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CompoZr®
運輸包裝
dry ice
儲存溫度
−70°C
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一般說明
Zinc Finger Nucleases (ZFNs) are a class of engineered DNA-binding proteins that facilitate targeted editing of the genome by creating double-strand breaks in DNA at user-specified locations. Double-strand breaks are important for site-specific mutagenesis in that they stimulate the cell′s natural DNA-repair processes, namely homologous recombination and Non-Homologous End Joining (NHEJ). By implementing established, field-proven methods, these processes can be harnessed to generate precisely targeted genomic edits, resulting in cell lines with precise and heritable gene deletions, integrations or modifications.
應用
Functional Genomics/Target Validation
- Creation of gene knockouts in multiple cell lines
- Complete knockout of genes not amenable to RNAi
- Creation of knock-in cell lines with promoters, fusion tags or reporters integrated into endogenous genes
- Creation of cell lines that produce higher yields of proteins or antibodies
The CompoZr Custom ZFN service can be used to target genes from a variety of organisms. Validation of the custom ZFNs is completed in a proxy cell line for human, mouse, rat and hamster (CHO) projects. In this assay, the candidate ZFNs are delivered to the proxy cell line and activity is identified and measured. Activity is measured by amplifying over the ZFN target site and then using a nuclease mismatch enzyme to cut DNA strands that have been modified. ZFN efficiency can be measured based on the densitometry results of this assay. CompoZr Custom ZFN Projects for human, mouse, rat, and hamster (CHO) will have a production timeline of 10 weeks after the ZFN design is approved.
成分
- Best Performing ZFN Pair
- ZFN Pair in Plasmid Form
- Forward and Reverse Primers that allow for determination of rate of mutation and for screening of individual clones
- Positive Control DNA
- Used to determine a baseline cutting efficiency
法律資訊
All Zinc Finger Nucleases are sold under license from Sangamo Biosciences. For a copy of the Label License provided with purchase of CompoZr ZFNs, please visit the ZFN Label License page.
CompoZr is a registered trademark of Merck KGaA, Darmstadt, Germany
儲存類別代碼
10 - Combustible liquids
閃點（°F）
Not applicable
閃點（°C）
Not applicable
Chun Cheng Andy Chen et al.
Physiological genomics, 45(3), 110-118 (2012-12-20)
The present study employed a zinc-finger nuclease strategy to create heterozygous knockout (KO) rats for the transforming growth factor-β1 (Tgfb1) gene on the Dahl SS/Jr genetic background (TGF-β1(+/-) Dahl S). Intercrossing TGF-β1(+/-) rats did not produce any homozygous KO rats
To Uyen Do et al.
Mutation research, 740(1-2), 34-42 (2013-01-08)
Radiation treatment or chemotherapy has been linked with a higher risk of secondary cancers such as therapy related Acute Myeloid Leukemia (tAML). Several of these cancers have been shown to be correlated to the introduction of double stranded breaks (DSB)
Shahram Misaghi et al.
Biotechnology progress, 29(3), 727-737 (2013-04-19)
Cell death due to apoptosis is frequently observed in large-scale manufacturing of therapeutic proteins, and can reduce product accumulation in bioreactors. Several different strategies that involve overexpression of antiapoptotic or downregulation of proapoptotic proteins have been designed in attempt to
David L Mattson et al.
American journal of physiology. Regulatory, integrative and comparative physiology, 304(6), R407-R414 (2013-02-01)
Hypertension and renal damage in Dahl SS rats are associated with increased infiltrating immune cells in the kidney. To examine the role of infiltrating immune cells in this disease process, a zinc finger nuclease targeting bases 672-706 of recombination-activating gene
A Tanaka et al.
Leukemia, 27(8), 1621-1627 (2013-02-16)
Human T-cell leukemia virus type 1 (HTLV-1), which causes adult T-cell leukemia (ATL) in humans, establishes a life-long latent infection. Current therapies are not very effective against HTLV-1-associated disorders. A novel therapeutic approach may help to combat HTLV-1 infection. A
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Deciphering the genetics of neuroscience has always been challenging. Heterogeneous tissue microenvironments, complex genetic interactions and phenotypes, lack of model systems that accurately mimic the human brain transcriptome - not to mention the blood-brain barrier - make genetic perturbation analysis difficult in neural tissues.
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