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With the 96-well Shuttle™ Device, it is possible to apply up to 96 different programs (transfection conditions) per 96-well Nucleocuvette™ Plate. Therefore, optimization of Nucleofection™ Conditions for a particular cell line can be easily performed...
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The cell number is very much dependent on the cell type you use. For high throughput Nucleofection™, we usually start with one fifth of the optimal amount recommended for the standard Nucleofection™ in the 100µl cuvette. Currently the absolute cell...
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The amount depends on the cell type and on the DNA construct. As a rule of thumb 400 ng of DNA per well should be applied. However, for some cells or constructs even 100 ng may be sufficient.
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When performing siRNA-mediated knockdown experiments it is advisable to conduct a dose-response (concentration) analysis to determine the minimum siRNA concentration necessary for sufficient target knockdown on the mRNA, protein, or functional...
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We recommend using special tips, e.g. epT.I.P.S™ (Eppendorf, Hamburg, Germany) or TallTips™ (Matrix Technologies, Hudson, NH, USA). You can contact our Scientific Support Team for a list of compatible tips, including tips for pipetting robots.
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Yes. Freezing of the plates at -20°C does not alter their properties.
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Yes. The 96-well Shuttle™ Device is designed in such a way that it is addressable by robot grippers. Furthermore, the software contains the required interface to be connected with the LHS software. However, the practical implementation for each...
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No. The 4D-Nucleofector and 96-well Shuttle™ System uses specifically optimized electrical parameters and solutions. Five different 4D-Nucleofector or 96-well Shuttle™ Solutions are available for primary cells. For cell lines, three different...
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No, the 96-well Shuttle™ only works in conjunction with the Nucleofector™ IIs Device or our 4D-Nucleofector™ Device.
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Yes. Transfection can be done with any substrate AND under exactly the same conditions. For example, the same conditions (96-well Shuttle™ Solution and program) are used for siRNA transfection or shRNA vectors. This greatly facilitates the...
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