The Live Cell AMF Exposure Option is a purpose-built solution designed for real-time in vitro studies under alternating magnetic fields (AMF), enabling researchers to observe and quantify cellular responses during nanoparticle-mediated heating, drug delivery, and nanoactuation.
Engineered to bridge multidisciplinary research across biomedical, material science, and nanotechnology domains, this system allows direct integration with standard laboratory microscopes, supporting 6, 24, and 96-well tissue culture plates. Its ergonomic and compact design ensures seamless mounting without disrupting imaging workflows, making it ideal for time-lapse microscopy and live-cell analysis.
The system provides precise physiological control, maintaining stable temperature conditions along with a controlled 5% CO₂ atmosphere, ensuring uninterrupted cell viability over extended experimental durations. This is critical for generating reliable, reproducible biological data in long-term studies.
With an operational frequency range of 100 kHz to 1 MHz and field amplitudes up to 32 mT, the system enables accurate simulation of AMF conditions required for:
- Magnetic Fluid Hyperthermia (MFH) studies
- Targeted drug release and controlled delivery research
- Nanoparticle-cell interaction analysis
- Nanoactuation and stimulus-responsive material testing
Compatible with both new and existing magneTherm systems, this upgrade allows current users to extend their capabilities into live-cell imaging under AMF conditions, eliminating the need for separate experimental setups.
By combining real-time imaging, environmental control, and AMF exposure, this system empowers researchers to generate high-impact, publication-ready data while accelerating innovation in nanomedicine and advanced biomedical research.
