| Applications |
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| Neuronal Cell Research |
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| MicroPorator
gives efficient gene delivery to neuronal cell |
Transfection is a convenient and
widely used approach to study the control of gene expression.
However, neuronal cell lines and primary Neuronal cells
are notoriously difficult to transfect using conventional
methods.¡¥¡¥¡¥  |
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| Reporter Gene Assay |
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Luciferase gene transfection is
widely used so as to measure promoter activity or transfection
efficiency. Microporator can be easier and more efficient
method for luciferase gene transfection in terms of
its high transfection efficiency and reproducibility¡¥¡¥¡¥
more |
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| Protein Transfection |
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Unlike introducing foreign DNA(plasmid)
into cells Introducing protein is difficult. An effective
protein delivery system should wok with a wide variety
of cells and maintain both cell viability and protein
functionality. And we introduce Microporator for the
tran-sfection of intact functional protein into cells.
Microporation technology is a novel transfection technology
that make up for the weak point in existing electroporation.
It is a non-viral method which is based on using pipette
Tip as a electroporation space. In doing so it can reduce
that heat is accompanied by eletroporation and successfully
deliver DNA, RNA or protein to attach cell lines, suspension
cell lines, primary cells, and other cell lines.(data
not shown here but displayed on our website) ¡¥¡¥ more |
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| RNAi Research |
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Revolution in siRNA knock-down: Microporation, a Highly Efficient Choice for Your Experiment
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Genes are basic genetic codes of cells. Each gene is transcribed into mRNA and this mRNA is translated into protein which has many functions. Thus, to understand a function of protein, one should be able to manipulate the expression of gene coding for that protein. On this regard, lots of biological studies have focused on genetic manipulation. ... 
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Macrophage, Human
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