By: Leslie Valle-Montoya
The seminar covered a comprehensive range of techniques and insights into Bioenergetic treatments, identifying Root Causes of illness, IV infusions, Biological Dentistry, and Darkfield microscopy. One of the highlights was my introduction to a new device, the PAPIMI PEMF (R), which is unlike typical PEMF devices due to its use of low Tesla and high induction technology. This ion induction therapy works on the cell membrane potential for optimal cell metabolism. I’m excited to bring this innovative tool into my practice in the coming year, as I deepen my approach to addressing root causes in patient care.
A healthy cell needs sufficient cell membrane voltage (approximately -70mV to -90mV) to maintain its regulatory processes. All illnesses and injuries have one thing in common: cells begin to lose cell membrane potential (energy). This is why I include pulsed electromagnetic field therapy for all my patients, as it enables the cell to resume regulatory processes, exchange trace elements, and produce essential energy molecules.
One crucial point we addressed in healing was the significance of silent infections in the dental field. I am trained to assess and address dental health as it can be a root cause of illness and dysregulation. This is critical! Among my colleagues in Biological Medicine, we found that over 90% of breast cancer patients—and many other cancer diagnoses—have either dental toxicity or old root canals as part of the "root cause" of illness, often without any dental symptoms. As long as dental disturbances are not resolved, the risk of cancer recurrence is significantly higher.
(L) View of live blood under Darkfield Microscopy, a technique to enhance contrast in specimens that are not imaged well under normal illumination processes. Live blood drop is analyzed using a high-resolution microscope to study the present state of our cells.
Dental plaque of a cancer patient under Darkfield Microscopy - A study of persons oral “milieu” to analyze relevant signs of silent inflammation, microbiome dysfunction and what components are present in dental plaque of a patient with breast cancer.
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