In
today’s world, a lot of external and internal agents can undermine our brains’ health: pollution, microplastics, inflammation, just to mention a few of the most prominent ones. This is why it is so fundamental to preserve our neurons by implementing neuroprotective therapy in our wellness routine.
Neuroprotection refers to the strategies and interventions that can lead to the preservation, repair, or renewal of the nervous system, including its cells, structural integrity, and functionality. There are several treatments available, and the field is rapidly expanding and evolving.
In fact, scientists are exploring new strategies to safeguard the body following sudden incidents like a stroke or injuries to the nervous system, and to assist individuals living with neurological conditions, including Alzheimer's disease, Parkinson's disease, and multiple sclerosis (MS).
In this article, we will find out the most common causes of damage to the brain and the nervous system, and how neuroprotective therapy is evolving, thanks to the new Neuropulse Pro. Continue reading if you are looking for insights about the innovative infrared therapy for neuroprotection.
Damage to the nervous system and Neuroprotective therapy
Various disorders linked to the central nervous system (CNS) may exhibit diverse symptoms, yet the mechanisms leading to the death of neurons, or nerve cells, frequently share similarities. The most common cause of damage to the CNS is inflammation.
Inflammation is a crucial component of the body's defense mechanism, activated anywhere in the body in response to foreign organisms, infections, or after cellular damage or injury as part of the body's self-repair process.
However, when inflammation happens in the brain or the central nervous system, it can lead to neuron death. Inflammation plays a role in the degeneration seen in conditions like Alzheimer's and Parkinson's disease, as well as in infections affecting the brain and CNS.
Another cause of CNS issues is the so-called mitochondrial dysfunction. Mitochondria are the energy-producing organelles inside cells. Their dysfunctions have been associated by researchers with issues in neurons that contribute to a range of conditions, including depression, multiple sclerosis (MS), amyotrophic lateral sclerosis (ALS), Alzheimer's disease, Parkinson's disease, and more.
Considering all of the above, It is easy to understand the need for preventive measures that can sustain our brains’ health, for example, stroke neuroprotection therapy, or neuroprotective therapy for parkinson disease. The new sensation in this field is the use of infrared therapy for neuroprotection.
Introducing the NeuroPulse Pro
In the quest for alternative neuroprotection strategies and devices, brain photobiomodulation has shown promising results. It means using infrared therapy for neuroprotection. The new Neuropulse brings all the benefits of photobiomodulation thanks to its innovative infrared light technology. But how does it work?
Infrared therapy for neuroprotection operates at the cellular level, targeting the mitochondria, the powerhouses of the cell. When mitochondria absorb red light, it triggers cellular respiration, a process that leads to the production of ATP (adenosine triphosphate). This is akin to starting a series of chemical reactions that break down glucose to produce ATP, which serves as the primary energy source for various reactions throughout the body, much like how gasoline fuels a car. Our brain relies on ATP in the same way, with ATP being fundamental to all our actions. The more ATP available, the more energy our cells can generate, enhancing their capacity to repair and rejuvenate damaged cells. Increased ATP production means our brain cells can operate more efficiently, improving overall brain function. This is why infrared therapy for neuroprotection is gaining so much traction lately in the wellness community.
The new, improved Neuropulse associates the effects of infrared therapy for neuroprotection with an innovative, interesting technology: PEMF.
PEMF, short for pulsed electromagnetic fields, utilizes cutting-edge technology to stimulate and invigorate cells. This method aims to correct cellular dysfunction and enhance overall health and wellness by applying electromagnetic fields in a pulsed manner to encourage cellular activity and recovery. PEMFis a developing noninvasive treatment that has been demonstrated to enhance cerebral blood flow and tissue oxygenation in the healthy brain, thus showing promise for neuroprotective therapy.
FAQs
What does PEMF do?
Therapy using PEMF has positive effects on various aspects: physical, psychological, and cognitive. This therapy helps numerous conditions, from depression to chronic pain. This said, it can be used to treat different pathologies according to the frequency that is used. Besides using it to treat a disorder, it can also be used to enhance cognitive functions and promote well-being.
How often can I use the NeuroPulse?
Use NeuroPulse up to two times a day, but it is recommended to be used at most once per day. Try it at least 4 times a week for best results.
Conclusion
The potential of Neuro Pulse Pro explores new and pioneering ways through which neurological disorders may be treated effectively, pushing the realms of neuroprotection, and opening new possibilities for patients and practitioners. That sets a course for continued commitment to the very best of innovation and patient-centered care, together, lighting a way to a healthier, more hopeful horizon for all touched by neurological disorders. Shop it now on the LedPhotoTherapies website.
