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711 results sorted by
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DNA amount and quality are very critical for Nucleofection™ of Dendritic Cells (recommended 0.5-1 µg; maximal 2 µg). LPS (lipopolysaccharides) have a strong negative effect on cell viability. Please make sure that all components you use for dendritic...
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The cells which are shown in the HL-60 optimized protocol are living cells and not fixed cells. However a good method for fixation of GFP is to use 3.5%-4% Paraformaldehyde in PBS. Please keep in mind that the fixation method is dependant on what you...
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After Nucleofection™, wait at least four hours before stimulation. Stimulating immediately after Nucleofection™ may lead to increased cell mortality and poor activation of cells. For more details on the stimulation of Human T cells post...
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The pmaxGFP control DNA is not suitable for making stable clones because it lacks a selectable marker for mammalian cells. The kanamycin resistance expressed by this plasmid is only suitable for bacterial selection.
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The expiration dates are located on the outside label of the kit box and on the label of the solution box.
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No. This vector is only supplied in our Nucleofector™ Kits as a positive control and cannot be used for selection because it does not contain a mammalian selection marker. The only resistance gene expressed by this vector is kanamycin which is only...
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As long as the supplement was not added to the Nucleofector™ Solution, then there is no risk of any damage to the solutions. Even long-term storage of several months did not alter the performance of the Nucleofector™ Solution. However, if the...
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The Amaxa™ Nucleofection™ Conditions are optimised for each cell type, the solutions and programs are cell type dependent and not vector dependant. The expression of the fusion protein depends on the localization of the protein transcription,...
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For some adherent cell lines we strongly recommend using RPMI instead of DMEM medium. As described in culture conditions of the cell line optimization kit protocol as well as the NIH3T3 (DSMZ) protocol, using RPMI instead of DMEM as "transfer and...
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Yes. The Nucleofector™ Technology can be easily applied for any RNAi substrate (siRNA, shRNA, miRNA). You can use the same conditions described in the cell type specific Optimized Protocol for DNA vectors (cDNA, shRNA or miRNA expressing plasmids) or...
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