The PEMF therapy that is believed to have a healing power is on the rise among healthcare practitioners as well as those into practicing health improvement measures. With NASA endorsing the technology, a name associated with innovation and modern technology, people asked themselves if it was indeed the case. Many wonder if the space agency truly employs this cutting-edge technology. Today, portable PEMF devices have made this therapy more accessible to the public, further fueling interest in its applications.
A Brief History of PEMF Therapy
PEMF therapy employs a magnetic field to promote cellular healing, bone density improvement and optimal health. First used in the mid 1900s, PEMF therapy has been known for utilization in non surgical treatment of cartilage injury together with other musculoskeletal disorders. But with today’s availability of small portable PEMF devices it has become possible for the people to have these therapies.
NASA’s Research and Applications
During the discontinuation of the technical activities in the 90s and in the beginning of 2000s, the NASA scientists performed experiments to study how PEMF influences the health of the space travelers. This work identified that cosmonauts lose their bone mass density together with muscular mass when they are in a microgravity environment for long periods. The study led by Dr. Thomas Goodwin, a scientist at NASA found the application of electromagnetic fields as the remedy to these effects. Studies that were published in 2003 revealed the ability of PEMF therapy in enhancing cellular growth and thus bone formation.
According to Dr. Goodwin: “Thus, the obtained results look rather optimistic in terms of health preservation during long term missions.” This work can be regarded as the foundation for subsequent investigation of PEMF technology.
How PEMF Benefits Astronauts
Bone density becomes a problem in microgravity due to the fact that astronauts are reportedly losing between 1% to 2% of bone mass each month. PEMF therapy is the perfect solution because it accelerates the improved cellular activity and bone density. NASA’s fundamental studies on PEMF devices were mainly for the purpose of developing useful countermeasures to the above health hurdles in order to maintain the astronauts’ health for long-term missions.
Modern-Day Relevance
From these news it can be concluded that the PEMF technology has spread across industry areas as used in sport medicine and wellbeing. While specific portable PEMF devices, currently used by NASA is not known, the organization has initiated a commercial product through its research. The work done by the authors and published in Journal of Clinical Medicine Volume 10, December 2021, demonstrated how PEMF therapy enhanced cartilage regeneration by 65% to confirm the medical value of PEMF as a noninvasive therapy for cartilage regeneration.
Statistics and Impact
The PEMF therapy market size is expected to expand at a CAGR of 8.2% in the global market over the period between 2022 and 2030. With enhanced awareness, and availability of the devices, many are opting for the PEMF devices in their day to day life. This increasing interest is somewhat due to the fact that NASA was recently involved in the initial research on PEMF.
Conclusion
NASA does not seem to currently apply PEMF therapy to its existing endeavors, yet the agency’s prior research is unmistakable in the advancement of the therapy today. Health technologies that have been produced by NASA like the PEMF therapy still serves NASA and other citizens in their future projects.
This is line with the proverb “If there is no wine in the box, then there is no wine in the bowl”, therefore NASA’s search for solutions for health problems occasioned by life in space has possibly encouraged innovations that are of immense benefits in improving earth’s inhabitants lives. Regardless of whether one is looking for portable PEMF devices or non-invasive treatment for cartilage healing, the cues from NASA cannot be UserDao Medical’s PEMF devices offering portable solutions for a wide range of industries.