My wrinkles are all my laughter. Expect those lines between my eyebrows, those are WTF lines, and those things are deep
Transcranial magnetic stimulation is a non-invasive cortical stimulation technique offering numerous neuroscience research opportunities; it also constitutes a novel treatment option for many neuropsychiatric disorders.
The interaction between transcranial magnetic stimulation and neurons, the basic functional unit with electric activity in the brain, may cause a wide range of changes, including electrophysiological (membrane potentials), biochemical and molecular (signaling, neurotransmitters, genes), and cellular adaptations (growth, differentiation).
Why would I need Repetitive Transcranial Magnetic Stimulation?
The rationale for applying transcranial magnetic stimulation to treat neurological or psychiatric disorders is to change the brain to produce effects that last beyond the duration of stimulation. Such “plasticity” underlies normal brain functions such as learning, adaptation to changes, and recovery from brain injury.
An electromagnetic coil is attached to the client’s forehead near an area of the brain necessary for treatment. Then short electromagnetic pulses are delivered through a coil. Magnetic pulses pass through the skull and cause small electrical currents that stimulate nerve cells in the target brain region.
• The patient can immediately return to their daily activities.
• It is painless.
• Does not require anesthesia.
• Reduces the risks inherent to drugs
• The average duration of the sessions is 20 minutes from Monday to Friday for four weeks and one session every 15 days for three months
• No need for prior preparation.
• It has no side effects such as memory loss
• Stimulates the specific brain circuits of each disease
• It is an alternative treatment to electroshock
The main relative contraindications for transcranial magnetic stimulation include pregnancy and age younger than two years. Transcranial magnetic stimulation is contraindicated for patients with untreated epilepsy and those wearing electric devices (pacemakers, implantable cardioverter defibrillators, vagus nerve stimulators, deep brain stimulators, insulin pumps) or intracranial ferromagnetic devices and ferromagnetic elements located within 30cm of the treatment area (plates, screws, ventriculoperitoneal shunts, stents, jewelry, dental and cochlear implants).
Is Repetitive Transcranial Magnetic Stimulation safe?
All our therapies are safe for patients with titanium implants, such as endovascular coils for brain aneurysms.
rTMS (Repetitive Transcranial Magnetic Stimulation) is a non-invasive medical procedure that uses magnetic fields to stimulate nerve cells in the brain—used to treat depression, anxiety, and other psychological and mood disorders.
The treatment involves placing an electromagnetic coil over a small area of a client’s head, near an area of the brain that is understood to be involved in mood regulation processes. Electromagnetic pulses then pass quickly and painlessly through the skull and into the brain.
A typical session lasts under an hour and involves repeated pulses, administered in rapid succession, which produce long, lasting changes in brain activity.
The benefits of rTMS and the New Life Team Members.
This technology seeks to alter specific regions of the brain in people who experience, for example, low moods. These regions of interest can be activated by repetitive magnetic stimulation (with a frequency of more than one impulse per second) or down-regulated (by one impulse per second), depending on where the magnetic coil is positioned on the body.
The direct stimulation to the nerves that are close to the skull results in a beneficial change to symptoms.
This form of treatment works well alongside other psychotherapies and medication. It is very different from electroconvulsive therapy (ECT), in which an electrical current pulses throughout the whole brain.
rTMS is a safe clinical procedure that does not require an anesthetic, as the individual feels only a light pulsing or tapping sensation.