4 ms·
> Unless I'm mistaken this is what's happening: The actual problem is that EM fields blind the device so that they can't sense the cardiac arrhythmias they are
by KineticLensman 5y ago
> Unless I'm mistaken this is what's happening:
The actual problem is that EM fields blind the device so that they can't sense the cardiac arrhythmias they are designed to fix, this rendering them useless.
> ICDs want/need to communicate with the outside (at least one way).
My St Jude Ellipse ICD communicates bidirectionally (control inputs in, telemetry out).
- amrcnimgrnt 5y agoI'll leave it to you, a user, that strong EM fields also blind the devices. The signals the ICD is trying to measure are very weak. I can imagine that strong 50/60Hz surge currents really screw things up, especially in single conductor power distribution situations (UK ring circuits, rural farms, etc). That being said, the article (TL/DR) appears to focus on "static" magnetic fields. The near field charging feature of the iPhone barely makes mention. I think the "disable ICD" being a simple magnetized reed switch for an implantable medical device is a bit silly. At least tap a code into that reed switch a little!