PEMF Therapy Benefits Is Useful for Treating Eye Diseases

There are many people who are interested in eye treatments for PEMF therapy benefits such as chlamydia, glaucoma, and corneal burns. Most of these cases require intensive treatment that includes surgical procedures to improve them. There are many people with these conditions who are interested in the treatments provided by their medical provider and could benefit from pemf treatment.

Pulsed electromagnetic fields pemf therapy benefits use electrical energy to focus a series of magnetic pulses that boost small electrical signals to stimulate cell repair through the affected tissue.

Pulsed electromagnetic field therapy has shown results in helping people with glaucoma. In a study of the effect of these therapies on the hemodynamics of people with latent, early and advanced glaucoma, 7-minute treatments were performed per session for a total of ten sessions.

More than 283 eyes from more than 150 patients were seen showing positive results and increased blood flow, which indicates that pemf ophthalmic treatment is effective for glaucoma patients.

In another study of extremely low-frequency pemf treatment for alkaline corneal burns, it showed positive results in healing and therapeutic outcomes. Participants in this study were 56 rabbits who were divided into four classification groups.

A group classified as elf 2, which took thirty minutes to treat, twice a day at a intensity of 2mt. Another group, the elf 5 group, also received a 30-minute twice daily treatment with a 5mt intensity. Concluded medical treatment (mt) and controls categories.

The study was a 14-day trial, in which examinations and digital images of the corneas were taken at the beginning, and also on days 2, 7, and 14.

Once the study was completed, rabbits were sacrificed and histopathology was performed to assess the eyes. . Clinical and histopathological outcomes were compared in the four groups. The results showed that low-frequency pulsed emf treatment provided significantly less defect than that of the mt group, in addition to less corneal cell loss.

Thus proving that this non-invasive treatment of alkaline corneal burns is a remarkably effective method for curative and curative purposes for eye conditions.

Another evaluation was performed using well-defined hydrophobic rabbit models to assess the effects of pemf treatment. The test involved sixteen eyes, divided into two groups, which were treated post-operatively with 10mt and 20mt on 4 separate days for sixty minutes per day.

The study also included a control group with a challenge alone and a group without a cockpit but was irradiated with pemf. The absorption rate was recorded every day as histopathological assessment was performed in this study. The 10mt group showed a decrease in endothelial cell damage, as well as a decrease in fibroblasts.

Although resorption time was not significantly different in either group, there was evidence that pemf had a positive effect on serious side effects, and when used as an adjunctive treatment it was effective in eye injuries and infections.

The benefits are in clinical evidence of bone healing

pulsed electromagnetic field (pemf) is an electrical instrument used to generate certain types of magnetic fields that can affect the physiology of the human body. Each magnetic pulse generated by pemf stimulates a small electrical signal in the cells of the body that stimulates the repair process. Pemf is a non-surgical instrument with fixed safety. Fda-approved pemf devices are available to stimulate the bone healing process.

PEMF and Orthopedic

healing the affected tissue is a natural process, and in most cases it does not require external stimulation. However, the bone healing process is very slow, especially in the elderly and diabetics. Nearly 8 million fractures are reported in the united states annually; among them, 5–10% of fractures show delayed or incomplete healing.

1 pemf can be used as an adjunct physical therapy to support the fracture junction. The beneficial effects of pemf in soft tissue healing (tissues surrounding bones, such as muscles, tendons, ligaments, and cartilage) have also been noted; suppress inflammation, relieve pain and facilitate movement in various musculoskeletal disorders.

2 research paper conducted on pemf and bone healing the us national library of medicine, maintained by the national institutes of health, is a comprehensive online database that stores research papers published in popular international journals. The search for the keyword “pemf bone” resulted in 159 articles, of which 70 were discussed that began in human volunteers. Some of the main articles are discussed here.

1. Study of pemf in patients with delayed shin bone fracture union (shin bone fracture) 3 this study included 44 patients (average age 50 years). Patients experienced delayed healing of the shin bone fracture with traditional dressings. All patients received 3-hour pemf treatment daily. At the end of 36 months, the fractures had completely healed in 34 patients (77.4% of the total population). T

he minimum time to heal from the fracture was 8 months and the maximum time to be 36 months. The likelihood of fracture healing was higher with longer treatment. The authors concluded that pemf is an effective treatment for patients who do not have fracture healing with conventional dressings.

2. The study of pemf in cervical fusion 4 cervical fusion or cervical spine fusion is a type of surgery that is used to fuse two adjacent vertebrates for a variety of reasons such as neck pain due to cervical nerve root compression, injury, misalignment of vertebrates, etc. During cervical fusion surgery, a bone graft is attached to the vertebrates, which further facilitates vertebrate fusion.

The effect of pemf treatment on the outcome of cervical fusion was evaluated in 323 patients with neck pain. Among them, pemf treatment was administered to 163 patients and the remaining 160 patients did not receive pemf treatment. 6 months after surgery, more than 83% of patients who received pemf treatment showed a successful fusion; the rate of successful fusion in patients who did not receive pemf was only 68.6%.

At the end of 12 months, the integration rate was 92.8% in the pemf group compared to 86.7% in the non-pemf group. Thus, pemf has been found to be effective in supporting the growth of bone graft used in cervical fusion surgery.