGAAT GTGTTTGGAG 
AAGTTACAGC TGGAAGACCG AGTACTCTGC CTTCATAACC GGTGGCGAAT CCTCTATGCA 
GGATTGGCAA ATGGCACTGT AGTCACCTTC AGCTTAAAGA CCAACAAGCA GCTTGATATC 
TTTGAGTGCC ATGGTCCTCG GGCTGTTAGC TGCCTGGCTA CAGCTCAGGA GGGCGCCCGA 
AGACTGCTGG TGGTGGGATC CTATGACTGC ACCATCAGCG TTCGAGATGC TCGGAATGGA 
CTGCTCCTCC GAACACTGGA GGGCCATAGC AAAACCATTC TCTGCATGAA GGTGGTGAAT 
GACCTTGTGT TCAGTGGCTC CAGCGACCAG TCTGTCCATG CCCACAACAT TCATACTGGT 
GAGCTGGTAC GAATCTATAA AGGTCACAAC CATGCAGTGA CTGTGGTGAA CATTCTGGGG 
AAGGTCATGG TGACTGCCTG CCTGGATAAG TTTGTTCGGG TCTATGAATT ACAGTCTCAT 
GATCGTTTGC AAGTTTATGG AGGACACAAG GATATGATAA TGTGTATGAC TATTCACAAG 
AGTATGATTT ATACTGGCTG TTATGATGGT AGCATCCAGG CTGTAAAGCT AAATCTGATG 
CAGAATTTTC GCTGTTGGTG GCATGGTTGC TCACTGATAT TTGGTGTTGT GGATCACCTC 
AAACAGCATT TGCTAACCGA CCACACCAAC CCAAACTTTC AAACTCTGAA ATGTCGTTGG 
AAGAATTGTG ATGCATTCTT TACTGCTAGG AAAGGATCCA AGCAGGATGC AGCAGGACAT 
ATTGAACGAC ATGCTGAAGA TGACAGCAGA ATTGATTCAT GA

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

RefSeq	XP_007472483.2
CDS	1..5682
Translation	MRGVGGGAGGGGGGGGCRARRGARVRERATGPHQEARAGGGEVLLARASAARWSKGSRMQVKSSAPVTMVRERKCILCHTVYSSKKEMDEHVRSMLHHRELENLKGRDSDHECRVCRVTVVGLSAYAKHISSQLHKDNVDAQEREEDGKEEEVEEEYFDKELVQLIKQRNEQSRQDEASVTVQEINSDDRRQWRREDRGAYQERDAYDQPSWHHRVPLQRDWKWEKDGFNGGRKNNFPHSLRNGGGPRGRSGWHKGGPGGSSNWYHNHNNSGGSWHPNNGTVDWHHGGTGRNSSWHSEGTDGFWHMNNSSGNWQSKARGTNSWNYSVPGDIFQPGRNRNSNCQIDDMTMLWNKKSNKLNKYNQGRYTWQRQENRGPTEDDNDYLLDFTSDKLPSEGLLDFSTSEQPESQTSKQAEIIAPKMSGKSGNVSKDKIHRWTPYPSQKIVEPQQPGLKEVTAKKSEVVDEPPFLFHLITACGKDLKTNNTDNSTKLKTQKETQLGSFDHKVTSNHTVSNEAVTTCTSRVIPEQENSSHKMPSLKSPLLPIPNTRSSSQKQDSKNLLKSTKPLSATSGECQNHSNTLSLEDNQNSSYVSKLRSSCSRVLKGNKTVLDGTQREPVDNLSEVLKKAKEVLKCSQPLQNPLLSNAKSIRSCASESKNGEESVKSSLNTELQECAPEDRDEAELSDLEKHGTKVEDLGPLNPKGSPCGALECEHPVTEKERDDKTIKTTEKCSINSDGATVQHKESEFQMESAASAASPQTGLLLDFKTSLEDIQVEEPVKSGLPFETESFDNSNLDVDLQKGGTGQPSVSLLPELSKLGFPASLQRDLTRHISLKSKPGAHLPEPNLNNARRIRNVSGHRKSETEKESGLKPTLRQILNASRRNVNWEQVIQQVTKKKQELGKGLPRFGIEMVPLVQNEQEVLDLDEEPDLSSLEGFQWEGISIATSPALARKRSLSESSVIMDRTPSMYNFFTEQATGKENEPQQIVSPSNSLQTTQGLGISSLVDAATDSSCTSGTEQNDGQGLRKKRRATGDGSSPELPSLERKNKRRKIKGKKERSQVDQLLNISLREEELSKSLQCMDNNLLQARAALQAAFVEVQRLLVLKQQITMEMSGLRTHRIQILQGLQETYEPPERTEQVPCSPSRERKSRSQTAADPPPLPSPFFPLFLETPPSHLSPSAPGVPLRVCTPPAFQAPGSITCPAPDSSVQIKQEPMSPEQENVNAVLQDSACSASEELLQTNREISGNYSLYPIIAGTLSLSHLTESFQHASQEMKSSLEQGGTRRVEQSQLIGPLIIKKEGEVSTKSSTIGEPCSSSFLSLTFPSHTPLEKGHPLLVEQPAESTLTSVENKGNKKKKKLRKKKTLRATHVPENSDTEQDVFTAKPVRKVKAGKMTKGGKVTTSTSLGQEDGKTGQEQDRNRDEPDSDSSLEVLEIPNPQFEVVAIESSESGEEKPDSPCKDDTWNSTDQSLLEASRSGCDEVSSTSEIGTHYKDGIPRSVAETQTSISSIKGSKNSSEISSEPGDDEEPTEGNFEGHQAAVNAIQIFGNLLYTCSADKTVRAYNLVTRKCVGVFEGHTSKVNCLVITQTNGKNSALYTGSSDHTIHCYNIKTRMCLEKLQLEDRVLCLHNRWRILYAGLANGTVVTFSLKTNKQLDIFECHGPRAVSCLATAQEGARRLLVVGSYDCTISVRDARNGLLLRTLEGHSKTILCMKVVNDLVFSGSSDQSVHAHNIHTGELVRIYKGHNHAVTVVNILGKVMVTACLDKFVRVYELQSHDRLQVYGGHKDMIMCMTIHKSMIYTGCYDGSIQAVKLNLMQNFRCWWHGCSLIFGVVDHLKQHLLTDHTNPNFQTLKCRWKNCDAFFTARKGSKQDAAGHIERHAEDDSRIDS

Target ORF information:

RefSeq Version	XM_007472421.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.

Target ORF information:

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

XM_007472421.2

ORF Insert Sequence:

ATGCGCGGGG TTGGCGGCGG CGCTGGCGGC GGCGGCGGCG GCGGCGGCTG CAGGGCCCGG 
CGGGGAGCGA GGGTCCGGGA GCGGGCCACC GGACCCCACC AGGAGGCCAG AGCCGGGGGT 
GGTGAGGTCC TCCTCGCCAG GGCCTCGGCA GCGCGATGGA GTAAAGGAAG TCGAATGCAA 
GTGAAGTCTT CTGCTCCAGT CACTATGGTA CGAGAACGAA AATGTATATT GTGTCATACT 
GTATACAGCT CAAAAAAGGA AATGGATGAA CATGTGCGGA GCATGCTGCA TCACAGAGAA 
CTTGAAAACT TGAAGGGAAG GGACAGTGAC CATGAGTGCC GGGTGTGCCG GGTGACAGTG 
GTGGGCTTGT CAGCTTATGC AAAACACATT TCCAGCCAGT TACACAAGGA TAATGTTGAT 
GCTCAGGAAA GAGAAGAAGA TGGAAAAGAA GAAGAGGTGG AAGAAGAATA CTTTGACAAA 
GAGCTCGTTC AGCTAATAAA ACAAAGGAAT GAACAAAGCC GACAAGATGA AGCGTCTGTT 
ACTGTTCAAG AAATAAACTC TGATGACAGA CGACAATGGC GAAGAGAAGA CCGAGGAGCT 
TACCAAGAGA GAGATGCTTA TGATCAACCA TCGTGGCACC ATCGTGTACC TCTTCAGCGG 
GATTGGAAGT GGGAAAAGGA TGGCTTCAAT GGTGGTCGGA AAAATAACTT TCCACATTCC 
TTGAGGAATG GTGGTGGACC AAGAGGACGT TCTGGGTGGC ATAAAGGTGG TCCAGGGGGA 
TCTTCAAATT GGTATCATAA CCACAATAAT TCTGGAGGTA GTTGGCATCC AAACAATGGA 
ACAGTAGATT GGCATCATGG TGGTACAGGA AGGAATTCCA GCTGGCATTC TGAAGGAACA 
GATGGTTTTT GGCACATGAA CAACAGTAGT GGAAATTGGC AATCTAAGGC ACGTGGTACA 
AATAGTTGGA ATTATAGTGT CCCTGGAGAC ATATTTCAGC CTGGGAGAAA CAGGAATTCT 
AACTGCCAAA TTGATGACAT GACCATGTTA TGGAACAAGA AATCTAATAA ATTAAATAAG 
TATAATCAAG GGAGATATAC ATGGCAAAGG CAAGAGAATA GAGGTCCTAC TGAAGATGAT 
AATGATTACC TATTGGATTT TACAAGTGAT AAGCTTCCTT CGGAGGGTTT ACTTGACTTC 
AGCACTTCTG AGCAGCCTGA AAGTCAAACC TCTAAGCAAG CAGAAATTAT AGCACCTAAG 
ATGAGTGGAA AGAGTGGTAA TGTATCAAAG GATAAAATAC ATCGTTGGAC TCCTTACCCC 
TCCCAGAAAA TTGTGGAACC ACAACAACCA GGGTTGAAGG AAGTAACTGC TAAAAAGTCA 
GAGGTGGTAG ATGAACCTCC TTTTCTTTTT CACCTAATAA CTGCTTGTGG GAAAGATCTC 
AAGACTAATA ATACAGATAA TTCCACAAAG CTGAAAACAC AGAAAGAAAC CCAGTTGGGA 
TCCTTTGATC ACAAGGTCAC TTCTAATCAC ACTGTTTCCA ATGAGGCAGT GACCACTTGC 
ACATCTAGAG TAATACCTGA ACAAGAGAAC AGTTCACATA AAATGCCATC ACTAAAGTCT 
CCACTCCTTC CAATCCCAAA CACTAGATCC TCATCTCAAA AACAAGATTC AAAGAACCTT 
CTGAAAAGTA CAAAACCTTT GTCTGCAACT TCTGGAGAAT GTCAGAATCA CTCAAATACA 
CTTAGCTTAG AGGACAACCA AAATTCCTCT TATGTATCTA AACTACGTAG TTCCTGTTCT 
CGTGTCTTAA AAGGAAATAA AACTGTGCTT GATGGAACGC AGAGGGAGCC TGTTGACAAT 
TTAAGTGAAG TCTTGAAAAA AGCCAAGGAG GTGTTAAAAT GTAGTCAGCC CCTACAAAAT 
CCACTCCTGA GCAATGCCAA AAGTATCAGG AGCTGTGCAT CAGAAAGTAA GAATGGAGAA 
GAGTCTGTGA AAAGCTCTTT GAACACTGAG CTTCAAGAAT GTGCACCAGA AGATAGAGAT 
GAAGCAGAGC TATCAGACCT TGAAAAACAT GGTACAAAAG TCGAAGATCT TGGTCCCTTA 
AATCCCAAAG GTTCACCTTG TGGTGCTTTA GAATGTGAAC ATCCTGTGAC TGAGAAAGAG 
AGGGATGACA AAACTATTAA AACAACTGAG AAATGCTCTA TTAATTCAGA TGGCGCTACA 
GTCCAACACA AAGAATCAGA GTTTCAAATG GAGTCTGCAG CATCTGCAGC TAGTCCTCAG 
ACAGGCCTAT TGCTAGACTT TAAAACATCA TTAGAAGATA TCCAGGTTGA AGAACCTGTT 
AAATCAGGTT TGCCTTTTGA AACAGAAAGC TTTGATAACA GTAACTTGGA TGTTGACCTC 
CAGAAAGGAG GGACAGGGCA ACCTTCAGTC TCTCTGCTTC CTGAACTAAG CAAACTTGGT 
TTTCCTGCCT CTCTCCAGCG AGATCTAACC CGGCACATCA GTTTGAAGAG CAAACCTGGG 
GCTCATCTTC CTGAGCCCAA TCTCAATAAT GCACGCCGCA TTCGAAATGT TAGTGGGCAT 
CGAAAAAGTG AGACAGAGAA GGAGTCAGGA CTCAAACCCA CTCTACGCCA GATTCTGAAT 
GCTTCTCGAA GAAATGTCAA CTGGGAACAG GTCATTCAGC AGGTAACCAA GAAGAAGCAG 
GAGCTGGGAA AAGGTTTACC CAGATTTGGC ATAGAGATGG TACCGCTGGT TCAAAATGAG 
CAGGAAGTGT TGGATTTGGA TGAGGAACCT GACCTGTCCA GTTTAGAAGG TTTCCAGTGG 
GAAGGTATTT CCATTGCTAC ATCACCTGCA TTGGCAAGAA AACGCAGTCT TTCTGAGAGC 
AGTGTGATCA TGGACAGGAC TCCCTCCATG TACAACTTCT TCACTGAGCA GGCTACAGGA 
AAGGAAAATG AACCCCAGCA GATTGTTTCA CCCAGTAATT CACTGCAGAC AACTCAAGGT 
CTTGGCATCT CTAGTTTGGT GGATGCTGCT ACAGACAGCA GTTGTACTTC TGGGACGGAG 
CAGAATGATG GCCAGGGCCT CCGGAAGAAG CGCAGGGCAA CTGGAGATGG ATCTTCACCT 
GAGCTTCCAA GTCTGGAAAG AAAGAATAAA AGAAGGAAAA TTAAAGGCAA AAAAGAACGT 
TCTCAAGTTG ACCAACTGCT GAATATTTCT TTACGGGAGG AGGAACTGAG CAAATCCTTG 
CAATGTATGG ATAACAACCT TCTGCAGGCC CGGGCAGCCC TTCAGGCAGC TTTTGTGGAA 
GTTCAAAGAC TCCTTGTGCT GAAACAACAG ATAACGATGG AGATGAGTGG CCTAAGGACC 
CACAGAATAC AGATTCTACA AGGATTACAA GAAACTTATG AACCTCCTGA GCGGACAGAA 
CAGGTCCCCT GCAGCCCTTC CCGTGAGAGA AAGAGCAGAT CTCAGACAGC TGCTGATCCC 
CCTCCTCTGC CTAGTCCTTT TTTCCCTCTC TTTCTGGAGA CTCCCCCTTC CCATTTATCA 
CCATCTGCCC CTGGAGTGCC ACTTCGGGTG TGCACACCTC CTGCTTTCCA GGCTCCTGGG 
AGTATCACAT GCCCAGCTCC AGATTCATCA GTGCAGATTA AACAAGAGCC CATGTCTCCT 
GAGCAAGAAA ATGTGAATGC TGTGCTACAG GATTCTGCCT GCAGTGCTTC TGAGGAATTG 
CTACAAACGA ATAGAGAGAT CAGTGGCAAC TATTCATTGT ACCCAATCAT CGCTGGGACG 
CTGTCCTTGT CCCACTTAAC AGAGAGTTTC CAACATGCAA GCCAAGAAAT GAAGTCATCC 
TTGGAACAAG GTGGTACCAG AAGAGTAGAA CAATCTCAAT TAATTGGTCC TCTTATTATA 
AAGAAAGAGG GGGAGGTGTC AACCAAAAGT AGCACCATTG GTGAGCCCTG TAGCAGCTCT 
TTTTTGAGCC TGACCTTTCC TTCACATACC CCTTTGGAAA AGGGGCATCC ACTGTTGGTT 
GAACAGCCAG CAGAATCTAC TCTGACTTCA GTTGAAAACA AAGGAAACAA GAAAAAAAAG 
AAGCTCAGGA AAAAGAAAAC ACTGCGAGCG ACACATGTGC CAGAGAATAG TGATACAGAG 
CAAGATGTCT TCACGGCCAA ACCTGTAAGG AAAGTCAAAG CTGGAAAGAT GACTAAGGGA 
GGAAAAGTTA CAACATCCAC ATCCTTGGGA CAGGAAGATG GGAAAACTGG TCAGGAACAA 
GATAGAAATA GAGATGAGCC TGACAGTGAC TCTTCCTTGG AAGTCCTTGA GATCCCTAAC 
CCTCAGTTCG AAGTGGTAGC CATTGAGTCA TCCGAGTCTG GTGAGGAGAA GCCGGATAGT 
CCATGTAAGG ATGATACCTG GAACTCTACG GATCAATCCC TGCTGGAAGC ATCTCGTTCT 
GGGTGTGATG AAGTAAGCTC TACCAGTGAA ATTGGAACAC ATTATAAGGA TGGCATCCCT 
AGAAGTGTGG CCGAAACTCA GACTTCCATC TCCTCGATAA AGGGGTCAAA GAATTCTTCA 
GAAATCTCTT CAGAACCAGG AGATGATGAA GAACCCACTG AAGGAAACTT TGAGGGACAT 
CAAGCTGCAG TGAATGCTAT TCAGATTTTT GGGAACTTAT TGTATACATG TTCAGCTGAT 
AAAACAGTTA GAGCCTATAA CTTGGTGACT AGGAAATGTG TGGGTGTTTT TGAGGGCCAT 
ACCTCCAAAG TGAACTGCCT TGTGATTACT CAGACCAATG GAAAGAATTC AGCACTGTAC 
ACTGGTTCCA GTGATCATAC CATCCATTGC TACAATATCA AGACTAGAAT GTGTTTGGAG 
AAGTTACAGC TGGAAGACCG AGTACTCTGC CTTCATAACC GGTGGCGAAT CCTCTATGCA 
GGATTGGCAA ATGGCACTGT AGTCACCTTC AGCTTAAAGA CCAACAAGCA GCTTGATATC 
TTTGAGTGCC ATGGTCCTCG GGCTGTTAGC TGCCTGGCTA CAGCTCAGGA GGGCGCCCGA 
AGACTGCTGG TGGTGGGATC CTATGACTGC ACCATCAGCG TTCGAGATGC TCGGAATGGA 
CTGCTCCTCC GAACACTGGA GGGCCATAGC AAAACCATTC TCTGCATGAA GGTGGTGAAT 
GACCTTGTGT TCAGTGGCTC CAGCGACCAG TCTGTCCATG CCCACAACAT TCATACTGGT 
GAGCTGGTAC GAATCTATAA AGGTCACAAC CATGCAGTGA CTGTGGTGAA CATTCTGGGG 
AAGGTCATGG TGACTGCCTG CCTGGATAAG TTTGTTCGGG TCTATGAATT ACAGTCTCAT 
GATCGTTTGC AAGTTTATGG AGGACACAAG GATATGATAA TGTGTATGAC TATTCACAAG 
AGTATGATTT ATACTGGCTG TTATGATGGT AGCATCCAGG CTGTAAAGCT AAATCTGATG 
CAGAATTTTC GCTGTTGGTG GCATGGTTGC TCACTGATAT TTGGTGTTGT GGATCACCTC 
AAACAGCATT TGCTAACCGA CCACACCAAC CCAAACTTTC AAACTCTGAA ATGTCGTTGG 
AAGAATTGTG ATGCATTCTT TACTGCTAGG AAAGGATCCA AGCAGGATGC AGCAGGACAT 
ATTGAACGAC ATGCTGAAGA TGACAGCAGA ATTGATTCAT GA

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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ZNF106 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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REQUEST A QUOTE

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PHONE

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