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William Philpot, M.D., explores the influence of north
and south magnetic fields on human health. The north and
south poles of magnets emit distinct energy fields, thought
to have varying effects on biological systems. While the
north (negative) pole is believed to provide calming, anti-inflammatory,
and pain-relieving effects, the south (positive) pole is
often associated with stimulating and activating biological
processes. Dr. Philpot's research delves into the therapeutic
applications of magnetic fields, examining their potential
benefits and mechanisms in treatments.
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Magnetic Healing: The Influence
of North and South Poles
Pulsed Electro magnetic healing, an alternative health
practice, harnesses the distinct energy fields of the north
and south
poles
of magnets to promote health and well-being. This approach,
rooted in the ancient belief in the healing power of magnets,
has gained renewed interest in recent decades. Central
to PEMF/magnetic healing is the idea that the different
poles of a magnet—north (negative) and south (positive)—emit
unique energies that can influence biological systems in
varying ways.
Pulsed Electro-magnetic
Field (PEMF) therapy has garnered attention
in recent years for its potential to promote healing
and alleviate various health conditions. PEMF therapy
involves the use of low-frequency electromagnetic fields
to stimulate cellular function and enhance the body’s
natural recovery processes. This newsletter explores
the scientific evidence supporting PEMF therapy, its
mechanisms of action, and the specific health benefits
it may offer.
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Principles of Magnetic Healing
PEMF or Magnetic healing is based on the concept that
magnetic fields can interact with the body's natural electromagnetic
field, influencing physiological processes. Proponents
believe that magnets can enhance the body's healing mechanisms
by stimulating cell activity, improving blood flow, and
reducing inflammation. PEMF is often applied to specific
areas of the body, typically corresponding to acupuncture
points or sites of pain and injury. The practice draws
from both traditional beliefs and modern understandings
of bioelectromagnetics.
Enhanced Cellular Repair: PEMF
can stimulate the production of growth factors and proteins
that are vital for tissue repair and regeneration.
Reduction of Inflammation:
PEMF therapy can modulate inflammatory responses, potentially
reducing chronic inflammation and pain.
Videos
Helping neck pain
Treating the elbow
Treating the neck and headackes
Treating
Eye lines
More
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Effects of the North Pole
The north pole of a magnet, often referred to as the negative
pole, is understood to have calming and anti-inflammatory
effects. Practitioners and Users of magnetic healing suggest
that exposure to the north pole can help reduce pain, swelling,
and inflammation, making it beneficial for conditions such
as arthritis,
muscle strains, and joint pain. The calming properties
are also thought to promote relaxation and improve sleep
quality, contributing to overall well-being. This pole
is often applied to areas experiencing acute
pain or inflammation, with the goal of soothing the
affected tissues and accelerating the healing process.
Apply a natural North Pole PEMF
magnetic field.
Let the body heal itself. What is more natural than that?
The Magnetic Effect
A magnet or electromagnet produces an energy field
Each pole of a magnet produces a different effect;
North-Negative
Has a counter-clockwise rotation
Inhibits Relieves pain
Reduces inflammation
Produces an alkaline effect
Reduces symptoms
Fights infections
Supports healing
Reduces fluid retention
Increases cellular oxygen
Encourages deep restorative sleep
Produces a bright mental effect
Reduces fatty deposits
Establishes healing polarity
Stimulates meletonin production
Normalizes natural alkaline PH
Clients
Videos showing the depth of pemf penetration
Effects of the South Pole
Conversely, the south pole of a magnet, or the positive
pole, is associated with stimulating and activating biological
processes. Proponents claim that the south pole can enhance
circulation, boost energy levels, and support tissue regeneration.
This stimulating effect is believed to be useful for conditions
that require increased blood flow and cellular activity,
such as wounds, fractures, and chronic fatigue. By invigorating
the body's systems, the south pole is thought to promote
faster recovery and enhance vitality.
South-Positive
Has a clockwise rotation
Excites Increases pain
Increases inflammation
Produces an acid effect
Intensifies symptoms
Promotes microorganisms
Inhibits healing
Increases fluid retention
Decreases tissue oxygen
Stimulates wakefulness
Has an over productive effect
Encourages fatty deposits
Polarity of an injury site
Stimulates body function
Mechanisms
and therapeutic effectiveness of
pulsed electromagnetic field therapy in oncology
PEMF therapy shows potential as a non-invasive treatment
for various cardiovascular
conditions, including myocardial infarction, heart
failure, arrhythmias, and hypertension. The mechanisms
through which PEMF exerts its effects—such as improved
cellular function, enhanced blood flow,Arrhythmia,
reduced inflammation, and stimulation of angiogenesis—highlight
its potential therapeutic value. As the
scientific community continues to explore this innovative
approach, PEMF therapy may emerge as a valuable adjunct
to conventional cardiovascular
treatments, offering new
hope for patients with heart
conditions.
Alzheimer's
Disease R. Sandyk, "Alzheimer's
Disease: Improvement of Visual Memory and Visuoconstructive
Performance Treatment with Picotesla Range
Magnetic Fields," International Journal
of Neurosci, 76(3-4),June 1994, p. 185-225.
In this review, after applying external electromagnetic
fields ranging 5 to 8 Hz, large improvements were
detected in Alzheimer's patients. These included
improved visual memory, drawing performance, spatial
orientation, mood, short-term memory and social
interactions
|
Scientific
Evidence Some studies have reported
positive effects of magnetic therapy, particularly
in pain reduction and wound healing. For instance,
research has shown that magnetic fields can influence
cellular processes, such as ion channel activity and
cell signaling, which may explain the observed benefits.
PEMF healing, with its focus on the distinct properties
of the north and south poles, presents an intriguing approach
to health and wellness. Anecdotal evidence and scientific
studies suggest potential benefits, As with many alternative
therapies, magnetic healing may offer complementary benefits
when used alongside conventional medical treatments.
Bone Healing and Fracture Repair:Several
studies have demonstrated that PEMF therapy can enhance
bone healing and accelerate fracture repair. For instance,
a study published in the journal Clinical Orthopaedics
and Related Research found that PEMF therapy significantly
improved the healing rates of non-union fractures. Another
study in the Journal of Orthopaedic Research reported that
PEMF therapy increased bone formation and mineralization,
highlighting its potential in orthopedic applications.
Pain Reduction and Management
PEMF therapy has been shown to alleviate
pain in various conditions, including osteoarthritis,
fibromyalgia, and chronic low back pain. A systematic
review in Pain Research and Management concluded that
PEMF therapy could reduce pain and improve function in
patients with knee osteoarthritis. Additionally, a study
in the Journal of Clinical Rheumatology found that PEMF
therapy significantly reduced pain and fatigue in patients
with fibromyalgia.
Wound Healing
Research indicates that PEMF therapy can accelerate wound
healing by promoting tissue repair and reducing inflammation.
A study published in Bioelectromagnetics found that PEMF
therapy enhanced the healing of chronic wounds, such as diabetic
ulcers, by stimulating cellular activity and improving
blood flow to the affected area.
Neurological Disorders
PEMF therapy has also shown potential
in treating neurological conditions. For example,
a study in the Journal of Neurotrauma reported that PEMF
therapy improved functional recovery and reduced neuronal
damage in animal models of traumatic brain injury. Furthermore,
research published in Neuroscience Letters suggested
that PEMF therapy could enhance neuroplasticity and cognitive
function in patients with neurodegenerative diseases
like Alzheimer’s.
Scientific Evidence Supporting
PEMF Therapy for Eye Health
Several studies have explored the potential benefits of
PEMF therapy for various eye conditions, with some promising
results:
1. Age-Related Macular
Degeneration (AMD) Age-related macular
degeneration is a leading cause of vision loss in older
adults. Research has suggested that PEMF therapy may
slow the progression of AMD by improving retinal cell
function and reducing inflammation. A study published
in Clinical Ophthalmology reported that PEMF therapy
improved visual acuity and retinal sensitivity in patients
with early and intermediate AMD.
2. Diabetic Retinopathy: Diabetic
retinopathy, a common complication of diabetes, involves
damage to the retinal blood vessels. PEMF therapy's ability
to enhance microcirculation and reduce inflammation could
potentially benefit patients with this condition. Preliminary
studies have indicated that PEMF may help stabilize or
improve retinal health in diabetic retinopathy patients.
3. Glaucoma: Glaucoma,
characterized by increased intraocular pressure and optic
nerve damage, is another area where PEMF therapy might
be beneficial. Animal studies have shown that PEMF can
reduce intraocular pressure and provide neuroprotection
to the optic nerve. A study published in Experimental Eye
Research found that PEMF therapy reduced retinal ganglion
cell loss in a model of glaucoma, suggesting its potential
as an adjunctive treatment.
4. Retinitis Pigmentosa: Retinitis
pigmentosa is a group of genetic disorders that cause retinal
degeneration and vision loss. Some studies have explored
the potential of PEMF therapy to slow the progression of
this condition. For instance, research in Advances in Therapy
reported that PEMF therapy improved retinal function and
visual fields in patients with retinitis pigmentosa.
Conclusion
Magnetic healing, with its focus on the distinct properties
of the north and south poles, presents an intriguing approach
to health and wellness.
PEMF therapy represents a promising, non-invasive treatment
modality with a growing body of scientific evidence supporting
its use in bone healing, pain management, wound healing,
and neurological disorders and much more. While further
research is necessary to establish standardized treatment
protocols
and fully
understand its mechanisms of action, PEMF therapy holds
significant potential as a complementary approach to conventional
medical treatments. As interest in electromagnetic field
therapies continues to grow, ongoing research will be crucial
in validating and expanding the therapeutic applications
of PEMF.
How
to Use the PEMF/Multipulsers (some Nudity)
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MWO
Every cell has its own electromagnetic
field as well, but when this becomes disrupted, the structure
of that cell changes. Damaged cells allow free radicals
to creep in, and that means cancer, disease, and illness
of all types.
Maintain
the function of every individual cell at an optimal
level
Advanced Rife Machines using PEMF
(Magnacoils) |