Oska Pulse Review and the Science Behind PEMF
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The Oska Pulse is a brand new wearable pain relief device that is designed for people of all ages who are looking for relief from acute to chronic pain. Let's examine the specifics in our full review of the Oska Pulse.
Oska’s unique method of delivery mimics the electrical currents we produce naturally. Decades of research has shown that PEMF (pulsed electromagnetic field) signals pass through bone and all other tissue virtually unaltered, opening cells to receive more nutrients and oxygen, more effectively removing waste products. Made in the U.S., Oska was designed to address specific areas of the body, especially the major joints most susceptible to injury or degenerative issues. It's the size of a cell phone and just as light (it can fit in your purse or backpack).
Oska Pulse is a small, portable, wearable pain relief device without drugs or side effects (with a 90-day money back guarantee). It's great for after workouts, yoga, running, tennis, golf, travel — and of course, working all day on your feet.
Oska Pulse is ergonomically designed and fits anywhere on your body. Imagine being able to go to work without that nagging pain that is always there throughout the day. Unlike TENS, you won’t “feel” any pulsing or tingling when using Oska Pulse. It's optimized PEMF is intended for you to “feel nothing,” although some people do notice a slight warming of the afflicted area due to increased blood flow.
When you start using the Oska Pulse follow this guide for the first 90 days where possible (and practical for you):
- Short Term Injury or Pain:
- Day 1 to 7: Use Oska Pulse a minimum of 2-4 times a day.
- Day 7 to 30: Use Oska Pulse a minimum of 1-2 times a day.
- After day 30: Use Oska Pulse a minimum of 2-4 times a week.
- Long Term Injury or Pain:
- Day 1 to 7: Use Oska Pulse a minimum of 4-6 times a day.
- Day 7 to 30: Use Oska Pulse a minimum of 2-4 times a day.
- Day 30 to 90: Use Oska Pulse a minimum of 1-2 times a day.
- After day 90: Use Oska Pulse a minimum of 2-4 times a week.
Using magnetic fields for pain healing has been around since the Cleopatra days. In her time, magnetic healing was said to have been used by Cleopatra herself for skin regeneration. Other ancient cultures utilized lodestone to treat eye diseases, headaches, and mental depression. Paracelsus, a sixteenth-century Swiss alchemist cured illnesses and mended broken bones using magnetic fields. Ancient Chinese citizens added lodestone to acupuncture sites to restore the balance to the human body.
Electromagnetic Induction was introduced by English scientist Michael Faraday who figured out that changing magnetic fields results in an electrical current that can actually influence electrical currents in our bodies to heal damaged tissue. When pulsing electromagnetic fields approach tissue in our body, it penetrates that tissue and literally heals it without the need for wires or electrodes.
If a bone becomes stressed, an electric voltage is created that increases bone density and decreases pain levels, which leads to healing the fractured bones. When that same damaged bone is exposed to a pulsing electromagnetic field, large waves are generated inside the bone that essentially creates bone growth.
We can thank Fukada and Yasuda's research from 1957 for figuring out that living bone can contract calluses through pulsed electromagnet fields. This was tested and retested in the years to come — spanning from Japan, Russia, and Eastern Europe.
Researchers from 1974 developed a low frequency, low intensity, external pulsing electromagnetic field that expedited bone repair, which was later FDA approved in 1979 as the first PEMF use.
As the next decade rolled in, PEMF was adapted into mainstream use for inflammation and pain relief — following an injury or operation. Cell signaling is a method of language that coordinates our cells' activity, which is vital for our immune systems and tissue repair.
If pulsed electromagnetic fields are presented to the painful region of our bodies, the result is repaired tissue, less inflammation, which turns into less pain, relaxation of vascular muscles in addition to increased blood vessel formation. Blood vessel formation aids in providing the cells with necessary nutrients and oxygen, which results in continued tissue repair eventually leading to healing.
FDA officials approved the transcranial magnetic stimulation in 2013 for the therapy of severe mental depression when antidepressants fail to work. It's been said that severe depression stems from a lack of communication between two parts of our brain — the frontal lobe and the anterior cingulate cortex. Electromagnetic fields stimulate those parts of the brain to assist in creating a solid link so the structures that weren't communicating, can. The outcome provides increased mood elevation and decreased depression symptoms.
The Safety Factor
Decades of research display that using PEMF is not only safe but effective and can be used as a non-invasive option to treat on sight pain and inflammation. Even though there is no proof supporting the fact that PEMF can harm DNA, there are warnings for such people to avoid PEMF. Those instances include cancer patients and pregnant patients.
Speaking to the hundreds of studies using PEMF therapy, there have been zero negative side effects reported. There are some who are hypersensitive to this therapy, which would result in mild temporary discomfort. It's been said that the "discomfort" either stems from an increase in circulation or stimulation of the nerve cells. Nevertheless, the discomfort is brief with no permanent antagonistic effects.
The Medical Community
In the medical arena, proof for any treatment is crucial. So, the standardization of PEMF protocols is a necessary task for this therapy to become mainstream. A huge part of the reason PEMF therapy is not considered mainstream (yet) could be due to the absence of regulated procedures for the treatment of chronic pain. By a simple Google search, you can learn that there's a limitless amount of frequencies, pulse dimensions, and a wide range of treatments for chronic pain. You would also find that we really don't know for certain what procedures will work for every condition but that doesn't derail the greatness this therapy provides.
We can thank modern medicine for the advancement of molecular imaging to aid in fully comprehending how PEMF affects our bodies on the cellular level. Over time, this therapy will be looked at to treat numerous health issues.
The Take Aways
- Utilizing pulsed electromagnetic fields is safe and effective to treat multiple health issues.
- It has been proven to heal bone fractures, overcome mental depression, strengthen muscles, diminish chronic pain and inflammation.
- As more people actively seek opioid alternatives, PEMF holds grand encouragement for the chronic pain patient.