FluoMag
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Fluorescent reagents
Magnetofection™ is a simple and highly efficient method to transfect
cells in vitro and in vivo. The principle is to associate vectors with
specific cationic magnetic nanoparticles. The resulting complexes are
then concentrated and transported into cells supported by an
appropriate magnetic field.
OZ Biosciences proposes four types of fluorescent magnetic nanoparticles.
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These FluoMag reagents are tetramethylrhodamine-conjugated magnetic nanoparticles. They can be useful for many applications:
- Double labeling and co-localization studies using GFP or FITC labeled nucleic acids
- Transfection mechanisms follow (interaction with cells, intracellular pathway ...),
- Fluorescent resonance energy transfer (FRET) assay
- Analyze the association of vectors with the magnetic nanoparticles…
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Easy cell labeling and tracking
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Non toxic
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Serum compatible
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Equivalent applications to their unlabeled counterparts :
- FluoMag-P corresponding to PolyMag
- FluoMag-C corresponding to CombiMag
- FluoMag-S corresponding to SilenceMag
- FluoMag-V corresponding to ViroMag
Cells labeling with FluoMag
The fluorescent labeled reagents are as efficient as the unlabeled reagents.
| Uptake of FluoMag-P in NIH3T3 and Cos-7 cell lines |
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| Transfection efficiency of FluoMag-C |
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| Infection efficiency of FluoMag-V |
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| Silencing efficiency of FluoMag-S |
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| FP10100 | FluoMag-P 100 µL |
Price: Login | | | 100 transfections with 1 µg of DNA
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| FC10100 | FluoMag-C 100 µL |
Price: Login | | | 100 transfections with 1 µg of DNA
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| FS10100 | FluoMag-S 100 µL |
Price: Login | | | > 200 assays in 96-well plate with 10 nM siRNA
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| FV10100 | FluoMag-V 100 µL |
Price: Login | | | 30-50 transductions in 96-well plate
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Products 
FluoMag results
