In vitro cell stimulation is used to study physiological events in cortical cells on the neurochip system.
In the field of in vitro cell stimulation, it helps to understand the physiological effects. There are a variety of TMS pulse types and patterns that help improve current applications in neurodiagnosis and therapy.
The main advantage of the neurochip system is that nerve tissue represents nerve tissue more comprehensively than a single nerve fiber.
These systems are also well suited for the analysis of defined chemical effects on neurons (such as neurotoxic effects).

Key technical considerations:

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Accurate reproducibility:

To receive accurate and reproducible effects and results, the stimulation parameters must be perfectly stable and accurate with respect to pulse length, intensity, frequency, etc.
Variations can lead to undesirable or irreproducible results.

Complete flexibility regarding pulse type and pattern:
The more flexible the system offers in terms of configurable pulse types and patterns, the better. One of the main goals of in vitro cell stimulation is the ideal pulse length or rTMS train duration.

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Customized setup and coil experience and ability:
One of the most important factors in optimizing TMS is the coil type and shape. The challenge is to build and experiment with new and innovative coil designs quickly and safely.