With regards to the induction cooktops I mentioned last week, a reader emails asking: "What about stray magnetic fields? What are the chances of those disrupting cell physiology (yours)?" I've no clue about this. Any ideas?
With regards to the induction cooktops I mentioned last week, a reader emails asking: "What about stray magnetic fields? What are the chances of those disrupting cell physiology (yours)?" I've no clue about this. Any ideas?
Could this be the answer to the unusually strong magnetic fields on LOST?!
I love the idea of the efficiency and general cleanness associated with induction cooking, but have had the exact same question for some time now. To expand it even more- what about the magnetic properties of the food that is prepared inside of a somewhat powerful, dynamic magnetic field?
I have spent a significant amount of time looking for research, tests, or time otherwise spent looking into these two questions and haven't found any definitive answers. I would appreciate greatly, any information or pointers to information regarding this. Or some funding to do the research myself...
I am curious about this as well. It never really occurred to me until I got the email.
Why don't you alllow comments on all of your posts?
a good place to look is medline:
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?DB=pubmed
there isn't much literature, but from what i know, the absolute field strength is relatively low, ie, not even strong enough to move small objects like ferromagnetic spoons. these small fields may interfere with cardiac pacemakers, and i imagine induction ovens are contraindicated for people with pacemakers, just is MRI.
Why don't you alllow comments on all of your posts?
Because I don't want to host discussions for everything I link to. And now, let's please stay on the topic of magnetic fields and induction cooktops.
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