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Magnetic Therapy and Epilepsy; a research bibliography
 Magnetic therapy utilizing static magnetic fields is as old as civilization. Today magnetic therapy utilizing minute, pulsed electromagnetic fields can safely treat epilepsy symptoms (based upon peer-reviewed medical journal studies).
Below, please find dozens of peer reviewed research studies which support a finding that magnetic therapy utilizing pulsed electromagnetic fields reduces seizure activity in epilepsy (and reduces symptoms of Parkinson's disease, depression, MS, migraine headache) without side effects or expected/unexpected reactions.
Professor Anninos discovered that brain waves of epileptic individuals have abnormality which correspond to a particular frequency range. He and his associates in Greece have developed a highly accurate method of measuring these abnormalities and then custom tuning their electromagnetic field therapy device for each individual on a case by case basis. The magnetoencephalogram (MEG) is the magnetic activity emitted by the brain, which can be measured using a superconductive quantum interference device (SQUID).
We've followed Professor Anninos' research since summer 2000 and recently, happened to meet 4 person's who had been to see Professor Anninos in Greece . We've talked at length and seen video tape of the electromagnetic field therapy process used upon dozens of his patients. If you've got Parkinson's disease, MS, Epilepsy, migraine headache, cluster headache, ADD, ADHD, or suffer with depression and can afford the time and expense of travel, we HIGHLY recommend you see them for picoTesla electromagnetic field therapy.
We can assist your participation in the next electromagnetic field therapy 'excursion' to Greece; just email us; the IABC contact we've got will be glad to send you out information which will probably convince you that a trip to Greece for electromagnetic field therapy is worth the time and expense.
MilliPulseŽ has discovered that our patent pending magnetic field supplementation device and methods substantially enhance human (and animal) performance.
MilliPulse magnetic field supplementation GREATLY enhances sleep, strength, stamina, concentration, flexibility, hand/eye, balance and motor synchronization in the athletic and elderly (even if experiencing neurological anomalies due to disease or trauma). We guarantee your satisfaction and give you a full 30 days to investigate its beneficial effects. You'll know it works within a few days.
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Repetitive Transcranial Magnetic Stimulation (rTMS / TMS); a research bibliography.
 During the last decade, Professor P. Anninos of Greece and neurologist R. Sandyk M.D. have been fabulously successful treating neurological disorders using A/C magnetic fields transcranially. Electromagnetic field therapy may be the world's most effective and versatile panacea as it is being discovered that its beneficial biological effects upon the organism appear to be nearly unlimited especially where neurological and endocrine malfunction is a root cause of the disease condition.
While PEMF's have been studied and used for several decades on chronic pain, musculoskeletal, neuromuscular and orthopedic applications, research since the late 1980's into neurological and psychological effects of PEMFs upon brain and neuroendocrine system are very EXCITING to say the least.
This type of therapy called repetitive transcranial magnetic stimulation (rTMS) or transcranial magnetic stimulation (TMS or sometimes called 'slow' TMS when under 1 pulse per second) is gaining a strong reputation for being extremely safe and providing measurable and perceptible benefits in users, though in many instances its use is strictly for diagnostic purposes. We have omitted most of these diagnostic studies from our resource.
Canada is very close to approving rTMS / TMS for psychological / anti depressive effects at 100's or 1000's of Gauss magnetic field density. Ludicrous, since discovery that minute pico tesla fields (millions of times less dense!) have substantial neurological benefits.
Peer reviewed journal abstracts libraried by the National Institutes of Health (NIH) indicate pulsed magnetic fields are beneficial and without perceptible expected or unexpected adverse reactions in epilepsy, Parkinson's disease, MS, Alzheimer's, migraine headache, cluster headache, severe PMS, depression, ADD/ADHD and others at pico-Tesla amplitudes (that's 10-13 Tesla).
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Magnetic Therapy and Multiple Sclerosis; pulsed magnetic therapy and transcranial magnetic stimulation bibliography.
 Pulsed magnetic therapy and transcranial magnetic stimulation research (rTMS/TMS) research testing pulsed electromagnetic field effects upon different parameters of multiple sclerosis show remarkable benefits with no adverse reactions.
Research points to conclusion that multiple sclerosis and many neurological diseases share similar electro physiologic anomalies. The anomalies can be found in brain waves of following neurological disease states;
epilepsy, Alzheimer's, Parkinson's, migraine, cluster and other headache syndromes, severe PMS, and exaggerated menstrual related symptoms, attention deficit disorder ADD, attention deficit hyperactivity disorder ADHD, depression, schizophrenia, anxiety, insomnia / sleeping disorders, tremor disorders, undiagnosed muscle twitch.
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Magnetic Therapy and Nerve Regeneration; a research bibliography
Pulsed magnetic field therapy found effective at regenerating nerve tissue in studies performed since the 1970's. Dispite being found to be effective and safe, these techniques have never been applied to medical practice due to their simplicity and effectiveness. Where pulse repetition rate (frequency measured in Hertz) and magnetic flux density (amplitude measured in Gauss or Tesla) are both within certain parameters, pulsed magnetic field research has proven that PEMF's are capable of equal or better results than conventional therapies and invasive procedures without side effects or risk of infection. Pulsed electromagnetic field research has proven routinely that PEMF therapy is capable of inducing substantial healing even where conventional medicine has failed.
Beside promoting various healing mechanisms, pulsed electromagnetic field therapy has been found to have substantially beneficial neuroendocrine, neurological and psychological effects; as well as having ability to promote bone, tissue and nerve regeneration.
BBC NEWS: Tuesday, 11 May, 2004, 09:13 GMT 10:13 UK
Magnetic therapy may help people with spinal cord injuries.
Doctors at Imperial College London administered magnetic stimulation to the brains of people with partial damage to their spinal cord. The therapy led to improved muscle and limb movement, and increased ability to feel sensations.
Details of the technique - known as repetitive transcranial magnetic stimulation (rTMS) - are published in the journal Spinal Cord. It works by using an electromagnet placed on the scalp to generate brief magnetic pulses, about the strength of an MRI scan. These pulses stimulate the part of the brain called the cerebral cortex.
The technique was tested on four patients with what are known as incomplete spinal cord injuries. This is where the spinal cord has not been entirely severed, but the patient has still lost the ability to move or feel properly below the injury point.
Researcher Dr Nick Davey said: "Through rTMS we may be able to help people who have suffered partial injuries to the spinal cord recover some of their movement and feeling. "We think it works by strengthening the information leaving the brain through the undamaged neurons in the spinal cord. It may work like physiotherapy but instead of repeating a physical task, the machine activates the surviving nerves to strengthen their connections."
The patients had all sustained their injuries at least 18 months previously and had already received conventional rehabilitation including physiotherapy. They were all considered stable in that they were no longer undergoing natural improvement. The patients received both real and sham rTMS treatment over a three-week period. The rTMS treatment involved five consecutive days of magnetic stimulation for one hour per day.
The researchers focused on a phenomenon called intracortical inhibition which makes it easier for message from the brain to pass down the spinal cord to the rest of the body. They found rTMS treatment resulted in a 37.5% drop in intracortical inhibition, compared with normal physiotherapy.
This reduction in intracortical inhibition was accompanied by improvement in both motor and sensory function, which lasted for at least three weeks after the treatment. Dr Davey said: "Despite this, we still need to be extremely careful in interpreting these results as we only sampled a small number of patients.
"Further studies on larger groups of patients will need to be carried out before we will know if this treatment is fully effective. "Similarly we have no idea how long the treatment benefits will last over a longer period."
The treatment was originally designed to treat psychiatric disorders, and has been used in treating some of the symptoms of schizophrenia.
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Magnetic Therapy, Insomnia and Sleeping Disorders
 Magnetic Therapy, Insomnia and Sleeping Disorders; a pulsed electromagnetic field therapy research bibliography.
Pulsed magnetic therapy research suggests that pulsed electromagnetic field therapy can induce sleep and relaxation in insomniacs. Magnet therapy utilizing a static magnetic field is not nearly as effective (if effective at all).
90% of MilliPulseŽ clients report better SLEEP and recuperation after just a few days of sleeping within our very subtle, pulsed magnetic field (comparable to planet Earth's geomagnetic field density and frequencies).
Curious side effects are enhanced wellbeing, substantially enhanced recuperation, strength, stamina, hand-eye, balance and motor synchronization.
Transcranial magnetic stimulation (TMS/rTMS) research has proven for decades that pulsed electromagnetic fields safely reduce anxiety and depression at magnetic field density hundreds and thousands of times stronger than the magnetic field density used by MilliPulse. It has recently been found that MRI machines' magnetic field substantially reduces depression.
Magnetic Therapy and Migraine Headache; a pulsed electromagnetic field therapy research bibliography.
 Pulsed magnetic therapy beneficially affects migraine abnormal brain electrophysiology, which is present to one extent or another in headache syndromes of all types.
Extensive research throughout the published literature (see pulsed magnetic therapy/migraine study bibliography below) suggests there are electrophysiological abnormalities that coexist with many different types of neurological disease states which can be positively affected by magnetic therapy including;
Alzheimer's, epilepsy, Parkinson's, cluster and other headache syndromes, severe PMS and other exaggerated menstrual related symptoms, insomnia and other sleeping disorders, attention deficit disorder ADD, attention deficit hyperactivity disorder ADHD, depression, schizophrenia and other psychological disorders.
Pulsed magnetic field research suggests that pulsed electromagnetic field therapy can reduce migraine as well as induce sleep and relaxation in insomniacs. Transcranial magnetic stimulation (TMS/rTMS) research has proven for decades that pulsed electromagnetic fields safely reduce anxiety and depression using magnetic fields that are hundreds, even thousands of times the magnetic field density used to produce deep, restful sleep and improved sense of wellbeing induced through MilliPulse magnetic field supplementation.
95% of MilliPulseŽ clients report better sleep and recuperation (due in part to their better sleep) simply by sleeping within our very subtle, proprietary pulsed magnetic field which is matched to Planet Earth's geomagnetic field density and frequencies. Curious side effects are enhanced wellbeing, substantially enhanced recuperation, strength, stamina, hand-eye, balance and motor synchronization.
Published research suggests that human disorders of many types are related by electromagnetic anomalies in the brain and body. The application of pulsed electromagnetic fields of particular frequency and field density seem to be able to safely address the problem, at least in significant part.
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