Author: Stephanie DeRose

Lyme Disease Symptoms Decreased

Posted on by Stephanie DeRose

I have been recently diagnosed with Lyme disease after suffering for 5 years with multiple pain syndromes.. I had been bedridden for 4 years. My Medical doctor has a Seqex mat in her office that I bought a package of visits for. After just one visit on the mat I was able to sleep so much better than I had in years. I continued to use the mat at her office for 10 visits and after each visit experienced better sleep and greater energy. I decided to purchase one in March 2020. I use it most days on Microcirculation and Relax programs. I have observed great inflammation reduction and thus less overall body pain and swelling. I’m still on the mend but this mat has been a lifesaver! I tell everyone I know about how it has changed my life for the better! Thank you Seqex!

ION Cyclotron Resonance: Geomagnetic Strategy For Living Systems?

Posted on by Stephanie DeRose

ABSTRACT
Except for relatively few polarity reversals the magnitude of the magnetic dipole moment of the
earth has remained constant since life first began, allowing evolutionary processes to integrate
the geomagnetic field (GMF) into several biological functions. One of these, bearing the classical
signature of an ion cyclotron resonance (ICR)-like interaction, results in biological change associated
with enhanced proton transport. The wide range of cation masses over which this effect is
found suggest a fundamental biological dependence on the GMF, one that functions equally well
for electric as well as magnetic fields. Such generalization of ICR requires two things: transparency
of tissues to the GMF and suitably tuned ELF resonant magnetic or electric fields. To complement
the widely reported ICR responses to applied AC magnetic fields, we hypothesize the existence of
weak endogenous ICR electric field oscillations within the cell. This equivalence implies that even
in the absence of applied AC magnetic fields, biological systems will exhibit intrinsic GMFdependent
ion cyclotron resonance intracellular interactions. Many ICR effects that have been
reported appear as antagonist pairs suggesting that the characteristics of the GMF have not only
been incorporated into the genome but also appear to function in an endocrine-like manner.